https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjUzNjM-both-apical-meristems-and-intercalary-meristems-i-are-primary-meristems-ii-appear-early-in-plant-life-iii-contribute-to-the-formation-of-the-primary-plant-body-1-only-i-and-ii-are-correct-2-only-i-and https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU0NDM-the-most-important-function-of-the-trichomes-is-1-they-prevent-water-loss-due-to-transpiration-2-they-prevent-herbivory-3-they-are-sensory-structures-that-decipher-the-wind-velocity-and-direction-4-th https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU0NDQ-identify-the-incorrect-statement-1-cork-cambium-is-a-part-of-periderm-2-ground-meristem-is-a-cortex-and-pith-of-a-dicot-stem-3-procambium-is-a-primary-vascular-tissue-4-protoderm-is-a-vascular-tissue https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU0NDU-which-of-the-following-has-unevenly-thick-cell-wall-has-a-primary-wall-cellulose-and-a-secondary-wall-hemicellulose-or-pectin-and-is-a-simple-living-primarily-mechanical-tissue-of-the-plant-body-1-par https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU3ODQ-intercalary-meristems-are-called-primary-meristems-because-i-they-appear-early-in-life-of-a-plant-ii-they-contribute-to-the-formation-of-the-primary-plant-body-1-only-i-is-correct-2-only-ii-is-correct https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU3ODU-identify-the-correct-statement-regarding-collenchymas-in-plants-1-they-occur-in-layers-below-the-epidermis-of-monocotyledonous-plants-2-cells-are-much-thickened-at-the-corners-due-to-the-deposition-of https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU3ODY-what-is-the-number-of-correct-statements-amongst-the-following-regarding-the-phloem-tissue-of-plants-i-gymnosperms-lack-albuminous-cells-and-sieve-cells-ii-the-companion-cells-are-specialized-parenchy https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU3ODc-in-dicot-roots-the-initiation-of-the-lateral-roots-and-the-vascular-cambium-during-the-secondary-growth-takes-place-in-1-pericycle-2-endodermis-3-conjuctive-tissue-4-epidermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU3ODg-in-dicot-stem-the-vascular-bundle-is-1-conjoint-open-and-with-exarch-protoxylem-2-conjoint-open-and-with-endarch-protoxylem-3-conjoint-and-closed-4-scattered-each-surrounded-by-a-sclerenchymatous-bund https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU3ODk-bulliform-cells-are-found-in-1-dorsiventral-leaves-and-help-in-photosynthesis-2-dorsiventral-leaves-and-help-in-minimizing-water-loss-3-isobilateral-leaves-and-help-in-minimizing-water-loss-4-isobilat https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU3OTA-during-secondary-growth-in-the-stem-1-the-amount-of-secondary-xylem-produced-is-more-than-the-secondary-phloem-as-the-cambium-is-generally-more-active-on-the-inner-side-than-the-outer-2-the-amount-of https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU3OTE-in-temperate-region-plants-the-wood-with-fewer-xylary-elements-and-narrow-vessels-is-termed-as-1-spring-wood-2-autumn-wood-3-sap-wood-4-heart-wood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjcxNzM-the-term-bark-includes-i-phellogen-ii-phellem-iii-phelloderm-iv-secondary-phloem-1-i-ii-and-iii-only-2-i-ii-and-iv-only-3-ii-iii-and-iv-only-4-i-ii-iii-and-iv-only-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Mjk2ODc-identify-the-incorrect-statement-1-the-presence-of-vessels-is-a-characteristic-of-angiosperms-2-in-roots-the-primary-xylem-is-exarch-3-gymnosperms-lack-albuminous-cells-and-sieve-cells-4-bast-fibers-a https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzAxODc-parts-of-grasses-removed-by-the-grazing-herbivores-are-regenerated-due-to-the-activity-of-1-apical-meristem-2-intercalary-meristem-3-interfascicular-cambium-4-fascicular-vascular-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzAxODk-in-the-dicot-root-the-vascular-cambium-1-is-absent-2-is-completely-secondary-in-origin-3-does-not-form-a-continuous-ring-4-originates-from-the-tissue-just-above-the-phloem-bundles-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzA0OTg-the-pericycle-which-gives-rise-to-lateral-roots-consists-of-1-epithelial-cells-2-meristematic-cells-3-parenchymal-cells-4-endodermal-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzA1Mzk-summer-wood-is-1-the-same-as-heartwood-2-found-to-the-outside-of-each-annular-ring-of-xylem-3-found-to-the-inside-of-each-annular-ring-of-xylem-4-formed-throughout-the-growing-season-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzEwNjM-the-given-transverse-section-is-of-1-monocot-stem-2-dicot-stem-3-monocot-root-4-dicot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzEwNjQ-the-vascular-bundle-shown-in-the-diagram-is-most-likely-to-be-seen-in-1-monocot-stem-2-dicot-stem-3-monocot-root-4-dicot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzEwNjU-the-main-function-of-the-plant-tissue-shown-below-is-1-storage-of-nutrients-2-providing-buoyancy-to-submerged-plants-3-mechanical-support-to-growing-parts-of-a-plant-4-increase-in-the-length-of-the-pl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzQ4ODA-identify-the-wrong-statement-in-context-of-heartwood-1-organic-compounds-are-deposited-in-it-2-it-is-highly-durable-3-it-conducts-water-and-minerals-efficiently-4-it-comprises-dead-elements-with-highl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzQ5MTg-which-of-the-following-is-made-up-of-dead-cells-1-xylem-parenchyma-2-collenchyma-3-phellem-4-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzQ5MjE-the-vascular-cambium-normal-gives-rise-to-1-phelloderm-2-primary-phloem-3-secondary-xylem-4-periderm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzQ5Mjg-cortex-is-the-region-found-between-1-epidermis-and-stele-2-pericycle-and-endodermis-3-endodermis-and-pith-4-endodermis-and-vascular-bundle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzQ5Mjk-the-balloon-shaped-structures-called-tyloses-1-original-in-the-lumen-of-vessels-2-characterise-the-sapwood-3-are-exetentions-of-xylem-parenchyma-cells-into-vessels-4-are-linked-to-the-ascent-of-sap-th https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzUwNjY-specialised-epidermal-cells-surrounding-the-guard-cells-are-called-1-subsidiary-cells-2-bulliform-cells-3-lenticels-4-complementary-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzUxNTI-vascular-bundles-in-monocotyledons-are-considered-closed-because-1-a-bundle-sheath-surrounds-each-bundle-2-cambium-is-absent-3-there-are-no-vessels-with-performations-4-xylem-is-surrounded-all-around https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzUxNTM-a-major-characteristic-of-the-monocot-root-is-the-presence-of-1-open-vascular-bundles-2-scattered-vascular-bundles-3-vasculature-without-cambium-4-cambium-sandwiched-between-phloem-and-xylem-along-the https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzUyMTk-you-are-given-a-fairly-old-piece-of-dicot-stem-and-a-dicot-root-which-of-the-following-anatomical-structures-will-you-use-to-distinguish-between-the-two-1-secondary-xylem-2-secondary-phloem-3-protoxyl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzUyOTE-interfascicular-cambium-develops-from-the-cells-of-1-medullary-rays-2-xylem-parenchyma-3-endodermis-4-pericycle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzUyOTM-lenticels-are-involved-in-1-transpiration-2-gaseous-exchange-3-food-transport-4-photosynthesis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzUyOTQ-age-of-a-tree-can-be-estimated-by-1-its-height-and-girth-2-biomass-3-number-of-annual-rings-4-diameter-of-its-heartwood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzUzNjg-the-common-bottle-cork-is-a-product-of-1-dermatogens-2-phellogen-3-xylem-4-vascular-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzUzNzI-companion-cells-are-closely-associated-with-1-sieve-elements-2-vessel-elements-3-trichomes-4-guard-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU0MzA-closed-vascular-bundles-lack-1-ground-tissue-2-conjunctive-tissue-3-cambium-4-pith-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU0Mzk-water-containing-cavities-in-vascular-bundles-are-found-in-1-sunflower-2-maize-3-cycas-4-pinus-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU1MDM-ground-tissues-includes-1-all-tissues-except-epidermis-and-vascular-bundles-2-epidermis-and-cortex-3-all-tissues-internal-to-endodermis-4-all-tissues-external-to-endodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU1MTI-in-land-plants-the-guard-cells-differ-from-other-epidermal-cells-in-having-1-mitochondria-2-endoplasmic-reticulum-3-chloroplasts-4-cytoskeleton-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU1MTk-the-cork-cambium-cork-and-secondary-cortex-are-collectively-called-1-phellogen-2-periderm-3-phellem-4-phelloderm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU1MzY-the-chief-water-conducting-elements-of-xylem-in-gymnosperms-are-1-vessels-2-fibres-3-transfusion-tissue-4-tracheids-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU1OTI-which-one-of-the-following-is-not-a-lateral-meristem-1-cork-cambium-2-interfascicular-cambium-3-phellogen-4-intercalary-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU1OTg-heartwood-differs-from-sapwood-in-1-presence-of-rays-and-fibres-2-absence-of-vessels-and-parenchyma-3-having-dead-and-non-conducting-elements-4-being-susceptible-to-pests-and-pathogens-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU2MzM-in-barley-stem-vascular-bundles-are-1-open-and-scattered-2-closed-and-scattered-3-open-and-in-a-ring-4-closed-and-radial-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU2Nzk-guard-cells-help-in-1-protection-against-grazing-2-transpiration-3-guttation-4-fighting-against-infection-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU2ODA-palisade-parenchyma-is-absent-in-leaves-of-1-sorghum-2-mustard-3-soybean-4-gram-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU2OTg-reduction-in-vascular-tissue-mechanical-tissue-and-cuticle-is-characteristic-of-1-xerophytes-2-mesophytes-3-epiphytes-4-hydrophytes-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU3MTI-vascular-tissues-in-flowering-plants-develop-from-1-phellogen-2-plerome-3-periblem-4-dermatogen-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU3Nzk-passage-cells-are-thin-walled-cells-found-in-1-endodermis-of-roots-facilitating-rapid-transport-of-water-from-cortex-to-pericycle-2-phloem-elements-that-serve-as-entry-points-for-substances-for-transp https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU4NTU-for-a-critical-study-of-secondary-growth-in-plants-which-one-of-the-following-pairs-is-suitable-1-sugarcane-and-sunflower-2-teak-and-pine-3-deodar-and-fern-4-wheat-and-maiden-hair-fern-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzU4Nzg-a-common-structural-feature-of-vessel-elements-and-sieve-tube-elements-is-1-thick-secondary-walls-2-pores-on-lateral-walls-3-presence-of-p-protein-4-enucleate-condition-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzY4MzI-if-the-stoma-remains-surrounded-by-a-limited-number-of-cells-which-cannot-be-distinguished-from-other-epidermal-cells-then-this-type-of-stomata-is-known-as-1-perigynous-type-2-paracytic-type-3-anisocy https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzY4NDA-in-the-given-diagram-of-section-of-root-of-maize-different-parts-have-been-indicated-by-alphabets-choose-the-answer-in-which-these-alphabets-have-been-correctly-matched-with-the-parts-which-they-indic https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzY5MDI-fascicular-cambium-separates-the-xylem-and-phloem-in-1-only-dicots-2-only-monocots-3-both-dicots-and-monocots-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzY5NTk-epidermis-is-derived-from-1-phellogen-2-cambium-3-procambium-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzcwOTg-passage-cells-are-found-in-1-dicot-stem-2-monocot-root-3-monocot-stem-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzcxNDI-in-a-dicotyledonous-stem-the-sequence-of-tissues-from-the-outside-to-the-inside-is-1-phellem-ndash-pericycle-ndash-endodermis-ndash-phloem-2-phellem-ndash-phloem-ndash-endodermis-ndash-pericycle-3-phe https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzcxNDk-the-quiescent-centre-in-root-meristem-serves-as-1-site-for-storage-of-food-which-is-utilized-during-maturation-2-reservoir-of-growth-hormones-3-reserve-for-replenishment-of-damaged-cells-of-the-merist https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzcxODI-the-sugarcane-plant-has-1-dumb-bell-shaped-guard-cells-2-pentamerous-flowers-3-reticulate-venation-4-capsular-fruits-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzcxODU-in-a-plant-organ-which-is-covered-by-periderm-and-in-which-the-stomata-are-absent-some-gaseous-exchange-still-takes-place-through-1-aerenchyma-2-trichomes-3-pneumatophores-4-lenticels-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzcxODg-companion-cells-in-plants-are-associated-with-1-vessels-2-sperms-3-sieve-elements-4-guard-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzcxOTA-cork-cambium-results-in-the-formation-of-cork-which-becomes-impermeable-to-water-due-to-the-accumulation-of-1-resins-2-suberin-3-lignins-4-tannins-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzcyMTM-which-one-of-the-following-statements-pertaining-to-plant-structure-is-correct-1-cork-lacks-stomata-but-lenticels-carry-out-transpiration-2-passage-cells-help-in-transfer-of-food-from-cortex-to-phloem https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzcyNTQ-grafting-is-successful-in-dicots-but-not-in-monocots-because-the-dicots-have-1-vascular-bundles-arranged-in-a-ring-2-cambium-for-secondary-growth-3-vessels-with-elements-arranged-end-to-end-4-cork-cam https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzcyNTU-in-the-sieve-elements-which-one-of-the-following-is-the-most-likely-function-of-p-proteins-1-deposition-of-callose-on-sieve-plates-2-providing-energy-for-active-translocation-3-autolytic-enzymes-4-sea https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzczNzE-bark-refers-to-1-phellem-phellogen-phelloderm-2-periderm-cortex-3-phellem-phelloderm-secondary-phloem-4-periderm-cortex-pericycle-secondary-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzczODA-the-branched-sclereids-present-in-hydrophytes-are-1-osteosclereids-2-trichosclereids-3-macrosclereids-4-astrosclereids-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzczOTU-why-are-vascular-bundles-closed-in-monocots-1-xylem-and-phloem-are-present-2-xylem-and-phloem-occur-in-separate-bundles-3-vascular-cambium-is-present-between-xylem-and-phloem-4-vascular-cambium-is-not https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Mzc0NDE-given-figure-shows-1-structure-of-lenticel-2-hydathode-showing-gaseous-vapour-exchange-3-fungus-reproducing-by-spore-formation-4-algae-reproducing-by-spore-formation-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Mzc1NDQ-select-the-correct-pair-amongst-the-following-1-spring-wood-light-colour-high-density-2-spring-wood-dark-colour-low-density-3-autumn-wood-light-colour-high-density-4-autumn-wood-dark-colour-high-densi https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Mzc2NTk-as-secondary-growth-proceeds-in-a-dicot-stem-the-thickness-of-1-sapwood-increases-2-heartwood-increases-3-both-sapwood-and-heartwood-increases-4-both-sapwood-and-heartwood-remains-the-same-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Mzc3OTA-the-desert-grasses-often-curls-their-leaf-to-minimise-water-loss-due-to-presence-of-1-spines-2-palisade-parenchyma-3-bundle-sheath-cells-4-bulliform-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Mzc4NDU-tyloses-are-balloon-like-outgrowths-in-the-lumen-of-secondary-xylem-tracheids-and-vessel-of-duramen-region-these-are-actually-1-outgrowth-of-vessels-of-xylem-2-ingrowth-of-vessels-3-outgrowth-of-paren https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Mzc4NTU-pith-cavity-occurs-in-the-stem-of-1-helianthus-2-zea-mays-3-cucurbita-4-dracaena-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Mzc5MTA-match-the-column-i-and-ii-column-i-column-ii-a-bulliform-cells-1-stomata-b-guard-cells-2-aerating-pore-c-lenticels-3-accessory-cells-d-subsidiary-cell-4-isobilateral-cells-a-b-c-d-1-1-2-3-4-2-3-1-2-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Mzc5NTg-root-cambium-is-derived-from-1-primary-meristem-2-secondary-meristem-3-intercalary-meristem-4-apical-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4MzM-which-one-of-the-following-comprises-only-simple-tissue-1-parenchyma-collenchyma-and-sclerenchyma-2-parenchyma-xylem-and-collenchyma-3-parenchyma-xylem-and-sclerenchyma-4-parenchyma-xylem-and-phloem-1 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4MzQ-match-the-following-a-meristem-i-photosynthesis-storage-b-parenchyma-ii-mechanical-support-c-collenchyma-iii-actively-dividing-cells-d-sclerenchyma-iv-stomata-e-epidermal-tissue-v-sclereids-1-a-i-b-ii https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4MzU-what-is-the-destiny-of-primary-xylem-in-a-dicot-root-showing-extensive-secondary-growth-1-it-is-retained-in-the-centre-of-the-axis-2-it-gets-crushed-3-may-or-may-not-get-crushed-4-it-gets-surrounded-b https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4MzY-which-one-of-the-following-cell-types-always-give-rise-to-secondary-cortex-1-fusiform-initial-cells-2-root-cap-3-protoderm-4-phellogen-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4Mzg-while-removing-the-skin-of-a-potato-tuber-we-remove-1-periderm-2-epidermis-3-cuticle-4-sapwood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4Mzk-in-which-of-the-following-pairs-of-parts-of-a-flowering-plant-is-epidermis-absent-a-root-tip-and-shoot-tip-b-shoot-bud-and-floral-bud-c-ovule-and-seed-d-petiole-and-pedicel-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NDA-epiblema-of-roots-is-same-as-1-pericycle-2-endodermis-3-epidermis-4-stele-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NDE-match-the-following-a-cuticle-i-guard-cells-b-bulliform-cells-ii-single-layer-c-stomata-iii-waxy-layer-d-epidermis-iv-empty-colourless-cell-1-a-iii-b-iv-c-i-d-ii-2-a-i-b-ii-c-iii-d-iv-3-a-iii-b-ii-c-i https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NDI-identify-the-tissue-system-from-among-the-following-1-parenchyma-2-xylem-3-epidermis-4-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NDM-a-conjoint-and-open-vascular-bundle-will-be-observed-in-the-transverse-section-of-1-monocot-root-2-monocot-stem-3-dicot-root-4-dicot-stem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NDQ-anatomically-fairly-old-root-is-distinguished-from-dicotyledonous-stem-by-1-position-of-protoxylem-2-absence-of-secondary-xylem-3-absence-of-secondary-phloem-4-presence-of-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NDU-which-of-the-following-is-correct-a-uneven-thickening-of-cell-wall-is-characteristic-of-sclerenchyma-b-periblem-forms-cortex-of-stem-and-root-c-tracheids-are-chief-water-conducting-element-in-gymnospe https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NDY-the-term-bark-means-1-phellem-phelloderm-and-vascular-cambium-2-phellem-phellogen-phelloderm-and-secondary-phloem-3-periderm-and-secondary-xylem-4-cork-cambium-and-cork-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NDg-axillary-bud-and-terminal-are-derived-from-a-lateral-meristem-b-intercalary-meristem-c-apical-meristem-d-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NDk-which-of-the-following-are-true-a-vessels-are-multicellular-with-narrow-lumen-b-tracheids-are-multicellular-with-narrow-lumen-c-vessels-are-unicellular-with-wider-lumen-d-tracheids-are-unicellular-wit https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NTA-which-of-the-following-is-not-true-about-sclereids-1-these-are-parenchyma-cells-with-thick-lignified-walls-2-these-are-are-spherical-oval-or-cylindrical-highly-thickened-dead-cells-3-these-are-commonl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NTE-vessels-are-found-in-a-all-angiosperms-and-some-gymnosperms-b-most-of-angiosperms-and-few-gymnosperms-c-all-angiosperms-all-gymnosperms-and-some-pteridophyta-d-all-pteridophyta-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NTI-meristematic-cells-are-1-static-2-permanent-3-dividing-4-dead-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NTM-region-of-active-cell-division-in-plant-is-called-1-axillary-2-meristems-3-vascular-4-myometrium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NTQ-during-the-formation-of-leaves-and-elongation-of-stem-some-cells-left-behind-from-shoot-apical-meristem-constitute-1-axillary-bud-2-lateral-bud-3-apical-bud-4-protoderm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NTU-axillary-buds-are-capable-of-forming-1-branch-or-flower-2-root-and-shoot-3-apical-shoot-and-fruit-4-none-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NTY-both-apical-meristem-and-intercalary-meristem-are-1-important-for-root-formation-2-primary-meristem-3-secondary-meristem-4-none-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NTc-which-of-the-following-are-example-of-lateral-meristem-1-fascicular-vascular-cambium-2-interfascicular-cambium-3-cork-cambium-4-all-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NTg-permanent-plant-tissue-having-all-cells-similar-in-structure-and-function-are-called-1-simple-tissue-2-complex-tissue-3-meristematic-tissue-4-fascicular-tissue-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NTk-permanent-plant-tissue-having-many-different-type-of-cells-are-called-1-apical-differentiating-tissue-2-simple-apical-tissue-3-complex-tissue-4-meristematic-tissue-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NjA-simple-tissue-in-plant-includes-1-parenchyma-and-collenchyma-2-xylem-and-phloem-3-root-and-shoot-4-sclerenchyma-and-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NjE-the-cells-of-parenchyma-are-usually-1-diametric-2-isodiametric-3-pentagonal-4-orthorhombic-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NjI-parenchymal-cells-have-walls-and-are-made-up-of-1-thick-cellulose-2-thin-cellulose-3-thick-hemicellulose-4-thin-hemicellulose-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NjM-parenchyma-performs-various-functions-like-1-photosynthesis-storage-and-secretion-2-photosynthesis-transportation-and-storage-3-photosynthesis-transpiration-and-secretion-4-excretion-transpiration-and https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NjQ-collenchyma-occurs-in-layer-below-1-parenchyma-2-sclerenchyma-3-epidermis-4-endodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NjU-collenchymatous-cells-are-thickened-due-to-deposition-of-1-cellulose-2-hemicellulose-3-pectin-4-all-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4Njc-the-mechanical-support-to-growing-parts-of-plant-such-as-young-stem-and-petiole-of-leaf-is-provided-by-1-collenchyma-2-parenchyma-3-bark-4-sieve-tube-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4Njg-lignified-cell-wall-is-characteristic-feature-of-1-parenchyma-2-collenchyma-3-sclerenchyma-4-none-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4Njk-are-commonly-found-in-the-fruit-walls-of-nut-1-parenchyma-2-collenchyma-3-sclerenchyma-4-complex-tissue-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NzA-complex-tissue-in-plants-have-1-xylem-2-sclerenchyma-3-phloem-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NzE-tracheids-vessels-xylem-fibres-and-xylem-parenchyma-are-components-of-1-simple-tissue-2-xylem-3-sclereids-4-pith-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NzI-elongated-cells-with-thick-and-lignified-walls-and-tapering-ends-is-a-characteristic-feature-of-1-xylem-parenchyma-2-xylem-fibres-3-tracheids-4-vessels-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NzM-dead-cell-without-protoplasm-is-1-sclerenchyma-2-tracheids-3-parenchyma-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NzQ-in-flowering-plants-which-of-the-following-are-main-water-transporting-element-1-tracheids-2-vessels-3-both-a-and-b-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NzU-central-cavity-is-found-in-1-vessels-2-tracheids-3-both-1-and-2-4-none-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4NzY-the-presence-of-is-characteristic-feature-of-angiosperms-1-vessels-2-tracheids-3-tracheid-pore-4-vessel-pore-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4Nzc-xylem-parenchyma-cells-are-made-up-of-1-cellulose-2-hemicellulose-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDE4Nzg-xylem-parenchyma-store-food-in-the-form-of-1-starch-2-fat-3-tannins-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0Mzk-plant-tissues-have-been-divided-into-meristematic-and-permanent-tissue-based-on-1-differentiation-capability-2-division-capability-3-symmetry-4-plane-of-division-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NDE-growth-is-always-restricted-to-the-specialised-regions-in-plants-because-of-the-presence-of-1-meristems-are-present-in-some-regions-only-2-cell-division-takes-place-in-some-regions-only-3-differentiat https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NDM-types-of-meristem-on-the-basis-of-position-or-location-in-plants-1-apical-intercalary-and-lateral-meristem-2-primary-and-secondary-meristem-3-pro-meristem-primary-meristem-secondary-meristem-4-none-of https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NDQ-primary-meristem-constitutes-1-apical-meristem-2-intercalary-meristem-4-lateral-meristem-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NDU-which-meristem-is-present-between-the-matured-tissues-1-apical-2-intercalary-3-lateral-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NDY-which-one-is-true-for-intercalary-meristem-1-responsible-for-primary-growth-2-responsible-for-regeneration-of-grasses-3-present-in-monocots-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NDc-which-of-the-following-meristem-is-present-at-the-tips-of-shoot-and-root-1-intercalary-meristem-2-apical-meristem-3-lateral-meristem-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NDg-which-of-the-following-true-for-apical-meristem-1-responsible-for-primary-growth-2-forms-primary-permanent-tissue-3-primary-meristem-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NDk-meristem-which-is-secondary-in-origin-is-1-lateral-meristem-2-apical-meristem-3-intercalary-meristem-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NTA-which-of-the-following-is-true-for-lateral-meristem-1-absent-in-monocot-stem-and-roots-2-secondary-in-origin-3-responsible-for-secondary-growth-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NTE-interfascicular-cambium-is-1-primary-in-origin-2-secondary-in-origin-3-both-1-and-2-4-neither-primary-nor-secondary-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NTM-axillary-bud-is-the-left-part-of-meristem-and-may-form-or-a-further-1-shoot-branch-flower-2-shoot-leaf-flower-3-root-branch-flower-4-root-leaf-flower-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NTQ-lateral-meristem-includes-1-interfascicular-cambium-2-intrafascicular-cambium-3-cork-cambium-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NTU-select-the-correct-option-1-primary-meristem-forms-primary-permanent-tissue-2-secondary-meristem-is-formed-from-primary-permanent-tissue-by-dedifferentiation-3-all-secondary-meristem-are-lateral-meris https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NTg-ground-tissue-system-includes-all-except-1-pith-and-pith-rays-2-epidermis-and-vascular-bundle-3-epidermis-and-hypodermis-4-leaf-mesophyll-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NTk-how-many-of-the-followings-are-the-parts-of-ground-tissue-system-epidermis-hypodermis-general-cortex-endodermis-pericycle-medullary-rays-vascular-bundle-pith-leaf-mesophyll-1-9-2-7-3-6-4-5-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NjA-in-ground-tissue-system-parenchymatous-cells-are-usually-present-in-1-cortex-2-pericycle-3-pith-and-medullary-rays-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NjE-hypodermis-is-the-part-of-1-ground-tissue-system-2-epidermal-tissue-system-3-vascular-tissue-system-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NjI-ground-tissue-system-is-present-in-1-root-2-stem-3-leaf-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NjM-which-of-the-following-is-a-correct-option-1-protoderm-forms-epidermal-tissue-system-2-procambium-forms-vascular-tissue-system-3-ground-meristem-forms-ground-tissue-system-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NjQ-vascular-tissue-system-consists-of-1-xylem-and-phloem-2-phloem-and-cambium-3-xylem-phloem-and-cambium-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NjU-in-dicots-secondary-growth-is-possible-because-of-1-cambium-2-xylem-and-phloem-3-vascular-bundle-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NjY-in-dicots-secondary-xylem-and-phloem-tissues-are-formed-because-of-1-open-vascular-bundle-2-closed-vascular-bundle-3-both-1-and-2-4-semi-closed-vascular-bundle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0Njc-radial-vascular-bundle-arrangement-is-most-common-in-1-roots-2-stem-and-roots-3-leaves-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0Njg-in-radial-vascular-bundle-xylem-and-phloem-are-present-on-radii-and-in-an-manner-1-different-and-consecutive-2-same-and-alternate-3-different-and-alternate-4-same-and-consecutive-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0Njk-in-conjoint-type-vascular-bundle-xylem-and-phloem-are-present-on-radii-and-phloem-is-located-on-the-side-of-the-xylem-1-same-and-outer-2-same-and-inner-3-different-and-inner-4-different-and-outer-1-2 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NzA-conjoint-vascular-bundles-are-most-common-in-1-root-stem-and-leaves-2-root-and-stem-3-stem-and-leaves-4-root-and-leaves-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NzI-conjoint-open-vascular-bundles-are-present-in-1-stem-of-dicots-only-2-stem-of-dicots-and-gymnosperms-3-stem-of-monocots-and-gymnosperms-4-stem-of-monocots-only-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NzQ-the-outermost-layer-of-the-root-is-1-epidermis-2-endodermis-3-hypodermis-4-dermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NzU-root-hairs-arise-from-1-epidermis-2-endodermis-3-pericycle-4-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0NzY-root-hairs-are-and-formed-from-zone-of-root-1-unicellular-maturation-2-multicellular-elongation-3-multicellular-maturation-4-unicellular-elongation-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0Nzc-epidermis-of-root-is-also-known-as-1-epiblema-2-piliferous-layer-3-rhizodermis-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0Nzg-cortex-consists-of-1-parenchymal-cells-with-intracellular-spaces-2-parenchymal-cells-with-intercellular-spaces-3-collenchymal-cells-with-intracellular-spaces-4-collenchymal-cells-with-intercellular-sp https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0Nzk-the-innermost-layer-of-the-cortex-is-called-1-pericycle-2-endodermis-3-vascular-bundle-4-epidermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0ODA-endodermis-comprises-of-layer-of-shaped-cells-1-single-oval-2-single-barrel-3-multi-round-4-single-round-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0ODE-casparian-strips-are-present-in-1-endodermis-2-epidermis-3-pericycle-4-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0ODI-casparian-strips-are-barrel-shaped-cells-in-which-tangential-and-radial-walls-are-impermeableto-water-because-of-1-suberin-deposition-2-cellulose-deposition-3-cutin-deposition-4-casparin-deposition-1 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0ODM-lateral-roots-originate-from-1-pericycle-2-epidermis-3-cortex-4-hypodermi-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0ODU-the-parenchymatous-cells-which-lie-between-the-xylem-and-phloem-are-called-1-complementry-cells-2-conjuctive-cells-3-pith-4-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0ODY-all-the-tissues-that-lie-inner-to-the-endodermis-are-called-as-1-vascular-bundle-2-stele-3-pith-4-cork-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0ODc-how-many-of-the-following-constitute-the-stele-vascular-bundles-pericycle-endodermis-pith-cortex-epidermis-1-4-2-3-3-2-4-5-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0ODg-in-dicot-root-the-pith-present-is-1-small-or-inconspicuous-2-large-and-well-developed-3-small-and-well-developed-4-large-and-inconspicuous-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0ODk-the-number-of-xylem-bundles-in-dicot-root-is-1-2-to-4-2-less-than-2-3-more-than-6-4-infinite-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0OTA-the-number-of-xylem-bundles-in-monocot-root-is-1-2-to-6-2-less-than-2-3-more-than-6-4-infinite-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0OTE-in-monocot-root-the-pith-present-is-1-small-or-inconspicuous-2-large-and-well-developed-3-small-and-well-developed-4-large-and-inconspicuous-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0OTI-how-many-of-the-following-are-similar-between-monocot-and-dicot-root-vascular-bundles-pericycle-endodermis-pith-cortex-epidermis-1-4-2-3-3-6-4-5-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0OTM-which-of-the-following-is-not-possible-in-monocot-root-1-primary-growth-2-secondary-growth-3-lateral-meristem-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0OTQ-casparian-strips-and-passage-cells-are-well-developed-in-1-monocot-roots-2-dicot-roots-3-monocot-stem-4-dicot-stem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0OTU-trichomes-are-present-on-1-epidermis-of-dicot-stem-2-epidermis-of-dicot-root-3-epidermis-of-monocot-stem-4-epidermis-of-monocot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0OTY-the-cortex-of-dicot-stem-has-been-divided-into-1-hypodermis-general-cortex-endodermis-2-hypodermis-general-cortex-pericycle-3-hypodermis-general-cortex-endodermis-pericycle-4-hypodermis-general-cortex https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI0OTg-in-dicot-stem-hypodermis-is-made-up-of-cells-while-general-cortex-is-made-up-of-1-collencyma-sclerenchyma-2-collencyma-parenchyma-3-parenchyma-sclerenchyma-4-parenchyma-collenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MDA-which-of-the-following-is-referred-to-as-the-lsquo-starch-sheath-rsquo-1-hypodermis-2-pericycle-3-epidermis-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MDI-in-between-the-vascular-bundles-radially-placed-parenchymatous-cells-constitute-1-medullary-rays-2-cortex-3-medulla-4-cortical-rays-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MDM-the-ring-arrangement-of-vascular-bundle-is-characteristic-of-1-dicot-stem-and-dicot-root-2-dicot-root-and-monocot-root-3-dicot-stem-and-monocot-stem-4-dicot-stem-only-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MDQ-the-type-of-vascular-bundle-in-dicot-stem-is-1-open-conjoint-with-endarchprotoxylem-2-open-conjoint-with-exarch-protoxylem-3-close-conjoint-with-endarchprotoxylem-4-open-conjoint-with-endarchmetaxylem https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MDU-pith-is-made-up-of-cells-and-spaces-are-present-between-them-1-parenchymatous-intracellular-2-parenchymatous-intercellular-3-collenchymatous-intracellular-4-parenchymatous-no-intercellular-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MDc-the-hypodermis-of-the-monocot-stem-is-made-up-of-1-collenchyma-2-sclerenchyma-3-parenchyma-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MDg-the-hypodermis-of-dicot-stem-and-monocot-stem-is-made-up-of-1-collenchyma-and-sclerenchyma-respectively-2-collenchyma-in-both-3-sclerenchyma-in-both-4-sclerenchyma-and-collenchyma-respectively-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MDk-in-monocot-stem-ground-tissue-is-differentiated-into-1-endodermis-cortex-and-pericycle-2-endodermis-cortex-and-pericycle-hypodermis-3-cortex-and-pericycle-only-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MTA-in-monocot-stem-ground-tissue-is-made-up-of-1-collenchyma-2-sclerenchyma-3-parenchyma-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MTI-vascular-bundle-are-and-surrounded-by-bundle-sheath-in-monocot-stem-1-scattered-sclerenchymatous-2-arranged-sclerenchymatous-3-scattered-parenchymatous-4-scattered-collenchymatous-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MTY-which-type-of-cells-are-not-present-in-phloem-of-monocot-stem-1-companion-cell-2-sieve-tubes-3-phloem-parenchyma-4-phloem-fibres-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1MTc-which-type-of-cavity-is-present-within-the-vascular-bundles-of-monocot-stem-1-air-cavity-2-water-cavity-3-both-a-and-b-4-food-cavity-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NTM-primary-xylem-is-of-two-types-they-are-1-protoxylem-and-metaxylem-2-xylem-parenchyma-and-xylem-fibres-3-tracheids-and-vessels-4-simple-xylem-and-complex-xylem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NTU-in-roots-the-protoxylem-lies-toward-and-metaxylem-lies-toward-the-respectively-1-periphery-centre-2-centre-periphery-3-above-below-4-below-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NTY-phloem-in-angiosperm-is-composed-of-a-sieve-tube-element-b-companion-cell-c-phloem-parenchyma-d-phloem-fibres-e-tracheids-f-vessels-1-a-b-c-d-2-b-c-d-e-3-c-d-e-f-4-none-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NTc-phloem-of-gymnosperm-consist-of-1-albuminous-cells-and-sieve-cells-2-sieve-tubes-and-companion-cells-3-phloem-parenchyma-and-phloem-fibres-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NTk-function-of-sieve-tubes-are-controlled-by-1-nucleus-of-sieve-tube-2-nucleus-of-companion-cell-3-nucleus-of-parenchyma-4-no-function-as-they-are-dead-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NjA-the-companion-cells-help-in-maintaining-the-in-the-sieve-tube-1-temperature-gradient-2-cellulose-gradient-3-pressure-gradient-4-ion-gradient-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NjE-resin-latex-and-mucilage-are-found-in-1-phloem-parenchyma-2-xylem-parenchyma-3-phloem-pits-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NjI-phloem-parenchyma-is-absent-in-most-of-the-1-dicotyledons-2-monocotyledon-3-desert-plants-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NjM-phloem-fibres-are-made-up-of-1-parenchymatous-cells-2-sclerenchymatous-cells-3-collenchymatous-cells-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NjQ-which-component-of-jute-flax-and-hemp-are-commonly-used-1-phloem-fibres-2-xylem-fibres-3-sieve-tubes-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NjU-epidermis-in-plant-is-generally-1-single-layered-2-double-layered-3-triple-layered-4-present-in-patches-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NjY-epidermal-cells-are-parenchymatous-with-amount-of-cytoplasm-lining-the-cell-wall-and-vacuole-1-small-large-2-large-small-3-small-no-4-large-no-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1Njc-a-waxy-thick-layer-which-prevent-water-loss-is-1-cuticle-2-guard-cell-3-epidermis-4-stomata-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1Njg-cuticle-is-not-found-in-1-stem-2-branches-3-leaves-4-roots-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1Njk-opening-and-closing-of-stomata-is-a-function-of-1-cuticle-2-guard-cell-3-waxy-layer-4-xylem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NzA-transpirational-rate-is-controlled-by-1-xylem-2-phloem-3-guard-cell-4-leaves-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NzE-the-stomatal-aperture-guard-cell-and-the-surrounding-subsidiary-cells-are-together-called-1-stomata-2-stomatal-apparatus-3-stomatal-aperture-4-cuticle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NzI-in-plant-stem-the-epidermal-hairs-are-called-1-cilia-2-trichomes-3-trichoderms-4-trichromes-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NzM-trichomes-help-in-1-preventing-water-loss-2-have-sensory-role-3-help-in-combating-grazing-animals-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NzQ-all-tissue-except-constitute-the-ground-tissue-1-epidermis-2-vascular-bundles-3-both-1-and-2-4-cuticle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NzU-in-leaves-the-ground-tissue-consist-of-thin-walled-chloroplast-containing-cells-and-is-called-1-mesophyll-2-chlorophyll-3-p250-4-chromophore-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1NzY-the-vascular-system-in-plant-consist-of-1-xylem-and-phloem-2-xylem-parenchyma-and-cortex-3-epidermis-and-cortex-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1Nzc-in-dicotyledonous-stem-is-present-between-phloem-and-xylem-1-cork-2-cambium-3-connecting-vessel-4-connecting-tubes-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1Nzg-the-presence-of-cambium-possess-the-ability-to-form-secondary-xylem-and-phloem-tissue-and-hence-are-called-1-open-vascular-bundle-2-closed-vascular-bundle-3-intermediate-vascular-bundle-4-end-node-vas https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1Nzk-in-monocotyledons-the-vascular-bundle-have-no-present-in-them-1-xylem-2-cambium-3-cork-4-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1ODA-since-there-is-no-cambium-present-in-monocotyledons-they-are-referred-to-as-1-open-vascular-bundle-2-closed-vascular-bundle-3-intermediate-vascular-bundle-4-end-node-vascular-bundle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1ODE-when-xylem-and-phloem-within-a-vascular-bundle-are-arranged-in-an-alternate-manner-on-different-radii-such-arrangement-is-called-and-found-mostly-in-1-radial-roots-2-radial-shoots-3-conjoint-roots-4-c https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1ODI-when-xylem-and-phloem-are-situated-at-the-same-radius-of-vascular-bundle-then-they-are-called-type-of-vascular-bundle-and-are-found-in-1-radial-roots-2-radial-stem-and-leaves-3-conjoint-root-4-conjoin https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1ODM-phloem-located-only-on-the-outer-side-of-xylem-is-a-characteristic-feature-of-vascular-bundles-1-conjoint-2-radial-3-diagonal-4-spherical-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1ODQ-in-t-s-of-dicotyledonous-root-the-innermost-layer-of-the-cortex-is-called-1-pericycle-2-endodermis-3-metaxylem-4-pith-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1ODU-the-walls-of-the-endodermal-cells-have-deposition-of-water-impermeable-waxy-material-suberin-in-the-form-of-1-protoxylem-2-metaxylem-3-casparian-strip-4-cork-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1ODY-in-ts-of-dicotyledonous-root-next-to-endodermis-lies-a-few-layers-of-thick-walled-parenchymatous-cells-referred-to-as-1-pericycle-2-metacycle-3-procycle-4-pith-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1ODg-in-ts-of-dicotyledonous-root-the-parenchymatous-cells-which-lies-between-the-xylem-and-phloem-are-called-1-connective-tissue-2-conjuctive-tissue-3-cortex-4-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1ODk-in-ts-of-dicot-root-all-tissue-on-the-inner-side-of-the-endodermis-such-as-pericycle-vascular-bundles-and-pith-constitute-the-1-medulla-2-metaxylem-3-pith-4-stele-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1OTA-monocotyledonous-root-do-not-undergo-any-1-cell-division-2-secondary-growth-3-differentiation-4-tertiary-growth-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1OTE-in-ts-of-dicotyledonous-stem-the-cells-arranged-in-multiple-layers-between-epidermis-and-pericycle-constitute-the-1-cortex-2-pith-3-pericycle-apparatus-4-medullary-rays-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1OTI-starch-sheath-layer-in-plant-stem-is-also-known-as-1-epidermis-2-metadermis-3-endodermis-4-pith-layer-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1OTM-in-ts-of-dicot-stem-is-present-on-the-inner-side-of-the-endodermis-and-above-the-phloem-in-the-form-of-semilunar-patches-of-sclerenchyma-1-pericycle-2-casparian-strip-3-pith-4-protoxylem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1OTQ-arrangement-of-vascular-bundle-is-a-characteristic-of-dicot-stem-1-ring-2-radial-3-centric-4-peripheral-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1OTU-a-large-number-of-rounded-parenchymatous-cells-with-large-intracellular-spaces-which-occupy-the-central-position-of-stem-constitute-the-1-lumen-2-pith-3-cortex-4-vascular-bundle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1OTY-phloem-parenchyma-is-absent-in-1-dicot-stem-2-monocot-stem-3-vascular-bundle-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1OTc-in-dicot-leaves-the-epidermis-generally-bears-more-stomata-than-the-epidermis-1-abaxial-adaxial-2-adaxial-abaxial-3-axial-coaxial-4-coaxial-axial-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1OTg-the-tissue-between-the-upper-and-lower-epidermis-is-called-1-chlorophyll-2-mesophyll-3-cambium-4-endodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1OTk-mesophyll-in-dicot-leaves-has-two-type-of-cell-namely-1-palisade-parenchyma-and-spongy-parenchyma-2-pith-and-protoxylem-3-xylem-and-phloem-4-epidermis-and-endodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MDA-vascular-bundles-are-surrounded-by-a-layer-of-thick-walled-1-bundle-sheath-cells-2-cuticle-3-casparian-strip-4-waxy-cell-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MDE-in-monocot-leaf-1-stomata-is-present-on-both-surface-of-epidermis-2-mesophyll-is-not-differentiated-into-palisade-and-spongy-parenchyma-3-there-is-no-parenchyma-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MDI-in-grasses-certain-adaxial-epidermal-cells-along-the-vein-modify-themselves-into-large-empty-colourless-cells-called-1-bark-2-bulliform-cells-3-bundle-sheath-cells-4-spongy-mesophyll-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MDM-bulliform-cells-help-in-1-heat-resistance-2-minimizing-water-loss-3-maintaining-ion-balance-4-mineral-acquisition-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MDQ-the-similar-size-of-vascular-bundle-in-monocot-leaf-is-due-to-1-reticulate-venation-2-parallel-venation-3-branched-venation-4-radial-venation-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MDU-the-tissue-involved-in-secondary-growth-are-1-vascular-cambium-2-cork-cambium-3-pith-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MDY-in-dicot-stem-the-cells-of-cambium-present-between-primary-xylem-and-primary-phloem-is-the-1-intrafascicular-cambium-2-interfascicular-cambium-3-metafascicular-cambium-4-radial-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MDc-when-cambial-ring-becomes-active-the-cells-cut-off-toward-pith-mature-into-1-primary-xylem-2-secondary-xylem-3-primary-phloem-4-secondary-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MDg-when-cambial-rings-become-active-and-the-cells-cut-off-towards-periphery-mature-into-1-secondary-phloem-2-primary-phloem-3-primary-xylem-4-secondary-xylem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MDk-the-cambium-is-generally-more-active-on-the-side-than-the-side-1-inner-outer-2-outer-inner-3-radial-inner-4-radial-outer-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MTA-the-primary-and-secondary-phloem-gets-gradually-crushed-due-to-the-continued-formation-and-accumulation-of-1-secondary-xylem-2-resin-3-wax-4-bark-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MTE-in-dicot-stem-at-some-places-the-cambium-forms-a-narrow-band-of-parenchyma-which-passes-through-the-secondary-xylem-and-secondary-phloem-in-radial-direction-these-are-called-1-secondary-medullary-rays https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MTI-the-wood-formed-during-spring-is-called-1-early-wood-2-late-wood-3-autumn-wood-4-summer-wood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MTM-the-wood-formed-during-winter-is-called-1-early-wood-2-spring-wood-3-autumn-wood-4-intermediate-wood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MTQ-annual-ring-appears-due-to-1-radial-xylem-2-radial-phloem-3-centric-wood-4-alternate-concentric-rings-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MTU-the-region-of-secondary-xylem-which-comprise-dead-element-with-highly-lignified-walls-is-called-1-casparian-strip-2-heartwood-3-sapwood-4-bark-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MTY-the-peripheral-region-of-secondary-xylem-lighter-in-colour-is-1-sapwood-2-heartwood-3-annular-wood-4-bark-wood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MTc-cork-cambium-is-also-called-1-phellogen-2-annular-ring-3-early-wood-4-late-wood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MTg-phellogen-phellem-and-phelloderm-are-collectively-known-as-1-phellogram-2-periderm-3-cork-4-phalanges-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MTk-bark-that-is-formed-early-in-season-is-called-bark-1-hard-2-soft-3-turbid-4-lenticels-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MjA-bark-formed-towards-the-end-of-the-season-is-called-bark-1-soft-2-hard-3-turbid-4-rigid-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MjE-the-exchange-of-gases-between-the-outer-atmosphere-and-internal-tissue-of-stem-is-through-1-lenticels-2-legume-3-epidermis-4-cambium-ring-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MjM-in-dicot-root-the-vascular-cambium-is-completely-in-origin-1-primary-2-secondary-3-tertiary-4-quaternary-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MjQ-which-one-yields-fibres-1-coconut-2-oak-3-teak-4-sisso-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI2MjU-death-of-protoplasm-is-a-pre-requisite-for-vital-function-like-1-transport-of-sap-2-transport-of-food-3-absorption-of-water-4-gaseous-exchange-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNDE-dicotyledonous-leaf-is-also-known-as-1-dorsiventral-leaf-2-bi-facial-leaf-3-both-a-and-b-4-isobilateral-leaf-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNDI-the-main-parts-of-the-lamina-of-the-dorsiventaral-leaf-are-1-epidermis-2-mesophyll-tissues-3-vascular-system-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNDM-the-upper-and-lower-surface-of-the-dicots-leaf-are-known-as-1-adaxial-and-abaxial-respectively-2-abaxial-and-adaxial-respectively-3-both-a-and-b-4-anterior-and-posterior-respectively-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNDQ-in-dicot-leaf-stomata-is-more-present-on-the-1-adaxial-surface-2-abaxial-surface-3-equally-on-both-surfaces-4-stomata-is-absent-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNDU-in-dicot-leaf-cuticle-is-present-on-the-1-adaxial-epidermis-2-abaxial-epidermis-3-lateral-epidermis-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNDY-the-tissues-present-between-the-adaxial-and-abaxial-epidermis-are-1-mesophyll-2-chlorophyll-3-vascular-bundle-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNDg-which-of-the-following-is-true-for-palisade-parenchyma-1-adaxially-placed-2-elongated-cells-3-vertically-and-parallely-placed-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNDk-which-one-is-true-for-spongy-parenchyma-1-abaxially-placed-to-palisade-parenchyma-2-oval-or-round-loosely-arranged-cells-3-extends-to-the-abaxail-epidermis-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNTA-air-cavities-are-present-in-1-palisade-parenchyma-2-spongy-parenchyma-3-vascular-bundle-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNTE-midrib-and-veins-of-the-leaf-represent-1-vascular-bundle-2-cortex-3-palisade-parenchyma-4-spongy-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNTI-the-size-of-the-vascular-bundles-are-dependent-on-the-size-of-the-1-veins-2-air-cavities-3-chloroplast-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNTM-which-one-is-true-for-dicot-leaf-1-veins-thickness-vary-2-reticulate-venation-is-present-3-all-vascular-bundles-are-similar-in-size-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNTQ-in-dicot-leaf-vascular-bundle-are-surrounded-by-which-are-mostly-made-up-of-thick-walled-1-bundle-sheath-parenchyma-2-bundle-sheath-sclerenchyma-3-bundle-sheath-collenchyma-4-spongy-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNTY-how-many-of-the-followings-are-not-present-in-the-dicot-leaf-epidermis-hypodermis-endodermis-pericycle-pith-medullary-rays-1-6-2-5-3-4-4-3-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNTc-monocot-leaf-is-1-isobilateral-2-equifacial-3-bifacial-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNTk-in-monocot-leaf-mesophyll-is-differentiated-into-1-spongy-and-palisade-parenchyma-2-only-spongy-parenchyma-3-no-differentiation-of-mesophyll-4-only-palisade-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNjE-bulliform-cells-are-1-small-empty-and-colourless-2-large-empty-and-colourless-3-large-and-photosynthetic-4-large-and-fluid-filled-and-colourless-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNjI-in-grasses-leaves-are-exposed-when-bulliform-cells-becomes-shy-shy-shy-shy-and-leaves-curl-inwards-when-they-are-1-flaccid-turgid-2-plasmolysed-turgid-3-turgid-flaccid-4-both-b-and-a-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNjM-in-onion-and-garlic-the-leaves-are-1-cylindrical-2-bifacial-3-unifacial-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNjQ-dicot-leaves-are-and-monocot-leaves-are-1-hypostomatic-and-amphistomatic-2-amphistomatic-and-hypostomatic-3-astomatic-and-amphistomatic-4-epistomatic-and-hypostomatic-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNjU-secondary-growth-is-because-of-1-vascular-cambium-2-cork-cambium-3-lateral-meristem-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNjc-interfascicular-cambium-is-formed-from-1-medullary-rays-2-intrafascicular-cambium-3-cork-cambium-4-pericycle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNjg-vascular-cambium-includes-1-only-intrafascicular-cambium-2-only-interfascicular-cambium-3-both-intrafascicular-and-interfascicular-cambium-4-cork-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNjk-the-cells-which-are-formed-from-vascular-cambium-towards-the-centre-are-and-towards-the-periphery-are-1-secondary-xylem-secondary-phloem-2-bast-wood-3-wood-bast-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNzA-the-secondary-xylem-is-produced-more-because-1-cambium-is-more-active-towards-the-inner-side-2-cambium-is-more-active-towards-the-outer-side-3-xylem-is-more-important-than-phloem-4-all-of-the-above-1 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNzE-the-primary-and-secondary-phloems-get-gradually-crushed-because-of-1-continuous-formation-and-accumulation-of-secondary-xylem-2-discontinuous-formation-and-accumulation-of-secondary-xylem-3-by-pressur https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNzI-primary-xylem-remains-less-or-more-intact-towards-the-1-around-the-centre-2-around-the-periphery-3-outer-to-the-pith-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNzQ-which-one-is-correct-for-spring-wood-1-it-is-formed-due-more-activity-of-cambium-2-it-produces-more-xylary-elements-having-vessels-with-wider-cavities-3-it-is-also-called-as-early-wood-4-all-of-the-ab https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNzU-which-one-is-correct-for-autumn-wood-1-it-is-formed-due-less-activity-of-cambium-2-it-produces-fewer-xylary-elements-having-narrow-vessels-3-it-is-also-called-as-late-wood-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNzY-the-early-wood-is-in-color-and-late-wood-is-in-color-1-lighter-darker-2-darker-lighter-3-lighter-lighter-4-darker-darker-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNzc-the-early-wood-has-density-and-late-wood-has-density-1-lower-higher-2-higher-lower-3-lower-lower-4-higher-higher-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxNzg-which-one-is-true-for-annual-ring-1-a-ring-of-autumn-wood-and-a-ring-of-spring-wood-constitute-annual-ring-2-it-appears-as-alternate-concentric-ring-3-it-gives-an-estimate-of-the-age-of-the-tree-4-all https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxODE-heartwood-is-1-dark-brown-in-color-2-contains-organic-compounds-like-tannin-resins-gums-oils-3-known-as-duramen-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxODI-how-many-of-the-statements-are-true-for-heartwood-a-it-provides-mechanical-support-to-the-stem-b-it-does-not-conduct-water-c-it-is-hard-durable-and-resistant-to-the-attacks-of-microbes-d-it-is-the-inn https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxODM-which-one-is-true-for-sapwood-1-it-lies-in-the-peripheral-region-of-xylem-2-it-does-conduction-of-water-and-minerals-3-it-is-also-called-as-alburnum-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxODc-cork-cambium-gives-rise-1-cork-2-phelloderm-3-phellem-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxODg-periderm-comprises-of-1-phellem-2-phellogen-3-phelloderm-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxODk-the-dead-cells-which-are-formed-towards-the-epidermis-by-cork-cambium-are-called-as-1-cork-2-phellem-3-phelloderm-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxOTA-the-chloroplast-containing-parenchymatous-cells-which-are-formed-towards-the-innerside-by-cork-cambium-are-called-as-1-secondary-cortex-2-phelloderm-3-phellem-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxOTE-which-one-is-true-for-phellogen-1-thick-layer-cells-2-narrow-thin-walled-and-nearly-rectangular-cells-3-gives-rise-to-phellem-and-phelloderm-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxOTI-incorrect-match-is-1-phellogen-cork-cambium-2-phellem-cork-3-phelloderm-cortex-4-phelloderm-secondary-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxOTM-in-plants-the-replacement-of-the-outer-cortical-and-epidermal-layers-when-they-are-broken-are-because-of-the-1-cork-cambium-2-vascular-cambium-3-phellogen-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxOTQ-the-cork-is-impervious-to-due-to-deposition-in-the-cell-wall-1-water-suberin-2-water-lignin-3-water-wax-4-water-cellulose-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxOTU-bark-non-technically-refers-to-tissues-which-lie-1-exterior-to-vascular-cambium-2-exterior-to-cork-cambium-3-exterior-to-primary-phloem-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxOTY-how-many-of-the-followings-constitute-the-bark-secondary-phloem-secondary-cortex-cork-cambium-complimentary-cells-epidermis-periderm-1-6-2-5-3-4-4-3-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMxOTk-which-of-the-following-is-true-for-lenticels-1-lens-shaped-opening-2-occur-in-most-woody-trees-3-permit-exchange-of-gases-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMyMDA-the-function-of-lenticels-are-1-exchange-of-gases-2-helps-in-transpiration-3-helps-in-vegetative-reproduction-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMyMDI-in-dicot-root-the-complete-ring-of-vascular-bundle-is-formed-by-1-conjunctive-tissue-2-pericycle-3-endodermis-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMyMDQ-the-shape-of-the-vascular-bundle-is-in-the-beginning-and-later-it-becomes-in-dicot-root-1-wavy-circular-2-circular-wavy-3-circular-rectangular-4-wavy-and-trapezoid-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMyMDU-in-dicot-roots-secondary-phloem-is-formed-towards-the-and-secondary-xylem-is-formed-towards-the-by-the-activity-of-vascular-cambium-1-periphery-centre-2-centre-periphery-3-innerside-outerside-4-both-b https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMyMDY-there-are-types-of-medullary-rays-formed-in-dicot-roots-during-secondary-growth-1-one-2-two-3-three-4-many-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMyMDc-the-common-medullary-rays-between-dicot-stem-and-root-is-1-primary-medullary-rays-2-secondary-medullary-rays-3-both-a-and-b-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMyMDk-secondary-growth-occurs-in-1-dicot-root-and-stem-of-angiosperms-2-dicot-root-and-stem-of-gymnosperms-3-monocot-roots-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMyMTA-lenticels-are-present-in-1-stem-only-2-root-only-3-both-a-and-b-4-root-stem-and-leaf-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMyMTE-the-more-correct-function-of-the-medullary-rays-in-dicot-roots-are-1-water-conduction-only-2-food-conduction-only-3-food-and-water-conduction-4-food-and-water-conduction-in-radial-direction-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNDE-which-of-the-following-is-known-as-living-mechanical-tissue-1-parenchyma-2-collenchyma-3-sclerenchyma-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNDI-which-one-is-true-of-collenchyma-1-forms-the-hypodermis-of-dicot-stem-2-present-below-epidermis-in-layers-or-patches-3-thickened-corners-due-to-cellulose-hemicellulose-and-pectin-deposition-4-all-of-t https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNDM-the-main-mechanical-tissue-of-the-plant-is-1-sclerenchyma-2-collenchyma-3-parenchyma-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNDQ-sclerenchyma-is-1-dead-and-lignified-2-consists-of-long-narrow-thick-walled-cells-3-may-be-in-the-form-of-fibres-and-sclereids-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNDU-which-one-is-true-for-sclereids-1-highly-thickened-dead-walls-with-narrow-lumen-2-present-in-fruit-walls-of-nuts-3-pulp-of-guava-pear-and-sapots-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNDY-sclerenchymatous-fibres-are-1-thick-walled-elongated-and-pointed-cells-2-contains-simple-and-bordered-pits-3-smallest-cells-in-plant-body-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNDk-which-one-is-true-regarding-xylem-1-vessels-are-absent-in-gymnosperms-2-cells-of-vessel-are-called-vessel-members-3-tracheid-and-vessel-lack-protoplasm-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNTA-the-elements-of-xylem-which-does-food-storage-is-1-tracheids-2-vessels-3-xylem-parenchyma-4-xylem-fibres-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNTE-in-angiosperms-the-main-water-transporting-elements-are-1-tracheids-2-vessels-3-both-a-and-b-4-tracheids-vessels-xylem-fibres-xylem-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNTI-the-first-formed-primary-xylem-elements-are-and-later-formed-is-1-protoxylem-metaxylem-2-metaxylem-protoxylem-3-tracheids-vessels-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNTM-the-type-of-primary-xylem-when-protoxylem-lies-towards-the-pith-is-known-as-1-endarch-2-exarch-3-endoexarch-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNTY-a-mature-sieve-tube-elements-have-1-large-vacuole-2-peripheral-cytoplasm-3-lack-nucleus-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNTc-pressure-gradient-in-the-sieve-tubes-is-maintained-by-1-companion-cells-2-phloem-fibres-3-phloem-parenchyma-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNTg-which-of-the-following-is-true-for-phloem-parenchyma-1-made-up-of-elongated-tapering-cylindrical-cells-2-have-dense-cytoplasm-and-nucleus-3-stores-food-material-and-resins-latex-and-mucilage-4-all-of https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNjA-which-element-of-the-phloem-becomes-dead-at-maturity-1-sieve-tube-elements-2-companion-cells-3-phloem-parenchyma-4-phloem-fibres-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNjI-metaphloem-contains-sieve-tubes-while-protophloem-contains-sieve-tubes-1-bigger-narrow-2-narrow-bigger-3-narrow-no-4-no-bigger-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNjQ-epidermal-tissue-system-consists-of-1-epidermal-cells-2-stomata-3-trichomes-root-hairs-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNjU-which-one-is-true-regarding-epidermis-1-usually-single-layered-2-made-up-of-parenchymatous-cells-3-outermost-layer-of-the-primary-plant-body-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNjY-stomata-is-a-part-of-which-type-of-tissue-system-1-epidermal-tissue-system-2-ground-tissue-system-3-vascular-tissue-system-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNjc-stomatal-apparatus-comprises-of-1-stomatal-aperture-guard-cells-2-stomatal-aperture-guard-and-subsidiary-cells-3-stomatal-aperture-and-guard-subsidiary-and-epidermal-cells-4-stomatal-aperture-and-subs https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNjg-in-grasses-cells-are-dumb-bell-shaped-1-subsidiary-cells-2-guard-cells-3-both-a-and-b-4-stomatal-apparatus-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNjk-the-epidermal-hairs-of-root-are-usually-while-of-shoots-are-usually-1-unicellular-multicellular-2-multicellular-unicellular-3-multicellular-multicellular-4-unicellular-unicellular-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNzA-which-of-the-following-is-true-for-trichomes-1-usually-multicellular-2-may-be-branched-or-unbranched-3-prevent-transpirational-water-loss-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNzE-which-one-is-incorrect-statement-1-subsidiary-cells-are-specialised-epidermal-cells-2-cuticle-is-always-present-on-epidermal-tissue-system-3-cuticle-is-absent-in-roots-4-guard-cells-surround-the-stoma https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246ODkyOTc-stomata-in-grass-leaves-are-1-dumb-bell-shaped-2-kidney-shaped-3-rectangular-4-barrel-shaped-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246ODkzMTM-secondary-xylem-and-phloem-in-dicot-stem-are-produced-by-1-apical-meristems-2-vascular-cambium-3-phellogen-4-axillary-meristems-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246ODkzMjA-casparian-strips-occur-in-1-epidermis-2-pericycle-3-cortex-4-endodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246ODkzMjI-plants-having-little-or-no-secondary-growth-are-1-grasses-2-deciduous-angiosperms-3-conifers-4-cycads-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTA5MjY-read-the-different-components-from-i-to-iv-in-the-list-given-below-and-tell-the-correct-order-of-the-components-with-reference-to-their-arrangement-from-the-outer-side-to-the-inner-side-in-a-woody-dic https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTEzMTI-tracheids-differ-from-the-tracheary-elements-in-1-having-casparian-strips-2-being-imperforate-3-lacking-nucleus-4-being-lignified-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTI0MTE-gymnosperms-are-also-called-softwood-spermatophytes-because-they-lack-1-cambium-2-phloem-fibres-3-thick-walled-tracheids-4-xylem-fibres-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTI3NDk-ground-tissue-includes-1-all-tissues-except-epidermis-and-vascular-bundles-2-epidermis-and-cortex-3-all-tissues-internal-to-endodermis-4-all-tissues-external-to-endodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTI3NzU-the-cork-cambium-cork-and-secondary-cortex-are-collectively-called-1-phellogen-2-periderm-3-phellem-4-phelloderm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTMzNzM-the-annular-and-spirally-thickened-conducting-elements-generally-develop-in-the-protoxylem-when-the-root-or-stem-is-1-maturing-2-elongating-3-widening-4-differentiating-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTM2Njk-the-length-of-different-internodes-in-a-culm-of-sugarcane-is-variable-because-of-1-shoot-apical-meristem-2-position-of-axillary-buds-3-size-of-leaf-lamina-at-the-node-below-each-internode-4-intercalar https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTQ2MTc-tyloses-an-outgrowth-from-ray-or-axial-parenchyma-cell-into-the-lumen-of-a-vessel-which-partially-or-completely-blocks-the-cavity-are-present-in-1-periderm-2-heartwood-3-sapwood-4-secondary-cortex-1-2 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTUwMjk-the-term-bark-refers-to-1-phellem-phelloderm-and-vascular-cambium-2-periderm-and-secondary-xylem-3-cork-cambium-and-cork-4-phellogen-phellem-phelloderm-and-secondary-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTUwNDY-in-the-sieve-elements-which-one-of-the-following-is-the-most-likely-function-of-p-proteins-1-depletion-of-callose-on-sieve-plates-2-providing-energy-for-active-translocation-3-autolytic-enzymes-4-seal https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTUxOTY-which-of-the-following-is-an-epidermal-cell-containing-chloroplast-1-stomata-2-hydathode-3-guard-cell-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTUxOTc-the-structures-present-in-the-roots-to-absorb-water-and-minerals-is-1-epidermal-extensions-2-hypodermis-3-endodermis-4-epidermal-appendages-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTUxOTk-the-interxylary-phloem-is-found-in-the-stem-of-1-cucurbita-2-salvia-3-calotropis-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTUyMDA-wound-healing-is-due-to-1-ventral-meristem-2-secondary-meristem-3-primary-meristem-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTUyMDE-angular-collenchyma-occurs-in-1-salvia-2-helianthus-3-althaea-4-cucurbita-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTUyMDI-in-pteridophytes-phloem-is-without-1-bast-fibers-2-sieve-tubes-3-companion-cells-4-sieve-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTU2MjA-grass-leaves-curl-inwards-during-very-dry-weather-select-the-most-appropriate-reason-from-the-following-1-tyloses-in-vessels-2-closure-of-stomata-3-flaccidity-of-bulliform-cells-4-shrinkage-of-air-spa https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTU2MjQ-phloem-in-gymnosperms-lacks-1-both-sieve-tubes-and-companion-cells-2-albuminous-cells-and-sieve-cells-3-sieve-tubes-only-4-companion-cells-only-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTU3MDc-which-of-the-statements-given-below-is-not-true-about-the-formation-of-annual-rings-in-trees-1-annual-rings-are-not-prominent-in-trees-of-temperate-regions-2-annual-rings-are-a-combination-of-spring-w https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTMxNjYx-in-the-dicot-root-the-vascular-cambium-originates-from-1-tissue-located-below-the-phloem-bundles-and-a-portion-of-pericycle-tissue-above-protoxylem-2-cortical-region-3-parenchyma-between-endodermis-an https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTMxNjYz-regeneration-of-damaged-growing-grass-following-grazing-is-largely-due-to-1-lateral-meristem-2-apical-meristem-3-intercalary-meristem-4-secondary-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc5NjE4-what-is-incorrect-about-cycas-1-its-xylem-has-vessels-2-it-has-circinate-venation-3-it-does-not-have-well-organised-female-flower-4-its-roots-possess-some-blue-green-algae-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTg1Mzgy-identify-the-incorrect-statement-1-sapwood-is-involved-in-conduction-of-water-and-minerals-from-roots-to-leaves-2-sapwood-is-the-innermost-secondary-xylem-and-is-lighter-in-colour-3-due-to-deposition https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTg1NDA5-the-transverse-section-of-a-plant-shows-following-anatomical-features-a-large-number-of-scattered-vascular-bundles-surrounded-by-bundle-sheath-b-large-conspicuous-parenchymatous-ground-tissue-c-vascul https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTk1MDIx-large-empty-colorless-cells-of-the-adaxial-epidermis-along-the-veins-of-grass-leaves-are-1-lenticels-2-guard-cells-3-bundle-sheath-cells-4-bulliform-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTk1MDI1-which-of-the-following-statements-about-cork-cambium-is-incorrect-1-it-forms-a-secondary-cortex-on-its-outside-2-it-forms-a-part-of-periderm-3-it-is-responsible-for-the-formation-of-lenticels-4-it-is https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjUxMjEy-given-below-is-the-diagram-of-a-stomatal-apparatus-in-which-of-the-following-all-the-four-parts-labelled-as-a-b-c-and-d-are-correctly-identified-a-b-c-d-1-guard-cell-stomatal-aperture-subsidiary-cell https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mjc3MjA0-match-list-i-with-list-ii-list-i-list-ii-a-cells-with-active-cell-division-capacity-i-vascular-tissues-b-tissue-having-all-cells-similar-in-structure-and-function-ii-meristematic-tissue-c-tissue-havin https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mjc3MjI5-match-list-i-with-list-ii-list-i-list-i-a-lenticels-i-phellogen-b-cork-cambium-ii-suberin-deposition-c-secondary-cortex-iii-exchange-of-gases-d-cork-iv-phelloderm-choose-the-correct-answer-from-the-op https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mjc3MjQ3-select-the-correct-pair-1-cells-of-medullary-rays-that-form-part-of-a-cambial-ring-interfascicular-cambium-2-loose-parenchyma-cells-rupture-the-epidermis-and-form-a-lens-shaped-opening-in-the-bark-spo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM0ODEz-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-companion-cells-p-absent-in-most-monocots-b-albuminous-cells-q-lacking-in-gymno https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM0ODE0-regarding-the-epidermal-tissue-system-of-the-plant-1-cuticle-is-present-in-almost-all-roots-2-only-guard-cells-lack-chloroplasts-3-guard-cells-are-bean-shaped-in-grasses-4-trichomes-are-usually-multic https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM0ODE1-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-dicot-stem-p-vascular-bundles-are-arranged-in-a-ring-b-monocot-stem-q-pith-is-s https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM1NjEy-all-the-following-statements-regarding-collenchyma-in-plants-is-true-except-1-occurs-in-layers-below-the-epidermis-in-most-of-the-dicotyledonous-plants-2-cells-are-thickened-at-the-corners-due-to-depo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM1NjEz-palisade-parenchyma-1-are-prominent-in-isobilateral-leaf-2-is-abaxially-placed-in-dorsi-ventral-leaf-3-are-loosely-arranged-oval-or-round-cells-extending-to-the-lower-epidermis-in-dorsi-ventral-leaf-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM1NjE0-which-of-the-following-is-are-a-correct-match-i-bulliform-cells-large-bubble-shaped-epidermal-cells-that-occur-in-groups-on-the-upper-surface-of-the-leaves-of-many-monocots-ii-lenticels-a-porous-tissu https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM1NjQw-both-xylem-and-phloem-are-complex-tissues-at-maturity-the-living-component-of-xylem-and-the-dead-component-of-phloem-respectively-are-1-xylem-parenchyma-and-phloem-parenchyma-2-xylem-parenchyma-and-ph https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM3NTQw-consider-the-two-statements-i-intercalary-meristem-is-a-primary-meristem-and-contributes-to-the-formation-of-the-primary-plant-body-ii-cork-cambium-is-a-lateral-meristem-and-produces-secondary-tissues https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM3NTQx-identify-the-incorrect-statement-1-heart-wood-does-not-conduct-water-but-it-gives-mechanical-support-to-the-stem-2-autumn-wood-or-late-wood-has-a-large-number-of-xylary-elements-having-vessels-with-wi https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM4MjUy-which-of-the-following-statements-is-true-regarding-the-complex-tissues-found-in-plants-1-phloem-parenchyma-is-absent-in-most-of-the-dicotyledons-2-vessels-are-the-characteristic-feature-of-gymnosperm https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM4MjUz-what-is-the-function-of-trichomes-on-the-stems-1-they-help-in-absorption-of-water-and-minerals-2-they-help-in-preventing-water-loss-due-to-transpiration-3-they-help-in-transpiration-of-water-the-biolo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM4MjU0-the-lsquo-ring-rsquo-arrangement-of-vascular-bundles-is-a-characteristic-of-1-dicot-stem-2-monocot-root-3-dicot-root-4-monocot-stem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM4MjU1-identify-the-incorrect-statement-regarding-the-secondary-growth-seen-in-plants-1-secondary-growth-does-not-occur-in-monocotyledons-2-the-cells-of-secondary-cortex-are-parenchymatous-3-bark-refers-to-a https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM4MjU2-a-diagram-of-the-transverse-section-of-a-monocot-leaf-is-given-below-with-certain-parts-indicated-as-letters-of-the-alphabet-select-the-option-which-incorrectly-matches-the-alphabet-with-the-part-it-r https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM5NDM3-read-the-following-statements-about-the-vascular-bundles-a-in-roots-xylem-and-phloem-in-a-vascular-bundle-are-arranged-in-an-alternate-manner-along-the-different-radii-b-conjoint-closed-vascular-bundl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM5NDU1-in-old-trees-the-greater-part-of-secondary-xylem-is-dark-brown-and-resistant-to-insect-attack-due-to-a-secretion-of-secondary-metabolites-and-their-deposition-in-the-lumen-of-vessels-b-deposition-of-o https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM5NDcy-the-anatomy-of-springwood-shows-some-peculiar-features-identify-the-correct-set-of-statements-about-springwood-a-it-is-also-called-as-the-early-wood-b-in-spring-season-cambium-produces-xylem-elements https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM5ODQ4-axillary-buds-are-derived-from-the-activity-of-1-lateral-meristem-2-secondary-meristem-3-apical-meristem-4-intercalary-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM5ODU2-select-the-correct-statements-related-to-the-activity-of-cork-cambium-1-the-outer-cells-differentiate-into-phelloderm-2-the-cork-differentiated-from-cork-cambium-is-impervious-to-water-due-to-depositi https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM5ODc2-which-of-the-following-is-not-a-character-of-collenchyma-tissue-1-they-provide-mechanical-support-to-the-growing-part-of-the-plant-2-they-occur-in-layers-below-epidermis-in-dicotyledonous-plants-3-the https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQyMDEw-one-important-difference-between-the-anatomy-of-roots-and-the-anatomy-of-leaves-is-that-1-only-leaves-have-phloem-and-only-roots-have-xylem-2-root-cells-have-cell-walls-and-leaf-cells-do-not-3-a-waxy https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQyMzgw-which-of-the-following-is-incorrectly-paired-with-its-structure-and-function-1-sclerenchyma-supporting-cells-with-thick-secondary-walls-2-periderm-protective-coat-of-woody-stems-and-roots-3-pericycle https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQyMzk4-assertion-a-long-distance-flow-of-photoassimilates-in-plants-occurs-through-sieve-tubes-reason-r-mature-sieve-tubes-have-parietal-cytoplasm-and-perforated-sieve-plates-1-both-a-r-are-true-and-r-is-the https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQyNzc4-which-of-the-following-have-unevenly-thickened-primary-walls-that-support-young-growing-parts-of-the-plant-1-parenchyma-cells-2-collenchyma-cells-3-sclerenchyma-cells-4-tracheids-and-vessel-elements-1 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQzMDU5-all-of-the-following-cell-types-are-correctly-matched-with-their-functions-except-1-mesophyll-ndash-photosynthesis-2-guard-cell-ndash-regulation-of-transpiration-3-sieve-tube-member-ndash-translocatio https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQzMDYx-one-important-difference-between-the-anatomy-of-roots-and-the-anatomy-of-leaves-is-that-1-only-leaves-have-phloem-and-only-roots-have-xylem-2-root-cells-have-cell-walls-and-leaf-cells-do-not-3-a-waxy https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQzMTA2-assertion-a-in-the-dicot-stem-the-vascular-bundles-are-open-reason-r-cambium-is-present-between-xylem-and-phloem-of-the-vascular-bundle-in-the-dicot-stem-1-both-a-and-r-are-true-and-r-is-the-correct-e https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ0OTQ0-which-of-the-following-has-anucleate-cells-1-sieve-tube-elements-2-xylem-parenchyma-3-companion-cells-4-phloem-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ0OTg0-given-below-are-two-statements-statement-i-the-generation-of-cellular-diversity-is-known-as-differentiation-statement-ii-formation-of-interfascicular-cambium-and-cork-cambium-from-fully-differentiated https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ2NDAy-initiation-of-lateral-roots-and-vascular-cambium-during-secondary-growth-takes-place-in-cells-of-1-epiblema-2-cortex-3-endodermis-4-pericycle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ2NDIx-the-type-of-tissue-commonly-found-in-the-fruit-wall-of-nuts-is-1-parenchyma-2-collenchyma-3-sclerenchyma-4-sclereid-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ2NDQy-interfascicular-cambium-is-present-between-1-primary-xylem-and-primary-phloem-2-pericycle-and-endodermis-3-two-vascular-bundles-4-secondary-xylem-and-secondary-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ3ODU3-annual-rings-that-are-formed-due-to-secondary-growth-are-clearly-seen-in-1-roots-of-aquatic-plants-2-stem-of-trees-in-tropical-region-3-both-roots-and-stem-of-trees-in-tropical-region-4-stem-of-trees https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ3OTIy-in-flowering-plants-all-the-tissues-except-a-and-b-constitute-the-ground-tissue-complete-the-statement-by-selecting-the-correct-option-for-a-and-b-a-b-1-epidermis-endodermis-2-pith-medullary-rays-3-ep https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzU1OTA0-identify-the-incorrect-statements-i-gymnosperms-lack-vessels-in-their-xylem-ii-in-stems-the-arrangement-of-primary-xylem-is-called-an-exarch-iii-angiosperms-lack-sieve-tubes-and-companion-cells-iv-phl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzU1OTA2-study-the-given-two-statements-ndash-an-assertion-and-reason-and-select-the-correct-answer-from-the-options-given-assertion-autumn-wood-or-late-wood-has-fewer-xylary-elements-that-have-narrow-vessels https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzU1OTA4-study-the-given-two-statements-ndash-an-assertion-and-reason-and-select-the-correct-answer-from-the-options-given-assertion-a-during-secondary-growth-in-a-dicot-stem-the-amount-of-secondary-phloem-pro https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzU1OTA5-the-ring-arrangement-of-vascular-bundles-is-characteristic-of-1-dicot-stem-2-dicot-root-3-monocot-stem-4-monocot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzU4Mzg1-which-of-the-following-statement-is-not-true-for-stomatal-apparatus-1-guard-cells-invariably-possess-chloroplasts-and-mitochondria-2-guard-cells-are-always-surrounded-by-subsidiary-cells-3-stomata-are https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzYxNDE5-grasses-have-the-capability-to-recover-the-parts-lost-to-grazing-by-herbivores-due-to-the-presence-of-a-type-of-meristem-that-is-called-as-the-1-root-apical-meristem-2-shoot-apical-meristem-3-intercal https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzYxNDIw-the-transverse-section-shown-in-the-given-figure-is-representative-of-1-monocot-stem-2-monocot-root-3-dicot-stem-4-dicot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzYxNjAw-assertion-a-both-apical-meristems-and-intercalary-meristems-appear-early-in-life-of-a-plant-and-contribute-to-the-formation-of-the-primary-plant-body-reason-r-both-apical-meristems-and-intercalary-mer https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzYxNjAx-assertion-a-the-vascular-bundles-of-dicot-stems-are-called-open-vascular-bundles-reason-r-dicot-stems-can-make-secondary-xylem-and-secondary-phloem-with-the-help-of-cambium-choices-for-assertions-and https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzYxNjAz-assertion-a-dicotyledonous-stems-possess-the-ability-to-form-secondary-xylem-and-phloem-tissues-reason-r-in-dicotyledonous-stems-cambium-is-present-between-pericycle-and-xylem-choices-for-assertions-a https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzYxNjA0-assertion-a-the-meristematic-tissue-called-cork-cambium-or-phellogen-develops-in-the-cortex-region-of-monocot-stems-reason-r-the-activity-of-vascular-cambium-causes-the-shedding-of-cortical-and-epider https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzYzNjIw-assertion-a-monocotyledonous-stems-do-not-possess-the-ability-to-form-secondary-xylem-and-phloem-tissues-reason-r-in-monocotyledonous-stems-cambium-is-present-choices-for-assertions-and-reasons-1-both https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzYzNzU1-assertion-a-suberization-leads-to-death-of-cell-reason-r-suberin-is-a-water-resistant-material-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the-co https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY0NzI1-transverse-section-of-a-plant-part-shows-conjoint-and-open-vascular-bundles-the-transverse-section-is-of-1-monocot-root-2-monocot-stem-3-dicot-root-4-dicot-stem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY0NzI2-the-alternate-terms-used-for-lsquo-phellogen-rsquo-and-lsquo-phellem-rsquo-respectively-are-1-cork-and-cork-cambium-2-cork-cambium-and-cork-3-secondary-cortex-and-cork-4-cork-and-secondary-cortex-1-2 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY0NzY2-in-a-plant-the-protoxylem-lies-next-to-the-phloem-this-arrangement-of-xylem-will-be-called-1-stelar-2-extrastelar-3-endarch-4-exarch-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY0Nzg5-in-dicot-roots-initiation-of-lateral-roots-takes-place-in-the-cells-of-1-endodermis-2-pericycle-3-epiblema-4-hypodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY0Nzkx-identify-the-simple-tissue-of-plants-shown-in-the-given-figure-1-parenchyma-2-collenchyma-3-sclereids-4-sclerenchyma-fibres-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY0ODE3-for-the-formation-of-interfascicular-cambium-and-cork-cambium-the-parenchyma-cells-first-undergo-1-differentiation-2-dedifferentiation-3-redifferentiation-4-reverse-differentiation-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY0ODc0-which-of-the-following-will-not-be-true-for-gymnosperms-1-gymnosperms-lack-vessels-in-their-xylem-2-gymnosperms-have-albuminous-cells-and-sieve-cells-3-gymnosperms-lack-sieve-tubes-and-companion-cells https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY1NjA5-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-plant-part-column-ii-vascular-bundle-a-dicot-root-p-conjoint-and-open-b-monocot-root-q-conj https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY1NzM5-all-the-following-produce-secondary-tissues-in-a-plant-body-except-1-fascicular-vascular-cambium-2-interfascicular-cambium-3-cork-cambium-4-intercalary-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY1NzQw-in-a-monocot-stem-i-hypodermis-is-collenchymatous-ii-vascular-bundles-are-conjoint-and-closed-iii-phloem-parenchyma-is-absent-1-only-i-and-ii-are-correct-2-only-i-and-iii-are-correct-3-only-ii-and-iii https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY1ODcz-a-transverse-section-of-a-plant-part-shows-the-following-features-i-innermost-layer-of-cortex-has-casparian-strips-ii-pericycle-has-parenchymatous-cells-iii-radially-arranged-two-to-four-xylem-and-phl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY1ODc0-identify-the-incorrect-statement-regarding-guard-cells-in-the-epidermal-tissue-system-1-they-enclose-stomata-2-they-are-bean-shaped-in-grasses-3-the-outer-walls-are-thin-and-the-inner-walls-are-highly https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY2MjYw-which-of-the-following-statements-about-cork-cambium-is-are-correct-i-it-usually-develops-in-the-cortex-region-and-is-a-couple-of-layers-thick-ii-it-cuts-off-cells-on-both-sides-where-the-inner-cells https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY2MjY3-identify-the-correctly-matched-pairs-regarding-anatomy-of-a-dicot-root-i-epiblema-many-of-the-cells-of-epiblema-protrude-in-the-form-of-unicellular-root-hairs-ii-endodermis-the-tangential-as-well-as-r https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY3MDEw-give-below-are-two-statements-statement-i-endarch-and-exarch-are-the-terms-often-used-for-describing-the-position-of-secondary-xylem-in-the-plant-body-statement-ii-exarch-condition-is-the-most-common https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY3MDQw-give-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-late-wood-has-fewer-xylary-elements-with-narrow-vessels-reason-r-cambium-is-less-active-i https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY3MDQ4-identify-the-correct-statements-a-lenticels-are-the-lens-shaped-openings-permitting-the-exchange-of-gases-b-bark-formed-early-in-the-season-is-called-hard-bark-c-bark-is-a-technical-term-that-refers-t https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY4MTc5-the-transverse-section-of-plant-part-showed-polyarch-radial-and-exarch-xylem-with-endodermis-and-pericycle-the-plant-part-is-identified-as-1-monocot-root-2-dicot-root-3-dicot-stem-4-monocot-stem-1-2-3 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY4MTk3-consider-the-following-tissues-in-the-stellar-region-of-a-stem-showing-secondary-growth-a-primary-xylem-b-secondary-xylem-c-primary-phloem-d-secondary-phloem-arrange-these-in-the-correct-sequence-of-t https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY4MjA0-consider-the-following-plant-tissues-a-axillary-buds-b-fascicular-vascular-cambium-c-interfascicular-cambium-d-cork-cambium-e-intercalary-meristem-identify-the-lateral-meristems-among-the-above-1-a-c https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5Mzg2-given-below-are-two-statements-assertion-a-both-apical-and-intercalary-meristems-are-primary-meristems-reason-r-apical-and-intercalary-meristem-appear-early-in-life-and-contribute-to-the-formation-of https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5Mzkw-given-below-are-two-statements-assertion-a-vascular-bundles-in-dicot-stem-possess-the-ability-to-form-secondary-xylem-and-phloem-tissues-reason-r-in-dicotyledonous-stems-cambium-is-present-between-xyl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5Mzk0-given-below-are-two-statements-assertion-a-in-the-monocotyledons-the-vascular-bundles-lack-cambium-reason-r-monocots-show-secondary-growth-in-their-stems-and-roots-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDAw-given-below-are-two-statements-assertion-a-a-continuous-cambial-ring-is-formed-in-dicot-stem-during-secondary-growth-reason-r-in-dicot-stem-the-cells-of-medullary-rays-adjoining-interfascicular-cambiu https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDA1-given-below-are-two-statements-assertion-a-trichomes-are-epidermal-hair-on-the-stem-reason-r-trichomes-are-always-unicellular-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDE5-given-below-are-two-statements-assertion-a-a-typical-dicot-stem-produces-more-wood-in-comparison-to-bast-reason-r-cambium-is-generally-more-active-on-the-inner-side-than-that-of-the-outer-side-1-both https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDI1-given-below-are-two-statements-assertion-a-interfascicular-cambium-is-formed-as-a-result-of-de-differentiation-reason-r-interfascicular-cambium-is-developed-from-primary-meristems-due-to-structural-an https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDI5-given-below-are-two-statements-assertion-a-companion-cells-help-in-maintaining-a-proper-pressure-gradient-in-sieve-tubes-reason-r-nuclei-of-companion-cells-control-the-activities-of-sieve-tubes-1-both https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDMy-given-below-are-two-statements-assertion-a-lateral-meristem-is-a-secondary-meristem-reason-r-primary-meristems-appear-early-in-plant-life-and-contribute-to-the-formation-of-the-primary-plant-body-1-bo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDM0-given-below-are-two-statements-assertion-a-phloem-fibres-or-bast-fibres-are-made-up-of-collenchymatous-cells-reason-r-phloem-fibres-are-generally-found-in-primary-phloem-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDM1-given-below-are-two-statements-assertion-a-intercalary-meristem-occurs-between-mature-tissues-reason-r-intercalary-meristem-helps-in-the-elongation-of-the-organ-1-both-a-and-r-are-true-and-r-is-the-co https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDM3-given-below-are-two-statements-assertion-a-in-angiosperms-transport-of-food-and-water-is-more-efficient-than-gymnosperms-and-pteridophytes-reason-r-in-angiosperms-longitudinally-arranged-sieve-tube-el https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDQw-given-below-are-two-statements-assertion-a-in-woody-stems-the-amount-of-heartwood-continues-to-increase-year-after-year-reason-r-the-tracheary-elements-of-heartwood-are-plugged-y-depositions-of-variou https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDQy-given-below-are-two-statements-assertion-a-vascular-cambium-is-considered-as-lateral-meristem-reason-r-it-gives-rise-to-lateral-roots-and-shoots-1-both-a-and-r-are-true-and-r-is-the-correct-explanatio https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDQz-given-below-are-two-statements-assertion-a-long-distance-flow-of-photosynthates-in-plants-occurs-through-sieve-tubes-reason-r-a-mature-sieve-tube-has-peripheral-layer-of-cytoplasm-without-any-nucleus https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDQ1-given-below-are-two-statements-assertion-a-cork-prevents-the-loss-of-water-by-evaporation-reason-r-cork-cells-are-dead-cells-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDUz-axillary-buds-are-present-in-the-axils-of-leaves-and-are-capable-of-forming-a-branch-or-a-flower-which-of-the-following-statements-is-not-true-for-them-1-they-are-formed-by-some-cells-present-in-the-m https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDU3-collenchyma-is-also-a-living-simple-tissue-just-like-parenchyma-however-it-differs-from-the-latter-as-it-1-contains-cells-that-may-be-oval-spherical-or-polygonal-2-has-small-intercellular-spaces-3-has https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDYw-gymnosperms-a-lack-vessels-b-have-sieve-tube-elements-c-have-elongated-tube-like-highly-lignified-main-water-transporting-tissue-d-lack-lateral-meristem-the-correct-one-is-are-1-a-and-b-only-2-a-and-c https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDYz-a-mature-sieve-tube-element-transports-food-in-plants-which-of-the-following-features-is-are-true-for-this-element-a-presence-of-peripheral-cytoplasm-b-possesses-a-large-vacuole-c-lacks-nucleus-1-only https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDY0-the-companion-cells-are-specialised-parenchymatous-cells-which-are-closely-associated-with-the-sieve-tubes-elements-the-sieve-tube-elements-and-companion-cells-are-connected-through-1-perforations-in https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDY5-identify-the-anatomical-structure-found-in-flowering-plants-on-the-basis-of-following-features-and-select-the-correct-option-regarding-this-i-first-formed-primary-complex-tissue-ii-has-living-elements https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDcy-dicot-leaves-are-different-from-monocot-leaves-as-in-the-former-1-guard-cells-are-dumb-cell-shaped-2-more-stomata-are-present-at-abaxial-surface-as-compared-to-adaxial-surface-3-trichomes-are-usually https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDc1-vascular-bundles-in-wheat-stems-are-1-scattered-and-open-2-conjoint-and-open-3-radial-and-closed-4-conjoint-and-closed-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDc5-read-the-features-related-to-the-anatomical-structure-of-a-plant-exhibit-double-fertilization-i-it-comprises-a-single-layer-ii-it-has-barrel-shaped-cells-with-no-intercellar-spaces-iii-it-has-casparia https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDgx-in-all-of-the-following-cases-monocot-root-is-similar-to-dicot-root-except-1-pericycle-gives-rise-to-lateral-roots-2-parenchymatous-cells-lie-between-the-xylem-and-the-phloem-3-usually-more-than-six-p https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDgy-water-impermeable-layer-in-dicot-roots-is-1-sclerenchymatous-in-nature-2-innermost-layer-of-cortex-3-occupy-the-central-portion-4-present-just-below-pericycle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDgz-the-transverse-section-of-a-plant-shows-following-anatomical-features-a-sclerenchymatous-hypodermis-b-scattered-vascular-bundles-with-peripheral-smaller-than-centrally-located-ones-c-water-containing https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDg0-the-extrastelar-cambium-in-dicot-stem-forms-all-of-the-following-cells-except-1-epidermal-cells-2-cork-cells-3-cortical-cells-4-complementary-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDg1-select-correct-statements-with-respect-to-bulliform-cells-a-modified-abaxial-epidermal-cells-b-large-empty-colourless-cells-c-photosynthetic-contain-chloroplast-d-make-the-leaves-curl-inwards-during-w https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDg2-which-of-the-following-are-produced-by-vascular-cambium-1-secondary-xylem-and-secondary-cortex-2-secondary-phloem-and-cork-cells-3-secondary-medullary-rays-and-secondary-cortex-4-secondary-medullary-r https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDg3-identify-wrong-w-r-t-peripherally-located-younger-areas-of-secondary-xylem-1-formed-during-both-spring-and-autumn-seasons-2-also-known-as-early-wood-3-lighter-in-colour-4-involved-in-the-conduction-of https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDg4-which-of-the-following-statements-is-incorrect-1-spring-wood-is-lighter-in-colour-with-large-number-of-xylary-elements-having-vessels-with-wider-cavities-2-autumn-wood-is-darker-with-lower-density-and https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDg5-secondary-growth-in-cortical-region-is-due-to-phellogen-which-is-1-partly-primary-and-partly-secondary-in-origin-2-secondary-meristematic-tissue-formed-due-to-dedifferentiation-of-cells-of-cortex-3-in https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDkw-annual-rings-that-are-formed-due-to-secondary-growth-are-clearly-seen-in-1-roots-of-aquatic-plants-2-stem-of-trees-in-tropical-region-3-both-roots-and-stem-of-trees-in-tropical-region-4-stem-of-trees https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDky-identify-the-correct-statements-and-choose-the-option-accordingly-a-in-dicot-roots-pericycle-is-completely-transformed-into-vascular-cambium-b-lenticels-regulate-the-transpiration-rate-in-woody-trees https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDk0-the-cells-of-secondary-medullary-rays-in-dicot-plants-are-formed-by-1-pith-cells-2-hypodermal-cells-3-meristem-present-in-stelar-region-4-endodermal-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDk1-pericycle-is-not-present-in-1-dicotyledonous-stem-2-dicotyledonous-root-3-monocotyledonous-stem-4-monocotyledonous-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY5NDk3-in-dicot-stem-the-cambium-outer-side-to-the-endodermis-forms-secondary-1-cortex-2-xylem-3-meristem-4-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTUz-suberin-deposition-in-the-form-of-casparian-strips-is-found-on-which-of-the-following-walls-of-endodermal-cells-1-transverse-only-2-tangential-only-3-transverse-and-radial-4-tangential-and-radial-1-2 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTU1-a-lsquo-simple-tissue-rsquo-in-the-body-of-an-angiosperm-is-1-incapable-of-transforming-into-another-cell-type-2-composed-of-small-cells-3-comprised-of-only-one-cell-type-4-always-isodiametric-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTU3-what-would-be-the-best-description-of-stomata-1-two-guard-cells-plus-the-subsidiary-cells-only-2-an-opening-surrounded-by-two-guard-cells-3-an-opening-surrounded-by-two-guard-cells-and-the-subsidiary https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTYx-trichomes-in-stems-can-perform-all-the-following-functions-except-1-generate-secretory-products-to-cause-sting-2-reduce-herbivory-3-bring-about-greater-water-loss-through-extended-surface-area-of-the https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTYy-the-characteristic-distribution-of-vascular-bundles-in-the-t-s-shown-below-tells-us-that-the-t-s-must-be-of-a-1-monocot-stem-2-dicot-stem-3-monocot-root-4-dicot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTY1-bulliform-cells-found-in-adaxial-epidermis-in-grasses-1-enable-the-leaf-to-fold-2-are-found-in-the-endodermis-3-are-highly-photosynthetic-4-are-characteristic-of-xeromorphic-plants-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTY4-the-development-of-the-root-primary-xylem-is-said-to-be-1-exarch-2-endarch-3-centrifugal-4-diffuse-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTY5-in-the-vascular-bundle-of-a-typical-monocot-such-as-corn-the-structure-that-is-most-likely-absent-will-be-1-metaxylem-2-cambium-3-protoxylem-lacuna-4-metaphloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTcz-in-a-dorsiventral-dicot-leaf-the-vascular-bindles-present-in-the-midrib-are-1-smallest-in-size-2-largest-in-size-3-equal-in-size-to-others-4-radial-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTc0-the-transverse-section-of-a-dicot-root-is-unlikely-to-show-the-presence-of-a-conspicuous-1-cortex-2-pericycle-3-pith-4-endodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTc1-in-a-dicot-stem-the-term-lsquo-starch-sheath-rsquo-is-often-used-to-indicate-1-the-hypodermis-2-the-endodermis-3-the-pericycle-4-the-medullary-rays-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTc2-identify-the-correct-statements-i-guard-cells-are-dumbbell-shaped-in-dicots-ii-initiation-of-lateral-roots-and-vascular-cambium-during-the-secondary-growth-takes-place-in-pericycle-cells-in-dicot-root https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTgy-the-type-of-vascular-bundle-shown-in-the-given-figure-is-seen-in-i-roots-ii-monocot-stems-iii-dicot-stems-1-only-i-2-only-ii-and-iii-3-only-i-and-ii-4-only-ii-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTg0-consider-the-two-statements-assertion-a-secondary-growth-takes-place-in-dicot-stems-but-not-in-monocot-stems-reason-r-hypodermis-is-collenchymatous-in-dicot-stems-while-it-is-sclerenchymatous-in-monoc https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTg1-water-containing-cavities-within-the-vascular-bundles-is-a-feature-of-the-anatomy-of-a-1-monocot-stem-2-dicot-stem-3-monocot-root-4-dicot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTg3-what-will-be-true-for-the-figure-showing-the-transverse-section-of-an-angiosperm-root-i-it-is-a-section-of-a-dicot-root-ii-secondary-growth-will-be-well-marked-later-in-this-root-iii-the-vascular-bund https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTkx-which-layer-is-most-likely-to-have-passage-cells-1-pericycle-2-epidermis-3-endodermis-4-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTky-in-isobilateral-monocotyledonous-leaf-i-the-stomata-are-present-on-both-the-surfaces-of-the-epidermis-ii-the-mesophyll-is-not-differentiated-into-palisade-and-spongy-parenchyma-iii-the-parallel-venati https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc1NTkz-conjoint-vascular-bundles-are-commonly-seen-in-1-stems-only-2-root-and-stems-3-stems-and-leaves-4-root-stems-and-leaves-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc4ODQ2-derdrochronometer-is-used-to-measure-count-1-ring-in-tree-for-age-measurement-2-width-of-tree-3-length-of-trees-4-types-of-wood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzc5MzE3-the-given-diagrams-show-stomatal-apparatus-in-dicots-and-monocots-which-one-is-the-correct-option-for-a-b-and-c-1-a-epidermal-cells-b-subsidiary-cells-c-chloroplast-2-a-guard-cells-b-subsidiary-cells https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mzg2NTUw-isobilateral-monocotyledonous-leaf-a-exhibits-reticulate-venation-b-mesophyll-is-differentiated-into-palisade-and-spongy-parenchyma-c-mesophyll-is-not-differentiated-into-palisade-and-spongy-parenchym https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDU1MDYz-in-the-given-figure-which-component-has-thin-outer-walls-and-highly-thickened-inner-walls-1-d-2-a-3-b-4-c-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDU1MDgz-given-below-are-two-statements-statement-i-parenchyma-is-living-but-collenchyma-is-dead-tissue-statement-ii-gymnosperms-lack-xylem-vessels-but-presence-of-xylem-vessels-is-the-characteristic-of-angios https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDU1MDg2-bulliform-cells-are-responsible-for-1-protecting-the-plant-from-salt-stress-2-increased-photosynthesis-in-monocots-3-providing-large-spaces-for-storage-of-sugars-4-inward-curling-of-leaves-in-monocots https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDU2ODEy-the-transverse-section-of-monocot-root-shows-the-following-internal-tissue-organization-arrange-them-in-correct-sequence-starting-from-periphery-to-the-centre-a-endodermis-b-pith-c-epidermis-d-pericyc https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDU2ODMz-the-given-figure-with-reference-to-the-anatomy-of-plants-represents-1-tracheid-2-xylem-fibre-3-xylem-parenchyma-4-vessel-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDU2ODUw-read-the-following-statements-and-find-out-the-correct-set-of-statements-a-companion-cells-help-in-maintaining-the-pressure-gradient-in-the-sieve-tubes-b-gymnosperms-lack-vessels-in-their-xylem-c-the https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDU2ODUy-given-below-are-two-statements-statement-i-in-collenchyma-cell-walls-are-thickened-at-corners-due-to-deposition-of-cellulose-hemicellulose-and-pectin-statement-ii-sclerenchyma-consists-of-lignified-ce https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTc1-the-meristem-that-helps-grasses-regenerate-parts-removed-by-the-grazing-herbivores-is-the-1-shoot-apical-meristem-2-root-apical-meristem-3-intercalary-meristem-4-lateral-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTk1-the-apical-meristems-in-the-plants-1-occur-at-the-tips-of-both-roots-and-shoots-and-produce-primary-tissues-2-occur-at-the-tip-of-root-and-base-of-the-stem-and-produce-secondary-tissues-3-occur-at-the https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTgx-all-the-following-are-examples-of-secondary-or-lateral-meristems-except-1-fascicular-vascular-cambium-2-intercalary-meristem-3-interfascicular-meristem-4-cork-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTU1-all-the-following-regarding-parenchyma-tissue-in-plants-are-correct-except-1-cells-are-generally-isodiametric-2-cell-walls-are-generally-thick-3-cell-walls-are-made-of-cellulose-4-they-perform-photosy https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTU3-all-the-following-regarding-collenchyma-tissue-in-plants-are-correct-except-1-it-occurs-below-the-epidermis-of-stem-and-leaves-in-most-monocots-2-it-is-found-either-as-a-homogenous-layer-or-in-patches https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTU4-all-the-following-regarding-sclerenchyma-tissue-in-plants-are-correct-except-1-cells-have-thick-lignified-walls-2-cells-are-usually-dead-and-without-protoplasts-3-it-provides-mechanical-support-to-pla https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTYy-complex-tissues-in-a-plant-1-are-composed-of-one-type-of-cell-performing-same-function-2-are-composed-of-one-type-of-cell-performing-different-functions-3-are-composed-of-more-than-one-type-of-cells-w https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTg3-the-xylem-tissue-in-gymnosperms-lacks-1-tracheids-2-vessels-3-xylem-fibers-4-xylem-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTk2-in-stems-1-the-primary-xylem-is-endarch-with-protoxylem-towards-the-center-and-metaxylem-towards-the-periphery-2-the-primary-xylem-is-endarch-with-metaxylem-towards-the-center-and-protoxylem-towards-t https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTY1-phloem-in-angiosperms-is-composed-of-all-the-following-except-1-sieve-cells-2-companion-cells-3-phloem-parenchyma-4-phloem-fibers-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTY2-the-nucleus-of-companion-cells-controls-the-functions-of-1-sieve-cells-2-sieve-tubes-3-albuminous-cells-4-phloem-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTY4-phloem-fibers-bast-fibers-are-1-made-up-of-collenchyma-and-generally-not-seen-in-primary-phloem-2-made-up-of-collenchyma-and-generally-not-seen-in-secondary-phloem-3-made-up-of-sclerenchyma-and-genera https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTY5-which-of-the-following-components-of-the-phloem-tissue-in-angiosperms-loses-protoplasm-and-becomes-dead-at-maturity-1-sieve-tube-elements-2-companion-cells-3-phloem-parenchyma-4-phloem-fibers-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTUx-during-the-formation-of-primary-plant-body-dermal-tissue-ground-tissue-and-vascular-tissue-are-produced-by-1-primary-meristems-2-secondary-meristems-3-both-primary-and-secondary-meristems-4-neither-pr https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTc0-the-incorrect-statement-regarding-epidermal-tissue-system-in-angiosperms-would-be-1-it-comprises-of-epidermal-cells-and-stomata-but-not-the-appendages-such-as-trichomes-2-it-is-the-outermost-layer-of https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTc5-mesophyll-cells-present-in-the-ground-tissue-of-leaves-are-1-chloroplasts-lacking-thin-walled-cells-2-chloroplasts-containing-thick-walled-cells-3-chloroplasts-containing-thin-walled-cells-4-chloropla https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTgw-open-vascular-bundles-i-have-cambium-present-between-xylem-and-phloem-ii-possess-the-ability-to-form-secondary-tissues-iii-are-rare-in-dicotyledonous-stems-1-only-i-and-ii-are-correct-2-only-i-and-iii https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTgy-in-conjoint-type-of-vascular-bundles-i-xylem-and-phloem-are-jointly-situated-on-the-same-radius-of-vascular-bundles-ii-xylem-is-usually-located-on-the-outer-side-of-the-phloem-1-only-i-is-correct-2-on https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTQ0-in-a-dicot-stem-the-pericycle-is-present-on-the-inner-side-of-the-endodermis-and-1-above-the-phloem-in-form-of-semi-lunar-patches-of-sclerenchyma-2-above-the-xylem-in-form-of-semi-lunar-patches-of-scl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTQ1-in-a-dicot-root-initiation-of-lateral-roots-and-vascular-cambium-during-the-secondary-growth-takes-place-in-the-cells-of-1-outer-cortex-2-inner-cortex-3-endodermis-4-pericycle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTQ2-in-a-dicot-stem-the-term-starch-sheath-is-used-for-1-epidermis-with-guard-cells-2-hypodermis-3-endodermis-4-pericycle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTU5-the-vascular-bundles-in-a-dicot-stem-are-1-conjoint-open-with-endarch-protoxylem-2-conjoint-closed-with-endarch-protoxylem-3-conjoint-open-with-exarch-protoxylem-4-conjoint-closed-with-exarch-protoxyl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTg2-the-term-stele-in-a-dicot-root-does-not-include-1-endodermis-2-pericycle-3-vascular-bundles-4-pith-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTg5-the-hypodermis-of-a-dicotyledonous-stem-1-is-parenchymatous-and-synthesizes-and-stores-food-2-is-collenchymatous-and-provides-mechanical-strength-to-the-young-stem-3-is-sclerenchymatous-and-provides-m https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTkx-the-ring-arrangement-of-vascular-bundles-is-a-characteristic-feature-of-1-monocot-stem-2-dicot-stem-3-monocot-root-4-dicot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTk0-in-a-monocot-stem-1-each-vascular-bundle-is-surrounded-by-a-sclerenchymatous-bundle-sheath-2-ground-tissue-is-very-poorly-developed-3-vascular-bundles-are-conjoint-and-open-with-water-containing-cavit https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxNTcy-a-conjoint-and-open-vascular-bundle-will-be-observed-in-the-transverse-section-of-1-monocot-root-2-monocot-stem-3-dicot-root-4-dicot-stem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODQx-what-is-true-regarding-bulliform-cells-seen-in-grasses-1-they-are-certain-adaxial-epidermal-cells-that-when-flaccid-make-the-leaves-curl-inwards-2-they-are-certain-abaxial-epidermal-cells-that-when-fl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODQy-the-parallel-venation-in-monocot-leaves-is-reflected-in-the-1-wide-variations-in-size-of-vascular-bundles-in-the-main-veins-2-wide-variations-in-size-of-vascular-bundles-except-in-the-main-veins-3-nea https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODQz-secondary-growth-1-occurs-in-all-angiosperms-2-is-accomplished-by-the-procambium-3-is-accomplished-at-least-in-part-by-the-vascular-cambium-4-brings-about-an-increase-in-the-height-of-the-plant-1-2-3 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODQ0-interfascicular-cambium-in-dicot-stems-is-formed-from-the-cells-of-1-pericycle-2-medullary-rays-3-endodermis-4-hypodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODQ1-the-cambial-ring-in-the-dicot-stem-cuts-1-cells-that-mature-into-secondary-xylem-towards-pith-and-into-secondary-phloem-towards-periphery-2-cells-that-mature-into-secondary-xylem-towards-periphery-and https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODQ2-consider-the-given-two-statements-i-in-secondary-growth-in-dicot-stems-the-amount-of-secondary-phloem-produced-is-more-than-secondary-xylem-ii-the-cambium-is-generally-more-active-on-the-outer-side-th https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODQ3-in-a-four-year-old-stem-where-would-you-expect-to-find-the-oldest-secondary-xylem-1-adjacent-to-the-pith-2-just-inside-the-vascular-cambium-3-just-outside-the-vascular-cambium-4-immediately-adjacent-t https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODQ5-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-answer-from-the-codes-given-a-spring-early-wood-a-xylary-elements-with-wider-cavities-b-autumn-late-wood-b-xylary-elements-with https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODUx-what-is-not-true-for-heartwood-1-deposition-of-organic-compounds-leading-to-dark-brown-color-2-present-in-innermost-or-central-layers-of-the-stem-3-dead-elements-with-lignified-walls-4-conducts-water https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODUy-during-secondary-growth-the-meristem-that-arises-within-the-cortex-is-called-as-1-pith-meristem-2-cork-cambium-3-cortex-cambium-4-vascular-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODUz-phellogen-cuts-cells-on-both-sides-where-1-outer-cells-differentiate-into-cork-or-phelloderm-and-inner-cells-differentiate-into-secondary-cortex-or-phellem-2-inner-cells-differentiate-into-cork-or-phe https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODU0-which-of-the-following-terms-includes-all-others-1-phellem-2-phellogen-3-phelloderm-4-periderm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQwODU1-the-non-technical-term-bark-in-an-old-woody-stem-does-not-include-1-cork-2-secondary-phloem-3-secondary-cortex-4-vascular-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDgwMTgz-localized-areas-within-the-plant-body-where-cell-divisions-occur-are-known-as-1-organs-2-fibers-3-meristems-4-cork-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTMxNDQ3-which-of-the-following-statements-about-sclereids-is-correct-1-sclereids-are-living-cells-with-thin-walls-and-large-vacuoles-2-sclereids-are-a-type-of-parenchyma-involved-in-photosynthesis-3-sclereids https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU0OTg2-which-one-is-true-for-sclereids-1-highly-thickened-dead-walls-with-narrow-lumen-2-present-in-fruit-walls-of-nuts-3-pulp-of-guava-pear-and-sapots-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU0OTk3-phloem-fibres-are-1-also-known-as-bast-fibres-2-made-up-of-sclerenchymatous-cells-3-absent-in-primary-phloem-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDgwMTYy-storage-secretion-and-photosynthesis-are-the-functions-of-1-collenchyma-2-vessel-elements-3-lateral-meristems-4-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU0OTg1-which-one-is-true-of-collenchyma-1-forms-the-hypodermis-of-dicot-stem-2-present-below-epidermis-in-layers-or-patches-3-thickened-corners-due-to-cellulose-hemicellulose-and-pectin-deposition-4-all-of-t https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTUyNTUy-identify-the-incorrect-statement-regarding-sclerenchyma-1-sclerenchyma-cells-are-thick-walled-and-lignified-2-they-are-always-living-at-maturity-3-they-provide-mechanical-support-4-they-are-present-in https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mjc4NzQ4-match-list-i-with-list-ii-list-i-list-ii-a-cells-with-active-cell-division-capacity-i-vascular-tissues-b-tissue-having-all-cells-similar-in-structure-and-function-ii-meristematic-tissue-c-tissue-havin https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0ODc2-in-which-of-the-following-tissue-the-cells-are-much-thickened-at-the-corners-due-to-deposition-of-cellulose-hemicellulose-and-pectin-1-parenchyma-2-collenchyma-3-sclerenchyma-4-prosenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTU0MzQ4-why-do-sieve-tubes-require-companion-cells-for-their-functioning-1-companion-cells-provide-structural-support-2-sieve-tubes-lack-nucleus-and-depend-on-companion-cells-for-metabolic-activities-3-compan https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM1MzUy-companion-cells-are-closely-associated-with-1-sieve-elements-2-vessel-elements-3-trichomes-4-guard-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDQ5MzA5-in-dicot-stems-why-are-collenchyma-tissues-generally-found-beneath-the-epidermis-1-to-provide-flexibility-and-mechanical-support-to-the-stem-2-to-facilitate-gaseous-exchange-through-the-stem-3-to-cond https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTgxOTQ1-the-gritty-texture-of-pears-is-caused-by-1-sclereids-2-collenchyma-3-tracheids-4-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDcxODA0-regarding-the-relationship-between-sieve-tube-elements-and-companion-cells-in-angiosperms-1-sieve-tube-elements-have-a-central-nucleus-while-companion-cells-lack-a-nucleus-2-sieve-tube-elements-have-a https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTYx-match-the-plants-with-the-parts-where-sclereids-are-commonly-found-in-them-plants-parts-a-nuts-a-fruit-walls-b-sapota-b-pulp-of-fruit-c-legumes-c-seed-coat-d-tea-d-leaves-codes-a-b-c-d-1-a-b-c-d-2-b-a https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTExMzcw-in-which-tissue-and-under-what-conditions-is-sclerenchyma-primarily-found-and-what-function-does-it-perform-1-found-in-young-stems-and-roots-providing-flexibility-and-photosynthesis-2-located-near-the https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDgwMTY2-sclereids-and-fibers-are-examples-of-which-plant-tissue-1-parenchyma-2-collenchyma-3-sclerenchyma-4-xylem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU0OTk1-pressure-gradient-in-the-sieve-tubes-is-maintained-by-1-companion-cells-2-phloem-fibres-3-phloem-parenchyma-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU0OTk2-which-of-the-following-is-true-for-phloem-parenchyma-1-made-up-of-elongated-tapering-cylindrical-cells-2-have-dense-cytoplasm-and-nucleus-3-stores-food-material-and-resins-latex-and-mucilage-4-all-of https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTgxOTMx-which-of-the-following-has-unevenly-thick-cell-wall-has-a-primary-wall-cellulose-and-a-secondary-wall-hemicellulose-or-pectin-and-is-a-simple-living-primarily-mechanical-tissue-of-the-plant-body-1-par https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxNTc5-a-plant-tissue-when-stained-showed-the-presence-of-hemicellulose-and-pectin-in-cell-wall-of-its-cells-the-tissue-represents-1-collenchyma-2-sclerenchyma-3-xylem-4-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTYwOTMw-match-list-i-with-list-ii-list-i-tissue-type-list-ii-location-function-1-apical-meristem-a-present-at-base-of-internodes-2-intercalary-meristem-b-derived-directly-from-embryonic-cells-3-lateral-merist https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDIxMjg-sclerenchyma-provides-1-help-in-storage-of-materials-2-mechanical-support-3-helps-in-conduction-4-helps-in-assimilation-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDIxMjE-mechanical-support-to-the-growing-parts-of-the-plant-such-as-young-stem-and-petiole-of-leaf-is-provided-by-a-living-tissue-called-1-collenchyma-2-aerenchyma-3-chlorenchyma-4-sclerenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTExMzY5-which-of-the-following-correctly-explains-the-intercalary-meristem-and-its-role-in-plant-growth-1-a-meristematic-tissue-located-at-the-apex-of-the-root-responsible-for-the-elongation-of-primary-roots https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDc3NzEw-what-characteristic-feature-distinguishes-the-xylem-of-gymnosperms-from-that-of-angiosperms-1-presence-of-xylem-fibres-2-presence-of-tracheids-3-absence-of-vessels-4-absence-of-xylem-parenchyma-1-2-3 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzE5MDc1-identify-the-xylary-element-on-the-basis-of-below-given-features-a-cylindrical-tube-like-structure-b-absent-in-gymnosperms-1-tracheids-2-vessel-3-xylem-parenchyma-4-xylem-fibres-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTU0MzQ3-match-column-i-with-column-ii-column-i-tissue-column-ii-function-a-collenchyma-1-transport-of-food-b-sclerenchyma-2-transport-of-water-c-xylem-3-permanent-mechanical-support-d-phloem-4-mechanical-supp https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTUyNTU4-consider-the-following-statements-about-meristems-statement-i-intercalary-meristems-are-located-between-mature-tissues-and-contribute-to-the-regeneration-of-organs-in-grasses-statement-ii-both-apical https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIxMTcx-match-each-item-in-column-i-with-one-in-column-ii-and-choose-your-answer-from-the-codes-given-below-phloem-components-feature-a-sieve-tube-elements-a-commercial-use-as-in-jute-flax-and-hemp-b-companio https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzE1MjAw-similar-to-how-sieve-tube-elements-are-associated-with-companion-cells-sieve-cells-are-associated-with-1-albuminous-cell-2-lenticel-3-bulliform-cell-4-guard-cell-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDgwMTY0-the-two-simple-tissues-that-are-specialized-for-support-are-1-parenchyma-and-collenchyma-2-collenchyma-and-sclerenchyma-3-sclerenchyma-and-parenchyma-4-parenchyma-and-xylem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ3OTM4-match-the-following-columns-and-choose-the-correct-option-column-i-column-ii-a-vessels-i-obliterated-central-lumen-b-xylem-fibres-ii-elongated-cells-with-tapering-ends-c-xylem-parenchyma-iii-absent-in https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzI0ODQ2-all-of-the-given-characteristics-are-related-to-parenchyma-tissue-except-1-composed-of-living-cells-2-generally-isodiametric-cells-3-cell-wall-is-mainly-made-up-of-suberin-4-either-closely-packed-cell https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTI0-when-protoxylem-lies-towards-the-centre-pith-and-the-metaxylem-lies-towards-the-periphery-of-the-organ-the-primary-xylem-is-called-1-endarch-present-in-stem-2-endarch-present-in-roots-3-exarch-present https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMxMjUx-phloem-in-gymnosperms-lacks-1-both-sieve-tubes-and-companion-cells-2-albuminous-cells-and-sieve-cells-3-sieve-tubes-only-4-companion-cells-only-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzE1MTk5-the-type-of-meristem-that-may-have-evolved-in-grasses-in-response-to-damage-by-grazing-herbivores-will-be-1-shoot-apical-meristem-2-root-apical-meristem-3-intercalary-meristem-4-floral-meristem-1-2-3 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDIxMDY-angiosperms-have-1-vessels-absent-2-tracheids-only-3-vessels-present-4-sieve-tubes-absent-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMTk0-which-one-is-correct-for-the-tissue-depicted-in-the-diagram-given-below-1-cells-lack-deposition-of-pectin-2-cells-are-never-photosynthetic-3-intercellular-spaces-are-absent-4-these-are-absent-in-hypod https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0Nzcx-elongated-or-tube-like-cells-with-thick-and-lignified-walls-and-tapering-ends-is-1-tracheids-2-vessel-3-sieve-tube-4-collenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTUwMzM5-mark-incorrect-match-1-phloem-parenchyma-stores-resin-latex-and-mucilage-2-xylem-parenchyma-stores-starch-or-fat-3-ray-parenchyma-radial-conduction-of-water-4-phloem-fibres-composed-of-collenchyma-1-2 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTczNDI1-during-the-formation-of-leaves-and-elongation-of-the-stem-some-cells-left-behind-from-the-shoot-apical-meristem-constitute-1-lateral-meristem-2-axillary-bud-3-cork-cambium-4-fascicular-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTE5NDI4-consider-the-given-two-statements-statement-a-the-primary-meristem-in-plants-appears-later-than-the-secondary-meristem-and-is-responsible-for-producing-secondary-tissues-statement-b-lateral-meristems https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Njc3ODQ-select-the-incorrect-statement-from-the-following-1-end-walls-of-sieve-tube-have-sieve-plates-2-sieve-tube-and-companion-cell-are-connected-by-pit-present-between-common-longitudinal-wall-3-companion https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTYzNjY0-lignin-is-most-likely-to-be-found-in-the-secondary-walls-of-1-parenchyma-2-collenchyma-3-sclerenchyma-4-epidermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTMxNTEw-intercalary-meristem-is-found-1-at-the-tips-of-roots-2-at-the-tips-of-stems-3-between-mature-tissues-4-in-vascular-bundles-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjUwMDIz-in-a-flowering-plant-cells-that-have-perforated-end-walls-and-cytoplasm-but-no-nuclei-are-1-companion-cells-2-sieve-tube-elements-3-tracheid-4-vessel-element-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzE1MTk4-consider-the-given-two-statements-i-at-maturity-none-of-the-components-of-xylem-tissue-is-living-ii-at-maturity-none-of-the-components-of-phloem-tissue-is-dead-the-correct-statement-s-is-are-1-only-i https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTUxMDAz-which-structures-are-responsible-for-the-stone-like-texture-encountered-while-eating-peaches-or-pears-1-sclereids-2-cork-cells-3-fiber-cells-4-collenchyma-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTUwOTgx-where-are-the-products-of-photosynthesis-stored-before-being-utilized-in-plants-1-parenchyma-cells-2-collenchyma-cells-3-sclerenchyma-cells-4-epidermal-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTUxMDA5-the-rapid-growth-of-lawn-grass-cynodon-dactylon-is-due-to-1-apical-meristem-2-lateral-meristem-3-intercalary-meristem-4-secondary-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTUxMDM5-plasmodesmata-are-1-cell-wall-thickenings-2-cytoplasmic-connections-between-adjacent-cells-3-spaces-between-cell-walls-4-secondary-wall-deposits-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDgwMTgx-minute-pores-known-as-dot-the-surface-of-the-epidermis-of-leaves-and-stems-each-pore-is-bordered-by-two-1-stomata-guard-cells-2-stomata-fibers-3-sieve-tube-elements-companion-cells-4-sclereids-guard-c https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ0NDgz-epidermal-tissue-system-consists-of-1-epidermal-cells-only-2-epidermal-cells-and-stomata-only-3-epidermal-appendages-only-4-epidermal-cells-stomata-trichomes-and-hairs-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjUz-stomatal-apparatus-is-represented-by-1-stomatal-aperture-2-guard-cell-3-subsidiary-cells-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Njc1ODI-stomata-in-grass-leaf-are-1-rectangular-2-kidney-shaped-3-dumb-bell-shaped-4-barrel-shaped-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzYxNjAy-assertion-a-monocotyledonous-stems-do-not-possess-the-ability-to-form-secondary-xylem-and-phloem-tissues-reason-r-in-monocotyledonous-stems-cambium-is-not-present-choices-for-assertions-and-reasons-1 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjU0-which-of-the-following-is-true-for-trichomes-of-stem-1-they-are-always-unbranched-soft-or-stiff-2-they-do-not-perform-secretion-3-they-help-in-preventing-water-loss-due-to-transpiration-4-may-show-sec https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU1MDA2-the-epidermal-hairs-of-root-are-usually-while-of-shoots-are-usually-1-unicellular-multicellular-2-multicellular-unicellular-3-multicellular-multicellular-4-unicellular-unicellular-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDc3NzEy-in-which-type-of-vascular-bundle-arrangement-are-the-xylem-and-phloem-positioned-alternately-along-different-radii-and-where-is-this-arrangement-typically-found-1-radial-in-roots-2-conjoint-in-leaves https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTc0NDcy-consider-the-given-two-statements-statement-a-vascular-bundles-in-dicot-stem-are-conjoint-collateral-and-open-statement-b-presence-of-cambium-permits-secondary-growth-in-dicot-stems-1-statement-a-is-c https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzcyMzQ0-identify-the-correctly-matched-pair-types-of-vascular-tissue-present-in-i-roots-ii-monocot-stems-1-i-only-2-ii-only-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTM0NDU-guard-cells-help-in-1-protection-against-grazing-2-transpiration-3-guttation-4-fighting-against-infection-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTI4MTc1-the-given-diagram-shows-dumb-bell-shaped-guard-cells-this-type-of-guard-cell-is-typically-found-in-which-of-the-following-types-of-plants-1-dicotyledonous-plants-like-china-rose-and-sunflower-2-gymnos https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDQyMzUz-which-of-the-following-statements-about-the-epidermal-tissue-system-is-true-1-it-is-composed-mainly-of-collenchyma-cells-2-guard-cells-are-absent-in-the-epidermal-tissue-3-the-epidermal-tissue-system https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTAwNDgx-consider-the-given-two-statements-assertion-a-the-epidermis-in-leaves-is-covered-by-a-waxy-layer-called-the-cuticle-reason-r-the-cuticle-prevents-excessive-water-loss-through-transpiration-1-both-a-an https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzM4Mzgy-cuticle-1-is-a-covering-both-outside-and-inside-of-the-epidermis-2-is-well-developed-in-roots-3-helps-in-prevention-of-water-loss-4-is-a-proteinaceous-layer-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjUy-match-the-columns-column-i-column-ii-a-bean-shaped-guard-cell-i-dicot-stem-b-dumb-bell-shaped-guard-cell-ii-monocot-leaf-c-trichome-iii-dicot-leaf-d-exarch-xylem-iv-dicot-and-monocot-root-1-a-ii-b-iii https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTAwNDc5-which-of-the-following-statements-correctly-explains-the-role-of-guard-cells-in-the-epidermal-tissue-system-1-guard-cells-regulate-gaseous-exchange-but-do-not-contain-chloroplasts-so-they-are-unable-t https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDgwMTU1-most-of-the-plant-body-consists-of-the-tissue-system-1-ground-2-vascular-3-periderm-4-dermal-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDUwNzQ5-the-following-diagram-depicts-the-type-of-vascular-bundles-found-in-a-monocot-roots-b-monocot-stems-c-dicot-roots-d-dicot-stems-1-only-a-and-b-2-only-b-and-c-3-only-a-and-c-4-only-b-and-d-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTI1Mzgw-which-of-the-following-correctly-differentiates-between-the-vascular-bundles-in-stems-and-roots-1-stems-have-radial-vascular-bundles-roots-have-conjoint-ones-2-stems-have-open-vascular-bundles-roots-h https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTUwOTg2-which-of-the-following-prevents-water-loss-in-leaves-but-is-absent-in-roots-1-root-hairs-2-cuticle-3-cork-4-epidermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTY5NjU5-guard-cells-exhibit-unique-anatomical-features-that-enable-stomatal-function-which-combination-of-features-distinguishes-them-from-ordinary-epidermal-cells-1-presence-of-chloroplasts-unevenly-thickene https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDUwNjgx-which-of-the-following-is-a-characteristic-feature-of-monocot-leaves-compared-to-dicot-leaves-1-monocot-leaves-typically-exhibit-a-parallel-venation-pattern-whereas-dicot-leaves-display-a-reticulate-v https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDgwMjAx-the-photosynthetic-ground-tissue-in-the-middle-of-the-leaf-is-called-1-cutin-2-mesophyll-3-the-abscission-zone-4-subsidiary-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDgwMzMw-the-waterproof-region-around-the-radial-and-transverse-walls-of-endodermal-cells-is-the-1-casparian-strip-2-pericycle-3-apoplast-4-symplast-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDQ5MzA1-what-function-do-bulliform-cells-perform-in-monocot-leaves-1-transport-of-nutrients-2-photosynthesis-3-regulation-of-leaf-rolling-and-unrolling-4-protection-from-herbivores-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ5MTA1-secondary-xylem-and-phloem-in-dicot-stem-are-produced-by-1-apical-meristems-2-vascular-cambium-3-phellogen-4-axillary-meristems-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDUzNzM1-what-does-the-term-stele-refer-to-in-plant-anatomy-1-the-center-of-the-stem-or-root-containing-xylem-phloem-and-pith-2-the-outer-protective-layer-of-the-stem-or-root-3-the-arrangement-of-vascular-bund https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjc2-bulliform-cells-1-are-large-and-colourless-cells-2-when-turgid-help-in-leaf-expansion-and-when-flaccid-due-to-water-stress-they-make-leaves-curl-inwards-to-minimise-water-loss-3-act-as-motor-cells-4-a https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzE5MDgy-conjoint-open-vascular-bundles-are-found-in-1-monocot-stem-2-dicot-leaf-3-dicot-stem-4-monocot-leaf-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU1MDUx-the-hypodermis-of-dicot-stem-and-monocot-stem-is-made-up-of-1-collenchyma-and-sclerenchyma-respectively-2-collenchyma-in-both-3-sclerenchyma-in-both-4-sclerenchyma-and-collenchyma-respectively-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ0NDU5-which-of-the-following-is-true-in-a-vertical-section-of-dorsoventral-leaf-1-mesophyll-is-undifferentiated-2-mesophyll-is-differentiated-into-palisade-on-one-side-of-leaf-and-spongy-parenchyma-on-the-o https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTYwOTQx-two-leaf-cross-sections-a-and-b-are-examined-section-a-shows-distinct-palisade-parenchyma-on-the-adaxial-surface-and-spongy-parenchyma-on-the-abaxial-surface-with-stomata-mostly-on-the-lower-surface-s https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTU0MzQ0-t-s-of-monocot-stem-shows-1-scattered-vascular-bundles-2-vascular-bundles-arranged-in-ring-3-secondary-growth-4-well-developed-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDIwNDQ0-which-of-the-following-would-be-true-regarding-the-anatomy-of-a-monocot-leaf-1-bulliform-cells-are-absent-from-the-epidermis-2-veins-form-a-network-3-mesophyll-is-well-differentiated-into-these-parts https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDM5MTUx-the-presence-of-a-large-number-of-scattered-vascular-bundles-each-surrounded-by-a-sclerenchymatous-bundle-sheath-is-characteristic-of-1-dicot-stem-2-monocot-stem-3-dicot-root-4-monocot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDUzNjcy-what-is-a-function-of-the-pericycle-in-plants-1-photosynthesis-2-storage-of-food-3-secondary-growth-initiation-4-protection-from-pathogens-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTExMzY1-in-dicot-stems-the-endarch-protoxylem-arrangement-indicates-1-xylem-and-phloem-are-arranged-radially-2-cambium-is-absent-between-xylem-and-phloem-3-xylem-is-situated-towards-the-centre-with-protoxylem https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzQ4Mjk1-the-cells-that-help-in-the-rolling-of-grass-leaves-during-drought-or-lack-of-water-are-1-bundle-sheath-cells-2-guard-cells-3-bulliform-cells-4-subsidiary-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDI1ODc-initiation-of-lateral-roots-and-vascular-cambium-during-secondary-growth-take-place-in-1-pith-2-epidermis-3-protoxylem-4-pericycle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDM1OTc1-in-a-transverse-section-of-a-dicot-root-the-term-stele-includes-all-the-following-except-1-pith-2-pericycle-3-vascular-bundles-4-endodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTMzNDg3-in-a-dicot-root-1-the-innermost-layer-of-the-cortex-is-called-hypodermis-2-pericycle-is-sclerenchymatous-3-the-pith-is-large-and-well-developed-4-there-are-usually-two-to-four-xylem-and-phloem-patches https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDIxMTU-the-tangential-as-well-as-radial-walls-of-have-deposition-of-forming-casparian-strips-1-endodermis-pectin-2-pericycle-suberin-3-endodermis-suberin-4-pericycle-pectin-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1NTI5-starch-sheath-is-found-in-1-dicot-stem-2-monocot-stem-3-dicot-root-4-monocot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDc3NzE2-which-cells-in-a-dorsiventral-dicotyledonous-leaf-are-responsible-for-carrying-out-photosynthesis-and-are-arranged-vertically-and-parallel-to-each-other-1-spongy-parenchyma-2-palisade-parenchyma-3-bul https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDI5NjQx-a-sclerenchymatous-hypodermis-a-large-number-of-scattered-vascular-bundles-and-water-containing-cavities-present-within-the-vascular-bundles-are-anatomical-features-of-1-monocot-stem-2-dicot-stem-3-mo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDQ4MTI5-the-anatomy-of-a-dicot-root-typically-includes-1-a-single-layer-of-epidermis-with-root-hairs-2-a-large-central-pith-3-scattered-vascular-bundles-4-secondary-growth-absent-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU1MDY1-midrib-and-veins-of-the-leaf-represents-1-vascular-bundle-2-cortex-3-palisade-parenchyma-4-spongy-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzY1NDE2-in-a-dorsiventral-dicotyledonous-leaf-i-the-abaxial-epidermis-generally-bears-more-stomata-than-the-adaxial-epidermis-ii-the-palisade-parenchyma-is-adaxially-placed-1-only-i-is-correct-2-only-ii-is-co https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTYwOTMz-consider-the-two-given-statements-statement-i-in-dicot-roots-the-vascular-bundles-are-radial-with-xylem-and-phloem-arranged-on-different-radii-statement-ii-monocot-roots-typically-have-polyarch-xylem https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246Njg5Mzc-the-diagram-given-below-belongs-to-1-dicot-stem-having-conjoint-and-collateral-vascular-bundles-2-monocot-stem-having-conjoint-and-collateral-vascular-bundles-3-dicot-root-with-polyarch-condition-4-mo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU1MDY2-the-size-of-the-vascular-bundles-are-dependent-on-the-size-of-the-1-veins-2-air-cavities-3-chloroplast-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDM3MTc0-identify-the-incorrect-match-regarding-anatomy-of-a-monocotyledonous-stem-1-hypodermis-sclerenchymatous-2-vascular-bundles-surrounded-by-collenchymatous-bundle-sheath-3-ground-tissue-parenchymatous-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTM0MTYw-in-dorsiventral-dicotyledonous-leaf-a-the-adaxial-epidermis-generally-bears-more-stomata-than-the-abaxial-epidermis-b-mesophyll-has-two-types-of-cells-the-palisade-parenchyma-and-the-spongy-parenchyma https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTUxMDI0-which-of-the-following-is-a-characteristic-feature-of-a-dorsiventral-leaf-1-stomata-equally-distributed-on-both-surfaces-2-undifferentiated-mesophyll-tissue-3-distinct-palisade-and-spongy-parenchyma-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTUwOTk0-which-combination-of-features-is-characteristic-of-monocot-roots-1-polyarch-xylem-and-small-pith-2-diarch-xylem-and-large-pith-3-polyarch-xylem-and-large-pith-4-tetrarch-xylem-and-no-pith-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTUwOTkx-the-cambial-ring-of-stelar-region-of-dicot-stem-is-composed-of-1-cork-cambium-only-2-fascicular-cambium-only-3-interfascicular-cambium-only-4-both-fascicular-and-interfascicular-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTY5NjQ2-in-a-transverse-section-you-observe-more-than-6-xylem-bundles-arranged-radially-with-protoxylem-elements-facing-outward-and-metaxylem-toward-the-center-this-polyarch-condition-with-exarch-xylem-matura https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU0OTgz-which-one-is-true-of-parenchyma-1-help-in-storage-secretion-and-photosynthesis-2-intercellular-spaces-are-schizogenous-in-origin-3-universal-tissue-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTk0OTI2-all-of-the-given-characteristics-are-related-to-parenchyma-tissue-except-1-composed-of-living-cells-2-generally-isodiametric-cells-3-cell-wall-is-mainly-made-up-of-suberin-4-either-closely-packed-cell https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0Nzg0-the-most-abundant-and-common-tissue-in-plants-1-has-non-vacuolated-cytoplasm-2-is-living-and-has-cellulosic-wall-3-stores-ergastic-substances-always-4-cannot-take-part-in-photosynthesis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MjM3-in-parenchyma-all-cells-are-isodiametric-and-1-thin-walled-2-thick-walled-3-lignified-walled-4-devoid-of-intercellular-spaces-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MDc0-which-of-the-following-component-of-phloem-is-mainly-responsible-for-the-storage-of-food-material-and-other-substances-like-resins-latex-and-mucilage-1-sieve-tube-2-companion-cell-3-bast-fibres-4-phlo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MDky-living-mechanical-tissue-with-a-thickening-at-the-cells-corners-possess-deposition-of-1-lignin-2-cellulose-and-pectin-only-3-cellulose-hemicellulose-and-pectin-4-cellulose-only-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NzY2-cells-having-cellulose-hemicellulose-and-pectin-deposits-on-the-wall-and-shows-its-presence-commonly-in-the-petiole-of-leaf-and-growing-green-stems-belong-to-1-sclerenchyma-2-collenchyma-3-aerenchyma https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTIz-identify-the-mismatched-pair-tissue-feature-1-thick-walled-elongated-and-pointed-cells-present-in-hypodermis-of-dicot-stem-2-forms-the-major-component-within-plant-organs-3-commonly-found-in-pulp-of-f https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTAwODkw-mechanical-support-to-the-growing-parts-of-the-plant-such-as-young-stem-and-petiole-of-leaf-is-provided-by-a-living-tissue-called-1-collenchyma-2-aerenchyma-3-chlorenchyma-4-sclerenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0ODM3-collenchyma-is-characterised-by-1-absence-of-protoplast-at-maturity-2-supporting-young-stem-and-leaf-petiole-3-lignocellulosic-thickening-on-secondary-walls-4-the-common-presence-of-intracellular-spac https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTUwODIx-lignin-is-a-component-of-the-secondary-walls-of-1-epidermis-2-collenchyma-3-sclerenchyma-4-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MjA1-choose-odd-with-respect-to-collenchyma-1-living-mechanical-tissue-2-intercellular-space-is-absent-in-angular-type-3-thickening-of-the-wall-is-due-to-deposition-of-lignin-4-found-in-hypodermis-of-dicot https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTI2NDkx-which-of-the-following-function-can-be-performed-by-both-parenchyma-and-collenchyma-1-storage-2-photosynthesis-3-secretion-4-all-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTA4-cells-of-this-tissue-are-living-and-show-angular-wall-thickening-they-also-provide-mechanical-support-the-tissue-is-1-xylem-2-sclerenchyma-3-collenchyma-4-epidermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTg4-a-plant-tissue-when-stained-showed-the-presence-of-hemicellulose-and-pectin-in-the-cell-walls-of-its-cells-the-tissue-represents-1-collenchyma-2-sclerenchyma-3-xylem-4-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTE0Nzg2-select-the-incorrect-statement-with-respect-to-vessel-1-devoid-of-protoplasm-2-lignified-wall-3-long-cylindrical-tube-like-cells-4-presence-of-vessel-is-characteristic-of-gymnosperm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTk0OTI3-which-of-the-following-is-related-to-tracheids-1-deposition-of-suberin-on-cell-wall-2-found-in-gymnosperms-only-3-dead-cell-without-protoplsm-4-helps-in-radial-conduction-of-water-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTM4-which-among-the-following-cannot-be-a-feature-of-given-diagram-1-it-is-a-long-cylindrical-tube-like-structure-2-having-lignified-walls-3-having-large-central-cavity-4-having-protoplasm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NDMzNDg-how-many-elements-of-the-xylem-are-dead-1-four-2-three-3-two-4-one-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0ODI3-choose-the-correct-option-with-respect-to-sclereids-1-physiologically-active-2-pits-are-present-3-derived-from-meristems-directly-4-little-amount-of-protoplasm-is-present-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTMzMDg0-tracheids-are-1-elongated-cells-with-tapering-ends-and-unperforated-end-walls-2-elongated-cells-with-tapering-ends-and-perforated-end-wall-3-rounded-cells-with-lignified-walls-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mjc5NjIw-a-piece-of-wood-having-no-vessels-trachea-must-belong-to-1-teak-2-mango-3-pine-4-palm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTA5NzIx-what-is-incorrect-for-companion-cell-1-it-is-specialized-parenchymatous-cell-2-it-helps-in-maintaining-the-pressure-gradient-in-the-sieve-tubes-3-it-does-not-retain-nucleus-throughout-the-life-4-it-is https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0OTcy-match-the-column-i-with-column-ii-column-i-column-ii-a-xylem-parenchyma-i-absent-in-most-of-the-monocots-b-sclereids-ii-lond-cylindrical-tube-like-structure-c-phloem-parenchyma-iii-food-and-tannins-d https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NzQx-which-of-the-following-is-not-the-component-of-secondary-phloem-1-protophloem-2-bast-fibers-3-companion-cells-4-phloem-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0ODQ2-select-the-incorrect-statement-with-respect-to-bast-fibres-a-generally-absent-in-primary-phloem-b-elongated-branched-with-blunt-ends-c-parenchymatous-in-nature-d-becomes-dead-at-maturity-1-a-d-2-b-d-3 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0ODg3-sieve-tube-elements-are-long-tube-like-structures-arranged-longitudinally-and-associated-with-the-companion-cells-a-mature-sieve-element-1-has-a-small-vacuole-2-lacks-nucleus-and-cytoplasm-3-possesses https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTE5-a-vessel-less-piece-of-stem-possessing-prominent-sieve-tubes-would-belong-to-1-pines-2-eucalyptus-3-grass-4-trachodendron-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTE3-fibres-are-likely-to-be-absent-in-1-secondary-phloem-2-secondary-xylem-3-primary-phloem-4-leaves-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTA1NjQ-specialised-epidermal-cells-surrounding-the-guard-cells-are-called-1-subsidiary-cells-2-bulliform-cells-3-lenticels-4-complementary-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTI1-mark-the-incorrect-statement-with-respect-to-guard-cells-in-stomata-1-in-grasses-these-are-dumb-bell-shaped-2-they-possess-chloroplasts-3-regulate-opening-and-closing-of-stomata-4-outer-walls-are-thic https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0ODM4-epidermal-hairs-on-stems-known-as-trichomes-1-may-sometimes-be-secretory-in-function-2-have-vascular-supply-3-may-be-soft-or-stiff-but-unbranched-always-4-are-endogenous-in-origin-like-lateral-roots-1 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjA3OTMz-which-of-the-following-statements-is-not-true-for-stomatal-apparatus-1-inner-walls-of-guard-cells-are-thick-2-guard-cells-invariably-possess-chloroplasts-and-mitochondria-3-guard-cells-are-always-surr https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTA5NzE3-read-the-following-statements-with-respect-to-pericycle-and-choose-the-suitable-option-a-it-is-the-outermost-portion-of-stele-that-may-be-paranchymatous-or-sclerenchymatous-b-it-is-absent-in-monocot-s https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTA2-match-the-following-and-choose-the-correct-option-from-below-a-cuticle-i-guard-cells-b-bulliform-cells-ii-single-layer-c-stomata-iii-waxy-layer-d-epidermis-iv-empty-colourless-cell-options-1-a-iii-b-i https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTEz-in-which-of-the-following-pairs-of-parts-of-a-flowering-plant-is-epidermis-absent-1-root-tip-and-shoot-tip-2-shoot-bud-and-floral-bud-3-ovule-and-seed-4-petiole-and-pedicel-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTIzOTE-closed-vascular-bundles-lack-1-ground-tissue-2-conjuctive-tissue-3-cambium-4-pith-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTEwOTM-vascular-bundles-in-monocotyledons-are-considered-closed-because-1-a-bundle-sheath-surrounds-each-bundle-2-cambium-is-absent-3-there-are-no-vessels-with-perforations-4-xylem-is-surrounded-all-around-b https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjUxMjg0-some-vascular-bundles-are-described-as-open-because-these-1-are-not-surrounded-by-pericycle-2-are-surrounded-by-pericycle-but-no-endodermis-3-are-capable-of-producing-secondary-xylem-and-phloem-4-poss https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU1MDEy-in-ground-tissue-system-parenchymatous-cells-are-usually-present-in-1-cortex-2-pericycle-3-pith-and-medullary-rays-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0Njg4-the-ground-tissue-system-is-constituted-by-all-off-these-except-1-medullary-rays-2-pericycle-3-mesophyll-4-xylem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU1MDA5-which-of-the-following-is-the-largest-tissue-system-1-epidermal-tissue-system-2-vascular-tissue-system-3-ground-tissue-system-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NzQ0-monocot-root-differs-from-dicot-root-in-1-having-differentiated-ground-tissue-2-presence-of-centripetal-xylem-3-pericyclic-origin-of-lateral-roots-4-presence-of-large-and-well-developed-pith-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIyNjgz-the-conjuctive-tissues-lie-between-the-1-xylem-and-phloem-2-pericycle-and-endodermis-3-epidermis-and-endodermis-4-epidermis-and-hypodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0Nzgy-which-of-the-given-figure-represents-the-internal-structural-details-of-a-monocot-root-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTMwNjgx-the-cells-which-give-rise-to-a-part-of-vascular-cambium-in-main-root-and-laterals-roots-are-1-parenchymatous-cells-of-pericycle-2-collenchymatus-cells-of-endodermis-3-parenchymatous-cells-of-endodermi https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjUwOTI5-compared-to-a-dicot-root-a-monocot-root-has-1-many-xylem-bundles-2-inconspicuous-annual-rings-3-relatively-thicker-periderm-4-more-abundant-secondary-xylem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0Nzcy-as-compared-to-the-monocot-root-the-dicot-root-has-shows-1-large-and-well-developed-pith-2-primary-growth-only-3-sclerenchymatous-pericycle-4-fewer-xylem-bundles-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTkzMzAz-which-of-the-following-plays-an-important-role-in-lateral-root-growth-in-dicot-root-1-endodermis-2-pericycle-3-hypodermis-4-intrafascicular-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MTAw-select-incorrect-statement-with-respect-to-anatomical-features-of-monocot-root-1-pericycle-produces-lateral-roots-and-part-of-vascular-cambium-2-exodermis-is-present-in-older-roots-3-conjunctive-paren https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MTA3-casparian-strips-are-present-in-the-endodermis-of-1-monocot-stem-2-dicot-root-3-dicot-stem-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzEyOTM-consider-the-following-statements-with-respect-to-secondary-growth-in-dicot-root-i-the-vascular-cambium-is-completely-secondary-in-origin-ii-the-primary-phloem-bundles-are-gradually-crushed-and-not-se https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NzQ3-protoxylem-lies-towards-periphery-and-metaxylem-lies-towards-the-centre-such-arrangement-of-xylem-is-present-in-1-secondary-root-2-primary-stem-3-secondary-stem-4-primary-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTA5-epiblema-of-roots-is-equivalent-to-1-pericycle-2-endodermis-3-epidermis-4-stele-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NzQwMzE-which-of-the-following-function-is-performed-by-pericycle-of-dicot-root-1-lateral-root-formation-2-lateral-meristem-formation-3-part-of-vascular-cambium-4-all-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTE5MTky-hypodermis-in-dicot-stem-is-composed-of-1-parenchyma-2-collenchyma-3-sclerenchyma-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0Njg3-tissue-which-provides-mechanical-strength-and-flexibility-to-young-dicot-stem-is-present-in-1-pith-2-endodermis-3-hypodermis-4-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTMxMDMz-interfascicular-cambium-in-a-dicot-stem-is-formed-from-1-pericycle-cells-2-cortex-cells-3-medullary-ray-cells-4-conjuctive-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246ODkyMjA-cortex-is-the-region-found-between-1-epidermis-and-stele-2-pericycle-and-endodermis-3-endodermis-and-pith-4-endodermis-and-vascular-bundle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTMx-well-developed-pith-is-present-in-1-dicot-stem-monocot-root-2-monocot-stem-dicot-root-3-dicot-root-dicot-stem-4-monocot-root-monocot-stem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MjU4NTc-the-endodermis-is-absent-or-indistinct-in-the-1-roots-of-all-plants-2-leaves-of-pteridophytes-3-leaves-of-gymnosperms-4-stems-of-woody-plants-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTA5NzE5-read-the-following-statements-about-dicot-stem-and-choose-the-correct-option-a-vascular-bundles-are-arranged-in-a-ring-b-vascular-bundles-are-conjoint-collateral-and-open-type-c-endarch-type-of-arrang https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTEw-a-conjoint-and-open-vascular-bundle-will-be-observed-in-the-transverse-section-of-1-monocot-root-2-monocot-stem-3-dicot-root-4-dicot-stem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTk0OTI4-water-containing-cavities-in-the-vascular-bundle-is-a-characteristics-feature-of-1-dicot-roots-2-monocot-stems-3-monocot-leaves-4-dicot-stems-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0ODE4-monocot-stems-do-not-have-1-protophloem-2-phloem-parenchyma-3-companion-cell-in-phloem-4-sieve-tube-and-metaphloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzA4MjI-the-given-transverse-section-is-of-1-monocot-stem-2-dicot-stem-3-monocot-root-4-dicot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTE5MTE0-the-diagram-given-below-belongs-to-1-dicot-stem-having-conjoint-and-collateral-vascular-bundles-2-monocot-stem-having-conjoint-and-collateral-vascular-bundles-3-dicot-root-with-polyarch-condition-4-mo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0Njk3-conjoint-collateral-closed-vascular-bundles-without-phloem-parenchyma-are-found-in-plants-which-have-1-differentiated-ground-tissue-in-the-stem-2-dedifferentiated-pericyclic-structure-in-the-mature-ro https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzEyOTE-consider-the-following-statements-in-a-monocot-stem-i-hypodermis-is-collenchymatous-ii-vascular-bundle-are-collateral-and-closed-iii-trichomes-are-usually-absent-which-of-the-above-statements-are-true https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MTkx-in-monocotyledonous-stem-1-hypodermis-is-parenchymatous-2-each-vascular-bundle-is-surrounded-by-collenchymatous-bundle-sheath-3-peripheral-vascular-bundles-are-generally-larger-than-centrally-located https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTk1NDEx-dicot-stem-share-a-common-feature-with-monocot-stem-that-is-both-have-1-well-developed-large-pith-2-conjoint-vascular-bundles-3-open-vascular-bundles-4-pericycle-and-endodermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MjE5-select-incorrect-statement-with-respect-to-the-anatomy-of-monocot-stem-1-parenchymatous-ground-tissue-is-extended-from-the-bottom-of-hypodermis-to-center-2-hypodermis-is-made-of-thick-walled-living-me https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MjA3-select-incorrect-statements-from-the-given-below-i-endodermis-with-casparian-strips-are-found-in-the-dicot-stem-ii-the-endodermis-is-a-part-of-the-stele-iii-open-vascular-bundles-are-found-in-some-mon https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU1MDYz-which-one-is-true-for-spongy-parenchyma-1-abaxially-placed-to-palisade-parenchyma-2-oval-or-round-loosely-arranged-cells-3-extends-to-the-abaxial-epidermis-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246MzEyOTI-consider-the-following-statements-about-dicot-leaf-i-the-epidermis-which-covers-both-the-upper-surface-adaxial-epidermis-and-lower-surface-abaxial-epidermis-of-the-leaf-has-a-conspicuous-cuticle-ii-mo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MDU3-spongy-tissue-is-generally-situated-towards-which-side-in-dorsiventral-leaf-1-abaxial-2-adaxial-3-upper-4-ventral-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NzI5-in-a-leaf-oval-cells-with-large-intercellular-spaces-and-radially-arranged-columnar-cells-without-intercellular-spaces-are-placed-respectively-towards-1-adaxial-and-abaxial-epidermis-2-abaxial-and-ada https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MTE1-mark-the-correct-one-with-respect-to-bundle-sheath-in-a-dicot-leaf-1-sclerenchymatous-2-collenchymatous-3-parenchymatous-4-lignified-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTkzMzA0-the-stomata-are-equally-distributed-on-both-the-surfaces-of-the-epidermis-in-1-dorsiventral-leaf-2-dicot-stem-3-isobilateral-leaf-4-dicot-root-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTE0Nzkw-which-is-the-correct-set-of-options-with-respect-to-the-following-1-dicot-stem-differentiated-ground-tissue-monocot-stem-endarch-xylem-dicot-leaf-isobilateral-leaf-monocot-leaf-dorsiventral-leaf-2-dic https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU1MDcw-the-no-of-stomata-are-on-upper-and-lower-surface-in-monocot-leaf-1-more-less-2-less-more-3-equal-equal-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NjM4-in-which-character-an-isobilateral-leaf-differs-from-the-dorsiventral-leaf-1-scattered-vascular-bundles-2-undifferentiated-mesophylls-3-absence-of-stomata-with-guard-cells-4-conjoint-collateral-and-cl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MTY0-bulliform-cells-are-associated-with-1-the-epidermis-of-dorsiventral-leaves-2-the-adaxial-epidermis-of-isobilateral-leaves-3-the-abaxial-epidermis-of-monocot-leaves-4-mesophylls-of-dicot-leaves-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mjc2NDc4-identify-the-incorrectly-matched-pair-1-dicot-root-parenchymatous-conjunctive-tissue-between-xylem-and-phloem-2-monocot-root-polyarch-xylem-bundles-and-well-developed-pith-3-isobilateral-leaf-palisade https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0ODM0-the-isobilateral-leaf-is-characterized-by-all-the-given-characteristics-except-1-vascular-bundles-are-always-closed-2-xylem-is-towards-the-adaxial-surface-of-leaf-3-mesophyll-cells-are-not-differentia https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTA5NzIz-which-of-the-following-characters-is-are-related-to-isobilateral-leaf-a-stomata-are-present-on-both-surfaces-b-mesophyll-is-differentiated-into-palisade-and-spongy-parenchyma-c-sub-stomatal-cavity-is https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTA5NzE2-what-is-true-about-cork-cambium-1-it-is-extrastelar-cambium-in-dicot-stem-2-in-dicot-stem-it-arises-from-the-cells-of-cortex-region-3-it-is-also-known-as-phellogen-4-all-the-above-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTk0OTI5-identify-the-wrong-statement-in-the-context-of-cork-cambium-1-cork-cambium-is-also-called-phellogen-2-cork-cambium-is-usually-developed-from-the-secondary-xylem-3-outer-cells-of-phellogen-differentiat https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NzY0-lenticels-are-present-in-1-outer-primary-protective-tissue-2-the-outer-layer-of-secondary-protective-tissue-3-the-middle-layer-of-secondary-protective-tissue-4-inner-layer-of-secondary-protective-tiss https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTI1MzEw-column-i-column-ii-a-spring-wood-or-early-wood-b-autumn-wood-or-late-wood-i-lighter-in-colour-ii-density-high-iii-density-low-iv-darker-in-colour-v-larger-number-of-xylary-elements-vi-vessels-with-wid https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MTk4-a-tree-can-be-killed-by-removing-its-bark-as-this-also-removes-the-1-phelloderm-only-2-phellem-only-3-primary-xylem-4-secondary-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTQ4NzQ3-bark-refers-to-all-the-tissues-1-external-to-vascular-cambium-2-external-to-cork-cambium-3-formed-earlier-in-the-season-4-impregnated-with-suberin-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NzAy-the-tissue-belonging-to-bark-but-not-to-periderm-is-1-vascular-cambium-2-secondary-phloem-3-phellem-4-secondary-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NzA1-which-of-the-following-is-correct-with-respect-to-lenticels-a-phellogen-forms-parenchymatous-cells-on-the-outer-side-b-it-is-a-lens-shaped-opening-c-helps-in-exchange-of-gases-d-present-mostly-in-wood https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTE0Nzkx-in-the-given-diagram-which-is-not-related-with-a-as-indicated-in-the-diagram-1-complimentary-cells-2-involved-in-the-exchange-of-gases-3-lens-shaped-opening-called-lenticels-4-found-in-herbaceous-tree https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY0NDg1-the-periderm-includes-1-secondary-phloem-2-cork-3-cambium-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTE4-when-we-peel-the-skin-of-a-potato-tuber-we-remove-1-periderm-2-epidermis-3-cuticle-4-sapwood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTEy-phellogen-and-phellem-respectively-denote-1-cork-and-cork-cambium-2-cork-cambium-and-cork-3-secondary-cortex-and-cork-4-cork-and-secondary-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTkyODY3-the-main-function-of-bulliform-cells-in-grasses-is-1-to-make-the-leaf-impermeable-to-fungal-spores-2-to-perform-photosynthesis-3-to-minimize-water-loss-during-water-stress-4-to-transport-water-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTkyODY5-match-list-i-with-list-ii-list-i-list-ii-a-conjunctive-tissue-i-specialised-cells-in-the-vicinity-of-guard-cells-b-casparian-strips-ii-endodermal-cells-rich-in-starch-c-subsidiary-cells-iii-tissue-bet https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTM1Mjc2-find-the-statement-that-is-not-correct-with-regard-to-the-structure-of-monocot-stem-1-vascular-bundles-are-conjoint-and-closed-2-phloem-parenchyma-is-absent-3-hypodermis-is-parenchymatous-4-vascular-b https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDY4NjI1-which-of-the-following-helps-in-maintenance-of-the-pressure-gradient-in-sieve-tubes-1-albuminous-cells-2-sieve-cells-3-phloem-parenchyma-4-companion-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDY4NjA5-which-one-of-the-following-is-not-found-in-gymnosperms-1-sieve-cells-2-albuminous-cells-3-tracheids-4-vessels-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDY4NjU5-given-below-are-two-statements-statement-i-in-a-dicotyledonous-leaf-the-adaxial-epidermis-general-bears-more-stomata-than-the-abaxial-epidermis-statement-ii-in-a-dicotyledonous-leaf-the-adaxially-plac https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDY4NjAy-which-of-the-following-simple-tissues-are-commonly-found-in-the-fruit-walls-of-nuts-and-pulp-of-pear-1-sclereids-2-fibres-3-parenchyma-4-collenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjQ0OTgy-large-empty-colourless-cells-of-the-adaxial-epidermis-along-the-veins-of-grass-leaves-are-1-lenticels-2-guard-cells-3-bundle-sheath-cells-4-bulliform-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjQ0OTgz-which-of-the-following-statements-about-cork-cambium-is-incorrect-1-it-forms-a-secondary-cortex-on-its-outside-2-it-forms-a-part-of-periderm-3-it-is-responsible-for-the-formation-of-lenticels-4-it-is https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTIwMTg-lenticels-are-involved-in-1-gaseous-exchange-2-food-transfer-3-photosynthesis-4-transpiration-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTIzMDU-companion-cells-are-closely-associated-with-1-sieve-elements-2-vessel-elements-3-trichomes-4-guard-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTI4MTI-the-chief-water-conducting-elements-of-xylem-in-gymnosperms-are-1-vessels-2-fibres-3-transfusion-tissue-4-tracheids-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTM0MDk-anatomically-fairly-old-dicotyledonous-root-is-distinguished-from-the-dicotyledonous-stem-by-1-absence-of-secondary-xylem-2-absence-of-secondary-phloem-3-presence-of-cortex-4-position-of-protoxylem-1 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY1NTQ2-the-main-function-of-lenticel-is-1-transpiration-2-guttation-3-gaseous-exchange-4-bleeding-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY1NTQ4-vessels-are-found-in-1-all-angiosperms-and-some-gymnosperm-2-most-of-the-angiosperm-and-few-gymnosperms-3-all-angiosperms-all-gymnosperms-and-some-pteridophyta-4-all-pteridophyta-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY1NTUw-four-radial-v-b-are-found-in-1-monocot-root-2-dicot-root-3-dicot-stem-4-monocot-stem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMxMjYy-the-lower-surface-of-the-leaf-will-have-more-stomata-in-a-1-dorsiventral-leaf-2-isobilateral-leaf-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTc1-a-transverse-section-of-stem-is-stained-first-with-safranin-and-then-with-fast-green-following-the-usual-schedule-of-double-staining-for-the-preparation-of-a-permanent-slide-what-would-be-the-colour-o https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTc3-3-match-the-following-columns-column-i-column-ii-a-cuticle-b-bulliform-cells-c-stomata-d-epidermis-1-guard-cells-2-single-layer-3-waxylayer-4-empty-colourless-cell-codes-options-a-b-c-d-1-3-4-1-2-2-1 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTc5-cells-of-this-tissue-are-living-and-show-angular-wall-thickning-they-also-provide-mechanical-support-the-tissue-is-1-xylem-2-sclerenchyma-3-collenchyma-4-epidermis-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTgw-epiblema-of-roots-is-equivalent-to-1-pericycle-2-endodermis-3-epidermis-4-stele-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTgx-a-conjoint-and-open-vascular-bundle-will-be-observed-in-the-transverse-section-of-1-monocot-root-2-monocot-stem-3-dicot-root-4-dicot-stem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTg0-phellogen-and-phellem-respectively-denote-1-cork-and-cork-cambium-2-cork-cambium-and-cork-3-secondary-cortex-and-cork-4-cork-and-secondary-cortex-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTg1-in-which-of-the-following-pairs-of-parts-of-a-flowering-plant-is-epidermis-absent-1-root-tip-and-shoot-tip-2-shoot-bud-and-floral-bud-3-ovule-and-seed-4-petiole-and-pedicel-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTg3-a-piece-of-wood-having-no-vessels-trachea-must-belong-to-1-teak-2-mango-3-pine-4-palm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTg5-14-fibres-are-likely-to-be-absent-in-a-secondary-phloem-b-secondary-xylem-c-primary-phloem-d-leaves-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTkw-when-we-peel-the-skin-of-a-potato-tuber-we-remove-1-periderm-2-epidermis-3-cuticle-4-sapwood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTkx-a-vesselless-piece-of-stem-possessing-prominent-sieve-tubes-would-belong-to-1-pinus-2-eucalyptus-3-grass-4-trochodendron-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTky-which-one-of-the-following-cell-types-always-divide-by-anticlinal-cell-division-1-fusiform-initial-cells-2-root-cap-3-protoderm-4-phellogen-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MzAy-assertion-a-secondary-growth-is-absent-in-monocots-reason-r-monocots-lack-vascular-cambium-1-both-a-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-r-are-true-but-r-is-not-the-correct-explan https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1Mjk2-consider-the-given-two-statements-assertion-a-phellogen-is-a-secondary-meristem-that-forms-cork-on-the-outer-side-and-secondary-cortex-on-the-inner-side-reason-r-phellogen-is-formed-every-year-from-hy https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjg4-read-the-following-statements-statement-a-annual-rings-can-be-distinctly-observed-in-plants-growing-in-temperate-regions-statement-b-in-temperate-regions-the-climatic-conditions-are-not-uniform-throug https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjg2-read-the-following-statements-with-respect-to-interstellar-secondary-growth-in-dicot-stems-i-autumn-wood-and-spring-wood-appear-as-alternate-concentric-rings-and-constitute-an-annual-ring-ii-late-wood https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjQ5-read-the-following-statements-i-epidermal-cells-have-a-lower-number-of-chloroplasts-or-lack-them-completely-except-for-the-guard-cells-ii-epidermis-is-mostly-single-layered-except-in-the-leaves-of-fic https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjE3-read-the-following-statements-i-the-sieve-tube-elements-and-companion-cells-are-connected-by-pit-fields-present-between-their-common-longitudinal-walls-ii-pholem-parenchyma-is-made-of-elongated-non-ta https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMTk5-read-the-following-statements-i-the-first-formed-primary-xylem-elements-are-called-protoxylem-and-the-later-formed-primary-xylem-is-called-metaxylem-ii-primary-xylem-is-endarch-in-stems-iii-primary-xy https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246ODkzMjg-which-of-the-following-is-made-up-of-dead-cells-1-collenchyma-2-phellem-3-phloem-4-xylem-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTExMDM-a-major-characteristic-of-the-monocot-root-is-the-presence-of-1-scattered-vascular-bundles-2-vasculature-without-cambium-3-cambium-sandwiched-between-phloem-and-xylem-along-the-radius-4-open-vascular https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTEzMDk-you-are-given-a-fairly-old-piece-of-dicot-stem-and-a-dicot-root-which-of-the-following-anatomical-structures-will-you-use-to-distinguish-between-the-two-1-secondary-xylem-2-secondary-phloem-3-protoxyl https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTIzMDE-the-common-bottle-cork-is-a-product-of-1-dermatogen-2-phellogen-3-xylem-4-vascular-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTI0MDg-water-containing-cavities-in-vascular-bundles-are-found-in-1-sunflower-2-maize-3-cycas-4-pinus-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTI3NjU-inland-plants-the-guard-cells-differ-from-other-epidermal-cells-in-having-1-mitochondria-2-endoplasmic-reticulum-3-chloroplasts-4-cytoskeleton-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjUxMjAz-transport-of-food-material-in-higher-plants-takes-place-through-1-transfusion-tissue-2-tracheids-3-sieve-elements-4-companion-cells-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTMzNzU-in-barley-stem-vascular-bundles-are-1-open-and-scattered-2-closed-and-scattered-3-open-and-in-a-ring-4-closed-and-radial-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTM0NDY-palisade-parenchyma-is-absent-in-leaves-of-1-sorghum-2-mustard-3-soybean-4-gram-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTM3MDY-passage-cells-are-thin-walled-cells-found-in-1-endodermis-of-roots-facilitating-rapid-transport-of-water-from-cortex-to-pericycle-2-phloem-elements-that-serve-as-entry-points-for-substances-for-transp https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTQwODY-a-common-structural-feature-of-vessel-elements-and-sieve-tube-elements-is-1-thick-secondary-walls-2-pores-on-lateral-walls-3-presence-of-p-protein-4-enucleate-condition-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY0NDI5-extrastelar-secondary-growth-takes-place-by-1-vascular-cambium-2-phellogen-3-phellem-4-phelloderm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY0OTY5-transition-of-exarch-bundles-of-root-to-endarch-bundles-of-stem-occurs-in-1-epicotyl-2-hypocotyl-3-apical-bud-4-coleoptile-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY1NTcz-which-of-the-following-statement-is-true-1-vessels-are-multicellular-and-with-a-wide-lumen-2-tracheids-are-multicellular-and-with-a-narrow-lumen-3-vessels-are-unicellular-and-with-a-narrow-lumen-4-tra https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTI2NDkw-cylindrical-meristem-is-term-used-for-1-lateral-meristem-2-promeristem-3-intercalary-meristem-4-primary-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTk0NTYz-the-apical-meristem-performs-all-of-the-given-functions-except-1-produces-the-primary-tissues-of-the-plant-body-2-responsible-for-primary-growth-of-the-plant-3-growth-of-roots-and-stem-in-length-4-pro https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjQx-read-the-following-statements-i-meristematic-tissue-is-made-of-immature-cells-ii-a-common-structural-feature-of-vessel-elements-and-sieve-tube-is-an-enucleate-condition-iii-root-cap-in-monocots-is-for https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTAwODkx-which-of-the-following-is-correct-statement-for-intercalary-meristems-1-they-lie-at-tip-of-root-apex-2-they-lie-at-base-of-stem-always-3-they-are-short-lived-and-consumed-during-primary-growth-4-they https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MjEx-dicot-roots-do-not-have-cambium-in-vascular-bundles-but-secondary-growth-cambium-is-served-from-1-pericycle-cells-only-2-pericycle-and-conjunctive-tissue-3-conjunctive-tissue-only-4-pericycle-and-cort https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU1MTAx-in-dicot-roots-secondary-phloem-is-formed-towards-the-and-secondary-xylem-is-formed-towards-the-by-the-activity-of-vascular-cambium-1-periphery-centre-2-centre-periphery-3-innerside-outerside-4-both-2 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY2MTUw-the-apical-meristem-of-the-root-is-present-1-only-in-radicals-2-only-in-tap-roots-3-only-in-adventitious-roots-4-in-all-the-roots-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIyNjgy-the-intrafascicular-cambium-1-is-a-simple-permanent-tissue-2-is-a-meristematic-tissue-3-is-a-complex-permanent-tissue-4-is-secondary-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU0OTgw-axillary-bud-is-the-left-part-of-meristem-and-may-form-or-a-further-1-shoot-branch-flower-2-shoot-leaf-flower-3-root-branch-flower-4-root-leaf-flower-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY0MjU0-an-important-step-in-the-manufacture-of-pulp-for-the-paper-industry-from-the-woody-tissues-of-plants-is-the-1-removal-of-water-from-the-wood-by-prolonged-heating-at-approximately-50-2-treatment-of-woo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MjE1-which-of-the-following-is-secondary-in-origin-1-phellogen-2-interfascicular-cambium-3-wound-meristem-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTM5-secondary-medullary-rays-are-1-narrow-band-of-parenchyma-2-arranged-transversely-3-dead-and-dignified-4-formed-by-primary-cambium-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246ODk1NTc-identify-the-wrong-statement-in-the-context-of-heartwood-1-it-is-highly-durable-2-it-conducts-water-and-minerals-efficiently-3-it-comprises-dead-elements-with-highly-lignified-walls-4-organic-compound https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTkzMzA1-in-dicot-stems-the-vascular-cambium-ring-is-derived-from-1-intrafascicular-cambium-2-interfascicular-cambium-3-intrafascicular-cambium-interfascicular-cambium-4-pericycle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTg2-how-many-shoot-apical-meristems-are-likely-to-be-present-in-a-twig-of-a-plant-possessing-4-branches-and-26-leaves-1-26-2-1-3-5-4-4-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MTE4-the-springwood-present-in-an-annual-ring-1-is-dark-colored-2-has-high-density-than-autumn-wood-3-has-abundant-fibers-4-has-low-density-than-autumn-wood-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NzIz-identify-the-incorrect-match-with-respect-to-wood-characters-given-in-a-b-c-column-a-b-c-1-early-wood-large-no-of-xylary-elements-springwood-wide-cavities-2-latewood-few-xylary-elements-autumn-wood-na https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MDcw-select-the-odd-one-out-with-respect-to-tissues-1-a-group-of-cells-having-a-common-origin-2-they-usually-perform-a-common-function-3-complex-tissues-are-made-of-more-than-one-type-of-cells-4-they-are-n https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTIwMDY-age-of-a-tree-can-be-estimated-by-1-biomass-2-number-of-annual-rings-3-diameter-of-its-heartwood-4-its-height-and-girth-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTM1MTc-vascular-tissues-in-flowering-plants-develop-from-1-phellogen-2-plerome-3-periblem-4-dermatogen-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY0MTc5-in-a-woody-dicotyledonous-tree-which-of-the-following-parts-will-mainly-consist-of-primary-tissues-1-stem-and-root-2-all-parts-3-shoot-tips-and-root-tips-4-flowers-fruit-and-leaves-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTc4-identify-the-tissue-system-from-among-the-following-1-parenchyma-2-xylem-3-epidermis-4-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY1NjQ5-what-happens-in-plants-during-vascularisation-1-differentiation-of-procambium-formation-of-primary-phloem-followed-by-the-formation-of-primary-xylem-2-differentiation-of-procambium-followed-by-the-for https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTA1-match-the-followings-and-choose-the-correct-option-from-below-a-meristem-i-photosynthesis-storage-b-parenchyma-ii-mechanical-support-c-collenchyma-iii-actively-dividing-cells-d-sclerenchyma-iv-stomata https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjg0-read-the-following-statements-with-respect-to-the-secondary-growth-in-dicot-stems-i-the-cambium-is-generally-more-active-on-the-inner-side-than-on-the-outer-side-ii-the-cells-which-are-cut-off-towards https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTI4OTE-heartwood-differs-from-sapwood-in-1-presence-of-rays-and-fibres-2-absence-of-vessels-and-parenchyma-3-having-dead-and-non-conducting-elements-4-being-susceptible-to-pests-and-pathogens-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTk0NTYy-the-study-of-internal-structures-of-organisms-is-called-1-morphology-2-anatomy-3-physiology-4-ecology-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY2MTQ5-diffuse-porous-wood-is-characteristic-of-those-plants-which-are-growing-in-1-alpine-region-2-cold-winter-regions-3-temperate-climate-4-tropics-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIzMTU2-in-a-dicot-stem-the-interfascicular-cambium-strip-arises-1-between-xylem-and-phloem-2-from-medullary-rays-3-from-pith-4-from-pericycle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0NzM4-select-the-incorrect-statement-with-respect-to-late-wood-1-it-forms-a-narrow-strip-in-annual-rings-2-has-smaller-and-narrower-vessels-3-darker-in-colour-4-fibres-are-less-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTM5MDM-for-a-critical-study-of-secondary-growth-in-plants-which-one-of-the-following-pairs-is-suitable-1-sugarcane-and-sunflower-2-teak-and-pine-3-deodar-and-fern-4-wheat-and-maidenhair-fern-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzU4NDUz-meristematic-tissue-responsible-for-the-increase-in-girth-of-a-tree-trunk-is-1-intercalary-meristem-2-lateral-meristem-3-phellogen-4-apical-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTIwMzM-interfascicular-cambium-develops-from-the-cells-of-1-xylem-parenchyma-2-endodermis-3-pericycle-4-medullary-rays-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTA5NzE4-state-true-t-or-false-f-to-the-given-statements-and-select-the-correct-option-a-annual-rings-are-distinct-in-plants-growing-in-temperate-regions-b-lenticels-occur-in-most-woody-trees-and-permit-the-ex https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTE5-during-secondary-growth-in-dicot-root-1-vascular-cambium-arises-completely-from-conjunctive-parenchyma-2-growth-rings-are-distinct-with-spring-wood-alternating-with-autumn-wood-3-phellogen-arises-from https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1Mjk0-a-the-secondary-xylem-is-derived-from-procambium-during-secondary-growth-r-the-amount-of-secondary-xylem-is-almost-equal-to-the-amount-of-secondary-phloem-1-if-both-assertion-reason-are-true-and-the-r https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246Mjc2NDU4-secondary-growth-is-unlikely-to-be-seen-in-1-cycas-2-sunflower-plant-3-wheat-plant-4-mango-tree-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTkz-what-is-the-fate-of-the-primary-xylem-in-a-dicot-root-showing-extensive-secondary-growth-1-it-is-retained-in-the-center-of-the-axis-2-it-gets-crushed-3-may-or-may-not-get-crushed-4-it-gets-surrounded https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0ODEx-secondary-meristems-are-found-in-1-all-angiosperms-2-gymnosperms-and-all-monocots-3-dictos-and-gymnosperms-4-all-spermatophytes-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0ODky-during-the-secondary-growth-in-the-dicot-stem-the-cambial-ring-becomes-active-and-begins-to-cut-off-new-cells-both-towards-the-inner-and-the-outer-sides-the-cells-cut-off-1-towards-pith-mature-into-se https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246OTI4ODM-which-one-of-the-following-is-not-a-lateral-meristem-1-intrafascicular-cambium-2-interfascicular-cambium-3-phellogen-4-intercalary-meristem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1Mjk1-assertion-a-amount-of-secondary-xylem-produced-is-more-than-the-secondary-phloem-in-the-dicot-stem-reason-r-cambium-is-generally-more-active-on-the-inner-side-than-on-the-outer-1-if-both-assertion-rea https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY0MTEx-ectophloic-siphonostele-is-found-in-1-osmunda-and-equisetum-2-adiantum-and-cucurbitaceae-3-marsilea-and-botrychium-4-dicksonia-and-maiden-hair-fern-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTM3-which-of-the-following-structures-labelled-as-a-b-c-and-d-represents-complete-and-continuous-wavy-ring-of-vascular-cambium-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTIyNjg2-the-feature-which-is-common-to-both-heartwood-and-sapwood-is-1-both-are-the-regions-of-secondary-xylem-2-both-are-involved-in-the-conduction-of-water-3-both-comprise-dead-elements-with-the-accumulatio https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTI5-all-are-the-features-of-heart-wood-except-a-forms-greater-part-of-secondary-xylem-in-old-trees-b-light-in-colour-c-constitutes-peripheral-region-of-secondary-xylem-d-it-is-hard-and-durable-due-to-depo https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTA5NzIy-state-true-t-or-false-f-to-the-given-statements-and-select-the-correct-option-1-all-tissue-layers-exterior-to-the-vascular-cambium-constitute-bark-2-root-hypodermis-is-sclerenchymatous-3-ground-tissue https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMwOTc2-match-the-following-columns-column-i-column-ii-a-meristem-i-photosynthesis-storage-b-parenchyma-ii-mechanical-support-c-collenchyma-cells-iii-actively-dividing-d-sclerenchyma-iv-stomata-e-epidermal-ti https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjkw-which-of-the-following-statements-are-correct-for-sap-wood-i-it-does-not-help-in-water-conduction-ii-it-is-light-coloured-iii-it-is-also-called-alburnum-iv-its-tracheary-elements-are-filled-with-tanni https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MDQw-a-annual-rings-are-bands-of-secondary-phloem-and-medullary-rays-b-the-wood-of-cycas-has-vessels-c-conjoint-vascular-bundles-are-found-in-the-leaves-of-sunflowers-and-maize-which-of-the-above-statement https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTI4-arrange-the-following-diagrams-in-correct-order-according-to-the-events-occurring-during-secondary-growth-in-dicot-stem-1-b-d-c-a-2-b-a-d-c-3-d-a-b-c-4-d-b-a-c-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc0MTA1-in-the-life-cycle-of-a-plant-the-secondary-tissues-are-made-by-1-intercalary-meristem-and-vascular-cambium-2-apical-meristem-and-cork-cambium-3-cork-cambium-and-vascular-cambium-4-primary-meristems-an https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1Mjgz-mark-the-correct-statements-with-respect-to-meristematic-tissues-a-the-meristem-that-occurs-at-the-tip-of-roots-and-shoots-contributes-to-the-formation-of-the-primary-plant-body-b-the-lateral-meristem https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTc1MTMz-heart-wood-is-differentiated-from-sap-wood-in-being-1-peripheral-in-position-2-resistant-to-the-attack-of-microorganisms-and-insects-3-lighter-in-colour-and-dignified-4-hard-durable-and-help-in-conduc https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MTU1MDg0-how-many-of-the-following-statements-are-true-for-heartwood-i-it-provides-mechanical-support-to-the-stem-ii-it-does-not-conduct-water-iii-it-is-hard-durable-and-resistant-to-the-attacks-of-microbes-iv https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246ODkyNzI-the-vascular-cambium-normally-gives-rise-to-1-primary-phloem-2-secondary-xylem-3-periderm-4-phelloderm-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjY1NTU0-axillary-bud-and-terminal-bud-are-derived-from-the-activity-of-1-lateral-meristem-2-intercalary-meristem-3-apical-meristem-4-parenchyma-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MjMzOTA3-identify-the-tissue-system-from-among-the-following-1-parenchyma-2-xylem-3-epidermis-4-phloem-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzE1MjIz-what-is-the-number-of-correct-statements-from-those-given-below-i-primary-xylem-is-endarch-in-roots-ii-phloem-parenchyma-is-present-in-most-of-the-monocots-iii-phloem-fibers-are-generally-absent-in-th https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDQ3MTQy-consider-the-given-two-statements-statement-i-parenchyma-cells-are-loosely-packed-and-have-large-intercellular-spaces-statement-ii-collenchyma-cells-are-thin-walled-and-primarily-serve-to-transport-nu https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDQ3Njc5-what-are-the-distinctive-features-of-collenchyma-cells-1-they-are-elongated-cells-with-thickened-lignified-cell-walls-2-they-are-dead-cells-that-provide-structural-support-3-they-are-elongated-cells-w https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-pb246NjU2ODI-which-of-the-following-cell-type-of-vascular-tissue-system-of-plants-is-not-correctly-matched-with-its-function-cell-type-function-1-tracheid-chief-water-conduction-element-in-gymnosperms-2-vessel-ele https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTI4MTc3-consider-the-given-two-statements-assertion-a-grasses-can-regenerate-parts-lost-due-to-grazing-herbivores-reason-r-grasses-have-secondary-meristems-like-intercalary-meristem-1-both-a-and-r-are-true-an https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzE1MjE1-consider-the-given-statements-i-in-dicot-roots-the-pericycle-strengthens-the-roots-and-provides-protection-for-the-vascular-bundles-ii-in-dicot-root-the-vascular-cambium-is-completely-secondary-in-ori https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTE5NDMw-consider-the-following-statements-regarding-the-epidermal-tissue-system-statements-a-the-epidermis-is-a-single-layered-structure-made-up-of-compactly-arranged-cells-with-a-large-nucleus-and-no-vacuole https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDM4MDk3-the-number-of-features-seen-in-a-dicotyledonous-stem-from-among-the-features-given-below-is-i-sclerenchymatous-pericycle-ii-casparian-strips-in-endodermis-are-very-common-iii-collechymatous-hypodermis https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTI3Nzc0-in-a-dicot-stem-a-hypodermis-has-collenchymatous-cells-b-endodermis-is-the-starch-sheath-c-pericycle-is-parenchymatous-1-only-a-and-b-are-correct-2-only-a-and-c-are-correct-3-only-b-and-c-are-correct https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NTI2MTM0-a-leaf-with-anatomy-like-the-one-shown-in-the-given-figure-is-expected-to-show-a-more-stomata-in-adaxial-epidermis-b-reticulate-venation-1-only-a-2-only-b-3-both-a-and-b-4-neither-a-nor-b-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246NDgwMzM3-the-cell-layer-from-which-lateral-roots-originate-is-the-1-epidermis-2-cortex-3-endodermis-4-pericycle-1-2-3-4 https://medminds.me/qbank/botany/anatomy-of-flowering-plants/?q=NP-b246MzMzMjc0-choose-the-incorrect-statement-related-to-the-type-of-leaf-anatomy-shown-below-1-secondary-growth-may-occur-in-later-stages-2-it-depicts-a-dorsiventral-leaf-3-it-shows-more-number-of-stomata-towards-t https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MTE2OTU-nandan-kanan-zoo-is-known-for-1-hippo-2-nilgiri-tahr-3-white-tiger-4-whale-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MjU0MjI-the-most-important-cause-of-loss-of-biodiversity-today-is-1-habitat-loss-and-fragmentation-2-over-exploitation-3-alien-species-invasions-4-co-extinctions-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MjY4NDQ-the-earth-summit-was-held-in-rio-de-janeiro-in-1-1987-2-1990-3-1992-4-2002-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MjY4NDU-when-a-threatened-plant-needs-urgent-measures-to-save-it-from-extinction-the-desirable-approach-is-1-in-situ-conservation-2-ex-situ-conservation-3-cryopreservation-4-biopreservation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MjY4NDY-the-search-for-previously-unknown-compounds-in-organisms-that-have-never-been-used-in-traditional-medicine-is-known-as-1-biopiracy-2-bioprospecting-3-molecular-pharming-4-bioremediation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MjY4NDk-loss-of-biodiversity-may-lead-to-all-except-1-decline-in-plant-production-2-increased-resistance-to-environmental-perturbance-3-increased-variability-in-water-use-4-increased-variability-in-pest-and-d https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MjY4NTE-which-of-the-following-is-not-a-reason-that-accounts-for-greater-biodiversity-of-tropics-1-availability-of-more-solar-energy-2-more-niche-specialization-3-more-time-for-species-diversification-4-large https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MjY4NTM-the-greatest-biodiversity-on-the-earth-is-found-in-1-african-grasslands-2-amazonian-rain-forest-in-south-america-3-western-ghats-in-india-4-nile-delta-in-egypt-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MjY4NTU-biodiversity-loss-is-now-one-of-the-world-s-most-pressing-crises-the-primary-reason-for-this-is-1-we-cannot-do-anything-about-it-2-we-are-not-responsible-for-this-loss-3-we-still-do-not-know-its-entir https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MjcwNzY-the-main-difference-between-sixth-extinction-and-the-previous-five-extinctions-is-that-the-sixth-extinction-1-is-mainly-occurring-on-islands-2-is-mainly-affecting-plants-3-is-occurring-at-a-faster-rat https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mjk1Mjk-which-of-the-following-does-not-contribute-to-the-species-diversity-of-the-tropics-1-predictability-2-predation-3-high-productivity-4-spatial-homogeneity-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mjk3MzI-the-relation-between-species-richness-and-area-for-a-wide-variety-of-taxa-on-a-logarithmic-scale-is-a-1-rectangular-hyperbola-2-straight-line-3-sigmoid-curve-4-sine-curve-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzAwNTQ-the-hot-spots-of-biodiversity-conservation-are-characterized-by-1-high-endemicity-and-high-threat-of-extinction-2-low-endemicity-and-high-threat-of-extinction-3-high-endemicity-and-low-threat-of-extin https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzAyNTc-which-of-the-following-has-maximum-global-biodiversity-1-angiosperms-2-algae-3-lichens-4-mosses-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzAyNTg-what-is-applicable-to-both-lates-niloticus-and-lantana-camara-1-they-are-on-the-verge-of-extinction-due-to-over-exploitation-by-humans-2-they-are-alien-species-that-became-invasive-in-certain-environm https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzA1MTI-the-most-effective-means-of-conservation-of-biodiversity-is-1-remove-predators-2-preserve-habitats-3-vaccinate-against-disease-4-census-the-species-during-breeding-season-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzQ4Njc-alexander-von-humbolt-described-for-the-first-time-1-ecological-biodiversity-2-law-of-limiting-factor-3-species-area-relationships-4-population-growth-equation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzQ4OTY-presence-of-plants-arranged-into-well-defined-vertical-layers-depending-on-their-height-can-be-best-seen-in-1-tropical-savannah-2-tropical-rain-forest-3-grassland-4-temperate-forest-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzQ5MDA-which-one-of-the-following-is-related-to-ex-situ-conservation-of-threatened-animals-and-plants-1-wildlife-safari-parks-2-biodiversity-hotspots-3-amazon-rainforest-4-himalayan-region-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzQ5MDc-the-region-of-biosphere-reserve-which-is-legally-protected-and-where-no-human-activity-is-allowed-is-known-as-1-core-zone-2-transition-zone-3-buffer-zone-4-restoration-zone-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzQ5NTE-how-many-hotspots-of-biodiversity-in-the-world-have-been-identified-till-date-by-norman-myers-1-17-2-34-3-25-4-43-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzQ5NTU-which-of-the-following-is-correctly-matched-1-arenchyma-opuntia-2-age-pyramid-biome-3-parthenium-hysterophorus-threat-to-biodiversity-4-stratification-population-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzQ5NTY-red-list-contains-data-or-information-on-1-all-economically-important-plants-2-plants-whose-products-are-in-international-trade-3-threatened-species-4-marine-vertebrates-only-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzQ5OTY-which-of-the-following-national-parks-is-home-to-the-famous-musk-deer-or-hangul-1-keibul-lamjao-national-park-manipur-2-bandhavgarh-national-park-madhya-pradesh-3-eaglenest-wildlife-sancturay-arunacha https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzUwMzY-which-is-the-national-aquatic-animal-of-india-1-river-dolphin-2-sea-horse-3-blue-whale-4-gangetic-shark-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzUwNzg-the-species-confined-to-a-particular-region-and-not-found-elsewhere-is-termed-as-1-keystone-2-alien-3-endemic-4-rare-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzUyMTU-cryopreservation-of-gametes-of-threatened-species-in-viable-and-fertile-condition-can-be-referred-to-as-1-in-situ-conservation-of-biodiversity-2-advanced-ex-situ-conservation-of-biodiversity-3-in-situ https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzUyNDM-an-example-of-ex-situ-conservation-is-1-national-park-2-seed-bank-3-wildlife-sanctuary-4-sacred-grove-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzUyNDg-the-organisation-which-publishes-the-red-list-of-species-is-1-icfre-2-iucn-3-unep-4-wwf-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzUzMjA-which-of-the-following-represent-maximum-number-of-species-among-global-biodiversity-1-algae-2-lichens-3-fungi-4-mosses-and-ferns-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU0MDk-the-highest-number-of-species-in-the-world-is-represented-by-1-fungi-2-algae-3-mosses-4-lichens-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU0NTU-which-one-of-the-following-expanded-forms-of-the-following-acronyms-is-correct-1-unep-united-nations-environmental-policy-2-epa-environmental-pollution-agency-3-iucn-international-union-for-conservati https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU0NjA-which-one-of-the-following-have-the-highest-number-of-species-in-nature-1-insects-2-birds-3-angiosperms-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU0Njg-large-woody-vines-are-more-commonly-found-in-1-mangrooves-2-tropical-rainforests-3-alpine-forests-4-temperate-forests-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU0ODE-which-one-of-the-following-shows-maximum-genetic-diversity-in-india-1-rice-2-maize-3-mango-4-groundnut-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU2MjE-tiger-is-not-a-resident-in-which-one-of-the-following-national-park-1-ranthambhor-2-sunderbans-3-gir-4-jim-corbett-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU2Mzg-which-one-of-the-following-has-maximum-genetic-diversity-in-india-1-teak-2-mango-3-wheat-4-tea-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU3NDY-the-table-below-gives-the-populations-in-thousands-of-ten-species-a-j-in-four-areas-a-d-consisting-of-the-number-of-habitats-given-within-brackets-against-each-study-the-table-and-answer-the-question https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU3NTY-which-one-of-the-following-is-not-observed-in-biodiversity-hot-spots-1-endemism-2-accelerated-species-loss-3-lesser-interspecific-competition-4-species-richness-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU3Nzc-world-summit-on-sustainable-development-2002-was-held-in-1-brazil-2-argentina-3-sweden-4-south-africa-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU3ODI-identity-the-odd-combination-of-the-habitat-and-the-particular-animal-concerned-1-dachigam-national-park-snow-leopard-2-sunderbans-bengal-tiger-3-periyar-elephant-4-rann-of-kutch-wild-ass-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU3ODg-one-of-endangered-species-of-indian-medicinal-plants-is-that-of-1-podophyllum-2-ocimum-3-garlic-4-amentotaxus-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU4NzQ-which-one-of-the-following-is-not-included-under-in-situ-conservation-1-sanctuary-2-botanical-garden-3-biosphere-reserve-4-national-park-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU4ODg-which-one-of-the-following-is-the-correctly-matched-pair-of-an-endangered-animal-and-a-national-park-1-lion-corbett-national-park-2-rhinoceros-kaziranga-national-park-3-wild-ass-dudhwa-national-park-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU4OTY-which-of-the-following-pairs-of-an-animal-and-a-plant-represents-endangered-organisms-in-india-1-bentinckia-nicobarica-and-red-panda-2-tamarind-and-rhesus-monkey-3-cinchona-and-leopard-4-banyan-and-bl https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzU5MDA-which-of-the-following-is-considered-a-hot-spot-of-biodiversity-in-india-1-western-ghats-2-indo-gangetic-plain-3-eastern-ghats-4-aravali-hills-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzY4NzE-sacred-forests-are-those-that-1-have-rich-growth-of-plants-used-for-worship-by-the-people-in-the-region-2-are-protected-by-tribal-communities-due-to-religious-sanctity-accorded-to-them-3-have-not-been https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzY4OTA-hot-spots-are-priority-areas-for-in-situ-conservation-the-key-criteria-for-determining-a-hot-spot-is-are-1-location-in-developed-undeveloped-country-2-vicinity-to-the-sea-3-number-of-endemic-species-a https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzcxNTc-which-one-of-the-following-is-a-pair-of-endangered-species-1-garden-lizard-and-mexican-poppy-2-rhesus-monkey-and-sal-tree-3-indian-peacock-and-carrot-grass-4-hornbill-and-indian-aconite-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzcxOTk-which-one-of-the-following-pairs-of-geographical-areas-show-maximum-biodiversity-in-our-country-1-sunderbans-and-rann-of-kutch-2-eastern-ghats-and-west-bengal-3-eastern-himalaya-and-western-ghats-4-ke https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzcyMDA-genetic-diversity-in-agricultural-crops-is-threatened-by-1-introduction-of-high-yielding-varieties-2-intensive-use-of-fertilizers-3-extensive-intercropping-4-intensive-use-of-biopesticides-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzcyMDE-one-of-the-ex-situ-conservation-methods-for-endangered-species-is-1-wildlife-sanctuaries-2-biosphere-reserves-3-cryopreservation-4-national-parks-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzcyNjc-keystone-species-deserve-protection-because-these-1-are-capable-of-surviving-in-harsh-envinmental-conditions-2-indicate-presence-of-certain-mineral-in-the-soil-3-have-become-rare-due-to-over-exploitat https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzcyNjg-in-india-we-find-mangoes-with-different-flavours-colours-fibre-content-sugar-content-and-even-shelf-life-the-large-variation-is-on-account-of-1-species-diversity-2-induced-mutations-3-genetic-diversit https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzcyNzA-biosphere-reserves-differ-from-national-parks-and-wildlife-sanctuaries-because-in-the-former-1-human-beings-are-not-allowed-to-enter-2-people-are-an-integral-part-of-the-system-3-plants-are-paid-great https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzcyOTY-beta-diversity-is-diversity-1-in-a-community-2-between-communities-3-in-a-mountain-gradient-4-on-a-plain-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzczMTE-which-part-of-the-world-has-a-high-density-of-organism-1-deciduous-forests-2-grasslands-3-tropical-rain-forests-4-savannahs-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzczMTQ-what-is-a-keystone-species-1-a-species-which-makes-up-only-a-small-proportion-of-the-total-biomass-of-a-community-yet-has-a-huge-impact-on-the-community-s-organization-and-survival-2-a-common-species https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc0NTI-which-of-the-following-is-best-method-of-germplasm-conservation-1-herbarium-2-botanical-garden-3-seed-bank-4-zoological-park-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc0ODE-which-one-has-the-largest-species-variety-in-india-1-wheat-2-maize-3-rice-4-potato-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc1MDY-dust-oolong-and-brick-are-varieties-of-1-coffee-2-pepper-3-tea-4-lavang-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc1MTQ-india-is-one-of-the-twelve-megadiversity-countries-with-of-genetic-resources-of-the-world-1-12-1-2-18-1-3-38-1-4-8-1-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc1MTU-which-of-the-following-is-not-an-invasive-species-1-parthenium-hysterophorus-2-nelumbo-lotus-3-lantana-camara-4-eichhornia-crassipes-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc1NTM-the-total-number-of-biodiversity-hotspots-in-the-world-are-1-72-2-34-3-52-4-24-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc1Nzk-which-of-the-following-statements-is-not-true-1-the-biodiversity-decreases-with-increasing-altitude-2-the-biodiversity-decreases-with-increasing-pollution-3-the-fishes-show-greatest-biodiversity-among https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc2MTE-one-out-of-the-following-is-not-responsible-for-biodiversity-loss-1-alien-species-invasion-2-co-extinction-3-ex-situ-conservation-4-deforestation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc3ODQ-refer-the-following-figure-represent-global-biodiversity-identify-a-e-and-choose-the-correct-option-a-b-c-d-e-1-birds-reptiles-algae-molluscs-mosses-2-mammals-birds-lichens-molluscs-mosses-3-birds-amp https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc4Nzk-select-the-correct-statement-about-biodiversity-1-the-desert-area-of-rajasthan-and-gujarat-have-a-very-high-level-of-desert-animals-2-large-scale-planting-of-bt-cotton-has-no-adverse-effect-on-biodive https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc5MTI-the-species-diversity-decreases-from-lower-to-higher-altitudes-on-a-mountain-this-is-due-to-1-increase-in-temperature-2-decrease-in-temperature-3-greater-seasonal-variability-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc5NDY-different-varieties-of-indian-mangoes-are-most-popular-in-western-and-some-other-european-countries-the-varieties-with-different-flavour-colour-sugar-and-fleshy-content-is-due-to-1-genetic-diversity-2 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246Mzc5NzU-iucn-stands-for-1-indian-union-for-conservation-of-nature-2-international-union-for-conservation-of-nature-3-indian-union-for-chemical-nomenclature-4-international-union-for-conservation-of-nutrients https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzgwNDQ-for-better-survival-of-human-indian-population-which-is-the-most-important-step-1-afforestation-2-reduction-in-population-density-3-conservation-of-wild-life-including-tribals-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzgwOTA-which-of-the-following-rain-forest-is-home-to-more-than-40-000-species-of-plants-3-000-of-fishes-1-300-of-birds-427-of-mammals-427-of-amphibians-378-of-reptiles-and-more-than-1-25-000-invertebrates-1 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2Mjc-the-term-the-evil-quartet-is-related-with-1-four-major-causes-of-forest-loss-2-four-major-causes-of-population-explosion-3-four-major-causes-of-air-pollution-4-four-major-causes-of-biodiversity-losses https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2Mjg-given-below-are-pie-diagrams-a-b-and-c-related-to-proportionate-number-of-species-of-major-taxa-of-invertebrates-vertebrates-and-plants-respectively-critically-study-and-fill-in-the-blanks-i-ii-iii-an https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2Mjk-if-log-a-4-z-0-3-and-log-c-0-8-what-is-log-s-1-3-76-2-100-3-4-24-4-2-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2MzA-conservation-hotspots-are-best-described-as-1-areas-with-large-numbers-of-endemic-species-that-are-disappearing-rapidly-2-areas-where-people-are-particularly-active-supporters-of-biological-diversity https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2MzE-a-keystone-species-is-one-that-1-has-a-higher-likelihood-of-extinction-than-a-non-keystone-species-2-exerts-a-strong-influence-on-an-ecosystem-3-causes-other-species-to-become-extinct-4-has-a-weak-inf https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2MzI-one-of-the-following-statements-is-incorrect-with-reference-to-biodiversity-identify-it-1-the-richest-reservoirs-of-animal-and-plant-life-high-species-richness-with-few-or-no-threatened-species-are-ca https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2MzQ-in-situ-strategies-include-a-biosphere-reserve-b-national-park-c-wildlife-sanctuaries-d-sacred-forests-lakes-1-a-b-2-a-b-c-3-b-c-d-4-a-b-c-d-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2MzU-ex-situ-strategies-include-a-botanical-garden-b-zoos-c-seed-pollen-banks-d-gene-bank-and-tissue-culture-1-a-b-2-a-b-c-3-b-c-d-4-a-b-c-d-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2MzY-according-to-the-concept-of-species-area-relations-1-the-number-of-species-in-an-area-increases-with-the-size-of-the-area-2-larger-species-require-larger-habitat-areas-than-do-smaller-species-3-most-s https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2Mzc-the-exotic-species-introduced-in-india-for-its-flower-and-leaf-is-1-lantana-2-water-hyacinth-eicchornia-3-parthenium-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2Mzg-column-i-column-ii-i-silent-valley-a-kaziranga-ii-rhinoceros-b-bandipur-iii-tiger-project-in-karnataka-c-in-situ-iv-national-park-d-tropical-evergreen-forest-1-i-b-ii-a-iii-d-iv-c-2-i-d-ii-a-iii-b-iv https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2Mzk-which-one-the-following-is-false-about-habitat-loss-and-fragmentation-1-this-is-the-most-important-cause-driving-animals-and-plants-to-extinction-2-the-most-dramatic-examples-of-habitat-loss-come-from https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2NDA-global-species-diversity-and-land-area-covered-by-india-with-respect-to-world-is-1-12-7-2-2-4-9-3-8-1-2-4-4-4-3-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2NDE-the-great-german-naturalist-and-geographer-alexander-von-humboldt-observed-that-within-a-region-species-richness-increased-with-increasing-explored-area-but-only-up-to-a-limit-in-fact-relation-between https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2NDI-given-below-are-three-statements-a-e-each-with-one-or-two-blanks-select-the-option-which-correctly-fills-up-the-blanks-statements-a-the-tropics-between-i-harbour-more-species-than-temperate-and-polar https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2NDM-a-species-facing-extremely-high-risk-of-extinction-in-the-immediate-future-is-called-1-vulnerable-2-endemic-3-critically-endangered-4-extinct-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MDg-diversity-can-be-understood-by-which-of-the-following-terminology-1-heterogeneity-2-homogeneity-3-homozygosity-4-heterotrophic-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MDk-biodiversity-this-term-1-was-given-by-edward-wilson-2-was-popularized-by-edward-wilson-3-was-given-by-paul-ehrlich-4-was-popularized-by-paul-ehrlich-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MTE-the-term-biodiversity-which-was-used-by-edward-wilson-was-actually-used-1-to-describe-genetic-diversity-2-to-describe-species-diversity-3-to-describe-ecological-diversity-4-to-describe-combined-divers https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MTM-genetic-diversity-is-not-1-india-has-more-than-50000-genetically-different-strains-of-rice-2-india-has-10000-varieties-of-mango-3-a-single-species-might-show-high-diversity-at-the-genetic-level-over-i https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MTQ-which-of-the-following-is-wrong-with-respect-to-rawolfia-vomitoria-1-found-in-himalayan-ranges-2-medicinal-plant-3-species-diversity-is-in-terms-of-potency-and-concentration-of-reserpine-4-reserpine-i https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MTU-species-diversity-1-diversity-at-the-level-of-species-2-diversity-at-the-level-of-genes-within-species-3-diversity-at-the-level-of-ecosystem-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MTg-which-of-the-following-is-true-for-the-species-diversity-1-western-ghats-have-a-greater-fish-diversity-than-the-eastern-ghats-2-western-ghats-have-a-greater-amphibian-diversity-than-the-eastern-ghats https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MTk-which-of-the-following-can-be-considered-under-ecological-diversity-1-deserts-rain-forests-mangroves-coral-reefs-wetlands-2-alpine-meadows-3-estuaries-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MjE-ecological-diversity-1-it-is-more-in-india-compared-to-scandinavian-countries-like-norway-2-it-is-less-in-india-comparative-to-scandinavian-countries-like-norway-3-it-is-more-in-australia-comparative https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0Mjc-it-has-taken-millions-of-years-of-hellip-hellip-to-accumulate-this-rich-diversity-in-nature-but-we-could-lose-all-that-wealth-in-hellip-hellip-if-the-present-rates-of-species-losses-continue-1-evoluti https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0Mjg-the-total-number-of-plant-and-animal-species-described-so-far-is-slightly-more-than-1-5-million-this-is-reported-by-1-iucn-2004-2-iun-2006-3-iucn-2006-4-iun-2004-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MzA-for-many-taxonomic-groups-species-inventories-are-more-complete-in-1-temperate-countries-2-tropical-countries-3-grasslands-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MzE-according-to-extreme-estimates-which-say-that-there-is-20-to-50-million-global-species-diversity-is-based-on-1-species-richness-of-insects-2-species-richness-of-arthropods-3-species-evenness-of-insect https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MzI-according-to-robert-may-the-global-species-diversity-is-1-about-20-billion-2-about-7-billion-3-about-7-million-4-about-20-million-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0MzQ-which-of-the-following-statement-is-wrong-about-species-diversity-1-more-than-70-per-cent-of-all-the-species-recorded-are-animals-2-algae-and-fungi-comprise-no-more-than-22-per-cent-of-the-total-speci https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0Mzc-among-animals-which-of-the-following-is-the-most-species-rich-taxonomic-group-1-insects-2-molluscs-3-crustacean-4-other-animal-groups-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0NDI-which-of-the-following-statement-is-true-about-biodiversity-of-earth-1-the-number-of-fungi-species-in-this-world-is-more-than-the-combined-total-of-the-species-of-fishes-amphibians-reptiles-and-mammal https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0NDY-which-of-the-following-organisms-are-not-estimated-in-terms-of-diversity-1-prokaryotes-2-plants-3-fungi-4-mosses-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0NDk-prokaryotes-have-not-been-estimated-in-terms-of-biodiversity-which-of-the-following-reasons-does-not-hold-true-1-conventional-taxonomic-methods-are-not-suitable-for-identifying-microbial-species-2-man https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0NTQ-india-has-only-hellip-hellip-per-cent-of-the-world-s-land-area-it-s-share-of-the-global-species-diversity-is-an-impressive-hellip-hellip-per-cent-1-2-4-12-2-2-4-8-1-3-8-1-12-4-8-1-2-4-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0NjQ-india-is-among-12-mega-diverse-countries-of-the-world-because-1-it-bears-2-4-per-cent-area-of-the-world-s-land-and-has-a-share-of-12-per-cent-of-global-species-diversity-2-it-bears-2-4-per-cent-area-o https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0Njk-india-holds-which-of-the-following-biodiversity-data-true-1-45000-species-of-plants-2-50000-species-of-animals-3-90000-species-of-plants-4-45000-species-of-animals-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0NzE-according-to-may-s-estimate-how-many-species-are-yet-to-be-discovered-1-22-per-cent-2-78-per-cent-3-30-per-cent-4-50-per-cent-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0NzM-according-to-may-s-estimate-how-many-animal-species-are-yet-to-be-discovered-in-india-1-around-50000-2-more-than-300000-3-more-than-100000-4-around-45000-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0NzQ-which-of-the-following-is-not-a-pattern-of-biodiversity-1-latitudinal-gradients-2-species-area-relationship-3-fragmentation-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0NzY-latitudinal-gradient-in-diversity-says-that-1-species-diversity-decreases-as-we-move-away-from-the-equator-towards-the-poles-2-species-diversity-increases-as-we-move-away-from-the-equator-towards-the https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0Nzc-which-of-the-following-will-harbor-more-species-than-temperate-regions-1-tropics-latitudinal-range-23-5-degree-north-to-23-5-degree-south-2-tropics-12-5-degree-north-to-12-5-degree-south-3-polar-regio https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0Nzk-which-of-the-following-is-wrong-about-diversity-of-birds-1-colombia-1400-2-new-york-105-3-greenland-95-4-india-1200-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0ODE-india-has-more-than-1200-species-of-birds-this-is-because-1-india-with-much-of-it-s-land-area-in-the-tropical-latitudes-2-india-with-much-of-it-s-land-area-in-temperate-latitudes-3-india-with-it-s-con https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0ODQ-which-of-the-following-is-wrong-about-the-diversity-of-amazon-rain-forest-1-mammals-427-2-fishes-3000-3-birds-1300-4-reptiles-278-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0ODU-which-of-the-two-groups-have-the-same-diversity-in-amazonian-rain-forest-1-amphibians-and-mammals-2-amphibians-and-reptiles-3-reptiles-and-mammals-4-reptiles-and-birds-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0ODY-which-of-the-following-diversity-value-is-wrong-according-to-data-given-for-amazonian-rain-forest-1-amphibians-427-2-mammals-427-3-reptiles-378-4-invertebrates-100000-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0ODg-which-of-the-following-statements-is-not-correct-about-amazon-rain-forest-1-there-are-more-than-125000-invertebrates-2-at-least-two-million-insect-species-waiting-to-be-discovered-3-reptiles-and-mamma https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0ODk-according-to-ecologists-and-evolutionary-biologists-the-probable-reason-for-speciation-in-tropics-is-not-1-speciation-is-generally-a-function-of-time-more-time-without-environmental-disturbances-bette https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0OTA-hellip-hellip-a-hellip-have-remained-relatively-undisturbed-for-millions-of-years-and-thus-had-a-long-evolutionary-time-for-hellip-hellip-b-the-constant-environments-promote-hellip-c-and-had-a-greater https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0OTI-the-higher-diversity-of-tropics-is-actually-favoured-by-all-except-1-high-solar-energy-2-constant-and-predictable-environment-3-no-environmental-disturbances-like-glaciations-4-animals-with-high-repro https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0OTM-alexander-von-humboldt-find-the-wrong-one-out-1-german-naturalist-2-german-geographer-3-first-one-to-explore-south-american-jungles-4-gave-rivet-popper-hypothesis-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0OTQ-the-idea-of-species-area-relationship-was-given-by-1-edward-wilson-2-paul-ehrlich-3-a-v-humboldt-4-katherine-esau-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0OTU-according-to-species-area-relationship-1-within-a-region-species-richness-increased-with-increasing-explored-area-but-only-up-to-a-limit-2-within-a-region-species-evenness-increased-with-an-increasing https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0OTY-for-which-of-the-following-the-relationship-between-species-richness-and-area-turn-out-to-be-rectangular-hyperbola-1-gymnosperms-2-pteridophytes-3-marine-fishes-4-bats-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0OTc-the-graph-for-species-area-relationship-is-actually-plotted-between-1-species-richness-and-area-2-species-evenness-and-area-3-species-diversity-and-area-4-species-diversity-and-space-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0OTg-on-a-logarithmic-scale-the-relationship-of-species-richness-and-area-is-a-straight-line-described-by-the-equation-1-logs-logc-logz-2-logs-logz-loga-3-logs-logc-zloga-4-logs-logz-cloga-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc0OTk-logs-logc-zloga-what-would-be-the-equation-for-rectangular-hyperbola-note-the-information-in-brackets-actually-defines-the-superscript-in-each-option-1-s-c-za-2-s-c-a-z-3-s-z-a-c-4-s-z-a-c-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MDA-logs-logc-zloga-find-the-wrong-one-1-s-species-diversity-2-a-area-3-z-regression-coefficient-4-c-y-intercept-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MDE-in-the-logarithmic-equation-of-species-area-relationship-z-implies-all-except-1-slope-of-the-line-2-regression-coefficient-3-y-intercept-4-value-generally-0-1-0-2-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MDI-the-value-of-z-depends-upon-1-type-of-taxonomic-group-2-different-regions-3-area-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MDM-which-of-the-following-pairs-will-have-z-value-in-between-0-1-to-0-2-1-birds-of-california-and-frugivorous-birds-of-tropical-forests-2-birds-of-california-and-molluscs-in-new-york-state-3-molluscs-in https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MDQ-if-z-value-is-found-to-be-1-15-which-of-the-following-species-richness-was-actually-studied-1-frugivorous-birds-in-the-tropical-forests-of-different-continents-2-plants-in-britain-3-birds-in-californi https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MDU-if-z-value-is-in-between-0-6-to-1-2-this-implies-1-steeper-slope-2-more-towards-the-horizontal-axis-3-the-value-of-species-richness-decreases-must-faster-than-the-area-explored-4-plants-of-britain-can https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MDc-if-the-area-explored-is-the-entire-continent-then-the-slope-of-the-line-for-species-area-relationship-would-be-1-much-gentle-2-much-reasonable-3-much-steeper-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MTM-who-among-the-following-gave-tentative-answers-to-the-question-that-how-do-the-attributes-of-a-stable-community-are-linked-to-species-richness-in-a-community-1-paul-ehrlich-2-david-tilman-3-a-v-hambol https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MTQ-which-of-the-following-is-not-an-attribute-of-a-stable-community-1-resistant-to-occasional-disturbances-2-resistant-to-invasions-by-alien-species-3-resilient-to-occasional-disturbances-4-high-producti https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MTY-rich-biodiversity-is-not-important-for-1-healthy-ecosystem-2-survival-of-human-race-on-this-planet-3-alien-species-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MTc-paul-ehrlich-which-of-the-following-is-wrong-about-him-1-stanford-ecologist-2-rivet-popper-hypothesis-3-importance-of-species-actually-affects-the-extent-of-stability-of-ecosystem-4-worked-on-outdoor https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MTk-david-tilman-actually-proposed-that-1-the-long-term-ecosystem-experiments-using-out-door-plots-with-less-species-showed-less-year-to-year-variation-in-total-number-2-the-long-term-ecosystem-experiment https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MjE-according-to-rivet-popper-hypothesis-which-of-the-following-is-not-correct-1-airplane-ecosystem-2-rivets-species-3-popping-a-rivet-causing-a-species-to-become-extinct-4-flight-safety-number-of-species https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MjI-which-of-the-following-loss-of-rivet-will-be-more-crucial-for-the-flight-safety-1-loss-of-rivets-on-the-wings-2-loss-of-rivets-on-the-seats-3-loss-of-rivets-on-windows-inside-the-plane-4-both-a-and-c https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MjM-which-of-the-following-is-not-correct-according-to-analogy-given-by-paul-ehrlich-1-loss-of-the-key-species-that-drive-the-major-ecosystem-functions-is-a-more-serious-threat-to-flight-safety-than-loss https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MjU-the-colonisation-of-tropical-pacific-islands-by-humans-is-said-to-have-led-to-the-extinction-of-more-than-1-5000-species-of-native-birds-2-2000-species-of-native-birds-3-1500-species-of-mammals-4-3500 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MjY-which-of-the-following-data-is-not-according-to-iucn-red-list-2004-1-vertebrates-338-2-invertebrates-359-3-plants-87-4-bacteria-104-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1Mjc-the-extinctions-of-784-species-recorded-in-iucn-red-list-2004-happened-over-1-last-240-years-2-last-500-years-3-last-300-years-4-last-400-years-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1Mjg-which-of-the-following-is-wrongly-matched-with-respect-to-recent-extinction-1-dodo-mauritius-2-quagga-africa-3-thylacine-australia-4-steller-s-sea-cow-stanford-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1Mjk-which-of-the-following-is-not-recently-extincted-subspecies-of-tiger-1-bali-2-javan-3-caspian-4-sumata-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MzA-the-last-twenty-years-or-so-have-witnessed-the-disappearance-of-at-least-1-27-species-2-40-species-3-12-species-4-7-species-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MzE-which-of-the-following-is-not-correct-regarding-the-extinction-of-species-1-some-groups-like-fishes-appear-to-be-more-vulnerable-to-extinction-2-more-than-15500-species-worldwide-are-facing-the-threat https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MzI-which-of-the-following-is-not-correct-regarding-vulnerability-data-of-different-groups-1-birds-12-per-cent-2-mammals-23-per-cent-3-amphibians-27-per-cent-4-gymnosperms-31-per-cent-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MzM-fossil-records-suggest-that-1-large-scale-of-loss-of-species-have-happened-earlier-even-before-humans-appeared-on-earth-2-large-scale-of-loss-of-species-have-happened-earlier-within-1000-years-of-huma https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MzQ-which-of-the-following-mass-extinction-is-going-on-1-5th-2-6th-3-4th-4-7th-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MzU-more-than-hellip-a-hellip-was-the-time-period-during-which-hellip-b-hellip-mass-extinction-has-taken-place-1-a-more-than-three-billion-years-2-a-more-than-4-5-billion-years-3-b-six-extinctions-4-both https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MzY-sixth-extinction-presently-in-progress-is-different-from-the-previous-episodes-by-some-reasons-except-1-difference-in-the-rates-2-current-rate-is-100-1000-times-faster-than-previous-episodes-3-human-i https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1Mzc-which-of-the-following-can-be-an-alarming-consequence-of-sixth-extinction-1-nearly-half-of-all-the-species-on-earth-can-be-wiped-out-within-the-next-100-years-2-nearly-one-fourth-of-all-the-species-on https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1Mzg-which-of-the-following-is-not-a-result-of-loss-of-biodiversity-1-decline-in-plant-production-2-lowered-resistance-to-environmental-perturbations-such-as-drought-3-increased-variability-in-certain-ecos https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1Mzk-which-of-the-following-is-not-a-part-of-evil-quartet-1-habitat-loss-and-fragmentation-2-dosage-compensation-3-alien-species-invasions-4-co-extinctions-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NDA-the-most-important-cause-driving-animals-and-plants-to-extinction-in-the-evil-quartet-is-1-habitat-loss-and-fragmentation-2-over-exploitation-3-alien-species-invasions-4-co-extinctions-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NDE-which-of-the-following-give-the-most-dramatic-examples-of-habitat-loss-1-tropical-rain-forest-2-temperate-deciduous-forest-3-temperate-evergreen-forest-4-grasslands-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NDI-once-covering-more-than-hellip-hellip-of-the-earth-s-land-surface-these-rain-forests-now-cover-no-more-than-hellip-hellip-1-17-10-2-14-6-3-12-4-4-7-3-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NDM-amazon-rain-forests-which-of-the-following-is-wrong-1-huge-and-called-lungs-of-planet-2-harbour-millions-of-species-3-amazon-forests-were-being-cut-and-cleared-for-cultivation-of-brassica-4-conversion https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NDQ-which-of-the-following-is-not-correct-about-fragmentation-1-large-habitats-are-broken-up-into-small-fragments-due-to-various-human-activities-2-mammals-and-birds-are-affected-by-fragmentation-as-they https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NDU-which-of-the-following-are-the-extinctions-caused-by-over-exploitation-for-the-last-500-years-1-steller-s-sea-cow-2-passenger-pigeon-3-dodo-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NDY-which-of-the-following-is-wrong-information-about-the-consequences-of-alien-species-invasions-1-nile-perch-alien-species-2-lake-victoria-in-east-africa-the-ecosystem-in-which-alien-species-was-introdu https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NDc-which-of-the-following-is-not-an-example-of-alien-species-for-our-ecosystems-1-carrot-grass-2-indigenous-catfishes-3-lantana-4-eichhornia-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NDg-the-recent-illegal-introduction-of-the-african-catfish-hellip-hellip-for-aquaculture-purposes-is-posing-a-threat-to-the-indigenous-catfishes-of-our-rivers-1-clarius-gariepinus-2-cichlid-fishes-3-parth https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NDk-which-of-the-following-is-not-an-example-of-co-extinctions-1-plant-pollinator-mutualism-2-host-parasite-extinction-3-plant-animal-species-in-an-obligatory-relationship-4-fragmentation-in-amazon-rain-f https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NTA-which-of-the-following-is-not-a-narrowly-utilitarian-reasons-for-the-conservation-of-biodiversity-1-direct-economic-benefits-like-cereals-pulses-and-fruits-2-firewood-fibre-construction-material-3-tan https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NTE-how-much-oxygen-does-amazon-forest-is-estimated-to-produce-through-photosynthesis-1-20-per-cent-of-the-total-oxygen-in-the-earth-s-atmosphere-2-30-per-cent-of-the-total-oxygen-in-the-earth-s-atmospher https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NTI-which-of-the-following-is-not-categorized-under-broadly-utilitarian-reasons-of-biodiversity-1-oxygen-2-pollination-3-intangible-benefits-like-walking-through-thick-woods-4-tannins-lubricants-perfumes https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NTM-more-than-hellip-a-hellip-of-the-drugs-currently-sold-in-the-market-worldwide-are-derived-from-plants-and-hellip-b-hellip-species-of-plants-contribute-to-the-traditional-medicines-used-by-native-peopl https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NTY-which-of-the-following-is-an-intangible-benefits-obtained-from-biodiversity-1-aesthetic-pleasure-walking-through-thick-woods-2-watching-spring-flowers-in-full-bloom-3-waking-up-to-a-bulbul-s-song-in-t https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NTk-which-of-the-following-does-not-come-under-ethical-argument-for-the-conservation-of-biodiversity-1-we-owe-to-millions-of-plants-animal-and-microbe-species-with-whom-we-share-this-planet-2-we-need-to-r https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NjQ-ex-situ-means-except-1-off-site-conservation-2-endangered-plant-or-animal-is-protected-3-they-are-kept-in-more-protected-space-than-natural-area-4-saving-the-entire-forest-to-save-the-tiger-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NjY-which-of-the-following-is-not-the-problem-regarding-in-situ-approach-that-has-been-addressed-by-eminent-conservationists-1-the-conflict-between-development-and-conservation-2-unrealistic-and-economica https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1Njk-biodiversity-hotspots-which-of-the-following-is-wrong-about-it-1-were-identified-for-maximum-protection-2-high-levels-of-species-richness-3-high-degree-of-endemism-4-initially-34-biodiversity-hotspots https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1NzY-biodiversity-hotspots-which-of-the-following-is-not-true-1-total-34-in-number-2-regions-of-accelerated-habitat-loss-3-covers-less-than-2-per-cent-of-the-earth-s-land-area-4-strict-protection-of-hotspo https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1Nzk-which-of-the-following-is-not-a-hotspot-which-covers-an-exceptionally-high-biodiversity-regions-1-western-ghats-and-sri-lanka-2-himalaya-3-indo-burma-4-national-zoological-park-delhi-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1OTE-which-of-the-following-is-not-correct-about-sacred-groves-1-they-are-found-in-khasi-and-jaintia-hills-in-meghalaya-2-aravali-hills-of-rajasthan-3-western-ghat-regions-of-karnataka-and-maharashtra-4-sa https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1OTI-the-sacred-groves-in-meghalaya-all-of-the-statements-are-correct-except-1-last-refuges-for-a-large-number-of-rare-and-threatened-plants-2-khasi-and-jaintia-hills-of-meghalaya-3-present-in-chanda-and-b https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1OTQ-in-this-approach-threatened-animals-and-plants-are-taken-out-from-their-natural-habitat-and-placed-in-special-setting-where-they-can-be-protected-and-given-special-care-which-of-the-following-is-odd-w https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1OTU-which-of-the-following-is-not-ex-situ-mean-of-conservation-of-biodiversity-1-tissue-culture-methods-2-cryopreservation-3-seed-bank-4-national-park-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1OTY-the-historic-convention-on-biological-diversity-which-of-the-following-is-incorrect-1-held-in-rio-de-janeiro-2-in-1992-3-the-earth-summit-4-purpose-was-to-control-pollution-and-promote-reforestation-1 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1OTg-the-world-summit-on-sustainable-development-which-of-the-following-is-not-correct-1-held-in-2002-in-johannesburg-south-africa-2-190-countries-pledged-their-commiment-to-achieve-by-2012-3-their-pledge https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjIzMzk-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-organism-status-i-sus-salvanius-1-critically-endangered-ii-ailurus-fulgens-2 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjIzNDA-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-national-park-column-ii-state-i-kaziranga-1-rajasthan-ii-ranthambore-2-assam-iii-dachig https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ1Mzg-the-high-level-of-species-diversity-of-the-tropics-can-be-due-to-all-of-the-following-except-1-predictability2-predation-3-spatial-homogeneity4-high-productivity-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjgxNDA-initially-how-many-biodiversity-hot-spots-were-identified-globally-1-34-2-25-3-20-4-30-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NzQwMTQ-world-summit-on-sustainable-development-held-in-2002-in-1-rio-de-janeiro-2-japan-3-johannesburg-4-london-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246ODkzODQ-all-of-the-following-are-included-in-ex-situ-conservation-except-1-wildlife-safari-parks-2-sacred-groves-3-botanical-gardens-4-seed-banks-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTA5NzU-the-un-conference-of-parties-on-climate-change-in-the-year-2012-was-held-at-1-durban-2-doha-3-lima-4-warsaw-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTEyMTE-the-un-conference-of-parties-on-climate-change-in-the-year-2011-was-held-in-1-poland-2-south-africa-3-peru-4-qatar-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTEyMTQ-in-which-of-the-following-do-both-pairs-have-the-correct-combination-1-in-situ-conservation-national-park-ex-situ-conservation-botanical-garden-2-in-situ-conservation-cryopreservation-ex-situ-conserva https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTE5OTQ-the-extent-of-the-global-diversity-of-invertebrates-is-represented-in-the-image-below-choose-the-correct-combination-of-groups-a-d-respectively-a-b-c-d-1-insects-crustaceans-other-animal-groups-mollus https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTIwMTc-which-one-of-the-following-is-not-used-for-ex-situ-plant-conservation-1-seed-banks-2-shifting-cultivation-3-botanical-gardens-4-field-gene-banks-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTIzNDI-which-one-of-the-following-areas-in-india-is-a-hot-spot-of-biodiversity-1-eastern-ghats-2-gangetic-plain-3-sunder-bans-4-western-ghats-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTMzNDk-tiger-is-not-a-resident-in-which-one-of-the-following-national-parks-1-ranthambore-2-sunderbans-3-gir-4-jim-corbett-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTM3Mjc-one-of-the-endangered-species-of-indian-medicine-plants-is-1-podophyllum-2-ocimum-3-garlic-4-nepenthes-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTM4ODE-which-one-of-the-following-pairs-of-organisms-are-exotic-species-introduced-in-india-1-ficus-religiosa-lantana-camara-2-lantana-camara-water-hyacinth-3-water-hyacinth-prosopis-cineraria-4-nile-perch-f https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTQxMjU-which-of-the-following-pairs-of-an-animal-and-a-plant-represents-endangered-organisms-in-india-1-bentinckia-nicobarica-and-red-panda-2-tamarind-and-rhesus-monkey-3-cinchona-and-leopard-4-banyan-and-bl https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTQ1Nzg-newly-formed-biosphere-reserve-of-india-2013-is-1-pachmarhi-2-himalaya-3-cold-desert-4-panna-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTQ2MTM-choose-the-wrong-pair-1-cenchrus-savanna-2-abies-coniferous-forest-3-quercus-broad-leaf-forest-4-tectona-temperate-forest-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTUxNjg-select-the-incorrect-statement-1-stellar-s-sea-cow-and-passenger-pigeon-got-extinct-due-to-over-exploitation-by-men-2-the-mitotic-convention-on-biological-diversity-was-held-in-1992-3-species-diversit https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTU2MzE-the-earth-summit-held-in-rio-de-janeiro-in-1992-was-called-1-for-immediate-steps-to-discontinue-the-use-of-cfcs-that-were-damaging-the-ozone-layer-2-to-reduce-co2-emissions-and-global-warming-3-for-th https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTU2OTM-which-of-the-following-is-the-most-important-cause-for-animals-and-plants-being-driven-to-extinction-1-alien-species-invasion-2-habitat-loss-and-fragmentation-3-drought-and-floods-4-economic-exploitat https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTE0MDIy-organisms-that-are-least-likely-to-experience-extinction-over-the-long-term-are-most-likely-to-be-found-in-1-areas-inhabited-by-humans-2-very-stable-habitats-3-desert-4-savanna-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTMxNDgw-the-decline-in-the-population-of-indian-native-fishes-due-to-the-introduction-of-clarias-gariepinus-in-river-yamuna-can-be-categorised-as-1-co-extinction-2-habitat-fragmentation-3-over-exploitation-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTMxNzAz-western-ghats-have-a-large-number-of-plant-and-animal-species-that-are-not-found-anywhere-else-which-of-the-following-terms-will-you-use-to-notify-such-species-1-endemic-2-vulnerable-3-threatened-4-ke https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTMxNzA2-exploration-of-molecular-genetic-and-species-level-diversity-for-novel-products-of-economic-importance-is-known-as-1-biopiracy-2-bioenergetics-3-bioremediation-4-bioprospecting-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTg1MzY0-which-of-the-following-regions-of-the-globe-exhibits-the-highest-species-diversity-1-madagascar-2-himalayas-3-amazon-forests-4-western-ghats-of-india-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjQ1MDU4-according-to-alexander-von-humboldt-1-species-richness-decreases-with-increasing-area-of-exploration-2-species-richness-increases-with-the-increasing-area-but-only-up-to-a-limit-3-there-is-no-relation https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjQ1MDU5-in-the-following-in-each-set-a-conservation-approach-and-an-example-of-a-method-of-conservation-are-given-a-in-situ-conservation-biosphere-reserve-b-ex-situ-conservation-sacred-groves-c-in-situ-conser https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjQ2NTMz-a-species-facing-extremely-high-risk-of-extinction-in-the-immediate-future-is-called-1-vulnerable-2-endemic-3-critically-endangered-4-extinct-a-b-c-d-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzI5NDEx-the-number-of-species-known-and-described-of-algae-is-more-than-that-of-all-the-following-except-1-ferns-2-lichens-3-mosses-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzI5NDE0-eicchornia-crassipes-parthenium-hysterophorus-and-lantana-camara-are-1-native-species-of-india-2-critically-endangered-plants-of-india-3-invasive-plant-species-4-medicinal-plants-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzI5NDI5-according-to-the-lsquo-india-state-of-forest-report-isfr-rsquo-2021-which-state-has-the-largest-area-wise-forest-cover-in-the-country-1-arunachal-pradesh-2-chhattisgarh-3-madhya-pradesh-4-maharashtra https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzI5Njkx-identify-the-incorrect-statement-1-thylacine-is-an-extinct-carnivorous-marsupial-that-was-native-to-the-australian-mainland-2-the-mass-extinction-currently-in-progress-is-the-fifth-mass-extinction-3-h https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzI5Njk5-the-first-tiger-reserve-of-india-is-in-1-kerala-2-madhya-pradesh-3-assam-4-uttarakhand-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzI5NzAw-identify-the-incorrectly-matched-pair-1-connell-competitive-release-2-gauss-competitive-exclusion-principle-3-macarthur-resource-partitioning-4-tillman-rivet-popper-hypothesis-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzI5NzE4-bakhira-wildlife-sanctuary-a-new-ramsar-site-is-located-in-1-uttar-pradesh-2-gujarat-3-madhya-pradesh-4-rajasthan-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM0NDky-what-category-is-given-to-species-known-only-by-living-members-kept-in-captivity-by-the-international-union-for-conservation-of-nature-1-critically-endangered-2-extinct-in-the-wild-3-endangered-4-vuln https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM0NDkz-intangible-benefits-like-aesthetic-pleasures-of-walking-through-thick-woods-is-a-strong-argument-for-the-need-to-conserve-biodiversity-this-type-of-argument-is-called-as-1-narrowly-utilitarian-2-ethic https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM0NDk0-india-rsquo-s-share-of-world-rsquo-s-land-area-and-global-species-diversity-respectively-is-1-2-4-and-8-1-2-1-7-and-12-3-2-1-and-9-5-4-3-4-and-16-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM0NDk1-name-the-scientist-who-conducted-long-term-ecosystem-experiments-to-understand-correlation-between-species-richness-with-ecosystem-stability-1-paul-ehlrich-2-david-tilman-3-robert-may-4-macarthur-1-2 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM0NjUy-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-below-column-i-extinct-animal-column-ii-country-continent-a-stellar-rsquo-s-sea-cow-p-australia-b-th https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM1Njcz-consider-the-following-statements-i-among-invertebrates-maximum-species-richness-is-seen-in-insects-ii-among-vertebrates-maximum-species-richness-is-seen-in-mammals-1-only-i-is-correct-2-only-ii-is-co https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM1Njc0-identify-the-incorrect-statement-1-amazon-rain-forest-produces-20-of-total-oxygen-in-the-earth-rsquo-s-atmosphere-2-all-the-biodiversity-hotspots-put-together-cover-about-10-of-the-earth-rsquo-s-land https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM1Njc1-sacred-groves-of-khasi-and-jaintia-hills-are-located-in-1-assam-2-meghalaya-3-manipur-4-arunachal-pradesh-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM3NjIy-the-amazon-forest-i-is-a-largely-tropical-rainforest-in-south-africa-ii-has-the-greatest-biodiversity-on-earth-iii-produces-about-20-of-total-oxygen-in-the-earth-rsquo-s-atmosphere-through-photosynthe https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM3NjIz-amongst-the-lsquo-evil-quartet-rsquo-which-of-the-following-is-the-most-important-cause-that-is-driving-plants-and-animals-to-extinction-in-contemporary-times-1-habitat-loss-and-fragmentation-2-over-e https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM3NjM0-what-type-of-argument-for-need-to-conserve-biodiversity-am-i-making-when-i-say-that-we-all-must-do-our-best-to-protect-the-biodiversity-on-the-earth-as-the-nature-provides-invaluable-services-and-inta https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM5NDMw-habitat-loss-and-fragmentation-over-exploitation-alien-species-invasion-and-co-extinction-are-causes-for-1-natality-2-population-explosion-3-competition-4-biodiversity-loss-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM5NDQ0-which-of-the-following-is-not-a-method-of-ex-situ-conservation-1-cryopreservation-2-in-vitro-fertilization-3-national-parks-4-micropropagation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM5NDc3-in-situ-conservation-refers-to-1-conserve-only-extinct-species-2-protect-and-conserve-the-whole-ecosystem-3-conserve-only-high-risk-species-4-conserve-only-endangered-species-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM5ODQz-which-of-the-following-come-under-the-evil-quarter-a-habitat-loss-and-fragmentation-b-over-exploitation-c-alien-species-invasion-d-mortality-e-competition-choose-the-correct-answer-from-the-options-gi https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM5ODU4-species-area-relationship-is-described-by-the-following-equation-log-s-log-c-z-log-a-where-z-is-1-area-2-species-richness-3-slope-of-the-line-4-y-intercept-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM5ODkw-endemism-refers-to-1-species-richness-2-species-evenness-3-species-confined-to-that-region-4-species-diversity-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQxOTg3-extinction-is-a-natural-phenomenon-it-is-estimated-that-99-of-all-species-that-ever-lived-are-now-extinct-why-then-do-we-say-that-we-are-now-experiencing-an-extinction-loss-of-biodiversity-crisis-1-hu https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQyMzgz-which-of-the-following-groups-is-most-threatened-by-global-extinctions-1-mammals-2-birds-3-fish-4-amphibians-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQyNzY0-the-most-serious-consequence-of-a-decrease-in-global-biodiversity-would-be-the-1-increase-in-global-warming-and-thinning-of-the-ozone-layer-2-potential-loss-of-ecosystem-services-on-which-people-depen https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQzMTAx-in-the-following-questions-a-statement-of-assertion-a-is-followed-by-a-statement-of-reason-r-assertion-a-sacred-forests-are-refuge-of-rare-endangered-and-endemic-taxa-reason-r-the-land-of-sacred-fores https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ0ODE4-the-reintroduction-of-gangetic-gharial-in-the-rivers-of-uttar-pradesh-madhya-pradesh-and-rajasthan-where-it-had-become-extinct-is-an-example-of-1-in-situ-conservation-2-ex-situ-conservation-3-in-vivo https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ0OTkw-given-below-are-two-statements-statement-i-species-confined-to-a-particular-region-and-are-not-found-anywhere-else-are-called-endemic-species-statement-ii-keystone-species-are-usually-abundant-in-an-e https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ1MDAy-the-evil-quartet-is-responsible-for-decline-in-biodiversity-are-a-habitat-loss-b-over-exploitation-c-ex-situ-conservation-d-co-extinction-e-out-breeding-choose-the-correct-answer-from-the-option-given https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ1MDcw-maximum-species-abundance-occurs-at-which-latitude-1-41-deg-2-71-deg-3-23-deg-4-52-deg-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ1MzAw-select-the-incorrect-statement-s-about-biodiversity-a-it-increases-from-high-to-low-latitudes-b-increased-biodiversity-contributes-to-higher-productivity-c-within-a-region-species-richness-increases-w https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ1MzA0-which-of-the-following-is-not-a-method-for-ex-situ-conservation-1-botanical-garden-2-wildlife-safari-parks-3-national-parks-4-zoological-parks-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ2NDE3-give-the-correct-descending-order-of-organisms-with-reference-to-their-estimated-number-found-in-amazon-forest-a-plants-b-invertebrates-c-fishes-d-mammals-e-birds-choose-the-correct-answer-from-the-op https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ2NDQx-the-world-summit-on-sustainable-development-held-in-2002-in-johannesburg-south-africa-pledged-for-1-a-significant-reduction-in-the-current-rate-of-biodiversity-loss-2-declaration-of-more-biodiversity https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ2NDU5-match-list-i-with-list-ii-list-i-list-ii-a-sacred-groves-i-alien-species-b-zoological-park-ii-release-of-large-quantity-of-oxygen-c-nile-perch-iii-ex-situ-conservation-d-amazon-forest-iv-khasi-hills-i https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ2NTA0-western-ghats-have-a-large-number-of-plants-and-animal-species-that-are-not-found-anywhere-else-which-of-the-following-term-is-used-to-notify-such-species-1-threatened-species-2-keystone-species-3-end https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ5NDk1-frugivorous-birds-are-found-in-large-numbers-in-tropical-forests-mainly-because-of-1-lack-of-niche-specialisation-2-higher-annual-rainfall-3-availability-of-fruits-throughout-the-year-4-temperature-co https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDQz-the-given-picture-shows-the-plant-rauwolfia-vomitoria-a-medicinal-plant-the-genetic-variants-of-this-plant-in-different-himalayan-ranges-have-different-concentration-and-potency-of-the-active-chemical https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDQ0-the-following-pie-chart-proportionates-the-number-of-species-in-various-invertebrate-taxa-a-b-and-c-will-represent-a-b-c-1-insects-echinoderms-molluscs-2-insects-molluscs-crustaceans-3-crustaceans-ins https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDQ1-the-following-pie-chart-proportionates-the-number-of-species-in-various-vertebrate-taxa-what-will-be-true-regarding-the-animals-shown-in-the-pie-chart-statement-i-lsquo-a-rsquo-group-will-be-of-fishes https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDQ3-how-many-of-the-given-statements-will-be-true-regarding-the-graph-showing-species-ndash-area-relationship-i-within-a-region-species-richness-decreases-with-increasing-explored-area-ii-the-rectangular https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDQ4-the-given-figure-shows-one-of-the-most-important-causes-of-the-loss-of-biodiversity-on-earth-i-a-is-the-emergence-of-discontinuities-in-an-organism-s-preferred-environment-habitat-causing-population-d https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDQ5-match-each-picture-in-table-i-with-the-name-of-the-organism-in-table-ii-and-select-the-correct-match-from-the-codes-given-table-i-a-b-c-d-table-ii-p-thylacine-q-dodo-r-quagga-s-steller-rsquo-s-sea-cow https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDUw-the-beautiful-flowers-shown-in-the-picture-actually-belong-to-a-plant-infamously-called-as-the-lsquo-terror-of-bengal-rsquo-what-will-be-true-for-this-plant-statement-i-it-was-always-a-native-of-india https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDUx-study-the-given-picture-and-select-the-correct-statements-statement-i-a-is-clarias-gariepinus-and-its-introduction-in-indian-rivers-is-posing-a-threat-to-the-indigenous-catfishes-statement-ii-b-is-nil https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDUy-what-will-be-true-for-the-portion-highlighted-in-green-in-the-map-shown-i-it-is-the-amazon-rainforest-area-ii-it-is-called-as-the-lsquo-lung-rsquo-of-planet-earth-iii-this-area-is-very-poor-in-biodive https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDUz-the-given-picture-shows-the-mawphlang-sacred-grove-in-east-khasi-hills-statement-i-these-hills-are-located-in-the-state-of-manipur-statement-ii-they-are-in-situ-method-of-biodiversity-conservation-sta https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDU0-identify-the-incorrect-statement-1-biodiversity-is-the-term-popularised-by-the-sociobiologist-edward-wilson-to-describe-the-combined-diversity-at-all-levels-of-biological-organisation-2-iucn-stands-fo https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDU1-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-biologists-make-a-statistical-comparison-of-the-temperate-tropical-species-richness-of-a https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MDU2-identify-the-correctly-matched-pairs-i-narrowly-utilitarian-argument-for-conserving-biodiversity-humans-derive-countless-direct-benefits-from-nature-ii-broadly-utilitarian-argument-for-conserving-biod https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4MzU5-the-largest-tiger-reserve-in-india-is-1-valmiki-2-nagarjunsagar-srisailam-3-periyar-4-nagarhole-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4NDk1-which-organization-publishes-the-red-data-book-1-iucn-2-unep-3-wwf-4-gef-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4ODky-the-map-given-in-the-picture-below-shows-1-location-of-desert-biomes-on-earth-2-hotspots-of-biodiversity-3-sites-of-major-earthquake-disasters-in-the-present-century-4-places-on-earth-where-the-threat https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzYzNjYz-assertion-a-it-is-not-easy-to-tell-the-exact-number-of-species-recorded-on-earth-reason-r-there-are-published-records-of-all-the-species-discovered-and-named-1-both-a-and-r-are-true-and-r-is-the-corre https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzYzNjY0-assertion-a-the-conservation-of-biodiversity-is-a-collective-responsibility-of-all-nations-reason-r-biodiversity-knows-no-political-boundaries-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY0NzYx-a-more-conservative-and-scientifically-sound-estimate-made-by-robert-may-places-the-global-species-diversity-at-about-1-1-8-million-2-7-million-3-22-22-million-4-50-million-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY0NzYy-biodiversity-hotspots-are-characterised-by-all-the-following-features-except-1-presence-of-a-large-number-of-species-2-high-degree-of-endemism-3-mostly-located-in-the-tropical-region-4-no-threat-of-ex https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY0ODQ1-consider-the-two-statements-statement-i-in-general-species-diversity-increases-as-we-move-away-from-the-equator-towards-the-poles-statement-ii-with-very-few-exceptions-tropics-harbour-more-species-tha https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY0ODg2-biodiversity-hotspots-are-not-characterised-by-1-having-a-large-number-of-species-2-abundance-of-endemic-species-3-being-mostly-located-in-the-tropics-4-being-mostly-located-in-the-polar-regions-1-2-3 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY0OTM3-the-sobriquet-lungs-of-the-planet-earth-rdquo-is-used-for-1-western-ghats-in-india-2-alpine-tundra-3-amazon-rainforest-4-khasi-and-jaintia-hills-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY0OTU3-consider-the-two-statements-assertion-a-removal-of-a-keystone-species-from-a-community-affects-community-structure-significantly-reason-r-keystone-species-are-always-the-apex-predators-in-an-ecosystem https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY1NzY2-all-the-following-are-lsquo-ex-situ-rsquo-methods-for-conservation-of-biodiversity-except-1-zoological-parks-2-botanical-gardens-3-wildlife-safari-parks-4-national-parks-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY1Nzgw-consider-the-two-statements-assertion-a-the-lsquo-sixth-extinction-rsquo-presently-in-progress-is-different-from-the-previous-episodes-of-species-extinction-reason-r-the-current-species-extinction-rat https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY1ODAz-consider-the-given-two-statements-statement-i-the-broadly-utilitarian-argument-for-conserving-biodiversity-says-that-humans-derive-countless-direct-economic-benefits-from-nature-statement-ii-the-ethic https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY1ODMw-consider-the-given-two-statements-statement-i-more-than-25-of-the-drugs-currently-sold-in-the-market-worldwide-are-derived-from-plants-statement-ii-amazon-forest-is-estimated-to-produce-through-photos https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY1ODk4-what-will-be-true-for-proportionate-number-of-species-representing-global-biodiversity-1-the-number-of-lichens-is-much-more-than-the-number-of-algae-2-the-number-of-mosses-is-much-less-than-the-number https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY2MDYz-the-name-of-alexander-von-humboldt-is-associated-with-1-the-concept-of-competitive-release-2-rivet-popper-hypothesis-3-the-concept-of-species-area-relationship-4-ecological-sanitation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY2MDcx-a-stable-community-in-an-ecosystem-i-should-show-a-considerable-increase-in-productivity-every-year-ii-must-be-either-resistant-or-resilient-to-occasional-man-made-and-natural-disturbances-iii-must-be https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY2MTEx-the-earth-summit-was-held-in-1-montreal-1987-2-kyoto-1997-3-rio-de-janeiro-1992-4-johannesburg-2002-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY3MDE2-the-historic-convention-on-biological-diversity-the-earth-summit-was-held-in-rio-de-janeiro-in-the-year-1-20022-1985-3-19924-1986-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY3MDMx-among-the-evil-quartet-which-one-is-considered-the-most-important-cause-driving-extinction-of-species-1-co-extinctions-2-habitat-loss-and-fragmentation-3-over-exploitation-for-economic-gain-4-alien-sp https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY4MTc0-in-rivet-popper-hypothesis-paul-ehrlich-compared-the-rivets-in-an-airplane-to-1-species-within-a-genus2-genetic-diversity-3-ecosystem4-genera-within-a-family-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY4MTg0-the-species-of-plants-that-plays-a-vital-role-in-controlling-the-relative-abundance-of-other-species-in-a-community-is-called-1-alien-species-2-endemic-species-3-exotic-species-4-keystone-species-1-2 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY4MjI1-which-of-the-following-is-are-cause-s-of-biodiversity-losses-1-over-exploitation-habitat-loss-and-fragmentation-2-climate-change-only-3-over-exploitation-only-4-habitat-loss-and-fragmentation-only-1-2 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzgwMDc3-iucn-stands-for-1-indian-union-for-conservation-of-nature-2-international-union-for-conservation-of-nature-3-indian-union-for-chemical-nomenclature-4-international-union-for-conservation-of-nutrients https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246Mzk2MjAx-the-iucn-red-data-list-2004-in-the-last-500-years-documents-the-extinction-of-nearly-784-species-including-1-330-invertebrates-2-338-invertebrates-3-359-invertebrates-4-362-invertebrates-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246Mzk2MjIw-which-one-of-the-following-groups-faces-maximum-threat-of-extinction-1-gymnosperms-2-birds-3-amphibian-4-mammals-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246Mzk3MTk1-one-of-the-ex-situ-conservation-methods-for-endangered-species-is-1-biosphere-reserves-2-national-parks-3-cryopreservation-4-wildlife-sanctuaries-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDU1MDU3-list-of-endangered-species-was-released-by-1-wwf-2-foam-3-iucn-4-geac-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDU1MDYw-the-type-of-conservation-in-which-the-threatened-species-are-taken-out-from-their-natural-habitat-and-placed-in-special-setting-where-they-can-be-protected-and-given-special-care-is-called-1-biodivers https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDU1MDc4-tropical-regions-show-greatest-level-of-species-richness-because-a-tropical-latitudes-have-remained-relatively-undisturbed-for-millions-of-years-hence-more-time-was-available-for-species-diversificati https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDU1MDg0-these-are-regarded-as-major-causes-of-biodiversity-loss-a-over-exploitation-b-co-extinction-c-mutation-d-habitat-loss-and-fragmentation-e-migration-choose-the-correct-option-1-a-b-c-and-d-only-2-a-b-a https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDU1MDg5-match-list-i-with-list-ii-list-i-list-ii-a-robert-may-i-species-area-relationship-b-alexander-von-humboldt-ii-long-term-ecosystem-experiment-using-outdoor-plots-c-paul-ehrlich-iii-global-species-diver https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDU2Njkw-given-below-are-two-statements-statement-l-rain-forests-which-used-to-cover-more-than-14-of-the-earth-s-land-surface-are-now-reduced-to-6-statement-ii-the-amazon-rain-forest-has-the-greatest-biodivers https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDU2ODI2-identify-the-place-s-from-the-following-where-sacred-groves-are-not-found-a-aravalli-hills-of-rajasthan-b-chanda-and-bastar-area-of-madhya-pradesh-c-mudumalai-sanctuary-in-tamil-nadu-d-khasi-and-jaint https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDU2ODYw-highest-annual-net-primary-productivity-is-observed-in-1-tropical-deciduous-forest-2-temperate-evergreen-forest-3-temperate-deciduous-forest-4-tropical-rain-forest-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTMyMTE2-the-sixth-mass-extinction-differs-from-previous-ones-because-it-is-primarily-caused-by-1-volcanic-eruptions-2-human-activities-like-habitat-destruction-and-climate-change-3-asteroid-impacts-4-natural https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDE0ODcz-which-of-the-following-areas-on-earth-has-the-greatest-biodiversity-1-amazonian-rain-forest-in-south-america-2-sub-saharan-africa-3-south-east-asia-4-australian-continent-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTgxNzg3-although-india-has-only-2-4-of-world-s-area-its-share-of-global-species-diversity-is-about-1-3-2-5-3-8-4-11-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTM4-which-of-the-following-forests-is-known-as-the-lungs-of-the-planet-earth-1-taiga-forest-2-tundra-forest-3-amazon-rain-forest-4-rainforests-of-north-east-india-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTMyMTk2-nile-perch-carrot-grass-and-water-hyacinth-are-all-examples-of-1-keystone-species-2-ecotypes-3-sibling-species-4-invasive-species-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDE3NDQ5-rivet-popper-hypothesis-a-famous-analogy-in-ecological-studies-was-given-by-1-sigma-aldrich-2-paul-ehrlich-3-connell-4-constanza-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTMxNDgw-currently-the-most-important-cause-driving-animals-and-plants-to-extinction-is-1-habitat-loss-and-fragmentation-2-alien-species-invasions-3-over-exploitation-4-co-extinctions-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTE1Nzc2-the-organization-which-publishes-the-red-list-of-species-is-1-icfre-2-iucn-3-unep-4-wwf-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTI4MTA1-according-to-robert-may-what-is-the-estimated-global-species-diversity-1-20-50-million-2-10-million-3-7-million-4-5-million-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246Mzg3MDcz-which-of-the-following-feature-s-should-be-shown-by-a-stable-community-1-resistant-to-invasion-of-alien-species-2-resistant-to-occasional-disturbances-3-less-variation-in-year-to-year-productivity-4-a https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY0OTUw-main-reason-for-disturbance-of-biological-diversity-1-greenhouse-effect-2-hunting-3-soil-erosion-4-destruction-of-natural-habitats-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTI4MTA2-how-does-species-diversity-generally-change-as-we-move-from-the-equator-toward-the-poles-1-it-increases-2-it-remains-constant-3-it-decreases-4-it-first-decreases-and-then-increases-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDA1OTI2-alexander-von-humboldt-is-known-for-the-concept-of-1-competitive-release-2-character-displacement-3-species-area-relationship-4-interference-competition-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY1MDYz-species-diversity-is-maximum-in-1-tropical-rain-forests-2-temperate-forests-3-deserts-4-hill-slopes-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTIzNTc-the-highest-number-of-species-in-the-world-is-represented-by-1-fungi-2-mosses-3-algae-4-lichens-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzI4ODY0-among-animals-which-of-the-following-is-the-most-species-rich-taxonomic-group-1-insects-2-molluscs-3-crustacean-4-other-animal-groups-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTk4MTU-loss-of-biodiversity-in-a-region-may-lead-to-1-decline-in-plants-production-2-lowered-resistance-to-environmental-perturbations-such-as-draught-3-increased-variability-in-certain-ecosystem-process-suc https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDEw-which-region-has-the-greatest-biodiversity-on-earth-1-temperate-forests-in-the-midwest-of-the-usa-2-forests-in-greenland-at-71-n-3-grasslands-in-new-york-at-41-n-4-the-amazonian-rainforest-in-south-am https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjgxMzU-what-is-are-the-correct-explanation-s-for-the-species-richness-of-the-tropics-1-tropics-had-less-evolutionary-time-for-species-diversification-2-tropics-provide-a-relatively-constant-environment-3-tro https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4ODg5-with-respect-to-biodiversity-in-india-examine-the-following-statements-and-select-the-correct-option-1-in-terms-of-species-diversity-india-s-share-is-8-1-2-india-is-one-of-the-12-mega-diversity-countr https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTk5MzYx-the-decline-in-the-population-of-indian-native-fishes-due-to-the-introduction-of-clarias-gariepinus-in-the-river-yamuna-can-be-categorised-as-1-co-extinction-2-habitat-fragmentation-3-over-exploitatio https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTM5-the-active-chemical-drug-reserpine-is-obtained-form-1-datura-2-rauwolfia-3-atropa-4-papaver-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDE0-what-analogy-did-paul-ehrlich-use-to-explain-the-importance-of-species-diversity-in-ecosystems-1-an-ecosystem-as-a-large-machine-with-each-species-as-a-gear-2-an-airplane-held-together-by-rivets-where https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDA4-what-does-the-metaphor-nature-s-biological-library-is-burning-even-before-we-catalogued-the-titles-imply-1-new-species-are-evolving-faster-than-they-can-be-discovered-2-many-species-face-the-risk-of-e https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246ODk0MDA-red-list-contains-data-or-information-on-1-all-economically-important-plants-2-plants-whose-products-are-in-international-trade-3-threatened-species-4-marine-vertebrates-only-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4OTQ4-on-a-logarithmic-scale-the-species-area-relationship-is-a-straight-line-described-by-the-equation-logs-logc-zlogalogs-logc-zlogalogs-logc-zloga-which-symbol-represents-regression-coefficient-1-s-2-c-3 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDE3NDMz-as-per-ncert-textbook-what-is-the-total-number-of-mega-diversity-countries-in-the-world-1-3-2-7-3-10-4-12-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTI4MTA4-what-was-the-primary-cause-of-extinction-for-species-like-steller-s-sea-cow-and-the-passenger-pigeon-in-the-last-500-years-1-habitat-destruction-2-climate-change-3-overexploitation-by-humans-4-natural https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTI4MDM1-which-of-the-following-statements-regarding-the-african-catfish-clarias-gariepinus-is-correct-1-clarias-gariepinus-is-native-to-india-and-has-been-a-part-of-the-river-ecosystem-for-centuries-2-the-int https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjgxMTU-term-biodiversity-was-popularised-by-1-robert-may-2-edward-wilson-3-paul-ehrlich-4-c-mobius-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDI3-match-the-following-recently-extinct-species-with-their-respective-regions-column-i-species-column-ii-region-a-dodo-1-russia-b-quagga-2-mauritius-c-thylacine-3-africa-d-steller-s-sea-cow-4-australia-e https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDA2-why-are-estimates-of-prokaryotic-species-diversity-challenging-for-biologists-1-conventional-taxonomic-methods-are-not-effective-for-identifying-microbial-species-and-many-are-not-culturable-in-labs-2 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246Mzg3MjIz-iucn-red-list-2004-documents-the-extinction-of-a-species-in-the-last-b-years-1-a-500-b-300-2-a-784-b-500-3-a-654-b-500-4-a-984-b-300-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDA5-which-of-the-following-statements-best-describes-the-latitudinal-gradient-in-species-diversity-1-species-diversity-increases-as-we-move-away-from-the-equator-towards-the-poles-2-species-diversity-is-e https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDAx-what-statistical-approach-do-biologists-use-to-estimate-the-total-number-of-species-on-earth-especially-considering-the-high-species-diversity-in-the-tropics-1-they-directly-count-all-tropical-species https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDEy-according-to-the-species-area-relationship-described-by-alexander-von-humboldt-species-richness-1-increases-indefinitely-with-increasing-explored-area-2-decreases-with-increasing-explored-area-3-incre https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTY3Mjgy-why-is-biodiversity-conservation-considered-a-vital-global-issue-1-biodiversity-loss-affects-only-large-mammals-and-birds-2-only-a-few-countries-benefit-from-maintaining-global-biodiversity-3-rapid-sp https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTI3MjU-which-one-of-the-following-shows-maximum-genetic-diversity-in-india-1-rice-2-maize-3-mango-4-groundnut-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTI4MTA0-which-of-the-following-is-an-example-of-genetic-diversity-1-different-species-of-plants-found-in-a-tropical-rainforest-2-variation-in-the-potency-of-reserpine-in-rauwolfia-vomitoria-across-different-h https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NzUyNjE-introduced-species-can-have-deleterious-effects-on-biological-communities-by-1-preying-on-native-species-2-competing-with-native-species-for-food-or-light-3-displacing-native-species-4-all-of-the-opti https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTY3MjQ1-a-keystone-species-is-one-that-1-is-most-abundant-2-is-the-top-carnivore-only-3-is-rare-but-has-large-impact-on-community-structure-4-has-highest-reproductive-rate-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTIyODA0-which-of-the-following-is-not-an-invasive-species-1-parthenium-hysterophorus-2-ocimum-sanctum-3-lantana-camara-4-eicchornia-crassipes-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTY3MTg2-a-wetland-is-invaded-by-eichhornia-which-spreads-fast-native-fish-decline-dissolved-oxygen-drops-zooplankton-collapse-explain-1-alien-species-often-outperform-natives-disrupting-ecosystem-functions-2 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTIwMjMx-which-of-the-following-best-describes-the-impact-of-invasive-alien-species-1-alien-species-always-benefit-the-native-ecosystem-by-increasing-biodiversity-and-improving-habitat-stability-2-when-introdu https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTY3Mjkz-identify-the-incorrect-statement-1-the-current-extinction-event-is-largely-driven-by-human-activities-2-earlier-mass-extinctions-occurred-before-humans-appeared-on-earth-3-the-sixth-extinction-is-uniq https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU5NTA5-straight-line-relation-of-species-area-curve-can-be-expressed-as-1-log-s-log-c-z-log-a-2-log-c-log-z-s-log-a-3-c-asz-4-s-caz-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4ODI5-the-largely-tropical-amazonian-rain-forest-in-south-america-1-produce-20-of-the-total-o2o2o2-in-the-earth-s-atmosphere-2-has-3000-species-of-birds-3-has-378-species-of-fishes-4-is-home-to-4000-species https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4Njcw-how-many-genetically-different-strains-of-rice-are-found-in-india-1-less-than-50-000-2-1000-3-more-than-50-000-4-3-00-000-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDA1OTI1-the-diversity-of-plants-and-animals-is-not-uniform-throughout-the-world-but-shows-a-rather-uneven-distribution-what-will-be-true-in-this-regard-i-in-general-species-diversity-decreases-as-we-move-away https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDE3MzU0-the-most-successful-plants-on-earth-are-1-algae-2-angiosperms-3-bryophytes-4-ferns-and-allies-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTg3MTk4-which-of-the-following-region-has-maximum-biodiversity-1-taiga-2-tropical-forest-3-temperate-rain-forest-4-mangroves-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4OTM2-tropical-environments-unlike-temperate-ones-are-less-seasonal-relatively-more-constant-and-predictable-such-constant-environment-promote-1-deforestation-2-mass-extinctions-3-over-exploitation-4-niche https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU2OTYx-india-has-more-than-1200-species-of-birds-this-is-because-1-india-with-much-of-it-s-land-area-in-the-tropical-latitudes-2-india-with-much-of-it-s-land-area-in-temperate-latitudes-3-india-with-it-s-con https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTE1Nzc4-given-below-is-the-representation-of-the-extent-of-global-diversity-of-invertebrates-what-groups-the-four-portions-a-d-represent-respectively-a-b-c-d-1-insects-crustaceans-other-animal-groups-molluscs https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTY3Mjk0-identify-the-incorrect-statement-1-water-hyacinth-lantana-and-parthenium-are-invasive-weeds-harmful-to-native-species-2-introduction-of-the-nile-perch-led-to-loss-of-hundreds-of-cichlid-species-in-lak https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTIwMjI4-which-of-the-following-correctly-differentiates-genetic-diversity-from-species-diversity-1-genetic-diversity-measures-the-number-of-different-species-in-a-region-while-species-diversity-measures-the-g https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4NDEx-choose-the-incorrect-statement-regarding-patterns-of-biodiversity-1-little-biodiversity-at-the-pole-2-it-shows-latitudinal-and-latitudinal-gradient-3-it-increases-as-we-move-from-columbia-to-greenland https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDE3Mzcw-consider-the-given-two-statements-assertion-a-tropics-have-provided-more-evolutionary-time-for-species-diversification-reason-r-the-species-diversity-in-tropics-is-lower-than-in-the-temperate-regions https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246Mzg3MTMx-the-variation-shown-by-the-medicinal-plant-rauwolfia-vomitoria-growing-in-different-himalayan-ranges-represents-1-genetic-diversity-2-species-diversity-3-ecological-diversity-4-community-diversity-1-2 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTI4MTA3-which-of-the-following-is-a-characteristic-of-a-stable-community-1-high-variation-in-productivity-from-year-to-year-2-susceptibility-to-invasions-by-alien-species-3-inability-to-recover-from-environme https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTk5NDE4-western-ghats-have-a-large-number-of-plant-and-animal-species-that-are-not-found-anywhere-else-which-of-the-following-terms-will-you-use-to-notify-such-species-1-endemic-2-vulnerable-3-threatened-4-ke https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTc3MjY4-given-below-are-pie-diagram-l-ll-and-lll-related-to-the-proportionate-number-of-species-of-major-taxa-of-invertebrates-vertebrates-and-plants-respectively-critically-study-the-fill-in-the-blanks-a-b-c https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDIz-co-extinction-is-likely-to-occur-when-1-an-invasive-species-replaces-the-native-species-in-an-ecosystem-2-habitat-fragmentation-occurs-in-a-specific-region-3-biodiversity-levels-increase-significantly https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTk4MDI-which-of-the-following-rainforest-is-home-to-more-than-40-000-species-of-plants-3000-of-fishes-1300-of-birds-427-of-mammals-427-of-amphibians-378-of-reptiles-and-more-than-1-25-000-invertebrates-1-ama https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTIwMjI5-how-many-of-the-following-statements-about-global-biodiversity-are-correct-statement-a-more-than-70-of-all-recorded-species-are-animals-while-plants-including-algae-fungi-bryophytes-gymnosperms-and-an https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTczNTY5-match-cause-with-example-list-i-list-ii-a-habitat-loss-p-passenger-pigeon-extinction-b-over-exploitation-q-nile-perch-in-lake-victoria-c-alien-species-invasion-r-amazon-deforestation-1-a-r-b-p-c-q-2-a https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4Mzc0-anthropogenic-extinction-is-called-1-fifth-mass-extinction-2-fouth-mass-extinction-3-sixth-mass-extinction-4-seventh-mass-extinction-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2OTI-amongst-the-animal-groups-given-below-which-one-appears-to-be-more-vulnerable-to-extinction-1-insects2-mammals-3-amphibians4-reptiles-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTIzOTAw-identify-the-incorrect-statement-about-global-biodiversity-1-more-than-70-of-all-recorded-species-are-animals-2-insects-make-up-less-than-50-of-all-known-animal-species-3-plants-including-algae-fungi https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTY3Mjgz-why-is-it-difficult-to-estimate-the-total-number-of-species-on-earth-1-tropics-contain-very-few-undiscovered-species-2-most-species-have-already-been-fully-catalogued-globally-3-only-temperate-species https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTQw-which-of-the-following-group-exhibit-more-species-diversity-1-gymnosperms-2-algae-3-bryophytes-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjAxMDM1-relationship-between-species-richness-s-and-area-a-represented-in-the-following-graph-is-described-by-the-equation-1-log-s-log-a-z-log-c-2-log-s-log-c-z-log-a-3-log-c-log-a-s-log-a-4-log-c-log-s-z-log https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTY3Mjk1-identify-the-incorrect-statement-about-recent-extinctions-mentioned-in-the-passage-1-the-dodo-of-mauritius-the-quagga-of-africa-and-the-thylacine-of-australia-are-examples-of-species-that-went-extinct https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzM3MzQ2-david-tilman-conducted-long-term-ecosystem-experiments-using-outdoor-plots-his-findings-include-i-plots-with-more-species-showed-less-year-to-year-variation-in-total-biomass-ii-increased-biodiversity https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDEz-in-the-species-area-relationship-when-considering-very-large-areas-such-as-entire-continents-what-does-a-steeper-slope-higher-z-value-indicate-1-there-is-a-greater-increase-in-species-richness-with-in https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTY3MzA3-a-freshwater-lake-has-recently-lost-several-native-fish-species-after-a-new-species-of-carp-was-introduced-for-aquaculture-which-cause-of-biodiversity-loss-best-matches-this-situation-1-over-exploitat https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTY3MjQ0-species-area-relationships-follow-a-mathematical-form-s-caz-in-most-ecosystems-the-value-of-z-lies-between-1-0-01-0-02-2-0-1-0-2-3-0-6-0-8-4-1-2-2-0-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU2OTMx-diversity-can-be-understood-by-which-of-the-following-terminology-1-heterogeneity-2-homogeneity-3-homozygosity-4-heterotrophic-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ4MTg1-read-the-given-statements-and-select-the-correct-option-statement-a-nile-perch-a-large-predator-fish-was-introduced-into-lake-victoria-of-east-africa-which-eliminated-cichlid-fishes-that-were-endemic https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjAxMDQz-extinction-of-more-than-200-species-of-cichlid-fish-in-lake-victoria-was-due-to-introduction-of-1-african-catfish-2-nile-perch-3-clarias-gariepinus-4-lantana-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTUxNzc0-which-of-the-following-best-represents-the-percentage-of-global-biodiversity-made-up-by-insects-1-around-50-of-all-animal-species-2-more-than-70-of-all-animal-species-3-around-30-of-all-animal-species https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTUxOTY4-what-is-the-primary-reason-alien-species-reduce-local-biodiversity-1-they-provide-new-habitats-2-they-compete-with-native-species-for-resources-3-they-increase-genetic-diversity-4-they-stabilize-the-e https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTUxNzQ4-what-does-the-term-frugivorous-mean-1-feeding-on-leaves-2-feeding-on-fruits-3-feeding-on-seeds-4-feeding-on-insects-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTUxODI3-the-species-area-curve-shows-a-steeper-slope-for-larger-areas-because-1-larger-areas-have-more-uniform-habitats-2-larger-areas-contain-more-diverse-habitats-3-smaller-areas-have-more-species-density-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTUxOTc0-the-relationship-between-ecosystem-stability-and-biodiversity-is-1-inversely-proportional-2-directly-proportional-3-no-relationship-4-random-relationship-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTUxNzM2-the-difference-between-species-diversity-and-ecological-diversity-is-that-1-species-diversity-refers-to-genetic-variations-while-ecological-diversity-refers-to-habitat-variations-2-species-diversity-r https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTUxOTYy-scientists-estimate-total-species-on-earth-by-1-direct-counting-of-all-species-2-satellite-imaging-3-extrapolation-from-known-species-ratios-4-dna-sequencing-only-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTE4MzMy-which-of-the-following-statements-correctly-describes-biodiversity-hotspots-as-highlighted-in-ecological-studies-1-biodiversity-hotspots-are-regions-with-moderate-species-richness-where-species-are-wi https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTQy-the-historic-convention-on-biological-diversity-held-in-rio-de-janeiro-in-1992-is-known-as-1-cites-convention-2-the-earth-summit-3-g-16-summit-4-mab-programme-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTMxMzg1-the-historic-convention-on-biological-diversity-the-earth-summit-was-held-in-a-in-1992-and-in-a-follow-up-the-world-summit-on-sustainable-development-was-held-in-2002-in-b-1-a-rio-de-janeiro-b-johanne https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTE4NDc1-how-many-biodiversity-hot-spots-have-been-identified-in-the-world-1-30-2-3-3-34-4-20-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4OTA2-what-do-you-mean-by-bioprospecting-1-biological-analysis-of-living-things-to-classify-them-2-exploring-molecular-genetic-and-species-level-diversity-for-products-of-economic-importance-3-exploring-for https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTE1Nzgy-which-one-of-the-following-areas-in-india-is-a-hotspot-of-biodiversity-1-sunderbans-2-western-ghats-3-eastern-ghats-4-gangetic-plain-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjAxMDQ4-gametes-of-threatened-species-can-be-preserved-in-viable-and-fertile-condition-for-long-periods-using-1-wildlife-safari-parks-2-on-site-conservation-3-cryopreservation-4-botanical-gardens-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTI4MTA5-consider-the-given-two-statements-statement-1-in-in-situ-conservation-the-entire-ecosystem-is-conserved-to-protect-biodiversity-at-all-levels-statement-2-saving-a-forest-to-protect-the-tiger-is-an-exa https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDM5MTgz-which-of-the-following-is-not-an-ex-situ-method-for-conservation-of-biodiversity-1-seed-banks-2-cryopreservation-3-botanical-gardens-4-biosphere-reserves-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDY4NjM3-cryopreservation-technique-is-used-for-1-protection-of-environment-2-protection-of-biodiversity-hotspots-3-preservation-of-gametes-in-viable-and-fertile-conditions-for-a-long-period-4-in-situ-conserva https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTg5MTY2-in-which-of-the-following-do-both-pairs-have-the-correct-combination-1-in-situ-conservation-national-park-ex-situ-conservation-botanical-garden-2-in-situ-conservation-cryopreservation-ex-situ-conserva https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDE3NDIx-all-the-following-are-biodiversity-hotspots-in-india-except-1-western-ghats-2-eastern-himalayas-3-indo-burma-4-rann-of-kutch-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4OTI3-which-of-these-is-not-an-in-situ-conservation-strategy-of-biodiversity-1-hotspots-2-wildlife-sanctuaries-3-sacred-groves-4-cryopreservation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTY3MTk5-consider-the-given-two-statements-statement-a-sacred-groves-are-in-situ-conservation-sites-because-they-protect-entire-ecosystems-within-natural-landscapes-statement-b-botanical-gardens-are-ex-situ-co https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTI4NTA-which-one-of-the-following-is-an-example-of-ex-situ-conservation-1-wildlife-sanctuary-2-seed-bank-3-sacred-groves-4-national-park-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDMy-which-of-the-following-statements-accurately-describes-the-difference-between-ex-situ-and-in-situ-conservation-and-the-situations-in-which-they-are-applied-1-ex-situ-conservation-involves-protecting-s https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246Mzg3MDg1-number-of-biosphere-reserves-national-parks-and-wild-life-sanctuaries-in-india-are-respectively-1-90-14-448-2-14-90-448-3-90-448-14-4-14-448-19-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTE1Nzg0-sacred-groves-are-specially-useful-in-1-generating-environmental-awareness-2-preventing-soil-erosion-3-year-round-flow-of-water-in-rivers-4-conserving-rare-and-threatened-species-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4NjY3-all-given-are-included-among-34-hot-spots-of-world-except-1-indo-burma-2-western-ghats-and-sri-lanka-3-himalaya-4-sarguja-chanda-and-bastar-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ5NTEx-the-world-summit-on-sustainable-development-held-in-2002-in-johannesburg-south-africa-pledged-for-1-a-significant-reduction-in-the-current-rate-of-biodiversity-loss-2-declaration-of-more-biodiversity https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTA5Mzc-the-species-confined-to-a-particular-region-and-not-found-elsewhere-are-termed-as-1-keystone-2-alien-3-endemic-4-rare-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY1NjQ1-viable-material-of-endangered-species-can-be-preserved-by-1-gene-bank-2-gene-library-3-herbarium-4-gene-pool-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTI5-which-one-of-the-following-is-not-a-feature-of-biodiversity-hotspots-1-a-large-number-of-species-2-abundance-of-endemic-species-3-mostly-located-in-the-tropics-4-mostly-located-in-the-polar-regions-1 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTQz-what-is-common-to-the-techniques-i-in-vitro-fertilization-ii-cryopreservation-iii-tissue-culture-1-all-are-in-situ-conservation-methods-2-all-are-ex-situ-conservation-methods-3-all-require-ultra-moder https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTI0MTgy-in-conservation-biology-the-in-situ-conservation-strategy-is-considered-superior-to-ex-situ-conservation-because-1-it-eliminates-the-risk-of-genetic-erosion-caused-by-human-intervention-2-it-completel https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4ODA3-read-the-following-statement-carefully-amazon-forest-is-estimated-to-produce-through-photosynthesis-20-percent-of-the-total-oxygen-in-the-earth-s-atmosphere-this-is-aspect-for-conserving-biodiversity https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2ODg-which-one-of-the-following-is-not-a-major-characteristic-feature-of-biodiversity-hotspots-1-a-large-number-of-species-2-abundance-of-endemic-species-3-mostly-located-in-the-tropics-4-mostly-located-in https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTUxOTcx-which-consumptive-use-value-of-biodiversity-provides-materials-like-cotton-and-jute-1-food-value-2-medicine-value-3-fuel-value-4-fiber-value-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTUxOTYz-sacred-groves-contribute-to-biodiversity-conservation-by-1-providing-recreational-spaces-2-protecting-species-through-religious-beliefs-3-creating-artificial-ecosystems-4-promoting-tourism-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MjY4NTI-although-india-has-only-2-4-of-world-s-area-its-share-of-global-species-diversity-is-about-1-3-2-5-3-8-4-11-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246MzUyODc-given-below-is-the-representation-of-the-extent-of-global-diversity-of-invertebrates-what-groups-the-four-portions-a-d-represent-respectively-a-b-c-d-1-insects-crustaceans-other-animal-groups-molluscs https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2MjY-sacred-groves-in-india-are-found-in-1-jaintia-hills-of-karnataka-2-western-ghat-regions-of-tamil-nadu-3-aravalli-hills-of-meghalaya-4-bastar-areas-of-madhya-pradesh-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NDI2MzM-the-reasons-behind-conserving-biodiversity-can-be-group-into-categories-which-include-a-narrowly-utilitarian-b-broadly-utilitarian-c-ethical-d-not-utilitarian-1-a-b-2-a-b-c-3-b-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTc1MTI-which-of-the-following-cannot-be-the-reason-for-the-stability-of-biological-community-1-more-species-2-not-much-variations-in-productivity-3-resistant-to-occasional-disturbances-made-by-nature-only-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NTk4MDA-select-the-incorrect-statement-1-india-has-more-than-50-000-genetically-different-strains-of-rice-2-india-has-100-varieties-of-mango-3-the-genetic-variation-in-rauwolfia-vomitoria-can-be-in-terms-of-c https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjIzODI-consider-the-following-statements-i-the-extinction-of-stellar-s-cow-and-passenger-pigeon-is-attributed-to-over-exploitation-ii-the-thylacine-was-the-largest-known-carnivorous-marsupial-of-modern-times https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjIzOTY-consider-the-following-statements-i-india-s-share-of-the-global-species-diversity-is-8-1-approximately-ii-two-ecological-hot-spots-of-the-world-cover-our-bio-diversity-regions-iii-the-amazon-rainfores https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTA1ODk1-choose-the-incorrect-match-regarding-examples-of-recent-extinctions-1-quagga-africa-2-steller-s-sea-cow-russia-3-dodo-myanmar-4-thylacine-australia-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTA1ODk4-select-the-incorrect-statement-1-species-diversity-decreases-as-we-move-away-from-the-equator-towards-the-poles-2-the-iucn-red-list-2004-documents-the-extinction-of-784-species-in-the-last-500-years-3 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTA1OTMy-initially-how-many-biodiversity-hot-spots-were-identified-globally-1-34-2-25-3-20-4-30-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTA1OTQ2-which-one-is-not-a-key-criteria-for-determining-a-hotspot-1-very-high-levels-of-species-richness-2-high-degree-of-those-species-which-are-confined-to-that-region-and-not-found-anywhere-else-3-degree-o https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTIxNDY5-consider-the-following-statements-and-state-true-t-contributes-to-global-warming-or-false-f-a-the-eastern-ghats-have-higher-amphibian-species-diversity-than-the-western-ghats-b-habitat-loss-and-fragme https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTIyODIz-more-conservative-and-scientifically-sound-estimate-made-by-robert-may-places-the-global-species-diversity-at-about-1-1-5-million-2-7-million-3-1-7-million-4-17-million-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTIzMTgz-when-we-conserve-and-protect-the-whole-ecosystem-its-biodiversity-at-all-levels-in-protected-this-approach-includes-all-of-the-following-except-1-seed-bank-2-biosphere-reserves-3-national-parks-4-sanc https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTMwNzM1-which-of-the-following-statement-is-are-correct-a-as-we-move-on-earth-from-low-to-high-latitude-the-biodiversity-increases-b-in-rivet-popper-hypothesis-given-by-paul-ehrlich-rivets-on-the-wings-are-co https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTQ2MjE1-consider-the-given-facts-with-respect-to-biosphere-reserves-and-find-the-correct-one-a-14-in-india-b-tribal-settlements-are-allowed-in-core-zone-c-meant-to-conserve-a-specific-animal-species-d-high-sp https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4MzY5-which-of-the-following-factor-has-not-aided-in-high-species-diversity-of-tropics-1-less-seasonal-variation-promoting-niche-specialization-2-availability-of-more-solar-energy-3-pest-pressure-4-less-mig https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTU4Nzkw-the-world-summit-on-sustainable-development-held-in-in-fill-the-gaps-respectively-by-selecting-the-correct-option-1-2002-johannesburg-south-africa-2-2002-johannesburg-south-america-3-1992-rio-de-janei https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTc3MjUw-which-one-of-the-following-is-not-a-broadly-utilitarian-aspect-of-biodiversity-1-pollination-2-climate-moderation-3-source-of-oxygen-4-source-of-medicine-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTc3Mjcx-communities-with-more-species-tend-to-be-more-stable-than-those-with-less-species-this-was-confirmed-by-1-alexander-von-humboldt-2-david-tilman-3-paul-ehrlich-4-edward-wilson-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTc3Mjcy-many-species-like-steller-s-sea-cow-and-passenger-pigeon-have-been-extinct-which-of-the-following-describes-this-situation-1-overexploitation-by-humans-2-pollution-3-habitat-loss-4-competition-from-in https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTc3Mjc5-which-of-the-following-statements-are-true-l-species-diversity-provides-stability-to-the-ecosystem-ll-communities-with-more-species-tend-to-the-more-stable-than-those-with-less-species-lll-ecosystems https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTc3Mjgw-l-higher-latitude-biodversityincreases-biodversityincreases-biodversityincreases-lower-latitude-poles-equator-ll-higher-latitude-biodiversitydecreases-biodiversitydecreases-biodiversitydecreases-lower https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTc3Mjgy-the-impacts-of-the-loss-of-biodiversity-may-lead-to-i-lowered-resistance-to-environmental-perturbation-ii-decrease-in-plant-production-iii-increase-variability-in-ecosystem-processes-like-water-use-pe https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTc3NDAw-loss-of-biodiversity-in-a-region-may-lead-to-1-decline-in-plant-production-2-lowered-resistance-to-environmental-condition-such-as-drought-3-increased-variability-in-certain-ecosystem-process-4-all-1 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTc3NDAx-sacred-groves-are-example-of-in-situ-conservation-are-found-in-a-khasi-and-jaintia-in-meghalaya-b-aravalli-hills-in-rajasthan-c-chanda-and-bastar-in-madhya-pradesh-d-western-ghats-in-karnataka-1-a-b-o https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTc3NDE0-according-to-alexander-von-humboldt-s-species-area-relationship-formula-log-s-log-c-z-log-a-what-does-z-show-1-species-richness-2-regression-coefficient-3-intercept-4-area-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTk0NTk4-the-historic-convention-on-biological-diversity-the-earth-summit-held-in-a-in-b-1-a-rio-de-janeiro-b-1992-2-a-johannesburg-b-2002-3-a-rio-de-janeiro-b-2002-4-a-johannesburg-b-1992-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTkyODc3-exploring-molecular-genetic-and-species-level-diversity-for-products-of-economic-importance-is-called-1-biomagnification-2-biofortification-3-bioremediation-4-bioprospecting-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTkyODg5-since-the-origin-and-diversification-of-life-on-earth-there-have-been-five-episodes-of-extinction-of-species-how-is-the-sixth-extinction-which-is-in-progress-different-from-the-previous-episodes-1-the https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTkyODg0-which-of-the-following-is-an-in-situ-conservation-method-1-sacred-groves-2-wildlife-safari-parks-3-botanical-gardens-4-seed-banks-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTkyODU1-which-of-the-following-statements-are-correct-a-the-amazon-rainforest-being-cut-and-cleared-for-cultivation-of-soyabeans-is-an-example-of-habitat-loss-b-steller-s-sea-cow-and-passenger-pigeon-became-e https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTkyODUx-the-evil-quartet-of-biodiversity-loss-includes-which-of-the-following-1-over-exploitation-alien-species-invasions-air-pollution-co-extincutions-2-habitat-loss-and-fragmentation-over-exploitation-alien https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTk4MzEy-arrange-the-following-in-descending-order-of-number-of-species-in-the-amazonian-rain-forest-a-plants-b-birds-c-fishes-d-invertebrates-e-mammals-choose-the-correct-answer-from-the-options-given-below-1 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTM1MjQ3-match-list-i-with-list-ii-list-i-list-ii-a-the-evil-quartet-i-cryopreservation-b-ex-situ-ii-alien-species-invasion-c-lantana-camara-iii-causes-of-biodiversity-losses-d-dodo-iv-extinction-choose-the-op https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTM1MjMx-which-one-of-the-following-is-an-example-of-ex-situ-conservation-1-zoos-and-botanical-gardens-2-protected-areas-3-national-park-4-wildlife-sanctuary-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDY4NjAx-the-regions-with-high-level-of-species-richness-high-degree-of-endemism-and-a-loss-of-70-of-the-species-and-habitat-are-identified-as-1-natural-reserves-2-sacred-groves-3-biodiversity-hotspots-4-bioge https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDY4NjEw-which-one-of-the-following-is-not-included-under-in-situ-conservation-1-wild-life-sanctuary-2-botanical-garden-3-biosphere-reserve-4-national-park-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDY4Njgw-match-list-i-with-list-ii-list-i-list-ii-a-biodiversity-hotspot-i-khasi-and-jantia-hills-in-meghalaya-b-sacred-groves-ii-world-summit-in-sustainable-development-2002-c-johannesburg-south-africa-iii-pa https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTg1NDEz-according-to-robert-may-global-species-diversity-is-about-1-20-million-2-50-million-3-7-million-4-1-5-million-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTU2NTI-which-one-of-the-following-is-not-a-method-of-in-situ-conservation-of-biodiversity-1-sacred-grove-2-biosphere-reserve-3-wildlife-sanctuary-4-botanical-garden-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246ODkyODM-which-one-of-the-following-is-related-to-ex-situ-conservation-of-threatened-animals-and-plants-1-biodiversity-hot-spots-2-amazon-rainforest-3-himalayan-region-4-wildlife-safari-parks-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246ODk0NTU-alexander-von-humboldt-described-for-the-first-time-1-laws-of-limiting-factor-2-species-area-relationships-3-population-growth-equations-4-ecological-biodiversity-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246ODkzNzc-how-many-hotspots-of-biodiversity-in-the-world-have-been-identified-till-date-by-norman-myers-1-17-2-25-3-34-4-43-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246ODkzOTg-which-of-the-following-is-correctly-matched-column-i-column-ii-1-aerenchyma-opuntia-2-age-pyramid-biome-3-parthenium-hysterophorus-threat-to-biodiversity-4-stratification-population-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTA1MTg-which-of-the-following-is-the-most-important-cause-of-animals-and-plants-being-driven-to-extinction-1-alien-species-invasion-2-habitat-loss-and-fragmentation-3-co-extinctions-4-over-exploitation-1-2-3 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTEzNTA-cryopreservation-of-gametes-of-threatened-species-in-viable-and-fertile-conditions-can-be-referred-to-as-1-advanced-ex-situ-conservation-of-biodiversity-2-in-situ-conservation-by-sacred-groves-3-in-si https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTEzODg-an-example-of-ex-situ-conservation-is-1-national-park-2-seed-bank-3-wildlife-sanctuary-4-sacred-grove-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTEzOTM-the-organisation-which-publishes-the-red-list-of-species-is-1-icfre-2-iucn-3-unep-4-wwf-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTIwMTI-which-of-the-following-represents-maximum-number-of-species-among-global-biodiversity-1-lichens-2-fungi-3-mosses-and-ferns-4-algae-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjUwOTg2-sacred-groves-are-especially-useful-in-1-preventing-soil-erosion-2-year-round-flow-of-water-in-rivers-3-conserving-rare-and-threatened-species-4-generating-environmental-awareness-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTI2MDM-which-one-of-the-following-has-the-highest-number-of-species-in-nature-1-insects-2-birds-3-angiosperms-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjUxMzUy-biodiversity-of-a-geographical-region-represents-1-species-endemic-to-the-region-2-endangered-species-found-in-the-region-3-the-diversity-in-the-organisms-living-in-the-region-4-genetic-diversity-is-p https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTM3NTA-which-one-of-the-following-is-not-observed-in-biodiversity-hot-spots-1-endemism-2-accelerated-species-loss-3-lesser-interspecific-competition-4-species-richness-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTM4Njc-world-summit-on-sustainable-development-2002-was-held-in-1-brazil-2-sweden-3-argentina-4-south-africa-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTQwODE-which-one-of-the-following-is-not-included-under-in-situ-conservation-1-sanctuary-2-botanical-garden-3-biosphere-reserve-4-national-park-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTQxMzM-which-of-the-following-is-considered-a-hot-spot-of-biodiversity-in-india-1-western-ghats-2-indo-gangetic-plain-3-eastern-ghats-4-aravalli-hills-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY0MTQ2-one-of-the-most-important-functions-of-botanical-gardens-is-that-1-they-allow-ex-situ-conservation-of-germplasm-2-they-provide-the-natural-habitat-for-wildlife-3-one-can-observe-tropical-plants-there https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY1NTA3-the-number-of-wildlife-is-continuously-decreasing-what-is-the-main-reason-for-this-1-predation-2-cutting-down-of-forest-3-destruction-of-habitat-4-hunting-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY0OTUz-best-method-to-preserve-the-wild-relatives-of-plants-1-by-growing-them-in-natural-habitats-2-gene-library-3-by-storing-seeds-4-cryopreservation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY0NDcx-reason-for-elimination-of-wild-life-is-1-deforestation-2-forest-fire-3-floods-4-less-rain-fall-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ3NTE-match-each-item-in-column-i-with-one-in-column-ii-and-choose-the-correct-answer-from-the-codes-given-below-column-i-column-ii-a-genetic-diversity-a-western-ghats-have-greater-amphibian-diversity-than https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MjQ-approximately-what-number-of-species-have-been-identified-named-and-studied-1-1-0-million-2-1-5-million-3-1-7-million-4-2-0-million-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTM2MjU2-amongst-the-vertebrates-the-class-with-maximum-number-of-species-is-1-pisces-2-reptilia-3-aves-4-mammalia-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTYzNzQ3-if-we-consider-invertebrates-the-maximum-global-biodiversity-after-insects-is-seen-in-1-crustaceans-2-echinoderms-3-mollusks-4-annelids-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MjM-although-india-has-only-2-4-of-world-s-area-its-share-of-global-species-diversity-is-about-1-3-2-5-3-8-4-11-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ3NTI-what-is-the-number-of-mega-diversity-countries-in-the-world-1-5-2-12-3-17-4-22-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ3MDY-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-there-is-a-steady-increase-in-species-richness-from-the-arctic-to-the-tropics-reason-r-s https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ3NDA-regarding-the-gradients-of-biodiversity-i-as-we-move-from-poles-to-the-equator-broadly-speaking-biodiversity-decreases-ii-there-is-an-increase-in-species-diversity-from-lower-to-higher-altitudes-1-onl https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MjU-the-greatest-biodiversity-on-the-earth-is-found-in-1-african-grasslands-2-amazonian-rain-forest-in-south-america-3-western-ghats-in-india-4-nile-delta-in-egypt-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MjI-which-of-the-following-is-not-a-reason-that-accounts-for-greater-biodiversity-of-tropics-1-availability-of-more-solar-energy-2-more-niche-specialization-3-more-time-for-species-diversification-4-large https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTg0MTI1-consider-the-two-statements-i-species-diversity-seen-in-tropical-areas-is-much-lower-than-that-seen-in-temperate-areas-ii-temperate-areas-unlike-tropical-areas-are-less-seasonal-more-constant-and-prom https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTg0MTMx-the-name-of-alexander-von-humboldt-is-associated-with-the-concept-of-1-increased-species-diversity-in-stable-communities-2-parallelism-between-evolution-and-ecological-succession-3-resource-partitioni https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjQzNDAw-on-a-logarithmic-scale-the-species-area-relationship-turns-out-to-be-a-1-straight-line-2-rectangular-hyperbola-3-bell-shaped-4-u-shaped-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ3Mzk-consider-three-sample-areas-with-the-following-composition-sample-area-i-has-three-species-of-birds-two-are-represented-by-one-individual-each-and-the-third-by-four-individuals-sample-area-ii-has-thre https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTg0MTI2-all-the-following-describe-a-stable-biological-community-except-1-it-should-always-show-a-significant-increase-in-productivity-from-year-to-year-2-it-must-be-either-resilient-or-resistant-to-occasiona https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ3MDk-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-species-diversity-contributes-to-the-well-being-of-an-ecosystem-reason-r-rich-biodiversi https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ3NTM-identify-the-incorrectly-matched-pair-1-dodo-mauritius-2-quagga-africa-3-thylacine-australia-4-stellar-s-sea-cow-usa-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MTg-which-of-the-following-species-of-tiger-has-not-gone-extinct-1-bali-2-javan-3-caspian-4-siberian-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MTc-which-group-amongst-the-following-has-the-maximum-percentage-of-species-facing-threat-of-extinction-1-amphibians-2-birds-3-mammals-4-gymnosperms-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MTU-loss-of-biodiversity-may-lead-to-all-except-1-decline-in-plant-production-2-increased-resistance-to-environmental-perturbance-3-increased-variability-in-water-use-4-increased-variability-in-pest-and-d https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTM2MjY2-at-present-the-most-important-cause-driving-animals-and-plants-to-extinction-is-1-co-extinctions-2-alien-species-invasions-3-over-exploitation-4-habitat-loss-and-fragmentation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjQzMzk2-consider-the-given-two-statements-i-fragmentation-of-habitat-is-an-important-cause-of-extinction-of-species-ii-minor-fluctuations-in-climate-resources-or-other-factors-can-be-catastrophic-in-small-iso https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MTI-extinction-of-stellar-s-sea-cow-and-passenger-pigeon-was-due-to-1-habitat-loss-and-fragmentation-2-over-exploitation-3-invasion-of-alien-species-4-co-extinctions-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTg0MTI4-lantana-camara-and-clarias-gariepinus-are-examples-of-1-invasive-species-2-apex-predators-3-critical-link-species-4-edge-species-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ3NTU-in-a-co-evolved-highly-specific-plant-pollinator-obligatory-mutualism-if-one-of-the-members-gets-extinct-the-other-most-likely-1-would-increase-in-number-but-the-diversity-in-the-population-would-redu https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MDk-the-search-for-previously-unknown-compounds-in-organisms-that-have-never-been-used-in-traditional-medicine-is-known-as-1-biopiracy-2-bioprospecting-3-molecular-pharming-4-bioremediation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MDg-biodiversity-should-be-conserved-as-it-plays-a-major-role-in-many-ecosystem-services-that-nature-provides-such-an-argument-is-called-1-broadly-utilitarian-2-narrowly-utilitarian-3-ethical-4-moral-1-2 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MTA-what-percentage-of-total-oxygen-in-the-earth-s-atmosphere-is-produced-by-amazon-rainforest-through-photosynthesis-1-50-2-40-3-30-4-20-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTM2MjQ5-identify-the-correct-fact-regarding-the-biodiversity-hot-spots-in-the-world-1-the-current-total-number-is-25-and-3-of-these-cover-india-2-the-current-total-number-is-25-and-2-of-these-cover-india-3-th https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2NTI-the-biodiversity-hotspots-in-india-include-all-the-following-except-1-western-ghats-and-sri-lanka-2-indo-burma-3-himalayas-4-deccan-plateau-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjQzMzIw-sacred-groves-found-in-khasi-and-jaintia-hills-are-located-in-the-indian-state-of-1-arunachal-pradesh-2-chhattisgarh-3-meghalaya-4-west-bengal-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2MDc-when-a-threatened-plant-needs-urgent-measures-to-save-it-from-extinction-the-desirable-approach-is-1-in-situ-conservation-2-ex-situ-conservation-3-cryopreservation-4-biopreservation-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2NTM-what-percent-of-earth-s-area-is-covered-by-hotspots-of-biodiversity-1-less-than-22-about-7-3-about-114-more-than-16-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2NTQ-according-to-your-ncert-text-the-number-of-biosphere-reserves-national-parks-and-wildlife-sanctuary-in-india-are-respectively-1-14-90-and-4482-11-98-and-440-3-15-101-and-4034-13-92-and-427-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ3MjE-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-ex-situ-conservation-while-helpful-in-humankind-s-efforts-to-sustain-and-protect-our-env https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTg0MTMz-which-of-the-following-is-not-an-ex-situ-method-for-conservation-of-biodiversity-1-seed-banks2-zoological-parks-3-sacred-groves4-cryopreservation-of-gametes-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ3MDI-the-historic-convention-on-biological-diversity-held-in-rio-de-janeiro-in-1992-is-known-as-1-cites-convention2-the-earth-summit-3-g-16-summit4-mab-programme-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ2NjI-earth-summit-2012-was-held-in-1-rio2-johannesberg-3-paris4-geneva-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTI1-which-of-the-following-countries-has-the-biggest-biodiversity-1-brazil-2-south-africa-3-russia-4-india-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTI2-which-of-the-following-is-not-a-cause-for-the-loss-of-biodiversity-1-destruction-of-habitat-2-invasion-by-alien-species-3-keeping-animals-in-zoological-parks-4-over-exploitation-of-natural-resources-1 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTI3-q-3-which-of-the-following-is-not-an-invasive-alien-species-in-the-indian-context-1-lantana-2-cynodon-3-parthenium-4-eichhornia-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTI4-where-among-the-following-will-you-find-a-pitcher-plant-1-rain-forest-of-north-east-india-2-sunderbans-3-thar-desert-4-the-western-ghats-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTMw-what-is-common-to-the-following-plants-nepenthes-psilotum-rauwolfia-and-aconitum-1-all-are-ornamental-plants-2-all-are-phylogenetic-link-species-3-all-are-prone-to-overexploitation-4-all-are-exclusive https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTMx-the-one-horned-rhinoceros-is-specific-to-which-of-the-following-sanctuary-1-bhitar-kanika-2-bandipur-3-kaziranga-4-corbett-park-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTMy-q-9-amongst-the-animal-groups-given-below-which-one-has-the-highest-percentage-of-endangered-species-1-insects-2-mammals-3-amphibians-4-reptiles-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTMz-which-one-of-the-following-is-an-endangered-plant-species-of-india-1-rauwolfia-serpentina-2-santalum-album-sandalwood-3-cycas-beddonei-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTM0-q-11-what-is-common-to-lantana-eichhornia-and-african-catfish-1-all-are-endangered-species-of-india-2-all-are-keystone-species-3-all-are-mammals-found-in-india-4-all-the-species-are-neither-threatened https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTM1-q-12-the-extinction-of-passenger-pigeon-was-due-to-1-increased-number-of-predatory-birds-2-overexploitation-by-humans-3-noi-availability-of-the-food-4-bird-flu-virus-inferior-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTM2-which-of-the-following-statements-is-correct-1-parthenium-is-an-endemic-species-of-our-country-2-african-catfish-is-not-a-threat-to-indigenous-catfishes-3-steller-s-sea-cow-is-an-extinct-animal-4-lant https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTM3-among-the-ecosystem-mentioned-below-where-can-one-find-maximum-biodiversity-1-mangroves-2-desert-3-coral-reefs-4-alpine-meadows-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjMyMTQx-q-18-which-of-the-below-mentioned-regions-exhibit-less-seasonal-variations-1-tropics-2-temperates-3-alpines-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzA2ODQ3-match-the-animals-given-in-coloumn-i-with-their-location-in-coloumn-ii-column-i-column-ii-a-dodo-i-africa-b-quagga-ii-russia-c-thylacine-iii-mauritius-d-stellar-s-sea-cow-iv-australia-choose-the-corre https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTE1OTU2-which-of-the-following-is-correctly-matched-1-aerenchyma-opuntia-2-age-pyramid-biome-3-parthenium-hysterophorus-threat-to-biodiversity-4-stratification-population-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTg2MzM2-find-the-wrongly-matched-pair-1-endemism-species-confined-to-a-region-and-not-found-anywhere-else-2-hotspots-western-ghats-3-ex-situ-conservation-zoological-parks-4-sacred-groves-saintri-hills-of-raja https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTMyOTY5-which-of-the-following-is-correctly-matched-1-stratification-population-2-aerenchyma-opuntia-3-age-pyramid-biome-4-parthenium-hysterophorus-threat-to-biodiversity-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246NjQ1OTI-which-of-the-following-is-correctly-matched-1-stratification-population-2-aerenchyma-opuntia-3-age-pyramid-biome-4-parthenium-hysterophorus-threat-to-biodiversity-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTgxOTgy-which-one-of-the-following-is-the-correctly-matched-pair-of-an-endangered-animal-and-a-national-park-1-lion-corbett-national-park-2-rhinoceros-kaziranga-national-park-3-wild-ass-dudhwa-national-park-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTE1ODAx-which-one-of-the-following-is-the-correctly-matched-pair-of-an-endangered-animal-and-a-national-park-1-lion-corbett-national-park-2-rhinoceros-kaziranga-national-park-3-wild-ass-dudhwa-national-park-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTQxMDE-which-one-of-the-following-is-the-correctly-matched-pair-of-an-endangered-animal-and-a-national-park-1-lion-corbett-national-park-2-rhinoceros-kaziranga-national-park-3-wild-ass-dudhwa-national-park-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzQ0MDY3-select-the-incorrect-statement-s-about-biodiversity-a-it-increases-from-high-to-low-latitudes-b-increased-biodiversity-contributes-to-higher-productivity-c-within-a-region-species-richness-increases-w https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246ODk1NTE-which-of-the-following-national-parks-is-home-to-the-famous-musk-deer-or-hangul-1-keibul-lamjao-national-park-manipur-2-bandhavgarh-national-park-madhya-pradesh-3-eaglenest-wildlife-sanctuary-4-dachig https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTEzOTE-a-species-facing-extremely-high-risk-of-extinction-in-the-immediate-future-is-called-1-vulnerable-2-endemic-3-critically-endangered-4-extinct-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzU4NDU2-which-of-the-following-has-maximum-genetic-diversity-in-india-1-mango-2-wheat-3-groundnut-4-rice-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjUwOTQw-select-the-correct-statement-about-biodiversity-1-large-scale-planting-of-bt-cotton-has-no-adverse-effect-on-biodiversity-2-western-ghats-have-a-very-high-degree-of-species-richness-and-endemism-3-con https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjUxMjcz-the-indian-rhinoceros-is-a-natural-inhabitant-of-which-one-of-the-indian-states-1-uttar-pradesh-2-himachal-pradesh-3-assam-4-uttarakhand-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTMzODQ-which-one-of-the-following-has-maximum-genetic-diversity-in-india-1-teak-2-mango-3-wheat-4-tea-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-pb246OTM3MTM-identify-the-odd-combination-of-the-habitat-and-the-particular-animal-concerned-1-dachigam-national-park-snow-leopard-2-sunderbans-bengal-tiger-3-periyar-snow-leopard-4-rann-of-kutch-wild-ass-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY1MDY2-according-to-the-forestry-commission-report-1997-the-total-forest-cover-of-india-is-1-11-2-19-5-3-17-4-18-7-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY1MTkz-recently-extinct-animal-from-india-is-1-acinonyx-2-rhinoceros-unicornieus-3-panthera-leo-4-panthera-tigris-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY1NzI2-what-shall-be-the-effect-of-the-destruction-of-wildlife-1-wild-genes-of-disease-resistance-will-not-be-obtained-2-soil-erosion-3-floods-4-greenhouse-effect-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY2MDg5-which-group-of-vertebrates-comprises-the-highest-number-of-endangered-species-1-mammals-2-fishes-3-reptiles-4-birds-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY2MTAw-which-endangered-animal-is-the-source-of-the-world-s-finest-lightest-warmest-and-most-expensive-wool-the-shahtoosh-1-nilgai-2-cheetal-3-kashmiri-goat-4-chiru-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY0OTUy-in-your-opinion-which-is-the-most-effective-way-to-conserve-the-plant-diversity-of-an-area-1-by-creating-a-biosphere-reserve-2-by-creating-a-botanical-garden-3-by-developing-a-seed-bank-4-by-tissue-cu https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY0MTUx-biodiversity-act-of-india-was-passed-by-the-parliament-in-the-year-1-2002-2-1992-3-1996-4-2000-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY0MjQw-at-which-latitude-heat-gain-through-insulation-approximately-equals-heat-loss-through-terrestrial-radiation-1-424242-1-2-12-12-north-and-south-2-222222-1-2-12-12-north-and-south-3-40-north-and-south-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MjY0MjYw-according-to-iucn-red-list-what-is-the-status-of-red-panda-ailurus-fulgens-1-critically-endangered-species-2-vulnerable-species-3-extinct-species-4-endangered-species-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246Mzg3MzA1-study-the-following-pie-chart-w-r-t-global-diversity-of-plants-and-select-the-correct-option-a-b-c-d-e-f-1-anagios-perms-lichens-algae-fungi-mosses-ferns-and-allies-2-fungi-lichens-algae-angios-perms https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzE1NTA5-match-each-item-in-column-i-with-one-item-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-largest-marine-animal-phylum-p-arthropoda-b-largest-animal-phylum-q-mollus https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDUzNzM2-according-to-the-species-area-relationship-what-happens-to-species-richness-as-the-area-increases-1-it-decreases-exponentially-2-it-increases-exponentially-3-it-increases-at-a-decreasing-rate-4-it-rem https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY5MzE5-assertion-a-tilman-found-that-plots-with-more-species-showed-less-year-to-year-variation-in-total-biomass-reason-r-he-showed-in-his-experiment-that-increased-diversity-contributed-to-higher-productivi https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY5MzIw-assertion-a-paul-ehrlich-explained-the-essentiality-of-biodiversity-for-ecosystem-health-reason-r-according-to-paul-ehrlich-airplane-and-rivets-are-analogy-to-ecosystem-and-species-respectively-1-both https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MzY5MzMy-assertion-a-a-forest-in-a-tropical-region-like-equador-has-upto-10-times-as-many-species-of-vascular-plants-as-a-forest-of-equal-area-in-a-temperate-region-like-the-midwest-of-usa-reason-r-tropical-en https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246Mzg3MjA3-colonisation-of-tropical-pacific-islands-by-humans-have-resulted-in-extinction-of-more-than-3-pecies-of-native-birds-1-2000-2-7000-3-784-4-15000-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246Mzg3MTIz-loss-of-biodiversity-in-a-region-may-lead-to-a-increased-variability-in-certain-ecosystem-processes-b-lowered-resistance-to-environmental-perturbations-c-decline-in-productivity-1-only-a-is-correct-2 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDA1NTcx-consider-the-given-two-statements-statement-i-that-humans-derive-countless-direct-economic-benefits-from-nature-is-the-broadly-utilitarian-argument-for-the-need-to-conserve-biodiversity-statement-ii-t https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDA1NTY1-how-many-of-the-given-statements-are-true-i-amazon-rain-forest-produces-20-of-total-oxygen-in-the-earth-s-atmosphere-ii-all-the-biodiversity-hotspots-put-together-cover-about-10-of-the-earth-s-land-ar https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTI0MDk0-given-below-are-two-statements-statement-i-fishes-have-the-maximum-proportionate-number-of-species-among-the-vertebrates-statement-ii-crustaceans-have-the-second-largest-proportionate-number-of-specie https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDI2-consider-the-following-statements-regarding-invasive-species-statement-i-the-introduction-of-the-nile-perch-into-lake-victoria-led-to-the-extinction-of-several-indigenous-cichlid-fish-species-statemen https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTA3NDE3-consider-the-given-two-statements-assertion-a-ecosystems-with-higher-species-richness-tend-to-be-more-stable-and-resilient-to-disturbances-reason-r-higher-species-richness-reduces-competition-among-sp https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDQzMDk0-consider-the-given-two-statements-assertion-a-a-region-is-designated-as-a-biodiversity-hotspot-if-it-has-rich-species-diversity-and-high-degree-of-endemism-reason-r-biodiversity-hotspots-are-areas-wit https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDA1NTgy-the-number-of-ecological-hotspots-of-biodiversity-that-cover-india-currently-are-1-3-2-12-3-25-4-34-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDQ3MTgy-the-difference-between-ex-situ-and-in-situ-conservation-is-1-ex-situ-conservation-involves-protecting-an-entire-ecosystem-in-its-natural-habitat-while-in-situ-conservation-involves-preserving-genetic https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246MTgyMDE1-consider-the-following-two-statements-i-a-biodiversity-hotspot-is-a-region-with-a-high-level-of-endemic-species-ii-most-hotspots-are-located-in-the-tropics-and-most-of-them-are-forests-1-both-i-and-ii https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDE3NDMx-after-fishes-the-most-diverse-vertebrates-are-1-mammals-2-amphibians-3-birds-4-reptiles-1-2-3-4 https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDA1NTc0-consider-the-given-two-statements-assertion-a-in-situ-conservation-is-preferred-if-the-organism-needed-to-be-protected-is-facing-a-high-threat-of-extinction-reason-r-in-situ-conservation-is-an-on-site https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NTE4MzMx-which-of-the-following-best-defines-the-term-bioprospecting-1-the-process-of-artificially-synthesizing-biological-molecules-to-create-new-pharmaceutical-drugs-and-agricultural-products-2-the-scientifi https://medminds.me/qbank/botany/biodiversity-and-conservation/?q=NP-b246NDE0ODc5-a-direct-benefit-of-biodiversity-to-humans-will-be-1-cultural-and-aesthetic-value-2-carbon-sequestration-3-medicinal-resources-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-Rpb246NzE3Mg-in-five-kingdom-classification-which-single-kingdom-contains-blue-green-algae-nitrogen-fixing-bacteria-and-methanogenic-archaebacteria-1-monera-2-protista-3-plantae-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-Rpb246NzI3MA-in-five-kingdom-classification-unicellular-green-algae-are-included-in-the-kingdom-1-metaphyta-2-protista-3-monera-4-metazoa-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-Rpb246Nzc3MQ-fungi-usually-store-the-reserve-food-material-in-the-form-of-1-starch-2-glycogen-and-oil-3-lipid-4-protein-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1Mjk-consider-the-following-regarding-the-reasons-for-the-fact-that-now-cyanobacteria-are-kept-in-monera-and-not-in-plantae-i-they-are-prokaryotes-ii-the-cell-wall-of-cyanobacteria-has-peptidoglycan-iii-th https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1MzA-which-of-the-following-are-valid-pointers-to-the-demerits-of-the-two-kingdom-classification-proposed-by-linnaeus-i-euglena-has-features-both-of-plants-and-animals-ii-chlamydomanas-is-autotrophic-but-h https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1MzE-identify-the-group-that-is-not-matched-correctly-to-all-the-characters-shown-group-cell-type-cell-wall-nuclear-membrane-body-organization-1-monera-prokaryotic-absent-absent-cellular-2-protista-eukaryo https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1MzI-math-column-i-with-column-ii-and-choose-your-answer-from-the-codes-given-column-i-bacterium-column-ii-shape-i-escherechia-coli-1-spherical-ii-streptococcus-pyogenes-2-helically-coiled-iii-treponema-pa https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1MzM-identify-the-incorrect-statement-regarding-bacteria-1-bacteria-are-the-most-abundant-microorganisms-2-bacteria-live-in-extreme-habitats-where-very-few-other-life-forms-can-survive-3-bacteria-as-a-grou https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1MzQ-consider-the-following-statements-regarding-characters-of-archaebacteria-that-they-share-with-eukaryotes-i-the-cell-wall-does-not-contain-peptidoglycan-ii-dna-associated-with-histones-iii-translation https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1MzU-identify-a-character-that-is-not-unique-to-archaebacteria-1-cell-wall-structure-2-cell-membrane-structure-3-flagellin-protein-structure-4-fatty-acid-synthetase-present-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1MzY-identify-the-incorrect-statement-regarding-true-bacteria-1-as-a-group-they-exhibit-maximum-metabolic-diversity-2-chemosynthetic-autotrophic-bacteria-play-a-great-role-in-recycling-nutrients-like-nitro https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1Mzc-consider-the-following-statements-regarding-mycoplasma-i-they-are-a-genus-of-bacteria-that-have-a-unique-cell-wall-of-their-own-ii-in-their-genetic-code-uga-codes-for-tryptophan-iii-none-of-them-is-pa https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1Mzg-diatoms-have-left-behind-large-amounts-of-cell-wall-deposits-in-their-habitat-because-1-they-are-most-abundant-in-that-habitat-2-their-life-span-is-long-3-their-wall-is-indestructible-4-the-statement https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1Mzk-dinoflagellates-i-are-mostly-marine-and-photosynthetic-ii-have-a-cell-wall-that-has-stiff-cellulose-plates-on-the-outer-surface-iii-have-two-flagella-iv-have-chloroplasts-bound-by-three-membranes-the https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1NDM-consider-the-following-characters-i-heterotroph-organisms-ii-a-dikaryon-stage-iii-cell-wall-made-of-chitin-iv-undergo-nuclear-mitosis-which-of-the-above-relate-to-fungi-1-i-ii-and-iii-2-i-iii-and-iv-3 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1NDQ-how-many-of-the-following-statements-regarding-fungi-are-true-i-asexual-reproduction-is-common-by-the-formation-of-spores-ii-their-bodies-consist-of-hyphae-that-may-be-interconnected-to-form-mycelium https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1NDU-which-of-the-following-is-not-an-edible-mushroom-1-agaricus-bispora-2-pleurotus-ostreatus-3-lentinula-edodes-4-amantia-phalloides-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1NDY-consider-the-following-characters-i-nuclear-envelope-ii-membranes-lacking-sterols-iii-80s-ribosomes-iv-split-genes-the-character-not-shared-by-fungi-with-other-eukaryotes-is-are-1-ii-alone-2-iv-alone https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1NDc-fungi-resemble-plants-in-1-lack-of-chloroplasts-and-heterotrophic-nutrition-2-reproduction-by-only-sexual-means-3-having-a-cell-wall-and-vacuoles-4-exhibition-of-bioluminiscence-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1NDg-identify-the-characteristic-that-is-unique-to-fungi-1-cell-wall-of-glucans-and-chitin-2-lack-of-chloroplasts-and-heterotrophic-nutrition-3-mannitol-trehalose-and-glycogen-as-storage-products-4-having https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1NTA-what-is-not-true-for-mycorrhizae-i-nearly-30-of-vascular-plants-have-this-symbiotic-relationship-with-fungi-ii-the-fungus-primarily-makes-nitrogen-available-to-plants-iii-fungi-get-organic-carbon-from https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1NTE-identify-the-group-of-fungi-that-is-not-correctly-matched-with-all-the-characters-given-below-1-phycomycetes-mycelium-ndash-aseptate-and-coenocytic-asexual-reproduction-by-motile-zoospores-or-by-nonmo https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU1NTM-identify-the-incorrect-statement-1-virus-has-a-protein-coat-called-capsid-made-of-small-subunits-called-capsomeres-2-the-core-has-the-genetic-material-either-rna-or-dna-or-both-3-the-capsomeres-are-ar https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU3MjI-saprophytic-protists-are-1-slime-moulds-2-dinoflagellates-3-chrysophytes-4-protozoans-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjcxMTI-which-of-the-following-statements-regarding-euglenoids-is-not-true-1-instead-of-a-cell-wall-they-have-a-lipid-rich-pellicle-2-they-have-two-flagella-a-short-and-a-long-one-3-they-are-photosynthetic-in https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjcxNjE-identify-the-incorrectly-matched-pair-1-diatoms-chief-producers-in-oceans-2-dinoflagellates-red-tides-3-slime-moulds-spores-dispersed-by-water-4-euglenoids-protein-rich-pellicle-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjcxNjI-the-domain-archaea-is-not-characterized-by-1-pseudopeptidoglycan-in-cell-wall-2-linear-chromosomes-3-introns-present-is-some-genes-4-methanogeneisis-as-unique-metabolism-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mjk2ODM-members-of-kingdom-protista-1-are-primarily-aquatic-2-do-not-have-membrane-bound-organelles-3-are-all-ciliated-or-flagellated-4-reproduce-exclusively-by-asexual-means-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzAxNzI-match-each-item-in-column-i-with-one-in-column-ii-and-select-your-answer-from-the-codes-given-below-column-i-column-ii-a-diatoms-a-protein-rich-layer-of-pellicle-b-dinoflagellates-b-cell-wall-embedded https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzAxNzM-all-the-following-statements-regarding-basidiomycetes-are-correct-except-1-the-mycelium-is-branched-and-septate-2-asexual-spores-and-vegetative-reproduction-are-generally-not-found-3-sex-organs-are-ab https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzAxNzQ-match-the-scientists-in-column-i-with-their-contribution-in-the-field-of-virology-given-in-column-ii-and-select-your-answer-from-the-codes-given-below-column-i-column-ii-a-ivanowsky-a-recognized-tobac https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzA0ODY-cells-in-some-filamentous-cyanobacteria-that-are-specialized-for-nitrogen-fixation-are-called-1-phycobilisomes-2-chromatophores-3-grana-4-heterocysts-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzA4MzY-what-is-true-for-both-a-and-b-1-rna-is-the-genetic-material-2-capability-to-infect-bacteria-3-being-obligate-endoparasites-4-can-be-killed-by-antibiotics-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0MjM-which-of-the-following-are-found-in-extreme-saline-conditions-1-archaebacteria-2-eubacteria-3-cyanobacteria-4-mycobacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0MjQ-viroids-differ-from-viruses-in-having-1-dna-molecules-with-protein-coat-2-dna-molecules-without-protein-coat-3-rna-molecules-with-protein-coat-4-rna-molecules-without-protein-coat-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0MjU-which-one-of-the-following-is-wrong-for-fungi-1-they-are-eukaryotic-2-all-fungi-possess-a-purely-cellulosic-cell-wall-3-they-are-heterotrophi-4-they-are-both-unicellular-and-multicellular-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0MjY-methanogens-belong-to-1-eubacteria-2-archaebacteria-3-dinoflagellates-4-slime-moulds-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0Mjc-select-the-wrong-statement-1-the-walls-of-diatoms-are-easily-destructible-2-diatomaceous-earth-is-formed-by-the-cell-walls-of-diatoms-3-diatoms-are-chief-producers-in-the-oceans-4-diatoms-are-microsco https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0MzA-chrysophytes-euglenoids-dinoflagellates-and-slime-moulds-are-included-in-the-kingdom-1-protista-2-fungi-3-animalia-4-monera-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0MzE-the-primitive-prokaryotes-responsible-for-the-production-of-biogas-from-the-dung-of-ruminant-animals-include-the-1-thermoacidophiles-2-methanogens-3-eubacteria-4-halophiles-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0MzI-which-one-of-the-following-statements-is-wrong-1-golden-algae-are-also-called-desmids-2-eubacteria-are-also-called-false-bacteria-3-phycomycetes-are-also-called-algal-fungi-4-cyanobacteria-are-also-ca https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0MzM-one-of-the-major-components-of-cell-wall-of-most-fungi-is-1-peptidoglycan-2-cellulose-3-hemicellulose-4-chitin-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0MzQ-which-of-the-following-statements-is-wrong-for-viroids-1-they-are-smaller-than-viruses-2-they-cause-infections-3-their-rna-is-of-high-molecular-weight-4-they-lack-a-protein-coat-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NDc-which-one-of-the-following-fungi-contains-hallucinogens-1-morchella-esculenta-2-amanita-muscaria-3-neurospora-sp-4-ustilago-sp-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NDg-archaebacteria-differ-from-eubacteria-in-1-cell-membrane-structure-2-mode-of-nutrition-3-cell-shape-4-mode-of-reproduction-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NTA-the-most-abundant-prokaryotes-helpful-to-human-in-making-curd-from-milk-and-in-production-of-antibiotics-are-the-ones-categorized-as-1-cyanobacteria-2-archaebacteria-3-chemosynthetic-autotrophs-4-hete https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NTE-which-one-of-the-following-does-not-differ-in-e-coli-and-chlamydomonas-1-ribosomes-2-chromosomal-organization-3-cell-wall-4-cell-membrane-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NTI-the-cyanobacteria-are-also-referred-to-as-1-protists-2-golden-algae-3-slime-moulds-4-blue-green-algae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NTM-which-statement-is-wrong-for-viruses-1-all-are-parasites-2-all-of-them-have-helical-symmetry-3-they-have-ability-to-synthesize-nucleic-acids-and-proteins-with-the-help-of-host-cell-4-antibiotics-have https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NTQ-nuclear-membrane-is-absent-in-1-penicillium-2-agaricus-3-volvox-4-nostoc-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NTU-which-one-single-organism-or-the-pair-of-organisms-is-correctly-assigned-to-its-or-their-named-taxonomic-group-1-paramecium-and-plasmodium-belong-to-the-same-kingdom-as-that-of-penicillium-2-lichen-is https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NTY-maximum-nutritional-diversity-is-found-in-the-group-1-fungi-2-animalia-3-monera-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NTc-organisms-called-methanogens-are-most-abundant-in-a-1-cattle-yard-2-polluted-stream-3-hot-spring-4-sulphur-rock-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NTg-which-one-of-the-following-organisms-is-not-an-example-of-eukaryotic-cell-1-escherichia-coli-2-euglena-viridis-3-amoeba-proteus-4-paramecium-caudatum-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NTk-which-one-of-the-following-is-wrongly-matched-1-puccinia-smut-2-root-exarch-protoxylem-3-cassia-imbricate-aestivation-4-root-pressure-guttation-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NjA-single-celled-eukaryotes-are-included-in-1-protista-2-fungi-3-archaea-4-monera-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NjE-membrane-bound-organelles-are-absent-in-1-saccharomyces-2-streptococcus-3-chlamydomonas-4-plasmodium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NjI-virus-envelope-is-known-as-1-capsid-2-virion-3-nucleoprotein-4-core-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NjM-some-hyperthermophilic-organisms-that-grow-in-highly-acidic-ph2-habitats-belong-to-the-two-groups-called-1-eubacteria-and-archaea-2-cyanobacteria-and-diatoms-3-protists-and-mosses-4-liverworts-and-yea https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NjQ-infectious-proteins-are-present-in-1-gemini-viruses-2-prions-3-viroids-4-satellite-viruses-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NjU-oxygenic-photosynthesis-occurs-in-1-chromatium-2-oscillatoria-3-rhodospirillum-4-chlorobium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0Njc-t-o-diener-discovered-a-1-free-infectious-rna-2-free-infectious-dna-3-infectious-protein-4-bacteriophage-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NzA-bacterial-leaf-blight-of-rice-is-caused-by-a-species-of-1-xanthomonas-2-pseudomonas-3-alternaria-4-erwinia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NzE-in-the-light-of-recent-classification-of-living-organisms-into-three-domains-of-life-bacteria-archaea-and-eukarya-which-one-of-the-following-statement-is-true-about-archaea-1-archaea-resemble-eukarya https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NzI-thermococcus-methanococcus-and-methanobacterium-exemplify-1-archaebacteria-that-contain-protein-homologous-to-eukarytic-core-histones-2-archaebacteria-that-lack-any-histones-resembling-those-found-in https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NzM-which-of-the-following-is-a-flowering-plant-with-nodules-containing-filamentous-nitrogen-fixing-microorganism-1-casuarina-equisetifolia-2-crotolaria-juncea-3-cycas-revoluta-4-cicer-arietinum-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NzQ-which-of-the-following-is-a-slime-mould-1-rhizopus-2-physarum-3-thiobacillus-4-anabaena-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0NzU-ergot-of-rye-is-caused-by-a-species-of-1-phytophthora-2-uncinula-3-ustilago-4-claviceps-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ0OTk-true-nucleus-is-absent-in-1-anabaena-2-mucor-3-vaucheria-4-volvox-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ2MDg-cell-wall-is-absent-in-1-aspergillus-2-funaria-3-mycoplasma-4-nostoc-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ2MjE-which-of-the-following-shows-coiled-rna-strand-and-capsomeres-1-polio-virus-2-tobacco-mosaic-virus-3-measles-virus-4-retrovirus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ2MjI-viruses-have-1-dna-enclosed-in-a-protein-coat-2-prokaryotic-nucleus-3-single-chromosome-4-both-dna-and-rna-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ2NDM-cellulose-is-the-major-component-of-cell-walls-of-1-pythium-2-xanthomonas-3-pseudomonas-4-saccharomyces-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzQ4OTk-which-of-the-following-components-provides-sticky-character-to-the-bacterial-cell-1-cell-wall-2-nuclear-membrane-3-plasma-membrane-4-glycocalyx-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzUwNzQ-the-imperfect-fungi-which-are-decomposers-of-litter-and-help-in-mineral-cycling-belong-to-1-deuteromycetes-2-basidiomycetes-3-phycomycetes-4-ascomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzUwNzY-select-wrong-statement-1-the-viroids-were-discovered-by-d-j-lvanowsky-2-w-m-stanley-showed-that-viruses-could-be-crystallized-3-the-term-contagium-vivum-fluidum-was-coined-by-m-w-beijerinck-4-mosaic-d https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzUxMDI-choose-the-wrong-statement-1-penicillium-is-multicellular-and-produces-antibiotics-2-neurospora-is-used-in-the-study-of-biochemical-genetics-3-morels-and-truffles-are-poisonous-mushrooms-4-yeast-is-un https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzUxMTM-the-structures-that-help-some-bacteria-to-attach-to-rocks-and-or-host-tissues-are-1-rhizoids-2-fimbriae-3-mesosomes-4-holdfast-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzUxMjE-in-which-group-of-organisms-the-cell-walls-form-two-thin-overlapping-shells-which-fit-together-1-chrysophytes-2-euglenoids-3-dinoflagellates-4-slime-moulds-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzUxMjY-pick-up-the-wrong-statement-1-cell-wall-is-absent-in-animalia-2-protista-have-photosynthetic-and-heterotrophic-modes-of-nutrition-3-some-fungi-are-edible-4-nuclear-membrane-is-present-in-monera-1-2-3 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzUzMTY-which-of-the-following-are-likely-to-be-present-in-deep-sea-water-1-archaebacteria-2-eubacteria-3-blue-green-algae-4-saprophytic-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY4MzQ-the-rod-shaped-cells-of-bacillus-megatarium-are-converted-to-spherical-units-called-protoplasts-on-treatment-with-the-enzyme-1-lysozyme-2-cellulase-3-cellulase-and-hemicellulase-4-cellulase-hemicellul https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY4Mzg-the-characteristic-features-of-the-mycoplasma-are-that-1-they-are-much-smaller-than-bacteria-in-size-2-they-can-be-grown-on-cell-free-medium-3-they-are-highly-pleomorphic-and-are-bounded-by-a-triple-l https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY4NzU-the-kingdom-protista-does-not-include-1-photosynthetic-organisms-2-flagellate-organisms-3-parasitic-organisms-4-bacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY4Nzg-a-lichen-that-grows-by-branching-is-described-as-1-fruticose-2-crustose-3-foliose-4-dichotose-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY4ODY-the-fruiting-bodies-of-agaricus-are-also-known-as-1-cleistothecium-2-fairy-rings-3-basidiocarp-4-ascocarp-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY4OTE-fungi-imperfecti-constitute-a-group-that-1-are-obligatory-parasites-2-reproduce-only-asexually-3-do-not-cause-disease-in-humans-4-resemble-bacteria-in-some-respects-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY5MTE-which-is-purely-anaerobic-1-algae-2-mosses-3-fungi-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY5MjI-which-of-these-contains-2-nucleus-one-for-vegetative-purpose-and-the-other-for-reproduction-1-euglena-2-paramecium-3-chlamydomonas-4-spirogyra-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY5MjU-viral-envelope-contains-1-lipids-2-proteins-3-carbohydrates-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY5NDg-which-of-the-following-is-a-dna-containing-double-shelled-virus-1-hepatitis-a-2-hepatitis-b-3-hepatitis-c-4-hepatitis-d-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzY5NTU-azolla-increases-soil-fertility-of-1-maize-2-barley-3-rice-4-wheat-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcwMTU-saprotrophs-live-on-dead-organic-matter-which-they-utilize-1-by-phagocytosis-2-after-digestion-by-extracellular-enzymes-synthesised-by-them-3-by-endocytosis-4-by-pinocytosis-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcwMjA-select-the-option-that-correctly-identifies-the-different-genera-a-b-c-and-d-of-kingdom-fungi-shown-in-figure-a-b-c-d-1-mucor-saccharomyces-morchella-amanita-2-mucor-saccharomyces-penicillium-agaricus https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcwNDg-the-protists-have-1-only-free-nucleic-acid-aggregates-2-membrance-bound-nucleoproteins-lying-embedded-in-the-cytoplasm-3-nucleoprotein-in-direct-contact-with-the-rest-of-the-cell-substance-4-none-of-t https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcwNjk-in-prokaryotes-genetic-recombination-can-occur-during-1-transduction-2-transformation-3-conjugation-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcxMDE-which-of-the-following-structures-helps-in-the-respiration-of-lichens-1-soredia-2-isidia-3-cyphella-4-cephalodia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcxNDE-viroids-have-1-single-stranded-rna-not-enclosed-by-protein-coat-2-single-stranded-dna-not-enclosed-by-protein-coat-3-double-straded-dna-enclosed-by-protein-coat-4-double-stranded-rna-enclosed-by-prote https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcxNDQ-which-one-of-the-following-pairs-is-correctly-matched-1-rhizobium-parasite-in-the-roots-of-leguminous-plants-2-mycorrhizae-mineral-uptake-from-soil-3-yeast-production-of-biogas-4-myxomycetes-the-disea https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcxNjI-which-one-of-the-following-is-correctly-matched-regarding-an-institute-and-its-location-1-national-institute-of-virology-pune-2-national-institute-of-communicable-diseases-lucknow-3-central-drug-resea https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcyNTY-myxomycetes-are-1-saprobes-or-parasites-having-mycelia-asexual-reproduction-by-fragmentation-sexual-reproduction-by-fusion-of-gametes-2-slimy-mass-of-multinucleate-protoplasm-having-pseudopodia-like-s https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcyNjA-in-prokaryotes-chromatophores-are-1-specialized-granules-responsible-for-colouration-of-cells-2-structures-responsbile-for-organizing-the-shape-of-the-organism-3-inclusion-bodies-lying-free-inside-the https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcyNjE-among-rust-smut-and-mushroom-two-of-them-1-are-pathogens-2-are-saprobes-3-bear-ascocarps-4-bear-basidiocarps-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzcyOTc-which-of-the-following-is-correct-match-disease-pathogen-1-wilt-disease-synchytrium-2-citrus-canker-xanthomonas-3-red-rot-of-sugarcane-ustilago-4-powdery-mildew-fusarium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzczNzM-the-outermost-limiting-layer-of-mycoplasma-is-made-up-of-1-cell-wall-2-cell-membrane-3-mucilaginous-sheath-4-slime-layer-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzczODc-by-all-of-the-following-ways-bacteria-become-resistant-to-antibiotic-except-1-making-enzymes-that-inactivate-the-drug-2-becoming-impermeable-to-the-drug-3-modifying-the-target-of-the-drug-4-moving-awa https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzczOTM-protista-differs-from-monera-in-having-1-cell-wall-2-autotrophic-nutrition-3-flagella-4-nuclear-membrane-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc0MTI-which-of-the-following-is-correct-1-all-fungi-are-filamentous-2-transfer-of-dna-from-one-bacteria-to-another-bacteria-cannot-take-place-3-virus-cannot-have-both-dna-and-rna-4-protists-reproduce-asexua https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc0NjE-kingdom-animalia-is-characterised-by-1-direct-dependence-on-autotrophs-2-indirect-dependence-on-autotrophs-3-absence-of-chlorophyll-4-absence-of-cell-wall-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc2MzQ-the-genetic-material-in-tobacco-mosaic-virus-is-1-ss-dna-2-ss-rna-3-ds-rna-4-ds-dna-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc2NTg-yeast-is-not-included-in-protozoans-but-in-fungi-because-1-it-has-chlorophyll-2-it-shows-saprotrophic-mode-of-nutrition-3-it-has-eukaryotic-organisation-4-cell-wall-is-made-up-of-cellulose-and-reserve https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc2NzE-identify-the-labelled-part-in-the-given-figure-and-select-the-correct-option-a-b-1-heterocyst-mucilaginous-sheath-2-mucilaginous-sheath-heterocyst-3-heterocyst-capsid-4-pseudopodia-mucilaginous-sheath https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc3NzA-read-the-following-statement-regarding-bacteria-i-bacteria-exchnage-their-genetic-matter-through-conjugation-which-involve-cell-to-cell-contact-ii-transduction-in-salmonella-is-reported-by-tatum-and-l https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc3Nzc-heterocysts-present-in-nostoc-is-specialised-for-1-fragmentation-2-nitrogen-fixation-3-symbiotic-relation-4-food-storage-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc3OTI-refer-to-the-following-figures-match-the-following-columns-and-choose-the-correct-option-from-the-codes-given-below-c-i-column-i-column-ii-a-i-euglena-i-kinetoplast-b-ii-paramecium-ii-trichocysts-c-ii https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc4MDc-the-given-below-figure-shows-a-generalised-life-cycle-of-a-fungus-identify-a-b-and-c-from-the-given-option-xa0-a-b-c-1-meiosis-xa0-xa0-fertilisation-xa0-xa0-xa0-meiosis-2-meiosis-mitosis-fertilisation https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc4MTA-read-the-following-statements-regarding-archaebacteria-i-their-cell-wall-lacks-peptidoglycan-ii-they-contain-membrane-bound-organelles-iii-these-have-distinct-ribosomal-rna-sequence-iv-lipid-in-cell-m https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc4MTQ-a-bacterium-divides-every-35-minutes-if-a-culture-containing-105-cells-ml-is-grown-for-175-minutes-what-will-be-the-cell-concentration-ml-after-175-minutes-1-5-times-105-cells-2-35-times-105-cells-3-3 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc4MTc-dikaryotisation-n-n-in-agaricus-is-brought-about-by-1-clamp-connections-2-somatogamay-between-two-hyphae-of-different-strains-3-both-1-and-2-are-correct-4-basidiospores-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc4OTI-red-tide-is-caused-by-1-gonyaulax-2-ceratium-3-triceratium-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc5MDA-which-one-of-the-following-shows-heterothallism-1-rhizopus-2-bacterium-3-cycas-4-ricinus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc5NDQ-the-common-characteristic-showning-by-mushroom-smut-and-rust-1-is-characterised-by-presence-of-basidiocarps-2-is-characterised-by-presence-of-ascocarps-3-all-are-pathogen-4-all-are-saprophytic-in-natu https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc5NDg-which-one-exhibits-the-character-of-a-protozoan-during-one-phase-of-its-life-cycle-and-character-of-fungi-in-another-phase-of-its-life-cycle-1-water-moulds-2-psilophytes-3-slime-moulds-4-diatoms-1-2-3 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc5NTU-spirochaetes-is-are-1-a-class-of-viruses-2-myxobacteria-3-spiral-shaped-bacteria-4-richittsias-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc5OTU-spirochaetes-is-are-1-a-class-of-insects-2-a-class-of-viruses-3-bacteria-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc5OTY-the-metachromatic-granules-are-1-present-in-plants-cell-at-metaphase-stage-2-inclusion-bodies-in-bacteria-3-produced-in-insects-during-metamorphosis-4-chromatophores-in-animals-skin-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mzc5OTc-clamp-connection-is-found-in-1-basidiomycetes-2-ascomycetes-3-saccharomycetes-4-haplomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzgwMTI-protists-obtain-their-food-as-1-photosynthesizers-only-2-chemosynthesizers-3-heterotrophs-only-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzgwMTQ-diatoms-do-not-decay-easily-because-1-they-have-siliceous-walls-2-their-body-is-impervious-to-water-3-they-are-chitinous-4-they-are-abundant-in-saline-soil-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzgwMTY-erogotamine-tartarate-extracted-from-claviceps-is-used-for-cure-of-1-bodyache-2-headache-3-fever-4-severe-stomach-pain-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzgwNTY-the-function-of-nitrogen-fixation-in-anabaena-cyanobacterium-is-performed-by-1-thylakoid-2-heterocyst-3-phycocyanin-4-phycoerythrin-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzgwODU-plant-decomposers-are-1-monera-and-fungi-2-fungi-and-plantae-3-protista-and-animalia-4-animalia-and-monera-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzgwODg-these-organisms-are-fungus-like-in-one-phase-of-their-life-cycle-and-amoeba-like-in-another-phase-of-their-life-cycle-1-diatoms-2-slime-molds-3-dinoflagellates-4-water-molds-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzgxMDM-in-which-of-the-following-patterns-of-viral-replication-viruses-enter-a-cell-replicate-and-then-cause-the-cell-to-burst-releasing-new-viruses-1-lytic-2-lysogenic-3-reprogenic-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzkzMTc-the-role-of-contractile-vacuole-in-protista-is-1-osmoregulation-2-digestion-3-locomotion-4-reproduction-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4NzU-the-biological-classification-was-attempted-instinctively-1-to-make-scientific-studies-easy-2-to-use-organisms-for-our-own-use-3-to-make-better-understanding-of-the-research-running-in-all-over-the-wo https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4NzY-the-first-attempt-for-biological-classification-was-because-of-the-need-to-use-organisms-for-our-own-use-here-which-kind-of-uses-are-considered-1-food-and-shelter-2-food-and-hunting-3-food-shelter-and https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4Nzc-first-time-the-scientific-basis-for-classification-was-attempted-by-1-theopharastus-2-aristotle-3-van-neil-4-darwin-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4Nzg-which-of-the-following-statement-is-not-incorrect-with-respect-to-biological-classification-attempted-by-aristotle-1-based-on-complex-morphological-characters-2-plants-were-classified-into-trees-shrub https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4Nzk-the-presence-of-rbc-to-classify-animals-was-used-as-a-unique-criterion-by-1-aristotle-2-theopharastus-3-van-neil-4-huxley-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4ODA-which-of-the-following-statement-is-wrong-with-respect-to-two-kingdom-classification-1-developed-at-the-time-of-linnaeus-2-used-for-a-long-time-3-could-distinguish-between-photosynthetic-and-non-photo https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4ODE-which-of-the-following-was-not-the-limitation-of-two-kingdom-classification-1-could-not-distinguish-between-eukaryotes-and-prokaryotes-2-couldn-t-distinguish-between-unicellular-and-multicellular-3-la https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4ODI-which-of-the-following-statement-is-not-correct-regarding-biological-classification-1-gross-morphology-was-not-considered-in-two-kingdom-classification-2-classification-system-has-undergone-many-chang https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4ODM-the-five-kingdom-classification-system-was-given-by-1-1968-2-1969-3-1965-4-1966-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4ODQ-whittaker-rsquo-s-system-of-classification-does-not-has-1-mychota-2-protista-3-algae-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4ODU-which-out-of-the-following-was-not-the-basis-of-the-five-kingdom-classification-1-cell-structure-2-thallus-organization-3-phylogenetic-relationship-4-gross-morphology-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4ODY-if-any-organism-has-eukaryotic-cells-with-no-cellulose-in-cell-wall-and-does-not-form-compact-tissue-or-organ-level-of-organization-what-kind-of-kingdom-its-should-belong-to-according-to-whittaker-1-f https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4ODc-if-an-organism-is-made-up-of-eukaryotic-cell-with-cellular-level-of-body-organization-where-should-it-be-kept-1-animals-2-plantae-3-monera-4-protista-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4ODg-if-any-organism-has-non-cellulosic-cell-wall-where-can-it-be-placed-according-to-whittaker-s-system-of-classification-1-monera-2-protista-3-fungi-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4ODk-the-organism-in-which-cell-wall-is-found-and-made-up-of-polysaccharides-and-amino-acid-will-be-grouped-under-1-monera-2-protista-3-fungi-4-animalia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4OTA-the-organism-in-which-organ-system-level-of-body-organization-is-found-are-1-plantae-and-animalia-2-plantae-3-animalia-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4OTE-the-organism-with-nuclear-membrane-cellular-level-of-body-plan-and-autotrophic-mode-of-nutrition-can-be-1-protista-2-fungi-3-monera-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4OTI-holozoic-mode-of-nutrition-is-observed-in-1-monera-2-animalia-3-plantae-4-protista-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4OTM-if-only-the-mode-of-nutrition-were-to-be-considered-then-how-many-kingdoms-has-to-be-together-under-saprophytic-mode-of-nutrition-1-except-plantae-and-animalia-all-three-2-except-monera-and-plantae-al https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4OTQ-in-two-kingdom-classification-plantae-had-all-bacteria-algae-and-fungi-with-them-on-the-basis-of-1-presence-of-cell-walls-2-presence-of-nuclear-membrane-3-presence-of-some-kind-of-body-organization-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4OTU-which-is-wrongly-matched-1-fungi-heterotrophic-group-2-prokaryotes-protista-3-unicellular-nuclear-membrane-possessing-protista-4-chlamydomonas-and-amoeba-protista-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4OTY-what-kind-of-similarities-are-not-targeted-for-evolving-better-classification-system-1-morphological-2-physiological-3-phylogenetic-4-behavioral-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4OTc-which-is-not-correct-with-respect-to-bacteria-1-sole-members-of-kingdom-monera-2-most-abundant-organisms-3-snow-does-not-host-any-life-forms-4-endo-or-ecto-parasite-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4OTg-comma-shaped-bacteria-are-1-coccus-2-vibrio-3-bacilli-4-spirillum-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM4OTk-which-of-the-following-is-incorrect-about-bacteria-1-simple-structure-2-not-so-extensive-metabolic-activity-3-complex-behaviour-4-can-be-autotrophic-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MDA-which-of-the-following-is-not-archaebacteria-1-halophile-2-thermoalkalophiles-3-methanogens-4-thermoacidophiles-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MDE-hot-spring-hosts-which-kind-of-archaebacteria-1-thermoacidophiles-2-thermoalkalophiles-3-thermophiles-4-thermoneutrophiles-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MDM-the-characteristic-feature-of-eubacteria-is-1-rigid-cell-wall-2-flagellum-in-motile-ones-3-chlorophyll-a-in-cayanobacteria-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MDQ-cyanobacteria-do-not-possess-which-feature-1-unicellular-2-colonial-or-filamentous-3-form-blooms-in-polluted-water-bodies-4-only-marine-algae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MDU-the-specialised-cells-to-fix-atmospheric-nitrogen-is-called-as-1-heterocyst-2-heterocyte-3-heterocoem-4-heterolog-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MDY-find-the-incorrect-match-1-heterocyst-archaebacteria-2-gelatinous-sheath-bga-3-methanogen-biogas-4-chlorella-protista-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MDg-chemosynthetic-autotrophic-bacteria-does-not-help-in-recycling-of-1-nitrogen-2-iron-3-sulphur-4-mangnese-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MDk-chemosynthetic-bacteria-does-not-use-which-inorganic-substrate-1-nitrites-2-nitrates-3-chlorides-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MTA-chemosynthetic-autotrophs-derive-energy-by-1-by-sunlight-2-by-oxidation-of-inorganic-substances-3-by-reduction-of-inorganic-substances-4-by-reduction-followed-by-oxidation-of-inorganic-substances-1-2 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MTE-the-majority-of-heterotrophic-bacteria-are-1-decomposers-2-autotrophs-3-lithotrophs-4-organotrophs-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MTI-lactobacillus-comes-under-which-category-1-autotrophs-2-lithotrophs-3-organotrophs-4-heterotrophs-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MTM-leguminous-plants-have-bacteria-with-which-kind-of-mode-of-nutrition-1-heterotrophs-2-autotrophs-3-lithotrophs-4-organotrophs-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MTQ-which-of-the-following-is-not-a-bacterial-disease-1-citrus-canker-2-cholera-3-plague-4-mumps-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MTU-which-of-the-following-is-not-a-mode-of-bacterial-reproduction-1-fission-2-spore-formation-3-conjugation-4-fragmentation-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MTc-mycoplasma-are-pathogenic-in-hellip-hellip-1-many-animals-and-plants-2-all-animals-and-plants-3-all-animals-4-all-plants-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MTg-which-is-incorrect-regarding-protista-1-the-boundaries-of-this-kigdom-is-not-clear-2-forms-a-link-with-other-organisms-3-some-have-flagella-or-cilia-4-no-membrane-bound-organelles-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MTk-which-of-the-following-was-not-a-feature-of-kingdom-monera-but-that-of-protista-1-true-genetic-recombination-2-cell-wall-3-cellular-body-organization-4-heterotrophic-mode-of-nutrition-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MjA-which-of-the-following-feature-does-not-hold-true-for-chrysophytes-1-golden-algae-2-fresh-water-and-aquatic-both-habitat-3-active-floating-in-water-4-microscopic-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MjE-which-of-the-following-features-does-not-go-with-characteristics-of-chrysophytes-1-diatoms-desmids-2-rarely-photosynthetic-3-plankton-4-found-in-both-type-of-aquatic-habitat-ie-marine-and-fresh-water https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MjI-diatoms-do-not-possess-this-character-1-two-thick-overlapping-shells-2-soap-box-type-arrangement-of-cell-walls-3-indestructible-cell-walls-4-leaf-cell-wall-deposits-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MjM-diatomaceous-earth-is-a-result-of-accumulation-of-cell-wall-deposits-of-diatoms-over-1-billions-of-years-2-millions-of-years-3-thousands-of-years-4-hundreds-of-years-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MjQ-which-of-the-following-feature-is-not-associated-with-diatoms-1-chief-producers-of-earth-2-form-diatomaceous-earth-which-has-gritty-soil-3-gritty-soil-is-used-in-filtration-4-gritty-soil-is-used-in-po https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MjU-red-tides-in-the-sea-are-because-of-1-red-dinoflagellates-2-geladium-3-red-chrysophytes-4-red-algae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MjY-dinoflagellates-do-not-possess-which-feature-1-marine-and-photosynthetic-2-variety-in-colors-3-cell-wall-with-silica-4-two-flagella-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5Mjc-dinoflagellates-can-not-appear-1-black-2-white-3-more-than-one-option-is-correct-4-pink-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5Mjg-which-of-the-following-property-belongs-to-dinoflagellates-1-loose-cellulose-plates-in-cell-wall-2-the-outer-surface-has-more-loosening-of-cell-wall-than-inner-3-rapid-multiplication-4-not-harmful-for https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5Mjk-which-of-the-following-is-not-associated-with-red-tides-1-harmful-for-marine-organisms-2-gonyaulax-3-seen-in-fresh-water-4-color-is-due-to-pigment-in-the-cell-of-dinoflagellates-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MzA-hellip-hellip-of-dinoflagellates-have-hellip-flagella-hellip-lie-in-a-furrow-between-wall-plates-1-all-2-both-2-many-3-transverse-flagella-3-most-2-transverse-flagella-4-all-3-longitudinal-flagella-1 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MzE-pellicle-is-found-in-1-euglenoids-2-dinoflagellates-3-diatoms-4-eubacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MzI-euglenoids-are-not-1-mostly-marine-2-have-pellicle-3-lack-cell-wall-4-flexible-body-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MzQ-euglenoids-do-not-possess-this-feature-1-always-photosynthetic-2-pigments-like-higher-plants-3-pellicle-provides-flexibility-4-found-in-stagnant-water-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5MzU-euglenoids-can-be-have-1-predator-2-with-cell-wall-3-polysaccharide-rich-protein-layer-4-all-are-marine-organisms-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5Mzc-slime-moulds-aren-t-haven-t-1-extremely-resistant-2-having-spores-which-are-dispersed-by-air-currents-3-an-aggregation-called-as-plasmodium-4-photoautotrophs-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5Mzg-the-primitive-relative-of-animals-are-1-dinoflagellates-2-diatoms-3-euglenoids-4-protozoans-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5Mzk-which-of-the-following-is-not-correctly-matched-1-amoeboid-protozoan-entamoeba-2-flagellated-protozoan-trypanosoma-3-cilliated-protozoan-plasmodium-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5NDA-the-marine-forms-of-amoeboid-protozoans-can-have-1-silica-shell-on-their-surface-2-flagella-3-cilia-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5NDE-sleeping-sickness-is-caused-by-1-flagellated-protozoan-2-cilliated-protozoan-3-sporozoan-4-amoeboid-protozoan-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDM5NDI-which-of-the-following-shows-the-coordinated-movement-of-cilia-1-trypanosoma-2-entamoeba-3-paramoecium-4-plasmodium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc3OTY-which-of-the-following-kingdoms-mainly-primarily-use-the-saprotrophic-mode-of-nutrition-1-protista-2-monera-3-fungi-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc3OTc-we-usually-observe-some-colourful-growth-on-moist-bread-and-rotten-fruits-what-does-it-belong-to-1-bacteria-2-fungi-3-algae-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc3OTg-what-causes-rust-of-wheat-1-puccinia-2-penicillium-3-mucor-4-rhizopus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc3OTk-which-of-the-following-with-respect-to-habitat-is-cosmopolitan-1-protistan-2-plants-3-animals-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MDA-fungi-prefer-to-grow-in-1-warm-and-dry-places-2-warm-and-moist-places-3-cool-and-dry-places-4-cool-and-moist-places-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MDE-characteristic-features-of-yeast-are-ndash-1-unicellular-2-reproduce-by-budding-3-chitinous-cell-wall-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MDI-fungal-bodies-consist-of-long-slender-thread-like-structures-called-as-1-mycelium-2-hyphae-3-frond-4-setae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MDM-coenocytic-hyphae-are-1-continuous-tubes-filled-with-uninucleated-cytoplasm-2-continuous-tubes-filled-with-multinucleated-cytoplasm-3-branched-tubes-filled-with-multinucleated-cytoplasm-4-branched-tub https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MDU-fungi-has-symbiotic-association-with-1-algae-2-roots-of-higher-plants-3-animals-4-algae-and-roots-of-higher-plants-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MDY-which-of-the-following-is-the-asexual-spore-1-basidiospores-2-zoospores-3-oospores-4-ascospores-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MDc-which-of-the-following-is-the-sexual-spore-1-conidia-2-sporangiospore-3-zoospore-4-ascospore-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MDg-the-various-spores-produced-in-distinct-structures-are-called-as-1-sorii-2-fruiting-bodies-3-mycelium-4-frond-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MDk-which-of-the-following-is-not-involved-in-the-sexual-cycle-of-fungi-1-plasmogamy-2-meiosis-3-mitosis-4-karyogamy-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MTA-fusion-of-protoplasms-between-two-motile-or-non-motile-gametes-is-called-as-1-karyogamy-2-plasmogamy-3-fusion-4-fertilization-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MTE-if-meiosis-in-zygote-results-in-haploid-spores-then-ploidy-of-adult-cells-should-be-a-haploid-b-diploid-c-dikaryon-d-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MTI-an-intervening-dikaryotic-stage-occurs-in-1-phycomycetes-and-ascomycetes-2-ascomycetes-and-basidiomycetes-3-basidiomycetes-and-phycomycetes-4-phycomycetes-and-ascomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MTM-dikaryophase-of-fungus-is-1-two-nuclei-per-cell-2-diploid-nucleus-3-two-nuclei-per-mycelium-4-more-than-one-options-are-correct-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MTQ-the-basis-for-the-division-of-the-kingdom-fungi-into-various-classes-is-are-ndash-i-the-morphology-of-the-mycelium-ii-mode-of-spore-formation-iii-fruiting-bodies-iv-type-of-pigment-v-type-of-cell-wall https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MTU-which-class-of-fungi-has-coenocytic-and-aseptate-mycelium-1-phycomycetes-2-ascomycetes-3-basidiomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MTY-parasitic-fungi-of-mustard-is-1-mucor-2-albugo-3-puccinia-4-rhizopus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MTc-fungus-known-by-the-name-of-lsquo-bread-mould-rsquo-is-ndash-1-mucor-2-albugo-3-puccinia-4-rhizopus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MTg-which-class-of-fungi-shows-zygospore-formation-1-phycomycetes-2-ascomycetes-3-basidiomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MTk-which-of-the-following-is-a-non-ndash-motile-spore-in-phycomycetes-1-zoospore-2-oospore-3-aplanospore-4-ascospore-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MjA-identify-the-exogenous-spore-1-zoospore-2-basidiospore-3-aplanospore-4-ascospore-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MjI-which-of-the-following-is-not-a-member-of-class-phycomycetes-1-mucor-2-rhizopus-3-albugo-4-claviceps-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MjM-which-of-the-following-is-known-as-sac-fungi-1-phycomycetes-2-ascomycetes-3-basidiomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MjQ-yeast-belongs-to-the-class-ndash-1-phycomycetes-2-ascomycetes-3-basidiomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MjU-which-type-of-asexual-spores-are-found-in-class-ascomycetes-1-conidia-2-zoospore-3-aplanospore-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MjY-which-type-of-sexual-spores-are-found-in-class-ascomycetes-a-zoospore-b-basidiospore-c-aplanospore-d-ascospore-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4Mjc-which-of-the-following-does-not-belong-to-class-ascomycetes-1-aspergillus-2-neurospora-3-claviceps-4-puccinia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4Mjg-which-of-the-following-is-used-extensively-in-biochemical-and-genetic-work-1-aspergillus-2-neurospora-3-claviceps-4-puccinia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4Mjk-rusts-and-smuts-belong-to-ndash-1-phycomycetes-2-ascomycetes-3-basidiomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MzA-the-asexual-spores-are-generally-not-found-in-ndash-1-phycomycetes-2-ascomycetes-3-basidiomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MzE-the-sex-organs-are-but-is-brought-about-by-fusion-of-two-vegetative-or-somatic-cells-of-strains-or-genotypes-the-resultant-structure-is-dikaryotic-which-ultimately-gives-rise-to-1-present-gametic-cont https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MzI-how-many-basidiospores-are-formed-on-the-basidium-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MzM-smut-is-caused-by-1-aspergillus-2-claviceps-3-ustilago-4-alternaria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MzQ-identify-the-odd-one-out-with-respect-to-the-formation-of-the-spores-1-basidiospore-2-ascospore-3-zoospore-4-aplanospore-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4MzU-which-of-the-following-does-not-belong-to-the-class-basidiomycetes-1-agaricus-2-ustilago-3-alternaria-4-puccinia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4Mzc-deuteromycetes-are-known-as-lsquo-imperfect-fungi-rsquo-because-ndash-1-only-the-sexual-phases-of-these-fungi-are-known-2-because-they-do-not-have-true-cell-wall-3-only-the-asexual-or-vegetative-phase https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4Mzg-on-the-discovery-of-sexual-phase-in-a-fungus-the-mycologist-moved-it-from-class-lsquo-a-rsquo-to-ascomycetes-identify-the-class-lsquo-a-rsquo-1-phycomycetes-2-basidiomycetes-3-ascomycetes-4-deuteromyc https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4Mzk-which-type-of-spores-are-found-in-the-members-of-deuteromycetes-1-zoospore-2-aplanospore-3-conidia-4-oospore-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NDA-which-of-the-following-does-not-belong-to-the-class-deuteromycetes-1-alternaria-2-colletotrichum-3-ustilago-4-trichoderma-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NDE-phenomenon-called-alternation-of-generation-is-found-in-ndash-a-protista-b-fungi-c-plantae-d-more-than-one-options-are-correct-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NDI-lichens-viruses-viroids-and-prions-have-been-included-in-the-kingdom-ndash-1-monera-2-protista-3-plantae-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NDM-viruses-did-not-find-a-place-in-classification-because-ndash-1-they-do-not-possess-a-cellular-structure-2-they-can-be-crystallized-3-they-do-not-divide-outside-the-cell-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NDQ-which-of-the-following-statement-is-incorrect-1-no-virus-contains-both-rna-and-dna-2-a-virus-is-a-nucleoprotein-and-the-genetic-material-is-infectious-3-bacterial-viruses-or-bacteriophages-are-usually https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NDU-which-of-the-following-statement-is-incorrect-with-respect-to-capsid-1-capsid-is-the-outermost-covering-of-most-of-the-viruses-2-capsid-is-made-up-of-capsomeres-3-capsid-protects-the-genetic-material https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NDY-which-of-the-following-pathogenic-disease-could-have-the-symptoms-like-mosaic-formation-leaf-rolling-and-curling-yellowing-and-vein-clearing-dwarfing-and-stunted-growth-1-viral-2-bacterial-3-fungal-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NDc-potato-spindle-tuber-disease-is-caused-by-ndash-1-virus-2-viroid-3-prion-4-fungus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NDg-which-of-the-following-statement-is-incorrect-1-viroids-are-smaller-than-viruses-2-viroid-was-found-to-be-a-free-rna-3-the-rna-of-the-viroid-is-of-high-molecular-weight-4-in-1971-t-o-diener-discovered https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NDk-which-of-the-following-disease-is-not-caused-by-prions-1-bovine-spongiform-encephalopathy-bse-in-cattles-2-cr-ndash-jacob-disease-cjd-in-humans-3-mad-cow-disease-in-cattle-4-potato-spindle-tuber-disea https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NTA-which-of-the-following-statement-is-correct-1-fungi-prepare-food-for-algae-2-fungi-provide-shelter-and-absorb-mineral-nutrients-and-water-for-its-partner-3-the-algal-component-is-known-as-mycobiont-an https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NTE-select-the-right-match-1-aplanospore-non-motile-exogenous-2-conidia-motile-endogenous-3-zoospore-motile-endogenous-4-zygospore-motile-exogenous-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NTI-identify-the-figure-and-the-labellings-a-and-b-1-bacteriophage-a-dsdna-b-capsid-2-tmv-a-dsdna-b-capsomere-3-tmv-a-ssdna-b-capsid-4-tmv-a-ssrna-b-capsid-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NTM-identify-the-correct-labellings-1-a-head-b-collar-c-sheath-d-tail-2-a-head-b-collar-c-neck-d-tail-fibre-3-a-head-b-collar-c-sheath-d-tail-fibre-4-a-head-b-neck-c-sheath-d-tail-fibre-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDc4NTQ-identify-the-following-pictures-b-and-c-1-b-aspergillus-c-mucor-2-b-aspergillus-c-agaricus-3-b-agaricus-c-mucor-4-b-mucor-c-agaricus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NDg0MTM-domain-eukarya-includes-how-many-kingdoms-with-respect-to-six-kingdom-system-1-two-2-three-3-one-4-four-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NjIyNzU-match-each-item-in-column-i-with-one-item-in-column-ii-regarding-pathogenic-protozoans-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-disease-causative-organism-i-malaria-1-sporoz https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njc0NDQ-which-of-the-following-are-correct-for-viroids-i-discovered-by-pasteur-ii-smaller-than-viruses-iii-found-to-be-free-dna-iv-cause-potato-spindle-tuber-disease-v-nucleic-acid-has-high-molecular-weight-1 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njc0NDY-which-of-the-following-form-the-basis-for-the-division-of-the-kingdom-fungi-into-various-classes-i-mode-of-spore-formation-and-fruiting-bodies-ii-morphology-of-the-mycelium-iii-mode-of-nutrition-and-o https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njc0NDc-identify-a-b-and-c-in-the-given-diagram-a-b-c-1-sheath-head-collar-2-collar-head-sheath-3-sheath-collar-head-4-head-collar-sheath-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njc0NDg-paramecium-and-amoeba-are-placed-in-kingdom-protista-with-1-anabaena-and-colletotrichum-2-anabaena-and-chlorella-3-chlamydomonas-and-colletotrichum-4-chlorella-and-chlamydomonas-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njc0NDk-which-of-the-following-is-not-the-characteristic-of-the-class-to-which-mucor-belongs-1-mycelium-is-aseptate-and-coenocytic-2-zygospore-is-formed-by-fusion-of-two-gametes-3-asexual-reproduction-takes-p https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njc0NTE-which-of-the-following-statements-is-true-for-heterotrophic-bacteria-1-they-fix-nitrogen-in-legume-roots-2-the-majority-are-important-decomposers-3-helpful-in-making-curd-from-milk-and-production-of-a https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njc0NTI-who-showed-that-viruses-could-be-crystallized-and-crystals-consist-largely-of-proteins-1-d-j-ivanowsky-2-m-w-beijerinck-3-w-m-stanley-4-t-o-diener-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njc0NTM-which-of-the-following-is-not-true-for-chrysophytes-1-found-in-fresh-water-as-well-as-in-marine-environment-2-cell-membranes-are-embedded-with-silica-3-most-of-them-are-photosynthetic-4-microscopic-an https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njk0MDM-which-of-the-following-organisms-do-not-possess-cell-wall-1-plant-cell-2-bacteria-3-fungi-4-amoeba-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246ODkyOTg-which-among-the-following-is-not-a-prokaryote-1-saccharomyces-2-mycobacterium-3-nostoc-4-oscillatoria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246ODkzMTk-select-the-wrong-statement-1-cell-wall-is-present-in-members-of-fungi-and-plantae-2-mushrooms-belong-to-basidiomycetes-3-pseudopodia-are-locomotory-and-feeding-structures-in-sporozoans-4-mitochondria https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246ODkzMzA-after-karyogamy-followed-by-meiosis-spores-are-produced-exogenously-in-1-neurospora-2-alternaria-3-agaricus-4-saccharomyces-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246ODk0NTY-which-of-the-following-organisms-are-known-as-chief-producers-in-the-oceans-1-dinoflagellates-2-diatoms-3-cyanobacteria-4-euglenoids-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246ODk0NjE-ciliates-differ-from-all-other-protozoans-in-1-using-flagella-for-locomotion-2-having-a-contractile-vacuole-for-removing-excess-water-3-using-pseudopodia-for-capturing-prey-4-having-two-types-of-nucle https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246ODk1NTA-which-among-the-following-are-the-smallest-living-cells-known-without-a-definite-cell-wall-pathogenic-to-plants-as-well-as-animals-and-can-survive-without-oxygen-1-pseudomonas-2-mycoplasma-3-nostoc-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA1MDg-one-of-the-major-compound-of-cell-wall-of-most-fungi-is-1-peptidoglycan-2-cellulose-3-hemicelluloses-4-chitin-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA5NDE-which-one-is-the-wrong-statement-1-archegonia-are-found-in-bryophyta-pteridophyta-and-gymnosperms-2-mucor-has-biflagellate-zoospores-3-haploid-endosperm-is-a-typical-feature-of-gymnosperms-4-brown-alg https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTEwMjk-which-of-the-following-are-most-suitable-indicators-of-so2-pollution-in-the-environment-1-lichens-2-conifers-3-algae-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTEwNzk-which-one-of-the-following-matches-is-correct-a-phytophthora-aseptate-mycelium-basidiomycetes-b-alternaria-sexual-reproduction-absent-deuteromycetes-c-mucor-reproduction-by-conjugation-ascomycetes-d-a https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTEwODY-the-guts-of-a-cow-and-a-buffalo-possess-1-fucus-sp-2-chlorella-sp-3-methanogens-4-cyanobacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTEyODM-five-kingdom-system-of-classification-suggested-by-r-h-whittaker-is-based-on-1-complexity-of-body-organisation-2-mode-of-reproduction-3-mode-of-nutrition-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTEzODk-a-location-with-luxuriant-growth-of-lichens-on-the-trees-indicates-that-the-1-trees-are-very-healthy-2-trees-are-heavily-infested-3-location-is-highly-polluted-4-location-is-not-polluted-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTE2NzI-which-one-of-the-following-living-organisms-completely-lacks-a-cell-wall-1-cyanobacteria-2-sea-fan-gorgonia-3-saccharomyces-4-coelenterata-algae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTE2Nzk-the-motile-bacteria-are-able-to-move-by-1-fimbriae-2-flagella-3-cilia-4-pili-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTM4NDc-which-pair-of-the-following-belongs-to-basidiomycetes-1-bird-s-nest-fungi-and-pufballs-2-puffballs-and-claviceps-3-peziza-and-stinkhorns-4-morchella-and-mushrooms-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTQwODc-the-thalloid-body-of-a-slime-mould-myxomycetes-is-known-as-1-protonema-2-plasmodium-3-fruiting-body-4-mycelium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTQwOTk-the-bacterium-clostridium-botulinum-that-causes-botulism-is-1-a-facultative-anaerobe-2-an-obligate-anaerobe-3-a-facultative-aerobic-4-an-obligate-aerobic-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTQxMjg-what-is-common-about-trypanosoma-noctiluca-monocystis-and-giardia-1-these-are-all-unicellular-protists-2-they-have-flagella-3-they-produce-spores-4-these-are-all-parasites-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTQxMzE-which-of-the-following-environmental-conditions-are-essential-for-the-optimum-growth-of-mucor-on-a-piece-of-bread-a-the-temperature-of-about-25-deg-c-b-the-temperature-of-about-5-deg-c-c-relative-humi https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTQxMzI-evolutionary-history-of-an-organism-is-known-as-1-phylogeny-2-ancestry-3-palaeontology-4-ontogeny-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTQxNjk-the-causative-agent-of-mad-cow-disease-is-a-1-bacterium-2-prion-3-worm-4-virus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTQ1Nzk-which-statement-is-correct-for-bacterial-transduction-1-transfer-of-some-genes-from-one-bacteria-to-another-bacteria-through-virus-2-transfer-of-genes-from-one-bacteria-to-other-bacteria-by-conjugatio https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTQ1ODE-which-part-of-the-animal-virus-is-not-reproduced-in-multiple-copies-1-capsid-2-proteins-3-envelops-4-ribosome-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTQ1ODM-viroid-rsquo-s-have-1-ssrna-not-enclosed-protein-coat-2-ssdna-not-enclosed-by-protein-coat-3-dsdna-enclosed-by-protein-coat-4-dsrna-enclosed-by-protein-coat-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTUwMTM-powdery-mildew-of-wheat-is-caused-by-a-species-of-1-puccinia-2-erysphe-3-ustilago-4-albugo-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTUwMTU-nucleic-acid-is-absent-in-1-virus-2-viroid-3-prion-4-mycoplasma-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTUwMTY-in-most-fungi-the-cell-wall-is-chiefly-made-of-1-cellulose-2-chitin-3-protein-4-lipid-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTUwMTc-heterocysts-are-present-in-1-riccia-2-ulothrix-3-albugo-4-nostoc-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTUwNDk-viruses-that-infect-bacterial-multiplication-and-cause-their-lysis-are-called-1-lysosomes-2-lipolytic-3-lytic-4-lysogenic-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTUxOTI-bacterial-endotoxin-is-1-a-toxic-protein-that-stays-inside-the-bacterial-cell-2-a-toxic-protein-that-is-excreted-into-the-medium-3-lipopolysaccharide-located-on-the-surface-of-the-bacteria-4-none-of-t https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTUxOTU-diatomaceous-earth-is-obtained-from-1-bacillarophyceae-2-xanthophyceae-3-rhodophyceae-4-chrysophyceae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTU2MjY-which-of-the-following-statements-is-incorrect-1-yeasts-have-filamentous-bodies-with-long-thread-like-hyphae-2-morels-and-truffles-are-edible-delicacies-3-claviceps-is-a-source-of-many-alkaloids-and-l https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTU2NTg-match-the-column-i-with-column-ii-column-i-column-ii-a-saprophyte-i-symbiotic-association-of-fungi-with-plant-roots-b-parasite-ii-decomposition-of-dead-organic-materials-c-lichens-iii-living-on-living https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTU2NjA-which-of-the-following-statements-is-incorrect-1-prions-consist-of-abnormally-folded-proteins-2-viroids-lack-a-protein-coat-3-viruses-are-obligate-parasites-4-infective-constituent-in-viruses-is-the-p https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTYwODk-assertion-a-diatomaceous-earth-is-used-in-polishing-filtration-of-oil-and-syrups-reason-r-diatomaceous-earth-is-gritty-due-to-presence-of-silica-1-both-a-and-r-are-true-and-r-correctly-explains-a-2-bo https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTA5NzM1-state-true-t-or-false-f-to-the-given-statements-and-select-the-correct-option-a-abundance-of-lichens-in-any-area-indicates-that-the-area-is-highly-polluted-with-so2-b-mycobiont-partner-of-lichens-is-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTE4ODg4-one-of-the-major-components-of-cell-wall-of-most-fungi-is-1-hemicelluloses-2-chitin-3-peptidoglycan-4-cellulose-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIwMjkz-phylogenetic-system-of-classification-is-based-on-1-evolutionary-relationships-2-morphological-features-3-chemical-constituents-4-floral-characters-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIwMjk2-five-kingdom-system-of-classification-suggested-by-r-h-whittaker-is-not-based-on-1-presence-or-absence-of-a-well-defined-nucleus-2-mode-of-reproduction-3-mode-of-nutrition-4-complexity-of-body-organiz https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIwMjk3-pick-up-the-wrong-statement-1-protista-have-photosynthetic-and-heterotrophic-modes-of-nutrition-2-some-fungi-are-edible-3-nuclear-membrane-is-present-in-monera-4-cell-wall-is-absent-in-animalia-1-2-3 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIwNDM4-which-one-of-the-following-organisms-is-not-an-example-of-eukaryotic-cells-1-paramoecium-caudatum-2-escherichia-coli-3-euglena-viridis-4-amoeba-proteus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNDI4-cyanobacteria-are-classified-under-1-protista-2-plantae-3-monera-4-algae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTMxNTA2-mad-cow-disease-in-cattle-is-caused-by-an-organism-which-has-1-inert-crystalline-2-abnormally-folded-protein-3-free-rna-without-protein-coat-4-free-dna-without-protein-coat-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTMxNTA3-which-of-the-following-statements-is-correct-1-lichens-do-not-grow-in-polluted-areas-2-algal-component-of-lichens-is-called-mycobiont-3-fungal-component-of-lichens-is-called-phycobiont-4-lichens-are-n https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTMxNjYw-match-the-organisms-in-column-i-with-habitats-in-column-ii-column-i-column-ii-a-halophiles-i-hot-springs-b-thermoacidophiles-ii-aquatic-environment-c-methanogens-iii-guts-of-ruminants-d-cyanobacteria https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTMzMTk3-five-kingdom-system-of-classification-suggested-by-r-h-whittaker-is-not-based-on-1-presence-or-absence-of-a-well-defined-nucleus-2-mode-of-reproduction-3-mode-of-nutrition-4-complexity-of-body-organiz https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTgxMTMx-which-of-the-following-is-not-a-saprophytic-plant-1-monotrapa-2-neottia-3-santalum-4-agaricus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTgxMTMz-consider-the-following-statements-i-insectivorous-plants-are-plants-that-derive-some-or-most-of-their-nutrients-but-not-energy-from-trapping-and-consuming-insects-and-other-arthropods-ii-insectivorous https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTgyNTQ0-members-of-myxomycetes-slime-moulds-move-from-one-place-to-other-by-1-ciliary-movements-2-cyclosis-3-amoeboid-movement-4-rotation-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTg1MzM0-which-of-the-following-is-correct-about-viroids-1-they-have-free-rna-without-protein-coat-2-they-have-dna-with-protein-coat-3-they-have-free-dna-without-protein-coat-4-they-have-rna-with-protein-coat https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTkzMzMw-which-of-the-following-is-not-true-for-amoeboid-protozoan-1-pseudopodia-helps-in-feeding-2-silica-shells-present-in-marine-form-3-contractile-vacuole-4-flagella-helps-in-locomotion-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTkzMzMx-red-tides-are-due-to-the-rapid-multiplication-of-1-cyanobacteria-2-chlamydomonas-3-gonyaulax-4-diatoms-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTk0Mjc4-choose-the-correct-features-regarding-the-most-common-asexual-spores-of-sac-fungi-a-haploid-b-exogenous-c-thick-walled-d-produced-during-unfavorable-conditions-e-grow-in-basipetal-manner-1-a-c-and-d-2 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTk1NDA3-animals-differ-from-plants-in-1-being-multicellular-2-having-cell-wall-3-being-heterotrophic-4-being-eukaryotic-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjQ0OTcx-which-of-the-following-is-incorrect-about-cyanobacteria-1-they-are-photoautotrophs-2-they-lack-heterocysts-3-they-often-form-blooms-in-polluted-water-bodies-4-they-have-chlorophyll-similar-to-green-pl https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjUxMTc5-given-below-is-the-diagram-of-a-bacteriophage-in-which-one-of-the-options-all-the-four-parts-a-b-c-and-d-are-correct-a-b-c-d-1-sheath-collar-head-tail-fibres-2-head-sheath-collar-tail-fibres-3-collar https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzI3ODk3-all-the-following-are-a-method-of-gene-transfer-in-bacteria-except-1-translocation-2-conjugation-3-transduction-4-transformation-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzI5Mzkw-match-plant-diseases-given-in-column-i-with-causative-pathogens-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-brown-rust-of-wheat-p-colletotrichum-falcatum-b-blac https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM0NzUz-regarding-bacteria-1-the-rod-shaped-are-called-as-coccus-2-majority-are-photosynthetic-autotrophs-3-as-a-group-show-the-maximum-metabolic-diversity-4-all-are-pathogenic-to-humans-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM0NzU0-both-mycoplasma-and-euglenoids-1-can-survive-without-oxygen-2-are-unicellular-eukaryotes-3-lack-cell-wall-4-have-two-flagella-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM0NzU1-in-members-of-basidiomycetes-1-mycelium-is-unbranched-and-coenocytic-2-sex-organs-are-absent-and-plasmogamy-does-not-take-place-3-asexual-spores-are-not-found-but-vegetative-reproduction-by-fragmentat https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM0NzU2-identify-the-incorrect-statement-1-viruses-are-obligate-parasites-2-prions-are-abnormally-folded-infectious-proteins-3-viroids-are-free-rna-and-lack-a-protein-coat-4-lichens-grow-very-well-in-polluted https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM0ODc3-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-group-of-protozoans-example-a-amoeboid-p-entamoeba-b-flagellated-q-paramecium-c-ciliated-r-trypanoso https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM1NjA0-identify-the-incorrect-statement-regarding-heterotrophic-bacteria-1-they-are-most-abundant-bacteria-in-nature-2-many-of-them-are-important-decomposers-3-they-play-a-great-role-in-recycling-nutrients-l https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM1NjA1-an-intervening-dikaryophase-is-seen-during-the-sexual-reproduction-in-members-of-the-fungal-class-1-phycomycetes-and-ascomycetes-2-ascomycytes-and-basidiomycetes-3-basidiomycetes-and-deuteromycetes-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM1NjA2-abnormally-folded-infectious-proteins-can-in-humans-cause-1-mad-cow-disease-2-scrapie-3-creutzfeldt-jacob-disease-4-mers-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM3NTE3-methanogens-present-in-the-gut-of-several-ruminants-are-1-archaebacteria-2-photosynthetic-autotrophic-bacteria-3-chemoheterotroph-eubacteria-4-chemosynthetic-eubacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM3NTE4-hyphae-that-are-continuous-tubes-filled-with-multinucleated-cytoplasm-are-seen-in-the-members-of-1-ascomycetes-2-phycomycetes-3-deuteromycetes-4-basidiomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM3NTE5-viruses-1-contain-both-dna-and-rna-as-genetic-material-2-are-facultative-parasites-3-cannot-be-crystallized-4-are-nucleoproteins-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM3NTI1-generally-the-shape-not-seen-in-a-bacterial-cell-is-1-rod-like-2-comma-shaped-3-spherical-4-icosahedral-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM3NTM3-all-the-following-statements-regarding-diatoms-are-true-except-1-the-two-overlapping-shells-of-cell-wall-fit-together-as-in-a-soap-box-2-they-are-the-chief-lsquo-producers-rsquo-in-the-oceans-3-their https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4MjAz-kingdom-protista-has-brought-together-chlamydomonas-chlorella-with-paramoecium-and-amoeba-on-what-basis-were-these-organisms-separated-under-previous-classification-systems-1-cell-wall-2-cell-type-3-b https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4MjA0-which-of-the-following-statements-is-incorrect-regarding-mycoplasma-1-these-organisms-are-naturally-resistant-to-antibiotics-that-inhibit-protein-biosynthesis-2-these-organisms-are-naturally-resistant https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4MjA2-what-is-the-correct-order-of-the-steps-involved-in-the-sexual-cycle-of-organisms-belonging-to-the-kingdom-fungi-1-meiosis-in-zygote-mdash-plasmogamy-mdash-karyogamy-2-karyogamy-mdash-meiosis-in-zygote https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4MjA3-which-of-the-following-statements-is-not-true-regarding-the-mode-of-reproduction-of-organisms-belonging-to-different-classes-of-the-kingdom-fungi-1-large-number-of-members-of-deuteromycetes-are-decomp https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4MjEw-cr-jacob-disease-cjd-in-humans-is-caused-by-1-an-agent-which-causes-mosaic-formation-in-plants-2-an-agent-having-dna-3-an-agent-which-consists-of-abnormally-folded-protein-and-is-similar-in-size-to-vi https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4MjM2-match-the-group-of-protozoans-to-a-feature-these-protozoans-exhibit-column-i-column-ii-a-amoeboid-p-they-have-a-cavity-gullet-that-opens-to-the-outside-of-the-cell-surface-into-which-water-laden-food https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4MjQz-who-showed-that-viruses-could-be-crystallised-and-crystals-consist-largely-of-proteins-1-m-w-beijerinck-2-d-j-ivanowsky-3-t-o-diener-4-w-m-stanley-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4NjAy-match-the-group-of-protozoans-to-a-feature-these-protozoans-exhibit-column-i-column-ii-a-amoeboid-p-they-have-a-cavity-gullet-that-opens-to-the-outside-of-the-cell-surface-into-which-water-laden-food https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4NjA0-who-proposed-the-five-kingdom-classification-1-carolus-linnaeus-2-aristotle-3-bentham-and-hooker-4-r-h-whittaker-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4NjA1-the-rod-shaped-bacteria-belongs-to-which-of-the-following-category-of-bacteria-1-vibrio-2-bacillus-3-coccus-4-spirillum-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4NjA2-mycoplasma-i-completely-lack-a-cell-wall-ii-are-the-smallest-living-cells-known-iii-can-survive-without-oxygen-1-only-i-and-ii-are-true-2-only-i-and-iii-are-true-3-only-ii-and-iii-are-true-4-all-i-ii https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4NjA3-in-which-of-the-following-class-of-fungi-sex-organs-are-absent-and-plasmogamy-is-brought-about-by-fusion-of-two-vegetative-or-somatic-cells-of-different-strains-or-genotypes-1-ascomycetes-2-phycomycet https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4NjA4-who-showed-that-viruses-could-be-crystallised-and-crystals-consist-largely-of-proteins-1-m-w-beijerinck-2-d-j-ivanowsky-3-t-o-diener-4-w-m-stanley-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4NjA5-cr-jacob-disease-cjd-in-humans-is-caused-by-1-prions-2-viroids-3-virus-4-lichens-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM5NTE4-which-of-the-following-is-a-correct-statement-1-mycoplasma-have-dna-ribosome-and-cell-wall-2-cyanobacteria-are-a-group-of-autotrophic-organisms-classified-under-kingdom-monera-3-bacteria-are-exclusive https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM5ODcw-identify-the-fungi-which-do-not-belong-to-the-group-of-other-fungi-among-the-following-1-sac-fungi-2-puffballs-3-mushrooms-4-bracket-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM5OTI1-match-list-i-with-list-ii-list-i-list-ii-a-puccinia-i-parasitic-fungus-on-mustard-b-neurospora-ii-dead-substrates-c-saprophytes-iii-wheat-rust-d-albugo-iv-biochemical-and-genetic-work-choose-the-corre https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQxOTc0-mycoplasmas-are-bacteria-that-lack-cell-walls-on-the-basis-of-this-structural-feature-which-statement-concerning-mycoplasmas-should-be-true-1-they-are-gram-negative-2-they-are-subject-to-lysis-in-hypo https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQyMDgx-a-in-basidiomycetes-and-ascomycetes-two-compatible-hyphae-of-opposite-strain-fuse-to-form-diploid-structure-r-there-is-no-intervening-phase-in-the-following-questions-a-statement-of-assertion-a-is-fol https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQyMzc1-which-of-these-paired-fungal-structures-are-structurally-and-functionally-most-alike-1-conidia-and-basidiocarps-2-sporangia-and-hyphae-3-soredia-and-gills-4-haustoria-and-arbuscules-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQyNDA1-assertion-a-tmv-is-a-virus-which-causes-mosaic-disease-reason-r-tmv-has-rna-as-genetic-material-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the-c https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQyNzUy-which-of-the-following-represents-a-difference-between-viruses-and-viroids-1-viruses-infect-many-types-of-cells-whereas-viroids-infect-only-prokaryotic-cells-2-viruses-have-capsids-composed-of-protein https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQyNzk4-a-gram-negative-bacteria-do-not-retain-the-stain-when-washed-with-alcohol-r-the-outer-face-of-the-outer-membrance-of-grain-negative-bacteria-contains-lipopolysaccharides-a-part-of-which-is-integrated https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQzMDYz-which-of-the-following-statements-about-dinoflagellates-is-true-1-they-possess-two-flagella-2-all-known-varieties-are-autotrophic-3-their-walls-are-usually-composed-of-silica-plates-4-many-types-lack https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ0MTU3-match-list-i-with-list-ii-list-i-list-ii-a-prokaryotic-i-blue-green-algae-b-chitinous-cell-wall-ii-monera-c-organ-system-iii-fungi-d-n2-fixation-iv-animalia-choose-the-correct-answer-from-the-options https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ0NDE3-eubacteria-can-fix-atmospheric-nitrogen-in-specialized-cells-called-1-heterocysts-2-chlorophyll-3-sporozoan-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ0ODA1-which-of-the-following-statements-is-true-for-viroids-1-they-infect-only-plants-and-consist-of-double-stranded-dna-enclosed-by-protein-coat-2-they-infect-only-animals-and-consist-of-single-stranded-rn https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ0OTcz-asexual-spores-are-generally-not-found-in-1-ascomycetes-2-basidiomycetes-3-zygomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ0OTc4-red-tide-is-caused-by-1-gonyaulax-2-ceratium-3-euglena-4-navicula-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ1MDAx-given-below-are-two-statements-statement-i-the-majority-of-heterotrophic-bacteria-are-decomposers-statement-ii-bacteria-are-the-sole-members-of-the-kingdom-monera-in-the-light-of-the-above-statements https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ2NDkx-mad-cow-disease-in-cattle-and-cr-jacob-disease-in-humans-are-due-to-infection-by-1-bacterium-2-virus-3-viroid-4-prion-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ3ODY1-carl-woese-separated-archaebacteria-from-eubacteria-on-the-basis-of-major-differences-such-as-a-the-occurrence-of-branched-chain-lipids-in-the-membrane-b-absence-of-peptidoglycan-in-the-cell-wall-c-ch https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ3OTA2-identify-the-wrong-match-1-agaricus-ndash-edible-ascocarp-2-gonyaulax-ndash-flagellated-protist-3-colletotrichum-ndash-lack-of-sexual-spores-4-slime-mould-ndash-phagotrophic-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ3OTIz-the-causal-agent-of-scrapie-disease-1-is-a-proteinaceous-particle-2-has-ss-rna-3-is-composed-of-protein-and-dna-4-is-non-infectious-to-humans-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ3OTI5-a-protozoan-without-a-locomotory-structure-is-1-entamoeba-2-trypanosoma-3-plasmodium-4-paramecium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ3OTQ5-read-the-below-given-features-and-select-how-many-of-them-are-true-for-agaricus-a-mycelium-is-branched-and-septate-b-sexual-spores-are-produced-inside-an-ascus-c-fruiting-bodies-are-edible-d-lack-of-s https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTUx-the-figure-shows-potato-affected-by-certain-disease-the-affected-plants-are-stunted-tubers-may-be-small-elongated-cylindrical-spindle-or-dumb-bell-shaped-with-prominent-eyes-evenly-distributed-over-th https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTUy-the-given-figure-shows-a-normally-folded-protein-a-and-a-misfolded-protein-b-what-will-be-correct-i-prions-are-misfolded-proteins-that-have-the-ability-to-transmit-their-misfolded-shape-onto-normal-va https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTUz-given-below-is-a-schematic-representation-of-the-events-in-the-life-cycle-of-a-fungus-belonging-to-basidiomycetes-identify-the-correct-statements-statement-i-a-is-karyogamy-b-is-plasmogamy-and-c-is-me https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTU0-given-below-is-a-schematic-representation-of-the-events-in-the-life-cycle-of-a-fungus-belonging-to-ascomycetes-identify-a-e-1-a-sporangiophore-b-sporangia-c-ascocarp-d-4-ascospores-e-ascogonium-2-a-sp https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTU1-given-below-is-a-schematic-representation-of-the-events-in-the-life-cycle-of-rhizopus-find-the-correct-match-for-a-d-a-b-c-d-1-plasmogamy-karyogamy-meiosis-sporangia-2-karyogamy-plasmogamy-meiosis-spo https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTU3-the-given-figure-shows-the-architecture-of-the-cell-wall-of-1-archaebacteria-2-gram-positive-bacteria-3-diatoms-4-dinoflagellates-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTU4-the-given-figure-shows-an-organism-capable-of-causing-ret-tides-in-water-bodies-that-adversely-affect-the-aquatic-life-this-organism-can-be-1-ctenoplana-2-gonyaulax-3-pennatula-4-gorgonia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTYx-what-would-be-true-for-the-pathogen-seen-in-the-given-slide-of-peripheral-blood-from-a-patient-suffering-from-a-certain-disease-i-the-pathogen-is-trypanosoma-brucei-gambiense-ii-it-causes-african-slee https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTYy-identify-the-correct-statement-regarding-the-given-figure-i-it-shows-nostoc-ndash-a-filamentous-blue-green-alga-ii-the-arrow-shows-specialised-cell-for-fixing-atmospheric-nitrogen-called-heterocyst-1 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTY1-identify-the-viruses-a-and-b-in-the-given-diagram-a-b-1-sarscov2-hiv-2-hiv-sarscov2-3-hsv-1-hsv-2-4-hbv-hav-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTY2-given-diagram-shows-the-structure-of-tobacco-mosaic-virus-identify-the-correct-match-for-a-b-and-c-a-b-c-1-300-nm-18-nm-single-stranded-rna-2-18-nm-4-nm-single-stranded-dna-3-300-nm-18-nm-double-stran https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4NTY3-bacteria-are-of-varied-shapes-identify-the-correct-match-for-a-b-and-c-in-the-given-figure-a-b-c-1-spirocheate-streptobacillus-staphylococcus-2-vibrios-staphylobacillus-streptococcus-3-vibrios-strepto https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzUwMDMw-consider-the-given-statements-regarding-bacterial-cells-in-general-i-a-coccus-is-a-rod-shaped-bacterium-and-a-bacillus-is-a-spherical-bacterium-ii-mycoplasma-are-bacteria-that-completely-lack-a-cell-w https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzUyOTY3-regarding-bacteria-i-the-rod-shaped-are-called-as-cocci-ii-as-a-group-they-show-the-most-extensive-metabolic-diversity-iii-vast-majority-are-chemosynthetic-autotrophs-1-only-ii-is-correct-2-only-i-and https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzUyOTY5-which-protists-are-all-heterotrophs-1-chrysophytes-2-dinoflagellates-3-euglenoids-4-protozoans-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzUyOTcx-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-phycomycetes-p-alternaria-b-ascomycetes-q-albugo-c-basidiomycetes-r-neurospora https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzUyOTcz-identify-the-correct-statement-i-no-plant-is-even-partially-heterotrophic-ii-all-animals-show-locomotion-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzUyOTc1-what-would-generally-be-true-1-viruses-cannot-be-crystallised-2-viruses-are-inert-inside-their-specific-host-cells-3-all-viruses-are-larger-in-in-size-than-mycoplasma-4-viruses-that-infect-plants-have https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzUyOTc3-consider-the-following-properties-i-capability-of-causing-infections-ii-lacking-protein-iii-lacking-nucleic-acid-1-i-and-ii-are-true-for-both-viroids-and-prions-and-iii-is-true-for-only-prions-2-i-is https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzU4NDU4-specialized-cells-for-fixing-atmospheric-nitrogen-in-nostoc-are-1-heterocysts-2-hormogonia-3-nodules-4-akinetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzU4NDgz-which-one-of-the-following-is-true-for-fungi-1-they-lack-a-rigid-cell-wall-2-they-are-heterotrophs-3-they-lack-nuclear-membrane-4-they-are-phagotrophs-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYxNDEx-whittaker-proposed-an-elaborate-five-kingdom-classification-ndash-monera-protista-fungi-plantae-and-animalia-which-of-the-following-pairs-is-correctly-matched-1-monera-all-members-have-a-cell-wall-2-p https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYxNDEz-lichen-can-be-symbiotic-association-between-fungi-mostly-ascomycetes-and-basidiomycetes-and-a-algae-usually-green-b-cyanobacteria-1-only-a-2-only-b-3-either-a-or-b-4-neither-a-nor-b-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYxNTkw-assertion-a-viruses-are-smaller-than-bacteria-reason-r-viruses-pass-through-bacteria-proof-filters-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bo https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYxNTkx-assertion-a-the-rna-of-the-viroid-is-of-low-molecular-weight-reason-r-this-rna-is-able-to-cause-neurological-diseases-in-humans-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYzNjIx-assertion-a-archaebacteria-are-special-bacteria-reason-r-they-live-in-harsh-habitats-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the-correct-expl https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYzNzIy-assertion-a-dikaryon-is-observed-in-ascomycetes-and-basidiomycetes-reason-r-in-some-fungi-karyogamy-is-delayed-after-plasmogamy-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYzNzQz-assertion-a-viruses-are-an-exception-to-cell-theory-reason-r-viruses-are-noncellular-in-nature-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the-co https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYzNzQ1-assertion-a-archaebacteria-are-most-resistant-to-adverse-environmental-conditions-reason-r-in-archaebacteria-cell-wall-is-highly-resistant-and-complex-1-both-a-and-r-are-true-and-r-is-the-correct-expl https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY0NzE5-chemosynthetic-autotrophic-bacteria-play-a-great-role-in-1-forming-blooms-in-polluted-water-bodies-2-recycling-nutrients-like-nitrogen-phosphorous-iron-and-sulphur-3-making-curd-from-milk-4-fixing-nit https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY0NzIw-a-dikaryophase-of-fungus-is-commonly-seen-in-the-sexual-reproduction-of-i-phycomycetes-ii-ascomycetes-iii-basidiomycetes-1-only-i-and-ii-2-only-i-and-iii-3-only-ii-and-iii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY0NzYz-the-infectious-agent-that-causes-potato-spindle-tuber-disease-is-1-a-free-rna-lacking-a-protein-coat-2-a-nucleocapsid-3-an-abnormally-folded-protein-4-a-ribozyme-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY0Nzc2-bacteria-are-grouped-under-four-categories-based-on-their-shape-identify-the-incorrect-match-1-coccus-spherical-2-bacillus-rod-shaped-3-vibrium-icosahedron-4-spirillum-spiral-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY0Nzc4-identify-the-correct-statement-regarding-euglenoids-1-majority-of-them-are-marine-water-organisms-found-in-running-water-2-the-cell-wall-has-stiff-cellulose-plates-on-the-outer-surface-3-they-have-onl https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY0ODY5-what-would-be-true-for-alternaria-but-not-for-puccinia-1-heterotrophic-mode-of-nutrition-2-sexual-stage-is-unknown-3-lack-of-vegetative-reproduction-4-called-as-bracket-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1NjAx-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-protist-column-ii-feature-of-wall-a-diatoms-p-cell-wall-has-stiff-cellulose-plates-on-outer https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1NjAy-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-fungal-class-column-ii-example-a-phycomycetes-p-alternaria-b-ascomycetes-q-smut-fungus-c-ba https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1NzMy-in-whittaker-rsquo-s-five-kingdom-classification-organisms-with-eukaryotic-cell-type-and-cellular-body-organisation-are-kept-under-1-kingdom-monera-2-kingdom-protista-3-kingdom-fungi-4-kingdom-plantae https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1NzMz-identify-the-incorrect-statement-regarding-cyanobacteria-1-they-have-chlorophyll-a-similar-to-green-plants-2-they-are-unicellular-and-never-colonial-or-filamentous-3-they-often-form-blooms-in-polluted https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1NzM0-the-chief-lsquo-producers-rsquo-in-the-oceans-are-1-cyanobacteria-2-dinoflagellates-3-diatoms-4-lichens-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1Nzcz-slime-molds-1-form-plasmodium-that-differentiates-and-forms-fruiting-bodies-bearing-spores-at-their-tips-during-unfavourable-conditions-2-form-plasmodium-that-differentiates-and-forms-fruiting-bodies https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1ODA5-in-the-five-kingdom-classification-the-members-of-kingdom-animalia-i-are-all-heterotrophs-ii-are-all-multicellular-where-cells-lack-a-cell-wall-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1ODY1-gonyaulax-is-1-a-heterotrophic-bacteria-pathogenic-to-cereal-crops-2-a-dinoflagellate-responsible-for-red-tides-3-a-free-living-nematode-4-a-thermophilic-archaebacterium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1ODY2-that-viruses-could-be-crystallised-and-crystals-consist-largely-of-proteins-was-shown-by-1-m-w-beijerinck-2-w-m-stanley-3-dmitri-ivanovsky-4-louis-pasteur-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1OTAw-all-the-following-given-differences-between-fungi-belonging-to-phycomycetes-and-basidiomycetes-are-correct-except-phycomycetes-basidiomycetes-1-mycelium-branched-and-septate-aseptate-and-coenocytic-2 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY2MDMy-the-correct-chronological-sequence-beginning-from-the-earliest-with-respect-to-fungal-sexual-cycle-will-be-1-karyogamy-plasmogamy-and-meiosis-2-meiosis-plasmogamy-and-karyogamy-3-plasmogamy-karyogamy https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY2MDY0-in-the-given-diagram-showing-filamentous-nostoc-the-structure-marked-as-a-1-is-a-resting-spore-2-is-involved-in-nitrogen-fixation-3-is-gas-vacuole-4-is-where-carbon-dioxide-concentration-mechanism-is https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY2MDY1-consider-the-two-given-statements-statement-i-association-between-mycobiont-and-phycobiont-is-found-in-lichens-statement-ii-an-association-between-roots-of-higher-plants-and-fungi-is-called-mycorrhiza https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY2MDY2-a-unicellular-organism-shows-i-eukaryotic-cell-type-ii-absent-cell-wall-iii-capability-to-act-as-a-heterotroph-when-deprived-of-sunlight-this-organism-must-be-classified-under-1-kingdom-monera-as-a-my https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTIx-given-below-are-two-statements-assertion-a-the-two-kingdom-classification-used-for-a-long-time-was-found-inadequate-reason-r-a-large-number-of-organisms-did-not-fall-into-either-category-of-plants-or https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTI1-given-below-are-two-statements-assertion-a-the-cell-walls-of-diatoms-are-indestructible-reason-r-in-diatoms-cell-walls-are-embedded-with-silica-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTI4-assertion-a-diatoms-leave-behind-large-amount-of-cell-wall-deposits-in-their-habitat-which-gets-accumulated-over-billions-of-years-reason-r-silicious-cell-walls-in-diatoms-are-indestructible-1-both-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTMy-given-below-are-two-statements-assertion-a-infectious-agent-discovered-by-t-o-diener-lack-protein-coat-that-is-found-in-viruses-reason-r-viroids-have-rna-of-low-molecular-weight-1-both-a-and-r-are-tru https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTM1-given-below-are-two-statements-assertion-a-deuteromycetes-are-commonly-known-as-imperfect-fungi-reason-r-sexual-reproduction-is-absent-in-the-members-of-the-deuteromycetes-1-both-a-and-r-are-true-and https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTM4-given-below-are-two-statements-assertion-a-viruses-can-pass-through-bacteria-proof-filters-reason-r-viruses-could-be-crystallized-and-crystals-consist-largely-of-proteins-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTQz-given-below-are-two-statements-assertion-a-neurospora-crassa-is-a-widely-used-model-organism-in-experimental-genetics-reason-r-neurospora-crassa-produces-a-large-number-of-antibacterial-and-antifungal https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTQ0-given-below-are-two-statements-assertion-a-bacteriophages-are-the-viruses-that-infect-the-bacteria-reason-r-bacteriophages-usually-have-ds-dna-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTQ4-given-below-are-two-statements-assertion-a-mixotrophic-nutrition-is-seen-in-euglena-reason-r-euglena-is-a-photosynthetic-as-well-as-a-chemosynthetic-autotroph-1-both-a-and-r-are-true-and-r-is-the-corr https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTUx-given-below-are-two-statements-assertion-a-archaebacteria-can-survive-in-extreme-conditions-reason-r-the-cell-wall-of-archaebacteria-is-identical-in-structure-to-that-of-bacteria-1-both-a-and-r-are-tr https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTU5-given-below-are-two-statements-assertion-a-vegetative-reproduction-by-fragmentation-is-common-in-basidiomycetes-reason-r-in-club-fungi-sexual-spores-are-not-formed-during-sexual-reproduction-1-both-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTY2-given-below-are-two-statements-assertion-a-fungi-show-great-diversity-in-habitat-and-nutrition-reason-r-fungi-prefer-to-grow-in-cool-and-humid-places-1-both-a-and-r-are-true-and-r-is-the-correct-expla https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTkz-given-below-are-two-statements-assertion-a-in-basidiomycetes-basidiospores-are-produced-endogenously-in-the-basidium-reason-r-in-ascomycetes-ascospores-are-produced-exogenously-in-ascus-1-both-a-and-r https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzc4NjU0-identify-the-diagram-of-heterocyst-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzc4Nzg4-which-motile-stage-of-protozoans-is-helpful-in-feeding-1-pseudopodium-2-cilia-3-flagella-4-tentacles-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzc4OTYy-cell-wall-of-fungi-is-composed-of-1-chitin-2-pectin-3-cellulose-4-mannans-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MTM1-select-correct-statement-w-r-t-monera-1-all-are-autotrophic-prokaryotes-2-all-are-chemoheterotrophs-3-unicellular-colonial-or-filamentous-organisms-4-prokaryotes-with-70-s-ribosome-and-histone-dna-1-2 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MTQz-select-incorrect-statement-w-r-t-eubacteria-1-have-very-simple-structure-2-peptidoglycan-nature-of-cell-wall-3-heterotrophs-are-most-abundant-in-nature-4-show-most-simple-metabolic-diversity-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MTc0-mark-the-odd-one-w-r-t-fungi-1-unicisternal-golgi-bodies-2-show-a-great-diversity-in-morphology-and-habitat-3-most-of-the-members-are-aquatic-4-reverse-food-material-is-stored-in-the-form-of-oil-and-g https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MTc3-select-incorrectly-matched-pair-1-rhizopus-ndash-sporangiospore-2-penicillium-ndash-ascocarp-3-mucor-ndash-dikaryophase-4-aspergillus-ndash-conidia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MTc5-choose-incorrect-match-w-r-t-different-classes-of-fungi-1-oomycetes-zoospore-gametic-copulation-2-zygomycetes-sporangiospore-zygophore-3-ascomycetes-conidia-monokaryotic-aseptate-mycelium-4-phycomycet https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MTk5-infectious-rna-particles-without-protein-coat-1-have-high-molecular-weight-2-were-discovered-by-alper-3-known-to-cause-disease-in-plants-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MjAx-mark-the-odd-one-w-r-t-prions-1-cjd-disease-2-mad-cow-disease-3-potato-leaf-roll-4-scrapie-disease-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MjI0-in-five-kingdom-system-of-classification-how-many-kingdoms-include-organisms-with-only-photosynthetic-mode-of-nutrition-1-one-2-two-3-four-4-three-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MjI3-dikaryophase-is-not-seen-in-1-penicillium-2-rhizopus-3-neurospora-4-aspergillus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MjI4-the-basidiospores-are-1-sexual-spores-2-exogenously-produced-on-the-basidium-3-asexual-haploid-spores-4-both-1-2-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MjMx-nucleic-acid-is-absent-in-a-1-virus-2-viroid-3-prion-4-bacterium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MjM0-the-viruses-that-infect-the-bacteria-usually-have-genetic-material-as-1-dsdna-2-dsrna-3-ssrna-4-ssdna-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MjM2-identify-the-genetic-material-of-the-virus-in-the-given-figure-1-ssrna-2-dsrna-3-ssdna-4-dsdna-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5MjM5-state-true-t-or-false-f-for-the-following-statements-a-cyanobacteria-ofter-form-blooms-in-polluted-water-bodies-b-archaebacteria-are-eubacteria-c-mycoplasma-are-organisms-that-completely-lack-a-cell-w https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzg5Mjkw-mark-the-correct-statement-1-phycomycetes-include-mushrooms-bracket-fungi-or-puff-balls-2-the-mycelium-of-basidiomycetes-is-branched-and-septate-3-neurospora-is-used-extensively-in-biochemical-and-gen https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDU1MDY3-which-one-of-the-following-is-not-a-criterion-for-classification-of-fungi-1-mode-of-nutrition-2-mode-of-spore-formation-3-fruiting-body-4-morphology-of-mycelium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDU1MDcw-match-list-i-with-list-ii-list-i-list-ii-a-rhizopus-i-mushroom-b-ustilago-ii-smut-fungus-c-puccinia-iii-bread-mould-d-agaricus-iv-rust-fungus-choose-the-correct-answer-from-the-options-given-below-1-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDU2NzQ5-the-asexual-spores-of-deuteromycetes-are-1-aplanospores-2-conidia-3-zoospores-4-basidiospores-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzU2-kingdom-monera-in-whittaker-s-five-kingdom-classification-is-not-characterized-by-1-prokaryote-cell-type-2-cellulosic-cell-wall-3-absence-of-nuclear-membrane-4-cellular-body-organization-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzYx-phylogenetic-classification-is-based-on-1-morphological-similarities-2-physiological-similarities-3-reproductive-similarities-4-evolutionary-relationships-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzcz-in-whittaker-s-five-kingdom-classification-heterotrophic-mode-of-nutrition-is-present-in-members-of-1-two-kingdoms-2-three-kingdoms-3-four-kingdoms-4-five-kingdoms-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzc5-the-main-criteria-for-classification-used-by-whittaker-included-all-the-following-except-1-cell-structure-and-body-organization-2-mode-of-nutrition-3-mode-of-reproduction-4-mode-of-locomotion-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzA3-match-the-bacteria-in-column-i-with-its-shape-in-column-ii-and-select-the-correct-option-from-the-codes-given-below-column-i-column-ii-a-bacillus-a-rod-b-coccus-b-spherical-c-spirilla-c-spiral-d-vibri https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzY0-as-a-group-the-most-extensive-metabolic-diversity-is-shown-by-1-bacteria-2-protista-3-fungi-4-animals-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQwNzI5-the-vast-majority-of-bacteria-are-1-heterotrophs-2-photoautotrophs-3-chemosynthetic-autotrophs-4-methanotrophs-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzY1-halophiles-are-archaebacteria-adapted-to-extreme-1-hot-habitats-2-saline-habitats-3-marshy-habitats-4-cold-habitats-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzcx-chemosynthestic-autotrophic-bacteria-i-produce-atp-by-oxidizing-inorganic-substances-ii-play-a-great-role-in-recycling-nutrients-like-nitrogen-phosphorus-iron-and-sulfur-1-both-i-and-ii-are-correct-2 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIyMzEy-consider-the-given-two-statements-i-mycoplasma-are-naturally-resistant-to-antibiotics-that-target-cell-wall-synthesis-ii-they-are-the-smallest-bacteria-discovered-yet-1-both-i-and-ii-are-correct-and-i https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQwNzMy-which-of-the-following-does-not-relate-to-heterotrophic-bacteria-1-they-are-important-decomposers-2-they-are-helpful-in-making-curd-from-milk-production-of-antibiotics-and-fixing-nitrogen-in-legume-ro https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzE5-the-chief-producers-in-the-oceans-are-1-floating-hydrophytes-2-blue-green-algae-3-desmids-4-diatoms-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzM5-the-cell-walls-of-diatoms-are-indestructible-as-they-are-embedded-with-1-silica-2-chitin-3-calcium-4-raphides-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzE3-which-of-the-following-is-not-a-characteristic-of-dinoflagellates-1-mostly-fresh-water-and-photosynthetic-2-cell-wall-with-stiff-cellulosic-plates-3-two-flagella-4-various-colored-pigments-in-the-cell https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzQy-the-phenomenon-of-red-tides-is-associated-with-blooms-of-1-zooxanthelle-2-gonyaulax-3-blue-green-algae-4-ctenoplana-and-beroe-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzQz-identify-the-incorrect-statement-regarding-euglenoids-1-majority-are-found-in-fresh-stagnant-water-2-presence-of-two-flagella-3-behave-as-heterotrophs-when-deprived-of-sunlight-4-pigments-entirely-dif https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNDE5-naked-cytoplasm-multinucleated-and-saprophytic-are-the-characteristics-of-1-monera-2-protista-3-fungi-4-slime-molds-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQwNzM1-consider-the-given-statements-regarding-slime-moulds-statement-i-under-unfavourable-conditions-they-form-a-plasmodium-statement-ii-during-favourable-conditions-the-plasmodium-differentiates-and-forms https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzUw-the-major-criteria-used-for-classification-of-protozoans-is-1-nature-of-cell-envelope-2-mode-of-locomotion-3-mode-of-heterotrophic-nutrition-4-habitat-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzUy-african-sleeping-sickness-is-caused-by-a-an-1-amoeboid-protozoan-2-flagellated-protozoan-3-ciliated-protozoan-4-sporozoan-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQwNzM2-identify-the-incorrect-statement-regarding-body-organization-in-fungi-1-with-the-exception-of-yeast-fungi-are-filamentous-2-their-bodies-consist-of-long-slender-hyphae-that-may-be-coenocytic-or-septat https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQwNzM4-which-of-the-following-is-not-used-in-asexual-reproduction-in-fungi-1-conidia-2-sporangiospores-3-zoospores-4-ascospores-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNDIw-an-association-between-roots-of-higher-plants-and-fungi-is-called-1-lichen-2-fern-3-mycorrhiza-4-bga-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNDI1-with-respect-to-fungal-sexual-cycle-choose-the-correct-sequence-of-events-1-karyogamy-plasmogamy-and-meiosis-2-meiosis-plasmogamy-and-karyogamy-3-plasmogamy-karyogamy-and-meiosis-4-meiosis-karyogamy-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzIy-a-dikaryon-stage-is-seen-in-the-members-of-1-ascomycetes-and-phycomycetes-2-ascomycetes-and-basidiomycetes-3-basidiomycetes-and-phycomycetes-4-basidiomycetes-and-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzI2-the-basis-of-classification-for-the-division-of-kingdom-fungi-into-various-classes-includes-all-the-following-except-1-morphology-of-the-mycelium-2-mode-of-spore-formation-3-types-of-pigments-present https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzMx-a-symbiotic-relation-between-fungi-and-the-roots-of-higher-plants-is-called-as-1-lichen-2-mycorrhiza-3-amensal-4-proto-cooperation-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNDI3-members-of-phycomycetes-are-found-i-in-aquatic-habitats-ii-on-decaying-wood-iii-in-moist-and-damp-places-iv-as-obligate-parasites-on-plant-choose-from-the-following-options-1-none-of-the-above-2-i-and https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzQ1-which-of-the-following-is-not-true-for-fungi-belonging-to-the-class-phycomycetes-1-aseptate-and-coenocytic-mycelium-2-spores-endogenously-produced-in-sporangium-3-asexual-reproduction-by-nonmotile-zoo https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzI5-morels-and-truffles-are-edible-fungi-belonging-to-the-class-1-phycomycetes-2-ascomycetes-3-basidiomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzMw-a-fungus-used-extensively-in-biochemical-and-genetic-work-is-1-neurospora-2-trichoderma-3-paecilomyces-4-streptomyces-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzQ2-which-of-the-following-is-not-a-character-of-ascomycetes-1-mycelium-is-unbranched-and-septate-2-asexual-spores-conidia-are-produced-exogenously-3-sexual-spores-called-ascospores-are-produced-endogenou https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzU4-which-of-the-following-is-not-a-feature-of-the-members-of-the-class-basidiomycetes-1-branched-and-septate-mycelium-2-asexual-spores-are-generally-not-formed-3-vegetative-reproduction-not-seen-4-dikary https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzIx-deuteromycetes-are-also-called-as-fungi-imperfecti-because-1-they-do-not-have-a-thalloid-body-2-they-can-contain-chlorophyll-3-there-are-no-parasitic-members-4-sexual-phases-are-not-known-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzI0-alternaria-colletotrichum-and-trichoderma-belong-to-the-class-1-phycomycetes-2-ascomycetes-3-basidiomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNDIy-contagium-vivum-fluidum-was-proposed-by-1-d-j-ivanowsky-2-m-w-beijerinck-3-stanley-4-robert-hooke-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzI1-in-general-the-viruses-that-infect-plants-have-1-single-stranded-rna-2-single-stranded-dna-3-double-stranded-rna-4-double-stranded-dna-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzM4-viruses-are-1-obligate-intracellular-parasites-2-obligate-extracellular-parasites-3-facultative-parasites-4-free-living-outside-a-living-cell-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzQw-bacteriophages-are-1-bacteria-infecting-ss-rna-viruses-2-bacteria-infecting-ds-rna-viruses-3-viruses-that-infect-bacteria-and-generally-have-ds-dna-4-viruses-that-infect-bacteria-and-generally-have-ds https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIwOTYz-which-of-the-following-statements-is-wrong-for-viroids-1-their-rna-is-of-high-molecular-weight-2-they-lack-a-protein-coat-3-they-are-smaller-than-viruses-4-they-cause-infections-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIwOTc0-viroids-differ-from-viruses-in-having-1-dna-molecules-with-protein-coat-2-dna-molecules-without-protein-coat-3-rna-molecules-with-protein-coat-4-rna-molecules-without-protein-coat-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzEz-potato-spindle-tuber-disease-is-caused-by-a-pathogen-that-is-1-a-nucleocapsid-2-a-low-molecular-weight-free-rna-3-an-abnormally-folded-protein-4-a-protozoan-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzE0-prion-is-1-a-nucleocapsid-2-a-low-molecular-weight-free-rna-3-an-abnormally-folded-protein-4-a-protozoan-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzMy-the-disease-caused-by-prions-in-humans-is-known-as-1-bovine-spongiform-encephalopathy-2-scrapie-3-cjd-creutzfeldt-jakob-disease-4-infectious-mononucleosis-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzEw-in-the-symbiotic-relation-lichen-the-mycobiont-does-not-1-prepare-food-for-the-other-partner-2-provide-shelter-to-the-other-partner-3-absorb-mineral-nutrients-for-the-other-partner-4-absorb-water-for https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDY4MTgw-the-five-kingdom-classification-system-based-on-characteristics-such-as-cell-structure-mode-of-nutrition-and-reproduction-was-proposed-by-1-carolus-linnaeus-2-ernst-haeckel-3-r-h-whittaker-4-carl-woes https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTU0MzIy-which-criterion-is-most-important-for-modern-classification-systems-1-morphological-similarities-2-biochemical-similarities-3-phylogenetic-relationships-4-ecological-roles-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTYw-first-time-the-scientific-basis-for-classification-was-attempted-by-1-theopharastus-2-aristotle-3-van-neil-4-darwin-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM3MzAy-in-five-kingdom-classification-which-single-kingdom-contains-blue-green-algae-nitrogen-fixing-bacteria-and-methanogenic-archaebacteria-1-monera-2-protista-3-plantae-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzU1-in-linnaeus-times-the-living-organisms-were-placed-in-1-one-kingdom-2-two-kingdoms-3-three-kingdoms-4-four-kingdoms-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjA5OTg0-according-to-five-kingdom-system-gymnosperms-and-angiosperms-are-grouped-under-the-kingdom-1-monera-2-protista-3-fungi-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYxNTg0-assertion-a-the-two-kingdom-classification-used-for-a-long-time-was-found-inadequate-reason-r-this-system-did-not-distinguish-between-the-eukaryotes-and-prokaryotes-unicellular-and-multicellular-organ https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTc3-which-is-wrongly-matched-1-fungi-heterotrophic-group-2-prokaryotes-protista-3-unicellular-nuclear-membrane-possessing-protista-4-chlamydomonas-and-amoeba-protista-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTYy-the-presence-of-rbc-to-classify-animals-was-used-as-a-unique-criterion-by-1-aristotle-2-theopharastus-3-van-neil-4-huxley-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjA5OTc5-in-members-of-which-kingdom-nuclear-membrane-is-absent-1-monera-2-protista-3-fungi-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjI4-earlier-classification-systems-included-bacteria-blue-green-algae-fungi-mosses-ferns-gymnosperms-under-plants-the-character-that-unified-this-whole-kingdom-was-that-all-the-organisms-included-had-1-pl https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjA5OTg1-which-organisms-are-not-included-in-the-five-kingdom-system-of-classification-1-protozoans-2-viruses-3-lichens-4-both-2-3-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDk1ODUz-in-the-five-kingdom-classification-proposed-by-whittaker-what-was-the-primary-reason-for-placing-fungi-in-a-separate-kingdom-rather-than-grouping-them-with-plants-1-the-presence-of-chitin-in-their-cel https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTc2-in-two-kingdom-classification-plantae-had-all-bacteria-algae-and-fungi-with-them-on-the-basis-of-1-presence-of-cell-walls-2-presence-of-nuclear-membrane-3-presence-of-some-kind-of-body-organization-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTM5ODUz-chlamydomonas-chlorella-paramoecium-and-amoeba-are-all-1-prokaryotes-2-autotrophs-3-unicellular-eukaryotes-4-decomposers-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjI1-aristotle-divided-animals-into-two-groups-1-those-which-had-red-blood-and-those-which-did-not-2-those-which-are-mobile-and-those-which-are-not-3-those-which-possess-heterotrophic-mode-of-nutrition-and https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTExNDA2-which-of-the-following-correctly-differentiates-monera-from-protista-1-monera-includes-autotrophs-only-while-protista-includes-heterotrophs-only-2-monera-includes-only-photosynthetic-organisms-while-p https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcwMzc0-cell-type-eukaryotic-cell-wall-present-in-some-members-mode-of-nutrition-autotrophic-and-heterotrophic-according-to-five-kingdom-classification-these-characters-belong-to-the-kingdom-s-1-monera-and-pr https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDc3NjYw-which-characteristic-primarily-differentiates-fungi-from-green-plants-in-the-five-kingdom-classification-1-mode-of-reproduction-2-habitat-3-composition-of-the-cell-wall-4-body-organization-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTU0MTE4-the-smallest-self-replicating-cell-lacking-a-cell-wall-is-1-mycoplasma-2-bacteriophage-3-escherichia-coli-4-cyanobacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ5MTI5-the-guts-of-cow-and-buffalo-possess-1-fucus-sp-2-chlorella-sp-3-methanogens-4-cyanobacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcwNTM4-the-organisms-which-completely-lack-a-cell-wall-and-survive-without-oxygen-are-1-mycoplasma-2-diatoms-3-cyanobacteria-4-dinoflagellates-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA0Njc-the-primitive-prokaryotes-responsible-for-the-production-of-biogas-from-the-dung-of-ruminant-animals-including-the-1-thermoacidophiles-2-methanogens-3-eubacteria-4-halophiles-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTIzNDk-the-cyanobacteria-are-also-referred-to-as-1-protists-2-golden-algae-3-slime-molds-4-blue-green-algae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTg0-which-organisms-are-responsible-for-the-production-of-biogas-1-archaebacteria-2-eubactetia-3-mycoplasma-4-protists-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc5Nzc5-in-filamentous-colonial-cyanobacteria-the-enzyme-nitrogenase-is-present-in-1-vegetative-cells-2-spores-3-heterocysts-4-akinetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDk1ODU0-the-presence-of-heterocysts-in-cyanobacteria-like-nostoc-and-anabaena-is-an-adaptation-primarily-for-1-photosynthesis-2-nitrogen-fixation-3-reproduction-4-motility-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM1Mzc1-match-the-organisms-in-column-i-with-habitats-in-column-ii-column-i-column-ii-a-halophiles-i-hot-springs-b-thermoacidophiles-ii-aquatic-environment-c-methanogens-iii-guts-of-ruminants-d-cyanobacteria https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4NjA5-all-the-following-will-be-true-for-mycoplasma-except-1-they-completely-lack-a-cell-wall-2-they-are-the-smallest-living-cells-known-3-they-can-survive-without-oxygen-4-they-are-unable-to-cause-disease https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc5NDM5-in-which-would-you-include-archaea-and-nitrogen-fixing-organisms-in-the-five-kingdom-classification-1-plantae-2-fungi-3-monera-4-protista-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODM4-what-is-the-principle-underlying-the-use-of-cyanobacteria-in-agricultural-fields-for-crop-improvement-1-fix-atmospheric-nitrogen-to-make-it-available-for-the-plants-2-pest-resistant-3-increase-the-alk https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTgy-which-of-the-following-is-not-archaebacteria-1-halophile-2-thermoalkalophiles-3-methanogens-4-thermoacidophiles-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjM1-chemosynthetic-autotrophic-bacteria-1-oxidize-various-inorganic-substances-such-as-nitrates-and-ammonia-and-use-the-released-energy-for-their-atp-production-2-play-a-great-role-in-recycling-nutrients https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njc0NDM-which-of-the-following-is-true-for-the-reproduction-of-bacteria-1-reproduce-mainly-by-fission-2-under-unfavourable-conditions-they-produce-spores-3-also-reproduce-by-sort-of-sexual-reproduction-4-all https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ4MjQw-read-the-statements-given-below-and-select-the-correct-option-statement-a-bacterial-structure-is-very-simple-but-their-behavior-is-very-complex-statement-b-bacteria-as-a-group-show-the-most-extensive https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjMy-methanogens-1-are-present-in-the-gut-of-several-ruminants-like-cows-and-buffaloes-2-are-responsible-for-the-production-of-biogas-from-dung-of-ruminants-3-can-be-found-in-marshy-areas-4-more-than-one-o https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjgy-assertion-a-the-archaebacteria-can-survive-in-harsh-habitats-reason-r-these-bacteria-contain-a-different-cell-wall-structure-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTI3MTg-organisms-called-methanogens-are-most-abundant-in-a-1-cattle-yard-2-polluted-stream-3-hot-spring-4-sulphur-rock-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTExNDAy-which-characteristic-is-unique-to-the-cyanobacteria-among-other-prokaryotes-1-presence-of-a-cell-wall-2-reproduction-by-binary-fission-3-tolerance-to-extreme-conditions-4-ability-to-fix-atmospheric-ni https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4ODMz-study-the-diagram-given-below-which-group-of-bacteria-can-be-motile-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTQxMDgz-chemosynthetic-bacteria-a-oxidise-various-inorganic-substances-such-as-nitrates-nitrites-and-ammonia-and-use-the-released-energy-for-their-atp-production-b-play-a-great-role-in-recycling-nutrients-lik https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTkx-chemosynthetic-bacteria-does-not-use-which-inorganic-substrate-1-nitrites-2-nitrates-3-chlorides-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjgxNTYz-identify-the-blanks-in-the-following-figures-1-a-cell-wall-b-cell-membrane-c-heterocyst-d-dna-e-mucilaginous-sheath-2-a-cell-wall-b-cell-membrane-c-dna-d-heterocyst-e-mucilaginous-sheath-3-a-mucilagin https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzI4OTgy-which-of-the-following-statements-are-true-for-heterotrophic-bacteria-1-they-fix-nitrogen-in-legume-roots-2-the-majority-are-important-decomposers-3-helpful-in-making-curd-from-milk-and-production-of https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc5NzYz-pplo-like-organisms-is-a-term-used-for-1-viruses-2-viroids-3-mycoplasma-4-prions-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM0Mzg2-which-of-the-following-is-incorrect-about-cyanobacteria-1-they-are-photoautotrophs-2-they-lack-heterocysts-3-they-often-form-blooms-in-polluted-water-bodies-4-they-have-chlorophyll-a-similar-to-green https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTg2-cyanobacteria-do-not-possess-which-feature-1-unicellular-2-colonial-or-filamentous-3-form-blooms-in-polluted-water-bodies-4-only-marine-algae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTg1-the-characteristic-feature-of-eubacteria-is-1-rigid-cell-wall-2-flagellum-in-motile-ones-3-chlorophyll-a-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc5Nzc0-a-greenhouse-gas-produced-by-some-archaebacteria-is-1-cfc-2-nitrogen-oxides-3-hydrogen-sulfide-4-methane-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIyMzE4-which-of-the-following-metabolism-is-unique-to-archaebacteria-1-methanogenesis-2-diazotrophy-3-photosynthesis-4-methylotrophy-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTg4-find-the-incorrect-match-1-heterocyst-archaebacteria-2-gelatinous-sheath-bga-3-methanogen-biogas-4-chlorella-protista-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIwOTM5-archaebacteria-differ-from-eubacteria-in-1-cell-membrane-structure-2-mode-of-nutrition-3-cell-shape-4-mode-of-reproduction-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NzcxMzk-citrus-canker-is-caused-by-1-bacteria-2-virus-3-fungi-4-algae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTc3MjE2-bacteria-are-responsible-for-1-cycling-minerals-within-the-ecosystem-2-introducing-oxygen-into-the-atmosphere-3-deadly-diseases-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTU0MzIw-a-microbiologist-isolates-an-organism-that-lacks-a-nuclear-membrane-has-a-unique-cell-wall-composition-and-can-survive-in-highly-saline-conditions-this-organism-most-likely-belongs-to-1-eubacteria-2-p https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTUyODQ2-some-cyanobacteria-possess-specialized-cells-called-heterocysts-which-are-sites-of-nitrogen-fixation-examples-of-such-a-cyanobacterium-include-i-anabaena-ii-oscillatoria-iii-nostoc-1-only-i-and-ii-2-o https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQzOTY4-red-tide-is-caused-by-1-gonyaulax-2-ceratium-3-euglena-4-navicula-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc5ODUw-the-cell-surface-of-euglena-is-unique-amongst-eukaryotes-it-is-called-1-pellicle-2-tunica-3-cuticle-4-exodermis-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTU0Mzcz-the-organism-show-in-the-given-figure-1-can-fix-atmospheric-nitrogen-2-is-an-endoparasite-in-humans-and-cattle-3-is-the-main-group-of-algae-involved-in-lichen-symbiosis-4-is-a-dinoflagellate-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ5MTI1-which-of-the-following-organisms-are-known-as-chief-producers-in-the-oceans-1-dinoflagellates-2-diatoms-3-cyanobacteria-4-euglenoids-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDc3NjY2-slime-moulds-form-a-plasmodium-under-suitable-conditions-what-happens-to-this-plasmodium-during-unfavourable-conditions-1-it-forms-two-thin-overlapping-shells-2-it-differentiates-and-forms-fruiting-bo https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcwNjA2-photosynthetic-protists-with-indestructible-cell-wall-are-1-pyrophytes-2-chrysophytes-3-euglenophytes-4-myxomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjQ1-dinoflagellates-have-two-flagella-1-both-lying-longitudinally-between-the-wall-plates-2-one-lying-longitudinally-and-the-other-transversely-in-a-furrow-between-the-wall-plates-3-both-lying-transversel https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTMzNDc3-match-list-i-with-list-ii-list-i-list-ii-a-diatoms-i-pellicle-instead-of-cell-wall-b-dinoflagellate-ii-red-tides-c-euglenoid-iii-chief-producers-in-oceans-d-sporozoan-iv-malaria-choose-the-correct-ans https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTg2MDM5-chrysophytes-euglenoids-dinoflagellates-and-slime-moulds-are-included-in-the-kingdom-1-animalia-2-monera-3-protista-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM1MzUz-select-the-wrong-statement-1-diatoms-are-microscopic-and-float-passively-in-water-2-the-walls-of-diatoms-are-easily-destructible-3-diatomaceous-earth-is-formed-by-the-cell-walls-of-diatoms-4-diatoms-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjg1-assertion-a-cell-wall-of-diatoms-are-indestructible-reason-r-cell-wall-of-diatoms-possesss-silica-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-and-r-is-not-the https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDk1ODUw-what-would-be-true-for-diatomaceous-earth-regarding-modern-industrial-applications-1-it-is-a-primary-ingredient-in-the-manufacture-of-plastics-2-it-is-used-in-the-filtration-of-oils-and-syrups-due-to https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjQx-the-boundaries-of-which-of-the-following-kingdom-is-not-well-defined-1-fungi-2-protista-3-plantae-4-animalia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjUy-match-the-columns-column-i-column-ii-a-plasmodium-i-diatoms-b-mixotrophic-nutrition-ii-euglenoids-c-red-tide-iii-dinoflagellates-d-oceanic-chief-producers-iv-slime-moulds-1-a-iv-b-ii-c-iii-d-i-2-a-i-b https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTI0MDg4-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-diatoms-i-african-sleeping-sickness-b-dinoflagellates-ii-cell-wall-has-stiff-ce https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTk0NTU4-the-cell-wall-resembles-a-soapbox-in-the-organism-of-which-of-the-given-kingdom-according-to-whittaker-s-classification-system-1-monera-2-protista-3-fungi-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDY4MTgz-the-kingdom-protista-includes-a-variety-of-organisms-among-which-the-following-is-true-about-the-group-chrysophytes-1-they-have-a-silica-shell-2-they-lack-a-nucleus-3-they-are-predominantly-parasitic https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1NjUw-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-amoebic-dysentery-p-sporozoan-b-sleeping-sickness-q-flagellated-protozoan-c-fil https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTI4MTE1-the-spores-of-slime-moulds-are-dispersed-by-1-water-2-birds-3-air-currents-4-bees-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTU0MzEy-which-kingdom-includes-organisms-that-are-eukaryotic-unicellular-and-show-both-plant-like-and-animal-like-characteristics-1-monera-2-protista-3-fungi-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjQ5-the-body-of-slime-moulds-1-moves-along-the-decaying-twigs-and-leaves-engulfing-organic-material-2-do-not-form-plasmodium-3-forms-plasmodium-and-can-maximally-grow-upto-2-cm-4-are-usually-green-coloure https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcwNDE1-during-unfavorable-conditions-the-plasmodium-of-slime-moulds-differentiates-and-forms-fruiting-bodies-bearing-1-spores-at-their-tips-2-gametes-at-their-basal-part-3-gametes-at-their-tips-4-spores-at-t https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjI0-which-of-the-following-shows-the-coordinated-movement-of-cilia-1-trypanosoma-2-entamoeba-3-paramoecium-4-plasmodium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NzcxNzY-majority-of-euglenoids-are-freshwater-organisms-found-in-stagnant-water-instead-of-cell-wall-they-have-a-protein-rich-layer-called-a-which-makes-their-body-flexible-they-have-b-flagella-a-b-are-respec https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Njc0NDU-what-is-absent-in-euglenoids-1-two-flagella-a-short-and-a-long-one-2-pellicle-a-protein-rich-layer-3-pigments-identical-to-those-present-in-higher-plants-4-cell-wall-with-stiff-cellulose-plates-1-2-3 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTcwODE4-consider-the-given-two-statements-assertion-a-diatoms-are-completely-decomposed-after-death-and-do-not-contribute-to-geological-deposits-reason-r-the-cell-wall-of-diatoms-is-made-of-silica-and-lacks-s https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc5ODY1-which-of-the-following-is-a-ciliated-protozoan-1-amoeba-2-entamoeba-histolytica-3-paramoecium-4-trypanosoma-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NzcxNDA-match-the-following-and-choose-the-correct-combination-from-the-options-given-column-i-group-protista-column-ii-example-a-chrysophytes-i-paramaecium-b-dinoflagellates-ii-euglena-c-euglenoids-iii-gonya https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjE2-euglenoids-do-not-possess-this-feature-1-always-photosynthetic-2-pigments-like-higher-plants-3-pellicle-provides-flexibility-4-found-in-stagnant-water-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTE3ODEw-group-of-organisms-in-which-cell-wall-forms-two-thin-overlapping-shells-are-1-responsible-for-bioluminescence-2-chief-producers-of-ocean-3-prokaryotes-4-heterotrophs-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NzcxNzU-slime-moulds-are-i-protists-the-body-moves-along-decaying-twigs-and-leaves-engulfing-organic-material-under-suitable-conditions-they-form-an-aggregation-called-ii-which-may-grow-and-spread-over-severa https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjQy-which-of-the-following-are-primarily-aquatic-1-fungi-2-bryophytes-3-protists-4-mammals-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDY4MTg5-consider-the-given-two-statements-statement-i-protists-are-primarily-unicellular-eukaryotic-organisms-statement-ii-all-protists-have-a-cell-wall-made-of-cellulose-1-statement-i-is-correct-statement-ii https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjAz-which-of-the-following-features-does-not-go-with-characteristics-of-chrysophytes-1-diatoms-desmids-2-rarely-photosynthetic-3-plankton-4-found-in-both-type-of-aquatic-habitat-ie-marine-and-fresh-water https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjA5OTk5-are-saprophytic-protists-whose-body-moves-along-decaying-twigs-and-leaves-engulfing-organic-material-1-euglenoids-2-dinoflagellates-3-chrysophytes-4-slime-moulds-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTM2ODAy-match-list-i-with-list-ii-list-i-list-ii-a-amoeboid-protozoan-i-entamoeba-b-flagellated-protozoan-ii-trypanosoma-c-ciliated-protozoan-iii-plasmodium-d-sporozoan-iv-paramecium-choose-the-correct-answer https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTY5NTg3-diatoms-are-called-pearls-of-ocean-because-1-they-have-pearl-like-appearance-2-they-have-siliceous-cell-walls-that-sparkle-like-pearls-3-they-are-found-in-deep-ocean-like-pearls-4-they-produce-pearl-l https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTc2MzQy-the-poisonous-red-tides-result-from-blooms-of-1-diatoms-2-dinoflagellates-3-red-algae-4-euglenoids-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjU4-which-of-the-following-forms-the-basis-for-the-classification-of-fungi-1-the-morphology-of-mycelium-2-mode-of-spore-formation-3-type-of-fruiting-bodies-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDI2NTYy-a-nuclear-feature-is-found-in-a-certain-fungus-it-is-a-specialized-type-of-heterokaryon-which-is-characterized-by-two-genetically-distinct-nuclei-in-each-cell-this-feature-is-called-1-dikaryon-2-dicty https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjI3-what-causes-rust-of-wheat-1-puccinia-2-penicillium-3-mucor-4-rhizopus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTMyMTc0-the-term-imperfect-fungi-is-used-for-which-of-the-following-fungal-class-1-phycomycetes-2-deuteromycetes-3-ascomycetes-4-basidiomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjI2-we-usually-observe-some-colourful-growth-on-moist-bread-and-rotten-fruits-what-does-it-belong-to-1-bacteria-2-fungi-3-algae-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjU1-fungi-is-1-are-cosmopolitan-in-nature-2-occurs-in-air-water-soil-on-animals-and-plants-3-prefer-to-grow-in-warm-and-humid-places-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjU2-which-of-the-following-is-used-extensively-in-biochemical-and-genetic-work-1-aspergillus-2-neurospora-3-claviceps-4-puccinia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc0MTA2-which-fungi-are-edible-1-truffles-2-morels-3-agaricus-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTI0MzM2-fungal-cell-walls-are-distinct-from-plant-and-bacterial-cell-walls-because-they-are-composed-of-1-chitin-which-provides-structural-strength-2-cellulose-similar-to-plants-3-peptidoglycan-like-bacterial https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjY3-in-deuteromycetes-1-once-perfect-sexual-stages-are-discovered-they-moved-either-to-ascomycetes-or-basidiomycetes-2-the-fungi-reproduce-asexually-by-conidia-asexual-spore-3-the-mycelium-is-septate-and https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjUw-which-of-the-following-is-not-a-member-of-class-phycomycetes-1-mucor-2-rhizopus-3-albugo-4-claviceps-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjYx-which-of-the-following-is-true-for-the-class-phycomycetes-of-fungi-1-are-found-in-aquatic-habitats-2-are-also-available-on-decaying-wood-3-occur-as-obligate-parasites-in-some-cases-4-all-are-correct-1 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjY4-which-of-the-following-does-not-belong-to-the-class-deuteromycetes-1-alternaria-2-colletotrichum-3-ustilago-4-trichoderma-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTMzNTI4-a-dikaryophase-during-the-sexual-cycle-is-seen-in-1-phycomycetes-and-deuteromycetes-2-ascomycetes-and-basidiomycetes-3-ascomycetes-and-phycomycetes-4-phycomycetes-and-basidiomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDgxMjA4-the-condition-described-as-n-n-is-1-monokaryotic-2-diploid-3-a-primary-mycelium-4-dikaryotic-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjYx-smut-is-caused-by-1-aspergillus-2-claviceps-3-ustilago-4-alternaria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjY4-match-the-columns-column-i-column-ii-a-ascomycetes-i-club-fungi-b-basidiomycetes-ii-sac-fungi-c-deuteromycetes-iii-algae-fungi-d-phycomycetes-iv-fungi-imperfecti-1-a-i-b-iv-c-ii-d-iii-2-a-iv-b-iii-c-i https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ5NTQy-match-list-i-with-list-ii-list-i-list-ii-a-puccinia-i-parasitic-fungus-on-mustard-b-neurospora-ii-dead-substrates-c-saprophytes-iii-wheat-rust-d-albugo-iv-biochemical-and-genetic-work-choose-the-corre https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDk1ODY4-match-each-item-in-column-i-with-one-item-in-column-ii-and-select-the-best-match-from-the-codes-given-column-i-column-ii-a-neurospora-p-genetic-work-b-penicillium-q-antibiotics-c-rhizopus-r-bread-mold https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mzk2NDYz-eukaryotic-cell-type-cell-wall-of-chitin-and-multicellular-loose-tissue-body-organisation-is-seen-in-the-members-of-kingdom-1-fungi-2-protista-3-archaea-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM3OTk3-choose-the-wrong-statements-1-neurospora-is-used-in-the-study-of-biochemical-genetics-2-morels-and-truffles-are-poisonous-mushrooms-3-yeast-is-unicellular-and-useful-in-fermentation-4-penicillium-is-m https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjQ0-which-class-of-fungi-has-coenocytic-and-aseptate-mycelium-1-phycomycetes-2-ascomycetes-3-basidiomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjM3-the-various-spores-produced-in-distinct-structures-are-called-as-1-sorii-2-fruiting-bodies-3-mycelium-4-frond-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjAwMzk1-match-the-column-i-with-column-ii-column-i-column-ii-a-saprophyte-i-symbiotic-association-of-fungi-with-plant-roots-b-parasite-ii-decomposition-of-dead-organic-materials-c-lichens-iii-living-on-living https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjI4-which-of-the-following-with-respect-to-habitat-is-cosmopolitan-1-protistan-2-plants-3-animals-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTExNDI0-why-are-deuteromycetes-significant-in-ecology-1-they-exclusively-cause-plant-and-animal-diseases-2-they-act-as-primary-producers-in-nutrient-poor-soils-3-they-play-a-crucial-role-in-litter-decompositi https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY1NDA5-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-phycomycetes-p-ustilago-and-puccinia-b-ascomycetes-q-alternaria-and-trichoderma https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTMzNDc4-match-list-i-with-list-ii-list-i-list-ii-a-phycomycetes-i-mucor-b-ascomycetes-ii-truffles-c-deuteromycetes-iii-alternaria-d-basidiomycetes-iv-smuts-choose-the-correct-answer-from-the-options-given-bel https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjM5-fusion-of-protoplasms-between-two-motile-or-non-motile-gametes-is-called-as-1-karyogamy-2-plasmogamy-3-fusion-4-fertilization-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjY0-in-basidiomycetes-1-the-mycelium-is-branched-and-septate-2-the-asexual-spores-are-generally-not-found-3-vegetative-reproduction-occur-by-fragmentation-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjI5-fungi-prefer-to-grow-in-1-warm-and-dry-places-2-warm-and-moist-places-3-cool-and-dry-places-4-cool-and-moist-places-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTMzMTky-which-of-the-following-is-a-key-difference-between-ascomycetes-and-basidiomycetes-1-ascomycetes-produce-spores-endogenously-while-basidiomycetes-produce-spores-exogenously-2-ascomycetes-are-always-uni https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjU1-which-of-the-following-does-not-belong-to-class-ascomycetes-1-aspergillus-2-neurospora-3-claviceps-4-puccinia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTE5NDA4-which-of-the-following-statements-about-fungal-reproduction-is-correct-1-fungi-reproduce-only-asexually-through-spores-like-conidia-sporangiospores-zoospores-and-never-undergo-sexual-reproduction-2-th https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDY4MTg1-which-among-the-following-groups-of-fungi-produce-sexual-spores-in-a-sac-like-structure-endogenously-during-sexual-reproduction-1-basidiomycetes-2-ascomycetes-3-phycomycetes-4-deuteromycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246ODkxOTQ-which-one-of-the-following-is-wrong-for-fungi-1-they-are-eukaryotic-2-all-fungi-possess-a-purely-cellulosic-cell-wall-3-they-are-heterotrophic-4-they-are-both-unicellular-as-well-as-multicellular-1-2 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjMw-characteristic-features-of-yeast-are-1-unicellular-2-reproduce-by-budding-3-chitinous-cell-wall-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjU0-which-type-of-sexual-spores-are-found-in-class-ascomycetes-1-zoospore-2-basidiospore-3-aplanospore-4-ascospore-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjU3-the-sexual-life-cycle-of-fungi-involves-which-of-the-three-sequential-steps-1-meiosis-in-zygote-karygamy-plasmogamy-2-karyogamy-plasmogamy-meiosis-in-zygote-3-plasmogamy-meiosis-in-zygote-karyogamy-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDgxMDM1-decomposers-such-as-molds-and-mushrooms-belong-to-which-domain-and-kingdom-1-eukarya-plantae-2-bacteria-protista-3-archaea-fungi-4-eukarya-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjMy-coenocytic-hyphae-are-1-continuous-tubes-filled-with-uninucleated-cytoplasm-2-continuous-tubes-filled-with-multinucleated-cytoplasm-3-branched-tubes-filled-with-multinucleated-cytoplasm-4-branched-tub https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcwNDE5-albugo-candida-and-mucor-are-similar-in-having-1-hemicellulosic-cell-wall-2-peptidoglycan-in-cell-wall-3-gametangial-contact-4-aseptate-and-coenocytic-mycelium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDc3Njcy-consider-the-given-two-statements-statement-i-fungi-are-predominantly-found-in-warm-and-humid-places-and-are-cosmopolitan-in-their-distribution-occurring-in-air-water-soil-and-on-animals-and-plants-st https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTY5NDU5-choose-the-correct-statement-with-respect-to-phycomycetes-1-gametes-are-always-similar-in-morphology-2-mycelium-is-aseptate-and-coenocytic-3-produce-non-motile-asexual-spores-not-zoospores-4-presence https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcxODAw-in-majority-of-sac-fungi-asexual-reproduction-occurs-commonly-through-conidia-which-is-1-thick-walled-and-always-uninucleate-2-formed-on-erect-hypha-called-as-sporangiophore-3-produced-exogenously-and https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcwMzQy-haplophase-dikaryophase-as-well-as-diplophase-are-present-in-the-life-cycle-of-following-members-except-1-mucor-2-ustilago-3-agaricus-4-puccinia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDgxMjE4-which-statement-is-not-true-of-the-ascomycetes-1-their-sexual-spores-are-produced-in-asci-2-their-asexual-spores-are-produced-in-basidia-3-some-species-in-this-group-are-yeasts-4-their-asexual-spores https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcwMzYw-septate-mycelium-fragmentation-as-a-common-mode-of-reproduction-which-generally-absence-of-asexual-spores-are-features-of-1-decteromycetes-2-basidiomycetes-3-ascomycetes-4-phycomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjMx-fungal-bodies-consist-of-long-slender-thread-like-structures-called-as-1-mycelium-2-hyphae-3-frond-4-setae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcwNTc1-select-odd-one-with-respect-to-basidiomycetes-1-mushroom-2-smut-3-rust-4-morels-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTUyODQ5-match-list-i-with-list-ii-list-i-fungal-group-list-ii-reproductive-structure-a-phycomycetes-i-basidiospores-b-ascomycetes-ii-zygospores-c-basidiomycetes-iii-conidia-d-deuteromycetes-iv-no-sexual-stage https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjM1-which-of-the-following-is-the-asexual-spore-1-basidiospores-2-zoospores-3-oospores-4-ascospores-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTQwOTgz-which-of-the-following-are-parasites-1-mushrooms-and-toadstools-2-funaria-3-yeast-and-aspergillus-4-rust-and-smut-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcwNDAy-members-of-which-group-of-fungi-can-belong-to-aquatic-habitats-and-have-coenocytic-mycelium-1-ascomycetes-2-phycomycetes-3-deuteromycetes-4-basidiomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDk1ODYw-the-asexual-spores-in-phycomycetes-that-are-non-motile-are-called-1-zoospores-2-aplanospores-3-ascospores-4-sporangiospores-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTY5NTkx-the-role-of-fungi-in-daily-life-includes-all-of-the-following-except-1-bread-making-yeast-2-antibiotic-production-3-decomposition-of-organic-matter-4-photosynthesis-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDgxMTI1-which-of-the-following-do-not-belong-to-domain-archaea-1-bacteria-that-produce-methane-from-carbon-dioxide-and-hydrogen-2-thermophiles-3-halophiles-4-bacteriophages-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjc1-in-plants-the-viral-diseases-symptoms-are-called-1-mosaic-formation-2-leaf-rolling-and-curling-3-yellowing-vein-clearing-dwarfing-and-stunted-growth-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ0MTM2-which-of-the-following-organisms-can-break-down-rocks-to-release-minerals-can-fix-nitrogen-and-are-excellent-indicators-of-pollution-1-lichens-2-viroids-3-prions-4-sponges-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDc2MTgw-a-bacteriophage-is-a-1-virus-that-parasitizes-a-bacterium-2-bacterium-with-a-lysed-membrane-3-tiny-bacterium-4-unusually-large-bacterium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NjY5-lichens-viruses-viroids-and-prions-have-been-included-in-the-kingdom-1-monera-2-protista-3-plantae-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0Njc1-which-of-the-following-statement-is-incorrect-1-viroids-are-smaller-than-viruses-2-viroid-was-found-to-be-a-free-rna-3-the-rna-of-the-viroid-is-of-high-molecular-weight-4-in-1971-t-o-diener-discovered https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTMxNTA2-potato-tuber-spindle-disease-is-caused-by-1-bacteria-2-viroid-3-fungus-4-virus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTMzNTI5-cr-jacob-disease-cjd-in-humans-is-caused-by-an-infection-due-to-1-dsdna-virus-2-viroid-3-ssrna-virus-4-prion-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTYzNzQy-match-each-item-in-column-i-with-one-item-in-column-ii-and-select-the-correct-option-from-the-codes-given-column-i-column-ii-a-mosaicism-in-plants-p-prion-b-cjd-in-humans-q-sporozoan-c-smut-in-wheat-r https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjYyNjY3-which-of-the-following-statements-is-correct-1-lichens-do-not-grow-in-polluted-areas-2-algal-component-of-lichens-is-called-mycobiont-3-fungal-component-of-lichens-is-called-phycobiont-4-lichens-are-n https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0Njc2-which-of-the-following-disease-is-not-caused-by-prions-1-bovine-spongiform-encephalopathy-bse-in-cattles-2-cr-jacob-disease-cjd-in-humans-3-mad-cow-disease-in-cattle-4-potato-spindle-tuber-disease-1-2 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY3NzAz-an-analogous-variant-of-the-agent-that-causes-bse-in-cattle-causes-1-potato-spindle-tuber-disease-2-cr-jacob-disease-cjd-in-humans-3-mosaic-formation-in-plants-4-leaf-rolling-and-curling-in-plants-1-2 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTM0MTU2-in-1971-t-o-diener-discovered-a-new-infectious-agent-that-was-smaller-than-viruses-and-caused-potato-spindle-tuber-disease-it-was-found-to-be-a-1-virus-2-viroid-3-prion-4-mycobiont-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTExNDE4-which-property-of-viroids-makes-them-distinct-from-all-other-pathogens-1-they-lack-protein-coats-and-consist-of-low-molecular-weight-rna-2-they-replicate-independently-of-the-host-cell-machinery-3-the https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDc3Njc0-which-infectious-agent-is-associated-with-neurological-diseases-and-consists-of-abnormally-folded-proteins-1-viruses-2-viroids-3-prions-4-bacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDc2MTcw-viral-genes-are-made-of-1-rna-only-2-dna-only-3-either-rna-or-dna-4-either-proteins-or-nucleic-acids-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDc2MTY4-a-virus-consists-of-a-1-cell-membrane-and-chromosome-2-protein-coat-and-nucleic-acid-molecules-3-lipid-coat-the-capsid-genes-and-ribosomes-4-protein-coat-gens-and-mitochondria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjEwMDEx-the-protein-coat-called-capsid-made-of-small-subunits-called-capsomeres-are-present-in-1-viruses-2-bacteria-3-fungi-4-gymnosperms-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTgwMDI0-which-of-the-following-is-not-a-characteristic-of-viruses-1-they-are-nucleoproteins-2-they-contain-both-dna-and-rna-in-the-same-virus-3-they-are-not-affected-by-antibiotics-4-they-can-be-crystallized https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0Njcz-which-of-the-following-pathogenic-disease-could-have-the-symptoms-like-mosaic-formation-leaf-rolling-and-curling-yellowing-and-vein-clearing-dwarfing-and-stunted-growth-1-viral-2-bacterial-3-fungal-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTExNDE3-what-is-the-primary-reason-viruses-are-not-classified-as-living-organisms-1-they-lack-a-protein-coat-2-they-cannot-replicate-their-nucleic-acids-3-they-do-not-have-a-cell-structure-and-remain-inert-ou https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDUzNjU3-which-of-the-following-is-not-a-characteristic-of-viruses-1-presence-of-a-protein-coat-2-ability-to-replicate-without-host-cells-3-contain-either-dna-or-rna-4-non-cellular-structure-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTEzNzY-which-of-the-following-shows-coiled-rna-strand-and-capsomeres-1-poliovirus-2-tobacco-mosaic-virus-3-measles-virus-4-retrovirus-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc5MzIy-viruses-are-no-more-alive-than-isolated-chromosomes-because-1-they-require-both-rna-and-dna-2-they-both-need-food-molecules-3-they-both-require-oxygen-for-respiration-4-both-require-the-environment-of https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTMyODc2-who-among-the-following-scientists-proposed-the-concept-of-contagium-vivum-fluidum-for-the-infectious-nature-of-viruses-1-robert-koch-2-dmitri-ivanovsky-3-m-w-beijerinck-4-louis-pasteur-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0Njcx-which-of-the-following-statement-is-incorrect-1-no-virus-contains-both-rna-and-dna-2-a-virus-is-a-nucleoprotein-and-the-genetic-material-is-infectious-3-bacterial-viruses-or-bacteriophages-are-usually https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzQ5MDEy-select-wrong-statement-1-the-viroids-were-discovered-by-d-j-lvanowski-2-w-m-stanley-showed-that-viruses-could-be-crystallized-3-the-term-contagium-vivum-fluidum-was-coined-by-mw-beijerinck-4-mosaic-di https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1MjI3-virus-are-living-because-1-they-multiply-in-host-cells-2-carry-anaerobic-respiration-3-carry-metabolic-activity-4-cause-infection-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTY5NjAy-in-lichen-the-fungal-partner-mycobiont-provides-1-carbohydrates-through-photosynthesis-2-shelter-and-absorbs-water-and-minerals-3-oxygen-for-respiration-4-protection-from-herbivores-only-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MjU3MDA-consider-the-following-regarding-the-reasons-for-the-fact-that-now-cyanobacteria-are-kept-in-monera-and-not-in-plantae-i-they-are-prokaryotes-ii-the-cell-wall-of-cyanobacteria-has-peptidoglycan-iii-th https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIyNjY4-heterotrophic-eukaryotic-multicellular-organisms-lacking-a-cell-wall-are-included-in-the-kingdom-1-protista-2-fungi-3-plantae-4-animalia-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTI2NDgx-which-of-the-following-is-not-true-for-three-domain-system-1-divides-kingdom-monera-into-two-domains-2-third-domain-includes-all-eukaryotic-organisms-3-it-resulted-in-six-kingdom-classifications-4-it https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTUy-in-five-kingdom-classification-unicellular-green-algae-are-included-in-the-kingdom-1-metaphyta-2-protista-3-monera-4-metazoa-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTE0NzY1-according-to-r-h-whittaker-chlamydomonas-and-chlorella-will-be-kept-under-1-monera-2-protista-3-plantae-4-both-2-3-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTI1MzE5-identify-the-blanks-in-the-following-figures-1-a-cell-wall-b-cell-membrane-c-heterocyst-d-dna-e-mucilaginous-sheath-2-a-cell-wall-b-cell-membrane-c-dna-d-heterocyst-e-mucilaginous-sheath-3-a-mucilagin https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc2MDA4-bacillus-coccus-vibrio-and-spirillum-are-four-basic-shapes-of-1-bacteria-2-pplo-3-mycoplasma-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc0MDk4-bacterial-structure-and-behaviour-are-respectively-1-simple-simple-2-complex-simple-3-simple-complex-4-complex-complex-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzAwNzM-members-of-kingdom-protista-1-are-primarily-aquatic-2-do-not-have-membrane-bound-organelles-3-are-all-ciliated-or-flagellated-4-reproduce-exclusively-by-asexual-means-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTI2NDgy-archaebacteria-differ-from-other-bacteria-on-the-basis-of-1-cell-membrane-structure-2-cell-wall-structure-3-presence-of-vacuole-4-flagella-structure-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTY4MDQw-chemosynthetic-autotrophic-bacteria-1-play-a-great-role-in-recycling-nutrients-2-oxidises-various-organic-substance-3-release-o2o2o2-due-to-involvement-of-oec-4-are-most-abundant-in-nature-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTQ2NTE4-choose-the-correct-option-for-the-given-below-figures-1-peritrichous-bacteria-2-they-do-not-contain-both-rna-and-dna-3-presence-of-non-cellulosic-cell-wall-4-presence-of-cyclosis-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTU0NTU3-cells-in-some-filamentous-cynobacteria-that-are-speciallized-for-nitrogen-fixation-are-called-1-phycobilisomes-2-chromatophores-3-grana-4-heterocysts-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTY4MDI3-heterocyst-in-blue-green-algae-1-lacks-photosystem-i-2-are-specialised-cells-for-photosynthesis-3-may-perform-reproduction-4-performs-nitrogen-fixation-in-anaerobic-condition-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTkzMzI2-which-of-the-following-does-not-belong-to-the-kingdom-protista-1-euglena-2-dinoflagellates-3-amoeba-4-spirulina-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIzMTM5-select-the-correct-statement-1-cholera-typhoid-tetanus-are-well-known-diseases-caused-by-viruses-2-dinoflagellates-euglenoids-and-slime-moulds-are-placed-under-kingdom-monera-3-members-of-kingdom-prot https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTI2NDg0-in-case-of-protists-sexual-reproduction-can-be-by-1-cell-fusion-2-zygote-formation-3-triple-fusion-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTA5NzQx-group-of-organisms-in-which-cell-wall-forms-two-thin-overlapping-shells-are-1-responsible-for-bioluminescence-2-chief-producers-of-ocean-3-prokaryotes-4-heterotrophs-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTk0OTIz-the-cell-wall-is-impregnated-with-silica-to-form-transparent-siliceous-shell-in-1-dinoflagellates-2-euglenoids-3-diatoms-4-slime-moulds-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTY4MDMy-members-of-the-chrysophytes-1-are-macroscopic-planktons-2-are-present-in-freshwater-as-well-as-in-marine-water-3-have-stiff-cellulose-plates-on-the-outer-surface-4-cause-psp-in-human-beings-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246NzQ3MjM-identify-the-organism-that-shows-the-following-characteristics-a-zygotic-meiosis-b-causes-red-tide-of-the-sea-c-mesokaryon-organisation-d-whirling-whips-1-noctiluca-2-gonyaulax-3-melosira-4-navicula-1 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTA5NzM5-organisms-responsible-for-causing-red-tide-are-also-characterized-by-1-presence-of-stiff-cellulosic-plates-2-obligate-saprophyte-3-presence-of-two-longitudinal-flagella-4-filamentous-body-made-up-of-t https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTc1NjI1-mode-of-nutrition-in-euglenoids-is-1-photosynthetic-2-heterotrophic-3-chemosynthetic-4-both-1-2-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTI2NDg1-which-of-the-following-have-pigment-similar-to-higher-plants-1-group-which-causes-red-tide-2-group-which-is-chief-producer-of-ocean-3-group-when-deprived-of-light-behaves-as-heterotroph-4-group-where https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTY5Njg5-choose-the-odd-one-out-with-respect-to-slime-moulds-1-spores-possess-true-cellulosic-walls-2-the-body-moves-along-decaying-twigs-and-leaves-engulfing-organic-material-3-can-grow-and-spread-over-severa https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTE0NzYw-select-incorrect-statement-with-respect-to-the-following-group-of-organisms-and-their-characteristics-1-chrysophyte-includes-diatoms-and-desmids-planktonic-organism-2-dinoflagellate-mostly-marine-and https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTc4MjU-which-of-the-following-is-an-incorrect-statement-regarding-fungi-1-wheat-rust-causing-agent-is-puccinia-2-penicillium-is-a-source-of-antibiotic-3-the-cell-walls-of-fungi-are-composed-of-peptidoglycans https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTI2NDg2-which-of-the-following-fungus-lacks-dikaryophase-1-claviceps-2-puccinia-3-aspergillus-4-trichoderma-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTQ2MzMx-in-fungi-asexual-reproduction-takes-place-by-1-fission-conidia-and-ascospores-2-conidia-hypnospores-and-zoospores-3-conidia-sporangiospores-and-zoospores-4-sporangiospores-conidia-and-basidiospores-1 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTY5Nzgy-according-to-the-five-kingdom-classification-system-which-of-the-following-kingdom-has-multicellular-loose-tissue-level-body-organization-1-protista-2-plantae-3-animalia-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODM1-with-respect-to-fungal-sexual-cycle-choose-the-correct-sequence-of-events-1-karyogamy-plasmogamy-and-meiosis-2-meiosis-plasmogamy-and-karyogamy-3-plasmogamy-karyogamy-and-meiosis-4-meiosis-karyogamy-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTI1MzE4-which-of-the-following-is-correct-about-class-deuteromycetes-1-some-members-are-saprophytes-or-parasites-2-a-large-number-of-members-are-decomposers-of-litter-and-help-in-mineral-cycling-3-alternaria https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTk0OTIy-find-the-odd-one-with-respect-to-the-fungi-imperfecti-1-alternaria-2-colletotrichum-3-trichoderma-4-penicillium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTE5MTk5-an-artificial-group-within-fungi-is-1-ascomycetes-2-deuteromycetes-3-basidiomycetes-4-phycomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTk1NDA2-the-imperfect-fungi-such-as-trichoderma-1-reproduce-sexually-by-spore-formation-2-have-aseptate-mycelium-3-reproduce-asexually-by-conidia-formation-4-have-coenocytic-mycelium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTQ2MzQ4-which-of-the-following-statement-is-correct-for-deuteromycetes-1-a-large-number-of-them-are-decomposers-of-litter-but-do-not-help-in-mineral-cycling-2-mycelium-is-septate-and-branched-3-they-may-have https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTQ2MzM0-select-the-incorrect-statement-with-respect-to-fungi-1-mycelium-is-consist-of-long-slender-thread-like-structures-called-hyphae-2-aseptate-and-multinucleate-hyphae-is-called-coenocytic-hyphae-3-dolipo https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODM3-members-of-phycomycetes-are-found-in-i-aquatic-habitats-ii-on-decaying-wood-iii-moist-and-damp-places-iv-as-obligate-parasites-on-plants-choose-from-the-following-options-1-i-and-iv-2-ii-and-iii-3-all https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTk0Nzk1-the-dikaryotic-condition-is-represented-as-1-2n-2-3n-3-n-4-n-n-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTkzMzI5-dikaryon-phase-appears-during-sexual-reproduction-of-1-mushroom-2-alternaria-3-albugo-4-mucor-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTY5NjM2-neurospora-ustilago-and-agaricus-are-similar-in-presence-of-during-sexual-life-cycle-1-endogenous-megaspore-2-dikaryophase-3-esogenous-meiospore-4-basidiocarp-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTE0Nzcx-morels-and-agaricus-have-edible-fruiting-bodies-and-belong-to-their-respective-class-as-1-ascomycetes-and-basidiomycetes-2-basidiomycetes-and-ascomycetes-3-ascomycetes-and-phycomycetes-4-basidiomycete https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTY5NzEx-absence-of-sex-organs-general-absence-of-asexual-spores-and-plasmogamy-by-means-of-somatogamy-are-features-characteristic-to-1-ascomycetes-2-deuteromycetes-3-basidiomycetes-4-phycpmycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIyNjYx-after-karyogamy-followed-by-meiosis-spores-are-produced-exogenously-in-1-neurospora-2-saccharomyces-3-agaricus-4-alternaria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTk1NjYy-select-the-correct-match-1-imperfect-fungi-ustilago-2-agaricus-club-fungus-3-toadstool-edible-mushroom-4-smut-of-wheat-puccinia-graminis-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTI1MzE3-in-1971-t-o-diener-discovered-a-new-infectious-agent-that-was-smaller-than-viruses-i-it-causes-potato-spindle-tuber-disease-ii-it-is-free-rna-iii-molecular-wt-of-rna-is-low-the-above-statements-are-as https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTk1NjQ5-match-the-columns-column-i-column-ii-a-prion-b-bacteriophage-c-plasmid-d-virus-p-nucleic-acid-protein-q-infectious-protein-r-bacterial-dna-s-infect-bacteria-select-correct-option-1-a-p-b-q-c-r-d-s-2-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTI2NDg3-which-of-the-following-is-not-correctly-matched-1-inert-crystals-virus-2-free-rna-viroids-3-normal-protein-prions-4-symbionts-lichen-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTA5NzM3-which-of-the-given-statement-is-not-true-for-viruses-1-they-are-nucleoproteins-where-protein-is-infectious-in-nature-2-they-can-be-crystallized-and-crystals-consist-largely-of-proteins-3-virus-means-v https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODM0-the-difference-between-virus-and-viroid-is-1-absence-of-protein-coat-in-viroid-but-present-in-the-virus-2-presence-of-low-molecular-weight-rna-in-virus-but-absent-in-viroid-3-both-1-and-2-4-none-of-th https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246MzA0ODc-the-protozoans-that-cause-malaria-in-humans-are-1-radiolarians-2-dinoflagellates-3-chrysophytes-4-sporozoans-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246Mjk3MDQ-identify-the-incorrect-statement-1-heterotrophic-bacteria-are-important-decomposers-2-diatoms-are-chief-producers-in-the-oceans-3-the-pigments-of-euglenoids-are-identical-to-those-present-in-higher-pl https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTcwMjgy-all-given-statements-stand-true-with-respect-to-lichens-except-1-these-are-indicators-of-so2so2so2-pollution-as-shown-by-there-abundance-in-these-areas-2-breathing-pores-help-in-gas-exchange-these-are https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTk0OTIx-which-of-the-following-is-not-correct-about-lichens-1-lichens-are-dual-organism-containing-phycobiont-and-mycobiont-2-they-cannot-grow-in-the-presence-of-sulphur-dioxide-3-they-grow-very-fast-4-they-o https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTkyODgx-the-main-criteria-used-for-five-kingdom-classification-proposed-by-r-h-whittaker-1969-included-a-cell-structure-b-body-organization-c-presence-of-flagellum-d-reproduction-e-phylogenetic-relationships https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTk4MzAx-which-of-the-following-is-not-a-prokaryote-1-fungi-2-bacteria-3-blue-green-algae-4-mycoplasma-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTk4MzAw-symbiotic-associated-between-fungi-and-algae-are-called-1-chrysophytes-2-lichens-3-sponges-4-mycorrhiza-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTk4Mjk0-match-list-i-with-list-ii-list-i-list-ii-a-spherical-i-vibrio-b-rod-ii-cocci-c-comma-iii-spirilla-d-spirillum-iv-bacilli-choose-the-correct-answer-from-the-options-given-below-1-a-ii-b-iv-c-i-d-iii-2 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTk4Mjcx-mad-cow-disease-is-caused-by-1-mycoplasma-sp-2-prions-3-viroids-4-aspergillus-sp-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTk4MjY4-match-list-i-with-list-ii-list-i-list-ii-a-fusion-of-protoplasms-i-meiosis-b-fusion-of-two-nuclei-ii-plasmogamy-c-generation-of-haploid-spores-iii-karyogamy-choose-the-correct-answer-from-the-options https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTM1Mjg1-each-of-the-following-characteristics-represent-a-kingdom-proposed-by-whittaker-arrange-the-following-in-increasing-order-of-complexity-of-body-organization-a-multicellular-heterotrophs-with-cell-wall https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDY4NjYx-match-list-i-with-list-ii-list-i-organisms-list-ii-mode-of-nutrition-a-euglenoid-i-parasitic-b-dinoflagellate-ii-saprophytic-c-slime-mould-iii-photosynthetic-d-plasmodium-iv-switching-between-photosyn https://medminds.me/qbank/botany/biological-classification/?q=NP-b246Mjc3MjM4-which-of-the-following-statements-is-correct-1-organisms-that-depend-on-living-plants-are-called-saprophytes-2-some-of-the-organisms-can-fix-atmospheric-nitrogen-in-specialized-cells-called-sheath-cel https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246ODk1NDM-viroids-differ-from-viruses-in-having-1-dna-molecules-without-protein-coat-2-rna-molecules-with-protein-coat-3-rna-molecules-without-protein-coat-4-dna-molecules-with-protein-coat-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246ODkxOTc-methanogens-belong-to-1-eubacteria-2-archaebacteria-3-dinoflagellates-4-slime-moulds-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246ODkxOTk-select-the-wrong-statement-1-the-walls-of-diatoms-are-easily-destructible-2-diatomaceous-earth-is-formed-by-the-cell-walls-of-diatoms-3-diatoms-are-chief-producers-in-the-oceans-4-diatoms-are-microsco https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA0NjY-chrysophytes-euglenoids-dinoflagellates-and-slime-moulds-are-included-in-the-kingdom-1-protista-2-fungi-3-animalia-4-monera-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA0Nzg-which-one-of-the-following-statements-is-wrong-1-golden-algae-are-also-called-desmids-2-eubacteria-are-also-called-false-bacteria-3-phycomycetes-are-also-called-algal-fungi-4-cyanobacteria-are-also-ca https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA1NTk-which-of-the-following-statements-is-wrong-for-viroids-1-they-are-smaller-than-viruses-2-they-cause-infections-3-their-rna-is-of-high-molecular-weight-4-they-lack-a-protein-coat-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA5MzM-the-imperfect-fungi-which-are-decomposers-of-litter-and-help-in-mineral-cycling-belong-to-1-deuteromycetes-2-basidiomycetes-3-phycomycetes-4-ascomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA5MzU-select-the-wrong-statement-1-the-viroids-were-discovered-by-d-j-lvanovsky-2-w-m-stanley-showed-that-viruses-could-be-crystallized-3-the-term-contagium-vivum-fluidum-was-coined-by-mw-beijerinck-4-mosai https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA5NTI-cell-wall-is-absent-in-1-nostoc-2-aspergillus-3-funaria-4-mycoplasma-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA5Njc-choose-the-wrong-statement-1-penicillium-is-multicellular-and-produces-antibiotics-2-neurospora-is-used-in-the-study-of-biochemical-genetics-3-morels-and-truffles-are-poisonous-mushrooms-4-yeast-is-un https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTA5OTc-in-which-group-of-organisms-the-cell-walls-form-two-thin-overlapping-shells-which-fit-together-1-chrysophytes-2-euglenoids-3-dinoflagellates-4-slime-moulds-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTEwMDc-pick-up-the-wrong-statement-1-cell-wall-is-absent-in-animalia-2-protista-have-photosynthetic-and-heterotrophic-modes-of-nutrition-3-some-fungi-are-edible-4-nuclear-membrane-is-present-in-monera-1-2-3 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTEzODI-viruses-have-1-dna-enclosed-in-a-protein-coat-2-prokaryotic-nucleus-3-single-chromosome-4-both-dna-and-rna-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTIyOTU-the-most-abundant-prokaryotes-helpful-to-human-in-making-curd-from-milk-and-in-production-of-antibiotics-are-the-ones-categorized-as-1-cyanobacteria-2-archaebacteria-3-chemosynthetic-autotrophs-4-hete https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTIzNjk-which-statement-is-wrong-for-viruses-1-all-are-parasites-2-all-of-them-have-helical-symmetry-3-they-have-the-ability-to-synthesize-nucleic-acids-and-proteins-4-antibiotics-have-no-effect-on-them-1-2-3 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTIzODI-which-one-single-organism-or-the-pair-of-organisms-is-correctly-assigned-to-its-or-their-named-taxonomic-group-1-paramecium-and-plasmodium-belong-to-the-same-kingdom-as-that-of-penicillium-2-lichen-is https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTI0MTg-maximum-nutritional-diversity-is-found-in-the-group-1-fungi-2-animalia-3-monera-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjUwOTYy-which-one-of-the-following-sets-of-items-in-options-1-4-are-correctly-categorized-with-one-exception-in-it-items-category-exception-1-kangaroo-koala-wombat-australian-marsupials-wombat-2-plasmodium-cu https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjUwOTc0-in-the-five-kingdom-classification-chlamydomonas-and-chlorella-have-been-included-in-1-algae-2-plantae-3-monera-4-protista-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTI3MjI-which-one-of-the-following-organisms-is-not-an-example-of-eukaryotic-cells-1-escherichia-coli-2-euglena-viridis-3-amoeba-proteus-4-paramecium-caudatum-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTI3ODA-which-one-of-the-following-is-wrongly-matched-1-puccinia-smut-2-root-exarch-protoxylem-3-cassia-imbricate-aestivation-4-root-pressure-guttation-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTI4NTc-virus-envelope-is-known-as-1-capsid-2-virion-3-nucleoprotein-4-core-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTI5MDc-infectious-proteins-are-present-in-1-geminiviruses-2-prions-3-viroids-4-satellite-viruses-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjUxMjI3-black-stem-rust-of-wheat-is-caused-by-1-ustilago-nuda-2-puccinia-graminis-3-xanthomonas-oryzae-4-alternaria-solani-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjUxMjM2-select-the-correct-combination-of-the-statements-a-d-regarding-the-characteristics-of-certain-organisms-a-methanogens-are-archaebacteria-that-produce-methane-in-marshy-areas-b-nostoc-is-a-filamentous https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTM0NTE-t-o-diener-discovered-a-1-free-infectious-rna-2-free-infectious-dna-3-infectious-protein-4-bacteriophage-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY0MTQx-auxospores-and-hormocysts-are-formed-respectively-by-1-some-cyanobacteria-and-many-diatoms-2-several-diatoms-and-a-few-cyanobacteria-3-several-cyanobacteria-and-several-diatoms-4-some-diatoms-and-seve https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY0MTc4-there-exists-a-close-association-between-the-alga-and-the-fungus-within-a-lichen-the-fungus-1-provides-food-for-the-alga-2-provides-protection-anchorage-and-absorption-for-the-alga-3-fixes-the-atmosph https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY0MjUy-barophilic-prokaryotes-1-grow-slowly-in-highly-alkaline-frozen-lakes-at-high-altitudes-2-grow-and-multiply-in-very-deep-marine-sediments-3-readily-grow-and-divide-in-seawater-enriched-in-any-soluble-s https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY0OTQ4-lichens-are-a-well-known-combination-of-an-alga-and-a-fungus-where-the-fungus-has-1-an-epiphytic-relationship-with-the-alga-2-a-parasitic-relationship-with-the-alga-3-a-symbiotic-relationship-with-the https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY2MDgw-viruses-are-no-more-alive-than-isolated-chromosomes-because-1-they-require-both-rna-and-dna-2-they-both-need-food-molecules-3-they-both-require-oxygen-for-respiration-4-both-require-the-environment-of https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY2MTU1-in-which-kingdom-would-you-classify-the-archaea-and-nitrogen-fixing-organism-if-the-five-kingdom-system-of-classification-is-used-1-plantae-2-fungi-3-protista-4-monera-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY2MTY1-tobacco-mosaic-virus-is-a-tubular-filament-of-size-1-300-10-nm-2-300-5-nm-3-300-20-nm-4-700-30-nm-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY2MTcw-which-one-of-the-following-statements-about-viruses-is-correct-1-viruses-possess-their-own-metabolic-system-2-all-viruses-contain-both-rna-and-dna-3-viruses-are-obligate-parasites-4-nucleic-acid-of-vi https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1NDcy-organisms-that-obtain-energy-by-the-oxidation-of-reduced-inorganic-compounds-are-called-1-photo-autotrophs-2-chemo-autotrophs-3-saprozoic-4-coproheterotrophs-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1NDg0-in-five-kingdom-system-the-main-basis-of-classification-1-structure-of-the-nucleus-2-nutrition-3-structure-of-cell-wall-4-asexual-reproduction-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY2ODY4-cauliflower-mosaic-virus-contains-1-ss-rna-2-ds-rna-3-ds-dna-4-ss-dna-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY2ODg0-what-is-true-for-archaebacteria-1-all-are-halophiles-2-all-are-photosynthetic-3-all-are-fossils-4-they-are-oldest-living-beings-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY2ODk0-what-is-true-for-cyanobacteria-1-oxygenic-with-nitrogenase-2-oxygenic-without-nitrogenase-3-non-oxygenic-with-nitrogenase-4-non-oxygenic-without-nitrogenase-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY2ODk4-an-adhesive-pad-of-fungi-penetrates-the-host-with-the-help-of-1-mechanical-pressure-and-enzymes-2-hooke-and-suckers-3-softening-by-enzymes-4-only-by-mechanical-pressure-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1MjI2-enzymes-are-not-found-in-1-fungi-2-algae-3-virus-4-cyanobacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1MzMx-which-disease-of-man-is-similar-to-cattle-s-bovine-spongiform-encephalopathy-1-encephalitis-2-jacob-creutzfeldt-disease-3-spongiocitis-of-cerebrum-4-spondylitis-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1NzEw-black-rust-of-wheat-is-caused-by-1-puccinia-2-ustilago-3-albugo-4-phytophthora-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1NzI0-stored-food-in-fungi-1-starch-2-proteins-3-glycogen-4-chitin-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY0OTU1-koch-s-postulates-are-not-applicable-to-1-mycobacterium-leprae-2-tuberculosis-3-pneumonia-4-cholera-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1MTk3-diatomaceous-earth-is-used-as-a-heat-insulator-in-boilers-and-steam-pipes-because-the-cell-wall-of-diatom-is-1-composed-of-iron-2-composed-of-silicon-dioxide-3-a-good-conductor-of-heat-4-a-bad-conduct https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY0NDUw-according-to-five-kingdom-system-blue-green-algae-belongs-to-1-metaphyta-2-monera-3-protista-4-algae-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY0NDU1-which-of-the-following-survives-a-temperature-of-104-to-106-c106-c106-c-1-marine-archaebacteria-2-hot-water-spring-thermophiles-3-seeds-of-angiosperms-4-eubacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODM2-viruses-are-non-cellular-organisms-but-replicate-themselves-once-they-infect-the-host-cell-to-which-of-the-following-kingdom-do-viruses-belong-to-1-monera-2-protista-3-fungi-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODMz-association-between-mycobiont-and-phycobiont-are-found-in-1-mycorrhiza-2-root-3-lichens-4-bga-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODMy-contagium-vivum-fluidum-was-proposed-by-1-dj-lvanowsky-2-mw-beijernek-3-stanley-4-robert-hook-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODMx-a-dikaryon-is-formed-when-1-meiosis-is-arrested-2-the-two-haploid-cells-do-not-fuse-immediately-3-cytoplasm-does-not-fuse-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODMw-an-association-between-roots-of-higher-plants-and-fungi-is-called-1-lichen-2-fern-3-mycorrhiza-4-bga-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODI5-naked-cytoplasm-multinucleated-and-saprophytic-are-the-characteristics-of-1-monera-2-protista-3-fungi-4-slime-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODI4-organisms-living-in-salty-areas-are-called-as-1-methanogens-2-halophiles-3-heliophytes-4-thermoacidophiles-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODI3-the-five-kingdom-classification-was-proposed-by-1-rh-whittaker-2-c-linnaeus-3-a-roxberg-4-virchow-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjMwODI2-all-eukaryotic-unicellular-organisms-belong-to-1-monera-2-protista-3-fungi-4-bacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjg2-given-below-are-two-statements-assertion-a-viroids-are-different-from-viruses-reason-r-viroids-lack-capsid-but-viruses-posses-capsid-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bot https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjg0-assertion-viruses-are-obligate-parasites-reason-viruses-cannot-propagate-outside-the-host-cell-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-if-b https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjgz-assertion-a-mycoplasma-is-pathogenic-both-to-animas-and-plants-reason-r-these-organisms-lack-cell-wall-and-can-survive-without-oxygen-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bo https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjgx-assertion-a-the-spores-of-consumer-decomposer-protists-contain-cellulosic-cell-wall-reason-r-these-spores-are-dispersed-by-wind-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjgw-assertion-cyanobacteria-are-photosynthetic-blue-green-algae-with-all-prokaryotic-structures-reason-they-are-green-due-to-the-presence-of-chloroplasts-1-if-both-assertion-and-reason-are-true-and-the-re https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMzY2-read-the-following-statements-with-respect-to-natural-system-of-classification-i-it-was-given-by-george-bentham-and-joseph-dalton-hooker-ii-it-was-based-on-natural-affinities-among-the-organisms-iii-i https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjc2-read-the-following-statements-about-viroids-i-these-were-discovered-by-t-o-diener-ii-these-are-of-high-molecular-weight-iii-their-rna-is-of-low-molecular-weight-iv-may-possess-capsid-how-many-of-the-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjY1-read-the-following-statements-with-respect-to-basidiomycetes-i-sex-organs-are-commonly-present-ii-plasmogamy-is-brought-about-by-the-fusion-of-two-vegetative-or-somatic-cells-of-different-strains-or-g https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjYy-read-the-following-statements-with-respect-to-the-class-ascomycetes-of-fungi-i-these-are-commonly-called-sac-fungi-ii-these-are-mostly-multicellular-iii-they-are-saprotrophic-decomposers-parasitic-or https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjU5-read-the-following-statements-i-when-fungus-reproduces-sexually-two-haploid-hyphae-of-compatible-mating-types-come-together-and-fuse-ii-in-some-fungi-the-fusion-of-two-haploid-cells-immediately-result https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjU2-read-the-following-statements-with-respect-to-fungi-i-their-body-consists-of-long-slender-thread-like-structures-called-hyphae-ii-the-network-of-hyphae-is-called-mycelium-iii-hyphae-may-be-continuous https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjQ4-read-the-following-statements-i-majority-of-the-slime-moulds-are-freshwater-organisms-ii-dinoflagellates-are-mostly-freshwater-organisms-iii-slime-moulds-form-plasmodium-iv-protozoans-may-be-autotroph https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjQz-read-the-following-statements-with-respect-to-diatoms-i-in-diatoms-the-cell-walls-form-two-thin-overlapping-shells-which-fit-together-as-in-a-soap-box-ii-the-walls-are-embedded-with-silica-and-thus-ar https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjM5-read-the-following-statements-with-respect-to-methanogens-i-these-produce-biogas-gobar-gas-ii-these-are-strict-anaerobes-iii-these-belong-to-archaebacteria-iv-these-are-also-found-in-marshy-areas-v-th https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjMx-read-the-following-statements-i-the-bacterial-structure-is-very-simple-but-are-complex-in-behavior-ii-compared-to-many-other-organisms-bacteria-as-a-group-show-the-most-extensive-metabolic-diversity-i https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjI5-read-the-following-statements-i-it-is-placed-together-organisms-which-widely-differed-in-other-characters-ii-it-brought-together-the-prokaryotic-bacteria-and-blue-green-algae-with-other-groups-which-w https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzMyMjI3-read-the-following-statements-i-body-organization-of-fungi-is-multicellular-loose-tissue-type-ii-mode-of-nutrition-in-monerans-is-autotrophic-or-heterotrophic-iii-nuclear-membrane-may-be-present-in-e https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjYyOTcx-consider-the-following-statement-with-respect-to-mycoplasma-a-they-lack-cell-wall-b-they-are-the-largest-living-cell-c-they-can-survive-without-oxygen-d-they-are-pathogenic-to-animals-only-the-correct https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzM4MDAw-match-the-bacteria-in-column-i-with-its-shape-in-column-ii-and-select-the-correct-option-from-the-codes-given-below-column-i-column-ii-a-bacillus-a-rod-b-coccus-b-spherical-c-spirilla-c-spiral-d-vibri https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYxNTg1-assertion-a-plant-and-animal-kingdoms-have-been-constant-under-all-different-classification-systems-reason-r-the-understanding-of-what-groups-organisms-are-included-under-these-kingdoms-have-been-chan https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYxNTg2-assertion-a-kingdom-protista-has-brought-together-chlamydomonas-chlorella-with-paramoecium-and-amoeba-reason-r-the-criteria-of-classification-got-changed-over-the-time-choices-for-assertions-and-reaso https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYxNTg3-assertion-a-fungi-are-saprophytes-reason-r-they-are-heterotrophic-and-absorb-soluble-inorganic-matter-from-dead-substrates-td-border-1px-solid-cccccc-br-mso-data-placement-same-cell-choices-for-assert https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYxNTg4-assertion-a-ciliated-protozoans-are-passively-moving-aquatic-organisms-reason-r-they-have-a-cavity-gullet-that-opens-to-the-outside-of-the-cell-surface-choices-for-assertions-and-reasons-1-both-a-and https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzYxNTg5-assertion-a-deuteromycetes-are-called-imperfect-fungi-reason-r-these-fungi-undergo-only-asexual-form-of-reproduction-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-exp https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTM1MjMw-which-of-the-following-organisms-cannot-fix-nitrogen-a-azotobacter-b-oscillatoria-c-anabaena-d-volvox-e-nostoc-choose-the-correct-answer-from-the-options-given-below-1-b-only-2-e-only-3-a-only-4-d-onl https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTEyOTM-archaebacteria-differ-from-eubacteria-in-1-cell-membrane-structure-2-mode-of-nutrition-3-cell-shape-4-mode-of-reproduction-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTIwMDc-which-of-the-following-are-likely-to-be-present-in-deep-sea-water-1-eubacteria-2-blue-green-algae-3-saprophytic-fungi-4-archaebacteria-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTIzNzg-nuclear-membrane-is-absent-in-1-penicillium-2-agaricus-3-volvox-4-nostoc-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjUwOTI3-how-many-organisms-in-the-list-given-below-are-autotrophs-lactobacillus-nostoc-chara-nitrosomonas-nitrobacter-streptomyces-saccharomyces-trypanosoma-porphyra-wolfia-1-five-2-six-3-three-4-four-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTI4ODg-some-hyperthermophilic-organisms-that-grow-in-highly-acidic-ph-2-habitats-belong-to-the-two-groups-called-1-eubacteria-and-archaea-2-cyanobateria-and-diatoms-3-protists-and-mosses-4-liverworts-and-yea https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTI2ODU-single-celled-eukaryotes-are-included-in-1-protista-2-fungi-3-archaea-4-monera-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTMzNjk-oxygenic-photosynthesis-occurs-in-1-chromatium-2-oscillatoria-3-rhodospirillum-4-chlorobium-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTM3NDI-thermococcus-methanococcus-and-methanobacterium-exemplify-1-archaebacteria-that-contain-protein-homologous-to-eukaryotic-core-histones-2-archaebacteria-that-lack-any-histones-resembling-those-found-in https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTM3NDA-in-the-light-of-recent-classification-of-living-organisms-into-three-domains-of-life-bacteria-archaea-and-eukarya-which-one-of-the-following-statement-is-true-about-archaea-1-archaea-resemble-eukarya https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTM3NDk-ergot-of-rye-is-caused-by-a-species-of-1-phytophthora-2-uncinula-3-ustilago-4-claviceps-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-pb246OTM3NDU-which-of-the-following-is-a-slime-mould-1-rhizopus-2-physarum-3-thiobacillus-4-anabaena-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY0NDIz-what-is-correct-for-the-stages-of-puccinia-1-telia-and-aecia-on-wheat-2-telia-and-uredo-stage-on-wheat-3-telia-and-aecia-on-barberry-4-none-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1MDQ4-lichens-can-be-used-as-1-bio-indicator-for-water-and-air-pollution-2-initial-vegetation-for-waste-lands-3-source-of-wood-4-to-check-the-air-pollution-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1NDk3-in-protozoa-like-amoeba-and-paramecium-an-organ-is-found-for-osmoregulation-which-is-1-contractile-vacuole-2-mitochondria-3-nucleus-4-food-vacuole-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY1NTE1-in-which-of-the-animal-dimorphic-nucleus-is-found-1-amoeba-proteus-2-trypanosoma-gambiens-3-plasmodium-vivax-4-paramecium-caudatum-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY0OTE4-viruses-that-infect-bacteria-multiply-and-cause-their-lysis-are-called-1-lipolytic-2-lytic-3-lysogenic-4-lysozymes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MjY0MTU2-which-of-the-following-unicellular-organism-has-a-macronucleus-for-trophic-function-and-one-or-more-micronuclei-for-reproduction-1-trypanosoma-2-paramecium-3-euglena-4-amoeba-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTI0NzM0-how-many-of-the-given-statements-are-correct-i-all-bacteria-are-autotrophic-ii-bacteria-can-only-survive-on-dead-organic-matter-iii-all-bacterial-cells-are-surrounded-by-a-thick-peptidoglycan-cell-wal https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTMxMjUy-the-members-of-kingdom-monera-and-kingdom-protista-in-whittaker-s-five-kingdom-classification-resemble-each-other-in-1-cell-type-2-body-organization-3-nature-of-cell-wall-4-nuclear-membrane-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTI4MTQ5-identify-the-correct-statements-a-methanogens-are-archaebacteria-b-blue-green-algae-are-unicellular-algae-c-mycoplasma-are-true-bacteria-1-only-a-and-b-2-only-a-and-c-3-only-b-and-c-4-a-b-and-c-1-2-3 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDcwNTE0-consider-the-two-statements-i-bacteria-reproduce-sexually-ii-transformation-of-a-bacterial-cell-is-sexual-reproduction-1-only-i-2-only-ii-3-both-i-and-ii-are-correct-4-both-i-nor-ii-are-incorrect-1-2 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDU0NTcw-assertion-a-archaebacteria-can-survive-in-extreme-harsh-habitats-reason-r-archaebacterial-cell-wall-has-peptidoglycan-that-helps-them-survive-in-harsh-habitats-1-both-a-and-r-are-true-and-r-is-the-cor https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzE1MjQx-the-diagram-shows-the-presence-of-a-pathogen-amongst-rbcs-in-the-peripheral-blood-smear-of-a-patient-even-though-the-shape-is-very-easy-to-identify-the-structure-highlighted-in-the-circle-should-enabl https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY5MDQ3-kingdom-protista-was-proposed-by-ernst-haeckel-in-1866-as-the-kingdom-of-primitive-forms-this-kingdom-forms-a-link-between-the-kingdom-fungi-plantae-and-animalia-select-the-option-which-is-incorrectly https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY5MDQz-organisms-with-soap-box-like-body-a-are-chief-producers-in-the-ocean-b-have-silica-impregnated-cell-membrane-c-are-called-flagellated-golden-protists-d-lack-chlorophyll-a-choose-the-incorrect-ones-1-a https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4OTc2-given-below-are-two-statements-assertion-a-sporozoans-lack-locomotory-structures-reason-r-sporozoans-are-parasites-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NTIyMzQz-the-term-plasmodium-can-refer-to-i-the-malarial-parasite-ii-true-spores-of-slime-moulds-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-and-ii-are-incorrect-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDIwNDE2-the-members-of-which-of-the-following-classes-of-fungi-predominantly-reproduce-sexually-1-ascomycetes-2-imperfect-fungi-3-basidiomycetes-4-phycomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDIwNTI5-assertion-a-alternaria-solani-is-a-deuteromycetes-reason-r-only-sexual-stages-in-the-life-cycle-of-the-fungus-have-been-observed-1-both-a-and-r-are-true-and-r-correctly-explains-a-2-both-a-and-r-are-t https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY5MDQ5-identify-the-organism-which-causes-white-spots-seen-on-mustard-leaves-and-select-the-statement-not-true-for-it-1-dikaryophase-is-the-dominant-phase-of-its-life-2-asexually-reproduce-by-endogenously-pr https://medminds.me/qbank/botany/biological-classification/?q=NP-b246NDcwNTEy-consider-the-given-two-statements-i-dikaryon-and-zygote-are-synonymous-ii-dikaryon-and-zygote-are-diploid-cells-that-produce-gametes-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-is-correct https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzE1MTg0-the-photobiont-photosynthetic-component-in-a-lichen-can-be-i-a-green-alga-ii-a-cyanobacterium-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzE1MTgz-which-of-the-following-is-similar-in-size-to-viruses-1-pplo-2-prions-3-viroid-4-actinomycetes-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MzY4NjI1-capsid-of-a-virus-1-protects-the-genetic-material-2-is-infectious-3-is-composed-of-capsomeres-made-up-of-complex-polysaccharides-4-is-a-nucleoprotein-1-2-3-4 https://medminds.me/qbank/botany/biological-classification/?q=NP-b246MTIxNzYz-which-of-the-following-is-not-a-viral-disease-1-influenza-2-yellow-fever-3-japanese-encephalitis-4-kala-azar-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-Rpb246NzU2OQ-during-grams-staining-which-is-incorrect-1-all-bacteria-take-crystal-violet-stain-2-gram-ve-bacteria-take-crystal-violet-stain-3-only-gram-ndash-ve-bacteria-take-crystal-violet-stain-4-gram-ndash-ve-b https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-Rpb246ODUzMQ-hammerling-s-experiments-on-acetabularia-involved-exchanging-1-cytoplasm-2-nucleus-3-rhizoid-and-stalk-4-gametes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjUzNjQ-a-non-membrane-bound-organelle-found-exclusively-in-animal-cells-is-1-sphaerosome-2-glyoxisome-3-peroxisome-4-centriole-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU0NDY-which-of-the-following-is-the-largest-constituent-of-the-membrane-of-the-erythrocyte-in-human-beings-and-is-also-responsible-for-performing-most-of-the-functions-of-the-membrane-1-protein-2-lipid-3-gl https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU3OTQ-cell-is-the-fundamental-structural-and-functional-unit-of-all-living-organisms-because-1-anything-less-than-a-complete-structure-of-a-cell-does-not-ensure-independent-living-2-the-metabolic-reactions https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU3OTU-who-concluded-based-on-his-studies-on-plant-tissues-that-the-presence-of-cell-wall-is-a-unique-character-of-plant-cells-1-mathias-schleiden-2-theodor-schwann-3-rudolph-virchow-4-robert-hooke-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU3OTc-prokaryotic-mesosomes-do-not-help-in-1-cell-wall-formation-2-dna-replication-3-respiration-4-photosynthesis-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU3OTg-the-endomembrane-system-of-a-eukaryotic-cell-does-not-include-1-endoplasmic-reticulum-2-lysosome-3-vacuole-4-peroxisome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU3OTk-the-cis-and-trans-faces-of-the-golgi-apparatus-are-1-similar-but-not-interconnected-2-similar-and-interconnected-3-entirely-different-but-interconnected-4-entirely-different-and-not-interconnected-1-2 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU4MDA-plastids-used-in-storing-proteins-are-called-as-1-amyloplasts-2-aleuroplasts-3-elaioplasts-4-chromoplasts-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU4MDE-a-centriole-like-structure-from-which-the-cilium-and-the-flagellum-emerge-is-the-1-centrosome-2-basal-body-3-axoneme-4-vimentin-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU4MDI-the-outer-membrane-of-the-nucleus-i-is-continuous-with-the-endoplasmic-reticulum-ii-does-not-bear-ribosomes-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-and-ii-are-inc https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU4MDM-if-the-centromere-is-situated-close-to-the-end-of-a-chromosome-it-is-called-as-1-metacentric-2-submetacentric-3-acrocentric-4-telocentric-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU4NjI-centrioles-cilia-flagella-and-basal-bodies-have-remarkably-similar-structural-elements-and-arrangements-this-leads-us-to-which-of-the-following-as-a-probable-hypothesis-1-disruption-of-one-of-these-ty https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU4NjM-the-presence-of-cholesterol-in-the-plasma-membranes-of-some-animals-1-enables-the-membrane-to-stay-fluid-more-easily-when-cell-temperature-drops-2-enables-the-animal-to-remove-hydrogen-atoms-from-satu https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjU5MjU-prokaryotic-cells-have-something-unique-in-the-form-of-1-inclusion-bodies-2-plasmids-3-cell-wall-4-70-s-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjcxNzQ-gas-vacuoles-allow-cyanobacteria-to-1-store-carbon-dioxide-for-assimilation-2-control-their-buoyancy-3-provide-anaerobic-conditions-to-nitrogenase-4-eliminate-toxic-ammonia-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjcxNzU-the-lipid-component-of-the-plasma-membrane-mainly-consists-of-1-triglycerides-2-cholesterol-3-phosphoglycerides-4-proteins-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjcxNzc-carotenoid-pigments-are-found-in-i-chloroplasts-ii-chromoplasts-iii-leucoplasts-1-only-i-2-only-i-and-ii-3-only-ii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MjcxNzg-microbodies-which-help-to-convert-stored-lipids-into-carbohydrates-so-they-can-be-used-for-plant-growth-are-known-as-1-peroxisomes-2-sphaerosomes-3-glyoxysomes-4-lysosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mjg5MTE-ribosomes-are-produced-in-1-nucleolus-2-mitochondria-3-cytoplasm-4-golgibody-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mjk3MDk-all-the-following-are-the-part-of-a-eukaryotic-cell-endomembranous-system-except-1-vacuole-2-lysosome-3-golgi-complex-4-mitochondria-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzAwNzk-a-feature-unique-to-prokaryotes-would-be-1-a-cell-wall-not-made-up-of-cellulose-2-an-extrachromosomal-plasmid-dna-3-a-cell-membrane-of-peptidoglycan-4-presence-of-inclusions-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzAxOTI-chromatophores-are-1-present-in-liopolysaccharide-layer-of-gram-negative-bacteria-2-colored-pigments-present-in-fluorescent-bacteria-3-vesicles-that-store-pigments-in-prokaryotic-cells-4-extensions-on https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzAxOTM-the-tail-of-the-phospholipid-molecule-1-is-hydrophilic-and-composed-of-phosphate-2-is-hydrophilic-and-composed-of-saturated-hydrocarbons-3-is-hydrophobic-and-composed-of-saturated-hydrocarbons-4-is-hy https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzAxOTQ-in-animal-cells-lipid-like-steroidal-hormones-are-synthesized-in-the-1-nucleus-2-rough-endoplasmic-reticulum-3-smooth-endoplasmic-reticulum-4-golgi-apparatus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzAxOTU-unless-specifically-stained-by-a-vital-stain-like-janus-green-which-of-the-following-will-not-be-visible-under-a-microscope-1-rough-endoplasmic-reticulum-2-smooth-endoplasmic-reticulum-3-golgi-apparat https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzAxOTY-fat-soluble-pigments-like-xanthophylls-are-present-in-1-chromoplasts-2-aleuroplasts-3-elaioplasts-4-amyloplasts-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzA0NTg-proteins-that-are-to-be-used-outside-the-cell-are-synthesized-1-in-the-mitochondria-2-on-the-rough-endoplasmic-reticulum-3-on-the-smooth-endoplasmic-reticulum-4-on-free-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzA0NTk-the-two-types-of-cellular-organelles-that-transform-energy-are-1-chromoplasts-and-leucoplasts-2-mitochondria-and-chloroplasts-3-mitochondria-and-endoplasmic-reticulum-4-chloroplasts-and-golgi-apparatu https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzA0NjA-the-arrangement-of-outer-and-central-microtubules-in-a-cilium-is-called-the-1-9-1-pattern-2-9-0-pattern-3-flagellin-pattern-4-9-2-pattern-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzA4MTY-identify-the-correct-statement-regarding-the-part-of-a-cell-the-structure-of-which-is-shown-in-the-given-diagram-1-it-is-not-found-in-the-plant-cells-2-it-serves-to-provide-an-attachment-with-a-surfac https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzEwMTU-what-is-true-regarding-the-chromosome-shown-in-the-diagram-given-below-1-it-is-a-metacentric-chromosome-with-a-called-satellite-and-b-called-secondary-constriction-2-it-is-a-metacentric-chromosome-wit https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzEwMTc-in-the-given-diagram-of-chloroplast-enzymes-required-for-the-synthesis-of-carbohydrates-and-proteins-are-located-in-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzEwMTg-in-the-given-diagram-what-is-true-for-both-a-and-b-1-they-are-involved-in-protein-synthesis-2-they-synthesize-steroidal-hormones-in-animal-cells-3-they-are-a-part-of-endomembranous-system-of-a-eukaryo https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzQ0OTg-which-of-the-following-structure-is-not-found-in-a-prokaryotic-cell-1-nuclear-envelope-2-ribosome-3-mesosome-4-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzQ1MTg-algae-have-cell-wall-made-up-of-1-cellulose-galactans-and-mannans-2-hemicellulose-pectins-and-proteins-3-pectins-cellulose-and-proteins-4-cellulose-hemicellulose-and-pectins-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzQ1NTQ-pigment-containing-membranous-extensions-in-some-cyanobacteria-are-1-heterocysts-2-basal-bodies-3-pneumatophores-4-chromatophores-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzQ4NTQ-which-among-the-following-are-the-smallest-living-cells-known-without-a-definite-cell-wall-pathogenic-to-plants-as-well-as-animals-and-can-survive-without-oxygen-1-bacillus-2-pseudomonas-3-mycoplasma https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzQ4NjE-which-of-the-following-cell-organelles-is-responsible-for-extracting-energy-from-carbohydrates-to-form-atp-1-lysosome-2-ribosome-3-chloroplast-4-mitochondrion-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzQ5MzE-select-the-mismatch-1-gas-vacuoles-mdash-green-bacteria-cells-2-large-central-vacuoles-mdash-animal-cells-3-protists-mdash-eukaryotes-4-methanogens-mdash-prokaryotes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzQ5MzI-select-the-wrong-statement-1-bacterial-cell-wall-is-made-up-of-peptidoglycan-2-pili-and-fimbriae-are-mainly-involved-in-motility-of-bacterial-cells-3-cyanobacteria-lack-flagellated-cells-4-mycoplasma https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzQ5MzM-a-cell-organelle-containing-hydrolytic-enzyme-is-1-lysosome-2-microsome-3-ribosome-4-mesosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUwMDA-microtubules-are-the-constituents-of-1-spindle-fibres-centrioles-and-cilia-2-centrioles-spindle-fibres-and-chromatin-3-centrosome-nucleosome-and-centrioles-4-cilia-flagella-and-peroxisomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUwMDE-mitochondria-and-chloroplast-are-i-semi-autonomous-organelles-ii-formed-by-division-of-pre-existing-organelles-and-they-contain-dna-but-lack-protein-synthesizing-machinery-which-one-of-the-following-o https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUwMzE-a-complex-of-ribosomes-attached-to-a-single-strand-of-rna-is-known-as-1-polymer-2-polypeptide-3-okazaki-fragment-4-polysome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUwMzU-which-of-the-following-is-not-a-feature-of-the-plasmids-1-circular-structure-2-transferable-3-single-stranded-4-independent-replication-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUwNDQ-water-soluble-pigments-found-in-plant-cell-vacuoles-are-1-chlorophylls-2-carotenoids-3-anthocyanins-4-xanthophylls-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUwOTk-balbiani-rings-are-sites-of-1-lipid-synthesis-2-nucleotide-synthesis-3-polysaccharide-synthesis-4-rna-and-protein-synthesis-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUxMDU-which-of-the-following-are-not-membrane-bound-1-vacuoles-2-ribosomes-3-lysosomes-4-mesosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUxMzU-a-protoplast-is-a-cell-1-without-plasma-membrane-2-without-nucleus-3-undergoing-division-4-without-cell-wall-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUxNDU-cellular-organelles-with-membranes-are-1-nuclei-ribosomes-and-mitochondria-2-chromosomes-ribosomes-and-endoplasmic-reticulum-3-endoplasmic-reticulum-ribosomes-and-nuclie-4-lysosomes-golgi-apparatus-an https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUxNTY-the-structures-that-are-formed-by-stacking-of-organised-flattened-membranous-sacs-in-the-chloroplasts-are-1-cristae-2-grana-3-stroma-lamellae-4-stroma-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUxNTg-select-the-correct-matching-in-the-following-pairs-1-smooth-er-mdash-oxidation-of-phospholipids-2-smooth-er-mdash-synthesis-of-lipids-3-rough-er-mdash-synthesis-of-glycogen-4-rough-er-mdash-oxidation https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUxNTk-which-one-of-the-following-is-not-an-inclusion-body-found-in-prokaryotes-1-phosphate-granule-2-cyanophycean-granule-3-glycogen-granule-4-polysome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUxODU-nuclear-envelope-is-derivative-of-1-smooth-endoplasmic-reticulum-2-memebrane-of-golgi-complex-3-microtubles-4-rough-endoplasmic-reticulum-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUxODY-cytochromes-are-found-in-1-matrix-of-mitochondria-2-outer-wall-of-mitochondria-3-cristae-of-mitochondria-4-lysosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUyMjM-which-structures-perform-the-function-of-mitochondria-in-bacteria-1-nucleoid-2-ribosomes-3-cell-wall-4-mesosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUyMjQ-the-solid-linear-cytoskeletal-elements-having-a-diameter-of-6nm-and-made-up-of-a-single-type-of-monomer-are-known-as-1-microtubules-2-microfilaments-3-intermediate-filaments-4-lamins-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUyMjU-the-osmotic-expansion-of-a-cell-kept-in-water-is-chiefly-regulated-by-1-mitochondria-2-vacuoles-3-plastids-4-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUyNTI-the-motile-bacteria-are-able-to-move-by-1-fimbriae-2-flagella-3-cilia-4-pili-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUyOTg-a-major-site-for-synthesis-of-lipids-is-1-rer-2-ser-3-symplast-4-nucleoplasm-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUzMjI-the-golgi-complex-plays-a-major-role-1-in-trapping-the-light-and-transforming-it-into-chemical-energy-2-in-digesting-proteins-and-carbohydrates-3-as-energy-transferring-organelles-4-in-post-translatio https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUzOTE-ribosomal-rna-is-actively-synthesized-in-1-lysosomes-2-nucleolus-3-nucleoplasm-4-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU0MTU-what-is-true-about-ribosomes-1-the-prokaryotic-ribosomes-are-80-s-where-s-stands-for-sedimentation-coefficient-2-these-are-composed-of-ribonucleic-acid-and-proteins-3-these-are-found-only-in-eukaryoti https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU0NDA-select-the-correct-statement-from-the-following-regarding-cell-membrane-1-na-and-k-ions-move-across-cell-membrane-by-passive-transport-2-proteins-make-up-60-to-70-of-the-cell-membrane-3-lipids-are-arr https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU0ODk-important-site-for-formation-of-glycoproteins-and-glycolipids-is-1-golgi-apparatus-2-plastid-3-lysosome-4-vacuole-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU1MDg-which-one-of-the-following-also-act-as-a-ribozyme-in-a-bacterial-cell-1-snrna-2-hn-rna-3-23-s-rrna-4-5-s-rrna-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU1MTA-in-eubacteria-a-cellular-component-that-resembles-eukaryotic-cells-is-1-nucleus-2-ribosomes-3-cell-wall-4-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU1MTc-peptide-synthesis-inside-a-cell-takes-place-in-1-mitochondria-2-chromoplast-3-ribosomes-4-chloroplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU1Mjg-which-one-of-the-following-structures-between-two-adjacent-cells-is-an-effective-transport-pathway-1-plasmodesmata-2-plastoquinones-3-endoplasmic-rcticulum-4-plasmalemma-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU1NDQ-which-one-of-the-following-has-its-own-dna-1-mitochondria-2-dictyosome-3-lysosome-4-peroxisome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU1Nzg-the-main-arena-of-various-types-of-activities-of-a-cell-is-1-plasma-membrane-2-mitochondrion-3-cytoplasm-4-nucleus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU1ODY-the-plasma-membrane-consists-mainly-of-1-phospholipids-embedded-in-a-protein-bilayer-2-proteins-embedded-in-a-phospholipid-bilayer-3-proteins-embedded-in-a-polymer-of-glucose-molecules-4-proteins-embe https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU2MjQ-stroma-in-the-chloroplasts-of-higher-plants-contains-1-light-independent-reaction-enzymes-2-light-dependent-reaction-enzymes-3-ribosomes-4-chlorophyll-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU2NDE-middle-lamella-is-mainly-composed-of-1-hemicellulose-2-muramic-acid-3-calcium-pectate-4-phosphoglycerides-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU2NDQ-plasmodesmata-are-1-lignified-cemented-layers-between-cells-2-locomotory-structures-3-membranes-connecting-the-nucleus-with-plasmalemma-4-connections-between-adjacent-cells-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU2NDk-cytoskeleton-is-made-up-of-1-calcium-carbonate-granules-2-callose-deposits-3-cellulosic-microfibrils-4-proteinaceous-filaments-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU3MDE-keeping-in-view-the-fluid-mosaic-model-for-the-structure-of-cell-membrane-which-one-of-the-following-statements-is-correct-with-respect-to-the-movement-of-lipids-and-proteins-from-one-lipid-monolayer https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU3MDU-polysome-is-formed-by-1-several-ribosomes-attached-to-a-single-mrna-2-many-ribosomes-attached-to-a-strand-of-endoplasmic-reticulum-3-a-ribosome-with-several-subunits-4-ribosomes-attached-to-each-other https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU3NDA-the-two-subunits-of-ribosome-remain-united-at-a-critical-ion-level-of-1-copper-2-manganese-3-magnesium-4-calcium-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU3NTU-vacuole-in-a-plant-cell-1-is-membrane-bound-and-contains-storage-proteins-and-lipids-2-is-membrane-bound-and-contains-water-and-excretory-substances-3-lacks-membrane-and-contains-air-4-lacks-membrane https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU3NjE-in-germinating-seeds-fatty-acids-are-degraded-exclusively-in-the-1-proplastids-2-glyoxysomes-3-peroxisomes-4-mitochondria-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU4MDM-which-one-of-the-following-is-not-a-constituent-of-cell-membrane-1-cholesterol-2-glycolipids-3-proline-4-phospholipids-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU4MTE-lysozyme-that-is-present-in-perspiration-saliva-and-tears-destroys-1-certain-fungi-2-certain-types-of-bacteria-3-all-viruses-4-most-virus-infected-cells-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU4Mzc-select-the-wrong-statement-from-the-following-1-both-chloroplasts-and-mitochondria-contain-an-inner-and-an-outer-membrane-2-both-chloroplasts-and-mitochondria-have-an-internal-compartment-the-thylakoi https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU4ODM-which-of-the-following-statements-regarding-mitochondrial-membrane-is-not-correct-1-the-outer-membrane-is-permeable-to-all-kinds-of-molecules-2-the-enzymes-of-the-electron-transfer-chain-are-embedded https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzU4OTg-which-of-the-following-statements-regarding-cilia-is-not-correct-1-the-organized-beating-of-cilia-is-controlled-by-fluxes-of-ca2-across-the-membrane-2-cilia-are-hair-like-cellular-appendages-3-microtu https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzY4MzY-the-organelle-common-among-prokaryotic-and-eukaryotic-cell-is-1-centrosome-2-ribosome-3-peroxisome-4-glyoxysome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzY4NjM-which-one-of-the-following-phenomena-is-commonly-referred-as-cell-drinking-1-endocytosis-2-exocytosis-3-phagocytosis-4-pinocytosis-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzY4NzY-if-a-chloroplast-of-plant-is-isolated-and-studied-in-a-test-tube-the-investigation-is-described-as-1-in-vivo-2-in-vitro-3-in-situ-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzY4ODk-an-organelle-present-in-all-plant-cells-but-absent-from-those-of-animals-is-1-mitochondria-2-peroxisome-3-glyoxysomes-4-centrioles-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzY5NDU-primary-cell-wall-consists-of-a-loose-network-of-cellulose-microfibrils-impregnated-with-a-matrix-of-1-glycoprotein-and-flavoprotein-2-hemicellulose-and-flavoprotein-3-hemicellulose-and-pectin-4-flavo https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzY5NTM-which-of-the-following-is-not-a-true-subcellular-organelle-1-peroxisome-2-ribosome-3-chloroplast-4-lysosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzY5NTQ-golgi-body-is-associated-with-1-packaging-and-storage-of-material-2-cell-wall-formation-3-transport-of-enzyme-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzY5NjM-which-of-the-following-cytoskelelal-components-of-an-eukaryotic-cell-play-a-major-role-in-protoplasmic-streaming-1-microtubules-2-microfilaments-3-intermediate-filaments-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzY5ODY-free-radicals-in-our-body-have-been-implicated-in-1-ageing-2-certain-degenerative-disorders-3-neurodegeneration-4-all-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzY5OTg-which-is-not-true-for-prokaryotic-cells-1-they-are-smaller-than-eukaryotic-cells-2-they-lack-membrane-bound-organelles-3-their-genetic-material-is-localised-within-nucleoid-4-they-contain-a-well-devel https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcwMTM-if-there-were-present-no-subcellular-organelles-in-a-eukaroytic-cell-the-rate-of-metabolism-will-1-increase-2-decrease-3-not-change-4-increase-dramatically-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcwNTU-extranuclear-genes-occurs-in-1-plastids-and-are-not-inherited-2-plasmid-and-are-not-inherited-3-mitochondria-and-are-inherited-by-female-4-mitochondria-and-are-inherited-by-male-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcwNjI-some-gram-ve-bacteria-have-peptidoglycan-and-an-extra-layer-of-1-lipo-polysaccharide-2-teichoic-acid-3-cellulose-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcwODA-a-chromosome-carrying-the-centromere-at-one-of-the-ends-is-called-1-acentric-2-submetacentric-3-telocentric-4-metacentric-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcxNDg-plasmodesmata-connections-help-in-1-cytoplasmic-streaming-2-synchronous-mitotic-divisions-3-locomotion-of-unicellular-organism-4-movement-of-substances-between-cells-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcyMTc-three-of-the-following-statements-regarding-cell-organelles-are-correct-while-one-is-wrong-which-one-is-wrong-1-lysosomes-are-double-membraned-vesicles-budded-off-from-golgi-apparatus-and-contain-dige https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcyMTg-in-which-one-of-the-following-would-you-expect-to-find-glyoxysomes-1-endosperm-of-wheat-2-endosperm-of-castor-3-palisade-cells-in-leaf-4-root-hairs-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcyNDY-genes-present-in-the-cytoplasm-of-eukaryotic-cells-are-found-in-1-mitochondria-and-inherited-via-egg-cytoplasm-2-lysosomes-and-peroxisomes-3-lysosomes-and-peroxisomes-4-plastids-and-inherited-via-male https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcyNjQ-what-is-common-between-chloroplasts-chromoplasts-and-leucoplasts-1-presence-of-pigments-2-possession-of-thylakoids-and-grana-3-storage-of-starch-proteins-and-lipids-4-ability-to-multiply-by-a-fission https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcyODU-omnis-cellula-e-cellula-was-given-1-virchow-2-hooke-3-leeuwenhoek-4-brown-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzcyODk-which-of-the-following-is-responsible-for-the-mechanical-support-protein-synthesis-and-enzyme-transport-1-cell-membrane-2-mitochondria-3-dictyosome-4-endoplasmic-reticulum-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzczODg-specific-proteins-responsible-for-the-flow-of-materials-and-information-into-the-cell-are-called-1-membrane-receptors-2-carrier-proteins-3-integral-proteins-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzczOTY-who-invented-electron-microscope-1-jansen-2-edison-3-knoll-and-ruska-4-landsteiner-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc0MjQ-what-is-a-plasmid-1-bacterial-linear-dsdna-2-extra-chromosomal-linear-rna-3-extra-chromosomal-circular-dsdna-4-autonomously-replicating-circular-rna-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc0Mzk-cell-theory-was-proposed-by-1-a-botanist-2-a-zoologist-3-a-botanist-and-a-zoologist-4-a-psychologist-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc1NDU-which-of-the-following-organelles-contain-dna-i-mitochondria-ii-chloroplasts-iii-golgi-bodies-iv-ribosomes-1-i-and-ii-2-ii-and-iii-3-i-only-4-iv-only-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc1NDg-chromatin-is-made-up-of-1-dna-and-protein-2-dna-and-histone-3-dna-rna-protein-4-rna-histone-and-oil-bodies-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc2NjY-which-one-of-the-following-is-correct-for-the-transmembrane-proteins-in-lipid-bilayer-of-plasma-membrane-1-they-are-absent-in-animal-cells-2-they-act-as-channel-proteins-3-they-are-absent-in-plant-cel https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc2ODk-identify-the-accurate-explanation-of-mesosome-it-is-1-a-specialised-structure-of-prokaryotic-cell-formed-by-extension-of-plasma-membrane-into-the-cytoplasm-2-the-middle-layer-of-the-prokaryotic-cell-w https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc4MDI-mitochondria-and-chloroplast-are-believed-to-be-bacterial-endosymbiont-because-i-they-have-self-nucleic-acid-i-e-circular-ds-dna-and-rnas-ii-70s-ribosomes-iii-their-membrane-resembles-that-of-bacteria https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc4NTk-if-a-biochemical-analysis-of-mitochondria-has-to-be-done-the-best-procedure-would-be-1-select-cells-which-have-a-larger-number-of-mitochondria-2-plasmolyse-the-cell-and-filter-out-the-mixture-and-take https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc4ODA-which-one-of-the-following-structure-is-an-organelle-within-an-organelle-1-ribosome-2-peroxysome-3-er-4-mesosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc5NTY-ser-and-rer-can-be-distinguished-with-its-presence-in-1-protein-synthesising-cells-2-protein-and-fat-synthesising-cells-3-carbohydrates-and-fat-synthesising-cells-4-lipid-and-protein-synthesising-cell https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246Mzc5OTk-fluid-mosaic-model-of-plasma-membrane-was-given-by-1-robertson-2-robert-hooke-3-singer-and-nicholson-4-gorter-and-grendel-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzgwMjc-the-percentage-of-cell-surface-that-is-impenetrable-for-ions-is-1-1-2-99-9-3-90-4-73-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzgwMzc-the-property-of-semipermeability-belongs-to-1-cell-wall-2-plasma-membrane-3-mitochondria-only-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzgwODQ-microtubules-are-absent-in-1-mitochondria-2-flagella-3-spindle-fibres-4-centriole-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzgwOTI-which-of-the-following-four-cell-structures-is-correctly-matched-with-the-accompanying-description-1-plasma-membrane-outer-layer-of-cellulose-or-chitin-or-absent-2-mitochondria-bacteria-like-elements https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDM5NDM-which-one-of-the-following-is-incorrect-statement-1-all-organisms-are-composed-of-cells-2-cell-is-the-basic-unit-of-life-3-all-inanimate-things-are-made-up-of-cells-4-virus-is-acellular-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDM5NDQ-which-one-of-the-following-is-incorrect-statement-1-organisms-composed-of-single-cell-are-unicellular-2-organisms-composed-of-many-cells-are-multicellular-3-organisms-which-are-not-composed-of-any-cel https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDM5OTM-which-of-the-following-is-true-1-cell-is-the-basic-unit-of-life-2-cell-is-present-in-all-living-organisms-3-cell-is-the-basic-unit-of-body-of-organism-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDM5OTQ-which-of-the-following-is-true-about-unicellular-organism-1-anything-less-than-a-complete-structure-of-a-cell-does-not-ensure-independent-living-2-it-is-capable-of-independent-existence-3-cell-is-stru https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDM5OTc-with-the-discovery-of-which-of-the-following-the-study-of-the-structural-details-was-made-possible-1-compound-microscope-2-electron-microscope-3-cryo-electron-microscope-4-fluorescent-microscope-1-2-3 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDM5OTg-which-of-the-following-is-true-about-robert-hooke-1-he-saw-first-cell-2-he-saw-first-dead-cell-3-he-saw-first-cell-wall-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDM5OTk-which-one-is-true-about-schleiden-1-he-proposed-that-body-of-a-plant-is-made-up-of-cells-and-their-products-2-he-was-a-botanist-3-he-couldn-rsquo-t-explain-the-formation-of-the-new-cells-4-all-of-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMDA-cell-theory-rsquo-s-earlier-proposed-by-schleiden-and-schwann-failed-to-explain-1-how-new-cells-are-formed-2-how-cells-die-3-how-cell-division-takes-place-4-how-plant-cell-is-different-from-animal-cel https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMDE-the-statement-omniscellula-e-cellula-was-given-by-1-the-man-who-proposed-modern-cell-theory-2-the-man-who-gave-final-shape-to-the-cell-theory-3-the-man-who-modified-cell-theory-explaining-that-new-cel https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMDI-which-of-the-following-is-true-about-rudolf-virchow-1-he-modified-the-hypothesis-of-the-schleiden-and-schwann-2-he-explained-how-new-cells-are-formed-3-he-explained-what-schleiden-and-schwann-couldn-r https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMDM-which-one-is-true-statement-1-cell-membrane-is-the-delimiting-structure-of-the-cell-2-cytoplasm-is-the-main-arena-of-cellular-activities-3-all-cells-have-nucleus-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMDQ-how-many-of-the-following-cell-organelles-are-membranous-endoplasmic-reticulum-nucleus-lysosomes-vacuoles-ribosomes-centrioles-1-6-2-5-3-4-4-2-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMDU-how-many-of-the-following-cell-organelles-are-not-present-in-prokaryotic-cell-endoplasmic-reticulum-nucleus-lysosomes-vacuoles-ribosomes-centrioles-1-6-2-5-3-4-4-2-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMDY-in-which-of-the-following-cell-organelles-ribosomes-are-present-1-cytoplasm-2-mitochondria-and-chloroplast-3-nucleus-mitochondria-and-chloroplast-4-cytoplasm-mitochondria-and-chloroplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMDc-which-of-the-following-is-a-membraneless-organelle-1-ribosome-2-nucleolus-3-basal-body-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMDg-which-one-is-incorrect-1-mycoplasmas-are-greater-than-bacteria-2-largest-isolated-cell-is-ostrich-egg-3-nerve-cells-are-longest-cells-4-the-shape-of-the-cell-may-vary-with-the-function-they-perform-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMTA-nerve-cell-is-1-largest-and-branched-2-longest-and-branched-3-longest-and-unbranched-4-largest-and-unbranched-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMTE-which-of-the-following-represents-the-prokaryotic-cell-1-bacteria-blue-green-algae-mycoplasma-pplo-2-bacteria-blue-green-algae-microbes-chlorella-3-bacteria-blue-green-algae-slime-moulds-and-diatoms-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMTI-which-of-the-following-is-incorrect-match-1-bacillus-rod-like-2-coccus-comma-shaped-3-vibrio-comma-shaped-4-spirillum-spiral-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMTM-which-of-the-following-is-true-about-prokaryotic-cell-1-no-well-defined-nucleus-2-naked-genetic-material-3-nuclear-membrane-is-absent-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMTQ-which-of-the-following-is-not-true-about-plasmid-1-extra-chromosomal-dna-2-give-unique-genotypic-characters-to-bacteria-3-helps-in-antibiotic-resistance-4-helps-in-reproduction-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMTU-the-common-organelle-present-in-both-eukaryotes-and-prokaryotes-is-1-vacuole-2-cell-membrane-3-ribosome-4-centrosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMTY-which-of-the-following-is-the-characteristic-of-prokaryotes-1-mesosome-2-naked-dna-3-plasmid-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMTc-arrange-the-following-in-the-increasing-of-their-size-1-virus-pplo-typical-bacteria-typical-eukaryotic-cell-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMTg-the-detailed-structure-of-the-cell-membrane-was-studied-only-after-the-advent-of-the-1-compound-microscope-2-cryo-electron-microscopy-3-x-ray-crystallography-4-electron-microscope-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMTk-the-lipid-component-of-the-membrane-mainly-consists-of-1-phosphoglycerides-2-triglycerides-3-monoglycerides-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMjA-in-membranes-the-lipids-are-arranged-within-the-membrane-with-the-heads-towards-the-outer-sides-and-the-tails-towards-the-inner-part-1-polar-charged-2-polar-hydrophobic-3-polar-nonpolar-4-both-b-and-c https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMjE-which-of-the-following-biomolecules-is-not-the-part-of-membrane-1-nucleic-acid-2-proteins-3-lipids-4-carbohydrates-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMjI-which-one-is-true-for-the-cell-membrane-1-the-ratio-of-lipids-and-proteins-is-fixed-in-membranes-2-the-amount-of-carbohydrates-is-greater-than-other-biomolecules-3-in-human-erythrocytes-amount-of-prot https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMjM-integral-or-peripheral-proteins-classification-is-based-on-1-protein-size-2-ease-of-extraction-3-ease-of-function-4-ease-of-study-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMjQ-the-most-improved-model-of-the-structure-of-the-cell-membrane-is-1-fluid-membrane-model-2-fluid-mosaic-model-3-sandwich-model-4-unit-membrane-model-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMjU-lateral-movement-of-which-of-the-following-biomolecules-takes-place-within-the-overall-bilayer-1-lipids-2-carbohydrates-3-proteins-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMjY-the-ability-to-move-within-the-membrane-is-measured-as-its-1-liquidity-2-fluidity-3-viscosity-4-stability-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMjc-the-fluid-nature-of-the-membrane-is-also-important-from-the-point-of-view-of-functions-like-1-cell-growth-2-secretion-3-cell-division-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMjg-the-most-important-function-of-plasma-membrane-is-the-1-transportation-of-molecules-across-it-2-cell-division-3-cell-growth-4-endocytosis-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMjk-the-movement-of-molecules-with-and-without-requirement-of-energy-are-called-as-1-active-and-passive-respectively-2-passive-and-active-respectively-3-uphill-and-downhill-respectively-4-both-a-and-c-1-2 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMzA-in-membranes-carrier-proteins-are-required-for-1-nonpolar-molecules-2-polar-molecules-3-charged-molecules-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMzE-the-movement-of-water-across-membranes-is-from-1-higher-to-lower-concentration-of-water-2-lower-to-higher-concentration-water-3-outside-of-the-cell-to-its-inside-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMzI-the-transport-of-sodium-and-potassium-ions-through-the-membranes-is-an-example-of-1-transport-against-the-concentration-gradient-2-active-process-3-passive-process-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMzM-in-which-of-the-following-processes-the-movement-of-substance-takes-place-along-the-concentration-gradient-1-diffusion-2-osmosis-3-active-transport-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMzQ-which-of-the-following-statement-is-not-true-1-plasma-membrane-is-selectively-permeable-2-polar-molecules-cannot-pass-through-the-polar-lipid-bilayer-3-neutral-molecules-pass-the-membranes-through-dif https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMzU-which-of-the-following-is-the-part-of-the-endomembrane-system-1-endoplasmic-reticulum-golgi-complex-lysosomes-and-vacuoles-2-golgi-complex-and-er-only-3-endoplasmic-reticulum-golgi-complex-and-vacuole https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMzY-how-many-of-the-following-are-not-the-part-of-endomembrane-system-endoplasmic-reticulum-golgi-complex-lysosomes-and-vacuoles-mitochondria-chloroplast-nucleus-peroxisomes-1-5-2-6-3-4-4-3-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMzc-endomembrane-system-is-formed-because-of-the-1-coordinated-functions-of-the-membranous-organelles-2-coordinated-functions-of-the-membraneless-organelles-3-coordinated-functions-of-all-cell-organelles https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMzg-which-of-the-following-is-true-for-lysosomes-1-membrane-bound-vesicles-2-formed-by-golgibody-3-rich-in-hydrolytic-enzymes-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwMzk-hydolytic-enzymes-comprises-of-which-of-the-following-1-lipases-2-proteases-3-carbohydrases-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNDA-hydrolytic-enzymes-are-active-at-1-acidic-ph-2-basic-ph-3-neutral-ph-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNDE-how-many-of-the-following-biomolecules-can-be-digested-by-lysosomes-carbohydrates-proteins-lipids-nucleic-acids-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNDI-which-of-the-following-is-not-true-about-cell-wall-1-protects-cell-from-mechanical-damage-2-permeable-to-water-3-it-rsquo-s-a-living-structure-4-absent-in-animals-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNDM-galactans-and-mannans-are-the-important-component-of-cell-wall-of-1-plant-2-algae-3-fungi-4-bacteria-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNDQ-the-common-component-between-the-cell-wall-of-algae-and-plants-is-1-cellulose-2-hemicellulose-3-both-a-and-b-4-mannans-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNDU-which-of-the-following-cell-wall-comes-early-and-disappears-gradually-in-the-life-of-plant-1-primary-cell-wall-2-secondary-cell-wall-3-tertiary-cell-wall-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNDY-which-of-the-following-holds-the-neighbouring-cells-together-1-calcium-pectate-2-sodium-pectate-3-both-a-and-b-4-manganese-pectate-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNDc-which-of-the-following-connects-the-cell-wall-of-the-neighbouring-cells-1-plasmodesmata-2-desmosomes-3-gap-junction-4-tight-junction-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNDg-how-many-layers-are-present-in-cell-envelope-of-prokaryotes-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNDk-which-of-the-following-is-the-part-of-cell-envelope-1-glycocalyx-2-cell-wall-and-cell-membrane-3-both-a-and-b-4-glycocalyx-and-cell-wall-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNTE-if-glycocalyx-is-loose-then-it-is-called-as-and-if-it-rsquo-s-tough-and-thick-then-it-is-called-as-1-slime-layer-capsule-2-slime-mould-capsule-3-capsule-slime-layer-4-capsule-slime-mould-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNTI-which-of-the-following-is-true-about-cell-wall-except-1-determines-shape-of-the-cell-2-prevent-cell-from-bursting-and-collapsing-3-selective-permeable-in-nature-4-provides-strong-structural-support-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNTM-mesosomes-extensions-can-be-present-in-the-form-of-1-vesicles-2-tubules-3-lamellae-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNTU-which-of-the-following-is-true-about-chromatophores-1-its-rsquo-s-a-plasma-membrane-infolding-2-site-of-photosynthesis-3-contain-pigments-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNTY-bacterial-flagella-is-composed-of-1-basal-body-hook-filament-2-basal-body-and-filament-3-hook-and-filament-4-hook-filament-and-base-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNTg-which-of-the-following-is-true-1-bacterial-flagella-is-made-up-of-flagellin-protein-2-bacterial-pili-is-made-up-of-pilin-protein-3-bacterial-flagella-is-different-from-eukaryotic-flagella-4-all-of-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNTk-how-many-of-the-following-structures-are-present-in-bacteria-flagella-cilia-pili-fimbriae-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNjA-where-can-we-find-the-ribosomes-in-bacteria-1-in-cytoplasm-2-in-mitochondria-3-on-endoplasmic-reticulum-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNjE-several-ribosomes-may-attach-to-a-single-mrna-and-form-a-chain-called-1-polyribosomes-2-polysomes-3-both-a-and-b-4-polycistronic-mrna-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNjI-in-prokaryotes-which-of-the-following-ribosome-subunit-is-absent-1-30s-2-50s-3-40s-4-70s-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNjM-which-of-the-following-is-true-about-ribosome-except-1-site-of-protein-synthesis-2-universal-cell-organelle-3-70s-is-present-only-in-prokaryotes-4-80s-is-present-in-eukaryotes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNjQ-polysomes-translate-mrna-into-1-proteins-2-carbohydrates-3-dna-4-rna-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNjU-bacteria-store-their-reserved-food-materials-in-1-vacuoles-2-inclusion-bodies-3-both-a-and-b-4-sphaerosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNjY-which-of-the-following-is-true-about-inclusion-bodies-1-membraneless-2-present-freely-in-cytoplasm-3-store-phosphate-glycogen-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNjc-how-many-of-the-following-kingdoms-are-eukaryotic-monera-protista-fungi-plante-animalia-1-5-2-4-3-3-4-2-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNjg-which-of-the-following-structures-are-present-in-plant-cell-but-absent-in-animal-cell-1-plastids-2-centrioles-3-large-central-vacuole-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNjk-which-of-the-followings-are-common-to-plant-cell-and-animal-cell-peroxisome-nucleolus-lysosome-plasmodesmata-microvilli-microtubule-1-6-2-5-3-4-4-3-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQwNzA-which-of-the-following-is-true-except-1-all-eukaryotic-cells-are-identical-2-eukaryotic-cells-possess-an-organised-nucleus-with-a-nuclear-envelope-3-compartmentalisation-is-present-in-eukaryotes-4-all https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyNzk-ribosomes-are-present-in-eukaryotes-while-ribosomes-are-present-in-prokaryotes-1-70s-80s-2-80s-70s-3-80s-80s-4-70s-70s-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyODA-in-70s-s-is-1-sedimentation-coefficient-2-indirect-measure-of-density-and-size-3-indirect-measure-of-mass-and-size-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyODE-which-of-the-following-is-true-about-ribosomes-1-it-rsquo-s-a-membraneless-structure-2-70s-and-80s-are-composed-of-2-subunits-3-70s-is-also-present-in-chloroplast-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyODI-cytoskeleton-comprises-of-1-microtubule-2-microfilament-3-intermediate-filament-4-all-of-the-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyODM-which-of-the-following-are-the-functions-of-cytoskeleton-1-mechanical-support-2-motility-3-maintenance-of-the-shape-of-the-cell-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyODQ-cytoskeleton-is-made-up-of-1-proteins-2-carbohydrates-3-lipids-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyODU-cilia-and-flagella-are-1-microtubule-2-microfilament-3-intermediate-filament-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyODY-which-of-the-following-is-not-true-about-cilia-and-flagella-1-both-help-in-locomotion-2-cilia-is-shorter-and-flagella-is-longer-3-flagella-works-like-oars-4-hair-like-outgrowths-of-the-cell-membrane-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyODc-how-many-of-the-following-structures-are-synthesised-by-microtubules-centrioles-basal-body-cilia-flagella-spindle-fibres-1-5-2-4-3-3-4-2-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyODg-which-of-the-following-is-the-structural-and-functional-unit-of-bacterial-flagella-1-axon-2-axoneme-3-flagellin-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyODk-which-of-the-following-is-true-about-axoneme-except-1-it-has-nine-doublets-of-peripheral-microtubules-2-2-centrally-located-microtubule-3-nine-radial-spokes-4-central-sheath-is-absent-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyOTA-cilium-and-flagellum-emerge-from-centriole-like-structure-called-as-1-basal-body-2-shaft-3-basal-plate-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyOTE-which-of-the-following-is-true-about-centrosome-1-membraneless-organelle-2-contains-two-centrioles-3-surrounded-by-amorphous-pericentriolar-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyOTI-the-arrangement-of-peripheral-microtubule-in-centrioles-is-1-9-as-triplets-2-9-as-doublets-3-9-as-singlet-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyOTM-which-of-the-following-is-true-about-centrioles-1-it-lacks-microtubule-in-the-centre-2-hub-is-proteinaceous-3-it-forms-the-body-of-cilia-or-flagella-and-spindle-fibres-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyOTQ-which-of-the-following-is-true-1-centriole-is-well-developed-in-animals-2-centrioles-lie-perpendicular-to-each-other-in-centrosome-3-9-0-arrangement-of-microtubules-is-present-in-centrioles-4-all-of-t https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyOTU-which-of-the-following-is-true-for-vacuole-1-it-is-present-in-both-plants-and-animals-2-central-vacuole-is-present-in-plant-3-it-occupies-90-volume-of-the-plants-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyOTY-in-plant-cell-the-concentration-of-ions-is-more-in-1-cytoplasm-2-vacuoles-3-equal-in-both-4-nucleus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyOTc-the-contractile-vacuole-1-is-present-in-amoeba-2-helps-in-osmoregulation-3-helps-in-excretion-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyOTg-the-membrane-of-vacuole-is-called-1-plasma-membrane-2-tonoplast-3-cytoplasm-4-tunicates-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQyOTk-which-of-the-following-vacuole-is-present-in-photosynthetic-bacteria-1-food-vacuole-2-gas-vacuole-3-contractile-vacuole-4-sap-vacuole-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQzMDA-which-of-the-following-is-true-about-microbodies-1-minute-vesicular-structures-2-membrane-bound-structures-3-found-in-both-plants-and-animals-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDQzMDE-peroxisome-is-a-type-of-1-vacuole-2-inclusion-bodies-3-microbodies-4-membraneless-organelle-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMDU-the-golgi-apparatus-principally-performs-the-function-of-1-packaging-of-materials-for-secretion-2-secretion-to-intracellular-targets-or-outside-of-the-cell-3-synthesis-of-proteins-4-both-a-and-b-1-2-3 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMDY-trans-face-of-the-golgi-body-is-1-nucleus-facing-face-2-cell-membrane-facing-face-3-maturing-face-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMDc-which-of-the-following-is-not-the-function-of-golgi-body-1-glycosidation-2-glycosylation-3-translation-4-post-translational-modification-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMDg-materials-to-be-packaged-in-the-form-of-vesicles-from-the-er-fuse-with-the-of-the-golgi-body-and-after-packaging-leaves-from-the-face-1-cis-trans-2-trans-cis-3-convex-concave-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMDk-golgi-body-comprises-of-1-cisternae-2-vesicles-3-tubules-4-all-of-the-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMTA-which-of-the-following-is-true-about-dictyosomes-1-golgi-body-of-plant-2-it-helps-in-cell-plate-formation-3-it-helps-in-formation-of-acrosome-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMTE-which-of-the-following-is-true-about-mitochondria-except-not-true-1-semi-autonomous-organelle-2-compartmentalisation-is-present-3-matrix-contain-80s-ribosomes-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMTI-mitochondria-is-the-power-houses-of-the-cell-because-1-atp-is-synthesised-here-2-atp-is-consumed-here-3-asimmilatory-power-is-consumed-here-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMTM-which-of-the-following-is-present-in-matrix-of-mitochondria-1-ribosomes-2-rna-3-dna-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMTQ-cristae-is-formed-through-1-infoldings-of-inner-membrane-2-infoldings-of-outer-membrane-3-through-deposition-of-intracellular-lipids-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMTY-the-following-are-true-about-mitochondria-except-1-easily-visualised-under-microscope-without-staining-2-it-rsquo-s-number-in-the-cell-depends-on-the-physiological-activity-of-the-cell-3-it-is-highly https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMTc-endoplasmic-reticulumn-bearing-ribosomes-on-their-surface-is-called-1-rough-endoplasmic-reticulumn-2-smooth-endoplasmic-reticulumn-3-lomasomes-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMTg-which-of-the-following-is-true-about-ser-smooth-endoplasmic-reticulum-except-1-ribosomes-are-absent-2-actively-involved-in-protein-synthesis-3-steroidal-hormone-synthesis-site-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMTk-which-of-the-following-is-not-a-modification-of-endoplasmic-reticulum-1-sarcoplasmic-reticulum-2-nissl-rsquo-s-granules-3-myeloid-bodies-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMjA-ergastoplasm-is-a-modification-of-1-rer-2-ser-3-gb-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMjE-plastids-are-present-in-1-plants-2-euglenoides-3-both-a-and-b-4-all-protists-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMjI-based-on-the-type-of-pigments-plastids-can-be-classified-into-how-many-classes-1-3-2-4-3-2-4-1-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMjM-all-the-three-types-of-plastids-have-evolved-from-1-pro-plastid-2-chloroplast-3-chromoplast-4-leucoplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMjQ-the-type-of-leucoplast-which-stores-oils-and-fats-is-1-amyloplast-2-aleuroplast-3-elaioplast-4-chromoplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMjU-the-incorrect-match-is-1-elaioplast-lipids-2-amyloplast-starch-3-aleuroplast-carbohydrates-4-chromoplast-carotenoids-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMjY-carotene-and-xanthophylls-are-present-in-1-chloroplast-2-chromoplast-3-leucoplast-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMjc-which-of-the-following-is-true-about-chloroplast-1-one-in-chlamydomonas-2-20-40-in-leaf-mesophyll-cell-3-present-in-different-shapes-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMjg-which-of-the-following-is-true-about-stroma-except-1-contains-enzymes-for-carbohydrates-and-proteins-synthesis-2-chlorophyll-pigments-are-present-in-stroma-3-contains-the-most-abundant-protein-of-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMjk-the-common-feature-of-mitochondria-and-plastids-1-both-are-double-membranous-cell-organelles-2-both-contains-70s-ribosomes-3-both-have-dsdna-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMzA-a-number-of-organised-flattened-membranous-sacs-are-called-1-thylakoids-2-starch-granules-3-quantasomes-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMzE-chromatin-can-be-stained-with-1-basic-dyes-2-neutral-dyes-3-acidic-dyes-4-crystal-violet-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMzI-chromatin-can-be-observed-in-1-interphase-nucleus-2-dividing-nucleus-3-both-a-and-b-4-nuclei-of-any-stage-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMzM-through-the-nuclear-pore-the-movement-of-and-takes-place-1-rna-and-proteins-2-dna-and-rna-3-dna-and-proteins-4-rna-and-carbohydrates-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMzQ-nucleus-is-absent-in-1-erythrocytes-of-mammals-2-sieve-tube-cells-of-vascular-plants-3-both-a-and-b-4-companion-cells-of-vascular-bundle-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMzU-which-of-the-following-is-true-about-nucleolus-1-membrane-less-structure-2-active-site-for-rrna-synthesis-3-numerous-in-cells-which-are-involved-in-protein-synthesis-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMzY-which-of-the-following-is-true-about-chromosome-1-nucleoprotein-2-23-pairs-in-single-human-diploid-cell-3-contains-primary-constriction-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMzc-on-what-basis-chromosomes-have-been-divided-into-four-classes-1-position-of-centromere-2-position-of-primary-constriction-3-number-of-kinetochores-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMzg-in-which-of-the-chromosomes-two-equal-arms-are-present-1-sub-metacentric-chromosome-2-metacentric-chromosome-3-acrocentric-chromosome-4-telocentric-chromosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzMzk-which-of-the-following-chromosome-is-absent-in-human-beings-1-sub-metacentric-chromosome-2-metacentric-chromosome-3-acrocentric-chromosome-4-telocentric-chromosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDUzNDA-satellite-body-is-formed-in-chromosome-because-of-1-primary-constriction-2-secondary-constriction-3-centromere-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNDc-the-enzyme-present-in-lysosomes-belong-to-the-class-acidic-condition-inside-is-maintained-by-1-oxidoreductases-pumping-protons-2-hydrolases-secretion-of-acids-3-hydrolases-pumping-of-protons-4-lyases https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNDg-which-of-the-following-statement-is-not-concerned-with-fluid-mosaic-model-of-plasma-membrane-1-phospholipid-forming-a-water-resistant-barrier-2-glycocalyx-at-inner-surface-3-mosaic-pattern-of-proteins https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNDk-which-of-the-following-is-not-a-microtubular-organelle-1-centriole-2-cilia-3-basal-body-4-dalton-complex-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNTA-select-the-incorrect-statement-with-respect-to-prokaryotic-cells-1-cytoplasm-lacks-membrane-bound-organelles-2-sap-vacuoles-are-absent-3-chromosome-possesses-acidic-protein-i-e-polyamine-4-lack-stream https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNTE-in-human-beings-the-membrane-of-erythrocyte-has-1-approximately-40-proteins-and-52-lipids-2-cephalin-on-the-outer-side-and-lecithin-on-the-inner-side-3-approximately-52-proteins-and-40-lipids-4-lecith https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNTI-a-number-of-proteins-synthesized-by-ribosomes-on-the-endoplasmic-reticulum-are-modified-in-the-of-the-golgi-apparatus-before-they-are-released-from-its-trans-face-1-tubules-2-vesicles-3-cisternae-4-mo https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNTM-how-many-microtubules-are-associated-with-the-structure-of-centriole-1-9-2-18-3-27-4-11-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNTQ-granular-endoplasmic-reticulum-is-associated-with-which-of-the-following-functions-1-synthesis-of-secretory-as-well-as-non-secretory-proteins-2-synthesis-of-non-secretory-proteins-3-synthesis-of-stero https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNTU-which-of-the-following-plastids-store-fats-1-elaioplast-2-aleuroplast-3-proteinoplast-4-amyloplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNTY-in-plants-which-of-the-following-microbody-is-involved-in-photorespiration-1-peroxisome-2-sphaerosome-3-glyoxysome-4-ribosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNTc-which-of-the-following-cellular-organelles-is-are-bound-by-a-single-membrane-peroxisomes-lysosomes-mitochondria-1-only-peroxisomes-but-not-lysosomes-and-mitochondria-2-both-peroxisomes-and-lysosomes-b https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNTg-ribosomes-attach-to-er-by-its-1-50-s-subunit-2-60-s-subunit-3-40-s-subunit-4-30-s-subunit-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNTk-all-are-membrane-bounded-cell-organelles-in-a-typical-plant-cell-except-1-mitochondria-2-lysosome-3-ribosome-4-chloroplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNjA-plasmodesmata-connections-help-in-1-cytoplasmic-streaming-2-mitotic-division-3-movement-of-substances-between-the-cells-4-osmosis-only-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNjE-a-nuclear-pore-allows-1-unidirectional-movement-of-dna-2-rna-movement-only-3-rna-and-protein-movement-4-protein-movement-only-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNjM-correct-statement-in-relation-to-vacuoles-is-1-it-is-a-triple-membrane-bound-space-found-in-cytoplasm-containing-sap-2-it-can-occupy-90-of-cell-volume-in-plants-3-its-membrane-allows-transport-of-mate https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNjQ-find-out-the-incorrect-statement-1-middle-lamella-is-mainly-made-up-of-ca-pectate-2-cell-wall-is-formed-from-inner-side-therefore-secondary-wall-formed-before-primary-wall-3-middle-lamella-glues-the-d https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNjU-vesicles-from-er-fuse-with-1-maturing-face-of-golgi-body-2-forming-face-of-golgi-body-3-primary-lysosome-for-intercellular-digestion-4-plasma-membrane-to-remove-them-out-from-cell-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNjY-fluidity-of-the-cell-membrane-is-measured-1-on-the-amount-of-cholesterol-and-protein-in-membrane-2-on-the-amount-of-carbohydrate-in-membrane-3-on-the-lateral-movement-of-proteins-within-the-overall-bi https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNjc-which-of-the-following-cell-organelle-is-a-major-site-for-the-synthesis-of-steroidal-hormones-1-ser-2-golgi-bodies-3-ribosomes-4-peroxisome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNjg-the-content-of-nucleolus-is-continuous-with-nucleoplasm-1-through-microtubules-2-through-nuclear-pores-3-due-to-lack-of-membrane-4-due-to-presence-of-channels-in-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNjk-the-central-part-of-proximal-region-of-centriole-is-called-hub-which-is-made-of-1-protein-2-lipoprotein-3-phospholipid-4-oligosaccharide-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNzA-glycosylation-general-secretion-and-recycling-of-broken-plasma-membrane-are-functions-specifically-performed-by-1-glyoxysome-2-ser-3-rer-4-golgi-complex-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNzE-many-of-the-organelle-show-coordination-in-their-functions-and-are-considered-together-as-an-endomembrane-system-find-odd-one-out-with-respect-this-statement-1-er-2-golgi-complex-3-vacuole-4-plastid-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246ODkyOTk-which-of-the-following-is-true-for-nucleolus-1-larger-nucleoli-are-present-in-dividing-cells-2-it-is-a-membrane-bound-structure-3-it-takes-part-in-spindle-formation-4-it-is-a-site-for-active-ribosomal https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246ODkzMDA-the-golgi-complex-participates-in-1-fatty-acid-breakdown-2-formation-of-secretory-vesicles-3-respiration-in-bacteria-4-activation-of-amino-acid-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246ODkzOTY-which-of-the-following-events-does-not-occur-in-rough-endoplasmic-reticulum-1-protein-folding-2-protein-glycosylation-3-cleavage-of-signal-peptide-4-phospholipid-synthesis-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246ODk0MDM-many-ribosomes-may-associate-with-a-single-mrna-to-form-multiple-copies-of-a-polypeptide-simultaneously-such-strings-of-ribosomes-are-termed-as-1-polysome-2-polyhedral-bodies-3-plastidome-4-nucleosome https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246ODk0MDU-select-the-incorrect-match-column-i-column-ii-1-lampbrush-diplotene-bivalents-chromosomes-2-allosomes-sex-chromosomes-3-submetacentric-l-shaped-chromosomes-4-polytene-oocytes-of-amphibians-chromosomes https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTA0OTc-which-one-of-the-following-cell-organelles-is-enclosed-by-a-single-membrane-1-chloroplasts-2-lysosomes-3-nuclei-4-mitochondria-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTExMTk-the-true-nucleus-is-absent-in-1-anabaena-2-mucor-3-vaucheria-4-volvox-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTEyMDk-dna-is-not-present-in-1-chloroplast-2-ribosomes-3-nucleus-4-mitochondria-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTEyNjM-cytochromes-are-found-in-1-matrix-of-mitochondria-2-outer-wall-of-mitochondria-3-cristae-of-mitochondria-4-lysosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTEzMzI-match-the-following-and-select-the-correct-answer-column-i-column-ii-a-centriole-i-infoldings-in-mitochondria-b-chlorophyll-ii-thylakoids-c-cristae-iii-nucleic-acids-d-ribozymes-iv-basal-body-of-cilia https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTE1MjQ-which-one-of-the-following-organelles-in-the-figure-correctly-matches-with-its-function-1-golgi-apparatus-protein-synthesis-2-golgi-apparatus-formation-of-amino-acids-3-rough-endoplasmic-reticulum-pro https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTE1NTc-pigment-containing-membranous-extensions-in-some-cyanobacteria-are-1-basal-bodies-2-pneumatophores-3-chromatophores-4-heterocysts-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTIzNDY-which-one-of-the-following-does-not-differ-in-e-coli-and-chlamydomonas-1-ribosomes-2-chromosomal-organization-3-cell-wall-4-cell-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTI3NzM-peptide-synthesis-inside-a-cell-takes-place-in-1-mitochondria-2-chromoplast-3-ribosomes-4-chloroplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTI4MTU-membrane-bound-organelles-are-absent-in-1-saccharomyces-2-streptococcus-3-chlamydomonas-4-plasmodium-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTM3NzI-in-germinating-seeds-fatty-acids-are-degraded-exclusively-in-the-1-proplastids-2-glyoxisomes-3-peroxisomes-4-mitochondria-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTM4Nzg-which-one-of-the-following-statements-about-mycoplasma-is-wrong-1-they-are-also-called-pplo-2-they-are-pleomorphic-3-they-are-sensitive-to-penicillin-4-they-cause-disease-in-plants-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTUwMDI-the-phrase-omnis-cellula-e-cellula-was-given-by-1-virchow-2-pasteur-3-schleiden-4-brown-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTUwMzQ-membrane-is-absent-in-1-nucleus-2-nucleolus-3-vacuole-4-lysosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTUwNDQ-in-prokaryotes-chromatophores-are-1-specialised-granules-responsible-for-the-colouration-of-cells-2-structures-responsible-for-organising-the-shape-of-the-organism-3-inclusion-bodies-lying-free-inside https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTUxNDE-which-is-substitution-of-mitochondria-in-e-coli-1-golgi-body-2-mesosome-3-ribosome-4-glyoxysomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTUxNDI-animal-cells-differ-from-plant-cell-in-possessing-1-vacuoles-2-centrosomes-3-plastids-4-mitochondria-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTUxNDM-which-of-the-following-organelles-does-not-contain-rna-1-plasmalemma-2-ribosome-3-chromosome-4-nucleolus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTUxNDQ-dutrochet-has-given-the-concept-about-the-cell-in-1-1834-2-1814-3-1822-4-1824-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTU2MzU-the-concept-of-omnis-cellula-e-cellula-regarding-cell-division-was-first-proposed-by-1-aristotle-2-rudolf-virchow-3-theodor-schwann-4-schleiden-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTU2NDE-the-shorter-and-longer-arms-of-submetacentric-chromosome-are-referred-to-as-1-m-arm-and-n-arm-respectively-2-s-arm-and-l-arm-respectively-3-p-arm-and-q-arm-respectively-4-q-arm-and-p-arm-respectively https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTU2OTI-which-of-the-following-pair-of-organelles-does-not-contain-dna-1-nuclear-envelope-and-mitochondria-2-mitochondria-and-lysosomes-3-chloroplast-and-vacuoles-4-lysosomes-and-vacuoles-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTU3MDM-which-of-the-following-statements-is-not-correct-1-lysosomes-are-formed-by-the-process-of-packaging-in-the-endoplasmic-reticulum-2-lysosomes-have-numerous-hydrolytic-enzymes-3-the-hydrolytic-enzyme-of https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTIxMDI5-mitotic-spindles-are-mainly-composed-of-which-protein-1-actin2-tubulin-3-actomyosin4-myoglobin-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTMxMzg0-which-of-the-following-cell-organelles-is-present-in-the-highest-number-in-secretory-cells-1-mitochondria-2-golgi-complex-3-endoplasmic-reticulum-4-lysosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTMxMzkw-non-membranous-nucleoplasmic-structures-in-the-nucleus-are-the-sites-for-active-synthesis-of-1-protein-2-mrna-3-rrna-4-trna-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTMxMzkx-which-of-the-following-nucleic-acids-is-present-in-an-organism-having-70-s-ribosomes-only-1-single-stranded-dna-with-a-protein-coat-2-double-stranded-circular-naked-dna-3-double-stranded-dna-enclosed https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTMxNjc5-match-column-i-with-column-ii-column-i-column-ii-a-golgi-apparatus-i-synthesis-of-protein-b-lysosomes-ii-trap-waste-and-excretory-products-c-vacuoles-iii-formation-of-glycoproteins-and-glycolipids-d-r https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTczNjg1-membrane-bound-space-present-in-plant-cell-and-filled-with-water-sap-and-excretory-substance-is-known-as-1-lysosome-2-endoplasmic-reticulum-3-vacuole-4-cytoplasm-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc1MzY0-packing-of-substance-for-export-from-the-cell-occurs-by-the-1-rer-2-lysosome-3-nucleus-4-golgi-body-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc1NTA0-eukaryotic-cells-considered-as-more-efficient-than-prokaryotic-cells-due-to-1-compartmentalisation-of-cytoplasm-2-infolding-of-membrane-3-presence-of-cell-wall-4-aerobic-respiration-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc1OTA4-the-given-diagram-represents-the-four-different-structures-which-one-of-these-is-correct-containing-material-and-function-a-nucleolus-nor-synthesis-of-rrna-for-formation-of-80-s-ribosome-b-nuclear-por https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc5Mzk0-bacterial-plasmids-are-1-circular-dsrna-2-circular-dsdna-3-linear-dsdna-4-linear-dsrna-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc5NDE1-dna-of-escherichia-coli-is-1-ss-and-circular-2-ss-and-linear-3-ds-and-linear-4-ds-and-circular-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTg1Mzc2-which-is-the-important-site-of-formation-of-glycoproteins-and-glycolipids-in-eukaryotic-cells-1-peroxisomes-2-golgi-bodies-3-polysomes-4-endoplasmic-reticulum-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTg1NDA3-which-of-the-following-statements-about-inclusion-bodies-is-incorrect-1-these-are-involved-in-the-ingestion-of-food-particles-2-they-lie-freely-in-the-cytoplasm-3-these-represent-reserve-material-in-c https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTkzNDg0-the-plastid-which-stores-protein-is-known-as-1-amyloplast-2-chloroplast-3-elaioplast-4-aleuroplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTk0MTYx-acid-hydrolases-enzymes-are-found-in-1-rer-2-golgi-apparatus-3-lysosomes-4-ser-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTk2Nzk2-who-first-explained-that-new-cells-are-formed-from-pre-existing-cells-1-theodor-schwann-2-rudolf-virchow-3-matthias-schleiden-4-robert-hooke-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjQ0OTg3-inclusion-bodies-of-blue-green-purple-and-green-photosynthetic-bacteria-are-1-contractile-vacuoles-2-gas-vacuoles-3-centrioles-4-microtubules-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjQ0OTg4-the-biosynthesis-of-ribosomal-rna-occurs-in-1-ribosomes-2-golgi-apparatus-3-microbodies-4-nucleolus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjQ0OTg5-the-size-of-pleuro-pneumonia-like-organism-pplo-is-1-0-02-mu-m-2-1-2-mu-m-3-10-20-mu-m-4-0-1-mu-m-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUwMDc2-what-types-of-chromosomes-are-not-seen-in-the-human-karyotype-1-acrocentric-2-metacentric-3-telocentric-4-sub-metacentric-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUxMjM4-identify-the-components-labelled-a-b-c-and-d-in-the-diagram-below-from-the-list-i-to-viii-given-along-with-components-i-cristae-of-mitochondria-ii-inner-membrane-of-mitochondria-iii-cytoplasm-iv-smoot https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUxMzIz-the-figure-below-shows-the-structure-of-a-mitochondrion-with-its-four-parts-labelled-a-b-c-and-d-select-the-part-correctly-matched-with-its-function-1-part-a-matrix-ndash-a-major-site-for-respiratory https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mjc3MDE5-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-i-cristae-1-flat-membramous-sacs-in-stroma-ii-cisternae-2-infoldings-in-mitoc https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mjc3MjAy-when-the-centromere-is-situated-in-the-middle-of-two-equal-arms-of-chromosomes-the-chromosome-is-referred-as-1-sub-metacentric-2-acrocentric-3-metacentric-4-telocentric-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mjc3MjA2-match-list-i-with-list-ii-list-i-list-ii-a-cristae-i-primary-constriction-in-chromosome-b-thylakoids-ii-disc-shaped-sacs-in-golgi-apparatus-c-centromere-iii-infoldings-in-mitochondria-d-cisternae-iv-f https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mjc3MjIy-which-of-the-following-is-an-incorrect-statement-1-the-perinuclear-space-forms-a-barrier-between-the-materials-present-inside-the-nucleus-and-that-of-the-cytoplasm-2-nuclear-pores-act-as-passages-for https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mjc3MjYz-the-organelles-that-are-included-in-the-endomembrane-system-are-1-golgi-complex-mitochondria-ribosomes-and-lysosomes-2-golgi-complex-endoplasmic-reticulum-mitochondria-and-lysosomes-3-the-endoplasmic https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM0NzMz-you-do-not-expect-to-see-in-a-plant-cell-1-a-tonoplast-2-an-elaioplast-3-80-s-ribosomes-4-a-centrosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM0NzM0-which-of-the-following-is-are-a-surface-structure-of-the-bacterial-cell-but-do-not-play-a-role-in-motility-i-flagella-ii-pili-iii-fimbriae-1-only-i-2-only-ii-3-only-ii-and-iii-4-only-iii-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM0NzM1-all-the-following-will-be-correct-regarding-mesosome-in-a-bacterial-cell-except-1-they-are-differentiated-form-of-cell-membrane-2-they-are-essentially-infoldings-of-cell-membrane-3-they-can-be-in-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM0NzM2-identify-the-incorrectly-matched-pair-1-linus-pauling-discovered-the-triple-helix-structure-of-collagen-2-rudolf-virchow-omnis-cellula-e-cellula-3-singer-and-nicolson-fluid-mosaic-model-4-georges-pala https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM0ODE2-single-membrane-compartment-found-in-plant-cells-and-mainly-functioning-in-the-conversion-of-fat-into-sugars-are-1-peroxisomes-2-glyoxysomes-3-lysosomes-4-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM0ODE3-identify-the-incorrectly-matched-pair-1-lysosomes-acid-hydrolases-2-tonoplast-membrane-of-vacuole-3-amyloplasts-store-oils-and-fats-4-golgi-apparatus-synthesis-of-glycoproteins-and-glycolipids-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM0OTU4-which-part-of-the-endomembranous-system-of-a-eukaryotic-cell-is-rich-in-acid-hydrolases-1-peroxisome-2-lysosome-3-vacuole-4-golgi-apparatus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM1NjE1-in-a-plant-cell-1-there-are-multiple-vacuoles-each-small-in-size-2-centrioles-play-prominent-role-in-organization-of-microtubules-3-cytokinesis-occurs-through-cleavage-furrow-4-secondary-cell-wall-is https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM1NzM3-cells-in-the-human-body-that-secrete-products-like-lipids-and-steroids-are-likely-to-have-an-abundance-of-1-smooth-endoplasmic-reticulum-2-rough-endoplasmic-reticulum-3-lysosomes-4-mitochondria-1-2-3 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM1NzM4-what-type-of-chromosomes-will-not-have-a-short-and-a-long-arm-1-acrocentric-2-metacentric-3-sub-metacentric-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM3NTI2-fimbriae-in-bacterial-cells-1-play-an-important-role-in-motility-2-attach-the-cell-to-the-rocks-in-a-stream-and-also-to-the-host-tissues-3-provide-surface-area-for-the-location-of-enzymes-4-form-a-tub https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM3NTQy-like-mitochondria-the-chloroplasts-1-are-found-only-in-plant-cells-2-do-not-have-70-s-ribosomes-3-are-also-double-membrane-bound-4-are-unable-to-carry-out-phosphorylation-of-adp-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM3NTY3-regarding-cell-membrane-i-the-lipid-content-mainly-is-phosphoglycerides-ii-proteins-can-move-laterally-within-the-overall-bilayer-iii-the-membrane-is-selectively-permeable-1-only-i-and-ii-are-correct https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM4OTIz-often-described-as-infoldings-of-bacterial-cell-membrane-which-of-the-following-structures-help-in-cell-wall-formation-and-dna-replication-1-inclusion-bodies-2-chromatophores-3-fimbriae-4-mesosomes-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM4OTI0-which-component-of-the-endomembrane-system-of-a-eukaryotic-cell-is-frequently-observed-in-cells-involved-in-protein-synthesis-and-secretion-1-rough-endoplasmic-reticulum-2-golgi-complex-3-smooth-endop https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM4OTI1-a-characteristic-9-2-arrangement-of-axonemal-microtubules-is-seen-in-1-cilia-and-flagella-2-centriole-3-filaments-in-axons-of-neurons-4-actin-myofilaments-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM4OTI2-identify-the-incorrectly-matched-pair-1-lysosomes-carry-acid-hydrolases-2-ribosomes-double-membrane-bound-cell-organelles-3-golgi-apparatus-important-site-of-formation-of-glycoproteins-and-glycolipids https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM4OTMx-the-middle-lamella-in-plant-cells-1-is-mainly-made-up-of-silica-2-holds-or-glues-the-different-neighbouring-cells-together-3-is-never-traversed-by-plasmodesmata-4-is-primarily-composed-of-proteins-1-2 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM5NDcz-match-list-i-with-list-ii-list-i-list-ii-a-metacentric-chromosome-i-centromere-situated-close-to-the-end-forming-one-extremely-short-and-one-very-long-arms-b-acrocentric-chromosome-ii-centromere-at-th https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM5NDgz-given-below-are-two-statements-statement-i-mycoplasma-can-pass-through-less-than-1-micron-filter-size-statement-ii-mycoplasma-are-bacteria-with-cell-walls-in-the-light-of-the-above-statements-choose-t https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM5NDk0-which-of-the-following-statements-concerning-the-endoplasmic-reticulum-is-incorrect-1-ser-are-the-sites-for-lipid-synthesis-2-rer-has-ribosomes-attached-to-er-3-ser-is-devoid-of-ribosomes-4-in-prokary https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM5ODg2-given-below-are-two-statements-statement-i-membrane-bound-organelles-of-the-endomembrane-system-coordinate-cellular-functions-statement-ii-mitochondria-and-chloroplasts-are-not-considered-a-part-of-th https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM5OTIw-match-list-i-with-list-ii-list-i-list-ii-a-chromoplasts-i-proteins-b-amyloplasts-ii-oil-and-fats-c-elaioplasts-iii-starch-d-aleuroplasts-iv-carotene-choose-the-correct-answer-from-the-option-given-bel https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTc1-the-golgi-apparatus-has-a-polarity-or-sidedness-to-its-structure-and-function-which-of-the-following-statements-correctly-describes-this-polarity-1-transport-vesicles-fuse-with-one-side-of-the-golgi-a https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMzY5-the-chemical-reactions-involved-in-respiration-are-virtually-identical-between-prokaryotic-and-eukaryotic-cells-in-eukaryotic-cells-atp-is-synthesized-primarily-on-the-inner-membrane-of-the-mitochondr https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMzcw-when-a-potassium-ion-k-moves-from-the-soil-into-the-vacuole-of-a-cell-on-the-surface-of-a-root-it-must-pass-through-several-cellular-structures-which-of-the-following-correctly-describes-the-order-in https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMzcx-which-of-the-following-is-a-characteristic-feature-of-a-carrier-protein-in-a-plasma-membrane-1-it-is-a-peripheral-membrane-protein-2-it-exhibits-a-specificity-for-a-particular-type-of-molecule-3-it-re https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyNzg5-in-the-following-question-a-statement-of-assertion-a-is-followed-by-a-statement-of-reason-r-assertion-a-both-the-solute-and-solvent-can-pass-through-a-semipermeable-membrane-reason-r-a-semipermeable-m https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQzMDUw-which-organelle-often-takes-up-much-of-the-volume-of-a-plant-cell-1-lysosome-2-vacuole-3-mitochondrion-4-golgi-apparatus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0MDkz-microtubules-arrangement-is-eukaryotes-is-1-9-1-2-9-2-3-9-0-4-8-1-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0NDIz-which-of-the-following-combinations-are-correct-in-response-to-plastids-a-amyloplasts-store-carbohydrates-b-leucoplasts-gives-a-red-colour-to-the-plant-c-xanthophyll-gives-yellow-and-orange-colours-to https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0NjY2-the-bacteria-and-eukarya-domains-are-distinguished-by-1-all-members-of-bacteria-are-single-celled-and-all-members-of-eukarya-are-multicellular-2-only-eukaryotes-have-dna-3-only-eukaryotes-have-the-abi https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0Nzk2-given-below-are-two-statements-statement-i-cholesterol-molecules-present-in-the-phospholipid-bilayer-maintain-fluidity-under-different-environmental-conditions-statement-ii-unsaturated-fatty-acid-chai https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0OTM5-match-list-i-with-list-ii-list-i-list-ii-a-stroma-i-vacuole-membrane-b-plasmodesmata-ii-infoldings-in-mitochondria-c-tonoplast-iii-fluid-inside-chloroplast-d-cristae-iv-cytoplasmic-connections-choose https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0OTcx-which-of-the-following-types-of-plastid-does-not-contain-stored-nutrients-1-elaioplasts-2-amyloplasts-3-chromoplasts-4-aleuroplasts-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0OTc0-mutation-in-which-of-the-following-would-affect-the-functionality-of-eukaryotic-flagella-a-dynein-b-kinesin-c-myosin-d-flagellin-e-f-protein-choose-the-correct-answer-from-the-option-given-below-1-a-o https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0OTc1-match-list-i-with-list-ii-list-i-list-ii-a-schleiden-and-schwann-i-chromatin-b-rudolf-virchow-ii-nucleus-c-flemming-iii-cell-theory-d-robert-brown-iv-omnis-cellula-e-cellula-choose-the-correct-answer https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0OTk3-in-contrast-to-eukaryotes-prokaryotes-lack-1-aerobic-respiration-2-dna-3-ribosome-4-mitochondria-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ1MTQ1-prokaryotic-flagella-are-made-up-of-protein-filaments-composed-of-1-flagellin-2-tubulin-3-actin-4-myosin-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ1MTYx-match-list-i-with-list-ii-list-i-list-ii-a-lysosome-i-cisternae-b-peroxisome-ii-rrna-c-golgi-apparatus-iii-h2o2-d-nucleolus-iv-suicide-bag-choose-the-correct-answer-from-the-options-given-below-1-a-iv https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ1MjE1-which-of-the-following-statement-s-is-are-not-correct-regarding-lysosomes-a-the-hydrolytic-enzymes-of-lysosomes-are-active-under-alkaline-ph-b-lysosomes-are-membrane-bound-structures-c-lysosomes-are-f https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ2NDc3-which-type-of-substances-would-face-difficulty-in-passing-through-the-cell-membrane-1-substances-with-hydrophobic-moiety-2-substances-with-hydrophilic-moiety-3-all-substances-irrespective-of-hydrophob https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ2NDg2-if-the-ph-in-lysosomes-is-increased-to-alkaline-what-will-be-the-outcome-1-hydrolytic-enzymes-will-function-more-efficiently-2-hydrolytic-enzymes-will-become-inactive-3-lysosomal-enzymes-will-be-relea https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ3OTU4-read-the-following-statements-and-choose-the-option-which-is-true-for-them-statement-i-telocentric-chromosomes-have-no-centromere-statement-ii-the-satellite-chromosomes-have-secondary-constriction-1-o https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzUwMDI4-identify-the-correct-statements-i-robert-hooke-first-used-the-word-cell-to-name-the-microscopic-honeycomb-cavities-in-cork-ii-anton-von-leeuwenhoek-first-saw-and-described-a-living-cell-iii-robert-bro https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzUyOTg0-the-type-of-mictotubule-arrangement-shown-in-the-given-diagram-can-be-present-in-i-centriole-ii-cilia-flagella-iii-basal-body-1-only-ii-2-only-i-3-both-i-and-ii-4-both-i-and-iii-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzU1ODgw-consider-the-following-statements-i-secondary-constrictions-are-found-at-variable-locations-in-few-chromosomes-ii-acrocentric-chromosome-has-a-terminal-centromere-iii-chromosomes-are-visible-only-in-d https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzU1ODgy-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-chloroplasts-p-oxidative-phosphorylation-b-mitochondria-q-photophosphorylation https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzU1ODg0-what-will-be-true-for-endoplasmic-reticulum-i-they-are-not-included-in-the-endomembrane-system-ii-rough-er-is-the-major-site-for-synthesis-of-lipids-iii-they-are-not-bound-by-a-membrane-1-only-ii-2-on https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzU1ODg3-in-a-plasma-membrane-of-a-typical-animal-cell-i-the-major-lipids-are-phospholipids-ii-peripheral-proteins-are-only-partially-buried-in-the-membrane-iii-lateral-movement-of-lipids-in-protein-bilayer-is https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzU1ODkw-most-prokaryotic-cells-particularly-the-bacterial-cells-have-a-chemically-complex-cell-envelope-where-1-the-outermost-layer-is-the-cell-wall-2-all-three-layers-act-together-as-a-single-protective-unit https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzU1ODky-which-layer-of-the-plant-cell-wall-will-be-outer-most-away-from-membrane-1-glycocalyx-2-middle-lamella-3-primary-cell-wall-4-secondary-cell-wall-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzU4Mzc0-select-the-alternative-giving-correct-identification-and-function-of-the-organelle-a-in-the-diagram-1-mitochondria-produce-cellular-energy-in-the-form-of-atp-2-golgi-body-provides-packaging-material-3 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzU4NDYz-the-term-glycocalyx-is-used-for-1-a-layer-present-between-cell-wall-and-membrane-of-bacteria-2-cell-wall-of-bacteria-3-bacterial-cell-glyco-engineered-to-possess-n-glycosylated-proteins-4-a-layer-surr https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYxNDIz-gram-staining-differentiates-bacteria-into-gram-positive-and-gram-negative-by-the-chemical-and-physical-properties-of-their-1-70-s-ribosomes-2-cell-membrane-3-cell-wall-4-chloroplasts-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYxNDI0-which-layer-consisting-of-calcium-pectate-is-the-first-formed-after-cytokinesis-in-a-plant-cell-1-the-primary-cell-wall-2-the-middle-lamella-3-the-secondary-cell-wall-4-plasmodesmata-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYxNTQx-which-of-the-following-observations-cannot-be-credited-to-schleiden-and-schwann-1-all-plants-are-composed-of-different-kinds-of-cells-which-form-the-tissues-of-the-plant-2-animal-cells-have-a-thin-out https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYxNTQy-identify-the-correct-statement-statement-i-both-the-cilium-and-flagellum-emerge-from-centriole-like-structure-called-the-centrosome-statement-ii-centrosome-is-an-organelle-usually-containing-two-cylin https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYxNjA1-assertion-a-cell-is-the-fundamental-structural-and-functional-unit-of-all-living-organisms-reason-r-anything-less-than-a-complete-structure-of-a-cell-does-not-ensure-independent-living-1-both-a-and-r https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYxNjA3-assertion-a-endoplasmic-reticulum-er-golgi-complex-lysosomes-and-vacuoles-are-grouped-together-as-endomembrane-system-reason-r-the-functions-of-endoplasmic-reticulum-er-golgi-complex-lysosomes-and-vac https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYxNjA5-assertion-a-mitochondria-are-called-lsquo-power-houses-rsquo-of-the-cell-reason-r-they-produce-cellular-energy-in-the-form-of-atp-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYxNjEw-assertion-a-cells-vary-in-their-shape-size-and-functions-based-on-the-presence-or-absence-of-a-membrane-bound-nucleus-and-other-organelles-reason-r-a-typical-eukaryotic-cell-consists-of-a-cell-membran https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYzNzQw-assertion-a-cell-is-the-fundamental-structural-and-functional-unit-of-all-living-organisms-reason-r-anything-less-than-a-complete-structure-of-a-cell-does-not-ensure-independent-living-1-both-a-and-r https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYzNzUx-assertion-a-cell-is-the-fundamental-structural-and-functional-unit-of-all-living-organisms-reason-r-because-unicellular-organisms-can-show-independent-existence-and-perform-all-metabolic-activities-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYzNzUz-assertion-a-true-chromatin-is-absent-in-prokaryotes-reason-r-mitosis-does-not-occur-in-prokaryotes-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-th https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYzNzU4-assertion-a-ribosomes-are-known-as-rnp-particles-reason-r-ribosomes-are-made-of-rrna-and-proteins-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYzNzU5-assertion-a-lysosomes-are-called-lsquo-suicidal-bags-rsquo-reason-r-lysosomes-are-called-lsquo-suicidal-bags-rsquo-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYzNzYw-assertion-a-basal-bodies-are-formed-from-centrioles-reason-r-both-basal-bodies-and-centrioles-have-9-2-structural-organization-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-an https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYzNzYy-assertion-a-mitochondria-is-known-as-power-house-of-cell-reason-r-atp-production-takes-place-here-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY0NzI3-unicellular-organisms-are-capable-of-i-independent-existence-ii-performing-the-essential-functions-of-life-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-and-ii-are-inco https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY0NzY3-how-many-of-the-given-statements-regarding-a-eukaryotic-cell-are-correct-i-the-outer-nuclear-membrane-usually-remains-continuous-with-the-endoplasmic-reticulum-but-does-not-bear-ribosomes-on-it-ii-nuc https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY0Nzkw-consider-the-two-statements-statement-i-ribosomes-are-non-membrane-bound-organelles-found-in-all-cells-statement-ii-animal-cells-contain-a-non-membrane-bound-organelle-called-centrosome-which-helps-in https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY0Nzkz-consider-the-two-statements-assertion-a-in-a-plant-cell-the-concentration-of-a-number-of-ions-is-significantly-higher-in-the-vacuole-than-in-the-cytoplasm-reason-r-the-tonoplast-facilitates-the-transp https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY0ODQ5-consider-the-two-statements-statement-i-the-axoneme-of-cilia-and-flagella-usually-has-nine-triplets-of-radially-arranged-peripheral-microtubules-and-a-centrally-located-proteinaceous-hub-statement-ii https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY0ODc1-consider-the-given-two-statements-statement-i-all-prokaryotes-have-a-cell-wall-surrounding-the-cell-membrane-except-in-mycoplasma-statement-ii-no-organelles-like-the-ones-in-eukaryotes-are-found-in-pr https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY0ODk0-the-membranes-of-which-of-the-following-cell-organelle-are-not-included-in-the-endomembrane-system-of-a-eukaryotic-cell-1-vacuole-2-lysosome-3-plastid-4-endoplasmic-reticulum-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY0OTM5-consider-the-two-statements-assertion-a-the-golgi-apparatus-also-known-as-the-golgi-body-is-like-a-post-office-reason-r-the-golgi-apparatus-is-an-important-site-for-the-formation-of-glycoproteins-and https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY1Nzg3-lysosomes-statement-i-are-membrane-bound-vesicular-structures-formed-in-the-rough-endoplasmic-reticulum-statement-ii-are-very-rich-in-almost-all-types-of-hydrolytic-enzymes-optimally-active-at-the-bas https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY1ODIy-how-many-of-the-given-statements-are-correct-i-the-major-lipids-in-cell-membrane-are-phospholipids-that-are-arranged-in-a-bilayer-ii-the-ability-of-lipids-and-carbohydrates-to-move-laterally-within-th https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY1ODc1-the-famous-aphorism-lsquo-omnis-cellula-e-cellula-rsquo-was-added-to-the-cell-theory-by-1-theodor-schwann-2-matthias-schleiden-3-robert-hooke-4-rudolf-virchow-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY1ODc2-all-bacterial-cells-are-1-motile-2-enclosed-by-peptidoglycan-cell-wall-3-prokaryotic-4-capable-of-fixing-atmospheric-nitrogen-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY1OTUw-consider-the-two-statements-statement-i-plant-cells-possess-cell-walls-plastids-and-a-large-central-vacuole-which-are-absent-in-animal-cells-statement-ii-animal-cells-have-centrioles-which-are-absent https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY2MTIx-identify-the-incorrect-statement-1-despite-great-morphological-difference-between-eucaryotic-cells-and-prokaryotes-they-are-remarkably-similar-metabolically-2-the-80s-ribosomes-of-eukaryotes-are-made https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY2MzUy-regarding-endoplasmic-reticulum-in-a-eukaryotic-cell-i-ser-are-the-sites-for-lipid-synthesis-ii-rer-has-ribosomes-attached-to-er-iii-in-prokaryotes-only-rer-are-present-1-only-i-and-ii-are-correct-2-o https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY3MDY2-which-of-the-following-functions-is-carried-out-by-the-cytoskeleton-in-a-cell-1-transportation-2-nuclear-division-3-protein-synthesis-4-motility-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY3MDY4-which-of-the-following-are-not-considered-as-part-of-endomembrane-system-a-mitochondria-b-endoplasmic-reticulum-c-chloroplasts-d-golgi-complex-e-peroxisomes-choose-the-most-appropriate-answer-from-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY4Mjc2-given-below-are-two-statements-i-in-bacteria-the-mesosomes-are-formed-by-the-extensions-of-the-plasma-membrane-ii-the-mesosomes-in-bacteria-help-in-dna-replication-and-cell-wall-formation-in-light-of https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY4MzIx-which-of-the-following-statements-are-correct-in-the-context-of-golgi-apparatus-a-it-is-the-important-site-for-the-formation-of-glycoprotein-and-glycolipids-b-it-produces-cellular-energy-in-the-form-o https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc1ODMx-consider-the-given-two-statements-statement-i-all-life-comes-from-pre-existing-life-statement-ii-all-cells-arise-from-pre-existing-cells-1-statement-i-is-true-statement-ii-is-true-2-statement-i-is-tru https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc1ODMz-the-organelles-in-a-eukaryotic-cell-that-have-their-own-genome-are-1-rer-and-ser-2-mitochondria-and-chloroplasts-3-plasmids-and-plastids-4-nucleus-and-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc1ODM0-consider-the-two-statements-assertion-a-the-cells-of-testes-and-ovaries-have-abundance-of-smooth-endoplasmic-reticulum-reason-r-the-cells-of-testes-and-ovaries-secrete-steroid-hormones-1-both-a-and-r https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc1ODQz-identify-the-incorrectly-matched-pair-i-chloroplasts-contain-chlorophyll-and-carotenoid-pigments-ii-amyloplasts-store-carbohydrates-iii-elaioplasts-store-oils-and-fats-iv-aleuroplasts-store-proteins-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc1ODQ0-the-isolated-lysosomal-vesicles-have-been-found-to-be-very-rich-in-1-phosphate-and-chloride-ions-2-cytoprotective-pigment-molecules-3-lymphokines-like-interleukins-and-interferons-4-acid-hydrolases-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc4NTk0-which-one-is-only-found-in-plant-1-ribosome-2-mitochondria-3-glyoxysomes-4-lysosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc4NjAz-which-is-the-correct-sequence-of-modification-and-transport-of-secretory-vesicles-1-rer-rarr-cell-membrane-rarr-secretory-vesicles-rarr-golgi-body-2-rer-rarr-secretory-vesicles-rarr-golgi-body-rarr-ce https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc4OTY0-which-is-incorrect-with-reference-to-chloroplast-1-presence-of-algae-and-plants-2-release-o2-3-occurs-only-in-cells-with-aerobic-respiration-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc4OTc1-what-is-the-role-of-sterol-in-cell-membrane-1-stability-2-communication-with-other-cell-3-secretion-4-transport-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzgwNjAx-the-endoplasmic-reticulum-is-in-continuation-with-1-golgi-body-2-nuclear-wall-3-mitochondria-4-cell-wall-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzgwNzM3-mitotic-spindle-have-main-protein-1-tubulin-2-myosin-3-tropomyocin-4-dynein-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg2MjMy-cilia-and-flagella-in-eukaryotic-cells-i-are-the-outgrowths-of-the-cell-membrane-ii-have-a-9-0-arrangement-of-microtubules-in-their-axoneme-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4Njg2-which-structure-determines-the-shape-of-the-cell-and-provides-a-strong-structural-support-to-prevent-the-bacterium-from-bursting-1-slime-layer-2-capsule-3-cell-wall-4-cell-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4Njkw-cells-that-have-membrane-bound-nucleus-includes-1-rhizobium-2-meristem-3-mature-sieve-tube-4-nostoc-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4Njk0-intercellular-matrix-or-common-layer-between-the-primary-walls-of-adjacent-cells-is-1-middle-lamella-2-primary-wall-3-secondary-wall-4-periplasmic-space-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzAy-which-face-of-golgi-complex-gives-rise-to-the-secretory-vesicles-1-trans-face-2-proximal-face-3-convex-face-4-cis-face-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzA1-inner-mitochondrial-membrane-is-different-from-outer-mitochondrial-membrane-in-presence-of-1-less-protein-and-more-lipid-2-cristae-3-porins-and-cholesterol-4-porins-and-c-ardiolipin-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzIw-centrioles-have-1-9-2-arrangement-of-microtubules-2-9-peripheral-doublet-microtubules-3-2-centrally-located-microtubules-4-an-organisation-like-the-cartwheel-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzIx-in-flagella-and-cilia-the-number-of-doublets-present-in-the-peripheral-region-of-axoneme-are-1-18-2-20-3-9-4-2-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzI2-karyotheca-or-nuclear-membrane-is-absent-in-1-nostoc-2-rhizobium-3-drosophila-4-both-1-2-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzI5-choose-odd-one-out-w-r-t-nuclear-membrane-1-inner-membrane-is-smooth-2-cytoplasmic-surface-of-nuclear-envelope-may-bear-ribosomes-3-outer-membrane-bears-70s-ribosomes-4-perinuclear-space-is-10-to-50-n https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzMw-kinetochore-is-associated-with-1-primary-constriction-2-secondary-constriction-3-satellite-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzM3-in-fluid-mosaic-model-the-term-fluid-and-mosaic-signify-respectively-1-proteins-and-lipids-2-lipids-and-carbohydrates-3-lipids-and-proteins-4-proteins-and-carbohydrates-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzQ4-which-of-the-following-features-structures-given-below-are-exhibited-by-prokaryotic-p-and-eukaryotic-e-cells-i-absence-of-nucleolus-ii-presence-of-centrioles-iii-single-envelope-system-iv-mesosomes-v https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzQ5-the-membranous-extensions-found-in-cytoplasm-of-cyanobacteria-and-purple-bacteria-that-contain-pigments-are-1-mesosomes-2-sphaerosome-3-polysomes-4-chromatophores-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzUw-select-the-correct-statement-w-r-t-endomembrane-system-1-it-is-composed-of-er-golgi-body-peroxisome-and-lysosome-2-it-includes-the-organelles-that-have-distinct-structure-and-function-3-it-is-found-in https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzUx-golgi-apparatus-is-closely-associated-with-er-in-1-structural-as-well-as-functional-aspects-2-structural-aspects-only-3-functional-aspects-only-4-metabolism-and-biochemistry-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzUz-the-correct-feature-regarding-nucleolus-is-1-site-for-ribosomal-rna-synthesis-2-surrounded-by-nucleolar-membrane-3-larger-in-cell-which-is-inactive-for-protein-synthesis-4-separated-from-nucleoplasm-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzU1-all-the-given-cell-organelles-are-included-in-endomembrane-system-except-1-endoplasmic-reticulum-2-lysosome-3-vacuole-4-mitochondrion-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg4NzU2-select-the-correct-statement-from-the-following-with-respect-to-cell-membrane-1-the-polar-heads-cannot-interact-with-water-2-membrane-of-rbc-has-about-52-percent-proteins-and-40-percent-lipids-3-lipid https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzk1Mzk2-which-of-the-following-statements-is-true-for-a-secretory-cell-1-golgi-apparatus-is-absent-2-rough-endoplasmic-reticulum-rer-is-easily-observed-in-the-cell-3-only-smooth-endoplasmic-reticulum-ser-is-p https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDU1MDc5-match-list-i-with-list-ii-list-i-list-ii-a-nucleolus-i-site-of-formation-of-glycolipid-b-centriole-ii-organization-like-the-cartwheel-c-leucoplasts-iii-site-for-active-ribosomal-rna-d-golgi-apparatus https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDU1MDkx-the-dna-present-in-chloroplast-is-1-circular-double-stranded-2-linear-single-stranded-3-circular-single-stranded-4-linear-double-stranded-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDU1MTEy-match-list-i-with-list-ii-list-i-list-ii-a-axoneme-i-centriole-b-cartwheel-pattern-ii-cilia-and-flagella-c-crista-iii-chromosome-d-satellite-iv-mitochondria-choose-the-correct-answer-from-the-options https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDU1MTUx-given-below-are-two-statements-statement-i-mitochondria-and-chloroplasts-are-both-double-membrane-bound-organelles-statement-ii-inner-membrane-of-mitochondria-is-relatively-less-permeable-as-compared https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDU2NzQz-cell-wall-formation-in-bacteria-is-facilitated-by-1-ribosomes-2-mesosomes-3-golgi-apparatus-4-centrosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDU2Nzky-match-list-i-with-list-ii-list-i-list-ii-a-cilia-i-spindle-fibres-b-endoplasmic-reticulum-ii-cristae-c-mitochondria-iii-axoneme-d-kinetochore-iv-ribosomes-choose-the-correct-answer-from-the-options-gi https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDU2ODgw-given-below-are-two-statements-statement-i-the-golgi-cisternae-are-concentrically-arranged-near-the-nucleus-with-distinct-convex-cis-or-the-forming-face-and-concave-trans-or-the-maturing-face-statemen https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODU0-cell-is-the-fundamental-structural-and-functional-unit-of-all-living-organisms-this-statement-can-be-best-justified-by-the-fact-that-1-the-cells-contain-nucleic-acids-that-contain-genetic-information https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTc4-consider-the-given-statements-statement-i-anton-von-leeuwenhoek-first-saw-and-described-a-live-cell-and-robert-brown-discovered-nucleus-statement-ii-the-invention-of-electron-microscope-revealed-all-t https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODU2-who-concluded-based-on-his-studies-on-plant-tissues-that-the-presence-of-cell-wall-is-a-unique-character-of-plant-cells-1-matthias-shcleiden-2-theodor-schwann-3-j-b-s-haldane-4-rudolph-virchow-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODU3-the-famous-aphorism-omniscellula-e-cellula-was-added-to-the-cell-theory-in-1855-by-1-matthias-shcleiden-2-theodor-schwann-3-j-b-s-haldane-4-rudolph-virchow-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTgx-a-prokaryotic-cell-lacks-i-a-membrane-bound-nucleus-ii-membrane-bound-organelles-iii-ribosomes-1-only-i-and-ii-2-only-i-3-only-ii-and-iii-4-only-iii-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTg0-ribosomes-are-i-bound-by-a-single-membrane-only-ii-found-in-all-cells-both-eukaryotic-as-well-as-prokaryotic-iii-found-in-cytoplasm-as-well-as-chloroplasts-mitochondria-and-on-rer-1-only-i-and-ii-2-on https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTg1-centrosome-1-is-a-non-membrane-bound-organelle-found-in-all-cells-which-helps-in-cell-division-2-is-a-non-membrane-bound-organelle-found-in-plant-cells-which-helps-in-cell-division-3-is-a-non-membrane https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTkx-identify-the-incorrectly-matched-pair-regarding-shape-of-bacterial-cells-1-bacillus-rod-shaped-2-coccus-spherical-3-vibrio-icosahedral-4-spirillum-spiral-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTkz-a-bacterial-cell-has-1-a-single-chromosome-and-circular-dna-2-multiple-chromosomes-and-circular-dna-3-a-single-chromosome-and-linear-dna-4-multiple-chromosomes-and-liner-dna-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc1Njky-most-bacteria-contain-plasmids-that-often-encode-for-traits-that-are-1-advantageous-but-not-essential-to-their-bacterial-host-2-advantageous-and-essential-to-their-bacterial-host-3-not-advantageous-bu https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTk0-identify-the-correct-statement-regarding-the-cell-envelope-of-a-prokaryotic-cell-i-the-outermost-layer-of-the-cell-envelope-is-called-as-the-glycocalyx-which-may-be-present-as-a-loose-sheath-called-th https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTMxMzI2-mesosomes-extensions-of-plasma-membrane-into-the-cell-help-bacterium-in-all-the-following-processes-except-1-photosynthesis-in-cyanobacteria-2-respiration-3-dna-replication-4-cell-wall-formation-1-2-3 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODY1-a-basal-body-is-a-part-of-bacterial-1-inclusion-bodies-2-chromosomal-dna-3-flagellum-4-plasmid-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODY3-identify-the-incorrect-statement-regarding-bacterial-ribosomes-1-they-are-associated-with-plasma-membrane-2-they-are-70-s-with-two-subunits-being-30-s-and-40-s-3-several-ribosomes-may-attach-to-a-sing https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODY4-reserve-materials-in-prokaryotic-cells-are-stored-in-the-cytoplasm-in-the-form-of-1-non-membrane-bound-lysosomes-2-gas-vacuoles-3-chromatophores-4-inclusion-bodies-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTk1-a-polysome-is-1-several-mrna-molecules-attached-to-a-ribosome-2-several-ribosomes-attached-to-a-single-mrna-3-the-three-major-types-of-cellular-rnas-attached-to-an-mrna-molecule-4-many-ribosomes-attac https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODY5-which-of-the-following-is-absent-in-almost-all-plant-cells-1-plastid-2-cell-wall-3-a-large-central-vacuole-4-centriole-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODcw-the-lipid-content-of-the-cell-membrane-mainly-consists-of-1-phosphoglycerides-2-cholesterol-3-unsaturated-fatty-acids-4-lipopolysaccharides-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODcy-the-measure-of-fluidity-of-a-cell-membrane-is-1-the-ability-of-proteins-to-flip-flop-between-the-two-layers-of-phospholipids-2-the-ability-of-proteins-to-move-laterally-within-the-membrane-3-the-abili https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTk4-identify-the-correct-statement-s-regarding-the-structure-of-a-typical-cell-membrane-i-the-lipid-component-mainly-consists-of-phosphoglycerides-ii-peripheral-proteins-are-either-lying-on-the-surface-of https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQxOTk5-the-middle-lamella-of-a-typical-plant-cell-i-mainly-consists-of-calcium-carbonate-ii-holds-or-glues-the-different-neighbouring-cells-together-iii-is-not-traversed-by-plasmodesmata-1-only-ii-is-correct https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODc2-the-endo-membrane-system-of-a-eukaryotic-cell-includes-1-lysosomes-2-peroxisomes-3-mitochondria-4-chloroplasts-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMDAx-the-endoplasmic-reticulum-i-divides-the-intracellular-space-into-a-luminal-compartment-and-an-extra-luminal-cytoplasm-compartment-ii-is-called-as-rough-er-if-it-shows-ribosomes-attached-to-its-inner-s https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTIwMjcx-which-of-the-following-statements-is-true-for-a-secretory-cell-1-golgi-apparatus-is-absent-2-rough-endoplasmic-reticulum-rer-is-easily-observed-in-the-cell-3-only-smooth-endoplasmic-reticulum-ser-is-s https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTI1NTQ3-in-animal-cells-steroidal-hormones-are-synthesized-in-the-1-rough-endoplasmic-reticulum-2-smooth-endoplasmic-reticulum-3-golgi-apparatus-4-lysosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTI1NTQ5-an-important-site-of-the-formation-of-glycoproteins-and-glycolipids-in-a-eukaryotic-cell-is-the-1-rough-endoplasmic-reticulum-2-smooth-endoplasmic-reticulum-3-golgi-apparatus-4-lysosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODc5-acid-hydrolases-are-found-in-a-single-membrane-bound-organelle-called-1-glyoxysome-2-lysosome-3-peroxisome-4-ribosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODgw-a-single-membrane-tonoplast-binds-the-1-inclusion-bodies-2-polysomes-3-vacuoles-4-lysosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODgx-which-of-the-following-organelles-in-a-eukaryotic-cell-can-only-be-seen-after-staining-with-vital-dye-1-mitochondria-2-chloroplasts-3-nucleus-4-endoplasmic-reticulum-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODgy-all-the-following-are-located-in-the-mitochondrial-matrix-except-1-single-circular-dna-molecule-2-proteins-of-electron-transport-chain-3-70-s-ribosomes-4-enzymes-of-kreb-s-cycle-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMDA2-identify-the-incorrect-statement-regarding-mitochondria-1-the-number-of-mitochondria-per-cell-is-same-in-all-the-cells-of-human-body-2-the-inner-membrane-forms-a-number-of-infoldings-called-the-crista https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODgz-the-types-of-plastids-that-store-oils-and-fats-are-1-leucoplasts-2-amyloplasts-3-elaioplasts-4-aleuroplasts-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODg0-identify-the-incorrect-statement-regarding-chloroplasts-1-they-are-double-membrane-bound-organelles-2-inner-chloroplast-membrane-is-relatively-more-permeable-3-chlorophyll-pigments-are-present-in-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMDA3-george-palade-was-the-first-scientist-to-observe-1-lysosome-2-peroxisome-3-ribosome-4-mesosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMDEy-the-given-diagram-i-shows-the-diagrammatic-representation-of-the-ultra-structure-of-centriole-ii-shows-the-9-2-arrangement-of-the-axonemal-microtubules-of-cilia-flagella-1-both-i-and-ii-are-correct-2 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMDE0-the-prokaryotic-cells-1-do-not-possess-flagella-2-possess-flagella-that-are-structurally-similar-to-that-of-the-eukaryotic-flagella-3-possess-flagella-that-are-structurally-different-from-that-of-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMDE3-identify-the-incorrect-statement-regarding-centrosome-1-it-usually-contains-two-cylindrical-structures-called-centrioles-2-both-centrioles-in-centrosome-are-parallel-to-each-other-3-in-centrioles-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODkw-identify-the-incorrect-statement-regarding-nucleolus-1-their-content-is-continuous-with-nucleoplasm-2-it-is-site-for-active-rrna-synthesis-3-their-number-is-always-one-per-nucleus-4-larger-nucleoli-ar https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTIwMjY0-a-common-characteristic-feature-of-plant-sieve-tube-cells-and-most-of-mammalian-erythrocytes-is-1-absence-of-mitochondria-2-presence-of-cell-wall-3-presence-of-haemoglobin-4-absence-of-nucleus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODky-when-the-centromere-in-a-chromosome-is-located-close-to-its-end-the-chromosome-is-called-as-1-metacentric-2-sub-metacentric-3-acrocentric-4-telocentric-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTI1NTQy-spindle-fibers-are-attached-to-the-chromosome-in-the-region-of-1-centrosome-2-chromomere-3-chromonema-4-kinetochore-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMDE5-consider-the-two-statements-i-the-content-of-nucleolus-is-continuous-with-the-rest-of-the-nucleoplasm-ii-nucleolus-is-the-site-for-active-ribosomal-rna-synthesis-1-i-is-correct-and-ii-is-incorrect-2-b https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMDIw-identify-the-incorrect-statement-i-nuclear-envelope-consists-of-two-parallel-membranes-with-a-perinuclear-space-between-them-ii-nuclear-pore-is-formed-by-the-fusion-of-two-nuclear-membranes-at-points https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyMDIy-the-type-of-chromosome-not-shown-in-the-figure-given-below-will-be-1-metacentric-2-sub-metacentric-3-acrocentric-4-telocentric-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDg1Nzgw-the-discovery-of-the-triple-helical-structure-of-collagen-is-credited-to-1-anand-chakravarty-2-g-s-khush-3-venkatraman-ramakrishnan-4-g-n-ramachandran-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc5Njcw-the-smallest-known-cells-are-that-of-1-mycoplasma-2-bacteria-3-human-rbc-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDc1OTkz-who-discovered-the-nucleus-in-a-cell-1-theodor-schwann-2-anton-von-leeuwenhoek-3-robert-brown-4-matthias-schleiden-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTIwMjY5-different-cells-have-different-sizes-arrange-the-following-cells-in-an-ascending-order-of-their-size-choose-the-correct-option-among-the-followings-i-mycoplasma-ii-ostrich-eggs-iii-human-rbc-iv-bacter https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDMx-new-cells-generate-from-1-bacterial-fermentation-2-regeneration-of-old-cells-3-pre-existing-cells-4-abiotic-materials-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTI0NjMz-rudolf-virchow-modified-schleiden-and-schwann-s-cell-theory-by-adding-a-crucial-principle-what-key-addition-did-he-make-1-cells-arise-spontaneously-from-non-living-matter-2-cells-are-only-composed-of https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc5NDY5-the-famous-aphorism-omnis-cellla-e-cellula-was-given-by-1-matthias-schleiden-2-theodor-schwann-3-rudolph-virchow-4-robert-brown-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDc1OTk5-which-organelle-is-seen-in-both-prokaryotic-and-eukaryotic-cells-1-chloroplast-2-centrosome-3-golgi-apparatus-4-ribosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzI4OTg2-the-main-arena-of-various-types-of-activities-of-a-cell-is-1-plasma-membrane-2-mitochondrian-3-cytoplasm-4-nucleus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgwMzI0-a-plasma-membrane-is-characteristic-of-1-all-cells-2-prokaryotic-cells-only-3-eukaryotic-cells-only-4-animal-cells-only-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzExMzAw-the-shape-of-the-r-b-c-is-1-round-and-convex-2-round-and-concave-3-round-and-biconcave-4-round-and-biconvex-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTgx-which-of-the-following-is-the-function-of-mesosomes-1-help-in-cell-wall-formation-2-help-in-dna-replication-and-its-distribution-3-help-in-respiration-secretion-processes-and-increase-surface-area-4-a https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0NDkw-cell-envelope-of-bacterial-cell-is-made-up-of-1-outermost-glycocalyx-cell-wall-plasma-membrane-2-outermost-glycocalyx-cell-wall-tonoplast-3-outermost-cell-wall-plasma-membrane-tonoplast-4-outermost-ce https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTkz-which-of-the-following-is-true-about-inclusion-bodies-1-membraneless-2-present-freely-in-cytoplasm-3-store-phosphate-glycogen-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTMzNDkw-prokaryotic-ribosomes-1-are-70-s-with-smaller-30-s-subunit-and-larger-50-s-subunit-2-are-70-s-with-smaller-30-s-subunit-and-larger-40-s-subunit-3-are-80-s-with-smaller-30-s-subunit-and-larger-50-s-sub https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTM4-which-of-the-following-represents-the-prokaryotic-cell-1-bacteria-blue-green-algae-mycoplasma-pplo-2-bacteria-blue-green-algae-microbes-chlorella-3-bacteria-blue-green-algae-slime-moulds-and-diatoms-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxOTA5-polysome-refers-to-1-chain-of-volutin-granules-found-in-the-bacterial-cytoplasm-2-phb-granules-3-chain-of-ribosomes-attached-to-mrna-4-free-ribosomes-in-the-bacterial-cytoplasm-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgyMzE1-which-of-the-following-specialized-structures-within-bacterial-cells-formed-by-the-inward-folding-of-the-plasma-membrane-plays-a-crucial-role-in-processes-such-as-cell-wall-formation-dna-replication-a https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTgz-bacterial-flagella-is-composed-of-1-basal-body-hook-filament-2-basal-body-and-filament-3-hook-and-filament-4-hook-filament-and-base-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTc4-if-glycocalyx-is-loose-then-it-is-called-as-and-if-it-s-tough-and-thick-then-it-is-called-as-1-slime-layer-capsule-2-slime-mould-capsule-3-capsule-slime-layer-4-capsule-slime-mould-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTMzNjc5-a-complex-of-ribosomes-attached-to-a-single-strand-of-rna-is-known-as-1-okazaki-fragment-2-polysome-3-polymer-4-polypeptide-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTI3NTc0-which-of-the-following-are-cell-surface-structure-in-a-typical-prokaryotic-cell-but-do-not-play-a-role-in-motility-i-flagella-ii-pili-iii-fimbriae-1-only-i-and-ii-2-only-ii-and-iii-3-only-i-and-iii-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTA4MjU0-which-of-the-following-structures-are-found-in-prokaryotes-i-a-cell-wall-containing-peptidoglycan-ii-a-plasma-membrane-lacking-cholesterol-iii-ribosomes-1-i-only-2-ii-only-3-i-and-ii-only-4-i-ii-and-i https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDM2MzQ-in-30-s-and-40-s-ribosomes-s-stands-for-1-sub-unit-2-svedberg-s-unit-3-single-unit-4-size-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDc2MDA1-certain-prokaryotic-cells-possess-gas-vacuoles-that-aid-in-buoyancy-in-which-type-of-cells-are-gas-vacuoles-typically-found-1-animal-cells-2-plant-cells-3-blue-green-and-purple-bacteria-4-fungal-cells https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc5MzMz-in-bacteria-the-respiratory-enzymes-are-located-on-1-plasmid-2-episome-3-mesosome-4-nucleoid-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTA4ODg1-bacteria-contain-all-of-the-following-except-1-membrane-bound-organelles-2-double-stranded-dna-3-ribosomes-4-circular-dna-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzI0NzY2-which-structures-perform-the-function-of-mitochondria-in-bacteria-1-nucleoid-2-ribosomes-3-cell-wall-4-mesosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDc2MDAx-bacteria-can-be-classified-as-gram-positive-or-gram-negative-based-on-their-response-to-a-specific-staining-procedure-what-is-this-classification-primarily-based-on-1-the-presence-of-a-nucleus-2-diffe https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUwMDI1-the-term-that-is-not-applicable-to-bacterial-flagellum-will-be-1-tubulin-2-filament-3-hook-4-basal-body-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE5ODYw-a-comma-shaped-bacterium-is-known-as-a-1-bacillus-2-coccus-3-vibrios-4-spirillum-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246ODkyMjg-select-the-mismatch-column-i-column-ii-1-gas-vacuoles-green-bacteria-cells-2-large-central-vacuoles-animal-cells-3-protists-eukaryotes-4-methanogens-prokaryotes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTA5ODM-the-structures-that-help-some-bacteria-to-attach-to-rocks-and-or-host-tissues-are-1-rhizoids-2-fimbriae-3-mesosomes-4-holdfast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY1NjEx-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-structure-of-a-prokaryotic-cell-column-ii-function-a-mesosome-p-attachment-to-the-substrate https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTA3Nzky-which-of-the-following-statements-about-plasmids-in-prokaryotic-cells-is-correct-1-plasmids-are-essential-for-the-survival-of-bacteria-under-normal-conditions-2-plasmids-encode-proteins-that-aid-in-ph https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTcwMjk2-gas-vacuoles-are-primarily-found-in-1-plant-cells-only-2-animal-cells-only-3-aquatic-bacteria-and-blue-green-algae-4-fungal-cells-only-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTY2-hydolytic-enzymes-comprises-of-which-of-the-following-1-lipases-2-proteases-3-carbohydrases-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTI3MzQ-important-site-for-the-formation-of-glycoproteins-and-glycolipids-1-golgi-apparatus-2-plastid-3-lysosome-4-vacuole-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDQyMzg2-the-primary-function-of-the-golgi-apparatus-is-to-1-synthesize-atp-2-modify-sort-and-package-proteins-and-lipids-for-secretion-or-use-within-the-cell-3-break-down-cellular-waste-products-and-toxins-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTMyMTE5-what-is-tonoplast-1-the-membrane-surrounding-the-vacuole-2-a-type-of-plastid-involved-in-pigment-synthesis-3-the-double-membrane-of-the-nucleus-4-the-outer-membrane-of-the-chloroplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTA3ODQ3-what-is-the-primary-function-of-the-cytoskeleton-in-a-cell-1-transporting-genetic-material-between-the-nucleus-and-cytoplasm-2-providing-mechanical-support-motility-and-maintaining-the-shape-of-the-ce https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTU0MTI3-which-one-of-the-following-is-an-amphipathic-molecule-that-forms-the-basis-of-biological-membranes-by-aligning-its-hydrophobic-and-hydrophilic-regions-1-triglyceride-2-phospholipid-3-steroid-hormone-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MjUw-which-of-the-following-is-true-about-chromosome-1-nucleoprotein-2-23-pairs-in-single-human-diploid-cell-3-contains-primary-constriction-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjU5-statement-many-of-the-organelles-show-coordination-in-their-functions-and-are-considered-together-as-an-endomembrane-system-find-the-odd-one-out-from-the-following-with-respect-to-this-statement-1-er https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTU0MTYx-the-membrane-surrounding-the-central-vacuole-in-plant-cells-which-regulates-the-transport-of-ions-and-other-substances-between-cytoplasm-and-vacuole-is-called-1-plasmalemma-2-perisome-3-tonoplast-4-me https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDgzNjI-disc-shaped-proteinaceous-structure-attached-to-centromere-of-a-chromosome-is-called-1-chromocentre-2-nor-3-chromomere-4-kinetochore-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM3MDk0-in-an-animal-cell-hydrolases-active-at-acidic-ph-are-richly-found-in-1-lysosomes-2-centrosome-3-peroxisomes-4-glyoxysomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTA3ODEy-what-is-the-functional-significance-of-the-cristae-in-mitochondria-1-they-allow-the-exchange-of-genetic-material-between-mitochondria-2-they-increase-the-surface-area-for-enzymatic-activity-related-to https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MjUy-in-which-of-the-chromosomes-two-equal-arms-are-present-1-sub-metacentric-chromosome-2-metacentric-chromosome-3-acrocentric-chromosome-4-telocentric-chromosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgwMzU2-which-of-the-following-organelles-contain-small-amounts-of-dna-and-convert-energy-1-microfi-laments-and-microtubules-2-lysosomes-and-peroxisomes-3-er-and-ribosomes-4-mitochondria-and-chloroplasts-1-2 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTA3ODAy-why-are-mitochondria-and-chloroplasts-excluded-from-the-endomembrane-system-1-they-do-not-have-membranes-2-their-functions-are-not-coordinated-with-those-of-the-er-and-golgi-apparatus-3-they-lack-ribo https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQzOTYz-which-of-the-following-types-of-plastid-does-not-contain-stored-nutrients-1-elaioplasts-2-amyloplasts-3-chromoplasts-4-aleuroplasts-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDc2MDEz-which-energy-dependent-process-transports-ions-or-molecules-across-the-cell-membrane-against-their-concentration-gradient-utilizing-atp-1-passive-transport-2-simple-diffusion-3-facilitated-diffusion-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTU0MTU4-during-an-experiment-cells-were-treated-with-a-drug-that-specifically-inhibits-the-function-of-golgi-apparatus-which-of-the-following-cellular-processes-would-be-most-severely-affected-1-dna-replicati https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTUz-the-ability-to-move-within-the-membrane-is-measured-as-its-1-liquidity-2-fluidity-3-viscosity-4-stability-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgyMzQz-match-the-following-cellular-processes-with-their-corresponding-terms-column-i-process-column-ii-term-a-passive-transport-1-energy-dependent-movement-of-molecules-b-active-transport-2-diffusion-of-wat https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTI0NjM1-integral-and-peripheral-proteins-differ-in-their-placement-in-the-membrane-why-can-integral-proteins-not-be-easily-extracted-from-the-membrane-1-they-are-partially-or-completely-embedded-in-the-membra https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTEzMjY-the-osmotic-expansion-of-a-cell-kept-in-water-is-chiefly-regulated-by-1-mitochondria-2-vacuoles-3-plastids-4-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTI2ODQ-which-one-of-the-following-structures-between-two-adjacent-cells-is-an-effective-transport-pathway-1-plasmodesmata-2-plastoquinones-3-endoplasmic-reticulum-4-plasmalemma-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDc1OTk1-which-organelle-essential-for-cell-division-is-found-exclusively-in-animal-cells-and-not-in-plant-cells-1-chloroplast-2-golgi-complex-3-ribosome-4-centrosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDg1Nzg1-the-middle-lamella-of-plant-cell-wall-is-a-layer-mainly-composed-of-1-calcium-pectate-2-calcium-carbonate-3-calcium-silicate-4-calcium-phosphate-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTY4OTQy-mitochondria-are-semi-autonomous-organelles-mainly-because-they-1-are-completely-independent-of-nuclear-genes-2-lack-dependence-on-cytoplasmic-enzymes-3-can-survive-outside-the-cell-4-possess-their-ow https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzEwMTI5-in-which-of-the-following-chromosomes-the-centromere-is-present-at-terminal-position-and-hence-only-one-arm-is-appeared-1-metacentric-chromosome-2-sub-metacentric-chromosome-3-acrocentric-chromosome-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY2ODkx-element-necessary-for-the-middle-lamella-1-ca-2-zn-3-k-4-cu-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTk0-how-many-of-the-following-kingdoms-are-eukaryotic-monera-protista-fungi-plante-animalia-1-5-2-4-3-3-4-2-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzEwMzg0-select-the-odd-one-for-plant-cell-wall-1-cellulose-2-hemicellulose-3-pectin-4-chitin-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0NjAz-which-one-of-the-following-plastids-store-proteins-1-amyloplasts-2-elaioplasts-3-aleuroplasts-4-protoplasts-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTUyMTIx-which-membrane-bound-organelles-are-primarily-responsible-for-intracellular-digestion-containing-a-variety-of-hydrolytic-enzymes-such-as-proteases-nucleases-and-lipases-and-function-in-breaking-down-c https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzEwMzcz-identify-the-structure-on-the-basis-of-below-given-features-a-can-occupy-more-than-90-volume-of-a-plant-cell-b-membrane-bound-space-c-help-in-excretion-in-amoeba-1-vacuole-2-lysosome-3-peroxisome-4-nu https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY4ODkx-given-below-are-two-statements-assertion-a-plastids-impart-specific-colours-to-the-plants-reason-r-plastids-bear-some-specific-pigments-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM0NDEw-the-detailed-structure-of-the-cell-membrane-was-studied-only-after-the-advent-of-the-1-compound-microscope-2-cryo-electron-microscopy-3-x-ray-crystallography-4-electron-microscope-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTA3ODQ1-which-of-the-following-describes-passive-transport-across-the-plasma-membrane-1-it-requires-atp-for-movement-of-molecules-against-the-concentration-gradient-2-it-involves-the-movement-of-molecules-alo https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgyMzUz-the-cis-and-the-trans-faces-of-the-golgi-apparatus-are-1-entirely-different-but-interconnected-2-identical-but-interconnected-3-entirely-different-and-not-interconnected-4-identical-and-not-interconne https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDc2MDI2-microbodies-are-membrane-bound-minute-vesicles-present-in-both-plant-and-animal-cells-what-is-the-primary-function-of-microbodies-1-energy-production-2-protein-synthesis-3-containing-various-enzymes-f https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDQ5NTE4-organelle-involved-in-the-synthesis-of-oils-phospholipids-and-steroids-in-a-eukaryotic-cell-will-be-1-lysosome-2-smooth-endoplasmic-reticulum-ser-3-rough-endoplasmic-reticulum-rer-4-golgi-apparatus-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTc0NTAx-the-fluid-mosaic-model-of-plasma-membrane-proposes-that-1-proteins-form-a-continuous-rigid-layer-around-lipid-molecules-2-lipids-are-embedded-within-a-protein-matrix-forming-a-static-structure-3-both https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTI0MTA-select-the-correct-statement-from-the-following-regarding-cell-membrane-1-na-and-k-ions-move-across-cell-membranes-by-passive-transport-2-proteins-make-up-60-to-70-of-the-cell-membrane-3-lipids-are-ar https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgyMzQ1-the-primary-wall-of-a-young-plant-cell-is-capable-of-as-the-cell-matures-while-the-wall-forms-on-the-inner-side-of-the-cell-providing-additional-rigidity-1-shrinking-outer-2-breaking-down-middle-3-gro https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTA3ODUy-what-structural-feature-of-the-nuclear-envelope-facilitates-the-movement-of-rna-and-proteins-between-the-nucleus-and-cytoplasm-1-ribosomes-attached-to-the-outer-membrane-2-the-double-membrane-of-the-n https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgyNTQ0-what-will-be-true-for-both-erythrocytes-of-many-mammals-and-sieve-tube-cells-of-vascular-plants-1-they-are-not-considered-as-living-cells-2-they-do-not-contain-a-nucleus-at-maturity-3-they-divide-cont https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246ODk1NTk-which-of-the-following-cell-organelles-is-responsible-for-extracting-energy-from-carbohydrates-to-form-atp-1-ribosome-2-chloroplast-3-mitochondrion-4-lysosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTMxNDAy-identify-the-organelle-the-function-of-which-is-not-coordinated-with-the-other-three-given-organelles-1-endoplasmic-reticulum-2-mitochondria-3-golgi-apparatus-4-lysosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDY4NjA2-match-list-i-with-list-ii-list-i-list-ii-a-fleming-i-disc-shaped-sacs-or-cisternae-near-cell-nucleus-b-robert-brown-ii-chromatin-c-george-palade-iii-ribosomes-d-camillo-golgi-iv-nucleus-choose-the-cor https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDY4NjY2-match-list-i-with-list-ii-list-i-list-ii-a-f1-particles-i-chromosomes-b-histones-ii-cilia-c-axoneme-iii-golgi-apparatus-d-cisternae-iv-mitochondria-choose-the-correct-answer-from-the-options-given-bel https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MjM2-based-on-the-type-of-pigments-plastids-can-be-classified-into-how-many-classes-1-3-2-4-3-2-4-1-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTI0NjM3-the-number-of-mitochondria-per-cell-varies-depending-on-the-cell-s-metabolic-activity-what-could-be-inferred-about-a-cell-with-an-unusually-high-number-of-mitochondria-1-it-is-likely-engaged-in-high-e https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgyMzM1-which-of-the-following-best-describes-the-composition-of-the-cell-membrane-in-human-red-blood-cells-rbcs-1-60-proteins-and-40-lipids-2-40-proteins-and-60-lipids-3-52-proteins-and-40-lipids-4-40-protei https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc5NjY4-a-non-membrane-bound-organelle-found-exclusively-in-animal-cells-is-1-sphaerosome-2-glyoxisome-3-peroxisome-4-centriole-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTYw-in-which-of-the-following-processes-the-movement-of-substance-takes-place-along-the-concentration-gradient-1-diffusion-2-osmosis-3-active-transport-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MjEw-cilium-and-flagellum-emerge-from-centriole-like-structure-called-as-1-basal-body-2-shaft-3-basal-plate-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ5NjY3-which-of-the-following-statements-with-respect-to-endoplasmic-reticulum-is-incorrect-1-ser-are-the-sites-for-lipid-synthesis-2-rer-has-ribosomes-attached-to-er-3-ser-is-devoid-or-ribosomes-4-in-prokar https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ4Mjkz-select-the-incorrect-match-from-the-following-1-tails-of-lipids-in-plasma-membrane-hydrophobic-2-membrane-of-human-rbc-approximately-52-proteins-3-integral-proteins-in-plasma-membrane-partially-or-tot https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MjA5-which-of-the-following-is-true-about-axoneme-except-1-it-has-nine-doublets-of-peripheral-microtubules-2-2-centrally-located-microtubule-3-nine-radial-spokes-4-central-sheath-is-absent-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzEwMzgx-secondary-constriction-is-1-non-staining-region-of-chromosome-2-also-called-centromere-3-found-in-all-chromosomes-4-seen-in-humans-only-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUwNzk5-thin-amorphous-and-cementing-layer-between-two-adjacent-cells-is-1-primary-wall-2-middle-lamella-3-secondary-wall-4-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDc2MDE3-the-golgi-apparatus-principally-performs-the-function-of-packaging-materials-from-which-face-of-the-golgi-apparatus-are-materials-released-after-modification-1-trans-face-2-cis-face-3-medial-face-4-la https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTcy-which-of-the-following-cell-wall-comes-early-and-disappears-gradually-in-the-life-of-plant-1-primary-cell-wall-2-secondary-cell-wall-3-tertiary-cell-wall-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzEwMTU4-read-the-following-statements-and-choose-the-correct-option-statement-i-polar-molecules-cannot-pass-through-lipid-bilayer-of-plasma-membrane-by-self-statement-ii-polar-molecules-require-carrier-protei https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgyMzUx-the-smooth-endoplasmic-reticulum-is-expected-to-be-especially-abundant-in-cells-that-synthesize-extensive-amounts-of-1-toxins-2-proteins-3-enzymes-4-lipids-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTQ4Nzgy-membrane-bound-vesicular-structure-formed-by-the-process-of-packaging-in-the-golgi-apparatus-1-contains-materials-not-useful-for-cell-and-is-bounded-by-half-unit-membrane-2-contains-all-types-of-hydro https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTIyMzU3-the-cell-membrane-is-primarily-composed-of-lipids-and-proteins-the-major-lipids-are-phospholipids-arranged-in-a-bilayer-regarding-the-structure-and-arrangement-of-lipids-in-the-membrane-1-phospholipid https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM0NDEx-which-of-the-following-is-true-about-nucleolus-1-membrane-less-structure-2-active-site-for-rrna-synthesis-3-numerous-in-cells-which-are-involved-in-protein-synthesis-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTUyNzY4-consider-the-given-two-statements-i-leucoplasts-are-colourless-plastids-ii-leucoplasts-do-not-have-a-known-function-in-plant-cells-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgyNTM5-a-single-human-somatic-cell-has-approximately-1-two-metre-long-thread-of-dna-distributed-among-its-forty-six-chromosomes-2-two-metre-long-thread-of-dna-distributed-among-its-twenty-three-chromosomes-3 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzExMzE5-the-plasma-membrane-of-human-rbc-contains-1-70-phospholipids-and-30-sterols-2-52-proteins-and-40-lipids-3-40-proteins-and-52-lipids-4-90-water-and-10-integral-proteins-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTk3MTM3-which-one-of-the-following-cellular-parts-is-correctly-described-1-thylakoids-flattened-membranous-sacs-forming-the-grana-of-chloroplasts-2-centrioles-sites-for-active-rna-synthesis-3-ribosomes-those https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTY4NDUy-ribosomes-occur-freely-in-the-cytoplasm-or-bound-to-the-er-a-researcher-isolates-ribosomes-of-70s-type-from-a-eukaryotic-cell-these-most-likely-originate-from-1-cytoplasm-2-mitochondria-or-chloroplast https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzEwMzE1-state-the-following-statements-as-true-t-or-false-f-and-select-the-correct-option-a-integral-proteins-are-partially-or-totally-buried-in-the-membrane-b-human-rbc-membrane-has-approximately-52-proteins https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzEwMzM5-which-of-the-given-is-not-found-in-matrix-of-mitochondria-1-rna-2-proteins-3-80s-ribosomes-4-dna-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzM3MzQ4-which-of-the-following-is-an-incorrect-statement-1-the-perinuclear-space-forms-a-barrier-between-the-materials-present-inside-the-nucleus-and-that-of-the-cytoplasm-2-nuclear-pores-act-as-passages-for https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTUyMTE1-in-chloroplasts-the-light-absorbing-pigments-such-as-chlorophyll-are-primarily-embedded-in-1-the-stroma-where-the-calvin-cycle-takes-place-2-the-inner-chloroplast-membrane-which-regulates-molecule-tra https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NDM2NDI-the-central-part-of-the-centriole-is-proteinaceous-and-is-known-as-1-spokes-2-doublet-3-hub-4-linkers-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTY5-which-of-the-following-is-not-true-about-cell-wall-1-protects-cell-from-mechanical-damage-2-permeable-to-water-3-it-s-a-living-structure-4-absent-in-animals-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTMzOTc-plasmodesmata-are-1-lignified-cemented-layers-between-cells-2-locomotory-structures-3-membranes-connecting-the-nucleus-with-plasmalemma-4-connections-between-adjacent-cells-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc1ODQ2-identify-the-statement-that-correctly-describes-the-amount-of-dna-in-a-typical-somatic-cell-of-human-body-1-a-single-human-cell-has-approximately-one-metre-long-thread-of-dna-distributed-among-its-twe https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY1NDYz-select-the-correct-explanation-of-the-structure-shown-in-the-given-figure-as-your-answer-1-the-chromosome-shown-is-metacentric-and-x-is-centromere-2-the-chromosome-shown-is-metacentric-and-x-is-satell https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTM3MDk2-the-diagram-below-represents-the-fluid-mosaic-model-of-the-cell-surface-membrane-only-two-of-the-labelled-molecules-have-both-hydrophobic-and-hydrophilic-areas-which-two-molecules-are-they-1-p-and-q-2 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUwNzM0-few-chromosome-have-non-staining-secondary-constrictions-at-a-constant-location-also-known-as-1-cristae-2-satellite-3-kinetochores-4-hub-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTA3ODA0-what-makes-the-vacuoles-in-plant-cells-distinct-from-those-in-protists-like-amoeba-1-plant-cell-vacuoles-facilitate-osmoregulation-while-protist-vacuoles-store-ions-2-plant-vacuoles-maintain-turgor-pr https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTA2NjA4-animal-cells-contain-organelles-that-take-part-in-vital-processes-which-of-the-following-is-true-i-the-majority-of-energy-production-by-animal-cells-occurs-in-the-mitochondria-ii-the-cell-wall-protect https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDU5-why-concentration-of-number-of-ions-and-other-materials-is-higher-in-vacuole-than-cytoplasm-1-vacuolar-membrane-is-permeable-for-all-substances-2-tonoplast-facilitates-transport-against-concentration https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc5NTM4-histones-and-non-histones-are-1-basic-proteins-associated-with-the-dna-2-acidic-proteins-associated-with-the-dna-3-basic-proteins-associated-with-the-rna-4-acidic-proteins-associated-with-the-rna-1-2 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTAwNTAy-satellite-body-is-formed-in-chromosome-because-of-1-primary-constriction-2-secondary-constriction-3-centromere-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTIw-unless-specifically-stained-by-a-vital-stain-like-janus-green-which-of-the-following-will-not-be-visible-under-a-microscope-1-rough-endoplasmic-reticulum-2-smooth-endoplasmic-reticulum-3-golgi-apparat https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY5MDAx-which-of-the-following-groups-cannot-be-differentiated-on-the-basis-of-presence-or-absence-of-cell-wall-but-can-be-differentiated-on-composition-of-cell-wall-1-bacteria-animals-algae-2-fungi-animals-a https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTMxMDM0-identify-the-labels-a-b-and-c-in-the-following-diagram-1-a-central-microtubule-b-plasma-membrane-c-peripheral-doublet-2-a-central-sheath-b-plasma-membrane-c-peripheral-doublet-3-a-central-sheath-b-pla https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUwNzc0-eukaryotic-cells-are-considered-as-more-efficient-than-prokaryotic-cells-due-to-1-compartmentalisation-of-cytoplasm-2-infolding-of-membrane-3-presence-of-cell-wall-4-aerobic-respiration-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MjE1-which-of-the-following-is-true-for-vacuole-1-it-is-present-in-both-plants-and-animals-2-central-vacuole-is-present-in-plant-3-it-occupies-90-volume-of-the-plants-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NjUzNzg-centromere-is-required-for-1-movement-of-chromosomes-towards-poles-2-cytoplasmic-cleavage-3-crossing-over-4-transcription-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY2ODk5-microtubules-are-absent-in-1-mitochondria-2-flagella-3-spindle-fibers-4-centriole-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTcwMzE4-what-process-in-mitochondria-produces-energy-1-photosynthesis-2-cellular-respiration-and-atp-synthesis-3-protein-synthesis-4-dna-replication-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTc1OTgy-the-three-principle-fibers-of-the-cytoskeleton-are-1-actin-myosin-and-centrioles-2-actin-tubulin-and-myosin-3-microtubules-microfilaments-and-intermediate-filaments-4-proteins-phospholipids-and-polysa https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTcwMzAz-how-are-lipid-molecules-arranged-in-the-plasma-membrane-1-single-layer-2-bilayer-with-hydrophilic-heads-outside-and-hydrophobic-tails-inside-3-random-arrangement-4-triple-layer-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDQz-choose-the-incorrect-statement-regarding-cells-1-mycoplasma-the-smallest-cell-is-only-0-3-m-in-length-while-bacteria-could-be-3-to-5-m-2-hemoglobin-associated-human-cells-are-about-7-m-in-diameter-3-t https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwODgz-choose-incorrect-statement-1-leeuwenhoek-first-saw-and-described-a-living-cell-2-robert-brown-discovered-cell-3-electron-microscope-revealed-all-the-structural-details-of-cell-4-a-large-cell-has-a-hig https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxODgw-identify-the-cell-organelles-labelled-as-a-b-c-and-d-mark-the-correct-option-with-respect-to-organelle-and-its-function-1-a-major-site-for-synthesis-of-lipid-2-b-performs-the-function-of-packaging-mat https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDY1-cell-theory-formulated-by-schleiden-and-schwann-does-not-explain-which-one-of-the-following-features-1-organisms-are-composed-of-cells-and-their-products-2-all-cells-are-basically-alike-in-their-struc https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTM1-which-one-is-incorrect-1-mycoplasmas-are-greater-than-bacteria-2-largest-isolated-cell-is-ostrich-egg-3-nerve-cells-are-longest-cells-4-the-shape-of-the-cell-may-vary-with-the-function-they-perform-1 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTU1MTM3-nerve-cell-is-1-largest-and-branched-2-longest-and-branched-3-longest-and-unbranched-4-largest-and-unbranched-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDc4-which-of-the-following-sequence-is-correct-with-respect-to-size-1-eukaryotic-cell-pplo-viruses-bacteria-2-eukaryotic-cell-bacteria-pplo-viruses-3-eukaryotic-cell-pplo-bacteria-viruses-4-eukaryotic-cel https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDQ5-different-cells-have-different-sizes-given-are-the-following-cells-i-mycoplasma-ii-ostrich-eggs-iii-human-rbc-iv-bacteria-the-correct-ascending-order-of-the-size-of-the-cells-given-above-will-be-1-i-i https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTY4MDU5-cell-envelope-in-bacteria-consists-of-1-plasma-membrane-only-2-plasma-membrane-and-mesosome-3-glycocalyx-only-4-glycocalyx-cell-wall-and-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjY0-in-prokaryotes-ribosomal-rnas-1-as-well-as-proteins-are-synthesized-in-cytoplasm-2-are-synthesized-in-the-nucleolus-while-proteins-in-cytoplasm-3-are-synthesized-in-the-cytoplasm-while-proteins-in-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxODk0-bacterial-flagellum-is-composed-of-1-basal-body-axoneme-and-centrosome-2-basal-body-hook-and-filament-3-axoneme-basal-body-and-tubulin-protein-4-centriole-hook-and-axoneme-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc1MzQx-which-of-the-following-cell-organelle-is-absent-in-prokaryotic-cell-1-ribosome-2-lysosome-3-mitochondria-4-2-and-3-both-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTkzMzE1-select-the-incorrect-match-1-palade-particle-ribosome-2-flagella-cell-movement-3-centriole-found-in-higher-plants-4-lysosome-acid-hydrolase-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDQ3-which-one-of-these-is-not-a-eukaryote-1-euglena-2-anabaena-3-spirogyra-4-agaricus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDQ1-a-common-characteristic-feature-of-plant-sieve-tube-cells-and-most-mammalian-erythrocytes-is-1-absence-of-mitochondria-2-presence-of-cell-wall-3-presence-of-haemoglobin-4-absence-of-nucleus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDUw-which-of-the-following-features-is-common-to-prokaryotes-and-many-eukaryotes-1-chromatin-material-present-2-cell-wall-present-3-nuclear-membrane-present-4-membrane-bound-sub-cellular-organelles-presen https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwOTAw-thin-amorphous-and-cementing-layer-between-two-adjacent-cells-is-1-primary-wall-2-middle-lamella-3-secondary-wall-4-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc0OTE4-mark-the-incorrect-statement-related-to-cell-wall-a-non-living-rigid-structure-b-present-in-fungi-and-plants-c-provides-barriers-to-undesirable-macromolecules-d-primary-wall-is-capable-of-growth-e-pri https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDYw-find-the-incorrect-statement-1-middle-lamella-is-mainly-made-up-of-calcium-and-magnesium-pectate-2-cell-wall-is-formed-on-the-inner-side-of-the-cell-therefore-secondary-wall-formed-first-3-middle-lame https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDcy-which-of-the-following-is-not-true-of-a-eukaryotic-cell-1-cell-wall-is-made-up-of-peptidoglycans-2-it-has-80s-type-of-ribosome-present-in-the-cytoplasm-3-mitochondria-contain-circular-dna-4-membrane-b https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDQ5-the-ability-of-proteins-to-move-laterally-within-the-overall-bilayer-lipid-molecules-of-plasma-membrane-is-measured-as-its-1-stability-2-thickness-3-degree-of-permeability-4-fluidity-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDYy-according-to-fluid-mosaic-model-of-plasma-membrane-the-quasifluid-nature-of-1-protein-enables-lateral-movement-of-lipids-within-in-the-overall-bilayer-2-lipid-and-protein-enable-the-lateral-movement-o https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDU3-neutral-solutes-directly-pass-through-the-lipid-bilayer-of-plasma-membrane-because-1-plasma-membrane-has-special-carrier-for-them-2-they-are-lipid-soluble-3-they-have-specific-hydrophilic-areas-for-th https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwODk1-for-the-fluid-mosaic-model-of-membrane-given-by-singer-and-nicolson-which-of-the-following-conditions-are-not-associated-1-lipids-enable-the-lateral-movement-of-proteins-in-the-membrane-2-fluid-nature https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDcz-which-of-the-following-statement-is-not-true-for-plasma-membrane-1-it-is-present-in-both-plant-and-animal-cell-2-lipid-is-present-as-a-bilayer-in-it-3-proteins-are-present-integrated-as-well-as-loosel https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTI2MDA5-read-the-following-statements-carefully-a-lipid-component-of-the-plasma-membrane-mainly-consists-of-phosphoglycerides-b-polar-molecules-can-pass-through-the-lipid-bilayer-of-plasma-membrane-therefore https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDUx-who-proposed-the-fluid-mosaic-model-of-plasma-membrane-1-camillo-golgi-2-schleiden-and-schwann-3-singer-and-nicolson-4-robert-brown-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjU2-select-the-incorrect-match-1-elaioplast-oil-and-fats-storage-2-amyloplast-carbohydrate-storage-3-proteinoplast-protein-storage-4-aleuroplast-starch-storage-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDkx-for-the-sectional-view-of-chloroplast-which-is-given-below-choose-the-correct-statement-1-envelope-possess-fully-permeable-membranes-2-b-possess-the-enzymes-required-for-protein-and-carbohydrates-synt https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTI1MzA4-choose-the-correct-statements-i-mitochondria-and-chloroplast-transfer-energy-ii-mitochondrion-is-a-power-house-of-cell-as-it-produces-most-of-the-cellular-atp-iii-mitochondria-and-chloroplast-are-foun https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDc1-the-outer-as-well-as-inner-membrane-of-mitochondria-1-form-a-number-of-infoldings-towards-the-matrix-2-both-have-a-similar-amount-of-cardiolipin-3-have-more-lipids-than-proteins-4-have-their-own-speci https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTQ4Nzc2-chloroplast-differs-from-mitochondria-in-1-having-circular-dna-and-70s-ribosomes-2-phase-of-division-or-duplication-during-cell-cycle-3-having-porins-in-outer-membrane-4-having-enzymes-for-carbohydrat https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwOTA0-both-chloroplast-and-mitochondria-show-similarity-in-1-presence-of-dna-with-more-at-2-presence-of-70s-ribosome-3-presence-of-porins-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjYy-which-of-the-following-statement-is-correct-for-the-given-diagram-1-c-possesses-dna-molecule-rna-molecule-and-80-s-ribosomes-2-a-and-b-have-their-own-specific-enzymes-3-e-made-by-inner-membrane-toward https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDc2-the-stain-used-to-visualise-mitochondria-is-1-fast-green-2-safranin-3-acetocarmine-4-janus-green-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDc0-plastid-differs-from-mitochondria-on-the-basis-of-one-of-the-following-features-mark-the-right-answer-1-presence-of-two-layers-of-membrane-2-presence-of-ribosome-3-presence-of-thylakoids-4-presence-of https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTI2NTE0-smooth-endoplasmic-reticulum-performs-all-the-functions-except-1-production-of-glycoprotein-2-synthesis-of-lipid-3-synthesis-of-glycogen-4-synthesis-of-steroidal-hormones-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwOTE0-the-endomembrane-system-of-the-cell-includes-1-er-golgi-body-mitochondria-2-er-golgi-body-vacuole-microtubules-3-er-golgi-body-lysosome-vacuole-4-er-golgi-body-chloroplast-lysosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc0OTIx-er-golgi-complex-lysosomes-and-vacuoles-are-included-in-endomembrane-system-because-1-their-function-are-similar-2-their-structure-are-same-3-their-function-are-co-ordinated-4-golgi-complex-lysosomes https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE0Nzkz-which-of-the-following-statement-is-incorrect-with-respect-to-endomembranous-system-1-found-only-in-eukaryotes-2-the-organelle-of-this-system-function-in-coordinated-manner-3-it-includes-endoplasmic-r https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NjU2MzU-which-of-the-following-organelles-is-not-correctly-matched-with-its-feature-organelle-feature-1-smooth-endoplasmic-reticulum-synthesis-of-steroidal-hormones-in-animals-2-golgi-apparatus-formation-of-g https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwODk2-select-the-incorrect-statement-s-with-respect-to-functions-of-various-cellular-components-a-middle-lamella-works-as-glue-to-hold-the-adjacent-cells-together-b-mitochondria-chloroplast-and-vacuoles-are https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDUy-which-of-the-following-statement-is-true-for-a-secretory-cell-1-golgi-apparatus-is-absent-2-rough-endoplasmic-reticulum-rer-is-easily-observed-in-the-cell-3-only-smooth-endoplasmic-reticulum-ser-is-pr https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTM4MTQx-which-cell-organelle-principally-performs-the-function-of-packaging-materials-to-be-delivered-either-to-the-intra-cellular-targets-or-secreted-outside-the-cell-1-rough-endoplasmic-reticulum-2-golgi-ap https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTI1MzA5-which-of-the-following-is-the-correct-sequence-route-of-the-secretory-product-1-er-vesicles-cis-region-of-gb-trans-region-of-gb-vesicle-plasma-membrane-2-rer-gb-lysosome-nuclear-membrane-plasma-membra https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDQ3-which-of-the-following-cell-organelle-is-closely-associated-with-er-helps-in-formation-of-plasma-membrane-during-cytokinesis-1-centrosome-2-sphaerosomes-3-golgi-bodies-4-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDc3-select-the-incorrect-statement-with-respect-to-golgi-apparatus-1-the-cis-and-trans-faces-of-the-organelle-are-similar-but-interconnected-2-the-golgi-cisternae-are-concentrically-arranged-near-the-nucl https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwOTA1-choose-incorrect-match-1-chloroplast-thylakoid-2-golgi-bodies-cristae-3-mitochondria-oxisome-4-centriole-microtubules-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMTEz-vesicles-from-er-fuse-with-1-maturing-face-of-golgi-body-2-forming-face-of-golgi-body-3-primary-lysosome-for-intercellular-digestion-4-plasma-membrane-to-remove-them-out-from-cell-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwODkw-find-out-the-incorrect-match-1-lysosome-intracellular-scavenging-2-golgi-complex-metabolism-of-xenobiotics-3-elaioplast-oil-and-fat-storage-4-glyoxysomes-gluconeogenesis-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTA5NzY3-select-the-features-which-are-common-for-both-er-and-golgi-apparatus-a-both-are-sites-for-synthesis-of-lipids-and-steroidal-hormones-b-both-are-composed-of-cisternae-tubules-and-vesicles-c-both-are-pa https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjY1-a-number-of-proteins-synthesized-by-ribosomes-on-the-endoplasmic-reticulum-are-modified-in-the-of-the-golgi-apparatus-before-they-are-released-from-its-trans-face-1-tubules-2-vesicles-3-cisternae-4-mo https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTQzOTc2-which-of-the-following-statement-are-correct-1-lysosome-contain-a-hydrolytic-enzyme-which-acts-in-ph-5-2-glycosylation-complete-in-the-golgi-body-3-mitochondria-are-stained-with-vital-stain-janus-gree https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDk0-lysosomal-enzymes-act-at-1-basic-ph-2-acidic-ph-3-neutral-ph-4-acidic-ph-inside-lysosome-and-basic-ph-in-cytosol-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTI2MDUw-the-organelles-formed-by-the-process-of-packaging-in-the-golgi-apparatus-is-1-double-membrane-organelle-2-possess-single-circular-dna-molecule-3-rich-in-hydrolases-4-able-to-occupy-up-to-90-percent-vo https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjcz-lysosomes-are-membrane-bound-vesicular-structures-and-are-very-rich-in-1-dnas-proteases-and-lipases-2-enzymes-optimally-active-at-the-basic-ph-3-almost-all-types-of-hydrolases-4-rnas-carbohydrase-and https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzE4MzY-consider-the-following-statements-i-in-animal-cells-lipid-like-steroidal-hormones-are-synthesized-in-ser-ii-golgi-apparatus-is-the-important-site-for-formation-of-glycoproteins-glycolipids-iii-lysosom https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTMxMDM1-which-organelle-is-extensive-and-continuous-with-the-outer-membrane-of-the-nucleus-1-golgi-complex-2-er-3-vacuole-4-lysosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDk4-a-nuclear-pore-allows-1-unidirectional-movement-of-dna-2-rna-movement-only-3-rna-and-protein-movement-4-protein-movement-only-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjQ2-the-content-of-the-nucleolus-is-continuous-with-nucleoplasm-1-through-microtubules-2-through-nuclear-pores-3-due-to-lack-of-membrane-4-due-to-presence-of-channels-in-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxODky-the-spherical-structures-present-in-the-nucleoplasm-1-has-contents-continuous-with-the-rest-of-the-nucleoplasm-2-is-a-membrane-bound-structure-3-is-a-site-of-active-messenger-rna-synthesis-4-are-small https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTkzMzE4-disc-shaped-proteinaceous-structure-associated-with-centromere-is-called-1-kinetochore-2-secondary-constriction-3-both-primary-and-secondary-constriction-4-nucleolar-organizer-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246NzQ1MTE-few-chromosome-have-non-staining-secondary-constrictions-at-a-constant-location-also-known-as-1-cristae-2-satellite-3-kinetochores-4-hub-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTA5MzQ-match-the-columns-and-identify-the-correct-option-column-i-column-ii-a-thylakoids-i-disc-shaped-sacs-in-golgi-apparatus-b-cristae-ii-condensed-structure-of-dna-c-cisternae-iii-flat-membranous-sacs-in https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxODY3-chromatin-contains-1-dna-histone-protein-basic-non-histone-protein-dsrna-2-dna-basic-histone-protein-non-histone-protein-rna-3-dna-acidic-histone-protein-basic-non-histone-protein-rna-4-dna-acidic-his https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwODk3-select-the-correct-match-1-70-s-ribosome-bacterial-mesosome-2-cytoskeleton-lipoproteins-3-kinetochore-centromere-4-lysosome-catalase-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246MzUxNTc-the-chromosomes-in-which-centromere-is-situated-close-to-one-end-are-1-metacentric-2-acrocentric-3-telocentric-4-sub-metacentric-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwOTE1-kinetochores-are-associated-with-1-outer-part-of-primary-constriction-2-centromere-in-its-inner-central-part-3-secondary-construction-4-satellite-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDQ4-which-of-the-following-stain-is-not-used-for-staining-chromosomes-1-basic-fuchsin-2-safranin-3-methylene-blue-4-carmine-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTk1Mzkz-select-the-wrong-statement-about-eukaryotic-cells-1-they-have-well-defined-nucleus-2-possess-70s-ribosomes-in-mitochondria-chloroplast-3-may-have-a-cell-wall-4-no-organelles-are-single-membrane-bound https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDgz-read-the-statements-carefully-and-select-the-set-of-correct-statements-a-palade-particles-are-found-in-all-cellular-organisms-b-a-membrane-bound-structure-in-nucleus-is-the-site-of-ribosomal-rna-synth https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDcx-what-is-a-tonoplast-1-outer-membrane-of-mitochondria-2-inner-membrane-of-mitochondria-3-membrane-boundary-of-the-vacuole-of-plant-cell-4-cell-membrane-of-plant-cell-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjYw-which-of-the-following-is-not-a-part-of-the-cytoskeleton-1-microtubule-2-microfilament-3-intermediate-filament-4-microfibril-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDc1-which-of-the-following-is-not-a-function-of-cytoskeleton-in-a-cell-1-intracellular-transport-2-maintenance-of-cell-shape-and-structure-3-support-of-the-organelle-4-cell-motility-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjQ4-the-central-part-of-proximal-region-of-centriole-is-called-hub-which-is-made-of-1-protein-2-lipoprotein-3-phospholipid-4-oligosaccharide-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTk1Mzk0-mark-the-correct-statement-about-centriole-1-forms-basal-body-2-found-in-higher-plant-cells-3-has-9-2-organisation-of-microtubules-4-is-surrounded-by-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwOTEw-how-many-microtubules-are-associated-with-the-structure-of-centriole-1-11-2-18-3-20-4-27-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDgy-both-cilium-and-flagellum-arise-from-the-part-which-is-structurally-similar-to-1-centriole-2-kinetochore-3-kinetosome-4-centrosphere-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTQwOTY2-the-diagram-below-is-a-diagrammatic-representation-showing-1-section-of-a-centriole-2-a-cartwheel-9-0-structure-of-microtubular-organisation-3-internal-structure-of-an-eukaryotic-flagella-4-internal-s https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDY4-cilia-and-flagella-resemble-in-the-1-microtubular-structure-2-presence-of-basal-granules-3-mode-of-action-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTA5NzY1-select-the-correct-statement-with-respect-to-axoneme-of-eukaryotic-flagella-1-it-is-composed-of-9-peripheral-triplet-microfibrils-of-tubulin-proteins-2-it-does-not-have-covering-of-plasma-membrane-3-c https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTE4MTM-find-the-incorrect-statement-1-plastids-found-in-plant-cells-and-in-euglenoids-2-golgi-apparatus-is-site-of-formation-of-glycoproteins-and-glycolipids-3-nucleus-during-interphase-has-highly-extended-a https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTI2NTA5-mark-the-incorrect-statement-1-all-the-cell-organelles-perform-different-specific-function-2-basal-body-of-cilia-flagella-in-prokaryotes-is-formed-by-cytoskeleton-3-endoplasmic-reticulum-helps-in-tran https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDQx-cilia-and-flagella-in-a-eukaryotic-cell-1-are-motile-at-base-2-are-made-of-20-microtubules-3-are-devoid-of-matrix-and-flagellar-sheath-4-shows-rotatory-movement-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTMwNjg0-choose-the-incorrectly-matched-pair-1-contractile-vacuole-excretion-2-ser-steroidal-hormones-synthesis-3-xanthophyll-fat-soluble-pigment-4-eukaryotic-flagellum-extension-of-basal-body-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMDQy-eukaryotic-cells-contain-1-70-s-ribosomes-2-70-s-and-80-s-ribosome-3-80-s-ribosomes-4-70-s-and-60-s-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMDQ2-select-which-one-is-not-true-for-ribosome-1-made-up-of-two-sub-units-2-form-polysome-3-may-attach-to-mrna-4-have-no-role-in-protein-synthesis-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246ODkyMzk-a-cell-organelle-containing-hydrolytic-enzyme-is-1-lysosome-2-microsome-3-ribosome-4-mesosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjQ0OTkw-match-the-following-columns-and-select-the-correct-option-column-i-column-ii-a-smooth-endoplasmic-reticulum-i-protein-synthesis-b-rough-endoplasmic-reticulum-ii-lipid-synthesis-c-golgi-complex-iii-gly https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjgy-examine-the-figure-given-below-and-select-the-part-correctly-matched-with-its-function-structure-1-part-a-ribosome-made-up-of-30s-and-50s-subunits-2-part-c-rer-principally-performs-the-function-of-pac https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcwODk0-which-of-the-following-synthesizes-proteins-for-export-1-free-ribosomes-2-ser-3-lysosome-4-rer-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTk0Mjk3-choose-the-correct-option-with-respect-to-function-of-the-cell-organelles-a-b-c-d-1-protein-synthesizes-citric-acid-cycle-enzymes-protein-processing-lipid-modification-2-mrna-synthesis-ets-glyco-sidat https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjg2-which-of-the-following-statements-are-correct-a-the-rough-endoplasmic-reticulum-is-frequently-observed-in-the-cells-actively-involved-in-protein-synthesis-b-proteins-that-are-to-be-used-outside-the-ce https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxMjY3-the-granular-endoplasmic-reticulum-is-not-associated-with-which-of-the-following-functions-1-synthesis-of-secretory-as-well-as-non-secretory-proteins-2-synthesis-of-non-secretory-proteins-3-synthesis https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTkyOTIz-select-the-correct-statements-regarding-cell-membrane-in-eukaryotic-cell-a-membrane-of-human-rbcs-has-approximately-52-protein-b-major-phospholipids-are-arranged-in-a-bilayer-c-extensions-of-the-plasm https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTkyOTEy-choose-the-correct-statements-regarding-cell-organelles-and-their-inclusions-a-the-endomembrane-system-includes-golgi-complex-endoplasmic-reticulum-and-mitochondria-b-rough-endoplasmic-reticulum-bears https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTkyOTA4-non-membrane-bound-cell-organelles-found-in-both-prokaryotic-and-eukaryotic-cell-are-1-centrosomes-2-ribosomes-3-lysosomes-4-mitochondria-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTkyODUy-which-one-of-the-following-is-the-site-for-active-ribosomal-rna-synthesis-1-nucleolus-2-chromatin-3-centrosome-4-kinetochore-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTk4Mjky-endomembrane-system-includes-1-golgi-complex-chloroplast-peroxisomes-and-vacuole-2-endoplasmic-reticulum-golgi-complex-lysosomes-and-vacuole-3-endoplasmic-reticulum-chloroplast-peroxisomes-and-vacuole https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTk4Mjg0-match-list-i-with-list-ii-list-i-list-ii-a-cristae-i-flat-membrane-sacs-in-stroma-of-chloroplast-b-cisternae-ii-infoldings-in-mitochondria-c-thylakoids-iii-cell-membrane-d-phospholipid-iv-disc-shaped https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTk4Mjgz-which-of-the-following-are-characteristics-of-prokaryotic-cells-a-ribosomes-are-made-of-50s-and-30s-subunits-b-they-can-have-plasmids-c-they-contain-mesosome-d-they-have-peroxisomes-choose-the-correct https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTk4Mjgy-smooth-endoplasmic-reticulum-1-is-a-site-for-the-synthesis-of-carbohydrates-2-has-ribosomes-attached-to-its-surface-3-is-the-major-site-for-the-synthesis-of-lipids-4-is-actively-involved-in-protein-sy https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTk4Mjc5-the-plastid-that-stores-xanthophyll-is-known-as-1-amyloplast-2-chloroplast-3-chromoplast-4-aleuroplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTk4Mjcy-cell-theory-was-formulated-by-1-antonie-von-leeuwenhoek-2-schleiden-and-schwann-3-robert-brown-4-singer-and-nicolson-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTk4MjY5-mitochondrial-inner-membrane-encloses-1-aqueous-humor-2-matrix-3-cytosol-4-mucus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTM1Mjg2-match-list-i-with-list-ii-list-i-list-i-a-centromere-i-mitochondrion-b-cilium-ii-cell-division-c-cristae-iii-cell-movement-d-cell-membrane-iv-phospholipid-bilayer-choose-the-correct-answer-from-the-op https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTM1Mjcw-a-specialised-membranous-structure-in-a-prokaryotic-cell-which-helps-in-cell-wall-formation-dna-replication-is-1-cristae-2-endoplasmic-reticulum-3-mesosome-4-chromatophores-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTM1MjUy-from-the-statements-given-below-choose-the-correct-option-a-the-eukaryotic-ribosomes-are-80s-and-prokaryotic-ribosomes-are-70s-b-each-ribosome-has-two-subunits-c-the-two-sub-units-of-80s-ribosomes-are https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTM1MjQ1-which-one-of-the-following-statements-refers-to-reductionist-biology-1-chemical-approach-to-study-and-understand-living-organisms-2-behavioural-approach-to-study-and-understand-living-organisms-3-phys https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTM1MjQ0-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-primary-function-of-the-golgi-apparatus-is-to-package-the-materials-made-by-the-endo https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDY4NjI3-mesosome-in-a-cell-is-a-1-membrane-bound-vesicular-structure-2-chain-of-many-ribosomes-attached-to-a-single-mrna-3-special-structure-formed-by-the-extension-of-plasma-membrane-4-medium-sized-chromosom https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDY4NjUy-match-list-i-with-list-ii-list-i-list-ii-a-metacentric-chromosome-i-chromosome-has-a-terminal-centromere-b-sub-metacentric-chromosome-ii-middle-centromere-forming-two-equal-arms-of-chromosome-c-acroce https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDY4Njky-given-below-are-two-statements-statement-i-concentrically-arranged-cisternae-of-golgi-complex-are-arranged-near-the-nucleus-with-distinct-convex-cis-or-maturing-and-concave-trans-or-forming-face-state https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246ODkzODk-which-of-the-following-components-provides-sticky-character-to-the-bacterial-cell-1-nuclear-membrane-2-plasma-membrane-3-glycocalyx-4-cell-wall-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246ODkyMzU-select-the-wrong-statement-1-bacterial-cell-wall-is-made-up-of-peptidoglycan-2-pili-and-fimbriae-are-mainly-involved-in-the-motility-of-bacterial-cells-3-cyanobacteria-lack-flagellated-cells-4-mycopla https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTA0NjE-microtubules-are-the-constituents-of-1-spindle-fibres-centrioles-and-cilia-2-centrioles-spindle-fibres-and-chromatin-3-centrosome-nucleosome-and-centrioles-4-cilia-flagella-and-peroxisomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTA1MDk-a-complex-of-ribosomes-attached-to-a-single-strand-of-rna-is-known-as-1-polymer-2-polypeptide-3-okazaki-fragment-4-polysome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTA5MzE-which-of-the-following-structure-is-not-found-in-a-prokaryotic-cell-1-nuclear-envelope-2-ribosome-3-mesosome-4-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTA5NzA-which-of-the-following-is-not-membrane-bound-1-vacuoles-2-ribosomes-3-lysosome-4-mesosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTEwNTQ-cellular-organelles-with-membranes-are-1-nucleus-ribosome-and-mitochondria-2-chromosomes-ribosomes-and-endoplasmic-reticulum-3-endoplasmic-reticulum-ribosome-and-nuclei-4-lysosomes-golgi-apparatus-and https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTExMTY-the-chromosomes-in-which-the-centromere-is-situated-close-to-one-end-are-1-metacentric-2-acrocentric-3-telocentric-4-sub-metacentric-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTExMTg-select-the-correct-matching-among-the-following-pairs-1-smooth-er-oxidation-of-phospholipids-2-smooth-er-synthesis-of-lipids-3-rough-er-synthesis-of-glycogen-4-rough-er-oxidation-of-fatty-acids-1-2-3 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTExMjE-which-one-of-the-following-is-not-an-inclusion-body-found-in-prokaryotes-1-phosphate-granule-2-cyanophycean-granule-3-glycogen-granule-4-polysome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTEzMTg-which-of-the-following-structures-performs-the-function-of-mitochondria-in-a-bacteria-1-nucleoid-2-ribosomes-3-cell-wall-4-mesosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTE1NDI-the-golgi-complex-plays-a-major-role-1-in-digesting-proteins-and-carbohydrates-2-as-energy-transferring-organelles-3-in-post-translational-modification-of-proteins-and-glycosylation-of-lipids-4-in-tra https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTIwMjI-a-major-site-for-synthesis-of-lipids-is-1-ser-2-symplast-3-nucleoplasm-4-rer-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTIzMjc-ribosomal-rna-is-actively-synthesized-in-1-lysosomes-2-nucleolus-3-nucleoplasm-4-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTIzNjU-what-is-true-about-ribosomes-1-the-prokaryotic-ribosomes-are-80s-where-s-stands-for-sedimentation-coefficient-2-these-are-composed-of-ribonucleic-acid-and-proteins-3-these-are-found-only-in-eukaryotic https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUwOTQ4-which-one-of-the-following-cellular-parts-is-correctly-described-1-centrioles-sites-for-active-rna-synthesis-2-ribosomes-those-on-chloroplasts-are-larger-80s-while-those-in-the-cytoplasm-are-smaller-7 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUxMjc5-which-one-of-the-following-is-not-considered-as-a-part-of-the-endomembrane-system-1-lysosome-2-golgi-complex-3-peroxisome-4-vacuole-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTI4Mjk-which-one-of-the-following-has-its-own-dna-1-mitochondria-2-dictyosome-3-lysosome-4-peroxisome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTI4NjY-the-main-arena-of-various-types-of-activities-of-a-cell-is-1-plasma-membrane-2-mitochondria-3-cytoplasm-4-nucleus-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTI4ODc-alage-have-cell-wall-made-up-of-1-cellulose-galactans-and-mannans-2-hemicellulose-pectins-and-proteins-3-pectins-cellulose-and-proteins-4-cellulose-hemicellulose-and-pectins-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUxMTgz-an-elaborate-network-of-filamentous-proteinaceous-structures-present-in-the-cytoplasm-which-helps-in-the-maintenance-of-cell-shape-is-called-1-endoplasmic-reticulum-2-plasmalemma-3-cytoskeleton-4-thyl https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTMzOTA-middle-lamella-is-mainly-composed-of-1-hemicellulose-2-muramic-acid-3-calcium-pectate-4-phosphoglycerides-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTM0MDI-the-cytoskeleton-is-made-up-of-1-calcium-carbonate-granules-2-callose-deposits-3-cellulosic-microfibrils-4-proteinaceous-filaments-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTM1MDA-polysome-is-formed-by-1-several-ribosomes-attached-to-a-single-mrna-2-many-ribosomes-attached-to-a-strand-of-endoplasmic-reticulum-3-a-ribosome-with-several-subunits-4-ribosomes-attached-in-a-linear-a https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTM3NDg-vacuole-in-a-plant-cell-1-is-membrane-bound-and-contains-storage-proteins-and-lipids-2-is-membrane-bound-and-contains-water-and-excretory-substances-3-lacks-membrane-and-contains-air-4-lacks-membrane https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTM3NjY-which-one-of-the-following-is-not-a-constituent-of-the-cell-membrane-1-cholesterol-2-glycolipids-3-proline-4-phospholipids-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTM4ODA-select-the-wrong-statement-from-the-following-1-both-chloroplast-and-mitochondria-contain-an-inner-and-an-outer-membrane-2-both-chloroplasts-and-mitochondria-have-an-internal-compartment-the-thylakoid https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0MTc3-according-to-the-widely-accepted-fluid-mosaic-model-cell-membranes-are-semi-fluid-where-lipids-and-integral-proteins-can-diffuse-randomly-in-recent-years-this-model-has-been-modified-in-several-respec https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0MjE1-the-main-organelle-involved-in-the-modification-and-routing-of-newly-synthesized-proteins-to-their-destinations-is-1-endoplasmic-reticulum-2-lysosome-3-mitochondria-4-chloroplast-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0MjIz-chlorophyll-in-chloroplasts-is-located-in-1-grana-2-pyrenoid-3-stroma-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0MDk1-the-cell-membranes-are-mainly-composed-of-1-phospholipids-2-proteins-3-fats-4-carbohydrates-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0OTAw-flagella-of-prokaryotic-and-eukaryotic-cells-differ-in-1-location-in-cell-and-mode-of-functioning-2-microtubular-organization-and-type-of-movement-3-microtubular-organization-and-function-4-type-of-mo https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0OTM2-in-chloroplasts-chlorophyll-is-present-in-the-1-inner-membrane-2-thylakoids-3-stroma-4-outer-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY2MTE5-chromosomes-in-a-bacterial-cell-can-be-1-3-in-number-and-1-are-always-circular-2-are-always-linear-3-can-be-either-circular-or-linear-but-never-both-within-the-same-cell-4-can-be-circular-as-well-as-l https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1NDcx-in-the-fluid-mosaic-model-of-a-plasma-membrane-1-upper-layer-is-non-polar-and-hydrophilic-2-the-polar-layer-is-hydrophobic-3-phospholipids-form-a-bimolecular-layer-in-the-middle-part-4-proteins-form-a https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1NDc1-ribosomes-are-produced-in-1-nucleolus-2-cytoplasm-3-mitochondria-4-golgibody-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1NDc2-the-mitotic-spindle-is-mainly-composed-of-which-protein-1-actin-2-tubulin-3-actomyosin-4-myoglobin-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY2ODYx-the-difference-in-gram-and-gram-bacteria-is-due-to-1-cell-wall-2-cell-membrane-3-ribosome-4-cytoplasm-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY2ODg2-extranuclear-chromosomes-occur-in-1-peroxisome-and-ribosome-2-chloroplast-and-mitochondria-3-mitochondria-and-ribosome-4-chloroplast-and-lysosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1Njg3-which-of-the-following-ribosomes-are-engaged-in-protein-synthesis-in-the-animal-cell-1-ribosomes-that-occur-on-the-nuclear-membrane-and-e-r-2-ribosomes-of-only-cytosol-3-ribosomes-of-only-nucleolus-an https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1NzE1-extranuclear-dna-is-found-in-1-lysosome-and-chloroplast-2-chloroplast-and-mitochondria-3-mitochondria-and-lysosome-4-golgi-and-e-r-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1NzE4-lysosome-contains-1-oxidative-enzymes-2-hydrolytic-enzymes-3-reductive-enzymes-4-anabolic-enzymes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1MDYw-double-unit-membrane-is-absent-in-1-ribosomes-2-nucleus-3-plastids-4-e-r-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0NDQ4-role-of-microtubules-is-1-to-help-in-cell-division-2-cell-membrane-formation-3-respiration-4-pinocytosis-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0NDQ5-difference-between-eukaryotes-and-prokaryotes-is-in-1-circular-ss-dna-in-prokaryotes-2-histone-with-prokaryotic-dna-3-operon-in-eukaryotes-4-membrane-bound-organelles-in-eukaryotes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjMxMjcx-mark-the-mismatched-pair-1-amyloplast-i-store-protein-granule-2-elaioplast-ii-store-oils-or-fats-3-chloroplasts-iii-contain-chlorophyll-pigments-4-chromoplasts-iv-contain-colored-pigments-other-than-c https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzEwMzc2-mark-the-following-statements-as-true-t-or-false-f-and-select-the-correct-option-a-acrocentric-chromosome-appears-j-shaped-during-anaphase-b-centromere-holds-two-chromatids-together-c-outer-membrane-o https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzEwMzc0-read-the-below-given-statements-and-select-the-correct-option-a-in-70s-ribosome-s-stands-for-sedimentation-coefficient-b-only-prokaryotes-have-70s-ribosomes-1-only-a-is-correct-2-only-b-is-correct-3-b https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQyNDA2-select-the-correct-option-based-on-statements-below-assertion-a-plasmids-are-extrachromosomal-dna-reason-r-plasmids-are-found-in-bacteria-and-are-useful-in-genetic-engineering-1-both-a-and-r-are-true https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxODU3-in-the-following-diagram-select-the-part-correctly-matched-with-its-character-or-function-1-a-the-passage-through-the-movement-of-rna-and-protein-molecules-take-place-in-both-directions-2-b-frequently https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTMzMTYz-which-one-of-the-following-organelle-in-the-figure-correctly-matches-with-its-function-1-golgi-apparatus-protein-synthesis-2-golgi-apparatus-formation-of-glycolipids-3-rough-endoplasmic-reticulum-prot https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE1MTc5-select-the-mismatch-1-gas-vacuoles-green-bacteria-2-large-central-vacuoles-animal-cells-3-protists-eukaryotes-4-methanogens-prokaryotes-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTE1MTkw-select-the-correct-matching-in-the-following-pairs-1-rough-er-oxidation-of-fatty-acids-2-smooth-er-oxidation-of-phospholipids-3-smooth-er-synthesis-of-lipids-4-rough-er-synthesis-of-glycogen-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjAwODE5-match-the-following-columns-and-select-the-correct-option-column-i-column-ii-a-smooth-endoplasmic-reticulum-i-protein-synthesis-b-rough-endoplasmic-reticulum-ii-lipid-synthesis-c-golgi-complex-iii-gly https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTk1MDY5-match-the-following-columns-and-select-the-correct-option-column-i-column-ii-a-smooth-endoplasmic-reticulum-i-protein-synthesis-b-rough-endoplasmic-reticulum-ii-lipid-synthesis-c-golgi-complex-iii-gly https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUwNzE4-match-the-column-i-with-column-ii-column-i-column-ii-a-golgi-apparatus-i-synthesis-of-protein-b-lysosomes-ii-trap-waste-and-excretory-products-c-vacuoles-iii-formation-of-glycoproteins-and-glycolipids https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTk5NDAy-match-the-column-i-with-column-ii-column-i-column-ii-a-golgi-apparatus-i-synthesis-of-protein-b-lysosomes-ii-trap-waste-and-excretory-products-c-vacuoles-iii-formation-of-glycoproteins-and-glycolipids https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc5OTQ5-consider-the-following-statements-i-it-is-postulated-that-mitochondria-and-chloroplasts-during-evolution-developed-a-symbiotic-relationship-with-plant-and-animal-cells-ii-both-mitochondria-and-chlorop https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc5OTQ4-consider-the-following-statements-i-the-centromere-is-termed-as-the-primary-constriction-of-a-chromosome-ii-the-secondary-constrictions-are-always-constant-in-their-positions-iii-the-chromosomes-havin https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTc5OTQ2-consider-the-following-statements-i-nucleoplasm-contains-nucleolus-and-chromatin-ii-the-nucleolus-is-separated-from-the-rest-of-the-nucleoplasm-by-a-membrane-iii-the-nucleolus-is-produced-from-and-ass https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MTcxODQ5-read-the-following-statements-carefully-a-lipid-component-of-the-plasma-membrane-mainly-consists-of-phosphoglycerides-b-polar-molecules-can-pass-through-the-lipid-bilayer-of-plasma-membrane-therefore https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzA5OTc5-read-the-statements-and-select-the-correct-option-statement-a-mesosome-helps-in-cell-wall-formation-in-prokaryotes-statement-b-they-are-infolding-of-plasma-membrane-1-both-a-and-b-are-correct-2-both-a https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzEwMzM3-in-plant-vacuole-the-a-facilitates-transport-of-a-number-of-ions-and-other-materials-against-concentration-gradient-complete-the-above-statement-by-choosing-the-correct-option-1-tonoplast-2-double-mem https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYxNjA2-assertion-a-er-divides-the-intracellular-space-into-two-distinct-compartments-i-e-luminal-inside-er-and-extra-luminal-cytoplasm-compartments-reason-r-the-network-of-er-is-scattered-in-the-cytoplasm-ch https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYxNjA4-assertion-a-the-concentration-of-ions-is-significantly-higher-in-the-cytoplasm-than-in-the-vacuole-reason-r-the-tonoplast-facilitates-the-transport-of-a-number-of-ions-actively-into-the-vacuole-1-both https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzYzNjI5-assertion-a-endoplasmic-reticulum-er-golgi-complex-lysosomes-and-vacuoles-are-grouped-together-as-endomembrane-system-reason-r-the-functions-of-endoplasmic-reticulum-er-golgi-complex-lysosomes-and-per https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTA0NjM-mitochondria-and-chloroplast-are-i-semi-autonomous-organelles-ii-formed-by-the-division-of-pre-existing-organelles-and-they-contain-dna-but-lack-protein-synthesizing-machinery-which-one-of-the-followi https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTA5Mjc-chromatophores-take-part-in-1-photosynthesis-2-growth-3-movement-4-respiration-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTA5NjQ-balbiani-rings-are-sites-of-1-lipid-synthesis-2-nucleotide-synthesis-3-polysaccharide-synthesis-4-rna-and-protein-synthesis-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTExMTQ-the-structures-that-are-formed-by-stacking-of-organised-flattened-membranous-sacks-in-the-chloroplasts-are-1-cristae-2-grana-3-stroma-lamellae-4-stroma-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTEyNTg-the-nuclear-envelope-is-derivative-of-1-smooth-endoplasmic-reticulum-2-membrane-of-golgi-complex-3-microtubules-4-rough-endoplasmic-reticulum-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTEzMjI-the-solid-linear-cytoskeletal-elements-having-a-diameter-of-6-nm-and-made-up-of-a-single-type-of-monomer-are-known-as-1-microtubules-2-microfilaments-3-intermediate-filaments-4-lamins-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzU4Mzg5-which-of-the-following-type-of-plastids-does-not-contain-stored-food-material-1-chromoplasts-2-eleioplasts-3-aleuroplasts-4-amyloplasts-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjUwOTg0-which-one-of-the-following-structures-is-an-organelle-within-an-organelle-1-peroxisome-2-er-3-mesosome-4-ribosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTI3NjE-in-eubacteria-a-cellular-component-that-resembles-eukaryotic-cells-is-1-nucleus-2-ribosomes-3-cell-wall-4-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTI4NzQ-the-plasma-membrane-consists-mainly-of-1-phospholipids-embedded-in-a-protein-bilayer-2-proteins-embedded-in-a-phospholipid-bilayer-3-proteins-embedded-in-a-polymer-of-glucose-molecules-4-proteins-embe https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTM0OTU-keeping-in-view-the-fluid-mosaic-model-for-the-structure-of-cell-membrane-which-one-of-the-following-statements-is-correct-with-respect-to-the-movement-of-lipids-and-proteins-from-one-lipid-monolayer https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTM3MTI-the-two-subunits-of-ribosome-remain-united-at-a-critical-ion-level-of-1-copper-2-manganese-3-magnesium-4-calcium-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTQxMjk-which-of-the-following-statements-regarding-cilia-is-not-correct-1-the-organized-beating-of-cilia-is-controlled-by-fluxes-of-ca2-across-the-membrane-2-cilia-are-hair-like-cellular-appendages-3-microtu https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-pb246OTQwOTQ-which-of-the-following-statements-regarding-mitochondrial-membrane-is-not-correct-1-the-outer-membrane-is-permeable-to-all-kinds-of-molecules-2-the-enzymes-of-the-electron-transfer-chain-are-embedded https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0OTcx-plant-pathogenic-bacteria-are-mostly-1-gram-non-spore-forming-2-gram-non-spore-forming-3-gram-spore-forming-4-gram-spore-forming-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1MTc2-the-genetic-material-of-prokaryotic-cell-1-non-histonic-double-stranded-dna-2-histonic-double-stranded-dna-3-histone-dna-both-are-absent-4-histone-without-dna-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1NDE5-which-cell-organelle-is-concerned-with-the-glycosylation-of-protein-1-ribosome-2-peroxisome-3-endoplasmic-reticulum-4-mitochondria-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1NDYy-the-function-of-telomeres-in-the-nucleus-1-pole-ward-movement-2-to-initiate-the-rna-synthesis-3-to-seal-the-ends-of-chromosome-4-to-recognize-the-homologous-chromosome-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1NDc0-which-of-the-following-occurs-more-than-one-and-less-than-five-in-a-chromosome-1-chromatid-2-chromomere-3-centromere-4-telomere-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0OTE2-extranuclear-inheritance-is-a-consequence-of-the-presence-of-genes-in-1-endoplasmic-reticulum-mitochondria-2-ribosomes-and-chloroplasts-3-lysosomes-and-ribosomes-4-mitochondria-and-chloroplasts-1-2-3 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY1MDM4-the-telomeres-of-eukaryotic-chromosomes-consist-of-short-sequences-of-1-cytosine-rich-repeats-2-adenine-rich-repeats-3-guanine-rich-repeats-4-thymine-rich-repeats-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MjY0MTc0-telomerase-is-an-enzyme-that-is-a-1-rna-2-ribonucleoprotein-3-repetitive-dna-4-simple-protein-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDEwOTg1-the-structure-of-collagen-discovered-by-g-n-ramachandran-is-described-as-1-a-left-handed-alpha-helix-2-a-beta-pleated-sheet-3-a-double-helix-4-a-triple-helix-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzY4OTU3-given-below-are-two-statements-assertion-a-it-is-important-that-the-organisms-should-have-cells-reason-r-a-cell-keeps-its-chemical-composition-steady-within-its-boundary-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDA3ODc2-consider-the-given-two-statements-statement-i-in-1838-matthias-schleiden-a-german-botanist-examined-a-large-number-of-plants-and-observed-that-the-presence-of-cell-wall-is-a-unique-character-of-the-pl https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDEwOTg0-how-many-of-the-given-statements-are-true-i-all-cells-arise-from-pre-existing-cells-ii-prokaryotic-cells-do-not-have-any-organelles-iii-eukaryotic-cells-have-only-membrane-bound-organelle-iv-centrosom https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDgyNTQx-consider-the-given-two-statements-statement-i-rudolph-virchow-proved-that-all-life-comes-from-pre-existing-life-statement-ii-louis-pasteur-proved-that-all-cells-arise-from-pre-existing-cells-1-stateme https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDA3ODc5-read-carefully-select-the-location-with-respect-to-a-eukaryotic-cell-where-ribosomes-are-not-expected-to-be-found-1-in-the-cytoplasm-2-within-the-chloroplasts-in-plants-3-within-the-mitochondria-4-wit https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDA4MDEw-ribosomes-are-the-site-of-protein-synthesis-identify-the-correct-statement-i-several-ribosomes-may-attach-to-a-single-mrna-and-form-a-chain-called-polyribosomes-or-polysome-ii-the-ribosomes-of-a-polys https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDA3ODgy-regarding-the-genetic-material-in-prokaryotes-i-the-main-chromosomal-dna-is-linear-ii-plasmid-dna-is-circular-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-and-ii-are-i https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDA4MDA4-consider-the-two-statements-statement-i-besides-flagella-pili-and-fimbriae-are-also-surface-structures-of-the-bacteria-but-do-not-play-a-role-in-motility-statement-ii-pili-and-fimbriae-help-attach-the https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDEwODY2-some-of-the-functions-of-eukaryotic-cells-like-electron-transport-for-atp-synthesis-are-performed-in-prokaryotic-cells-by-1-vesicles-2-ribosomes-3-nucleoid-4-the-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDA4MDM0-which-number-represents-the-site-for-carbon-fixation-in-the-given-figure-1-2-2-4-3-5-4-3-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc3MTQw-mesosomes-in-a-bacterial-cell-i-are-formed-by-the-extensions-of-plasma-membrane-into-the-cell-ii-help-in-cell-wall-formation-dna-replication-and-distribution-to-daughter-cells-iii-contain-pigments-in https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NTE5NDM0-consider-the-given-two-statements-statement-a-glycocalyx-in-bacteria-is-always-a-thick-and-tough-layer-commonly-referred-to-as-the-capsule-statement-b-the-bacterial-cell-wall-does-not-contribute-to-th https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzIyNjc0-like-mitochondria-the-chloroplasts-i-have-their-own-dna-ii-have-an-analogous-inner-membrane-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-and-ii-are-incorrect-1-2-3-4 https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDM2MzMy-consider-the-given-two-statements-statement-i-the-approximate-percent-composition-of-proteins-and-lipids-in-the-cell-membrane-of-a-human-erythrocyte-is-respectively-40-and-52-statement-ii-the-measure https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzE1Mjg0-which-statements-are-correct-regarding-centriole-i-centrioles-are-typically-made-up-of-nine-sets-of-short-microtubule-triplets-arranged-in-a-cylinder-ii-the-main-function-of-centrioles-is-to-produce-c https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzg1NTQy-in-the-following-diagrams-each-shows-a-section-of-the-cell-surface-membrane-to-illustrate-the-fluid-mosaic-model-which-diagram-is-the-most-accurate-the-black-shape-represents-cholesterol-and-the-gray https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246NDUzNjI4-consider-the-given-two-statements-assertion-a-the-nucleus-is-the-control-centre-of-the-cell-and-contains-the-genetic-material-dna-reason-r-the-nucleus-directs-protein-synthesis-through-messenger-rna-m https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246MzQ0MDU1-which-of-the-following-statement-s-is-are-not-correct-regarding-lysosomes-a-the-hydrolytic-enzymes-of-lysosomes-are-active-under-alkaline-ph-b-lysosomes-are-membrane-bound-structures-c-lysosomes-are-f https://medminds.me/qbank/botany/cell-the-unit-of-life/?q=NP-b246Mzc3MTY4-in-eukaryotic-cells-the-term-nuclear-envelope-is-more-correct-than-the-term-nuclear-membrane-for-the-enclosure-around-nucleus-because-1-the-enclosure-has-pores-which-membranes-do-not-2-the-enclosure-i https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODg3MA-meiosis-has-evolutionary-significance-because-it-results-in-1-genetically-similar-daughters-2-four-daughter-cells-3-eggs-and-sperms-4-recombinations-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODg4Ng-a-bivalent-consists-of-1-two-chromatids-and-one-centromere-2-two-chromatids-and-two-centromeres-3-four-chromatids-and-two-centromeres-4-four-chromatids-and-four-centromeres-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODg5Nw-bacterium-divides-every-35-minutes-if-a-culture-containing-105-cells-per-ml-is-grown-for-175-minutes-what-will-be-the-cell-concentration-per-ml-after-175-minutes-1-5-x-105-cells-2-35-x-105-cells-3-32 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODkwNA-during-cell-division-the-spindle-fibres-attach-to-the-chromosomes-at-a-region-called-1-chromocentre-2-kinetochore-3-centriole-4-chromomere-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODkwNQ-what-would-be-the-number-of-chromosomes-of-the-aleurone-cells-of-a-plant-with-42-chromosomes-in-its-roots-tip-cells-1-21-2-42-3-63-4-84-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODkwOA-synapsis-occurs-between-1-a-male-and-a-female-gamete-2-mrna-and-ribosomes-3-spindle-fibres-and-centromere-4-two-homologous-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODkxNA-best-stage-to-observe-shape-size-and-number-of-chromosomes-is-1-interphase-2-metaphase-3-prophase-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODkxOQ-if-a-diploid-cell-is-treated-with-colchicine-then-it-becomes-1-triploid-2-tetraploid-3-diploid-4-monoploid-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODkyMg-which-one-of-the-following-precedes-reformation-of-the-nuclear-envelope-during-m-phase-of-the-cell-cycle-1-decondensation-from-chromosomes-and-reassembly-of-the-nuclear-lamina-2-transcription-from-chr https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODkyNA-during-mitosis-er-and-nucleolus-begin-to-disappear-at-1-late-prophase-2-early-metaphase-3-late-metaphase-4-early-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-Rpb246ODkyNg-mitotic-anaphase-differs-from-metaphase-in-possessing-1-same-number-of-chromosomes-and-same-number-of-chromatids-2-half-number-of-chromosomes-and-half-number-of-chromatids-3-half-number-of-chromosomes https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MjUzNjU-meiosis-i-1-is-always-followed-by-interphase-2-is-not-followed-by-any-period-of-rest-3-is-followed-by-a-period-of-interkinesis-4-is-sometimes-followed-by-interphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MjU4MTY-the-centrioles-replicate-during-1-g1-phase-2-s-phase-3-g2-phase-4-early-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MjU4MTc-bivalent-chromosomes-clearly-appear-as-tetrads-during-1-zygotene-2-pachytene-3-diplotene-4-diakinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MjU4MTg-the-beginning-of-diplotene-is-recognized-by-1-appearance-of-recombination-nodules-2-crossing-over-3-dissolution-of-synaptonemal-complex-4-appearance-of-chiasmata-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MjU5MzA-consider-the-given-two-statements-l-during-g1-phase-the-cell-is-metabolically-active-and-continuously-grows-but-does-not-replicate-its-dna-ll-during-g2-phase-proteins-are-synthesized-in-preparation-fo https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MjU5NDY-how-do-cells-at-the-completion-of-meiosis-compare-with-cells-that-have-replicated-their-dna-and-are-just-about-to-begin-meiosis-1-they-have-twice-the-amount-of-cytoplasm-and-half-the-amount-of-dna-2-t https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MjcxODE-if-the-dna-content-of-an-onion-tip-cell-is-2c-at-the-end-of-the-m-phase-what-would-be-its-dna-content-at-the-end-of-the-s-phase-1-c-2-2c-3-3c-4-4c-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246Mjk3MTE-the-cell-shown-in-the-given-diagram-is-in-1-early-prophase-2-late-prophase-3-metaphase-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzAwODA-in-oocyte-of-some-vertebrates-the-stage-of-meiosis-i-that-can-last-for-months-or-years-would-be-1-zygotene-2-pachytene-3-diplotene-4-diakinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzA0NzQ-at-what-phase-of-meiosis-are-homologous-chromosomes-separated-1-prophase-l-2-prophase-ll-3-anaphase-l-4-anaphase-ll-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzEwMTA-the-following-cell-undergoing-mitosis-is-at-1-early-prophase-2-late-prophase-3-transition-to-metaphase-4-early-metaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzQ4NzA-anaphase-promoting-complex-apc-is-a-protein-degradation-machinery-necessary-for-proper-mitosis-of-animal-cells-if-apc-is-defective-in-a-human-cell-which-of-the-following-is-expected-to-occur-1-chromos https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzQ4OTc-dna-replication-in-bacteria-occurs-1-during-s-phase-2-within-nucleolus-3-prior-to-fission-4-just-before-transcription-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzQ5MjI-which-of-the-following-options-gives-the-correct-sequences-of-events-during-mitosis-1-condensation-rarr-nuclear-membrane-disassembly-rarr-crossing-over-rarr-segregation-rarr-telophase-2-condensation-r https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzQ5MzQ-during-cell-growth-dna-synthesis-takes-place-in-1-s-phase-2-g1-phase-3-g2-phase-4-m-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzQ5NjM-when-cell-has-stalled-dna-replication-fork-which-checkpoint-should-be-predominantly-activated-1-g1-s-2-g2-m-3-m-4-both-g2-m-and-m-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUwNDU-a-cell-at-telophase-stage-is-observed-by-a-student-in-a-plant-brought-from-the-field-he-tells-his-teacher-that-his-cell-is-not-like-other-cells-at-telophase-stage-there-is-no-formation-of-cell-plate-a https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUwNDk-which-of-the-following-is-not-a-characteristic-feature-during-mitosis-in-somatic-cells-1-disappearance-of-nucleolus-2-chromosome-movement-3-synapsis-4-spindle-fibres-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUwNTM-spindle-fibres-attach-on-to-1-kinetochore-of-the-chromosome-2-centromere-of-the-chromosome-3-kinetosome-of-the-chromosome-4-telomere-of-the-chormosome-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUwNTc-in-meiosis-crossing-over-is-initiated-at-1-leptotene-2-zygotene-3-diplotene-4-pachytene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUxMDc-arrange-the-following-events-of-meiosis-in-correct-sequences-i-crossing-over-ii-synapsis-iii-terminalisation-of-chaismata-iv-disapperance-of-nucleolus-1-ii-i-iv-iii-2-ii-i-iii-iv-3-i-ii-iii-iv-4-ii-ii https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUxODk-a-somatic-cell-that-has-just-completed-the-s-phase-of-its-cell-cycle-as-compared-to-gamete-of-the-same-species-has-1-twice-the-number-of-chromosomes-and-twice-the-amount-of-dna-2-same-number-of-chromo https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUyMjY-during-which-phase-s-of-cell-cycle-the-amount-of-dna-in-a-cell-remain-at-4c-level-if-the-initial-amount-is-denoted-as-2c-1-g0-and-g1-2-g1-and-s-3-only-g2-4-g2-and-m-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUyNTE-in-s-phase-of-the-cell-cycle-1-amount-of-dna-doubles-in-each-cell-2-amount-of-dna-remains-same-in-each-cell-3-chromosome-number-is-increased-4-amount-of-dna-is-reduced-to-half-in-each-cell-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUyOTk-the-complex-formed-by-a-pair-of-synapsed-homologous-chromosomes-is-called-1-equatorial-plate-2-kinetochore-3-bivalent-4-axoneme-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUzMjc-a-stage-in-cell-division-is-shown-in-the-figure-select-the-answer-which-gives-correct-identification-of-the-stage-with-its-characteristics-1-telophase-nuclear-envelope-reforms-golgi-complex-reforms-2 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzUzOTI-during-gamete-formation-the-enzyme-recombinase-participates-during-1-metaphase-i-2-anaphase-ii-3-prophase-i-4-prophase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzU0MzQ-given-below-is-the-representation-of-a-certain-event-at-a-particular-stage-of-a-type-of-cell-division-which-is-this-stage-1-prophase-i-during-meiosis-2-prophase-ii-during-meiosis-3-prophase-of-mitosis https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzU0OTI-select-the-correct-option-with-respect-to-mitosis-1-chromatids-start-moving-towards-opposite-poles-in-telophase-2-golgi-complex-and-endoplasmic-reticulum-are-still-visible-at-the-end-of-prophase-3-chr https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzU2NTI-given-below-is-a-schematic-break-up-of-the-phases-stages-of-the-cell-cycle-which-one-of-the-following-is-the-correct-indication-of-the-stage-phase-in-the-cell-cycle-1-b-metaphase-2-c-karyokinesis-3-d https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzY4OTU-the-drug-colchicines-used-to-obtain-polyploidy-cells-acts-on-the-cytoskeletal-structures-of-the-plant-cells-called-1-microtubules-2-actin-filaments-3-intermediate-filaments-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzY5MzU-astral-rays-arise-from-1-centriole-2-cytoplasm-3-chromatid-4-centromere-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzY5NTA-number-of-mitotic-division-required-in-a-cell-of-root-tip-for-formation-of-128-cells-is-1-12-2-3-3-7-4-6-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzcwMjQ-barr-body-is-found-in-the-cytoplasm-during-1-interphase-in-cell-of-female-mammal-2-interphase-in-cell-of-male-mammal-3-prophase-in-cell-of-female-mammal-4-prophase-in-cell-of-male-mammal-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzcyMTQ-when-synapsis-is-complete-all-along-the-chromosome-the-cell-is-said-to-have-entered-a-stage-called-1-zygotene-2-pachytene-3-diplotene-4-diakinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzcyMTY-many-cells-function-properly-and-divide-mitotically-even-though-they-do-not-have-1-plasma-membrane-2-cytoskeleton-3-mitochondria-4-plastids-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246Mzc0NTQ-which-of-the-following-is-not-a-characteristic-of-meiosis-1-it-involves-two-stages-of-dna-replication-one-before-meiosis-i-and-another-before-meiosis-ii-2-it-involves-recombination-and-crossing-over-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246Mzc0OTM-microtubule-depolymerizing-drug-such-as-colchicine-is-expected-to-1-inhibit-spindle-formation-during-mitosis-2-inhibit-cytokinesis-3-allow-mitosis-beyond-metaphase-4-induce-formation-of-multiple-contr https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246Mzc1MDI-which-of-the-following-statements-is-incorrect-about-g0-phase-1-mitosis-occurs-after-g0-phase-2-biocatalysts-can-be-used-to-exit-g0-phase-3-cell-volume-keeps-on-increasing-during-this-phase-4-cell-met https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246Mzc1MDM-beads-on-string-like-structures-of-a-are-seen-in-b-which-further-condense-to-form-chromosomes-in-c-stage-of-cell-division-a-b-c-1-chromonema-chromatin-metaphase-2-chromatin-chromatid-metaphase-3-chrom https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246Mzc1NTI-which-is-the-longest-phase-of-the-cell-cycle-1-m-phase-2-interphase-3-leptotene-4-s-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246Mzc3MDU-the-checkpoint-in-cell-cycle-plays-important-role-in-1-repairing-dna-damage-2-apoptosis-initiation-3-assessing-dna-damage-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246Mzc4MjA-identify-the-correct-matched-pair-1-segregation-metaphase-ll-2-significance-of-meiosis-production-of-genetically-similar-cells-3-exchange-of-genetic-material-diakinesis-4-anaphase-ll-of-meiosis-centro https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246Mzc5NTI-the-mandatory-combination-responsible-for-assembly-of-microtubules-are-1-na-and-ca2-2-mg2-and-ca2-3-cl-and-ca2-4-na-and-k-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246Mzc5ODQ-the-exchange-of-segments-of-non-sister-chromatids-between-chromosomes-of-a-homologous-pair-termed-as-1-transformation-2-translocation-3-crossing-over-4-chromosomal-aberration-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzgwNjc-calcium-dependent-kinases-can-control-1-cell-cycle-activities-2-dna-replication-3-cell-surface-receptors-4-membrane-structure-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzgxMDk-what-is-the-correct-sequence-of-the-steps-given-here-also-work-out-the-process-depicted-in-the-steps-i-homologous-chromosomes-move-toward-opposite-poles-of-the-cell-chromatids-do-not-separate-ii-chrom https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NDg-during-meiosis-the-sister-chromatids-separate-during-1-anaphase-ii-2-anaphase-i-3-the-s-phase-4-synapsis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NTA-chromosomes-decondense-into-diffuse-chromatin-1-at-the-end-of-telophase-2-at-the-beginning-of-prophase-3-at-the-end-of-interphase-4-at-the-end-of-metaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NTE-the-total-dna-content-of-each-daughter-cell-is-reduced-during-meiosis-because-1-chromosomes-do-not-replicate-during-the-interphase-preceding-meiosis-i-2-chromosomes-do-not-replicate-between-meiosis-i https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NTI-which-of-the-following-does-not-occur-during-mitotic-prophase-1-disappearance-of-the-nuclear-envelope-2-chromosome-condensation-3-migration-of-centrosomes-towards-the-cell-poles-4-synapsis-of-homologo https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NTM-which-of-the-following-is-not-true-for-sister-chromatids-1-they-arise-by-replication-during-s-phase-2-they-segregate-from-each-other-during-each-mitotic-anaphase-3-the-usually-contain-identical-versio https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NTQ-which-of-the-following-statements-is-true-1-cell-plate-represents-the-middle-lamella-between-the-walls-of-two-adjacents-cells-2-at-the-time-of-cytokinesis-organelles-like-mitochondria-and-plastids-get https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NTU-crossing-is-an-enzyme-mediated-process-the-enzyme-is-1-dna-ligase-2-recombinase-3-rnaase-4-dnaase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NTY-match-column-i-with-column-ii-column-i-column-ii-i-chromosomes-are-moved-to-spindle-equator-a-pachytene-ii-centromere-splits-and-chromatids-apart-b-zygotene-iii-pairing-between-homologous-chromosomes https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NTc-which-event-is-not-associated-with-prophase-i-1-synizesis-2-synapsis-3-segregation-4-terminalization-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NTg-a-cell-cycle-includes-1-interphase-m-phase-divisional-phase-2-prophase-metaphase-anaphase-telophase-3-g1-s-g2-ndash-phase-4-karyokinesis-cytokinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NTk-interphase-1-includes-karyokinesis-and-cytokinesis-2-some-time-called-resting-phase-is-the-preparatory-phase-for-division-in-which-cell-undergoes-growth-and-dna-replication-in-an-order-3-is-the-shorte https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NjA-which-one-is-correct-about-s-phase-synthetic-phase-i-it-occurs-between-g1-and-g2-ii-it-marks-the-period-during-which-dna-replicates-iii-at-the-end-of-this-phase-dna-is-doubled-but-the-number-of-chromo https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NjE-the-sequence-of-events-by-which-a-cell-duplicates-its-genome-synthesises-other-constituents-of-cells-and-eventually-divides-into-daughter-cells-is-termed-as-1-interphase-2-m-phase-3-karyokinesis-cytok https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NjM-which-one-is-correct-for-g0-stage-i-it-is-a-quiescent-stage-ii-in-this-phase-cell-cycle-is-stopped-iii-g0-cells-in-this-stage-do-not-grow-or-proliferate-but-metabolically-active-iv-g0-cells-can-divide https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NjQ-which-of-the-following-statements-is-false-1-mitosis-or-the-equational-division-is-usually-restricted-to-the-2n-cells-only-2-in-onion-2n-16-3-growth-and-reproduction-are-characteristics-of-cells-indee https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NjU-at-metaphase-of-mitosis-each-chromosome-consists-of-chromatid-s-centromere-s-kinetochore-s-and-molecules-of-dna-1-2-1-2-2-2-2-2-2-2-3-2-1-1-1-4-2-1-2-1-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NjY-in-human-cells-chromosomes-are-1-always-condensed-during-the-entire-cell-cycle-2-different-in-different-tissues-3-of-the-same-size-and-shape-4-visible-only-during-mitosis-and-meiosis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2Njc-in-prophase-mitosis-which-one-of-the-following-events-occurs-in-animal-cells-but-not-in-plant-cells-1-centrioles-migrate-to-opposite-sides-of-the-nucleus-2-homologous-chromosomes-do-not-associate-3-th https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2Njg-synaptonemal-complex-is-more-conspicious-at-1-zygotene-2-pachytene-3-diplotene-4-leptotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2Njk-centrosomes-are-1-constricted-regions-of-chromosomes-2-regions-where-microtubules-polymerise-3-part-of-cilia-4-the-central-part-of-the-same-cell-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NzA-cellular-structures-which-disappear-during-late-prophase-and-reappear-during-telophase-are-1-mitochondria-and-spindle-fibres-2-plasma-membrane-3-nuclear-membrane-and-nucleolus-4-plastid-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NzI-given-1-chromatid-2-monad-3-dyad-4-daughter-chromosome-the-correct-sequence-in-cell-division-is-1-1-2-3-4-2-2-3-1-4-3-3-2-1-4-4-4-3-2-1-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NzM-cytokinesis-in-animal-cell-takes-place-by-in-direction-while-in-plant-cell-by-in-direction-1-furrowing-centrifugal-cell-plate-centripetal-2-furrowing-centripetal-cell-plate-centrifugal-3-cell-plate-ce https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NzQ-liquid-endosperm-in-coconut-is-resulted-due-to-1-karyokinesis-followed-by-cytokinesis-2-failure-of-karyokinesis-followed-by-cytokinesis-3-karyokinesis-twice-followed-by-single-cytokinesis-4-karyokines https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2NzY-label-the-structure-indicated-by-lines-i-ii-iii-and-iv-1-i-chromatid-ii-centriole-iii-centromere-iv-chromosome-2-i-chromomosome-ii-centriole-iii-centromere-iv-chromatid-3-i-chromatid-ii-centromere-iii https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2Nzc-the-members-of-a-homologous-pair-of-chromosomes-1-are-identical-in-size-and-appearance-2-contain-identical-genetic-information-3-separate-to-opposite-poles-of-the-cell-during-mitosis-4-are-found-only https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2Nzg-one-difference-between-mitosis-and-meiosis-i-is-that-1-homologous-chromosome-pairs-synapse-during-mitosis-2-chromosome-do-not-replicate-in-the-interphase-preceding-meiosis-3-homologous-chromosomes-pai https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2Nzk-chromosome-number-is-reduced-during-meiosis-because-the-process-consists-of-1-two-cell-divisions-without-any-chromosome-replication-2-a-single-cell-division-without-any-chromosome-replication-3-two-ce https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2ODA-which-of-the-following-is-false-1-the-mitotic-spindle-is-composed-of-microtubules-2-in-plant-cells-cytokinesis-is-accomplished-by-the-formation-of-a-cell-plate-3-the-distribution-of-mitochondria-betwe https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2ODE-a-reduction-step-during-meiosis-is-important-because-1-it-returns-the-chromosome-number-to-normal-before-fertilization-2-there-is-a-mechanism-for-this-3-only-one-copy-of-each-chromosome-is-necessary-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2ODI-which-of-the-following-statements-about-meiosis-is-false-1-haploid-cells-cannot-divide-meiotically-2-dna-replication-does-not-occur-during-interkinesis-3-assortment-of-homologous-chromosomes-on-the-eq https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2ODM-d-e-f-and-g-are-the-four-daughter-cells-resulting-when-cell-a-undergoes-meiosis-as-shown-in-the-following-diagram-if-no-crossing-over-has-occurred-which-cells-listed-below-if-any-are-genetically-ident https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2ODQ-the-dna-content-of-individual-cells-and-the-number-of-cells-in-each-phase-of-a-cell-cycle-can-be-determined-using-flow-cytometry-which-of-the-following-combinations-of-phase-of-a-cell-cycle-and-its-co https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2ODU-let-a-cell-s-generation-time-is-1-minute-in-20-minutes-a-culture-tube-culture-medium-is-1-8th-filled-with-cells-when-the-tube-will-be-fullfilled-1-21-minutes-2-23-minutes-3-60-minutes-4-160-minutes-1 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2ODY-the-following-diagram-refers-to-a-typical-cell-cycle-identify-the-parts-marked-as-x-y-and-z-1-x-g1-y-s-z-g2-2-x-g2-y-s-z-g1-3-x-g0-y-s-z-g2-4-x-g1-y-g2-z-g0-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2ODg-identify-the-meiotic-stage-in-which-the-homologous-chromosomes-separate-while-the-sister-chromatids-remain-associated-at-their-centromeres-1-metaphase-i-2-metaphase-ii-3-anaphase-i-4-anaphase-ii-1-2-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2ODk-at-which-stage-of-meiosis-does-the-genetic-constitution-of-gametes-is-finally-decided-1-metaphase-i-2-anaphase-ii-3-metaphase-ii-4-anaphase-i-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDM2OTA-select-the-correct-statement-about-g1-phase-1-cell-is-metabolically-inactive-2-dna-in-the-cell-does-not-replicate-3-it-is-not-a-phase-of-synthesis-of-macromolecules-4-cell-stops-growing-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzNzI-a-most-dramatic-period-of-cell-cycle-involving-a-major-reorganization-of-virtually-all-components-of-the-cell-b-it-represents-the-phase-when-the-actual-cell-division-occurs-these-statements-a-b-are-co https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzNzM-select-the-correct-statement-1-chromosomes-decondense-and-lose-their-individuality-during-anaphase-2-spindle-fibres-attach-to-kinetochores-of-chromosomes-during-early-prophase-3-centriole-begins-to-mo https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzNzQ-interkinesis-stage-of-cell-cycle-1-is-generally-short-lived-2-shows-dna-duplication-3-is-generally-long-lived-4-is-followed-by-prophase-i-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzNzU-select-the-incorrect-statement-1-yeast-can-progress-through-the-cell-cycle-in-about-90-minutes-2-dna-synthesis-is-a-continuous-process-in-cell-cycle-3-duration-of-i-phase-in-the-cell-cycle-is-more-tha https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzNzY-cells-that-do-not-divide-further-exit-g1-phase-to-enter-an-inactive-stage-called-1-g2-phase-2-g0-stage-3-s-phase-4-m-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzNzc-select-the-odd-one-out-with-respect-to-mitosis-1-it-helps-the-organisms-in-both-sexual-and-asexual-reproduction-2-it-is-called-equational-division-3-it-takes-place-only-in-diploid-cells-of-plants-4-it https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzNzg-select-the-mis-matched-pair-1-leptotene-ndash-compaction-of-chromosomes-continued-2-zygotene-ndash-appearance-of-recombination-nodules-3-diplotene-ndash-beginning-of-dissolution-of-synaptonemal-comple https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzNzk-microtubules-from-opposite-poles-of-the-spindle-attach-to-the-pairs-of-homologous-chromosomes-during-1-pachytene-2-metaphase-ndash-i-3-metaphase-ndash-ii-4-early-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzODA-exchange-of-genetic-material-between-two-homologous-chromosomes-occurs-in-1-leptotene-2-diakinesis-3-pachytene-4-diplotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzODE-how-many-meiotic-divisions-are-required-to-produce-50-wheat-grains-1-100-2-200-3-25-4-63-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzODI-a-typical-eukaryotic-cell-cycle-is-illustrated-by-human-cells-in-culture-these-cells-divide-once-in-approximately-every-1-24-hours-2-90-minutes-3-20-minutes-4-9-hours-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzODM-choose-incorrect-statement-with-respect-to-cell-cycle-1-duration-of-cell-cycle-can-vary-from-organism-to-organism-2-duration-of-cell-cycle-is-uniform-in-different-cell-types-of-an-organism-3-events-of https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzODQ-choose-the-correct-sequence-with-respect-to-different-phases-of-cell-cycle-1-g1-s-g2-m-2-g1-g2-s-m-3-m-g2-g1-s-4-s-m-g2-g1-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzODU-human-nerve-cells-do-not-divide-after-birth-and-they-remain-throughout-their-life-in-which-phase-of-cell-cycle-1-m-phase-2-g1-phase-3-g0-phase-4-invisible-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzODY-various-phases-of-cell-cycle-are-controlled-by-1-cyclin-proteins-2-cyclin-dependent-protein-kinases-3-phosphorylation-of-cyclin-dependent-protein-kinases-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzODk-amount-of-dna-and-number-of-chromosomes-in-g2-phase-of-cell-cycle-would-be-1-double-and-equal-to-that-of-in-g1-phase-respectively-2-half-and-equal-to-that-of-in-g1-phase-respectively-3-equal-and-half https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzOTA-exchange-of-genetic-material-between-non-sister-chromatids-of-homologous-chromosomes-in-pachytene-stage-is-facilitated-by-1-dynein-2-recombinase-3-chiasmata-4-calmodulin-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDgzOTE-plant-cells-do-not-divided-their-cytoplasm-by-forming-a-furrow-in-cell-membrane-like-animal-cells-rather-they-divide-by-cell-plate-because-1-plant-cell-do-not-have-centrioles-2-cell-wall-formation-bei https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxODM-which-of-the-following-number-of-cells-can-be-expected-from-the-human-cell-culture-after-70hrs-1-4-2-8-3-both-1-and-2-4-2-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxODQ-which-of-the-following-is-a-continuous-process-1-cell-growth-in-terms-of-cytoplasmic-increase-2-cell-differentiation-3-dna-duplication-4-cell-division-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxODU-cell-growth-is-a-continuous-process-in-terms-of-1-increase-in-protein-content-2-increase-in-dna-content-3-increase-in-cytoplasmic-content-4-increase-in-rna-content-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxODY-the-process-of-distribution-of-duplicated-dna-in-the-daughter-cells-is-1-easy-process-2-a-complex-series-of-events-3-a-single-complex-process-4-easiest-process-in-all-the-events-bof-cell-cycle-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxODc-how-many-cells-can-be-expected-in-a-yeast-culture-after-540-minutes-1-64-2-512-3-256-4-32-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxODk-if-a-person-forgets-to-take-the-reading-of-his-cell-culture-data-now-he-needs-to-conclude-among-the-two-plates-a-with-16-cells-and-b-with-128-cells-which-plate-has-growth-of-more-than-9hrs-and-which-p https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxOTA-a-person-forgets-to-take-the-reading-of-his-cell-culture-data-now-he-needs-to-compare-among-the-two-plates-a-with-16-cells-and-b-with-128-cells-by-counting-the-number-of-cells-in-plate-a-he-deduces-th https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxOTE-if-a-person-forgets-to-take-the-reading-of-his-cell-culture-data-now-he-needs-to-conclude-among-the-two-plates-a-with-16-cells-and-b-with-128-cells-by-counting-the-number-of-cells-in-plate-b-he-deduce https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxOTI-if-a-person-forgets-to-take-the-reading-of-his-cell-culture-data-now-he-needs-to-conclude-among-the-two-plates-a-with-16-cells-and-b-with-128-cells-if-these-plates-a-and-b-happen-to-be-of-human-cells https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxOTM-if-a-person-forgets-to-take-the-reading-of-his-cell-culture-data-now-he-needs-to-conclude-among-the-two-plates-a-with-16-cells-and-b-with-128-cells-if-these-plates-a-and-b-happen-to-be-of-human-cells https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxOTU-the-inter-phase-in-human-cell-cycle-lasts-for-1-24-hrs-2-95-part-of-cell-cycle-3-more-than-95-of-the-duration-of-cell-cycle-4-around-90-of-the-duration-of-cell-cycle-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkxOTk-during-g1-phase-1-cell-is-metabolically-active-2-replication-of-dna-3-translation-and-transcription-occurs-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMDA-during-s-phase-1-the-dna-per-cell-doubles-2-the-protein-per-cell-becomes-half-3-the-chromosomes-also-get-double-4-the-content-of-a-diploid-cell-increases-from-c-to-2c-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMDE-to-make-350-cells-how-many-times-the-dna-duplication-will-occur-1-350-2-349-3-175-4-174-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMDI-during-35th-hr-of-cell-division-which-number-of-division-must-be-going-on-in-an-yeast-culture-of-128-cells-1-cell-culture-has-not-reached-to-that-limit-2-127th-division-3-34th-division-4-105th-divisio https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMDM-number-of-chromosomes-in-onion-root-tip-cell-at-g1-phase-will-be-1-16-2-12-3-8-4-6-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMDQ-the-number-of-chromosomes-in-onion-root-tip-cells-at-g2-phase-will-be-1-16-2-12-3-8-4-6-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMDU-number-of-chromosomes-at-s-phase-in-onion-cell-will-be-1-16-2-12-3-18-4-8-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMDY-what-will-be-the-amount-of-dna-content-before-the-s-phase-1-c-2-2c-3-3c-4-can-be-any-amount-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMDc-during-g2-phase-the-amount-of-dna-will-be-1-double-that-of-g1-2-double-that-of-s-phase-3-same-that-of-initial-stage-of-s-phase-4-same-as-that-of-g1-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMDg-after-m-phase-the-amount-of-dna-will-be-1-same-as-that-of-g1-2-same-as-that-of-end-of-s-phase-3-double-that-of-g1-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMDk-after-m-phase-the-number-of-chromosomes-will-be-1-same-as-that-of-g1-2-double-as-that-of-g2-3-half-as-that-of-s-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMTA-the-cell-which-are-in-quiescent-stage-are-in-1-g1-2-g0-3-g2-4-s-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMTE-g0-cells-1-have-translation-process-occurring-in-cytoplasm-2-have-transcription-process-occurring-in-nucleus-3-metabolically-active-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMTI-from-which-phase-does-cell-move-in-go-phase-1-g1-2-m-phase-3-g0-4-g2-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMTM-animals-show-mitosis-in-1-haploid-somatic-cells-2-diploid-somatic-cells-3-all-type-of-haploid-cells-4-a-and-b-are-correct-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMTU-the-period-in-which-the-major-reorganization-of-virtually-all-components-of-the-cell-occurs-1-prophase-2-m-phase-3-s-phase-4-g1-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMTY-cell-division-1-progressive-process-2-a-very-clear-cut-lines-cannot-be-drawn-between-various-phases-3-both-1-and-2-4-clear-cut-demarcation-between-all-phases-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMTg-the-initiation-of-condensation-of-chromosomal-material-marks-the-beginning-of-1-s-phase-2-prophase-3-g1-4-g2-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMTk-chromosomal-material-becomes-hellip-hellip-hellip-in-the-process-of-chromatin-condensation-1-untangled-2-tangled-3-interwined-4-hellicoid-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMjA-the-duplication-in-s-phase-and-has-started-moving-towards-opposite-poles-in-prophase-we-are-talking-about-which-cell-component-1-dna-2-microbodies-3-centriole-4-nuclear-envelope-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMjE-asters-are-not-1-microtubules-2-radiate-out-from-centrosomes-3-present-on-both-the-poles-4-intermediate-filament-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMjI-mitotic-apparatus-1-two-asters-2-spindle-fibres-3-centrosomes-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMjM-which-of-the-following-cellular-components-can-be-seen-at-the-end-of-prophase-1-golgi-bodies-2-er-3-nucleolus-4-compact-mitotic-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMjQ-the-complete-disintegration-of-the-nuclear-envelope-marks-the-1-ending-of-the-second-phase-stage-of-mitosis-2-start-of-the-second-phase-stage-of-mitosis-3-metaphase-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMjU-condensation-of-chromosomes-is-completed-and-chromosomes-are-spread-throughout-cytoplasm-here-we-are-talking-about-which-phase-of-cell-cycle-1-prophase-2-interphase-3-metaphase-4-anaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMjY-the-stage-at-which-morphology-of-chromosomes-is-studied-very-easily-would-be-1-anaphase-2-telophase-3-metaphase-4-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMjc-kinetochores-are-not-1-formed-by-spindle-fibres-2-formed-by-asters-3-help-in-the-attachment-of-chromosomes-to-the-spindle-fibres-4-disc-shaped-structure-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMjg-all-the-chromosomes-coming-to-lie-at-the-equator-with-one-chromatids-of-each-chromosome-connected-by-it-s-kinetochore-to-spindle-fibres-from-one-pole-and-it-s-sister-chromatids-connected-by-it-s-kinte https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMjk-the-plane-of-alignment-of-chromosomes-at-metaphase-is-referred-to-as-1-metaphase-line-2-metaphase-plate-3-metaphase-area-4-metaphase-shape-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMzA-the-two-daughter-chromatids-start-moving-towards-the-two-opposite-poles-this-is-a-characteristic-feature-of-1-prophase-2-metaphase-3-anaphase-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMzE-the-leading-edge-of-chromosomes-in-the-anaphase-stage-is-1-centromere-2-two-arms-3-only-one-arm-4-kinetochore-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMzI-splitting-of-centromere-occurs-in-1-anaphase-2-metaphase-3-telophase-4-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMzM-the-reformation-of-the-nuclear-envelope-nucleolus-golgi-complex-and-er-occurs-in-1-prophase-2-metaphase-3-anaphase-4-ophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMzQ-the-end-of-which-of-the-following-mark-s-completion-of-mitosis-1-cytokinesis-2-karyokinesis-3-interkinesis-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMzU-the-furrow-gradually-deepens-and-ultimately-joins-in-the-centre-dividing-the-cell-cytoplasm-into-two-here-the-cell-is-1-animal-cell-2-plant-cell-3-both-a-and-b-4-only-root-tip-cells-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMzc-the-cytokinesis-of-plant-cell-is-not-same-as-that-of-animal-cell-because-of-1-inextensible-cell-wall-2-cell-membrane-differences-3-intermediate-filaments-4-nuclear-envelope-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMzg-the-simple-precursor-of-cell-wall-in-plant-cell-is-1-cell-plate-2-cell-sap-3-cell-membrane-4-cytosol-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyMzk-if-karyokinesis-is-not-followed-by-cytokinesis-1-multinucleated-2-syncytium-3-liquid-endosperm-in-coconut-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNDA-mitosis-doesn-t-occur-in-1-diploid-cell-2-haploid-cell-of-lower-plants-3-haploid-cell-of-social-insect-4-haploid-cell-of-animals-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNDE-mitosis-results-in-1-diploid-daughter-cells-2-cells-of-identical-genetic-complement-3-both-a-and-b-4-haplo-diploidy-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNDI-mitosis-doesn-t-perform-which-of-the-following-functions-1-cell-repair-2-growth-of-multicellular-animals-3-restoration-of-nucleus-to-cytoplasmic-ratio-4-continuation-of-cell-growth-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNDM-which-of-the-following-cells-are-not-constantly-replaced-1-blood-cells-2-cells-of-inner-lining-of-gut-3-brain-cells-4-the-cells-of-the-upper-layer-of-epidermis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNDQ-mitotic-divisions-which-result-in-continuous-growth-of-plants-throughout-their-life-1-in-the-meristematic-tissue-2-apical-and-lateral-cambium-3-both-a-and-b-4-cells-of-maturation-zone-of-root-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNDU-the-specialized-kind-of-cell-division-that-reduces-the-chromosome-number-by-half-results-in-the-production-of-haploid-phase-in-the-life-cycle-is-1-meiosis-2-mitosis-3-amitosis-4-karyomitosis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNDY-meiosis-does-not-involve-1-meiosis-1-2-meiosis-2-3-two-interphases-4-interkinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNDc-meiosis-has-1-only-a-single-cycle-of-dna-replication-2-two-cycles-of-dna-replication-3-one-cycle-of-dna-replication-in-interkinesis-4-one-cycle-of-dna-replication-after-interkinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNDg-replication-of-dna-in-s-phase-results-in-1-production-of-identical-sister-chromatids-2-production-of-identical-homologous-chromosomes-3-production-of-non-sister-chromatids-4-production-of-non-identica https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNDk-the-event-of-recombination-will-occur-in-between-1-all-chromatids-of-homologous-chromosomes-2-only-non-sister-chromatids-of-homologous-chromosomes-3-the-complete-homologous-chromosomes-4-all-type-of-c https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNTA-the-division-of-prophase-in-the-five-phases-is-done-on-the-basis-of-1-chromosomal-behavior-2-chromosomal-pattern-3-chromosomal-movement-4-chromosome-structure-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNTE-which-of-the-following-does-not-belong-to-prophase-i-1-leptotene-2-zygotene-3-diakinesis-4-interkinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNTI-compaction-of-chromosomes-occurs-in-1-leptotene-2-zygotene-3-diplotene-4-metaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNTM-the-stage-at-which-chromosomes-start-pairing-together-is-1-pachytene-2-zygotene-3-leptotene-4-diplotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNTQ-the-synaptonemal-complex-is-visible-under-1-light-microwave-2-electron-microscope-3-compound-microscope-4-simple-microscope-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNTU-the-synapsed-homologous-chromosomes-form-1-tetrad-2-bivalent-3-both-a-and-b-4-diad-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNTY-bivalent-is-clearly-visible-at-which-stage-1-pachytene-2-leptotene-3-zygotene-4-diplotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNTc-which-of-the-following-is-the-shortest-phase-among-the-following-1-prophase-l-2-zygotene-3-pachytene-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNTg-the-appearance-of-recombination-nodule-is-a-characteristic-feature-of-1-pachytene-2-zygotene-3-diplotene-4-diakinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNTk-recombination-nodules-are-1-sites-over-sister-chromatids-2-sites-over-non-sister-chromatids-3-sites-over-homologous-chromosomes-4-sites-over-non-homologous-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNjA-which-of-the-following-is-an-enzyme-mediated-process-1-crossing-over-2-synapsis-3-leptotene-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNjE-recombination-of-genetic-material-occurs-1-because-of-synapsis-2-because-of-crossing-over-3-because-of-termination-of-chiasmata-4-because-of-x-shaped-structure-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNjI-recombination-completion-leads-to-1-chromosomes-attached-to-each-other-at-the-centromere-2-chromosomes-attached-to-each-other-at-sites-of-crossing-over-in-the-sister-chromatids-3-chromosomes-linked-at https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNjM-recombination-completes-in-1-the-end-of-pachytene-2-just-before-the-end-of-pachytene-3-the-end-of-midphase-of-pachytene-4-end-of-zygotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyNjQ-the-dissolution-of-the-synaptonemal-complex-is-the-recognition-event-of-1-ending-of-pachytene-2-beginning-of-diplotene-3-beginning-of-diakinesis-4-ending-of-diplotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyODU-chromosomes-are-fully-condensed-and-the-meiotic-spindle-is-assembled-to-prepare-the-homologous-chromosomes-for-separation-this-is-a-characteristic-feature-of-which-of-the-following-option-1-diplotene https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyODY-the-separation-of-homologous-chromosomes-while-attachment-of-sister-chromatids-remain-associated-at-their-centromere-is-a-characteristic-feature-of-which-of-the-following-1-diplotene-2-pachytene-3-ana https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyODc-what-does-result-in-dyad-of-cells-1-telophase-ii-2-telophasei-3-cytokinesis-i-4-meiosis-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyODg-the-stage-between-two-meiosis-is-1-cytokinesis-2-interkinesis-3-interphase-i-4-interphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyOTA-prophase-ii-1-simpler-than-prophase-but-complex-than-prophase-i-2-complex-than-prophase-i-3-simpler-than-prophase-i-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyOTE-when-does-prophase-ii-start-usually-1-chromosomes-are-fully-elongated-2-before-chromosomes-are-fully-condensed-3-before-chromosomes-are-fully-elongated-4-after-chromosomes-are-fully-elongated-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyOTI-by-the-end-of-prophase-ii-chromosomes-become-1-compact-2-loose-3-elongated-4-decondensed-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyOTM-which-of-the-following-phases-is-equivalent-to-prophase-ii-1-prophase-2-prophase-i-3-metaphase-4-mitosis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyOTQ-which-of-the-following-phases-is-equivalent-to-metaphase-ii-1-metaphase-2-metaphase-i-3-diplotene-4-interkinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyOTU-which-of-the-following-phases-is-equivalent-to-anaphase-ii-1-anaphase-2-metaphase-i-3-interkinesis-4-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyOTY-simultaneous-splitting-of-the-centromeres-of-each-chromosome-occur-in-1-anaphase-i-2-anaphase-ii-3-metaphase-4-prophase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyOTc-the-motion-of-sister-chromatids-toward-opposite-poles-of-the-cell-occurs-by-1-shortening-of-microtubules-attached-to-centromere-2-shortening-of-microtubules-attached-to-kinetochores-3-shortening-of-mi https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyOTg-tetrad-of-cells-is-a-result-of-1-meiosis-i-2-meiosis-ii-3-mitosis-4-prophase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkyOTk-how-many-tetrads-are-found-in-meiotic-prophase-in-an-organism-with-a-diploid-number-of-12-1-6-2-18-3-24-4-12-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMDA-a-particular-cell-has-half-as-much-dna-as-some-of-the-other-cells-in-a-mitotically-active-tissue-the-cell-most-likely-be-in-1-g1-2-g2-3-prophase-4-anaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMDE-fruit-flies-have-a-diploid-number-of-chromosomes-of-eight-how-many-chromosomes-will-be-there-in-the-tetrad-of-cells-1-4-2-8-3-16-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMDI-which-of-the-following-events-occur-first-in-meiosis-1-terminalisation-2-crossing-over-3-disjunction-4-synapsis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMDM-which-of-the-following-events-occurs-in-the-end-in-meiosis-1-terminalisation-2-crossing-over-3-disjunction-4-synapsis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMDQ-the-number-of-chromosomes-becomes-half-at-which-of-the-following-stages-1-synapsis-of-chromosomes-2-crossing-over-between-chromosomes-3-terminalisation-of-chromosomes-4-disjunction-of-chromosomes-1-2 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMDU-the-cell-plate-is-laid-during-1-metaphase-2-interphase-3-cytokinesis-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMDY-if-at-the-end-of-meiosis-a-cell-has-12-chromosomes-then-how-many-chromosomes-will-be-there-in-g2-phase-1-12-2-24-3-6-4-cannot-be-predicted-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMDc-if-at-the-end-of-mitosis-a-cell-has-12-chromosomes-then-how-many-chromosomes-will-be-there-in-s-phase-1-12-2-6-3-24-4-cannot-be-predicted-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMDg-what-will-be-the-number-of-the-kinetochore-in-2-bivalents-1-4-2-2-3-1-4-8-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMDk-what-will-be-the-number-of-centromeres-in-two-tetrads-1-4-2-2-3-8-4-6-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMTA-bivalent-is-equivalent-to-1-4-chromatids-2-8-chromatids-3-2-chromatids-4-1-chromatids-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NDkzMTE-tetrad-has-how-many-kinetochores-1-4-2-8-3-2-4-1-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NzQ3NDg-crossing-over-1-occurs-in-dyad-stage-of-meiosis-2-causes-recombination-between-genes-of-homologous-chromosomes-3-occurs-after-chiasmata-formation-in-leptotene-4-occurs-in-diplotene-the-longest-phase-o https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246ODkyOTQ-the-stage-during-which-separation-of-the-paired-homologous-chromosomes-begins-is-1-pachytene-2-diplotene-3-diakinesis-4-zygotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246ODk0NjI-match-the-stages-of-meiosis-in-column-i-to-their-characteristic-features-in-column-ii-and-select-the-correct-option-using-the-codes-given-below-column-i-column-ii-a-pachytene-1-pairing-of-homologous-c https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTA1NTA-in-meiosis-crossing-over-is-initiated-at-1-leptotene-2-zygotene-3-diplotene-4-pachytene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTEyNjg-a-somatic-cell-that-has-just-completed-the-s-phase-of-its-cell-cycle-as-compared-to-a-gamete-of-the-same-species-has-1-twice-the-number-of-chromosomes-and-twice-the-amount-of-dna-2-the-same-number-of https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTE3OTg-the-microtubules-from-the-opposite-poles-of-the-spindle-attach-to-the-pair-of-homologous-chromosomes-in-1-metaphase-i-2-prophase-i-3-metaphase-4-metaphase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTIzOTg-given-below-is-the-representation-of-a-certain-event-at-a-particular-stage-of-a-type-of-cell-division-which-is-this-stage-1-prophase-i-during-meiosis-2-prophase-ii-during-meiosis-3-prophase-of-mitosis https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTI4NjU-which-stages-of-cell-division-do-the-following-figures-a-and-b-represent-respectively-1-metaphase-telophase-2-telophase-metaphase-3-late-anaphase-prophase-4-prophase-anaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTQ2MDA-the-material-which-arrests-cell-division-is-obtained-from-1-crocus-2-colchicum-3-dalbergia-4-chrysanthemum-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTQ2MTk-phage-genome-site-on-bacterial-chromosome-resulted-in-which-structure-1-nucleic-acid-2-heterocyst-3-prophase-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTUwNDg-which-one-of-the-following-precedes-re-formation-of-the-nuclear-envelope-during-the-m-phase-of-the-cell-cycle-1-decondensation-from-chromosome-and-reassembly-of-the-nuclear-lamina-2-transcription-from https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTUwNzM-given-below-is-a-schematic-break-up-of-the-phases-stages-of-the-cell-cycle-which-one-of-the-following-is-the-correct-indication-of-the-stage-phase-in-the-cell-cycle-1-c-karyokinesis-2-d-synthetic-phas https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTUyMDg-meiosis-is-best-observed-in-dividing-1-cell-of-lateral-meristem-2-cells-of-apical-meristem-3-microsporocytes-4-microspores-and-anther-wall-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTU2MjM-cells-in-g0-phase-1-terminate-the-cell-cycle-2-exit-the-cell-cycle-3-enter-the-cell-cycle-4-suspend-the-cell-cycle-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTU2NTA-the-correct-sequence-of-phases-in-cell-cycle-is-1-g1-8594-s-8594-g2-8594-m-2-m-8594-g1-8594-g2-8594-s-3-g1-8594-g2-8594-s-8594-m-4-s-8594-g1-8594-g2-8594-m-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTE5MzAz-centromere-is-required-for-1-crossing-over-2-transcription-3-cytoplasmic-cleavage-4-movement-of-chromosomes-towards-poles-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTE5ODQ5-spindle-fibres-attach-on-to-1-kinetosome-of-the-chromosome-2-telomere-of-the-chromosome-3-kinetochore-of-the-chromosome-4-centromere-of-the-chromosome-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTMxMzky-after-meiosis-i-the-resultant-daughter-cells-have-1-same-amount-of-dna-as-in-the-parent-cell-in-s-2-twice-the-amount-of-dna-in-comparison-to-haploid-3-same-amount-of-dna-in-comparison-to-haploid-gamet https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTMxNjgy-crossing-over-takes-place-between-which-chromatids-and-in-which-stage-of-the-cell-cycle-1-non-sister-chromatids-of-non-homologous-chromosomes-at-zygotene-stage-of-prophase-i-2-non-sister-chromatids-of https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTQzOTUw-which-of-the-following-is-the-correct-sequence-of-events-of-interphase-a-cells-metabolically-active-b-duplication-of-the-dna-amount-but-chromosome-number-remains-constant-c-m-phased-d-synthesis-of-pro https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTQ0MDMx-which-of-the-following-is-characteristic-of-prophase-i-of-meiosis-i-1-synapsis-in-zygotene-genetically-different-chromatid-are-seen-in-pachytene-2-exchange-of-genes-in-leptotene-genetically-similar-ch https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTczNjYw-bivalent-align-on-the-equator-during-1-metaphase-i-of-meiosis-2-anaphase-i-of-meiosis-3-metaphase-of-mitosis-4-anaphase-of-mitosis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc0MjI0-the-figures-below-shows-3-phases-of-mitosis-select-the-option-given-correct-identification-together-with-the-correct-event-1-c-telophase-nuclear-envelope-assembles-around-the-chromosome-clusters-2-b-a https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc2MTA0-identify-the-symbols-a-b-and-c-in-the-figure-given-below-a-b-c-1-g0-prophase-cytokinesis-2-prophase-metaphase-telophase-3-g1-s-g2-4-cytokinesis-prophase-g0-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc5NDg0-the-diploid-number-of-chromosomes-in-chimpanzees-is-48-how-many-dna-molecules-are-in-the-genome-of-a-chimpanzee-cell-before-it-begins-meiosis-1-48-2-96-3-24-4-12-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTgxNTEy-a-diploid-cell-has-40-units-of-dna-at-g1-of-interphase-how-many-units-of-dna-are-present-in-the-cell-after-meiosis-i-1-10-2-20-3-40-4-80-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTg1MzYw-some-dividing-cells-exit-the-cell-cycle-and-enter-the-vegetative-inactive-stage-this-is-called-the-quiescent-stage-g0-this-process-occurs-at-the-end-of-1-g1-phase-2-s-phase-3-g2-phase-4-m-phase-1-2-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTg1MzYx-identify-the-correct-statement-with-regard-to-g1-phase-gap-1-of-interphase-1-the-reorganisation-of-all-cell-components-takes-place-2-the-cell-is-metabolically-active-and-grows-but-does-not-replicate-i https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTg1MzY2-dissolution-of-the-synaptonemal-complex-occurs-during-1-zygote-2-diplotene-3-leptotene-4-pachytene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTg1NDA2-match-the-following-with-respect-to-meiosis-column-i-column-ii-a-zygotene-i-terminalization-b-pachytene-ii-chiasmata-c-diplotene-iii-crossing-over-d-diakinesis-iv-synapsis-select-the-correct-option-fr https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTkzNDg2-does-tubulin-protein-synthesis-take-place-in-which-of-the-given-stages-of-interphase-1-g1-2-g0-3-s-4-g2-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTk0OTE4-reduction-in-the-number-of-chromosomes-occurs-during-1-diplotene-2-diakinesis-3-metaphase-i-4-anaphase-i-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjQ0OTkz-attachment-of-spindle-fibers-to-kinetochores-of-chromosomes-becomes-evident-in-1-anaphase-2-telophase-3-prophase-4-metaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjQ0OTk1-during-meiosis-1-in-which-stage-synapsis-takes-place-1-pachytene-2-zygotene-3-diplotene-4-leptotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjQ0OTk2-match-the-following-events-that-occur-in-their-respective-phases-of-cell-cycle-and-select-the-correct-option-column-i-column-ii-a-g1-phase-i-cell-grows-and-organelle-duplication-b-s-phase-ii-dna-repli https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mjc3MjA1-which-of-the-following-stages-of-meiosis-involves-division-of-centromere-1-anaphase-ii-2-telophase-ii-3-metaphase-i-4-metaphase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mjc3MjQ1-match-list-i-with-list-ii-list-i-list-ii-a-s-phase-i-proteins-are-synthesized-b-g2-phase-ii-inactive-phase-c-quiescent-stage-iii-interval-between-mitosis-and-initiation-of-dna-replication-d-g1-phase-i https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mjc3MjYx-the-centriole-undergoes-duplication-during-1-metaphase-2-g2-phase-3-s-phase-4-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mjc3MjY2-which-stage-of-meiotic-prophase-shows-terminalisation-of-chiasmata-as-its-distincitve-feature-1-diakinesis-2-pachytene-3-leptotene-4-zygotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mjc3Mjc3-the-fruit-fly-has-8-chromosomes-2n-in-each-cell-during-the-interphase-of-mitosis-if-the-number-of-chromosomes-at-g1-phase-is-8-what-would-be-the-number-of-chromosomes-after-the-s-phase-1-4-2-32-3-8-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM0NzMw-in-plant-cell-division-the-formation-of-the-new-cell-wall-begins-with-the-formation-of-a-simple-precursor-called-1-the-cell-plate-that-represents-the-middle-lamella-2-the-cell-plate-that-represents-th https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM0ODk0-splitting-of-centromere-occurs-in-1-mitotic-anaphase-and-anaphase-ii-2-mitotic-anaphase-and-anaphase-i-3-mitotic-metaphase-and-metaphase-ii-4-mitotic-metaphase-and-metaphase-i-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM0ODk2-which-of-the-following-is-not-associated-with-mitosis-1-growth-of-multicellular-living-organisms-2-restoration-of-effective-nuclear-cytoplasmic-ratio-3-cell-repair-4-pairing-of-homologous-chromosomes https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM0ODk3-between-telophase-i-and-prophase-ii-1-the-nuclear-membrane-disappears-2-dna-does-not-replicate-3-a-tetrad-of-cells-is-formed-4-there-is-a-long-lasting-resting-stage-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM3NTUy-which-of-the-following-does-not-take-place-during-diakinesis-of-meiosis-i-1-disappearance-of-nucleolus-2-decondensation-of-chromosomes-3-nuclear-envelope-breaks-down-4-assembly-of-meiotic-spindle-1-2 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM3NjY4-meiosis-in-sexually-reproducing-organisms-creates-new-variations-by-shuffling-the-available-genetic-material-and-leads-to-the-formation-of-a-recombinant-dna-which-is-created-at-1-pachytene-of-prophase https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM4MjA4-what-stage-of-prophase-i-of-meiosis-i-a-is-characterized-by-the-visibility-of-chiasmata-b-can-last-for-months-and-years-in-some-vertebrate-oocytes-1-zygotene-2-pachytene-3-diplotene-4-diakinesis-1-2-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM4OTMy-during-which-stage-of-the-meiotic-cell-division-does-the-centromere-split-leading-to-the-separation-of-sister-chromatids-1-metaphase-i-2-metaphase-ii-3-anaphase-i-4-anaphase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM4OTMz-you-want-to-study-the-morphology-of-chromosomes-in-a-cell-and-you-have-selected-a-cell-undergoing-mitosis-which-stage-will-be-the-best-for-this-purpose-1-late-prophase-2-metaphase-3-anaphase-4-telopha https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM4OTM0-a-cell-decides-not-to-divide-and-enters-the-quiescent-stage-g0-exiting-the-cell-cycle-from-1-g1-phase-2-s-phase-3-g2-phase-4-m-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM4OTM1-which-of-the-following-is-not-a-significance-of-mitosis-1-restoration-of-nuclear-cytoplasmic-ratio-2-growth-3-reduction-of-chromosome-number-4-replacement-of-lost-cells-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM5NDI0-which-one-of-the-following-never-occurs-during-mitotic-cell-division-1-coiling-and-condensation-of-chromatids-2-spindle-fibres-attach-to-kinetochores-of-chromosomes-3-movement-of-centrioles-towards-op https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM5NDM0-the-appearance-of-recombination-nodules-on-homologous-chromosomes-during-meiosis-characterizes-1-terminalization-2-synaptonemal-complex-3-bivalent-4-sites-at-which-crossing-over-occurs-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM5NDg1-regarding-meiosis-which-of-the-statement-is-incorrect-1-four-haploid-cells-are-formed-at-the-end-of-meiosis-ii-2-there-are-two-stages-in-meiosis-meiosis-i-and-ii-3-dna-replication-occurs-in-s-phase-of https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM5NTA2-select-the-incorrect-statement-with-reference-to-mitosis-1-splitting-of-centromere-occurs-at-anaphase-2-all-the-chromosomes-lie-at-the-equator-at-metaphase-3-spindle-fibres-attach-to-centromere-of-chr https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM5ODMy-in-prophase-i-of-meiosis-chromosomes-start-pairing-together-and-synapsis-takes-place-this-process-occurs-during-which-of-the-following-stage-1-pachytene-2-diplotene-3-leptotene-4-zygotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM5ODQ3-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-growth-of-the-multicellular-organism-is-due-to-mitosis-reason-r-mitosis-is-also-call https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM5ODcx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-beginning-of-diplotene-is-recognised-by-the-dissolution-of-the-synaptonemal-complex https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM5ODk5-the-oocytes-of-some-vertebrates-get-arrested-for-years-or-months-in-1-telophase-i-2-diplotene-3-diakinesis-4-metaphase-i-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM5OTAx-select-the-correct-sequence-of-events-occurring-during-prophase-i-of-meiosis-i-a-nuclear-envelope-breakdown-b-synaptonemal-complex-formation-c-compaction-of-chromosomes-d-terminalisation-of-chiasmata https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQxOTc2-if-there-are-20-centromeres-in-a-cell-at-anaphase-how-many-chromosomes-are-there-in-each-daughter-cell-following-cytokinesis-1-10-2-20-3-30-4-40-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQyMDgw-assertion-a-mitosis-does-play-a-role-in-gamete-formation-reason-r-haploid-organisms-divide-by-mitosis-1-both-a-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-r-are-true-but-r-is-not-the-cor https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQyNzUz-given-its-composition-and-location-the-phragmoplast-should-be-directly-involved-in-the-1-segregation-of-daughter-chromosomes-during-anaphase-2-poleward-migration-of-centrosomes-during-prophase-3-synth https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQyNzkz-select-the-correct-option-based-on-statements-below-assertion-a-meiosis-leads-to-recombinations-of-genes-reason-r-crossing-over-occurs-in-pachytene-sub-stage-of-prophase-i-of-meiosis-1-both-a-and-r-ar https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQyNzk0-assertion-a-tendency-of-parental-combinations-to-remain-together-is-called-crossing-over-reason-r-crossing-over-provides-proof-in-favour-of-the-linear-arrangement-of-genes-on-chromosomes-in-the-follow https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQzMDQ4-during-which-phase-of-mitosis-do-the-chromatids-become-chromosomes-1-telophase-2-anaphase-3-prophase-4-metaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ0MTA3-during-growth-the-contents-of-a-nucleus-in-human-body-undergo-profound-changes-how-many-chromatids-does-it-contain-1-96-2-23-3-46-4-92-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ0NDEx-in-the-adult-animal-most-of-the-cells-appear-to-exhibit-division-except-1-liver-cells-2-spleen-cells-3-blood-cells-4-heart-cells-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ0NDMy-select-correct-combination-of-metaphase-characteristics-a-condensation-of-chromosomes-is-complete-b-chromosomes-are-moved-to-spindle-equator-c-daughter-chromosomes-begin-their-migration-towards-the-op https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ0NzI4-arrange-the-following-stages-of-chromosomal-behaviour-during-prophase-i-of-meiosis-in-the-correct-sequence-a-appearance-of-recombination-nodules-b-formation-of-synaptonemal-complex-c-appearance-of-chi https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ0OTc3-arrange-in-correct-sequence-with-respect-of-meiosis-i-a-crossing-over-b-chiasmata-formation-c-compaction-of-chromosome-d-disappearance-of-nucleolus-and-breakdown-of-nuclear-envelop-e-formation-of-syna https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ0OTg1-given-below-are-two-statements-statement-i-in-mitosis-chromosomal-number-in-the-progeny-as-well-as-in-parents-remains-the-same-statement-ii-mitosis-takes-place-in-gametes-in-light-of-the-above-stateme https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ1MDYy-arrange-the-steps-of-cell-division-in-the-correct-order-a-cytokinesis-b-metaphase-c-anaphase-d-telophase-e-prophase-choose-the-correct-answer-from-the-options-given-below-1-e-b-c-a-d-2-a-b-c-d-e-3-e-b https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ2Mzk5-which-stage-of-meiosis-can-last-for-months-or-years-in-the-oocytes-of-some-vertebrates-1-leptotene-2-pachytene-3-diplotene-4-diakinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ2NDM3-in-meiosis-crossing-over-and-exchange-of-genetic-material-between-homologous-chromosomes-are-catalyzed-by-the-enzyme-1-phosphorylase-2-recombinase-3-transferase-4-polymerase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ2NDgw-identify-the-correct-sequence-of-events-during-prophase-i-of-meiosis-a-synapsis-of-homologous-chromosomes-b-chromosomes-become-gradually-visible-under-a-microscope-c-crossing-over-between-non-sister-c https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ2NTMz-bivalent-or-tetrad-formation-is-a-characteristic-feature-observed-during-1-synaptonemal-complex-in-the-zygotene-stage-2-chiasmata-in-the-diplotene-stage-3-synaptonemal-complex-in-the-pachytene-stage-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ2NTQ1-with-respect-to-metaphase-which-of-the-following-statements-is-incorrect-1-complete-disintegration-of-nuclear-envelope-takes-place-2-chromosomes-are-highly-condensed-3-metaphase-chromosomes-are-made-u https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ4NDA4-the-event-shown-in-the-given-diagram-takes-place-during-1-pachytene-of-prophase-i-2-diplotene-of-prophase-i-3-metaphase-ii-4-anaphase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ4NDA5-a-and-b-in-the-given-diagram-are-events-seen-in-meiosis-i-and-c-and-d-are-events-seen-in-meiosis-ii-identify-the-correct-match-a-prophase-i-and-arrow-shows-chiasmata-b-anaphase-i-and-arrow-shows-siste https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ4NDEw-the-diagram-shows-cytokinesis-in-animal-cell-i-and-in-plant-cell-ii-what-will-be-correct-for-a-b-and-c-in-these-cells-animal-cell-plant-cell-a-furrow-formed-using-actin-and-myosin-vesicles-from-golgi https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ4NDEy-the-given-diagram-shows-a-slide-with-cells-labeled-as-a-b-c-and-d-at-different-stages-of-cell-division-identify-the-correct-match-a-b-c-d-1-interphase-telophase-prophase-anaphase-2-interkinesis-anapha https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzUyOTYy-in-a-eukaryote-the-cell-cycle-typically-is-divided-into-1-two-phases-2-three-phases-3-four-phases-4-five-phases-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzUyOTY0-in-a-somatic-eukaryotic-cell-undergoing-mitosis-when-do-expect-to-find-most-number-of-chromosomes-in-the-cell-1-at-the-end-of-the-g1-phase-2-at-the-end-of-the-s-phase-3-at-the-end-of-anaphase-4-in-the https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzUyOTY2-study-the-given-two-statements-ndash-an-assertion-and-reason-and-select-the-correct-answer-from-the-options-given-assertion-a-meiosis-is-the-mechanism-by-which-conservation-of-specific-chromosome-numb https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzUyOTY4-in-prophase-i-of-meiosis-i-recombination-between-homologous-chromosomes-is-completed-1-by-the-end-of-zygotene-2-by-the-end-of-pachytene-3-at-the-beginning-of-diplotene-4-when-terminalisation-of-chiasm https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzU4MzY1-during-meiosis-i-the-chromosomes-start-pairing-at-1-zygotene-2-pachytene-3-diplotene-4-leptotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzU4Mzcz-during-the-metaphase-stage-of-mitosis-spindle-fibres-attach-to-chromosomes-at-1-kinetochore-2-both-centromere-and-kinetochore-3-centromere-kinetochore-and-areas-adjoining-centromere-4-centromere-1-2-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzU4NDYw-a-stage-of-mitosis-is-shown-in-the-diagram-which-stage-is-it-and-what-are-its-characteristics-1-metaphase-spindle-fibers-attached-to-kinetochores-centromeres-split-and-chromatids-separate-2-metaphase https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzYxNTQ3-identify-the-incorrectly-matched-pair-1-prophase-ii-the-nuclear-membrane-disappears-by-the-end-of-this-stage-and-the-chromosomes-again-become-compact-2-metaphase-ii-the-chromosomes-align-at-the-equato https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzYzNjI2-assertion-a-mitosis-is-called-equational-division-reason-r-the-amount-of-dna-is-the-same-in-parent-and-progeny-cells-if-it-is-mitosis-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bo https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzYzNjI3-assertion-a-meiosis-reduces-the-chromosome-number-by-half-in-gametes-reason-r-meiosis-is-called-the-reductional-division-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-ar https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzYzNjI4-assertion-a-cell-growth-disturbs-the-nuclear-cytoplasmic-ratio-reason-r-the-disturbance-in-the-nucleo-cytoplasmic-ratio-stimulates-cell-division-1-both-a-and-r-are-true-and-r-is-the-correct-explanatio https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzYzODAw-assertion-a-in-meiosis-ii-division-is-equational-reason-r-homologous-chromosomes-are-separated-in-anaphase-ii-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY0NzI5-the-cell-undergoing-cell-division-as-shown-in-the-given-figure-is-at-1-early-prophase-2-transition-to-metaphase-3-anaphase-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY0Nzk3-if-a-cell-had-2n-chromosomes-and-2c-dna-content-in-g1-phase-what-would-be-the-corresponding-values-at-the-end-of-the-s-phase-1-2n-2c-2-4n-2c-3-2n-4c-4-4n-4c-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY0ODUx-consider-the-two-statements-statement-i-the-interphase-represents-the-phase-between-two-successive-m-phases-and-dna-replication-takes-place-in-the-interphase-statement-ii-the-stage-between-the-two-mei https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY0ODk1-match-the-stage-of-prophase-i-given-in-column-i-with-the-corresponding-event-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-zygotene-p-terminalisation-of-chiasmata https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY1ODA4-in-the-24-hour-average-duration-of-cell-cycle-of-a-human-cell-cell-division-properly-lasts-for-1-only-about-1-hour-2-approximately-90-minutes-3-between-4-and-5-hours-4-95-time-of-the-cell-cycle-1-2-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY1ODIz-in-animal-cells-during-the-s-phase-i-dna-replication-begins-in-the-cytoplasm-ii-the-centriole-duplicates-in-the-nucleus-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-an https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY1OTQ5-consider-the-two-statements-statement-i-mitosis-helps-in-restoration-of-nuclear-cytoplasmic-ratio-for-effective-working-of-a-cell-statement-ii-mitosis-leads-to-formation-of-genetically-diverse-cells-l https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY1OTU4-a-cell-has-2-pg-dna-at-g1-phase-what-would-be-the-amount-of-dna-in-this-cell-at-the-end-of-anaphase-i-of-meiosis-i-1-2-pg-2-4-pg-3-6-pg-4-8-pg-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY2MDc1-during-diakinesis-of-prophase-i-i-terminalisation-of-chiasmata-takes-place-ii-meiotic-spindle-is-assembled-iii-nucleolus-disappears-and-the-nuclear-membrane-breaks-down-the-correct-statements-are-1-i https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY2Mjcx-the-onion-root-tip-cell-has-16-chromosomes-2n-what-would-be-the-number-of-chromosomes-in-this-cell-after-the-s-phase-and-at-the-end-of-mitotic-anaphase-respectively-1-16-and-16-2-16-and-32-3-8-and-16 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY3MDIw-among-eukaryotes-replication-of-dna-takes-place-in-1-g2-phase-2-m-phase-3-s-phase-4-g1-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY3MDI1-the-process-of-appearance-of-recombination-nodules-occurs-at-which-sub-stage-of-prophase-i-in-meiosis-1-diakinesis-2-zygotene-3-pachytene-4-diplotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY3MDI4-which-of-the-following-stages-of-meiosis-involves-division-of-centromere-1-telophase-2-metaphase-i-3-metaphase-ii-4-anaphase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY3MDU0-match-list-i-with-list-ii-list-i-list-ii-a-m-phase-i-proteins-are-synthesized-b-g2-phase-ii-inactive-phase-c-quiescent-stage-iii-interval-between-mitosis-and-initiation-of-dna-replication-d-g1-phase-i https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY3MDk0-select-the-correct-statements-a-tetrad-formation-is-seen-during-leptotene-b-during-anaphase-the-centromeres-split-and-chromatids-separate-c-terminalization-takes-place-during-pachytene-d-nucleolus-gol https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY3MDk3-given-below-are-two-statements-statement-i-during-g0-phase-of-cell-cycle-the-cell-is-metabolically-inactive-statement-ii-the-centrosome-undergoes-duplication-during-s-phase-of-interphase-in-the-light https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4MTcw-the-dissolution-of-synaptonemal-complex-occurs-during-1-pachytene2-diplotene-3-diakinesis4-leptotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4MTcy-doubling-of-the-number-of-chromosomes-can-be-achieved-by-disrupting-mitotic-cell-division-soon-after-1-anaphase-2-telophase-3-prophase-4-metaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4MjA5-during-which-stages-of-mitosis-and-meiosis-respectively-does-the-centromere-of-each-chromosome-split-1-metaphase-metaphase-ii-2-prophase-telophase-i-3-telophase-anaphase-i-4-anaphase-anaphase-ii-1-2-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4MjE5-which-one-of-the-following-is-the-quiescent-stage-of-cell-cycle-1-m2-g2-3-g14-g0-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4Mjc5-select-the-correct-sequence-of-substages-of-prophase-i-of-meiotic-division-a-zygotene-b-pachytene-c-diakinesis-d-leptotene-e-diplotene-choose-the-correct-answer-from-the-options-given-below-1-d-b-a-e https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODM4-given-below-are-two-statements-assertion-a-m-phase-is-also-known-as-equational-division-reason-r-in-mitosis-number-of-chromosomes-in-the-parent-and-the-progency-cells-is-the-same-1-both-a-and-r-are-tr https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODQz-given-below-are-two-statements-assertion-a-the-chromosomes-are-spread-through-the-cytoplasm-of-the-cell-in-the-metaphase-reason-r-complete-disintegration-of-the-nuclear-envelope-takes-place-in-the-met https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODQ1-given-below-are-two-statements-assertion-a-it-is-essential-for-a-cell-to-divide-to-restore-the-nucleo-cytoplasmic-ratio-reason-r-cell-growth-disturbs-the-nucleo-cytoplasmic-ratio-1-both-a-and-r-are-tr https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODQ3-given-below-are-two-statements-assertion-a-meiosis-does-not-occur-in-haploids-cells-reason-r-haploid-cells-do-not-form-gametes-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-an https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODQ5-given-below-are-two-statements-assertion-a-during-anaphase-1-of-meiosis-non-homologous-chromosomes-separate-reason-r-there-is-splitting-of-centromere-during-anaphase-1-1-both-a-and-r-are-true-and-r-is https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODUw-given-below-are-two-statements-assertion-a-in-anaphase-stage-chromatids-move-to-opposite-poles-reason-r-anaphase-is-the-shortest-phase-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-b https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODUy-given-below-are-two-statements-assertion-a-detailed-study-of-chromosome-morphology-is-done-at-metaphase-reason-r-at-metaphase-chromosomes-arrange-at-equatorial-plate-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODUz-given-below-are-two-statements-assertion-a-meiosis-introduces-new-combination-of-traits-in-the-progency-reason-r-meiosis-involves-crossing-over-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODU1-given-below-are-two-statements-assertion-a-cell-division-does-not-occur-in-asexually-reproducing-cells-reason-r-cell-division-is-always-equational-1-both-a-and-r-are-true-and-r-is-the-correct-explanat https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODU3-given-below-are-two-statements-assertion-a-meiosis-induces-new-combination-of-traits-in-organisms-reason-r-crossing-over-occurs-between-sister-chromatids-of-chromosomes-1-both-a-and-r-are-true-and-r-i https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODU5-during-vegetative-growth-in-multicellular-organisms-the-number-of-daughter-cells-produced-by-each-cell-division-is-1-six-2-two-3-four-4-eight-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODcz-at-the-onset-of-anaphase-1-chromosomal-material-condenses-2-nucleolus-golgi-complex-and-er-reform-3-chromosomes-move-to-spindle-equator-and-get-aligned-4-chromosomes-arranged-at-metaphase-plate-split https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODc1-which-of-the-following-stages-of-cell-are-considered-to-be-a-part-of-cell-cycle-a-g0-stage-b-post-mitotic-gap-phase-c-resting-phase-d-separation-of-cytoplasm-the-correct-ones-are-1-only-a-b-d-2-only-b https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODc3-the-most-dramatic-period-of-the-cell-cycle-does-not-involve-1-duplication-of-centrioles-2-disintegration-of-nuclear-envelope-3-decondensation-of-chromosomes-4-development-of-nuclear-envelope-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODc5-in-which-of-the-following-phases-of-cell-cycle-both-the-amount-of-dna-as-well-as-number-of-chromosomes-in-a-cell-is-said-to-be-double-as-compared-to-g1-phase-of-that-cell-1-metaphase-2-g2-phase-3-anap https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODgy-the-components-of-mitotic-apparatus-are-a-kinetochores-b-centromeres-c-asters-d-spindle-fibres-choose-the-correct-ones-1-b-and-d-2-c-and-d-3-a-and-c-4-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODg1-read-the-following-statements-and-select-the-correct-option-a-mitosis-is-seen-in-both-diploid-and-haploid-cells-b-meiosis-involves-two-sequential-cycles-of-nuclear-and-cell-division-but-only-a-single https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODg5-during-karyokinesis-of-mitosis-phase-nuclear-envelop-is-completely-absent-in-1-anaphase-and-telophase-2-prophase-and-telophase-3-metaphase-and-anaphase-4-metaphase-only-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4ODk4-the-structure-that-serves-as-site-of-attachment-of-spindle-fibres-is-1-made-up-of-histone-proteins-wrapped-around-by-dna-2-a-small-disc-shaped-structure-at-the-surface-of-centromere-3-terminal-end-of https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTAx-unidentical-chromatids-of-a-chromosome-move-to-opposite-poles-during-1-anaphase-ii-2-telophase-3-mitotic-anaphase-4-anaphase-i-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTA1-each-centrosome-radiates-out-microtubules-called-1-desmotubules-2-asters-3-centromeres-4-spindle-fibres-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTEw-if-22-chromosomes-are-present-at-g1-phase-the-cycle-then-the-number-of-chromosomes-after-g2-phase-will-be-1-44-2-22-3-66-4-11-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTE3-spindle-fibres-begin-to-form-during-i-and-attach-to-specific-site-of-chromosomes-during-ii-select-the-correct-option-to-fill-in-the-blanks-i-and-ii-i-ii-1-prophase-metaphase-2-anaphase-telophase-3-met https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTI0-what-will-be-the-dna-content-at-the-end-of-s-phase-of-cell-if-its-meiotic-products-have-8-pg-of-dna-in-each-cell-1-8-pg-2-16-pg-3-4-pg-4-32-pg-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTMx-chromosomes-of-the-future-nuclei-move-away-from-the-equatorial-plate-during-anaphase-of-a-mitosis-b-meiosis-i-c-meiosis-ii-the-correct-one-s-is-are-1-b-only-2-a-and-b-only-3-all-a-b-and-c-4-a-and-c-on https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTM2-the-structure-that-functions-as-a-simple-precursor-for-the-formation-of-new-cell-wall-during-cell-division-is-1-lamella-2-microtubule-3-vesicles-4-cell-plate-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTQy-find-the-odd-one-out-for-g1-phase-from-the-following-1-most-of-the-cell-organelles-duplicate-here-2-involves-protein-synthesis-3-centriole-duplicates-in-cytoplasm-4-rna-formation-occurs-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTQ2-mitosis-or-equational-division-in-haploid-cells-is-seen-1-only-in-some-lower-plants-2-both-in-plants-and-animals-3-in-most-of-the-animals-4-only-in-some-higher-plants-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTUy-bivalents-1-are-formed-in-pachytene-stage-2-are-made-up-of-two-non-homologous-chromosomes-3-are-stabilized-by-synaptonemal-complex-4-consist-of-two-chromatids-only-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTU4-which-process-restores-the-diploid-phase-in-life-cycle-of-sexually-reproducing-organisms-1-fertilisation-2-mitosis-3-plasmogamy-4-meiosis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTYx-the-phase-of-cell-division-which-is-typically-longer-and-more-complex-as-compared-to-others-is-1-telophase-of-mitosis-2-prophase-of-meiosis-i-3-prophase-of-mitosis-4-prophase-of-meiosis-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTYz-under-the-microscope-we-cannot-see-chromosome-in-which-of-the-following-phases-of-cell-division-1-leptotene-2-anaphase-3-diakinesis-4-late-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTcw-select-the-incorrect-match-from-the-following-column-i-column-ii-1-recombinase-do-not-function-in-nucleoplasm-2-crossing-over-enzyme-mediated-process-3-diakinesis-represents-transition-to-metaphase-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTgx-a-process-that-is-common-to-metaphases-of-mitosis-meiosis-i-as-well-as-meiosis-ii-is-1-alignment-of-chromosome-at-equatorial-plate-2-attachment-of-spindle-fibres-from-centrioles-to-both-of-the-kinetoc https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY4OTg1-the-process-that-increases-the-genetic-variability-in-the-population-of-organisms-from-one-generation-to-the-next-is-1-synthesis-of-extra-dna-during-s-phase-of-cell-cycle-2-pairing-of-homologous-chrom https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc4NjA5-what-will-be-the-dna-content-and-number-of-chromosomes-in-a-cell-of-after-s-phase-as-compared-to-the-gamete-of-the-same-organism-1-same-dna-content-but-double-chromosome-number-2-four-times-dna-conten https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc4NjU5-synaptonemal-complex-is-formed-1-during-anaphase-2-during-metaphase-3-during-prophase-ii-4-during-prophase-i-of-meiosis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc4NzY5-above-diagram-represents-1-metaphase-i-2-anaphase-i-3-metaphase-ii-4-anaphase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc4ODI1-synaptonemal-complex-is-formed-1-during-anaphase-2-during-metaphase-3-during-prophase-ii-4-during-prophase-i-of-meiosis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc4ODQ4-post-mitotic-gap-phase-is-characterised-by-all-except-1-synthesis-of-rna-and-nucleotides-2-no-change-in-dna-content-3-synthesis-of-histone-proteins-4-growth-phase-of-the-cell-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc5NDI0-match-the-following-column-i-with-column-ii-column-i-column-ii-a-carcinogen-1-cancerous-tumour-b-anaphase-i-2-disjunction-c-mitotsis-3-synapsis-d-zygotene-4-plectonemic-coiling-a-b-c-d-1-1-2-4-3-2-3-1 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDA4MTE3-consider-the-given-two-statements-statement-i-at-metaphase-i-the-chromosomes-align-at-the-equator-and-the-microtubules-from-opposite-poles-of-the-spindle-get-attached-to-the-kinetochores-of-sister-chr https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDA4MTE4-in-meiosis-the-splitting-of-the-centromere-of-each-chromosome-takes-place-during-1-metaphase-i-2-metaphase-ii-3-anaphase-i-4-anaphase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDA4MTE5-consider-the-given-two-statements-assertion-a-meiosis-is-the-mechanism-by-which-conservation-of-specific-chromosome-number-of-each-species-is-achieved-across-generations-in-sexually-reproducing-organi https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDU1MDgx-spindle-fibers-attach-to-kinetochores-of-chromosomes-during-1-metaphase-2-anaphase-3-telophase-4-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDU1MDgy-given-below-are-two-statements-statement-i-chromosomes-become-gradually-visible-under-light-microscope-during-leptotene-stage-statement-ii-the-begining-of-diplotene-stage-is-recognized-by-dissolution https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDU1MTE1-match-list-i-with-list-ii-list-i-sub-phase-of-prophase-i-list-ii-specific-characters-a-diakinesis-i-synaptonemal-complex-formation-b-pachytene-ii-completion-of-terminalisation-of-chiasmata-c-zygotene https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDU1MTIz-following-are-the-stages-of-cell-division-a-gap-2-phase-b-cytokinesis-c-synthesis-phase-d-karyokinesis-e-gap-i-phase-choose-the-correct-sequence-of-stages-from-the-options-given-below-1-e-b-d-a-c-2-b https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDU2NzU2-which-of-the-following-represents-sister-chromatids-in-the-given-figure-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzQz-identify-the-correct-statements-regarding-g1-phase-of-the-cell-cycle-i-it-is-the-post-mitotic-gap-phase-ii-the-cell-is-metabolically-active-and-grows-continuously-iii-cell-replicates-its-dna-1-only-ii https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzQ0-what-would-be-the-dna-content-and-chromosome-number-in-a-cell-at-the-end-of-s-phase-with-2c-dna-content-and-2n-chromosome-number-in-g1-1-4c-and-4n-2-2c-and-4n-3-4c-and-2n-4-2c-and-2n-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzQ2-the-cells-in-the-quiescent-stage-g0-phase-of-the-cell-cycle-1-exit-from-the-s-phase-2-continue-the-events-of-cell-cycle-and-complete-the-division-3-are-metabolically-active-4-cannot-ever-proliferate-1 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzQ4-the-phase-of-the-cell-cycle-during-which-dna-replication-takes-place-is-1-g1-phase-2-s-phase-3-g2-phase-4-m-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzUw-the-centrosome-duplicates-during-1-early-prophase-2-late-prophase-3-s-phase-4-g2-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc1ODA0-in-g1-phase-a-cell-has-2n-chromosome-content-and-2c-dna-content-the-chromosome-and-dna-content-at-the-end-of-s-phase-in-this-cell-would-be-1-1n-1c-2-2n-2c-3-2n-4c-4-4n-4c-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQyMzYx-identify-the-incorrect-statement-regarding-the-cell-cycle-of-a-typical-eukaryotic-cell-1-the-interphase-lasts-more-than-95-of-the-duration-of-the-cell-cycle-2-m-phase-starts-with-the-nuclear-division https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzQ5-the-correct-chronology-of-stages-of-karyokinesis-in-mitosis-is-1-prophase-anaphase-metaphase-telophase-2-prophase-metaphase-anaphase-telophase-3-prophase-metaphase-telophase-anaphase-4-telophase-anaph https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzQ3-mitosis-is-also-called-equational-division-because-1-the-number-of-chromosomes-in-both-daughter-cells-are-the-same-2-the-sum-of-the-number-of-chromosomes-in-two-daughter-cells-is-equal-to-the-number-o https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzUy-prophase-of-mitosis-is-not-characterized-by-1-condensation-of-chromatin-2-migration-of-centrosomes-to-opposite-poles-3-formation-of-mitotic-apparatus-4-pairing-of-homologous-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzU3-the-start-of-the-second-phase-of-mitosis-metaphase-is-marked-by-1-complete-disintegration-of-the-nuclear-envelope-2-alignment-of-chromosomes-at-the-equatorial-plate-3-de-condensation-of-chromatin-4-re https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzU5-consider-the-given-two-statements-i-morphology-of-chromosomes-is-best-studied-at-metaphase-ii-at-this-stage-a-chromosome-is-made-up-of-two-sister-chromatids-held-together-at-the-centromere-1-both-i-an https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzYy-all-the-following-key-events-take-place-during-telophase-of-mitosis-except-1-chromosomes-cluster-at-the-opposite-spindle-poles-2-chromosomes-become-discrete-3-nuclear-envelope-reforms-4-nucleolus-er-a https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzcw-during-which-stage-of-mitosis-do-the-following-events-occur-i-centromeres-split-and-chromatids-separate-ii-chromatids-move-to-opposite-poles-1-prophase-2-metaphase-3-anaphase-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzgw-identify-the-correct-statement-amongst-the-following-1-crossing-over-occurs-in-prophase-i-of-meiosis-and-metaphase-of-mitosis-2-dna-replication-occurs-once-prior-to-mitosis-and-twice-prior-to-meiosis https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI1NTI3-consider-the-following-two-statements-i-plant-cells-undergo-cytokinesis-in-a-different-manner-than-the-animal-cells-ii-plant-cells-are-enclosed-by-a-relatively-inextensible-cell-wall-of-the-two-statem https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzY2-liquid-endosperm-in-coconut-forms-due-to-1-failure-of-cytokinesis-after-karyokinesis-2-failure-of-karyokinesis-before-cytokinesis-3-disruption-of-spindle-fibers-at-metaphase-4-continued-dna-replicatio https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc1ODEw-the-components-of-nuclear-envelope-are-dismantled-during-1-prophase-and-reconstructed-during-telophase-2-prophase-and-reconstructed-during-anaphase-3-metaphase-and-reconstructed-during-telophase-4-met https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzc2-all-the-following-are-significances-of-mitosis-except-1-restoration-of-nuclear-cytoplasmic-ratio-2-growth-of-living-organisms-3-replacement-of-lost-cells-4-generation-of-genetic-variation-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzgy-males-produce-gametes-by-mitosis-in-1-honey-bees-2-grasshopper-3-birds-4-drosophila-melanogaster-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxNjE3-in-meiosis-1-a-single-round-of-dna-replication-is-followed-by-two-sequential-divisions-with-chromosome-number-and-dna-content-getting-reduced-twice-2-a-single-round-of-dna-replication-is-followed-by-t https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzg3-meiosis-results-in-the-formation-of-1-two-genetically-identical-diploid-cells-2-two-genetically-non-identical-diploid-cells-3-four-genetically-identical-haploid-cells-4-four-genetically-non-identical https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMDM2-synapsis-occurs-between-1-mrna-and-ribosomes-2-spindle-fibers-and-centromere-3-two-homologous-chromosomes-4-a-male-and-a-female-gamete-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMDQy-the-enzyme-recombinase-is-required-at-which-stage-of-meiosis-1-pachytene-2-zygotene-3-diplotene-4-diakinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzcz-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-answer-from-the-codes-given-below-column-i-column-ii-a-zygotene-a-pairing-of-homologous-chromosomes-b-pachytene-b-appearance-of https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzc4-the-correct-chronology-of-stages-of-prophase-i-is-1-leptotene-zygotene-pachytene-diplotene-diakinesis-2-leptotene-pachytene-zygotene-diplotene-diakinesis-3-leptotene-zygotene-pachytene-diakinesis-dipl https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzgx-which-of-the-following-stages-of-prophase-i-of-meiosis-i-can-last-for-many-months-or-years-in-certain-vertebrate-oocytes-1-zygotene-2-pachytene-3-diplotene-4-diakinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzgz-the-paired-homologues-seen-during-zygotene-of-meiosis-i-are-known-as-1-bivalent-2-tetrad-3-mitotic-apparatus-4-sister-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzg0-which-of-the-following-is-not-a-feature-of-diakinesis-stage-of-prophase-i-of-meiosis-i-1-terminalization-of-chiasmata-2-meiotic-spindle-assembling-to-prepare-separation-of-homologues-3-decondensation https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMzkx-the-beginning-of-diplotene-is-recognized-by-i-dissolution-of-the-synaptonemal-complex-ii-the-tendency-of-recombined-homologues-of-bivalents-to-separate-iii-tetrads-becoming-clearly-visible-1-only-i-an https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxNDA5-during-anaphase-i-of-meiosis-1-homologous-chromosomes-separate-2-non-homologous-autosomes-separate-3-sister-chromatids-separate-4-non-sister-chromatids-separate-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI1NTEz-a-ribbon-like-structure-consisting-of-three-protein-components-and-extending-across-the-region-of-synapsed-chromosomes-during-the-prophase-of-meiosis-is-called-1-phragmoplast-2-phragmosome-3-synaptone https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI1NTE0-the-point-of-contact-between-paired-chromatids-during-meiosis-resulting-in-a-cross-shaped-configuration-and-representing-the-cytological-manifestation-of-crossing-over-is-called-1-centromere-2-centros https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI1NTE4-with-respect-to-meiosis-when-does-dna-replication-occur-1-before-meiosis-i-only-2-after-meiosis-i-only-3-before-and-after-meiosis-i-4-after-meiosis-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI1NTIy-during-meiosis-the-bivalent-chromosomes-clearly-appear-as-tetrads-first-at-1-zygotene-of-prophase-i-2-pachytene-of-prophase-i-3-metaphase-i-4-anaphase-i-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI1NTI0-during-diakinesis-of-prophase-i-i-terminalisation-of-chiasmata-takes-place-ii-meiotic-spindle-is-assembled-iii-nucleolus-disappears-and-the-nuclear-membrane-breaks-down-the-correct-statements-are-1-i https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc1Nzk3-the-cell-shown-in-the-diagram-is-most-likely-at-1-metaphase-i-2-metaphase-ii-3-anaphase-i-4-anaphase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc1ODA3-large-protein-complexes-on-the-synaptonemal-complex-between-two-synapsed-homologous-chromosomes-are-called-as-1-kinetochore-2-chiasmata-3-recombination-nodules-4-telomeres-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxNjE4-the-mechanisms-that-contribute-to-the-genetic-variation-arising-from-sexual-reproduction-include-i-independent-assortment-of-chromosomes-ii-crossing-over-iii-random-fertilization-1-i-and-ii-only-2-i-a https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI1NTE1-organisms-prefer-sexual-mode-of-reproduction-in-adverse-conditions-because-1-it-leads-to-a-rapid-proliferation-of-numbers-2-it-requires-two-individuals-that-can-support-the-progeny-3-it-is-less-energy https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTgwMzU3-dna-replication-takes-place-during-1-g1g1g1-phase-2-g2g2g2-phase-3-s-phase-4-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc2MDgx-what-is-the-inactive-stage-called-where-cells-exit-the-g1-phase-and-do-not-divide-further-but-remain-metabolically-active-1-g2-phase-2-s-phase-3-m-phase-4-g0-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NTQ2MjM-correct-sequence-of-stages-in-cell-cycle-is-1-g111-s-g222-m-2-g111-g222-s-m-3-m-s-g111-g222-4-g222-g111-m-s-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc2MDgw-what-percentage-of-the-cell-cycle-duration-does-the-interphase-last-in-a-typical-human-cell-with-a-24-hour-cycle-1-about-50-2-about-75-3-more-than-95-4-less-than-50-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTMyODg2-in-the-24-hour-average-duration-of-cell-cycle-of-a-human-cell-cell-division-proper-lasts-for-1-only-one-hour-2-about-six-hours-3-nearly-10-hours-4-almost-20-hours-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1Mjg3-the-following-diagram-refers-to-a-typical-cell-cycle-identify-the-parts-marked-as-x-y-and-z-1-x-g1-y-s-z-g2-2-x-g2-y-s-z-g1-3-x-g0-y-s-z-g2-4-x-g1-y-g2-z-g0-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc2NDI2-consider-the-given-statements-regarding-the-24-hour-average-duration-of-cell-cycle-of-a-human-cell-i-the-m-phase-represents-the-phase-when-the-actual-cell-division-takes-place-ii-the-interphase-repres https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTEzMTYx-the-number-of-chromosomes-in-g1g1g1-phase-is-36-the-number-of-chromosomes-in-s-phase-is-1-36-2-18-3-22-4-37-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTEzMTU4-yeast-can-progress-through-the-cell-cycle-in-about-1-90-sec-2-90-min-3-90-hrs-4-90-yrs-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDUwNjg0-match-the-phases-of-the-cell-cycle-with-their-descriptions-column-i-column-ii-1-g1-phase-a-dna-replication-2-s-phase-b-mitosis-3-g2-phase-c-cell-growth-and-preparation-for-dna-synthesis-4-m-phase-d-pr https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDgzNzc2-the-dna-content-of-a-cell-at-g1-phase-is-2c-what-will-be-the-dna-content-after-s-phase-1-2c-2-4c-3-6c-4-8c-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTA3ODk0-in-which-of-the-following-conditions-does-a-eukaryotic-cell-exit-the-cell-cycle-to-enter-the-g0-phase-1-when-the-cell-is-actively-dividing-to-replace-dead-cells-2-when-the-dna-synthesis-phase-is-incom https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTEzMTU2-the-phase-between-the-two-successive-m-phase-is-called-as-1-metaphase-2-anaphase-3-prophase-4-interphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ5MDg4-the-fruit-fly-has-8-chromosomes-2n-in-each-cell-during-the-interphase-of-mitosis-if-the-number-of-chromosomes-at-g1-phase-is-8-what-would-be-the-number-of-chromosomes-after-the-s-phase-1-4-2-32-3-8-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NTQ2MDg-which-of-the-following-is-correct-about-cell-cycle-1-all-events-occur-in-coordinated-manner-2-all-events-are-under-genetic-control-3-dna-synthesis-occurs-only-during-one-specific-stage-in-the-cell-cyc https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM1Mzgw-identify-the-correct-statement-with-regard-to-g1g1g1-phase-gap-1-of-interphase-1-the-reorganisation-of-all-cell-components-takes-place-2-the-cell-is-metabolically-active-grows-but-does-not-replicate-i https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MjU3-consider-the-given-two-statements-i-during-g1-phase-the-cell-is-metabolically-active-and-continuously-grows-but-does-not-replicate-its-dna-ii-during-g2-phase-proteins-are-synthesized-in-preparation-fo https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDgwNzM2-the-life-cycle-of-a-sexually-reproducing-organism-includes-1-mitosis-2-meiosis-3-fusion-of-sex-cells-4-a-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzYxNjI4-assertion-a-cell-division-dna-replication-and-cell-growth-have-to-take-place-in-a-coordinated-way-reason-r-this-well-coordinated-way-ensures-correct-division-and-formation-of-progeny-cells-containing https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1Mjcz-interphase-1-includes-karyokinesis-and-cytokinesis-2-some-time-called-resting-phase-is-the-preparatory-phase-for-division-in-which-cell-undergoes-growth-and-dna-replication-in-an-order-3-is-the-shorte https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc1Nzky-normal-cellular-activities-such-as-protein-synthesis-occur-primarily-during-1-prophase-2-metaphase-3-anaphase-4-interphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTU0MTQw-consider-the-following-statements-about-cell-cycle-a-the-m-phase-is-the-longest-phase-of-the-cell-cycle-b-interphase-comprises-g-s-and-g-phases-c-dna-replication-occurs-during-s-phase-d-g-phase-repres https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzY1NDE5-onion-root-tip-cells-have-16-chromosomes-what-will-be-the-number-of-chromosomes-in-this-cell-at-the-end-of-s-phase-1-4-2-8-3-16-4-32-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDgzNzg0-the-relationship-between-mitosis-and-the-cell-cycle-is-that-1-mitosis-is-the-entire-cell-cycle-2-mitosis-is-a-stage-within-the-cell-cycle-3-the-cell-cycle-occurs-independently-of-mitosis-4-mitosis-and https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTk3NDg1-the-sequence-of-events-by-which-cells-duplicate-their-genome-synthesize-the-other-components-of-cell-which-eventually-distribute-into-two-daughter-cells-is-called-1-quiescent-stage-2-generation-time-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MzMy-which-of-the-following-cells-are-not-constantly-replaced-1-blood-cells-2-cells-of-inner-lining-of-gut-3-brain-cells-4-the-cells-of-upper-layer-of-epidermis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTMxNDA0-zea-mays-cell-seen-at-interphase-has-10-chromosomes-2n-10-what-would-be-the-number-of-chromosomes-in-this-cell-at-the-end-of-s-phase-1-5-2-10-3-20-4-40-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTU0MTU3-centrosome-duplication-occurs-during-which-phase-of-cell-cycle-1-g1-phase-in-preparation-for-s-phase-2-s-phase-simultaneously-with-dna-replication-3-g2-phase-in-preparation-for-mitosis-4-early-prophas https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc1MzY1-during-cell-cycle-time-taken-for-the-completion-of-m-phase-is-1-5-10-of-the-total-cell-cycle-2-10-20-of-the-total-cell-cycle-3-30-40-of-the-total-cell-cycle-4-40-60-of-the-total-cell-cycle-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIxMDM1-given-below-is-a-schematic-break-up-of-the-phases-stages-of-cell-cycle-which-one-of-the-following-is-the-correct-indication-of-the-stage-phase-in-the-cell-cycle-1-c-karyokinesis-2-d-synthetic-phase-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTc2MDI3-the-cell-cycle-consists-of-1-mitosis-and-cytokinesis-2-interphase-and-m-phase-3-mitosis-only-4-synthesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc1ODM1-the-spindle-fibers-formed-during-mitosis-connect-to-the-1-nucleoli-2-sugar-phosphate-strands-3-kinetochores-4-nuclear-membrane-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MzE5-the-plane-of-alignment-of-chromosomes-at-metaphase-is-referred-as-1-metaphase-line-2-metaphase-plate-3-metaphase-area-4-metaphase-shape-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc1Nzc5-in-eukaryotic-cell-division-the-process-of-cytoplasmic-division-is-called-1-cytokinesis-2-cytomeiosis-3-cytoplasmosis-4-cytomitosis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MzIz-the-reformation-of-nuclear-envelope-nucleolus-golgi-complex-and-er-occurs-in-1-prophase-2-metaphase-3-anaphase-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc1Nzk0-which-of-the-following-is-the-correct-sequence-of-phases-in-mitosis-1-telophase-metaphase-anaphase-prophase-2-metaphase-telophase-prophase-anaphase-3-prophase-metaphase-anaphase-telophase-4-anaphase-m https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ5MDg3-spindle-fibres-attach-on-to-1-kinetochore-of-the-chromosome-2-centromere-of-the-chromosome-3-kinetosome-of-the-chromosome-4-telomere-of-the-chromosome-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzExMzEz-which-of-the-following-is-not-a-phase-of-karyokinesis-1-interkinesis-2-prophase-3-metaphase-4-anaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MzEy-mitotic-apparatus-1-two-asters-2-spindle-fibres-3-centrosomes-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDYyNDYw-cytokinesis-in-plant-cells-differs-from-cytokinesis-in-animal-cells-primarily-because-1-plant-cells-do-not-undergo-cytokinesis-2-animal-cells-use-a-cell-plate-mechanism-while-plant-cells-use-a-cleavag https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MzI4-if-karyokinesis-is-not-followed-by-cytokinesis-1-multinucleated-2-syncytium-3-liquid-endosperm-in-coconut-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MzI3-the-simple-precursor-of-cell-wall-in-plant-cell-is-1-cell-plate-2-cell-sap-3-cell-membrane-4-cytosol-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MzEz-which-of-the-following-cellular-components-can-be-seen-at-the-end-of-prophase-1-golgi-bodies-2-er-3-nucleolus-4-compact-mitotic-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MzI1-the-furrow-gradually-deepens-and-ultimately-joins-in-the-centre-dividing-the-cell-cytoplasm-into-two-here-the-cell-is-1-animal-cell-2-plant-cell-3-both-a-and-b-4-only-root-tip-cells-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU4NjAy-identify-a-b-c-and-d-stages-of-mitosis-in-the-figure-given-below-1-a-late-prophase-b-early-prophase-c-transition-to-metaphase-2-a-early-prophase-b-late-prophse-c-metaphase-3-a-early-prophase-b-anaphas https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MzMz-mitotic-divisions-result-in-continuous-growth-of-plants-throughout-their-life-in-the-1-meristematic-tissue-2-apical-and-lateral-cambium-3-both-a-and-b-4-cells-of-maturation-zone-of-root-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM4NDY1-all-are-the-significance-of-mitosis-except-1-production-of-daughter-cells-with-identical-genetic-complement-2-restoration-of-nucleocytoplasmic-ratio-3-plays-important-role-in-evolution-by-inducing-var https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTA1NTk4-consider-the-following-statements-regarding-the-significance-of-mitosis-statement-1-mitosis-is-crucial-for-growth-and-development-in-multicellular-organisms-as-it-produces-genetically-identical-cells https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDA4MTA0-identify-the-incorrect-statement-regarding-mitosis-1-mitosis-usually-results-in-the-production-of-haploid-daughter-cells-with-variable-genetic-complement-2-the-growth-of-multicellular-organisms-is-due https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjMxMTg5-which-of-the-events-listed-below-is-not-observed-during-mitosis-1-chromatin-condensation-2-movement-of-centrioles-to-opposite-poles-3-appearance-of-chromosomes-with-two-chromosomes-joined-together-at https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM4NDEz-prophase-of-the-mitotic-division-is-1-longer-and-more-complex-than-prophase-l-of-meiosis-2-shorter-and-less-complex-than-prophase-l-of-meiosis-3-longer-and-less-complex-than-prophase-l-of-meiosis-4-sh https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY0MTU4-centromere-is-required-for-1-movement-of-chromosomes-toward-poles-2-cytoplasmic-cleavage-3-crossing-over-4-transcription-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTExMjk3-restoration-of-the-nucleo-cytoplasmic-ratio-in-growing-cells-is-achieved-through-1-dna-replication-in-the-s-phase-2-condensation-of-chromosomes-during-prophase-3-alignment-of-chromosomes-at-metaphase https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc1OTI5-liquid-endosperm-in-coconut-results-due-to-1-karyokinesis-followed-by-cytokinesis-2-failure-of-karyokinessis-followed-by-cytokinesis-3-karyokinesis-twice-followed-by-single-cytokinesis-4-karyokinesis https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzExMjk4-the-above-graph-shows-the-change-in-dna-content-during-various-phases-a-to-d-in-a-typical-mitotic-cell-cycle-identify-the-phases-a-b-c-d-1-g2-g1-s-m-2-g-s-g2-m-3-g1-s-g2-m-4-m-g1-s-g2-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ1MzU4-which-one-of-the-following-occurs-during-anaphase-of-mitosis-in-a-healthy-human-liver-cell-1-chromatin-condenses-so-that-the-chromosomes-are-visible-under-the-microscope-2-centrioles-migrate-to-opposi https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MjY0-chromosomes-decondense-into-diffuse-chromatin-1-at-the-end-of-telophase-2-at-the-beginning-of-prophase-3-at-the-end-of-interphase-4-at-the-end-of-metaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTgwMzkw-place-stages-of-prophase-i-in-correct-order-1-diakinesis-diplotene-leptotene-pachytene-zygotene-2-diplotene-leptotene-pachytene-zygotene-diakinesis-3-leptotene-pachytene-diakinesis-diplotene-zygotene https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDgwNzQw-you-would-expect-to-find-a-synaptonemal-complex-in-a-cell-at-1-mitotic-prophase-2-meiotic-prophase-i-3-meiotic-prophase-ii-4-meiotic-anaphase-i-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc2NzQ1-crossing-over-takes-place-during-which-phase-of-meiosis-1-prophase-of-meiosis-i-2-prophase-of-meiosis-ii-3-anaphase-of-meiosis-i-4-anaphase-of-meiosis-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU1MzY0-which-of-the-following-phases-is-equivalent-to-anaphase-ii-1-anaphase-2-metaphase-i-3-interkinesis-4-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ5MDg5-crossing-over-that-results-in-genetic-recombination-in-higher-organisms-occurs-between-1-non-sister-chromatids-of-a-bivalent-2-two-daughter-nuclei-3-two-different-bivalents-4-sister-chromatids-of-a-bi https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc2MDg4-consider-the-given-two-statements-statement-i-meiosis-results-in-the-reduction-of-chromosome-number-by-half-statement-ii-meiosis-increases-the-genetic-variability-in-the-population-of-organisms-from-o https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTM0MTY-synapsis-occurs-between-1-a-male-and-a-female-gamete-2-mrna-and-ribosomes-3-spindle-fibres-and-centromere-4-two-homologous-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTY4NTA3-diakinesis-is-characterised-by-1-chromosome-uncoiling-2-dna-synthesis-3-terminalisation-of-chiasmata-4-cytokinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTIwMjA-the-complex-formed-by-a-pair-of-synapsed-homologous-chromosomes-is-called-1-kinetochore-2-bivalent-3-axoneme-4-equatorial-plate-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTA2NjE2-concerning-mammalian-reproduction-which-of-the-following-is-false-1-fertilisation-involves-the-fusion-of-two-gametes-2-reproduction-is-sexual-and-the-offspring-display-genetic-variation-3-reproduction https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc2MDg3-during-anaphase-i-what-happens-to-the-homologous-chromosomes-and-the-sister-chromatids-1-homologous-chromosomes-separate-and-sister-chromatids-remain-associated-at-their-centromeres-2-homologous-chrom https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDgwNzQx-a-chiasma-links-a-pair-of-1-homologous-chromosomes-at-prophase-ii-2-homologous-chromosomes-at-late-prophase-i-3-sister-chromatids-at-metaphase-ii-4-sister-chromatids-at-mitotic-metaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NTQ2NTA-the-longest-phase-of-meiosis-l-is-1-metaphase-l-2-prophase-l-3-anaphase-l-4-telopase-l-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzM0Mzk0-which-stage-of-meiotic-prophase-shows-terminalisation-of-chiasmata-as-its-distincitve-feature-1-diakinesis-2-pachytene-3-leptotene-4-zygotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTExMzAx-what-is-the-primary-characteristic-of-interkinesis-in-meiosis-1-a-phase-of-rapid-dna-replication-2-the-alignment-of-homologous-chromosomes-for-meiosis-ii-3-the-separation-of-sister-chromatids-into-dau https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTA3OTAw-which-of-the-following-events-is-unique-to-meiosis-i-and-does-not-occur-in-meiosis-ii-1-pairing-of-homologous-chromosomes-and-formation-of-bivalents-2-alignment-of-chromosomes-at-the-metaphase-plate-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDYzNDkz-regarding-meiosis-and-mitosis-one-difference-between-the-two-forms-of-cellular-reproduction-is-that-in-meiosis-1-there-is-one-round-of-cell-division-whereas-in-mitosis-there-are-two-rounds-of-cell-div https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTA3OTAx-what-is-the-precise-role-of-the-synaptonemal-complex-during-prophase-i-of-meiosis-1-it-aligns-sister-chromatids-of-homologous-chromosomes-to-facilitate-centromere-separation-2-it-stabilizes-homologous https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTY4NTgy-a-researcher-examines-a-cell-in-prophase-i-and-observes-that-the-chromosomes-appear-as-long-single-threads-with-visible-chromomeres-bead-like-thickenings-the-homologous-chromosomes-are-not-yet-paired https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU4MjQy-diplotene-stage-is-initiated-by-1-synaptonemal-complex-development-2-dissolution-of-synaptonemal-complex-3-disappearance-of-nuclear-membrane-and-nucleolus-completely-4-starting-of-spindle-formation-1 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTY4NTA0-a-cell-shows-chiasmata-under-microscope-these-are-sites-of-1-cleavage-formation-2-chromatid-splitting-3-kinetochore-formation-4-crossing-over-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTQ2MDg1-in-meiosis-dna-replication-occurs-1-only-once-before-meiosis-i-2-only-once-before-meiosis-ii-3-twice-once-before-meiosis-i-and-once-during-interkinesis-4-twice-once-before-meiosis-i-and-once-during-an https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTc2MDQ3-meiosis-results-in-a-change-in-chromosomal-number-as-shown-by-1-2n-to-2n-2-2n-to-n-3-n-to-2n-4-n-to-n-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTMwNjg1-in-g222-phase-of-cell-cycle-1-rna-synthesis-stops-2-dna-replicates-3-deoxyribonucleotide-synthesis-begins-4-tubulin-protein-synthesis-takes-place-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NzQ1MTI-during-cell-cycle-events-are-under-1-genetic-control-2-metabolic-control-3-cytoplasmic-control-4-mitochondrial-control-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTA5NzYw-which-one-of-the-following-features-differentiates-g2-phase-from-g1-phase-1-synthesis-of-proteins-2-4c-content-of-dna-3-2c-content-of-dna-4-synthesis-of-rna-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTE5Mjgx-during-what-phase-in-the-cell-cycle-would-you-find-the-most-dna-per-cell-1-g1-2-g2-3-s-4-prophase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTE3ODk-consider-the-following-four-statements-i-iv-related-to-cell-cycle-and-select-the-correct-option-stating-them-as-true-t-and-false-f-i-cell-growth-in-terms-of-cytoplasmic-increase-is-a-continuous-proces https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI2NDc1-most-of-the-organelle-duplication-occurs-during-which-phase-1-g1-2-g2-3-s-4-m-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzA0NjU-when-a-cell-stops-growing-say-due-to-shortage-of-nutrients-this-will-occur-in-which-phase-of-the-cell-cycle-1-g0g0g0-2-g1g1g1-3-s-4-g2g2g2-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc2MDA3-which-phase-of-mitosis-is-essentially-the-reverse-of-prophase-in-terms-of-nuclear-changes-1-s-phase-2-anaphase-3-telophase-4-interphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTM4MTQ0-which-is-the-characteristic-feature-of-metaphase-1-spindle-fibres-attach-to-kinetochores-of-chromosomes-2-initiation-of-condensation-of-chromosomal-material-3-chromosomes-cluster-at-opposite-spindle-p https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTIzMTkw-major-event-that-occurs-during-anaphase-of-mitosis-which-brings-about-equal-distribution-of-chromosomes-is-1-condensation-of-chromatin-2-replication-of-genetic-material-3-splitting-of-centromere-4-pai https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTE0Nzk5-when-a-cell-is-viewed-under-the-microscope-it-does-not-show-golgi-complex-endoplasmic-reticulum-nucleolus-nuclear-envelope-in-which-stage-of-cell-division-1-early-prophase-2-late-prophase-3-interphase https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTk0NTUx-in-which-stage-of-mitosis-shape-of-chromosomes-is-best-studied-1-prophase-2-metaphase-3-interphase-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NzQzMjg-initiation-of-the-assembly-of-mitotic-spindle-and-the-complete-disintegration-of-the-nuclear-envelope-can-be-observed-in-respectively-1-prophase-and-anaphase-i-2-metaphase-and-telophase-3-prophase-and https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTk0OTE5-congression-of-chromosomes-is-seen-in-1-prophase-2-metaphase-3-anaphase-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc1NTA1-chromatin-condensation-and-movement-of-duplicated-centriole-towards-opposite-pole-can-be-observed-during-1-prophase-2-metaphase-3-anaphase-4-telophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzA4MTA-the-following-cell-undergoing-mitosis-is-at-1-early-prophase-2-late-prophase-3-transition-to-metaphase-4-early-metaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTMzNDcy-during-mitosis-endoplasmic-reticulum-and-nucleolus-begin-to-disappear-at-1-late-metaphase-2-early-prophase-3-late-prophase-4-early-metaphase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU4NzEy-mark-the-correct-statement-1-the-stage-between-two-successive-meiotic-division-is-generally-long-lived-2-in-plant-cells-wall-formation-starts-in-the-centre-of-the-cell-and-grows-outward-to-meet-the-ex https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc0OTg0-identify-the-symbols-a-b-and-c-in-the-figure-given-below-a-b-c-1-g0-prophase-cytokinesis-2-prophase-metaphase-telophase-3-g1-s-g2-4-cytokinesis-prophase-g0-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI1MzA2-match-the-column-i-with-column-ii-column-i-column-ii-1-terminalization-of-chiasmata-a-zygotene-2-synapsis-b-diplotene-3-crossing-over-c-metaphase-i-4-dissolution-of-synaptonemal-complex-d-diakinesis-5 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc1MzY5-following-are-the-events-occurs-during-meiosis-a-appearance-of-chiasmata-b-synapsis-c-assembly-of-meiotic-spindle-d-use-of-recombinase-enzyme-choose-the-correct-sequence-1-a-b-c-d-2-b-d-a-c-3-d-c-b-a https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTM4MTQ1-which-stage-of-meiosis-i-is-characterized-by-the-appearance-of-recombination-nodules-1-diplotene-2-zygotene-3-diakinesis-4-pachytene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTA5NzU3-the-synaptonemal-complex-is-formed-during-a-stage-and-dissolves-during-b-stage-complete-the-above-statement-by-choosing-the-correct-option-for-a-and-b-a-b-1-diplotene-diakinesis-2-leptotene-zygotene-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI2NDc3-which-of-the-following-is-not-related-to-formation-of-bivalent-1-synapsis-2-recombinase-3-zygotene-4-synaptonemal-complex-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTkzMzE0-the-stage-during-which-chiasmata-becomes-visible-is-1-pachytene-2-diplotene-3-diakinesis-4-zygotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTk1NjUz-the-complex-formed-by-a-pair-of-synapsed-homologous-chromosomes-is-1-dyad-2-tetrad-3-bivalent-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NjU2NDA-which-of-the-following-stages-of-meiosis-i-of-prophase-i-is-not-correctly-matched-with-events-occurring-during-that-stage-stage-event-1-zygotene-pairing-between-homologous-chromosomes-2-pachytene-cros https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI2MDQw-crossing-over-occurs-just-prior-to-1-pachytene-2-diplotene-3-diakinesis-4-zygotene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI2NDc0-each-pole-receives-half-the-chromosome-number-of-the-parent-cell-is-true-for-which-stage-1-anaphase-ii-2-anaphase-i-3-telophase-i-4-telophase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTk2Nzk5-metaphase-i-is-different-from-mitotic-metaphase-as-in-the-later-case-1-two-metaphasic-plates-are-formed-2-tetrads-are-arranged-at-the-equator-3-single-metaphasic-plate-is-formed-4-homologous-chromosom https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTEyNjY-match-the-following-column-i-with-column-ii-column-i-column-ii-a-synapsis-aligns-homologous-chromosomes-i-anaphase-ii-b-synthesis-of-rna-and-protein-ii-zygotene-c-action-of-enzyme-recombinase-iii-g2-p https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU4NzE2-choose-the-odd-one-with-respect-to-significance-of-meiosis-1-conservation-of-specific-chromosome-number-of-each-species-2-increases-genetic-variability-3-able-to-regenerate-part-or-whole-of-the-organi https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU4NjQ0-select-correct-match-column-i-with-column-ll-column-l-column-ii-a-bivalent-as-terad-i-diplotene-b-chromatids-separation-ii-telophase-l-c-terminalisation-start-phase-iii-anaphase-ll-d-nuclear-membrane https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTMwNjg2-alignment-of-bivalent-chromosomes-on-the-equatorial-plate-and-splitting-of-centromeres-occur-respectively-in-which-of-the-following-stages-of-cell-division-1-anaphase-i-and-anaphase-ii-2-metaphase-ii https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTE0ODAw-these-given-statements-are-related-with-specific-phase-of-meiosis-select-the-unrelated-statement-with-the-phase-given-below-statement-phase-1-the-homologous-chromosome-separate-while-sisterchromatids https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTI2NDc2-it-begins-with-the-simultaneous-splitting-of-the-centromere-of-each-chromosome-is-true-for-which-stage-of-cell-division-1-anaphase-i-2-anaphase-ii-3-anaphase-4-more-than-one-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTk2NTEx-microtubules-attach-to-kinetochore-of-sister-chromatids-during-1-anaphase-i-2-prophase-ii-3-metaphase-ii-4-anaphase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTc0OTg1-at-anaphase-ii-sister-chromatids-move-towards-opposite-poles-of-the-cell-by-1-contraction-in-spindle-fibre-attached-to-kinetochores-2-shorterning-of-microtubules-attached-to-kinetochores-3-lengthening https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTkyODUz-match-list-i-with-list-ii-list-i-list-ii-a-g-1-phase-i-actual-cell-division-occurs-b-s-phase-ii-cell-is-metabolically-active-and-continuously-grows-but-does-not-replicate-its-dns-c-g-2-phase-iii-synth https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTk4MzA2-the-correct-sequence-of-adult-cell-cycle-phases-is-1-s-m-g2-g1-2-g1-g2-s-m-3-g1-m-g2-s-4-g1-s-g2-m-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTk4Mjk4-given-below-are-two-statements-statement-i-chromosomes-are-fully-condensed-at-the-end-of-prophase-i-statement-ii-meiosis-i-resembles-mitosis-in-the-light-of-the-above-statements-choose-the-most-approp https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTM1MjEy-what-is-the-main-function-of-the-spindle-fibers-during-mitosis-1-to-repair-damaged-dna-2-to-regulate-cell-growth-3-to-separate-the-chromosomes-4-to-synthesize-new-dna-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDY4NjUw-recombination-between-homologous-chromosomes-is-completed-by-the-end-of-1-diakinesis-2-zygotene-3-diplotene-4-pachytene-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDY4NjM4-match-list-i-with-list-ii-list-i-event-list-ii-stage-of-prophase-i-meiosis-i-a-chiasmata-i-pachytene-b-crossing-over-ii-diakinesis-c-synaptonemal-complex-formation-iii-diplotene-d-terminalisation-of-c https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDY4NjYw-match-list-i-with-list-ii-list-i-list-ii-a-cells-are-metabolically-active-and-proliferate-i-g2-phase-b-dna-replication-takes-place-ii-g1-phase-c-proteins-are-synthesised-iii-g0-phase-d-quiescent-stage https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDU2ODg3-match-list-i-with-list-ii-list-i-events-list-ii-prophase-i-a-chromosomes-start-pairing-together-to-form-synaptonemal-complex-i-pachytene-b-chromosomes-visible-under-light-microscope-and-compaction-con https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDU2ODg5-match-list-i-with-list-ii-list-i-cell-cycle-list-ii-events-a-g-1-phase-i-cell-is-metabolically-active-but-no-proliferation-until-required-b-s-phase-ii-replication-of-dna-c-g-0-stage-iii-synthesis-of-p https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjQ0OTk0-in-a-mitotic-cycle-the-correct-sequence-of-phases-is-1-s-g1g1g1-g2g2g2-m-2-g1g1g1-s-g2g2g2-m-3-m-g1g1g1-g2g2g2-s-4-g1g1g1-g2g2g2-s-m-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246ODkzMjE-which-of-the-following-options-gives-the-correct-sequence-of-events-during-mitosis-1-condensation-nuclear-membrane-disassembly-arrangement-at-the-equator-centromere-division-segregation-telophase-2-co https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246ODkyNDI-during-cell-growth-dna-synthesis-takes-place-in-1-s-phase-2-g1-phase-3-g2-phase-4-m-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTA1MzI-which-of-the-following-is-not-a-characteristic-feature-during-mitosis-cells-1-disappearance-of-nucleolus-2-chromosome-movement-3-synapsis-4-spindle-fibres-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTA1NDA-spindle-fibres-attach-on-to-1-kinetochore-of-the-chromosome-2-centromere-of-the-chromosome-3-kinetosome-of-the-chromosome-4-telomere-of-the-chromosome-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTA5NzY-arrange-the-following-events-of-meiosis-in-a-correct-sequence-i-crossing-over-ii-synapsis-iii-terminalisation-of-chiasmata-iv-disappearance-of-nucleolus-1-ii-i-iv-iii-2-ii-i-iii-iv-3-i-ii-iii-iv-4-ii https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTEzMzE-during-which-phase-s-of-the-cell-cycle-amount-of-dna-in-a-cell-remains-at-4-c-level-if-the-initial-amount-is-denoted-as-2c-1-g0-and-g1-2-g1-and-s-3-only-g2-4-g2-and-m-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTE2Nzg-in-the-s-phase-of-the-cell-cycle-1-amount-of-dna-doubles-in-each-cell-2-amount-of-dna-remains-the-same-in-each-cell-3-chromosome-number-is-increased-4-amount-of-dna-is-reduced-to-half-in-each-cell-1-2 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTE5NjI-the-enzyme-recombinase-is-required-at-which-stage-of-meiosis-1-pachytene-2-zygotene-3-diplotene-4-diakinesis-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTE1NDc-a-stage-in-cell-division-is-shown-in-the-figure-select-the-answer-which-gives-the-correct-identification-of-the-stage-with-its-characteristics-1-late-anaphase-chromosomes-move-away-from-the-equatorial https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTIzMjg-during-gamete-formation-the-enzyme-recombinase-participates-during-1-metaphase-i-2-anaphase-ii-3-prophase-i-4-prophase-ii-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjUwOTQ3-identify-the-meiotic-stage-in-which-the-homologous-chromosomes-separate-while-the-sister-chromatids-remain-associated-at-their-centromeres-1-metaphase-ii-2-anaphase-i-3-anaphase-ii-4-metaphase-i-1-2-3 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTI3Mzg-select-the-correct-option-with-respect-to-mitosis-1-chromatids-start-moving-towards-opposite-poles-in-telophase-2-golgi-complex-and-endoplasmic-reticulum-are-still-visible-at-the-end-of-prophase-3-chr https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjUxMjc4-at-metaphase-chromosomes-are-attached-to-the-spindle-fibres-by-their-1-centromere-2-satellites-3-secondary-constrictions-4-kinetochores-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTI4NTk-during-mitosis-er-and-nucleolus-begin-to-disappear-at-1-late-prophase-2-early-metaphase-3-late-metaphase-4-early-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246OTM0MDU-given-below-is-a-schematic-break-up-of-the-phases-stages-of-cell-cycle-which-one-of-the-following-is-the-correct-indication-of-the-stage-phase-in-the-cell-cycle-1-b-metaphase-2-c-karyokinesis-3-d-synt https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY0OTI0-crossing-over-that-results-in-genetic-recombination-in-higher-organisms-occurs-between-1-non-sister-chromatids-of-a-bivalent-2-two-daughter-nuclei-3-two-different-bivalents-4-sister-chromatids-of-a-bi https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY0OTQy-in-the-somatic-cell-cycle-1-dna-replication-takes-place-in-s-phase-2-a-short-interphase-is-followed-by-a-long-mitotic-phase-3-g-2-phase-follows-the-mitotic-phase-4-in-the-g-1-phase-dna-content-is-doub https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY1MDQ2-if-you-are-provided-with-the-root-tips-of-onion-in-your-class-and-are-asked-to-count-the-chromosomes-which-of-the-following-stages-can-you-most-conveniently-look-into-1-telophase-2-anaphase-3-prophase https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY1NDgz-the-best-material-for-the-study-of-mitosis-in-the-laboratory-1-anther-2-root-tip-3-leaf-tip-4-ovary-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY1NDYz-spindle-fiber-unites-with-which-structure-of-chromosomes-1-chromocenter-2-chromomere-3-kinetochore-4-centriole-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY1NzA5-at-which-stage-of-the-cell-cycle-does-dna-replication-occur-1-g1-phase-2-s-phase-3-g2-phase-4-m-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY0OTU3-amount-of-cellular-dna-increases-during-1-cytokinesis-2-fertilisation-3-mutation-4-respiration-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY0NDUy-what-occurs-in-crossing-over-1-recombination-2-mutation-3-independent-assortment-4-none-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjMxMTgy-meiosis-in-diploid-organisms-results-in-1-production-of-gametes-2-reduction-in-the-number-of-chromosomes-3-introduction-of-variation-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjMxMTgz-at-which-stage-of-meiosis-does-the-genetic-constitution-of-gametes-is-finally-decided-1-metaphase-i-2-anaphase-ii-3-metaphase-ll-4-anaphase-i-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjMxMTg0-meiosis-occurs-in-organisms-during-1-sexual-reproduction-2-vegetative-reproduction-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjMxMTg1-during-anaphase-i-of-meiosis-1-homologous-chromosomes-separate-2-non-homologous-autosomes-separate-3-sister-chromatids-separate-4-non-sister-chromatids-separate-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjMxMTg2-mitosis-is-characterised-by-1-reduction-division-2-equal-division-3-both-1-and-2-4-pairing-of-homologous-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjMxMTg3-a-bivalent-meiosis-i-consists-of-1-two-chromatids-and-one-centromere-2-two-chromatids-and-two-centromeres-3-four-chromatids-and-two-centromeres-4-four-chromatids-and-four-centromeres-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjMxMTg4-cells-which-are-not-dividing-are-likely-to-be-at-1-g1-2-g2-3-g0-4-s-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjMxMTkw-identify-the-wrong-statement-about-meiosis-1-pairing-of-homologous-chromosomes-2-four-haploid-cells-are-formed-3-at-the-end-of-meiosis-the-number-of-chromosomes-are-reduced-to-half-4-two-cycle-of-dna https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjMxMTkx-select-the-correct-statement-about-g1-phase-1-cell-is-metabolically-inactive-2-dna-in-the-cell-does-not-replicate-3-it-is-not-a-phase-of-synthesis-of-macromolecules-4-cell-stops-growing-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246MzE4ODQ-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-stage-of-prophase-i-column-ii-event-i-zygotene-ii-pachytene-iii-diplotene-iv-diakinesis https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU4NTk2-match-the-following-column-l-column-li-a-g1-phase-i-longest-phase-of-cell-cycle-b-m-phase-ii-synthesis-of-histone-proteins-c-s-phase-iii-cell-quiescence-d-g0-phase-iv-nuclear-division-1-a-i-b-i-c-iv-d https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ0MDQ1-match-list-i-with-list-ii-list-i-list-ii-a-pairing-of-homologous-chromosomes-i-chiasmata-b-actual-interchange-of-segments-between-two-homologous-chromosomes-ii-synaptonemal-complex-c-protein-body-form https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU4NjM2-read-the-four-statements-a-d-and-choose-the-correct-option-a-spindle-fibers-attach-to-kinetochores-of-chromosomes-during-metaphase-b-cell-growth-results-in-disturbing-the-ratio-between-the-nucleus-and https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246NzQwMTA-consider-the-following-four-statements-i-iv-related-to-cell-cycle-and-select-the-correct-option-stating-them-as-true-t-and-false-f-i-cell-growth-in-terms-of-cytoplasmic-increase-is-a-continuous-proces https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MTU4NzQz-consider-the-following-four-statements-l-lv-related-to-cell-cycle-and-select-the-correct-option-stating-them-as-true-t-and-false-f-i-cell-growth-in-terms-of-cytoplasmic-increase-is-a-continuous-proces https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzYxNjI5-assertion-a-in-metaphase-chromosomes-are-spread-through-the-cytoplasm-of-the-cell-reason-r-there-is-complete-disintegration-of-the-nuclear-envelope-at-the-end-of-the-prophase-choices-for-assertions-an https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzYxNjMw-assertion-a-metaphase-is-characterized-by-all-the-chromosomes-coming-to-lie-at-the-equator-reason-r-small-disc-shaped-structures-at-the-surface-of-the-chromosomes-are-called-centromeres-choices-for-as https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzYxNjMx-assertion-a-during-anaphase-the-centromere-is-at-the-leading-edge-with-the-arms-of-the-chromosome-trailing-behind-reason-r-at-the-onset-of-metaphase-the-sister-chromatids-of-chromosomes-get-separated https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246ODk1NTg-anaphase-promoting-complex-apc-is-protein-degradation-machinery-necessary-for-proper-mitosis-of-animal-cells-if-apc-is-defective-in-a-human-cell-which-of-the-following-is-expected-to-occur-1-chromosom https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-pb246ODk0NTM-when-a-cell-has-stalled-dna-replication-fork-which-checkpoint-should-be-predominantly-activated-1-g1-s-2-g2-m-3-m-4-both-g2-m-and-m-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY0NDM5-in-s-phase-dna-is-replicated-in-a-medium-containing-radioactive-thymidine-radioactivity-will-be-observed-in-1-euchromatin-2-heterochromatin-3-both-4-nucleolus-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY1NTU1-if-a-diploid-cell-is-treated-with-colchicine-then-it-becomes-1-triploid-2-tetraploid-3-diploid-4-monoploid-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY2MTQz-the-cells-of-the-quiescent-centre-are-characterised-by-1-having-dense-cytoplasm-and-prominent-nuclei-2-having-light-cytoplasm-and-small-nuclei-3-dividing-regularly-to-add-to-the-corpus-4-dividing-regu https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY0ODg1-which-one-of-the-following-precedes-the-reformation-of-the-nuclear-envelope-during-the-m-phase-of-the-cell-cycle-1-decondensation-from-chromosomes-and-reassembly-of-the-nuclear-lamina-2-formation-of-t https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MjY0MjAw-at-what-stage-of-the-cell-cycle-are-histone-proteins-synthesized-in-a-eukaryotic-cell-1-during-telophase-2-during-s-phase-3-during-the-g-2-stage-of-prophase-4-during-the-entire-prophase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDM3MjM3-in-plant-cells-during-the-s-phase-a-dna-replication-begins-in-the-nucleus-b-centriole-duplicates-in-the-cytoplasm-1-only-a-is-correct-2-only-b-is-correct-3-both-a-and-b-are-correct-4-both-a-and-b-are https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDIwNjM2-the-number-of-basic-phases-in-the-cell-cycle-of-typical-eukaryotic-cells-will-be-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzg4ODkx-chromosomes-duplicate-during-a-and-increase-in-number-of-chromosomes-is-observed-first-during-b-identify-a-b-correctly-1-a-interphase-b-prophase-2-a-s-phase-b-telophase-3-a-synthetic-phase-b-gap-2-pha https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc2NDU4-the-given-figure-shows-a-cell-at-various-stages-of-mitosis-what-will-be-the-number-of-chromosomes-and-content-of-dna-in-the-cells-shown-if-the-number-of-chromosomes-and-the-content-of-dna-was-2n-and-2 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDgzNzc5-the-phase-of-the-cell-cycle-in-which-the-cell-prepares-for-mitosis-is-1-g1-phase-2-s-phase-3-g2-phase-4-m-phase-1-2-3-4 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc2NDI1-consider-the-given-two-statements-assertion-a-cell-division-is-a-very-important-process-in-all-living-organisms-reason-r-during-the-division-of-a-cell-dna-replication-and-cell-growth-also-take-place-1 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDA4MDkw-consider-the-given-two-statements-statement-i-in-male-honeybees-haploid-cells-divide-by-mitosis-statement-ii-higher-plants-show-mitotic-divisions-only-in-diploid-cells-1-statement-i-is-correct-and-sta https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDM2MzM1-which-of-the-following-does-not-take-place-during-telophase-of-mitosis-1-chromosomes-become-discrete-2-nuclear-envelope-reforms-3-chromosomes-cluster-at-opposite-spindle-poles-4-nucleolus-endoplasmic https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc2NDU2-consider-the-given-two-statements-assertion-a-metaphase-is-the-stage-at-which-morphology-of-chromosomes-is-most-easily-studied-reason-r-at-this-stage-metaphase-chromosome-is-made-up-of-two-sister-chro https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NTI3NTgy-identify-the-incorrect-statement-s-i-in-some-lower-plants-and-in-some-social-insects-haploid-cells-also-divide-by-mitosis-ii-mitotic-divisions-in-the-meristematic-tissues-the-apical-and-the-lateral-ca https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDgzNzkz-regarding-the-diplotene-stage-of-prophase-i-i-it-begins-with-the-dissolution-of-the-synaptonemal-complex-ii-homologous-chromosomes-tend-to-separate-except-at-the-sites-of-crossing-over-iii-the-recombi https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246MzQ5NTY2-select-the-correct-sequence-of-events-occurring-during-prophase-i-of-meiosis-i-a-nuclear-envelope-breakdown-b-synaptonemal-complex-formation-c-compaction-of-chromosomes-d-terminalisation-of-chiasmata https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDUwNjkw-a-researcher-is-studying-a-plant-species-where-the-haploid-number-of-chromosomes-is-12-n-12-how-many-chromosomes-would-be-visible-in-each-daughter-cell-during-metaphase-of-meiosis-i-1-24-2-6-3-12-4-18 https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDA4MTE2-in-telophase-i-statement-i-the-nuclear-membrane-and-nucleolus-reappear-statement-ii-the-chromosomes-reach-the-extremely-extended-state-of-the-interphase-nucleus-1-statement-i-is-correct-and-statement https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246Mzc2NDY2-the-final-stage-of-meiotic-prophase-i-diakinesis-is-marked-by-i-terminalisation-of-chiasmata-ii-decondensation-of-chromosomes-iii-assembly-of-the-meiotic-spindle-1-only-i-and-ii-are-correct-2-only-i-a https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc2NzQy-independent-assortment-during-meiosis-produces-gametes-with-all-possible-combinations-of-material-and-paternal-chromosomes-with-regard-to-chromosomes-then-a-diploid-cell-with-four-chromosomes-produces https://medminds.me/qbank/botany/cell-cycle-and-cell-division/?q=NP-b246NDc2MjQ2-if-there-were-four-chromosomes-present-during-prophase-i-how-many-chromosomes-are-there-in-each-cell-at-the-end-of-anaphase-ii-1-2-2-4-3-8-4-16-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MjU0MjA-at-the-trophic-level-of-consumers-the-rate-at-which-food-energy-is-assimilated-is-called-1-secondary-productivity-2-gross-primary-productivity-3-net-primary-productivity-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MjY4NjU-the-term-detritivore-includes-1-decomposers-2-primary-consumers-3-secondary-consumers-4-autotrophs-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MjY4NjY-net-primary-productivity-is-the-gross-primary-productivity-minus-1-that-which-is-consumed-by-herbivores-2-that-which-is-consumed-by-producer-in-metabolism-3-secondary-productivity-4-loss-due-to-mortal https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MjY4Njc-the-major-reservoir-for-phosphorous-is-1-aquifers-2-soil-and-rocks-3-the-atmosphere-4-clouds-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MjY4Njk-which-of-the-following-pyramids-can-never-be-inverted-in-a-natural-ecosystem-1-pyramid-of-numbers-2-pyramid-of-energy-3-pyramid-of-biomass-4-all-can-be-inverted-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MjY4NzA-the-earth-is-an-open-system-with-respect-to-1-organisms-2-chemicals-3-energy-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MjY4NzI-plants-capture-approximately-of-the-sun-s-energy-while-other-trophics-levels-capture-about-of-the-energy-available-to-them-in-their-food-1-1-10-2-10-60-3-10-1-4-60-10-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MjY4NzM-which-trophic-level-is-incorrectly-defined-1-carnivores-secondary-or-tertiary-consumer-2-decomposer-microbial-heterotrophs-3-herbivores-primary-consumer-4-omnivores-molds-yeast-and-mushrooms-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MjY4NzQ-nitrogen-gas-makes-up-nearly-80-of-earth-s-atmosphere-yet-nitrogen-is-often-a-limiting-factor-for-plant-growth-why-1-the-atmospheric-form-of-nitrogen-cannot-be-used-by-plants-2-nitrifying-bacteria-rem https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MjY4NzU-in-general-the-biomass-in-an-ecosystem-will-be-greatest-at-the-trophic-level-comprising-1-secondary-consumers-2-primary-consumers-3-producers-4-tertiary-consumers-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246Mjk1NzU-consider-the-following-two-statements-l-the-annual-net-primary-productivity-of-the-whole-biosphere-is-approximately-170-billion-tons-dry-weight-of-organic-matter-ll-majority-of-this-is-contributed-by https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246Mjk3Mjg-what-percent-of-the-energy-in-the-sunlight-available-to-primary-producers-is-converted-by-them-into-net-primary-productivity-1-1-2-2-3-5-4-10-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246Mjk3Mjk-both-hydrach-and-xerarch-successions-1-take-same-time-2-have-similar-sere-3-lead-to-mesic-conditions-4-have-same-pioneer-species-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246Mjk3MzA-the-second-trophic-level-in-a-lake-is-1-phytoplankton-2-zooplankton-3-benthos-4-fishes-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzAyNTQ-the-rate-of-formation-of-new-organic-matter-by-consumers-is-called-as-1-secondary-productivity-2-standing-crop-3-standing-state-4-net-primary-productivity-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzAyNTU-the-limitations-of-ecological-pyramids-include-all-the-following-except-1-they-do-not-take-into-account-the-same-species-belonging-to-two-or-more-trophic-levels-2-they-do-not-represent-relationships-b https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzAyNTY-about-what-percent-of-the-global-carbon-is-contained-in-the-atmosphere-1-71-2-49-3-17-4-about-1-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzA1MDg-which-of-the-following-organisms-will-be-the-first-to-colonize-a-bare-rock-1-annual-plants-2-lichens-3-perennail-plants-4-herbs-and-shrubs-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzA1MDk-most-food-chains-are-composed-of-1-1-or-2-species-2-3-or-4-species-3-9-or-10-species-4-more-than-16-species-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzA1MTA-the-phosphorus-cycle-is-unusual-in-that-it-is-entirely-1-within-aquatic-ecosystems-2-within-terrestrial-ecosystems-3-sedimentary-4-gaseous-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzA1MTE-most-primary-productivity-in-the-surface-water-of-lakes-and-oceans-is-by-1-floating-plants-2-red-and-brown-algae-3-zooplankton-4-phytoplankton-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzQ1NDM-during-ecological-succession-1-the-gradual-and-predictable-change-in-species-composition-occurs-in-a-given-area-2-the-establishment-of-a-new-biotic-community-is-very-fast-in-its-primary-phase-3-the-nu https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzQ4ODM-which-ecosystem-has-the-maximum-biomass-1-forest-ecosystem-2-grassland-ecosystem-3-pond-ecosystem-4-lake-ecosystem-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzQ5NTI-th-primary-producers-of-the-deep-sea-hydrothermal-vent-ecosystem-are-1-green-algae-2-chemosynthetic-bacteria-3-blue-green-algae-4-coral-reefs-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUwMDc-which-one-of-the-following-is-a-characteristic-feature-of-cropland-ecosystem-1-least-genetic-diversity-2-the-absence-of-weeds-3-ecological-succession-4-the-absence-of-soil-organisms-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUwMTM-which-of-the-following-would-appear-as-the-pioneer-organisms-on-bare-rocks-1-liverworts-2-mosses-3-green-algae-4-lichens-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUwMTk-the-term-ecosystem-was-coined-by-1-ag-tansley-2-e-haeckel-3-e-warming-4-ep-odum-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUwODg-in-which-of-the-following-both-pairs-have-the-correct-combination-1-gaseous-nutrient-cycle-sedimentary-nutrient-cycle-carbon-and-nitrogen-sulphur-and-phosphorus-2-gaseous-nutrient-cycle-sedimentary-nu https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUxNzU-vertical-distribution-of-different-species-occupying-different-levels-in-a-biotic-community-is-known-as-1-divergence-2-stratification-3-zonation-4-pyramid-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUxNzY-secondary-succession-takes-place-on-in-1-bara-rock-2-degraded-forest-3-newly-created-pond-4-newly-cooled-lava-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUxNzc-the-mass-of-living-material-at-a-tropic-level-at-a-particular-time-is-called-1-gross-primary-productivity-2-standing-state-3-net-primary-productivity-4-standing-crop-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUyNDU-match-the-following-and-select-the-correct-option-column-i-column-ii-a-earthworm-1-pioneer-species-b-succession-2-detritivore-c-ecosystem-service-3-natality-d-population-growth-4-pollination-a-b-c-d-1 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUzMTc-secondary-productivity-is-rate-of-formation-of-new-organic-matter-by-1-producer-2-parasite-3-consumer-4-decomposer-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUzNTc-which-one-of-the-following-processes-during-decomposition-is-correctly-described-1-fragmentation-carried-out-by-organisms-such-as-earthworms-2-humification-leads-to-the-accumulation-of-a-dark-coloured https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUzODY-which-one-of-the-following-is-not-a-gaseous-biogeochemical-cycle-in-ecosystem-1-oxygen-cycle-2-phosphorus-cycle-3-nitrogen-cycle-4-carbon-cycle-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUzOTM-identify-the-possible-link-a-in-the-following-food-chain-green-plant-insect-frog-a-eagle-1-rabbit-2-wolf-3-cobra-4-parrot-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUzOTU-given-below-is-an-imaginary-pyramid-of-numbers-what-could-be-one-of-the-possibilities-about-certain-organisms-at-some-of-the-different-levels-1-level-pc-is-insects-and-level-sc-is-small-insectivorous https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU0MDQ-which-one-of-the-following-is-not-a-functional-unit-of-an-ecosystem-1-energy-flow-2-decomposition-3-productivity-4-stratification-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU0Mjg-the-upright-pyramid-of-number-is-absent-in-1-pond-2-forest-3-lake-4-grassland-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU0NTM-which-one-of-the-following-statements-is-correct-for-secondary-succession-1-it-occurs-on-a-deforested-site-2-it-follows-primary-succession-3-it-is-similar-to-primary-succession-except-that-it-has-a-re https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU0NTc-which-one-of-the-following-statements-for-pyramid-of-energy-is-incorrect-whereas-the-remaining-three-are-correct-1-it-shows-energy-content-of-different-trophic-level-organisms-2-it-is-inverted-in-shap https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU0ODY-mass-of-living-matter-at-a-trophic-level-in-an-area-at-any-time-is-called-1-detritus-2-humus-3-standing-state-4-standing-crop-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU0OTY-of-the-total-incident-solar-radiation-the-proportion-of-par-is-1-about-60-2-less-than-50-3-more-than-80-4-about-70-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU1NTk-the-biomass-available-for-consumption-by-the-herbivores-and-the-decomposers-is-called-1-net-primary-productivity-2-secondary-productivity-3-standing-crop-4-gross-primary-productivity-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU2MDU-which-one-of-the-following-is-one-of-the-characteristics-of-a-biological-community-1-stratification-2-natality-3-mortality-4-sex-ratio-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU2MTc-the-correct-sequence-of-plants-in-a-hyrdosere-is-1-oak-rarr-lantana-rarr-scirpus-rarr-pistia-rarr-hydrilla-rarr-volvax-2-volvax-rarr-hydrilla-rarr-pistia-rarr-scirpus-rarr-lantana-rarr-oak-3-pistia-ra https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU2NjU-which-one-of-the-following-types-of-organisms-occupy-more-than-one-tropic-level-in-a-pond-ecosystem-1-phytoplankton-2-fish-3-zooplankton-4-frog-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU3MjI-about-70-of-total-global-carbon-is-found-in-1-grasslands-2-agro-ecosystems-3-oceans-4-forests-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU3MzA-the-slow-rate-of-decomposition-of-fallen-logs-in-nature-is-due-to-their-1-low-moisture-content-2-poor-nitrogen-content-3-anaerobic-environment-around-them-4-low-cellulose-content-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU3NzI-consider-the-following-statements-concerning-food-chains-i-removal-of-80-tigers-from-an-area-resulted-in-greatly-increased-growth-of-vegetation-ii-removal-of-most-of-the-carnivores-resulted-in-an-incr https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU3ODU-which-of-the-following-ecosystem-types-has-the-highest-annual-net-primary-productivity-1-tropical-rain-forest-2-tropical-deciduous-forest-3-temperate-evergeen-forest-4-temperate-deciduous-forest-1-2-3 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzU4Njk-which-one-of-the-following-is-not-used-for-construction-of-ecological-pyramids-1-dry-weight-2-number-of-individuals-3-rate-of-energy-flow-4-fresh-weight-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzY5MzQ-photosynthesis-is-absent-in-1-aphotic-layer-2-photic-layer-3-benthic-layer-4-pelagic-layer-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzY5NDE-the-given-type-of-ecological-pyramid-represents-1-pyramid-of-numbers-in-tree-ecosystem-2-pyramid-of-biomass-in-a-fallow-land-3-pyramid-of-biomass-in-a-lake-4-energy-pyramid-in-a-spring-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzcwMDI-which-of-the-following-zones-of-a-lake-is-habitat-for-snails-slugs-and-microorganisms-1-littoral-2-limnetic-3-benthic-4-profundal-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzcxMTY-mr-x-is-eating-curd-yoghurt-for-this-food-intake-in-a-food-chain-he-should-be-considered-as-occupying-1-first-trophic-level-2-second-trophic-level-3-third-trophic-level-4-fourth-trophic-level-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzcxNTY-the-great-barrier-reef-along-the-east-coast-of-australia-can-be-categorised-as-1-population-2-community-3-ecosystem-4-biome-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzcyOTQ-what-is-par-range-1-200-nm-800-nm-2-400-nm-700-nm-3-350-nm-550-nm-4-600-nm-100-nm-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzczMjQ-the-bacteria-which-attack-dead-animals-are-1-first-link-of-the-food-chain-and-are-known-as-primary-producers-2-second-link-of-the-food-chain-and-are-herbivorous-3-third-link-of-the-food-chain-and-are https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246Mzc0MTY-animals-take-phosphorous-from-1-water-2-plants-3-rock-4-soil-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246Mzc2NDk-most-animals-that-live-in-deep-oceanic-waters-are-1-tertiary-consumers-2-detritivores-3-primary-consumers-4-secondary-consumers-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246Mzc3MDM-keystone-species-deserve-protection-because-these-1-are-capable-of-surviving-in-harsh-environmental-conditions-2-indicate-presence-of-certain-minerals-in-the-soil-3-have-become-rare-due-to-overexploit https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246Mzc5Njk-energy-flow-in-an-ecosystem-is-1-unidirectional-2-bidirectional-3-multi-directional-4-all-the-these-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzgwNzM-in-a-stable-ecosystem-which-of-the-following-limits-the-number-of-trophic-levels-1-biomass-2-the-number-of-nutrients-3-availability-of-nutrients-4-presence-of-contaminants-that-increase-in-concentrati https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MTM-most-of-the-world-s-carbon-is-found-1-as-carbon-dioxide-in-the-atmosphere-2-in-living-organisms-3-as-bicarbonate-and-carbonate-ions-dissolved-in-the-oceans-4-as-carbonate-minerals-in-sedimentary-rock https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MTQ-photosynthesis-and-respiration-are-central-to-which-cycle-1-the-nitrogen-cycle-2-the-carbon-cycle-3-the-phosphorus-cycle-4-the-sulfur-cycle-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MTU-the-phosphorus-cycle-differs-from-the-carbon-cycle-in-that-a-phosphorus-does-not-enter-living-organisms-whereas-carbon-does-b-the-phosphorus-cycle-does-not-include-a-gaseous-phase-whereas-the-carbon-c https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MTY-which-of-the-following-changes-would-not-result-in-an-increase-in-net-primary-production-1-increased-precipitation-in-an-and-area-2-increased-soil-fertility-3-increased-latitude-moving-from-the-equato https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MTc-grasslands-can-support-greater-grazing-rates-by-herbivores-than-forests-because-1-grasslands-receive-more-sunlight-2-the-net-production-of-grasslands-is-greater-3-grasslands-produce-less-woody-plant-t https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MTg-the-amount-of-energy-reaching-an-upper-trophic-level-is-determined-by-1-net-primary-production-2-net-primary-production-and-the-efficiencies-with-which-food-energy-is-converted-to-biomass-3-gross-prim https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MTk-fill-in-the-blanks-in-the-following-simplified-model-of-a-nutrient-cycle-1-2-3-4-5-1-producers-detritus-soil-solution-decomposition-weathering-2-producers-detritus-soil-solution-weathering-decompositi https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MjA-the-given-figure-best-represents-1-pyramid-of-number-in-parasitic-food-chain-2-pyramid-of-biomass-in-forest-ecosystem-3-pyramid-of-number-in-grassland-ecosystem-4-pyramid-of-number-in-forest-ecosystem https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MjE-which-of-the-following-is-are-incorrect-a-all-ecosystems-are-constant-in-size-b-in-nature-food-chains-exist-not-food-web-c-flow-of-energy-in-ecosystem-is-unidirectional-d-gene-flow-occurs-between-2-di https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MjI-the-important-step-in-the-process-of-decomposition-in-order-is-1-catabolism-rarr-fragmentation-rarr-leeching-rarr-humification-rarr-mineralization-2-catabolism-rarr-fragmentation-rarr-humification-rar https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MjM-which-of-the-following-is-false-i-quantity-of-biomass-in-a-trophical-level-at-a-particular-period-is-called-standing-crop-ii-the-energy-content-in-a-trophic-level-is-determined-by-considering-a-few-in https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MjQ-the-amount-of-biomass-or-organic-matter-produced-per-unit-area-over-a-time-period-by-plants-during-photosynthesis-is-called-primary-production-which-is-expressed-as-1-g-m-minus-2-2-kcal-m-minus-2-3-kc https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MjU-an-ecosystem-which-can-be-easily-damaged-but-can-recover-after-some-time-if-damaging-effect-stops-will-be-having-1-high-stability-and-high-resilience-2-low-stability-and-high-resilience-3-high-stabili https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MjY-during-the-stages-of-succession-in-a-given-ecosystem-the-following-changes-in-characteristics-may-be-observed-characteristic-stages-in-ecosystem-development-early-late-a-total-matter-low-high-b-specie https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2Mjc-perturbation-of-which-of-the-following-cycles-contributes-most-to-global-warming-1-the-global-carbon-cycle-2-the-global-water-cycle-3-the-global-nitrogen-cycle-4-all-of-these-cycles-contribute-equally https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2Mjg-some-of-the-stages-in-the-hydrarch-are-labelled-as-a-marsh-meadow-stage-b-reed-swamp-stage-c-submerged-plant-stage-d-phytoplankton-stage-e-submerged-free-floating-plant-stage-identify-the-choice-that https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MzA-read-the-following-statements-carefully-i-primary-succession-is-a-very-slow-process-taking-thousands-of-years-for-the-climax-to-reach-ii-energy-at-a-higher-trophic-level-is-always-more-than-that-at-a https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDE2MzU-the-removal-of-keystone-species-will-affect-1-the-producers-2-the-consumers-3-the-ecosystem-4-the-decomposers-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NTY-which-of-the-following-is-the-functional-unit-of-nature-1-a-plant-2-an-animal-3-ecosystem-4-environment-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NTc-identify-the-odd-one-out-1-forest-2-grassland-3-desert-4-wetland-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NTg-which-of-the-following-is-not-a-man-made-ecosystem-1-pond-2-crop-field-3-swimming-pool-4-both-lsquo-1-rsquo-and-lsquo-3-rsquo-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NjA-which-vertical-strata-is-occupied-by-trees-in-a-forest-1-top-2-middle-3-bottom-4-any-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NjE-which-of-the-following-could-affect-the-rate-of-function-of-a-pond-1-the-solar-input-2-the-cycle-of-temperature-3-day-length-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NjI-the-basic-requirement-for-any-ecosystem-to-function-and-sustain-is-1-enormous-amount-of-water-2-constant-input-of-solar-energy-3-fertile-soil-4-oxygen-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NjM-the-amount-of-biomass-or-organic-matter-produced-per-unit-area-over-a-time-period-by-plants-during-photosynthesis-is-called-as-1-biomass-production-2-primary-production-3-secondary-production-4-assimi https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NjQ-primary-production-is-expressed-in-terms-of-1-grams-2-grams-year-3-gram-m2-4-gram-m2-year-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NjU-what-do-you-mean-by-productivity-1-rate-of-biomass-production-2-amount-of-biomass-production-3-biomass-produced-in-an-area-4-biomass-produced-in-a-time-period-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0Njc-secondary-productivity-is-defined-with-respect-to-1-producers-2-consumers-3-ratio-of-producers-and-consumers-4-trophic-level-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0Njg-primary-productivity-of-an-terrestrial-ecosystem-depends-upon-1-photosynthetic-capacity-of-plants-2-a-variety-of-environmental-factors-3-availability-of-nutrients-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0Njk-what-is-the-annual-net-primary-productivity-of-the-whole-biosphere-1-160-billion-tons-2-170-billion-tons-3-177-billion-tons-4-190-billion-tons-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NzA-which-of-the-following-contributes-the-maximum-to-the-net-primary-productivity-1-ocean-ecosystem-2-land-ecosystem-3-pond-ecosystem-4-man-made-ecosystem-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NzE-why-do-we-call-the-earthworm-as-the-farmer-rsquo-s-friend-1-it-eats-the-pests-2-it-prevents-the-growth-of-weeds-3-it-makes-the-soil-fertile-by-burrowing-4-it-helps-in-the-breakdown-of-complex-organic https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NzI-which-of-the-following-is-not-a-step-in-the-process-of-decomposition-1-fragmentation-2-leaching-3-anabolism-4-humification-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NzM-which-of-the-following-statement-is-correct-1-dead-plant-and-animals-remains-including-fecal-matter-constitute-detritus-2-detritus-is-the-product-of-decomposition-3-breakdown-of-complex-inorganic-matt https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NzU-what-is-the-process-by-which-detritivores-break-down-the-detritus-into-smaller-particles-1-degradation-2-decomposition-3-fragmentation-4-leaching-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NzY-what-does-the-process-of-leaching-refers-to-1-accumulation-of-a-dark-coloured-amorphous-substance-2-organic-solvents-reabsorbed-by-the-plants-3-inorganic-solvents-get-precipitated-out-of-the-soil-4-wa https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0Nzc-in-the-process-of-decomposition-lsquo-catabolism-rsquo-is-performed-by-1-earthworms-2-bacteria-3-bacteria-and-fungi-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0Nzg-which-of-the-following-statement-is-incorrect-1-all-the-steps-in-decomposition-operate-simultaneously-on-the-humus-2-humus-is-an-accumulated-dark-coloured-amorphous-substance-3-humus-is-highly-resista https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0Nzk-which-of-the-following-is-the-substrate-in-the-process-of-mineralisation-1-detritus-2-humus-3-organic-matter-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0ODA-which-of-the-following-does-not-affect-rate-of-decomposition-1-substrate-composition-2-soil-moisture-3-temperature-of-soil-4-co-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0ODE-decomposition-would-be-fast-if-the-detritus-contains-1-cellulose-2-lignin-and-chitin-3-nitrogen-and-water-soluble-sugars-4-cellulose-and-pectin-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0ODI-which-of-the-following-promotes-the-process-of-decomposition-1-warm-and-moist-environment-2-low-temperature-3-anaerobiosis-4-lignin-and-chitin-rich-detritus-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0ODM-what-is-the-source-of-energy-for-all-ecosystems-on-earth-except-for-the-deep-sea-hydro-thermal-ecosystem-1-sun-2-hydrothermal-vents-3-lava-4-water-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0ODQ-what-percentage-of-the-incident-solar-radiation-is-photosynthetically-active-radiation-par-1-50-2-less-than-50-3-more-than-50-4-10-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0ODU-what-proportion-of-the-par-photosynthetically-active-radiation-is-captured-by-plants-1-1-10-2-2-10-3-5-15-4-5-25-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0ODY-which-of-the-following-statement-is-incorrect-1-ecosystems-are-exempted-from-the-second-law-of-thermodynamics-2-an-ecosystem-has-a-tendency-toward-increasing-disorderliness-3-flow-of-energy-is-unidire https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0ODc-which-are-the-primary-consumers-in-a-grazing-food-chain-1-carnivores-2-herbivores-3-detrivores-4-omnivores-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0ODg-what-do-secondary-carnivores-refer-to-1-animals-at-second-trophic-level-2-those-animals-that-depend-on-the-herbivores-for-food-3-those-animals-that-depend-on-the-primary-carnivores-for-food-4-those-an https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0ODk-the-detritus-food-chain-dfc-begins-with-it-is-made-up-of-decomposers-which-are-organisms-mainly-they-meet-their-energy-and-nutrient-requirements-by-degrading-1-detritus-heterotrophic-earthworm-and-dea https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0OTA-what-is-the-major-conduit-for-energy-flow-in-an-aquatic-ecosystem-1-grazing-food-chain-2-detritus-food-chain-3-sun-4-hydrothermal-vents-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0OTE-identify-the-odd-one-out-1-cockroach-2-crow-3-humans-4-goat-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0OTI-ldquo-detritus-food-chain-may-be-connected-with-the-grazing-food-chain-at-some-levels-rdquo-this-is-evident-from-i-some-of-the-organisms-of-dfc-are-prey-to-the-gfc-animals-ii-in-a-natural-ecosystem-so https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0OTM-what-do-you-mean-by-a-food-web-1-group-of-food-chains-2-food-chains-present-in-a-particular-area-3-natural-interconnection-of-food-chains-4-food-chains-formed-by-members-of-a-genus-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0OTQ-based-on-the-source-of-organism-rsquo-s-nutrition-or-food-they-occupy-a-specific-place-in-the-food-chain-that-is-known-as-1-strata-2-trophic-level-3-sere-4-chain-level-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0OTU-what-do-you-mean-by-the-standing-crop-1-crop-in-a-field-at-a-given-time-2-each-trophic-level-has-a-certain-mass-of-living-material-at-a-particular-time-3-each-trophic-level-has-a-certain-mass-of-organ https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0OTY-the-standing-crop-is-measured-as-the-1-mass-of-living-organisms-in-a-unit-area-2-the-number-of-living-organisms-in-a-unit-area-3-calculated-from-the-net-primary-productivity-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0OTc-why-does-the-number-of-trophic-levels-in-the-grazing-food-chain-is-restricted-1-as-the-transfer-of-energy-follows-10-per-cent-law-2-so-that-food-chain-remains-short-3-as-there-are-few-species-the-comm https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0OTg-what-does-10-per-cent-law-say-1-less-than-10-per-cent-of-the-energy-is-transferred-to-each-trophic-level-from-the-lower-trophic-level-2-only-10-per-cent-of-the-energy-is-transferred-to-each-trophic-le https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0OTk-the-base-of-each-pyramid-represents-the-or-the-level-while-the-apex-represents-1-consumers-first-trophic-and-top-trophic-level-2-producers-first-trophic-and-top-trophic-level-3-producers-second-trophi https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MDA-identify-the-relationship-represented-by-the-pyramid-1-pyramid-of-number-2-pyramid-of-biomass-3-pyramid-of-energy-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MDE-which-of-the-following-pyramid-represents-the-pyramid-of-number-in-grassland-a-b-c-1-a-2-b-3-c-4-b-c-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MDI-which-of-the-following-statement-is-incorrect-1-only-three-top-carnivores-are-supported-in-an-ecosystem-based-on-production-of-nearly-6-million-plants-2-pyramid-of-biomass-shows-a-sharp-increase-in-bi https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MDM-if-the-available-energy-at-first-trophic-level-is-10000-j-then-how-much-trophic-levels-it-could-support-further-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MDQ-which-of-the-following-statement-is-incorrect-1-any-calculations-of-energy-content-biomass-or-numbers-has-to-include-all-organisms-at-that-trophic-level-2-the-base-of-each-pyramid-represents-the-produ https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MDY-the-pyramid-of-biomass-in-the-sea-is-generally-1-upright-2-inverted-3-bell-shaped-4-rectangular-stable-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MDc-why-does-the-pyramid-of-energy-always-upright-1-because-energy-cannot-be-destroyed-2-smaller-organisms-have-more-potential-energy-than-larger-ones-3-because-when-energy-flows-from-a-particular-trophic https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MDg-which-of-the-following-is-not-a-limitation-of-ecological-pyramids-1-it-does-not-take-into-account-the-same-species-belonging-to-two-or-more-trophic-levels-2-it-assumes-a-simple-food-chain-something-th https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MDk-which-of-the-following-group-of-organisms-is-not-included-in-the-ecological-pyramids-1-herbivores-2-carnivores-3-saprophytes-4-predators-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MTA-in-response-to-the-changing-environmental-conditions-composition-and-structure-of-a-community-1-remains-constant-2-constantly-changes-3-changes-sometime-4-never-changes-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MTE-what-do-you-mean-by-ecological-succession-1-one-community-is-succeeded-by-another-2-one-community-is-dominant-over-another-3-the-gradual-and-fairly-predictable-change-in-the-species-composition-of-a-g https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MTI-during-succession-some-species-colonise-an-area-what-does-happen-to-the-native-species-then-1-decline-and-even-disappear-2-flourish-equally-3-migrate-4-decline-in-number-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MTM-ecological-succession-occurs-1-in-a-species-2-in-population-3-in-a-community-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MTQ-nature-of-change-in-community-during-succession-is-ndash-1-orderly-sequential-and-parallel-with-the-changes-in-the-physical-environment-2-independent-of-the-changes-in-the-physical-environment-3-const https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MTU-what-do-you-mean-by-sere-1-series-of-communities-in-an-area-2-the-entire-sequence-of-communities-that-successively-change-in-a-given-area-3-the-entire-sequence-of-communities-4-the-entire-sequence-of https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MTY-the-individual-transitional-communities-in-a-sere-are-termed-as-1-seral-stages-2-seral-communities-3-seral-species-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MTc-when-did-ecological-succession-start-on-earth-1-after-the-rise-of-mammals-2-since-life-started-3-after-the-rise-of-plants-4-can-rsquo-t-say-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MTg-which-of-the-following-does-not-happen-during-successive-seral-stages-1-change-in-the-diversity-of-species-of-organisms-2-increase-in-the-number-of-species-and-organisms-3-a-decrease-in-the-total-biom https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MTk-where-does-succession-starts-1-in-an-area-inhabiting-small-plants-2-in-an-area-with-no-living-organisms-3-in-an-area-with-fertile-soil-only-4-in-an-area-with-blue-green-algae-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MjA-if-succession-starts-on-bare-rocks-it-is-known-as-1-early-succession-2-primary-succession-3-secondary-succession-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MjE-a-forest-was-completely-wiped-out-by-the-fire-after-a-long-time-grasses-appeared-and-then-large-trees-this-type-of-succession-is-known-as-1-early-succession-2-primary-succession-3-secondary-succession https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MjI-which-type-of-succession-could-occur-at-newly-cooled-lava-bare-rock-newly-created-pond-or-reservoir-1-early-succession-2-primary-succession-3-secondary-succession-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MjM-why-does-secondary-succession-is-faster-than-primary-succession-1-it-has-fast-growing-plants-2-soil-formation-is-faster-3-some-soil-or-sediment-is-already-present-4-it-does-not-require-water-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MjQ-which-organisms-are-affected-by-the-ecological-succession-1-plants-2-animals-3-birds-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MjU-at-any-time-during-succession-natural-or-human-induced-disturbances-fire-deforestation-etc-can-1-convert-a-particular-seral-stage-of-succession-to-an-earlier-stage-2-create-new-conditions-that-encoura https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MjY-in-hydrarch-succession-of-plants-successional-series-progress-from-ndash-1-xeric-to-mesic-conditions-2-hydric-to-the-mesic-conditions-3-hydric-to-xeric-conditions-4-xeric-to-hydric-conditions-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1Mjc-in-xerarch-succession-of-plants-successional-series-progress-from-ndash-1-xeric-to-mesic-conditions-2-hydric-to-the-mesic-conditions-3-hydric-to-xeric-conditions-4-xeric-to-hydric-conditions-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1Mjg-which-term-represents-the-medium-water-condition-1-xeric-2-hydric-3-mesic-4-metic-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1Mjk-the-species-that-invade-a-bare-area-are-called-as-1-seral-species-2-pioneer-species-3-climax-species-4-keystone-species-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MzA-how-do-lichens-play-a-vital-role-in-succession-1-they-grow-in-pollution-free-area-2-they-secrete-acids-to-dissolve-rock-helping-in-weathering-and-soil-formation-3-they-are-symbiotic-association-betwee https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MzE-what-would-be-the-order-of-plants-in-a-xerarch-succession-1-lichens-bryophytes-small-annual-plants-perennial-herbs-grasses-2-lichens-bryophytes-grasses-perennial-herbs-3-grasses-lichens-bryophytes-her https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MzI-in-hydrarch-succession-the-order-of-plant-groups-is-1-rooted-submerged-plants-phytoplanktons-rooted-floating-angiosperms-reedswamp-scrub-marsh-meadow-2-phytoplanktons-rooted-submerged-plants-rooted-fl https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MzM-in-hydrarch-succession-after-the-climax-community-is-established-water-body-is-converted-into-1-pond-2-land-3-swamp-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MzQ-what-would-be-the-climax-of-a-hydrarch-succession-1-grassland-2-marsh-meadow-3-forest-4-reed-swamp-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MzU-xerarch-and-hydrarch-succession-leads-to-respective-climax-communities-as-follows-1-xeric-and-hydric-2-hydric-and-xeric-3-mesic-and-mesic-4-xeric-and-mesic-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1MzY-identify-the-stages-of-hydrarch-succession-a-b-1-reed-swamp-stage-marsh-meadow-stage-2-submerged-plant-stage-scrub-stage-3-reed-swamp-stage-submerged-plant-stage-4-scrub-stage-marsh-meadow-stage-1-2-3 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1Mzc-the-amount-of-nutrients-such-as-carbon-nitrogen-phosphorus-calcium-etc-present-in-the-soil-at-any-given-time-is-referred-to-as-the-1-nutrient-status-of-a-soil-2-standing-state-3-standing-crop-4-minera https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1Mzg-standing-state-does-not-vary-in-1-different-kinds-of-ecosystems-2-a-seasonal-basis-3-different-kinds-of-soil-4-same-kind-of-ecosystem-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1Mzk-why-does-nutrients-are-never-lost-from-the-ecosystem-1-because-they-get-transferred-among-various-trophic-levels-2-because-they-get-recycled-3-because-they-never-get-exhausted-4-because-they-are-requi https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NDA-what-do-we-call-to-the-the-movement-of-nutrient-elements-through-the-various-components-of-an-ecosystem-1-recycling-2-nutrient-cycling-3-biogeochemical-cycle-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NDE-where-do-we-find-reservoir-for-gaseous-type-nutrient-cycling-1-land-2-sea-3-earth-rsquo-s-crust-4-atmosphere-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NDI-where-do-we-find-reservoir-for-sedimentary-type-nutrient-cycling-1-land-2-sea-3-earth-rsquo-s-crust-4-atmosphere-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NDM-the-rate-of-release-of-nutrients-into-the-atmosphere-is-regulated-by-ndash-1-ph-and-moisture-2-temperature-3-soil-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NDQ-what-per-cent-of-the-dry-weight-of-organisms-constitutes-carbon-1-17-2-28-3-49-4-67-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NDU-which-is-the-second-abundant-matter-in-the-body-of-an-organism-1-phosphorous-2-hydrogen-3-carbon-4-calcium-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NDY-how-much-of-the-total-quantity-of-global-carbon-is-dissolved-in-the-oceans-1-50-2-62-3-71-4-84-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NDc-which-of-the-following-reservoir-regulates-the-amount-of-carbon-dioxide-in-the-atmosphere-1-ocean-2-earth-rsquo-s-crust-3-land-4-fossil-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NDk-approximately-how-much-of-carbon-is-fixed-in-the-biosphere-through-photosynthesis-annually-1-4-times-1013-kg-2-5-4-x-1015-kg-3-6-4-x-1011-kg-4-13-x-104-kg-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NTA-which-of-the-following-contribute-to-the-atmospheric-co2-1-producers-2-herbivores-3-saprotrophs-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NTE-how-could-human-activities-affect-the-carbon-cycle-1-by-rapid-forestation-2-by-massive-burning-of-fossil-fuel-for-energy-and-transport-3-by-forest-fire-4-more-than-one-of-the-options-given-above-are-c https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NTM-which-is-the-natural-reservoir-of-phosphorous-1-ocean-2-fossils-3-rock-4-soil-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NTQ-how-do-herbivores-and-other-animals-obtain-phosphorous-1-from-soil-in-the-dissolved-form-2-from-plants-3-from-drinking-water-4-synthesized-in-the-body-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NTU-the-waste-products-and-the-dead-organisms-are-decomposed-by-releasing-phosphorus-1-parasitic-bacteria-2-phosphate-solubilising-bacteria-3-phosphate-solubilising-fungi-4-acidic-soil-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NTY-match-the-following-column-i-column-ii-i-no-respiratory-release-of-element-into-the-atmosphere-1-carbon-cycle-ii-atmospheric-inputs-of-elements-through-rainfall-are-much-smaller-2-phosphorous-cycle-ii https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NTc-the-products-of-ecosystem-processes-are-named-as-1-environment-services-2-ecosystem-services-3-ecosystem-products-4-ecosystem-taxes-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NTg-who-put-the-price-tags-on-nature-rsquo-s-life-support-services-1-robert-may-2-john-ray-3-robert-constanza-4-reiter-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NTk-how-much-price-has-been-estimated-by-the-researchers-for-the-fundamental-ecosystem-services-1-us-22-billion-a-year-2-us-33-trillion-a-year-3-us-40-trillion-a-year-4-us-52-million-a-year-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NjA-what-is-the-global-gross-national-product-gnp-value-1-us-16-trillion-b-2-us-18-trillion-3-us-24-trillion-4-us-26-trillion-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NjE-out-of-the-total-cost-of-various-ecosystem-services-the-soil-formation-accounts-for-about-1-15-2-25-3-35-4-50-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU1NjI-out-of-the-total-cost-of-various-ecosystem-services-the-cost-of-climate-regulation-and-habitat-for-wildlife-are-about-1-6-and-10-2-10-and-10-3-10-and-18-4-6-and-6-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjI4NDU-given-below-is-a-hypothetical-pyramid-of-energy-the-amount-of-energy-left-at-the-level-of-secondary-consumers-would-approximately-be-1-10000-j-2-1000-j-3-100-j-4-50-j-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjMzNDQ-addition-of-which-of-the-following-can-prevent-leaching-of-minerals-1-humus-2-mycorrhizae-3-rhizobia-4-calcium-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ3MDg-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-we-generally-undervalue-the-magnitude-of-ecosystem-services-that-benefits-us-reason-r-we https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjgxMjE-detritus-is-1-dead-raw-material-for-decomposition-2-partially-decomposed-organic-matter-3-dead-remains-of-animals-plants-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjgxMjc-in-most-ecosystems-all-the-pyramids-of-number-energy-and-biomass-are-upright-it-indicates-that-a-producers-are-more-in-number-and-biomass-than-the-herbivores-b-herbivores-are-less-in-number-and-biomas https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246ODkzMDU-what-type-of-ecological-pyramid-would-be-obtained-with-the-following-data-secondary-consumer-120-g-primary-consumer-60-g-primary-producer-10-g-1-inverted-pyramid-of-biomass-2-pyramid-of-energy-3-uprig https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246ODkzODA-the-primary-producers-of-the-deep-sea-hydrothermal-vent-ecosystem-are-1-green-algae-2-chemosynthetic-bacteria-3-blue-green-algae-4-coral-reefs-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246ODk0MzY-presence-of-plants-arranged-into-well-defined-vertical-layers-depending-on-their-height-can-be-seen-best-in-1-tropical-rain-forest-2-grassland-3-temperate-forest-4-tropical-savannah-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTA0ODg-the-term-ecosystem-was-coined-by-1-a-g-tansley-2-e-haeckel-3-e-warming-4-e-p-odum-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTA5NDg-in-which-of-the-following-do-both-pairs-have-the-correct-combination-1-gaseous-nutrient-cycle-sedimentary-nutrient-cycle-carbon-and-nitrogen-sulphur-and-phosphorous-2-gaseous-nutrient-cycle-sedimentar https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTEyMzc-in-an-ecosystem-the-rate-of-production-of-organic-matter-during-photosynthesis-is-termed-as-1-net-primary-productivity-2-gross-primary-productivity-3-secondary-productivity-4-net-productivity-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTEzNDg-most-animals-are-tree-dwellers-in-a-1-coniferous-forest-2-thorn-woodland-3-temperate-deciduous-forest-4-tropical-rainforest-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTE5OTM-given-below-is-a-simplified-model-of-phosphorus-cycling-in-a-terrestrial-ecosystem-with-four-blanks-a-d-identify-the-blanks-a-b-c-d-1-rock-minerals-detritus-litter-fall-producers-2-litter-producers-ro https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTE5OTY-if-20-j-of-energy-is-trapped-at-the-producer-level-then-how-much-energy-will-be-available-to-peacocks-as-food-in-the-following-chain-plant-rarr-mice-rarr-snake-rarr-peacock-1-0-02-j-2-0-002-j-3-0-2-j https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTIzMDc-pheretima-and-its-close-relatives-derive-nourishment-from-1-sugarcane-roots-2-decaying-fallen-leaves-and-soil-organic-matter-3-soil-insects-4-small-pieces-of-fresh-fallen-leaves-of-maize-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTI1Njk-which-one-of-the-following-statements-is-correct-for-secondary-succession-1-it-occurs-on-a-deforested-site-2-it-follows-primary-succession-3-it-is-similar-to-primary-succession-except-that-it-has-a-re https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTI3MTE-large-woody-vines-are-more-commonly-found-in-1-mangroves-2-tropical-rainforests-3-alpine-forests-4-temperate-forests-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTM4NzE-quercus-species-are-the-dominant-component-in-1-temperate-deciduous-forests-2-alpine-forests-3-scrub-forests-4-tropical-rain-forests-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTQ1OTg-stability-of-ecosystem-depends-upon-1-primary-2-interchange-between-producers-and-consumers-3-number-of-producers-4-number-of-consumers-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTUwMDQ-intermediate-community-between-pioneer-and-climax-communities-is-called-1-seral-community-2-biotic-community-3-temporary-community-4-ecosure-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTUwMDU-ten-per-cent-law-of-energy-transfer-in-a-food-chain-is-given-by-1-schimper-2-elton-3-haeckel-4-lindemann-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTUxNjM-soil-salinity-is-measured-by-1-parameter-2-calorimeter-3-conductivity-meter-4-potometer-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTUxNjU-the-ultimate-source-of-energy-for-living-beings-is-1-sunlight-2-atp-3-fats-4-carbohydrates-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTUxNjY-which-of-the-following-species-are-restricted-to-an-area-1-sympatric-species-2-sibling-species-3-allopatric-species-4-endemic-species-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTUyMTM-factor-governing-the-earth-s-surface-is-1-topographic-2-edaphic-3-temperature-4-biotic-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTUyMTQ-the-direction-of-energy-flow-is-1-producers-rarr-herbivores-rarr-decomposers-rarr-omnivores-2-producers-rarr-carnivores-rarr-herbivores-rarr-decomposers-3-decomposers-rarr-carnivores-rarr-herbivores-r https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTU2OTA-which-of-the-following-ecological-pyramids-is-generally-inverted-1-pyramid-of-biomass-in-a-sea-2-pyramid-of-numbers-in-grassland-3-pyramid-of-energy-4-pyramid-of-biomass-in-a-forest-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTgzMzIz-the-pioneer-community-in-hydrarch-succession-is-formed-by-1-submerged-aquatic-plants-2-floating-plants-3-emergent-rooted-plants-4-phytoplankton-and-zooplankton-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTgzMzM0-the-sequence-of-communities-succeeding-each-other-during-the-course-of-succession-represent-the-1-climax-2-sere-3-primary-succession-4-secondary-succession-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTg1MzQz-in-relation-to-gross-primary-productivity-and-net-primary-productivity-of-an-ecosystem-which-one-of-the-following-statements-is-correct-1-gross-primary-productivity-is-always-more-than-net-primary-pro https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTg1NDIx-match-the-trophic-levels-with-their-correct-species-examples-in-the-green-land-ecosystem-column-i-column-ii-a-fourth-trophic-level-i-cow-b-second-trophic-level-ii-vulture-c-first-trophic-level-iii-rab https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjQ1MDU1-which-of-the-following-statements-is-incorrect-1-biomass-decreases-from-first-to-fourth-trophic-level-2-energy-content-gradually-increases-from-first-to-fourth-trophic-level-3-number-of-individuals-de https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjQ1MDU2-which-of-the-following-statements-is-incorrect-regarding-the-phosphorus-cycle-1-phosphates-are-the-major-form-of-phosphorus-reservoir-2-phosphorus-solubilizing-bacteria-facilitate-the-release-of-phosp https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjQ1MDU3-the-rate-of-decomposition-is-faster-in-the-ecosystem-due-to-the-following-factors-except-1-detritus-rich-in-sugars-2-warm-and-moist-environment-3-presence-of-aerobic-soil-microbes-4-detritus-richer-in https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjUwOTU0-identify-the-likely-organisms-a-b-c-and-d-in-the-food-web-shown-below-a-b-c-d-1-dog-squirrel-bat-deer-2-rat-dog-tortoise-crow-3-squirrel-cat-rat-pigeon-4-deer-rabbit-frog-rat-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjUxMjIw-which-of-the-following-representations-shows-the-pyramid-of-numbers-in-a-forest-ecosystem-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246Mjc3MjAz-in-the-equation-gpp-ndash-r-npp-r-represents-1-environment-factor-2-respiration-losses-3-radiant-energy-4-retardation-factor-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246Mjc3MjI4-which-of-the-following-statements-is-not-correct-1-pyramid-of-energy-is-always-upright-2-pyramid-of-numbers-in-a-grassland-ecosystem-is-upright-3-pyramid-of-biomass-in-sea-is-generally-inverted-4-pyra https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDAw-ecology-can-be-best-described-as-1-the-study-of-living-things-2-the-study-of-non-living-things-3-the-study-of-environmental-factors-4-the-study-of-ecosystems-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDAx-what-would-be-true-if-you-compare-the-flow-of-energy-and-the-flow-of-chemical-nutrients-in-an-ecosystem-1-much-larger-amount-of-energy-flows-through-the-ecosystem-than-the-amount-of-nutrients-2-energy https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDAy-identify-the-incorrect-statement-regarding-primary-productivity-in-an-ecosystem-1-it-occurs-only-through-the-process-of-photosynthesis-2-almost-all-life-on-earth-relies-directly-or-indirectly-on-prima https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDA0-in-a-terrestrial-ecosystem-the-abiotic-factors-that-have-most-effect-on-its-primary-productivity-will-be-1-light-and-nutrients-2-light-and-moisture-3-temperature-and-moisture-4-temperature-and-nutrien https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDA2-during-the-carbon-cycle-carbon-dioxide-is-returned-to-the-atmosphere-by-the-plants-through-1-photosynthesis-2-decomposition-of-biomass-3-respiration-4-transpiration-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDA3-the-organisms-first-to-colonize-bare-rock-during-ecological-succession-are-1-annual-plants-2-lichens-3-mycorrhiza-4-green-algae-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDA4-after-the-primary-producer-level-in-an-ecosystem-1-less-and-less-amount-of-new-chemical-energy-is-added-at-successive-trophic-levels-2-no-new-chemical-energy-is-added-at-successive-trophic-levels-3-mo https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDA5-identify-the-correct-statements-i-primary-succession-is-faster-than-the-secondary-succession-ii-both-hydrarch-and-xerarch-successions-lead-to-mesic-conditions-iii-rooted-submerged-plants-are-pioneers https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDEw-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-eagle-p-tertiary-consumer-b-cyanobacterium-q-primary-producer-c-fungus-r-decomp https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDIx-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-standing-crop-p-mass-of-living-material-at-each-trophic-level-at-a-particular-t https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDIy-in-primary-hydrarch-succession-the-seral-stage-just-before-the-climax-forest-is-likely-to-be-1-submerged-free-floating-plant-stage-2-scrub-stage-3-marsh-meadow-stage-4-reed-swamp-stage-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDIz-identify-the-correct-statement-i-par-designates-the-spectral-range-of-solar-radiation-from-400-to-700-nanometers-ii-par-is-less-than-50-of-the-incident-solar-radiation-iii-plants-capture-only-2-to-10 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NjY4-the-trophic-level-of-an-organism-is-the-number-of-steps-it-is-from-the-start-of-the-food-chain-the-level-2-typically-will-be-occupied-by-1-primary-producer-2-herbivore-3-carnivore-4-apex-predator-1-2 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NjY5-if-plants-convert-about-1-of-the-sunlight-they-receive-into-chemical-energy-the-total-energy-originally-present-in-the-incident-sunlight-that-is-finally-embodied-in-a-tertiary-consumer-is-about-1-0-1 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM0NDk2-consider-the-following-facts-regarding-nutrient-cycling-i-carbon-cycle-atmosphere-only-contains-10-of-total-global-carbon-ii-phosphorus-cycle-respiratory-release-of-phosphorus-into-atmosphere-is-absen https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM1NjY5-regarding-energy-flow-in-an-ecosystem-1-about-2-to-10-of-incident-solar-radiation-is-par-2-an-ecosystem-is-exempt-from-the-second-law-of-thermodynamics-3-the-amount-of-energy-increases-at-successive-t https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM1Njcw-the-net-primary-productivity-of-oceans-is-about-1-25-of-the-annual-net-primary-productivity-of-the-whole-biosphere-2-33-of-the-annual-net-primary-productivity-of-the-whole-biosphere-3-66-of-the-annual https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM1Njcx-which-of-the-following-seral-stages-represents-the-stage-that-is-seen-in-a-typical-primary-hydrarch-succession-just-before-the-establishment-of-final-forest-stage-1-marsh-meadow-stage-2-scrub-stage-3 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM1Njcy-of-the-total-cost-of-various-ecosystem-services-the-cost-of-climate-regulation-and-habitat-for-wildlife-is-about-1-6-2-10-3-12-5-50-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM3NjI0-what-would-be-true-for-the-phosphorus-cycle-in-an-ecological-ecosystem-1-a-considerable-amount-of-phosphorus-enters-the-biosphere-through-the-primary-producers-2-fossil-fuels-represent-the-major-reser https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM3NjI1-detritus-food-chain-1-begins-with-primary-producers-like-grass-2-is-the-major-conduit-for-energy-flow-in-an-aquatic-ecosystem-3-is-not-made-up-of-any-decomposers-4-may-be-connected-with-the-grazing-fo https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM3NjM1-which-of-the-following-statements-regarding-ecological-succession-is-are-true-i-the-change-in-communities-during-ecological-succession-is-orderly-and-sequential-parallel-with-the-changes-in-the-physic https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM5NDQ1-given-below-are-two-statements-statement-i-decomposition-is-a-process-in-which-the-detritus-is-degraded-into-simpler-substances-by-microbes-statement-ii-decomposition-is-faster-if-the-detritus-is-rich https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM5NDYy-which-one-of-the-following-will-accelerate-phosphorus-cycle-1-rainfall-and-storms-2-burning-of-fossil-fuels-3-volcanic-activity-4-weathering-of-rocks-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM5NTA1-detritivores-breakdown-detritus-into-smaller-particles-this-process-is-called-1-decomposition-2-catabolism-3-fragmentation-4-humification-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM5ODM2-identify-the-correct-set-of-statements-with-regard-to-the-properties-of-humus-a-highly-resistant-to-microbial-action-b-dark-colored-amorphous-substance-c-end-product-of-detritus-food-chain-d-reservoir https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM5ODY1-which-of-the-following-is-not-correct-regarding-the-decomposition-of-wastes-a-low-temperature-inhibits-decomposition-b-warm-and-moist-environment-favors-the-process-c-the-process-is-anaerobic-d-it-is https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM5OTE3-given-below-are-two-statements-statement-i-pyramid-of-energy-is-always-upright-and-is-the-most-efficient-statement-ii-pyramid-of-biomass-in-sea-is-generally-inverted-in-the-light-of-the-above-statemen https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQxOTg4-to-recycle-nutrients-an-ecosystem-must-have-at-a-minimum-1-producers-2-producers-and-decomposers-3-producers-primary-consumers-and-decomposers-4-producers-primary-consumers-secondary-consumers-and-dec https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQxOTk2-which-of-the-following-levels-of-ecological-organization-is-arranged-in-the-correct-sequence-from-most-to-least-inclusive-1-community-ecosystem-individual-population-2-ecosystem-community-population-i https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQyMzk3-assertion-in-a-food-chain-members-of-successive-higher-levels-are-fewer-in-number-reason-number-of-organisms-at-any-trophic-level-depends-upon-the-availability-of-organisms-which-serve-as-food-at-the https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQyNzY2-which-of-the-following-is-true-of-detritivores-1-they-recycle-chemical-elements-directly-back-to-primary-consumers-2-they-synthesize-organic-molecules-that-are-used-by-primary-producers-3-they-convert https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQyNzY3-why-is-net-primary-production-npp-a-more-useful-measurement-to-an-ecosystem-ecologist-than-gross-primary-production-gpp-1-npp-can-be-expressed-in-energy-unit-of-area-unit-of-time-2-npp-can-be-expresse https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQzMDY3-why-is-net-primary-production-npp-a-more-useful-measurement-to-an-ecosystem-ecologist-than-gross-primary-productivity-gpp-1-npp-can-be-expressed-in-energy-unit-of-area-unit-of-time-2-npp-can-be-expres https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQzMTAy-consider-the-two-statements-assertion-a-energy-flow-in-ecosystem-is-bidirectional-reason-r-energy-goes-on-increasing-with-each-and-every-trophic-level-1-both-a-and-r-are-true-and-r-correctly-explains https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQzODM1-an-ecosystem-which-can-be-easily-damaged-but-can-recover-if-damaging-effects-stop-will-be-having-1-low-stability-and-high-resilience-2-high-stability-and-low-resilience-3-high-stability-and-high-resil https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQzOTQz-consider-the-following-statements-with-respect-to-food-chain-a-removal-of-80-tigers-from-an-area-resulted-in-increased-growth-of-vetetation-b-removal-of-most-of-the-carnivores-resulted-in-increased-gr https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQzOTQ1-what-percentage-of-photosynthetically-active-radiation-is-captured-by-plants-1-2-10-2-50-3-100-4-1-2-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0MTE5-at-each-trophic-level-a-certain-mass-of-living-material-at-a-particular-time-is-known-as-1-dry-weight-2-standing-crop-3-fresh-weight-4-standing-state-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0MTY2-arrange-the-following-starting-from-first-trophic-level-a-molluscs-b-hydrilla-c-snake-d-hawk-e-fish-choose-the-correct-answer-from-the-options-given-below-1-a-b-c-d-e-2-b-a-c-d-e-3-b-a-e-c-d-4-b-a-e-d https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0NDQw-community-is-an-aggregation-of-1-individuals-of-the-same-kind-2-populations-of-different-species-3-individuals-of-a-population-4-individuals-of-different-kinds-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0OTE0-match-list-i-with-list-ii-list-i-list-ii-a-lichens-i-pioneer-species-b-invade-bare-area-ii-hydrosere-c-reed-swamp-stage-iii-final-stable-community-d-climax-iv-lithosere-choose-the-correct-answer-from https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0OTM3-the-term-ecosystem-was-proposed-by-1-e-p-odum-2-a-g-tansley-3-e-haeckel-4-r-mishra-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0OTQ1-choose-the-correct-statements-a-length-of-the-food-chain-is-generally-limited-to-3-4-trophic-levels-due-to-energy-loss-b-length-of-food-chain-depends-upon-the-producer-c-in-hydrarch-succession-lichen https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0OTYz-given-below-are-two-statements-statement-i-the-pyramid-of-energy-is-always-upright-can-never-be-inverted-statement-ii-when-energy-flows-from-one-trophic-level-to-next-trophic-level-some-energy-is-alwa https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0OTY0-decomposition-a-is-favored-by-warm-and-dry-environment-b-gives-rise-to-humus-and-inorganic-nutrients-c-is-dependent-on-oxygen-availability-d-involves-fragmentation-catabolism-and-leaching-e-is-faster https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ1MTQx-arrange-the-following-in-an-order-starting-from-first-trophic-level-a-cyclops-b-spirogyra-c-catfish-d-pelican-e-small-fish-choose-the-correct-answer-from-the-options-given-below-1-a-b-c-d-e-2-b-a-c-d https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ1MzEy-match-list-i-with-list-ii-list-i-list-ii-a-primary-consumers-i-top-carnivore-b-tertiary-consumers-ii-herbivore-c-producers-iii-carnivore-d-secondary-consumers-iv-plants-choose-the-correct-answer-from https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ2NDEw-the-pioneer-species-in-a-hydrarch-succession-are-1-free-floating-angiosperms-2-submerged-rooted-plants-3-phytoplanktons-4-filamentous-algae-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ2NDIz-the-species-that-come-to-appear-in-bare-area-are-called-1-pioneer-species-2-invasive-species-3-competitive-species-4-species-of-seral-community-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ2NDMx-all-successions-irrespective-of-the-habitat-proceed-to-which-type-of-climax-community-1-xeric-2-mesic-3-hydrophytic-4-edaphic-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ2NDc1-frugivorous-birds-are-found-in-large-numbers-in-tropical-forests-mainly-because-of-1-lack-of-niche-specialisation-2-higher-annual-rainfall-3-availability-of-fruits-throughout-the-year-4-temperature-co https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ2NDgy-match-the-list-i-with-list-ii-list-i-list-ii-a-carbon-dissolved-in-oceans-i-55-billion-tons-b-annual-fixation-of-carbon-through-photosynthesis-ii-71-c-par-captured-by-plants-iii-4-times-10-3-kg-d-prod https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ2NTAx-the-amount-of-biomass-or-organic-matter-produced-per-unit-area-over-a-time-period-by-plants-during-photosynthesis-is-called-1-secondary-production-2-primary-production-3-gross-primary-production-4-net https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTA5-a-functional-unit-of-nature-where-living-organisms-interact-among-themselves-and-also-with-the-surrounding-physical-environment-is-called-as-1-a-population-2-a-species-3-a-biological-community-4-an-ec https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTEw-consider-the-two-statements-statement-i-entire-biosphere-is-regarded-as-a-global-ecosystem-by-many-ecologists-statement-ii-the-global-ecosystem-is-divided-into-terrestrial-and-aquatic-ecosystem-for-co https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTEx-vertical-distribution-of-different-species-occupying-different-levels-in-an-ecosystem-is-called-1-stratification-2-scarification-3-standing-crop-4-standing-state-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTEy-study-the-given-diagram-and-select-the-correct-statements-statement-i-there-is-unidirectional-movement-of-energy-towards-the-higher-trophic-levels-and-its-dissipation-and-loss-as-heat-to-the-environme https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTEz-study-the-given-diagram-and-select-the-correct-statements-statement-i-tropical-land-areas-have-the-highest-rates-of-production-statement-ii-oceans-have-low-productivity-1-only-statement-i-is-correct-2 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTE0-consider-the-two-statements-statement-i-the-terms-detritivore-and-decomposer-describe-same-organisms-statement-ii-both-are-unable-to-ingest-discrete-lumps-of-matter-but-instead-live-by-absorbing-and-m https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTE1-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-most-ecosystems-would-vanish-if-the-sun-were-not-continuously-providing-energy-to-the-ea https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTE2-consider-the-two-statements-statement-i-no-energy-that-is-trapped-into-an-organism-remains-in-it-forever-statement-ii-all-animals-depend-on-plants-directly-or-indirectly-for-their-food-requirements-1 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTE3-study-the-given-figures-and-select-the-correct-statements-statement-i-a-is-primary-succession-and-b-is-secondary-succession-statement-ii-a-will-be-much-faster-in-pace-than-b-1-only-statement-i-is-corr https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTE4-identify-a-f-in-the-diagrammatic-representation-of-primary-hydrarch-ecological-succession-1-2-3-4-a-phyto-plankton-zoo-plankton-phyto-plankton-phyto-plankton-b-submerged-plant-submerged-free-floating https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4MTE5-given-below-is-a-simplified-model-of-phosphorus-cycle-in-an-ecosystem-select-the-correct-statements-statement-i-rocks-are-the-natural-reservoirs-where-phosphorus-is-present-in-the-form-of-phosphates-s https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4NDg2-which-one-of-the-following-is-a-primary-consumer-in-maize-field-ecosystem-1-grasshopper-2-wolf-3-phytoplankton-4-lion-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzU4NDg5-when-a-man-eats-fish-which-feeds-on-zooplankton-which-has-eaten-small-plants-the-producer-in-the-chain-is-1-small-plants-2-fish-3-man-4-zooplankton-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYzNjY1-assertion-a-it-is-convenient-to-divide-the-global-ecosystem-into-some-basic-categories-reason-r-global-ecosystem-is-too-big-to-study-at-once-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYzNjY2-assertion-a-secondary-succession-takes-a-longer-time-to-establish-a-climax-community-compared-to-primary-succession-reason-r-soil-and-sediments-are-already-present-in-the-areas-where-secondary-success https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYzNjY3-assertion-a-primary-productivity-depends-on-a-variety-of-environmental-factors-reason-r-primary-productivity-varies-in-different-types-of-ecosystems-1-both-a-and-r-are-true-and-r-is-the-correct-explan https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY0NzU5-although-all-types-of-ecological-pyramids-are-generally-upright-an-inverted-pyramid-of-biomass-can-be-found-in-1-forest-ecosystem-2-marine-ecosystem-3-grassland-ecosystem-4-tundra-ecosystem-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY0NzYw-the-climax-community-established-in-ecological-succession-is-best-described-as-1-the-community-of-pioneers-in-ecological-succession-2-the-establishment-of-only-one-type-of-primary-producer-in-the-ecos https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY0Nzc3-consider-the-two-statements-statement-i-nutrients-are-never-lost-from-the-ecosystems-rather-they-are-recycled-time-and-again-indefinitely-statement-ii-the-amount-of-nutrients-such-as-carbon-nitrogen-p https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY0ODQx-who-amongst-the-following-is-revered-as-the-father-of-ecology-in-india-1-gurdev-singh-khush-2-m-s-swaminathan-3-ramdeo-misra-4-salim-ali-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY0ODYx-which-step-in-the-decomposition-of-detritus-is-carried-out-by-bacteria-and-fungi-1-fragmentation-2-leaching-3-catabolism-4-mineralisation-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY0ODYz-the-consumers-that-feed-on-herbivores-are-correctly-described-as-1-primary-producers-2-primary-consumers-3-secondary-carnivores-4-secondary-consumers-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY1NzY0-out-of-the-total-cost-of-various-ecosystem-services-which-of-the-following-accounts-for-maximum-per-cent-1-nutrient-cycling-2-soil-formation-3-climate-regulation-4-recreation-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY1Nzc4-the-annual-net-primary-productivity-of-the-whole-biosphere-is-approximately-170-billion-tons-dry-weight-of-organic-matter-of-this-the-productivity-of-the-oceans-is-1-55-billion-tons-2-70-billion-tons https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY1ODk2-what-percent-of-the-total-incident-solar-radiation-is-captured-by-plants-1-1-to-5-2-2-to-10-3-20-to-30-4-40-to-60-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY1ODk3-in-ecological-succession-1-hydrarch-succession-leads-to-xeric-conditions-2-xerarch-succession-leads-to-hydric-conditions-3-both-xerarch-and-hydrarch-successions-may-lead-to-either-xeric-or-hydric-cond https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY1OTA0-consider-the-given-two-statements-assertion-a-heterotrophs-generally-have-high-energy-conversion-efficiencies-when-compared-to-those-of-plants-reason-r-at-higher-trophic-levels-the-respiratory-costs-a https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY2MDYy-rate-of-formation-of-new-organic-matter-by-consumers-is-called-as-1-gross-primary-productivity-2-net-primary-productivity-3-secondary-productivity-4-tertiary-productivity-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY2MDcy-consider-the-two-given-statements-assertion-a-secondary-succession-is-faster-than-the-primary-succession-reason-r-soil-is-already-there-at-the-time-of-secondary-succession-1-both-a-and-r-are-true-and https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY3MDIy-in-the-equation-gpp-is-gross-primary-productivity-npp-is-net-primary-productivity-r-here-is-1-reproductive-allocation-2-photosynthetically-active-radiation-3-respiratory-quotient-4-respiratory-loss-1 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY3MDI5-identify-the-correct-statements-a-detrivores-perform-fragmentation-b-the-humus-is-further-degraded-by-some-microbes-during-mineralization-c-water-soluble-inorganic-nutrients-go-down-into-the-soil-and https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY4MTY0-match-list-i-with-list-ii-list-i-list-ii-a-hydrarch-succession-i-gradual-change-in-the-species-composition-b-xerarch-succession-ii-faster-and-climax-reached-quickly-c-ecological-succession-iii-lichens https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY4MTgy-the-amount-of-nutrients-such-as-carbon-nitrogen-potassium-and-calcium-present-in-the-soil-at-any-given-time-is-referred-to-as-1-standing-state2-standing-crop-3-humus4-detritus-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY4OTU1-given-below-are-two-statements-assertion-a-lichens-are-the-first-organisms-to-colonise-bare-rocks-hence-are-ecologically-important-reason-r-lichens-are-symbiotic-association-between-two-heterotrophs-1 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY5MjQw-given-below-are-two-statements-assertion-a-no-energy-that-is-trapped-into-an-organism-remains-in-it-for-ever-reason-r-the-energy-trapped-by-producers-is-either-passed-on-to-a-consumer-or-the-organism https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY5MjQ3-given-below-are-two-statements-assertion-a-pyramid-of-energy-is-always-upright-can-never-be-inverted-reason-r-when-energy-flows-from-a-particular-trophic-level-to-the-next-trophic-level-some-energy-is https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY5Mjc2-select-the-incorrect-statement-1-all-the-steps-in-decomposition-operate-simultaneously-on-the-humus-2-humus-is-dark-colored-amorphous-substance-3-humus-undergoes-decomposition-at-very-slow-rate-4-humu https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY5Mjgz-which-one-is-incorrectly-matched-1-carnivores-secondary-or-tertiary-consumer-2-herbivores-primary-consumer-3-decomposers-microbial-heterotrophs-4-detrivores-secondary-consumers-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY5Mjkw-read-the-following-statements-and-select-the-correct-option-a-it-is-said-that-detritus-food-chain-may-be-connected-to-grazing-food-chain-at-some-levels-b-some-of-the-organisms-of-dfc-are-prey-to-the-g https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY5Mjk4-select-true-t-or-false-f-for-the-given-statements-and-choose-the-correct-option-a-any-calculations-of-energy-content-biomass-or-numbers-has-to-include-all-organisms-at-the-trophic-level-b-a-given-spec https://medminds.me/qbank/botany/ecosystem/?q=NP-b246Mzk2MTky-the-primary-productivity-in-an-ecosystem-is-expressed-as-1-text-gm-2-text-yr-1-2-text-gm-2-text-yr-3-text-kcal-m-2-text-yr-1-4-text-kcal-text-m-2-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246Mzk2MjEy-assertion-a-decomposition-process-is-slower-if-detritus-is-rich-in-lignin-and-chitin-reason-r-decomposition-is-largely-an-oxygen-requiring-process-1-both-a-and-r-are-true-and-r-is-the-correct-explanat https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDU1MDky-in-an-ecosystem-if-the-net-primary-productivity-npp-of-first-trophic-level-is-100-x-left-mathrm-kcal-mathrm-m-2-right-mathrm-yr-1-what-would-be-the-gpp-gross-primary-productivity-of-the-third-trophic https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDU2Njk2-match-list-i-with-list-ii-list-i-list-ii-a-tertiary-consumer-i-grass-b-secondary-consumer-ii-lion-c-primary-consumer-iii-wolf-d-primary-producer-iv-goat-choose-the-correct-answer-from-the-options-give https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDU2ODM0-given-below-are-two-statements-statement-i-the-rate-of-decomposition-is-not-related-to-chemical-composition-of-detritus-and-climatic-factors-statement-ii-in-a-particular-climatic-condition-decompositi https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDgxNDQy-a-community-and-its-abiotic-environment-best-define-a-an-1-biogeochemical-cycle-2-biosphere-3-ecosystem-4-food-web-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MDU-a-physical-structure-that-is-characteristic-of-each-type-of-ecosystem-is-due-to-1-interaction-between-various-biotic-components-of-the-ecosystem-2-interaction-between-various-abiotic-components-of-the https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTIwMjE5-which-of-the-following-best-defines-an-ecosystem-1-a-group-of-populations-of-different-species-interacting-in-a-specific-area-forming-a-stable-unit-of-life-2-a-large-geographic-region-characterized-by https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTc2ODQ0-vertical-distribution-of-different-species-occupying-different-levels-in-a-biotic-community-is-known-as-1-divergence-2-stratification-3-zonation-4-pyramid-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDE3MzQ5-the-source-of-energy-for-almost-all-ecosystems-on-earth-ultimately-is-1-the-sun-2-chemosynthesis-3-decomposition-4-water-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3MjY5-a-pond-is-described-as-a-self-sustaining-ecosystem-because-1-all-organisms-in-the-pond-rely-only-on-dissolved-inorganic-substances-for-nutrition-2-energy-circulates-indefinitely-within-the-pond-withou https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDE3NDIz-the-lower-most-vertical-stratum-of-a-forest-is-occupied-by-1-trees-2-tree-dwellers-3-shrubs-4-herbs-and-grasses-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTc2ODU1-which-one-of-the-following-is-not-a-functional-unit-of-an-ecosystem-1-energy-flow-2-decomposition-3-productivity-4-stratification-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3MjY4-which-scenario-best-demonstrates-the-ecological-significance-of-stratification-1-different-species-occupy-distinct-vertical-layers-reducing-direct-competition-for-light-and-space-2-all-plant-species-g https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTI4OTk-which-one-of-the-following-is-one-of-the-characteristics-of-a-biological-community-1-stratification-2-natality-3-mortality-4-sex-ratio-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246Mjc4NzQ3-in-the-equation-gpp-r-npp-r-represents-1-environment-factor-2-respiration-losses-3-radiant-energy-4-retardation-factor-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTI4MDMy-consider-the-following-statements-regarding-primary-productivity-in-an-ecosystem-a-gross-primary-productivity-gpp-is-the-total-rate-of-organic-matter-production-through-photosynthesis-in-plants-b-net https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTI4MDk5-what-does-secondary-productivity-refer-to-in-an-ecosystem-1-the-rate-of-formation-of-new-organic-matter-by-producers-2-the-rate-of-formation-of-new-organic-matter-by-consumers-3-the-total-amount-of-or https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3MjM2-if-gross-primary-productivity-gpp-of-an-ecosystem-is-2500-kcal-m-yr-and-the-respiration-loss-is-1800-kcal-m-yr-then-net-primary-productivity-npp-is-1-4300-2-2500-3-700-4-1800-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3Mjcw-primary-productivity-in-an-ecosystem-mainly-depends-on-the-1-colour-of-the-soil-and-the-speed-of-wind-in-the-area-2-plant-species-present-environmental-conditions-nutrient-supply-and-photosynthetic-ca https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTcyMzcw-productivity-in-an-ecosystem-at-the-producer-level-depends-upon-1-availability-of-nutrients-in-the-soil-2-photosynthetic-capacity-of-plants-3-variety-of-environmental-factors-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTA3MzQ5-consider-the-given-two-statements-assertion-a-ocean-ecosystems-have-lower-productivity-per-unit-area-compared-to-terrestrial-ecosystems-reason-r-nutrient-availability-and-light-penetration-are-limited https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDA1OTY2-net-primary-productivity-of-whole-biosphere-is-about-1-55-billion-tons-per-month-2-55-billion-tons-per-year-3-170-billion-tons-per-month-4-170-billion-tons-per-year-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTg2ODMy-the-rate-of-formation-of-new-organic-matter-by-rabbit-in-grassland-is-called-1-net-productivity-2-secondary-productivity-3-net-primary-productivity-4-gross-primary-productivity-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3Mjcy-identify-the-correct-statement-1-oceans-cover-most-of-earth-s-surface-yet-contribute-less-net-primary-productivity-npp-compared-to-land-2-oceans-contribute-the-maximum-npp-because-they-occupy-the-larg https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTE1Njcx-which-of-the-following-ecosystems-has-the-highest-net-primary-productivity-1-tropical-rainforests-2-open-oceans-3-temperate-grasslands-4-desert-ecosystems-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTg0MDUz-identify-the-incorrectly-matched-pair-1-vertical-distribution-of-different-species-occupying-different-levels-stratification-2-mass-of-living-material-at-a-particular-time-at-each-trophic-level-standi https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI4ODM3-productivity-is-the-rate-of-production-of-biomass-expressed-in-terms-of-i-kcal-m-3-yr-1-ii-gm-2-yr-1-iii-g-1-yr-1-iv-kcal-m-2-yr-1-1-ii-2-iii-3-ii-and-iv-4-i-and-iii-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY0OTQ5-which-of-the-following-is-expected-to-have-the-highest-value-gm-m2m2m2-yr-in-a-grassland-ecosystem-1-tertiary-production-2-gross-production-gp-3-net-production-np-4-secondary-production-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTMzMjEy-which-of-the-following-environmental-conditions-is-most-favourable-for-decomposition-in-an-ecosystem-1-low-temperature-and-anaerobic-conditions-2-high-temperature-and-dry-conditions-3-warm-and-moist-c https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDUzNzA3-decomposition-of-detritus-in-an-ecosystem-does-not-involve-1-catabolism-2-leaching-3-humification-4-photosynthesis-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTE4MTYz-the-breakdown-of-detritus-into-smaller-particles-by-earthworm-is-a-process-called-1-humification-2-fragmentation-3-mineralisation-4-catabolism-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTA3Mzk2-why-is-the-earthworm-referred-to-as-the-farmer-s-friend-1-it-feeds-on-crops-promoting-plant-diversity-2-it-helps-in-loosening-soil-and-breaking-down-complex-organic-matter-3-it-removes-pests-from-the https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM3MzIy-decomposers-are-1-animalia-and-monera-2-protista-and-animalia-3-fungi-and-plantae-4-bacteria-and-fungi-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTI4MTAw-which-factor-slows-down-the-rate-of-decomposition-in-a-particular-climatic-condition-1-high-nitrogen-and-water-soluble-substances-in-detritus-2-warm-and-moist-environment-3-detritus-rich-in-lignin-and https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3Mjc0-decomposition-results-in-the-breakdown-of-complex-organic-matter-into-1-proteins-used-directly-by-top-level-consumers-2-complex-carbohydrates-and-lignin-rich-compounds-3-inorganic-substances-such-as-c https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTI0MTgx-the-decomposition-of-organic-matter-in-an-ecosystem-is-influenced-by-several-factors-the-rate-of-decomposition-will-be-highest-in-an-environment-with-1-low-temperature-dry-conditions-and-anaerobic-soi https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTI3NjQz-in-which-of-the-following-conditions-will-the-rate-of-decomposition-be-the-slowest-1-detritus-rich-in-lignin-and-chitin-low-temperature-and-anaerobic-conditions-2-detritus-rich-in-nitrogen-and-sugars https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ1MzQ-sometimes-the-term-detritivore-is-used-interchangeably-with-1-decomposers2-primary-consumers-3-secondary-consumers4-autotrophs-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTA3MzY2-consider-the-following-statements-about-decomposers-in-an-ecosystem-statement-i-decomposers-break-down-dead-organic-matter-releasing-inorganic-nutrients-back-into-the-soil-for-use-by-producers-stateme https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTMxNDI0-humus-formed-during-decomposition-is-characterised-by-1-rapid-turnover-and-high-microbial-activity-2-low-stability-and-high-nutrient-content-3-dark-colour-high-stability-and-resistance-to-microbial-ac https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3MTkz-two-leaf-litter-bags-a-and-b-are-placed-in-identical-soil-bag-a-litter-has-low-lignin-and-high-nitrogen-content-bag-b-litter-has-high-lignin-and-low-nitrogen-after-3-weeks-bag-a-shows-faster-decomposi https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3MjQx-if-an-ecosystem-has-very-high-detritus-production-but-low-decomposition-the-most-likely-outcome-is-1-biomass-enhancement-2-faster-mineralisation-3-nutrient-immobilisation-and-decline-in-productivity-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ1MDM-among-the-following-where-do-you-think-the-process-of-decomposition-would-be-the-fastest-1-tropical-rain-forest2-antarctic-3-dry-arid-region4-alpine-region-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM2OTE1-in-an-ecosystem-during-decomposition-water-soluble-inorganic-nutrients-go-down-into-the-soil-horizon-and-get-precipitated-as-unavailable-salts-by-the-process-of-1-fragmentation-2-leaching-3-catabolism https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTIxNDc3-identify-the-correct-sequence-of-steps-in-decomposition-a-humification-b-fragmentation-of-detritus-c-leaching-d-mineralisation-1-b-a-c-d-2-a-c-b-d-3-b-c-a-d-4-d-a-b-c-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ3OTcy-during-decomposition-which-of-the-following-statements-describe-the-process-of-catabolism-1-detritivores-breakdown-detritus-into-smaller-particles-2-bacterial-and-fungal-enzymes-degrade-detritus-into https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDU3-decomposers-like-fungi-and-bacteria-are-i-autotrophs-ii-heterotrophs-iii-saprotrophs-iv-chemo-autotrophs-choose-the-correct-answer-1-i-and-iii-2-i-and-iv-3-ii-and-iii-4-i-and-ii-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTE4MTQ1-which-of-the-following-processes-during-decompositions-is-correctly-described-1-catabolism-last-step-in-the-decomposition-under-fully-anaerobic-condition-2-leaching-water-soluble-inorganic-nutrients-r https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3MTg4-a-scientist-sterilises-soil-in-plot-a-and-leaves-plot-b-natural-both-receive-identical-leaf-litter-after-4-weeks-plot-a-has-accumulated-far-more-un-decomposed-litter-why-1-decomposer-activity-is-enhan https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzY1NDU2-consider-the-given-two-statements-assertion-a-temperature-and-soil-moisture-are-the-most-important-climatic-factors-that-regulate-decomposition-through-their-effects-on-the-activities-of-soil-microbes https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTE1NjY3-what-role-does-humus-play-in-the-decomposition-cycle-1-it-accelerates-the-breakdown-of-lignin-and-chitin-in-detritus-2-it-acts-as-a-reservoir-of-nutrients-and-decomposes-very-slowly-3-it-enhances-mine https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTUxOTIw-what-distinguishes-humification-from-mineralization-1-formation-of-humus-vs-inorganic-substances-2-speed-of-decomposition-3-types-of-organisms-involved-4-temperature-requirements-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDgxNDg3-which-of-the-following-shows-the-correct-flow-of-energy-through-ecosystems-1-sun-primary-consumer-secondary-consumer-producer-2-sun-producer-secondary-consumer-primary-consumer-3-sun-secondary-consume https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDgxNDQ2-a-complex-of-interconnected-food-chains-in-an-ecosystem-is-called-a-an-1-ecosystem-2-pyramid-of-numbers-3-pyramid-of-biomass-4-food-web-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzA5OTE5-according-to-energy-law-of-lindemann-only-of-the-energy-is-transferred-to-a-trophic-level-from-the-lower-trophic-level-1-1-2-10-3-5-4-90-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTA3MzY5-in-an-ecosystem-a-sparrow-can-function-at-multiple-trophic-levels-as-a-primary-consumer-it-eats-seeds-while-as-a-secondary-consumer-it-eats-1-fruits-2-peas-3-insects-and-worms-4-tree-bark-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTE4MzIw-why-is-the-number-of-trophic-levels-in-the-grazing-food-chain-restricted-in-nature-1-energy-transfer-between-trophic-levels-is-100-allowing-only-a-limited-number-of-levels-2-only-10-of-the-energy-is-t https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3MjM0-the-detritus-food-chain-begins-with-1-living-plants-2-dead-organic-matter-3-herbivores-4-carnivores-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3Mjc2-why-is-the-flow-of-energy-in-an-ecosystem-considered-unidirectional-1-energy-is-lost-as-heat-at-each-trophic-level-and-cannot-return-to-lower-levels-2-energy-moves-back-and-forth-between-trophic-level https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTI4MTAy-consider-the-given-two-statements-assertion-a-the-number-of-trophic-levels-in-the-grazing-food-chain-is-restricted-reason-r-the-transfer-of-energy-follows-the-50-per-cent-law-meaning-only-50-of-the-en https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTE4MTQ3-which-of-the-following-is-a-primary-consumer-in-maize-field-ecosystem-1-grasshopper-2-wolf-3-phytoplankton-4-lion-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTE4MTU4-of-the-total-incident-solar-radiation-the-proportion-of-par-is-1-about-70-2-about-60-3-less-than-50-4-more-than-80-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTU2Nzkx-the-second-trophic-level-in-a-lake-is-1-phytoplankton-2-zooplankton-3-benthos-4-fishes-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NTcxNzQ-in-a-food-chain-as-we-go-from-lower-to-higher-trophic-level-the-energy-1-becomes-doubled-at-each-step-2-increases-irregularly-3-remains-constant-4-decreases-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3Mjgw-trophic-levels-represent-functional-positions-not-species-which-example-best-illustrates-this-idea-1-a-sparrow-feeding-on-insects-acts-as-a-secondary-consumer-but-acts-as-a-primary-consumer-when-feedi https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTgzMzc4-identify-the-incorrectly-matched-set-1-carnivores-secondary-or-tertiary-consumer-2-decomposers-microbial-heterotrophs-3-herbivores-primary-consumer-4-omnivores-molds-yeasts-and-mushrooms-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDA1NTky-typically-the-level-2-in-a-food-chain-in-an-ecosystem-will-be-occupied-by-1-primary-producer-2-herbivore-3-carnivore-4-apex-predator-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY1NTE4-if-a-bamboo-plant-is-growing-in-a-far-forest-then-what-will-its-trophic-level-be-1-first-trophic-level-t1-2-second-trophic-level-t2-3-third-trophic-level-t3-4-fourth-trophic-level-t4-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTMzNTQ5-consider-the-given-two-statements-a-of-the-incident-solar-radiation-less-than-50-per-cent-of-it-is-photosynthetically-active-radiation-par-b-plants-capture-only-20-30-per-cent-of-the-par-1-only-a-is-c https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTA3MzYy-in-an-aquatic-ecosystem-the-primary-producers-are-mainly-1-woody-plants-and-grasses-2-zooplankton-and-molluscs-3-herbivorous-fish-and-primary-carnivores-4-phytoplankton-algae-and-higher-aquatic-plants https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3Mjc3-biomass-of-a-trophic-level-is-best-measured-using-dry-weight-because-1-dry-weight-changes-rapidly-every-day-2-dry-weight-always-equals-fresh-weight-3-water-is-the-main-source-of-energy-4-water-content https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTA3MzUx-which-of-the-following-best-describes-the-flow-of-energy-within-an-ecosystem-1-energy-flows-in-multiple-directions-between-all-trophic-levels-2-energy-is-cyclic-with-decomposers-returning-it-to-autotr https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NzQwMDQ-death-of-organism-is-the-beginning-of-food-chain-in-which-1-energy-and-nutrient-requirement-is-met-by-degrading-organic-matter-2-major-conduct-for-energy-flow-is-operational-in-aquatic-ecosystem-3-num https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzEyNjY-consider-the-following-statements-i-in-an-aquatic-ecosystem-gfc-is-the-major-conduit-for-energy-flow-ii-in-a-terrestrial-ecosystem-dfc-is-the-major-conduit-for-energy-flow-iii-gfc-and-dfc-are-not-inte https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM2NTE3-which-of-the-following-statements-is-incorrect-1-biomass-decreases-from-the-first-to-fourth-trophic-level-2-energy-content-gradually-increases-from-the-first-to-fourth-trophic-level-3-number-of-indivi https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTU2Nzg1-which-trophic-level-is-incorrectly-defined-1-carnivores-secondary-or-tertiary-consumer-2-decomposer-microbial-heterotrophs-3-herbivores-primary-consumer-4-omnivores-molds-yeast-and-mushrooms-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTEzNDY0-which-one-of-the-following-animals-may-occupy-more-than-one-trophic-levels-in-the-same-ecosystem-at-the-same-time-1-goat-2-frog-3-sparrow-4-lion-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTIwMjI2-consider-the-given-two-statements-statement-i-the-standing-crop-is-measured-as-the-biomass-or-number-of-living-organisms-per-unit-area-at-a-given-time-statement-ii-the-biomass-of-a-species-is-more-acc https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDA1Nzkz-the-trophic-level-occupied-by-zooplankton-in-an-aquatic-ecosystem-is-1-first-2-second-3-third-4-fourth-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTEzNDQ2-if-20-j-of-energy-is-trapped-at-producer-level-then-how-much-energy-will-be-available-to-peacock-as-food-in-the-following-chain-plant-mice-snake-peacock-1-0-02j-2-0-002j-3-0-2j-4-0-0002j-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM4NzE2-the-mass-of-living-material-at-a-trophic-level-at-a-particular-time-is-known-as-1-standing-state-2-primary-productivity-3-secondary-productivity-4-standing-crop-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3Mjc4-in-a-natural-ecosystem-some-organisms-act-as-omnivores-and-feed-on-both-detritus-and-living-organisms-the-ecological-consequence-of-this-feeding-behaviour-is-that-1-it-reduces-primary-productivity-by https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM4MDIz-which-of-the-following-flows-through-an-ecosystem-and-does-not-cycle-1-water-2-nitrogen-3-energy-4-carbon-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTE4MTQ4-when-men-eats-fish-which-feeds-on-zooplanktons-which-have-eaten-small-plants-the-prosucers-in-this-chain-is-1-small-plants-2-fish-3-man-4-zooplankton-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ1NDE-the-ecosystem-that-can-survive-in-the-absence-of-the-sun-would-be-1-tropical-rainforest2-tundra-3-benthic-ocean4-desert-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTczOTM0-match-column-l-with-column-ll-with-respect-to-trophic-level-and-their-example-column-l-column-li-a-primary-producer-i-lion-b-primary-consumer-ii-phytoplanktons-c-secondary-consumer-iii-grasshoper-d-te https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTMyMDU2-which-of-the-following-statements-about-food-chains-is-incorrect-1-energy-flow-in-a-food-chain-is-unidirectional-from-producers-to-top-consumers-2-a-food-chain-typically-consists-of-3-5-trophic-levels https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTI4MTAx-which-statement-correctly-describes-energy-flow-in-different-ecosystems-1-in-an-aquatic-ecosystem-the-grazing-food-chain-gfc-is-the-primary-pathway-for-energy-flow-2-in-a-terrestrial-ecosystem-the-gra https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTA3MzY1-about-the-detritus-food-chain-dfc-in-ecosystems-consider-the-following-statements-statement-i-the-detritus-food-chain-primarily-depends-on-decomposers-such-as-bacteria-and-fungi-that-break-down-dead-o https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTIyNzYx-mark-the-correct-match-1-secondary-consumer-zooplankton-2-primary-coloniser-viruses-3-nanoecosystem-valley-and-forest-4-omnivores-cockroaches-crows-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTUxOTQ0-which-of-these-represents-the-correct-food-chain-1-grass-rabbit-snake-eagle-2-snake-eagle-grass-rabbit-3-eagle-snake-rabbit-grass-4-rabbit-grass-snake-eagle-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTUxOTA3-what-is-common-among-earthworm-mushroom-and-dung-beetle-in-an-ecosystem-1-they-are-all-producers-2-they-are-all-consumers-3-they-are-all-decomposers-4-they-are-all-predators-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTUxOTQ3-the-second-law-of-thermodynamics-in-ecosystems-explains-that-1-energy-is-created-within-the-system-2-energy-flow-is-100-efficient-3-energy-is-recycled-completely-4-energy-transfer-involves-heat-loss-1 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTUxOTMx-how-does-energy-flow-differ-from-nutrient-cycling-in-ecosystems-1-energy-flow-is-bidirectional-while-nutrient-flow-is-unidirectional-2-energy-flow-is-unidirectional-while-nutrient-flow-is-cyclic-3-bot https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTEzNDYz-which-one-of-the-following-statements-for-pyramid-of-energy-is-incorrect-whereas-the-remaining-three-are-correct-1-it-is-upright-in-shape-2-its-base-is-broad-3-it-shows-energy-content-of-different-tro https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTk1MTM5-which-of-the-following-are-not-given-any-place-in-ecological-pyramids-1-primary-producers-2-primary-consumers-3-top-carnivores-4-saprophytes-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTMxMzg0-the-given-diagram-represents-an-ecological-pyramid-showing-the-trophic-levels-in-an-ecosystem-which-of-the-following-statements-is-correct-regarding-the-energy-flow-in-this-pyramid-1-energy-increases https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDI5ODk5-what-trophic-level-is-typically-accorded-to-saprophytes-in-an-ecological-pyramid-1-primary-consumer-2-secondary-consumer-3-top-predators-4-saprophytes-are-not-given-any-trophic-level-in-ecological-pyr https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ5NTUw-given-below-are-two-statements-statement-i-pyramid-of-energy-is-always-upright-and-is-the-most-efficient-statement-ii-pyramid-of-biomass-in-sea-is-generally-inverted-in-the-light-of-the-above-statemen https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDI2NjQx-where-can-you-find-an-inverted-ecological-pyramid-of-biomass-1-forest-ecosystem-2-marine-ecosystem-3-grass-land-ecosystem-4-desert-ecosystem-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDE3NDQy-consider-the-given-two-statements-assertion-a-pyramid-of-energy-is-always-upright-can-never-be-inverted-reason-r-when-energy-flows-from-a-particular-trophic-level-to-the-next-trophic-level-some-energy https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTczNTMy-in-an-aquatic-ecosystem-the-pyramid-of-biomass-is-often-because-have-small-standing-crop-1-upright-zooplankton-2-inverted-macrophytes-3-upright-fishes-4-inverted-phytoplankton-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDUyMTAy-identify-the-incorrect-statement-1-in-an-ecosystem-an-organism-can-occupy-more-than-one-trophic-level-simultaneously-2-the-pyramid-of-biomass-in-sea-is-generally-inverted-3-saprophytes-are-placed-at-t https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzM1MzUw-what-type-of-ecological-pyramid-would-be-obtained-with-the-following-data-secondary-consumer-120-g-primary-consumer-60-g-primary-producer-10-g-1-inverted-pyramid-of-biomass-2-pyramid-of-energy-3-uprig https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDY4NjU0-consider-the-pyramid-of-energy-of-an-ecosystem-given-below-if-text-t-4-is-equivalent-to-1000-text-j-what-is-the-value-of-t1-1-dfrac-1000-10-text-j-2-dfrac-1000-10-times-4-text-j-3-10-000-text-j-4-10-0 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDEzODMy-consider-the-two-statements-assertion-a-the-pyramid-of-biomass-may-be-inverted-in-a-pond-ecosystem-reason-r-in-a-pond-ecosystem-the-standing-crop-of-phytoplankton-the-major-producers-at-any-given-poin https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTI0NzA3-in-most-ecosystems-biomass-pyramids-are-upright-but-in-the-ocean-the-pyramid-of-biomass-is-inverted-why-does-this-occur-1-phytoplankton-have-low-biomass-but-high-productivity-allowing-rapid-energy-tra https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTY3Mjgx-which-statement-best-reflects-a-limitation-of-ecological-pyramids-1-they-cannot-be-constructed-for-aquatic-ecosystems-2-they-do-not-account-for-species-feeding-at-more-than-one-trophic-level-simultane https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTA3Mzcy-in-the-context-of-ecological-pyramids-which-of-the-following-best-describes-the-concept-of-trophic-levels-1-trophic-levels-represent-only-plant-species-with-each-species-occupying-a-different-level-2 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTc3MjA5-evaluate-the-following-statements-regarding-ecosystem-dynamics-and-select-the-correct-option-i-the-food-web-of-any-community-depends-fundamentally-on-both-live-producers-and-detritivores-ii-in-an-aqua https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTI2MDQ1-find-the-odd-one-out-with-respect-to-functional-component-of-ecosystem-1-productivity-2-stratification-3-decomposition-4-nutrient-cycling-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTk0NTk0-read-the-given-statements-stating-true-t-and-false-f-and-select-the-correct-option-a-anthropogenic-ecosystem-possess-self-regulatory-mechanism-b-forest-is-a-natural-ecosystem-c-estuaries-is-a-terrestr https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTcyMzY0-which-of-the-following-is-not-correctly-matched-1-productivity-rate-of-biomass-production-2-gross-primary-productivity-of-earth-rate-of-productivity-of-organic-matter-during-photosynthesis-3-net-prima https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTI1MzM5-the-secondary-productivity-means-1-rate-of-increase-in-the-biomass-of-autotrophs-2-rate-of-increase-in-the-biomass-of-heterotrophs-3-the-rate-at-which-the-organic-molecules-are-used-up-by-an-autotroph https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NDU0NjY-which-of-the-following-statement-is-incorrect-1-gross-primary-productivity-is-the-rate-of-production-of-organic-matter-during-photosynthesis-2-net-primary-productivity-plus-respiration-losses-is-the-g https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjIzNzc-consider-the-following-statements-i-the-rate-of-production-of-organic-matter-during-photosynthesis-is-called-as-gross-primary-productivity-of-an-ecosystem-ii-the-available-biomass-for-the-consumption https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjIzNzk-consider-the-following-statements-i-in-an-aquatic-ecosystem-grazing-food-chain-gfc-is-the-major-conduit-for-energy-flow-ii-in-a-terrestrial-ecosystem-detritus-food-chain-dfc-is-the-major-conduit-for-e https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTE2MTUy-consider-the-following-four-statements-a-d-select-the-correct-option-stating-which-ones-are-true-t-and-which-ones-are-false-f-a-organism-at-each-trophic-level-depends-on-those-at-higher-trophic-levels https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTQ2OTE4-choose-the-odd-one-with-respect-to-trophic-level-1-zooplanktons-2-tadpole-3-grasshopper-4-phytoplanktons-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTQ4NjU3-gpp-utilizes-of-incident-radiation-1-1-5-2-2-10-3-0-8-4-4-1-6-8-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTk0MzI5-for-which-of-the-following-predatory-food-chain-pyramid-of-biomass-is-inverted-1-grass-insect-snake-frog-2-detritus-sparrow-earthworms-3-phytoplanktons-zooplanktons-fish-4-tree-birds-parasite-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTIxNDY3-mark-the-odd-one-with-respect-to-shape-of-ecological-pyramids-1-pyramid-of-energy-2-pyramid-of-number-in-grassland-ecosystem-3-pyramid-of-biomass-in-aquatic-ecosystem-4-pyramid-of-biomass-in-terrestri https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTk1NDU5-in-grassland-ecosystem-the-pyramid-of-biomass-and-energy-will-be-a-and-b-respectively-choose-the-correct-option-to-fill-the-blanks-a-and-b-a-b-1-upright-upright-2-upright-inverted-3-inverted-upright-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjIzODA-consider-the-following-statements-i-trophic-level-in-an-ecosystem-represents-a-functional-level-not-a-species-as-such-ii-saprophytes-are-accorded-the-position-of-a-top-consumer-in-an-ecosystem-iii-a-s https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTc3NDA5-the-ecological-pyramid-of-numbers-in-pond-ecosystem-is-1-inverted-2-upright-3-may-be-upright-or-inverted-4-first-upright-then-inverted-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTc3NDIz-standing-crop-is-i-amount-of-detritus-in-unit-area-ii-number-of-living-organisms-in-unit-area-iii-amount-of-nutrients-such-as-carbon-nitrogen-and-calcium-in-unit-area-iv-biomass-in-unit-area-1-i-and-i https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTk1NzA5-how-many-of-these-have-no-place-in-ecological-pyramids-detritivores-scavengers-decomposers-producers-insectivorous-plant-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTcyMzY1-the-given-diagram-represents-a-pyramid-of-biomass-in-a-particular-ecosystem-where-the-biomass-of-primary-consumers-pc-is-greater-than-that-of-primary-producers-pp-based-on-this-identify-the-correct-na https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTk1NDYw-the-rate-of-decomposition-of-detritus-is-slow-when-1-it-contains-lignin-chitin-tannins-and-cellulose-2-temperature-is-more-than-25-c-3-it-contains-proteins-4-there-is-good-aeration-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTA1OTAw-detritus-is-1-dead-raw-material-for-decomposition-2-partially-decomposed-organic-matter-3-dead-remains-of-animals-plants-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTA1OTQw-read-the-statements-given-below-and-choose-the-correct-option-statement-i-decomposition-is-purely-an-anaerobic-process-statement-ii-the-rate-of-decomposition-is-controlled-by-chemical-composition-of-d https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTIxNTQy-how-many-statements-are-correct-about-decomposition-a-oxygen-independent-process-b-faster-if-detritus-is-rich-in-lignin-and-chitin-c-light-is-the-most-important-climatic-factor-for-decomposition-d-war https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTkyOTA5-ecological-pyramids-represent-the-relationship-between-the-organisms-at-different-trophic-levels-and-they-are-generally-inverted-for-1-pyramid-of-energy-in-pond-ecosystem-2-pyramid-of-biomass-in-sea-3 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTkyODU5-match-list-i-and-list-ii-list-i-list-ii-a-decomposition-i-accumulation-of-dark-coloured-amorphous-colloidal-substance-b-detritus-ii-release-of-inorgainc-nutrients-by-the-acitivity-of-microbes-in-soil https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTkyODU0-match-list-i-with-list-ii-list-i-list-ii-a-productivity-i-cross-primary-productivity-minus-respiration-losses-b-net-primary-productivity-ii-rate-of-formation-of-new-organic-matter-by-consumers-c-cross https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTk4MzQ4-which-of-the-following-statements-are-correct-a-energy-flow-from-producers-to-consumers-is-unidirectional-b-energy-pyramid-can-never-be-inverted-c-transfer-of-energy-follows-the-1-law-choose-the-corre https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTk4MzM4-which-of-the-following-are-primary-consumers-in-a-food-chain-1-carnivores-2-parasites-3-predators-4-herbivores-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTM1MjYz-which-of-the-following-is-the-unit-of-productivity-of-an-ecosystem-1-mathrm-kcal-mathrm-m-3-2-left-mathrm-kcal-mathrm-m-2-right-mathrm-yr-1-3-mathrm-gm-2-4-mathrm-kcal-mathrm-m-2-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTM1MjYy-given-below-are-two-statements-statement-i-in-an-ecosystem-there-is-unidirectional-flow-of-energy-of-sun-from-producers-to-consumers-statement-ii-ecosystems-are-exempted-from-2nd-law-of-thermodynamics https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTM1MjMy-who-is-known-as-the-father-of-ecology-in-india-1-ram-udar-2-birbal-sahni-3-s-r-kashyap-4-ramdeo-misra-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTM1MjAy-given-below-are-two-statements-statement-i-the-primary-source-of-energy-in-an-ecosystem-is-solar-energy-statement-ii-the-rate-of-production-of-organic-matter-photosynthesis-in-an-ecosystem-is-called-n https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDU2ODQ3-what-is-incorrect-about-ecosystem-1-it-can-vary-from-small-sized-pond-to-large-sized-sea-2-it-may-be-anthropogenic-in-origin-3-it-may-be-temporary-or-permanent-4-it-involves-the-function-of-flow-of-en https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDY4NjU3-which-one-of-the-following-is-not-a-limitation-of-ecological-pyramids-1-saprophytes-are-not-given-any-place-in-ecological-pyramids-2-it-assumes-a-simple-food-chain-that-almost-never-exists-in-nature-3 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTEyMTI-the-vertical-distribution-of-different-species-occupying-different-levels-in-a-biotic-community-is-known-as-1-divergence-2-stratification-3-zonation-4-pyramid-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTEyMTk-the-mass-of-living-material-at-a-tropic-level-at-a-particular-time-is-called-1-gross-primary-productivity-2-standing-state-3-net-primary-productivity-4-standing-crop-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTIwMTQ-which-one-of-the-following-processes-during-decomposition-is-correctly-described-1-humanification-leads-to-the-accumulation-of-a-dark-coloured-substance-in-humans-which-undergoes-microbial-action-at-a https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTIwMzA-secondary-productivity-is-the-rate-of-formation-of-new-organic-matter-by-1-parasite-2-consumer-3-decomposer-4-producer-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTIzNDA-which-one-of-the-following-is-not-a-functional-unit-of-an-ecosystem-1-energy-flow-2-decomposition-3-productivity-4-stratification-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTI1OTE-which-one-of-the-following-statements-for-a-pyramid-of-energy-is-incorrect-whereas-the-remaining-three-are-correct-1-it-shows-the-energy-content-of-different-trophic-level-organisms-2-it-is-inverted-i https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTI3MzE-mass-of-living-matter-at-a-tropic-level-in-an-area-at-any-time-is-called-1-detritus-2-humus-3-standing-state-4-standing-crop-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTI3NDI-of-the-total-incident-solar-radiation-proportion-of-par-is-1-about-60-2-about-50-3-more-than-80-4-about-70-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjUxMjk2-which-one-of-the-following-animals-may-occupy-more-than-one-trophic-levels-in-the-same-ecosystem-at-the-same-time-1-frog-2-sparrow-3-lion-4-goat-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjUxMjk3-the-breakdown-of-detritus-into-smaller-particles-by-earthworm-is-a-process-called-1-catabolism-2-humification-3-fragmentation-4-mineralisation-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTI4NDU-the-biomass-available-for-consumption-by-the-herbivores-and-the-decomposers-is-called-1-net-primary-productivity-2-secondary-productivity-3-standing-crop-4-gross-primary-productivity-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTQwNzY-which-one-of-the-following-is-not-used-for-the-construction-of-ecological-pyramids-1-dry-weight-2-number-of-individuals-3-rate-of-energy-4-fresh-weight-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY1MDIy-percentage-of-energy-transferred-to-the-higher-tropic-level-in-a-food-chain-is-1-1-2-10-3-90-4-100-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY0NDQ3-total-amount-of-energy-trapped-by-green-plants-in-food-is-called-1-gross-primary-production-2-net-primary-production-3-standing-crop-4-standing-state-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTYzNzIx-energy-flow-and-nutrient-cycling-are-two-important-components-of-an-ecosystem-what-will-be-true-comparison-of-the-two-1-the-amount-of-energy-is-much-greater-than-the-amount-of-nutrients-2-organisms-al https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0OTc-productivity-is-the-rate-of-production-of-biomass-expressed-in-terms-of-i-kcalm-3-yr-1-kcalm-3-yr-1-kcalm-3-yr-1-ii-gm-2yr-1gm-2yr-1gm-2yr-1-iii-gm-1yr-1gm-1yr-1gm-1yr-1-iv-kcalm-2-yr-1-kcalm-2-yr-1-k https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MDc-in-an-ecosystem-the-rate-of-production-of-organic-matter-during-photosynthesis-is-called-as-its-1-gross-primary-productivity-2-net-primary-productivity-3-secondary-productivity-4-non-productivity-1-2 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ1MzY-net-primary-productivity-is-the-gross-primary-productivity-minus-1-that-which-is-consumed-by-herbivores-2-that-which-is-consumed-by-the-producer-in-metabolism-3-secondary-productivity-4-loss-due-to-mo https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MDk-the-annual-net-primary-productivity-of-whole-biosphere-is-approximately-1-25-billion-tons2-55-billion-tons-3-70-billion-tons4-170-billion-tons-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MTA-by-process-of-leaching-during-decomposition-of-detritus-water-soluble-1-organic-nutrients-go-down-the-soil-horizon-and-get-precipitated-as-unavailable-salts-2-inorganic-nutrients-go-down-the-soil-hori https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MTI-the-three-steps-of-decomposition-occur-1-sequentially-with-catabolism-being-the-last-step-2-sequentially-with-leaching-being-the-last-step-3-simultaneously-4-sequentially-but-not-in-a-particular-order https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MTQ-decomposition-of-detritus-is-rapid-when-1-it-is-rich-in-lignin-and-chitin-2-ambient-temperature-is-low-3-environment-favours-anaerobiosis-4-it-predominantly-contains-nitrogen-and-sugars-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MTU-what-percentage-of-photosynthetic-active-radiation-is-captured-by-plants-1-1-52-2-10-3-504-90-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjQzMzY4-on-the-land-almost-all-primary-production-is-performed-by-1-phytoplanktons2-algae-3-mosses-and-liverworts4-vascular-plants-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MTc-primary-carnivores-are-most-aptly-characterized-as-1-secondary-producers2-primary-consumers-3-secondary-consumers4-tertiary-consumers-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MTk-in-a-terrestrial-ecosystem-a-much-larger-fraction-of-energy-flows-through-the-1-dfc2-gfc-3-either-of-dfc-or-gfc4-nither-of-dfc-nor-gfc-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MjA-in-an-aquatic-food-chain-zooplankton-occupy-which-trophic-level-1-first-2-second-3-third-4-fourth-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0NzA-identify-the-incorrectly-matched-pair-1-carnivores-secondary-or-tertiary-consumer-2-decomposers-microbial-heterotrophs-3-herbivores-primary-consumer-4-omnivores-molds-yeasts-and-mushrooms-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MjI-each-trophic-level-has-a-certain-mass-of-living-material-at-a-particular-time-best-called-as-1-biomass-2-standing-state-3-standing-crop-4-gross-productivity-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MjM-approximately-what-percent-of-energy-is-transferred-to-each-trophic-level-from-the-lower-trophic-level-in-an-ecosystem-1-12-10-3-504-90-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjQzNDQx-suppose-in-an-area-the-energy-present-in-total-incident-sunlight-falling-on-primary-producers-is-10-00-000-j-and-about-10-000-j-is-converted-by-them-into-biomass-what-percent-of-par-have-the-primary-p https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTM2MTky-consider-the-given-two-statements-i-in-most-ecosystems-all-the-ecological-pyramids-are-largely-upright-ii-pyramid-of-energy-can-be-a-notable-exception-to-the-above-rule-1-both-i-and-ii-are-correct-2-b https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ1MDE-pyramid-of-numbers-is-1-always-upright-2-always-inverted-3-either-upright-or-inverted-4-neither-upright-nor-inverted-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTg0MDU3-the-ecological-pyramids-that-can-never-be-inverted-in-a-natural-ecosystem-include-i-pyramid-of-numbers-ii-pyramid-of-energy-in-any-ecosystem-iii-pyramid-of-biomass-in-the-sea-1-only-ii-2-only-iii-3-on https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ1NDU-in-an-open-ocean-the-pyramid-of-biomass-is-often-inverted-how-can-this-support-higher-trophic-levels-1-the-food-produced-by-primary-producers-is-of-high-quality-2-the-primary-producers-grow-and-reprod https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ1MDU-during-the-process-of-ecological-succession-the-changes-that-take-place-in-communities-are-1-orderly-and-sequential-2-random-3-very-quick-4-not-influenced-by-the-physical-environment-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ1MDY-climax-community-is-in-a-state-of-1-non-equilibrium-2-equilibrium-3-disorder-4-constant-change-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0Mjk-the-entire-sequence-of-communities-that-successively-change-in-a-given-area-are-called-1-taxa-2-seres-3-pioneers-4-climax-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MzE-in-which-of-the-following-instances-would-an-ecological-succession-regarded-as-secondary-1-newly-cooled-lava-2-bare-rock-3-newly-created-pond-4-abandoned-farmland-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTQwNTcy-primary-succession-takes-a-very-long-time-when-compared-to-secondary-succession-primarily-because-1-immigration-of-pioneer-species-takes-time-2-soil-formation-is-a-very-slow-process-3-there-is-a-low-a https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MzM-ecological-succession-leads-to-mesic-conditions-in-i-hydrarch-succession-ii-xerarch-succession-1-both-i-and-ii-2-only-i-3-only-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjQzNDQz-in-primary-ecological-succession-in-water-the-pioneers-are-1-mosses-2-lichens-3-phytoplankton-4-free-floating-hydrophytes-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0MzY-the-correct-sequence-of-seral-stages-in-primary-hydrarch-succession-pioneer-to-climax-would-be-1-phytoplankton-submerged-plant-stage-submerged-free-floating-plant-stage-reed-swamp-stage-marsh-meadow-s https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0Mzc-the-amount-of-nutrients-present-in-the-soil-at-any-given-time-is-referred-to-as-1-standing-state-2-standing-crop-3-primary-productivity-4-secondary-productivity-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0Mzk-the-reservoir-is-located-in-the-earth-s-crust-for-i-gaseous-type-of-nutrient-cycle-ii-sedimentary-nutrient-cycle-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0NDA-the-function-of-a-reservoir-of-nutrient-cycle-is-to-1-synthesize-minerals-2-transfer-minerals-to-other-ecosystems-3-meet-any-deficit-4-destroy-the-unwanted-minerals-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0NDI-the-maximum-percent-of-total-global-carbon-is-found-1-in-fossil-fuels-2-in-atmosphere-3-dissolved-in-oceans-4-in-biomass-of-microbes-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjQzMzcw-consider-the-given-two-statements-i-human-burning-of-fossil-fuels-today-is-creating-large-contemporary-imbalances-in-the-carbon-cycle-ii-it-has-significantly-increased-the-rate-of-release-of-carbon-di https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ1NDI-an-important-feature-of-the-phosphorus-cycle-is-that-its-reservoir-is-in-1-aquifers-2-soil-and-rocks-3-the-atmosphere-4-the-sun-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0NDY-regarding-phosphorus-cycle-i-there-is-no-respiratory-release-of-phosphorus-into-atmosphere-ii-atmospheric-inputs-of-phosphorus-through-rainfall-of-phosphorus-is-small-1-only-i-is-true-2-only-ii-is-tru https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjQzMzcx-if-we-put-a-price-tag-on-nature-s-life-support-services-about-50-of-the-total-cost-will-be-accounted-for-by-1-recreation-and-nutrient-cycling-2-soil-formation-3-climate-regulation-4-habitat-for-wildli https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjQ0NDk-identify-the-incorrectly-matched-pair-ecosystem-service-cost-out-of-total-1-soil-formation-50-2-nutrient-cycling-10-3-climate-regulation-6-4-habitat-for-wildlife-3-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDU4-q-2-the-process-of-mineralization-by-microorganisms-helps-in-the-release-of-1-inorganic-nutrients-from-the-humus-2-both-organic-and-inorganic-nutrients-from-detritus-3-organic-nutrients-from-the-humus https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDU5-productivity-is-the-rate-of-production-of-biomass-expressed-in-i-kcal-m-3-yr-1-ii-gm-2-yr-1-iii-g-1-yr-1-iv-kcal-m-2-yr-1-1-ii-2-iii-3-ii-and-iv-4-i-and-iii-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDYw-an-inverted-pyramid-of-biomass-can-be-found-in-which-the-ecosystem-1-forest-2-marine-3-grassland-4-tundra-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDYx-which-of-the-following-is-not-a-producer-1-spirogyra-2-agaricus-3-volvox-4-nostoc-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDYy-which-of-the-following-ecosystems-is-most-productive-in-terms-of-net-primary-production-1-deserts-2-tropical-rain-forests-3-oceans-4-estuaries-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDYz-pyramid-of-numbers-is-1-always-upright-2-always-inverted-3-either-upright-or-inverted-4-neither-upright-nor-inverted-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDY0-approximately-how-much-of-the-solar-energy-that-falls-on-the-leaves-of-the-plant-is-converted-to-chemical-energy-by-photosynthesis-1-less-than-1-2-2-10-3-30-4-50-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDY1-among-the-following-where-do-you-think-the-process-of-decomposition-would-be-the-fastest-1-tropical-rain-forest-2-the-antarctic-3-dry-arid-region-4-alpine-region-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDY2-how-much-of-the-net-primary-productivity-of-a-terrestrial-ecosystem-is-eaten-and-digested-by-herbivores-1-1-2-10-3-40-4-90-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDY3-during-the-process-of-ecological-succession-the-changes-that-take-place-in-communities-are-1-orderly-and-sequential-2-random-3-very-quick-4-not-influenced-by-the-physical-environment-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDY4-q-12-climax-community-is-in-a-state-of-1-non-equilibrium-2-equilibrium-3-disorder-4-constant-change-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDcw-the-sequence-of-communities-of-primary-succession-in-water-is-1-phytoplankton-sedges-free-floating-hydrophytes-rooted-hydrophytes-grasses-and-trees-2-phytoplankton-free-floating-hydrophytes-rooted-hyd https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDcy-if-the-carbon-atoms-fixed-by-producers-already-have-passed-through-three-species-the-trophic-level-of-the-last-species-would-be-1-scavenger-2-tertiary-producer-3-tertiary-consumer-4-secondary-consumer https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDcz-q-17-which-of-the-following-type-of-ecosystem-is-expected-in-an-area-where-evaporation-exceeds-precipitation-and-mean-annual-rainfall-is-below-100mm-1-grassland-2-shrubby-forest-3-desert-4-mangrove-1 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDc0-q-18-the-zone-at-the-edge-of-a-lake-or-ocean-which-is-alternatively-exposed-to-air-and-immersed-in-water-is-called-1-pelagic-zone-2-benthic-zone-3-lentic-zone-4-littoral-zone-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDc1-q-19-edaphic-factor-refers-to-1-water-2-soil-3-relative-humidity-4-altitude-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI3MzYx-match-the-columns-column-i-column-ii-a-tansley-i-gave-the-term-ecology-b-ramdeo-mishra-ii-father-of-ecology-c-reiter-iii-correctly-defined-ecology-d-ernst-haeckel-iv-gave-the-term-ecosystem-1-a-i-b-ii https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTg4OTg4-match-the-following-and-select-the-correct-option-column-i-column-ii-i-earthworm-i-pioneer-species-ii-succession-ii-detritivore-iii-ecosystem-service-iii-natality-iv-population-growth-iv-pollination-i https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0MDg3-match-list-i-with-list-ii-list-i-list-ii-a-primary-consumers-i-top-carnivore-b-tertiary-consumers-ii-herbivore-c-producers-iii-carnivore-d-secondary-consumers-iv-plants-choose-the-correct-answer-from https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTU5NTk2-consider-the-following-four-statements-a-d-and-select-the-correct-option-stating-which-ones-are-true-t-or-false-f-a-organisms-at-each-trophic-level-depends-on-those-at-higher-trophic-level-for-their-e https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTg2ODUx-consider-the-following-statements-concerning-food-chains-i-removal-of-80-tigers-from-an-area-resulted-in-greatly-increased-growth-of-vegetation-ii-removal-of-most-of-the-carnivores-resulted-in-an-incr https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQzOTY5-which-of-the-following-statements-are-correct-with-respect-to-ecological-pyramids-a-the-base-of-each-pyramid-represents-the-producers-or-the-first-trophic-level-while-the-apex-represents-tertiary-or-t https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0ODIy-given-below-are-two-statements-statement-i-standing-state-is-the-amount-of-inorganic-nutrients-found-in-an-ecosystem-and-it-varies-on-a-seasonal-basis-statement-ii-standing-crop-is-the-mass-of-living https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ0MDE0-given-below-are-two-statements-statement-i-energy-flow-is-greatly-reduced-at-each-successive-trophic-level-from-producers-to-herbivores-and-then-carnivores-statement-ii-the-pyramid-of-energy-is-both-t https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzEx-assertion-a-the-energy-trapped-by-the-producer-is-either-passed-on-to-a-consumer-or-the-organism-dies-reason-r-no-energy-that-is-trapped-in-an-organism-remains-in-it-forever-1-both-a-and-r-are-true-an https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzEz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-organisms-which-depend-on-producers-for-nutritional-requirements-are-called-primary https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzE3-assertion-a-the-biomass-of-fishes-far-exceeds-that-of-phytoplankton-in-sea-reason-r-the-pyramid-of-biomass-in-sea-is-generally-inverted-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzE4-assertion-a-the-pyramid-of-energy-is-always-upright-reason-r-when-energy-flows-from-a-particular-trophic-level-to-the-next-trophic-level-some-energy-is-always-lost-as-heat-at-each-step-choices-for-ass https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzIx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-earthworms-help-in-the-breakdown-of-complex-organic-matter-as-well-as-in-the-loosening-o https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzIy-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-food-chain-or-food-web-exists-in-ecosystems-reason-r-death-of-organism-is-the-beginn https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246ODk0Mjk-which-ecosystem-has-the-maximum-biomass-1-grassland-ecosystem-2-pond-ecosystem-3-lake-ecosystem-4-forest-ecosystem-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTA0NzM-which-one-of-the-following-is-a-characteristic-feature-of-a-cropland-ecosystem-1-least-genetic-diversity-2-the-absence-of-weeds-3-ecological-succession-4-the-absence-of-soil-organisms-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTA5ODA-most-animals-that-are-in-deep-oceanic-water-are-1-primary-consumers-2-secondary-consumers-3-tertiary-consumers-4-detritivores-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTIzMjk-identify-the-possible-link-a-in-the-following-food-chain-green-plant-insect-frog-a-eagle-1-rabbit-2-wolf-3-cobra-4-parrot-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTIzODc-the-upright-pyramid-of-number-is-absent-in-1-pond-2-forest-3-lake-4-grassland-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTIzMzE-given-below-is-an-imaginary-pyramid-of-numbers-what-could-be-one-of-the-possibilities-about-certain-organisms-at-some-of-the-different-levels-1-level-pc-is-insects-and-level-sc-is-small-insectivorous https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjUwOTMy-the-rate-of-formation-of-new-organic-matter-by-rabbits-in-grassland-is-called-1-secondary-productivity-2-net-primary-productivity-3-gross-primary-productivity-4-net-productivity-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTM0MjA-which-one-of-the-following-types-of-organisms-occupy-more-than-one-trophic-level-in-a-pond-ecosystem-1-phytoplankton-2-fish-3-zooplankton-4-frog-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTM2OTA-the-slow-rate-of-decomposition-of-fallen-logs-in-nature-is-due-to-their-1-low-moisture-content-2-poor-nitrogen-content-3-anaerobic-environment-around-them-4-low-cellulose-content-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTM4MjY-consider-the-following-statements-concerning-food-chains-a-removal-of-80-of-tigers-from-an-area-resulted-in-greatly-increased-growth-of-vegetation-b-removal-of-most-of-the-carnivores-resulted-in-an-in https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTM3MTg-which-of-the-following-ecosystem-types-has-the-highest-annual-net-primary-productivity-1-tropical-rainforest-2-tropical-deciduous-forest-3-temperate-evergreen-forest-4-temperate-deciduous-forest-1-2-3 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY1MTY5-maximum-photosynthesis-is-done-by-1-phytoplankton-2-zooplankton-3-marsh-plants-4-woody-plants-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY1MjQ3-which-is-the-reason-for-the-highest-biomass-in-an-aquatic-ecosystem-1-nano-plankton-blue-green-algae-green-algae-2-seagrass-and-slime-molds-3-benthonic-and-brown-algae-4-diatoms-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY2ODQ4-what-is-true-for-photolithograph-1-obtain-energy-from-radiations-and-hydrogen-from-organic-compounds-2-obtain-energy-from-radiations-and-hydrogen-from-inorganic-compounds-3-obtain-energy-from-organic https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY2ODkz-plants-are-decomposed-by-1-monera-and-fungi-2-fungi-and-plants-3-protista-and-animalia-4-anibalia-and-mogna-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDcx-the-reservoir-for-the-gaseous-type-of-bio-geochemical-cycle-exists-in-1-stratosphere-2-atmosphere-3-ionosphere-4-lithosphere-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTA0ODA-which-of-the-following-would-appear-as-the-pioneer-organisms-on-bare-rocks-1-liverworts-2-mosses-3-green-algae-4-lichens-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzE1-assertion-a-both-hydrarch-and-xerarch-successions-lead-to-medium-water-conditions-mesic-neither-too-dry-xeric-nor-too-wet-hydric-reason-r-xerarch-succession-takes-place-in-dry-areas-and-the-series-pro https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjUwOTY3-the-second-stage-of-hydrosere-is-occupied-by-plants-like-1-typha-2-salix-3-vallisneria-4-azolla-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTMzMzg-the-correct-sequence-of-plants-in-a-hydrosphere-is-1-oak-lantana-scirpus-pistia-hydrilla-volvox-2-volvox-hydrilla-pistia-scirpus-lantana-oak-3-pistia-volvox-scirpus-hydrilla-oak-lantana-4-oak-lantana https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzIw-assertion-a-the-ecosystem-services-are-largely-taken-for-granted-reason-r-researchers-have-put-an-average-price-tag-of-us-33-trillion-a-year-on-these-fundamental-ecosystems-services-choices-for-assert https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTIzMjA-which-one-of-the-following-is-not-a-gaseous-biogeochemical-cycle-in-the-ecosystem-1-sulphur-cycle-2-phosphorus-cycle-3-nitrogen-cycle-4-carbon-cycle-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTEyMTU-secondary-succession-takes-place-on-in-1-bare-rock-2-degraded-forest-3-newly-created-pond-4-newly-cooled-lava-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246Mjc3MjMy-the-amount-of-nutrients-such-as-carbon-nitrogen-phosphorus-and-calcium-present-in-the-soil-at-any-given-time-is-referred-to-as-1-standing-state-2-standing-crop-3-climax-4-climax-community-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzE0-assertion-a-succession-is-a-process-that-starts-in-an-area-where-no-living-organisms-are-there-reason-r-succession-and-evolution-are-parallel-processes-choices-for-assertions-and-reasons-1-both-a-and https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzE5-assertion-a-the-present-day-communities-in-the-world-have-come-to-be-because-of-succession-that-has-occurred-over-millions-of-years-since-life-started-on-earth-reason-r-succession-and-evolution-would https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTM2NDg-about-70-of-total-global-carbon-is-found-in-1-grasslands-2-agro-ecosystems-3-oceans-4-forests-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjUxMjk1-both-hydrarch-and-xerarch-successions-lead-to-1-excessive-wet-conditions-2-medium-water-conditions-3-xeric-conditions-4-highly-dry-conditions-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246MzUyODY-given-below-is-a-simplified-model-of-phosphorus-cycling-in-a-terrestrial-ecosystem-with-four-blanks-a-d-identify-the-blanks-a-b-c-d-1-rock-minerals-detritus-litterfall-producers-2-litterfall-producer https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzYxNzE2-assertion-a-in-secondary-succession-the-rate-of-succession-is-much-faster-and-the-climax-is-also-reached-more-quickly-reason-r-soil-is-already-there-in-the-ecosystems-undergoing-secondary-succession-c https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjIzODE-consider-the-following-statements-i-the-atmosphere-only-contains-about-1-of-total-global-carbon-ii-unlike-the-carbon-cycle-there-is-no-respiratory-release-of-phosphorus-into-the-atmosphere-iii-sulphur https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246NjgxMjY-which-of-the-following-statements-is-are-correct-a-the-entire-sequence-of-communities-that-successively-change-in-a-given-area-is-called-sere-b-the-natural-reservoir-of-phosphorus-is-rock-c-ecological https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTE3MTI-natural-reservoir-of-phosphorus-is-1-animal-bones-2-rock-3-fossils-4-sea-water-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY0NDUx-bacteria-are-essential-in-the-carbon-cycle-as-1-decomposer-2-synthesizer-3-consumer-4-primary-producer-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY1MDE1-an-ecosystem-that-can-be-easily-damaged-but-can-recover-after-some-time-if-the-damaging-effect-stops-will-have-1-high-stability-and-low-resilience-2-low-stability-and-low-resilience-3-high-stability-a https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDc2-which-of-the-following-is-an-ecosystem-service-provided-by-a-natural-ecosystem-1-cycling-of-nutrients-2-prevention-of-soil-erosion-3-pollutant-absorption-and-reduction-of-the-threat-of-global-warming https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjY0OTM5-the-total-amount-of-carbon-fixed-annually-by-plants-is-1-4-times-10-23-kg-2-4-times-10-13-kg-3-4-times-10-10-kg-4-4-times-10-11-kg-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTA5NzI-during-ecological-succession-1-gradual-and-predictable-change-in-the-composition-of-species-occurs-in-a-given-area-2-establishment-of-a-new-biotic-community-is-very-fast-in-its-primary-phase-3-the-num https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MTU5NjE2-a-unlike-carbon-cycle-there-is-no-respiratory-release-of-phosphorus-into-atmosphere-b-the-natural-reservoir-of-phosphorus-is-atmosphere-c-herbivores-and-other-animals-obtain-phosphorus-from-plants-d-g https://medminds.me/qbank/botany/ecosystem/?q=NP-pb246OTEzOTA-match-the-following-and-select-the-correct-option-column-i-column-ii-a-earthworm-i-pioneer-species-b-succession-ii-detrivore-c-ecosystem-service-iii-natality-d-population-growth-iv-pollination-1-a-i-b https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MjMyMDY5-q-13-among-the-following-biogeochemical-cycles-which-one-does-not-have-losses-due-to-respiration-1-phosphorus-2-nitrogen-3-sulphur-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDE3NDI3-what-percent-of-the-incident-solar-radiation-is-photosynthetically-active-radiation-par-1-only-about-1-to-5-2-only-about-2-to-10-3-around-but-less-than-50-4-90-to-95-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246Mzg2NzUy-mark-the-incorrect-match-1-primary-productivity-varies-in-different-types-of-ecosystems-2-gpp-available-biomass-for-the-consumption-to-herbivores-3-55-billion-tons-annual-npp-of-oceans-4-secondary-pro https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzI5NDAz-which-of-the-following-ecosystems-are-expected-to-have-the-least-productivity-1-tundras-2-tropical-rain-forests-3-open-oceans-4-swamps-and-marshes-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDUzNzE1-what-is-the-difference-between-gross-primary-productivity-gpp-and-net-primary-productivity-npp-1-gpp-is-the-total-rate-of-photosynthesis-including-both-organic-matter-used-in-respiration-and-biomass-a https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTI4MTQ1-read-the-following-two-statements-and-choose-the-correct-option-statement-i-the-annual-net-primary-productivity-of-the-entire-biosphere-is-approximately-170-billion-tons-of-wet-fresh-weight-organic-ma https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDEzODE4-the-amount-of-biomass-or-organic-matter-produced-per-unit-area-over-a-time-period-by-plants-during-photosynthesis-is-1-primary-production-2-primary-productivity-3-secondary-production-4-secondary-prod https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzMxODcx-during-the-decomposition-of-detritus-the-correct-chronological-sequence-of-steps-involved-is-1-fragmentation-leaching-catabolism-2-catabolism-leaching-fragmentation-3-leaching-fragmentation-catabolism https://medminds.me/qbank/botany/ecosystem/?q=NP-b246Mzg2ODc2-humification-results-in-the-formation-of-substance-1-colloidal-basic-2-acidic-dark-coloured-3-amorphous-light-coloured-4-light-coloured-colloidal-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246MzQ4MzUw-read-the-following-statements-and-select-the-correct-option-statement-a-detritus-is-raw-material-for-decomposition-statement-b-detritus-food-chain-does-not-involve-autotrophs-1-only-statement-a-is-cor https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDE3NDI1-during-decomposition-degradation-of-detritus-into-simpler-inorganic-substances-is-called-1-catabolism-2-leaching-3-chelation-4-fragmentation-1-2-3-4 https://medminds.me/qbank/botany/ecosystem/?q=NP-b246Mzg2NzY0-which-of-the-following-statement-about-gfc-is-incorrect-1-sun-is-the-source-of-energy-2-begins-with-consumers-3-major-conduit-for-energy-flow-in-aquatic-ecosystems-4-size-of-organisms-commonly-increas https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDA1OTQ2-consider-the-given-two-statements-assertion-a-in-an-ecosystem-organisms-are-linked-through-food-chains-and-food-webs-reason-r-no-energy-that-is-trapped-into-an-organism-remains-in-it-forever-1-both-a https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTE4MzIz-consider-the-given-two-statements-assertion-a-ecosystems-require-a-constant-supply-of-energy-to-synthesize-molecules-and-maintain-their-functioning-reason-r-ecosystems-are-not-exempt-from-the-second-l https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NTA3MzYw-why-do-ecosystems-require-a-constant-supply-of-energy-1-to-support-the-cycling-of-matter-through-biotic-and-abiotic-components-2-to-counteract-the-tendency-toward-increasing-disorder-in-line-with-the https://medminds.me/qbank/botany/ecosystem/?q=NP-b246NDM5MTgx-about-what-percentage-of-sunlight-available-to-them-are-the-primary-producers-able-to-convert-into-net-primary-productivity-1-1-2-5-3-10-4-50-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MjU0MDg-microorganisms-are-used-during-which-stage-of-the-purification-of-the-sewage-water-1-primary-treatment-2-secondary-treatment-3-none-of-the-above-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MjU5Njk-the-maximum-concentration-of-alcohol-in-beverages-that-are-naturally-fermented-is-1-5-10-2-10-15-3-20-25-4-45-50-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MjY4MDM-big-holes-in-swiss-cheese-are-made-by-a-1-a-machine-2-a-bacterium-that-produces-methane-gas-3-a-bacterium-producing-a-large-amount-of-carbon-dioxide-4-a-fungus-that-releases-a-lot-of-gases-during-its https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MjY4MTk-the-vitamin-whose-content-increases-following-the-conversion-of-milk-into-curd-by-lactic-acid-bacteria-is-1-vitamin-c-2-vitamin-d-3-vitamin-b12-4-vitamin-e-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MjY4MjA-which-one-of-the-following-alcoholic-drinks-is-produced-without-distillation-1-wine-2-whisky-3-rum-4-brandy-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MjY4MjE-match-the-following-list-of-bacteria-and-their-commercially-important-products-bacterium-product-i-aspergullus-niger-a-lactic-acid-ii-acetobacter-aceti-b-butyric-acid-iii-clostridium-butylicum-c-aceti https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MjY4MjU-the-residue-left-after-methane-production-from-cattle-dung-is-1-burnt-2-burried-in-land-fills-3-used-as-manure-4-used-in-civil-construction-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MjY4NzE-bod-of-waste-water-is-estimated-by-measuring-the-amount-of-1-total-inorganic-matter-2-biodegradable-organic-matter-3-oxygen-evolution-4-oxygen-consumption-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MjcwNzI-the-free-living-fungus-trichoderma-can-be-used-for-1-killing-insects-2-biological-control-of-plant-diseases-3-controlling-butterfly-caterpillars-4-producing-antibiotics-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MjcwODk-the-primary-treatment-of-waste-water-involved-the-removal-of-1-dissolved-impurities-2-stable-substances-3-toxic-substances-4-harmful-bacteria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mjk1Njg-identify-the-incorrect-pair-1-trichoderma-harzianum-biocontrol-2-aspergillus-niger-source-of-citric-acid-3-baculovirus-narrow-spectrum-species-specific-insecticides-4-monascus-purpureus-source-of-chol https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mjk3NjU-identify-the-incorrectly-matched-pair-1-baculoviruses-species-specific-broad-spectrum-insecticides-2-trichoderma-free-living-fungi-common-in-root-ecosystems-3-ladybird-biocontrol-of-aphids-4-organic-f https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzAwMzg-identify-the-incorrect-matched-pair-1-trichoderma-harzianum-cyclosporin-a-2-monascus-purpureus-statins-3-aspergillus-niger-citric-acid-4-streptococcus-pyogenes-clot-buster-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzAyNDQ-identify-the-incorrectly-matched-pair-1-streptococcus-clot-buster-2-monascus-purpureus-statins-3-trichoderma-harziamum-immunosuppressant-4-aspergillus-niger-citric-acid-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzAyNDU-baculoviruses-are-1-species-specific-narrow-spectrum-insecticides-2-species-specific-broad-spectrum-insecticides-3-non-specific-narrow-spectrum-inseticides-4-non-specific-broad-spectrum-insecticides-1 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzA1MzU-gases-found-in-biogas-are-1-carbon-dioxide-is-the-only-gas-2-methane-is-the-only-gas-3-carbon-dioxide-hydrogen-sulphide-and-methane-4-carbon-dioxide-hydrogen-cyanide-and-methane-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzA4NTE-in-the-given-diagram-the-gas-x-can-be-1-hydrogen-2-carbon-monoxide-3-ammonia-4-oxygen-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzA4NTI-the-virus-shown-here-is-a-causative-agent-of-1-intestinal-infections-2-respiratory-infections-3-cns-infections-4-genito-urinary-infections-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzEzMTc-consider-the-following-statements-i-statins-used-as-blood-cholesterol-lowering-agents-are-derived-from-monascus-purpureus-ii-cyclosporin-a-derived-from-trichoderma-is-used-as-an-immunosuppressant-iii https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzQ0Njk-modern-detergents-contain-enzyme-preparations-of-1-acidophiles-2-alkaliphiles-3-thermoacidophiles-4-thermophiles-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzQ2MTU-high-value-of-bod-biochemical-oxygen-demand-indicates-that-1-water-is-pure-2-water-is-highly-polluted-3-water-is-less-polluted-4-consumption-of-organic-matter-in-the-water-is-higher-by-the-microbes-1 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzQ4ODg-which-of-the-following-in-sewage-treatment-removes-suspended-solids-1-tertiary-treatment-2-secondary-treatment-3-primary-treatment-4-sludge-treatment-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzUxMzM-a-saccharomyces-cerevisiae-i-production-of-immunosuppressive-agents-b-monascus-purpureus-ii-ripening-of-swiss-cheese-c-trichoderma-polysporum-iii-commercial-production-of-ethanol-d-propionibacterium-s https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzUyODQ-what-gases-are-produced-in-anaerobic-sludge-digesters-1-methane-and-co2-only-2-methane-hydrogen-sulphide-and-co2-3-methane-hydrogen-sulphide-and-o2-4-hydrogen-sulphide-and-co2-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzUzMTI-a-good-producer-of-citric-acid-is-1-aspergillus-2-pseudomonas-3-clostridium-4-saccharomyces-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzUzOTY-monascus-purpureus-is-a-yeast-used-commercially-in-the-production-of-1-ethanol-2-streptokinase-for-removing-clots-from-the-blood-vessels-3-citric-acid-4-blood-cholesterol-lowering-statins-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU0MDE-a-patient-brought-to-a-hospital-with-myocardial-infarction-is-normally-immediately-given-1-penicillin-2-streptokinase-3-cyclosporin-a-4-statins-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU0MjE-which-one-of-the-following-microbes-forms-symbiotic-association-with-plants-and-helps-them-in-their-nutrition-1-azotobacter-2-aspergillus-3-glomus-4-trichoderma-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU0MjY-yeast-is-used-in-the-production-of-1-citric-acid-and-lactic-acid-2-lipase-and-pectinase-3-bread-and-beer-4-cheese-and-butter-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU0Njc-which-one-of-the-following-helps-in-absorption-of-phosphorus-from-soil-by-plants-1-rhizobium-2-anabaena-3-frankia-4-glomus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU0ODQ-secondary-sewage-treatment-is-mainly-a-1-mechanical-process-2-chemical-process-3-biological-process-4-physical-process-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU0OTU-the-most-common-substrate-used-in-distilleries-for-the-production-of-ethanol-is-1-soya-meal-2-ground-gram-3-molasses-4-corn-meal-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU1NDA-select-the-correct-statement-from-the-following-1-biogas-is-produced-by-the-activity-of-aerobic-bacteria-on-animal-waste-2-methanobacterium-is-an-aerobic-bacterium-found-in-rumen-of-cattle-3-biogas-co https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU1NTE-a-common-biocontrol-agent-for-the-control-of-plant-disease-is-1-baculovirus-2-bacillus-thuringiensis-3-glomus-4-trichoderma-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU2MDk-which-one-of-the-following-is-not-used-in-organic-farming-1-glomus-2-earthworm-3-oscillatoria-4-snail-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU2Mjc-which-of-the-following-plant-species-you-would-select-for-the-production-of-bioethanol-1-brassica-2-zea-mays-3-pongamia-4-jatropha-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU2NDc-which-of-the-following-is-not-used-as-a-biopesticide-1-bacillus-thuringiensis-2-trichoderma-harzianum-3-nuclear-polyhedrosis-virus-npv-4-xanthomonas-campestris-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU4Mjc-probiotics-are-1-safe-antibiotics-2-cancer-induding-microbes-3-new-kind-of-food-allergens-4-live-microbial-food-supplement-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzY5NDM-a-compound-which-is-produced-by-an-organism-that-inhibits-growth-of-other-organism-is-called-1-xenobiotics-2-antibiotic-3-antibody-4-interferon-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzczMTU-which-one-of-the-following-pairs-is-not-correctly-matched-1-streptomyces-antibiotic-2-serratia-drug-addiction-3-spirulina-single-cell-protein-4-rhizobium-biofertilizer-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc0MTA-select-the-correct-statement-1-acetobacter-aceti-produces-citric-acid-2-saccharomyces-cerevisiae-is-used-as-clot-buster-3-penicillium-notatum-restrict-the-growth-of-staphylococci-4-methanogens-are-fou https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc0NDk-which-of-the-following-statements-is-incorrect-regarding-fermentation-1-propionibacterium-is-used-to-ferment-the-cheese-2-the-puffed-up-appearance-of-dough-is-due-to-the-production-of-co2-gas-3-fermen https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc0NTA-which-of-the-following-statements-is-correct-1-aspergillus-niger-is-used-for-producing-cyclosporin-a-2-activated-sludge-is-digested-by-aerobic-bacteria-to-produce-marsh-gas-3-fleming-chain-florey-were https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc1MzI-which-of-the-following-microbes-is-correctly-paired-with-its-function-1-aspergillus-niger-production-of-lactic-acid-2-trichoderma-polysporum-lowers-blood-cholesterol-3-saccharomyces-cerevisiae-product https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc1NzA-select-the-correct-pair-of-microorganism-and-the-product-obtained-from-it-1-monascus-purpureus-produces-large-holes-in-swiss-cheese-2-saccharomyces-cerevisiae-used-for-making-wine-and-beer-after-disti https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc1Nzg-which-antibiotic-has-bactericidal-effect-1-erythromycin-2-penicillin-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc1ODg-wine-and-beer-are-produced-directly-by-fermentation-whereas-brandy-and-whisky-require-both-fermentation-and-distillation-this-is-because-1-fermentation-is-inhibited-at-an-alcohol-level-of-10-18-2-dist https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc2MzU-select-the-incorrect-match-1-citric-acid-aspergillus-niger-2-streptokinase-streptococcus-3-butyric-acid-clostridium-acetobutylicum-4-cyclosporin-a-monascus-purpures-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc3MDQ-which-of-the-following-antibiotics-is-not-correctly-matched-with-the-source-from-which-it-is-obtained-antibiotic-source-1-penicillin-penicillium-chrysogenum-2-bacitracin-bacillus-licheniformis-3-grise https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc4Mjc-the-preparation-and-flowering-of-leaves-of-tea-and-tobacco-is-due-to-the-activities-of-1-bacillus-subtilis-2-bacillus-megatherium-3-streptococcus-lactis-4-acetobacter-aceti-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc4NDk-the-antibiotics-have-no-effect-on-viruses-because-a-viruses-show-the-metabolism-of-their-own-b-viruses-are-too-small-in-size-for-antibiotics-to-act-upon-them-c-viruses-show-no-metabolism-of-their-own https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc4NzQ-the-domestic-sewage-in-large-cities-1-has-a-high-bod-as-it-contains-both-aerobic-and-bacteria-2-is-processed-by-aerobic-and-then-anaerobic-bacteria-in-the-secondary-treatment-in-sewage-treatment-plant https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc5MzQ-which-one-of-the-following-useful-organisms-is-not-a-part-in-production-of-curd-yoghurt-1-s-thermophilus-2-lactobacillus-bulgaricus-3-acetobactor-aceti-4-streptococcus-lactis-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzc5NDM-which-one-is-used-regarded-as-a-biofertilizer-1-an-association-between-pteridophytes-and-cyanobacteria-anabaena-2-an-association-between-gymnosperms-and-nostoc-3-an-association-between-legume-and-rhiz https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzgwNDY-rice-wine-is-1-beer-2-wine-3-cider-4-sake-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MDQ-name-the-blank-spaces-a-b-c-and-d-given-in-the-following-table-type-of-microbe-scientific-name-commercial-product-bacterium-a-lactic-acid-fungus-b-cyclosporin-a-c-monascus-purpureus-statins-fungus-pen https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MDU-name-the-blank-spaces-a-b-c-and-d-given-in-the-following-table-type-of-microbe-scientific-name-commercial-product-bacterium-a-clot-enzyme-b-aspergillus-niger-citric-acid-fungus-trichoderma-polysporum https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MDY-which-of-the-following-bacteria-help-in-nitrogen-fixation-from-atmosphere-a-azotobacter-b-rhizobium-c-azospirillum-d-lactobacillus-1-a-c-d-2-a-b-c-d-3-b-c-d-4-a-b-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MDc-yeasts-have-been-used-for-the-commercial-production-of-all-except-1-wine-2-whisky-3-ethanol-4-curd-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MDg-methanogens-are-found-in-a-ethanol-b-organic-acids-c-anaerobic-sludge-d-rumen-of-cattle-1-a-c-d-2-c-d-3-b-c-d-4-a-b-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MDk-the-technology-of-biogas-production-in-india-has-been-developed-by-the-efforts-of-a-khadi-and-village-industries-commision-kvic-b-indian-council-of-agricultural-research-iari-c-indian-agricultural-res https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MTA-which-of-the-following-cyanobacteria-can-fix-atmospheric-nitrogen-a-nostoc-b-anabaena-c-oscillatoria-d-yeast-1-a-c-d-2-c-d-3-a-c-4-a-b-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MTE-which-of-the-following-food-items-is-produced-by-fermentation-by-the-microbes-a-idli-b-dosa-c-toddy-d-cheese-1-a-b-c-d-2-c-d-3-a-c-4-a-b-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MTI-which-industrial-products-are-synthesized-from-microbes-a-antibiotics-b-fermented-beverages-c-enzymes-and-chemicals-d-bioactive-molecules-1-a-c-d-2-a-b-c-d-3-a-c-4-a-b-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MTM-the-large-vessels-for-growing-microbes-on-an-industrial-scale-are-called-1-petri-dish-2-digestors-3-biogas-vessel-4-fermentors-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MTQ-which-of-the-following-organisms-is-used-in-the-production-of-beverages-1-penicillium-notatum-2-saccharomyces-cerevisiae-3-aspergillus-niger-4-clostridium-butylicum-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MTU-the-gas-responsible-for-puffing-up-appearance-of-dough-comes-from-1-aerobic-respiration-2-fermentation-3-photosynthesis-4-photorespiration-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mzk0MTY-which-of-the-following-antibiotics-was-discovered-first-1-streptomycin-2-neomycin-3-erythromycin-4-penicillin-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3MzY-acetic-acid-is-produced-by-a-1-fungus-2-bacterium-3-yeast-4-virus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3Mzc-citric-acid-is-produced-by-1-acetobacter-aceti-a-bacterium-2-yeast-a-fungus-3-aspergillus-niger-a-fungus-4-streptococcus-a-bacterium-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3Mzg-which-of-the-following-bacteria-has-a-role-in-removing-clots-from-the-blood-vessels-1-bacillus-thuringiensis-2-clostridium-butylicum-3-streptococcus-4-lactobacillus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3Mzk-statins-used-for-lowering-blood-cholesterol-level-are-extracted-from-1-algae-2-bacteria-3-virus-4-yeast-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NDA-the-bioactive-molecule-cyclosporin-a-is-used-in-1-whooping-cough-2-diphtheria-3-leprosy-4-organ-transplant-patients-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NDE-cyclosporin-a-is-produced-from-1-trichoderma-polysporum-a-fungus-2-bacillus-a-bacterium-3-aspergillus-a-fungus-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NDI-the-primary-treatment-of-sewage-involves-1-digestion-2-decomposition-3-sedimentation-and-filtration-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NDM-the-amount-of-oxygen-required-by-the-microbes-in-the-decomposition-of-organic-matter-is-called-1-chemical-oxygen-demand-2-biochemical-oxygen-demand-3-total-oxygen-demand-4-dissolve-oxygen-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NDQ-the-mixture-of-gases-released-during-anaerobic-digestion-of-sludge-is-called-1-methane-2-carbon-dioxide-3-biogas-4-flammable-gases-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NDU-biogas-contains-1-co2-2-h2s-3-ch4-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NDY-the-symbiotic-association-between-fungi-and-roots-of-higher-plants-is-called-1-lichen-2-mycorrhiza-3-biofertilizer-4-bod-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NDc-the-organisms-which-are-used-to-enrich-the-nutrient-quality-of-the-soil-are-called-1-mycorrhiza-2-biofertilizers-3-yeast-4-methanogens-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NDk-which-of-the-following-serve-as-biofertilizer-in-paddy-fields-1-bacteria-2-yeast-3-cyanobacteria-blue-green-algae-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NTA-the-solids-which-settle-after-primary-treatment-of-sewage-are-called-1-primary-sludge-2-activated-sludge-3-flocs-4-total-solids-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NTE-given-below-are-three-statements-a-b-each-with-one-or-more-blanks-select-the-option-which-correctly-fills-the-blanks-in-the-statements-statements-a-bioactive-molecule-is-used-as-immunosuppressive-agen https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NTI-given-below-are-three-statements-a-b-each-with-one-or-more-blanks-select-the-option-which-correctly-fill-the-blanks-in-the-statements-statements-a-microbes-consume-the-major-part-of-the-organic-matter https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NTM-the-below-diagram-shows-a-typical-biogas-plant-which-of-the-following-four-option-products-labelled-as-a-are-correctly-identified-1-a-sludge-b-methane-oxygen-c-dung-water-2-a-sludge-b-methane-carbon-d https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NTQ-column-i-column-ii-i-streptomyces-a-nitrogen-fixation-ii-rhizobium-b-source-of-antibiotics-iii-nitrosomonas-c-vinegar-synthesis-iv-acetobacter-d-nitrification-which-of-the-combinations-is-correct-i-ii https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NTY-column-i-column-ii-i-methanogens-a-microbial-biocontrol-agent-ii-organic-wastes-b-penicillin-iii-bacillus-thuringiensis-c-biochemical-oxygen-demand-iv-penicillium-notatum-d-methanobacterium-which-of-t https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NTc-column-i-column-ii-i-saccharomyces-a-bacteria-ii-trichoderma-b-cyanobacteria-iii-lactobacillus-c-fungi-iv-nostoc-d-yeast-which-of-the-combinations-is-correct-i-ii-iii-iv-1-d-c-a-b-2-c-d-a-b-3-a-b-c-d https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NTg-column-i-column-ii-i-statins-a-yeast-ii-ethanol-b-blood-cholesterol-lowering-agent-iii-dung-c-insect-resistant-plant-iv-bt-cotton-d-biogas-which-of-the-combinations-is-correct-i-ii-iii-iv-1-b-a-d-c-2 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NTk-following-is-the-sewage-treatment-in-which-of-the-following-options-correct-word-for-all-the-four-numbers-1-2-3-and-4-are-indicated-1-1-large-aeration-tanks-2-chemically-agitation-3-high-4-anaerobic-2 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NjA-following-is-the-curd-formation-from-milk-in-which-of-the-following-options-correct-word-for-all-the-two-numbers-1-and-2-are-indicated-1-1-lactic-acid-2-increased-vitamin-b1-2-1-lactic-acid-2-increase https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NjE-which-of-the-following-statements-is-correct-a-single-cell-protein-is-rich-in-high-quality-proteins-but-poor-in-fat-b-bod-is-the-amount-of-oxygen-that-would-be-consumed-if-all-the-inorganic-matter-in https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NjI-benefits-of-mycorrhizae-are-a-resistance-to-root-borne-pathogens-b-tolerance-to-salinity-and-absorption-of-phosphorus-c-tolerance-to-drought-d-overall-increase-in-the-plant-growth-and-development-1-on https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NjM-in-cheese-manufacture-the-micro-organisms-are-used-for-1-the-souring-of-milk-only-2-the-ripening-only-3-development-of-resistance-to-spoilage-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NjQ-which-one-s-is-are-correct-about-cyclosporin-a-1-it-is-produced-by-the-fungus-trichoderma-polysporum-2-it-is-used-as-an-immuno-suppressive-agent-during-organ-transplantation-3-it-is-produced-by-a-type https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NjU-antibiotics-are-used-to-treat-diseases-like-1-plague-2-whooping-cough-diphtheria-3-leprosy-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NjY-match-the-column-i-with-column-ii-column-i-column-ii-a-the-stage-in-which-physical-treatment-of-sewage-is-done-i-anaerobic-digestion-of-activated-sludge-and-production-of-biogas-b-the-stage-in-which-b https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3Njc-enzyme-which-has-the-fibrinolytic-effect-is-1-protease-2-amylase-3-lipase-4-streptokinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3Njg-the-advantage-the-fungi-derive-from-mycorrhizal-association-with-plants-1-shelter-nutrients-2-water-from-soil-3-minerals-from-soil-4-tolerance-to-salinity-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3Njk-which-of-the-following-statements-about-mycorrhizae-is-false-i-in-ectomycorrhizae-association-between-the-fungus-and-plant-is-less-intimate-than-in-endomycorrhizae-ii-the-mycorrhizal-association-of-fu https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NzA-which-of-the-following-enzymes-is-not-used-in-making-detergent-1-peptidase-2-cellulase-3-amylase-4-lipase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NzI-consider-the-following-statements-a-d-about-organic-farming-a-utilizes-genetically-modified-crops-like-bt-cotton-b-uses-only-naturally-produced-inputs-like-compost-c-does-not-use-pesticides-and-urea-d https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NzM-which-one-of-the-following-is-not-a-biofertilizer-1-mycorrhiza-2-agrobacterium-3-rhizobium-4-nostoc-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NzQ-which-of-the-followings-is-mainly-produced-by-the-activity-of-anaerobic-bacteria-on-sewage-1-marsh-gas-2-laughing-gas-3-propane-4-mustard-gas-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NDE3NzU-ethanol-is-commercially-produced-through-a-particular-species-of-1-aspergillus-2-saccharomyces-3-clostridium-4-trichoderma-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3MzY-respiratory-infections-are-caused-by-1-adenovirus-2-retrovirus-3-reovirus-4-bacteria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3Mzc-tmv-is-1-rod-shaped-2-comma-shaped-3-spherical-4-spiral-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3Mzg-lactic-acid-bacteria-grow-in-1-milk-2-curd-3-water-4-juice-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3Mzk-the-digestion-of-milk-proteins-is-carried-out-by-1-alkali-produced-by-lab-2-acid-produced-by-lab-3-alcohol-produced-by-lab-4-an-alcoholic-compound-produced-by-lcb-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NDA-the-conversion-of-milk-to-curd-also-lead-to-1-increasing-vitamin-b6-2-increasing-vitamin-b12-3-increasing-vitamin-c-4-increasing-vitamin-d-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NDE-which-of-the-following-is-not-facilitated-by-lab-1-increasing-nutritional-quality-2-increasing-vitamin-b12-in-curd-3-checking-disease-causing-microbes-in-intestine-4-conversion-of-milk-to-curd-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NDI-the-puffed-up-appearance-of-dough-of-idli-and-dosa-is-due-to-1-fermentation-2-carbon-dioxide-3-both-a-and-b-4-high-temperature-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NDQ-the-dough-of-bread-is-fermented-by-1-saccharomyces-cerevisiae-2-saccharomyces-sharmani-3-propionibacterium-sharmanii-4-baker-s-bacteria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NDU-toddy-is-prepared-by-1-fermentation-of-sap-from-palms-2-fermentation-of-latex-from-todes-3-fermentation-of-latex-from-coconut-4-fermentation-of-leaves-from-conifers-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NDY-the-oldest-food-item-in-which-microbes-are-used-is-1-cheese-2-juices-3-breads-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NDc-propionibacterium-sharmanii-is-responsible-for-1-large-holes-in-roquefort-cheese-2-large-holes-in-swiss-cheese-3-ripening-of-roquefort-cheese-4-ripening-of-swiss-cheese-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NDg-ripening-of-roquefort-cheese-is-carried-by-1-fungus-2-bacterium-3-protozoa-4-tmv-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NDk-the-particular-flavor-of-roquefort-cheese-is-due-to-1-fungus-2-bacteria-3-algae-4-protozoan-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NTA-the-varieties-of-cheese-are-not-known-by-their-1-characteristic-texture-flavor-taste-2-characteristic-texture-and-flavor-3-the-specificity-coming-from-microbes-used-4-characteristic-shape-and-texture https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NTE-the-large-holes-of-swiss-cheese-are-due-to-1-bacterium-2-fungus-3-algae-4-ascomycetes-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NTI-which-of-the-following-is-related-to-traditions-of-south-india-1-toddy-a-food-2-toddy-a-drink-3-todue-a-food-4-todue-a-drink-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NTM-for-the-fermentation-of-which-of-the-following-options-microbes-are-not-used-1-fish-2-soyabean-3-bamboo-leaves-4-cheese-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NTQ-which-of-the-following-is-not-an-example-of-of-industrial-products-which-are-synthesized-by-microbes-1-beverages-2-antibiotics-3-curd-4-beer-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NTU-the-yeast-which-is-used-for-the-fermentation-of-malted-cereals-and-fruit-juices-is-known-as-1-baker-s-yeast-2-brewer-s-yeast-3-phycomycetes-fungi-4-duteromycetes-fungi-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NTg-which-of-the-following-is-one-of-the-greatest-discovery-of-twentieth-century-1-antibiotics-2-distillation-process-3-electron-microscopy-4-fermentation-process-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NTk-antibiotic-with-reference-to-human-being-is-1-pro-life-2-against-life-3-with-life-4-without-life-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NjA-antibiotics-are-produced-by-1-all-bacteria-2-by-some-microbes-3-by-fungus-only-4-by-some-fungus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NjE-which-of-the-following-is-wrong-about-penicillin-1-a-chance-discovery-2-first-antibiotic-to-be-discovered-3-kills-p-notatum-4-fleming-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NjI-alexander-fleming-was-working-on-1-staphylococci-2-penicillin-notatum-3-streptococcus-4-pseudomonas-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NjM-the-mould-which-was-observed-by-fleming-was-of-1-staphylococcus-2-streptococcus-3-penicillin-notatum-4-pseudomonas-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NjQ-the-full-potential-of-penicillin-an-antibiotic-was-established-by-1-alexander-fleming-2-ernest-chain-3-howard-florey-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NjU-penicillin-was-used-to-treat-1-american-soldiers-wounded-in-world-war-l-2-african-soldiers-wounded-in-world-war-ii-3-american-soldiers-wounded-in-world-war-ii-4-indian-soldiers-wounded-in-world-war-ii https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NjY-the-nobel-prize-for-the-discovery-of-antibiotics-was-awared-in-1-1945-2-1939-3-1940-4-1981-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3Njc-the-nobel-prize-for-the-discovery-of-antibiotic-was-awarded-to-1-fleming-2-chain-3-florey-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3Njg-which-of-the-following-diseases-cannot-be-cured-by-antibiotics-1-kali-khansi-2-gal-ghotu-3-kusht-rog-4-cancer-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3Njk-which-of-the-following-microbe-is-used-in-the-production-of-citric-acid-1-acetobacter-aceti-2-clostridium-butylicum-3-lactobacillus-4-aspergillus-niger-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NzA-which-of-the-following-organic-acids-is-produced-by-a-fungus-1-acetic-acid-2-butyric-acid-3-lactic-acid-4-citric-acid-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NzE-clostridium-butylicum-produces-which-of-the-following-acids-1-lactic-acid-2-butyric-acid-3-acetic-acid-4-citric-acid-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NzI-the-oily-stains-from-laundry-can-be-removed-by-1-lipases-2-esterase-3-ligases-4-endonuclease-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NzM-bottled-fruit-juices-are-cleared-by-1-pectinase-2-lipases-3-amylase-4-nucleases-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NzQ-pectinase-proteases-lipases-amylases-nucleases-how-many-of-the-given-enzymes-are-used-in-juice-clarification-1-2-2-3-3-1-4-0-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NzU-the-enzyme-streptokinase-is-produced-by-1-streptostapus-2-streptococcus-3-staphylococci-4-streptonomous-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3NzY-the-people-who-have-undergone-myocardial-infarction-are-given-hellip-hellip-for-the-removal-of-clots-from-the-blood-vessels-1-streptokinase-2-lipases-3-pectinase-4-statins-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3Nzc-which-of-the-following-is-a-clot-buster-in-blood-vessels-1-streptokinase-2-cyclosporin-a-3-statins-4-pectinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3Nzg-which-of-the-following-is-used-in-organ-transplant-patients-1-cyclosporin-a-2-statins-3-streptokinase-4-pectinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3Nzk-cyclosporin-a-is-used-as-1-clot-buster-2-stain-remover-3-anti-cholesterol-agent-4-immunosuppressive-agent-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3ODA-cyclosporin-a-is-produced-by-1-trichoderma-polysporum-2-streptococcus-3-cyclocephalus-4-monascus-purpureus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3ODE-which-of-the-following-is-not-a-fungus-derived-product-1-cyclosporin-a-2-citric-acid-3-roquefort-cheese-4-acetic-acid-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3ODI-which-of-the-following-is-a-blood-cholesterol-lowering-agent-1-cyclosporin-a-2-statins-3-lipases-4-streptokinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3ODM-which-of-the-following-is-produced-by-monascus-purpureus-1-cyclosporin-a-2-statins-3-streptokinase-4-citric-acid-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3ODQ-which-of-the-following-show-the-competitive-inhibition-in-the-pathway-of-cholesterol-synthesis-1-statins-2-cyclosporin-a-3-streptokinase-4-citrate-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3ODU-which-of-the-following-is-not-a-yeast-derived-product-1-statins-2-cyclosporin-a-3-ethanol-4-bread-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3ODY-the-municipal-waste-water-is-also-known-as-1-sewage-2-human-excreta-3-household-waste-4-organic-matter-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3ODc-the-major-component-of-municipal-waste-is-1-human-excreta-2-kitchen-waste-3-household-waste-4-sewage-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3ODg-the-treatment-of-waste-water-is-done-by-1-heterotrophic-microbes-added-after-treatment-2-heterotrophic-microbes-added-during-treatment-3-heterotrophic-microbes-which-are-already-present-in-the-sewage https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3ODk-physical-removal-of-particles-in-waste-water-treatment-is-carried-out-by-1-filtration-2-sedimentation-3-both-a-and-b-4-digesters-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3OTA-floating-debris-is-removed-by-1-sequential-filtration-2-sedimentation-3-secondary-treatment-4-anaerobic-digestion-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3OTE-grit-is-composed-of-1-soil-2-small-pebbles-3-both-a-and-b-4-human-excreta-soil-small-pebbles-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3OTI-removal-of-grit-is-carried-out-by-1-sedimentation-2-filteration-3-primary-digestion-4-secondary-digestion-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3OTM-the-result-of-sedimentation-results-in-settled-solids-which-is-known-as-1-effluent-2-primary-sludge-3-activator-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3OTQ-effluent-is-formed-in-1-primary-settling-tank-2-colony-sewage-3-secondary-settling-tank-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3OTU-the-biological-treatment-of-sewage-is-also-known-as-1-secondary-treatment-2-primary-treatment-3-same-treatment-4-floc-treatment-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3OTY-in-biological-treatment-the-primary-effluent-is-passed-into-1-large-aeration-tank-2-large-anaerobic-tank-3-small-aerobic-chambers-4-large-anaerobic-chambers-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3OTg-the-growth-of-flocs-is-facilitated-by-1-constant-agitation-mechanically-2-air-is-pumped-3-both-a-and-b-4-filaments-of-algae-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ3OTk-the-significance-of-flocs-in-secondary-treatment-is-not-1-consumption-of-organic-matter-2-reduction-of-bod-3-reduction-in-polluting-potential-4-reduction-of-inorganic-salts-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MDA-bod-is-1-amount-of-oxygen-taken-by-bacteria-to-survive-in-100ml-water-2-amount-of-oxygen-taken-by-bacteria-to-oxidise-organic-matter-in-1l-of-water-3-amount-of-oxygen-taken-by-bacteria-to-oxidise-inor https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MDE-which-of-the-following-is-not-indicated-by-bod-test-1-rate-of-uptake-of-oxygen-by-microorganisms-in-a-sample-of-water-2-a-measure-of-organic-matter-present-in-the-water-3-polluting-potential-4-amount https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MDI-the-bacterial-flocs-of-sewage-treatment-plants-are-allowed-to-settle-in-1-primary-settling-tank-2-aeration-tank-3-activated-sludge-4-secondary-settling-tank-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MDM-activated-sludge-is-1-sedimented-bacterial-flocs-2-bacterial-flocs-of-aeration-tank-3-anaerobic-sludge-4-effluent-of-primary-settling-tank-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MDQ-the-activated-sludge-is-1-pumped-back-into-aeration-tanks-2-pumped-into-large-anaerobic-sludge-digesters-3-pumped-into-primary-settling-tank-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MDU-the-major-part-of-activated-sludge-is-sent-to-1-anaerobic-sludge-digesters-2-aerobic-sludge-digesters-3-aeration-tank-4-settling-tank-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MDY-from-secondary-settling-tanks-what-is-used-as-inoculum-for-primary-settling-tanks-1-activated-sludge-2-anaerobic-bacteria-3-fungal-filaments-4-biogas-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MDc-in-anaerobic-sludge-digesters-the-anaerobic-bacteria-1-digest-fungi-2-digest-bacteria-3-both-a-and-b-4-digest-the-organic-matter-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MDg-methane-hydrogen-sulfide-and-carbon-dioxide-are-produced-in-1-aerobic-settling-tanks-2-anaerobic-sludge-digesters-3-aeration-tanks-4-primary-settling-tanks-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MDk-which-of-the-following-is-released-into-natural-water-bodies-like-rivers-and-streams-1-effluent-of-primary-treatment-2-effluent-of-secondary-treatment-3-settling-component-of-secondary-treatment-4-set https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MTA-biogas-is-used-as-source-of-energy-because-it-is-1-easy-to-produce-2-inflammable-3-reactive-4-very-light-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MTE-ganga-action-plan-and-yamuna-action-plan-are-initiated-by-1-ministry-of-environment-and-forest-2-ministry-of-environment-3-ministry-of-water-bodies-4-ministry-of-forest-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MTI-which-of-the-following-is-not-correct-with-respect-to-biogas-1-contains-predominantly-methane-2-produced-by-microbial-activity-3-may-be-used-as-fuel-4-not-inflammable-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MTM-the-type-of-the-gas-produced-as-the-end-product-of-growth-and-metabolism-by-microbes-depend-on-1-microbes-2-type-of-organic-substrate-they-utilize-3-type-of-inorganic-salts-taken-by-them-4-both-a-and https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MTQ-bacteria-growing-anaerobically-on-cellulosic-material-produce-1-only-carbon-dioxide-2-carbon-dioxide-methane-and-hydrogen-3-methane-4-methane-and-hydrogen-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MTU-methanogens-are-commonly-found-in-1-aerobic-sludge-2-anaerobic-sludge-3-flocs-4-mixotrophic-sludge-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MTY-methanogens-are-found-in-which-organ-of-cattle-1-rumen-2-a-part-of-stomach-3-both-a-and-b-4-intestine-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MTc-the-nutrition-of-cattle-is-taken-care-by-which-of-the-following-microbes-1-methanogens-2-halophiles-3-cynobacteria-4-thermoacidophiles-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MTg-the-biogas-plant-wrong-statement-is-1-10-15-feet-deep-2-in-which-bio-wastes-are-collected-and-slurry-of-dung-is-fed-3-has-a-fixed-lid-4-has-an-outlet-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MTk-the-spent-slurry-in-biogas-plant-is-1-used-as-insecticide-2-used-as-fertiliser-3-removed-from-outlet-to-sewage-treatment-plants-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MjA-the-technology-of-biogas-production-was-developed-in-india-mainly-due-to-the-efforts-of-1-iari-2-kvic-3-both-a-and-b-4-iair-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MjE-the-biogas-plants-are-found-in-1-more-in-urban-areas-2-more-in-rural-areas-3-more-in-delhi-4-cannot-be-estimated-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MjI-kvic-stands-for-1-khadi-and-village-institution-commission-2-khadi-and-vallore-institution-commission-3-khadi-and-village-industries-commission-4-kanpur-and-vallore-industries-commission-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MjM-what-is-the-key-belief-of-organic-farmers-1-biodiversity-furthers-health-2-health-furthers-biodiversity-3-health-and-biodiversity-are-the-consequences-of-development-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MjQ-which-of-the-following-is-not-an-approach-of-organic-farmers-1-more-variety-a-land-has-more-sustainable-it-is-2-to-create-a-system-which-is-insects-free-3-to-create-a-system-in-which-insects-are-kept https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MjU-biocontrol-measures-will-greatly-reduce-our-dependence-1-on-toxic-chemicals-2-on-pests-3-on-insects-4-on-birds-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MjY-which-of-the-following-is-not-an-important-part-of-biological-farming-approach-1-to-know-all-the-life-forms-that-inhabit-the-field-2-predators-and-pests-are-also-analysed-3-the-life-cycles-patterns-of https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4Mjc-which-of-the-following-is-the-major-concern-of-organic-farmers-1-chemical-methods-lead-to-death-of-harmful-life-forms-discriminately-2-eradication-of-pest-is-undesirable-as-it-may-lead-to-death-of-ben https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4Mjg-to-get-rid-of-aphids-which-of-the-following-is-used-1-beetle-with-red-and-black-markings-2-ladybird-3-dragonflies-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4Mjk-to-get-rid-of-mosquitoes-which-of-the-following-is-used-1-dragonflies-2-aphids-3-ladybird-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MzA-the-bacterium-bacillus-thuringiensis-is-used-to-1-control-aphids-2-control-aphid-larva-3-to-control-butterfly-4-to-control-butterfly-caterpillars-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MzE-bt-as-a-biocontrol-measure-holds-true-for-which-of-the-following-options-1-available-in-sachets-as-dried-spores-2-sprayed-on-vulnerable-plants-such-as-brassicas-and-dahlia-3-kills-butterfly-caterpilla https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MzI-which-of-the-following-is-not-true-about-trichoderma-1-common-in-the-root-ecosystem-2-free-living-fungi-3-effective-biocontrol-agents-of-several-plant-pathogens-4-bt-cotton-is-prepared-by-it-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MzM-which-of-the-following-option-is-not-true-for-baculoviruses-1-pathogens-that-attack-insects-and-the-arthropods-2-biological-control-agents-3-genus-nucleopolyhedrovirus-4-species-specific-and-broad-spe https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MzQ-baculoviruses-have-no-negative-effect-over-1-plants-fish-2-mammals-3-birds-non-target-insects-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MzU-ipm-stands-for-1-integrated-pest-management-2-integrated-part-messenger-3-international-pollution-management-4-inter-pesticide-management-committee-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4MzY-biofertiliser-are-the-organisms-1-that-enrich-the-nutrient-quantity-of-soil-2-that-reduce-the-nutrient-quantity-of-soil-3-that-enrich-the-nutrient-quality-of-soil-4-that-enrich-the-nutrient-specificit https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4Mzc-which-of-the-following-is-free-living-nitrogen-fixer-1-baculoviruses-2-azotobacter-3-rhizobium-4-trichoderma-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4Mzg-mycorrhizae-is-1-symbiotic-association-of-lichen-with-algae-2-symbiotic-association-of-fungi-with-higher-plants-3-symbiotic-association-of-bacteria-with-plants-4-symbiotic-association-of-algae-with-fu https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4Mzk-mycorrhizal-plants-have-the-following-benefits-except-1-phosphorus-from-soil-by-means-of-fungi-2-resistance-to-root-borne-pathogens-3-tolerance-to-salinity-drought-and-extreme-low-temperature-4-overal https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4NDA-which-of-the-following-is-not-cynobacteria-1-anabaena-2-nostoc-3-oscillatoria-4-glomus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NTQ4NDI-which-of-the-following-adds-organic-matter-to-the-soil-and-increase-the-fertility-of-the-soil-1-cyanobacteria-2-bacteria-3-yeast-4-glomus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NjA1NjI-biochemical-oxygen-demand-is-1-directly-proportional-to-biodegradable-organic-matter-2-inversely-proportional-to-biodegradable-organic-matter-3-depends-on-direction-of-flow-4-directly-proportional-to https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NjA1NjM-higher-the-biodegradable-organic-matter-in-sewage-1-higher-the-dissolved-oxygen-2-higher-the-bod-3-lower-the-number-of-bacteria-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NjIyNDk-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-i-roots-of-leguminous-plants-1-frankia-ii-azolla-2-mycorrhiza-iii-glomus-3-an https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NjIyNTA-match-each-item-in-column-i-with-one-item-in-column-ii-and-choose-your-answer-from-the-codes-given-below-column-i-column-ii-i-aspergillus-niger-1-clot-buster-ii-streptococcus-2-citric-acid-iii-trichod https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NjIzMDQ-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-gm-microbe-application-i-rhizobium-meliloti-1-prevention-of-frost-damage-ii-p https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NjI4NTQ-in-the-given-diagram-the-gas-x-can-be-1-hydrogen-sulfide-2-carbon-monoxide-3-ammonia-4-oxygen-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NjI4NTU-the-virus-shown-here-is-a-causative-agent-of-1-intestinal-infections-2-respiratory-infections-3-cns-infections-4-genito-urinary-infections-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NjQ0NTQ-nitrogen-fixation-is-carried-out-by-1-bacteria-2-fungi-3-protists-4-algae-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NjQ5MTM-which-one-of-the-following-impurities-is-easiest-to-remove-from-wastewater-1-bacteria-2-colloids-3-dissolved-solids-4-suspended-solids-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0NTU-match-the-following-list-of-bioactive-substances-and-their-roles-bioactive-substances-i-statins-ii-cyclosporin-a-iii-streptokinase-iv-lipase-role-a-removal-of-oil-stains-b-removal-of-clots-from-blood https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0NTY-match-the-items-in-column-lsquo-a-rsquo-and-column-lsquo-b-rsquo-and-choose-correct-answer-column-a-column-b-i-lady-bird-a-methanobacterium-ii-mycorrhiza-b-trichoderma-iii-biological-control-c-aphids https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0NTc-mycorrhiza-does-not-help-the-host-plant-in-1-enhancing-its-phosphorus-uptake-capacity-2-increasing-its-tolerance-to-drought-3-enhancing-its-resistance-to-root-pathogens-4-increasing-its-resistance-to https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0NTg-biological-pest-control-methods-are-more-preferably-used-because-1-chemical-pesticides-are-discriminate-2-predators-work-through-check-and-balance-3-predators-are-indiscriminate-4-all-of-above-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0NTk-which-of-the-following-statement-is-incorrect-1-trichoderma-is-free-living-fungi-present-in-root-ecosystem-acts-as-biocontrol-agent-2-genus-of-baculoviruses-is-species-group-specific-broad-spectrum-in https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0NjA-read-the-following-four-statements-i-ndash-iv-find-out-certain-mistakes-in-two-of-them-i-in-our-stomach-lactic-acid-bacteria-play-beneficial-role-by-checking-growth-of-disease-causing-microbes-ii-lact https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0Nzk-select-the-mis-match-1-monascus-purpureus-statins-2-trichoderma-polysporum-cyclosporin-a-3-clostridium-butylicum-citric-acid-4-streptococci-streptokinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0ODA-nucleopolyhedrovirus-are-1-broad-spectrum-insecticides-2-effective-against-several-plant-pathogens-3-harmful-to-non-target-insects-4-used-as-biological-control-agents-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0ODE-the-distillation-of-the-fermented-broth-is-required-in-the-formation-of-a-rum-b-beer-c-brandy-d-whisky-1-a-b-c-2-a-c-d-3-b-c-d-4-a-b-d-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0OTk-microbe-used-for-biocontrol-of-pest-butterfly-caterpillars-is-1-bacillus-thuringiensis-2-streptococcus-species-3-trichoderma-species-4-saccharomyces-cerevisiae-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc1MDA-a-biofertilizer-is-1-cyanobacterium-anabaena-in-cavities-of-azolla-leaves-2-symbiotic-association-of-azotobacter-for-fixing-atmospheric-nitrogen-3-farmyard-manure-4-green-manure-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc1MDI-flocs-is-1-primary-sludge-produced-in-sewage-treatment-2-a-type-of-biofortified-food-3-a-mesh-like-structure-formed-by-association-of-bacteria-and-fungal-filaments-in-sewage-treatment-4-the-effluent-i https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc1MDM-identify-the-set-which-has-all-organisms-used-in-biological-control-of-pests-1-trichoderma-nucleopolyhedro-virus-bacillus-thuringiensis-lady-bird-lady-bug-beetle-2-dragon-flies-bacillus-thuringiensis https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc1MDQ-ernest-chain-and-howard-florey-rsquo-s-contribution-was-1-discovery-of-streptokinase-2-establishment-of-potential-of-penicillin-as-effective-drug-3-discovery-of-dna-sequences-4-isolating-the-bacterial https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc1MDY-conversion-of-milk-to-curd-improves-its-nutritional-value-by-increasing-the-amount-of-1-vitamin-d-2-vitamin-a-3-vitamin-b12-4-vitamin-e-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzM2NDE-which-of-the-following-alcoholic-drinks-are-produced-by-distillation-of-the-fermented-broth-1-beer-and-wine-2-whisky-brandy-rum-3-beer-and-rum-4-wine-and-brandy-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzM2NDQ-a-major-component-of-gobar-gas-is-1-butane-2-ammonia-3-methane-4-ethane-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzM2NDU-which-of-the-following-is-not-used-as-a-biofertilizers-1-rhizobium-2-fungi-glomus-3-cyano-bacteria-4-yeast-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzQwMTY-which-of-the-following-is-one-of-the-most-significant-discoveries-of-the-twentieth-century-that-greatly-contributed-towards-the-welfare-of-human-society-1-biogas-2-curd-3-penicillin-4-citric-acid-1-2 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzQzMjQ-assertion-dragonflies-are-useful-to-get-rid-of-mosquitoes-reason-baculoviruses-are-pathogens-that-attack-insects-and-other-arthropods-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzQzMzk-blood-cholesterol-lowering-agent-is-and-produced-by-1-statins-monascus-purpureus-2-statins-trichoderma-polysporum-3-cyclosporin-a-streptococcus-4-streptokinase-streptococcus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzQzNTU-during-secondary-treatment-major-part-of-activated-sludge-is-pumped-into-tanks-called-1-aerobic-sludge-digesters-2-anaerobic-sludge-digesters-3-primary-sludge-digesters-4-settling-tanks-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzQ1MjI-to-obtain-microbial-product-at-industrial-scale-which-equipment-is-used-1-auto-clave-2-fermentors-3-laminar-flow-4-phytotron-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzQ3MzY-in-stp-1-primary-treatment-is-a-biological-process-2-flocs-are-anaerobic-and-autotrophic-microbes-3-bod-measures-the-organic-matter-present-in-the-water-4-activated-sludge-is-the-effluent-of-tertiary https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzQ3NjE-the-microbial-biocontrol-agent-with-species-specific-narrow-spectrum-insecticidal-application-is-1-trichoderma-2-glomus-3-dragonflies-4-nucleopolyhedrovirus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246ODk0MzU-conversion-of-milk-to-curd-improves-its-nutritional-value-by-increasing-the-amount-of-1-vitamin-d-2-vitamin-a-3-vitamin-b12-4-vitamin-e-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246ODk1NDY-match-column-i-with-column-ii-and-select-the-correct-option-using-the-codes-given-below-column-i-column-ii-a-citric-acid-1-trichoderma-b-cyclosporin-2-clostridium-c-statins-3-aspergillus-d-butyric-aci https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246ODk1NDc-which-of-the-following-is-correctly-matched-for-the-product-produced-by-them-1-methanobacterium-lactic-acid-2-penicillium-notatum-acetic-acid-3-saccharomyces-cerevisiae-ethanol-4-acetobacter-aceti-ant https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTA0OTE-which-of-the-following-is-wrongly-matched-in-the-given-table-microbe-product-application-1-monascus-purpureus-statins-lowering-of-blood-cholesterol-2-streptococcus-streptokinase-removal-of-clot-from-b https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTEwMjE-match-the-following-list-of-microbes-and-what-they-are-used-for-a-saccharomyces-cerevisiae-1-production-of-immunosuppressive-agents-b-monascus-purpureus-2-ripening-of-swiss-cheese-c-trichoderma-polysp https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTIzMTI-measuring-biochemical-oxygen-demand-bod-is-a-method-used-for-1-estimating-the-amount-of-organic-matter-in-sewage-water-2-working-out-the-efficiency-of-oil-driven-automobile-engines-3-measuring-the-act https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI0MDQ-a-nitrogen-fixing-microbe-associated-with-azolla-in-rice-fields-is-1-spirulina-2-anabaena-3-frankia-4-tolypothrix-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI3MzA-which-one-of-the-following-is-not-a-biofertilizer-1-rhizobium-2-nostoc-3-mycorrhiza-4-agrobacterium-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI3Nzk-an-organism-used-as-a-bio-fertilizer-for-raising-soybean-crop-is-1-azospirillum-2-rhizobium-3-nostoc-4-azotobacter-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI4Njc-the-common-nitrogen-fixer-in-paddy-fields-is-1-rhizobium-2-azospirillum-3-oscillatoria-4-frankia-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI5NjQ-the-bacteria-and-mould-involved-in-the-work-of-alexander-fleming-are-1-staphylococci-and-penicillium-chrysogenum-2-streptococci-and-penicillium-chrysogenum-3-staphylococci-and-penicillium-notatum-4-st https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI5NjU-name-the-product-formed-by-trichoderma-polysporum-and-give-its-use-1-statins-which-are-used-as-blood-cholesterol-lowering-agent-2-cyclosporin-a-that-is-used-as-an-immunosuppressive-agent-3-statins-whi https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTM0NTQ-which-one-of-the-following-pairs-is-wrongly-matched-1-detergents-lipase-2-alcohol-nitrogenase-3-fruit-juice-pectinase-4-textile-amylase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTM1MjU-trichoderma-harzianum-has-proved-to-be-a-useful-micro-organism-for-1-bioremediation-of-contaminated-soils-2-reclamation-of-wastelands-3-gene-transfer-in-higher-plants-4-biological-control-of-soil-born https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTM4MTE-a-genetically-engineered-micro-organism-used-successfully-in-the-bioremediation-of-oil-spills-is-a-species-of-1-pseudomonas-2-trichoderma-3-xanthomonas-4-bacillus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTM4OTE-which-one-of-the-following-pairs-is-wrongly-matched-1-methanogens-gobar-gas-2-yeast-ethanol-3-streptomycetes-antibiotic-4-coliforms-vinegar-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTQ2MzU-besides-dung-the-weed-that-can-be-used-in-biogas-production-is-1-hydrilla-2-solanum-nigrum-3-eichhornia-crassipes-4-parthenium-hysterophorus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTUyMTY-biological-treatment-of-water-pollution-is-done-with-the-help-of-1-fungi-2-lichen-3-phytoplankton-rsquo-s-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTU2MzI-which-of-the-following-can-be-used-as-biocontrol-agent-in-the-treatment-of-plant-disease-1-lactobacillus-2-trichoderma-3-chlorella-4-anabaena-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTU2NDk-select-the-correct-group-of-biocontrol-agents-1-nostoc-azospirillum-nucleopolyhedrovirus-2-bacillus-thuringiensis-tobacco-mosaic-virus-aphids-3-trichoderma-baculovirus-bacillus-thuringiensis-4-oscilat https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTU3MDA-match-the-following-a-lactobacillus-i-cheese-b-saccharomyces-cerevisiae-ii-curd-c-aspergillus-niger-iii-citric-acid-d-acetobacter-aceti-iv-bread-v-acetic-acid-select-the-correct-option-options-a-b-c-d https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTk3MTc-during-sewage-treatment-biogases-are-produced-which-include-1-methane-oxygen-hydrogen-sulphide-2-hydrogen-sulphide-methane-sulphur-dioxide-3-methane-hydrogen-sulphide-carbon-dioxide-4-hydrogen-sulphid https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTk3MTg-all-are-correct-with-respect-to-bod-biochemical-oxygen-demand-except-1-it-refers-to-the-amount-of-oxygen-that-would-be-consumed-if-all-the-organic-matter-in-one-liter-of-water-were-oxidized-by-bacteri https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTk3MjA-what-are-flocs-1-masses-of-anaerobic-bacteria-2-masses-of-aerobic-fungi-only-3-masses-of-anaerobic-bacteria-and-fungi-4-masses-of-aerobic-bacteria-associated-with-fungal-filaments-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTk3MjU-one-of-the-major-difficulties-in-the-biological-control-of-insect-pest-is-that-1-the-method-is-less-effective-as-compared-with-the-use-of-insecticides-2-the-practical-difficulty-of-introducing-the-pre https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI0MDY2-probiotics-are-1-live-microbial-food-supplement-2-safe-antibiotics-3-cancer-inducing-microbes-4-new-kind-of-food-allergens-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI0MjA0-common-cold-is-not-cured-by-antibiotics-because-it-is-1-caused-by-a-virus-2-caused-by-a-gram-positive-bacterium-3-caused-by-a-gram-negative-bacterium-4-not-an-infectious-disease-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTMxNDA2-for-a-biocontrol-agent-to-be-part-of-an-integrated-pest-management-it-should-be-1-species-specific-and-symbiotic-2-free-living-and-broad-spectrum-3-narrow-spectrum-and-symbiotic-4-species-specific-and https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTMxNzEw-which-of-the-following-statements-about-methanogens-is-not-correct-1-they-can-be-used-to-produce-biogas-2-they-are-found-in-the-rumen-of-cattle-and-their-excreta-3-they-grow-aerobically-and-breakdown https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTMxNzE0-among-the-following-pairs-of-microbes-which-pair-has-both-the-microbes-that-can-be-used-as-biofertilizers-1-aspergillus-and-rhizopus-2-rhizobium-and-rhizopus-3-cyanobacteria-and-rhizobium-4-aspergillu https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTcwMzgx-which-of-the-following-organisms-are-helpful-in-making-curd-form-milk-production-of-streptomycin-and-nitrogen-fixation-in-legumes-1-mycoplasma-2-eubacteria-3-archaebacteria-4-cyanobacteria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTcw-lactic-acid-bacillus-while-used-for-converting-milk-to-curd-increases-the-nutritional-value-of-curd-by-adding-vitamin-1-a-2-b12-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTcx-the-lsquo-roquefort-rsquo-cheese-is-ripened-by-a-species-of-the-genus-1-penicillium-2-lactobacillus-3-propionibacterium-4-saccharomyces-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTcz-which-of-the-following-fermented-beverages-is-likely-to-have-the-least-ethyl-alcohol-content-1-whisky-2-brandy-3-rum-4-beer-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTc1-alexander-fleming-discovered-penicillin-and-named-it-after-1-penicillium-chrysogenum-2-penicillium-roqueforti-3-penicillium-notatum-4-penicillium-camemberti-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTc3-citric-acid-can-be-produced-industrially-with-the-help-of-1-aspergillus-oryzae-2-aspergillus-niger-3-aspergillus-fumigatus-4-aspergillus-flavus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTc4-fruit-juices-can-be-clarified-with-the-use-of-1-lipases-2-papain-3-pectinase-and-protease-4-glucoamylase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTc5-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-answer-from-the-codes-given-column-i-column-ii-a-monascus-purpureus-p-thrombolytic-b-trichoderma-polysporum-q-immunosuppressant https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTgw-consider-the-given-two-statements-i-bod-is-an-indirect-measure-of-the-organic-matter-present-in-the-water-ii-the-bod-test-measures-the-rate-of-uptake-of-oxygen-by-microorganisms-in-a-sample-of-water-1 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTgy-in-the-anaerobic-sludge-digesters-during-sewage-water-treatment-1-the-primary-sludge-is-treated-with-aerobic-microbes-and-activated-sludge-is-created-2-the-primary-sludge-is-treated-with-anaerobic-mic https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTgz-consider-the-given-two-statements-i-cattle-dung-can-be-used-for-the-generation-of-biogas-commonly-called-gobar-gas-ii-the-bod-test-measures-the-rate-of-uptake-of-oxygen-by-microorganisms-in-a-sample-o https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTg0-baculoviruses-are-excellent-candidates-for-1-species-specific-narrow-spectrum-insecticidal-applications-2-species-specific-broad-spectrum-insecticidal-applications-3-biocontrol-of-fungal-diseases-4-bi https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTg2-which-of-the-following-serve-as-important-biofertilizers-in-paddy-fields-1-rhizobia-2-frankia-3-nitrobacter-4-cynobacteria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTgxNTg3-given-below-are-the-results-of-three-water-samples-subjected-to-bod-test-i-sample-a-can-be-from-secondary-effluent-discharged-from-an-stp-ii-sample-b-can-be-from-a-river-presumed-to-be-mild-to-moderat https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTg1MzQ5-match-the-following-microorganism-with-product-column-i-column-ii-a-clostridium-butylicum-i-cyclosporin-a-b-trichoderma-polysporunt-ii-butyric-acid-c-monascus-purpureus-iii-citric-acid-d-aspergillus-n https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTg1MzY1-which-of-the-following-is-put-into-anaerobic-sludge-digester-for-further-sewage-treatment-1-floating-debris-2-effluents-of-primary-treatment-3-activated-sludge-4-primary-sludge-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMxODQz-rising-of-dough-is-due-to-1-multiplication-of-yeast-2-production-of-co2-3-emulsification-4-hydrolysis-of-wheat-flour-starch-into-sugars-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjQ1MDM4-for-the-commercial-and-industrial-production-of-citric-acid-which-of-the-following-microbes-is-used-1-aspergillus-niger-2-lactobacillus-sp-3-saccharomyces-cerevisiae-4-clostridium-bretylium-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjQ1MDM5-match-the-following-columns-and-select-the-correct-option-column-i-column-ii-a-dragonflies-i-biocontrol-agents-of-several-plant-pathogens-b-bacillus-thuringiensis-ii-get-rid-of-mosquitoes-c-glomus-iii https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjQ1MDQw-cyclosporin-a-used-as-an-immuno-suppression-agent-is-produced-from-1-monascus-purpureus-2-saccharomyces-cerevisiae-3-penicillium-notatum-4-trichoderma-polysporum-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246Mjc3MjUy-match-list-i-with-list-ii-list-i-list-ii-a-aspergillus-niger-i-acetic-acid-b-acetobacter-aceti-ii-lactic-acid-c-clostridium-bretylium-iii-citric-acid-d-lactobacillus-iv-butyric-acid-choose-the-correct https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzI5NjY1-the-most-commonly-used-biological-pesticide-worldwide-is-1-agrobacterium-tumefaciens-2-pseudomonas-putida-3-bacillus-thuringiensis-4-trichoderma-harzianum-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM0NDcy-all-the-following-can-be-performed-by-lab-except-1-coagulation-and-partial-digestion-of-milk-proteins-2-increasing-vitamin-b12-in-curd-3-checking-disease-causing-microbes-in-our-stomach-4-producing-la https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM0NDcz-alcohol-percentage-is-expected-to-least-in-which-of-the-following-fermented-beverages-1-wine-2-whiskey-3-brandy-4-rum-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM0NDc0-clearing-of-bottled-fruit-juices-is-achieved-by-treatment-with-1-lipases-and-proteases-2-dnase-and-rnase-3-proteases-and-pectinases-4-cellulase-and-chitinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM0NDc1-during-secondary-treatment-of-sewage-water-i-vigorous-growth-of-useful-aerobic-microbes-into-flocs-is-allowed-ii-aerobic-microbes-consume-the-major-part-of-the-organic-matter-in-the-effluent-iii-the-b https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM0NDc2-identify-the-incorrectly-matched-pair-bio-control-agent-pest-controlled-1-lady-bird-aphids-2-dragon-fly-mosquito-3-trichoderma-fungi-4-baculoviruses-nematodes-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM1NjM3-identify-the-correct-statement-1-roquefort-cheese-is-ripened-by-a-growing-a-specific-bacterium-on-them-2-lab-improves-the-nutritional-quality-of-curd-by-increasing-vitamin-a-3-aspergillus-niger-is-use https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM1NjM4-all-the-following-are-correct-regarding-methanogens-except-1-they-can-grow-anaerobically-on-cellulosic-material-2-they-can-produce-large-amounts-of-methane-along-with-carbon-dioxide-and-hydrogen-3-the https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM3NjE4-which-of-the-following-does-not-involve-a-fungus-1-commercial-production-of-ethanol-2-commercial-production-of-citric-acid-3-commercial-production-of-statins-4-commercial-production-of-streptokinase-1 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM3NjE5-glomus-is-1-the-genus-of-fungus-the-members-of-which-help-symbiont-plants-get-phosphorus-2-the-genus-of-fungus-the-members-of-which-help-symbiont-plants-get-nitrogen-3-the-genus-of-plants-the-members https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM4MjE1-which-vitamin-important-for-effective-erythropoiesis-is-added-by-lab-when-it-is-used-to-convert-milk-into-curd-1-vitamin-d-2-vitamin-a-3-vitamin-b12-4-vitamin-e-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM4MjY0-citric-acid-widely-used-in-the-food-industry-can-be-commercially-produced-with-the-help-of-the-microbe-1-propionibacterium-shermanii-2-aspergillus-niger-3-xanthomonas-citri-4-colletotrichum-falcatum-1 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM4NTgw-identify-the-incorrectly-matched-pair-1-cyclosporin-a-immuno-suppressant-from-trichoderma-polysporum-2-statins-blood-cholesterol-lowering-agents-from-monascus-purpureus-3-streptokinase-clot-buster-fro https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM4NTgx-in-biological-nitrogen-fixation-by-microbes-i-rhizobium-fixes-nitrogen-in-the-root-nodules-of-leguminous-plants-ii-frankia-fixes-nitrogen-in-the-root-nodules-of-non-leguminous-actinorrhizal-plants-iii https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM4NTgy-in-sewage-treatment-1-the-primary-treatment-involves-aerobic-bacteria-2-the-bod-of-the-water-gets-increased-after-treatment-3-activated-sludge-is-digested-in-anaerobic-sludge-digester-to-produce-bioga https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM5NDky-identify-the-microorganism-which-is-responsible-for-the-production-of-an-immunosuppressive-molecule-cyclosporin-a-1-streptococcus-cerevisiae-2-trichoderma-polysporum-3-clostridium-butylicum-4-aspergil https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzQzODMy-match-list-i-with-list-ii-list-i-list-ii-a-streptococcus-i-diffusion-b-thiobacillus-ii-nitrogen-fixation-c-porins-iii-denitrification-d-beijernickia-iv-clot-buster-choose-the-correct-answer-from-the-o https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzQzODQx-in-organ-transplantations-cyclosporine-a-is-used-as-an-immune-suppressive-agent-which-is-produced-by-1-saccharomyces-cerevisiae-2-trichoderma-polysporum-3-monascus-purpureus-4-aspergillus-niger-1-2-3 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzQ0MTU4-given-below-are-two-statements-statement-i-sewage-discharge-in-a-flowing-river-causes-an-increase-in-biochemical-oxygen-demand-bod-due-to-the-biodegradation-of-organic-matter-by-microbes-this-leads-to https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzQ0NDA4-bioactive-molecule-cyclosporin-a-used-as-an-immunosuppressive-agent-in-organ-transplant-patient-is-produced-by-1-monascus-purpureus-2-aspergillus-niger-3-trichoderma-polysparum-4-clostridium-butylicum https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzQ0Njcy-match-list-i-with-list-ii-list-i-list-ii-a-propionibacterium-sharmanii-i-cyclosporin-a-b-aspergillus-niger-ii-citric-acid-c-monascus-purpureus-iii-swiss-cheese-d-trichoderma-polysporum-iv-statins-choo https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzQ0OTIz-organisms-that-do-not-enrich-the-nutrient-quality-of-the-soil-1-bacteria-2-fungi-3-cyanobacteria-4-mycorrhiza-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzYzNjc0-assertion-a-organic-farmers-create-a-system-where-pests-are-eradicated-within-a-living-and-vibrant-ecosystem-reason-r-a-key-belief-of-the-organic-farmer-is-that-biodiversity-furthers-health-1-both-a-a https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzY0NzU1-the-terms-lsquo-baker-rsquo-s-yeast-rsquo-or-lsquo-brewer-rsquo-s-yeast-rsquo-are-used-for-1-saccharomyces-cerevisiae-2-schizosaccharomyces-octosporus-3-schizosaccharomyces-pombe-4-candida-albicans-1 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzY0ODMx-lsquo-toddy-rsquo-a-traditional-drink-of-some-parts-of-southern-india-is-made-by-fermenting-sap-from-1-palms-2-soybean-3-bamboo-shoots-4-barley-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzY1NzU4-consider-the-given-two-statements-statement-i-the-large-holes-in-lsquo-swiss-cheese-rsquo-are-due-to-production-of-a-large-amount-of-co2-by-a-bacterium-named-propionibacterium-shermanii-statement-ii-t https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzY1Nzcx-the-ladybird-and-dragonflies-are-useful-to-respectively-get-rid-of-1-mosquitoes-and-aphids-2-aphids-and-mosquitoes-3-bollworms-and-corn-borers-4-corn-borers-and-bollworms-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzY1ODkz-alexander-fleming-first-isolated-penicillin-from-1-penicillium-chrysogenum-2-penicillium-roqueforti-3-penicillium-notatum-4-penicillium-camemberti-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzY2MDYw-a-blood-cholesterol-lowering-agent-can-be-isolated-from-1-trichoderma-polysporum-2-trichoderma-harzianum-3-monascus-purpureus-4-penicillium-notatum-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzY2Mjk4-identify-the-microorganism-which-is-responsible-for-the-commercial-production-of-citric-acid-1-streptococcus-cerevisiae-2-trichoderma-polysporum-3-clostridium-butylicum-4-aspergillus-niger-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzY4ODc0-given-below-are-two-statements-assertion-a-organic-farmers-work-to-create-a-system-where-pests-are-kept-at-manageable-level-not-completely-eradicated-reason-r-key-belief-of-organic-farmers-is-that-bio https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzczNzIw-assertion-cyclosporin-a-is-an-immunosuppressive-medicine-reason-cyclosporin-a-stimulates-activation-of-t-cells-and-prevents-rejection-1-both-assertion-and-reason-are-true-and-the-reason-is-the-correct https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246Mzc4ODU4-roquefort-cheese-is-ripened-by-using-a-1-type-of-yeast-2-fungus-3-bacterium-4-cyanobacteria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246Mzk2MjAz-given-below-are-the-list-of-the-commercially-important-products-and-their-source-organisms-select-the-option-that-gives-the-correct-matches-list-a-list-b-s-no-bioactive-product-s-no-microbes-source-or https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246Mzk3MTYx-large-holes-in-swiss-cheese-are-due-to-1-propionibacterium-sharmanii-2-saccharomyces-cerevisae-3-penicillium-chrysogenum-4-acetobacter-aceti-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246Mzk3MzE5-wastewater-treatment-generates-a-large-quantity-of-sludge-which-can-be-treated-by-1-anerobic-digester-2-flocs-3-chemical-4-oxidation-pond-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDA1-biogas-is-a-mixture-predominantly-of-1-methane-and-carbon-dioxide-2-methane-and-oxygen-3-carbon-dioxide-and-oxygen-4-hydrogen-sulphide-and-ammonia-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDA2-the-icosahedral-symmetry-shown-below-is-exhibited-by-1-tmv-2-adenovirus-3-hiv-4-coronavirus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDA4-during-the-production-of-curd-from-milk-lactic-acid-bacteria-lab-i-produce-acids-that-coagulate-and-partially-digest-the-milk-proteins-ii-improves-its-nutritional-quality-by-increasing-vitamin-b1-1-on https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDA5-how-many-of-the-given-statements-are-correct-i-the-dough-which-is-used-for-making-foods-such-as-dosa-and-idli-is-fermented-by-yeast-ii-the-puffed-up-appearance-of-dough-is-due-to-the-production-of-co2 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDEw-which-of-the-following-cheese-is-ripened-with-the-help-of-a-fungus-1-swiss-cheese-2-roquefort-cheese-3-cottage-cheese-4-cream-cheese-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDEx-which-of-the-following-alcoholic-drinks-are-expected-to-contain-less-than-15-alcohol-content-i-wine-ii-beer-iii-whisky-iv-rum-1-only-i-and-ii-2-only-iii-and-iv-3-only-i-and-iii-4-only-ii-and-iv-1-2-3 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDEz-penicillin-was-discovered-by-1-selman-waksman-while-working-on-staphylococci-bacteria-2-alexander-fleming-while-working-on-staphylococci-bacteria-3-albert-schatz-while-working-of-streptomyces-4-fran-c https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDE0-lipases-are-used-in-1-baby-foods-2-detergent-formulations-3-photographic-films-4-meat-tenderisation-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDE1-the-bottled-juices-are-clarified-by-the-use-of-1-lipases-and-proteases-2-lysozyme-and-chitinase-3-dnase-and-protease-4-pectinases-and-proteases-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDE3-consider-the-given-two-statements-statement-i-the-bacterium-streptococcus-is-the-source-of-an-enzyme-used-in-patients-of-myocardial-infarction-leading-to-a-heart-attack-statement-ii-the-enzyme-is-stre https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDE4-consider-the-given-two-statements-assertion-a-cyclosporin-a-is-used-as-an-immunosuppressive-agent-in-organ-transplant-patients-reason-r-cyclosporin-a-is-a-bioactive-molecule-produced-by-the-fungus-tri https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDIw-consider-the-given-two-statements-assertion-a-statins-produced-by-the-yeast-monascus-purpureus-have-been-commercialised-as-blood-cholesterol-lowering-agents-reason-r-statins-act-by-competitively-inhib https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDIy-all-the-following-statements-regarding-the-primary-treatment-of-sewage-water-in-a-stp-are-true-except-1-initially-floating-debris-is-removed-by-sequential-filtration-2-then-the-grit-soil-and-small-peb https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDIz-bod-biochemical-oxygen-demand-and-do-dissolved-oxygen-are-measures-of-pollution-levels-in-a-given-water-sample-higher-the-polluting-potential-of-a-water-sample-1-higher-are-the-values-of-bod-and-do-2 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDI1-regarding-lsquo-activated-sludge-rsquo-produced-during-secondary-treatment-of-sewage-water-i-a-small-part-of-the-activated-sludge-is-pumped-back-into-the-aeration-tank-to-serve-as-the-inoculum-ii-majo https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDI2-consider-he-two-statements-statement-i-the-lsquo-conventional-rsquo-farming-practices-often-use-chemical-methods-which-kill-both-useful-and-harmful-life-forms-indiscriminately-statement-ii-the-organic https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDI5-consider-the-given-two-statements-assertion-a-an-important-part-of-the-biological-farming-approach-is-to-become-familiar-with-the-various-life-forms-that-inhabit-the-field-predators-as-well-as-pests-r https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDMw-bacillus-thuringiensis-has-been-used-as-1-diazotroph-2-bioinsecticide-3-biofertilizer-4-thrombolytic-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDMx-all-the-following-will-be-true-for-trichoderma-spp-except-1-it-is-being-developed-as-a-biological-control-agent-2-it-is-a-fungicide-3-it-lives-in-symbiosis-with-roots-of-vascular-plants-4-it-is-very-c https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDMz-consider-the-given-two-statements-assertion-a-the-use-of-pathogens-like-baculoviruses-as-biocontrol-agent-in-ecologically-sensitive-areas-should-be-avoided-reason-r-baculoviruses-are-broad-spectrum-ge https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDM1-identify-the-incorrect-statement-1-the-use-of-the-chemical-fertilisers-has-contributed-significantly-to-this-pollution-2-biofertilisers-are-organisms-that-enrich-the-nutrient-quality-of-the-soil-3-the https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDM4-bacteria-that-fix-gaseous-nitrogen-in-the-atmosphere-into-a-more-usable-form-such-as-ammonia-while-free-living-in-soil-include-i-azospirillum-ii-azotobacter-iii-rhizobia-iv-frankia-1-only-i-and-ii-2-o https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDQw-name-the-genus-of-arbuscular-mycorrhizal-am-fungi-all-species-of-which-form-symbiotic-relationships-mycorrhizae-with-plant-roots-1-cercospora-2-glomus-3-tetraploa-4-rozella-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDQx-a-mycorrhiza-is-a-symbiotic-association-between-a-green-plant-and-a-fungus-where-i-the-plant-makes-organic-molecules-by-photosynthesis-and-supplies-them-to-the-fungus-in-the-form-of-sugars-or-lipids-i https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAxNDQ0-the-biological-processes-performed-by-cyanobacteria-in-paddy-fields-include-i-biological-fixation-of-co2-ii-biological-fixation-of-atmospheric-dinitrogen-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDU1MDc1-match-list-i-with-list-ii-list-i-list-ii-a-clostridium-butylicum-i-ethanol-b-saccharomyces-cerevisiae-ii-streptokinase-c-trichoderma-polysporum-iii-butyric-acid-d-streptococcus-sp-iv-cyclosporin-a-cho https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDU2ODEz-given-below-are-two-statements-statement-i-aphids-and-mosquitoes-are-natural-pests-statement-ii-lady-bird-and-dragonflies-are-natural-pests-controllers-in-light-of-the-above-statements-choose-the-most https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM3MjU4-the-virus-shown-here-is-a-causative-agent-of-1-intestinal-infections-2-respiratory-infections-3-cns-infections-4-genito-urinary-infections-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjAwMjAy-identify-the-colonies-labelled-as-a-and-b-1-a-fungal-b-bacterial-2-a-bacterial-b-fungal-3-a-algal-b-viral-4-a-fungal-b-algal-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NTI0-the-vitamin-whose-content-increases-following-the-conversion-of-milk-into-curd-by-lactic-acid-bacteria-is-1-vitamin-c-2-vitamin-d-3-vitamin-b12-4-vitamin-e-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDE2NjU0-the-large-holes-in-swiss-cheese-are-due-to-production-of-a-large-amount-of-co2-by-a-bacterium-named-1-penicillium-camemberti-2-geotrichum-candidum-3-kluyveromyces-lactis-4-propionibacterium-shermanii https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDE2NjMx-the-production-of-vitamin-b12-enriched-curd-or-yogurt-is-carried-out-by-the-use-of-microbe-1-lactic-acid-bacillus-2-saccharomyces-3-escherichia-coli-4-streptococcus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE1NjQz-the-conversion-of-milk-into-curd-involves-which-of-the-following-processes-1-coagulation-of-proteins-by-lactic-acid-bacteria-lab-producing-acids-2-breaking-down-of-lactose-by-yeast-to-produce-alcohol https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDE2NjUx-toddy-a-traditional-drink-of-some-parts-of-southern-india-is-made-by-fermenting-sap-from-1-barley-2-potato-3-rice-4-palm-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTI2MDM0-consider-the-given-two-statements-assertion-a-lactobacillus-bacteria-convert-milk-into-curd-reason-r-lactobacillus-produces-lactic-acid-which-coagulates-milk-proteins-1-both-a-and-r-are-true-and-r-cor https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDE2NjMy-which-microbe-plays-very-beneficial-role-in-checking-disease-causing-microbes-in-our-stomach-1-lactic-acid-bacillus-2-saccharomyces-3-escherichia-coli-4-streptococcus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NjM1OTE-the-dough-kept-overnight-in-warm-weather-becomes-soft-and-spongy-because-of-1-fermentation-2-cohesion-3-osmosis-4-absorption-of-carbon-dioxide-from-the-atmosphere-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTUxNzcx-penicillium-roqueforti-is-used-in-the-production-of-1-swiss-cheese-2-roquefort-cheese-3-cheddar-cheese-4-mozzarella-cheese-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDE2NjY4-yeast-converts-sugars-into-alcohol-and-carbon-dioxide-by-a-metabolic-process-known-as-1-fermentation-2-photosynthesis-3-glycolysis-4-respiration-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDQ3MTY5-match-the-following-microbes-with-the-products-they-are-used-to-make-column-i-column-ii-a-saccharomyces-cerevisiae-i-antibiotic-b-acetobacter-aceti-ii-bread-c-lactobacillus-iii-vinegar-d-penicillium-n https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Njc0NjM-yeast-is-used-in-the-production-of-1-bread-and-beer-2-cheese-and-butter-3-citric-acid-and-lactic-acid-4-lipase-and-pectinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE1NjY2-which-enzyme-produced-by-streptococcus-and-modified-using-genetic-engineering-is-used-as-a-clot-buster-in-treating-heart-attack-patients-1-lipase-2-protease-3-streptokinase-4-pectinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTczNTUw-wine-and-beer-differ-from-whisky-and-brandy-mainly-because-the-former-are-produced-1-using-different-yeasts-2-by-fermentation-without-distillation-3-from-different-substrates-4-under-aerobic-condition https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1MzM1-name-the-blank-spaces-a-b-c-and-d-given-in-the-following-table-type-of-microbe-scientific-name-commercial-product-bacterium-a-clot-buster-enzyme-b-aspergillus-niger-citric-acid-fungus-trichoderma-poly https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYxMDY3-the-fermentative-activity-of-fungus-trichoderma-polysporum-yields-which-of-the-following-substance-1-statin-2-cyclosporin-a-3-gluconic-acid-4-soya-sauce-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjAwMjIx-enzyme-is-used-to-remove-clots-from-the-blood-vessels-of-patients-who-have-undergone-leading-to-heart-attack-1-a-streptokinase-b-myocardial-infraction-2-a-lipases-b-arteriosclerosis-3-a-proteases-b-my https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDQ0-eleven-membered-cyclic-oligopeptides-obtained-from-fungus-trichonderma-polysporum-and-used-as-immunosuppressive-agent-is-1-statin-2-streptokinase-3-cyclosporin-a-4-proteases-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzA0NDIw-which-of-the-following-is-wrongly-matched-in-the-given-table-microbe-product-application-1-clostridium-butylicum-lipase-removal-of-oil-stains-2-trichoderma-polysporum-cyclosporin-a-immunosuppressive-d https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTI1Nzcy-which-of-the-following-alcoholic-beverages-is-not-produced-by-distillation-1-brandy-2-whisky-3-wine-4-rum-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NTI1-match-the-following-list-of-bacteria-and-their-commercially-important-products-bacterium-product-i-aspergullus-niger-a-lactic-acid-ii-acetobacter-aceti-b-butyric-acid-iii-clostridium-butylicum-c-aceti https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDUyMDg3-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-best-match-as-your-answer-from-the-codes-given-column-i-microbe-column-ii-role-in-human-welfare-a-monascus-purpureus-p-swiss-cheese-pro https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDc2-find-the-odd-one-out-with-respect-to-distillation-of-fermented-broth-1-rum-2-brandy-3-wine-4-whisky-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1MTg1-statins-produced-by-the-yeast-monascuspurpureus-have-been-commercialized-as-1-hormone-replacement-therapy-for-menopausal-women-2-increasing-receptor-sensitivity-in-type-ii-diabetes-mellitus-3-a-clotti https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTY0Njgw-pectinases-and-proteases-are-used-in-1-sewage-treatment-2-nitrogen-fixation-3-biogas-production-4-fruit-juice-clarification-and-extraction-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDM3MTkx-the-enzyme-streptokinase-is-used-in-the-treatment-of-1-emphysema-2-ada-deficiency-3-heart-attack-4-rheumatoid-arthritis-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM3OTY4-fleming-first-observed-the-antibiotic-properties-of-the-mould-that-makes-penicillin-but-the-credit-to-develop-it-into-a-useful-treatment-goes-to-1-selman-waksman-2-florey-and-chain-3-beadle-and-tatum https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTQ2Nzg5-select-the-incorrect-match-1-monascus-statins-2-trichoderma-thurioside-3-aspergillus-citric-acid-4-propionibacterium-swiss-cheese-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDE2Njcx-the-number-of-correct-statements-from-the-given-statements-is-are-i-yeast-is-used-for-commercial-production-of-ethanol-ii-lipases-from-microbes-are-used-in-detergent-formulations-iii-bottled-fruit-jui https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDM0-match-the-following-micro-organisms-to-the-related-products-column-l-column-li-a-swiss-cheese-i-monascus-b-statin-ii-propionibacterium-c-butyric-acid-iii-trichoderma-d-cyclosporin-iv-clostridium-1-a-i https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTMxMzYy-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-statins-produced-by-the-yeast-monascus-purpureus-have-been-commercialised-as-blood-chole https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NTgx-which-of-the-following-is-a-blood-cholesterol-lowering-agent-1-cyclosporin-a-2-statins-3-lipases-4-streptokinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI0MDMy-a-good-producer-of-citric-acid-is-1-aspergillus-2-pseudomonas-3-clostridium-4-saccharomyces-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTAzMTI0-consider-the-given-two-statements-statement-i-cyclosporin-a-produced-by-the-fungus-trichoderma-polysporum-is-used-as-an-immunosuppressive-agent-in-organ-transplant-patients-statement-ii-cyclosporin-a https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE3MjI0-this-microbe-is-widely-used-in-the-production-of-a-cholesterol-lowering-drug-called-statin-it-inhibits-the-enzyme-hmg-coa-reductase-which-is-involved-in-cholesterol-biosynthesis-in-the-human-body-whic https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTIzNzg3-match-the-following-list-of-bioactive-substances-and-their-roles-bioactive-substance-role-a-statin-i-removal-of-oil-stains-b-cyclosporin-a-ii-removal-of-clots-from-blood-vessels-c-streptokinase-iii-lo https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTY0Njk5-consider-the-given-two-statements-statement-i-all-antibiotics-are-produced-by-fungi-statement-ii-penicillin-the-first-discovered-antibiotic-was-obtained-from-the-fungus-penicillium-notatum-1-statement https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjAwMjM5-match-the-following-list-of-microbes-and-their-importance-a-sacharomyces-cerevisiae-i-production-of-immunosuppressive-agents-b-monascus-purpureus-ii-ripening-of-swiss-cheese-c-trichoderma-polysporum-i https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTY1NjM2-compare-the-following-microbial-products-product-x-blood-cholesterol-lowering-agent-produced-by-monascus-purpureus-product-y-clot-dissolving-agent-produced-by-streptococcus-a-patient-with-atherosclero https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI0MDA4-which-one-of-the-following-pairs-is-wrongly-matched-1-textile-amylase-2-detergents-lipase-3-alcohol-nitrogenase-4-fruit-juice-pectinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTUxNzk3-which-enzyme-is-commonly-used-in-biological-detergents-1-amylase-2-lipase-3-protease-4-cellulase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTUxNzgx-fermentors-are-used-in-industrial-microbiology-for-1-sterilization-of-culture-media-2-large-scale-cultivation-of-microbes-3-separation-of-products-4-storage-of-microorganisms-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTc3NDM0-high-value-of-bod-biochemical-oxygen-demand-indicates-that-1-water-is-pure-2-water-have-heavy-metal-3-water-is-less-polluted-4-consumption-of-organic-matter-in-the-water-is-higher-by-the-microbes-1-2 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTMzODI2-what-gases-are-produced-in-anaerobic-sludge-digesters-1-methane-and-co2-2-methane-hydrogen-sulphide-and-co2-3-methane-hydrogen-sulphide-and-co-4-hydrogen-sulphide-and-co2-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMTA3-masses-of-bacteria-associated-with-fungal-filaments-to-form-mesh-like-structures-is-called-as-1-flocs-2-primary-sludge-3-sewage-4-biofertiliser-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDQ2Njk3-biochemical-oxygen-demand-bod-is-a-measure-of-1-the-amount-of-oxygen-required-by-aerobic-microorganisms-to-decompose-organic-matter-in-water-2-the-oxygen-content-available-in-the-air-3-the-efficiency https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTEzOTk4-measuring-biochemical-oxygen-demand-bod-is-a-method-used-for-1-measuring-the-activity-of-saccharomyces-cervisae-in-producing-curd-on-a-commercial-scale-2-working-out-the-efficiency-of-r-b-cs-about-the https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDU4-during-sewage-treatment-a-small-part-of-the-activated-sludge-is-pumped-back-into-the-aeration-tank-to-1-serve-as-inoculum-2-serve-as-nutrient-medium-3-produce-biogas-4-produce-co-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTY0Njc5-if-sewage-is-directly-discharged-into-water-bodies-without-treatment-1-eutrophication-occurs-algal-bloom-oxygen-depletion-fish-death-2-water-quality-improves-3-water-becomes-potable-4-aquatic-life-flo https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NTk3-the-growth-of-flocs-is-facilitated-by-1-constant-agitation-mechanically-2-air-is-pumped-3-both-a-and-b-4-filaments-of-algae-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTAzMTMz-after-secondary-treatment-why-a-portion-of-the-activated-sludge-is-recycled-back-into-the-aeration-tank-1-to-decompose-heavy-metals-in-the-sewage-2-to-act-as-an-inoculum-promoting-the-growth-of-aerobi https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzY1NzYx-which-stage-of-sewage-water-treatment-is-essentially-a-biological-treatment-1-primary-2-secondary-3-tertiary-4-quaternary-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDQw-microbial-degradation-of-organic-matter-in-stp-takes-place-during-1-primary-treatment-2-secondary-treatment-3-tertiary-treatment-4-reverse-osmosis-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDE2NjQz-the-main-function-of-the-primary-treatment-in-sewage-treatment-plants-will-be-1-biological-decomposition-2-removal-of-suspended-solids-3-disinfection-4-nutrient-removal-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYxMDkw-biological-activities-are-carried-out-in-which-of-the-following-effluent-treatment-plants-1-primary-treatment-2-secondary-treatment-3-tertiary-treatment-4-chemical-treatment-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTMzODMx-which-of-the-following-in-sewage-treatment-removes-suspended-solids-1-secondary-treatment-2-primary-treatment-3-sludge-treatment-4-tertiary-treatment-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1Mjcy-consider-the-two-statements-i-indirectly-bod-is-a-measure-of-the-organic-matter-present-in-the-water-ii-the-greater-the-bod-of-wastewater-the-more-its-polluting-potential-1-both-i-and-ii-are-correct-2 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDUyMDkw-what-does-a-high-biochemical-oxygen-demand-bod-indicate-about-the-polluting-potential-of-sewage-water-1-it-indicates-low-polluting-potential-because-microorganisms-consume-less-oxygen-2-it-suggests-hi https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTEzNjAw-assertion-a-the-greater-the-bod-of-waste-water-less-is-its-polluting-potential-reason-r-the-effluent-from-the-primary-treatment-plant-is-generally-released-into-natural-water-bodies-like-rivers-and-st https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NTk1-in-biological-treatment-the-primary-effluent-is-passed-into-1-large-aeration-tank-2-large-anaerobic-tank-3-small-aerobic-chambers-4-large-anaerobic-chambers-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzI3NjIz-in-a-sewage-treatment-plant-stp-the-primary-treatment-is-a-a-which-involves-removal-of-small-and-large-particles-from-sewage-through-b-and-c-a-b-c-1-physical-process-filtration-sedimentation-2-chemica https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzYxNzQw-assertion-a-sewage-is-treated-in-sewage-treatment-plants-stps-before-disposal-reason-r-this-treatment-makes-sewage-less-polluting-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-th https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM2NTAw-consider-the-following-statements-a-d-each-with-one-or-two-blanks-1-all-solids-that-settle-during-primary-treatment-of-sewage-forms-i-and-supernatant-forms-the-ii-2-secondary-treatment-of-sewage-is-al https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzU5NjQ0-the-diagram-shows-a-schematic-representation-of-stages-of-sewage-water-treatment-in-a-stp-identify-the-correct-statements-statement-i-primary-treatment-removes-material-that-will-either-float-or-readi https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMTY2-three-water-samples-were-collected-drinking-water-untreated-sewage-water-and-secondary-effluent-the-samples-were-labelled-a-b-and-c-but-laboratory-attendant-did-not-note-the-source-of-the-sample-the-b https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTczNTg4-identify-the-correct-statements-regarding-activated-sludge-i-it-consists-of-bacterial-flocs-ii-a-part-is-recycled-back-to-aeration-tanks-iii-the-entire-sludge-is-directly-released-into-rivers-1-i-and https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTMwMTg0-during-biological-treatment-of-sewage-water-the-term-activated-sludge-refers-to-1-activated-charcoal-which-is-used-for-purification-2-masses-of-aerobic-bacteria-and-fungal-filament-which-is-sedimented https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDI2NDcx-activated-sludge-produced-in-waste-water-treatment-can-be-treated-by-1-anaerobic-digesters-2-floc-3-chemicals-4-oxidation-pond-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NjA0-the-major-part-of-activated-sludge-is-sent-to-1-anaerobic-sludge-digesters-2-aerobic-sludge-digesters-3-aeration-tank-4-settling-tank-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NjAw-which-of-the-following-is-not-indicated-by-bod-test-1-rate-of-uptake-of-oxygen-by-microorganisms-in-a-sample-of-water-2-a-measure-of-organic-matter-present-in-the-water-3-polluting-potential-4-amount https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NjA4-which-of-the-following-is-released-into-natural-water-bodies-like-rivers-and-streams-1-effluent-of-primary-treatment-2-effluent-of-secondary-treatment-3-settling-component-of-secondary-treatment-4-set https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE1NjUy-what-is-the-primary-role-of-anaerobic-sludge-digesters-in-sewage-treatment-plants-1-to-aerate-the-sludge-for-microbial-activity-2-to-separate-suspended-solids-from-effluent-3-to-sediment-bacterial-flo https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTEzNjIx-during-the-secondary-treatment-of-sewage-which-of-the-following-change-in-the-effluent-occur-due-to-flocs-1-reduction-in-bod-2-increase-in-bod-3-decrease-in-do-4-no-change-in-do-or-bod-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY0OTgx-a-major-component-of-gobar-gas-is-1-methane-2-ethane-3-butane-4-ammonia-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY1MTY2-which-one-produces-gas-by-decomposing-the-gobar-dung-in-gobar-gas-1-fungus-2-virus-3-methanogenic-bacteria-4-algae-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTI1Nzc0-which-of-the-following-organizations-played-a-major-role-in-developing-biogas-production-technology-in-india-1-indian-space-research-organization-isro-2-indian-agricultural-research-institute-iari-and https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTk2NTQ3-bacteria-responsible-for-gobar-gas-formation-are-1-methanogens-2-thermophilic-3-ammonifying-4-nitrifying-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTY0Njc2-methanogens-are-present-in-1-aerobic-environments-2-anaerobic-sludge-digesters-and-rumen-of-cattle-3-ocean-surface-4-freshwater-lakes-only-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTEzNjMz-assertion-a-a-floating-cover-placed-over-the-slurry-in-a-biogas-plant-keeps-on-rising-reason-r-this-cover-keeps-on-rising-due-to-the-gas-produced-in-the-tank-by-the-microbial-activity-options-1-both-a https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTk5NDI0-which-of-the-following-statements-about-methanogens-is-not-correct-1-the-can-be-used-to-produce-biogas-2-they-are-found-in-the-rumen-of-cattle-and-their-excreta-3-they-grow-aerobically-and-breakdown-c https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTAzMTI3-why-are-methanogens-important-in-biogas-production-and-where-are-they-commonly-found-1-methanogens-convert-cellulose-into-ethanol-which-is-used-as-biofuel-and-are-commonly-found-in-yeast-2-methanogens https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE1NjU2-consider-the-given-two-statements-assertion-a-biogas-plants-are-predominantly-constructed-in-rural-areas-reason-r-biogas-plants-require-large-quantities-of-cattle-dung-which-is-readily-available-in-ru https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NTI2-the-residue-left-after-methane-production-from-cattle-dung-is-1-burnt-2-burried-in-land-fills-3-used-as-manure-4-used-in-civil-construction-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDI2NDk5-biogas-does-not-normally-contain-1-oxygen-2-methane-3-hydrogen-sulfide-4-carbon-dioxide-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NjIx-kvic-stands-for-1-khadi-and-village-institution-commission-2-khadi-and-vellore-institution-commission-3-khadi-and-village-industries-commission-4-kanpur-and-vallore-industries-commission-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTUxNzc1-the-bacteria-found-in-both-cattle-rumen-and-sewage-sludge-are-1-lactobacilli-2-methanogens-3-nitrosomonas-4-azotobacter-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDQ3MTcx-baculoviruses-are-used-in-1-biological-control-as-they-specifically-target-insect-pests-2-production-of-antibiotics-3-fermentation-processes-in-the-food-industry-4-treatment-of-bacterial-infections-in https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTI1Nzc1-the-ladybird-beetle-and-dragonflies-are-useful-in-biological-pest-control-because-they-help-in-controlling-1-aphids-and-mosquitoes-respectively-2-caterpillars-and-fruit-flies-respectively-3-nematodes https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NjM0-ipm-stands-for-1-integrated-pest-management-2-integrated-part-messenger-3-international-pollution-management-4-inter-pesticide-management-committee-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTMzNTAw-consider-the-given-two-statements-statement-i-because-of-their-specificity-bio-insecticides-are-regarded-as-environmentally-friendly-statement-ii-they-little-or-no-effect-on-humans-pollinators-and-mos https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDA5Mjcy-baculoviruses-can-play-a-crucial-role-in-ecologically-sensitive-area-primarily-because-1-they-are-inexpensive-to-produce-2-they-are-narrow-spectrum-species-specific-insecticides-3-they-are-non-specifi https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NTM0-baculoviruses-are-1-species-specific-narrow-spectrum-insecticides-2-species-specific-broad-spectrum-insecticides-3-non-specific-narrow-spectrum-inseticides-4-non-specific-broad-spectrum-insecticides-1 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTI3NjMw-the-majority-of-baculoviruses-used-as-biological-control-agents-belong-to-which-of-the-following-genus-1-nucleopolyhedrovirus-2-tobamovirus-3-lentivirus-4-rhabdovirus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYxMDk0-baculoviruses-are-pathogens-that-attack-1-birds-and-mammals-2-fishes-and-reptiles-3-insects-and-other-arthopods-4-pathogenic-fungi-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzE1Mjk-butterfly-caterpillars-can-be-controlled-by-the-biocontrol-agent-like-1-lichens-2-mycorrhiza-3-streptomyces-4-bacillus-thuringiensis-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDM5MTc0-which-of-the-following-fungus-is-free-living-and-is-very-effective-biocontrol-agent-1-trichoderma-2-microsporum-3-colletotrichum-4-alternaria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTAzMTMx-why-are-baculoviruses-considered-ideal-candidates-for-species-specific-biocontrol-in-integrated-pest-management-ipm-programs-1-baculoviruses-exclusively-infect-plant-cells-causing-localized-cell-death https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE1NjYy-consider-the-given-two-statements-assertion-a-ladybird-beetles-are-effective-biocontrol-agents-for-managing-aphid-populations-in-agricultural-fields-reason-r-ladybird-beetles-prey-on-aphids-reducing-t https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NjMz-baculoviruses-have-no-negative-effect-over-1-plants-fish-2-mammals-3-birds-non-target-insects-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM0MzY1-which-of-the-following-can-be-used-as-a-biocontrol-agent-in-the-treatment-of-plant-disease-1-lactobacillus-2-trichoderma-3-chlorella-4-anabaena-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE1NjYz-consider-the-given-two-statements-assertion-a-the-use-of-chemical-pesticides-in-agriculture-can-lead-to-environmental-pollution-and-harm-to-non-target-organisms-reason-r-chemical-pesticides-are-often https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1Mjc3-match-each-item-in-column-i-bio-control-agent-with-the-pest-pathogen-in-column-ii-and-select-the-correct-answer-from-the-codes-given-below-column-i-column-ii-a-ladybird-a-aphids-b-dragonflies-b-mosqui https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMTM4-bacillus-thuringiensis-1-controls-aphids-and-ladybrid-beetle-2-are-available-in-sachets-as-syrups-3-serves-as-an-important-biofertiliser-in-paddy-fields-4-releases-toxin-in-the-gut-of-insect-larvae-an https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTMxMDEx-the-organism-found-as-free-living-in-rhizosphere-and-is-an-effective-biocontrol-agent-of-several-plant-pathogens-is-1-cercospora-2-fusarium-3-trichoderma-4-bacillus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1Mjc2-what-is-incorrect-regarding-organic-farming-1-it-relies-on-controlling-pests-by-natural-predation-rather-than-introduced-chemicals-2-a-key-belief-of-the-organic-farmer-is-that-biodiversity-furthers-he https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTM0MDA-which-of-the-following-is-not-used-as-a-biopesticide-1-bacillus-thuringiensis-2-trichoderma-harzianum-3-nucleopolyhedrovirus-npv-4-xanthomonas-campestris-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTc2MDk1-trichoderma-which-are-used-as-biological-control-agent-for-different-plant-disease-are-1-virus-2-free-living-fungi-3-free-living-bacteria-4-symbiotic-bacteria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTUxNzg0-which-bacterium-produces-a-protein-crystal-that-acts-as-a-natural-insecticide-1-escherichia-coli-2-bacillus-thuringiensis-3-streptococcus-pneumoniae-4-rhizobium-leguminosarum-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDk4-which-of-the-following-statement-is-the-correct-about-bio-fertiliser-1-bacteria-fungi-and-cyanobacteria-are-major-sources-2-these-are-ecofriendly-3-micro-organisms-involved-can-be-symbiotic-or-free-li https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTMxNTI1-cyanobacteria-are-used-as-biofertilizers-because-they-1-increase-soil-acidity-for-better-crop-yield-2-fix-atmospheric-nitrogen-and-enrich-soil-fertility-3-act-as-natural-pesticides-against-pathogens-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTAzMTM1-what-role-do-cyanobacteria-like-anabaena-and-nostoc-play-in-agriculture-1-they-fix-atmospheric-nitrogen-enriching-soil-fertility-in-paddy-fields-2-they-help-plants-absorb-water-more-efficiently-3-they https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDYx-which-of-the-following-organism-is-not-used-in-organic-farming-1-e-coli-2-anabaena-3-oscillatoria-4-nostoc-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMTYy-use-of-some-microbes-as-biofertiliser-to-enhance-crop-productivity-is-called-1-organic-farming-2-marine-farming-3-micro-farming-4-compost-farming-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTI4MTQx-cyanobacteria-which-include-forms-like-anabaena-nostoc-and-oscillatoria-are-autotrophic-microbes-found-abundantly-in-aquatic-and-terrestrial-habitats-in-paddy-fields-they-serve-as-effective-biofertili https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTAzMTMw-how-do-mycorrhizal-fungi-benefit-plants-in-addition-to-enhancing-phosphorus-uptake-1-they-help-the-plants-absorb-nitrogen-directly-from-the-air-2-they-provide-resistance-to-root-borne-pathogens-improv https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzM2NDM-in-mycorrhiza-association-the-fungal-symbiont-helpful-in-1-phosphorus-nutrition-2-resistance-to-root-borne-pathogen-3-tolerance-to-salinity-and-drought-4-all-the-above-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTY0NzAw-consider-the-given-two-statements-statement-i-mycorrhiza-is-a-symbiotic-association-between-a-fungus-and-the-roots-of-higher-plants-statement-ii-plants-with-mycorrhizal-associations-show-resistance-to https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzI3Njky-assertion-a-biofertilizers-are-preferred-over-chemical-fertilizers-reason-r-chemical-fertilizers-are-more-hazardous-to-the-environment-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-b https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDQ3MTM1-cyanobacteria-are-known-for-1-forming-symbiotic-relationships-with-fungi-2-fixing-atmospheric-nitrogen-in-paddy-fields-3-causing-water-borne-diseases-4-parasitizing-higher-plants-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTk5NDI3-among-the-following-pairs-of-microbes-which-pair-has-both-the-microbes-that-can-be-used-as-biofertilizers-1-aspergillus-and-rhizopus-2-rhizobium-and-rhizopus-3-cyanobacteria-and-rhizobium-4-aspergillu https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjAwNDI2-select-the-correct-group-of-biocontrol-agents-1-nostoc-azospirillium-nucleopolyhedrovirus-2-bacillus-thuringiensis-tobacco-mosaic-virus-aphids-3-trichoderma-baculovirus-bacillus-thuringiensis-4-oscila https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMTAx-find-the-odd-one-out-with-respect-to-mycorrhiza-1-many-members-of-genus-glomus-form-mycorrhiza-2-fungal-partner-absorbs-all-the-nutrients-from-soil-except-phosphorus-3-provide-protection-against-root https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTY0Njc4-azolla-anabaena-association-is-used-as-1-food-for-humans-2-biocontrol-agent-3-biofertilizer-in-rice-fields-4-single-cell-protein-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTY0NzAx-consider-the-given-two-statements-statement-i-cyanobacteria-are-autotrophic-microbes-that-can-fix-atmospheric-nitrogen-in-the-soil-statement-ii-anabaena-and-nostoc-are-cyanobacteria-not-used-as-biofer https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246NzE1MzM-the-symbiotic-association-of-plant-roots-and-fungi-1-is-called-mycorrhizal-involving-fungi-glomus-2-is-called-lichen-3-is-called-mycorrhizal-involving-fungi-neurospora-4-is-called-mycoherbicide-1-2-3 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDQ3Njk0-what-is-the-role-of-glomus-in-mycorrhizal-relationships-1-glomus-invades-plant-roots-to-cause-disease-2-glomus-helps-plants-absorb-nutrients-especially-phosphorus-more-efficiently-3-glomus-competes-wi https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTU2NjQx-which-of-the-following-adds-organic-matter-to-the-soil-and-increase-the-fertility-of-the-soil-1-cyanobacteria-2-bacteria-3-yeast-4-glomus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI3MTA-which-one-of-the-following-helps-in-absorption-of-phosphorus-from-the-soil-by-plants-1-rhizobium-2-frankia-3-anabaena-4-glomus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTUxODA5-which-of-these-is-not-a-common-biofertilizer-1-rhizobium-2-azotobacter-3-penicillium-4-azospirillum-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTUxODEz-the-beneficial-effect-of-cyanobacteria-in-agriculture-is-mainly-due-to-1-photosynthetic-activity-2-nitrogen-fixation-3-phosphate-solubilization-4-antibiotic-production-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTcx-what-would-happen-if-oxygen-availability-to-activated-sludge-flocs-is-reduced-1-it-will-slow-down-the-rate-of-degradation-of-organic-matter-2-the-center-of-flocs-will-become-anoxic-which-would-cause-d https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTM4MDc5-which-of-the-following-option-is-not-true-for-penicillin-1-its-full-potential-as-an-effective-antibiotic-was-established-much-later-by-ernest-chain-and-howard-florey-2-this-antibiotic-was-extensively https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDc3-alexander-fleming-accidently-discovered-antibiotic-penicillin-from-a-mould-but-he-was-working-on-1-streptococci-2-streptobacilli-3-staphylobacilli-4-staphylococci-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI3NDQ-ethanol-is-commercially-produced-through-a-particular-species-of-1-clostridium-2-trichoderma-3-aspergillus-4-saccharomyces-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTY4-which-one-of-the-following-alcoholic-drinks-is-produced-without-distillation-1-wine-2-whisky-3-rum-4-brandy-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTIxNTEx-the-large-holes-in-swiss-cheese-are-due-to-production-of-co2-by-1-saccharomyces-cerevisiae-2-lactobacillus-acidophilus-3-propionibacterium-sharmanii-4-penicillium-roqueforti-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTQwOTYz-read-the-following-four-statements-1-4-find-out-certain-mistakes-in-two-of-them-1-in-our-stomach-lactic-acid-bacteria-play-a-beneficial-role-by-checking-the-growth-of-disease-causing-microbes-2-lactic https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246Mjc5NTA2-the-vitamin-whose-content-increases-following-the-conversion-of-milk-into-curd-by-lactic-acid-bacteria-is-1-vitamin-c-2-vitamin-d-3-vitamin-b12-4-vitamin-c-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTc0-big-holes-in-swiss-cheese-are-made-by-a-1-a-machine-2-a-bacterium-that-produces-methane-gas-3-a-bacterium-producing-a-large-amount-of-carbon-dioxide-4-a-fungus-that-releases-a-lot-of-gases-during-its https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTczNDg4-match-the-following-column-correctly-column-i-column-ii-a-aspergillus-niger-i-ethanol-b-clostridium-butylicum-ii-statins-c-saccharomyces-cerevisiae-iii-citric-acid-d-trichoderma-polysporum-iv-butyric https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzUwMjE-which-of-the-following-is-wrongly-matched-in-the-given-table-microbe-product-application-1-monascus-purpureus-statins-lowering-of-blood-cholesterol-2-streptococcus-streptokinase-removal-of-clot-from-b https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTM4MDgw-monascus-purpureus-is-a-i-bacteria-ii-yeast-iii-produces-cyclosporin-a-iv-produces-statins-1-i-iii-2-ii-iii-3-i-iv-4-ii-iv-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTY0-match-the-following-column-of-bacteria-and-their-commercially-important-products-column-l-column-ll-a-aspergillus-niger-1-lactic-acid-b-acetobacter-aceti-2-butyric-acid-c-clostridium-butylicum-3-aceti https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTc3NDMy-filteration-and-sedimentation-are-the-components-of-1-primary-treatment-2-secondary-treatment-3-tertiary-treatment-4-quaternary-treatment-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246ODkzNTk-which-of-the-following-in-sewage-treatment-removes-suspended-solids-1-secondary-treatment-2-primary-treatment-3-sludge-treatment-4-tertiary-treatment-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTIyNzg0-identify-the-stage-of-sewage-treatment-shown-below-1-primary-treatment-2-secondary-treatment-3-tertiary-treatment-4-filtration-and-sedimentation-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTMxMDEy-find-incorrect-statement-s-with-respect-to-sewage-treatment-a-primary-treatment-involves-filtration-and-sedimentation-of-activated-sludge-b-flocs-refers-to-masses-of-aerobic-bacteria-associated-with-f https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYxMDQ2-in-the-stps-biological-process-of-microbial-degradation-of-organic-matter-involves-1-utilisation-of-activated-sludge-as-inoculant-produced-in-the-physical-process-2-mainly-involves-anaerobic-breakdown https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTk0MTQw-during-sewage-treatment-when-the-bod-is-reduced-significantly-the-effluent-is-passed-to-the-1-large-aeration-tank-to-form-flocs-2-primary-settling-tank-to-remove-primary-sludge-3-secondary-settling-ta https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTY3-bod-of-waste-water-is-estimated-by-measuring-the-amount-of-1-total-organic-matter-2-biodegradable-organic-matter-3-oxygen-evolution-4-oxygen-consumption-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTYy-waste-water-treatment-generates-a-large-quantity-of-sludge-which-can-be-treated-by-1-anaerobic-digesters-2-floc-3-chemicals-4-oxidation-pond-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTc3-activated-sludge-should-have-the-ability-to-settle-quickly-so-that-it-can-1-be-rapidly-pumped-back-from-the-sedimentation-tank-to-the-aeration-tank-2-absorb-pathogenic-bacteria-present-in-wastewater-w https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTYz-methanogenic-bacteria-are-not-found-in-1-rumen-of-cattle-2-gobar-gas-plant-3-bottom-of-water-logged-paddy-fields-4-activated-sludge-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTY2-the-primary-treatment-of-waste-water-involves-the-removal-of-1-dissolved-impurities-2-stable-particles-3-toxic-substances-4-harmful-bacteria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDI1-the-technology-of-biogas-production-in-india-was-1-imported-from-japan-2-imported-from-denmark-3-imported-from-usa-4-developed-in-india-due-to-efforts-of-iari-and-kvic-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTMwMTg1-find-out-which-one-of-the-following-statement-is-not-correct-with-respect-to-gobar-gas-plant-1-it-has-a-floating-cover-which-keeps-on-rising-as-gas-is-produced-2-it-is-developed-by-iari-and-kvic-3-mai https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDkz-find-out-which-one-of-the-following-statement-is-not-correct-with-respect-to-biogas-plant-1-it-has-a-floating-cover-which-keeps-on-rising-as-gas-is-produced-2-it-consists-of-a-10-15-feet-deep-tank-in https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTQxMDA4-which-is-not-correct-about-methanogens-1-they-are-archaebacteria-2-they-live-in-marshy-areas-3-methane-is-their-preferred-carbon-source-4-they-are-present-in-guts-of-several-ruminant-animals-cow-buffa https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTc2-methanogens-do-not-produce-1-oxygen-2-methane-3-hydrogen-sulphide-4-carbon-dioxide-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTY5-the-technology-of-biogas-production-from-cow-dung-was-developed-in-india-largely-due-to-the-efforts-of-1-gas-authority-of-india-2-oil-and-natural-gas-commission-3-indian-agricultural-research-institut https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTc1-the-residue-left-after-methane-production-from-cattle-dung-is-1-burnt-2-buried-in-land-fills-3-used-as-manure-4-used-in-civil-construction-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTc2MDQ2-biological-control-agent-is-obtained-from-1-bacillus-thruingiensis-2-monascus-purpureus-3-streptococcus-4-aspergillus-niger-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTQxMDIw-pathogens-of-arthropods-effectively-used-as-biological-control-agents-include-1-trichoderma-2-baculoviruses-3-agrobacterium-tumefaciens-4-e-col-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzU0NDI-which-one-of-the-following-is-an-example-of-carrying-out-biological-control-of-pests-diseases-using-microbes-1-trichoderma-sp-against-certain-plant-pathogens-2-nucleopolyhedrovirus-against-white-rust https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTcw-the-free-livings-fungus-trichoderma-can-be-used-for-1-killing-insects-2-biological-control-of-plant-diseases-3-controlling-butterfly-caterpillars-4-producing-antibiotics-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTk1NDUz-which-of-the-following-cannot-be-a-biofertiliser-1-cyanobacteria-2-fungi-3-viruses-4-bacteria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTIxNTQ4-in-mycorrhiza-association-the-fungal-symbiont-helpful-in-1-phosphorus-nutrition-2-resistance-to-root-borne-pathogen-3-tolerance-to-salinity-and-drought-4-all-the-above-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246Mjk3NjY-an-important-biofertilizer-in-paddy-fields-is-1-azospirillum-2-azotobacter-3-anabaena-4-rhizobium-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTcz-which-one-of-the-following-is-not-a-nitrogen-fixing-organism-1-anabaena-2-nostoc-3-azotobacter-4-pseudomonas-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTcy-mycorrhiza-does-not-help-the-host-plant-in-1-enhancing-its-phosphorus-uptake-capacity-2-increasing-its-tolerance-to-drought-3-enhancing-its-resistance-to-root-pathogens-4-increasing-its-resistance-to https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTkyOTM4-what-is-the-reason-behind-production-of-large-holes-in-swiss-cheese-1-the-production-of-large-amount-of-co-2-by-clostridium-butylicum-2-the-production-of-large-amount-of-co-2-and-h-2-by-trichoderma-po https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTkyOTEx-match-list-i-with-list-ii-list-i-bioactive-molecules-list-ii-importance-a-streptokinase-i-immunosuppressive-agent-b-statins-ii-removal-of-clots-from-the-blood-vessels-c-lipases-iii-blood-cholesterol-l https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTk4MzIw-which-of-the-following-is-used-as-a-clot-buster-1-statins-2-streptokinase-3-penicillin-4-cyclosporin-a-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTM1MjU3-which-of-the-following-microbes-is-not-involved-in-the-preparation-of-household-products-a-aspergillus-niger-b-lactobacillus-c-trichoderma-polysporum-d-saccharomyces-cerevisiae-e-propionibacterium-sha https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTM1MjM3-streptokinase-produced-by-bacterium-streptococcus-is-used-for-1-liver-disease-treatment-2-removing-clots-from-blood-vessels-3-curd-production-4-ethanol-production-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTM1MjI2-which-of-the-following-is-an-example-of-a-non-distilled-alcoholic-beverage-produced-by-yeast-1-beer-2-rum-3-whisky-4-brandy-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDY4NjY1-match-list-i-with-list-ii-relating-to-microbes-and-their-products-list-i-microbes-list-ii-products-a-streptococcus-i-citric-acid-b-trichoderma-polysporum-ii-clot-buster-c-monascus-purpureus-iii-cyclos https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDY4NjY4-given-below-are-two-statements-statement-i-antibiotics-are-chemicals-produced-by-microbes-that-kill-other-microbes-statement-ii-antibodies-are-chemicals-formed-in-body-that-eliminate-microbes-in-the-l https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDU2NzIy-match-list-i-with-list-ii-list-i-list-ii-a-saccharomyces-cerevisiae-i-citric-acid-b-aspergillus-niger-ii-butyric-acid-c-trichoderma-polysporum-iii-ethanol-d-clostridium-butylicum-iv-cyclosporin-a-choo https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDU2NzAy-given-below-are-two-statements-statement-i-bacterial-infection-by-bacillus-thuringiensis-can-kill-only-caterpillar-larvae-statement-ii-b-thuringiensis-cannot-kill-adult-moths-in-light-of-the-above-sta https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTU2NjU-which-of-the-following-is-a-commercial-blood-cholesterol-lowering-agent-1-lipase-2-cyclosporin-a-3-statin-4-streptokinase-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTEzNDQ-a-high-value-of-bod-biochemical-oxygen-demand-indicates-that-1-water-is-pure-2-water-is-highly-polluted-3-water-is-less-polluted-4-consumption-of-organic-matter-in-the-water-is-higher-by-the-microbes https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTE5OTE-what-gases-are-produced-in-anaerobic-sludge-digesters-1-methane-and-co2-2-methane-hydrogen-sulphide-and-co2-3-methane-hydrogen-sulphide-and-co-4-hydrogen-sulphide-and-co2-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTE1MzM-during-sewage-treatment-biogases-are-produced-which-include-1-methane-oxygen-hydrogen-sulphide-2-hydrogen-sulphide-methane-sulphur-dioxide-3-hydrogen-sulphide-nitrogen-methane-4-methane-hydrogen-sulph https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTIwMzg-a-good-producer-of-citric-acid-is-1-pseudomonas-2-clostridium-3-saccharomyces-4-aspergillus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTIzMzI-monascus-purpureus-is-the-yeast-used-commercially-in-the-production-of-1-ethanol-2-streptokinase-for-removing-clots-from-the-blood-vessels-3-citric-acid-4-blood-cholesterol-lowering-statins-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTIzMzc-a-patient-brought-to-a-hospital-with-myocardial-infarction-is-normally-immediately-given-1-penicillin-2-streptokinase-3-cyclosporin-a-4-statins-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTIzNzQ-which-one-of-the-following-microbes-forms-a-symbiotic-association-with-plants-and-helps-them-in-their-nutrition-1-azotobacter-2-aspergillus-3-glomus-4-trichoderma-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTIzODU-yeast-is-used-in-the-production-of-1-citric-acid-and-lactic-acid-2-lipase-and-pectinase-3-bread-and-beer-4-cheese-and-butter-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI0MTY-which-one-of-the-following-is-an-example-of-carrying-out-biological-control-of-pests-diseases-using-microbes-1-trichoderma-sp-against-certain-plant-pathogens-2-nucleopolyhedrovirus-against-white-rust https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjUwOTc2-domestic-sewage-in-large-cities-1-is-processed-by-aerobic-and-then-anaerobic-bacteria-in-the-secondary-treatment-in-sewage-treatment-plant-stps-2-when-treated-in-stps-does-not-require-the-aeration-ste https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjUxMzAw-which-one-of-the-following-is-a-wrong-matching-of-a-microbe-and-its-industrial-product-while-the-remaining-three-are-correct-1-aspergillus-niger-citric-acid-2-yeast-statins-3-acetobacter-aceti-acetic https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjUxMzA3-read-the-following-statement-having-two-blanks-a-and-b-a-drug-used-for-a-patients-is-obtained-from-a-species-of-the-organism-b-the-one-correct-option-for-the-two-blanks-is-blank-a-blank-b-1-aids-pseud https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI4MjE-select-the-correct-statement-from-the-following-1-biogas-is-produced-by-the-activity-of-aerobic-bacteria-on-animal-waste-2-methanobacterium-is-an-aerobic-bacterium-found-in-the-rumen-of-cattle-3-bioga https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI4Mzc-a-common-biocontrol-agent-for-the-control-of-plant-diseases-is-1-baculovirus-2-bacillus-thuringiensis-3-glomus-4-trichoderma-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjUxMjI0-an-example-of-endomycorrhiza-is-1-glomus-2-agaricus-3-rhizobium-4-nostoc-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY0MTMx-bacillus-thuringiensis-bt-strains-have-been-used-for-designing-novel-1-bioinsecticidal-plants-2-bio-mineralization-processes-3-biofertilizers-4-bio-metallurgical-techniques-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY0OTM4-the-dough-kept-overnight-in-warm-weather-becomes-soft-and-spongy-because-of-1-fermentation-2-cohesion-3-osmosis-4-absorption-of-carbon-dioxide-from-the-atmosphere-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY0OTc5-which-one-of-the-following-pairs-is-not-correctly-matched-1-serratia-drug-addiction-2-spirulina-single-cell-protein-3-rhizobium-biofertilizer-4-streptomyces-antibiotic-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY2MTM0-during-anaerobic-digestion-of-organic-waste-such-as-in-producing-biogas-which-one-of-the-following-is-left-undegraded-1-lipids-2-lignin-3-hemi-cellulose-4-cellulose-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY1NDg3-which-bacteria-is-utilized-in-a-gobar-gas-plant-1-methanogens-2-nitrifying-bacteria-3-ammonifying-bacteria-4-denitrifying-bacteria-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY1NDk2-during-the-formation-of-bread-it-becomes-porous-due-to-the-release-of-co2-by-the-action-of-1-yeast-2-bacteria-3-virus-4-protozoans-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY2ODE5-which-of-the-following-is-true-pair-of-biofertilizers-1-azolla-and-bga-2-nostoc-and-legume-3-rhizobium-and-grasses-4-salmonella-e-coli-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY2ODUz-what-is-b-o-d-1-the-amount-of-o2o2o2-utilized-by-organisms-in-the-water-2-the-amount-of-o2o2o2-utilized-by-microorganisms-for-decomposition-3-the-total-amount-of-o2o2o2-present-in-water-4-all-of-the-a https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY1NzE2-which-of-the-following-is-used-to-manufacture-ethanol-from-starch-1-penicillin-2-saccharomyces-3-azotobactor-4-lactobacillus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY1MTY1-azolla-is-used-in-the-cultivation-of-1-maize-2-sorghum-3-wheat-4-rice-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY0Mzg5-which-of-the-following-yields-citric-acid-1-penicillium-citrinum-2-aspergillus-niger-3-saccharomyces-4-azospirillium-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY0Mzkw-saccharomyces-cerevisiae-is-used-in-the-formation-of-1-ethanol-2-methanol-3-acetic-acid-4-antibiotics-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTIzNjYw-the-rising-of-dough-is-due-to-1-multiplication-of-yeast-2-production-of-co2-3-emulsification-4-hydrolysis-of-wheat-flour-starch-into-sugars-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1MjY1-toddy-a-traditional-drink-of-some-parts-in-southern-india-is-made-by-fermenting-sap-from-1-soyabean-2-bamboo-shoots-3-palms-4-sugarcane-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTQwNTc3-large-holes-in-swiss-cheese-are-the-result-of-fermentation-by-1-streptococcus-salivarius-2-propionibacterium-shermanii-3-lactobacillus-helveticus-4-lactobacillus-delbrueckii-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1MjY2-the-roquefort-cheese-is-ripened-by-1-a-fungus-2-a-bacterium-3-an-algae-4-lichens-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzYwODUy-which-of-the-following-alcoholic-drinks-are-produced-without-distillation-1-whiskey-and-brandy-2-brandy-and-rum-3-wine-and-beer-4-wine-and-brandy-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1MjY3-with-reference-to-human-beings-antibiotics-are-actually-1-anti-life-2-pro-life-3-irrelevant-to-life-4-defining-life-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjQzMzIz-fleming-first-observed-the-antibiotic-properties-of-the-mould-that-makes-penicillin-but-the-credit-to-develop-it-into-a-useful-treatment-goes-to-1-selman-waksman-2-florey-and-chain-3-beadle-and-tatum https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTM2MjI5-aspergillus-niger-is-used-in-the-commercial-production-of-1-citric-acid-2-acetic-acid-3-lactic-acid-4-butyric-acid-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjQzNDIx-a-therapeutic-product-that-is-used-to-prevent-the-risk-of-coronary-artery-disease-by-its-effect-on-one-of-the-risk-factors-is-obtained-from-the-microbe-1-trichoderma-polysporum-2-streptococcus-pyogene https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTQ2MTA2-cyclosporin-a-is-used-as-a-an-1-immuno-suppressive-agent-in-organ-transplant-patients-2-clot-buster-to-remove-clots-from-the-vessels-in-heart-attack-patients-3-treatment-option-in-advance-for-hiv-infe https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzU4MzQ2-identify-the-incorrect-statement-regarding-the-primary-treatment-of-sewage-water-in-a-sewage-treatment-plant-1-it-basically-involves-the-physical-removal-of-particles-large-and-small-2-floating-debris https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjQzMzIy-the-primary-objective-of-the-secondary-treatment-of-sewage-water-is-1-the-removal-of-coarse-solids-and-other-large-materials-often-found-in-raw-wastewater-2-the-removal-of-settleable-organic-and-inorg https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1MTg2-during-which-stage-of-the-sewage-treatment-are-the-microbes-used-1-primary-2-secondary-3-tertiary-4-quaternary-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTM2Mjg4-during-the-secondary-or-biological-treatment-of-sewage-water-i-the-bod-of-the-wastewater-gets-reduced-significantly-ii-the-activated-sludge-contains-aerobic-micro-organisms-that-can-clump-together-iii https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTIzNzk4-methanogens-do-not-produce-1-oxygen-2-methane-3-hydrogen-sulfide-4-carbon-dioxide-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1MTg3-biogas-is-a-mixture-of-1-methane-carbon-dioxide-and-hydrogen-sulfide-2-methane-carbon-dioxide-and-ammonia-3-methane-ammonia-and-hydrogen-sulfide-4-ammonia-carbon-dioxide-and-hydrogen-sulfide-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTIzNzg1-methanogenic-bacteria-are-not-found-in-1-rumen-of-cattle-2-gobar-gas-plant-3-bottom-of-water-logged-paddy-fields-4-activated-sludge-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzU4MzUz-how-many-of-the-given-statements-regarding-the-use-of-the-bacterium-bacillus-thuringiensis-as-a-biocontrol-agent-are-true-i-the-bacteria-bacillus-thuringiensis-is-an-example-of-a-microbial-biocontrol https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYzNzI1-match-each-item-in-column-i-biocontrol-agent-with-one-in-column-ii-pest-controlled-and-select-the-answer-from-the-codes-given-column-i-column-ii-a-ladybird-p-mosquitoes-b-dragonflies-q-aphids-c-tricho https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTIzNzky-the-free-living-fungus-trichoderma-can-be-used-for-1-killing-insects-2-biological-control-of-plant-diseases-3-controlling-butterfly-caterpillars-4-producing-antibiotics-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTIzNzk1-which-one-of-the-following-is-not-a-nitrogen-fixing-organism-1-anabaena-2-nostoc-3-azotobacter-4-pseudomonas-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTIzNzk0-mycorrhiza-does-not-help-the-host-plant-in-1-enhancing-its-phosphorus-uptake-capacity-2-increasing-its-tolerance-to-drought-3-enhancing-its-resistance-to-root-pathogens-4-increasing-its-resistance-to https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTI1Mjc5-match-each-item-in-column-i-diazotroph-with-the-feature-in-column-ii-and-select-the-correct-answer-from-the-codes-given-below-column-i-column-ii-a-cyanobacteria-a-actinorhizal-symbiont-b-frankia-b-do https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzU4MzU1-identify-the-correct-statements-statement-i-rhizobium-forms-symbiotic-associations-and-forms-nodules-on-the-roots-of-non-leguminous-plants-statement-ii-azotobacter-and-azospirillum-can-fix-atmospheric https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTYx-the-vitamin-whose-content-increases-following-the-conversion-of-milk-into-curd-by-lactic-acid-bacteria-is-1-vitamin-c-2-vitamin-d-3-vitamin-b12-4-vitamin-e-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjMzMTY1-match-the-following-column-of-bioactive-substances-and-their-roles-column-l-bioactive-substance-column-ll-role-a-stain-1-removal-of-oil-stains-b-cyclosporin-a-2-removal-of-clots-from-blood-vessels-c-s https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzA2ODUx-match-the-items-in-column-a-and-coloum-b-and-choose-the-correct-answer-column-i-column-ii-a-lady-bird-i-methano-bacterium-b-mycorrhiza-ii-trichoderma-c-biological-control-iii-aphids-d-biogas-iv-glomus https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzI3Njkz-assertion-a-most-of-the-orchid-species-seedlings-cannot-proceed-with-development-in-the-absence-of-symbiotic-fungi-reason-r-lichens-contain-symbiotically-associated-fungi-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzI3Njkx-assertion-a-while-working-on-staphylocci-alexander-fleming-observed-that-penicillium-notatum-inhibits-the-growth-of-the-bacteria-reason-r-this-inhibiting-chemical-was-commercially-extracted-and-its-fu https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzI3Njkw-assertion-yeast-such-as-saccharomyces-cerevisiae-are-used-in-baking-industry-reason-carbon-dioxide-produced-during-fermentation-causes-bread-dough-to-rise-by-thermal-expansion-1-both-assertion-and-rea https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzI3Njc4-read-the-following-statements-i-trichoderma-is-a-symbiotic-algae-which-is-common-in-root-ecosystems-and-effective-against-several-plant-pathogens-ii-dragonflies-are-biocontrol-agents-iii-bacillus-thur https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzA5MDc4-read-the-given-statements-and-select-the-correct-option-a-trichoderma-is-an-effective-biocontrol-agent-of-several-plant-pathogens-b-b-thuringiensis-is-effective-against-larvae-of-bollworm-1-both-a-and https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDkx-consider-the-following-statement-a-d-each-with-one-or-two-blanks-a-all-solids-that-settle-during-primary-treatment-of-sewage-forms-i-and-supernatant-forms-the-ii-b-secondary-treatment-of-sewage-is-als https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzI3NjYz-match-the-columns-column-i-column-ii-1-rotenone-i-chrysanthemum-cinerarifolium-2-nicotine-ii-derris-elliptica-3-azadiractin-iii-azadirachta-indica-4-pyrethrum-and-cinerin-iv-nicotiana-tabacum-1-a-ii-b https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzI4MDI0-assertion-azolla-pinnata-is-used-as-biofertilizer-in-rice-cultivation-reason-azolla-performs-nitrogen-fixation-with-the-help-of-symbiotic-bacterium-bacillus-1-both-assertion-and-reason-are-true-and-th https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDUz-select-the-incorrect-match-1-monascus-statins-2-trichoderma-thurioside-3-aspergillus-citric-acid-4-propionibacterium-swiss-cheese-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMDgy-which-of-the-following-option-gives-the-correct-matching-of-microbe-product-and-use-microbe-product-use-1-saccharomyces-methanol-rum-2-streptococcus-streptokinase-blood-cholesterol-lowering-agent-3-mo https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTYyMTU1-match-the-column-l-with-column-ll-column-l-column-ll-bioactive-molecules-source-a-cyclosporin-a-i-monascus-b-statins-ii-clostridium-c-clot-buster-iii-trichoderma-d-butyric-acid-iv-streptococcus-1-a-ii https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTg5MTIz-which-of-the-following-is-wrongly-matched-in-the-given-table-microbe-product-application-1-trichoderma-cyclosporin-a-immunosuppressive-drug-2-monascus-purpureus-statins-lowering-of-blood-cholesterol-3 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTc2MDQw-select-the-incorrect-match-1-clot-buster-streptococcus-2-cyclosporin-a-trichoderma-polysporum-3-citric-acid-agaricus-4-statins-monascus-purpureus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MTg5MTIy-match-the-following-list-of-microbes-and-their-importance-a-saccharomyces-cerevisiae-i-production-of-immunosuppressive-agents-b-monasus-purpureu-ii-ripening-of-swiss-cheese-c-trichoderma-polysporum-ii https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzYxNzQx-assertion-a-the-bottled-juices-are-clarified-by-the-use-of-pectinases-and-proteases-reason-r-the-bottled-fruit-juices-bought-from-the-market-are-clearer-as-compared-to-those-made-at-home-choices-for-a https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzYxNzQy-assertion-a-an-example-of-microbial-biocontrol-agents-that-can-be-introduced-in-order-to-control-butterfly-caterpillars-is-the-bacteria-bacillus-thuringiensis-often-written-as-bt-reason-r-the-developm https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246MzQ5MTQ-which-of-the-following-is-correctly-matched-for-the-product-produced-by-them-1-acetobacter-aceti-antibiotics-2-methanobacterium-lactic-acid-3-penicillium-notatum-acetic-acid-4-saccharomyces-cerevisiae https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjUwOTM1-in-gobar-gas-the-maximum-amount-is-that-of-1-methane-2-propane-3-carbon-dioxide-4-butane-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI2MjA-which-of-the-following-is-mainly-produced-by-the-activity-of-anaerobic-bacteria-on-sewage-1-propane-2-mustard-gas-3-marsh-gas-4-laughing-gas-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI3NDE-the-most-common-substrate-used-in-distilleries-for-the-production-of-ethanol-is-1-soya-meal-2-ground-gram-3-molasses-4-com-meal-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTI5MDM-which-one-of-the-following-is-not-used-in-organic-farming-1-glomus-2-earthworm-3-oscillatoria-4-snail-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTMzNjI-which-of-the-following-plants-you-would-select-for-the-production-of-bioethanol-1-brassica-2-zea-mays-3-pongamia-4-jatropha-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTM3MDI-modern-detergents-contain-enzyme-preparations-of-1-acidophiles-2-alkaliphiles-3-thermoacidophiles-4-thermophiles-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTM3NTU-which-one-of-the-following-proud-elective-for-biological-control-of-nematodal-diseases-in-plants-1-pisolithus-tinctorius-2-pseudomonas-cepacin-3-gliocladium-virens-4-paecilomyces-lilacinus-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTM4NDM-probiotics-are-1-safe-antibiotics-2-cancer-inducing-microbes-3-new-kind-of-food-allergens-4-live-microbial-food-supplement-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-pb246OTQxMDk-curing-of-tea-leaves-is-brought-by-the-activity-of-1-bacteria-2-mycorrhiza-3-viruses-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY0NDY4-modern-farmers-can-increase-the-yield-of-paddy-up-to-50-by-the-use-of-1-cyanobacteria-2-rhizobium-3-cyanobacteria-in-azolla-pinnata-4-farm-yard-manure-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY2MDk3-escherichia-coli-is-used-as-an-indicator-organism-to-determine-the-pollution-of-water-with-1-heavy-metals-2-faecal-matter-3-industrial-effluents-4-pollen-of-aquatic-plants-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY2MTU2-which-of-the-following-plants-are-used-as-green-manure-in-crop-fields-and-in-sandy-soils-1-crotalaria-juncea-and-alhagi-camelorum-2-calotropis-procera-and-phyllanthus-niruri-3-saccharum-munja-and-lant https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY2MTc4-the-term-antibiotic-was-coined-by-1-edward-jenner-2-louis-pasteur-3-selman-waksman-4-alexander-fleming-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY0ODg0-the-most-thoroughly-studied-of-the-known-bacteria-plant-interactions-is-the-1-gall-formation-on-certain-angiosperms-by-agrobacterium-2-nodulation-of-sesbania-stems-by-nitrogen-fixing-bacteria-3-plant https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY0OTgy-a-free-living-nitrogen-fixing-cyanobacterium-that-can-also-form-a-symbiotic-association-with-the-water-fern-azolla-is-1-chlorella-2-nostoc-3-anabaena-4-tolypothrix-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY1MDQz-common-indicator-organism-of-water-pollution-is-1-eichhornia-crassipes-2-escherichia-coli-3-entamoeba-histolytica-4-lemna-pancicostata-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjY0MjYy-for-retting-of-jute-the-fermenting-microbe-used-is-1-methophilic-bacteria-2-helicobacter-pylori-3-butyric-acid-bacteria-4-streptococcus-lactin-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE1NjQx-consider-the-given-two-statements-assertion-a-the-large-holes-in-swiss-cheese-are-formed-due-to-the-release-of-carbon-dioxide-by-propionibacterium-sharmanii-during-fermentation-reason-r-propionibacter https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDUwNzQz-consider-the-given-two-statements-assertion-a-alcoholic-fermentation-by-yeast-is-used-in-the-production-of-bread-reason-r-alcoholic-fermentation-by-yeast-produces-ethanol-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE1NjQ1-which-of-the-following-accurately-describes-the-competitive-action-of-statins-produced-by-monascus-purpureus-1-they-inhibit-the-enzyme-responsible-for-blood-clot-formation-2-they-block-the-metabolic-p https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzI3NzEy-consider-the-two-statements-i-biochemical-oxygen-demand-bod-is-often-used-as-an-indicator-of-the-degree-of-organic-pollution-of-water-ii-an-increase-in-bod-is-used-as-a-gauge-of-the-effectiveness-of-w https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDQyMzk2-consider-the-given-two-statements-assertion-a-secondary-treatment-of-sewage-water-involves-the-use-of-aerobic-bacteria-reason-r-aerobic-bacteria-break-down-organic-matter-into-inorganic-substances-lik https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDI2NDg3-if-oxygen-availability-to-activated-sludge-flocs-in-a-sewage-treatment-plant-is-reduced-1-the-rate-of-degradation-of-organic-matter-slows-down-2-the-center-of-flocs-becomes-anoxic-causing-death-of-bac https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDI2NDgx-which-of-the-following-is-used-to-estimate-the-biochemical-oxygen-demand-and-hence-the-polluting-potential-of-a-sample-of-water-1-total-organic-matter-2-biodegradable-organic-matter-3-oxygen-evolution https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDIyMzA3-how-many-of-the-given-statements-are-true-i-bod-refers-to-the-amount-of-oxygen-that-would-be-consumed-if-all-the-organic-matter-in-one-litre-of-water-were-oxidised-by-bacteria-ii-the-sewage-water-is-t https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDE2NjQ5-the-primary-objective-of-anaerobic-sludge-digestion-in-sewage-treatment-is-1-removal-of-nutrients-from-the-polluted-water-2-methane-production-3-disinfection-4-promotion-of-growth-of-algae-and-cyanoba https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE4Mjk0-consider-the-given-two-statements-assertion-a-the-sewage-water-is-treated-till-the-biological-oxygen-demand-bod-is-reduced-reason-r-bod-indicates-the-rate-of-uptake-of-oxygen-by-microorganisms-in-a-sa https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzM4NDU4-during-the-secondary-or-biological-treatment-of-sewage-water-i-the-bod-of-the-waste-water-gets-reduced-significantly-ii-the-activated-sludge-contains-aerobic-micro-organisms-that-can-clump-together-ii https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDE2NjM2-mycorrhizal-symbiotic-fungi-in-plant-roots-primarily-help-in-1-nitrogen-fixation-2-phosphate-absorption-3-photosynthesis-4-bicontrol-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDAwNzE2-consider-the-two-statements-assertion-a-use-of-chemical-fertilisers-in-agriculture-worldwide-should-be-avoided-reason-r-chemical-fertilisers-contrary-to-popular-belief-are-ineffective-and-do-not-add-a https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDUwNzA0-considering-biocontrol-agents-in-agriculture-which-of-the-following-pairs-is-correctly-matched-with-its-target-pest-a-bacillus-thuringiensis-nematodes-b-trichoderma-root-fungi-1-only-a-2-only-b-3-both https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDI2NTAy-how-many-of-the-given-pairs-are-correctly-matched-i-lady-birds-aphids-ii-dragon-fly-mosquito-iii-trichoderma-fungicide-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTAzMTI4-consider-the-given-two-statements-statement-i-biocontrol-methods-are-highly-effective-at-eradicating-all-pests-from-agricultural-fields-thus-eliminating-the-need-for-chemical-pesticides-statement-ii-b https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTE1NjQw-consider-the-given-two-statements-assertion-a-lactobacillus-bacteria-improve-the-nutritional-quality-of-curd-by-increasing-its-vitamin-b12-content-reason-r-lactic-acid-produced-by-lactobacillus-bacter https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDM4MDU1-all-the-following-are-benefits-of-mycorrhizal-association-to-vascular-plants-except-1-increasing-its-tolerance-to-drought-2-enhancing-its-resistance-to-root-pathogens-3-enhancing-its-phosphorus-uptake https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NDM2MDA2-which-of-the-following-microbes-capable-of-fixing-atmospheric-nitrogen-is-an-important-biofertilizer-in-paddy-fields-1-rhizobium-2-frankia-3-azotobacter-4-anabaena-1-2-3-4 https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246NTI4MDE5-consider-the-following-statements-regarding-biofertilisers-a-rhizobium-forms-a-symbiotic-association-with-leguminous-plants-and-helps-in-fixing-atmospheric-nitrogen-into-organic-forms-benefiting-the-p https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MjQzNDI0-baculoviruses-can-play-an-important-role-in-overall-integrated-pest-management-in-an-ecologically-sensitive-area-because-1-they-are-effective-against-a-large-number-of-insects-2-their-use-can-help-in https://medminds.me/qbank/botany/microbes-in-human-welfare/?q=NP-b246MzMxODgx-assertion-a-cyclosporin-a-has-been-commercialized-as-a-blood-cholesterol-lowering-agent-reason-r-cyclosporin-a-is-a-competitive-inhibitor-of-an-enzyme-responsible-for-the-biosynthesis-of-cholesterol-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjU0NTk-which-of-the-following-is-not-consistent-with-the-base-pairings-in-a-double-stranded-dna-molecule-1-the-number-of-c-equals-the-number-of-g-2-the-number-of-a-equals-the-number-of-t-3-the-amount-of-puri https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjU1MDA-in-eukaryotes-which-of-the-following-is-removed-from-initially-transcribed-rna-before-it-is-transported-to-the-cytoplasm-for-translation-1-intron-2-3-poly-a-tail-3-ribosome-binding-site-4-5-cap-1-2-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjU1MDE-the-process-of-splicing-in-eukaryotes-1-is-reminiscent-of-antiquity-2-represents-dominance-of-rna-world-3-is-an-indicator-of-the-complexity-of-human-genome-4-is-a-legacy-of-organic-evolution-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjU1MDI-in-prokaryotes-the-predominant-site-for-control-of-gene-expression-is-the-1-transcription-initiation-2-processing-level-3-transport-of-mrna-4-translation-level-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjU1MDM-in-hershey-and-chase-experiment-what-finding-led-to-the-conclusion-that-dna-is-the-genetic-material-1-the-presence-of-radioactivity-in-the-bacteria-when-35s-was-used-2-the-presence-of-radioactivity-in https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjU1MDQ-which-of-the-following-important-biochemical-reactions-in-living-systems-is-catalyzed-by-a-ribozyme-1-repair-of-dna-2-electron-transport-chain-3-formation-of-peptide-bond-4-organization-of-mtoc-during https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjU1MDU-vntr-are-useful-in-dna-profiling-because-they-i-are-hypervariable-ii-are-inherited-iii-synthesize-constitutive-enzymes-1-i-ii-iii-are-correct-2-i-and-ii-are-correct-3-i-and-iii-are-correct-4-ii-and-ii https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0Mjg-which-enzyme-polymerizes-rna-with-defined-sequences-in-a-template-independent-manner-1-peptidyl-transferase-2-rna-polymerase-3-reverse-transcriptase-4-polynucleotide-phosphorylase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0Mjk-the-process-of-rna-splicing-shows-the-dominance-of-1-dna-world-2-rna-world-3-protein-world-4-microbial-world-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0MzA-in-rna-splicing-1-exons-are-removed-and-introns-are-joined-together-2-introns-are-removed-and-exons-are-joined-together-3-cistrons-are-removed-and-introns-are-joined-together-4-introns-are-removed-and https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0MzI-the-core-rna-polymerase-is-capable-of-catalyzing-which-steps-of-transcription-1-initiation-only-2-elongation-only-3-termination-only-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0MzM-in-most-prokaryotes-the-transcription-unit-is-1-mono-cistronic-2-poly-cistronic-3-multi-cistronic-4-uni-cistronic-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0MzY-the-dna-dependent-dna-polymerases-catalyze-1-only-in-3-5-direction-2-only-in-5-3-direction-3-in-both-directions-4-in-neither-directions-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0Mzg-reverse-transcriptase-is-a-1-dna-dependent-rna-polymerase-2-rna-dependent-dna-polymerase-3-rna-dependent-rna-polymerase-4-dna-dependent-dna-polymerase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0NDA-a-molecule-that-can-act-as-a-genetic-material-must-fulfill-all-the-following-criteria-except-1-it-should-be-able-to-generate-its-replica-2-it-should-chemically-and-structurally-be-stable-3-it-should-p https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0NDE-the-unequivocal-proof-that-dna-is-the-genetic-material-was-provided-by-1-avery-macleod-and-mccarty-2-hershey-and-chase-3-meselson-and-stahl-4-watson-and-crick-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0NDM-which-of-the-following-is-not-a-feature-of-the-double-helix-model-of-dna-1-the-two-chains-have-anti-parallel-polarity-2-a-purine-always-comes-opposite-to-a-pyrimidine-3-the-pitch-of-the-dna-is-3-4-nm https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0NDQ-according-to-erwin-chargaff-for-a-double-stranded-dna-1-the-ratios-between-adenine-and-thymine-and-guanine-and-cytosine-are-constant-and-equals-one-2-the-ratios-between-adenine-and-thymine-and-guanine https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0NDU-to-form-a-nucleoside-a-nitrogenous-base-is-linked-to-a-pentose-sugar-1-through-a-p-glycosidic-linkage-at-carbon-atom-number-1-2-through-a-p-glycosidic-linkage-at-carbon-atom-number-5-3-through-a-n-gly https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0NDY-identify-the-incorrectly-matched-pair-organism-length-of-dna-1-bacteriophage-174-5386-nucleotides-2-bacteriophage-lambda-48502-base-pairs-3-eschrechia-coli-4-times-106-base-pairs-4-human-beings-3-3-ti https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY1ODE-the-amino-acid-acceptor-arm-of-the-trna-is-at-its-1-dhu-loop-2-t-psi-c-loop-3-5-end-4-3-end-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY1ODI-which-of-the-following-codons-has-a-dual-role-in-the-genetic-code-1-aug-2-gug-3-cug-4-uug-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mjk1MDQ-what-is-the-major-difference-between-the-lagging-and-leading-strands-during-dna-replication-1-on-the-leading-strand-dna-synthesis-occurs-from-5-to-3-while-dna-synthesis-occurs-from-3-to-5-on-the-laggi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mjk1MDY-the-inducer-of-lac-operon-is-1-beta-galactosidase-2-galactose-3-lactose-4-glucose-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mjk1NTQ-regulatory-domains-of-most-activators-interact-with-1-the-transcription-factor-complex-2-rna-polymerase-3-repressors-4-the-dna-binding-domain-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mjk3NTE-dna-chemically-is-less-reactive-and-structurally-more-stable-than-rna-therefore-1-dna-has-evolved-from-the-rna-2-rna-can-directly-code-for-proteins-3-dna-is-the-better-genetic-material-than-rna-4-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mjk3NTI-a-transcription-unit-does-not-contain-1-a-promoter-2-the-structural-gene-3-a-terminator-4-an-operator-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mjk3NTM-regulation-of-lac-operon-by-repressor-is-referred-to-as-1-inducible-regulation-2-repressible-regulation-3-negative-regulation-4-positive-regulation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzAyMjY-a-synthetic-mrna-of-repeating-sequence-5-cacacacacacacacac-is-used-for-a-cell-free-protein-synthesizing-system-like-the-one-used-used-by-nirenberg-if-we-assume-that-protein-synthesis-can-begin-without https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzAyMjc-fredrick-griffith-accidentally-discovered-transformation-when-attempting-to-develop-a-vaccine-for-pneumonia-he-injected-mice-with-samples-from-s-strain-virulent-and-or-r-strain-nonvirulent-pneumococci https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzAyMjg-which-scientists-first-gave-experimental-evidence-that-dna-is-the-genetic-material-1-avery-macleod-and-mccarty-who-repeated-the-transformation-experiments-of-griffith-and-chemically-characterized-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzAyMzE-the-function-of-the-rho-protein-is-1-to-help-terminate-translation-2-to-help-rna-polymerase-bind-to-the-dna-3-to-help-rna-polymerase-find-a-promoter-4-to-help-terminate-transcription-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzA0NjY-genetic-information-in-a-dna-molecule-is-coded-in-the-1-sequence-of-nucleotides-2-base-pairings-3-proportion-of-each-base-present-4-the-turning-pattern-of-the-helix-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzA0Njc-in-dna-replication-the-okazaki-fragments-on-the-lagging-strand-are-joined-together-by-1-dna-ligase-2-dna-polymerase-3-primase-4-helicase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzA0Njk-the-enzyme-that-catalyzes-the-peptide-bonding-in-prokaryotes-is-located-in-the-1-leader-region-of-the-mrna-2-central-part-of-trna-3-smaller-subunit-of-the-ribosome-4-larger-subunit-of-the-ribosome-1-2 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzA0NzE-in-general-bacterial-genes-are-regulated-at-the-time-of-1-transcription-2-post-transcription-3-translation-4-post-translation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzA0Nzg-the-insertion-or-deletion-of-a-base-pair-into-the-genetic-code-will-cause-a-frame-shift-mutation-unless-the-number-of-base-pairs-inserted-or-deleted-is-1-one-2-two-3-three-4-ten-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzEyMzg-consider-the-following-statements-i-the-largest-known-human-gene-is-dystrophin-at-2-4-million-bases-ii-repeated-sequences-make-up-very-large-portion-of-the-human-genome-iii-there-are-about-2-4-million https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzEyMzk-consider-the-following-statements-i-rna-is-the-genetic-material-of-the-qb-bacteriophage-ii-dna-chemically-is-less-reactive-and-more-stable-than-rna-iii-viruses-having-rna-genome-and-having-shorter-lif https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzEyOTg-consider-the-following-statements-i-inheritance-of-a-character-is-affected-by-promoter-and-regulatory-sequences-of-a-structural-gene-ii-the-split-gene-arrangement-represents-an-ancient-feature-of-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzEyOTk-consider-the-following-statements-i-all-the-reference-point-while-defining-a-transcription-unit-is-made-with-coding-strand-ii-it-is-the-presence-of-a-promoter-in-a-transcription-unit-that-also-defines https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzEzMDA-consider-the-following-statements-i-deoxyribonucleoside-triphosphates-act-as-substrates-as-well-as-provide-energy-for-polymerization-reaction-during-dna-replication-ii-the-replication-of-dna-is-both-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzE1OTA-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-nrna-codons-column-ii-amino-acid-i-gug-ii-ugg-iii-uac-iv-gag-1-tryptophan-2-valine-3-gl https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ4NjI-if-there-are-999-bases-in-an-rna-that-codes-for-a-protein-with-333-amino-acids-and-the-base-at-position-901-is-deleted-such-that-the-length-of-teh-rna-becomes-998-bases-how-many-codons-will-be-altered https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ4Njg-dna-fragments-are-1-positively-charged-2-negatively-charged-3-neutral-4-either-positively-or-negatively-charged-depending-on-their-size-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ4Nzc-during-dna-replication-okazaki-fragments-are-used-to-elongate-1-the-leading-strand-towards-replication-fork-2-the-lagging-strand-towards-replication-fork-3-the-leading-strand-away-from-replication-for https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ4ODE-spliceosomes-are-not-found-in-cells-of-1-plants-2-fungi-3-animals-4-bacteria-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ4ODQ-the-final-proof-for-dna-as-the-genetic-material-come-from-the-experiments-of-1-griffith-2-hershey-and-chase-3-avery-macleod-and-mccarty-4-hargobind-khorana-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ4OTE-the-association-of-histone-h1-with-a-nucleosome-indicates-1-transcription-is-occuring-2-dna-replication-is-occuring-3-the-dna-is-condensed-into-chromatin-fibre-4-the-dna-double-helix-is-exposed-1-2-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ5MjA-which-of-the-following-rnas-should-be-most-abundant-in-animals-cell-1-rrna-2-trna-3-mrna-4-mirna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ5NDE-taylor-conducted-the-experiments-to-prove-semi-conservative-mode-of-chromosome-replication-on-1-vinca-rosea-2-vicia-faba-3-drosophila-melanogaster-4-e-coli-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ5NDM-the-equivalent-of-a-structural-gene-is-1-muton-2-cistron-3-operon-4-recon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ5NDU-which-of-the-following-rrnas-act-as-structral-rna-as-well-as-ribozyme-in-bacteria-1-5-srrna-2-18-srrna-3-23-srrna-4-58-srrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ5ODk-dna-dependent-rna-polymerase-catalyses-transcription-on-one-strand-of-the-dna-which-is-called-the-1-template-strand-2-coding-strand-3-alpha-strand-4-anti-strand-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUwMjg-which-of-the-following-is-not-required-for-any-of-the-techniques-of-dna-fingerprinting-available-at-present-1-zinc-finger-analysis-2-restriction-enzymes-3-dna-dna-hybridisation-4-polymerase-chain-reac https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUwNjg-which-one-of-the-following-is-the-start-codon-1-uga-2-uaa-3-uag-4-aug-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUwODE-which-one-of-the-following-is-not-applicable-to-rna-1-complementary-base-pairing-2-5-phosphoryl-and-3-hydroxyl-ends-3-heterocyclic-nitrogenous-bases-4-chargaff-s-rule-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUwODk-identify-the-correct-order-of-organisation-of-genetic-material-from-largest-to-smallest-1-chromosome-gene-genome-nucleotide-2-genome-chromosome-nucleotide-gene-3-genome-chromosome-gene-nucleotide-4-ch https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUxNDQ-satellite-dna-is-important-because-it-1-codes-for-protiens-needed-in-cell-cycle-2-shows-high-degree-of-polymorphism-in-population-and-also-the-same-degree-of-polymorphism-in-an-individual-which-is-her https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUyMDg-in-sea-urchin-dna-which-is-double-stranded-17-of-the-bases-were-shown-to-be-cytosine-the-percentages-of-the-other-three-bases-expected-to-be-present-in-this-dna-are-1-g-34-a-24-5-t-24-5-2-g-17-a-16-5 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUyMzY-transformation-was-discovered-by-1-meselson-and-stahl-2-hershey-and-chase-3-griffith-4-watson-and-crick-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUyNzc-select-the-correct-option-direction-of-rna-synthesis-direction-of-reading-of-the-template-dna-strand-1-5-3-3-5-2-3-5-5-3-3-5-3-5-3-4-3-5-3-5-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUyNzg-commonly-used-vectors-for-human-genome-sequencing-are-1-t-dna-2-bac-and-yac-3-expression-vectors-4-t-a-cloning-vectors-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUzNTA-which-enzymes-s-will-be-produced-in-a-cell-in-which-there-is-a-non-sense-mutation-in-the-lac-y-gene-1-beta-galactosidase-2-lactose-permease-3-transacetylase-4-lactose-permease-and-transacetylase-1-2-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUzNzU-removal-of-rna-polymerase-iii-from-nucleoplasm-will-affect-the-synthesis-of-1-trna-2-hnrna-3-mrna-4-rrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUzNzc-pcr-and-restriction-fragment-length-polymorphism-are-the-methods-for-1-study-of-enzymes-2-genetic-transformation-3-dna-sequencing-4-genetic-fingerprinting-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUzODA-which-one-of-the-following-is-not-a-part-of-a-transcription-unit-in-dna-1-the-inducer-2-a-terminator-3-a-promoter-4-the-structural-gene-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU0MjM-if-one-strand-of-dna-has-the-nitrogenous-base-sequence-as-atctg-what-would-be-the-complementary-rna-strand-sequence-1-ttagu-2-uagac-3-aactg-4-atcgu-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU0MzI-removal-of-introns-and-joining-of-exons-in-a-defined-order-during-transcription-is-called-1-looping-2-inducing-3-capping-4-splicing-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU0NTY-what-are-those-structures-that-appear-as-lsquo-beads-on-string-rsquo-in-the-chromosomes-when-viewed-under-electron-microscope-1-nucleotides-2-nucleosomes-3-base-pairs-4-genes-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU1NDE-select-the-two-statements-out-of-the-four-a-d-given-below-about-lac-operon-a-glucose-or-galactose-may-bind-with-the-repressor-and-inactivate-it-b-in-the-absence-of-lactose-the-repressor-binds-with-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU1NjM-the-one-aspect-which-is-not-a-salient-feature-of-genetic-code-is-its-being-1-degenerate-2-ambiguous-3-universal-4-specific-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU1OTk-satellite-dna-is-useful-tool-in-1-organ-transplantation-2-sex-determination-3-forensic-science-4-genetic-engineering-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU2MDE-which-one-of-the-following-does-not-follow-the-central-dogma-of-molecular-biology-1-pea-2-mucor-3-chlamydomonas-4-hiv-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU2NjA-whose-experiments-cracked-the-dna-and-discovered-unequivocally-that-a-genetic-code-is-a-triplet-1-nirenberg-and-matthaei-2-hershey-and-chase-3-morgan-and-sturtevant-4-beadle-and-tatum-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU2OTE-semi-conservative-replication-of-dna-was-first-demonstrated-in-1-drosophila-melanogaster-2-escherichia-coli-3-streptococcus-pneumoniae-4-salmonella-typhimurium-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU3MDA-what-is-not-true-for-genetic-code-1-a-codon-in-mrna-is-read-in-a-non-contiguous-fashion-2-it-is-nearly-universal-3-it-is-degenerate-4-it-is-unambiguous-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU3MTk-in-the-dna-molecule-1-the-total-amount-of-purine-nucleotides-and-pyrimidine-nucleotides-is-not-always-equal-2-there-are-two-strands-which-run-parallel-in-the-5-rsquo-rarr-3-rsquo-direction-3-the-propo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU3Mjk-which-one-of-the-following-pairs-of-codons-are-correctly-matched-with-their-function-or-the-signal-for-the-particular-amino-acid-1-guu-gcu-ndash-alanine-2-uag-uga-ndash-stop-3-aug-acg-ndash-start-meth https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU3NjQ-haploids-are-more-suitable-for-mutation-studies-than-the-diploids-this-is-because-1-haploids-are-reproductively-more-stable-than-diploids-2-mutagenes-penetrate-in-haploids-more-effectively-than-is-dip https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU3ODE-telomere-repetitive-dna-sequences-control-the-function-of-eukaryotic-chromosomes-because-they-1-act-as-replicons-2-are-rna-transcription-initiator-3-help-chromosome-pairing-4-prevent-chromosome-loss-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU3OTM-molecular-basis-of-organ-differentiation-depends-on-the-modulation-in-transcription-by-1-rna-polymerase-2-ribosome-3-transcription-factor-4-anticodon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU4MDA-the-length-of-dna-molecule-greatly-exceeds-the-dimensions-of-the-nucleus-in-eukaryotic-cells-how-is-this-dna-accommodated-1-deletion-of-non-essential-genes-2-super-coiling-in-nucleosomes-3-dnase-diges https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU4MDY-during-transcription-rna-polymerase-holoenzyme-binds-to-a-gene-promoter-and-assumes-a-saddle-like-structure-what-is-it-rsquo-s-dna-binding-sequence-1-ttaa-2-aatt-3-cacc-4-tata-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU4MDk-differentiation-of-organs-and-tissues-in-a-developing-organism-is-associated-with-1-developmental-mutations-2-differential-expression-of-genes-3-lethal-mutations-4-deletion-of-gens-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU4MTM-the-okazaki-fragments-in-dna-chain-growth-1-result-in-transcription-2-polymerize-in-the-3-rsquo-to-5-rsquo-direction-and-forms-replication-fork-3-prove-semi-conservative-nature-of-dna-replication-4-po https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU4MTQ-the-two-polynucleotide-chains-in-dna-are-1-parallel-2-discontinuous-3-antiparallel-4-semiconservative-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU4MTc-one-gene-one-enzyme-relationship-was-established-for-the-first-time-in-1-neurospora-crassa-2-salmonella-typhimurium-3-escherichia-coli-4-diplococcus-pneumoniae-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU4MjU-a-sequential-expression-of-a-set-of-human-genes-occurs-when-a-steroid-molecule-binds-to-the-1-transfer-rna-2-messenger-rna-3-dna-sequence-4-ribosome-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU4NzU-which-antibiotic-inhibits-interaction-between-t-rna-and-m-rna-during-bacterial-protein-synthesis-1-erythromycin-2-penicillin-3-streptomycin-4-tetracycline-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU4ODQ-amino-acid-sequence-in-protein-synthesis-is-decided-by-the-sequence-of-1-t-rna-2-m-rna-3-c-dna-4-r-rna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU5MDk-one-gene-one-enzyme-hypothesis-was-postulated-by-1-r-franklin-2-hershey-and-chase-3-a-garrod-4-beadle-and-tatum-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU5MTA-one-turn-of-the-helix-in-a-b-form-dna-is-approximately-1-20-nm-2-0-34-nm-3-3-4-nm-4-2-nm-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzU5MTI-antiparallel-strands-of-a-dna-molecule-means-that-1-one-strand-turns-anti-clockwise-2-the-phosphate-groups-of-two-dna-strands-at-their-ends-share-the-same-position-3-the-phosphate-groups-at-the-start https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzY4MzU-complete-genomic-sequence-of-the-following-plant-has-been-recently-announced-is-1-arabidopsis-thaliana-2-tritium-vulgare-3-cucurbita-pepo-4-pisum-sativum-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzY4NDY-okazaki-fragments-are-proportions-of-dna-1-synthesized-on-the-leading-strand-of-dna-replication-fork-2-synthesized-on-the-lagging-strand-of-dna-replication-fork-3-produced-during-the-digestion-of-dna https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzY5NDk-transcription-in-case-of-eukaryotes-takes-place-in-1-nucleus-2-nucleolus-3-cytoplasm-4-ribosome-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzY5NTE-which-of-the-following-banding-group-is-used-in-staining-both-plant-and-animal-chromosome-1-c-group-2-g-group-3-r-group-4-n-group-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcwMDU-which-of-the-following-is-nonsense-codon-1-uag-2-uaa-3-uga-4-all-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcwNzk-frameshift-mutation-occurs-when-1-base-is-substituted-2-base-is-deleted-or-added-3-anticodons-are-absent-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcxMDc-wobble-hypothesis-was-given-by-1-r-w-holley-2-m-nirenberg-3-h-g-khorana-4-f-h-c-crick-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcxMTQ-which-one-of-the-following-pairs-of-terms-names-mean-one-and-the-same-thing-1-gene-pool-genome-2-codon-ndash-gene-3-cistron-ndash-triplet-4-dna-fingerprinting-dna-profiling-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcxMjY-what-is-true-about-trna-1-it-binds-with-an-amino-acid-at-it-3-rsquo-end-2-it-has-five-double-stranded-regions-3-it-has-a-codon-at-one-end-which-recognizes-the-anticodon-on-messenger-rna-4-it-looks-lik https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcxMzQ-which-one-of-the-following-correctly-represents-the-manner-of-replication-of-dna-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcxMzU-which-one-of-the-following-codons-codes-for-the-same-information-as-ugc-1-ugu-2-uga-3-uag-4-ugg-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcxNTU-the-total-number-of-nitrogenous-bases-in-human-genome-is-estimated-to-be-about-1-3-5-million-2-35-thousand-3-35-million-4-3-1-billion-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcxNzM-what-is-the-first-step-in-the-southern-blot-technique-1-denaturation-of-dna-on-the-gel-for-hybridization-with-specific-probe-2-production-of-a-group-of-genetically-identical-cells-3-digestion-of-dna-b https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcxNzY-given-below-is-a-representation-of-a-kind-of-chromosomal-mutation-what-is-the-kind-of-mutation-represented-1-deletion-2-duplication-3-inversion-4-reciprocal-translocation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcxNzc-which-one-of-the-following-pairs-is-correctly-matched-with-regard-to-the-codon-and-the-amino-acid-coded-by-it-1-uua-valine-2-aaa-lysine-3-aug-cysteine-4-ccc-alanine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzcyNjk-during-portein-synthesis-in-an-organism-at-one-point-the-process-comes-to-a-halt-select-the-group-of-the-three-codons-from-the-following-from-which-any-one-of-the-three-colud-bring-about-this-halt-1-u https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzczNjk-what-is-incorrect-about-the-following-figure-representing-dna-replication-1-the-direction-of-dna-replication-in-strand-i-2-the-direction-of-dna-replication-in-strand-ii-3-discontinuous-replication-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzczNzY-the-binding-site-of-trna-with-mrna-amino-acids-respectively-are-1-mrna-with-dhu-loop-and-amino-acid-with-cca-end-2-mrna-with-cca-end-and-amino-acid-with-anticodon-loop-3-mrna-with-anticodon-loop-and-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc0MDY-which-of-the-following-is-correct-regarding-genetic-code-1-uuu-is-the-initiation-codon-which-also-codes-for-phenylalanine-2-there-are-64-triplet-codons-and-only-20-amino-acids-3-three-random-nitrogen https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc2MTc-which-of-the-following-set-of-options-is-used-in-translation-1-hnrna-trna-rrna-2-mrna-trna-rrna-3-mrna-trna-hnrna-4-hnrna-rrna-trna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc2NTE-in-a-3-2-kbp-long-piece-of-dna-820-adenine-bases-were-found-what-would-be-the-number-of-cytosine-bases-1-780-2-1560-3-740-4-1480-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc2NTM-some-of-the-steps-of-dna-fingerprinting-are-given-below-identify-their-correct-sequence-from-the-options-given-a-electrophoresis-of-dna-fragments-b-hybridisation-with-dna-probe-c-digestion-of-dna-by-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc2NjM-if-the-sequence-of-bases-in-the-coding-strand-of-a-double-stranded-dna-is-5-rsquo-gttcgagtc-3-rsquo-the-sequence-of-bases-in-its-transcript-will-be-1-5-rsquo-gacucgaac-3-rsquo-2-5-rsquo-caagcucag-3-rs https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc2ODU-refer-to-the-given-figure-and-select-the-correct-option-regarding-its-parts-labelled-as-a-b-and-c-1-a-histone-octamer-c-dna-2-b-h1-histone-c-histone-octamer-3-a-h1-histone-b-dna-4-a-histone-octamer-c https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc2ODc-match-the-triplet-codons-listed-in-column-i-with-their-amino-acids-mentioned-in-column-ii-and-select-the-correct-option-from-the-given-codes-column-i-column-ii-a-ggg-i-proline-b-uuu-ii-glycine-c-ccc-i https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc3Nzk-match-the-following-column-column-i-column-ii-i-multigenes-i-transposons-ii-inducible-genes-ii-insulin-iii-overlapping-genes-iii-b-e-and-k-in-981-times-174-iv-structural-genes-iv-snrna-v-globin-gene-v https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc4MDU-the-premature-termination-of-polypeptide-synthesis-due-to-stop-codon-can-be-overcome-via-compensatory-mutation-in-trna-this-genetic-phenomenon-is-called-1-extragenic-suppression-2-intragenic-suppressi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc4MjQ-suppose-evolution-on-earth-had-occurred-in-such-a-way-that-there-are-96-amino-acids-instead-of-20-dna-has-12-different-types-of-bases-and-dna-synthesis-occurs-in-the-same-way-as-today-the-minimum-numb https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc4MzY-radioactive-thymidene-is-fed-to-cells-about-to-enter-s-phase-it-will-make-radioactive-1-euchromatin-2-heterochromatin-3-both-1-and-2-4-neither-euchromatin-nor-heterochromatin-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc4ODc-what-would-happen-if-in-a-gene-encoding-a-polypeptide-of-50-amino-acids-25th-codon-uau-is-mutated-to-uaa-1-a-polypeptide-of-49-amino-acids-will-be-formed-2-a-polypeptide-of-25-amino-acids-will-be-form https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc5NDE-which-one-of-the-following-set-meaning-is-not-different-1-cistron-ndash-triplet-2-dna-profile-ndash-dna-type-3-gene-pool-ndash-genome-4-gene-ndash-codon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc5ODU-okazaki-is-known-for-his-contribution-to-the-understanding-of-1-transcription-2-translation-3-dna-replication-4-mutation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc5ODY-the-beginning-of-understanding-genetic-transformation-in-bacteria-was-made-by-1-frederick-griffith-2-hershey-and-chase-3-watson-and-crick-4-th-morgan-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc5ODk-if-the-total-amount-of-adenine-and-thymine-in-a-double-stranded-dna-is-45-the-amount-of-guanine-in-this-dna-will-be-1-22-5-2-27-5-3-45-4-55-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzc5OTg-aug-codes-for-1-valine-2-histidine-3-phenylalanine-4-methionine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgwMDE-in-the-lac-operon-model-lactose-molecules-function-as-1-inducers-which-bind-with-the-operator-gne-2-repressors-which-bind-with-the-operator-gene-3-inducers-which-bind-with-the-repressor-protein-4-core https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgwMDI-a-recessive-mutant-is-one-which-is-1-not-expressed-2-rarely-expressed-3-expressed-only-in-homozygous-and-hemizygous-state-4-expressed-only-in-heterozygous-state-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgwMDU-if-the-total-amount-of-adenine-and-thymine-in-a-double-stranded-dna-is-60-the-amount-of-guanine-in-this-dna-will-be-1-15-2-20-3-30-4-40-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgwMjQ-if-t-40-c-10-then-g-in-a-pollen-cell-1-40-2-10-3-91-4-20-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgwMzM-translocase-is-an-enzyme-required-for-1-dna-replication-2-rna-synthesis-3-initiation-of-protein-synthesis-4-protein-synthesis-chain-elongation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgwNTU-centre-of-dna-fingerprinting-and-diagnostics-cdfd-is-located-at-1-delhi-2-chennai-3-kolkata-4-hyderabad-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgwNTc-in-a-bacterium-the-amount-of-adenine-was-found-to-be-18-per-cent-suggest-the-cytosine-base-composition-from-the-following-1-64-2-36-3-32-4-18-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgwNjE-in-which-of-the-following-combinations-the-compounds-in-ascending-order-based-on-their-molecular-weights-are-arranged-1-dna-rna-amp-adp-atp-2-dna-rna-atp-adp-amp-3-amp-adp-atp-rna-dna-4-amp-atp-adp-dn https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgwNzU-if-a-segment-of-an-mrna-molecule-has-the-sequence-5-rsquo-guaccgaucg-3-rsquo-which-of-the-following-could-have-been-the-template-dna-molecule-1-3-rsquo-gcuagccaug-5-rsquo-2-3-rsquo-guaccgaucg-5-rsquo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgxMTc-in-prokaryotes-the-process-of-replication-is-catalysed-by-the-following-enzymes-identify-which-of-the-enzymes-is-best-coordinate-with-the-role-1-helicase-ndash-joins-the-ends-of-dna-segments-2-dna-pol https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzgxMjM-hn-rna-undergoes-two-additional-processing-out-of-which-in-one-of-them-an-unusual-nucleotide-methyl-guanosine-triphosphate-is-added-to-the-5-rsquo-end-of-hnrna-this-is-known-as-1-capping-2-tailing-3-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246Mzg3NDM-james-watson-and-francis-crick-got-nobel-prize-in-the-year-1-1960-2-1962-3-1959-4-1953-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2Mzc-polymerisation-of-which-of-the-following-produces-nucleic-acids-1-nucleosides-2-nucleotides-3-dna-and-rna-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2Mzg-which-of-the-following-is-a-genetic-material-in-most-of-the-organisms-1-dna-2-rna-3-both-dna-and-rna-4-nucleic-acid-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2Mzk-which-of-the-following-can-act-as-genetic-material-1-rna-only-2-dna-only-3-dna-but-not-rna-4-dna-and-rna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NDE-rna-cannot-act-as-1-adapter-molecule-2-catalytic-molecule-3-respiratory-substrate-4-genetic-material-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NDI-rna-can-act-as-1-adapter-molecule-2-catalytic-molecule-as-well-as-genetic-material-3-structural-molecule-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NDM-how-many-types-of-nucleic-acids-are-found-in-the-living-system-1-1-2-2-3-4-4-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NDQ-the-new-era-of-genomics-started-with-the-determination-of-1-human-genome-sequence-2-bacteria-genome-sequence-3-discovery-of-pcr-4-protein-sequencing-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NDU-the-most-interesting-molecule-in-the-living-system-is-1-the-most-abundant-genetic-material-2-the-genetic-material-in-most-of-the-organisms-3-the-long-polymer-of-deoxyribonucleotides-4-all-of-the-above https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NDc-which-organism-has-more-base-pairs-1-e-coli-2-bacteriophage-3-human-4-yeast-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NDg-how-many-types-of-nitrogenous-bases-are-present-in-nucleic-acid-1-4-2-3-3-5-4-6-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NDk-distance-between-two-consecutive-nucleotide-pairs-of-dna-is-1-0-34nm-2-34angstrom-3-3-4-micrometre-4-34nm-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NTA-if-there-are-10-000-nitrogenous-base-pairs-in-a-dna-then-how-many-nucleotides-are-there-1-500-2-10-000-3-20-000-4-40-000-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NTE-if-there-are-10-000-nitrogenous-base-pairs-in-b-dna-then-its-length-will-be-1-340nm-2-3400nm-3-34000nm-4-340000nm-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NTM-cytidine-is-a-1-nucleoside-2-nitrogen-base-3-nucleotide-4-nucleic-acid-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NTQ-in-rrna-thymine-pairs-with-1-adenine-2-uracil-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NTU-which-one-of-the-following-nucleotide-sequences-contains-only-4-pyrimidine-bases-1-uagcgguaa-2-tgcctaacg-3-gatcaatgc-4-gcuagacaa-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NTY-new-strands-of-dna-are-formed-only-in-1-5-rsquo-rarr-3-rsquo-direction-2-3-rsquo-rarr-5-rsquo-direction-3-in-both-directions-4-there-is-no-specific-polarity-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NTg-regulation-of-gene-expression-in-eukaryotes-cannot-take-place-at-1-primary-transcript-level-2-splicing-level-3-transport-of-m-rna-from-nucleus-to-cytoplasm-4-replication-level-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NTk-in-e-coli-the-conversion-of-lactose-in-galactose-and-glucose-takes-place-by-1-beta-galactokinase-2-beta-guluctosidase-3-beta-galactosidase-4-beta-lactosidase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NjA-the-conditions-which-regulate-the-expression-of-genes-are-1-environmental-2-physiological-3-metabolic-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NjE-the-development-and-differentiation-of-embryo-into-adult-organisms-are-result-of-1-chemical-regulation-of-expression-of-several-sets-of-genes-2-electrical-and-chemical-regulation-of-expression-of-seve https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NjI-regulation-of-gene-expression-in-prokaryotes-predominantly-takes-place-at-1-transcriptional-2-translational-level-3-splicing-gene-4-transportation-of-m-rna-from-cytoplasm-to-mesosomes-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NjM-promoter-regions-of-lac-operon-can-be-accessed-by-1-rna-polymerase-2-dna-polymerase-3-proteins-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NjU-the-lac-in-lac-operon-refers-to-1-lactose-but-not-lactase-2-lactase-but-not-lactose-3-lactobacillus-but-not-lactose-4-lactose-as-well-as-laevorotatory-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NjY-the-i-gene-in-lac-operon-refers-to-1-inducer-2-inhibitor-3-sometimes-inducer-sometimes-inhibitor-4-neither-inducer-nor-inhibitor-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2Njg-for-lactose-metabolism-1-all-three-gene-products-are-required-2-only-regulator-gene-products-are-required-3-only-beta-galactosidase-are-required-4-beta-galactosidase-and-permease-are-required-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NzA-in-lac-operon-repressor-is-inactivated-by-1-interaction-with-enzyme-2-interaction-with-protein-3-interaction-with-carbohydrate-4-interaction-with-nucleic-acid-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NzE-how-long-the-lac-operon-would-be-expressed-in-the-presence-of-lactose-1-when-glucose-is-more-than-lactose-concentration-2-as-long-as-lactose-is-more-than-galactose-concentration-3-as-long-as-lactose-i https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NzI-lac-operon-is-an-example-of-1-both-positive-and-negative-regulation-2-only-negative-regulation-3-only-positive-regulation-4-sometimes-positive-sometimes-negative-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NzM-lac-operon-inhibition-by-repressor-is-an-example-of-1-negative-regulation-2-positive-regulation-3-neither-positive-nor-negative-4-both-positive-and-negative-regulation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NzQ-regulation-of-lac-operon-can-be-visualised-as-regulation-of-enzyme-synthesis-by-its-1-substrate-2-lactose-3-carbohydrates-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NzU-lac-operon-will-be-switched-on-when-1-lactose-is-less-in-the-medium-2-glucose-is-enough-in-the-medium-3-lactose-is-less-than-glucose-4-lactose-is-more-than-glucose-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NzY-repressor-mrna-will-be-formed-in-1-absence-of-inducer-2-presence-of-inducer-3-both-1-and-2-4-presence-of-lac-mrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2Nzc-the-order-and-sequence-of-amino-acids-are-defined-by-1-nucleotides-sequences-in-dna-2-nucleotides-sequences-in-mrna-3-nucleotides-sequences-in-template-strand-of-dna-4-nucleotides-sequences-in-non-tem https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2Nzg-formation-of-peptide-bond-is-1-active-process-2-passive-process-3-both-active-and-passive-process-4-neither-active-nor-passive-process-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2Nzk-which-of-the-following-is-incorrect-for-protein-synthesis-1-ribosomes-are-the-cellular-for-protein-synthesis-2-23s-rrna-act-as-catalyst-for-peptide-bond-formation-in-all-organisms-3-utr-are-required-f https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2ODA-in-bacteria-catalytic-rna-is-found-in-1-60s-subunit-of-ribosome-2-40s-subunit-of-ribosome-3-30s-subunit-of-ribosome-4-50s-subunit-of-ribosome-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2ODE-untranslated-regions-utrs-are-present-1-before-and-after-the-stop-codon-2-after-the-start-codon-and-before-the-stop-codon-3-before-and-after-the-start-codon-4-before-the-start-codon-and-after-the-stop https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2ODI-polypeptides-are-1-dictated-by-dna-2-represented-by-mrna-3-expresssion-of-t-rna-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2ODQ-protein-synthesis-takes-place-in-1-cytoplasm-2-nucleoplasm-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2ODU-the-reaction-amino-acid-atp-aminoacyl-amp-p-p-depicts-1-amino-acid-assimilation-2-amino-acid-transformation-3-amino-acid-activation-4-amino-acid-translocation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2ODY-percentage-of-base-sequences-which-are-dissimilar-among-humans-is-1-99-9-2-0-01-3-0-10-4-1-01-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2ODc-how-many-base-sequences-would-be-different-in-the-genome-of-two-human-beings-1-3million-2-3-billion-3-6-2-million-4-30million-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2ODg-differences-in-sequence-of-dna-make-every-individual-unique-in-their-1-total-number-of-nucleotides-2-phenotypic-appearance-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2ODk-dna-fingerprinting-is-used-to-compare-1-similar-sequences-between-two-individuals-2-dissimilar-sequences-between-two-individuals-3-3-million-base-pairs-of-two-individuals-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2OTA-dna-fingerprinting-identifies-differences-in-1-repetitive-dna-2-bulk-dna-3-satellite-dna-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2OTE-during-density-gradient-centrifugation-major-peaks-are-formed-by-1-bulk-dna-2-repetitive-dna-3-genomic-dna-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2OTI-during-density-gradient-centrifugation-minor-peaks-represent-1-bulk-dna-2-repetitive-dna-3-genomic-dna-4-satellite-dna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2OTM-satellite-dna-classification-is-based-on-1-base-composition-2-length-of-segment-3-no-of-repetitive-units-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2OTQ-satellite-dna-are-1-protein-coding-2-m-rna-coding-3-non-protein-coding-4-satellite-protein-coding-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2OTU-what-forms-the-basis-of-dna-fingerprinting-1-genomic-dna-2-bulk-dna-3-satellite-dna-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2OTY-satellite-dna-shows-1-high-degree-of-polymorphism-2-low-degree-of-polymorphism-3-no-polymorphism-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2OTc-polymorphism-in-dna-forms-the-basis-of-1-genetic-mapping-2-dna-fingerprinting-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2OTg-the-existence-of-polymorphism-is-due-to-1-mutation-2-crossing-over-3-migration-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2OTk-how-many-of-these-statements-are-true-for-polymorphism-a-it-is-inheritable-b-it-arises-due-to-mutation-c-it-varies-at-genetic-level-d-it-is-the-basis-of-genetic-mapping-e-it-is-important-for-evolution https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MDA-in-dna-fingerprinting-probe-used-is-made-up-of-1-satellite-dna-2-genomic-dna-3-rna-4-protein-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MDE-vntr-stands-for-1-variable-number-of-tendon-repeats-2-variable-number-for-tendem-repeats-3-variable-number-of-tandem-repeats-4-variable-number-of-term-repeats-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MDQ-the-transferring-of-separated-rna-fragments-to-synthetic-membranes-is-called-1-southern-hybridisation-2-northern-hybridisation-3-western-hybridisation-4-eastern-hybridisation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MDU-the-technique-of-dna-fingerprinting-involves-the-following-events-in-the-order-1-isolation-of-dna-2-dna-digestion-by-restriction-endonuclease-3-dna-separation-4-southern-blotting-5-hybridisation-6-aut https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MDY-vntr-belongs-to-which-class-of-dna-1-mini-satellite-2-macro-satellite-3-nano-satellite-4-kilosatellite-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MDc-the-size-of-vntr-varies-from-1-0-1-to-20-kb-2-0-1-to-200-kb-3-1-to-20-kb-4-0-10-to-20-kb-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MDg-the-dna-fingerprinting-is-same-for-1-cousins-2-monozygotic-twins-3-dizygotic-twins-4-siblings-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MTA-the-dna-fingerprinting-has-applications-in-1-forensic-sciences-2-population-genetics-3-genetic-diversities-determination-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MTE-father-of-dna-fingerprinting-is-1-h-j-khorana-2-alec-jeffreys-3-karry-mullis-4-e-m-southern-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MTI-the-dna-molecule-takes-a-complete-turn-after-1-every-base-pair-2-every-five-base-pairs-3-every-ten-base-pairs-4-every-two-base-pairs-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MTM-genes-are-made-up-of-1-histone-2-a-portion-of-dna-3-hydrocarbons-4-lipoproteins-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MTQ-which-of-the-following-is-correct-with-regards-to-the-arrangement-of-dna-in-the-chromosome-1-there-are-several-dna-helices-in-a-chromosome-which-are-joined-together-with-the-help-of-the-protein-linker https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MTU-in-his-experiment-on-the-chemistry-of-dna-chargaff-estimated-the-base-composition-of-human-sperms-and-found-adenine-is-19-then-the-amount-of-thymine-in-somatic-cell-will-be-1-19-2-31-3-38-4-62-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MTY-semi-conservative-nature-of-the-replication-of-eukaryotic-chromosome-was-experimentally-demonstrated-by-1-chains-2-meselson-and-stahl-3-hebert-taylor-4-hershey-and-chase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MTc-the-short-fragment-of-dna-produced-in-the-lagging-strand-during-duplication-is-known-as-1-okazaki-fragments-2-rna-primer-3-leading-strand-4-recombinant-dna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MTg-how-many-times-can-the-nuclear-dna-replicate-during-the-life-cycle-of-a-cell-1-only-once-2-twice-3-many-times-4-does-not-replicate-at-all-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MTk-in-dna-replication-the-two-strands-of-a-daughter-dna-molecules-are-derived-as-follows-1-one-strand-from-parent-dna-and-the-other-freshly-synthesized-2-both-strands-from-parent-dna-3-both-strands-synth https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MjA-dna-replication-in-most-organisms-is-1-conservative-and-continuous-2-semi-conservative-but-discontinuous-3-semi-conservative-and-semi-discontinuous-4-semi-conservative-but-continuous-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MjE-borne-viruses-do-not-have-dna-this-suggests-that-1-they-are-non-infective-viruses-2-rna-is-the-genetic-material-in-these-viruses-3-dna-is-not-the-genetic-material-4-rna-is-a-self-replicating-molecule https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MjI-the-central-dogma-is-1-direction-of-flow-of-information-from-dna-rarr-rna-rarr-proteins-2-the-transfer-of-genetic-information-from-same-strand-of-dna-to-m-rna-3-the-faithful-transfer-of-genetic-inform https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MjQ-the-core-enzyme-which-requires-the-factor-for-termination-of-rna-synthesis-at-some-sites-is-known-as-1-sigma-factor-2-rho-factor-3-gamma-factor-4-alpha-particle-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3Mjg-in-a-dna-of-t-is-20-then-what-will-be-the-of-g-1-20-2-40-3-30-4-60-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3Mjk-role-of-dna-in-heredity-was-discovered-for-the-first-time-through-experiments-involving-1-transformation-using-e-coli-2-transduction-involving-bacteriophage-3-the-use-of-enzymes-protease-and-nuclease https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MzA-in-125-amino-acids-sequence-of-the-codon-for-25th-amino-acid-is-mutated-to-uaa-then-1-a-polypeptide-of-24-amino-acids-is-formed-2-a-polypeptide-of-124-amino-acids-is-formed-3-a-polypeptide-of-25-amino https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MzE-if-length-of-dna-is-1-36-mm-the-number-of-base-pair-and-nucleosomes-in-it-will-be-1-4-times-10-12-and-2-times-10-4-2-4-times-10-6-and-2-times-10-10-3-4-times-10-6-and-2-times-10-4-4-4-times-10-6-and-2 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MzI-if-a-codon-consists-of-3-bases-and-there-are-5-different-nitrogenous-bases-altogether-how-many-codons-will-be-there-1-61-2-125-3-27-4-64-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MzM-if-a-dna-have-5000-bases-and-amount-of-adenine-is-15-then-find-out-the-number-of-nucleotide-of-guanine-1-1750-2-3500-3-7000-4-975-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE3MzU-a-codon-consists-of-three-nitrogenous-bases-and-there-are-four-kind-of-bases-in-nucleic-acid-altogether-how-many-codons-will-be-there-1-60-2-43-3-34-4-46-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMjQ-the-main-enzyme-for-dna-replication-is-1-dna-dependent-rna-polymerase-2-rna-dependent-dna-polymerase-3-dna-dependent-dna-polymerase-4-rna-dependent-rna-polymerase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMjU-the-energy-for-the-dna-replication-comes-from-1-deoxyribonucleosides-triphosphates-2-deoxyribonucleotides-triphosphates-3-deoxyribonucleosides-4-phosphorylation-of-atp-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMjY-which-of-the-following-is-incorrect-for-dna-polymerase-1-template-dependent-enzyme-2-highly-efficient-enzyme-3-high-degree-of-accuracy-4-template-independent-enzyme-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMjc-which-of-the-following-purposes-are-not-served-by-deoxyribonucleoside-triphosphates-1-act-as-substrate-2-act-as-energy-source-for-replication-3-act-as-enzyme-cofactors-4-act-same-as-atp-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMjg-the-small-opening-of-the-dna-helix-where-replication-occurs-is-known-as-1-replication-centre-2-replication-opening-3-replication-fork-4-duplication-fork-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMjk-the-template-of-dna-on-which-discontinuous-replication-occurs-has-polarity-1-5-rsquo-to-3-rsquo-2-3-rsquo-to-5-rsquo-3-both-a-and-b-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMzA-the-discontinuously-synthesised-fragments-are-joined-later-by-1-dna-polymerase-iii-2-dna-ligase-3-dna-gyrase-4-dna-polymerase-i-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMzE-in-eukaryotes-the-replication-of-dna-takes-place-1-at-s-phase-of-the-cell-cycle-2-before-g2-and-after-g1phase-of-the-cell-cycle-3-at-m-phase-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMzI-if-cell-division-wouldn-t-occur-after-dna-replication-then-the-cell-will-have-1-chromosomal-aberration-2-polyploidy-3-chromosomal-anomaly-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMzQ-which-principle-govern-the-principle-of-transcription-a-cleavage-of-phosphodiester-bond-b-phosphorylation-c-complementarity-d-duplication-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMzU-which-of-the-following-statement-is-not-true-1-in-replication-the-total-dna-of-an-organism-gets-duplicated-2-in-transcription-complete-one-strand-of-the-dna-gets-copied-3-in-transcription-only-a-segme https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMzY-why-both-the-strands-of-dna-are-not-copied-during-transcription-because-1-rna-molecules-with-different-sequences-will-be-produced-and-hence-proteins-with-different-sequences-will-be-produced-2-double https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMzc-which-of-the-following-is-not-a-unit-of-transcription-unit-1-a-promoter-2-the-structural-gene-3-a-terminator-4-a-operator-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwMzk-the-direction-of-transcription-is-1-always-from-5-rsquo-to-3-rsquo-2-always-from-3-rsquo-to-5-rsquo-3-depends-on-the-template-direction-4-sometimes-5-rsquo-to-3-rsquo-and-sometimes-3-rsquo-to-5-rsquo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNDA-the-strand-of-dna-which-does-not-code-for-anything-is-referred-to-as-1-anti-sense-strand-2-coding-strand-3-non-coding-strand-4-template-strand-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNDE-which-of-the-following-is-true-for-coding-strand-1-it-rsquo-s-known-as-template-strand-2-it-rsquo-s-polarity-is-5-rsquo-to-3-rsquo-3-it-rsquo-s-a-sense-strand-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNDI-which-of-the-following-is-true-for-promoter-and-terminator-of-a-transcription-unit-1-both-flank-the-structural-gene-2-promoter-is-upstream-of-the-structural-gene-with-respect-to-coding-strand-polarity https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNDM-template-and-coding-strands-are-defined-by-the-presence-of-1-terminator-2-structural-gene-3-promoter-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNDQ-in-transcription-unit-regulatory-sequences-are-present-1-always-at-the-upstream-of-the-promoter-2-always-at-the-downstream-of-the-promoter-3-may-be-present-further-upstream-or-downstream-to-the-promot https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNDU-which-of-the-following-is-incorrect-for-a-gene-1-functional-unit-of-inheritance-2-sequence-of-dna-which-codes-for-a-protein-only-3-monocistronic-or-polycistronic-4-dna-sequence-coding-for-trna-or-rrna https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNDY-which-of-the-following-is-a-false-statement-1-structural-gene-in-transcription-unit-could-be-polycistronic-in-eukaryotes-2-structural-gene-in-transcription-unit-could-be-polycistronic-in-prokaryotes-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNDc-which-of-the-following-would-be-present-in-processed-rna-1-exons-2-introns-3-both-a-and-b-4-sometimes-exons-sometimes-introns-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNDg-which-of-the-following-is-incorrect-1-mrna-messenger-rna-2-trna-transfer-rna-3-rrna-ribosomal-rna-4-mrna-matured-rna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNDk-how-many-rna-dependent-rna-polymerase-are-there-for-the-transcription-of-all-types-of-rna-in-bacteria-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNTA-which-of-the-following-is-not-true-for-rna-polymerase-1-it-binds-to-promoter-for-initiation-of-transcription-2-template-dependent-mode-of-action-3-it-follows-the-rule-of-complementarity-4-it-uses-nucl https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNTE-out-of-the-three-processes-of-transcription-which-one-is-catalysed-by-rna-polymerase-1-process-of-elongation-2-process-of-initiation-3-process-of-termination-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNTI-which-of-the-following-is-true-for-bacterial-transcription-1-rna-processing-is-required-in-it-2-transcription-takes-place-in-nucleus-3-transcription-and-translation-takes-place-in-same-compartment-4-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNTM-in-an-eukaryotic-cell-types-of-rna-polymerase-present-are-not-less-than-a-3-b-4-c-2-d-1-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNTQ-which-of-the-following-rna-polymerase-is-used-for-the-transcription-of-hnrna-1-rna-polymerase-ii-2-rna-polymeraseiii-3-rna-polymerasei-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNTU-in-hnrna-tailing-and-capping-takes-place-at-the-1-5-rsquo-and-3-rsquo-end-respectively-2-3-rsquo-and-5-rsquo-end-respectively-3-3-rsquo-and-3-rsquo-end-respectively-4-5-rsquo-and-5-rsquo-end-respectiv https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNTY-tailing-of-hnrna-takes-place-in-a-1-template-dependent-manner-2-template-independent-manner-3-random-manner-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNTc-in-eukaryotes-the-process-of-splicing-does-not-involve-1-removal-of-introns-only-2-removal-of-introns-and-joining-of-exons-3-capping-at-5-rsquo-end-4-tailing-at-3-rsquo-end-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNTg-the-process-of-splicing-involves-represents-the-dominance-of-1-dna-world-2-rna-world-3-protein-world-4-nucleic-acid-world-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNTk-in-which-of-the-following-process-nucleic-acid-is-not-copied-to-nucleic-acid-1-transcription-2-replication-3-translation-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNjA-which-of-the-following-is-not-true-statement-1-in-translation-the-transfer-of-genetic-information-from-a-polymer-of-nucleotides-to-a-polymer-of-amino-acids-takes-place-2-complementarity-exist-between https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNjI-which-of-the-following-enzyme-can-be-used-for-the-polymerisation-of-rna-in-a-template-independent-manner-1-rna-polymerase-2-rna-primase-3-polynucleotide-phosphorylase-4-rna-phosphatase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNjM-codons-are-generated-by-4-nitrogenous-bases-using-laws-of-1-probability-2-number-system-3-permutation-and-combination-4-binomial-theorem-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNjQ-how-many-statements-are-correct-a-codons-are-always-triplet-b-there-are-total-64-codons-code-for-amino-acids-c-codon-is-read-in-mrna-in-non-contagious-fashion-d-code-is-nearly-universal-e-some-amino-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNjU-codon-is-1-unambiguous-and-non-specific-2-non-degenerate-3-unambiguous-and-degenerate-4-non-universal-and-non-degenerate-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNjc-which-of-the-following-is-incorrect-concerning-sickle-cell-anemia-1-a-change-of-a-single-base-pair-in-the-gene-results-in-a-change-of-amino-acid-2-charged-amino-acid-is-changed-to-a-non-polar-amino-ac https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNjg-the-change-in-the-reading-frame-will-depend-on-1-no-of-bases-deleted-2-no-of-bases-added-3-no-of-bases-deleted-or-added-4-always-change-the-reading-frame-either-bases-are-deleted-or-added-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNjk-trna-acts-as-1-adapter-rna-2-structural-rna-3-matured-rna-4-messenger-rna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNzA-which-is-correct-about-trna-1-it-has-amino-acid-acceptor-end-2-it-has-codon-loop-3-it-has-2-strands-4-there-are-64-trna-for-64-codons-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNzE-trna-looks-like-1-clover-leaf-2-l-shaped-3-inverted-l-shaped-4-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNzI-the-genetic-make-up-of-an-organism-is-determined-by-1-sequences-of-bases-in-rna-2-sequence-of-bases-in-dna-3-sequences-of-amino-acids-in-proteins-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNzM-hgp-human-genome-project-gave-a-new-area-in-biology-called-as-1-biosciences-2-bioinformatics-3-biochemistry-4-biological-sciences-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNzQ-which-of-the-following-was-not-the-goal-of-human-genome-project-1-identification-of-human-genes-2-human-genome-sequence-determination-3-store-information-in-databases-4-improve-manpower-for-data-analy https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNzU-the-human-genome-project-started-in-and-completed-in-year-respectively-1-1990-2003-2-1993-2003-3-1993-2006-4-1990-2006-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNzY-the-major-approaches-used-in-hgp-for-identifying-genes-were-1-blast-2-expressed-sequence-tags-3-sequence-annotation-4-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNzc-which-of-the-following-were-not-used-in-hgp-1-vectors-like-bac-and-yac-2-hosts-like-plants-and-animals-3-protein-sequencers-4-dna-sequencers-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNzg-frederick-sanger-is-credited-for-the-invention-of-1-dna-sequencing-method-2-protein-sequencing-method-3-both-4-rna-sequencing-method-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwNzk-the-last-chromosome-to-be-sequenced-in-hgp-was-1-the-last-chromosome-of-the-human-genome-2-the-first-chromosome-of-the-human-genome-3-chromosome-i-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwODA-the-number-of-autosomal-chromosomes-in-the-human-beings-are-1-44-2-22-3-2-4-1-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwODE-how-many-of-the-following-were-the-features-of-the-human-genome-1-99-9-bases-are-present-are-exactly-same-in-all-humans-2-all-sequences-were-found-to-be-coding-sequences-3-repeated-sequences-make-up-v https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwODI-the-locations-in-human-genome-which-differ-by-a-single-base-difference-is-known-as-1-single-nucleotide-mutation-2-single-nucleotide-polymorphism-3-rflp-4-single-nucleotide-polymorphogenesis-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIwODM-the-largest-known-human-gene-is-1-dystrophin-protein-gene-on-x-chromosome-2-sry-gene-on-y-chromosome-3-dystropin-protein-gene-on-y-chromosome-4-sry-gene-on-x-chromosome-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIyOTY-if-an-e-coli-with-heavy-dna-allow-to-grow-for-80-minutes-in-a-culture-medium-of-14-nh-4-cl-then-what-would-be-the-proportion-of-heavy-light-and-hybrid-densities-dna-molecule-respectively-1-1-16-1-16-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDIzMDU-alec-jeffrey-rsquo-s-name-is-associated-with-a-dna-sequencing-b-dna-fingerprinting-c-rna-sequencing-d-gene-cloning-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyNzE-which-of-the-following-rna-polymerase-catalyses-the-formation-of-transfer-rna-in-eukaryotes-1-rna-polymerase-i-2-rna-polymerase-ii-3-rna-polymerase-i-and-ii-4-rna-polymerase-iii-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyNzI-out-of-64-codons-how-many-of-them-code-for-amino-acids-1-64-2-20-3-61-4-32-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyNzM-circular-dna-is-found-in-1-viruses-2-bacteria-chloroplast-and-mitochondria-3-chloroplast-and-mitochondria-alone-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyNzQ-if-in-a-dna-molecule-cytosine-is-18-the-percentage-of-adenine-would-be-a-18-b-32-c-36-d-64-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyNzU-isotopes-used-in-proving-semiconservative-replication-of-dna-were-1-14n-14c-2-14n-15n-3-14n-31p-4-14c-31p-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyNzY-bacterial-nucleoid-has-1-one-single-stranded-dna-2-one-double-stranded-dna-3-two-single-stranded-dna-4-many-double-stranded-dnas-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyNzc-imagine-an-error-occurring-during-dna-replication-in-a-cell-so-that-where-there-is-supposed-to-be-a-t-in-one-of-the-genes-there-is-instead-a-g-what-effect-will-this-probably-have-on-the-cell-1-the-ami https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyNzg-a-sequence-of-pictures-of-polypeptide-synthesis-shows-a-ribosome-holding-two-transfer-rnas-one-trna-has-a-polypeptide-chain-attached-to-it-the-other-trna-has-a-single-amino-acid-attached-to-it-what-do https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyNzk-column-i-column-ii-i-genome-of-174-bacteriophage-a-ribozyme-rnaase-ii-purine-b-5386-nucleotides-iii-catalytic-rna-c-adenine-and-guanine-iv-any-chemical-change-in-dna-d-mutation-the-correct-match-is-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyODA-column-i-column-ii-i-operator-site-a-binding-site-for-rna-polymerase-ii-promoter-site-b-binding-site-for-repressor-molecule-iii-structural-gene-c-codes-for-enzyme-protein-iv-regulator-gene-d-code-for https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyODE-column-i-column-ii-i-termination-a-aminoacyl-trna-synthetase-ii-translation-b-okazaki-fragments-iii-transcription-c-gtp-dependent-release-factor-iv-dna-replication-d-rna-polymerase-the-correct-match-i https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyODI-in-chromosome-dna-is-associated-with-a-negatively-charged-proteins-b-positively-charged-proteins-c-neutral-proteins-d-nhc-protein-1-b-d-2-a-b-c-d-3-b-c-d-4-a-b-c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyODM-heterochromatin-a-is-more-densely-packed-b-is-stains-dark-c-is-transcriptionally-active-d-is-transcriptionally-inactive-1-a-c-2-a-b-c-d-3-b-c-d-4-a-b-d-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyODQ-in-1953-james-watson-and-f-crick-proposed-the-double-helix-model-of-dna-and-got-nobel-prize-their-model-of-dna-was-based-on-a-x-ray-diffraction-of-dna-produced-by-m-wilkins-and-r-franklin-b-griffith-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyODU-in-one-polynucleotide-chain-of-a-dna-molecule-the-ratio-of-a-t-g-c-is-0-3-what-is-the-a-g-t-c-ratio-of-the-entire-dna-molecule-1-0-3-2-0-6-3-1-2-4-1-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyODY-dna-polymerase-a-is-the-main-enzyme-for-rna-synthesis-b-is-dna-dependent-dna-polymerizing-enzyme-c-is-a-highly-efficient-enzyme-d-is-catalyzes-a-reaction-with-a-high-degree-of-accuracy-1-c-d-2-a-b-c-d https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyODc-the-difference-s-between-mrna-and-trna-is-are-that-a-mrna-has-more-elaborated-3-dimensional-structure-due-to-extensive-base-pairing-b-trna-has-more-elaborated-3-dimensional-structure-due-to-extensive https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyODg-in-eukaryotes-the-gene-expression-is-regulated-at-a-transcriptional-level-b-processing-level-c-transport-of-mrna-from-nucleus-to-the-cytoplasm-d-translational-level-1-a-c-2-a-b-c-d-3-b-c-d-4-a-b-c-1-2 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyODk-in-prokaryotes-gene-regulation-occurs-at-the-level-of-1-transcription-2-translation-3-post-transcription-4-post-translation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyOTE-characteristic-s-of-most-dna-is-are-a-a-pairs-with-t-by-2-hydrogen-bonds-b-antipolarity-of-complementary-chains-c-20a-ordm-diameter-d-10-bps-turn-1-a-c-2-a-b-c-d-3-b-c-d-4-a-b-c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyOTI-a-dna-polymorphism-plays-important-role-in-evolution-and-speciation-b-99-9-nucleotides-bases-are-exactly-same-in-all-people-c-chromosome-1-has-the-fewest-genes-23-and-y-chromosomes-has-most-genes-2968 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyOTM-which-one-s-is-are-correct-a-in-prokaryotes-a-single-type-of-rna-polymerase-can-transcribe-mrna-trna-and-rrna-b-in-eukaryotes-rna-polymerase-i-transcribes-rrnas-28s-18s-and-5-8s-whereas-rna-polymerase https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyOTQ-go-through-the-following-diagram-of-nucleosome-structural-unit-of-chromatin-identify-its-componential-parts-indicated-by-a-b-and-c-a-b-c-1-rna-non-histone-histone-2-dna-h1-histone-histone-octamer-3-rn https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyOTU-following-is-the-schematic-structure-of-transcription-unit-having-some-important-components-indicated-by-a-b-c-d-and-e-in-which-of-four-option-the-components-are-identified-correctly-a-b-c-d-e-1-termi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyOTY-the-fact-that-the-genetic-code-is-almost-universal-in-living-organisms-is-considered-to-be-evidence-that-all-organisms-1-are-evolutionarily-related-2-are-genetically-identical-3-have-the-same-sequence https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyOTc-in-the-following-diagram-of-the-lac-operon-an-operon-for-inducible-enzymes-identify-components-and-enzymes-x-y-e1-e2-e3-1-repressor-protein-inducer-lactose-acirc-galactosidase-permease-transacetylase https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyOTg-alfred-hershey-and-martha-chase-made-a-big-contribution-in-proving-dna-role-as-the-hereditary-molecule-the-experiment-is-shown-in-the-diagram-a-and-c-are-the-presence-or-absence-of-radioactivity-detec https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMyOTk-if-the-dna-of-this-virus-was-labeled-with-32p-and-the-protein-of-the-virus-was-labeled-with-35s-which-molecule-s-would-be-present-inside-the-cells-1-35s-and-32p-2-35s-only-3-32p-only-4-neither-molecul https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMDA-which-of-the-following-statements-is-correct-i-the-biochemical-nature-of-genetic-material-was-not-defined-from-the-experiments-conducted-by-griffith-ii-working-on-transformation-avery-et-al-concluded https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMDE-the-prediction-of-sequence-of-amino-acid-is-a-if-the-sequence-of-nucleotides-mrna-is-known-the-prediction-of-sequence-of-nucleotide-is-concerned-mrna-is-b-because-the-genetic-code-is-c-1-a-possible-b https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMDI-choose-the-correct-statements-i-binding-of-mrna-to-the-ribosome-is-loose-and-reversible-ii-the-ribosome-which-is-composed-of-trna-and-proteins-consists-of-a-small-and-large-subunit-iii-each-of-the-20 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMDM-the-length-of-dna-has-45000-base-pairs-how-many-complete-turns-will-the-dna-molecule-take-1-45000-2-450-3-4500-4-45-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMDQ-go-through-the-following-facts-i-aag-always-code-for-lysine-it-cannot-code-for-any-other-amino-acid-ii-serine-amino-acid-can-be-coded-by-ucu-ucc-uca-or-ucg-iii-uuu-form-phenylalanine-in-bacteria-as-we https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMDU-the-full-form-of-elsi-is-1-embedded-low-software-index-2-ear-lung-spleen-immunity-3-ethical-legal-and-social-issue-4-endonuclease-ligase-surface-immunity-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMDY-dna-fingerprinting-works-because-1-genes-containing-the-same-alleles-make-it-simple-to-compare-different-individuals-2-pcr-allows-amplification-of-proteins-from-single-cells-3-there-are-multiple-allel https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMDc-dna-replication-in-eukaryotes-differs-from-replication-in-bacteria-because-1-synthesis-of-the-new-dna-strand-is-from-3-to-5-in-eukaryotes-and-from-5-to-3-in-bacteria-2-synthesis-of-the-new-dna-strand https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMDg-mutations-are-1-heritable-changes-in-the-sequence-of-dna-bases-that-produce-an-observable-phenotype-2-heritable-changes-in-the-sequence-of-dna-bases-3-mistakes-in-the-incorporation-of-amino-acids-into https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMDk-you-have-analyzed-the-dna-isolated-from-a-newly-discovered-virus-and-found-that-its-base-composition-is-32-a-17-c-32-g-and-19-t-what-would-be-a-reasonable-explanation-of-this-observation-1-the-virus-m https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMTA-the-energy-necessary-for-making-a-dna-molecule-comes-directly-from-the-1-sugar-2-atp-3-release-of-phosphates-4-nadph-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMTE-the-force-that-holds-dna-together-in-a-double-helix-is-1-the-force-of-the-twist-2-covalent-bonds-3-ionic-bonds-or-ionic-interactions-4-hydrogen-bonds-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMTI-the-enzyme-that-unwind-the-dna-prior-to-replication-is-called-1-dna-polymerase-iii-2-dna-ligase-3-primase-4-helicase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMTM-if-hershey-and-chase-had-found-s-in-both-the-pellet-and-the-supernatant-the-conclusion-about-the-nature-of-dna-replication-would-be-that-1-protein-must-be-the-information-molecule-2-it-would-be-diffic https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMTQ-experiments-by-avery-macleod-and-mccarty-supported-dna-as-the-genetic-material-by-showing-that-1-both-protein-and-dna-samples-provided-the-transforming-factor-2-dna-was-not-complex-enough-to-be-the-ge https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMTU-what-are-the-mini-satellites-1-r-dna-2-vntr-3-c-dna-4-sat-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMTY-which-statement-about-complementary-base-pairing-is-not-true-1-it-plays-a-role-in-dna-replication-2-in-dna-t-pairs-with-a-3-purines-pair-with-purines-and-pyrimidines-pair-with-pyrimidines-4-in-dna-c-p https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMTc-western-blot-hybridization-is-used-for-1-dna-analysis-2-rna-analysis-3-protein-analysis-4-polysaccharide-analysis-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMTg-snp-which-is-pronounced-as-snips-rdquo-stands-for-1-small-nuclear-protein-2-single-nucleotide-particle-3-single-nucleotide-polymorphism-4-small-nicking-points-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMTk-the-length-of-e-coli-dna-and-length-of-dna-in-a-human-2n-cell-is-1-1-36-mm-and-2-2-m-respectively-2-1-36-mm-and-2-2-mm-respectively-3-1-3-igrave-m-and-2-2-igrave-m-respectively-4-1-36-cm-and-2-2-cm-re https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDMzMjA-escherichia-coli-cells-were-grown-for-many-generations-in-15nh4cl-as-sole-nitrogen-source-subsequently-these-cells-were-grown-exactly-for-four-generations-in-medium-containing-14nh4cl-the-dna-from-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg0ODI-match-each-item-in-column-i-with-one-in-column-ii-and-select-your-answer-from-the-codes-given-column-i-column-ii-scientist-contribution-a-francis-crick-a-breaking-the-genetic-code-b-nirenberg-b-establ https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1Mjc-the-base-pairing-in-a-double-stranded-dna-is-correctly-described-as-1-similar-2-identical-3-complementary-4-synergistic-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1Mjg-if-each-strand-of-a-ds-dna-acts-as-a-template-for-new-strand-the-two-daughter-dna-will-be-1-complementary-to-each-other-2-identical-to-the-parental-dna-3-similar-to-each-other-4-complementary-to-the-p https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MzA-in-some-viruses-the-flow-of-genetic-information-is-from-rna-to-dna-these-viruses-are-1-reverse-transcriptase-2-teminism-3-ribozymes-4-retroviruses-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MzE-in-prokaryotes-1-a-typical-nucleus-is-not-seen-and-dna-is-scattered-throughout-the-cell-2-a-typical-nucleus-may-sometimes-be-present-and-dna-is-scattered-throughout-a-cell-3-a-typical-nucleus-is-not-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MzI-histones-are-rich-in-amino-acids-1-arginine-and-lysine-2-argine-and-leucine-3-arginine-and-isoleucine-4-aspartate-and-glutamate-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MzM-a-typical-nucleosome-unit-consists-of-about-1-60-base-pairs-2-140-base-pairs-3-200-base-pairs-4-400-base-pairs-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MzQ-during-dna-packaging-in-eukaryotic-cells-non-histone-chromosomal-proteins-1-are-not-required-2-are-required-from-the-beginning-to-the-end-of-packaging-3-are-required-only-for-earlier-stages-of-packagi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MzU-frederick-griffith-discovered-1-dna-is-the-genetic-material-2-rna-can-be-the-genetic-material-3-sterptococcus-has-two-strains-4-bacterial-transformation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MzY-in-avery-macleod-and-mccarty-experiment-the-transformation-of-bacteria-was-inhibited-by-1-proteases-2-rnase-3-dnase-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1Mzc-viruses-grown-on-radioactive-sulfur-contain-1-radioactive-proteins-but-not-dna-2-radioactive-dna-but-not-proteins-3-radioactive-proteins-and-dna-4-nonradioactive-dna-and-protein-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1Mzg-hershey-and-chase-proved-dna-as-the-genetic-material-as-in-their-experiment-1-bacteria-that-were-infected-with-viruses-that-had-radioactive-proteins-were-not-radioactive-2-bacteria-that-were-infected https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1Mzk-rna-is-not-the-genetic-material-in-1-tobacco-mosaic-virus-2-qb-bacteriophage-3-hiv-4-archaebacteria-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NDE-dna-is-structurally-and-chemically-more-stable-than-rna-because-of-all-the-following-except-1-it-has-thymine-instead-of-uracil-2-2-rsquo-ndash-oh-is-absent-in-dna-3-it-replicates-itself-based-on-compl https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NDI-the-protein-synthesizing-machinery-of-a-cell-has-evolved-around-1-dna-2-rna-3-protein-itself-4-viroids-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NDM-who-proposed-semi-conservative-mode-of-replication-for-dna-1-watson-and-crick-2-meselson-and-stahl-3-hershey-and-chase-4-beadle-and-tatum-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NDQ-which-radioactive-isotope-was-used-by-meselson-and-stahl-to-label-dna-in-their-experiment-1-35-s-2-15-n-3-32-p-4-none-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NDY-any-mistakes-during-dna-replication-by-the-enzyme-would-result-into-1-cancer-2-apoptosis-3-cell-fragmentation-4-mutation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NDc-which-of-the-following-acts-as-the-substrate-and-provide-energy-for-dna-replication-1-dideoxyribonucleoside-triphosphates-2-ribonucleoside-triphosphates-3-deoxyribonucleoside-triphosphates-4-deoxyribo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NDg-the-discontinuously-synthesized-dna-fragments-are-later-joined-by-1-dna-helicase-2-topoisomerase-3-dna-ligase-4-dna-polymerase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NDk-which-of-the-following-is-true-for-both-transcription-and-dna-replication-1-principle-of-complementarity-governs-the-processes-2-only-of-the-two-strands-act-as-template-3-only-a-segment-of-both-strand https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NTI-what-defines-a-coding-and-a-template-strand-in-the-transcription-unit-1-structural-gene-2-ori-3-terminator-4-promoter-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NTM-a-segment-of-dna-coding-for-a-polypeptide-is-most-accurately-defined-as-1-operon-2-gene-3-recon-4-cistron-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NTQ-in-eukaryotes-the-sequences-that-appear-in-mature-or-processed-mrna-are-called-1-introns-2-cistrons-3-exons-4-mutons-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NTY-what-facilitates-the-opening-of-the-helix-during-elongation-step-of-transcription-1-rna-polymerase-2-helicase-3-topoisomerase-4-gyrase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NTc-which-of-the-following-helps-in-termination-of-transcription-1-sigma-factor-2-translocase-3-ubiquitin-4-rho-factor-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NTg-transcription-and-translation-can-be-coupled-in-1-bacteria-2-yeast-3-plants-4-animals-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NTk-in-eukaryotes-rna-polymerase-ii-transcribes-1-mrna-2-rrna-3-trna-4-hnrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NjA-what-is-added-to-the-5-rsquo-end-of-hnrna-in-eukryotes-1-poly-a-tail-2-methyl-cytosine-triphosphate-3-methyl-guanosine-triphosphate-4-poly-u-tail-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NjI-some-amino-acids-are-coded-by-more-than-one-codon-hence-genetic-code-is-1-unambiguous-2-non-specific-3-degenerate-4-universal-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NjQ-in-actual-structure-trna-is-a-compact-molecule-which-looks-like-a-an-1-clover-leaf-2-rail-road-3-inverted-l-4-alpha-helix-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NjU-which-of-the-following-anticodons-will-hybridize-with-the-mrna-codon-5-rsquo-ndash-aug-ndash-3-rsquo-1-5-rsquo-ndash-uac-ndash-3-rsquo-2-5-rsquo-ndash-tac-ndash-3-rsquo-3-3-rsquo-ndash-uac-ndash-5-rsq https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NjY-which-of-the-following-acts-as-a-ribozyme-for-peptide-bond-formation-in-bacteria-1-5s-rrna-2-23s-rrna-3-16s-rrna-4-5-1s-rrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1Njc-the-utr-untranslated-regions-in-an-mrna-1-are-present-only-at-5-rsquo-end-and-are-not-required-for-efficient-translation-2-are-present-only-at-3-rsquo-end-and-are-not-required-for-efficient-translatio https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1Njg-gene-regulation-in-prokaryotes-is-carried-out-exclusively-at-the-level-of-1-initiation-of-transcription-2-post-transcriptional-modifications-3-translation-4-post-translational-modifications-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1Njk-the-repressor-of-lac-operon-is-1-lactose-itself-2-a-steroid-3-synthesized-constitutively-4-a-product-of-structural-gene-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NzA-a-very-low-level-of-expression-of-the-lac-operon-has-to-be-present-in-the-cell-1-when-lactose-is-present-2-when-lactose-is-absent-3-when-glucose-is-absent-4-all-the-time-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1NzE-the-lac-operon-is-regarded-as-1-negative-inducible-2-negative-repressible-3-positive-inducible-4-positive-repressible-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NTg0MzA-a-piece-of-nucleic-acid-used-to-find-a-gene-by-forming-a-hybrid-with-it-is-called-a-1-probe-2-vector-3-restriction-sequence-4-retrovirus-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NTg0MzU-hybridization-of-mrna-with-dna-can-reveal-which-segment-of-the-dna-are-introns-and-which-segment-are-exons-when-the-magnification-is-high-enough-to-see-the-molecule-the-introns-appear-as-1-single-stra https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjIyNTQ-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-mrna-codons-amino-acid-i-gug-1-tryptophan-ii-ugg-2-valine-iii-uac-3-glutamic https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjIzMDc-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-anibiotic-effect-i-tetracycline-1-inhibits-binding-of-amino-acyl-trna-to-ribo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI4NjQ-which-of-the-following-cannot-be-inferred-from-the-information-given-in-the-following-diagram-1-the-dna-from-the-crime-scene-matches-that-of-individual-b-2-vntrs-are-hypervariable-3-the-larger-fragmen https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI4NjU-consider-the-following-diagram-showing-the-working-of-the-lac-operon-in-e-coli-in-the-presence-of-an-inducer-and-choose-the-correct-statement-from-the-ones-given-below-1-a-is-the-inducer-and-can-be-ei https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI4NjY-study-the-diagram-given-below-and-choose-the-correct-information-that-can-be-deduced-1-the-core-rna-polymerase-is-capable-of-catalyzing-elongation-only-2-sigma-factor-and-rho-factor-are-needed-for-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI4Njc-consider-the-transcription-unit-given-in-the-following-diagram-and-choose-the-correct-statements-i-the-promoter-on-the-template-is-situated-upstream-and-5-rsquo-to-the-structural-gene-ii-it-is-the-pre https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NzM2NzQ-which-of-the-following-was-presented-as-evidence-in-favor-of-ldquo-the-rna-world-rdquo-hypothesis-1-the-fact-that-dna-can-encode-genetic-information-2-the-fact-that-enzymes-made-of-protein-can-catalyz https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NzM2ODE-the-wobble-effect-is-the-1-lack-of-precision-with-regard-to-the-third-base-in-the-codon-and-anticodon-2-instability-of-the-dna-molecule-when-unwound-3-instability-of-pairing-when-a-purine-pairs-with-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NzM2ODQ-an-operon-is-a-1-protein-that-suppresses-gene-expression-2-protein-that-accelerates-gene-expression-3-genes-that-switch-other-genes-on-or-off-4-cluster-of-structural-genes-with-related-functions-1-2-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NzM2ODU-the-activity-of-a-repressor-depends-on-whether-1-the-repressor-is-positioned-next-to-the-operon-2-the-repressor-is-positioned-next-to-the-promoter-3-a-key-substance-in-the-metabolic-pathway-is-present https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODkyODY-the-experimental-proof-for-semiconservative-replication-of-dna-was-first-shown-in-a-1-fungus-2-bacterium-3-plant-4-virus-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODkyOTE-select-the-correct-match-1-alec-jeffreys-ndash-streptococcus-pneumoniae-2-alfred-hershey-and-martha-chase-ndash-tmv-3-matthew-meselson-and-f-stahl-ndash-pisum-sativum-4-francois-jacob-and-jacques-mono https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODkzMTA-select-the-correct-match-1-ribozyme-nucleic-acid-2-f2-times-recessive-parent-dihybrid-cross-3-t-h-morgan-transduction-4-g-mendel-transformation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODk0ODA-aggtatcgcat-is-a-sequence-from-the-coding-strand-of-a-gene-what-will-be-the-corresponding-sequence-of-the-transcribed-mrna-1-agguaucgcau-2-uggtutcgcat-3-accuaugcgau-4-uccauagcgua-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODk0OTc-all-of-the-following-are-part-of-an-operon-except-1-an-operator-2-structural-genes-3-an-enhancer-4-a-promoter-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODk1Mzk-dna-replication-in-bacteria-occurs-1-within-nucleolus-2-prior-to-fission-3-just-before-transcription-4-during-s-phase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTA0ODk-which-of-the-following-is-required-as-an-inducer-s-for-the-expression-of-lac-operon-1-galactose-2-lactose-3-lactose-and-galactose-4-glucose-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTA1NjY-which-one-of-the-following-is-the-starter-codon-1-uga-2-uaa-3-uag-4-aug-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTEzMzQ-gene-regulation-governing-lactose-operon-of-e-coli-that-involves-the-lac-i-gene-products-is-1-positive-and-inducible-because-it-can-be-induced-by-lactose-2-negative-and-inducible-because-repress-or-pr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTEzNzk-which-one-of-the-following-is-wrongly-matched-1-transcription-writing-information-from-dna-to-t-rna-2-translation-using-the-information-in-m-rna-to-make-protein-3-repressor-protein-binds-to-an-operato https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTEzODQ-an-analysis-of-chromosomal-dna-using-the-southern-hybridization-technique-does-not-use-1-electrophoresis-2-blotting-3-autoradiography-4-pcr-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTE1MTY-the-diagram-shows-an-important-concept-in-the-genetic-implication-of-dna-fill-in-the-blanks-a-to-c-1-a-translation-b-transcription-c-erwin-chargaff-2-a-transcription-b-translation-c-francis-crick-3-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTE5ODQ-select-the-correct-option-direction-of-rna-synthesis-direction-of-reading-of-the-template-dna-strand-1-5-3-3-5-2-3-5-5-3-3-5-3-5-3-4-3-5-3-5-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTI3NTk-which-one-of-the-following-also-acts-as-a-catalyst-in-a-bacterial-cell-1-sn-rna-2-hn-rna-3-23-s-rrna-4-5-s-rrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTI4NDg-which-one-of-the-following-is-used-as-a-vector-for-cloning-genes-into-higher-organisms-1-baculovirus-2-salmonella-typhimurium-3-rhizopus-nigricans-4-retrovirus-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTI4NjE-dna-or-rna-segment-tagged-with-a-radioactive-molecule-is-called-1-vector-2-probe-3-clone-4-plasmid-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM3MjI-which-one-of-the-following-pairs-of-nitrogenous-bases-of-nucleic-acids-is-wrongly-matched-with-the-category-mentioned-against-it-1-thymine-uracil-pyrimidines-2-uracil-cytosine-pyrimidines-3-guanine-ad https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM4MDg-one-gene-one-enzyme-relationship-was-established-for-the-first-time-in-1-neurosporacrassa-2-salmonella-typhimurium-3-escherichia-coli-4-diplococcuspneumonia-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTQxNDQ-one-gene-ndash-one-enzyme-hypothesis-was-postulated-by-1-r-franklin-2-hershey-and-chase-3-a-garrod-4-beadle-and-tatum-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTQ1NjY-match-the-enzyme-in-column-i-with-its-function-in-column-ii-and-choose-the-correct-option-1-a-2-b-1-c-4-d-3-2-a-3-b-2-c-1-d-4-3-a-3-b-4-c-1-d-2-4-a-1-b-2-c-4-d-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTQ1ODY-probes-used-in-dna-fingerprinting-are-initially-1-single-stranded-rna-2-mini-satellite-3-19-base-long-oligonucleotide-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTQ1ODc-satellite-dna-is-a-useful-tool-in-1-organ-transplantation-2-sex-determination-3-forensic-science-4-genetic-engineering-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTQ2MzQ-allelic-sequence-variation-where-more-than-one-variant-allele-at-a-locus-in-a-human-population-with-a-frequency-greater-than-0-01-is-referred-to-as-1-dna-polymorphism-2-multiple-allelism-3-snp-4-est-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTQ5OTc-the-codon-for-anticodon-3-uuua-5-is-1-3-aau-5-2-5-uaaa-3-3-5-aaau-3-4-3-uaau-5-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTUwNTY-the-okazaki-fragments-in-dna-chain-growth-1-results-in-transcription-2-polymerise-in-the-3-to-5-direction-and-forms-replication-fork-3-prove-semi-conservative-nature-of-dna-replication-4-polymerise-in https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTUwNTc-one-gene-one-enzyme-relationship-was-established-for-the-first-time-in-1-neurosporacrassa-2-salmonella-typhimurium-3-escherichia-coli-4-diplococcuspneumoniae-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTUxNzQ-the-largest-gene-in-a-man-is-1-insulin-gene-2-tumour-suppressor-gene-3-beta-globin-gene-of-haemoglobin-4-dystrophin-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTUyMDU-in-dna-when-agct-occurs-their-association-is-as-per-which-of-the-following-pair-1-a-g-c-t-2-a-t-g-c-3-a-c-g-t-a-c-e-t-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTUyMDY-a-segment-of-dna-has-120-adenine-and-120-cytosine-bases-the-total-number-of-nucleotides-present-in-the-segment-is-1-60-2-240-3-120-4-480-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTU2Mzg-match-the-following-genes-of-the-lac-operon-with-their-respective-products-a-i-gene-i-beta-galactosidase-b-z-gene-ii-permease-c-a-gene-iii-repressor-d-y-gene-iv-transacetylase-select-the-correct-optio https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTU2NDI-purines-found-both-in-dna-and-rna-are-1-cytosine-and-thymine-2-adenine-and-thymine-3-adenine-and-guanine-4-guanine-and-cytosine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTU2NjQ-under-which-of-the-following-conditions-will-there-be-no-change-in-the-reading-frame-of-the-following-mrna-5-aacagcggugcuauu-3-1-deletion-of-ggu-from-7th-8th-and-9th-positions-2-insertion-of-g-at-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTU2NzI-expressed-sequence-tags-ests-refers-to-1-novel-dna-sequence-2-genes-expressed-as-rna-3-polypeptide-expression-4-dna-polymorphism-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTU2OTk-which-of-the-following-features-of-genetic-code-does-allow-bacteria-to-produce-human-insulin-by-recombinant-dna-technology-1-genetic-code-is-specific-2-genetic-code-is-not-ambiguous-3-genetic-code-is https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTE3Nzc0-using-reverse-transcriptase-or-gene-synthesis-has-an-advantage-over-the-shotgun-approach-in-obtaining-a-copy-of-the-gene-required-as-1-the-gene-produced-can-easily-be-ligated-to-the-vector-2-the-gene https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTE4MDIw-hargobind-khorana-was-awarded-the-noble-prize-for-1-discovering-dna-2-discovering-rna-3-discovering-dna-polymerase-4-chemical-synthesis-of-a-gene-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTE4ODU1-the-transfer-rna-molecule-in-3d-appears-1-l-shaped-2-e-shaped-3-v-shaped-4-s-shaped-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTE4ODU2-length-of-one-turn-of-the-helix-in-a-b-form-dna-is-approximately-1-3-4-nm-2-2-nm-3-0-34-nm-4-20-nm-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0MTI0-a-mutation-at-a-gene-locus-changes-a-character-due-to-change-in-1-dna-replication-2-protein-synthesis-pattern-3-rna-transcription-pattern-4-protein-structure-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NDA3-production-of-human-protein-in-bacterial-genetic-engineering-is-possible-because-1-human-chromosome-replicate-bacterial-cell-2-mechanism-of-gene-regulation-is-identical-in-humans-and-bacteria-3-bacter https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTMxNDA0-what-will-be-the-sequence-of-mrna-produced-by-the-following-stretch-of-dna-3-atgcatgcatgcatg-5-template-strand-5-tacgtacgtacgtac-3-coding-strand-1-3-augcaugcaugcaug-5-2-5-uacguacguacguac-3-3-3-uacguac https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTMxNDgx-match-the-following-rna-polymerases-with-their-transcribed-products-column-i-column-ii-a-rna-polymerase-i-i-trna-b-rna-polymerase-ii-ii-rrna-c-rna-polymerase-iii-iii-hnrna-select-the-correct-option-fr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTMxNjY5-from-the-following-identify-the-correct-combination-of-salient-features-of-the-genetic-code-1-universal-non-ambiguous-overlapping-2-degenerate-overlapping-commaless-3-universal-ambiguous-degenerate-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTMxNjcw-which-scientist-experimentally-proved-that-dna-is-the-sole-genetic-material-in-bacteriophage-1-beadle-and-tatum-2-messelson-and-stahl-3-hershey-and-chase-4-jacob-and-monod-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTMxNjcx-in-the-process-of-transcription-in-eukaryotes-the-rna-polymerase-i-transcribe-1-mrna-with-additional-processing-capping-and-tailing-2-trna-5-s-rrna-and-snrnas-3-rrnas-28-s-18-s-and-5-8-s-4-precursor-o https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTMxNjc1-what-initiation-and-termination-factors-are-involved-in-transcription-in-prokaryotes-1-sigma-and-rho-respectively-2-alpha-and-beta-respectively-3-beta-and-gamma-respectively-4-alpha-and-sigma-respecti https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTYzNzU3-nucleic-acid-synthesis-in-a-cell-is-blocked-the-first-affected-molecular-process-will-most-likely-be-1-mrna-synthesis2-dna-replication-3-translation4-hnrna-splicing-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTc5NDM2-transformation-experiments-were-first-performed-over-the-bacterium-1-escherechia-coli-2-salmonella-typhimurum-3-diplococcus-pneumoniae-4-pastuerella-pestis-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgwMjY3-when-protein-synthesis-terminates-the-initiator-amino-acid-methionine-will-have-a-free-group-and-the-last-amino-acid-of-the-chain-has-a-free-group-1-amino-carboxyl-2-carboxyl-amino-3-phosphoryl-hydrox https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgwNjQw-are-the-units-of-heredity-1-cells-2-genes-3-chromosomes-4-alleles-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgwNjQ1-a-variant-in-sequence-that-is-present-in-at-least-1-of-a-population-is-called-a-an-1-trait-2-autosome-3-allosome-4-polymorphism-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgxNDk0-an-octamer-of-4-histones-complexed-with-dna-forms-1-endosome-2-nucleosome-3-mesosome-4-centromere-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgyNTgz-which-of-the-following-is-not-a-salient-feature-of-the-human-genome-1-the-actual-total-number-of-genes-is-much-higher-than-what-was-previously-estimated-2-less-than-2-percent-of-the-genome-codes-for-p https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgyNTg0-the-chain-termination-method-using-dideoxyribonucleoside-triphosphates-was-given-by-1-paul-berg2-fred-sanger-3-marshall-nirenberg4-george-gamow-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgyNTg1-a-procedure-for-identifying-specific-sequences-of-dna-in-which-fragments-separated-on-a-gel-are-transferred-directly-to-a-second-medium-on-which-assay-by-hybridization-may-be-carried-out-is-called-as https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgyNTg2-a-tract-of-repetitive-dna-in-which-certain-dna-motifs-ranging-in-length-from-10-ndash-60-base-pairs-are-typically-repeated-5-50-times-is-called-1-satellite-chromosome2-satellite-dna-3-minisatellite4-m https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTg0Mjc5-dehydration-synthesis-is-not-involved-in-1-joining-monosaccharides-to-form-a-polysaccharide-2-base-pairing-in-a-double-stranded-dna-3-linking-of-fatty-acid-molecules-to-glycerol-4-joining-of-amino-aci https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTg1MzYz-if-the-distance-between-two-consecutive-base-pairs-is-0-34-nm-and-the-total-number-of-base-pairs-of-a-dna-double-helix-in-a-typical-mammalian-cell-is-6-6-times-109-bp-then-the-length-of-the-dna-is-app https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTg1Mzky-which-of-the-following-statements-is-correct-1-adenine-pairs-with-thymine-through-one-h-bond-2-adenine-pairs-with-thymine-through-three-h-bonds-3-adenine-does-not-pair-with-thymine-4-adenine-pairs-wit https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTg1Mzk1-choose-the-correct-pair-from-the-following-1-polymerases-break-the-dna-into-fragments-2-nucleases-separate-the-two-strands-of-dna-3-exonucleases-make-cuts-at-specific-positions-within-dna-4-ligases-jo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTg1NDAw-the-first-phase-of-translation-is-1-recognition-of-dna-molecule-2-aminoacylation-of-trna-3-recognition-of-an-anti-codon-4-binding-of-mrna-to-ribosome-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTk3MTU1-genetically-inactive-and-highly-condensed-region-with-tightly-packed-dna-is-1-euchromatin-2-heterochromatin-3-chromatin-4-chromosome-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjQ1MDI5-the-term-nuclein-for-the-genetic-material-was-used-by-1-franklin-2-meischer-3-chargaff-4-mendel-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjQ1MDMx-in-the-polynucleotide-chain-of-dna-a-nitrogenous-base-is-linked-to-the-ndash-oh-of-1-2-c-pentose-sugar-2-3-c-pentose-sugar-3-5-c-pentose-sugar-4-1-c-pentose-sugar-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjQ1MDMy-e-coli-has-only-4-6-times-106-base-pairs-and-completes-the-process-of-replication-within-18-minutes-then-the-average-rate-of-polymerization-is-approximately-1-2000-base-pairs-second-2-3000-base-pairs https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjQ1MDMz-which-is-the-basis-of-genetic-mapping-of-the-human-genome-as-well-as-dna-fingerprinting-1-polymorphism-in-the-dna-sequence-2-single-nucleotide-polymorphism-3-polymorphism-in-the-hnrna-sequence-4-polym https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mjc3MjI0-complete-the-flow-chart-on-central-dogma-1-a-replication-b-transcription-c-translation-d-protein-2-a-transduction-b-translation-c-replication-d-protein-3-a-replication-b-transcription-c-transduction-d https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mjc3MjM3-what-is-the-role-of-rna-polymerase-iii-in-the-process-of-transcription-in-eukaryotes-1-transcribes-precursor-of-mrna-2-transcribes-only-snrnas-3-transcribes-rrnas-28s-18s-and-5-8s-4-transcribes-trna-5 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mjc3MjQ0-dna-fingerprinting-involves-identifying-differences-in-some-specific-regions-in-dna-sequence-called-1-single-nucleotides-2-polymorphic-dna-3-satellite-dna-4-repetitive-dna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mjc3MjQ2-identify-the-correct-statement-1-the-coding-strand-in-a-transcription-unit-is-copied-to-an-mrna-2-split-gene-arrangement-is-characteristic-of-prokaryotes-3-in-capping-methylguanosine-triphosphate-is-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mjc3MjUz-if-adenine-makes-30-of-the-dna-molecule-what-will-be-the-percentage-of-thymine-guanine-and-cytosine-in-it-1-t-30-g-20-c-20-2-t-20-g-25-c-25-3-t-20-g-30-c-20-4-t-20-g-20-c-30-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mjc3MjY0-which-of-the-following-rnas-is-not-required-for-the-synthesis-of-protein-1-rrna-2-sirna-3-mrna-4-trna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mjc3Mjg0-which-is-the-only-enzyme-that-has-the-capability-to-catalyze-initiation-elongation-and-termination-in-the-process-of-transcription-in-prokaryotes-1-dna-ligase-2-dnase-3-dna-dependent-dna-polymerase-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mjc3Mjkw-which-one-of-the-following-statements-about-histones-is-wrong-1-histones-are-rich-in-amino-acids-lysine-and-arginine-2-histones-carry-a-positive-charge-in-the-side-chain-3-histones-are-organized-to-fo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mjc3Mjkx-statement-i-the-codon-aug-codes-for-methionine-and-phenylalanine-statement-ii-aaa-and-aag-are-both-codons-that-code-for-the-amino-acid-lysine-in-light-of-the-above-statements-choose-the-correct-answer https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3ODYx-in-the-avery-macleod-and-mccarty-experiment-the-use-of-which-of-the-following-will-affect-bacterial-transformation-1-trypsin-2-chymotrypsin-3-ribonuclease-4-deoxyribonuclease-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3ODYy-which-of-the-following-two-statements-can-be-correctly-considered-as-the-conclusions-of-the-hershey-and-chase-experiment-i-the-lack-of-35s-labeled-dna-remaining-in-the-solution-after-the-bacteriophage https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3ODY1-consider-the-two-statements-i-ori-rsquo-s-sites-in-dna-are-a-t-rich-ii-a-t-base-pairs-have-two-hydrogen-bonds-1-both-i-and-ii-are-correct-and-ii-explains-i-2-both-i-and-ii-are-correct-but-ii-is-not-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3ODY2-during-dna-replication-the-enzyme-that-separates-the-two-strands-of-dna-at-the-replication-fork-is-1-dna-helicase-2-dna-gyrase-3-dna-ligase-4-dna-topoisomerase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3ODgw-identify-the-incorrect-statement-1-all-cellular-life-forms-use-a-primase-to-synthesize-a-short-rna-primer-with-a-free-3-prime-oh-group-which-is-subsequently-elongated-by-a-dna-polymerase-2-dna-is-read https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3ODgz-during-transcription-a-dna-sequence-is-read-by-an-rna-polymerase-which-produces-1-a-complementary-antiparallel-rna-strand-called-a-primary-transcript-2-an-identical-antiparallel-rna-strand-called-a-pr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3ODg1-in-transcription-1-rna-complement-formed-includes-the-nucleotide-uracil-u-in-all-instances-where-thymine-t-would-have-occurred-in-a-dna-complement-2-the-template-strand-of-dna-is-called-the-coding-str https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3ODg4-the-mrna-codons-gag-and-gug-respectively-code-for-1-valine-and-glutamic-acid-2-glutamic-acid-and-valine-3-tryptophan-and-methionine-4-methionine-and-tryptophan-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3ODg5-unusual-bases-as-dihydrouridine-and-pseudouridine-are-most-likely-to-be-found-in-1-complementary-dna-2-mrna-3-rrna-4-trna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3ODkw-each-trna-is-charged-with-a-specific-amino-acid-by-1-aminoacyl-trna-synthetase-2-polynucleotide-phosphorylase-3-peptidyl-transferase-4-topoisomerase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3OTQ0-consider-the-two-statements-i-in-bacteria-translation-initiation-occurs-as-soon-as-the-5-end-of-an-mrna-is-synthesized-and-translation-and-transcription-are-coupled-ii-this-is-not-possible-in-eukaryot https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3OTQ2-during-the-elongation-step-of-bacterial-translation-peptide-bond-formation-is-catalyzed-by-a-ribozyme-which-is-1-the-23s-ribosomal-rna-in-the-50s-ribosomal-subunit-2-the-23s-ribosomal-rna-in-the-30s-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3OTQ3-which-gene-in-the-lac-operon-codes-for-an-intracellular-enzyme-that-cleaves-the-disaccharide-lactose-into-glucose-and-galactose-1-lac-a-2-lac-y-3-lac-z-4-lac-i-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3OTQ4-allolactose-is-an-isomer-of-lactose-and-is-the-inducer-of-the-lac-operon-allolactose-is-1-galactose-beta-1-rarr-4-glucose-2-galactose-beta-1-rarr-6-glucose-3-galactose-beta-1-rarr-5-glucose-4-galactos https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI4MDk0-the-first-multicellular-eukaryote-and-animal-to-have-its-whole-genome-sequenced-was-1-saccharomyces-cerevisiae-2-arabidopsis-thaliana-3-zea-mays-4-coenorhabditis-elegans-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI4MDk1-the-shortest-human-autosome-is-1-chromosome-1-2-chromosome-22-3-chromosome-21-4-y-chromosome-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI4MDk2-a-method-used-in-molecular-biology-for-the-detection-of-a-specific-dna-sequence-in-dna-samples-is-1-northern-blotting-2-western-blotting-3-southern-blotting-4-eastern-blotting-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI4MDk4-in-traditional-dna-fingerprinting-such-as-rflp-the-dna-that-has-been-collected-is-first-cut-into-smaller-fragments-by-1-probe-molecules-2-restriction-enzymes-3-gel-electrophoresis-4-denaturation-1-2-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI4MDk5-in-sanger-rsquo-s-method-of-genome-sequencing-when-a-dideoxyribonucleotide-is-added-to-the-tube-1-replication-of-the-strand-continues-2-replication-of-the-strand-stops-3-replication-of-the-strand-is-n https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI4MTAw-all-living-organisms-past-present-and-future-are-linked-to-each-other-all-organisms-have-arisen-from-a-single-distant-ancestor-the-strongest-evidence-for-this-will-be-1-all-organisms-have-a-triplet-ge https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI4MTAx-during-initiation-of-transcription-the-prokaryotic-rna-polymerase-holoenzyme-recognizes-promoters-specific-to-certain-types-of-genes-with-the-help-of-1-alpha-subunit-2-omega-subunit-3-beta-subunit-4-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI4MTAy-in-the-anticodon-of-a-trna-molecule-the-base-hypoxanthine-inosine-can-pair-with-all-of-the-following-except-1-adenine-2-guanine-3-cytosine-4-thymine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI5Njc5-why-is-a-nucleic-acid-probe-required-in-many-genetic-engineering-experiments-1-to-clone-genes-2-to-produce-a-large-amount-of-dna-from-a-tiny-amount-of-dna-3-to-make-dna-on-the-template-of-rna-4-to-ide https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI5NzAy-vntrs-are-a-type-of-1-microsatellites-2-ministaellites-3-snps-4-secondary-constrictions-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI5NzA0-the-dideoxyribonucleotide-chain-termination-method-1-is-used-to-produce-recombinant-proteins-in-a-heterologous-host-2-was-developed-by-fred-sanger-and-used-in-human-genome-sequencing-3-is-an-improved https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI5NzEx-consider-the-two-statements-i-transcripts-of-eukaryotic-genes-cannot-be-translated-by-bacteria-ii-eukaryotic-genes-contain-introns-1-both-i-and-ii-are-correct-and-ii-explains-i-2-both-i-and-ii-are-cor https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDYw-to-form-a-nucleoside-a-nitrogenous-base-is-linked-to-the-oh-of-1-1-c-pentose-sugar-through-an-o-glycosidic-linkage-2-1-c-pentose-sugar-through-an-n-glycosidic-linkage-3-5-c-pentose-sugar-through-an-n https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDYx-to-form-a-nucleosome-1-the-negatively-charged-dna-is-wrapped-around-the-positively-charged-histone-octamer-2-the-negatively-charged-dna-is-wrapped-around-the-positively-charged-histone-tetramer-3-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDYy-in-oswald-avery-colin-macleod-and-maclyn-mccarty-experiment-transformation-was-inhibited-by-the-use-of-1-protease-2-lipase-3-rnase-4-dnase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDYz-among-the-two-nucleic-acids-the-dna-is-a-better-genetic-material-because-1-it-is-able-to-generate-its-replica-replication-2-it-is-more-stable-chemically-and-structurally-3-it-provides-the-scope-for-ra https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDY0-in-the-semi-conservative-scheme-of-dna-replication-i-the-two-strands-separate-and-act-as-a-template-for-the-synthesis-of-new-complementary-strands-ii-after-the-completion-of-replication-each-dna-molec https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDY1-you-start-with-15n15n-heavy-dna-of-e-coli-after-two-generations-in-the-14n-medium-you-expect-e-coli-cells-will-contain-1-25-15n15n-dna-50-15n14n-dna-and-25-14n14n-dna-2-50-15n15n-dna-and-50-14n14n-dna https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDY2-a-segment-of-dna-coding-for-a-polypeptide-is-a-an-1-recon-2-exon-3-cistron-4-intron-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDY3-rna-polymerase-iii-is-not-responsible-for-transcription-of-1-trna-2-5srrna-3-snrnas-4-5-8srrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDY4-if-we-say-that-the-genetic-code-is-lsquo-degenerate-rsquo-it-essentially-means-1-some-amino-acids-are-coded-by-more-than-one-codon-2-the-codon-is-read-in-mrna-in-a-contiguous-fashion-3-the-code-is-nea https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDY5-in-an-mrna-untranslated-regions-are-present-1-only-at-the-5-rsquo-end-2-only-at-the-3-rsquo-end-3-at-both-5-end-before-start-codon-and-at-3-end-after-stop-codon-4-at-both-5-end-after-start-codon-and-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDcw-in-eukaryotes-if-the-gene-expression-is-being-regulated-at-the-processing-level-it-means-1-formation-of-primary-transcript-is-being-regulated-2-splicing-of-rna-is-being-regulated-3-transport-of-mrna-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NDcx-which-of-the-following-is-synthesized-constitutively-in-an-e-coli-cell-1-beta-galactosidase-2-permease-3-transacetylase-4-repressor-of-lac-operon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NjQ5-alec-jeffreys-pioneered-the-technique-for-1-dna-profiling-2-amplification-of-dna-3-separation-of-dna-fragments-in-gel-electrophoresis-4-artificial-synthesis-of-gene-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0NjUw-the-lsquo-chain-termination-method-rsquo-for-genome-sequencing-was-developed-by-1-hargobind-khorana-2-fred-sanger-3-marshall-nirenberg-4-severo-ochoa-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3NjYw-the-untranslated-regions-i-are-present-at-only-the-5-rsquo-end-of-the-mature-mrna-in-eukaryotes-ii-are-not-required-during-translation-and-hence-are-spliced-out-of-the-mature-mrna-1-only-i-is-correct https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3NjYx-the-trna-molecule-1-looks-like-an-inverted-l-in-its-secondary-structure-2-is-the-largest-of-the-major-cellular-rnas-3-acts-as-an-adapter-molecule-4-has-catalytic-functions-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3NjYy-in-bacteria-1-translation-can-begin-before-the-mrna-is-fully-transcribed-2-removal-of-introns-from-hnrna-is-carried-out-by-ribozymes-3-there-are-at-least-three-different-rna-polymerases-to-transcribe https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3NjYz-identify-the-incorrectly-matched-pair-1-taylor-radioactive-thymidine-2-meselson-and-stahl-15n-3-hershey-and-chase-32p-and-35s-4-griffith-14c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3NjY0-the-two-polynucleotide-strands-in-a-dsdna-molecule-are-1-parallel-and-identical-2-anti-parallel-and-identical-3-parallel-and-complementary-4-anti-parallel-and-complementary-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3NjY5-the-allele-of-a-gene-locus-that-is-least-frequent-in-a-population-has-a-frequency-greater-than-0-01-such-a-gene-locus-will-be-called-1-redundant-2-degenerate-3-polymorphic-4-hot-spot-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3Njcw-in-the-human-genome-1-there-are-3164-7-billion-base-pairs-2-largest-known-gene-is-hbs-3-more-than-20-percent-part-codes-for-proteins-4-chromosome-1-has-most-genes-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3Njcx-in-an-operon-i-a-polycistronic-structural-gene-is-regulated-by-a-common-promoter-and-regulatory-genes-ii-the-regulation-is-always-negative-and-inducible-1-only-i-is-correct-2-only-ii-is-correct-3-both https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4MTg2-the-bacterium-escherichia-coli-was-not-used-by-1-fred-griffith-when-he-discovered-bacterial-transformation-2-alfred-hershey-and-martha-chase-when-they-conclusively-proved-that-dna-is-the-molecule-that https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4MjMx-all-the-following-statements-regarding-histones-the-proteins-used-in-packaging-of-dna-are-correct-except-1-they-are-rich-in-amino-acids-lysine-and-arginine-2-they-carry-a-positive-charge-on-the-side-c https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4Mjgy-a-double-stranded-dna-molecule-from-a-bacteriophage-is-found-to-consist-of-23-adenine-bases-the-expected-percentage-of-guanine-in-this-dna-molecule-will-be-1-23-2-27-3-46-4-54-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4Mjgz-in-the-human-genome-1-the-total-number-of-genes-are-about-60000-2-less-than-2-percent-of-genome-does-not-code-for-proteins-3-repeated-sequences-are-rarely-found-4-snpa-occur-at-about-1-4-million-locat https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4Mjg0-identify-the-incorrect-match-mrna-codon-amino-acid-1-aug-methionine-2-ggg-glycine-3-uga-tryptophan-4-uag-none-it-is-a-stop-codon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4OTE1-identify-the-incorrect-statement-1-transcription-and-translation-can-be-coupled-in-prokaryotes-2-dna-is-a-better-genetic-material-than-rna-3-it-is-the-presence-of-structural-gene-in-a-transcription-un https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4OTE2-the-genetic-code-is-1-triplet-degenerate-nearly-universal-and-read-in-a-contiguous-fashion-2-triplet-degenerate-nearly-universal-and-read-in-an-overlapping-fashion-3-doublet-degenerate-nearly-universa https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4OTE3-consider-the-given-statements-i-griffith-discovered-the-process-of-bacterial-transformation-ii-hershey-and-chase-unequivocally-proved-that-dna-is-the-genetic-material-iii-meselson-and-stahl-showed-tha https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4OTE4-the-lac-operon-can-be-described-as-1-an-inducible-operon-with-a-positive-regulation-by-the-repressor-protein-2-an-inducible-operon-with-a-negative-regulation-by-the-repressor-protein-3-a-repressible-o https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4OTE5-which-of-the-following-is-not-a-salient-feature-of-the-human-genome-1-less-than-2-percent-of-the-genome-codes-for-proteins-2-chromosome-1-has-most-genes-2968-and-the-y-has-the-fewest-231-3-the-functio https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5NDQ2-read-the-following-statements-and-choose-the-set-of-correct-statements-a-euchromatin-is-loosely-packed-chromatin-b-heterochromatin-is-transcriptionally-active-c-histone-octomer-is-wrapped-by-negativel https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5NDUx-the-process-of-translation-of-mrna-to-proteins-begins-as-soon-as-1-the-trna-is-activated-and-the-larger-subunit-of-ribosome-encounters-mrna-2-the-smaller-subunit-of-ribosome-encounters-mrna-3-the-larg https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5NDU0-dna-polymorphism-forms-the-basis-of-1-translation-2-genetic-mapping-3-dna-finger-printing-4-both-genetic-mapping-and-dna-fingerprinting-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5NDYw-if-a-geneticist-uses-the-blind-approach-for-sequencing-the-whole-genome-of-an-organism-followed-by-assignment-of-function-to-different-segments-the-methodology-adopted-by-him-is-called-as-1-bioinforma https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5NDk3-in-an-e-coli-strain-i-gene-gets-mutated-and-its-product-cannot-bind-the-inducer-molecule-if-growth-medium-is-provided-with-lactose-what-will-be-the-outcome-1-rna-polymerase-will-bind-the-promoter-regi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5NTA3-if-the-length-of-a-dna-molecules-is-1-1-metres-what-will-be-the-approximate-number-of-base-pairs-1-6-6-times-10-6-mathrm-bp-2-3-3-times-10-9-mathrm-bp-3-6-6-times-10-9-mathrm-bp-4-3-3-times-10-6-mathr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5NTE3-ten-e-coli-cells-with-15-mathrm-n-ds-dna-are-incubated-in-medium-containing-14-mathrm-n-nucleotide-after-60-minutes-how-many-e-coli-cells-will-have-dna-totally-free-from-15-mathrm-n-1-80-cells-2-20-ce https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5ODQw-which-one-of-the-following-is-not-a-criterion-of-genetic-material-1-should-not-provide-the-scope-for-changes-for-evolution-2-should-be-able-to-express-itself-in-the-form-of-mendelian-character-3-shoul https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5ODQx-dna-replication-is-semi-conservative-in-nature-this-was-experimentally-proved-in-eukaryotes-by-1-hershey-and-chase-2-macleod-and-mccarty-3-meselson-and-stahl-4-talyor-and-his-colleagues-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5ODQy-which-one-of-the-following-experiments-of-frederick-griffith-resulted-in-the-discovery-of-bacterial-transformation-1-s-stain-heat-killed-rarr-injected-in-to-mice-rarr-mice-lived-2-s-strain-heat-killed https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5ODcy-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-semiconservative-replication-was-experimentally-proved-by-mathew-meselson-and-franklin-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5ODg3-with-respect-to-nucleosome-which-of-the-following-statements-is-incorrect-1-nucleosome-contains-120-bp-of-dna-helix-2-nucleosomes-are-seen-as-beads-on-string-under-electron-microscope-3-dna-is-wrapped https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5OTAy-one-of-the-strands-of-double-stranded-dna-has-base-composition-as-follows-15-a-15-t-40-g-and-30-c-what-will-be-the-percentage-of-these-bases-in-the-complementary-strand-1-15-a-15-t-30-g-40-c-2-15-a-30 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5OTI2-what-would-be-the-proportions-of-light-and-hybrid-density-dna-molecule-respectively-if-meselson-and-stahl-s-experiment-was-continued-for-60-minutes-1-50-50-2-25-75-3-75-25-4-100-0-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM5OTI5-if-a-dna-molecule-is-shortened-by-25-base-pairs-how-many-helical-turns-will-be-reduced-from-its-structure-1-1-2-3-3-2-5-4-2-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQxOTg2-gene-expression-might-be-altered-at-the-level-of-post-transcriptional-processing-in-eukaryotes-rather-than-prokaryotes-because-of-which-of-the-following-1-eukaryotic-mrnas-get-5-caps-and-3-tails-2-pro https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQyMDEz-cytosine-makes-up-42-of-the-nucleotides-in-a-sample-of-dna-from-an-organism-approximately-what-percentage-of-the-nucleotides-in-this-sample-will-be-thymine-1-8-2-16-3-31-4-42-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQyMDc0-in-the-following-questions-a-statement-of-assertion-a-is-followed-by-a-statement-of-reason-r-assertion-a-expressed-sequence-tags-ests-which-was-used-in-human-genome-project-it-identify-all-the-genes-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQyMDc1-in-the-following-questions-a-statement-of-assertion-a-is-followed-by-a-statement-of-reason-r-assertion-a-during-transcription-dna-strand-with-5-rsquo-3-rsquo-polarity-is-refered-as-coding-strand-reaso https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQyMzc0-the-universal-genetic-code-is-now-known-to-have-exceptions-evidence-for-this-can-be-found-if-which-of-the-following-is-true-1-if-uga-usually-a-stop-codon-is-found-to-code-for-an-amino-acid-such-as-try https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQyMzc2-what-characteristic-of-short-tandem-repeat-dna-makes-it-useful-for-dna-fingerprinting-1-the-number-of-repeats-varies-widely-from-person-to-person-or-animal-to-animal-2-the-sequence-of-dna-that-is-repe https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQyNjkz-a-pyrimidine-found-uniquely-in-dna-is-1-uracil-2-thymine-3-cytosine-4-guanine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQyNzYz-a-mutation-that-inactivates-the-regulatory-gene-of-a-repressible-operon-in-an-e-coli-cell-would-result-in-1-continuous-transcription-of-the-structural-gene-controlled-by-that-regulator-2-complete-inhi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQyNzk2-in-the-following-questions-a-statement-of-assertion-a-is-followed-by-a-statement-of-reason-r-assertion-a-histones-are-basic-proteins-of-major-importance-in-packaging-of-eukaryotic-dna-dna-and-histones https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQyNzk3-a-exons-and-introns-are-present-in-split-genes-r-introns-are-the-information-pieces-of-split-genes-in-the-following-questions-a-statement-of-assertion-a-is-followed-by-a-statement-of-reason-r-1-if-bot https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQyODE3-consider-the-given-two-statements-statement-i-in-a-double-stranded-dna-molecule-the-amount-of-guanine-should-be-equal-to-cytosine-and-the-amount-of-adenine-should-be-equal-to-thymine-statement-ii-ther https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQzMDM3-suppose-you-are-provided-with-an-actively-dividing-culture-of-e-coli-bacteria-to-which-radioactive-thymine-has-been-added-what-would-happen-if-a-cell-replicates-once-in-the-presence-of-this-radioactiv https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQzMDQz-which-of-the-following-provides-some-evidence-that-rna-probably-evolved-before-dna-1-rna-polymerase-uses-dna-as-a-template-2-rna-polymerase-makes-a-single-stranded-molecule-3-rna-polymerase-does-not-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQzODMz-a-section-of-double-stranded-dna-is-composed-of-41-adenine-bases-what-is-the-percentage-of-cytosine-bases-in-this-section-of-dna-1-18-2-9-3-36-4-82-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQzODM5-genes-involved-in-turning-on-or-off-the-transcription-of-a-set-of-structural-genes-are-called-1-operator-genes-2-polymorphic-genes-3-redundant-genes-4-regulatory-genes-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQzOTUw-which-of-the-following-is-the-sequence-of-mrna-transcribed-from-the-below-dna-3-atcccaggtaccat-5-1-3-uaggguccauggua-5-2-5-uaggguccauggua-3-4-3-tagggtccatggta-5-4-5-tagggtccatggta-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0MTM1-process-of-transcription-in-bacteria-involves-1-polyadenylation-initiation-termination-2-capping-elongation-termination-3-elongation-splicing-termination-4-initiation-elongation-termination-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0MTQ3-during-replication-in-e-coli-mutations-inactivate-the-gene-coding-for-beta-galactosidase-which-of-the-following-will-be-affected-1-hydrolysis-of-glucose-2-hydrolysis-of-lactose-3-hydrolysis-of-galacto https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0NDE5-match-list-i-with-list-ii-list-i-list-ii-a-frederick-griffith-i-dna-replicate-semi-conservatively-b-alfred-hershey-martha-chase-ii-cell-free-system-for-protein-synthesis-c-matthew-meselson-frank-stahl https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0NDI0-given-below-are-two-statements-i-the-process-of-transcription-in-eukaryotes-with-additional-complexities-there-are-at-least-three-rna-polymerases-in-the-nucleus-with-clear-cut-division-of-labor-the-rn https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0NDMx-in-lac-operon-operator-sequence-region-binds-with-1-regulatory-gene-to-switch-off-the-operon-2-repressor-protein-to-switch-on-the-structural-genes-3-repressor-protein-to-switch-off-the-structural-gene https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0NDQz-arrange-in-the-correct-sequence-a-isolation-of-dna-b-hybridisation-using-labeled-vntr-probe-c-digestion-of-dna-by-restriction-endonucleases-d-separation-of-dna-fragments-by-electrophoresis-e-blotting https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0NDU1-the-salient-features-of-genetic-code-are-a-the-codon-is-triplet-61-codons-for-amino-acids-3-codons-do-not-code-for-any-amino-acid-they-function-as-stop-codon-b-the-codon-is-read-in-mrna-in-contiguous https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0NzA5-reverse-transcriptase-is-an-enzyme-encoded-in-the-genetic-material-of-retroviruses-that-catalyzes-the-transcription-of-retroviral-genetic-material-the-enzymatic-activity-of-reverse-transcriptase-is-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0Nzg4-in-the-lac-operon-a-i-gene-codes-for-the-repressor-b-y-gene-codes-for-transacetylase-c-z-gene-codes-for-beta-galactosidase-d-allolactose-activates-repressor-e-repressor-protein-prevents-rna-polymerase https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0Nzkz-match-list-i-with-list-ii-list-i-list-ii-a-ribosomal-rna-synthesis-i-mitochondrial-matrix-b-protein-synthesis-ii-nucleolus-c-transfer-rna-synthesis-iii-ribosomes-d-mtdna-iv-nucleus-choose-the-correct https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0ODAz-match-list-i-with-list-ii-list-i-list-ii-a-matthew-meselson-and-franklin-stahl-i-dna-is-the-genetic-material-b-alfred-hershey-and-martha-chase-ii-semi-conservative-replication-of-dna-c-frederick-griff https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0OTM0-polycistronic-genes-are-generally-found-in-1-bacteria-2-amoeba-3-slime-molds-4-insects-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0OTQy-if-e-coli-is-growth-in-the-absence-of-lactose-it-will-stop-the-synthesis-of-1-ribonuclease-2-beta-lactamase-3-beta-galactosidase-4-pyruvate-kinase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0OTY3-match-list-i-with-list-ii-list-i-list-ii-a-fredrich-miescher-i-used-x-ray-analysis-to-investigate-dna-structure-b-rosalind-franklin-ii-provided-experiment-evidence-of-semiconservative-dna-replication https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0OTcy-e-coli-growing-in-a-medium-containing-radioactive-thymidine-was-allowed-to-grow-in-normal-medium-without-radioactive-thymidine-for-two-generations-what-percentage-of-bacteria-will-have-radioactive-dna https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ1MDA0-the-sequence-of-a-dna-strand-is-3-ttcgcatg-5-the-sequence-of-the-complementary-strand-will-be-1-5-aagcgtac-3-2-5-catgcgaa-3-3-5-catgcgaa-3-4-3-catgcgaa-5-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ1MTU1-post-transcriptional-modifications-in-eukaryotes-include-1-polyadenylation-capping-coding-2-capping-splicing-coding-3-coding-splicing-polyadenylation-4-capping-splicing-polyadenylation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ1Mjk5-which-of-the-following-is-required-as-inducer-s-for-the-expression-of-lac-operon-1-galactose-2-lactose-3-lactose-and-galactose-4-glucose-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ1MzA4-which-of-the-following-is-the-main-enzyme-required-for-transcription-1-dna-dependent-dna-polymerase-2-dna-dependent-rna-polymerase-3-rna-dependent-rna-polymerase-4-rna-dependent-dna-polymerase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ2NDAx-in-lac-operon-z-gene-codes-for-1-beta-galactosidase-2-permease-3-repressor-4-transacetylase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ2NDA0-match-list-i-with-list-ii-list-i-list-ii-a-in-lac-operon-i-gene-codes-for-i-transacetylase-b-in-lac-operon-z-gene-codes-for-ii-permease-c-in-lac-operon-y-gene-codes-for-iii-beta-galactosidase-d-in-lac https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ2NDA4-given-below-are-two-statements-statement-i-dna-polymerases-catalyse-polymerisation-only-in-one-direction-that-is-5-rarr-3-statement-ii-during-replication-of-dna-on-one-strand-the-replication-is-contin https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ2NDY0-match-list-i-with-list-ii-list-i-list-ii-a-bacteriophage-phi-times-174-i-48502-base-pairs-b-bacteriophage-lambda-ii-5386-nucleotides-c-escherichia-coli-iii-3-3-times-109-base-pairs-d-haploid-content-h https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ2NDg5-if-dna-contained-sulphur-instead-of-phosphorus-and-proteins-contained-phosphorus-instead-of-sulfur-what-would-have-been-the-outcome-of-hershey-and-chase-experiment-1-no-radioactive-sulfur-in-bacterial https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ2NTQz-against-the-codon-5-uac-3-what-would-be-the-sequence-of-anticodon-on-trna-1-5-aug-3-2-5-atg-3-3-5-gta-3-4-5-gua-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyODk2-assertion-if-each-strand-from-a-dna-acts-as-a-template-for-the-synthesis-of-a-new-strand-the-two-double-stranded-dna-thus-produced-would-be-identical-to-the-parental-dna-molecule-reason-the-two-strand https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyODk4-assertion-a-set-of-positively-charged-and-basic-proteins-are-used-in-the-packaging-of-eukaryotic-dna-reason-dna-has-a-negative-charge-and-is-an-acid-1-both-assertion-and-reason-are-true-and-the-reason https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTAx-assertion-a-s-strain-of-streptococcus-pneumoniae-is-virulent-reason-r-r-strain-bacteria-can-be-transformed-by-the-heat-killed-s-strain-bacteria-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTAz-assertion-a-in-avery-macleod-and-mccarty-experiment-digestion-of-heat-killed-lysate-with-proteases-and-rnases-did-not-affect-transformation-but-digestion-with-dnase-did-reason-r-dna-is-the-transformin https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTA0-assertion-even-after-the-results-of-avery-macleod-and-mccarty-experiment-not-all-biologists-were-convinced-that-dna-is-the-hereditary-material-reason-proteins-were-shown-to-have-a-great-diversity-and https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTA1-assertion-viruses-grown-in-the-presence-of-radioactive-phosphorus-will-contain-radioactive-dna-but-not-radioactive-proteins-reason-protein-did-not-enter-the-bacteria-from-the-viruses-in-the-experiment https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTA3-assertion-a-molecule-that-can-act-as-a-genetic-material-should-be-able-to-generate-its-replica-reason-a-molecule-that-can-act-as-a-genetic-material-should-be-stable-chemically-and-structurally-1-both https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTEy-assertion-the-two-strands-of-a-dna-molecule-if-separated-by-heating-can-come-together-when-appropriate-conditions-are-provided-reason-heating-breaks-the-hydrogen-bonds-between-nitrogenous-bases-and-le https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTEz-assertion-viruses-having-rna-genome-and-having-shorter-life-span-mutate-and-evolve-faster-reason-rna-polymerases-have-a-higher-error-rate-than-the-dna-polymerases-1-both-assertion-and-reason-are-true https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTE0-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-dna-is-dependent-on-rna-for-synthesis-of-proteins-reason-r-essential-life-processes-have https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTE3-assertion-dna-with-15n-incorporated-into-dna-can-be-distinguished-from-the-normal-dna-by-centrifugation-in-a-cscl-density-gradient-reason-15n-is-a-radioactive-isotope-and-can-be-easily-tagged-and-seen https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTE5-consider-the-given-two-statements-assertion-a-ribonulceoside-triphosphates-provide-energy-for-polymerization-reaction-during-replication-of-dna-reason-r-ribonulceoside-triphosphates-serve-dual-purpose https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTIz-assertion-a-piece-of-dna-if-needed-to-be-propagated-during-recombinant-dna-procedures-requires-a-vector-reason-plasmids-are-good-cloning-vectors-and-are-extrachromosomal-dna-molecules-found-in-some-ba https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTI1-assertion-it-is-necessary-to-define-the-boundaries-that-would-demarcate-the-region-and-the-strand-of-dna-that-would-be-transcribed-reason-unlike-dna-replication-the-synthesis-of-rna-on-the-template-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTI4-assertion-a-in-transcription-the-strand-that-does-not-code-for-anything-is-referred-to-as-the-coding-strand-reason-r-all-the-reference-point-while-defining-a-transcription-unit-is-made-with-coding-str https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTI5-assertion-it-is-the-presence-of-the-promoter-in-a-transcription-unit-that-defines-the-template-and-coding-strands-reason-promoter-is-a-dna-sequence-that-provides-binding-site-for-rna-polymerase-1-both https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTMy-assertion-transcription-and-translation-can-be-coupled-in-bacteria-reason-the-mrna-does-not-require-any-processing-and-both-processes-take-place-in-same-compartment-1-both-assertion-and-reason-are-tru https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTQw-assertion-an-adapter-molecule-that-on-one-hand-can-read-the-genetic-code-and-on-the-other-hand-can-bind-to-specific-amino-acids-is-required-for-translation-of-proteins-reason-amino-acids-have-no-struc https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzUyOTQ1-assertion-regulation-of-lac-operon-by-repressor-is-referred-to-as-negative-regulation-reason-regulation-of-lac-operon-is-visualised-as-regulation-of-enzyme-synthesis-by-its-substrate-1-both-assertion https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU2Mjc3-in-the-lac-operon-transcription-is-regulated-by-a-repressor-protein-and-only-takes-place-in-the-presence-of-lactose-which-of-the-following-statements-is-correct-1-the-repressor-protein-binds-to-the-pr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU4MzY3-one-of-the-most-frequently-used-techniques-in-dna-fingerprinting-is-1-vntr-2-sscp-3-scar-4-aflp-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU4NDY0-in-an-inducible-operon-the-genes-are-1-usually-not-expressed-unless-a-signal-turns-them-on-2-usually-expressed-unless-a-signal-turns-them-off-3-never-expressed-4-always-expressed-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU4NDc3-which-of-the-following-is-not-a-property-of-the-genetic-code-1-non-overlapping-2-ambiguous-3-degeneracy-4-universal-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU4NDc5-satellite-rna-are-present-in-some-1-viroids-2-prions-3-bacteriophages-4-plant-viruses-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU4NDg0-why-is-a-capsule-advantageous-to-a-bacterium-1-it-protects-the-bacterium-from-desiccation-2-it-provides-means-of-locomotion-3-it-allows-the-bacterium-to-hide-from-the-host-s-immune-system-4-it-allows https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU4NDkx-the-figure-gives-an-important-concept-in-the-genetic-implication-of-dna-fill-in-the-blanks-a-b-and-c-1-a-maurice-wilkins-b-transcription-c-translation-2-a-james-watson-b-replication-c-extension-3-a-er https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNDgz-identify-the-correct-statements-i-dna-acts-as-the-genetic-material-in-most-organisms-ii-rna-though-it-also-acts-as-a-genetic-material-in-some-viruses-mostly-functions-as-a-messenger-iii-rna-functions https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNDg1-regarding-the-conclusions-that-can-be-from-the-griffith-experiment-i-r-strain-bacteria-was-somehow-been-transformed-by-the-heat-killed-s-strain-bacteria-ii-some-lsquo-transforming-principle-rsquo-tran https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjc1-assertion-a-repetitive-sequences-have-become-very-useful-identification-tools-in-forensic-applications-reason-r-dna-from-every-tissue-from-an-individual-show-the-different-degree-of-polymorphism-1-bot https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjc2-assertion-a-20-amino-acids-have-to-be-coded-by-the-combination-of-four-bases-reason-r-each-nucleic-acid-has-four-types-of-bases-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjc3-assertion-a-transcription-and-translation-occur-in-the-same-compartment-in-bacteria-reason-r-translation-begins-much-before-transcription-ends-in-bacteria-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjc4-assertion-a-the-strand-that-has-the-polarity-3-rarr-5-acts-as-a-template-reason-r-dna-dependent-rna-polymerase-catalyses-the-polymerisation-in-only-one-direction-that-is-3-rarr-5-1-both-a-and-r-are-tr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjc5-assertion-a-for-long-dna-molecules-replication-occurs-within-the-replication-fork-reason-r-it-takes-a-very-high-amount-of-energy-to-open-the-dna-along-its-full-length-1-both-a-and-r-are-true-and-r-is https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjgw-assertion-a-the-main-enzyme-of-replication-is-known-as-dna-dependent-rna-polymerase-reason-r-this-enzyme-utilizes-the-dna-template-to-catalyze-the-polymerization-of-deoxynucleotides-1-both-a-and-r-are https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjgx-assertion-a-there-is-a-need-to-regulate-transcription-and-translation-reason-r-transcription-and-translation-are-energetically-very-expensive-processes-1-both-a-and-r-are-true-and-r-is-the-correct-exp https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjgy-assertion-a-if-the-sequence-of-bases-in-one-strand-is-known-then-the-sequence-in-another-strand-can-be-predicted-reason-r-these-strands-run-antiparallel-to-each-other-1-both-a-and-r-are-true-and-r-is https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjgz-assertion-a-dna-is-the-genetic-material-reason-r-bacteria-which-was-infected-with-viruses-that-had-radioactive-dna-were-found-to-be-radioactive-in-hershey-and-chase-experiment-1-both-a-and-r-are-true https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjg1-assertion-a-aminoacylation-of-trna-requires-energy-reason-r-formation-of-a-peptide-bond-does-not-require-energy-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-bu https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjg2-assertion-a-it-is-the-metabolic-physiological-or-environmental-conditions-that-regulate-the-expression-of-genes-reason-r-in-the-absence-of-lactose-the-beta-galactosidase-enzyme-is-synthesized-by-e-col https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjg3-consider-the-given-two-statements-assertion-a-specialised-computer-based-programs-were-developed-for-sanger-s-sequencing-method-reason-r-alignment-of-overlapping-fragments-was-not-possible-humanly-1-b https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNjg4-assertion-a-lac-operon-regulation-is-a-kind-of-regulation-of-enzyme-synthesis-by-its-substrate-reason-r-lac-operon-is-regulated-by-the-presence-of-glucose-in-the-medium-which-acts-as-an-inducer-1-both https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYzNzI4-assertion-a-dna-polymerase-ii-fills-the-gap-that-is-left-after-the-removal-of-rna-primers-during-dna-replication-reason-r-in-eukaryotes-rna-polymerase-i-transcribesrrna-hnrna-and-t-rna-1-both-a-and-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0NzUz-the-lsquo-beads-on-string-rsquo-is-the-description-used-for-the-structure-of-1-nucleolus-in-a-nucleus-2-heterochromatic-inactivated-x-chromosome-in-females-3-nucleosome-in-chromatin-4-tetrad-of-paired https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0Nzcw-consider-the-two-statements-statement-i-the-negatively-charged-dna-is-wrapped-around-the-positively-charged-histone-octamer-to-form-a-structure-called-a-nucleosome-statement-ii-a-typical-nucleosome-co https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0Nzcz-consider-the-given-statements-assertion-a-on-one-strand-the-replication-of-dna-is-continuous-while-on-the-other-it-is-discontinuous-reason-r-the-discontinuously-synthesised-fragments-are-later-joined https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0Nzc0-the-mrna-codons-for-glutamic-acid-and-valine-can-respectively-be-1-uag-and-uga-2-uuu-and-ggg-3-gag-and-gug-4-aug-and-uac-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0ODI3-the-salient-features-of-the-double-helix-structure-of-dna-include-all-the-following-except-1-it-is-made-of-two-polynucleotide-chains-where-the-backbone-is-constituted-by-sugar-phosphate-and-the-bases https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0ODI5-there-is-now-enough-evidence-to-suggest-that-essential-life-processes-such-as-metabolism-translation-splicing-etc-evolved-around-1-dna-2-rna-3-proteins-4-lipids-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0ODMw-a-transcription-unit-in-dna-is-defined-primarily-by-the-three-regions-in-the-dna-which-include-all-the-following-except-1-a-promoter-2-an-operator-3-structural-gene-4-a-terminator-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0ODYy-the-earlier-technique-of-dna-fingerprinting-involved-southern-blot-and-all-the-following-except-1-digestion-of-dna-by-deoxyribonuclease-2-separation-of-dna-fragments-by-electrophoresis-3-hybridisation https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0ODgx-which-histone-is-not-a-part-of-the-octamer-that-forms-the-core-of-histone-molecules-in-a-nucleosome-1-h1-2-h2a-3-h2b-3-h3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0ODgz-consider-the-two-statements-assertion-a-it-is-necessary-to-define-the-boundaries-that-would-demarcate-the-region-and-the-strand-of-dna-that-would-be-transcribed-reason-r-in-transcription-only-a-segmen https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY0OTUw-consider-the-two-statements-assertion-a-when-griffith-injected-a-mixture-of-heat-killed-s-and-live-r-bacteria-the-mice-died-reason-r-mice-infected-with-the-s-strain-virulent-die-from-pneumonia-infecti https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1NzU1-regarding-dna-replication-i-it-is-semi-conservative-ii-it-is-semi-discontinuous-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-and-ii-are-incorrect-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1NzU2-the-rna-polymerase-i-does-not-transcribe-1-28s-rrna-2-18s-rrna-3-5-8s-rrna-4-5s-rrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1NzU3-the-repressor-of-the-lac-operon-is-synthesised-1-all-the-time-2-only-when-lactose-is-present-3-only-when-lactose-is-absent-4-only-when-glucose-is-present-in-high-amount-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1Nzc1-consider-the-two-statements-assertion-a-transcription-and-translation-can-be-coupled-in-bacteria-reason-r-the-peptide-bond-formation-in-prokaryotes-is-catalysed-by-a-ribozyme-1-both-a-and-r-are-true-b https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1ODEz-in-a-transcription-unit-the-location-of-promoter-is-described-as-1-at-the-3-end-downstream-of-the-structural-gene-2-at-the-3-end-upstream-of-the-structural-gene-3-at-the-5-end-upstream-of-the-structur https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1ODI0-the-ribozyme-that-catalyses-peptide-bond-formation-in-prokaryotes-is-a-part-of-1-the-larger-subunit-of-the-bacterial-ribosome-2-the-smaller-subunit-of-the-bacterial-ribosome-3-the-5-rsquo-utr-of-the-m https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1ODg5-histones-are-1-positively-charged-basic-proteins-2-negatively-charged-basic-proteins-3-positively-charged-acidic-proteins-4-negatively-charged-acidic-proteins-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1ODkw-for-dna-replication-deoxyribonucleoside-triphosphates-i-act-as-substrates-ii-provide-energy-for-polymerisation-reaction-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1ODkx-the-predominant-site-for-the-control-of-gene-expression-in-prokaryotes-is-1-transcription-initiation-2-processing-of-hnrna-3-translational-level-4-post-translational-modification-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1OTYy-consider-the-two-statements-statement-i-dna-has-evolved-from-rna-with-chemical-modifications-that-make-it-more-stable-statement-ii-dna-being-double-stranded-and-having-complementary-strands-further-re https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MDU1-the-bacteriophage-phi-times-174-has-1-5386-nucleotides-2-48502-base-pairs-3-4-6-times-106-base-pairs-4-3-3-times-109-base-pairs-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MDU3-in-eukaryotes-during-post-transcriptional-modification-of-hnrna-1-methyl-guanosine-triphosphate-is-added-to-the-5-rsquo-end-and-adenylate-residues-are-added-at-the-3-lsquo-end-2-methyl-guanosine-triph https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MDU4-a-gene-is-said-to-be-polymorphic-if-it-has-more-than-one-variant-and-the-frequency-of-the-least-common-variant-is-at-least-1-0-01-2-0-1-3-0-5-4-1-0-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MDcz-the-sequence-on-the-template-strand-of-dna-which-will-be-responsible-for-the-insertion-of-the-first-amino-acid-into-a-protein-will-be-1-tac-2-aug-3-cat-4-act-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MDc4-consider-the-two-statements-statement-i-in-eukaryotes-rna-polymerase-ii-transcribes-hnrna-statement-ii-there-is-a-single-rna-polymerase-that-catalyses-transcription-of-all-types-of-rna-in-bacteria-1-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MDc5-the-number-of-autosomes-expected-in-a-human-skin-cell-is-1-22-2-23-3-44-4-46-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MTA3-what-percent-of-the-human-dna-actually-codes-for-proteins-1-less-than-2-2-around-20-3-between-35-and-40-4-more-than-98-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MTA5-if-a-sample-of-single-stranded-dna-contains-23-adenine-bases-of-total-what-is-the-expected-percentage-of-guanine-bases-in-this-sample-of-dna-1-23-2-27-3-46-4-cannot-be-determined-on-the-basis-of-infor https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MTEw-what-argument-will-be-most-potent-to-discard-proteins-as-possible-molecules-for-genetic-information-storage-in-humans-1-they-have-very-limited-diversity-2-they-are-not-macromolecules-3-they-do-not-rep https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MTE2-in-an-e-coli-cell-the-enzyme-permease-1-is-present-only-when-glucose-levels-are-very-low-2-is-present-only-when-lactose-is-freely-available-3-is-present-in-a-low-amount-all-the-time-4-is-not-required https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MTE3-consider-the-two-given-statements-assertion-a-today-dna-from-a-single-cell-is-enough-to-perform-dna-fingerprinting-analysis-reason-r-the-use-of-pcr-has-increased-the-sensitivity-of-dna-fingerprinting https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MTI4-what-would-not-be-true-for-nucleic-acids-1-they-are-polynucleotides-2-together-with-polysaccharides-and-polypeptides-these-comprise-the-true-macromolecular-fraction-of-any-living-tissue-or-cell-3-a-nu https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY3MDA5-unequivocal-proof-that-dna-is-the-genetic-material-was-first-proposed-by-1-wilkins-and-franklin-2-frederick-griffith-3-alfred-hershey-and-martha-chase-4-avery-macleod-and-mccarthy-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY3MDM1-expressed-sequence-tags-ests-refers-to-1-certain-important-expressed-genes-2-all-genes-that-are-expressed-as-rna-3-all-genes-that-are-expressed-as-proteins-4-all-genes-whether-expressed-or-unexpressed https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY3MDQx-what-is-the-role-of-rna-polymerase-iii-in-the-process-of-transcription-in-eukaryotes-1-transcription-of-only-snrnas-2-transcription-of-rrnas-28s-18s-and-5-8s-3-transcription-of-trna-5-srrna-and-snrna https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY3MDQ0-how-many-different-proteins-does-the-ribosome-consist-of-1-20-2-80-3-60-4-40-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY3MDY1-given-below-are-two-statements-statement-i-in-prokaryotes-the-positively-charged-dna-is-held-with-some-negatively-charged-proteins-in-a-region-called-nucleoid-statement-ii-in-eukaryotes-the-negatively https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY3MDc1-match-list-i-with-list-ii-list-i-list-ii-a-gene-a-i-beta-galactosidase-b-gene-y-ii-transacetylase-c-gene-i-iii-permease-d-gene-z-iv-repressor-protein-choose-the-correct-answer-from-the-options-given-b https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY3MDgx-which-of-the-following-is-not-a-cloning-vector-1-probe-2-bac-3-yac-4-pbr322-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY3MDg0-given-below-are-two-statements-statement-i-rna-mutates-at-a-faster-rate-statement-ii-viruses-having-rna-genome-and-shorter-life-span-mutate-and-evolve-faster-in-the-light-of-the-above-statements-choos https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY3MTAz-which-one-of-the-following-is-the-sequence-on-corresponding-coding-strand-if-the-sequence-on-mrna-formed-is-as-follows-5-aucgaucgaucgaucgaucgaucgaucg-3-1-3-atcgatcgatcgatcgatcgatcgatcg-5-2-5-uagcuagcu https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY4MTgx-the-last-chromosome-sequenced-in-human-genome-project-was-1-chromosome-6-2-chromosome-1-3-chromosome-22-4-chromosome-14-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY4MTg4-name-the-component-that-binds-to-the-operator-region-of-an-operon-and-prevents-rna-polymerase-from-transcribing-the-operon-1-promotor2-regulator-protein-3-repressor-protein4-inducer-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY4MjA2-given-below-are-two-statements-statement-i-the-process-of-copying-genetic-information-from-one-strand-of-the-dna-into-rna-is-termed-as-transcription-statement-ii-a-transcription-unit-in-dna-is-defined https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY4MjA3-which-scientist-conducted-an-experiment-with-32p-and-35s-labelled-phages-for-demonstrating-that-dna-is-the-genetic-material-1-james-d-watson-and-f-h-c-crick-2-a-d-hershey-and-m-j-chase-3-f-griffith-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY4MjIw-given-below-are-two-statements-statement-i-rna-being-unstable-it-mutates-at-a-faster-rate-statement-ii-rna-can-directly-code-for-synthesis-of-proteins-hence-can-easily-express-the-characters-in-the-li https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY4MjU0-which-one-of-the-following-acts-as-an-inducer-for-lac-operon-1-sucrose2-lactose-3-glucose4-galactose-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY4Mjkw-with-reference-to-hershey-and-chase-experiments-select-the-correct-statements-a-viruses-grown-in-the-presence-of-radioactive-phosphorus-contained-radioactive-dna-b-viruses-grown-on-radioactive-sulphur https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY4MzAw-the-salient-features-of-genetic-code-are-a-the-code-is-palindromic-b-uga-act-as-initiator-codon-c-the-code-is-unambiguous-and-specific-d-the-code-is-nearly-universal-choose-the-most-appropriate-answer https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY5MDcw-how-many-nucleosomes-are-present-in-the-nucleus-of-diploid-eukaryotic-cell-which-possess-6-6-x-109-bp-1-3-3-x-107-2-6-6-x-106-3-6-6-x-108-4-3-3-x-109-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY5MjY5-how-many-different-amino-acids-would-be-there-in-the-polypeptide-translated-from-the-translation-unit-of-given-stretch-of-mrna-1-three-2-two-3-five-4-four-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY5Mjgy-during-post-transcriptional-modification-of-hnrna-the-introns-are-removed-by-a-complex-substance-this-complex-has-1-rna-and-protein-2-dna-and-rna-3-ribozyme-and-protein-4-rna-polymerase-and-dna-polyme https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4NTkw-chromosome-walking-is-1-used-in-genetic-mapping-2-observed-during-mitosis-3-to-see-position-of-ribosomes-on-nuclear-membrane-4-to-check-the-expression-of-mutant-genes-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4NTk2-during-dna-replication-supercoiling-is-relaxed-by-1-primase-2-polymerase-3-dna-topoisomerase-4-ssbps-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4NTk3-which-of-the-following-is-not-true-1-beta-galactosidase-ndash-lac-operon-2-photorespiration-ndash-c3-plants-3-krebs-cycle-ndash-mitochondrial-matrix-4-southern-hybridization-ndash-related-to-identific https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4NjA1-which-of-the-following-is-not-a-stop-codon-1-uaa-2-uac-3-uag-4-uga-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4NjMx-in-dna-20-bases-are-adenine-what-percentage-of-bases-are-pyrimidines-1-30-2-60-3-50-4-20-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4NjYy-rna-binds-to-mrna-through-1-anticodon-loop-2-t-psi-c-loop-3-amino-acid-binding-loop-4-d-loop-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4NzQx-minisatellites-or-vntr-s-are-used-in-1-dna-fingerprinting-2-polymerase-chain-reaction-pcr-3-gene-therapy-4-gene-mapping-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4NzQ1-hnrna-undergoes-two-additional-processes-out-of-them-in-one-process-an-unusual-nucleotide-methyl-gpt-is-added-to-the-5-end-of-the-molecule-what-would-you-call-this-1-tailing-2-splicing-3-termination-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4Nzc3-to-which-of-the-following-repressor-protein-is-attached-1-operator-2-inducer-3-promoter-4-structural-gene-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4ODM4-trna-binds-to-mrna-through-1-anticodon-loop-2-t-psi-c-loop-3-amino-acid-binding-loop-4-d-loop-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4OTE3-in-dna-20-bases-are-adenine-what-percentage-of-bases-are-pyrimidines-1-30-2-60-3-50-4-20-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4OTU5-linker-dna-is-attached-to-1-h1-2-h2a-3-h2b-4-h3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4OTYz-which-of-the-following-mrna-can-be-transcripted-as-1-aug-uga-uuu-2-uaa-uav-ugg-3-uag-uga-uuv-4-uga-uuv-ugg-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc4OTY5-which-is-present-at-5-rsquo-end-of-eukaryotic-mrna-1-poly-a-tail-2-modified-c-at-5-rsquo-3-7-mg-4-poly-c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc5MzA5-which-is-present-at-5-end-of-eukaryotic-m-rna-1-poly-a-tail-2-modified-c-at-5-3-7-mg-4-poly-c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc5MzEw-atccag-dna-form-which-mrna-1-uagguc-2-taggtc-3-uagcug-4-tagcug-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzc5NDAx-in-1944-avery-mccarty-and-macleod-isolated-a-substance-from-heat-killed-virulent-form-of-bacteria-and-added-to-nonvirulent-form-of-bacteria-which-changed-the-non-virulent-to-virulent-from-this-substan https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzg2NDYy-a-section-of-double-shy-stranded-dna-is-composed-of-32-adenine-bases-what-is-the-percentage-of-cytosine-bases-in-the-section-of-dna-1-9-2-18-3-36-4-64-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzkxODAx-which-of-the-following-processes-is-related-to-reverse-transcription-1-dna-dependent-dna-synthesis-2-rna-dependent-dna-synthesis-3-dna-dependent-rna-synthesis-4-rna-dependent-polypeptide-synthesis-1-2 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzkyMTMx-if-the-sequence-of-bases-in-one-of-the-dna-strand-is-a-g-g-a-g-a-a-then-the-sequence-of-bases-in-the-other-complementary-strand-of-dna-would-be-1-c-c-t-t-c-t-t-2-t-c-t-c-t-c-c-3-t-c-c-t-c-t-t-4-c-c-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzkyMzAx-human-genome-project-was-closely-associated-with-the-rapid-development-of-a-new-area-in-biology-called-1-biotechnology-2-bioinformatics-3-biofortification-4-microbiology-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzkyMzI3-if-the-sequence-of-one-strand-of-dna-is-5-a-t-g-c-a-t-c-g-3-find-the-sequence-of-complementary-strand-in-5-rarr-3-direction-1-t-a-c-g-t-a-g-c-2-c-g-a-t-g-c-a-t-3-a-t-g-c-a-t-c-g-4-a-t-c-g-t-a-c-g-1-2 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk1NDE2-the-synthesis-of-dna-is-discontinuous-on-one-strand-of-the-replication-fork-because-1-dna-molecule-being-synthesised-is-very-long-2-dna-dependent-dna-polymerase-catalyse-polymerisation-only-in-one-dir https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk2MTc4-given-below-is-a-sequence-of-bases-in-mrna-of-a-bacterial-cell-identify-the-amino-acid-that-would-be-incorporated-at-codon-position-3-and-codon-position-5-during-the-process-of-its-translation-3-aucag https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDEy-select-the-important-goals-of-hgp-from-the-given-options-i-store-the-information-for-data-analysis-ii-cloning-and-amplification-of-human-dna-iii-identify-all-the-genes-present-in-human-dna-iv-use-of-d https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDE0-a-codon-is-a-triplet-of-bases-was-suggested-by-1-marshall-nirenberg-2-har-gobind-khorana-3-george-gamow-4-francis-crick-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDE2-the-correct-feature-of-double-helical-structure-of-dna-as-given-by-watson-and-crick-is-1-right-handed-helix-pitch-is-3-4-text-nm-2-left-handed-helix-pitch-is-3-8-text-nm-3-right-handed-helix-pitch-is https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDE4-charging-of-trna-during-translation-is-necessary-for-1-binding-of-anticodons-of-trna-to-the-respective-codons-of-mrna-2-peptide-bond-formation-between-two-amino-acids-3-movement-of-ribosomes-from-codo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDU3-if-e-coli-were-allowed-to-grow-in-the-culture-medium-for-80-minutes-by-matthew-meselson-and-franklin-stahl-in-their-experiments-the-proportion-of-light-and-hybrid-density-dna-molecule-would-have-been https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDYz-a-diagramatic-illustration-of-the-process-of-transcription-by-rna-polymerase-ii-in-eukaryote-is-given-below-choose-the-most-appropriate-statement-with-respect-to-the-fate-of-the-precursor-of-mrna-tran https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDY3-identify-the-correct-pair-of-codon-with-its-corresponding-pair-of-amino-acid-1-uaa-leucine-2-uga-serine-3-aug-histidine-4-uuu-phenylalanine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDg1-consider-the-given-two-statements-assertion-a-if-each-strand-from-a-parental-dna-acts-as-a-template-for-synthesis-of-a-new-strand-the-two-double-stranded-daughter-dna-thus-produced-would-be-identical https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDg3-consider-the-given-two-statements-assertion-a-there-is-approximately-a-uniform-distance-between-the-two-strands-of-the-double-helix-of-dna-reason-r-a-purine-on-one-strand-comes-opposite-to-a-pyrimidin https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDg4-consider-the-given-two-statements-assertion-a-euchromatin-is-said-to-be-transcriptionally-inactive-chromatin-reason-r-in-a-typical-nucleus-euchromatin-is-the-region-of-chromatin-that-is-loosely-packed https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDkw-consider-the-given-two-statements-assertion-viruses-grown-in-the-presence-of-radioactive-phosphorus-will-contain-radioactive-protein-but-not-radioactive-dna-reason-dna-contains-phosphorus-but-protein https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDkx-consider-the-given-two-statements-assertion-a-among-the-two-nucleic-acids-the-dna-and-the-rna-dna-is-a-better-genetic-material-reason-r-dna-chemically-is-less-reactive-and-structurally-more-stable-whe https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDk0-consider-the-given-two-statements-assertion-a-rna-can-directly-code-for-the-synthesis-of-proteins-and-can-easily-express-the-characters-reason-r-dna-is-dependent-on-rna-for-synthesis-of-proteins-1-bot https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDk1-consider-the-given-two-statements-assertion-a-deoxyribonucleoside-triphosphates-provide-energy-for-polymerisation-reaction-during-dna-replication-reason-r-energetically-replication-of-dna-is-a-very-ex https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MDk4-consider-the-given-two-statements-assertion-a-on-one-strand-the-template-with-polarity-3-5-the-dna-replication-is-discontinuous-while-on-the-other-the-template-with-polarity-5-3-it-is-continuous-reaso https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTAw-consider-the-given-two-statements-assertion-a-if-both-strands-of-dna-act-as-a-template-they-would-code-for-rna-molecule-with-different-sequences-reason-r-complementarity-does-not-mean-identical-1-both https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTAx-consider-the-given-two-statements-assertion-a-it-is-the-presence-of-a-promoter-in-a-transcription-unit-that-also-defines-the-template-and-coding-strands-reason-r-the-promoter-is-said-to-be-located-tow https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTAy-consider-the-given-two-statements-assertion-a-transcription-and-translation-can-be-coupled-in-bacteria-reason-r-in-bacteria-mrna-does-not-require-any-processing-to-become-active-and-transcription-and https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTAz-consider-the-given-two-statements-assertion-a-the-primary-transcript-in-eukaryotes-is-subjected-to-a-process-called-splicing-reason-r-the-process-of-splicing-represents-the-dominance-of-rna-world-1-bo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTA0-consider-the-given-two-statements-assertion-stop-codons-signal-release-of-the-nascent-polypeptide-from-the-ribosome-reason-multiple-cognate-trnas-have-anticodons-complementary-to-these-stop-signals-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTA2-consider-the-given-two-statements-assertion-a-errors-in-the-third-position-of-the-triplet-codon-usually-cause-only-a-silent-mutation-or-an-error-that-would-not-affect-the-protein-reason-r-the-genetic https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTA3-consider-the-given-two-statements-assertion-a-there-has-to-be-a-mechanism-to-read-the-genetic-code-and-also-to-link-it-to-the-amino-acids-reason-r-the-rrna-acts-as-an-adapter-molecule-between-transcri https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTA4-consider-the-given-two-statements-assertion-a-in-the-first-phase-of-translation-itself-amino-acids-are-activated-in-the-presence-of-atp-reason-r-if-two-such-charged-trnas-are-brought-close-enough-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTA5-consider-the-given-two-statements-assertion-a-in-prokaryotes-control-of-the-rate-of-translational-initiation-is-the-predominant-site-for-control-of-gene-expression-reason-r-in-prokaryotes-it-is-the-me https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTEw-histone-proteins-that-help-i-forming-the-nucleosomes-in-the-nucleus-are-rich-in-basic-amino-acids-such-as-1-arginine-and-tyrosine-2-lysine-and-histidine-3-arginine-and-lysine-4-histidine-and-tryptopha https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTEx-consider-the-given-two-statements-assertion-a-the-accessibility-of-promoter-regions-of-prokaryotic-dna-is-in-many-cases-regulated-by-the-interaction-of-proteins-with-sequences-termed-operators-reason https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTEy-consider-the-given-two-statements-assertion-a-a-very-low-level-of-expression-of-lac-operon-is-present-in-the-e-coli-cell-all-the-time-reason-r-lactose-can-enter-the-cell-only-due-to-the-presence-of-be https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTEz-consider-the-given-two-statements-assertion-a-regulation-of-lac-operon-by-repressor-is-referred-to-as-negative-regulation-reason-r-essentially-regulation-of-lac-operon-can-also-be-visualised-as-regula https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTE0-consider-the-given-two-statements-assertion-a-hgp-human-genome-project-was-closely-associated-with-the-rapid-development-of-a-new-area-in-biology-called-bioinformatics-reason-r-the-enormous-amount-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTE1-consider-the-given-two-statements-assertion-a-for-sequencing-the-total-dna-from-a-cell-is-isolated-and-converted-into-random-fragments-of-relatively-smaller-sizes-reason-r-dna-is-a-very-long-polymer-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTE2-consider-the-given-two-statements-assertion-a-the-repetitive-satellite-dna-sequences-form-the-basis-of-dna-fingerprinting-reason-r-these-sequences-normally-do-not-code-for-any-proteins-but-they-form-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTMz-a-region-of-coding-stand-of-dna-has-the-following-nucleotide-sequence-5-tacgccg-3-the-sequence-of-bases-on-mrna-transcribed-by-this-would-be-1-5-uacgccg-3-2-3-uacgccg-5-3-5-atgcggc-3-4-3-atgcggc-5-1-2 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTM3-a-dna-molecule-is-160-base-pairs-long-if-it-has-20-adenine-how-many-cytosine-bases-are-present-in-this-dna-molecule-1-48-2-64-3-96-4-192-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTM4-a-template-strand-in-a-bacterial-dna-has-the-given-base-sequence-5-aggtttaacg-3-what-would-be-the-rna-sequence-transcribed-from-this-template-strand-1-5-cguuaaaccu-3-2-5-agguuuuucg-3-3-5-tccaaattgc-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTQw-in-the-presence-of-allolactose-the-lac-repressor-in-the-operon-of-e-coil-1-binds-to-the-operator-2-cannot-bind-to-the-operator-3-binds-to-the-promoter-4-binds-to-the-regulator-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTQx-taylor-and-colleagues-performed-experiments-on-using-radioactive-to-prove-that-the-dna-in-chromosomes-replicate-semi-conservatively-select-the-correct-option-for-the-blanks-1-vicia-faba-uridine-2-e-co https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTQz-the-reactive-hydroxyl-group-in-the-nucleotide-of-rna-is-1-5-oh-2-4-oh-3-3-oh-4-2-oh-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTg3-study-the-given-diagrammatic-representation-of-griffith-s-experiments-to-demonstrate-transformation-in-bacteria-select-the-option-which-is-incorrectly-representing-the-experiment-1-i-and-iii-2-ii-and https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTg5-which-one-of-the-following-diagram-correctly-represents-dna-replication-in-eukaryotes-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MTkz-in-the-given-figure-of-translation-machinery-of-eukaryotes-select-the-correct-labellings-for-i-ii-iii-and-iv-1-i-codon-ii-anticodon-iii-trna-iv-3-end-of-mrna-2-i-anticodon-ii-codon-iii-3-end-of-mrna-i https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MjM2-select-the-important-goals-of-hgp-from-the-given-options-i-store-the-information-for-data-analysis-ii-cloning-and-amplification-of-human-dna-iii-identify-all-the-genes-present-in-human-dna-iv-use-of-d https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MjM3-study-the-given-picture-related-to-replication-it-is-type-of-replication-1-conservative-2-semi-conservative-3-dispersive-4-data-is-insufficient-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MjUz-assertion-a-there-is-a-set-of-negatively-charged-basic-proteins-called-histone-reason-r-histone-octamer-is-made-of-eight-histone-molecules-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MzAz-given-below-are-statements-on-the-structure-of-the-dna-double-helix-1-the-helix-generally-is-wound-clockwise-2-purines-and-pyrimidines-are-paired-by-different-numbers-of-hydrogen-bonds-3-the-two-stran https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MzA3-the-fact-that-a-purine-base-always-pairs-through-hydrogen-bonds-with-a-pyrimidine-base-in-the-dna-double-helix-leads-to-1-the-anti-parallel-nature-2-the-semi-conservative-nature-3-uniform-width-throug https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3MzEz-in-the-representation-of-the-central-dogma-of-molecular-biology-given-below-identify-p-q-and-r-1-p-ligase-q-histone-r-polymerase-2-p-translation-q-mrna-r-transcription-3-p-splicing-q-mrna-r-capping-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3NDAy-the-average-guanina-content-in-yeast-is-found-to-be-18-which-of-the-following-represents-the-nitrogenous-base-content-percentages-correctly-from-the-above-data-1-text-a-18-text-t-18-text-c-36-2-text-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3NDA2-consider-the-following-genetic-code-which-among-the-following-would-cause-a-frameshift-mutation-1-substitution-of-a-by-c-in-codon-2-2-insertion-of-g-after-c-in-codon-4-3-insertion-of-gcu-after-c-in-co https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3NDEy-assertion-a-rna-polymerases-are-able-to-catalyse-all-three-steps-of-transcription-reason-r-rna-polymerase-contains-an-initiation-factor-and-a-termination-factor-in-them-1-both-a-and-r-are-true-and-r-i https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3NDI5-which-among-the-following-statements-about-the-exons-is-true-1-they-are-stop-codons-2-they-are-start-codons-3-they-are-coding-sequences-4-they-are-intervening-sequences-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3NDQy-study-the-given-diagrammatic-representation-of-griffith-s-experiment-to-demonstrate-the-transformation-in-bacteria-select-the-option-which-is-incorrectly-representing-the-experiment-1-i-and-ii-2-ii-an https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk3NDQ5-assertion-a-primary-transcripts-in-eukaryotes-are-non-functional-reason-r-methyl-guanosine-triphosphate-is-attached-to-5-end-of-hnrna-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4ODk4-the-length-of-dna-is-i-usually-defined-as-number-of-nucleotides-or-a-pair-of-nucleotide-referred-to-as-base-pairs-present-in-it-ii-is-the-characteristic-of-an-organism-1-only-i-is-correct-2-only-ii-is https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTAw-consider-the-given-two-statements-statement-i-a-nitrogenous-base-is-linked-to-the-oh-of-1-c-pentose-sugar-through-a-n-glycosidic-linkage-to-form-a-nucleoside-statement-ii-when-a-phosphate-group-is-lin https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTAy-in-the-given-diagram-i-a-is-3-rsquo-5-rsquo-direction-ii-b-is-hydrogen-bond-iii-c-is-phosphodiester-bond-1-only-i-and-ii-are-correct-2-only-ii-and-iii-are-correct-3-i-ii-and-iii-are-correct-4-i-ii-and https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTAz-deoxythymidine-is-1-a-substituted-pyrimidine-found-only-in-dna-2-a-nucleoside-monophosphate-found-only-in-dna-3-a-nucleoside-found-in-dna-4-a-nucleotide-formed-by-chemical-modifications-in-a-rna-nucle https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTA1-when-compared-to-dna-in-rna-i-every-nucleotide-residue-has-an-additional-ndash-oh-group-present-at-3-position-in-the-ribose-ii-5-methyl-uracil-is-found-instead-of-thymine-1-only-i-is-correct-2-only-ii https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTA2-in-1953-james-watson-and-francis-crick-proposed-a-very-simple-but-famous-double-helix-model-for-the-structure-of-dna-based-on-the-x-ray-diffraction-data-produced-by-1-maurice-wilkins-and-rosalind-fran https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTA3-ldquo-for-a-double-stranded-dna-the-ratios-between-adenine-and-thymine-and-guanine-and-cytosine-are-constant-and-equals-one-rdquo-ndash-this-statement-is-known-as-1-central-dogma-of-molecular-biology https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTA5-consider-the-given-two-statements-assertion-a-if-the-sequence-of-bases-in-one-strand-of-the-dsdna-molecule-is-known-then-the-sequence-in-other-strand-can-be-predicted-reason-r-the-base-pairing-in-a-ds https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTEw-how-many-of-the-given-features-will-be-true-for-the-double-helix-structure-of-dna-i-it-is-made-of-two-polynucleotide-chains-ii-the-backbone-is-constituted-by-sugar-phosphate-iii-the-two-chains-have-an https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTEx-a-hypothetical-dsdna-of-100-bp-length-molecule-was-found-to-be-composed-of-40-adenine-residues-the-total-number-of-hydrogen-bonds-in-all-base-pairs-of-this-molecule-is-expected-to-be-1-100-2-130-3-260 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTEz-consider-the-given-two-statements-assertion-a-the-distance-between-a-bp-in-a-b-dna-helix-is-approximately-0-34-nm-reason-r-the-pitch-of-the-b-dna-helix-is-3-4-nm-and-there-are-roughly-10-bp-in-each-tu https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTE0-consider-the-given-two-statements-assertion-a-retroviruses-are-one-known-exception-to-the-central-dogma-in-molecular-biology-as-proposed-by-francis-crick-reason-r-in-retroviruses-a-sequence-of-nucleot https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTE2-nucleosome-i-is-formed-by-the-wrapping-of-negatively-charged-dna-around-the-negatively-charged-histone-octamer-ii-typically-contains-200-bp-of-dna-helix-iii-constitutes-the-repeating-unit-of-a-structu https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTE3-consider-the-given-two-statements-assertion-a-euchromatin-is-said-to-be-transcriptionally-active-chromatin-whereas-heterochromatin-is-inactive-reason-r-light-stained-region-of-chromatin-is-euchromatin https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTE4-all-the-following-can-be-logical-conclusions-of-griffith-experiment-except-1-the-r-strain-bacteria-had-somehow-been-transformed-by-the-heat-killed-s-strain-bacteria-2-some-lsquo-transforming-principle https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTIx-regarding-hershey-and-chase-experiment-statement-i-bacteria-that-were-infected-with-viruses-that-had-radioactive-proteins-were-not-radioactive-statement-ii-proteins-did-not-enter-the-bacteria-from-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTIz-a-molecule-that-can-act-as-a-genetic-material-should-be-able-to-generate-its-replica-replication-therefore-i-both-the-nucleic-acids-dna-and-rna-can-act-as-the-genetic-material-ii-proteins-cannot-act-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTI0-consider-the-given-two-statements-assertion-a-viruses-having-rna-genome-and-having-shorter-life-span-mutate-and-evolve-faster-reason-r-rna-being-unstable-mutates-at-a-faster-rate-1-both-a-and-r-are-tr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTI1-matthew-meselson-and-franklin-stahl-in1958-demonstrated-that-dna-replication-produces-two-daughter-dna-molecules-each-composed-of-1-two-old-strands-2-two-new-strands-3-one-old-and-one-new-strand-4-two https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTI2-consider-the-given-two-statements-assertion-a-on-one-strand-the-template-with-polarity-3-rarr-5-the-replication-is-continuous-while-on-the-other-the-template-with-polarity-5-rarr-3-it-is-discontinuous https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTI3-while-defining-the-two-strands-of-the-dna-in-the-structural-gene-of-a-transcription-unit-the-coding-strand-is-the-one-that-1-has-the-polarity-3-rarr-5-2-has-the-sequence-same-as-rna-except-uracil-at-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTI4-consider-the-given-two-statements-statement-i-the-structural-gene-in-a-transcription-unit-is-monocistronic-mostly-in-bacteria-or-prokaryotes-statement-ii-the-structural-gene-in-a-transcription-unit-is https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTMw-regarding-bacterial-rna-polymerase-i-there-is-a-single-dna-dependent-rna-polymerase-that-catalyzes-the-transcription-of-all-types-of-rna-ii-rna-polymerase-associates-transiently-with-initiation-factor https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTMx-in-eukaryotic-transcription-i-there-are-at-least-three-rna-polymerases-in-the-nucleus-in-addition-to-the-rna-polymerase-found-in-the-organelles-ii-hnrna-undergoes-modification-to-produce-mature-rna-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTMy-how-many-of-the-following-statements-regarding-the-salient-features-of-genetic-code-are-true-i-the-codon-is-triplet-ii-61-codons-code-for-amino-acids-and-3-codons-do-not-code-for-any-amino-acids-iii-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTM0-identify-the-correct-statements-regarding-the-trna-molecule-a-trna-has-an-anticodon-loop-that-has-bases-complementary-to-the-code-b-trna-has-an-amino-acid-acceptor-end-at-the-5-rsquo-end-to-which-it-b https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTM1-the-clover-leaf-model-structure-describes-the-1-the-secondary-structure-of-trna-2-the-actual-structure-of-trna-3-the-assembly-of-trnas-at-the-larger-subunit-of-ribosomes-4-motifs-formed-by-unusual-bas https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTM3-the-utrs-in-a-mature-eukaryotic-mrna-1-are-present-at-both-5-end-before-start-codon-and-at-3-end-after-stop-codon-2-are-present-only-at-5-end-before-start-codon-3-are-present-only-at-3-end-after-stop https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTM5-consider-the-given-two-statements-statement-i-a-transcription-unit-in-dna-is-the-structural-gene-that-is-flanked-by-the-promoter-and-the-terminator-statement-ii-a-translational-unit-in-mrna-is-the-seq https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTQw-among-the-given-possible-levels-of-regulation-of-gene-expression-i-transcriptional-level-formation-of-primary-transcript-ii-processing-level-regulation-of-splicing-iii-transport-of-mrna-from-nucleus-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTQz-in-a-transcription-unit-the-activity-of-rna-polymerase-at-a-given-promoter-is-regulated-by-interaction-with-accessory-proteins-called-1-enhancers-and-silencers-2-operators-and-cap-3-rho-factors-and-si https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTQ0-the-accessibility-of-promoter-regions-of-prokaryotic-dna-is-in-many-cases-regulated-by-the-interaction-of-proteins-with-sequences-termed-1-enhancers-2-silencers-3-operators-4-terminators-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTQ1-the-first-to-elucidate-a-transcriptionally-regulated-system-of-gene-expression-were-1-jacob-and-monod-2-nirenberg-and-khorana-3-tijo-and-levan-4-beadle-and-tatum-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTQ2-which-of-the-following-statements-will-be-true-regarding-the-effect-of-mutations-in-the-components-of-the-lac-operon-of-e-coli-assume-mutations-will-lead-to-loss-of-function-in-the-affected-gene-i-a-m https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTQ4-which-of-the-following-is-synthesised-all-the-time-ndash-constitutively-in-e-coli-1-repressor-of-the-lac-operon-2-beta-galactosidase-3-permease-4-transacetylase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTQ5-the-important-goals-of-hgp-included-all-of-the-following-except-1-identify-all-the-approximately-20-000-ndash-25-000-genes-in-human-dna-2-determine-the-sequences-of-the-3-billion-chemical-base-pairs-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTUx-many-non-human-model-organisms-have-also-been-sequenced-even-before-sequencing-of-human-genome-where-i-caenorhabditis-elegans-is-a-pathogenic-nematode-ii-arabidopsis-thaliana-is-a-fungus-1-only-i-is-c https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTUz-the-methodology-used-in-human-genome-sequencing-that-took-the-blind-approach-of-simply-sequencing-the-whole-set-of-genome-that-contained-all-the-coding-and-non-coding-sequence-and-later-assigning-diff https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTU0-the-last-of-the-24-human-chromosomes-ndash-22-autosomes-and-x-and-y-ndash-to-be-sequenced-was-1-chromosome-1-2-the-x-chromosome-3-the-y-chromosome-4-chromosome-22-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTU2-name-the-british-biochemist-who-received-the-nobel-prize-in-chemistry-twice-ndash-once-for-determining-the-amino-acid-sequence-of-insulin-and-then-for-developing-first-ever-dna-sequencing-technique-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTU4-salient-observations-drawn-from-the-human-genome-project-include-all-of-the-following-except-1-the-human-genome-contains-3164-7-million-bp-2-the-average-gene-consists-of-3000-bases-but-sizes-vary-grea https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTYx-in-how-many-base-sequences-would-there-be-differences-in-human-genome-1-3-times-10-3-mathrm-bp-2-3-times-10-6-mathrm-bp-3-3-times-10-9-mathrm-bp-4-3-times-10-12-mathrm-bp-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTYz-dna-fingerprinting-involves-identifying-differences-in-some-specific-regions-in-dna-sequence-called-as-1-repetitive-dna-2-satellite-dna-3-genomic-dna-4-complementary-dna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTY1-consider-the-given-two-statements-assertion-a-dna-fingerprinting-is-the-basis-of-paternity-testing-in-case-of-disputes-reason-r-dna-from-every-tissue-such-as-blood-hair-follicle-skin-bone-saliva-sperm https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTY2-polymorphism-in-dna-sequence-is-the-basis-of-i-genetic-mapping-of-human-genome-ii-dna-fingerprinting-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-and-ii-are-incorrect https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTY4-consider-the-given-two-statements-assertion-a-the-probability-of-variation-due-to-mutation-to-be-observed-in-non-coding-dna-sequence-would-be-higher-than-in-coding-dna-sequence-reason-r-mutations-in-n https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTcw-the-transfer-of-electrophoresis-separated-dna-fragments-to-a-filter-membrane-in-a-process-called-blotting-and-the-subsequent-fragment-detection-by-probe-hybridization-is-called-as-1-northern-blot-2-so https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4OTcy-consider-the-given-two-statements-assertion-a-today-dna-from-a-single-cell-is-enough-to-perform-dna-fingerprinting-analysis-reason-r-the-sensitivity-of-the-technique-has-been-increased-by-the-use-of-p https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MDYy-a-transcription-unit-in-dna-is-defined-primarily-by-the-three-regions-in-dna-and-these-are-with-respect-to-upstream-and-downstream-end-1-structural-gene-transposons-operator-gene-2-inducer-repressor-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MDg1-the-lactose-present-in-the-growth-medium-of-bacteria-is-transported-to-the-cell-by-the-action-of-1-acetylase-2-permease-3-polymerase-4-beta-galactosidase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MDk1-match-list-i-with-list-ii-list-i-list-ii-a-frederick-griffith-i-genetic-code-b-francois-jacob-jacque-monod-ii-semi-conservative-mode-of-dna-replication-c-har-gobind-khorana-iii-transformation-d-mesels https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MTAy-which-of-the-following-statement-is-correct-regarding-the-process-replication-in-e-coli-1-the-dna-dependent-rna-polymerase-catalyses-polymerization-in-one-direction-that-is-5-rightarrow-3-2-the-dna-de https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MTMw-which-one-is-the-correct-product-of-dna-dependent-rna-polymerase-to-the-given-template-3-tacatggcaaatatccattca5-1-5-auguaaaguuuauagguaagu3-2-5-auguaccguuuauagggaagu3-3-5-atgtaccgtttataggtaagt3-4-5-aug https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MTQ3-match-list-i-with-list-ii-list-i-list-ii-a-rna-polymerase-iii-i-snrnps-b-termination-of-transcription-ii-promotor-c-splicing-of-exons-iii-rho-factor-d-tata-box-iv-snrnas-trna-choose-the-correct-answer https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU2Nzcw-which-of-the-following-is-not-the-characteristic-feature-of-genetic-code-1-the-codon-is-triplet-2-the-code-is-nearly-universal-3-the-code-has-punctuations-4-some-amino-acids-are-coded-by-more-than-one https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU2Nzk4-which-of-the-following-technique-was-used-to-elucidate-the-double-helix-model-of-dna-1-gamma-radiation-2-electromagnetic-radiation-3-uv-vis-spectroscopy-4-x-ray-diffraction-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU2ODM3-which-experimental-material-was-used-by-taylor-and-colleagues-to-prove-that-dna-in-chromosomes-replicates-semiconservatively-1-vicia-faba-2-pisum-sativum-3-solanum-tuberosum-4-oryza-sativa-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU2ODYx-in-the-lac-operon-the-i-gene-codes-for-1-inducer-2-repressor-3-beta-galactosidase-4-permease-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTc5NTU2-the-bases-of-rna-are-the-same-as-those-of-dna-with-the-exception-that-rna-contains-1-cysteine-instead-of-cytosine-2-uracil-instead-of-thymine-3-cytosine-instead-of-guanine-4-uracil-instead-of-adenine https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTMxNDk2-heterochromatin-differs-from-euchromatin-in-being-1-densely-packed-and-transcriptionally-inactive-2-lightly-packed-and-rich-in-ribosomes-3-site-of-active-gene-transcription-4-composed-entirely-of-rna https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTc5NDMy-which-of-the-following-strands-of-dna-would-be-the-complement-strand-to-g-c-a-t-c-g-1-c-g-t-a-g-c-2-g-g-a-t-g-c-3-a-a-c-g-a-t-4-t-t-g-c-t-a-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDgwODA1-the-two-complementary-strands-of-the-dna-double-helix-are-held-to-one-another-by-1-ionic-bonds-between-deoxyribose-molecules-2-ionic-bonds-between-phosphate-groups-3-covalent-bonds-between-nucleotide https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3MzI5-in-sea-urchin-dna-which-is-double-stranded-17-of-the-bases-were-shown-to-be-cytosine-the-percentages-of-the-other-three-bases-expected-to-be-present-in-this-dna-are-1-g-17-a-16-5-t32-5-2-g-17-a-33-t-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDQ3MTYy-salient-features-of-the-watson-and-crick-model-include-1-single-stranded-helix-2-a-dna-structure-3-double-helix-with-antiparallel-strands-4-parallel-strands-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTAzNDI2-the-central-dogma-of-molecular-biology-is-1-dna-rna-protein-2-protein-rna-dna-3-rna-dna-protein-4-dna-protein-rna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDc1ODcx-the-number-of-cytosine-bases-in-a-dna-molecule-1-is-equal-to-the-number-of-uracil-bases-2-is-equal-to-the-number-of-guanine-bases-3-is-equal-to-the-number-of-adenine-bases-4-cannot-be-predicted-1-2-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTMyMDAy-identify-the-incorrect-statement-1-histones-are-a-set-of-positively-charged-basic-proteins-2-histones-are-rich-in-the-basic-amino-acid-residues-lysine-and-arginine-3-histones-are-organised-to-form-a-u https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTIwMTQ0-which-of-the-following-correctly-differentiates-euchromatin-from-heterochromatin-1-euchromatin-is-transcriptionally-active-and-loosely-packed-while-heterochromatin-is-tightly-packed-and-transcriptiona https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0Mzcz-in-the-dna-molecule-1-the-proportion-of-adenine-in-relation-of-thymine-varies-with-the-organism-2-there-are-two-strands-which-run-antiparallel-one-in-5-3-direction-and-other-in-3-5-3-the-total-amount https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTEyNjIy-in-dna-the-complementary-base-pairing-involves-1-adenine-pairing-with-cytosine-and-guanine-pairing-with-thymine-2-adenine-pairing-with-thymine-via-two-hydrogen-bonds-and-guanine-pairing-with-cytosine https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTY4NDc2-rna-differs-from-dna-primarily-because-1-rna-lacks-bases-2-rna-is-always-double-stranded-3-dna-contains-ribose-4-rna-contains-ribose-and-uracil-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTIwMTQz-which-of-the-following-statements-about-dna-structure-is-incorrect-1-the-two-strands-of-dna-are-held-together-by-hydrogen-bonds-between-complementary-bases-2-adenine-pairs-with-cytosine-through-three https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTc0ODg4-choose-correct-one-1-a-dna-b-h111-histone-c-histone-octamer-d-core-of-histone-2-a-core-of-histone-b-dna-c-h111-histone-d-histone-octamer-3-a-histone-octamer-b-core-of-histone-c-dna-d-h111-histone-4-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3MDQ0-the-ratios-between-adenine-and-thymine-and-guanine-and-cytosine-are-constant-and-equal-one-for-a-1-ss-rna-2-dsrna-3-dsdna-4-ssdna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTIwMTQy-which-of-the-following-correctly-differentiates-a-nucleoside-from-a-nucleotide-1-a-nucleoside-has-a-phosphate-group-attached-to-the-nitrogenous-base-whereas-a-nucleotide-lacks-a-phosphate-group-2-a-nu https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODYx-histones-are-rich-in-1-basic-amino-acids-lysine-and-arginine-2-acidic-amino-acids-lysine-and-arginine-3-basic-amino-acids-glutamate-and-aspartate-4-acidic-amino-acids-glutamate-and-aspartate-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTEzNTk0-a-sample-of-normal-double-stranded-dna-was-found-to-have-thymine-content-of-27-what-will-be-the-expected-proportion-of-guanine-in-this-strand-1-23-2-32-3-36-4-73-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDUyMDgy-which-of-the-following-is-not-correct-regarding-the-features-of-the-dna-double-helix-as-proposed-by-watson-and-crick-1-backbone-is-constituted-by-sugar-phosphate-and-the-bases-project-inside-2-the-two https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4MDEw-rna-can-act-as-1-adapter-molecule-2-catalytic-molecule-as-well-as-genetic-material-3-structural-molecule-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NDAx-dna-fragments-are-1-positively-charged-2-negatively-charged-3-neutral-4-either-positively-or-negatively-charged-depending-on-their-size-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4NDE4-a-typical-nucleosome-contains-1-40-bp-of-dna-helix-2-60-bp-of-dna-helix-3-140-bp-of-dna-helix-4-200-bp-of-dna-helix-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTA5Mjkz-consider-the-given-two-statements-statement-i-the-two-strands-of-dna-in-a-double-helix-run-in-opposite-directions-and-are-held-together-by-hydrogen-bonds-between-complementary-bases-statement-ii-adeni https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTU3NTk2-the-number-of-base-pairs-in-bacteriophage-genome-is-1-4-7-kb-2-48502-bp-3-6-6-times-10-9-text-bp-4-159-kb-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4NDIz-if-adenine-makes-30-of-the-dna-molecule-what-will-be-the-percentage-of-thymine-guanine-and-cytosine-in-it-1-t-30-g-20-c-20-2-t-20-g-25-c-25-3-t-20-g-30-c-20-4-t-20-g-20-c-30-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDE0NTcw-which-of-the-following-biomolecules-can-act-as-genetic-material-i-dna-ii-rna-iii-proteins-1-only-i-and-ii-2-only-i-and-iii-3-only-ii-and-iii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzMyNTg0-the-length-of-dna-molecule-greatly-exceeds-the-dimensions-of-the-nucleus-in-eukaryotic-cells-how-is-this-dna-accommodated-1-deletion-of-non-essential-genes-2-super-coiling-in-nucleosomes-3-dnase-diges https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTI1NDA3-which-of-the-following-is-not-a-feature-of-the-double-helix-model-of-dna-1-antiparallel-strands-2-hydrogen-bonding-between-bases-3-complementary-base-pairing-4-ribose-sugar-in-the-backbone-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTU4MjY3-retroviruses-violate-the-central-dogma-because-they-1-synthesise-protein-directly-from-dna-2-synthesise-dna-from-rna-using-reverse-transcriptase-3-skip-transcription-entirely-4-produce-rna-without-a-d https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDY4NjQ1-match-list-i-with-list-ii-list-i-list-ii-a-histones-i-loosely-packed-chromatin-b-nucleosome-ii-densely-packed-chromatin-c-euchromatin-iii-positively-charged-basic-proteins-d-heterochromatin-iv-dna-wra https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjAwNTk2-if-the-distance-between-two-consecutive-base-pairs-is-0-34-nm-and-the-total-number-of-base-pairs-of-a-dna-double-helix-in-a-typical-mammalian-cell-is-6-6-1096-6-109-bp-then-the-length-of-the-dna-is-ap https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0OTI4-number-of-base-pairs-in-human-chromosomes-are-1-3-1093-109-2-3-1073-107-3-6-1086-108-4-6-1076-107-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTExODMy-the-length-of-dna-molecule-greatly-exceeds-the-dimensions-of-the-nucleus-in-eukaryotic-cells-how-is-this-dna-accommodated-1-through-elimination-of-repetitive-dna-2-deletion-of-non-essential-genes-3-su https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3MDA1-the-association-of-histone-h1-with-a-nucleosome-indicates-1-dna-replication-is-occurring-2-the-dna-is-condensed-into-a-chromatin-fibre-3-the-dna-double-helix-is-exposed-4-transcription-is-occurring-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgwNTEy-in-the-double-helix-model-of-dna-each-base-pair-is-how-far-from-the-next-base-pair-1-0-034-nm-2-0-34-nm-3-3-4-nm-4-34-nm-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1Mjk-which-of-the-following-is-not-a-feature-of-the-double-helix-model-of-dna-1-the-two-chains-have-anti-parallel-polarity-2-a-purine-always-comes-opposite-to-a-pyrimidine-3-the-pitch-of-the-dna-is-3-4-nm https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzMyNjUz-the-length-of-e-coli-dna-and-the-length-of-dna-in-a-human-2n-cell-is-1-1-36-mm-and-2-2-m-respectively-2-1-36-mm-and-2-2-mm-respectively-3-1-3-m-and-2-2-m-respectively-4-1-36-cm-and-2-2-cm-respectively https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjAwNTA3-purines-found-both-in-dna-and-rna-are-1-cytosine-and-thymine-2-adenine-and-thymine-3-adenine-and-guanine-4-guanine-and-cytosine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTA3OTUy-a-molecule-of-dna-contains-all-of-the-following-except-1-deoxyribose-sugars-2-polypeptide-bonds-3-phosphodiester-bonds-4-nitrogenous-bases-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM1ODIw-one-of-the-strands-of-a-dsdna-molecule-has-5-adenine-and-5-cytosine-bases-the-number-of-hydrogen-bonds-in-this-dsdna-molecule-is-expected-to-be-1-10-2-20-3-25-4-30-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTI3NjE3-regarding-the-given-figure-i-the-structure-is-called-a-nucleosome-ii-the-positively-charged-dna-is-wrapped-around-the-negatively-charged-histone-octamer-1-only-i-is-correct-2-only-ii-is-correct-3-both https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3MDE1-if-a-length-of-dna-has-45-000-base-pairs-how-many-complete-turns-will-the-dna-molecule-take-1-45000-2-450-3-4500-4-45-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM0Mzg4-select-the-option-with-correct-words-for-the-blanks-below-a-histones-are-organised-to-form-a-unit-of-eight-molecules-called-b-constitute-the-repeating-unit-of-a-structure-in-nucleus-called-chromatin-c https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3MDI4-the-term-nuclein-for-the-genetic-material-was-used-by-1-franklin-2-meischer-3-chargaff-4-mendel-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgwMjEx-in-nucleic-acids-the-5-carbon-of-one-sugar-is-held-to-the-3-carbon-of-the-adjacent-sugar-by-1-a-hydrogen-bond-2-a-phosphodiester-bridge-3-an-amide-bond-4-a-phosphoanhydride-bond-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTI4MDA4-consider-the-following-statements-regarding-rna-structure-a-in-rna-each-nucleotide-has-an-additional-oh-group-at-the-2-position-of-the-ribose-sugar-which-makes-rna-more-reactive-and-less-stable-than-d https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI1ODg4-identify-the-incorrect-statement-regarding-structure-of-dna-1-pitch-is-3-4nm-and-10-base-pairs-2-the-two-strands-are-antiparallel-3-each-pair-of-nucleotides-is-held-together-by-three-hydrogen-bonds-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4Nzcw-match-the-terms-related-to-the-structure-of-nucleotides-with-their-corresponding-descriptions-column-i-column-ii-a-purine-p-adenine-guanine-b-pyrimidine-q-cytosine-thymine-uracil-c-n-glycosidic-linkag https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTUyMjQ3-a-double-stranded-dna-molecule-isolated-from-a-newly-discovered-extremophilic-bacterium-is-found-to-have-a-total-of-24-cytosine-by-molar-proportion-based-on-chargaff-s-rule-and-complementary-base-pair https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI2OTk5-in-1953-james-watson-and-f-crick-proposed-the-double-helix-model-of-dna-and-got-nobel-prize-their-model-of-dna-was-based-on-a-x-ray-diffraction-of-dna-produced-by-m-wilkins-and-r-franklin-b-griffith-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTc2MTc3-the-reason-the-amount-of-a-t-and-g-c-chargaff-s-rule-is-because-1-purines-base-pair-with-pyrimidines-2-phosphates-alternate-with-pentose-sugars-in-the-dna-backbone-3-x-ray-diffraction-indicated-a-doub https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTAzNDI1-the-griffith-s-experiment-involving-streptococcus-pneumoniae-demonstrated-the-principle-of-1-transformation-2-conjugation-3-transduction-4-transcription-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4NzY3-what-was-the-main-conclusion-of-the-avery-macleod-and-mccarty-experiment-1-proteins-are-responsible-for-genetic-transformation-2-dna-is-the-hereditary-material-responsible-for-transformation-3-rna-is https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY2MDU2-in-avery-macleod-and-mccarty-experiment-the-transformation-was-affected-by-the-use-of-1-protease-2-dnase-3-rnase-4-lipase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODYw-a-molecule-that-can-act-as-a-genetic-material-must-fulfill-all-the-following-criteria-except-1-it-should-be-able-to-generate-its-replica-2-it-should-chemically-and-structurally-be-stable-3-it-should-b https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTc0OTI4-the-unequivocal-proof-that-dna-is-the-genetic-material-was-given-by-1-griffith-2-avery-3-hershey-and-chase-4-macleod-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTc5NDQ0-in-hershey-and-chase-experiment-the-dna-of-the-phage-was-labelled-with-1-35s-2-32p-3-18o-4-14c-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTU2Mjg1-which-scientists-first-gave-experimental-evidence-that-dna-is-the-genetic-material-1-avery-macleod-and-mccarty-who-repeated-the-transformation-experiments-of-griffith-and-chemically-characterized-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDgwODAy-which-of-the-following-inspired-avery-and-his-colleagues-to-perform-the-experiments-demonstrating-that-the-transforming-principle-in-bacteria-is-dna-1-the-fact-that-a-is-equal-to-t-and-g-is-equal-to-c https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTI0NzE0-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-griffith-experiment-column-ii-description-a-smooth-s-strain-i-virulent-had-a-polysaccharide https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0MTQ5-in-an-experiment-streptococcus-pneumonia-bacteria-are-grown-on-a-culture-plate-in-order-to-infect-mice-in-which-some-produce-smooth-shiny-colonies-and-others-produces-rough-colonies-later-the-mice-inf https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDc1ODQ5-the-experiment-in-which-it-was-shown-that-dna-is-the-genetic-material-in-bacteriophages-is-the-1-meselson-stahl-experiment-2-franklin-wilkins-experiment-3-hershey-chase-experiment-4-delbruck-luria-exp https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTU2Mjg0-fredrick-griffith-accidentally-discovered-transformation-when-attempting-to-develop-a-vaccine-for-pneumonia-he-injected-mice-with-samples-from-s-strain-virulent-and-or-r-strain-nonvirulent-pneumococci https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk5MDQx-regarding-hershey-and-chase-experiment-statement-i-bacteria-which-were-infected-with-viruses-that-had-radioactive-dna-were-radioactive-statement-ii-dna-was-the-material-that-passed-from-the-virus-to-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTEyNzUy-which-of-the-following-criteria-must-a-molecule-fulfill-to-act-as-a-genetic-material-1-ability-to-replicate-chemical-stability-potential-for-mutation-and-expression-of-mendelian-characters-2-capacity https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzc0-assertion-a-viruses-grown-in-the-presence-of-radioactive-phosphorus-contained-radioactive-dna-but-not-radioactive-protein-reason-r-protein-contains-phosphorus-but-dna-does-not-choices-for-assertions-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzcy-assertion-a-s-strain-bacteria-produce-smooth-shiny-colonies-reason-r-s-strain-bacteria-produce-mucous-polysaccharide-coat-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correc https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTEyNjI2-consider-the-following-statements-about-the-hershey-chase-experiment-statement-i-hershey-and-chase-used-radioactive-phosphorus-to-label-dna-and-radioactive-sulfur-to-label-proteins-in-bacteriophages-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTUxOTg3-which-property-makes-dna-a-better-genetic-material-compared-to-rna-1-greater-catalytic-activity-2-higher-replication-fidelity-3-presence-of-uracil-4-single-stranded-nature-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTExMzI2-what-feature-of-dna-and-rna-differentiates-them-as-genetic-materials-despite-both-being-composed-of-nucleotides-1-dna-contains-thymine-while-rna-contains-uracil-2-dna-nucleotides-are-saturated-while-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTIzODE5-which-of-the-following-are-the-functions-of-rna-1-it-is-a-carrier-of-genetic-information-from-dna-to-ribosomes-synthesising-polypeptides-2-it-carries-amino-acids-to-ribosomes-3-it-is-a-constituent-com https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDI3NTQ1-assertion-a-dna-is-a-better-molecule-to-store-genetic-information-than-rna-reason-r-dna-is-more-stable-and-less-reactive-than-rna-1-both-a-and-r-are-true-and-r-correctly-explains-a-2-both-a-and-r-are https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3MDQ1-if-a-molecule-that-can-act-as-a-genetic-material-should-be-able-to-generate-its-replica-which-of-the-following-molecules-can-act-as-a-genetic-material-i-proteins-ii-dna-iii-rna-1-only-i-and-ii-2-only https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTI3NjE5-consider-the-given-two-statements-assertion-a-among-the-two-nucleic-acids-the-rna-is-a-better-genetic-material-reason-r-rna-chemically-is-less-reactive-and-structurally-more-stable-when-compared-to-dn https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4Nzcy-which-of-the-following-statements-best-supports-the-rna-world-hypothesis-1-rna-can-function-both-as-a-genetic-material-and-as-a-catalyst-2-rna-is-more-stable-than-dna-3-dna-is-the-first-genetic-materi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4NzU5-which-of-the-following-accurately-distinguishes-dna-from-rna-1-dna-contains-uracil-whereas-rna-contains-thymine-2-dna-is-more-chemically-stable-due-to-the-absence-of-the-2-oh-group-while-rna-contains https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjI2-the-first-genetic-material-could-be-1-protein-2-carbohydrates-3-dna-4-rna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTA3OTU3-which-of-the-following-is-found-in-the-rna-but-not-in-the-dna-of-a-living-cell-1-thymine-2-a-double-helix-3-an-additional-hydroxyl-group-4-hydrogen-bonds-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NjU4-rna-may-not-be-a-suitable-genetic-material-in-organisms-because-of-1-presence-of-2-oh-in-sugar-2-chemically-less-reactive-nature-3-structurally-more-stable-nature-4-slow-rate-of-mutation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzg3-the-process-of-rna-splicing-shows-the-dominance-of-1-dna-world-2-rna-world-3-protein-world-4-microbial-world-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTM1MjMz-given-below-are-two-statements-statement-i-in-the-rna-world-rna-is-considered-the-first-genetic-material-evolved-to-carry-out-essential-life-processes-rna-acts-as-a-genetic-material-and-also-as-a-cata https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDQ4MTY1-the-mechanism-of-dna-replication-is-1-conservative-2-semi-conservative-3-dispersive-4-random-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1Njkz-the-method-of-dna-replication-in-which-two-strands-of-dna-separate-and-synthesize-new-strands-is-called-1-dispersive-2-conservative-3-semiconservative-4-non-conservative-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDM5MjYw-what-was-the-conclusion-of-the-meselson-and-stahl-experiment-regarding-dna-replication-1-dna-replication-is-conservative-2-dna-replication-is-dispersive-3-dna-replication-is-semiconservative-4-dna-doe https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTc0OTUy-at-the-time-of-dna-replication-deoxyribonucleoside-triphosphate-serves-dual-purposes-which-are-1-these-are-acting-as-substrate-2-they-provide-energy-for-polymerisation-3-both-1-and-2-4-none-of-these-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDc1OTY0-in-dna-replication-the-okazaki-fragments-on-the-lagging-strand-are-joined-together-by-1-dna-ligase-2-dna-polymerase-3-primase-4-helicase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDgwODA5-the-experiments-in-which-meselson-and-stahl-grew-bacteria-in-heavy-nitrogen-conclusively-demonstrated-that-dna-1-is-a-double-helix-2-replicates-semiconservatively-3-consists-of-repeating-nucleotide-su https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTcyOTIw-the-semiconservative-nature-of-dna-replication-implies-that-each-daughter-dna-molecule-contains-1-two-parental-strands-2-two-newly-synthesised-strands-3-one-parental-and-one-newly-synthesised-strand-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTExODE3-taylor-conducted-the-experiments-to-prove-semiconservative-mode-of-chromosome-replication-on-1-vince-rosea-2-visia-faba-3-drosophila-melanogaster-4-e-coli-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzMyNTk0-isotopes-used-in-proving-semiconservative-replication-of-dna-were-1-14n-14c-2-14n-15n-3-14n-31p-4-14c-31p-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjM5-discontinuous-synthesis-of-dna-occurs-in-one-strand-because-1-dna-molecule-being-synthesised-is-very-long-2-dna-dependent-dna-polymerase-catalyses-polymerisation-only-in-one-direction-5-3-3-it-is-a-mo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0Njky-e-coli-was-grown-in-a-medium-containing-heavy-isotope-of-nitrogen-this-was-followed-by-transfer-of-cells-into-medium-containing-normal-nitrogen-considering-e-coli-divides-in-20-minutes-what-would-be-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTE4NDE2-distribution-of-newly-synthesized-dna-in-the-chromosomes-is-by-semi-conservative-means-is-experimentally-shown-by-taylor-et-al-by-using-1-radioactive-adenosine-2-radioactive-thymidine-3-radioactive-gu https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTI0MTY1-meselson-and-stahl-s-experiment-using-heavy-nitrogen-n-confirmed-that-dna-replication-follows-a-semi-conservative-model-after-one-round-of-replication-in-n-medium-what-type-of-dna-strands-were-observe https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgwMjAz-the-replication-of-dna-is-1-constitutive-and-continuous-2-conservative-and-semi-discontinuous-3-semi-constitutive-and-continuous-4-semi-conservative-and-semi-discontinuous-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzYx-assertion-a-during-rdt-procedures-the-gene-of-interest-needs-a-vector-reason-r-because-replication-process-in-bacteria-needs-origin-of-replication-choices-for-assertions-and-reasons-1-both-a-and-r-are https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTc2MTc0-if-adenine-a-is-located-on-the-leading-strand-of-dna-then-the-same-location-on-the-lagging-strand-2-must-be-1-adenine-2-thymine-3-cytosine-4-guanine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTcwNDg2-in-meselson-and-stahl-s-experiment-the-heavy-isotope-n-was-significant-because-1-it-made-dna-denser-for-density-gradient-centrifugation-2-it-proved-semi-conservative-replication-3-it-labeled-newly-syn https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTcwNDkw-during-dna-replication-the-replication-fork-exists-because-1-the-entire-dna-molecule-cannot-unwind-simultaneously-2-dna-polymerase-works-processively-in-one-direction-3-energy-requirements-would-be-to https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTUxOTk4-what-would-happen-if-dna-ligase-is-absent-during-dna-replication-1-no-replication-occurs-2-okazaki-fragments-remain-unjoined-3-leading-strand-synthesis-stops-4-dna-becomes-single-stranded-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTA5Mjgz-which-of-the-following-correctly-identifies-the-components-of-a-transcription-unit-in-a-prokaryotic-genome-1-promoter-rna-polymerase-and-enhancer-2-promoter-structural-gene-and-terminator-3-operator-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDQ2Njk1-the-importance-of-a-promoter-in-transcription-is-to-1-terminate-rna-synthesis-2-signal-the-rna-polymerase-where-to-start-transcription-3-modify-the-rna-after-transcription-4-transport-the-rna-out-of-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTc5Mjcy-in-eukaryotes-which-of-the-following-is-removed-from-initially-transcribed-rna-before-it-is-transported-to-the-cytoplasm-for-translation-1-intron-2-3-poly-a-tail-3-ribosome-binding-site-4-5-cap-1-2-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM0MTI-removal-of-introns-and-joining-the-exons-in-a-defined-order-in-a-transcription-unit-is-called-1-splicing-2-tailing-3-transformation-4-capping-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTk5Mzk5-what-initiation-and-termination-factors-are-involved-in-transcription-in-prokaryotes-1-and-respectively-2-and-respectively-3-and-respectively-4-and-respectively-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0MzU3-during-transcription-rna-polymerase-binds-to-dna-site-1-regulator-2-promoter-3-enhancer-4-receptor-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4MDI3-which-of-the-following-rnas-is-not-required-for-the-synthesis-of-protein-1-rrna-2-sirna-3-mrna-4-trna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTMxNDE4-which-of-the-following-statements-correctly-distinguishes-transcription-in-prokaryotes-from-that-in-eukaryotes-1-in-both-prokaryotes-and-eukaryotes-transcription-occurs-in-the-cytoplasm-and-involves-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTA5Mjkw-consider-the-given-two-statements-assertion-a-in-transcription-only-one-strand-of-dna-is-transcribed-into-rna-reason-r-transcribing-both-strands-would-produce-complementary-rna-molecules-that-might-hy https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTMzMjA5-replication-and-transcription-can-be-coupled-in-bacteria-because-1-they-have-linear-dna-with-multiple-origins-2-their-dna-is-not-enclosed-in-a-nucleus-3-they-lack-rna-polymerase-4-transcription-occurs https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDE0NTcy-which-process-takes-place-in-the-same-compartment-in-prokaryotic-cells-i-transcription-ii-translation-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4Nzgx-what-is-the-function-of-the-factor-in-bacterial-transcription-1-it-helps-terminate-transcription-2-it-facilitates-the-initiation-of-transcription-by-binding-to-the-promoter-3-it-catalyzes-the-elongati https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjM3NzE3-the-process-of-transcription-and-translation-can-be-coupled-in-1-e-coli-2-saccharomyces-cerevisiae-3-arabidopsis-thaliana-4-coenorhabditis-elegans-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTYzNTg-the-i-provides-the-template-during-translation-and-ii-brings-amino-acids-and-read-the-genetic-code-and-iii-play-structural-and-catalytic-role-choose-the-correct-word-for-i-ii-and-iii-blanks-i-ii-iii-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTA5Mjg0-which-statement-correctly-distinguishes-hnrna-from-mrna-in-eukaryotes-1-hnrna-is-single-stranded-while-mrna-is-double-stranded-2-hnrna-is-synthesized-in-the-cytoplasm-while-mrna-is-synthesized-in-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4Nzgy-consider-the-given-two-statements-assertion-a-in-prokaryotic-cells-transcription-and-translation-can-occur-simultaneously-reason-r-prokaryotes-have-a-nuclear-membrane-that-separates-the-processes-of-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ3ODUw-when-rna-transcript-is-first-made-in-a-eukaryote-it-requires-further-processing-to-become-functional-mrna-which-of-the-given-steps-are-required-to-produce-a-mature-mrna-a-a-tail-of-uracil-is-added-to https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzQ5-assertion-a-primary-transcript-is-subjected-to-a-process-called-splicing-reason-r-introns-are-functional-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjI4-with-regard-to-mature-mrna-in-eukaryotes-1-exons-and-introns-do-not-appear-in-the-mature-rna-2-exons-appear-but-introns-do-not-appear-in-the-mature-rna-3-introns-appear-but-exons-do-not-appear-in-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTcyOTI4-how-is-the-rna-polymerase-able-to-catalyse-all-the-three-steps-of-transcription-which-are-initiation-elongation-and-termination-1-rna-polymerase-has-three-different-active-sites-one-for-initiation-one https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk2MjM3-consider-the-given-two-statements-statement-i-in-prokaryotes-transcription-and-translation-occur-simultaneously-in-the-cytoplasm-statement-ii-eukaryotes-separate-transcription-and-translation-both-spa https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDc2MDIw-transcription-is-most-similar-to-1-chemiosmosis-2-dna-replication-3-translation-4-facilitated-transport-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODk1Mzg-dna-dependent-rna-polymerase-catalyses-transcription-on-one-strand-of-the-dna-which-is-called-the-1-template-strand-2-coding-strand-3-alpha-strand-4-anti-strand-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTI0MTA2-identify-a-b-c-and-d-in-the-given-figure-a-b-c-d-1-promoter-leading-strand-terminator-lagging-strand-2-promoter-template-strand-terminator-coding-strand-3-terminator-template-strand-promoter-coding-st https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDI2NDA4-in-a-transcription-unit-the-location-of-the-promoter-site-and-the-terminator-site-is-1-3-downstream-end-and-5-upstream-end-respectively-of-the-transcription-unit-2-5-upstream-end-and-3-downstream-end https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTU3NTk1-the-term-cistron-refers-to-1-functional-unit-of-mutation-2-functional-unit-of-replication-3-functional-unit-of-transcription-4-functional-unit-of-recombination-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzg2-in-most-prokaryotes-the-transcription-unit-is-1-mono-cistronic-2-poly-cistronic-3-multi-cistronic-4-uni-cistronic-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTEzNjEz-the-following-diagram-shows-a-fragment-of-dna-which-is-going-to-be-transcribed-the-upper-strand-with-polarity-3-to-5-is-the-template-strand-3-attgcc-5-5-taacgg-3-after-transcription-the-mrna-can-be-re https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDE0NTc0-the-mrna-i-is-transcribed-on-the-template-of-dna-ii-is-complementary-to-the-template-dna-on-which-it-is-transcribed-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2ODk1-mrna-is-synthesized-on-a-dna-template-in-which-direction-1-5-3-2-3-5-3-both-4-any-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NDAz-spliceosomes-are-not-found-in-cells-of-1-plants-2-fungi-3-animals-4-bacteria-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTcwNDg4-monocistronic-transcription-units-differ-from-polycistronic-in-that-1-monocistronic-units-produce-single-mrna-for-one-protein-eukaryotes-2-polycistronic-units-produce-single-mrna-for-multiple-proteins https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0OTY4-initiation-codon-in-eukaryotes-is-1-uga-2-cca-3-aga-4-aug-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjM4-sickle-cell-anemia-is-caused-by-1-chromosomal-aberration-2-point-mutation-3-non-disjunction-event-4-an-arthropod-vector-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1NDgz-the-role-of-an-adapter-molecule-in-the-translation-of-genetic-information-is-performed-by-1-mirna-2-hnrna-3-trna-4-sirna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1MDM5-which-form-of-rna-has-a-structure-resembling-clover-leaf-1-hn-rna-2-m-rna-3-t-rna-4-r-rna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDc2MDk5-the-signal-to-start-translation-is-the-initiator-codon-usually-aug-the-codon-for-1-tyrosine-2-methionine-3-leucine-4-no-amino-acid-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI2OTk0-which-one-of-the-following-pairs-of-codons-are-correctly-matched-with-their-function-or-the-signal-for-the-particular-amino-acid-1-guu-gcu-alanine-2-uag-uga-stop-3-aug-acg-start-methionine-4-uua-uca-l https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgwNTAz-a-mutation-that-adds-or-deletes-a-base-pair-from-dna-is-1-a-frameshift-mutation-2-a-nonsense-mutation-3-a-missense-mutation-4-an-aneuploid-condition-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzQ0NDgw-with-respect-to-genetic-code-which-one-of-the-following-statements-is-incorrect-1-61-codon-code-for-20-amino-acids-2-genetic-code-is-not-universal-3-aug-acts-as-an-initiator-codon-4-genetic-code-is-de https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjUwOTg4-which-one-of-the-following-is-a-wrong-statement-regarding-mutations-1-cancer-cells-commonly-show-chromosomal-aberrations-2-uv-and-gamma-rays-are-mutagens-3-change-in-a-single-base-pair-of-dna-does-not https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NDU4-anticodon-occurs-in-1-t-rna-2-m-rna-3-rrna-4-dna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDc2NzMw-when-a-mutation-is-limited-to-the-substitution-of-one-nucleotide-pair-for-another-it-is-called-a-1-translocation-2-point-mutation-3-sugar-phosphate-deletion-4-base-inversion-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTAzNDMz-what-is-the-role-of-the-adapter-molecule-trna-in-translation-1-it-transfers-mrna-to-the-ribosome-for-protein-synthesis-2-trna-initiates-the-transcription-of-dna-into-mrna-3-trna-decodes-the-mrna-codon https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM0OTA-what-is-not-true-for-genetic-code-1-a-codon-in-mrna-is-read-in-non-contiguous-fashion-2-it-is-nearly-universal-3-it-is-degenerate-4-it-is-unambiguous-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjAwNTQ0-which-of-the-following-features-of-genetic-code-does-allow-bacteria-to-produce-human-insulin-by-recombinant-dna-technology-1-genetic-code-is-specific-2-genetic-code-is-not-ambiguous-3-genetic-code-is https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDc2MTUw-of-the-64-codons-how-many-code-for-amino-acids-1-20-2-22-3-43-4-61-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTEzNTc5-assertion-a-the-genetic-code-is-degenerate-reason-r-most-amino-acids-are-coded-by-more-than-one-codon-1-both-a-and-r-are-true-and-r-is-correct-explanation-of-a-2-both-a-and-r-are-true-and-r-is-not-cor https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4Nzkx-match-each-homopolymer-codon-in-column-i-with-its-corresponding-amino-acid-in-column-ii-and-select-the-best-match-from-the-codes-given-column-i-column-ii-a-uuu-p-phenylalanine-b-aaa-q-lysine-c-ccc-r-p https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTI2MDMw-which-of-the-following-statements-about-the-genetic-code-is-incorrect-1-it-is-nearly-universal-across-all-known-life-forms-2-it-is-triplet-based-and-read-in-a-non-overlapping-manner-3-it-is-ambiguous https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4ODg5-under-which-of-the-following-conditions-will-there-be-no-change-in-the-reading-frame-of-the-following-mrna-5-aacagcggugcuauu-3-1-deletion-of-ggu-from-7th-8th-and-9th-positions-2-insertion-of-g-at-5th https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4Nzg0-which-of-the-following-statements-is-correct-regarding-trna-1-trna-contains-an-anticodon-loop-complementary-to-the-mrna-codon-2-trna-directly-binds-to-the-ribosome-without-interacting-with-mrna-3-trna https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTcyOTMz-a-mutation-deleting-two-bases-in-a-coding-sequence-will-most-likely-result-in-1-silent-mutation-2-missense-mutation-3-nonsense-mutation-4-frameshift-mutation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTcwNDk4-single-base-mutations-may-not-always-affect-protein-function-because-1-the-genetic-code-is-degenerate-2-mutations-may-occur-in-non-coding-regions-3-some-amino-acid-changes-may-not-affect-protein-struc https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTMzNDk4-in-bacterial-translation-which-of-the-following-is-a-ribozyme-1-5s-rrna-2-23s-rrna-3-28s-rrna-4-30s-rrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjYw-to-initiate-translation-the-mrna-first-binds-to-1-the-smaller-ribosomal-sub-unit-2-the-larger-ribosomal-sub-unit-3-the-whole-ribosome-4-no-such-specificity-exists-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTA3OTgz-one-difference-between-prokaryotic-and-eukaryotic-translation-is-1-eukaryotic-ribosomes-are-larger-containing-more-subunits-2-prokaryotic-translation-may-occur-simultaneously-with-transcription-while https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4MzAw-which-of-the-following-acts-as-a-catalyst-for-the-formation-of-peptide-bonds-in-bacterial-translation-1-5-1s-rrna2-23s-rrna-3-30s-rrna4-70s-rrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTQ2MzYz-utrs-are-required-for-efficient-translation-which-are-present-on-1-3-mrna-2-5-mrna-3-t-c-region-of-trna-4-both-1-2-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDYzMzgz-which-of-the-following-molecules-carries-an-amino-acid-to-the-ribosome-1-mrna-2-rrna-3-trna-4-hnrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDM5MTc3-23s-rrna-in-bacteria-1-is-the-component-of-smaller-subunit-of-ribosome-2-is-a-ribozyme-3-protects-bacterial-dna-from-restriction-enzymes-4-confers-resistance-to-antibiotics-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTc2MjIz-the-area-on-a-trna-molecule-which-connects-to-a-specific-mrna-molecule-is-called-1-dna-2-an-anticodon-3-complement-4-a-peptide-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2MTIx-what-does-lac-refer-to-in-what-we-call-the-lac-operon-1-lactose-2-lactase-3-lac-insect-4-the-number-1-00-000-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTM0MTcx-in-the-lac-operon-of-e-coli-what-happens-when-lactose-is-present-1-repressor-binds-to-the-operator-blocking-transcription-2-lactose-binds-to-the-repressor-inactivating-it-and-allowing-transcription-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3MDM5-which-of-the-following-enzyme-is-primarily-responsible-for-the-hydrolysis-of-the-disaccharide-lactose-into-its-monomeric-units-galactose-and-glucose-in-the-lac-operon-1-beta-galactosidase-2-permease-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTExODEw-all-of-the-following-are-part-of-an-operon-except-1-an-operator-2-structural-genes-3-a-promoter-4-an-enhancer-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTMyMTI4-the-lac-operon-in-e-coli-is-activated-when-1-glucose-levels-are-high-and-lactose-is-absent-2-glucose-levels-are-low-and-lactose-is-present-3-camp-levels-are-low-and-lactose-is-absent-4-both-glucose-an https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjUxMTg1-the-lac-operon-consists-of-1-one-regulatory-gene-and-three-structural-genes-2-two-regulatory-genes-and-two-structural-genes-3-three-regulatory-genes-and-three-structure-genes-4-four-regulatory-genes-o https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTAzNDIy-which-of-the-following-best-describes-a-regulatory-gene-1-a-gene-that-encodes-enzymes-for-cellular-respiration-2-a-gene-that-does-not-have-an-operator-3-a-gene-that-is-transcribed-but-not-translated-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzU3-assertion-a-lactose-is-termed-as-inducer-reason-r-it-regulates-switching-on-and-off-of-the-operon-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bot https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU2MTkx-consider-the-given-two-statements-assertion-a-regulation-of-lac-operon-by-repressor-is-referred-to-as-negative-regulation-reason-r-negative-regulation-refers-to-the-repression-of-gene-expression-by-re https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDQ3MTY3-the-lac-operon-is-called-an-inducible-operon-because-1-it-is-always-active-regardless-of-the-presence-or-absence-of-lactose-2-it-is-repressed-in-the-presence-of-lactose-3-it-is-activated-only-in-the-p https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTc5NDUw-in-prokaryotes-the-predominant-site-for-control-of-gene-expression-is-the-1-transcription-initiation-2-processing-level-3-transport-of-mrna-4-translational-level-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI1OTQ3-all-the-following-are-structural-genes-in-a-lac-operon-except-1-laca-2-lac-i-3-lacy-4-lacz-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTc1Mjc0-ldentify-a-b-c-d-e-1-a-inducer-b-repressor-c-inhibitor-d-mrna-e-operator-2-a-repressor-mrna-b-inducer-c-permease-d-transacetylase-e-operator-3-a-repressor-b-operator-c-galactosidase-d-transacetylase-e https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTU4MTkw-regrading-the-operator-region-in-an-operon-statement-i-the-operator-region-is-adjacent-to-the-promoter-elements-in-most-operons-statement-ii-in-most-cases-the-sequences-of-the-operator-bind-a-represso https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4Nzk2-consider-the-given-two-statements-assertion-a-the-lac-operon-is-an-example-of-a-polycistronic-operon-reason-r-it-has-multiple-structural-genes-z-y-and-a-that-are-transcribed-together-into-a-single-mrn https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTEyNjMw-in-the-absence-of-lactose-the-lac-operon-is-1-constitutively-expressed-2-induced-by-the-binding-of-rna-polymerase-to-the-promoter-3-repressed-by-the-binding-of-the-repressor-to-the-operator-region-4-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM3ODY-differentiation-of-organs-and-tissues-in-a-developing-organism-is-associated-with-1-developmental-mutations-2-differential-expression-of-genes-3-lethal-mutations-4-deletion-of-a-gene-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM4Njgy-if-the-gene-coding-for-permease-enzyme-in-the-lac-operon-is-inactivated-by-a-mutation-1-the-cell-will-not-be-able-to-metabolize-glucose-2-the-cell-will-not-be-able-to-breakdown-lactose-3-lactose-will https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDc2MjAw-the-lac-operon-described-in-1961-by-francois-jacob-and-jacques-monod-is-transcribed-when-1-lactose-is-needed-by-the-cell-2-lactose-is-available-to-the-cell-3-lactic-acid-is-needed-by-the-cell-4-lactic https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTcwNDU2-which-of-the-following-statements-about-gene-expression-and-environment-interaction-is-most-accurate-1-genes-completely-determine-traits-regardless-of-environment-2-environment-overrides-genetic-contr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTc2MjI4-under-which-of-the-following-conditions-would-lac-operon-expression-in-e-coli-be-maximal-1-high-levels-of-glucose-low-levels-of-lactose-2-low-levels-of-glucose-high-levels-of-lactose-3-high-levels-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTE5ODU-commonly-used-vectors-for-human-genome-sequencing-are-1-t-dna-2-bac-and-yac-3-expression-vectors-4-t-a-cloning-vectors-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgxMDE4-which-of-the-following-was-not-a-goal-of-the-hgp-1-to-identify-all-the-approximately-20-000-25-000-genes-in-human-dna-2-to-determine-the-sequences-of-the-3-billion-chemical-base-pairs-that-make-up-hum https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzY1NDgy-human-genome-project-was-launched-in-the-year-1-1990-2-2003-3-2006-4-2011-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDUwNzU4-identify-the-incorrect-statement-1-the-human-genome-project-revealed-that-the-human-genome-contains-3164-7-million-base-pairs-2-one-of-the-unexpected-findings-of-the-human-genome-project-was-the-high https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTEyNzQ3-what-was-the-primary-aim-of-the-human-genome-project-hgp-1-to-map-only-the-protein-coding-genes-in-the-human-genome-2-to-identify-all-genes-determine-dna-sequences-and-address-ethical-issues-3-to-crea https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTk0ODI5-the-number-of-genes-present-on-the-human-y-chromosome-is-1-321-2-123-3-312-4-231-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjUxMjgw-in-the-history-of-biology-the-human-genome-project-led-to-the-development-of-1-biosystematics-2-biotechnology-3-biomonitoring-4-bioinformatics-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4Nzk4-what-was-one-of-the-main-challenges-of-the-human-genome-project-that-required-the-development-of-bioinformatics-tools-1-the-large-number-of-polymorphisms-in-the-genome-2-the-sequencing-of-complex-rna https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTMyODk1-identify-the-incorrect-statement-regarding-the-salient-observations-drawn-from-human-genome-project-1-the-human-genome-contains-3164-7-million-bp-2-the-average-gene-consists-of-3000-bases-but-sizes-va https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3MDM3-which-of-the-following-is-not-a-salient-observation-drawn-from-human-genome-project-1-chromosome-1-has-most-genes-2-more-than-50-of-the-genome-codes-for-proteins-3-dystrophin-is-the-largest-human-gene https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjQ1-which-was-the-last-human-chromosome-to-be-completely-sequenced-1-chromosome-1-2-chromosome-11-3-chromosome-21-4-chromosome-x-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzMxOTgw-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-number-of-genes-on-chromosome-1-p-2968-b-number-of-genes-on-y-chromosome-q-less https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTI0MDk2-given-below-are-two-statements-statement-i-less-than-2-per-cent-of-the-human-genome-codes-for-proteins-statement-ii-the-functions-are-unknown-for-over-50-percent-of-discovered-genes-in-the-human-genom https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODQw-which-human-chromosome-has-maximum-and-minimum-genes-located-on-it-respectively-1-x-and-1-2-x-and-y-3-y-and-1-4-1-and-y-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTE4MjM-sequencing-of-genome-of-non-human-organism-will-help-in-1-solving-challenges-in-health-care-and-agriculture-2-energy-production-3-environmental-remediation-4-all-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTUyMDM0-in-the-human-genome-project-which-sequencing-method-was-primarily-used-1-maxam-gilbert-method-2-sanger-s-method-3-shotgun-sequencing-4-next-generation-sequencing-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTMxNDk1-vntrs-are-useful-in-dna-fingerprinting-because-they-exhibit-1-high-mutation-rate-in-coding-regions-2-identical-sequences-across-individuals-3-high-degree-of-polymorphism-in-non-coding-regions-4-consta https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDM5MzAy-what-is-the-role-of-variable-number-tandem-repeats-vntrs-in-genetic-studies-1-they-are-used-to-identify-active-sites-of-restriction-enzymes-within-the-genome-2-vntrs-serve-as-molecular-clocks-to-estim https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDM2MzY3-which-of-the-following-is-transferred-to-nitrocellulose-sheet-from-agar-gel-in-a-technique-called-southern-blotting-1-rna-2-protein-3-dna-4-lipids-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3MzM1-satellite-dna-is-important-because-it-1-shows-high-degree-of-polymorphism-in-population-and-also-the-same-degree-of-polymorphism-in-an-individual-which-is-heritable-form-parents-to-children-2-does-not https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDM3MjY2-the-vntr-belongs-to-a-class-of-satellite-dna-referred-to-as-1-lines-2-sines-3-mini-satellite-4-snp-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NzQwNDM-satellite-dna-is-classified-into-many-types-on-the-basis-of-1-base-composition-2-length-of-segment-3-number-of-repetitive-units-4-all-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODQ1-the-size-of-vntr-varies-from-1-0-1-to-20-kb-2-0-1-to-2-0-mb-3-0-1-to-0-2-bp-4-0-1-to-2-0-bp-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3MzEz-alec-jeffrey-s-name-is-associated-with-1-dna-sequencing-2-dna-fingerprinting-3-rna-sequencing-4-gene-cloning-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3MDI3-which-of-the-following-step-is-incorrect-with-respect-to-dna-fingerprinting-1-separation-of-dna-fragments-by-electrophoresis-2-isolation-of-dna-3-hybridisation-using-labeled-vntr-probe-4-detection-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzI3MDEz-the-dna-fingerprinting-has-applications-in-1-forensic-sciences-2-population-genetics-3-genetic-diversities-determination-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTExODM0-a-single-strand-of-nucleic-acid-tagged-with-a-radioactive-molecule-is-called-1-plasmid-2-probe-3-vector-4-selectable-marker-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDI2Njg0-consider-the-given-two-statements-statement-i-vntr-belongs-to-a-class-of-satellite-dna-referred-to-as-mini-satellite-statement-ii-vntr-do-not-show-polymorphism-1-statement-i-is-correct-statement-ii-is https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTIwMTU0-which-of-the-following-correctly-describes-a-key-feature-of-dna-fingerprinting-as-developed-by-alec-jeffreys-1-it-relies-on-sequencing-entire-genomes-to-identify-unique-genetic-differences-2-it-was-in https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjUwOTc5-what-is-it-that-forms-the-basis-of-dna-fingerprinting-1-the-relative-difference-in-the-dna-occurrence-in-blood-skin-and-saliva-2-the-relative-amount-of-dna-in-the-ridges-and-grooves-of-the-fingerprint https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NzQwNDI-which-of-the-following-statement-is-not-correct-1-satellite-dna-normally-do-not-code-for-any-protein-but-they-form-a-large-portion-of-human-genome-2-satellite-dna-shows-high-degree-of-polymorphism-and https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzM3MDUw-which-of-the-following-is-not-correct-regarding-variable-number-of-tandem-repeats-in-a-dna-sample-1-show-very-high-degree-of-polymorphism-2-belong-to-a-class-of-satellite-dna-referred-to-as-mini-satel https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTUxOTkx-which-technique-is-most-suitable-for-resolving-paternity-disputes-1-karyotyping-2-rflp-analysis-3-dna-fingerprinting-4-chromosome-mapping-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzE2MzY-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-antibiotic-effect-i-tetracycline-1-inhibits-binding-of-aminoacyl-trna-to-the https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MjI-which-of-the-following-would-be-nucleoside-found-only-in-rna-1-thymidine-2-cytidine-3-uridine-4-adenosine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzY5-which-of-the-following-is-a-pyrimidine-base-found-in-dna-1-adenine-2-guanine-3-uracil-4-cytosine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MjU-watson-and-crick-based-their-model-of-dna-on-x-ray-diffraction-data-produced-by-1-hershey-and-chase-2-marie-curie-and-pierre-curie-3-franklin-and-wilkins-4-meselson-and-stahl-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2MzY-which-of-the-following-is-a-genetic-material-1-dideoxyribo-nucleic-acid-2-deoxyribo-nucleic-acid-3-deoxyribulose-nucleic-acid-4-deoxyribosome-nucleic-acid-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MjQ-what-is-another-name-for-thymine-1-5-bromouracil-2-3-bromouracil-3-3-methyl-uracil-4-5-methyl-uracil-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTczNDkz-cytidine-is-1-an-amino-acid-2-a-nucleotide-3-a-nucleoside-4-a-nitrogenous-base-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MjM-in-a-strand-of-a-nucleic-acid-two-nucleotides-are-linked-together-by-1-3-5-phosphodiester-bond-2-5-3-phosphodiester-bond-3-2-5-phosphodiester-bond-4-3-1-phosphodiester-bond-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjYzOTk-match-each-item-in-column-i-with-one-in-column-ii-and-select-your-answer-from-the-codes-given-column-i-column-ii-scientist-contribution-francis-crick-a-breaking-the-genetic-code-nirenberg-b-establishe https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDg1MjA-identify-the-incorrectly-matched-pair-organism-length-of-dna-1-bacteriophage-174-5386-base-pairs-2-bacteriophage-lambda-48502-base-pairs-3-escherichia-coli-4-6-x-10-6-base-pairs-4-human-beings-3-3-x-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2NDY-which-one-is-the-characteristic-of-an-organism-1-number-of-nucleotides-2-sequence-of-nucleotides-3-dimension-of-nucleotides-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTIxNDcz-which-among-the-following-characteristics-confers-stability-to-the-dna-helical-structure-i-presence-of-uracil-ii-plane-of-one-base-pair-stacking-over-the-other-in-dna-helix-iii-left-handed-fashion-coi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzE4-which-of-the-following-statements-about-the-structure-of-dna-is-incorrect-1-one-complete-turn-requires-3-4-nm-and-10-base-pairs-2-the-backbones-of-each-strand-run-in-opposite-directions-relative-to-ea https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzcy-the-backbone-of-a-polynucleotide-chain-is-made-of-1-sugar-and-nitrogenous-bases-2-phosphate-and-nitrogenous-bases-3-sugar-and-phosphate-4-sugar-phosphate-and-nitrogenous-bases-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzMx-the-famous-double-helix-model-of-dna-was-proposed-by-watson-and-crick-in-and-they-shared-nobel-prize-for-physiology-or-medicine-in-for-their-effort-1-1951-1971-2-1943-1963-3-1953-1962-4-1969-1972-1-2 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzcz-according-to-erwin-chargaff-for-a-double-stranded-dna-1-the-ratios-between-adenine-and-thymine-and-guanine-and-cytosine-are-constant-and-equals-one-2-the-ratios-between-adenine-and-thymine-and-guanine https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTk2Mzg4-avery-et-al-found-that-transformation-is-affected-by-1-protease-2-rnase-3-dnase-4-lipase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzQ5ODg-a-molecule-that-can-act-as-a-genetic-material-must-fulfill-the-traits-given-below-except-1-it-should-be-able-to-express-itself-in-the-form-of-mendelian-characters-2-it-should-be-able-to-generate-its-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTk2ODk2-presence-of-which-of-the-following-features-make-s-the-rna-less-stable-as-compared-to-dna-a-free-2-oh-b-single-ringed-nitrogenous-base-c-uracil-in-place-of-5-methyl-uracil-1-a-and-c-2-a-and-b-3-b-and https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTk1MTM1-select-the-incorrect-statements-from-the-following-a-there-are-the-evidence-that-dna-was-the-first-genetic-material-in-the-history-of-life-b-no-rna-acts-as-catalyst-c-dna-replication-is-said-to-be-sem https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjIzNTI-consider-the-following-statements-i-rna-is-the-genetic-material-of-the-qb-bacteriophage-ii-dna-chemically-is-less-reactive-and-more-stable-than-rna-iii-viruses-having-rna-genomes-and-shorter-life-span https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NjE2-energetically-dna-replication-is-a-very-expensive-process-the-energy-during-the-polymerisation-of-new-strand-is-provided-by-1-gdp-2-adp-3-deoxyribonucleoside-triphosphates-4-ribonucleoside-triphosphat https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NzM5-choose-the-odd-one-out-with-respect-to-taylor-s-experiment-1-used-roots-of-vicia-faba-2-utilised-radioactive-thymidine-3-used-heavy-nitrogen-4-proved-dna-in-chromosomes-replicates-semi-conservatively https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NjIx-which-of-the-following-is-not-correct-with-respect-to-dna-replication-1-eukaryotes-have-several-thousand-origins-of-replication-2-unwinding-is-brought-about-by-enzyme-helicase-which-is-atp-dependent-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzc1-transcriptionally-active-chromatin-is-termed-as-1-heterochromatin-2-euchromatin-3-prechromatin-4-prochromatin-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0NDI-histones-are-1-positively-charged-and-basic-proteins-2-negatively-charged-and-basic-proteins-3-positively-charged-and-acidic-proteins-4-found-in-bacteria-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTE2MTMz-match-the-columns-with-respect-to-the-process-of-translation-column-i-column-ii-a-utr-i-catalyst-b-rrna-ii-template-c-mrna-iii-reads-the-genetic-code-d-trna-iv-for-efficiency-a-b-c-d-1-i-ii-iii-iv-2-i https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3Njkw-utrs-are-required-for-efficient-translation-which-are-present-on-1-3-mrna-2-5-mrna-3-t-c-region-of-trna-4-both-1-2-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTMzNjUy-amino-acid-sequence-in-protein-synthesis-is-determined-by-sequence-of-1-rrna-2-trna-3-mrna-4-cdna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3OTgx-process-of-translation-of-the-mrna-to-protein-begins-when-1-small-subunit-of-ribosome-encounters-with-mrna-2-aminoacylation-of-trna-occurs-3-amino-acid-activation-occurs-4-charged-trna-sequentially-bi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3OTEy-an-mrna-synthesized-by-using-144-nucleotides-is-capable-of-producing-a-polypeptide-chain-of-1-48-amino-acids-2-47-amino-acids-3-282-amino-acids-4-141-amino-acids-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NjE0-if-the-sequence-of-nucleotides-is-aug-uuu-ugc-uac-the-sequence-of-amino-acids-will-be-met-phe-cys-tyr-likewise-if-the-sequence-of-amino-acids-is-met-tyr-cys-phe-then-the-sequence-of-nucleotides-will-b https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI0MzM-consider-the-following-statements-i-the-cellular-factory-responsible-for-synthesizing-proteins-is-the-ribosome-ii-the-ribosome-also-acts-as-a-catalyst-for-the-formation-of-a-peptide-bond-iii-the-utrs https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI1MzI0-choose-the-correct-statements-i-binding-of-mrna-to-the-ribosome-is-loose-and-reversible-ii-the-ribosome-which-is-composed-of-trna-and-proteins-consists-of-a-small-and-large-subunit-iii-each-of-the-20 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NDE2Njc-in-lac-operon-1-3-structural-1-operator-and-2-promoter-genes-are-present-2-3-structural-1-operator-and-1-promoter-genes-are-present-3-3-structural-2-operator-and-1-promoter-genes-are-present-4-3-struc https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTMzOTM1-which-enzyme-s-will-be-produced-in-a-cell-in-which-there-is-a-nonsense-mutation-in-the-lac-y-gene-1-lactose-permease-2-transacetylase-3-lactose-permease-and-transacetylase-4-galactosidase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI0MzI-consider-the-following-statements-i-in-prokaryotes-control-of-the-rate-of-transcriptional-initiation-is-the-predominant-site-for-control-of-gene-expression-ii-regulation-of-lac-operon-by-cap-is-referr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NTcx-exon-part-of-m-rnas-have-code-for-1-protein-2-lipid-3-carbohydrate-4-phospholipid-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTkzNTE1-in-the-human-being-chromosome-1-has-a-genes-and-y-has-b-genes-select-the-option-which-correctly-fills-a-and-b-1-a-2968-b-231-2-a-231-b-2968-3-a-2168-b-321-4-a-321-b-2168-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NjE3-in-hgp-the-fragments-of-dna-were-sequenced-using-automated-dna-sequencers-it-worked-on-the-principle-of-a-method-developed-by-1-e-m-southern-2-frederick-sanger-3-craig-venter-4-wellcome-trust-u-k-1-2 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTk1NDQ3-according-to-human-genome-project-the-maximum-number-of-genes-are-present-on-1-an-allosome-2-an-autosome-3-a-chromosome-present-in-males-only-4-a-chromosome-present-in-females-only-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NjQ1-which-of-the-given-is-not-among-the-salient-features-of-hgp-1-human-genome-contains-about-316-7-bp-2-average-gene-size-is-3000-bases-3-less-than-2-of-genome-codes-for-proteins-4-chromosome-1-has-most https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NjEy-at-how-many-locations-snps-are-present-in-human-beings-1-1-4-billion-2-1-4-million-3-3-1093-1093-109-bp-4-3-1043-1043-104-bp-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTA2MjE2-the-salient-features-of-the-human-genome-include-all-except-1-about-1-4-million-snp-locations-2-functions-known-for-less-than-50-of-the-discovered-genes-3-the-actual-number-of-genes-and-the-initial-es https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTkzMzQy-select-the-correct-match-1-alc-jeffreys-automated-dna-sequencers-2-frederick-sanger-amino-acid-sequencing-3-holley-inverted-l-shaped-structure-of-trna-4-meselson-stahl-dna-structure-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NzQ1MzE-which-of-the-following-is-not-correct-for-snips-1-there-are-1-4-million-locations-in-human-genome-2-where-single-base-differences-occur-3-they-shed-light-on-chromosome-structure-dynamics-and-evolution https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjIzNTE-consider-the-following-statements-i-the-largest-known-human-gene-is-dystrophin-at-2-4-million-bases-ii-repeated-sequences-make-up-a-very-large-portion-of-the-human-genome-iii-there-are-about-2-4-milli https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTEwNDY-satellite-dna-is-important-because-it-1-codes-for-proteins-are-needed-in-the-cell-cycle-2-shows-a-high-degree-of-polymorphism-in-the-population-and-also-the-same-degree-of-polymorphism-in-an-individua https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTM4MjQ3-restriction-endonuclease-generated-dna-fragments-separated-by-gel-electrophoresis-and-blot-transferred-onto-a-membrane-filter-are-probed-with-radioactive-dna-fragment-this-procedure-is-called-1-gene-c https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTE4MjE-which-of-the-following-statement-is-not-correct-1-satellite-dna-normally-do-not-code-for-any-protein-but-they-form-a-large-portion-of-human-genome-2-satellite-dna-shows-high-degree-of-polymorphism-and https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTIzMTA-pcr-and-restriction-fragment-length-polymorphism-are-the-methods-for-1-study-of-enzymes-2-genetic-transformation-3-dna-sequencing-4-genetic-fingerprinting-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3Njk5-during-dna-finger-printing-experiment-dna-bands-of-different-sizes-gives-a-characteristic-pattern-for-an-individual-called-as-1-dendrograph-2-autoradiogram-3-cladogram-4-phenogram-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NzAw-dna-polymorphism-is-equivalent-to-allelic-sequence-variation-and-a-these-are-inheritable-b-these-can-be-observed-in-non-coding-dna-c-satellite-dna-is-an-example-for-such-variations-1-all-are-correct-2 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTE2MTM1-consider-the-following-statements-regarding-dna-fingerprinting-i-the-technique-was-initially-developed-by-alec-jeffreys-ii-hybridisation-using-labeled-vntr-probe-iii-sensitivity-of-the-technique-has-b https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NzI1-which-one-of-the-following-is-incorrectly-matched-pair-with-respect-to-dna-fingerprinting-1-size-separation-gel-electrophoresis-2-vntrs-from-gel-to-nylon-paper-blotting-technique-3-microsatellites-est https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI0MjQ-consider-the-following-statements-i-the-vntrs-belong-to-a-class-of-satellite-dna-called-as-mini-satellite-ii-southern-blotting-is-the-transfer-of-dna-fragments-to-a-filter-cellulose-membrane-iii-vntrs https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTE2MTQ2-distribution-of-newly-synthesized-dna-in-the-chromosomes-is-by-semi-conservative-means-is-experimentally-shown-by-taylor-et-al-by-using-1-radioactive-adenosine-2-radioactive-thymidine-3-radioactive-gu https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTIxNDg0-what-is-are-the-role-s-of-deoxyribonucleoside-triphosphates-during-dna-replication-a-act-as-substrate-b-catalyse-the-polymerisation-of-ribonucleic-acid-c-provide-energy-for-polymerisation-reaction-1-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0Mzk-which-non-radioactive-isotope-was-used-by-meselson-and-stahl-to-label-dna-in-their-experiment-1-35-s-2-15-n-3-32-p-4-n-o-n-e-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTE2MTQ3-during-dna-replication-two-strands-of-dna-cannot-be-separated-in-their-entire-length-in-one-step-because-1-due-to-high-energy-requirement-2-due-to-complementary-base-pairing-3-due-to-antiparallel-natu https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjgxODA-consider-the-following-statements-i-deoxyribonucleoside-triphosphates-act-as-substrates-as-well-as-provide-energy-for-polymerization-reaction-during-dna-replication-ii-the-replication-of-dna-is-both-s https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzgz-dna-replication-is-correctly-described-as-1-semi-conservative-and-continuous-2-semi-conservative-and-discontinuous-3-conservative-and-continuous-4-semi-conservative-and-semi-discontinuous-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI4Njg-study-the-results-of-the-meselson-and-stahl-experiment-what-theoretically-possible-mode-of-dna-replication-can-be-excluded-after-one-round-of-replication-1-conservative-2-semiconservative-3-disruptive https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI0MTc-consider-the-following-statements-i-the-unequivocal-proof-of-dna-being-the-genetic-material-was-given-by-hershey-and-chase-ii-meselson-and-stahl-proposed-that-dna-replication-is-semi-conservative-iii https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzkx-which-of-the-following-is-not-a-stop-codon-1-uaa-2-uga-3-uac-4-uag-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTQwNjQy-production-of-a-human-protein-in-bacteria-by-genetic-engineering-is-possible-because-1-bacterial-cell-can-carry-out-the-rna-splicing-2-the-mechanism-of-gene-regulation-is-identical-in-humans-and-bacte https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3NjIy-which-of-the-following-is-not-a-codon-of-glycine-1-ggc-2-gcg-3-ggu-4-gga-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNjg4-the-first-genetic-code-of-life-was-based-on-1-dna-2-rna-3-proteins-4-lipids-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTE2MTM4-which-of-the-following-scientist-is-responsible-for-the-synthesis-of-protein-in-a-cell-free-system-1-har-gobind-khorana-2-marshall-nirenberg-3-severo-ochoa-4-frederic-sanger-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTk0MzA2-degenerate-triplet-commaless-overlapping-universal-in-eukaryotes-only-how-many-of-the-above-features-are-associated-with-universal-genetic-code-1-five-2-three-3-four-4-two-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTkzMzQx-alfred-hershey-and-martha-chase-unequivocally-proved-that-dna-is-genetic-material-by-using-1-bacteriophage-2-cyanophage-3-fungi-4-vicia-faba-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTMwNzEz-by-performing-a-series-of-experiments-that-showed-the-effect-of-r-and-s-strains-of-streptococcus-pneumoniae-on-mice-griffith-concluded-that-1-protein-digesting-enzyme-does-not-affect-transformation-2 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTEzODA-transformation-was-discovered-by-1-meseson-and-stahl-2-hershey-and-chase-3-griffith-4-waston-and-crick-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzc5-the-unequivocal-proof-that-dna-is-the-genetic-material-was-provided-by-1-avery-macleod-and-mccarty-2-hershey-and-chase-3-meselson-and-stahl-4-watson-and-crick-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjE3Njg5-transduction-experiment-to-prove-dna-as-a-genetic-material-was-conducted-by-hershey-and-chase-with-the-use-of-radioactive-elements-namely-1-s32-and-p35-2-s35-and-p32-3-n15-and-h3-4-c14-and-h3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzE3-what-key-characteristic-of-t2-bacteriophage-allowed-hershey-and-chase-to-use-it-in-their-studies-of-the-genetic-material-1-its-genes-encode-proteins-that-assemble-to-produce-the-viral-coat-2-it-inject https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzc3-in-griffith-experiment-which-of-the-following-bacterial-strains-were-capable-of-causing-pneumonia-in-mice-1-live-r-2-bacteria-strain-without-polysaccharide-coat-3-heat-killed-s-4-live-r-without-capsul https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MzUzNDk-the-diagram-shows-an-important-concept-in-the-genetic-implication-of-dna-fill-in-the-blanks-a-to-c-1-a-transcription-b-replication-c-james-watson-2-a-translation-b-transcription-c-ervin-chargaff-3-a-t https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTk1MTM3-match-column-i-with-column-ii-and-choose-the-correct-option-column-i-column-ii-a-rna-polymerase-i-i-hnrna-b-rna-polymerase-ii-ii-trna-c-rna-polymerase-iii-iii-28-s-rrna-1-a-iii-b-ii-c-i-2-a-iii-b-i-c https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTczNjE1-the-main-enzyme-of-transcription-1-dna-dependent-dna-polymerase-2-dna-dependent-rna-polymerase-3-rna-dependent-rna-polymerase-4-rna-dependent-dna-polymerase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI1MzIx-the-following-diagram-refers-to-the-process-of-transcription-in-eukaryotes-identify-a-b-c-and-d-1-a-rna-polymerase-ii-b-exon-c-intron-d-poly-a-tail-2-a-dna-polymerase-ii-b-intron-c-exon-d-poly-a-tall https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0MzU-which-of-the-following-is-true-for-both-transcription-and-dna-replication-1-principle-of-complementarity-governs-the-processes-2-one-of-the-two-strands-act-as-template-3-only-a-segment-of-both-strands https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTk0Mjc0-during-post-transcriptional-modification-of-hnrna-capping-involves-1-addition-of-poly-a-tail-at-3-end-2-addition-of-7-mg-cap-at-5-end-3-removal-of-introns-4-addition-of-7-mg-cap-at-3-end-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTAxNzg0-in-a-transcription-unit-with-respect-to-structural-gene-the-promoter-is-located-1-upstream-and-5-2-upstream-and-3-3-downstream-and-5-4-downstream-and-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTMzNjcx-read-the-following-four-statements-a-d-a-in-transcription-adenosine-pairs-with-uracil-b-regulation-of-lac-operon-by-repressor-is-referred-to-as-positive-regulation-c-the-human-genome-has-approximately https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246MjY0MzQ-what-defines-the-position-and-presence-of-coding-and-a-template-strand-in-the-transcription-unit-1-structural-gene-2-ori-3-terminator-4-promoter-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI0MTE-consider-the-following-statements-i-inheritance-of-a-character-is-affected-by-the-promoter-and-regulatory-sequences-of-a-structural-gene-ii-the-split-gene-arrangement-represents-an-ancient-feature-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NjI0MTI-consider-the-following-statements-i-all-the-reference-point-while-defining-a-transcription-unit-is-made-with-the-coding-strand-ii-it-is-the-presence-of-a-promoter-in-a-transcription-unit-that-also-def https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTkyODg1-in-the-lac-operon-the-z-gene-codes-for-1-transacetylase-2-the-repressor-of-lac-operon-3-permease-4-beta-galactosidase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTkyODgz-which-of-the-following-statements-are-correct-with-reference-to-packaging-of-dna-helix-a-histones-are-organized-to-form-a-unit-of-eight-molecules-called-histone-octamer-b-histones-are-negatively-charg https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTkyODc2-arrange-the-following-steps-of-dna-fingerprinting-in-a-correct-sequence-a-isolation-of-dna-and-its-digestion-by-restriction-endonucleases-b-hybridisation-using-a-labelled-vntr-probe-c-transferring-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTkyODY0-which-of-the-following-statements-are-correct-with-reference-to-a-transcription-unit-a-transcription-unit-in-dna-is-defined-primarily-by-three-regions-promoter-structural-gene-and-terminator-b-the-pro https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTk4MzQ0-which-of-the-following-enzymes-synthesizes-precursor-mrna-1-dna-polymerase-2-rna-polymerase-i-3-rna-polymerase-ii-4-rna-polymerase-iii-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTk4MzI5-which-of-the-following-statements-about-lac-operon-is-correct-1-galactose-can-act-as-an-inducer-of-lac-operon-2-gene-i-is-constitutively-expressed-3-lactose-activates-repressor-to-bind-to-the-operator https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTM1Mjcx-which-factor-is-important-for-termination-of-transcription-1-rho-rho-2-gamma-gamma-3-alpha-alpha-4-sigma-sigma-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTM1MjY4-histones-are-enriched-with-1-phenylalanine-leucine-2-phenylalanine-arginine-3-lysine-arginine-4-leucine-lysine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTM1MjY3-who-proposed-that-the-genetic-code-for-amino-acids-should-be-made-up-of-three-nucleotides-1-jacque-monod-2-franklin-stahl-3-george-gamow-4-francis-crick-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTM1MjM0-given-below-are-two-statements-statement-i-transfer-rnas-and-ribosomal-rna-do-not-interact-with-mrna-statement-ii-rna-interference-rnai-takes-place-in-all-eukaryotic-organisms-as-a-method-of-cellular https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTM1MjE2-which-of-the-following-are-the-post-transcriptional-events-in-an-eukaryotic-cell-a-transport-of-pre-mrna-to-the-cytoplasm-prior-to-splicing-b-removal-of-introns-and-joining-of-exons-c-addition-of-meth https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTM1MjEz-match-list-i-with-list-ii-list-i-list-ii-a-alfred-hershey-and-martha-chase-i-streptococcus-pneumoniae-b-euchromatin-ii-densely-packed-and-dark-stained-c-frederick-griffith-iii-loosely-packed-and-light https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTM1MjA3-which-chromosome-in-the-human-genome-has-the-highest-number-of-genes-1-chromosome-1-2-chromosome-10-3-chromosome-x-4-chromosome-y-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDY4NjE2-given-below-are-statements-regarding-rna-polymerase-in-prokaryotes-statement-i-in-prokaryotes-rna-polymerase-is-capable-of-catalysing-the-process-of-elongation-during-transcription-statement-ii-rna-po https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDY4NjQz-given-below-are-two-statements-statement-i-in-eukaryotes-there-are-three-rna-polymerases-in-the-nucleus-in-addition-to-the-rna-polymerase-found-in-the-organelle-statement-ii-all-the-three-rna-polymera https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDY4NjQy-given-below-are-two-statements-statement-i-in-the-lac-operon-the-z-gene-codes-beta-galactosidase-which-is-primary-responsible-for-the-hydrolysis-of-lactose-into-galactose-and-glucose-statement-ii-in-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU2Njg4-match-list-i-with-list-ii-list-i-list-ii-1-dna-fingerprinting-i-m-meselson-and-f-stahl-2-pneumococcus-ii-a-harshey-and-m-chase-3-e-coli-iii-f-griffith-4-bacteriophage-iv-alec-jeffreys-choose-the-corre https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTg1MzUz-name-the-enzyme-that-facilitates-opening-of-dna-helix-during-transcription-1-dna-helicase-2-dna-polymerase-3-rna-polymerase-4-dna-ligase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODkzNjQ-the-final-proof-for-dna-as-the-genetic-material-came-from-the-experiments-of-1-hershey-and-chase-2-avery-mcleod-and-mccarty-3-har-gobind-khorana-4-griffith-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODk0NjM-if-there-are-999-bases-in-an-rna-that-codes-for-a-protein-with-333-amino-acids-and-the-base-at-position-901-is-deleted-such-that-the-length-of-the-rna-becomes-998-bases-how-many-codons-will-be-altered https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODk1Njk-the-association-of-histone-h1-with-a-nucleosome-indicates-1-dna-replication-is-occurring-2-the-dna-is-condensed-into-a-chromatin-fibre-3-the-dna-double-helix-is-exposed-4-transcription-is-occurring-1 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODkzNTc-taylor-conducted-the-experiments-to-prove-semi-conservative-mode-of-chromosome-replication-on-1-vinca-rosea-2-vicia-faba-3-drosophila-melanogaster-4-e-coli-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODkzNjA-the-equivalent-of-a-structural-gene-is-1-muton-2-cistron-3-operon-4-recon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODkzNjM-which-of-the-following-rrna-acts-as-structural-rna-as-well-as-ribozyme-in-bacteria-1-5s-rrna-2-18s-rrna-3-23s-rrna-4-5-8s-rrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODk1MzY-a-molecule-that-can-act-as-a-genetic-material-must-fulfill-the-traits-given-below-except-1-it-should-be-able-to-express-itself-in-the-form-of-mendelian-characters-2-it-should-be-able-to-generate-its-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTA1MDI-which-of-the-following-is-not-required-for-any-of-the-techniques-of-dna-fingerprinting-available-at-present-1-zinc-finger-analysis-2-restriction-enzymes-3-dna-dna-hybridisation-4-polymerase-chain-reac https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTA5NDA-which-one-of-the-following-is-not-applicable-to-rna-1-complementary-base-pairing-2-5-phosphoryl-and-3-hydroxyl-ends-3-heterocyclic-nitrogenous-bases-4-chargaff-s-rule-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTIwMzc-which-enzyme-s-will-be-produced-in-a-cell-in-which-there-is-a-non-sense-mutation-in-the-lac-y-gene-1-lactose-permease-2-transacetylase-3-lactose-permease-and-transacetylase-4-galactosidase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTIzMDg-removal-of-rna-polymerase-iii-from-nucleoplasm-will-affect-the-synthesis-of-1-trna-2-hnrna-3-mrna-4-rrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTIzMTM-which-one-of-the-following-is-not-part-of-a-transcription-unit-in-dna-1-the-inducer-2-a-terminator-3-a-promoter-4-the-structural-gene-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTIzNzY-if-one-strand-of-dna-has-the-nitrogenous-base-sequence-as-atctg-what-would-be-the-complementary-rna-strand-sequence-1-ttagu-2-uagac-3-aactg-4-atcgu-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTI1ODE-what-are-those-structures-that-appear-as-beads-on-string-in-the-chromosomes-when-viewed-under-an-electron-microscope-1-nucleotides-2-nucleosomes-3-base-pairs-4-uracil-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjUxMjgx-the-unequivocal-proof-of-dna-as-the-genetic-material-came-from-the-studies-on-1-bacterial-virus-2-bacterium-3-fungus-4-viroid-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTI4MjQ-select-the-two-correct-statements-out-of-the-four-a-d-given-below-about-lac-operon-a-glucose-or-galactose-may-bind-with-the-repressor-and-inactivate-it-b-in-the-absence-of-lactose-the-repressor-binds https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTI4NDk-the-one-aspect-which-is-not-a-salient-feature-of-genetic-code-is-its-being-1-degenerate-2-ambiguous-3-universal-4-specific-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTI4OTI-satellite-dna-is-a-useful-tool-in-1-organ-transplantation-2-sex-determination-3-forensic-science-4-genetic-engineering-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjUxMTgx-in-eukaryotic-cell-transcription-rna-splicing-and-rna-capping-take-place-inside-the-1-nucleus-2-dictyosomes-3-er-4-ribosomes-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjUxMjY5-the-3-5-phosphodiester-linkages-inside-a-polynucleotide-chain-serve-to-join-1-one-nucleoside-with-another-nucleoside-2-one-nucleotide-with-another-nucleotide-3-one-nitrogenous-base-with-pentose-sugar https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM0NzA-semiconservative-replication-of-dna-was-first-demonstrated-in-1-drosophila-melanogaster-2-escherichia-coli-3-streptococcus-pneumoniae-4-salmonella-typhimurium-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM2MzY-in-the-dna-molecule-1-the-total-amount-of-purine-nucleotides-and-pyrimidine-nucleotides-is-not-always-equal-2-there-are-two-strands-which-run-parallel-in-the-5-3-direction-3-the-proportion-of-adenine https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM2Nzg-which-one-of-the-following-pairs-of-codons-is-correctly-matched-with-their-function-or-the-signal-for-the-particular-amino-acid-1-guu-gcu-alanine-2-uag-uga-stop-3-aug-acg-start-methionine-4-uua-uca-le https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM3NTk-the-length-of-the-dna-molecule-greatly-exceeds-the-dimensions-of-the-nucleus-in-eukaryotic-cells-how-is-this-dna-accommodated-1-deletion-of-non-essential-genes-2-super-coiling-in-nucleosomes-3-dnase-d https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM4MDE-the-two-polynucleotide-chains-in-dna-are-1-parallel-2-discontinuous-3-antiparallel-4-semiconservative-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTQwOTU-amino-acid-sequence-in-protein-synthesis-is-decided-by-the-sequence-of-1-t-rna-2-m-rna-3-c-dna-4-r-rna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTQxNDY-one-turn-of-the-helix-in-a-b-form-dna-is-approximately-1-20-nm-2-0-34-nm-3-3-4-nm-4-2-nm-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTQxNDk-antiparallel-strands-of-a-dna-molecule-mean-that-1-one-strand-turns-anti-clockwise-2-the-phosphate-groups-of-two-dna-strands-at-their-ends-share-the-same-position-3-the-phosphate-groups-at-the-start-o https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0MTE4-e-coli-cells-with-a-mutated-z-gene-of-the-lac-operon-cannot-grow-in-a-medium-containing-only-lactose-as-the-source-of-energy-because-1-they-cannot-synthesize-functional-beta-galactosidase-2-they-canno https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0MTk1-production-of-a-human-protein-in-bacteria-by-genetic-engineering-is-possible-because-1-bacterial-cells-can-carry-out-the-rna-splicing-reactions-2-the-mechanism-of-gene-regulation-is-identical-in-human https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0ODk5-dna-fingerprinting-refers-to-1-analysis-of-dna-samples-using-imprinting-devices-2-techniques-used-for-molecular-analysis-of-different-specimens-of-dna-3-techniques-used-for-the-identification-of-finge https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0OTAz-during-transcription-if-the-nucleotide-sequence-of-the-dna-strand-that-is-being-coded-is-atacg-then-the-nucleotide-sequence-in-the-mrna-would-be-1-tctgg-2-uaugc-3-uatgc-4-tatgc-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0OTQ2-the-following-ratio-is-generally-constant-for-a-given-species-1-t-c-g-a-2-g-c-a-t-3-a-c-t-g-4-a-g-c-t-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1MDAw-during-the-replication-of-bacterial-chromosomes-dna-synthesis-starts-from-a-replication-origin-site-and-1-is-facilitated-by-telomerase-2-moves-in-one-direction-of-the-size-3-moves-in-a-bi-directional https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1MDAz-after-a-mutation-at-a-genetic-locus-the-character-of-an-organism-changes-due-to-the-change-in-1-dna-replication-2-protein-synthesis-pattern-3-rna-transcription-pattern-4-protein-structure-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0Nzc3-a-sequence-of-how-many-nucleotides-in-messenger-rna-make-a-codon-for-an-amino-acid-1-four-2-one-3-two-4-three-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2MDc4-chargaff-s-rule-states-that-in-an-organism-1-the-amount-of-adenine-a-is-equal-to-that-of-thymine-t-and-the-amount-of-guanine-g-is-equal-to-that-of-cytosine-c-2-the-amount-of-adenine-a-is-equal-to-that https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2MTEz-in-the-genetic-code-dictionary-how-many-codons-are-used-to-code-for-all-the-20-essential-amino-acids-1-20-2-64-3-61-4-60-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2MTI5-during-transcription-the-dna-site-at-which-rna-polymerase-binds-is-called-1-promoter-2-regulator-3-receptor-4-enhancer-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2MTcz-which-one-of-the-following-triplet-codes-is-correctly-matched-with-its-specificity-for-an-amino-acid-in-protein-synthesis-or-as-a-start-or-stop-codon-1-ucg-start-2-uuu-stop-3-ugu-leucine-4-uac-tyrosin https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NTQz-the-transformation-experiment-was-first-performed-on-which-bacteria-1-e-coli-2-diplococcus-pneumoniae-3-salmonella-4-pasteurella-pestis-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NTQ5-in-e-coli-during-lactose-metabolism-the-repressor-binds-to-1-regulator-gene-2-operator-gene-3-structural-gene-4-promoter-gene-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NTU4-if-the-dna-percentage-of-thymine-is-20-then-what-is-the-percentage-of-guanine-1-20-2-40-3-30-4-60-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NTYw-out-of-64-codons-61-codons-code-for-20-types-of-amino-acids-this-is-often-called-1-degeneracy-of-genetic-code-2-overlapping-of-gene-3-wobbling-of-codon-4-universality-of-codons-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NTYx-jacob-and-monad-studied-lactose-metabolism-in-e-coli-and-proposed-the-operon-concept-the-operon-concept-is-applicable-to-1-all-prokaryotes-2-all-prokaryotes-and-some-eukaryotes-3-all-prokaryotes-and-a https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2ODE1-in-negative-operon-1-inducer-binds-with-repressor-2-co-repressor-does-not-bind-with-repressor-3-corepressor-binds-with-inducer-4-camp-has-a-negative-effect-on-the-lac-operon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2ODM5-due-to-the-discovery-of-which-of-the-following-in-1980-the-evolution-was-termed-as-rna-world-1-m-rna-t-rna-rrna-synthesize-proteins-2-in-some-viruses-rna-is-the-genetic-material-3-rna-has-enzymatic-pr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2ODc5-e-coli-about-to-replicate-was-placed-in-a-medium-containing-radioactive-thymidine-for-five-minutes-then-it-was-made-to-replicate-in-a-normal-medium-which-of-the-following-observation-shall-be-correct https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2ODgz-types-of-rna-polymerase-required-in-the-nucleus-for-rna-synthesis-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NzM3-which-of-the-following-is-correct-about-h-bonding-in-nucleotide-1-a-t-g-c-2-a-g-t-c-3-g-t-a-c-4-a-a-t-t-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NDMx-the-similarity-between-dna-and-rna-is-that-both-1-are-polymers-of-nucleotides-2-have-a-similar-pyrimidine-3-have-similar-sugars-4-genetic-material-in-all-organism-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NDQy-length-of-one-loop-of-b-dna-1-3-4-nm-2-0-34-nm-3-20-nm-4-10-nm-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NDU5-in-a-three-dimensional-view-the-molecule-of-t-rna-is-1-l-shaped-2-s-shaped-3-y-shaped-4-e-shaped-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1Njkx-which-of-the-following-is-the-initiation-codon-1-uag-2-auc-3-aug-4-ccu-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1MDA4-gene-is-composed-of-1-amino-acids-2-polynucleotide-3-fatty-acid-4-nitrogen-bases-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1MTk1-in-inducible-operon-regulatory-gene-synthesizes-1-promoter-2-operator-3-repressor-4-aporepressor-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0NDEw-which-of-the-following-exercises-control-over-transcription-1-operator-2-regulator-3-promoter-4-recon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0NDYy-variations-in-proteins-are-due-to-1-sequence-of-amino-acids-2-number-of-amino-acids-3-r-group-4-none-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTgw-nucleic-acids-are-polymers-of-1-nucleosides-2-nucleotides-3-amino-acids-4-polypeptides-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjA5-which-of-the-following-is-a-pyrimidine-base-found-in-dna-1-adenine-2-guanine-3-uracil-4-cytosine-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjE0-to-form-a-nucleoside-a-nitrogenous-base-is-linked-to-a-pentose-sugar-1-through-a-p-glycosidic-linkage-at-carbon-atom-number-1-2-through-a-p-glycosidic-linkage-at-carbon-atom-number-5-3-through-an-n-gl https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTg1-in-a-strand-of-nucleic-acid-two-nucleotides-are-linked-together-by-1-3-5-phosphodiester-bond-2-5-3-phosphodiester-bond-3-2-5-phosphodiester-bond-4-3-1-phosphodiester-bond-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTky-the-base-pairing-in-a-double-stranded-dna-is-correctly-described-as-1-similar-2-identical-3-complementary-4-synergistic-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjY1-which-of-the-following-is-not-a-feature-of-the-double-helix-model-of-dna-1-the-two-chains-have-anti-parallel-polarity-2-a-purine-always-comes-opposite-to-a-pyrimidine-3-the-pitch-of-the-dna-is-3-4-nm https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTk1-the-distance-between-a-base-pair-in-the-dna-double-helix-is-approximately-1-2-0-nm2-0-34-nm-3-20-nm4-3-4-nm-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjQ0-the-central-dogma-of-molecular-biology-was-proposed-by-1-francis-crick-2-james-watson-3-rosalind-franklin-4-erwin-chargaff-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTk3-in-some-viruses-the-flow-of-genetic-information-is-from-rna-to-dna-these-viruses-are-1-reverse-transcriptases-2-reoviruses-3-ribozymes-4-retroviruses-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjYy-the-length-of-dna-in-a-typical-mammalian-cell-is-approximately-1-1-1-meter-2-1-5-meter-3-2-2-meter-4-3-3-meter-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjUz-histones-are-1-positively-charged-and-basic-amino-acids-2-negatively-charged-and-basic-proteins-3-positively-charged-and-acidic-proteins-4-not-found-in-bacteria-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjEx-a-typical-nucleosome-unit-consists-of-about-1-60-base-pairs-2-140-base-pairs-3-200-base-pairs-4-400-base-pairs-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjE2-nucleosomes-constitute-the-repeating-subunits-of-a-structure-in-the-nucleus-called-1-nucleoid-2-chromatid-3-solenoid-4-chromatin-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTgy-transcriptionally-active-chromatin-is-termed-as-1-heterochromatin-2-euchromatin-3-prechromatin-4-prochromatin-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTg5-griffith-s-transformation-experiment-in-streptococcus-pneumoniae-demonstrated-that-1-heat-killed-virulent-bacteria-failed-to-produce-disease-in-mice-2-live-non-virulent-bacteria-failed-to-produce-dise https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjA2-frederick-griffith-discovered-1-dna-is-the-genetic-material-2-rna-can-be-the-genetic-material-3-streptococcus-has-two-strains-4-bacterial-transformation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjA3-in-avery-macleod-and-mccarty-s-experiment-the-transformation-of-bacteria-was-inhibited-by-1-proteases-2-rnase-3-dnas-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjQ1-the-unequivocal-proof-that-dna-is-the-genetic-material-was-provided-by-1-avery-macleod-and-mccarty-2-hershey-and-chase-3-meselson-and-stahl-4-watson-and-crick-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjQ2-hershey-and-chase-proved-dna-as-the-genetic-material-in-their-experiment-because-1-bacteria-that-were-infected-with-viruses-that-had-radioactive-proteins-were-not-radioactive-2-bacteria-that-were-infe https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjI1-a-molecule-that-can-act-as-a-genetic-material-must-fulfil-all-the-following-criteria-except-1-it-should-be-able-to-generate-its-replica-2-it-should-chemically-and-structurally-be-stable-3-it-should-pr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjI5-dna-is-structurally-and-chemically-more-stable-than-rna-because-of-the-following-except-1-it-has-thymine-instead-of-uracil-2-2-oh-is-absent-in-dna-3-it-replicates-itself-based-on-complementary-base-pa https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjMw-who-proposed-a-semi-conservative-mode-of-replication-for-dna-1-watson-and-crick-2-meselson-and-stahl-3-hershey-and-chase-4-beadle-and-tatum-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjM3-which-radioactive-isotope-was-used-by-meselson-and-stahl-to-label-dna-in-their-experiment-1-35s-2-15n-3-32p-4-none-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjM1-if-e-coli-was-allowed-to-grow-for-80-minutes-after-transfer-from-15n-to-14n-medium-the-number-of-hybrid-density-dna-molecules-would-be-1-22-16-3-144-8-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjQx-which-of-the-following-acts-as-the-substrate-and-provides-energy-for-dna-replication-1-dideoxyribonucleoside-triphospahtes-2-ribonucleoside-triphosphates-3-deoxyribonucleoside-triphospahtes-4-deoxyrib https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjI4-the-dna-dependent-polymerases-catalyze-1-only-in-3-5-direction-2-only-in-5-3-direction-3-in-both-directions-4-in-neither-directions-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjQ3-dna-replication-is-correctly-described-as-1-semi-conservative-and-continuous-2-semi-conservative-and-discontinuous-3-conservative-and-continuous-4-semi-conservative-and-semi-discontinuous-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjMz-the-discontinuously-synthesized-dna-fragments-are-later-joined-by-1-dna-helicase-2-topoisomerase-3-dna-ligase-4-dna-polymerase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjIw-which-of-the-following-is-true-for-both-transcription-and-dna-replication-1-the-principle-of-complementarity-governs-the-processes-2-only-if-the-two-strands-act-as-a-template-3-only-a-segment-of-both https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjMx-a-transcription-unit-does-not-contain-1-promoter-2-operator-3-structural-gene-4-terminator-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjEz-at-any-instant-rna-is-transcribed-on-which-of-the-following-strands-of-dna-1-coding-strand-2-template-strand-3-lagging-strand-4-leading-strand-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjAz-in-a-transcription-unit-with-respect-to-structural-genes-the-promoter-is-located-1-upstream-and-5-2-upstream-and-3-3-downstream-and-5-3-downstream-and-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjI3-what-defines-a-coding-and-a-template-strand-in-the-transcription-unit-1-structural-gene-2-ori-3-terminator-4-promoter-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTk0-in-a-transcription-unit-rna-polymerase-binds-to-1-ori-2-promoter-3-operator-4-structural-gene-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjQz-a-segment-of-dna-coding-for-a-polypeptide-is-most-accurately-defined-as-1-operon-2-gene-3-recon-4-cistron-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjM2-in-eukaryotes-the-sequences-that-appear-in-mature-or-processed-mrna-are-called-1-introns-2-cistrons-3-exons-4-mutons-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTkw-what-facilitates-the-opening-of-the-helix-during-the-elongation-step-of-transcription-1-rna-polymerase-2-helicase-3-topoisomerase-4-gyrase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYwODI0-the-core-rna-polymerase-is-capable-of-catalyzing-which-steps-of-transcription-1-initiation-only-2-elongation-only-3-termination-only-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTk2-transcription-and-translation-can-be-coupled-in-1-bacteria-2-yeast-3-plants-4-animals-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjU3-in-eukaryotes-rna-polymerase-ii-transcribes-1-mrna-2-rrna-3-trna-4-hnrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjY4-in-rna-splicing-1-exons-are-removed-and-introns-are-joined-together-2-introns-are-removed-and-exons-are-joined-together-3-cistrons-are-removed-and-introns-are-joined-together-4-introns-are-removed-and https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjQy-which-of-the-following-is-not-a-stop-codon-1-uaa-2-uga-3-uac-4-uag-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjU5-some-amino-acids-are-coded-by-more-than-one-codon-hence-genetic-code-is-1-unambiguous-2-non-specific-3-degenerate-4-universal-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjA0-which-of-the-following-codons-has-a-dual-role-in-the-genetic-code-1-aug-2-gug-3-cug-4-uug-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjEw-which-of-the-following-is-also-called-soluble-rna-1-trna-2-rrna-3-mrna-4-sirna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjI0-the-structure-of-the-ribosome-is-made-of-1-rrna-and-proteins-2-rrna-and-polysaccharides-3-mrna-rrna-and-trna-4-rna-dna-and-proteins-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjU4-which-of-the-following-anticodons-will-hybridize-with-the-mrna-codon-5-aug-3-1-5-uac-3-2-5-tac-3-3-3-uac-5-4-3-tac-5-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjUw-which-of-the-following-acts-as-a-ribozyme-for-peptide-bond-formation-in-bacteria-1-5s-rrna-2-23s-rrna-3-16s-rrna-4-5-1s-rrna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU5NTMw-although-gene-expression-in-eukaryotes-can-take-place-at-multiple-levels-the-most-common-level-of-gene-expression-would-be-1-transcriptional-level-formation-of-the-primary-transcript-2-processing-leve https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NTkx-the-repressor-of-the-lac-operon-is-1-lactose-itself-2-a-steroid-3-synthesized-constitutively-4-a-product-of-structural-gene-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0NjYz-a-very-low-level-of-expression-of-the-lac-operon-has-to-be-present-in-the-cell-1-when-lactose-is-present-2-when-lactose-is-absent-3-when-glucose-is-absent-4-all-the-time-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU5NTQw-which-fact-regarding-the-human-genome-project-is-not-correct-1-the-human-genome-project-was-a-13-year-project-coordinated-by-the-u-s-department-of-energy-and-the-national-institute-of-health-2-many-no https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU5NTQx-identify-the-correctly-matched-pairs-a-expressed-sequence-tags-fragments-of-mrna-sequences-derived-through-single-sequencing-reactions-performed-on-randomly-selected-clones-from-cdna-libraries-b-seque https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODM4-the-last-of-24-human-chromosomes-to-be-sequenced-was-1-chromosome-1-and-completed-in-2003-2-chromosome-1-and-completed-in-2006-3-chromosome-x-and-completed-in-2003-4-chromosome-x-and-completed-in-2006 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjM3NjY2-in-the-human-genome-the-chromosomes-with-the-most-and-the-fewest-genes-located-on-them-respectively-are-1-1-and-y2-x-and-y-3-21-and-x4-11-and-y-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODQy-satellite-dna-1-form-a-small-portion-of-the-human-genome-2-code-for-proteins-that-are-essential-for-survival-3-code-for-proteins-that-are-not-essential-for-survival-4-show-a-high-degree-of-polymorphis https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU5NTQ3-what-will-not-be-true-regarding-polymorphism-in-dna-1-polymorphism-variation-at-the-genetic-level-arises-due-to-mutations-2-allelic-sequence-variation-has-traditionally-been-described-as-a-dna-polymor https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzU5NTQ4-arrange-the-given-steps-in-the-process-of-dna-fingerprinting-in-correct-chronological-order-from-earliest-to-last-i-isolation-of-dna-ii-separation-of-dna-fragments-by-electrophoresis-iii-digestion-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODQ0-southern-blotting-is-transfer-to-nitrocellulose-sheet-from-agar-gel-of-1-rna2-proteins-3-dna4-lipids-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTM2Mjkz-transfer-of-electrophoresis-separated-dna-fragments-to-a-filter-membrane-and-subsequent-fragment-detection-by-probe-hybridization-is-called-as-1-dna-profiling2-pcr-3-southern-blotting4-elution-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246NTg0NjE-the-dna-profiles-below-represent-four-different-individuals-which-of-the-following-statements-is-consistent-with-the-results-1-b-is-the-child-of-a-and-c-2-c-is-the-child-of-a-and-b-3-d-is-the-child-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTEwNDQz-heat-killed-s-form-streptococcus-extract-treated-with-proteases-is-mixed-with-live-r-form-streptococcus-cells-and-injected-into-living-mice-what-is-most-likely-to-happen-1-the-mice-would-live-2-the-mi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYwODM5-what-would-happen-if-in-a-gene-encoding-a-polypeptide-of-50-amino-acids-25th-codon-uau-is-mutated-to-uaa-1-a-polypeptide-of-25-amino-acids-will-be-formed-2-two-polypeptides-of-24-and-25-amino-acids-wi https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI1ODc4-avery-macleod-and-mccarty-used-dnase-in-their-experiment-because-1-it-enabled-them-to-isolate-pure-dna-samples-2-it-enabled-them-to-isolate-pure-protein-samples-3-this-allowed-them-to-demonstrate-that https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODY1-which-of-the-following-is-likely-if-there-is-a-mutation-in-the-lacy-gene-of-the-lac-operon-in-e-coli-1-the-lac-genes-would-be-expressed-efficiently-only-in-the-absence-of-lactose-2-the-lac-genes-would https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYwODM0-during-dna-replication-okazaki-fragments-are-used-to-elongate-1-the-lagging-strand-towards-the-replication-fork-2-the-leading-strand-away-from-the-replication-fork-3-the-lagging-strand-away-from-the-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgwMTE1-what-catalyzes-the-peptide-bond-formation-in-prokaryotes-1-proteases-2-a-ribozyme-3-sigma-subunit-of-rna-polymerase-4-rho-factor-proteins-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTgwMTAw-the-genetic-material-for-the-first-life-on-the-earth-was-probably-1-ds-dna2-ss-dna-3-protein4-rna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODU0-identify-the-incorrect-statement-1-the-dna-of-the-bacteriophage-x-174-has-5386-nucleotides-2-bacteriophage-lambda-dna-has-48502-base-pairs-3-the-dna-of-escherichia-coli-has-4-6-x-103-base-pairs-4-hapl https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODUz-in-eukaryotes-rna-polymerase-iii-transcribes-1-hnrna-snrnas-and-5-8s-rna-2-trna-5-8s-rna-and-snrnas-3-trna-5srrna-and-snrnas-4-rrnas-28s-18s-and-5s-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MTI0ODM3-identifying-all-the-genes-in-the-genome-that-are-transcribed-into-rna-is-called-1-expressed-sequence-tag2-sequence-annotation-3-inverse-pcr4-retrotransposition-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjA3-in-a-dna-strand-the-nucleotides-are-linked-together-by-1-glycosidic-bonds-2-phosphodiester-bonds-3-peptide-bonds-4-hydrogen-bonds-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjA5-a-nucleoside-differs-from-a-nucleotide-it-lacks-the-1-base-2-sugar-3-phosphate-group-4-hydroxyl-group-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjEz-both-deoxyribose-and-ribose-belong-to-a-class-of-sugars-called-1-trioses-2-hexoses-3-pentoses-4-polysaccharides-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjE1-the-fact-that-a-purine-base-always-pairs-through-hydrogen-bonds-with-a-pyrimidine-base-in-the-dna-double-helix-leads-to-1-the-antiparallel-nature-2-the-semiconservative-nature-3-uniform-width-througho https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjE3-the-net-electric-charge-on-dna-and-histones-is-1-both-positive-2-both-negative-3-negative-and-positive-respectively-4-zero-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjE5-the-promoter-site-and-the-terminator-site-for-transcription-are-located-at-1-3-downstream-end-and-5-upstream-end-respectively-of-the-transcription-unit-2-5-upstream-end-and-3-downstream-end-respective https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjI0-which-of-the-following-is-true-with-respect-to-aug-1-it-codes-for-methionine-only-2-it-is-an-initiation-codon-3-it-codes-for-methionine-in-both-prokaryotes-and-eukaryotes-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjMx-the-human-chromosome-with-the-highest-and-least-number-of-genes-in-them-are-respectively-1-chromosome-21-and-y-2-chromosome-1-and-x-3-chromosome-1-and-y-4-chromosome-x-and-y-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjMz-who-amongst-the-following-scientists-had-no-contribution-in-the-development-of-the-double-helix-model-for-the-structure-of-dna-1-rosalind-franklin-2-maurice-wilkins-3-erwin-chargaff-4-meselson-and-sta https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjM1-dna-is-a-polymer-of-nucleotides-which-are-linked-to-each-other-by-3-5-phosphodiester-bond-to-prevent-polymerisation-of-nucleotides-which-of-the-following-modifications-would-you-choose-1-replace-purin https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjQx-which-of-the-following-steps-in-transcription-is-catalysed-by-rna-polymerase-1-initiation-1-elongation-3-termination-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjQy-control-of-gene-expression-in-prokaryotes-take-place-at-the-level-of-1-dna-replication-2-transcription-3-translation-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjQz-which-of-the-following-statements-is-correct-about-the-role-of-regulatory-proteins-in-transcription-in-prokaryotes-1-they-only-increase-expression-2-they-only-decrease-expression-3-they-interact-with https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjQ2-which-of-the-following-are-the-functions-of-rna-1-it-is-a-carrier-of-genetic-information-from-dna-to-ribosomes-synthesising-polypeptides-2-it-carries-amino-acids-to-ribosomes-3-it-is-a-constituent-com https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjQ3-while-analysing-the-dna-of-an-organism-a-total-number-of-5386-nucleotides-were-found-out-of-which-the-proportion-of-different-bases-were-adenine-29-guanine-17-cytosine-32-thymine-17-considering-the-ch https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjQ5-in-some-viruses-dna-is-synthesised-by-using-rna-as-template-such-a-dna-is-called-1-a-dna-2-b-dna-3-cdna-4-rdna-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjUx-if-meselson-and-stahl-s-experiment-is-continued-for-four-generations-in-bacteria-the-ratio-of-n-15-n-15-n-15-n-14-n-14-n-14-containing-dna-in-the-fourth-generation-would-be-1-1-1-0-2-1-4-0-3-0-1-3-4-0 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjU0-if-the-sequence-of-nitrogen-bases-of-the-coding-strand-of-dna-in-a-transcription-unit-is-5-a-t-g-a-a-t-g-3-the-sequence-of-bases-in-its-rna-transcript-would-be-1-5-a-u-g-a-a-u-g-3-2-5-u-a-c-u-u-a-c-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjU1-the-rna-polymerase-holoenzyme-transcribes-1-the-promoter-structural-gene-and-the-terminator-region-2-the-promoter-and-the-terminator-region-3-the-structural-gene-and-the-terminator-region-4-the-struct https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjU2-if-the-base-sequence-of-a-codon-in-mrna-is-5-aug-3-the-sequence-of-trna-pairing-with-it-must-be-1-5-uac-3-2-5-cau-3-3-5-aug-3-4-5-gua-3-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjU4-the-amino-acid-attaches-to-the-trna-at-its-1-5-end-2-3-end-3-anti-codon-site-4-dhu-loop-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU1MjYx-in-e-coli-the-lac-operon-gets-switched-on-when-1-lactose-is-present-and-it-binds-to-the-repressor-2-repressor-binds-to-operator-3-rna-polymerase-binds-to-the-operator-4-lactose-is-present-and-it-binds https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzQz-assertion-a-rna-is-reactive-reason-r-rna-is-catalytic-in-nature-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-th https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzQ0-assertion-a-rna-can-easily-express-the-characters-reason-r-rna-can-directly-code-for-the-synthesis-of-proteins-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-explanati https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzQ1-assertion-a-rna-is-unstable-reason-r-rna-is-reactive-being-a-catalyst-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzQ2-assertion-a-one-segment-of-the-dna-codes-for-two-different-proteins-reason-r-this-would-complicate-the-genetic-information-transfer-machinery-choices-for-assertions-and-reasons-1-both-a-and-r-are-true https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzUx-assertion-a-replication-and-transcription-are-easy-to-conceptualize-on-the-basis-of-complementarity-reason-r-during-these-processes-nucleic-acid-was-copied-to-form-another-nucleic-acid-on-the-basis-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzUy-assertion-a-3-codons-do-not-code-for-any-amino-acids-reason-r-they-function-as-stop-codons-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzUz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-insertion-or-deletion-of-three-or-its-multiple-bases-insert-or-delete-in-one-or-multiple https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzU1-assertion-a-it-is-the-metabolic-physiological-or-environmental-conditions-that-regulate-the-expression-of-genes-reason-r-if-the-bacteria-do-not-have-lactose-they-would-no-longer-require-the-synthesis https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzU2-assertion-a-only-two-structural-gene-products-in-lac-operon-are-required-for-metabolism-of-lactose-reason-r-the-y-gene-codes-for-permease-which-increases-permeability-of-the-cell-to-b-galactosides-td https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzU4-assertion-a-bacterial-transcribed-mrna-cannot-be-translated-directly-reason-r-this-mrna-has-not-got-split-gene-arrangement-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-corre https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzU5-assertion-a-both-the-nucleic-acids-dna-and-rna-have-the-ability-to-direct-their-duplications-reason-r-they-follow-the-rule-of-base-pairing-and-complementarity-choices-for-assertions-and-reasons-1-both https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzYy-assertion-a-a-permutation-combination-of-4-to-the-power-3-4-4-4-would-generate-64-codons-reason-r-in-order-to-code-for-all-the-20-amino-acids-the-code-should-be-made-up-of-three-nucleotides-choices-fo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzY0-assertion-a-the-amino-acids-have-no-structural-specialties-to-read-the-code-uniquely-reason-r-crick-postulated-the-presence-of-an-adapter-molecule-in-translation-choices-for-assertions-and-reasons-1-b https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzcw-assertion-a-some-specific-sequences-in-dna-are-called-repetitive-sequences-which-made-the-basis-for-dna-fingerprinting-reason-r-a-small-stretch-of-dna-is-repeated-many-times-in-these-specific-sequence https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MzYxNzcx-assertion-a-the-genetic-implications-of-the-structure-of-dna-became-very-clear-reason-r-the-process-of-dna-synthesis-follows-principle-of-complementarity-choices-for-assertions-and-reasons-1-both-a-an https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDU2NzMx-identify-the-correct-statements-about-genetic-codons-a-aug-is-initiator-codon-and-codes-for-glycine-b-uaa-codes-for-tyrosine-c-the-codons-are-mostly-universal-d-uag-is-terminator-codon-e-more-than-one https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODk1Njg-spliceosomes-are-not-found-in-cells-of-1-fungi-2-animals-3-bacteria-4-plants-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246ODk1MjM-during-dna-replication-okazaki-fragments-are-used-to-elongate-1-the-lagging-strand-towards-the-replication-fork-2-the-leading-strand-away-from-the-replication-fork-3-the-lagging-strand-away-from-the-r https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTA5NDk-identify-the-correct-order-of-organization-of-genetic-material-from-largest-to-smallest-1-chromosome-gene-genome-nucleotide-2-genome-chromosome-nucleotide-gene-3-genome-chromosome-gene-nucleotide-4-ch https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTEzMzU-in-sea-urchin-dna-which-is-double-stranded-17-of-the-bases-were-shown-to-be-cytosine-the-percentages-of-the-other-three-bases-expected-to-be-present-in-this-dna-are-1-g-34-a-24-5-t-24-5-2-g-17-a-16-5 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTIzOTQ-removal-of-introns-and-joining-of-exons-in-a-defined-order-during-transcription-is-called-1-looping-2-inducing-3-slicing-4-splicing-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjUwOTI2-read-the-following-four-statements-a-d-a-in-transcription-adenosine-pairs-with-uracil-b-regulation-of-lac-operon-by-a-repressor-is-referred-to-as-positive-regulation-c-the-human-genome-has-approximate https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTI4OTQ-which-one-of-the-following-does-not-follow-the-central-dogma-of-molecular-biology-1-pea-2-mucor-3-chlamydomonas-4-hiv-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjUxMjU4-which-one-of-the-following-statements-about-the-particular-entity-is-true-1-the-gene-for-producing-insulin-is-present-in-every-body-cell-2-nucleosome-is-formed-of-nucleotides-3-dna-consists-of-a-core https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM0MTM-whose-experiments-cracked-the-dna-and-discovered-unequivocally-that-a-genetic-code-is-a-triplet-1-nirenberg-and-matthaei-2-hershey-and-chase-3-morgan-and-sturtevant-4-beadle-and-tatum-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM4MDA-the-okazaki-fragments-in-dna-chain-growth-1-result-in-transcription-2-polymerize-in-the-3-to-5-direction-and-forms-replication-fork-3-prove-semi-conservative-nature-of-dna-replication-4-polymerize-in https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM3NDE-molecular-basis-of-organ-differentiation-depends-on-the-modulation-in-transcription-by-1-rna-polymerase-2-ribosome-3-transcription-factor-4-anticodon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM4Mzg-a-sequential-expression-of-a-set-of-human-genes-occurs-when-a-steroid-molecule-binds-to-the-1-transfer-rna-2-messenger-rna-3-dna-sequence-4-ribosome-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM3Nzc-during-transcription-rna-polymerase-holoenzyme-binds-to-a-gene-promoter-and-assumes-a-saddle-like-structure-what-is-its-dna-binding-sequence-1-tiaa-2-aati-3-cacc-4-tata-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTM3MTE-telomere-repetitive-dna-sequences-control-the-function-of-eukaryotic-chromosomes-because-they-1-act-as-replicons-2-are-rna-transcription-initiators-3-help-chromosome-pairing-4-prevent-chromosome-loss https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-pb246OTQwODI-which-antibiotic-inhibits-the-interaction-between-t-rna-and-m-rna-using-bacterial-protein-synthesis-1-erythromycin-2-neomycin-3-streptomycin-4-tetracycline-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0NDA1-a-cup-has-105105105-bacterial-cells-each-bacterial-cell-divides-in-35-minutes-what-shall-be-the-number-of-bacteria-after-175-min-1-2-times-10-5-2-5-times-10-5-3-32-times-10-5-4-16-times-10-5-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0NDYw-transduction-in-bacteria-is-carried-out-by-1-bacteriophage-2-b-g-a-3-mycoplasma-4-rickettsiae-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0NDc4-segments-of-dna-which-can-move-in-a-genome-1-transposons-2-introns-3-exons-4-cistrons-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1MTcy-the-molecular-weight-of-dna-in-yeast-is-1-2-2-2-565656-109109109-2-0-50-50-5-109109109-3-777-107107107-4-666-106106106-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NzI1-living-beings-maintain-continuity-of-life-by-1-adaptation-2-dna-replication-and-its-transfer-in-the-next-generation-3-rna-synthesis-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2ODkw-gene-and-cistron-words-are-sometimes-used-synonymously-because-1-one-cistron-contains-many-genes-2-one-gene-contains-many-cistrons-3-one-gene-contains-one-cistron-4-one-gene-contains-no-cistron-1-2-3 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2OTA0-at-the-time-of-organogenesis-genes-regulate-the-process-at-different-levels-and-at-different-times-due-to-1-promoter-2-regulator-3-intron-4-exon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2OTA2-a-mutant-strain-of-t4t4t4-bacteriophage-r-ii-fails-to-lyse-the-e-coli-but-when-two-strains-r-iixiixiix-and-r-iiyiiyiiy-are-mixed-then-they-lyse-the-e-coli-what-may-be-the-possible-reason-1-bacteriopha https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NTQ0-which-statement-is-correct-for-bacterial-transduction-1-transfer-of-some-genes-from-one-bacteria-to-another-bacteria-through-virus-2-transfer-of-some-genes-from-one-bacteria-to-another-bacteria-by-con https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NTQ1-which-steroid-is-used-for-transformation-1-cortisol-2-cholesterol-3-testosteron-4-progesterone-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NTky-which-of-the-following-reunites-the-exon-segments-after-rna-splicing-1-rna-polymerase-2-rna-primase-3-rna-ligase-4-rna-proteases-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY1NTk1-the-nucleus-of-a-donor-embryonal-cell-somatic-cell-is-transferred-to-an-enucleated-egg-cell-then-after-the-formation-of-the-organism-what-shall-be-true-1-organism-will-have-extranuclear-genes-of-the-d https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2MTEy-during-translation-initiation-in-prokaryotes-a-gtp-molecule-is-needed-in-1-formation-of-formyl-met-trna-2-binding-of-30s-subunit-of-the-ribosome-with-mrna-3-association-of-30-s-mrna-with-formyl-met-tr https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2MTI2-degeneration-of-a-genetic-code-is-attributed-to-the-1-first-member-of-a-codon-2-second-member-of-a-codon-3-entire-codon-4-third-member-of-a-codon-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY2MTMz-what-would-happen-if-in-a-gene-encoding-a-polypeptide-of-50-amino-acids-the-25th-codon-uau-is-mutated-to-uaa-1-a-polypeptide-of-25-amino-acids-will-be-formed-2-two-polypeptides-of-24-and-25-amino-acid https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0ODg3-in-transgenics-expression-of-a-transgene-in-the-target-tissue-is-determined-by-1-transgene-2-promoter-3-reporter-4-enhancer-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0OTI5-in-a-mutational-event-when-adenine-is-replaced-by-guanine-it-is-a-case-of-1-transcription-2-transition-3-transversion-4-frameshift-mutation-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0MTI4-which-one-of-the-following-makes-use-of-rna-as-a-template-to-synthesize-dna-1-dna-dependant-rna-polymerase-2-dna-polymerase-3-reverse-transcriptase-4-rna-polymerase-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0MTU3-protein-synthesis-in-an-animal-cell-occurs-1-on-ribosomes-present-in-cytoplasm-as-well-as-in-mitochondria-2-on-ribosomes-present-in-the-nucleolus-as-well-as-in-the-cytoplasm-3-only-on-ribosomes-attach https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246MjY0MjE0-during-transcription-holoenzyme-rna-polymerase-binds-to-a-dna-sequence-and-the-dna-assumes-a-saddle-like-structure-at-the-point-what-is-the-sequence-called-1-caat-box-2-ggtt-box-3-aaat-box-4-tata-box https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzg1NTky-assertion-a-the-newly-formed-mrna-has-the-same-sequence-as-the-coding-stand-of-transcriptional-unit-with-uracil-present-in-place-of-thymine-reason-r-the-rule-of-complementarily-guides-the-formation-of https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzg1NjYz-assertion-a-dna-has-two-chains-having-antiparallel-polarity-reason-r-in-one-chain-of-dna-at-one-end-has-a-free-phosphate-moiety-5-end-of-ribose-sugar-and-at-other-end-the-ribose-has-a-free-3-oh-group https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTA3OTcw-which-of-the-following-is-always-true-concerning-the-base-composition-of-dna-1-in-each-single-strand-the-number-of-adenine-residues-equals-the-number-thymine-residues-2-in-each-single-strand-the-numbe https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4Mjg1-which-of-the-following-will-directly-support-the-conclusion-derived-by-oswald-avery-colin-macleod-and-maclyn-mccarty-that-dna-caused-the-bacterial-transformation-in-griffith-s-experiment-i-protein-dig https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4NzYz-in-the-meselson-stahl-experiment-on-dna-replication-after-one-round-of-replication-in-14n-medium-following-growth-in-15n-medium-what-is-the-ratio-of-dna-with-intermediate-density-to-dna-with-light-den https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk5MDQz-it-has-not-escaped-our-notice-that-the-specific-pairing-we-have-postulated-immediately-suggests-a-possible-copying-mechanism-for-the-genetic-material-watson-and-crick-1953-what-will-be-true-regarding https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk2MjM1-during-dna-replication-the-proofreading-activity-of-dna-polymerase-ensures-high-fidelity-of-the-newly-synthesized-strand-this-proofreading-function-is-due-to-the-1-5-to-3-polymerase-activity-2-3-to-5 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDMxMjc1-the-enzyme-present-in-most-rna-viruses-that-enables-them-to-synthesize-more-viral-rna-on-the-template-of-viral-rna-is-1-reverse-transcriptase-2-viral-nuclease-3-restriction-endonuclease-4-rna-polymera https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDk4Nzgw-which-of-the-following-statements-about-rna-polymerase-in-bacteria-is-correct-1-it-catalyzes-both-transcription-and-translation-2-it-requires-a-primer-to-begin-rna-synthesis-3-it-uses-nucleoside-triph https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk5MDYx-there-is-only-a-single-mrna-codon-for-tryptophan-that-is-1-uac-2-ugg-3-uuu-4-uag-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDI2Nzg3-consider-the-given-two-statements-assertion-a-trna-is-the-adapter-molecule-in-the-flow-of-genetic-information-in-a-typical-cell-reason-r-trna-has-some-unusual-bases-present-in-the-sequence-of-its-nucl https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NTMyMTkw-23-s-rrna-is-a-component-of-1-smaller-subunit-of-bacterial-ribosome-2-larger-subunit-of-bacterial-ribosome-3-smaller-subunit-of-eukaryotic-ribosome-4-larger-subunit-of-eukaryotic-ribosome-1-2-3-4 https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDM3MjIw-regarding-the-components-of-an-operon-an-operator-is-1-another-name-for-the-terminator-of-a-gene-2-a-dna-site-bound-by-repressor-proteins-3-a-protein-that-coordinates-gene-expression-4-binding-site-fo https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDI5OTAy-consider-the-given-two-statements-assertion-a-the-lac-operon-in-e-coli-is-a-negative-inducible-operon-reason-r-lactose-is-the-inducer-of-the-lac-operon-in-e-coli-1-both-a-and-r-are-true-and-r-correctl https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246NDQ3NzQy-what-is-an-expressed-sequence-tag-est-1-a-short-sub-sequence-of-a-cdna-sequence-that-may-be-used-to-identify-gene-transcripts-2-a-tag-used-to-identify-expression-levels-of-genes-3-a-dna-sequence-that https://medminds.me/qbank/botany/molecular-basis-of-inheritance/?q=NP-b246Mzk4MzA2-consider-the-given-two-statements-assertion-a-repetitive-satellite-dna-sequences-are-very-useful-identification-tools-in-forensic-applications-reason-r-these-sequences-normally-do-not-code-for-any-pro https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjUyNjU-in-cymose-type-of-inflorescence-1-main-axis-continues-to-grow-and-the-flowers-are-borne-in-acropetal-succession-2-main-axis-continues-to-grow-and-the-flowers-are-borne-in-basipetal-succession-3-growth https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjUyNjY-ovary-is-one-chambered-but-it-becomes-two-chambered-due-to-the-formation-of-a-false-septum-in-1-dianthus-and-primrose-2-mustard-and-argemone-3-sunflower-and-marigold-4-pea-and-lemon-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjUyNjc-in-monocotyledonous-seeds-the-outer-covering-of-endosperm-separates-the-embryo-by-a-proteinous-layer-called-as-1-aleurone-2-scutellum-3-testa-4-tegmen-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjUyNjg-which-of-the-following-is-not-a-floral-character-of-the-family-fabaceae-1-calyx-sepals-five-gamosepalous-imbricate-aestivation-2-corolla-petals-five-polypetalous-vexillary-aestivation-3-andreoecium-te https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1ODQ-in-marginal-placentation-the-placenta-forms-a-ridge-along-the-1-ventral-suture-of-the-ovary-2-dorsal-suture-of-the-ovary-3-anterior-suture-of-the-ovary-4-posterior-suture-of-the-ovary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1ODY-a-lateral-branch-with-short-internodes-and-each-node-bearing-a-rosette-of-leaves-and-a-tuft-of-roots-is-found-in-1-chrysanthemum-2-pistia-3-jasmine-4-pineapple-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1ODc-zygomorphic-flower-is-not-found-in-1-cassia-2-canna-3-gulmohur-4-bean-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1ODg-the-following-diagram-can-represent-the-position-of-the-ovary-in-1-brinjal-2-guava-3-rose-4-mustard-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1ODk-ovary-is-one-chambered-but-becomes-two-chambered-due-to-the-formation-of-the-false-septum-in-1-argemone-2-salvia-3-cassia-4-primrose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1OTA-which-of-the-following-is-not-a-correct-floral-character-of-the-members-of-family-solanaceae-1-flower-zygomorphic-2-calyx-valvate-aestivation-3-stamens-epipetalous-4-fruit-berry-or-capsule-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1OTE-pneumatophores-are-seen-in-1-rhizophora-2-banyan-tree-3-carrot-4-turnip-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1OTM-when-a-shoot-tip-transforms-into-a-flower-1-it-is-always-solitary-2-the-flower-is-always-short-lived-3-it-is-never-solitary-4-the-flower-is-always-long-lived-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1OTQ-some-foliar-roots-also-produce-adventitious-roots-as-in-1-oxalis-2-coleus-3-tapioca-4-bryophyllum-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1OTU-chief-characteristics-of-stem-do-not-include-1-develops-from-the-plumule-2-positive-phototropic-nature-3-presence-of-nodes-and-internodes-4-endogenously-developed-multicellular-hair-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1OTc-match-aerial-modifications-of-stem-given-in-column-i-with-their-descriptions-in-column-ii-and-choose-your-answer-from-the-codes-given-below-a-phylloclade-p-green-flattened-or-cylindrical-branches-of-u https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1OTg-in-racemose-type-of-branching-1-branches-continue-to-grow-indefinitely-and-give-off-further-branches-laterally-in-a-basipetal-order-2-branches-continue-to-grow-indefinitely-and-give-off-further-branch https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjcxNjg-in-australian-acacia-the-petiole-or-any-part-of-rachis-becomes-flattened-taking-the-shape-of-a-leaf-and-turning-green-in-color-this-structure-is-called-as-1-phylloclade-2-cladode-3-phyllode-4-bulbil-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjcxNjk-in-the-ray-florets-of-sunflower-the-condition-of-the-flower-is-termed-as-1-superior-2-perigynous-3-epigynous-4-hypogynous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjcxNzA-china-rose-is-not-characterized-by-1-axile-placentation-2-valvate-aestivation-3-monoadelphous-stamen-4-superior-ovary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjcxNzE-the-given-floral-formula-describes-br-oplus-p-3-3-a3-3-g-3-1-asparagus-2-belladonna-3-indigofera-4-mustard-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mjk2ODY-in-vexillary-aestivation-1-the-standard-overlaps-the-wings-2-the-standard-overlaps-the-keel-3-the-standard-is-overlapped-by-keel-4-the-keel-overlap-the-wings-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mjk3MDc-which-of-the-following-would-not-be-a-character-of-asparagus-1-actinomorphic-flower-2-imbricate-aestivation-3-superior-ovary-4-endospermous-seed-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzAxODE-the-cells-of-which-of-the-following-regions-of-the-root-are-responsible-for-growth-of-its-length-1-root-cap-2-region-of-meristematic-activity-3-region-of-elongation-4-region-of-maturation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzAxODI-identify-the-correct-statement-regarding-the-stem-morphology-from-the-following-i-stems-bear-only-axillary-buds-ii-axillary-buds-may-get-modified-into-thorns-as-in-citrus-iii-stem-tendrils-develop-fro https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzAxODQ-the-type-of-placentation-show-in-the-given-figure-is-seen-in-1-dianthus-2-argemone-3-china-rose-4-marigold-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzAxODY-the-given-floral-diagram-can-be-of-1-asparagus-2-atropa-belladonna-3-mustard-4-indigofera-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzA1MzI-match-the-columns-a-and-b-column-i-column-ii-a-marginal-placentation-i-marigold-b-axile-placentation-ii-dianthus-c-parietal-placentation-iii-argemone-d-free-central-placentation-iv-chinarose-e-basal-p https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzA1NDE-an-inferior-ovary-1-is-situated-on-the-receptacle-above-the-perianth-and-androecium-2-is-positioned-below-the-sites-of-attachment-for-perianth-and-androecium-3-forms-a-hypanthium-4-is-positioned-below https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzA4Mjc-the-type-of-aestivation-seen-in-calotropis-is-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzEwNjY-the-floral-diagram-shown-in-the-given-diagram-can-be-of-1-a-plant-that-produces-a-chemical-that-can-disrupt-mitotic-spindle-2-deadly-night-shade-3-indigofera-plant-a-source-of-dye-4-a-pulse-plant-1-2 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzEwNzA-the-region-responsible-for-growth-in-the-length-of-the-root-is-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzE5MjI-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-flower-column-ii-position-of-ovary-i-sunflower-ii-mustard-iii-plum-1-epigynous-2-hypogy https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ0NDA-is-the-floral-formula-of-1-allium-2-sesbania-3-petunia-4-brassica-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ0NDE-keel-is-the-characteristic-feature-of-flower-of-1-tulip-2-indigofera-3-aloe-4-tomato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ0OTc-the-wheat-grain-has-an-embryo-with-one-large-shield-shaped-cotyledon-known-as-1-epiblast-2-coleorrhiza-3-scutellum-4-coleoptile-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ1NDc-in-ginger-vegetative-propagation-occurs-through-1-rhizome-2-offsets-3-bulbils-4-runners-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ4Nzg-plants-which-produce-characteristic-pneumatophores-and-show-vivipary-belong-to-1-mesophytes-2-halophytes-3-psammophytes-4-hydrophytes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ4ODY-root-hairs-develop-from-the-region-of-1-maturation-2-elongation-3-root-cap-4-meristematic-activity-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ4OTA-in-bougainvillea-thorns-are-the-modifications-of-1-stipules-2-adventitious-root-3-stem-4-leaf-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ4OTg-coconut-fruit-is-a-1-drupe-2-berry-3-nut-4-capsule-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ5MjQ-the-term-polyadelphous-is-related-to-1-gynoecium-2-androecium-3-corolla-4-calyx-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ5MjU-how-many-plants-among-indigofera-sesbania-salvia-allium-aloe-mustard-groundnut-raddish-gram-and-turnip-have-stamens-with-different-lengths-in-their-flowers-1-three-2-four-3-five-4-six-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ5MjY-radial-symmetry-is-found-in-the-flowers-of-1-brassica-2-trifolium-3-pisum-4-cassia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzQ5Mjc-free-central-placentation-is-found-in-1-dianthus-2-argemone-3-brassica-4-citrus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUwMDg-tricarpellary-syncarpous-and-gynoecium-is-found-in-flowers-of-1-solanaceae-2-fabaceae-3-poaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUwMTU-cotyledon-of-maize-grain-is-called-1-coleorhiza-2-coleoptile-3-scutellum-4-plumple-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUwMjM-which-of-the-following-is-not-a-stem-modification-1-thorns-of-citrus-2-tendrils-of-cucumber-3-flattened-structures-of-opunita-4-pitcher-of-nepenthes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUwMjc-proximal-end-of-the-filament-of-stamen-is-attached-to-the-1-connective-2-placenta-3-thalamus-or-petal-4-anther-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUwNTU-stems-modified-into-flat-green-organs-performing-the-functions-of-leaves-are-known-as-1-phyllodes-2-phylloclades-3-scales-4-cladodes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUwNjE-the-standard-petal-of-a-papilionaceous-corolla-is-also-called-1-pappus-2-vexillum-3-corona-4-carina-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUwOTg-roots-play-insignificant-role-in-absorption-of-water-in-1-sunflower-2-pistia-3-pea-4-wheat-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUxMDQ-axile-placentation-is-present-in-1-dianthus-2-lemon-3-pea-4-argemone-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUxMjc-among-china-rose-mustard-brinjal-potato-guava-cucumber-onion-and-tulip-how-many-plants-have-superior-ovary-1-five-2-six-3-three-4-four-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUxNTQ-perigynous-flowers-are-found-in-1-guava-2-cucumber-3-china-rose-4-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUxNTU-leaves-become-modified-into-spines-in-1-opuntia-2-pea-3-onion-4-silk-cotton-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUxNjY-the-hilum-is-a-scar-on-the-1-seed-where-funicle-was-attached-2-fruit-where-it-was-attached-to-the-pedicel-3-fruit-where-style-was-present-4-seed-where-micropyle-was-present-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUyMTg-when-the-margins-of-sepals-or-petals-overlap-one-another-without-any-particular-direction-the-condition-is-termed-as-1-vexillary-2-imbricate-3-twisted-4-valvate-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUyMjA-which-one-of-the-following-statements-is-correct-1-the-seed-in-grasses-is-not-endospermic-2-mango-is-a-parthenocarpic-fruit-3-a-proteinaceous-aleurone-layer-is-present-in-maize-grain-4-a-sterile-pisti https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUyMjI-an-example-of-an-edible-underground-stem-is-1-carrot-2-groundnut-3-sweet-potato-4-potato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUyMzQ-an-aggregate-fruit-is-one-which-develops-from-1-multicarpellary-syncarpous-gynoecium-2-multicarpellary-apocarpus-gynoecium-3-complete-inflorescence-4-multicarpellary-superior-ovary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUyOTA-among-bitter-gourd-mustard-brinjal-pumpkin-china-rose-lupin-cucumber-sunnhemp-gram-guava-bean-chili-plum-petunia-tomato-rose-withania-potato-onion-aloe-and-tulip-how-many-plants-have-hypogynous-flower https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUyOTI-in-china-rose-the-flowers-are-1-actinomorphic-hypogynous-with-twisted-aestivation-2-actinomorphic-epigynous-with-valvate-aestivation-3-zygomorphic-hypogynous-wit-imbricate-aestivation-4-zygomorphic-ep https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUzODQ-placentation-in-tomato-and-lemon-is-1-parietal-2-free-central-3-marginal-4-axile-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUzOTA-cymose-inflorescence-is-present-in-1-solanum-2-sesbania-3-trifolium-4-brassica-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzUzOTQ-phyllode-is-present-in-1-asparagus-2-euphorbia-3-australian-acacia-4-opuntia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU0MDM-the-gynoecium-consists-of-many-free-pistils-in-flowers-of-1-aloe-2-tomato-3-papaver-4-michelia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU0MTg-which-one-of-the-following-is-correctly-matched-1-onion-bulb-2-ginger-sucker-3-chlamydomonas-conidia-4-yeast-zoospores-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU0MTk-how-many-plants-in-the-list-given-below-have-composite-fruits-that-develop-from-an-inflorescence-walnut-poppy-radish-fig-pineapple-apple-tomato-mulberry-1-four-2-five-3-two-4-three-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU0NDU-which-one-of-the-following-statements-is-correct-1-seeds-of-orchids-have-oil-rich-endosperm-2-placentation-in-primrose-is-basal-3-flower-of-tulip-is-a-modified-shoot-4-in-tomato-fruit-is-a-capsule-1-2 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU0OTQ-the-correct-floral-formula-of-chilli-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU1MDY-flowers-are-zygomorphic-in-1-gulmohar-2-tomato-3-datura-4-mustard-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU1MDc-a-drupe-develops-in-1-wheat-2-pea-3-tomato-4-mango-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU1MjQ-the-ovary-is-half-inferior-in-flowers-of-1-cucumber-2-cotton-3-guava-4-peach-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU1MzA-in-a-unilocular-ovary-with-a-single-ovule-the-placentation-is-1-marginal-2-basal-3-free-central-4-axile-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU1NDI-keel-is-characteristic-of-the-flowers-of-1-gulmohur-2-cassia-3-calotropis-4-bean-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU1Njk-the-technical-term-used-for-the-androecium-in-a-flower-of-china-rose-hibiscus-rosa-sinensis-is-1-monadelphous-2-diadelphous-3-polyandrous-4-polyadelphous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU1ODg-the-scutellum-observed-in-a-grain-of-wheat-or-maize-is-comparable-to-which-part-of-the-seed-in-other-monocotyledons-1-cotyledon-2-endosperm-3-aleurone-layer-4-plumule-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU2NTM-the-floral-formula-is-that-of-1-tulip-2-soybean-3-sunn-hemp-4-tobacco-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU2Njg-vegetative-propagation-in-mint-occurs-by-1-runner-2-offset-3-rhizome-4-sucker-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU2ODE-cotyledons-and-testa-are-edible-parts-of-1-groundnut-and-pomegranate-2-walnut-and-tamarind-3-french-bean-and-coconut-4-cashew-nut-and-litchi-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU2OTM-a-fruit-developed-from-hypanthodium-inflorescence-is-called-1-hesperidium-2-sorosis-3-syconus-4-caryopsis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU2OTk-an-example-of-a-seed-with-endosperm-perisperm-and-caruncle-is-1-cotton-2-coffee-3-lily-4-castor-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU3MjU-the-fleshy-receptacle-of-synconous-of-fig-encloses-a-number-of-1-achenes-2-samaras-3-berries-4-mericarps-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU3MjY-the-length-of-different-internodes-in-a-culm-of-sugarcane-is-variable-because-of-1-shoot-apical-meristem-2-position-of-axillary-buds-3-size-of-leaf-lamina-at-the-node-below-each-internode-4-intercalar https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU3MzM-replum-is-present-in-the-ovary-of-flower-of-1-lemon-2-mustard-3-sunflower-4-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU3NzU-the-fruit-is-chambered-developed-from-inferior-ovary-and-has-seeds-with-succulent-testa-in-1-pomegranate-2-orange-3-guava-4-cucumber-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU4NTY-pineapple-annanas-fruit-develops-from-1-a-unilocular-polycarpillary-flower-2-a-multipistillate-syncarpous-flower-3-a-cluster-of-compactly-borne-flowers-on-a-common-axis-4-a-multilocular-monocarpillary https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU4NjQ-in-which-of-the-following-fruits-is-the-edible-part-the-aril-1-custard-apple-2-pomegranate-3-orange-4-litchi-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU4ODA-what-type-of-placentation-is-seen-in-sweet-pea-1-basal-2-axile-3-free-central-4-marginal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzY4NDM-the-examples-s-of-modified-leaves-are-1-tendrils-of-pea-2-spines-of-cacti-3-pitcher-of-the-pitcher-plant-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzY4NDQ-oil-is-the-prefer-energy-storing-molecule-in-seeds-of-several-plants-while-excess-energy-in-other-parts-of-the-plant-is-stored-as-starch-this-is-related-to-1-the-requirement-of-concentrated-form-of-en https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzY4ODQ-the-quiescent-centre-of-growing-angiospermic-roots-of-comprises-of-1-slow-dividing-cells-2-fast-dividing-cells-3-non-dividing-cells-4-dead-cells-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzY5MDU-which-of-these-is-a-true-nut-1-walnut-2-areca-nut-3-cashew-nut-4-ground-nut-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzY5MDY-a-dicot-plant-lacking-cotyledons-is-1-cuscuta-2-santalum-3-lodoicea-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzY5Mjk-lady-finger-belongs-to-the-family-1-solanaceae-2-malvaceae-3-cruciferaceae-4-leguminacae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzY5NjA-in-mangrove-vegetation-plants-possess-1-taproot-2-stilt-root-3-pneumatophore-4-haustorial-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzY5NjI-in-the-diagram-of-types-of-placentation-given-above-a-b-c-and-d-respectively-represent-1-basal-axile-parietal-and-free-central-2-free-central-parietal-basal-and-axile-3-axile-basal-parietal-and-free-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzcwMTc-which-of-the-following-has-synandrous-condition-1-colocasia-2-cucurbita-3-mimosa-4-ricinus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzcwMTk-following-is-not-true-of-monocots-1-most-of-the-food-of-the-seed-is-stored-in-endosperm-2-have-parallel-veins-in-their-leaves-3-flower-parts-occur-in-fours-4-flower-parts-occur-in-threes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzcwMzE-which-floral-family-has-9-1-arrangement-of-anthers-in-the-androecium-1-malvaceae-2-rutaceae-3-fabaceae-4-caesal-pinaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzcwNDM-clove-is-a-1-floral-bud-2-modified-root-3-auxillary-bud-4-seed-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzcwNDQ-velamen-is-a-specialized-tissue-found-in-1-aerial-roots-of-orchids-2-succulent-leaves-3-pneumatophores-4-stilt-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzcwNDY-coconut-s-husk-fibre-coir-of-commerce-is-extracted-from-1-epicarp-2-mesocarp-3-endocarp-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzcwOTY-when-the-filament-runs-throughout-the-length-of-anther-it-is-called-1-adnate-2-dorsi-fixed-3-versatile-4-syngenesious-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzcxODc-which-of-the-following-is-the-largest-root-parasite-1-rafflesia-2-areuthobium-3-monotrapa-4-pistia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzcyMTE-the-family-containing-mustard-and-its-main-characters-are-1-brassicaceae-tetramerous-flowers-six-stamens-bicarpellary-gynoecium-siliqua-type-fruit-2-brassicaceae-pentamerous-flowers-many-stamens-penta https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzczMDA-velamen-present-in-orchids-helps-in-1-absorption-of-nutrients-from-host-plant-2-respiration-3-absorption-of-moisture-from-air-4-synthesising-food-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzczMDM-which-among-the-following-is-a-rootless-plant-1-nymphaea-2-sagittaria-3-ceratophyllum-4-vallisneria-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzczMDQ-composite-fruit-develops-from-1-single-ovary-2-inflorescence-3-apocaropous-ovary-4-pericarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzczMDc-cocoa-is-the-plant-from-which-chocolate-is-made-which-part-is-used-to-extract-it-1-flower-2-fruit-3-seeds-4-bark-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzczNDQ-the-cells-of-the-quiescent-centre-are-characterised-by-1-having-dense-cytoplasm-and-prominent-nuclei-2-having-light-cytoplasm-and-small-nuclei-3-dividing-regularly-to-add-to-the-corpus-4-dividing-regu https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzczNzg-which-of-the-following-is-true-1-umbel-is-a-racemose-inflorescence-where-all-stalked-flower-aggregate-on-the-flat-receptacle-2-raceme-is-a-racemose-inflorescence-having-main-axis-shortened-flower-born https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc0MDc-the-given-figure-shows-l-s-of-the-seed-of-maize-what-do-a-b-c-and-d-represent-1-a-endosperm-b-scutellum-c-plumule-d-coleoptile-2-a-scutellum-b-pericarp-c-radicle-d-coleoptile-3-a-endosperm-b-scutellum https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc0NDA-identify-the-given-figures-a-b-c-d-and-e-a-b-c-d-e-1-marginal-axile-free-central-parietal-basal-2-marginal-parietal-free-central-axile-basal-3-marginal-axile-parietal-free-central-basal-4-marginal-axi https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc0NzM-which-of-the-following-is-correctly-matched-1-monstera-fibrous-root-2-dahlia-fasciculated-root-3-azadirachta-adventitious-root-4-basil-prop-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc0OTY-plants-with-inferior-ovary-usually-bear-1-pseudocarps-2-berries-3-aggregate-fruits-4-seedless-fruits-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc1MDg-plants-having-the-above-given-floral-diagram-are-1-leguminous-2-dicots-3-medicinal-and-perennial-4-having-pinnately-compound-leaves-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc1NTg-match-column-i-with-column-ii-and-choose-the-correct-option-from-below-column-i-column-ii-a-marginal-placentation-i-sunflower-b-axile-placentation-ii-mustard-c-parietal-placentation-iii-lemon-d-basal https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc2NTc-tetradynamous-condition-is-found-in-1-hibiscus-rosa-sinesis-2-ocimum-sanctum-3-helianthus-annuus-4-brassica-campestris-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc2NzY-select-the-mismatched-pair-out-of-the-following-1-rhizome-dryopteris-nelumbo-nucifera-2-corm-crocus-sativus-amorphophallus-3-sucker-curcuma-domestica-zingiber-officinale-4-tuber-helianthus-tuberosus-s https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc3ODg-which-one-of-the-following-option-is-not-correctly-matched-1-cymose-2-hypanthodium-3-cyanthium-4-verticillaster-acacia-banyan-euphorbia-calotropis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc4MTY-identify-the-type-of-root-given-in-the-figure-from-the-given-options-1-a-ndash-fusiform-radish-b-ndash-napiform-turmeric-c-ndash-tuberous-sweet-potato-2-a-ndash-conical-turnip-b-ndash-nodulated-sweet https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc4Mjg-inflorescence-of-which-one-of-the-following-sets-completely-develop-into-composite-fruits-1-spike-corymb-hypanthodium-2-spike-female-catkin-hypanthodium-3-umbel-catkin-spadix-4-female-catkin-corymb-sp https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc4NTQ-the-small-projections-present-on-the-surface-of-pineapple-fruit-represent-1-persistent-styles-2-persistent-stamens-3-persistent-calyx-4-persistent-bracts-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc5MTE-cladode-is-a-characteristic-morphological-feature-of-1-asparagus-and-ruscus-2-casuarina-and-opuntia-3-cladophora-and-cactus-4-citrus-and-euphorbia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc5NTk-which-one-contain-most-reduced-form-of-stem-1-bulb-2-rhizome-3-tuber-4-twinner-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Mzc5NjM-which-one-is-a-source-of-commercially-important-product-syzygium-aromaticum-1-flower-bud-2-axillary-bud-3-thalamus-4-peduncle-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgwMTg-pappus-helps-in-dispersal-of-pollen-in-1-asteraceae-2-brassicaceae-3-malvaceae-4-solanaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgwMzU-flower-of-liliaceae-is-1-actinomorphic-2-epipetalous-3-pentamerous-4-imperfect-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgwNDk-a-fruit-developed-from-a-condensed-inflorescence-is-1-simple-fruit-2-aggregate-fruit-3-composite-fruit-4-etaerio-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgwNjI-the-floral-formula-represents-1-solanum-nigrum-2-hibiscus-rosa-sinensis-3-citrus-aurantum-4-brassica-campestirs-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMTI-which-of-the-following-is-incorrect-about-a-b-c-and-d-1-tap-roots-of-carrot-turnip-and-adventitious-root-of-sweet-potato-get-swollen-and-store-food-2-pneumatophores-help-to-get-oxygen-for-respiration https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMTQ-offset-is-one-internode-long-runner-and-its-each-node-bears-rosette-of-leaves-and-a-tuft-of-roots-it-is-found-in-aquatic-plants-like-1-hydrilla-2-pistia-3-eichhornia-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMTU-leafbase-is-swollen-to-form-pulvinus-in-1-some-leguminous-plants-2-some-crucifers-3-some-monocots-4-some-cycads-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMTY-which-of-the-following-statements-is-false-about-a-leaf-1-a-leaf-is-said-to-be-simple-when-its-lamina-is-entire-or-when-incised-the-incisions-do-not-touch-the-midrib-2-a-leaf-is-said-to-be-compound-wh https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMTc-leaves-are-modified-into-tendrils-in-1-parkinsonia-2-pea-3-ranunculus-4-oxalis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMTg-cymose-inflorescence-is-identified-by-1-basipetal-arrangement-of-flowers-on-the-main-axis-peduncle-2-the-limited-growth-of-the-main-axis-as-main-axis-terminates-in-a-flower-3-both-1-and-2-4-presence-o https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMTk-which-of-the-following-is-an-incorrect-match-1-perigynous-flower-plum-rose-and-peach-2-monadelphous-pea-3-epigynous-flower-guava-cucumber-and-ray-florets-of-sunflower-4-polyadelphous-citrus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMjA-match-the-column-i-with-column-ii-column-i-aestivation-in-corolla-column-ii-examples-a-valvate-i-china-rose-lady-rsquo-s-finger-cotton-b-twisted-ii-calotropis-c-imbricate-iii-cassia-gulmohur-d-vexilla https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMjE-identify-the-types-of-aestivation-shown-in-the-following-diagram-1-a-valvate-b-twisted-c-imbricate-d-vexillary-2-a-vexillary-b-valvate-c-twisted-d-imbricate-3-a-imbricate-b-vexillary-c-valvate-d-twist https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMjI-match-the-following-figures-with-i-ii-and-iii-i-hypogynous-flower-ii-perigynous-flower-iii-epigynous-flower-1-a-i-b-ii-c-iii-2-a-i-b-iii-c-ii-3-a-iii-b-ii-c-i-4-a-iii-b-i-c-ii-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMjM-match-the-column-i-and-column-ii-with-column-iii-column-i-column-ii-column-iii-a-marginal-i-a-sunflower-marigold-b-axile-ii-b-dianthus-primrose-c-parietal-iii-c-mustard-argemone-d-free-central-iv-d-ch https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMjQ-identify-a-and-b-leaves-1-a-pinnately-compound-leaf-b-palmately-compound-leaf-2-a-palmately-compound-leaf-b-pinnately-compound-leaf-3-a-pinnately-compound-leaf-b-pinnately-compound-leaf-4-a-palmately https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMjU-in-marginal-placentation-the-ovules-are-arranged-1-along-the-inner-wall-of-the-carpel-in-a-syncarpous-ovary-2-along-the-margin-of-single-carpel-3-in-the-middle-of-the-ovary-4-to-the-base-of-the-ovary https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMjY-the-seed-coat-has-2-layers-the-outer-and-inner-the-is-a-scar-on-the-seed-coat-through-which-the-developing-seeds-are-attached-to-the-fruit-above-the-is-a-small-pore-called-the-1-testa-tegmen-hilum-hil https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMjc-in-castor-the-food-storing-tissue-is-1-cotyledon-2-endosperm-3-testa-4-tegmen-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMjg-match-the-column-i-with-column-ii-and-choose-the-correct-answers-column-i-column-ii-a-coleorrhiza-i-grapes-b-food-storing-tissue-ii-mango-c-parthenocarpic-fruit-iii-maize-d-single-seeded-fruit-develop https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMjk-scutellum-is-the-first-leaf-of-1-monocot-2-dicot-3-gymnosperm-4-pteridophytes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMzA-find-out-the-false-statement-from-below-ones-i-calyx-and-corolla-are-reproductive-organs-of-a-flower-ii-zygomorphic-flower-can-be-divided-into-two-equal-radial-halves-in-any-radial-plane-iii-flowers-w https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMzE-pentamerous-actinomorphic-flowers-bicarpellary-ovary-with-oblique-septa-and-fruit-as-a-capsule-or-berry-are-characteristic-feature-of-1-liliaceae-2-asteraceae-3-brassicaceae-4-solanaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMzI-which-of-the-following-is-characteristic-feature-of-fabaceae-1-descending-imbricate-ten-stamens-diadelphous-ovary-inferior-2-sepals-five-gamosepalous-imbricate-aestivation-axile-placentation-3-monocar https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMzM-trimerous-flowers-superior-ovary-axile-placentation-is-characteristic-of-1-liliaceae-2-papilionaceae-3-cucurbitaceae-4-solanaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMzQ-which-of-the-following-represents-the-floral-characters-of-liliaceae-1-six-tepals-zygomorphic-six-stamens-bilocular-ovary-axile-placentation-2-tetramerous-actinomorphic-polyphyllous-unilocular-ovary-a https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMzU-match-the-column-i-with-column-ii-column-i-members-of-fabaceae-column-ii-economic-importance-a-gram-sem-moong-soya-bean-i-medicine-b-soyabean-groundnut-ii-ornamentals-c-indigofera-iii-fodder-d-sunhemp https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMzY-which-of-the-following-is-not-the-member-of-liliaceae-1-tulip-gloriosa-aloe-2-colchicum-3-pisum-4-asparagus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMzc-colchicine-is-obtained-from-a-member-of-1-solanaceae-2-liliaceae-3-fabaceae-4-brassicaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMzg-indicate-1-epigymous-and-hypogynous-flowers-2-superior-ovary-and-inferior-ovary-3-presence-and-absence-of-gynoecium-4-fused-and-free-gynoecium-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMzk-oplus-and-indicate-1-zygomorphic-and-actinomorphic-flowers-2-actinomorphic-and-zygomorphic-flowers-3-hypogynous-and-epigynous-flowers-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyNDA-how-many-plants-in-the-list-given-below-have-marginal-placentation-mustard-tulip-asparagus-arhar-sunhemp-chilli-colchicine-onion-moong-pea-gram-tobacco-lupin-1-four-2-five-3-six-4-three-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyNDE-non-albuminous-seed-is-produced-in-1-maize-2-castor-3-wheat-4-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyNDI-match-the-vegetative-propagules-listed-under-column-i-with-the-plants-given-under-column-ii-choose-the-appropriate-option-from-the-given-choices-column-i-column-ii-a-rhizome-p-agave-b-offset-q-bryophy https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246Njc0NDE-find-odd-one-out-with-respect-to-presence-of-endosperm-in-seed-1-castor-2-wheat-3-maize-4-orchids-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzExOTc-majority-of-dicotyledonous-plants-have-1-tap-root-system-2-fibrous-root-system-3-adventitious-root-system-4-reproductive-root-system-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzExOTg-in-tap-root-system-roots-arise-from-1-radicle-2-coleoptile-3-plumule-4-base-of-the-stem-or-internode-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzExOTk-tap-root-system-does-not-has-1-primary-root-2-secondary-root-3-fibrous-root-4-tertiary-root-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMDA-in-monocotyledonous-plants-the-primary-root-is-short-lived-and-is-replaced-by-a-large-number-of-roots-such-system-is-known-as-1-tap-root-system-2-adventitious-root-system-3-fibrous-root-system-4-repro https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMDE-the-roots-which-arise-from-parts-of-the-plant-other-than-the-radicle-and-are-called-1-tap-root-system-2-adventitious-root-system-3-fibrous-root-system-4-reproductive-root-system-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMDM-given-is-the-list-how-many-of-the-following-have-tap-root-system-mustard-wheat-grass-monstera-banyan-1-one-2-three-3-four-4-two-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMDQ-given-below-is-list-how-many-of-the-following-have-an-adventitious-root-system-mustard-wheat-grass-monstera-banyan-1-one-2-three-3-four-4-two-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMDU-which-of-the-following-is-not-a-main-function-of-the-root-system-1-absorption-of-water-and-minerals-from-the-soil-help-in-protection-of-plant-2-providing-a-proper-anchorage-to-the-plant-parts-3-storin https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMDY-xa0-the-roots-shown-in-diagram-are-1-adventitious-root-system-2-fibrous-root-system-3-tap-root-system-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMDc-the-roots-shown-in-diagram-are-1-adventitious-root-system-2-fibrous-root-system-3-tap-root-system-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMDg-the-roots-shown-in-diagram-are-1-adventitious-root-system-2-fibrous-root-system-3-tap-root-system-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMDk-the-root-is-covered-at-1-the-apex-of-the-root-by-root-cap-2-the-base-of-the-stem-by-the-root-cap-3-the-base-of-maturation-zone-by-root-cap-4-the-apex-of-the-zone-of-elongation-by-the-root-cap-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMTA-the-region-of-meristematic-activity-has-cells-of-1-small-size-thin-walled-and-with-dense-protoplasm-2-large-size-thick-walled-and-with-the-loose-protoplasm-3-small-size-thin-walled-with-loose-protopla https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMTE-the-region-hellip-hellip-hellip-to-the-region-of-meristematic-activity-is-called-region-of-elongation-1-proximal-2-terminal-3-lateral-4-distal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMTI-which-of-the-following-is-the-region-responsible-for-the-growth-of-the-root-1-region-of-elongation-2-region-of-meristem-3-region-of-maturation-4-region-of-root-cap-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMTQ-which-of-the-following-is-not-correct-about-root-hair-1-thin-2-delicate-and-thread-like-3-absorb-water-and-minerals-4-formed-by-pericycle-of-the-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMTU-which-of-the-following-roots-have-same-function-1-carrot-sweet-potato-2-potato-and-sweet-potato-3-turnip-and-potato-4-banyan-and-carrot-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMTY-roots-are-not-modified-for-1-support-2-storage-3-respiration-4-protection-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMTc-prop-roots-1-sugarcane-2-turnip-3-banyan-4-trapa-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMTg-roots-of-sugarcane-which-are-coming-from-base-of-the-lower-nodes-1-stilt-roots-2-prop-roots-3-storage-roots-4-assimilatory-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMTk-find-the-odd-one-out-1-maize-2-sugarcane-3-banyan-4-turnip-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMjA-find-the-odd-one-out-1-turnip-2-carrot-3-sweet-potato-4-potato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMjE-pneumatophores-are-1-a-type-of-plant-growing-in-swampy-area-2-a-type-of-plant-growing-in-marshy-area-3-a-type-of-root-for-respiration-4-a-type-of-aperture-for-gaseous-exchange-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMjI-rhizophora-is-1-a-type-of-root-2-a-type-of-plant-growing-in-swampy-area-3-a-type-of-plant-growing-in-desert-4-a-type-of-root-for-photosynthesis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMjM-which-of-the-following-roots-are-respiratory-roots-1-epiphytic-roots-2-stilt-roots-3-prop-roots-4-pneumatophores-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMjQ-these-are-modifications-of-hellip-hellip-for-hellip-1-vegetables-for-storage-2-roots-for-absorption-3-roots-for-storage-4-stem-for-protection-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMjU-the-characters-of-stems-are-given-below-choose-the-character-which-cannot-be-represented-by-any-kind-of-root-1-ascending-part-2-develops-from-plumule-of-embryo-of-a-germinating-seed-3-performs-functio https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMjY-stems-perform-1-storage-of-food-2-support-3-protection-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMjc-stem-performs-1-absorption-of-water-and-minerals-2-synthesising-of-sucrose-3-conduction-of-water-minerals-and-photosynthesise-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMjg-stem-bear-1-terminal-2-axillary-3-both-terminal-and-axillary-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMjk-underground-stem-is-not-1-zaminkand-2-colocasia-3-pistia-4-turmeric-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMzA-colocasia-1-has-root-modified-for-storage-2-has-leaf-modified-for-xerophytic-adaptation-3-has-stem-modified-for-storage-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMzE-which-of-the-following-underground-stems-does-not-act-as-organ-of-perennation-to-tide-over-conditions-unfavorable-for-growth-1-ginger-2-turmeric-3-zaminkand-4-strawberry-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMzI-stem-tendrils-develop-from-1-axillary-buds-2-terminal-buds-3-leaves-4-internodes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMzM-which-of-the-following-is-not-true-about-stem-tendrils-1-slender-2-spirally-coiled-3-help-plants-to-climb-4-arise-from-terminal-bud-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMzQ-which-of-the-following-is-not-a-gourd-tendril-1-cucumber-2-pumpkins-3-watermelon-4-grapevines-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMzU-thorns-develop-from-1-axillary-buds-2-terminal-buds-3-leaves-4-phyllode-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMzY-the-characteristic-of-thorns-are-1-herbaceous-coiled-and-slender-2-woody-straight-and-pointed-3-herbaceous-straight-and-slender-4-woody-coiled-and-pointed-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMzc-the-following-modification-of-stem-is-used-in-protection-from-browsing-animals-1-tendril-2-node-3-thorn-4-fleshy-cylinder-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMzg-which-of-the-following-is-not-a-stem-modification-1-turnip-2-citrus-3-bougain-villea-4-grapevines-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyMzk-thorn-is-not-found-in-1-citrus-2-bougainvillea-3-cucumber-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyNDA-stem-tendril-is-not-found-in-1-cucumber-2-pumpkins-3-watermelon-4-citrus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyNDE-some-plants-of-arid-regions-have-which-of-the-following-modification-1-flattened-stem-opuntia-2-underground-stem-potato-3-thorn-citrus-4-tendril-grapevine-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyNDI-which-of-the-following-has-chlorophyll-in-their-stem-to-carry-out-photosynthesis-1-opuntia-2-citrus-3-bougainvillea-4-cucumber-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyNDQ-which-of-the-following-has-chlorophyll-in-it-s-flattened-stem-to-carry-out-photosynthesis-1-opuntia-2-euphorbia-3-citrus-4-watermelon-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyNDU-stem-spreads-to-new-niches-and-when-older-parts-die-new-parts-are-formed-1-grass-2-strawberry-3-mint-4-all-of-these-find-the-one-which-doesn-t-belong-to-the-above-category-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyNDc-the-stem-of-pistia-and-eichhornia-has-1-short-internode-2-rosette-of-leaves-3-tuft-of-roots-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyNDg-aquatic-plants-with-a-lateral-branch-having-short-internodes-rosette-of-leaves-and-tuft-of-roots-are-1-pistia-hydrilla-2-eichhornia-hydrilla-3-pistia-and-eichhornia-4-hydrilla-and-valisnaria-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzEyNDk-the-lateral-branches-originate-from-the-basal-and-underground-portion-of-the-main-stem-grow-horizontally-beneath-the-soil-and-then-come-out-obliquely-upward-to-give-rise-to-leafy-shoot-which-of-the-fo https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MDU-generally-leaf-is-not-1-lateral-2-swollen-3-developing-on-node-4-bearing-bud-in-its-axil-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MDY-leaves-1-arranged-in-acropetal-manner-2-most-important-reproductive-organ-in-plants-3-important-for-photosynthesis-4-a-typical-leaf-has-three-main-parts-leaf-base-petiole-and-lamina-find-the-incorrect https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MDc-leaf-1-attached-to-the-stem-by-the-leaf-base-2-always-bear-two-lateral-small-leaf-like-structures-called-stipules-3-monocots-have-small-sheath-like-leaf-base-which-covers-the-stem-wholly-4-all-legumin https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MDg-which-of-the-following-parts-of-leaf-has-major-role-to-hold-the-blade-to-light-1-lamina-2-petiole-3-sheath-4-stipule-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MDk-the-fluttering-of-the-leaf-blade-is-facilitated-by-1-swollen-pulvinus-2-membranous-sheath-3-long-and-thin-petiole-4-broad-lamina-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MTA-veins-and-veinlets-are-not-present-in-1-lamina-2-leaf-blade-3-leaf-broader-surface-4-leaf-base-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MTE-midrib-is-usually-not-used-in-1-middle-2-prominent-vein-3-a-mean-to-provide-rigidity-4-transport-only-water-minerals-gases-like-carbon-dioxide-and-food-materials-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MTI-which-of-the-following-is-relatively-constant-in-all-dicot-leaves-1-shape-2-margin-apex-and-surface-3-extent-of-incision-4-venation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MTM-the-arrangement-of-veins-and-the-veinlets-in-the-lamina-of-leaf-is-termed-as-1-venation-2-vernation-3-vernalization-4-phyllotaxy-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MTQ-which-of-the-following-is-correct-1-the-leaves-of-all-dicot-plants-show-reticulate-venation-2-the-leaves-of-all-monocot-plants-show-parallel-venation-3-the-network-of-veinlets-is-termed-as-reticulate https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MTU-simple-leaf-1-do-not-have-any-incisions-2-always-intact-lamina-3-incisions-of-the-lamina-reach-to-midrib-4-entire-lamina-or-when-incisions-do-not-reach-to-midrib-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MTY-compound-leaf-1-has-leaflets-or-incised-lamina-without-leaflets-2-incisions-reach-to-midrib-3-axils-of-leaflets-have-bud-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MTc-rachis-is-1-a-prominent-vein-2-midrib-3-found-in-pinnately-compound-leaf-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MTg-rachis-1-is-a-common-axis-where-leaves-are-present-2-is-a-common-axis-where-leaflets-are-present-3-is-a-common-point-where-leaflets-are-arranged-4-is-a-common-point-where-leaves-are-arranged-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MTk-in-palmately-compound-leaves-1-leaves-are-attached-at-a-common-point-at-the-tip-of-petiole-2-leaflets-are-attached-at-a-common-point-at-the-tip-of-petiole-3-leaflets-are-attached-at-a-common-point-cal https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MjA-palmately-compound-leaves-are-found-in-1-citrus-2-pomegranate-3-guava-4-silk-cotton-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MjE-phyllotaxy-is-1-pattern-of-arrangement-of-leaves-on-the-stem-or-branch-2-pattern-of-arrangement-of-petals-on-the-stem-or-branch-3-pattern-of-arrangement-of-sepals-on-the-flower-4-pattern-of-arrangemen https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MjI-alternate-phyllotaxy-means-1-a-single-leaflet-arises-at-each-node-2-a-single-leaf-arises-at-each-node-3-two-leaflets-arise-at-each-node-4-two-leaves-arise-at-each-node-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MjM-which-of-the-following-is-not-an-example-of-alternate-phyllotaxy-1-china-rose-2-mustard-3-sun-flower-4-calotropis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MjU-opposite-phyllotaxy-means-1-a-single-leaflet-arises-at-each-node-2-a-single-leaf-arises-at-each-node-3-two-leaflets-arise-at-each-node-4-two-leaves-arise-at-each-node-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MjY-more-than-two-leaves-arise-from-a-node-is-called-as-1-phyllotaxy-2-whorled-3-venation-4-opposite-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Mjc-which-of-the-following-is-an-example-of-whorled-phyllotaxy-1-alstonia-2-mustard-3-sunflower-4-china-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Mjg-the-tendrils-of-pea-are-1-example-of-stem-modification-which-are-useful-in-climbing-2-example-of-leaf-modification-for-climbing-3-example-of-leaf-modification-for-defence-4-example-of-stem-modificatio https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Mjk-modification-of-leaves-is-1-thorn-in-citrus-2-thorn-in-bougainvillea-3-spine-in-cactus-4-spine-in-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MzA-the-examples-of-fleshy-leaves-are-1-onion-2-garlic-3-opuntia-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MzI-pitcher-plants-have-1-modified-stem-2-modified-leaf-3-modified-stipule-4-modified-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MzM-venus-fly-trap-1-has-modified-shoot-2-has-modified-root-3-is-an-insectivorous-plant-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MzQ-flower-is-1-modified-leaf-2-modified-shoot-3-modified-petiole-4-modified-pedicel-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MzU-which-of-the-following-is-a-characteristic-of-flower-1-internodes-do-not-elongate-2-axis-gets-condensed-3-shoot-apical-meristem-changes-to-floral-meristem-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2MzY-in-floral-meristem-1-apex-produces-different-kind-of-floral-appendages-2-these-appendages-are-anterior-3-successive-nodes-have-no-leaves-4-when-a-shoot-tip-transforms-into-a-flower-it-is-always-solita https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Mzc-inflorescence-is-1-arrangement-of-leaves-over-stem-2-arrangement-of-flower-over-floral-axis-3-arrangement-of-flower-over-pedicel-4-arrangement-of-leaves-over-nodes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Mzg-the-types-of-inflorescence-are-racemose-and-cymose-what-is-the-basis-of-such-classification-1-the-growth-of-pedicel-2-the-growth-of-thalamus-3-the-growth-of-main-axis-4-the-growth-of-leaves-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Mzk-if-the-main-axis-continues-to-grow-such-inflorescence-is-called-as-1-racemose-2-cymose-3-solitary-4-hypanthodium-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NDA-which-of-the-following-does-not-match-with-racemose-inflorescence-1-flowers-are-borne-in-acropetal-succession-2-flowers-are-borne-laterally-3-the-main-axis-continues-to-grow-4-the-main-axis-shows-limi https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NDE-which-of-the-following-is-a-characteristic-of-cymose-inflorescence-1-flowers-are-borne-in-acropetal-succession-2-flowers-are-borne-laterally-3-the-main-axis-continues-to-grow-4-the-main-axis-shows-lim https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NDI-the-reproductive-unit-of-angiosperms-is-1-flower-2-leaf-3-both-a-and-b-4-root-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NDM-the-swollen-end-of-stalk-or-hellip-hellip-of-a-flower-is-called-thalamus-or-hellip-hellip-1-peduncle-bract-2-pedicel-receptacle-3-thalamus-bractiole-4-peduncle-receptacle-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NDQ-which-of-the-following-is-not-a-typical-whorl-of-flower-1-androecium-2-gynoecium-3-corolla-4-sepal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NDU-in-all-the-four-whorls-of-flower-which-of-the-following-is-an-accessory-organ-1-calyx-2-corolla-3-perianth-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NDY-perianth-is-1-distinct-calyx-and-corolla-2-indistinct-calyx-and-corolla-3-amorphous-calyx-and-corolla-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NDc-perianth-is-found-in-1-lily-2-solanum-3-pea-4-buttercup-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NDg-when-a-flower-has-both-androecium-and-gynoecium-1-it-is-bisexual-2-it-is-unisexual-3-it-is-monoecious-4-it-is-dioecious-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NDk-when-a-flower-has-either-androecium-or-gynoecium-called-as-1-bisexual-2-unisexual-3-polygamous-4-monoecious-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NTA-actinomorphic-means-1-bilateral-symmetry-2-radial-symmetry-3-bisexuality-4-unisexuality-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NTE-zygomorphic-means-1-bilateral-symmetry-2-radial-symmetry-3-bisexuality-4-unisexuality-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NTI-actinomorphic-flower-1-when-a-flower-can-be-divided-into-two-equal-radial-halves-in-a-single-plane-2-when-a-flower-can-be-divided-into-two-equal-radial-halves-in-any-radial-plane-3-when-a-flower-can-b https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NTM-zygomorphic-flower-1-when-a-flower-can-be-divided-into-two-equal-radial-halves-in-a-single-plane-2-when-a-flower-can-be-divided-into-two-equal-radial-halves-in-any-radial-plane-3-when-a-flower-can-be https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NTQ-which-of-the-following-flowers-does-not-has-actinomorphic-symmetry-1-mustard-2-datura-3-chilli-4-cassia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NTU-which-of-the-following-flowers-does-not-has-zygomorphic-symmetry-1-pea-2-gulmohur-3-cassia-4-canna-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NTY-which-of-the-following-flowers-doesn-t-has-any-symmetry-1-pea-2-gulmohur-3-cassia-4-canna-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NTc-pentamerous-flower-means-1-it-has-five-sepals-2-floral-appendages-are-in-multiple-of-five-3-floral-appendages-are-five-in-total-4-each-floral-appendages-are-five-in-number-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NTg-bract-is-1-reduced-stem-2-reduced-stipule-3-reduced-leaf-4-reduced-flower-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NTk-bract-is-found-1-at-the-base-of-the-peduncle-2-at-the-base-of-the-pedicel-3-at-the-base-of-the-main-axis-4-at-the-base-of-stem-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NjA-based-on-the-position-of-the-calyx-corolla-and-hellip-hellip-with-respect-to-hellip-hellip-on-the-thalamus-the-flowers-are-classified-1-gynoecium-stamen-2-androecium-ovary-3-ovary-androecium-4-stamen https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NjE-hypogynous-flower-means-1-gynoecium-occupies-the-highest-while-other-parts-are-situated-below-it-2-abdroecium-occupies-the-highest-while-other-parts-are-situated-below-it-3-calyx-occupies-the-highest https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NjI-hypogynous-flower-1-superior-ovary-2-inferior-ovary-3-half-inferior-4-half-superior-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NjM-epigynous-flower-1-superior-ovary-2-inferior-ovary-3-half-inferior-4-half-superior-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NjQ-hypogynous-flower-1-china-rose-2-mustard-3-brinjal-4-guava-doesn-t-hold-true-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NjU-the-perigynous-flower-is-not-1-peach-2-plum-3-rose-4-cucumber-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NjY-the-epigynous-flower-is-not-1-guava-2-cucumber-3-ray-florets-of-sunflower-4-china-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Njc-the-perigynous-flower-has-ovary-1-half-inferior-2-superior-3-inferior-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Njg-if-gynoecium-is-situated-in-the-center-and-other-parts-of-the-flower-are-located-on-the-rim-of-the-thalamus-almost-at-the-same-level-such-type-of-flower-is-1-epigynous-2-perigynous-3-hypogynous-4-both https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Njk-epigynous-flower-1-the-margins-of-the-thalamus-encloses-the-ovary-completely-and-fuse-with-it-2-ovary-is-superior-3-china-rose-and-brinjal-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NzA-which-of-the-following-is-not-true-about-calyx-1-the-outermost-whorl-of-a-flower-2-members-are-sepals-3-generally-sepals-are-yellow-and-petal-like-4-protect-the-flower-in-the-bud-stage-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NzE-sepals-are-free-1-gamosepalous-2-polysepalous-3-pentasepalous-4-tetrasepalous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NzI-corolla-1-members-are-petals-2-brightly-colored-to-attract-insects-for-pollination-3-variable-shape-and-color-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NzM-corolla-may-be-1-tubular-bell-shaped-2-funnel-shaped-3-wheel-shaped-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NzQ-aestivation-1-the-mode-of-arrangement-of-sepals-or-petals-in-the-floral-bud-with-respect-to-the-other-members-of-the-same-whorl-2-the-main-types-of-aestivation-are-valvate-twisted-imbricate-and-vexill https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NzU-when-sepals-or-petals-in-a-whorl-just-touch-one-another-at-the-margin-without-overlapping-such-aestivation-is-called-1-twisted-2-valvate-3-imbricate-4-vexillary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2NzY-when-one-margin-of-the-appendage-overlaps-that-of-the-next-one-and-so-on-such-aestivation-is-called-1-twisted-2-valvate-3-imbricate-4-vexillary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Nzg-the-standard-overlaps-lateral-petals-and-that-in-turn-overlap-keel-such-aestivation-is-called-as-1-twisted-2-valvate-3-imbricate-4-vexillary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2Nzk-valvate-aestivation-petal-is-found-in-1-calotropis-2-pea-3-beans-4-china-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2ODA-twisted-aestivation-petals-is-found-in-1-calotropis-2-pea-3-beans-4-china-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2ODE-twisted-aestivation-petal-is-not-found-in-1-calotropis-2-lady-s-finger-3-china-rose-4-cotton-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2ODI-imbricate-aestivation-petal-is-found-in-1-cassia-2-calotropis-3-cotton-4-lady-s-finger-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2ODM-imbricate-aestivation-petal-is-found-in-1-gulmohur-2-cotton-3-calotropis-4-mustard-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2ODQ-in-vexillary-aestivation-which-of-the-following-is-not-true-1-largest-standard-petal-2-two-lateral-wings-3-two-smallest-anterior-petals-4-2-2-2-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2ODU-androecium-1-stamens-2-filament-and-anthers-in-each-stamen-3-stalk-of-stamen-is-the-style-4-each-anther-is-usually-bilobed-find-the-odd-one-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2ODY-the-sterile-stamen-is-called-as-1-staminate-2-staminode-3-internode-4-pistillate-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2ODc-stamens-attached-to-petals-is-called-as-1-epipetalous-2-epiphyllous-3-staminode-4-staminate-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2ODk-the-condition-in-which-stamens-are-united-into-a-bunch-or-bundle-1-polyadelphous-2-polyandrous-3-epipetalous-4-monoadelphous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2OTA-the-varying-length-of-the-filament-and-valvate-or-open-aestivation-is-found-in-1-mustard-2-calotropis-3-tomato-4-china-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2OTE-the-stamens-are-united-into-two-bundles-1-diandrous-2-gamoandrous-3-diadelphous-4-gamoadelphous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2OTI-the-stamens-are-arranged-into-more-than-two-bundles-1-polyandrous-2-polyadelphous-3-diadelphous-4-polygamous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2OTM-epipetalous-is-found-in-1-brinjal-2-lily-3-moong-4-gram-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2OTQ-epiphyllous-is-found-in-1-brinjal-2-lily-3-moon-4-gram-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2OTY-diadelphous-is-found-in-1-pea-2-citrus-3-china-rose-4-lily-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2OTg-gynoecium-1-made-up-of-one-or-more-carpels-2-a-carpel-is-made-up-of-three-parts-namely-stigma-style-and-ovary-3-style-connects-the-narrow-ovary-to-the-receptive-surface-of-pollen-grains-called-stigma https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE2OTk-ovules-are-attached-to-1-placenta-2-ovary-3-seed-4-pericarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MDA-free-carpels-are-called-1-gamocarpous-2-polycarpous-3-apocarpous-4-syncarpous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MDE-carpels-are-fused-1-gamocarpous-2-polycarpous-3-apocarpous-4-syncarpous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MDI-apocarpous-1-lotus-poppy-2-rose-poppy-3-lotus-rose-4-mustard-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MDM-syncarpous-1-mustard-poppy-2-mustard-tomato-3-lotus-rose-4-rose-tomato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MDQ-after-fertilization-the-ovules-develop-into-1-seed-2-fruit-3-pericarp-4-mesocarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MDU-after-fertilization-the-ovary-matures-into-1-seed-2-endosperm-3-embryo-4-fruit-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MDY-placentation-is-1-arrangement-of-seeds-within-the-ovary-2-arrangement-of-ovules-within-the-ovary-3-arrangement-of-ovules-within-the-fruit-4-arrangement-of-seeds-within-the-fruit-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MDg-axile-placentation-1-placenta-is-axial-2-multilocular-ovary-3-one-ovule-per-ovary-4-found-in-citrus-and-tomato-find-the-wrong-one-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MDk-which-of-the-following-does-not-have-axile-placentation-1-china-rose-2-citrus-3-lemon-4-primrose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MTA-which-of-the-following-has-marginal-placentation-1-pea-2-china-rose-3-citrus-4-tomato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MTE-which-of-the-following-has-parietal-placentation-1-mustard-2-primrose-3-pea-4-china-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MTI-the-ovules-develop-on-the-inner-wall-of-the-ovary-such-placentation-is-called-1-axile-2-marginal-3-parietal-4-basal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MTM-which-of-the-following-has-parietal-placentation-1-argemone-2-pea-3-china-rose-4-lemon-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MTQ-parietal-placentation-1-ovules-develop-on-the-inner-wall-of-the-ovary-2-one-chambered-ovary-3-false-septum-4-mustard-and-dianthus-find-the-wrong-statement-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MTU-the-central-placentation-1-ovules-are-borne-on-the-central-axis-2-no-septa-3-one-chambered-ovary-4-dianthus-argemone-find-the-wrong-one-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MTY-free-central-placentation-is-found-in-1-china-rose-2-argemone-3-mustard-4-primrose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MTc-basal-placentation-1-placenta-develops-at-the-base-of-the-ovary-2-single-ovule-3-found-in-sunflower-and-marigold-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MTg-the-characteristic-feature-of-flowering-plants-is-1-fruit-2-ovary-3-ovules-4-locule-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MTk-parthenocarpic-fruit-1-developed-from-ovary-without-fertilisation-2-developed-from-ovule-without-fertilisation-3-developed-from-leaves-without-syngamy-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MjA-fruit-has-1-pericarp-and-flesh-2-pericarp-and-seeds-3-pericarp-mesocarp-and-endocarp-4-pericarp-and-ovules-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MjE-the-thick-and-fleshy-ovary-wall-is-not-differentiated-into-1-epicarp-2-pericarp-3-mesocarp-4-endocarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MjI-which-of-the-following-does-not-has-drupe-fruit-1-mango-2-coconut-3-peach-4-orange-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MjM-find-the-wrong-one-with-respect-to-drupe-1-develops-from-monocarpellary-ovaries-2-is-a-superior-ovary-3-is-single-seeded-4-an-example-is-pomegranate-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MjU-mango-has-a-stony-portion-in-the-form-of-1-mesocarp-2-pericarp-3-endocarp-4-epicarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MjY-the-middle-fleshy-edible-portion-of-mango-is-1-pericarp-2-mesocarp-3-endocarp-4-epicarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3Mjc-epicarp-of-mango-can-not-be-1-thin-2-outer-3-stony-4-edible-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3Mjg-the-mesocarp-of-coconut-is-1-fibrous-2-fleshy-3-stony-4-edible-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3Mjk-seed-has-1-seed-embryo-2-seed-embryo-endosperm-3-coat-and-embryo-4-cotyledons-and-embryonal-axis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MzA-the-embryo-does-not-have-1-embryonal-axis-2-radicle-3-one-or-two-cotyledons-4-seed-coat-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MzE-one-cotyledon-is-found-in-which-of-the-following-embryo-1-gram-2-pea-3-wheat-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MzI-two-cotyledons-are-found-in-which-of-the-following-embryo-1-wheat-2-maize-3-gram-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MzM-seed-coat-1-outermost-covering-of-the-seed-2-outer-testa-and-inner-tegmen-3-hilum-is-a-scar-overseed-coat-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MzQ-hilum-find-the-wrong-statement-1-scar-overseed-coat-2-developing-seeds-are-attached-to-the-fruit-by-means-of-the-hilum-3-below-hilum-is-micropyle-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MzU-which-of-the-following-is-true-1-cotyledons-are-always-fleshy-2-cotyledons-are-often-fleshy-3-cotyledons-are-never-fleshy-4-cotyledons-are-always-membranous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MzY-endosperm-is-formed-as-a-result-of-1-fertilisation-2-syngamy-fertilisation-3-triple-fusion-and-double-fertilisation-4-external-fertilisation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3Mzc-which-of-the-following-is-an-endospermic-mature-seed-1-castor-2-bean-3-gram-4-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3Mzg-which-of-the-following-is-true-1-all-dicots-have-endospermic-seed-2-all-monocots-have-endospermic-seed-3-generally-all-monocots-have-an-endospermic-seed-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3Mzk-which-of-the-following-in-nonendospermic-monocot-1-orchid-2-pea-3-castor-4-gram-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3NDA-maize-has-1-membranous-seed-coat-2-fused-with-fruit-wall-3-bulky-endosperm-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3NDE-aleurone-layer-is-1-outer-covering-of-the-seed-2-outer-covering-of-the-embryo-3-outer-covering-of-endosperm-4-outer-covering-of-fruit-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3NDI-the-embryo-of-monocots-have-not-1-one-large-and-shield-shaped-scutellum-2-long-axis-with-plumule-and-radicle-3-plumule-and-radicle-are-enclosed-in-sheaths-4-the-sheath-of-plumule-is-coleoptile-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3NDM-the-sheath-of-radicle-in-monocots-is-1-coleoptile-2-scutellum-3-coleorrhiza-4-aleurone-layer-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3NDQ-which-of-the-following-is-not-a-vegetative-character-to-describe-a-plant-1-roots-2-stem-3-leaves-4-inflorescence-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMjg-to-represent-bracteate-flower-the-symbol-would-be-1-bt-2-brt-3-br-4-br-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMzE-to-represent-a-group-of-stamens-the-symbol-used-is-1-s-2-k-3-a-4-c-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMzM-to-represent-a-group-of-tepals-the-symbol-used-is-1-p-2-t-3-k-4-c-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMzQ-superior-ovary-is-represented-by-1-g-2-a-bar-over-g-3-a-bar-below-g-4-o-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMzU-inferior-ovary-is-represented-by-1-g-2-a-bar-over-g-3-a-bar-below-g-4-o-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMzY-in-floral-formula-of-mustard-the-symmetry-is-represented-by-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMzc-the-floral-formula-has-which-of-the-following-symbols-to-represent-zygomorphic-symmetry-1-2-3-k-4-c-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMzg-adhesion-in-flower-is-represented-by-1-by-enclosing-in-brackets-2-by-drawing-a-line-over-the-floral-part-symbols-3-by-underlining-it-4-by-explain-the-mother-axis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMzk-floral-diagram-does-not-provide-which-of-the-following-information-1-provides-information-about-the-number-of-parts-of-flower-2-arrangement-of-flower-parts-3-relation-of-flower-part-with-respect-to-ea https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNDA-the-position-of-mother-axis-with-respect-to-flower-is-represented-by-1-a-sign-of-percentage-in-floral-formula-2-a-dot-on-the-basal-part-of-the-floral-diagram-3-a-dot-on-the-top-of-the-floral-diagram-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNDE-which-of-the-following-show-the-feature-of-adhesion-and-cohesion-between-parts-of-the-whorls-and-between-whorls-1-a-floral-formula-2-a-floral-map-3-a-flower-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNDI-which-of-the-following-is-a-mustard-family-1-brassicaceae-2-solanaceae-3-liliaceae-4-fabaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNDM-which-of-the-following-is-not-correct-about-fabaceae-1-earlier-it-was-called-papilionoideae-2-a-subfamily-of-family-leguminosae-3-distributed-all-over-the-world-4-plants-with-fibrous-root-system-are-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNDQ-roots-with-root-nodules-are-found-in-1-fabaceae-2-solanaceae-3-liliaceae-4-brassicaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNDU-which-of-the-following-vegetative-character-is-not-associated-with-fabaceae-1-trees-shrubs-herbs-2-erect-or-climber-3-alternate-and-pinnately-compound-leaves-4-exstipulated-leaf-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNDY-the-character-which-is-not-true-about-leaves-of-members-of-fabaceae-1-pinnately-compound-leaf-2-pulvinate-leaf-base-3-stipulated-4-parallel-venation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNDc-which-of-the-following-family-has-racemose-inflorescence-1-fabaceae-2-solanaceae-3-liliaceae-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNDg-which-of-the-following-family-has-bisexual-and-zygomorphic-plants-1-fabaceae-2-solanaceae-3-liliaceae-4-brassicaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNDk-the-aestivation-found-in-calyx-of-fabaceae-is-1-valvate-2-vexillary-3-imbricate-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNTA-the-aestivation-found-in-corolla-of-fabaceae-is-1-vexillary-2-valvate-3-imbricate-4-twisted-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNTE-how-many-keels-are-there-in-vexillary-aestivation-1-two-2-three-3-one-4-zero-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNTI-find-the-mismatch-1-anterior-keel-2-lateral-wings-3-posterior-standard-4-keel-three-in-number-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNTM-which-of-the-following-is-not-a-character-of-androecium-of-fabaceae-family-1-ten-stamens-2-diadelphous-3-dithecous-anther-4-not-a-free-stamen-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNTQ-which-of-the-following-is-not-a-character-of-gynoecium-of-fabaceae-1-superior-ovary-syncarpous-2-monocarpellary-3-unilocular-with-many-ovules-4-single-style-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNTU-which-of-the-following-is-not-a-feature-of-fruit-of-fabaceae-1-legume-2-has-one-to-many-seed-3-non-endospermic-seeds-4-developed-from-inferior-ovary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNTY-the-members-of-calyx-in-fabaceae-are-1-polysepalous-2-gamosepalous-3-gamocarpous-4-epipetalous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNTc-in-floral-formula-of-fabaceae-the-calyx-is-represented-as-1-5-2-10-3-3-4-2-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNTk-in-floral-formula-of-fabaceae-the-androecium-is-represented-as-1-1-4-2-5-3-9-1-4-1-2-2-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNjA-the-carpels-of-gynoecium-of-fabaceae-is-represented-as-1-1-2-2-3-3-4-5-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNjE-which-of-the-following-is-not-a-source-of-pulses-1-gram-2-sem-3-soyabean-4-sesbania-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNjM-which-of-the-following-is-a-source-of-pulses-as-well-as-edible-oil-1-soyabean-2-groundnut-3-indigofera-4-trifolium-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNjQ-find-the-mismatch-1-dye-indigofera-2-fibres-sunhemp-3-fodder-trifolium-4-edible-oil-muliathi-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNjU-which-of-the-following-does-not-have-an-ornamental-use-1-lupine-2-sweet-pea-3-sunhemp-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNjY-which-of-the-following-is-an-example-of-medicinal-plant-1-muliathi-2-petunia-3-trifolium-4-sweet-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNjc-which-of-the-following-is-not-an-example-of-fodder-1-sesbania-2-trifolium-3-muliathi-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNjg-which-of-the-following-is-a-potato-family-1-solanaceae-2-brassicaceae-3-liliaceae-4-fabaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNjk-solanaceae-is-distributed-over-1-tropics-2-subtropics-3-temperate-zone-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNzA-which-of-the-following-is-not-a-vegetative-character-of-solanaceae-1-mostly-herbs-shrubs-2-rarely-small-trees-3-always-aerial-stem-4-rarely-woody-stem-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNzE-which-of-the-following-is-not-a-stem-type-of-solanaceae-family-1-aerial-erect-stem-offset-2-cylindrical-branched-solid-or-hollow-3-hairy-or-glabrous-4-underground-stem-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNzI-which-of-the-following-is-not-a-characteristic-of-leaves-of-members-of-solanaceae-1-alternate-2-simple-3-pulvinate-4-exstipulated-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNzM-the-inflorescence-of-solanaceae-is-not-1-solitary-2-axillary-3-cymose-4-racemose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNzU-which-of-the-following-is-not-a-characteristic-of-corolla-of-solanaceae-family-1-five-petals-2-united-petals-3-valvate-aestivation-4-epitepalous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNzY-how-many-stamens-are-there-in-the-androecium-of-plants-of-solanaceae-family-1-10-2-5-3-9-4-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNzc-which-of-the-following-family-has-androecium-with-epipetalous-condition-1-solanaceae-2-fabaceae-3-brassicaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNzg-bicarpellary-gynoecium-is-not-found-in-1-liliaceae-2-solanaceae-3-brassicaceae-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzNzk-gynoecium-of-solanaceae-family-is-not-1-placenta-swollen-with-many-ovules-2-axile-3-superior-ovary-4-apocarpous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzODA-oblique-placenta-is-found-in-1-solanaceae-2-brassicaceae-3-liliaceae-4-fabaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzODE-fruit-of-solanaceae-is-commonly-1-berry-2-capsule-3-legume-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzODI-solanaceae-has-seeds-1-many-endospermous-2-single-non-endospermous-3-many-non-endospermous-4-single-endospermous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzODM-which-of-the-following-plants-is-not-source-of-medicine-1-ashwagandha-2-belladonna-3-tobacco-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzODQ-which-of-the-following-is-an-ornamental-plant-of-solanaceae-family-1-petunia-2-tulip-3-gloriosa-4-sweet-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzODU-which-of-the-following-is-fumigatory-plant-of-solanaceae-1-tobacco-2-petunia-3-ashwagandha-4-belladonna-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzODY-which-of-the-following-is-a-characteristic-representative-of-monocotyledonous-family-1-solanaceae-2-liliaceae-3-fabaceae-4-brassicaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzODc-perennial-herbs-with-underground-stem-is-a-part-of-1-brassicaceae-2-solanaceae-3-liliaceae-4-fabaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzODg-bulbs-corms-rhizomes-are-found-in-1-brassicaceae-2-solanaceae-3-liliaceae-4-fabaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzODk-basal-leaves-are-found-in-1-solanaceae-2-fabaceae-3-brassicaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzOTA-which-of-the-following-is-not-a-feature-of-leaves-of-liliaceae-plants-1-mostly-basal-2-alternate-linear-3-exstipulate-leaves-4-reticulate-venation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzOTE-which-of-the-following-is-not-the-type-of-inflorescence-that-is-generally-found-in-liliaceae-1-solitary-2-cymose-3-umbellate-clusters-4-racemose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzOTI-the-tepals-found-in-liliaceae-plants-1-3-3-2-6-3-3-3-4-3-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzOTM-perianth-is-hellip-hellip-in-liliaceae-1-united-into-bunch-2-united-into-tube-3-free-4-adhered-to-sepals-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzOTQ-androecium-of-liliaceae-family-has-1-6-stamens-2-3-3-stamens-3-epipetalous-androecium-4-3-3-stamens-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzOTU-gynoecium-of-liliaceae-family-has-1-tricarpellary-2-syncarpous-3-superior-ovary-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzOTY-trilocular-ovary-is-found-in-1-brassicaceae-2-solanaceae-3-fabaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzOTc-placenta-of-lily-family-is-with-1-many-ovules-2-axile-placentation-3-endospermous-seed-after-fertilisation-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzOTg-the-androecium-of-liliaceae-is-1-a-3-3-2-a-3-3-3-a-3-3-4-a-6-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzOTk-the-perianth-of-liliaceae-is-1-p-3-3-2-p-6-3-p-3-4-p-3-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzI0MDA-which-of-the-following-flower-has-not-good-ornamental-value-1-tulip-2-gloriosa-3-aloe-4-petunia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzI0MDE-which-of-the-following-is-not-a-source-of-medicine-1-mulaithi-2-asparagus-3-ashwagandha-4-belladonna-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzI0MDI-asparagus-comes-under-which-category-1-colchicine-2-vegetables-3-ornaments-4-medicine-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzI0MDM-leaf-is-1-exogenous-in-origin-2-endogenous-in-origin-3-mesogenous-in-origin-4-no-basis-of-origin-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246ODkzMTU-pneumatophores-occur-in-1-halophytes-2-free-floating-hydrophytes-3-carnivorous-plants-4-submerged-hydrophytes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246ODkzMTc-sweet-potato-is-a-modified-1-stem-2-adventitious-root-3-tap-root-4-rhizome-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246ODk3OTg-among-bitter-gourd-mustard-brinjal-pumpkin-china-rose-lupin-cucumber-sunnhemp-gram-guava-bean-chili-plum-petunia-tomato-rose-withania-potato-onion-aloe-and-tulip-how-many-plants-have-hypogynous-flower https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTA0NzQ-tricarpellary-syncarpous-is-found-in-flowers-of-1-solanaceae-2-fabaceae-3-poaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTA1NTY-the-standard-petal-of-a-papilionaceous-corolla-is-also-called-1-pappus-2-vexillum-3-corona-4-carina-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTEwOTQ-is-the-floral-formula-of-1-allium-2-sesbania-3-petunia-4-brassica-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTExMDk-perigynous-flowers-are-found-in-1-guava-2-cucumber-3-china-rose-4-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTEzMDY-placenta-and-pericarp-are-both-edible-portions-in-1-apple-2-banana-3-tomato-4-potato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI0MTU-vexillary-aestivation-is-characteristic-of-the-family-1-fabaceae-2-asteraceae-3-solanaceae-4-brassicaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI1NTY-which-one-of-the-following-statements-is-correct-1-seeds-of-orchids-have-oil-rich-endosperm-2-placentation-in-primrose-is-basal-3-flower-of-a-tulip-is-a-modified-shoot-4-in-tomato-fruit-is-a-capsule-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI2MTQ-the-eyes-of-the-potato-tuber-are-1-flower-buds-2-shoot-buds-3-axillary-buds-4-root-buds-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI3NDA-the-correct-floral-formula-of-chilli-is-1-oplus-k5-c5-a5-g-2-2-oplus-k5-c5-a5-g-2-3-oplus-k-5-c-5-a5-g-2-4-oplus-k-5-c5-a5-g-2-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI3NTc-flowers-are-zygomorphic-in-1-gulmohur-2-tomato-3-datura-4-mustard-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI3NTg-a-drupe-develops-in-1-wheat-2-pea-3-tomato-4-mango-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI3ODI-the-ovary-is-half-inferior-in-flowers-of-1-cucumber-2-cotton-3-guava-4-peach-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTM2NjI-the-fleshy-receptacle-of-the-syconus-of-fig-encloses-several-1-achenes-2-samaras-3-berries-4-mericarps-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTM2OTc-replum-is-present-in-the-ovary-of-the-flower-of-1-lemon-2-mustard-3-sunflower-4-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTQ1OTA-aleurone-grains-are-rich-in-1-fat-2-protein-3-carbohydrates-4-auxins-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTQ2MDE-viscum-album-grown-on-trees-this-is-an-example-of-1-symbiosis-2-parasitism-3-commensalism-4-predation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTQ2MTY-three-floral-diagrams-are-given-here-their-respective-families-are-assigned-in-the-answer-key-find-out-the-families-to-which-these-diagrams-belong-to-1-a-liliaceae-8-asteraceae-c-solanaceae-1-a-astera https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTUwMjA-in-ruscus-the-stem-is-a-1-phyllode-2-cladode-3-offset-4-sucker-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTUwMjI-catkin-inflorescence-is-found-in-1-wheat-2-oat-3-mulberry-4-fig-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTUwMjM-epigynous-flowers-are-present-in-1-mustard-2-brinjal-3-china-rose-4-cucumber-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTUwMjU-in-dianthus-placentation-is-1-basal-2-free-central-3-axile-4-marginal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTUwMjY-the-term-keel-is-used-for-a-special-type-of-1-sepals-2-petals-3-stamens-4-carpels-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTUwMjc-coffee-and-quinine-are-obtained-from-the-1-luguminosae-2-asteraceae-3-rubiaceae-4-poaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTUwMzY-the-quiescent-centre-in-root-meristem-serves-as-a-1-site-for-storage-of-food-which-is-utilised-during-maturation-2-reservoir-of-growth-hormones-3-reserve-for-replenishment-of-damaged-cells-of-the-meri https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTUxOTE-match-the-following-with-the-correct-combination-1-a-3-b-1-c-5-d-4-e-2-2-a-2-b-3-c-1-d-5-e-4-3-a-4-b-3-c-1-d-5-e-2-4-a-4-b-5-c-1-d-2-e-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTUxOTg-lady-finger-belongs-to-the-family-1-malvaceae-2-cucurbitaceae-3-brassicaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTI0MzE5-which-one-of-the-following-statements-is-correct-1-the-seed-in-grasses-is-not-endospermic-2-mango-is-a-parthenocarpic-fruit-3-a-proteinaceous-aleurone-layer-is-present-in-maize-grain-4-a-sterile-pisti https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTMxNjYy-which-of-the-following-shows-whorled-phyllotaxy-1-mustard-2-china-rose-3-alstonia-4-calotropis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTMxNjY1-bicarpellary-ovary-with-obliquely-placed-septum-is-seen-in-1-brassica-2-aloe-3-solanum-4-sesbania-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTMxNzAx-match-the-placental-types-column-i-with-their-examples-column-ii-column-i-column-ii-a-basal-i-mustard-b-axile-ii-china-rose-c-parietal-iii-dianthus-d-free-central-iv-sunflower-choose-the-correct-answe https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTczNDI3-pentamerous-flower-superior-ovary-with-the-swollen-axile-placenta-and-epipetalous-androecium-is-characteristics-of-1-liliaceae-2-solanaceae-3-cucurbitaceae-4-malvaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTczNjMw-a-type-of-placentation-in-which-placenta-forms-a-ridge-along-the-ventral-suture-of-ovary-and-ovules-are-borne-on-this-ridge-forming-two-rows-1-parietal-2-marginal-3-basal-4-free-central-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTc1Nzkx-the-edible-part-of-the-carrot-is-a-modified-1-adventitious-root-2-underground-stem-3-fibrous-root-4-tap-root-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTc1ODU0-leaves-originate-from-1-shoot-apical-meristems-and-arranged-acropetal-order-2-shoot-apical-meristem-and-arranged-in-a-basipetal-order-3-root-apical-meristem-4-stem-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTgyNTIw-which-of-the-following-statements-regarding-seed-is-incorrect-1-the-seed-is-the-outcome-of-both-sexual-and-asexual-reproduction-in-flowering-plants-2-it-represents-the-beginning-of-a-new-generation-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTg1MzU3-ray-florets-have-1-superior-ovary-2-hypogynous-ovary-3-half-inferior-ovary-4-inferior-ovary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTg1Mzc4-the-roots-that-originate-from-the-base-of-the-stem-are-1-primary-roots-2-prop-roots-3-lateral-roots-4-fibrous-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTg1Mzc5-the-ovary-is-half-inferior-in-1-mustard-2-sunflower-3-plum-4-brinjal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTg2MDUw-seed-coat-is-not-thin-membranous-in-1-coconut-2-groundnut-3-gram-4-maize-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTg2MDU0-phyllode-is-present-in-1-australian-acacia-2-opuntia-3-asparagus-4-euphorbia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk0OTI1-valvate-aestivation-in-corolla-is-found-in-1-cotton-2-calotropis-3-cassia-4-gulmohur-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk2MzE4-choose-the-incorrect-statement-1-stilt-roots-are-found-in-sugarcane-2-pneumatophores-are-respiratory-roots-3-leaf-tendril-are-found-in-grape-vine-4-the-axillary-buds-in-citrus-plants-get-modify-to-pro https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjIwMDcy-the-morphological-nature-of-the-edible-part-of-coconut-is-1-perisperm-2-cotyledon-3-endosperm-4-pericarp-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjIwMTQy-placenta-and-pericarp-are-both-edible-portions-in-1-apple-2-banana-3-tomato-4-potato-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ0OTc5-correct-position-of-floral-parts-over-thalamus-in-the-mustard-plant-is-1-gynoecium-occupies-the-highest-position-while-the-other-parts-are-situated-below-it-2-margin-of-the-thalamus-grows-upward-enclo https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ0OTgw-which-of-the-following-is-the-correct-floral-formula-of-liliaceae-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ0OTgx-identify-the-correct-features-of-mango-and-coconut-fruits-i-in-both-fruit-is-a-drupe-ii-endocarp-is-edible-in-both-iii-mesocarp-in-coconut-is-fibrous-and-in-mango-it-is-fleshy-iv-in-both-the-fruit-dev https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ3ODE2-keel-is-the-characteristic-feature-of-flower-of-1-tulip-2-indigofera-3-aloe-4-tomato-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ3ODQy-in-unilocular-ovary-with-a-single-ovule-the-placentation-is-1-marginal-2-basal-3-free-central-4-axile-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ3ODY4-the-hilum-is-a-scar-on-the-1-seed-where-funicle-was-attached-2-fruit-where-it-was-attached-to-the-pedicel-3-fruit-where-style-was-present-4-seed-where-micropyle-was-present-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ3ODgz-keel-is-characteristic-of-the-flowers-of-1-gulmohur-2-cassia-3-calotropis-4-bean-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ3OTkz-placentation-in-tomato-and-lemon-is-1-parietal-2-free-central-3-marginal-4-axile-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ3OTk1-perigynous-flowers-are-found-in-1-guava-2-cucumber-3-china-rose-4-rose-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ3OTk2-free-central-placentation-is-found-in-1-dianthus-2-argemone-3-brassica-4-citrus-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ3OTk5-axile-placentation-is-present-in-1-dianthus-2-lemon-3-pea-4-argemone-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ4MDAx-when-the-margins-of-sepals-or-petals-overlap-one-another-without-any-particular-direction-the-condition-is-termed-as-1-vexillary-2-imbricate-3-twisted-4-valvate-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ4MDAy-cymose-inflorescence-is-present-in-1-solanum-2-sesbania-3-trifolium-4-brassica-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ4MDA3-the-ovary-is-half-inferior-in-flowers-of-1-cucumber-2-cotton-3-guava-4-peach-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ4MDE5-the-technical-term-used-for-the-androecium-in-a-flower-of-china-rose-hibiscus-rosa-sinensis-is-1-monoadelphous-2-diadelphous-3-polyandrous-4-polyadelphous-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjUwMDg0-in-the-diagram-showing-the-structure-of-a-monocotyledonous-seed-the-aleurone-layer-is-shown-by-the-letter-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjUxMjA1-consider-the-following-four-statements-a-b-c-d-and-select-the-right-option-for-two-correct-statements-a-in-vexillary-aestivation-the-large-posterior-petal-is-called-standard-two-lateral-ones-are-wings https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjUxMjA4-the-correct-floral-formula-of-soybean-is-1-k5-c1-2-2-a-9-1-g1-2-k-5-c1-2-2-a-9-1-g1-3-k-5-c1-2-2-a1-9-g1-4-k-5-c1-2-2-a-9-1-g1-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjUxMjEw-aestivation-of-petals-in-the-flower-of-cotton-is-correctly-shown-in-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mjc2NDQ2-identify-the-incorrectly-matched-pair-1-banyan-hanging-supportive-prop-roots-2-sweet-potato-tap-root-modified-for-storage-of-food-3-maize-supportive-stilt-roots-coming-out-of-the-lower-nodes-of-the-st https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mjc3MjQx-match-column-i-with-column-ii-column-i-column-ii-a-i-brassicaceae-b-ii-liliaceae-c-iii-fabaceae-d-iv-solanaceae-select-the-correct-answer-from-the-options-given-below-a-b-c-d-1-ii-iii-iv-i-2-iv-ii-i-i https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzA5OTI0-which-of-the-following-plant-family-has-marginal-placentation-1-solanaceae-2-fabaceae-3-liliaceae-4-brassicaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzA5OTI1-in-ovary-many-ovules-can-be-seen-in-all-except-1-fabaceae-2-solanaceae-3-brassicaceae-4-poaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzA5OTI2-placentation-seen-in-family-brassicaceae-is-1-parietal-2-axile-3-marginal-4-free-central-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzA5OTI3-family-liliaceae-shows-type-of-placentation-with-tricarpellary-superior-ovary-1-axile-2-parietal-3-marginal-4-basal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM0NzM3-the-members-of-family-liliaceae-have-six-i-tepals-ii-fused-carpels-in-the-ovary-iii-stamens-1-only-i-and-ii-2-only-i-and-iii-3-only-ii-and-iii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM0NzM4-all-the-following-plants-belong-to-the-family-solanaceae-except-1-belladonna-2-tobacco-3-indigofera-4-petunia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM0NzM5-china-rose-1-belongs-to-brassicaceae-2-has-parietal-placentation-3-has-monoadelphous-stamen-4-has-valvate-aestivation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM0NzQw-consider-the-given-statements-i-in-flowers-of-guava-and-cucumber-the-flower-is-epigynous-and-the-ovary-is-inferior-ii-in-flowers-of-mustard-the-flower-is-hypogynous-and-the-ovary-is-superior-1-only-i https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM0NzQx-identify-the-incorrectly-matched-pair-1-having-the-sepals-united-gamosepalous-2-sterile-stamen-staminate-3-stamens-attached-to-perianth-epiphyllous-4-having-the-carpels-of-the-gynoecium-fused-in-a-com https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM0NzQz-in-mango-and-coconut-1-the-fruit-is-a-drupe-2-edible-part-is-the-mesocarp-3-the-fruit-is-parthenocarpic-4-thalamus-contributes-maximum-part-in-the-development-of-the-fruit-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM0ODEx-identify-the-incorrectly-matched-pair-1-pneumatophores-rhizophora-2-leaf-tendrils-gourds-3-stilt-roots-maize-4-palmately-compound-leaves-silk-cotton-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM1NjEw-identify-the-incorrect-statement-1-ray-florets-of-sunflower-have-epigynous-flowers-with-inferior-ovary-2-in-vexillary-aestivation-keel-are-the-two-largest-posterior-petals-3-stamens-are-united-into-on https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM1NjEx-which-of-the-following-is-are-a-correct-match-fabaceae-solanaceae-i-ovary-inferior-monocarpellary-unilocular-ii-fruit-endospermous-non-endospermic-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM1NjM5-identify-the-option-where-the-features-are-correctly-matched-to-the-types-with-respect-to-mustard-flower-symmetry-ovary-position-androecium-gynoecium-1-zygomorphic-inferior-variable-length-stamens-wit https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM3NTIy-in-brinjal-stamens-are-1-epipetalous-2-epiphyllous-3-monoadelphous-4-six-in-number-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM3NTIz-match-each-item-in-column-i-with-the-one-given-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-position-of-ovary-column-ii-type-of-flower-a-inferior-p-hypogynous-b-half-inferio https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM3NTI0-the-type-of-placentation-shown-in-the-given-diagram-is-not-seen-in-1-mustard-2-china-rose-3-tomato-4-lemon-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM3NjE3-identify-the-incorrectly-matched-pair-1-pericarp-wall-of-the-fruit-2-perisperm-residual-persistent-nucellus-3-perigynous-a-flower-with-superior-ovary-4-perianth-floral-structure-comprised-of-calyx-and https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM4MTg1-offsets-sub-aerial-modifications-of-stem-are-produced-by-1-meiotic-divisions-2-mitotic-divisions-3-parthenocarpy-4-parthenogenesis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM4MjQ3-identify-the-correct-statement-s-regarding-the-modifications-seen-in-stems-i-stem-tendrils-develop-from-axillary-buds-and-help-plants-such-as-pea-to-climb-ii-opuntia-modifies-its-stems-into-flattened https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM4MjQ4-in-cymose-type-of-inflorescence-1-the-main-axis-terminates-in-a-flower-and-flowers-are-borne-in-basipetal-order-2-the-main-axis-continues-to-grow-and-the-flowers-are-borne-laterally-in-an-acropetal-or https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM4MjQ5-consider-the-following-statements-about-mustard-i-its-ovary-is-one-chambered-but-becomes-two-chambered-due-to-formation-of-a-false-septum-ii-there-may-be-variation-in-the-length-of-filaments-within-it https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM4MjUw-match-each-item-in-column-1-with-an-item-in-column-2-column-1-column-2-a-outer-layer-of-the-seed-coat-p-coleoptile-b-inner-layer-of-the-seed-coat-q-tegmen-c-sheath-enclosing-the-plumule-r-coleorhiza-d https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM4MjUx-colchicum-autumnale-1-is-non-endospermous-2-has-a-dithecous-anther-3-has-reticulate-venation-4-exhibits-axile-placentation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM5NDI3-the-flowers-are-zygomorphic-in-a-mustard-b-gulmohar-c-cassia-d-datura-e-chilly-choose-the-correct-answer-from-the-options-given-below-1-c-d-e-only-2-a-b-c-only-3-b-c-only-4-d-e-only-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM5NDQ3-identify-the-correct-set-of-statements-a-the-leaflets-are-modified-into-pointed-hard-thorns-in-citrus-and-bougainvillea-b-axillary-buds-form-slender-and-spirally-coiled-tendrils-in-cucumber-and-pumpki https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM5NDQ5-which-one-of-the-following-plants-shows-vexillary-aestivation-and-diadelphous-stamens-1-solanum-nigrum-2-colchicum-autumnale-3-pisum-sativum-4-allium-cepa-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM5ODMz-identify-the-correct-statements-related-to-the-androecium-in-the-flower-a-the-sterile-stamens-are-called-staminodes-b-when-stamens-are-attached-to-petals-they-are-called-epipetalous-c-monadelphy-is-se https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM5ODYw-choose-the-mismatched-pair-of-leaf-character-with-its-example-1-palmately-compound-alstonia-2-alternate-phyllotaxy-china-rose-3-leaf-tendril-pea-4-opposite-phyllotaxy-calotropis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM5ODY0-which-of-the-following-plants-possesses-the-placentation-of-ovules-borne-on-central-axis-with-no-septa-1-lemon-2-pea-3-china-rose-4-primrose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxOTc5-among-plants-known-as-legumes-beans-peas-alfalfa-clover-etc-the-seeds-are-contained-in-a-fruit-that-is-itself-called-a-legume-better-known-as-a-pod-upon-opening-such-pods-it-is-commonly-observed-that https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ0MDk3-persistenet-calyx-is-the-characteristic-feature-of-the-family-1-lamiaceae-2-solanaceae-3-poaceae-4-cyperaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ0Njg3-match-list-i-with-list-ii-list-i-list-ii-a-scar-of-ovule-i-stalk-of-seed-b-outer-integument-ii-tegmen-c-funiculus-iii-hilum-d-inner-integument-iv-testa-choose-the-correct-answer-from-the-options-given https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ0NzI5-arrange-the-following-zones-as-seen-in-the-root-in-vertical-section-in-the-correct-sequence-a-root-hair-zone-b-zone-of-meristems-c-root-cap-zone-d-zone-of-maturation-e-zone-of-elongation-choose-the-co https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ0OTY5-which-of-the-following-is-not-a-modification-of-the-root-a-turnip-b-potato-c-carrot-d-sweet-potato-e-zaminkand-choose-the-correct-answer-from-the-options-given-below-1-a-c-only-2-b-d-e-only-3-b-e-only https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ2NDA5-the-floral-diagram-represents-which-one-of-the-following-families-1-fabaceae-2-brassicaceae-3-solanaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ2NDMw-match-list-i-with-list-ii-list-i-list-ii-a-imbricate-i-calotropis-b-valvate-ii-cassia-c-vexillary-iii-cotton-d-twisted-iv-bean-choose-the-correct-answer-from-the-options-given-below-a-b-c-d-1-ii-i-iii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ2NDQ2-which-of-the-following-statement-is-not-correct-1-rhizome-is-a-condensed-form-of-stem-2-the-apical-bud-in-rhizome-always-remains-above-the-ground-3-the-rhizome-is-aerial-with-no-distinct-nodes-and-int https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ3ODUx-select-the-incorrect-statement-from-the-following-1-in-opuntia-modified-leaves-do-not-perform-photosynthesis-2-rhizome-in-pistia-grows-horizontally-beneath-the-soil-3-thorns-in-plants-are-modified-axi https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ3OTE0-pitcher-in-the-insectivorous-plant-nepenthes-is-a-modified-1-petal-2-sepal-3-leaf-lamina-4-stipule-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ3OTMx-all-of-the-following-features-are-common-to-both-pea-and-makoi-plants-except-1-bisexual-flowers-2-number-of-corolla-in-each-flower-is-five-3-ovary-is-superior-4-seed-is-endospermous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ3OTUy-direct-elongation-of-the-radicle-leads-to-the-formation-of-roots-in-1-wheat-2-mustard-3-grass-4-maize-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ3OTUz-which-of-the-following-characteristics-is-common-to-both-guava-and-cucumber-1-leaf-base-swells-to-form-pulvinus-2-axillary-buds-are-modified-into-tendrils-3-flowers-are-epigynous-4-flowers-are-unisexu https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzU1ODk2-which-of-the-following-morphological-features-will-not-be-seen-in-china-rose-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzU1ODk5-in-the-given-diagram-showing-the-structure-of-a-monocotyledonous-seed-identify-the-parts-that-are-not-correctly-labelled-1-only-a-and-b-2-only-a-and-c-3-only-b-and-d-4-a-b-c-and-d-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzU1OTAx-regarding-tap-root-statement-i-the-primary-root-and-its-branches-constitute-the-tap-root-system-statement-ii-tap-roots-of-sweet-potato-get-swollen-and-store-food-1-only-statement-ii-is-correct-2-both https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzU1OTAz-match-each-item-in-column-i-type-of-placentation-with-one-in-column-ii-example-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-marginal-p-argemone-b-axile-q-dianthus-c-parietal https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzU1OTA1-epitepalous-stamens-are-seen-in-1-asparagus-2-petunia-3-ashwagandha-4-sesbania-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzU4MzYx-among-flowers-of-calotropis-tulip-sesbania-asparagus-colchicine-sweet-pea-petunia-indigofera-mustard-soybean-tobacco-and-groundnut-how-many-plants-have-corolla-with-valvate-aestivation-1-six-2-seven-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzU4Mzkx-inflorescence-is-racemose-in-1-brinjal-2-tulip-3-aloe-4-soybean-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzU4NDYx-in-a-cymose-inflorescence-the-main-axis-1-has-unlimited-growth-2-bears-a-solitary-flower-3-has-unlimited-growth-but-lateral-branches-end-in-flowers-4-terminates-in-a-flower-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzU4NDY5-how-many-plants-among-china-rose-ocimum-sunflower-mustard-alstonia-guava-calotropis-and-nerium-oleander-have-opposite-phyllotaxy-1-three-2-four-3-five-4-two-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzYxNDE3-identify-the-correctly-matched-pairs-column-i-family-column-ii-floral-characters-i-solanaceae-bicarpellary-obliquely-placed-syncarpous-ovary-superior-bilocular-placenta-swollen-with-many-ovules-ii-fab https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzYxNDE4-identify-the-correct-statements-regarding-the-inflorescence-shown-in-the-given-picture-statement-i-it-is-a-racemose-inflorescence-statement-ii-the-flowers-are-borne-in-a-basipetal-order-1-only-stateme https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzYxNTk2-assertion-a-the-cells-of-the-elongation-zone-gradually-differentiate-and-mature-reason-r-the-zone-proximal-to-the-region-of-elongation-is-called-the-region-of-maturation-choices-for-assertions-and-rea https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzYxNTk3-assertion-a-cymose-type-of-inflorescence-is-limited-in-growth-reason-r-in-cymose-type-of-inflorescence-the-main-axis-terminates-in-a-flower-td-border-1px-solid-cccccc-br-mso-data-placement-same-cell-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzYxNTk4-assertion-a-the-ovary-of-guava-and-cucumber-and-the-disc-florets-of-sunflowers-are-inferior-reason-r-in-flowers-with-inferior-ovary-the-margin-of-the-thalamus-grows-upward-enclosing-the-ovary-complete https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzYxNTk5-assertion-a-the-floral-features-are-represented-in-the-summarized-form-as-floral-diagrams-and-floral-formula-reason-r-the-floral-characteristics-form-the-basis-of-classification-and-identification-of https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY0NzIz-sunderbans-in-west-bengal-is-a-swampy-area-the-plants-in-this-area-bear-special-kind-of-roots-called-1-pneumatophores-2-prop-roots-3-stilt-roots-4-tuberous-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY0NzI0-in-an-epigynous-flower-the-ovary-is-situated-1-below-other-floral-parts-2-above-other-floral-parts-3-at-the-same-level-as-other-floral-parts-4-not-on-the-thalamus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY0NzY1-at-the-root-tip-which-of-the-following-regions-will-be-the-most-lsquo-distal-rsquo-1-region-of-meristematic-activity-2-region-of-root-hairs-3-region-of-maturation-4-region-of-elongation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY0Nzg0-the-flower-cannot-be-divided-into-two-similar-halves-by-any-vertical-plane-passing-through-the-centre-in-1-canna-2-pea-3-mustard-4-datura-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY0Nzg2-the-floral-diagram-describes-the-members-of-angiosperms-belonging-to-the-family-1-brassicaceae-2-fabaceae-3-liliaceae-4-solanaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY0ODcz-consider-the-given-two-statements-statement-i-stem-tendrils-which-develop-from-axillary-buds-are-slender-and-spirally-coiled-and-help-plants-to-climb-such-as-in-citrus-and-bougainvillea-statement-ii-a https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY1NjA2-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-modification-of-plant-part-column-ii-example-a-leaf-spine-p-pea-b-leaf-tendril-q-bougainvil https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY1NjA4-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-family-column-ii-floral-diagram-a-brassicaceae-p-b-fabaceae-q-c-solanaceae-r-d-liliaceae-s https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY1NzM3-in-reference-to-the-given-figure-the-position-of-ovary-and-type-of-flowers-respectively-will-be-1-superior-hypogynous-2-inferior-epigynous-3-half-inferior-perigynous-4-inferior-epigynous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY1NzM4-in-china-rose-stamens-are-1-united-into-one-bundle-2-united-into-two-bundles-3-united-into-more-than-two-bundles-4-having-filaments-with-variable-length-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY1ODcw-which-of-the-following-will-not-be-applicable-for-china-rose-1-alternate-phyllotaxy-2-hypogynous-flower-3-valvate-aestivation-for-corolla-4-monoadelphous-stamens-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY1ODcx-all-the-following-are-floral-characters-of-members-of-family-solanaceae-except-1-zygomorphic-flower-2-valvate-aestivation-3-epipetalous-stamens-4-endospermous-seeds-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY1OTA5-the-number-of-correct-statements-from-the-given-statements-is-i-in-a-typical-dicotyledonous-embryo-the-portion-of-the-embryonal-axis-above-the-level-of-cotyledons-is-the-epicotyl-which-terminates-with https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY2MDMw-which-of-the-given-figures-shows-the-aestivation-of-corolla-as-seen-in-calotropis-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY2MDM2-study-the-given-diagram-and-select-the-correct-statements-i-it-is-racemose-inflorescence-ii-a-is-older-flower-and-b-is-younger-flower-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-corre https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY2MDM3-typically-drupes-develop-from-1-monocarpellary-inferior-ovaries-and-are-one-seeded-2-monocarpellary-superior-ovaries-and-are-one-seeded-3-multicarpellary-superior-ovaries-and-are-many-seeded-4-multica https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY2MDM4-pericarp-is-a-derivative-of-1-integuments-2-ovule-wall-3-ovary-wall-4-placenta-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY2MDY4-a-bud-is-present-in-i-the-axil-of-petiole-in-simple-leaf-ii-the-axil-of-petiole-in-compound-leaf-iii-the-axil-of-leaflets-of-the-compound-leaf-1-only-i-and-ii-are-correct-2-only-i-is-correct-3-only-ii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY2MzA0-correct-position-of-oral-parts-over-thalamus-in-the-guava-plant-is-1-gynoecium-occupies-the-highest-position-while-the-other-parts-are-situated-below-it-2-margin-of-the-thalamus-grows-upward-enclosing https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY3MDEy-family-fabaceae-differs-from-solanaceae-and-liliaceae-with-respect-to-the-stamens-pick-out-the-characteristics-specific-to-family-fabaceae-but-not-found-in-solanaceae-or-liliaceae-1-epiphyllous-and-di https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY3MDI0-axile-placentation-is-observed-in-1-china-rose-petunia-and-lemon-2-mustard-cucumber-and-primrose-3-china-rose-beans-and-lupin-4-tomato-dianthus-and-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY3MDUz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-flower-is-defined-as-a-modified-shoot-wherein-the-shoot-apical-meristem-changes-to-flo https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY4MTY1-in-calotropis-aestivation-is-1-valvate2-vexillary-3-imbricate4-twisted-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY4MTc1-in-a-pea-flower-five-petals-are-arranged-in-a-specialized-manner-with-one-posterior-two-lateral-and-two-anterior-these-are-named-as-and-respectively-1-keel-wings-and-standard-2-vexillum-keel-and-stand https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY4MjEx-match-list-i-with-list-ii-type-of-flower-example-a-zygomorphic-i-mustard-b-hypogynous-ii-plum-c-perigynous-iii-cassia-d-epigynous-iv-cucumber-choose-the-correct-answer-from-the-options-given-below-opt https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MjYy-given-below-are-two-statements-assertion-a-the-zone-proximal-to-region-of-elongation-is-the-region-of-maturation-reason-r-the-cells-of-the-elongation-zone-in-root-gradually-differentiate-and-mature-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MjY1-given-below-are-two-statements-assertion-a-in-cymose-inflorescence-the-growth-of-the-main-axis-is-limited-reason-r-in-cymose-inflorescence-the-main-axis-terminates-in-a-flower-1-both-a-and-r-are-true https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MjY2-given-below-are-two-statements-assertion-a-in-guava-and-cucumber-the-ovary-is-said-to-be-inferior-reason-r-in-guava-and-cucumber-the-margin-of-thalamus-from-upward-enclosing-the-ovary-completely-and-g https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MjY4-given-below-are-two-statements-assertion-a-sunflower-has-basal-placentation-reason-r-sunflower-has-many-ovules-in-each-ovary-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjcx-given-below-are-two-statements-assertion-a-ovary-is-said-to-be-superior-in-potato-reason-r-swollen-placenta-is-characteristic-feature-of-family-solanaceae-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjcy-given-below-are-two-statements-assertion-a-aleurone-layer-is-proteinaceous-in-nature-reason-r-aleurone-layer-is-triploid-as-it-is-a-part-of-endosperm-1-both-a-and-r-are-true-and-r-is-the-correct-expla https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjc1-given-below-are-two-statements-assertion-a-in-mango-the-ovules-after-fertilisation-develop-into-fruits-reason-r-in-mango-the-pericarp-is-not-further-differentiated-into-layers-1-both-a-and-r-are-true https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjc3-given-below-are-two-statements-assertion-a-presence-of-pneumatophores-are-morphological-adaptive-strategies-of-marshy-plants-reason-r-pneumatophores-are-modified-adventitious-roots-for-gaseous-exchang https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjgw-given-below-are-two-statements-assertion-a-in-hypogynous-condition-ovary-is-superior-reason-r-in-hypogynous-conditions-all-other-floral-whorls-are-borne-below-the-level-of-ovary-1-both-a-and-r-are-tru https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjgx-given-below-are-two-statements-assertion-a-rhizome-of-ginger-has-nodes-and-internodes-reason-r-rhizome-of-ginger-is-an-underground-modified-stem-1-both-a-and-r-are-true-and-r-is-the-correct-explanatio https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjg2-given-below-are-two-statements-assertion-a-the-large-shield-shaped-cotyledon-in-maize-is-called-scutellum-reason-r-the-outermost-layer-of-scutellum-is-secretory-and-absorptive-in-function-1-both-a-and https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjg5-given-below-are-two-statements-assertion-a-in-bougainvillea-axillary-buds-of-stems-get-modified-to-form-thorns-reason-r-thorns-in-bougainvillea-protect-plants-from-browsing-animals-1-both-a-and-r-are https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjkx-given-below-are-two-statements-assertion-a-leaves-showing-parallel-venation-are-found-in-monocotyledonous-plants-reason-r-in-leaves-showing-parallel-venation-the-veins-run-parallel-to-one-another-vein https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjk0-given-below-are-two-statements-assertion-a-maize-is-albuminous-seed-reason-r-endosperm-in-maize-is-completely-absorbed-by-its-growing-embryo-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mjk1-given-below-are-two-statements-assertion-a-presence-of-respiratory-roots-is-a-special-adaptation-of-hydrophytes-reason-r-respiratory-roots-are-always-positively-geotropic-and-have-lenticels-that-help https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzAy-two-medicinal-plants-muliathi-and-ashwagandha-are-studied-by-a-researcher-he-observed-that-these-plants-belong-to-two-different-families-identify-the-correct-floral-formula-for-the-families-muliathi-a https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzA2-commonly-the-plant-product-used-to-arrest-cell-division-can-be-isolated-from-the-family-1-solanaceae-2-fabaceae-3-brassicaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzE0-a-researcher-studies-a-plant-and-observed-the-following-features-tap-root-system-alternate-phyllotaxy-actinomorphic-flower-superior-ovary-variation-in-the-length-of-filaments-of-stamens-syncarpous-ova https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzIz-tulip-and-petunia-are-different-from-each-other-on-which-of-the-following-basis-1-adhesion-of-stamens-2-symmetry-of-flower-3-occurrence-of-endosperm-in-seed-4-type-of-placentation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzI2-organ-of-perennation-in-potato-is-modified-a-and-organ-for-food-storage-in-sweet-potato-is-modified-b-select-the-correct-option-to-fill-a-and-b-a-b-1-stem-stem-2-root-root-3-stem-root-4-root-stem-1-2 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzI4-leaves-of-guava-can-be-differentiated-from-leaves-of-neem-as-the-former-is-an-example-of-1-pinnately-compound-leaf-2-simple-leaf-3-palmately-compound-leaf-4-leaflets-present-on-rachis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzM1-in-a-comparative-study-of-acacia-and-euphorbia-it-is-found-that-different-structures-perform-photosynthesis-which-of-the-following-structures-helps-in-performing-photosynthesis-in-acacia-and-euphorbia https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzQy-the-root-of-a-particular-plant-is-unable-to-perform-its-prime-function-of-absorption-of-minerals-and-water-which-of-the-following-regions-is-impaired-in-the-root-system-1-region-of-maturation-2-region https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzQ2-which-of-the-following-plants-shows-zygomorphic-flowers-arranged-in-racemose-inflorescence-1-tomato-2-tobacco-3-indigofera-4-petunia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzUx-tendril-of-watermelon-and-tendril-of-pea-are-the-modifications-of-a-and-b-respectively-choose-the-correct-option-to-fill-a-and-b-a-b-1-stem-leaf-2-leaf-axillary-bud-3-apical-bud-stem-4-leaf-stem-1-2-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzU2-which-of-the-following-pairs-shows-the-stem-modifications-in-the-form-of-stolon-and-offset-respectively-1-eichhornia-and-pineapple-2-jasmine-and-pistia-3-grasses-and-banana-4-chrysanthemum-and-mint-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzU4-which-of-the-following-plants-shows-zygomorphic-flower-with-imbricate-aestivation-of-petals-1-calotropis-2-cotton-3-datura-4-gulmohar-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzYx-select-the-plant-that-is-characterized-with-the-presence-of-a-monadelphous-stamen-b-axile-placentation-c-alternate-phyllotaxy-d-superior-ovary-e-twisted-aestivation-1-pea-2-argemone-3-china-rose-4-mus https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzYy-select-the-plant-that-half-inferior-ovary-with-apocarpous-condition-1-sunflower-2-mustard-3-rose-4-guava-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzYz-which-of-the-following-plants-has-syncarpous-ovary-with-axile-placentation-1-pea-2-argemone-3-dianthus-4-tomato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzY1-what-will-happen-if-the-main-axis-of-the-shoot-terminates-into-a-flower-1-solitary-flower-will-be-produced-2-flowers-will-be-arranged-in-acropetal-succession-3-flowers-arrangement-would-be-racemose-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5MzY3-how-many-of-the-following-plants-show-the-presence-of-perianth-endospermous-seed-and-trimerous-flowers-tulip-asparagus-gloriosa-tomato-brinjal-potato-1-three-2-six-3-four-4-five-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mzcw-which-of-the-following-groups-of-plants-generally-shows-all-the-given-characteristics-a-e-a-exstipulate-leaves-with-reticulate-venation-b-bisexual-and-actinomorphic-flower-c-epipetalous-androecium-d-e https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mzcy-which-of-the-following-characteristics-is-exhibited-by-sesbania-1-cymose-inflorescence-exstipulate-leaf-reticulate-venation-2-racemose-inflorescence-stipulate-leaf-reticulate-venation-3-racemose-inflo https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5Mzcz-how-many-of-the-given-plants-produce-actinomorphic-flowers-asparagus-aloe-trifolium-moong-sunhemp-ashwagandha-petunia-1-three-2-six-3-five-4-four-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTUy-the-floral-diagram-shown-in-the-given-figure-represents-the-members-of-1-brassicaceae-2-solanaceae-3-fabaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTU0-all-statements-regarding-the-features-of-racemose-and-cymose-inflorescence-are-correct-except-1-in-racemose-inflorescence-the-flowers-are-borne-in-an-acropetal-order-2-in-cymose-inflorescence-the-flor https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTU2-flower-bisexual-actinomorphic-calyx-and-corolla-ndash-valvate-aestivation-androecium-stamens-five-epipetalous-gynoecium-bicarpellary-obliquely-placed-syncarpous-are-some-of-the-floral-characters-appli https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTU4-the-type-of-phyllotaxy-shown-in-the-given-figure-statement-i-is-known-as-opposite-statement-ii-is-seen-in-china-rose-1-statement-i-is-incorrect-statement-ii-is-correct-2-statement-i-is-correct-stateme https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTU5-what-part-of-the-flower-in-an-angiosperm-becomes-the-fruit-after-fertilization-1-the-stamen-2-the-pistil-3-the-ovule-4-the-ovary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTYw-what-covers-the-embryonic-root-in-monocots-1-hypodermis-2-scutellum-3-coleorrhiza-4-coleoptile-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTYz-the-scutellum-seen-in-the-grain-of-cereals-like-wheat-and-maize-can-be-compared-to-what-structure-in-other-monocots-1-aleurone-layer-2-plumule-3-cotyledons-4-endosperm-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTY0-although-a-root-system-performs-many-functions-a-fibrous-root-system-may-especially-be-excellent-for-1-storage-of-food-2-absorbing-water-from-the-deeper-layers-of-soil-3-nitrogen-fixation-4-providing https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTY2-what-would-be-an-lsquo-inferior-ovary-rsquo-in-an-angiosperm-1-one-which-is-situated-on-the-receptacle-above-the-perianth-and-androecium-2-one-which-is-positioned-below-the-sites-of-attachment-for-per https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTY3-the-type-of-aestivation-seen-in-the-given-figure-is-i-called-valvate-ii-seen-in-cassia-and-gulmohur-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-and-ii-are-incorrect-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTcw-a-pericarp-seen-in-fruits-of-angiosperms-is-derived-from-1-integuments-2-endosperm-3-ovule-wall-4-ovary-wall-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTcx-what-structure-will-be-seen-both-in-a-monocot-seed-and-in-a-dicot-seed-1-scutellum-2-plumule-3-coleoptile-4-aleurone-layer-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTcy-stamen-of-an-angiosperm-will-consist-of-1-stigma-2-ovary-3-anther-4-style-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTc3-which-of-the-following-angiosperms-has-an-actinomorphic-flower-1-pea-2-cassia-3-canna-4-mustard-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTc4-it-is-not-necessary-that-the-length-of-filaments-of-anthers-within-a-flower-is-nearly-equal-and-sometimes-variations-can-be-seen-as-in-1-mustard-and-pea-2-salvia-and-mustard-3-china-rose-and-lily-4-gu https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTc5-the-diagram-shows-the-drupes-of-mango-and-coconut-select-the-correct-statements-statement-i-they-develop-from-monocarpellary-superior-ovaries-and-are-one-seeded-in-both-mango-and-coconut-statement-ii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTgw-the-given-floral-formula-describes-plants-of-family-1-solanaceae-2-fabaceae-3-brassicaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTgx-with-respect-to-dicots-the-primary-root-is-formed-by-1-elongation-of-epicotyl-2-direct-elongation-of-plumule-3-direct-elongation-of-radicle-4-parts-other-than-radical-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTgz-what-is-the-name-given-to-the-swollen-leaf-base-found-in-some-legumes-1-pulvinus-2-lamina-3-ligule-4-stipule-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTg2-consider-the-given-statements-i-in-majority-of-the-dicotyledonous-plants-the-direct-elongation-of-the-radicle-leads-to-the-formation-of-primary-root-which-grows-inside-the-soil-ii-it-bears-lateral-roo https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTg4-petioles-help-in-i-holding-the-leaf-blade-to-light-ii-cooling-the-leaf-iii-bringing-fresh-air-to-leaf-surface-1-only-i-is-correct-2-only-ii-and-iii-are-correct-3-i-ii-and-iii-are-correct-4-i-ii-and-ii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTg5-consider-the-two-statements-statement-i-the-mode-of-arrangement-of-sepals-or-petals-in-floral-bud-with-respect-to-the-other-members-of-the-same-whorl-is-known-as-aestivation-statement-ii-the-arrangeme https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTkw-study-the-given-figure-and-select-the-correct-statements-statement-i-a-is-the-region-of-maturation-statement-ii-b-is-distal-to-c-1-statement-i-is-correct-statement-ii-is-correct-2-statement-i-is-corre https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTk0-study-the-given-figure-and-select-the-correct-statements-statement-i-the-flower-is-epigynous-statement-ii-such-a-flower-is-seen-in-rose-plum-and-peach-statement-iii-the-position-of-ovary-will-be-descr https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTk1-identify-the-correctly-matched-pairs-placentation-feature-i-marginal-the-ovules-develop-on-the-inner-wall-of-the-ovary-or-on-peripheral-part-ii-axile-the-ovules-are-borne-on-ridge-along-the-ventral-su https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTk2-how-many-of-the-given-statements-are-correct-i-epipetalous-stamens-are-found-in-brinjal-ii-epiphyllous-stamens-are-found-in-lily-iii-carpels-are-apocarpous-in-mustard-and-tomato-iv-carpels-are-syncarp https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTk3-study-the-types-of-placentation-and-choose-the-correct-match-a-axile-argemone-b-parietal-dianthus-c-free-central-china-rose-1-c-only-2-a-and-b-only-3-a-b-and-c-4-none-all-are-incorrect-match-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTk4-in-pea-and-bean-flowers-there-are-five-petals-the-largest-a-overlaps-the-two-lateral-petals-b-which-in-turn-overlap-the-two-smallest-anterior-petals-c-this-type-of-aestivation-is-known-as-d-a-b-c-d-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NTk5-study-the-given-diagram-and-select-the-correct-statements-statement-i-a-is-micropyle-through-which-the-pollen-tube-had-entered-into-the-embryo-sac-statement-ii-b-is-hilum-through-which-the-developing https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc1NjAw-stems-produce-many-lateral-organs-such-as-leaves-branches-and-floral-organs-the-development-of-these-lateral-organs-would-be-termed-as-1-endogenous-2-exogenous-3-intercalary-4-rudimentary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc4NTkx-verticillaster-inflorescence-is-found-in-1-mustard-2-ocimum-3-china-rose-4-sunflower-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc4NjY1-find-odd-one-out-1-stamen-2-stigma-3-style-4-ovary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc4NzY1-match-the-following-columns-column-i-column-ii-a-opuntia-1-stem-thorns-b-asparagus-2-phylloclades-c-citrus-3-cladodes-1-1-2-3-2-2-3-1-3-3-2-1-4-2-1-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc4Nzc2-perianth-is-found-in-which-family-1-cruciferae-2-solonaceae-3-laliaceae-4-malvaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc4Nzk2-the-caryopsis-is-present-in-1-wheat-2-groundnut-3-coconut-4-mango-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc4ODQz-study-the-following-statements-and-select-the-option-with-the-correct-statements-i-pulvinus-leaf-base-is-present-in-some-leguminous-plants-ii-in-eichhornia-the-petioles-expand-become-green-and-synthes https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc5Mjg2-the-caryopsis-is-present-in-1-wheat-2-groundnut-3-coconut-4-mango-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc5MzE2-which-one-of-the-following-statements-is-correct-1-bulb-of-allium-cepa-is-a-modified-stem-2-clovrs-of-colocasia-is-a-modified-root-3-corm-of-colocasia-is-a-modified-root-4-tendril-in-vitis-vinifera-is https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzgwNjIw-expanded-green-stem-of-opuntia-is-called-1-phylloclade-2-tendril-3-bulb-4-cladode-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzk3MjI1-among-the-terms-listed-below-those-that-are-not-technically-correct-names-for-a-floral-whorl-are-1-androecium-2-carpel-3-corolla-4-sepal-1-only-1-and-4-2-only-3-and-4-3-only-2-and-4-4-only-1-and-2-1-2 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzEy-what-is-the-common-name-of-the-malvaceae-family-1-mallow-family-2-makoi-family-3-mustard-family-4-lily-family-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzEz-which-of-the-following-features-does-not-belong-to-hibiscus-1-actinomorphic-flowers-2-pentamerous-calyx-3-twisted-corolla-4-exstipulated-leaves-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzE0-a-china-rose-is-a-member-of-the-cotton-family-b-axile-placentation-is-found-in-okra-and-lily-c-the-staminal-tube-is-a-distinguishable-feature-of-the-mallow-family-d-polyadelphous-stamens-are-found-in https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzE1-find-the-incorrect-match-1-gossypium-mallow-family-2-monoadelphous-stamens-abelmoschus-3-imbricate-corolla-hibiscus-4-epicalyx-cotton-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzE2-all-of-the-following-are-incorrect-except-1-the-mallow-family-has-valvate-aestivation-in-the-calyx-2-abelmoschus-shows-twisted-gamopetalous-corolla-3-cotton-carries-an-absolute-five-stamens-4-members https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzE3-which-of-the-following-options-have-examples-of-the-plants-belonging-to-the-family-from-which-we-get-binola-oil-1-hibiscus-asparagus-abelmoschus-2-helianthus-parthenium-china-rose-3-gossypium-sugarcan https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzE4-which-of-the-following-statements-does-not-hold-for-the-members-of-the-ldquo-mallow-family-rdquo-1-monothecous-and-tetrasporangiate-stamens-are-found-2-many-endospermic-seeds-are-present-in-the-fruit https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzE5-consider-the-given-statements-and-choose-the-right-option-statement-i-the-mallow-family-has-capsules-and-schizocarpic-fruits-statement-ii-the-mallow-family-members-have-pentamerous-calyx-and-corolla-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzIw-match-the-following-column-i-column-ii-a-bisporangiate-stamens-p-liliaceae-b-basal-placentation-q-fabaceae-c-marginal-placentation-r-poaceae-d-epiphyllous-stamens-s-malvaceae-1-a-s-b-r-c-q-d-p-2-a-r-b https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzIx-given-is-the-floral-formula-of-a-family-which-of-the-following-information-is-not-explicit-from-the-formula-1-presence-of-extra-whorl-below-the-calyx-2-epipetalous-stamens-3-monothecous-anthers-4-supe https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzIy-here-is-the-list-of-certain-features-staminal-tube-lodicules-capitulum-schizocarpic-fruit-tap-root-system-stipulated-leaf-epicalyx-infinite-stamens-hypogynous-flowers-marginal-placentation-twisted-aes https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzIz-how-many-statements-are-true-among-the-following-a-the-members-of-malvaceae-do-not-grow-in-the-form-of-a-tree-instead-they-always-show-the-growth-habit-of-herbs-and-shrubs-b-the-most-common-plant-of-t https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzI0-consider-the-given-statements-and-choose-the-right-option-statement-i-the-mallow-family-has-solitary-and-cymose-inflorescence-statement-ii-the-mallow-family-members-have-a-syncarpous-gynoecium-1-state https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzI1-cotton-fiber-is-1-epidermal-elongation-of-the-fruit-wall-2-epidermal-elongation-of-the-seed-coat-3-epidermal-elongation-of-pollen-grain-4-epidermal-elongation-of-thalamus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzI2-find-the-incorrect-match-1-sunflower-compositae-family-2-capsule-fruit-malvaceae-family-3-binola-oil-cruciferae-4-monothecous-anther-cotton-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzI4-match-the-following-column-i-column-ii-a-schizocarpic-fruit-p-graminae-b-cypsela-q-cruciferae-c-siliqua-r-asteraceae-d-caryopsis-s-malvaceae-1-a-s-b-r-c-q-d-p-2-a-r-b-q-c-p-d-s-3-a-q-b-p-c-s-d-r-4-a-p https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzI5-how-many-of-the-following-show-axile-placentation-china-rose-tomato-okra-gloriosa-colchicum-ashwagandha-indigofera-cabbage-cauliflower-cotton-cucumber-argemone-makoi-lemon-1-nine-2-thirteen-3-eleven-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzMw-which-of-the-following-options-shows-a-similar-character-between-the-malvaceae-family-and-the-solanaceae-family-1-placentation-position-of-ovary-adhesion-of-stamens-2-type-of-fruit-structure-of-anther https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzMx-find-the-odd-one-concerning-actinomorphic-symmetry-1-mustard-turnip-tulip-2-aloe-china-rose-tomato-3-lupin-wheat-sugarcane-4-okra-cotton-colchicum-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzMy-find-the-odd-one-concerning-syncarpous-gynoecium-1-aloe-turnip-petunia-2-poppy-china-rose-tomato-3-lupin-lotus-indigofera-4-okra-cotton-tulip-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzMz-what-is-the-common-name-of-the-brassicaceae-family-1-mustard-family-2-makoi-family-3-mallow-family-4-lily-family-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzM0-which-of-the-following-features-does-not-belong-to-brassica-1-actinomorphic-flowers-2-tetramerous-calyx-3-cruciform-corolla-4-axile-placentation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzM1-how-many-statements-are-true-among-the-following-a-candytuft-is-a-member-of-the-cruciferae-family-b-marginal-placentation-is-found-in-lupin-and-sesbania-c-replum-is-a-distinguishable-feature-of-the-mu https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzM2-find-the-incorrect-match-1-candytuft-ornamental-plant-2-2-short-stamens-in-outer-whorl-brassica-3-cruciform-corolla-hibiscus-4-anterior-posterior-imbricate-calyx-cruciferae-family-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzM4-all-of-the-following-are-correct-except-1-the-mustard-family-has-valvate-aestivation-in-the-calyx-2-cauliflower-shows-tetramerous-polypetalous-corolla-3-turnip-has-valvate-aestivation-in-corolla-4-mem https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzQw-which-of-the-following-options-have-examples-of-plants-belonging-to-the-family-where-we-see-tetradynamous-stamens-1-hibiscus-asparagus-brassica-2-helianthus-candytuft-turnip-3-gossypium-cauliflower-br https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzQx-which-of-the-following-statements-does-not-hold-for-the-members-of-the-ldquo-cruciferae-family-rdquo-1-stamens-are-six-in-number-and-arranged-in-one-whorl-2-many-non-endospermic-seeds-are-present-in-t https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzQy-consider-the-given-statements-and-choose-the-right-option-statement-i-the-mustard-family-has-siliqua-or-silicula-fruits-statement-ii-the-mustard-family-members-have-tetramerous-calyx-and-corolla-1-sta https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzQ1-match-the-following-column-i-column-ii-a-bisporangiate-stamens-p-liliaceae-b-basal-placentation-q-brassicaceae-c-parietal-placentation-r-poaceae-d-epiphyllous-stamens-s-malvaceae-1-a-s-b-r-c-q-d-p-2-a https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzQ3-this-is-the-floral-formula-of-a-family-which-of-the-following-information-is-not-explicit-from-the-formula-1-presence-of-two-whorls-for-stamens-2-actinomorphic-symmetry-3-presence-of-false-septum-4-su https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzQ5-here-is-the-list-of-certain-features-siliqua-lodicules-food-storing-modified-roots-schizocarpic-fruit-tap-root-system-stipulated-leaf-replum-tetradynamous-stamens-hypogynous-flowers-parietal-placentat https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzUx-how-many-statements-are-true-among-the-following-a-the-members-of-the-brassicaceae-family-rarely-grow-in-the-form-of-an-annual-herb-instead-they-always-show-the-growth-habit-of-shrubs-and-trees-b-the https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzUy-consider-the-given-statements-and-choose-the-right-option-statement-i-the-mustard-family-has-racemose-inflorescence-statement-ii-the-mustard-family-members-have-a-syncarpous-gynoecium-1-statement-i-is https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzU0-what-is-true-concerning-tetradynamous-androecium-1-two-long-stamens-in-the-outer-whorl-2-two-short-stamens-in-the-outer-whorl-3-two-short-stamens-in-the-inner-whorl-4-two-long-stamens-in-the-inner-who https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzU1-find-the-incorrect-match-1-sunflower-compositae-family-2-schizocarpic-fruit-malvaceae-family-3-tricarpellary-gynoecium-cruciferae-4-monothecous-anther-cotton-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzU3-match-the-following-column-i-column-ii-a-cymose-p-graminae-b-diadelphous-q-cruciferae-c-racemose-r-fabaceae-d-spikelet-s-malvaceae-1-a-s-b-r-c-q-d-p-2-a-r-b-q-c-p-d-s-3-a-q-b-p-c-s-d-r-4-a-p-b-s-c-r-d https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzU5-how-many-of-the-following-show-alternate-phyllotaxy-china-rose-tomato-okra-colchicum-calotropis-indigofera-cabbage-cauliflower-cotton-sunflower-ocimum-makoi-guava-potato-1-nine-2-thirteen-3-eleven-4-t https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzYx-which-of-the-following-options-shows-a-set-of-similar-characters-between-the-brassicaceae-family-and-the-fabaceae-family-1-venation-the-position-of-the-ovary-phyllotaxy-2-number-of-stamens-structure-o https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzYy-consider-the-given-statements-and-choose-the-right-option-statement-i-the-mustard-family-was-earlier-known-as-compositae-statement-ii-the-mustard-family-members-are-restricted-to-certain-geographical https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzYz-consider-the-given-statements-and-choose-the-right-option-statement-i-the-mustard-family-members-have-actinomorphic-as-well-as-zygomorphic-symmetry-statement-ii-the-mustard-family-members-have-unisexu https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzY1-consider-the-given-statements-and-choose-the-right-option-statement-i-the-mustard-family-members-have-branched-herbaceous-stems-that-do-not-carry-trichomes-statement-ii-the-mustard-family-members-have https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzY3-consider-the-given-statements-and-choose-the-right-option-statement-i-the-mustard-family-members-have-two-whorls-for-calyx-and-two-for-androecium-statement-ii-the-mustard-family-members-have-gamopetal https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3MzY5-find-the-odd-one-concerning-the-brassicaceae-family-1-aloe-lupin-petunia-2-rai-radish-mustard-3-turnip-cabbage-candytuft-4-chandni-cauliflower-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzcw-what-is-the-old-name-of-the-largest-family-among-dicotyledons-1-mustard-family-2-makoi-family-3-mallow-family-4-compositae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzcx-which-of-the-following-is-the-most-advanced-family-of-dicotyledons-1-asteraceae-2-compositae-3-sunflower-family-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzcz-how-many-statements-are-true-among-the-following-a-parthenium-is-a-member-of-the-cruciferae-family-b-helianthus-annuus-is-the-ornamental-plant-of-the-malvaceae-family-c-pappus-is-a-distinguishable-fea https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzc0-find-the-incorrect-match-1-carthamus-tinctorius-medicinal-plant-2-insect-repellent-oil-parthenium-3-ligulate-corolla-disc-florets-4-unilocular-ovary-compositae-family-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzc2-all-of-the-following-are-incorrect-except-1-the-sunflower-family-has-the-most-advanced-inflorescence-2-the-members-of-the-compositae-family-are-restricted-to-a-few-geographical-areas-due-to-specific-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzc3-which-of-the-following-options-have-examples-of-plants-belonging-to-the-family-where-we-see-hairy-calyx-1-hibiscus-parthenium-brassica-2-helianthus-lettuce-carthamus-3-gossypium-cauliflower-marigold-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzc4-which-of-the-following-statements-does-not-hold-for-the-members-of-the-ldquo-compositae-family-rdquo-1-stems-are-herbaceous-and-cylindrical-but-not-branched-2-a-single-non-endospermic-seed-is-present https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzc5-consider-the-given-statements-and-choose-the-right-option-statement-i-the-sunflower-family-has-an-alternate-phyllotaxy-statement-ii-the-sunflower-family-members-carry-either-sessile-leaves-or-petiolat https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzgw-match-the-following-column-i-column-ii-a-head-or-capitulum-p-poaceae-b-ligulate-corolla-q-disc-florets-c-tubular-corolla-r-ray-florets-d-perianth-s-asteraceae-1-a-s-b-r-c-q-d-p-2-a-r-b-q-c-p-d-s-3-a-q https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzgx-this-is-the-floral-formula-of-a-family-which-of-the-following-information-is-not-explicit-from-the-formula-1-presence-of-pappus-2-zygomorphic-symmetry-3-basal-placentation-4-inferior-gynoecium-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzgy-here-is-the-list-of-certain-features-siliqua-cypsela-syngenesious-stamens-schizocarpic-fruit-tap-root-system-adventitious-root-system-replum-tetradynamous-stamens-epigynous-flowers-basal-placentation https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDU1MDY1-identify-the-type-of-flowers-based-on-the-position-of-calyx-corolla-and-androecium-with-respect-to-the-ovary-from-the-given-figures-a-and-b-1-a-hypogynous-b-epigynous-2-a-perigynous-b-epigynous-3-a-pe https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDU1MDY2-which-of-the-following-is-an-example-of-actinomorphic-flower-1-cassia-2-pisum-3-sesbania-4-datura-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDU1MDgw-identify-the-part-of-the-seed-from-the-given-figure-which-is-destined-to-form-root-when-the-seed-germinates-1-b-2-c-3-d-4-a-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDU1MDk2-match-list-i-with-list-ii-list-i-types-of-stamens-list-ii-example-a-monoadelphous-i-citrus-b-diadelphous-ii-pea-c-polyadelphous-iii-lily-d-epiphyllous-iv-china-rose-choose-the-correct-answer-from-the https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDU1MTAx-match-the-following-list-i-list-ii-a-rose-i-twisted-aestivation-b-pea-ii-perigynous-flower-c-cotton-iii-drupe-d-mango-iv-marginal-placentation-choose-the-correct-answer-from-the-options-given-below-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDU2Njk0-read-the-following-statements-and-choose-the-set-of-correct-statements-a-in-cymose-inflorescence-the-flowers-are-borne-in-an-acropetalous-succession-b-in-gulmohar-the-flowers-are-actinomorphic-c-in-th https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDU2NzI5-the-negatively-geotropic-roots-produced-by-rhizophora-are-called-1-pneumatophores-2-prop-roots-3-stilt-roots-4-storage-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDU2ODM5-match-list-i-with-list-ii-list-i-list-ii-a-polyadelphous-i-filaments-of-stamens-united-into-more-than-two-bundles-b-syncarpous-ii-sterile-stamen-c-staminode-iii-stamens-are-attached-to-the-petals-d-ep https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDQ5-roots-arising-from-the-parts-of-a-plant-other-than-radical-are-called-as-1-tap-root-2-fibrous-roots-3-adventitious-roots-4-lateral-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDY3-root-hairs-at-the-root-tip-are-formed-by-1-epidermal-cells-in-the-region-of-maturation-2-cortical-cells-in-the-region-of-elongation-3-epidermal-cells-in-the-region-of-elongation-4-cortical-cells-in-th https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDc4-pneumatophores-are-found-in-plants-growing-in-1-xeric-conditions-2-swampy-areas-3-hypersaline-environments-4-permafrost-conditions-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDU1-what-is-not-true-for-a-stem-in-a-flowering-plant-in-general-1-negatively-geotropic-2-develops-from-plumule-of-the-germinating-embryo-3-absence-of-terminal-and-axillary-buds-4-spreads-out-branches-bear https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDU2-stem-tendrils-are-present-in-all-the-following-except-1-citrus-2-watermelon-3-cucumber-4-grapevines-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDU5-stems-contain-chlorophyll-and-carry-out-photosynthesis-in-1-opuntia-and-euphorbia-2-mint-and-jasmine-3-pistia-and-eichhornia-4-banana-and-pineapple-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDYw-a-lateral-branch-arises-from-the-base-of-the-main-axis-and-after-growing-aerially-for-some-time-arches-downwards-to-touch-the-ground-in-1-opuntia-and-euphorbia-2-mint-and-jasmine-3-pistia-and-eichhorn https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDgw-the-lateral-branches-originate-from-the-basal-and-underground-portion-of-the-main-stem-grow-horizontally-beneath-the-soil-and-then-come-out-obliquely-upwards-giving-rise-to-leafy-shoots-in-1-opuntia-a https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDg3-both-stem-tendrils-and-stem-thorns-1-help-the-plant-to-climb-2-develop-from-axillary-buds-3-protect-plants-from-browsing-animals-4-can-be-used-in-vegetative-propagation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDk2-underground-stems-of-potato-ginger-turmeric-zaminkand-and-colocasia-i-store-food-in-them-ii-act-as-organs-of-perennation-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-a https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMTAz-a-bud-is-present-in-the-axil-of-i-petiole-in-simple-leaves-ii-petiole-in-compound-leaves-iii-leaflets-of-the-compound-leaves-1-only-i-and-ii-2-only-i-and-iii-3-only-ii-and-iii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMDgz-identify-the-incorrectly-matched-pair-1-stipules-small-leaf-like-structure-generally-two-in-number-that-are-sometimes-present-at-the-leaf-base-2-pulvinus-leaf-base-in-monocotyledons-expanded-into-a-sh https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMDg0-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-simple-leaf-p-lamina-is-entire-or-when-incised-the-incisions-do-not-touch-the-m https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMDg1-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-phyllotaxy-column-ii-example-a-alternate-p-alstonia-b-opposite-q-calotropis-and-guava-c-who https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMDg2-how-many-of-the-given-statements-regarding-various-modifications-in-leaves-are-correct-i-leaves-are-modified-into-tendrils-for-climbing-as-in-pea-ii-leaves-are-modified-into-spines-for-defence-as-in-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDk5-identify-the-correct-statements-amongst-the-following-i-when-a-shoot-tip-transforms-into-a-flower-it-is-always-solitary-ii-in-racemose-inflorescence-the-main-axis-continues-to-grow-and-flowers-are-bor https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMDg5-identify-the-incorrectly-matched-pair-a-actinomorphic-flower-gulmohur-b-zygomorphic-flower-mustard-c-asymmetric-flower-cassia-options-1-only-a-and-b-2-only-b-3-only-c-4-a-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDUw-in-a-flower-if-the-gynoecium-occupies-the-highest-position-the-flower-is-said-to-be-1-superior-2-inferior-3-hypogynous-4-epigynous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDc2-when-sepals-or-petals-in-a-whorl-just-touch-one-another-at-the-margin-without-overlapping-the-aestivation-is-said-to-be-1-valvate-2-twisted-3-imbricate-4-vexillary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDc5-in-papilionaceous-aestivation-1-standard-overlaps-the-wings-that-overlap-the-keel-2-standard-overlaps-the-keel-that-overlaps-the-wings-3-wings-overlap-the-standard-that-overlaps-the-keel-4-keel-overla https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDg0-stamens-attached-to-the-perianth-as-in-the-flowers-of-lily-are-called-as-1-epipetalous-2-epiphyllous-3-polypetalous-4-gamopetalous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDkw-ovary-is-one-chambered-but-it-becomes-two-chambered-due-to-the-formation-of-a-false-septum-in-1-mustard-and-argemone-2-argemone-and-dianthus-3-mustard-and-primrose-4-argemone-and-primrose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDkx-axile-placentation-is-not-seen-in-1-china-rose-2-tomato-3-lemon-4-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMDkw-the-ovary-is-said-to-be-half-inferior-and-the-flower-is-called-perigynous-in-all-of-the-following-plants-except-1-rose-2-plum-3-peach-4-china-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMDkz-when-the-ovules-are-borne-on-central-axis-and-septa-are-absent-the-type-of-placentation-is-called-as-1-free-central-and-is-seen-in-dianthus-and-primrose-2-free-central-and-is-seen-in-sunflower-and-mar https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDc1-in-mango-the-fruit-is-1-drupe-and-mesocarp-is-fleshy-and-edible-2-drupe-and-mesocarp-is-fibrous-3-berry-and-mesocarp-is-fleshy-and-edible-4-berry-and-mesocarp-is-fibrous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMDk1-the-fruit-in-coconut-1-is-a-berry-with-a-fibrous-epicarp-2-is-a-drupe-with-a-fibrous-mesocarp-3-is-an-aril-with-a-fibrous-endocarp-4-is-a-samara-with-a-fibrous-mesocarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDU3-match-each-item-in-column-i-regarding-structure-of-a-dicotyledonous-seed-with-description-in-column-ii-and-select-the-correct-option-from-the-codes-given-below-column-i-column-ii-a-testa-a-outer-layer https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDk3-which-of-the-following-is-an-endospermic-seed-1-bean-2-gram-3-pea-4-castor-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMTAx-scutellum-is-1-shield-shaped-cotyledon-in-monocotyledons-2-protein-layer-in-the-outer-endosperm-in-monocotyledons-3-starchy-endosperm-of-dicotyledons-4-stony-hard-seed-coat-in-some-seeds-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMTAy-the-sheath-covering-the-plumule-in-monocotyledonous-seeds-is-called-as-1-coleorrhiza-2-coleoptile-3-testa-4-tegmen-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMDk3-in-a-floral-formula-the-symbols-k-and-g-represent-1-calyx-and-superior-ovary-respectively-2-calyx-and-inferior-ovary-respectively-3-corolla-and-inferior-ovary-respectively-4-corolla-and-superior-ovary https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMDk5-the-given-floral-formula-describes-the-members-of-family-1-solanaceae-2-brassicaceae-3-anacardiaceae-4-orchidaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMTAx-which-of-the-following-is-true-regarding-the-floral-characters-of-the-family-fabaceae-1-calyx-vexillary-aestivation-2-corolla-valvate-imbricate-aestivation-3-androecium-diadelphous-dithecous-4-gynoeci https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMTAy-the-given-floral-formula-can-represent-1-soyabean-2-petunia-3-asparagus-4-mustard-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMTAz-which-of-the-following-plants-of-family-fabaceae-is-an-important-source-of-fodder-1-indigofera-2-sesbania-3-muliathi-4-sunhemp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMTA0-members-of-the-family-solanaceae-have-i-bicarpellary-obliquely-placed-syncarpous-superior-ovary-ii-five-stamens-thar-are-epipetalous-iii-valvate-aestivation-of-calyx-and-corolla-1-only-i-and-ii-2-only https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMTA1-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-plant-of-family-solanaceae-column-ii-use-a-ashwagandha-p-ornamental-b-tobacco-q-medicine-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMTA2-the-given-figure-1-shows-a-floral-diagram-and-figure-2-shows-a-floral-formula-identify-the-correct-statement-with-respect-to-the-given-figures-1-the-floral-diagram-is-for-family-fabacea-and-the-floral https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQxMTA3-which-of-the-following-floral-character-s-is-are-not-applicable-to-the-members-of-family-liliaceae-1-zygomorphic-flower-2-endopermous-seed-3-axile-placentation-4-tricarpellary-syncarpous-and-superior https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDgwMzEx-certain-plants-adapted-to-flooded-soil-produce-aerial-breathing-roots-known-as-1-fibrous-roots-2-pneumatophores-3-mycorrhizae-4-nodules-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDcxNzk0-roots-that-arise-from-parts-of-the-plant-other-than-the-radicle-are-called-roots-and-they-often-provide-for-the-plant-1-adventitious-support-2-tap-nutrients-3-fibrous-water-4-lateral-reproduction-1-2 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIyOTkx-in-rhizophora-roots-are-modified-to-form-1-tuberous-roots-2-pneumatophores-3-stilt-roots-4-storage-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0ODI0-which-kind-of-modification-is-seen-in-the-given-diagrams-1-vegetables-for-storage-2-roots-for-absorption-3-roots-for-storage-4-stem-for-protection-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTUyNTcz-a-fibrous-root-system-is-typically-observed-in-1-dicot-plants-2-plants-growing-in-dry-regions-3-monocots-such-as-wheat-4-plants-with-taproots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDgwMzEy-unlike-stems-roots-produce-1-nodes-and-internodes-2-root-caps-and-internodes-3-axillary-buds-and-root-hairs-4-root-caps-and-root-hairs-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIzMjYx-the-pointed-structures-seen-emerging-from-ground-in-the-given-picture-are-called-1-pneumatophores-2-haustoria-3-assimilatory-roots-4-stilt-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTAwNDQ2-which-of-the-following-statements-correctly-distinguishes-between-roots-and-stems-1-roots-bear-nodes-and-internodes-while-stems-do-not-2-roots-develop-from-the-radicle-of-the-embryo-while-stems-develo https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTU0MzM3-match-column-i-with-column-ii-column-i-root-modification-column-ii-example-a-storage-roots-1-sweet-potato-b-respiratory-roots-2-banyan-c-prop-roots-3-mangroves-d-parasitic-roots-4-cuscuta-1-a-2-b-3-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM4NjUw-consider-the-given-statements-i-prop-roots-are-seen-in-banyan-tree-ii-stilt-roots-are-seen-in-maize-and-sugarcane-iii-pneumatophores-are-seen-in-rhizophora-1-only-i-and-ii-are-correct-2-only-i-and-iii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDQ3Njc1-what-are-adventitious-roots-and-what-is-their-primary-function-1-roots-that-grow-from-the-stem-and-are-used-for-photosynthesis-2-roots-that-grow-from-the-leaves-and-help-in-propagation-3-roots-that-gr https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDY4OTE4-consider-the-given-two-statements-statement-i-the-tap-root-system-is-typical-of-dicotyledonous-plants-statement-ii-the-fibrous-root-system-is-commonly-found-in-monocotyledonous-plants-1-statement-i-is https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDcxNzky-the-root-cap-1-absorbs-water-and-minerals-2-protects-the-root-apical-meristem-3-stores-food-4-synthesizes-growth-hormones-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTYwOTA2-match-list-i-with-list-ii-list-i-root-modification-list-ii-example-1-prop-roots-a-cuscuta-2-stilt-roots-b-rhizophora-3-pneumatophores-c-banyan-4-haustorial-roots-d-maize-1-1-c-2-d-3-b-4-a-2-1-d-2-c-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTMzNTMy-which-region-of-the-root-apex-is-characterised-by-the-presence-of-unicellular-root-hairs-1-region-of-maturation-2-region-of-elongation-3-region-of-meristematic-activity-4-root-cap-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTc5NDE4-what-is-the-arrangement-of-root-zones-starting-from-root-tip-1-root-cap-cell-division-cell-enlargement-and-cell-maturation-2-root-cap-cell-division-cell-maturation-and-cell-enlargement-3-cell-division https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTgwMzQz-which-of-the-following-is-are-function-s-of-a-root-1-fixation-of-plants-to-the-soil-2-absorption-of-water-and-minerals-3-storage-of-food-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDcxNzg5-identify-the-correctly-matched-option-1-prop-roots-of-the-banyan-tree-provide-additional-support-2-pneumatophores-of-mangroves-store-food-3-stilt-roots-of-sugarcane-absorb-water-and-minerals-4-storage https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxNDQ2-rearrange-the-following-zones-as-seen-in-the-root-in-vertical-section-and-choose-the-correct-option-a-root-hair-zone-b-zone-of-meristems-c-rootcap-zone-d-zone-of-maturation-e-zon-of-elongation-options https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTQwMTg4-why-do-many-plants-develop-adventitious-roots-instead-of-relying-only-on-the-primary-root-system-1-because-they-arise-from-the-shoot-system-and-help-in-additional-support-storage-or-vegetative-propaga https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDUx-adventitious-roots-get-swollen-and-store-food-in-1-carrot-2-turnip-3-radish-4-sweet-potato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTczMzg-the-roots-shown-in-the-diagram-are-1-adventitious-root-system-2-fibrous-root-system-3-tap-root-system-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjEwNTM0-in-wheat-plant-root-system-is-present-1-nodulated-2-tap-3-fibrous-4-prop-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0ODE0-the-region-of-meristematic-activity-has-cells-of-1-small-size-thin-walled-and-with-dense-protoplasm-2-large-size-thick-walled-and-with-the-loose-protoplasm-3-small-size-thin-walled-with-loose-protopla https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgyMzY-prop-or-pillar-roots-in-banyan-tree-are-1-fascicilated-roots-2-tap-roots-3-adventitious-roots-4-secondary-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzI4-match-the-columns-column-i-column-ii-a-prop-root-i-ficus-benghalensis-b-stilt-root-ii-zea-mays-c-respiratory-root-iii-cicer-d-nodulated-root-iv-rhizophora-1-a-i-b-ii-c-iii-d-iv-2-a-iv-b-iii-c-ii-d-i-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzM4ODMx-the-region-responsible-for-growth-in-the-length-of-root-is-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTE5NDE3-consider-the-following-two-statements-regarding-the-root-system-in-plants-statement-a-in-monocotyledonous-plants-the-primary-root-is-short-lived-and-is-replaced-by-a-large-number-of-roots-originating https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTU0MzQw-consider-the-given-two-statements-assertion-a-leaves-of-pea-plant-are-modified-into-tendrils-reason-r-this-modification-helps-the-plant-in-climbing-and-getting-support-1-both-a-and-r-are-true-and-r-is https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjEwNTM4-in-gourds-axillary-buds-develop-spirally-coiled-structures-called-1-thorns-2-tendril-3-offsets-4-suckers-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTUyNTY3-match-the-plant-with-its-modification-column-i-column-ii-a-bougainvillea-i-leaf-tendril-b-cucurbita-ii-stem-tendril-c-opuntia-iii-phylloclade-d-pisum-sativum-iv-thorn-1-a-iv-b-ii-c-iii-d-i-2-a-i-b-iv https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzM3-sucker-is-found-in-1-banana-2-pineapple-3-chrysanthemum-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0ODM2-the-lateral-branches-originate-from-the-basal-and-underground-portion-of-the-main-stem-grow-horizontally-beneath-the-soil-and-then-come-out-obliquely-upward-to-give-rise-to-leafy-shoot-which-of-the-fo https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTA0OTU-which-of-the-following-is-not-a-stem-modification-1-thorns-of-citrus-2-tendrils-of-cucumber-3-flattened-structure-of-opuntia-4-pitcher-of-nepenthes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDcxNzg0-in-arid-regions-some-plants-modify-their-stems-into-flattened-opuntia-or-fleshy-cylindrical-euphorbia-structures-what-are-these-modifications-primarily-for-1-storage-of-food-2-protection-from-herbivor https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgyNDA-in-which-of-the-following-plants-underground-stems-spread-to-new-niches-and-when-older-parts-dies-new-plants-are-formed-1-pistia-2-grasses-and-strawberry-3-crocus-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTY5NjA2-potato-stores-food-in-its-1-root-2-underground-stem-tuber-3-leaf-4-fruit-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTY5NjE2-identify-the-type-of-tendril-in-cucumber-1-stem-tendril-2-leaf-tendril-3-root-tendril-4-floral-tendril-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTY5NjA4-ginger-stores-food-in-its-1-root-2-rhizome-underground-stem-3-bulb-4-tuber-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTUyNTcx-a-leaf-is-said-to-be-compound-when-1-leaf-base-is-swollen-2-lamina-bears-multiple-leaflets-3-it-shows-reticulate-venation-4-petiole-is-modified-into-tendril-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDY4OTEz-the-type-of-leaf-arrangement-where-three-or-more-leaves-grow-at-each-node-forming-a-whorl-around-the-stem-is-termed-as-which-phyllotaxy-1-alternate-2-opposite-3-whorled-4-spiral-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTAwNDE1-the-fleshy-leaves-of-plants-like-onion-and-garlic-are-modified-to-perform-1-food-storage-2-respiration-3-climbing-4-protection-from-herbivores-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDY4OTE3-the-type-of-venation-pattern-where-veins-form-a-network-commonly-seen-in-dicot-leaves-is-known-as-what-type-of-venation-1-parallel-venation-2-reticulate-venation-3-dichotomous-venation-4-palmate-venat https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk2ODA4-pulvinus-is-1-flattened-petiole-in-some-xerophytic-plants-2-swollen-leaf-base-in-some-leguminous-plants-3-small-leaf-like-structure-near-the-leaf-base-4-leaf-sheath-covering-the-stem-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMTEw-in-some-leguminous-plants-the-leaf-base-may-become-swollen-and-is-called-as-1-stipule-2-pulvinus-3-sheath-4-hydathode-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0ODU2-pitcher-plants-have-1-modified-stem-2-modified-leaf-3-modified-stipule-4-modified-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTczNDU-palmately-compound-leaves-are-found-in-1-citrus-2-pomegranate-3-guava-4-silk-cotton-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTUyNTYy-identify-the-incorrect-statement-about-phyllotaxy-1-in-alternate-phyllotaxy-single-leaf-arises-at-each-node-2-opposite-phyllotaxy-is-seen-in-guava-3-whorled-phyllotaxy-involves-two-leaves-at-each-node https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDc3Njk2-in-a-compound-leaf-a-number-of-leaflets-are-present-on-a-common-axis-called-the-rachis-whereas-in-a-compound-leaf-the-leaflets-are-attached-at-a-common-point-at-the-tip-of-the-petiole-1-palmate-pinnat https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTI4MTE4-identify-the-correctly-matched-pairs-a-palmately-compound-leaves-silk-cotton-b-pinnately-compound-leaves-neem-c-opposite-phyllotaxy-guava-1-only-a-and-b-2-only-a-and-c-3-only-b-and-c-4-a-b-and-c-1-2-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgyNDI-match-column-i-with-column-ii-column-i-column-ii-a-bud-in-the-axile-of-leaf-i-pitcher-plant-and-venus-fly-trap-b-bud-is-absent-in-the-axile-of-leaflets-ii-cacti-c-spines-modified-leaves-iii-compound-l https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzQ0-the-incorrect-statement-is-1-in-pinnately-compound-leaf-rachis-is-present-2-rachis-actually-represents-the-mid-rib-of-the-leaf-in-a-pinnately-compound-leaf-3-in-palmately-compound-leaf-rachis-is-prese https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjEwNTQw-leaf-base-may-bear-two-lateral-small-leaf-like-structures-called-1-lamina-2-pulvinus-3-stipules-4-sepals-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzQx-leaves-originate-from-1-shoot-apical-meristems-and-arranged-in-acropetal-order-2-shoot-apical-meristems-and-arranged-in-basipetal-order-3-bark-4-root-apical-meristem-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgyMzI-leaves-become-modified-into-spines-in-1-pea-2-onion-3-silk-cotton-4-opuntia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTYwOTAz-which-type-of-phyllotaxy-is-exhibited-by-china-rose-1-alternate-2-opposite-3-whorled-4-spiral-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ5NjA3-choose-the-mismatched-pair-of-leaf-character-with-its-example-1-palmately-compound-alstonia-2-alternate-phyllotaxy-china-rose-3-leaf-tendril-pea-4-opposite-phyllotaxy-calotropis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTI2NTAy-rachis-represents-1-floral-axis-2-mid-rib-3-petiole-4-pulvinus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTQ2OTIz-photosynthetic-organ-originates-from-meristem-and-arranged-in-order-1-lateral-basipetal-2-root-apical-acropetal-3-shoot-apical-acropetal-4-intercalary-acropetal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTY5NjE1-how-does-the-pitcher-modification-help-nepenthes-even-though-it-can-photosynthesize-1-it-provides-extra-support-2-it-helps-in-obtaining-nitrogen-from-trapped-insects-in-nutrient-poor-soils-3-it-stores https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTU0Mzc1-in-the-type-of-inflorescence-shown-in-the-given-figure-i-the-main-axis-terminates-in-a-flower-hence-it-is-limited-in-growth-ii-the-flowers-are-borne-in-a-basipetal-order-1-only-i-is-correct-2-only-ii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzUw-in-racemose-inflorescence-1-the-flowers-are-borne-laterally-in-an-acropetal-succession-2-the-main-axis-is-of-limited-growth-3-the-flowers-are-borne-in-a-basipetal-order-4-the-main-axis-terminates-in-a https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTUyNTYz-identify-the-incorrect-statement-regarding-inflorescence-types-1-racemose-inflorescence-shows-indefinite-growth-2-cymose-inflorescence-grows-indefinitely-3-cymose-has-terminal-flowers-blooming-first-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0ODU5-inflorescence-is-1-arrangement-of-leaves-over-stem-2-arrangement-of-flower-over-floral-axis-3-arrangement-of-flower-over-pedicel-4-arrangement-of-leaves-over-nodes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTgwMjk1-what-type-of-placentation-is-seen-in-sweet-pea-1-marginal-2-basal-3-axile-4-free-central-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTU0MzM5-match-column-i-with-column-ii-column-i-placentation-column-ii-example-a-marginal-1-dianthus-b-axile-2-pea-c-parietal-3-china-rose-d-free-central-4-mustard-1-a-2-b-3-c-4-d-1-2-a-1-b-2-c-3-d-4-3-a-3-b-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTc0NDk3-which-of-the-following-statements-correctly-describes-a-complete-flower-1-it-contains-only-reproductive-whorls-2-it-contains-either-androecium-or-gynoecium-3-it-contains-calyx-corolla-androecium-and-g https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5NzE3-find-the-odd-one-with-respect-to-perigynous-flower-1-guava-2-plum-3-rose-4-peach-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTczMjY-in-the-diagram-of-types-of-placentation-given-above-a-b-c-and-d-respectively-represent-1-basal-axile-parietal-and-free-central-2-free-central-parietal-basal-and-axile-3-axile-basal-parietal-and-free-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTUyNTcy-match-the-following-types-of-stamen-arrangements-with-the-correct-examples-column-i-column-ii-a-epiphyllous-1-pea-b-monoadelphous-2-china-rose-c-diadelphous-3-lily-d-polyadelphous-4-citrus-which-of-th https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzkwMTA2-match-the-column-i-with-column-ii-with-respect-to-the-type-of-aestivation-given-column-i-column-ii-a-i-valvate-b-ii-vexillary-c-iii-twisted-d-iv-imbricate-1-a-ii-b-i-c-iv-d-iii-2-a-iii-b-ii-c-iv-d-i-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTU0MzM4-match-column-i-with-column-ii-column-i-aestivation-column-ii-description-a-valvate-1-petals-overlap-without-definite-order-b-twisted-2-one-margin-of-each-petal-overlaps-next-c-imbricate-3-sepals-petal https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTIyNDAx-match-the-following-placentation-types-with-their-correct-examples-placentation-type-example-a-marginal-i-lemon-b-axile-ii-pea-c-parietal-iii-dianthus-d-free-central-iv-mustard-e-basal-v-sunflower-opt https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTU0MzMz-the-condition-where-stamens-are-attached-to-petals-is-called-1-epipetalous-2-polyadelphous-3-diadelphous-4-synandrous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTMzMzA0-the-ovary-is-half-inferior-in-flowers-of-1-peach-2-cucumber-3-cotton-4-guava-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDQyMzUw-which-example-correctly-matches-the-type-of-placentation-1-marginal-placentation-tomato-2-parietal-placentation-pea-3-axile-placentation-lemon-4-basal-placentation-daffodil-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTM0Njg-an-example-of-axile-placentation-is-1-argemone-2-dianthus-3-lemon-4-marigold-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTExMzY0-why-are-the-androecium-and-the-gynoecium-collectively-termed-as-essential-organs-of-a-flower-1-they-are-present-in-all-types-of-flowers-including-unisexual-flowers-2-they-directly-contribute-to-sexual https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTMzMTk3-the-placentation-seen-in-sunflower-asteraceae-is-1-axile-2-parietal-3-basal-4-free-central-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0ODcx-which-of-the-following-flowers-doesn-t-has-any-symmetry-1-pea-2-gulmohur-3-cassia-4-canna-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTE5NDIz-match-the-following-types-of-placentation-with-their-corresponding-examples-placentation-type-example-a-marginal-1-dianthus-primrose-b-axile-2-china-rose-tomato-lemon-c-parietal-3-mustard-argemone-d-f https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTMxNDE4-in-china-rose-the-flowers-are-1-actinomorphic-hypogynous-with-twisted-aestivation-2-actinomorphic-epigynous-with-valvate-aestivation-3-zygomorphic-hypogynous-with-imbricate-aestivation-4-zygomorphic-e https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0ODc3-if-gynoecium-is-situated-in-the-centre-and-other-parts-of-the-flower-are-located-on-the-rim-of-the-thalamus-almost-at-the-same-level-such-type-of-flower-is-1-epigynous-2-perigynous-3-hypogynous-4-both https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5NzY4-mark-the-mis-matched-pair-1-chilli-actinomorphic-flower-2-thalamus-swollen-end-of-the-pedicel-3-cassia-bilateral-symmetry-in-flower-4-canna-zygomorphic-flower-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0ODg2-twisted-aestivation-petal-is-not-found-in-1-calotropis-2-lady-s-finger-3-china-rose-4-cotton-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzY5NzA2-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-mustard-p-flower-cannot-be-divided-into-two-similar-halves-by-any-vertical-plan https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjcxMDcy-match-items-given-in-column-l-with-those-given-in-column-ll-column-i-column-ii-a-marginal-placentation-i-single-ovule-is-present-in-unilocular-ovary-b-axile-placentation-ii-false-septum-may-be-present https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NjU2Mjg-when-the-ovules-are-borne-on-central-axis-and-septa-are-absent-the-type-pf-placentation-is-called-as-1-free-central-and-found-in-dianthus-and-primrose-2-basal-and-found-in-dianthus-and-primrose-3-free https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDc3NzA0-in-which-type-of-placentation-do-the-ovules-develop-on-the-inner-wall-of-the-ovary-or-on-peripheral-part-making-the-ovary-one-chambered-but-appearing-two-chambered-due-to-the-formation-of-the-false-se https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDIzNzIy-which-of-the-following-will-not-have-any-relation-to-gynoecium-in-an-angiosperm-1-placenta-2-ovule-3-ovary-4-filament-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzU1-some-plants-are-mentioned-below-in-the-box-canna-cassia-bean-gulmohar-pea-mustard-chilli-and-datura-how-many-of-the-plants-possess-flowers-with-radial-symmetry-1-seven-2-three-3-five-4-eight-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDQ4MTI2-in-vexillary-aestivation-1-the-smallest-petal-called-the-vexillum-overlaps-two-smaller-lateral-petals-called-wings-the-wings-then-overlap-two-smaller-posterior-petals-called-keels-2-four-petals-are-pr https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDc3NzAz-the-type-of-aestivation-characterized-by-the-margins-of-sepals-or-petals-overlapping-one-another-without-any-particular-direction-is-known-as-1-valvate-2-twisted-3-imbricate-4-vexillary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDMzNTIz-identify-the-incorrectly-matched-pair-1-basal-placentation-sunflower-2-diadelphous-stamen-pea-3-valvate-aestivation-bean-4-perigynous-flower-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzY3-given-below-are-the-names-of-some-plants-guava-cucumber-peach-rose-plum-brinjal-china-rose-and-mustard-how-many-of-the-above-plants-will-have-hypogynous-perigynous-and-epigynous-flowers-respectively-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgyNDY-which-of-the-following-combinations-is-false-1-apocarpous-carpels-free-lotus-rose-2-syncarpous-carpels-fused-mustard-tomato-3-placenta-arrangement-of-ovules-within-ovary-4-arrangement-of-ovules-within https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzE3MDc-in-marginal-placentation-1-the-placenta-forms-a-ridge-along-the-dorsal-suture-of-the-ovary-over-which-ovules-borne-2-the-placenta-forms-a-ridge-along-the-ventral-suture-of-the-ovary-over-which-ovules https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTAwNDI3-what-is-the-position-of-the-gynoecium-in-a-hypogynous-flower-1-below-the-other-floral-parts-2-at-the-same-level-as-the-other-parts-3-occupies-the-highest-position-4-completely-fused-with-other-parts-1 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDIwNDMx-there-may-be-a-variation-in-the-length-of-filaments-of-stamens-within-a-flower-in-1-citrus-and-pea-2-lady-s-finger-and-cotton-3-china-rose-and-lily-4-salvia-and-mustard-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ5NzEy-which-one-of-the-following-plants-shows-vexillary-aestivation-and-diadelphous-stamens-1-solanum-nigrum-2-colchicum-autumnale-3-pisum-sativum-4-allium-cepa-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTY5NjM3-free-central-placentation-is-characterized-by-1-ovules-attached-to-ovary-wall-2-ovules-attached-to-central-column-in-unilocular-ovary-3-ovules-attached-along-margins-4-ovules-scattered-in-ovary-1-2-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTMzMzM4-coconut-fruit-is-a-1-drupe-2-berry-3-nut-4-capsule-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIxMDk1-the-fruit-in-mango-is-1-silicula-2-aril-3-drupe-4-berry-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDc3NzA2-what-term-is-used-for-a-fruit-that-develops-without-fertilisation-of-the-ovary-1-drupe-2-parthenocarpic-fruit-3-pericarp-4-parthenogentic-fruit-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDcxNzkw-which-of-the-following-fruits-is-a-true-fruit-developed-from-the-ovary-1-apple-2-strawberry-3-fig-4-mango-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTMzNDg1-in-a-monocot-seed-statement-i-the-outer-covering-of-endosperm-separates-the-embryo-by-a-proteinous-layer-called-aleurone-layer-statement-ii-the-plumule-and-radicle-are-enclosed-in-sheaths-which-are-ca https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTUyNTcw-which-of-the-following-is-a-correct-statement-regarding-coleoptile-and-coleorhiza-in-monocot-seeds-1-coleoptile-encloses-the-radicle-coleorhiza-encloses-the-plumule-2-both-structures-are-protective-co https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDY0MDE2-the-function-of-the-endosperm-in-angiosperms-is-to-provide-1-nourishment-for-the-pollen-2-nourishment-for-the-developing-embryo-3-material-for-fruit-development-4-a-reward-for-animal-pollinators-1-2-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIwODQ2-the-wheat-grain-has-an-embryo-with-one-large-shield-shaped-cotyledon-known-as-1-coleorrhiza-2-scutellum-3-coleoptile-4-epiblast-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgyNTA-one-cotyledon-is-found-in-1-wheat-and-maize-2-gram-and-pea-3-bean-and-gram-4-ground-nut-and-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjEwNTQ4-which-of-the-following-plant-has-endospermic-seed-1-bean-2-gram-3-pea-4-castor-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzcz-which-of-the-labels-in-the-diagram-given-below-are-incorrectly-mentioned-1-a-and-d-only-2-b-and-c-3-a-only-4-a-d-e-and-f-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0OTEz-which-of-the-following-is-true-1-all-dicots-have-endospermic-seed-2-all-monocots-have-endospermic-seed-3-generally-all-monocots-have-endospermic-seed-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTY5NjQx-what-is-the-role-of-cotyledons-in-germination-1-they-only-protect-the-embryo-2-they-provide-initial-nutrition-to-the-developing-seedling-3-they-form-the-root-system-4-they-become-the-stem-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0OTI0-the-floral-diagram-does-not-provide-which-of-the-following-information-1-provides-information-about-the-number-of-parts-of-the-flower-2-arrangement-of-flower-parts-3-relation-of-flower-parts-with-resp https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTUyNTc4-the-floral-diagram-shown-in-the-given-figure-describes-the-flowers-of-1-allium-cepa-2-china-rose-3-pisa-sativum-4-mustard-plant-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMxMjI2-the-floral-formula-has-which-of-the-following-symbols-to-represent-zygomorphic-symmetry-1-2-3-k-4-c-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0OTI1-the-position-of-mother-axis-with-respect-to-flower-is-represented-by-1-a-sign-of-percentage-in-floral-formula-2-a-dot-on-the-basal-part-of-the-floral-diagram-3-a-dot-on-the-top-of-the-floral-diagram-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMjk-to-represent-a-group-of-sepals-the-symbol-used-is-1-c-2-k-3-a-4-g-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NzIzMzA-to-represent-a-group-of-petals-the-symbol-used-is-1-k-2-c-3-a-4-g-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTMyMTc2-which-of-the-following-is-not-correct-regarding-the-floral-characters-of-family-solanaceae-1-actinomorphic-flowers-2-valvate-aestivation-in-corolla-3-stamens-10-and-diadelphous-4-bicarpellary-superior https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTY5NjIz-the-gynoecium-of-solanaceae-family-is-characterized-by-1-monocarpellary-superior-ovary-2-bicarpellary-syncarpous-superior-ovary-with-axile-placentation-3-tricarpellary-apocarpous-inferior-ovary-4-pent https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzgyNTQ-belladona-is-the-drug-alkaloid-extracted-from-the-leaves-of-1-datum-stramonium-2-solanum-teberosum-3-atropa-belladona-solanaceae-4-rauwolfia-serpentina-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTY4OTI1-which-of-the-following-floral-characters-is-correctly-matched-with-family-solanaceae-1-epipetalous-stamens-and-bicarpellary-superior-ovary-2-polyandrous-stamens-and-inferior-ovary-3-monadelphous-stame https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDEwOTI0-what-features-shown-in-the-given-figure-can-be-used-to-justify-that-the-floral-diagram-belongs-to-members-of-brassicaceae-i-the-flower-is-four-petaled-ii-the-flower-has-six-stamens-two-outer-and-four https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTAwNDQz-consider-the-given-two-statements-assertion-a-the-capitulum-inflorescence-in-the-asteraceae-family-contributes-to-its-evolutionary-success-reason-r-the-capitulum-consists-of-a-dense-cluster-of-small-f https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NDYw-find-correct-match-columb-l-column-ll-a-tetradynamous-i-papilionaceae-b-diadelphous-ii-brassicaceae-c-syngenesious-iii-liliaceae-d-epiphyllous-iv-asteraceae-1-a-ii-b-i-c-iv-d-iii-2-a-i-b-ii-c-iv-d-iii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzgx-identify-the-family-with-the-following-characters-i-leaves-having-alternate-phyllotaxy-ii-bisexual-and-actinomorphic-flowers-iii-five-epipetalous-stamens-iv-fruits-are-berry-or-capsule-v-seeds-are-end https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTQ4Njc5-which-of-the-following-statements-is-depicted-by-the-floral-formula-k2-2c-4a2-4g-2-k2-2c-4a2-4g-2-k2-2c-4a2-4g-2-1-number-of-calyx-is-four-arranged-in-single-whori-2-it-represents-family-brassicaceae https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzk5NzMy-the-floral-diagram-given-below-describes-a-typical-plant-belonging-to-the-family-1-gramineae-2-malvaceae-3-cruciferae-4-leguminosae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIzMjY4-in-the-given-diagram-the-floral-features-are-seen-in-the-members-of-family-1-liliaceae-2-solanaceae-3-fabaceae-4-brassicaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTAwNDQx-the-androecium-in-the-brassicaceae-family-is-1-polyandrous-with-a-variable-number-of-stamens-2-tetradynamous-with-4-long-stamens-and-2-short-stamens-3-diadelphous-4-monadelphous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTI4MTcz-the-given-floral-diagram-represents-the-family-1-malvaceae-2-asteraceae-3-solanaceae-4-fabaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzc4-what-is-true-for-the-floral-diagram-given-below-1-it-is-found-in-the-aloe-plant-2-it-is-found-in-the-family-where-fruit-is-commonly-berry-or-capsule-3-it-is-found-in-the-fabaceae-family-4-it-is-presen https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIyNjc0-the-region-of-part-of-root-that-increases-the-surface-area-for-water-absorption-is-1-root-cap-2-zone-of-elongation-3-meristematic-zone-4-root-hair-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MTgy-the-cells-proximal-to-the-merismatic-zone-in-root-tip-represents-1-zone-of-cell-elongation-2-zone-of-deacceleration-3-zone-of-differentiation-4-zone-of-maturation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIzMTUy-which-of-the-following-is-not-the-lateral-branches-of-the-roots-1-tertiary-roots-2-secondary-roots-3-primary-roots-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MTA2-which-of-the-following-zone-of-the-root-has-thin-cell-wall-dense-cytoplasm-and-large-nucleus-1-region-of-maturation-2-region-of-elongation-3-region-of-root-hair-4-region-of-meristematic-cells-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY1MDE4-in-a-longitudinal-section-of-a-root-starting-from-the-tip-upward-the-four-zones-occur-in-the-following-order-1-root-cap-cell-division-cell-maturation-cell-enlargement-2-cell-division-cell-enlargement https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY1Mjcy-pneumatophores-are-found-in-1-the-vegetation-is-found-in-marshy-and-saline-lake-2-the-vegetation-is-found-in-saline-soil-3-xerophytes-4-epiphytes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMwOTIx-roots-developed-from-parts-of-the-plant-other-than-radicles-are-called-1-tap-roots-2-fibrous-roots-3-adventitious-roots-4-nodular-roots-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMwOTE4-rearrange-the-following-zones-as-seen-in-the-root-in-the-vertical-section-and-choose-the-correct-option-i-root-hair-zone-ii-zone-of-meristems-iii-root-cap-zone-iv-zone-of-maturation-v-zone-of-elongati https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk0OTI0-prop-roots-and-stilt-roots-are-found-respectively-in-1-rhizophora-and-turnip-2-banyan-and-maize-3-potato-and-zaminkand-4-pistia-and-eichhornia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTkzMzA2-in-some-plants-root-modified-their-shape-and-structure-to-perform-1-absorption-2-conduction-of-water-3-conduction-of-minerals-4-storage-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTc2MTAw-taproots-of-the-following-plant-are-modified-to-store-food-1-sweet-potato-2-turnip-3-rhizophora-4-potato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4Mjkw-which-is-incorrect-with-respect-to-pneumatophore-1-they-are-found-in-all-aquatic-plants-2-they-are-also-known-as-respiratory-roots-3-they-bear-small-pores-lenticels-4-they-have-corky-layer-in-lower-pa https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTE0Nzcw-select-correct-option-with-respect-to-rhizophora-i-grows-in-swampy-area-ii-pneumatophores-are-present-for-respiration-iii-is-halophyte-iv-shows-in-situ-germination-of-seed-1-all-are-correct-2-all-are https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5NzEw-pneumatophores-are-a-modification-of-1-prop-root-for-exchange-of-gases-2-taproot-for-retention-of-moisture-3-adventitious-root-for-breathing-4-taproot-for-respiration-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTc0MjYy-find-out-the-wrongly-matched-pair-1-tuber-potato-2-leaf-buds-banana-3-bulbil-agave-4-offset-water-hyacinth-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTkzMzA4-thorns-of-bougainvillea-are-the-modification-of-1-apical-buds-2-vegetative-buds-3-accessory-buds-4-axillary-buds-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTE5MTEz-sweet-potato-is-a-modified-1-rhizoid-2-stem-3-adventitious-root-4-leaf-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NDkw-underground-modification-of-stem-occurs-for-following-special-functions-except-1-storage-of-food-2-vegetative-propagation-3-assimilation-4-perennation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTMzMzEy-which-one-of-the-following-organisms-is-correctly-matched-with-its-three-characteristics-1-pea-c3-pathway-endospermic-seed-vexillary-aestivation-2-tomato-twisted-aestivation-axile-placentation-berry-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246NDMyMTM-thorn-of-citrus-and-bougainvillea-is-modified-1-stem-2-root-3-leaf-4-inflorescence-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU1OTI-stem-tendrils-are-not-seen-in-1-grapevine-2-watermelon-3-citrus-4-cucumber-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MjU3MDU-a-lateral-branch-with-short-internodes-and-each-node-bearing-a-rosette-of-leaves-and-a-tuft-of-roots-is-found-in-1-chrysanthemum-2-pistia-3-jasmine-4-pineapple-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4OTk5-modified-aerial-stem-with-the-branching-of-unlimited-growth-as-the-photosynthetic-structure-is-1-flattened-in-opuntia-and-euphorbia-2-fleshy-and-cylindrical-in-euphorbia-3-cylindrical-in-opuntia-4-cyl https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MjE4-thorn-is-1-modification-leaf-2-axillary-bud-modified-3-climbing-structure-4-always-non-woody-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTE0Nzcz-in-gourds-and-watermelon-the-tendril-is-formed-by-the-modification-of-1-extra-axillary-bud-2-axillary-bud-and-leaf-respectively-3-leaf-and-axillary-bud-respectively-4-leaf-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk0Mjgx-citrus-differs-from-opuntia-in-1-showing-adventive-embryony-2-having-zygotic-embryos-3-having-modified-axillary-buds-as-thorns-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5NzQ3-bougainvillea-and-citrus-plants-are-protected-from-browsing-animals-as-1-adventitious-buds-get-modified-into-thorns-2-axillary-buds-get-modified-into-spines-3-lateral-buds-get-modified-into-pointed-st https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjUxMjIz-which-one-of-the-following-is-a-xerophytic-plant-in-which-the-stem-is-modified-into-a-flat-green-and-succulent-structure-1-casuarina-2-hydrilla-3-acacia-4-opuntia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NTE5-photosynthetic-organ-originates-from-meristem-and-arranged-in-order-1-lateral-basipetal-2-root-apical-acropetal-3-shoot-apical-acropetal-4-intercalary-acropetal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5NjMy-select-the-odd-one-out-with-respect-to-veins-1-provide-rigidity-to-the-leaf-blade-2-act-as-channels-of-transport-for-water-and-minerals-3-veins-are-filled-with-parenchyma-4-middle-prominent-vein-is-mi https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTc0MDQ4-which-of-the-following-statement-is-true-1-in-alstonia-the-petioles-expand-become-green-and-synthesize-food-2-leaves-are-modified-into-tendrils-for-climbing-as-in-pumpkins-3-imbricate-aestivation-of-p https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NTIx-veins-of-leaf-in-addition-to-acting-as-channels-of-transport-of-water-minerals-and-food-materials-also-1-determine-the-extent-of-incision-of-the-lamina-2-provide-rigidity-to-the-leaf-blade-3-hold-the https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzEyODg-consider-the-following-statements-i-the-roots-hair-are-unicellular-and-arise-from-the-region-of-maturation-ii-terminal-buds-of-stems-may-get-modified-to-thorns-iii-leaves-originate-from-shoot-apical-m https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjUxMjkw-whorled-simple-leaves-with-reticulate-venation-are-present-in-1-alstonia-2-calotropis-3-neem-4-china-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTkzMzA5-a-phyllotaxy-where-more-than-two-leaves-arise-at-a-node-found-in-1-calotropis-2-alstonia-3-china-rose-4-sunflower-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MjE1-bud-is-present-in-axil-of-petiole-in-1-compound-leaf-and-leaflet-2-simple-and-compound-leaf-3-simple-leaf-and-leaflet-4-leaflet-simple-and-compound-leaf-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MjE0-choose-the-correct-identification-for-given-below-plants-respectively-1-whorled-phyllotaxy-palmately-compound-leaf-2-pinnately-compound-leaf-whorled-phyllotaxy-3-palmately-compound-leaf-whorled-phyllo https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTA5NzMx-which-of-the-given-feature-is-not-related-to-mustard-1-superior-ovary-2-variable-length-of-filaments-of-stamens-3-parietal-placentation-4-opposite-phyllotaxy-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk0NTYw-select-the-incorrect-match-1-opposite-phyllotaxy-calotropis-2-parallel-venation-banana-3-whorled-phylotaxy-nerium-4-alternate-phyllotaxy-guava-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MDA1-pinnately-compound-leaves-have-all-the-following-features-except-1-leaflets-are-attached-to-rachis-or-its-branches-2-possess-a-bud-in-the-leaf-axil-3-leaflets-attached-at-the-tip-of-the-petiole-4-stip https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIyNjc3-study-the-following-statements-and-choose-the-correct-option-i-buds-are-present-in-the-axil-of-leaflets-of-the-compound-leaf-ii-pulvinus-leaf-base-is-present-in-some-leguminous-plants-iii-in-alstonia https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMwOTIy-venation-is-a-term-used-to-describe-the-pattern-of-arrangement-of-1-floral-organs-2-flower-in-inflorescence-3-veins-and-veinlets-in-a-lamina-4-all-of-them-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIzMTQx-which-group-contains-insectivorous-plants-1-bladderwort-and-cuscuta-2-cuscuta-and-solanum-3-venus-fly-trap-and-bladderwort-4-solanum-and-venus-fly-trap-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5NzY1-which-of-the-following-statement-is-incorrect-1-in-calotropis-a-pair-of-leaves-arise-at-each-node-and-lie-opposite-to-each-other-2-a-bud-is-present-in-the-axil-of-both-simple-and-compound-leaves-3-lea https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NTQx-in-australian-acacia-plant-the-1-leaves-are-small-and-long-lived-2-petiole-carries-out-the-functions-of-the-lamina-3-leaves-are-modified-into-pitchers-4-petioles-are-called-as-cladophyll-after-modific https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NDc0-the-pitcher-in-pitcher-plant-is-a-modification-of-1-leaf-base-2-petiole-3-lamina-4-leaf-apex-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4Mjg3-below-labeled-structures-a-and-b-in-the-diagram-represent-a-modification-of-1-a-stem-b-leaf-2-a-bud-b-leaf-3-a-leaf-b-stem-4-a-leaf-b-leaf-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzE2NjM-match-each-item-in-column-i-with-one-item-in-column-ii-column-i-plant-column-ii-vegetatively-propagated-by-a-pistia-i-stem-b-asparagus-ii-root-c-kalanchoe-iii-leaves-codes-i-ii-iii-1-a-b-c-2-b-a-c-3-b https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4Mjkz-select-incorrect-statement-with-respect-to-racemose-inflorescence-1-the-main-axis-continues-to-grow-2-peduncle-bears-flowers-in-basipetal-centrifugal-manner-3-the-main-axis-is-not-terminated-into-flow https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTA5NzMy-cymose-inflorescence-is-dissimilar-to-racemose-inflorescence-in-1-having-limited-growth-of-the-main-inflorenscence-axis-2-having-young-flowers-at-top-3-showing-centriperal-manner-of-opening-of-flowers https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMwOTE5-in-an-inflorescence-where-flowers-are-borne-laterally-in-acropetal-succession-the-position-of-the-youngest-floral-bud-shall-be-1-proximal-2-distal-3-intercalary-4-anywhere-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTc2MDIw-the-aestivation-in-petals-of-ladyfinger-and-calotropis-plants-are-respectively-1-a-d-2-b-a-3-d-a-4-d-b-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4Mjk3-position-of-ovary-is-superior-in-1-hypogynous-flower-2-perigynous-flower-3-epigynous-flower-4-mesogynous-flower-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4OTg1-half-superior-half-inferior-ovary-is-found-in-the-perigynous-flower-of-1-peach-2-china-rose-3-mustard-4-sunflower-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTMwNjgw-match-column-i-with-column-ii-and-select-the-correct-option-column-i-column-ii-a-a2-4-i-tomato-b-epiphyllous-androecium-ii-lily-c-ovary-inferior-iii-mustard-d-gamosepalous-iv-epigynous-flower-1-a-iii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4OTg5-in-which-plant-petals-in-a-whorl-just-touch-one-another-at-the-margin-without-overlapping-in-the-floral-bud-1-cassia-2-calotropis-3-china-rose-4-trifolium-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MTU4-if-gynoecium-is-situated-in-the-centre-and-other-floral-parts-are-located-on-the-rim-of-the-thalamus-almost-at-the-same-level-then-the-flower-is-said-to-be-1-perigynous-2-epigynous-3-hypogynous-4-prot https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MjEz-select-a-correct-match-1-staminode-solanaceae-2-actinomorphic-flower-cassia-bean-gulmohur-3-zygomorphic-flower-chilli-tomato-4-inferior-ovary-cucumber-guava-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MjA3-developing-on-position-of-calyx-corolla-and-androecium-with-respect-to-the-ovary-on-thalamus-the-flowers-are-divided-into-how-any-categories-1-two-2-three-3-four-4-five-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MTY2-which-of-the-given-figures-represents-the-aestivation-of-corolla-in-gulmohur-and-cassia-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MjA2-androecium-of-citrus-and-bombax-plants-is-1-synandrous-2-monadelphous-3-polyadelphous-4-diadelphous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MDcz-select-the-correct-match-1-lily-epiphyllous-stamen-2-argemone-axile-placentation-3-tomato-apocarpous-ovary-4-china-rose-staminode-present-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk1Njk2-select-incorrect-match-1-polyadelphous-stamens-lemon-2-diadephous-stamens-pea-3-imbricate-aestivation-cassia-4-basal-placentation-tomato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4OTkz-match-the-column-l-with-column-ll-column-l-column-li-a-marginal-placentation-i-single-ovule-is-present-in-unilocular-ovary-b-axile-placentation-ii-replum-may-be-present-c-parietal-placentation-iii-pla https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MjA1-in-which-of-the-given-plant-s-placenta-develops-at-the-base-of-the-ovary-and-a-single-ovule-is-attached-to-it-1-tomato-lemon-2-mustard-argemone-3-dianthus-primrose-4-sunflower-marigold-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MDc0-which-among-the-following-is-a-characteristic-of-pea-and-bean-1-monadelphous-stamens-2-marginal-placentation-3-twisted-aestivation-4-endospermic-seed-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4Mjk2-choose-correct-pair-placentation-example-1-marginal-dianthus-silene-2-axile-pea-acacia-3-parietal-lemon-petunia-4-basal-triticum-sunflower-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NTAz-in-which-type-of-placentation-ovary-is-one-chambered-and-the-placenta-bearing-ovules-develop-on-the-inner-wall-of-the-ovary-and-the-number-of-placenta-corresponds-to-the-number-of-carpels-1-marginal-2 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NTQ2-select-the-incorrect-match-with-respect-to-placentation-1-basal-marigold-2-free-central-primrose-3-marginal-pea-4-parietal-brinjal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTIyOTky-select-the-correct-statement-with-respect-to-mango-and-coconut-1-they-develop-from-monocarpellary-superior-ovaries-2-they-develop-from-monocarpellary-inferior-ovaries-3-they-have-fibrous-epicarp-4-the https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NDUx-drupes-are-also-called-as-stone-fruits-because-1-the-seeds-are-stone-like-2-endocarp-is-always-hard-and-stony-3-pericarp-is-undifferentiated-and-sclerified-4-the-mesocarp-is-edible-in-most-fruits-1-2 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MjA0-which-of-the-features-given-below-are-correct-for-coconut-fruit-a-developed-from-monocarpellary-ovary-b-fibrous-mesocarp-c-formed-from-inferior-ovary-d-hard-stony-endocarp-e-edible-mesocarp-1-a-c-d-2 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MTk4-scar-present-on-seed-coat-through-which-the-developing-seeds-were-attached-to-fruit-is-called-1-micropyle-2-hilum-3-funicle-4-stalk-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4Mjcz-the-endosperm-is-not-present-in-the-mature-seeds-of-1-bean-gram-2-pea-cucumber-3-castor-cucumber-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NDc5-coleoptile-and-coleorhiza-are-absent-in-1-zea-mays-seed-2-triticum-turgidum-seed-3-gram-seed-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMwOTIz-endosperm-a-product-of-double-fertilisation-in-angiosperms-is-absent-in-the-seeds-of-1-coconut-2-orchids-3-maize-4-castor-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk0Nzk5-seeds-are-edible-parts-in-1-mango-2-banana-3-apple-4-coconut-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY2MTc3-the-aleurone-layer-in-maize-grain-is-especially-rich-in-1-proteins-2-starch-3-lipids-4-auxins-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMwOTI1-the-placenta-is-attached-to-the-developing-seed-near-the-1-testa-2-hilum-3-micropyle-4-chalaza-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMwOTI3-match-the-following-columns-column-i-column-ii-a-aleurone-layer-i-nutrition-b-parthenocarpic-fruit-ii-without-fertilization-c-ovule-iii-seed-d-endosperm-iv-double-fertilization-codes-a-b-c-d-1-i-ii-ii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMwOTIw-the-mature-seeds-of-plants-such-as-gram-and-peas-possess-no-endosperm-because-1-these-plants-are-not-angiosperms-2-there-is-no-double-fertilisation-in-them-3-endosperm-is-not-formed-in-them-4-endosper https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTI2NTAw-in-floral-diagram-a-dot-at-the-top-of-diagram-represents-1-position-of-ovary-2-aestivation-3-mother-axis-4-cohesion-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTI2MDMz-which-of-the-following-is-wrong-for-the-representation-of-the-flower-in-the-floral-diagram-1-fusion-is-indicated-by-enclosing-the-figure-within-bracket-and-adhesion-by-aline-drawn-above-the-symbols-of https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTA5NzI3-which-of-the-following-floral-features-is-not-represented-by-symbols-in-a-floral-formula-of-a-plant-family-1-relative-positions-of-ovary-with-respect-to-other-parts-2-adhesion-of-stamens-3-aestivation https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5MTYw-floral-formula-of-solanum-nigrum-represents-1-epitepalous-condition-2-epipetalous-androecium-3-polyserpalous-calyx-4-tricarpellary-gynoecium-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMwOTI0-many-pulses-of-daily-use-belong-to-one-of-the-families-below-1-solanaceae-2-fabaceae-3-liliaceae-4-poaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzA4MjU-the-floral-diagram-shown-in-the-given-diagram-can-be-of-1-a-plant-that-produces-a-chemical-that-can-disrupt-miotic-spindle-2-deadly-night-shade-3-indigofera-plant-a-source-of-dye-4-a-pulse-plant-1-2-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMwOTI2-which-of-the-following-plants-is-used-to-extract-the-blue-dye-1-trifolium-2-indigofera-3-lupin-4-cassia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NTA1-which-one-of-the-following-combinations-of-floral-characters-is-shown-by-potato-family-1-actinomorphic-bicarpellary-and-axile-placentation-with-swollen-placenta-2-zygomorphic-pentamerous-gamopetalae-w https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NTA4-select-the-correct-match-plants-stamens-placentations-1-pea-diadelphous-basal-2-china-rose-monadelphous-parietal-3-tomato-epipetalous-axile-4-lemon-polyadelhous-free-central-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTMxMDI5-consider-the-given-floral-characters-with-respect-to-fabaceae-a-zygomorphic-flowers-b-vexillary-calyx-c-marginal-placentation-d-endospermic-seed-e-diadelphous-stamens-1-b-d-e-are-incorrect-2-a-c-e-are https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NTIz-choose-the-correct-option-with-respect-to-solanaceae-a-alternate-stipulate-cauline-leaves-b-bisexual-actinomorphic-flowers-c-five-persistent-calyx-d-epipetalous-diadelphous-condition-e-axile-placentat https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk1Njcz-identify-the-member-of-solanaceae-family-1-petunia-2-lily-3-indigofera-4-aloe-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTI2NTAx-which-of-the-following-is-not-related-to-family-brassicaceae-1-parietal-placentation-2-variation-in-length-of-stamen-3-alternate-phyllotaxy-4-perigynous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4Mjc0-floral-formula-of-the-mustard-plant-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTI2MDEw-which-of-the-following-is-mis-matched-pair-1-belladonna-medicine-solanaceae-2-asparagus-vegetable-liliaceae-3-trifolium-ornamental-plant-fabaceae-4-tobacco-fumigatory-potato-family-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NTg3-select-the-incorrect-statement-with-respect-to-family-liliaceae-1-fruit-is-generally-berry-2-flower-is-bisexual-and-actinomorphic-3-seed-is-endospermous-4-ovary-is-trilocular-with-many-ovules-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTE0Nzg1-out-of-the-following-examples-how-many-are-belonging-to-fabaceae-solanaceae-liliaceae-aloe-indigofera-asparagus-colchicum-belladonna-mulaithi-fabaceae-solanaceae-liliaceae-1-3-2-1-2-2-2-2-3-2-1-3-4-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4Mjc1-solanum-tuberosum-and-allium-cepa-are-similar-in-the-presence-of-1-axile-placentation-2-epipetalous-condition-3-versatile-anther-4-obliquely-placed-ovary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY2ODMx-bicarpellary-gynoecium-and-oblique-ovary-occur-in-1-mustard-2-banana-3-pisum-4-brinjal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk0MzIw-given-below-plants-belongs-s-to-how-many-families-gloriosa-allium-gram-brassica-datura-indigofera-1-three-2-one-3-two-4-four-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTE5MTg2-placentations-given-below-in-the-diagrams-are-1-a-basal-b-axile-c-free-central-d-parietal-2-a-marginal-b-axile-c-basal-d-superfecial-3-a-marginal-b-free-central-c-basal-d-axile-4-a-marginal-b-axile-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTI1MzEy-which-of-the-following-combinations-is-false-1-apocarpous-carpels-free-lotus-rose-2-syncarpous-carpels-fused-mustard-tomato-3-placentation-arrangement-of-ovules-within-ovary-4-arrangement-of-ovules-wi https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTkzNDky-a-flower-is-hypogynous-and-the-ovary-is-said-to-be-superior-in-1-mustard-2-plum-3-peach-4-guava-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzU2OTA-an-example-of-axile-placentation-is-1-argemone-2-dianthus-3-lemon-4-marigold-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTI2MDE3-the-placentation-having-only-single-ovule-is-1-marginal-2-axile-3-basal-4-parietal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk0Nzk3-which-among-the-following-plants-has-these-characteristics-actinomorphic-flower-hypogynous-syncarpous-and-parietal-placentation-1-china-rose-2-marigold-3-brinjal-4-mustard-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTE0Nzc4-if-the-margins-of-sepals-or-petals-overlap-one-another-but-not-in-particular-direction-the-aestivation-is-called-1-imbricate-2-valvate-3-open-4-twisted-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk0MTAz-select-incorrectly-matched-pair-1-inferior-ovary-guava-2-aestivation-with-unequal-petals-cotton-sized-petals-3-polyadelphous-condition-citrus-4-irregular-flower-canna-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTk0NTU5-bilateral-symmetry-is-found-in-the-flower-of-1-cassia-2-mustard-3-canna-4-chilli-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTU2NDg-placentation-in-which-ovules-develop-on-the-inner-wall-of-the-ovary-or-in-peripheral-part-is-1-free-central-2-basal-3-axile-4-parietal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTA5NzI5-select-the-incorrect-match-1-green-photosynthetic-australian-acacia-petiole-2-leaflets-attached-at-silk-cotton-tip-of-the-petiole-3-papilionaceous-corolla-bean-4-epiphyllous-stamens-brinjal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzEwNjk-the-condition-of-the-ovary-shown-in-the-given-diagram-can-be-described-as-1-perigynous-2-epigynous-3-superior-4-inferior-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMxNTYx-in-a-typical-complete-bisexual-and-hypogynous-flower-the-arrangement-of-floral-whorls-on-the-thalamus-from-the-outermost-to-the-innermost-is-1-calyx-corolla-androecium-and-gynoecium-2-calyx-corolla-gy https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzEyOTA-consider-the-following-statements-i-imbricate-aestivation-is-seen-in-cassia-and-gulmohar-ii-in-dianthus-and-primrose-placentation-is-free-central-iii-seeds-of-pea-gram-and-bean-are-non-endospermous-wh https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjMxNTU5-among-the-terms-listed-below-those-that-are-not-technically-correct-names-for-a-floral-whorl-are-i-androecium-ii-carpel-iii-corolla-iv-sepal-1-i-and-iv-2-iii-and-iv-3-ii-and-iv-4-i-and-ii-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzE2MzE-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-flower-column-ii-position-of-the-ovary-i-sunflower-1-epigynous-ii-mustard-2-hypogynous https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzEyODk-consider-the-following-statements-i-whorled-phyllotaxy-is-seen-in-alstonia-ii-flowers-of-mustard-datura-and-chilli-are-actinomorphic-iii-the-ovary-in-plum-peach-and-rose-is-epigynous-which-of-the-abov https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzgz-how-many-statements-are-true-among-the-following-a-the-members-of-the-asteraceae-family-carry-unisexual-as-well-as-bisexual-flowers-b-the-most-common-plant-of-the-asteraceae-family-is-tulip-c-the-memb https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzg1-consider-the-given-statements-and-choose-the-right-option-statement-i-head-inflorescence-is-surrounded-by-bracts-at-the-bottom-statement-ii-ray-florets-have-pappus-1-statement-i-is-correct-and-stateme https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzg2-what-is-true-concerning-ray-florets-of-the-head-inflorescence-1-6-stamens-2-gamopetalous-valvate-corolla-3-four-petals-4-superior-ovary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzg4-find-the-incorrect-match-1-sunflower-cypsela-2-disc-florets-of-compositae-family-3-ray-florets-of-sunflower-apocarpous-gynoecium-4-diadelphous-anther-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzkw-match-the-following-column-i-column-ii-a-syngenesious-stamens-p-graminae-b-tetradynamous-stamens-q-cruciferae-c-spikelet-r-asteraceae-d-twisted-aestivation-s-malvaceae-1-a-s-b-r-c-q-d-p-2-a-r-b-q-c-p https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzkx-consider-the-given-statements-and-choose-the-right-option-statement-i-disc-florets-carry-epipetalous-stamens-statement-ii-ray-florets-carry-epiphyllous-stamens-1-statement-i-is-correct-and-statement-i https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzky-which-of-the-following-options-shows-similar-character-between-the-asteraceae-and-the-solanaceae-families-1-epipetalous-stamens-2-syngenesious-stamens-3-capitulum-inflorescence-4-hairy-calyx-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzkz-consider-the-given-statements-and-choose-the-right-option-statement-i-the-disc-florets-carry-syncarpous-gynoecium-statement-ii-the-ray-florets-carry-apocarpous-gynoecium-1-statement-i-is-correct-and-s https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzk1-consider-the-given-statements-and-choose-the-right-option-statement-i-the-ray-florets-carry-gamopetalous-valvate-corolla-statement-ii-the-disc-florets-carry-polypetalous-valvate-corolla-1-statement-i https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzk2-consider-the-given-statements-and-choose-the-right-option-statement-i-the-disc-florets-do-not-carry-stamens-statement-ii-the-ray-florets-have-five-fused-stamens-1-statement-i-is-correct-and-statement https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzk3-find-the-odd-one-concerning-the-disc-florets-1-zygomorphic-symmetry-2-5-petals-3-colored-corolla-4-pappus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3Mzk5-what-is-true-concerning-heterogamous-heads-1-outer-tubular-actinomorphic-disc-florets-2-outer-ligulate-zygomorphic-ray-florets-3-inner-tubular-zygomorphic-disc-florets-4-inner-ligulate-actinomorphic-r https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDAw-what-is-true-concerning-homogamous-ligulate-heads-1-no-disc-florets-2-ligulate-ray-florets-3-zygomorphic-ray-florets-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDAx-what-is-true-concerning-homogamous-tubular-heads-1-no-ray-florets-2-tubular-disc-florets-3-actinomorphic-disc-florets-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDAz-which-of-the-following-does-not-apply-to-the-poaceae-family-1-annual-and-perennial-herbs-and-shrubs-2-bamboo-tree-3-adventitious-and-fibrous-roots-4-almost-1000-genera-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDA0-how-many-statements-are-true-among-the-following-a-bamboo-has-a-culm-where-the-node-is-solid-and-the-internode-is-hollow-b-the-leaf-sheath-is-present-in-the-members-of-the-poaceae-family-c-the-leaves https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDA2-find-the-incorrect-match-1-triticum-aestivum-caryopsis-2-feathery-stigma-cereals-3-sugarcane-compositae-family-4-unisexual-flowers-zea-mays-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDA3-all-of-the-following-are-incorrect-except-1-cereals-have-hypogynous-flowers-2-caryopsis-is-a-fruit-with-hairy-calyx-3-scutellum-is-found-in-mustard-4-generally-monocots-have-non-endospermic-seeds-1-2 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDA5-which-of-the-following-options-have-examples-of-plants-belonging-to-the-family-where-we-see-lodicules-1-wheat-parthenium-corn-2-zea-triticum-saccharum-3-gossypium-cauliflower-bajra-4-doob-grass-candyt https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDEw-which-of-the-following-statements-does-not-hold-for-the-members-of-the-graminae-family-1-stipules-are-present-2-simple-leaves-are-present-3-leaves-are-arranged-in-alternate-phyllotaxy-4-leaves-show-pa https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDEy-consider-the-given-statements-and-choose-the-right-option-statement-i-the-graminae-family-members-have-a-compound-spike-or-spike-of-spikelet-inflorescence-statement-ii-maize-and-sugarcane-have-stilt-r https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDEz-match-the-following-column-i-column-ii-a-syngenesious-stamens-p-poaceae-b-bisporangiate-stamens-q-maize-c-unisexual-flowers-r-cotton-d-lodicules-s-asteraceae-1-a-s-b-r-c-q-d-p-2-a-r-b-q-c-p-d-s-3-a-q https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDE1-this-is-the-floral-formula-of-a-family-which-of-the-following-information-is-not-explicit-from-the-above-formula-1-presence-of-lodicules-2-zygomorphic-symmetry-3-basal-placentation-4-superior-gynoeciu https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDE2-here-is-the-list-of-certain-features-lodicules-cypsela-syngenesious-stamens-feathery-stigma-fibrous-root-system-adventitious-root-system-caryopsis-tetradynamous-stamens-hypogynous-flowers-basal-placen https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDE3-how-many-statements-are-true-among-the-following-a-the-members-of-the-graminae-family-carry-unisexual-as-well-as-bisexual-flowers-b-the-lower-pair-of-bracts-is-known-as-glume-in-the-family-graminae-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDE5-consider-the-given-statements-and-choose-the-right-option-statement-i-spikelet-has-a-short-axis-rachilla-over-which-florets-are-present-statement-ii-the-lower-pair-of-bracts-on-the-rachilla-are-steril https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDIw-what-is-true-concerning-the-inflorescence-of-the-graminae-family-1-inferior-palea-is-also-known-as-awn-2-superior-palea-is-fertile-3-lower-glumes-are-fertile-4-rachilla-is-midrib-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDIy-find-the-correct-match-1-oryza-sativa-caryopsis-2-ray-florets-of-compositae-family-3-ray-florets-of-sunflower-apocarpous-gynoecium-4-diadelphous-anther-citrus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDI0-match-the-following-column-i-column-ii-a-syngenesious-stamens-p-graminae-b-swollen-placenta-q-solanaceae-c-wind-pollination-r-asteraceae-d-vexillary-aestivation-s-fabaceae-1-a-s-b-r-c-q-d-p-2-a-r-b-q https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDI1-consider-the-given-statements-and-choose-the-right-option-statement-i-the-number-of-lodicules-is-2-3-in-a-spikelet-of-cereals-statement-ii-the-number-of-stamens-is-6-in-a-spikelet-of-wheat-1-statement https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDI2-which-of-the-following-options-shows-a-similar-character-between-the-graminae-family-and-the-fabaceae-family-1-zygomorphic-symmetry-2-diadelphous-stamens-3-versatile-stamens-4-number-of-stamens-1-2-3 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDI3-consider-the-given-statements-and-choose-the-right-option-statement-i-rice-and-bamboo-have-6-stamens-statement-ii-the-gynoecium-of-wheat-is-monocarpellary-and-has-an-inferior-ovary-1-statement-i-is-co https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDI5-consider-the-given-statements-and-choose-the-right-option-statement-i-millets-carry-a-single-ovule-and-are-generally-anemophilous-statement-ii-the-seed-of-bamboo-is-nonendospermic-1-statement-i-is-cor https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDMw-consider-the-given-statements-and-choose-the-right-option-statement-i-the-rice-plant-has-a-syncarpous-ovary-statement-ii-wheat-has-parietal-placentation-1-statement-i-is-correct-and-statement-ii-is-in https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDMx-find-the-odd-one-concerning-the-flower-of-the-poaceae-family-1-actinomorphic-symmetry-2-hypogynous-3-superior-ovary-4-basal-placentation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDA3NDMy-what-is-the-old-name-of-the-most-advanced-family-of-angiosperms-1-compositae-2-cruciferae-3-poaceae-4-graminae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzgwMjI4-most-of-the-economically-important-fibre-yielding-plants-belong-to-family-1-malvaceae-2-solanaceae-3-cruciferae-4-poaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY2ODI4-tetradynamous-conditions-occur-in-1-cruciferae-2-malvaceae-3-solanaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTQ4NzIw-identify-the-correct-features-with-respect-to-cruciferae-a-tetramerous-flower-b-bisexual-perigynous-condition-c-the-most-advanced-family-of-dicots-d-bicarpellary-syncarpous-with-replum-e-fruit-berry-o https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzgwNTk4-the-family-that-lady-finger-belongs-to-is-1-malvaceae-2-cucurbitaceae-3-liliaceae-4-brassicaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzc5NzIy-the-given-formula-belongs-to-the-family-1-solanaceae-2-malvaceae-3-gramineae-4-compositae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzYxODA0-silique-is-the-fruit-of-the-family-1-cucurbitaceae-2-malvaceae-3-brassicaceae-4-leguminosae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzQ0MTAz-match-list-i-with-list-ii-list-i-list-ii-a-aloe-i-brassicaceae-b-cotton-ii-solanaceae-c-tomato-iii-liliaceae-d-mustard-iv-malvaceae-choose-the-correct-answer-from-the-options-given-below-1-a-iv-b-i-c https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzg4-ovary-is-one-chambered-but-it-becomes-two-chambered-due-to-the-formation-of-false-septum-called-replum-in-1-fabaceae-2-malvaceae-3-brassicaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzg3-marginal-placentation-is-generally-found-in-the-family-1-cucurbitaceae-2-liliaceae-3-fabaceae-4-malvaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mjg4OTY0-assertion-a-staminal-tube-is-present-in-malvaceae-reason-r-it-is-due-to-monadelphous-condition-1-both-a-and-r-are-true-and-r-correctly-explains-the-a-2-a-is-true-r-is-false-3-a-is-false-r-is-false-4-b https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjQ3ODA1-which-floral-family-has-9-1-arrangement-of-anthers-in-the-androecium-1-malvaceae-2-rutaceae-3-fabaceae-4-caesalpiniaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTgxMjA4-monothecous-anthers-have-lobe-and-pollen-chambers-and-are-characteristically-seen-in-family-1-2-4-asteraceae-2-2-4-malvaceae-3-1-2-malvaceae-4-1-2-asteraceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTM1NjY5-which-type-of-aestivation-is-characteristic-of-family-malvaceae-1-valvate-2-imbricate-3-twisted-4-vexillary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTM1NjIw-syngenecious-adhesion-is-seen-in-which-among-the-following-plant-families-1-fabaceae-2-cucurbitaceae-3-malvaceae-4-asteraceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTQ0NTE-pappus-helps-in-dispersal-of-seed-in-1-asteraceae-2-brassicaceae-3-malvaceae-4-solanaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-Rpb246MzIwOQ-the-most-advanced-amongst-the-dicots-are-1-asteraceae-2-malvaceae-3-brassicaceae-4-fabaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTI4-ray-florets-of-sunflower-do-not-1-have-inferior-ovary-2-show-basal-placentation-in-gynoecium-3-have-united-petals-4-have-androecium-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTI5-presence-of-epicalyx-and-monadelphous-condition-of-stamens-is-found-in-1-makoi-2-mustard-3-groundnut-4-china-rose-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTMy-the-distinct-monocot-character-shown-by-the-flowers-of-gramineae-family-is-1-bisexual-flower-2-actinomorphic-flower-3-hypogynous-flower-4-no-clear-distinction-of-petal-and-sepal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTMz-siliqua-or-silicula-is-the-fruit-of-1-cotton-2-mustard-3-china-rose-4-grass-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTM0-in-which-family-the-peduncle-is-flat-on-which-florets-are-attached-1-poaceae-2-malvaceae-3-fabaceae-4-compositae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTM1-match-the-following-column-i-with-column-ii-and-choose-the-correct-option-column-i-column-ii-a-compositae-i-b-gramineae-ii-c-malvaceae-iii-d-cruciferae-iv-a-b-c-d-1-ii-i-iv-iii-2-iv-iii-i-ii-3-iii-i-i https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTM2-calyx-in-the-form-of-pappus-is-found-in-1-cotton-2-china-rose-3-tobacco-4-disc-floret-of-sunflower-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTM4-in-which-flower-stamens-are-syngenesious-i-e-anthers-are-fused-and-filaments-are-free-from-each-other-is-observed-1-ray-florets-of-sunflower-2-hibiscus-rosa-sinensis-3-disc-florets-of-sunflower-4-neut https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTM5-fruit-is-called-caryopsis-in-the-members-of-the-family-1-poaceae-2-malvaceae-3-fabaceae-4-compositae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTQx-a-pentacarpellary-gynoecium-b-monadelphous-androecium-with-numerous-stamens-c-locule-has-one-to-numerous-ovule-in-the-gynoecium-consider-the-above-characteristics-and-choose-the-flower-which-shows-the https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTQ0-when-calyx-and-corolla-cannot-be-differentiated-from-each-other-it-is-known-as-1-staminate-2-pistillate-3-perianth-4-peduncle-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTQ2-when-the-anthers-are-fused-with-one-another-but-filaments-are-free-this-condition-of-stamen-is-known-as-1-adnate-2-versatile-3-syngenesious-4-dorsifixed-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNTQ4-lodicules-are-considered-as-equivalent-to-1-perianth-2-sterile-stamen-3-stipule-4-epicalyx-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzQz-tetramerous-flowers-having-bicarpellary-syncarpous-superior-ovary-which-is-unilocular-in-the-beginning-but-becomes-bilocular-later-owing-to-the-formation-of-pseudoseptum-called-replum-are-the-salient https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzQ1-calyx-is-often-modified-into-a-pappus-and-syngenesious-stamens-these-are-characteristic-features-of-the-family-1-malvaceae-2-compositae-3-caesalpinioideae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzQ3-given-below-are-two-statements-statement-i-spikelet-is-the-unit-of-inflorescence-in-the-family-gramineae-and-consists-of-a-short-axis-called-rachilla-statement-ii-in-gramineae-family-caryopsis-is-a-ve https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzQ4-consider-the-floral-diagram-given-below-which-of-the-following-family-does-this-belong-to-1-cruciferae-2-asteraceae-3-malvaceae-4-gramineae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzUw-the-chief-characteristic-feature-of-corolla-is-that-it-is-composed-of-five-petals-and-the-aestivation-is-1-praminaceous-vexillary-2-papilionaceous-vexillary-3-papilionaceous-twisted-4-papilionaceous-v https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzUy-epigynous-flower-having-capitulum-inflorescence-with-involucre-of-bracts-having-ray-florets-and-disc-florets-is-found-in-the-family-1-compositae-2-cruciferae-3-gramineae-4-solanaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzU1-presence-of-epicalyx-twisted-aestivation-in-corolla-and-monadelphous-condition-of-stamens-is-characteristic-feature-of-the-family-1-liliaceae-2-malvaceae-3-leguminosae-4-solanaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzU5-given-below-are-two-statements-statement-i-malvaceae-is-a-family-of-flowering-plants-that-includes-species-which-shows-often-five-petaled-flowers-and-is-known-for-its-mucilaginous-sap-statement-ii-hib https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzYz-zygomorphic-flowers-with-descending-imbricate-aestivation-and-marginal-placentation-are-the-characteristic-features-of-the-family-1-papilionaceae-2-malvaceae-3-mimosoideae-4-ranunculaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzY0-lodicules-are-situated-above-and-opposite-to-the-superior-palea-and-considered-equivalent-to-1-perianth-2-sterile-stamen-3-stipule-4-epicalyx-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzY1-given-below-is-the-floral-diagram-of-an-angiospermic-family-which-of-the-following-family-does-this-belong-to-1-leguminosae-2-brassicaceae-3-malvaceae-4-gramineae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzY2-cruciform-corolla-siliqua-or-silicula-and-tetradynamous-condition-of-stamens-is-found-in-1-solanum-nigrum-2-cosmos-3-allium-cepa-4-brassica-campestris-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzY5-siliqua-or-silicula-fruit-is-characteristic-of-the-family-1-cruciferae-2-malvaceae-3-liliaceae-4-caesalpinioideae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDAyNzcw-inferior-ovary-pappus-calyx-and-cypsela-fruit-are-found-in-1-compositae-2-ranunculaceae-3-malvaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTkyODkz-which-of-the-following-floral-formula-is-the-correct-floral-formula-of-solanaceae-family-1-oplus-enspace-text-enspace-k-5-enspace-overset-huge-frown-c-5-enspace-a-5-enspace-underline-g-2-2-oplus-enspa https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTkyODcy-in-racemose-inflorescence-1-the-main-axis-terminates-in-a-flower-2-the-growth-is-limited-3-flowers-are-borne-in-an-acropetal-succession-4-flowers-are-solitary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTkyODYz-which-one-of-the-following-is-not-a-characteristic-of-plant-cells-in-the-phase-of-elongation-1-increased-vacuolation-2-large-conspicuous-nuclei-3-cell-enlargement-4-new-cell-wall-deposition-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTkyODYy-in-angiosperms-root-hairs-arise-from-which-one-of-the-following-regions-of-the-root-1-the-root-cap-zone-2-the-region-of-meristematic-activity-3-the-region-of-elongation-4-the-region-of-maturation-1-2 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTkyODYx-match-list-i-wit-list-ii-list-i-placentation-list-ii-example-a-marginal-i-mustard-b-axile-ii-pea-c-parietal-iii-marigold-d-basal-iv-lemon-choose-the-correct-answer-from-the-options-given-below-1-a-i-b https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTk4MzA0-which-of-the-following-are-characteristics-feature-of-solanaceae-family-a-flower-are-bisexual-and-actinomorphic-b-calyx-have-five-sepals-and-are-united-c-androecium-have-five-statements-and-are-epipet https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTk4Mjk5-match-list-i-with-list-ii-list-i-list-ii-a-marginal-placentation-i-argemone-b-axile-placentation-ii-tomato-c-parietal-placentation-iii-primrose-d-free-central-placentation-iv-pea-choose-the-correct-an https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTk4Mjcw-phyllotaxy-is-the-pattern-of-arrangement-of-1-sepals-2-leaves-3-flowers-4-fruits-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTM1Mjc1-match-list-i-with-list-ii-list-i-list-ii-a-scutellum-i-persistent-nucellus-b-non-albuminous-ii-cotyledon-of-monocot-seed-c-epiblast-iii-groundnut-d-perisperm-iv-rudimentary-cotyledon-choose-the-option https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTM1MjY1-in-the-seeds-of-cereals-the-outer-covering-of-endosperm-separates-the-embryo-by-a-protein-rich-layer-called-1-integument-2-aleurone-layer-3-coleoptile-4-coleorhiza-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTM1MjYx-given-below-are-two-statements-statement-i-in-a-floral-formula-oplus-stands-for-zygomorphic-nature-of-the-flower-and-g-stands-for-inferior-ovary-statement-ii-in-a-floral-formula-oplus-stands-for-actin https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTM1MjI5-which-of-the-following-is-an-example-of-a-zygomorphic-flower-1-pea-2-chilli-3-petunia-4-datura-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDY4NjQ4-the-marked-part-as-x-in-the-given-figure-is-1-endosperm-2-thalamus-3-endocarp-4-mesocarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDY4NjIx-match-list-i-with-list-ii-list-i-list-ii-a-vexillary-aestivation-i-brinjal-b-epipetalous-stamens-ii-peach-c-epiphyllous-stamens-iii-pea-d-perigynous-flower-iv-lily-choose-the-correct-answer-from-the-o https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDY4NjIz-match-list-i-with-list-ii-list-i-list-ii-a-china-rose-i-free-central-b-mustard-ii-basal-c-primrose-iii-axile-d-marigold-iv-parietal-choose-the-correct-answer-from-the-options-given-below-1-a-iv-b-iii https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDY4NjM2-which-of-the-following-examples-show-monocarpellary-unilocular-ovary-with-many-ovules-a-sesbania-b-brinjal-c-indigofera-d-tobacco-e-asparagus-choose-the-correct-answer-from-options-given-below-1-b-and https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mjc3MjA3-diadelphous-stamens-are-found-in-1-pea-2-china-rose-and-citrus-3-china-rose-4-citrus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246ODkyMzg-coconut-fruit-is-a-1-berry-2-nut-3-capsule-4-drupe-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246ODkyODE-in-bougainvillea-thorns-are-the-modifications-of-1-adventitious-root-2-stem-3-leaf-4-stipules-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246ODkyODU-root-hairs-develop-from-the-region-of-1-elongation-2-root-cap-3-meristematic-activity-4-maturation-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246ODkyMTA-the-term-polyadelphous-is-related-to-1-gynoecium-2-androecium-3-corolla-4-calyx-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246ODkyMTM-radial-symmetry-is-found-in-the-flowers-of-1-brassica-2-trifolium-3-pisum-4-cassia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246ODkyMTc-free-central-placentation-is-found-in-1-dianthus-2-argemone-3-brassica-4-citrus-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTA0ODM-cotyledon-of-maize-grain-is-called-1-coleorhizae-2-coleoptile-3-scutellum-4-plumule-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTA5Mjk-the-wheat-grain-has-an-embryo-with-one-large-shield-shaped-cotyledon-known-as-1-epiblast-2-coleorrhiza-3-scutellum-4-coleoptile-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTA5Njk-axile-placentation-is-present-in-1-dianthus-2-lemon-3-pea-4-argemone-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTEwMDg-among-china-rose-mustard-brinjal-potato-guava-cucumber-onion-and-tulip-how-many-plants-have-superior-ovary-1-five-2-six-3-three-4-four-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTExMDU-keel-is-the-characteristic-feature-of-a-flower-of-1-tulip-2-lndigofera-3-aloe-4-tomato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTExMzI-the-hilum-is-a-scar-on-the-1-seed-where-the-funicle-was-attached-2-fruit-where-it-was-attached-to-the-pedicel-3-fruit-where-style-was-present-4-seed-where-micropyle-was-present-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTEzMDg-when-the-margins-of-sepals-or-petals-overlap-one-another-without-any-particular-direction-the-condition-is-termed-as-1-vexillary-2-imbricate-3-twisted-4-valvate-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTEzMTA-which-one-of-the-following-statements-is-correct-1-the-seed-in-grasses-is-not-endospermic-2-mango-is-a-parthenocarpic-fruit-3-a-proteinaceous-aleurone-layer-is-present-in-maize-grain-4-a-sterile-pisti https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTEzMTQ-example-of-an-edible-underground-stem-is-1-carrot-2-groundnut-3-sweet-potato-4-potato-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTIzMTg-placentation-in-tomato-and-lemon-is-1-parietal-2-free-central-3-marginal-4-axile-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTIzMjY-cymose-inflorescence-is-present-in-1-solanum-2-sesbania-3-trifolium-4-brassica-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjUxMjg1-which-one-of-the-following-diagrams-represents-the-placentation-in-dianthus-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI2ODg-in-unilocular-ovary-with-a-single-ovule-the-placentation-is-1-marginal-2-basal-3-free-central-4-axile-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI4NTY-the-technical-term-used-for-the-androecium-in-a-flower-of-china-rose-hibiscus-rosa-sinensis-is-1-monadelphous-2-diadelphous-3-polyandrous-4-polyadelphous-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI4Nzc-the-scutellum-observed-in-a-grain-of-wheat-or-maize-is-comparable-to-which-part-of-the-seed-in-other-monocotyledons-1-cotyledon-2-endosperm-3-aleurone-layer-4-plumule-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTM0MDY-the-floral-formula-is-that-of-1-tulip-2-soybean-3-sunn-hemp-4-tobacco-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTQwODk-what-type-of-placentation-is-seen-in-sweet-pea-1-basal-2-axile-3-free-central-4-marginal-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTQxMDY-pentamerous-actinomorphic-flowers-bicarpillary-ovary-with-oblique-septa-and-fruit-a-capsule-or-berry-are-characteristic-features-of-1-asteraceae-2-brassicaceae-3-solanaceae-4-liliaceae-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY0OTM1-the-edible-part-of-the-mango-is-1-receptacle-2-epicarp-3-mesocarp-4-endocarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY1NTM4-edible-part-of-mango-is-1-mesocarp-2-epicarp-3-endocarp-4-epidermis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyODAw-select-the-correct-option-based-on-statements-below-assertion-a-fibrous-root-is-a-type-of-adventitious-root-reason-r-it-does-not-develop-from-radicle-but-from-the-base-of-the-main-stem-1-both-a-and-r https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzY5-read-the-following-statements-i-the-outer-lining-of-the-ovary-which-bears-an-ovule-is-called-the-placenta-ii-lotus-and-roses-possess-apocarpous-ovaries-iii-mustard-and-tomato-possess-apocarpous-ovary https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzY4-read-the-following-statements-i-a-sterile-stamen-is-called-staminode-ii-epipetalous-stamen-is-found-in-lily-and-an-epiphyllous-stamen-in-brinjal-iii-china-rose-possess-polyadelphous-stamen-iv-salvia-a https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzQz-read-the-following-statements-i-long-thin-flexible-petioles-allow-leaf-blades-to-flutter-in-wind-thereby-cooling-the-leaf-and-bringing-fresh-air-to-leaf-surface-ii-leaf-lamina-lacks-vascular-bundles-i https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzMx-read-the-following-statements-i-pneumatophores-help-the-plant-root-to-take-air-or-oxygen-ii-floating-hydrophytes-possess-well-developed-root-caps-iii-the-edible-part-of-zingiber-is-an-underground-stem https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzk4-select-the-correct-option-based-on-statements-below-assertion-a-maize-is-an-albuminous-seed-reason-r-endosperm-is-completely-absorbed-by-the-growing-embryo-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyNzk5-assertion-a-syngenesious-condition-is-a-type-of-cohesion-of-stamens-reason-r-in-this-condition-filaments-remain-free-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-tr https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyODAx-select-the-correct-option-based-on-statements-below-assertion-a-in-racemose-type-of-inflorescence-the-main-axis-grows-indefinitely-reason-r-the-main-axis-is-not-terminated-by-the-flower-1-both-a-and-r https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzMyODAy-select-the-correct-option-based-on-statements-below-assertion-a-seeds-of-most-of-the-members-of-solanaceae-are-endospermous-reason-r-endosperm-is-found-in-mature-seeds-also-1-both-a-and-r-are-true-and https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY4NTI0-find-the-incorrect-match-with-respect-to-placentation-1-axile-hibiscus-2-free-central-dianthus-3-parietal-brassica-4-basal-pea-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246MzE5MDc-match-each-item-in-column-i-with-one-item-in-column-ii-and-choose-your-answer-from-the-codes-given-below-column-i-androecium-column-ii-example-i-epipetalous-a-brinjal-ii-epiphyllous-b-lily-iii-monoade https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTU0OTQy-find-the-mismatch-1-dye-indigofera-2-fibres-sunhemp-3-fodder-trifolium-4-edible-oil-muliathi-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5NzMw-find-the-correct-match-with-respect-to-gynoecium-and-placentation-in-the-respective-family-column-l-column-ll-a-g-3-g3g3-axile-i-brassicaceae-b-g-2-g2g2-basal-ii-liliaceae-c-g-2-g2g2-parietal-iii-sola https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MTY5ODI2-which-of-the-following-is-a-mismatched-pair-1-belladonna-medicine-solanaceae-2-asparagus-vegetable-liliaceae-3-trifolium-ornamental-plant-fabaceae-4-tobacco-fumigatory-potato-family-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mjk1NzI0-match-column-i-with-column-ii-and-select-the-correct-option-column-i-column-ii-a-a2-42-42-4-i-tomato-b-epiphyllous-androecium-ii-lily-c-ovary-inferior-iii-mustard-d-gamosepalous-iv-epigynous-flower-a https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mjk1NzQ3-select-incorrectly-matched-pair-1-inferior-ovary-guava-2-aestivation-with-unequal-petals-cotton-sized-petals-3-polyadelphous-condition-citrus-4-irregular-flower-canna-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246ODkyMTE-how-many-plants-among-indigofera-sesbania-salvia-allium-aloe-mustard-groundnut-radish-gram-and-turnip-have-stamens-with-different-lengths-in-their-flowers-1-three-2-four-3-five-4-six-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTA1NDI-stems-modified-into-flat-green-organs-performing-the-functions-of-leaves-are-known-as-1-phyllodes-2-phylloclades-3-scales-4-cladodes-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTA5NjM-roots-play-an-insignificant-role-in-the-absorption-of-water-in-1-sunflower-2-pistia-3-china-rose-4-wheat-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTExMTA-leaves-become-modified-into-spines-in-the-1-opuntia-2-pea-3-onion-4-silk-cotton-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTEzNjc-an-aggregate-fruit-is-one-which-develops-from-1-multicarpellary-syncarpous-gynoecium-2-multicarpellary-apocarpous-gynoecium-3-complete-inflorescence-4-multicarpellary-superior-ovary-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTIwMDU-in-china-rose-the-flowers-are-1-actiniomorphic-epigynous-with-valvel-aestivation-2-zygomorphic-hypogynous-with-imbricate-aestivation-3-zygomorphic-epigynous-with-twisted-aestivation-4-actinomorphic-hy https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTIwMTk-among-bitter-gourd-mustard-brinjal-pumpkin-china-rose-lupin-cucumber-sunn-hemp-gram-guava-bean-chilli-plum-petunia-tomato-rose-withania-potato-onion-aloe-and-tulip-how-many-plants-have-hypogynous-flow https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTE1NDg-seed-coat-is-not-thin-membranous-in-1-coconut-2-groundnut-3-gram-4-maize-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzU4NDQ3-the-viability-of-seeds-is-tested-by-1-2-6-dichlorophenol-indophenols-2-2-3-5-triphenyl-tetrazolium-chloride-3-dmso-4-safranine-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTIzMzA-phyllode-is-present-in-1-asparagus-2-euphorbia-3-australian-acacia-4-opuntia-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTIzNzE-how-many-plants-in-the-list-given-below-have-composite-fruits-that-develop-from-an-inflorescence-walnut-poppy-radish-fig-pineapple-apple-tomato-mulberry-1-four-2-five-3-two-4-three-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjUwOTY2-which-one-of-the-following-organisms-is-correctly-matched-with-its-three-characteristics-1-tomato-twisted-aestivation-axile-placentation-berry-2-onion-bulb-imbricate-aestivation-axile-placentation-3-m https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjUwOTI4-how-many-plants-in-the-list-given-below-have-marginal-placentation-mustard-gram-tulip-asparagus-arhar-sun-hemp-chilli-colchicine-onion-moong-pea-tobacco-lupin-1-five-2-six-3-three-4-four-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI4NDc-ovary-is-half-inferior-in-the-flowers-of-1-guava-2-plum-3-brinjal-4-cucumber-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTI4MjU-keel-is-characteristic-of-the-flowers-of-1-gulmohur-2-cassia-3-calotropis-4-bean-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjUxMjA2-vegetative-propagation-in-pistia-occurs-by-1-offset-2-runner-3-sucker-4-stolon-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTM0MjQ-vegetative-propagation-in-mint-occurs-by-1-runner-2-offset-3-rhizome-4-sucker-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTM0NzQ-a-fruit-developed-from-hypanthodium-inflorescences-is-called-1-hesperidium-2-sorosis-3-syconus-4-caryopsis-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTM0NDc-cotyledons-and-testa-are-edible-parts-of-1-groundnut-and-pomegranate-2-walnut-and-tamarind-3-french-bean-and-coconut-4-cashew-nut-and-litchi-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTM4NDI-the-fruit-is-chambered-developed-from-an-inferior-ovary-and-has-seeds-with-succulent-testa-in-1-pomegranate-2-orange-3-guava-4-cucumber-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTM2NTY-dry-indehiscent-single-seeded-fruit-formed-from-the-bi-carpellary-syncarpous-inferior-ovary-is-1-caryopsis-2-cypsela-3-berry-4-cremocarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTQwNzE-in-which-of-the-following-fruits-is-the-edible-part-the-aril-1-custard-apple-2-pomegranate-3-orange-4-litchi-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-pb246OTQwNjI-pineapple-annanas-fruit-develops-from-1-a-unilocular-polycarpillary-flower-2-a-multipistillate-syncarpous-flower-3-a-cluster-of-compactly-borne-flowers-on-a-common-axis-4-a-multilocular-monocarpillary https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY1MjI1-which-is-expressing-the-right-appropriate-pairing-1-brassicaceae-sunflower-2-malvaceae-cotton-3-papilionaceae-catechu-4-liliaceae-wheat-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY2ODE4-before-the-european-invaders-which-vegetable-was-absent-in-india-1-potato-and-tomato-2-simla-mirch-and-brinjal-3-maize-and-chichinda-4-bitter-gourd-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY2ODMw-which-is-the-correct-pair-for-the-edible-part-1-tomato-thalamus-2-maize-cotyledons-3-guava-mesocarp-4-date-palm-pericarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY2ODMy-the-edible-part-of-a-banana-is-1-epicarp-2-mesocarp-and-less-developed-endocarp-3-endocarp-and-less-developed-mesocarp-4-epicarp-and-mesocarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY2ODM4-what-is-the-eye-of-a-potato-1-axillary-bud-2-accessory-bud-3-adventitious-bud-4-apical-bud-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY2ODQ5-in-which-of-the-following-plant-sunken-stomata-are-found-1-nerium-2-hydrilla-3-mango-4-guava-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY2MTUy-juicy-hair-like-structures-observed-in-the-lemon-fruit-develop-from-1-exocarp-2-mesocarp-3-endocarp-4-mesocarp-and-endocarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MjY0MTE1-which-of-the-following-represents-the-edible-part-of-the-fruit-of-litchi-1-endocarp-2-pericarp-3-juicy-aril-4-mesocarp-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246Mzk5NzQ0-consider-the-two-statements-assertion-a-prop-and-stilt-roots-are-aerial-in-origin-yet-they-are-called-roots-reason-r-these-roots-are-modified-to-provide-mechanical-support-1-both-a-and-r-are-true-but https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDI5NTcy-the-lateral-branches-originate-from-the-basal-and-underground-portion-of-the-main-stem-grow-horizontally-beneath-the-soil-and-then-come-out-obliquely-upward-giving-rise-to-leafy-shoots-in-1-pistia-and https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzE4OTc4-thorns-are-a-modified-axillary-buds-b-found-in-citrus-c-modifications-of-stem-to-protect-plants-from-browsing-animals-1-a-and-b-only-2-b-and-c-only-3-a-and-c-only-4-all-a-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTAwNDIx-in-legumes-the-pulvinus-1-enables-rapid-leaf-movement-in-response-to-touch-thigmonasty-2-assists-in-water-conservation-by-folding-the-leaves-during-drought-3-helps-protect-the-plant-by-producing-toxic https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDUzNjY3-identify-the-incorrect-statement-about-racemose-inflorescence-1-the-main-axis-continues-to-grow-2-flowers-are-borne-acropetally-on-the-axis-3-it-is-a-type-of-compound-inflorescence-4-the-youngest-flow https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDEwOTIw-consider-the-given-two-statements-assertion-a-in-cymose-type-of-inflorescence-the-main-axis-is-limited-in-growth-reason-r-in-cymose-type-of-inflorescence-the-flowers-are-borne-in-a-basipetal-order-1-b https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDIzNzEy-which-of-the-following-refer-to-individual-components-of-a-floral-whorl-i-androecium-ii-carpel-iii-corolla-iv-sepal-1-i-and-iv-2-iii-and-iv-3-ii-and-iv-4-i-and-ii-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246MzA5Njgz-the-stalk-of-the-inflorescence-is-called-1-pedicel-2-petiole-3-peduncle-4-phyllode-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NDQ4MTc0-key-differences-between-monocot-and-dicot-seeds-include-all-of-the-following-except-1-monocots-have-one-cotyledon-while-dicots-have-two-2-monocot-seeds-usually-contain-endosperm-whereas-dicot-seeds-do https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTI3Nzcy-which-alphabet-in-the-given-figure-represents-the-scutellum-in-a-monocotyledonous-seed-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTIyNDA0-which-of-the-following-statements-about-the-structure-of-a-dicot-seed-is-incorrect-1-the-seed-coat-is-made-up-of-two-layers-the-outer-testa-and-the-inner-tegmen-2-the-hilum-is-a-scar-on-the-seed-coat https://medminds.me/qbank/botany/morphology-of-flowering-plants/?q=NP-b246NTMxMzk0-arrange-the-following-in-the-decreasing-order-of-their-number-largest-to-smallest-a-stamens-in-brassicaceae-b-petals-in-solanaceae-c-cotyledons-in-grass-seeds-1-c-b-a-2-b-a-c-3-a-b-c-4-a-c-b-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjE4NTk-homeostasis-is-1-tendency-to-change-with-change-in-environment-2-tendency-to-resist-change-3-disturbance-in-regulatory-control-4-plants-and-animals-extracts-used-in-homeopathy-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY3OTk-identify-the-biome-that-is-not-correctly-matched-with-the-physical-parameters-given-in-corresponding-column-ii-and-column-iii-biome-mean-annual-temperature-deg-c-mean-annual-precipitation-cm-1-tropica https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MDA-the-most-ecologically-relevant-environmental-factor-is-1-temperature-2-water-3-light-4-soil-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MDE-if-global-warming-continues-how-would-the-distributional-range-of-some-species-be-affected-1-there-will-be-a-poleward-shift-2-there-will-be-an-equatorial-shift-3-no-change-expected-for-any-species-4-s https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MDI-many-freshwater-animals-cannot-live-for-long-in-sea-water-and-vice-versa-because-of-1-buoyancy-related-problems-2-lack-of-impermeable-skins-3-thermolabile-enzymes-4-osmotic-considerations-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MDg-under-unfavorable-conditions-many-zooplankton-species-in-lakes-and-ponds-are-known-to-enter-a-stage-of-suspended-development-called-as-1-dormancy-2-hibernation-3-aestivation-4-diapause-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MDk-the-given-age-pyramid-represents-a-1-fast-expanding-population-2-slowly-expanding-population-3-stable-population-4-declining-population-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MTI-darwinian-fitness-is-represented-by-1-low-r-value-2-high-r-value-3-high-k-value-4-low-k-value-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MTQ-under-a-particular-set-of-selection-pressures-organisms-evolve-towards-the-most-efficient-1-thermoregulation-2-water-conservation-3-respiration-4-reproduction-strategy-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MTU-a-population-interaction-where-one-species-is-harmed-whereas-the-other-is-unaffected-is-called-as-1-mutualism-2-competition-3-predation-4-amensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MTc-when-certain-exotic-species-are-introduced-into-a-geographical-area-they-become-invasive-mainly-because-1-the-invaded-land-has-unlimited-resources-for-the-introduced-species-2-the-invaded-land-does-no https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MTg-in-a-field-experiment-when-all-pisaster-starfish-were-removed-from-an-enclosed-intertidal-area-the-result-was-1-increase-in-diversity-of-invertebrates-2-extinction-of-many-invertebrate-species-3-inabi https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MjM-a-species-whose-distribution-is-restricted-to-a-small-geographical-area-because-of-the-presence-of-a-competitively-superior-species-is-found-to-expand-its-distributional-range-dramatically-when-the-co https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MjQ-which-of-the-following-is-not-an-ectoparasite-1-lice-on-humans-2-copepods-on-marine-fishes-3-mistletoe-on-other-plants-4-female-anopheles-on-humans-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MjY-to-get-pollinated-by-a-bee-the-mediterranean-orchid-ophrys-employs-1-sexual-deceit-2-pseudo-copulation-3-reward-in-the-form-of-nectar-4-place-for-laying-eggs-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjcwNzU-while-heat-gain-or-heat-loss-is-the-function-of-heat-production-is-the-function-of-of-the-body-of-an-animal-1-volume-surface-area-2-surface-area-volume-3-volume-volume-4-surface-area-surface-area-1-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjcwOTA-in-the-logistic-growth-equation-given-below-the-carrying-capacity-is-represented-by-dn-dt-rn-k-n-k-1-n-2-r-3-k-4-k-n-k-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjcxMzM-the-plant-cuscuta-is-a-1-partial-root-parasite-2-partial-stem-parasite-3-total-root-parasite-4-total-stem-parasite-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mjk1MjY-which-one-of-the-following-are-important-biotic-factors-that-can-affect-the-structure-and-organization-of-biological-communities-1-temperature-and-rainfall-2-nutrient-availability-and-soil-ph-3-predat https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mjk1Mjg-in-a-tide-pool-15-species-of-invertebrates-were-reduced-to-8-after-one-species-was-removed-the-removed-species-may-be-a-1-parasite-2-mutualist-3-top-predator-4-herbivore-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mjk1Nzg-which-of-the-following-is-the-breeding-place-for-flamingoes-in-india-1-lake-chilka-2-sambar-lake-3-runn-of-kuchch-4-silent-valley-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mjk3MjU-if-global-warming-continues-in-general-how-what-would-be-the-expected-effect-on-the-distributional-range-of-some-species-1-it-will-be-an-equatorial-shift-2-it-will-be-a-pole-ward-shift-3-it-will-have https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mjk3MjY-the-logistic-growth-curve-of-animal-population-growth-is-more-realistic-than-j-shaped-curve-because-1-asexual-mode-of-reproduction-is-rare-in-higher-animals-2-resources-are-finite-and-become-limiting https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mjk3Mjc-which-of-the-following-is-not-a-function-of-predators-1-they-act-as-conduits-for-energy-transfer-across-trophic-levels-2-they-keep-prey-populations-under-control-3-they-help-in-the-stabilization-of-th https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzAyNTE-very-small-animals-are-rarely-found-in-polar-region-mainly-because-1-smaller-animals-have-a-relatively-slower-heart-rate-2-smaller-animals-have-a-more-surface-area-relative-to-their-volume-3-smaller-a https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzAyNTI-when-the-population-density-reaches-the-carrying-capacity-the-logistic-growth-curve-is-said-to-be-in-1-lag-phase-2-a-phase-of-acceleration-3-a-phase-of-deceleration-4-asymptote-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzAyNTM-in-general-which-of-the-following-is-not-an-adaptation-seen-in-parasites-in-accordance-with-their-life-style-1-loss-of-unnecessary-sense-organs-2-presence-of-adhesive-organs-3-low-reproductive-capacit https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzA1MDU-organisms-with-very-high-intrinsic-growth-rates-have-1-long-generation-times-2-short-generation-times-3-no-courtship-behaviour-4-no-carrying-capacities-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzA1MDY-intraspecific-competition-is-strongest-when-the-1-species-overlap-in-their-distribution-2-populations-overlap-in-their-ranges-3-population-is-at-its-carrying-capacity-4-reproductive-rate-is-at-its-max https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzA1MDc-no-predator-can-become-proficient-at-acquiring-prey-because-1-predators-are-not-as-intelligent-as-prey-2-predators-are-too-large-to-be-fast-enough-3-prey-populations-evolve-more-rapidly-than-predator https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzQ4NTY-asymptote-in-a-logistic-growth-curve-is-obtained-when-1-the-value-of-r-approaches-zero-2-k-n-3-k-n-4-k-n-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzQ5MTI-mycorrhizae-are-the-example-of-1-fungistasis-2-amensalism-3-antibiosis-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzQ5NTM-which-of-the-following-is-correct-for-r-selected-species-1-large-number-of-progeny-with-small-size-2-large-number-of-progeny-with-large-size-3-small-number-of-progeny-with-small-size-4-small-number-of https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzQ5NTQ-if-sign-is-assigned-to-beneficial-interaction-sign-to-detrimental-and-0-sign-to-neutral-interaction-then-the-population-interaction-represented-by-refers-to-1-mutualism-2-amensalism-3-commensalism-4-p https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzQ5OTU-the-principle-of-competitive-exclusion-was-stated-by-1-c-darwin-2-gf-gause-3-macarthur-4-verhuisd-and-pearl-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzUwMjI-when-does-the-growth-rate-of-a-population-following-the-logistic-model-equal-zero-the-logistic-model-is-given-as-dn-dt-rn-1-n-k-1-when-n-nears-the-carrying-capacity-of-the-habitat-2-when-n-k-equals-ze https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzUwNzI-gause-s-principle-of-competitive-exclusion-states-that-1-competition-for-the-same-resources-excludes-species-having-different-food-preferences-2-no-two-species-can-occupy-the-same-niche-indefinitely-f https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzUwODc-an-association-of-individuals-of-different-species-living-in-the-same-habitat-and-having-functional-interactions-is-1-ecological-niche-2-biotic-community-3-ecosystem-4-population-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzUxMzI-in-which-of-the-following-interactions-both-partners-are-adversely-affected-1-competition-2-predation-3-parasitism-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzUyMTM-most-animals-are-tree-dwellers-in-a-1-coniferous-forest-2-thorn-woodland-3-temperate-deciduous-forest-4-tropical-rainforest-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzUyMTQ-the-following-graph-depicts-changes-in-two-populations-a-and-b-of-herbivores-in-grassy-field-a-possible-reason-for-these-changes-is-that-1-both-plant-populations-in-this-habitat-decreased-2-population https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzUyODU-just-as-a-person-moving-from-delhi-to-shimla-to-escape-the-heat-for-the-duration-of-hot-summer-thousands-of-migratory-birds-from-siberia-and-other-extremely-cold-northern-regions-move-to-1-western-gha https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzUzNTY-a-biologist-studied-the-population-of-rats-in-a-barn-he-found-that-the-average-natality-was-250-average-mortality-240-immigration-20-and-emigration-30-the-net-increase-in-population-is-1-10-2-15-3-05 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU0NDg-consider-the-following-four-conditions-i-iv-and-select-the-correct-pair-of-them-as-adaptation-to-environment-in-desert-lizards-the-conditions-i-burrowing-in-soil-to-escape-high-temperature-ii-losing-h https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU0ODg-what-type-of-human-population-is-represented-by-the-following-age-pyramid-1-stable-population-2-declining-population-3-expanding-population-4-vanishing-population-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU1MDA-which-one-of-the-following-is-categorised-as-a-parasite-in-true-sense-1-human-foetus-developing-inside-the-uterus-draws-nourishment-from-the-mother-2-head-lice-living-on-the-human-scalp-as-well-as-lay https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU1NDc-study-the-four-statements-1-4-given-below-and-select-the-two-correct-ones-out-of-them-1-a-lion-eating-a-deer-and-a-sparrow-feeding-on-grain-are-ecologically-similar-in-being-consumers-2-predator-star https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU2NzE-a-country-with-a-high-rate-of-population-growth-took-measures-to-reduce-it-the-figure-below-shows-age-sex-pyramids-of-populations-a-and-b-twenty-years-apart-select-the-correct-interpretation-about-the https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU3NzM-consider-the-following-four-statements-i-iv-about-certain-desert-animals-such-as-kangaroo-rat-i-they-are-dark-coloured-have-a-high-rate-of-reproduction-and-excrete-solid-urine-ii-they-do-not-drink-wat https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU3Nzg-quercus-species-are-the-dominant-component-in-1-temperate-deciduous-forests-2-alpine-forests-3-scrub-forests-4-tropical-rain-forests-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU3ODc-the-population-of-an-insect-species-shows-an-explosive-increase-in-numbers-during-rainy-season-followed-by-its-disappearence-at-the-end-of-the-season-what-does-this-show-1-s-shaped-or-sigmoid-growth-o https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU3OTY-geometric-representation-of-age-structure-is-a-characteristic-of-1-biotic-community-2-population-3-landscape-4-ecosystem-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU4NTM-a-high-density-of-elephant-population-in-an-area-can-result-in-1-mutualism-2-intraspecific-competition-3-interspecific-competition-4-predation-on-one-another-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU4NjA-praying-mantis-is-a-good-example-of-1-mullerian-mimicry-2-warning-colouration-3-social-insects-4-camouflage-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU4Njg-the-formula-for-exponential-population-growth-is-1-dt-dn-rn-2-dn-rn-dt-3-rn-dn-dt-4-dn-dt-rn-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzU4OTQ-annual-migration-does-not-occur-in-the-case-of-1-salmon-2-siberian-crane-3-salamander-4-arctic-tern-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzY4Mjc-the-population-dynamics-of-a-species-is-basically-regulated-by-1-climate-2-food-supply-3-competition-between-and-within-the-species-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzY4NTQ-in-a-lake-that-undergoes-thermal-stratification-blooms-of-phytoplankton-tend-to-occur-1-before-thermal-stratification-2-after-thermal-stratification-3-at-the-onset-of-thermal-stratification-4-at-the-m https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzY4NzQ-commensalism-is-an-association-of-two-species-in-which-1-one-lives-attached-to-the-other-without-harming-it-2-both-organisms-derive-benefits-from-each-other-3-one-derives-its-nutrition-from-the-other https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzcwMjc-some-students-during-a-study-caught-marked-and-released-80-fishes-in-a-pond-later-100-fishes-were-caught-at-random-among-these-40-were-found-to-be-marked-what-is-the-approximate-number-of-fishes-in-th https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzcwNDE-the-sphere-of-living-matter-together-with-water-air-and-soil-on-the-surface-of-earth-is-called-1-atmosphere-2-hydrosphere-3-lithosphere-4-biosphere-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzcwNTM-mutualism-is-found-in-1-hermit-crab-and-sea-anemone-2-ox-pecker-and-rhinoceros-3-zoochlorellae-and-hydra-4-e-coli-and-man-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzcxMTc-july-11-is-observed-as-1-world-population-day-2-no-tobacco-day-3-world-environment-day-4-world-health-day-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzcxMjg-which-one-of-the-following-is-a-matching-pair-of-certain-organism-s-and-the-kind-of-association-1-shark-and-sucker-fish-predation-2-algae-and-fungi-in-lichens-mutualism-3-orchids-growing-on-trees-para https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzcxNjY-if-the-bengal-tiger-becomes-extinct-1-hyenas-and-wolves-will-become-scars-2-the-wild-areas-will-be-safe-for-man-and-domestic-animals-3-its-gene-pool-will-be-lost-forever-4-the-population-of-beautiful https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzcyMTk-which-one-of-the-following-correctly-represents-an-organism-and-its-ecological-niche-1-vallisneria-and-pond-2-desert-locust-schistocerca-and-desert-3-plant-lice-aphids-and-leaf-4-vultures-and-dense-fo https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzcyMjY-in-an-experiment-freshly-hatched-larvae-of-an-insect-khapra-beetle-were-reared-on-a-basal-diet-complete-diet-without-cholesterol-with-increasing-amounts-of-cholesterols-results-obtained-are-shown-in-t https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzczMTI-two-opposite-forces-operate-in-the-growth-and-development-of-every-population-one-of-them-is-related-to-the-ability-to-reproduce-at-a-given-rate-the-force-opposite-to-it-is-called-1-fecundity-2-enviro https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzczMjE-one-of-the-major-difficulties-in-the-biological-control-of-insect-pest-is-that-1-the-predator-develops-a-preference-for-other-diets-and-may-itself-become-a-pest-2-the-predator-does-not-always-survive https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzczMjU-which-of-the-following-statements-is-incorrect-1-lichen-an-association-of-fungus-and-algae-is-an-example-of-mutualism-2-those-epiphytes-which-use-other-plants-for-support-only-and-not-for-water-or-foo https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzczNTE-the-growth-curve-of-bacterial-population-in-lab-is-plotted-against-time-what-will-be-the-shape-of-graph-1-sigmoid-2-hyperbolic-3-ascending-straight-line-4-descending-straight-line-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc0MDU-what-is-the-greek-word-for-ecology-1-ethology-2-oikologia-3-synecology-4-hexicology-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc0MzQ-bacteria-fungi-lower-plants-survive-in-adverse-conditions-by-1-diapause-2-suspended-growth-3-migration-4-formation-of-thick-walled-spores-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc0MzU-what-are-labelled-phases-a-b-and-c-in-given-sigmoidal-growth-curve-a-b-c-1-stationary-log-lag-2-lag-stationary-log-3-log-lag-stationary-4-lag-log-stationary-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc0MzY-monarch-butterfly-escapes-from-predators-by-1-foul-smell-2-bitter-taste-3-colour-combination-4-rough-skin-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc0NzU-which-is-correctly-labelled-with-respect-to-the-given-diagram-1-b-logistic-curve-2-c-carrying-capacity-3-c-exponential-curve-4-a-carrying-capacity-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc1NjY-which-of-the-following-associations-shows-mutualism-1-fig-and-wasp-2-barnacles-on-whale-3-roundworms-in-human-intestine-4-orchids-on-mango-tree-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc2Mzc-match-column-i-with-column-ii-and-select-the-correct-option-from-the-codes-given-below-column-i-column-ii-a-commensalism-i-one-inhibited-other-unaffected-b-parasitism-ii-one-benefited-other-unaffected https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc2NzU-the-process-where-a-population-inhibits-the-growth-of-other-population-without-affecting-itself-is-known-as-1-amensalism-2-parasitism-3-mutualism-4-commensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc2ODI-which-of-the-following-is-not-a-factor-that-would-limit-the-growth-of-a-population-1-food-shortage-2-immigration-3-disease-4-famine-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc4MzE-the-graph-shows-two-types-of-population-growth-curve-a-is-exponential-and-b-is-logistic-which-one-of-the-following-growth-model-considered-as-more-realistic-one-1-exponential-growth-curve-2-logistic-g https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc5MTU-in-an-area-a-population-with-large-size-individuals-having-long-life-span-more-parental-care-and-slow-development-was-present-the-type-of-population-growth-curve-will-be-1-s-shaped-2-j-shaped-3-z-shap https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc5NjE-the-plants-which-can-withstand-with-narrow-and-broad-range-of-temperature-tolerance-respectively-are-1-monothermal-and-stenothermal-2-stenothermal-and-monothermal-3-stenothermal-and-eurythermal-4-sten https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mzc5OTQ-resemblance-of-one-organism-with-its-surroundings-for-protection-and-hiding-is-1-mimicry-2-predation-3-adaptation-4-camouflage-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MzgwNTQ-sinking-of-zooplankton-during-the-day-and-rising-to-the-surface-at-night-is-an-example-of-1-circinal-rhythm-2-circadian-rhythm-3-tidal-rhythm-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDE0NjU-birth-rate-b-death-rate-d-emigration-e-immigration-i-column-i-column-ii-a-population-is-stable-i-b-i-d-e-b-population-is-increasing-ii-b-i-d-e-c-population-is-decreasing-iii-b-i-d-i-1-a-ii-b-i-c-ndash https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDE2MzE-animals-with-a-constant-body-temperature-such-as-mammals-and-birds-require-more-food-than-do-animals-with-a-changing-body-temperature-such-as-reptiles-and-fish-why-1-much-of-the-food-is-utilised-to-pr https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDE2MzM-ecological-niche-is-1-the-surface-area-of-the-ocean-2-an-ecologically-adapted-zone-3-the-physical-position-and-functional-role-of-a-species-within-the-community-4-formed-of-all-plants-and-animals-livi https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM2OTE-i-organisms-living-in-oceans-lakes-and-rivers-face-water-related-problems-ii-euryhaline-can-tolerate-a-wide-range-of-salinities-iii-stenohaline-are-restricted-to-a-narrow-range-of-salinities-iv-no-fre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM2OTI-which-of-the-following-term-implies-the-maintenance-of-relatively-constant-physical-and-chemical-conditions-with-organisms-1-homeostasis-2-adaptation-3-isometry-4-acclimation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM2OTM-human-can-get-homeostasis-through-1-only-physiological-means-2-only-physical-means-3-both-physiological-and-physical-means-4-neither-physiological-nor-physical-means-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM2OTQ-which-of-the-following-statement-is-false-1-osmoconformors-are-able-to-maintain-homeostasis-by-physiological-means-or-sometimes-behavioural-means-also-which-ensure-constant-body-temperature-constant-o https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM2OTU-i-thermoregulation-osmoregulation-and-excretion-are-mechanisms-that-moderate-change-in-the-body-ii-99-animals-and-almost-all-plants-are-conformers-iii-heat-loss-or-heat-gain-is-a-function-of-surface-a https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM2OTY-why-small-animals-are-not-found-in-polar-area-mostly-1-because-they-have-a-smaller-surface-area-relative-to-their-volume-2-because-they-have-a-larger-volume-relative-to-their-surface-area-3-because-th https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM2OTc-kangaroo-rats-1-have-a-generalized-diet-2-avoid-eating-fats-3-do-not-need-to-drink-water-4-are-insensitive-to-heat-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM2OTg-find-out-false-one-1-mammals-from-colder-climate-generally-have-shorter-ears-and-limbs-to-minimise-heat-loss-2-all-organisms-have-behavioural-adaptations-that-allow-them-to-respond-quickly-to-a-stress https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM2OTk-which-of-the-following-statement-is-false-with-respect-to-adaptations-1-many-xerophytic-plants-have-thick-cuticle-on-leaf-epidermis-sunken-stomata-2-some-xerophytic-plants-have-special-photosynthetic https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MDA-density-of-a-population-d-is-1-d-d-size-w-wt-2-d-s-space-n-number-3-d-n-number-s-space-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MDE-if-the-age-distribution-percent-individuals-of-a-given-age-or-age-group-is-plotted-for-population-the-resulting-structure-is-called-1-survivorship-curve-2-life-table-3-age-pyramid-4-logistic-model-1-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MDI-the-age-distribution-of-a-population-is-determined-by-1-timing-of-birth-2-timing-of-death-3-the-rate-at-which-the-population-is-growing-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MDM-what-four-factors-define-population-growth-1-births-deaths-immigration-emigration-2-survivorship-age-specific-mortality-fecundity-death-rate-3-mark-recapture-census-quadrate-sampling-transects-4-age-s https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MDQ-population-growth-of-a-species-is-not-related-to-which-of-the-following-parameters-1-nt-1-nt-b-i-minus-d-e-2-out-of-the-four-basic-processes-effecting-population-growth-three-leads-to-increase-in-popu https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MDU-the-density-of-a-population-in-a-given-habitat-during-a-given-period-fluctuates-due-to-changes-in-four-basic-processes-on-this-basis-fill-up-a-and-b-boxes-in-the-given-diagram-with-correct-options-1-a https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MDY-exponential-growth-occurs-when-there-is-1-asexual-reproduction-only-2-sexual-reproduction-only-3-no-inhibition-from-crowding-4-a-fixed-carrying-capacity-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MDg-the-logistic-population-growth-model-dn-dt-rn-k-n-k-describes-a-populations-growth-when-an-upper-limit-to-growth-is-assumed-this-upper-limit-to-growth-is-known-as-the-population-s-and-as-n-gets-larger https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MDk-in-a-population-growth-rate-curve-the-lag-phase-represents-the-period-when-a-population-is-adjusting-to-a-new-environment-ii-in-a-population-growth-rate-curve-the-steepest-part-of-growth-phase-represe https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MTA-a-broad-based-pyramid-shaped-age-structure-is-characteristic-of-a-population-that-is-1-growing-rapidly-2-at-carrying-capacity-3-stable-4-shrinking-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MTE-carrying-capacity-for-a-population-is-estimated-at-500-the-population-size-is-currently-400-and-rmax-0-01-what-is-dn-dt-1-0-01-2-0-8-3-8-4-50-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MTI-the-evolution-of-the-animal-immune-system-was-probably-driven-by-1-herbivores-pushing-the-animals-toward-extinction-2-the-selective-pressures-of-parasitic-and-disease-organisms-3-competition-between-t https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MTM-which-of-the-following-is-not-entirely-true-fact-1-competition-occurs-when-closely-related-species-compete-for-the-same-resources-that-are-limiting-2-totally-unrelated-species-could-compete-for-the-sa https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MTQ-connell-s-elegant-field-experiments-are-related-to-1-paramecium-2-barnacles-3-viruses-4-protozoans-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MTU-select-the-false-one-1-the-niche-of-a-population-is-the-set-of-conditions-and-resources-it-uses-2-competitive-exclusion-principle-was-first-described-by-gause-for-species-of-paramecium-3-if-a-new-pred https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MTY-a-bird-introduced-from-another-country-became-a-serious-pest-due-to-1-better-adaptation-to-new-area-2-more-sexual-reproduction-3-better-nesting-habitats-4-absence-of-natural-competition-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MTc-through-resource-partitioning-1-two-species-can-compete-for-the-same-prey-2-slight-variation-in-niche-allow-closely-related-species-to-co-exist-in-the-same-habitat-3-competitive-exclusion-results-in-t https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MTg-the-figure-given-below-is-a-diagrammatic-representation-of-response-of-organisms-to-abiotic-factors-what-do-i-ii-and-iii-represent-respectively-i-ii-iii-1-conformer-regulator-partial-regulator-2-regul https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDM3MTk-when-the-value-of-r-is-significantly-low-as-compared-to-another-species-it-is-better-known-by-1-competition-exclusion-2-interference-competition-3-resource-partition-4-competitive-release-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NjI-the-four-levels-of-biological-organization-to-which-ecology-is-basically-concerned-are-1-macromolecules-tissues-populations-biome-2-macromolecules-organisms-population-biome-3-tissues-organs-community https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NjM-physiological-ecology-1-works-at-the-organismic-level-2-tries-to-understand-the-adaptation-with-respect-to-survival-only-3-tries-to-understand-the-adaptation-with-respect-to-reproduction-only-4-none-o https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NjQ-a-wide-variety-of-habitats-within-a-biome-can-be-a-result-of-1-regional-variation-of-temperature-and-precipitation-2-local-variation-of-temperature-and-precipitation-3-both-1-and-2-4-natural-selection https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NjU-how-many-of-the-above-statements-is-are-wrong-a-life-exists-in-compost-pits-permafrost-polar-regions-b-our-intestine-host-only-3-10-microbes-c-major-biomes-of-india-include-desert-rainforest-and-tundr https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2Njc-which-of-the-following-is-best-suited-with-the-abiotic-factor-temperature-playing-role-in-changes-in-the-physicochemical-environment-of-different-habitats-1-the-average-temperature-of-land-is-approxim https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2Njg-aquatic-organisms-face-problems-when-water-quality-gets-disturbed-here-water-quality-includes-1-chemical-composition-temperature-ph-2-chemical-composition-and-ph-3-only-ph-4-ph-and-temperature-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2Njk-the-salt-concentration-of-water-bodies-is-measured-in-1-parts-per-thousands-2-parts-per-million-3-parts-per-billion-4-parts-per-hundreds-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NzA-light-as-an-abiotic-factor-is-important-1-for-photosynthesis-and-flowering-only-2-foraging-reproductive-and-migratory-activities-of-animals-3-a-and-b-both-4-only-for-autotrophs-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NzE-which-statement-among-the-following-is-wrong-1-more-than-500-m-depth-of-the-ocean-doesn-t-get-sunlight-2-the-spectral-quality-of-solar-light-is-important-3-all-the-color-components-of-the-visible-spec https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NzI-the-percolation-property-of-soil-is-controlled-by-which-of-the-following-parameters-1-composition-and-aggregation-2-composition-and-ph-3-composition-aggregation-and-grain-size-4-grain-size-topography https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NzM-in-aquatic-habitats-the-type-of-benthic-animals-is-determined-by-1-the-grain-size-of-soil-at-the-bottom-2-sediment-characteristics-3-percolating-property-of-soil-4-topography-of-soil-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NzQ-when-we-talk-about-the-constant-internal-environment-of-our-body-and-of-any-other-animal-s-body-we-include-1-optimal-temperature-2-osmotic-concentration-of-body-fluids-3-environmental-conditions-affec https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NzU-plants-are-1-regulators-2-conformers-3-partial-regulators-4-partial-conformers-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2NzY-shrews-and-humming-birds-are-not-capable-of-regulating-body-temperature-because-1-thermoregulation-is-energetically-expensive-2-higher-surface-area-to-volume-ratio-3-both-1-and-2-4-thermoregulation-is https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2Nzc-every-hellip-hellip-hellip-keoladeo-national-park-hellip-hellip-in-rajasthan-hosts-thousands-of-migratory-birds-coming-from-hellip-hellip-1-summer-udaypur-himachal-2-winter-bharatpur-siberia-3-summer https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2Nzg-bears-going-into-hibernation-is-an-example-of-1-escape-in-time-2-escape-in-winter-sleep-3-diapause-4-migration-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2Nzk-under-unfavorable-conditions-hellip-hellip-lakes-and-ponds-are-known-to-enter-hellip-hellip-hellip-a-stage-of-suspended-development-1-zoospore-conform-2-zoospore-diapause-3-zooplankton-diapause-4-zoop https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2ODA-migration-is-what-kind-of-adaptation-1-physiological-2-behavioural-3-biochemical-4-physical-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2ODE-find-the-wrong-match-1-kangaroo-rat-internal-fat-oxidation-2-opuntia-morphological-adaptation-3-fishes-at-ocean-bottom-anatomical-adaptation-4-desert-lizards-behavioural-adaptation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2ODI-calculate-the-birth-rate-of-a-population-which-has-20-individuals-at-time-t-after-one-year-8-individuals-have-also-counted-along-with-those-20-1-3-2-0-2-3-0-4-4-0-8-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2ODM-the-size-of-the-population-for-any-species-is-1-dynamic-2-static-3-both-4-always-nt-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2ODQ-population-ecology-links-1-ecology-to-evolution-2-ecology-to-genetics-3-ecology-to-population-genetics-and-evolution-4-ecology-to-diversity-and-evolution-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2ODU-under-normal-circumstances-which-of-the-following-affects-population-density-most-1-nt-2-b-3-i-4-e-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2ODc-the-innate-potential-to-grow-in-number-does-not-follow-which-of-the-following-statements-1-each-species-has-this-ability-2-when-resources-are-unlimited-only-then-it-is-realized-3-this-is-an-ideal-situ https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2ODg-the-equation-of-the-exponential-growth-curve-of-the-population-has-r-rsquo-that-means-which-of-the-following-statements-1-extrinsic-rate-of-natural-increase-2-an-important-parameter-for-assessing-impa https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2ODk-what-does-k-mean-1-nature-s-carrying-capacity-2-number-of-individuals-of-a-species-supported-by-nature-as-per-the-resources-available-3-a-maximum-possible-number-of-individuals-of-a-species-under-prac https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2OTA-in-the-v-pl-growth-curve-the-asymptote-is-reached-when-1-it-s-a-lag-phase-2-just-before-the-lag-phase-3-at-the-time-of-curve-reaching-k-4-the-time-before-deacceleration-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2OTE-evolution-of-population-1-maximizing-reproductive-fitness-2-low-r-value-3-minimizing-darwinian-fitness-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2OTI-which-of-the-following-will-breed-more-than-once-in-their-life-cycle-1-pacific-salmon-fish-2-bamboo-3-cuckoo-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2OTQ-the-biological-community-can-have-1-an-isolated-population-of-plants-which-doesn-t-depend-on-animals-and-microbes-2-an-isolated-population-of-animals-which-doesn-t-depend-on-plants-and-microbes-3-an-i https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2OTU-by-a-particular-interaction-in-a-population-one-species-was-benefited-while-others-was-not-affected-at-all-such-interaction-is-called-as-1-commensalism-2-mutualism-3-vandalism-4-competition-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2OTc-by-a-particular-interaction-in-a-population-one-species-was-harmed-while-other-was-benefited-such-interaction-is-called-as-1-competition-2-predation-3-parasitism-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2OTg-the-interacting-species-live-closely-together-in-which-of-the-following-interaction-1-parasitism-predation-and-commensalism-2-commensalism-amensalism-3-mutualism-and-competition-4-parasitism-mutualism https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2OTk-predation-can-be-thought-as-1-prey-s-way-to-control-its-the-population-2-nature-s-way-of-transferring-energy-to-higher-trophic-levels-3-nature-s-way-of-controlling-predators-food-chain-4-predator-s-wa https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MDA-in-a-broad-ecological-context-which-of-the-following-can-be-a-predator-1-seed-eating-sparrow-2-lion-3-tiger-4-crow-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MDE-predators-cannot-perform-1-conduit-for-energy-transfer-2-control-prey-species-3-make-the-ecosystem-stable-4-keep-a-check-on-diversity-of-species-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MDI-why-does-the-exotic-species-become-invasive-and-start-spreading-fast-1-it-gets-better-nutrition-there-2-because-of-the-lack-of-competition-from-other-exotic-plants-3-because-of-the-lack-of-natural-pre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MDM-the-prickly-pear-cactus-introduced-in-australia-in-the-1920s-got-famous-because-of-the-lack-of-which-population-interaction-1-competition-2-predation-3-parasitism-4-amensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MDQ-the-invasiveness-of-prickly-pear-cactus-in-australia-was-controlled-by-introducing-a-predator-from-its-natural-habitat-and-this-predator-was-1-a-ladybird-2-a-moth-3-a-wasp-4-a-desert-fly-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MDU-among-the-rocky-intertidal-communities-of-the-american-pacific-coast-the-starfish-pisaster-is-an-important-1-prey-2-predator-3-parasite-4-competitor-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MDY-if-in-a-hypothetical-case-you-remove-a-predator-from-an-ecosystem-and-as-a-result-few-prey-species-get-extinct-what-does-it-show-1-interspecific-competition-2-intraspecific-competition-3-parasitism-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MDc-when-the-predator-keeps-on-eating-the-prey-then-in-the-end-there-should-be-no-more-prey-to-be-eaten-by-the-predator-but-this-situation-is-not-observed-in-the-case-of-predation-in-nature-because-1-pred https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MDg-monarch-butterfly-1-has-biochemical-defense-mechanism-2-acquires-biochemical-defense-mechanism-during-its-caterpillar-stage-by-feeding-on-poisonous-weed-3-is-highly-distasteful-to-predator-zebra-4-bot https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MDk-how-many-insects-are-phytophagous-and-such-interaction-is-called-as-1-30-parasitism-2-25-predation-3-33-commensalism-4-40-mentalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MTA-acacia-and-cactus-show-which-kind-of-defenses-1-biochemical-2-biomolecular-3-morphological-4-behavioural-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MTE-calotropis-doesn-t-allow-any-cows-and-goats-to-browse-around-by-releasing-1-cardiac-glucosamine-2-cardiac-glucoside-3-cardiac-glycoside-4-cardiac-nitroxide-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MTI-which-of-the-following-is-not-produced-plants-as-a-product-of-defense-mechanism-1-nicotine-quinine-2-caffeine-3-strychnine-4-tumrine-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MTM-darwin-was-convinced-enough-for-considering-hellip-hellip-hellip-a-potential-force-in-organic-evolution-1-interspecific-competition-2-intraspecific-competition-3-mutualism-4-predation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MTQ-competition-occurs-when-closely-related-species-compete-for-the-same-resources-that-are-limiting-in-this-statement-two-concepts-are-emphasized-one-is-closely-related-species-and-the-other-the-resource https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MTU-in-some-shallow-south-american-lakes-visiting-flamingoes-and-resident-fishes-show-which-kind-of-interaction-1-competition-2-predation-3-parasitism-4-commensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MTY-the-feeding-efficiency-of-one-species-might-be-reduced-due-to-the-inhibitory-presence-of-another-species-with-abundant-food-and-space-what-does-it-imply-1-for-competition-to-occur-resources-need-not-b https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MTc-competition-can-be-defined-best-as-1-a-process-in-which-the-fitness-of-one-species-i-e-r-is-significantly-lower-in-the-presence-of-another-species-2-competition-occurs-when-closely-related-species-com https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MTg-gause-s-competitive-exclusion-principle-applies-only-when-1-species-are-closely-related-to-each-other-2-competing-for-the-same-resources-3-resources-are-limiting-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MTk-the-abingdon-tortoise-in-galapagos-islands-became-extinct-within-a-decade-after-goats-were-introduced-on-the-island-apparently-due-to-1-superiority-of-goats-2-greater-browsing-efficiency-of-goats-3-hi https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MjA-gause-s-competitive-exclusion-principle-is-challenged-by-1-competitive-release-2-resource-partitioning-3-mutual-exclusion-4-predation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MjE-macarthur-s-warblers-living-on-the-same-tree-showed-which-type-of-interaction-1-interspecific-competition-2-co-existance-3-competitive-release-4-intraspecific-competition-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MjI-macarthur-s-warblers-could-coexist-due-to-1-behavioral-differences-in-their-foraging-activities-2-temporal-differences-in-their-foraging-activities-3-spatial-differences-in-their-foraging-activities-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MjM-the-occurrence-of-competition-in-nature-proof-for-this-comes-from-1-resource-partitioning-2-co-existance-3-competitive-release-4-behavioral-changes-in-foraging-patterns-of-warblers-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MjQ-in-connell-s-elegant-field-experiments-on-the-rocky-sea-coasts-of-scotland-which-of-the-following-observation-was-recorded-1-barnacle-balanus-dominates-and-exclude-the-smaller-barnacle-chathamalus-fro https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MjU-hellip-hellip-and-hellip-hellip-appear-to-be-more-adversely-affected-by-competition-than-hellip-hellip-1-plants-carnivores-herbivores-2-carnivores-herbivores-plants-3-omnivores-carnivores-plants-4-pla https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MjY-host-specific-parasites-show-which-ecological-phenomenon-1-co-evolve-2-competition-3-predation-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3Mjg-parasites-often-have-one-or-two-intermediate-hosts-or-vectors-1-to-make-a-life-cycle-more-complicated-2-to-facilitate-parasitization-of-its-primary-host-3-to-cause-advanced-life-cycle-4-to-infect-a-br https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3Mjk-the-human-liver-fluke-1-a-trematode-parasite-2-depends-on-two-intermediate-hosts-snail-and-dog-3-both-1-and-2-4-simple-life-cycle-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MzA-which-of-the-following-is-not-correct-with-respect-to-parasites-1-harm-the-host-2-reduce-survival-growth-of-the-host-3-doesn-t-affect-population-density-of-host-as-no-effect-on-reproduction-ability-of https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MzE-which-of-the-following-is-not-an-ectoparasite-1-ticks-2-lice-3-copepods-4-fluke-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MzI-female-mosquito-1-needs-our-blood-for-reproduction-2-parasite-3-get-some-nutrition-from-our-body-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MzM-endoparasites-have-1-complex-life-cycle-2-complex-anatomical-and-morphological-features-3-less-emphasis-on-reproductive-potential-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MzQ-endoparasites-have-a-complex-life-cycle-1-because-of-extreme-morphological-adaptations-2-because-of-extreme-specialization-3-because-of-extreme-anatomical-adaptation-4-because-of-less-reproductive-pot https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MzU-in-brood-parasitism-which-of-the-two-birds-are-involved-1-cuckoo-and-parrot-2-parrot-and-crow-3-crow-and-cuckoo-4-cuckoo-and-eagle-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3MzY-which-of-the-following-is-not-an-example-of-commensalism-1-orchid-as-an-epiphyte-over-a-mango-tree-2-barnacle-on-the-back-of-a-whale-3-copepods-over-marine-fishes-4-cattle-egret-and-grazing-cattle-1-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3Mzc-which-of-the-following-is-not-an-example-of-commensalism-1-orchid-over-the-mango-tree-2-barnacle-on-the-back-of-a-whale-3-cattle-egret-and-grazing-cattle-4-cuscuta-and-hedge-plants-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3Mzg-lichens-1-an-intimate-mutualistic-relationship-2-between-fungus-and-algae-3-both-1-and-2-4-confers-benefit-to-one-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3Mzk-mycorrhizae-are-associations-between-1-fungi-and-roots-of-higher-plants-2-fungi-and-algae-3-fungi-and-cyanobacteria-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3NDA-higher-plants-provide-hellip-hellip-to-fungi-in-mycorrhizae-1-energy-yielding-fats-2-energy-yielding-carbohydrate-3-energy-yielding-proteins-4-energy-yielding-organic-acid-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3NDE-the-most-spectacular-and-evolutionarily-fascinating-example-of-mutualism-is-1-mycorrhizae-2-lichens-3-plant-animal-relationship-4-orchid-and-mango-tree-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3NDI-plants-don-t-need-the-help-of-animals-1-for-pollination-2-for-dispersal-of-seeds-3-for-both-1-and-2-4-for-nutrient-absorption-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3NDM-pollinators-didn-t-get-which-of-the-following-awards-generally-1-nectar-2-pollen-3-juicy-and-nutritious-fruits-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3NDU-cheaters-are-1-flowers-which-do-not-give-nectar-and-get-pollinated-2-animals-which-get-nectar-but-do-not-pollinate-3-both-1-and-2-4-animals-try-to-steal-nectar-by-giving-them-false-pollen-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3NDY-many-species-of-fig-and-wasp-show-1-one-to-one-relationship-2-one-fig-species-will-be-pollinated-by-many-wasp-species-3-male-wasp-uses-the-fruit-not-only-oviposition-site-but-gets-developing-seeds-as https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3NDc-sexual-deceit-is-1-all-orchid-employ-it-2-leaf-resembles-female-bees-in-color-size-and-markings-3-male-bee-pseudocopulation-the-leaf-4-this-male-takes-away-pollen-with-itself-and-then-goes-to-another https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg3NDg-mediterranean-orchids-and-bees-do-not-set-an-example-of-1-coevolution-2-pseudocopulation-3-mimicry-4-commensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NTgzNzQ-symptoms-of-altitude-sickness-include-all-except-nausea-2-fatigue-heart-palpitation-4-hyperoxia-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NTgzNzU-shivering-during-cold-is-beneficial-for-mammals-it-helps-to-1-decrease-body-temperature-2-increase-body-temperature-3-decrease-rate-of-metabolism-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NTgzNzY-many-adaptations-of-an-organism-have-evolved-over-a-long-duration-of-evolution-and-are-1-genetically-unstable-2-genetically-fixed-3-genetically-disadvantageous-4-genetically-extemporaneous-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NTgzNzc-the-main-reason-behind-building-burrows-in-soil-by-burrowing-animals-is-1-to-escape-from-predators-2-to-derive-nutrition-parts-of-plants-from-underground-3-the-mode-of-evolution-chose-burrows-as-a-spe https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NTgzNzg-choose-the-odd-one-out-with-respect-to-structure-formed-in-the-different-organisms-during-suspended-phase-1-bacteria-thick-walled-spores-2-higher-plants-seeds-vegetative-propagules-3-zooplankton-diapa https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NTgzNzk-smaller-animals-tend-to-lose-body-heat-very-fast-as-compared-to-larger-animals-because-they-have-1-higher-surface-to-volume-ratio-2-lower-surface-to-volume-ratio-3-equal-values-of-surface-and-volume-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NTgzODA-select-the-incorrect-statement-1-organisms-living-in-oceans-lakes-and-rivers-do-not-face-any-water-related-problems-2-productivity-and-distribution-of-plants-is-dependent-on-water-3-the-levels-of-ther https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NTgzODE-population-size-in-any-given-habitat-is-also-known-as-1-population-cluster-2-population-explosion-3-population-abundance-4-population-density-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjI4NDc-the-population-with-the-following-age-pyramid-1-will-grow-exponentially-in-near-future-2-will-grow-steadily-in-the-future-3-is-likely-to-remain-stable-in-future-4-is-likely-to-decline-in-future-1-2-3 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjMzNzg-mycorrhizal-hyphae-helps-in-1-absorbing-minerals-and-ions-2-maintaining-cell-shape-3-increasing-cellular-respiration-4-anchoring-a-plant-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjMzODA-earliest-vascular-plants-on-land-acquired-water-and-mineral-nutrients-most-likely-by-1-absorption-by-trichomes-2-diffusion-through-stomata-3-the-help-of-symbiotic-mycorrhizae-4-osmosis-through-the-roo https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjMzODE-epiphytes-1-are-aerial-vines-common-in-tropical-regions-2-are-parasitic-and-use-haustoria-3-live-in-oligotrophic-soil-and-digest-insects-to-obtain-nitrogen-4-grow-on-other-plants-but-do-not-obtain-nut https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQ0NjU-the-endosymbiosis-between-early-eukaryotes-and-the-prokaryote-lineage-would-be-an-example-of-1-commensalism2-mutualism-3-parasitism4-competition-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NzQwMDU-the-type-of-population-interaction-exhibited-by-visiting-flamingos-and-resident-fishes-in-south-american-lakes-is-also-shown-by-1-sparrow-eating-any-seed-2-cuckoo-and-crow-3-abingdon-tortoise-and-goat https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NzQwMjU-ecology-is-basically-concerned-with-four-levels-of-biological-organization-which-one-of-the-following-is-correct-representation-1-population-8594-ecosystem-8594-biome-8594-landscape-2-communities-8594 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246ODkzMDM-niche-is-1-all-the-biological-factors-in-the-organism-environment-2-the-physical-space-where-an-organism-lives-3-the-range-of-temperature-that-the-organism-needs-to-live-4-the-functional-role-played-b https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246ODkzMDQ-natality-refers-to-1-death-rate-2-birth-rate-3-number-of-individuals-leaving-the-habitat-4-number-of-individuals-entering-the-habitat-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246ODkzODI-in-a-growing-population-of-a-country-1-pre-reproductive-individuals-are-more-than-reproductive-individuals-2-reproductive-individuals-are-less-than-post-reproductive-individuals-3-reproductive-and-pre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246ODkzOTQ-which-one-of-the-following-population-interactions-is-widely-used-in-medical-science-for-the-production-of-antibiotics-1-commensalism-2-mutualism-3-parasitism-4-amensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTA0Njk-it-is-much-easier-for-a-small-animal-to-run-uphill-than-for-a-large-animal-because-1-smaller-animals-have-a-higher-metabolic-rate-2-small-animals-have-a-lower-o2-requirement-3-the-efficiency-of-muscle https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTIwMzY-according-to-darwin-organic-evolution-is-due-to-1-interspecific-competition-2-competition-within-closely-related-species-3-reduced-feeding-efficiency-in-one-species-due-to-the-presence-of-interfering https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTI3MzM-what-type-of-human-population-is-represented-by-the-following-age-pyramid-1-stable-population-2-declining-population-3-expanding-population-4-vanishing-population-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTI3NDY-which-one-of-the-following-is-categorized-as-a-parasite-in-a-true-sense-1-human-foetus-developing-inside-the-uterus-draws-nourishment-from-the-mother-2-head-louse-living-on-the-human-scalp-as-well-as https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTI5MjY-formation-of-tropical-forests-needs-mean-annual-temperature-and-mean-annual-precipitation-as-1-18-ndash-25oc-and-150-400cm-2-5-ndash-15oc-and-50-ndash-100-cm-3-30-ndash-50oc-and-100-ndash-150cm-4-5-nd https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTM3MjU-the-table-below-gives-the-populations-in-thousands-of-ten-species-a-j-in-four-areas-a-d-consisting-of-the-number-of-habitats-given-within-brackets-against-each-study-the-table-and-answer-the-question https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTM3MjY-the-population-of-an-insect-species-shows-an-explosive-increase-in-numbers-during-the-rainy-season-followed-by-its-disappearance-at-the-end-of-the-season-what-does-this-show-1-s-shaped-or-sigmoid-grow https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTM4OTQ-if-the-mean-and-the-median-pertaining-to-a-certain-character-of-a-population-are-of-the-same-value-the-following-is-most-likely-to-occur-1-a-normal-distribution-2-a-bi-modal-distribution-3-a-t-shaped https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTQzMjk-zero-growth-means-1-natality-balance-mortality-2-natality-is-more-than-mortality-3-natality-is-less-than-mortality-4-natality-is-zero-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTQ1ODQ-biotic-potential-or-potential-natality-means-1-natural-increase-of-population-under-ideal-optimum-conditions-2-potential-of-organisms-in-a-biome-3-number-of-organisms-in-a-biome-4-species-of-maximum-n https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTQ2MTg-overlapping-region-between-two-ecosystems-is-called-1-biome-2-ecotone-3-niche-4-photic-zone-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTQ2MjI-benthic-organisms-are-found-in-1-surface-of-marine-water-2-middle-of-water-in-sea-3-bottom-of-sea-4-on-ground-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTUxNjQ-predation-and-parasitism-are-which-type-of-interactions-1-2-o-3-4-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTI1NDQ5-which-two-of-the-following-changes-a-d-usually-tend-to-occur-in-the-plain-dwellers-when-they-move-to-high-altitudes-3-500-m-or-more-a-increase-in-red-blood-cell-size-b-increase-in-red-blood-cell-produ https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTMxNDc5-carnivorous-animals-lions-and-leopards-occupy-the-same-niche-but-lions-predate-mostly-larger-animals-and-leopards-take-smaller-ones-this-mechanism-of-competition-is-referred-to-as-1-character-displace https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTMxNzA4-between-which-of-the-following-the-relationship-is-not-an-example-of-commensalism-1-orchid-and-the-tree-on-which-it-grows-2-cattle-egret-and-grazing-cattle-3-sea-anemone-and-clownfish-4-female-wasp-an https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTg1MzM4-secondary-metabolites-such-as-nicotine-strychnine-and-caffeine-are-produced-by-plants-for-their-1-growth-response-2-defence-action-3-effect-on-reproduction-4-nutritive-value-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTg1Mzcz-which-of-the-following-is-not-an-attribute-of-a-population-1-natality-2-mortality-3-species-interaction-4-sex-ratio-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTg1NDE1-the-process-of-growth-is-maximum-during-1-lag-phase-2-senescence-3-dormancy-4-log-phase-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjAwMzIw-consider-the-following-water-conservation-mechanisms-a-nasal-countercurrent-mechanism-b-dependence-on-metabolic-water-c-highly-hypertonic-urine-d-living-one-more-on-protein-rich-diet-the-kangaroo-rat https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjQ1MDUz-match-the-items-in-column-i-with-those-in-column-ii-column-i-column-ii-a-herbivores-plants-i-commensalism-b-mycorrhiza-plants-ii-mutualism-c-sheep-cattle-iii-predation-d-orchid-tree-iv-competition-sel https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjQ1MDU0-the-impact-of-immigration-on-population-density-is-1-negative-2-both-positive-and-negative-3-neutralized-by-natality-4-positive-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mjc3MjEz-inspite-of-interspecific-competition-in-nature-which-mechanism-the-competing-species-might-have-evolved-for-their-survival-1-mutualism-2-predation-3-resource-partitioning-4-competitive-release-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mjc3MjE0-amensalism-can-be-represented-as-1-species-a-ndash-species-b-ndash-2-species-a-species-b-0-3-species-a-ndash-species-b-0-4-species-a-species-b-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mjc3MjUw-in-the-exponential-growth-equation-nt-n0ert-e-represents-1-the-base-of-natural-logarithms-2-the-base-of-geometric-logarithms-3-the-base-of-number-logarithms-4-the-base-of-exponential-logarithms-1-2-3 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mjc3Mjk1-match-list-i-with-list-ii-list-i-list-ii-a-allen-s-rule-i-kangaroo-rat-b-physiological-adaptation-ii-desert-lizard-c-behavioural-adaptation-iii-marine-fish-at-depth-d-biochemical-adaptation-iv-polar-s https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mjc3Mjk3-given-below-are-two-statements-one-is-labeled-as-assertion-a-and-the-other-is-labeled-as-reason-r-assertion-a-a-person-goes-to-a-high-altitude-and-experiences-altitude-sickness-with-symptoms-like-brea https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Mzk2-an-epiphyte-is-a-plant-that-i-grows-on-other-plants-for-physical-support-ii-affects-the-host-negatively-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-and-ii-are-incorre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Mzk3-cuscuta-dodder-1-is-capable-of-living-in-oligotrophic-soils-by-getting-nitrogen-from-insectivory-2-produces-haustoria-that-insert-themselves-into-the-vascular-system-of-the-host-3-is-a-typical-ephemer https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Mzk5-calotropis-are-avoided-by-grazing-herbivores-because-they-produce-1-stipules-2-thorns-3-mustard-oils-4-cardiac-glycosides-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5NDMz-semelparity-is-a-reproductive-strategy-also-known-as-big-bang-reproduction-this-is-because-the-single-reproductive-event-of-semelparous-organisms-is-usually-large-as-well-as-fatal-a-classical-example https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Njgx-the-mean-annual-precipitation-is-the-most-variable-in-1-tropical-forest-2-desert-3-grassland-4-arctic-tundra-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Njgy-consider-the-given-statements-i-temperature-is-the-most-important-ecologically-relevant-environmental-factor-ii-animals-living-in-aquatic-environment-do-not-face-any-water-related-problems-iii-photope https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Njgz-if-the-core-body-temperature-of-a-human-body-goes-below-37-oc-the-feedback-mechanism-elicited-to-bring-the-temperature-back-to-normal-will-include-1-vasoconstriction-and-sweating-2-vasodilation-and-sw https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Njg0-very-small-animals-are-rarely-found-in-polar-regions-mainly-because-1-there-is-an-abundance-of-large-predators-in-the-polar-regions-2-very-small-animals-are-generally-herbivores-and-grasses-do-not-gro https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Njg1-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-hibernation-p-bears-in-winter-months-b-aestivation-q-air-breathing-land-snails https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Njg2-kangaroo-rat-i-has-a-marsupium-to-nurse-the-young-ones-ii-obtain-enough-water-from-the-metabolic-oxidation-of-the-seeds-they-eat-to-survive-and-do-not-need-to-drink-water-at-all-1-only-i-is-correct-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Njg3-given-below-are-two-population-pyramids-both-of-india-one-for-year-2000-and-another-for-year-2020-1-pyramid-a-is-of-2020-as-it-has-a-broader-base-2-pyramid-b-is-of-2000-as-it-has-more-females-in-the-y https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5Njg4-the-population-of-ukraine-today-is-most-likely-to-be-affected-by-1-natality-2-mortality-3-immigration-4-emigration-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5NzAz-predators-1-act-as-conduits-for-energy-transfer-across-trophic-levels-2-do-not-include-herbivores-in-broad-ecological-context-3-indiscriminately-kill-their-prey-4-have-a-very-high-biotic-potential-1-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5NzEw-a-form-of-mimicry-where-a-harmless-species-has-evolved-to-imitate-the-warning-signals-of-a-harmful-species-directed-at-a-predator-of-them-both-is-called-as-1-mullerian-mimicry-2-batesian-mimicry-3-apo https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5NzEz-fishes-living-in-freshwater-1-drink-lot-of-water-pass-lot-of-urine-and-constantly-lose-salt-to-the-outside-2-do-not-drink-water-pass-lot-of-urine-and-constantly-pick-salt-actively-from-the-outside-3-d https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5NzE0-consider-the-two-statements-i-haemoglobin-in-humans-adapted-to-very-high-altitudes-has-a-lower-binding-affinity-for-oxygen-than-that-found-in-humans-living-at-the-sea-level-ii-lower-affinity-of-haemog https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5NzE2-the-relationship-between-nitrosomonas-and-nitrobacter-can-be-best-described-as-1-mutualism-2-commensalism-3-competition-4-amensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI5NzE3-consider-the-two-given-statements-i-the-life-cycles-of-endoparasites-are-more-complex-than-that-of-the-ectoparasites-ii-the-morphological-and-anatomical-features-of-endoparasites-are-greatly-simplifie https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM0NDk3-according-to-the-isfr-india-state-of-forest-report-2021-what-percent-of-total-geographic-area-of-india-is-the-forest-cover-1-21-7-2-33-33-3-50-4-66-66-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM0NTgw-temperature-is-the-most-important-environmental-factor-for-organisms-because-1-it-affects-enzyme-kinetics-2-its-availability-is-closely-linked-to-the-availability-of-light-3-it-causes-more-water-to-be https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM0NTgx-for-which-of-the-following-animals-will-thermoregulation-be-the-most-energetically-expensive-1-elephant-2-humming-bird-3-rabbit-4-horse-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM0NTgy-to-overcome-short-duration-stressful-conditions-organism-may-escape-the-stressful-conditions-in-time-all-the-following-will-be-example-for-this-strategy-except-1-hibernation-2-aestivation-3-migration https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM0NTgz-most-birds-and-mammals-1-breed-many-times-during-their-lifetime-and-produce-a-small-number-of-large-sized-offspring-2-breed-only-once-during-their-lifetime-and-produce-a-small-number-of-large-sized-of https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM0NTg0-cattle-and-goats-are-not-seen-browsing-on-calotropis-growing-in-abandoned-fields-because-1-the-plant-has-a-large-number-of-thorns-2-the-plant-produces-toxic-cardiac-glycosides-3-the-plant-leaves-secre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM0NTg1-in-accordance-with-their-lifestyles-parasites-evolved-special-adaptations-that-do-not-include-1-the-loss-of-unnecessary-sense-organs-2-presence-of-adhesive-organs-or-suckers-to-cling-on-to-the-host-3 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM0NTg2-which-of-the-following-is-not-an-example-of-commensalism-1-an-orchid-growing-as-an-epiphyte-on-a-mango-branch-2-barnacles-growing-on-the-back-of-a-whale-3-cuckoo-laying-eggs-in-the-nests-of-crow-4-clo https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM0ODI1-organisms-that-are-highly-valuable-in-learning-about-phloem-transport-are-1-aphids-2-humming-birds-3-leaf-miners-4-caterpillars-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM3NjI2-if-n-is-the-population-size-r-is-the-intrinsic-growth-rate-k-is-the-carrying-capacity-of-the-local-environment-and-dn-dt-is-the-rate-of-change-in-population-with-time-then-the-verhulst-pearl-logistic https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM3NjI3-thermoregulation-is-likely-to-be-energetically-most-expensive-for-1-blue-whale-2-humans-3-humming-birds-4-elephant-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM3NjM2-in-lsquo-competitive-release-rsquo-1-differences-among-similar-species-whose-distributions-overlap-geographically-are-accentuated-in-regions-where-the-species-co-occur-but-are-minimized-or-lost-where https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM4MTkz-identify-the-option-where-the-relationship-between-given-organisms-is-correctly-described-1-flamingoes-visiting-american-lakes-and-resident-fishes-commensalism-2-yucca-plant-and-tegeticula-yuccasella https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM4MjE0-if-you-draw-the-age-pyramid-for-a-population-that-is-expanding-in-size-you-would-expect-that-1-the-number-of-individuals-in-the-pre-reproductive-age-group-are-more-than-the-number-of-individuals-in-th https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM5NDI1-which-one-of-the-following-statements-cannot-be-connected-to-predation-1-it-is-necessitated-by-nature-to-maintain-the-ecological-balance-2-it-helps-in-maintaining-species-diversity-in-a-community-3-it https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM5NDU5-while-explaining-interspecific-interaction-of-population-sign-is-assigned-for-beneficial-interaction-ndash-sign-is-assigned-for-detrimental-interaction-and-0-for-neutral-interaction-which-of-the-follo https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM5NDg4-if-8-drosophila-in-a-laboratory-population-of-80-died-during-a-week-the-death-rate-in-the-population-is-individuals-per-drosophila-per-week-1-zero-2-0-1-3-10-4-1-0-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM5ODQ5-the-process-of-individuals-of-the-same-species-that-have-come-into-the-habitat-from-elsewhere-during-the-time-period-under-consideration-is-referred-as-1-association-2-emigration-3-competition-4-immig https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM5ODYx-which-of-the-following-is-the-correct-equation-of-exponential-growth-1-n-t-n-0-e-rnt-2-n-t-n-0-e-rpt-3-n-t-n-0-e-rst-4-n-t-n-0-e-rt-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM5ODk0-a-population-with-finite-resources-shows-a-logistic-growth-curve-where-the-correct-sequence-of-events-will-be-1-stationary-phase-rarr-acceleration-phase-rarr-lag-phase-rarr-asymptote-2-acceleration-ph https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQxOTg5-which-of-the-following-best-describes-resource-partitioning-1-competitive-exclusion-that-results-in-the-success-of-the-superior-species-2-slight-variations-in-niche-that-allow-similar-species-to-coexi https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQyMzgy-exponential-growth-of-a-population-is-represented-by-dn-dt-1-frac-r-n-k-2-rn-3-rn-k-n-4-r-n-frac-k-n-k-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQyNzA3-which-of-the-following-is-an-important-difference-between-an-endotherm-and-ectotherm-of-similar-body-size-1-only-the-ectotherm-uses-behavioral-thermoregulation-2-only-the-ectotherm-can-constrict-and-d https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQyNzY1-introduced-species-can-have-deleterious-effects-on-biological-communities-by-1-preying-on-native-species-2-competing-with-native-species-for-food-or-light-3-displacing-native-species-4-all-of-the-opti https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQyNzcy-logistic-growth-of-a-population-is-represented-by-dn-dt-1-frac-r-n-k-2-rn-3-r-n-k-n-4-r-n-frac-k-n-k-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQyNzg1-given-below-are-two-statements-assertion-a-all-the-mammals-are-endotherm-reason-r-mammals-possess-four-chambered-heart-and-respire-through-lungs-1-both-a-and-r-are-true-and-r-is-the-correct-explanatio https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQzMDY1-which-of-the-following-are-important-biotic-factors-that-can-affect-the-structure-and-organization-of-biological-communities-1-precipitation-wind-2-nutrient-availability-soil-ph-3-predation-competitio https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQzMDY2-which-statement-best-describes-the-evolutionary-significance-of-mutualism-1-mutualism-offers-more-biodiversity-to-a-community-2-individuals-taking-part-in-a-mutualistic-relationship-are-more-resistant https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQzOTQ3-to-withstand-the-extreme-dehydration-many-invertebrates-enter-a-state-known-as-anhydrobiosis-which-of-the-following-compatible-osmolytes-accumulate-to-relatively-high-levels-and-protect-the-organisms https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQzOTUy-competition-for-light-nutrients-and-space-is-most-severe-between-1-closely-related-organisms-growing-in-the-same-niche-2-closely-related-organisms-growing-in-the-different-niche-3-distantly-related-or https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQzOTU0-while-studying-the-population-of-rat-in-a-warehouse-you-found-that-average-natality-was-250-average-mortality-was-240-immigration-was-20-and-emigration-was-30-what-will-be-the-net-increase-in-rat-popu https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ0NDA5-select-correct-combinations-a-water-potential-solute-potential-pressure-potential-b-respiratory-quotient-rq-volume-of-co2-evolved-volume-of-consumed-co2-c-text-dna-small-xrightarrow-boxed-text-transla https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ0NzQ0-if-you-go-to-the-countryside-you-often-see-the-cattle-egret-forage-close-to-where-the-cattle-are-grazing-the-egret-catches-insects-that-flush-out-from-the-vegetation-due-to-the-moving-cattle-the-inter https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ0OTky-arrange-in-correct-sequence-of-the-levels-of-biological-organization-a-ecosystem-b-community-c-population-d-organism-e-biosphere-choose-the-correct-from-the-options-given-below-1-b-a-c-d-e-2-d-c-a-b-e https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ1MDY2-species-found-only-in-a-given-region-and-nowhere-else-in-the-world-are-called-a-regiodemic-b-demographic-c-pandemic-d-endemic-e-epidemic-choose-the-correct-answer-from-the-options-given-below-1-b-only https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ2NDkw-two-butterfly-species-are-competing-for-the-same-nectar-of-a-flower-in-a-garden-to-survive-and-coexist-together-they-may-avoid-competition-in-the-same-garden-by-1-feeding-at-the-same-time-2-choosing-d https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTIw-identify-the-correct-statements-i-ramdeo-misra-is-revered-as-the-father-of-ecology-in-india-ii-ecology-studies-the-interactions-among-organisms-and-between-the-organism-and-its-physical-abiotic-enviro https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTIx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-physico-chemical-abiotic-components-of-ecosystem-alone-characterise-the-habitat-of-a https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTIy-niche-of-an-organism-includes-i-range-of-conditions-that-it-can-tolerate-ii-diversity-in-the-resources-it-utilises-iii-its-distinct-functional-role-in-the-ecological-system-1-only-i-2-only-iii-3-only https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTIz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-organisms-living-in-oceans-do-not-face-any-water-related-problems-reason-r-life-on-earth https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTI0-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-availability-of-light-on-land-is-closely-linked-with-that-of-temperature-reason-r-su https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTI1-identify-the-correct-statements-statement-i-many-plants-depend-on-sunlight-to-meet-their-photoperiodic-requirement-for-flowering-statement-ii-many-animals-use-photoperiod-cues-for-timing-their-foragin https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTI2-soil-is-an-important-abiotic-factor-in-an-ecosystem-because-i-its-characteristics-determine-to-a-large-extent-the-vegetation-in-any-area-ii-in-the-aquatic-environment-the-sediment-characteristics-ofte https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTI3-maintenance-of-a-constant-internal-environment-in-spite-of-an-ever-changing-external-environment-by-living-organisms-is-called-1-hemostasis-2-homeostasis-3-thermoregulation-4-osmoregulation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTI4-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-ability-to-maintain-a-constant-internal-environment-enhances-the-overall-lsquo-fitness-r https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTI5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-conformers-resign-themselves-to-sub-optimal-performance-if-the-prevailing-environmental https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTMw-if-the-stressful-external-conditions-are-localised-the-organism-can-i-migrate-temporarily-ii-suspend-their-development-till-the-return-of-favourable-conditions-iii-become-lsquo-regulators-rsquo-if-the https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTMx-identify-the-correct-statements-statement-i-bears-go-into-aestivation-to-avoid-summer-related-problems-ndash-heat-and-dessication-statement-ii-snails-and-fish-go-into-hibernation-during-winter-1-only https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTMy-select-the-correct-statements-i-many-adaptations-have-evolved-over-a-long-evolutionary-time-and-are-genetically-fixed-ii-kangaroo-rat-has-a-remarkable-ability-to-concentrate-its-urine-iii-in-opuntia-l https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTMz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-tribes-living-in-high-altitudes-of-himalayas-normally-have-a-higher-rbc-count-or-total-h https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTM0-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-population-ecology-links-ecology-to-population-genetics-and-evolution-reason-r-it-is-at https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTM1-in-an-area-there-are-200-carrot-grass-plants-but-only-a-single-huge-banyan-tree-with-a-large-canopy-i-the-ecological-role-of-the-banyan-tree-in-this-community-is-negligible-when-compared-to-that-of-ca https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTM2-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-number-of-fish-caught-per-trap-is-not-a-good-measure-of-its-total-population-density https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTM3-if-lsquo-n-rsquo-is-the-population-density-at-time-lsquo-t-rsquo-then-its-density-at-time-lsquo-t-1-rsquo-is-i-nt-1-nt-b-i-ndash-d-e-ii-b-is-a-measure-of-natality-and-d-is-a-measure-of-mortality-iii-i https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTM4-in-the-given-figure-i-b-d-and-e-stand-for-i-b-d-e-1-emigration-natality-mortality-immigration-2-emigration-mortality-natality-immigration-3-immigration-natality-mortality-emigration-4-immigration-mort https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTM5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-logistic-growth-model-is-more-realistic-for-most-animal-populations-in-nature-reason https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTQw-identify-the-correct-statements-i-pacific-salmon-and-bamboo-breed-many-times-during-their-lifetimes-ii-birds-and-mammals-breed-many-times-during-their-lifetimes-and-produce-a-small-number-of-large-siz https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTQx-the-picture-below-shows-the-caterpillar-of-cinnabar-moth-the-ragwort-plants-on-which-the-caterpillars-feed-contain-alkaloid-poisons-as-they-eat-the-leaves-the-caterpillars-store-the-poison-and-this-is https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTQy-cornell-studied-two-barnacles-ndash-chthamalus-and-balanus-chthamalus-is-usually-found-higher-on-the-rocks-he-removed-balanus-from-the-rocks-at-several-sites-the-result-showed-that-chthamalus-spread-i https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTQz-the-number-of-correct-statements-amongst-the-given-is-statement-i-parasitism-has-evolved-in-many-taxonomic-groups-from-plants-to-higher-vertebrates-statement-ii-many-parasites-have-evolved-to-be-host https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTQ0-the-given-picture-shows-cascuta-commonly-found-growing-on-hedge-plants-such-relationship-is-also-exemplified-by-i-lice-on-humans-and-ticks-on-dogs-ii-marine-fish-infested-with-ectoparasitic-copepods-i https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTQ1-consider-the-two-statements-given-below-statement-i-the-morphological-and-anatomical-features-of-endoparasites-are-greatly-simplified-but-their-reproductive-potential-is-very-high-statement-ii-unlike https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTQ2-the-given-picture-shows-the-symbiotic-relationship-between-an-anemone-heteractis-magnifica-and-a-clownfish-amphirion-ocellaris-i-the-anemone-provides-the-clownfish-with-protection-and-shelter-ii-the-c https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTQ3-the-given-picture-shows-cattle-egret-and-the-cattle-in-close-association-this-is-an-example-of-1-competition-2-commensalism-3-mutualism-4-parasitism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTQ4-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-plant-animal-interactions-often-involve-co-evolution-of-the-mutualists-reason-r-the-mutu https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTQ5-the-picture-shows-mutual-relationship-between-the-fig-tree-and-the-wasp-i-many-species-of-fig-trees-can-only-be-pollinated-by-their-lsquo-partner-rsquo-wasp-species-and-no-other-species-ii-the-female https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4MTUw-the-picture-shows-a-bee-pollinating-the-mediterranean-orchid-ophrys-i-this-exemplifies-the-operation-of-co-evolution-between-the-bee-and-the-flower-ii-all-orchids-offer-rewards-to-their-specific-polli https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4Mzg2-the-age-pyramid-with-broad-base-indicates-1-high-percentage-of-old-individuals-2-low-percentage-of-young-individuals-3-a-stable-population-4-high-percentage-of-young-individuals-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYzNjg5-assertion-a-population-ecology-is-an-important-area-in-biology-reason-r-it-links-ecology-to-population-genetics-and-evolution-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYzNjkw-assertion-a-prey-species-that-are-poisonous-are-avoided-by-predators-reason-r-this-is-one-of-the-defense-mechanisms-evolved-to-lessen-the-impact-of-predation-1-both-a-and-r-are-true-and-r-is-the-corre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYzNjkx-consider-the-given-two-statements-assertion-a-predation-is-more-severe-for-plants-reason-r-they-cannot-run-away-from-their-predators-1-both-a-and-r-are-true-and-r-explains-a-2-both-a-and-r-are-true-bu https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYzNjky-assertion-a-competition-is-defined-as-a-process-where-the-fitness-of-one-species-gets-lower-down-due-to-the-presence-of-another-species-reason-r-an-increase-in-the-r-value-of-one-species-in-the-presen https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY0Nzc1-consider-the-given-statements-assertion-a-temperature-is-the-most-important-ecologically-relevant-environmental-factor-reason-r-temperature-affects-the-kinetics-of-the-enzymes-1-a-is-true-but-r-is-fal https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY0ODQy-the-interaction-where-one-species-is-benefitted-and-the-other-is-neither-benefitted-nor-harmed-is-called-1-mutualism-2-commensalism-3-competition-4-amensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY0ODQz-keoladeo-national-park-is-in-1-rajasthan-2-madhya-pradesh-3-uttarakhand-4-assam-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY0ODcx-consider-the-two-statements-assertion-a-very-small-animals-are-rarely-found-in-polar-regions-reason-r-small-animals-have-a-larger-surface-area-relative-to-their-volume-1-both-a-and-r-are-true-and-r-co https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY0OTM2-if-the-population-pyramid-of-an-associated-population-has-an-extremely-broad-base-it-is-1-a-rapidly-expanding-population-2-a-stable-population-3-a-population-where-there-were-more-old-individuals-than https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY1Nzc3-a-constant-internal-environment-in-spite-of-an-ever-changing-external-environment-cannot-be-maintained-by-1-10-per-cent-of-animals-and-some-plants-2-50-per-cent-of-animals-and-nearly-all-plants-3-99-p https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY1ODI5-cryptic-colouration-is-1-warning-colouration-by-poisonous-organisms-2-protective-resemblance-with-the-environment-3-lack-of-effect-of-exposure-of-sunlight-on-skin-colour-4-contrasting-skin-colours-in https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY1OTA2-consider-the-given-two-statements-assertion-a-the-problem-of-predation-is-particularly-severe-for-plants-than-for-animals-reason-r-plants-function-as-producers-in-an-ecosystem-1-a-is-true-but-r-is-fal https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY1OTQ3-desert-lizards-manage-to-keep-their-body-temperature-fairly-constant-by-1-increased-sweating-2-evaporative-cooling-from-tongue-3-behavioural-means-4-producing-a-dilute-urine-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY2MTE1-consider-the-two-given-statements-statement-i-age-structure-can-indicate-whether-a-population-is-increasing-stable-or-declining-statement-ii-in-general-terms-a-population-with-a-very-broad-base-would https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY3MDQ2-match-list-i-with-list-ii-list-i-interaction-list-ii-species-a-and-b-a-mutualism-i-a-o-b-b-commensalism-ii-ndash-a-o-b-c-amensalism-iii-a-ndash-b-d-parasitism-iv-a-b-choose-the-correct-answer-from-the https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY3MDQ3-given-below-are-two-statements-statement-i-gause-s-competitive-exclusion-principle-states-that-two-closely-related-species-competing-for-the-same-resources-cannot-co-exist-indefinitely-and-competitive https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY3MDg4-match-list-i-with-list-ii-list-i-interacting-species-list-ii-name-of-interaction-a-a-leopard-and-a-lion-in-a-forest-grassland-i-competition-b-a-cuckoo-laying-an-egg-in-a-crow-s-nest-ii-brood-parasitis https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY3MTAy-match-list-i-with-list-ii-list-i-list-ii-a-logistic-growth-i-unlimited-resource-availability-condition-b-exponential-growth-ii-limited-resource-availability-condition-c-expanding-age-pyramid-iii-the-p https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY4MTgz-plants-offer-rewards-to-animals-in-the-form-of-pollen-and-nectar-and-the-animals-facilitate-the-pollination-process-this-is-an-example-of-1-amensalism-2-competition-3-commensalism-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY4MTk2-for-chemical-defense-against-herbivores-calotropis-has-1-cardiac-glycosides-2-strychnine-3-toxic-ricin-4-distasteful-quinine-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY4MjQ5-there-are-250-snails-in-a-pond-and-within-a-year-their-number-increases-to-2500-by-reproduction-what-should-be-their-birth-rate-in-per-snail-per-year-1-10-2-9-3-25-4-15-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY4Mjk3-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-person-goes-to-high-altitude-and-experiences-altitude-sickness-with-symptoms-like-brea https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mzc4NTk5-an-interaction-in-which-one-organism-is-benefitted-and-other-is-unaffected-1-predation-2-commensalism-3-mutualism-4-parasitism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mzc4NjEw-an-interaction-in-which-one-organism-is-benefitted-and-other-is-unaffected-1-predation-2-commensalism-3-mutualism-4-parasitism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzkxNTk0-at-higher-altitudes-i-erythropoietin-secretion-is-increased-ii-respiratory-rate-decreases-iii-the-affinity-of-hemoglobin-for-oxygen-is-increased-1-only-i-is-correct-2-only-ii-and-iii-are-correct-3-i-i https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mzk2MTgw-a-tight-one-to-one-relationship-between-many-species-of-fig-tree-and-certain-wasps-is-an-example-of-1-commensalism-2-parasitism-3-amensalism-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mzk2MjA1-important-attributes-belonging-to-a-population-but-not-to-an-individual-are-i-birth-rate-and-death-rate-ii-male-and-female-iii-birth-and-death-iv-sex-ratio-select-the-correct-option-from-the-given-opt https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mzk2MjE4-interaction-between-clown-fish-living-among-the-stinging-tentacles-of-sea-anemone-is-an-example-of-1-amensalism-2-parasitism-3-mutualism-4-commensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mzk2MjIy-many-copepods-live-n-the-body-surface-of-marine-fish-this-relationship-is-an-example-1-commensalism-2-parasitism-3-amensalism-4-mutulism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mzk3MzI2-the-graphs-x-and-y-given-below-depict-the-diurnal-variations-in-the-solar-radiations-in-the-month-of-may-summer-and-in-december-winter-which-of-the-two-graphs-i-and-ii-depicts-tropical-regions-and-tem https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246Mzk3NDQ3-what-type-of-growth-status-the-given-pyramid-represents-1-declining-population-2-stable-population-3-expanding-population-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1ODQ0-the-maximum-population-size-of-the-species-that-an-environment-can-sustain-indefinitely-is-called-1-biotic-potential-2-natality-3-environmental-resistance-4-carrying-capacity-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1ODQ4-the-prickly-pear-cactus-introduced-into-australia-in-the-early-1920-rsquo-s-was-finally-brought-under-control-with-the-help-of-1-a-fungus-2-a-moth-3-rabbits-4-kangaroos-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDU1MDY4-the-equation-of-verhulst-pearl-logisitic-growth-model-is-dfrac-dn-dt-rn-left-dfrac-k-n-k-right-from-this-equation-k-indicates-1-biotic-potential-2-carrying-capacity-3-population-density-4-intrinsic-ra https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDU1MTQz-given-below-are-two-statements-statement-i-gause-s-competitive-exclusion-principle-states-that-two-closely-related-species-competing-for-different-resources-cannot-exist-indefinitely-statement-ii-acco https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDU2Nzgy-given-below-are-two-statements-statement-i-when-the-fitness-of-one-species-is-significantly-lower-in-the-presence-of-another-species-the-process-is-defined-as-competition-statement-ii-when-fungi-remai https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDU2Nzkz-the-population-growing-in-a-habitat-with-limited-resources-will-show-a-lag-phase-followed-by-phases-of-acceleration-and-deceleration-and-finally-an-asymptote-b-the-ability-to-realise-its-innate-potent https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDU2ODM2-which-of-the-following-is-not-an-example-of-mutualism-1-lichens-2-mycorrhizae-3-an-orchid-on-a-branch-of-mango-plant-4-the-wasp-pollinating-fig-inflorescence-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDU2ODg1-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-interaction-in-which-one-species-benefits-and-the-other-is-neither-harmed-nor-benefi https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTE2OTg1-ecology-describes-1-interactions-between-living-organisms-only-2-interactions-between-members-of-a-single-species-only-3-interactions-of-organisms-among-themselves-as-well-as-with-their-surrounding-ab https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTE2OTg0-father-of-indian-ecology-is-1-h-reiter-2-g-s-puri-3-ramdeo-misra-4-hutchinson-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyMDk-ecological-niche-is-ncert-exemplar-1-the-surface-area-of-the-ocean-2-an-ecologically-adapted-zone-3-the-physical-position-and-functional-role-of-a-species-within-the-community-4-formed-of-all-plants-a https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NjIz-ecology-is-basically-concerned-with-four-levels-of-biological-organisation-which-one-of-the-following-is-the-correct-representation-1-population-ecosystem-biome-landscape-2-communities-population-ecos https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTE2OTgz-which-is-the-correct-order-of-ecological-hierarchy-1-biome-populations-community-organism-2-organism-biome-population-community-3-population-community-biome-organism-4-organism-population-community-bi https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTExNTg2-members-of-a-population-1-can-interbreed-and-produce-fertile-offsprings-2-share-a-common-gene-pool-3-share-or-competitor-for-similar-resources-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI4ODE4-niche-is-1-all-the-biological-factors-in-the-organism-environment-2-the-physical-space-where-an-organism-live-3-the-range-of-temperature-that-the-organism-needs-to-live-4-the-functional-role-played-by https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDgxMzk0-the-average-per-capita-birth-rate-or-increases-population-size-whereas-the-average-per-capita-death-rate-or-decreases-population-size-1-natality-demography-2-exploitation-competition-interference-comp https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDgwMzQx-mutually-beneficial-associations-between-certain-soil-fungi-and-the-roots-of-most-plant-species-are-called-1-mycorrhizae-2-pneumatophores-3-nodules-4-rhizobia-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTMzNTQ4-identify-the-correct-statement-a-for-plants-herbivores-are-the-predators-b-a-wide-variety-of-chemical-substances-nicotine-caffeine-quinine-strychnine-opium-etc-are-produced-by-plants-actually-as-defen https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM4NzE1-which-of-the-following-represents-the-formula-for-exponential-population-growth-1-dn-dt-rn-2-dn-dn-rt-3-dt-dn-rn-4-dt-dt-rn-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTMxNTI4-an-example-of-brood-parasitism-is-1-lichens-growing-on-tree-bark-2-mycorrhizae-helping-plant-roots-absorb-nutrients-3-barnacles-attaching-to-whales-4-cuckoo-laying-eggs-in-a-crow-s-nest-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTg5MTU1-a-biologist-studies-the-population-of-rats-in-a-barn-he-found-that-the-average-natality-was-250-average-mortality-is-240-immigration-is-20-and-emigration-to-be-30-the-net-increase-in-population-is-1-1 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDgxNDE5-a-symbiotic-association-in-which-organisms-are-beneficial-to-one-another-is-known-as-1-predation-2-interspecific-competition-3-intraspecific-competition-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI4MDk1-how-was-the-invasive-prickly-pear-cactus-controlled-in-australia-1-by-manually-removing-the-cactus-from-rangelands-2-by-using-chemical-herbicides-extensively-3-by-altering-soil-composition-to-prevent https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDM3MTky-predator-prey-and-parasite-host-relationships-are-show-as-1-2-3-0-4-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY2MTY2-mycorrhiza-is-an-example-of-1-symbiotic-relationship-2-ectoparasitism-3-endoparasitism-4-decomposers-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTExNTk1-select-the-incorrect-match-with-respect-to-interspecific-interaction-species-a-species-b-interaction-1-mutualism-2-parasitism-3-commensalism-4-predation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTc3NDI5-what-does-competitive-exclusion-theory-state-1-two-closely-related-species-competing-for-the-same-resources-cannot-co-exist-indefinitely-and-competitively-inferior-one-will-be-eliminated-eventually-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NjE1-select-incorrect-match-with-respect-to-population-interactions-where-sign-for-beneficial-interaction-sign-for-detrimental-and-0-for-neutral-interaction-species-a-species-b-name-of-interaction-1-predat https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTEzNTE5-two-closely-related-species-competing-for-same-resources-cannot-coexist-indefinitely-the-inferior-will-be-eliminated-which-principle-state-this-1-rivet-popper-hypothesis-2-gause-s-competitive-exclusio https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1OTE3-the-monarch-butterfly-is-highly-distasteful-to-its-predator-bird-because-1-it-accumulates-tmao-as-an-osmolyte-2-it-accumulates-silica-on-its-wings-3-the-butterfly-acquires-a-chemical-during-its-caterp https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI4MDky-what-distinguishes-a-population-from-an-individual-organism-in-terms-of-birth-and-death-1-an-individual-has-birth-rates-and-death-rates-while-a-population-does-not-2-a-population-has-birth-rates-and-d https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDUyNzQ3-an-example-of-mutualism-between-plants-and-insect-pollinators-will-be-1-bees-pollinate-flowers-while-obtaining-nectar-which-is-their-food-source-2-flowers-provide-shelter-to-insects-and-insects-provid https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3MzM1-which-of-the-following-defences-is-used-by-plants-to-protect-against-herbivores-1-mimicry-2-high-mobility-to-escape-predators-3-morphological-defences-like-thorns-4-rapid-reproduction-rates-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjUx-why-was-the-prickly-pear-cactus-able-to-spread-rapidly-in-australia-in-the-1920s-1-it-had-abundant-pollinators-2-the-soil-was-extremely-nutrient-rich-3-it-faced-no-natural-predators-in-the-new-habitat https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDExMjM0-in-a-symbiotic-relationship-between-two-species-one-benefits-and-the-other-is-unaffected-this-type-of-relationship-is-described-as-1-mutualism-2-commensalism-3-parasitism-4-competition-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDUwNzY1-matching-type-match-the-type-of-interaction-with-its-corresponding-example-column-i-column-ii-a-commensalism-1-cattle-egret-riding-on-cattle-b-mutualism-2-tapeworm-in-human-intestine-c-parasitism-3-li https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTg2MzEw-identify-the-a-b-c-and-d-in-the-given-table-interaction-effects-on-species-x-effects-on-species-y-mutualism-a-b-competition-c-d-0-a-b-c-d-1-parasitism-amensalism-2-mutualism-competition-3-competition https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1ODI3-co-existence-between-competing-species-can-be-promoted-by-1-resource-partitioning-2-periodic-migration-3-aestivation-4-reproductive-isolation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjUz-which-outcome-best-represents-the-ecological-problem-that-would-arise-if-predators-consistently-consumed-prey-at-a-rate-exceeding-the-prey-s-capacity-for-recovery-1-prey-populations-stabilise-at-a-hig https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NjE0-interaction-between-sea-anemone-that-has-stinging-tentacles-and-clown-fish-that-lives-among-them-is-an-example-of-1-amensalism-2-commensalism-3-parasitism-4-predation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI4MDI5-why-are-population-sizes-often-estimated-indirectly-rather-than-by-directly-counting-all-individuals-1-because-indirect-methods-provide-more-inaccurate-and-biased-estimates-2-because-counting-individu https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI4MDk0-what-does-the-parameter-r-represent-in-the-population-growth-equation-dn-dt-rn-1-total-number-of-individuals-in-a-population-2-per-capita-availability-of-resources-3-intrinsic-rate-of-natural-increase https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3MzMy-ecologists-suggest-that-life-history-traits-in-organisms-are-influenced-by-1-only-abiotic-factors-like-temperature-and-water-2-only-biotic-factors-like-food-and-predators-3-the-age-of-the-organisms-in https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NDc1-the-most-observed-circumstantial-evidences-in-favour-of-gause-s-principle-is-1-extinction-of-abingdon-tortoise-2-extinction-of-health-hen-3-extinction-of-tasmanian-wolf-4-extinction-of-dodo-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI4MDkz-consider-the-given-two-statements-assertion-a-population-size-also-known-as-population-density-n-does-not-always-have-to-be-measured-in-terms-of-numbers-reason-r-in-some-cases-measuring-total-number-m https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDE2NjE3-consider-the-two-statements-i-pacific-salmon-fishes-breed-only-once-in-their-lifetime-ii-most-birds-and-mammals-breed-many-times-during-their-lifetime-1-only-i-is-correct-2-only-ii-is-correct-3-both-i https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI0NzA0-how-have-life-history-traits-of-different-species-evolved-according-to-ecologists-1-they-have-evolved-randomly-without-any-influence-from-the-environment-2-they-are-shaped-by-abiotic-and-biotic-factor https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3Mzkz-the-abingdon-tortoise-a-species-from-the-galapagos-islands-went-extinct-primarily-due-to-1-increased-predation-from-introduced-carnivores-2-habitat-destruction-caused-by-human-settlement-3-overgrazing https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI0NzAz-unlike-the-exponential-growth-model-the-logistic-growth-model-is-considered-more-realistic-for-animal-populations-what-is-the-key-reason-for-this-1-populations-always-grow-exponentially-without-limita https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ5NDgx-two-butterfly-species-are-competing-for-the-same-nectar-of-a-flower-in-a-garden-to-survive-and-coexist-together-they-may-avoid-competition-in-the-same-garden-by-1-feeding-at-the-same-time-2-choosing-d https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDExMjU2-resource-partitioning-enables-1-superior-species-to-exclude-the-inferior-species-from-the-habitat-2-co-existence-of-competing-species-3-reproductive-isolation-and-speciation-4-competing-species-to-gro https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjY1-lichens-are-an-example-of-mutualism-because-they-consist-of-1-a-fungus-living-with-an-algae-or-cyanobacteria-2-a-plant-living-with-another-plant-3-a-bacterium-feeding-on-a-fungus-4-two-fungi-sharing-n https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ0NDc0-in-which-type-of-interaction-between-two-species-one-is-harmed-and-other-remains-unaffected-1-amensalism-2-commensalism-3-competition-4-predation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzg2-assertion-a-plants-are-more-affected-by-their-predators-compared-to-animals-reason-r-plants-cannot-run-away-from-their-predators-while-animals-can-choices-for-assertions-and-reasons-1-both-a-and-r-are https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NjEz-in-nature-a-given-habitat-has-enough-resources-to-support-a-maximum-possible-number-beyond-which-no-further-growth-is-possible-this-limit-is-known-as-1-environmental-resistance-2-intrinsic-rate-of-nat https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyMTg-what-parameters-are-used-for-tiger-census-in-our-country-s-national-parks-and-sanctuaries-ncert-exemplar-1-pug-marks-only-2-pug-marks-and-faecal-pellets-3-faecal-pellets-only-4-actual-head-counts-1-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1ODIy-mediterranean-orchid-is-pollinated-in-a-unique-way-as-it-employs-1-production-of-foul-odour-2-sexual-deceit-3-batesian-mimicry-4-aposematic-colouration-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjY2-in-the-fig-wasp-mutualism-what-does-the-wasp-use-the-fig-fruit-for-1-storing-nectar-2-egg-laying-and-feeding-its-larvae-3-hiding-from-predators-4-collecting-pollen-for-its-own-diet-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjU0-completely-unrelated-species-may-compete-for-the-same-resource-which-example-best-illustrates-this-point-1-two-closely-related-bird-species-competing-for-nesting-sites-in-a-cave-2-fishes-and-flamingos https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTk5MDA4-pollination-in-ophrys-a-mediterranean-orchid-occurs-by-1-insect-through-clip-mechanism-2-insect-through-trap-door-mechanism-3-insect-through-pseudocopulation-mechanism-4-insect-through-lever-mechanism https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI4MDk3-consider-the-given-two-statements-statement-1-lichens-and-mycorrhizae-are-examples-of-mutualistic-interactions-where-both-species-benefit-statement-2-in-mycorrhizae-fungi-help-plants-in-nutrient-absor https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI4ODI5-which-of-the-given-plant-produces-cardiac-glycosides-1-calotropis-2-acacia-3-nepenthes-4-utricularia-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTY1NjY5-verhulst-pearl-logistic-population-growth-is-represented-by-1-dndt-rndndt-rndndt-rn-2-dndt-rn-k-nk-dndt-rnk-nkdndt-rnk-nk-3-nt-noertnt-noertnt-noert-4-nt-no-i-b-e-dnt-no-i-b-e-dnt-no-i-b-e-d-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDExMjQ3-predators-i-act-as-conduits-for-energy-transfer-across-trophic-levels-ii-keep-prey-populations-under-control-iii-help-in-maintaining-species-diversity-in-a-community-1-only-i-and-ii-are-correct-2-only https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTg2MzE3-match-the-following-and-choose-the-correct-combination-from-the-options-given-below-column-i-interaction-column-ii-examples-i-mutualism-i-trichoderma-and-penicillium-ii-commensalism-ii-balanophora-oro https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3MzI0-in-a-pond-with-50-frogs-if-5-frogs-are-added-due-to-immigration-and-3-die-within-a-week-the-population-density-change-would-be-1-3-2-2-3-2-4-0-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzky-assertion-a-egrets-always-forage-close-to-cattle-reason-r-they-depend-on-cattle-s-movement-by-which-soil-insects-get-stirred-up-flushed-out-and-egrets-get-their-food-soil-insects-easily-choices-for-as https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzkyNjcy-which-of-the-following-is-most-appropriately-defined-1-commensalism-is-a-relationship-in-which-one-species-is-benefitted-and-the-other-is-neither-benefited-nor-harmed-2-parasite-is-an-organism-which-a https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ3ODU5-select-the-correct-option-for-the-given-age-pyramid-1-this-is-a-stable-population-2-pre-reproductive-individuals-are-equal-to-post-reproductive-individuals-3-this-pyramid-is-shown-by-developing-or-gro https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NDI4-select-the-correct-match-1-clown-fish-and-sea-anemone-protocooperation-2-cuckoo-and-crow-brood-parasitism-3-ophrys-and-colpa-commensalism-4-goat-and-abingdon-tortoise-predation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3MzM4-in-mutualistic-relationships-cheaters-are-a-concern-because-1-they-reproduce-too-quickly-leading-to-overpopulation-of-the-mutualistic-partner-2-cheaters-exploit-the-benefits-of-the-relationship-withou https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3Mzc0-which-of-the-following-represents-an-ectoparasite-1-tapeworm-in-human-intestine-2-tick-on-a-dog-3-liver-fluke-in-a-fish-4-malarial-parasite-in-blood-cells-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU4ODc4-population-growth-of-a-species-is-not-related-to-which-of-the-following-parameters-1-nt-1-nt-b-l-d-e-2-out-of-four-basic-processes-effecting-population-growth-three-leads-to-increase-in-population-siz https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3Mzky-consider-the-given-two-statements-assertion-a-the-introduction-of-exotic-species-often-leads-to-rapid-ecosystem-changes-reason-r-exotic-species-lack-natural-predators-in-the-new-habitat-allowing-them https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTMyNzc3-the-following-graph-depicts-changes-in-two-populations-a-and-b-of-herbivores-in-a-grassy-field-a-possible-reason-for-these-changes-is-that-1-both-plant-populations-in-this-habitat-decreased-2-populati https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDE2NjE5-consider-the-two-statements-i-pelagic-fishes-produce-a-large-number-of-small-sized-offspring-ii-most-birds-and-mammals-produce-a-small-number-of-large-sized-offspring-1-only-i-is-correct-2-only-ii-is https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI0NzE1-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-mutualism-i-lichens-b-commensalism-ii-lion-hunting-a-deer-c-predation-iii-cattl https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjMx-in-a-certain-population-natality-20-mortality-15-immigration-4-emigration-9-the-net-change-will-be-1-0-2-5-3-5-4-9-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjUy-plants-unlike-animals-cannot-escape-from-herbivores-and-therefore-possess-a-range-of-morphological-and-chemical-defences-which-of-the-following-represents-an-accurate-ecological-interpretation-1-plant https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3MzMx-in-response-to-selection-pressures-organisms-tend-to-1-avoid-reproduction-altogether-2-maintain-constant-reproductive-strategies-regardless-of-the-environment-3-evolve-reproductive-strategies-that-max https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDgxNDIz-complete-competitors-cannot-coexist-is-a-statement-of-the-principle-of-1-primary-succession-2-limiting-resources-3-m-llerian-mimicry-4-competitive-exclusion-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTE4MzE0-which-of-the-following-statements-about-gause-s-competitive-exclusion-principle-is-correct-1-the-principle-states-that-two-closely-related-species-competing-for-the-same-resources-cannot-co-exist-inde https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NjA3-match-the-following-column-l-with-column-ll-column-l-population-interaction-column-li-example-a-commensalism-i-presence-of-lice-among-hairs-of-human-b-parasitism-ii-mycorrhizae-c-mutualism-iii-barnacl https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjY3-why-does-the-mediterranean-orchid-ophrys-attract-male-bees-1-the-flower-produces-extra-nectar-2-the-bee-uses-the-flower-to-store-food-3-the-bee-prefers-bright-colours-4-the-flower-mimics-the-appearanc https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTIwMjE3-which-of-the-following-correctly-represents-a-mutualistic-relationship-1-mycorrhizae-are-fungal-parasites-that-damage-the-roots-of-higher-plants-2-lichens-represent-a-symbiotic-association-between-a-f https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDMxNjA5-the-weed-calotropis-prevents-herbivory-by-producing-1-cardiac-glycosides-2-strychnine-3-quinine-4-caffeine-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI0MTc3-in-a-tropical-rainforest-epiphytic-orchids-grow-on-tree-branches-using-them-for-physical-support-without-harming-the-tree-this-relationship-is-an-example-of-1-mutualism-as-both-species-provide-advanta https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjMxOTc1-which-of-the-following-would-necessarily-decrease-the-density-of-a-population-in-a-given-habitat-1-natality-mortality-2-immigration-emigration-3-mortality-and-emigration-4-natality-and-immigration-1-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ0Nzg1-during-a-certain-period-density-of-a-population-in-a-particular-habitat-increases-due-to-changes-in-a-mortality-b-natality-c-emigration-d-immigration-e-migration-choose-the-correct-answer-from-the-opt https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NjI4-fitness-of-one-species-measured-in-terms-of-intrinsic-rate-of-increase-is-significantly-lower-in-the-presence-of-another-species-during-the-interaction-between-1-barnacles-and-whale-2-abingdon-tortois https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM0Mzgw-secondary-metabolites-such-as-nicotine-strychnine-and-caffeine-are-produced-by-plants-for-their-1-growth-response-2-defence-action-3-effect-on-reproduction-4-nutritive-value-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjQ4-which-of-the-following-best-explains-why-a-natural-habitat-cannot-be-occupied-by-a-single-species-1-every-species-requires-at-least-one-other-species-for-ecological-interactions-such-as-feeding-nutrie https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1NTE2-two-different-species-cannot-live-for-a-long-duration-in-the-same-niche-or-habitat-this-is-1-allen-s-law-2-gloger-s-rule-3-competitive-exclusion-principle-4-weismann-s-theory-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDgxNDMx-an-ecologist-studying-several-forest-dwelling-insect-eating-bird-species-does-not-find-any-evidence-of-interspecific-competition-the-most-likely-explanation-is-1-lack-of-a-keystone-species-2-low-speci https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI0MTc4-two-species-of-herbivorous-insects-live-on-the-same-tree-feeding-on-different-parts-one-consumes-leaves-while-the-other-feeds-on-roots-this-scenario-illustrates-1-competitive-exclusion-leading-to-the https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NTUwMjE-change-in-population-size-equation-with-prolonged-exponential-phase-can-be-converted-into-the-logistic-growth-equation-by-multiplying-it-with-1-knknkn-2-k-nkk-nkk-nk-3-kk-nkk-nkk-n-4-1n-k1n-k1n-k-1-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTIwMjE0-why-are-predators-in-nature-prudent-rather-than-overexploiting-their-prey-1-predators-are-naturally-weak-and-incapable-of-consuming-excessive-prey-ensuring-population-balance-2-if-predators-overexploi https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ3OTEz-species-showing-above-growth-curve-1-show-finally-an-asymptote-2-have-unlimited-resources-to-grow-3-grow-under-carrying-capacity-4-show-logistic-growth-only-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1NjE3-some-organisms-have-big-bang-reproduction-they-breed-only-once-in-their-lifetime-produce-many-progeny-and-usually-die-after-the-event-an-example-of-such-organism-may-be-1-most-perennial-plants-2-birds https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDQzMDg4-in-an-ecological-context-competition-occurs-when-1-two-species-mutually-benefit-from-interacting-with-each-other-2-individuals-of-different-species-require-the-same-resources-that-are-in-limited-suppl https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI4ODE5-natality-refers-to-1-death-rate-2-birth-rate-3-number-of-individuals-leaving-the-habitat-4-number-of-individuals-entering-the-habitat-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTgzMzEx-when-all-pisaster-starfish-were-removed-from-an-enclosed-intertidal-area-of-the-american-pacific-coast-the-result-was-1-extinction-of-many-invertebrate-species-due-to-interspecific-competition-2-incre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTczNTY4-match-organism-with-feature-list-i-list-ii-a-pisaster-p-cardiac-glycosides-b-calotropis-q-keystone-predator-c-cuscuta-r-parasitic-plant-1-a-q-b-p-c-r-2-a-p-b-q-c-r-3-a-q-b-r-c-p-4-a-r-b-p-c-q-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NDcx-choose-a-correct-statement-regarding-life-history-variations-1-mammals-breed-only-once-in-life-time-2-some-organisms-like-bambusa-breeds-many-times-in-life-3-large-number-of-small-sized-individuals-ar https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjYx-why-is-the-female-mosquito-not-considered-a-parasite-even-though-it-feeds-on-human-blood-1-it-does-not-remain-attached-to-the-host-and-feeds-only-briefly-for-reproduction-2-it-lives-permanently-on-the https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI4MDMx-how-does-the-mediterranean-orchid-ophrys-achieve-pollination-1-by-offering-nectar-rewards-to-pollinators-2-by-releasing-a-strong-fragrance-to-attract-multiple-insect-species-3-by-mimicking-the-female https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3Mzc4-if-two-species-of-birds-rely-on-the-same-tree-for-food-but-occupy-different-branches-this-is-an-example-of-1-competitive-exclusion-2-interference-competition-3-resource-partitioning-4-intraspecific-co https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NTgx-all-given-features-are-characteristic-to-parasites-except-1-host-specificity-2-loss-of-unnecessary-sense-organs-and-presence-of-some-special-structures-like-suckers-3-low-reproductive-potential-4-comp https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDE2NjU2-consider-the-given-two-statements-assertion-a-when-resources-in-the-habitat-are-unlimited-the-population-grows-in-an-exponential-or-geometric-fashion-reason-r-when-resources-in-the-habitat-are-unlimit https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NTUwNDY-mark-the-incorrect-match-1-oysters-pelagic-fishes-small-sized-offspring-2-pacific-salmon-fish-bamboo-breed-many-times-in-life-time-3-birds-mammals-large-sized-offspring-4-birds-mammals-breed-many-time https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDY4Njk2-what-do-a-and-b-represent-in-the-following-population-growth-curve-1-a-represents-exponential-growth-when-responses-are-not-limiting-the-growth-and-b-represents-logistic-growth-when-responses-are-limi https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTE3MDA0-predators-play-important-role-in-1-conduction-of-energy-across-trophic-levels-2-maintainance-of-species-diversity-3-control-of-prey-population-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDExMjU0-consider-the-given-two-statements-assertion-a-the-abingdon-tortoise-in-galapagos-islands-became-extinct-within-a-decade-of-introduction-of-goats-on-the-island-reason-r-introduction-of-goats-also-intro https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3MzQx-consider-the-given-two-statements-assertion-a-plants-like-calotropis-produce-cardiac-glycosides-as-a-defence-mechanism-against-herbivores-reason-r-cardiac-glycosides-are-toxic-compounds-that-can-deter https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzMyNjMw-in-a-growing-population-of-a-country-1-pre-reproductive-individuals-are-more-than-reproductive-individuals-2-reproductive-individuals-are-less-than-post-reproductive-individuals-3-reproductive-and-pre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjU4-which-situation-best-demonstrates-competitive-release-1-a-species-expanding-its-distribution-after-a-superior-competitor-is-removed-2-a-species-shrinking-its-range-after-a-predator-population-declines https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU2Njc4-population-growth-of-a-species-is-not-related-to-which-of-the-following-parameters-1-nt-1-nt-b-i-d-e-2-out-of-the-four-basic-processes-effecting-population-growth-three-leads-to-increase-in-population https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDMzMzU5-to-prevent-herbivory-many-plants-produce-1-dry-fruits-2-secondary-metabolites-3-tall-stems-4-deep-roots-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzY1NjMw-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-population-interaction-column-ii-example-a-mutualism-p-an-orchid-growing-as-an-epiphyte-on https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTE3MDA3-camouflage-is-an-important-mechanism-where-1-predators-are-never-cryptically-coloured-for-easy-capturing-of-their-prey-2-prey-species-are-cryptically-coloured-to-avoid-being-detected-easily-by-the-pre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTAzNDQ1-which-one-of-the-following-is-an-example-of-co-evolution-1-darwin-s-finches-2-mutualism-between-flowering-plants-and-pollinators-3-evolution-of-whales-from-land-mammals-4-evolution-of-feathers-in-bird https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjYy-in-brood-parasitism-why-have-the-eggs-of-species-like-the-cuckoo-evolved-to-resemble-the-host-bird-s-eggs-1-to-attract-predators-away-from-the-host-s-nest-using-mimicry-2-to-increase-the-number-of-off https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ0NzE4-competition-for-light-nutrients-and-space-is-most-severe-between-1-closely-related-organisms-growing-in-the-same-niche-2-closely-related-organisms-growing-in-the-different-niche-3-distantly-related-or https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDE2NjEx-what-can-be-predicted-about-the-growth-status-in-coming-future-of-the-population-for-which-the-age-sex-pyramid-is-shown-below-1-it-will-remain-stable-2-it-will-grow-in-size-3-it-will-decline-in-size-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTQ0MDM3-in-rocky-intertidal-communities-removal-of-which-of-the-following-predator-became-the-cause-of-the-destruction-of-10-species-of-invertebrates-1-monarch-butterfly-2-starfish-pisaster-3-paramecium-aurel https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3Mzg5-which-of-the-following-statements-about-parasitism-is-correct-1-ectoparasites-are-adapted-to-survive-inside-the-host-s-body-2-some-parasites-require-multiple-hosts-to-complete-their-life-cycle-3-paras https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTk5MzYw-carnivorous-animals-lions-and-leopards-occupy-the-same-niche-but-lions-predate-mostly-larger-animals-and-leopards-take-smaller-ones-this-mechanism-of-competition-is-referred-to-as-1-character-displace https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1ODg4-if-in-a-pond-there-were-40-lotus-plants-last-year-and-through-reproduction-16-new-plants-are-added-taking-the-current-population-to-56-the-birth-rate-will-be-calculated-as-1-0-2-offspring-per-lotus-pe https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1ODI0-to-complete-its-life-cycle-the-human-liver-fluke-needs-1-one-intermediated-host-2-only-humans-as-host-3-two-intermediate-hosts-4-arthropod-vectors-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTk5NDIy-between-which-among-the-following-the-relationship-is-not-an-example-of-commensalism-1-orchid-and-the-tree-on-which-it-grows-2-cattle-egret-and-grazing-cattle-3-sea-anemone-and-clown-fish-4-female-was https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDM4NDUx-consider-the-given-two-statements-assertion-a-the-logistic-growth-model-is-considered-a-more-realistic-model-for-most-animal-populations-in-natural-environmental-conditions-reason-r-most-animals-are-c https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTczNTIy-the-attribute-that-distinguishes-a-population-from-an-individual-organism-is-1-survival-2-metabolism-3-sex-ratio-4-homeostasis-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MTkx-removal-of-a-top-predator-causes-herbivore-populations-to-explode-eliminating-several-plant-species-and-enabling-an-invasive-grass-to-dominate-what-is-the-most-accurate-conclusion-1-top-predator-was-a https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzQ3OTI3-select-the-incorrect-statement-about-competition-1-totally-unrelated-species-can-also-compete-for-the-same-resources-2-in-competition-the-fitness-of-one-species-is-lowered-in-the-presence-of-another-s https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTMyNzk3-asymptote-in-a-logistic-growth-curve-is-obtained-when-1-k-n-2-k-n-3-k-n-4-value-of-r-approaches-zero-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM4MzY5-why-does-the-exotic-species-become-invasive-and-start-spreading-fast-1-it-gets-better-nutrition-there-2-because-of-the-lack-of-competition-from-other-exotic-plants-3-because-of-the-lack-of-natural-pre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI3NDA1-which-of-the-following-factors-is-not-a-determinant-of-population-size-1-migration-2-natality-3-immigration-4-emigration-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI2MDQx-identify-the-incorrect-statement-1-predators-in-nature-overexploit-their-prey-2-predators-act-as-conduits-for-energy-transfer-across-trophic-levels-in-an-ecosystem-3-the-life-cycle-of-endoparasites-in https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDY4NjY0-match-list-i-with-list-ii-list-i-list-ii-a-migratory-flamingoes-and-resident-fish-in-south-american-lakes-i-interference-competition-b-abingdon-tortoise-became-extinct-after-introduction-of-goats-in-t https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjMxOTcz-a-population-has-more-young-individuals-compared-to-older-individuals-what-would-be-the-status-of-the-population-after-some-years-1-it-will-decline-2-it-will-stabilize-3-it-will-increase-4-it-will-fir https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjQ2-which-of-the-following-situations-makes-the-use-of-number-of-individuals-impractical-1-a-population-of-insects-where-individuals-constantly-move-between-microhabitats-but-can-still-be-counted-if-sampl https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTExNTY2-the-given-age-pyramid-represents-a-1-fast-expanding-population-2-slowly-expanding-population-3-stable-population-4-declining-population-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTE2MTg4-select-incorrect-statement-regarding-different-population-attributes-1-natural-selection-operates-at-population-level-2-size-of-the-population-tells-a-lot-about-its-status-in-the-habitat-3-in-age-pyra https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU5NjM2-what-is-correctly-explained-using-the-given-age-pyramid-1-a-stable-population-where-post-reproductive-individuals-are-minimum-2-a-growing-population-where-young-individuals-are-maximum-3-a-declining-p https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI4MDk2-why-do-endoparasites-have-more-complex-life-cycles-1-they-generally-need-to-survive-in-multiple-hosts-and-environments-2-they-have-well-developed-sensory-and-locomotory-structures-3-their-reproductive https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjYw-which-of-the-following-is-a-characteristic-adaptation-commonly-seen-in-endoparasites-1-development-of-elaborate-sensory-systems-to-locate-the-host-from-a-distance-2-increased-locomotion-to-escape-pred https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDIyMjk4-which-pathogen-requires-a-snail-and-a-fish-as-secondary-hosts-to-complete-its-life-cycle-1-human-liver-fluke-2-tapeworm-3-pin-worm-4-ascaris-lumbricoides-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTk5MDE4-what-type-of-human-population-is-represented-by-the-following-age-pyramid-1-expanding-population-2-vanishing-population-3-stable-population-4-declining-population-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTIxNTI4-what-is-brood-parasitism-1-a-parasite-feeds-on-the-blood-of-its-host-for-survival-2-a-bird-lays-its-eggs-in-the-nest-of-another-bird-relying-on-the-host-to-incubate-and-raise-its-young-3-a-bird-remove https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTg0MDM1-mammals-1-breed-many-times-during-their-lifetime-and-produce-a-small-number-of-large-sized-offspring-2-breed-many-times-during-their-lifetime-and-produce-a-large-number-of-small-sized-offspring-3-bree https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyOTY-not-all-parasitism-involves-feeding-on-the-body-of-the-host-the-exception-is-1-ectoparasitism-2-endoparasitism-3-parasitoids-4-brood-parasitism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTY3MjI0-choose-the-only-scenario-that-cannot-occur-under-the-logistic-growth-model-verhulst-pearl-1-growth-rate-is-maximum-when-population-is-far-below-carrying-capacity-2-growth-rate-declines-as-population-s https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTE1Njgw-what-is-the-primary-function-of-thorns-in-plants-like-acacia-and-cactus-1-to-increase-photosynthetic-efficiency-2-to-store-water-during-drought-conditions-3-to-deter-herbivores-by-acting-as-a-physical https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzkyNjc2-read-the-following-statements-and-select-the-correct-option-w-r-t-population-attributes-a-population-density-is-necessarily-measured-in-numbers-b-tiger-census-is-often-based-on-pug-marks-and-fecal-pel https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3Mzg1-in-which-interaction-would-you-expect-one-species-to-develop-adaptations-to-neutralize-a-host-s-defences-while-the-host-develops-defences-to-resist-the-interaction-1-competition-2-parasitism-3-commens https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTExNjIy-when-does-the-growth-rate-of-a-population-following-the-logistic-model-equal-zero-the-logistic-model-is-given-as-dn-dt-rn-1-n-k-1-when-death-rate-is-greater-than-birth-rate-2-when-n-k-is-exactly-one-3 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTE2MjAx-predators-are-different-from-parasites-as-1-they-feeds-on-living-host-2-they-have-poor-means-of-dispersal-3-they-have-high-biotic-potential-4-they-help-to-maintain-species-diversity-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM3OTg5-in-connell-s-elegant-field-experiments-on-the-rocky-sea-coasts-of-scotland-which-of-the-following-observation-was-recorded-1-barnacle-balanus-dominates-and-exclude-the-smaller-barnacle-chathamalus-fro https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTE1Njc4-consider-the-given-two-statements-assertion-a-mutualism-in-plant-animal-interactions-often-leads-to-co-evolution-of-both-species-reason-r-co-evolution-ensures-that-pollinators-develop-mechanisms-to-st https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTI4MDMw-what-is-cryptic-coloration-1-the-use-of-bright-colours-to-warn-predators-of-toxicity-2-the-ability-of-an-organism-to-blend-with-its-surroundings-to-avoid-detection-by-predators-3-the-rapid-change-of-b https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTc1OTkz-ecology-explains-us-1-how-organisms-while-remaining-as-an-individual-interact-with-other-organisms-2-how-organisms-interact-with-physical-habitats-as-a-group-3-as-a-group-how-organisms-behave-like-org https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTc2MjAz-ln-the-given-figure-identify-coniferous-forest-arctic-and-alpine-tundra-and-tropical-forest-respectively-1-l-vl-and-lll-2-v-vl-and-lll-3-lv-lll-and-l-4-l-ll-and-lll-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTIxNTQ3-find-the-odd-one-out-about-levels-of-biological-organization-1-biome-2-community-3-species-4-population-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NzQzNTY-population-density-will-increase-if-1-number-of-births-and-number-of-deaths-increase-2-number-of-births-and-number-of-immigrants-is-high-3-number-of-immigrants-and-number-of-deaths-is-high-4-number-of https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTE2MTUx-which-the-following-pairs-is-wrongly-matched-while-remaining-three-are-correct-1-allen-s-rule-mammals-with-shorter-ears-and-limbs-in-colder-area-2-expanding-population-high-number-of-individual-at-pre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjgxMTE-triangular-age-pyramid-represents-1-expanding-population-2-declining-population-3-mature-population-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTM3NTE-geometric-representation-of-age-structure-is-a-characteristic-of-1-biotic-community-2-population-3-landscape-4-ecosystem-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246Mjk1Mjc-the-country-with-the-given-population-pyramid-is-likely-to-have-1-low-birth-rate-2-high-declining-death-rate-3-declining-population-in-future-4-more-females-than-males-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NzQ3NjI-which-of-the-following-factors-increases-population-density-more-significantly-if-new-habitat-is-colonized-1-natality-2-mortality-3-immigration-4-emigration-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTMyNzgw-what-is-true-for-individuals-of-same-species-1-live-in-same-niche-2-live-in-same-habitat-3-interbreeding-4-live-in-different-habitat-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTkzNTIx-find-the-correct-mathematical-expression-for-geometric-growth-resulting-in-a-j-shaped-population-growth-curve-1-dndt-rndndt-rndndt-rn-2-k-nkk-nkk-nk-3-dndt-rn-k-nk-dndt-rn-k-nk-dndt-rn-k-nk-4-dndt-rn https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTE2MTQ5-in-nature-a-given-habitat-has-enough-resources-to-support-a-maximum-possible-number-beyond-which-no-further-growth-is-possible-the-limit-is-known-as-1-environmental-resistance-2-intrinsic-rate-of-natu https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU4OTA1-verhulst-pearl-population-growth-is-described-by-the-equation-1-dndtdndtdndt-rn-2-nt-n0ert-3-nt-n0-b-l-d-e-4-dndtdndtdndt-rn-k-nk-k-nkk-nk-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTI1MzM3-study-the-population-growth-curves-shown-in-the-given-diagram-which-option-is-the-best-for-curve-i-and-ii-type-of-curve-i-type-of-curve-ii-status-of-food-space-for-curve-i-status-of-food-space-for-cur https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NDg2OTM-life-history-traits-1-evolved-with-the-constraints-imposed-by-mainly-the-abiotic-factors-of-that-habitat-2-an-intense-research-area-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NzQ1Mzk-statement-1-herbivores-and-plants-appears-to-be-more-adversely-affected-by-competition-than-carnivores-statement-2-competition-is-a-process-in-which-fitness-of-one-species-is-significantly-lower-in-th https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246MjY4MjI-as-a-mechanism-of-defense-against-herbivory-calotropis-1-has-large-number-of-thorns-2-secretes-cardiac-glycosides-3-produces-a-neurotoxin-strychnine-4-releases-a-hallucinogen-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjIzOTc-consider-the-following-statements-i-when-certain-exotic-species-are-introduced-into-a-geographical-area-they-become-invasive-because-the-invaded-land-does-not-have-its-natural-predators-ii-competition https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTc3NDA2-biocontrol-of-crop-pests-is-often-based-on-which-of-the-following-interspecific-interactions-1-competition-2-amensalism-3-predation-4-commensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTA1OTUz-parasites-evolved-special-adaptations-in-accordance-with-their-life-styles-choose-odd-one-out-with-respect-to-these-adaptations-1-high-reproductive-capacity-2-simple-life-cycle-and-complex-morphologic https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjgxMjU-choose-the-incorrect-match-regarding-population-interactions-species-a-species-b-1-amensalism-2-parasitism-3-commensalism-0-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTk0NTkz-epiphytes-growing-on-mango-is-an-example-of-which-type-of-the-given-population-interaction-1-competition-2-protocooperation-3-commensalism-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NzQ3Mzc-sexual-deceit-is-employed-by-1-ophrys-to-get-pollinated-2-orchids-on-mango-for-shelter-3-cuckoo-on-crow-4-abingdon-torgoise-in-galapagos-island-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTk1MTM2-barnacles-growing-on-the-back-a-whale-a-type-of-population-interaction-is-an-example-of-1-competition-2-mutualism-3-amensalism-4-commensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTMwNzIz-select-the-wrongly-matched-pair-1-predator-herbivore-2-brood-parasitism-cuckoo-3-commensalism-barnacles-on-the-whale-4-mutualism-sea-anemone-on-a-hermit-crab-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTc0Mjg3-natural-selection-operates-at-the-level-of-1-organism-2-population-3-community-4-ecosystem-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTc0Mjk2-regional-and-local-variations-within-each-biome-lead-to-the-formation-of-a-wide-variety-of-1-niche-2-population-3-microclimate-4-habitat-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTkyODk5-which-one-of-the-following-is-an-appropriate-example-of-sexual-deceit-1-female-wasp-and-fig-2-cuckoo-and-crow-3-ophrys-and-bumblebee-4-sea-anemone-and-clown-fish-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTkyOTQw-choose-the-correct-statements-regarding-population-interactions-between-two-species-a-in-both-parasitism-and-commensalism-only-one-species-benefits-and-the-other-species-is-harmed-b-both-species-benef https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTkyOTI1-which-of-the-following-equations-depicts-verhulst-pearl-logistic-population-growth-1-dfrac-dn-dt-rn-left-frac-k-n-k-right-2-dfrac-dn-dt-rn-left-frac-k-n-k-right-3-dfrac-dn-dt-rn-left-frac-k-k-n-right https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTk4MzQy-match-list-i-with-list-ii-list-i-list-ii-a-both-species-are-harmed-i-predation-b-one-species-is-harmed-and-the-other-is-benefited-ii-mutualism-c-both-species-are-benefited-iii-competition-d-one-is-ben https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTk4MzQw-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-logistic-growth-model-of-populations-is-considered-more-realistic-than-the-exponenti https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTk4MzMz-consider-a-population-of-10-million-cells-given-the-per-capita-birth-rate-of-0-002-per-unit-time-and-the-per-capita-death-rate-of-0-002-per-unit-time-the-expected-number-of-cells-after-10-generations https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTk4MzE4-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-abingdon-tortoise-in-galapagos-islands-became-extinct-within-a-decade-after-goats-were-i https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTM1Mjg3-which-one-of-the-following-equations-represent-the-verhulst-pearl-logistic-growth-of-population-1-frac-d-mathrm-n-d-t-r-n-left-frac-n-k-n-right-2-frac-d-n-d-t-n-left-frac-r-k-k-right-3-frac-d-n-d-t-r https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTM1MjUw-given-below-are-two-statements-statement-i-fig-fruit-is-a-non-vegetarian-fruit-as-it-has-enclosed-fig-wasps-in-it-statement-ii-fig-wasp-and-fig-tree-exhibit-mutual-relationship-as-fig-wasp-completes-i https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTM1MjE5-epiphytes-that-are-growing-on-the-mango-branch-is-an-explanation-of-which-of-the-following-1-predation-2-amensalism-3-commensalism-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDY4Njc4-when-will-the-population-density-increase-under-special-conditions-when-the-number-of-1-deaths-exceeds-number-of-births-and-also-number-of-emigrants-equals-number-of-immigrants-2-births-plus-number-of https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDY4NjE5-match-list-i-with-list-ii-list-i-list-ii-a-predator-i-ophrys-b-mutualism-ii-pisaster-c-parasitism-iii-female-wasp-and-fig-d-sexual-deceit-iv-plasmodium-choose-the-correct-answer-from-the-options-given https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDU2ODk1-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-connell-s-elegant-field-experiment-showed-that-on-the-rocky-sea-the-larger-and-competiti https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246ODkyNjY-asymptote-in-a-logistic-growth-curve-is-obtained-when-1-k-n-2-k-n-3-k-n-4-the-value-of-r-approaches-zero-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246ODk1NjA-mycorrhizae-are-the-example-of-1-amensalism-2-antibiosis-3-mutualism-4-fungistasis-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246ODkzODU-which-of-the-following-is-correct-for-r-selected-species-1-large-number-of-progeny-with-small-size-2-large-number-of-progeny-with-large-size-3-small-number-of-progeny-with-small-size-4-small-number-of https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246ODkzOTE-if-sign-is-assigned-to-beneficial-interaction-sign-to-detrimental-and-0-sign-to-neutral-interaction-then-the-population-interaction-represented-by-refers-to-1-mutualism-2-amensalism-3-commensalism-4-p https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246ODk1NDk-the-principle-of-competitive-exclusion-was-stated-by-1-c-darwin-2-g-f-gause-3-macarthur-4-verhulst-and-pearl-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTA0OTI-when-does-the-growth-rate-of-a-population-following-the-logistic-model-equal-zero-the-logistic-model-is-given-as-dn-dt-rn-1-n-k-1-when-n-nears-the-carrying-capacity-of-the-habitat-2-when-n-k-equals-ze https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTA5NDc-an-association-of-individuals-of-different-species-living-in-the-same-habitat-and-having-functional-interactions-is-known-as-1-ecological-niche-2-biotic-community-3-ecosystem-4-population-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTEwMTg-in-which-of-the-following-interactions-both-partners-are-adversely-affected-1-competition-2-predation-3-parasitism-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTIwMjQ-a-biologist-studied-the-population-of-rats-in-a-barn-he-found-that-the-average-natality-was-250-average-mortality-240-immigration-20-and-emigration-30-the-net-increase-in-population-is-1-15-2-05-3-zer https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjUxMjk5-the-logistic-population-growth-is-expressed-by-the-equation-1-dndt-rn-n-kn-dndt-rnn-kndndt-rnn-kn-2-dtdn-nr-k-nk-dtdn-nrk-nkdtdn-nrk-nk-3-dndt-rn-k-nk-dndt-rnk-nkdndt-rnk-nk-4-dndt-rndndt-rndndt-rn-1 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTI4MzM-study-the-four-statements-a-d-given-below-and-select-the-two-correct-ones-out-of-them-a-a-lion-eating-a-deer-and-a-sparrow-feeding-on-grain-are-ecologically-similar-in-being-consumers-b-predator-starf https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjUxMjY1-which-one-of-the-following-is-most-appropriately-defined-1-amensalism-is-a-relationship-in-which-one-species-is-benefited-whereas-the-other-is-unaffected-2-predator-is-an-organism-that-catches-and-kil https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTM0Mjc-a-country-with-a-high-rate-of-population-growth-took-measures-to-reduce-it-the-figure-below-shows-age-sex-pyramids-of-populations-a-and-b-are-twenty-years-apart-select-the-correct-interpretation-about https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTQwNzU-the-formula-for-exponential-population-growth-is-1-dt-dn-rn-2-dn-rn-dt-3-rn-dn-dt-4-dn-dt-rn-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1NTE3-which-of-the-following-is-a-correct-pair-1-cuscuta-parasite-2-dischidia-insectivorous-3-opuntia-predator-4-capsella-hydrophyte-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY0NDc2-a-male-insect-mistakes-an-orchid-flower-to-be-female-due-to-its-shape-and-performs-the-act-of-copulation-and-induces-pollination-this-is-an-example-of-1-mimicry-2-pseudocopulation-3-pseudopollination https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQzMTA-the-biome-characterized-by-a-mean-annual-temperature-between-5-c-and-22-c-and-mean-annual-precipitation-between-5-cm-and-50-cm-is-1-desert-2-arctic-and-alpine-tundra-3-temperate-forest-4-grassland-1-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyMzA-the-most-ecologically-relevant-environmental-factor-is-1-temperature-2-water-3-light-4-soil-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyMzI-if-global-warming-continues-how-would-the-distributional-range-of-some-species-be-affected-1-there-will-be-a-poleward-shift-2-there-will-be-an-equatorial-shift-3-no-change-is-expected-for-any-species https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQzMTI-many-freshwater-animals-cannot-live-for-long-in-sea-water-and-vice-versa-because-of-1-buoyancy-related-problems-2-lack-of-impermeable-skins-3-thermolabile-enzymes-4-osmotic-considerations-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyMzc-which-of-the-following-algae-is-likely-to-be-found-in-the-deepest-waters-1-green-2-brown-3-red-4-all-are-found-at-equal-depths-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyMzg-thermoregulation-and-osmoregulation-can-be-achieved-by-all-1-amniotes-2-birds-and-mammals-3-vertebrates-4-chordates-and-insects-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyMzk-when-exposed-to-cold-temperatures-which-of-the-following-is-responsible-for-maintaining-constant-body-temperature-in-humans-1-vasoconstriction-and-shivering-2-vasodilation-and-shivering-3-vasodilation https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQzMTM-evolutionary-biologists-believe-that-success-of-mammals-is-largely-due-to-their-ability-to-1-produce-a-large-number-of-progeny-2-live-for-a-longer-life-span-3-maintain-a-constant-body-temperature-4-nu https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNDE-very-small-animals-are-rarely-found-in-polar-regions-because-1-being-smaller-in-size-makes-them-highly-vulnerable-to-predation-2-they-have-a-larger-surface-area-relative-to-their-volume-3-small-size-m https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNDM-in-animals-the-organism-if-unable-to-migrate-might-avoid-the-stress-by-escaping-in-time-all-the-following-would-exemplify-this-except-1-hibernation-2-aestivation-3-diapause-4-migration-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNDQ-under-unfavorable-conditions-many-zooplankton-species-in-lakes-and-ponds-are-known-to-enter-a-stage-of-suspended-development-called-as-1-dormancy-2-hibernation-3-aestivation-4-diapause-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQzMTU-kangaroo-rat-is-capable-of-meeting-all-its-water-requirements-through-1-storing-water-when-available-2-dry-seeds-and-foliage-3-metabolic-water-4-burrowing-deep-to-get-water-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNDY-all-the-following-are-adaptations-in-desert-plants-to-minimize-water-loss-except-1-thick-cuticle-2-c3c3c3-photosynthesis-3-cam-pathway-4-sunken-stomata-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNDc-according-to-allen-s-rule-1-mammals-from-colder-climates-generally-have-shorter-appendages-2-mammals-from-colder-climates-generally-have-longer-appendages-3-mammals-from-colder-climates-generally-have https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNDk-high-altitude-acclimatization-in-humans-include-all-the-following-except-1-increased-rbc-production-2-increased-breathing-rate-3-increased-heart-rate-4-increased-binding-affinity-of-haemoglobin-1-2-3 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQ2NjQ-desert-lizards-are-able-to-keep-their-body-temperature-fairly-constant-by-1-physiological-means-2-anatomical-means-3-biochemical-means-4-behavioral-means-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNTE-unlike-a-population-an-individual-has-1-birth-and-death-2-birth-rate-3-death-rate-4-sex-ratio-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNTI-in-a-pond-there-were-20-lotus-plants-last-year-if-through-reproduction-4-new-lotus-plants-are-added-the-number-of-offspring-per-lotus-per-year-would-be-1-0-2-2-0-4-3-2-0-4-4-0-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNTM-the-given-age-pyramid-represents-a-1-fast-expanding-population-2-slowly-expanding-population-3-stable-population-4-declining-population-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQzMDI-a-population-with-a-population-pyramid-that-has-an-extremely-broad-base-will-most-likely-be-1-a-rapidly-expanding-population-2-a-stable-population-3-a-population-where-the-birth-rate-equaled-the-death https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNTQ-the-tiger-census-in-our-national-parks-and-tiger-reserves-is-often-based-on-1-pug-marks-2-cub-count-3-area-allocation-4-collar-position-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNTU-if-a-new-habitat-is-just-being-colonized-which-of-the-following-is-most-likely-to-contribute-to-an-increase-in-the-population-density-1-birth-rate-2-death-rate-3-immigration-4-emigration-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNTc-when-population-density-is-plotted-against-time-the-exponential-growth-curve-is-1-s-shaped-2-straight-line-3-j-shaped-4-hyperbola-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNjA-in-the-logistic-growth-equation-given-below-the-carrying-capacity-is-represented-by-frac-mathrm-dn-mathrm-dt-mathrm-rn-left-frac-mathrm-k-mathrm-n-mathrm-k-right-1-n-2-r-3-k-4-k-n-k-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNjE-darwinian-fitness-is-represented-by-1-low-r-value-2-high-r-value-3-high-k-value-4-low-k-value-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNjM-as-a-part-of-their-reproductive-strategy-pelagic-fishes-1-produce-a-large-number-of-small-sized-offspring-2-produce-a-small-number-of-small-sized-offspring-3-produce-a-large-number-of-large-sized-offs https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNjI-which-of-the-following-organisms-does-not-breed-only-once-in-their-life-time-1-pacific-salmon-2-marsupial-mice-3-birds-4-bamboo-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNjQ-a-population-interaction-that-is-detrimental-to-both-species-would-be-1-mutualism-2-competition-3-predation-4-amensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNjU-a-population-interaction-where-one-species-is-harmed-whereas-the-other-is-unaffected-is-called-as-1-mutualism-2-competition-3-predation-4-amensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNjY-identify-the-incorrectly-matched-pair-population-interaction-species-a-species-b-1-mutualism-2-predation-3-parasitism-4-commensalism-0-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNjg-predators-do-not-1-act-as-conduits-for-energy-transfer-across-trophic-levels-2-keep-prey-populations-under-control-3-over-exploit-their-prey-4-help-in-maintaining-species-diversity-in-a-community-1-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNjk-when-certain-exotic-species-are-introduced-into-a-geographical-area-they-become-invasive-mainly-because-1-the-invaded-land-has-unlimited-resources-for-the-introduced-species-2-the-invaded-land-does-no https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNzY-the-most-common-means-of-morphological-defense-in-plants-against-herbivory-are-1-spines-2-thick-cuticle-3-thorns-4-slime-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNzg-nicotine-caffeine-quinine-and-opium-produced-by-plants-are-actually-1-primary-metabolites-needed-in-reproduction-2-secondary-metabolites-needed-for-growth-3-alkaloids-that-are-present-in-seeds-4-defen https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyNzk-consider-the-given-statements-regarding-competition-amongst-organisms-i-only-related-species-can-compete-for-the-same-resource-ii-competition-occurs-only-when-the-resources-are-limiting-the-correct-st https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyODE-a-process-in-which-the-fitness-of-one-species-is-significantly-lower-in-the-presence-of-another-species-is-termed-as-1-predation-2-parasitism-3-competition-4-amensalism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyODI-abingdon-tortoise-in-galapagos-islands-became-extinct-within-a-decade-after-goats-were-introduced-on-the-island-due-to-1-habitat-fragmentation-2-better-browsing-efficiency-of-goats-3-predator-of-goat https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyODU-competitive-exclusion-principle-may-be-true-if-1-the-competing-species-are-equally-capable-2-resource-partitioning-occurs-3-there-is-only-intraspecific-competition-4-resources-are-limiting-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyODY-one-mechanism-that-promotes-co-existence-rather-than-exclusion-amongst-competing-species-is-1-periodic-migration2-hibernation-and-aestivation-3-resource-partitioning4-reproductive-isolation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQ2NzQ-the-human-liver-fluke-depends-on-two-intermediate-hosts-that-are-1-a-crustacean-and-a-fish-2-a-snail-and-a-fish-3-an-echinoderm-and-a-fish-4-fishes-of-two-different-species-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyODg-cuckoos-laying-their-eggs-in-the-nests-of-crow-is-an-example-of-1-ectoparasitism-2-endopararsitism-3-hyperparasitism-4-brood-parasitism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyODk-an-orchid-growing-as-an-epiphyte-on-a-mango-branch-is-an-example-of-1-ectoparasitism-2-endopararsitism-3-commensalism-4-mutualism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyOTA-all-the-following-relations-are-examples-of-commensalism-except-1-sea-anemone-and-clown-fish-2-cattle-egret-and-grazing-cattle-3-barnacles-growing-on-the-back-of-whale-4-cuscuta-growing-on-hedge-plant https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyOTI-in-mycorrhiza-the-fungi-help-the-plant-in-1-synthesis-of-high-energy-carbohydrates-2-absorption-of-essential-nutrients-from-the-soil-3-nitrogen-fixation-4-biocontrol-of-pathogens-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyOTM-the-fig-tree-is-pollinated-by-a-1-honeybee-2-wasp-3-bird-4-moth-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246NjQyOTQ-to-get-pollinated-by-a-bee-the-mediterranean-orchid-ophrys-employs-1-sexual-deceit-2-pseudo-copulation-3-reward-in-the-form-of-nectar-4-place-for-laying-eggs-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI3Mzk4-assertion-a-among-red-green-and-brown-algae-the-red-algae-are-found-in-the-deepest-ocean-reason-r-red-algae-possess-phycobilins-which-can-absorb-the-blue-and-green-light-that-penetrates-the-deepest-wa https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI3Mzk5-assertion-the-triangular-age-pyramid-is-a-graphic-representation-of-a-young-or-growing-population-reason-an-age-pyramid-is-a-graphic-representation-of-proportion-of-various-age-group-of-population-1-b https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI3NDAx-assertion-a-the-mediterranean-orchid-ophyrus-employs-sexual-deceit-to-get-pollinated-by-some-male-bees-reason-r-plant-animal-interactions-never-involve-co-evolution-1-both-a-and-r-are-true-and-r-is-th https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1NTIz-choose-the-correct-match-bladderwert-sundew-venus-flytrap-1-nepanthese-dionea-drosera-2-nepanthese-utricularia-vanda-3-utricularia-drosera-dionea-4-dionea-trapa-vanda-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTg3MTky-match-the-following-and-choose-the-correct-combination-from-the-options-given-below-column-i-column-ii-a-mutalism-1-lion-and-deer-b-commensalism-2-round-worm-and-man-c-parasitism-3-birds-compete-with https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI3NTg3-read-the-following-statements-i-lactic-acid-bacteria-produce-acids-that-coagulate-and-partially-digest-the-milk-protein-during-curd-making-ii-curd-is-less-nutritious-than-milk-iii-cheese-is-partially https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzI3Mzcx-read-the-following-statements-i-success-of-mammals-on-earth-is-mainly-due-to-their-ability-to-maintain-a-constant-body-temperature-ii-migration-is-restricted-to-animals-only-in-plants-even-the-propagu https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzc1-assertion-a-ecology-is-a-thread-that-gives-us-a-holistic-perspective-to-biology-reason-r-the-essence-of-biological-understanding-is-to-know-how-organisms-while-remaining-an-individual-interact-with-ot https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzc3-assertion-a-an-individual-may-have-births-and-deaths-but-a-population-has-birth-rates-and-death-rates-reason-r-in-a-population-the-rates-are-expressed-as-change-in-numbers-increase-or-decrease-with-re https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzc4-assertion-a-population-ecology-is-an-important-area-of-ecology-reason-r-evolutionary-changes-take-place-at-the-population-level-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzgy-assertion-a-population-ecology-is-an-important-area-of-ecology-reason-r-it-links-ecology-to-population-genetics-and-diversity-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-co https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzgz-assertion-a-when-certain-exotic-species-are-introduced-into-a-geographical-area-they-become-invasive-and-start-spreading-fast-reason-r-the-invaded-land-does-not-have-its-natural-competitors-choices-fo https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzg0-assertion-a-in-a-field-experiment-when-all-the-starfish-were-removed-from-an-enclosed-intertidal-area-more-than-10-species-of-invertebrates-became-extinct-within-a-year-reason-r-this-happened-due-to-i https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzg1-assertion-a-monarch-butterfly-is-highly-tasteful-to-its-predator-reason-r-it-has-a-special-chemical-that-is-acquired-in-its-caterpillar-stage-choices-for-assertions-and-reasons-1-both-a-and-r-are-true https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzg3-assertion-a-a-species-shows-a-dramatic-increase-in-its-population-when-its-competing-species-is-removed-reason-r-the-competing-species-is-competitively-superior-species-choices-for-assertions-and-reas https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzkw-assertion-a-the-life-cycles-of-endoparasites-are-more-complex-reason-r-endoparasites-have-very-less-specialization-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTEzNDk-the-following-graph-depicts-changes-in-two-populations-a-and-b-of-herbivores-in-a-grassy-field-a-possible-reason-for-these-changes-is-that-1-both-plant-populations-in-this-habitat-decreased-2-populati https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTIwMDk-a-sedentary-sea-anemone-gets-attached-to-the-shell-lining-of-a-hermit-crab-the-association-is-1-symbiosis-2-commensalism-3-amensalism-4-ectoparasitism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4NDQy-which-one-of-the-following-is-not-a-parasitic-adaptation-1-development-of-adhesive-organs-2-loss-of-digestive-organs-3-loss-of-reproductive-capacity-4-loss-of-unnecessary-sense-organs-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTI0MDA-people-who-have-migrated-from-the-planes-to-an-area-adjoining-rohtang-pass-about-six-months-back-1-have-more-rbcs-and-their-haemoglobin-has-a-lower-binding-affinity-to-02-2-are-not-physically-fit-to-p https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjUwOTQ5-cuscuta-is-an-example-of-1-brood-parasitism-2-predation-3-endoparasitism-4-ectoparasitism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTM5MDE-a-high-density-of-elephant-population-in-an-area-can-result-in-1-mutualism-2-intraspecific-competition-3-interspecific-completion-4-predation-on-one-another-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTQxMTc-annual-migration-does-not-occur-in-the-case-of-1-salmons-2-siberian-crane-3-salamander-4-arctic-tern-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTQwNjc-praying-mantis-is-a-good-example-of-1-mullerian-mimicry-2-warning-colouration-3-social-insects-4-camouflage-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTQwNzc-niche-overlap-indicates-1-active-cooperation-between-two-species-2-two-different-parasites-on-the-same-host-3-sharing-of-one-or-more-resources-between-the-two-species-4-mutualism-between-two-species-1 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1MDQ5-biotic-and-abiotic-components-form-1-community-2-society-3-population-4-species-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1MDUx-the-plant-having-the-largest-flower-is-1-total-stem-parasite-2-epiphyte-3-total-root-parasite-4-partial-stem-parasite-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1MTg4-what-will-happen-if-the-number-of-organisms-increased-at-a-place-1-inter-species-competition-2-intra-species-competition-3-both-4-none-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1NDEz-in-a-population-unrestricted-reproductive-capacity-is-called-1-biotic-potential-2-fertility-3-carrying-capacity-4-birth-rate-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1NDQ1-choose-the-correct-sequence-of-stages-of-the-growth-curve-for-bacteria-1-leg-log-stationary-decline-phase-2-leg-log-stationary-phase-3-stationary-leg-log-decline-phase-4-decline-leg-log-phase-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1NDQ2-the-semilog-of-per-minute-growing-bacteria-is-plotted-against-time-what-will-the-shape-of-the-graph-be-1-sigmoid-2-hyperbolic-3-ascending-straight-line-4-descending-straight-line-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1NTEy-which-type-of-association-is-found-between-entomophilous-flower-and-pollinating-agent-1-mutualism-2-commensalism-3-cooperation-4-co-evolution-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY2MDkx-two-opposite-forces-operate-in-the-growth-and-development-of-every-population-one-of-them-relates-to-the-ability-to-reproduce-at-a-given-rate-the-force-opposing-it-is-called-1-morbidity-2-fecundity-3 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY0ODgz-a-keystone-species-is-1-a-common-species-that-has-plenty-of-biomass-yet-has-a-fairly-low-impact-on-the-community-s-organisation-2-a-rare-species-that-has-minimal-impact-on-the-biomass-and-on-other-spe https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY0OTc1-certain-characteristic-demographic-features-of-developing-countries-are-1-high-fertility-high-density-rapidly-rising-mortality-rate-and-very-young-age-distribution-2-high-infant-mortality-low-fertilit https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY0MTcx-animals-have-the-innate-ability-to-escape-from-predation-examples-of-the-same-are-given-below-select-the-incorrect-example-1-colour-change-in-chameleon-2-poison-fangs-in-snakes-3-melanism-in-moths-4-e https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTc2MjA2-formation-of-wide-variety-of-habitats-takes-place-by-1-types-of-species-inhabiting-that-area-2-types-of-predation-3-regional-and-local-variation-of-environment-conditions-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzc5-assertion-a-many-freshwater-animals-cannot-survive-in-seawater-reason-r-they-would-face-osmotic-problems-if-placed-in-seawater-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-c https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjUxMzUw-consider-the-following-statements-a-d-each-with-one-or-two-blanks-a-bears-go-into-1-during-winter-to-2-cold-weather-b-a-conical-age-pyramid-with-a-broad-base-represents-3-human-population-c-a-wasp-pol https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY2ODg4-when-we-migrate-from-dark-to-light-we-fail-to-see-for-sometimes-but-after-a-time-visibility-becomes-normal-it-is-an-example-of-1-accommodation-2-adaptation-3-mutation-4-photoperiodism-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTMwMTc3-state-true-t-or-false-f-for-the-following-statements-and-select-the-correct-option-a-mammals-from-colder-climates-generally-have-smaller-ears-and-limbs-to-minimize-the-heat-loss-b-experience-of-altitu https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTc1NDE0-match-the-column-a-with-column-b-a-b-a-phytophagous-insects-i-a-stage-of-suspended-development-b-diapause-ii-to-avoid-summer-related-problem-c-homeostasis-iii-feeding-on-plant-sap-d-aestivation-iv-mai https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjMxOTY4-formation-of-tropical-forests-needs-mean-annual-temperature-and-mean-annual-precipitation-as-1-18-25-c-and-150-400-cm-2-5-15-c-and-50-100-cm-3-30-50-c-and-100-150-cm-4-5-15-c-and-100-200-cm-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTA1ODk2-read-the-following-statements-and-choose-the-correct-option-statement-1-the-success-of-mammals-is-largely-due-to-their-ability-to-maintain-a-constant-body-temperature-statement-2-majority-of-the-anima https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjMxOTY5-which-of-the-following-forest-plants-control-the-light-conditions-aground-1-lianas-and-climbers-2-shrubs-3-tall-trees-4-herbs-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1MDE2-in-which-of-the-following-pairs-is-the-specific-characteristic-of-a-soil-not-correctly-matched-1-terra-rossa-most-suitable-for-roses-2-chernozems-the-richest-soil-in-the-world-3-black-soil-rich-in-cal https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTg2MzA1-read-the-given-statements-and-select-the-correct-option-statement-a-cattle-do-not-graze-on-weeds-of-calotropis-statement-b-calotropis-have-thorns-and-spines-as-defense-against-herbivores-1-both-statem https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU4ODcw-choose-the-odd-one-out-with-respect-to-adaptations-in-organisms-1-altitude-sickness-in-humans-is-a-physiological-means-to-counteract-the-stressful-condition-2-biochemical-adaptations-are-seen-in-organ https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY1MDM3-in-which-one-of-the-following-habitats-does-the-diurnal-temperature-of-the-soil-surface-vary-most-1-forest-2-desert-3-grassland-4-shrubland-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY0MjM1-which-one-of-the-following-pairs-is-mismatched-1-savanna-acacia-trees-2-coniferous-forest-evergreen-trees-3-tundra-permafrost-4-prairie-epiphytes-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY0NDMx-acacia-prosopis-and-capparis-belong-to-1-deciduous-forest-2-tropical-forest-3-thorn-forest-4-evergreen-forest-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU4ODY2-choose-the-odd-one-out-with-respect-to-structure-formed-in-the-different-organisms-during-suspended-phase-1-bacteria-fungi-thick-wall-spores-2-higher-plants-seed-vegetative-propagules-3-zooplanktons-d https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTk4OTkz-below-is-the-diagrammatic-representation-of-the-response-of-organisms-against-temperature-find-out-the-correct-match-1-a-plants-b-birds-2-a-birds-b-mammals-3-c-mammals-b-plants-4-a-birds-b-plants-1-2 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY0NDcz-in-which-biome-a-new-plant-may-adapt-soon-1-tropical-rain-forest-2-desert-3-mangrove-4-sea-island-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTI1NjI-consider-the-following-four-conditions-i-iv-and-select-the-correct-pair-of-them-as-an-adaption-to-the-environment-in-desert-lizards-the-conditions-i-burrowing-in-soil-to-escape-high-temperature-ii-los https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTE5OTI-just-as-a-person-moves-from-delhi-to-shimla-to-escape-the-heat-for-the-duration-of-hot-summer-thousands-of-migratory-birds-from-siberia-and-other-extremely-cold-northern-regions-move-to-1-western-ghat https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-pb246OTI4NTQ-the-figure-given-below-is-a-diagrammatic-representation-of-the-response-of-organisms-to-abiotic-factors-what-do-a-b-and-c-represent-respectively-a-b-c-1-regulator-conformer-partial-regulator-2-conform https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjMxOTcw-what-will-happen-to-a-well-growing-herbaceous-plant-in-the-forest-if-it-is-transplanted-outside-the-forest-in-a-park-1-it-will-grow-normally-2-it-will-grow-well-because-it-is-planted-in-the-same-local https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY0MTkz-more-than-70-of-the-world-s-freshwater-is-contained-in-the-1-antarctica-2-polar-ice-3-glaciers-and-mountains-4-greenland-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzgw-assertion-a-small-plants-photosynthesize-optimally-under-very-low-light-conditions-reason-r-small-plants-are-constantly-exposed-to-high-light-conditions-td-border-1px-solid-cccccc-br-mso-data-placemen https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY0OTY2-a-terrestrial-animal-must-be-able-to-1-conserve-water-2-actively-pump-salts-out-through-the-skin-3-excrete-large-amounts-of-salts-in-urine-4-excrete-large-amounts-of-water-in-urine-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjY0NDMy-animals-of-desert-are-1-arboreal-2-fossorial-3-crepuscular-4-nocturnal-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzc2-assertion-a-archaebacteria-flourish-in-hot-springs-and-deep-sea-hydrothermal-vents-reason-r-the-temperature-of-hydrothermal-vents-varies-from-400-c-to-800-c-choices-for-assertions-and-reasons-1-both-a https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTU4OTAz-a-set-of-characters-for-desert-adaptation-are-1-respiratory-roots-salt-secreting-glands-c4-cycle-2-turions-thick-cuticle-on-leaf-surface-cam-pathway-3-phylloclade-stomatal-pits-cam-pathway-4-phyllode https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTQ2OTM0-behavioural-means-to-cope-environmental-variations-include-1-secretion-of-solid-urine-by-a-kangaroo-rat-2-increase-in-red-blood-cell-production-at-high-altitude-3-desert-lizard-basks-in-the-sunlight-w https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjMxOTY2-according-to-allen-s-rule-the-mammals-from-colder-climates-have-1-shorter-ears-and-longer-limbs-2-longer-ears-and-shorter-limbs-3-longer-ears-and-longer-limbs-4-shorter-ears-and-shorter-limbs-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MjMxOTY3-salt-concentration-salinity-of-the-sea-measured-in-parts-per-thousand-is-1-10-15-2-30-70-3-0-5-4-30-35-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzU4NDUx-benthic-organisms-are-affected-most-by-1-light-reaching-the-forest-floor-2-surface-turbulence-of-water-3-sediment-characteristics-of-aquatic-ecosystems-4-water-holding-capacity-of-soil-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzYxNzgx-assertion-a-we-tend-to-experience-altitude-sickness-in-rajasthani-deserts-reason-r-in-the-low-atmospheric-pressure-of-high-altitudes-the-body-does-not-get-enough-oxygen-choices-for-assertions-and-reas https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDMzNDc3-in-ecological-terms-a-population-should-be-defined-as-a-group-of-1-communities-in-an-ecosystem-2-species-in-a-community-3-individuals-in-a-family-4-individuals-in-a-species-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzM2OTE3-in-the-logistic-growth-of-a-population-the-acceleration-phase-is-followed-by-a-an-1-lag-phase-2-deceleration-phase-3-asymptote-4-sudden-crash-phase-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzMxOTI2-assertion-a-the-female-anopheles-mosquito-is-not-considered-a-parasite-reason-r-the-bite-of-the-female-anopheles-mosquito-injects-infective-stage-of-malarial-parasite-into-human-blood-1-both-a-and-r-a https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDQyMzgw-logistic-growth-in-a-population-is-characterized-by-1-a-constant-rate-of-growth-regardless-of-population-size-2-an-exponential-growth-followed-by-a-stabilization-at-the-carrying-capacity-3-decrease-in https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTgzNDEx-growth-rate-of-a-natural-population-will-be-equal-to-zero-when-1-n-k-is-exactly-one-2-n-nears-the-carrying-capacity-of-the-habitat-3-n-k-equals-zero-4-mortality-is-greater-than-natality-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDM4MDY4-which-of-the-following-statements-captures-the-essence-of-gause-s-principle-of-competitive-exclusion-1-the-more-abundant-species-will-exclude-the-less-abundant-species-through-competition-2-competitio https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDUwNzEw-determine-which-of-the-following-statements-about-reproductive-strategy-of-populations-much-below-the-carrying-capacity-is-most-likely-to-be-correct-1-they-typically-inhabit-stable-environments-2-they https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1ODg1-to-evolve-the-desired-traits-natural-selection-operates-at-the-level-of-1-organism-2-population-3-species-4-biological-community-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MTYzNjU2-ultimately-the-size-of-a-population-in-a-given-area-is-determined-by-1-the-biotic-potential-2-mortality-rates-and-natality-rates-3-carrying-capacity-of-its-environment-4-rate-of-immigration-and-emigra https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246MzkyNTcy-select-the-correct-equation-for-population-density-at-time-t-1-1-n-t-1-n-t-b-i-d-e-2-n-t-1-n-t-times-b-e-d-i-3-n-t-1-n-t-b-i-d-e-4-n-t-1-n-t-times-b-d-e-i-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1ODQw-which-of-the-following-is-least-likely-to-affect-the-size-of-a-population-1-competition-2-brood-parasitism-3-commensalism-4-predation-1-2-3-4 https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDE3NDA4-consider-the-given-two-statements-assertion-a-predators-in-nature-are-prudent-reason-r-predators-keep-prey-populations-under-control-1-both-a-and-r-are-true-and-r-correctly-explains-a-2-both-a-and-r-a https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1ODk4-consider-the-given-two-statements-assertion-a-the-tiger-census-in-our-national-parks-and-tiger-reserves-is-often-based-on-pug-marks-and-fecal-pellets-reason-r-for-ecological-investigations-it-is-manda https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NDA1NTg3-identify-the-correctly-matched-pair-scientist-contribution-i-connell-competitive-release-ii-gauss-competitive-exclusion-principle-iii-macarthur-resource-partitioning-iv-tillman-rivet-popper-hypothesis https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTE4MzE4-the-mutualistic-relationship-between-fig-trees-and-their-specific-pollinator-wasps-is-highly-specialized-and-tightly-interdependent-consider-the-following-statements-a-each-fig-species-is-pollinated-b https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTE4Mjk1-consider-the-following-statements-regarding-the-symbiotic-association-between-fungi-and-plants-mycorrhiza-statement-a-mycorrhizal-fungi-absorb-nitrogen-from-the-soil-and-pass-it-to-the-plant-but-incre https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3MzI5-consider-the-given-two-statements-assertion-a-a-population-experiencing-high-natality-rates-will-always-exhibit-exponential-growth-reason-r-exponential-growth-occurs-only-when-resources-are-unlimited https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3MzIw-for-a-species-under-a-logistic-growth-model-as-it-approaches-its-carrying-capacity-what-happens-to-the-growth-rate-1-it-remains-constant-2-it-continues-to-grow-exponentially-3-it-decreases-and-eventua https://medminds.me/qbank/botany/organisms-and-populations/?q=NP-b246NTA3MzI2-the-population-density-of-siberian-cranes-at-bharatpur-wetlands-in-a-given-year-could-be-described-as-1-low-because-their-numbers-are-typically-fewer-than-10-2-high-because-they-congregate-in-large-fl https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjUzNzk-in-photorespiration-glycolate-is-converted-into-serine-and-carbon-dioxide-in-1-mitochondria-2-cholorplasts-3-vacuoles-4-peroxisomes-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjU0NjI-in-the-c4-pathway-which-of-the-following-molecules-combines-with-carbon-dioxide-1-glyceraldehyde-phosphate-2-ribulose-biphosphate-3-phosphoenol-pyruvic-acid-4-citric-acid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjU5NjA-dark-reactions-of-photosynthesis-are-actually-not-totally-independent-of-light-as-1-the-initial-reactions-occur-in-the-presence-of-light-2-the-reaction-will-be-inhibited-by-the-presence-of-light-3-the https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjU5NjE-all-the-following-regarding-the-role-of-xanthophylls-and-carotenoids-in-photosynthesis-are-correct-except-1-they-act-as-accessory-pigments-2-their-peak-absorption-is-in-blue-and-red-regions-of-vibgyor https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjU5NjM-which-stage-of-the-calvin-cycle-utilizes-atp-1-carboxylation-2-reduction-3-regeneration-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjYwNDI-compared-to-retinal-chlorophyll-can-be-described-as-a-pigment-that-has-a-1-narrow-absorption-range-but-high-efficiency-2-narrow-apsorption-range-but-low-efficiency-3-wide-absorption-range-but-high-eff https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjYwNDQ-consider-the-situation-where-photosynthesis-is-going-on-at-a-steady-pace-in-a-typical-experiment-with-a-light-on-and-carbon-dioxide-is-being-combined-with-ribulose-bisphosphate-rubp-to-produce-3-phosp https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjYwNDU-identify-the-statement-that-is-true-for-c4-plants-but-not-for-c3-plants-1-initially-fix-carbon-dioxide-in-mesophyll-cells-as-4-carbon-long-compounds-2-initially-fix-carbon-dioxide-in-bundle-sheath-cel https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjYxNDc-crops-such-as-tomatoes-and-bell-pepper-allowed-to-grow-in-a-carbon-dioxide-rich-environment-show-higher-yields-because-1-they-show-an-increased-rate-of-photosynthesis-at-higher-carbon-dioxide-concentr https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjYxNDg-at-about-what-percentage-of-the-full-sunlight-does-light-saturation-occurs-in-photosynthesis-1-10-2-25-3-70-4-95-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjcxODU-suppose-the-interoir-of-the-thylakoids-of-isolated-chloroplasts-and-then-transferred-in-the-dark-to-a-ph-8-solution-what-would-be-likely-to-happen-1-the-isolated-chloroplasts-will-make-atp-2-the-clavi https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mjk3MTQ-consider-the-following-two-statements-i-except-for-plants-in-shade-or-in-dense-forests-light-is-rarely-a-limiting-factor-in-nature-for-photosynthesis-ii-light-saturation-occurs-at-50-of-the-full-sunli https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzAzNzQ-for-assimilation-of-one-co2-molecule-via-photosynthesis-the-energy-required-in-form-of-atp-and-nadph2-are-1-2-atp-and-2-nadph2-2-5-atp-and-3-nadph2-3-3-atp-and-2-nadph2-4-18-atp-and-12-nadph2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzQ4NTI-phosphoenol-pyruvate-pep-is-the-primary-co2-acceptor-in-1-c3-plants-2-c4-plants-3-c2-plants-4-c3-and-c4-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzQ5MDU-with-reference-to-factors-affecting-the-rate-of-photosynthesis-which-of-the-following-statements-is-not-correct-1-light-saturation-for-co2-fixation-occurs-at-10-of-full-sunlight-2-increasing-atmospher https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzUwMTQ-water-vapour-comes-out-from-the-plant-leaf-through-the-stomatal-opening-through-the-same-stomatal-opening-carbon-dioxide-diffuses-into-the-plant-during-photosynthesis-reason-out-the-above-statements-u https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzUwNDY-a-plant-in-your-garden-avoids-photorespiratory-losses-has-improved-water-use-efficiency-shows-high-rates-of-photosynthesis-at-high-temperatures-and-has-improved-efficiency-of-nitrogen-utilization-in-w https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzUwNDg-emerson-s-enhancement-effect-and-red-drop-have-been-instrumental-in-the-discovery-of-1-two-photosystems-operating-simultaneously-2-photophosphorylation-and-cyclic-electron-transport-3-oxidative-phosph https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzUwNTY-in-a-chloroplast-the-highest-number-of-protons-are-found-in-1-lumen-of-thylakoids-2-inter-membrane-space-3-antenna-complex-4-stroma-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzUxMjM-in-photosynthesis-the-light-independent-reactions-take-place-at-1-thylakoid-lumen-2-photosystem-l-3-photosystem-ll-4-stromal-matrix-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzUyMzE-anoxygenic-photosynthesis-is-characteristic-of-1-rhodospirillum-2-spirogyra-3-chlamydomonas-4-ulva-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzUzOTc-the-correct-sequence-of-cell-organelles-during-photorespiration-is-1-chloroplast-golgi-bodies-mitochondria-2-chloroplast-rough-endoplasmic-reticulum-dictyosomes-3-chloroplast-peroxisome-mitochondria-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzU1NDY-pga-as-the-first-co2-fixation-was-discovered-in-the-photosynthesis-of-1-bryophyte-2-gymnosperm-3-angiosperm-4-algae-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzU1OTU-c4-plants-are-more-efficient-in-photosynthesis-than-c3-plants-due-to-1-higher-leaf-area-2-presence-of-larger-number-of-chloroplasts-in-the-leaf-cells-3-presence-of-thin-cuticle-4-lower-rate-of-photore https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzU3MDI-the-c4-plants-are-photosynthetically-more-efficient-than-c3-plants-because-1-the-co2-compensation-point-is-more-2-co2-generated-during-photorespiration-is-trapped-and-recycled-through-pep-carboxylase https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzU3MTU-electrons-from-excited-chlorophyll-molecule-of-photosystem-ii-are-accepted-first-by-1-cytochrome-b-2-cytochrome-f-3-quinone-4-ferredoxin-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzU3Mjg-in-the-leaves-of-c4-plants-malic-acid-synthesis-during-co2-fixation-occurs-in-1-epidermal-cells-2-mesophyll-cells-3-bundle-sheath-4-guard-cells-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzU4MDE-the-wavelength-of-light-abosorbed-by-pr-form-of-phytochrome-is-1-640-nm-2-680-nm-3-720-nm-4-620-nm-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzU4NzE-in-photosystem-i-the-first-electron-acceptor-is-1-ferredoxin-2-cytochrome-3-plastocyanin-4-an-iron-sulphur-protein-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzU5MDE-during-photorespiration-the-oxygen-consuming-reaction-s-occur-in-1-stroma-of-chloroplasts-and-mitochondria-2-stroma-of-chloroplasts-and-peroxisomes-3-grana-of-chloroplasts-and-peroxisomes-4-stroma-of https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzY4NDE-photorespiration-is-favoured-by-1-high-o2-and-low-co2-concentration-2-low-o2-and-high-co2-concentration-3-low-light-intensity-4-low-temperature-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzY4NDg-the-c4-plants-grow-very-efficiently-in-warm-climates-because-they-1-consume-fewer-atp-molecules-for-glucose-synthesis-2-minimize-photorespiratory-losses-3-have-more-efficient-chloroplasts-4-contain-en https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzY4Njc-following-is-needed-in-the-ionic-form-during-non-cyclic-photophosphorylation-but-not-during-cyclic-photophosphorylations-in-higher-plants-1-copper-2-iron-3-manganese-4-zinc-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzY4OTc-production-of-nadph-in-a-chloroplast-takes-place-during-1-cyclic-photophosphorylation-2-non-cyclic-photophosphorylation-3-series-photophosphorylation-4-substrate-level-photophosphorylation-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzY4OTk-the-photoautotrophic-organisms-that-do-not-split-water-to-obtain-reducing-power-are-1-purple-bacteria-2-cyanobacteria-3-green-plants-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzY5MTQ-dark-reaction-occurs-1-only-in-light-2-only-in-the-absence-of-light-3-independent-of-light-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzcwNDI-photorespiration-usually-occurs-in-1-one-cell-organelle-2-two-cell-organelles-3-three-cell-organelles-4-four-cell-organelles-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzcwNjQ-which-of-the-following-statements-about-phytochrome-is-true-1-pr-absorbs-yellow-light-and-becomes-pfr-2-pr-absorbs-red-light-and-becomes-pfr-3-pfr-absorbs-red-light-and-becomes-pr-4-pfr-absorbs-yellow https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzcwNjU-blackman-s-law-is-related-to-1-respiration-2-transpiration-3-root-pressure-4-photosynthesis-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzcwNjc-who-discovered-photophosphorylation-1-arnon-et-al-2-von-mayer-3-clavin-et-al-4-hill-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzcwNzA-photosynthetic-bacteria-do-not-contain-1-quantasome-2-ps-i-and-ps-ii-3-ps-i-4-ps-ii-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzcwNzc-the-photorespiratory-carbon-oxidation-cycle-involves-the-interaction-of-1-chloroplast-2-mitochordria-3-peroxisomes-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzcxMjE-photorespiration-in-c3-plants-starts-from-1-phosphoglycerate-2-phosphoglycolate-3-glycerate-4-glycine-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzcxNDM-hill-reaction-occurs-in-1-high-altitude-plants-2-total-darkness-3-absence-of-water-4-presence-of-ferricyanide-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzcxNjA-which-one-of-the-following-categories-of-organisms-do-not-evolve-oxygen-during-photosynthesis-1-red-algae-2-photosynthetic-bacteria-3-c4-plants-with-kranz-anatomy-4-blue-green-algae-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzczNzA-which-of-the-following-is-the-characteristic-of-ps-i-1-it-is-activate-only-upto-680-nm-of-light-2-the-reaction-centre-of-ps-i-is-p680-3-ps-i-is-reduced-by-the-electrons-released-in-photolysis-of-water https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc0MjI-cyclic-photophosphorylation-invloves-1-ps-i-2-ps-ii-3-ps-i-and-ps-ii-4-p680-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc0MzE-the-first-stable-product-of-calvin-cycle-is-1-3-phosphoglycerate-2-1-3-biphosphoglycerate-3-glyceraldehyde-3-phosphate-4-ribulose-5-phosphate-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc0NDU-ps-ii-occurs-only-in-1-stroma-2-granal-thylakoids-3-stromal-lamella-4-matrix-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc0NDg-which-of-the-following-statements-is-correct-1-photorespiration-is-useful-process-2-c4-plants-are-more-efficient-than-c3-plants-3-c4-plants-are-less-efficient-than-c3-plants-4-photorespiration-is-abse https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc0ODI-photorespiration-shows-formation-of-1-sugar-but-not-atp-2-atp-but-not-sugar-3-both-atp-and-sugar-4-neither-atp-nor-sugar-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc0OTI-kranz-anatomy-is-usually-associated-with-1-c3-plants-2-c4-plants-3-cam-plants-4-c3-c4-intermediate-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc1MzA-c4-plants-have-better-productivity-because-1-c4-plants-absorb-more-light-2-c4-plants-absorb-more-co2-3-c4-plants-does-not-carry-photorespiration-4-c4-plants-have-more-amount-of-rubisco-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc1OTM-the-first-carbon-dioxide-fixation-product-of-c4-plant-is-1-oxaloacetic-acid-2-ribulose-biphosphate-3-phosphoenol-pyruvate-4-phosphoglyceric-acid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc2MjY-carbon-dioxide-is-necessary-for-photosynthesis-the-chemical-used-to-remove-this-gas-most-effectively-from-entering-a-control-apparatus-is-1-calcium-oxide-2-distilled-water-3-potassium-hydroxide-soluti https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc2NjE-photosynthesis-in-c4-plants-is-relatively-less-limited-by-atmospheric-co2-levels-because-1-the-primary-fixation-of-co2-is-mediated-via-pep-carboxylase-2-effective-pumping-of-co2-into-bundle-sheath-cel https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc2NjI-the-chemiosmotic-coupling-hypotheisis-of-oxidative-phosphorylation-proposes-that-adenosine-triphosphate-atp-is-formed-because-1-a-proton-gradient-forms-across-the-inner-mitochondrial-membrane-2-there https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc4Mzg-which-of-the-following-is-incorrect-about-the-light-reactions-of-photosynthesis-1-p680-and-p700-are-the-reaction-centres-of-ps-i-and-ps-ii-respectively-2-light-energy-provides-energy-for-the-photolysi https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc4NjY-in-blue-green-algae-photosystem-ii-contains-important-pigment-concerned-with-photolysis-of-water-it-is-a-1-phycocyanin-2-cytochrome-c-3-chlorophyll-b-4-beta-carotene-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc4ODM-in-kranz-anatomy-the-bundle-sheath-cells-have-1-thin-walls-many-intercellular-space-and-no-chloroplast-2-thick-walls-no-intercellular-spaces-and-large-number-of-chloroplasts-3-thin-walls-no-intercellu https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246Mzc5MjA-the-c4-plants-differ-from-c3-plants-with-reference-to-the-1-substrate-that-accepts-co2-in-carbon-assimilation-2-type-of-end-product-3-type-of-pigment-involved-in-photosynthesis-4-end-product-that-will https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzgwMjk-match-the-columns-column-i-scientists-column-ii-discoveries-a-stephen-hales-1-importance-of-light-and-chlorophyll-b-ingen-housz-2-presence-of-chlorophyll-in-plants-c-von-mohl-3-product-of-photosynthes https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE0ODk-photosynthesis-is-a-1-biochemical-process-2-physical-process-3-chemical-process-4-physico-chemical-process-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE0OTI-which-of-the-following-statements-does-not-justify-the-importance-of-photosynthesis-1-it-is-the-primary-source-of-all-food-on-earth-2-it-is-responsible-for-the-release-of-oxygen-into-the-atmosphere-3 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE0OTM-which-of-the-following-is-not-required-in-photosynthesis-1-chlorophyll-2-light-3-co2-4-o2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE0OTQ-the-half-leaf-experiment-where-a-part-of-the-leaf-is-enclosed-in-a-test-tube-containing-some-koh-soaked-cotton-was-performed-which-showed-that-was-required-for-photosynthesis-1-light-2-chlorophyll-3-c https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE0OTU-match-the-scientists-in-column-i-with-their-contributions-in-column-ii-column-i-scientist-column-ii-contribution-i-jan-ingenhousz-a-discovery-of-oxygen-o-ii-joseph-priestley-b-plants-restore-to-the-ai https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE0OTY-cornelius-van-niel-who-based-on-his-studies-demonstrated-that-photosynthesis-is-essentially-a-light-dependent-reaction-performed-his-experiments-on-1-cladophora-2-purple-and-green-bacteria-3-green-alg https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE0OTk-which-of-the-following-statement-is-incorrect-1-oxygen-is-released-from-water-2-photosynthesis-is-a-single-step-reaction-3-action-spectrum-of-photosynthesis-resembles-roughly-the-absorption-spectra-of https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MDA-where-does-photosynthesis-takes-place-1-in-green-leaves-2-in-green-parts-of-plant-3-in-leaves-4-in-complete-plant-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MDE-the-in-the-leaves-have-a-large-number-of-which-align-themselves-along-the-walls-of-the-such-that-they-get-the-quantity-of-the-incident-light-1-chloroplasts-chlorophyll-chloroplasts-optimum-2-mesophyll https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MDI-identify-i-ii-iii-and-iv-labellings-in-the-following-diagram-i-ii-iii-iv-1-stroma-lamella-thylakoid-stroma-genetic-material-2-stroma-lamella-grana-stroma-starch-granule-3-grana-lamella-stroma-starch-g https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MDM-column-i-column-ii-i-grana-a-dark-reaction-ii-stroma-b-light-reaction-c-synthesis-of-atp-and-nadph-h-d-synthesis-of-sugar-1-i-b-c-ii-a-d-2-i-a-d-ii-b-c-3-i-b-d-ii-a-c-4-i-b-ii-a-c-d-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MDQ-how-many-of-the-following-statements-are-correct-i-products-of-dark-reaction-are-substrates-of-light-reaction-ii-products-of-light-reaction-are-substrates-of-dark-reaction-iii-in-the-stroma-enzymatic https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MDU-products-of-light-reaction-does-not-include-a-atp-nadph-b-co2-c-o2-d-electrons-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MDY-absorption-spectrum-of-chlorophyll-lsquo-a-rsquo-is-shown-by-1-i-2-ii-3-iii-4-not-shown-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MDc-how-many-pigments-are-responsible-for-the-color-of-a-plant-leaf-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MDg-after-performing-the-chromatographic-separation-of-a-plant-leaf-experimentor-found-bright-or-blue-green-colour-in-the-chromatogram-then-this-pigment-should-be-a-xanthophyll-b-carotenoid-c-chlorophyll https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MDk-range-of-wavelength-at-which-chlorophyll-a-shows-the-maximum-absorption-in-blue-region-1-400-450-nm-2-450-500-nm-3-650-700-nm-4-500-600-nm-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MTA-which-of-the-following-is-the-chief-pigment-associated-with-photosynthesis-1-chl-a-2-chl-b-3-chl-a-and-xanthophylls-4-chl-a-and-carotenoids-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MTI-how-statements-are-correct-i-chlorophyll-a-xanthophylls-and-carotenoids-are-called-as-accessory-pigments-ii-accessory-pigments-protect-chlorophyll-a-from-photo-oxidation-iii-chlorophylla-are-the-major https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MTM-photochemical-phase-does-not-include-a-water-splitting-b-oxygen-release-c-co2-assimilation-d-light-absorption-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MTQ-which-of-the-following-statement-is-incorrect-1-reaction-centre-is-formed-by-a-group-of-chl-a-molecules-2-reaction-centre-is-different-in-both-the-photosystems-3-in-ps-i-the-reaction-centre-chlorophyl https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MTU-in-photosystem-i-p700-refers-to-1-chl-b-2-chl-a-3-number-of-pigment-molecules-4-absorption-peak-of-chl-a-at-700nm-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MTY-light-harvesting-complexes-are-made-up-of-1-proteins-2-pigments-3-protein-and-pigments-4-proteins-and-lipids-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MTc-in-chloroplast-the-movement-of-electrons-from-ps-ii-to-electron-transport-system-is-1-uphill-in-terms-of-redox-potential-scale-2-downhill-in-terms-of-redox-potential-scale-3-from-one-cytochrome-to-ano https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MTg-electrons-in-the-reaction-center-of-ps-i-are-excited-by-1-blue-light-2-red-light-3-green-light-4-blue-and-red-light-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MTk-final-acceptor-in-the-z-scheme-of-light-reaction-1-oxygen-2-nadph-3-nadp-4-ferredoxin-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MjA-in-the-z-scheme-of-light-reaction-at-how-many-positions-an-electron-is-excited-by-the-light-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MjE-spliting-of-water-is-associated-with-1-ps-ii-2-ps-i-3-ps-i-and-ps-ii-4-outer-membrane-of-thylakoid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MjI-which-of-the-following-statement-is-incorrect-1-electrons-to-ps-i-are-provided-by-ps-ii-2-electrons-to-ps-ii-are-provided-by-the-splitting-of-water-3-electrons-to-ps-i-are-provided-by-the-splitting-of https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MjM-where-are-the-protons-and-oxygen-produced-by-the-splitting-of-water-likely-to-be-released-1-in-the-lumen-of-thylakoid-2-on-the-outer-side-of-the-membrane-3-both-a-and-b-4-used-up-in-the-light-reaction https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MjQ-in-plant-cells-atp-is-synthesised-in-1-mitochondria-2-chloroplast-3-mitochondria-and-chloroplast-4-in-mitochondria-during-day-and-in-chloroplasts-during-night-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MjU-non-cyclic-photophosphorylation-involves-ndash-1-ps-i-2-ps-ii-3-ps-i-and-ps-ii-4-ps-i-and-lhc-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MjY-where-does-cyclic-photo-phosphorylation-takes-place-1-membranous-system-of-chloroplast-2-stroma-lamellae-3-grana-4-stroma-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Mjc-which-of-the-following-is-present-in-membrane-of-stroma-lamellae-1-nadp-reductase-2-ps-i-3-ps-ii-4-water-splitting-complex-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Mjg-if-only-light-of-wavelength-beyond-680-nm-is-available-then-which-process-will-remain-continue-a-cyclic-photo-phosphorylation-b-non-cyclic-photo-phosphorylation-c-atp-and-nadph-d-evolution-of-oxygen-1 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Mjk-synthesis-of-atp-from-adp-and-inorganic-phosphate-in-the-presence-of-light-is-known-as-1-phosphorylation-2-photo-phosphorylation-3-photorespiration-4-photooxidation-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MzA-which-of-the-following-statement-is-correct-1-h2s-is-the-hydrogen-donor-for-purple-and-green-sulphur-bacteria-2-h2o-is-the-hydrogen-donor-for-purple-and-green-sulphur-bacteria-3-oxygen-is-evolved-by-t https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MzE-the-mechanism-of-atp-synthesis-is-explained-by-a-chemiosmotic-hypothesis-b-photophosphorylation-c-electron-transport-chain-d-splitting-of-water-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MzI-atp-synthesis-is-linked-to-1-development-of-electron-gradient-2-development-of-atomic-gradient-3-development-of-proton-gradient-4-flow-of-electrons-across-the-membrane-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MzM-the-difference-in-development-of-proton-gradient-in-photosynthesis-and-respiration-is-a-photosynthesis-has-thylakoid-membrane-across-which-proton-gradient-is-generated-b-proton-accumulation-is-inside https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MzQ-what-does-not-cause-the-proton-gradient-across-the-membrane-1-splitting-of-water-2-moving-electrons-through-photosystems-3-reduction-of-nadp-4-fixing-atmospheric-carban-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MzU-where-does-the-splitting-of-water-take-place-a-stroma-b-cytoplasm-c-thylakoid-lumen-d-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MzY-the-acceptor-of-which-is-located-side-of-membrane-transfers-its-electron-not-to-an-electron-carrier-but-to-a-fill-in-the-blank-according-to-causes-of-proton-gradient-in-photosynthesis-a-primary-proton https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Mzc-where-does-exactly-the-nadp-reductase-enzyme-located-a-thylakoid-lumen-b-thylakoid-luminal-side-of-membrane-c-stromal-side-of-thylakoid-membrane-d-cytoplasm-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Mzg-the-protons-for-the-reduction-of-nadp-are-taken-from-a-stroma-b-lumen-of-thylakoid-c-cytoplasm-d-matrix-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Mzk-in-photosynthesis-what-is-reduced-1-nad-2-nadp-3-nadp-4-nadh-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NDA-within-chloroplast-number-of-protons-is-less-in-which-compartment-a-thylakoid-membrane-b-intermembrane-space-c-stroma-d-matrix-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NDE-which-of-the-following-acts-as-a-transmembrane-channel-a-f0-of-atpase-b-f1-of-atpase-c-ps-i-d-ps-ii-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NDM-f1-of-atpase-is-located-in-a-inner-surface-of-plasma-membrane-b-outer-surface-of-thylakoid-membrane-c-on-the-side-of-thylakoid-that-faces-the-stroma-d-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NDQ-when-proton-motive-force-degenerates-where-does-the-conformational-changes-take-place-a-f0-of-atpase-b-f1-of-atpase-c-ps-i-d-ps-ii-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NDU-what-does-chemiosmosis-require-1-membrane-cytosol-proton-pump-atpase-and-proton-gradient-2-membrane-cytosol-proton-pump-and-h-ions-3-membrane-protonpump-atpase-and-proton-gradient-4-membrane-cytosol-p https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NDY-which-enzyme-catalyzes-the-reaction-of-atp-formation-during-chemiosmosis-1-atp-hydrolase-2-atp-synthase-3-atpase-4-atp-synthetase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NDc-atp-and-nadph-produced-during-photosynthesis-are-used-in-which-of-the-following-reactions-1-catabolic-2-biosynthetic-phase-3-amphibolic-4-hydrolytic-phase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NDg-dark-reaction-depends-upon-1-presence-of-darkness-2-presence-of-light-3-products-of-light-reactions-4-products-of-biosynthetic-phase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NDk-the-first-dark-reaction-or-co2-fixation-product-is-1-3c-ndash-organic-acid-2-6c-ndash-organic-acid-3-5c-ndash-organic-acid-4-1c-ndash-organic-acid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NTA-melvin-calvin-used-radioactive-in-studies-for-the-discovery-of-first-co2-fixation-product-1-14c-fungal-photosynthesis-2-14c-algal-photosynthesis-3-15n-fungal-photosynthesis-4-15n-algal-photosynthesis https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NTE-the-first-product-of-c3-and-c4-cycle-are-1-pga-pgal-2-pga-oaa-3-pgal-rubp-4-pgal-oaa-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NTI-what-is-the-primary-acceptor-of-co2-in-dark-reaction-1-ketose-sugar-2-aldose-sugar-3-fatty-acid-4-sucrose-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NTM-which-of-the-following-is-not-a-step-of-photosynthesis-a-decarboxylation-b-carboxylation-c-regeneration-d-reduction-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NTU-calvin-pathway-occurs-a-only-c3-b-only-c4-c-all-photosynthetic-plants-d-only-in-c2-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NTY-the-most-crucial-step-of-calvin-cycle-a-decarboxylation-b-carboxylation-c-regeneration-d-reduction-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NTg-how-many-molecules-of-atp-and-nadph-are-utilized-in-the-step-of-reduction-a-2-2-b-2-3-c-2-4-d-2-5-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NTk-for-the-formation-of-one-molecule-of-glucose-how-many-turns-of-fixation-are-required-1-3-2-2-3-6-4-4-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NjA-for-the-uninterrupted-flow-of-calvin-cycle-which-step-is-most-important-a-decarboxylation-b-carboxylation-c-regeneration-d-reduction-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NjE-how-many-atps-are-required-for-regeneration-of-one-molecule-of-rubp-1-2-2-3-3-1-4-0-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NjI-what-is-correct-about-c4-plant-p-they-have-special-type-of-leaf-anatomy-q-they-tolerate-high-temperature-r-they-lack-a-process-called-photorespiration-s-have-lesser-productivity-t-show-no-response-to https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NjM-what-is-incorrect-about-bundle-sheath-cells-1-multilayered-2-large-number-of-chloroplasts-3-intercellular-spaces-4-thick-walls-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NjQ-hatch-and-slack-pathway-comes-under-which-category-1-cascade-2-linear-3-cycle-4-z-scheme-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NjU-pep-is-present-in-which-cells-1-only-mesophyll-cells-2-bundle-sheath-cells-3-both-a-and-b-4-passage-cells-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NjY-where-exactly-is-the-pep-case-found-1-only-mesophyll-cells-2-bundle-sheath-cells-3-both-a-and-b-4-passage-cells-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Njc-which-c4-compound-is-transported-in-bundle-sheath-cell-1-malate-2-aspartate-3-oaa-4-1-and-2-both-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Njk-the-step-of-regeneration-of-phosphoenol-pyruvate-during-c4-cycle-occurs-in-1-only-mesophyll-cells-2-bundle-sheath-cells-3-both-a-and-b-4-passage-cells-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NzA-the-bundle-sheath-cells-are-rich-in-while-lacks-1-rubisco-pepcase-2-pepcase-rubisco-3-atpase-hydrolase-4-hydrolase-atpase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NzE-how-many-of-them-are-wrong-p-rubisco-is-the-most-abundant-enzyme-in-plants-only-q-rubisco-has-active-site-for-o2-only-s-c3-cycle-in-c4-plants-occur-in-bundle-sheath-cells-1-2-2-3-3-1-4-0-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NzI-the-binding-of-rubisco-for-o2-and-co2-is-ndash-1-non-competitive-2-competitive-3-uncompetitive-4-mixed-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NzM-the-product-of-photorespiration-1-phosphoglycerate-2-phosphoglycolate-3-both-a-and-b-4-malate-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NzQ-which-of-the-following-is-wrong-regarding-photorespiration-1-utilization-of-atp-2-production-of-little-sugar-3-release-of-co2-4-wasteful-process-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NzU-in-c4-plants-photorespiration-does-not-occur-1-they-have-different-rubisco-2-they-have-no-rubisco-3-they-have-mechanism-to-increase-the-concentration-of-co2-4-they-cannot-utilize-atp-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Nzc-at-any-point-the-rate-of-photosynthesis-is-determined-by-the-factor-which-is-available-at-levels-1-optimal-2-higher-than-required-3-sub-optimal-4-won-rsquo-t-depend-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Nzg-who-gave-the-law-of-limiting-factors-and-when-1-lieman-1906-2-blackman-1905-3-lieman-1905-4-blackman-1906-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Nzk-what-kind-of-graph-one-will-obtain-if-he-observes-co2-fixation-rates-at-low-intensities-1-parabola-2-linear-3-circular-4-hyperbola-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1ODA-light-is-a-limiting-factor-for-plants-in-shade-1-as-they-do-not-get-full-sunlight-2-as-they-do-not-get-at-most-10-of-full-sunlight-3-as-they-do-not-get-at-least-50-of-full-sunlight-4-as-they-do-not-ge https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1ODE-what-is-the-major-limiting-factor-for-photosynthesis-1-co2-2-water-3-sunlight-4-chlorophyll-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1ODI-at-low-light-conditions-which-plant-responds-to-high-co2-conditions-1-c3-2-c4-3-neither-4-both-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1ODQ-c3-plants-show-saturation-at-ul-l-1-450-2-360-3-400-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1ODU-which-of-the-following-plants-are-grown-in-green-house-by-exploiting-a-fact-that-higher-co2-leads-more-productivity-1-tomatoes-2-papaya-3-cycas-4-pomegranate-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1ODY-temperature-will-affect-which-process-more-sensitively-1-dark-process-2-non-cyclic-process-3-cyclic-process-4-splitting-of-water-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1ODc-which-plants-can-tolerate-higher-temperature-1-c3-2-c2-3-c4-4-both-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1ODg-water-stress-may-reduce-availability-of-which-factor-1-o2-2-nutrients-3-light-4-co2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1ODk-water-stress-may-cause-which-of-the-following-1-closure-of-stomata-2-wilting-of-leaf-3-reducing-metabolic-activity-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1OTA-which-of-the-following-is-not-an-after-effect-of-water-stress-1-reducing-co2-availability-2-closure-of-stomata-3-reducing-metabolic-activity-4-increased-surface-area-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjIyNTY-match-each-item-in-column-i-with-one-item-in-column-ii-regarding-c4-plants-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-i-calvin-cycle-1-bundle-sheath-cells-ii-initial-carboxyla https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjIzMzY-match-each-item-in-column-i-with-one-item-in-column-ii-regarding-plant-adaptation-to-water-scarcity-and-choose-your-answer-from-the-codes-given-below-column-i-column-ii-i-deep-tap-root-1-oleander-ii-s https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjI4MDk-in-the-diagrammatic-representation-of-the-hatch-and-slack-pathway-a-and-b-respectively-represent-1-mesophyll-cells-and-bundle-sheath-cells-2-bundle-sheath-cells-and-mesophyll-cells-3-bundle-sheath-cel https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NzQwMDg-examine-the-figure-given-below-and-select-the-wrong-option-1-a-present-in-only-grana-lamellae-2-b-involves-down-hill-movement-of-electron-in-terms-of-oxidation-reduction-potential-3-c-absorbs-700-nm-l https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246ODkyNTY-the-process-which-makes-a-major-difference-between-c3-and-c4-plants-is-1-glycolysis-2-calvin-cycle-3-photorespiration-4-respiration-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246ODkyOTY-which-of-the-following-is-not-a-product-of-light-reaction-of-photosynthesis-1-atp-2-nadh-3-nadph-4-oxygen-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246ODkzMzU-oxygen-is-not-produced-during-photosynthesis-by-1-green-sulphur-bacteria-2-nostoc-3-cycas-4-chara-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTA1MjU-water-soluble-pigments-found-in-plant-cell-vacuoles-are-1-chlorophylls-2-carotenoids-3-anthocyanins-4-xanthophylls-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTI3MTU-cam-helps-the-plants-in-1-secondary-growth-2-disease-resistance-3-reproduction-4-conserving-water-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTI4ODY-c4-plants-are-more-efficient-in-photosynthesis-than-c3-plants-due-to-1-higher-leaf-area-2-presence-of-larger-number-of-chloroplasts-in-the-leaf-cells-3-presence-of-thin-cuticle-4-lower-rate-of-photore https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTMzNTQ-stroma-in-the-chloroplasts-of-higher-plants-contains-1-light-independent-reaction-enzymes-2-light-dependent-reaction-enzymes-3-ribosomes-4-chlorophyll-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTM0NjI-cyclic-photophosphorylation-results-in-the-formation-of-1-nadph-2-atp-and-nadph-3-atp-nadph-and-o2-4-atp-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTQ2MjA-sun-basket-is-1-the-device-to-utilize-sun-rays-directly-to-meet-the-requirement-of-heat-energy-2-the-sufficient-amount-of-sunlight-stored-in-a-cell-3-a-device-for-taking-sunbath-4-all-of-the-above-1-2 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTQ2NTk-the-net-requirement-of-assimilatory-power-for-the-formation-of-6-hexose-molecules-in-maize-plant-is-1-72-atp-48-nadph-2-90-atp-60-nadph-3-108-atp-72-nadph-4-180-atp-72-nadph-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTUwMjg-kranz-anatomy-can-be-observed-in-leaves-of-1-sorghum-2-spinach-3-mustard-4-tulip-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTUwMzE-light-reaction-in-stroma-lamellae-of-the-chloroplast-results-in-the-formation-of-1-nadph2-2-atp-nadph2-3-atp-4-o2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTUxNzY-in-photosynthesis-carbon-dioxide-is-converted-to-carbohydrates-it-is-a-process-1-reductive-2-oxidative-3-catabolic-and-exergonic-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTUxODA-which-of-the-following-characteristics-is-exhibited-by-c4-plants-i-kranz-anatomy-ii-the-first-product-of-photosynthesis-is-oxaloacetic-acid-iii-both-pep-carboxylase-and-ribulosebiphosphate-carboxylase https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTMxNjkx-in-hatch-and-slack-pathway-the-primary-co2-acceptor-is-1-oxaloacetic-acid-2-phosphoglyceric-acid-3-phosphoenol-pyruvate-4-rubisco-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTMxNjkz-one-scientist-cultured-cladophora-in-a-suspension-of-azotobacter-and-illuminated-the-culture-by-splitting-light-through-a-prism-he-observed-that-bacteria-accumulated-mainly-in-the-region-of-1-violet-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTQxMTk1-emerson-s-enhancement-effect-and-red-drop-have-been-instrumental-in-the-discovery-of-1-photophosphorylation-and-non-cyclic-electron-transport-2-two-photosystems-operating-simultaneously-3-photophospho https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTg1-first-action-spectrum-of-photosynthesis-was-described-by-1-joseph-priestley-2-t-w-engelmann-3-robin-hill-4-c-b-van-neil-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTg2-during-oxygenic-photosynthesis-in-chloroplasts-the-liberated-oxygen-comes-from-and-the-reactions-leading-to-its-liberation-are-associated-with-1-co2-ps-ii-2-h2o-psii-3-co2-calvin-cycle-4-h2o-ps-i-1-2 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTg3-where-are-the-carriers-of-the-electrons-located-in-a-chloroplast-1-within-thylakoid-membranes-2-in-the-intra-thylakoid-space-3-within-the-inner-membrane-4-in-the-intermembrane-space-between-outer-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTg4-calvin-cycle-consumes-more-atp-than-nadph-what-is-the-source-of-this-extra-atp-needed-1-ps-i-2-ps-ii-3-cyclic-electron-flow-4-linear-electron-flow-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTg5-an-increased-leakiness-of-the-thylakoid-membrane-will-directly-effect-1-the-photolysis-of-water-2-synthesis-of-atp-3-electron-flow-from-psii-to-psi-4-the-reduction-of-nadp-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTkw-the-catalytic-knobs-of-atp-synthetase-in-a-thylakoid-membrane-is-located-1-on-the-side-facing-the-thylakoid-space-2-on-the-stroma-side-of-the-membrane-3-embedded-deep-within-the-membrane-4-on-the-pigm https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTkx-carbon-dioxide-provided-to-a-c4-plant-is-radioactively-labeled-as-the-photosynthesis-in-this-plant-gets-underway-radioactivity-if-expected-to-occur-first-in-1-oxaloacetic-acid-2-pep-3-malic-acid-4-rub https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTky-photorespiration-is-avoided-by-c4-plants-primarily-because-1-they-do-not-participate-in-the-calvin-cycle-2-they-use-pep-carboxylase-to-initially-fix-co2-3-they-conserve-water-more-efficiently-4-they-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTkz-the-correct-sequence-of-flow-of-electron-during-light-dependent-reactions-in-plants-is-1-p680-rarr-p700-rarr-water-rarr-nadp-2-water-rarr-p700-rarr-nadp-rarr-p680-3-p700-rarr-p680-rarr-nadp-rarr-water https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTk0-the-correct-sequential-involvement-of-organelles-in-the-photorespiratory-pathway-is-1-chloroplast-rarr-peroxisome-rarr-mitochondria-2-chloroplast-rarr-mitochondria-rarr-peroxisome-3-mitochondria-rarr https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTk1-consider-the-given-statements-i-in-c4-plants-light-reactions-occur-in-mesophyll-cells-whereas-the-carbon-dioxide-assimilation-is-carried-out-in-bundle-sheath-cells-ii-in-cam-plants-the-events-are-sepa https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTk2-consider-the-two-statements-i-the-current-availability-of-carbon-dioxide-in-the-atmosphere-is-limiting-for-c3-plants-ii-c3-plants-attain-saturation-at-much-higher-carbon-dioxide-concentration-than-tha https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTk3-which-of-the-following-is-not-a-c3-plant-1-rice-2-wheat-3-maize-4-potato-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg0NTk4-if-the-given-pyrrole-ring-is-of-chlorophyll-a-molecule-x-should-be-1-cho-2-ch3-3-ch2oh-4-ch3cooh-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg1MzQ3-in-light-reaction-plastoquinone-facilitates-the-transfer-of-electrons-from-1-cytb6f-complex-to-ps-i-2-ps-i-to-nadp-3-ps-i-to-atp-synthase-4-ps-ii-to-cytb6f-complex-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg1Mzc0-the-oxygenation-activity-of-rubisco-enzyme-in-photorespiration-leads-to-the-formation-of-1-1-molecule-of-the-3-c-compound-2-1-molecule-of-the-6-c-compound-3-1-molecule-of-a-4-c-compound-and-1-molecule https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg2MTQ5-emerson-s-enhancement-effect-and-red-drop-have-been-instrumental-in-the-discovery-of-1-two-photosystems-operating-simultaneously-2-photophosphorylation-and-cyclic-electron-transport-3-oxidative-phosph https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTk1MDMw-which-of-the-following-statements-is-incorrect-1-rubisco-is-a-bifunctional-enzyme-2-in-c4-plants-the-site-of-rubisco-activity-is-mesophyll-cell-3-the-substrate-molecule-for-rubisco-activity-is-a-5-car https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjA3OTM5-mark-the-odd-one-with-respect-to-internal-factors-affecting-photosynthesis-1-amount-of-chlorophyll-2-light-intensity-3-mesophyll-cells-4-orientation-of-leaves-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjQ1MDAx-during-non-cyclic-photophosphorylation-when-electrons-are-lost-from-the-reaction-center-at-ps-ii-what-is-the-source-which-replaces-these-electrons-1-oxygen-2-water-3-carbon-dioxide-4-light-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjUxMjEx-study-the-pathway-given-below-in-which-of-the-following-options-correct-words-for-all-the-three-blanks-a-b-and-c-are-indicated-a-b-c-1-fixation-transamination-regeneration-2-fixation-decarboxylation-r https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mjc3MjE2-the-first-stable-product-of-co2-fixation-in-sorghum-is-1-succinic-acid-2-phosphoglyceric-acid-3-pyruvic-acid-4-oxaloacetic-acid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mjc3MjQ4-which-of-the-following-statements-is-incorrect-1-grana-lamellae-have-both-ps-i-and-ps-ii-2-cyclic-photophosphorylation-involves-both-ps-i-and-ps-ii-3-both-atp-and-nadph-h-are-synthesized-during-non-cy https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mjg0NTQ2-both-c4-and-cam-plants-employ-physiological-and-biochemical-strategies-to-reduce-photorespiration-which-of-the-following-is-an-accurate-comparison-of-the-two-strategies-1-c4-plants-fix-co2-as-the-4-ca https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM0NzE3-consider-the-two-statements-i-current-availability-of-carbon-dioxide-levels-is-limiting-to-the-c4-plants-ii-c3-plants-have-a-much-lower-temperature-optimum-than-c4-plants-1-only-i-is-correct-2-only-ii https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM0NzE4-bundle-sheath-cells-part-of-kranz-anatomy-in-a-c4-plant-are-not-characterized-by-1-may-form-several-layers-around-the-vascular-bundle-2-have-large-number-of-chloroplasts-3-have-thick-walls-impervious https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM0NzIz-match-the-scientists-given-in-column-i-with-their-contribution-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-jan-ingenhousz-p-provided-evidence-for-production-of https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM1NjIx-accessory-pigments-of-photosynthesis-in-higher-plants-i-include-chlorophyll-b-xanthophylls-and-carotenoids-ii-absorb-light-and-transfer-electrons-to-chlorophyll-a-iii-protect-chlorophyll-a-from-photo https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM1NjIy-what-provides-the-electrons-needed-to-replace-those-removed-from-photosystem-ii-during-non-cyclic-photophosphorylation-1-ps-i-2-oxygen-3-water-4-carbon-dioxide-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM1NjIz-the-reducing-power-used-in-calvin-cycle-for-reduction-of-carbon-dioxide-is-1-nadh-2-nadph-3-atp-4-water-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM1NjI0-when-the-ratio-of-carbon-dioxide-and-oxygen-in-the-vicinity-of-rubisco-is-1-the-affinity-of-the-enzyme-1-is-nearly-nil-for-oxygen-2-is-about-equal-for-both-carbon-dioxide-and-oxygen-3-is-much-greater https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM3NTMx-t-w-engelmann-1-described-a-first-action-spectrum-of-photosynthesis-2-provided-evidence-for-production-of-glucose-when-plants-grow-3-showed-that-it-is-only-the-green-parts-of-the-plant-that-can-releas https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM3NTMy-in-non-cyclic-photo-phosphorylation-1-only-ps-i-is-functional-2-both-photosystems-work-in-series-first-ps-i-and-then-ps-ii-3-only-atp-synthesis-takes-place-and-nadph-is-not-synthesized-4-both-atp-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM3NTQ0-in-sorghum-1-calvin-cycle-takes-place-in-mesophyll-cells-2-initial-carboxylation-reaction-occurs-in-bundle-sheath-cells-3-number-of-carbon-atoms-in-the-primary-carbon-dioxide-acceptor-is-3-4-pga-is-th https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM4MjYy-the-oxygen-evolving-complex-is-associated-with-1-ps-i-2-ps-ii-3-both-1-and-2-4-neither-1-nor-2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM5NDI4-which-one-of-the-following-is-not-true-regarding-the-release-of-energy-during-atp-synthesis-through-chemiosmosis-it-involves-1-reduction-of-nadp-to-nadph2-on-the-stroma-side-of-the-membrane-2-breakdow https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM5NDMx-given-below-are-two-statements-statement-i-the-primary-co-2-acceptor-in-c-4-plants-is-phosphoenolpyruvate-and-is-found-in-the-mesophyll-cells-statement-ii-mesophyll-cells-in-c-4-plants-lack-rubisco-en https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM5NDY4-what-is-the-role-of-large-bundle-sheath-cells-found-around-the-vascular-bundles-in-c4-plants-1-to-protect-the-vascular-tissue-from-high-light-intensity-2-to-provide-the-site-for-photorespiratory-pathw https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM5ODMx-the-products-of-light-reaction-in-photosynthesis-are-1-atp-nadph-and-text-o-2-2-atp-nadph-text-o-2-and-text-h-2-text-o-3-atp-nadph-and-text-h-2-text-o-4-atp-nadph-and-text-co-2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM5ODY2-the-ratio-of-carbon-dioxide-fixation-between-c4-plants-and-c3-plants-is-1-2-1-2-2-3-3-1-1-4-1-2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzY5-which-of-the-following-is-important-to-continue-calvin-cycle-in-an-uninterrupted-manner-1-oxidation-of-co2-2-regeneration-of-the-co2-acceptor-3-formation-of-hexose-4-release-of-co2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzcy-in-kranz-anatomy-the-bundle-sheath-cells-have-1-thick-walls-no-intercellular-spaces-and-large-number-of-chloroplasts-2-thin-walls-no-intercellular-spaces-and-several-chloroplasts-3-thick-walls-many-in https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzcz-c4-plants-are-photosynthetically-more-efficient-than-c3-plants-because-1-they-have-more-chloroplasts-2-the-co2-compensation-point-is-more-3-the-co2-efflux-is-not-prevented-4-co2-generated-during-photo https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzc0-experimental-o2-entry-in-c4-plants-would-inhibit-co2-fixation-reactions-in-1-bundle-sheath-cells-2-mesophyll-cells-3-both-1-and-2-4-neither-1-nor-2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzc1-in-c4-cycle-oxaloacetic-acid-further-forms-1-malic-acid-2-aspartic-acid-3-malic-acid-or-aspartic-acid-4-succinic-acid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzc3-properties-of-mesophyll-cell-and-bundle-sheath-cells-of-a-c4-plant-is-given-below-identify-the-missing-properties-marked-as-a-b-c-and-d-mesophyll-cell-bundle-sheath-cell-chloroplast-granal-chloroplast https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzgw-if-gene-alterations-cause-the-plant-to-be-deficient-in-photorespiration-what-would-most-probably-occur-1-there-would-be-more-light-induced-damage-to-the-cells-2-less-atp-would-be-generated-3-less-o2-w https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzg0-photorespiratory-pathway-is-a-wasteful-process-as-it-1-does-not-synthesis-sugar-but-release-co2-2-does-not-from-atp-3-does-not-form-nadph-h-4-is-responsible-for-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzg5-c4-plants-do-not-show-photorespiration-as-1-c4-acid-from-the-mesophyll-is-broken-down-in-bundle-sheath-cells-to-release-co2-2-rubisco-in-the-bundle-sheath-cell-function-as-carboxylase-minimising-oxyge https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzkx-if-atmospheric-co2-concentrations-increase-two-fold-or-more-how-will-plants-be-affected-disregarding-any-changes-in-the-climate-1-all-plants-will-experience-increase-in-photosynthesis-2-c3-plants-will https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzky-the-plant-factor-affecting-photosynthesis-is-1-amount-of-chlorophyll-2-sunlight-3-soil-water-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzk0-in-a-plant-system-the-rate-of-photosynthesis-may-become-equal-to-the-rate-of-respirational-at-1-co2-compensation-point-2-light-compensation-point-3-light-saturation-point-4-more-than-one-option-is-cor https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzk2-observe-the-graph-given-below-and-choose-the-correct-option-1-light-is-a-limiting-factor-at-the-region-marked-a-2-at-the-point-d-of-light-intensity-the-rate-of-photosynthesis-is-maximum-3-both-1-and-2 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwMzk4-the-primary-acceptor-of-co2-in-c3-cycle-and-c4-cycle-are-respectively-1-rubp-and-pep-2-pep-and-rubp-3-3-pga-and-pep-4-rubp-and-3-pga-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDA0-to-synthesis-one-molecule-of-glucose-the-requirements-of-co2-atp-nadph-h-in-c3-plants-are-c4-plants-are-c3-plant-co2-atp-nadph-h-c4-plant-co2-atp-nadph-h-1-2-3-4-6-30-12-1-5-2-6-18-12-1-3-2-6-18-12-1 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDA4-how-is-photosynthesis-similar-in-c4-plants-and-cam-plants-1-both-uses-only-ps-i-2-both-makes-sugar-without-c3-cycle-3-in-both-cases-initial-carboxylation-does-not-involve-rubisco-4-both-possess-agrana https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDA5-assertion-a-plants-possessing-c4-pathway-of-carbon-fixation-have-a-higher-net-primary-productivity-than-the-c3-pathway-possessing-plants-reason-r-for-each-unit-weight-of-fixed-carbon-c4-pathway-posses https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDEw-given-below-are-two-statements-assertion-a-the-absorption-spectrum-of-chlorophyll-alpha-shows-close-correlation-with-its-action-spectrum-reason-r-chlorophyll-alpha-is-present-in-both-ps-i-and-ps-ii-1 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDEx-assertion-a-the-atmospheric-concentration-of-co2-at-which-photosynthesis-just-compensates-for-respiration-is-referred-to-as-co2-compensation-point-reason-r-the-co2-compensation-point-in-reached-when-t https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDEy-assertion-a-dark-reaction-is-purely-enzymatic-reaction-reason-r-it-occurs-only-in-absence-of-light-1-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-assertion-2-both-as https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDEz-assertion-a-protons-produced-by-photolysis-of-water-accumulate-in-the-lumen-of-thylakoids-reason-r-photolysis-of-water-takes-place-towards-lumen-side-of-thylakoid-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDE0-assertion-a-c3-plants-can-show-co2-fertilisation-effect-reason-r-if-atmospheric-co2-concentration-increases-then-c3-plants-will-be-benefitted-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-o https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDE1-assertion-a-tomatoes-and-bell-pepper-are-c4-plants-reason-r-the-current-atmospheric-co2-concentration-is-nonlimiting-for-these-plants-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bo https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDE2-assertion-a-the-c4-plants-respond-to-higher-temperatures-and-show-higher-rate-of-photosynthesis-than-c3-plants-reason-r-c4-plants-are-adapted-to-live-in-dry-warm-tropical-areas-and-lack-photorespirati https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDE3-assertion-a-the-light-saturation-occurs-at-10-of-the-full-sunlight-in-most-of-the-plants-reason-r-light-is-rarely-a-limiting-factor-for-most-of-the-plants-except-those-which-grows-in-a-shade-or-dense https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDE4-assertion-a-the-tropical-plants-have-a-higher-temperature-optimum-than-the-temperate-plants-reason-r-all-the-tropical-plants-lack-photorespiration-1-both-a-and-r-are-true-and-r-is-the-correct-explanat https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDE5-assertion-a-water-stress-causes-the-stomata-to-close-thus-reducing-the-co2-availability-to-plants-reason-r-water-stress-makes-leaves-wilt-thus-reducing-the-surface-area-of-the-leaves-and-their-metabol https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDIw-which-of-the-following-constitutes-hill-reaction-1-photolysis-by-chloroplasts-2-photolysis-of-water-by-isolated-chloroplasts-forming-atp-and-nadph-h-3-photolysis-of-water-by-isolated-illuminated-chlor https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQwNDIx-when-the-day-light-hours-are-increased-the-rate-of-photosynthesis-1-increases-2-decreases-3-remains-unchanged-4-at-first-increases-then-decreases-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQyMDEx-in-the-thylakoid-membranes-what-is-the-main-role-of-the-antenna-pigment-molecules-1-split-water-and-release-oxygen-to-the-reaction-center-chlorophyll-2-harvest-photons-and-transfer-light-energy-to-the https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQyMDc4-given-below-are-two-statements-assertion-a-during-calvin-cycle-regeneration-of-rubp-is-crucial-for-uninterrupted-cycle-reason-r-rubp-in-calvin-cycle-acts-as-a-co2-acceptor-1-both-a-and-r-are-true-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQyMzc4-which-statement-describes-the-functioning-of-photosystem-ii-1-light-energy-excites-electrons-in-the-thylakoid-membrane-electron-transport-chain-2-photons-are-passed-along-to-a-reaction-center-chloroph https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQyMzc5-which-of-the-following-statements-best-represents-the-relationships-between-the-light-reactions-and-the-calvin-cycle-1-the-light-reactions-provide-atp-and-nadph-to-the-calvin-cycle-and-the-cycle-retur https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQyNDAy-given-below-are-two-statements-assertion-a-six-molecules-of-co2-and-twelve-molecules-of-nadph-h-and-18-atp-are-used-to-form-one-hexose-molecules-reason-r-light-reaction-results-in-formation-of-atp-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQyNzkw-assertion-a-peroxisomes-participate-in-photorespiration-in-c4-plants-reason-r-catalase-enzyme-is-present-in-high-concentration-in-peroxisomes-in-the-following-questions-a-statement-of-assertion-a-is-f https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQyNzkx-given-below-are-two-statements-assertion-a-for-evolution-of-o2-in-photosynthesis-ps-ii-is-required-reason-r-ps-ii-is-reduced-by-pulling-electrons-from-water-due-to-which-photolysis-of-h2o-occurs-1-bot https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQzMDQ2-a-protein-that-spans-the-phospholipid-bilayer-one-or-more-times-is-1-a-transmembrane-protein-2-an-integral-protein-3-a-peripheral-protein-4-an-integrin-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQzMDY0-some-photosynthetic-organisms-contain-chloroplasts-that-lack-photosystem-ii-yet-are-able-to-survive-the-best-way-to-detect-the-lack-of-photosystem-ii-in-these-organisms-would-be-1-to-determine-if-they https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQzODQ2-consider-the-following-main-reactions-in-the-tricarboxylic-acid-cycle-and-arrange-them-in-order-a-condensation-b-dehydrogenation-c-isomerization-d-oxidative-decarboxylation-e-substate-level-phosphoryl https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQzOTUz-given-below-are-two-statements-statement-i-in-photosynthesis-the-membrane-system-is-responsible-for-the-synthesis-of-atp-and-nadh-in-carbon-reaction-statement-ii-in-photosynthesis-enzymatic-reactions https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ0MTYy-kranz-anatomy-is-a-characteristic-feature-of-1-glycine-max-2-volvox-aureus-3-amaranthus-viridis-4-aspergillus-niger-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ1MTU5-important-differences-between-c3-and-c4-plants-are-a-kranz-anatomy-b-electron-transport-system-c-dimorphic-chloroplasts-d-cyclic-photophosphorylation-e-light-reaction-choose-the-correct-answer-from-th https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ1OTk1-photosynthesis-is-important-because-i-it-is-the-primary-source-of-all-food-on-earth-ii-it-is-responsible-for-the-release-of-oxygen-into-the-atmosphere-by-green-plants-1-only-i-is-correct-2-only-ii-is https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ1OTk2-the-hypothesis-ldquo-plants-restore-to-the-air-whatever-breathing-animals-and-burning-candles-remove-rdquo-was-given-after-his-experiments-by-1-joseph-priestley-2-jan-ingenhousz-3-julius-von-sachs-4-c https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ1OTk3-who-first-showed-that-it-is-only-the-green-parts-of-the-plants-that-could-release-oxygen-during-photosynthesis-1-joseph-priestley-2-jan-ingenhousz-3-julius-von-sachs-4-c-b-van-neil-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ1OTk4-julius-von-sachs-provided-evidence-for-i-production-of-glucose-when-plants-grow-ii-location-of-green-substance-in-plants-in-special-bodies-which-of-the-following-will-be-true-in-light-of-the-informati https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ1OTk5-the-correct-and-complete-equation-for-the-process-of-photosynthesis-in-higher-plants-will-be-1-6co2-12h2o-light-energy-rarr-c6h12o6-6o2-6h2o-2-6co2-6h2o-light-energy-rarr-c6h12o6-6o2-3-co2-h2o-light-e https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MDAw-in-the-chloroplast-statement-i-the-membrane-system-is-the-site-of-enzymatic-reactions-leading-to-synthesis-of-sugar-statement-ii-the-stroma-is-responsible-for-trapping-the-light-energy-and-also-for-th https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MDAx-consider-the-given-two-statements-i-carbon-reactions-during-photosynthesis-in-higher-plants-are-called-as-dark-reactions-ii-they-occur-in-darkness-and-they-are-not-light-dependent-1-both-i-and-ii-are https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MDAy-the-accessory-pigments-of-photosynthesis-i-include-carotenoids-and-xanthophylls-but-not-chlorophyll-b-ii-enable-a-wider-range-of-wavelength-of-incoming-light-to-be-utilised-for-photosynthesis-iii-prot https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MDAz-the-lsquo-light-reaction-rsquo-of-photosynthesis-in-higher-plants-does-not-include-1-light-absorption-2-water-splitting-and-oxygen-release-3-formation-of-atp-and-nadph-4-fixation-of-carbon-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjA3-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-chlorophyll-a-p-bright-or-blue-green-b-chlorophyll-b-q-yellow-green-c-xanthophy https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjEw-in-the-z-scheme-transfer-of-electrons-starts-from-1-the-ps-ii-uphill-to-the-acceptor-down-the-electron-transport-chain-to-ps-i-transferred-to-another-acceptor-after-excitation-and-finally-downhill-to https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjEx-the-splitting-of-water-during-oxygenic-photosynthesis-in-higher-plants-i-is-associated-with-ps-ii-ii-releases-one-molecule-of-oxygen-on-splitting-of-two-water-molecules-iii-releases-protons-and-oxygen https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjEy-consider-the-given-two-statements-statement-i-when-only-ps-i-is-functional-the-electron-is-circulated-within-the-photosystem-and-the-phosphorylation-occurs-due-to-cyclic-flow-of-electrons-statement-ii https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjEz-regarding-the-thylakoid-membrane-i-plastoquinone-is-located-within-the-membrane-ii-plastocyanin-is-located-on-the-inner-lumen-side-of-the-membrane-iii-nadp-reductase-is-located-on-the-stroma-side-of-t https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjE0-consider-the-given-two-statements-statement-i-cf1-particle-of-atp-synthase-makes-atp-molecules-statement-ii-cf1-particle-of-atp-synthase-is-embedded-in-the-thylakoid-membrane-and-forms-a-transmembrane https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjE1-the-correct-chronological-stages-of-the-calvin-cycle-will-be-1-carboxylation-rarr-reduction-rarr-regeneration-2-carboxylation-rarr-regeneration-rarr-reduction-3-regeneration-rarr-reduction-rarr-carbox https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjE2-a-c3-plant-was-provided-carbon-dioxide-labelled-with-a-radioactive-isotope-the-amount-of-radioactivity-was-measured-in-chloroplasts-in-which-of-the-following-molecules-do-you-expect-the-radioactivity https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjE3-rubp-is-1-2-carbon-ketose-sugar-2-2-carbon-aldose-sugar-3-5-carbon-ketose-sugar-4-5-carbon-aldose-sugar-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjE4-which-of-the-following-is-not-a-c4-plant-1-maize-2-sorghum-3-sugarcane-4-wheat-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjE5-c4-plants-are-special-which-of-the-following-will-be-true-for-c4-plants-a-they-have-a-special-type-of-leaf-anatomy-b-they-tolerate-higher-temperature-c-they-show-a-response-to-high-light-intensities-d https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjIw-in-hatch-and-slack-pathway-i-the-c4-acid-oaa-is-formed-in-the-mesophyll-cells-ii-malic-acid-or-aspartic-acid-are-transported-to-the-bundle-sheath-cells-iii-c4-acids-are-broken-down-to-release-carbon-d https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjIx-when-the-ratio-co2-o2-is-nearly-equal-rubisco-1-has-no-affinity-for-oxygen-2-has-a-much-greater-affinity-for-carbon-dioxide-3-has-a-much-greater-affinity-for-oxygen-4-has-equal-affinity-for-both-carbo https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjIy-in-the-photorespiratory-pathway-i-there-is-no-synthesis-of-sugars-ii-there-is-release-of-carbon-dioxide-with-the-utilization-of-atp-iii-atp-is-synthesized-but-nadph-is-not-synthesized-1-only-i-and-ii https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjIz-consider-the-given-two-statements-statement-i-in-c4-plants-photorespiration-does-not-occur-statement-ii-c4-plants-do-not-have-rubisco-in-any-of-their-cells-1-both-statement-i-and-statement-ii-are-corr https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjI0-which-of-the-following-is-not-correctly-matched-c3-plant-c4-plant-1-cell-type-in-which-calvin-cycle-takes-place-mesophyll-bundle-sheath-2-primary-carbon-dioxide-acceptor-rubp-pep-3-primary-carbon-diox https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjI1-consider-the-given-two-statements-statement-i-despite-the-presence-of-a-green-leaf-optimal-light-and-carbon-dioxide-conditions-the-plant-may-not-photosynthesize-if-the-temperature-is-very-low-statemen https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjI2-consider-the-given-two-statements-statement-i-except-for-plants-in-shade-or-in-dense-forests-light-is-rarely-a-limiting-factor-in-nature-statement-ii-there-is-a-linear-relationship-between-incident-li https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjI3-consider-the-given-two-statements-statement-i-green-house-crops-such-as-tomatoes-and-bell-pepper-are-allowed-to-grow-in-carbon-dioxide-enriched-atmosphere-this-leads-to-higher-yields-statement-ii-c3-p https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjI4-what-percentage-in-atmosphere-of-carbon-dioxide-can-become-damaging-to-plants-over-long-periods-1-0-03-to-0-04-2-0-04-to-0-05-3-0-05-4-more-than-0-05-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2MjI5-water-affects-the-process-of-photosynthesis-in-higher-plants-because-i-water-stress-can-cause-the-stomata-to-close-hence-reducing-the-carbon-dioxide-availability-ii-water-stress-also-makes-leaves-wilt https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2NDAw-when-one-co2-molecule-is-fixed-as-one-molecule-of-triose-phosphate-which-of-the-following-photochemically-made-high-energy-chemical-intermediates-are-used-in-the-reduction-phase-1-1-atp-1-nadph-2-1-at https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ2NDc4-identify-the-correct-statements-regarding-chemiosmotic-hypothesis-a-splitting-of-the-water-molecule-takes-place-on-the-inner-side-of-the-membrane-b-protons-accumulate-within-the-lumen-of-the-thylakoid https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ3Nzg2-joseph-priestley-1733-1804-in-1770-performed-a-series-of-experiments-that-revealed-the-essential-role-of-air-in-the-growth-of-green-plants-priestley-observed-that-a-candle-burning-in-a-closed-space-nd https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ3Nzg3-what-would-be-true-for-the-sequence-of-events-shown-in-the-given-diagram-i-the-whole-scheme-of-transfer-of-electrons-starting-from-the-ps-ii-uphill-to-the-acceptor-down-the-electron-transport-chain-to https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ3Nzg4-what-would-be-true-for-the-events-shown-in-the-given-diagram-i-a-possible-location-where-this-could-be-happening-is-in-the-stroma-lamellae-ii-while-the-membrane-or-lamellae-of-the-grana-have-both-ps-i https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ5NTk5-following-crops-have-been-extensively-cultivated-in-co2-rich-atmosphere-for-higher-yield-1-sugar-beet-and-cabbage-2-carrots-and-tomatoes-3-wheat-and-sugar-beet-4-tomatoes-and-bell-pepper-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ5OTAx-assertion-a-cyclic-pathway-of-photosynthesis-first-appeared-in-some-eubacterial-species-reason-r-oxygen-started-accumulating-in-the-atmosphere-after-the-non-cyclic-pathway-of-photosynthesis-evolved-1 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzQ5OTA1-assertion-a-the-efficiency-of-c4-plants-is-more-than-those-of-c3-plants-reason-r-c4-plants-are-more-efficient-in-picking-co-2-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNjc5-assertion-a-immediately-after-light-becomes-unavailable-the-biosynthetic-process-continues-for-some-time-and-then-stops-reason-r-it-is-misnomer-to-call-a-biosynthetic-phase-a-dark-reaction-choices-for https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNjgw-assertion-a-melvin-calvin-contributed-to-working-out-the-complete-biosynthetic-pathway-of-photosynthesis-reason-r-he-used-radioactive-14c-in-bacterial-photosynthesis-choices-for-assertions-and-reasons https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNjgx-assertion-a-rubisco-has-affinity-for-both-the-gases-co2-and-o2-reason-r-rubisco-is-the-most-abundant-enzyme-in-the-biosphere-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-cor https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNjgy-assertion-a-c3-plants-show-a-pathway-called-photorespiration-reason-r-rubisco-binds-with-oxygen-under-specific-conditions-in-c3-plants-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNjgz-assertion-a-in-c4-plants-photorespiration-does-not-occur-reason-r-they-have-a-mechanism-that-increases-the-concentration-of-co2-at-the-enzyme-site-choices-for-assertions-and-reasons-1-both-a-and-r-are https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNjg0-assertion-a-as-a-plant-photosynthesises-many-factors-will-simultaneously-affect-its-rate-reason-r-usually-one-factor-is-the-major-cause-or-is-the-one-that-limits-the-rate-choices-for-assertions-and-re https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNjg1-assertion-a-when-several-factors-affect-any-bio-chemical-process-blackman-rsquo-s-1905-law-of-limiting-factors-comes-into-effect-reason-r-at-any-point-of-photosynthesis-the-rate-will-be-determined-by https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNjg2-assertion-a-the-effect-of-water-as-a-factor-is-more-through-its-effect-on-the-plant-rather-than-directly-on-photosynthesis-reason-r-water-stress-also-makes-leaves-wilt-and-increases-metabolic-activity https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYzNjQw-assertion-a-green-plants-are-called-autotrophs-reason-r-the-green-plants-synthesise-the-food-they-need-through-photosynthesis-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYzNjQx-assertion-a-oxygen-evolved-from-green-plants-actually-comes-from-the-water-molecule-reason-r-this-was-proved-using-radioisotope-techniques-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYzNzMw-assertion-a-photorespiration-decreases-the-rate-of-photosynthesis-reason-r-rubisco-can-also-behave-as-an-oxygenase-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYzNzM2-consider-the-given-two-statements-assertion-a-chief-photosynthetic-pigment-is-chlorophyll-a-but-plants-evolved-some-other-pigments-also-reason-r-photosynthetic-efficiency-is-increased-due-to-absorptio https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY0NzQ0-match-the-name-of-the-scientist-in-column-i-with-his-contribution-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-julius-von-sachs-p-o2-evolved-by-the-green-plant-c https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY0NzQ1-at-low-light-conditions-which-of-the-following-groups-of-plants-responds-to-high-co2-conditions-1-c3-2-c4-3-both-c3-and-c4-4-neither-c3-nor-c4-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY0ODEw-the-water-splitting-complex-in-green-plants-is-associated-with-1-ps-i-which-itself-is-physically-located-on-the-inner-side-of-the-membrane-of-the-thylakoid-2-ps-i-which-itself-is-physically-located-on https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY0ODEz-the-numbers-of-atp-and-nadph-molecules-required-to-make-one-molecule-of-glucose-through-the-calvin-pathway-respectively-are-1-9-and-6-2-18-and-12-3-6-and-9-4-12-and-18-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY1NzQ2-the-reaction-centres-in-psi-and-psii-in-higher-plants-are-respectively-called-as-1-p680-and-p700-2-p700-and-p680-3-p870-and-p700-4-p680-and-p870-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY1ODgw-by-studying-purple-sulphur-bacteria-and-green-sulphur-bacteria-who-was-the-first-scientist-to-demonstrate-in-1931-that-photosynthesis-is-a-light-dependent-redox-reaction-in-which-hydrogen-from-an-oxid https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY1OTA3-consider-the-given-two-statements-assertion-a-c4-plants-are-more-suited-to-hot-climates-than-c3-plants-reason-r-they-do-not-close-their-stomata-in-hot-dry-weather-1-a-is-true-but-r-is-false-2-both-a-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY1OTEx-consider-the-given-two-statements-assertion-a-the-calvin-cycle-actually-occurs-only-in-the-dark-or-during-night-time-reason-r-the-calvin-cycle-is-also-called-as-lsquo-dark-rsquo-reactions-1-a-is-true https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY2MDQz-regarding-atp-synthase-involved-in-chemiosmosis-in-chloroplasts-i-the-component-cf0-is-embedded-in-the-thylakoid-membrane-ii-the-component-cf1-protrudes-on-the-outer-surface-of-the-thylakoid-membrane https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY2MDc0-consider-the-two-given-statements-assertion-a-the-cyclic-flow-hence-results-only-in-the-synthesis-of-atp-but-not-of-nadph-h-reason-r-the-excited-electron-does-not-pass-on-to-nadp-but-is-cycled-back-to https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY3MDEz-the-reaction-centre-in-ps-ii-has-an-absorption-maxima-at-1-780-nm-2-680-nm-3-700-nm-4-660-nm-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY3MDQy-how-many-atp-and-nadph2-are-required-for-the-synthesis-of-one-molecule-of-glucose-during-calvin-cycle-1-18-atp-and-16-nadph2-2-12-atp-and-12-nadph2-3-18-atp-and-12-nadph2-4-12-atp-and-16-nadph2-1-2-3 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY3MDU2-which-of-the-following-combinations-is-required-for-chemiosmosis-1-proton-pump-electron-gradient-nadp-synthase-2-membrane-proton-pump-proton-gradient-atp-synthase-3-membrane-proton-pump-proton-gradien https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY4MTY2-match-list-i-with-list-ii-list-i-list-ii-a-chlorophyll-a-i-yellow-to-yellow-orange-b-chlorophyll-b-ii-yellow-green-c-xanthophyll-iii-blue-green-d-carotenoids-iv-yellow-choose-the-correct-answer-from-t https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY4MTcz-given-below-are-two-statements-statement-i-rubisco-is-the-most-abundant-enzyme-in-the-world-statement-ii-photorespiration-does-not-occur-in-c4-plants-in-the-light-of-the-above-statements-choose-the-mo https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY4MTk5-which-out-of-the-following-statements-is-incorrect-1-grana-lamellae-have-both-ps-i-and-ps-ii-2-cyclic-photophosphorylation-involved-both-ps-i-and-ps-ii-3-both-atp-and-nadph-h-are-synthesised-during-no https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDAx-given-below-are-two-statements-assertion-a-it-was-inferred-from-the-experiments-performed-on-green-purple-sulphur-bacteria-that-the-o2-evolved-by-green-plants-comes-from-h2o-reason-r-purple-and-green https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDA0-given-below-are-two-statements-assertion-a-synthesis-of-atp-and-nadph-during-photophosphorylation-is-referred-as-light-reaction-reason-r-in-plants-atp-and-nadph-synthesis-is-directly-driven-by-light-1 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDA2-given-below-are-two-statements-assertion-a-in-ps-i-the-reaction-centre-chlorophyll-a-has-an-absorption-peak-at-700-nm-reason-r-ps-ii-reaction-centre-is-called-p-680-1-both-a-and-r-are-true-and-r-is-th https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDA3-given-below-are-two-statements-assertion-a-the-protons-produced-by-splitting-of-h2o-get-accumulated-within-the-lumen-of-the-thylakoids-reason-r-splitting-of-water-takes-place-on-the-inner-side-of-the https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDA5-given-below-are-two-statements-assertion-a-protons-are-transported-across-the-thylakoid-membrane-when-electrons-move-through-the-photosystems-reason-r-the-primary-acceptor-of-electron-located-towards https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDEx-given-below-are-two-statements-assertion-a-proton-gradient-is-important-during-photosynthesis-reason-r-breakdown-of-proton-gradient-leads-to-release-of-energy-1-both-a-and-r-are-true-and-r-is-the-corr https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDEy-given-below-are-two-statements-assertion-a-biosynthetic-pathway-is-also-called-as-calvin-cycle-reason-r-melvin-calvin-contributed-to-working-out-the-complete-biosynthetic-pathway-1-both-a-and-r-are-tr https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDEz-given-below-are-two-statements-assertion-a-enzyme-rubisco-is-called-as-rubp-carboxylase-oxygenase-reason-r-rubisco-has-both-oxygenation-and-carboxylation-activity-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDE0-given-below-are-two-statements-assertion-a-co2-fixation-is-decreased-in-c3-plants-reason-r-in-c3-plants-some-o2-bind-to-rubisco-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDIw-given-below-are-two-statements-assertion-a-at-any-point-the-rate-of-photosynthesis-will-be-determined-by-the-factor-available-at-sub-optimal-levels-reason-r-during-photosynthesis-usually-one-factor-af https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDIx-given-below-are-two-statements-assertion-a-light-is-rarely-a-limiting-factor-for-plants-except-for-plants-in-shade-reason-r-for-photosynthesis-light-saturation-occurs-at-10-percent-of-full-sunlight-1 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDIz-given-below-are-two-statements-assertion-a-water-stress-can-reduce-the-co2-availability-reason-r-water-stress-caused-the-stomata-to-close-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDQ2-given-below-are-two-statements-assertion-a-in-green-plants-h2o-is-hydrogen-donor-and-oxidised-to-o2-reason-r-splitting-of-water-molecules-take-place-on-the-outer-side-of-the-thylakoid-membrane-1-both https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDQ3-given-below-are-two-statements-assertion-a-carboxylation-is-the-most-crucial-step-of-calvin-cycle-reason-r-this-reaction-is-catalysed-by-the-enzyme-rubp-carboxylase-which-results-in-the-formation-of-t https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDQ5-which-reagent-can-be-used-to-determine-the-essentiality-of-co2-for-the-process-of-photosynthesis-1-koh-2-k2cr2o7-3-starch-4-iodine-tincture-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDUy-identify-the-incorrectly-matched-pair-w-r-t-the-experimental-material-used-by-the-scientist-1-joseph-priestley-neem-plant-2-jan-ingenhousz-aquatic-plant-3-tw-engelmann-cladophora-4-cornelius-van-niel https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDU0-which-of-the-following-scientists-discovered-oxygen-1-joseph-priestley-2-jan-ingenhousez-3-cornelius-van-niel-4-t-w-engelmann-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDU2-in-the-experiment-conducted-by-t-w-engelmann-aerobic-bacteria-were-used-1-to-determine-the-action-spectrum-2-to-determine-the-absorption-spectrum-of-chlorophyll-3-to-detect-the-sites-of-oxygen-o2-evol https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDU4-which-alignment-of-chloroplasts-in-mesophyll-cell-will-allow-to-get-optimum-quantity-of-the-incident-light-1-away-from-the-wall-2-across-the-wall-3-along-the-wall-4-perpendicular-to-the-wall-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDU5-the-fluid-component-of-chloroplast-associated-with-1-photochemical-reactions-2-light-dependent-reactions-3-atp-synthesizing-reactions-4-biosynthetic-reactions-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDYy-which-of-the-following-effects-will-be-observed-if-the-plant-is-exposed-only-to-red-light-which-was-earlier-given-blue-light-1-increase-in-rate-of-photosynthesis-2-decrease-in-rate-of-photosynthesis-3 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDY1-which-of-the-following-is-true-about-chlorophyll-b-1-serves-as-major-primary-pigment-in-the-photosynthetic-machinery-2-forms-the-reaction-center-only-3-prevent-reaction-center-from-photo-oxidation-4-s https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDY3-which-of-the-following-biomolecules-serve-as-the-binding-site-of-pigments-in-light-harvesting-lhc-1-nucleic-acids-2-proteins-3-carbohydrates-4-vitamins-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDY4-absorption-peak-of-carotenoids-in-ps-ii-falls-in-1-red-region-2-green-region-3-yellow-region-4-blue-region-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDcx-in-terms-of-redox-potential-flow-of-electrons-from-lhc-to-electron-acceptor-is-a-and-within-electron-transport-systems-is-b-select-correct-option-to-fill-a-b-a-b-1-uphill-downhill-2-downhill-uphill-3 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDcz-electron-transport-system-is-composed-of-1-reduced-coenzymes-2-redox-enzymes-3-cytochomes-4-fatty-acids-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDc2-in-which-of-the-following-locations-water-splitting-complex-can-be-localized-1-outer-side-of-thylakoid-membrane-2-embedded-in-the-thylakoid-membrane-3-lumen-of-thylakoid-4-inner-side-of-thylakoid-memb https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDc4-how-many-oxygen-o2-molecules-will-be-evolved-from-stroma-lamellae-if-20-water-molecules-are-available-1-20-2-zero-3-10-4-40-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDkx-a-plant-is-irradiated-with-light-having-wavelengths-greater-than-680-nm-how-many-electrons-will-be-generated-by-water-splitting-complex-in-thylakoid-if-20-molecules-of-water-are-available-1-zero-2-20 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDkz-which-mode-of-transport-is-exhibited-by-proton-movement-across-atp-synthase-1-simple-diffusion-2-facilitated-diffusion-3-active-transport-4-osmosis-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDk2-conformational-change-in-the-cf1-particle-atp-synthase-is-1-brought-about-by-development-of-proton-gradient-2-brought-about-by-maintenance-of-proton-gradient-3-brought-about-by-breakdown-of-proton-gra https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDk4-which-of-the-following-organisms-is-employed-to-confirm-that-the-first-co2-fixation-product-in-c3-cycle-is-three-carbon-organic-acid-1-algae-2-cyanobacteria-3-dinoflagellate-4-bryophyte-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NDk5-which-of-the-following-types-of-sugars-includes-rubp-1-acidic-sugar-2-alcoholic-sugar-3-aldehydic-sugar-4-ketonic-sugar-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTAw-how-many-atp-and-nadhp-will-be-required-to-form-a-heptose-sugar-through-c3-cycle-1-18-atp-12-nadph-2-21-atp-14-nadph-3-12-atp-18-nadph-4-24-atp-16-nadph-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTAx-which-of-the-following-processes-is-most-crucial-for-calvin-cycle-1-regeneration-2-reduction-3-carboxylation-4-elimination-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTAy-all-of-the-following-properties-are-exhibited-by-sorghum-except-1-adaptability-to-dry-tropical-regions-2-greater-productivity-of-biomass-3-presence-of-photorespiration-4-response-towards-high-light-in https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTAz-mesophylls-cells-of-rice-differs-from-that-of-maize-as-the-latter-exhibits-the-presence-of-1-glucose-2-rubisco-3-pepcase-4-rubp-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTA0-if-co2-o2-concentration-is-equal-then-the-rubisco-binds-1-randomly-to-either-co2-or-o2-2-to-co2-3-to-o2-4-neither-to-co2-nor-o2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTA1-how-many-3-pga-molecules-will-be-formed-from-the-20-rubp-molecules-if-co2-o2-is-1-10-1-40-2-20-3-10-4-15-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTA2-which-of-the-following-will-become-a-limiting-factor-for-photosynthesis-under-cold-conditions-1-water-2-co2-concentration-3-chlorophyll-4-temperature-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTA3-in-which-of-the-following-cases-light-will-become-a-limiting-factor-1-in-case-of-high-light-intensity-2-in-case-of-low-temperature-3-in-case-of-plants-in-dense-forests-4-in-case-of-water-scarcity-1-2 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTA5-what-effect-will-be-observed-on-rate-of-photosynthesis-if-the-light-intensity-given-to-the-plant-is-10-percent-of-the-full-sunlight-1-it-will-increase-2-it-will-decrease-3-it-will-saturate-4-the-proce https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTEw-which-among-the-following-is-the-major-limiting-factor-for-photosynthesis-1-light-2-co2-concentration-3-temperature-4-water-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTEy-in-order-to-achieve-higher-yield-of-bell-pepper-how-co2-concentration-should-be-modified-1-higher-co2-concentration-should-be-given-2-lower-co2-concentration-should-be-given-3-no-co2-concentration-sho https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTE0-all-of-the-following-plants-have-higher-value-of-optimum-temperature-except-1-c4-plants-2-tropical-plants-3-xerophytic-plants-4-temperate-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTE2-select-the-odd-one-out-w-r-t-water-stress-1-reduces-co2-availability-2-reduces-metabolic-activity-3-reduces-temperature-4-reduces-transpiration-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTIw-in-a-hypothetical-condition-if-the-thylakoid-membrane-tears-off-causing-the-lumen-of-thylakoid-continuous-with-the-stroma-which-of-the-following-processes-is-likely-to-be-most-affected-1-reduction-of https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTIx-in-c4-plants-bundle-sheath-cells-1-are-rich-in-rubisco-enzyme-2-are-rich-in-pep-case-enzyme-3-are-not-the-sites-of-calvin-cycle-4-are-not-the-sites-of-release-of-co2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY5NTIy-mark-the-incorrect-statement-w-r-t-c4-plants-1-they-have-a-special-type-of-leaf-anatomy-2-they-can-tolerate-higher-temperatures-3-they-lack-a-wasteful-process-called-photorespiration-4-they-show-lower https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc1NjAx-kranz-anatomy-is-not-characterised-by-the-presence-of-1-bundle-sheath-2-palisade-mesophyll-3-spongy-mesophyll-4-stomata-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4NjA2-kranz-anatomy-is-found-in-1-c3-plants-2-only-in-monocots-3-both-c4-and-c3-plants-4-c4-plant-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4NjQ3-chl-b-differs-from-chl-a-by-1-minus-ch3-group-2-cho-group-3-cooh-group-4-ch2oh-group-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4NzAz-herbicide-that-blocks-electron-transport-from-ps-ii-to-ps-i-by-inhibiting-electron-flow-between-plastoquinone-cytochrome-is-1-dcmu-2-paraquat-3-dcpip-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4NzE0-a-plant-is-provided-with-ideal-conditions-for-photosynthesis-and-supplied-with-isotope-14co2-when-the-products-of-the-process-are-analysed-carefully-what-would-be-the-nature-of-products-1-glucose-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4NzE4-fixation-of-one-co2-molecule-through-calvin-cycle-requires-1-1-atp-and-2-nadph2-2-2-atp-and-2-nadph2-3-3-atp-and-2-nadph2-4-2-atp-and-1-nadph2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4Nzkz-molecular-formula-of-chlorophyll-b-is-1-mathrm-c-55-mathrm-h-70-mathrm-o-6-mathrm-n-4-mathrm-mg-2-mathrm-c-55-mathrm-h-72-mathrm-o-5-mathrm-n-4-mathrm-mg-3-mathrm-c-55-mathrm-h-70-mathrm-o-5-mathrm-n https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4ODMx-inhibitory-effect-of-o2-on-photosynthesis-is-1-cam-pathway-2-photorespiration-3-fermentation-4-krebs-cycle-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4ODQx-chl-b-differs-from-chl-a-by-1-ndash-ch3-group-2-cho-group-3-cooh-group-4-ch2oh-group-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4ODY1-dark-reaction-ndash-1-in-light-2-in-dark-3-requires-product-of-light-reaction-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4OTUz-which-of-these-is-incorrect-for-c4-plants-1-kranz-anatomy-2-co2-acceptor-is-pep-3-pep-case-in-mesophyll-4-rub-is-co-in-mesophyll-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc4OTcx-conditions-required-for-cyclic-photophosphorylation-are-1-aerobic-condition-low-light-intensity-2-aerobic-condition-optimum-light-intensity-3-anaerobic-condition-low-light-intensity-4-anaerobic-condit https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5MzE0-the-molecular-formula-of-chl-b-is-1-c55h70o6n4mg-2-c55h72o5n4mg-3-c55h70o5n4mg-4-c54h70o6n4mg-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDQ0-t-w-engelmann-i-described-first-absorption-spectrum-of-photosynthesis-ii-first-showed-that-it-is-only-the-green-part-of-the-plants-that-could-release-oxygen-1-only-i-is-correct-2-only-ii-is-correct-3 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDQ1-membranous-system-consisting-of-grana-in-the-chloroplast-i-is-responsible-for-trapping-the-light-energy-ii-is-responsible-for-the-synthesis-of-atp-and-nadph-1-only-i-is-correct-2-only-ii-is-correct-3 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDQ2-a-chromatographic-separation-of-the-leaf-pigments-shows-that-the-colour-that-we-see-in-leaves-is-not-due-to-a-single-pigment-but-due-to-four-pigments-the-colours-bright-or-blue-green-in-the-chromatogr https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDQ3-consider-the-two-statements-assertion-a-higher-rate-of-photosynthesis-is-seen-when-plants-are-provided-with-blue-and-red-regions-of-wavelengths-of-visible-light-reason-r-there-is-maximum-absorption-by https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDQ4-in-ps-i-the-reaction-centre-chlorophyll-a-has-an-absorption-peak-at-1-400-nm-2-430-nm-3-680-nm-4-700-nm-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDQ5-the-electrons-that-are-moved-from-photosystem-ii-are-replaced-by-electron-from-1-ps-i-2-water-3-glucose-4-acetyl-coa-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDUw-consider-the-two-statements-assertion-a-cyclic-photophosphorylation-results-only-in-the-synthesis-of-atp-but-not-of-nadph-h-reason-r-cyclic-photophosphorylation-occurs-only-when-light-of-wavelengths-b https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDUx-consider-the-two-statements-assertion-a-the-protons-or-hydrogen-ions-that-are-produced-by-the-splitting-of-water-accumulate-within-the-lumen-of-the-thylakoids-reason-r-the-primary-accepter-of-electron https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDUy-the-atp-synthase-enzyme-consists-of-two-parts-where-i-cf0-is-embedded-in-the-thylakoid-membrane-and-forms-a-transmembrane-channel-that-carries-out-facilitated-diffusion-of-protons-across-the-membrane https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDUz-the-products-of-light-reaction-of-photosynthesis-include-all-the-following-except-1-atp-2-nadph-3-glucose-4-o2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDU0-the-radioactive-isotope-of-carbon-used-by-melvin-calvin-to-work-out-the-complete-biosynthetic-pathway-in-c3-plants-was-1-11c-2-12c-3-13c-4-14c-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDU1-consider-the-two-statements-assertion-a-the-primary-acceptor-of-carbon-dioxide-in-c3-plants-is-a-2-carbon-compound-reason-r-the-first-product-of-carbon-dioxide-fixation-in-these-plants-is-a-c3-acid-1 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDU2-the-number-of-atoms-of-carbon-in-a-molecule-of-oxaloacetic-acid-is-are-1-1-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDU3-regarding-the-temperature-optimum-for-photosynthesis-of-different-plants-i-tropical-plants-have-a-lower-temperature-optimum-than-the-plants-adapted-to-temperate-climates-ii-the-c4-plants-respond-to-hi https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDU4-consider-the-two-statements-assertion-a-the-light-independent-reactions-do-not-require-light-but-they-are-most-likely-to-occur-during-the-day-reason-r-nadph-and-atp-from-the-light-dependent-reactions https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDYw-in-the-lsquo-regeneration-rsquo-stage-of-the-calvin-cycle-1-five-g3p-molecules-produce-three-rubp-molecules-using-up-three-molecules-of-atp-2-three-g3p-molecules-produce-five-rubp-molecules-using-up-t https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDYx-c4-carbon-fixation-one-of-three-known-photosynthetic-processes-of-carbon-fixation-in-plants-is-also-called-as-1-calvin-benson-cycle-2-tricarboxylic-acid-cycle-3-hatch-ndash-slack-pathway-4-embden-meye https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDYy-in-c4-plants-statement-i-co2-is-initially-incorporated-into-a-four-carbon-organic-acid-either-malate-or-aspartate-in-the-mesophyll-cells-statement-ii-the-chloroplasts-of-the-bundle-sheath-cells-conver https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDYz-the-source-of-o2-released-during-photosynthesis-is-1-carbon-dioxide-2-water-3-glucose-4-chlorophyll-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDY0-rubisco-i-is-the-most-abundant-enzyme-in-the-world-ii-is-characterised-by-the-fact-that-its-active-site-can-bind-to-both-co2-and-o2-iii-has-a-much-greater-affinity-for-co2-when-the-co2-o2-is-nearly-eq https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDY1-consider-the-two-statements-assertion-a-except-for-plants-in-shade-or-in-dense-forests-light-is-rarely-a-limiting-factor-for-photosynthesis-in-nature-reason-r-increase-in-incident-light-beyond-a-point https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDY2-consider-the-two-statements-assertion-a-current-availability-of-co2-levels-is-limiting-to-the-c3-plants-reason-r-carbon-dioxide-is-the-major-limiting-factor-for-photosynthesis-1-a-is-true-but-r-is-fal https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDY3-lsquo-the-effect-of-water-as-a-factor-affecting-photosynthesis-is-more-through-its-effect-on-the-plant-rather-than-directly-on-photosynthesis-rsquo-which-of-the-following-support-this-statement-i-wate https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NDY4-consider-the-given-two-statements-assertion-a-plants-that-do-not-use-pep-carboxylase-in-primary-carbon-fixation-are-called-c3-plants-reason-r-c3-plants-are-so-called-because-the-primary-carboxylation https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzgwNzYz-in-cam-plants-co2-acceptor-is-1-rubp-2-pep-3-oaa-4-pga-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzgxMjA0-identify-the-correct-statements-i-only-green-plants-can-prepare-their-own-food-ii-in-green-plants-all-cells-tissues-and-organs-photosynthesise-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDU1MDU5-which-of-the-following-are-required-for-the-dark-reaction-of-photosynthesis-a-light-b-chlorophyll-c-co2-d-atp-e-nadph-choose-the-correct-answer-from-the-options-given-below-1-b-c-and-d-only-2-c-d-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDU1MDc2-how-many-molecules-of-atp-and-nadph-are-required-for-every-molecule-of-text-co-2-fixed-in-the-calvin-cycle-1-2-molecules-of-atp-and-2-molecules-of-nadph-2-3-molecules-of-atp-and-3-molecules-of-nadph-3 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDU1MDkw-given-below-are-two-statements-statement-i-in-text-c-3-plants-some-text-o-2-binds-to-text-rubisco-hence-text-co-2-fixation-is-decreased-statement-ii-in-text-c-4-plants-mesophyll-cells-show-very-little https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDU2NzE3-the-photochemical-phase-of-photosynthesis-include-a-oxygen-release-b-formation-of-nadph-c-use-of-atp-d-water-splitting-e-carboxylation-choose-the-correct-answer-from-the-options-given-below-1-c-and-e https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDU2NzM4-match-list-i-with-list-ii-list-i-list-ii-a-c4-pathway-i-2-text-h-2-text-o-rightarrow4-text-h-text-o-2-4-text-e-b-light-reaction-ii-ribulose-1-5-bisphosphate-c-photorespiration-iii-3-carbon-molecule-ph https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDU2ODAx-how-many-molecules-of-atp-and-nadph-are-required-respectively-for-fixation-of-every-co2-molecule-entering-the-calvin-cycle-1-2-and-4-2-4-and-2-3-3-and-2-4-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDU2ODQy-synthesis-of-atp-linked-to-development-of-a-proton-gradient-across-a-membrane-is-1-mass-flow-hypothesis-2-wobble-hypothesis-3-chemiosmotic-hypothesis-4-rivet-popper-hypothesis-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgyOTg3-plants-store-glucose-in-the-form-of-1-monosaccharides-2-cellulose-3-starch-4-glycogen-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1NjU2-which-of-the-following-statements-do-not-justify-the-importance-of-photosynthesis-1-it-is-the-primary-source-of-all-food-on-earth-2-it-is-responsible-for-the-release-of-oxygen-into-the-atmosphere-3-it https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTU0NzQ2-in-englemann-s-experiment-with-cladophora-bacteria-accumulated-near-which-regions-of-the-spectrum-proving-the-role-of-these-wavelengths-in-photosynthesis-1-orange-and-violet-2-green-and-yellow-3-infra https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTU0NzUz-match-the-experiment-with-its-contribution-list-i-scientist-list-ii-contribution-a-joseph-priestley-1-light-is-essential-for-photosynthesis-b-jan-ingenhousz-2-role-of-o-2-in-burning-a-candle-c-julius https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgyOTc2-identify-the-correct-equation-of-photosynthesis-amongst-the-following-1-small6-mathrm-co-2-12-mathrm-h-2-mathrm-o-text-light-cdots-mathrm-c-6-mathrm-h-12-mathrm-o-6-6-mathrm-o-2-6-mathrm-h-2-mathrm-o https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTQ5MDM4-consider-the-given-two-statements-assertion-a-in-the-experiment-where-part-of-a-leaf-is-enclosed-in-a-koh-soaked-tube-and-the-other-half-is-exposed-to-air-the-koh-treated-portion-tests-negative-for-st https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTE5NDM3-what-was-the-contribution-of-julius-von-sachs-to-plant-physiology-1-he-discovered-that-plants-absorb-nitrogen-from-the-air-to-synthesize-glucose-2-he-identified-mitochondria-as-the-site-of-photosynthe https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTExNDg0-what-was-the-significance-of-jan-ingenhousz-s-experiment-with-aquatic-plants-1-it-demonstrated-that-green-parts-of-plants-release-oxygen-only-in-the-dark-2-it-proved-that-plants-release-co2-during-pho https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTQ5MDQw-the-given-diagram-represents-engelmann-s-experiment-using-a-filamentous-alga-and-oxygen-using-bacteria-what-conclusion-was-drawn-from-this-experiment-1-oxygen-is-released-uniformly-along-the-algal-fil https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTI0MTk2-van-niel-s-experiments-with-purple-sulfur-bacteria-demonstrated-that-1-co-is-the-primary-electron-donor-in-photosynthesis-2-oxygen-released-in-photosynthesis-comes-from-water-not-co-3-photosynthesis-d https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTQ5MDg3-what-evolutionary-advantage-did-the-development-of-photosystem-ii-provide-to-early-photosynthetic-organisms-1-it-allowed-for-carbon-fixation-in-the-absence-of-light-2-it-enabled-the-use-of-water-as-an https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDc0MDk0-in-his-experiments-what-did-priestley-observe-when-he-placed-a-mint-plant-in-a-bell-jar-with-a-burning-candle-and-a-mouse-1-the-candle-extinguished-and-the-mouse-suffocated-2-the-candle-continued-to-b https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTc1OTU0-the-chemical-source-of-molecular-oxygen-o-2-in-photosynthesis-is-1-co-2-2-c-6h-12-o-6-3-h-2o-4-nadp-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTc1OTQ5-primitive-prokaryotes-probably-used-h2s-instead-of-water-as-a-source-of-electrons-what-would-have-been-released-into-the-environment-as-photosynthesis-occurred-1-liquid-hydrogen-2-water-3-hs-4-sulfur https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDk5MDEy-what-is-the-primary-reason-why-the-biosynthetic-phase-of-photosynthesis-is-often-referred-to-as-the-dark-reaction-1-it-occurs-only-in-the-absence-of-light-2-it-does-not-directly-depend-on-light-but-us https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDQ3MTUy-the-site-of-light-reactions-and-dark-reactions-in-chloroplasts-are-1-both-occur-in-the-stroma-2-light-reactions-occur-in-the-thylakoid-membranes-and-dark-reactions-occur-in-the-stroma-3-light-reaction https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgyOTgw-the-thylakoid-membranes-house-the-machinery-for-1-capturing-light-energy-2-making-atp-3-both-1-and-2-4-carrying-out-the-calvin-cycle-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTE5NDM4-there-is-a-clear-division-of-labor-within-the-chloroplast-statement-a-the-membrane-system-in-the-chloroplast-is-responsible-for-trapping-light-energy-and-facilitating-the-synthesis-of-atp-and-nadph-st https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzMDA2-where-are-the-pigment-molecules-responsible-for-photosynthesis-located-1-mitochondria-2-cytoplasm-of-the-cell-3-stroma-of-the-chloroplast-4-thylakoid-membrane-of-the-chloroplast-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTMxMzU4-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-dark-reactions-of-photosynthesis-can-take-place-only-in-the-absence-of-light-reason-r-da https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzE3MjI0-the-in-the-leaves-have-a-large-number-of-which-align-themselves-along-the-walls-of-the-such-that-they-get-the-quantity-of-the-incident-light-1-chloroplasts-chlorophyll-chloroplasts-optimum-2-mesophyll https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA5MTY5-consider-the-two-statements-i-not-all-cells-in-a-multicellular-plant-contain-chloroplasts-ii-the-chloroplasts-of-plant-and-algal-cells-can-orient-themselves-to-best-suit-the-available-light-1-only-i-i https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzMDAx-which-of-following-pigments-participates-directly-in-the-light-reactions-of-photosynthesis-1-chlorophyll-a-2-chlorophyll-b-3-chlorophyll-d-4-carotenoids-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzNTc0-chlorophyll-pigments-extracted-from-the-leaves-are-separated-by-1-paper-chromatography-2-gel-electrophoresis-3-enzyme-linked-immunosorbent-assay-4-evaporation-followed-by-cooling-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDgwNjYz-the-relative-effectiveness-of-different-wavelengths-of-light-in-photosynthesis-is-demonstrated-by-1-an-action-spectrum-2-photolysis-3-carbon-fixation-reactions-4-photoheterotrophs-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY2NTk2-the-action-spectrum-of-photosynthesis-is-a-graphical-representation-of-the-effectiveness-of-different-wavelengths-of-light-in-driving-photosynthesis-which-pigment-is-primarily-responsible-for-the-peak https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDk5MDI5-consider-the-given-statements-statement-i-chlorophyll-a-is-the-chief-pigment-involved-in-photosynthesis-which-absorbs-light-in-the-blue-and-red-regions-of-the-spectrum-statement-ii-chlorophyll-b-and-c https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTI0NjQ1-accessory-pigments-like-chlorophyll-b-xanthophylls-and-carotenoids-are-essential-for-photosynthesis-how-do-they-assist-in-light-absorption-1-they-absorb-light-across-a-broader-wavelength-range-and-tra https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDc0MTAx-chromatographic-separation-of-leaf-pigments-reveals-that-the-visible-color-of-leaves-is-due-to-a-combination-of-four-distinct-pigments-which-of-the-following-correctly-pairs-each-pigment-with-its-obse https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzMxMjQ4-photosynthetic-active-radiation-par-has-which-of-the-following-range-of-wavelength-1-400-700-nm-2-450-920-nm-3-340-450-nm-4-500-600-nm-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA5MTcw-what-does-the-action-spectrum-of-photosynthesis-show-1-the-absorption-of-light-by-chlorophyll-only-2-the-rate-of-photosynthesis-at-different-wavelengths-of-light-3-the-energy-stored-in-chlorophyll-mol https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTY2MzI3-which-of-the-following-is-correct-i-the-wavelengths-at-which-there-is-maximum-absorption-by-chlorophyll-a-i-e-in-the-blue-and-the-red-regions-of-visible-spectrum-of-light-also-shows-higher-rate-of-pho https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzkyNTM5-the-reaction-center-chlorophyll-of-a-photosystem-in-higher-plant-is-1-chlorophyll-a-2-chlorophyll-b-3-chlorophyll-c-4-chlorophyll-d-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTU0NzU2-in-ps-ii-the-reaction-centre-chlorophyll-a-molecule-is-called-1-p680-2-p700-3-p890-4-q-cycle-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTExNDkw-which-of-the-following-is-a-characteristic-feature-of-photosystem-i-ps-i-in-the-light-reactions-of-photosynthesis-1-it-has-a-reaction-centre-chlorophyll-a-molecule-called-p680-2-its-reaction-centre-ch https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA5MTc0-what-are-the-main-components-of-a-photosystem-in-photosynthesis-1-chlorophyll-molecules-reaction-centre-and-light-harvesting-complex-2-atp-synthase-electron-carriers-and-nadph-3-carbohydrate-molecules https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY3NjMw-the-reaction-centers-chlorophyll-a-of-psi-and-psii-have-an-absorption-peak-respectively-at-1-680-nm-and-700-nm-2-630-nm-and-730-nm-3-730-nm-and-630-nm-4-700-nm-and-680-nm-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA0OTg5-in-the-light-reactions-the-function-of-the-reaction-center-chlorophyll-in-photosystem-ii-ps-ii-is-specifically-to-1-absorb-light-of-700-nm-and-release-electrons-to-an-electron-acceptor-2-absorb-light https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTU0MDg-in-a-chloroplast-the-highest-number-of-protons-are-found-in-1-lumen-of-thylakoids-2-inter-membrane-space-3-antenna-complex-4-stroma-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY2NjM4-consider-the-given-two-statements-statement-i-photosystem-ii-absorbs-light-at-a-wavelength-of-700-nm-statement-ii-photosystem-i-absorbs-light-at-a-wavelength-of-680-nm-1-statement-i-is-correct-stateme https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDgwNjgw-the-mechanism-by-which-electron-transport-is-coupled-to-atp-production-by-means-of-a-proton-gradient-is-called-1-chemiosmosis-2-crassulacean-acid-metabolism-3-fluorescence-4-the-c3-pathway-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzgwODcy-chemiosmotic-theory-of-atp-synthesis-in-the-chloroplasts-and-mitochondria-is-based-on-1-proton-gradient-2-accumulation-of-k-ions-3-accumulation-of-na-ions-4-membrane-potential-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTMzMjAy-cyclic-photophosphorylation-differs-from-non-cyclic-in-that-it-1-involves-only-ps-i-and-produces-atp-without-nadph-or-o-2-uses-both-ps-i-and-ps-ii-to-generate-nadph-and-atp-3-releases-oxygen-as-a-bypr https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTU0Nzcy-the-enzyme-atp-synthase-has-two-parts-embedded-in-membrane-and-protruding-into-the-matrix-1-f-f-2-f-f-3-4-nad-fad-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDk5MDEw-in-non-cyclic-photophosphorylation-electrons-lost-by-the-reaction-center-chlorophyll-in-ps-ii-are-replenished-by-1-nadph-2-co2-3-water-4-glucose-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzMDE0-production-of-nadph-in-a-chloroplast-takes-place-during-which-photophosphorylation-1-cyclic-2-non-cyclic-3-series-4-substrate-level-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1MTA-in-oxygenic-photosynthesis-the-release-of-oxygen-is-a-byproduct-of-1-chemiosmosis-2-reducing-nadp-nadp-nadp-by-fnr-3-splitting-the-water-molecules-4-cyclic-photophosphorylation-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTc0NTE1-during-the-light-reactions-of-photosynthesis-absorption-of-photons-leads-to-movement-of-electrons-through-a-series-of-carriers-embedded-in-the-thylakoid-membrane-this-movement-ultimately-results-in-1 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA5MTgy-what-is-photophosphorylation-1-the-synthesis-of-atp-using-light-energy-during-photosynthesis-2-the-production-of-glucose-directly-from-sunlight-3-the-splitting-of-water-molecules-to-release-oxygen-4-t https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzMDg3-which-of-the-following-is-a-source-of-protons-for-the-establishment-of-a-proton-gradient-within-a-chloroplast-1-phospholipids-within-thylakoid-membranes-2-water-3-ch2och2och2o-4-chlorophyll-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY1NzIx-what-happens-in-light-reaction-photo-chemical-reaction-1-formation-of-atp-and-nadph2-2-formation-of-atp-3-formation-of-sugar-4-breakdown-of-sugar-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDIwNDUw-photolysis-of-water-and-liberation-of-oxygen-as-a-product-in-photosynthesis-is-associated-with-1-pigment-system-i-2-pigment-system-ii-3-cytochrome-b6-4-plastocyanin-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTA1NDg-in-chloroplast-the-highest-number-of-protons-are-found-in-1-lumen-of-thylakoids-2-intermembrane-space-3-antennae-complex-4-stroma-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzgyNjE1-light-reactions-or-the-photochemical-phase-of-photosynthesis-in-higher-plants-include-all-the-following-except-1-light-absorption-2-water-splitting-3-oxygen-release-4-carbon-fixation-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTI2MDE2-consider-the-given-two-statements-assertion-a-if-the-ph-inside-the-thylakoid-lumen-is-increased-above-7-5-atp-synthesis-will-be-badly-affected-reason-r-atp-synthesis-depends-on-the-proton-gradient-whi https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTU0NzQ1-during-photosynthesis-in-higher-plants-the-splitting-of-water-molecule-photolysis-occurs-at-which-exact-site-of-the-thylakoid-1-stroma-lamellae-2-lumen-side-of-ps-ii-3-outer-surface-of-ps-i-4-matrix-o https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY2NjQ2-consider-the-given-two-statements-statement-i-the-z-scheme-of-electron-transport-involves-both-photosystem-i-and-photosystem-ii-statement-ii-non-cyclic-photophosphorylation-generates-both-atp-and-nadp https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTcwNTg2-according-to-the-z-scheme-of-the-light-reactions-electrons-flow-through-a-specific-sequence-of-carriers-what-is-the-correct-path-of-this-non-cyclic-electron-flow-1-ps-i-plastoquinone-cytochromes-ps-ii https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDk5MDE0-during-chemiosmosis-in-photosynthesis-where-do-protons-accumulate-to-create-a-proton-gradient-driving-atp-synthesis-1-in-the-stroma-of-the-chloroplast-2-in-the-thylakoid-lumen-3-in-the-inner-mitochond https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDgwNjYx-light-is-composed-of-particles-of-energy-called-1-carotenoids-2-reaction-centers-3-photons-4-antenna-complexes-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDgwNjY2-in-plants-the-final-electron-acceptor-in-noncyclic-electron-flow-is-1-mathrm-nadp-2-mathrm-co-2-3-mathrm-h-2-mathrm-o-4-mathrm-o-2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDgwNjc4-in-there-is-a-one-way-flow-of-electrons-to-mathrm-nadp-forming-nadph-1-crassulacean-acid-metabolism-2-the-calvin-cycle-3-photorespiration-4-noncyclic-electron-transport-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTY1OTMz-which-one-correctly-pairs-the-region-of-chloroplast-with-the-corresponding-process-1-stroma-photophosphorylation-2-grana-co-fixation-3-thylakoid-lumen-proton-accumulation-during-light-reaction-4-inter https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzI3MTY2-synthesis-of-atp-from-adp-and-inorganic-phosphate-in-the-presence-of-light-is-known-as-1-phosphorylation-2-photo-phosphorylation-3-photorespiration-4-photooxidation-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzMTI2-during-photosynthetic-electron-transport-the-interior-compartment-of-the-thylakoid-membranes-becomes-1-enriched-in-atp-2-more-acidic-than-the-stroma-3-basic-as-compared-to-the-reaction-centers-4-the-s https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDgwNjc1-in-electrons-that-have-been-energized-by-light-contribute-their-energy-to-add-phosphate-to-adp-producing-atp-1-crassulacean-acid-metabolism-2-the-calvin-cycle-3-photorespiration-4-photophosphorylation https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzE3MTkz-the-chloroplast-stroma-lamella-membrane-1-lacks-ps-ii-as-well-as-nadp-reductase-enzyme-2-lacks-ps-ii-but-has-nadp-reductase-enzyme-3-lacks-nadp-reductase-enzyme-but-has-ps-ii-4-has-ps-ii-as-well-as-na https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzMTQw-the-specific-energy-source-for-the-reaction-adp-phosphate-atp-by-the-enzyme-atp-synthetase-cf1-coupling-factor-in-thylakoid-membranes-is-1-movement-of-electrons-between-photosystem-ii-and-photosystem https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTQ5MDQ2-how-does-photosystem-ii-ps-ii-ensure-a-continuous-supply-of-electrons-during-the-light-dependent-reactions-1-by-directly-accepting-electrons-from-nadph-produced-in-the-calvin-cycle-2-through-the-break https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTY1OTM4-which-one-correctly-links-the-light-and-dark-reactions-1-atp-and-nadph-diffuse-from-grana-to-stroma-where-co-fixation-occurs-2-nadp-moves-from-stroma-to-grana-to-accept-protons-3-oxygen-moves-from-str https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY2NTg1-the-process-of-photophosphorylation-results-in-the-synthesis-of-atp-which-of-the-following-types-of-photophosphorylation-is-associated-with-the-production-of-both-atp-and-nadph-1-cyclic-photophosphory https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA2ODg5-which-of-following-rows-correctly-refers-to-word-q-word-r-word-s-and-word-t-of-the-below-sentences-about-photosynthesis-light-energy-results-in-the-excitation-of-electrons-in-the-q-and-electrons-are-p https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY2NTc0-during-the-light-dependent-reactions-the-electron-transport-chain-in-the-thylakoid-membrane-generates-a-proton-gradient-what-is-the-significance-of-this-proton-gradient-in-the-process-of-photosynthesi https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY2NzIz-consider-the-given-two-statements-assertion-a-oxygen-is-released-as-a-by-product-of-photosynthesis-reason-r-oxygen-is-produced-during-the-splitting-of-carbon-dioxide-molecules-in-the-chloroplast-1-bot https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY2NTc4-non-cyclic-photophosphorylation-involves-both-photosystem-i-and-photosystem-ii-what-is-the-final-electron-acceptor-in-this-process-1-atp-2-nadp-3-oxygen-4-water-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTI5MzQ-the-following-processes-occur-during-photosynthesis-i-reduction-of-carbon-dioxide-ii-the-splitting-of-water-iii-the-synthesis-of-glucose-iv-release-of-oxygen-v-formation-of-atp-which-one-of-the-follow https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzI3MTY3-the-difference-in-development-of-proton-gradient-in-photosynthesis-and-respiration-is-1-photosynthesis-has-thylakoid-membrane-across-which-proton-gradient-is-generated-2-proton-accumulation-is-inside https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA5MTcx-what-happens-during-non-cyclic-photophosphorylation-1-only-nadph-is-made-2-only-atp-is-made-3-glucose-is-produced-directly-4-oxygen-atp-and-nadph-are-formed-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDgwNjg5-the-enzyme-directly-responsible-for-almost-all-carbon-fixation-on-earth-is-1-rubisco-2-pep-carboxylase-3-atp-synthase-4-phosphofructokinase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzMTMz-which-of-the-following-statements-is-true-about-the-dark-reaction-1-ribulose-1-5-bisphosphate-carboxylase-oxygenase-or-rubisco-is-the-co2-fixing-enzyme-for-this-process-2-the-reactions-occur-in-the-ch https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDk5MDE2-which-of-the-following-correctly-represents-the-three-main-stages-of-the-calvin-cycle-in-the-correct-order-1-reduction-carboxylation-regeneration-2-carboxylation-reduction-regeneration-3-regeneration https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY2NjM5-consider-the-given-two-statements-statement-i-the-first-stable-product-of-the-calvin-cycle-is-3-phosphoglyceric-acid-3-pga-statement-ii-the-calvin-cycle-is-also-known-as-the-c3-pathway-1-statement-i-i https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzgyNjMx-for-every-co2-molecule-entering-the-calvin-cycle-1-3-molecules-of-atp-and-2-of-nadph-are-required-2-3-molecules-of-atp-and-3-of-nadph-are-required-3-2-molecules-of-atp-and-3-of-nadph-are-required-4-2 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzgyNjM0-what-is-the-number-of-carbon-atoms-in-a-molecule-of-ribulose-biphosphate-1-3-2-4-3-5-4-2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTU0NzU3-the-first-stable-product-of-c-cycle-is-whereas-that-of-c-cycle-is-1-acetyl-coa-citrate-2-oaa-pga-3-rubp-pep-4-pga-oaa-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY2NTg2-in-the-calvin-cycle-for-the-synthesis-of-one-molecule-of-glucose-how-many-molecules-of-atp-and-nadph-are-required-respectively-1-18-atp-and-12-nadph-2-12-atp-and-18-nadph-3-6-atp-and-12-nadph-4-18-atp https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY4NzE0-observe-the-given-figure-identify-the-different-stages-labelled-with-alphabets-by-selecting-the-correct-option-1-a-carboxylation-b-regeneration-c-reduction-2-a-reduction-b-decarboxylation-c-regenerati https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTQ0MjQ1-which-one-option-is-correct-for-dark-reactions-1-occurs-in-dark-2-not-depend-on-light-3-dependent-on-products-of-light-reaction-4-occurs-in-lumen-in-thylakoid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTc0NTE2-in-the-calvin-cycle-carbon-dioxide-fixation-occurs-when-co-combines-with-a-five-carbon-sugar-present-in-chloroplast-stroma-this-five-carbon-compound-is-1-ribulose-monophosphate-2-ribulose-bisphosphate https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzE3MjI4-melvin-calvin-used-radioactive-in-studies-for-the-discovery-of-the-first-co2-fixation-product-1-14c-fungal-photosynthesis-2-14c-algal-photosynthesis-3-15n-fungal-photosynthesis-4-15n-algal-photosynthe https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDU1NzA2-consider-the-given-two-statements-assertion-a-immediately-after-light-becomes-unavailable-the-biosynthetic-process-of-photosynthesis-continues-for-some-time-and-then-stops-reason-r-biosynthetic-proces https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM2NTAx-select-the-incorrect-statement-with-respect-to-c3-cycle-1-for-one-co2-fixation-three-atps-are-required-2-regeneration-of-the-co2-acceptor-molecule-rubp-is-not-crucial-for-the-continuation-of-the-cycle https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY2NTcz-the-calvin-cycle-which-is-part-of-the-light-independent-reactions-of-photosynthesis-occurs-in-the-stroma-of-the-chloroplast-which-enzyme-catalyzes-the-first-step-of-carbon-fixation-in-this-cycle-1-rub https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY4MDAx-calvin-cycle-occurs-in-1-c3-plants-and-c4-plants-but-not-in-cam-plants-2-only-c3-plants-and-not-in-c4-plants-and-cam-plants-3-c3-plants-and-cam-plants-but-not-in-c4-plants-4-all-photosynthetic-plants https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0OTY-the-enzyme-that-is-not-found-in-a-c3c3c3-plant-is-1-rubp-carboxylase-2-pep-carboxylase-3-nadp-reductase-4-atp-synthase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzMTU2-which-of-the-following-does-not-occur-during-the-dark-reaction-of-photosynthesis-1-utilization-of-nadph-2-utilization-of-atp-3-reduction-of-oxygen-to-produce-water-4-synthesis-of-glucose-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTQ5MDUx-in-the-calvin-cycle-the-first-stable-product-formed-after-co-fixation-is-3-phosphoglyceric-acid-pga-how-many-carbon-atoms-does-one-molecule-of-pga-contain-1-one-2-two-3-three-4-six-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjgxNTEz-energy-is-transferred-from-the-light-reaction-step-to-the-dark-reaction-step-by-1-chlorophyll-2-adp-3-atp-4-rubp-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDYyNDYz-kranz-anatomy-in-c4-plants-refers-to-1-the-presence-of-chloroplasts-in-the-epidermal-cells-2-the-arrangement-of-vascular-bundles-surrounded-by-a-layer-of-bundle-sheath-cells-that-contain-large-chlorop https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTY1OTM5-the-spatial-separation-of-initial-co-fixation-and-the-calvin-cycle-in-c-plants-occurs-between-1-epidermal-and-guard-cells-2-mesophyll-and-bundle-sheath-cells-3-cortex-and-vascular-tissues-4-palisade-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDI1MTgx-c4-plants-i-have-a-special-type-of-leaf-anatomy-ii-tolerate-higher-temperatures-iii-lack-a-process-called-photorespiration-1-only-i-and-ii-are-correct-2-only-i-and-iii-are-correct-3-only-ii-and-iii-ar https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTcwNTkw-pep-carboxylase-is-a-crucial-enzyme-for-an-adaptive-photosynthetic-pathway-in-which-type-of-plants-is-it-the-primary-co-acceptor-1-c4-plants-2-c3-plants-3-c2-plants-4-both-c3-and-c4-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzI4OTg0-the-process-which-makes-major-difference-between-c3-and-c4-plants-is-1-glycolysis-2-calvin-cycle-3-photorespiration-4-respiration-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY1MjE2-which-is-the-first-co2-acceptor-enzyme-in-c4-plants-1-rudp-carboxylase-2-phosphoric-acid-3-rubisco-4-pep-carboxylase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTQ5MDg1-which-of-the-following-crops-are-c-plants-and-thus-show-higher-photosynthetic-efficiency-in-high-temperature-dry-environments-1-rice-wheat-and-barley-2-maize-sugarcane-and-sorghum-3-potato-tomato-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTk1NDIz-plants-which-show-double-carboxylation-in-two-different-types-of-cells-in-leaves-1-also-show-photorespiration-2-lack-pepcase-enzyme-3-also-show-kranz-anatomy-4-show-calvin-cycle-in-mesophyll-cells-1-2 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA1MDA2-which-statement-accurately-describes-the-hatch-and-slack-pathway-in-c4-plants-1-it-uses-rubisco-in-mesophyll-cells-to-initially-fix-co2-2-it-produces-a-4-carbon-acid-in-mesophyll-cells-that-is-transfe https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTA1Mjg-a-plant-in-your-garden-avoids-photorespiratory-losses-has-improved-water-use-efficiency-shows-high-rates-of-photosynthesis-at-high-temperatures-and-has-improved-efficiency-of-nitrogen-utilization-in-w https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTM3MTU-in-the-leaves-of-c4-plants-malic-acid-formation-during-co2-fixation-occurs-in-the-cells-of-1-mesophyll-2-bundle-sheath-3-phloem-4-epidermis-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjIzNjE-consider-the-following-statements-regarding-c4-photosynthesis-plants-i-pep-is-primary-co2-acceptor-ii-oaa-is-primary-co2-fixation-product-iii-rubisco-is-not-present-in-these-plants-which-of-the-above https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTY1OTk3-observe-the-transport-steps-between-mesophyll-and-bundle-sheath-cells-in-the-figure-statement-i-the-c-acid-formed-in-mesophyll-cells-is-transported-to-the-bundle-sheath-cells-where-it-is-decarboxylate https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzgyNjI4-what-molecule-combines-with-carbon-dioxide-in-the-c4-photosynthetic-pathway-1-glyceraldehyde-phosphate-2-ribulose-biphosphate-3-phosphoenol-pyruvic-acid-4-citric-acid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzE3MjE3-co2-is-utilized-for-the-carboxylation-of-rubp-inside-the-bundle-sheath-cells-of-1-maize-sorghum-2-tomato-bell-pepper-3-cacti-sedum-4-rice-wheat-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTMyODY5-in-kranz-s-anatomy-the-bundle-sheath-cells-have-1-thick-walls-many-intercellular-spaces-and-few-chloroplasts-2-thin-walls-many-intercellular-spaces-and-no-chloroplasts-3-thick-walls-no-intercellular-s https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzY1NDUw-consider-the-given-two-statements-assertion-a-in-c4-plants-photorespiration-does-not-occur-reason-r-they-have-a-mechanism-that-increases-the-concentration-of-co2-at-rubisco-site-1-a-is-true-but-r-is-f https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDQ5NDg1-consider-the-given-two-statements-assertion-a-in-c4-plants-bundle-sheath-cells-lack-rubisco-enzyme-reason-r-in-c4-plants-photorespiration-does-not-occur-1-both-a-and-r-are-true-and-r-is-the-correct-ex https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzI3MTQ1-the-c4-plants-differ-from-c3-plants-with-reference-to-the-1-substrate-that-accepts-co2-in-carbon-assimilation-2-type-of-end-product-3-type-of-pigment-involved-in-photosynthesis-4-end-product-that-will https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTc0NTE3-plants-adapted-to-hot-and-dry-conditions-reduce-photorespiration-by-separating-initial-co-fixation-and-calvin-cycle-spatially-such-plants-characteristically-show-1-cam-pathway-in-leaves-2-kranz-anatom https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDM5MTU5-photorespiration-in-plants-1-increases-the-efficiency-of-photosynthesis-by-capturing-more-co-2-leads-to-the-production-of-glucose-and-oxygen-3-results-in-a-significant-release-of-co-and-consumption-of https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTIzMDk-a-process-that-makes-an-important-difference-between-c3-and-c4-plants-is-1-transpiration-2-glycolysis-3-photosynthesis-4-photorespiration-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTI0MjAw-in-c-plants-the-enzyme-pep-carboxylase-catalyzes-the-initial-fixation-of-co-in-mesophyll-cells-why-does-the-subsequent-release-of-co-in-bundle-sheath-cells-favor-efficient-photosynthesis-1-it-prevents https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTExNTA5-what-determines-whether-rubisco-binds-to-co2-or-o2-1-the-concentration-of-rubp-in-the-chloroplast-2-the-availability-of-atp-and-nadph-3-the-temperature-of-the-environment-4-the-relative-concentrations https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzMDgy-photorespiration-would-affect-the-most-1-c4-plants-2-heterotrophs-3-c3-plants-4-cam-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDk5MDM3-what-would-be-the-immediate-consequence-if-the-enzyme-rubisco-s-oxygenation-activity-increased-significantly-in-c3-plants-due-to-elevated-oxygen-concentrations-1-increased-atp-and-nadph-production-2-i https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTgzMjYx-which-one-is-wrong-in-photorespiration-1-it-occurs-in-chloroplasts-2-it-occurs-in-daytime-only-3-it-is-characteristic-of-c4-plants-4-it-is-characteristic-of-c3-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTcxOTQw-the-enzyme-rubp-carboxylase-oxygenase-rubisco-catalyses-the-carboxylation-of-rubp-in-the-calvin-cycle-this-enzyme-is-also-responsible-for-1-water-splitting-in-photolysis-2-oxygenation-reaction-leading https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDU1NzEw-consider-the-given-two-statements-assertion-a-in-c4-plants-photorespiration-does-not-occur-reason-r-c4-plants-have-a-mechanism-that-increases-the-concentration-of-co2-at-the-rubisco-site-1-both-a-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM4NjMz-in-photorespiration-atp-and-sugars-are-not-synthesized-and-rubp-is-converted-to-1-two-molecules-of-pga-2-one-molecule-of-g3p-and-one-molecule-of-dhap-3-one-molecule-of-phosphoglycerate-and-one-molecul https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzA5OTM5-the-current-concentration-of-co2-in-the-atmosphere-is-between-1-0-03-to-0-04-2-21-to-22-3-78-to-79-4-3-to-4-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1NzM5-which-of-the-following-plants-are-grown-in-green-house-by-exploiting-a-fact-that-higher-co2-leads-more-productivity-1-tomatoes-2-papaya-3-cycas-4-pomegranate-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzA5OTM4-light-can-be-limiting-factor-for-photosynthesis-for-the-1-tall-trees-growing-in-a-field-2-plants-growing-in-shade-or-in-dense-forest-3-shrubs-growing-in-grassland-4-crop-plants-growing-in-crop-field-1 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzA5OTQx-the-light-saturation-occurs-at-of-the-total-sunlight-available-to-the-plants-select-the-correct-option-to-fill-in-the-blank-1-75-2-50-3-10-4-2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzMxMjM5-which-of-the-following-plants-are-grown-in-green-house-by-exploiting-the-fact-that-higher-co2-leads-to-more-productivity-1-tomatoes-2-papaya-3-cycas-4-pomegranate-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTExNTE5-why-does-light-rarely-act-as-a-limiting-factor-in-photosynthesis-for-most-plants-1-light-intensity-never-saturates-photosynthesis-rates-2-light-saturation-occurs-at-100-of-full-sunlight-3-light-satura https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA1MDE3-how-does-water-limitation-indirectly-affect-photosynthesis-in-a-plant-under-normal-light-and-co2-conditions-1-water-stress-directly-impacts-the-chlorophyll-molecule-reducing-its-light-absorption-2-it https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA1MDEw-which-of-the-following-statements-best-describes-the-law-of-limiting-factors-as-it-applies-to-photosynthesis-1-the-rate-of-photosynthesis-is-solely-determined-by-internal-plant-factors-like-chlorophyl https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTExNTE1-according-to-blackman-s-law-of-limiting-factors-what-determines-the-rate-of-photosynthesis-1-the-factor-present-in-the-highest-quantity-2-the-internal-factors-such-as-leaf-size-and-chlorophyll-content https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA5MTg2-how-does-light-intensity-affect-the-photosynthetic-rate-in-plants-1-c4-plants-need-full-sunlight-for-maximum-efficiency-2-most-plants-reach-light-saturation-at-10-of-full-sunlight-3-both-c3-and-c4-pla https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM4ODM0-blackman-s-law-is-related-to-1-respiration-2-transpiration-3-root-pressure-4-photosynthesis-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzI4OTc2-who-gave-the-law-of-limiting-factors-and-when-1-lieman-1906-2-blackman-1905-3-lieman-1905-4-blackman-1906-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246ODkzODE-with-reference-to-factors-affecting-the-rate-of-photosynthesis-which-of-the-following-statements-is-not-correct-1-increasing-atmospheric-co2-concentration-up-to-0-05-can-enhance-the-co2-fixation-rate https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA1MDE0-in-conditions-of-elevated-co2-concentration-which-of-the-following-is-a-major-difference-in-photosynthetic-response-between-c3-and-c4-plants-1-both-c3-and-c4-plants-show-the-same-photosynthetic-satura https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU5Nzg2-choose-the-incorrect-statement-regarding-early-experiments-on-photosynthesis-1-priestley-experiment-revealed-the-essential-role-of-air-in-the-growth-of-a-green-plant-2-ingenhousz-showed-that-sunlight https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTI2NDkz-sunlight-is-essential-for-photosynthesis-is-established-by-1-jan-ingenhousz-2-robert-hill-3-emerson-4-julius-von-sach-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1NjU5-column-i-column-ii-i-jan-ingenhousz-a-discovery-of-o2-ii-joseph-priestley-b-plants-restore-to-the-air-whatever-breathing-animals-and-burning-candles-remove-iii-t-w-englemann-c-showed-that-only-the-gre https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjU5NTk-an-action-spectrum-of-photosynthesis-was-first-described-by-1-jan-ingenhousz-2-julius-von-sachs-3-t-w-engelmann-4-cornelius-van-niel-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1NjY0-where-does-photosynthesis-takes-place-1-in-green-leaves-2-in-green-parts-of-plant-3-in-leaves-4-in-complete-plant-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU5Nzg4-there-is-a-clear-division-of-labour-within-the-chloroplast-the-membrane-system-is-responsible-for-1-trapping-of-light-energy-2-conversion-of-co2-into-glucose-3-consumption-of-atp-and-nadph-4-providing https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1NjY2-identify-a-b-c-and-d-labellings-in-the-following-diagram-1-i-stroma-lamella-ii-thylakoid-iii-stroma-iv-genetic-material-2-i-stroma-lamella-ii-grana-iii-stroma-iv-starch-granule-3-i-grana-ii-lamella-ii https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1NjY1-the-in-the-leaves-have-a-large-number-of-which-align-themselves-along-the-walls-of-the-such-that-they-get-the-quantity-of-the-incident-light-1-chloroplasts-chlorophyll-chloroplasts-optimum-2-mesophyll https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjU5NjI-the-chloroplast-stroma-lamella-membrane-1-lacks-ps-ii-as-well-as-nadp-reductase-enzyme-2-lacks-ps-ii-but-has-nadp-reductase-enzyme-3-lacks-nadp-reductase-enzyme-but-has-ps-ii-4-has-ps-ii-as-well-as-na https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NzMwMDc-which-pigment-acts-directly-to-convert-light-energy-to-chemical-energy-1-chlorophyll-a-2-chlorophyll-b-3-xanthophyll-4-carotenoid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1MTE-which-regions-of-the-visible-spectrum-are-responsible-for-most-of-the-photosynthesis-1-blue-and-yellow-2-blue-and-red-3-blue-and-green-4-green-and-red-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1Njcy-how-many-pigments-are-responsible-for-the-color-of-a-plant-leaf-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTE4MTI-in-the-given-graph-what-does-a-b-represent-1-a-absorption-spectrum-b-action-spectrum-chl-a-2-a-action-spectrum-b-absorption-spectrum-carotenoids-3-a-absorption-spectrum-b-action-spectrum-ch-b-4-a-acti https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzA4MDU-in-the-given-diagram-x-y-and-z-respectively-represent-the-absorption-spectrum-of-1-chlorophyll-a-chlorophyll-b-and-carotenoids-2-chlorophyll-b-chlorophyll-a-and-carotenoids-3-chlorophyll-b-carotenoids https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjIzNjA-consider-the-following-statements-i-accessory-pigments-enable-a-wider-range-of-light-to-be-utilized-for-photosynthesis-ii-the-reaction-center-of-psi-is-p680-and-that-of-psii-is-p-700-iii-the-stroma-la https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY0OTYx-photosynthetically-active-radiation-par-represents-the-following-range-of-wavelengths-1-450-950-nm-2-340-450-nm-3-400-700-nm-4-500-600-nm-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1Njg2-which-of-the-following-is-present-in-membrane-of-stroma-lamellae-1-nadp-reductase-2-ps-i-3-ps-ii-4-water-splitting-complex-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE0OTg-the-correct-equation-representing-the-overall-process-of-photosynthesis-is-1-6co2-6h2o-c6h12o6-6h2o-6o2-2-6co2-6h2o-c6h12o6-6o2-3-6co2-12h2o-c6h12o6-6o2-6h2o-4-6co2-12h2o-c6h12o6-6o2-h2o-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mjc5NDEz-dark-reaction-in-photosynthesis-is-called-so-because-1-it-can-occur-in-dark-also-2-it-does-not-depend-directly-on-light-energy-3-it-cannot-occur-during-day-light-4-it-occurs-more-rapidly-at-night-1-2 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTc1OTgw-the-thylakoid-membrane-bears-several-f0-f1f0-f1f0-f1-particle-atpase-atp-synthase-which-of-the-following-is-incorrect-for-these-particles-1-once-of-its-part-f0-is-embedded-in-the-membrane-and-forms-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTk0Mjcw-select-the-incorrect-statement-1-carotenoids-protect-the-plant-from-excessive-heat-and-prevent-photo-oxidation-of-chlorophyll-pigments-2-all-pigments-other-than-chlorophyll-a-are-called-accessory-pigm https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTIzMjAx-which-is-not-true-regarding-cyclic-electron-transfer-system-ets-in-thylakoid-membrane-of-higher-plants-1-operates-at-low-light-intensity-2-only-ps-i-is-involved-3-acts-as-a-back-up-for-atp-synthesis-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY1MjEw-the-first-step-for-initiation-of-photosynthesis-will-be-1-photolysis-of-water-2-excitement-of-chlorophyll-molecule-due-to-absorption-of-light-3-atp-formation-4-glucose-formation-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE0OTc-where-does-oxygen-come-from-during-photosynthesis-1-oxidation-of-water-2-oxidation-of-glucose-3-reduction-of-glucose-4-from-co2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTE0ODQ0-stroma-lamella-in-plastid-lacks-1-ps-ii-and-ps-i-2-ps-ii-and-nadp-reductase-3-ps-i-and-nad-reductase-4-ps-ii-only-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTQxMDE0-according-to-the-chemiosmotic-hypothesis-there-is-a-basic-difference-between-respiration-and-photosynthesis-this-is-1-in-chloroplast-h-accumulation-takes-place-in-the-lumen-of-thylakoid-but-in-mitocho https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTI1MzAy-study-the-pathway-atp-synthesis-through-chemiosmosis-given-below-in-which-of-the-following-options-correct-words-for-all-the-three-blanks-a-b-c-and-d-are-indicated-1-a-f1-b-thylakoid-membrane-c-photos https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTk0OTM3-cyclic-photophosphorylation-is-different-from-non-cyclic-photophosphorylation-as-the-former-1-is-performed-by-a-collaboration-of-both-ps-ii-and-ps-i-2-does-not-require-any-external-source-of-electrons https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTk0Mjc1-identify-a-with-respect-to-atp-synthesis-through-chemiosmosis-1-cytochromes-b-and-f-2-cytochrome-a-and-a3-3-cytochrome-bc1-4-nadp-reductase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTA5Nzcz-in-plant-cells-synthesis-of-atp-by-the-chemiosmotic-mechanism-occurs-during-1-photosynthesis-only-2-respiration-only-3-both-photosynthesis-and-respiration-4-photorespiration-only-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTE0ODQ2-chemiosmosis-related-with-respiration-photosynthesis-ets-does-not-require-1-membrane-a-proton-pump-2-atp-3-a-proton-gradient-4-atpase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTMxMDQy-proton-gradient-develops-across-the-thylakoid-membrane-due-to-all-except-1-splitting-of-water-towards-lumen-side-2-nadp-reduction-towards-stroma-side-3-movement-of-protons-from-lumen-to-stroma-side-by https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTMwNjkx-select-the-incorrect-statement-from-the-following-1-nostoc-performs-oxygenic-photosynthesis-2-during-photorespiration-o2-is-first-utilized-in-chloroplast-and-co2-is-released-in-mitochondria-3-in-a-chl https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY0MTM2-chemiosmotic-theory-of-atp-synthesis-in-the-chloroplasts-and-mitochondria-is-based-on-1-membrane-potential-2-accumulation-of-k-ions-3-proton-gradient-4-accumulation-of-na-ions-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1NzA5-melvin-calvin-used-radioactive-in-studies-for-the-discovery-of-the-first-co2-fixation-product-1-14c-fungal-photosynthesis-2-14c-algal-photosynthesis-3-15n-fungal-photosynthesis-4-15n-algal-photosynthe https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY1NTI0-in-photosynthesis-energy-from-light-reaction-to-dark-reaction-is-transferred-in-the-form-of-1-adp-2-atp-3-rudp-4-chlorophyll-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTkzMzIx-ps-ii-is-not-found-involved-in-1-non-cyclic-photophosphorylation-2-cyclic-photophosphorylation-3-photolysis-of-h2o-4-formation-of-nadph-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTI2NDk1-the-following-processes-occur-during-photosynthesis-i-reduction-of-carbon-dioxide-ii-the-splitting-of-water-iii-the-synthesis-of-glucose-iv-release-of-oxygen-v-formation-of-atp-which-one-of-the-follow https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1NzEx-what-is-the-primary-acceptor-of-co2-in-dark-reaction-1-ketose-sugar-2-aldose-sugar-3-fatty-acid-4-sucrose-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NTQ-the-order-of-the-three-steps-of-calvin-cycle-is-1-carboxylation-reduction-regeneration-2-reduction-regeneration-carboxylation-3-regeneration-carboxylation-reduction-4-reduction-carboxylation-regenerat https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTIyNzAx-the-synthesis-of-one-molecule-of-glucose-during-the-calvin-cycle-requires-1-12-molecules-of-atp-and-18-molecules-of-nadph2-2-6-molecules-of-atp-and-12-molecules-of-nadph2-3-18-molecules-of-atp-and-12 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NTc-how-many-molecules-of-3-pga-are-produced-during-a-single-run-of-carboxylation-1-3-2-1-3-2-4-4-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTE0ODQ3-if-there-are-12-molecules-of-co2-to-be-fixed-in-photosynthesis-then-how-many-turns-of-the-calvin-cycle-and-how-many-molecules-of-glucose-will-be-synthesized-respectively-1-9-turns-2-molecules-2-12-tur https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTMwNjky-match-the-following-columns-and-select-the-correct-option-column-i-column-ii-a-photolysis-of-water-i-c444-plants-b-carboxylation-of-rubp-ii-non-cyclic-photophosphorylation-c-synthesis-of-atp-only-iii https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTMxMTI1-calvin-cycle-c3-cycle-1-is-a-feature-of-all-chloroplast-containing-cells-in-plants-2-is-the-main-sugar-producing-cycle-in-c3-c4-and-cam-plants-3-has-both-oxidative-and-reductive-reactions-4-occurs-in https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTMxMDQz-c4-and-cam-plants-have-many-similarities-like-1-secondary-co2-fixation-by-rubisco-2-scotoactive-stomata-3-primary-co2-fixation-by-pepcase-in-bundle-sheath-4-presence-of-kranz-anatomy-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY1MjEy-for-the-synthesis-of-one-glucose-molecule-the-calvin-cycle-operates-for-1-2-times-2-4-times-3-6-times-4-8-times-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTYwMjQ4-kranz-anatomy-is-present-in-1-all-photosynthetic-plants-2-only-c3-plants-3-only-succulent-plants-4-only-c4-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzA4MDY-in-the-diagrammatic-representation-of-the-hatch-and-slack-pathway-a-and-b-respectively-represent-1-mesophyll-cells-and-bundle-sheath-cells-2-bundle-sheath-cells-and-mesophyll-cells-3-bundle-sheath-cel https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1Njg-the-step-of-decarboxylation-during-c4-cycle-occurs-in-1-only-mesophyll-cells-2-bundle-sheath-cells-3-both-a-and-b-4-passage-cells-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTk2ODIz-select-the-incorrect-match-from-the-following-1-one-calvin-cycle-requires-3-atp-and-2-nadph-2-c4-plant-shows-slower-process-of-carbon-fixation-3-c3-plants-20-25-c-is-optimum-for-photosynthesis-4-hatch https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTc1MDM2-in-c444-plants-co222-are-reduced-into-sugar-is-1-mesophyll-cells-2-in-bundle-sheath-cells-3-in-spongy-parenchyma-4-both-a-b-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTQwOTU4-photosynthesis-in-c4-plants-is-relatively-less-limited-by-atmospheric-co2-levels-because-1-the-primary-fixation-of-co2-is-mediated-via-pep-carboxylase-2-effective-pumping-of-co2-into-bundle-sheath-cel https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTk0ODEx-in-c4-plants-pep-carboxylase-and-rubisco-enzymes-are-present-respectively-in-1-stroma-and-grana-2-thylakoid-and-stroma-3-stroma-and-stroma-4-stroma-and-cytosol-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTc1ODI3-observe-the-following-diagram-given-below-which-statement-is-correct-for-this-1-photosynthetic-decarboxylation-takes-place-in-mesophyll-cell-2-c3-acid-is-transported-from-mesophyll-to-bundle-sheath-ce https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjMxMzkw-the-reaction-that-is-responsible-for-the-primary-fixation-of-co2-is-catalysed-by-1-rubp-carboxylase-2-pep-carboxylase-3-rubp-carboxylase-and-pep-carboxylase-4-pga-synthase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY2MTQ0-in-the-sugarcane-plant-14co2-is-fixed-in-malic-acid-because-the-enzyme-that-fixes-co2-is-1-ribulose-biphosphate-carboxylase-2-phosphoenol-pyruvic-acid-carboxylase-3-ribulose-phosphate-kinase-4-fructos https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjMxMzg2-pep-is-primary-co2-acceptor-in-1-c4-plants-2-c3-plants-3-c2-plants-4-both-c3-and-c4-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY2ODQw-which-pair-is-wrong-1-c3-maize-2-c4-kranz-anatomy-3-calvin-cycle-pga-4-hatch-and-slack-cycle-o-a-a-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjMxMzkx-when-co2-is-added-to-pep-the-first-stable-product-synthesized-is-1-pyruvate-2-glyceraldehyde-3-phosphate-3-phosphoglycerate-4-oxaloacetate-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjUxMjg3-in-kranz-anatomy-the-bundle-sheath-cells-have-1-thick-walls-many-intercellular-spaces-and-few-chloroplasts-2-thin-walls-many-intercellular-spaces-and-no-chloroplasts-3-thick-walls-no-intercellular-spa https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTYwMzA4-co2-is-utilized-for-the-carboxylation-of-rubp-inside-the-bundle-sheath-cells-of-1-maize-sorghum-2-tomato-bell-pepper-3-cacti-sedum-4-rice-wheat-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MjU5NjQ-which-of-the-following-are-special-features-of-the-c4-plants-i-they-have-a-special-type-of-leaf-anatomy-ii-they-tolerate-higher-temperatures-and-show-a-response-to-high-light-intensities-iii-they-lack https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTM2NzY-in-leaves-of-c4-plants-malic-acid-synthesis-during-co2-fixation-occurs-in-1-epidermal-cells-2-mesophyll-cells-3-bundle-sheath-4-guard-cells-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTI2MDA4-why-photorespiration-does-not-take-place-in-c4-plants-1-do-not-contain-rubisco-2-have-a-mechanism-that-increases-the-concentration-of-co2-at-the-enzyme-site-3-cells-do-not-allow-oxygen-to-accumulate-i https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTYwMjQ0-the-evolution-of-c4-photosynthetic-system-is-probably-one-of-the-strategies-for-1-maximising-the-availability-of-co2-and-minimising-the-loss-of-h2o-2-minimising-the-loss-of-o2-and-maximising-the-avila https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTMxMTA4-in-photorespiration-c2-cycle-1-glycolate-is-oxidised-in-mitochondria-2-co2-is-released-in-peroxisome-3-expenditure-of-atp-occurs-4-light-is-utilised-by-all-three-organelles-involved-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTIyNzIx-choose-the-correct-labelling-for-given-figure-1-d-saturation-point-e-maximum-photosynthesis-2-a-achieved-at-high-light-intensity-3-d-10-of-total-sunlight-e-compensation-point-4-a-light-saturation-at-1 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NDE1NzY-the-rate-of-photosynthesis-is-important-in-determining-1-height-of-the-plant-2-girth-of-the-plant-3-yield-of-the-plant-4-growth-of-the-plant-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTc0MTg4-at-low-light-condition-which-of-the-following-plants-respond-to-high-co2co2co2-conditions-1-only-c3c3c3-plants-2-only-c4c4c4-plants-3-neither-c3norc4c3norc4c3norc4-plants-4-both-c3andc4c3andc4c3andc4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1NzAw-which-of-the-following-acts-as-a-transmembrane-channel-1-f0-of-atpase-2-f1-of-atpase-3-ps-i-4-ps-ii-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1Njk0-where-does-the-splitting-of-water-take-place-1-stroma-2-cytoplasm-3-thylakoid-lumen-4-plasma-membrane-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1Njky-the-difference-in-development-of-proton-gradient-in-photosynthesis-and-respiration-is-1-photosynthesis-has-thylakoid-membrane-across-which-proton-gradient-is-generated-2-proton-accumulation-is-inside https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1Njk2-where-does-exactly-the-nadp-reductase-enzyme-located-1-thylakoid-lumen-2-thylakoid-luminal-side-of-membrane-3-stromal-side-of-thylakoid-membrane-4-cytoplasm-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1Njk3-the-protons-for-the-reduction-of-nadp-are-taken-from-1-stroma-2-lumen-of-thylakoid-3-cytoplasm-4-matrix-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTU1NzAx-during-chemiosmosis-the-transport-of-proton-across-the-membrane-occurs-through-1-active-transport-2-facilitated-diffusion-3-diffusion-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mjc5NDEx-during-light-reaction-in-photosynthesis-the-following-are-formed-atp-and-sugar-hydrogen-o2-and-sugar-atp-hydrogen-donor-and-o2-atp-hydrogen-and-o2-donor-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY2MTM1-which-one-of-the-following-concerns-photophosphorylation-1-mathrm-adp-mathrm-amp-xrightarrow-text-lightenergy-text-atp-2-mathrm-adp-text-inorganic-mathrm-po-4-xrightarrow-text-lightenergy-text-atp-3-t https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTk0NTcy-the-reaction-centre-with-respect-to-cyclic-photophosphorylation-is-1-p700-2-p680-3-p540-4-p660-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTc0OTk5-which-one-is-the-correct-sequence-of-electron-transport-from-ps-ii-to-ps-i-1-p680-pq-cytochrome-f-plastocynine-p700-2-p680-cytochrome-f-pq-plastocynine-p700-3-p680-plastocynins-pq-cytochrom-f-p700-4-p https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246MzU2ODc-cyclic-photophosphorylation-results-in-the-formation-of-1-nadph-2-atp-and-nadph-3-atp-nadph-and-o2-4-atp-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTE3ODc-examine-the-figure-given-below-and-select-the-wrong-option-1-a-present-in-only-grana-lamellae-2-b-involves-downhill-movement-of-electrons-in-terms-of-oxidation-reduction-potential-3-c-absorbs-700-nm-l https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjUxMjEz-read-the-following-four-statements-a-b-c-and-d-and-select-the-right-option-having-both-correct-statements-statements-a-z-scheme-of-light-reaction-takes-place-in-the-presence-of-psi-only-b-only-psi-fun https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTM4MTg-the-chemiosmotic-coupling-hypothesis-of-oxidative-phosphorylation-proposes-that-adenosine-triphosphate-atp-is-formed-because-1-high-energy-bonds-are-formed-in-mitochondrial-proteins-2-adp-is-pumped-ou https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjMxMzg3-splitting-of-water-is-associated-with-1-photosystem-i-2-lumen-of-thylakoid-3-both-photosystems-i-and-ii-4-inner-side-of-thylakoid-membrane-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTkzNzYy-the-energy-required-for-atp-synthesis-in-ps-ii-comes-from-1-proton-gradient-2-electron-gradient-3-reduction-of-glucose-4-oxidation-of-glucose-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTkyODky-the-enzyme-required-for-carboxylation-in-the-calvin-cycle-is-1-pep-carboxylase-2-rubp-carboxylase-oxygenase-3-carboxypeptidase-4-hexokinase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTkyODY4-find-the-incorrect-statement-s-about-photosynthesis-from-the-following-a-the-water-splitting-complex-is-associated-with-ps-i-b-c-4-plants-use-the-c-3-pathway-of-co-2-fixation-as-the-main-biosynthetic https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTkyODU3-how-many-atp-and-nadph-molcules-are-required-to-make-one-molecule-of-glucose-through-the-calvin-pathway-1-18-atp-and-12-nadph-2-6-atp-and-12-nadph-3-24-atp-and-18-nadph-4-12-atp-and-18-nadph-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTk4Mjg5-select-the-correct-sequence-of-experiments-that-led-to-a-gradual-understanding-of-photosynthesis-in-green-plants-1-production-of-glucose-role-of-air-release-of-oxygen-absorption-spectra-of-chlorophyll https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTk4Mjg2-which-of-the-following-statements-regarding-photorespiration-are-correct-a-do-not-occur-in-c3-plants-b-co-2-is-consumed-and-o-2-is-generated-c-phosphoglycolate-is-formed-d-no-synthesis-of-atp-and-nadp https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTk4Mjc0-which-pigment-has-absorption-peak-at-700-nm-in-the-photosynthetic-reaction-centre-ps-i-p700-1-carotenoids-2-chlorophyll-b-3-chlorophyll-a-4-xanthophylls-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTk4MjY1-photorespiration-reaction-catalyzed-by-rubisco-is-shown-below-rubp-o-2-3-phosphoglycerate-3-pg-identify-x-from-the-given-options-1-malate-2-phosphoenolpyruvate-3-2-phosphoglycolate-4-oxaloacetate-1-2 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTk4MjY0-how-many-turns-of-calvin-cycle-are-required-for-the-formation-of-three-molecules-of-glucose-1-18-2-6-3-3-4-1-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTM1MjY2-match-list-i-with-list-ii-list-i-list-ii-a-chlorophyll-a-i-yellow-green-b-chlorophyll-b-ii-yellow-c-xanthophylls-iii-blue-green-d-carotenoids-iv-yellow-to-yellow-orange-choose-the-option-with-all-corr https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTM1MjA4-which-of-the-following-statements-about-rubisco-is-true-1-it-is-an-enzyme-involved-in-the-photolysis-of-water-2-it-catalyzes-the-carboxylation-of-rubp-3-it-is-active-only-in-the-dark-4-it-has-higher-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY4NjA1-which-of-the-following-are-required-for-the-light-reaction-of-photosynthesis-a-mathrm-co-2-b-mathrm-o-2-c-mathrm-h-2o-d-chlorophyll-e-light-1-a-c-d-and-e-only-2-c-d-and-e-only-3-a-and-b-only-4-a-c-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDY4NjU1-which-one-of-the-following-products-diffuses-out-chloroplast-during-photosynthesis-1-adp-2-nadph-3-o-2-4-atp-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjQ1MDAy-which-of-the-following-statements-is-incorrect-1-rubisco-is-a-bifunctional-enzyme-2-in-c4-plants-the-site-of-rubisco-activity-is-mesophyll-cell-3-the-substrate-molecule-for-rubisco-activity-is-a-5-car https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246ODk1MTY-phosphoenol-pyruvate-pep-is-the-primary-co2-acceptor-in-1-c4-plants-2-c2-plants-3-c3-and-c4-plants-4-c3-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTEwMDI-in-photosynthesis-the-light-independent-reactions-take-place-at-1-thylakoid-lumen-2-photosystem-i-3-photosystem-ii-4-stromal-matrix-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY0OTE1-in-c3-plants-the-first-stable-product-of-photosynthesis-during-the-dark-reaction-is-1-oxaloacetic-acid-2-3-phosphoglyceric-acid-3-phosphoglyceraldehyde-4-malic-acid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY2MTQ3-which-one-of-the-following-is-wrong-in-relation-to-photorespiration-1-it-occurs-in-chloroplasts-2-it-occurs-in-the-daytime-only-3-it-is-a-characteristic-of-c4-plants-4-it-is-a-characteristic-of-c3-pla https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY1NTI2-which-of-the-following-absorbs-light-energy-for-photosynthesis-1-chlorophyll-2-water-molecule-3-o2-4-rubp-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY1MjE1-for-the-assimilation-of-one-co2-molecule-in-c3-plants-the-energy-required-in-the-form-of-atp-and-nadph2-is-1-2-atp-2-nadph2-2-5-atp-3-nadph2-3-3-atp-2-nadph2-4-18-atp-12-nadph2-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0NzE-c-b-van-niel-proved-that-1-plants-produce-glucose-when-they-grow-2-blue-and-red-light-are-effective-for-photosynthesis-3-it-is-only-the-green-parts-of-the-plants-that-could-release-oxygen-4-hydrogen-f https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1MDU-the-wavelengths-of-light-most-useful-in-photosynthesis-are-1-green-and-orange-2-red-and-blue-3-infrared-and-yellow-4-red-and-green-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0NzQ-what-is-true-regarding-psi-and-psii-1-ps-i-works-before-ps-ii-during-the-light-reaction-2-a-single-chlorophyll-a-molecule-makes-the-reaction-center-in-both-ps-i-and-ps-ii-3-the-reaction-center-of-ps-i https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0NzU-the-electrons-needed-to-replace-those-removed-from-ps-i-are-provided-by-1-the-lhc-2-water-3-nadph-4-ps-ii-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0Nzc-the-stroma-lamellae-membranes-1-have-both-ps-ii-and-nadp-reductase-enzyme-2-have-ps-ii-but-not-nadp-reductase-enzyme-3-lack-ps-ii-but-have-nadp-reductase-enzyme-4-lack-both-ps-ii-and-nadp-reductase-en https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1MDg-oxygen-during-oxygenic-photosynthesis-is-produced-during-1-cyclic-photophosphorylation-2-the-light-dependent-reactions-involving-photosystems-i-and-ii-3-calvin-cycle-4-the-krebs-cycle-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1MzY-identify-the-correct-statement-regarding-the-functioning-of-photosystem-ii-1-the-reaction-center-is-p700-2-it-works-after-ps-i-in-non-cyclic-photophosphorylation-3-water-splits-and-carbon-dioxide-is-r https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1NDA-the-products-of-non-cyclic-photophosphorylation-include-1-atp-and-p700-2-atp-and-nadph-3-adp-and-nadp-4-p700-and-p680-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1NDI-the-extra-atp-required-as-compared-to-nadph-in-calvin-cycle-comes-from-1-photosystem-ii-2-photosystem-i-3-cyclic-electron-flow-4-non-cyclic-electron-flow-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0OTU-the-correct-sequence-of-flow-of-electrons-in-the-light-reaction-is-1-psii-plastoquinone-cytochromes-ps-i-ferredoxin-2-psi-plastoquinone-cytochromes-ps-ii-ferredoxin-3-psi-ferredoxin-ps-ii-4-psi-plasto https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0Nzg-the-nadp-reductase-enzyme-is-located-1-within-the-thylakoid-membrane-2-on-the-stroma-side-of-the-thylakoid-membrane-3-on-the-lumen-side-of-the-thylakoid-membrane-4-in-the-thylakoid-lumen-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0Nzk-the-atp-synthase-consists-of-two-parts-where-1-f0f0f0-is-a-transmembrane-channel-and-f1f1f1-protrudes-out-towards-stroma-2-f1f1f1-is-a-transmembrane-channel-and-f0f0f0-protrudes-out-towards-stroma-3-f https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1NDg-chemiosmosis-in-chloroplasts-is-possible-because-of-1-establishment-of-a-proton-gradient-across-the-thylakoid-membrane-2-diffusion-of-electrons-through-the-atp-synthase-3-osmosis-of-water-from-thylako https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1NTU-in-chloroplasts-protons-are-actively-pumped-from-1-the-intermembrane-space-to-the-matrix-2-the-matrix-to-the-stroma-3-the-stroma-to-the-thylakoid-space-4-the-thylakoid-space-to-the-intermembrane-space https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0ODE-how-many-carbon-atoms-does-the-primary-carbon-dioxide-acceptor-have-in-c3-photosynthesis-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0ODI-how-many-atp-and-nadph-are-respectively-required-to-make-one-molecule-of-glucose-through-the-calvin-pathway-1-3-and-2-2-6-and-6-3-9-and-6-4-18-and-12-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0ODY-the-c3c3c3-pathway-1-is-common-to-all-plants-2-takes-place-in-mesophyll-cells-in-c4-plants-3-takes-place-in-bundle-sheath-cells-in-c3-plants-4-does-not-take-place-in-cam-plants-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1MDE-the-reactions-of-the-calvin-cycle-can-take-place-as-long-as-which-of-the-following-products-of-the-light-dependent-reactions-are-available-1-water-and-glucose-2-water-and-atp-3-oxygen-and-carbon-dioxi https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1MzE-the-number-of-turns-of-calvin-cycle-required-to-produce-one-molecule-of-glyceraldehyde-3-phosphate-is-1-1-2-2-3-3-4-6-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1Njg-the-primary-function-of-the-calvin-cycle-is-to-1-use-atp-to-release-carbon-dioxide-2-use-nadph-to-release-carbon-dioxide-3-split-water-and-release-oxygen-4-fix-inorganic-carbon-to-simple-sugars-1-2-3 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0ODQ-the-bundle-sheath-cells-are-characterized-by-i-a-large-number-of-chloroplasts-present-in-them-ii-thick-cell-walls-impervious-to-gas-exchange-iii-large-intercellular-spaces-1-only-i-and-ii-2-only-i-and https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0ODU-the-primary-co2co2co2-acceptor-in-c4c4c4-plants-is-1-rubp-in-mesophyll-cells-2-rubp-in-bundle-sheath-cells-3-pep-in-mesophyll-cells-4-pep-in-bundle-sheath-cells-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0ODc-in-c4c4c4-pathway-the-4-carbon-compound-transported-to-bundle-sheath-cells-most-commonly-is-1-glutamic-acid-2-malic-acid-3-oxaloacetic-acid-4-fumaric-acid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1MTk-identify-the-incorrectly-matched-pair-1-ps-i-p700-is-reaction-center-2-rubp-5-carbon-compound-3-ps-ii-p680-is-reaction-center-4-c3-plants-kranz-anatomy-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0ODM-identify-the-incorrect-statement-regarding-the-comparison-of-c4c4c4-plants-to-the-c3c3c3-plants-1-they-tolerate-higher-temperatures-2-they-show-a-response-to-high-light-intensities-3-they-have-a-lower https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0ODk-the-2-carbon-compound-formed-in-photorespiration-is-1-acetyl-coa-2-phosphoglycolate-3-acetic-acid-4-ethanol-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1MTE-the-greatest-problem-with-photorespiration-is-faced-by-1-c4-plants-2-c3-plants-3-cam-plants-4-purple-sulfur-bacteria-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM0OTI-except-for-plants-in-shade-or-in-dense-forests-light-is-rarely-a-limiting-factor-in-nature-this-is-because-1-dark-reactions-do-not-depend-on-light-2-the-rate-of-photosynthesis-can-be-increased-by-high https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NjM1MDI-the-factors-that-can-be-limiting-for-the-light-independent-reactions-of-photosynthesis-are-1-co2-temperature-and-light-2-co2-light-and-water-3-water-temperature-and-co2-4-oxygen-water-and-temperature https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjMxMzg4-the-correct-sequence-of-flow-of-electrons-in-the-light-reaction-is-1-ps-ii-plastoquinone-cytochromes-ps-i-ferredoxin-2-ps-i-plastoquinone-cytochromes-ps-ii-ferredoxin-3-ps-i-ferredoxin-ps-ii-4-ps-i-pl https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjMxMzg5-the-enzyme-that-is-not-found-in-a-c3-plant-is-1-rubp-carboxylase-2-pep-carboxylase-3-nadp-reductase-4-atp-synthase-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzA2ODM5-which-pigment-acts-directly-to-convert-light-energy-to-chemical-energy-1-chlorophyll-a-2-chlorophyll-b-3-xanthophyll-4-carotenoid-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzA2ODQw-which-range-of-wavelength-in-nm-is-called-photosynthetically-active-radiation-par-1-100-390-2-390-430-3-400-700-4-760-100-00-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzA2ODQx-which-light-range-is-most-effective-in-photosynthesis-1-blue-2-green-3-red-4-violet-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzA2ODQy-chemosynthetic-bacteria-obtain-energy-from-1-sun-2-infra-red-rays-3-organic-substances-4-inorganic-chemicals-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzA2ODQz-energy-required-for-atp-synthesis-in-psii-comes-from-1-proton-gradient-2-electron-gradient-3-reduction-of-glucose-4-oxidation-of-glucose-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzA2ODQ0-during-light-reaction-in-photosynthesis-the-following-are-formed-1-atp-and-sugar-2-hydrogen-o2-and-sugar-3-atp-hydrogen-donor-and-o2-4-atp-hydrogen-and-o2-donor-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzA2ODQ1-dark-reaction-in-photosynthesis-is-called-so-because-1-it-can-occur-in-dark-also-2-it-does-not-depend-on-light-energy-3-it-cannot-occur-during-day-light-4-it-occurs-more-rapidly-at-night-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246NzIzMDc-choose-the-correct-match-of-pigments-and-their-colour-i-chlorophyll-a-bright-green-ii-chlorophyll-b-blue-green-iii-xanthophyll-yellow-green-iv-carotenoids-orange-green-1-i-2-i-ii-3-i-ii-iii-4-i-ii-iii https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTYzMDY3-read-the-following-statements-with-respect-to-antenna-molecules-a-the-lhc-are-made-up-of-hundreds-of-pigment-molecules-bound-to-proteins-b-water-splitting-complex-is-associated-with-the-ps-ll-1-only-b https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTg2MTQy-read-the-following-four-statements-a-b-c-and-d-select-the-right-option-a-z-scheme-of-light-reaction-takes-place-in-the-presence-of-ps-i-only-b-only-ps-i-is-functional-in-cyclic-photophosphorylation-c https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTMyODY3-read-the-following-four-statements-a-b-c-and-d-and-select-the-right-option-having-both-correct-statements-a-z-scheme-of-light-reaction-takes-place-in-presence-of-psi-only-b-only-ps-i-is-functional-in https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MTAzOTI2-read-the-following-four-statements-a-b-c-and-d-and-select-the-right-option-having-both-correct-statements-statements-a-z-scheme-of-light-reaction-takes-place-in-presence-of-psi-only-b-only-ps-i-is-fun https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNjk5-assertion-a-it-is-only-the-green-part-of-the-plants-that-release-oxygen-reason-r-ingenhousz-showed-that-in-bright-sunlight-small-bubbles-were-formed-around-the-green-parts-choices-for-assertions-and-r https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNzAw-assertion-a-the-proton-gradient-across-the-thylakoid-membrane-is-very-important-for-photosynthesis-reason-r-the-breakdown-of-this-gradient-leads-to-the-synthesis-of-atp-choices-for-assertions-and-reas https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNzAx-assertion-a-for-every-co2-molecule-in-the-calvin-cycle-3-molecules-of-atp-and-2-of-nadph-are-required-reason-r-it-is-probably-to-meet-this-difference-in-the-number-of-atp-and-nadph-used-in-the-dark-re https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzYxNzAy-assertion-a-except-for-plants-in-shade-or-in-dense-forests-light-is-rarely-a-limiting-factor-in-nature-reason-r-plants-show-light-saturation-at-10-percent-of-the-full-sunlight-choices-for-assertions-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTA1MzA-emerson-s-enhancement-effect-and-red-drop-have-been-instrumental-in-the-discovery-of-1-two-photosystems-operating-simultaneously-2-photophosphorylation-and-cyclic-electron-transport-3-oxidative-photop https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTEzNTQ-anoxygenic-photosynthesis-is-characteristic-of-1-rhodospirillum-2-spirogyra-3-chlamydomonas-4-ulva-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzU4NDUy-bundle-sheath-cells-1-are-rich-in-pep-carboxylase-2-lack-rubisco-3-lack-both-rubisco-and-pep-carboxylase-4-are-rich-in-rubisco-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTIzMzM-the-correct-sequence-of-cell-organelles-during-photorespiration-is-1-chloroplast-golgi-bodies-mitochondria-2-chloroplast-rough-endoplasmic-reticulum-dictyosomes-3-chloroplast-mitochondria-peroxisome-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTI4MzI-pga-as-the-first-co2-fixation-product-was-discovered-in-photosynthesis-of-1-bryophyte-2-gymnosperm-3-angiosperm-4-algae-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjUxMjA0-kranz-anatomy-is-one-of-the-characteristics-of-the-leaves-of-1-wheat-2-sugarcane-3-mustard-4-potato-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTM0OTc-the-c4-plants-are-photosynthetically-more-efficient-than-c3-plants-because-1-the-co2-compensation-point-is-more-2-co2-generated-during-photorespiration-is-trapped-and-recycled-through-pep-carboxylase https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTM1MjI-electrons-from-excited-chlorophyll-molecule-of-photosystem-ll-are-accepted-first-by-1-cytochrome-b-2-cytochrome-f-3-quinone-4-ferredoxin-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTM3ODg-the-first-acceptor-of-electrons-from-an-excited-chlorophyll-molecule-of-photosystem-ii-is-1-cytochrome2-iron-sulphur-protein-3-ferredoxin4-quinone-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTQxMzQ-during-photorespiration-the-oxygen-consuming-reaction-s-occur-in-1-stroma-of-chloroplasts-and-mitochondria-2-stroma-of-chloroplasts-and-peroxisomes-3-grana-of-chloroplasts-and-peroxisomes-4-stroma-of https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-pb246OTQwNzg-in-photosystem-i-the-first-electron-acceptor-is-1-ferredoxin-2-cytochrome-3-plastocyanin-4-an-iron-sulphur-protein-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY0Mzk3-which-is-wrong-for-cytochrome-p-450-1-it-contains-fe-2-it-is-concerned-with-oxidation-3-it-is-a-pigment-4-it-is-a-coloured-cell-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY0NDU5-what-change-occurs-during-conversion-of-proto-chlorophyll-to-chlorophyll-1-addition-of-2h-in-one-pyrrole-ring-2-loss-of-2h-3-addition-of-mg-4-loss-of-mg-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY2ODQ2-which-pigment-system-is-inactivated-in-the-red-drop-1-ps-i-and-p-s-ii-2-ps-i-3-ps-ii-4-none-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY2MTQw-stomata-of-cam-plants-1-are-always-open-2-open-during-the-day-and-close-at-night-3-open-during-the-night-and-close-during-the-day-4-never-open-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY2MTUz-which-fractions-of-the-visible-spectrum-of-solar-radiations-are-primarily-absorbed-by-carotenoids-of-the-higher-plants-1-blue-and-green-2-green-and-red-3-red-and-violet-4-violet-and-blue-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY0OTk4-plants-adapted-to-low-light-intensity-have-1-higher-rate-of-co2-fixation-than-the-sun-plants-2-more-extended-root-system-3-leaves-modified-to-spines-4-larger-photosynthetic-unit-size-than-the-sun-plan https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY0MTMw-as-compared-to-a-c3c3c3-plant-how-many-additional-molecules-of-atp-are-needed-for-net-production-of-one-molecule-of-hexose-sugar-by-c4c4c4-plants-1-zero-2-six-3-two-4-twelve-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MjY0MTk4-photosynthesis-in-c4-plants-is-relatively-less-limited-by-atmospheric-co2co2co2-levels-because-1-the-primary-fixation-of-co2-is-mediated-via-pep-carboxylase-2-effective-pumping-of-co2-into-bundle-shea https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzM4NjMy-identify-the-option-where-the-name-of-the-scientist-is-not-correctly-matched-with-discovery-related-to-understanding-of-the-process-of-photosynthesis-1-cornelius-van-neil-oxygen-evolved-comes-from-wat https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDM5MTYx-who-discovered-that-plants-in-the-presence-of-light-produce-a-gas-that-supports-combustion-which-is-part-of-the-process-of-photosynthesis-1-jan-ingenhousz-2-joseph-priestley-3-melvin-calvin-4-robin-hi https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246Mzc5NzE2-in-photosynthesis-what-occurs-in-ps-ii-1-it-absorbs-longer-wavelength-of-light-and-e-from-h2o-2-it-absorbs-shorter-wavelength-of-light-and-e-from-h2o-3-it-absorbs-longer-wavelength-of-light-and-e-from https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzgyNjA3-the-colour-s-of-visible-light-that-work-s-least-well-for-photosynthesis-is-are-1-red-and-blue-2-violet-and-yellow-3-green-4-yellow-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTExNDg3-consider-the-given-two-statements-statement-i-the-action-spectrum-of-photosynthesis-overlaps-completely-with-the-absorption-spectrum-of-chlorophyll-a-statement-ii-accessory-pigments-like-chlorophyll-b https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDM1OTc5-which-of-the-following-replaces-the-electrons-removed-from-the-reaction-center-chlorophyll-a-molecule-of-the-photosystem-i-in-non-cyclic-photophosphorylation-1-the-light-harvesting-complex-of-ps-i-2-w https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzgyNjA2-consider-the-given-two-statements-assertion-a-water-molecules-appear-on-both-sides-of-the-equation-of-photosynthesis-reason-r-the-molecules-that-enter-the-reaction-are-not-the-same-molecules-that-emer https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTE5NDQw-in-the-process-of-photosynthesis-electrons-lost-by-photosystem-ii-ps-ii-must-be-continuously-replaced-considering-the-location-and-function-of-the-water-splitting-complex-associated-with-ps-ii-where-a https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDQ4MTg4-consider-the-given-two-statements-assertion-a-chemiosmosis-in-chloroplasts-is-crucial-for-atp-synthesis-reason-r-the-movement-of-protons-across-the-thylakoid-membrane-from-the-stroma-into-the-thylakoi https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NTA5MTc2-consider-the-given-two-statements-assertion-a-atp-synthesis-in-chloroplasts-depends-on-a-proton-gradient-reason-r-protons-build-up-in-the-space-between-the-outer-and-inner-chloroplast-membrane-during https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzIzMTQ5-identify-the-incorrect-match-c3-plants-c4-plants-1-primary-carbon-dioxide-acceptor-rubp-pep-2-primary-carbon-dioxide-fixation-product-pga-oaa-3-presence-of-pepcase-yes-yes-4-cell-type-in-which-initial https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDUyMTI3-how-many-of-the-given-statements-are-true-i-c3-plants-use-the-calvin-cycle-to-fix-carbon-dioxide-directly-into-a-three-carbon-compound-3-phosphoglycerate-ii-c4-plants-conduct-their-light-dependent-rea https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzkyNTUy-during-photosynthesis-in-higher-plants-i-carbon-dioxide-is-reduced-ii-oxygen-is-released-iii-the-hydrogen-carrier-is-nad-1-only-i-and-ii-are-correct-2-only-i-and-iii-are-correct-3-only-ii-and-iii-are https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDc0MTA3-how-many-nadh-molecules-are-produced-during-one-round-of-calvin-cycle-1-0-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDc0MDk4-what-is-necessary-for-the-reduction-of-nadp-to-nadph-h-1-only-electrons-2-only-protons-3-electrons-and-protons-4-water-molecules-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzIyNjgz-consider-the-given-two-statements-i-the-oxygenation-reaction-of-rubisco-is-a-wasteful-process-ii-3-phosphoglycerate-is-not-created-1-both-i-and-ii-are-correct-and-ii-explains-i-2-i-is-correct-but-ii-i https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDM2NTkx-consider-the-given-two-statements-assertion-a-in-c4-plants-photorespiration-does-not-occur-reason-r-rubisco-in-c4-plants-does-not-have-oxygenase-activity-1-both-a-and-r-are-true-and-r-correctly-explai https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDUyMDY2-at-low-light-conditions-which-of-the-following-plants-will-respond-to-high-carbon-dioxide-conditions-a-c3-b-c4-1-only-a-2-only-b-3-both-a-and-b-4-neither-a-nor-b-1-2-3-4 https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDQ4MTk4-the-difference-in-the-effect-of-increasing-carbon-dioxide-concentration-on-c3-and-c4-plants-is-that-1-c3-plants-show-a-higher-rate-of-photosynthesis-than-c4-plants-at-low-co2-concentration-2-c3-plants https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246NDEyOTQw-consider-the-given-two-statements-assertion-a-the-effect-of-water-as-a-factor-is-more-indirect-rather-than-direct-on-photosynthesis-reason-r-water-is-one-of-the-reactants-in-the-light-reaction-1-both https://medminds.me/qbank/botany/photosynthesis-in-higher-plants/?q=NP-b246MzgyNjM3-the-limiting-factor-of-photosynthesis-which-is-most-likely-to-have-the-greatest-effect-on-plants-that-are-grown-in-an-open-field-during-a-hot-summer-day-will-be-1-carbon-dioxide-concentration-2-light https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjUzODg-which-of-the-following-is-not-an-action-of-ethylene-1-induces-leaf-abscission-2-inhibits-root-hair-growth-decreasing-the-efficiency-of-water-and-mineral-absorption-3-induces-the-growth-of-adventitious https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjU5Nzg-the-formation-of-interfascicular-cambium-in-plants-is-due-to-1-non-differentiation-2-re-differentiation-3-differentiation-4-de-differentiation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjU5Nzk-heterophyllous-development-due-to-environment-is-an-example-of-1-developmental-noise-2-norm-of-the-reaction-3-convergence-4-plasticity-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjU5ODA-gibberellic-acid-is-a-an-1-lndole-compound-2-terpene-3-adenine-derivative-4-carotenoid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjU5ODE-the-pgr-used-to-initiate-flowering-and-for-synchronizing-fruit-set-in-pineapples-is-1-abscisic-acid-2-cytokinin-3-auxin-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjU5ODI-cytokinin-does-not-help-in-1-lateral-shoot-growth-2-overcoming-apical-dominance-3-adventitious-shoot-formation-4-promoting-leaf-senescence-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjU5ODM-in-most-situations-which-of-the-following-acts-as-an-antagonist-to-gas-1-aba-2-iaa-3-kinetin-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjU5ODQ-which-of-the-following-is-the-site-for-perception-of-light-dark-in-plants-1-root-apex-2-shoot-apex-3-leaves-4-flower-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjYwMzk-a-flash-of-red-light-followed-by-a-flash-of-far-red-light-given-during-the-middle-of-the-night-to-a-short-day-plant-will-likely-1-cause-increased-flower-production-2-have-no-effect-upon-flowering-3-in https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjYwNDE-which-of-the-following-statements-about-plant-hormones-is-false-1-the-growth-of-plants-in-nature-is-probably-regulated-by-a-combination-of-growth-stimulating-and-growth-inhibiting-hormones-2-abscisic https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjYxNDY-at-the-root-apex-the-cells-of-the-meristematic-region-are-not-characterized-by-1-being-rich-in-protoplasm-2-abundant-plasmodesmatal-connections-3-a-cell-wall-that-is-primary-in-nature-4-having-small-i https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjYxNjI-all-the-following-plants-are-biennials-except-1-sugarbeet-2-cabbages-3-carrots-4-wheat-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MjcxODc-identify-the-option-where-all-the-columns-are-not-correctly-matched-pgr-nature-actions-1-auxin-indole-compounds-apical-dominance-flowering-in-pineapples-parthenocarpy-in-tomatoes-2-cytokinin-adenine-d https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzAwOTI-the-pgr-used-to-induce-parthenocarpy-in-tomatoes-is-1-auxin-2-gibberellin-3-cytokinin-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzA1MDM-primary-and-secondary-growth-are-inhibited-by-1-auxins-2-gibberellins-3-abscisic-acid-4-cytokinins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzQ5MDY-fruit-and-leaf-drop-at-early-stages-can-be-prevented-by-the-application-of-1-cytokinins-2-ethylene-3-auxins-4-gibberellic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzQ5Mzc-you-are-given-a-tissue-with-its-potential-for-differentiation-in-an-artificial-culture-which-of-the-following-pairs-of-hormones-would-you-add-to-the-medium-to-secure-shoots-as-well-as-roots-1-iaa-and https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzQ5Mzg-phytochrome-is-a-1-flavoprotein-2-glycoprotein-3-lipoprotein-4-chromoprotein-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzUwMzc-the-avena-curvature-is-used-for-bioassay-of-1-ga3-2-iaa-3-ethylene-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzUxNDM-auxin-can-be-bioassayed-by-1-avena-coleoptile-curvature-2-hydroponics-3-potometer-4-lettuce-hypocotyl-elongation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzUxNjI-what-causes-a-green-plant-exposed-to-the-light-on-only-one-side-to-bend-toward-the-source-of-light-as-it-grows-1-green-plants-need-light-to-perform-photosynthesis-2-green-plants-seek-light-because-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzUyMjg-dr-f-went-noted-that-if-coleoptile-tips-were-removed-and-placed-on-agar-for-one-hour-the-agar-would-produce-a-bending-when-placed-on-one-side-of-freshly-cut-coleoptile-stumps-of-what-significance-is-t https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzUyMzI-a-few-normal-seedlings-of-tomato-were-kept-in-a-dark-room-after-a-few-days-they-were-found-to-have-become-white-coloured-like-albinos-which-of-the-following-terms-will-you-use-to-describe-them-1-mutat https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzUyMzM-which-one-of-the-following-growth-regulators-is-known-as-stress-hormone-1-abscisic-acid-2-ethylene-3-ga3-4-lndole-acetic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzUzMDI-during-seed-germination-its-stored-food-is-mobilised-by-1-ethylene-2-cytokinin-3-aba-4-gibberellin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU1Njc-phototropic-curvature-is-the-result-of-uneven-distribution-of-1-gibberellin-2-phytochrome-3-cytokinins-4-auxin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU1OTQ-photoperiodism-was-first-characterised-in-1-tobacco-2-potato-3-tomato-4-cotton-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU2MDc-coiling-of-garden-pea-tendrils-around-any-support-is-an-example-of-1-thigmotaxis-2-thigmonasty-3-thigmotropism-4-thermotaxis-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU2NzA-one-of-the-synthetic-auxin-is-1-naa-2-iaa-3-ga-4-iba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU2Nzg-which-one-of-the-following-acids-is-a-derivative-of-carotenoids-1-indole-butyric-acid-2-indole-3-acetic-acid-3-gibberellic-acid-4-abscisic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU3MTE-senescence-as-an-active-developmental-cellular-process-in-the-growth-and-functioning-of-a-flowering-plant-is-indicated-in-1-vessels-and-tracheid-differentiation-2-leaf-abscission-3-annual-plants-4-flo https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU3NjU-importance-of-day-length-in-flowering-of-plants-was-first-shown-in-1-lemna-2-tobacco-3-cotton-4-petunia-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU3ODA-opening-of-floral-buds-into-flowers-is-a-type-of-1-autonomic-movement-of-locomotion-2-autonomic-movement-of-variation-3-paratonic-movement-of-growth-4-autonomic-movement-of-growth-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU4MDg-ldquo-foolish-seedling-disease-of-rice-led-to-the-discovery-of-1-ga-2-aba-3-2-4-d-4-iaa-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU4Mjk-which-one-of-the-following-pairs-is-not-correctly-matched-1-abscisic-acid-stomatal-closure-2-gibberellic-acid-leaf-fall-3-cytokinin-cell-division-4-iaa-cell-wall-elongation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU4NTg-how-does-pruning-help-in-making-the-hedge-dense-1-it-induces-the-differentiation-of-new-shoots-from-the-rootstock-2-it-frees-axillary-buds-from-apical-dominance-3-the-apical-shoot-grows-faster-after-p https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzU5Mjc-an-enzyme-that-can-stimulate-germination-of-barley-seeds-is-1-alpha-amylase-2-lipase-3-protease-4-invertase-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzY4NzM-vernalization-is-the-process-of-1-flower-induction-by-high-temperature-treatment-2-inhabitation-of-flowering-by-low-temperature-treatment-3-flower-induction-by-light-treatment-4-acceleration-of-the-ab https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzY4ODI-parthenocarpy-in-grapes-is-induced-by-1-cytokinins-2-gibberellins-3-topoisomerases-4-primase-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzY4OTY-phytochromes-play-a-role-in-1-seed-germination-2-flowering-3-photomorphogenesis-4-photosynthesis-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzcwNDc-induction-of-flowering-by-low-temperature-in-plants-is-1-cryobiology-2-vernalization-3-phototropism-4-pruning-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzcwNjg-which-of-the-following-statements-is-correct-regarding-short-day-plants-sdps-1-they-can-flower-in-complete-darkness-if-supplied-with-exogenous-nutrients-2-they-are-the-same-as-long-day-plants-3-they-d https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzcwOTA-bud-dormancy-is-induced-by-1-aba-2-ethylene-3-iaa-4-gibberellic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzcxODE-pruning-of-plants-promotes-branching-because-the-auxillary-buds-get-sensitized-to-1-ethylene-2-gibberellin-3-cytokinin-4-indole-acetic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzczMjc-phytohormones-are-1-hormones-regulating-growth-from-seed-to-adulthood-2-growth-regulators-synthesised-by-plants-and-influencing-physiological-process-3-hormones-regulating-flowering-4-hormones-regulat https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc0MDg-refer-the-given-figures-on-photoperiodism-and-select-the-correct-option-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc0Nzc-abscisic-acid-is-known-as-the-stress-hormone-because-it-1-breaks-seed-dormancy-2-induces-flowering-3-promotes-leaf-fall-4-promotes-closure-of-stomata-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc1NTA-which-of-the-following-plant-growth-regulators-pgrs-promotes-root-initiation-flowering-and-induced-parthenocarpy-1-gibberellin-2-auxin-3-cytokinin-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc1NjE-vernalisation-is-subjected-to-plants-growing-in-1-tropical-2-sub-tropical-areas-3-temperate-areas-4-hot-region-arctic-region-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc2Mjk-gibberellins-can-promote-seed-germination-because-of-their-influence-on-1-rate-of-cell-division-2-production-of-hydrolyzing-enzymes-3-synthesis-of-abscisic-acid-4-absorption-of-water-through-hard-seed https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc2NTA-one-hormone-hastens-maturity-period-in-juvenile-conifers-a-second-hormone-controls-xylem-differentiation-while-the-third-hormone-increases-the-tolerance-of-plants-to-various-stresses-they-are-respecti https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc2NzI-identify-the-incorrect-statement-about-aba-growth-regulator-1-it-increases-the-tolerance-of-plants-against-different-stresses-2-it-acts-as-general-plant-growth-inhibitor-and-inhibitor-of-metabolism-3 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc3Nzg-which-of-the-following-plant-growth-hormone-increase-the-yield-of-sugar-by-increasing-the-length-of-stem-in-sugarcane-1-cytokinin-2-ethylene-3-gibberellic-acid-4-auxin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc4MTg-in-the-process-of-apical-dominance-lateral-buds-are-unable-to-grow-in-the-presence-of-apical-bud-this-is-due-to-1-less-amount-of-cytokinins-in-lateral-buds-2-more-amount-of-cytokinins-in-lateral-buds https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc4Njk-refrigerated-fruits-maintain-flavour-and-taste-for-longer-period-due-to-1-non-availability-of-o2-2-the-presence-of-excess-of-co2-3-the-presence-of-excess-humidity-4-slower-rate-of-respiration-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc4NzA-the-biological-clock-measures-the-length-at-each-night-by-the-1-relative-amount-of-red-absorbing-and-far-red-absorbing-phytochrome-present-at-dawn-2-amount-of-far-red-absorbing-phytochrome-at-dusk-3-r https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc4OTQ-a-physiological-response-of-plants-to-the-duration-of-light-and-darkness-is-a-1-daily-phase-cycle-2-circadian-rhythms-3-biological-clock-4-photoperiodism-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc4OTU-aba-is-involved-in-1-shoot-elongation-2-increased-cell-division-3-dormancy-of-seed-4-root-elongation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc4OTk-hypothetical-plant-hormones-are-1-florigen-2-vernalin-3-florigen-and-vernalin-4-auxin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc5MzA-the-application-of-synthetic-plant-hormone-like-iaa-iba-and-naa-are-best-described-as-1-prevent-early-fruit-fall-before-harvesting-and-is-used-to-produce-parthenocarpic-fruit-2-prevent-early-fruit-fal https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc5MzY-organogenesis-or-morphogenesis-in-tissue-culture-is-controlled-regulated-by-phytohormones-the-credit-of-this-important-discovery-goes-to-1-skoog-and-miller-1957-2-guha-and-maheswari-1964-3-calvin-and https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc5NTM-which-one-plant-movement-is-unidirectional-1-phototaxis-2-chemotaxis-3-both-a-and-b-4-thigmotrophism-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Mzc5OTM-natural-cytokinins-are-synthesized-in-tissue-that-are-1-senescent-2-dividing-rapidly-3-storing-food-material-4-differentiating-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjIyNDc-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-i-malting-in-brewing-1-cytokinins-ii-parthenocarpy-in-tomatoes-2-gibberellins https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjIyOTI-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-i-short-day-plant-1-rose-ii-long-day-plant-2-dianthus-iii-day-neutral-plant-3 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjI4MDU-with-respect-to-photoperiodism-the-short-day-plant-the-long-day-plant-and-day-neutral-plant-are-represented-respectively-by-1-a-b-and-c-2-b-a-and-c-3-c-b-and-a-4-a-c-and-b-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3Mjg-a-few-normal-seedlings-of-tomato-were-kept-in-a-dark-room-after-a-few-days-they-were-found-to-have-become-white-coloured-like-albinos-which-of-the-following-terms-will-you-use-to-describe-them-1-mutat https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2Njk-plant-growth-regulators-pgrs-are-not-1-very-less-in-number-in-plants-2-small-and-simple-molecules-3-diverse-chemical-composition-4-plant-hormones-or-phytohormones-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2NzA-n6-furfurylamino-purine-and-kinetin-are-derivative-of-hellip-hellip-1-indol-compounds-2-adenine-3-carotenoids-4-terpenes-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2NzI-abscisic-acid-and-aba-are-derivative-of-hellip-1-indol-compounds-2-adenine-3-carotenoids-4-terpenes-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2NzQ-c2h4-or-ethylene-are-hellip-or-derivative-of-hellip-1-indol-compounds-2-gases-3-carotenoids-4-terpenes-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2Nzc-in-the-living-plant-body-the-pgrs-can-be-broadly-divided-into-two-groups-this-classification-is-actually-based-on-1-function-2-structure-3-metabolism-4-kinetin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2Nzg-plant-growth-promoters-are-not-involved-in-1-cell-division-cell-enlargement-2-pattern-formation-seed-formation-3-dormancy-abscission-4-fruiting-and-flowering-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2Nzk-plant-growth-promotor-is-not-1-auxins-2-gibberellins-3-cytokinins-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2ODA-the-pgrs-of-the-other-group-which-play-an-important-role-in-plant-growth-inhibiting-activities-is-not-1-ethylene-2-aba-3-ga-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2ODE-which-of-the-following-hormones-is-common-in-both-the-categories-of-plant-promoter-and-plant-inhibitor-1-ga-2-aba-3-auxin-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2ODI-which-of-the-following-is-wrong-1-aba-is-growth-inhibiting-regulator-2-ethylene-could-fit-either-of-the-groups-inhibitors-and-activators-3-auxins-ga-and-cytokinins-are-plant-promoters-4-ethylene-is-la https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2ODM-the-discovery-of-pgrs-1-four-discovery-were-accidental-one-was-with-a-planned-experiment-2-three-discovery-were-accidental-two-were-with-a-planned-experiment-3-two-discovery-were-accidental-three-were https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2ODQ-phototropism-is-firstly-studied-by-1-charles-darwin-and-his-son-francis-darwin-2-charles-darwin-and-his-friend-francis-darwin-3-charles-darwin-and-his-brother-francis-darwin-4-charles-darwin-and-his-c https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2ODU-ldquo-the-tip-of-the-hellip-hellip-1-hellip-hellip-is-the-site-of-transmittable-influence-that-caused-the-bending-of-the-entire-hellip-hellip-2-hellip-hellip-rdquo-1-coleorrhiza-2-coleoptile-3-auxin-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2ODc-auxin-was-isolated-by-1-f-w-went-2-charles-darwin-3-francis-darwin-4-f-skoog-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2ODk-find-the-wrong-match-1-f-w-went-oat-seedlings-2-charles-darwin-canary-grass-3-francis-darwin-canary-grass-4-e-kurosawa-orange-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2OTE-this-picture-suggests-that-1-tip-of-the-coleorrhiza-is-the-source-of-auxin-2-tip-of-coleoptile-is-the-source-of-auxin-3-base-of-coleoptile-is-the-source-of-auxin-4-base-of-coleorrhiza-is-the-source-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2OTI-here-arrows-indicate-1-source-of-auxin-2-direction-of-bending-3-direction-of-light-4-direction-of-cap-removal-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2OTM-foolish-seedling-find-the-odd-one-1-bakane-2-disease-of-rice-seedlings-3-caused-by-viral-pathogen-4-gibberella-fujikuroi-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2OTQ-e-kurosawa-1-reported-the-appearance-of-symptoms-of-the-disease-in-rice-seedlings-2-in-1926-3-used-sterile-filtrates-of-the-fungus-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2OTU-internodal-segments-of-tobacco-stems-the-callus-is-actually-1-an-undifferentiated-cell-2-a-mass-of-differentiated-cell-3-a-mass-of-undifferentiated-cell-4-a-differentiated-cell-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2OTc-find-the-incorrect-statement-f-skoog-and-his-co-workers-observed-that-1-callus-proliferated-only-if-auxin-is-there-2-callus-proliferated-only-if-auxin-extracts-of-vascular-tissue-was-there-3-callus-pr https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk2OTk-cytokinesis-promoting-substance-was-crystallised-by-1-skoog-and-darwin-2-skoog-and-miller-3-kurosawa-4-cousins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MDA-kinetin-term-was-used-for-hellip-by-hellip-1-cytokinins-darwin-2-cytokinin-skoog-and-miller-3-aba-darwin-4-aba-f-skoog-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MDI-which-of-the-following-is-not-aba-1-inhibitor-b-2-abcission-ii-3-dormin-4-bakane-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MDM-three-independent-researches-reported-which-of-the-following-pgr-1-aba-2-ethylene-3-auxin-4-cytokinin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MDU-cousins-confirmed-the-release-of-a-volatile-substance-from-ripened-oranges-that-1-hastened-the-ripening-of-already-ripened-bananas-2-hastened-the-ripening-of-unripened-banana-3-slowed-the-ripening-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MDY-auxin-means-1-to-escape-2-to-slow-3-to-grow-4-to-fasten-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MDc-auxins-was-first-isolated-from-1-human-serum-2-human-urine-3-human-stool-4-human-saliva-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MjM-which-of-the-following-is-not-isolated-from-plants-1-naa-2-iaa3-3-iba-4-ga3-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MjU-auxins-find-the-odd-one-1-initiate-rooting-in-stem-cuttings-2-promote-flowering-e-g-pineapples-3-prevent-fruit-and-leaf-drop-at-early-stages-4-prevent-the-abscission-of-older-mature-leaves-and-fruits https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MjY-in-most-higher-plants-the-growing-apical-bud-inhibits-the-growth-of-hellip-hellip-or-axillary-buds-a-phenomenon-called-hellip-hellip-hellip-hellip-1-lateral-lateral-dominance-2-lateral-apical-dominanc https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3Mjc-for-tea-plantations-hedge-making-which-of-the-following-pgr-is-used-1-auxins-2-cytokinins-3-ga3-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MzA-2-4-d-widely-used-to-1-kill-dicot-trees-2-kill-monocot-weeds-3-kill-dicot-weeds-4-kill-monocot-shrubs-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MzE-which-of-the-following-is-not-a-function-performed-by-auxin-1-controls-xylem-differentiation-2-helps-in-cell-division-and-cell-growth-inhibition-3-used-as-herbicide-4-used-to-prepare-weed-free-lawns-b https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MzI-which-of-the-following-is-not-correct-about-gibberellins-1-another-kind-of-promotors-pgr-2-there-are-more-than-100-gibberellins-3-found-in-fungi-and-higher-plants-4-the-first-and-most-intensively-stud https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MzM-which-of-the-following-statements-is-correct-1-all-gas-are-basic-2-all-gas-are-acidic-3-most-of-the-gas-are-acidic-4-most-of-the-gas-are-basic-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MzQ-which-of-the-following-is-not-a-physiological-effect-of-gibberellins-1-increase-in-the-length-of-the-grape-stalks-2-they-cause-fruits-like-apple-to-elongate-and-improve-it-s-shape-3-they-also-delay-se https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MzU-which-of-the-following-is-a-physiological-effect-of-gibberellins-1-ga3-is-used-to-speed-up-the-malting-process-in-brewing-industry-2-they-promote-senescence-3-they-shorten-the-market-period-4-induce-p https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3MzY-spraying-sugarcane-crop-with-gibberellins-increases-the-length-of-the-stem-and-increase-the-length-by-1-20-tonnes-per-km-2-20-tonnes-per-acre-3-40-tonnes-per-acre-4-40-tonnes-per-km-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3Mzg-early-seed-production-in-hellip-hellip-can-be-done-by-gas-1-pineapple-2-grapes-3-tomatoes-4-conifers-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3Mzk-gibberellins-does-not-promote-bolting-in-1-beet-2-cabbage-3-plants-with-rosette-habit-4-pineapple-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3NDA-bolting-is-1-internode-elongation-just-prior-to-flowering-2-internode-elongation-just-after-flowering-3-reduction-in-stem-length-just-prior-to-flowering-4-reduction-in-stem-length-just-after-flowering https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3NDE-which-of-the-following-pgrs-have-isolated-from-autoclaved-herring-sperm-dna-1-cytokinins-2-gibberellins-3-auxin-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3NDI-which-of-the-following-occurs-naturally-in-plants-1-kinetin-2-naa-3-iba-42-4-d-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3NDM-which-of-the-following-figure-depicts-apical-dominance-1-c-2-a-3-does-not-belong-apical-dominance-4-the-information-is-insufficient-to-predict-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3NDQ-zeatin-1-isolated-from-herring-sperm-2-isolated-from-coconut-milk-and-corn-kernels-3-isolated-from-corn-kernels-4-isolated-from-rice-seedlings-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246Njk3NDU-natural-cytokinins-are-not-found-in-1-root-apices-2-developing-shoot-buds-3-young-fruits-4-root-hair-zone-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwODM-cytokinins-1-helps-to-produce-new-leaves-2-helps-to-produce-chloroplasts-in-leaves-3-lateral-shoot-growth-adventitious-shoot-formation-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwODQ-cytokinin-which-of-the-following-is-not-correct-1-help-to-overcome-apical-dominance-2-they-promote-nutrient-mobilisation-and-helps-in-the-delay-of-leaf-senescence-3-lateral-shoot-growth-4-formation-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwODU-which-of-the-following-hormones-is-synthesised-in-large-amounts-by-tissues-undergoing-senescence-and-ripening-fruits-1-ethylene-2-aba-3-auxins-4-ga3-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwODY-influences-of-ethylene-in-plants-do-not-include-1-horizontal-growth-of-seedlings-2-swelling-of-the-axis-3-apical-hook-formation-in-dicot-seedlings-4-lateral-shoot-growth-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwODc-ethylene-does-not-perform-1-promotes-senescence-and-abscission-of-plant-organs-especially-of-leaves-and-flowers-2-highly-effective-in-fruit-ripening-3-enhances-the-respiration-rate-during-ripening-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwODg-the-rise-in-respiration-rate-of-fruit-is-called-1-respiratory-quotient-2-respiratory-climactic-3-respiratory-incision-4-respiratory-succulence-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwODk-respiratory-climactic-is-due-to-1-ethylene-2-aba-3-ga-4-auxins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwOTA-the-function-which-is-not-performed-by-ethylene-is-1-breaking-of-seed-and-bud-dormancy-2-initiates-germination-in-peanut-seeds-3-improving-the-internode-length-of-sugarcane-4-promotes-rapid-internode https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwOTE-sprouting-of-potato-helping-the-leaves-or-upper-parts-of-the-rice-shoot-to-remain-above-water-promotes-root-growth-and-root-hair-formation-and-helping-plants-to-increase-their-absorption-surface-which https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwOTI-ethylene-is-not-involved-in-which-of-the-following-physiological-effect-1-initiate-flowering-and-for-synchronising-fruit-set-in-pineapples-2-induces-flowering-in-mango-3-the-most-widely-used-pgr-in-ag https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwOTM-the-most-widely-used-compound-as-source-of-ethylene-is-1-ethephon-2-etiope-3-ethyl-methyl-carbon-4-epitope-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwOTQ-ethephon-which-of-the-following-is-not-correct-1-in-an-aqueous-solution-it-is-readily-absorbed-and-transported-within-the-plant-and-release-ethylene-slowly-2-hastens-fruit-ripening-in-tomatoes-and-app https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwOTU-ethephon-1-thinning-cotton-cherry-and-walnut-2-promotes-female-flowers-in-cucumber-3-hastens-the-fruit-ripening-in-tomatoes-and-apples-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwOTY-abscisic-acid-which-of-the-following-is-not-correct-1-acts-as-general-plant-growth-inhibitor-and-an-inhibitor-of-plant-metabolism-2-inhibits-seed-germination-3-stimulates-the-opening-of-stomata-in-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwOTc-which-of-the-following-is-a-stress-hormone-in-plants-1-aba-2-ga3-3-cytokinin-4-auxins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwOTg-aba-plays-an-important-role-in-except-1-seed-development-2-maturation-and-dormancy-3-helps-seeds-to-withstand-desiccation-and-other-factors-unfavorable-for-growth-4-antagonist-to-cytokinin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAwOTk-more-than-one-pgr-are-not-involved-in-which-of-the-following-physiological-effect-1-dormancy-in-seeds-or-buds-2-abscission-apical-dominance-3-senescence-4-fruit-ripening-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMDA-which-of-the-following-statements-is-not-correct-1-pgr-is-of-only-one-kind-of-intrinsic-control-2-only-under-genomic-control-these-pgrs-play-an-important-role-in-plant-growth-and-development-3-many-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMDE-for-the-induction-of-flowering-some-plants-require-a-1-periodic-exposure-to-light-2-continuous-exposure-to-light-3-no-exposure-to-light-4-no-exposure-to-night-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMDI-if-a-plant-needs-exposure-of-light-more-than-a-well-defined-critical-period-for-flowering-it-would-be-called-as-1-long-day-plants-2-short-day-plants-3-day-neutral-plants-4-red-light-plants-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMDQ-when-there-is-no-such-relation-between-exposure-to-light-duration-and-induction-of-flowering-response-such-plants-are-called-1-long-day-plants-2-short-day-plants-3-day-neutral-plants-4-far-red-light-p https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMDU-which-of-the-following-is-not-true-for-flowering-1-only-duration-of-dark-period-is-important-2-certain-plants-depend-not-only-on-a-combination-of-light-and-dark-exposures-but-also-their-relative-durat https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMDY-flowering-can-be-affected-in-certain-plants-1-by-quantitative-exposure-to-low-temperature-2-by-qualitative-exposure-to-low-temperature-3-both-a-and-b-4-it-does-not-depend-on-low-temperature-exposure-1 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMDc-vernalisation-prevents-1-precocious-reproductive-development-late-in-growing-season-2-late-reproductive-development-3-flowering-4-fruiting-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMDg-vernalisation-1-disables-the-plant-to-have-fruits-2-enables-the-plants-to-have-fruits-3-enables-the-plants-to-have-sufficient-time-to-reach-maturity-4-brings-senescence-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMDk-vernalisation-refers-to-1-the-promotion-of-flowering-by-a-period-of-high-temperature-2-the-inhibition-of-flowering-by-a-period-of-low-temperature-3-the-promotion-of-flowering-by-a-period-of-low-temper https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMTA-which-of-the-following-does-not-has-two-kinds-of-varieties-1-wheat-2-radish-3-barley-4-rye-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMTE-the-spring-varieties-are-normally-planted-in-hellip-and-come-to-flower-and-produce-grain-hellip-hellip-1-autumn-season-after-the-end-of-growing-season-2-spring-season-at-the-end-of-growing-season-3-sp https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMTI-winter-varieties-should-be-planted-in-1-winter-2-autumn-3-spring-4-summer-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMTM-winter-varieties-are-harvested-in-1-autumn-2-mid-summer-3-mid-winter-4-spring-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMTQ-winter-varieties-resume-their-growth-in-1-spring-2-summer-3-winter-4-autumn-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMTU-biennial-plants-are-1-monocarpic-plants-2-flower-for-two-seasons-3-flower-in-first-season-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMTY-which-of-the-following-is-not-an-example-of-of-biennial-plants-1-sugarbeet-2-cabbage-3-carrots-4-rye-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMTc-seed-dormancy-is-1-controlled-by-external-environment-2-controlled-by-endogenous-conditions-3-controlled-by-external-environment-and-as-well-as-endogenous-conditions-4-controlled-by-external-environme https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMTg-which-of-the-following-is-not-a-reason-of-seed-being-dormant-1-impermeable-and-hard-seed-coat-2-aba-3-phenolic-acids-para-ascorbic-acid-4-external-temperature-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMTk-seed-dormancy-find-the-incorrect-statement-1-can-be-caused-by-immature-embryos-2-can-be-overcome-by-natural-means-and-various-other-man-made-measures-3-aba-has-no-effects-over-seed-dormancy-4-ga-can-o https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMjA-which-of-the-following-cannot-overcome-seed-dormancy-1-ga-2-nitrates-3-changes-in-environmental-conditions-4-phenolic-acids-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMjE-seed-coat-barrier-in-some-seeds-cannot-be-broken-by-1-vigorous-shaking-2-mechanical-abrasions-using-knives-sandpaper-3-chilling-conditions-4-microbial-action-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMjI-effect-of-inhibitory-substances-cannot-be-removed-by-hellip-in-order-to-overcome-seed-dormancy-1-chilling-conditions-2-application-of-ga-3-application-of-nitrates-4-application-of-para-ascorbic-acid-1 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzAxMjM-which-of-the-following-is-not-a-natural-mean-to-remove-seed-coat-1-microbial-action-2-passage-through-digestive-tract-3-vigorous-shaking-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246ODkyNTE-phytochrome-is-a-1-flavoprotein-2-glycoprotein-3-lipoprotein-4-chromoprotein-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTA1MTc-the-avena-curvature-is-used-for-bioassay-of-1-ga3-2-iaa-3-ethylene-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTExMjk-the-typical-growth-curve-in-plants-is-1-sigmoid-2-linear-3-stair-steps-shaped-4-parabolic-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTQwNjQ-parthenocarpic-tomato-fruits-can-be-produced-by-1-removing-androecium-of-flowers-before-pollen-grains-are-released-2-treating-the-plants-with-low-concentrations-of-gibberellic-acid-and-auxins-3-raisin https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTQxNzM-an-enzyme-that-can-stimulate-the-germination-of-barley-seeds-is-1-alpha-amylase-2-lipase-3-protease-4-invertase-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTQ2MjM-ethylene-is-related-with-1-aerobic-respiration-2-climacteric-phenomenon-3-anaerobic-respiration-4-fermentation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTUxNzg-which-of-the-following-is-not-an-auxin-1-iaa-2-iba-3-zeatin-4-naa-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTUxNzk-which-of-the-following-properties-is-shown-by-cytokines-1-delay-leaf-senescence-2-cause-leaf-abscission-3-promote-seed-dormancy-4-promote-stomatal-closing-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTUxODI-genetic-dwarfism-can-be-overcome-by-1-gibberellin-2-ethylene-3-auxin-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTUxODM-hormone-inducing-fruit-ripening-is-1-cytokinin-2-ethylene-3-abscissic-acid-4-gibberellic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTU2Mjc-it-takes-a-very-long-time-for-pineapple-plants-to-produce-flowers-which-combination-of-hormones-can-be-applied-to-artificially-induce-flowering-in-pineapple-plants-throughout-the-year-to-increase-yiel https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTU2Nzk-what-is-the-site-of-perception-of-photoperiod-necessary-for-induction-of-flowering-in-plants-1-leaves-2-lateral-buds-3-pulvinus-4-shoot-apex-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTY2NDc-the-phytohormone-which-is-supposed-to-be-one-of-the-factor-responsible-for-regulating-the-opening-and-closing-of-stomata-1-aba-2-ga-3-iba-4-kinetin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTY2OTk-when-a-plant-is-flooded-it-often-increases-its-production-of-1-cytokines-2-ethylene-3-gibberellins-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTY3MDE-the-plant-hormone-plays-a-role-in-closing-of-stomata-1-auxin-2-cytokinin-3-gibberellin-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTMxNjky-removal-of-shoot-tips-is-a-very-useful-technique-to-boost-the-production-of-tea-leaves-this-is-because-1-gibberellins-prevent-bolting-and-are-inactivated-2-auxins-prevent-leaf-drop-at-early-stages-3-e https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTMxNjk1-in-order-to-increase-the-yield-of-sugarcane-crops-which-of-the-following-plant-growth-regulators-should-be-sprayed-1-ethylene-2-auxins-3-gibberellins-4-cytokinins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTgwMDAw-giberellin-is-synthesized-from-1-giberella-fujikori-2-clavicepes-pupura-3-ascherosonia-aleyroides-4-aspergillus-midulans-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTgyMzA4-cytokinin-promotes-the-growth-of-1-vascular-cambium-2-shoots-3-lateral-buds-4-roots-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg0NTk5-plant-growth-is-generally-indeterminate-because-of-1-phenotypic-plasticity-2-geometrical-growth-shown-by-all-organs-3-presence-of-meristems-4-terminally-differentiated-cells-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg0NjAw-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-answer-from-the-codes-given-pgr-chemical-nature-a-indole-compounds-p-gibberellins-b-adenine-derivatives-q-aba-c-terpenes-r-auxi https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg0NjAx-in-most-situations-aba-acts-as-an-antagonist-to-1-auxins-2-gas-3-ethylene-4-cytokinins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg0NjAy-which-of-the-following-is-not-a-use-of-plant-pgr-ethylene-1-initiation-of-flowering-and-synchronizing-fruit-set-in-pineapples-2-induction-of-flowering-in-mango-3-ethephon-most-common-source-of-ethylen https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg0NjAz-promotion-of-rooting-in-stem-cuttings-in-plants-can-be-promoted-by-the-use-of-1-gas-2-ethylene-3-auxins-4-cytokinins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg0NjA0-a-plant-regarded-as-a-short-day-plant-will-flower-only-when-1-days-are-shorter-than-nights-2-days-are-shorter-than-a-certain-critical-value-3-nights-are-shorter-than-a-certain-critical-value-4-nights https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg0NjA1-what-is-the-reason-that-a-plant-seedling-bends-toward-sunlight-1-migration-of-auxin-to-the-lower-part-of-the-stem-due-to-gravity-2-presence-of-more-auxin-on-the-light-side-of-the-stem-3-auxin-is-found https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg0NjA2-in-some-plants-flowering-is-either-quantitatively-or-qualitatively-dependent-on-exposure-to-low-temperature-what-is-true-regarding-this-phenomenon-i-it-prevents-precocious-reproductive-development-lat https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg1MzUy-which-of-the-following-is-not-an-inhibitory-substance-governing-seed-dormancy-1-abscisic-acid-2-phenolic-acid-3-para-ascorbic-acid-4-gibberellic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg1Mzkw-name-the-plant-growth-regulator-which-upon-spraying-on-sugarcane-crop-increases-the-length-of-stem-thus-increasing-the-yield-of-sugarcane-crop-1-gibberellin-2-ethylene-3-abscisic-acid-4-cytokinin-1-2 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTg2MTgx-phytochrome-is-a-1-chromo-protein-2-flavo-protein-3-glyco-protein-4-lipo-protein-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTk1MDE1-who-coined-the-term-kinetin-1-skoog-and-miller-2-darwin-3-went-4-kurosawa-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTk1MDI4-inhibitory-substances-in-dormant-seeds-cannot-be-removed-by-subjecting-seeds-to-1-gibberellic-acid-2-nitrate-3-ascorbic-acid-4-chilling-conditions-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTk1MDM3-match-the-following-concerning-the-activity-function-and-the-phytohormone-involved-a-fruit-ripener-i-abscisic-acid-b-herbicide-ii-ga-3-c-bolting-agent-iii-2-4-d-d-stress-hormone-iv-ethephon-select-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mjc3MjA5-the-plant-hormone-used-to-destroy-weeds-in-a-field-is-1-2-4-d-2-iba-3-iaa-4-naa-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mjc3MjE3-plants-follow-different-pathways-in-response-to-environment-or-phases-of-life-to-form-different-kinds-of-structures-this-ability-is-called-1-plasticity-2-maturity-3-elasticity-4-flexibility-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mjc3MjMw-the-site-of-perception-of-light-in-plants-during-photoperiodism-is-1-axillary-bud-2-leaf-3-shoot-apex-4-stem-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM0NzEy-promotion-of-flowering-process-in-a-plant-by-exposure-to-the-prolonged-cold-of-winter-or-by-an-artificial-equivalent-is-called-as-1-stratification-2-vernalisation-3-photoperiodism-4-scarification-1-2 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM0NzEz-which-pgr-promotes-flowering-in-pineapples-induces-parthenocarpy-in-tomatoes-and-also-used-as-herbicides-1-auxins-2-cytokinins-3-gibberellins-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM1NjI3-pgrs-can-be-broadly-divided-into-two-groups-ndash-plant-growth-promoters-and-plant-growth-inhibitors-ethylene-1-belongs-to-the-group-of-plant-growth-promoters-2-belongs-to-the-group-of-plant-growth-in https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM1NjI4-different-types-of-leaves-in-different-phases-of-life-in-cotton-coriander-and-larkspur-are-an-example-of-1-pleiotropy-2-phenotypic-plasticity-3-developmental-noise-4-polygenic-trait-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM2NTIy-in-the-exponential-growth-equation-nt-n0ert-e-represents-1-the-base-of-natural-logarithms-2-the-base-of-geometric-logarithms-3-the-base-of-number-logarithms-4-the-base-of-exponential-logarithms-1-2-3 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM3NTM1-the-increased-growth-per-unit-time-is-termed-as-growth-rate-the-exponential-growth-can-be-mathematically-expressed-as-1-lt-l0-rt-2-lt-l0-rt-3-w1-w0ert-4-w1-w0-ert-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM3NTM2-match-each-item-in-column-i-with-the-one-given-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-auxins-p-terpenes-b-gibberellins-q-derivatives-of-carotenoids-c-cytok https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM5NDI2-which-one-of-the-following-plants-does-not-show-plasticity-1-maize-2-cotton-3-coriander-4-buttercup-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM5NDM2-the-gaseous-plant-growth-regulator-is-used-in-plants-to-1-kill-dicotyledonous-weeds-in-the-fields-2-speed-up-the-malting-process-3-promote-root-growth-and-root-hair-formation-to-increase-the-absorptio https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM5NDU4-production-of-cucumber-has-increased-manifold-in-recent-years-application-of-which-of-the-following-phytohormones-has-resulted-in-this-increased-yield-as-the-hormone-is-known-to-produce-female-flowers https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM5ODM4-the-living-differentiated-cells-that-lost-the-capacity-to-divide-anymore-can-regain-the-capacity-of-division-under-certain-conditions-this-phenomenon-is-termed-as-1-redifferentiation-2-maturation-3-di https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM5ODQ2-which-hormone-is-used-to-induce-immediate-stomatal-closure-in-leaves-1-cytokinin-2-gibberellin-3-abscisic-acid-4-auxin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzM5ODUy-removal-of-apical-dominance-by-decapitation-is-utilised-for-1-suppressing-the-activity-of-intercalary-meristem-2-early-senescence-3-hedge-making-4-preparing-weed-free-lawns-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTA4-growth-1-is-defined-as-an-irreversible-permanent-increase-in-size-of-an-organ-or-its-parts-or-even-an-individual-cell-2-is-accompanied-by-metabolic-processes-both-catabolic-and-anabolic-3-is-accompani https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTA5-increased-vacuolation-cell-enlargement-and-new-cell-wall-deposition-are-the-characteristics-of-the-cells-of-1-elongation-phase-2-meristematic-phase-3-maturation-phase-4-differentiation-phase-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTEw-the-arithmetic-growth-is-exemplified-by-1-a-root-elongating-at-a-constant-rate-2-the-equation-l-t-l-0-rt-3-a-linear-curve-is-obtained-graphically-when-the-length-of-an-organ-is-plotted-against-time-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTEx-the-exponential-growth-and-arithmetic-growth-can-be-respectively-expressed-as-1-w-1-w-0e-rt-l-t-l-0-rt-2-l-t-l-0-rt-w-1-w-0e-rt-3-w-1-w-0e-rt-l-0-l-t-rt-w-0e-rt-4-w-1-w-0e-rt-w-1-e-rt-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTEy-the-sigmoid-growth-and-arithmetic-growth-can-be-represented-graphically-respectively-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTEz-observe-the-sigmoid-curve-given-below-and-identify-the-phases-a-b-and-c-1-a-initial-slow-growth-b-rapid-growth-c-phase-of-growth-during-limited-nutrient-supply-2-a-rapid-growth-b-initial-slow-growth-c https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTE0-which-of-the-following-is-incorrect-1-conversion-of-shoot-apical-meristem-into-cortex-is-a-case-of-differentiation-2-the-non-living-differentiated-cells-can-regain-the-capacity-of-division-which-is-ca https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTE1-the-phenomenon-of-heterophily-1-is-found-in-cotton-coriander-larkspur-and-buttercup-2-is-an-example-of-platicity-3-occurs-as-a-result-of-development-or-in-response-to-environment-4-all-are-correct-1-2 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTE2-the-intrinsic-factor-influencing-the-development-in-plants-is-1-o-2-2-h-2o-3-co-2-and-nutrition-4-plant-growth-regulators-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTE3-match-the-columns-column-i-column-ii-a-adenine-derivative-i-ethylene-b-terpenes-ii-kinetin-c-gaseous-hormone-iii-ga-d-caroteinoid-derivative-iv-aba-1-a-i-b-ii-c-iii-d-iv-2-a-iv-b-iii-c-i-d-ii-3-a-ii-b https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTE4-charles-darwin-and-his-son-francis-darwin-found-that-coleoptile-tip-of-a-plant-responded-to-unilateral-light-by-growing-towards-the-light-source-photoperiodism-they-worked-with-plant-1-phalaris-canary https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTE5-aba-is-1-dormin-2-abscission-ii-3-inhibitor-b-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTIw-ethylene-as-a-plant-hormone-was-discovered-by-1-cousins-2-f-w-went-3-skook-4-kurosawa-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTIx-which-of-the-following-conclusions-is-supported-by-the-research-of-both-went-and-charles-darwin-on-shoot-responses-to-light-1-when-shoots-are-exposed-to-light-a-chemical-substance-migrates-towards-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTIy-match-the-columns-column-i-column-ii-a-auxin-i-chloroplast-development-b-ethylene-ii-fruit-ripening-c-ga-iii-root-initiation-in-stem-cutting-d-cytokinin-iv-breaking-seed-dormancy-1-a-i-b-iv-c-iii-d-ii https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTIz-read-the-following-statements-i-naa-and-2-4-d-are-synthetic-auxins-ii-auxins-promote-flowering-in-pineapples-iii-auxins-help-to-prevent-fruit-and-leaf-drop-at-early-stages-but-promote-the-abscission-o https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTI0-the-aleurone-layer-is-stimulated-to-release-and-as-a-result-of-gibberellin-release-from-the-embryo-of-a-seed-1-amylase-protease-2-rnase-dnase-3-proteins-amino-acids-4-carbohydrates-rnase-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTI1-which-of-the-following-plant-growth-responses-is-primarily-due-to-the-action-of-auxins-1-cell-elongation-2-leaf-abscission-3-cell-division-4-fruit-development-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTI2-if-you-were-shipping-green-bananas-to-a-supermarket-thousands-of-miles-away-which-of-the-following-chemicals-would-you-want-to-eliminate-from-the-plants-environment-1-co2-2-cytokinin-3-auxin-4-ethylen https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTI3-select-the-odd-one-out-with-respect-to-functions-of-gibberellin-1-they-delay-senescence-thus-due-to-their-application-the-fruits-can-be-left-on-the-tree-so-as-to-extend-the-market-period-2-ga3-is-used https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTM0-read-the-following-statements-i-ga-causes-increase-in-length-of-grape-stalks-and-causes-apples-to-elongate-and-improve-its-shape-ii-ga-causes-bolting-in-beet-cabbage-and-many-plants-with-rosette-habit https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTQx-read-the-following-statements-with-respect-to-ethylene-the-gaseous-plant-hormone-i-causes-horizontal-growth-of-seedlings-ii-it-is-highly-effective-in-causing-fruit-ripening-iii-is-responsible-for-resp https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTQ1-choose-wrong-statement-1-ethylene-induces-flowering-in-mango-tree-2-ethylene-promotes-senescence-of-plant-organs-especially-of-leaves-and-flowers-3-ethylene-promotes-rapid-internode-petiole-elongation https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTUw-ethephon-1-hastens-fruit-ripening-in-tomatoes-and-apples-accelerates-abscission-in-flowers-and-fruits-2-promotes-female-flowers-in-cucumbers-thereby-increasing-the-yield-3-in-aqueous-solution-is-readi https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTU1-aba-1-inhibits-seed-germination-2-stimulates-stomatal-opening-3-decreases-the-tolerance-of-plants-to-various-kinds-of-stresses-4-in-most-situation-acts-synergistically-with-ga-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTY0-read-the-following-statements-i-the-role-of-pgr-is-of-only-one-kind-of-intrinsic-control-ii-along-with-genomic-control-and-extrinsic-factors-they-play-an-important-role-in-plant-growth-and-development https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTY4-seed-packets-give-a-recommended-planting-depth-for-the-enclosed-seeds-the-most-likely-reason-some-seeds-are-to-be-covered-with-only-1-over-4-inch-of-soil-is-that-these-1-seeds-do-not-have-an-etiolatio https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTcy-a-flash-of-red-light-followed-by-a-flash-of-far-red-light-given-during-the-middle-of-the-night-to-a-short-day-plant-will-likely-1-cause-increased-flower-production-2-stimulate-flowering-3-inhibit-flow https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTc5-observe-the-photoperiodic-response-depicted-below-and-find-out-which-one-a-b-or-c-is-a-short-day-plant-sdp-long-day-plant-ldp-and-day-neutral-plant-dnp-options-a-b-c-1-sdp-dnp-ldp-2-sdp-ldp-sdp-3-dnp https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTgz-read-the-following-statements-i-for-photoperiodism-not-only-the-duration-of-light-period-but-the-duration-of-dark-period-is-alos-of-equal-importance-ii-flowering-in-certain-plants-depends-not-only-on https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTg2-a-composite-plant-was-made-by-grafting-technique-where-the-stock-portion-was-of-a-long-day-plant-ldp-and-scion-portion-was-a-short-day-plant-sdp-this-composite-plant-was-kept-in-long-day-condition-acc https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTg5-a-short-day-plant-is-continuously-projected-with-red-light-during-night-period-before-flowering-stages-it-will-1-finally-flower-2-finally-remain-vegetative-3-die-4-show-abnormally-increase-in-the-numb https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjA0-given-below-is-the-representation-of-the-effect-of-interruption-of-dark-period-in-a-short-day-plant-sdp-correctly-identify-the-results-of-a-b-c-and-d-a-b-c-d-1-vegetative-vegetative-flowering-flowerin https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjA2-match-the-columns-column-i-column-ii-a-substitute-of-vernalisation-i-high-temperature-b-critical-photoperiod-ii-aba-c-stress-hormone-iii-gibberellin-d-devernalisation-iv-sdp-and-ldp-1-a-i-b-ii-c-iv-d https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjA3-assertion-a-a-correct-concentration-of-auxin-and-cytokinin-is-required-for-the-development-of-root-and-shoot-in-a-callus-reason-r-when-the-ratio-of-auxin-to-cytokinin-is-high-then-only-roots-develop-b https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjA4-assertion-vernalization-is-the-acceleration-of-subsequent-flowering-by-low-temperature-treatment-reason-the-site-of-vernalization-is-apical-meristem-1-if-both-assertion-and-reason-are-true-and-the-rea https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjA5-assertion-a-cytokinin-increases-shelf-life-of-fruits-and-vegetables-reason-r-cytokinins-induce-cell-division-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjEw-assertion-a-aba-is-also-called-stress-hormone-reason-r-aba-increases-the-tolerance-of-plants-to-various-kinds-of-stresses-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-a https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjEy-assertion-a-development-is-the-sum-total-of-growth-and-differentiation-reason-r-development-is-controlled-by-extrinsic-factors-as-well-as-intrinsic-factors-choices-for-assertions-and-reasons-1-both-a https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjEz-assertion-a-ethylene-can-either-act-as-a-growth-promoter-or-inhibitor-reason-r-ethylene-helps-in-breaking-the-dormancy-of-seeds-and-buds-and-is-also-responsible-for-the-senescence-of-plant-parts-like https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjE0-assertion-a-ga3-can-be-used-to-speed-up-the-malting-process-in-brewing-industry-reason-r-gibberellin-is-synthesised-only-by-some-fungi-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjE1-assertion-a-auxins-are-effective-to-prevent-early-drop-of-fruits-and-leaves-reason-r-auxins-promote-abscission-of-younger-leaves-and-fruits-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjE3-assertion-a-2-4-d-is-artificial-auxin-reason-r-2-4-d-is-a-weedicide-and-quickly-kills-mature-monocots-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjI0-which-of-the-following-is-incorrect-1-iaa-is-synthesised-from-tryptophan-2-auxin-regulates-vascular-differentiation-3-gibberellin-transport-is-polar-4-roughly-equal-amounts-of-auxin-and-cytokinin-caus https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjI3-physiologically-active-form-of-phytochrome-is-1-p-730-p-fr-2-p-660-p-r-3-p-700-4-p-680-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjI5-which-is-not-caused-by-the-deficiency-of-mineral-nutrition-1-chlorosis-2-internode-3-necrosis-4-etiolation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjMw-lodging-or-falling-of-many-crop-plants-during-windy-seasons-can-be-prevented-by-the-application-of-1-naa-2-ga-3-aba-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMjMx-methods-to-break-seed-dormancy-involves-1-stratification-2-scarification-3-light-exposure-4-more-than-one-option-is-involved-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQyMDAw-external-stimuli-would-be-received-most-quickly-by-a-plant-cell-if-the-receptors-for-signal-transduction-were-located-in-the-1-plasma-membrane-2-cytoplasmic-matrix-3-endoplasmic-reticulum-4-nuclear-me https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQyMDc3-a-in-some-plants-flowering-is-either-quantitatively-or-qualitatively-dependent-on-exposure-to-low-temperature-r-low-temperature-treatment-shortens-vegetative-phase-in-some-plants-in-the-following-ques https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQyNzcz-plants-growing-in-a-partially-dark-environment-will-grow-toward-light-in-a-response-called-phototropism-which-of-the-following-statements-is-true-regarding-phototropism-1-it-is-caused-by-an-electrical https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQyNzc0-which-of-the-following-statements-applies-to-plant-growth-regulators-1-they-only-act-by-altering-gene-expression-2-they-often-have-a-multiplicity-of-effects-3-they-function-independently-of-other-horm https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQzMDUz-according-to-modern-ideas-about-phototropism-in-plants-1-light-causes-auxin-to-accumulate-on-the-shaded-side-of-a-plant-stem-2-auxin-indirectly-inhibits-elongation-of-plant-stem-cells-3-auxin-is-produ https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQzMTA0-a-photomodulation-of-flowering-is-a-phytochrome-regulated-process-r-active-form-of-phytochrome-pfr-directly-induces-floral-induction-in-shoot-buds-in-the-following-questions-a-statement-of-assertion-a https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQzOTU2-vernalisation-a-enables-the-plant-to-have-sufficient-time-to-reach-maturity-b-depends-not-only-on-a-combination-of-light-but-also-on-their-relative-duration-c-prevents-precocious-reproductive-developm https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ0NDI2-the-phenomenon-that-prevents-precocious-reproductive-development-late-in-the-growing-season-of-a-plant-is-a-vernalisation-b-thermoregulators-c-photoreceptors-d-seed-dormancy-e-plant-inhibitors-choose https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ0OTk0-match-list-i-with-list-ii-list-i-list-ii-a-indole-acetic-acid-i-increase-length-of-grapes-stalks-b-zeatin-ii-hastens-fruit-ripening-in-tomatoes-c-gibberellic-acid-iii-overcome-apical-dominance-d-ethep https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2MTY0-seedlings-would-not-have-been-able-to-emerge-out-of-the-soil-into-the-open-if-it-were-not-for-the-1-climactic-respiration-2-washing-away-of-aba-3-pressure-due-to-imbibitions-4-mycorrhizal-symbionts-1 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2NDIw-which-of-the-following-growth-regulators-is-an-adenine-derivative-1-auxin2-cytokinin-3-ethylene4-abscisic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2NDM1-the-phenomenon-by-which-the-undividing-parenchyma-cells-start-to-divide-mitotically-during-plant-tissue-culture-is-called-as-1-differentiation-2-dedifferentiation-3-redifferentiation-4-secondary-growt https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2NDU1-the-ability-of-plants-to-follow-different-pathways-in-response-to-environment-leading-to-formation-of-different-kinds-of-structures-are-called-1-redifferentiation-2-development-3-plasticity-4-differen https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzU4NDQz-the-pineapple-which-under-natural-conditions-is-difficult-to-blossom-has-been-made-to-produce-fruits-throughout-the-year-by-application-of-1-naa-2-4-d-2-ga3-3-cytokinin-4-iaa-iba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYxNjk0-assertion-a-plants-retain-the-capacity-for-unlimited-growth-throughout-their-life-reason-r-plant-growth-is-unique-1-both-a-and-r-are-true-and-r-correctly-explains-a-2-both-a-and-r-are-true-but-r-does https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYxNjk1-assertion-a-differentiation-in-plants-is-open-reason-r-the-cells-tissues-arising-out-of-the-same-meristem-have-different-structures-at-maturity-choices-for-assertions-and-reasons-1-both-a-and-r-are-tr https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYxNjk2-assertion-a-winter-varieties-of-wheat-are-planted-in-autumn-reason-r-winter-varieties-if-planted-in-spring-would-normally-fail-to-flower-within-a-span-of-a-flowering-season-choices-for-assertions-and https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYzNjQy-assertion-a-growth-is-measured-by-a-variety-of-parameters-like-an-increase-in-fresh-weight-dry-weight-length-area-volume-and-cell-number-reason-r-these-quantities-are-proportional-to-protoplasm-1-both https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYzNjQz-assertion-a-aba-is-one-of-the-most-widely-used-pgrs-in-agriculture-reason-r-ethylene-regulates-many-physiological-processes-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYzNjQ0-assertion-a-the-development-of-plants-could-be-flexible-reason-r-differentiation-in-plants-is-closed-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYzNjQ1-assertion-a-expansion-of-leaf-is-growth-reason-r-growth-is-reversible-permanent-increase-in-size-of-an-organ-or-its-parts-1-both-a-and-r-are-true-and-a-is-the-correct-explanation-of-a-2-both-a-and-r-a https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYzNjQ2-assertion-a-growth-at-an-organ-level-is-principally-a-consequence-of-the-increase-in-the-amount-of-protoplasm-reason-r-the-increase-in-protoplasm-is-difficult-to-measure-directly-1-both-a-and-r-are-tr https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYzNjQ3-assertion-a-aba-is-called-stress-hormones-reason-r-aba-stimulates-the-opening-of-the-stomata-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the-corr https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY0NzQ3-which-of-the-following-plant-parts-perceives-the-photoperiod-in-plants-1-meristem-2-flower-3-floral-buds-4-leaves-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY0NzQ4-apical-dominance-in-plants-can-be-overcome-by-the-application-of-the-pgr-1-cytokinin-2-ethylene-3-aba-4-gibberellins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY0ODE5-spraying-sugarcane-crops-with-which-of-the-following-plant-growth-regulators-increases-the-stem-s-length-thus-increasing-the-yield-by-as-much-as-20-tonnes-per-acre-1-auxins-2-gibberellins-3-cytokinins https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY1NzQ4-in-plants-i-growth-is-open-ii-differentiation-is-open-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-and-ii-are-incorrect-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY1NzQ5-which-plant-growth-regulator-is-used-to-initiate-flowering-and-synchronising-fruit-set-in-pineapples-1-gibberellins-2-cytokinins-3-aba-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY1Nzc2-seed-dormancy-can-be-due-to-the-presence-of-chemical-inhibitors-which-include-all-the-following-except-1-abscisic-acids-2-phenolic-acids-3-para-ascorbic-acid-4-gibberellic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY1ODgz-which-pgr-stimulates-the-closure-of-stomata-and-increases-the-tolerance-of-plants-to-various-kinds-of-stresses-1-abscisic-acid-2-ethylene-3-auxins-4-cytokinins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY1OTEy-consider-the-given-two-statements-assertion-a-plant-growth-is-intimately-linked-to-the-water-status-of-the-plant-reason-r-the-plant-cells-grow-in-size-by-cell-enlargement-which-in-turn-requires-water https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY2MDQ2-all-the-following-plants-exhibit-difference-in-shape-of-leaves-in-juvenile-and-in-mature-phase-of-their-life-cycle-except-1-cotton-2-coriander-3-larkspur-4-buttercup-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY2MDQ3-all-the-following-are-known-functions-of-the-plant-growth-regulator-auxins-except-1-promotion-of-flowering-in-pineapples-2-induction-of-parthenocarpy-in-tomatoes-3-fruit-ripening-in-tomatoes-4-initiat https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY2MDc3-regarding-plant-growth-regulators-i-auxins-are-plant-growth-promoters-ii-aba-is-a-plant-growth-inhibitor-iii-ethylene-is-largely-an-inhibitor-of-growth-activities-1-only-i-and-ii-are-correct-2-only-i https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY3MDIz-which-hormone-promotes-internode-petiole-elongation-in-deep-water-rice-1-2-4-d-2-ga3-3-kinetin-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY3MDMy-in-tissue-culture-experiments-leaf-mesophyll-cells-are-put-in-a-culture-medium-to-form-callus-this-phenomenon-may-be-called-as-1-senescence-2-differentiation-3-dedifferentiation-4-development-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY3MDM4-spraying-of-which-of-the-following-phytohormone-on-juvenile-conifers-helps-in-hastening-the-maturity-period-that-leads-to-early-seed-production-1-abscisic-acid-2-indole-3-butyric-acid-3-gibberellic-ac https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY4MTc4-the-phenomenon-which-is-influenced-by-auxin-and-also-played-a-major-role-in-its-discovery-is-1-phototropism-2-root-initiation-3-gravitropism-4-apical-dominance-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY4MTky-match-list-i-with-list-ii-list-i-list-ii-a-auxin-i-promotes-female-flower-formation-in-cucumber-b-gibberellin-ii-overcoming-apical-dominance-c-cytokinin-iii-increase-in-the-length-of-grape-stalks-d-et https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY4MjEw-which-of-the-following-statements-is-not-correct-1-phase-of-cell-elongation-of-plant-cells-is-characterized-by-increased-vacuolation-2-cells-in-the-meristematic-phase-of-growth-exhibit-abundant-plasmo https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY5NTQ2-given-below-are-two-statements-assertion-a-plant-growth-is-open-and-indeterminate-reason-r-plants-retain-the-capacity-for-unlimited-growth-throughout-their-life-1-both-a-and-r-are-true-and-r-is-the-co https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY5NTUx-given-below-are-two-statements-assertion-a-spraying-sugarcane-crops-with-gibberellins-increases-the-length-of-the-stem-reason-r-sugarcane-yield-decreases-as-much-as-20-tonnes-per-acre-by-spraying-gibb https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY5NTUy-given-below-are-two-statements-assertion-a-spraying-juvenile-conifers-with-gas-hastens-the-maturity-period-reason-r-gas-lead-to-early-seed-production-in-conifers-1-both-a-and-r-are-true-and-r-is-the-c https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY5NTUz-given-below-are-two-statements-assertion-a-ethylene-helps-the-plants-to-increase-their-absorption-surface-reason-r-ethylene-promotes-root-growth-and-root-hair-formation-1-both-a-and-r-are-true-and-r-i https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY5NTU0-given-below-are-two-statements-assertion-a-ethylene-is-one-of-the-most-widely-used-pgr-in-agriculture-reason-r-ethylene-regulates-many-physiological-processes-of-plants-1-both-a-and-r-are-true-and-r-i https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY5NTYw-given-below-are-two-statements-assertion-a-ethylene-helps-to-increase-the-number-of-fruits-in-cucumber-reason-r-ethylene-promotes-the-production-of-both-male-and-female-flowers-on-the-same-tree-1-both https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY5NTg1-cells-positioned-away-from-root-apical-meristem-differentiate-as-root-cap-cells-while-those-pushed-to-the-periphery-mature-as-epidermis-this-is-evidence-for-1-open-form-of-differentiation-in-plants-2 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzc4NTk1-vernalisation-is-1-low-ph-treatment-2-low-temperature-treatment-3-high-temperature-treatment-4-high-ph-treatment-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzc4NzYx-which-one-of-the-following-generally-acts-as-an-antagonist-to-gibberellins-1-zeatin-2-ethylene-3-aba-4-iaa-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzc4Nzcz-which-of-the-following-is-not-a-plant-growth-inhibitor-1-dormin-2-iaa-3-ethylene-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzc4ODIz-vernalisation-is-1-low-ph-treatment-2-low-temp-treatment-3-high-temp-treatment-4-high-ph-treatment-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzc5MDk0-rooting-plant-hormone-is-1-iba-2-2-4-d-3-2-4-5-t-4-naa-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgwMzU5-induction-of-flowering-by-low-temperature-treatment-is-1-vernalization-2-cryobiology-3-photoperiodism-4-pruning-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMTg0-consider-the-given-two-statements-statement-i-development-in-plants-is-the-sum-of-two-processes-growth-and-differentiation-statement-ii-the-development-of-a-mature-plant-from-a-zygote-fertilised-egg-f https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMTkx-the-form-of-growth-wherein-new-cells-are-always-being-added-to-the-plant-body-by-the-activity-of-the-meristem-is-called-the-1-closed-form-of-growth-2-open-form-of-growth-3-determinate-form-of-growth-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMTkz-which-of-the-following-principally-contribute-to-the-elongation-of-the-plants-along-their-axis-i-root-apical-meristem-ii-shoot-apical-meristem-iii-vascular-cambium-iv-cork-cambium-1-only-i-and-ii-2-on https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMTk1-consider-the-given-two-statements-assertion-a-growth-at-the-cellular-level-is-measured-by-a-variety-of-parameters-some-of-which-are-increase-in-fresh-weight-dry-weight-length-area-volume-and-cell-numb https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMTk3-the-cells-in-the-region-of-elongation-at-the-root-apex-are-not-characterised-by-1-increased-vacuolation-2-cell-enlargement-3-constant-division-4-new-cell-wall-deposition-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjAw-mathematically-arithmetic-growth-in-plants-is-expressed-as-1-lt-l0-rt-2-lt-l0-x-rt-3-lt-l0-rt-4-lt-l0-rt-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjAx-consider-the-given-two-statements-assertion-a-a-sigmoid-curve-is-a-characteristic-of-living-organism-growing-in-a-natural-environment-reason-r-it-is-typical-for-all-cells-tissues-and-organs-of-a-plant https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjAz-the-efficiency-index-in-the-geometric-growth-equation-w1-w0-ert-is-denoted-by-1-w0-2-w1-3-r-4-e-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjA1-consider-the-given-two-statements-assertion-a-plant-growth-is-intimately-linked-to-the-water-status-of-the-plant-while-development-is-not-reason-r-the-plant-cells-grow-in-size-by-cell-enlargement-whic https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjA5-which-of-the-following-is-not-formed-as-result-of-re-differentiation-in-plants-1-cork-cambium-2-phellem-3-periderm-4-secondary-xylem-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjEy-consider-the-given-two-statements-statement-i-in-cotton-coriander-and-larkspur-differences-in-the-shapes-of-leaves-produced-in-air-and-those-produced-in-water-represent-heterophyllous-development-due https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjE1-which-plant-growth-regulators-are-terpenes-1-indole-3-acetic-acid-2-n6-furfurylamino-purine-3-abscisic-acid-4-gibberellic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjE4-auxin-was-isolated-from-tips-of-coleoptiles-of-oat-seedlings-by-1-charles-darwin-2-f-w-went-3-boysen-and-jensen-4-francis-darwin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjIx-during-mid-1960s-three-independent-researches-reported-the-purification-and-chemical-characterisation-of-three-different-kinds-of-inhibitors-inhibitor-b-abscission-ii-and-dormin-later-all-the-three-we https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjIz-consider-the-given-two-statements-statement-i-auxins-like-naa-naphthalene-acetic-acid-and-2-4-d-2-4-dichlorophenoxyacetic-have-been-isolated-from-plants-statement-ii-iaa-and-indole-butyric-acid-iba-ar https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjI1-consider-the-two-statements-assertion-a-apical-dominance-is-most-likely-adaptive-reason-r-it-is-important-for-the-plant-to-devote-energy-to-growing-upward-so-that-it-can-get-more-light-to-undergo-phot https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjI4-one-of-the-first-gibberellins-to-be-discovered-and-also-the-one-that-remains-the-most-intensively-studied-form-is-1-ga1-2-ga2-3-ga3-4-ga4-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjMw-consider-the-two-statements-assertion-a-gibberellins-are-used-to-increase-the-length-of-grape-stalks-reason-r-gibberellins-help-overcome-apical-dominance-1-both-a-and-r-are-true-and-r-correctly-explai https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjMy-consider-the-two-statements-assertion-a-spraying-sugarcane-crop-with-gibberellins-increases-the-yield-by-as-much-as-20-tonnes-per-acre-reason-r-spraying-sugarcane-crop-with-gibberellins-increases-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjM1-consider-the-given-two-statements-statement-i-kinetin-occurs-naturally-in-plants-statement-ii-zeatin-does-not-occur-naturally-in-plants-1-statement-i-is-correct-statement-ii-is-incorrect-2-statement-i https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjM3-natural-cytokinins-are-synthesised-in-all-the-following-regions-in-a-plant-except-1-root-apices-2-developing-shoot-buds-3-young-fruits-4-senescent-organs-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjM5-ethylene-enhances-the-respiration-rate-during-ripening-of-the-fruits-this-rise-in-rate-of-respiration-is-called-1-respiratory-climactic-2-utilisation-coefficient-3-respiratory-hyperpnea-4-oxygen-debt https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjQy-ethylene-i-is-used-to-initiate-flowering-and-for-synchronising-fruit-set-in-pineapples-ii-induces-flowering-in-mangoes-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-incorrect-4-both-i-a https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjQz-consider-the-two-statements-assertion-a-the-most-widely-used-compound-as-source-of-ethylene-is-ethephon-reason-r-ethephon-in-an-aqueous-solution-is-readily-absorbed-and-transported-within-the-plant-an https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjQ2-seed-germination-is-inhibited-by-aba-in-antagonism-with-1-auxins-2-ethylene-3-kinetins-4-gas-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg2NTU0-match-list-i-with-list-ii-list-i-list-ii-a-iaa-i-bolting-b-aba-ii-ripening-of-fruits-c-ga-iii-weed-free-lawns-d-ethylene-iv-stomatal-closure-choose-the-correct-answer-from-the-options-given-below-1-a https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4MzMw-cytokinins-help-1-to-retain-chlorophyll-2-in-promoting-cell-division-3-in-overcoming-apical-dominance-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NDA2-which-of-the-following-phytohormones-is-responsible-for-ripening-of-fruits-and-increasing-the-number-of-female-flowers-in-cucumbers-1-auxin-2-ethylene-3-gibberellin-4-cytokinin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NDQ4-deposition-of-new-materials-inside-the-cell-wall-of-cells-starts-in-1-meristematic-phase-2-reproductive-phase-3-maturation-phase-4-elongation-phase-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NDQ5-which-phase-of-a-sigmoid-curve-explains-the-initial-phase-of-growth-when-growth-rate-is-very-slow-1-log-phase-2-lag-phase-3-stationary-phase-4-maturation-phase-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NDUy-curve-is-obtained-for-cells-in-culture-1-j-shaped-2-linear-3-v-shaped-4-s-shaped-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NDU1-a-leaf-of-20-cm2-grows-5-cm2-per-hour-and-b-leaf-of-25-cm2-grows-5-cm2-per-hour-the-relative-growth-rate-of-leaf-a-and-b-respectively-is-1-25-and-20-2-20-and-25-3-50-and-100-4-25-and-50-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NDU4-what-happens-to-the-growth-of-roots-during-water-logging-conditions-1-growth-is-accelerated-2-growth-is-inhibited-3-growth-remains-constant-4-first-growth-is-accelerated-and-then-stops-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NDYx-which-of-the-following-is-not-a-function-of-water-in-plants-1-it-is-responsible-for-cell-elongation-2-it-maintains-the-turgidity-of-cells-3-it-acts-as-a-source-of-energy-4-it-provides-medium-for-enzym https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NDYz-which-abiotic-factor-is-not-essential-for-early-growth-of-the-plant-but-growth-is-sustained-only-in-its-presence-1-water-2-oxygen-3-nutrients-4-light-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NTIw-match-the-following-column-i-with-column-ii-column-i-column-ii-a-ethephon-i-ga-b-terpene-ii-ethylene-c-zeath-iii-natural-auxin-d-iaa-iv-cytokinin-1-a-ii-b-i-c-iii-d-iv-2-a-ii-b-i-c-iv-d-iii-3-a-iv-b-i https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NTI2-match-the-following-column-i-with-column-ii-column-i-column-ii-a-weedicide-i-ga3-b-bolting-ii-cytokinin-c-thinning-of-cotton-iii-ethylene-d-lateral-shoot-growth-iv-2-4-d-1-a-iii-b-ii-c-iv-d-i-2-a-iv-b https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246Mzg4NTgy-find-odd-one-w-r-t-differentiation-1-loss-of-nucleus-in-sieve-2-death-of-protoplasm-in-tracheary-elements-3-callus-formation-4-lignification-in-vessels-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDU1MDUz-auxin-is-used-by-gardeners-to-prepare-weed-free-lawns-but-no-damage-is-caused-to-grass-as-auxin-1-promotes-abscission-of-mature-leaves-only-2-does-not-affect-mature-monocotyledonous-plants-3-can-help https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDU1MDcy-formation-of-interfascicular-cambium-from-fully-developed-parenchyma-cells-is-an-example-of-1-redifferentiation-2-dedifferentiation-3-maturation-4-differentiation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDU1MTAw-spraying-sugarcane-crop-with-which-of-the-following-plant-growth-regulators-increases-the-length-of-the-stem-thus-increasing-the-yield-1-gibberellin-2-cytokinin-3-abscisic-acid-4-auxin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDU2ODQw-match-list-i-with-list-ii-list-i-list-ii-a-ethylene-i-increase-length-of-stem-b-cytokinins-ii-promotion-of-senescence-and-abscission-c-aba-iii-delaying-leaf-senescence-d-gibberellins-iv-inhibition-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NDQ-all-the-following-contribute-to-an-increase-in-girth-of-dicots-and-gymnosperms-except-1-apical-meristem-2-lateral-meristems-3-vascular-cambium-4-cork-cambium-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NDY-identify-the-incorrect-statement-regarding-the-arithmetic-growth-1-following-mitosis-both-daughter-cells-continue-to-divide-2-can-be-exemplified-by-root-elongating-at-a-constant-rate-3-on-plotting-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NDc-the-shape-of-the-growth-curve-characteristic-of-a-living-organism-growing-in-natural-environment-is-1-linear-2-sigmoid-3-hyperbola-4-bell-shaped-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NDg-plant-growth-and-further-development-is-intimately-linked-to-water-status-of-the-plant-because-a-turgidity-of-cells-helps-in-extension-growth-b-it-provides-medium-for-enzymatic-activity-1-both-a-and-b https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NTU-plants-follow-different-pathways-in-response-to-environment-or-phases-of-life-to-form-different-kinds-of-structures-this-ability-is-called-1-efficiency-index-2-plasticity-3-norm-of-reaction-4-developm https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NzU-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-plants-retain-the-capacity-for-unlimited-growth-throughout-their-life-reason-r-plants-ha https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2MjYy-the-exponential-growth-in-plants-can-be-expressed-as-w1-w0ert-where-e-denotes-1-initial-size-at-the-beginning-of-the-period-2-base-of-natural-logarithms-3-growth-rate-elongation-per-unit-time-4-time-o https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NTI-formation-of-interfascicular-cambium-and-cork-cambium-is-possible-most-importantly-because-of-1-differentiation-2-dedifferentiation-3-redifferentiation-4-reverse-differentiation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2MjY0-in-plants-the-living-differentiated-cells-have-regain-the-capacity-of-division-under-certain-conditions-this-phenomenon-is-termed-as-1-dedifferentiation-2-proto-differentiation-3-redifferentiation-4-s https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NTE-to-differentiate-into-a-tracheary-element-a-cell-would-1-gain-protoplasm-2-become-multinucleate-3-assimilate-lot-of-collagen-and-elastin-4-develop-lignocellulosic-secondary-cell-wall-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NTc-identify-the-incorrectly-matched-pair-pgr-chemical-nature-1-auxins-indole-compounds-2-cytokinin-pyrimidine-derivatives-3-aba-carotenoid-derivative-4-gibberellic-acid-terpenes-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NTg-identify-the-plant-growth-regulator-that-though-is-largely-an-inhibitor-but-can-be-placed-in-both-plant-growth-promoter-and-plant-growth-inhibitor-groups-1-auxins-2-gibberellins-3-ethylene-4-abscisic https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NTk-identify-the-incorrectly-matched-pair-scientist-pgr-discovery-1-cousins-ethylene-2-kurosawa-gibberellin-3-skoog-and-miller-aba-4-f-w-went-auxin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NjI-auxin-does-not-1-help-to-initiate-rooting-in-stem-cuttings-2-promote-female-flowers-in-cucumbers-3-prevent-fruit-and-leaf-drop-in-early-stages-4-promote-abscission-of-older-mature-leaves-and-fruits-1 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NjU-cytokinins-do-not-help-in-1-production-of-new-leaves-2-lateral-shoot-growth-3-adventitious-shoot-formation-4-promotion-of-apical-dominance-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3Njc-normally-when-the-seeds-are-mature-ethylene-production-increases-and-builds-up-within-the-fruit-resulting-in-a-climactic-event-that-means-1-a-sudden-spurt-of-growth-2-leaf-expansion-3-rise-in-respirat https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3Njk-which-pgr-stimulates-the-closure-of-stomata-in-the-epidermis-and-increases-the-tolerance-of-plants-to-various-kinds-of-stress-1-cytokinin-2-giberrellin-3-aba-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NzA-in-most-situations-which-pgr-acts-as-an-antagonist-to-gas-1-aba-2-ethylene-3-cytokinin-4-giberrellin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NzI-match-the-following-a-iaa-i-herring-sperm-dna-b-aba-ii-bolting-c-ethylene-iii-stomatal-closure-d-ga-iv-weed-free-lawns-e-cytokinins-v-ripening-of-fruits-options-a-b-c-d-e-1-iv-iii-v-ii-i-2-v-iii-iv-ii https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM4MDg-to-promote-stem-elongation-gibberellins-act-in-concert-with-1-auxins-2-cytokinins-3-ethylene-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM4MTA-the-removal-or-inactivation-of-which-of-the-following-will-lead-to-germination-of-many-types-of-dormant-seeds-1-aba-2-ethylene-3-cytokinins-4-gibberellins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2MjY4-consider-the-given-two-statements-i-removal-of-shoot-tips-is-widely-applied-in-hedge-making-and-tea-plantations-ii-removal-of-shoot-tips-usually-results-in-the-growth-of-lateral-buds-1-both-i-and-ii-a https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjcw-consider-the-given-two-statements-i-spraying-sugarcane-crop-with-gibberellins-increases-the-yield-by-as-much-as-20-tonnes-per-acre-ii-sugarcane-stores-carbohydrates-as-sugar-in-their-stems-and-sprayin https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjcy-all-the-following-statements-regarding-cytokinins-are-true-except-1-they-were-discovered-as-kinetin-a-modified-form-of-adenine-2-zeatin-was-isolated-from-corn-kernels-and-coconut-milk-3-kinetin-occurs https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjc0-which-gaseous-pgr-is-synthesised-in-large-amounts-by-tissues-undergoing-senescence-and-ripening-fruits-1-aba-2-iaa-3-ethylene-4-ga-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjc1-which-of-the-following-is-not-a-function-of-the-pgr-ethylene-1-vertical-growth-of-seedlings-2-swelling-of-axis-of-dicot-seedlings-3-apical-hook-formation-in-dicot-seedlings-4-fruit-ripening-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjc3-consider-the-given-two-statements-i-the-most-widely-used-compound-as-source-of-ethylene-is-ethephon-ii-ethephon-in-an-aqueous-solution-is-readily-absorbed-and-transported-within-the-plant-and-releases https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjc4-ethylene-does-not-1-induce-flowering-in-mango-2-hasten-fruit-ripening-in-tomatoes-and-apples-3-retard-abscission-of-flowers-and-fruits-in-cotton-cherry-and-walnut-4-promote-female-flowers-in-cucumbers https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NzE-the-site-of-perception-of-light-dark-duration-in-plants-is-1-root-apex-2-shoot-apex-3-flower-4-leaves-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM4MjQ-flowering-will-take-place-in-a-short-day-plant-only-when-1-days-are-shorter-than-nights-2-days-are-shorter-than-a-certain-critical-value-3-nights-are-shorter-than-a-certain-critical-value-4-nights-are https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjc5-in-certain-plants-flowering-is-either-quantitatively-or-qualitatively-dependent-on-exposure-to-low-temperature-this-phenomenon-is-termed-1-pseudo-dormancy-2-thermonasty-3-vernalisation-4-scarification https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjgx-consider-the-given-two-statements-i-winter-varieties-of-wheat-are-planted-in-autumn-ii-spring-varieties-of-wheat-are-planted-in-winters-1-both-i-and-ii-are-correct-2-both-i-and-ii-are-incorrect-3-i-is https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjgz-true-seed-dormancy-1-is-caused-by-conditions-within-the-seed-that-prevent-germination-under-normally-ideal-conditions-2-is-caused-by-unfavourable-environmental-conditions-3-is-seen-in-all-seeds-4-does https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjg0-chemical-inhibitors-present-in-dormant-seeds-may-include-all-the-following-except-1-abscisic-acid-2-phenolic-acids-3-para-ascorbic-acid-4-gibberellic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2Mjg1-seed-dormancy-can-be-overcome-by-all-the-following-methods-except-1-mechanical-abrasions-or-vigorous-shaking-2-microbial-action-3-subjecting-seeds-to-chilling-conditions-4-treating-seeds-with-abscisic https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDQ4MTQ5-plant-growth-is-considered-indeterminate-because-1-plants-stop-growing-after-reaching-a-certain-size-2-plants-have-a-fixed-number-of-cells-3-plants-can-grow-throughout-their-lifetime-due-to-meristemat https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTcxOTY1-in-geometric-growth-the-equation-w-w-e-is-used-where-r-represents-1-initial-size-2-final-size-3-relative-growth-rate-4-time-of-growth-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTI3NjQ3-consider-the-given-two-statements-statement-i-in-arithmetic-growth-after-mitotic-division-only-one-daughter-cell-continues-to-divide-while-the-other-differentiates-and-matures-statement-ii-in-geometri https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY3NzI4-the-irreversible-increase-in-dry-mass-of-a-plant-resulting-from-cell-division-and-cell-enlargement-is-defined-as-what-process-in-plant-physiology-1-photosynthesis-2-respiration-3-growth-4-transpiratio https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTU0Nzc2-in-cells-growth-is-primarily-brought-about-by-1-cell-division-only-2-cell-enlargement-only-3-both-cell-division-and-cell-enlargement-4-differentiation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY1NDI2-the-exponential-growth-of-an-organism-or-a-part-of-an-organism-can-be-expressed-as-w1-w0-ert-where-e-is-1-final-size-weight-height-number-etc-2-initial-size-at-the-beginning-of-the-period-3-growth-rat https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDQ2NzE4-how-is-growth-in-plants-different-from-growth-in-animals-1-plant-growth-is-determinate-while-animal-growth-is-indeterminate-2-plant-growth-is-generally-not-localized-to-specific-regions-while-animal-g https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTA1MDU1-in-an-idealized-sigmoid-s-shaped-growth-curve-which-of-the-following-phases-represents-the-period-of-maximum-exponential-growth-in-a-plant-1-lag-phase-where-initial-slow-growth-occurs-2-log-exponentia https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDAyMjY3-consider-the-two-statements-statement-i-plant-growth-and-development-is-intimately-linked-to-the-water-status-of-the-plant-statement-ii-the-plant-cells-grow-in-size-by-cell-enlargement-which-in-turn-r https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTA1ODY3-typical-growth-curve-in-plants-is-1-parabolic-2-sigmoid-3-linear-4-stair-steps-shaped-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTY1OTU2-at-extremely-low-water-potential-plant-growth-ceases-because-1-enzyme-activity-becomes-maximal-2-cell-wall-synthesis-accelerates-3-cell-turgidity-and-expansion-are-hindered-4-mitochondria-swell-excess https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTI2Mzc3-growth-of-pollen-tube-is-measured-in-terms-of-1-surface-area-2-cell-number-3-cell-size-4-length-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTExNTU5-what-type-of-growth-curve-is-typical-for-living-organisms-under-natural-conditions-1-linear-growth-curve-2-parabolic-curve-3-sigmoid-s-shaped-curve-4-exponential-curve-without-a-stationary-phase-1-2-3 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTcxOTY5-match-list-i-with-list-ii-list-i-phase-list-ii-characteristic-a-meristematic-phase-i-cell-enlargement-and-vacuolation-b-elongation-phase-ii-cells-attain-maximal-size-with-wall-thickening-c-maturation https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3NTM-the-growth-in-plants-can-be-best-expressed-as-refer-section-15-2-1-open-2-determinate-3-closed-4-redundant-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTQ5MDcx-match-list-i-with-list-ii-regarding-the-phases-of-plant-growth-and-the-corresponding-cellular-characteristics-observed-in-each-phase-list-i-growth-phase-list-ii-cellular-characteristics-a-meristematic https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTcxOTU5-in-arithmetic-growth-following-mitotic-cell-division-1-both-daughter-cells-continue-to-divide-2-both-daughter-cells-differentiate-immediately-3-neither-daughter-cell-divides-4-only-one-daughter-cell-c https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTA1ODUw-which-parameter-is-used-to-measure-the-growth-in-flat-organs-like-leaves-1-increase-in-dry-weight-2-increase-in-cell-size-3-increase-in-surface-area-4-increase-in-length-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTY2MzI2-consider-the-given-two-statements-statement-i-the-constantly-dividing-cells-both-at-the-root-apex-and-the-shoot-apex-represent-the-meristematic-phase-of-growth-statement-ii-the-cell-walls-of-the-cells https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTQ5MDY4-which-of-the-following-best-differentiates-true-growth-from-swelling-due-to-water-uptake-in-a-biological-context-1-both-involve-increase-in-size-and-are-considered-irreversible-2-swelling-of-wood-in-w https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTY1OTU0-during-the-log-phase-of-growth-curve-which-statement-is-correct-1-the-growth-rate-is-constant-2-growth-rate-increases-exponentially-with-time-3-the-rate-of-anabolism-equals-that-of-catabolism-4-there https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzIzMzAx-the-growth-of-a-root-elongating-at-a-constant-rate-will-be-represented-by-1-a-only-2-b-only-3-both-a-and-b-4-neither-a-nor-b-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTMzMjAw-dedifferentiation-in-plants-refers-to-1-the-process-where-differentiated-cells-regain-the-ability-to-divide-2-the-formation-of-specialised-tissues-from-meristems-3-the-loss-of-cellular-contents-during https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTE5NDU4-which-of-the-following-correctly-represents-examples-of-dedifferentiation-and-redifferentiation-in-plants-1-dedifferentiation-formation-of-interfascicular-cambium-and-cork-cambium-from-parenchyma-cell https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTk4Mjgw-interfascicular-cambium-and-cork-cambium-are-formed-due-to-1-cell-division-2-cell-differentiation-3-cell-dedifferentiation-4-redifferentiation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTExNTYy-what-term-describes-the-ability-of-plant-cells-to-regain-the-capacity-to-divide-after-differentiation-1-differentiation-2-dedifferentiation-3-redifferentiation-4-plasticity-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1ODg0-heterophyllous-development-due-to-environment-is-an-example-of-1-developmental-noise-2-norm-of-the-reaction-3-convergence-4-plasticity-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjEx-plants-follow-different-pathways-in-response-to-environment-or-phases-of-life-to-form-different-kinds-of-structures-this-ability-is-called-1-cryptobiosis-2-developmental-noise-3-plasticity-4-norm-of-t https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDU2MDIx-consider-the-given-two-statements-assertion-a-phenotypic-plasticity-is-more-important-for-plants-than-for-animals-reason-r-plants-are-sessile-and-cannot-move-away-from-environmental-stresses-which-nec https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTcwNTk4-the-ability-of-a-plant-to-form-different-structures-in-response-to-different-environments-is-called-plasticity-which-of-the-following-is-a-classic-example-of-this-phenomenon-1-a-sunflower-tracking-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ0Nzk0-due-to-environment-shapes-of-buttercup-leaves-differ-in-air-to-those-produced-in-water-this-is-an-example-of-1-totipotency-2-plasticity-3-differentiation-4-dedifferentiation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDAyMjY4-the-phenomenon-of-heterophylly-in-plants-is-an-example-of-1-pleiotropy-2-plasticity-3-convergence-4-saltation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY3NzM4-heterophylly-in-cotton-is-an-example-of-1-pleiotropy-2-phenotypic-plasticity-3-acclimatization-4-somatic-mutation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTI2MDE3-how-does-heterophylly-in-buttercup-demonstrate-phenotypic-plasticity-1-it-occurs-due-to-different-genotypes-in-different-environments-2-it-results-from-distinct-gene-mutations-in-different-individuals https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTMxODI4-how-does-the-heterophylly-observed-in-corriandrum-sativum-coriander-demonstrate-phenotypic-plasticity-1-the-plant-always-produces-the-same-leaf-shape-regardless-of-the-environment-2-the-plant-produces https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTYx-which-of-the-following-is-a-stress-hormone-in-plants-1-aba-2-ga3-3-cytokinin-4-auxins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDk5MDE5-the-discovery-of-gibberellins-was-linked-to-the-study-of-which-disease-in-rice-seedlings-1-blight-2-rust-3-bakanae-or-foolish-seedling-disease-4-wilt-disease-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTU3-the-most-widely-used-compound-as-source-of-ethylene-is-1-ethephon-2-etiope-3-ethyl-methyl-carbon-4-epitope-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTI0-auxins-was-first-isolated-from-1-human-serum-2-human-urine-3-human-stool-4-human-saliva-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTQ3-cytokinins-1-helps-to-produce-new-leaves-2-helps-to-produce-chloroplasts-in-leaves-3-lateral-shoot-growth-adventitious-shoot-formation-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTU5-ethephon-1-thinning-cotton-cherry-and-walnut-2-promotes-female-flowers-in-cucumber-3-hastens-the-fruit-ripening-in-tomatoes-and-apples-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTAy-plant-growth-promotor-is-not-1-auxins-2-gibberellins-3-cytokinins-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTE5-which-of-the-following-is-not-aba-1-inhibitor-b-2-abcission-ii-3-dormin-4-bakane-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTUz-respiratory-climactic-is-due-to-1-ethylene-2-aba-3-ga-4-auxins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTE0-e-kurosawa-1-reported-the-appearance-of-symptoms-of-the-disease-in-rice-seedlings-2-in-1926-3-used-sterile-filtrates-of-the-fungus-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTA1ODc3-2-4-d-is-an-effective-1-rodenticide-2-wormicide-3-fungicide-4-weedicide-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTE4-kinetin-term-was-used-for-by-1-cytokinins-darwin-2-cytokinin-skoog-and-miller-3-aba-darwin-4-aba-f-skoog-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY1MjI5-which-hormone-is-responsible-for-fruit-ripening-1-ethylene-2-auxin-3-ethyl-chloride-4-cytokinin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY3ODQw-consider-the-given-two-statements-assertion-a-ethylene-is-used-commercially-to-ripen-fruits-reason-r-ethylene-increases-the-rate-of-respiration-in-fruits-leading-to-faster-ripening-1-both-a-and-r-are https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDk5MDE3-which-of-the-following-synthetic-auxins-is-commonly-used-as-a-herbicide-to-selectively-kill-dicotyledonous-weeds-1-indole-3-acetic-acid-iaa-2-naphthalene-acetic-acid-naa-3-2-4-dichaaalorophenoxyacetic https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTU0Nzgz-match-the-hormone-with-its-physiological-effect-list-i-hormone-list-ii-effect-a-auxin-1-delay-senescence-b-cytokinin-2-apical-dominance-c-gibberellin-3-bolting-d-abscisic-acid-4-dormancy-codes-1-a-4-b https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTMyMTI2-during-water-stress-which-plant-growth-hormone-is-responsible-for-causing-the-closure-of-stomata-to-avoid-transpiration-water-loss-1-ethylene-2-auxins-3-aba-4-gibberellins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzkyNTI3-gibberellic-acid-which-was-the-first-gibberellin-to-be-structurally-characterized-is-1-ga1-2-ga2-3-ga3-4-ga4-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY3NzQx-which-process-describes-the-elongation-of-internodes-in-rosette-plants-enabling-them-to-form-a-tall-floral-axis-often-influenced-by-gibberellins-1-vernalisation-2-bolting-3-photoperiodism-4-thigmotrop https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTMz-which-of-the-following-is-not-correct-about-gibberellins-1-another-kind-of-promotors-pgr-2-there-are-more-than-100-gibberellins-3-found-in-fungi-and-higher-plants-4-the-first-and-most-intensively-stud https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY3NzQy-the-inhibition-of-lateral-bud-growth-by-the-apical-bud-due-to-the-production-of-auxins-is-known-as-1-apical-dominance-2-phototropism-3-vernalisation-4-bolting-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTA5-auxin-was-isolated-by-1-f-w-went-2-charles-darwin-3-francis-darwin-4-f-skoog-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTMw-parthenocarpy-in-tomatoes-is-induced-by-1-ga3-2-aba-3-auxin-4-cytokinins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDQ3MjA0-match-the-following-plant-growth-regulators-with-their-chemical-nature-column-i-column-ii-a-auxins-i-indone-compounds-b-gibberellins-ii-acidic-growth-hormone-c-ethylene-iii-gaseous-hormone-d-cytokinin https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTU0Nzgx-the-hormone-abscisic-acid-is-primarily-associated-with-1-cell-elongation-and-phototropism-2-breaking-seed-dormancy-3-stomatal-closure-during-water-stress-4-promotion-of-flowering-in-long-day-plants-1 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDgwNDM3-a-synthetic-known-as-2-4-d-is-used-as-a-selective-herbicide-1-auxin-2-gibberellin-3-cytokinin-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY1NjIw-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-pgr-column-ii-scientist-a-auxin-p-e-kurosawa-b-cytokinin-q-f-w-went-c-gibberellin-r-h-h-cou https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTUwMTEz-plant-growth-regulator-s-1-may-act-synergistically-or-antogonistically-2-are-intrinsic-intercellular-factor-3-are-simple-molecules-of-diverse-chemical-composition-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTQ5-which-of-the-following-hormones-is-synthesised-in-large-amounts-by-tissues-undergoing-senescence-and-ripening-fruits-1-ethylene-2-aba-3-auxins-4-ga3-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY1Mzg5-which-of-the-following-pgr-is-present-in-coconut-milk-which-is-used-in-tissue-culture-1-cytokinin-2-auxin-3-gibberellin-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTEx-this-picture-suggests-that-1-tip-of-the-coleorrhiza-is-the-source-of-auxin-2-tip-of-coleoptile-is-the-source-of-auxin-3-base-of-coleoptile-is-the-source-of-auxin-4-base-of-coleorrhiza-is-the-source-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTY1OTYz-ethylene-acts-as-both-a-growth-promoter-and-an-inhibitor-because-1-it-promotes-flowering-and-fruit-ripening-but-induces-senescence-and-abscission-as-well-2-it-inhibits-all-auxin-effects-in-every-tissu https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjAwODEy-match-the-following-concerning-the-activity-function-and-the-phytohormone-involved-a-fruit-ripener-i-abscisic-acid-b-herbicide-ii-ga-3-c-bolting-agent-iii-2-4-d-d-stress-hormone-iv-ethephon-select-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY3Nzcx-match-each-item-in-column-i-with-one-item-in-column-ii-and-select-the-best-match-from-the-codes-given-column-i-column-ii-a-auxin-p-promotes-cell-division-b-cytokinin-q-promotes-cell-elongation-c-absci https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTkzNzIw-match-the-following-columns-and-select-the-correct-option-a-iaa-i-herring-sperm-dna-b-aba-ii-bolting-c-ethylene-iii-stomatal-closure-d-ga-iv-weed-free-lawns-e-cytokinin-v-ripening-of-fruits-1-a-iv-b-i https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzkyNTMw-miller-and-his-co-workers-1954-isolated-and-purified-the-cell-division-substance-in-crystallised-form-from-autoclaved-herring-fish-sperm-dna-this-active-compound-was-a-1-cytokinin-2-gibberellin-3-inhi https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTI0NjUz-gibberellins-increase-sugarcane-yield-by-1-stimulating-chlorophyll-production-leading-to-higher-photosynthesis-2-directly-converting-starch-into-sucrose-in-the-leaves-3-accelerating-root-growth-leadin https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTM3-spraying-sugarcane-crop-with-gibberellins-increases-the-length-of-the-stem-and-increase-the-length-by-1-20-tonnes-per-km-2-20-tonnes-per-acre-3-40-tonnes-per-acre-4-40-tonnes-per-km-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzQwMjM-in-which-of-the-following-options-the-pgr-is-correctly-matched-with-its-two-functions-1-abscisc-acid-i-induce-immediate-stomatal-closure-in-leaves-ii-induce-rooting-is-a-twig-2-gibberellins-i-bolting https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDUwNjk2-match-the-following-plant-hormones-with-their-primary-functions-column-i-column-ii-1-cytokinins-a-stimulates-fruit-ripening-2-abscisic-acid-b-inhibits-shoot-growth-and-promotes-seed-dormancy-3-ethylen https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ5MTQ3-seed-dormancy-is-due-to-1-ethylene-2-abscisic-acid-3-iaa-4-starch-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTUx-ethylene-does-not-perform-1-promotes-senescence-and-abscission-of-plant-organs-especially-of-leaves-and-flowers-2-highly-effective-in-fruit-ripening-3-enhances-the-respiration-rate-during-ripening-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTIy-cousins-confirmed-the-release-of-a-volatile-substance-from-ripened-oranges-that-1-hastened-the-ripening-of-already-ripened-bananas-2-hastened-the-ripening-of-unripened-banana-3-slowed-the-ripening-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY3NjM2-the-pgr-used-to-speed-up-the-malting-process-in-brewing-industry-is-1-auxin-2-cytokinin-3-ethylene-4-gibberellin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTEw-find-the-wrong-match-1-f-w-went-oat-seedlings-2-charles-darwin-canary-grass-3-francis-darwin-canary-grass-4-e-kurosawa-orange-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTI3Nzk2-consider-the-following-statements-regarding-auxins-and-choose-the-correct-option-statement-i-auxins-like-indole-acetic-acid-iaa-and-indole-butyric-acid-iba-are-naturally-occurring-plant-hormones-isola https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDU2MDIz-consider-the-given-two-statements-assertion-a-the-antagonistic-interaction-between-aba-and-gibberellins-ensures-that-seed-germination-occurs-only-under-favorable-environmental-conditions-reason-r-in-s https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTI3Nzk3-which-of-the-following-statements-correctly-explains-the-role-of-ethylene-in-fruit-ripening-1-ethylene-inhibits-respiration-and-slows-down-the-ripening-process-2-ethylene-enhances-respiration-rate-lea https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTU0Nzg4-the-primary-site-of-auxin-production-in-plants-is-1-shoot-apices-and-young-leaves-2-mature-xylem-3-root-cap-4-phloem-companion-cells-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDI1MTM0-coconut-water-milk-contains-the-plant-growth-regulator-1-aba-2-auxin-3-cytokinin-4-gibberellin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTI4-in-most-higher-plants-the-growing-apical-bud-inhibits-the-growth-of-or-axillary-buds-a-phenomenon-called-1-lateral-lateral-dominance-2-lateral-apical-dominance-3-apical-lateral-dominance-4-apical-apic https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTExNTgw-how-does-ethylene-benefit-deep-water-rice-plants-1-it-inhibits-internode-elongation-2-it-promotes-internode-elongation-to-keep-the-shoot-above-water-3-it-suppresses-root-growth-and-petiole-elongation https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTk0MTM3-select-the-incorrect-statement-with-respect-to-plant-growth-regulators-1-2-4-d-2-4-dichlorophenoxyacetic-acid-is-a-synthetic-auxin-2-spraying-sugarcane-crop-with-gibberellins-increases-the-length-of-t https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzQzMTk-consider-the-following-statements-and-select-the-option-that-correctly-fill-in-the-blanks-a-is-used-to-induce-the-dormancy-of-buds-and-storage-organs-b-speed-up-the-malting-process-in-brewing-industry https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzEwMzMz-choose-the-correct-match-1-gibberellin-fruit-ripening-2-cytokinin-herbicides-3-ethylene-increases-female-flowers-in-cucumber-4-abscisic-acid-induce-sprouting-of-tuber-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTQw-gibberellins-does-not-promote-bolting-in-1-beet-2-cabbage-3-plants-with-rosette-habit-4-pineapple-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTU2-ethylene-is-not-involved-in-which-of-the-following-physiological-effect-1-initiate-flowering-and-for-synchronising-fruit-set-in-pineapples-2-induces-flowering-in-mango-3-the-most-widely-used-pgr-in-ag https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ5OTYy-assertion-a-tea-plants-are-decapitated-for-hedge-making-reason-r-removal-of-stem-tip-results-in-the-growth-of-lateral-buds-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTU1-sprouting-of-potato-helping-the-leaves-or-upper-parts-of-the-rice-shoot-to-remain-above-water-promotes-root-growth-and-root-hair-formation-and-helping-plants-to-increase-their-absorption-surface-which https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTA1MDY3-gibberellins-are-known-to-promote-which-of-the-following-processes-in-plants-1-bolting-in-rosette-plants-and-elongation-of-grape-stalks-2-seed-dormancy-and-bud-dormancy-3-senescence-of-leaves-and-inhi https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDgwNDMz-when-you-prune-shrubs-to-make-them-bushier-that-is-to-prevent-apical-dominance-you-are-affecting-the-distribution-and-action-of-which-plant-hormone-1-auxin-2-jasmonic-acid-3-systemin-4-ethylene-1-2-3 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTcxOTYw-the-gaseous-plant-growth-regulator-that-promotes-fruit-ripening-and-is-produced-in-large-amounts-by-tissues-undergoing-senescence-is-1-auxin-2-gibberellin-3-ethylene-4-abscisic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQxMTU3-aba-1-plays-an-important-role-in-seed-development-maturation-and-dormancy-2-by-inducing-dormancy-helps-the-seeds-to-withstand-desiccation-and-other-factors-unfavorable-for-growth-3-both-1-and-2-4-acts https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTE3-cytokinesis-promoting-substance-was-crystallised-by-1-skoog-and-darwin-2-skoog-and-miller-3-kurosawa-4-cousins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTM1-which-of-the-following-is-not-a-physiological-effect-of-gibberellins-1-increase-in-the-length-of-the-grape-stalks-2-they-cause-fruits-like-apple-to-elongate-and-improve-it-s-shape-3-they-also-delay-se https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjIy-consider-the-given-two-statements-statement-i-auxins-was-first-isolated-from-human-urine-statement-ii-auxins-are-generally-produced-by-the-growing-apices-of-the-stems-and-roots-from-where-they-migrate https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTk0Mjc3-identify-the-option-having-correct-match-of-hormones-with-their-respective-function-a-apical-dominance-b-xylem-differentiation-c-increased-malt-yield-d-delayed-ripening-1-a-and-c-cytokinin-2-b-and-c-g https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTQ4-cytokinin-which-of-the-following-is-not-correct-1-help-to-overcome-apical-dominance-2-they-promote-nutrient-mobilisation-and-helps-in-the-delay-of-leaf-senescence-3-lateral-shoot-growth-4-formation-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzIzMzE0-in-the-internodal-segments-of-tobacco-stems-the-callus-is-actually-1-an-undifferentiated-cell-2-a-mass-of-differentiated-cell-3-a-mass-of-undifferentiated-cell-4-a-differentiated-cell-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTAw-in-the-living-plant-body-the-pgrs-can-be-broadly-divided-into-two-groups-this-classification-is-actually-based-on-1-function-2-structure-3-metabolism-4-kinetin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTA1ODYz-match-the-following-column-i-column-ii-a-auxin-i-root-hair-formation-b-cytokinin-ii-seed-development-c-ethylene-iii-xylem-differentiation-d-aba-iv-nutrient-mobilisation-1-a-iv-b-ii-c-iii-d-i-2-a-ii-b https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTA4-is-the-site-of-transmittable-influence-that-caused-the-bending-of-the-entire-1-coleorrhiza-2-coleoptile-3-auxin-4-scutellum-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1ODk2-n6-furfurylamino-purine-and-kinetin-are-derivative-of-1-indol-compounds-2-adenine-3-carotenoids-4-terpenes-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY3Nzgy-consider-the-given-two-statements-statement-i-cytokinins-delay-the-aging-of-leaves-statement-ii-ethylene-promotes-senescence-in-leaves-1-statement-i-is-correct-statement-ii-is-correct-2-statement-i-is https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTYwNzEx-what-would-be-expected-to-happen-if-you-cut-the-shoot-tips-of-tea-1-inhibition-of-lateral-growth-2-growth-of-lateral-buds-3-promotion-of-horizontal-growth-male-flowers-4-inhibition-of-flowering-1-2-3 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3Mjc-what-causes-a-green-plant-exposed-to-the-light-on-only-one-side-to-bend-toward-the-source-of-light-as-it-grows-1-green-plants-need-light-to-perform-photosynthesis-2-green-plants-seek-light-because-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTExNTgx-how-does-abscisic-acid-aba-affect-seed-dormancy-1-it-breaks-dormancy-and-promotes-germination-2-it-inhibits-seed-dormancy-ensuring-rapid-sprouting-3-it-induces-dormancy-enabling-seeds-to-withstand-des https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzI3MTg4-it-takes-very-long-time-for-pineapple-plants-to-produce-flowers-which-combination-of-hormones-can-be-applied-to-artificially-induce-flowering-in-pineapple-plants-throughout-the-year-to-increase-yield https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTYwODU2-assertion-a-ethylene-helps-the-plants-to-increase-their-absorption-surface-reason-r-it-promotes-root-growth-and-root-hair-formation-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTM5-early-seed-production-in-can-be-done-by-gas-1-pineapple-2-grapes-3-tomatoes-4-conifers-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTUw-influences-of-ethylene-in-plants-do-not-include-1-horizontal-growth-of-seedlings-2-swelling-of-the-axis-3-apical-hook-formation-in-dicot-seedlings-4-lateral-shoot-growth-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTU1OTU0-the-function-which-is-not-performed-by-ethylene-is-1-breaking-of-seed-and-bud-dormancy-2-initiates-germination-in-peanut-seeds-3-improving-the-internode-length-of-sugarcane-4-promotes-rapid-internode https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjE3MDYz-which-one-of-the-following-pairs-is-not-correctly-matched-1-iaa-cell-wall-elongation-2-abscissic-acid-stomatal-closure-3-gibberellic-acid-leaf-fall-4-cytokinin-cell-division-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246MzA4MDM-the-growth-of-a-root-elongating-at-a-constant-rate-will-be-represented-by-1-a-only-2-b-only-3-both-a-and-b-4-neither-a-nor-b-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjIzNjM-consider-the-following-statements-regarding-growth-in-plants-i-cell-enlargement-requires-water-ii-oxygen-helps-in-releasing-metabolic-energy-for-growth-activities-iii-nutrients-are-required-for-synthe https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjMxNTA5-growth-can-be-measured-in-various-ways-which-of-these-can-be-used-as-parameters-to-measure-growth-1-increase-in-cell-number-2-increase-in-cell-size-3-increase-in-length-and-weight-4-all-of-these-1-2-3 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjMxNTA4-apples-are-generally-wrapped-in-waxed-paper-to-1-prevent-sunlight-for-changing-its-colour-2-prevent-aerobic-respiration-by-checking-the-entry-of-oxygen-3-prevent-ethylene-formation-due-to-injury-4-mak https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjMxNTEw-plasticity-in-plant-growth-means-that-1-plant-roots-are-extensible-2-plant-development-is-dependent-on-the-environment-3-stems-can-extend-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NzQ3NTM-the-phytohormone-which-was-first-isolated-from-human-urine-shows-a-bolting-effect-b-apical-dominance-c-control-of-xylem-differentiation-d-promote-leaf-senescence-e-ripening-of-fruit-f-initiation-of-ro https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTk0NTgx-which-of-the-given-hormones-is-used-to-produce-parthenocarpic-or-seedless-banana-and-tomatoes-1-auxin-2-cytokinin-3-abscisic-acid-4-kinetin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTMwNjk5-in-a-flowering-plant-if-auxins-are-not-synthesizing-then-effects-which-would-most-probably-be-seen-in-this-plant-are-i-dropping-of-fruits-at-early-stage-ii-inhibition-in-the-growth-of-lateral-buds-iii https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTE4MDI-in-which-of-the-following-options-the-pgr-is-correctly-matched-with-its-two-functions-1-abscisc-acid-i-induce-immediate-stomatal-closure-in-leaves-ii-induce-rooting-is-a-twig-2-gibberellins-i-bolting https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjMxNTEx-to-increase-sugar-production-in-sugarcanes-they-are-sprayed-with-1-iaa-2-cytokinin-3-gibberellin-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTMxMDQ4-select-the-correct-match-1-auxin-promote-seed-dormancy-2-cytokinin-overcoming-apical-dominance-3-ethylene-bolting-in-beet-4-ga3-thinning-of-cherry-and-walnut-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246ODkyNDk-you-are-given-a-tissue-with-its-potential-for-differentiation-in-an-artificial-culture-which-of-the-following-pairs-of-hormones-would-you-add-to-the-medium-to-secure-shoots-as-well-as-roots-1-iaa-and https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTYwMDI4-kinetin-cytokinin-was-first-discovered-as-a-breakdown-products-of-1-dna-2-t-rna-3-spindle-fibres-4-m-rna-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjMxNTA0-coconut-water-contains-1-aba-2-auxin-3-cytokinin-4-gibberellin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjMxNTA1-the-effect-of-apical-dominance-can-be-overcome-by-which-of-the-following-hormone-1-iaa-2-ethylene-3-gibberellin-4-cytokinin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTI1Mjk4-ethephon-hastens-the-fruit-ripening-in-tomatoes-and-apple-and-accelerates-abscission-in-flowers-and-fruits-above-statement-indicates-that-ethephon-must-release-1-aba-2-c2h4-3-iaa-4-ga7-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTc0OTk0-match-the-following-column-a-column-b-i-auxin-a-brewing-industry-ii-gibbrelic-acid-b-xylem-differentiation-iii-cytokinin-c-fruit-ripening-iv-ethylene-d-overcome-apical-dominance-1-i-b-ii-a-iii-d-iv-c https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTYwMTI4-thinning-of-cotton-and-promotion-of-femaleness-in-cucumber-are-physiological-effects-of-pgr-which-1-helps-of-withstand-desiccation-conditions-and-is-antagonistic-to-gas-2-increases-the-market-period-o https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTczNTIz-plant-growth-regulator-which-promotes-senescence-and-abscission-of-plant-organs-is-also-related-to-which-of-the-following-physiological-effects-1-thinning-of-cotton-cherry-and-walnut-2-overcome-apical https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTE0ODUy-a-hormone-is-most-widely-used-pgr-in-agriculture-b-hormone-is-related-with-richmond-lang-effect-a-b-1-auxin-ck-2-auxin-ga-3-ethylene-ck-4-aba-ck-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTI2MDIw-the-phytohormone-which-promotes-rapid-internode-elongation-in-deep-water-rice-plant-is-1-gibberellins-2-ethylene-3-auxin-4-cytokinin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjMxNTAz-ethylene-is-used-for-1-retarding-ripening-of-tomatoes-2-the-hastening-of-ripening-of-fruits-3-slowing-down-the-ripening-of-apples-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjMxNTEy-aba-acts-as-antagonistic-to-1-ethylene-2-cytokinin-3-gibberellic-acid-4-iaa-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjMxNTA3-the-term-synergistic-action-of-hormones-refers-to-1-when-two-hormones-act-together-but-bring-about-opposite-effects-2-when-two-hormones-act-together-and-contribute-to-the-same-function-3-when-one-horm https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTkyODg2-match-list-i-with-list-ii-list-i-growth-regulator-list-ii-function-effect-a-2-4-d-i-brewing-industry-b-ga-3-ii-stimulation-of-stomatal-closure-c-kinetin-iii-herbicide-d-aba-iv-nutrient-mobilisation-ch https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTkyODcx-heterophyllous-development-in-response-to-environment-is-an-example-of-which-of-the-following-phenomena-1-dedifferentiation-2-elasticity-3-redifferentiation-4-plasticity-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTk4Mjkz-length-of-the-stem-at-time-0-is-20-cm-the-arithmetic-growth-rate-is-30-cm-per-day-what-is-the-length-of-the-stem-at-the-end-of-the-7th-day-1-460-cm-2-50-cm-3-170-cm-4-230-cm-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTk4Mjc3-which-of-the-following-plant-growth-regulators-is-used-as-herbicide-1-gibberellin-2-2-4-d-3-kinetin-4-abscisic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTk4Mjcz-which-of-the-following-plant-growth-regulators-promotes-internode-elongation-prior-to-flowering-in-cabbage-1-ethephon-2-abscisic-acid-3-gibberellin-4-indole-butyric-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTM1Mjc5-which-one-of-the-following-phytohormones-promotes-nutrient-mobilization-which-helps-in-the-delay-of-leaf-senescence-in-plants-1-gibberellin-2-cytokinin-3-ethylene-4-abscisic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTM1MjI0-read-the-following-statements-on-plant-growth-and-development-a-parthenocarpy-can-be-induced-by-auxins-b-plant-growth-regulators-can-be-involved-in-promotion-as-well-as-inhibition-of-growth-c-dediffer https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY4NjIw-f-skoog-observed-that-callus-proliferated-from-the-internodal-segments-of-tobacco-stem-when-auxin-was-supplied-with-one-of-the-following-except-1-extract-of-vascular-tissues-2-coconut-milk-3-abscisic https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY4NjMw-match-list-i-with-list-ii-list-i-list-ii-a-abscisic-acid-i-promotes-female-flowers-in-cucumber-b-ethylene-ii-helps-seeds-to-withstand-desiccation-c-gibberellin-iii-helps-in-nutrient-mobilisation-d-cyt https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY4NjI0-given-below-are-some-statements-about-plant-growth-regulators-a-all-gas-are-acidic-in-nature-b-auxins-are-antagonists-to-gas-c-zeatin-was-isolated-from-coconut-milk-d-ethylene-induces-flowering-in-man https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjQ1MDA0-who-coined-the-term-kinetin-1-skoog-and-miller-2-darwin-3-went-4-kurosawa-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjQ1MDA2-match-the-following-concerning-the-activity-function-and-the-phytohormone-involved-column-i-column-ii-a-fruit-ripener-i-abscisic-acid-b-herbicide-ii-ga-3-c-bolting-agent-iii-2-4-d-d-stress-hormone-iv https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246ODk0MDY-fruit-and-leaf-drop-at-early-stages-can-be-prevented-by-the-application-of-1-ethylene-2-auxins-3-gibberellic-acid-4-cytokinins-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTEzNTg-which-one-of-the-following-growth-regulators-is-known-as-the-stress-hormone-1-abscisic-acid-2-ethylene-3-ga3-4-indole-acetic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjUwOTU2-vernalisation-stimulates-flowering-in-1-turmeric-2-carrot-3-ginger-4-zaminkand-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjUwOTYz-which-one-of-the-following-generally-acts-as-an-antagonist-to-gibberellins-1-ethylene-2-aba-3-iaa-4-zeatin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjUxMjE2-one-of-the-commonly-used-plant-growth-hormone-in-tea-plantations-is-1-abscisic-acid-2-zeatin-3-indole-3-acetic-acid-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjUxMjE3-root-development-is-promoted-by-1-auxin-2-gibberellin-3-ethylene-4-abscisic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTM0MjY-one-of-the-synthetic-auxin-is-1-naa-2-iaa-3-ga-4-iba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTM0NDI-which-one-of-the-following-acids-is-a-derivative-of-carotenoids-1-indole-butyric-acid-2-indole-3-acetic-acid-3-gibberellic-acid-4-abscisic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTM3ODM-foolish-seedling-disease-of-rice-led-to-the-discovery-of-1-ga-2-aba-3-2-4-d-4-iaa-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTM4NTM-which-one-of-the-following-pairs-is-not-correctly-matched-1-abscisic-acid-stomatal-closure-2-gibberellic-acid-leaves-fall-3-cytokinin-cell-division-4-iaa-cell-wall-elongation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY0OTIx-the-maximum-growth-rate-occurs-in-1-senescent-phase-2-lag-phase-3-exponential-phase-4-stationary-phase-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY0OTY0-cell-elongation-in-internodal-regions-of-the-green-plants-takes-place-due-to-1-cytokinins-2-gibberellins-3-ethylene-4-indole-acetic-acid-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY2MTc0-coconut-milk-factor-is-1-an-auxin-2-a-gibberellin-3-abscisic-acid-4-cytokinin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY1NTM3-seed-dormancy-is-due-to-1-ethylene-2-abscisic-acid-3-iaa-4-starch-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY1MjI4-if-the-apical-bud-has-been-removed-then-we-observe-1-more-lateral-branches-2-more-axillary-buds-3-plant-growth-stops-4-flowering-stops-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY0NDE5-what-is-necessary-for-ripening-of-fruits-1-80-of-ethylene-2-abscisic-acid-3-2-4-d-4-a-m-o-16-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY0NDY1-effect-of-light-and-dark-rhythm-on-plants-is-known-as-1-photonasty-2-phototropism-3-photoperiodism-4-photomorphogenesis-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjMwOTgy-interfascicular-cambium-and-cork-cambium-are-formed-due-to-1-cell-division-2-cell-differentiation-3-cell-dedifferentiation-4-redifferentiation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTYwODY3-a-breaking-of-seed-dormancy-by-giving-cold-treatment-to-seedling-in-presence-of-air-is-vernalisation-b-vernalisation-increases-vegetative-growth-period-to-bring-early-flowering-1-if-both-assertion-rea https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTYwODgw-assertion-a-ethephon-hastens-fruit-ripening-in-tomatoes-reason-r-ethephon-releases-ethylene-readily-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-b https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTYwODkz-assertion-a-in-coriander-the-leaves-of-juvenile-plants-are-different-in-shape-from-those-in-mature-plants-reason-r-it-shows-environmental-plasticity-choices-for-assertions-and-reasons-1-both-a-and-r-a https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTYwODk2-assertion-a-promotion-of-flowering-by-a-period-of-low-temperature-is-called-vernalisation-reason-r-vernalisation-prevents-precocious-reproductive-development-1-both-a-and-reason-are-true-and-r-is-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTYwOTAx-assertion-a-2-4-d-is-widely-used-as-an-herbicide-reason-r-it-is-used-to-kill-mature-monocotyledonous-plants-1-both-a-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-r-are-true-but-r-is-not-t https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTI2MzUz-which-one-of-the-following-pairs-is-not-correctly-matched-1-iaa-cell-wall-elongation-2-abscisic-acid-stomatal-closure-3-gibberellic-acid-leaf-fall-4-cytokinin-cell-division-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246NjM3Mzg-which-one-of-the-following-pairs-is-not-correctly-matched-1-abscisic-acid-stomatal-closure-2-gibberellic-acid-leaf-fall-3-cytokinin-cell-division-4-iaa-cell-wall-elongation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ0MDkx-match-list-i-with-list-ii-list-i-list-ii-a-abscisic-acid-i-induce-parthenocarpy-b-gibberellin-ii-delay-senescence-c-auxin-iii-regulates-dormancy-d-ethylene-iv-promotes-root-growth-choose-the-correct-a https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTgyMjk0-consider-the-following-statements-i-in-low-concentrations-auxin-can-inhibit-ethylene-formation-and-transport-of-precursor-in-plants-ii-high-concentrations-of-auxin-can-induce-the-synthesis-of-ethylene https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTgyMzAx-consider-the-following-statements-regarding-the-synthesis-and-distribution-of-auxins-i-auxins-are-made-continuously-in-the-shoot-apex-and-young-leaves-ii-it-moves-away-from-the-tip-and-its-movement-is https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTgyMzUz-consider-the-following-statements-regarding-a-certain-plant-growth-regulator-i-they-are-a-class-of-plant-growth-substances-that-promote-cell-division-ii-they-are-primarily-involved-in-cell-growth-diff https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTgyNTA1-consider-the-following-statements-i-growth-in-plants-occurs-by-cell-division-and-cell-enlargement-followed-by-cell-differentiation-ii-growth-in-plants-is-generally-limited-to-regions-of-growing-points https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTgyNTMw-consider-the-following-statements-regarding-phytochrome-i-pr-is-metabolically-inactive-and-absorbs-red-light-660nm-on-absorption-of-light-it-gets-converted-into-a-metabolically-active-pfr-ii-pfr-conve https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTgyNjEx-consider-the-following-statements-i-they-flower-when-the-day-length-is-less-than-a-certain-critical-length-if-these-plants-are-exposed-to-day-lengths-in-excess-of-this-critical-point-they-continue-gro https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTgyNjEy-consider-the-following-statements-i-the-phytochrome-mediated-response-to-photoperiod-occurs-in-the-leaves-ii-flowering-occurs-in-the-apical-meristems-iii-a-signal-called-florigen-connects-the-two-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTgyNjE1-consider-the-following-statements-i-the-process-of-cold-treatment-that-hastens-floweringis-called-vernalisaion-thus-artificial-cold-treatmentof-germinating-winter-wheat-seeds-could-induce-flowering-if https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzA5OTc1-read-the-following-statements-and-choose-the-correct-option-statement-a-cytokinin-isolated-from-unripe-maize-grains-is-known-as-zeatin-statement-b-cytokinin-delays-senescence-1-only-a-is-correct-2-onl https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MTc1MDA3-two-leaves-with-respective-growth-are-depicted-below-consider-a-and-b-or-final-size-after-growth-which-of-following-statement-explain-the-above-situation-appropriately-1-relative-growth-rate-of-a-is-t https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYxNzA2-assertion-a-r-is-the-relative-growth-rate-in-plants-but-cannot-be-used-to-calculate-efficiency-index-reason-r-the-final-size-of-w1-depends-on-the-initial-size-w0-during-plant-growth-choices-for-assert https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzYxNzA3-assertion-a-flowering-in-certain-plants-depends-on-the-relative-durations-of-light-and-dark-periods-reason-r-flowering-in-ldp-needs-only-the-duration-of-light-period-choices-for-assertions-and-reasons https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTEwNDI-auxin-can-be-bioassayed-by-1-avena-coleoptiles-curvature-2-hydroponics-3-ptometer-4-lettuce-hypocotyl-elongation-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTExMjU-what-causes-a-green-plant-exposed-to-the-light-on-only-one-side-to-bend-toward-the-source-of-light-as-it-grows-1-green-plants-need-light-to-perform-photosynthesis-2-green-plants-seek-light-because-the https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTEzNTU-a-few-normal-seedlings-of-a-tomato-were-kept-in-a-dark-room-after-a-few-days-they-were-found-to-have-become-white-coloured-like-albinos-which-of-the-following-terms-will-you-use-to-describe-them-1-mut https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTEzNDI-dr-f-went-noted-that-if-coleoptile-tips-were-removed-and-placed-on-agar-for-one-hour-the-agar-would-produce-a-bending-when-placed-on-one-side-of-freshly-cut-coleoptile-stumps-what-is-the-significance https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTIwMjk-during-seed-germination-its-stored-food-is-mobilized-by-1-cytokinin-2-aba-3-gibberellin-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjUwOTM2-through-their-effect-on-plant-growth-regulators-what-do-the-temperature-and-light-control-in-the-plants-1-flowering-2-closure-of-stomata-3-fruit-elongation-4-apical-dominance-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTI5MDE-coiling-of-garden-pea-tendrils-around-any-support-is-an-example-of-1-thigmotaxis-2-thigmonasty-3-thigmotropism-4-thermotaxis-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTI4ODU-photoperiodism-was-first-characterized-in-1-tobacco-2-potato-3-tomato-4-cotton-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTI4NTM-phototropic-curvature-is-the-result-of-uneven-distribution-of-1-gibberellin-2-phytochrome-3-cytokinins-4-auxin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTM1MTU-senescence-as-an-active-developmental-cellular-process-in-the-growth-and-functioning-of-a-flowering-plant-is-indicated-in-1-vessels-and-tracheid-differentiation-2-leaf-abscission-3-annual-plants-4-flo https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTM3OTA-importance-of-day-length-in-the-flowering-of-plants-was-first-shown-in-1-lemma-2-tobacco-3-cotton-4-petunia-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTM3NjE-the-wavelength-of-light-absorbed-by-pr-form-of-phytochrome-is-1-640-nm-2-680-nm-3-720-nm-4-620-nm-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTM3MDk-the-opening-of-floral-buds-into-flowers-is-a-type-of-1-autonomic-movement-of-locomotion-2-autonomic-movement-of-variation-3-paratonic-movement-of-growth-4-autonomic-movement-of-growth-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTQwNzk-treatment-of-seed-at-low-temperature-under-moist-conditions-to-break-its-dormancy-is-called-1-sacrification-2-vernalization-3-chelation-4-stratification-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-pb246OTQwNjU-how-does-pruning-help-in-making-the-hedge-dense-1-it-includes-the-differentiation-of-new-shoots-from-the-rootstock-2-it-frees-axillary-buds-from-apical-dominance-3-the-apical-shoot-grows-faster-after https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY0NDIw-which-of-the-following-induces-morphogenesis-in-tissue-culture-1-gibberellin-2-cytokinin-3-iaa-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY0NDIx-which-weedicide-can-defoliate-the-complete-forest-1-2-4-d-2-amo-1618-3-mh-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY0NDI1-agent-orange-is-1-biodegradable-insecticide-2-di-auxin-2-4-d-and-2-4-5-t-weedicide-3-biofertilizer-4-biopesticide-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY0NDcw-growth-of-leaf-primordia-is-1-first-apical-then-marginal-2-only-apical-3-only-marginal-4-lateral-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY1MDYy-what-is-a-phytotron-1-a-device-to-grow-the-plants-in-a-controlled-environment-2-growing-plants-in-greenhouse-3-radiation-chamber-to-induce-the-mutations-4-apparatus-to-study-the-effect-of-light-on-pla https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY1MDY0-exponential-growth-is-shown-by-1-unicellular-forms-2-a-cell-in-tissue-culture-3-embryo-4-multicellular-plants-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY1MjQ4-geocarpic-fruits-are-1-carrot-2-radish-3-ground-nut-4-turnip-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY1MjY0-by-which-action-a-seed-coat-becomes-permeable-to-water-1-scarification-2-stratification-3-vernalization-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY2ODQx-what-breaks-the-dormancy-of-potato-tuber-1-gibberellin-2-iaa-3-aba-4-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY2ODQy-the-hormone-responsible-for-senescence-1-aba-2-auxin-3-ga-4-cytokinin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY2ODQz-which-of-the-following-prevents-the-fall-of-fruits-1-ga-3-2-naa-3-ethylene-4-zeatin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY2ODQ3-which-plant-is-ldp-1-tobacco-2-glycine-max-3-mirabilis-jalapa-4-spinach-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY2ODcx-the-proteinaceous-pigment-which-controls-the-activities-concerned-with-light-1-phytochrome-2-chlorophyll-3-anthocyanin-4-carotenoids-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY1NTE5-which-pigment-absorbs-the-red-and-far-red-light-1-cytochrome-2-phytochrome-3-carotenoids-4-chlorophyll-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY1NTQw-geocarpic-fruit-is-1-potato-2-peanut-3-onion-4-garlic-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY2MTQy-differentiation-of-shoot-is-controlled-by-1-high-auxin-cytokinin-ratio-2-high-cytokinin-auxin-ratio-3-high-gibberellin-auxin-ratio-4-high-gibberellin-cytokinin-ratio-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY2MTU0-nicotiana-sylvestris-flowers-only-during-long-days-and-n-tabacum-flowers-only-during-short-days-if-raised-in-the-laboratory-under-different-photoperiods-they-can-be-induced-to-flower-at-the-same-time https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MjY0ODk2-one-set-of-a-plant-was-grown-at-12-hours-day-and-12-hours-night-period-cycles-and-it-flowered-while-in-the-other-set-the-night-phase-was-interrupted-by-a-flash-of-light-and-it-did-not-produce-a-flower https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzY5NTg3-which-of-the-following-elements-for-growth-directly-aids-in-increasing-the-plant-size-1-temperature-2-gravity-3-water-4-light-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjEz-intracellular-factors-involved-in-the-control-of-growth-and-development-in-plants-will-be-1-chemicals-such-as-plant-growth-regulators-2-physical-factors-like-light-temperature-and-oxygen-3-water-4-gen https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTA1MDUz-consider-the-given-two-statements-statement-i-differentiation-in-plant-cells-is-an-irreversible-process-under-normal-condition-where-cells-acquire-specific-structures-to-perform-specialized-functions https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDQyMzYy-which-of-the-following-correctly-pairs-the-process-with-an-example-a-differentiation-the-formation-of-xylem-and-phloem-from-meristematic-tissue-b-dedifferentiation-formation-of-secondary-xylem-1-only https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTI0MTk4-redifferentiation-in-plants-refers-to-1-meristematic-cells-developing-into-specialized-tissues-2-xylem-cells-undergoing-dedifferentiation-to-form-cambium-3-fully-mature-tissues-losing-their-ability-to https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzQ2MjY1-consider-the-given-two-statements-i-differentiation-in-plants-is-open-ii-cells-tissues-arising-out-of-the-same-meristem-have-different-structures-at-maturity-1-both-i-and-ii-are-correct-and-ii-explain https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzMzMTAz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-spraying-sugarcane-crops-with-gibberellins-increase-the-yield-by-as-much-as-20-tonnes-pe https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzIzNDk1-in-most-seeds-the-ratio-of-which-of-the-following-pair-of-pgrs-determines-whether-the-embryo-remains-dormant-or-germinates-1-aba-and-ga2-auxin-and-cytokinin-3-auxin-and-ga4-aba-and-cytokinin-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDUwNzI2-consider-the-given-two-statements-assertion-a-auxins-promote-stem-elongation-and-inhibit-growth-of-lateral-buds-reason-r-auxins-are-transported-unidirectionally-from-the-stem-apex-downwards-1-both-a-a https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDQ3NzE3-match-the-following-plant-growth-regulators-with-their-functions-as-given-in-ncert-column-a-column-b-1-auxins-a-stimulate-cell-division-and-growth-of-lateral-buds-2-cytokinins-b-promote-stem-elongatio https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDM4MDQ5-which-plant-growth-regulator-is-critical-in-breaking-seed-and-bud-dormancy-in-flowering-plants-1-ga-2-cytokinin-3-ethylene-4-aba-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDMzMzYz-which-plant-growth-regulators-respectively-prevent-and-promote-leaf-abscission-in-plants-1-auxin-and-ethylene-2-auxin-and-abscisic-acid-3-gibberellin-and-cytokinin-4-abscisic-acid-and-ethylene-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzkyNTI2-consider-the-given-two-statements-assertion-a-synthetic-auxin-herbicides-including-2-4-dichlorophenoxyacetic-acid-2-4-d-have-been-developed-and-used-for-broadleaf-weed-control-reason-r-auxins-are-toxi https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjM4-influences-of-ethylene-on-dicot-plants-include-i-vertical-growth-of-seedlings-ii-thinning-of-the-axis-iii-apical-hook-formation-1-only-i-and-ii-2-only-iii-3-only-ii-and-iii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246MzgyMjIw-f-skoog-and-his-co-workers-observed-that-from-the-internodal-segments-of-tobacco-stems-the-callus-proliferated-only-if-extracts-of-vascular-tissues-or-yeast-extract-or-coconut-milk-or-dna-supplements https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTI0MTk5-ethylene-exhibits-its-characteristic-triple-response-in-seedlings-which-includes-1-inhibition-of-stem-elongation-thickening-of-the-stem-and-horizontal-growth-2-increased-leaf-expansion-root-elongation https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NTI0MDk3-given-below-are-two-statements-statement-i-cytokinins-help-to-initiate-rooting-in-stem-cuttings-during-plant-propagation-statement-ii-in-most-cases-aba-acts-as-a-synergist-to-gibberellins-in-light-of https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY3ODMz-consider-the-given-two-statements-assertion-a-cytokinins-are-synthesized-in-roots-and-transported-to-other-parts-of-the-plant-reason-r-cytokinins-promote-cell-division-and-differentiation-1-both-a-and https://medminds.me/qbank/botany/plant-growth-and-development/?q=NP-b246NDY3ODI3-consider-the-given-two-statements-assertion-a-ethylene-promotes-fruit-ripening-reason-r-ethylene-is-a-gaseous-hormone-that-influences-various-aspects-of-plant-development-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/plant-kingdom/?q=NP-Rpb246ODgwOQ-the-pyrenoids-are-made-up-of-1-proteinaceous-centre-and-starchy-sheath-2-core-of-protein-surrounded-by-fatty-sheath-3-core-of-starch-surrounded-by-sheath-of-protein-4-core-of-nucleic-acid-surrounded-b https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjUyNjM-consider-the-following-features-i-chlorophyll-a-and-chlorophyll-c-ii-fucoxanthin-iii-floridean-starch-iv-flagella-2-in-number-unequal-and-lateral-which-of-these-are-seen-in-phaeophyceae-1-i-ii-iii-2-i https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjUyNjQ-the-endosperm-of-a-gymnosperm-develops-fertilization-whereas-the-endosperm-of-an-angiosperm-develops-fertilization-1-before-before-2-after-after-3-after-before-4-before-after-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjUyNzE-in-pinus-i-the-stem-is-branched-ii-roots-have-fungal-association-in-the-form-of-mycorrhiza-iii-the-male-and-female-strobili-are-borne-on-different-trees-of-the-above-statements-1-only-i-is-correct-2-o https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NTU-identify-the-incorrect-statement-1-the-earliest-systems-of-classification-used-only-gross-superficial-morphological-characters-2-linnaeus-classification-of-plants-was-a-natural-classification-as-it-wa https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NTY-identify-the-incorrect-statement-1-numerical-taxonomy-is-based-on-all-observable-characteristics-2-more-weightage-is-given-to-reproductive-characters-and-all-other-characters-are-given-equal-importanc https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NTc-match-each-term-with-its-definition-and-choose-your-answer-from-the-codes-given-i-isogamy-1-the-union-of-two-gametes-ii-syngamy-2-two-gametes-one-larger-than-the-other-iii-heterogamy-3-two-kinds-of-ga https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NTg-identify-the-incorrectly-matched-pair-1-chlamydomonas-microscopic-unicellular-algae-2-volvox-colonial-algae-3-ulothrix-filamentous-algae-4-fucus-isogamous-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NTk-identify-the-incorrect-statement-regarding-algae-1-at-least-a-half-of-the-total-carbon-dioxide-fixation-on-earth-is-carried-out-by-algae-through-photosynthesis-2-around-70-species-of-freshwater-algae https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NjA-what-is-not-true-for-red-algae-1-lack-centriole-and-flagella-2-accessory-pigments-include-phycocyanin-phycoeythrin-and-allophycocyanin-3-they-reproduce-using-alternation-of-generation-4-the-stored-foo https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NjE-identify-the-incorrect-statement-regarding-green-algae-1-they-contain-chl-a-chl-b-as-well-as-carotenoids-2-the-chloroplasts-may-be-discoid-plate-like-reticulate-cup-shaped-spiral-or-ribbon-shaped-in-d https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NjI-consider-the-following-statements-regarding-brown-algae-i-the-pigments-are-chl-a-c-and-xanthophylls-fucoxanthin-ii-storage-food-is-laminarin-and-mannitol-iii-the-cellulosic-cell-wall-is-covered-with-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NjM-consider-the-following-adaptations-seen-in-plants-i-lack-of-cuticle-ii-presence-of-stomata-for-exchange-of-gases-iii-evolution-of-leaf-iv-dominance-of-sporophyte-v-structural-support-of-vascular-tissu https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NjQ-identify-the-incorrect-statement-regarding-mosses-1-leaves-are-one-cell-thick-except-at-the-midrib-and-lack-stomata-2-the-first-gametophyte-stage-is-protonema-that-is-creeping-and-green-3-the-second-s https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1NjU-consider-the-following-statements-regarding-bryophytes-i-bryophytes-are-also-called-amphibians-of-the-plant-kingdom-because-they-are-dependent-on-water-for-sexual-reproduction-ii-they-play-an-importan https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjU1Njc-which-of-the-following-statements-regarding-gymnosperms-are-correct-i-ovules-are-naked-not-enclosed-by-any-ovary-wall-before-fertilisation-but-seeds-that-develop-after-fertilisation-are-covered-ii-in https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjY4MDQ-which-of-the-following-algae-is-likely-to-be-found-in-the-deepest-waters-1-green-2-brown-3-red-4-all-are-found-at-equal-depths-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjcxNjM-which-pair-s-is-are-in-incorrectly-matched-i-phaeophyceae-algin-in-cell-wall-ii-chlorophyceae-laminarin-is-stored-food-iii-rhodophyceae-2-unequal-lateral-flagella-1-only-ii-2-only-iii-3-i-and-ii-only https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjcxNjQ-the-gemmae-produced-by-some-liverworts-function-as-1-a-water-gathering-structure-2-a-light-capturing-structure-3-a-sexual-structure-4-an-asexual-structure-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjcxNjU-all-the-following-differentiate-gymnosperms-from-the-higher-cryptogams-except-1-presence-of-an-independent-green-gametophyte-2-development-of-an-ovule-3-formation-of-the-pollen-tube-4-presence-of-camb https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjcxNjY-heterosporous-pteridophyte-includes-both-1-lycopodium-and-equisetum-2-selaginella-and-salvinia-3-psilotum-and-phylloglossum-4-selaginella-and-equisetum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MjcxNjc-the-life-cycle-is-not-haplo-diplontic-in-1-bryophytes-2-pteridophytes-3-polysiphonia-4-fucus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mjk2ODQ-asexaul-reproduction-by-pear-shaped-biflagellate-zoospores-is-seen-in-most-1-green-algae-2-brown-algae-3-red-algae-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mjk3MDU-all-the-following-pteridophytes-belong-to-the-class-pteropsida-except-1-dryopteris-2-pteris-3-selaginella-4-adiantum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzAxNzU-sexual-reproduction-by-non-flagellated-but-similar-in-size-gametes-is-seen-in-1-chlamydomonas-2-volvox-3-spirogyra-4-fucus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzAxNzY-in-mosses-the-sex-organs-are-seen-in-1-protonema-stage-2-leafy-stage-3-capsule-of-the-sporophyte-4-seta-of-the-sporophyte-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzAxNzc-the-features-seen-in-the-gymnosperm-cycas-include-i-coralloid-roots-ii-unbranched-stems-iii-pinnate-persistent-leaves-for-a-few-years-iv-male-cones-and-megasporophyllys-borne-on-same-plant-1-i-and-ii https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzAxNzg-both-bryophytes-and-pteridophytes-1-are-vascular-cryptogams-2-have-a-dominant-sporophyte-3-reproduce-only-sexually-4-are-haplo-diplontic-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzA0OTU-the-first-group-of-terrestrial-plants-to-get-rid-of-the-swimming-sperm-was-the-1-club-mosses-2-ferns-3-gymnosperms-4-angiosperms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzEwNzQ-the-life-cycle-pattern-shown-in-the-given-diagram-is-not-seen-in-1-chlamydomanas-2-spirogyra-3-volvox-4-ectocarpus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzEwNzU-the-given-diagram-shows-1-an-alga-that-lacks-flagellated-cells-2-a-liverwort-3-a-heterosporous-pteridophyte-4-a-gymnosperm-with-non-motile-sperms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzEwNzY-identify-the-statement-that-most-accurately-describes-the-plant-shown-in-the-given-figure-1-this-the-male-prothallus-of-marchantia-a-is-antheridiophore-and-b-is-gemma-cup-2-this-the-female-prothallus https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0Mzc-which-one-is-a-wrong-statement-1-archegonia-are-found-in-bryophyta-pteridophyta-and-gymnosperms-2-mucor-has-biflagellate-zoospores-3-haploid-endosperm-is-typical-feature-of-gymnosperm-4-brown-algae-ha https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0Mzk-read-the-following-five-statements-i-to-v-and-select-the-option-with-all-correct-statements-i-mosses-and-lichens-are-the-first-organisms-to-colonise-a-bare-rock-ii-selaginella-is-a-homosporous-pterido https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0ODY-zygotic-meiosis-is-characteristic-of-1-marchantia-2-fucus-3-funaria-4-chlamydomonas-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0ODc-an-example-of-colonial-alga-is-1-chlorella-2-volvox-3-ulothrix-4-spirogyra-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0ODg-select-the-mismatch-1-pinus-dioecious-2-cycas-dioecious-3-salvinia-heterosporous-4-equisetum-homosporous-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0ODk-double-fertilisation-is-exhibited-by-1-gymnosperms-2-algae-3-fungi-4-angiosperms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0OTA-life-cycle-of-ectocarpus-and-fucus-respectively-are-1-haplontic-diplontic-2-diplontic-haplodiplontic-3-haplodiplontic-diplontic-4-haplodiplontic-haplontic-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0OTE-conifers-are-adapted-to-tolerate-extreme-environmental-conditions-because-of-1-broad-hardy-leaves-2-superficial-stomata-3-thick-cuticle-4-the-presence-of-vessels-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0OTI-which-one-of-the-following-statements-is-wrong-1-algae-increases-the-level-of-dissolved-oxygen-in-the-immediate-environment-2-algin-is-obtained-from-red-algae-and-carrageen-from-brown-algae-3-agar-aga https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0OTM-in-bryophytes-and-pteriodophytes-transport-of-male-gametes-requires-1-insects-2-birds-3-water-4-wind-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0OTQ-select-the-correct-statement-1-salvinia-ginkgo-and-pinus-all-are-gymnosperms-2-sequoia-is-one-of-the-tallest-trees-3-the-leaves-of-gymnosperms-are-not-well-adapted-to-extremes-of-climate-4-gymnosperms https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ0OTU-chromatophores-take-part-in-1-photosynthesis-2-growth-3-movement-4-respiration-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MDA-which-one-of-the-following-shows-isogamy-with-non-flagellated-gametes-1-sargassum-2-ectocarpus-3-ulothrix-4-spirogyra-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MDE-which-of-the-following-is-responsible-for-peat-formation-1-marchantia-2-riccia-3-funaria-4-sphagnum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MDI-male-gametophyte-with-least-number-of-cells-is-1-pteris-2-funaria-3-lilium-4-pinus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MDM-select-the-wrong-statement-1-isogametes-are-similar-in-structure-function-and-behaviour-2-anisogametes-differ-either-in-structure-function-and-behaviour-3-in-oomycetes-female-gamete-is-smaller-and-mot https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MDQ-isogamous-condition-with-non-flagellated-gametes-is-found-in-1-chlamydomonas-2-spirogyra-3-volvox-4-fucus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MDU-besides-paddy-fields-cyanobacteria-are-also-found-inside-vegetative-part-of-1-pinus-2-cycas-3-equisetum-4-psilotum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MDc-read-the-following-statements-iv-and-answer-the-question-which-follows-them-i-in-liverworts-mosses-and-ferns-gametophytes-are-free-living-ii-gymnosperms-and-some-ferns-are-heterospores-iii-sexual-repr https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MDg-meiosis-takes-place-in-1-meiocyte-2-conidia-3-gemmule-4-megaspore-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MDk-cycas-and-adiantum-resemble-each-other-in-having-1-seeds-2-motile-sperms-3-cambium-4-vessels-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MTA-which-one-of-the-following-is-a-correct-statement-1-pteridophyte-gametophyte-has-a-protonemal-and-leafy-stage-2-in-gymnosperms-female-gametophyte-is-free-living-3-antheridiophores-and-archegoniophores https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MTI-gymnosperms-are-also-called-soft-wood-spermatophytes-because-they-lack-1-cambium-2-phloem-fibres-3-thick-walled-tracheids-4-xylem-fibres-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MTM-compared-with-the-gametophytes-of-the-bryophytes-the-gametophytes-of-vascular-plants-tends-to-be-1-larger-but-to-have-smaller-sex-organs-2-larger-and-to-have-large-sex-organs-3-smaller-and-to-have-sma https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MTQ-the-gametophyte-is-not-an-independent-free-living-generation-in-1-adiantum-2-marchantia-3-pinus-4-polytrichum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MTU-archegoniophore-is-present-in-1-chara-2-adiantum-3-funaria-4-marchantia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MTY-a-prokaryotic-autotrophic-nitrogen-fixing-symbiont-is-found-in-1-cycas-2-cicer-3-pisum-4-alnus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MTc-male-and-female-gametophytes-are-independent-and-free-living-in-1-mustard-2-castor-3-pinus-4-sphagnum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MjA-which-one-of-the-following-has-haplontic-life-cycle-1-funaria-2-polytrichum-3-ustilago-4-wheat-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MjE-phylogenetic-system-of-classification-is-based-on-1-evolutionary-relationships-2-morphological-features-3-chemical-constituents-4-floral-characters-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MjI-which-one-of-the-following-is-a-vascular-cryptogam-1-equisetum-2-ginkgo-3-marchantia-4-cedrus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MjM-which-one-of-the-following-is-considered-important-in-the-development-of-seed-habit-1-dependent-sporophyte-2-heterospory-3-haplontic-life-cycle-4-free-living-gametophyte-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MjQ-in-which-one-of-the-following-the-male-and-female-gametophytes-don-t-have-free-living-independent-existence-1-pteris-2-funaria-3-polytrichum-4-cedrus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MjU-which-one-of-the-following-is-heterosporous-1-dryopteris-2-salvinia-3-adiantum-4-equisetum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MjY-select-one-of-the-following-pairs-of-important-features-distinguishing-gnetum-from-cycas-and-pinus-and-showing-affinities-with-angiosperms-1-absence-of-resin-duct-and-leaf-venation-2-presence-of-vesse https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1Mjc-flagellated-male-gametes-are-present-in-all-the-three-of-which-one-of-the-following-sets-1-anthoceros-funaria-and-spirogyra-2-zygnema-saprolegnia-and-hydrilla-3-fucus-marsilea-and-calotropis-4-riccia https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1Mjg-in-gymnosperms-the-pollen-chamber-represents-1-a-cell-in-the-pollen-grain-in-which-the-sperms-are-formed-2-a-cavity-in-the-ovule-in-which-pollen-grains-are-stored-after-pollination-3-an-opening-in-the https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1Mjk-spore-dissemination-in-some-liverworts-is-aided-by-1-elaters-2-indusium-3-calyptra-4-peristome-teeth-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MzA-if-you-are-asked-to-classify-the-various-algae-into-distinct-groups-which-of-the-following-characters-you-should-choose-1-types-of-pigments-present-in-the-cell-2-nature-of-stored-food-materials-in-the https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MzE-moss-peat-is-used-as-a-packing-material-for-sending-flowers-and-live-plants-to-distant-places-because-1-it-is-easily-available-2-it-is-hygroscopic-3-it-reduces-transpiration-4-it-serves-as-a-disinfect https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MzI-conifers-differ-from-grasses-in-the-1-production-of-seeds-from-ovules-2-lack-of-xylem-tracheids-3-absence-of-pollen-tubes-4-formation-of-endosperm-before-fertilization-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ1MzM-in-a-moss-the-sporophyte-1-is-partially-parasitic-on-the-gametophyte-2-produces-gametes-that-give-rise-to-the-gametophyte-3-arises-from-a-spore-produced-from-the-gametophyte-4-manufactures-food-for-it https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzQ2NDY-in-the-prothallus-of-a-vascular-cryptogam-the-antherozoids-and-eggs-mature-at-different-times-as-a-result-1-there-is-no-change-in-success-rate-of-fertilization-2-there-is-high-degree-of-sterility-3-on https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzUxNDk-which-one-of-the-following-statements-is-wrong-1-algin-and-carrageenan-are-products-of-algae-2-agar-agar-is-obtained-from-gelidium-and-gracilaria-3-chlorella-and-spirulina-are-used-as-space-food-4-man https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzUxNTE-male-gametes-are-flagellated-in-1-polysiphonia-2-anabaena-3-ectocarpus-4-spirogyra-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzY4Nzk-the-most-primitive-among-the-living-vascular-plants-are-the-1-ferns-2-brown-algae-3-mosses-4-cycads-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzY5MDk-non-flowering-plants-are-included-under-1-cryptogamae-2-phanerogamae-3-angiosperms-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzY5MTA-chlorophyll-present-in-red-algae-is-1-a-d-2-a-b-3-a-c-4-b-c-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzY5MTU-shape-of-chloroplast-present-in-ulothrix-is-1-cup-shaped-2-girdle-shaped-3-star-shaped-4-diffused-type-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzY5MTg-this-plant-is-used-as-a-packing-material-and-also-forms-an-excellent-fodder-for-feeding-cattle-1-medicago-2-pongamia-3-cratolaria-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzY5MTk-the-green-alga-rich-in-proteins-used-as-food-supplements-even-by-space-travelers-is-1-chlorella-2-scendesmus-3-porphyra-4-carrageen-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzY5Mzk-roots-of-higher-plants-show-symbiosis-with-mycorrhiizas-for-obtaining-1-sulphates-2-nitrogen-3-phosphates-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzY5NDQ-the-world-s-tallest-angiosperm-flowering-tree-is-1-sequoia-2-eucalyptus-3-pinus-4-cedrus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzY5NTY-the-wood-of-pinus-is-1-manoxylic-2-polyxylic-3-pycnoxylic-4-manoxylic-and-pycnoxylic-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzcwMzM-porous-wood-has-abundance-of-1-vessels-2-fibres-only-3-tracheids-4-sieve-tubes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzcwOTI-algae-are-useful-because-they-1-are-large-in-number-2-are-used-in-alcoholic-fermentation-3-purify-the-atmosphere-4-are-used-in-curdling-of-milk-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzcwOTM-the-plant-body-of-moss-funaria-is-1-completely-sporophyte-2-predominatly-sporophyte-with-gametophyte-3-completely-gametophyte-4-predominantly-gametophyte-with-sporophyte-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzcwOTU-megasporophyll-of-cycas-has-the-same-nature-as-1-stamen-2-petal-3-sepal-4-carpel-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzcxNTE-the-plant-part-which-consists-of-two-generations-one-within-the-other-is-1-germinated-pollen-grain-2-embryo-3-unfertilized-ovule-4-seed-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzcxODQ-in-ulothrix-meiosis-takes-place-in-1-cells-of-the-filament-2-holdfast-3-zygote-4-zoospores-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzcxODk-mossess-and-ferns-are-found-in-moist-and-shady-places-because-both-1-require-presence-of-water-for-fertilization-2-do-not-need-sunlight-for-photosynthesis-3-depend-for-their-nutrition-on-microorganism https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzcyNTc-ordines-anomali-of-bentham-and-hooker-includes-1-seed-plants-showing-abnormal-forms-of-growth-and-development-2-plants-described-only-in-fossil-state-3-plants-described-in-the-literature-but-which-ben https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzczNDY-ectophloic-siphonostele-is-found-in-1-osmunda-and-equisetum-2-marsilea-and-botrychium-3-adiantum-and-cucurbitaceae-4-dicksonia-and-maidenhair-fern-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzczNDc-chlorenchyma-is-known-to-develop-in-the-1-cytoplasm-of-chlorella-2-mycelium-of-a-green-mould-such-as-aspergillus-3-spore-capsule-of-a-moss-4-pollen-tube-of-pinus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzczNzQ-which-of-the-following-statements-about-spirogyra-is-correct-1-lateral-conjugation-takes-place-in-homothallic-species-2-scalariform-conjugation-takes-place-in-homothallic-species-3-lateral-conjugation https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzczOTg-gametophyte-and-sporophyte-are-independent-of-each-other-in-which-of-the-following-groups-1-pteridophytes-2-angiosperms-3-gymnosperms-4-bryophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc0NTY-which-statement-is-correct-regarding-mosses-1-they-have-dominant-and-independent-sporophyte-2-their-antherozoids-require-water-for-fertilization-3-their-archegonia-produce-many-eggs-4-their-antherozoi https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc1MjI-occurrence-of-triploid-3n-primary-endosperm-nucleus-is-a-characteristic-feature-of-1-algae-2-gymnosperms-3-angiosperms-4-bryophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc1MzM-match-column-i-with-column-ii-and-select-the-correct-option-from-the-codes-given-below-column-i-column-ii-a-chlorophyta-i-equisetum-b-lycopsida-ii-chara-c-phaeophyta-iii-selaginella-d-sphenopsida-iv-e https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc1NDE-which-of-the-following-is-correctly-matched-without-exception-in-regard-to-plant-classification-1-family-poaceae-ae-2-division-pteridophyta-phyta-3-class-bryopsida-sida-4-genus-solanum-um-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc1OTQ-which-of-the-following-genera-is-associated-with-coralloid-roots-1-cycas-2-taxus-3-pinus-4-sequoia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc1OTY-match-the-following-selected-the-correct-option-column-i-column-ii-a-pteris-i-gymnosperm-b-cycas-ii-bryophyte-c-sphagnum-iii-algae-d-sargassum-iv-pteridophyta-1-a-iv-b-ii-c-i-d-iii-2-a-iv-b-i-c-ii-d-i https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc1OTc-which-of-the-following-groups-of-algae-produces-algin-1-phaeophyceae-and-chlorophyceae-2-rhodophyceae-and-phaeophyceae-3-chlorophyceae-and-rhodophyceae-4-phaeophyceae-only-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc2MzI-which-of-the-following-are-homosporous-pteridophytes-i-selaginella-ii-lycopodium-iii-salvinia-iv-equisetum-1-i-and-iv-only-2-ii-and-iii-only-3-ii-and-iv-only-4-iii-and-iv-only-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc3MDc-pick-the-correct-group-consisting-of-all-genera-exhibiting-homospory-1-lycopodium-psilotum-selaginella-equisetum-2-equisetum-pteris-salvinia-psilotum-3-salvinia-pteris-lycopodium-selaginella-4-equiset https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc3Njk-in-the-given-diagrams-some-of-the-algae-have-been-labelled-as-a-b-c-d-and-e-choose-the-correct-option-to-identify-these-algae-a-b-c-d-e-1-dictyota-polysiphonia-porphyra-fucus-laminaria-2-porphyra-dict https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc3NzU-classical-taxonomy-is-based-on-1-morphological-traits-2-habitat-of-organisms-3-similarities-and-dissimilarities-of-behaviour-4-phylogeny-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc4MTM-read-the-following-statements-reagrding-bryophytes-and-choose-the-incorrect-option-1-gametophytic-phase-is-dominant-in-life-cycle-2-fertilisation-takes-place-in-presence-of-water-3-zygote-undergoes-me https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc4OTA-gelatin-an-important-raw-material-for-preparation-of-photographic-emulsion-is-a-by-product-of-1-chicken-2-forest-3-cattle-4-fish-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc4OTE-phylogenetic-system-of-classification-includes-1-evolutionary-trends-only-2-genetic-trends-only-3-evolutionary-trend-as-well-as-morphology-4-behavioural-trends-in-environment-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc5MDQ-match-items-in-column-i-with-those-in-column-ii-column-i-column-ii-a-peritrichous-flagella-1-ginkgo-b-living-fossil-2-macrocystis-c-rhizophore-3-e-coli-d-smallest-flowering-plant-4-selaginella-e-large https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc5MTQ-cycas-is-classified-as-a-gymnosperms-due-to-its-1-motile-sperms-2-fruit-formation-3-naked-ovule-4-pycnoxylic-wood-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc5MjM-elater-mechanism-for-seed-dispersal-is-exhibited-by-1-riccia-2-marchantia-3-dryopteris-4-funaria-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc5NzA-who-proposed-a-five-kingdom-classification-and-named-kingdoms-as-monera-protista-fungi-plantae-and-animalia-1-herbert-copeland-2-rh-whittaker-3-carl-woese-4-carolus-linnaeus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzgwMTc-what-type-of-sorus-is-present-in-nephrolepis-1-coenosorus-2-simple-3-mixed-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzgwMTk-in-whcih-of-the-following-groups-are-seeds-present-1-psilophyta-2-ginkgopsida-3-lycopodiophyta-4-bryophyta-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzgwNjM-match-the-columns-column-i-column-ii-a-hornwort-1-lycopodium-b-liverwort-2-ricciocarpus-c-stonewort-3-anthoceros-d-club-moss-4-chara-a-b-c-d-1-2-3-4-1-2-2-3-1-4-3-3-2-1-4-4-3-2-4-1-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzgwNjQ-elaters-are-absent-in-1-funaria-2-marchantia-3-pellia-4-porella-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDg0MTI-carlous-linnaeus-system-is-an-artificial-system-because-it-is-1-phylogenetic-2-based-on-evolutionary-trends-3-based-on-number-of-characters-4-based-on-a-few-characters-of-superficial-similarities-and https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNDQ-which-of-the-following-kingdoms-is-not-introduced-in-the-whittaker-s-classification-1-monera-2-protista-3-gymnosperms-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNDU-earlier-classification-before-whittaker-has-placed-which-of-the-following-in-the-same-kingdom-plantae-and-now-they-are-no-more-considered-under-plants-1-monera-protista-and-fungi-2-monera-and-protista https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNDY-blue-green-algae-comes-under-1-monera-2-brown-algae-3-eukaryotes-4-plantae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNDc-the-earliest-system-of-classification-does-not-include-which-of-the-following-features-1-habit-color-number-and-shape-of-leaves-2-gross-morphology-androecium-structure-3-vegetative-structure-4-phytoch https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNDg-the-classification-given-by-linnaeus-was-depending-on-1-phytochemistry-2-embryology-3-structure-of-androecium-4-anatomy-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNTA-the-main-reason-of-failure-of-artificial-classification-was-1-it-considered-only-vegetative-characters-2-it-gave-more-weightage-to-vegetative-characters-3-it-gave-more-weightage-to-reproductive-charac https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNTE-why-are-reproductive-characters-given-more-weightage-during-advanced-classification-1-vegetative-characters-are-more-or-less-constant-over-the-generation-2-reproductive-characters-are-less-constant-ov https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNTI-george-bentham-and-joseph-hooker-gave-the-classification-based-on-1-artificial-system-2-natural-system-3-phlogenetics-4-numerical-system-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNTM-under-natural-system-of-classification-which-of-the-following-character-is-not-considered-1-external-features-2-phylogeny-3-anatomy-embryology-4-phytochemistry-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNTQ-phylogenetic-classification-systems-based-on-1-evolutionary-relationships-between-the-various-organism-2-organisms-belonging-to-the-same-taxa-may-have-a-different-ancestor-3-both-a-and-b-4-based-on-cy https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNTU-if-we-want-to-know-evolutionary-relationships-between-organisms-then-which-classification-will-resolve-it-1-artificial-classification-2-natural-classification-3-cytotaxonomy-4-phylogenetic-classificat https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNTc-numerical-taxonomy-1-carried-out-using-computers-2-based-on-all-observable-characteristics-3-number-and-codes-are-assigned-to-all-the-characters-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNTk-cytotaxonomy-1-based-on-cytological-information-like-chromosome-number-2-based-on-cytological-information-like-chromosome-structure-3-based-on-cytological-information-like-chromosome-behavior-4-all-of https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNjA-chemotaxonomy-1-chemical-constituents-of-the-plant-2-cell-structure-3-phylogeny-4-embryology-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNjE-algae-is-not-1-chlorophyll-bearing-2-simple-thalloid-3-mainly-fresh-water-4-largely-aquatic-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNjI-algae-may-occur-1-moist-stones-2-moist-soils-and-moist-wood-3-occur-in-association-with-fungi-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNjM-algae-can-be-found-on-1-sloth-bear-2-dog-3-camel-4-rabbit-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNjQ-which-of-the-following-is-not-correct-with-respect-to-algae-1-algae-is-in-highly-variable-forms-2-colonial-form-of-algae-volvox-3-filamentous-forms-of-algae-ulothrix-and-spirogyra-4-marine-forms-kelps https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNjU-the-reproduction-in-algae-occurs-by-1-vegetative-2-asexual-3-sexual-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNjc-asexual-reproduction-is-by-the-production-of-different-types-of-spores-out-of-that-most-common-is-1-carpospore-2-zoospores-3-basidiospores-4-akinetes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNjg-which-of-the-following-has-flagellated-male-and-female-gametes-1-ulothrix-2-volvox-3-spirogyra-4-fucus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNzA-isogamous-means-1-both-the-gametes-are-equally-motile-2-both-the-gametes-are-unequal-in-terms-of-motility-3-both-the-gametes-are-similar-in-size-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNzE-anisogamous-1-gametes-dissimilar-in-size-2-gametes-are-similar-in-size-but-not-in-motility-3-gametes-are-similar-in-motility-but-not-in-size-4-gametes-are-similar-in-size-and-motility-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNzI-oogamous-1-non-motile-male-gamete-2-large-male-gamete-3-non-motile-female-gamete-4-small-female-gamete-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNzM-which-of-the-following-is-an-example-of-anisogamous-reproduction-in-algae-1-eudorina-2-volvox-3-fucus-4-spirogyra-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNzQ-which-of-the-following-is-an-example-of-oogamous-reproduction-1-spirogyra-2-ulothrix-3-eudorina-4-volvox-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNzU-which-of-the-following-is-an-example-of-isogamous-reproduction-1-ulothrix-2-eudorina-3-volvox-4-fucus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNzc-which-of-the-following-is-an-example-of-oogamous-reproduction-1-ulothrix-2-eudorina-3-spirogyra-4-fucus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNzg-algae-are-useful-1-because-at-least-half-of-the-total-carbon-dioxide-fixation-on-earth-is-carried-out-by-algae-through-photosynthesis-2-algae-being-photosynthetic-can-increase-the-level-of-dissolved-o https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExNzk-hydrocolloid-is-1-water-soluble-substance-2-water-holding-substance-3-hydrogen-gas-containing-substance-4-oxygen-gas-containing-substance-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExODA-algin-1-water-holding-substance-2-obtained-from-brown-algae-3-non-sulfated-water-holding-substance-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExODE-carrageen-1-water-holding-substance-2-obtained-from-red-algae-3-sulfated-water-holding-substance-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExODI-agar-is-not-obtained-from-1-gelidium-2-gracilaria-3-volvox-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExODM-agar-is-not-used-in-1-to-grow-microbes-2-to-prepare-ice-creams-3-to-prepare-jellies-4-to-supplement-protein-for-space-travellers-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExODQ-chlorella-is-not-1-an-unicellular-alga-2-rich-in-proteins-3-used-as-food-supplement-even-by-space-travellers-4-used-to-grow-microbes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExODU-which-of-the-marine-algae-is-not-used-as-food-1-laminaria-2-sargassum-3-porphyra-4-volvox-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExODY-choose-the-correct-answer-for-the-members-of-chlorophyceae-1-are-not-green-algae-2-are-not-unicellular-colonial-or-filamentous-plant-body-3-do-not-have-pigments-chlorophyll-a-and-b-4-have-pigments-loc https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExODc-chloroplasts-can-be-discoid-plate-like-reticulate-cup-shaped-spiral-or-ribbon-shaped-in-different-species-such-variety-can-be-found-in-1-chlorophyceae-2-phaeophyceae-3-rhodophyceae-4-all-of-these-1-2 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExODg-pyrenoid-is-1-storage-bodies-located-in-cytoplasm-of-chloropbyceae-2-storage-bodies-located-in-cytoplasm-of-phaeophyceae-3-storage-bodies-located-in-chloroplast-of-chlorophyceae-4-storage-bodies-locat https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExOTA-green-algae-usually-have-a-rigid-cell-wall-made-of-an-inner-layer-of-hellip-hellip-and-outer-layer-of-hellip-hellip-hellip-1-pectose-cellulose-2-cellulose-pectose-3-algin-carrageenan-4-carrageen-algin https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExOTE-examples-of-green-alga-is-not-1-chlamydomonas-volvox-ulothrix-2-spirogyra-3-chara-4-fucus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExOTI-vegetative-reproduction-in-chlorophyceae-takes-place-by-1-fragmentation-2-only-spore-formation-3-anisogamous-4-isogamous-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExOTM-asexual-reproduction-in-chlorophyceae-is-by-1-zoospore-formation-in-antheriodiophore-2-fragmentation-3-zoospore-formation-in-zoosporangia-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExOTQ-zoospore-formed-during-asexual-reproduction-in-chlorophyceae-are-1-flagellated-2-non-flagellated-3-ciliated-4-non-ciliated-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExOTY-this-picture-is-associated-with-an-organism-that-belongs-to-a-class-which-of-the-following-features-is-not-correct-about-that-class-1-three-types-of-sexual-reproduction-2-a-variety-of-chloroplast-in-d https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzQxMDk-a-prothallus-is-1-a-structure-in-pteridophytes-formed-before-the-thallus-develops-2-a-sporophytic-free-living-structure-formed-in-pteridophytes-3-a-gametophyte-free-living-structure-formed-in-pteridop https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246ODkzMTg-which-of-the-following-statement-is-correct-1-ovules-are-not-enclosed-by-the-ovary-wall-in-gymnosperms-2-selaginella-is-heterosporous-while-salvinia-is-homosporous-3-horsetails-are-gymnosperms-4-stems https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246ODkzMjM-which-one-is-wrongly-matched-1-uniflagellate-gametes-polysiphonia-2-biflagellate-zoospores-brown-algae-3-gemma-cups-marchantia-4-unicellular-organism-chlorella-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTA0OTQ-in-bryophytes-and-pteridophytes-transport-of-male-gametes-requires-1-insects-2-birds-3-water-4-wind-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTEwODM-in-which-of-the-following-gametophyte-is-not-independent-free-living-1-funaria-2-marchantia-3-pteris-4-pinus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTEwOTE-male-gametes-are-flagellated-in-1-polysiphonia-2-anabaena-3-ectocarpus-4-spirogyra-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTEzODY-an-alga-which-can-be-employed-as-food-for-human-beings-1-ulothrix-2-chlorella-3-spirogyra-4-polysiphonia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTE4MTE-gametophyte-in-the-pteridophytes-is-i-small-inconspicuous-ii-long-lived-unicellular-iii-mostly-photosynthetic-thalloid-or-saprophytic-iv-short-lived-haploid-how-many-statements-are-correct-with-respec https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTE4MTc-development-of-the-zygotes-into-young-embryo-takes-within-the-female-gametophytes-in-1-adiantum-2-selaginella-3-riccia-4-batrachospermum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTE5OTc-select-the-wrong-statement-1-anisogametes-differ-either-in-structure-function-or-behaviour-2-in-oomycetes-the-female-gamete-is-smaller-and-motile-while-the-male-gamete-is-larger-and-non-motile-3-chlam https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTI3Mjk-mannitol-is-a-sugar-alcohol-it-is-as-stored-food-in-1-fucus-2-gracillaria-3-chara-4-porphyra-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTI3ODQ-archegoniophore-is-present-in-1-chara-2-adiantum-3-funaria-4-marchantia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTMzNDA-mannitol-is-the-stored-food-in-1-chara-2-porphyra-3-fucus-4-gracillaria-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM0ODY-reduction-in-vascular-tissue-mechanical-tissue-and-cuticle-is-characteristic-of-1-xerophytes-2-mesophytes-3-epiphytes-4-hydrophyte-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM2NTE-which-one-of-the-following-is-heterosporous-1-dryopteris-2-salvinia-3-adiantum-4-equisetum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTQ2NjY-rauwolfia-serpentina-is-used-in-1-curing-high-blood-pressure-2-kidney-failure-3-eye-defect-4-diabetes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTUwNTg-in-gymnosperms-the-pollen-chamber-represents-1-a-cell-in-the-pollen-grain-in-which-the-sperms-are-formed-2-a-cavity-in-the-ovule-in-which-pollen-grains-are-stored-after-pollination-3-an-opening-in-the https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTUxNDA-rauwolfia-serpentina-is-used-in-1-curing-high-blood-pressure-2-kidney-failure-3-eye-defect-4-diabetes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTUxODg-which-one-of-the-following-pairs-of-plants-are-not-seed-producers-1-funaria-and-ficus-2-fern-and-funaria-3-funaria-and-pinus-4-ficus-and-chlamydomonas-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTUxOTA-cycas-revoluta-is-popularly-known-as-1-sago-palm-2-royal-palm-3-salvinia-4-sea-palm-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTUxOTM-endosperm-of-gymnosperms-is-1-haploid-2-tetraploid-3-diploid-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTUxOTQ-first-vascular-plant-is-1-thallophyta-2-pteridophyta-3-bryophyta-4-spermatophyta-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTUyMDQ-agar-agar-is-produced-by-1-fungi-2-algae-3-bacteria-4-blue-green-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTU2ODM-pinus-seeds-cannot-germinate-and-establish-without-fungal-association-this-is-because-1-its-seeds-contain-inhibitors-that-prevent-germination-2-its-embryo-is-immature-3-it-has-an-obligate-association https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTU2OTc-from-an-evolutionary-point-of-view-retention-of-the-female-gametophyte-with-developing-young-embryo-on-the-parent-sporophyte-for-some-time-is-first-observed-in-1-gymnosperms-2-liverworts-3-mosses-4-pt https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTgxNjc-read-the-following-statement-carefully-further-development-of-zygote-depends-on-the-type-of-life-cycle-the-organism-has-and-the-environment-it-is-exposed-to-identify-the-correctly-matched-pair-with-re https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTI0Mjg4-what-would-be-the-number-of-chromosomes-in-the-cells-of-aleurone-layer-in-plant-species-that-have-8-chromosomes-in-their-synergids-1-8-2-16-3-24-4-32-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTczNDQ4-what-is-a-b-c-and-d-in-the-given-table-for-algae-class-pigment-stored-food-flagella-chlorophyceae-chl-a-b-a-2-8-equal-b-chl-a-c-fucoxanthin-laminarin-c-rhodophyceae-chl-a-d-phycoerythrin-d-absent-1-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTczNDUw-read-the-following-statements-a-more-than-one-archegonia-b-show-symbiotic-associated-with-nitrogen-fixing-cyanobacteria-and-fungus-c-show-heterosporous-nature-d-reduced-male-gametophyte-is-called-a-po https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc0MDg5-in-pteridophytes-antheridium-are-present-in-1-leafy-gametophyte-2-prothallus-3-sporophyll-4-protonema-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc1MzIy-which-of-the-following-feature-s-is-are-exclusive-in-angiosperms-a-presence-of-fruit-b-double-fertilization-c-female-gametophyte-d-presence-of-flowers-e-formation-of-endosperm-f-presence-of-vessels-an https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc5MjA3-motile-flagellated-cells-are-never-produced-by-the-members-of-1-chlorophyta-2-chrysophyta-3-phaeophyta-4-rhodophyta-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc5MjI4-identify-the-incorrect-statement-regarding-chlorophyceae-1-the-major-photosynthetic-pigments-are-chlorophyll-a-and-chlorophyll-b-2-the-stored-food-is-in-the-form-of-starch-3-the-cell-wall-is-made-of-c https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTgxMjQ1-the-fully-developed-male-gametophyte-of-an-angiosperm-is-nucleated-structure-and-is-on-the-sporophyte-1-2-dependent-2-3-independent-3-2-independent-4-3-dependent-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTgxMzMz-consider-the-following-statements-i-the-plant-life-cycle-alternates-between-a-haploid-and-a-diploid-phase-the-haploid-gamete-producing-gametophyte-while-the-diploid-spore-producing-sporophyte-includes https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTgyNTQ1-there-are-certain-chemicals-which-act-as-stimulus-for-antherozoids-and-are-secreted-by-archegonia-which-of-the-following-is-not-correct-1-sucrose-is-secreted-by-moss-archegonia-2-malic-acid-is-secrete https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTgyODA4-in-organisms-with-haplontic-life-cycle-1-the-zygote-divides-by-meiosis-to-form-haploid-spores-that-grow-into-haploid-individuals-2-the-zygote-divides-by-mitosis-to-produce-diploid-spores-that-grow-int https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTg1MzM3-which-of-the-following-pairs-is-of-unicellular-algae-1-gelidium-and-gracilaria-2-anabaena-and-volvox-3-chlorella-and-spirulina-4-laminaria-and-sargassum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTg1NDAx-floridian-starch-has-structure-similar-to-1-amylopectin-and-glycogen-2-mannitol-and-algin-3-laminarin-and-cellulose-4-starch-and-cellulose-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTg1NDAy-strobili-or-cones-are-found-in-1-pteris-2-marchantia-3-equisetum-4-salvinia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk0MTAy-which-of-the-following-is-not-true-about-red-algae-1-predominance-of-r-phycoerythrin-in-their-body-2-majority-of-them-are-found-in-colder-areas-3-the-red-thalli-of-most-of-the-red-algae-are-multicellu https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk0OTQz-find-the-incorrect-match-1-isogametes-ndash-cladophora-2-isogametes-ndash-rhizopus-3-heterogametes-ndash-ulothrix-4-heterogametes-ndash-volvox-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk0OTk5-phycoerythrin-is-the-major-pigment-in-1-red-algae-2-blue-green-algae-3-green-algae-4-brown-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk2MzE3-red-algae-are-mostly-found-in-a-with-abundance-in-the-b-a-b-1-freshwater-habitats-warmer-areas-2-marine-habitats-colder-areas-3-freshwater-habitats-colder-areas-4-marine-habitats-warmer-areas-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk2NTMz-in-angiosperms-zygote-undergoes-1-meiosis-2-mitosis-3-differentiation-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk2ODQ1-green-algae-do-not-store-food-in-the-form-of-1-protein-2-starch-3-oil-droplets-4-glucose-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjAwNzA0-floridean-starch-has-structure-similar-to-1-amylopectin-and-glycogen-2-mannitol-and-algin-3-laminarin-and-cellulose-4-starch-and-cellulose-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjI1Nzk3-a-prothallus-is-1-a-structure-in-pteridophytes-formed-before-the-thallus-develops-2-a-sporophytic-free-living-structure-formed-in-pteridophytes-3-a-gametophyte-free-living-structure-formed-in-pteridop https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjI1ODIy-read-the-following-statements-a-e-and-answer-the-question-which-follows-them-a-in-liverworts-mosses-and-ferns-gametophytes-are-free-living-b-gymnosperms-and-some-ferns-are-heterosporous-c-sexual-repro https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjQ0OTcz-which-of-the-following-statements-is-incorrect-about-gymnosperms-1-they-are-heterosporous-2-male-and-female-gametophytes-are-free-living-3-most-of-them-have-narrow-leaves-with-thick-cuticles-4-their-s https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjQ0OTc0-male-and-female-gametophytes-do-not-have-an-independent-free-living-existence-in-1-pteridophytes-2-algae-3-angiosperms-4-bryophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjQ3NjM4-if-you-are-asked-to-classify-the-various-algae-into-distinct-groups-which-of-the-following-characters-you-should-choose-1-types-of-pigments-present-in-the-cell-2-nature-of-stored-food-materials-in-the https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjUxMTgw-examine-the-figures-a-b-c-and-d-in-which-one-of-the-four-options-all-the-items-a-b-c-and-d-are-correct-options-a-b-c-d-1-equisetum-ginkgo-selaginella-lycopodium-2-selaginella-equisetum-salvinia-ginkgo https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjUxMjc0-examine-the-figure-given-below-and-select-the-right-option-giving-all-the-four-parts-a-b-c-and-d-correctly-identified-a-b-c-d-1-antheridiophore-male-thallus-globule-roots-2-archegoniophore-female-thal https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mjc3MjEw-which-of-the-following-algae-contains-mannitol-as-reserve-food-material-1-volvox-2-ulothrix-3-ectocarpus-4-gracilaria-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mjc3MjIw-which-of-the-following-algae-produce-carrageen-1-red-algae-2-blue-green-algae-3-green-algae-4-brown-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mjc3MjIz-gemmae-are-present-in-1-some-gymnosperms-2-some-liverworts-3-mosses-4-pteridophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mjc3MjM1-genera-like-selaginella-and-salvinia-produce-two-kinds-of-spores-such-plants-are-known-as-1-homosporous-2-heterosporous-3-homosorus-4-heterosorus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzA5OTM0-the-main-photosynthetic-pigments-of-green-algae-are-1-chl-a-b-2-chl-a-c-3-chl-a-d-4-chl-c-only-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzA5OTM1-green-algae-can-store-food-in-all-of-the-following-forms-except-1-protein-2-starch-3-oil-droplets-4-mannitol-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzA5OTM2-in-all-members-of-algae-inner-cell-wall-is-cellulosic-however-outer-cell-wall-can-be-of-different-types-in-green-algae-outer-cell-wall-is-made-up-of-1-pectin-2-algin-3-agar-4-funor-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM0NzQ1-match-the-alga-with-the-type-of-life-cycle-and-select-the-correct-match-from-the-codes-given-alga-type-of-life-cycle-a-spirogyra-p-haplontic-b-fucus-q-diplontic-c-polysiphonia-r-haplo-diplontic-codes https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM0NzQ3-what-would-be-true-for-both-cycas-and-pinus-1-cycas-is-a-gymnosperm-and-pinus-is-a-pteridophyte-2-the-gametophyte-is-dominant-in-the-life-cycle-of-cycas-and-the-sporophytes-is-dominant-in-the-life-cyc https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM0NzQ4-genera-like-selaginella-and-salvinia-1-do-not-possess-vascular-tissues-2-have-a-dominant-gametophyte-in-their-life-cycle-3-produce-two-kinds-of-spores-4-have-macrophylls-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM0NzQ5-in-which-of-the-following-alga-you-do-not-expect-to-see-flagellated-structures-during-their-entire-life-cycle-1-porphyra-2-ectocarpus-3-ulothrix-4-laminaria-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM0NzUx-identify-the-correctly-matched-pair-1-isogamy-with-flagellated-gametes-volvox-2-isogamy-with-non-flagellated-gametes-ulothrix-3-anisogamy-udorina-4-oogamy-spirogyra-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM1NjA5-the-cell-wall-of-the-cells-of-an-alga-has-cellulose-and-algin-another-feature-expected-in-this-alga-would-be-1-floridean-starch-as-stored-food-2-phycoerythrin-in-addition-to-chlorophyll-a-c-3-2-unequa https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM3NTIw-an-alga-lacks-flagellar-insertions-in-its-life-cycle-and-stores-food-as-floridean-starch-this-alga-can-be-1-chara-2-fucus-3-porphyra-4-ectocarpus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM3NTIx-marchantia-and-funaria-are-similar-in-1-having-multicellular-branched-rhizoids-2-dorsoventrally-flattened-plant-body-3-asexual-reproduction-by-gemmae-4-dominant-gametophyte-in-the-life-cycle-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM3NTM4-in-pteridophytes-selaginella-1-has-macrophylls-2-stobili-or-cones-are-not-seen-3-is-hetrosporous-4-lacks-vascular-tissue-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM3NTM5-in-algae-with-haplontic-life-cycle-i-there-are-no-free-living-sporophytes-ii-mitosis-in-zygote-results-in-diploid-spores-iii-gametophyte-is-the-dominant-photosynthetic-phase-1-only-i-and-ii-are-correc https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4MTkx-sphagnum-is-a-bryophyte-commonly-called-as-bog-moss-or-peat-moss-that-is-used-as-packing-material-for-trans-shipment-of-living-materials-because-1-it-is-easily-available-2-it-is-hygroscopic-3-it-is-hy https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4MTky-which-of-the-following-is-true-regarding-the-classes-of-bryophytes-1-the-thallus-of-mosses-is-dorsiventral-and-closely-appressed-to-the-surface-2-in-the-life-cycle-of-liverworts-the-predominant-gameto https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4MjEx-the-algae-shown-in-the-diagram-below-belongs-to-the-class-which-has-1-2-8-equal-and-apical-flagella-2-2-unequal-and-lateral-flagella-3-2-unequal-and-apical-flagella-4-2-8-equal-and-lateral-flagella-1 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4MjEy-given-below-are-two-statements-statement-i-chlorella-is-used-as-food-supplement-by-space-travellers-statement-ii-chlorella-is-a-unicellular-algae-1-both-i-and-ii-are-true-and-ii-correctly-explains-i-2 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4MjQ0-selaginella-a-pteridophyte-which-belongs-to-the-class-lycopsida-is-1-heterosporous-and-has-microphylls-2-homosporous-and-has-macrophylls-3-homosporous-and-has-microphylls-4-heterosporous-and-has-macro https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4MjQ1-which-of-the-following-statement-is-true-about-the-difference-between-cycas-and-pinus-1-pinus-has-coralloid-roots-associated-with-n2-fixing-cyanobacteria-whereas-cycas-has-roots-with-fungal-associatio https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4MjQ2-which-of-the-following-algae-exhibits-the-life-cycle-as-shown-in-the-diagram-below-1-fucus-2-spirogyra-3-ectocarpus-4-polysiphonia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4NjEw-consider-the-following-statements-about-the-different-classes-of-algae-i-the-members-of-chlorophyceae-have-a-rigid-cell-wall-made-of-an-inner-layer-of-cellulose-and-an-outer-layer-of-pectose-ii-the-me https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4NjEx-which-of-the-following-is-true-regarding-the-classes-of-bryophytes-1-the-thallus-of-mosses-is-dorsiventral-and-closely-appressed-to-the-surface-2-in-the-life-cycle-of-liverworts-the-predominant-gameto https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4NjEy-match-each-item-in-column-i-with-one-in-column-ii-and-choose-the-correct-option-from-the-codes-given-below-column-i-column-ii-a-psilopsida-p-selanginella-b-lycopsida-q-adiantum-c-sphenopsida-r-equiset https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM4NjE0-which-of-the-following-algae-is-not-haplo-diplontic-1-kelps-2-ectocarpus-3-spirogyra-4-polysiphonia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM5NDMz-hydrocolloid-carrageen-is-obtained-from-1-phaeophyceae-only-2-chlorophyceae-and-phaeophyceae-3-phaeophyceae-and-rhodophyceae-4-rhodophyceae-only-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM5NDM4-which-of-the-following-is-incorrectly-matched-1-volvox-starch-2-ectocarpus-fucoxanthin-3-ulothrix-mannitol-4-porphyra-floridian-starch-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM5NDcw-match-the-plant-with-the-kind-of-life-cycle-it-exhibits-list-i-list-ii-a-spirogyra-i-dominant-diploid-sporophyte-vascular-plant-with-highly-reduced-male-or-female-gametophyte-b-fern-ii-dominant-haploi https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM5ODMw-match-list-i-with-list-ii-list-i-list-ii-a-cedrus-i-pteridophyte-b-adiantum-ii-gymnosperm-c-sphagnum-iii-liverwort-d-marchantia-iv-moss-choose-the-correct-answer-from-the-options-given-below-a-b-c-d-1 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM5ODU1-which-one-of-the-following-structures-is-haploid-in-its-ploidy-level-1-primary-endospore-nucleus-2-microspore-mother-cell-3-protonemal-cell-of-a-moss-4-primary-endosperm-nucleus-in-dicot-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQxOTc3-arrange-the-following-in-the-correct-sequence-from-earliest-to-most-recent-in-which-these-plant-traits-originated-i-sporophyte-dominance-gametophyte-independence-ii-sporophyte-dominance-gametophyte-de https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQxOTgy-beginning-with-the-germination-of-a-moss-spore-what-is-the-sequence-of-structures-that-develop-after-germination-i-embryo-ii-gametes-iii-sporophyte-iv-protonema-v-gametophore-1-iv-rarr-i-rarr-iii-rarr https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQyNDA0-assertion-a-mosses-are-evolved-from-algae-reason-r-protonema-of-mosses-is-similar-to-some-green-algae-in-the-following-questions-a-statement-of-assertion-a-is-followed-by-a-statement-of-reason-r-1-bot https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQyNzU1-which-of-the-following-is-true-of-the-life-cycle-of-mosses-1-the-haploid-generation-grows-on-the-sporophyte-generation-2-spores-are-primarily-distributed-by-water-currents-3-antheridia-and-archegonia https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQyNzU3-all-of-the-following-cellular-structures-are-functionally-important-in-cells-of-the-gametophytes-of-both-angiosperms-and-gymnosperms-except-1-haploid-nuclei-2-mitochondria-3-cell-walls-4-chloroplasts https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQzMDQw-which-of-the-following-is-an-example-of-alternation-of-generations-1-a-grandparent-and-grandchild-each-have-dark-hair-but-the-parent-has-blond-hair-2-a-diploid-plant-sporophyte-produces-by-meiosis-a-s https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQzODQ3-which-of-the-following-first-terrestrial-plants-possess-xylem-and-phloem-and-have-sporophyte-as-a-main-plant-body-1-selaginella-2-sphagnum-3-pinus-4-eucalyptus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ0MTEw-match-list-i-with-list-ii-list-i-list-ii-a-colonial-algae-i-cycas-b-agar-ii-sphagnum-c-coralloid-root-iii-gelidium-d-peat-iv-volvox-choose-the-correct-answer-from-the-options-given-below-1-a-i-b-ii-c https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ0MTEy-triple-fusion-occurs-in-which-group-of-plants-1-gymnosperm-2-angiosperm-3-pteridophyte-4-bryophyte-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ0MTI4-match-list-i-with-list-ii-list-i-list-ii-a-penicillium-i-tmc-b-retrovirus-ii-antibiotic-c-heterosporous-iii-sequoia-d-giant-redwood-tree-iv-selaginella-choose-the-correct-answer-from-the-options-given https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ0OTYy-which-of-the-following-characteristics-differentiate-bryophytes-from-algae-a-attachment-to-a-substratum-by-unicellular-rhizoids-b-haploid-condition-c-filamentous-body-d-unicellularity-and-colonial-hab https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ0OTY1-match-list-i-with-list-ii-list-i-list-ii-a-isogamous-i-cycas-b-heterosporous-ii-spirogyra-c-gemmae-iii-selaginella-d-coralloid-root-iv-marchantia-choose-the-correct-answer-from-the-options-given-below https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ1MDAw-given-below-are-two-statements-statement-i-in-phaephyceae-laminarin-is-the-stored-food-and-major-pigments-are-chlorophyll-a-b-statement-ii-in-rhodophyceae-floridean-starch-is-the-sored-food-and-the-ma https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ1MDU5-the-spread-of-living-pteridophytes-is-limited-and-restricted-to-narrow-geographical-regions-because-1-gametophytes-are-dependent-on-sporophytes-2-sporophytes-require-cool-damp-place-to-produce-gametes https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ1MjEy-which-of-the-following-statement-is-are-correct-regarding-red-algae-a-asexual-reproduction-takes-place-by-motile-spores-b-sexual-reproduction-may-be-isogamous-anisogamous-or-oogamous-c-food-is-stored https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ1MjE0-given-below-are-two-statements-statement-i-bryophytes-are-also-called-amphibians-of-plant-kingdom-because-they-can-live-in-soil-are-not-dependent-on-water-for-sexual-reproduction-statement-ii-the-main https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ2NDA2-match-list-i-with-list-ii-list-i-list-ii-a-chlamydomonas-i-moss-b-cycas-ii-pteridophyte-c-selaginella-iii-alga-d-sphagnum-iv-gymnosperm-choose-the-correct-answer-from-the-options-given-below-a-b-c-d-1 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ2NDc0-read-the-following-statements-and-identify-the-characters-related-to-the-alga-shown-in-the-diagram-a-it-is-a-member-of-chlorophyceae-b-food-is-stored-in-the-form-of-starch-c-it-is-a-monoecious-plant-s https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ3ODU0-select-the-incorrect-statement-with-respect-to-algae-1-the-food-stored-in-red-algae-is-in-the-form-of-floridean-starch-2-pyrenoids-in-green-algae-contain-protein-besides-starch-3-asexual-reproduction https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ3ODky-in-gymnosperms-1-the-female-gametophyte-has-independent-free-living-existence-2-two-different-types-of-spores-are-produced-3-ovules-are-enclosed-by-an-ovary-wall-4-pollen-grains-are-carried-to-the-ovu https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ4ODQz-the-given-figure-represents-the-life-cycle-of-1-a-homosporous-plant-with-bisexual-gametophytes-2-a-heterosporous-plant-with-bisexual-gametophytes-3-a-homosporous-plant-with-unisexual-gametophytes-4-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ4ODQ0-the-given-figure-represents-the-life-cycle-of-a-typical-1-gymnosperm-2-angiosperm-3-bryophyte-4-pteridophyte-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ4ODQ2-the-given-figure-represents-1-equisetum-a-horsetail-where-a-is-macrophyll-and-b-is-microphyll-2-sphagnum-peat-moss-where-a-is-microphyll-and-b-is-macrophyll-3-equisetum-a-horsetail-where-a-is-archegon https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ4ODQ3-the-given-structure-belongs-to-1-the-gametophytic-generation-in-the-life-cycle-of-a-fern-2-the-sporophytic-generation-in-the-life-cycle-of-a-fern-3-the-gametophytic-generation-in-the-life-cycle-of-a-m https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzUyOTc5-the-given-diagram-shows-1-the-male-thallus-of-marchantia-2-the-female-thallus-of-marchantia-3-the-male-thallus-of-funaria-4-the-female-thallus-of-funaria-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzUyOTgz-study-the-given-two-statements-ndash-an-assertion-and-reason-and-select-the-correct-answer-from-the-options-given-assertion-a-chlorella-is-used-as-a-food-source-and-food-supplement-reason-r-chlorella https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzUyOTg1-regarding-pteridophytes-i-they-are-first-terrestrial-plants-to-produce-seeds-ii-the-main-plant-body-is-a-sporophyte-iii-prothallus-is-a-thalloid-gametophyte-1-only-i-and-ii-are-correct-2-only-i-and-ii https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzU1ODgx-what-would-be-true-for-both-pinus-and-cycas-1-a-male-and-female-gametophyte-having-independent-free-living-existence-2-coralloid-roots-associated-with-symbiotic-nitrogen-fixing-cyanobacteria-3-ovules https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzU1ODgz-the-life-cycle-in-1-fucus-is-haplontic-2-gymnosperms-is-haplontic-3-spirogyra-is-haplo-diplontic-4-bryophytes-and-pteridophytes-is-haplo-diplontic-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzU4Mzky-which-one-of-the-following-is-wrongly-matched-1-spirogyra-motile-gametes-2-sargassum-chlorophyll-c-3-basidiomycetes-puffballs-4-nostoc-water-blooms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzU4NDQ4-what-is-common-in-all-the-three-funaria-dryopteris-and-ginkgo-1-presence-of-archegonia-2-well-developed-vascular-tissues-3-independent-gametophyte-4-independent-sporophyte-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzYxNTky-assertion-a-the-main-plant-body-of-the-bryophyte-is-haploid-which-possesses-true-roots-leaf-like-and-stem-like-structures-reason-r-this-main-plant-body-produces-gametes-and-it-is-known-as-gametophyte https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzYxNTkz-assertion-a-mosses-are-of-great-ecological-importance-reason-r-mosses-are-among-the-first-organisms-to-colonize-the-rocks-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correc https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzYxNTk0-assertion-a-species-of-sphagnum-have-good-capacity-to-hold-water-reason-r-they-have-been-used-as-packing-material-for-trans-shipment-of-living-material-choices-for-assertions-and-reasons-1-both-a-and https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzYxNTk1-assertion-a-double-fertilization-is-an-event-unique-to-angiosperms-reason-r-there-is-an-occurrence-of-two-fusions-i-e-syngamy-and-triple-fusion-td-border-1px-solid-cccccc-br-mso-data-placement-same-ce https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzYzNjQ4-assertion-a-earliest-systems-of-classification-separated-the-closely-related-species-reason-r-such-systems-were-based-on-phylogenetic-characters-1-both-a-and-r-are-true-and-r-is-the-correct-explanatio https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzYzNjQ5-assertion-a-mosses-reduce-the-impact-of-falling-rain-and-prevent-soil-erosion-reason-r-lichens-form-a-dense-mat-on-the-soil-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzYzNjUw-assertion-a-gymnosperms-are-called-naked-seeded-plants-reason-r-the-seeds-remain-exposed-after-their-fertilization-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY0NzIx-thallus-level-of-organisation-rhizoids-dominant-gametophyte-and-dependence-on-water-to-complete-its-life-are-the-characteristics-seen-in-1-pteridophytes-2-gymnosperms-3-angiosperms-4-bryophytes-1-2-3 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY0NzY0-what-is-the-correct-description-of-a-prothallus-1-a-structure-in-gymnosperms-formed-just-after-fertilisation-2-a-sporophytic-free-living-structure-formed-in-pteridophytes-3-a-gametophytic-free-living https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY0Nzgw-a-lsquo-protonema-rsquo-stage-in-the-life-cycle-of-a-moss-is-the-1-first-stage-in-gametophyte-generation-2-second-stage-in-gametophyte-generation-3-first-stage-in-sporophyte-generation-4-second-stage https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY0Nzgy-besides-starch-pyrenoids-in-many-members-of-chlorophyceae-contain-1-double-stranded-dna-2-a-low-molecular-weight-rna-3-protein-4-lipids-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY0ODcy-in-cycas-i-coralloid-roots-are-associated-with-n2-fixing-cyanobacteria-ii-the-stems-are-unbranched-iii-the-pinnate-leaves-persist-for-a-few-years-1-only-i-and-ii-are-correct-2-only-i-and-iii-are-corre https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY1NjA0-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-algal-class-column-ii-feature-of-flagella-a-chlorophyceae-p-2-unequal-lateral-b-phaeophycea https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY1NjA1-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-pteridophyte-class-column-ii-example-a-psilopsida-p-psilotum-b-lycopsida-q-adiantum-c-sphen https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY1NzM1-evolutionarily-pteridophytes-are-the-first-1-plants-with-haplontic-life-cycle-2-terrestrial-plants-with-dominant-gametophytic-generation-3-plants-to-produce-flowers-pollinated-by-insects-4-terrestrial https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY1NzM2-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-ulothrix-p-brown-algae-with-diplontic-life-cycle-b-ectocarpus-q-major-pigments https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY1ODY3-floridean-starch-is-a-form-of-1-stored-food-in-red-algae-that-resembles-the-structure-of-amylopectin-and-glycogen-2-stored-food-in-brown-algae-that-resembles-the-structure-of-agarose-and-agaropectin-3 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY1ODY4-a-and-b-in-the-given-diagram-respectively-show-1-male-thallus-of-marchantia-and-female-thallus-of-marchantia-2-female-thallus-of-marchantia-and-male-thallus-of-marchantia-3-male-thallus-of-funaria-and https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY1ODY5-in-gymnosperms-1-gametophytes-have-an-independent-free-living-existence-2-pollen-grains-are-transported-by-water-3-pollen-tubes-are-not-seen-4-seeds-are-not-covered-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY1OTAx-asexual-reproduction-in-brown-algae-is-by-1-biflagellate-biconcave-disc-shaped-zoospores-2-non-motile-spherical-aplanogametes-3-biflagellate-pear-shaped-zoospores-4-non-motile-zoospores-produced-in-zo https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY1OTEz-consider-the-two-statements-statement-i-antheridium-in-bryophytes-produces-biflagellate-antherozoids-statement-ii-archegonium-in-bryophytes-produces-a-single-egg-1-statement-i-is-correct-statement-ii https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY2MDMz-classification-system-based-on-information-like-chromosome-number-structure-behaviour-is-called-as-1-numerical-taxonomy-2-cytotaxonomy-3-chemotaxonomy-4-cladistics-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY2MDM0-regarding-red-algae-i-majority-are-fresh-water-with-greater-concentrations-found-in-the-colder-areas-ii-they-occur-in-both-well-lighted-regions-close-to-the-surface-of-water-and-also-at-great-depths-i https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY2MDM1-the-leafy-stage-in-the-life-cycle-of-mosses-1-is-a-stage-of-the-sporophytic-generation-2-is-a-creeping-green-branched-and-frequently-filamentous-stage-3-develops-directly-from-a-spore-4-bears-sex-orga https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY2MDY3-consider-the-two-given-statements-assertion-a-the-spread-of-living-pteridophytes-is-limited-and-restricted-to-narrow-geographical-regions-reason-r-pteridophytes-are-terrestrial-plants-that-possess-vas https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY3MDE5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-reason-r-assertion-a-the-first-stage-of-gametophyte-in-the-life-cycle-of-moss-is-protonema-stage-reason-r-proton https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY3MDM5-identify-the-pair-of-heterosporous-pteridophytes-among-the-following-1-equisetum-and-salvinia-2-lycopodium-and-selaginella-3-selaginella-and-salvinia-4-psilotum-and-salvinia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY3MDUw-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-in-gymnosperms-the-pollen-grains-are-released-from-the-microsporangium-and-carried-by-ai https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY4MTg1-match-list-i-with-list-ii-list-i-list-ii-a-pteropsida-i-psilotum-b-lycopsida-ii-equisetum-c-psilopsida-iii-adiantum-d-sphenopsida-iv-selaginella-choose-the-correct-answer-from-the-options-given-below https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY4MTk0-which-classes-of-algae-possess-pigment-fucoxanthin-and-pigment-phycoerythrin-respectively-1-phaeophyceae-and-chlorophyceae-2-phaeophyceae-and-rhodophyceae-3-chlorophyceae-and-rhodophyceae-4-rhodophyce https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY4MjAy-which-of-the-following-statements-is-true-1-all-pteridophytes-exhibit-haplo-diplontic-pattern-2-seed-bearing-plants-follow-haplontic-pattern-3-most-algal-genera-are-diplontic-4-most-bryophytes-do-not https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTU1-given-below-are-two-statements-assertion-a-porphyra-is-a-member-of-rhodophyceae-and-called-red-alga-reason-r-predominant-pigment-in-porphyra-is-a-red-pigment-r-phycoerythrin-1-both-a-and-r-are-true-an https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTYw-given-below-are-two-statements-assertion-a-main-plant-body-of-bryophyte-is-called-gametophyte-reason-r-bryophyte-possess-root-like-leaf-like-and-stem-like-structures-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTY1-given-below-are-two-statements-assertion-a-during-life-cycle-of-sexually-reproducing-plant-there-is-an-alternating-of-generation-reason-r-alternation-of-generation-occurs-between-diploid-gametophyte-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTcw-given-below-are-two-statements-assertion-a-the-spread-of-living-pteridophytes-is-limited-and-restricted-to-narrow-geographical-regions-reason-r-multicellular-free-living-mostly-photosynthetic-thalloid https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTc5-given-below-are-two-statements-assertion-a-bryophytes-are-called-amphibians-of-plant-kingdom-reason-r-bryophytes-can-live-in-soil-but-are-dependent-on-water-for-sexual-reproduction-1-both-a-and-r-are https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTgw-given-below-are-two-statements-assertion-a-in-pteridophytes-both-the-gametophytic-and-sporophytic-phases-are-multicellular-and-vascular-reason-r-pteridophytes-exhibit-diplontic-life-cycle-pattern-1-bo https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTgy-given-below-are-two-statements-assertion-a-sexual-reproduction-may-be-isogamous-anisogamous-or-oogamous-in-brown-algae-reason-r-in-brown-algae-sexual-reproduction-is-accompanied-by-complex-post-fertil https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTg0-given-below-are-two-statements-assertion-a-in-pteridophytes-the-root-stem-and-leaves-possess-well-developed-vascular-tissues-reason-r-in-pteridophytes-the-main-plant-body-is-a-sporophyte-1-both-a-and https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTg2-given-below-are-two-statements-assertion-a-water-is-required-for-transfer-of-male-gametes-to-archegonium-in-ferns-reason-r-ferns-bear-sporangia-on-gametophytes-which-in-turn-bear-diploid-sex-organs-1 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTkw-given-below-are-two-statements-assertion-a-the-female-sex-organ-in-a-flower-is-the-pistil-or-the-carpel-reason-r-female-gametophyte-is-also-known-as-embryo-sac-in-flowering-plants-1-both-a-and-r-are-t https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTk0-given-below-are-two-statements-assertion-a-in-gymnosperms-the-male-and-female-gametophytes-do-not-have-an-independent-free-living-existence-reason-r-gametophytes-of-gymnosperm-remain-within-the-sporan https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTk3-given-below-are-two-statements-assertion-a-vascular-plants-are-well-adapted-to-the-environment-and-dominate-the-land-reason-r-vascular-plants-have-xylem-and-phloem-for-long-distance-transport-1-both-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MTk4-given-below-are-two-statements-assertion-a-gymnosperms-do-not-produce-fruit-reason-r-ovules-of-gymnosperms-are-enclosed-within-the-ovaries-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjAx-given-below-are-two-statements-assertion-a-true-stem-and-leaves-are-absent-in-bryophytes-reason-r-in-bryophytes-sporophyte-is-parasitic-over-gametophyte-1-both-a-and-r-are-true-and-r-is-the-correct-ex https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjAz-given-below-are-two-statements-assertion-a-the-leaves-in-gymnosperms-are-well-adapted-to-withstand-extremes-of-temperature-humidity-and-wind-reason-r-unlike-bryophytes-and-pteridophytes-in-gymnosperms https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjA2-select-the-incorrect-statement-about-artificial-system-of-classification-of-linnaeus-1-it-is-called-artificial-system-because-it-is-based-on-only-one-or-two-characters-2-it-was-based-on-androecium-str https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjEw-natural-classification-system-considered-natural-affinities-among-organisms-which-means-1-natural-similarity-or-resemblance-among-organisms-2-natural-dissimilarities-among-organisms-3-phylogenetic-sim https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjEz-algae-are-not-1-fresh-water-forms-2-marine-water-forms-3-terrestrial-4-heterotrophic-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjE3-select-the-wrong-option-about-organism-shown-in-the-figure-1-it-is-green-filamentous-alga-2-it-produces-flagellated-isogametes-3-it-has-chlorophyll-a-and-b-4-it-has-cell-wall-covered-by-algin-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjI5-all-of-the-algae-mentioned-in-the-options-are-used-as-food-select-the-pair-of-brown-algae-which-are-used-as-food-1-porphyra-laminaria-2-laminaria-sargassum-3-chlorella-porphyra-4-sargassum-porphyra-1 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjMx-select-the-incorrect-match-1-ecotocarpus-filamentous-2-kelps-possess-carotenoids-3-chlamydomonas-cup-shaped-chloroplast-4-chara-colonial-green-alga-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjMz-the-protoplast-of-brown-alga-contains-all-except-1-plastids-2-centrally-located-vacuole-3-nucleus-4-pyrenoids-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjM0-a-similarity-between-brown-and-red-algae-is-1-presence-of-motile-gametes-2-their-occurrence-primarily-in-marine-habitat-3-presence-of-polysulphate-esters-in-outer-cell-wall-4-presence-of-chlorophyll-d https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjM4-match-the-following-columns-and-select-the-correct-option-regarding-bryophytes-a-gametophyte-i-haploid-antherozoid-producing-structure-b-sporophyte-ii-flask-shaped-haploid-structure-c-anthredium-iii-p https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjM5-all-of-the-following-statements-hold-true-for-both-protonema-and-prothallus-except-1-free-living-gametophyte-structure-2-formed-from-spore-3-photosynthetic-in-nature-4-branched-and-filamentous-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjQx-in-mosses-the-sex-organs-bearing-stage-is-1-protonema-2-leafy-stage-3-diploid-plant-4-prothallus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjQ2-state-true-t-or-false-f-for-the-given-statements-and-select-the-correct-option-a-pteridophytes-may-flourish-well-in-sandy-soil-conditions-b-pteridophytes-grow-in-very-limited-and-restricted-geographic https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjQ4-water-is-required-for-the-transfer-of-male-gametes-to-the-mouth-of-archegonium-in-all-except-1-mosses-2-liverworts-3-pteridophytes-4-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjUw-select-the-option-not-related-to-gymnosperms-column-i-column-ii-1-roots-tap-coralloid-2-leaves-simple-compound-3-stem-branched-unbranched-4-spores-homo-heterospores-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjUx-male-gametophyte-in-gymnosperms-is-called-1-antherozoid-2-antheridium-3-pollen-grain-4-generative-cell-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjUy-in-cycas-which-of-the-following-structures-is-not-seen-1-megasporophyll-2-male-cone-3-female-cone-4-pinnate-leaves-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjU1-each-embryo-sac-consists-of-1-synergids-and-an-egg-cell-2-polar-nuclei-secondary-nucleus-and-an-egg-cell-3-egg-apparatus-three-antipodals-and-two-polar-nuclei-4-egg-apparatus-and-antipodals-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjU2-the-gametophytic-phase-can-be-represented-by-the-single-to-few-celled-gametophyte-or-few-to-multicelled-gametophyte-as-in-1-fucus-and-seed-plants-respectively-2-seed-plants-and-fucus-respectively-3-ec https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY5MjU3-in-which-of-the-following-the-gametophyte-is-photosynthetic-but-not-dominant-body-1-pteridophytes-2-mosses-3-liverworts-4-green-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc4NjYw-which-one-is-the-oldest-in-following-1-gymnosperms-2-angiosperms-3-bryophytes-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc4NzM3-match-the-storage-products-listed-under-column-i-with-the-organism-given-under-column-ii-column-i-column-ii-a-glycogen-1-sargssum-b-pyrenoids-2-nostoc-c-laminarin-and-mannitol-3-polysiphonia-d-floride https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc4Nzcw-heterotrichous-thallus-is-shown-by-which-organism-1-chlamydomonas-2-ectocarpus-3-spirogyra-4-volvox-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc4Nzgw-eye-spot-is-seen-in-1-chlamydomonas-2-ulothrix-3-spirogyra-4-polysiphonia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc4Nzgz-shape-of-chloroplast-of-ulothrix-is-1-star-shaped-2-band-shaped-3-girdle-shaped-4-spinal-shaped-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc4Nzk4-which-one-is-parasitic-alga-1-oedogonium-2-cephaleuros-3-spirogyra-4-cladophora-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc4ODUx-diagram-is-of-1-sporic-meiosis-2-zygotic-meiosis-3-gametic-meiosis-4-brachymeiosis-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc4ODU1-which-one-is-the-oldest-in-the-following-1-gymnosperms-2-angiosperms-3-bryophytes-4-none-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc4ODU3-which-is-called-the-amphibians-of-plant-kingdom-1-angiosperms-2-gymnosperms-3-bryophytes-4-pteridophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc4OTYw-palmella-stage-is-present-in-1-aspergillus-2-cystopus-3-chlamydomonas-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc5MDg3-shape-of-the-chloroplast-of-ulothrix-is-1-star-shaped-2-bond-shaped-3-girdled-shaped-4-spinal-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc5MDg4-which-one-is-parasitic-algae-1-oedogonium-2-cephaleuros-3-spirogyra-4-cladophera-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mzc5MDg5-palmellastatge-is-present-in-1-aspergillus-2-cystopus-3-chlamydomonas-4-none-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDU1MDg4-read-the-following-statements-and-choose-the-set-of-correct-statements-in-the-members-of-phaeophyceae-a-asexual-reproduction-occurs-usually-by-biflagellate-zoospores-b-sexual-reproduction-is-by-oogamo https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDU2ODMy-match-list-i-with-list-ii-list-i-list-ii-a-microscopic-angiosperm-i-salvinia-b-tallest-gymnosperm-ii-marchantia-c-thalloid-bryophyte-iii-sequoia-d-heterosporous-pteridophyte-iv-wolffia-choose-the-corr https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTYx-the-system-of-classification-of-plants-given-by-carolus-linnaeus-was-1-an-artificial-system-based-mainly-on-the-androecium-structure-2-a-natural-system-based-on-large-number-of-natural-affinities-betw https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTYy-in-numerical-taxonomy-i-computers-are-used-and-all-the-observable-characters-are-taken-into-consideration-ii-hundreds-of-characters-can-be-considered-together-and-each-character-is-given-equal-importa https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTY0-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-as-your-answer-from-the-coders-given-column-i-classification-method-column-ii-feature-used-a-artificial-p-evolutionary-re https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxNDI5-fusion-of-two-gametes-which-are-dissimilar-in-size-is-termed-as-1-oogamy-2-isogamy-3-anisogamy-4-zoogamy-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODM2-consider-the-following-statements-regarding-green-algae-i-pigments-are-located-in-definite-plastids-ii-most-have-pyrenoids-in-chloroplasts-iii-cell-wall-has-an-inner-layer-of-pectose-and-outer-layer-o https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTY2-identify-the-incorrectly-matched-pair-alga-sexual-reproduction-i-ulothrix-isogamous-non-flagellated-gametes-ii-spirogyra-isogamous-flagellated-gametes-iii-udorina-anisogamous-iv-fucus-oogamous-1-only https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTY3-consider-the-given-statements-i-algin-is-a-hydrocolloid-derived-from-brown-algae-ii-carrageen-is-a-hydrocolloid-derived-from-green-algae-iii-agar-is-a-complex-polysaccharide-derived-from-red-algae-gel https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTY4-which-of-the-following-is-not-an-example-of-an-edible-alga-1-porphyra-2-laminaria-3-sargassum-4-amanita-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTcx-which-of-the-following-feature-given-in-column-i-is-not-correctly-matched-with-its-correct-description-given-in-column-ii-with-respect-to-members-of-chlorophyceae-column-i-column-ii-1-main-photosynthe https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTc0-all-the-following-statements-will-be-true-for-brown-algae-except-1-major-pigments-are-chlorophyll-a-c-fucoxanthin-2-food-is-stored-as-complex-carbohydrates-which-may-be-in-the-form-of-laminarin-or-man https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTc2-the-leaf-like-photosynthetic-organ-in-the-body-of-a-typical-brown-alga-is-called-as-1-frond-2-stipe-3-holdfast-4-rhizoid-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTgw-sexual-reproduction-is-oogamous-and-accompanied-by-complete-post-fertilization-developments-in-the-members-of-1-chlorophyceae-2-phaeophyceae-3-rhodophyceae-4-both-chlorophyceae-and-phaeophyceae-1-2-3 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTgy-which-of-the-following-is-expected-to-be-found-in-deepest-waters-1-red-algae-2-green-algae-3-brown-algae-4-blue-green-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxNzg4-antheridium-of-bryophytes-produce-antherozoids-1-non-motile-2-uni-flagellate-3-biflagellate-4-ciliate-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxNzk1-bryophytes-are-attached-to-the-substratum-by-rhizoids-that-are-1-unicellular-2-multicellular-3-acellular-4-unicellular-or-multicellular-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODAx-all-the-following-are-characteristics-of-bryophytes-except-1-spore-producing-2-dominant-gametophyte-3-lignified-tissues-4-producing-antheridium-and-archegonium-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODIy-the-bryophytes-are-also-called-as-the-amphibians-of-plants-kingdom-mainly-because-1-they-respire-through-the-moist-epidermis-2-they-depend-on-water-for-sexual-reproduction-3-they-require-more-water-th https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTg0-which-of-the-following-statement-will-not-be-true-regarding-bryophytes-1-they-are-dependent-on-water-for-sexual-reproduction-2-archegonium-is-flask-shaped-and-produces-multiple-eggs-3-sporophyte-is-at https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxNzkz-what-is-the-function-of-the-gemmae-produced-by-some-liverworts-1-a-water-gathering-structure-2-a-light-gathering-structure-3-a-sexual-structure-4-an-asexual-structure-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTg1-regarding-marchantia-i-the-thallus-is-dorsi-ventral-and-closely-appressed-to-the-substrate-ii-the-plant-is-monoecious-1-both-i-and-ii-are-incorrect-2-only-i-is-incorrect-3-only-i-is-correct-4-both-i-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxNDM4-protonema-is-1-haploid-and-is-found-in-mosses-2-diploid-and-is-found-is-liverworts-3-diploid-and-is-found-in-pteridophytes-4-haploid-and-is-found-in-pteridophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODMw-vegetative-reproduction-in-mosses-is-by-1-fragmentation-and-budding-in-secondary-protonema-2-only-budding-in-secondary-protonema-3-adventitious-roots-and-budding-in-secondary-protonema-4-fragmentation https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTg3-sporophyte-is-differentiated-into-a-foot-a-seta-and-a-capsule-in-i-liverworts-ii-mosses-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTg5-consider-the-given-statements-regarding-mosses-i-protonema-is-a-gametophyte-stage-that-is-creeping-green-branched-and-frequently-filamentous-ii-leafy-stage-bears-sex-organs-and-is-attached-to-the-soil https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxNDMz-a-prothallus-is-1-a-structure-in-pteridophytes-formed-before-the-thallus-develops-2-a-sporophytic-free-living-structure-formed-in-pteridophytes-3-a-gametophyte-free-living-structure-formed-in-pteridop https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODAw-evolutionarily-the-first-terrestrial-plants-to-possess-vascular-tissues-are-1-bryophytes-2-pteridophytes-3-gnetales-4-cycads-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODQx-which-of-the-following-does-not-belong-to-the-class-pteropsida-1-dryopteris-2-adiantum-3-pteris-4-lycopodium-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ5MTcx-consider-the-following-statements-i-pteridophytes-are-the-first-terrestrial-plants-to-possess-vascular-bundles-ii-main-plant-body-in-pteridophytes-is-sporophyte-which-is-differentiated-into-true-stem https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTkx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-heterospory-in-some-pteridophytes-paved-the-way-for-the-evolution-of-seeds-in-higher-pla https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxNDM0-plants-of-this-group-are-diploid-and-well-adapted-to-extreme-conditions-they-grow-bearing-sporophylls-in-compact-structures-called-cones-the-group-in-reference-is-1-monocots-2-dicots-3-pteridophytes-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODEy-which-of-the-following-greek-root-word-means-naked-and-hence-gives-name-to-plants-like-cycas-and-pines-1-angeion-2-sperm-3-gymnos-4-gynos-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODE1-the-term-strobilus-in-a-gymnosperm-defines-a-1-collection-of-megasporophylls-2-collection-of-microsporophylls-3-site-of-sporangial-development-4-collection-of-megasporophylls-microsporophylls-and-or-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODE2-female-sex-organs-of-gymnosperms-are-called-1-archegonia-2-female-strobili-3-megasporangium-4-megasporophyll-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODM0-unlike-bryophytes-and-pteridophytes-in-gymnosperms-1-the-male-and-female-gametophytes-do-not-have-an-independent-existence-2-the-vascular-tissue-is-poorly-developed-3-the-reproduction-is-dependent-on https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODM5-which-of-the-following-regarding-cycas-is-incorrect-1-pinnate-leaves-persist-for-a-few-years-2-male-and-female-cones-are-born-on-different-plants-3-coralloid-roots-are-in-association-with-cynobacteria https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODQ0-coralloid-roots-in-cycas-are-associated-with-nitrogen-fixing-1-rhizobium-2-frankia-3-azospirillum-4-cyanobacteria-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODQ2-all-the-following-regarding-pinus-are-correct-except-1-obligate-association-with-mycorrhiza-2-unbranched-stems-3-male-and-female-strobili-on-the-same-plant-4-leaves-in-fascicles-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTkz-in-angiosperms-i-the-dicots-are-characterized-by-seeds-having-two-cotyledons-reticulate-venation-and-trimerous-flowers-ii-the-monocots-are-characterized-by-single-cotyledonous-seed-parallel-venation-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxNzk0-the-life-cycle-of-ectocarpus-polysiphonia-and-kelps-is-1-diplontic-2-haplontic-3-aplantic-4-haplo-diplontic-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTk0-in-haplontic-life-cycle-i-sporophytic-generation-is-represented-only-by-the-one-celled-zygote-ii-meiosis-in-zygote-results-in-the-formation-of-haploid-gametes-iii-the-dominant-photosynthetic-stage-is https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTk1-regarding-plants-exhibiting-diplontic-life-cycle-1-gametophyte-is-the-dominant-photosynthetically-independent-phase-2-the-sporophytic-stage-is-represented-by-the-single-to-few-celled-diploid-sporophyt https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTk2-a-plant-has-a-diploid-sporophyte-as-the-dominant-independent-photosynthetic-vascular-body-it-alternates-with-multicellular-saprophytic-autotrophic-independent-but-short-lived-haploid-gametophyte-this https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTk3-the-type-of-life-cycle-followed-by-i-spirogyra-is-haplontic-ii-fucus-is-diplontic-iii-ectocarpus-polysiphonia-and-kelps-is-haplo-diplontic-1-only-i-and-ii-are-correct-2-only-i-and-iii-are-correct-3-on https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ5MTYz-which-of-the-following-is-not-true-regarding-comparison-between-the-gymnosperms-pinus-and-cycas-character-pinus-cycas-1-root-symbiotic-association-mycorrhiza-cynobacteria-2-stem-branched-unbranched-3 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTk4-a-plant-has-a-dominant-independent-photosynthetic-thalloid-or-erect-phase-as-a-haploid-gametophyte-which-alternates-with-the-short-lived-multicellular-sporophyte-totally-or-partially-dependent-on-the https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTU0MzI5-arrange-the-following-plant-groups-in-the-order-of-their-evolutionary-appearance-i-angiosperms-ii-bryophytes-iii-gymnosperms-iv-pteridophytes-1-ii-iv-iii-i-2-i-ii-iii-iv-3-iv-ii-i-iii-4-ii-iii-iv-i-1 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzQ3-chemotaxonomy-1-chemical-constituents-of-the-plant-2-cell-structure-3-phylogeny-4-embryology-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTUyODc0-which-of-the-following-correctly-defines-a-phylogenetic-system-of-classification-1-classification-based-only-on-similarities-in-external-features-2-classification-based-on-evolutionary-relationships-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzky-according-to-phylogenetic-classification-organisms-belonging-to-same-taxa-1-are-same-in-anatomy-2-have-same-genetic-constituent-3-have-a-common-ancestor-4-have-all-characteristics-same-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzQ2-cytotaxonomy-1-based-on-cytological-information-like-chromosome-number-2-based-on-cytological-information-like-chromosome-structure-3-based-on-cytological-information-like-chromosome-behavior-4-all-of https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc1ODU3-which-of-the-following-classification-is-now-easily-carried-out-using-computers-is-based-on-all-observable-characteristics-1-natural-classification-2-artificial-classification-3-practical-classificati https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDc3Njc1-the-artificial-system-of-classification-given-by-linnaeus-was-mainly-based-on-which-characters-1-vegetative-characters-androecium-structure-2-internal-features-like-anatomy-and-embryology-3-cytologica https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzQ1-in-numerical-taxonomy-1-all-the-characters-are-given-equal-importance-2-all-the-characters-are-given-unequal-importance-3-and-at-the-same-time-hundreds-of-characters-can-be-considered-4-both-1-and-3-1 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzkx-artificial-systems-gave-equal-weightage-to-1-morphological-and-anatomical-characters-2-vegetative-and-sexual-characters-3-vegetative-and-anatomical-characters-4-morphological-and-sexual-characters-1-2 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzQy-george-bentham-and-joseph-hooker-gave-the-classification-based-on-1-artificial-system-2-natural-system-3-phlogenetics-4-numerical-system-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzUw-the-reproduction-in-algae-occurs-by-1-vegetative-2-asexual-3-sexual-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzQ4-algae-can-be-found-on-1-sloth-bear-2-dog-3-camel-4-rabbit-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc5Njg0-chlorophyll-a-chlorophyll-d-and-phycoerytherin-occur-in-1-chlorophyceae-2-bacillariophyceae-3-cyanophyceae-4-rhodophyceae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzU0-algae-are-useful-1-because-at-least-half-of-the-total-carbon-dioxide-fixation-on-earth-is-carried-out-by-algae-through-photosynthesis-2-algae-being-photosynthetic-can-increase-the-level-of-dissolved-o https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzY1-sexual-reproduction-in-chlorophyceae-is-of-1-isogamous-type-2-anisogamous-type-3-oogamous-type-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzU1-hydrocolloid-is-1-water-soluble-substance-2-water-holding-substance-3-hydrogen-gas-containing-substance-4-oxygen-gas-containing-substance-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzE0-choose-the-correct-statement-1-many-species-of-porphyra-laminaria-and-sargassum-and-among-70-species-of-marine-algae-used-as-food-2-agar-is-used-to-grow-microbes-and-in-preparations-of-ice-creams-and https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzA0-in-chlorophyceae-and-phaeophyceae-the-type-of-sexual-reproduction-is-1-isogamous-2-anisogamous-3-oogamous-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzc4-in-brown-algae-food-is-stored-as-1-oil-droplets-and-protein-2-complex-carbohydrates-which-may-be-in-the-form-of-laminarin-or-mannitol-3-agar-agar-4-carrageen-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTMzNDgw-match-list-i-with-list-ii-list-i-list-ii-a-ulothrix-i-anisogamy-b-spirogyra-ii-oogamy-c-eudorina-iii-isogamy-flagellated-similar-in-size-gametes-d-fucus-iv-isogamy-non-flagellated-similar-in-size-game https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzU3-carrageen-1-water-holding-substance-2-obtained-from-red-algae-3-sulfated-water-holding-substance-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTMzNTMw-which-of-the-following-is-not-applicable-for-members-of-rhodophycae-1-presence-of-r-phycoerythrin-2-found-only-near-the-surface-of-water-bodies-never-deep-3-absence-of-flagella-4-floridean-starch-is-t https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDY4MTk5-which-pigment-is-predominantly-found-in-red-algae-and-contributes-to-their-distinctive-coloration-1-chlorophyll-a-2-phycoerythrin-3-carotenoids-4-xanthophylls-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc5NTg2-the-characteristic-pigment-found-in-brown-algae-is-1-phycocyanin-2-fucoxanthin-3-phycoerytherin-4-haematochrome-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTI0NzI5-what-algae-has-been-depicted-in-the-given-figure-1-laminaria-2-fucus-3-polysiphonia-4-volvox-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzExODk-pyrenoid-has-1-protein-starch-2-only-protein-3-only-starch-4-fats-starch-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzAwNzQ-asexual-reproduction-by-pear-shaped-biflagellate-zoospores-is-seen-in-most-1-green-algae-2-brown-algae-3-red-algae-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTUyODcw-consider-the-given-two-statements-statement-i-in-most-members-of-rhodophyceae-food-is-stored-as-floridean-starch-statement-ii-floridean-starch-is-structurally-similar-to-amylopectin-and-glycogen-1-bot https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTY4OTUz-which-option-includes-only-organisms-that-are-red-algae-and-are-sources-of-agar-1-ulva-spirogyra-2-sargassum-laminaria-3-gelidium-gracilaria-4-chara-nitella-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjEwNDY5-plants-which-are-not-differentiated-into-roots-stems-and-leaves-are-1-algae-2-gymnosperms-3-pteridophytes-4-angiosperms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc5NTg0-an-alga-rich-in-proteins-is-1-chlorella-2-oscillatoria-3-ulothrix-4-spirogyra-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzI5MTg-in-green-algae-1-chloroplast-may-be-discoid-plate-like-reticulate-cup-shaped-spiral-or-ribbon-shaped-in-different-species-2-cell-wall-made-of-an-inner-layer-of-cellulose-and-outer-layer-of-pectose-3-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzY0-zoospore-formed-during-asexual-reproduction-in-chlorophyceae-are-1-flagellated-2-non-flagellated-3-ciliated-4-non-ciliated-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Njgy-which-of-the-following-algae-is-likely-to-be-found-in-the-deepest-waters-1-green-2-brown-3-red-4-all-are-found-at-equal-depths-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246ODkzMzM-an-example-of-colonial-alga-is-1-volvox-2-ulothrix-3-spirogyra-4-chlorella-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzU2-algin-1-water-holding-substance-2-obtained-from-brown-algae-3-non-sulfated-water-holding-substance-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTExNDEw-the-alga-shown-in-the-given-figure-is-most-likely-1-chara-2-spirogyra-3-fucus-4-gelidium-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxNzky-which-of-the-following-is-not-an-example-of-red-algae-1-polysiphonia-2-porphyra-3-gracilaria-4-laminaria-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjYyOTc0-match-the-following-algae-stored-food-flagellation-a-brown-algae-b-red-algae-c-green-alage-p-floridean-starch-q-mannitol-r-starch-i-2-lateral-ii-2-4-apical-iii-absent-1-a-r-ii-b-p-iii-c-q-i-2-a-q-i-b https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjEwNDcw-kelps-are-massive-1-brown-algae-2-amphibious-plants-3-flowering-plants-4-plants-with-naked-seeds-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzIy-pyrenoids-in-green-algae-is-located-in-1-cytoplasm-2-chloroplast-3-vacuole-4-flagella-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDI1MTQz-fertilization-in-certain-algae-where-there-is-fusion-of-two-motile-gametes-which-are-dissimilar-in-size-is-termed-as-1-oogamy-2-isogamy-3-anisogamy-4-zoogamy-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTY1NjQw-the-four-sketch-a-b-c-and-d-given-below-represents-four-different-types-of-organisms-which-one-of-these-is-correctly-identified-in-the-options-given-along-with-its-correct-food-and-class-a-b-c-d-name https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMxMjYx-which-of-the-following-algae-produce-carrageen-1-red-algae-2-blue-green-algae-3-green-algae-4-brown-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxNzg2-the-leaf-like-photosynthetic-organ-in-brown-algae-is-called-as-1-holdfast-2-stipe-3-frond-4-rhizoid-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODA2-which-of-the-following-is-not-true-regarding-algae-1-thallophytes-that-contain-chlorophyll-2-autotrophic-3-body-made-of-pseudo-parenchyma-4-cellulosic-cell-wall-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc5NjA4-ulothrix-is-1-filamentous-algae-with-flagellated-reproductive-stages-2-filamentous-algae-with-non-flagellated-reproductive-stages-3-membranous-algae-producing-zoospores-4-nonmotile-colonial-algae-lack https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc5ODY2-algae-that-are-mostly-found-in-warm-coastal-waters-of-oceans-are-the-1-green-algae-2-brown-algae-3-red-algae-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjEwNDcy-ectocarpus-is-1-unicellular-green-algae-2-filamentous-brown-algae-3-branched-red-algae-4-colonial-green-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzI5NDQ-examine-the-figures-a-b-c-d-in-which-one-of-the-four-options-all-the-items-a-b-c-and-d-are-correct-a-b-c-d-1-porphyra-fucus-dictyota-polysiphonia-2-polysiphonia-porphyra-dictyota-fucus-3-fucus-dictyot https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxODMz-identify-the-incorrect-statement-regarding-red-algae-1-major-pigments-are-chlorophyll-a-c-and-phycocyanin-2-stored-food-is-floridean-starch-3-cellulosic-cell-wall-with-pectin-and-polysulfate-esters-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTI0Mjg0-in-oogamy-fertilization-occurs-between-1-small-non-motile-female-gamete-and-large-motile-male-gamete-2-large-non-motile-female-gamete-and-small-motile-male-gamete-3-a-large-non-motile-female-gamete-an https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDk1ODgz-which-of-the-following-mechanisms-of-sexual-reproduction-in-algae-is-correctly-paired-with-an-example-of-the-organism-displaying-it-1-oogamy-chlamydomonas-2-isogamy-with-flagellated-gametes-spirogyra https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxMDA2-an-alga-which-can-be-employed-as-food-for-human-beings-1-ulothrix-2-chlorella-3-spirogyra-4-polysiphonia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDYzMjAz-in-red-algae-1-fucoxanthin-is-main-photosynthetic-pigment-2-stored-food-is-laminarin-3-cell-wall-is-absent-4-no-flagella-insertions-are-seen-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzI5Mjk-in-which-group-of-algae-is-frond-present-1-dictyota-fucus-and-laminaria-2-polysiphonia-porphyra-laminaria-3-chara-fucus-and-laminaria-4-dictyota-porphyra-polysiphonia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ0NjM2-given-below-are-two-statements-statement-i-chlorophyceae-store-food-in-the-form-of-oil-droplets-and-have-a-rigid-cell-wall-made-up-of-an-inner-layer-of-cellulose-and-outer-layer-of-pectose-statement-i https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDk1ODcx-bryophytes-are-often-referred-to-as-the-amphibians-of-the-plant-kingdom-because-they-1-can-live-in-soil-but-require-water-for-reproduction-2-have-vascular-tissues-3-are-exclusively-aquatic-4-can-repro https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY4NDQz-gemmae-are-1-asexual-buds-found-in-liverworts-2-sex-organs-in-mosses-3-resting-zygote-in-many-fungi-4-endospores-of-certain-bacteria-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDM5MTQ3-which-of-the-following-is-not-a-characteristic-feature-of-bryophytes-1-presence-of-vascular-tissues-2-dominant-gametophyte-phase-3-multicellular-sex-organs-4-requirement-of-water-for-sexual-reproducti https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzg4-identify-the-statement-that-most-accurately-describes-the-plant-shown-in-the-given-figure-1-this-the-male-prothallus-of-marchantia-a-is-antheridiophore-and-b-is-gemma-cup-2-this-the-female-prothallus https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Njg5Mjc-in-the-following-diagram-a-b-c-and-d-represent-1-a-seta-b-leaves-c-rhizoids-d-capsule-2-a-leaf-b-rhizoids-c-scales-d-root-hair-3-a-capsule-b-seta-c-leaves-d-rhizoids-4-a-capsule-b-foot-c-leaves-d-rhiz https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDc3Njgw-in-liverworts-asexual-reproduction-takes-place-by-fragmentation-of-thalli-or-by-the-formation-of-specialized-structures-called-1-rhizoids-2-protonema-3-gemmae-4-capsules-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIwOTk4-examine-the-figure-given-below-and-select-the-right-option-giving-all-the-four-parts-a-b-c-and-d-correctly-identified-a-b-c-d-1-archegoniophore-female-thallus-gemma-cup-rhizoids-2-archegoniophore-fema https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzgz-leafy-stage-develops-from-the-secondary-protonema-as-a-1-apical-bud-2-axillary-bud-3-lateral-bud-4-meristem-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ0NDU4-which-of-the-following-statements-regarding-bryophytes-is-incorrect-1-they-lack-true-roots-2-main-plant-body-is-haploid-and-termed-gametophyte-3-male-sex-organ-is-called-antheridium-4-the-antherozoids https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzky-the-second-stage-of-gametophyte-in-mosses-is-leafy-which-1-develops-from-the-secondary-protonema-as-the-lateral-bud-2-consists-of-upright-slender-axes-bearing-spirally-arranged-leaves-3-both-1-and-2-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTYzNDk2-which-of-the-following-is-responsible-for-peat-formation-1-marchantia-2-riccia-3-funaria-4-sphagnum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDUwNjc2-which-of-the-following-is-not-a-characteristic-feature-of-bryophytes-a-presence-of-vascular-tissues-b-gametophyte-dominance-in-the-life-cycle-c-water-is-necessary-for-fertilization-1-only-a-2-only-a-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjEwNDcz-which-of-the-following-statement-is-incorrect-regarding-bryophytes-1-they-are-dependent-on-water-for-sexual-reproduction-2-the-main-plant-body-is-diploid-3-they-usually-occur-in-damp-humid-and-shaded https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzI5MzQ-the-sex-organs-in-bryophytes-are-1-the-male-sex-organ-is-called-2-which-produces-3-the-female-sex-organ-called-5-is-6-and-produces-egg-s-options-1-2-3-4-5-6-7-1-multicellular-antheridum-uniflagellate https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTIyMzUx-species-of-sphagnum-a-moss-provide-peat-that-has-long-been-used-as-fuel-and-as-packing-material-for-transhipment-of-living-material-which-of-the-following-statements-best-explains-why-sphagnum-is-suit https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTExNDMy-which-feature-of-the-bryophyte-gametophyte-makes-it-distinct-from-the-sporophyte-1-it-is-diploid-and-dependent-on-the-sporophyte-2-it-produces-spores-for-asexual-reproduction-3-it-is-haploid-and-indep https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Njg5MzI-protonema-is-a-characteristic-feature-of-1-fern-2-marchantia-3-moss-4-cycas-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDk1ODgw-the-life-cycle-of-a-moss-includes-two-distinct-phases-which-of-the-following-is-the-correct-description-of-these-phases-1-protonema-and-gametophyte-stage-both-of-which-are-diploid-2-sporophyte-and-gam https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzM2ODk3-a-dominant-gametophyte-will-be-seen-in-the-life-cycle-of-1-marchantia-2-sequoia-3-adiantum-4-eucalyptus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzI5MjQ-structures-found-in-sporophyte-of-funaria-are-a-capsule-b-holdfast-c-foot-d-frond-e-stipe-f-seta-1-a-c-f-2-b-c-e-3-a-d-e-4-c-e-f-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY1NDQ0-which-of-the-following-is-not-correct-regarding-differences-between-liverworts-and-mosses-in-general-liverworts-mosses-1-rhizoids-unicellular-multi-cellular-2-sporophyte-less-elaborate-more-elaborate https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMxMjYy-gemmae-are-present-in-1-some-gymnosperms-2-some-liverworts-3-mosses-4-pteridophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjMwODc0-a-plant-shows-thallus-level-of-organisation-it-shows-rhizoids-and-is-haploid-it-needs-water-to-complete-its-life-cycle-because-the-male-gametes-are-motile-identify-the-group-to-which-it-belongs-to-1-p https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Njc0MjU-along-with-lichens-which-group-of-plant-play-important-role-when-succession-takes-place-on-rock-1-algae-2-bryophytes-3-pteridophytes-4-angiosperm-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzcy-in-mosses-vegetative-reproduction-takes-place-by-fragmentation-budding-in-1-primary-protonema-2-secondary-protonema-3-rhizoids-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIwOTc2-bryophytes-have-1-archegonia-2-dominant-gametophytic-and-parasitic-sporophytic-phases-3-thalloid-plant-body-4-all-the-above-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Njc0Mjc-gemma-is-1-green-unicellular-asexual-bud-2-green-multicellular-asexual-bud-3-both-1-and-2-4-green-filamentous-asexual-bud-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzk5-gametophyte-of-bryophyte-is-1-green-and-vascular-2-independent-multicellular-3-dependent-on-sporophyte-4-foliose-in-nature-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Njc0MjY-study-the-diagram-given-below-and-mark-the-correct-statement-1-part-a-is-dependent-on-part-b-2-part-b-is-dependent-on-part-a-3-both-parts-are-independent-4-part-a-is-haploid-whereas-part-b-is-diploid https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjMwODgw-protonema-is-1-haploid-and-is-found-in-mosses-2-diploid-and-is-found-in-liverworts-3-diploid-and-is-found-in-pteridophytes-4-haploid-and-is-found-in-pteridophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTc2MzYw-the-proper-name-for-the-female-gametangia-in-the-moss-is-and-the-proper-name-for-the-male-gametangia-is-1-egg-sperm-2-antheridia-archegonia-3-sporophyte-gametophyte-4-archegonia-antheridia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc5ODQz-which-one-of-the-following-is-heterosporous-1-dryopteris-2-salvinia-3-adiantum-4-equisetum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzk0-pteridophytes-1-include-horsetails-and-ferns-2-are-used-for-medicinal-purposes-and-soil-binders-3-are-also-frequently-grown-as-ornaments-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTMzMTkz-which-of-the-following-is-a-heterosporous-pteridophyte-1-equisetum-2-selaginella-3-pteris-4-lycopodium-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzkw-the-spreading-of-living-pteridophyte-is-limited-and-is-restricted-to-narrow-geographical-region-because-of-1-growth-requirements-of-gametophyte-cool-damp-and-shady-places-2-requirement-of-water-for-fe https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246Mjc4Nzk0-genera-like-selaginella-and-salvinia-produce-two-kinds-of-spores-such-plants-are-known-as-1-homosporous-2-heterosporous-3-homosorus-4-heterosorus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzk4-identify-the-pteridophyte-and-the-structure-marked-as-x-1-equisetum-x-strobilus-cone-2-equisetum-x-antheridia-3-equisetum-x-archegonia-4-equisetum-x-microsporangium-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY4NDQ1-evolutionarily-the-first-terrestrial-plants-to-possess-vascular-tissues-xylem-and-phloem-are-1-bryophytes-2-pteridophytes-3-gymnosperms-4-angiosperms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzg1-the-given-diagram-shows-1-an-alga-that-lacks-flagellated-cells-2-a-liverwort-3-a-heterosporous-pteridophyte-4-a-gymnosperm-with-non-motile-sperms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDc3Njg2-in-pteridophytes-the-event-of-the-zygote-developing-into-a-young-embryo-within-the-female-gametophyte-is-considered-a-precursor-to-1-development-of-vascular-tissues-2-seed-habit-3-formation-of-flowers https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTU0MzI1-heterospory-is-found-in-1-all-pteridophytes-2-only-angiosperms-3-only-gymnosperms-4-some-pteridophytes-and-all-seed-plants-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTExNDMz-what-evolutionary-advancement-do-pteridophytes-exhibit-compared-to-bryophytes-1-development-of-vascular-tissues-xylem-and-phloem-2-presence-of-motile-sperm-for-fertilization-3-dominant-gametophytic-ge https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDY4MjA5-in-bryophytes-the-is-the-dominant-phase-whereas-in-pteridophytes-the-is-the-dominant-phase-1-sporophyte-gametophyte-2-gametophyte-sporophyte-3-zygote-spore-4-spore-zygote-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIxMDEy-in-bryophytes-and-pteridophytes-transport-of-male-gametes-requires-1-water-2-wind-3-insects-4-birds-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDk1ODc5-in-pteridophytes-the-sporophylls-often-form-distinct-compact-structures-called-strobili-or-cones-which-of-the-following-genera-demonstrates-this-feature-1-equisetum-2-chara-3-spirogyra-4-funaria-1-2-3 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjgxNTYy-which-one-is-correct-about-heterosporous-pteridophytes-1-microspore-and-megaspores-develop-into-the-male-and-the-female-gametophytes-respectively-2-the-female-gametophyte-are-retained-on-the-parent-sp https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDk1ODg0-which-of-the-following-distinguishes-the-life-cycle-of-pteridophytes-from-that-of-bryophytes-1-the-main-plant-body-in-pteridophytes-is-haploid-while-in-bryophytes-it-is-diploid-2-in-pteridophytes-the https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTU0MzMw-a-plant-shows-the-following-characteristics-dominant-sporophyte-vascular-tissue-present-reproduces-by-spores-requires-water-for-fertilisation-and-has-no-seeds-this-plant-belongs-to-1-bryophytes-2-gymn https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTI4MTU1-which-of-the-following-will-not-be-true-regarding-pteridophytes-1-a-dominant-sporophyte-2-possess-vascular-tissues-3-all-are-heterosporous-4-include-horsetails-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Njkw-all-the-following-pteriodophytes-belong-to-the-class-pteropsida-except-1-dryopteris-2-pteris-3-selaginella-4-adiantum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTYzNjY3-identify-the-incorrect-difference-between-a-bryophyte-and-a-pteridophyte-feature-bryophyte-pteridophyte-1-main-plant-body-gametophyte-sporophyte-2-vascular-tissue-absent-present-3-true-roots-absent-pr https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyNDAx-in-gymnosperms-1-ovules-are-not-enclosed-by-ovary-2-ovules-remain-exposed-both-before-and-after-fertilization-3-seeds-are-naked-and-not-covered-by-fruit-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDY4MjAy-which-group-of-plants-is-characterized-by-the-presence-of-naked-seeds-typically-found-on-cones-and-lacks-fruits-and-flowers-1-angiosperms-2-pteridophytes-3-gymnosperms-4-bryophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyNDAz-in-conifers-transpiration-is-reduced-due-to-the-presence-of-1-needle-like-leaves-2-thick-cuticle-in-leaves-3-sunken-stomata-in-leaves-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzc2-pinus-seed-cannot-germinate-and-establish-without-fungal-association-this-is-because-1-its-seeds-contain-inhibitors-that-prevent-germination-2-its-embryo-is-immature-3-it-has-obligate-association-with https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTExNDM2-consider-the-given-statements-statement-i-needle-like-leaves-in-conifers-help-reduce-water-loss-by-minimizing-surface-area-statement-ii-the-thick-cuticle-and-sunken-stomata-in-gymnosperm-leaves-are-ad https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY2ODky-cycas-have-two-cotyledons-but-are-not-included-in-angiosperms-because-of-1-naked-ovules-2-seeds-like-monocot-3-circinate-ptyxis-4-compound-leaves-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzMz-which-of-the-following-statement-is-true-for-pinus-1-roots-have-fungal-association-in-the-form-of-mycorrhiza-2-male-and-female-strobili-borne-on-same-tree-3-both-1-and-2-4-roots-are-called-coralloid-r https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY4NDUx-consider-the-two-statements-statement-i-the-gymnosperms-are-plants-in-which-the-ovules-are-not-enclosed-by-any-ovary-wall-and-remain-exposed-both-before-and-after-fertilisation-statement-ii-the-seeds https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzkz-coralloid-roots-of-gymnosperms-are-have-1-irregular-and-possess-large-number-of-roots-hairs-2-symbiotic-association-with-rhizobium-3-symbiotic-association-with-n2-fixing-cyanobacteria-4-vam-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzM0-mark-the-wrong-statement-about-cycas-1-stem-unbranched-2-pinnate-leaves-persist-for-few-years-3-roots-associated-with-cyanobacteria-4-male-and-female-reproductive-structure-on-same-plant-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246ODkyMDQ-conifers-are-adapted-to-tolerate-extreme-environmental-conditions-because-of-1-broad-hardy-leaves-2-superficial-stomata-3-thick-cuticle-4-the-presence-of-vessels-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTI3ODY-a-prokaryotic-autotrophic-nitrogen-fixing-symbiont-is-found-in-1-cycas-2-cicer-3-pisum-4-alnus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Njc1ODg-which-of-the-following-statements-is-correct-1-horsetails-are-gymnosperms-2-selaginella-is-heterosporous-while-salvinia-is-homosporous-3-ovules-are-not-enclosed-by-ovary-wall-in-gymnosperms-4-stems-ar https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDk1ODg4-the-giant-redwood-tree-sequoia-one-of-the-tallest-tree-species-belongs-to-1-pteridophytes-2-gymnosperms-3-angiosperms-4-bryophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDI1MTQ3-any-vascular-plant-that-reproduces-by-means-of-an-exposed-seed-or-ovule-belongs-to-1-monocots-2-dicots-3-pteridophytes-4-gymnosperms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU4OTY0-unlike-bryophytes-and-pteridophytes-in-gymnosperms-1-the-male-and-female-gametophytes-do-not-have-an-independent-free-living-existence-2-intermediate-meiosis-do-not-occur-3-the-sporophyte-is-partial-p https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQ0ODM0-which-one-of-the-following-is-a-suitable-example-of-plants-where-ovules-are-not-enclosed-by-any-ovary-wall-1-eucalyptus-and-cedrus-2-sequoia-and-conifers-3-conifers-and-sunflower-4-wolfia-and-cedrus-1 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Mzc4MzI-in-cycas-1-ovlule-and-microsporangia-are-present-in-same-sporophyll-2-micro-and-megasporophyllus-are-present-in-same-cone-3-male-cone-and-megasporophylls-are-borne-on-the-same-plant-4-male-cone-and-me https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0Nzg3-which-one-is-correct-about-male-and-female-gametophyte-1-in-bryophytes-and-pteridophytes-they-have-no-independent-free-living-existence-2-in-bryophytes-and-angiosperms-they-have-free-living-existence https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTE5NDE0-pteridophytes-differ-from-bryophytes-on-one-hand-and-gymnosperms-on-the-other-because-1-unlike-bryophytes-pteridophytes-have-a-dominant-gametophyte-phase-and-unlike-gymnosperms-they-reproduce-only-thr https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTI2MDA-the-gametophyte-is-not-an-independent-free-living-generation-in-1-adiantum-2-marchantia-3-pinus-4-polytrichum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDk1ODc4-which-of-the-following-is-an-example-of-a-gymnosperm-with-branched-stems-1-pinus-2-cycas-3-selaginella-4-adiantum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDY4MjA4-in-angiosperms-the-fertilized-ovule-develops-into-a-and-the-ovary-develops-into-a-1-seed-fruit-2-fruit-seed-3-flower-fruit-4-seed-flower-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246Njg5Mjg-the-incorrect-match-for-chlorophyll-type-is-1-chlorophyll-a-green-algae-2-chlorophyll-d-diatoms-3-chlorophyll-c-dinoflagellates-and-brown-algae-4-chlorophyll-d-red-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTc4MDA-choose-the-correct-statement-1-many-species-of-porphyra-laminaria-and-sargassum-and-among-70-species-of-marine-algae-used-as-food-2-agar-is-used-to-grow-microbes-and-in-preparations-of-ice-creams-and https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDg0MTE-cell-wall-of-green-algae-is-made-up-of-1-inner-layer-of-chitin-and-outer-layer-of-pectose-2-inner-layer-of-cutin-and-outer-layer-of-pectin-3-inner-layer-of-pectose-and-outer-layer-of-cellulose-4-inner https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzQ1MDE-which-of-the-following-algae-shows-anisogamy-1-volvox-2-eudorina-3-spirogyra-4-ulothrix-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDg0MDE-read-the-following-statement-and-find-out-the-incorrect-statement-1-algae-usually-reproduce-vegetatively-by-fragmentation-asexually-by-formation-of-different-types-of-spores-and-sexually-by-formation https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk2ODE0-identify-the-following-statements-as-true-t-or-false-f-and-select-the-option-accordingly-a-members-of-rhodophyceae-asexually-reproduce-by-motile-spores-b-members-of-phaeophyceae-do-not-show-isogamous https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTI5MzE-study-the-figure-and-find-out-incorrect-statement-1-contains-laminarin-or-mannitol-as-reserve-food-2-life-cycle-is-diplontic-3-union-of-gamete-may-take-place-in-water-or-within-the-oogonium-4-gametes https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1NzE3-a-student-observed-algae-with-chlorophyll-a-d-and-phycoerythrin-it-should-belong-to-1-phaeophyta-2-rhodophyta-3-chlorophyta-4-bacillariophyta-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1MDIw-in-oogamy-fertilization-involves-1-a-large-non-motile-female-gamete-and-a-small-motile-male-gamete-2-a-large-non-motile-female-gamete-and-a-small-non-motile-male-gamete-3-a-large-motile-female-gamete https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzQzMzE-asexual-spored-in-brown-algae-are-1-non-motile-sporangiospore-2-biflagellated-zoospores-with-two-equal-flagella-3-quadriflagellated-zoospores-with-thick-cell-walls-4-biflagellated-zoospores-with-two-u https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU4NzYy-stipe-hold-fast-and-frond-are-the-terms-associated-with-1-gracilaria-2-polysiphonia-3-laminaria-4-chara-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU4Nzg5-leaf-like-photosynthetic-organ-is-associated-with-algal-group-1-showing-only-oogamous-reproduction-2-having-predominance-of-r-phycoerythrin-3-where-members-may-reach-a-height-of-100-metres-4-usually-h https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk0MzE4-choose-the-incorrectly-matched-pair-1-ulothrix-zygote-is-single-celled-diploid-generation-2-spirogyra-zygote-is-a-resistant-structure-3-cycas-coralloid-roots-4-fucus-isogametes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDgzOTg-in-phaeophyceae-the-spores-zoospores-are-1-pyriform-and-bear-2-flagella-one-longitudinal-and-other-transverse-2-pear-shaped-and-bear-2-flagella-that-are-laterally-attached-3-pyriform-and-bear-2-8-equa https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTA5NzUw-the-members-of-phaeophyceae-are-characterized-by-all-except-1-presence-of-chlorophyll-a-c-and-fucoxanthin-pigments-2-production-of-pear-shaped-and-biflagellated-asexual-spores-3-production-of-pyriform https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTczNDQ3-study-the-following-diagram-carefully-and-select-the-correct-statement-given-below-for-this-plant-1-it-is-a-source-of-carrageenan-2-it-shows-the-haplontic-life-cycle-3-laminarin-has-stored-food-in-it https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDg0MDA-find-out-the-incorrect-statement-about-the-rhodophyceae-1-majority-are-marine-with-greater-concentrations-found-in-the-warmer-areas-2-they-are-also-found-at-great-depths-of-oceans-where-relatively-lit https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTEwODQ-which-one-of-the-following-statements-is-wrong-1-algin-and-carrageenan-are-products-of-algae-2-agar-agar-is-obtained-from-gelidium-and-gracilaria-3-chlorella-and-spirulina-are-used-as-space-food-4-man https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU4NjY4-members-of-red-algae-are-mostly-marine-occurring-both-at-surface-water-and-at-great-depths-in-oceans-except-for-a-few-fresh-water-species-these-algae-usually-1-reproduce-asexually-by-motile-spores-2-s https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzEyODA-consider-the-following-statements-i-the-stored-food-in-rhodophyceae-is-floridean-starch-ii-cellulose-and-algin-are-present-in-the-cell-wall-of-phaeophyceae-iii-chlorophyceae-members-have-2-laterally-p https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIyNjcx-which-of-the-following-statement-is-incorrect-regarding-bryophytes-1-they-are-dependent-on-water-for-sexual-reproduction-2-the-main-plat-body-is-diploid-3-they-usually-occur-in-damp-humid-and-shaded-l https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTE0NzYz-gametophyte-of-bryophyte-is-1-green-and-vascular-2-independent-multicellular-3-dependent-on-sporophyte-4-foliose-in-nature-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk0MzE3-sporophyte-in-bryophytes-is-1-parasitic-on-gametophyte-2-formed-by-germination-of-meiospore-3-specialized-to-produce-gametes-4-haploid-phase-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzQ1MDI-in-mosses-vegetative-reproduction-takes-place-by-fragmentation-budding-in-1-primary-protonema-2-secondary-protonema-3-rhizoids-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDgzOTY-leafy-stage-develops-from-the-secondary-protonema-as-a-1-apical-bud-2-axillary-bud-3-lateral-bud-4-meristem-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTMzNDIy-moss-sporophyte-does-not-possess-1-elaters-2-seta-3-foot-4-capsule-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0Mzg4-water-is-essential-for-bryophyta-1-for-fertilization-and-homosporous-nature-2-water-should-be-filled-in-the-archegonium-for-fertilization-3-water-is-necessary-for-the-movement-of-sperm-4-for-the-disse https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1MDQw-which-of-the-following-statement-is-true-for-bryophyta-1-along-with-water-absorption-roots-also-provide-anchorment-to-plants-2-sporophyte-is-dominant-3-gametophyte-is-dominant-and-sporophyte-is-mostly https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTI1MzE0-gemmae-are-the-specialized-structures-produced-in-liverworts-these-are-1-non-green-multi-cellular-asexual-buds-which-develop-in-gemma-cups-2-green-multi-cellular-asexual-buds-which-develop-in-gemma-cu https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTQ0MjQ5-select-the-correct-statement-with-respect-to-gemmae-a-these-are-specialised-reproductive-structures-in-members-of-thallophytes-and-bryophytes-b-these-are-green-unicellular-asexual-buds-c-these-are-for https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTA5NzQ5-read-the-following-statements-and-select-the-incorrect-ones-a-mosses-have-an-elaborate-mechanism-of-spore-dispersal-b-in-liverworts-the-haploid-free-living-sporophyte-is-formed-by-spore-germination-c https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTE5MTA2-in-the-following-diagram-a-b-c-and-d-represent-1-a-seta-b-leaves-c-rhizoids-d-capsule-2-a-leaf-b-rhizoids-c-scales-d-root-hair-3-a-capsule-b-seta-c-leaves-d-rhizoids-4-a-capsule-b-foot-c-leaves-d-rhiz https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTI2NTA4-secondary-protonema-of-moss-1-helps-in-propagation-by-fragmentation-2-helps-in-propagation-by-budding-3-have-leafy-stage-as-lateral-bud-4-all-the-above-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTc3ODQ-leafy-stage-develops-from-the-secondary-protonema-as-a-1-apical-bud-2-axillary-bud-3-lateral-bud-4-meristem-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzA4MzQ-the-given-diagram-shows-1-an-alga-that-lacks-flagellated-cells-2-a-liverwort-3-a-heterosporous-pteridophyte-4-a-gymnosperm-with-non-motile-sperms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTI1MzE1-which-one-is-correct-about-heterosporous-pteridophytes-1-microspore-and-megaspores-develop-into-the-male-and-the-female-gametophytes-respectively-2-the-female-gametophyte-are-retained-on-the-parent-sp https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc0MjU5-in-ferns-fertilization-does-not-involve-1-archegonia-2-water-3-pollen-tube-4-flagellated-antherozoids-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU4NzM0-in-heterosporous-members-of-the-pteridophyta-1-development-of-embryo-takes-place-within-the-female-gametophyte-2-zygote-produces-a-multicellular-and-undifferentiated-sporophyte-3-gametophyte-is-monoec https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTA5NzQ2-in-pteridophytes-gametophyte-that-develops-in-the-homosporous-species-is-usually-1-monoecious-and-has-events-precursor-to-the-seed-habit-2-dioecious-and-does-not-lead-to-seed-habit-3-monoecious-and-do https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU4NzM2-the-leaves-of-gymnosperms-1-are-not-adapted-to-withstand-extremes-of-temperature-2-may-be-simple-or-compound-3-are-needle-shaped-in-all-members-4-lack-transfusion-tissue-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU4Mzcx-read-the-following-statements-carefully-and-mark-the-correct-with-respect-to-gymnosperms-a-pollen-grains-are-carried-by-air-currents-b-pollen-tube-carries-the-male-gametes-to-archegonia-c-ovules-are-e https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTkzMzEy-which-one-is-wrongly-matched-1-red-algae-porphyra-2-corelloid-roots-cycas-3-moss-funaria-4-bryophyte-pinus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTA1MzE-select-the-correct-statement-1-salvinia-ginkgo-and-pinus-all-are-gymnosperms-2-sequoia-is-one-of-the-tallest-trees-3-the-leave-of-gymnosperms-are-not-well-adapted-to-extremes-of-climate-4-gymnosperms https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU4NzQ4-ovules-present-on-loose-megasporophylls-unbranched-stem-and-dicotyledonous-condition-are-features-related-to-1-cycas-2-pinus-3-cedrus-4-ephedra-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU3NDE0-mark-the-incorrect-statement-with-respect-to-gymnosperms-1-sequoia-is-one-of-the-tallest-tree-species-2-dimophihc-roots-stem-and-leaves-in-pinus-3-generally-tap-roots-are-present-4-palmately-compound https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDg0MDc-the-spreading-of-living-pteridophyte-is-limited-and-is-restricted-to-narrow-geographical-region-because-of-1-growth-requirements-of-gametophyte-cool-damp-and-shady-places-2-requirement-of-water-for-fe https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTc3ODc-the-given-diagram-shows-1-an-alga-that-lacks-flagellated-cells-2-a-liverwort-3-a-heterosporous-pteridophyte-4-a-gymnosperm-with-non-motile-sperms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTI5NDA-a-prothallus-is-1-a-structure-in-pteridophytes-formed-before-the-thallus-develops-2-a-sporophytic-free-living-structure-formed-in-pteridophytes-3-a-gametophyte-free-living-structure-formed-in-pteridop https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc0MjQ4-a-feature-common-in-gametophyte-of-both-mosses-and-maximum-ferns-is-1-independent-existence-2-both-are-monoecious-in-nature-3-presence-of-vascular-tissue-4-both-are-filamentous-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk2ODE1-in-which-of-the-following-plants-strobili-are-not-formed-1-equisetum-2-cycas-3-dryopteris-4-pinus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzQwMzI-gametophyte-in-the-pteridophytes-is-i-small-inconspicuous-ii-long-lived-unicellular-iii-mostly-photosynthetic-thalloid-or-saprophytic-iv-short-lived-haploid-how-many-statements-are-correct-with-respec https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTE5MTEw-in-pteridophytes-reduction-division-occurs-during-1-spore-formation-2-gamete-formation-3-sporophyte-formation-4-gametophyte-germination-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjUwOTc4-which-one-of-the-following-pairs-is-wrongly-matched-1-salvinia-prothallus-2-viroids-rna-3-mustard-synergids-4-ginkgo-archegonia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTMwNjc3-which-of-the-following-characteristics-are-common-in-both-selaginella-and-pinus-i-spores-are-of-two-types-ii-vascular-tissues-are-not-present-iii-main-plant-body-is-sporophyte-iv-male-and-female-gamet https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1NDM5-in-ferns-meiosis-takes-place-at-the-time-of-1-spore-formation-2-spore-germination-3-gamete-formation-4-antheridia-and-archegonia-formation-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY2MTcx-which-one-of-the-following-pairs-of-plants-are-not-seed-producers-1-fern-and-funaria-2-funaria-and-ficus-3-ficus-and-chlamydomonas-4-punica-and-pinus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjUxMjc2-selaginella-and-salvinia-are-considered-to-represent-a-significant-step-towards-the-evolution-of-seed-habit-because-1-embryo-develops-in-female-gametophyte-which-is-retained-on-parent-sporophyte-2-fem https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzEyNzk-consider-the-following-statements-i-pteridophytes-are-the-first-terrestrial-plants-to-possess-vascular-bundles-ii-main-plant-body-in-pteridophytes-is-sporophyte-which-is-differentiated-into-true-stem https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk0NTY0-colonial-algae-is-1-volvox-2-ulothrix-3-spirogyra-4-kelps-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDgzOTk-in-chlorophyceae-and-phaeophyceae-the-type-of-sexual-reproduction-is-1-isogamous-2-anisogamous-3-oogamous-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTE0NzYx-chlamydomonas-chlorella-volvox-ulothrix-fucus-dictyota-polysiphonia-gelidium-acetabularia-laminaria-out-of-these-10-organisms-how-many-belong-to-the-classes-chlorophyceae-phaeophyceae-and-rhodophyceae https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTMxMDI2-select-an-incorrect-match-1-psilopsida-psilotum-2-sphenopsida-selaginella-3-lycopsida-lycopodium-4-pteropsida-dryopteris-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTA5NzQ4-match-the-classes-of-pteridophyte-given-in-column-i-with-their-respective-members-given-in-column-ii-column-i-column-ii-a-psilopsida-i-selaginella-b-lycopsida-ii-adiantum-c-pteropsida-iii-psilotum-d-s https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTE0NzY2-select-incorrect-option-with-respect-to-given-diagram-1-heterosporous-2-aquatic-fern-3-belongs-to-class-pteropsida-4-gametophytic-main-plant-body-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDg0MDk-according-to-phylogenetic-classification-organisms-belonging-to-same-taxa-1-are-same-in-anatomy-2-have-same-genetic-constituent-3-have-a-common-ancestor-4-have-all-characteristics-same-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzQwMzU-given-below-are-three-statements-each-with-one-blank-select-the-option-which-correctly-fill-up-the-blanks-in-two-statements-i-systems-gave-equal-weightage-to-vegetative-and-sexual-characteristics-ii-n https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDg0MDg-artificial-systems-gave-equal-weightage-to-1-morphological-and-anatomical-characters-2-vegetative-and-sexual-characters-3-vegetative-and-anatomical-characters-4-morphological-and-sexual-characters-1-2 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzQzMjk-classification-of-organisms-on-the-basis-of-gene-sequencing-is-1-cytotaxonomy-2-karyotaxonomy-3-chemotaxonomy-4-classical-taxonomy-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTA5NzQ3-read-the-following-statements-and-select-the-option-with-correct-statements-a-in-wolfia-the-highly-reduced-female-gametophyte-present-within-ovule-is-embryo-sac-b-the-ploidy-level-of-endosperm-in-cyca https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc2MDk4-the-unbranched-stem-is-character-of-which-gymnosperm-1-pinus-2-cycas-3-cedrus-4-lycopodium-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTU5OTg-choose-the-incorrect-match-from-following-1-cycas-branched-stem-2-salvinia-heterosporous-sporophyte-3-marchantia-elaters-4-chlorella-used-by-space-travellers-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTIzMTQ1-in-gymnosperms-the-ovule-is-naked-because-1-ovary-wall-is-absent-2-integuments-are-absent-3-perianth-is-absent-4-nucellus-is-absent-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTk1NDEz-select-the-mis-matched-option-1-selaginella-heterosporous-2-volvox-colonial-alga-3-pinus-dioecious-4-chara-multicellular-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTA5NzQ1-coralloid-roots-of-gymnosperms-are-have-1-irregular-and-possess-large-number-of-roots-hairs-2-symbiotic-association-with-rhizobium-3-symbiotic-association-with-n2-fixing-cyanobacteria-4-vam-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTE1MTk-besides-paddy-fields-cyanobacteria-are-also-found-inside-vegetative-part-of-1-cycas-2-equisetum-3-psilotum-4-pinus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTE0NzY4-the-leaf-of-pinus-is-1-needle-shaped-2-compound-leaf-3-having-veinlets-4-non-cutinised-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDg0MDU-which-of-the-following-is-are-correct-for-gymnosperms-i-they-are-heterosporous-ii-they-are-the-first-vascular-plants-iii-they-possess-fruits-iv-they-require-water-for-fertilisation-1-only-i-2-i-and-ii https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc0MjYw-read-the-statement-a-d-a-the-male-and-female-gametophytes-do-not-have-independent-existence-b-the-multicellular-female-gametophyte-is-also-retained-within-megasporangium-c-the-gametophytic-generation https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDgzOTQ-read-the-following-statements-a-the-male-or-female-cones-or-strobili-may-be-borne-on-same-tree-in-pinus-b-in-cycas-male-cones-and-megasporophylls-are-borne-on-different-trees-c-stem-of-cycas-is-branch https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NzQ3NDQ-read-the-following-and-choose-the-incorrect-statement-1-majority-of-red-algae-are-marine-with-greater-concentrations-found-in-the-warmer-areas-2-thallus-of-marchantia-is-dorsiventral-and-closely-appre https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTc3OTI-read-the-following-statements-a-gymnosperms-are-heterosporous-b-bryophytes-have-well-developed-vessels-and-sieve-tubes-c-strobilus-is-found-in-the-main-plant-body-of-equisetum-d-antheridia-are-absent https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTkzODYz-in-which-of-the-following-set-of-plants-symbiotic-association-of-cyanobacteria-is-present-1-cycas-pinus-2-lichens-pinus-3-lichens-pisum-4-cycas-azolla-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTYwOTA-assertion-a-seeds-are-formed-in-gymnosperms-reason-r-female-gametophyte-is-retained-within-megasporangium-in-gymnosperms-1-both-a-and-r-are-true-and-r-correctly-explains-a-2-both-a-and-r-are-true-but https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjUwOTUx-given-are-the-following-five-statements-i-v-for-your-consideration-i-in-equisetum-the-female-gametophyte-is-retained-on-the-parent-sporophyte-ii-in-ginkgo-the-male-gametophyte-is-not-independent-iii-t https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzEyNzg-consider-the-following-statements-gymnosperms-i-are-plants-in-which-the-ovules-remain-exposed-both-before-and-after-fertilization-ii-have-male-and-female-gametophytes-that-have-independent-free-living https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTkyODYw-in-which-one-of-the-following-the-ovules-are-not-enclosed-by-an-ovary-wall-ad-remain-exposed-1-selaginella-2-funaria-3-pinus-4-wolffa-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTk4Mjc1-sphenopsida-class-belongs-to-1-pteridophytes-2-bryophytes-3-angiosperms-4-gymnosperms-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTk4MjY2-given-below-are-two-statements-statement-i-in-gymnosperms-the-male-and-female-gametophytes-remain-within-the-sporangia-statement-ii-in-gymnosperms-seeds-are-not-covered-in-the-light-of-the-above-state https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTM1Mjgz-the-correct-sequence-of-events-in-the-life-cycle-of-bryophytes-is-a-fusion-of-antherozoid-with-egg-b-attachment-of-gametophyte-to-substratum-c-reduction-division-to-produce-haploid-spores-d-formation https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTM1MjU1-given-below-are-the-stages-in-the-life-cycle-of-pteridophytes-arrange-the-following-stages-in-the-correct-sequence-a-prothallus-stage-b-meiosis-in-spore-mother-cells-c-fertilisation-d-formation-of-arc https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTM1MjQz-in-bryophytes-the-gemmae-help-in-which-one-of-the-following-1-nutrient-absorption-2-gaseous-exchange-3-sexual-reproduction-4-asexual-reproduction-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTM1MjM5-match-list-i-with-list-ii-list-i-list-ii-a-pteridophyte-i-salvia-b-bryophyte-ii-ginkgo-c-angiosperm-iii-polystrichum-d-gymnosperm-iv-salvinia-choose-the-option-with-all-correct-matches-1-a-iii-b-iv-c https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTM1MjA1-which-one-of-the-following-is-the-characteristic-feature-of-gymnosperms-1-seeds-are-absent-2-gymnosperms-have-flowers-for-reproduction-3-seeds-are-enclosed-in-fruits-4-seeds-are-naked-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDY4NjEz-identify-the-incorrect-pair-1-sphenopsida-adiantum-2-pteropsida-dryopteris-3-psilopsida-psilotum-4-lycopsida-selaginella-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDY4NjE0-which-of-the-following-is-the-correct-match-1-gymnosperms-cedrus-pinus-sequoia-2-angiosperms-wolffia-eucalyptus-sequoia-3-bryophytes-polytrichum-polysiphonia-sphagnum-4-pteridophytes-equisetum-ginkgo https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjQ0OTcy-phycoerythrin-is-the-major-pigment-in-1-red-algae-2-blue-green-algae-3-green-algae-4-brown-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246ODk1NjU-select-the-mismatch-1-cycas-dioecious-2-salvinia-heterosporous-3-equisetum-homosporous-4-pinus-dioecious-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246ODkyMDU-which-one-of-the-following-statements-is-wrong-1-algae-increase-the-level-of-dissolved-oxygen-in-the-immediate-environment-2-algin-is-obtained-from-red-algae-and-carrageenan-from-brown-algae-3-agar-ag https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTEwODE-read-the-following-five-statements-i-to-v-and-select-the-option-with-all-correct-statements-i-mosses-and-lichens-are-the-first-organisms-to-colonise-bare-rock-ii-selaginella-is-a-homosporous-pteridoph https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTIwMDE-read-the-following-statements-a-e-and-answer-the-question-which-follows-them-a-in-liverworts-mosses-and-ferns-gametophytes-are-free-living-b-gymnosperms-and-some-ferns-are-heterosporous-c-sexual-repro https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM0MTU-phylogenetic-system-of-classification-is-based-on-1-evolutionary-relationships-2-morphological-features-3-chemical-constituents-4-floral-characters-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM0NDk-which-one-of-the-following-is-considered-important-in-the-development-of-seed-habit-1-dependent-sporophyte-2-heterospory-3-halplontic-life-cycle-4-free-living-gametophyte-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM4OTg-if-you-are-asked-to-classify-the-various-algae-into-distinct-groups-which-of-the-following-characters-you-should-choose-1-types-of-pigments-present-in-the-cell-2-nature-of-stored-food-materials-in-the https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTQwODU-moss-peat-is-used-as-a-packing-material-for-sending-flowers-and-live-plants-to-distant-places-because-1-it-is-easily-available-2-it-is-hygroscopic-3-it-reduces-transpiration-4-it-serves-as-a-disinfect https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTQxMDc-in-a-moss-the-sporophyte-1-is-partially-parasitic-on-the-gametophyte-2-produces-gametes-that-give-rise-to-the-gametophyte-3-arises-from-a-spore-produced-from-the-gametophyte-4-manufactures-food-for-it https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0MTM0-match-items-in-column-i-with-those-in-column-ii-a-peritrichous-flagellation-j-ginkgo-b-living-fossil-k-macrocystis-c-rhizophore-l-escherichia-coli-d-smallest-flowering-plant-m-selaginella-e-largest-pe https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1MDQ1-the-phenetic-classification-of-organisms-is-based-on-1-the-ancestral-lineage-of-existing-organisms-2-dendrogram-based-on-dna-characteristics-3-sexual-characteristics-4-observable-characteristics-of-ex https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY2MTY5-sexual-reproduction-in-spirogyra-is-an-advanced-feature-because-it-shows-1-different-sizes-of-motile-sex-organs-2-same-size-of-motile-sex-organs-3-morphologically-different-sex-organs-4-physiologicall https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1NDgx-which-of-the-following-plants-produces-seeds-but-not-flowers-1-maize-2-mint-3-peepal-4-pinus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0NDA5-a-true-statement-for-ulothrix-1-filamentous-thallus-and-flagellated-reproductive-structures-2-branched-thallus-3-flagellated-cells-absent-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjMwODcx-cyanobacteria-are-classified-under-1-protista-2-plantae-3-monera-4-algae-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjMwODcy-fusion-of-two-motile-gametes-which-are-dissimilar-in-size-is-termed-as-1-oogamy-2-isogamy-3-anisogamy-4-zoogamy-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjMwODcz-holdfast-stipe-and-frond-constitutes-the-plant-body-in-case-of-1-rhodophyceae-2-chlorophyceae-3-phaeophyceae-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjMwODc1-a-prothallus-is-1-a-structure-in-pteridophytes-formed-before-the-thallus-develops-2-a-sporophytic-free-living-structure-formedin-pteridophytes-3-a-gametophyte-free-living-structure-formed-in-pteridoph https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjMwODc2-plants-of-this-group-are-diploid-and-well-adapted-to-extreme-conditions-they-grow-bearing-sporophylls-in-compact-structures-called-cones-the-group-in-reference-is-1-monocots-2-dicots-3-pteridophytes-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjMwODgx-the-giant-redwood-tree-sequoia-sempervirens-is-a-an-1-angiosperm-2-free-fern-3-pteridophyte-4-gymnosperm-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyNDAy-read-the-following-statements-i-the-redwood-tree-sequoia-is-one-of-the-tallest-tree-species-ii-mycorrhizal-roots-are-found-in-pinus-and-coralloid-roots-in-cycas-iii-the-roots-of-gymnosperms-are-genera https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzk3-read-the-following-statements-with-respect-to-pteridophytes-i-majority-of-the-pteridophytes-are-heterosporous-ii-selaginella-and-salvinia-are-homosporous-iii-the-megaspore-germinate-to-form-male-gamet https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzk1-read-the-following-statements-about-pteridophytes-i-the-main-plant-body-is-the-sporophyte-ii-the-sporophyte-is-differentiated-into-true-roots-stems-and-leaves-iii-their-gametophyte-lacks-vascular-bund https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzg5-read-the-following-statements-about-bryophytes-i-mosses-serve-as-food-for-birds-and-herbivores-ii-sphagnum-a-liverwort-provide-peat-that-have-long-been-used-as-fuel-iii-sphagnum-because-of-their-high https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzg4-read-the-following-statement-with-respect-to-bryophytes-i-sporophyte-is-multicellular-ii-sporophyte-is-free-living-iii-the-spores-germinate-to-produce-sporophyte-iv-some-cells-of-sporophyte-undergo-re https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzgw-read-the-following-statements-with-respect-to-red-algae-i-majority-of-the-red-algae-are-marine-mostly-found-in-warmer-sea-ii-they-occur-in-both-well-lighted-regions-close-to-the-surface-of-water-and-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzc5-read-the-following-statements-with-respect-to-brown-algae-i-sexual-reproduction-may-be-isogamous-anisogamous-or-oogamous-ii-the-gametes-are-always-without-flagella-iii-gracilaria-belongs-to-brown-alga https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyMzc3-read-the-following-statements-about-green-algae-i-vegetative-reproduction-usually-takes-place-by-fragmentation-in-unicellular-forms-ii-zoospore-formation-is-rare-iii-sexual-reproduction-can-be-isogamo https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjgxNTgx-consider-the-following-statements-regarding-brown-algae-i-the-pigments-are-chl-a-c-and-xanthophylls-fucoxanthin-ii-storage-food-is-laminarin-and-mannitol-iii-the-cellulosic-cell-wall-is-covered-with-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzI1-study-the-diagram-given-below-and-mark-the-correct-statement-1-part-a-is-dependent-on-part-b-2-part-b-is-dependent-on-part-a-3-both-parts-are-independent-4-part-a-is-haploid-whereas-part-b-is-diploid https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzIx-study-the-diagram-given-below-and-find-out-how-many-of-the-statements-given-below-is-related-to-this-diagram-i-it-is-source-of-food-ii-its-wall-has-poly-sulphated-esters-iii-its-reserve-food-is-simila https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU0NzE2-out-of-the-following-four-statements-how-many-of-them-are-correct-for-fucus-i-life-cycle-is-diplontic-ii-fertilisation-is-internal-iii-sexual-reproduction-is-oogamous-iv-frond-is-photosynthetic-1-4-2 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzMyNDA4-match-the-columns-column-i-column-ii-a-cedar-wood-oil-i-pinus-geradiana-b-ephedrine-ii-cycas-revoluta-c-chilgoza-iii-juniperus-d-sago-iv-ephedra-1-a-iii-b-iv-c-i-d-ii-2-a-iii-b-ii-c-i-d-iv-3-a-iv-b-i https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzYxNzA4-assertion-a-the-members-of-rhodophyceae-are-commonly-called-red-algae-reason-r-red-algae-have-the-predominance-of-the-red-pigment-r-phycocyanin-in-their-body-choices-for-assertions-and-reasons-1-both https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzYxNzA5-assertion-a-bryophytes-are-also-called-amphibians-of-the-plant-kingdom-reason-r-these-plants-can-live-in-soil-but-are-dependent-on-water-for-asexual-reproduction-choices-for-assertions-and-reasons-1-b https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzYxNzEw-assertion-a-the-spread-of-living-pteridophytes-is-limited-and-restricted-to-narrow-geographical-regions-reason-r-gametophytic-plant-bodies-in-pteridophytes-need-sandy-soil-to-sustain-till-maturity-1-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTEyNzk-which-one-of-the-following-shows-isogamy-with-non-flagellated-gametes-1-sargassum-2-ectocarpus-3-ulothrix-4-spirogyra-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTEzMDQ-which-of-the-following-is-responsible-for-peat-formation-1-marchantia-2-riccia-3-funaria-4-sphagnum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTE1NDY-isogamous-condition-with-non-flagellated-gametes-are-found-in-1-spirogyra-2-volvox-3-fucus-4-chlamydomonas-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzU4Mzcx-the-plant-body-is-thalloid-in-1-sphagnum-2-salvinia-3-marchantia-4-funaria-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTIzMjQ-cycas-and-adiantum-resemble-each-other-in-having-1-seeds-2-motile-sperms-3-cambium-4-vessels-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTIzNDU-which-one-of-the-following-is-the-correct-statement-1-pteridophyte-gametophyte-has-a-protonemal-and-leafy-stage-2-in-gymnosperms-female-gametophyte-is-free-living-3-antheridiophores-and-protonema-are https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTI1NTU-compared-with-the-gametophytes-of-the-bryophytes-the-gametophytes-of-vascular-plants-tends-to-be-1-larger-but-to-have-smaller-sex-organs-2-larger-and-to-have-large-sex-organs-3-smaller-and-to-have-sma https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjUxMjA3-which-one-of-the-following-is-monoecious-1-cycas-2-pinus-3-date-palm-4-marchantia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM0MzU-which-one-of-the-following-is-a-vascular-cryptogam-1-equisetum-2-ginkgo-3-marchantia-4-cedrus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM1MDg-in-which-one-of-the-following-the-male-and-female-gametophytes-don-t-have-free-living-independent-existence-1-pteris-2-funaria-3-polytrichum-4-cedrus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM3MzM-select-one-of-the-following-pairs-of-important-features-distinguishing-gnetum-from-cycas-and-pinus-and-showing-affinities-with-angiosperms-1-absence-of-resin-duct-and-leaf-venation-2-presence-of-vesse https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM4NTA-spore-dissemination-in-some-liverworts-is-aided-by-1-elaters-2-indusium-3-calypatra-4-peristome-teeth-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM3NzU-in-gymnosperms-the-pollen-chamber-represents-1-a-cell-in-the-pollen-grain-in-which-the-sperms-are-formed-2-a-cavity-in-the-ovule-in-which-pollen-grains-are-stored-after-pollination-3-an-opening-in-the https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM3Nzk-in-the-prothallus-of-a-vascular-cryptogam-the-antherozoids-and-eggs-mature-at-different-times-as-a-result-1-there-is-no-change-in-the-success-rate-of-fertilization-2-there-is-a-high-degree-of-sterilit https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTM3Mzk-flagellated-male-gametes-are-present-in-all-three-of-which-one-of-the-following-sets-1-anthoceros-funaria-and-spirogyra-2-zygnema-saprolegnia-and-hydrilla-3-fucus-marsilea-and-calotropis-4-riccia-dryo https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0NDE3-which-statement-is-wrong-for-cycas-1-xylem-have-vessels-2-female-flowers-well-developed-3-it-has-coralloid-roots-4-circinate-ptyxis-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0NDI2-largest-sperm-is-of-1-pinus-2-cycas-3-ephedra-4-sequoia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0NDY3-walking-fern-a-name-of-adiantum-is-due-to-1-dispersal-by-animals-2-reproduction-by-spores-3-vegetative-reproduction-4-power-of-locomotion-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0NDg0-transfusion-tissue-is-present-in-the-leaves-of-1-pinus-2-dryopteris-3-cycas-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1MDUw-endosperm-in-gymnosperm-is-1-polyploid-2-diploid-3-triploid-4-haploid-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1MTgx-funaria-s-male-gametes-are-1-poly-flagellate-2-mono-flagellate-3-biflagellate-4-tetra-flagellate-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1NDM4-plant-group-with-the-largest-ovule-largest-tree-and-largest-gametes-1-gymnosperm-2-angiosperm-3-bryophyta-4-pteridophyta-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY2MTU3-which-one-pair-of-examples-will-correctly-represent-the-grouping-of-spermatophyta-according-to-one-of-the-schemes-of-classifying-plants-1-acacia-sugarcane-2-pinus-cycas-3-rhizopus-triticum-4-ginkgo-pi https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY2MTU4-plants-reproducing-by-spores-such-as-mosses-and-ferns-are-grouped-under-the-general-term-1-cryptogams-2-bryophytes-3-sporophytes-4-thallophytes-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY2MTYx-chlorenchyma-found-in-1-cytoplasm-of-chlorella-2-mycelium-of-a-green-mould-such-as-aspergillus-3-spore-capsule-of-a-moss-4-pollen-tube-of-pinus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY2MTYz-which-one-of-the-following-is-categorised-under-living-fossils-1-pinus-2-cycas-3-selaginella-4-metasequoia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY2MTY4-phenetic-classification-is-based-on-1-the-ancestral-lineage-of-existing-organisms-2-observable-characteristics-of-existing-organisms-3-dendrograms-based-on-dna-characteristics-4-sexual-characteristics https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1MDIx-which-one-of-the-following-is-a-living-fossil-1-moss-2-saccharomyces-3-spirogyra-4-cycas-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1MDQy-which-of-the-following-propagates-through-the-leaf-tip-1-sprout-leaf-plant-2-marchantia-3-moss-4-walking-fern-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0MTU0-top-shaped-multiciliate-male-gametes-and-the-mature-seed-which-bears-only-one-embryo-with-two-cotyledons-are-characteristic-features-of-1-gamopetalous-angiosperms-2-conifers-3-polypetalous-angiosperms https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDgzOTI-the-diploid-sporphyte-is-represented-by-a-dominant-independent-photoshynthetic-vascular-plant-body-it-alternates-with-multicellular-saprophytic-autotrophic-independent-but-short-lived-haploid-gametoph https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTY5MTgz-double-fertilisation-is-seen-in-1-pinus-2-cycas-3-lycopodium-4-wolffia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246MzA4MzM-the-life-cycle-pattern-shown-in-the-given-diagram-is-not-seen-in-1-chlamydomanas-2-spirogyra-3-volvox-4-ectocarpus-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU4NDU2-vascular-archegoniates-with-diplontic-life-cycle-are-1-bryophytes-2-pteridophytes-3-gymnosperms-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0NDY0-embryo-of-sunflowers-have-1-two-cotyledons-2-one-cotyledons-3-eight-cotyledons-4-cotyledons-absent-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU5MTQ0-read-the-following-statements-a-sporophyte-is-the-dominant-photosynthetic-independent-phase-of-the-plant-b-highly-reduced-female-gametophyte-as-embryosac-is-present-in-their-ovule-c-the-pollen-grains https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU5MDk3-select-the-two-correct-statements-out-of-the-four-a-d-given-below-about-gymnosperms-a-roots-in-some-non-vascular-archegoniate-have-a-fungal-association-in-the-form-of-mycorrhiza-b-leaves-are-well-adap https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjMwODc3-the-embryo-sac-of-an-angiosperm-is-made-up-of-1-8-cells-2-7-cells-and-8-nuclei-3-8-nuclei-4-7-cells-and-7-nuclei-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTMzNjA-which-one-of-the-following-has-haplontic-life-cycle-1-funaria-2-polytrichum-3-ustilago-4-wheat-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246ODk0NTk-zygotic-meiosis-is-characteristic-of-1-fucus-2-funaria-3-chlamydomonas-4-marchantia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjMwODc4-if-the-diploid-number-of-a-flowering-plant-is-36-what-would-be-the-chromosome-number-in-its-endosperm-1-36-2-18-3-54-4-72-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDg0MDQ-which-one-is-correct-about-male-and-female-gametophyte-1-in-bryophytes-and-pteridophytes-they-have-no-independent-free-living-existence-2-in-bryophytes-and-angiosperms-they-have-free-living-existence https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTkzMzEw-select-the-correct-statement-s-1-only-a-few-bryophytes-are-heterosporous-2-double-fertilization-is-unique-to-angiosperms-3-strobili-are-found-in-selaginella-salvinia-4-female-gametophytes-of-gymnosper https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246NDgzOTM-the-type-of-life-cycle-in-which-there-is-no-free-living-sporophytes-and-the-dominant-photosynthetic-phase-in-such-plants-is-the-free-living-gametophyte-we-are-talking-about-1-haplontic-life-cycle-show https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY1NDg1-which-of-the-following-is-without-exception-in-angiosperms-1-presence-of-vessels-2-double-fertilisation-3-secondary-growth-4-autotrophic-nutrition-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTQwOTE-conifers-differ-from-grasses-in-the-1-production-of-seeds-from-ovules-2-lack-of-xylem-tracheids-3-absence-of-pollen-tubes-4-formation-of-endosperm-before-fertilization-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTI2NTA3-mark-the-incorrect-match-1-no-embryo-formation-polysiphonia-2-no-reduction-division-in-zygote-polytrichum-3-vascular-tissue-present-azolla-4-pollen-directly-lands-on-ovule-wolffia-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjUxMjc3-consider-the-following-four-statements-a-the-sporophyte-in-liverworts-is-more-elaborate-than-that-in-mosses-b-salvinia-is-heterosporous-c-the-life-cycle-in-all-seed-bearing-plants-is-diplontic-d-in-pi https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU5MTEw-read-the-following-statements-with-respect-to-angiosperms-a-embryo-sac-formation-is-preceded-by-meiosis-b-pollen-grains-germinate-on-the-ovule-and-the-resulting-pollen-tube-grows-through-the-tissues-o https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTI4NTU-male-and-female-gametophytes-are-independent-and-free-living-in-1-mustard-2-castor-3-pinus-4-sphagnum-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0OTM0-angiosperms-have-dominated-the-land-flora-primarily-because-of-their-1-property-of-producing-a-large-number-of-seeds-2-nature-of-self-pollination-3-domestication-by-man-4-power-of-adaptability-in-dive https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MjY0NDM2-in-angiosperm-characters-of-flowers-are-used-in-classification-because-1-characters-of-flowers-are-conservative-2-flowers-are-large-3-flowers-are-attractive-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246ODk0NzY-life-cycles-of-ectocarpus-and-fucus-respectively-are-1-diplontic-haplodiplontic-2-haplodiplontic-diplontic-3-haplodiplontic-haplontic-4-haplontic-diplontic-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTU4ODE3-the-first-cell-representative-of-gametophytic-generation-is-1-zygote-2-oospore-3-spore-mother-cell-4-spore-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-pb246OTc3OTQ-which-one-is-correct-about-male-and-female-gametophyte-1-in-bryophytes-and-pteridophytes-they-have-no-independent-free-living-existence-2-in-bryophytes-and-angiosperms-they-have-free-living-existence https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTE0NzY5-some-plant-groups-exhibit-intermediate-condition-with-respect-to-life-cycle-pattern-which-characteristic-will-not-be-exhibited-by-such-kind-of-plant-1-haplodiplontic-life-cycle-pattern-2-both-phases-a https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTIyMzUy-which-of-the-following-statements-about-numerical-taxonomy-is-incorrect-1-it-is-based-on-the-quantification-of-observable-characteristics-and-the-use-of-statistical-methods-2-it-gives-equal-importance https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTQwNTY0-classification-of-organisms-based-on-measurable-similarities-and-differences-rather-than-genetic-makeup-and-evolutionary-descent-is-called-phenetics-what-type-of-biological-classification-system-does https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MTc5ODE4-if-you-are-asked-to-classify-the-various-algae-into-distinct-groups-which-of-the-following-character-would-you-choose-1-types-of-pigments-present-in-the-cell-2-nature-of-stored-food-material-in-the-ce https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDk1ODcw-consider-the-given-statements-statement-i-all-three-classes-of-algae-possess-cellulose-in-their-cell-walls-statement-ii-rhodophyceae-lacks-flagella-whereas-chlorophyceae-can-have-up-to-8-flagella-stat https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDEwOTE2-statement-i-red-algae-do-not-occur-in-well-lighted-regions-close-to-the-surface-of-water-statement-ii-red-algae-reproduce-by-non-motile-spores-and-non-motile-gametes-1-statement-i-is-correct-statement https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDQ3Njcz-which-of-the-following-statements-is-true-about-zoospores-and-gametes-in-brown-algae-1-both-zoospores-and-gametes-in-brown-algae-are-motile-and-have-equal-sized-flagella-2-zoospores-are-non-motile-whi https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzQwNTc4-which-of-the-following-statements-would-be-true-for-brown-algae-1-major-pigments-are-chlorophyll-a-c-and-fucoxanthin-2-food-is-stored-as-floridean-starch-3-vegetative-cells-have-wall-made-of-cellulose https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDMzMzUy-where-does-the-early-embryonic-development-of-zygote-in-bryophytes-take-place-1-in-the-protonema-2-in-the-sporangium-3-in-the-antheridium-4-in-the-archegonium-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDEwOTE5-the-given-figure-shows-i-the-male-gametophyte-of-marchantia-ii-hair-like-multicellular-branched-true-roots-on-the-margins-of-the-plant-body-iii-sexual-reproductive-cup-like-structures-on-the-dorsal-su https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDcwNTIy-in-mosses-spores-i-are-contained-in-capsule-ii-undergo-meiosis-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-nor-ii-are-incorrect-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NTExNDEx-regarding-the-figure-given-below-i-it-is-a-heterosporous-pteridophyte-ii-it-belongs-to-psilopsida-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-neither-i-nor-ii-are-correct-1 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDcwNTIz-consider-the-given-two-statements-statement-i-ferns-have-small-leaves-called-microphylls-statement-ii-equisetum-has-strobili-or-cones-1-statement-i-is-correct-statement-ii-is-correct-2-statement-i-is https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDQ4MTI1-match-the-correct-features-with-pinus-i-needle-like-leaves-ii-reproduce-by-spores-iii-male-and-female-cones-on-the-same-plant-1-only-i-and-ii-2-only-i-and-iii-3-only-ii-and-iii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246MzY4NjM3-unlike-bryophytes-and-pteridophytes-in-gymnosperms-i-the-male-and-the-female-gametophytes-do-not-have-an-independent-free-living-existence-ii-vascular-tissues-xylem-and-phloem-are-present-1-only-i-is https://medminds.me/qbank/botany/plant-kingdom/?q=NP-b246NDk1ODg1-consider-the-following-statements-about-gymnosperms-statement-i-gymnosperms-exhibit-a-dominant-sporophyte-in-their-life-cycle-statement-ii-gymnosperms-produce-seeds-and-flowers-but-lack-fruit-formatio https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-Rpb246OTc5MA-in-human-child-sex-is-determined-by-1-size-and-number-of-sperms-in-semen-2-size-of-egg-to-be-fertilized-3-sex-chromosomes-of-father-4-sex-chromosomes-of-mother-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-Rpb246OTkxOQ-round-seed-trait-r-is-dominant-over-wrinkled-r-seed-trait-in-pea-heterozygous-round-seeded-plant-rr-is-crossed-with-wrinkled-seed-plant-rr-what-is-the-possible-progeny-1-302-round-102-wrinkled-2-210-r https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjU0MDM-a-dihybrid-cross-produces-the-following-progeny-aabb-240-aabb-754-aabb-746-aabb-260-what-is-the-distance-between-the-two-genes-on-the-chromosome-1-12-5-map-units-2-1-map-unit-3-20-map-units-4-25-map-u https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjU0ODg-male-pattern-baldness-is-a-trait-1-sex-linked-2-sex-limited-3-sex-influenced-4-y-linked-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjU0OTk-a-colour-blind-girl-is-rare-because-she-will-be-born-only-when-1-her-mother-and-maternal-grand-father-were-colour-blind-2-her-father-and-maternal-grand-father-were-colour-blind-3-her-mother-is-colour https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MDA-identify-the-incorrect-statement-regarding-experiments-on-pisum-sativum-by-gregor-mendel-1-he-conducted-hybridisation-experiments-on-garden-peas-for-seven-years-1856-1863-and-proposed-the-laws-of-inhe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MDE-which-of-the-following-is-a-recessive-trait-for-a-character-choosen-by-mendel-in-garden-pea-1-violet-flower-color-2-yellow-pod-color-3-axial-flower-position-4-tall-stem-height-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MDM-indentify-the-incorrect-statement-1-tall-plant-produce-gametes-by-meiosis-and-the-dwarf-plants-by-mitosis-2-only-one-allele-is-transmitted-to-a-gamete-3-the-segregation-of-alleles-is-a-random-process https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MDY-the-ultimate-source-of-allelic-variation-is-1-recombination-2-natural-selection-3-mutation-4-drift-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MDc-in-the-case-of-co-dominance-the-f1-generation-resembles-1-dominant-parent-2-recessive-parent-3-both-the-parents-4-none-of-the-parents-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MDg-what-can-be-the-possible-blood-groups-of-progeny-whose-father-and-mother-are-of-a-and-b-group-respectively-1-a-and-b-only-2-ab-only-3-all-except-o-4-a-b-ab-and-o-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MTI-when-morgan-hybridised-yellow-bodied-white-eyed-females-to-brown-bodied-red-eyed-males-and-intercrossed-their-f1-progeny-the-f2-ratio-deviated-very-significantly-from-the-9-3-3-1-ratio-this-can-be-att https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MTk-what-is-incorrect-for-hemophilia-1-in-this-disease-a-single-protein-that-is-a-part-of-the-cascade-of-proteins-involved-in-the-clotting-of-blood-is-affected-2-in-an-affected-indlvidual-a-simple-cut-wil https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MjA-sickle-cell-anaemia-results-from-1-a-chromosomal-aberration-2-non-disjunction-of-autosome-3-a-point-mutation-4-blood-transfusion-reaction-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MjI-what-is-the-mode-of-inheritance-of-phenylketonuria-1-autosomal-recessive-2-autosomal-dominant-3-sex-linked-recessive-4-sex-linked-dominant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MjQ-failure-of-cytokinesis-after-telophase-stage-of-cell-divislon-results-in-an-increase-in-a-whole-set-of-chromosomes-in-an-organism-and-this-phenomenon-is-known-as-1-aneuploidy-2-translocation-3-polyplo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MjU-which-of-the-following-is-not-a-feature-of-down-s-syndrome-1-it-is-caused-by-a-non-disjunction-in-an-autosome-2-the-affected-individual-has-trisomy-of-chromosome-21-3-the-aflected-individual-has-a-cha https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY2MDY-identify-the-incorrect-statement-1-in-addition-to-recombination-mutation-is-another-phenomeonon-that-leads-to-variation-in-dna-2-chromosomal-aberrations-are-commonly-observed-in-cancer-cells-3-a-class https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY2MDc-pedigree-analysis-is-resorted-to-for-genetic-analysis-in-humans-rather-than-conventional-genetic-methods-because-i-choice-matings-are-not-possible-ii-number-of-progeny-is-limited-of-the-two-statements https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mjk1NDg-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-disorder-column-ii-feature-i-phenylketonuria-ii-sickle-cell-anemia-iii-down-s-syndrome https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mjk3NDY-in-a-monohybrid-cross-f1-progeny-resemble-neither-of-the-parents-what-would-be-true-in-this-case-1-the-parental-traits-would-not-appear-in-any-of-the-f2-progenies-2-the-f2-phenotypic-ratio-will-be-dif https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mjk3NDc-the-two-alleles-of-a-gene-pair-are-located-on-1-homologous-sites-on-homologous-chromosomes-2-heterologous-sites-on-homologous-chromosomes-3-homologous-sites-on-heterologous-chromosomes-4-heterologous https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mjk3NDg-male-heterogamety-is-not-seen-in-1-humans-2-melandrium-album-3-birds-4-fruit-fly-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mjk3NDk-the-trait-shown-in-the-given-pedigree-chart-is-most-likely-a-an-1-autosomal-recessive-trait-2-autosomal-dominant-trait-3-sex-linked-recessive-trait-4-sex-linked-dominant-trait-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mjk3NTA-aneuploidy-results-from-1-point-mutations-2-gross-structural-changes-in-chromosomes-3-failure-of-cytokinesis-after-telophase-stage-of-cell-division-4-failure-of-segregation-of-chromatids-during-cell-d https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzAwMzY-which-of-the-following-are-correct-regarding-linked-genes-i-are-located-near-each-other-on-the-same-chromosome-ii-violate-the-law-of-independent-assortment-iii-segregate-together-during-meiosis-1-only https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzAyMzA-consider-the-cross-aabb-x-aabb-if-the-alleles-for-both-genes-exhibit-complete-dominance-what-genotypic-ratio-is-expected-in-the-resulting-offspring-1-1-1-1-1-2-9-3-3-1-3-3-6-3-1-2-1-4-1-2-1-2-4-2-1-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzAyMzI-two-phenotypically-normal-individuals-have-an-affected-child-what-can-we-conclude-about-the-parents-1-they-both-carried-the-diesease-allele-2-they-are-not-the-parents-of-the-child-3-they-are-affected https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzAyMzM-what-is-the-basis-of-pleiotropy-1-a-spontaneous-mutation-during-the-replication-of-dna-2-interrelationship-between-various-metabolic-pathways-in-the-body-3-chromosomal-aberration-as-chromosomes-are-th https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzAyMzQ-a-female-whose-father-was-colorblind-marries-and-normal-male-whose-father-was-also-colorblind-what-is-the-probablility-that-their-daughter-will-be-colorblind-1-0-2-25-3-50-4-75-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzAzOTY-in-humans-the-dominance-relationship-between-the-a-and-b-alleles-of-abo-blood-group-gene-is-an-example-of-1-complete-dominance-2-incomplete-dominance-3-codominance-3-epistasis-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzA0NzU-one-of-the-mendel-s-pure-strains-of-pea-plants-had-green-peas-how-many-different-types-of-eggs-could-such-a-plant-produce-with-regard-to-pea-color-1-1-2-2-3-4-4-8-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzA0Nzc-a-woman-receives-her-x-chromosomes-from-1-her-mother-only-2-her-father-only-3-both-her-mother-and-father-4-mitochondria-of-mother-only-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzA4Njc-which-of-the-following-would-not-be-a-feature-seen-in-a-patient-with-the-following-karyotype-1-many-loops-on-finger-tips-2-congenital-heart-disease-3-big-and-wrinkled-tongue-4-mucus-clogging-of-airway https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzA4Njg-given-below-is-the-initial-amino-acids-of-the-beta-chain-of-a-hemoglobin-molecule-what-will-be-true-about-this-hemoglobin-molecule-1-the-rbcs-carrying-this-molecule-will-undergo-sickling-at-high-oxyge https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzA4Njk-the-disease-inheritance-pattern-exemplified-in-the-given-pedigree-analysis-can-be-1-hemophilia-2-red-green-colour-blindness-3-phenyl-ketonuria-4-polydactyly-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzEyNDE-consider-the-following-statements-i-people-affected-by-phenylketonuria-are-unable-to-convert-tyrosine-to-phenylalanine-ii-alzheimer-s-disease-results-from-accumulation-of-amyloid-protein-plaques-in-th https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzEzMDE-consider-the-following-statements-i-if-we-put-them-through-test-cross-all-homozygous-dominant-combinations-will-breed-true-but-heterozygous-genotypes-will-follow-the-segregation-ii-two-gene-interactio https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzQ0MzY-a-gene-showing-codominance-has-1-one-allele-dominant-on-the-other-2-alleles-tightly-linked-on-the-same-chromosome-3-alleles-that-are-recessive-to-each-other-4-both-alleles-independently-expressed-in-t https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzQ1NDI-in-his-classic-experiments-on-pea-plants-mendel-did-not-use-1-seed-colour-2-pod-length-3-seed-shape-4-flower-position-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzQ2MTE-how-many-pairs-of-contrasting-characters-in-pea-plants-were-studied-by-mendel-in-his-experiments-1-five-2-six-3-eight-4-seven-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzQ4NTU-which-one-from-those-given-below-is-the-period-of-mendel-s-hybridisation-experiments-1-1856-1863-2-1840-1850-3-1857-1869-4-1870-1877-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzQ4NjA-among-the-following-characters-which-one-was-not-considered-by-mendel-in-his-experiments-on-pea-1-stem-tall-or-dwarf-2-trichomes-glandular-or-non-glandular-3-seed-green-or-yellow-4-pod-inflated-or-con https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzQ5MDI-thalassemia-and-sickle-cell-anaemia-are-caused-due-to-a-problem-in-globin-molecule-synthesis-select-the-correct-statement-1-both-are-due-to-a-qualitative-defect-in-globin-chain-synthesis-2-both-are-du https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzQ5MDQ-a-disease-caused-by-an-autosomal-primary-non-disjunction-is-1-down-s-syndrone-2-kilnerfelter-s-syndrome-3-turner-s-syndrome-4-sickle-cell-anemia-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzQ5NDI-the-mechanism-that-causes-a-gene-to-move-from-one-linkage-group-to-another-is-called-1-inversion-2-duplication-3-translocation-4-crossing-over-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzQ5NDQ-a-true-breeding-plant-is-1-one-that-is-able-to-breed-on-its-own-2-produced-due-to-cross-pollination-among-unrelated-plants-3-near-homozugous-and-produces-offspring-of-its-own-kind-4-always-homozygous https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzQ5ODM-if-a-colourblind-man-marries-a-woman-who-is-homozygous-for-normal-colour-vision-the-probalility-of-their-son-being-colourblind-is-1-0-2-0-5-3-0-75-4-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUwMDU-a-tall-true-breeding-garden-pea-plant-is-crossed-with-a-dwarf-true-breeding-garden-pea-plant-when-the-f1-plants-were-selfed-the-resulting-genotypes-were-in-the-ratio-of-1-1-2-1-tall-heterozygous-tall https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUwMzM-pick-out-the-correct-statements-i-haemophilia-is-a-sex-linked-recessive-disease-ii-down-s-syndrome-is-due-to-aneuploidy-iii-phenylketonuria-is-an-autosomal-recessive-gene-disorder-iv-sickle-cell-anaem https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUwNDA-in-a-test-cross-involving-f1-dihybrid-flies-more-parental-type-offspring-were-produced-than-the-recombinant-type-offspring-this-indicates-1-chromosomes-failed-to-separate-during-meiosis-2-the-two-gene https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUwNDI-match-the-terms-in-column-i-with-their-description-in-column-ii-and-choose-the-correct-option-column-i-column-ii-a-dominance-1-many-genes-govern-a-single-character-b-codominance-2-ina-heterozygous-org https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUwNjA-which-of-the-following-most-appropriately-describes-haemophilia-1-x-linked-recessive-gene-disorder-2-choromosomal-disorder-3-dominant-gene-disorder-4-recessive-gene-disorder-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUwNzM-the-term-linkage-was-coined-by-1-th-morgan-2-t-boveri-3-g-mendel-4-w-sulton-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUwOTU-in-the-following-human-pedigree-the-filled-symbols-represent-the-affected-individuals-identify-the-type-of-given-pedigree-1-autosomal-dominant-2-x-linked-recessive-3-autosomal-recessive-4-x-linked-dom https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUxMzQ-a-pleiotropic-gene-1-is-expressed-only-in-primitive-plants-2-is-a-gene-involved-during-pliocene-3-controls-a-trait-only-in-combination-with-another-gene-4-control-multiple-traits-in-an-individual-1-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUxNzA-multiple-alleles-are-present-1-on-different-chromosomes-2-at-different-loci-on-the-same-chromosome-3-at-the-same-locus-of-the-chromosome-4-on-non-sister-chromatids-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUyMDQ-an-abnormal-human-baby-with-xxx-sex-chromosomes-was-born-due-to-1-formation-of-abnormal-sperms-in-the-father-2-formation-of-abnormal-ova-in-the-mother-3-fusion-of-two-ova-and-one-sperm-4-fusion-of-two https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUyMDU-alleles-are-1-different-phenotype-2-true-breeding-homozygotes-3-different-molecular-forms-of-a-gene-4-heterozygotes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUyMzc-fruit-color-in-squash-is-an-example-of-1-recessive-epistatis-2-dominant-epistatis-3-complementary-genes-4-inhibitory-genes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUyNzY-a-human-female-with-turner-s-syndrome-1-has-45-chromosomes-with-xo-2-has-one-additional-x-chromosome-3-exhibits-male-characters-4-is-able-to-produce-children-with-normal-husband-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUzMDc-which-of-the-following-statements-is-not-true-of-two-genes-that-show-50-recombination-frequency-1-the-genes-may-be-on-different-chromosomes-2-the-genes-are-tightly-linked-3-the-genes-show-independent https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUzMDk-if-two-persons-ab-blood-group-marry-and-have-sufficiently-large-number-of-children-these-children-could-be-classified-as-a-blood-group-ab-blood-group-b-blood-group-in-1-2-1-ratio-modern-technique-of-p https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUzNDY-which-mendelian-idea-is-depicted-by-a-cross-in-which-the-f1-generation-resembles-both-the-parents-1-incomplete-dominance-2-law-of-dominance-3-inheritance-of-one-gene-4-codominance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUzNDc-the-incorrect-statement-with-regard-to-haemophilia-is-1-it-is-a-sex-linked-disease-2-it-is-a-recessive-disease-3-it-is-a-dominant-disease-4-a-single-protein-involved-in-the-clotting-of-blood-effected https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzUzOTk-a-normal-visioned-man-whose-father-was-colourblind-marries-a-woman-whose-father-was-also-a-colourblind-they-have-their-first-child-as-a-daughter-what-are-the-chances-that-this-child-would-be-colourbli https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU0MzM-f2-generation-in-a-mendelian-cross-showed-that-both-genotypic-and-phenotypic-ratios-are-same-as-1-2-1-it-represents-a-case-of-1-codominance-2-dihybrid-cross-3-monohybrid-cross-with-complete-dominance https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU0Nzk-which-one-of-the-following-conditions-correctly-describes-the-manner-of-determining-the-sex-in-the-given-example-1-xo-type-of-sex-chromosomes-determine-male-sex-in-grasshopper-2-xo-condition-in-humans https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU1MTE-mutations-can-be-induced-with-1-iaa-2-ethylene-3-gama-radiations-4-infra-red-radiations-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU1MzM-which-one-of-the-following-cannot-be-explained-on-the-basis-of-mendel-s-law-of-dominance-1-the-discrete-unit-controlling-a-particular-character-is-called-a-factor-2-out-of-one-pair-of-factors-one-is-d https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU1NDU-the-genotype-of-a-plant-showing-the-dominant-phenotype-can-be-determined-by-1-test-cross-2-dihybrid-cross-3-pedigree-analysis-4-back-cross-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU1NDk-abo-blood-groups-in-humans-are-controlled-by-the-gene-i-it-has-three-alleles-mdash-ia-ib-and-i-since-there-are-three-different-alleles-six-different-genotypes-are-possible-how-many-phenotypes-can-occu https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU1NTY-select-the-correct-statement-from-the-ones-given-below-with-respect-to-dihybrid-cross-1-tightly-linked-genes-on-the-same-chromosome-show-higher-recombinations-2-genes-far-apart-on-the-same-chromosome https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU1ODI-which-one-of-the-following-symbols-and-its-representation-used-in-human-pedigree-analysis-is-correct-1-marriage-between-relatives-2-unaffected-male-3-unaffected-female-4-male-affected-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU2MzQ-sickel-cell-anaemia-is-1-an-autosomal-linked-dominant-trait-2-caused-by-substitution-of-valine-by-glutamic-acid-in-the-beta-globin-chain-of-haemoglobin-3-caused-by-a-change-in-base-pair-of-dna-4-chara https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU2Mzc-point-mutation-involves-1-insertion-2-change-in-single-base-pair-3-duplication-4-deletion-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU2NDA-study-the-pedigree-chart-given-below-what-does-it-show-1-inheritance-of-a-sex-linked-inborn-error-of-metabolism-like-phenylketonuria-2-inheritance-of-a-condition-like-phenylketonuria-as-an-autosomal-r https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU2NjM-select-the-incorrect-statement-from-the-following-1-linkage-is-an-exception-to-the-principle-of-independent-assortment-in-heredity-2-galactosemia-is-an-inborn-error-of-metabolism-3-small-population-si https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU3NTk-which-one-of-the-following-condition-in-human-is-correctly-matched-with-its-chromosomal-abnormality-linkage-1-klinefelter-s-syndrome-mdash-44-autosomes-xxy-2-colourblindness-mdash-y-linked-3-erythrobl https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU3ODQ-a-human-male-produces-sperms-with-the-genotypes-ab-ab-ab-and-ab-pertaining-to-two-diallelic-characters-in-equal-proportions-what-is-the-corresponding-genotype-of-this-person-1-aabb-2-aabb-3-aabb-4-aab https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU3ODk-in-the-hexaploid-wheat-the-haploid-n-and-basic-x-numbers-of-chromosomes-are-1-n-7-and-x-21-2-n-21-and-x-21-3-n-21-and-x-14-4-n-21-and-x-7-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU4MTY-inheritance-of-skin-colour-in-humans-is-an-example-of-1-chromosomal-aberration-2-point-mutation-3-polygenic-inheritance-4-codominance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU4MjA-two-genes-r-and-y-are-located-very-close-on-the-chromosomal-linkage-map-of-maize-plant-when-rryy-and-rryy-genotypes-are-hybridised-then-f2-segregation-will-show-1-higher-number-of-the-recombinant-type https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU4MzA-a-common-test-to-find-the-genotype-or-hybrid-is-by-1-crossing-of-one-f2-progeny-with-male-parent-2-crossing-of-one-f2-progeny-with-female-parent-3-studying-the-sexual-behaviour-of-f1-progenies-4-cross https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU4NDY-in-pea-plants-yellow-seeds-are-dominant-to-green-if-heterozygous-yellow-seeded-plant-is-crossed-with-a-green-seeded-plant-what-ratio-of-yellow-and-green-plants-would-you-expect-in-f1-generation-1-50-5 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU4NzM-which-one-of-the-following-is-the-most-suitable-medium-for-culture-of-drosophila-melanogaster-1-moist-bread-2-agar-agar-3-ripe-banana-4-cow-dung-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU4NzY-phenotype-of-an-organism-is-the-result-of-1-mutations-and-linkages-2-cytoplasmic-effects-and-nutrition-3-environmental-changes-and-sexual-dimorphism-4-genotype-and-environmental-interactions-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU4Nzk-in-which-mode-of-inheritance-do-you-expect-more-maternal-influence-among-the-offspring-1-autosomal-2-cytoplasmic-3-y-linked-4-x-linked-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU4ODE-how-many-different-kinds-of-gametes-will-be-produced-by-a-plant-having-the-genotype-aabbcc-1-three-2-four-3-nine-4-two-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU5MDI-which-one-of-the-following-is-an-example-of-polygenic-inheritance-1-flower-colour-in-mirabilis-jalapa-2-production-of-male-honey-bee-3-pod-shape-in-garden-pea-4-skin-colour-in-humans-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU5MDg-in-mendel-s-experiments-with-garden-pea-round-seed-shape-rr-was-dominant-over-wrinkled-seeds-rr-yellow-cotyledon-yy-was-dominant-over-green-cotyledon-yy-what-are-the-expected-phenotypes-in-the-f2-gene https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU5MTE-test-cross-involves-1-crossing-between-two-geneotypes-with-recessive-trait-2-crossing-between-two-f1-hybrids-3-crossing-the-f1-hybrid-with-a-double-recessive-genotype-4-crossing-between-two-genotypes https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU5MTU-if-a-colourblind-woman-marries-a-normal-visioned-man-their-sons-wil-be-1-all-normal-visioned-2-one-half-colourblind-and-one-half-normal-xa0-3-three-fourths-colourblind-and-one-fourth-normal-4-all-colo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU5MTY-cri-du-chat-syndrome-in-humans-is-caused-by-the-1-fertilization-of-an-xx-egg-by-a-normal-y-bearing-sperm-2-loss-of-half-of-the-short-arm-of-chromosome-5-3-loss-of-half-of-the-long-arm-of-chromosome-5 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzU5MzM-sickle-cell-anaemia-has-not-been-eliminated-from-the-african-population-because-1-it-is-controlled-by-recessive-genes-b-it-is-not-a-fatal-disease-3-it-provides-immunity-against-malaria-4-it-is-control https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzY4Mzc-which-of-the-following-shows-linkage-group-in-coupling-phase-1-ab-ab-2-ab-ab-3-ab-ab-4-ab-ab-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzY4NjY-which-pair-is-incorrect-1-haemophilia-x-linked-recessive-2-baldness-x-linked-dominance-3-colour-blindness-x-linked-recessive-4-antler-in-deer-sex-limited-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzY4ODM-a-pure-breeding-pea-plant-with-the-dominant-phenotype-of-character-a-and-recessive-phenotype-of-character-b-was-crossed-with-another-pure-breeding-plant-with-the-recessive-phenotype-of-character-a-and https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzY5MjM-which-of-the-following-is-not-a-x-linked-recessive-disease-1-haemophilia-2-colour-blindness-3-beta-thalassemia-4-glucose-6-phosphate-dehydrogenase-deficiency-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzY5MzA-a-pure-tall-red-plant-is-crossed-with-a-pure-dwarf-white-plant-the-progenies-thus-produced-in-f1-generations-are-selfed-the-different-types-of-gametes-that-will-be-produed-in-f2-generaion-will-be-1-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzY5Njc-which-of-the-following-chromosomal-disorders-is-the-commonest-in-the-new-borns-1-edward-s-syndrome-2-patau-s-syndrome-3-down-s-syndrome-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzY5NzM-an-inherited-character-and-its-detectable-variant-is-termed-as-1-unit-factor-2-trait-3-genetic-profile-4-genotypic-charcter-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzY5OTc-a-diagramatic-representation-of-karyotype-of-a-species-is-referred-to-as-its-1-idiogram-2-hologram-3-karyogram-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcwMTE-which-of-the-following-is-not-an-autosomal-genetic-disorder-1-sickle-cell-anaemia-2-cystic-fibrosis-3-haemophilia-4-huntington-s-disease-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcwMjE-study-the-pedigree-chart-of-a-family-showing-the-inheritance-of-myotonic-dystrophy-the-trait-under-study-is-1-dominant-x-linked-2-recessive-x-linked-3-autosomal-dominant-4-recessive-y-linked-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcwMzI-the-ratio-in-a-dihybrid-test-cross-between-two-individuals-is-given-by-1-2-1-2-1-2-1-3-3-1-4-1-1-1-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcwNzU-a-point-mutation-comprising-the-substitution-of-a-purine-by-pyrimidine-is-called-1-transition-2-translocation-3-deletion-4-transversion-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcwODg-pure-line-breed-refers-to-1-heterozygosity-only-2-heterogyzosity-and-linkage-3-homozygosity-only-4-homozygosity-and-self-assortment-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcwODk-if-a-homozygous-red-flowered-plant-is-crossed-with-a-homozygous-white-flowered-plant-and-red-colour-allele-is-completely-dominat-over-white-colour-allele-the-offspring-would-be-1-half-red-flowered-2-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcxNDY-one-of-the-genes-present-exclusively-on-the-x-chromosome-in-humans-is-concerned-with-1-baldness-2-red-green-colour-blindness-3-facial-hair-moustaches-in-males-4-night-blindness-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcxNzU-given-below-is-a-pedigree-chart-of-a-family-with-five-children-it-shows-the-inheritance-of-attached-ear-lobes-as-opposed-to-the-free-ones-the-squares-represent-the-male-individuals-and-circles-the-fem https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcxOTE-how-many-different-types-of-gametes-can-be-formed-by-f1-progeny-resulting-from-the-following-cross-aa-bb-cc-x-aa-bb-cc-1-3-2-8-3-27-4-64-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcxOTU-given-below-is-a-pedigree-chart-showing-the-inheritance-of-a-certain-sex-liniked-trait-in-humans-the-trait-traced-in-the-above-pedigree-chart-is-1-dominant-x-linked-2-recessive-x-linked-3-dominant-y-l https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcyMTA-the-cri-du-chat-syndrome-is-caused-by-change-in-chromosome-structure-invloving-1-deletion-2-duplication-3-inversion-4-translocation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcyMTI-grain-colour-in-wheat-is-determined-by-three-pairs-of-polygenes-following-the-cross-aabbcc-dark-colour-x-aabbcc-light-colour-in-f2-generation-what-proportion-of-the-progeny-is-likely-to-resemble-eithe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcyMTU-primary-source-of-allelic-variation-is-1-independent-assorment-2-recombination-3-mutation-4-polyploidy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcyMzc-which-one-of-the-following-pairs-of-features-is-a-good-example-of-polygenic-inheritance-1-human-height-and-skin-colour-2-abo-blood-group-in-humans-and-flower-colour-of-mirabilis-jalapa-3-hair-pigment https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcyMzg-mating-of-an-organism-to-a-double-recessive-in-order-to-determine-whether-it-is-homozygous-or-heterozygous-for-a-character-under-consideration-is-called-1-reciprocal-cross-2-test-cross-3-dihybrid-cros https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcyNDE-given-below-is-a-highly-simplified-representation-of-the-human-sex-chromosomes-from-a-karyotype-the-gene-a-and-b-could-be-of-1-colour-blindness-and-body-height-2-attached-ear-lobe-and-rhesus-blood-gro https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcyNTM-in-which-one-of-the-following-combinations-a-d-of-the-number-of-chromosomes-is-the-present-day-hexaploid-wheat-correctly-represented-combination-monosomic-haploid-nullisomic-trisomic-1-21-28-42-43-2-7 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzcyODY-xo-chromosomal-abnormality-in-human-beings-causes-1-turner-s-syndrome-2-down-s-syndrome-3-kilnefelter-s-syndrome-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzczMDk-gene-which-suppresses-other-gene-s-activity-but-does-not-lie-on-the-same-locus-is-called-as-1-epistatic-2-supplemetary-3-hypostatic-4-codominant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzczNDg-the-distance-between-two-genes-in-a-chromosome-is-measured-in-cross-over-units-which-represent-1-ratio-of-crossing-over-between-them-2-percentage-of-crossing-over-between-them-3-number-of-crossing-ove https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzczNTA-how-many-genome-types-are-present-in-a-typical-green-plants-cell-1-more-than-five-2-more-than-ten-3-two-4-three-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzczNzc-percentage-of-recombination-between-a-and-b-is-9-a-and-c-is-17-b-and-c-is-26-then-the-arrangement-of-genes-is-1-abc-2-acb-3-bca-4-bac-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzczODk-which-of-the-following-conditions-represents-a-case-of-co-dominance-genes-1-a-gene-expresses-itself-suppressing-the-phenotypic-effect-of-its-alleles-2-genes-that-are-similar-in-phenotypic-effect-when https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc0MDI-which-of-the-following-disorders-are-caused-due-to-recessive-autosomal-mutations-1-turner-s-syndrome-and-sickle-cell-anaemia-2-edward-s-syndrome-and-down-s-syndrome-3-cystic-fibrosis-and-phenylketonur https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc0NTU-which-of-the-following-is-correct-1-henking-discovered-the-small-y-chromosome-2-drosophila-also-shows-xx-xy-sex-determination-like-human-3-birds-have-zz-zw-sex-determination-where-females-are-zz-and-m https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc1MzU-which-of-the-following-is-true-for-a-recessive-disease-in-family-a-and-b-1-in-family-a-both-the-parents-are-homozygous-recessive-2-in-family-b-both-the-parents-are-homozygous-dominant-3-in-family-b-bo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc1NTQ-which-of-the-following-occurs-due-to-monosomy-of-sex-chromosome-1-down-s-syndrome-2-turner-s-syndrome-3-haemophilia-4-sickle-cell-anaemia-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc2MTk-in-rabbits-the-gene-for-grey-fur-g-is-dominant-over-that-for-black-fur-g-in-a-litter-if-50-rabbits-are-grey-then-the-possible-parental-cross-combination-is-1-gg-x-gg-2-gg-x-gg-3-gg-x-gg-4-gg-x-gg-1-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc2MjE-barr-body-is-missing-in-the-female-suffering-from-1-huntington-s-disease-2-tay-sach-s-disease-3-klinefelter-s-syndrome-4-turner-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc2MjI-which-is-genetically-not-possible-1-hemophilic-father-transfers-the-hemophilic-gene-to-his-son-2-hemophiic-father-transfers-the-hemophilic-gene-to-his-daughter-3-carrier-mother-transfers-the-hemophili https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc2Mjc-barr-body-is-found-in-the-cytoplasm-during-1-interphase-in-cell-of-female-mammal-2-interphase-in-cell-of-male-mammal-3-prophase-in-cell-of-female-mammal-4-prophase-in-cell-of-male-mammal-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc2NDA-if-both-parents-are-carriers-for-thalassaemia-which-is-an-autosomal-recessive-disorder-what-are-the-chances-of-pregnancy-resulting-in-an-affected-child-1-25-2-100-3-no-chance-4-50-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc2Njk-if-a-represents-the-dominant-gene-and-a-represents-its-recessive-allele-which-of-the-following-would-be-the-most-likely-result-in-the-first-generation-offspring-when-aa-is-crossed-with-aa-1-all-will-e https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc3NzM-in-a-pea-plants-green-pod-colour-is-dominant-over-yellow-pods-1000-seeds-taken-from-a-pea-plant-on-germination-produces-760-green-pod-and-240-yellow-pod-plants-the-parental-genotype-and-phenotype-of-t https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc4NzI-a-colourblind-man-marry-with-a-daughter-of-colourblind-father-the-generation-will-be-1-there-will-be-no-daughter-colourblind-2-all-sons-will-be-colourblind-3-all-daughter-will-be-colourblind-4-half-so https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc4ODU-in-a-plant-red-fruit-r-dominant-over-yellow-fruit-r-and-tallness-t-is-dominant-over-shortness-t-if-a-plant-with-rrtt-genotype-is-crossed-with-a-plant-that-is-rrtt-then-1-25-will-be-tall-with-red-fruit https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc5Mzc-a-man-whose-father-is-a-colourblind-marry-a-woman-who-is-a-daughter-of-colourblind-mother-the-offspring-of-this-couple-will-be-1-all-daugher-and-sons-are-colourblind-2-50-colourblind-and-50-normal-son https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc5ODg-a-pea-plant-parent-having-violet-coloured-flowers-with-unknown-genotype-was-crossed-with-a-plant-having-white-coloured-flowers-in-the-progeny-50-were-white-the-genotypic-constitution-of-the-parent-hav https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzc5OTI-the-number-of-linkage-group-s-present-in-escherichia-coli-is-1-one-2-two-3-four-4-seven-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzgwMDQ-in-two-pea-plants-having-red-dominant-coloured-flowers-with-unknown-genotypes-are-crossed-75-of-the-flowers-are-red-and-25-are-white-the-genotypic-constitution-of-the-parents-having-red-coloured-flowe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzgwMzA-genotypic-and-phenotypic-ratios-1-2-1-in-the-offsprings-explain-the-principle-of-1-dominance-2-blending-inheritance-3-recessiveness-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzgwMzI-sickle-cell-anaemia-is-example-of-1-sex-linked-inheritance-2-deficiency-disease-3-autosomal-heritable-disease-4-infectious-disease-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzgwNTk-holandric-genes-are-located-1-both-in-x-and-y-chormosome-2-only-in-y-chromosome-3-only-in-x-chromosome-4-only-in-autosomes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzgwOTk-which-one-of-the-following-disorders-and-characteristic-is-correctly-matched-1-cystic-fibrosis-produciton-of-thick-mucous-that-cloge-airways-2-sickle-cell-anaemia-brain-deterioration-beginning-at-mont https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzgxMDY-tay-sachs-disease-results-due-to-lack-of-enzyme-1-glucokinase-2-hexosaminidase-a-3-pyruvate-kinase-4-na-mdash-k-atpase-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzgxMDc-a-woman-is-married-for-the-second-time-her-first-husband-was-abo-blood-type-a-and-her-child-by-that-marriage-was-type-o-her-new-husband-is-type-b-and-their-child-is-type-ab-what-is-the-woman-s-abo-gen https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzgxMTM-who-is-known-as-father-of-physiological-genetics-or-father-of-biochemical-genetics-1-slatyer-2-charles-elton-3-taylor-4-archibald-garrod-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NDI-for-how-many-years-gregor-mendel-conducted-hybridisation-experiments-on-garden-peas-1-5-2-7-3-14-4-34-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NDQ-how-many-true-breeding-pea-plant-varieties-had-been-selected-by-mendel-1-1-2-7-3-14-4-16-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NDU-a-true-breeding-plant-line-can-be-obtained-by-1-cross-pollination-2-self-pollination-3-continuous-cross-pollination-4-continuous-self-pollination-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NDY-how-many-pairs-of-contrasting-traits-studied-by-mendel-were-related-to-pod-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NDc-among-the-given-pea-plant-traits-identify-the-odd-one-1-violet-flower-2-yellow-seed-3-yellow-pod-4-axial-flower-position-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NDg-which-of-the-following-does-not-contribute-to-mendel-rsquo-s-success-1-large-sampling-size-2-statistical-analysis-3-performed-experiments-on-single-variety-of-pea-4-performed-experiments-on-successive https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NDk-ldquo-filial-1-progeny-rdquo-refers-to-1-first-pure-breed-2-first-offspring-3-first-hybrid-generation-4-second-hybrid-generation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NTA-what-is-the-cause-of-variation-1-asexual-reproduction-2-amitosis-3-mitosis-4-meiosis-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NTE-how-many-laws-of-mendel-are-based-on-monohybrid-cross-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NTI-which-of-the-following-statements-are-correct-with-respect-to-law-of-dominance-i-tall-and-dwarf-traits-were-identical-to-their-parental-type-and-didn-rsquo-t-show-any-blending-ii-only-one-of-the-paren https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NTM-mendel-was-born-in-1-19th-century-2-18th-century-3-17th-century-4-20th-century-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NTQ-gregor-mendel-is-known-for-1-species-concept-2-hybridisation-experiments-3-discovery-of-chromosomes-4-experiments-on-maize-plant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NTU-which-of-the-following-genotype-express-gametes-1-ttrraa-2-ttra-3-atrr-4-nmlr-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NTY-a-cross-between-two-heterozygous-plant-was-performed-and-120-offspring-were-produced-in-which-90-plants-were-tall-and-30-were-dwarf-find-out-the-genotype-of-their-parents-1-tt-and-tt-2-tt-and-tt-3-tt https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NTc-a-cross-between-tall-pea-plant-and-its-recessive-parent-is-known-as-1-back-cross-2-test-cross-3-recessive-cross-4-dominant-cross-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NTg-what-will-be-the-genotype-of-parental-plants-if-they-produced-25-aa-48-aa-26-aa-1-aa-and-aa-2-aa-and-aa-3-aa-and-aa-4-aa-and-aa-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NTk-which-of-the-following-was-not-explainedby-the-mendel-rsquo-s-law-of-dominance-1-characters-are-controlled-by-discrete-units-called-factors-2-factors-occur-in-pairs-3-every-factor-has-alternate-forms https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NjA-who-was-the-first-to-use-statistical-analysis-and-mathematical-logics-for-solving-biological-problems-1-francis-crick-2-gregor-mendel-3-hugo-de-vries-4-w-bateson-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NjE-if-f2-dwarf-plants-were-self-pollinated-then-the-genotype-of-f3-f4-plants-is-1-tt-and-tt-2-tt-and-tt-3-tt-and-tt-4-tt-and-tt-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NjM-trait-expressed-in-f1-generation-is-1-parental-2-recessive-3-dominant-4-recombinant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NjQ-in-a-true-breeding-tall-or-dwarf-pea-variety-the-possible-set-of-allelic-pair-s-of-genes-for-height-are-1-tt-tt-tt-2-tt-tt-3-tt-4-tt-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NjU-which-of-the-following-is-a-monohybrid-1-tt-2-tt-3-tt-4-none-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NjY-test-cross-is-used-to-predict-the-1-phenotype-of-test-organism-2-sex-of-test-organism-3-genotype-of-test-organism-4-genotypic-ratio-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3Njc-genotypic-and-phenotypic-ratios-of-monohybrid-cross-are-1-3-1-and-1-2-1-2-1-2-1-and-3-1-3-1-2-1-and-1-2-1-4-3-1-and-3-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3Njg-what-is-the-means-of-segregation-in-law-of-segregation-1-allelic-separation-2-chromosomal-separation-3-crossing-over-4-linkage-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3Njk-incomplete-dominance-is-present-in-1-snapdragon-flower-2-dog-flower-3-antirrhinum-flower-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NzA-abo-blood-grouping-provides-an-example-of-i-co-dominance-ii-multiple-allelism-iii-incomplete-dominance-1-i-and-iii-2-i-and-ii-3-ii-and-iii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NzE-a-cross-was-performed-between-pea-plants-p1-violet-flower-and-p2-white-flower-if-obtained-progeny-showed-ratio-of-1-violet-1-white-then-determine-the-genotype-of-p1-1-homozygous-recessive-2-heterozygo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NzI-recessive-allele-of-an-enzyme-coding-gene-may-be-responsible-for-the-production-of-1-the-normal-less-efficient-enzyme-2-a-non-functional-enzyme-3-no-enzyme-at-all-4-any-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NzM-genes-which-code-for-a-pair-of-contrasting-traits-are-known-as-1-factors-2-alleles-3-linked-genes-4-lethal-genes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NzQ-abo-blood-groups-are-controlled-by-which-gene-1-a-2-i-3-b-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NzU-co-dominance-refers-to-the-condition-where-f1-1-resembles-the-dominant-parent-2-is-in-between-the-parents-3-resembled-the-recessive-parents-4-resembles-both-the-parents-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3NzY-what-does-blending-inheritance-refers-to-1-mixed-characters-in-an-offspring-2-dominant-character-3-recessive-character-4-dominant-recessive-character-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3Nzc-in-human-abo-blood-grouping-possible-number-of-genotypes-is-1-3-2-4-3-6-4-9-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3Nzk-recessive-character-is-expressed-in-1-f0-2-f1-3-f2-4-never-expressed-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3ODE-our-ancestors-knew-about-the-inheritance-of-characters-and-variations-because-1-they-selectively-breed-plants-and-animals-and-selected-for-organisms-that-possessed-desirable-characters-2-they-introduc https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3ODI-monohybrid-cross-can-be-defined-as-1-cross-between-plants-differing-in-one-chromosome-2-cross-between-plants-differing-in-one-character-only-3-cross-between-plants-differing-in-two-traits-4-all-of-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3ODM-types-of-gametes-produced-by-a-homozygous-parent-1-many-2-single-type-3-depends-upon-number-of-genes-4-depends-upon-number-of-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3ODQ-if-a-man-consists-of-an-extra-copy-of-chromosome-number-18-then-the-condition-is-known-as-1-monosomy-2-trisomy-3-nullisomy-4-polyploidy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3ODU-disorder-caused-by-the-trisomy-of-chromosome-number-21-1-klinefelter-rsquo-s-syndrome-2-turner-rsquo-s-syndrome-3-down-rsquo-s-syndrome-4-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3ODY-down-rsquo-s-syndrome-was-first-described-in-the-year-1-1962-2-1866-3-1856-4-1863-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3ODc-gynaecomastia-refers-to-1-masculine-development-in-females-2-development-of-breasts-in-males-3-development-of-female-characters-in-male-4-reduced-breasts-in-the-female-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3ODg-in-humans-karyotype-of-47-xxy-leads-to-1-klinefelter-rsquo-s-syndrome-2-turner-rsquo-s-syndrome-3-down-rsquo-s-syndrome-4-edward-rsquo-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3ODk-furrowed-tongue-and-partially-open-mouth-are-characteristics-of-1-edward-rsquo-s-syndrome-2-turner-rsquo-s-syndrome-3-down-rsquo-s-syndrome-4-klinefelter-rsquo-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3OTA-column-i-column-ii-i-down-rsquo-s-syndrome-a-broad-palm-with-characteristic-palm-crease-ii-klinefelter-rsquo-s-syndrome-b-gynaecomastia-iii-turner-rsquo-s-syndrome-c-rudimentary-ovaries-d-xo-e-xxy-f-p https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3OTE-turner-rsquo-s-syndrome-is-caused-by-1-absence-of-y-chromosome-2-absence-of-one-of-the-lsquo-x-rsquo-chromosome-3-trisomy-of-chromosome-number-21-4-additional-copy-of-chromosome-lsquo-x-rsquo-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3OTM-what-will-be-the-ratio-of-homozygous-dominant-homozygous-recessive-and-pure-heterozygous-traits-in-f2-generation-in-pea-plant-is-1-1-1-8-2-2-3-2-3-1-1-2-4-2-2-6-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3OTU-in-the-results-f2-generation-of-mendelian-dihybrid-cross-in-pea-plant-the-ratio-of-yellow-and-wrinkled-seeded-pea-plant-to-the-yellow-and-round-seeded-pea-plant-is-1-1-2-2-1-4-3-1-3-4-3-5-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3OTc-law-of-independent-assortment-is-not-applicable-to-1-linked-genes-2-genes-on-different-chromosomes-3-distantly-located-gene-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3OTg-which-of-the-following-statement-is-correct-1-mendel-rsquo-s-work-remained-unrecognised-till-1920-2-mendel-rsquo-s-work-suggested-that-factors-were-discrete-units-3-mendel-provided-physical-proof-of-t https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg3OTk-who-rediscovered-mendel-rsquo-s-laws-1-de-vries-2-correns-3-von-tschermak-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MDA-pairing-and-separation-of-a-pair-of-chromosomes-would-lead-to-segregation-of-a-pair-of-factors-they-carried-this-conclusion-was-drawn-by-1-walter-sutton-2-theodore-boveri-3-both-1-and-2-4-thomas-hunt https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MDE-chromosomal-theory-of-inheritance-is-a-combination-of-1-knowledge-of-chromosomal-segregation-with-mendelian-principle-2-knowledge-of-dihybridcross-with-motion-of-chromosome-3-knowledge-of-law-of-domin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MDI-the-behaviour-of-chromosomes-and-genes-can-be-compared-with-each-other-is-best-explained-by-which-of-the-following-statement-1-occur-in-nucleus-2-both-segregate-at-the-time-of-gamete-formation-leading https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MDM-the-chromosome-movement-during-meiosis-have-been-worked-out-1-1900-2-1902-3-1911-4-1930-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MDQ-consider-the-following-statement-and-find-out-the-incorrect-one-1-advancement-in-microscopy-made-the-study-of-chromosomal-behaviour-possible-2-the-two-alleles-of-a-gene-pair-are-located-on-homologous https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MDU-linkage-was-described-by-morgan-in-drosophila-which-of-the-following-combinations-are-correct-i-he-hybridised-yellow-bodied-white-eyed-females-to-brown-bodied-red-eyed-males-and-then-intercrossed-thei https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MDY-mendel-rsquo-s-success-was-largely-due-to-his-choice-of-the-garden-pea-plant-for-his-experiments-the-advantages-of-using-this-plant-included-i-presence-of-easily-observable-contrasting-traits-for-many https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MDc-what-was-the-most-significant-conclusion-that-gregor-mendel-drew-from-his-experiments-with-pea-plants-1-there-is-considerable-genetic-variation-in-garden-peas-2-traits-are-inherited-in-discrete-units https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MDg-an-organism-with-two-copies-of-the-same-allele-is-1-homozygous-for-that-trait-2-homologous-for-the-allele-3-heterozygous-for-that-trait-4-heterologous-for-the-allele-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MTA-which-of-the-following-about-the-law-of-segregation-is-true-1-it-states-that-each-of-two-alleles-for-a-given-trait-segregate-into-same-gametes-2-it-can-be-explained-by-the-segregation-of-heterologous https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MTE-in-guinea-pigs-black-coat-color-is-a-dominant-trait-and-white-is-a-recessive-trait-when-heterozygous-black-pigs-are-intercrossed-the-chance-of-the-first-two-offspring-being-black-is-1-75-2-56-3-44-4-6 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MTI-the-minimum-progeny-population-size-allowing-for-random-union-of-all-kinds-of-gametes-from-aabbcc-parents-is-1-9-2-16-3-27-4-64-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MTM-how-many-unique-gametes-could-be-produced-through-independent-assortment-by-an-individual-with-the-genotype-aabbccddee-1-4-2-8-3-16-4-32-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MTQ-two-heterozygous-round-yellow-seeded-pea-plants-are-intercrossed-in-the-progeny-the-trait-for-seed-shape-will-segregate-in-the-ratio-1-1-1-2-3-1-3-1-1-1-1-4-9-3-3-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MTU-given-the-parents-aabbcc-times-aabbcc-assume-simple-dominance-and-independent-assortment-what-proportion-of-the-progeny-will-be-expected-to-phenotypically-resemble-the-first-parent-1-1-4-2-1-8-3-3-4-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MTY-in-a-cross-between-aabb-x-aabb-the-ratio-of-f2-genotypes-between-aabb-aabb-aabb-and-aabb-would-be-1-9-3-3-1-2-2-1-1-2-3-1-2-2-1-4-7-5-3-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MTg-which-of-the-following-terms-best-describes-when-the-phenotype-of-the-heterozygote-differs-from-the-phenotypes-of-both-homozygotes-1-incomplete-dominance-2-multiple-alleles-3-codominance-4-epistasis-1 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MTk-a-man-of-blood-group-a-marries-a-woman-of-ab-blood-group-which-type-of-progeny-would-indicate-that-man-is-heterozygous-a-1-ab-2-a-3-o-4-b-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MjA-the-gene-for-eye-color-in-a-certain-organism-has-seven-alleles-how-many-genotypic-combinations-are-possible-1-2-2-14-3-28-4-56-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MjI-in-chickens-gene-r-produces-a-rose-shaped-comb-gene-r-produces-a-single-comb-gene-p-produces-pea-shaped-comb-and-gene-p-produces-a-single-comb-when-p-and-r-are-both-present-in-the-genotype-the-comb-is https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MjM-two-pure-lines-of-corn-have-mean-cob-lengths-of-9-and-3-inches-respectively-the-polygenes-involved-in-this-trait-all-exhibit-additive-gene-action-crossing-these-two-lines-is-expected-to-produce-a-prog https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MjQ-diseases-that-are-caused-by-the-malfunction-of-a-pleiotropic-gene-are-1-cured-by-dietary-restrictions-2-reversible-by-gene-therapy-3-called-as-syndromes-4-extremely-rare-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MjU-out-of-a-pair-of-monozygotic-twins-one-develops-hare-lip-and-the-other-does-not-this-can-be-an-example-of-the-genetic-phenomenon-of-1-pleiotropy-2-incomplete-penetrance-3-variable-expressivity-4-incom https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MjY-the-mapping-of-genes-on-chromosome-was-attempted-by-1-t-h-morgan-2-walter-sutton-3-alfred-sturtevant-4-henking-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4Mjc-today-are-extensively-used-as-a-point-in-the-sequencing-of-whole-genome-1-pedigree-charts-conclusive-2-genetic-maps-starting-3-pedigree-charts-starting-4-genetic-maps-conclusive-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4Mjg-the-initial-studies-for-sex-determination-were-done-over-1-plants-2-insects-3-humans-4-hen-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4Mjk-the-concept-of-x-body-was-given-by-1-t-h-morgan-2-walter-sutton-3-alfred-sturtevant-4-henking-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MzA-which-of-the-following-statements-are-correct-regarding-chromosomal-basis-of-sex-determination-i-the-mechanism-of-sex-determination-in-insects-is-of-xo-type-ii-xx-insect-is-female-while-xo-insect-is-m https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MzE-among-human-males-chromosome-is-present-but-its-counterpart-is-and-called-chromosome-1-y-bigger-z-2-x-smaller-z-3-x-smaller-y-4-z-bigger-x-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MzI-in-which-of-the-following-male-heterogamety-is-not-observed-1-insects-2-birds-3-humans-4-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MzM-in-which-of-the-following-female-heterogamety-is-not-observed-1-insects-2-birds-3-humans-4-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MzQ-which-of-the-following-matches-is-wrong-1-birds-zz-male-zw-female-2-drosophila-xy-male-xx-female-3-humans-xy-male-xx-female-4-cockroach-xz-male-zz-female-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MzU-which-of-the-following-statement-is-correct-with-respect-to-human-sex-determination-1-the-genetic-makeup-of-egg-determines-the-sex-of-child-2-female-produces-two-types-of-ovums-and-males-produce-only https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4MzY-mutation-causes-1-alterations-at-protein-level-2-changes-in-genotype-only-3-changes-in-phenotype-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4Mzc-sickle-cell-anaemia-is-a-classic-example-of-1-point-mutation-2-silent-mutation-3-frame-shift-mutation-4-non-sense-mutation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4Mzg-in-which-of-the-following-one-may-observe-variation-in-dna-1-fragmentation-2-budding-3-amitosis-4-mutation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4Mzk-if-a-normal-female-has-a-sickle-cell-anaemic-child-what-can-be-the-probable-genotype-of-that-gene-in-that-female-1-aa-2-aa-3-aa-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NDA-if-the-female-has-three-boys-in-her-first-three-pregnancy-what-are-the-chances-of-getting-female-child-this-time-1-25-2-50-3-75-4-20-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NDE-if-a-haemophilic-female-who-marries-a-normal-male-gives-birth-to-a-male-child-then-what-are-the-chances-of-boy-being-normal-a-hypothetical-situation-but-it-won-rsquo-t-happen-practically-1-0-2-50-3-25 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NDI-in-abo-blood-grouping-how-many-genotypes-show-co-dominance-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NDM-pedigree-analysis-is-not-utilized-to-trace-1-specific-trait-2-sex-ratio-3-disease-4-abnormality-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NDQ-which-of-the-following-symbols-represent-consanguineous-mating-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NDU-in-the-given-pedigree-chart-select-the-correct-statement-1-a-b-are-twins-2-a-is-younger-than-b-3-b-is-younger-than-a-4-can-rsquo-t-determine-the-age-of-a-b-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NDY-which-of-the-following-is-the-sex-linked-disease-1-sickle-cell-anaemia-2-haemophilia-3-cystic-fibrosis-4-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NDc-mendelian-disorders-are-caused-by-1-mutation-in-the-single-chromosome-2-mutation-in-the-single-gene-3-polyploidy-4-aneuploidy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NDg-myotonic-dystrophy-is-1-autosomal-recessive-trait-2-autosomal-dominant-trait-3-x-linkeddominant-trait-4-x-linked-recessive-trait-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NDk-boy-born-to-a-physically-normal-couple-has-been-diagnosed-with-a-genetic-disorder-this-could-be-1-y-linked-trait-2-autosomal-dominant-trait-3-x-linkeddominant-trait-4-x-linked-recessive-trait-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NTA-which-of-the-following-disorder-is-associated-with-queen-victoria-1-sickle-cell-anaemia-2-haemophilia-3-huntington-s-disease-4-myotonic-dystrophy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NTE-which-of-the-following-is-least-probable-1-female-child-with-sickle-cell-anaemia-2-male-child-with-haemophilia-3-carrier-female-for-haemophilia-4-female-child-with-haemophilia-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NTI-which-of-the-following-disorder-can-rsquo-t-be-transmitted-from-a-single-diseased-parent-1-sickle-cell-anaemia-2-haemophilia-3-colour-blindness-4-myotonic-dystrophy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NTM-which-of-the-following-genotypes-could-cause-sickle-cell-anaemia-1-hb-hb-2-hb-hb-3-hb-hb-4-both-lsquo-a-rsquo-and-lsquo-c-rsquo-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NTQ-sickle-cell-anaemia-is-caused-by-1-substitution-of-valine-by-glutamic-acid-at-6th-position-in-the-polypeptide-2-substitution-of-valine-by-glycine-at-4th-position-in-the-polypeptide-3-substitution-of-g https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NTU-elongated-sickle-like-structure-of-rbc-is-produced-by-1-platelets-deposition-on-the-outer-surface-of-rbc-2-reduced-surface-tension-3-polymerisation-of-mutant-haemoglobin-under-high-oxygen-tension-4-po https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NTY-sickle-cell-anaemic-person-will-have-1-abnormal-beta-globin-chain-and-sickle-shaped-rbc-2-normal-beta-globin-chain-and-sickle-shaped-rbc-3-abnormal-beta-globin-chain-and-biconcave-rbc-4-normal-beta-gl https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NTc-mental-retardation-is-associated-with-1-klinefelter-rsquo-s-syndrome-2-haemophilia-3-cystic-fibrosis-4-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NTg-study-the-pedigree-chart-given-below-to-identify-the-disorder-1-sickle-cell-anaemia-2-haemophilia-3-myotonic-dystrophy-4-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NTk-what-does-the-given-pedigree-chart-shows-1-sex-linked-recessive-trait-2-sex-linked-dominant-trait-3-inheritance-of-sickle-cell-anaemia-4-inheritance-of-autosomal-dominant-trait-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NjA-which-of-the-following-statements-are-correct-with-respect-to-aneuploidy-i-aneuploidy-is-caused-due-to-failure-of-segregation-of-chromatids-ii-aneuploidy-is-caused-by-due-to-failure-of-segregation-of https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246Mzg4NjE-which-of-the-following-statements-are-correct-i-polyploidy-is-caused-due-to-failure-of-cytokinesis-after-telophase-ii-polyploidy-results-into-increase-in-number-of-autosomes-iii-turner-rsquo-s-syndrom https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIwODQ-sex-determination-in-honey-bee-depends-upon-1-number-of-sets-of-chromosomes-present-in-parents-2-number-of-sets-of-chromosomes-present-in-progenies-3-number-of-sets-of-genes-present-in-parents-4-numbe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIwODU-what-is-wrong-with-respect-to-sex-determination-in-honey-bee-1-unfertilized-egg-develops-as-a-male-by-means-of-parthenogenesis-2-union-of-sperm-and-egg-develops-as-a-female-3-all-workers-and-males-wil https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIwODY-what-is-the-special-characteristic-feature-of-haplodiploid-sex-determination-1-males-produce-sperms-by-mitosis-2-number-of-sets-of-chromosomes-present-in-progenies-will-decide-their-sex-3-workers-will https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIwODc-colour-blindness-is-due-to-defect-in-either-or-of-eye-sex-linked-recessive-disorder-red-orange-rods-sex-linked-dominant-disorder-red-green-rods-sex-linked-dominant-disorder-red-orange-cones-sex-linked https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIwODk-in-case-of-pea-plant-grey-seed-colour-g-is-dominant-to-white-g-if-the-progenies-are-formed-in-the-following-phenotypic-ratio-find-the-genotypes-of-parents-grey-was-crossed-with-white-49-grey-and-54-wh https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIwOTA-in-case-of-pea-plant-grey-seed-colour-g-is-dominant-to-white-g-if-the-progenies-are-formed-in-the-following-phenotypic-ratio-find-the-genotypes-of-parents-grey-was-crossed-with-white-82-grey-and-0-whi https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIwOTE-grey-was-crossed-with-white-5-grey-and-0-white-were-formed-the-genotype-of-the-grey-parent-will-be-gg-gg-both-a-and-b-gg-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIwOTI-what-is-the-number-of-different-kind-of-gametes-formed-by-the-genotype-aabbccddee-16-32-8-64-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIwOTQ-if-two-parents-with-aabbccdd-and-aabbccdd-were-crossed-what-is-the-probability-of-getting-following-genotypes-aabbccdd-aabbccdd-frac14-0-0-frac12-frac12-frac14-0-0-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIwOTU-if-two-parents-with-aabbccdd-and-aabbccdd-were-crossed-what-is-the-probability-of-getting-following-genotypes-aabbccddd-aabbccdd-aabbccdd-and-aabbccdd-1-1-2-1-1-1-1-1-1-2-1-2-2-1-1-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNDI-if-two-parents-with-aabbccdd-and-aabbccdd-were-crossed-what-is-the-ratio-of-the-genotype-of-f1-generation-1-1-1-1-1-2-3-1-1-1-1-2-3-1-1-1-3-2-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNDM-if-the-offspring-is-aa-what-possible-combination-of-parental-genotype-would-have-produced-these-progenies-1-aa-and-aa-2-aa-and-aa-3-aa-and-aa-4-aa-and-aa-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNDQ-in-corn-plant-the-allele-for-tall-plant-t-is-dominant-to-small-plant-t-and-coloured-seed-c-is-dominant-to-c-in-a-particular-cross-the-probability-of-offspring-being-tall-is-frac12-and-being-coloured-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNDU-in-humans-albinism-c-is-recessive-to-normal-condition-c-if-two-heterozygous-parents-have-a-progeny-what-is-the-probability-that-it-will-be-albino-frac34-frac12-frac14-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNDY-if-a-normal-child-is-born-to-normal-parents-who-are-heterozygous-for-albinism-what-is-the-probability-of-normal-child-being-heterozygote-2-3-1-4-1-2-1-6-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNDc-if-normal-parents-have-an-albino-what-is-the-probability-that-their-next-child-will-be-normal-frac34-frac12-1-3-1-5-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNDg-cross-between-two-parents-of-genotype-male-aabbccddee-and-female-aabbccddee-will-give-progenies-out-of-which-how-many-will-have-same-genotype-as-that-of-female-parent-1-8-1-32-1-16-frac14-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNTA-number-of-different-types-of-gametes-produced-by-genotype-aabbccddeeffgghh-will-be-a-20-b-2-c-102-d-zero-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNTE-in-humans-curly-hair-is-dominant-c-to-straight-hair-c-a-woman-who-is-heterozygote-for-curly-hair-marries-to-a-normal-man-what-will-be-the-probability-of-first-and-second-child-having-curly-hair-frac14 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNTI-coloured-endosperm-c-is-dominant-to-colourless-endosperm-c-while-smooth-seeds-s-are-dominant-to-wrinkled-seed-s-and-waxy-endosperm-w-is-dominant-to-starchy-endosperm-w-what-is-the-genotype-of-homozygo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNTQ-coloured-endosperm-c-is-dominant-to-colourless-endosperm-c-while-smooth-seeds-s-are-dominant-to-wrinkled-seed-s-and-waxy-endosperm-w-is-dominant-to-starchy-endosperm-w-cross-is-made-between-pure-domin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNTU-coloured-endosperm-c-is-dominant-to-colourless-endosperm-c-while-smooth-seeds-s-are-dominant-to-wrinkled-seed-s-and-waxy-endosperm-w-is-dominant-to-starchy-endosperm-w-what-will-be-the-ratio-of-f2-pro https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNTY-eye-colour-in-humans-is-controlled-by-a-single-pair-of-gene-where-b-i-e-brown-is-dominant-to-b-i-e-blue-what-will-be-the-genotype-of-a-brown-eyed-man-who-marries-a-blue-eyed-lady-and-has-blue-eyed-chi https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNTg-if-two-brown-eyed-people-marry-each-other-and-each-one-had-one-blue-eyed-parent-what-is-the-proportion-of-eye-colour-in-their-offspring-a-3-1-b-1-4-c-1-2-d-2-2-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNTk-in-dogs-dark-coat-colour-a-is-dominant-to-albino-a-and-short-hair-l-is-dominant-to-long-hair-l-determine-the-probable-genotype-of-the-parent-who-are-dark-and-short-and-have-progenies-in-the-following https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNjA-if-fruit-weight-in-a-plant-was-measured-and-following-categories-were-obtained-25g-30g-35g-40g-45g-50g-55g-then-how-many-genes-are-involved-for-controlling-fruit-weight-a-2-b-3-c-5-d-7-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNjE-if-a-character-is-controlled-by-5-alleles-what-will-be-the-number-of-genotype-in-this-case-12-18-30-15-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNjI-what-phenotypic-ratio-will-be-there-when-selfing-of-a-trihybrid-is-performed-in-which-two-gene-pairs-are-completely-dominant-and-one-gene-pair-is-codominant-3-9-1-2-1-3-27-9-3-1-3-3-1-9-3-3-1-18-6-6-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNjM-if-dihybrid-mulatto-male-aabb-is-crossed-with-white-female-aabb-then-the-ratio-of-mulatto-and-white-offspring-will-be-1-6-1-1-4-1-2-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNjQ-in-a-test-cross-of-f1-generation-having-a-genotype-aabb-following-progeny-were-obtained-aabb-450-aabb-ndash-450-aabb-50-aabb-50-how-far-in-centimorgans-are-the-a-and-b-genes-a-100-b-90-c-10-d-1-1-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNjU-the-distance-between-gene-a-b-c-and-d-on-a-chromosome-is-as-follows-a-and-c-18-units-a-and-b-26-units-a-and-d-40-units-b-and-c-8-units-b-and-d-ndash-14-units-the-sequence-of-these-genes-would-be-abcd https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNjY-which-of-the-following-is-an-autosomal-recessive-blood-disease-phenylketonuria-thalassemia-haemophilia-muscular-dystrophy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNjc-which-of-the-following-are-correct-with-respect-to-thalassemia-an-autosomal-dominant-disorder-defect-due-to-mutation-or-deletion-parents-will-be-homozygous-for-thalassemia-occurs-due-to-vitamin-defici https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNjg-read-the-following-statements-with-respect-to-thalassemia-and-find-the-wrong-one-quantitative-disorder-different-forms-of-thalassemia-are-observed-anaemia-is-not-a-characteristic-feature-of-this-disea https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNjk-how-sickle-cell-anaemia-is-different-from-thalassemia-1-being-autosomal-recessive-2-being-a-blood-disease-3-being-a-qualitative-disorder-4-involvement-of-mutation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNzA-the-basis-of-thalassemia-classification-can-be-1-which-parent-is-affected-2-which-chain-of-haemoglobin-molecule-is-affected-3-how-much-a-chain-is-affected-4-which-gender-is-showing-the-disease-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNzE-alpha-thalassemia-is-controlled-by-on-chromosome-number-1-linked-gene-11-2-linked-gene-16-3-unlinked-gene-11-4-unlinked-gene-16-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNzI-which-of-the-following-statements-is-wrong-with-respect-to-beta-thalassemia-controlled-by-a-single-gene-gene-involved-is-hba1-gene-involved-is-present-on-chromosome-number-11-occurs-due-to-mutation-1 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNzM-the-genes-which-are-involved-in-alpha-thalassemia-are-and-while-in-beta-thalassemia-are-1-hba1-hbb-hba2-2-hbb1-hbb2-hba-3-hbb1-hba-hbb2-4-hba1-hba2-hbb-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNzQ-find-the-correct-match-1-alpha-thalassemia-11th-chromosome-2-beta-thalassemia-16th-chromosome-rsquo-3-alpha-thalassemia-linked-genes-4-thalassemia-qualitative-trait-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNzU-if-ram-has-a-brother-shyam-suffering-from-cystic-fibrosis-what-is-the-probability-of-ram-being-a-carrier-as-his-parents-are-normal-a-1-4-b-frac12-c-2-3-d-3-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNzY-which-of-the-four-couples-claiming-the-baby-o-positive-blood-type-are-possible-biological-parents-of-it-a-b-and-o-b-o-and-ab-c-ab-and-ab-d-a-and-o-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDIxNzc-if-two-people-who-are-carrier-for-a-genetically-inherited-fatal-recessive-disease-decide-to-marry-and-disease-cause-still-birth-what-is-the-probability-of-the-live-children-to-be-a-carrier-a-1-2-b-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDM0MjI-assertion-phenylketonuria-is-a-recessive-hereditary-disease-caused-by-the-body-rsquo-s-failure-to-oxidize-an-amino-acid-phenylalanine-to-tyrosine-because-of-a-defective-enzyme-reason-it-results-in-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDM1MTg-assertion-in-honey-bee-life-history-shows-natural-and-complete-parthenogenesis-reason-in-honey-bee-both-drones-and-workers-are-parthenogenetically-developed-if-both-the-assertion-and-the-reason-are-tr https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0ODQ-a-plant-on-repeated-self-pollination-preserves-the-trait-expressed-for-many-generations-such-a-plant-is-said-to-be-1-panmictic-2-homologous-3-apomictic-4-pure-line-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0ODY-the-f1-progeny-in-monohybrid-crosses-by-mendel-resembled-1-the-parent-exhibiting-dominant-trait-completely-2-the-parent-exhibiting-recessive-trait-completely-3-the-parent-exhibiting-dominant-trait-par https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0ODg-in-a-true-breeding-the-allelic-pair-of-genes-are-1-homologous-2-linked-3-stable-4-homozygous-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0OTA-a-test-cross-is-done-to-find-out-1-fitness-of-an-organism-2-genotype-of-a-plant-expressing-dominant-phenotype-3-the-suitable-parents-for-a-mendelian-cross-4-the-hidden-genotypic-ratio-of-f2-phenotypes https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0OTE-what-is-the-ratio-of-a-typical-monohybrid-test-cross-1-2-1-2-3-1-3-1-2-1-4-1-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0OTI-the-law-of-segregation-is-based-on-the-fact-that-1-the-alleles-do-not-show-any-blending-2-there-is-random-fertilization-3-gametes-are-pure-for-the-trait-4-the-zygotes-are-diploid-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0OTM-the-inheritance-of-flower-colour-in-dog-flower-and-4-rsquo-o-clock-plant-exhibits-1-complete-dominance-2-incomplete-dominance-3-co-dominance-4-lethality-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0OTU-in-complete-dominance-the-recessive-allele-with-respect-to-the-dominant-allele-1-produces-no-product-2-produces-a-different-product-3-produces-half-the-product-4-produces-no-product-or-a-non-functiona https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0OTc-the-number-of-alleles-the-genotypic-combinations-and-phenotypes-in-abo-system-is-respectively-1-3-6-and-4-2-3-4-and-6-3-2-3-and-4-4-2-3-and-6-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0OTk-suppose-a-gene-has-seven-alleles-what-would-be-the-number-of-alleles-in-an-individual-at-any-instant-1-1-2-7-3-2-4-3-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MDA-in-case-of-starch-synthesis-in-pea-seeds-controlled-by-b-gene-bb-homozygotes-produce-large-and-round-starch-grains-bb-homozygotes-produce-smaller-and-wrinkled-starch-grains-and-heterozygotes-produce-r https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MDE-when-mendel-self-hybridized-f1-progeny-of-a-dihybrid-cross-between-pure-yellow-round-seeded-plants-and-green-wrinkled-plants-he-observed-that-yellow-and-green-colour-segregated-in-a-ratio-of-1-1-1-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MDI-in-1900-mendel-rsquo-s-work-was-rediscovered-by-1-korana-nirenberg-and-mathei-2-de-vries-correns-and-von-tschermak-3-avery-mccleod-and-mccarty-4-watson-crick-and-wilkins-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MDQ-genes-tightly-linked-on-the-same-chromosome-show-1-very-high-recombination-2-independent-assortment-3-very-low-recombination-4-50-recombination-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MDU-in-humans-the-mechanism-of-sex-determination-is-1-xx-ndash-xy-male-heterogamety-2-xx-ndash-xy-female-heterogamety-3-xx-ndash-xo-male-heterogamety-4-xx-ndash-xo-female-heterogamety-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MDY-a-couple-has-a-daughter-what-is-the-probability-that-their-next-child-will-be-a-daughter-1-0-2-25-3-50-4-100-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MTA-thalesemia-is-inherited-as-a-an-condition-1-autosomal-recessive-2-autosomal-dominant-3-sex-linked-recessive-4-sexlinked-dominant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MTI-the-point-mutation-in-sickle-cell-anaemia-leads-to-a-change-in-codon-identify-the-correct-change-1-uga-to-uaa-2-gug-to-gag-3-gag-to-gug-4-uaa-to-uga-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MTM-in-sickle-cell-anaemia-the-mutant-haemoglobin-molecule-undergoes-1-polymerisation-under-low-oxygen-tension-causing-that-changes-the-shape-of-the-rbc-to-sickle-like-structure-2-depolymerisation-under-l https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MTQ-in-phenylketonuria-i-phenylpyruvic-acid-and-other-derivatives-are-accumulated-in-brain-resulting-in-mental-retardation-ii-these-are-also-excreted-through-urine-because-of-its-poor-absorption-by-kidney https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MTU-when-there-is-a-change-in-chromosome-number-such-that-the-changes-number-is-not-an-exact-multiple-of-base-number-haploid-number-the-condition-is-called-as-1-euploidy-2-aneuploidy-3-aberration-4-non-di https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MTc-the-number-of-autosomes-in-a-human-egg-would-be-1-22-2-23-3-1-4-2-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MTk-an-individual-affected-by-klinefelter-rsquo-syndrome-1-has-47-autosomes-2-has-overall-feminine-development-3-has-gynecomastia-4-has-an-additional-copy-of-y-chromosome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NTAxNjY-which-of-the-following-is-developed-by-parthenogenesis-1-drones-2-queen-honey-bee-3-worker-honey-bee-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjIzMDg-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-genetic-disorder-chromosome-i-sickle-cell-anemia-1-11-ii-phenylketonuria-2-12 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjIzMDk-match-each-item-in-column-i-with-one-item-in-column-ii-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-two-gene-interacton-f2-pheno-ratio-i-recessive-epistasis-1-12-3-1-ii-dominant https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNTM-in-mendel-rsquo-s-experiments-the-contrasting-traits-did-not-show-any-blending-in-1-f1-stage-2-f2-stage-3-both-f1-and-f2-stages-4-the-statement-is-false-as-blending-was-seen-at-all-stages-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNTQ-what-could-be-the-genotype-of-a-garden-pea-plant-that-expresses-tall-trait-of-height-1-td-2-tt-3-td-4-tt-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNTU-a-genetic-cross-between-homozygous-individuals-but-with-different-alleles-for-a-single-gene-of-interest-is-called-as-1-a-reciprocal-cross-2-monohybrid-cross-3-dihybrid-cross-4-test-cross-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNTY-a-graphical-representation-to-calculate-the-probability-of-all-possible-genotypes-of-offspring-in-a-genetic-cross-is-called-as-1-forked-line-diagram-2-punnett-square-3-pedigree-chart-4-idiogram-1-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNTc-the-f2-genotypic-ratio-of-a-monohybrid-cross-is-1-1-1-2-3-1-3-1-2-1-3-9-7-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNTg-in-a-test-cross-the-plant-expressing-the-dominant-phenotype-is-crossed-with-the-plant-1-which-is-heterozygous-dominant-2-which-is-heterozygous-recessive-3-which-is-homozygous-recessive-4-which-is-homo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNTk-which-of-the-following-is-not-true-for-the-law-of-dominance-given-by-mendel-1-characters-are-controlled-by-discrete-units-called-factors-2-factors-occur-in-pairs-3-in-a-dissimilar-pair-of-factors-one https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNjA-what-is-the-f2-genotypic-ratio-in-cases-of-incomplete-dominance-1-1-1-2-3-1-3-1-2-1-4-1-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNjE-blood-group-antigens-are-1-carbohydrates-present-in-plasma-2-carbohydrates-present-on-the-surface-of-rbcs-3-plasma-proteins-4-proteins-present-on-the-surface-of-rbcs-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNjI-what-can-be-the-blood-groups-of-progeny-whose-father-and-mother-are-of-ab-and-o-blood-group-respectively-1-a-and-b-only-2-ab-only-3-all-except-o-4-a-b-ab-and-o-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNjM-ldquo-chromosomes-which-are-seen-in-all-dividing-cells-and-pass-from-one-generation-to-the-next-are-the-basis-for-all-genetic-inheritance-rdquo-this-statement-is-credited-to-1-watson-and-crick-2-hersh https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNjQ-t-h-morgan-worked-on-the-fruit-fly-drosophila-melanogaster-which-of-the-following-is-not-an-advantage-of-this-fly-1-they-could-be-grown-on-simple-synthetic-medium-in-the-laboratory-2-they-complete-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNjU-when-the-two-genes-in-a-dihybrid-cross-are-situated-on-the-same-chromosome-1-the-proportion-of-parental-gene-combinations-was-much-higher-than-the-non-parental-type-2-the-proportion-of-parental-gene-c https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNjY-during-his-observation-of-spermatogenesis-in-few-insects-henking-found-that-a-nuclear-structure-was-received-by-50-of-the-sperms-he-called-this-structure-as-1-x-ndash-body-2-y-ndash-body-3-x-ndash-chr https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNjc-in-birds-the-mechanism-of-sex-determination-is-1-xx-ndash-xy-male-heterogamety-2-xx-ndash-xy-female-heterogamety-3-xx-ndash-xo-male-heterogamety-4-zz-ndash-zw-male-heterogamety-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNjg-it-is-unfortunate-that-in-our-society-women-are-blamed-for-producing-female-children-and-have-been-ostracised-and-ill-treated-because-1-the-sex-is-determined-by-the-type-of-sperm-fertilizing-the-egg-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNjk-the-family-pedigree-of-queen-victoria-shows-a-number-of-haemophilic-descendants-as-she-was-1-affected-by-the-disease-2-carrier-for-the-disease-3-did-not-carry-the-allele-for-hemopihilia-4-was-not-a-qu https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNzA-which-of-the-following-amino-acid-substitution-in-the-beta-chain-of-the-haemoglobin-molecule-leads-to-the-development-of-sickle-cell-anaemia-1-arginine-by-tyrosine-2-tyrosine-by-phenylalanine-3-valine https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjgxNzE-an-individual-affected-with-turner-rsquo-s-syndrome-i-is-a-female-ii-has-45-chromosomes-iii-has-rudimentary-ovaries-of-the-above-statements-the-correct-statements-are-1-only-i-and-ii-2-only-i-and-iii https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzM2OTE-an-organism-with-two-different-alleles-is-1-homozygous-for-that-trait-2-homologous-for-the-allele-3-heterozygous-for-the-trait-4-heterologous-for-the-allele-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQzMzg-which-one-of-the-following-trait-is-only-expressed-in-the-presence-of-identical-allele-1-yellow-seed-2-inflated-pod-3-green-pod-4-green-seed-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQzNTE-if-a-colourblind-woman-marries-a-man-who-has-normal-colour-vision-which-of-the-following-is-possible-with-respect-to-their-children-1-all-sons-and-daughters-are-colourblind-2-all-sons-and-daughters-ar https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQzNTI-continuous-source-of-variations-in-sexually-reproducing-organisms-is-1-disjunction-of-chromosomes-2-crossing-over-between-sister-chromatids-3-crossing-over-between-non-sister-chromatids-4-mutation-1-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQzNTc-the-number-of-linkage-groups-in-pea-is-1-14-2-7-3-9-4-24-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQzNTg-how-many-type-s-of-gametes-is-are-produced-by-a-double-recessive-parent-1-one-2-two-3-four-4-six-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQ1Mjg-find-incorrect-match-1-polygenic-inheritance-ndash-spread-across-of-gradient-2-pleiotropy-ndash-single-gene-multiple-phenotype-3-x-body-of-henking-ndash-one-each-in-sperm-4-pedigree-analysis-ndash-men https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQ1Mjk-how-many-of-the-following-statements-are-correct-1-phenyl-ketonuria-leads-to-mental-retardness-2-thalassemia-is-quantitative-where-as-sickle-cell-anaemia-is-qualitative-3-possibility-of-female-becomin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQ1OTE-which-of-the-following-traits-in-the-garden-pea-plant-would-express-itself-only-in-homozygous-condition-1-violet-flower-color-2-terminal-flower-position-3-green-pod-color-4-yellow-seed-color-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQ1OTI-f1-progeny-resemble-both-the-parents-in-the-case-of-1-complete-dominance-2-incomplete-dominance-3-codominance-4-multiple-allelism-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQ1OTM-all-the-following-are-examples-of-mendelian-disorders-except-1-hemophilia-2-sickle-cell-anemia-3-phenylketonuria-4-down-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQ3MzQ-the-pure-line-round-seeded-pea-plant-was-crossed-with-wrinkled-seeded-pea-plant-the-f1-generation-is-and-it-can-be-explained-by-respectively-1-wrinkled-law-of-segregation-2-round-law-of-dominance-3-ro https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQ3NTY-a-man-suffering-from-haemophilia-marries-a-normal-woman-without-any-history-of-haemophilia-in-her-family-what-percentage-of-their-sons-are-affected-1-100-2-75-3-50-4-0-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NzQ3NTc-study-the-given-pedigree-chart-and-choose-the-correct-statement-1-the-trait-under-study-is-dominant-2-both-parents-are-homozygous-3-the-trait-can-be-x-linked-recessive-disease-haemophilia-4-the-trait https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODkyNzc-the-genotypes-of-a-husband-and-wife-are-iaib-and-iai-respectively-among-the-blood-types-of-their-children-how-many-different-genotypes-and-phenotypes-are-possible-1-3-genotypes-4-phenotypes-2-4-genoty https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODkyODc-select-the-correct-statement-1-franklin-stahl-coined-the-term-linkage-2-punnett-square-was-developed-by-a-british-scientist-3-spliceosomes-take-part-in-translation-4-transduction-was-discovered-by-s-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODkyODk-which-of-the-following-pairs-is-wrongly-matched-1-starch-synthesis-in-pea-multiple-alleles-2-abo-blood-grouping-co-dominance-3-xo-type-sex-determination-grasshopper-4-t-h-morgan-linkage-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODkzMTQ-a-disease-caused-by-an-autosomal-primary-non-disjunction-is-1-klinefelter-s-syndrome-2-turner-s-syndrome-3-sickle-cell-anemia-4-down-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODk0Mjg-which-of-the-following-characteristics-represent-the-inheritance-of-blood-groups-in-humans-a-dominance-b-co-dominance-c-multiple-allelism-d-incomplete-dominance-e-polygenic-inheritance-1-b-c-and-e-2-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODk0OTQ-a-woman-has-an-x-linked-condition-on-one-of-her-x-chromosomes-this-chromosome-can-be-inherited-by-1-only-daughters2-only-sons-3-only-grandchildren4-both-sons-and-daughters-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA1MjI-match-the-terms-in-column-i-with-their-description-in-column-ii-and-choose-the-correct-option-column-i-column-ii-a-dominance-1-many-govern-a-single-character-b-codominance-2-in-a-heterozygous-organism https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA1Mjc-a-cell-at-the-telophase-stage-is-observed-by-a-student-in-a-plant-brought-from-the-field-he-tells-his-teacher-that-this-cell-is-not-like-other-cells-at-the-telophase-stage-there-is-no-formation-of-a-c https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA1NjA-which-of-the-following-statements-is-not-true-for-cancer-cells-in-relation-to-mutations-1-mutations-destroy-telomerase-inhibitor-2-mutations-inactivate-the-cell-control-3-mutations-inhibit-the-product https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTExOTk-the-movement-of-a-gene-from-one-linkage-group-to-another-is-called-1-inversion-2-duplication-3-translocation-4-crossing-over-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTEzMjE-an-abnormal-human-baby-with-xxx-sex-chromosomes-was-born-due-to-1-formation-of-abnormal-ova-in-the-mother-2-fusion-of-two-ova-and-one-sperm-3-fusion-of-two-sperms-and-one-ovum-4-formation-of-abnormal https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTEzMjg-a-man-with-blood-group-a-marries-a-woman-with-blood-group-b-what-are-all-the-possible-blood-groups-of-their-offspring-1-a-and-b-2-a-b-and-ab-3-a-b-ab-and-o-4-only-o-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTI4NzA-which-one-of-the-following-symbols-and-its-representation-used-in-the-human-pedigree-analysis-is-correct-1-mating-between-relatives-2-unaffected-male-3-unaffected-female-4-male-affected-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTMwMDE-if-a-chiasma-forms-between-the-loci-of-genes-a-and-b-in-20-of-the-tetrads-of-an-individual-of-genotype-ab-ab-the-percentage-of-gametes-expected-to-be-ab-is-1-40-2-20-3-10-4-5-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQ2MjE-the-dominant-epistasis-ratio-is-1-9-3-3-1-2-12-3-1-3-9-3-4-4-9-6-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQ2Mjg-select-the-correct-statement-from-the-options-given-below-with-respect-to-the-dihybrid-cross-1-tightly-linked-genes-on-the-same-chromosome-show-higher-recombination-2-genes-for-apart-on-the-same-chrom https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQ2MzI-two-genes-r-and-y-are-located-very-close-on-the-chromosome-linkage-map-on-maize-plant-when-rryy-and-rryy-genotypes-are-hybridized-then-f2-segregation-will-show-1-higher-number-of-the-recombinant-types https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQ5NDQ-a-woman-with-two-genes-one-on-each-x-chromosome-for-haemophilia-and-one-gene-for-colour-blindness-on-the-x-chromosome-marries-a-normal-man-how-will-the-progeny-be-1-all-sons-and-daughters-are-haemophi https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQ5OTI-a-hereditary-disease-which-is-never-passed-on-from-father-to-son-is-1-x-chromosomal-linked-disease-2-autosomal-linked-disease-3-y-chromosomal-linked-disease-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTUwMTE-a-polygenic-inheritance-in-human-beings-is-1-skin-colour-2-sickle-cell-anaemia-3-colour-blindness-4-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTUxODQ-the-year-1900-ad-is-highly-significant-for-geneticists-due-to-1-discovery-of-genes-2-principle-of-linkage-3-chromosome-theory-of-heredity-4-rediscovery-of-mendelism-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTUxODU-f1-generation-means-1-first-filial-generation-2-first-seed-generation-3-first-flowering-generation-4-first-fertile-generation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTUxODY-skin-colour-is-controlled-by-1-single-gene-2-3-pairs-of-genes-3-2-pairs-of-genes-4-2-pairs-of-genes-with-an-intragene-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTUxODc-which-of-the-following-cross-will-produce-terminal-flower-in-garden-pea-1-aa-x-aa-2-aa-xaa-3-aaxaa-4-aa-x-aa-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTU2NDc-in-antirrhinum-snapdragon-a-red-flower-was-crossed-with-a-white-flower-and-in-f1-generation-pink-flowers-were-obtained-when-pink-flowers-were-selfed-the-f2-generation-showed-white-red-and-pink-flowers https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTU2NjY-select-the-incorrect-statement-1-human-males-have-one-of-their-sex-chromosome-much-shorter-than-the-other-2-male-fruit-fly-is-heterogametic-3-in-male-grasshoppers-50-of-sperms-have-no-sex-chromosome-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTU2ODE-what-map-unit-centimorgan-is-adopted-in-the-construction-of-genetic-maps-1-a-unit-of-distance-between-genes-on-chromosomes-representing-50-cross-over-2-a-unit-of-distance-between-two-expressed-genes-r https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTU2ODQ-the-frequency-of-recombination-between-gene-pairs-on-the-same-chromosome-as-a-measure-of-the-distance-between-genes-was-explained-by-1-sutton-boveri-2-t-h-morgan-3-gregor-j-mendel-4-alfred-sturtevant https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTU2OTg-what-is-the-genetic-disorder-in-which-an-individual-has-an-overall-masculine-development-gynaecomastia-and-is-sterile-1-down-s-syndrome-2-turner-s-syndrome-3-klinefelter-s-syndrome-4-edward-syndrome-1 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTYwODU-assertion-dominance-is-not-always-an-autonomous-feature-of-gene-or-its-product-reason-occasionally-a-single-gene-product-may-produce-more-than-one-effects-if-both-the-assertion-and-the-reason-are-true https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzQx-a-heterozygous-plant-produces-1-only-one-kind-of-gamete-2-two-kinds-of-gametes-each-having-one-allele-with-equal-proportion-3-two-kinds-of-gametes-each-having-two-alleles-with-equal-proportion-4-two-k https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzQz-what-is-the-f2-phenotypic-ratio-in-cases-of-incomplete-dominance-1-1-1-2-3-1-3-1-2-1-4-1-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzQ4-occasionally-a-single-gene-product-may-produce-more-than-one-effect-such-a-gene-is-said-to-be-1-pleiotropic-2-polygenic-3-psuedoallele-4-housekeeping-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzUy-lsquo-when-two-pairs-of-traits-are-combined-in-a-hybrid-segregation-of-one-pair-of-characters-is-independent-of-the-other-pair-of-characters-rsquo-this-is-the-statement-of-1-law-of-dominance-2-law-of https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzYy-mendelian-disorders-are-mainly-determined-by-1-alteration-or-mutation-in-a-single-gene-2-chromosomal-gross-structural-changes-3-recombination-between-linked-genes-4-jumping-genes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzY0-the-point-mutation-leading-to-sickle-cell-anaemia-occurs-1-at-sixth-position-in-the-beta-chain-of-haemoglobin-2-at-sixth-position-in-the-alpha-chain-of-haemoglobin-3-at-sixth-position-in-the-beta-chai https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzY1-in-cases-of-phenylketonuria-1-the-affected-individual-lacks-an-enzyme-that-converts-the-amino-acid-tyrosine-into-phenylalanine-2-the-affected-individual-makes-an-enzyme-that-converts-the-amino-acid-ty https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzY2-monosomy-means-1-lack-of-one-pair-of-chromosomes-2-lack-of-one-of-any-one-pair-of-chromosome-3-presence-of-an-extra-chromosome-4-presence-of-an-extra-set-of-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NDkw-match-each-item-in-column-i-with-one-in-column-ii-and-select-your-answer-from-the-codes-given-column-i-column-ii-scientist-contribution-a-francis-crick-a-breaking-the-genetic-code-b-nirenberg-b-establ https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTMxNDAz-column-i-column-ii-a-xx-ndash-xo-method-of-sex-determination-i-turner-rsquo-s-syndrome-b-xx-ndash-xy-method-of-sex-determination-ii-female-heterogametic-c-karyotype-ndash-45-iii-grasshopper-d-zw-ndash https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTMxNDgy-in-a-marriage-between-a-male-with-blood-group-a-and-a-female-with-blood-group-b-the-progeny-had-either-blood-group-ab-or-b-what-could-be-the-possible-genotype-of-the-parents-1-ia-i-male-ib-ib-female-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTMxNjc0-in-which-genetic-condition-each-cell-in-the-affected-person-has-three-sex-chromosomes-xxy-1-thalassemia-2-klinefelter-s-syndrome-3-phenylketonuria-4-turner-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTMxNjc4-the-production-of-gametes-by-the-parents-the-formation-of-zygotes-the-f1-and-f2-plants-can-be-understood-using-1-pie-diagram-2-a-pyramid-diagram-3-punnett-square-4-wenn-diagram-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc5Mzg1-the-number-of-recessive-traits-in-a-garden-pea-in-the-list-given-in-the-box-below-is-dwarf-stem-height-wrinkled-seed-shape-yellow-seed-color-yellow-pod-color-inflated-pod-shape-terminal-flower-positio https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc5Mzg3-a-cross-that-involves-the-breeding-of-a-phenotypically-dominant-individual-with-a-phenotypically-recessive-individual-in-order-to-determine-the-zygosity-of-the-former-by-analyzing-proportions-of-offsp https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc5Mzky-which-of-the-following-observations-regarding-a-monohybrid-cross-cannot-be-explained-with-the-law-of-dominance-1-expression-of-only-one-of-the-parental-characters-in-f1-2-expression-of-both-parental-c https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc5Mzk4-mating-between-a-male-with-blood-group-a-and-a-female-with-blood-group-b-results-in-the-progeny-with-blood-group-ab-can-be-explained-by-1-complete-dominance-2-incomplete-dominance-3-co-dominance-4-epi https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc5NDAw-the-number-of-types-of-gametes-produced-by-a-plant-with-the-genotype-aabbccdd-will-be-1-2-2-4-3-8-4-16-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxNDk1-how-many-autosomes-are-expected-in-a-kidney-cell-of-humans-1-46-2-23-3-47-4-44-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxNTA5-a-diploid-cell-containing-10-chromosomes-undergoesmeiosis-how-many-chromosomes-are-present-in-the-cell-after-meiosis-i-1-2-2-5-3-10-4-20-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxNTEx-a-diploid-cell-containing-10-chromosomes-undergoes-meiosis-how-many-chromosomes-are-present-in-the-cell-after-meiosis-ii-1-2-2-5-3-10-4-15-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxODYw-the-sex-in-humans-is-determined-at-1-fertilization-2-first-trimester-of-pregnancy-3-implantation-4-organogenesis-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTg1MzM2-experimental-verification-of-the-chromosomal-theory-of-inheritance-was-done-by-1-sutton-2-boveri-3-morgan-4-mendel-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTg1Mzcy-select-the-correct-match-1-phenylketonuria-autosomal-dominant-trait-2-sickle-cell-anemia-autosomal-recessive-trait-chromosome-11-3-thalassemia-x-linked-4-haemophilia-y-linked-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTg1Mzg4-identify-the-wrong-statement-with-reference-to-the-gene-i-that-controls-abo-blood-groups-1-a-person-will-have-only-two-of-the-3-alleles-2-when-ia-and-ib-are-present-together-they-express-same-type-of https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTg1NDAz-how-many-true-breeding-pea-plant-varieties-did-mendel-select-as-pairs-which-were-similar-except-in-one-character-with-contrasting-traits-1-2-2-14-3-6-4-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjQ1MDI2-chromosomal-theory-of-inheritance-was-proposed-by-1-sutton-and-boveri-2-bateson-and-punnet-3-t-h-morgan-4-watson-and-crick-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjQ1MDI3-the-number-of-contrasting-characters-studied-by-mendel-for-his-experiments-was-1-14-2-4-3-2-4-7-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjQ1MDI4-the-best-example-of-pleiotropy-is-1-skin-color-2-phenylketonuria-3-colour-blindness-4-abo-blood-group-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjUwOTgx-represented-below-is-the-inheritance-pattern-of-a-certain-type-of-traits-in-humans-which-one-of-the-following-conditions-could-be-an-example-of-this-pattern-1-sickle-cell-anemia-2-haemophilia-3-thalas https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjUxMjQy-study-the-pedigree-chart-of-a-certain-family-given-below-and-select-the-correct-conclusion-which-can-be-drawn-for-the-character-1-the-parents-could-not-have-had-a-normal-daughter-for-this-character-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mjc3Mjcy-in-a-cross-between-a-male-and-female-both-heterozygous-for-sickle-cell-anaemia-gene-what-percentage-of-the-progeny-will-be-diseased-1-25-2-100-3-50-4-75-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3OTg0-what-would-not-be-true-regarding-down-rsquo-s-syndrome-1-it-is-also-known-as-trisomy-21-2-the-parents-of-the-affected-individual-are-usually-affected-from-the-disorder-3-there-is-no-cure-for-down-synd https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3OTg1-the-mode-of-inheritance-shown-by-filled-symbols-in-the-given-pedigree-is-most-likely-1-autosomal-recessive2-autosomal-dominant-3-sex-linked-recessive4-sex-linked-dominant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3OTg2-a-form-of-aneuploidy-with-the-presence-of-only-one-chromosome-from-a-pair-is-known-as-1-haploidy-2-nullisomy-3-monosomy-4-trisomy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI4MTAz-a-point-mutation-in-a-sequence-of-dna-that-results-in-a-premature-stop-codon-in-the-transcribed-mrna-is-known-as-1-nonsense-2-silent-3-missense-4-frame-shift-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM0NDUz-during-mendel-rsquo-s-investigations-into-inheritance-patterns-it-was-for-the-first-time-that-1-experiments-were-conducted-on-garden-pea-2-artificial-pollination-experiments-were-carried-out-3-statist https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM0NDU0-what-percent-of-f2-progeny-of-a-typical-mendelian-monohybrid-cross-are-expected-to-be-true-breeding-1-25-2-50-3-75-4-100-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM0NDU1-which-law-is-based-on-the-fact-that-the-alleles-do-not-show-any-blending-and-that-both-the-characters-are-recovered-as-such-in-the-f2-generation-though-one-of-these-is-not-seen-at-the-f1-stage-1-law-o https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM0NDU2-in-a-cross-aabb-x-aabb-assuming-independent-assortment-what-fraction-of-progeny-are-expected-to-be-aabb-1-frac14-2-1-3-3-frac12-4-2-3-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM0NDU3-when-the-two-genes-in-a-dihybrid-cross-are-situated-on-the-same-chromosome-1-the-proportion-of-parental-gene-combinations-are-much-lower-than-the-non-parental-type-2-the-proportion-of-parental-gene-co https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM0NDU4-select-the-genotype-amongst-the-given-genotypes-which-will-result-in-lightest-skin-colour-in-humans-1-aabbcc-2-aabbcc-3-aabbcc-4-aabbcc-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM0NDU5-which-of-the-following-describes-a-male-in-birds-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM0NjQ4-which-of-the-following-is-not-aneuploidy-1-down-rsquo-s-syndrome-2-klinefelter-rsquo-s-syndrome-3-turner-rsquo-s-syndrome-4-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM1NjMx-which-of-the-following-is-a-dominant-trait-in-pisum-sativum-1-yellow-pod-colour-2-green-seed-colour-3-axial-flower-position-4-constricted-pod-shape-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM1NjMy-a-pure-tall-plant-is-crossed-with-a-hybrid-tall-plant-tall-completely-dominant-over-dwarf-what-proportion-of-progeny-is-expected-to-be-dwarf-1-0-2-frac12-3-frac14-4-frac34-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM1NjMz-the-strength-of-linkage-between-two-genes-will-be-1-higher-if-the-genes-are-farther-from-each-other-2-higher-if-the-genes-are-closer-to-each-other-3-higher-if-gametic-coupling-is-present-4-higher-if-g https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM1NjM0-study-the-given-diagram-and-select-the-best-option-1-the-mating-between-i-1-and-i-ii-is-consanguineous-2-the-first-born-child-of-i-1-and-i-ii-is-a-male-3-the-first-born-child-of-i-1-and-i-ii-is-a-fema https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM1NjM1-it-is-possible-to-induce-mutations-artificially-through-the-use-of-radiations-which-of-the-following-is-especially-suitable-for-inducing-mutations-in-plants-1-x-rays-2-uv-rays-3-gamma-rays-4-peg-1-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM1NzYx-a-person-suffering-from-klinefelter-rsquo-s-syndrome-1-has-45-autosomes-2-is-likely-to-have-short-stature-and-webbed-neck-3-can-develop-gynecomastia-4-has-normal-fertility-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM3NjI4-identify-the-option-where-the-names-of-scientists-given-in-column-i-are-not-correctly-matched-with-their-contribution-to-the-science-of-genetics-column-i-column-ii-1-de-vries-correns-tschermak-disprov https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM3NjI5-while-carrying-out-a-dihybrid-cross-a-mating-of-two-organisms-heterozygous-for-two-traits-a-phenotype-ratio-of-9-3-3-1-in-the-offspring-is-expected-when-1-the-genes-are-linked-located-on-the-same-chro https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM3NjMw-a-female-is-a-carrier-for-the-trait-red-color-blindness-remember-this-trait-is-x-linked-and-colour-blindness-is-sex-linked-recessive-condition-marries-a-normal-male-what-proportion-of-their-female-pro https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM4MjA5-sickle-cell-anaemia-is-inherited-as-an-autosomal-recessive-condition-what-proportion-of-progeny-will-be-normal-as-a-result-of-mating-between-two-individuals-who-are-carriers-for-the-trait-but-are-them https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM4Mjc2-the-karyotype-of-a-person-suffering-from-down-rsquo-s-syndrome-will-show-1-44-autosomes-xxy-2-44-autosomes-xo-3-45-autosomes-trisomy-21-xy-4-43-autosomes-monosomy-21-xy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM4Mjgx-identify-the-incorrect-statement-regarding-thalassemia-1-there-is-reduced-synthesis-of-one-of-the-globin-chains-2-it-is-an-autosome-linked-dominant-blood-disease-3-alpha-thalassemia-is-controlled-by-t https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM4Mjkz-antirrhinum-majus-with-pink-flowers-was-cross-pollinated-by-antirrhinum-majus-with-white-flowers-what-proportion-of-progeny-plants-are-expected-to-have-white-flowers-1-0-2-frac14-3-frac12-4-frac34-1-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM4OTEx-when-two-genes-in-a-dihybrid-cross-are-situated-on-the-same-chromosome-close-to-each-other-the-proportion-of-parental-gene-combinations-is-1-much-higher-than-the-non-parental-type-2-much-lower-than-th https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM4OTEy-which-of-the-following-is-not-true-regarding-phenylketonuria-1-it-is-inherited-as-an-autosomal-recessive-condition-2-the-affected-individual-lacks-the-enzyme-phenylalanine-hydroxylase-3-the-affected-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM4OTEz-identify-the-incorrectly-matched-pair-1-pleiotropy-sickle-cells-anaemia-2-polygenic-inheritance-human-skin-colour-3-multiple-allelism-abo-blood-group-4-gene-point-mutation-down-rsquo-s-syndrome-1-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5NDQw-xo-type-of-sex-determination-can-be-found-in-1-monkeys-2-drosophila-3-birds-4-grasshoppers-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5NDU3-given-below-are-two-statements-statement-i-mendel-studied-seven-pairs-of-contrasting-traits-in-pea-plants-and-proposed-the-laws-of-inheritance-statement-ii-seven-characters-examined-by-mendel-in-his-e https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5NDY2-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-mendel-s-law-of-independent-assortment-does-not-hold-good-for-the-genes-that-are-located https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5NTE5-the-recombination-frequency-between-the-genes-a-c-is-5-b-c-is-15-b-d-is-9-a-b-is-20-c-d-is-24-and-a-d-is-29-what-will-be-the-sequence-of-these-genes-on-a-linear-chromosome-1-a-c-b-d-2-a-d-b-c-3-d-b-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5NTIy-if-a-colour-blind-female-marries-a-man-whose-mother-was-also-colour-blind-what-are-the-chances-of-her-progeny-having-colour-blindness-1-100-2-25-3-50-4-75-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5ODM3-select-the-correct-statements-with-respect-to-pleiotropism-a-a-gene-is-said-to-be-pleiotropic-if-it-affects-more-than-one-trait-b-phenylketonuria-is-an-example-of-pleiotropy-c-a-condition-where-one-ge https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5ODM5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-father-will-never-pass-the-gene-for-haemophilia-to-his-sons-reason-r-haemophilia-is-se https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5ODUw-match-list-i-with-list-ii-list-i-list-ii-a-haemophilia-i-inborn-error-of-metabolism-which-lacks-an-enzyme-that-converts-phenylalanine-into-tyrosine-b-down-s-syndrome-ii-sex-linked-recessive-disorder-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5ODc5-assuming-that-fur-colour-of-an-animal-ranges-from-dark-intermediates-shades-to-white-a-cross-is-made-between-a-male-aabbcc-with-dark-fur-colour-and-a-female-aabbcc-with-white-fur-colour-what-would-be https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5ODg0-in-drosophila-the-genes-for-color-of-body-and-color-of-eyes-are-situated-on-1-both-the-sex-chromosomes-2-autosomes-3-y-chromosome-4-x-chromosome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5ODky-a-low-frequency-recombination-indicates-that-the-genes-are-1-located-far-apart-from-each-other-2-located-close-to-each-other-3-not-linked-4-present-on-different-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQyMzcy-thomas-hunt-morgan-s-choice-of-drosophila-melanogaster-has-been-proving-to-be-useful-even-today-which-of-the-following-has-have-continued-to-make-it-a-most-useful-species-i-its-four-pairs-of-chromosom https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQyMzcz-which-of-the-following-statements-is-true-for-linkage-1-the-closer-two-genes-are-on-a-chromosome-the-lower-the-probability-that-a-crossover-will-occur-between-them-2-the-observed-frequency-of-recombin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQyMzc3-mendel-accounted-for-the-observation-that-traits-which-had-disappeared-in-the-f1-generation-reappeared-in-the-f2-generation-by-proposing-that-1-new-mutations-were-frequently-generated-in-the-f2-progen https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQyNzk1-in-the-following-questions-a-statement-of-assertion-a-is-followed-by-a-statement-of-reason-r-assertion-a-organisms-lacking-one-complete-chromosome-are-called-monosomics-reason-r-down-rsquo-s-syndrome https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQzMDM5-cystic-fibrosis-affects-the-lungs-the-pancreas-the-digestive-system-and-other-organs-resulting-in-symptoms-ranging-from-breathing-difficulties-to-recurrent-infections-which-of-the-following-terms-best https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQzMDQ0-how-would-one-explain-a-test-cross-involving-f1-dihybrid-flies-in-which-more-parental-type-offspring-than-recombinant-type-offspring-are-produced-1-the-two-genes-are-closely-linked-on-the-same-chromos https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQzODUy-in-a-linear-chromosome-map-distances-between-four-loci-are-a-and-b-20-mu-a-and-d-6mu-b-and-c-8-mu-a-and-c-12-mu-what-will-be-the-crossover-frequency-between-c-and-d-1-12-2-20-3-3-4-6-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQzOTQx-which-of-the-following-display-female-heterogametry-1-drosophila-melanogaster-2-apis-mellifera-3-gallus-gallus-domesticus-4-periplaneta-americana-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQzOTQ5-in-a-particular-chromosome-the-recombination-frequency-between-genes-a-c-is-5-b-c-is-15-b-d-is-9-a-b-is-20-c-d-is-24-and-a-d-is-29-the-sequence-of-genes-in-a-chromosome-is-1-a-d-b-c-2-d-b-a-c-3-a-b-c https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ0NDEw-match-list-i-with-list-ii-list-i-list-ii-a-mendelian-disorder-i-chromosomal-theory-of-inheritance-b-alfred-sturtevant-ii-klinefelter-s-syndrome-c-chromosomal-disorder-iii-cystic-fibrosis-d-sutton-and https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ0Njk2-if-two-plants-having-heterozygous-genotype-for-a-trait-are-crossed-what-percentage-of-the-progeny-will-have-heterozygous-genotype-1-25-2-50-3-75-4-100-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ0NzI1-phenylketonuria-is-a-1-sex-linked-dominant-disease-2-autosomal-dominant-disease-3-sex-linked-recessive-disease-4-autosomal-recessive-disease-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ0Nzk1-which-of-the-following-are-true-of-sex-linked-inhertiance-in-humans-a-males-are-considered-to-be-hemizygous-for-genes-present-on-x-chromosome-b-majority-of-sex-linked-traits-are-carried-on-the-x-chrom https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ0ODEx-which-of-the-following-are-true-about-the-abo-blood-groupings-in-humans-a-it-is-regulated-by-multiple-alleles-b-it-shows-a-total-of-six-different-genotypes-but-only-four-different-phenotypes-c-ab-bloo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ0ODI0-extra-nuclear-inheritance-is-a-form-of-non-mendelian-inheritance-in-which-a-trait-is-transmitted-from-the-parent-to-offspring-through-non-chromosomal-cytoplasmic-means-through-which-of-the-following-w https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ0OTIw-given-below-are-two-statements-statement-i-a-color-blind-girl-is-rare-because-she-will-inherit-the-trait-only-when-her-father-and-maternal-grandfather-were-color-blind-statement-ii-a-color-blind-mothe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ1MDY3-during-the-biosynthesis-of-haemoglobin-in-sickle-cell-anaemic-patients-cac-codon-is-transcribed-to-1-gug-2-gag-3-cac-4-cuc-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ1MTk2-given-below-are-two-statements-statement-i-down-s-syndrome-is-a-genetic-disorder-due-to-the-presence-of-an-additional-copy-statement-ii-the-affected-individual-is-short-statured-with-small-round-head https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ1MzEx-haemophilia-is-more-commonly-seen-in-human-males-than-in-human-females-because-1-it-is-a-x-linked-recessive-disease-2-a-greater-proportion-of-girls-die-in-infancy-3-it-is-a-y-linked-recessive-disease https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ2NDE0-given-below-are-two-statements-statement-i-sickle-cell-anaemia-and-haemophilia-are-autosomal-dominant-traits-statement-ii-sickle-cell-anaemia-and-haemophilia-are-disorders-of-the-blood-in-light-of-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ2NDUw-the-chromosomal-theory-of-inheritance-was-proposed-by-1-thomas-morgan-2-sutton-and-boveri-3-gregor-mendel-4-robert-brown-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ2NDc5-if-a-female-individual-is-with-small-round-head-furrowed-tongue-partially-open-mouth-and-broad-palm-with-characteristic-palm-crease-also-the-physical-psychomotor-and-mental-development-is-retarded-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ2NDgz-what-is-the-expected-percentage-of-f2-progeny-with-yellow-and-inflated-pod-in-dihybrid-cross-experiment-involving-pea-plants-with-green-coloured-inflated-pod-and-yellow-coloured-constricted-pod-1-100 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ2NTIx-select-the-incorrect-match-regarding-the-symbols-used-in-pedigree-analysis-1-sex-unspecified-2-affected-individual-3-consanguineous-mating-4-parent-with-male-child-affected-with-disease-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ2NTM1-a-normal-girl-whose-mother-is-haemophilic-marries-a-male-with-no-ancestral-history-of-haemophilia-what-will-be-the-possible-phenotypes-of-the-offsprings-a-haemophilic-son-and-haemophilic-daughter-b-ha https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ4NDA3-the-diagram-shows-two-possible-arrangements-of-homologues-at-metaphase-equatorial-plate-during-meiosis-and-the-resultant-gametic-combinations-this-is-the-physical-basis-of-1-segregation-2-independent https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ4NDEx-the-given-diagram-shows-1-exchange-of-segments-between-non-sister-chromatids-of-homologous-chromosomes-during-prophase-i-of-first-meiosis-2-exchange-of-segments-between-non-sister-chromatids-of-hetero https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzU4Mzgy-genetic-variation-in-a-population-arises-due-to-1-recombination-only-2-mutations-as-well-as-recombination-3-reproductive-isolation-and-selection-4-mutations-only-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzU4NDQ2-down-s-syndrome-in-humans-is-due-to-1-three-x-chromosomes-2-three-copies-of-chromosome-21-3-monosomy-4-two-y-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxNDgy-the-law-of-segregation-can-be-explained-by-i-the-fact-that-the-alleles-do-not-show-any-blending-and-that-both-the-characters-are-recovered-as-such-in-the-f2-generation-though-one-of-these-is-not-seen https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxODU0-x-linked-recessive-traits-like-red-green-colour-blindness-in-humans-are-observed-1-more-commonly-in-males-than-in-females-2-more-commonly-in-females-than-in-males-3-in-males-and-in-females-equally-4-o https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYzNjkz-assertion-a-the-plants-with-two-different-alleles-for-one-character-are-called-heterozygous-reason-r-these-alleles-express-contrasting-traits-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-o https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYzNjk0-assertion-a-multiple-alleles-can-be-found-in-an-individual-reason-r-abo-blood-grouping-involves-three-alleles-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYzNjk1-assertion-a-genes-are-considered-units-of-inheritance-reason-r-these-pass-down-from-parents-to-offspring-without-any-change-via-gametes-as-per-mendel-1-both-a-and-r-are-true-and-r-is-the-correct-expla https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYzNjk2-assertion-a-by-looking-at-a-tall-pea-plant-one-can-tell-about-its-genotype-reason-r-tall-pea-plants-can-either-be-homozygous-dominant-or-heterozygous-dominant-1-both-a-and-r-are-true-and-r-is-the-corr https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYzNjk3-assertion-a-human-abo-blood-grouping-has-six-different-genotypes-reason-r-abo-blood-grouping-involves-four-different-alleles-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYzNjk4-assertion-a-the-starch-synthesis-gene-in-its-homozygous-dominant-state-produces-large-starch-grains-reason-r-the-dominant-allele-b-makes-a-product-for-better-efficiency-in-starch-synthesis-1-both-a-an https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYzNjk5-assertion-a-dominance-is-an-autonomous-feature-of-a-gene-reason-r-dominance-depends-not-only-on-gene-product-but-also-on-the-type-of-phenotype-that-we-choose-to-examine-1-both-a-and-r-are-true-and-r-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYzNzAw-assertion-a-dihybrid-crosses-are-made-based-on-an-assumption-that-the-two-genes-are-following-the-law-of-independent-assortment-reason-r-four-types-of-phenotypic-combinations-are-possible-in-the-gamet https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYzNzAx-assertion-a-deletion-insertion-and-duplication-of-a-segment-of-dna-result-in-alteration-in-chromosomes-reason-r-alteration-in-chromosomes-results-in-abnormalities-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYzNzAy-assertion-a-linkage-maps-show-the-arrangement-of-genes-on-a-chromosome-reason-r-the-genes-which-are-closely-located-on-the-same-chromosomes-follow-the-law-of-independent-assortment-1-both-a-and-r-are https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0NzUy-the-nearer-two-genes-are-on-a-chromosome-1-the-higher-the-chance-of-recombination-between-them-2-the-lower-the-chance-of-recombination-between-them-3-the-lower-the-chance-of-both-being-dominant-allele https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0Nzcy-consider-the-given-statements-assertion-a-even-if-a-character-shows-multiple-allelism-an-individual-will-only-have-two-alleles-for-that-character-reason-r-the-somatic-cells-of-an-individual-have-only https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0ODIz-all-the-following-are-recessive-traits-in-pisum-sativum-except-1-green-pod-colour-2-green-seed-colour-3-terminal-flower-position-4-constricted-pod-shape-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0ODI1-sex-determination-is-based-on-the-number-of-sets-of-chromosomes-an-individual-receives-in-1-honeybees-2-grasshoppers-3-fruit-fly-4-birds-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0ODI2-alpha-thalassemia-is-controlled-by-1-two-closely-linked-genes-on-chromosome-16-2-two-closely-linked-genes-on-chromosome-11-3-a-single-gene-on-chromosome-11-4-a-single-gene-on-chromosome-16-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0ODYw-the-given-pedigree-shows-the-inheritance-pattern-of-a-rare-mutant-phenotype-filled-in-symbols-in-humans-what-is-the-most-likely-mode-of-inheritance-of-the-trait-1-autosomal-recessive-2-sex-linked-rece https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0ODk2-the-son-of-a-woman-who-carries-the-gene-for-colour-blindness-but-herself-is-not-affected-1-can-never-be-colour-blind-2-has-a-25-per-cent-chance-of-being-colour-blind-3-has-a-50-per-cent-chance-of-bein https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0OTI0-which-of-the-following-conditions-is-not-a-case-of-aneuploidy-1-down-rsquo-s-syndrome-2-turner-rsquo-s-syndrome-3-thalassemia-4-klinefelter-rsquo-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0OTI1-a-man-has-type-ab-blood-and-he-marries-a-woman-with-type-o-blood-two-children-are-born-to-the-couple-and-they-also-adopted-one-child-if-child-1-has-type-a-blood-child-2-has-type-b-blood-and-child-3-ha https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0OTQ2-the-number-of-chromosomes-in-the-male-and-female-is-are-not-equal-in-i-humans-ii-honeybees-iii-grasshoppers-iv-drosophila-1-only-ii-2-only-i-and-iv-3-only-ii-and-iii-4-i-ii-iii-and-iv-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY0OTQ4-for-a-female-becoming-haemophilic-i-mother-of-such-a-female-has-to-be-at-least-a-carrier-ii-father-of-such-a-female-has-to-be-at-least-a-carrier-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY1NzUy-in-pisum-sativum-the-allele-for-tallness-t-is-completely-dominant-over-the-allele-for-dwarfness-t-what-proportion-of-the-tall-progeny-of-the-cross-tt-x-tt-will-be-homozygous-tall-1-1-3-2-1-4-3-1-2-4-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY1NzUz-a-pea-plant-shows-the-dominant-phenotype-you-conduct-a-single-gene-test-cross-to-determine-the-genotype-of-this-pea-plant-t-tall-t-short-all-progeny-of-the-test-cross-show-the-dominant-phenotype-the-g https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY1Nzgx-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-number-of-possible-phenotypes-in-abo-blood-group-system-p-1-2-1-b-number-of-pos https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY1ODEx-if-two-genes-are-closely-linked-on-the-same-chromosome-1-they-will-assort-independently-2-the-proportion-of-recombinants-formed-will-be-higher-than-the-parental-types-3-the-proportion-of-recombinants https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY1ODI3-the-trait-shown-by-solid-symbols-in-the-given-pedigree-is-most-likely-inherited-as-1-autosomal-recessive-trait-2-sex-linked-recessive-trait-3-autosomal-dominant-trait-4-sex-linked-dominant-trait-1-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY1ODg4-antirrhinum-majus-with-pink-flowers-is-crossed-with-antirrhinum-majus-with-white-flowers-what-is-the-expected-phenotypic-ratio-in-the-progeny-1-1-red-2-pink-1-white-2-3-red-1-white-3-1-pink-1-white-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY1OTAz-four-genes-a-b-c-and-d-are-linked-to-the-same-chromosome-in-an-organism-the-distance-between-the-gene-pairs-is-as-given-below-a-between-a-and-b-28-map-units-b-between-b-and-c-15-map-units-c-between-c https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY1OTk2-the-two-alleles-of-a-gene-pair-are-located-on-1-homologous-sites-on-homologous-chromosomes-2-homologous-sites-on-heterologous-chromosomes-3-heterologous-sites-on-homologous-chromosomes-4-heterologous https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MDI5-assuming-independent-assortment-how-many-different-phenotypes-can-appear-in-the-offspring-if-individual-plants-with-genotype-aabb-are-intercrossed-1-2-2-3-3-4-4-9-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MDUy-in-pisum-sativum-mendel-studied-1-7-characters-and-7-contrasting-traits-2-7-characters-and-14-contrasting-traits-3-14-characters-and-7-contrasting-traits-4-14-characters-and-14-contrasting-traits-1-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MDUz-in-mendelian-inheritance-a-recessive-allele-for-a-character-is-the-one-that-1-is-least-frequent-in-the-population-2-was-the-original-allele-from-which-other-alleles-have-been-formed-by-mutation-3-expr https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MDU0-a-dihybrid-cross-yields-a-phenotypic-ratio-of-9-3-3-1-in-f2-progeny-most-likely-the-two-genes-1-are-assorting-independently-2-are-tightly-linked-on-an-autosome-3-are-linked-to-a-sex-chromosome-4-contr https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MTA4-if-a-woman-who-is-a-known-carrier-for-the-gene-of-colour-blindness-marries-a-normal-male-what-percent-of-her-male-progeny-are-expected-to-be-affected-by-the-condition-1-0-2-25-3-50-4-100-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MTE4-consider-the-two-given-statements-statement-i-failure-of-segregation-of-chromatids-during-cell-division-cycle-results-in-the-gain-or-loss-of-a-chromosome-s-statement-ii-failure-of-cytokinesis-after-te https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MTY5-identify-the-incorrect-statement-1-yellow-pod-colour-is-a-recessive-trait-in-pisum-sativum-2-mendel-applied-statistical-analysis-and-mathematical-logic-for-the-first-time-to-problems-in-biology-3-if-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MTcw-which-of-the-following-comparisons-between-different-degrees-of-dominance-between-alleles-of-same-gene-are-correct-complete-dominance-incomplete-dominance-co-dominance-i-f1-progeny-resemble-one-of-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MTcx-in-a-typical-dihybrid-cross-aabb-x-aabb-assuming-independent-assortment-what-would-be-the-ratio-of-the-progeny-with-the-genotypes-ndash-aabb-aabb-aabb-and-aabb-respectively-1-1-1-1-1-2-4-2-2-1-3-3-1-1 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MTcy-consider-the-given-two-statements-statement-i-if-two-genes-are-located-on-heterologous-chromosomes-they-will-assort-independently-and-a-dihybrid-cross-will-yield-a-f2-phenotypic-ratio-of-9-3-3-1-state https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MTcz-in-polygenic-inheritance-1-traits-have-distinct-alternate-forms-2-the-expression-of-the-genes-is-immune-to-the-effects-of-the-environment-3-the-phenotype-reflects-the-contribution-of-each-allele-4-a-s https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MTc0-identify-the-incorrect-statement-regarding-mechanism-of-sex-determination-in-varied-organisms-1-male-honeybees-do-not-have-a-father-and-cannot-have-sons-but-have-a-grandfather-and-can-have-grandsons-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MTc3-which-of-the-following-are-correct-differences-between-sickle-cell-anaemia-and-thalassemia-sickle-cell-anaemia-thalassemia-i-mode-of-inheritance-autosomal-recessive-sex-linked-recessive-ii-cause-subst https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY2MTc4-failure-of-segregation-of-chromatids-during-cell-division-cycle-results-in-anuploidy-given-below-are-some-important-aneuploidies-seen-in-humans-identify-the-ones-which-are-correctly-matched-to-their-d https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY3MDE1-the-phenomenon-of-pleiotropism-refers-to-1-more-than-two-genes-affecting-a-single-character-2-presence-of-several-alleles-of-a-single-gene-controlling-a-single-crossover-3-presence-of-two-alleles-each https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY3MDE4-frequency-of-recombination-between-gene-pairs-on-same-chromosome-as-a-measure-of-the-distance-between-genes-to-map-their-position-on-chromosome-was-used-for-the-first-time-by-1-henking-2-thomas-hunt-m https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY3MDUy-which-of-the-following-statements-are-correct-about-klinefelter-s-syndrome-a-this-disorder-was-first-described-by-langdon-down-1866-b-such-an-individual-has-overall-masculine-development-however-the-f https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY3MDU4-broad-palm-with-single-palm-crease-is-visible-in-a-person-suffering-from-1-thalassemia2-down-s-syndrome-3-turner-s-syndrome4-klinefelter-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY3MDYz-which-one-of-the-following-symbols-represents-mating-between-relatives-in-human-pedigree-analysis-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY4MTY4-match-list-i-with-list-ii-list-i-type-of-cross-list-ii-phenotypic-ratio-a-monohybrid-cross-i-1-1-b-dihybrid-cross-ii-1-2-1-c-incomplete-dominance-iii-3-1-d-test-cross-iv-9-3-3-1-choose-the-correct-ans https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY4MTg5-a-heterozygous-pea-plant-with-violet-flowers-was-crossed-with-a-homozygous-pea-plant-with-white-flowers-violet-is-dominant-over-white-which-one-of-the-following-represents-the-expected-combinations-am https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY4MTk1-in-which-disorder-change-of-single-base-pair-in-the-gene-for-beta-globin-chain-results-in-change-of-glutamic-acid-to-valine-1-thalassemia-2-sickle-cell-anemia-3-haemophilia-4-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY4MjA4-a-certain-plant-homozygous-for-yellow-seeds-and-red-flowers-was-crossed-with-a-plant-homozygous-for-green-seeds-and-white-flowers-the-f1-plants-had-yellow-seeds-and-pink-flowers-the-f1-plants-were-sel https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY4MjMw-select-the-correct-statements-about-sickle-cell-anemia-a-there-is-a-change-in-the-gene-for-beta-globin-b-in-beta-globin-there-is-a-valine-in-place-of-lysine-c-it-is-an-example-of-point-mutation-d-in-t https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY4MzMz-select-the-correct-statement-s-with-respect-to-mechanism-of-sex-determination-in-grasshopper-a-it-is-an-example-of-female-heterogamety-b-male-produces-two-different-types-of-gametes-either-with-or-wit https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzY5NDUx-male-and-female-individuals-in-which-of-the-following-organisms-do-not-have-the-same-number-of-chromosomes-a-human-b-grasshopper-c-honey-bee-d-drosophila-1-a-and-d-2-b-and-c-3-b-and-d-4-c-only-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzc4NjAw-karyotype-of-down-syndrome-has-how-many-chromosomes-1-43-2-46-3-47-4-45-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzc4NjAy-a-normal-man-and-a-normal-woman-both-have-one-of-their-parent-albino-if-get-married-then-what-is-the-probability-of-their-child-being-albino-1-20-2-25-3-75-4-80-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzc4NjUy-gynaecomastia-is-present-in-which-syndrome-1-turner-2-klinefelter-3-down-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzc4NjU1-which-one-of-them-is-odd-with-respect-to-human-male-1-absence-of-one-x-chromosome-2-addition-of-one-x-chromosome-3-presence-of-xy-chromosome-4-absence-of-barr-body-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzc4Nzc4-xyy-rarr-composition-1-super-female-2-hermaphrodite-3-male-4-supermale-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzc4Nzk1-non-disjunction-in-meiosis-results-in-1-trisomy-2-normal-diploid-3-gene-mutation-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzc4Nzk3-ab-blood-group-shows-1-codominance-2-incomplete-dominance-3-polygenic-inheritance-4-pleiotropy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzc4ODUy-gynaecomastia-is-present-in-which-syndrome-1-turner-2-klinefelter-3-down-4-none-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzc4OTU1-which-trait-is-shown-by-given-pedigree-analysis-1-autosomal-dominant-2-x-linked-dominant-3-autosomal-recessive-4-x-linked-recessive-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzc5Mjg5-ab-blood-group-shows-1-co-dominance-2-incomplete-dominance-3-polygenic-inheritance-4-pleiotropy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzgwNzMx-a-man-of-lsquo-a-rsquo-blood-group-marries-a-woman-of-lsquo-ab-rsquo-blood-group-which-type-of-progeny-would-indicate-that-man-is-heterozygous-1-o-2-b-3-a-4-ab-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2MjEz-assertion-a-in-thalassemia-an-abnormal-myoglobin-chain-is-synthesized-due-to-a-gene-defect-reason-r-alpha-thalassemia-is-controlled-by-genes-hbai-and-hba2-on-chromosome-16-1-both-a-and-r-are-true-and https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjc1-the-number-of-correct-statements-from-the-given-statements-is-i-gregor-mendel-conducted-hybridisation-experiments-on-garden-peas-for-seven-years-1856-1863-and-proposed-the-laws-of-inheritance-in-livin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjc2-which-of-the-following-traits-selected-by-mendel-for-his-artificial-hybridisation-experiments-was-a-recessive-trait-in-pisum-sativum-1-yellow-pod-colour-2-yellow-seed-colour-3-inflated-pod-shape-4-pur https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjc3-which-of-the-following-terms-as-related-to-genetics-refers-to-having-inherited-the-same-versions-alleles-of-a-genomic-marker-from-each-biological-parent-1-homologous-2-heterologous-3-homozygous-4-hete https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjc5-monohybrid-cross-can-explain-i-law-of-dominance-ii-law-of-segregation-iii-law-of-independent-assortment-1-only-i-and-ii-are-correct-2-only-i-and-iii-are-correct-3-only-ii-and-iii-are-correct-4-i-ii-an https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjgx-in-mendelian-inheritance-i-some-alleles-are-dominant-while-others-are-recessive-an-organism-with-at-least-one-dominant-allele-will-display-the-effect-of-the-dominant-allele-ii-during-gamete-formation https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjgy-consider-the-two-statements-i-in-incomplete-dominance-f1-has-a-phenotype-that-does-not-resemble-either-of-the-two-parents-and-is-in-between-the-two-ii-in-co-dominance-f1-has-a-phenotype-that-resembles https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjgz-in-abo-blood-group-system-the-number-of-alleles-the-number-of-genotypes-and-the-number-of-phenotypes-possible-respectively-is-1-3-4-and-6-2-3-6-and-4-3-2-4-and-6-4-2-6-and-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjg1-consider-the-given-two-statements-assertion-a-multiple-alleles-can-be-found-only-when-population-studies-are-made-reason-r-multiple-alleles-for-the-same-gene-are-always-located-on-heterologous-chromos https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjg3-in-pea-seeds-starch-synthesis-in-pea-seeds-is-controlled-by-one-gene-a-plant-with-genotype-bb-will-produce-i-large-starch-grains-ii-smaller-starch-grains-iii-intermediate-sized-starch-grains-iv-round https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjg5-using-the-genotypic-symbols-y-for-dominant-yellow-seed-colour-and-y-for-recessive-green-seed-colour-r-for-round-shaped-seeds-and-r-for-wrinkled-seed-shape-when-a-plant-with-genotype-rryy-is-self-hybri https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjkx-this-type-of-inheritance-pattern-for-the-trait-shown-in-the-given-pedigree-most-likely-is-1-autosomal-dominant-2-autosomal-recessive-3-x-linked-dominant-4-x-linked-recessive-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjky-three-scientists-independently-rediscovered-mendel-rsquo-s-results-on-the-inheritance-of-characters-in-1900-they-were-1-avery-ndash-macleod-ndash-mccarty-2-de-vries-correns-and-von-tschermak-3-nirenbe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjkz-that-the-pairing-and-separation-of-a-pair-of-chromosomes-would-lead-to-the-segregation-of-a-pair-of-factors-they-carried-is-the-argument-that-formed-the-basis-for-1-the-law-of-independent-assortment-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjk0-consider-the-two-statements-statement-i-the-fruit-fly-is-a-popular-choice-as-a-model-organism-in-genetics-statement-ii-it-has-a-very-long-generation-time-and-low-fecundity-females-lay-only-a-few-eggs https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjk1-when-the-two-genes-in-a-dihybrid-cross-were-situated-on-the-same-chromosome-1-the-proportion-of-parental-gene-combinations-were-much-lower-than-the-non-parental-type-2-the-proportion-of-parental-gene https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjk2-regarding-the-law-of-independent-assortment-statement-i-because-of-independent-assortment-and-dominance-the-9-3-3-1-dihybrid-phenotypic-ratio-can-be-collapsed-into-two-3-1-ratios-characteristic-of-any https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjk3-the-number-of-offspring-genotypes-and-phenotypes-are-expected-in-a-trihybrid-cross-between-parents-heterozygous-for-all-three-traits-assuming-independent-assortment-and-complete-dominance-1-64-genotyp https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjk4-consider-the-given-two-statements-statement-i-besides-the-involvement-of-multiple-genes-polygenic-inheritance-also-takes-into-account-the-influence-of-environment-statement-ii-in-a-polygenic-trait-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2Mjk5-when-a-single-gene-can-exhibit-multiple-phenotypic-expression-the-gene-is-said-to-be-1-showing-phenotypic-plasticity-2-polygenic-3-pleiotropic-4-polymorphic-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2MzAw-males-have-one-x-and-one-y-chromosome-in-i-humans-ii-grasshoppers-iii-birds-iv-fruit-fly-1-only-i-and-ii-2-only-i-and-iv-3-only-ii-and-iii-4-only-ii-and-iv-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2MzAx-consider-the-given-two-statements-assertion-a-male-honeybees-do-not-have-father-and-thus-cannot-have-sons-but-have-a-grandfather-and-can-have-grandsons-reason-r-male-honeybees-produce-sperms-by-mitosi https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2MzAy-consider-the-given-two-statements-assertion-a-a-sex-linked-recessive-disorders-is-expected-to-be-more-common-in-males-than-in-females-reason-r-males-are-hemizygous-for-sex-chromosomes-1-both-a-and-r-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2MzAz-what-is-not-true-regarding-phenylketonuria-1-it-is-an-inborn-error-of-metabolism-2-it-is-inherited-as-an-autosomal-recessive-trait-3-the-affected-individual-lacks-an-enzyme-that-converts-the-amino-aci https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2MzA0-consider-the-two-statements-statement-i-thalassemia-is-a-qualitative-problem-of-synthesising-an-incorrectly-functioning-globin-statement-ii-sickle-cell-anaemia-is-a-quantitative-problem-of-synthesisin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2MzA1-turner-rsquo-s-syndrome-i-is-an-aneuploidy-ii-causes-infertility-in-affected-females-iii-does-not-affect-the-development-of-secondary-sexual-characters-in-affected-females-1-only-i-and-ii-are-correct https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2OTkx-the-cause-of-klinefelter-s-syndrome-in-humans-is-1-absence-of-y-chromosome-2-absence-of-x-chromosome-3-extra-copy-of-an-autosome-4-extra-copy-of-an-x-chromosome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2OTk4-select-the-incorrect-pair-1-polygenic-inheritance-haemophilia-2-linkage-drosophila-3-incomplete-dominance-antirrhinum-4-pleiotropy-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk2OTk5-according-to-mendel-the-nature-of-the-unit-factors-that-control-the-expression-of-traits-were-1-stable-2-blending-3-stable-and-discrete-4-discrete-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MDA0-which-of-the-following-animals-exhibit-male-heterogamety-i-fruit-fly-ii-fowl-iii-human-iv-honey-bee-1-i-and-iii-2-ii-and-iv-3-ii-and-iii-4-i-and-iv-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MDA2-the-probability-of-all-possible-genotypes-of-offsprings-in-a-genetic-cross-can-be-obtained-with-the-help-of-1-test-cross-2-back-cross-3-punnett-square-4-linkage-cross-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MDA5-the-number-of-different-type-of-gametes-that-would-be-produced-from-a-parent-with-genotype-aabbcc-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MDc5-assertion-a-accumulation-of-phenylalanine-in-the-brain-results-in-mental-retardation-in-phenylketonuria-reason-r-the-affected-person-lacks-phenylalanine-which-is-therefore-not-converted-to-tyrosine-in https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MTE3-in-pisum-sativum-the-flower-position-may-be-axial-allele-a-or-terminal-allela-a-what-would-be-the-percentage-of-the-offspring-with-respect-to-axial-flower-position-if-a-cross-is-made-between-parents-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MTE4-in-humans-rolling-of-tongue-is-an-autosomal-dominant-trait-r-in-a-family-both-the-parents-have-the-trait-of-rolling-tongue-but-their-daughter-does-not-show-the-trait-whereas-the-sons-have-the-trait-of https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MTIz-study-the-pedigree-analysis-of-human-given-below-and-identify-the-type-of-inheritance-along-with-an-example-1-sex-linked-recessive-haemophilia-2-sex-linked-dominant-vitamin-d-resistant-rickets-3-autos https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MTI3-possibility-of-the-blood-groups-of-the-children-in-a-family-where-the-father-is-heterozygous-for-blood-group-a-and-the-mother-is-heterozygous-for-blood-group-b-would-be-1-blood-groups-a-b-2-blood-grou https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MTI4-the-correct-statement-with-respect-to-thalassemia-in-humans-is-1-alpha-thalassemia-is-controlled-by-a-single-gene-hbb-2-the-gene-for-alpha-thalassemia-is-located-on-chromosome-16-3-beta-thalassemia-is https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MTQ2-given-below-are-the-pairs-of-contrasting-traits-in-pisum-sativum-as-studied-by-mendel-identify-the-incorrect-pair-traits-character-dominant-recessive-1-stem-height-tall-dwarf-2-seed-shape-round-wrinkl https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MTc3-a-plant-breeder-crossed-a-pure-bred-tall-plant-having-white-flowers-with-a-pure-bred-dwarf-plant-having-blue-flowers-he-obtained-202-f-1-progeny-and-found-that-they-are-all-tall-having-blue-flowers-up https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MTgw-given-below-is-a-karyotype-of-a-human-foetus-obtained-for-screening-to-find-any-probable-genetic-disorder-based-on-the-karyotype-the-chromosomal-disorder-detected-in-unborn-foetus-and-the-consequent-s https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MTgy-in-the-dihybrid-cross-that-was-conducted-by-morgan-involving-mating-between-parental-generation-for-genes-yellow-bodied-white-eyed-female-drosophila-and-wild-type-male-drosophila-upto-f-2-generation-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MjI4-chromosomal-aberrations-are-caused-by-1-change-in-the-structure-of-the-gene-2-change-in-the-number-of-chromosomes-3-change-in-the-arrangement-or-position-of-genes-4-change-in-the-number-or-arrangement https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MjMw-1-2-1-phenotypic-and-genotypic-ratio-is-found-in-1-complementary-genes-2-pseudo-alleles-3-blending-inheritance-4-multiple-alleles-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MjM1-possibilities-of-the-blood-groups-of-the-children-in-a-family-where-the-father-is-heterozygous-for-blood-group-a-and-the-mother-is-heterozygous-for-blood-group-b-would-be-1-blood-group-a-and-b-2-blood https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3MjU2-assertion-a-turner-s-syndrome-is-generally-not-found-in-males-reason-r-the-disorder-occurs-due-to-monosomy-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3Mjgx-consider-a-test-cross-between-a-homozygous-recessive-yellow-seeded-plant-with-a-plant-having-an-unknown-seed-50-of-the-offspring-in-the-f1-generation-have-yellow-seeds-and-50-have-green-seeds-which-of https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3Mjk0-in-a-cross-between-full-green-pods-ffgc-and-constricted-yellow-pads-ffgg-the-percentage-of-heterozygous-dominant-offsprings-in-f1-is-1-25-2-50-3-75-4-100-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3NDAw-a-single-gene-is-usually-seen-to-exhibit-a-single-phenotypic-expression-pleiotropic-genes-however-can-impact-multiple-phenotypic-expressions-which-of-these-genetic-disorders-have-multiple-phenotypic-e https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3NDA1-if-dark-skin-colour-is-controlled-by-the-dominant-gene-mno-and-its-recessive-allele-is-mno-what-can-be-definitely-said-about-the-offspring-that-are-dark-skinned-1-they-all-have-two-copies-of-the-domin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3NDMy-the-following-statements-were-noted-by-a-student-of-grade-12-after-studying-about-morgan-s-dihybrid-cross-experiments-with-drosophila-1-two-genes-chosen-in-a-dihybrid-cross-are-always-located-on-the-s https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk3NDM4-the-correct-statement-with-respect-to-thalassemia-in-human-is-1-alpha-thalassemia-is-controlled-by-a-single-gene-2-the-gene-for-alpha-thalassemia-is-located-on-chromosome-16-3-beta-thalassemia-is-cont https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTIw-the-first-scientists-to-isolate-dna-in-pure-form-were-1-avery-macleod-and-mccarty-2-hershey-and-chase-3-nirenberg-and-meithei-4-cohen-and-boyer-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTMz-genetics-deals-with-i-the-process-by-which-characters-are-passed-on-from-parent-to-progeny-ii-the-degree-by-which-progeny-differ-from-their-parents-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTM2-during-mendel-rsquo-s-investigations-into-inheritance-patterns-it-was-for-the-first-time-that-i-artificial-hybridisation-experiments-were-carried-out-ii-statistical-analysis-and-mathematical-logic-wer https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTM4-what-would-be-the-number-of-types-of-gametes-produced-by-a-plant-with-genotype-aabbcc-assume-independent-assortment-between-all-loci-1-6-2-8-3-9-4-16-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTQx-in-a-typical-dihybrid-cross-a-a-b-b-times-a-a-b-b-symbols-have-usual-meanings-assume-independent-assortment-what-proportion-of-progeny-are-expected-to-carry-both-dominant-alleles-1-frac14-2-9-16-3-3-1 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTUw-consider-the-given-two-statements-statement-i-genes-are-the-units-of-inheritance-and-contain-the-information-that-is-required-to-express-a-particular-trait-in-an-organism-statement-ii-genes-which-code https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTU1-identify-the-incorrect-statement-1-mendel-found-the-phenotype-of-the-f1-heterozygote-tt-to-be-exactly-like-the-tt-parent-in-appearance-2-he-proposed-that-in-a-pair-of-dissimilar-factors-one-dominates https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTU5-a-typical-dihybrid-cross-results-in-the-formation-of-500-f2-progeny-what-is-the-expected-number-of-recombinants-among-these-progeny-1-280-2-31-3-94-4-187-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTYy-in-a-monohybrid-cross-frac14-of-the-random-fertilisations-lead-to-i-homozygous-dominant-progeny-ii-homozygous-recessive-progeny-iii-heterozygous-progeny-1-only-i-and-ii-are-correct-2-only-i-and-iii-ar https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTcx-consider-the-given-two-statements-assertion-a-mendel-self-pollinated-the-f2-plants-and-found-that-dwarf-f2-plants-continued-to-generate-dwarf-plants-in-f3-and-f4-generations-reason-r-the-genotype-of-t https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTcz-in-antirrhinum-majus-how-many-of-the-given-cross-will-produce-all-progeny-exhibiting-similar-phenotypes-symbols-carry-usual-meanings-i-rr-times-rr-ii-rr-times-rr-iii-rr-times-rr-iv-rr-times-rr-1-1-2-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTc4-consider-the-given-two-statements-assertion-a-female-must-have-the-colour-blindness-gene-on-both-of-their-x-chromosomes-to-be-colour-blind-reason-r-colour-blindness-is-a-sex-linked-dominant-trait-1-bo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTgx-genes-that-are-located-on-the-same-chromosome-are-called-as-1-duplicate-genes-2-pseudo-genes-3-linked-genes-4-codominant-genes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTg1-the-karyotype-shown-below-is-of-a-person-affected-with-1-klinefelter-rsquo-s-syndrome-2-turner-rsquo-s-syndrome-3-down-rsquo-s-syndrome-4-edward-rsquo-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTg5-how-many-of-the-given-statements-are-correct-i-f1-resembled-either-of-the-two-parents-in-co-dominance-ii-f1-was-in-between-in-complete-dominance-iii-f1-generation-resembles-both-parents-in-incomplete https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTkz-regarding-abo-blood-group-genetics-i-three-alleles-control-blood-type-a-b-and-o-ii-a-and-b-are-codominant-while-o-is-recessive-iii-six-genotypes-and-four-phenotypes-are-possible-1-only-i-and-ii-are-co https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4OTk4-starch-synthesis-in-pea-seeds-is-controlled-by-one-gene-what-will-be-true-statement-i-bb-homozygotes-produce-large-starch-grains-bb-heterozygotes-produce-large-starch-grains-and-bb-homozygotes-produce https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDAw-the-physical-basis-of-independent-assortment-is-1-metaphase-i-of-meiosis-i-2-metaphase-ii-of-meiosis-ii-3-anaphase-i-of-meiosis-i-4-anaphase-ii-of-meiosis-ii-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDAy-the-pedigree-shown-below-most-likely-exhibits-the-inheritance-of-a-an-1-autosomal-recessive-trait-2-autosomal-dominant-trait-3-x-linked-recessive-trait-4-x-linked-dominant-trait-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDA4-mendel-published-his-work-on-inheritance-of-characters-in-1865-but-for-several-reasons-it-remained-unrecognised-till-1900-these-reasons-included-all-the-following-except-1-communication-was-not-easy-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDA5-identify-the-incorrectly-matched-pair-1-de-vries-correns-and-von-tschermak-independently-rediscovered-mendel-rsquo-s-laws-2-walter-sutton-and-theodore-boveri-gave-chromosomal-theory-of-inheritance-3-s https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDEw-consider-the-given-two-statements-statement-i-the-two-alleles-of-a-gene-pair-are-located-on-homologous-sites-on-homologous-chromosomes-statement-ii-the-pairing-and-separation-of-a-pair-of-chromosomes https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDEx-consider-the-given-two-statements-assertion-a-x-linked-recessive-disorders-are-always-expressed-in-males-reason-r-males-have-only-one-x-chromosome-1-both-a-and-r-are-true-but-r-does-not-correctly-expl https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDEy-when-preparing-genetic-map-using-recombination-data-it-is-assumed-that-1-of-crossing-over-equals-1-one-map-unit-2-two-map-units-3-five-two-map-units-4-ten-map-units-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDEz-if-the-strength-of-linkage-between-y-and-w-is-higher-than-w-and-m-y-w-and-m-are-three-linked-genes-located-on-a-chromosome-1-the-number-of-recombinants-between-y-and-w-will-be-higher-than-the-number-o https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDE1-consider-the-two-statements-statement-i-the-dominant-phenotype-can-be-produced-only-by-an-organism-with-a-homozygous-dominant-genotype-statement-ii-the-results-of-a-test-cross-indicate-whether-an-indi https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDE3-both-parents-are-carriers-for-an-autosomal-recessive-trait-what-proportion-of-their-progeny-are-expected-to-be-affected-by-this-disorder-1-0-2-frac14-3-frac12-4-frac34-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDE5-identify-the-incorrectly-matched-pair-organism-mechanism-of-sex-determination-1-honey-bees-haplo-diploidy-2-grasshoppers-xx-xo-female-heterogamety-3-birds-zz-zw-female-heterogamety-4-fruit-fly-genic-b https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDIw-consider-the-given-two-statements-assertion-a-human-skin-colour-trait-is-spread-over-a-gradient-rather-than-having-distinct-alternate-forms-reason-r-human-skin-colour-is-a-polygenic-trait-1-both-a-and https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk5MDIx-down-rsquo-s-syndrome-i-is-an-aneuploidy-ii-is-trisomy-21-iii-always-runs-in-a-family-iv-does-not-affect-the-life-span-and-fertility-1-only-i-and-ii-are-correct-2-only-iii-and-iv-are-correct-3-only-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MDU1-match-list-i-and-list-ii-list-i-list-ii-a-two-or-more-alternative-forms-of-a-gene-i-back-cross-b-cross-of-f1-progeny-with-homozygous-recessive-parent-ii-ploidy-c-cross-of-f1-progeny-with-any-of-the-pa https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MDY5-which-one-of-the-following-can-be-explained-as-the-basis-of-mendel-s-law-of-dominance-a-out-of-one-pair-of-factors-one-is-dominant-and-the-other-is-recessive-b-alleles-do-not-show-any-expression-and-b https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MDcz-a-pink-flowered-snapdragon-plant-was-crossed-with-red-flowered-snapdragon-plant-what-type-of-phenotype-s-is-are-expected-in-the-progeny-1-red-flowered-as-well-as-pink-flowered-plants-2-only-pink-flowe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MDc0-in-a-plant-black-seed-color-bb-bb-is-dominant-over-white-seed-color-bb-in-order-to-find-out-the-genotype-of-black-seed-plant-with-which-of-the-following-genotype-will-you-cross-it-1-bb-2-bb-3-bb-bb-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MTE2-match-list-i-with-list-ii-list-i-list-ii-a-down-s-syndrome-i-11-text-th-chromosome-b-alpha-thalassemia-ii-mathrm-x-chromosome-c-beta-thalassemia-iii-21-text-st-chromosome-d-klinefelter-s-syndrome-iv-1 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MTQ2-as-per-mathrm-abo-blood-grouping-system-the-blood-group-of-father-is-mathrm-b-mother-is-mathrm-a-and-child-is-mathrm-o-their-respective-genotype-can-be-a-mathrm-i-b-i-i-a-i-ii-b-mathrm-i-mathrm-b-math https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU2NzIw-abo-blood-group-is-an-example-of-1-incomplete-dominance-2-multiple-allele-3-pleiotropy-4-linkage-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU2NzQ2-a-cross-between-tall-plants-was-made-resulting-in-offspring-of-tall-and-dwarf-plants-with-ratio-3-1-the-genotype-s-of-both-parents-are-1-tt-and-tt-2-tt-and-tt-3-tt-and-tt-4-tt-and-tt-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU2NzYz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-in-honey-bee-population-sons-do-not-have-fathers-but-have-grandfathers-reason-r-haploidy https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU2ODQ4-the-phenomenon-where-a-single-gene-exhibits-multiple-phenotypic-expressions-is-called-1-co-dominance-2-pleiotropy-3-multiple-alleles-4-polygenic-inheritance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU2ODc3-in-animal-kingdom-along-with-xx-yy-mechanism-many-other-variants-of-chromosomal-sex-determination-mechanisms-have-been-described-such-as-xx-xo-mechanism-zz-zw-mechanism-zz-zo-mechanism-and-haplo-diplo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDE0NTY1-mendel-worked-with-seven-characteristics-of-pea-plants-include-all-the-following-except-1-pod-shape-and-color-2-seed-shape-and-color-3-flower-position-and-color-4-girth-of-plant-and-shade-of-green-in https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0MTg3-among-the-following-characters-which-one-was-not-considered-by-mendel-in-his-experiments-on-pea-1-stem-tall-or-dwarf-2-trichomes-glandular-or-non-glandular-3-seed-green-or-yellow-4-pod-inflated-or-con https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0MTg2-which-one-from-those-given-below-are-the-periods-for-mendel-s-hybridization-experiments-1-1856-1863-2-1840-1850-3-1857-1869-4-1870-1877-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0MTc3-in-his-classic-experiments-on-pea-plants-mendel-did-not-use-1-pod-length-2-seed-shape-3-flower-position-4-seed-colour-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTIwMTMx-which-of-the-following-sets-includes-only-recessive-traits-observed-in-pisum-sativum-1-wrinkled-seed-shape-green-seed-color-white-flower-color-2-round-seed-shape-yellow-seed-color-purple-flower-color https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTcyODk5-mendel-preferred-true-breeding-pea-lines-primarily-because-they-1-showed-stable-expression-of-traits-over-generations-2-exhibited-maximum-heterozygosity-3-required-minimal-pollination-control-4-produc https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTAzMzk5-which-of-the-following-is-a-dominant-trait-in-mendel-s-experiments-1-dwarf-plants-2-green-seeds-3-wrinkled-seeds-4-yellow-seeds-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0ODM-identify-the-incorrect-statement-regarding-experiments-on-pisum-sativum-by-gregor-mendel-1-he-conducted-hybridization-experiments-on-garden-peas-for-seven-years-1856-1863-and-proposed-the-laws-of-inhe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDk4NzU3-which-of-the-following-is-a-defining-characteristic-of-mendelian-traits-1-they-are-controlled-by-multiple-genes-and-influenced-by-the-environment-2-they-are-always-x-linked-traits-3-they-follow-predic https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxMzE3-which-is-correct-about-traits-chosen-by-mendel-1-terminal-pod-is-dominant-2-constricted-pod-is-dominant-3-green-colored-pod-is-dominant-4-tall-plants-are-recessive-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3MDA2-how-many-pairs-of-contrasting-traits-in-pea-plants-were-studied-by-mendel-in-his-experiments-1-five-2-six-3-eight-4-seven-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTIz-which-one-of-the-following-traits-of-garden-peas-studied-by-mendel-was-a-recessive-feature-1-axial-flower-position-2-green-seed-colour-3-green-pod-colour-4-round-seed-shape-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTEzNTIz-a-garden-pea-plant-produced-axial-white-flowers-another-of-the-same-species-produced-terminal-violet-flowers-identify-the-dominant-traits-1-axial-violet-flowers-2-axial-white-flowers-3-terminal-violet https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTAzMzk3-what-was-the-significance-of-mendel-s-large-sampling-size-in-his-experiments-1-it-increased-the-genetic-diversity-2-it-increased-the-accuracy-of-his-results-3-it-helped-him-create-new-species-4-it-led https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTIwMTMy-what-is-the-primary-rationale-behind-using-a-test-cross-in-genetic-analysis-1-to-determine-whether-an-individual-displaying-a-dominant-phenotype-is-homozygous-dominant-or-heterozygous-by-crossing-it-w https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk5NDAx-the-production-of-gametes-by-the-parents-the-formation-of-zygotes-the-f1-and-f2-plants-can-be-understood-using-1-pie-diagram-2-a-pyramid-diagram-3-punnet-square-4-wenn-diagram-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDc2Mzcx-the-genotypic-expression-seen-in-a-person-of-blood-group-ab-is-called-1-dominant-recessive-2-codominance-3-incomplete-dominance-4-corecession-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTU2MTQ4-genes-which-code-for-a-pair-of-contrasting-traits-or-slightly-different-forms-of-the-same-gene-are-known-as-1-alleles-2-loci-3-cistrons-4-introns-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0MTU0-a-certain-road-accident-patient-with-unknown-blood-group-needs-immediate-blood-transfusion-his-one-doctor-friend-at-once-offers-his-blood-what-was-the-blood-group-of-the-donor-1-blood-group-b-2-blood https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTAzMzk4-what-term-did-mendel-use-to-describe-the-units-of-inheritance-now-called-genes-1-chromosomes-2-gametes-3-factors-4-alleles-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM1MzY2-incomplete-dominance-is-present-in-1-snapdragon-flower-2-dog-flower-3-antirrhinum-flower-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTIxNTMx-what-is-the-concept-of-dominance-in-genetics-1-dominance-refers-to-a-trait-that-is-expressed-only-in-the-presence-of-two-identical-alleles-2-dominance-refers-to-the-interaction-between-two-alleles-whe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0ODIy-a-man-of-which-of-the-following-blood-groups-could-not-be-the-father-of-a-group-o-child-1-a-2-b-3-o-4-ab-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NDk0-what-is-the-f2-genotypic-ratio-in-cases-of-incomplete-dominance-1-1-1-2-3-1-3-1-2-1-4-1-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjUxMjUx-abo-blood-grouping-is-controlled-by-gene-i-which-has-three-alleles-and-shows-co-dominance-there-are-six-genotypes-how-many-phenotypes-in-all-are-possible-1-three-2-four-3-five-4-six-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ0MDQw-four-children-of-a-couple-show-four-different-blood-groups-a-b-ab-and-o-the-probable-genotype-of-the-parents-are-1-iaio-and-ibib-2-iaia-and-ibib-3-iaio-and-ibio-4-iaib-and-ioio-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTE4MTA4-what-is-the-correct-description-of-genes-and-alleles-1-genes-are-units-of-inheritance-containing-information-for-traits-and-alleles-are-different-genes-coding-for-unrelated-traits-2-genes-are-the-phys https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDk4NzE4-in-mendel-s-experiments-he-found-that-when-crossing-a-true-breeding-tall-plant-tt-with-a-dwarf-plant-tt-all-f1-progeny-were-tall-this-led-him-to-conclude-that-1-dwarf-trait-is-dominant-over-tall-trait https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDc2MzYz-when-red-flowered-snapdragons-are-crossed-with-white-flowered-snapdragons-their-offspring-have-pink-flowers-this-type-of-genotypic-expression-is-called-1-dominant-recessive-2-codominance-3-incomplete https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0MTgw-a-gene-showing-codominance-has-1-alleles-tightly-linked-on-the-same-chromosome-2-alleles-that-are-recessive-to-each-other-3-both-alleles-independently-expressed-in-the-heterozygote-4-one-allele-domina https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDc2Mjg4-if-the-p-or-parental-generation-was-a-pure-strain-with-green-peas-crossed-with-a-pure-strain-with-yellow-peas-and-their-offspring-the-f1-generation-were-self-pollinated-then-the-f2-generation-would-be https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTI0MTYw-in-incomplete-dominance-a-heterozygous-individual-shows-an-intermediate-phenotype-if-a-red-flowered-plant-rr-is-crossed-with-a-white-flowered-plant-rr-what-will-be-the-phenotypic-ratio-of-offspring-in https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM2NTIw-genotypic-ratio-of-1-2-1-is-obtained-in-a-cross-between-1-aa-x-aa-2-aa-x-aa-3-aa-x-aa-4-aa-x-aa-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDc2MzU4-in-all-of-mendel-s-experiments-the-two-alleles-causing-a-trait-were-1-dominant-recessive-2-codominant-3-incompletely-dominant-4-corecessive-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTMyMTg3-there-are-three-alleles-for-the-abo-blood-group-system-in-humans-what-is-the-total-number-of-genotypic-combinations-possible-1-3-2-4-3-6-4-9-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxNDU1-which-of-the-following-is-a-testcross-1-aabb-aabb-2-aabb-aabb-3-aabb-aabb-4-aabb-aabb-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxMDM5-an-organism-with-two-identical-alleles-is-for-the-trait-1-dominant-2-hybrid-3-heterozygous-4-homozygous-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxMjA0-a-plant-with-genotype-rr-is-self-pollinated-the-percentage-of-heterozygous-individuals-obtained-will-be-1-100-2-75-3-50-4-25-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTIzODQ2-mother-and-father-of-a-person-with-o-blood-group-have-a-and-b-blood-group-respectively-what-would-be-the-genotype-of-both-mother-and-father-1-mother-is-homozygous-for-a-blood-group-and-father-is-heter https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTMyMTkx-the-f2-phenotypic-and-genotypic-ratios-are-identical-in-a-complete-dominance-b-incomplete-dominance-c-co-dominance-1-only-a-and-b-2-only-a-and-c-3-only-a-4-only-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxMTkw-a-dominant-is-one-if-it-is-expressed-in-1-both-homozygous-and-heterozygous-states-2-all-the-individuals-of-a-generation-3-heterozygous-combination-only-4-homozygous-combination-only-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk5MzYz-in-a-marriage-between-a-male-with-blood-group-a-and-a-female-with-blood-group-b-the-progeny-had-either-blood-group-ab-or-b-what-could-be-the-possible-genotype-of-parents-1-ia-i-male-ib-ib-female-2-ia https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzMyNTky-identify-the-incorrect-statement-1-tall-plant-produces-gametes-by-meiosis-and-the-dwarf-plant-by-mitosis-2-only-one-allele-is-transmitted-to-a-gamete-3-the-segregation-of-alleles-is-a-random-process-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxMDU0-multiple-alleles-control-inheritance-of-1-phenylketonuria-2-colour-blindness-3-sickle-cell-4-blood-groups-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTAzNDA0-if-a-monohybrid-cross-between-two-heterozygous-tall-pea-plants-tt-shows-a-deviation-from-the-expected-3-1-phenotypic-ratio-due-to-incomplete-dominance-what-would-the-phenotypic-ratio-of-the-f2-generat https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTEzNTUy-assertion-a-the-genotype-of-an-individual-with-a-group-blood-could-be-iai-but-o-group-genotype-can-only-be-ii-reason-r-the-allele-i-is-recessive-to-allele-ia-1-both-a-and-r-are-true-and-r-is-correct-e https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0MTgy-in-a-testcross-involving-f1-dihybrid-flies-more-parental-type-offspring-were-produced-than-the-recombinant-type-offspring-this-indicates-1-both-of-the-characters-are-controlled-by-more-than-one-gene-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxODAy-assertion-a-abo-blood-grouping-has-three-alleles-but-humans-have-any-two-at-a-time-reason-r-humans-are-diploid-organisms-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0MTY3-person-with-blood-group-ab-is-considered-as-universal-recipient-because-he-has-1-both-a-and-b-antigens-on-rbc-but-no-antibodies-in-the-plasma-2-both-a-and-b-antibodies-in-the-plasma-3-no-antigen-on-rb https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDMwMDMz-consider-the-following-two-statements-in-cases-of-incomplete-dominance-the-a-f2-phenotypic-ratio-and-genotypic-ratio-are-the-same-b-f1-progeny-resembles-neither-of-the-parents-1-only-a-is-correct-2-on https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxODQ0-how-many-genomes-are-present-in-a-typical-green-plant-cell-1-ten-2-two-3-five-4-three-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjM3NzEy-a-woman-is-of-blood-type-a-her-daughter-is-type-o-and-her-son-is-type-b-which-of-the-following-is-a-possible-phenotype-for-the-father-1-a-2-o-3-b-4-ab-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTUxNjMw-the-rr-and-rr-symbols-in-genetics-represent-1-random-arrangement-of-genes-2-presence-of-multiple-alleles-3-homozygous-condition-of-alleles-4-heterozygous-condition-of-alleles-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxMDEy-the-f222-phenotypic-ratio-of-a-dihybrid-cross-is-1-1-1-1-1-2-1-1-3-9-3-3-1-4-1-4-6-4-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTMzNTQx-which-of-the-following-was-not-a-reason-why-drosophila-melanogaster-were-found-very-suitable-for-genetic-studies-1-they-could-be-grown-on-simple-synthetic-medium-in-the-laboratory-2-they-complete-thei https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTAzNDAx-the-chromosomal-theory-of-inheritance-suggests-that-1-genes-are-located-on-chromosomes-and-segregate-during-meiosis-2-genes-blend-together-to-form-new-traits-3-alleles-are-inherited-randomly-without-c https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDc2MzM3-when-a-pure-strain-of-tall-plants-t-t-with-round-peas-r-r-is-crossed-with-a-pure-strain-of-short-plants-t-t-with-wrinkled-peas-r-r-an-f1-generation-is-produced-the-alleles-for-short-and-wrinkled-are-r https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA5MzI-the-term-linkage-was-coined-by-1-t-h-morgan-2-t-boveri-3-g-mendel-4-w-sutton-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDQ2Njkx-if-a-genotype-is-aabb-how-many-different-types-of-gametes-can-be-produced-1-2-2-4-3-8-4-16-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDUyMTM2-consider-the-given-two-statements-assertion-a-genes-that-are-linked-do-not-assort-independently-reason-r-linked-genes-are-located-close-to-each-other-on-the-same-chromosome-and-tend-to-be-inherited-to https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3MDAx-in-1900-mendel-s-work-was-rediscovered-by-1-korana-nirenberg-and-mathei-2-de-vries-correns-and-von-tschermak-3-avery-mccleod-and-mccarty-4-watson-crick-and-wilkins-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxNDYx-when-studying-an-inherited-phenomenon-a-geneticist-discovers-a-phenotypic-ratio-of-9-3-3-1-among-offspring-this-means-that-it-is-a-dihybrid-cross-where-the-two-genes-are-1-completely-linke-2-incomplet https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM1MzU1-most-favourite-and-ideal-material-for-researchers-in-genetics-is-1-housefly-2-mosquito-3-frog-4-fruitfly-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI5NzQ1-genes-which-are-tightly-linked-on-chromosome-show-1-very-low-recombination-2-high-recombination-3-very-low-parental-combination-4-clear-cut-independent-assortment-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzMyNTg1-in-mendel-s-experiments-with-garden-pea-round-seed-shape-rr-was-dominant-over-wrinkled-seeds-rr-yellow-cotyledon-yy-was-dominant-over-green-cotyledon-yy-what-are-the-expected-phenotypes-in-the-f2-gene https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTIwMTM2-what-is-the-relationship-between-the-strength-of-linkage-and-recombination-frequency-1-stronger-linkage-results-in-a-higher-recombination-frequency-2-recombination-frequency-and-linkage-strength-are-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ5NTA1-the-chromosomal-theory-of-inheritance-was-proposed-by-1-thomas-morgan-2-sutton-and-boveri-3-gregor-mendel-4-robert-brown-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTE3ODA-select-the-correct-statement-from-the-ones-given-below-with-respect-to-dihybrid-cross-1-tightly-linked-genes-on-the-same-chromosomes-show-very-few-recombinations-2-tightly-linked-genes-on-the-same-chr https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDQ4MTU4-in-a-typical-dihybrid-cross-the-probability-of-obtaining-a-genotype-with-both-recessive-traits-is-1-1-4-2-1-16-3-3-16-4-9-16-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgxMjk2-if-the-percent-recombination-between-a-and-b-is-15-between-a-and-c-is-5-and-between-b-and-c-is-10-then-the-order-of-the-genes-on-the-chromosome-is-1-a-b-c-2-b-a-c-3-a-c-b-4-c-b-a-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0MTc0-which-is-the-most-common-mechanism-of-genetic-variation-in-the-population-of-a-sexually-reproducing-organism-1-chromosomal-aberrations-2-genetic-drift-3-recombination-4-transduction-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM4MzY3-chromosomal-theory-of-inheritance-is-a-combination-of-1-knowledge-of-chromosomal-segregation-with-mendelian-principle-2-knowledge-of-dihybridcross-with-motion-of-chromosome-3-knowledge-of-law-of-domin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQxNDM-in-mendel-s-experiments-with-garden-peas-round-seed-shape-rr-was-dominant-over-wrinkled-seeds-rr-and-yellow-cotyledon-yy-was-dominant-over-green-cotyledon-yy-what-are-the-expected-phenotypes-in-the-f2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTc2-a-genetic-map-is-one-that-1-establishes-sites-of-the-genes-on-a-chromosome-2-establishes-the-various-stages-in-gene-evolution-3-shows-the-stages-during-the-cell-division-4-shows-the-distribution-of-va https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTMzMjA2-pleiotropy-refers-to-a-phenomenon-where-1-a-single-gene-influences-multiple-traits-2-multiple-genes-control-a-single-trait-3-two-genes-are-located-on-the-same-chromosome-4-a-trait-is-influenced-by-env https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTM4MDY-inheritance-of-skin-colour-in-humans-is-an-example-of-1-chromosomal-aberration-2-point-mutation-3-polygenic-inheritance-4-codominance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTMzNTQy-consider-the-given-two-statements-a-in-a-polygenic-trait-the-phenotype-reflects-the-contribution-of-each-allele-i-e-the-effect-of-each-allele-is-additive-b-since-in-an-individual-only-two-alleles-can https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDMzMzQw-in-a-certain-organism-three-non-allelic-gene-pairs-affect-the-same-character-in-the-same-way-this-would-be-called-as-1-pleiotropy-2-total-penetrance-3-variable-expressivity-4-polygenic-inheritance-1-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTEyNzM4-what-is-the-genetic-mechanism-behind-polygenic-inheritance-in-traits-like-human-skin-color-1-a-single-gene-controls-a-wide-range-of-phenotypes-2-the-dominant-allele-from-one-gene-suppresses-the-others https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDQ3NzEx-consider-the-given-two-statements-assertion-a-pleiotropy-occurs-when-one-gene-influences-multiple-phenotypic-traits-reason-r-the-gene-product-is-involved-in-multiple-biochemical-pathways-or-affects-se https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTI1NDA2-how-does-sex-determination-in-birds-differ-from-that-in-humans-1-birds-have-zw-females-and-zz-males-while-humans-have-xx-females-and-xy-males-2-birds-have-xx-males-and-xy-females-3-birds-determine-sex https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDQ3MjUz-match-the-mechanism-of-sex-determination-with-the-corresponding-organism-column-i-column-ii-a-xx-xy-i-birds-b-zz-zw-ii-drosophila-c-haplodiploidy-iii-honeybees-1-a-ii-b-i-c-iii-2-a-i-b-ii-c-iii-3-a-ii https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzczNTY5-assertion-a-scientifically-it-is-correct-to-say-that-the-sex-of-the-baby-is-determined-by-the-father-and-not-by-the-mother-reason-r-all-ova-produced-by-female-have-the-sex-chromosome-x-whereas-in-sper https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDc2Njcx-a-woman-receives-her-x-chromosomes-from-1-her-mother-only-2-her-father-only-3-both-her-mother-and-her-father-4-extranuclear-dna-in-her-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTMxNTE5-in-honey-bees-sex-is-determined-by-1-temperature-dependent-mechanism-2-number-of-z-chromosomes-3-haplodiploidy-mechanism-4-presence-of-sex-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTI0MTYx-in-the-zw-sex-determination-system-found-in-birds-1-males-are-homogametic-zz-and-females-are-heterogametic-zw-2-females-are-homogametic-xx-and-males-are-heterogametic-xy-3-sex-is-determined-by-environ https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3MDMx-which-of-the-following-combination-of-chromosome-numbers-represents-the-correct-sex-determination-pattern-in-honey-bees-1-male-32-female-16-2-male-16-female-32-3-male-31-female-32-4-female-32-male-31 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTMxOTk4-match-list-i-with-list-ii-list-i-mechanism-of-sex-determination-list-ii-example-a-xx-xo-male-heterogamety-i-birds-b-zz-zw-female-heterogamety-ii-honeybees-c-haplo-diploidy-iii-drosophila-d-genic-balan https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTMzMjA4-in-honey-bees-males-drones-are-produced-by-1-fertilised-eggs-and-are-diploid-2-unfertilised-eggs-and-are-haploid-3-fertilised-eggs-and-are-haploid-4-unfertilised-eggs-and-are-diploid-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTEyNzQ0-consider-the-given-two-statements-statement-i-haplodiploidy-in-honeybees-determines-sex-based-on-the-number-of-chromosome-sets-statement-ii-male-honeybees-are-haploid-and-develop-from-unfertilized-egg https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDI3NTQw-assertion-a-male-honeybees-are-haploid-reason-r-female-honeybees-are-diploid-1-both-a-and-r-are-true-and-r-correctly-explains-a-2-both-a-and-r-are-true-but-r-does-not-correctly-explain-a-3-a-is-true-r https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTIwMTM3-how-many-of-the-following-sex-determination-mechanisms-are-correctly-matched-species-mechanism-of-sex-determination-grasshoppers-xo-type-birds-zw-type-honeybees-haplodiploidy-1-one-correctly-matched-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjUxMzIw-which-one-of-the-following-conditions-of-the-zygotic-cell-would-lead-to-the-birth-of-a-normal-human-female-child-1-one-x-and-one-y-chromosome-2-two-x-chromosomes-3-only-one-y-chromosome-4-only-one-x-c https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTQ5NjEx-which-of-the-following-is-not-correctly-matched-1-honey-bee-haploidiploid-sex-determination-2-birds-male-birds-heterogametic-3-grasshopper-xx-xo-4-drosophila-xx-xy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTI0Njc3-in-haplodiploid-sex-determination-found-in-honeybees-male-drones-develop-from-unfertilized-eggs-while-females-develop-from-fertilized-eggs-what-is-the-most-unusual-characteristic-of-males-in-this-syst https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTI4MDA1-which-of-the-following-correctly-describes-the-xo-type-of-sex-determination-observed-in-grasshoppers-1-males-have-one-x-chromosome-xo-while-females-have-two-x-chromosomes-xx-2-males-have-xy-chromosome https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTYzNzE5-female-heterogamety-is-seen-in-1-drosophila-melanogaster-2-many-birds-3-honey-bee-4-grasshopper-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTU2MTU5-male-heterogamety-is-not-seen-in-1-humans-2-melandrium-album-3-birds-4-fruit-fly-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjM3NzEz-a-couple-has-a-son-what-is-the-probability-that-their-next-child-will-be-a-daughter-1-2-1-3-0-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM4Nzc5-the-initial-studies-for-sex-determination-were-done-over-1-plants-2-insects-3-humans-4-hen-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk0NjI2-how-many-sex-chromosomes-does-a-normal-human-baby-inherit-from-father-1-one-2-two-3-twenty-three-4-forty-six-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjMw-in-a-certain-taxon-of-insects-some-have-17-chromosomes-and-the-others-have-18-chromosomes-the-17-and-18-chromosome-bearing-organisms-are-1-males-and-females-respectively-2-females-and-males-respective https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTQx-sickle-cell-anaemia-results-from-1-a-chromosomal-aberration-2-non-disjunction-of-autosome-3-a-point-mutation-4-blood-transfusion-reaction-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTMzODM-point-mutation-involves-1-insertion-2-change-in-single-base-pair-3-duplication-4-deletion-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0MTU3-which-one-of-the-following-is-a-wrong-statement-regarding-mutations-1-deletion-and-insertion-of-base-pairs-cause-frame-shift-mutations-2-cancer-cells-commonly-show-chromosomal-aberrations-3-uv-and-gam https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg1MDc-identify-the-incorrect-statement-1-in-addition-to-recombination-mutation-is-another-phenomenon-that-leads-to-variation-in-dna-2-chromosomal-aberrations-are-commonly-observed-in-cancer-cells-3-a-classi https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDgwOTQx-in-a-genetic-mutation-codes-for-an-abnormal-hemoglobin-molecule-that-is-less-soluble-than-usual-and-more-likely-than-normal-to-deform-the-shape-of-the-red-blood-cell-1-down-syndrome-2-tay-sachs-diseas https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTkzNTEz-down-s-syndrome-develops-due-to-trisomy-of-chromosome-number-1-21-2-23-3-11-4-12-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDc2Mzcz-the-genetic-basis-of-hemophilia-so-common-within-european-royal-families-was-revealed-by-studies-of-1-dna-sequences-2-chromosomes-in-gametes-3-family-pedigrees-4-prenatal-gene-products-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDgwOTE1-a-diagram-of-a-pedigree-shows-1-controlled-matings-between-members-of-different-true-breeding-strains-2-the-total-genetic-information-in-human-cells-3-a-comparison-of-dna-sequences-among-genomes-of-hu https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTMxNDk0-the-typical-chromosomal-genotype-seen-in-individuals-with-klinefelter-s-syndrome-is-1-45-xo-2-47-xxy-3-47-xyy-4-46-xy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk5Mzk4-in-which-genetic-condition-each-cell-in-the-affected-person-has-three-sex-chromosomes-xxy-1-thalassemia-2-kleinfelter-s-syndrome-3-phenylketonuria-4-turner-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTA1NjI3-which-of-the-following-best-differentiates-thalassemia-from-sickle-cell-anaemia-1-thalassemia-involves-abnormal-haemoglobin-shape-while-sickle-cell-anaemia-results-from-reduced-haemoglobin-production https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjE2-in-sickle-cell-anaemia-glutamic-acid-is-replaced-by-valine-which-one-of-the-following-triplets-codes-for-valine-1-g-g-g-2-a-a-g-3-g-a-a-4-g-u-g-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDgwOTM5-an-inherited-disorder-caused-by-a-defective-or-absent-enzyme-is-called-a-an-1-karyotype-2-trisomy-3-reciprocal-translocation-4-inborn-error-of-metabolism-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTI3NjE2-which-of-the-following-symbols-indicate-consanguineous-marriage-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzYz-the-family-pedigree-of-queen-victoria-shows-a-number-of-haemophilic-descendants-as-she-was-1-affected-by-the-disease-2-carrier-for-the-disease-3-did-not-carry-the-allele-for-haemophilia-4-was-not-a-qu https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDIzNzky-which-of-the-following-codons-leads-to-the-insertion-of-valine-in-the-peptide-during-translation-1-g-g-g-2-a-a-g-3-g-a-a-4-g-u-g-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NDEx-which-of-the-following-is-the-correct-match-1-down-syndrome-21st-chromosome-2-sickel-cell-anaemia-x-chromosome-3-haemophilia-y-chromosome-4-parkinson-disease-x-y-chromosomes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA1NTQ-which-of-the-following-most-appropriately-describes-haemophilia-1-x-linked-recessive-gene-disorder-2-chromosomal-disorder-3-dominant-gene-disorder-4-recessive-gene-disorder-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTI0MTU4-why-are-x-linked-recessive-traits-more-frequently-observed-in-males-than-in-females-1-males-inherit-two-x-chromosomes-making-them-more-susceptible-to-mutations-2-males-have-only-one-x-chromosome-so-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk2NTQ2-sterile-female-lacks-one-x-chromosome-this-female-is-suffering-from-1-a-disease-caused-due-to-trisomy-2-klinefelter-s-syndrome-3-turner-s-syndrome-4-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTEzNjA3-suresh-and-rajesh-have-defective-haemoglobin-due-to-genetic-disorders-in-suresh-the-problem-is-qualitative-as-he-is-having-incorrectly-functioning-globin-molecules-while-in-rajesh-the-problem-is-quant https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDk4NzU0-which-of-the-following-is-not-a-typical-feature-of-down-s-syndrome-1-short-stature-and-a-small-round-head-2-development-of-gynecomastia-in-males-3-mental-retardation-4-broad-palm-with-characteristic-p https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTcyOTE0-match-the-following-mendelian-disorders-with-their-characteristics-disorder-characteristics-a-haemophilia-1-autosomal-recessive-deficiency-of-enzyme-converting-phenylalanine-to-tyrosine-b-phenylketonu https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTI0Njc4-red-green-colour-blindness-is-a-sex-linked-recessive-disorder-caused-by-a-mutation-in-genes-located-on-the-x-chromosome-why-is-this-disorder-more-common-in-males-than-in-females-1-males-inherit-the-y https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTMxOTk5-identify-the-correct-statements-a-the-possibility-of-a-female-becoming-a-haemophilic-is-extremely-rare-b-x-linked-recessive-trait-shows-transmission-from-carrier-female-to-male-progeny-1-only-a-is-cor https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDgwOTIy-an-abnormality-in-which-there-is-one-more-or-one-fewer-than-the-normal-number-of-chromosomes-is-called-a-an-1-karyotype-2-fragile-site-3-aneuploidy-4-trisomy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3MDA5-what-is-the-genetic-disorder-in-which-an-individual-has-an-overall-masculine-development-gynaecomastia-and-is-sterile-1-down-s-syndrome-2-turner-s-syndrome-3-klinefelter-s-syndrome-4-edward-syndrome-1 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM0NDE2-which-of-the-following-is-an-example-of-mendelian-disorder-1-klinefelter-s-syndrome-2-down-s-syndrome-3-turner-s-syndrome-4-thalassemia-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDQ2NjM2-phenylketonuria-is-an-example-of-1-a-sex-linked-dominant-disorder-2-a-sex-linked-recessive-disorder-3-an-autosomal-recessive-disorder-4-an-autosomal-dominant-disorder-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDc2Nzg3-the-condition-in-which-there-are-more-than-two-complete-sets-of-chromosomes-is-called-1-aneuploidy-2-polytene-3-polyploidy-4-monoploidy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTI4MDA3-phenylketonuria-pku-is-a-metabolic-disorder-caused-by-1-excessive-breakdown-of-tyrosine-into-phenylalanine-2-overproduction-of-phenylalanine-leading-to-excessive-protein-synthesis-3-deficiency-of-esse https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTM0MTY3-in-humans-the-gene-responsible-for-phenylketonuria-pku-also-affects-skin-pigmentation-and-intellectual-development-this-phenomenon-is-an-example-of-1-polygenic-inheritance-2-multiple-alleles-3-codomin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ0NjQ0-haemophilia-is-an-inherited-bleeding-disorder-in-which-the-blood-does-not-clot-normally-due-to-lack-of-blood-clotting-proteins-this-rare-disease-is-commonly-observed-in-human-males-than-in-females-bec https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk0MzEw-absence-of-disjunction-of-chromosomes-during-cell-division-can-lead-to-1-myotonic-dystrophy-2-cystic-fibrosis-3-down-s-syndrome-4-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDc2NTA5-the-syndrome-in-humans-in-which-an-individual-s-somatic-cells-contain-only-the-one-sex-chromosome-x-o-is-called-1-klinefelter-s-2-turner-s-3-down-s-4-superfemale-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTEyNzQy-the-genetic-mutation-causing-phenylketonuria-results-in-1-excessive-production-of-tyrosine-2-accumulation-of-phenylalanine-and-its-derivatives-3-a-defective-globin-protein-in-hemoglobin-4-abnormal-syn https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxODA2-assertion-a-color-blindness-is-a-sex-linked-disorder-reason-r-genes-that-lead-to-red-green-color-blindness-are-on-the-x-chromosome-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ5NDY1-select-the-incorrect-match-regarding-the-symbols-used-in-pedigree-analysis-1-sex-unspecified-2-affected-individual-3-consanguineous-mating-4-parent-with-male-child-affected-with-disease-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTAzNDA5-thalassemia-is-caused-by-mutations-that-reduce-the-production-of-hemoglobin-chains-which-form-of-thalassemia-results-from-mutations-in-the-hbb-gene-which-is-located-on-chromosome-11-1-alpha-thalassemi https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ0MTgz-match-list-i-with-list-ii-list-i-list-ii-a-turner-s-syndrome-i-recessive-gene-b-hemophilia-ii-addition-of-x-chromosome-xxy-c-down-syndrome-iii-lack-of-x-chromosome-xo-d-klinefelter-s-syndrome-iv-triso https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTEyNzQw-how-does-turner-s-syndrome-differ-genetically-from-klinefelter-s-syndrome-1-turner-s-syndrome-results-from-an-additional-chromosome-klinefelter-s-results-from-a-missing-chromosome-2-turner-s-syndrome https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDgwOTI4-an-individual-who-is-missing-one-chromosome-having-only-one-member-of-a-given-pair-is-said-to-be-1-monosomic-2-haploid-3-trisomic-4-consanguineous-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTQ2MTEy-karyotype-of-somatic-interphase-cell-of-a-female-does-not-show-barr-body-the-female-may-be-having-1-down-s-syndrome-2-turner-s-syndrome-3-adrenal-virilism-4-some-malignancy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzMyNTgx-a-cell-at-telophase-stage-brought-from-the-field-is-observed-by-a-student-he-tells-his-teacher-that-this-cell-is-not-like-other-cells-at-telophase-stage-there-is-no-formation-of-a-cell-plate-and-thus https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3MDMz-placed-below-is-a-karyotype-of-a-human-being-on-the-basis-of-this-karyotype-which-of-the-following-conclusions-can-be-drawn-1-normal-human-female-2-person-is-suffering-from-colour-blindness-3-affected https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3MDA3-study-the-pedigree-chart-given-below-what-does-it-show-1-inheritance-of-a-sex-linked-inborn-error-of-metabolism-2-inheritance-of-a-condition-like-phenylketonuria-as-an-autosomal-recessive-trait-3-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTU3NTcx-if-a-male-child-inherits-haemophilia-the-gene-must-have-come-from-1-father-2-mother-3-both-parents-4-mutation-only-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTU4MjM0-which-of-the-following-statements-about-thalassemia-is-are-correct-statement-i-thalassemia-affects-the-production-of-globin-chains-while-thalassemia-affects-the-production-of-globin-chains-statement-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzQ4MDU5-a-heterozygous-female-for-sickle-cell-anaemia-hb-hbs-1-transmits-the-traits-to-her-son-only-2-has-50-probability-of-transmission-of-the-mutant-gene-to-the-progeny-3-is-considered-diseased-and-dies-bef https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTM2Mjcw-presence-of-a-barr-body-a-y-chromosome-in-the-karyotype-and-the-affected-individual-having-gynecomastia-point-to-1-klinefelter-s-syndrome-2-cri-du-chat-syndrome-3-turner-s-syndrome-4-edward-s-syndrome https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI2OTkw-mendelian-disorders-are-mainly-determined-by-1-alteration-or-mutation-in-a-single-gene-2-chromosomal-gross-structural-changes-3-recombination-between-linked-genes-4-jumping-genes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgwMDM5-the-mode-of-inheritance-of-the-trait-shown-by-red-color-in-the-given-pedigree-is-most-likely-1-autosomal-recessive-2-autosomal-dominant-3-sex-linked-recessive-4-sex-linked-dominant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0ODg4-a-normal-woman-whose-father-was-colour-blind-is-married-to-a-normal-man-the-sons-would-be-1-50-colour-blind-2-all-normal-3-all-colour-blind-4-75-colour-blind-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4MDcy-consider-the-given-two-statements-assertion-a-unlike-sickle-cell-anaemia-thalassemia-is-essentially-a-quantitative-disorder-with-respect-to-production-of-haemoglobin-in-affected-individuals-reason-r-t https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzY4-an-individual-affected-with-turner-s-syndrome-i-is-a-female-ii-has-45-chromosomes-iii-has-rudimentary-ovaries-of-the-above-statements-the-correct-statements-are-1-only-i-and-ii-2-only-i-and-iii-3-only https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0MTkx-which-of-the-following-is-not-a-hereditary-disease-1-haemophilia-2-cretinism-3-cystic-fibrosis-4-thalasasemia-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDgwOTE4-which-pattern-of-inheritance-is-associated-with-a-trait-that-1-is-not-usually-expressed-in-the-parents-2-is-expressed-in-about-one-fourth-of-the-children-and-3-is-expressed-in-both-male-and-female-chi https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTcwNDc3-aneuploidy-differs-from-polyploidy-in-that-1-aneuploidy-involves-gain-loss-of-individual-chromosomes-2-polyploidy-involves-gain-of-complete-chromosome-sets-3-aneuploidy-is-more-common-than-polyploidy https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk0ODIy-the-total-number-of-pure-lines-prepared-by-mendel-for-his-hybridization-experinent-in-garden-pea-plant-for-seven-characters-were-1-7-2-14-3-2-4-22-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNjk1-mendel-s-work-on-pisum-sativum-shows-that-1-alleles-show-blending-inheritance-2-equal-proportion-of-f-resembled-either-of-the-two-parents-3-in-a-dissimilar-pair-of-factors-members-of-the-pair-are-codo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc0ODA2-mendel-published-his-work-on-inheritance-of-characters-in-1865-but-it-remained-unrecognised-till-1900-because-a-he-could-not-provide-any-physical-proof-for-the-existence-of-factors-b-his-concept-of-fa https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMzc1-which-of-the-following-traits-shows-expression-in-only-homozygous-condition-1-yellow-seed-2-inflated-pod-3-axial-flower-4-wrinkled-seed-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NDg0ODc-genes-which-code-for-a-pair-of-contrasting-traits-or-slightly-different-forms-of-the-same-gene-are-known-as-1-alleles-2-loci-3-cistrons-4-introns-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzQw-which-of-the-following-is-not-true-for-the-law-of-dominance-given-by-mendel-1-characters-are-controlled-by-discrete-units-called-factors-2-factors-occur-in-pairs-3-in-a-dissimilar-pair-of-factors-one https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc0ODE0-read-the-following-statements-a-d-a-autosomal-recessive-trait-can-t-be-transmitted-from-normal-parents-to-the-offspring-b-in-mendelian-cross-blending-of-alleles-are-observed-at-f1-generation-c-dominan https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMDM3-which-one-of-the-following-mendelian-trait-controlling-unit-is-expressed-in-homozygous-condition-only-1-axial-flower-2-yellow-seed-3-yellow-pod-4-smooth-seed-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzM0-a-genetic-cross-between-homozygous-individuals-but-with-different-alleles-for-a-single-gene-of-interest-is-called-as-1-a-reciprocal-cross-2-monohybrid-cross-3-dihybrid-cross-4-test-cross-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTkzNTEy-which-of-the-given-traits-of-pea-selected-by-mendel-during-the-hybridization-experiment-on-pea-can-be-expressed-in-both-homozygous-as-well-as-heterozygous-conditions-1-round-seed-2-green-seed-3-white https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTkzMzM3-select-the-correct-statement-1-chemical-characterization-of-transforming-principle-by-watson-2-test-cross-helps-to-determine-the-genotype-of-a-dominant-plant-of-f2-3-coupling-and-repulsion-hypothesis https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc0ODA4-when-a-violet-flower-of-unknown-genotype-is-crossed-with-white-flower-the-progenies-are-violet-and-white-in-equal-proportion-then-read-the-following-statements-i-this-is-called-test-cross-ii-unknown-f https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMzY2-law-of-segregation-can-be-proved-with-1-the-presence-of-dominant-genotype-in-f2f2f2-2-the-presence-of-recessive-genotype-in-f1f1f1-3-the-presence-of-recessive-homozygous-in-f2f2f2-4-the-presence-of-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc0MTc4-what-percent-of-ab-type-of-gamete-produced-by-a-pea-plant-of-genotype-aabb-1-25-2-50-3-75-4-100-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMDM2-an-individual-with-aabb-genotype-is-producing-four-types-of-gametes-as-ab-ab-ab-and-ab-by-meiosis-if-the-frequency-of-these-gametes-is-25-each-then-it-explains-1-incomplete-linkage-2-mutations-3-indep https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNTk2-what-is-probability-of-homozygous-individuals-for-both-characters-in-f2f2f2-generation-of-a-dihybrid-cross-1-1-2-2-3-4-3-1-3-4-1-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk1MTMw-presence-of-more-than-two-alleles-for-a-gene-is-known-as-1-polygenic-inheritance-2-multiple-allelism-3-co-dominance-4-incomplete-dominance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNDk2-in-human-abo-group-system-different-alleles-allow-the-possibility-of-different-types-of-genotypes-in-population-1-3-4-2-2-4-3-3-6-4-6-3-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc0ODEz-the-unmodified-functioning-allele-which-represents-the-original-phenotype-is-the-a-a-a-allele-and-the-modified-allele-is-b-b-b-the-c-c-c-allele-1-a-recessive-b-generally-c-dominant-2-a-dominant-b-alwa https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMDQx-a-pure-tall-red-flower-plant-was-crossed-with-dwarf-white-flowered-plant-in-f1f1f1-all-were-tall-with-pink-flowers-what-is-the-percentage-probability-of-getting-red-and-pink-flowered-plants-respective https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjUxMTg0-in-antirrhinum-two-plants-with-pink-flowers-were-hybridized-the-f1-plants-produced-red-pink-and-white-flowers-in-the-proportion-of-1-red-2-pink-and-1-white-what-could-be-the-genotype-of-the-two-plants https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTkzNzI1-a-man-with-blood-group-a-marries-a-woman-with-blood-group-b-if-their-child-has-blood-group-o-then-what-could-be-their-genotype-1-both-are-homozygous-2-man-is-homozygous-while-woman-is-heterozygous-3-b https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzQ3-to-study-whether-a-gene-exhibits-multiple-allelism-or-not-one-must-study-1-an-individual-2-a-population-3-a-species-4-with-concentration-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MjY0MTA-in-case-of-starch-synthesis-in-pea-seeds-controlled-by-b-gene-bb-homozygotes-produce-large-and-round-starch-grains-bb-homozygotes-produce-smaller-and-wrinkled-starch-grains-and-heterozygotes-produce-r https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzQ2-what-can-be-the-blood-groups-of-progeny-whose-father-and-mother-are-of-ab-and-o-blood-group-respectively-1-a-and-b-only-2-ab-only-3-all-except-o-4-a-b-ab-and-o-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNTgy-the-phenotype-of-an-individual-may-be-affected-if-the-modified-allele-produces-a-the-normal-less-efficient-enzyme-b-no-enzyme-at-all-c-a-non-functional-enzyme-1-only-a-is-correct-2-only-c-a-are-correc https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMzQ5-if-size-of-strach-grains-in-pea-is-considered-as-phenotype-bb-alleles-show-1-dominance-2-codominance-3-incomplete-dominance-4-pleiotropism-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNzAz-what-is-correct-for-ab-blood-group-system-a-the-effect-of-both-alleles-of-a-gene-is-equally-expressed-b-produces-an-intermediate-phenotypic-effect-c-the-blending-of-both-alleles-occurs-d-there-is-no-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzQ1-blood-group-antigens-are-1-carbohydrates-present-in-plasma-2-carbohydrates-present-on-the-surface-of-rbcs-3-plasma-proteins-4-proteins-present-on-the-surface-of-rbcs-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMzU4-both-the-alleles-produce-their-effect-in-1-heterozygous-b-blood-group-2-sickle-cell-hemoglobin-3-snapdragon-flower-color-4-cucurbits-fruit-color-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc0ODQz-match-column-i-with-column-ii-column-i-column-ii-a-multiple-alleles-i-phenylketonuria-in-humans-b-polygenes-ii-blood-groups-in-humans-c-pleiotropy-iii-skin-color-in-human-1-a-ii-b-i-c-iii-2-a-ii-b-iii https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNTg2-ability-of-a-gene-to-have-multiple-phenotypic-effects-is-known-as-1-co-dominance-2-pleiotropy-3-multiple-allelism-4-incomplete-dominance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTE2MTQw-how-many-of-the-following-statements-is-are-correct-for-a-polygenic-inheritance-1-they-show-uniformity-2-controlled-by-three-or-more-genes-3-it-is-not-influenced-by-the-environment-4-in-polygenic-inhe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMDkx-in-pea-the-gene-that-controls-starch-synthesis-shows-all-of-the-following-except-1-dominance-2-incomplete-dominance-3-multiple-allelism-4-pleiotropy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMTAx-all-are-x-linked-traits-except-1-colourblindness-2-haemophilia-3-deficiency-of-glucose-6-phosphate-dehydrogenase-4-hypertrichosis-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNDg4-who-noticed-that-the-behaviour-of-chromosomes-is-parallel-to-the-behaviour-of-genes-1-temin-and-baltimore-2-correns-and-tschermak-3-beadle-and-tatum-4-sutton-and-boveri-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNDc0-morgan-worked-with-the-tiny-fruit-flies-drosophila-melanogaster-which-were-suitable-for-genetical-studies-as-a-they-could-be-grown-on-simple-medium-b-they-complete-their-life-cycle-in-about-two-weeks https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTkzMzM2-which-of-the-following-pairs-is-wrongly-matched-1-dog-flower-incomplete-dominance-2-non-disjunction-aneuploidy-3-linkage-morgan-4-sutton-and-boveri-recombination-and-linkage-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNDky-experiment-verification-of-the-chromosomal-theory-of-inheritance-was-given-by-1-sutton-and-boveri-2-thomas-hunt-morgan-3-de-vries-4-mendal-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc0ODUy-sutton-combined-cytological-observation-on-meiotic-cell-division-and-mendel-s-concept-on-inheritance-to-propose-1-laws-of-inheritance-2-chromosomal-theory-of-inheritance-3-law-of-segregation-4-law-of https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNjc4-the-figure-below-shows-the-chromosome-segregation-during-germ-cells-formation-with-four-stages-labelled-as-a-b-c-and-d-select-the-right-option-giving-all-the-four-stages-correctly-identified-1-a-inter https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNzYx-which-of-the-following-is-a-non-parental-type-of-progeny-obtained-by-morgan-while-carrying-out-a-dihybrid-cross-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNTg5-morgan-and-his-group-observed-when-the-two-genes-in-a-dihybrid-cross-were-situated-on-the-same-chromosome-the-proportion-of-parental-gene-combinations-were-much-higher-than-the-non-parental-type-this https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNjUx-which-one-of-the-following-statement-is-incorrect-1-sturtevant-used-the-frequency-of-recombination-between-gene-pairs-on-the-same-chromosome-as-a-measure-of-the-distance-between-genes-2-sutton-and-bov https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMDkz-what-is-incorrect-for-genetic-maps-1-alfred-sturtevant-prepared-it-for-the-first-time-using-monohybrid-test-cross-2-it-is-a-measure-of-the-distance-between-genes-present-on-the-same-chromosome-3-stron https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk2MzQ5-genes-for-which-of-the-following-characters-in-drosophila-were-found-to-be-very-tightly-linked-by-morgan-1-eye-colour-and-wing-size-2-body-colour-and-wing-size-3-wing-colour-and-eye-colour-4-body-colo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTE2MTQ0-choose-the-correct-statement-about-recombination-and-linkage-1-complete-linkage-results-in-higher-non-parental-gene-combinations-than-parental-type-2-recombination-results-in-the-generation-of-parenta https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc0ODU1-observe-the-sex-determination-in-the-following-i-human-males-xy-ii-female-hen-zw-iii-male-drosophila-xy-iv-male-grasshopper-xo-v-male-birds-zz-male-heterogamety-a-female-heterogamety-b-male-homogamety https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk1Njc3-sex-of-progeny-is-determined-by-female-parent-in-1-drosophila-2-bird-3-human-4-grasshopper-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk0ODIz-heterogametes-are-produced-by-1-human-female-2-female-grasshopper-3-female-drosophila-4-female-bird-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk2ODMz-50-of-the-male-gametes-have-only-autosomes-and-the-rest-50-have-both-autosomes-and-one-sex-chromosomes-in-1-grasshopper-2-drosophila-3-birds-4-butterflies-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTAxNzYw-during-his-observation-of-spermatogenesis-in-a-few-insects-henking-found-that-a-nuclear-structure-was-received-by-50-of-the-sperms-what-did-he-call-this-structure-1-x-body-2-y-body-3-x-chromosome-4-y https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNjAy-choose-correct-option-with-respect-to-given-figure-for-determination-of-sex-by-chromosomal-differences-1-b-after-spermatogenesis-forms-only-one-type-of-gametes-2-b-c-represents-same-sex-3-a-d-are-hete https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNzUy-morgan-observed-tight-linkage-in-drosophila-with-only-1-3-percent-recombination-for-1-white-eye-and-yellow-body-2-normal-wing-and-yellow-body-3-white-eye-and-miniature-wing-4-yellow-body-and-miniature https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNzU3-morgan-coined-the-term-recombination-to-describe-1-physical-association-of-genes-on-a-chromosome-2-generation-of-new-traits-by-mutation-3-linkage-of-two-genes-on-different-chromosomes-4-generation-of https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk1NDM4-males-produce-two-types-of-gametes-in-1-butterflies-2-birds-3-drosophila-4-moth-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNzQ5-which-of-the-following-pair-is-wrongly-matched-1-factors-discrete-units-2-multiple-alleles-abo-blood-group-3-female-drosophila-heterogametic-4-inborn-error-phenylketonuria-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNzM4-read-the-following-four-statements-a-d-a-the-characters-never-blend-in-heterozygous-condition-b-change-in-a-single-base-pair-of-dna-does-not-cause-mutation-c-cancer-cells-commonly-show-chromosomal-abe https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNjgw-males-are-heterogametic-and-females-are-homogametic-in-1-human-beings-and-birds-2-fruit-fly-and-butter-fly-3-grasshopper-and-cockroach-4-birds-and-silkworm-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk1NDQy-in-pedigree-analysis-the-symbol-for-affected-male-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNjk3-in-the-pedigree-analysis-the-meaning-of-the-symbol-is-1-still-birth-2-dizygotic-twin-3-mating-between-relatives-4-sex-unspecified-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTIzMDUz-a-normal-woman-whose-father-had-colour-blindness-married-a-normal-man-what-is-the-chance-of-occurrence-of-colour-blindness-in-the-progeny-1-25-2-50-3-100-4-74-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNDYz-in-the-given-below-figure-what-does-a-and-b-represent-1-gag-glumatic-acid-2-gug-valine-3-gag-valine-4-gug-glumatic-acid-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk0ODI1-in-a-person-suffering-from-sickle-cell-anaemia-the-template-strand-of-sickle-cell-hb-s-gene-has-a-specific-nitrogenous-base-sequence-that-codes-for-valine-amino-acid-the-base-sequence-on-template-stra https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTU2MTYz-two-phenotypically-normal-individuals-have-an-affected-child-what-can-we-conclude-about-the-parents-1-they-both-carried-the-diesease-allele-2-they-are-not-the-parents-of-the-child-3-they-are-affected https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMDg4-which-one-of-the-following-traits-are-controlled-by-genes-located-on-the-differential-part-of-x-chromosome-1-porcupine-skin-and-epidermolysis-bullosa-2-beard-in-man-and-milk-glands-in-female-3-color-b https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTQwNjQz-which-of-the-following-is-not-a-hereditary-disease-1-haemophilia-2-cretinism-3-cystic-fibrosis-4-thalassemia-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNzM3-how-many-diseases-in-the-list-given-below-are-mendelian-disorders-1-four-2-five-3-six-4-seven-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTIyNzk2-cystic-fibrosis-myotonic-dystrophy-and-thalassemia-are-1-chromosomal-disorders-2-autosomal-recessive-disorders-3-mendelian-disorders-4-autosomal-dominant-disorders-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTc1NTg0-queen-victoria-of-england-was-1-haemophilic-carrier-2-colour-blind-3-aids-patients-4-deaf-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTkzNzEy-the-genetic-disease-that-transfer-from-a-phenotypically-normal-but-carrier-female-to-only-some-of-the-male-progenies-the-disease-is-1-autosomal-dominant-2-autosomal-recessive-3-sex-linked-dominant-4-s https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNDY0-choose-odd-one-out-with-respect-to-chromosomal-disorder-1-down-s-syndrome-2-klinefelter-s-syndrome-3-turner-s-syndrome-4-thalassemia-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTIxNDc0-all-are-the-characteristics-of-an-individual-from-trisomy-of-chromosome-21-except-1-short-stature-2-gynaecomastia-3-palm-crease-4-furrowed-tongue-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTM4MDY2-a-person-with-down-syndrome-will-show-all-the-given-symptoms-except-1-many-loops-on-finger-tips-2-flat-back-of-head-3-big-and-wrinkled-tongue-4-narrow-round-face-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjI4NzA-which-of-the-following-would-not-be-a-feature-seen-in-a-patient-with-the-following-karyotype-1-many-loops-on-fingertips-2-congenital-heart-disease-3-big-and-wrinkled-tongue-4-mucus-clogging-of-airways https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246NjIzNTQ-consider-the-following-statements-i-people-affected-by-phenylketonuria-are-unable-to-convert-tyrosine-to-phenylalanine-ii-alzheimer-s-disease-results-from-the-accumulation-of-amyloid-protein-plaques-i https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTk0MTM4-chromosome-component-in-the-person-affected-from-klinefelter-syndrome-will-be-1-44-xx-2-44-xxy-3-44-xy-4-44-xo-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwNDg2-match-the-following-column-l-column-li-a-haemophilia-i-rudimentary-ovaries-b-sickle-cell-anaemia-ii-x-linked-recessive-c-turner-s-syndrome-iii-gynaecosmastia-d-klinefelter-s-syndrom-iv-autosomal-reces https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMDk0-match-the-column-correctly-column-l-column-li-a-phenylketonuria-i-autosomal-trisomy-associated-with-mongolism-b-down-s-syndrome-ii-gynaecomastia-c-klinefelter-s-syndrome-iii-autosomal-recessive-trait https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTcwMzIx-if-we-change-the-position-of-genes-on-chromosomes-it-will-be-included-in-1-gene-mutation-2-chromosomal-mutation-3-polyploidy-4-transversion-mutation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTkyOTE5-in-which-animal-do-haploid-cells-divide-mitotically-to-produce-gametes-1-male-honeybees-2-male-grasshoppers-3-male-earthworms-4-male-frogs-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTkyOTE0-in-a-population-of-a-grasshopper-species-the-chromosome-number-of-some-members-is-23-and-some-other-members-possess-24-chromosomes-the-23-and-24-chromosome-bearing-members-in-this-species-are-1-all-ma https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTkyOTA0-what-is-the-probability-of-having-children-with-o-blood-group-where-both-mother-and-father-are-heterozygous-for-a-and-b-blood-group-respectively-1-50-2-0-3-75-4-25-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTkyODk3-the-sixth-mutant-codon-of-beta-globin-gene-causing-polymerization-of-haemoglobin-and-change-in-rbc-shape-is-1-cag-2-gug-3-aug-4-gag-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTkyODc4-which-of-the-following-statements-are-true-with-reference-to-the-sex-determination-in-honeybees-a-an-offspring-formed-from-the-union-of-a-sperm-and-an-egg-develops-as-a-female-queen-or-worker-b-an-unf https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTkyODc0-match-list-i-with-list-ii-list-i-list-ii-a-incomplete-dominance-i-human-skin-colour-b-co-dominance-ii-inheritance-of-flower-colour-in-antirrhinum-sp-c-pleiotropy-iii-phenylketonuria-disease-in-humans https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTkyODcz-which-one-of-the-following-disorders-is-caused-by-the-substitution-of-glutamic-acid-glu-by-valine-val-at-the-sixth-position-of-the-beta-globin-chain-of-the-haemoglobin-molecule-1-haemophilia-2-thalass https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTk4MzUy-given-below-are-two-statements-statement-i-down-s-syndrome-is-caused-by-the-absence-of-one-of-the-x-chromosomes-statement-ii-turner-s-syndrome-is-caused-by-the-presence-of-an-additional-copy-of-the-ch https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTk4MzE0-for-a-person-with-blood-group-o-which-of-the-following-is-not-a-possible-combination-of-parents-blood-group-genotypes-1-father-i-ai-b-and-mother-i-ai-2-father-i-ai-and-mother-i-bi-3-father-i-ai-and-mo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTk4MzEx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-id-labelled-as-reason-r-assertion-a-in-an-experiment-mendel-observed-that-the-f1-progeny-plants-are-all-tall-and-none-are-dw https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTM1Mjg0-genes-r-and-y-follow-independent-assortment-if-rryy-produce-round-yellow-seed-and-rryy-produce-wrinkled-green-seeds-what-will-be-then-phenotypic-ratio-of-the-f2-generation-1-phenotypic-ratio-9-3-3-1-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTM1MjY0-with-the-help-of-the-given-pedigree-find-out-the-probability-for-the-birth-of-a-child-having-no-disease-and-being-a-carrier-has-the-disease-mutation-in-one-allele-of-the-gene-in-f-3-generation-1-1-8-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTM1MjI3-what-is-the-pattern-of-inheritance-for-polygenic-traits-1-autosomal-dominant-pattern-2-x-linked-recessive-inheritance-pattern-3-mendelian-inheritance-pattern-4-non-mendelian-inheritance-pattern-1-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDY4Njc5-when-a-tall-pea-plant-with-round-seeds-was-selfed-it-produced-the-progeny-of-a-tall-plants-with-round-seeds-and-b-tall-plants-with-wrinkled-seeds-identify-the-genotype-of-the-parent-plant-1-ttrr-2-ttr https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU2NzUz-which-of-the-following-is-not-an-autosomal-recessive-disorder-1-sickle-cell-anemia-2-phenylketonuria-3-haemophilia-4-thalassemia-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDY4NjA0-given-below-are-two-statements-statement-i-when-many-alleles-of-single-gene-govern-a-character-it-is-called-polygenic-inheritance-statement-ii-in-polygenic-inheritance-the-effect-of-each-allele-is-add https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDY4NjA3-list-i-types-of-inheritance-list-ii-example-a-incomplete-dominance-i-blood-groups-in-human-b-co-dominance-ii-flower-colour-in-antirrhinum-c-pleiotropy-iii-skin-colour-in-human-d-polygenic-inheritance https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDY4NjQ5-given-below-are-two-statements-statement-i-failure-of-segregation-of-chromatids-during-cell-cycle-resulting-in-the-gain-or-loss-of-whole-set-of-chromosome-in-an-organism-is-known-as-aneuploidy-stateme https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDY4Njk1-the-mother-has-a-blood-group-the-father-has-b-and-the-child-is-a-what-can-be-possible-genotypes-of-all-three-respectively-a-iaia-ibi-ibi-b-iaia-ibi-iai-c-ib-i-ia-ia-ia-ib-d-iaia-ibib-iai-e-ia-ibi-iai https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzM5NDYx-which-of-the-following-occurs-due-to-the-presence-of-autosome-linked-dominant-trait-1-thalessemia-2-sickle-cell-anaemia-3-myotonic-dystrophy-4-haemophilia-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mjc3MjIx-the-production-of-gametes-by-the-parents-formation-of-zygotes-the-f1-and-f2-plants-can-be-understood-from-a-diagram-called-1-punnett-square-2-net-square-3-bullet-square-4-punch-square-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODkyNzU-thalassemia-and-sickle-cell-anaemia-are-caused-due-to-a-problem-in-globin-molecule-synthesis-select-the-correct-statement-1-both-are-due-to-a-quantitative-defect-in-globin-chain-synthesis-2-thalassemi https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODkzNjY-among-the-following-characters-which-one-was-not-considered-by-mendel-in-his-experiments-on-pea-1-trichomes-gladular-or-non-gladular-2-seed-green-or-yellow-3-pod-inflated-or-constricted-4-stem-tall-or https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODk1NDE-which-one-from-those-given-below-is-the-period-for-mendel-s-hybridization-experiments-1-1840-1850-2-1857-1869-3-1870-1877-4-1856-1863-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODkzNjE-a-true-breeding-plant-is-1-one-that-is-able-to-breed-on-its-own-2-produced-due-to-cross-pollination-among-unrelated-plants-3-near-homozygous-and-produces-offspring-of-its-own-kind-4-always-homozygous https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA0NzA-a-tall-true-breeding-garden-pea-plant-is-crossed-with-a-dwarf-true-breeding-garden-pea-plant-when-the-f1-plants-were-selfed-the-resulting-genotypes-were-in-the-ratio-of-1-1-2-1-tall-heterozygous-tall https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA1MTI-pick-out-the-correct-statements-i-haemophilia-is-a-sex-linked-recessive-disease-ii-down-s-syndrome-is-due-to-aneuploidy-iii-phenylketonuria-is-an-autosomal-recessive-gene-disorder-iv-sickle-cell-anaem https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA1MjA-in-a-test-cross-involving-f1-dihybrid-flies-more-parental-type-offspring-were-produced-than-the-recombinant-type-offspring-this-indicates-1-chromosomes-failed-to-separate-during-meiosis-2-the-two-gene https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA5NjA-in-the-following-human-pedigree-the-filled-symbols-represent-the-affected-individuals-identify-the-type-of-given-pedigree-1-autosomal-dominant-2-x-linked-recessive-3-autosomal-recessive-4-x-linked-dom https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA5NzE-in-his-classic-experiments-on-pea-plants-mendel-did-not-use-1-seed-color-2-pod-length-3-seed-shape-4-flower-position-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTEwMjY-a-pleiotropic-gene-1-is-expressed-only-in-primitive-plants-2-is-a-gene-that-evolved-during-pliocene-3-controls-a-trait-only-in-combination-with-another-gene-4-controls-multiple-traits-in-an-individual https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTExNzQ-how-many-pairs-of-contrasting-characters-in-pea-plants-were-studied-by-mendel-in-his-experiments-1-five-2-six-3-eight-4-seven-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTEzMjM-alleles-are-1-different-phenotype-2-true-breeding-homozygotes-3-different-molecular-forms-of-a-gene-4-heterozygotes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTE5ODM-a-human-female-with-turner-s-syndrome-1-has-45-chromosomes-with-xo-2-has-one-additional-chromosome-3-exhibit-male-character-4-is-able-to-produce-children-with-a-normal-husband-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTE1MjI-if-two-persons-with-ab-blood-group-marry-and-have-the-sufficiently-large-number-of-children-these-children-could-be-classified-as-a-blood-group-ab-blood-group-b-blood-group-in-1-2-1-ratio-the-modern-t https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTE1NTA-which-mendelian-idea-is-depicted-by-a-cross-in-which-the-f1-generation-resembles-both-the-parents-1-law-of-dominance-2-inheritance-of-one-gene-3-co-dominance-4-incomplete-dominance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTIwMDA-which-of-the-following-statements-is-not-true-of-two-genes-that-show-50-recombination-frequency-1-the-genes-are-tightly-linked-2-the-genes-show-independent-assortment-3-if-the-genes-are-present-on-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTIwMDI-the-incorrect-statement-with-regard-to-haemophilia-is-1-it-is-a-recessive-disease-2-it-is-a-dominant-disease-3-a-single-protein-involved-in-the-clotting-of-blood-is-affected-4-it-is-a-sex-linked-disea https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTIzOTU-f2-generation-in-a-mendelian-cross-showed-that-both-genotypic-and-phenotypic-ratios-are-same-as-1-2-1-it-represents-a-case-of-1-co-dominance-2-dihybrid-crosses-3-monohybrid-crosses-with-complete-domin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjUwOTMw-a-test-cross-is-carried-out-to-1-predict-whether-two-traits-are-linked-2-assess-the-number-of-alleles-of-a-gene-3-determine-whether-two-species-or-varieties-will-breed-successfully-4-determine-the-gen https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTI3MjM-which-one-of-the-following-conditions-correctly-describes-the-manner-of-determining-the-sex-in-the-given-example-1-xo-type-of-sex-chromosomes-determines-male-sex-in-grasshopper-2-xo-condition-in-human https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjUxMzIx-test-cross-in-plants-or-in-drosophila-involves-crossing-1-between-two-genotypes-with-dominant-trait-2-between-two-genotypes-with-recessive-trait-3-between-two-f1-hybrids-4-the-f1-hybrid-with-a-double https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTI2OTE-which-one-of-the-following-cannot-be-explained-on-the-basis-of-mendel-s-law-of-dominance-1-the-discrete-unit-controlling-a-particular-character-is-called-a-factor-2-out-of-one-pair-of-factors-one-is-d https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTI4MzE-the-genotype-of-a-plant-showing-the-dominant-phenotype-can-be-determined-by-1-test-cross-2-dihybrid-cross-3-pedigree-analysis-4-back-cross-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTI4MzU-abo-blood-groups-in-humans-are-controlled-by-the-gene-i-it-has-three-alleles-ia-ib-and-i-since-there-are-three-different-alleles-six-different-genotypes-are-possible-how-many-phenotypes-can-occur-1-th https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTI4NDI-select-the-correct-statement-from-the-ones-given-below-with-respect-to-dihybrid-cross-1-tightly-linked-genes-on-the-same-chromosome-show-higher-recombinations-2-genes-far-apart-on-the-same-chromosome https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjUxMjAy-a-cross-in-which-an-organism-showing-a-dominant-phenotype-in-crossed-with-the-recessive-parent-in-order-to-know-its-genotype-is-called-1-back-cross-2-test-cross-3-dihybrid-cross-4-monohybrid-cross-1-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjUxMjcx-the-fruit-fly-drosophila-melanogaster-was-found-to-be-very-suitable-for-experimental-verification-of-the-chromosomal-theory-of-inheritance-by-morgan-and-his-colleagues-because-1-a-single-mating-produc https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTMzNzg-sickle-cell-anaemia-is-1-an-autosomal-linked-dominant-trait-2-caused-by-substitution-of-valine-by-glutamic-acid-in-the-globin-chain-of-haemoglobin-3-caused-by-a-change-in-base-pair-of-dna-4-characteri https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTMzODg-study-the-pedigree-chart-given-below-what-does-it-show-1-inheritance-of-a-sex-linked-inborn-error-of-metabolism-2-inheritance-of-a-condition-like-phenylketonuria-as-an-autosomal-recessive-trait-3-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTM3NTc-which-one-of-the-following-conditions-in-humans-is-correctly-matched-with-its-chromosomal-abnormality-linkage-1-klinefelter-s-syndrome-44-autosomes-xxy-2-colourblindness-y-linked-3-erythroblastosis-fo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTM4MjM-two-genes-r-and-y-are-located-very-close-on-the-chromosomal-linkage-map-of-the-maize-plant-when-rryy-and-rryy-genotypes-are-hybridized-then-f2-segregation-will-show-1-higher-number-of-the-recombinant https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTM4NTc-a-common-test-to-find-the-genotype-of-a-hybrid-is-by-1-crossing-of-one-f2-progeny-with-a-male-parent-2-crossing-of-one-f2-progeny-with-a-female-parent-3-studying-the-sexual-behaviour-of-f1-progenies-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTM4OTI-in-pea-plants-yellow-seeds-are-dominant-to-green-if-a-heterozygous-yellow-seeded-plant-is-crossed-with-a-green-seeded-plant-what-ratio-of-yellow-and-green-seeded-plants-would-you-expect-in-f1generatio https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQxMzU-which-one-of-the-following-is-an-example-of-polygenic-inheritance-1-flower-colour-in-mirabilis-jalapa-2-production-of-male-honey-bee-3-pod-shape-in-garden-pea-4-skin-colour-in-humans-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQxNDc-test-cross-involves-1-crossing-between-two-genotypes-with-recessive-trait-2-crossing-between-two-f1-hybrids-3-crossing-the-f1-hybrid-with-a-double-recessive-genotype-4-crossing-between-two-genotypes-w https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0MTc1-in-order-to-find-out-the-different-types-of-gametes-produced-by-a-pea-plant-having-the-genotype-aabb-it-should-be-crossed-to-a-plant-with-the-genotype-1-aabb-2-aabb-3-aabb-4-aabb-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0MjIy-haemophilia-is-more-commonly-seen-in-human-males-than-in-human-females-because-1-this-disease-is-due-to-a-y-linked-recessive-mutation-2-this-disease-is-due-to-an-x-linked-recessive-mutation-3-this-dis https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0MjM4-a-woman-with-47-chromosomes-due-to-three-copies-of-chromosome-21-is-characterized-by-1-turner-syndrome-2-down-syndrome-3-superfemaleness-4-triploidy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0MjM5-a-man-and-a-woman-who-do-not-show-any-apparent-signs-of-a-certain-inherited-disease-have-seven-children-2-daughters-and-5-sons-three-of-the-sons-suffer-from-the-given-disease-but-none-of-the-daughters https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0OTUx-lack-of-independent-assortment-of-two-genes-a-and-b-in-the-fruit-fly-drosophila-is-due-to-1-recombination-2-linkage-3-crossing-over-4-repulsion-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MDAy-in-a-plant-red-fruit-r-is-dominant-over-yellow-fruit-r-and-tallness-t-is-dominant-over-shortness-t-if-a-plant-with-rrtt-genotype-is-crossed-with-a-plant-that-is-rrtt-1-50-will-be-tall-with-red-fruit-2 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTE1-the-linkage-map-of-the-x-chromosome-of-fruitfly-has-66-units-with-yellow-body-gene-y-at-one-end-and-bobbed-hair-b-gene-at-the-other-end-the-recombination-frequency-between-these-two-genes-y-and-b-shou https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTI3-when-a-cluster-of-genes-shows-linkage-behaviour-they-1-do-not-show-a-chromosome-map-2-show-recombination-during-meiosis-3-do-not-show-independent-assortment-4-induce-cell-division-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NDE3-change-in-the-sequence-of-nucleotides-in-dna-is-called-1-mutagen-2-mutation-3-recombination-4-translation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NTQ3-which-of-the-following-is-the-example-of-a-sex-linked-disease-1-aids-2-colour-blindness-3-syphilis-4-gonorrhoea-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NTUz-a-gene-is-said-to-be-dominant-if-1-it-expresses-its-effect-only-in-the-homozygous-stage-2-it-expresses-only-in-heterozygous-condition-3-it-expresses-both-in-homozygous-and-heterozygous-conditions-4-it https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODEz-independent-assortment-of-genes-does-not-take-place-when-1-genes-are-located-on-homologous-chromosomes-2-genes-are-linked-and-located-on-the-same-chromosome-3-genes-are-located-on-non-homologous-chrom https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODIy-when-dominant-and-recessive-alleles-express-themselves-together-it-is-called-1-co-dominance-2-dominance-3-amphidominance-4-pseudo-dominance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODI1-the-probability-of-four-sons-to-a-couple-is-1-1-4-2-1-8-3-1-16-4-1-32-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2OTA4-sickle-cell-anaemia-is-due-to-1-change-of-amino-acid-in-chain-of-haemoglobin-2-change-of-amino-acid-in-chain-of-haemoglobin-3-change-of-amino-acid-in-both-and-chains-of-haemoglobin-4-change-of-amino-a https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MjE4-according-to-mendelism-which-character-is-showing-dominance-1-terminal-position-of-the-flower-2-green-colour-in-the-seed-coat-3-wrinkled-seed-4-green-pod-colour-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NjQ3-mangolian-idiots-are-due-to-trisomy-in-the-21st-chromosome-is-called-1-down-s-syndrome-2-turner-s-syndrome-3-kleinfelters-syndrome-4-triplex-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NzA3-in-drosophila-the-xxy-condition-leads-to-femaleness-whereas-in-human-beings-the-same-condition-leads-to-klinefelter-s-syndrome-in-males-it-proves-1-in-human-beings-the-y-chromosome-is-active-in-sex-de https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MDIz-what-change-occurs-by-changing-one-base-in-dna-1-always-a-change-of-one-amino-acid-in-protein-2-change-in-complex-sequence-of-amino-acid-3-always-a-change-in-property-of-protein-4-does-not-necessarily https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MDUz-the-allele-for-tallness-is-dominant-over-that-of-dwarfness-this-is-called-1-law-of-independent-assortment-2-law-of-segregation-3-law-of-unit-character-4-law-of-dominance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MDU1-what-ratio-is-expected-in-offsprings-if-father-is-colour-blind-and-mother-s-father-was-colour-blind-1-50-daughter-colour-blind-2-all-the-sons-are-colour-blind-3-all-the-daughters-colour-blind-4-all-th https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MTYz-among-fraternal-twins-one-baby-is-haemophilic-while-the-baby-s-brother-is-normal-which-statement-is-true-1-baby-is-male-2-baby-is-female-3-mother-is-heterozygous-4-mother-is-homozygous-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MTg2-minor-change-in-a-gene-s-structure-is-called-1-reversible-mutation-2-point-mutation-3-forward-mutation-4-backward-mutation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0Mzk5-if-a-female-having-gene-for-haemophilia-and-colour-blindness-on-one-x-chromosome-marries-a-normal-male-then-what-are-the-chances-in-their-offspring-1-50-sons-diseased-and-50-normal-2-all-normal-offspr https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0NDAz-reason-for-trisomy-in-down-s-syndrome-is-1-non-disjunction-during-sperm-formation-2-non-disjunction-during-egg-formation-3-non-disjunction-at-the-time-of-egg-or-sperm-formation-4-addition-of-one-extra https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0NDU2-mental-retardation-in-man-occurs-due-to-1-loss-of-one-x-chromosome-2-addition-of-one-x-chromosome-3-slight-growth-in-y-4-overgrowth-in-y-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0NDY2-abo-blood-group-has-1-two-codominant-and-one-recessive-allele-2-two-codominant-and-two-recessive-allele-3-two-incompletely-dominant-genes-4-two-pseudo-alleles-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTAy-the-famous-double-helix-model-of-dna-was-proposed-by-watson-and-crick-in-and-they-shared-nobel-prize-for-physiology-or-medicine-in-for-their-effort-1-1951-19712-1943-1963-3-1953-19624-1969-1972-1-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NDk5-a-plant-on-repeated-self-pollination-preserves-the-trait-expressed-for-many-generations-such-a-plant-is-said-to-be-1-panmictic-2-homologous-3-apomictic-4-pure-line-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTA2-which-of-the-following-is-a-recessive-trait-for-a-character-chosen-by-mendel-in-garden-pea-1-violet-flower-colour-2-yellow-pod-colour-3-axial-flower-position-4-tall-stem-height-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTM1-the-f1-progeny-in-monohybrid-crosses-by-mendel-resembled-1-the-parent-exhibiting-the-dominant-trait-completely-2-the-parent-exhibiting-recessive-trait-comp-3-the-parent-exhibiting-the-dominant-trait-p https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTQ3-genes-that-code-for-a-pair-of-contrasting-traits-or-slightly-different-forms-of-the-same-gene-are-known-as-1-alleles-2-loci-3-cistrons-4-introns-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTU5-in-true-breeding-the-allelic-pair-of-genes-are-1-homologous-2-linked-3-stable-4-homozygous-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTEx-a-graphical-representation-to-calculate-the-probability-of-all-possible-genotypes-of-offspring-in-a-genetic-cross-is-called-as-1-forked-line-diagram2-punnett-square-3-pedigree-chart4-idiogram-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTc0-a-test-cross-is-done-to-find-out-1-fitness-of-an-organism-2-genotype-of-a-plant-expressing-dominant-phenotype-3-the-suitable-parents-for-a-mendelian-cross-4-the-hidden-genotypic-ratio-of-f2-phenotypes https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTMw-what-is-the-ratio-of-a-typical-monohybrid-test-cross-1-2-1-2-3-1-3-1-2-1-4-1-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTYy-the-expression-of-only-one-of-the-parental-characters-in-a-monohybrid-cross-in-the-f1-the-expression-of-both-in-the-f2-and-the-proportion-of-3-1-obtained-at-the-f2-can-be-explained-by-1-law-of-dominan https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NDkx-the-inheritance-of-flower-colour-in-dog-flower-and-4-o-clock-plant-exhibits-1-complete-dominance-2-incomplete-dominance-3-co-dominance-4-lethality-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTAw-what-is-the-f2-phenotypic-ratio-in-cases-of-incomplete-dominance-1-1-1-2-3-1-3-1-2-1-4-1-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTQ1-in-the-case-of-co-dominance-the-f1-generation-resembles-1-dominant-parent-2-recessive-parent-3-both-the-parents-4-none-of-the-parents-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTcx-the-number-of-alleles-the-genotypic-combinations-and-phenotypes-in-the-abo-system-are-respectively-1-3-6-and-4-2-3-4-and-6-3-2-3-and-4-4-2-3-and-6-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTIw-what-can-be-the-blood-groups-of-progeny-whose-father-and-mother-are-of-ab-and-o-blood-groups-respectively-1-a-and-b-only-2-ab-only-3-all-except-o-4-a-b-ab-and-o-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTA5-to-study-whether-a-gene-exhibits-multiple-allelism-or-not-one-must-study-1-an-individual2-a-population-3-a-species4-with-concentration-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NDkz-occasionally-a-single-gene-product-may-produce-more-than-one-effect-such-a-gene-is-said-to-be-1-pleiotropic-2-polygenic-3-psuedoallele-4-housekeeping-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTE0-when-two-pairs-of-traits-are-combined-in-a-hybrid-segregation-of-one-pair-of-characters-is-independent-of-the-other-pair-of-characters-this-is-the-statement-of-1-law-of-dominance-2-law-of-segregation https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTE3-in-1900-mendel-s-work-was-rediscovered-by-1-khorana-nirenberg-and-mathei-2-de-vries-correns-and-von-tschermak-3-avery-mccleod-and-mccarty-4-watson-crick-and-wilkins-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTY5-when-morgan-hybridised-yellow-bodied-white-eyed-females-to-brown-bodied-red-eyed-males-and-intercrossed-their-f1-progeny-the-f2-ratio-deviated-very-significantly-from-the-9-3-3-1-ratio-this-can-be-att https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTI0-when-the-two-genes-in-a-dihybrid-cross-are-situated-on-the-same-chromosome-1-the-proportion-of-parental-gene-combinations-was-much-higher-than-the-non-parental-type-2-the-proportion-of-parental-gene-c https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgwMDI4-the-progeny-of-a-dihybrid-test-cross-aabb-x-aabb-show-the-following-genotypes-aabb-160-aabb-460-aabb-440-aabb-140-the-recombination-frequency-between-the-two-loci-is-1-12-5-2-25-3-15-4-30-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjM3NzE1-a-trait-displays-continuous-phenotypic-variation-and-is-spread-across-a-gradient-usually-the-inheritance-of-this-trait-can-be-described-as-1-dominant-recessive-inheritance-2-multiple-allele-inheritanc https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzU5NDUw-a-male-with-genotype-aabbcc-and-a-very-dark-complexion-mates-with-a-female-with-genotype-aabbcc-and-a-very-fair-complexion-what-is-the-probability-of-their-progeny-being-born-with-an-intermediate-skin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NDk3-the-mechanism-of-sex-determination-in-grasshoppers-is-1-xx-xy-male-heterogamety-2-xx-xy-female-heterogamety-3-xx-xo-male-heterogamety-4-xx-xo-female-heterogamety-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTIz-in-birds-the-mechanism-of-sex-determination-is-1-xx-xy-male-heterogamety-2-zz-zw-female-heterogamety-3-xx-xo-male-heterogamety-4-zz-zw-male-heterogamety-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTY2-mutations-that-arise-due-to-changes-in-a-single-base-pair-of-dna-are-called-as-1-chromosomal-aberrations2-point-mutations-3-nonsense-mutations4-frameshift-mutations-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzU5NDU2-the-mode-of-inheritance-of-the-mendelian-disorder-shown-in-the-given-pedigree-chart-is-most-likely-1-autosomal-recessive-2-autosomal-dominant-3-sex-linked-recessive-4-sex-linked-dominant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzU5NDU3-the-mode-of-inheritance-of-the-mendelian-disorder-shown-in-the-given-pedigree-chart-is-most-likely-1-autosomal-recessive-2-autosomal-dominant-3-sex-linked-recessive-4-sex-linked-dominant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTcy-thalassemia-is-inherited-as-a-an-condition-1-autosomal-recessive2-autosomal-dominant-3-sex-linked-recessive4-sex-linked-dominant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgwMDQx-a-human-female-who-is-not-color-blind-but-whose-father-was-color-blind-marries-a-normal-male-what-proportion-of-their-male-progeny-will-have-red-green-color-blindness-1-75-2-50-3-25-4-0-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTMz-which-of-the-following-amino-acid-substitution-in-the-beta-chain-of-the-haemoglobin-molecule-leads-to-the-development-of-sickle-cell-anaemia-1-arginine-by-tyrosine-2-tyrosine-by-phenylalanine-3-valine https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTUw-what-is-the-mode-of-inheritance-of-phenylketonuria-1-autosomal-recessive2-autosomal-dominant-3-sex-linked-recessive4-sex-linked-dominant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTM0-in-phenylketonuria-i-phenylpyruvic-acid-and-other-derivatives-are-accumulated-in-the-brain-resulting-in-mental-retardation-ii-these-are-also-excreted-through-urine-because-of-their-poor-absorption-by https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTY0-when-there-is-a-change-in-the-chromosome-number-such-that-the-changes-number-is-not-an-exact-multiple-of-base-number-haploid-number-the-condition-is-called-as-1-euploidy-2-aneuploidy-3-aberration-4-no https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzU5NDYx-what-will-be-true-regarding-the-comparison-of-thalassemia-and-sickle-cell-anaemia-1-the-former-is-a-quantitative-problem-of-synthesising-too-few-globin-molecules-while-the-latter-is-a-qualitative-prob https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTM2-failure-of-cytokinesis-after-telophase-stage-of-cell-division-results-in-an-increase-in-a-whole-set-of-chromosomes-in-an-organism-and-this-phenomenon-is-known-as-1-aneuploidy-2-translocation-3-polyplo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTUx-which-of-the-following-is-not-a-feature-of-down-s-syndrome-1-it-is-caused-by-a-non-disjunction-in-an-autosome-2-the-affected-individual-has-a-trisomy-of-chromosome-21-3-the-affected-individual-has-a-c https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTQw-an-individual-affected-by-klinefelter-s-syndrome-1-has-47-autosomes-2-has-overall-feminine-development-3-has-gynecomastia-4-has-an-additional-copy-of-the-y-chromosome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTQy-an-individual-affected-with-turner-s-syndrome-i-is-a-female-ii-has-45-chromosomes-iii-has-rudimentary-ovaries-of-the-above-statements-the-correct-statements-are-1-only-i-and-ii-2-only-i-and-iii-3-only https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTc5-the-f2-genotypic-ratio-of-a-monohybrid-cross-is-1-1-1-2-3-1-3-1-2-1-4-9-7-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTM4-which-of-the-following-is-not-true-for-the-law-of-dominance-given-by-mendel-1-characters-are-controlled-by-discrete-units-called-factors-2-factors-occur-in-pairs-3-in-a-dissimilar-pair-of-factors-one https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTIx-in-the-case-of-starch-synthesis-in-pea-seeds-controlled-by-the-b-gene-bb-homozygotes-produce-large-and-round-starch-grains-bb-homozygotes-produce-smaller-and-wrinkled-starch-grains-and-heterozygotes-p https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTU0-what-is-f2-phenotypic-ratio-in-a-dihybrid-cross-1-1-1-2-3-1-3-9-3-3-1-4-1-1-1-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgwMDM0-the-physiological-basis-of-pleiotropy-is-1-lack-of-independent-assortment-in-linked-genes-2-separation-of-homologous-chromosomes-at-anaphase-i-in-meiosis-i-3-dominance-is-not-an-autonomous-feature-of https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI0NTE1-mendelian-disorders-are-mainly-determined-by-1-alteration-or-mutation-in-a-single-gene-2-chromosomal-gross-structural-changes-3-recombination-between-linked-genes-4-jumping-genes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjM3NjYx-which-of-the-following-is-a-recessive-trait-in-pisum-sativum-1-yellow-pod-color-2-axial-flower-position-3-inflated-pod-shape-4-violet-flower-color-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI1NzU1-in-humans-the-condition-red-green-color-blindness-is-a-sex-linked-recessive-trait-in-a-family-pedigree-analysis-you-find-that-two-people-with-normal-color-vision-have-a-color-blind-son-this-is-possibl https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTM2MjU3-assuming-independent-assortment-the-ratio-of-progeny-with-the-genotypes-aabb-aabb-aabb-aabb-from-a-dihybrid-cross-aabb-x-aabb-will-respectively-be-1-4-3-2-1-2-4-4-2-1-3-4-2-2-1-4-4-2-1-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTQwNTYz-the-father-and-the-mother-of-a-child-with-blood-group-o-have-the-blood-groups-a-and-b-respectively-if-these-parents-then-have-non-identical-twins-what-is-the-probability-that-both-twins-will-have-bloo https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246MzkzNzA-a-woman-receives-her-x-chromosomes-from-1-her-mother-only-2-her-father-only-3-both-her-mother-and-her-father-4-extranuclear-dna-in-her-mother-s-egg-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQxODA-sickle-cell-anaemia-has-not-been-eliminated-from-the-african-population-because-1-it-is-controlled-by-recessive-genes-2-it-is-not-a-fatal-disease-3-it-provides-immunity-against-malaria-4-it-is-control https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgwMDU2-gynecomastia-is-an-important-clinical-feature-seen-in-individuals-with-1-klinefelter-s-syndrome-2-turner-s-syndrome-3-oculocutaneous-albinism-4-down-s-syndrome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTgwMDIw-drosophila-melanogaster-is-a-model-organism-for-the-study-of-genetics-the-advantages-of-this-organism-include-all-the-following-except-1-a-long-life-cycle-2-a-large-number-of-progeny-produced-by-a-sin https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0Mzg2-if-mendel-might-have-studied-7-pairs-of-characters-in-a-plant-with-12-chromosomes-instead-of-14-then-1-he-could-not-discover-an-independent-assortment-2-he-might-have-discovered-linkage-3-he-might-hav https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MTI1NzU2-a-woman-has-four-daughters-the-chance-that-her-next-child-will-be-a-son-is-1-1-2-0-3-1-over-2-4-1-over-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjIy-which-of-the-following-statements-is-the-most-appropriate-for-sickle-cell-anaemia-1-it-cannot-be-treated-with-iron-supplements-2-it-is-a-molecular-disease-3-it-confers-resistance-to-acquiring-malaria https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjA4-all-genes-located-on-the-same-chromosome-1-form-different-groups-depending-upon-their-relative-distance-2-form-one-linkage-group-3-will-not-from-any-linkage-groups-4-form-interactive-groups-that-affec https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjEw-conditions-of-a-karyotype-2n-1-2n-1-and-2n-2-2n-2-are-called-1-aneuploidy-2-polyploidy-3-allopolyploidy-4-monosomy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjEx-distance-between-the-genes-and-percentage-of-recombination-shows-1-a-direct-relationship-2-an-inverse-relationship-3-a-parallel-relationship-4-no-relationship-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjE0-if-a-genetic-disease-is-transferred-from-a-phenotypically-normal-but-carrier-female-to-only-some-of-the-male-progeny-the-disease-is-1-autosomal-dominant-2-autosomal-recessive-3-sex-linked-dominant-4-s https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjE4-person-having-genotype-ia-ib-would-show-the-blood-group-as-ab-this-is-because-of-1-pleiotropy-2-co-dominance-3-segregation-4-incomplete-dominance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjIw-z-z-zw-type-of-sex-determination-is-seen-in-1-platypus-2-snails-3-cockroach-4-peacock-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjIx-a-cross-between-two-tall-plants-resulted-in-offspring-having-few-dwarf-plants-what-would-be-the-genotypes-of-both-the-parents-1-tt-and-tt-2-tt-and-tt-3-tt-and-tt-4-tt-and-tt-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjIz-in-a-dihybrid-cross-if-you-get-9-3-3-1-ratio-it-denotes-that-1-the-alleles-of-two-genes-are-interacting-with-each-other-2-it-is-a-multigenic-inheritance-3-it-is-a-case-of-multiple-allelism-4-the-allel https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjI1-which-of-the-following-will-not-result-in-variations-among-siblings-1-independent-assortment-of-genes-2-crossing-over-3-linkage-4-mutation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjI3-mendel-s-law-of-independent-assortment-holds-good-for-genes-situated-on-the-1-non-homologous-chromosomes-2-homologous-chromosomes-3-extra-nuclear-genetic-element-4-same-chromosome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjI5-occasionally-a-single-gene-may-express-more-than-one-effect-the-phenomenon-is-called-1-multiple-allelism-2-mosaicism-3-pleiotropy-4-polygeny-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjMy-the-inheritance-pattern-of-a-gene-over-generations-among-humans-is-studied-by-the-pedigree-analysis-character-studied-in-the-pedigree-analysis-is-equivalent-to-1-quantitative-trait-2-mendelian-trait-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjM0-it-is-said-that-mendel-proposed-that-the-factor-controlling-any-character-is-discrete-and-independent-his-proposition-was-based-on-the-1-results-of-f3-generation-of-a-cross-2-observations-that-the-off https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjM2-two-genes-a-and-b-are-linked-in-a-dihybrid-cross-involving-these-two-genes-the-f1-heterozygote-is-crossed-with-homozygous-recessive-parental-type-aa-bb-what-would-be-the-ratio-of-offspring-in-the-next https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjM4-in-the-f2-generation-of-a-mendelian-dihybrid-cross-the-number-of-phenotypes-and-genotypes-are-1-phenotypes-4-genotypes-16-2-phenotypes-9-genotypes-4-3-phenotypes-4-genotypes-8-4-phenotypes-4-genotypes https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU1MjQw-mother-and-father-of-a-person-with-o-blood-group-have-a-and-b-blood-group-respectively-what-would-be-the-genotype-of-both-mother-and-father-1-mother-is-homozygous-for-a-blood-group-and-father-is-heter https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxNzkz-assertion-a-the-allele-for-tallness-is-dominant-over-dwarfness-in-plants-reason-r-the-genotypes-tt-and-tt-give-the-same-phenotype-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-th https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxNzk1-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-frequency-of-homozygous-tall-plants-is-75-if-a-monohybrid-cross-is-made-reason-r-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxNzk2-assertion-a-recessive-trait-can-be-seen-due-to-non-functional-enzymes-or-the-absence-of-enzymes-reason-r-in-the-absence-of-enzymes-the-normal-phenotype-cannot-be-produced-choices-for-assertions-and-re https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxNzk3-assertion-a-abo-blood-grouping-shows-the-presence-of-three-alleles-for-gene-i-reason-r-humans-are-diploid-and-hence-carry-two-alleles-for-all-genes-choices-for-assertions-and-reasons-1-both-a-and-r-ar https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxNzk4-assertion-a-human-males-have-autosomes-and-xy-chromosomes-reason-r-females-have-one-set-of-autosomes-and-two-x-chromosomes-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-corre https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxNzk5-assertion-a-dna-is-transmitted-from-one-generation-to-the-other-reason-r-dna-is-the-carrier-of-genetic-information-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-expla https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxODAw-assertion-a-the-characters-segregate-while-the-formation-of-gametes-law-of-segregation-reason-r-all-characters-show-true-dominance-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxODAx-assertion-a-the-unmodified-functioning-allele-which-represents-the-original-phenotype-is-the-dominant-allele-reason-r-the-modified-allele-is-generally-the-recessive-allele-td-border-1px-solid-cccccc-b https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxODA1-consider-the-given-two-statements-assertion-a-women-are-blamed-and-ill-treated-for-giving-birth-to-female-children-reason-r-it-is-the-egg-of-the-woman-that-decides-the-gender-of-the-embryo-1-both-a-an https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzYxODA4-assertion-a-the-possibility-of-a-female-becoming-a-hemophilic-is-extremely-rare-reason-r-for-such-a-case-the-father-should-be-a-carrier-that-is-unviable-in-the-later-stage-of-life-choices-for-assertio https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU2ODIw-a-yellow-seeded-and-violet-flowered-pea-plant-was-crossed-with-a-green-seeded-and-white-flowered-pea-plant-the-progeny-showed-plants-with-four-different-phenotypes-the-yellow-seeded-and-violet-flowere https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDU2ODkw-the-manifestations-of-phenylketonuria-are-given-below-choose-the-incorrect-answer-from-the-given-options-1-mental-retardation-2-skin-rashes-3-excessive-accumulation-of-phenylpyruvate-in-blood-4-furrow https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDY4Njg3-aneuploidy-is-a-chromosomal-disorder-where-chromosome-number-is-not-the-exact-copy-of-its-haploid-set-of-chromosomes-due-to-a-substitution-b-addition-c-deletion-d-translocation-e-inversion-choose-the https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246ODk1MjY-if-a-colourblind-man-marries-a-woman-who-is-homozygous-for-normal-colour-vision-the-probability-of-their-son-being-colourblind-is-1-0-2-0-5-3-0-75-4-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA5MzA-a-gene-showing-co-dominance-has-1-one-allele-is-dominant-on-the-other-2-alleles-are-tightly-linked-on-the-same-chromosome-3-alleles-that-are-recessive-to-each-other-4-both-alleles-are-independently-ex https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTA5NjE-a-colour-blind-man-marries-a-woman-with-normal-sight-who-has-no-history-of-colour-blindness-in-her-family-what-is-the-probability-of-their-grandson-being-colour-blind-consider-the-grandsons-only-throu https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTEyMDM-multiple-alleles-are-present-1-on-different-chromosomes-2-at-different-loci-on-the-same-chromosome-3-at-the-same-locus-of-the-chromosome-4-on-non-sister-chromatids-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTEzODE-fruit-colour-in-squash-is-an-example-of-1-recessive-epistasis-2-dominant-epistasis-3-complementary-genes-4-inhibitory-genes-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTE5ODE-a-man-whose-father-was-colour-blind-marries-a-woman-who-had-a-colour-blind-mother-and-a-normal-father-what-percentage-of-male-children-of-this-couple-will-be-colour-blind-1-25-2-0-3-50-4-75-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTE1NTI-if-both-parents-are-carriers-for-thalassemia-which-is-an-autosomal-recessive-disorder-what-are-the-chances-of-pregnancy-resulting-in-an-affected-child-1-50-2-25-3-100-4-no-chance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzU4Mzgx-in-our-society-women-are-blamed-for-producing-female-children-choose-the-correct-answer-for-sex-determination-in-humans-1-due-to-some-defect-like-aspermia-in-man-2-due-to-the-genetic-makeup-of-the-par https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzU4NDU3-which-one-is-the-incorrect-statement-with-regards-to-the-importance-of-pedigree-analysis-1-it-confirms-that-dna-is-the-carrier-of-genetic-information-2-it-helps-to-understand-whether-the-trait-in-ques https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTIzMzU-a-normal-visioned-man-whose-father-was-color-blind-marries-a-woman-whose-father-was-also-colorblind-they-have-their-first-child-as-a-daughter-what-are-the-chances-that-this-child-would-be-colorblind-1 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTM0MTg-select-the-incorrect-statement-from-the-following-1-linkage-is-an-exception-to-the-principle-of-independent-assortment-in-heredity-2-galactosemia-is-an-inborn-error-of-metabolism-3-small-population-si https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTM3Mjk-in-hexaploid-wheat-the-haploid-n-ar-basic-x-numbers-of-chromosomes-are-1-n-7-and-x-21-2-n-21-and-x-21-3-n-21-and-x-14-4-n-21-and-x-7-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTM3MTY-a-human-male-produces-sperms-with-the-genotypes-ab-ab-ab-and-ab-pertaining-to-two-diallelic-characters-in-equal-proportions-what-is-the-corresponding-genotype-of-this-person-1-aabb-2-aabb-3-aabb-4-aab https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQwODg-in-which-mode-of-inheritance-do-you-expect-more-maternal-influence-among-the-offspring-1-autosomal-2-cytoplasmic-3-y-linked-4-x-linked-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQxNTY-cri-du-chat-syndrome-in-humans-is-caused-by-the-1-fertilization-of-an-xx-egg-by-a-normal-y-bearing-sperm-2-loss-of-half-of-the-short-arm-of-chromosome-5-3-loss-of-half-of-the-long-arm-of-chromosome-5 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQxNTQ-if-a-colourblind-woman-marries-a-normal-visioned-man-their-sons-will-be-1-all-normal-visioned-2-one-half-colourblind-and-one-half-normal-3-three-fourths-colourblind-and-one-fourth-normal-4-all-colourb https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQxODI-both-sickle-cell-anaemia-and-huntington-s-chorea-are-1-bacteria-related-diseases-2-congenital-disorders-3-pollutant-induced-disorders-4-virus-related-diseases-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQwODA-which-one-of-the-following-is-the-most-suitable-medium-for-culture-of-drosophila-melanogaster-1-moist-bread-2-agar-agar-3-ripe-banana-4-cow-dung-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQwOTI-how-many-different-kinds-of-gametes-will-be-produced-by-a-plant-having-the-genotype-aabbcc-1-three-2-four-3-nine-4-two-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-pb246OTQwODM-phenotype-of-an-organism-is-the-result-of-1-mutations-and-linkages-2-cytoplasmic-effects-and-nutrition-3-environmental-changes-and-sexual-dimorpgism-4-genotype-and-environment-interactions-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0Mzkx-aa-bb-cc-genotypes-form-how-many-types-of-gametes-1-4-2-8-3-2-4-6-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0NDAw-first-child-of-a-normal-male-and-female-is-albino-what-are-the-chances-of-second-child-being-albino-1-25-2-50-3-75-4-100-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0NDAy-point-mutation-is-induced-by-1-adenine-2-guanine-3-3-cytosine-4-5-bromouracil-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0NDA0-multivalent-chromosome-is-formed-by-1-inversion-2-deletion-3-reciprocal-translocation-4-point-mutation-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0NDQz-a-normal-leaf-cell-has-how-many-genomes-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0OTk2-life-span-of-worker-honey-bee-1-30-days-2-15-days-3-90-days-4-10-days-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MDU2-when-aabbcc-is-crossed-with-aabbcc-then-the-ratio-of-hybrid-for-all-three-genes-is-1-1-8-2-1-4-3-1-16-4-1-32-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MjE5-due-to-the-cross-between-ttrr-ttrr-the-resultant-progenies-showed-how-many-percent-plants-tall-red-flowered-1-50-2-75-3-25-4-100-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NDE0-irregularity-is-found-in-drosophila-during-organ-differentiation-for-example-in-place-of-the-wing-long-legs-are-formed-which-gene-is-responsible-for-it-1-double-dominant-gene-2-homeotic-gene-3-complim https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NDQ4-which-statement-is-correct-1-a-indica-is-the-largest-wild-honey-bees-2-wax-is-the-waste-material-of-honey-bees-3-c-v-fritsch-discovered-the-transmission-methods-in-honey-bees-4-drone-of-the-honey-bee https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NzIz-most-of-the-mutations-are-1-harmful-2-harmful-and-recessive-3-beneficial-4-dominant-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODE3-mendel-obtained-wrinkled-seeds-in-peas-due-to-the-deposition-of-sugars-instead-of-starch-it-was-due-to-which-enzyme-1-amylase-2-invertase-3-diastase-4-absence-of-starch-branching-enzyme-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODIw-the-ratio-of-complementary-genes-is-1-9-3-4-2-12-3-1-3-9-3-3-4-4-9-7-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODIz-a-and-b-genes-are-linked-what-shall-be-the-genotype-of-progeny-in-a-cross-between-ab-ab-and-ab-ab-1-aabb-and-aabb-2-aabb-and-aabb-3-aabb-and-aabb-4-none-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODI0-which-statement-is-correct-about-the-centre-of-origin-of-the-plant-1-more-diversity-in-an-improved-variety-2-frequency-of-the-dominant-gene-is-more-3-climatic-conditions-more-favourable-4-none-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODI2-two-nonallelic-genes-produce-the-new-phenotype-when-present-together-but-fail-to-do-so-independently-then-it-is-called-1-epistasis-2-polygene-3-non-complimentary-gene-4-complimentary-gene-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODgx-male-xx-and-female-xy-sometime-occur-due-to-1-deletion-2-transfer-of-segments-in-x-and-y-chromosomes-3-aneuploidy-4-hormonal-imbalance-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODgy-no-of-bar-body-in-xxxx-female-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2ODg1-extranuclear-inheritance-occurs-in-1-killer-paramaecium-2-killer-amoeba-3-euglena-4-hydra-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NTUx-which-of-the-following-is-the-example-of-a-pleiotropic-gene-1-haemophilia-2-thalassemea-3-sickle-cell-anaemia-4-colour-blindness-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NTU3-a-plant-of-f1-generation-with-genotype-aabbcc-on-selfing-of-this-plant-what-is-the-phenotypic-ratio-in-f2-generation-1-3-1-2-1-1-3-9-3-3-1-4-27-9-9-9-3-3-3-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NTU5-a-diseased-man-marries-a-normal-woman-they-get-three-daughters-and-five-sons-all-the-daughters-were-diseased-and-the-sons-were-normal-the-gene-of-this-disease-is-1-sex-linked-dominant-2-sex-linked-rec https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1NTkx-there-are-three-genes-a-b-and-c-the-percentage-of-crossing-over-between-a-and-b-is-20-b-and-c-is-28-and-a-and-c-is-8-what-is-the-sequence-of-genes-on-a-chromosome-1-b-a-c-2-a-b-c-3-a-c-b-4-none-1-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MDk1-down-s-syndrome-is-caused-by-an-extra-copy-of-chromosome-number-21-what-percentage-of-offspring-produced-by-an-affected-mother-and-a-normal-father-would-be-affected-by-this-disorder-1-100-2-75-3-50-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTE0-which-of-the-following-discoveries-resulted-in-a-nobel-prize-1-x-rays-induce-sex-linked-recessive-lethal-mutations-2-cytoplasmic-inheritance-3-recombination-of-linked-genes-4-genetic-engineering-1-2-3 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTIw-two-crosses-between-the-same-pair-of-genotypes-or-phenotypes-in-which-the-sources-of-the-gametes-are-reversed-in-one-cross-is-known-as-1-test-cross-2-reciprocal-cross-3-dihybrid-cross-4-reverse-cross https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTIy-the-genes-controlling-the-seven-pea-characters-studied-by-mendel-are-now-known-to-be-located-on-how-many-different-chromosomes-1-seven-2-six-3-five-4-four-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTI0-which-one-of-the-following-conditions-though-harmful-in-itself-is-also-a-potential-saviour-from-a-mosquito-borne-infectious-disease-1-thalassaemia-2-sickle-cell-anaemia-3-pernicious-anaemia-4-leukemia https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTI1-pattern-baldness-moustaches-and-beard-in-human-males-are-examples-of-1-sex-linked-traits-2-sex-limited-traits-3-sex-differentiating-traits-4-sex-determining-traits-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTMw-christmas-disease-is-another-name-for-1-haemophilia-b-2-hepatitis-b-3-down-s-syndrome-4-sleeping-sickness-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY2MTMx-in-drosophila-the-sex-is-determined-by-1-the-ratio-of-the-number-of-x-chromosomes-to-the-sets-of-autosomes-2-x-and-y-chromosomes-3-the-ratio-of-pairs-of-x-chromosomes-to-the-pairs-of-autosomes-4-wheth https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0OTIw-the-recessive-genes-located-on-x-chromosomes-in-humans-are-always-1-sub-lethal-2-expressed-in-males-3-expressed-in-females-4-lethal-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0OTQz-a-male-human-is-heterozygous-for-autosomal-genes-a-and-b-and-is-also-hemizygous-for-hemophilic-gene-h-what-proportion-of-his-sperm-will-be-abh-1-1-32-2-1-16-3-1-4-4-1-8-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0OTQ3-a-self-fertilizing-trihybrid-plant-forms-1-4-different-gametes-and-16-different-zygotes-2-8-different-gametes-and-16-different-zygotes-3-8-different-gametes-and-32-different-zygotes-4-8-different-game https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MDE0-one-of-the-parents-of-a-cross-has-a-mutation-in-its-mitochondria-in-that-cross-that-parent-is-taken-as-a-male-during-the-segregation-of-f2f2f2-progenies-that-mutation-is-found-in-1-none-of-the-progeni https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY1MDQ3-when-a-diploid-female-plant-is-crossed-with-a-tetraploid-male-the-ploidy-of-endosperm-cells-in-the-resulting-seed-is-1-pentaploidy-2-diploidy-3-triploidy-4-tetraploidy-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0MTUy-the-salivary-gland-chromosomes-in-the-dipteran-larva-are-useful-in-gene-mapping-because-1-they-have-endoreduplication-chromosomes-2-these-are-fused-3-these-are-easy-to-stain-4-these-are-much-longer-in https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0MTk0-a-woman-with-normal-vision-but-whose-father-was-colour-blind-marries-a-colour-blind-man-suppose-that-the-fourth-child-of-this-couple-was-a-boy-this-boy-1-must-have-normal-colour-vision-2-maybe-colour https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjY0MjQz-genes-for-cytoplasmic-male-sterility-in-plants-are-generally-located-in-1-nuclear-genome-2-chloroplast-genome-3-cytosol-4-mitochondrial-genome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3NzE2-dominance-1-is-an-autonomous-feature-of-an-allele-2-is-inherent-in-the-phenotype-expressed-by-an-allele-3-is-a-relationship-between-two-alleles-of-a-gene-and-their-associated-phenotypes-4-determines-w https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3NzAw-consider-the-given-two-statements-i-in-a-test-cross-the-allele-the-individual-in-question-one-that-expresses-the-dominant-phenotype-passes-on-determines-the-phenotype-of-the-offspring-ii-the-homozygou https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDQ3MTU4-in-a-monohybrid-test-cross-involving-f1-heterozygous-plants-the-expected-progeny-ratio-is-1-3-1-2-1-1-3-9-3-3-1-4-all-offspring-will-show-the-dominant-trait-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDE0NTgw-consider-the-given-two-statements-assertion-a-in-incomplete-dominance-segregation-of-unit-factors-does-not-take-place-reason-r-incomplete-dominance-is-blending-inheritance-1-both-a-and-r-are-true-and https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDQ3Njg5-what-does-the-principle-of-segregation-in-genetics-state-1-alleles-separate-so-that-each-gamete-carries-only-one-allele-for-each-gene-2-genes-for-different-traits-can-segregate-independently-during-th https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDM2NTk2-consider-the-given-two-statements-statement-i-in-incomplete-dominance-and-co-dominance-the-f2-phenotypic-ratio-and-genotypic-ratio-are-identical-statement-ii-incomplete-dominance-and-co-dominance-are https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MzI3Njk5-in-a-dihybrid-cross-aabb-x-aabb-assuming-independent-assortment-what-proportion-of-progeny-are-expected-to-express-either-of-the-dominant-phenotype-1-3-162-6-16-3-9-164-1-16-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDUyMDgx-what-proportion-of-the-progeny-of-a-cross-aabb-x-aabb-assume-complete-dominance-and-independent-assortment-will-be-homozygous-at-least-at-one-of-the-two-loci-1-1-4-2-9-16-3-6-16-4-3-4-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDUwNzAw-consider-the-following-statements-about-linked-genes-i-linked-genes-are-always-found-on-different-chromosomes-ii-recombination-between-linked-genes-does-not-occur-1-only-statement-i-is-correct-2-only https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246MjM3NzEx-in-a-dihybrid-cross-between-two-pea-plants-with-round-and-yellow-seeds-heterozygous-at-both-loci-the-yellow-and-green-color-will-segregate-in-a-ratio-1-1-1-2-3-1-3-1-1-1-1-4-9-3-3-1-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDIzNzk4-genes-assort-independently-if-they-are-situated-on-the-1-heterologous-chromosomes-2-homologous-chromosomes-3-extra-nuclear-genetic-element-4-same-chromosome-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDQ3NzEw-consider-the-given-two-statements-assertion-a-the-strength-of-linkage-between-two-genes-is-directly-proportional-to-the-distance-between-them-on-the-chromosome-reason-r-genes-that-are-farther-apart-ar https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDQ2Njky-what-is-the-probability-of-having-a-child-with-a-medium-skin-color-in-humans-if-both-parents-are-heterozygous-aabbcc-1-1-64-2-6-64-3-15-64-4-20-64-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDUzNzE2-consider-the-given-two-statements-assertion-a-polygenic-traits-are-quantitative-because-they-involve-multiple-genes-reason-r-in-such-traits-the-genes-involved-have-more-than-two-alleles-1-both-a-and-r https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4MDU0-consider-the-given-two-statements-assertion-a-the-underlying-mechanism-of-pleiotropy-in-most-cases-is-the-effect-of-a-gene-on-metabolic-pathways-which-contribute-towards-different-phenotypes-reason-r https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDk4NzMy-which-of-the-following-are-characteristics-of-polygenic-traits-1-a-single-gene-controls-multiple-phenotypes-2-phenotypes-show-a-continuous-range-of-variation-3-environment-influences-the-expression-of https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDQ3NzQw-why-is-the-father-responsible-for-determining-the-sex-of-the-child-1-because-the-father-s-sperm-determines-the-zygote-s-sex-chromosome-composition-2-because-the-father-s-genetic-material-activates-sex https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDUwNzg3-in-honey-bees-the-sex-of-an-individual-is-determined-by-the-number-of-chromosome-sets-it-possesses-which-of-the-following-scenarios-would-most-likely-disrupt-normal-sex-determination-in-a-honey-bee-po https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NTA2NjMy-which-of-the-following-is-the-best-definition-of-a-mutation-1-a-mutation-is-a-permanent-change-in-dna-2-a-mutation-is-a-permanent-change-in-dna-that-is-harmful-to-an-organism-3-a-mutation-is-a-permane https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4MDY0-consider-the-given-two-statements-assertion-a-uv-radiations-can-cause-mutations-in-organisms-it-is-a-mutagen-reason-r-uv-radiations-are-ionising-radiations-1-a-is-true-but-r-is-false-2-both-a-and-r-ar https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDUyNzY0-turner-s-syndrome-is-caused-by-1-non-disjunction-of-autosomes-2-non-disjunction-of-sex-chromosomes-3-deletion-of-part-of-a-sex-chromosome-4-translocation-of-chromosome-parts-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDM3MjYw-unlike-sickle-cell-anemia-thalassemia-is-a-a-quantitative-disorder-b-autosomal-disorder-1-only-a-is-correct-2-only-b-is-correct-3-both-a-and-b-are-correct-4-both-a-and-b-are-incorrect-1-2-3-4 https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246NDI3NTM5-assertion-a-x-linked-recessive-disorders-are-more-common-in-the-males-reason-r-males-with-a-sex-chromosome-complement-xy-are-heterozygous-for-x-linked-recessive-disorders-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/principles-of-inheritance-variation/?q=NP-b246Mzk4MDY1-consider-the-given-two-statements-assertion-a-pedigree-analysis-is-used-for-the-analysis-of-inheritance-of-genetic-traits-in-human-families-reason-r-choice-matings-are-not-possible-in-humans-and-the-n https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MTgzODc-during-prolonged-fasting-in-what-sequence-are-the-following-organic-compounds-used-up-by-the-body-1-first-carbohydrates-next-proteins-and-lastly-lipids-2-first-proteins-next-lipids-and-lastly-carbohyd https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjUzODA-at-which-step-glycolysis-reaches-the-break-even-point-where-2-molecules-of-atp-consumed-and-2-new-molecules-synthesized-1-splitting-of-fructose-6-phosphate-into-two-trioses-2-conversion-of-1-3-bi-phos https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjU0NjM-under-which-condition-would-you-expect-the-mitochondrial-proton-gradient-to-be-highest-and-therefore-atp-synthesis-to-proceed-1-pyruvate-present-oxygen-present-atp-levels-high-2-pyruvate-present-oxyge https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjU5Njc-plants-can-get-along-without-respiratory-organs-because-of-the-following-except-1-each-plant-part-takes-care-of-its-own-gas-exchange-needs-2-plants-do-not-present-great-demands-for-gas-exchange-3-gas https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjU5Njg-sucrose-is-converted-into-glucose-and-fructose-by-the-enzyme-1-maltase-2-zymase-3-isomerase-4-invertase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjU5NzA-the-co-factor-required-for-the-activity-of-pyruvate-dehydrogenase-is-1-zinc-2-magnesium-3-manganese-4-copper-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjU5NzI-in-the-mitochondrial-electron-transport-system-the-term-complex-iii-refers-to-1-nadh-dehydrogenase-2-cytochrome-c-3-fadh2-4-cytochrome-bc1-complex-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjU5NzM-for-each-atp-produced-how-many-h-passes-through-f0-from-the-intermembrane-space-to-the-matrix-down-the-electrochemical-proton-gradient-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjU5NzU-if-fatty-acids-were-to-be-respired-they-would-first-be-degraded-to-1-glucose-6-phosphate-2-pyruvate-3-acetyl-coa-4-alpha-ketoglutarate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjYwNDM-in-the-absence-of-oxygen-the-primary-purpose-of-fermentation-is-to-1-produce-amino-acids-for-protein-synthesis-2-generate-a-proton-gradient-for-atp-synthesis-3-oxidize-glucose-to-generate-reduce-elect https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjYwNDc-during-glycolysis-when-glucose-is-catabolized-to-pyruvate-most-of-the-energy-of-glucose-is-1-transferred-to-adp-forming-atp-2-transferred-directly-to-atp-3-retained-in-the-pyruvate-4-stored-in-the-nad https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjYwNDg-atp-production-during-cellular-respiration-is-controlled-by-allosteric-inhibition-the-control-is-the-allosteric-inhibition-by-atp-and-citric-acid-of-the-enzyme-that-facilitates-the-formation-of-1-gluc https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjYxNDU-when-proteins-are-used-as-respiratory-substrates-the-respiratory-quotient-would-be-about-1-1-2-2-1-0-3-0-9-4-0-7-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjcxODY-the-mitochondrial-electron-transport-chain-is-located-in-1-outer-membrane-2-inner-membrane-3-inter-membrane-space-4-matrix-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246Mjk3MTY-the-useful-purpose-served-by-lactate-fermentation-is-1-make-lactose-available-for-gluconeogenesis-2-production-of-additional-atp-in-anaerobic-conditions-3-regeneration-of-nad-4-increased-availability https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzAzNzU-the-primary-role-of-oxygen-in-cellular-respiration-is-to-1-yield-energy-in-the-form-of-atp-as-it-is-passed-down-the-respiratory-chain-2-act-as-an-acceptor-for-electrons-and-hydrogen-forming-water-3-co https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzA0NjI-which-of-the-following-processes-makes-direct-use-of-oxygen-1-glycolysis-2-fermentation-3-kreb-s-citric-acid-cycle-4-electron-transport-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzQ5MTE-which-statement-is-wrong-for-krebs-cycle-1-there-are-three-points-in-the-cycle-where-nad-is-reduced-to-nadh-h-2-there-is-one-point-in-the-cycle-where-fad-is-reduced-to-fadh2-3-during-conversion-of-suc https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzQ5NjA-oxidative-phosphorylation-is-1-formation-of-atp-by-transfer-of-phosphate-group-from-a-substrate-to-adp-2-oxidation-of-phosphate-group-in-atp-3-addition-of-phosphate-group-to-atp-4-formation-of-atp-by https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzUyMzA-in-which-one-of-the-following-processes-co2-is-not-released-1-aerobic-respiration-in-plants-2-aerobic-respiration-in-animals-3-alcoholic-fermentation-4-lactate-fermentation-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzUzMDA-the-three-boxes-in-this-diagram-represent-the-three-major-biosynthetic-pathways-in-aerobic-respiration-arrow-represent-net-reactants-or-products-arrows-numbered-4-8-12-can-all-be-xa0-1-nadh-2-atp-3-h2 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzU1OTA-the-energy-releasing-metabolic-process-in-which-substrate-is-oxidised-without-an-external-electron-acceptor-is-called-1-glycolysis-2-fermentation-3-aerobic-respiration-4-photorespiration-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzU2NDY-aerobic-respiratory-pathway-is-appropriately-termed-1-catabolic-2-parabolic-3-amphibolic-4-anabolic-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzU3OTc-which-one-of-the-following-mammalian-cells-is-not-capable-of-metabolising-glucose-to-carbon-dioxide-aerobically-1-white-blood-cells-2-unstriated-muscle-cells-3-liver-cells-4-red-blood-cells-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzU4NDI-all-enzymes-of-tca-cycle-are-located-in-the-mitochondrial-matrix-except-one-which-is-located-in-inner-mitochondrial-membranes-in-eukaryotes-and-in-cytosol-in-prokaryotes-this-enzyme-is-1-lactate-dehyd https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzU4NTI-the-overall-goal-of-glycolysis-krebs-cycle-and-the-electron-transport-system-is-the-formation-of-1-atp-in-small-stepwise-units-2-atp-in-one-large-oxidation-reaction-3-sugars-4-nucleic-acids-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzU4ODU-how-many-atp-molecules-could-maximally-be-generated-from-one-molecule-of-glucose-if-the-complete-oxidation-of-one-mole-of-glucose-to-co2-and-h2o-yields-686-kcal-and-the-useful-chemical-energy-availabl https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzY4NDU-the-tca-cycle-is-considered-as-an-aerobic-pathway-because-1-all-enzymes-of-the-cycle-use-molecular-oxygen-2-some-enzymes-of-the-cycle-require-molecular-oxygen-3-molecular-oxygen-is-essential-to-reoxid https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzY5NjE-in-krebs-cycle-gtp-is-formed-in-1-substrate-level-phosphorylation-2-oxidative-phosphorylation-3-non-cyclic-photophosphorylation-4-cyclic-photophosphorylation-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzcwNTQ-in-respiration-from-180g-of-glucose-which-of-the-following-is-formed-1-264gm-co2-190gm-h2o-391-kcal-2-264gm-co2-108gm-h2o-686-kcal-3-390gm-co2-108gm-h2o-686-kcal-4-390gm-co2-264gm-h2o-391-kcal-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzcwODE-glycolysis-is-found-in-cytoplasm-of-virtually-all-types-of-aerobic-anaerobic-cells-in-this-process-glucose-is-converted-into-1-pep-2-acetyl-coa-3-pyruvic-acid-4-citric-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzcyOTI-which-of-the-following-is-the-connecting-link-between-glycolysis-and-krebs-cycle-1-acetyl-co-a-2-oxalosuccinic-acid-3-pyruvic-acid-4-citric-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzczODE-the-enzyme-decarboxylase-catalyses-the-following-step-1-conversion-of-citric-acid-to-cis-aconitic-acid-2-fumaric-acid-to-malic-acid-3-oxalosuccinic-acid-to-o-ketoglutaric-acid-4-malic-acid-to-oxaloace https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzczODI-which-of-the-following-is-true-regarding-the-given-electron-transport-chain-coq-8594-cytc-8594-cytaa3-8594-o2-a-coq-8594-cytcish-absorbingsite-b-aa3-8594-o2-h-yieldingsite-c-coq-8594-cytcish-yieldings https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246Mzc0NDY-after-glycolysis-fate-of-glucose-in-mitochondrial-matrix-is-1-oxidation-2-reduction-3-oxidative-decarboxylation-4-hydrolysis-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246Mzc2MjA-which-enyme-helps-in-transfer-of-phosphate-group-from-atp-to-carbohydrate-1-phosphate-2-atpase-3-phosphorylase-4-catalase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246Mzc3OTc-which-one-is-correct-sequence-occuring-in-glycolysis-1-g-6-p-rarr-pep-rarr-3-pgal-rarr-3-pga-2-g-6-p-rarr-3-pgal-rarr-3-pga-rarr-pep-3-g-6-p-rarr-pep-rarr-3-pga-rarr-3-pgal-4-g-6-p-rarr-3-pga-rarr-3-p https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246Mzc4Mzc-in-which-of-the-following-reactions-of-glycolysis-a-molecule-of-water-is-removed-from-the-substrate-1-glucose-rarr-glucose-6-phosphate-2-fructose-6-phosphate-rarr-fructose-1-6-bisphosphate-3-2-phospho https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246Mzc4OTc-aerobic-respiration-produces-more-usable-chemical-energy-than-fermentation-because-fermentation-involves-1-formation-of-lactic-acid-2-complete-oxidation-of-food-3-partial-oxidation-of-food-4-evolution https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246Mzc5MDY-rq-respiratory-quotient-is-defined-as-1-mathrm-volume-of-co-2-evolved-mathrm-volume-of-o-2-consumed-2-dfrac-mathrm-volume-of-o-2-consumed-mathrm-volume-of-co-2-evolved-3-dfrac-mathrm-volume-of-co-2-ev https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246Mzc5MjE-the-colour-in-the-brown-fat-is-due-is-1-its-larger-capacity-for-generating-heat-2-large-number-of-mitochondria-present-3-a-high-concentration-of-iron-containing-cytochrome-pigments-4-presence-of-chrom https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzgwMDA-cell-respiration-is-carried-out-by-1-ribosome-2-mitochondria-3-chloroplast-4-golgi-bodies-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzgwOTQ-the-process-by-which-atp-is-produced-in-the-inner-membrane-of-a-mitochondrion-the-electron-transport-system-transfers-protons-from-the-inner-compartment-of-the-outer-as-the-protons-flow-back-to-the-in https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NDM0MjU-assertion-aerobic-animals-are-not-truely-aerobic-reason-they-produce-lactic-acid-anaerobically-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NDM0NzM-assertion-a-carbohydrates-are-more-suitable-for-the-production-of-energy-in-the-body-than-proteins-and-fats-reason-r-carbohydrates-can-be-stored-in-the-tissues-as-glycogen-for-use-in-the-production-of https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NDM0NzU-assertion-a-the-mode-of-nutrition-in-higher-animals-is-heterotrophic-reason-r-animals-can-use-different-trophic-levels-for-heterotrophic-nutrition-1-both-a-and-r-are-true-and-r-is-the-correct-explanat https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NDUzMTU-ets-takes-place-in-which-of-the-following-compartment-of-mitochondria-1-inner-compartment-2-outer-compartment-3-matrix-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NDc4OTQ-which-of-the-following-is-true-about-respiration-1-it-is-for-energy-liberation-2-it-can-occur-both-o2-presence-and-its-absence-3-in-humans-r-b-c-show-anaerobic-respiration-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NDc4OTU-choose-the-wrong-statement-1-co2-is-the-harmful-molecule-and-released-during-catabolic-reactions-2-respiration-will-always-require-o2-3-breathing-is-a-part-of-respiration-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NTk-the-energy-which-is-required-for-life-processes-is-obtained-by-1-hydrolysis-of-macromolecules-2-hydrolysis-of-food-3-oxidation-of-macromolecules-4-carboxylation-of-macromolecules-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NjA-which-of-the-following-is-not-true-1-all-the-energy-required-for-life-processes-is-obtained-by-oxidation-of-some-macromolecules-that-we-call-food-2-only-green-plants-and-cyanobacteria-can-prepare-thei https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NjE-the-following-statements-are-true-except-1-all-the-food-that-is-respired-for-the-life-processes-comes-from-photosynthesis-2-carnivores-depend-indirectly-on-plants-for-their-food-3-saprophytes-depend-o https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NjI-respiration-is-1-breaking-of-a-type-of-bonds-like-ionic-or-non-ionic-of-complex-compounds-through-oxidation-within-the-cell-by-utilizing-bulk-of-energy-2-breaking-of-c-c-bonds-of-simple-molecules-thro https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NjM-respiratory-substrates-are-the-compounds-1-which-gets-oxidized-during-respiration-2-which-gets-hydrolysed-during-respiration-3-which-gets-reduced-during-respiration-4-which-catalyzes-process-of-respir https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NjQ-which-of-the-following-act-as-a-respiratory-substrate-under-certain-conditions-in-some-plants-1-glucose-2-starch-3-protein-4-carbohydrate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NjU-which-of-the-following-act-as-respiratory-substrate-under-certain-conditions-in-the-plant-1-protein-2-organic-acid-3-fats-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NjY-the-energy-in-respiration-is-1-released-in-a-single-step-2-released-in-multiple-step-processes-and-is-trapped-in-the-form-of-adp-3-released-in-step-wise-reactions-controlled-by-ribozymes-4-released-in https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4Njc-carbon-skeletons-produced-during-respiration-is-1-used-as-energy-source-2-used-as-precursors-for-biosynthesis-of-other-molecules-in-the-cell-3-used-for-synthesis-of-atp-by-atp-synthase-4-used-as-reman https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4Njg-the-plants-do-not-breathe-can-be-justified-except-1-plants-do-not-have-sophisticated-organs-for-gaseous-exchange-2-each-plant-part-takes-care-of-its-own-gas-exchange-needs-3-there-is-huge-transport-of https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NzI-all-the-living-organisms-do-have-1-glycolysis-2-tca-3-etc-4-oxidative-phosphorylation-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NzM-which-of-the-following-is-not-correct-regarding-glycolysis-1-the-word-has-originated-from-greek-word-glycos-2-the-scheme-for-glycolysis-was-given-by-gustav-embden-otto-meyerhof-j-parnas-3-it-is-also-c https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NzU-find-the-odd-statement-with-respect-to-plant-respiration-1-glucose-is-derived-from-the-end-result-of-photosynthesis-i-e-sucrose-2-invertase-acts-on-sucrose-to-release-out-glucose-and-fructose-3-glucos https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4NzY-how-many-molecules-of-gross-atp-are-produced-in-anaerobic-oxidation-if-two-molecules-of-sucrose-have-to-be-respired-1-16-2-20-3-8-4-4-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4Nzc-if-two-molecules-of-sucrose-have-to-be-respired-how-many-molecules-of-pyruvate-are-produced-in-anaerobic-oxidation-of-glucose-1-4-2-8-3-12-4-6-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4Nzk-if-two-molecules-of-sucrose-have-to-be-respired-how-many-molecules-of-atp-are-net-gained-in-aerobic-oxidation-of-glucose-1-154-2-126-3-132-4-152-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4ODI-during-which-of-the-following-steps-of-glycolysis-phosphorylation-does-not-occur-1-conversion-of-glucose-to-glucose-6-p-2-conversion-of-glucose-6-p-to-fructose-6-p-3-conversion-of-fructose-6-p-to-fruc https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4ODM-which-of-the-following-is-an-energy-utilizing-step-in-glycolysis-1-conversion-of-glucose-6-p-to-fructose-6-p-2-conversion-of-2-phosphoglycerate-to-phosphoenolpyruvate-3-conversion-of-phosphoenolpyruva https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4ODQ-the-energy-utilizing-step-of-glycolysis-is-hellip-1-1st-and-3rd-steps-2-3rd-step-only-3-last-step-only-4-1st-step-only-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4ODU-the-splitting-of-fructose-1-6-bisphoshate-result-in-1-production-of-two-pyruvates-2-one-pgal-and-one-dihydroxy-acetone-phosphate-3-two-pgal-4-one-pga-and-one-dhap-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4ODc-the-source-of-phosphorus-in-conversion-of-pgal-to-bpga-is-1-inorganic-phosphate-2-atp-3-adp-4-amp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4ODk-the-step-of-glycolysis-where-nadh-is-produced-actually-results-in-p-oxidation-of-pgal-q-reduction-of-nad-r-production-of-bpga-s-use-of-inorganic-phosphate-t-production-of-nadh-h-1-pqrst-2-qrs-3-rst-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4OTA-the-energy-yielding-steps-of-glycolysis-are-1-conversion-of-pga-to-bpga-and-conversion-of-pgal-to-dhap-2-conversion-of-pgal-to-pga-and-conversion-of-bpga-to-pga-3-conversion-of-bpga-to-pga-and-convers https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4OTE-what-is-the-total-amount-of-atp-produced-in-glycolysis-1-4-2-2-3-6-4-8-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4OTI-what-is-the-total-amount-of-atp-produced-in-the-aerobic-oxidation-of-glucose-in-glycolysis-1-10-2-8-3-12-4-16-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4OTQ-the-metabolic-fate-of-pyruvate-depends-on-1-cellular-need-2-pace-of-enzyme-activity-3-reaction-intermediates-4-nadh-production-process-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4OTU-the-major-ways-through-which-different-cells-handle-pyruvate-of-glycolysis-are-except-1-lactic-acid-fermentation-2-alcoholic-fermentation-3-aerobic-respiration-4-phosphorespiration-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4OTY-fermentation-can-take-place-in-1-anaerobic-conditions-in-many-prokaryotes-and-unicellular-eukaryotes-2-humans-3-cancer-cells-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4OTc-the-enzymes-involved-in-alcoholic-fermentation-is-not-1-pyruvate-decarboxylase-2-alcohol-dehydrogenase-3-lactate-dehydrogenase-4-hexokinase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4OTg-which-of-the-following-acts-as-a-reducing-agent-in-fermentation-1-nadh-h-2-nad-3-lactate-4-alcohol-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc4OTk-alcoholic-fermentation-is-observed-in-case-of-1-muscles-undergoing-vigorous-exercise-2-anaerobic-bacteria-3-yeast-4-cancer-cells-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MDE-in-fermentation-1-the-amount-of-energy-trapped-in-the-form-of-atp-is-7per-cent-of-the-energy-in-glucose-2-the-amount-of-energy-trapped-in-the-form-of-atp-is-more-than-7-per-cent-of-the-energy-in-gluco https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MDQ-if-an-yeast-performs-fermentation-such-that-the-concentration-of-the-alcohol-reaches-to-hellip-hellip-hellip-then-it-posions-itself-to-hellip-hellip-1-7-per-cent-the-stage-of-no-budding-2-5-per-cent-t https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MDU-aerobic-respiration-1-more-common-in-higher-organisms-2-leads-to-complete-oxidation-of-organic-substance-in-the-presence-of-oxygen-and-release-of-carbon-dioxide-3-large-amount-of-energy-present-in-sub https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MDY-the-events-of-aerobic-respiration-include-p-the-complete-oxidation-of-pyruvate-by-the-stepwise-removal-of-all-the-hydrogen-atoms-leaving-two-molecules-of-carbon-dioxide-q-the-passing-on-of-the-electro https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MDc-pyruvate-is-a-result-of-hellip-hellip-of-carbohydrates-1-glycolytic-fermentation-2-glycolytic-aerobic-respiration-3-glycolytic-catabolism-4-glycolytic-anabolism-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MDg-the-oxidative-decarboxylation-of-pyruvate-occurs-in-1-mitochondrial-membranes-2-cytoplasm-3-peri-mitochondrial-space-4-mitochondrial-matrix-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MDk-the-enzyme-pyruvate-dehydrogenase-acts-in-1-mitochondrial-membranes-2-cytoplasm-3-peri-mitochondrial-space-4-mitochondrial-matrix-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MTA-the-reaction-which-is-catalyzed-by-pyruvate-dehydrogenase-includes-except-1-several-coenzymes-2-nad-3-coenzyme-a-4-adp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MTE-first-step-of-decarboxylation-in-cellular-respiration-occurs-in-1-cytoplasm-2-mitochondrial-membranes-3-mitochondrial-matrix-4-peri-mitochondrial-space-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MTM-which-of-the-following-ion-is-important-for-the-activity-of-pyruvate-dehydrogenase-1-zn-2-mn-3-mg-4-ca-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MTY-who-elucidated-krebs-rsquo-cycle-for-the-very-first-time-1-frederick-kreb-2-hans-kreb-3-edward-kreb-4-tilman-kreb-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MTc-which-of-the-following-is-not-used-for-the-cyclic-process-of-cellular-respiration-of-carbohydrates-1-krebs-rsquo-cycle-2-tricarboxylic-acid-cycle-3-citric-acid-cycle-4-phosphorespiration-cycle-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MTg-the-very-first-step-of-tca-cycle-involves-except-1-citrate-synthase-2-a-molecule-of-coenzyme-a-is-released-3-isomerization-4-formation-of-citrate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MTk-from-citrate-to-alpha-ketoglutarate-in-tca-cycle-all-the-following-reactions-happen-except-1-isomerization-2-decarboxylation-3-release-of-carbon-dioxide-4-fadh2-formation-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MjA-from-alpha-ketoglutarate-to-succinyl-coa-in-tca-cycle-which-of-the-following-occurs-1-4c-compound-is-formed-2-5c-compound-is-formed-3-6c-compound-is-formed-4-2c-compound-is-regenerated-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MjI-what-is-that-process-in-which-gtp-is-formed-in-cellular-respiration-1-glycolysis-2-oxidative-phosphorylation-3-electron-transport-chain-4-krebs-rsquo-cycle-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MjM-the-synthesis-of-gtp-in-krebs-rsquo-cycle-is-1-oxidative-phosphorylation-2-substrate-level-phosphorylation-3-photo-phosphorylation-4-photorespiration-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MjQ-in-a-coupled-reaction-is-converted-to-hellip-with-the-simultaneous-synthesis-of-hellip-hellip-from-hellip-hellip-the-reaction-of-krebs-rsquo-cycle-of-cellular-respiration-1-gdp-gtp-adp-atp-2-gtp-gdp-a https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MjU-in-cellular-respiration-where-is-fadh2-produced-1-conversion-of-bpga-to-pga-2-conversion-of-succinate-to-malate-3-conversion-of-pep-to-pyruvate-4-conversion-of-malate-to-oaa-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MjY-at-how-many-points-during-krebs-rsquo-cycle-nadh-is-produced-1-three-2-four-3-two-4-five-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5Mjc-at-how-many-points-does-the-fadh2-is-produced-during-complete-breakdown-of-glucose-1-one-2-three-3-two-4-five-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5Mjg-which-of-the-following-is-a-step-of-krebs-rsquo-cycle-during-which-nadh-is-not-produced-1-conversion-of-malate-to-oxaloacetate-2-conversion-of-succinate-to-malate-3-conversion-of-citrate-to-alpha-keto https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MzA-how-many-atps-are-net-gained-till-the-completion-of-krebs-rsquo-cycle-during-breakdown-of-one-molecule-of-glucose-1-4-atps-in-glycolysis-and-1-gtp-in-krebs-rsquo-cycle-2-4-atps-in-glycolysis-and-2-gtp https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MzI-for-the-continuation-of-tca-it-needs-except-1-regeneration-of-nad-and-fad-2-replenishment-of-oxaloacetate-3-regeneration-of-gtp-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MzM-if-one-wants-to-write-a-whole-reaction-of-krebs-rsquo-cycle-then-how-many-water-molecules-are-utilizing-in-net-calculation-1-two-2-one-3-three-4-four-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MzQ-how-many-carbon-dioxide-are-removed-from-acetyl-coa-during-krebs-rsquo-cycle-1-two-2-three-3-one-4-four-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MzU-how-many-times-oxidative-decarboxylation-occurs-during-breakdown-of-glucose-1-two-2-four-3-three-4-one-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MzY-during-cellular-breakdown-of-one-molecule-of-glucose-how-many-nadh-are-produced-in-matrix-1-6-2-3-3-8-4-4-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5Mzc-during-cellular-breakdown-of-one-molecule-of-glucose-how-many-nadh-are-produced-in-total-1-10-2-8-3-6-4-4-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5Mzg-during-cellular-breakdown-of-one-molecule-of-glucose-how-many-fadh2-are-produced-in-cytoplasm-1-2-2-4-3-zero-4-1-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NDE-where-does-ets-occur-1-inner-mitochondrial-membrane-2-peri-mitochondrial-space-3-outer-mitochondrial-membrane-4-inter-membrane-space-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NDI-what-is-the-complex-which-oxidizes-nadh-during-ets-1-complex-1-2-nadh-dehydrogenase-3-nadh-oxidase-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NDM-the-electrones-which-are-coming-from-oxidation-of-nadh-are-transferred-from-complex-i-to-1-ubiquinol-2-ubiquinone-3-ubiquinal-4-ubiquitous-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NDU-fadh2-is-oxidized-by-1-complex-i-2-complex-ii-3-complex-iii-4-complex-iv-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NDY-the-reduced-ubiquinone-is-1-ubiquinol-2-it-is-oxidized-with-the-transfer-of-electrones-to-cytochrome-c-via-cytochrome-bc1-complex-3-is-a-mobile-carrier-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NDc-complex-three-is-1-nadh-dehydrogenase-2-succinate-dehydrogenase-3-cytochrome-c-oxidase-4-cytochrome-bc1-complex-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NDg-cytochrome-c-includes-except-1-mobile-carrier-2-present-on-outer-surface-of-inner-membrane-3-acts-as-mobile-carrier-for-transfer-of-electrones-between-complex-iii-and-iv-4-transfers-electrones-from-co https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NTA-oxidation-of-one-molecule-of-fadh2-gives-1-one-atp-2-two-atps-3-three-atps-4-four-atps-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NTI-complex-i-does-not-have-1-fmn-2-fe-s-centres-3-nadh-dehydrogenase-4-cytochrome-c1-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NTM-complex-ii-has-except-1-fad-2-fe-s-centres-3-succinate-dehydrogenase-4-cytochrome-c1-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NTQ-complex-iii-has-1-cytochrome-b-2-cytochrome-c-3-copper-centres-4-cytochrome-a3-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NTk-oxidation-of-fadh2-actually-involves-except-1-complex-i-2-complex-ii-3-complex-iii-4-complex-iv-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NjA-oxidation-of-complex-nadh-involves-except-1-complex-i-2-complex-ii-3-complex-iii-4-complex-iv-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwMjk-which-of-the-following-complex-is-involved-in-the-transfer-of-4-hydrogen-ions-across-the-mitochondrial-membrane-1-complex-i-2-complex-ii-3-complex-v-4-complex-iv-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwMzI-which-of-the-following-complex-does-not-allow-transfer-of-protons-across-the-mitochondrial-membrane-but-transfer-of-electrones-in-the-inner-membrane-1-complex-ii-2-complex-iii-3-complex-iv-4-complex-i https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwMzM-which-of-the-following-complex-has-got-one-domain-present-in-matrix-and-other-domain-in-the-inner-membrane-1-complex-i-2-complex-ii-3-complex-iii-4-complex-v-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwMzU-why-does-oxygen-is-important-for-complete-oxidation-of-glucose-1-because-it-is-limited-to-the-terminal-stage-of-the-process-2-because-it-drives-the-whole-process-by-removing-hydrogens-from-the-system https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwMzY-why-do-we-call-it-oxidative-phosphorylation-1-because-of-the-presence-of-oxygen-2-because-here-proton-gradient-is-maintained-by-the-energy-of-oxidation-and-reduction-3-because-of-the-presence-of-adp-a https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwMzc-the-amount-of-energy-which-is-produced-by-one-molecule-of-fadh2-and-one-molecule-of-nadh-1-2-atps-3-atps-2-5-atps-3-atps-3-3-atps-3-atps-4-3-atps-2-atps-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwMzk-which-of-the-following-gradient-is-observed-in-ets-1-chemical-2-electrical-3-osmotic-4-electrochemical-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNDQ-which-of-the-following-statements-is-incorrect-1-glucose-is-the-flavoured-substrate-for-respiration-2-all-carbohydrates-are-usually-first-converted-into-glucose-before-they-are-used-for-respiration-3 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNDU-glycerol-and-fatty-acids-are-the-result-of-breaking-down-of-fats-1-fatty-acids-enter-at-the-step-of-formation-of-bpga-2-fatty-acids-enter-as-acetyl-coa-3-fatty-acids-enter-as-pgal-4-fatty-acids-enter https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNDc-the-individual-amino-acid-enter-the-respiratory-pathway-at-1-within-krebs-rsquo-cycle-2-as-pyruvate-or-acetyl-coa-3-as-pgal-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNDk-respiratory-quotient-1-some-ratio-2-some-amount-of-oxygen-3-some-amount-of-carbon-dioxide-4-cannot-be-one-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNTA-respiratory-quotient-is-1-volume-of-carbon-dioxide-evolved-2-ratio-of-volume-of-oxygen-consumed-to-volume-of-carbon-dioxide-evolved-3-ratio-of-volume-of-carbon-dioxide-evolved-to-the-volume-of-oxygen https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNTE-the-value-of-respiratory-quotient-actually-depends-upon-1-the-type-of-respiratory-substrate-used-2-the-place-in-which-respiration-is-occurring-3-the-amount-of-ventilation-4-breathing-surface-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNTI-for-the-substrate-glucose-how-many-oxygen-are-used-and-how-many-carbon-dioxide-are-evolved-1-3-3-2-6-3-3-3-6-4-6-6-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNTM-tripalmitin-which-of-the-following-is-wrong-1-a-fatty-acid-2-c51-h98-o6-3-c48-h96-o5-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNTQ-how-many-carbon-dioxide-are-evolved-in-respiration-of-two-molecules-of-tripalmitin-1-102-2-145-3-98-4-6-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNTY-rq-is-0-7-it-can-be-1-carbohydrate-2-protein-3-fatty-acid-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNTc-the-rq-of-a-substrate-is-found-to-be-0-9-what-would-be-that-substrate-1-carbohydrate-2-fatty-acid-3-lipid-4-protein-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjIyOTE-match-each-item-in-column-i-with-one-item-in-column-ii-regarding-electron-transport-chain-located-in-the-inner-mitochondrial-membrane-and-chose-your-answer-from-the-codes-given-below-column-i-column-i https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjI4MDc-in-the-given-diagrammatic-representation-of-atp-synthesis-in-mitochondria-a-b-and-c-are-respectively-1-2-h-f0-and-f1-2-2-h-f1-and-f0-3-4-h-f0-and-f1-4-4-h-f1-and-f0-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246ODkyNDU-which-of-the-following-biomolecules-is-common-to-respiration-mediated-breakdown-of-fats-carbohydrates-and-proteins-1-glucose-6-phosphate-2-fructose-1-6-bisphosphate-3-pyruvic-acid-4-acetyl-co-a-1-2-3 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246ODkzMzI-what-is-the-role-of-nad-in-cellular-respiration-1-it-functions-as-an-enzyme-2-it-functions-as-an-electron-carrier-3-it-is-a-nucleotide-source-for-atp-synthesis-4-it-is-the-final-electron-acceptor-for https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246ODkzOTk-which-of-these-statements-is-incorrect-1-enzymes-of-the-tca-cycle-are-present-in-the-mitochondrial-matrix-2-glycolysis-occurs-in-the-cytosol-3-glycolysis-operates-as-long-as-it-is-supplied-with-nad-th https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTIwNDU-the-three-boxes-in-this-diagram-represent-the-three-major-biosynthetic-pathways-in-aerobic-respiration-arrows-represent-net-reactants-or-products-arrows-numbered-4-8-and-12-can-all-be-1-atp-2-a2o-3-fa https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTQ2MDY-the-respiratory-quotient-during-cellular-respiration-would-depend-on-the-1-nature-of-enzymes-involved-2-nature-of-the-substrate-3-amount-of-carbon-dioxide-released-4-amount-of-oxygen-utilized-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTU2Mjg-conversion-of-glucose-to-glucose-6-phosphate-the-first-irreversible-reaction-of-glycolysis-is-catalyzed-by-1-phosphofructokinase-2-aldolase-3-hexokinase-4-enolase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTU2Mzk-respiratory-quotient-rq-value-of-tripalmitin-is-1-0-092-0-9-3-0-74-0-007-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTU2NDA-which-of-the-following-statements-regarding-mitochondria-is-incorrect-1-mitochondrial-matrix-contains-single-circular-dna-molecule-and-ribosomes-2-outer-membrane-is-permeable-to-monomers-of-carbohydra https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTMxNjkw-where-is-the-respiratory-electron-transport-system-ets-located-in-plants-1-mitochondrial-matrix-2-outer-mitochondrial-membrane-3-inner-mitochondrial-membrane-4-intermembrane-space-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg0NjA3-consider-the-following-two-statements-statement-i-fermentation-serves-an-important-purpose-in-muscle-cells-during-exercise-statement-ii-it-is-the-only-mechanism-of-atp-production-under-such-conditions https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg0NjA4-in-aerobic-cellular-respiration-oxygen-is-actually-directly-used-only-by-1-glycolysis-2-oxidation-of-pyruvate-3-kreb-rsquo-s-cycle-4-electron-transport-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg0NjA5-what-percent-of-atp-produced-during-glycolysis-are-the-result-of-substrate-level-phosphorylation-1-0-2-25-3-50-4-100-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg0NjEw-pyruvate-enters-the-mitochondrion-by-1-active-transport-2-facilitated-diffusion-3-diffusion-4-through-a-channel-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg0NjEx-in-beta-oxidation-1-fatty-acids-are-joined-to-form-acetyl-coa-2-fatty-acids-are-broken-down-to-form-acetyl-coa-3-amino-acids-are-converted-to-glucose-4-amino-acids-are-converted-to-intermediates-of-kr https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg0NjEy-the-products-of-three-turns-of-kreb-rsquo-s-cycle-will-be-1-1-atp-2-co2-3-nadh-and-1-fadh2-2-3-atp-3-co2-3-nadh-and-3-fadh2-3-3-atp-6-co2-9-nadh-and-3-fadh2-4-38-atp-6-co2-3-nadh-and-12-fadh2-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg0NjEz-the-mitochondrial-electron-transport-chain-is-located-in-1-the-outer-membrane-2-the-inner-membrane-3-the-inter-membrane-space-4-stroma-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg0NjE0-in-aerobic-cellular-respiration-maximum-number-of-atp-molecules-is-produced-during-1-glycolysis-2-oxidation-of-pyruvate-3-kreb-rsquo-s-cycle-4-chemiosmosis-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg0NjE1-consider-the-two-given-statements-i-glycolysis-is-thought-to-be-one-of-the-most-ancient-of-metabolic-processes-ii-glycolysis-neither-uses-nor-needs-o2-1-both-i-and-ii-are-correct-and-ii-explains-i-2-b https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg1Mzg0-the-number-of-substrate-level-of-phosphorylations-in-one-turn-of-citric-acid-cycle-is-1-one-2-two-3-three-4-four-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTk1MDM4-pyruvate-dehydrogenase-activity-during-aerobic-respiration-requires-1-calcium-2-iron-3-cobalt-4-magnesium-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246Mjc3MjQy-which-of-the-following-statements-is-incorrect-1-atp-is-synthesized-through-complex-v-2-oxidation-reduction-reactions-produce-a-proton-gradient-in-respiration-3-during-aerobic-respiration-the-role-of https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM0NzE0-during-oxidation-within-a-cell-all-the-energy-contained-in-respiratory-substrates-1-is-released-free-into-the-cell-2-is-released-in-a-single-step-3-is-released-in-a-series-of-slow-stepwise-reactions-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM0NzE1-in-glycolysis-which-of-the-following-conversions-is-an-energy-yielding-process-1-glucose-to-glucose-6-phosphate-2-fructose-6-phosphate-to-fructose-1-6-biphopshate-3-bpga-to-3-phosphoglyceric-acid-4-3 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM0NzE2-the-names-for-complex-iii-and-complex-iv-in-the-mitochondrial-electron-transport-chain-respectively-are-1-nadh-dehydrogenase-and-succinic-dehydrogenase-2-nadh-dehydrogenase-and-atp-synthase-3-cytochro https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM0NzIw-what-is-incorrect-about-cf0-part-of-atp-synthase-1-it-is-embedded-in-the-thylakoid-membrane-2-it-forms-a-transmembrane-channel-3-it-carries-out-facilitated-diffusion-of-protons-4-it-protrudes-on-the-o https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM0NzIx-the-ratio-of-the-volume-of-co2-evolved-to-the-volume-of-o2-consumed-in-respiration-is-called-as-the-respiratory-quotient-rq-calculate-rq-when-albumin-is-used-as-a-respiratory-substrate-see-the-given-e https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM0NzIy-in-the-tricarboxylic-acid-cycle-what-are-the-respective-numbers-for-ndash-decarboxylation-steps-substrate-level-phosphorylation-and-points-at-which-fadh2-is-produced-calculate-for-oxidation-of-one-mol https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM1NjI1-during-glycolysis-in-plant-cells-the-enzyme-hexokinase-catalyzes-the-phosphorylation-of-i-glucose-ii-fructose-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM1NjI2-the-number-of-carbon-atoms-in-all-the-following-molecules-is-4-except-in-1-alpha-ketoglutaric-acid2-oxaloacetic-acid-3-succinic-acid4-malic-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM3NTMz-an-energy-yielding-step-in-glycolysis-is-1-phosphorylation-of-glucose-2-splitting-of-fructose-1-6-biphosphate-3-phosphorylation-of-fructose-6-phosphate-4-conversion-of-bpga-to-3-phosphoglyceric-acid-1 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM3NTM0-in-the-mitochondrial-electron-transport-system-ubiquinone-receives-reducing-equivalents-via-1-both-complex-i-and-complex-ii-2-complex-iii-3-complex-iv-4-complex-v-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM3NTQ1-the-number-of-carbon-atoms-are-3-in-all-of-the-following-molecules-except-1-dihydroxyacetone-phosphate-2-glyceraldehyde-3-phosphate-3-acetyl-coa-4-pyruvic-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM4MjYz-fermentation-is-not-a-waste-but-it-serves-an-important-purpose-which-is-1-regeneration-of-nad-2-formation-of-large-number-of-atp-3-evolution-of-oxygen-4-complete-oxidation-of-pyruvic-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM5NDM5-what-amount-of-energy-is-released-from-glucose-during-lactic-acid-fermentation-1-less-than-7-2-approximately-15-3-more-than-18-4-about-10-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM5NDQx-what-is-the-net-gain-of-atp-when-each-molecule-of-glucose-is-converted-to-two-molecules-of-pyruvic-acid-1-eight-2-four-3-six-4-two-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM5ODU3-match-list-i-with-list-ii-list-i-list-ii-a-ets-complex-i-i-cyt-bc1-b-ets-complex-ii-ii-cyt-a-a3-and-2-copper-centres-c-ets-complex-iii-iii-nadh-dehydrogenase-d-ets-complex-iv-iv-ubiquinone-and-fadh2-d https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM5ODYz-identify-the-cytochrome-which-acts-as-a-mobile-carrier-for-the-transfer-of-electrons-between-complex-iii-and-iv-1-cytochrome-a-2-cytochrome-a3-3-cytochrome-b-c1-4-cytochrome-c-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQxOTgz-substrate-level-phosphorylation-accounts-for-approximately-what-percentage-of-the-atp-formed-by-the-reactions-of-glycolysis-1-0-2-2-3-10-4-100-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQyMDc5-assertion-a-in-aerobic-respiration-presence-of-o2-is-necessary-reason-r-o2-in-aerobic-respiration-plays-only-one-role-i-e-terminal-acceptor-of-the-electron-in-the-following-questions-a-statement-of-as https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQyMzg0-the-oxygen-consumed-during-cellular-respiration-is-involved-directly-in-which-process-or-event-1-glycolysis-2-accepting-electrons-at-the-end-of-the-electron-transport-chain-3-the-citric-acid-cycle-4-t https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQyNDAz-given-below-are-two-statements-assertion-a-glycolysis-occurs-in-cytoplasm-reason-r-enzymes-of-glycolysis-are-found-in-cytoplasm-it-is-common-in-aerobic-anaerobic-respiration-1-both-a-and-r-are-true-an https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQyNzYx-during-glycolysis-when-each-molecule-of-glucose-is-catabolized-to-two-molecules-of-pyruvate-most-of-the-potential-energy-contained-in-glucose-is-1-transferred-to-adp-forming-atp-2-transferred-directly https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQyNzky-assertion-a-glycolysis-is-the-first-common-step-of-both-aerobic-as-well-as-anaerobic-respiration-reason-r-1-molecule-of-hexose-sugar-is-converted-into-molecules-of-pyruvic-acid-in-the-absence-or-prese https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQzODMw-statement-i-in-fermentation-there-is-a-net-gain-of-12-molecules-of-atp-for-each-molecule-of-glucose-degraded-to-pyruvic-acid-whereas-only-2-molecules-of-atp-are-generated-under-aerobic-conditions-stat https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQzODMx-given-below-are-two-statements-statement-i-the-first-five-reactions-of-glycolytic-pathway-convert-a-molecule-of-glucose-into-2-molecules-of-glyceraldehyde-3-phosphate-statement-ii-the-final-product-of https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQzOTQy-which-of-the-following-event-occurs-in-aerobic-respiration-a-b-small-text-pyruvic-acid-mathrm-coa-mathrm-nad-underset-text-pyruvate-dehydrogenase-stackrel-mathrm-mg-2-longrightarrow-text-acetyl-mathrm https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ0MTg0-given-below-are-two-statements-statement-i-respiratory-quotient-rq-is-the-ratio-of-the-volume-of-co2-evolved-to-the-volume-of-o2-consumed-statement-ii-respiratory-quotient-rq-is-the-ratio-of-the-volum https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ0NDM2-in-glycolysis-fructose-1-6-bisphosphate-is-split-into-dhap-and-pgal-pgal-refers-to-1-3-phosphoglyceraldehyde-2-pyruvic-glyceraldehyde-3-phosphate-glyceraldehyde-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ0NzIy-identify-the-enzyme-of-tca-cycle-located-in-the-inner-mitochondrial-membranes-and-its-function-1-lactate-dehydrogenase-and-it-converts-nad-to-nadh-2-succinate-dehydrogenase-and-it-reduces-ubiquinone-t https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ0OTgx-consider-the-following-reactions-in-glycolysis-and-arrange-in-correct-sequence-a-phosphorylation-of-glucose-b-isomerisation-of-glucose-6-phosphate-c-isomerisation-of-dihydroxyacetone-phosphate-d-phosp https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ1MTcx-given-below-are-two-statements-statement-i-the-end-products-of-electron-transport-system-ets-are-atp-and-h2o-statement-ii-ets-begins-with-a-reduction-of-nadh-h-and-ends-with-oxidation-of-o2-in-light-o https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2NDEy-the-number-of-time-s-decarboxylation-of-isocitrate-occurs-during-single-tca-cycle-is-1-one-2-two-3-three-4-four-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2NDM5-the-5-c-compound-formed-during-tca-cycle-is-1-alpha-ketoglutaric-acid-2-oxalo-succinic-acid-3-succinic-acid-4-fumaric-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzU3NjM5-during-an-oxidative-phosphorylation-the-terminal-electron-acceptor-is-mdash-mdash-ndash-fill-up-the-blank-1-fad-2-nad-3-oxygen-4-cytochrome-c-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYxNjg3-consider-the-given-statements-assertion-a-in-green-plants-all-other-organs-tissues-and-cells-that-are-non-green-need-food-for-oxidation-reason-r-they-cannot-photosynthesize-their-food-1-both-a-and-r-a https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYxNjg4-consider-the-given-two-statements-assertion-a-energy-released-by-oxidation-in-respiration-is-not-used-directly-but-is-used-to-synthesize-atp-reason-r-atp-can-be-broken-down-whenever-energy-is-required https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYxNjkw-consider-the-given-two-statements-assertion-a-plants-have-systems-in-place-that-ensure-the-availability-of-o2-reason-r-plants-require-o2-for-respiration-to-occur-and-they-also-give-out-co2-1-both-a-an https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYxNjkx-assertion-a-in-the-respiratory-pathway-different-substrates-would-enter-if-they-were-to-be-respired-and-used-to-derive-energy-reason-r-fatty-acids-would-be-broken-down-to-acetyl-coa-before-entering-th https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYxNjky-assertion-a-respiration-is-an-amphibolic-process-reason-r-the-respiratory-pathway-shows-both-catabolism-and-anabolism-during-breakdown-and-synthesis-of-respiratory-substrates-choices-for-assertions-an https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYzNjUx-assertion-a-availability-of-oxygen-is-not-a-problem-in-all-plant-cells-reason-r-all-photosynthetic-cells-release-o2-within-the-cell-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYzNjUy-assertion-a-the-presence-of-oxygen-in-aerobic-respiration-is-vital-reason-r-it-derives-the-whole-process-by-removing-h-from-the-system-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-b https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYzNjUz-assertion-a-the-respiratory-process-has-traditionally-been-considered-a-catabolic-process-reason-r-respiration-involves-the-breakdown-of-substrates-1-both-a-and-r-are-true-and-r-is-the-correct-explana https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY0NzQ2-in-aerobic-oxidative-phosphorylation-the-final-electron-acceptor-of-the-electron-transport-chain-is-1-nad-2-oxygen-3-pyruvate-4-water-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY0NzY4-what-is-the-number-of-atp-molecules-produced-by-substrate-level-phosphorylation-from-the-complete-breakdown-of-a-single-molecule-of-glucose-in-the-presence-of-oxygen-1-2-2-3-3-4-4-6-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY0ODE1-during-glycolysis-an-atp-molecule-is-synthesised-during-the-conversion-of-i-bpga-to-3-phosphoglyceric-acid-pga-ii-pep-to-pyruvic-acid-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY0ODc3-consider-the-two-statements-assertion-a-it-is-better-to-consider-the-respiratory-pathway-as-an-amphibolic-pathway-rather-than-as-a-catabolic-one-reason-r-the-respiratory-pathway-is-involved-in-both-an https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY1NzQ3-glycerol-enters-the-respiratory-pathway-after-being-converted-to-1-pgal-2-pep-3-1-3-ndash-bpg-4-2-ndash-pg-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY1NzY3-consider-the-given-two-statements-statement-i-in-aerobic-cellular-respiration-the-complete-oxidation-of-pyruvate-takes-place-in-the-cytoplasm-statement-ii-the-apparatus-for-passing-electrons-to-molecu https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY1Nzc0-nadh-h-is-reoxidised-to-nad-in-i-ethanol-fermentation-ii-lactate-fermentation-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY1OTA4-consider-the-given-two-statements-assertion-a-carbon-dioxide-is-not-produced-in-glycolysis-reason-r-glycolysis-is-a-metabolic-pathway-that-does-not-require-oxygen-1-a-is-true-but-r-is-false-2-both-a-a https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY2MDQ1-the-glycolytic-pathway-has-an-investment-of-2-atp-molecules-at-which-of-the-following-steps-is-the-debt-paid-off-1-conversion-of-glucose-into-glucose-6-phospahte-2-conversion-of-fructose-6-phosphate-i https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY2MDc2-consider-the-two-given-statements-assertion-a-in-aerobic-cellular-respiration-the-presence-of-oxygen-is-vital-reason-r-oxygen-acts-as-the-final-hydrogen-acceptor-1-both-a-and-r-are-true-and-r-correctl https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY3MDM3-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-atp-is-used-at-two-steps-in-glycolysis-reason-r-first-atp-is-used-in-converting-glucose https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY3MDQ1-match-list-i-with-list-ii-list-i-list-ii-a-oxidative-decarboxylation-i-citrate-synthase-b-glycolysis-ii-pyruvate-dehydrogenase-c-oxidative-phosphorylation-iii-electron-transport-system-d-tricarboxylic https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY4MTY5-how-many-times-decarboxylation-occurs-during-each-tca-cycle-1-thrice2-many-3-once4-twice-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY4MTkw-fatty-acids-are-connected-with-the-respiratory-pathway-through-1-acetyl-coa-2-alpha-ketoglutaric-acid-3-dihydroxy-acetone-phosphate-4-pyruvic-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY5NTE1-given-below-are-two-statements-assertion-a-although-the-aerobic-process-of-respiration-takes-place-only-in-the-presence-of-o2-the-role-of-o2-is-limited-to-the-terminal-stage-of-the-process-reason-r-ox https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246Mzc4Nzc0-what-is-the-r-q-of-glucose-1-one-2-less-than-one-3-more-than-one-4-infinite-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246Mzc4Nzky-how-many-molecules-of-pyruvic-acid-are-formed-in-glycolysis-1-2-2-1-3-15-4-16-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246Mzc4Nzk5-rq-of-malic-acid-is-1-1-9-2-1-49-3-1-33-4-1-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjA2-consider-the-given-two-statements-assertion-a-atp-acts-as-the-energy-currency-of-the-cell-reason-r-atp-is-a-ribonucleoside-triphosphate-1-both-a-and-r-are-true-and-r-explains-a-2-a-is-true-but-r-is-fa https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjA3-in-anaerobic-organisms-the-only-process-in-respiration-is-1-emp-pathway-2-hatch-and-slack-pathway-3-tricarboxylic-acid-cycle-4-calvin-benson-cycle-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjA4-sucrose-is-converted-into-glucose-and-fructose-by-the-enzyme-1-lactase-2-zymase-3-diastase-4-invertase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjA5-the-step-in-the-glycolytic-pathway-where-nadh-h-is-formed-from-nad-is-when-1-fructose-1-6-bisphosphate-is-split-into-dihydroxyacetone-phosphate-and-3-phosphoglyceraldehyde-pgal-2-3-phosphoglyceraldehy https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjEx-the-reaction-2-in-the-given-figure-is-catalysed-by-the-enzyme-1-pyruvate-decarboxylase-2-pyruvate-kinase-3-pyruvate-dehydrogenase-4-pyruvate-synthetase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjEy-during-fermentation-yeasts-poison-themselves-to-death-when-the-concentration-of-alcohol-reaches-about-1-5-percent-2-13-per-cent-3-22-per-cent-4-44-per-cent-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjEz-in-aerobic-respiration-passing-on-of-the-electrons-removed-as-part-of-the-hydrogen-atoms-to-molecular-o2-with-simultaneous-synthesis-of-atp-is-associated-with-1-outer-mitochondrial-membrane-2-inner-mi https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjE0-pyruvate-which-is-formed-by-the-glycolytic-catabolism-of-carbohydrates-in-the-cytosol-1-undergoes-oxidative-decarboxylation-in-cytosol-itself-by-a-complex-set-of-reactions-catalysed-by-pyruvic-kinase https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjE1-in-the-tca-cycle-a-molecule-of-gtp-is-synthesised-1-during-the-first-oxidative-decarboxylation-reaction-2-during-the-second-oxidative-decarboxylation-reaction-3-during-the-condensation-of-acetyl-group https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjE4-in-the-mitochondrial-ets-ubiquinone-receives-reducing-equivalents-from-i-complex-i-ii-complex-ii-iii-complex-iii-iv-complex-iv-1-only-i-and-ii-2-only-iii-and-iv-3-only-i-ii-and-iii-4-only-ii-iii-and-i https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjE5-which-of-the-following-is-the-complex-iii-of-the-mitochondrial-ets-1-nadh-dehydrogenase-2-succinic-dehydrogenase-3-cytochrome-bc1-complex-4-cytochrome-c-oxidase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjIy-cytochrome-c-in-the-mitochondrial-ets-is-located-1-within-the-inner-mitochondrial-membrane-2-on-the-outer-surface-of-the-inner-mitochondrial-membrane-3-on-the-inner-surface-of-the-inner-mitochondrial https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjIz-the-reduced-ubiquinone-ubiquinol-in-the-mitochondrial-ets-is-oxidised-with-the-transfer-of-electrons-to-1-cytochrome-c-via-succinic-dehydrogenase-2-cytochrome-c-via-cytochrome-bc1-complex-3-cytochrome https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjI2-in-the-complex-i-of-mitochondrial-ets-electrons-from-nadh-are-first-passed-on-to-1-fe-s-2-fmn-3-fad-4-cua-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjI3-oxidation-of-one-molecule-of-nadh-gives-rise-to-shy-shy-shy-shy-molecules-of-atp-while-that-of-one-molecule-of-fadh2-produces-molecules-of-atp-1-3-and-2-respectively-2-2-and-3-respectively-3-1-and-2-r https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjMw-regarding-atp-synthase-complex-v-i-the-f1-headpiece-is-a-peripheral-membrane-protein-complex-and-contains-the-site-for-synthesis-of-atp-from-adp-and-inorganic-phosphate-ii-f0-is-an-integral-membrane-p https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjMy-consider-the-given-two-statements-assertion-a-it-is-possible-to-make-calculations-of-the-net-gain-of-atp-for-every-glucose-molecule-oxidised-but-in-reality-this-can-remain-only-a-theoretical-exercise https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjMz-there-can-be-a-net-gain-of-shy-shy-shy-shy-atp-molecules-during-aerobic-respiration-of-one-molecule-of-glucose-as-per-ncert-textbook-1-30-2-36-3-38-4-40-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjM2-correct-comparisons-between-fermentation-and-aerobic-respiration-will-include-i-fermentation-accounts-for-only-a-partial-breakdown-of-glucose-whereas-in-aerobic-respiration-it-is-completely-degraded-t https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjM3-glycerol-enters-the-respiratory-catabolic-pathway-after-being-converted-to-1-pgal-2-fructose-3-pyruvate-4-acetyl-coa-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjQw-consider-the-given-two-statements-statement-i-fatty-acids-would-be-broken-down-to-acetyl-coa-before-entering-the-respiratory-pathway-when-it-is-used-as-a-substrate-statement-ii-when-the-organism-needs https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjQy-consider-the-given-two-statements-assertion-a-it-is-better-to-consider-the-respiratory-pathway-as-an-amphibolic-pathway-rather-than-only-as-a-catabolic-one-reason-r-breaking-down-processes-within-the https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjQ0-consider-the-given-two-statements-assertion-a-when-carbohydrates-are-used-as-respiratory-substrate-and-are-completely-oxidised-the-rq-will-be-1-reason-r-equal-amounts-of-co2-and-o2-are-evolved-and-con https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgxMjQ1-the-number-of-points-in-the-tca-cycle-where-fad-is-reduced-to-fadh2-is-are-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246Mzk2MDE1-match-the-processes-involved-in-aerobic-respiration-given-in-column-i-with-its-occurrence-in-cell-from-column-ii-and-choose-the-correct-option-column-i-column-ii-i-glycolysis-a-mitochondrial-matrix-ii https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDU1MDk0-match-list-i-with-list-ii-list-i-list-ii-a-citric-acid-cycle-i-cytoplasm-b-glycolysis-ii-mitochondrial-matrix-c-electron-transport-system-iii-intermembrane-space-of-mitochondria-d-proton-gradient-iv-i https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDU1MDk5-identify-the-step-in-tricarboxylic-acid-cycle-which-does-not-involve-oxidation-of-substrate-1-succinic-acid-rightarrow-malic-acid-2-succinyl-coa-rightarrow-succinic-acid-3-isocitrate-rightarrow-alpha https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDU2NzA1-in-plants-sucrose-is-converted-into-two-molecules-of-monosaccharides-due-to-action-of-invertase-and-then-both-enter-the-glycolytic-pathway-identify-the-monosaccharides-1-glucose-and-glucose-2-glucose https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDU2ODA2-in-glycolysis-the-conversion-of-1-3-bisphosphoglyceric-acid-to-3-phosphoglyceric-acid-is-1-energy-yielding-process-2-energy-utilising-process-3-phosphorylation-process-4-isomerisation-process-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDU2ODU0-which-of-the-following-statements-are-correct-about-respiration-a-energy-of-oxidation-reduction-is-utilised-for-phosphorylation-b-oxygen-acts-as-the-final-hydrogen-acceptor-c-the-photo-oxidative-energ https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MTM-energy-released-by-oxidation-in-respiration-1-can-use-only-carbohydrates-as-respiratory-substrate-2-is-all-released-free-into-the-cell-3-is-all-released-in-a-single-step-4-cannot-be-used-directly-1-2 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MTQ-plants-can-get-along-without-respiratory-organs-what-may-be-the-reason-s-for-this-i-each-plant-part-takes-care-of-its-own-gas-exchange-needs-ii-plants-do-not-present-great-demands-for-gas-exchange-1-b https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MTU-in-section-12-1-it-is-written-that-most-cells-of-a-plant-have-at-least-a-part-of-their-surface-in-contact-with-air-the-arguments-in-favor-of-this-statement-include-all-except-1-flattened-leaves-2-clos https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2Mzk-which-of-the-following-exhibits-the-highest-rate-of-respiration-1-growing-shoot-apex-2-germinating-seed-3-root-tip-4-leaf-bud-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2MjAx-which-of-the-following-would-be-correct-regarding-the-comparison-of-fermentation-and-aerobic-respiration-fermentation-aerobic-respiration-i-partial-breakdown-of-glucose-complete-breakdown-of-glucose-i https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2MTcw-cellular-respiration-includes-i-transport-of-gases-from-the-respiratory-surface-to-the-cells-ii-breakdown-of-food-material-within-the-cell-to-release-energy-iii-trapping-of-energy-released-during-the https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2MTcy-consider-the-two-statements-statement-i-inside-a-cell-the-glucose-molecule-is-oxidised-not-in-one-step-but-in-several-small-steps-statement-ii-some-steps-will-be-just-large-enough-such-that-energy-lib https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MTY-the-enzymatic-machinery-to-partially-oxidize-glucose-without-the-help-of-oxygen-is-present-in-1-all-living-organisms-2-all-prokaryotes-only-3-prokaryotes-and-obligate-anaerobes-only-4-facultative-and https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MTc-sucrose-is-converted-into-glucose-and-fructose-by-the-enzyme-1-sucrase-2-aldolase-3-invertase-4-zymase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MTg-how-many-atp-molecules-are-directly-synthesized-in-glycolytic-pathway-from-one-glucose-molecule-1-2-2-4-3-6-4-10-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MTk-what-is-the-metabolic-fate-of-pyruvate-1-it-is-the-end-product-of-glycolytic-pathway-2-it-is-reduced-to-acetyl-coa-in-the-presence-of-oxygen-3-it-depends-on-the-cellular-needs-4-it-is-decarboxylated-i https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2NDI-what-is-the-end-product-of-glycolysis-1-nadh-2-atp-3-g3p-4-pyruvate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2MTc2-in-glycolysis-atp-is-synthesised-1-during-conversion-of-1-3-biphosphoglyceric-acid-to-3-phosphoglyceric-acid-and-during-conversion-of-phosphoenolpuruvate-to-pyruvic-acid-2-during-conversion-of-glucose https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2MTc3-the-net-gain-of-number-of-atp-molecules-during-glycolysis-will-be-1-2-2-4-3-6-4-8-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2MTc5-in-glycolysis-nad-is-reduced-to-nadh-h-1-during-conversion-of-1-3-biphosphoglyceric-acid-to-3-phosphoglyceric-acid-2-during-conversion-of-glyceraldehyde-3-phosphate-to-1-3-biphosphoglyceric-acid-3-dur https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MjE-the-maximum-concentration-of-alcohol-in-beverages-that-are-naturally-fermented-is-about-1-5-8-2-13-15-3-33-34-4-47-49-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MzM-what-is-the-number-of-atp-molecules-produced-when-pyruvate-is-converted-to-lactate-by-fermentation-1-0-2-2-3-4-4-38-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2MTgy-consider-the-given-statements-statement-i-in-alcohol-fermentation-in-yeast-pyruvic-acid-decarboxylase-and-alcohol-dehydrogenase-convert-pyruvic-acid-to-carbon-dioxide-and-ethanol-statement-ii-in-lacti https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MjM-the-continued-oxidation-of-acetyl-coa-via-the-tca-cycle-requires-the-continued-replenishment-of-i-oxaloacetic-acid-ii-nad-iii-fad-1-i-and-ii-only-2-i-and-iii-only-3-ii-and-iii-only-4-i-ii-and-iii-1-2 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MjQ-at-how-many-points-in-the-tca-cycle-is-nad-nad-nad-reduced-to-nadh-h-h-h-1-2-2-3-3-4-4-6-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MjU-during-the-conversion-of-succinyl-coa-to-succinic-acid-in-tca-cycle-1-one-molecule-of-atp-is-directly-synthesized-2-nad-nad-nad-is-reduced-3-fad-is-reduced-4-one-molecule-of-gtp-is-synthesized-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MjY-the-electron-transport-system-in-mitochondria-is-located-in-the-1-inner-mitochondrial-membrane-2-outer-mitochondrial-membrane-3-inter-membrane-space-4-matrix-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2Mjg-cytochrome-c-is-found-1-attached-to-outer-surface-of-the-inner-mitochondrial-membrane-2-attached-to-inner-surface-of-the-inner-mitochondrial-membrane-3-in-the-inter-membrane-space-4-in-the-mitochondri https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2Mjk-the-number-of-atp-molecules-synthesized-from-oxidation-of-one-molecule-of-nadh-and-one-molecule-of-fadh2fadh2fadh2-are-respectively-1-3-and-2-2-2-and-3-3-1-and-1-4-2-and-1-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MzA-oxygen-drives-the-process-of-atp-production-via-ets-the-best-explanation-for-this-would-be-that-oxygen-1-is-needed-at-the-end-of-the-aerobic-respiration-2-is-the-terminal-electron-donor-3-is-not-requi https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2NDc-oxidative-decarboxylation-of-pyruvate-produces-1-co2co2co2-2-citrate-3-acetyl-coa-4-g3p-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2NDk-the-stage-of-cellular-respiration-that-directly-involves-oxygen-is-1-glycolysis-2-at-the-end-of-etc-3-krebs-cycle-4-the-phosphorylation-of-adp-to-form-atp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2NTM-what-process-in-aerobic-respiration-generates-maximum-atp-1-substrate-level-phosphorylation-2-chemiosmosis-3-krebs-cycle-4-pyruvate-decarboxylation-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2Nzc-the-correct-sequence-of-flow-of-electrons-downhill-in-the-mitochondrial-electron-transport-chain-would-be-1-ubiquinone-cytochromes-fmn-fe-s-2-cytochromes-fmn-ubiquinone-fe-s-3-fe-s-fmn-cytochromes-ubi https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2ODY-identify-the-incorrectly-matched-pair-component-of-etc-name-1-complex-i-nadh-dehydrogenase-2-complex-ii-succinate-dehydrogenase-3-complex-iii-cytochrome-b6f-complex-4-complex-iv-cytochrome-c-oxidase-1 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2MTkw-after-the-two-molecules-of-pyruvate-produced-at-the-end-of-glycolysis-from-one-molecule-of-glucose-enter-the-mitochondrial-matrix-and-till-the-krebs-cycle-is-complete-which-of-the-following-will-not-b https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ2MTk3-identify-the-incorrectly-matched-pair-respiratory-complex-pathway-for-electron-transport-1-nadh-dehydrogenase-nadh-fmn-fe-s-q-2-succinic-dehydrogenase-fadh2-fmn-q-3-cytochrome-bc1-cyt-b-fe-s-cyt-c1-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MzI-according-to-ncert-textbook-what-is-the-number-of-atp-molecules-that-can-be-regarded-as-a-net-gain-during-aerobic-respiration-of-one-molecule-of-glucose-1-2-2-30-3-36-4-38-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MzQ-if-fatty-acids-were-to-enter-the-respiratory-pathway-they-must-be-converted-to-a-molecule-with-1-two-carbons-2-three-carbons-3-five-carbons-4-six-carbons-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2MzU-the-respiratory-pathway-is-best-described-as-1-catabolic-2-anabolic-3-amphibolic-4-amphipathic-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTExNTIx-how-do-plants-carry-out-gas-exchange-without-specialized-respiratory-organs-1-they-use-vascular-tissues-to-transport-gases-2-only-photosynthetic-cells-require-gas-exchange-which-occurs-through-the-cut https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1NzU5-respiratory-substrate-are-the-compounds-1-which-get-oxidized-during-respiration-2-which-get-hydrolysed-during-respiration-3-which-get-reduced-during-respiration-4-which-catalyze-the-process-of-respira https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1NzYy-the-energy-in-respiration-is-1-released-in-a-single-step-2-released-in-multiple-step-processes-and-is-trapped-in-the-form-of-adp-3-released-in-step-wise-reactions-controlled-by-ribozymes-4-released-in https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3OTUx-consider-the-given-two-statements-assertion-a-atp-acts-as-the-energy-currency-of-the-cell-reason-r-atp-hydrolysis-releases-energy-that-can-be-used-for-various-cellular-processes-1-both-a-and-r-are-tru https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYxNzAz-assertion-a-food-has-to-be-translocated-to-all-non-green-parts-of-plants-reason-r-non-green-parts-do-not-photosynthesize-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1NzU4-respiration-is-1-breaking-of-a-type-of-bonds-like-ionic-or-non-ionic-of-complex-compounds-through-oxidation-within-the-cell-by-utilizing-bulk-of-energy-2-breaking-of-c-c-bonds-of-simple-molecules-thro https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1NzYx-which-of-the-following-act-as-respiratory-substrate-under-certain-conditions-in-the-plant-1-protein-2-organic-acid-3-fats-4-all-of-these-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTA5MTg0-what-is-the-relationship-between-photosynthesis-and-cellular-respiration-1-both-processes-produce-oxygen-2-cellular-respiration-uses-glucose-and-oxygen-made-by-photosynthesis-to-release-energy-3-photo https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTA1MDI0-which-of-the-following-features-enables-efficient-gas-exchange-within-a-plant-s-internal-structure-even-in-large-and-woody-tissues-1-specialized-root-hairs-that-channel-gases-internally-2-lenticels-an https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTExNTIw-what-is-the-role-of-atp-in-cellular-respiration-1-it-directly-provides-energy-to-the-cell-during-oxidation-2-it-acts-as-the-energy-currency-storing-energy-released-during-oxidation-for-later-use-3-it https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1NzY4-all-the-living-organisms-do-have-1-glycolysis-2-tca-3-etc-4-oxidative-phosphorylation-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgyNzM0-cellular-respiration-is-very-important-for-life-as-it-1-utilizes-stored-glucose-2-exchanges-gases-with-the-environment-3-synthesizes-the-energy-currency-atp-4-helps-the-body-get-rid-of-fats-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1NzY1-which-of-the-following-is-not-correct-1-roots-stems-and-leaves-respire-at-rates-far-lower-than-animals-do-2-plants-do-not-present-great-demands-for-gaseous-exchange-3-when-cells-photosynthesis-availab https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1NzU2-which-of-the-following-is-not-true-1-all-the-energy-required-for-life-processes-is-obtained-by-oxidation-of-some-macromolecules-that-we-call-food-2-only-green-plants-and-cyanobacteria-can-prepare-thei https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1NzU3-the-following-statements-are-true-except-1-all-the-food-that-is-respired-for-the-life-processes-comes-from-photosynthesise-2-carnivores-depend-indirectly-on-plants-for-their-food-3-saprophytes-depend https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ5MDUz-glycolysis-is-1-oxidation-of-glucose-to-glutamate-2-conversion-of-pyruvate-to-citrate-3-oxidation-of-glucose-to-pyruvate-4-conversion-of-glucose-to-haem-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgyNTc4-the-enzyme-invertase-converts-1-sucrose-into-glucose-and-fructose-2-maltose-into-glucose-and-glucose-3-lactose-into-glucose-and-galactose-4-isomaltose-into-glucose-and-glucose-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1Nzg3-what-is-the-key-product-of-glycolysis-1-pyruvate-2-phenolpyruvate-3-acetyl-coa-4-oxaloacetate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDgwNTY4-the-pathway-through-which-glucose-is-degraded-to-pyruvate-is-called-1-aerobic-respiration-2-the-citric-acid-cycle-3-the-oxidation-of-pyruvate-4-glycolysis-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1Nzc5-the-energy-utilizing-step-of-glycolysis-is-1-1st-and-3rd-steps-2-3rd-step-only-3-last-step-only-4-1st-step-only-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTU0NzYx-which-among-the-following-is-the-universal-hydrogen-acceptor-during-glycolysis-and-krebs-cycle-before-electrons-enter-the-electron-transport-chain-1-coa-2-fad-3-nad-4-atp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgzNjMy-the-yield-of-glycolysis-includes-2-molecules-of-2-molecules-of-and-a-net-of-2-molecules-of-1-fad-nad-adp-2-co2-nad-adp-3-lactic-acid-ethanol-co2-4-pyruvate-nadh-atp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgzNzIw-enzyme-used-in-conversion-of-glucose-into-glucose-6-phosphate-is-1-hexokinase-2-isomerase-3-phosphokinase-4-phosphophexokinase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDgwNTcw-the-reactions-of-take-place-within-the-cytosol-of-eukaryotic-cells-1-glycolysis-2-oxidation-of-pyruvate-3-the-citric-acid-cycle-4-chemiosmosis-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgzNjkw-nadh-is-produced-during-1-glycolysis-2-oxidation-of-pyruvate-3-krebs-cycle-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1Nzgw-the-splitting-of-fructose-1-6-bisphoshate-result-in-1-production-of-two-pyruvates-2-one-pgal-and-one-dihydroxy-acetone-phosphate-3-two-pgal-4-one-pga-and-one-dhap-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzM0MzY5-conversion-of-glucose-to-glucose-6-phosphate-the-first-irreversible-reaction-of-glycolysis-is-catalyzed-by-1-phosphofructokinase-2-aldolase-3-hexokinase-4-enolase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3OTE1-identify-the-incorrect-statement-1-glycolysis-occurs-in-the-cytoplasm-of-the-cell-2-the-end-product-of-glycolysis-is-pyruvate-3-glycolysis-requires-oxygen-to-proceed-4-glycolysis-is-also-known-as-the https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1Nzg5-the-major-ways-through-which-different-cells-handle-pyruvate-of-glycolysis-are-except-1-lactic-acid-fermentation-2-alcoholic-fermentation-3-aerobic-respiration-4-phosphorespiration-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTYzNjI-glycolysis-is-a-chain-of-a-reaction-which-occur-in-the-b-of-the-cell-1-a-five-b-mitochondria-2-a-ten-b-mitochondria-3-a-eight-b-cytoplasm-4-a-ten-b-cytoplasm-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTA1MDM3-during-glycolysis-two-atp-molecules-are-required-to-initiate-the-breakdown-of-glucose-which-of-the-following-accurately-describes-where-atp-is-consumed-in-the-glycolytic-pathway-1-conversion-of-glucos https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTA4MDI2-glycolysis-takes-place-in-the-cytoplasm-of-an-animal-cell-which-of-the-following-is-not-a-product-or-reactant-in-glycolysis-1-glucose-2-pyruvate-3-atp-4-o-2-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTExNTIy-consider-the-given-two-statements-assertion-a-glycolysis-can-occur-in-the-absence-of-oxygen-reason-r-glycolysis-is-a-process-that-partially-oxidises-glucose-into-pyruvic-acid-without-requiring-oxygen https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgyODcz-the-number-of-oxygen-molecules-used-during-the-glycolysis-of-one-glucose-molecule-is-are-1-0-2-1-3-2-4-4-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjQ5ODI-pick-out-the-incorrect-option-with-respect-to-glycolysis-1-present-in-all-living-organisms-2-glucose-undergoes-complete-oxidation-3-common-to-both-aerobic-and-anaerobic-respiration-4-also-called-as-em https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTA0MzEz-common-step-of-both-aerobic-and-anaerobic-respiration-are-1-emp-pathway-2-tricarboxylic-acid-cycle-3-acetyl-coa-formation-4-citric-acid-cycle-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDQ2Njg1-during-glycolysis-which-steps-involve-the-use-of-atp-1-phosphorylation-of-glucose-and-phosphorylation-of-fructose-6-phosphate-2-conversion-of-3-phosphoglycerate-to-1-3-bisphosphoglycerate-3-production https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDk5MDI1-in-which-of-the-following-steps-of-glycolysis-is-nadh-h-formed-1-conversion-of-glyceraldehyde-3-phosphate-to-1-3-bisphosphoglycerate-bpga-2-conversion-of-glucose-to-glucose-6-phosphate-3-conversion-of https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTA1MDI4-during-glycolysis-the-step-in-which-3-phosphoglyceraldehyde-pgal-is-converted-to-1-3-bisphosphoglycerate-involves-1-utilization-of-nad-as-an-oxidizing-agent-to-form-nadh-h-2-conversion-of-atp-to-adp-3 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTMxNDg3-there-is-one-step-in-glycolysis-where-nadh-h-is-formed-from-nad-this-is-when-1-the-fructose-1-6-bisphosphate-is-split-into-dihydroxyacetone-phosphate-and-3-phosphoglyceraldehyde-pgal-2-3-phosphoglycer https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY3OTcy-in-the-step-of-the-glycolytic-pathway-where-nadh-h-is-formed-i-two-redox-equivalents-are-removed-from-pgal-and-transferred-to-a-molecule-of-nad-ii-pgal-is-oxidized-and-gets-converted-into-bpga-1-only https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTc1OTM0-why-must-nad-be-present-during-glycolysis-1-it-creates-pyruvate-directly-from-glucose-2-a-glycolysis-intermediate-must-be-oxidized-in-order-to-receive-a-phosphate-so-that-substrate-level-phosphorylati https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1Nzk0-in-lactate-fermentation-pyruvate-is-reduced-to-lactate-by-1-lactate-carboxylase-2-lactate-dehydrogenase-3-lactate-oxygenase-4-lactate-reductase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTgwNDM-which-of-the-following-is-true-with-respect-to-fermentation-1-only-partial-breakdown-of-glucose-2-net-gain-of-only-two-molecules-of-atp-for-each-molecule-of-glucose-3-nadh-is-oxidized-to-nad-rather-sl https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3ODky-consider-the-given-two-statements-statement-i-fermentation-is-an-anaerobic-process-statement-ii-fermentation-produces-a-higher-amount-of-atp-compared-to-aerobic-respiration-1-statement-i-is-correct-st https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU5Njkz-the-fermentation-product-of-yeast-are-1-methyl-alcohol-and-ethyl-alcohol-2-methyl-alcohol-and-carbon-dioxide-3-ethyl-alcohol-and-carbon-dioxide-4-pyruvate-and-acetaldehyde-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDk5MDI3-during-anaerobic-respiration-in-muscle-cells-pyruvate-is-converted-to-1-ethanol-2-acetyl-coa-3-lactic-acid-4-glucose-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDgwNTg1-when-deprived-of-oxygen-yeast-cells-obtain-energy-by-fermentation-producing-carbon-dioxide-atp-and-1-acetyl-coa-2-ethyl-alcohol-3-lactate-4-pyruvate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDgwNTg2-during-strenuous-muscle-activity-the-pyruvate-in-muscle-cells-may-accept-hydrogen-from-nadh-to-become-1-acetyl-coa-2-ethyl-alcohol-3-lactate-4-pyruvate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTA0MzI1-in-alcohol-fermentation-of-energy-in-glycose-in-released-and-not-all-of-it-is-trapped-as-high-energy-bonds-atp-1-less-than-1-2-more-than-10-3-less-than-7-4-more-than-40-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTMzNDk0-fermentation-is-important-as-it-regenerates-1-atp-2-glucose-3-nad-4-acetyl-coa-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTA2NzMw-which-of-the-following-equations-represents-anaerobic-respiration-i-carbohydrate-oxygen-energy-carbon-dioxide-water-ii-carbohydrate-energy-lactic-acid-carbon-dioxide-iii-carbohydrate-energy-lactic-aci https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTg0MDA2-alcoholic-fermentation-is-carried-out-by-1-saccharomyces-2-lactobacillus-3-clostridium-4-aspergillus-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgzNjY0-fermentation-does-not-produce-1-co2-2-o2-3-ethanol-4-lactate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTA1MDM1-in-alcoholic-fermentation-which-enzyme-is-specifically-responsible-for-converting-pyruvic-acid-into-ethanol-1-hexokinase-2-succinyl-coa-synthetase-3-pyruvic-acid-decarboxylase-4-pyruvate-kinase-1-2-3 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTQ5MDU1-consider-the-given-two-statements-assertion-a-naturally-fermented-alcoholic-beverages-never-exceed-13-alcohol-concentration-reason-r-yeasts-die-when-the-concentration-of-alcohol-reaches-around-13-as-a https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzIzMzE5-in-the-figure-given-below-the-correct-match-is-1-a-ethanol-b-lactic-acid-c-dihydroxyacetone-phosphate-2-a-lactic-acid-b-ethanol-c-oxaloacetic-acid-3-a-lactic-acid-b-ethanol-c-3-phosphoglyceric-acid-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgzNjcz-carbon-dioxide-is-released-during-1-glycolysis-2-lactic-acid-fermentation-3-alcohol-fermentation-4-hydrolysis-of-glycogen-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYxNzA0-assertion-a-fermentation-accounts-for-only-a-partial-breakdown-of-glucose-reason-r-there-can-be-a-net-gain-of-38-atp-molecules-during-aerobic-respiration-of-one-molecule-of-glucose-choices-for-asserti https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1Nzk4-aerobic-respiration-1-more-common-in-higher-organisms-2-leads-to-complete-oxidation-of-organic-substance-in-the-presence-of-oxygen-and-release-of-carbon-dioxide-3-large-amount-of-energy-present-in-sub https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTU0Nzcx-the-link-between-glycolysis-and-krebs-cycle-is-the-conversion-of-pyruvate-to-in-mitochondria-1-acetyl-coa-2-citrate-3-succinate-4-malate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ5MDU0-in-which-one-of-the-following-do-the-two-names-refer-to-one-and-the-same-thing-1-krebs-cycle-and-calvin-cycle-2-tricarboxylic-acid-cycle-and-citric-acid-cycle-3-citric-acid-cycle-and-calvin-cycle-4-tr https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODEw-which-of-the-following-is-not-used-for-the-cyclic-process-of-cellular-respiration-of-carbohydrates-1-krebs-cycle-2-tricarboxylic-acid-cycle-3-citric-acid-cycle-4-phosphorespiration-cycle-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDk5MDQ3-which-of-the-following-correctly-describes-the-role-of-oxygen-in-the-electron-transport-system-ets-1-it-donates-electrons-to-complex-i-starting-the-electron-transport-process-2-it-acts-as-the-final-el https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODYy-the-amount-of-energy-which-is-produced-by-one-molecule-of-fadh2-and-one-molecule-of-nadh-1-2-atps-3-atps-2-5-atps-3-atps-3-3-atps-3-atps-4-3-atps-2-atps-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTcwNTk1-how-is-the-energy-released-from-the-oxidation-of-nadh-which-has-a-high-reduction-potential-ultimately-harnessed-during-oxidative-phosphorylation-1-it-is-directly-transferred-to-adp-in-a-single-step-to https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODMz-where-does-ets-occur-1-inner-mitochondrial-membrane-2-peri-mitochondrial-space-3-outer-mitochondrial-membrane-4-inter-membrane-space-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDgwNTc0-in-the-first-step-of-the-citric-acid-cycle-acetyl-coa-reacts-with-oxaloacetate-to-form-1-pyruvate-2-citrate-3-nadh-4-atp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgyNTg4-during-the-conversion-of-succinyl-coa-to-succinic-acid-1-a-molecule-of-gtp-is-synthesised-2-a-molecule-of-carbon-dioxide-is-released-3-a-molecule-of-fad-gets-reduced-4-a-molecule-of-water-is-added-as https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3OTE3-identify-the-incorrect-statement-1-the-krebs-cycle-occurs-in-the-mitochondrial-matrix-2-each-pyruvate-molecule-enters-the-krebs-cycle-directly-without-any-modification-3-the-krebs-cycle-produces-co2-n https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTU0NzYy-which-is-the-only-step-of-the-krebs-cycle-where-substrate-level-phosphorylation-occurs-1-oxaloacetate-citrate-2-fumarate-malate-3-isocitrate-ketoglutarate-4-succinyl-coa-succinate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTU0NzYz-which-enzyme-is-responsible-for-oxidative-decarboxylation-of-pyruvate-to-acetyl-coa-in-the-mitochondrial-matrix-1-pyruvate-dehydrogenase-complex-2-pyruvate-carboxylase-3-citrate-synthase-4-malate-dehy https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY1NDI0-numbers-of-points-in-the-krebs-cycle-where-nad-is-reduced-to-nadh-h-and-where-fad-is-reduced-to-fadh2-respectively-are-1-1-and-3-2-3-and-1-3-2-and-4-4-4-and-2-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246Mzg4MTE2-which-enzyme-is-required-for-the-following-conversion-small-pyruvic-acid-mathrm-coa-mathrm-nad-longrightarrow-acetyl-mathrm-coa-mathrm-co-2-mathrm-nadh-mathrm-h-1-pyruvate-dehydrogenase-2-phosphogluco https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgzNzEw-which-of-the-following-processes-is-directly-coupled-to-the-electron-transport-system-in-cells-1-production-of-pyruvate-2-polymerisation-of-hexoses-3-hydrolysis-of-hexoses-4-synthesis-of-atp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ5NTEz-the-5-c-compound-formed-during-tca-cycle-is-1-ketoglutaric-acid-2-oxalo-succinic-acid-3-succinic-acid-4-fumaric-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODQ0-complex-i-does-not-have-1-fmn-2-fe-s-centres-3-nadh-dehydrogenase-4-cytochrome-c1-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODMx-during-cellular-breakdown-of-one-molecule-of-glucose-how-many-fadh2-are-produced-in-matrix-1-two-2-three-3-zero-4-eight-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODE4-in-cellular-respiration-where-is-fadh2-produced-1-conversion-of-bpga-to-pga-2-conversion-of-succinate-to-malate-3-conversion-of-pep-to-pyruvate-4-conversion-of-malate-to-oaa-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTI1NjQ1-read-the-following-statements-a-acceptor-molecule-of-the-cycle-is-four-carbon-containing-organic-acid-b-the-first-step-is-a-condensation-reaction-c-involves-single-step-of-substrate-level-phosphorylat https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3ODUw-in-the-electron-transport-chain-the-movement-of-protons-across-the-inner-mitochondrial-membrane-creates-a-proton-gradient-which-enzyme-utilizes-this-proton-gradient-to-synthesize-atp-1-atp-synthase-2 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDUwNjkz-consider-the-following-statements-regarding-the-krebs-cycle-i-it-takes-place-in-the-mitochondria-ii-it-produces-atp-nadh-and-fadh2-1-only-statement-i-is-correct-2-only-statement-ii-is-correct-3-both-s https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTc1MDMz-oxidative-phosphorylation-is-the-formation-of-1-atp-in-anaerobic-respiration-2-atp-in-aerobic-respiration-3-atp-in-glycolysis-4-atp-in-fermentation-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ5NjEw-match-list-i-with-list-ii-list-i-list-ii-a-ets-complex-i-i-cyt-be1-b-ets-complex-ii-ii-cyt-a-a3-and-2-copper-centres-c-ets-complex-iii-iii-nadh-dehydrogenase-d-ets-complex-iv-iv-ubiquinone-and-fadh-de https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDk5MDI2-which-complex-in-the-electron-transport-system-is-responsible-for-the-oxidation-of-nadh-1-complex-i-2-complex-ii-3-complex-iii-4-complex-iv-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5MTI-the-first-step-of-decarboxylation-in-cellular-respiration-is-1-conversion-of-pgal-to-dhap-2-conversion-of-pgal-to-pga-3-conversion-of-pyruvate-to-acetyl-coa-4-conversion-of-bpga-to-pga-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODM1-the-electrones-which-are-coming-from-oxidation-of-nadh-are-transferred-from-complex-i-to-1-ubiquinol-2-ubiquinone-3-ubiquinal-4-ubiquitous-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3ODU0-the-oxidative-decarboxylation-of-pyruvate-to-acetyl-coa-is-a-critical-link-between-glycolysis-and-the-krebs-cycle-which-of-the-following-coenzymes-is-essential-for-this-reaction-1-nadp-2-fad-3-coenzym https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTU0Nzc0-in-respiration-the-site-of-proton-accumulation-before-atp-synthesis-is-1-mitochondrial-matrix-2-intermembrane-space-3-cytosol-4-nuclear-pore-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3ODkz-consider-the-given-two-statements-statement-i-atp-synthase-enzyme-is-located-in-the-inner-mitochondrial-membrane-statement-ii-the-proton-gradient-is-utilized-by-atp-synthase-to-synthesize-atp-1-statem https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5Mzk-during-cellular-breakdown-of-one-molecule-of-glucose-how-many-fadh2-are-produced-in-matrix-1-two-2-three-3-zero-4-eight-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3ODk2-consider-the-given-two-statements-statement-i-oxygen-acts-as-the-final-electron-acceptor-in-the-electron-transport-chain-statement-ii-water-is-produced-as-a-result-of-oxygen-accepting-electrons-1-stat https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDM3MTgw-which-of-the-following-components-of-the-mitochondrial-electron-transport-system-is-the-complex-ii-1-nadh-dehydrogenase-2-cytochrome-bc1-3-succinic-dehydrogenase-4-cytochrome-c-oxidase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgyNTk3-consider-the-two-statements-statement-i-the-number-of-atp-molecules-synthesised-by-oxidative-phosphorylation-in-mitochondria-depends-on-the-nature-of-the-electron-donor-statement-ii-oxidation-of-one-m https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgyNzM2-the-phase-of-the-cellular-respiration-that-actually-uses-oxygen-is-1-glycolysis-2-oxidation-of-pyruvate-3-krebs-cycle-4-electron-transport-chain-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzI4OTgw-after-glycolysis-the-fate-of-glucose-in-the-mitochondrial-matrix-is-1-oxidation-2-reduction-3-oxidative-decarboxylation-4-hydrolysis-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTY1OTQ2-the-oxidative-decarboxylation-of-pyruvate-forms-1-acetyl-coa-co-nadh-2-ethanol-co-nadh-3-lactate-nad-4-acetaldehyde-co-atp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTQ5MDU3-which-of-the-following-represents-the-correct-sequence-of-intermediates-formed-during-one-turn-of-the-krebs-cycle-starting-with-the-combination-of-acetyl-coa-and-oaa-1-oxaloacetic-acid-malic-acid-fuma https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYwMzA2-a-mobile-electron-carrier-which-transfers-electron-between-complex-lll-and-complex-lv-is-1-cytochrome-b-and-present-on-inner-mitochondrial-membrane-2-cytochrome-c-and-present-on-outer-side-of-inner-mi https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDgwNTc5-in-the-process-of-electron-transport-and-atp-synthesis-are-coupled-by-a-proton-gradient-across-the-inner-mitochondrial-membrane-1-chemiosmosis-2-deamination-3-anaerobic-respiration-4-glycolysis-1-2-3 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTY1OTUy-during-cellular-respiration-the-flow-of-electrons-from-nadh-through-the-etc-is-coupled-to-proton-pumping-because-1-electrons-must-be-neutralised-by-protons-2-proton-pumping-establishes-an-electrochemi https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzI3MTUy-which-statement-is-wrong-for-krebs-cycle-1-there-are-three-points-in-the-cycle-where-nad-nad-nad-is-reduced-to-nadh-h-h-h-2-there-is-one-point-in-the-cycle-where-fad-fad-fad-is-reduced-to-fadh2fadh2fa https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDM4MTAx-products-of-the-krebs-cycle-include-i-carbon-dioxide-ii-nadh-iii-fadh2-1-i-and-ii-2-i-and-iii-3-ii-and-iii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYwMTI3-small-protein-attached-to-the-outer-surface-of-inner-mitochondrial-membrane-and-acting-as-a-mobile-e-e-e-carrier-is-1-cytochrome-a3a3a3-2-cytochrome-c1c1c1-3-cytochrome-a-4-cytochrome-c-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTI1NjM4-second-decarboxylation-in-tca-cycle-occurs-at-1-citric-acid-2-malic-acid-3-ketoglutaric-acid-4-isocitric-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQxMDI1-match-the-column-column-i-column-ii-a-peripheral-membrane-protein-of-atp-synthase-i-complex-iii-b-pyruvate-dehydrogenase-complex-ii-f0-c-integral-membrane-protein-of-atp-synthase-iii-f1-d-cytochrome-b https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NDQ-ubiquinone-gets-electrons-from-1-nadh-only-2-fadh2-only-3-both-a-and-b-4-from-gtp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDM2NTky-consider-the-given-two-statements-regarding-the-electron-transport-system-in-mitochondria-statement-i-nadh-dehydrogenase-is-complex-i-statement-ii-atp-synthase-is-complex-iv-1-only-statement-i-is-corr https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTI1NjIw-about-ets-which-one-is-not-correct-1-present-in-the-inner-mitochondrial-membrane-2-complex-i-is-related-to-nadh-dehydrogenase-3-cytochrome-bc1-complex-is-also-known-as-complex-iii-4-complex-iv-coupled https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDYyODI1-the-potential-energy-carried-by-reduced-electron-carriers-during-aerobic-cellular-respiration-is-ultimately-used-to-1-make-atp-2-break-down-glucose-3-oxidize-glucose-4-break-down-fats-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTExNTM2-consider-the-given-two-statements-assertion-a-atp-synthesis-in-mitochondria-is-independent-of-the-proton-gradient-reason-r-the-passage-of-protons-through-atp-synthase-is-not-required-for-the-productio https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjAwNDM4-which-of-the-following-statements-regarding-mitochondria-is-incorrect-1-mitochondrial-matrix-contains-single-circular-dna-molecule-and-ribosomes-2-outer-membranes-is-permeable-to-monomers-of-carbohydr https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgzNzAx-single-turn-of-citric-acid-cycle-yeilds-1-2-fadh2-2nadh2-2gtp-2-1-fadh2-2nadh2-1gtp-3-1-fadh2-3nadh2-1gtp-4-1-fadh2-4nadh2-1gtp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTMxMzkx-arrange-the-following-events-in-the-order-of-their-occurrence-during-aerobic-respiration-earliest-to-latest-a-oxidative-decarboxylation-of-pyruvate-b-oxidative-decarboxylation-of-isocitrate-c-oxidativ https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzkyNTE4-consider-the-given-two-statements-statement-i-acetyl-coa-is-the-starting-point-for-the-citric-acid-cycle-statement-ii-acetyl-coa-may-also-be-obtained-from-the-oxidation-of-fatty-acids-1-statement-i-is https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjQ5ODU-name-the-following-i-integral-membrane-protein-complex-that-forms-the-channel-through-which-protons-cross-the-inner-mitochondrial-membrane-ii-form-of-redox-equivalents-are-removed-from-pgal-during-gly https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTI0NjUw-oxidative-phosphorylation-in-respiration-differs-from-photophosphorylation-in-photosynthesis-because-1-it-occurs-in-the-cytoplasm-instead-of-organelles-2-it-does-not-involve-a-proton-gradient-for-atp https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY3NjM0-during-aerobic-cellular-respiration-most-carbon-dioxide-is-produced-during-1-glycolysis-2-oxidation-of-pyruvate-3-citric-acid-cycle-4-chemiosmosis-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTI1NjE5-which-one-is-not-a-4c-intermediate-product-of-kreb-s-cycle-1-oxaloacetic-acid-2-ketoglutaric-acid-3-succinic-acid-4-malic-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODQ1-complex-ii-has-except-1-fad-2-fe-s-centres-3-succinate-dehydrogenase-4-cytochrome-c1-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzkyNTA0-both-carbon-dioxide-and-nadh-h-are-released-during-i-glycolysis-ii-krebs-cycle-iii-electron-transport-system-iv-transition-link-reaction-1-only-ii-2-both-i-and-iii-3-only-ii-and-iv-4-only-iii-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODQz-complex-iv-is-not-1-cytochrome-c-oxidase-2-cytochrome-a-and-a3-3-two-copper-centre-4-one-cytochrome-c1-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDMzNTQx-consider-the-given-two-statements-i-ubiquinone-is-an-electron-carrier-located-within-the-inner-mitochondrial-membrane-ii-cytochrome-c-is-an-electron-carrier-located-on-the-outer-surface-of-the-inner-m https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODQw-cytochrome-c-includes-except-1-mobile-carrier-2-present-on-outer-surface-of-inner-membrane-3-acts-as-mobile-carrier-for-transfer-of-electrones-between-complex-iii-and-iv-4-transfers-electrones-from-co https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzIzMjg4-during-cellular-breakdown-of-one-molecule-of-glucose-how-many-fadh2-are-produced-in-matrix-1-two-2-three-3-zero-4-eight-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODIx-which-of-the-following-is-a-step-of-krebs-cycle-during-which-nadh-is-not-produced-1-conversion-of-malate-to-oxaloacetate-2-conversion-of-succinate-to-malate-3-conversion-of-citrate-to-alpha-ketoglutar https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYwNDQ5-identify-a-b-c-and-d-in-the-following-diagram-1-a-inner-mitochondrial-membrane-b-f0f0f0-c-f1f1f1-d-matrix-2-a-inner-mitochondrial-membrane-b-f0f0f0-c-matrix-d-f1f1f1-3-a-matrix-b-f1f1f1-c-inner-mitoch https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzIzMjc4-the-chemiosmotic-coupling-hypothesis-of-oxidative-phosphorylation-proposes-that-adenosine-triphosphate-atp-is-formed-because-1-high-energy-bonds-are-formed-in-mitochondrial-proteins-2-adp-is-pumped-ou https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTc1OTQ3-which-of-the-following-is-most-directly-responsible-for-creation-of-atp-at-the-mitochondrial-inner-membrane-1-nadh-2-a-proton-gradient-3-fadh2-4-movement-of-electrons-along-the-membrane-itself-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTc1OTMz-what-products-result-from-the-complete-oxidation-of-glucose-1-co-2-2-atp-3-nadh-4-all-of-these-result-from-glucose-oxidation-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTc1OTM1-what-is-are-the-product-s-of-pyruvate-oxidation-1-o-2-2-acetyl-coa-3-nad-4-atp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDgwNTg0-a-net-profit-of-only-2-atps-can-be-produced-anaerobically-from-the-of-one-molecule-of-glucose-compared-with-a-maximum-of-38-atps-produced-in-1-fermentation-anaerobic-respiration-2-aerobic-respiration https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTU0NzYw-in-aerobic-respiration-the-total-number-of-atp-molecules-generated-from-complete-oxidation-of-one-molecule-of-glucose-assuming-maximum-yield-is-1-28-2-30-3-36-4-38-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgzNjgz-maximum-energy-becomes-available-per-mole-of-glucose-when-it-is-metabolised-through-1-glycolysis-in-skeletal-muscle-of-a-sprinter-2-fermentation-into-ethanol-by-yeast-3-fermentation-into-methanol-by-e https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ5MDU2-which-of-the-following-yield-maximum-energy-1-glycolysis-in-a-sprinter-2-aerobic-respiration-in-germinating-seeds-3-fermentation-by-yeast-4-anaerobic-respiration-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDgwNTgy-which-of-the-following-is-a-common-energy-flow-sequence-in-aerobic-respiration-starting-with-the-energy-stored-in-glucose-1-glucose-nadh-pyruvate-atp-2-glucose-atp-nadh-electron-transport-chain-3-gluc https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQxMDM4-assertion-a-respiratory-pathway-is-amphibolic-pathway-reason-r-during-respiration-there-is-breakdown-of-substances-as-well-as-synthesis-of-substances-from-respiratory-intermediates-1-both-a-and-r-are https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTA1MDQ4-when-amino-acids-are-used-as-respiratory-substrates-which-of-the-following-is-true-regarding-their-entry-into-the-respiratory-pathway-1-all-amino-acids-directly-enter-glycolysis-2-amino-acids-bypass-g https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDQ4MTQ4-fatty-acids-enter-the-respiratory-pathway-as-1-pyruvate-2-acetyl-coa-3-glucose-6-phosphate-4-glycerol-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1NzUy-if-fatty-acids-were-to-be-respired-they-would-first-be-degraded-to-1-glucose-6-phosphate-2-pyruvate-3-acetyl-coa-4-alpha-ketoglutarate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTA0MzI5-which-of-the-following-biomolecules-is-common-to-respiration-mediated-breakdown-of-fats-carbohydrates-and-proteins-1-glucose-6-phosphate-2-fructose-1-6-biphosphate-3-pyruvic-acid-4-acetyl-coa-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzI3MTU1-aerobic-respiratory-pathway-is-appropriately-termed-1-catabolic-2-parabolic-3-amphibolic-4-anabolic-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzIzMjk4-for-the-synthesis-of-fatty-acids-which-of-the-following-substrates-will-be-used-1-acetyl-coa-2-pgal-3-bpga-4-pyruvic-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzUzMDU-which-of-the-metabolites-is-common-to-respiration-mediated-breakdown-of-fats-carbohydrates-and-proteins-1-glocose-6-phosphate-2-fructose-1-6-bisphosphate-3-pyruvic-acid-4-acetyl-co-a-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU5Njgz-the-respiratory-quotient-of-tripalmatin-as-respiratory-substrate-is-1-4-2-1-3-3-1-4-0-7-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3OTMx-identify-the-incorrect-statement-1-respiratory-substrates-can-be-carbohydrates-proteins-or-fats-2-proteins-can-directly-enter-the-krebs-cycle-without-deamination-3-fats-undergo-beta-oxidation-to-form https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYwMjYw-rq-value-will-be-one-when-the-substrate-is-1-carbohydrate-2-protein-3-fat-4-organic-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3OTIx-identify-the-incorrect-statement-1-the-respiratory-quotient-rq-for-carbohydrates-is-1-2-rq-for-fats-is-usually-less-than-1-3-rq-for-proteins-is-more-than-1-4-rq-is-the-ratio-of-co2-evolved-to-o2-consu https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3ODk5-consider-the-given-two-statements-statement-i-the-respiratory-quotient-rq-for-carbohydrates-is-1-statement-ii-rq-value-can-be-greater-than-1-for-fats-1-statement-i-is-correct-statement-ii-is-correct-2 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTc2MDE4-respiratory-quotient-is-0-7-for-1-malic-acid-2-glucose-3-triplamitin-4-sucrose-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzY1NjE5-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-respiratory-substrate-column-ii-rq-value-a-carbohydrates-p-1-b-proteins-q-0-9-c-tripalmitin https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDk5MDQ1-consider-the-given-two-statements-assertion-a-the-respiratory-quotient-rq-for-fats-is-less-than-1-reason-r-fats-require-more-oxygen-for-oxidation-and-release-less-co2-compared-to-carbohydrates-1-both https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTQ5MDY2-match-list-i-with-list-ii-regarding-different-respiratory-substrates-and-their-respective-respiratory-quotients-rq-list-i-respiratory-substrate-list-ii-rq-value-a-glucose-i-less-than-1-b-fatty-acids-i https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYwMTM1-which-of-the-following-statement-is-correct-1-glycolysis-is-present-in-facultative-anaerobes-not-in-obligate-anaerobes-2-usually-carbohydrates-are-oxidised-to-release-energy-in-cellular-respiration-3 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTMxMDQ1-fate-of-pyruvate-produced-by-glycolysis-depends-on-cellular-needs-it-can-enter-1-lactic-acid-fermentation-2-alcoholic-fermentation-3-aerobic-respiration-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTc2MDA2-in-which-compounds-does-sucrose-is-broken-by-enzyme-invertase-1-glucose-and-galactose-2-galactose-and-fructose-3-manose-and-glucose-4-glucose-and-fructose-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTI1MzAx-choose-the-correct-names-of-a-b-c-and-d-a-b-c-d-1-1-3-di-pga-3-pgald-fr-1-6-di-p-fr-6p-2-3-pgald-1-3-di-pga-fr-1-6-di-p-fr-6p-3-fr-1-6-di-p-fr-6-p-3-pgald-1-3-di-pga-4-fr-6p-fr-1-6-di-p-3-pgald-1-3-di https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTkzNzUw-phosphorylation-of-glucose-during-glycolysis-is-catalysed-by-1-phosphoglucomutase-2-phoshoglucoisomerase-3-hexokinase-4-phosphorylase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NzQ1MTc-during-the-process-of-respiration-redox-equivalents-are-removed-1-in-form-of-hydrogen-atom-2-in-form-of-an-electron-3-in-form-of-h2o-4-in-form-of-atp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYxNDc1-read-the-following-statements-with-respect-to-glycolysis-and-select-the-right-choice-a-two-redox-equivalents-are-removed-from-pgal-b-pyruvic-acid-is-the-key-product-c-glucose-undergoes-complete-oxidat https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjMxNDQ4-phosphorylation-of-glucose-during-glycolysis-is-catalysed-by-1-phosphoglucomutase-2-phosphoglucoisomerase-3-hexokinase-4-phosphorylase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY2MDc2-glycolysis-is-1-oxidation-of-glucose-to-glutamate-2-conversion-of-pyruvate-to-citrate-3-oxidation-of-glucose-to-pyruvate-4-conversion-of-glucose-to-haem-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODY3-fermentation-which-of-the-following-is-true-1-only-partial-breakdown-of-glucose-2-net-gain-of-only-two-molecules-of-atp-for-each-molecule-of-glucose-3-nadh-is-oxidized-to-nad-rather-slowly-in-fermenta https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODY1-which-of-the-following-is-not-the-assumption-considered-to-finalize-the-balance-sheet-of-respiration-1-there-is-sequential-orderly-pathway-functioning-with-one-substrate-forming-the-next-and-with-glyc https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246Mzc5NzI-what-is-the-correct-order-of-the-stages-of-cellular-respiration-1-krebs-cycle-electron-transport-chain-glycolysis-2-electron-transport-chain-krebs-cycle-glycolysis-3-glycolysis-krebs-cycle-electron-tr https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODA5-who-elucidated-krebs-cycle-for-the-very-first-time-1-frederick-kreb-2-hans-kreb-3-edward-kreb-4-tilman-kreb-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODA1-the-first-step-of-decarboxylation-in-cellular-respiration-is-1-conversion-of-pgal-to-dhap-2-conversion-of-pgal-to-pga-3-conversion-of-pyruvate-to-acetyl-coa-4-conversion-of-bpga-to-pga-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODA4-the-substrate-which-enters-in-krebs-cycle-during-oxidation-of-glucose-is-1-pyruvate-2-acetyl-coa-3-oxaloacetate-4-succinate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTQwOTc2-the-process-used-in-conversion-of-pyruvate-to-acetyl-coa-is-1-oxidative-dehydration-2-oxidative-decarboxylation-3-oxidative-phosphorylation-4-reductive-phosphorylation-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTE0ODAx-nadh-synthesized-in-glycolysis-of-aerobic-respiration-is-transferred-into-1-cytoplasm-for-oxidative-phosphorylation-2-mitochondria-for-oxidative-phosphorylation-3-mitochondria-for-photo-oxidation-4-et https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODY2-during-aerobic-respiration-one-molecule-of-glucose-gives-1-a-net-gain-of-38-atps-2-production-of-38-atps-3-production-of-32-atps-4-production-of-36-atps-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTI2NDk3-mark-the-incorrect-match-aerobic-anaerobic-1-complete-breakdown-partial-breakdown-of-glucose-2-net-gain-38-atp-net-gain-2-atp-3-vigrously-nadh-oxidised-slowly-4-co2-released-no-co2-released-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTE0ODIw-presence-of-oxygen-is-vital-in-aerobic-respiration-because-1-it-drives-the-whole-process-by-removing-hydrogen-from-ets-2-oxygen-causes-phosphorylation-which-is-light-stimulated-3-oxygen-directly-stimu https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTIyNzE0-when-two-molecules-of-glucose-are-completely-oxidized-in-aerobic-respiration-how-many-atps-are-generated-through-fadh2fadh2fadh2-1-6-2-15-3-8-4-4-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODA3-how-many-molecule-of-nadh-are-produced-during-oxidation-of-one-molecule-of-glucose-to-acetyl-coa-1-2nadh-2-4nadh-3-3nadh-4-12-nadh-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY1MTU1-which-of-the-following-yield-maximum-energy-1-by-glycolysis-in-a-sprinter-2-aerobic-respiration-in-germinating-seeds-3-fermentation-by-yeast-4-anaerobic-respiration-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjMxNDQ5-pyruvic-acid-the-key-product-of-glycolysis-can-have-many-metabolic-fates-under-aerobic-condition-it-forms-1-lactic-acid-2-co2-h2o-3-acetyl-co-a-co2-4-ethanol-co2-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MjU5NzE-in-kreb-s-cycle-a-molecule-of-gtp-is-produced-during-the-conversion-of-1-citrate-into-ketoglutarate-2-succinyl-coa-into-succinate-3-succinate-into-malate-4-malate-into-oxaloacetate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NzQ3NTI-complete-the-given-reaction-of-the-cycle-present-in-the-mitochondrial-matrix-a-acetyla-acetyla-acetyl-coa-h2ob-citriccoa-h2o-bcitriccoa-h2o-bcitric-acidacidacid-1-a-succinic-acid-b-pyruvate-dehydrogen https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTE0Nzgz-pyruvicacid-coa-nad-a-pyruvicacid-coa-nad-apyruvicacid-coa-nad-a-b-co2-nadh-h-b-co2-nadh-h-b-co2-nadh-h-in-the-above-given-reaction-of-respiration-what-can-be-placed-at-the-place-of-a-and-b-respective https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU5ODQx-which-one-of-the-given-reaction-does-not-involve-decarboxylation-1-ketoglutarate-succinyl-coa-2-fumarate-malate-3-oxalo-succinate-ketoglutarate-4-pyruvate-acetly-coa-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTIzMDIx-what-is-the-net-gain-in-a-krebs-cycle-1-1fadh2-2nadh2and1atp1fadh2-2nadh2and1atp-2-2fadh2-2nadh2and2atp2fadh2-2nadh2and2atp-3-1fadh2-3nadh2and1atp1fadh2-3nadh2and1atp-4-1fadh2-6nadh2and2atp1fadh2-6nad https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTk2ODY5-in-which-of-the-following-conversion-steps-occurring-in-the-mitochondrial-matrix-substrate-level-phosphorylation-occurs-1-1-3-bisphosphoglyceric-acid-3-phosphoglyceric-acid-2-glucose-6-phosphate-to-fr https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTk0OTQw-which-statement-is-not-correct-for-krebs-cycle-1-krebs-cycle-occurs-in-mitochondrial-matrix-2-pyruvic-acid-condense-with-oaa-to-form-citric-acid-3-3-nadh2-and-1-fadh2-are-produced-during-one-krebs-cyc https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTMwNjk1-read-the-following-statements-and-choose-the-option-which-is-true-for-them-statement-i-during-conversion-of-succinic-acid-to-fumaric-acid-in-krebs-cycle-one-molecule-of-fad-is-synthesized-statement-ii https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY2MDk0-in-which-one-of-the-following-do-the-two-names-refer-to-one-and-the-same-thing-1-kreb-s-cycle-and-calvin-cycle-2-tricarboxylic-acid-cycle-and-citric-acid-cycle-3-citric-acid-cycle-and-calvin-cycle-4-t https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTk2Mzg2-choose-the-correct-option-with-respect-to-number-of-carbons-present-in-the-different-acids-produced-in-the-krebs-cycle-1-6c-5c-2c-2-6c-5c-3c-3-6c-5c-4c-4-6c-3c-2c-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODcy-for-the-synthesis-of-fatty-acids-which-of-the-following-substrates-will-be-used-1-acetyl-coa-2-pgal-3-bpga-4-pyruvic-acid-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODY4-which-of-the-following-statements-is-incorrect-1-glucose-is-the-favoured-substrate-for-respiration-2-all-carbohydrates-are-usually-first-converted-into-glucose-before-they-are-used-for-respiration-3-o https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODcx-the-individual-amino-acid-enter-the-respiratory-pathway-at-1-within-krebs-cycle-2-as-pyruvate-or-acetyl-coa-3-as-pgal-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTI2NDk4-statement-i-respiration-is-amphibolic-pathway-statement-ii-pure-fat-pure-protein-can-never-be-respiratory-substrate-option-1-only-statement-ii-is-correct-2-both-statements-are-correct-3-neither-first https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246MzU3NzE-the-chemiosmotic-coupling-hypothesis-of-oxidative-phosphorylation-proposes-that-adenosine-triphosphate-atp-is-formed-because-1-high-energy-bonds-are-formed-in-mitochondrial-proteins-2-adp-is-pumped-ou https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTIzMDA3-read-the-following-statements-a-f-0-part-of-atpase-is-associated-with-breakdown-of-proton-gradient-b-a-h-carrier-contributes-in-creation-of-proton-gradient-c-movement-of-electrons-in-ets-is-coupled-to https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjMxNDU0-match-the-following-columns-column-i-column-ii-a-molecular-oxygen-b-electron-acceptor-c-pyruvate-dehydrogenase-d-decarboxylation-1-ketoglutaric-acid-2-hydrogen-acceptor-3-cytochrome-c-4-acetyl-co-a-co https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjMxNDUz-the-end-product-of-oxidative-phosphorylation-is-1-nadh-2-oxygen-3-adp-4-atp-h2o-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjMxNDQ3-the-ultimate-electron-acceptor-of-respiration-in-an-aerobic-organism-is-1-cytochrome-2-oxygen-3-hydrogen-4-glucose-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODc1-the-value-of-respiratory-quotient-actually-depends-upon-1-the-type-of-respiratory-substrate-used-2-the-place-in-which-respiration-is-occurring-3-the-amount-of-ventilation-4-breathing-surface-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODgx-the-rq-of-a-substrate-is-found-to-be-0-9-what-would-be-that-substrate-1-carbohydrate-2-fatty-acid-3-lipid-4-protein-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTI2MDEz-rq-of-tripalmitin-is-1-6co26o26co26o2-2-102co2145o2102co2145o2-3-2co2zeroo22co2zeroo2-4-4co21o24co21o2-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTk2ODI2-when-i-are-used-in-respiration-the-rq-is-ii-select-the-correct-option-for-i-and-ii-that-make-the-sentence-a-correct-sense-1-i-carbohydrates-ii-1-2-i-proteins-ii-1-3-i-fats-ii-1-4-i-malic-acid-ii-1-1-2 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODcz-respiratory-quotient-1-some-ratio-2-some-amount-of-oxygen-3-some-amount-of-carbon-dioxide-4-cannot-be-one-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODc2-for-the-substrate-glucose-how-many-oxygen-are-used-and-how-many-carbon-dioxide-are-evolved-1-3-3-2-6-3-3-3-6-4-6-6-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTMwNjk2-when-tripalmitin-is-used-as-substrate-in-respiration-the-value-of-rq-is-found-to-be-less-than-one-because-1-it-contains-less-number-of-carbon-atoms-than-oxygen-atoms-2-the-amount-of-co2-evolved-is-mor https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTk1Njky-select-the-correct-statement-1-atp-formation-occurs-both-in-chloroplast-and-mitochondria-2-rq-of-protein-is-1-5-3-rq-of-fatty-acid-is-more-than-one-4-cytochrome-a3-has-both-fe3-and-fe2-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTQwOTcy-if-rq-is-0-6-in-a-respiratory-metabolism-it-would-mean-that-1-carbohydrates-are-used-as-respiratory-material-2-organic-acids-are-used-as-respiratory-substrate-3-the-oxidation-of-the-respiratory-substr https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODgy-which-of-the-following-is-not-correct-1-in-living-organisms-respiratory-substrates-are-often-more-than-one-2-pure-proteins-and-fats-can-also-be-used-as-respiratory-substrate-3-fermentation-takes-place https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODc3-tripalmitin-which-of-the-following-is-wrong-1-a-fatty-acid-2-c51-h98-o6-3-c48-h96-o5-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY0MTEw-during-which-stage-in-the-complete-oxidation-of-glucose-are-the-greatest-number-of-atp-molecules-formed-from-adp-1-glycolysis-2-krebs-cycle-3-electron-transport-chain-4-conversion-of-pyruvic-acid-to-a https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NDk-oxidation-of-two-molecules-of-nadh-gives-1-6-atps-2-3-atps-3-1-atp-4-2-atps-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTM4MDY1-in-ets-complex-v-is-1-atp-synthase-2-nadh-dehydrogenase-3-cytochrome-c-oxidase-4-cytochrome-bc111-complex-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NTc5NDA-find-the-wrong-statement-about-the-electron-transport-system-1-release-and-utilize-the-energy-stored-in-nadh-and-fadh2-2-oxidizes-nadh-and-reduces-fadh2-3-electrons-are-passed-on-to-oxygen-resulting-i https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTk0ODE1-cytochrome-c-oxidase-complex-contains-1-cytochromes-a-and-a3-with-two-copper-centres-2-cytochromes-a-and-a3-with-single-copper-centre-3-cytochromes-b-and-c1-with-two-copper-centres-4-cytochromes-a-and https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTE4MDk-which-of-the-following-complex-of-mitochondrial-ets-possess-two-copper-centers-1-cytochrome-b-c1c1c1-complex-2-nadh-dehydrogenase-complex-3-succinate-dehydrogenase-complex-4-cytochrome-c-oxidase-compl https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODU4-which-of-the-following-complex-has-got-one-domain-present-in-matrix-and-other-domain-in-the-inner-membrane-1-complex-i-2-complex-ii-3-complex-iii-4-complex-v-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTk1Njkx-select-the-mobile-electron-carrier-in-inner-mitochondrial-membrane-1-nadh-dehydrogenase-2-cytochrome-c-3-cytochrome-c-oxidase-complex-4-atp-synthase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTIzMjA3-ubiquinone-carries-electron-from-1-complex-iii-to-complex-iv-2-complex-i-to-complex-ii-3-complex-ii-to-complex-iii-4-complex-i-or-ii-to-complex-iii-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU1ODQ3-the-order-of-electron-transport-is-1-complex-l-complex-iii-complex-iv-complex-v-2-complex-li-complex-iii-complex-iv-complex-v-3-complex-l-complex-iii-complex-iv-4-complex-l-complex-ii-complex-iv-compl https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYwMjgw-ln-ets-the-number-of-atp-molecules-synthesized-depends-on-1-o2o2o2-2-substrate-3-electron-donor-4-proton-gradient-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjMxNDUw-electron-transport-system-ets-is-located-in-mitochondrial-1-outer-membrane-2-inter-membrane-space-3-inner-membrane-4-matrix-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTkyODk1-match-list-i-with-list-ll-list-i-process-list-ii-location-a-glycolysis-i-inner-mitochondrial-membrane-b-ets-ii-mitochondrial-matrix-c-accumulation-of-protons-iii-cytoplasm-d-krebs-cycle-iv-intermembra https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTkyODg4-begin-aligned-2-left-mathrm-c-51-mathrm-h-98-mathrm-o-6-right-145-mathrm-o-2-longrightarrow102-mathrm-co-2-98-mathrm-h-2-mathrm-o-text-energy-end-aligned-the-respiratory-quotient-rq-of-a-biomolecule-u https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTk4MjY3-how-many-molecules-of-pyruvic-acid-are-produced-at-the-end-of-glycolysis-from-206-molecules-of-glucose-1-412-2-206-3-309-4-103-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTM1MjU5-the-complex-ii-of-mitochondrial-electron-transport-chain-is-also-known-as-1-cytochrome-c-oxidase-2-nadh-dehydrogenase-3-cytochrome-bc-4-succinate-dehydrogenase-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY4NjM1-match-list-i-with-list-ii-list-i-list-ii-a-ets-complex-i-i-nadh-dehydrogenase-b-ets-complex-ii-ii-cytochrome-bc1-c-ets-complex-iii-iii-cytochrome-c-oxidase-d-ets-complex-iv-iv-succinate-dehydrogenase https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY4NjM5-which-of-the-following-are-correct-about-cellular-respiration-a-cellular-respiration-is-the-breaking-of-c-c-bonds-of-complex-organic-molecules-by-oxidation-b-the-entire-cellular-respiration-takes-plac https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjQ1MDAz-pyruvate-dehydrogenase-activity-during-aerobic-respiration-requires-1-calcium-2-iron-3-cobalt-4-magnesium-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246ODk1MDg-which-statement-is-wrong-for-krebs-cycle-1-there-is-one-point-in-the-cycle-where-fad-is-reduced-to-fadh2-2-during-conversion-of-succinyl-coa-to-succinic-acid-a-molecule-of-gtp-is-synthesized-3-the-cyc https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246ODk0NDE-oxidative-phosphorylation-is-1-formation-of-atp-by-transfer-of-phosphate-group-from-a-substrate-to-adp-2-oxidation-of-phosphate-group-in-atp-3-addition-of-phosphate-group-to-atp-4-formation-of-atp-by https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjUxMjky-in-mitochondria-protons-accumulate-in-the-1-matrix-2-outer-membrane-3-inner-membrane-4-intermembrane-space-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTI4ODE-the-energy-releasing-metabolic-process-in-which-substrate-is-oxidized-without-an-external-electron-acceptor-is-called-1-glycolysis-2-fermentation-3-aerobic-respiration-4-photorespiration-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY0OTM3-in-glycolysis-during-oxidation-electrons-are-removed-by-1-glyceraldehyde-3-phosphate-2-nad-3-molecular-oxygen-4-atp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY1NTIy-how-many-atp-molecules-are-produced-by-the-aerobic-oxidation-of-one-molecule-of-glucose-1-2-2-4-3-38-4-34-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjMxNDUx-which-of-the-following-exhibits-the-highest-rate-of-respiration-1-growing-shoot-apex-2-germinating-seed-3-roottip-4-leaf-bud-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjMxNDUy-mitochondria-are-called-powerhouses-of-the-cell-which-of-the-following-observations-support-this-statement-1-mitochondria-synthesise-atp-2-mitochondria-have-a-double-membrane-3-the-enzymes-of-the-kreb https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYxNTM1-assertion-a-yeast-is-involved-in-alcoholic-fermentation-reason-r-yeast-poison-themselves-to-death-when-concentration-of-alcohol-reaches-about-13-in-the-following-questions-a-statement-of-assertion-a-i https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTU5NzA0-in-the-figure-given-below-the-correct-match-is-1-a-ethanol-b-lactic-acid-c-dihydroxyacetone-phosphate-2-a-lactic-acid-b-ethanol-c-oxaloacetic-acid-3-a-lactic-acid-b-ethanol-c-3-phosphoglyceric-acid-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYxMzEw-match-the-following-and-select-the-correct-option-from-these-given-below-column-i-column-ii-a-nadh-dehydrogenase-i-complex-v-b-cytochrome-bc1bc1bc1-complex-ii-complex-lll-c-atp-synthetase-iii-complex https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYwMzg2-consider-the-statements-a-b-c-and-d-with-respect-to-fermentation-by-yeast-and-select-the-correct-choice-a-production-of-co2co2co2-and-ethanol-b-complete-oxidation-of-glucose-c-the-reducing-agent-is-na https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTYwNDIy-consider-the-following-statements-about-fermentation-a-yeast-produces-co2co2co2-and-ethanol-by-incomplete-oxidation-of-glucose-b-some-bacteria-produce-lactic-acid-from-pyruvic-acid-c-in-both-lactic-ac https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTc1NDYw-how-many-statements-are-correct-with-respect-to-ets-1-ets-is-helpful-in-the-restoration-of-mathrm-nad-f-a-d-2-o-2-is-terminal-e-acceptor-in-electron-transport-system-3-ubiquinone-fmn-are-hydrogen-carr https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzQ0MTAx-given-below-are-two-statements-statement-i-in-glycolysis-the-conversion-of-1-3-bisphosphoglyceric-acid-to-3-phosphoglyceric-acid-and-conversion-of-phosphoenolpyruvate-to-pyruvic-acid-are-energy-yieldi https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYxNjg5-consider-the-given-two-statements-assertion-a-atp-is-broken-down-whenever-and-wherever-energy-needs-to-be-utilized-reason-r-atp-acts-as-the-energy-currency-of-the-cell-1-both-a-and-r-are-true-and-r-co https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYxNjkz-assertion-a-breaking-down-processes-within-the-living-organism-is-catabolism-reason-r-synthesis-process-is-called-amphibolism-1-both-a-and-r-are-true-and-r-correctly-explains-a-2-both-a-and-r-are-true https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzYxNzA1-consider-the-given-two-statements-assertion-a-the-rq-of-carbohydrates-will-be-1-reason-r-equal-amounts-of-co2-and-o2-are-evolved-and-consumed-when-the-respiratory-substrate-is-fat-1-both-a-and-r-are-t https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTEzNTE-in-which-one-of-the-following-processes-co2-is-not-released-1-aerobic-respiration-in-plants-2-aerobic-respiration-in-animals-3-alcoholic-fermentation-4-lactate-fermentation-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTIwMzU-which-of-the-metabolites-is-common-to-respiration-mediated-breakdown-of-fats-carbohydrates-and-proteins-1-frutose1-6-bisphosphate-2-pyruvic-acid-3-acetyl-coa-4-glucose-6-phosphate-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTMzOTk-aerobic-respiratory-pathway-is-appropriately-termed-1-catabolic-2-parabolic-3-amphibolic-4-anabolic-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTM5MDA-the-overall-goal-of-glycolysis-the-krebs-cycle-and-the-electron-transport-system-is-the-formation-of-1-atp-in-small-stepwise-units-2-atp-in-one-large-oxidation-reaction-3-sugars-4-nucleic-acids-1-2-3 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTM4ODc-all-enzymes-of-the-tca-cycle-are-located-in-the-mitochondrial-matrix-except-one-which-is-located-in-inner-mitochondrial-membranes-in-eukaryotes-and-in-the-cytosol-in-prokaryotes-this-enzyme-is-1-lacta https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246OTQwOTY-how-many-atp-molecules-could-maximally-be-generated-from-one-molecule-of-glucose-if-the-complete-oxidation-of-one-mole-of-glucose-to-co2-and-h2o-yields-686-kcal-and-the-useful-chemical-energy-availabl https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY0Mzc5-the-number-of-molecules-of-atp-produced-in-the-lipid-metabolism-of-a-molecule-of-palmitic-acid-is-1-56-2-36-3-130-4-86-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY0NDQ2-oxidation-of-palmitic-and-yield-1-129-atp-2-132-atp-3-36-atp-4-76-atp-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY0ODkx-how-many-atp-will-be-formed-by-oxidation-of-1-mole-glucose-1-36-2-40-3-24-4-32-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY2MDg2-during-prolonged-fasting-in-what-sequence-are-the-following-organic-compounds-used-up-by-the-body-1-first-carbohydrates-next-fats-and-lastly-proteins-2-first-fats-next-carbohydrates-and-lastly-protein https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MjY2MTY3-in-alcohol-fermentation-1-triose-phosphate-is-the-electron-donor-while-acetaldehyde-is-the-electron-acceptor-2-triose-phosphate-is-the-electron-donor-while-pyruvic-acid-is-the-electron-acceptor-3-ther https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzkyNTUx-consider-the-given-two-statements-statement-i-both-photosynthesis-and-aerobic-cellular-respiration-occur-in-plant-cells-but-only-aerobic-cellular-respiration-occurs-in-animal-cells-statement-ii-both-p https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgyODQ0-at-which-step-glycolysis-reaches-the-break-even-point-where-2-molecules-of-atp-are-consumed-and-2-new-molecules-are-synthesized-1-splitting-of-fructose-6-phosphate-to-two-trioses-2-conversion-of-1-3-b https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDEyNTEy-that-glycolysis-is-an-ancient-metabolic-process-is-evidenced-in-the-fact-that-1-it-yields-large-number-of-atp-molecules-2-it-does-not-directly-use-oxygen-3-it-occurs-virtually-in-all-cells-4-it-takes https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MTgyNzM3-glycolysis-is-a-sequence-of-reactions-involving-intermediate-compounds-1-10-5-2-10-9-3-10-10-4-9-10-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTMyMTI0-what-percent-of-net-atp-molecules-produced-in-glycolysis-are-a-result-of-substrate-level-phosphorylation-1-25-2-50-3-75-4-100-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDQ4MTQz-alcohol-fermentation-by-yeast-produces-1-text-co-2-and-ethanol-2-lactic-acid-and-atp-3-ethanol-text-co-2-and-nad-4-pyruvate-and-nadh-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzIyNjc3-when-oxygen-is-not-available-to-a-cell-nadh-formed-during-glycolysis-1-does-not-undergo-any-change-as-there-is-no-need-for-the-cell-to-regenerate-nad-2-passes-electrons-to-the-electron-transport-syste https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDM5MTk0-consider-the-given-two-statements-assertion-a-fermentation-is-a-type-of-anaerobic-respiration-where-glucose-is-partially-oxidized-to-produce-energy-reason-r-fermentation-results-in-the-production-of-e https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDM3MjEw-in-lactic-acid-and-alcohol-fermentation-i-less-than-7-percent-of-energy-in-glucose-is-released-ii-all-energy-released-is-trapped-as-high-energy-bonds-of-atp-1-only-i-is-correct-2-only-ii-is-correct-3 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzIyNjgw-electrons-carried-by-nadh-enter-the-electron-transport-system-when-they-are-transferred-to-1-fmn-2-ubiquinone-3-fe-s-4-fad-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-pb246NjM2ODE-atp-synthesis-during-oxidative-phosphorylation-in-mitochondria-is-directly-driven-by-1-oxidation-of-glucose-2-electron-transport-downhill-in-the-etc-3-terminal-transfer-of-electrons-to-oxygen-4-chemio https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDIwNTI1-in-mitochondrial-electron-transport-chain-i-complex-i-is-nadh-dehydrogenase-ii-complex-ii-is-succinate-dehydrogenase-iii-complex-iii-is-cytochrome-b6f-complex-1-only-i-and-ii-are-correct-2-only-i-and https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDEyNTIw-during-the-conversion-of-pyruvic-acid-to-acetyl-coa-in-mitochondrial-matrix-i-pyruvic-acid-is-reduced-ii-nad-is-oxidized-1-only-i-is-correct-2-only-ii-is-correct-3-both-i-and-ii-are-correct-4-both-i-a https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgyNTkw-in-a-eukaryotic-plant-cell-within-a-mitochondrion-the-proton-gradient-develops-across-the-1-inter-membrane-space-2-inner-membrane-3-outer-membrane-4-matrix-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTE5NDQ4-identify-the-incorrect-statement-regarding-the-tca-krebs-cycle-1-the-tca-cycle-begins-with-the-condensation-of-the-acetyl-group-with-oxaloacetic-acid-oaa-to-form-citric-acid-catalyzed-by-citrate-synth https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3OTQ4-consider-the-given-two-statements-assertion-a-oxidative-phosphorylation-occurs-in-the-inner-mitochondrial-membrane-reason-r-the-inner-mitochondrial-membrane-is-permeable-to-protons-1-both-a-and-r-are https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDY3ODk4-consider-the-given-two-statements-statement-i-pyruvate-is-decarboxylated-to-acetyl-coa-in-the-cytoplasm-statement-ii-acetyl-coa-enters-the-krebs-cycle-to-produce-atp-1-statement-i-is-correct-statement https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NDQ3NDk1-in-ets-in-mitochondria-oxygen-acts-as-a-a-final-acceptor-of-electrons-b-final-acceptor-of-protons-1-only-a-2-only-b-3-both-a-and-b-4-neither-a-nor-b-1-2-3-4 https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246NTE5NDU0-consider-the-given-two-statements-statement-a-fatty-acids-are-first-converted-to-phosphoglyceraldehyde-pgal-before-entering-the-glycolytic-pathway-statement-b-glycerol-undergoes-oxidation-to-form-acet https://medminds.me/qbank/botany/respiration-in-plants/?q=NP-b246MzgyNjAy-the-number-of-correct-statement-s-from-the-given-statements-regarding-possible-respiratory-substrates-is-are-i-glucose-is-the-favoured-substrate-for-respiration-ii-all-carbohydrates-are-usually-first https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjUzMTI-the-egg-apparatus-is-made-up-of-two-and-one-at-the-end-of-the-embryo-sac-1-antipodals-egg-cell-micropylar-2-synergids-egg-cell-chalazal-3-egg-cells-synergids-chalazal-4-synergids-egg-cells-micropylar https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjUzMTM-consider-the-following-features-seen-in-a-plant-i-male-and-female-reproductive-organs-are-generally-found-in-separate-flowers-ii-the-male-flowers-having-a-number-of-long-filaments-terminating-in-expos https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjU0MDA-the-cells-of-which-of-the-following-layers-of-the-anther-wall-are-multinucleated-due-to-free-nuclear-divisions-1-epidemis-2-endothecium-3-middle-layer-4-tapetum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxODY-a-typical-angiosperm-anther-is-dithecous-which-means-that-it-is-1-one-lobed-and-the-lobe-has-two-theca-2-two-lobed-and-each-lobe-has-two-theca-3-two-lobed-and-each-lobe-has-one-theca-4-four-lobed-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxODc-which-of-the-following-layers-in-the-wall-of-an-anther-nourishes-the-developing-pollen-grains-1-tapetum-2-epidermis-3-endothecium-4-middle-layers-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxODg-pollen-intine-is-made-of-1-sporopollenin-2-cellulose-and-pectin-3-ergosterol-4-phospholipids-and-cholesterol-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxOTA-pollen-grains-lose-their-viability-within-30-minutes-of-their-release-in-1-rose-2-potato-3-pea-4-wheat-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxOTE-the-pistil-of-papaver-is-1-monocarpellary-2-multicarpellary-apocarpous-3-multicarpellary-syncarpous-4-absent-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxOTI-how-many-of-the-nuclei-in-the-female-gametophyte-in-angiosperms-are-surrounded-by-cell-wall-1-5-2-6-3-7-4-8-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxOTM-the-only-type-of-pollination-that-brings-genetically-different-types-of-pollen-grains-to-the-stigma-is-1-chasmogamy-2-cleistogamy-3-geitonogamy-4-xenogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxOTU-dioecy-in-plants-prevents-1-autogamy-but-not-geitonogamy-2-geitonogamy-but-not-autogamy-3-both-autogamy-and-geitonogamy-4-neither-autogamy-nor-geitonogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxOTY-if-the-female-parent-produces-unisexual-flower-1-emasculation-must-be-done-before-maturity-2-emasculation-must-be-done-after-maturity-3-emasculation-must-be-done-before-pollination-4-emasculation-is-n https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxOTc-the-central-cell-in-the-embryo-sac-after-triple-fusion-becomes-1-primary-endosperm-cell-2-endosperm-3-embryo-4-zygote-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxOTg-the-endosperm-is-completely-consumed-by-the-developing-embryo-in-all-of-the-following-except-1-pea-2-groundnut-3-beans-4-castor-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYxOTk-epicotyl-has-a-shoot-apex-and-a-few-leaf-primordial-enclosed-in-a-hollow-foliar-structure-called-as-the-1-coleoptile-2-coleorhiza-3-scutellum-4-perisperm-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYyMDA-the-micropyle-remains-as-a-small-pore-in-the-seed-coat-during-germination-this-facilitates-entry-of-i-oxygen-ii-water-1-only-i-2-only-ii-3-both-i-and-ii-4-neither-i-nor-ii-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYyNTQ-why-do-seeds-need-water-to-germinate-1-following-hydration-enzymes-break-down-stored-food-and-make-it-available-for-the-embryo-2-water-provides-energy-3-water-activates-the-chlorophyll-molecules-so-th https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYyNTg-genetic-self-incompatibility-tends-to-increase-1-pollen-dispersal-2-inbreeding-3-pollination-4-outcrossing-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYyNTk-if-a-flower-is-to-be-pollinated-by-moths-it-should-1-be-heavily-scented-2-be-shaped-like-a-tulip-3-close-about-noon-4-be-brightly-colored-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mjk0OTQ-a-fertilized-embryo-sac-of-an-angiosperm-contains-i-haploid-cells-ii-diploid-cells-iii-triploid-cells-1-i-only-2-i-and-ii-only-3-ii-and-iii-only-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mjk3Mzc-the-intine-of-the-pollen-grain-is-a-1-thick-and-discontinuous-layer-made-of-sporopollenin-2-thick-and-continuous-layer-made-of-sporopollenin-3-thin-and-discontinuous-layer-made-of-cellulose-and-pectin https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mjk3Mzg-in-the-monosporic-embryo-sac-of-a-flowering-plant-the-number-of-nuclei-that-get-surrounded-by-cell-walls-and-thus-are-organized-into-cells-is-1-5-2-6-3-7-4-8-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mjk3Mzk-female-flowers-remain-submerged-in-water-and-the-pollen-grains-are-released-inside-the-water-in-1-sea-grasses-2-vallisneria-3-water-lily-4-water-hyacinth-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mjk3NDA-scientists-are-trying-to-transfer-apomictic-genes-into-hybrid-varieties-of-several-of-our-food-and-vegetable-crops-so-that-1-they-get-resistance-against-common-pathogens-2-the-yield-of-these-plants-ca https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzAyMTk-which-of-the-following-is-the-most-common-abiotic-pollinating-agent-1-insects-2-birds-and-bats-3-wind-4-water-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzA1MDI-the-asexual-production-of-seeds-is-called-as-1-adventition-2-fragmentation-3-self-fertilization-4-apomixis-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ0Mjk-the-ovule-of-an-angiosperm-is-technically-equivalent-to-1-megasporangium-2-megasporophyll-3-megaspore-mother-cell-4-megaspore-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ1MDY-megasporangium-is-equivalent-to-1-embryo-sac-2-fruit-3-nucellus-4-ovule-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ1NDY-which-one-of-the-following-may-require-pollinators-but-is-genetically-similar-to-autogamy-1-geitonogamy-2-xenogamy-3-apogamy-4-cleistogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ1OTY-flowers-which-have-single-ovule-in-the-ovary-and-are-packed-into-inflorescence-are-usually-pollinated-by-1-water-2-bee-3-wind-4-bat-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ1OTc-functional-megaspore-in-an-angiosperm-develops-into-1-ovule-2-endosperm-3-embryo-sac-4-embryo-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ1OTk-the-morphological-nature-of-the-edible-part-of-coconut-is-1-perisperm-2-cotyledon-3-endosperm-4-pericarp-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MDA-attractants-and-rewards-are-required-for-1-anemophily-2-entomophily-3-hydrophily-4-cleistogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MDE-in-majority-of-angiosperms-1-egg-has-a-filiform-apparatus-2-there-are-numerous-antipodal-cells-3-reduction-division-occurs-in-the-megaspore-mother-cells-4-a-small-central-cell-is-present-in-the-embryo https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MDI-pollination-in-water-hyacinth-and-water-lily-is-brought-about-by-the-agency-of-1-water-2-insects-or-wind-3-birds-4-bats-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MDM-which-one-of-the-following-statements-is-not-true-1-exine-of-pollen-grains-is-made-up-of-sporopollenin-2-pollen-grains-of-many-species-cause-severe-allergies-3-stored-pollen-in-liquid-nitrogen-can-be https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MDQ-the-coconut-water-from-tender-coconut-represents-1-fleshy-mesocarp-2-free-nuclear-proembryo-3-free-nuclear-endosperm-4-endocarp-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MDU-which-of-the-following-statements-is-not-correct-1-insects-that-consume-pollen-or-nectar-without-bringing-about-pollination-are-called-pollen-nectar-robbers-2-pollen-germination-and-pollen-tube-growth https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MDY-seed-formation-without-fertilisation-in-flowering-plants-involves-the-process-of-1-budding-2-somatic-hybridization-3-apomixis-4-sporulation-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MDk-filiform-apparatus-is-characteristic-feature-of-1-generative-cell-2-nucellar-embryo-3-aleurone-cell-4-synergids-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MTA-which-of-the-following-are-the-important-floral-rewards-to-the-animal-pollinators-1-colour-and-large-size-of-flower-2-nectar-and-pollen-grains-3-floral-fragrance-and-calcium-crystals-4-protein-pellicl https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MTY-placenta-and-pericarp-are-both-edible-portions-in-1-apple-2-banana-3-tomato-4-potato-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MTc-geitonogamy-involves-1-pollination-of-a-flower-by-the-pollen-from-another-flower-of-the-same-plant-2-pollination-of-a-flower-by-the-pollen-from-the-same-flower-3-pollination-of-a-flower-by-the-pollen https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MTg-pollen-tablets-are-available-in-the-market-for-1-in-vitro-fertilisation-2-breeding-programmes-3-supplementing-food-4-ex-situ-conservation-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MTk-function-of-filiform-apparatus-is-to-1-recognise-the-suitable-pollen-at-stigma-2-stimulate-division-of-generative-cell-3-produce-nectar-4-guide-the-entry-of-pollen-tube-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MjA-non-albuminous-seed-is-produced-in-1-maize-2-castor-3-wheat-4-pea-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MjM-which-one-of-the-following-statement-is-correct-1-hard-outer-layer-of-pollen-is-called-intine-2-sporogenous-tissue-is-haploid-3-endothecium-produces-the-microspores-4-tapetum-nourishes-the-developing https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2Mjc-an-organic-substance-that-can-withstand-environmental-extremes-and-cannot-be-degraded-by-any-enzyme-is-1-cuticle-2-sporopollenin-3-lignin-4-cellulose-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2Mjg-even-in-absence-of-pollinating-agents-seed-setting-is-assured-in-1-commellina-2-zostera-3-salvia-4-fig-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2Mjk-the-coconut-water-and-the-edible-part-of-coconut-are-equivalent-to-1-endosperm-2-endocarp-3-mesocarp-4-embryo-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MzI-wind-pollination-is-common-in-1-lilies-2-grasses-3-orchids-4-legumes-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MzM-nucellar-polyembryony-is-reported-in-species-of-1-gossypium-2-triticum-3-brassica-4-citrus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MzQ-in-which-one-of-the-following-pollination-is-autogamous-1-xenogamy-2-chasmogamy-3-cleistogamy-4-geitonogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MzU-apomictic-embryos-in-citrus-arise-from-1-synergids-2-maternal-sporophytic-tissue-in-ovule-3-antipodal-cells-4-diploid-egg-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2MzY-transfer-of-pollen-grains-from-the-anther-to-the-stigmaof-another-flower-of-the-same-plant-is-called-1-xenogamy-2-geitonogamy-3-karyogamy-4-autogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2Mzc-wind-pollinated-flowers-are-1-small-brightly-coloured-producing-large-number-of-pollen-grains-2-small-producing-large-number-of-dry-pollen-grains-3-large-producing-abundant-nectar-and-pollen-4-small-p https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2Mzk-which-one-of-the-following-pairs-of-plant-strucutre-has-haploid-number-of-chromosomes-1-megaspore-mother-cell-and-antipodal-cells-2-egg-cell-and-antipodal-cells-3-nucellus-and-antipodal-cells-4-egg-nu https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2NDA-endosperm-is-consumed-by-developing-embryo-in-the-seed-of-1-coconut-2-castor-3-pea-4-maize-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2NDQ-what-does-the-filiform-apparatus-do-at-the-entrance-into-ovule-1-it-helps-in-the-entry-of-pollen-tube-into-a-synergid-2-it-prevents-entry-of-more-than-one-pollen-tube-into-the-embryo-sac-3-it-brings-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2NDU-which-one-of-the-following-is-resistant-to-enzyme-action-1-cork-2-wood-fibre-3-pollen-exine-4-leaf-cuticle-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2NDc-male-gametes-in-angiosperms-are-formed-by-the-division-of-1-microspore-2-generative-cell-3-vegetative-cell-4-microspore-mother-cell-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2NDg-which-one-of-the-following-is-surrounded-by-a-callose-wall-1-microspore-mother-cell-2-male-gemete-3-egg-4-pollen-grain-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2NDk-what-would-be-the-number-of-chromosomes-in-the-cells-of-the-aleurone-layer-in-a-plant-species-with-8-chromosomes-in-it-synergids-1-16-2-24-3-32-4-8-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2NTA-parthenocarpic-tomato-fruits-can-be-produced-by-1-removing-androecium-of-flowers-before-pollen-grains-are-released-2-treating-the-plants-with-low-concentrations-of-gibberellic-acid-and-auxins-3-raisin https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2NTE-long-filamentous-threads-protruding-at-the-end-of-a-young-cob-of-maize-are-1-anthers-2-styles-3-ovaries-4-hairs-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQ2NTI-the-arrangement-of-the-nuclei-in-a-normal-embryo-sac-in-the-dicot-plant-is-1-2-4-2-2-3-2-3-3-2-3-3-4-3-3-2-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzUwOTA-in-angiosperms-microsporogenesis-and-megasporogenesis-1-occur-in-anther-2-form-gametes-without-further-divisions-3-involve-meiosis-4-occur-in-ovule-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzUxMTg-coconut-water-from-a-tender-coconut-is-1-immature-embryo-2-free-nuclear-endosperm-3-innermost-layers-of-the-seed-coat-4-degenerated-nucellus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzUxMzg-which-of-of-the-following-fruits-is-parthenocarpic-1-brinjal-2-apple-3-jackfruit-4-banana-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzUxNDE-male-gametophyte-in-angiosperms-produces-1-two-sperms-and-a-vegetative-cell-2-single-sperm-and-a-vegetative-cell-3-single-sperm-and-two-vegetative-cells-4-three-sperms-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzUxNjc-which-one-of-the-following-statements-is-not-true-1-pollen-grains-are-rich-in-nutrients-and-they-are-used-in-the-form-of-tablets-and-syrups-2-pollen-grains-of-some-plants-cause-severe-allergies-and-br https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzUzMDY-perisperm-differs-from-endosperm-in-1-being-a-haploid-tissue-2-having-no-reserve-food-3-being-a-diploid-tissue-4-its-formation-by-fusion-of-secondary-nucleus-with-several-sperms-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzY5MDE-identify-the-different-parts-of-a-typical-dicot-embryo-labeled-as-a-b-and-c-and-select-the-correct-option-a-b-c-1-plumule-cotyledons-radicle-2-radicle-cotyledons-plumule-3-cotyledons-plumule-radicle-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzY5MTI-pollen-grains-are-shed-at-which-stage-1-2-celled-2-3-celled-3-usually-at-2-celled-but-sometimes-3-celled-4-single-celled-stage-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzY5MTY-which-of-these-is-a-diploid-structure-1-pollen-grains-2-egg-3-megaspore-4-mmc-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzY5MTc-false-fruit-in-an-apple-is-formed-from-1-sepals-2-thalamus-3-peduncle-4-petals-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzY5MjY-cross-pollination-in-true-genetic-sense-is-1-allogamy-2-cleistogamy-3-geitonogamy-4-autogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzY5Mjc-seed-of-castor-is-1-non-endospermic-exalbuminous-2-endospermic-albuminous-3-endospermic-exalbuminous-4-non-endospermic-albuminous-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzY5Mjg-ubisch-bodies-are-secreted-from-1-ovule-2-tapetum-3-both-of-these-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzY5NDI-aleurone-layer-is-1-haploid-2-diploid-3-triploid-4-tetraploid-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzY5NDY-edible-part-of-apple-is-the-1-thalamus-2-mesocarp-3-epicarp-4-endocarp-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzY5NTg-pollination-by-bat-is-called-1-ornithophily-2-chitopteriphily-3-malacophily-4-anemophily-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzcwNjE-during-formation-of-which-of-the-following-free-nuclear-division-occurs-1-flower-2-endosperm-3-gametes-4-fruit-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzcwOTE-xenia-and-metaxenia-terms-are-related-with-1-pollen-culture-2-xylem-and-phloem-3-endosperm-4-embryo-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzcxNDU-pollen-grains-are-able-to-withstand-extremes-of-temperature-and-dessication-because-their-exine-is-composed-of-1-cutin-2-suberin-3-sporopollenin-4-callose-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzcxNzI-the-pollen-tube-usually-enters-the-embryo-sac-1-through-one-of-the-synergids-2-by-directly-penetrating-the-egg-3-between-one-synergid-and-central-cell-4-by-knocking-off-the-antipodal-cells-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzcyMzE-double-fertilization-involves-1-fertilization-of-the-egg-by-two-male-gametes-2-fertilization-of-two-eggs-in-the-same-embryo-sac-by-two-sperms-brought-by-one-pollen-tube-3-fertilization-of-the-egg-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzcyNjU-plants-of-which-one-of-the-following-groups-of-genera-are-pollinated-by-the-same-agency-1-triticum-cocos-mangifera-2-ficus-kigelia-casuarina-3-salvia-morus-euphorbia-4-bombax-butea-bauhinia-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzczMDY-apomixis-is-1-formation-of-seeds-by-fusion-of-gametes-2-formation-of-seed-without-syngamy-and-meiosis-3-formation-of-seeds-with-syngamy-but-no-meiosis-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzczMjk-even-after-killing-the-generative-cell-with-a-laser-beam-the-pollen-grain-of-a-flowering-plant-germinates-and-produces-normal-pollen-tube-because-1-laser-beam-stimulates-pollen-germination-and-pollen https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc0Mzc-what-is-the-charasteristic-of-tapetum-1-it-does-not-store-food-2-it-is-multi-nucleated-3-it-is-multi-layered-structure-4-it-nourishes-the-megaspore-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc0NDc-cleistogamy-is-leadingover-anthesis-because-1-pollination-agent-is-not-required-2-it-assures-heterozygosity-3-it-favours-insect-pollination-4-it-allows-xenogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc1MjU-sporopollenin-is-a-constituent-of-pollen-exine-it-can-be-degraded-by-the-action-of-1-enzymes-2-high-temperature-3-strong-acids-4-cannot-be-degraded-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc1MjY-the-pollen-grains-of-rice-and-wheat-lose-their-viability-in-minutes-of-their-release-1-30-2-10-3-60-4-90-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc1Mjc-after-double-fertilizaton-a-mature-ovule-has-1-1-diploid-and-1-haploid-cell-2-1-diploid-and-1-triploid-cell-3-2-haploid-and-1-triploid-cell-4-1-haploid-and-1-triploid-cell-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc1Njg-how-many-haploid-nuclei-are-present-in-a-mature-pollen-grain-1-one-2-two-3-three-4-four-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc2MDY-what-is-the-correct-sequence-of-the-formation-of-female-gametophyte-in-angiosperms-1-nucellus-megapore-tetrad-megaspore-mother-cell-megaspore-female-gametophyte-2-megaspore-tetrad-nucellus-megaspore-m https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc2MTM-primary-endosperm-nucleus-pen-is-formed-by-the-fusion-of-1-2-polar-nuclei-1-synergid-cell-nucleus-2-1-polar-nucleus-1-antipodal-cell-nucleus-1-synergid-cell-nucleus-3-2-polar-nuclei-1-male-gamete-nucl https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc2NDU-match-column-i-with-column-ii-and-select-the-correct-option-from-the-given-codes-column-i-column-ii-a-parthenocarpy-i-seed-formation-without-fertilization-b-polyembryony-ii-more-than-one-embryo-in-sam https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc2Njg-the-following-is-the-diagram-of-t-s-of-anther-identify-the-parts-labelled-a-b-and-c-1-a-connective-tissue-b-pollen-grains-c-endothecium-2-a-endothecium-b-connective-tissue-c-pollen-grains-3-a-pollen-g https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc2OTE-select-the-option-that-contains-all-plants-which-produce-non-endospermic-seeds-1-gram-pea-bean-groundnut-2-castor-peanut-orchid-wheat-3-coconut-walnut-wheat-gram-4-castor-maize-coconu-orchid-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc4NTY-pollination-in-rafflesia-is-occurred-by-a-carrion-flies-b-elephant-c-bat-d-crow-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc5MTg-censar-mechanism-of-seed-dispersal-is-found-in-1-papaveraceae-2-liliaceae-3-leguminosae-4-rosaceae-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc5NTA-which-one-of-the-most-common-embryo-sac-in-flowering-plant-1-monosporic-8-nucleated-and-7-celled-2-monosporic-7-celled-and-7-nucleated-3-bisporic-8-nucleated-and-7-celled-4-bisporic-7-celled-and-8-nuc https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc5NjQ-when-a-fern-plant-is-developed-from-its-prothallus-without-fertilisation-this-pehnomenon-is-an-example-of-1-parthenocarpy-2-apogamy-3-apospory-4-organogenesis-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzgwMjY-if-a-stock-has-2n-48-and-scion-microspore-mother-cell-has-2n-24-then-root-cell-and-the-microspores-will-have-chromosomes-respectively-1-12-48-2-48-12-3-24-12-4-24-96-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzgwMjg-a-fertilized-egg-of-a-plant-has-40-chromosomes-the-number-of-chromosomes-present-in-the-microspore-mother-cell-is-1-20-2-40-3-60-4-80-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzgwMzQ-feathery-stigma-belongs-to-1-wheat-2-pea-3-datura-4-caesalpinia-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzgwNDE-the-normal-type-of-embryo-sac-is-8-nucleated-and-1-8-celled-2-7-celled-3-6-celled-4-5-celled-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzgwNDI-embryo-sac-is-1-megaspore-2-microgametophyte-3-female-gametophyte-4-megasporangium-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzgwNjU-the-pollination-of-two-flowers-on-different-plants-is-known-as-1-xenogamy-2-geitonogamy-3-cleistogamy-4-dichogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzgxMjQ-in-some-seeds-reminants-of-nucellus-are-also-presistent-this-residual-persistent-nucellus-is-the-1-pericarp-2-perisperm-3-chalazosperm-4-mesosperm-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1MjY-which-among-the-following-is-attached-to-the-proximal-end-of-filament-1-stamen-2-anther-3-petal-4-pollen-sac-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1Mjg-what-is-the-number-of-microsporangia-in-each-lobe-of-an-angiosperm-anther-1-four-2-two-3-eight-4-one-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1Mjk-which-among-the-following-extend-longitudinally-to-become-pollen-sac-1-microsporangia-2-filament-of-anther-3-tapetum-4-endothecium-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1MzA-which-among-the-following-is-not-a-feature-of-anther-1-bilobed-2-dithecous-3-apocarpous-4-tetragonal-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1MzE-which-among-the-following-is-not-a-wall-layer-of-microsporangium-1-endothecium-2-nucellus-3-tapetum-4-middle-layers-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1MzI-all-of-the-following-statements-are-correct-except-1-the-proximal-end-of-the-filament-is-attached-to-the-thalamus-or-the-petal-of-the-flower-2-the-anther-is-a-four-sided-structure-consisting-of-four-m https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1MzM-which-among-the-following-statement-is-incorrect-with-respect-to-tapetum-1-it-nourishes-developing-pollen-grains-2-it-has-dense-cytoplasm-3-it-is-the-innermost-wall-layer-of-microsporangia-4-cells-hav https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1MzQ-how-tapetal-cells-become-binucleate-1-meiosis-i-2-mitosis-3-endomitosis-4-eumitosis-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1MzY-which-among-the-following-is-incorrect-with-respect-to-microsporogenesis-1-the-cells-of-the-sporogenous-tissue-undergo-mitotic-divisions-to-form-microspore-tetrads-2-each-cell-of-the-sporogenous-tissu https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1Mzk-the-inner-wall-of-pollen-grains-is-made-up-of-1-sporopollenin-2-cellulose-and-pectin-3-peptidoglycan-4-cellulose-only-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NDQ-the-pollen-grains-are-shed-at-two-celled-stage-in-1-80-angiosperms-2-40-angiosperms-3-30-angiosperms-4-60-angiosperms-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NDU-which-among-the-following-is-referred-to-as-male-gametophyte-1-stamen-2-anther-3-pollen-grain-4-microsporangia-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NDc-which-among-the-following-is-incorrect-with-respect-to-vegetative-cell-of-pollen-grain-1-it-has-irregularly-shaped-nucleus-2-it-has-abundant-food-reserve-3-it-is-spindle-shaped-with-dense-cytoplasm-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NDk-a-b-c-and-d-in-the-following-diagram-respectively-are-1-epidermis-endothecium-middle-layers-tapetum-2-epidermis-middle-layers-pmc-tapetum-3-endothecium-middle-layers-microspore-mother-cells-tapetum-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NTE-match-the-following-1-male-gametophyte-i-embryo-sac-2-female-gametophyte-ii-ovule-3-megasporangium-iii-pollen-grains-4-microsporangium-iv-pollen-sacs-1-1-iii-2-i-3-ii-4-iv-2-1-i-2-ii-3-iii-4-iv-3-1-iv https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NTM-the-following-figure-represents-1-transverse-section-of-young-anther-2-3-d-cut-section-of-mature-anther-3-cut-section-of-filament-4-transverse-section-of-mature-filament-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NTQ-the-diameter-of-pollen-grain-generally-varies-from-1-40-50-micrometers-2-25-50-micrometers-3-10-12-micrometers-4-8-25-micrometers-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NTU-the-outer-layer-exine-is-made-up-of-1-cellulose-and-pectin-2-peptidoglycan-3-cellulose-4-sporopollenin-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NTY-which-among-the-following-is-not-a-characteristic-feature-of-sporopollenin-1-sporopollenin-is-one-of-the-most-resistant-organic-material-known-2-it-can-withstand-high-pressures-3-no-enzyme-that-degrad https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NTc-identify-a-b-and-x-x-contains-two-cells-a-and-b-b-is-bigger-than-a-it-has-abundant-food-reserve-and-large-irregularly-shaped-nucleus-a-is-small-and-floats-in-the-cytoplasm-of-b-it-is-spindle-shaped-wi https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NTg-which-among-the-following-is-not-true-about-pollen-grain-1-rich-in-nutrients-2-many-species-cause-severe-allergies-and-bronchial-afflictions-in-some-people-often-leading-to-chronic-respiratory-disorde https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NjE-pollen-grain-of-which-among-the-following-lose-viability-within-30-minutes-1-wheat-2-rosaceae-3-leguminoseae-4-solanaceae-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NjM-which-among-the-following-is-not-a-feature-of-pistil-1-monocarpellary-2-syncarpous-3-monosporic-4-apocarpous-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NjQ-cryopreservation-is-a-technique-to-preserve-substances-like-pollen-grains-in-liquid-nitrogen-at-temperature-1-ndash-150-deg-c-2-77-15-k-3-ndash-210-deg-c-4-110-k-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1NjY-a-b-c-d-in-the-following-diagram-respectively-are-1-hilum-funicle-inner-integument-micropyle-2-hilum-funicle-outer-integument-micropyle-3-funicle-outer-integument-nucellus-chalazal-pole-4-funicle-oute https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NDQ-microsporangium-is-generally-surrounded-by-4-wall-layers-which-of-the-following-3-wall-layers-perform-the-function-of-protection-and-help-in-the-dehiscence-of-anther-to-release-the-pollen-1-epidermis https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NDY-which-of-the-following-points-is-incorrect-about-sporopollenin-1-it-is-one-of-the-most-resistant-organic-material-known-2-it-can-withstand-high-temperature-and-strong-acids-and-alkali-3-2-enzymes-that https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NDc-the-above-diagram-shows-some-stages-in-microgametogenesis-identify-a-band-c-1-a-symmetric-spindle-b-generative-cell-c-vegetative-cell-2-a-symmetric-spindle-b-vegetative-cell-c-generative-cell-3-a-asym https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NDg-which-of-the-following-statements-is-false-i-pollen-grains-represents-male-gametophyte-ii-in-angiosperms-partially-developed-male-gametophytes-are-pollinated-iii-generative-cell-is-siponogenous-while https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NDk-the-viability-of-pollen-grains-depends-upon-1-prevailing-temperature-2-prevailing-humidity-3-genetic-potentiality-of-the-concerned-species-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NTA-which-of-the-following-has-the-least-pollen-viability-1-cereals-like-wheat-and-rice-2-members-of-rosaceae-3-members-of-leguminoseae-4-members-of-solanaceae-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NTE-match-the-column-i-with-column-ii-column-i-column-ii-a-funicle-i-mass-of-cells-within-ovule-with-more-food-b-hilum-ii-basal-part-of-ovule-c-integument-iii-one-or-2-protective-layers-of-ovule-d-chalaza https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NTM-identify-a-b-c-and-d-structures-shown-in-above-diagram-of-female-gametophyte-a-b-c-d-1-synergid-polar-nuclei-central-cell-antipodal-cells-2-antipodal-cells-polar-nuclei-central-cell-synergids-3-antipo https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NTQ-geitonogamy-is-1-functionally-cross-pollination-involving-a-pollinating-agent-2-genetically-it-is-similar-to-autogamy-since-the-pollen-grains-come-from-the-same-plant-3-functionally-and-genetically-au https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NTU-go-through-the-following-statements-flowers-are-bisexual-and-homogamous-maturing-anther-and-stigma-of-a-flower-at-the-same-time-mechanical-devices-bringing-anthers-and-stigma-close-together-in-a-bisex https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NTY-go-through-the-following-statements-a-flowers-are-small-they-are-often-packed-in-inflorescence-b-flowers-are-colourless-nectarless-and-odourless-c-well-exposed-stamens-d-pollen-grains-produced-in-larg https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NTc-find-out-the-correct-option-1-among-animals-insects-particularly-bees-are-the-dominant-biotic-pollinating-agents-2-often-flowers-of-animal-pollinated-plants-are-specially-adapted-for-particular-specie https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NTg-a-flowers-are-usually-large-colourful-fragrant-b-pollen-grains-are-produced-in-large-number-c-pollen-grains-are-light-in-weight-and-non-sticky-d-sticky-pollen-grains-e-stigma-inserted-and-sticky-f-edi https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NjA-self-incompatibility-i-is-a-device-to-prevent-inbreeding-ii-provides-a-biochemical-block-to-self-fertilization-iii-ensures-cross-fertilization-iv-is-governed-by-pollen-pistil-interaction-v-is-governed https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NjE-which-of-the-following-options-is-correct-1-pollination-gives-the-guarantee-of-the-promotion-of-post-pollination-events-that-lead-to-fertilization-2-the-events-ndash-ldquo-from-pollen-deposition-on-st https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NjI-in-double-fertilization-total-number-of-male-nuclei-and-total-number-of-female-nuclei-involved-are-1-3-2-respectively-2-2-3-respectively-3-2-2-respectively-4-3-3-respectively-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NjM-a-homogamous-tall-pistillate-plant-tt-is-crossed-with-homogamous-dwarf-staminate-plant-tt-what-is-the-genotype-of-endosperm-1-ttt-2-ttt-3-ttt-4-ttt-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NjQ-for-artificial-hybridisation-experiment-in-bisexual-flower-which-of-the-sequences-is-correct-1-bagging-rarr-emasculation-rarr-cross-pollination-rarr-rebagging-2-emasculation-rarr-bagging-rarr-cross-po https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NjU-which-of-the-following-is-false-i-endosperm-formation-starts-prior-to-first-division-of-zygote-ii-angiospermic-endosperm-is-mostly-3n-while-gymnospermic-one-is-n-iii-the-most-common-type-of-endosperm https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NjY-diagram-given-below-shows-stages-in-embryogenesis-in-a-typical-dicot-capsella-identify-structures-a-to-d-respectively-1-suspensor-radicle-plumule-cotyledons-2-hypophysis-radicle-plumule-cotyledons-3-s https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2Njc-go-through-the-given-diagram-of-a-typical-dicot-embryo-in-which-of-the-following-all-the-3-parts-labelled-as-a-b-c-with-their-respective-functions-are-correctly-identified-1-a-plumule-rarr-shoot-syste https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NzA-which-are-the-external-conditions-required-for-seed-germination-1-oxygen-carbon-dioxide-and-suitable-temperature-2-oxygen-light-and-suitable-temperature-3-light-moisture-and-suitable-temperature-4-oxy https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NzE-which-of-the-following-is-not-correct-1-as-the-seed-matures-its-water-content-is-reduced-and-seeds-become-relatively-dry-10-15-moisture-by-mass-2-the-seed-dormancy-is-the-internal-or-innate-inhibition https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NzI-which-of-the-following-will-lose-its-economic-value-if-fruits-are-produced-through-parthenocarpy-1-citrus-2-banana-3-grape-4-pomegranate-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NzM-which-of-the-following-statements-is-false-1-some-2000-years-old-viable-seeds-of-pheonix-dactylifera-were-discovered-during-archaeological-excavation-of-king-herod-s-palace-near-dead-sea-2-record-of-1 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NzQ-hybrid-seeds-have-to-be-produced-every-year-because-1-hybrid-plants-become-sterile-in-coming-years-2-they-show-more-heterosis-in-coming-years-3-hybrid-vigour-is-not-maintained-beyond-one-generation-as https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NzU-active-research-is-going-on-in-many-laboratories-around-the-world-to-understand-the-genetics-of-apomixis-what-is-the-purpose-of-such-active-research-1-hybrid-plants-are-directly-formed-by-apomixis-2-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2NzY-both-autogamy-and-geitonogamy-are-prevented-in-1-papaya-2-cucumber-3-castor-4-maize-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2Nzk-pollen-tube-after-reaching-the-ovary-does-not-show-following-event-1-enters-the-ovule-through-the-micropyle-2-may-enter-the-ovule-through-chalaza-3-enters-one-of-the-synergid-through-filiform-apparatu https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTAxNzI-in-which-organ-the-growth-of-pollen-tube-is-observed-till-it-reaches-the-ovules-1-pollen-tube-2-style-3-ovary-4-stigma-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTA2MTc-polygonum-type-embryo-sac-is-1-monosporic-2-seven-celled-with-one-largest-binucleate-cell-3-eight-nucleated-with-3-2-3-arrangement-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NzM2MDk-a-plant-breeder-employ-technique-of-emasculation-1-to-cover-the-flower-with-a-bag-2-to-prevent-self-pollination-3-to-prevent-stamen-from-being-contaminated-4-to-produce-female-plant-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NzM2MjM-which-one-of-the-following-statement-is-false-in-respect-of-flowering-plants-1-parthenocarpy-can-be-induced-through-the-application-of-growth-hormones-2-integuments-encircle-the-ovule-except-at-the-ti https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NzM2Mjc-to-form-four-fully-developed-polygonum-type-of-embryosacs-in-angiosperms-total-number-of-meiosis-and-mitosis-divisions-generations-required-are-1-4-12-2-1-3-3-4-4-4-1-12-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NzQwMjc-megaspore-mother-cell-differentiates-from-1-nucellus-in-the-micropylar-region-2-nucellus-in-the-chalazal-region-3-primary-parietal-cell-in-chalazal-region-4-integument-cell-in-micropylar-region-1-2-3 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODkyOTI-which-of-the-following-has-proved-helpful-in-preserving-pollens-as-fossils-1-pollen-kit-2-cellulosic-intine-3-oil-content-4-sporopollenin-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODkzMjc-winged-pollen-grains-are-present-in-1-mustard-2-cycas-3-mango-4-pinus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODkzMzg-pollen-grains-can-be-stored-for-several-years-in-liquid-nitrogen-having-a-temperature-of-1-ndash-120-deg-c-2-ndash-80-deg-c-3-ndash-196-deg-c-4-ndash-160-deg-c-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODkzNDM-double-fertilization-is-1-fusion-of-two-male-gametes-of-a-pollen-tube-with-two-different-eggs-2-fusion-of-one-male-gamete-with-two-polar-nuclei-3-fusion-of-two-male-gametes-with-one-egg-4-syngamy-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODkzNTE-which-one-of-the-following-plants-shows-a-very-close-relationship-with-a-species-of-moth-where-none-of-the-two-can-complete-its-life-cycle-without-the-other-1-hydrilla-2-yucca-3-banana-4-viola-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODk1NjY-the-morphological-nature-of-the-edible-part-of-coconut-is-1-cotyledon-2-endosperm-3-pericarp-4-perisperm-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODk1Njc-double-fertilization-is-exhibited-by-1-algae-2-fungi-3-angiosperms-4-gymnosperms-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTA1MDE-proximal-end-of-the-filament-of-stamen-is-attached-to-the-1-connective-2-placenta-3-thalamus-or-petal-4-anther-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTA1MTQ-the-coconut-water-from-tender-coconut-represents-1-fleshy-mesocarp-2-free-nuclear-proembryo-3-free-nuclear-endosperm-4-endocarp-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTExNjk-transmission-tissue-is-a-characteristic-feature-of-1-hollow-style-2-solid-style-3-dry-stigma-4-wet-stigma-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTEzNjU-male-gametophyte-with-least-number-of-cells-is-present-in-1-pteris-2-funaria-3-lilium-4-pinus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTE1MTg-perisperm-differs-from-endosperm-in-1-having-no-reserve-food-2-being-a-diploid-tissue-3-its-formation-by-fusion-of-secondary-nucleus-with-several-sperms-4-being-a-haploid-tissue-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTIwMDM-advantage-of-cleistogamy-is-1-more-vigorous-offspring-2-no-dependence-of-pollinator-3-vivipary-4-higher-genetic-variability-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTIzMzk-the-gynoecium-consists-of-many-free-pistils-in-flowers-of-1-aloe-2-tomato-3-papaver-4-michelia-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI1NzE-filiform-apparatus-is-a-characteristic-feature-of-1-egg-2-synergid-3-zygote-4-suspensor-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI3Mjc-what-would-be-the-number-of-chromosomes-of-the-aleurone-cells-of-a-plant-with-42-chromosomes-in-its-root-tip-cells-1-63-2-84-3-21-4-42-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI3NzI-nucellar-polyembryony-is-reported-in-species-of-1-gossypium-2-triticum-3-brassia-4-citrus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTM0ODg-an-example-of-a-seed-with-endosperm-perisperm-and-caruncle-is-1-cotton-2-coffee-3-lily-4-castor-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTM2Njc-unisexuality-of-flowers-prevents-1-autogamy-but-not-geitonogamy-2-both-geitonogamy-and-xenogamy-3-geitonogamy-but-not-xenogamy-4-autogamy-and-geitonogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTQwNjE-what-would-be-the-number-of-chromosomes-in-the-cells-of-the-aleurone-layer-in-a-plant-species-with-8-chromosomes-in-its-synergids-1-16-2-24-3-32-4-8-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTQxNzI-the-arrangement-of-the-nuclei-in-a-normal-embryo-sac-in-the-dicot-plants-is-1-2-4-2-2-3-2-3-3-2-3-3-4-3-3-2-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTQxNzQ-in-a-cereal-grain-the-single-cotyledon-of-the-embryo-is-represented-by-1-coleorhiza-2-scutellum-3-prophyll-4-coleoptiles-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTQ2MTQ-rarely-among-angiosperms-the-pollen-grains-influenced-the-endosperm-this-is-called-as-1-meta-xenia-2-nemec-phenomenon-3-xenia-4-mesogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTQ2MzY-the-following-is-the-diagram-of-ts-of-anther-identify-the-parts-labelled-as-a-b-and-c-1-a-epidermis-b-endothecium-c-spongenous-2-a-endothecium-b-connective-c-pollengrain-3-a-pollen-grain-b-connective https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTQ2NDc-in-the-given-diagram-parts-labeled-as-a-b-c-d-e-and-f-are-respectively-identified-as-1-synergids-polar-nuclei-central-cell-antipodals-filiform-apparatus-and-egg-2-polar-nuclei-egg-antipodals-central-c https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTQ2NDk-in-some-organisms-karyokinesis-is-not-followed-by-cytokinesis-as-a-result-of-which-the-multinucleate-condition-arises-leading-to-the-formation-of-the-syncytium-the-perfect-example-for-this-is-1-appear https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTUwMTk-double-fertilization-occurs-in-1-riccia-2-pteridium-3-cycas-4-capsella-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTUyMDk-study-the-following-statements-and-select-the-correct-option-i-tapetum-nourishes-the-developing-pollen-grains-ii-hilum-represents-the-junction-between-the-ovule-and-the-funicle-iii-in-aquatic-plants-s https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTUyMTA-masses-of-pollen-grains-i-e-pollinia-is-found-in-1-gramineae-2-solanaceae-3-orchidaceae-4-malvaceae-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTU2NTQ-persistent-nucellus-in-the-seed-is-known-as-1-tegmen-2-chalaza-3-perisperm-4-hilum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTU2NzA-in-some-plants-the-female-gamete-develops-into-an-embryo-without-fertilization-this-phenomenon-is-known-as-1-parthenogenesis-2-autogamy-3-parthenocarpy-4-syngamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTU2OTQ-what-is-the-fate-of-the-male-gametes-discharged-in-the-synergid-1-one-fuses-with-the-egg-and-the-other-fuses-with-central-cell-nuclei-2-one-fuses-with-the-egg-and-the-other-s-degenerate-s-in-the-syner https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTU3MDQ-select-the-incorrect-statement-1-inbreeding-helps-in-the-accumulation-of-superior-genes-and-the-elimination-of-undesirable-genes-2-inbreeding-increases-homozygosity-3-inbreeding-is-essential-to-evolve https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTU3MDg-which-one-of-the-following-statements-regarding-post-fertilization-development-in-flowering-plants-is-incorrect-1-ovules-develop-into-an-embryo-sac-2-ovary-develops-into-fruit-3-zygote-develops-into-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIxNDM2-the-embryo-sac-of-an-angiosperm-is-made-up-of-1-8-cells-2-7-cells-and-8-nuclei-3-8-nuclei-4-7-cells-and-7-nuclei-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTMxNjY3-which-is-the-most-common-type-of-embryo-sac-in-angiosperms-1-tetrasporic-with-one-mitotic-stage-of-division-2-monosporic-with-three-sequential-mitotic-divisions-3-monosporic-with-two-sequential-mitoti https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTMxNjk3-what-type-of-pollination-takes-place-in-vallisneria-1-pollination-occurs-in-submerged-conditions-by-water-2-flowers-emerge-above-the-surface-of-water-and-pollination-occurs-by-insects-3-flowers-emerge https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MDEz-identify-the-mismatch-statement-regarding-post-fertilization-events-from-the-following-statements-1-wall-of-ovary-is-converted-in-to-pericarp-2-outer-integument-is-converted-in-inner-integument-3-trip https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MDYz-the-following-diagram-shows-1-multicarpellary-syncarpus-pistil-of-papaver-2-multicarpellary-apocarpus-pistil-of-papaver-3-multicarpellary-apocarpous-gynoecium-of-michelia-4-multicarpellary-syncarpous https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MDY0-which-layer-of-the-anther-wall-helps-in-its-dehiscence-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTgyNzc2-shown-below-is-a-longitudinal-section-of-the-ovary-style-and-stigma-showing-the-course-followed-by-a-pollen-tube-the-parts-marked-as-4-and-5-are-respectively-1-ovary-and-ovule-2-ovule-and-ovary-3-styl https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTg1MzM1-the-plant-parts-which-consist-of-two-generations-one-within-the-other-are-a-pollen-grains-inside-the-anther-b-germinated-pollen-grain-with-two-male-gametes-c-seed-inside-the-fruit-d-embryo-sac-inside https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTg1MzQ2-the-body-of-the-ovule-is-fused-within-the-funicle-at-1-micropyle-2-nucellus-3-chalaza-4-hilum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkxOTc4-the-gynoecium-consists-of-many-free-pistils-in-flowers-of-1-papaver-2-michelia-3-aloe-4-tomato-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjQ1MDIw-in-some-plants-the-thalamus-contributes-to-fruit-formation-such-fruits-are-termed-as-1-false-fruits-2-aggregate-fruits-3-true-fruits-4-parthenocarpic-fruits-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjQ1MDIx-which-of-the-following-is-incorrect-for-wind-pollinated-plants-1-well-exposed-stamens-and-stigma-2-many-ovules-in-each-ovary-3-flowers-are-small-and-not-brightly-colored-4-pollen-grains-are-light-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjQ3OTgz-match-column-i-with-column-ii-and-select-the-correct-option-using-the-codes-given-below-column-i-column-ii-a-pistils-fused-together-1-gametogenesis-b-formation-of-gametes-2-pistillate-c-hyphae-of-high https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mjc3MjA4-the-term-used-for-transfer-of-pollen-grains-from-anthers-of-one-plant-to-stigma-of-a-different-plant-which-during-pollination-brings-genetically-different-types-of-pollen-grains-to-stigma-is-1-chasmog https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mjc3MjE1-a-typical-angiosperm-embryo-sac-at-maturity-is-1-7-nucleate-and-7-celled-2-8-nucleate-and-8-celled-3-8-nucleate-and-7-celled-4-7-nucleate-and-8-celled-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mjc3MjUx-in-some-members-of-which-of-the-following-pairs-of-families-pollen-grains-retain-their-viability-for-months-after-release-1-poaceae-solanaceae-2-rosaceae-leguminosae-3-poaceae-rosaceae-4-poaceae-legum https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI5Mzk4-which-of-the-following-is-called-as-the-bee-orchid-due-to-the-flowers-resembling-the-furry-bodies-of-bees-1-epidendrum-secundum-2-vanilla-planifolia-3-ophrys-apifera-4-dactylorhiza-sambucina-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0NDUw-at-the-four-nucleate-stage-the-number-of-cells-present-in-a-female-gametophyte-of-a-typical-angiosperm-is-1-1-2-2-3-4-4-7-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0NDUx-abiotic-pollination-is-most-commonly-brought-about-by-1-wind-2-water-3-soil-4-bees-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0NDUy-apomixis-is-1-the-development-of-fruit-without-fertilization-2-production-of-seeds-without-fertilization-3-unfertilized-eggs-developing-into-males-4-unfertilized-eggs-developing-into-females-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0NDc3-both-autogamy-and-geitonogamy-are-prevented-in-1-castor-2-papaya-3-maize-4-garden-pea-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0NDc4-filiform-apparatus-is-a-part-of-1-synergids-at-the-chalazal-end-of-the-female-gametophyte-2-antipodals-at-the-chalazal-end-of-the-female-gametophyte-3-synergids-at-the-micropylar-end-of-the-female-gam https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0NDc5-thalamus-does-not-contribute-to-the-formation-of-fruit-in-1-apple-2-strawberry-3-cashew-4-banana-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0NDgx-identify-the-incorrect-statement-1-pollen-sacs-are-developed-microsporangia-2-pollen-grains-are-developed-microspores-3-vegetative-cell-of-the-pollen-grain-is-bigger-than-the-generative-cell-4-in-over https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0NDgy-phoenix-dactylifera-is-commonly-known-as-1-deadly-nightshade-2-date-palm-3-lupine-4-methuselah-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0NDgz-in-grass-embryos-a-flap-like-structure-present-opposite-to-the-scutellum-is-called-as-1-coleoptile-2-coleorrhiza-3-epiblast-4-hypoblast-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM1NjMw-antipodal-is-an-adjective-that-means-lsquo-diametrically-opposite-rsquo-where-are-the-antipodal-cells-located-in-an-embryosac-of-an-angiosperm-1-at-the-micropylar-end-2-at-the-chalazal-end-3-in-the-mi https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM3NjE2-in-the-fully-developed-female-gametophyte-of-a-typical-angiosperm-1-three-cells-are-grouped-together-at-the-chalazal-end-to-constitute-the-egg-apparatus-2-three-cells-are-grouped-together-at-the-micro https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM3NjMx-regarding-pollen-grains-i-exine-is-made-up-of-sporopollenin-ii-generative-cell-is-bigger-than-the-vegetative-cell-iii-generative-cell-divides-meiotically-to-produce-male-gametes-1-only-i-is-correct-2 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4MTk3-plants-do-not-contain-many-parts-that-can-be-easily-fossilized-which-of-the-following-has-proved-helpful-in-preserving-pollens-as-fossils-1-pollenkit-2-cellulosic-intine-3-callose-in-pollen-tetrad-4-s https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4MTk5-a-persistent-nutritive-tissue-of-a-seed-derived-from-the-nucellus-and-deposited-external-to-the-embryo-sac-mdash-distinguished-from-endosperm-is-known-as-1-tegmen-2-chalaza-3-perisperm-4-hilum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4MjE2-identify-the-part-labelled-as-3-in-the-given-diagram-1-micropyle-2-nucellus-3-funiculus-4-hilum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4NTA4-the-only-type-of-pollination-which-brings-genetically-different-types-of-pollen-grains-to-the-stigma-is-1-cleistogamy-2-chasmogamy-3-geitonogamy-4-xenogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4NTA5-in-lsquo-double-fertilization-rsquo-in-angiosperms-i-syngamy-results-in-the-formation-of-zygote-ii-triple-fusion-results-in-the-formation-of-the-primary-endosperm-nucleus-1-only-i-is-correct-2-only-ii https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4NTEw-the-female-gametophyte-in-the-angiosperms-is-1-7-celled-and-8-nucleate-2-8-celled-and-7-nucleate-3-7-celled-and-7-nucleate-4-8-celled-and-8-nucleate-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4NTEx-identify-the-incorrect-statement-1-typical-angiosperm-anther-is-bilobed-and-dithecous-2-tapetum-in-the-wall-of-the-anther-nourishes-the-developing-pollen-grains-3-in-over-60-of-angiosperms-pollen-grai https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4NTEy-the-shield-like-cotyledon-in-grass-monocot-seeds-is-called-1-plumule-2-scutellum-3-perisperm-4-coleoptile-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4NTEz-nucellar-polyembryony-is-seen-in-1-citrus-and-mango-2-castor-and-pea-3-grasses-and-mustard-4-orchids-and-china-rose-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4NTI0-in-an-angiosperm-the-ovule-is-attached-to-the-placenta-by-a-stalk-called-1-funicle-2-raphe-3-hilum-4-chalaza-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4NTI1-wind-pollinated-flowers-are-characterized-by-1-being-heavily-scented-2-highly-attractive-colours-3-non-sticky-light-pollen-grains-well-exposed-stamen-large-feathery-stigma-4-ribbon-shaped-pollen-with https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4NTI2-endosperm-may-persist-in-mature-seed-in-1-pea-and-apple-2-groundnut-and-wheat-3-beans-and-mango-4-castor-and-coconut-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM5NDMy-identify-the-incorrect-statement-related-to-pollination-1-moths-and-butterflies-are-the-most-dominant-pollinating-agents-among-insects-2-pollination-by-water-is-quite-rare-in-flowering-plants-3-pollin https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM5NDUw-given-below-are-two-statements-statement-i-cleistogamous-flowers-are-invariably-autogamous-statement-ii-cleistogamy-is-disadvantageous-as-there-is-no-chance-for-cross-pollination-in-the-light-of-the-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM5NDY0-which-part-of-the-fruit-labelled-in-the-given-figure-makes-it-a-false-fruit-1-d-seed-2-a-mesocarp-3-b-endocarp-4-c-thalamus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM5ODU0-what-will-be-the-ploidy-of-endosperm-of-a-seed-produced-after-crossing-tetraploid-female-plant-with-tetraploid-male-plant-1-pentaploid-2-hexaploid-3-diploid-4-triploid-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM5ODcz-which-of-the-following-set-represents-the-correct-labeling-of-a-b-c-and-d-with-respect-to-the-given-diagram-1-a-seed-coat-b-cotyledon-c-endosperm-d-hypocotyle-2-a-seed-coat-b-scutellum-c-endocarp-d-me https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQyMDA0-which-of-the-following-best-describes-the-ploidy-level-of-a-fertilized-embryo-sac-1-all-cells-are-diploid-2-all-cells-are-triploid-3-all-cells-are-polyploidy-4-there-are-haploid-diploid-and-triploid-c https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQyMDc2-assertion-a-hybrids-are-widely-used-in-cultivation-to-increase-productivity-and-apomixes-can-be-an-important-tool-for-maintaining-hybrid-nature-reason-r-seeds-produced-by-apomictic-plants-are-identica https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQyMzg1-the-generative-cell-of-male-angiosperm-gametophytes-is-haploid-this-cell-divides-to-produce-two-haploid-sperm-cells-what-type-of-cell-division-does-the-generative-cell-undergo-to-produce-these-sperm-c https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQyMzg2-match-the-following-and-choose-correct-option-group-a-group-b-a-aleurone-layer-i-without-fertilization-b-parthenocarpic-fruit-ii-nutrition-c-ovule-iii-double-fertilization-d-endosperm-iv-seed-option-1 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQyNDAx-assertion-a-the-megaspore-mother-cell-divide-mitotically-to-produce-four-spores-reason-r-megaspore-mother-cells-are-diploid-and-megaspore-is-haploid-mark-the-correct-option-1-both-a-r-are-true-and-r-i https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQyNzU0-the-functional-role-of-sporopollenin-is-primarily-to-1-comprise-spore-surface-structures-that-catch-the-wind-and-assist-in-spore-dispersal-2-reduce-dehydration-3-make-spores-less-dense-and-able-to-dis https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQyNzYw-the-seeds-of-orchids-are-among-the-smallest-known-with-virtually-no-endosperm-and-with-miniscule-seed-leaves-consequently-what-should-one-expect-to-be-true-of-such-seeds-1-they-require-extensive-perio https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQyNzc1-recent-research-has-shown-that-pollination-requires-that-carpels-recognize-pollen-grains-as-self-or-nonself-for-self-incompatibility-the-system-requires-1-the-rejection-of-nonself-cells-2-the-rejectio https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQzMDU1-which-of-the-following-is-the-correct-sequence-of-events-in-a-pollen-sac-1-sporangia-rarr-meiosis-rarr-two-haploid-cells-rarr-meiosis-rarr-two-pollen-grains-per-cell-2-pollen-grain-rarr-meiosis-rarr-t https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQzMTAz-consider-the-given-two-statements-assertion-a-nocturnal-flowers-are-pollinated-by-moths-reason-r-nocturnal-flowers-are-highly-fragrant-and-dull-in-colour-1-both-a-and-r-are-true-and-r-is-the-correct-e https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ0MTMw-cleistogamous-flowers-are-pollinated-by-1-birds-2-insects-3-bats-4-self-pollination-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ0MTU1-which-of-the-following-is-are-not-developed-from-ovary-a-apple-b-tomato-c-mango-d-coconut-e-cashewnut-choose-the-correct-answer-from-the-options-given-below-1-a-and-b-only-2-a-only-3-a-c-and-d-only-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ0OTkx-characteristics-of-wind-pollinated-plants-are-a-well-exposed-stamens-b-colorful-flowers-c-non-sticky-pollen-d-fragrant-flowers-e-flowers-rich-in-nectar-choose-the-correct-answer-from-the-option-given https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ0OTk4-a-typical-embryo-sac-in-angiosperms-at-maturity-is-1-7-nucleate-and-8-celled-2-8-nucleate-and-7-celled-3-4-nucleate-and-7-celled-4-8-nucleate-and-8-celled-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ1MTk0-triple-fusion-in-angiosperms-is-the-fusion-of-second-sperm-with-1-antipodal-cell-and-one-synergid-cell-2-two-antipodal-cells-3-two-synergid-cells-4-two-polar-nuclei-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ2NDI0-in-general-the-egg-apparatus-of-embryo-sac-in-angiosperm-consists-of-1-one-egg-cell-two-synergids-2-one-egg-cell-two-synergids-two-antipodal-cells-three-polar-nuclei-3-one-egg-cell-three-synergids-two https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ2NDQ3-to-ensure-that-only-the-desired-pollens-fall-on-the-stigma-in-artificial-hybridization-process-a-the-female-flower-buds-of-plant-producing-unisexual-flower-need-not-be-bagged-b-there-is-no-need-to-ema https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ2NDQ4-the-residual-persistent-part-which-forms-the-perisperm-in-the-seeds-of-beet-is-1-calyx-2-endosperm-3-nucellus-4-integument-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ2NDY1-which-of-the-following-can-be-expected-if-scientists-succeed-in-introducing-apomictic-gene-into-hybrid-varieties-of-crops-1-polyembryony-will-be-seen-and-each-seed-will-produce-many-plantlets-2-seeds https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ3ODQy-which-one-among-the-following-statements-is-not-true-with-respect-to-the-pollen-grains-1-they-can-be-stored-in-liquid-nitrogen-for-years-2-it-can-cause-severe-allergy-in-some-people-3-sporopollenin-is https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ3OTI2-read-the-following-statements-and-mark-true-t-or-false-f-i-during-post-fertilisation-events-zygote-develops-into-endosperm-in-angiosperms-ii-the-synergids-and-antipodals-degenerate-after-fertilisation https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ5NDk3-which-of-the-following-can-be-expected-if-scientists-succeed-in-introducing-apomictic-gene-into-hybrid-varieties-of-crops-1-polyembryony-will-be-seen-and-each-seed-will-produce-many-plantlets-2-seeds https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ5NTA3-to-ensure-that-only-the-desired-pollens-fall-on-the-stigma-in-artificial-hybridization-process-a-the-female-flower-buds-of-plant-producing-unisexual-flower-need-not-be-bagged-b-there-is-no-need-to-ema https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU4NDQ5-albuminous-seeds-store-their-reserve-food-mainly-in-1-endosperm-2-cotyledons-3-hypocotyl-4-perisperm-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU4NDc0-which-of-the-following-statements-is-correct-1-sporopollenin-can-be-degraded-by-enzymes-2-sporopollenin-in-made-up-of-inorganic-materials-3-sporopollenin-can-withstand-high-temperatures-as-well-as-str https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU5NjA0-adventive-embryony-is-a-type-of-apomixis-where-the-embryos-are-derived-directly-from-1-nucellus-or-integument-2-zygote-3-synergids-of-antipodals-of-embryo-sac-4-accessory-embryo-sac-in-the-ovule-1-2-3 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzYzNzA4-assertion-a-geitonogamy-is-similar-to-autogamy-reason-r-pollen-grains-come-from-the-same-flower-of-a-different-plant-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-tr https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzYzNzA5-assertion-a-angiosperms-have-a-unique-phenomenon-called-double-fertilization-reason-r-double-fertilization-includes-triple-fusion-and-syngamy-in-the-embryo-sac-1-both-a-and-r-are-true-and-r-is-the-cor https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzYzNzEw-assertion-a-seed-formation-is-more-dependable-assured-in-angiosperms-reason-r-reproductive-processes-such-as-pollination-and-fertilization-are-dependent-on-water-in-angiosperms-1-both-a-and-r-are-true https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY0NzIy-zea-mays-have-20-chromosomes-in-its-somatic-cell-the-number-of-chromosomes-in-its-endosperm-will-be-1-10-2-20-3-30-4-40-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY0NzUw-the-two-innermost-wall-layers-of-microsporangium-in-an-anther-are-1-endothecium-and-tapetum-2-epidermis-and-endodermis-3-epidermis-and-middle-layer-4-middle-layer-and-tapetum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY0NzUx-at-maturity-the-female-gametophyte-in-angiosperms-has-i-three-cells-grouped-together-at-the-micropylar-end-constituting-the-egg-apparatus-ii-three-cells-are-at-the-chalazal-end-and-are-called-the-anti https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY0NzY5-consider-the-two-statements-statement-i-cleistogamous-flowers-are-invariably-autogamous-statement-ii-chasmogamous-flowers-can-never-be-autogamous-1-statement-i-is-correct-statement-ii-is-correct-2-sta https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY0ODIy-cells-of-which-of-the-following-wall-layer-of-microsporangium-possess-dense-cytoplasm-and-generally-have-more-than-one-nucleus-1-epidermis-2-endothecium-3-middle-layers-4-tapetum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY0ODI0-during-the-formation-of-the-embryo-sac-in-angiosperms-cell-walls-are-laid-1-from-the-first-nuclear-division-2-between-the-2-nucleate-and-4-nucleate-stage-3-before-the-8-nucleate-stage-4-after-the-8-nu https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY1NzUx-the-pollen-intine-is-1-a-thin-and-continuous-layer-made-up-of-cellulose-and-pectin-2-a-thick-and-discontinuous-layer-made-up-of-cellulose-and-pectin-3-made-up-of-sporopollenin-and-is-a-continuous-laye https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY1NzY5-how-many-of-the-given-statements-are-correct-i-endosperm-development-precedes-embryo-development-ii-the-coconut-water-from-tender-coconut-is-cellular-endosperm-iii-the-white-kernel-in-coconut-is-free https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY1Nzcw-study-the-given-figure-and-select-the-correct-statements-i-in-over-60-per-cent-of-angiosperms-pollen-grains-are-shed-at-this-2-celled-stage-ii-in-40-per-cent-of-angiosperms-the-generative-cell-divides https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY1ODg1-in-the-female-gametophyte-of-angiosperms-filiform-apparatus-is-a-part-of-1-synergids-2-antipodals-3-central-cell-4-egg-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY1ODg2-all-the-following-plants-are-pollinated-by-water-except-1-vallisneria-2-hydrilla-3-zostera-4-eicchornia-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY2MDM5-in-angiosperms-the-pollen-tub-carrying-male-gametes-enters-into-the-embryo-sac-through-the-1-chalaza-2-nucellus-3-micropyle-4-funiculus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY2MDQ5-it-is-possible-to-store-pollen-grains-of-a-large-number-of-species-for-years-in-liquid-nitrogen-at-1-0-deg-c-2-4-deg-c-3-196-deg-c-4-273-deg-c-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY2MDUw-consider-the-two-given-statements-statement-i-gynoecium-of-papaver-is-multicarpellary-and-apocarpous-statement-ii-gynoecium-of-michelia-is-multicarpellary-and-syncarpous-1-statement-i-is-correct-state https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY2MDUx-regarding-double-fertilization-in-angiosperms-i-syngamy-requires-one-male-gamete-and-one-egg-cell-ii-triple-fusion-requires-one-male-gamete-one-egg-cell-and-one-polar-nucleus-1-only-i-is-correct-2-onl https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY2MDcw-a-typical-angiosperm-anther-in-transverse-section-will-show-1-two-lobes-each-lobe-having-two-theca-and-each-theca-having-two-microsporangia-2-two-lobes-each-lobe-having-two-theca-and-each-theca-having https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY3MDIx-what-is-the-function-of-the-ears-in-the-corn-cob-1-to-protect-seeds-2-to-attract-insects-3-to-trap-pollen-grains-4-to-disperse-pollen-grains-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY3MDMw-in-angiosperm-the-haploid-diploid-and-triploid-structures-of-a-fertilized-embryo-sac-sequentially-are-1-synergids-antipodals-and-polar-nuclei-2-synergids-primary-endosperm-nucleus-and-zygote-3-antipod https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY3MDM0-large-colorful-fragrant-flowers-with-nectar-are-seen-in-1-wind-pollinated-plants-2-insect-pollinated-plants-3-bird-pollinated-plants-4-bat-pollinated-plants-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY4MTc2-in-which-of-the-following-sets-of-families-the-pollen-grain-are-viable-for-months-1-solanaceae-poaceae-and-liliaceae-2-brassicaceae-liliaceae-and-poaceae-3-rosaceae-liliaceae-and-poaceae-4-leguminosae https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY4MTc3-transfer-of-pollen-grains-from-anther-to-stigma-of-another-flower-of-same-plant-is-known-as-1-geitonogamy-2-xenogamy-3-autogamy-4-cleistogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY4MjAx-in-angiosperms-the-correct-sequence-of-events-leading-to-the-formation-of-female-gametophyte-in-the-ovule-is-a-3-successive-free-nuclear-divisions-in-functional-megaspore-b-degeneration-of-3-megaspore https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY5MDQw-given-below-are-two-statements-assertion-a-cleistogamous-flowers-are-invariably-autogamous-reason-r-cleistogamous-flowers-never-expose-their-sex-organs-so-there-is-no-chance-of-cross-pollination-in-th https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY5MTUx-read-the-following-statements-and-select-the-correct-option-w-r-t-angiosperms-for-blanks-a-b-and-c-i-the-body-of-ovule-with-funicle-in-the-region-called-a-ii-female-gametophyte-is-also-called-b-iii-c https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY5MTUz-identify-the-figure-and-select-the-correct-option-for-the-labellings-a-b-c-and-d-a-b-c-d-1-coleorhiza-shoot-apex-epiblast-radicle-2-scutellum-coleoptile-shoot-apex-coleorhiza-3-coleoptile-cotyledon-ep https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY5MTc3-read-the-following-statements-and-state-them-true-t-or-false-f-a-continued-cross-pollination-of-plants-results-in-inbreeding-depression-b-in-members-of-poaceae-the-single-cotyledon-is-called-scutellum https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzc4NjE2-hardest-substance-in-plant-kingdom-is-1-saple-2-corolla-3-sporopollenin-4-anther-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzc4Nzg3-pollenkitt-is-present-in-1-anemophily-2-entomophily-3-malacophily-4-zoophily-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzc4ODYx-hardest-substance-in-plant-kingdom-is-1-sepal-2-corolla-3-sporopollenin-4-anther-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzc4OTM0-in-some-organisms-karyokinesis-is-not-followed-by-cytokinesis-as-a-result-of-which-multinucleate-condition-arises-leading-to-the-formation-of-syncytium-the-perfect-example-for-this-is-1-appearance-of https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzc5MzEy-pollen-kitt-is-present-in-1-anemophilly-2-entamophily-3-malacophilly-4-zoophilly-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NTcw-the-flowers-pollinated-by-flies-and-beetles-1-are-large-in-size-and-always-white-in-colour-2-secrete-foul-odours-to-attract-these-animals-3-produce-winged-pollens-4-are-invariably-pollinated-by-abioti https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk2MjA3-select-the-option-that-shows-the-correctly-identified-u-x-y-and-z-in-a-developing-dicot-embryo-1-x-plumule-2n-y-suspensor-n-z-cotyledon-2n-u-radicle-2n-2-x-plumule-2n-y-suspensor-2n-z-radicle-2n-u-cot https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk2MjQw-enclosed-within-the-integuments-of-a-typical-anatropous-ovule-is-a-diploid-mass-of-cellular-tissue-known-as-1-megaspore-mother-cell-2-nucellus-3-synergids-4-embryo-sac-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk2MjU2-researchers-over-the-world-are-trying-to-transfer-apomictic-genes-to-hybrid-varieties-as-hybrid-characters-in-the-progeny-1-do-not-segregate-2-segregate-3-develop-genetic-variations-4-will-remain-unex https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk2OTE4-the-aquatic-plant-having-long-and-ribbon-like-pollen-grains-is-1-vallisneria-2-hydrilla-3-eichhornia-4-zostera-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk2OTIx-in-a-typical-dicotyledonous-embryo-the-portion-of-embryonal-axis-above-the-level-of-cotyledon-is-1-plumule-2-coleoptile-3-epicotyl-4-hypocotyl-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk2OTMy-to-overcome-incompatible-pollination-so-as-to-get-desired-hybrids-a-plant-breeder-must-have-the-knowledge-of-1-pollen-nucellar-interaction-2-pollen-egg-cell-interaction-3-pollen-pistil-interaction-4-p https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk2OTM4-pollen-grains-retain-viability-for-months-in-plants-belonging-to-different-families-given-below-i-solanaceae-ii-leguminosae-iii-gramineae-iv-rosaceae-v-liliaceae-the-correct-option-is-1-i-ii-and-v-2-i https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk2OTUy-in-the-transverse-section-of-a-young-anther-shown-below-identify-the-correct-sequence-of-wall-layers-from-outside-to-inside-i-ii-iii-iv-1-middle-layers-endothecium-epidermis-tapetum-2-tapetum-middle-l https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk2OTU1-floral-reward-s-provided-by-insect-pollinated-flowers-to-sustain-animal-visit-is-are-1-nectar-and-fragrance-2-nectar-and-pollen-grains-3-pollen-grains-and-fragrance-4-fragrance-and-bright-colour-1-2-3 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk3MDg0-which-condition-of-gynoecium-pistil-is-shown-the-figures-i-and-ii-1-i-multicarpellary-apocarpous-ii-multicarpellary-syncarpous-2-i-multicarpellary-syncarpous-ii-multicarpellary-apocarpous-3-i-bicarpel https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk3MDk3-choose-the-correct-labellings-for-the-parts-x-y-and-in-z-in-the-given-figure-of-the-stages-in-embryo-development-in-a-dicot-1-x-is-suspensor-y-is-radicle-and-z-is-cotyledon-2-x-is-radicle-y-is-cotyled https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk3MTA1-which-of-the-following-outbreeding-devices-are-used-by-majority-of-flowering-plants-to-prevent-inbreeding-depression-i-pollen-release-and-stigma-receptivity-are-not-synchronised-ii-different-positions https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk3MjUw-what-is-common-between-the-two-species-shown-in-the-figures-1-both-are-angiosperms-2-both-are-gymnosperm-3-both-are-chasmogamous-flowers-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk3Mzkz-if-a-wrong-type-of-pollen-or-pollen-from-a-different-species-lands-on-the-stigma-which-of-these-is-not-formed-1-egg-cell-2-embryo-3-embryo-sac-4-all-of-the-above-will-be-formed-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk3NDEw-a-student-researching-an-artificial-crop-improvement-project-in-wheat-growing-in-a-certain-field-saw-that-wheat-plants-were-covered-with-bags-made-up-of-butter-paper-what-is-the-purpose-of-covering-th https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk3NDQ4-assertion-a-apomictic-embryos-are-generally-identical-to-the-parent-plant-reason-r-apomixis-is-the-production-of-seeds-without-fertilisation-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDU1MDU2-identify-the-set-of-correct-statements-a-the-flowers-of-vallisneria-are-colourful-and-produce-nectar-b-the-flowers-of-waterlily-are-not-pollinated-by-water-c-in-most-of-water-pollinated-species-the-po https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDU1MDk3-identify-the-correct-description-about-the-given-figure-1-water-pollinated-flowers-showing-stamens-with-mucilaginous-covering-2-cleistogamous-flowers-showing-autogamy-3-compact-inflorescence-showing-c https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDU2NzEy-the-junction-between-ovule-and-funicle-is-represented-by-1-nucellus-2-integument-3-chalaza-4-hilum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDU2NzU4-which-of-the-following-represents-the-female-gametophyte-1-ovule-2-embryo-sac-3-nucellus-4-endosperm-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEzNDk5-what-are-the-types-of-gametes-produced-in-staminate-and-pistil-late-flowers-1-female-and-male-gametes-respectively-2-male-and-female-gametes-respectively-3-both-male-gametes-4-both-female-gametes-1-2 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEyNTcy-the-differentiation-of-the-male-and-female-reproductive-structures-in-a-flower-leads-to-the-formation-of-1-sepals-and-petals-2-androecium-and-gynoecium-3-anthers-and-ovules-4-filaments-and-stigmas-1-2 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzA5Njc1-a-typical-angiosperm-embryo-sac-is-1-6-celled-8-nucleate-2-8-celled-7-nucleate-3-7-celled-8-nucleate-4-3-celled-8-nucleate-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTczMjY3-pollen-grains-are-well-presserved-as-fossils-because-of-the-presence-of-1-pollenkitt-2-sporopollenin-3-petco-cellulose-4-ligno-cellulose-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEzNTE1-some-flowers-selected-for-artificial-hybridization-do-not-require-emasculation-but-bagging-is-essential-for-them-select-an-appropriate-reason-1-to-prevent-contamination-of-its-stigma-with-unwanted-pol https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTYxNTEy-during-microsporogenesis-in-flowering-plants-each-microspore-mother-cell-undergoes-meiosis-to-produce-how-many-microspores-and-what-is-their-arrangement-called-when-they-remain-together-temporarily-1 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEzNTAx-what-would-be-the-fate-of-a-microspore-if-the-tapetum-is-not-developed-in-the-microsporangium-1-microspores-will-undergo-meiosis-2-nourishment-will-be-deprived-to-microspores-3-there-will-be-no-change https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzg4MTY3-the-devices-to-discourage-self-pollination-are-1-pollen-release-and-stigma-receptivity-is-not-synchronised-2-anther-and-stigma-are-placed-at-different-position-3-rejection-of-pollen-by-stigma-of-the-s https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMzMw-pollen-wall-contains-sporopollenin-which-is-one-of-the-most-resistant-organic-materials-it-is-found-in-1-exine-2-intine-3-both-exine-and-intine-4-endexine-and-intine-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTgyNzkz-pollen-grains-on-the-stigma-of-a-flower-reach-the-egg-by-forming-a-1-cotyledon-2-seed-3-pollen-tube-4-carpel-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTMzNDk1-which-cells-in-the-embryosac-of-angiosperms-guide-the-entry-of-pollen-tubes-into-it-1-synergids-2-antipodals-3-the-egg-cell-itself-4-the-central-cell-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTI1NzQ1-name-the-grass-that-was-introduced-to-india-as-a-contaminant-with-imported-wheat-and-is-now-a-widespread-weed-causing-pollen-allergy-1-saccharum-officinarum-2-parthenium-hysterophorus-3-cynodon-dactyl https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTAyMTQ0-what-is-the-primary-function-of-the-filiform-apparatus-found-in-the-synergids-of-the-embryo-sac-1-to-nourish-the-developing-embryo-2-to-guide-the-pollen-tube-into-the-synergid-during-fertilization-3-t https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMzQ4-abiotic-agents-for-pollination-are-1-wind-animals-2-water-animals-3-wind-water-4-wind-water-and-animals-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTYxNTE2-the-tapetum-layer-in-the-anther-performs-which-critical-function-during-pollen-development-1-protection-of-pollen-grains-only-2-nourishment-and-providing-sporopollenin-for-exine-formation-3-separation https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDM5MTYz-identify-the-correct-statement-1-autogamy-involves-transfer-of-pollen-grains-from-the-anther-to-the-stigma-of-the-same-flower-2-autogamy-and-geitonogamy-both-involve-pollination-between-different-plan https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDgxMjg4-the-female-gametophyte-in-flowering-plants-is-also-called-the-1-polar-nuclei-2-anther-3-embryo-sac-4-endosperm-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTAyMTY3-which-type-of-plant-species-would-most-likely-rely-on-wind-pollination-1-plants-with-large-colourful-flowers-that-produce-nectar-2-plants-that-produce-small-lightweight-pollen-grains-and-have-feathery https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTEwNTI4-filiform-apparatus-is-characteristic-feature-of-1-synergids-2-generative-cell-3-nucellar-embryo-4-aleurone-cell-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTAyMTUz-in-what-way-is-the-pollination-mechanism-in-yucca-species-an-example-of-a-highly-specialized-pollination-strategy-1-the-flowers-of-yucca-can-only-be-pollinated-by-one-specific-moth-species-which-also https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTI1NzUz-the-yucca-plant-is-pollinated-by-1-gecko-lizard-2-garden-lizard-3-lemur-4-a-moth-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTczNjIy-the-diameter-of-pollen-grain-in-the-flowering-plant-is-1-25-50-micrometers-2-50-75-micrometers-3-75-100-micrometers-4-100-150-micrometers-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTE4MTQ4-why-are-female-flower-buds-bagged-before-the-flowers-open-during-artificial-hybridisation-1-to-ensure-that-only-the-desired-pollen-is-used-for-fertilization-by-preventing-unwanted-pollen-from-reaching https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTAyMTUw-what-is-the-primary-reason-why-wind-pollinated-flowers-produce-a-large-quantity-of-pollen-1-to-compensate-for-the-uncertainty-of-pollen-reaching-the-stigma-2-to-attract-pollinators-effectively-3-to-en https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTgyODU0-the-innermost-layer-of-microsporangium-that-has-polyploid-and-multinucleate-cells-is-1-epidermis-2-endothecium-3-middle-layers-4-tapetum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTMzNTM4-transfer-of-pollen-grains-from-the-anther-to-the-stigma-of-another-flower-of-the-same-plant-is-called-as-1-autogamy-2-geitonogamy-3-xenogamy-4-syngamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg3MzI4-the-structure-that-serves-as-a-landing-platform-for-pollen-grains-in-a-flower-is-known-as-the-1-ovary-2-style-3-stigma-4-placenta-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzgwMDc4-which-one-of-the-following-statements-is-correct-1-hard-outer-layer-of-pollen-is-called-intine-2-sporogenous-tissue-is-haploid-3-endothelium-produces-the-microspores-4-tapetum-nourishes-the-developing https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MTE0-which-of-the-following-points-is-incorrect-about-sporopollenin-1-it-is-one-of-the-most-resistant-organic-material-known-2-it-can-withstand-high-temperature-and-strong-acids-and-alkali-3-2-enzymes-that https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzg3MzQw-the-innermost-layer-of-anther-wall-is-1-endothecium-and-it-provides-nutrition-to-pollens-2-tapetum-and-it-nourishes-the-developing-pollen-grains-3-nucellus-and-it-forms-microspores-4-endothecium-and-i https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDA5Mjk1-consider-the-given-two-statements-assertion-a-xenogamy-is-the-only-type-of-pollination-which-during-pollination-brings-genetically-different-types-of-pollen-grains-to-the-stigma-reason-r-xenogamy-is-t https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTYxNTE5-emasculation-is-practiced-in-plant-breeding-to-1-induce-parthenocarpy-2-remove-stigma-to-prevent-cross-pollination-3-enhance-pollen-production-4-remove-anthers-before-pollen-maturity-to-prevent-self-p https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTYxNTMw-in-an-experimental-setup-a-researcher-removes-the-synergids-from-an-ovule-just-before-the-pollen-tube-entry-the-pollen-tube-is-observed-to-grow-erratically-near-the-micropyle-and-fails-to-discharge-it https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg3MzMz-among-the-following-which-type-of-pollination-brings-genetically-different-pollen-to-the-stigma-ensuring-greater-genetic-diversity-1-autogamy-2-geitonogamy-3-xenogamy-4-cleistogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTAyMTUy-why-are-cleistogamous-flowers-always-autogamous-1-their-flowers-open-before-pollination-occurs-ensuring-self-pollination-2-the-anthers-and-stigma-are-far-apart-preventing-cross-pollination-3-the-flowe https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTM3Nzg-which-one-of-the-following-is-resistant-to-enzyme-action-1-cork-2-wood-fibre-3-pollen-exine-4-leaf-cuticle-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDIzNzE5-which-cells-undergo-meiosis-during-microsporogenesis-1-tapetum-cells-2-microspore-mother-cells-3-microspores-4-pollen-grains-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTE4Mzk5-which-of-the-following-plants-produce-s-chasmogamous-and-cleistogamous-flowers-1-viola-commonpansy-2-oxalis-3-commelina-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDA5Mjc3-in-over-60-of-angiosperms-pollen-grains-are-shed-at-1-one-celled-stage-2-two-celled-stage-3-three-celled-stage-4-four-celled-stage-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTcyMTc-which-of-the-following-statement-is-correct-for-flowering-1-decision-of-flowering-taken-much-before-the-actual-flowering-2-several-hormonal-and-structural-changes-are-initiated-3-differentiation-and-d https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg3MzM0-which-technique-involves-removing-anthers-from-a-flower-bud-before-they-dehisce-to-prevent-unwanted-pollination-in-a-controlled-breeding-experiment-1-bagging-2-cross-pollination-3-emasculation-4-cleis https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDIyMjc0-an-angiosperm-produces-light-non-sticky-pollen-in-large-numbers-and-its-stigmas-are-long-and-feathery-most-likely-this-angiosperm-will-be-pollinated-by-1-insects-2-water-3-wind-4-animals-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTUyNjQ1-match-the-following-structures-with-their-function-list-i-structure-list-ii-function-a-tapetum-i-nourishment-and-development-of-microspores-b-endothecium-ii-pollen-tube-guidance-c-pollen-grains-iii-de https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NTY3-in-a-majority-of-flowering-plants-i-one-of-the-megaspores-is-functional-while-the-other-three-degenerate-ii-only-the-functional-megaspore-develops-into-the-female-gametophyte-embryo-sac-1-only-i-is-co https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTI1NzQ4-in-a-majority-of-aquatic-plants-such-as-water-hyacinth-and-water-lily-pollination-occurs-through-1-water-2-insects-or-wind-3-self-pollination-4-fungi-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTUyNjQ0-match-the-following-parts-of-the-ovule-list-i-with-their-correct-descriptions-list-ii-list-i-ovule-parts-list-ii-description-a-micropyle-i-opening-through-which-pollen-tube-enters-b-integuments-ii-pro https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM1MzU2-which-of-the-following-are-the-important-floral-rewards-to-the-animal-pollinators-1-nectar-and-pollen-grains-2-floral-fragrance-and-calcium-crystals-3-protein-pellicle-and-stigmatic-exudates-4-colour https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTAyMTQ5-which-type-of-pollination-is-genetically-similar-to-autogamy-but-functionally-resembles-cross-pollination-1-xenogamy-2-cleistogamy-3-autogamy-4-geitonogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTE4NDAw-find-out-the-correct-option-1-among-animals-insects-particularly-bees-are-the-dominant-biotic-pollinating-agents-2-often-flowers-of-animal-pollinated-plants-are-specially-adapted-for-particular-specie https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDI0MTUw-development-and-formation-of-pollen-grains-in-anther-of-the-stamen-is-known-as-1-microsporogenesis-2-fertilization-3-megasporogenesis-4-spermiogenesis-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg3MzMx-the-male-gametophyte-in-flowering-plants-is-represented-by-which-of-the-following-structures-1-ovule-2-embryo-sac-3-pollen-grain-4-megaspore-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTI0NjY1-why-do-wind-pollinated-plants-such-as-grasses-produce-large-feathery-stigmas-and-lightweight-non-sticky-pollen-grains-1-to-increase-the-chances-of-self-pollination-within-a-flower-2-to-maximize-pollen https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTY1ODU4-pollen-tablets-are-available-in-the-market-for-1-in-vitro-fertilization-2-breeding-equisetum-3-supplementing-food-4-ex-situ-conservation-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MTE5-which-of-the-following-structure-is-not-associated-with-protection-and-dehiscence-of-anther-1-tapetum-2-epidermis-3-endothecium-4-middle-layer-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NTYy-consider-the-given-two-statements-statement-i-in-vallisneria-the-female-flower-reach-the-surface-of-water-by-the-long-stalk-and-the-male-flowers-or-pollen-grains-are-released-on-to-the-surface-of-wate https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTgyNzkx-consider-the-following-features-seen-in-a-plant-i-male-and-female-reproductive-organs-are-generally-found-in-separate-flowers-ii-the-male-flowers-having-a-number-of-long-filaments-terminating-in-expos https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTgyODEx-parthenium-or-carrot-grass-came-to-india-as-a-contaminant-with-1-wheat-2-maize-3-dwarf-rice-4-eucalyptus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDgwMzgx-a-pistil-consists-of-1-stigma-style-and-stamen-2-anther-and-fi-lament-3-sepal-and-petal-4-stigma-style-and-ovary-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTE4MTQ1-identify-the-incorrect-statement-about-a-typical-microsporangium-1-in-a-transverse-section-a-typical-microsporangium-appears-near-circular-and-is-surrounded-by-four-wall-layers-the-epidermis-endotheci https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTczNDAz-consider-the-following-statements-regarding-the-structure-of-a-typical-angiosperm-ovule-i-the-ovule-is-a-small-structure-attached-to-the-placenta-by-means-of-a-stalk-called-funicle-ii-the-body-of-the https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzMxODQ4-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-flower-column-ii-pollination-by-a-brassica-p-water-b-zostera-q-moth-c-grasses-r-wind-d-yucc https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM3OTg0-which-among-the-following-is-not-true-about-pollen-grain-1-rich-in-nutrients-2-many-species-cause-severe-allergies-and-bronchial-afflictions-in-some-people-often-leading-to-chronic-respiratory-disorde https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkzMTIz-pollen-grains-are-well-preserved-as-fossil-due-to-presence-of-a-in-the-b-layer-complete-the-above-statement-by-choosing-the-correct-option-for-a-and-b-a-b-1-pectin-intine-2-sporopollenin-intine-3-pect https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTMzNTMx-advantage-of-cleistogamy-is-1-more-vigorous-offspring-2-no-dependence-of-pollinators-3-vivipary-4-higher-genetic-variability-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTMxNDg4-flowering-plants-have-developed-many-devices-to-discourage-self-pollination-and-to-encourage-cross-pollination-these-include-i-pollen-released-before-the-stigma-becomes-receptive-ii-the-anther-and-sti https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ3OTE4-read-the-following-statements-and-select-the-correct-option-for-blanks-a-b-and-c-i-the-body-of-the-ovule-fuses-with-a-funicle-in-the-region-called-a-ii-female-gametophyte-is-also-called-b-iii-c-plays https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEyNTg3-why-are-wind-pollinated-flowers-generally-small-inconspicuous-and-nectar-less-1-to-conserve-energy-for-vegetative-growth-2-because-wind-pollination-does-not-require-floral-rewards-or-attractants-3-to https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkzMzMy-pollen-grains-lose-their-viability-within-30-minutes-of-their-release-in-1-rice-2-legumes-3-rose-4-potato-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTczMjM0-which-of-the-following-structure-is-not-associated-with-megasporangium-in-angiosperms-1-integuments-2-funicle-3-micropyle-4-tapetum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NjIw-consider-the-given-two-statements-regarding-artificial-hybridisation-experiments-carried-out-by-plant-breeders-statement-i-if-the-female-parent-bears-bisexual-flowers-removal-of-anthers-from-the-flowe https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MDk3-the-genetic-mechanism-that-prevents-self-pollen-from-the-same-flower-or-other-flowers-of-the-same-plant-from-fertilising-the-ovules-by-inhibiting-pollen-germination-or-pollen-tube-growth-in-the-pistil https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTIwMTA2-in-some-species-floral-rewards-are-provided-in-the-form-of-a-safe-place-for-laying-eggs-which-of-the-following-is-an-example-of-this-1-rafflesia-arnoldii-2-amorphophallus-3-drosera-4-utricularia-1-2-3 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzg2Nzk3-in-which-of-the-following-plant-the-number-of-ovules-in-an-ovary-is-one-1-mango-2-orchids-3-water-melon-4-papaya-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzYxODE3-assertion-a-the-distribution-of-bryophytes-and-pteridophytes-is-limited-reason-r-they-depend-on-water-for-the-sexual-mode-of-reproduction-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTczMzgz-assertion-cleistogamy-is-advantageous-to-the-plants-reason-it-results-in-the-assured-seed-formation-even-in-the-absence-of-pollinators-1-if-both-assertion-reason-are-true-and-the-reason-is-the-correct https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM4MzY1-the-following-is-the-diagram-of-t-s-of-anther-identify-the-parts-labelled-a-b-and-c-1-a-connective-tissue-b-pollen-grains-c-endothecium-2-a-endothecium-b-connective-tissue-c-pollen-grains-3-a-pollen-g https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEyNTkx-artificial-hybridization-involves-which-two-key-steps-to-ensure-controlled-pollination-1-self-incompatibility-and-bagging-2-cross-pollination-and-emasculation-3-pollen-germination-and-bagging-4-emascu https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI0NzEx-the-above-given-diagram-is-an-enlarged-view-of-one-microsporangium-of-a-mature-anther-identify-a-b-and-c-1-a-middle-layer-b-endothecium-c-tapetum-2-a-endothecium-b-tapetum-c-middle-layer-3-a-endotheci https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzg3Mjc5-examples-of-water-pollinated-flowers-are-1-zostera-lotus-water-lily-2-lotus-vallisneria-hydrilla-3-potamogeton-vallisneria-lotus-4-vallisneria-hydrilla-zostera-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MTEw-flowers-of-which-of-the-following-plants-should-be-pollinated-within-half-an-hour-for-successful-seed-formation-after-anther-dehiscence-1-pea-2-potato-3-rice-4-bean-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NTc3-flowering-plants-have-developed-many-devices-to-discourage-self-pollination-and-to-encourage-cross-pollination-regarding-this-given-assertion-i-in-some-species-pollen-release-and-stigma-receptivity-ar https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTIzMTc-both-autogamy-and-geitonogamy-are-prevented-in-1-papaya-2-cucumber-3-castor-4-maize-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI0NzQ1-the-arrangement-of-nuclei-in-a-normal-embryo-sac-in-the-dicot-plant-is-1-2-4-2-2-3-2-3-3-2-3-3-4-3-3-2-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI0NzA2-in-a-flowering-plant-the-pollen-tube-first-arrives-in-1-egg-2-an-antipodal-cell-3-a-synergid-4-central-cell-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM2NDc1-which-of-the-following-statement-is-not-associated-with-the-phenomenon-of-flowering-1-decision-for-flowering-takes-place-much-before-actual-flower-appears-2-during-flowering-several-structural-and-hor https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDg4-identify-the-correct-statement-1-monocarpellary-refers-to-a-gynoecium-with-multiple-pistils-2-multicarpellary-means-that-the-gynoecium-has-a-single-pistil-3-syncarpous-indicates-that-the-pistils-are-f https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEyNTcz-the-microsporangia-in-a-typical-angiosperm-anther-develop-into-which-structures-1-floral-primordium-2-ovules-3-sepals-4-pollen-sacs-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDcz-how-many-of-the-given-statements-are-correct-i-a-is-the-chalazal-end-ii-b-is-the-micropylar-end-iii-c-are-synergids-iv-d-are-antipodals-1-i-and-ii-2-iii-and-iv-3-ii-and-iv-4-i-and-iii-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI1NTA1-the-need-for-pollinators-is-not-obligatory-in-1-chasmogamous-flowers-2-cleistogamous-flowers-3-geitonogamy-4-xenogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDQ3MTU2-the-formation-of-the-embryo-sac-in-angiosperms-occurs-through-1-mitosis-in-the-megaspore-mother-cell-2-meiosis-in-the-megaspore-mother-cell-followed-by-mitotic-divisions-in-one-of-the-megaspores-3-mei https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDI0-the-major-drawback-of-continued-self-pollination-in-flowering-plants-is-1-the-potential-for-inbreeding-depression-due-to-reduced-genetic-diversity-2-the-need-for-elaborate-outbreeding-devices-3-the-ne https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0NDQ5-germ-pores-are-present-in-1-pollen-exine-where-sporopollenin-is-present-2-pollen-exine-where-sporopollenin-is-absent-3-pollen-intine-where-hemicellulose-is-present-4-pollen-intine-where-hemicellulose https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTExNzE-which-of-the-following-are-the-important-floral-rewards-to-animal-pollinators-1-colour-and-large-size-of-the-flower-2-nectar-and-pollen-grains-3-floral-fragrance-and-calcium-crystals-4-protein-pellicl https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NTQ4-consider-the-given-two-statements-assertion-a-cleistogamous-flowers-are-invariably-autogamous-reason-r-there-is-no-chance-of-cross-pollen-landing-on-the-stigma-in-cleistogamous-flowers-1-both-a-and-r https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTAyMTU2-what-is-the-role-of-self-incompatibility-in-flowering-plants-1-to-promote-autogamy-and-avoid-cross-pollination-2-to-reject-pollen-from-different-plant-species-and-allow-only-self-pollination-3-to-allo https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTYxNTE4-in-angiosperms-the-male-gametophyte-at-the-time-of-release-from-the-anther-is-typically-in-what-cellular-state-and-what-subsequent-division-occurs-after-pollination-to-produce-the-male-gametes-1-three https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEyNTcx-much-before-the-actual-flower-appears-which-developmental-process-initiates-the-formation-of-floral-primordium-in-plants-1-hormonal-inhibition-2-structural-degeneration-3-hormonal-and-structural-chang https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI0NzQw-arrange-the-layers-of-anther-wall-from-locus-to-periphery-1-epidermis-middle-layers-tapetum-endothecium-2-tapetum-middle-layers-epidermis-endothecium-3-endothecium-epidermis-middle-layers-tapetum-4-ta https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDA5Mjk4-consider-the-given-two-statements-assertion-a-majority-of-insect-pollinated-flowers-are-large-colourful-and-fragrant-reason-r-animals-are-attracted-to-flowers-by-colour-and-or-fragrance-1-both-a-and-r https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzMyNTY4-the-following-figure-represents-1-transverse-section-of-young-anther-2-3-d-cut-section-of-mature-anther-3-cut-section-of-filament-4-transverse-section-of-mature-filament-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEyNTky-in-flowering-plants-the-ability-of-the-pistil-to-recognize-and-interact-with-compatible-pollen-is-mediated-by-1-chemical-components-of-the-pollen-and-pistil-2-structural-differences-in-the-pollen-wall https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTUyNjQy-what-is-the-function-of-the-nucellus-in-the-ovule-1-protects-embryo-2-provides-nourishment-to-embryo-sac-3-forms-integuments-4-helps-in-fertilisation-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0MzQw-in-angiosperms-microsporogenesis-and-megasporogenesis-1-form-gametes-without-further-divisions-2-involve-meiosis-3-occur-in-ovule-4-occur-in-anther-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyNjg0-study-the-diagram-shown-below-and-select-the-option-1-4-in-which-all-the-three-parts-labelled-as-a-b-and-c-are-correctly-identified-1-a-filiform-apparatus-b-vegetative-nucleus-c-secondary-nucleus-2-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MDU3-in-the-monosporic-embryo-sac-of-a-flowering-plant-the-number-of-nuclei-that-get-surrounded-by-cell-walls-and-thus-are-organized-into-cells-is-1-5-2-6-3-7-4-8-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTgyNzgx-given-below-is-a-schematic-ts-of-an-anther-microsporangium-is-marked-as-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MDU2-the-intine-of-the-pollen-grain-is-a-1-thick-and-discontinuous-layer-made-of-sporopollenin-2-thick-and-continuous-layer-made-of-sporopollenin-3-thin-and-discontinuous-layer-made-of-cellulose-and-pectin https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDMx-the-continuous-dialogue-between-pollen-grains-and-the-pistil-leading-to-pollen-acceptance-or-rejection-is-mediated-by-1-the-physical-shape-of-the-pollen-grains-2-the-chemical-interactions-between-poll https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcwOTcz-a-typical-angiospermic-anther-1-is-monothecous-and-bisporangiate-2-shows-the-two-pollen-sacs-in-an-anther-lobe-which-are-separated-internally-by-strip-of-fertile-tissue-3-dithecous-and-tetrasporangiat https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTcyODk2-failure-of-pollen-tube-entry-into-the-ovule-is-most-directly-associated-with-the-malfunction-of-1-micropyle-formation-2-filiform-apparatus-of-synergids-3-degeneration-of-antipodals-4-persistence-of-nu https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzg4MTAz-read-the-following-statements-and-select-the-correct-option-l-each-cell-of-sporogenous-tissue-in-anther-is-capable-of-giving-rise-to-microspore-tetrad-ll-the-pollen-grain-represents-the-male-gametophy https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzMyNTkw-genetically-and-functionally-self-pollination-is-cent-percent-ensured-with-seed-formation-even-in-the-absence-of-pollinators-by-1-bisexuality-2-dicliny-3-geitonogamy-4-cleistogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIxNTEz-in-mature-pollen-grain-vegetative-cell-differs-from-generative-cell-as-the-former-1-floats-in-the-cytoplasm-of-generative-cell-2-is-smaller-in-size-3-is-spindle-shaped-with-dense-cytoplasm-4-have-abun https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyNjY5-which-one-may-not-be-an-adaptation-for-pollen-transfer-by-air-1-light-and-non-sticky-pollen-grains-2-well-exposed-stamens-and-feathery-stigma-3-single-ovule-in-each-ovary-4-the-mucilaginous-covering-o https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTUyNjUy-consider-the-following-statements-regarding-the-process-of-megasporogenesis-in-angiosperms-i-the-megaspore-mother-cell-is-diploid-ii-it-undergoes-meiotic-division-to-form-four-haploid-megaspores-iii-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTUyNjUx-select-the-correct-statements-regarding-synergids-i-they-are-part-of-the-egg-apparatus-ii-they-help-in-guiding-the-pollen-tube-iii-they-degenerate-after-fertilisation-iv-they-are-triploid-in-nature-op https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzA5MTUx-antipodal-cells-1-are-found-near-the-egg-apparatus-2-are-found-towards-the-chalazal-end-3-are-present-towards-the-micropylar-end-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NTcy-basically-the-animal-pollinators-visit-the-flowers-1-for-harvesting-the-reward-s-from-the-flower-2-for-protective-resemblance-with-the-surroundings-3-for-accumulating-toxins-in-their-bodies-to-avoid-p https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MDM5-a-typical-angiosperm-anther-is-dithecous-which-means-that-it-is-1-one-lobed-and-the-lobe-has-two-theca-2-two-lobed-and-each-lobe-has-two-theca-3-two-lobed-and-each-lobe-has-one-theca-4-four-lobed-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NTM2-during-microsporogenesis-the-microspores-as-they-are-formed-are-arranged-1-as-a-dyad-pair-2-in-a-cluster-of-four-cells-3-as-eight-haploid-cells-placed-linearly-4-individually-as-single-cells-each-surr https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDY4NjA4-which-part-of-the-ovule-store-reserve-food-material-1-nucellus-2-integument-3-placenta-4-funicle-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTA5NTU-in-angiosperms-microsporogenesis-and-megasporogenesis-1-occur-in-anther-2-form-gametes-without-further-divisions-3-involve-meiosis-4-occur-in-ovule-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MTE2-a-typical-angiosperm-anther-is-bilobed-with-each-lobe-having-two-theca-i-e-dithecous-theca-is-separated-often-by-1-a-longitudinal-groove-running-lengthwise-2-a-longitudinal-groove-running-breadth-wise https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjUwOTQx-plants-with-ovaries-having-only-one-or-a-few-ovules-are-generally-pollinated-by-1-butterflies-2-birds-3-wind-4-bees-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTczMzI5-which-of-the-following-prevents-inbreeding-depression-1-pollen-is-released-and-stigma-becomes-receptive-at-the-same-time-2-presence-of-bisexual-flowers-3-presence-of-self-incompatibility-4-anther-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI1NTA2-identify-the-correct-statements-i-in-castor-and-maize-autogamy-is-prevented-but-not-geitonogamy-ii-in-papaya-both-autogamy-and-geitonogamy-are-prevented-1-both-i-and-ii-2-only-i-3-only-ii-4-neither-i https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg3MzMy-in-which-part-of-the-flower-does-the-differentiation-of-male-and-female-reproductive-structures-the-androecium-and-gynoecium-occur-1-floral-primordium-2-stamen-3-microsporangium-4-embryo-sac-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDM0-the-mucilaginous-covering-on-the-pollen-grains-of-water-pollinated-plants-primarily-serves-to-1-prevent-them-from-drying-out-2-protect-them-from-wetting-3-attract-aquatic-insects-4-enhance-their-buoya https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NTYx-there-are-many-ovules-in-the-ovary-in-all-the-following-angiosperms-except-1-orchids2-paddy-3-papaya4-water-melon-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MTQ0-the-following-diagram-shows-1-multicarpellary-syncarpus-pistil-of-papaver-2-multicarpellary-apocarpus-pistil-of-papaver-3-multicarpellary-apocarpus-gynoecium-of-michelia-4-multicarpellary-syncarpus-gy https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDI2Nzc-megasporangium-is-equivalent-to-1-embryo-sac-2-fruit-3-nucellus-4-ovule-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTczMjY5-megaspore-mother-cell-differentiates-from-1-nucellus-in-the-micropylar-region-2-integument-in-the-chalazal-region-3-the-primary-parietal-cell-in-the-chalazal-region-4-integument-cell-in-the-micropylar https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI1NDA4-identify-the-correct-relationship-of-an-ovary-and-an-ovule-in-angiosperms-1-ovary-is-the-enlarged-apical-portion-of-the-pistil-the-ovary-contains-ovules-which-develop-into-seeds-upon-fertilization-2-o https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mjg1MjM1-find-the-right-combination-for-p-q-r-and-s-with-respect-to-gametophyte-development-in-flowering-plants-1-p-meiosis-q-generative-cell-r-pollen-tube-s-2-sperm-cells-2-p-meiosis-q-pollen-tube-r-generativ https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTczMzI4-choose-the-incorrect-option-with-respect-to-nucellus-1-possesses-abundant-reserve-food-material-2-generally-differentiate-a-single-megaspore-mother-cell-3-it-represents-microsporangium-4-it-is-enclose https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTM2MjA2-all-the-following-can-be-considered-as-equivalent-terms-except-1-megasporangium-ovule-2-megasporophyll-stamen-3-female-gametophyte-embryo-sac-4-microspore-pollen-grain-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTcwMjU3-why-does-autogamy-lead-to-inbreeding-depression-1-it-increases-genetic-diversity-2-it-increases-homozygosity-and-expression-of-harmful-recessive-alleles-3-it-prevents-fertilization-4-it-increases-hete https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTcwMjcx-which-contrivance-prevents-autogamy-in-plants-1-production-of-unisexual-flowers-2-self-incompatibility-3-temporal-separation-of-anther-and-stigma-maturation-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTUxMzAw-the-stigma-of-the-gynoecium-determines-pollen-compatibility-through-1-physical-barriers-only-2-chemical-recognition-proteins-3-mechanical-filtering-4-temperature-regulation-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkzNzcx-double-fertilization-is-exhibited-by-1-angiosperms-2-gymnosperm-3-algae-4-bryophytes-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NTcx-two-nuclei-that-migrate-to-the-center-of-the-embryo-sac-in-angiosperms-and-fuse-with-a-male-nucleus-sperm-to-form-the-primary-endosperm-nucleus-which-divides-and-forms-the-endosperm-are-called-1-resti https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTA1NTUy-which-of-the-following-statements-accurately-describes-the-process-of-double-fertilization-in-angiosperms-and-its-significance-1-double-fertilization-results-in-two-identical-zygotes-providing-redunda https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTUyNjQ2-match-the-events-processes-in-plant-reproduction-list-i-with-their-descriptions-list-ii-list-i-process-list-ii-description-a-microsporogenesis-i-formation-of-microspores-from-microspore-mother-cell-b https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTg2Njg3-which-one-of-the-following-generates-new-genetic-combinations-leading-to-variations-1-vegetative-reproduction-2-parthenogenesis-3-sexual-reproduction-4-nucellar-polyembryony-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzA5MTY0-which-structures-of-a-seed-are-formed-in-flowering-plants-after-syngamy-and-triple-fusion-respectively-1-endosperm-and-cotyledons-2-embryo-and-endosperm-3-cotyledons-and-testa-4-embryo-and-seed-coat-1 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjAwNDcz-what-is-the-fate-of-the-male-gametes-discharged-in-the-synergid-1-one-fuses-with-the-egg-and-the-other-fuses-with-central-cell-nuclei-2-one-fuses-with-the-egg-and-other-s-degenerate-s-in-the-synergid https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzY1NjIz-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-cell-column-ii-ploidy-a-pec-p-n-b-zygote-q-2n-c-megaspore-r-3n-codes-a-b-c-1-p-q-r-2-q-r-p https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzg2OTA2-the-cells-of-the-endosperm-are-filled-with-reserve-food-materials-and-are-used-for-the-nutrition-of-developing-embryo-is-generally-a-in-angiosperms-1-triploid-tissue-2-diploid-tissue-3-haploid-tissue https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDE3-the-large-central-cell-of-the-embryo-sac-contains-two-polar-nuclei-that-are-involved-in-1-formation-of-the-egg-cell-2-fertilization-to-form-the-endosperm-3-formation-of-synergids-4-degeneration-after https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTg2Njk1-the-coconut-water-from-tender-coconut-represents-1-endocarp-2-fleshy-mesocarp-3-free-nuclear-proembryo-4-free-nuclear-endosperm-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTA5Mjg4-parthenocarpy-results-in-1-the-production-of-seeds-in-the-absence-of-pollination-2-the-formation-of-multiple-embryos-within-a-single-ovule-3-the-development-of-fruits-without-fertilization-often-induc https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg3MzM1-after-double-fertilization-the-development-of-the-endosperm-precedes-the-development-of-the-embryo-because-1-the-endosperm-provides-structural-support-2-the-endosperm-supplies-nutrients-to-the-develop https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MTMw-the-mature-seeds-of-plants-such-as-gram-and-peas-posses-no-endosperm-because-1-these-plants-are-not-angiosperms-2-there-is-no-double-fertilization-in-them-3-endosperm-is-not-formed-in-them-4-endosperm https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDgwMzkz-the-nutritive-tissue-in-the-seeds-of-flowering-plants-that-is-formed-from-the-union-of-a-sperm-cell-and-two-polar-nuclei-is-called-the-1-plumule-2-endosperm-3-cotyledon-4-hypocotyl-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTE4MTQ5-what-is-the-meaning-of-parthenocarpy-and-how-is-it-applied-in-horticulture-1-parthenocarpy-refers-to-the-development-of-flowers-without-pollination-and-it-is-used-in-horticulture-to-enhance-flowering https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0MzUx-match-the-following-and-choose-the-correct-option-column-i-column-ii-a-aleurone-layer-i-without-fertilization-b-parthenocarpic-fruit-ii-nutrition-fruit-c-ovule-iii-double-fertilization-d-endosperm-iv https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEyNjA3-consider-the-given-statements-statement-i-albuminous-seeds-retain-a-part-of-the-endosperm-in-the-mature-seed-statement-ii-non-albuminous-seeds-completely-lack-endosperm-in-the-mature-seed-because-it-i https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTIwMTAy-match-the-following-types-of-fruits-with-their-correct-descriptions-type-of-fruit-description-a-true-fruits-1-develop-from-the-ovary-of-a-flower-b-false-fruits-2-develop-from-parts-other-than-the-ovar https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM2NTAz-some-stages-of-development-of-a-dicot-embryo-are-given-below-a-proembryo-b-globular-stage-c-heart-shape-d-mature-embryo-the-correct-sequence-of-the-given-stages-is-1-a-b-c-d-2-c-d-b-a-3-a-c-d-b-4-b-d https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEyNjA5-match-the-following-examples-with-their-associated-processes-column-a-column-b-1-coconut-water-a-persistent-endosperm-in-mature-seed-2-pea-and-groundnut-b-free-nuclear-endosperm-3-castor-seed-c-non-al https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQxNDc-bananas-are-seedless-because-they-1-reproduce-asexually-2-are-triploid-3-are-sprayed-with-hormone-4-are-parthenocarpic-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzM0Mzg0-in-some-plants-the-thalamus-contributes-to-fruit-formation-such-fruits-are-termed-as-1-false-fruits-2-aggregate-fruits-3-true-fruits-4-parthenocarpic-fruit-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEyNTk0-which-of-the-following-correctly-describes-the-role-of-the-primary-endosperm-nucleus-pen-in-flowering-plants-1-it-fuses-with-the-zygote-to-form-the-embryo-2-it-provides-genetic-material-for-embryo-for https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0MzQ2-which-one-of-the-following-in-generates-new-genetic-combinations-leading-to-variation-1-nucellar-polyembryony-2-vegetative-reproduction-3-parthenogenesis-4-sexual-reproduction-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTg2NzAw-in-a-cereal-grain-the-single-cotyledon-of-the-embryo-is-represented-by-1-coleorhizae-2-scutellum-3-prophyll-4-coleoptiles-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTYxNTI3-consider-the-following-statements-statement-a-the-primary-endosperm-nucleus-pen-is-formed-by-the-fusion-of-one-male-gamete-with-two-polar-nuclei-statement-b-the-endosperm-provides-nutrition-to-the-dev https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc1ODcx-given-below-a-l-s-of-an-embryo-of-grass-identify-the-labelled-part-a-b-c-and-d-and-select-correct-option-about-them-a-b-c-d-1-coleoptile-colerhiza-scutellum-shoot-apex-2-scutellum-shoot-apex-epiblast https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg3MzM4-the-primary-advantage-of-seed-dormancy-to-angiosperms-is-1-protection-against-pests-2-enhanced-dispersal-mechanisms-3-better-storage-and-survival-during-unfavorable-conditions-4-increased-nutrient-con https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTUyNjkw-which-of-the-following-is-incorrect-regarding-false-fruits-1-they-develop-partly-from-ovary-and-partly-from-other-floral-parts-2-apple-and-cashew-are-examples-of-false-fruits-3-they-develop-from-ovary https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ4MTk2-in-maize-seed-the-outer-covering-of-i-that-separates-it-from-embryo-is-called-ii-select-the-correct-option-to-fill-in-the-blanks-i-and-ii-i-ii-1-scutellum-coleoptile-2-endosperm-aleurone-layer-3-plumu https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTEwMzI-which-one-of-the-following-fruits-is-parthenocarpic-1-brinjal-2-apple-3-jackfruit-4-banana-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ3ODk1-read-the-following-statements-and-select-the-correct-option-statement-a-the-central-cell-after-triple-fusion-becomes-the-primary-endosperm-cell-statement-b-fruits-developed-only-from-the-ovary-are-cal https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk5Njc4-in-angiosperms-the-seed-is-i-the-final-product-of-sexual-reproduction-ii-is-often-described-as-a-fertilized-ovule-iii-is-formed-inside-fruits-1-only-i-and-ii-are-correct-2-only-i-and-iii-are-correct-3 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTg2MjAz-the-scar-left-by-funiculus-in-the-seed-is-1-tegmen-2-radicle-3-epicotyl-4-hilum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ4Mjc3-read-the-following-statements-and-state-them-as-true-t-or-false-f-a-in-angiosperms-the-egg-cell-is-the-final-product-of-sexual-reproduction-b-root-cap-enclosed-in-an-undifferentiated-sheath-is-called https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDY2-the-ability-of-seeds-to-enter-a-state-of-dormancy-is-crucial-for-1-immediate-germination-after-fertilization-2-long-term-seed-viability-and-storage-3-the-formation-of-true-fruits-4-the-initiation-of-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMzI3-during-the-most-common-type-of-endosperm-development-in-flowering-plants-1-cell-wall-formation-is-completely-absent-2-pen-undergoes-successive-nuclear-division-to-give-rise-to-free-nuclei-3-each-divis https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTA1NTgw-seed-dormancy-is-an-important-evolutionary-adaptation-in-many-flowering-plants-which-of-the-following-best-describes-the-role-of-seed-dormancy-in-plant-survival-and-evolution-1-seed-dormancy-allows-se https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI0NzAz-the-embryo-of-a-grass-seed-is-enclosed-by-two-protective-sheaths-a-n-which-covers-the-young-shoot-and-a-n-which-covers-the-young-root-1-plumule-radical-2-hypocotyl-picotyls-3-coleoptile-coleorrhiza-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyNjI2-what-is-true-for-cotyledon-in-the-grass-family-1-called-as-scutellum-that-situated-at-the-apex-of-axis-2-called-as-scutellum-that-is-situated-towards-the-lateral-side-of-the-embryonal-axis-3-called-as https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTE2MTMy-which-of-the-following-statements-is-false-1-some-2000-years-old-viable-seeds-of-pheonix-dactylifera-were-discovered-during-archaeological-excavation-of-king-herod-s-palace-near-dead-sea-2-record-of-1 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDU2-which-part-of-a-dicotyledonous-embryo-is-responsible-for-developing-into-the-shoot-tip-1-hypocotyl-2-radicle-3-scutellum-4-plumule-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MTQx-nucellar-polyembryony-is-reported-in-species-of-1-brassica-2-citrus-3-gossypium-4-triticum-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyODc0-asexual-reproduction-mimics-sexual-reproduction-when-1-seed-formation-occurs-without-fertilization-2-thalamus-is-associated-with-fruit-3-pseudocarpic-fruits-are-formed-4-there-is-no-fruit-formation-1 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MzQxNDM-presence-of-many-embryos-polyembryony-is-a-characteristic-feature-of-1-citrus-2-mango-3-banana-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkzMTIw-the-anther-wall-layer-which-is-usually-polyploid-and-has-dense-cytoplasm-as-well-as-high-dna-content-is-1-endothelium-2-tapetum-3-epidermis-4-middle-layer-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NzQ1MjQ-in-a-stamen-proximal-end-of-filament-is-attached-to-1-anther-2-thalamus-or-petals-3-sepals-4-gynoecium-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDc2ODQ-a-typical-angiosperm-anther-is-bilobed-with-each-lobe-having-two-theca-i-e-dithecous-theca-is-separated-often-by-1-a-longitudinal-groove-running-lengthwise-2-a-longitudinal-groove-running-breadth-wise https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTA2Mzc-which-of-the-following-statement-is-not-associated-with-phenomenon-of-flowering-1-decision-for-flowering-takes-place-much-before-actual-flower-appears-2-during-flowering-several-structural-and-hormona https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTA2Mjk-match-the-column-with-respect-to-pollen-grain-column-i-column-ii-a-vegetative-cell-nucleus-i-abundant-reserve-food-irregular-nucleus-b-germ-pore-ii-spindle-shaped-with-dense-cytoplasm-c-exine-iii-wher https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkzMTE5-a-typical-anther-is-a-tetrasporangiate-b-tetragonal-c-trilobed-d-surrounded-by-four-wall-layers-the-correct-ones-are-1-only-a-b-and-d-2-only-a-and-d-3-only-b-and-c-4-all-a-b-c-and-d-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NzM2MTE-a-typical-anther-shows-a-two-lobes-with-two-theca-each-b-each-lobe-as-dithecous-c-all-cells-in-a-given-microsporangium-as-potential-pmc-d-thousands-of-microspores-per-microsporangium-out-of-these-stat https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTA2NDA-when-anther-is-young-a-group-of-compactly-arranged-homogenous-cells-are-present-in-centre-it-is-known-as-1-sporogenous-tissue-2-potential-pollen-mother-cell-3-both-1-and-2-4-conjunctive-tissue-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTgyMjY-examine-the-figure-given-below-and-select-the-right-option-giving-all-the-four-parts-a-b-c-and-d-correctly-identify-a-b-c-d-1-endo-thecium-tapetum-micro-spore-mother-cell-middle-layer-2-tapetum-endo-t https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIzMTI5-mark-the-incorrect-statement-1-outer-three-layers-of-anther-wall-are-protective-in-function-2-sporogenous-tissue-occupies-the-centre-of-each-microsporangium-3-cells-of-tapetum-and-endothecium-show-inc https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDA1MzU-match-the-following-1-sporogenous-tissue-i-process-of-formation-of-microspores-from-pmc-by-meiosis-2-microspore-tetrad-ii-microspores-arranged-in-cluster-of-four-cells-3-microsporogenesis-iii-formatio https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDc2ODU-four-statements-are-given-below-how-many-of-them-are-correct-1-the-anther-is-a-tetragonal-structure-with-four-microsporangia-at-corners-two-in-each-lobe-2-microsporangia-develops-further-and-becomes-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NjU2NTM-the-layers-in-the-walls-of-the-microsporangium-that-helps-in-the-dehiscence-of-anther-to-release-the-pollen-include-i-epidermis-ii-endothecium-iii-middle-layers-iv-tapetum-1-i-and-ii-only-2-i-ii-and-i https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTA2MDI-read-the-statements-and-select-option-representing-correct-statements-with-respect-to-stamen-a-the-distal-end-of-filament-is-attached-to-thalamus-b-a-typical-anther-is-dithecous-and-bisporangiate-c-co https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMzI5-during-microsporogenesis-1-microspore-tetrad-is-developed-by-meiosis-in-sporogenous-tissue-2-pollen-grains-are-developed-by-mitosis-in-sporogenous-tissue-3-microspore-develops-into-the-male-gametophyt https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkzMTIx-complete-the-below-given-schematic-representation-by-choosing-the-correct-option-a-b-c-1-mitosis-microspore-tetrad-meiosis-2-mitosis-pollen-grain-meiosis-3-meiosis-pollen-syngamy-4-meiosis-pollen-grai https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTY0-during-microsporogenesis-meiosis-occurs-in-1-endothecium-2-microspore-mother-cells-3-microspore-tetrads-4-pollen-grains-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTYz-the-outermost-and-innermost-wall-layers-of-microsporangium-in-an-anther-are-respectively-1-endothecium-and-tapetum-2-epidermis-and-endodermis-3-epidermis-and-middle-layer-4-epidermis-and-tapetum-1-2-3 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTA2MjA-fossilization-of-pollen-grains-is-helped-by-1-compatible-protein-2-sporopollenin-3-cellulose-4-pectin-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIyNzM5-read-the-following-statements-i-each-cell-of-sporogenous-tissue-in-anther-is-capable-of-giving-rise-to-microspore-tetrad-ii-the-pollen-grain-represent-male-gametophyte-iii-pollen-grains-are-usually-tr https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcwOTc3-what-is-the-most-common-shape-and-size-of-pollen-grain-in-angiosperms-plants-1-spindle-shaped-25-50-m-m-m-2-spherical-2-5-m-m-m-3-spherical-25-50-m-m-m-4-spindle-shaped-2-5-m-m-m-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDc2ODg-which-of-the-following-statements-is-not-correct-for-a-pollen-grain-1-it-represents-a-male-gametophyte-2-it-is-a-spherical-structure-about-25-50-micrometers-in-diameter-3-pollen-grains-are-rich-in-nut https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTE2MTI2-the-inner-wall-of-pollen-grain-1-is-thin-continuous-and-pecto-cellulosic-and-is-called-intine-2-comes-out-in-the-form-of-pollen-tube-through-germpore-3-is-thick-and-consists-of-sporopollenin-4-1-and-2 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkzMTIy-mark-the-wrongly-matched-pair-1-amaranthus-causes-pollen-allergy-2-pollen-banks-store-pollen-at-196-c-3-pea-pollens-are-viable-for-only-30-minutes-4-pollen-grains-rich-in-nutrients-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTgxOTI-the-pollen-grain-represents-1-male-gamete-2-male-gametophyte-3-microsporophyll-4-microsporangium-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcxOTgx-pollen-grains-lose-viability-within-30-minutes-of-their-release-in-the-members-of-family-1-rosaceae-2-solanaceae-3-poaceae-4-leguminosae-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI5NTI-following-are-four-statements-find-out-correct-statements-i-microsporangia-has-four-layers-outer-three-are-protective-and-inner-one-is-nutritive-ii-each-cell-of-sporogenous-tissue-within-micorsporangi https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMjU0-find-the-incorrect-statements-with-respect-to-pollen-grain-in-angiosperms-plants-a-germ-pores-are-areas-in-pollen-wall-where-intine-and-sporopollenin-are-absent-b-the-vegetative-cell-is-bigger-has-abu https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTE3ODU-arrange-the-following-stages-of-microspore-development-into-pollen-grain-in-correct-sequence-1-b-c-d-and-a-2-b-d-a-and-c-3-a-c-b-and-d-4-b-a-d-and-c-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkzMTI0-in-the-following-figure-identify-the-parts-labeled-as-a-and-b-and-select-the-option-stating-true-features-of-them-a-b-1-forms-gametes-smaller-in-size-2-stores-food-reserve-irregular-shaped-nucleus-3-i https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI2MDI3-the-cell-in-the-pollen-grain-which-is-responsible-for-giving-rise-to-male-gamete-is-1-rod-shaped-with-dense-cytoplasm-2-of-smaller-size-and-float-in-the-cytoplasm-3-capable-of-dividing-meiotically-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYzODQ-in-what-percent-of-angiosperms-are-the-pollen-grains-shed-at-three-cell-stage-1-20-2-40-3-60-4-80-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTA2MTk-how-many-statement-s-is-are-correct-for-pollen-grains-a-parthenium-is-a-cause-of-bronhial-afflictions-b-intine-exhibits-fascinating-array-of-patterns-and-designs-c-cytoplasm-of-pollen-grain-is-s-urrou https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTQ0MjUy-read-the-following-statements-carefully-and-select-the-correct-a-tapetum-cells-possess-dense-cytoplasm-and-generally-have-more-than-one-nucleus-b-sporopollenin-is-absent-in-the-areas-called-germ-pore https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcwOTMz-most-abundant-common-type-of-pollen-tetrad-is-and-it-is-formed-due-to-cytokinesis-1-tetrahedral-successive-2-tetrahedral-simultaneous-3-isobilateral-successive-4-isobilateral-simultaneous-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI5Nzcw-a-pollen-grains-carry-the-male-gamete-from-microsporangium-to-micropyle-of-ovule-in-angiosperms-b-pollen-grain-itself-a-male-gamete-further-divides-and-form-another-one-on-stigma-only-1-both-a-and-b-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMzM1-the-stalk-by-which-an-ovule-is-attached-to-the-placenta-is-called-1-funicle-2-hilum-3-chalaza-4-micropyle-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc0MDM0-recognise-the-diagram-and-choose-the-correct-option-1-hibiscus-multicarpellary-syncarpous-pistil-2-multicarpellary-syncarpous-pistil-of-papaver-3-multicarpellary-apocarpous-gynoecium-of-michelia-4-mon https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTA2Mjg-find-incorrect-statement-1-a-polycarpellary-apocarpous-gynoecium-is-found-in-michelia-2-many-ovules-are-present-in-an-ovary-of-papaya-and-orchids-3-yellowish-powdery-pollen-grains-found-in-hibiscus-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTk2MzQ2-hilum-represents-the-junction-between-1-funicle-and-nucellus-2-ovule-and-funicle-3-chalaza-and-funicle-4-funicle-and-micropyle-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MTAx-ovule-generally-differentiate-a-single-in-the-region-of-the-nucellus-1-megaspore-mother-cell-micropylar-2-megaspore-micropylar-3-megaspore-mother-cell-chalazal-4-primary-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTA2MjY-gynoecium-of-michelia-and-papaver-is-similar-in-being-1-apocarpous-2-syncarpous-3-monocarpellary-4-polycarpellary-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkzMTI5-mark-the-wrong-statement-regarding-egg-apparatus-1-it-is-seven-celled-2-it-is-found-at-the-micropylar-end-of-the-ovule-3-its-cells-are-haploid-4-it-contains-single-egg-cell-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTY1-from-among-the-sets-of-terms-given-below-identify-those-that-are-associated-with-the-gynoecium-1-stigma-ovule-embryo-sac-placenta-2-thalamus-pistil-style-ovule-3-ovule-ovary-embryo-sac-tapetum-4-ovule https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTY2-starting-from-the-innermost-part-the-correct-sequence-of-parts-in-an-ovule-is-1-egg-nucellus-embryosac-integument-2-egg-embryosac-nucellus-integument-3-embryosac-nucellus-integument-egg-4-egg-integume https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMzQy-formation-of-embryo-sac-from-a-single-megaspore-nuclei-is-termed-as-1-bishopric-development-2-monosporic-development-3-tetrasporic-development-4-polysporic-development-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcxODU1-in-polygonum-type-of-embryo-sac-polar-nuclei-1-are-haploid-2-can-serve-as-a-precursor-of-pen-3-occur-in-the-large-central-cell-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMzQw-choose-the-correct-match-with-respect-to-angiosperm-1-microsporanigum-ovule-megasporangium-female-gametophyte-2-megasporangium-ovule-embryo-sac-female-gametophyte-3-megasporangium-female-gametophyte-e https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMjYz-which-one-of-the-following-statements-is-not-true-1-filiform-apparatus-present-at-the-chalazal-end-of-the-synergies-guides-the-entry-of-pollen-tube-2-pollen-pistil-interaction-is-a-dynamic-process-inv https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTk0NTc4-largest-cell-in-embryo-sac-of-angiosperm-is-1-synergid-cell-2-egg-3-antipodal-cell-4-central-cell-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMjI3-functional-megaspore-in-polygonum-divides-by-free-nuclear-mitotic-divisions-and-develops-into-8-nucleated-and-7-celled-female-gametophytes-the-largest-cell-of-this-gametophyte-is-1-antipodal-cell-2-ce https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTgxOTk-the-number-of-mitotic-generations-required-to-form-a-mature-embryo-sac-from-megaspore-in-most-of-the-flowering-plants-is-1-one-2-two-3-three-4-four-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcwOTcy-egg-apparatus-consists-of-1-central-cell-egg-cell-2-synergids-polar-nuclei-egg-cell-3-synergids-oosphere-4-antipodal-cells-synergids-egg-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI5MjM-from-the-statements-given-below-choose-the-option-that-are-not-true-for-a-typical-female-gametophyte-of-a-flowering-plant-i-it-is-8-nucleate-and-7-celled-at-maturity-ii-it-is-cellular-during-the-devel https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcwOTUx-the-micropylar-end-of-polygonum-type-of-embryosac-has-the-following-structural-cells-except-1-definitive-nucleus-2-synergid-3-egg-cell-4-oosphere-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTc4-in-a-flower-if-the-megaspore-mother-cell-forms-megaspores-without-undergoing-meiosis-and-if-one-of-the-megaspores-develops-into-an-embryo-sac-its-nuclei-would-be-1-haploid-2-diploid-3-a-few-haploid-an https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTY3-from-the-statements-given-below-choose-the-option-that-is-true-for-a-typical-female-gametophyte-i-it-is-eight-nucleate-and-seven-celled-at-maturity-ii-it-is-free-nuclear-during-the-development-iii-it https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTE2MTI5-which-of-the-following-plants-produce-s-chasmogamous-and-cleistogamous-flowers-1-viola-commonpansy-2-oxalis-3-commelina-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTk1Njc0-select-the-option-in-which-both-organisms-cannot-complete-their-life-cycle-without-each-other-1-snake-santalum-2-ficus-bats-3-moth-yucca-4-aquilegia-amorphophallus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTMxNjk4-in-which-one-of-the-following-both-autogamy-and-geitonogamy-are-prevented-1-wheat-2-papaya-3-castor-4-maize-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NTA2MTY-genetically-and-functionally-self-pollination-is-cent-percent-ensured-with-seed-formation-even-in-the-absence-of-pollinators-by-1-bisexuality-2-dicliny-3-geitonogamy-4-cleistogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI1MzI5-which-of-the-following-is-false-about-xenogamy-1-it-is-the-transfer-of-pollen-grains-from-anther-to-stigma-of-another-plant-of-the-same-species-2-it-produces-genetic-variation-3-it-is-genetically-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIxNTIw-a-plant-breeder-employ-technique-of-emasculation-1-to-cover-the-flower-with-a-bag-2-to-prevent-self-pollination-3-to-prevent-stamen-from-being-contaminated-4-to-produce-female-plant-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIzODc1-choose-the-correct-statement-from-the-following-1-cleistogamous-flowers-always-exhibit-autogamy-2-chasmogamous-flowers-always-exhibit-geitonogamy-3-cleistogamous-flowers-exhibit-both-autogamy-and-geit https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MDM4-when-both-male-and-female-flowers-are-present-on-the-same-plant-then-plant-is-said-to-be-1-bisexual-2-monoecious-3-unisexual-4-dioecious-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTgyMDA-hydrophily-is-limited-to-30-genera-which-are-mostly-1-gymnosperms-2-monocots-3-dicots-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcxNDY0-male-and-female-plants-are-not-separate-in-case-of-1-papaya-and-date-palm-2-mulberry-and-papaya-3-date-palm-and-mulberry-4-castor-and-maize-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMjU5-most-of-the-aquatic-and-land-plants-are-pollinated-by-1-insects-or-wind-2-water-and-insects-respectively-3-abiotic-factors-only-4-water-and-wind-respectively-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcxMzYw-pollination-by-water-is-1-limited-to-about-30-families-of-dicots-2-very-common-in-flowering-plants-3-more-common-in-monocots-than-dicots-4-more-common-abiotic-method-of-pollination-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTgxOTM-choose-the-correct-option-with-respect-to-the-function-of-the-germ-pore-1-it-allows-growth-of-pollen-tube-2-it-allows-water-absorption-in-seed-3-it-helps-dehiscence-of-pollen-grain-4-more-than-one-opt https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI1MzMw-which-of-the-following-statements-is-false-i-vallisneria-and-hydrilla-are-freshwater-plants-while-sea-grasses-e-g-zostera-are-marine-plants-ii-pollination-in-water-lily-lotus-nymphea-and-eichhornia-wa https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTYy-a-dicotyledonous-plant-bears-flowers-but-never-produces-fruits-and-seeds-the-most-probable-cause-for-the-above-situation-is-1-plant-is-dioecious-and-bears-only-pistillate-flowers-2-plant-is-dioecious https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTY4-autogamy-can-occur-in-a-chasmogamous-flower-if-1-pollen-matures-before-maturity-of-ovule-2-ovules-mature-before-maturity-of-pollen-3-both-pollen-and-ovules-mature-simultaneously-4-both-anther-and-stig https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTkzNzU2-in-an-embryo-sac-the-cells-that-degenerate-after-fertilisation-are-1-synergids-and-primary-endosperm-cell-2-synergids-and-antipodals-3-antipodals-and-primary-endosperm-cell-4-egg-and-antipodals-1-2-3 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcwOTM0-double-fertilization-is-different-from-single-fertilization-because-of-the-presence-of-1-syngamy-2-seed-3-triple-fusion-4-megaspore-and-micropore-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTk0ODIw-the-entry-of-pollen-tube-into-the-embryosac-takes-place-due-to-the-chemo-attractant-secreted-by-1-tapetum-2-oosphere-3-filiform-apparatus-4-antipodal-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTE2MTI4-which-of-the-following-statements-is-false-about-filiform-apparatus-1-the-synergids-have-special-cellular-thickenings-at-the-micropylar-tip-called-filiform-apparatus-2-it-plays-an-important-role-in-gu https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc1Nzgw-triple-fusion-involves-the-fusion-of-1-two-male-gametes-and-one-egg-cell-2-two-egg-cell-and-one-male-gamete-3-two-male-gametes-and-secondary-nucleus-4-one-male-gamete-and-secondary-nucleus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTk5NjI-what-functions-as-the-embryonic-root-of-the-plant-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTk5NTk-a-pollen-tube-liberates-male-gametes-into-1-degenerating-synergid-2-intact-synergid-3-antipodals-4-egg-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI5NDE-the-mature-seeds-of-plants-such-as-gram-and-peas-posses-no-endosperm-because-1-these-plants-are-not-angiosperms-2-there-is-no-double-fertilization-in-them-3-endosperm-is-not-formed-in-them-4-endosperm https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc2MDY0-in-angiosperms-triple-fusion-is-required-for-the-formation-of-1-fruit-wall-2-seed-coat-3-embryo-sac-4-endosperm-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcxOTY1-endosperm-development-precedes-embryo-development-because-1-it-is-a-product-of-triple-fusiony-2-it-provides-nutrition-to-developing-embryo-3-it-is-larger-than-embryo-4-its-development-mostly-occurs-by https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcwOTc4-in-flowering-plants-endosperm-1-is-pre-fertilizing-tissue-2-development-rarely-involves-free-nuclear-divisions-3-development-precedes-embryo-development-4-is-triploid-tissue-always-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc1MzM4-some-stages-of-development-of-dicot-embryo-are-given-below-a-proembryo-b-globular-stage-c-heart-shape-d-mature-embryo-arrange-the-given-stages-in-correct-sequence-1-a-b-c-d-2-c-d-b-a-3-a-c-d-b-4-b-d-c https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcxMzg3-the-lower-end-of-the-embryonal-axis-in-maize-has-the-radicle-and-root-cap-enclosed-in-1-an-extension-of-scutellum-2-a-structure-called-coleoptile-3-a-differentiated-sheath-4-a-structure-called-coleorr https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mzc2NDQ-identify-the-parts-labelled-a-b-c-and-d-in-the-given-figure-and-select-the-correct-option-a-b-c-d-1-scutellum-epiblast-coleoptile-coleorhiza-2-scutellum-coleorhiza-coleoptile-epiblast-3-scutellum-cole https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246Mjk0OTU-the-embryo-of-a-grass-seed-is-enclosed-by-two-protective-sheaths-a-n-which-covers-the-young-shoot-and-a-n-which-covers-the-young-root-1-plumule-radical-2-hypocotyl-epicotyl-3-coleoptile-coleorrhiza-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcxMzQw-in-a-typical-dicotyledonous-embryo-the-cylindrical-portion-below-the-level-of-cotyledons-is-that-terminates-at-its-lower-and-in-the-1-epicotyl-plumule-2-epicotyl-radicle-3-hypocotyl-radicle-4-hypocoty https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcxMzM2-during-the-development-of-typical-embryo-sac-from-the-functional-megaspore-1-the-free-nuclear-division-takes-places-2-cytokinesis-is-present-after-each-karyokinesis-3-nuclear-divisions-are-followed-im https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTc2-in-the-embryos-of-a-typical-dicot-and-a-grass-true-homologous-structures-are-1-coleorrhiza-and-coleoptile-2-coleoptile-and-scutellum-3-cotyledons-and-scutellum-4-hypocotyle-and-radicle-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI5NDI-match-the-following-and-choose-correct-option-group-a-group-b-a-aleurone-layer-i-without-fertilization-b-parthenocarpic-fruit-ii-nutrition-fruit-c-ovule-iii-double-fertilization-d-endosperm-iv-seed-1 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NzQ3NTU-choose-the-correct-statements-a-perisperm-is-the-persistant-nucellus-in-the-seeds-of-black-pepper-b-single-large-cotyledon-in-grass-is-situated-towards-lateral-side-of-the-embryonal-axis-c-seeds-are-t https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIxNTI0-find-correct-match-column-i-column-ii-a-thick-and-swollen-cotyledons-i-castor-b-unused-endosperm-in-mature-seed-ii-legumes-c-unused-nucellus-in-seed-iii-cashew-nut-d-thalamus-contributes-in-fruit-form https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMzM0-mark-the-mis-matched-pair-1-orchid-tiny-seeds-2-hydrophily-common-in-dicots-3-pollen-grain-25-to-50-m-m-m-in-diameter-4-parthenium-pollen-allergy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIzMDQ3-the-hilum-is-a-scar-on-the-1-seed-where-micropyle-was-present-2-seed-where-funicle-was-attached-3-fruit-where-it-was-attached-to-pedicel-4-fruit-where-style-was-present-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMjIx-endosperm-persists-in-the-mature-seeds-of-1-pea-2-groundnut-3-gram-4-maize-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYyNjA-which-of-the-following-is-not-a-major-adaptation-that-has-contributed-to-the-enormous-success-of-angiosperms-over-all-other-vascular-plants-1-seeds-2-flowers-3-fruits-4-tracheids-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcxOTY3-viability-of-seeds-1-maybe-lost-within-a-few-months-2-is-1000-years-in-lupinus-arcticus-3-recorded-in-phoenix-is-10000-years-4-can-be-tested-by-0-1-solution-of-ttc-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MDYw-seeds-offer-several-advantages-to-angiosperms-seed-formation-is-more-dependable-because-1-seeds-have-better-adaptive-strategies-for-dispersal-2-reproductive-processes-become-independent-of-water-3-har https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246MjYyNTU-plants-growing-in-harsh-environments-such-as-deserts-sand-dunes-and-arctic-tundra-often-reproduce-vegetatively-this-is-because-1-there-are-few-animals-available-to-pollinate-them-2-they-are-members-of https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcxNDEw-mark-the-incorrect-statement-1-hybrid-seeds-have-to-be-produced-every-year-2-production-of-hybrid-seeds-is-costly-3-if-the-seeds-collected-from-hybrids-are-sown-the-progeny-do-not-maintain-hybrid-char https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcwOTkz-what-is-the-possible-advantage-if-hybrids-are-made-into-apomicts-1-segregation-of-characters-in-the-hybrid-progeny-2-farmers-can-keep-on-using-the-hybrid-seeds-to-raise-new-crop-in-first-year-only-3-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTc3-the-phenomenon-observed-in-some-plants-wherein-parts-of-the-sexual-apparatus-is-used-for-forming-embryos-without-fertilization-is-called-1-parthenocarpy-2-apomixis-3-vegetative-propagation-4-sexual-re https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIxNTIx-look-at-the-diagram-given-below-and-answer-appropriately-i-since-a-is-associated-with-fruit-it-is-called-as-i-ii-since-b-is-present-fruit-cannot-be-called-as-ii-1-a-pericarp-i-true-fruits-2-b-seed-ii https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTc5-the-phenomenon-wherein-the-ovary-develops-into-a-fruit-without-fertilisation-is-called-1-parthenocarpy-2-apomixis-3-asexual-reproduction-4-sexual-reproduction-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTgyMDE-pollen-pistil-interaction-is-1-chemically-mediated-process-2-dynamic-process-3-genetically-controlled-process-4-more-than-one-option-is-correct-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTc1-while-planning-for-an-artificial-hybridisation-programme-involving-dioecious-plants-which-of-the-following-steps-would-not-be-relevant-1-bagging-of-female-flower-2-dusting-of-pollen-on-stigma-3-emascu https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTkyODk0-which-one-of-the-following-types-of-pollination-brings-genetically-different-types-of-pollen-grains-to-the-stigma-1-geitonogamy-2-autogamy-3-xenogamy-4-cleistogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTkyODgy-which-one-of-the-following-is-a-triploid-cell-1-central-cell-2-primary-endosperm-cell-3-zygote-4-synergid-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTkyODc1-arranging-the-following-in-the-correct-developmental-sequence-related-to-microsporogenesis-a-microspore-tetrads-b-sporogenous-tissue-c-pollen-grains-d-pollen-mother-cells-choose-the-correct-answer-fro https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTk4MzQ2-how-many-theca-are-present-in-each-lobe-of-a-typical-bilobed-angiosperm-anther-1-12-2-2-3-6-4-8-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTk4MzQz-if-the-diploid-chromosome-number-of-typical-angiosperm-is-36-what-would-be-the-chromosome-number-in-its-endosperm-1-72-2-18-3-36-4-54-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTk4MzI3-which-of-the-following-in-female-gametophyte-of-an-angiosperm-helps-in-guiding-the-pollen-tube-for-fertilizing-the-eggs-1-polar-nucleus-2-antipodals-3-synergids-4-central-cells-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTk4MzE3-which-of-the-following-plant-produces-non-albuminous-seeds-1-pea-2-wheat-3-maize-4-barley-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTM1MjUx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-cells-of-the-tapetum-possess-dense-cytoplasm-and-generally-have-more-than-one-nucleus-re https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTM1MjQ4-how-many-meiotic-and-mitotic-divisions-need-to-occur-for-the-development-of-a-mature-female-gametophyte-from-the-megaspore-mother-cell-in-an-angiosperm-plant-1-1-meiosis-and-3-mitosis-2-no-meiosis-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTM1MjE4-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-both-wind-and-water-pollinated-flowers-are-not-very-colourful-and-do-not-produce-nectar https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTM1MjAz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-typical-unfertilised-angiosperm-embryo-sac-at-maturity-is-8-nucleate-and-7-celled-reas https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDY4NjEy-pollen-grains-remain-preserved-as-fossil-due-to-the-presence-of-1-epidermal-layer-2-tapetum-3-exine-layer-4-intine-layer-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDU2ODQ5-the-flowers-of-amorphophallus-provide-safe-place-for-the-pollinator-to-lay-eggs-this-is-an-example-of-1-amensalism-2-anemophily-3-floral-reward-4-commensalism-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTcyMzQ0-a-typical-angiospermic-embryo-sac-is-1-8-nucleate-8-celled-2-7-nucleate-8-celled-3-8-nucleate-7-celled-4-7-nucleate-6-celled-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTg1NDEy-in-water-hyacinth-and-water-lily-pollination-takes-place-by-1-water-currents-only-2-wind-and-water-3-insects-and-water-4-insects-or-wind-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODkyMDc-functional-megaspore-in-an-angiosperm-develops-into-1-endosperm-2-embryo-sac-3-embryo-4-ovule-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODk0NjY-flowers-which-have-single-ovule-in-the-ovary-and-are-packed-into-inflorescence-are-usually-pollinated-by-1-bee-2-wind-3-bat-4-water-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODk0OTY-a-dioecious-flowering-plant-prevents-both-1-autogamy-and-geitonogamy-2-geitonogamy-and-xenogamy-3-cleistogamy-and-xenogamy-4-autogamy-and-xenogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODkzNDg-in-the-majority-of-angiosperms-1-egg-has-a-filiform-apparatus-2-there-are-numerous-antipodal-cells-3-reduction-division-occurs-in-the-megaspore-mother-cells-4-a-small-central-cell-is-present-in-the-em https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODkzNTA-pollination-in-water-hyacinth-and-water-lily-is-brought-about-by-the-agency-of-1-water-2-insects-or-wind-3-birds-4-bats-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODkzNTM-the-ovule-of-an-angiosperm-is-technically-equivalent-to-1-megasporangium-2-megasporophyll-3-megaspore-mother-cell-4-megaspore-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTA0OTM-which-one-of-the-following-statements-is-not-true-1-exine-of-pollen-grains-is-made-up-of-sporopollenin-2-pollen-grains-of-many-species-cause-severe-allergies-3-stored-pollen-in-liquid-nitrogen-can-be https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTA1MjM-which-of-the-following-statements-is-not-correct-1-insects-that-consume-pollen-or-nectar-without-bringing-about-pollination-are-called-pollen-nectar-robbers-2-pollen-germination-and-pollen-tube-growth https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTA1Mzc-seed-formation-without-fertilization-in-flowering-plants-involves-the-process-of-1-budding-2-somatic-hybridization-3-apomixis-4-sporulation-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTA5NTQ-filiform-apparatus-is-a-characteristic-feature-of-1-generative-cell-2-nucellar-embryo-3-aleurone-cell-4-synergids-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTA5OTI-coconut-water-from-a-tender-coconut-is-1-immature-embryo-2-free-nuclear-endosperm-3-innermost-layers-of-the-seed-coat-4-degenerated-nucellus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTEwMzg-male-gametophyte-in-angiosperms-produces-1-two-sperms-and-a-vegetative-cell-2-single-sperm-and-a-vegetative-cell-3-single-sperm-and-two-vegetative-cells-4-three-sperms-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTExMzM-which-one-of-the-following-may-require-pollinators-but-is-genetically-similar-to-autogamy-1-geitonogamy-2-xenogamy-3-apogamy-4-cleistogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTExNjU-which-one-of-the-following-statements-is-not-true-1-pollen-grains-are-rich-in-nutrients-and-they-are-used-in-the-form-of-tablets-and-syrups-2-pollen-grains-of-some-plants-cause-severe-allergies-and-br https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTEzNjI-geitonogamy-involves-1-pollination-of-a-flower-by-the-pollen-from-another-flower-of-the-same-plant-2-pollination-of-a-flower-by-the-pollen-from-another-same-flower-3-pollination-of-a-flower-by-the-pol https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTEzNzI-function-of-filiform-apparatus-is-to-1-recognize-the-suitable-pollen-at-the-stigma-2-stimulate-division-of-generative-cell-3-producer-nectar-4-guide-the-entry-of-the-pollen-tube-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTEzNzQ-non-albuminous-seed-is-produced-in-1-maize-2-castor-3-wheat-4-pea-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTE1MjE-megasporangium-is-equivalent-to-1-fruit-2-nucellus-3-ovule-4-embryo-sac-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTIwMjE-which-one-of-the-following-statements-is-correct-1-sporogenous-tissue-is-haploid-2-endothecium-produces-the-microspores-3-tapetum-nourishes-the-developing-pollen-4-hard-outer-layer-of-pollen-is-called https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTIzMjM-an-organic-substance-that-can-withstand-environmental-extremes-and-cannot-be-degraded-by-any-enzyme-is-1-cuticle-2-sporopollenin-3-lignin-4-cellulose-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI0MTM-the-coconut-water-and-the-edible-part-of-coconut-are-equivalent-to-1-endosperm-2-endocarp-3-mesocarp-4-embryo-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjUwOTU5-what-is-the-function-of-germ-pores-1-absorption-of-water-for-seed-germination-2-initiation-of-pollen-tube-3-release-of-male-gametes-4-the-emergence-of-radicle-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjUwOTkw-which-one-of-the-following-statements-is-wrong-1-vegetative-cell-is-larger-than-generative-cell-2-pollen-grains-in-some-plants-remain-viable-for-months-3-intine-is-made-up-of-cellulose-and-pectin-4-wh https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI3NjY-wind-pollination-is-common-1-lilies-2-grasses-3-orchids-4-legumes-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI3ODE-in-which-one-of-the-following-pollination-is-autogamous-1-xenogamy-2-chasmogamy-3-cleistogamy-4-geitonogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjUxMjkx-what-is-common-between-vegetative-reproduction-and-apomixis-1-both-produce-progeny-identical-to-the-parent-2-both-are-applicable-to-only-dicot-plants-3-both-bypass-the-flowering-phase-4-both-occur-rou https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI2OTM-apomictic-embryos-in-citrus-arise-from-1-synergids-2-maternal-sporophytic-tissue-in-ovule-3-antipodal-cells-4-diploid-egg-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI4MzA-transfer-of-pollen-grains-from-the-anther-to-the-stigma-of-another-flower-of-the-same-plant-is-called-1-xenogamy-2-geitonogamy-3-karyogamy-4-autogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTI4OTc-wind-pollinated-flowers-are-1-small-brightly-coloured-producing-large-number-of-pollen-grains-2-small-producing-large-number-of-dry-pollen-grains-3-large-producing-abundant-nectar-and-pollen-4-small-p https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTM3NzQ-what-does-the-filiform-apparatus-do-at-the-entrance-into-the-ovule-1-it-helps-in-the-entry-of-pollen-tube-into-the-synergid-2-it-prevents-the-entry-of-more-than-one-pollen-tube-into-the-embryo-sac-3-i https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY0ODk1-anthesis-is-a-phenomenon-that-refers-to-1-formation-of-pollen-2-development-of-anther-3-opening-of-a-flower-bud-4-reception-of-pollen-by-stigma-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY2MTQx-in-a-flowering-plant-archesporium-gives-rise-to-1-only-the-wall-of-the-sporangium-2-both-wall-and-the-sporogenous-cells-3-wall-and-the-tapetum-4-only-tapetum-and-sporogenous-cells-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY1NTA4-in-angiosperms-pollen-tubes-liberate-their-male-gametes-into-the-1-central-cell-2-antipodal-cells-3-egg-cell-4-synergids-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY1NTEx-what-is-the-direction-of-the-micropyle-in-the-anatropous-ovule-1-upward-2-downward-3-right-4-left-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY2ODM2-anemophilly-type-of-pollination-is-found-in-1-salvia-2-bottlebrush-3-vallisneria-4-coconut-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY2ODU0-in-grasses-what-happens-in-microspore-mother-cell-for-the-formation-of-mature-pollen-grains-1-one-meiotic-and-two-mitotic-divisions-2-one-meiotic-one-mitotic-division-3-one-meiotic-division-4-one-mito https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY1MjMw-eight-nucleated-embryosac-is-1-only-monosporic-2-only-bisporic-3-only-tetra-sporic-4-any-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY1MjQ5-endosperm-is-formed-during-double-fertilization-by-1-two-polar-nuclei-one-male-gamete-2-one-polar-nucleus-one-male-gamete-3-ovum-and-male-gamete-4-two-polar-nuclei-two-male-gametes-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY1MjY4-hair-found-in-the-inflorescences-of-zea-mays-is-the-modification-of-1-style-2-stigma-3-spathe-4-filaments-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzQz-a-typical-angiosperm-anther-is-1-bilobed-and-polythecous-2-unilobed-and-monothecous-3-multilobed-and-monothecous-4-bilobed-and-dithecous-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc5MDMy-tapetum-1-is-the-outermost-layer-in-the-wall-of-microsporangium-2-helps-in-the-protection-of-the-pollen-grains-3-helps-in-dehiscence-of-anther-4-has-cells-that-generally-have-more-than-one-nucleus-1-2 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzYz-the-outer-hard-layer-of-the-pollen-wall-is-made-up-of-1-callose-which-is-easily-digested-by-enzymes-2-sporopollenin-which-is-resistant-to-all-enzymes-3-hemicellulose-which-is-difficult-to-digest-by-en https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzY0-in-over-60-of-angiosperms-pollen-grains-are-shed-at-1-2-celled-stage-2-3-celled-stage-3-4-celled-stage-4-1-celled-stage-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjM3NzMw-germ-pore-in-pollen-in-angiosperms-1-is-a-part-of-pollen-intine-where-sporopollenin-is-present-2-is-a-part-of-pollen-intine-where-sporopollenin-is-absent-3-is-a-part-of-pollen-exine-where-sporopolleni https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzU0-identify-the-incorrect-statement-regarding-parthenium-hysterophorus-1-its-pollens-are-a-very-common-cause-of-severe-respiratory-allergies-2-it-was-introduced-in-india-accidentally-as-a-contaminant-in https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzM2-at-what-temperature-pollens-can-be-stored-for-years-in-liquid-nitrogen-1-0-c-2-100-c-3-196-c-4-4-c-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzI2-pollen-grains-lose-viability-within-30-minutes-of-their-release-in-some-members-of-1-rosaceae2-leguminosae-3-poaceae4-solanaceae-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTM2MjEx-the-correct-description-of-the-structure-shown-in-the-figure-would-be-1-anatropous-ovule-1-nucellus-2-chalaza-3-raphe-4-funiculus-2-orthotropous-ovule-1-nucellus-2-micropyle-3-raphe-4-funiculus-3-anat https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzQ2-when-the-embryosac-develops-from-a-single-functional-megaspore-the-other-three-get-generate-it-is-called-as-1-monosporic-2-bisporic-3-trisporic-4-tetrasporic-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTYzNjk5-the-number-of-cycles-of-mitotic-cell-divisions-the-megaspore-goes-through-before-the-embryo-sac-is-fully-formed-is-1-12-2-3-34-4-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc5MDM4-what-guides-the-entry-of-the-pollen-tube-though-the-micropyle-into-the-embryo-sac-in-the-angiosperms-1-antipodals-2-filiform-apparatus-in-synergids-3-the-egg-cell-4-polar-nuclei-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzM4-a-typical-angiosperm-embryosac-at-maturity-is-1-8-celled-and-8-nucleate-2-8-celled-and-7-nucleate-3-7-celled-and-8-nucleate-4-7-celled-and-7-nucleate-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzY3-transfer-of-pollens-from-the-anther-to-the-stigma-of-the-same-flower-is-called-1-autogamy2-geitonogamy-3-xenogamy4-cleistogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzQ4-geitonogamy-is-1-functionally-cross-pollination-but-genetically-autogamy-2-functionally-autogamy-but-genetically-cross-pollination-3-functionally-and-genetically-autogamy-4-functionally-and-geneticall https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzU4-the-only-type-of-pollination-which-during-pollination-brings-a-genetically-different-type-of-pollen-grains-to-the-stigma-is-1-chasmogamy-2-cleistogamy-3-geitonogamy-4-xenogamy-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjM3NzM2-wind-pollinated-flowers-are-characterized-by-the-following-except-1-light-and-non-sticky-pollen-grains-2-well-exposed-stamens-3-many-ovules-in-each-ovary-4-large-often-feathery-stigma-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzMx-the-majority-of-water-plants-like-water-hyacinth-and-water-lily-are-pollinated-by-1-water2-wind-3-insects4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU5NDMz-the-diagram-shows-1-pollination-by-water-in-vallisneria-2-pollination-by-water-in-zostera-3-pollination-by-wind-in-water-hyacinth-4-pollination-by-the-wind-in-water-lily-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIzODc3-from-among-the-situations-given-below-choose-the-one-that-prevents-both-autogamy-and-geitonogamy-1-monoecious-plant-bearing-unisexual-flowers-2-dioecious-plant-bearing-only-male-or-female-flowers-3-mo https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzYx-whether-a-pollen-grain-will-be-able-to-germinate-on-a-stigma-is-primarily-decided-by-1-the-stage-at-which-the-pollen-is-shed-2-recognition-by-the-stigma-3-maturity-of-the-egg-cell-in-the-embryosac-4-e https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIzODgw-while-planning-for-an-artificial-hybridization-programme-involving-dioecious-plants-which-of-the-following-steps-would-not-be-relevant-1-bagging-of-the-female-flower-2-dusting-of-pollen-on-the-stigma https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzUy-in-angiosperms-triple-fusion-results-in-the-formation-of-1-zygote-2-endosperm-3-nucellus-4-pec-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzYy-syngamy-in-angiosperms-results-in-the-formation-of-1-a-haploid-cell2-a-diploid-cell-3-a-triploid-cell4-a-polyploid-cell-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc5MDQw-double-fertilization-a-characteristic-of-angiosperms-results-in-the-formation-of-1-diploid-zygote-due-to-syngamy-and-triploid-primary-endosperm-cell-due-to-triple-fusion-2-triploid-zygote-due-to-tripl https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU5NDE0-in-the-most-common-type-of-endosperm-development-1-cell-wall-formation-occurs-simultaneously-with-each-nuclear-division-of-pen-from-the-beginning-2-the-pen-undergoes-successive-nuclear-divisions-to-gi https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU5NDE1-in-coconut-statement-i-coconut-water-is-a-cellular-endosperm-statement-ii-kernel-is-the-cellular-endosperm-1-statement-i-is-correct-statement-ii-is-correct-2-statement-i-is-incorrect-statement-ii-is-c https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjM3NjU3-the-endosperm-is-usually-completely-consumed-by-the-developing-embryo-in-all-the-following-except-1-pea-2-castor-3-bean-4-groundnut-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc5MDQy-scutellum-is-1-the-cotyledon-in-seeds-of-the-grass-family-2-globular-embryo-of-a-dicot-3-persistent-nucellus-in-a-seed-4-undifferentiated-sheath-enclosing-root-cap-in-monocot-seeds-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjM3Njgw-perisperm-can-be-seen-in-the-seeds-of-1-beet2-castor-3-pea4-groundnut-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTYzNzI3-after-pollination-and-fertilization-the-ovule-and-the-ovary-respectively-become-1-embryo-and-seed-2-seed-and-fruit-3-stigma-and-style-4-zygote-and-endosperm-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjM3NzM0-seed-formation-is-a-more-dependable-reproductive-strategy-in-angiosperms-because-1-pollination-and-fertilization-are-independent-of-water-2-seeds-have-better-adaptive-strategies-for-dispersal-3-seeds https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTIzODg0-the-phenomenon-wherein-the-ovary-develops-into-a-fruit-without-fertilisation-is-called-1-parthenocarpy-2-apomixis-3-asexual-reproduction-4-sexual-reproduction-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc5MDQ1-seeds-offer-several-advantages-to-angiosperms-which-of-the-following-is-not-one-1-the-process-is-more-dependable-2-better-adaptive-strategies-for-dispersal-3-protection-of-the-young-embryo-4-genetic-u https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc5MDQ2-apomixis-is-i-production-of-seeds-without-fertilization-ii-production-of-fruits-without-fertilization-iii-a-form-of-asexual-reproduction-that-mimics-sexual-reproduction-1-only-i-and-ii-are-correct-2-o https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTc5MDQ3-what-is-the-advantage-of-converting-hybrids-into-apomicts-for-farmers-1-can-be-easily-produced-year-after-year-2-segregation-of-traits-creates-more-diversity-3-a-great-reduction-in-cost-4-overcoming-i https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU5NDIz-identify-a-d-in-the-given-enlarged-view-of-one-microsporangium-showing-wall-layers-a-b-c-d-1-epidermis-endothecium-middle-layers-tapetum-2-epithelium-endothelium-middle-layers-tapetum-3-endothecium-ep https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzM3-in-angiosperms-the-mature-female-gametophyte-is-represented-by-1-nucellus-2-megaspore-3-mmc-4-embryosac-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzQ5-which-of-the-following-is-are-a-marine-plant-pollinated-by-water-1-vallisneria2-hydrilla-3-zostera4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjM3NjU2-the-yucca-plant-is-pollinated-by-1-an-obligatory-mutualist-moth-2-an-obligatory-mutualist-honeybee-3-a-commensal-moth-4-a-commensal-honeybee-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NjU2Mjk-endospermic-seeds-are-seen-in-1-bean-2-gram-3-pea-4-castor-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU5NDQx-the-diagram-shows-the-false-fruits-of-apple-and-strawberry-statement-i-false-fruits-develop-only-from-the-ovary-statement-ii-a-is-thalamus-and-b-is-achene-1-statement-i-is-correct-statement-ii-is-corr https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzQy-the-pollen-tube-releases-the-two-male-gametes-first-into-1-the-vicinity-of-the-egg-cell-2-the-vicinity-of-polar-nuclei-3-in-the-cytoplasm-of-synergids-4-in-the-cytoplasm-of-antipodals-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzU2-identify-the-incorrectly-matched-pair-cell-ploidy-1-cells-of-nucellus-diploid-2-megaspore-mother-cell-haploid-3-functional-megaspore-haploid-4-cells-of-female-gametophyte-haploid-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0MzUy-flowers-that-have-a-single-ovule-in-the-ovary-and-are-packed-into-inflorescence-are-usually-pollinated-by-1-water-2-bee-3-wind-4-bat-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzQx-which-of-the-following-is-not-used-by-flowering-plants-as-an-outbreeding-device-1-lack-of-synchronization-between-pollen-release-and-stigma-receptivity-2-anther-and-stigma-placed-at-different-levels-3 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzY1-the-body-of-the-ovule-fuses-with-the-funicle-in-the-region-called-1-chalaza-2-micropyle-3-hilum-4-nucellus-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzYwODMx-long-filamentous-threads-protruding-at-the-end-of-a-young-cob-of-maize-are-1-anthers-2-styles-3-ovaries-4-hairs-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTI0NzYw-yucca-plant-is-pollinated-by-1-gecko-lizard-2-honey-bees-3-pronuba-moth-4-wind-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTYw-q-2-embryo-sac-is-to-ovule-as-is-to-an-anther-1-stamen-2-filament-3-pollen-grain-4-androecium-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTY5-choose-the-correct-statement-from-the-following-1-cleistogamous-flowers-always-exhibit-autogamy-2-chasmogamous-flowers-always-exhibit-geitonogamy-3-cleistogamous-flowers-exhibit-both-autogamy-geitonog https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTcw-q-12-a-particular-species-of-plant-produces-light-non-sticky-pollen-in-large-numbers-and-its-stigmas-are-long-and-feathery-these-modifications-facilitate-pollination-by-1-insects-2-water-3-wind-4-anim https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTcx-from-among-the-situations-given-below-choose-the-one-that-prevents-both-autogamy-and-geitonogamy-1-monoecious-plant-bearing-unisexual-flowers-2-dioecious-plant-bearing-only-male-or-female-flowers-3-mo https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTcy-in-a-fertilised-embryo-sac-the-haploid-diploid-and-triploid-structure-are-1-synergid-zygote-and-primary-endosperm-nucleus-2-synergid-antipodal-and-polar-nuclei-3-antipodal-synergid-and-primary-endospe https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjMxNTcz-in-an-embryo-sac-the-cells-that-degenerate-after-fertilisation-are-1-synergids-and-primary-endosperm-cell-2-synergids-and-antipodals-3-antipodals-and-primary-endosperm-cell-4-egg-and-antipodals-1-2-3 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzA5Njc3-choose-the-correct-match-with-respect-to-ploidy-level-in-angiosperms-1-synergids-triploid-3n-2-antipodal-cells-triploid-3n-3-secondary-nucleus-diploid-2n-4-egg-cell-diploid-2n-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mjg1MTMw-match-the-two-columns-that-represent-plant-organs-i-and-parts-within-these-organs-ii-column-i-column-ii-a-carpel-i-calyx-corolla-b-perianth-ii-vegetative-cell-generative-cell-c-microsporocyte-iii-stig https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjkzNzgy-which-process-is-matched-with-a-valid-example-process-example-1-seed-dispersal-a-stamen-explodes-in-the-wind-2-fertilization-a-nucleus-from-the-pollen-grain-fuses-with-a-nucleus-in-the-ovule-3-fertili https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzA5OTc3-read-the-two-statements-a-b-given-below-and-select-the-correct-option-a-embryo-sac-of-angiosperms-is-a-7-celled-structure-b-embryo-sac-has-three-synergid-cells-1-both-a-and-b-are-correct-2-both-a-and https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTczMTA2-a-typical-anther-shows-a-two-lobes-with-two-theca-each-b-each-lode-as-dithecous-c-all-cells-in-a-given-microsporangium-as-potential-pmc-d-thousands-of-micropores-per-microsporangium-out-of-these-state https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mjg1Mjk4-identify-two-correct-characteristic-features-of-p-autogamy-and-q-allogamy-from-the-following-statements-1-plant-species-usually-does-not-depend-on-external-agents-2-plant-species-usually-depends-on-ex https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MTI5-from-the-statements-given-below-choose-the-option-that-are-not-true-for-a-typical-female-gametophyte-of-a-flowering-plant-i-it-is-8-nucleate-and-7-celled-at-maturity-ii-it-is-cellular-during-the-devel https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NzQwOTI-from-the-statements-given-below-choose-the-option-that-are-not-true-for-a-typical-female-gametophyte-of-a-flowering-plant-i-it-is-8-nucleated-and-7-celled-at-maturity-ii-it-is-cellular-during-the-deve https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246NDc2OTI-from-the-statements-given-below-choose-the-option-that-are-true-for-a-typical-female-gametophyte-of-a-flowering-plants-i-it-is-8-nucleate-and-7-celled-at-maturity-ii-it-is-free-nuclear-during-the-deve https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzQ0MDMz-which-of-the-following-statement-s-is-are-correct-about-pollination-a-wind-pollinated-flowers-have-a-single-ovule-in-each-ovary-b-both-wind-and-water-pollinated-flowers-do-not-produce-nectar-c-bees-ar https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTg2MTkz-match-the-following-column-i-column-i-i-external-fertilization-i-pollen-grain-ii-androecium-ii-anther-wall-iii-male-gametophyte-iii-algae-iv-primary-parietal-layer-iv-stamens-1-i-iv-ii-i-iii-ii-iv-iii https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzYxODE1-assertion-a-the-hybrid-seeds-have-to-be-produced-every-year-reason-r-it-shows-the-segregation-of-characters-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-and-r https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzYxODE2-assertion-a-sporopollenin-is-one-of-the-most-resistant-organic-materials-and-protects-the-pollen-grain-reason-r-pollen-grains-are-well-preserved-as-fossils-choices-for-assertions-and-reasons-1-both-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzYxODE4-assertion-a-active-research-is-going-on-to-transfer-apomictic-genes-into-hybrid-varieties-reason-r-production-of-hybrid-seeds-is-a-costly-affair-choices-for-assertions-and-reasons-1-both-a-and-r-are-t https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzYxODE5-consider-the-given-two-statements-assertion-a-angiosperms-exhibit-double-fertilisation-reason-r-two-fusion-events-syngamy-and-triple-fusion-occur-in-microsporangium-1-both-a-and-r-are-true-and-r-is-th https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246ODkyMjU-attractants-and-rewards-are-required-for-1-entomophily-2-hydrophily-3-cleistogamy-4-anemophily-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTEzNzA-pollen-tablets-are-available-in-the-market-for-1-in-vitro-fertilization-2-breeding-programmes-3-supplementing-food-4-ex-situ-conservation-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU4NDQx-animal-vectors-are-required-for-pollination-in-1-vallisneria-2-mulberry-3-cucumber-4-maize-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU4NDUw-megaspores-are-produced-from-the-megaspore-mother-cells-after-1-mitotic-division-2-formation-of-a-thick-wall-3-differentiation-4-meiotic-division-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzU4NDcx-which-one-of-the-following-statements-is-correct-1-cleistogamous-flowers-are-always-autogamous-2-xenogamy-occurs-only-by-wind-pollination-3-chasmogamous-flowers-do-not-open-at-all-4-geitonogamy-involv https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTIzODM-even-in-the-absence-of-pollinating-agents-seed-setting-is-assured-in-1-commelina-2-zostera-3-salvia-4-fig-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjUxMjk0-in-angiosperms-functional-megaspore-develops-into-1-pollen-sac-2-embryo-sac-3-ovule-4-endosperm-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTM2MzE-endosperm-is-consumed-by-developing-embryo-in-the-seed-of-1-coconut-2-castor-3-pea-4-maize-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTM0OTY-which-one-of-the-following-pairs-of-plant-structures-has-a-haploid-number-of-chromosomes-1-megaspore-mother-cell-and-antipodal-cells-2-egg-cell-and-antipodal-cells-3-nucellus-and-antipodal-cells-4-egg https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTM4Nzc-which-one-of-the-following-is-surrounded-by-a-callose-wall-1-microspore-mother-cell-2-male-gamete-3-egg-4-pollen-grain-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTM4NzY-male-gametes-in-angiosperms-are-formed-by-the-division-of-1-microspore-2-generative-cell-3-vegetative-cell-4-microspore-mother-cell-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-pb246OTQwOTA-long-filamentous-threads-protruding-at-the-end-of-a-young-cob-of-maize-are-1-anthers-2-styles-3-ovaries-4-hairs-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY1MDA5-ornithophilly-takes-place-in-1-yellow-flower-having-nectaries-2-scented-flower-3-flower-with-charming-colour-4-modified-corolla-tube-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY1MTU4-which-pair-is-of-insectivorous-plants-1-drosera-and-vallisneria-2-utricularia-and-hydrilla-3-allobandra-and-utricularia-4-rafflesia-and-dionea-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY2ODU3-adventive-embryony-in-citrus-is-due-to-1-nucellus-2-integuments-3-zygotic-embryo-4-fertilized-egg-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY1NTE0-in-angiosperm-all-four-microspores-of-a-tetrad-are-covered-by-a-layer-that-is-formed-by-1-pectocellulose-2-callose-3-cellulose-4-sporopollenin-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY0OTMz-an-ovule-that-becomes-curved-so-that-the-nucellus-and-embryo-sac-lies-at-right-angles-to-the-funicle-is-1-campylotropous-2-anatropous-3-orthotropous-4-hemitropous-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY0MTIw-through-which-cell-of-the-embryo-sac-does-the-pollen-tube-enter-the-embryo-sac-1-persistant-synergid-2-egg-cell-3-central-cell-4-degenerated-synergid-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY0MTIz-in-a-type-of-apomixis-known-as-adventive-embryony-embryos-develop-directly-from-the-1-synergids-or-antipodals-in-an-embryo-sac-2-nucellus-or-integuments-3-zygote-4-accessory-embryo-sacs-in-the-ovule-1 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MjY0MTcy-which-one-of-the-following-represents-an-ovule-where-the-embryo-sac-becomes-horseshoe-shaped-and-the-funiculus-and-micropyle-are-close-to-each-other-1-amphitropous-2-anatropous-3-circinotropous-4-atro https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk5NjYz-three-options-given-below-describe-the-same-structure-in-an-angiosperm-identify-the-one-that-does-not-belong-to-the-group-1-megagametophyte-2-megasporangium-3-female-gametophyte-4-embryo-sac-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI1NDI1-in-michelia-the-gynoecium-1-has-multiple-distinct-carpels-2-has-multiple-carpels-fused-in-a-single-bundle-3-has-a-single-carpel-4-has-multiple-carpels-fused-in-multiple-bundles-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI1NDA3-which-of-the-following-is-the-correct-description-of-an-anther-1-pollen-sac-2-the-pollen-producing-reproductive-organ-of-a-flower-3-the-male-gametophyte-of-angiosperms-4-the-part-of-a-stamen-that-cont https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDM3MjEz-consider-the-two-statements-assertion-a-flowering-plants-have-evolved-adaptations-to-promote-cross-pollination-reason-r-most-angiosperms-are-dioeceous-plants-1-both-a-and-r-are-true-and-r-correctly-ex https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk5Njcz-consider-the-given-two-statements-statement-i-the-pollen-can-recognize-the-pistil-whether-it-is-of-the-right-type-compatible-or-of-the-wrong-type-incompatible-statement-ii-pollen-of-the-same-species-w https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk5NjU2-consider-the-given-two-statements-assertion-a-pollen-grain-exine-has-prominent-apertures-called-germ-pores-where-sporopollenin-is-absent-reason-r-germ-pore-is-the-structure-through-which-the-germ-tube https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDA5MzAw-consider-the-given-two-statements-assertion-a-majority-of-flowering-plants-produce-unisexual-flowers-reason-r-in-unisexual-flowers-pollen-grains-are-likely-to-come-in-contact-with-the-stigma-of-the-sa https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDA5MjY1-consider-the-given-two-statements-assertion-a-the-innermost-layer-of-the-wall-of-microsporangium-is-critical-for-the-pollen-grains-in-angiosperms-reason-r-cells-of-this-layer-possess-dense-cytoplasm-a https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTMxOTg3-regarding-outbreeding-devices-in-angiosperms-a-self-incompatibility-allows-only-self-pollen-to-fertilise-ovules-b-dioecy-prevents-autogamy-but-not-geitonogamy-1-only-a-is-correct-2-only-b-is-correct-3 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTEzNjI3-assertion-a-cells-of-tapetum-have-more-than-one-nucleus-reason-r-they-undergo-meiosis-without-cytokinesis-options-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTAyMTU3-consider-the-given-two-statements-assertion-a-in-xenogamy-pollen-is-transferred-from-the-anther-of-one-plant-to-the-stigma-of-another-plant-of-a-different-species-reason-r-xenogamy-results-in-genetic https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDA0-microsporogenesis-involves-1-mitosis-followed-by-meiosis-2-meiosis-followed-by-mitosis-3-only-meiosis-4-only-mitosis-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI1NTE5-the-first-mitotic-division-of-the-zygote-in-angiosperms-divides-the-fertilized-egg-into-a-basal-cell-and-a-terminal-cell-where-1-the-basal-cell-degenerates-and-the-terminal-cell-gives-rise-to-both-the https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MTU2MTQz-what-functions-as-the-embryonic-root-of-the-plant-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDQ2NzEz-consider-the-given-two-statements-assertion-a-endosperm-is-formed-before-fertilization-in-angiosperms-reason-r-it-provides-nourishment-to-the-developing-embryo-1-both-a-and-r-are-true-and-r-is-the-cor https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NTU2-consider-the-given-two-statements-statement-i-in-over-60-per-cent-of-angiosperms-pollen-grains-are-shed-at-2-celled-stage-statement-ii-in-the-remaining-species-the-vegetative-cell-divides-mitotically https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDQ4MTU0-polyembryony-in-mango-is-due-to-1-the-formation-of-multiple-zygotes-2-the-development-of-additional-embryos-from-the-integument-3-the-development-of-embryos-from-somatic-cells-of-the-ovule-4-fertiliza https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDA5Mjg1-consider-the-given-two-statements-assertion-a-active-research-is-going-on-in-many-laboratories-around-the-world-to-understand-the-genetics-of-apomixis-and-to-transfer-apomictic-genes-into-hybrid-varie https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NTAyMTY1-which-of-the-following-statements-is-true-about-polyembryony-1-it-refers-to-the-presence-of-multiple-cotyledons-in-the-embryo-2-it-is-the-formation-of-multiple-embryos-from-a-single-fertilized-egg-3-i https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDgz-consider-the-given-two-statements-assertion-a-polyembryony-is-the-occurrence-of-more-than-one-embryo-in-a-seed-reason-r-in-certain-species-like-citrus-and-mango-the-female-gametophytes-has-multiple-eg https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDU2MTc2-consider-the-given-two-statements-assertion-a-parthenocarpy-is-desirable-in-fruit-crops-such-as-banana-and-orange-reason-r-parthenocarpy-leads-to-development-of-seeds-without-fertilization-1-both-a-an https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246MzI1NDI4-the-plumule-of-a-eudicot-seed-consists-of-all-of-the-following-except-1-epicotyl-2-shoot-apical-meristem-3-young-leaves-4-hypocotyl-1-2-3-4 https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246Mzk1NjAx-consider-the-given-two-statements-assertion-a-in-angiosperms-seed-formation-is-a-dependable-process-of-sexual-reproduction-reason-r-in-angiosperms-reproductive-processes-such-as-pollination-and-fertil https://medminds.me/qbank/botany/sexual-reproduction-in-flowering-plants/?q=NP-b246NDg0NDY4-consider-the-given-two-statements-statement-i-in-some-species-remnants-of-the-nucellus-persist-in-the-seed-as-perisperm-statement-ii-perisperm-is-a-type-of-endosperm-that-provides-nutrition-to-the-dev https://medminds.me/qbank/botany/the-living-world/?q=NP-Rpb246NzIyNQ-an-attribute-found-in-plants-but-not-animals-is-1-metabolism-2-sexual-reproduction-3-autotrophy-4-asexual-reproduction-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-Rpb246NzQ0MA-which-of-the-following-is-less-general-in-characters-as-compared-to-genus-1-species-2-family-3-class-4-division-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MjU1MTk-consider-the-following-two-statements-i-in-the-single-celled-organisms-we-are-not-very-clear-about-the-usage-of-the-two-terms-ndash-growth-and-reproduction-ii-when-it-comes-to-unicellular-organisms-li https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MjU1MjA-consider-the-following-two-statements-i-cellular-organization-of-the-body-is-the-defining-feature-of-life-forms-ii-metabolic-reactions-cannot-be-demonstrated-outside-the-body-in-cell-free-systems-1-bo https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MjU1MjE-the-most-obvious-complicated-feature-of-all-living-organisms-is-1-the-ability-to-sense-their-surroundings-or-environment-and-respond-to-these-environmental-stimuli-2-reproduction-sexual-or-asexual-for https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MjU1MjI-identify-the-incorrect-statement-1-biological-names-are-generally-in-latin-and-written-in-italics-they-are-latinised-or-derived-from-latin-irrespective-of-their-origin-2-the-first-word-in-a-biological https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MjU1MjM-the-scientific-term-for-biological-classification-categories-is-the-1-species-2-taxon-3-phylum-4-domain-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MjU1MjQ-what-is-meant-by-the-species-problem-1-the-exact-definition-of-species-is-still-controversial-2-the-exact-mechanisms-of-speciation-is-not-known-3-the-number-of-species-present-is-much-more-than-identi https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MjU1MjU-which-of-the-following-taxonomic-categories-are-correctly-matched-to-their-standard-termination-of-names-with-respect-to-biological-classification-of-plants-i-division-phyta-ii-class-opsida-iii-order https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MjU1MjY-consider-the-following-statements-i-higher-the-taxa-more-are-the-characteristics-that-members-whithin-the-taxon-share-ii-lower-the-category-greater-is-the-difficulty-of-determining-the-relationship-to https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MjU1Mjc-the-indian-botanical-garden-and-the-national-botanical-research-institute-are-located-respectively-at-1-pune-and-howrah-2-howrah-and-lucknow-3-darjeeling-and-lucknow-4-shimla-and-dehradun-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MjU1Mjg-match-each-item-in-column-i-with-one-in-column-ii-and-choose-your-answer-from-the-codes-given-below-column-i-taxonomical-aid-column-ii-feature-i-flora-1-useful-in-providing-information-for-identificat https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246Mjk2ODI-as-we-go-lower-from-kingdom-to-species-the-number-of-common-characters-at-each-taxon-1-goes-on-decreasing-2-goes-on-increasing-3-remains-same-4-there-is-no-pattern-to-this-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzA0NTM-which-of-the-following-taxonomic-categories-contains-organisms-least-similar-to-one-another-1-class-2-genus-3-family-4-species-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzE2MDU-match-each-item-in-column-i-with-one-item-in-column-ii-regarding-taxonomic-categories-of-humans-and-chose-your-answer-from-the-codes-given-below-column-i-column-ii-i-family-1-primata-ii-order-2-homini https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ0MTQ-the-label-of-a-herbarium-sheet-does-not-carry-information-on-1-date-of-collection-2-name-of-collector-3-local-names-4-height-of-the-plant-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ0MTU-match-column-i-with-column-ii-for-housefly-classification-and-select-the-correct-option-using-the-codes-given-below-column-i-column-ii-a-family-1-diptera-b-order-2-arthropoda-c-class-3-muscidae-d-phyl https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ0MTY-study-the-four-statements-i-iv-given-below-and-select-the-two-correct-ones-out-of-them-i-definition-of-biological-species-was-given-by-ernst-mayr-ii-photoperiod-does-not-affect-reproduction-in-plants https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ0MTk-the-living-organisms-can-be-unexceptionally-distinguished-from-the-non-living-things-on-the-basis-of-their-ability-for-1-responsiveness-to-touch-2-interaction-with-the-environment-and-progressive-evol https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ0MjA-biological-organisation-starts-with-1-submicroscopic-molecular-level-2-cellular-level-3-organismic-level-4-atomic-level-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ0MjE-icbn-stands-for-1-indian-congress-of-biological-names-2-international-code-for-botanical-nomenclature-3-international-congress-of-biological-names-4-indian-code-of-botanical-nomenclature-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ0MjI-evolutionary-history-of-an-organism-is-known-as-1-phylogeny-2-ancestry-3-paleontology-4-ontogeny-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ0NDk-which-one-of-the-following-is-not-a-correct-statement-1-herbarium-houses-dried-pressed-and-preserved-plant-specimens-2-botanical-gardens-have-collection-of-living-plants-for-reference-3-a-museum-has-c https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ0Nzc-two-plants-can-be-conclusively-said-to-belong-to-the-same-species-if-they-1-can-reproduce-freely-with-each-other-and-form-viable-seeds-2-have-more-than-90-percent-similar-genes-3-look-similar-and-poss https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ1MTE-which-one-of-the-following-is-common-to-multicellular-fungi-filamentous-algae-and-protonema-of-mosses-1-diplontic-life-cycle-2-members-of-kingdom-plantae-3-mode-of-nutrition-4-multiplication-by-fragme https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzQ1NjQ-which-one-of-the-following-animals-is-correctly-matched-with-its-particular-named-taxonomic-category-1-cuttlefish-ndash-mollusca-a-class-2-humans-ndash-primata-the-family-3-housefly-ndash-musca-an-ord https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246MzczNDE-nicotiana-sylvestris-flowers-only-during-long-days-and-n-tabacum-flowers-only-during-short-days-if-raised-in-the-laboratory-under-different-photoperiods-they-can-be-induced-to-flower-at-the-same-time https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246Mzc0Mjg-the-taxon-which-includes-related-species-is-1-class-2-order-3-family-4-genus-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246Mzc0Mjk-match-the-following-columns-and-select-the-correct-option-column-i-column-ii-a-panthera-tigris-i-mango-b-mangifera-indica-ii-common-indian-frog-c-musca-domestica-iii-cockroach-d-periplaneta-americana https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246Mzc0Njk-which-of-the-following-features-can-be-said-to-be-a-true-defining-feature-of-living-beings-without-any-exception-1-they-can-digest-their-food-2-all-of-them-can-reproduce-3-they-can-regenerate-4-they-c https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246Mzc1NzM-select-the-correct-sequence-for-homo-erectus-1-erectus-rarr-homo-rarr-primata-rarr-chordata-rarr-animalia-2-homo-rarr-erectus-rarr-primata-rarr-animalia-rarr-chordata-3-homo-rarr-erectus-rarr-primata https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246Mzc2MzM-which-of-the-following-is-the-correct-scientific-name-of-wheat-derived-by-binominal-nomenclature-1-triticum-vulgare-2-triticum-aestivum-3-oryza-sativa-4-zea-mays-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246Mzc5Nzk-taxonomic-hierarchy-refers-to-1-step-wise-arrangement-of-all-categories-for-classification-of-plants-and-animals-2-a-group-of-senior-taxonomists-who-decide-the-nomenclature-of-plants-and-animals-3-a-l https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3ODc-find-out-the-wrong-statement-a-increase-in-mass-and-increase-in-number-of-individuals-are-twin-characteristics-of-growth-b-growth-reproduction-and-ability-to-respond-are-the-only-unique-features-of-li https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3ODg-in-of-higher-animals-and-plants-and-are-mutually-events-a-all-cell-division-replacement-dependent-b-majority-growth-reproduction-exclusive-c-all-growth-cell-division-dependent-d-majority-cell-division https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3ODk-what-is-correct-with-respect-to-growth-a-increase-in-body-mass-is-not-a-criterion-for-growth-b-increase-in-body-mass-is-not-observed-in-non-living-things-c-increase-in-mass-from-inside-is-the-basis-of https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3OTA-growth-is-not-considered-as-a-defining-property-of-living-beings-because-a-it-is-difficult-to-observe-or-measure-b-not-a-single-criterion-for-the-measurement-of-growth-c-also-observed-in-non-living-d https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3OTE-growth-is-a-characteristic-of-a-living-systems-b-living-organisms-c-non-living-objects-d-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3OTI-how-many-of-the-following-will-show-the-growth-or-increase-in-mass-mountain-boulders-sand-mound-dead-organism-plants-a-3-b-4-c-1-d-2-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3OTM-select-the-correct-combination-a-plants-limited-cell-division-b-animals-cell-division-throughout-life-span-in-all-type-of-cells-c-unicellular-organisms-growth-observation-by-microscope-d-living-organi https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3OTQ-match-the-following-p-yeast-a-regeneration-q-hydra-b-budding-r-protonema-of-mosses-c-fragmentation-s-filamentous-algae-t-planaria-u-flat-worms-p-q-r-s-t-u-1-b-a-b-b-a-c-2-c-c-b-a-a-c-3-c-a-c-b-b-a-4-b https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3OTU-reproduction-cannot-be-a-asexual-b-characteristics-of-living-organisms-c-synonymous-of-growth-in-multicellular-organism-d-a-form-of-fragmentation-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3OTY-increase-in-number-can-be-a-growth-b-reproduction-c-both-a-and-b-d-accumulation-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3OTc-reproduction-cannot-be-an-all-inclusive-defining-characteristic-of-living-organism-because-of-a-asexual-reproduction-b-non-living-organisms-also-replicate-c-examples-of-worker-bees-d-may-occur-in-all https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3OTg-how-many-of-the-following-cannot-reproduce-infertile-humans-worker-bees-mules-boulders-fungi-protonema-of-mosses-a-4-b-3-c-1-d-5-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI3OTk-in-organisms-is-synonymous-with-a-unicellular-increase-in-mass-and-increase-in-number-b-multicellular-increase-in-mass-and-increase-in-number-c-unicellular-reproduction-and-growth-d-multicellular-repr https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI4MDA-what-is-wrong-with-respect-to-metabolism-a-chemical-conversions-or-metabolic-conversions-are-constantly-going-on-b-metabolic-reactions-occur-simultaneously-c-the-sum-total-of-all-the-chemical-reaction https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI4MDE-isolated-metabolic-conversions-in-vitro-are-a-living-things-b-living-reactions-c-non-living-conversions-d-non-living-things-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI4MDI-what-is-wrong-with-respect-to-living-reactions-a-neither-living-nor-non-living-b-outside-the-body-c-test-tube-reactions-d-occurring-in-cells-in-the-test-tubes-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI4MDM-is-the-defining-feature-of-living-beings-exception-a-metabolic-reactions-with-b-metabolism-without-c-isolated-metabolic-reactions-without-d-metabolism-with-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI4MDQ-the-most-obvious-and-technically-complicated-feature-of-all-living-organisms-would-be-a-sensing-stimuli-and-responding-to-it-b-metabolism-c-reproduction-d-defence-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI4MDU-according-to-all-limitations-finally-which-is-the-defining-feature-of-life-forms-a-metabolism-b-cellular-organisation-c-reproduction-d-growth-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI4MDY-it-is-technically-complicated-to-respond-to-which-type-of-environmental-stimuli-a-chemical-b-biological-c-physical-d-all-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI4MDc-what-is-defining-property-of-the-living-organisms-a-consciousness-b-reproduction-c-growth-d-metabolism-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI4MDg-plants-respond-to-which-types-of-external-factors-a-light-water-temperature-and-pollutants-b-light-water-temperature-other-organisms-and-pollutants-c-light-and-temperature-d-light-temperature-and-poll https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDI4MDk-photoperiod-affects-a-reproduction-of-seasonal-breeder-animals-only-b-metabolism-of-seasonal-breeder-animals-c-metabolism-of-seasonal-breeders-d-reproduction-of-seasonal-breeders-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNDA-find-out-the-wrong-statement-a-increase-in-mass-and-increase-in-number-of-individuals-are-two-different-characteristics-of-growth-b-growth-reproduction-and-ability-to-respond-are-the-only-unique-featu https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNDU-what-is-true-with-respect-to-consciousness-a-all-organisms-are-aware-of-themselves-b-all-organisms-handle-chemicals-entering-their-bodies-c-prokaryotic-organisms-do-not-respond-to-environmental-cues-d https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNDY-the-only-self-conscious-organisms-are-1-humans-2-apes-and-humans-3-mammals-4-primates-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNDc-if-we-define-self-consciousness-as-the-defining-property-of-human-beings-what-can-be-the-exception-to-it-a-blind-people-b-autistic-child-c-coma-patient-d-heart-patient-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNDg-if-we-define-coma-patient-under-living-category-which-of-the-following-will-not-be-a-supporting-feature-to-him-or-her-a-metabolism-b-self-consciousness-c-cellular-organization-d-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNDk-all-living-phenomena-occur-due-to-a-interactions-b-properties-of-cellular-components-c-properties-of-molecular-components-d-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNTA-the-living-organisms-are-a-self-replicating-self-regulating-interactive-system-b-self-replicating-self-regulating-evolving-interactive-system-c-self-replicating-self-regulating-evolving-interactive-sy https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNTE-which-of-the-following-statement-is-incorrect-a-biology-is-the-story-of-evolution-of-living-organism-on-earth-b-all-living-organisms-are-related-to-each-other-by-sharing-common-genetic-material-with-n https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNTI-by-increasing-the-area-of-observation-hellip-and-hellip-hellip-hellip-of-organisms-will-increase-1-size-and-variety-2-range-and-variety-3-efficiency-and-range-4-growth-and-variety-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNTM-biodiversity-means-a-number-of-organisms-known-b-types-of-organisms-known-c-number-of-species-known-d-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNTQ-what-is-correct-with-respect-to-diversity-in-the-living-world-a-1-8-1-9-billion-b-exploring-old-areas-no-new-species-c-exploring-new-areas-no-new-species-d-dense-forest-will-have-more-diversity-than-y https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNTU-nomenclature-is-important-1-so-that-it-may-become-easy-to-talk-about-that-organism-in-different-states-2-so-that-we-may-assign-a-single-name-to-an-organism-valid-all-over-the-world-3-to-avoid-confusio https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNTY-nomenclature-is-a-assigning-a-single-name-to-an-organism-valid-all-over-the-world-b-defining-properties-of-an-organism-c-localizing-the-area-of-abundance-for-that-organism-d-assigning-three-sets-of-na https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNTc-what-is-prerequisite-for-nomenclature-1-description-of-organism-2-knowledge-of-which-organism-is-considered-for-a-particular-name-3-identification-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNTg-established-procedures-to-assign-a-scientific-name-are-1-acceptable-to-biologists-of-usa-2-acceptable-to-biologists-of-india-3-acceptable-to-biologists-of-germany-4-acceptable-to-biologists-of-all-ove https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNTk-icbn-stands-for-1-international-code-for-binomial-nomenclature-2-international-code-for-biological-nomenclature-3-international-code-for-botanical-nomenclature-4-international-code-for-biogeographical https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNjA-iczn-stands-for-1-international-code-of-zoosporic-nomenclature-2-international-code-of-zygotic-nomenclature-3-international-code-of-zoological-nomenclature-4-international-code-of-zoosporangia-nomencl https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNjE-scientific-name-does-not-ensure-1-each-organism-has-only-one-name-2-description-of-any-organism-lead-to-the-same-name-of-organism-in-any-part-of-the-world-3-no-two-organisms-have-the-same-name-4-statu https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNjI-indica-is-1-specific-epithet-of-mango-2-specific-epithet-of-indus-valley-species-3-specific-epithet-of-wheat-indian-species-4-specific-epithet-of-rice-indian-species-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNjM-biological-names-are-hellip-hellip-in-hellip-hellip-and-written-in-hellip-hellip-hellip-1-always-latin-italics-2-generally-italics-latin-3-generally-latin-italics-4-always-italics-latin-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNjU-latin-origin-is-indicated-by-1-by-separately-underlining-when-handwritten-2-by-printing-in-italics-3-both-a-and-b-4-by-capitalizing-first-alphabet-of-generic-name-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNjY-name-of-the-author-is-not-written-in-which-of-the-following-way-1-after-the-specific-epithet-2-in-abbreviated-form-3-at-the-end-of-biological-name-4-written-in-italics-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNjc-classification-is-not-associated-with-1-grouping-into-convenient-categories-2-based-on-easily-observable-characters-3-purpose-is-to-study-all-the-living-organisms-4-writing-scientific-names-in-impress https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNjg-what-is-incorrect-with-respect-to-taxa-1-represents-a-category-at-different-levels-2-human-and-homo-sapiens-represents-different-taxa-3-mammals-dogs-and-animals-represent-taxa-at-different-levels-4-ta https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNjk-binomial-nomenclature-is-the-system-p-given-by-carolus-linnaeus-q-practiced-by-scientists-of-botany-only-r-provides-a-name-with-two-components-s-inconvenient-than-earlier-naming-systems-how-many-of-th https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNzA-which-of-the-following-is-wrong-with-respect-to-taxonomy-1-process-of-classification-2-external-and-internal-structure-structure-of-cell-development-process-and-ecological-information-is-the-basis-of https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNzE-the-processes-which-are-not-basic-to-taxonomy-include-1-characterization-2-identification-3-observation-4-nomenclature-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNzI-the-earliest-classifications-were-based-on-the-of-various-organisms-1-morphology-2-anatomy-3-uses-4-habitat-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNzM-what-is-not-true-with-respect-to-systematics-1-systematic-arrangement-of-organisms-2-derived-from-latin-word-systema-3-the-study-of-relationships-among-different-organisms-4-does-not-account-any-kind https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNzQ-systema-naturae-is-1-publication-of-linnaeus-2-institute-for-classification-studies-3-method-to-classify-organisms-4-evolutionary-relationship-studies-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNzY-step-of-classification-does-not-represent-1-rank-2-taxon-3-space-4-unit-of-classification-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNzc-taxonomic-categories-together-makes-1-criteria-for-nomenclature-2-taxonomic-hierarchy-3-taxonomic-domain-4-criteria-for-identification-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNzg-taxonomic-groups-or-categories-are-1-not-distinct-biological-entities-2-distinct-biological-entities-not-morphological-aggregates-3-part-of-overall-taxonomic-arrangement-4-rank-denoting-entities-1-2-3 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwNzk-kingdom-phylum-class-order-family-genus-species-this-hierarchy-specifies-1-categories-of-plants-2-categories-of-animals-3-both-a-and-b-4-categories-of-bacteria-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwODE-what-does-not-hold-true-with-species-1-group-of-individual-organisms-2-having-fundamental-similarities-3-having-morphological-differences-4-each-genus-has-only-one-specific-epithet-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwODI-which-of-the-following-is-matched-incorrectly-1-mangifera-indica-2-panthera-tuberosum-3-solanum-melongena-4-solanum-nigrum-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwODM-genus-has-1-more-common-character-possessing-group-of-one-species-than-other-species-2-more-common-character-possessing-group-of-species-than-species-of-other-genera-3-less-common-character-possessing https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwODQ-genera-are-1-an-aggregate-of-different-species-2-an-aggregate-of-closely-related-species-3-an-aggregate-of-different-organism-of-a-single-species-4-an-aggregate-of-closely-related-organisms-of-a-singl https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwODU-which-of-the-following-set-is-not-correct-1-potato-and-brinjal-2-lion-leopard-and-cat-3-tigris-pardus-and-leo-4-nigrum-and-melongena-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwODY-cats-come-under-felis-which-taxon-are-we-talking-about-1-class-2-order-3-genus-4-species-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwODc-as-we-go-from-species-to-kingdom-1-the-number-of-similarities-gets-reduced-than-previous-taxon-2-the-number-of-similarities-gets-increased-than-previous-taxon-3-the-number-of-dissimilarities-gets-redu https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwODg-families-are-characterised-1-on-the-basis-of-vegetative-features-2-on-the-basis-of-reproductive-features-3-both-a-and-b-4-on-the-basis-of-morphological-features-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwODk-identify-the-correct-match-1-felis-canidae-2-datura-solanaceae-3-petunia-leguminoceae-4-dogs-felidae-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwOTA-felidae-does-not-have-1-dogs-2-cats-3-tiger-4-leopard-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwOTE-order-and-higher-taxon-are-identified-on-the-basis-of-1-similarities-in-characters-2-dissimilarities-in-characters-3-aggregates-of-characters-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwOTM-polymoniales-have-families-like-solanaceae-and-convolvulaceae-mainly-based-on-the-1-floral-characters-2-aestivation-3-leaf-shape-4-root-system-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwOTQ-felidae-and-canidae-are-included-in-the-order-1-carnivora-2-primata-3-diptera-4-poals-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwOTU-order-hellip-hellip-and-primate-comes-under-class-hellip-hellip-1-carnivora-mammalia-2-diptera-reptilia-3-poals-reptilia-4-diptera-mammalia-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwOTY-classes-rsquo-together-form-hellip-hellip-in-plants-a-phylum-b-division-c-kingdom-d-order-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwOTc-higher-the-category-hellip-hellip-is-the-hellip-of-determining-the-relationship-to-other-taxa-at-the-same-level-1-lesser-difficulty-2-greater-difficulty-3-more-ease-4-lesser-ways-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwOTg-the-family-of-mangifera-indica-is-1-anacardiaceae-2-sapindales-3-poals-4-muscidae-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwOTk-wheat-comes-under-which-family-1-anacardiaceae-2-poaceae-3-muscidae-4-poals-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMDA-sapindales-is-which-taxon-1-order-2-class-3-genus-4-species-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMDE-dicotyledonae-represents-a-class-b-order-c-division-d-genus-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMDI-taxonomic-studies-are-not-useful-in-1-agriculture-2-industry-3-knowing-our-bio-resources-and-their-biodiversity-4-measuring-field-capacity-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMDM-the-prime-source-of-taxonomic-studies-is-a-classification-of-correct-specimen-b-identification-of-specimen-c-collection-of-actual-specimen-d-knowing-the-biodiversity-value-of-specimen-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMDQ-herbarium-does-not-account-which-of-the-following-statement-1-store-house-of-collected-plant-specimen-2-plant-specimen-are-dried-pressed-and-preserved-3-arrangement-of-sheets-is-according-to-local-sys https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMDU-herbarium-sheet-gives-information-about-1-date-and-place-of-collection-only-2-english-and-local-names-only-3-collector-rsquo-s-name-only-4-not-a-single-option-with-correct-information-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMDY-the-quick-referral-system-in-taxonomic-studies-is-1-museum-2-herbarium-3-botanical-gardens-4-zoological-parks-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMDc-living-plants-are-grown-for-reference-in-which-of-the-taxanomical-aids-1-botanical-parks-2-botanical-gardens-3-botanical-research-institutes-4-forest-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMDg-plants-of-botanical-gardens-are-labelled-with-a-botanical-and-local-name-b-botanical-name-and-family-c-botanical-name-and-class-d-botanical-name-and-scientist-rsquo-s-name-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMDk-identify-the-incorrect-match-a-royal-botanical-garden-kew-england-b-indian-botanical-garden-howrah-c-nbri-manesar-india-d-quick-referral-system-herbarium-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMTA-biological-museums-have-collection-of-a-only-plants-b-only-animals-specimen-c-both-a-and-b-d-animals-plants-and-microbes-in-laminar-hood-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMTE-which-of-the-following-match-is-incorrect-with-respect-to-museum-a-insects-collected-killed-and-pinned-b-birds-and-mammals-stuffed-and-preserved-c-animal-specimen-jars-filled-with-preservative-solutio https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMTI-zoological-parks-do-not-hold-true-with-a-protected-environment-b-learning-food-habits-and-behaviour-of-animals-c-conditions-similar-to-natural-habitat-d-pet-animals-are-also-kept-there-under-human-car https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMTM-key-is-used-for-a-nomenclature-of-plants-b-nomenclature-of-plants-and-animals-c-identification-of-plants-and-animals-d-identification-of-animals-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMTQ-which-of-the-following-does-not-hold-true-for-couplet-a-basis-of-keys-b-contrasting-characters-c-has-use-in-museum-d-choice-is-made-between-two-opposite-characters-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMTU-key-at-a-time-shows-1-acceptance-of-one-character-2-acceptance-of-multiple-factors-3-rejection-of-another-character-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMTY-what-is-wrong-with-respect-to-key-of-a-taxanomical-aid-1-each-statement-in-the-key-is-called-a-lead-2-a-single-key-works-for-each-taxonomic-category-3-keys-are-analytical-in-nature-4-used-for-identifi https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMTc-which-of-the-following-is-not-the-means-of-recording-description-1-flora-2-manuals-3-keys-4-catalogues-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMTg-monographs-can-be-used-as-1-recording-descriptions-2-correct-identification-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMTk-index-of-plant-species-of-a-particular-area-can-be-studied-by-means-of-1-keys-2-biological-garden-3-manuals-4-flora-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMjA-information-on-any-one-taxon-can-be-taken-out-by-1-monographs-2-catalogues-3-flora-4-manuals-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMxMjE-for-the-identification-of-the-name-of-species-found-in-an-area-one-would-use-1-manuals-2-catalogues-3-monographs-4-museum-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDg0MTg-match-column-i-with-column-ii-and-choose-the-correct-option-column-i-column-ii-a-ex-situ-conservation-i-central-national-herbarium-b-quick-referral-system-ii-museum-c-preserved-plants-and-animals-iii https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NzQwNDE-select-correct-match-between-column-i-and-ii-column-i-column-ii-a-as-quick-referral-system-in-taxonomical-studies-i-monograph-b-collection-of-preserved-plants-and-animals-ii-herbaria-c-index-to-the-pl https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NzQzMjc-growth-and-reproduction-are-mutually-exclusive-events-in-1-bacteria-and-protista-2-protista-and-unicellular-fungi-3-yeast-and-paramoecium-4-higher-plants-and-animals-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246ODkzMjY-match-the-items-given-in-column-i-with-those-in-column-ii-and-select-the-correct-option-given-below-column-i-column-ii-a-herbarium-i-it-is-a-place-having-a-collection-of-preserved-plants-and-animals-b https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246ODk0MTg-match-column-i-with-column-ii-for-housefly-classification-and-select-the-correct-option-using-the-codes-given-below-column-i-column-ii-a-family-i-diptera-b-order-ii-arthropoda-c-class-iii-muscidae-d-p https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246OTA1NDk-nomenclature-is-governed-by-certain-universal-rules-which-one-of-the-following-is-contrary-to-the-rules-of-nomenclature-1-the-first-word-in-a-biological-name-represents-the-genus-name-and-the-second-i https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246OTQ5ODg-the-basic-unit-of-classification-is-1-species-2-genus-3-family-4-phylum-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246OTUyMDM-match-the-following-entities-of-column-i-with-their-respective-orders-of-column-ii-and-choose-the-correct-combination-from-the-option-column-i-column-ii-a-wheat-1-primate-b-mango-2-diptera-c-housefly https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTA5NzUx-which-of-the-following-characters-are-defining-features-of-all-living-organisms-a-growth-from-inside-b-sexual-reproduction-c-metabolism-d-response-to-stimuli-e-cellular-organisation-1-only-c-d-and-e-2 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTE0NzU5-select-the-correct-sequence-of-taxonomic-categories-of-mango-in-ascending-order-1-mangifera-rarr-anacardiaceae-rarr-dicotyledonae-rarr-sapindales-rarr-angiospermae-2-mangifera-rarr-anacardiaceae-rarr https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIyOTg2-what-do-a-b-and-c-represent-in-the-given-scientific-name-respectively-mangifera-indica-linn-c-b-a-a-b-c-are-1-generic-name-specific-name-and-author-s-name-2-specific-name-generic-name-and-author-s-nam https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTI1MzIw-which-of-the-following-statements-about-classification-is-not-true-i-members-of-a-family-are-less-similar-than-members-of-an-included-genus-ii-an-order-has-more-members-than-the-number-of-members-in-a https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTI2MDUx-in-how-many-organisms-present-below-in-the-box-is-reproduction-synonymous-with-growth-amoeba-yeast-diatom-mules-spirogyra-mangifera-panthera-datura-and-gonyaulax-1-7-2-5-3-4-4-6-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTMxNDk1-the-contrasting-characteristics-generally-in-a-pair-used-for-identification-of-animals-in-taxonomic-key-are-referred-to-as-1-lead-2-couplet-3-doublet-4-alternate-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTMxNTA1-which-of-the-following-is-against-the-rules-of-icbn-1-handwritten-scientific-names-should-be-underlined-separately-2-every-species-should-have-a-generic-name-and-a-specific-epithet-3-scientific-names https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTMzMTg2-species-are-considered-as-1-artificial-concept-of-human-mind-which-cannot-be-defined-in-absolute-terms-2-real-units-of-classification-devised-by-taxonomists-3-real-basic-units-of-classification-4-the https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTM4MDY0-select-correct-combination-of-the-statements-regarding-the-taxonomical-aids-a-herbaria-serve-as-quick-referral-systems-in-taxonomical-studies-b-keys-are-generally-analytical-in-nature-c-manuals-provid https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTQwOTY3-what-is-incorrect-statements-1-all-organisms-that-can-respond-to-stimuli-are-with-a-well-developed-nervous-system-2-generally-growth-and-reproduction-are-mutually-exclusive-events-in-higher-organism-3 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0MjI1-mark-the-incorrect-one-with-respect-to-taxonomic-key-1-based-on-contrasting-characters-2-generally-analytical-in-nature-3-each-statement-is-called-couplet-4-used-for-identification-of-plants-or-animal https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0MjI2-animals-dogs-and-mammals-represent-1-taxa-at-different-levels-2-taxonomic-hierarchy-3-taxa-at-equivalent-level-4-categories-at-equivalent-level-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0Mjcw-living-organisms-exhibit-distinctive-characteristics-to-differentiate-from-non-living-objects-which-one-of-the-following-statements-can-be-considered-as-defining-property-of-living-things-1-increase-i https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0Mjcx-first-step-of-taxonomy-is-1-classification-2-nomenclature-3-identification-4-characterisation-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0Mjk4-biologists-have-established-certain-procedures-and-techniques-to-store-and-preserve-the-information-as-well-as-specimens-amongst-these-which-one-has-collection-of-both-preserved-plant-and-animal-speci https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0MzA0-mark-the-correct-statements-with-respect-to-living-organisms-1-growth-and-cellular-organisation-are-considered-as-defining-properties-of-living-organisms-2-reproduction-can-be-an-all-inclusive-definin https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0MzA2-study-of-diversity-of-organisms-and-evolutionary-relationship-amongst-them-on-the-basis-of-all-possible-characters-is-called-as-1-taxonomy-2-systematics-3-alpha-taxonomy-4-phylogeny-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0MzM0-which-statements-is-incorrect-with-respect-to-genus-1-each-genus-may-have-one-or-more-than-one-specific-epithets-2-it-comprises-a-group-of-related-species-3-it-has-more-characters-in-common-in-compari https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0MzYx-choose-the-wrong-statement-with-respect-to-distinguishing-characteristics-of-living-beings-1-in-majority-of-higher-category-organisms-the-growth-and-reproduction-are-mutually-exclusive-events-2-degrow https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0Mzc1-select-incorrect-statements-with-respect-to-living-beings-1-growth-cannot-be-taken-as-a-defining-property-of-living-organisms-2-growth-can-be-easily-observed-in-vitro-culture-3-metabolic-reactions-can https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDQ3-what-is-incorrect-for-taxonomic-hierarchy-1-there-are-7-obligate-and-more-than-21-intermediate-categories-2-higher-the-category-fewer-the-number-of-organism-3-lower-the-category-more-the-number-of-com https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU4MTky-genus-represents-aggregate-of-closely-related-species-which-of-the-following-group-of-species-does-not-belong-to-same-genus-1-potato-brinjal-2-brinjal-makoi-3-lion-leopard-4-potato-sweet-potato-1-2-3 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTc0MTE3-both-the-words-in-a-biological-name-when-handwritten-are-underlined-or-printed-in-italics-to-indicate-1-they-are-endangered-2-they-are-living-3-their-latin-origin-4-now-they-are-extinct-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTc0MTE5-choose-the-correct-from-the-followings-1-mangifera-is-a-name-of-species-2-polymoniales-is-a-name-of-family-3-dicotyledonae-is-a-name-of-division-4-triticum-is-a-name-of-genus-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTc1ODg0-how-many-of-the-following-are-correct-match-a-biodiversity-number-and-type-of-organisms-present-on-earth-b-nomenclature-standardise-the-naming-of-living-organism-c-biological-names-generally-in-latin https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTc2MDI4-the-correct-definition-of-the-genus-may-be-1-genus-is-an-aggregate-of-distantly-related-species-2-genus-is-a-group-of-species-present-in-a-given-area-3-genus-is-an-aggregate-of-closely-related-species https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTc2MDk0-reproduction-is-a-character-of-living-organism-but-it-cannot-be-regarded-as-defining-property-because-1-sexual-reproduction-involves-only-a-single-parent-2-lower-organism-do-not-reproduce-under-stress https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTkzNDg3-the-highest-category-in-the-taxonomic-hierarchy-is-1-kingdom-2-phylum-3-class-4-species-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTkzNDg4-the-system-of-the-naming-of-organisms-was-developed-by-1-robert-hooke-2-carolus-linnaeus-3-t-schwann-4-ernst-mayr-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTk0MDk4-read-the-statements-carefully-and-select-the-correct-option-a-intrinsic-increase-in-mass-of-body-is-defining-property-of-living-organisms-b-reproduction-is-synonymous-with-growth-in-all-the-organisms https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTk0MTAw-taxa-with-least-number-of-common-characteristics-are-1-felis-and-panthera-2-potato-brinjal-and-makoi-3-polymoniales-and-poales-4-arthropoda-and-angiosperms-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTk0NTU0-which-of-the-given-is-not-a-defining-property-of-living-organisms-1-growth-2-metabolism-3-cellular-organization-4-consciousness-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTk0NTU1-select-the-incorrect-match-with-respect-to-the-given-taxonomic-categories-of-wheat-1-genus-triticum-2-family-aestivum-3-order-poales-4-class-monocotyledonae-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTk1NjU1-the-total-number-and-types-of-organisms-on-earth-represents-the-1-taxonomy-2-biodiversity-3-classification-4-systematics-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjUxMzEx-which-one-of-the-following-aspects-is-an-exclusive-characteristic-of-living-things-1-increase-in-mass-by-the-accumulation-of-material-both-on-the-surface-as-well-as-internally-2-isolated-metabolic-rea https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjY0OTU0-practical-purpose-of-taxonomy-or-classification-is-to-1-facilitate-the-identification-of-unknown-species-2-explain-the-origin-of-organisms-3-know-the-evolutionary-history-4-identify-medicinal-plants-1 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjY1MTQ4-which-arrangement-is-in-correct-ascending-order-1-species-genus-order-family-2-genus-species-family-order-3-order-family-genus-species-4-species-genus-family-order-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjY2MTUx-biosystematics-aims-at-1-the-classification-of-organisms-based-on-broad-morphological-characters-2-delimiting-various-taxa-of-organisms-and-establishing-their-relationships-3-the-classification-of-org https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjY2MTcy-species-are-considered-1-basic-units-of-classification-2-the-lowest-units-of-classification-3-the-artificial-concept-of-the-human-mind-which-cannot-be-defined-in-absolute-terms-4-real-units-of-classif https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mjc3Mjc2-which-one-of-the-following-belongs-to-the-family-muscidae-1-cockroach-2-house-fly-3-fire-fly-4-grasshopper-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM0NzUy-two-organisms-belonging-to-the-same-order-may-not-belong-to-the-same-1-class-2-phylum-3-family-4-kingdom-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM1NjAz-which-of-the-following-though-a-characteristic-cannot-be-a-defining-property-of-living-organisms-i-growth-ii-reproduction-iii-cellular-organization-with-metabolism-iv-consciousness-1-i-and-ii-2-i-and https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM3NTY1-monkey-gorilla-gibbon-tiger-cat-and-dog-do-not-belong-to-the-same-1-phylum-2-order-3-class-4-kingdom-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM4MTg5-which-of-the-following-statement-regarding-the-characteristic-and-defining-features-of-life-is-true-1-when-it-comes-to-multicellular-organisms-reproduction-is-synonymous-with-growth-2-isolated-metabol https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM4MTkw-the-branch-of-biology-that-deals-with-the-relationships-of-different-groups-of-organisms-and-examines-their-natural-variation-and-relationships-is-known-as-1-cladistics-2-systematics-3-taxonomy-4-iden https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM4MjAy-which-of-the-following-is-a-correct-match-between-the-biological-name-and-the-order-of-the-organism-1-homo-sapiens-ndash-hominidae-2-mangifera-indica-anacardiaceae-3-triticum-aestivum-poaceae-4-mangif https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM4NTk3-which-of-the-following-is-a-defining-feature-of-life-1-growth-2-reproduction-3-consciousness-4-movement-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM4NTk4-which-of-the-following-is-the-correct-biological-name-of-housefly-1-musca-domestica-2-musca-domestica-3-musca-domestica-4-musca-domestica-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM4NTk5-the-branch-of-biology-that-deals-with-the-relationships-of-different-groups-of-organisms-and-examines-their-natural-variation-and-relationships-is-known-as-1-cladistics-2-systematics-3-taxonomy-4-iden https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM4NjAx-which-of-the-following-is-a-correct-match-between-the-biological-name-and-the-order-of-the-organism-1-homo-sapiens-hominidae-2-mangifera-indica-anacardiaceae-3-triticum-aestivum-poaceae-4-mangifera-in https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM5NDg5-in-the-taxonomic-categories-which-hierarchical-arrangement-in-ascending-order-is-correct-in-the-case-of-animals-1-kingdom-order-phylum-class-family-genus-species-2-kingdom-phylum-class-order-family-ge https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzM5ODk4-herbarium-botanical-gardens-museum-zoological-parks-and-key-are-considered-as-1-trophic-aids-2-environmental-aids-3-pollution-aids-4-taxonomical-aids-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQyNzU2-assertion-reproduction-enables-the-continuity-of-the-species-generation-after-generation-reason-habitat-internal-physiology-of-organisms-and-several-other-factors-are-collectively-responsible-for-repr https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzODM4-given-below-are-two-statements-statement-i-all-organisms-from-prokaryotes-to-the-most-complex-eukaryotes-can-sense-to-environmental-cues-statement-ii-order-and-other-higher-taxonomic-categories-are-no https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzODQ5-characteristic-features-of-living-organisms-a-growth-is-the-defining-feature-b-metabolism-is-the-defining-feature-c-reproduction-is-an-inclusive-defining-characteristic-d-consciousness-is-the-defining https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ0NDEy-which-one-of-the-following-is-a-defining-feature-of-all-the-living-organisms-without-exception-1-reproduction-2-metabolism-3-growth-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ0NDE1-arrange-the-following-according-to-cell-organization-1-animalia-2-monera-3-fungi-4-plantae-5-protista-choose-the-correct-answer-from-the-options-given-below-1-d-rarr-b-rarr-a-rarr-e-rarr-c-2-b-rarr-e https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ0NDIx-the-process-in-which-all-living-organisms-can-be-classified-into-different-taxa-is-1-taxonomy-2-nomenclature-3-identification-4-classification-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ0NzA0-mangifera-indica-belongs-to-1-class-monocotyledonae-order-zingiberales-family-anacardiaceae-2-class-dicotyledonae-order-sapindales-family-anacardiaceae-3-class-monocotyledonae-order-myrtales-family-cu https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ0OTc2-which-one-of-the-following-has-the-least-similar-characters-1-family-2-genus-3-class-4-species-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ0OTk2-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-morphology-based-approach-to-taxonomy-is-called-alpha-taxonomy-and-it-is-old-fashioned https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ1MDc3-regarding-the-identification-of-plants-and-animals-keys-are-prepared-on-the-basis-of-similarity-and-dissimilarity-of-characters-which-of-the-following-are-correct-about-keys-a-contrasting-characters-g https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ2NTM0-which-of-the-following-are-true-about-the-taxonomical-aid-key-a-keys-are-based-on-the-similarities-and-dissimilarities-b-key-is-analytical-in-nature-c-keys-are-based-on-the-contrasting-characters-in-p https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ3ODQ3-in-the-name-panthera-leo-1-leo-is-generic-name-2-panthera-is-specific-epithet-3-both-words-should-be-underlined-separately-if-they-are-handwritten-4-leo-starts-with-small-letter-to-show-its-latin-orig https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ3ODY3-read-the-given-features-and-identify-the-taxonomic-aid-a-used-for-identification-of-plants-and-animals-based-on-similarities-and-dissimilarities-b-are-generally-analytical-in-nature-1-flora-2-monograp https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ3ODgw-select-the-incorrect-match-1-flora-ndash-actual-account-of-distribution-of-plants-of-a-given-area-2-manual-ndash-useful-in-providing-information-for-identification-of-names-of-various-species-found-in https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ3ODk4-anacardiaceae-is-a-plant-family-which-of-the-following-plants-belongs-to-this-family-1-makoi-2-mango-3-potato-4-wheat-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ3OTYz-growth-occurs-in-both-living-organisms-and-nonliving-objects-however-both-are-different-in-living-organisms-growth-1-increases-the-body-mass-2-is-intrinsic-3-takes-place-by-accumulation-of-material-on https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ4MjQx-jahi-mcmath-was-a-thirteen-year-old-girl-who-was-declared-brain-dead-in-california-following-surgery-in-2013-this-led-to-a-bioethical-debate-engendered-by-her-family-s-rejection-of-the-medicolegal-fin https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ4MjQy-given-below-is-an-article-from-a-newspaper-using-the-word-lsquo-growth-rsquo-for-the-trash-at-a-dump-site-in-new-delhi-consider-the-two-statements-below-i-the-term-lsquo-grow-rsquo-is-incorrect-for-th https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQ4MjQz-look-at-a-sample-of-a-herbarium-sheet-given-in-the-diagram-and-select-the-correct-statements-regarding-a-herbarium-i-herbarium-specimens-are-accompanied-by-a-label-that-indicates-the-location-where-th https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzUyOTYx-which-of-the-following-will-be-the-strongest-argument-in-favour-of-the-assertion-that-reproduction-cannot-be-all-inclusive-defining-characteristic-of-living-organisms-1-no-non-living-object-is-capable https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzUyOTYz-consider-the-given-two-statements-statement-i-taxa-can-indicate-categories-at-very-different-levels-statement-ii-taxonomic-groups-categories-are-not-distinct-biological-entities-but-are-merely-morphol https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzUyOTY1-if-mango-is-placed-in-the-taxonomic-category-lsquo-dicotyledonae-rsquo-the-corresponding-taxon-in-the-classification-of-housefly-would-be-1-arthropoda-2-insecta-3-diptera-4-muscidae-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzUyOTgx-in-phylogenetic-classification-systems-i-numbers-and-codes-are-given-to-all-the-observable-characters-and-the-data-is-then-processed-ii-it-is-assumed-that-organisms-belonging-to-the-same-taxa-have-a-c https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzU0NDMy-assertion-a-ndash-in-protists-and-monerans-cell-division-is-itself-a-mode-of-reproduction-reason-r-ndash-in-these-organisms-the-parent-cell-divides-to-give-rise-to-new-individuals-in-the-light-of-abov https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzU4MzY4-the-common-characteristics-between-tomato-and-potato-will-be-maximum-at-the-level-of-their-1-family-2-order-3-division-4-genus-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYxNDA5-iczn-stands-for-1-indian-code-for-zoological-nomenclature-2-indian-council-for-zoological-nomenclature-3-international-code-for-zoological-nomenclature-4-international-council-for-zoological-nomenclat https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYzNjU0-assertion-a-classification-helps-in-studying-all-living-organisms-reason-r-it-groups-the-organisms-into-convenient-categories-based-on-some-easily-observable-characteristics-1-both-a-and-r-are-true-an https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYzNjU1-assertion-a-all-categories-together-constitute-the-taxonomic-hierarchy-reason-r-category-is-a-part-of-the-overall-taxonomic-arrangement-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYzNzQ4-assertion-a-the-life-is-interesting-and-most-surprised-phenomenon-of-nature-reason-r-it-s-reflected-by-ecological-conflict-and-cooperation-among-members-of-a-population-and-among-populations-of-a-comm https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY0NzE4-in-the-classification-of-plants-the-taxonomic-unit-lsquo-division-rsquo-is-equivalent-to-which-taxonomic-unit-in-the-classification-of-animals-1-order-2-class-3-phylum-4-genus-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY0Nzcx-earth-has-amazing-bio-diversity-the-number-of-species-on-earth-that-are-known-and-described-ranges-between-1-0-8-1-0-million-2-1-7-1-8-million-3-7-ndash-8-million-4-20-ndash-50-million-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY1NjAw-match-each-item-in-column-i-with-one-in-column-ii-regarding-taxonomic-categories-of-wheat-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-family-p-monocotyledonae-b-order-q-poac https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY1NzY4-living-organisms-can-be-characterised-but-not-defined-by-i-reproduction-ii-growth-iii-cellular-organisation-with-metabolism-iv-consciousness-1-only-i-and-ii-2-only-iii-and-iv-3-only-i-and-iii-4-only-i https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY1ODY0-organisms-belonging-to-the-same-class-in-taxonomic-hierarchy-must-also-belong-to-the-same-1-order-2-family-3-genus-4-phylum-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY1ODk5-emergent-properties-at-a-higher-level-of-organisation-i-are-not-present-in-the-individual-constituent-units-ii-arise-as-a-result-of-interactions-among-the-constituent-units-1-only-i-is-correct-2-only https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY2MDMx-the-taxonomic-category-lsquo-family-rsquo-in-plants-is-identified-by-the-following-lsquo-suffix-rsquo-1-ales-2-onae-3-aceae-4-ae-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4MjE3-house-fly-belongs-to-family-1-cyprinidae-2-hominidae-3-calliphoridae-4-muscidae-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4MjYz-x-and-y-are-the-components-of-binomial-nomenclature-this-naming-system-was-proposed-by-z-1-x-generic-name-y-specific-epithet-z-carolus-linnaeus-2-x-specific-epithet-y-generic-name-z-r-h-whittaker-3-x https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODM0-given-below-are-two-statements-assertion-a-reproduction-cannot-be-an-all-inclusive-defining-characteristic-of-all-living-organisms-reason-r-there-are-many-organisms-which-do-not-reproduce-such-as-mule https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODM1-given-below-are-two-statements-assertion-a-an-isolated-metabolic-reactions-outside-the-body-of-an-organism-performed-in-a-test-tube-is-neither-living-nor-non-living-reason-r-isolated-metabolic-reactio https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODM2-given-below-are-two-statements-assertion-a-there-is-a-need-to-standardise-the-naming-of-living-organisms-such-that-a-particular-organism-is-known-by-the-same-name-all-over-the-world-reason-r-local-nam https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODM3-given-below-are-two-statements-assertion-a-animals-mammals-and-dogs-represent-taxa-at-different-levels-reason-r-different-taxa-can-never-occupy-same-hierarchy-1-both-a-and-r-are-true-and-r-is-the-corr https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODQw-given-below-are-two-statements-assertion-a-the-problem-of-classification-becomes-more-complex-at-higher-category-reason-r-higher-the-category-greater-is-the-difficulty-of-determining-the-relationship https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODQx-given-below-are-two-statements-assertion-a-members-of-a-family-has-less-similarities-than-members-of-a-genus-reason-r-number-of-similar-characters-decrease-as-we-go-higher-in-taxonomical-hierarchy-1-b https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODQy-given-below-are-two-statements-assertion-a-cats-and-dogs-have-some-similarities-reason-r-cats-and-dogs-belong-to-the-same-family-canidae-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODQ0-given-below-are-two-statements-assertion-a-petunia-and-datura-show-some-similarities-reason-r-petunia-and-datura-are-placed-in-the-same-family-brassicaceae-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODQ2-given-below-are-two-statements-assertion-a-consciousness-is-considered-as-the-defining-property-of-living-organisms-reason-r-all-organisms-from-the-prokaryotes-to-the-most-complex-eukaryotes-can-sense https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODQ4-given-below-are-two-statements-assertion-a-all-living-phenomena-are-due-to-underlying-interactions-reason-r-properties-of-cellular-organelles-are-present-in-their-molecular-constituents-they-do-not-ar https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODU0-it-is-not-very-clear-about-the-use-of-two-terms-that-are-growth-and-reproduction-for-which-of-the-following-organisms-this-statement-should-be-true-1-planaria-2-filamentous-algae-3-mule-4-unicellular https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODU2-all-of-the-following-are-unexceptionally-true-for-living-organisms-except-1-they-are-made-of-chemicals-2-many-metabolic-reactions-occur-simultaneously-inside-their-body-3-they-are-aware-of-themselves https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODU4-property-of-a-tissue-is-1-same-as-that-of-its-constituent-cells-2-a-result-of-interactions-among-the-constituent-cells-3-similar-to-the-properties-of-cell-organelles-of-constituent-cells-4-a-result-of https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODYw-all-the-organisms-either-they-are-present-or-lived-in-the-past-1-share-the-common-genetic-material-but-to-varying-degrees-2-have-chemical-component-identical-to-each-other-3-have-all-the-characteristi https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODYx-the-number-and-types-of-organisms-present-on-earth-refers-to-1-diversity-in-living-word-2-population-of-a-species-3-habitat-4-animal-kingdom-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODYy-scientific-naming-of-an-organism-is-only-possible-when-1-it-shows-evolutionary-relation-to-other-organisms-2-it-is-already-given-a-common-name-3-it-is-identified-correctly-4-it-exhibits-all-the-charac https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODYz-a-newly-discovered-organism-is-given-a-name-based-on-criteria-provided-in-icbn-which-of-the-following-should-not-be-the-characteristic-of-this-organism-1-occurrence-of-photosynthesis-2-presence-of-cel https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODY0-the-biological-names-are-generally-in-i-and-printed-in-italics-to-indicate-their-ii-origin-select-the-correct-option-to-fill-in-the-blanks-i-and-ii-i-ii-1-english-latin-2-latin-latin-3-greek-greek-4-l https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODY2-select-the-option-that-does-not-represent-the-taxa-at-different-levels-1-chordate-mammal-dog-2-animal-insect-butterfly-3-plant-monocot-wheat-4-mammal-insect-dicot-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODY4-regarding-taxonomy-and-systematics-which-one-is-exclusive-to-systematics-1-internal-structure-2-development-process-3-evolutionary-relationships-between-organisms-4-ecological-information-of-organisms https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODcw-which-of-the-following-is-are-referred-to-as-unit-of-classification-a-category-b-organism-c-taxon-d-rank-1-a-only-2-all-a-b-c-and-d-3-a-c-and-d-4-a-and-c-only-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODgw-different-species-of-a-genus-1-are-very-different-from-each-other-in-their-basic-properties-2-have-morphological-similarities-3-can-be-placed-in-different-families-4-cannot-be-differentiated-on-the-ba https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODgx-the-lowest-category-of-plants-that-is-characterised-on-the-basis-of-both-vegetative-and-reproductive-features-is-1-genus-2-species-3-class-4-family-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODg0-at-which-of-the-following-categories-number-of-similar-characters-amongst-the-organisms-will-be-less-1-division-2-family-3-order-4-genus-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODg2-between-which-of-the-following-taxa-there-is-greater-difficulty-of-determining-relationship-1-mangifera-and-triticum-2-dicotyledonae-and-monocotyledonae-3-sapindales-and-poales-4-convolvulaceae-and-so https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODg3-the-prime-source-of-toxonomic-studies-is-1-the-habitat-of-the-particular-organism-2-genetic-information-of-the-specimens-3-collection-of-actual-specimens-4-complete-information-of-the-ecosystem-of-the https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODkw-which-of-the-following-taxonomic-aids-has-have-preserved-specimens-a-key-b-herbarium-c-botanical-garden-d-museum-e-zoological-park-1-all-a-b-c-d-and-e-2-a-b-and-d-only-3-d-only-4-b-and-d-only-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4ODkz-a-herbarium-sheet-does-not-give-the-information-about-1-family-of-plant-2-generic-name-of-plant-3-habitat-of-plant-4-place-of-collection-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4OTAz-match-the-following-columns-and-choose-the-correct-option-column-i-column-ii-a-flora-i-contains-actual-account-of-habitat-and-description-of-plants-b-monograph-ii-helps-in-correct-identification-of-pl https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4OTA2-the-taxonomic-aid-that-is-concerned-with-plants-only-is-1-museum-2-herbarium-3-key-4-manual-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4OTA5-biological-museums-do-not-have-1-large-preserved-animals-2-skeleton-of-animals-3-animals-in-their-natural-habitats-4-preserved-insects-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzg2NTA5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-in-higher-category-there-is-great-difficulty-of-determining-the-relationship-to-other-ta https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzg5MDMw-which-one-of-the-following-group-of-taxa-does-not-represent-similar-category-in-hierarchy-1-potato-brinjal-and-tomato-2-tiger-lion-and-leopard-3-wheat-monocots-and-angiosperms-4-wheat-rice-and-mango-1 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzg5MDMx-which-one-of-the-following-obligate-category-in-taxonomic-hierarchy-will-have-maximum-number-of-common-characters-1-family-2-class-3-order-4-species-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzg5MDYx-which-of-the-following-pair-does-not-have-taxa-of-same-hierarchy-1-poaceae-and-hominidae-2-dicotyledonae-and-insecta-3-primata-and-mammalia-4-chordata-and-arthropoda-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzg5MDY0-mark-true-t-or-false-f-for-the-following-statements-and-select-the-correct-option-a-zoos-are-the-place-where-wild-animals-are-kept-in-captivity-b-flora-provides-the-index-to-the-plant-species-of-a-giv https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzg5MDc0-which-one-of-the-following-pair-of-categories-belongs-to-the-same-taxonomic-category-in-taxonomic-hierarchy-1-hominidae-and-insecta-2-poaceae-and-muscidae-3-diptera-and-mammalia-4-arthropoda-and-prima https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzg5MDc2-mark-the-incorrect-statement-w-r-t-binomial-nomenclature-1-these-words-collectively-form-binomial-epithet-2-the-name-of-discoverer-is-printed-in-italics-3-specific-epithet-starts-with-a-small-letter-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzg5MDg2-out-of-the-given-categories-at-which-level-members-within-the-taxon-share-maximum-common-characteristics-1-kingdom-2-order-3-class-4-genus-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzg5MDkz-select-the-taxonomic-category-of-panthera-which-is-equivalent-to-diptera-of-housefly-1-mammalia-2-falidae-3-carnivora-4-canidae-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxMzY1-growth-and-reproduction-are-1-characteristics-of-cells-and-living-things-2-defining-properties-of-cells-and-living-things-3-characteristics-of-cells-but-not-of-living-things-4-defining-properties-of-c https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODcw-consider-the-following-statements-i-unicellular-organisms-grow-by-cell-division-ii-growth-in-all-multicellular-organisms-by-cell-division-occurs-only-up-to-a-certain-age-iii-non-living-objects-do-not https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODcx-which-of-the-following-are-the-defining-properties-of-life-1-growth-and-reproduction-2-cellular-organization-and-consciousness-3-growth-and-consciousnes-4-cellular-organization-and-reproduction-1-2-3 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODc3-perhaps-the-most-obvious-and-technically-complicated-feature-of-all-living-organisms-is-1-capability-to-reproduce-to-produce-similar-offspring-2-ability-to-grow-from-inside-3-ability-to-sense-and-resp https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIwMzEx-the-term-systematics-refers-to-1-identification-and-classification-of-plants-and-animals-2-nomenclature-and-identification-of-plants-and-animals-3-diversity-of-kinds-of-organisms-and-their-relationshi https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIwMzE2-all-living-organisms-are-linked-to-one-another-because-1-they-have-common-genetic-material-of-the-same-type-2-they-share-common-genetic-material-but-to-varying-degrees-3-all-have-common-cellular-organ https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODc1-identify-the-incorrect-statement-regarding-the-rules-of-binomial-nomenclature-1-the-names-are-derived-from-latin-or-latinized-2-the-first-word-in-a-biological-name-represents-the-genus-while-the-secon https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODc5-icbn-stands-for-1-indian-council-for-biological-nomenclature-2-international-code-for-binomial-nomenclature-3-indian-council-for-binomial-nomenclature-4-international-code-for-botanical-nomenclature-1 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODgw-the-binomial-system-of-nomenclature-of-living-organisms-was-given-by-1-carl-woose-2-copeland-3-chatton-4-carl-linnaeus-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODgx-the-number-of-species-that-are-known-and-described-ranges-between-1-1-2-and-1-3-million-2-1-4-and-1-5-million-3-1-7-and-1-8-million-4-2-1-and-2-2-million-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIwMzA5-as-we-go-from-species-to-kingdom-in-a-taxonomic-hierarchy-the-number-of-common-characteristics-1-will-decrease-2-will-increase-3-will-remain-same-4-may-increase-or-decrease-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIwMzEw-which-of-the-following-suffixes-used-for-units-of-classification-in-plants-indicates-a-taxonomic-category-of-family-1-ales-2-onae-3-aceae-4-ae-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIwMzEz-the-taxonomic-unit-phylum-in-the-classification-of-animals-is-equivalent-to-which-hierarchical-level-in-classification-of-plants-1-class-2-order-3-division-4-family-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODY0-the-process-of-classification-of-living-organisms-into-different-taxa-is-called-as-1-identification-2-nomenclature-3-taxonomy-4-characterization-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODY2-the-correct-name-of-mango-would-be-1-mangifera-indica-2-mangifera-indica-3-mangifera-indica-4-mangifera-indica-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODc4-in-plant-taxonomy-the-most-inclusive-category-will-be-1-kingdom-2-division-3-class-4-order-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODg1-the-book-systema-naturae-was-authored-by-1-linnaeus-2-theophrastus-3-aristotle-4-bentham-and-hooker-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODg2-identify-the-correct-chronological-order-of-the-taxonomic-hierarchy-from-lowest-to-highest-1-family-order-class-phylum-2-family-class-order-phylum-3-order-family-class-phylum-4-order-class-phylum-fami https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODg5-humans-belong-to-the-order-1-hominidae-2-primata-3-mammalia-4-vertebrata-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODk0-the-scientific-term-for-biological-classification-categories-is-1-species-2-taxon-3-phylum-4-domain-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIyMzg1-which-taxonomic-category-is-not-correctly-matched-with-name-regarding-the-classification-of-the-housefly-1-phylum-arthropoda-2-class-diptera-3-family-muscidae-4-genus-musca-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIwMzE0-botanical-gardens-and-zoological-parks-have-1-collection-of-endemic-living-species-only-2-collection-of-exotic-living-species-only-3-collection-of-endemic-and-exotic-living-species-4-collection-of-onl https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODY4-the-indian-botanical-garden-and-the-national-botanical-research-institute-are-located-respectively-at-1-pune-and-howrah-2-howrah-and-lucknow-3-darjeeling-and-lucknow-4-simla-and-dehradun-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIxODky-match-each-item-in-column-i-with-one-in-column-ii-and-choose-your-answer-from-the-codes-given-below-column-i-column-ii-taxonomical-aid-feature-i-flora-a-useful-in-providing-information-for-identificat https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQwODYz-a-store-house-of-collected-plant-specimens-that-are-dried-pressed-and-preserved-on-sheets-is-called-as-1-herbarium-2-flora-3-catalogues-4-manuals-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTI0MTAy-which-of-the-following-scientists-often-referred-to-as-the-darwin-of-the-20th-century-pioneered-the-currently-accepted-biological-species-concept-and-played-a-key-role-in-establishing-species-diversit https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjI0OTIw-icbn-stands-for-1-indian-congress-of-biological-name-2-international-code-of-botanical-nomenclature-3-international-congress-of-biological-name-4-indian-code-of-botanical-nomenclature-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDkw-iczn-stands-for-1-international-code-of-zoosporic-nomenclature-2-international-code-of-zygotic-nomenclature-3-international-code-of-zoological-nomenclature-4-international-code-of-zoosporangia-nomencl https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NzYwNDU-binomial-nomenclature-seems-to-be-difficult-because-a-scientific-name-is-derived-from-1-english-2-sanskrit-3-latin-4-french-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDg4-established-procedures-to-assign-a-scientific-name-are-1-acceptable-to-biologists-of-usa-2-acceptable-to-biologists-of-india-3-acceptable-to-biologists-of-germany-4-acceptable-to-biologists-of-all-ove https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTU0MzEx-the-branch-of-biology-that-deals-with-the-identification-nomenclature-and-classification-of-organisms-is-1-ecology-2-morphology-3-taxonomy-4-cytology-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDY4MTY1-the-concept-of-nomenclature-in-biological-classification-is-essential-for-providing-a-standardized-and-universally-accepted-name-for-each-species-this-system-ensures-that-each-organism-is-recognized-b https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDky-indica-is-1-specific-epithet-of-mango-2-specific-epithet-of-indus-valley-species-3-specific-epithet-of-wheat-indian-species-4-specific-epithet-of-rice-indian-species-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTM0MTUz-which-of-the-following-regarding-the-universal-rules-of-binomial-nomenclature-for-living-organisms-is-not-correct-1-biological-names-are-romanised-or-derived-from-greek-irrespective-of-their-origin-2 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDg2-nomenclature-is-1-assigning-a-single-name-to-an-organism-valid-all-over-the-world-2-defining-properties-of-an-organism-3-localizing-the-area-of-abundance-for-that-organism-4-assigning-three-sets-of-na https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTI4MTQ3-the-processes-that-are-basic-to-taxonomy-do-not-include-1-characterisation-and-identification-2-classification-3-nomenclature-4-tracing-phylogeny-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTE5MjA1-in-which-of-the-following-option-name-is-written-correctly-1-apis-indica-2-trypansoma-gambiense-3-ficus-begalensis-4-mangifera-indica-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzA1OTEy-select-the-correctly-written-scientific-name-of-mango-which-was-first-described-by-carolus-linnaeus-1-mangifera-indica-2-mangifera-indica-car-linn-3-mangifera-indica-linn-4-mangifera-indica-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDk1ODQ4-which-of-the-following-statements-best-describes-the-relationship-between-systematics-and-taxonomy-1-systematics-is-a-broader-field-that-includes-taxonomy-focusing-on-the-evolutionary-relationships-be https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDk1ODQ3-consider-the-following-statements-statement-i-the-process-of-naming-organisms-according-to-a-universally-accepted-system-is-known-as-nomenclature-statement-ii-nomenclature-can-be-applied-without-the-n https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTQ2Mjk0-fundamental-elements-of-taxonomy-are-1-characterisation-and-classification-only-2-characterisation-identification-and-classification-only-3-characterisation-classification-and-nomenclature-only-4-char https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDg3-what-is-prerequisite-for-nomenclature-1-description-of-organism-2-knowledge-of-which-organism-is-considered-for-a-particular-name-3-identification-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjA3NDc4-carolus-linnaeus-is-the-father-of-taxonomy-because-of-one-of-his-contributions-1-genera-plantarum-2-binomial-nomenclature-3-described-nearly-ten-thousand-plants-and-animal-species-4-die-naturlichen-pf https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTA0-systema-naturae-is-1-publication-of-linnaeus-2-institute-for-classification-studies-3-method-to-classify-organisms-4-evolutionary-relationship-studies-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY1NDA4-if-you-are-writing-the-binomial-name-of-an-organism-you-should-not-1-write-the-name-in-italics-2-separately-underline-them-3-start-the-genus-name-with-a-capital-letter-4-start-the-specific-epithet-wit https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDk1ODQ0-the-term-taxa-refers-to-1-a-single-species-2-a-group-of-organisms-at-any-rank-3-a-biological-name-4-a-classification-method-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTAz-what-is-not-true-with-respect-to-systematics-1-systematic-arrangement-of-organisms-2-derived-from-latin-word-systema-3-the-study-of-relationships-among-different-organisms-4-does-not-account-any-kind https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDk1-latin-origin-is-indicated-by-1-by-separately-underlining-when-handwritten-2-by-printing-in-italics-3-both-a-and-b-4-by-capitalizing-first-alphabet-of-generic-name-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY3NjE0-if-you-were-to-increase-the-area-that-you-make-observations-in-the-range-and-variety-of-organisms-that-you-see-would-1-increase-2-decrease-3-remain-same-4-may-increase-in-polar-regions-and-decrease-in https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NzYwNTg-in-a-scientific-name-every-name-has-two-words-genus-and-species-1-first-alphabet-of-genus-is-written-in-capital-letter-2-first-alphabet-of-species-is-written-in-small-letter-3-every-name-is-followed-b https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDg1-nomenclature-is-important-1-so-that-it-may-become-easy-to-talk-about-that-organism-in-different-states-2-so-that-we-may-assign-a-single-name-to-an-organism-valid-all-over-the-world-3-to-avoid-confusio https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTY5NTY5-which-of-the-following-represents-the-correct-scientific-name-format-1-brassica-campestris-linn-2-brassica-campestris-linn-3-brassica-campestris-linn-4-brassica-campestris-linn-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTY5NTcw-in-the-binomial-name-brassica-campestris-linn-what-does-linn-represent-1-the-genus-name-2-the-species-name-3-the-author-s-name-who-first-described-the-species-4-the-family-name-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NzYwNTE-arrange-the-following-in-order-of-increasing-size-beginning-with-the-smallest-i-family-ii-kingdom-iii-phylum-division-iv-genus-v-order-vi-class-vii-species-1-vii-iv-i-v-vi-iii-ii-2-i-ii-iii-iv-v-vi-vi https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjA3NDg5-taxon-is-the-unit-of-1-order-2-taxonomy-3-species-4-genus-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjA3NDg4-taxonomic-hierarchy-refers-to-1-step-wise-arrangement-of-all-categories-for-classification-of-plants-and-animals-2-a-group-of-senior-taxonomists-who-decide-the-nomenclature-of-plants-and-animals-3-a-l https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDY4MTc1-consider-the-given-two-statements-assertion-a-the-problem-of-classification-increases-as-one-goes-up-in-the-taxonomic-hierarchy-reason-r-higher-taxonomic-categories-such-as-phylum-and-kingdom-encompas https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDY4MTY0-in-the-systematic-organization-and-classification-of-living-organisms-the-hierarchical-structure-known-as-the-taxonomic-hierarchy-includes-various-levels-of-classification-which-among-the-following-ta https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTExMzk3-which-taxonomic-rank-is-more-inclusive-than-order-but-less-inclusive-than-kingdom-1-family-2-genus-3-class-4-domain-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NzYwNzU-fill-in-the-blanks-with-correct-options-common-name-genus-family-class-phylum-division-man-a-hominidae-b-chordata-wheat-triticum-c-monocotyledonae-d-1-a-musca-c-poacease-2-b-diptera-d-sapindales-3-a-h https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTIz-polymoniales-have-families-like-solanaceae-and-convolvulaceae-mainly-based-on-the-1-floral-characters-2-aestivation-3-leaf-shape-4-root-system-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTEy-which-of-the-following-is-matched-incorrectly-1-mangifera-indica-2-panthera-tuberosum-3-solanum-melongena-4-solanum-nigrum-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDYzMjA1-taxonomic-category-division-in-plants-corresponds-to-which-taxonomic-category-in-animals-1-phylum-2-class-3-order-4-family-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjMwNzc4-genus-represents-1-an-individual-plant-or-animal-2-a-collection-of-plants-or-animals-3-group-of-closely-related-species-of-plants-or-animals-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDk1ODQ2-consider-the-following-statements-statement-i-species-is-the-lowest-taxonomic-category-in-the-hierarchy-statement-ii-genus-includes-multiple-species-that-share-common-characteristics-which-of-the-abov https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzI5MDA5-match-the-following-and-choose-the-correct-option-column-i-column-ii-a-family-1-tuberosum-b-kingdom-2-polymoniales-c-order-3-solanum-d-species-4-plantae-e-genus-5-solanaceae-codes-a-b-c-d-e-1-4-3-5-2 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTE3-as-we-go-from-species-to-kingdom-1-the-number-of-similarities-gets-reduced-than-previous-taxon-2-the-number-of-similarities-gets-increased-than-previous-taxon-3-the-number-of-dissimilarities-gets-redu https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTI1-order-and-primate-comes-under-class-1-carnivora-mammalia-2-diptera-reptilia-3-poals-reptilia-4-diptera-mammalia-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTI0-felidae-and-canidae-are-included-in-the-order-1-carnivora-2-primata-3-diptera-4-poals-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTA2-step-of-classification-does-not-represent-1-rank-2-taxon-3-space-4-unit-of-classification-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTY4OTYy-in-taxonomy-organisms-are-arranged-in-different-categories-based-on-similarities-and-differences-the-basic-unit-of-classification-is-while-closely-related-species-are-grouped-into-a-higher-category-ca https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTI3NTUz-both-humans-and-houseflies-belong-to-the-same-i-class-ii-phylum-iii-kingdom-1-only-i-and-ii-2-i-ii-and-iii-3-only-iii-4-only-i-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTA3-taxonomic-categories-together-makes-1-criteria-for-nomenclature-2-taxonomic-hierarchy-3-taxonomic-domain-4-criteria-for-identification-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTI5-wheat-comes-under-which-family-1-anacardiaceae-2-poaceae-3-muscidae-4-poals-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTIw-felidae-does-not-have-1-dogs-2-cats-3-tiger-4-leopard-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NTE4-families-are-characterised-1-on-the-basis-of-vegetative-features-2-on-the-basis-of-reproductive-features-3-both-a-and-b-4-on-the-basis-of-morphological-features-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTA5MjE1-humans-are-members-of-the-order-1-vertebrata-2-chordata-3-primata-4-homididae-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTI2MDAy-match-each-item-in-column-i-with-one-in-column-ii-and-select-the-correct-match-from-the-codes-given-column-i-column-ii-a-order-of-mango-p-poales-b-order-of-wheat-q-sapindales-c-class-of-mango-r-dicoty https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246NDMwODA-what-is-the-basic-requirement-to-place-organism-in-various-categories-1-knowledge-of-characters-of-an-individual-or-group-of-organisms-2-knowledge-of-all-identified-species-3-comparative-analysis-of-a https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjMwNzgy-all-living-organisms-are-linked-to-one-another-because-1-they-have-common-genetic-material-of-the-same-type-2-they-share-common-genetic-material-but-to-varying-degrees-3-all-have-common-cellular-organ https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246OTI3NjM-which-one-of-the-following-animals-is-correctly-matched-with-its-particular-named-taxonomic-category-1-cuttlefish-mollusca-a-class-2-humans-primate-the-family-3-housefly-musca-an-order-4-tiger-tigris https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjMwNzc2-which-of-the-following-suffixes-used-for-units-of-classification-in-plants-indicates-a-taxonomic-category-of-family-1-ales-2-onae-3-aceae-4-ae-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjY2ODk3-which-of-the-following-taxonomic-category-is-more-common-in-characters-as-compared-to-the-taxonomic-category-genus-1-species-2-division-3-class-4-family-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjMwNzc3-the-term-systematics-refers-to-1-identification-and-study-of-organ-systems-2-identification-and-preservation-of-plants-and-animals-3-diversity-of-kinds-of-organisms-and-their-relationship-4-study-of-h https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTkyODkx-which-one-of-the-following-statements-is-not-true-about-the-universal-rules-of-binomial-nomenclature-1-both-the-words-in-a-biological-name-when-handwritten-are-separately-underlined-or-printed-in-ital https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTk4Mjk2-match-list-i-with-list-ii-list-i-list-ii-a-family-i-sapindales-b-genus-ii-dicotyledonae-c-class-iii-anacardiaceae-d-phylum-iv-angiospermae-e-order-v-mangifera-choose-the-correct-answer-from-the-option https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTk4Mjg4-arrange-the-following-taxonomic-categories-in-ascending-order-a-genus-b-class-c-order-d-phylum-e-family-f-kingdom-g-species-choose-the-correct-answer-from-options-given-below-1-f-c-b-g-d-e-a-2-g-a-e-c https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTk4Mjc4-genus-represents-1-a-group-of-closely-related-families-2-an-individual-plant-or-animal-3-a-population-of-plants-and-animals-4-a-group-of-closely-related-species-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246OTU2MjI-select-the-correctly-written-complete-scientific-name-of-mango-which-was-first-described-by-carolus-linnaeus-1-mangifera-indica-2-mangifera-indica-car-linn-3-mangifera-indica-linn-4-mangifera-indica-1 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246OTM4OTc-icbn-stands-for-1-indian-congress-of-biological-names-2-international-code-of-botanical-nomenclature-3-indian-code-of-botanical-nomenclature-4-international-congress-of-biological-names-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjMwNzg0-match-the-following-and-choose-the-correct-option-column-i-column-ii-a-family-1-tuberosum-b-kingdom-2-polymoniales-c-order-3-solanum-d-species-4-plantae-e-genus-5-solanaceae-codes-options-a-b-c-d-e-1 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjMwNzc5-the-taxonomic-unit-phylum-in-the-classification-of-animals-is-equivalent-to-which-hierarchial-level-in-classfication-of-plants-1-class-2-order-3-division-4-family-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjMwNzc1-as-we-go-from-species-to-kingdom-in-a-taxonomic-hierarchy-the-number-of-common-characteristics-1-will-decrease-2-will-increase-3-remain-same-4-may-increase-or-decrease-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTg5-assertion-a-a-group-of-closely-related-families-form-an-order-reason-r-the-families-of-an-order-show-close-resemblance-in-certain-fundamental-features-and-also-in-evolutionary-trends-1-both-a-and-r-ar https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTkw-assertion-a-species-is-a-genetically-closed-system-reason-r-because-the-reproductive-isolation-constitutes-the-most-important-boundary-between-different-species-1-both-a-and-r-are-true-and-r-is-the-co https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTky-assertion-a-lower-the-taxa-more-are-the-characteristics-that-the-members-within-taxon-share-reason-r-higher-the-category-lesser-is-the-difficulty-of-determining-the-relationship-to-other-taxa-at-the-s https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTY2-match-the-following-and-choose-the-correct-option-a-family-i-tuberosum-b-kingdom-ii-polymoniales-c-order-iii-solanum-d-species-iv-plantae-e-genus-v-solanaceae-options-1-i-d-ii-c-iii-e-iv-b-v-a-2-i-e-i https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU3NzYz-in-which-one-of-the-following-options-the-two-given-taxonomic-categories-are-correctly-matched-with-their-organism-taxonomic-categories-organism-1-diptera-and-felidae-musca-2-solanaceae-and-polymonial https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU3ODE1-select-correct-match-with-respect-to-column-l-and-column-ll-column-l-column-li-a-division-i-primata-b-class-ii-poaceae-c-oder-iii-angiospermae-d-family-iv-insecta-1-a-iii-b-iv-c-ii-d-i-2-a-iii-b-iv-c https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU3NjAw-select-the-correct-combination-of-the-statements-a-d-regarding-taxonomic-hierarchy-a-as-we-go-higher-from-species-to-kingdom-the-number-of-common-characters-goes-on-decreasing-b-lower-the-taxa-more-ar https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTY4-select-the-wrong-statements-i-lower-the-taxon-more-are-the-characteristics-that-the-members-within-the-taxon-share-ii-order-is-the-assemblage-of-genera-which-exhibits-a-few-similar-characters-iii-cat https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYxNTc4-assertion-a-we-need-nomenclature-to-study-living-organisms-reason-r-local-names-vary-from-place-to-place-which-create-confusion-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYxNTc5-assertion-a-wheat-rice-cats-dogs-mammals-plants-animals-etc-are-taxa-which-we-use-to-study-the-living-organisms-reason-r-the-scientific-term-for-taxa-is-category-choices-for-assertions-and-reasons-1-b https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYxNTgw-assertion-a-animals-mammals-and-dogs-are-all-taxa-reason-r-they-represent-taxa-at-different-levels-choices-for-assertions-and-reasons-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bo https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYxNTgx-assertion-a-characterisation-identification-classification-and-nomenclature-are-the-processes-that-are-basic-to-taxonomy-reason-r-the-structural-developmental-and-ecological-information-of-an-organism https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYxNTgy-assertion-a-the-earliest-classifications-were-based-on-the-uses-of-various-organisms-reason-r-in-early-days-human-beings-needed-to-find-sources-for-their-basic-needs-of-food-clothing-and-shelter-choic https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYxNTgz-assertion-a-the-problem-of-classification-becomes-more-complex-at-higher-categories-comparative-to-lower-categories-reason-r-higher-the-taxa-more-are-the-characteristics-that-the-members-within-the-ta https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246OTM4MzY-two-plants-can-be-conclusively-said-to-belong-to-the-same-species-if-they-1-can-reproduce-freely-with-each-other-and-form-seeds-2-have-more-than-90-percent-similar-genes-3-look-similar-and-possess-ide https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDU4-select-the-correct-combination-1-plants-limited-cell-division-2-animals-cell-division-throughout-life-span-in-all-type-of-cells-3-unicellular-organisms-growth-observation-by-microscope-4-living-organi https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246ODk0Mjc-study-the-four-statements-i-iv-given-below-and-select-the-two-correct-ones-out-of-them-1-definition-of-biological-species-was-given-by-ernst-mayr-2-photoperiod-does-not-affect-reproduction-in-plants-3 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246OTM4ODQ-living-organisms-can-be-unexceptionally-distinguished-from-non-living-things-on-the-basis-of-their-ability-for-1-responsiveness-to-touch-2-interaction-with-the-environment-and-progressive-evolution-3 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDYy-reproduction-cannot-be-an-all-inclusive-defining-characteristic-of-living-organism-because-of-a-asexual-reproduction-b-non-living-organisms-also-replicate-c-examples-of-worker-bees-d-may-occur-in-all https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDUz-in-of-higher-animals-and-plants-and-are-mutually-events-a-all-cell-division-replacement-dependent-b-majority-growth-reproduction-exclusive-c-all-growth-cell-division-dependent-d-majority-cell-division https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDU3-how-many-of-the-following-will-show-the-growth-or-increase-in-mass-mountain-boulders-sand-mound-dead-organism-plants-a-3-b-4-c-1-d-2-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDYz-how-many-of-the-following-may-not-or-cannot-reproduce-infertile-humans-worker-bees-mules-boulders-fungi-protonema-of-mosses-a-4-b-3-c-1-d-5-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246OTIwNDM-which-one-of-the-following-is-not-a-correct-statement-1-botanical-gardens-have-a-collection-of-living-plants-for-reference-2-a-museum-has-a-collection-of-photographs-of-plants-and-animals-3-the-key-is https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzMyMzcw-match-the-column-column-i-column-ii-a-numerical-taxonomy-i-linnaeus-b-phylogenetic-system-of-classification-ii-adanson-c-natural-system-of-classification-iii-engler-and-prantl-d-artificial-system-of-c https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYxNTc2-assertion-a-reproduction-cannot-be-an-all-inclusive-defining-characteristic-of-living-organisms-reason-r-there-are-many-organisms-that-do-not-reproduce-mules-sterile-worker-bees-infertile-human-couple https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246ODkyMDI-the-label-of-a-herbarium-sheet-does-not-carry-information-on-1-date-of-collection-2-name-of-collector-3-local-names-4-height-of-the-plant-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzMyMzY5-match-the-columns-column-i-column-ii-a-chemotaxonomy-i-cytological-information-b-numerical-taxonomy-ii-nuclear-information-c-cytotaxonomy-iii-rna-sequencing-d-karyotaxonomy-iv-computers-1-a-iii-b-iv-c https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTc2-which-of-the-following-is-are-true-with-reference-to-taxonomical-aids-i-separate-taxonomic-keys-are-required-for-each-taxonomic-category-ii-herbarium-is-a-store-house-of-collected-plants-and-animals-i https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTkz-assertion-botanical-gardens-are-specialised-gardens-having-collection-of-living-plants-for-reference-reason-zoological-parks-are-the-places-where-wild-animals-are-kept-in-protected-environments-under https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTkx-assertion-growth-can-not-be-taken-as-a-defining-property-of-living-organisms-reason-non-living-objects-also-grow-if-we-take-increase-in-body-mass-as-a-criterion-for-growth-1-if-both-assertion-and-reas https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDY1-what-is-wrong-with-respect-to-metabolism-a-chemical-conversions-or-metabolic-conversions-are-constantly-going-on-b-metabolic-reactions-occur-simultaneously-c-the-sum-total-of-all-the-chemical-reaction https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDU5-match-the-following-p-yeast-1-regeneration-q-hydra-r-protonema-of-mosses-2-budding-s-filamentous-algae-t-planaria-3-fragmentation-u-flatworms-1-p-2-q-1-r-2-s-2-t-1-u-3-2-p-3-q-3-r-2-s-1-t-1-u-3-3-p-3 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDU1-growth-is-not-considered-as-a-defining-property-of-living-beings-because-a-it-is-difficult-to-observe-or-measure-b-not-a-single-criterion-for-the-measurement-of-growth-c-also-observed-in-non-living-d https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjMwNzgx-taxonomic-key-is-one-of-the-taxonomic-tools-in-the-identification-and-classification-of-plants-and-animals-it-is-used-in-the-preparation-of-1-monograph-2-flora-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzMyMzY4-read-the-following-with-respect-to-numerical-taxonomy-i-it-takes-the-use-of-computers-ii-it-is-based-on-all-observable-characters-of-organisms-iii-number-and-codes-are-assigned-to-all-the-characters-d https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTgw-among-the-following-select-the-correct-statements-a-in-majority-of-higher-plants-and-animals-growth-and-reproduction-are-mutually-exclusive-events-b-in-non-living-objects-growth-is-by-accumulation-of https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDU0-what-is-correct-with-respect-to-growth-a-increase-in-body-mass-is-not-a-criterion-for-growth-b-increase-in-body-mass-is-not-observed-in-non-living-things-c-accumulation-or-increase-in-mass-from-inside https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjYyNjQ3-select-the-incorrect-match-1-herbarium-quick-reference-in-taxonomical-studies-2-botanical-garden-ex-situ-conservation-of-plants-3-museum-collection-of-preserved-animals-4-flora-listing-and-description https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjMwNzgw-botanical-gardens-and-zoological-parks-have-1-collection-of-endemic-living-species-only-2-collection-of-exotic-living-species-only-3-collection-of-endemic-and-exotic-living-species-4-collection-of-onl https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDY0-in-organisms-is-synonymous-with-a-unicellular-increase-in-mass-and-increase-in-number-b-multicellular-increase-in-mass-and-increase-in-number-c-unicellular-reproduction-and-growth-d-multicellular-repr https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTk0-assertion-consciousness-is-considered-as-the-defining-property-of-living-organisms-reason-all-organisms-from-the-prokaryotes-to-the-most-eukaryotes-can-sense-and-respond-to-environmental-stimuli-1-if https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYxNTc1-assertion-a-in-single-celled-organisms-we-are-not-very-clear-about-the-usage-of-these-two-terms-growth-and-reproduction-reason-r-in-unicellular-organisms-like-bacteria-unicellular-algae-or-amoeba-grow https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU4MDg0-read-the-following-statements-a-growth-cannot-be-taken-as-a-defining-property-of-living-organisms-b-growth-occurs-due-to-synthesis-of-protoplasmic-and-apoplastic-substances-c-in-unicelled-organisms-re https://medminds.me/qbank/botany/the-living-world/?q=NP-pb246OTIzODE-which-one-of-the-following-is-common-to-multicellular-fungi-filamentous-algae-and-protonema-of-mosses-1-diplontic-life-cycle-2-members-of-kingdom-plantae-3-mode-of-nutrition-4-multiplication-by-fragme https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzYxNTc3-assertion-a-the-isolated-metabolic-reactions-in-vitro-are-not-living-things-but-surely-living-reactions-reason-r-metabolism-is-a-defining-feature-of-all-living-organisms-without-exception-choices-for https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDUy-find-out-the-wrong-statement-out-1-increase-in-mass-and-increase-in-number-of-individuals-are-twin-characteristics-of-growth-2-growth-reproduction-and-ability-to-respond-are-the-only-unique-features-o https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU4MDcx-select-correct-match-between-column-l-and-ll-column-l-column-ll-a-as-quick-referral-system-in-i-monograph-taxonomical-studies-b-collection-of-preserved-plants-ii-herbarium-and-animals-c-index-to-the-p https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDQ4-an-attribute-found-in-plants-but-not-animals-is-1-metabolism-2-sexual-reproduction-3-autotrophy-4-asexual-reproduction-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDYx-increase-in-number-can-be-a-growth-b-reproduction-c-both-a-and-b-d-accumulation-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0NDU2-growth-is-a-characteristic-of-a-living-systems-b-living-organisms-c-non-living-organisms-d-both-b-and-c-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjMwNzgz-which-of-the-following-is-a-defining-characteristic-of-living-organisms-1-growth-2-ability-to-make-sound-3-reproduction-4-response-to-external-stimuli-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU3NzQ1-select-the-correct-match-with-respect-to-column-l-and-column-ll-column-i-column-ii-a-fungi-i-budding-b-planaria-ii-fragmentation-c-filamentous-algae-iii-asexual-spore-and-protonema-of-mosses-d-yeast-i https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDUyMTE1-how-many-of-the-given-statements-are-correct-i-both-words-in-a-biological-name-when-handwritten-are-separately-underlined-ii-systematics-takes-into-account-evolutionary-relationship-between-organisms https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzk2NDU3-consider-the-given-two-statements-statement-i-taxonomists-have-been-able-to-identify-a-vast-majority-of-species-present-on-earth-statement-ii-the-number-of-species-that-are-known-and-described-range-b https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4NjM5-study-the-assertion-statement-followed-by-the-reason-statement-given-below-assertion-a-higher-the-taxonomic-category-greater-is-the-difficulty-of-determining-the-relationship-to-other-taxa-at-the-same https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4NjM4-consider-the-two-statements-statement-i-systematics-takes-into-account-evolutionary-relationships-between-organisms-statement-ii-taxonomy-takes-into-account-only-some-easily-observable-external-charac https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzE1NTIw-consider-the-given-two-statements-i-living-state-and-metabolism-are-synonymous-ii-cellular-organization-with-metabolism-is-the-defining-feature-of-life-1-both-i-and-ii-are-correct-and-ii-explains-i-2 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzQzNTU3-which-of-the-following-organisms-are-multiplied-by-fragmentation-i-filamentons-fungi-ii-all-algae-iii-protonema-of-mosses-1-i-and-ii-2-i-ii-and-iii-3-ii-and-iii-4-i-and-iii-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MjYyNjc0-which-of-the-following-characters-are-defining-features-of-all-living-organisms-a-growth-from-inside-b-sexual-reproduction-c-metabolism-d-response-to-stimuli-e-cellular-organisation-1-only-c-d-and-e-2 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU4MjQ1-assertion-a-properties-of-cellular-organelles-are-not-present-in-the-molecular-constituents-of-the-organelle-reason-r-properties-of-tissues-are-present-in-the-constituent-cells-choices-for-assertions https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDQ5Mjkx-consider-the-following-statements-about-taxonomic-categories-and-identify-the-option-which-correctly-interprets-these-statements-statement-i-family-is-a-higher-category-than-genus-statement-ii-species https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU4MTAz-which-of-the-following-is-an-incorrect-statement-1-all-organisms-are-aware-of-their-surroundings-2-biological-concept-of-species-is-applicable-to-all-existing-organisms-3-cellular-organisation-of-the https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTU0MjUw-which-of-the-following-is-incorrect-with-respect-to-taxonomic-categories-1-among-seven-obligate-categories-only-four-categories-were-contributed-by-linnaeus-2-polymoniales-has-correlated-families-like https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY4NjQw-the-number-of-correct-statements-from-the-given-statements-is-a-wheat-belongs-to-the-order-sapindales-b-housefly-belongs-to-the-order-hymenoptera-c-mango-belongs-to-the-class-monocotyledonae-d-man-bel https://medminds.me/qbank/botany/the-living-world/?q=NP-b246Mzc3MTAy-which-of-the-following-taxonomic-category-is-less-common-in-characters-as-compared-to-the-taxonomic-category-genus-1-species-2-division-3-class-4-family-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzY3NjI1-consider-the-given-statements-i-lion-leopard-and-tiger-belong-to-the-same-species-ii-lion-leopard-tiger-and-cats-belong-to-same-genus-iii-lion-leopard-tiger-cats-and-dogs-belong-to-same-family-1-only https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NTExMzky-what-aspect-of-ernst-mayr-s-contribution-revolutionized-the-study-of-evolutionary-biology-1-introduction-of-genetic-taxonomy-as-a-new-classification-system-2-development-of-binomial-nomenclature-for-u https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MTIyMzg3-canis-sp-means-1-an-unspecified-species-of-the-genus-canis-2-two-or-more-species-of-the-genus-canis-3-an-unspecified-sub-species-of-the-genus-canis-4-two-or-more-sub-species-of-the-genus-canis-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246NDcwNTA4-how-many-of-the-given-pairs-correctly-describe-the-taxonomical-position-of-mango-a-family-anacardiaceae-b-order-sapindales-c-class-angiospermae-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/botany/the-living-world/?q=NP-b246MzE1Mjgy-consider-the-given-two-statements-i-higher-the-taxonomic-category-greater-is-the-difficulty-of-determining-the-relationship-to-other-taxa-at-the-same-level-ii-all-living-organisms-are-linked-to-one-an https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjAyMw-the-compound-that-will-not-form-a-yellow-precipitate-on-heating-with-an-alkaline-solution-of-iodine-is-1-ch3ch-oh-ch3-2-ch3ch2ch-oh-ch3-3-ch3oh-4-ch3ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjAyNg-n-propyl-alcohol-and-isopropyl-alcohol-can-be-distinguished-by-1-pcl5-2-reduction-3-oxidation-with-potassium-dichromate-4-ozonolysis-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjAyNw-which-set-of-reactants-among-the-following-produces-anisole-1-ch3cho-rmgx-2-c6h5oh-naoh-ch3i-3-c6h5oh-neutral-fecl3-4-c6h5-ch3-ch3cocl-alcl3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjA1MA-which-one-is-formed-when-sodium-phenoxide-is-heated-with-ethyl-iodide-1-phenetole-2-ethyl-phenyl-alcohol-3-phenol-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjA1NQ-identity-z-in-the-sequence-of-reactions-ch3ch2ch-ch2-8594-hbr-h2o2y-8594-c2h5onaz-1-ch3-ch2-3-o-ch2ch3-2-ch3-2ch2-o-ch2ch3-3-ch3-ch2-4-o-ch3-4-ch3ch2-ch-ch3-o-ch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjA2Mg-the-reaction-of-ethyl-formate-with-an-excess-of-ch3mgi-followed-by-hydrolysis-gives-1-n-propyl-alcohol-2-ethanol-3-isopropyl-alcohol-4-propanal-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjA2NA-propene-ch3-ch-ch2-can-be-converted-into-1-propanol-by-oxidation-indicate-which-set-of-reagents-amongst-the-following-is-ideal-to-effect-the-above-conversion-1-kmno4-alkaline-2-osmium-tetroxide-oso4-c https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjA3Ng-in-a-reaction-ch2-ch2-rarr-acidhypochlorousm-rarr-r-m-molecules-r-reagent-m-and-r-are-1-ch3ch2cl-and-naoh-2-ch2cl-ch2oh-and-aq-nahco3-3-ch3ch2oh-and-hcl-4-and-heat-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjA3OA-the-precise-formulation-of-lucas-reagent-consists-of-1-conc-hcl-and-anhydrous-zncl2-2-conc-hno3-and-anhydrous-zncl2-3-conc-hcl-and-hydrous-zncl2-4-conc-hno3-and-hydrous-zncl2-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjE4NA-the-general-molecular-formula-which-represents-the-homologous-series-of-alkanols-is-1-cnh2no2-2-cnh2no-3-cnh2n-1o-4-cnh2n-2o-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjIzMg-r-cooh-rarr-rch2oh-this-reduction-cannot-be-done-by-1-nabh4-2-na-alcohol-3-lialh4-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg2MQ-what-mass-of-isobutylene-is-obtained-from-37-g-of-tertiary-butyl-alcohol-by-heating-with-20-h2so4-at-363-k-if-the-yield-is-65-1-16-g-2-18-2-g-3-20-g-4-22-g-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg4MQ-which-of-the-following-reaction-is-used-for-preparation-of-glycol-industrially-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg4Mg-how-many-structural-isomers-of-primary-alcohols-can-be-formed-with-the-given-molecular-formula-text-c-5-text-h-11-text-oh-1-5-2-4-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg4Mw-the-solubility-of-phenol-in-water-is-lower-this-can-be-attributed-to-1-non-polar-nature-of-phenol-2-acidic-nature-of-oh-group-3-non-polar-hydrocarbon-part-in-phenol-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg4NA-identify-the-correct-decreasing-order-of-boiling-points-of-1-deg-2-deg-and-3-deg-alcohols-1-1-circ-2-circ-3-circ-2-3-circ-2-circ-1-circ-3-2-circ-1-circ-3-circ-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg4NQ-the-boiling-points-of-thio-ethers-are-than-those-of-ether-1-lesser-2-equal-3-higher-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg4Ng-the-most-effective-reagent-used-to-converts-but-2-enal-to-but-2-enol-is-1-kmno4-2-nabh4-3-h2-pt-4-k2cr2o7-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg4OA-23g-of-sodium-react-with-ch3oh-to-give-1-1-mole-of-o2-2-1-2-mole-of-h2-3-1-mole-of-h2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg5MA-phenol-and-benzoic-acid-can-be-distinguished-by-1-aqueous-nahco3-2-aqueous-nano3-3-aqueous-naoh-4-conc-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg5MQ-glycerol-on-oxidation-with-conc-hno3-gives-1-tartronic-acid-2-mesoxalic-acid-3-oxalic-acid-4-glyceric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg5Mw-by-which-reaction-ethyl-chloride-can-be-converted-into-diethyl-ether-1-wurtz-synthesis-2-grignard-reaction-3-perkin-s-reaction-4-williamson-s-synthesis-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg5NQ-which-is-an-excellent-antiseptic-1-phenol-2-benzyl-alcohol-3-benzaldehyde-4-acetic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg5Nw-the-dehydration-of-neo-pentanol-yields-mainly-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg5OA-which-one-of-the-following-on-oxidation-gives-a-ketone-1-primary-alcohol-2-secondary-alcohol-3-tertiary-alcohol-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njg5OQ-in-the-following-sequence-of-reactions-the-product-c-is-ch3cho-rarr-pdh2-a-rarr-na-b-rarr-ch3i-c-1-alcohol-2-ether-3-alkene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkwMA-proof-spirit-contains-about-1-48-alcohol-by-mass-2-10-alcohol-by-mass-3-5-alcohol-by-mass-4-90-alcohol-by-mass-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkwMQ-the-correct-order-of-solubility-of-1-deg-2-deg-and-3-deg-small-chain-isomeric-alcohol-in-water-is-1-3-deg-thinsp-2-deg-thinsp-1-deg-2-1-deg-thinsp-2-deg-thinsp-3-deg-3-3-deg-thinsp-1-deg-thinsp-2-deg https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkwMg-which-of-the-following-is-an-alkoxide-1-2-mathrm-ch-3ch-2ch-2ch-2ona-3-mathrm-ch-2oh-ch-2oh-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkwMw-the-value-of-c-o-c-angle-in-ether-molecule-is-1-180-176-2-150-176-3-90-176-4-110-176-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkwNA-ethyl-alcohol-is-also-known-as-1-spirit-of-wine-2-methyl-carbinol-3-grain-alcohol-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkwNQ-the-products-formed-in-the-following-reaction-c6h5-o-ch3-hi-rarr-heat-are-1-c6h5oh-and-ch3i-2-c6h5i-and-ch3oh-3-c6h5ch3-and-hoi-4-c6h6-and-ch3oi-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkwNg-the-formula-of-phenoxy-benzene-is-1-c6h5c6h5-2-c6h5-o-c6h5-3-c6h5-o-c6h6-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkwNw-ch-8801-ch-8594-o3-naohx-8594-zn-ch3coohy-is-1-ch2oh-ch2oh-2-ch3ch2oh-3-ch3cooh-4-ch3oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkwOA-which-of-the-following-reacts-with-water-1-chcl3-2-ccl4-3-ccl3cho-4-ch2clch2cl-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkxMg-the-order-of-decreasing-acidic-character-of-cyclohexanol-i-acetic-acid-ii-2-4-6-trinitrophenol-iii-and-phenol-iv-is-1-iii-ii-iv-i-2-ii-iii-i-iv-3-ii-iii-iv-i-4-iii-iv-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkxMw-picric-acid-and-benzoic-acid-can-be-distinguished-by-1-aqueous-nahco3-2-aqueous-naoh-3-aqueous-fecl3-4-aqueous-na2co3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkxNA-butan-2-ol-is-a-1-primary-alcohol-2-secondary-alcohol-3-tertiary-alcohol-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkxNg-primary-alcohols-can-be-obtained-from-the-reaction-of-the-rmgx-with-1-hcho-2-h2o-3-co2-4-ch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkxNw-ch3ch2cl-8594-nacnx-8594-ni-h2y-8594-aceticanhydridez-in-the-above-reaction-sequence-z-is-1-ch3ch2ch2nhcoch3-2-ch3ch2ch2nh2-3-ch3ch2ch2conhch3-4-ch3ch2ch2conhcoch3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkxOA-the-commonly-used-dehydrating-agent-in-the-preparation-of-an-ester-is-1-p2o5-2-anhydride-cacl2-3-anhydride-alcl3-4-conc-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkxOQ-when-allylic-alcohol-ch-ch-ch-oh-is-oxidized-in-the-presence-of-bromine-which-of-the-following-products-will-be-formed-1-oxalic-acid-2-formic-acid-3-succinic-acid-4-acrylic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkyMA-consider-the-following-reaction-ethanol-rarr-pbr3x-rarr-alc-kohy-rarr-ii-h2o-heat-i-h2so4-roomtemperaturez-product-z-is-1-ch2-ch2-2-ch3ch2och2ch3-3-ch3ch2oso3h-4-ch3ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkyMQ-which-of-the-following-are-known-as-mercaptans-1-thio-alcohols-2-thio-ethers-3-thio-aldehydes-4-thio-acids-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkyMg-glycol-condenses-with-ketones-to-give-1-cyclic-acetals-2-cyclic-ketals-3-acetaldehyde-4-oxalic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkyNA-salol-is-used-as-1-antiseptic-2-antipyretic-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkyNQ-given-is-a-reaction-for-your-reference-ch-3ch-2ch-2oh-xrightarrow-160-180-circ-c-conc-h-2so-4-x-xrightarrow-br-2-y-y-xrightarrow-2-nanh-2-1-alc-koh-z-the-final-product-z-is-1-2-3-4-ch-3-c-equiv-ch-1-2 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkyNg-ethyl-propanoate-on-reduction-with-lialh4-yields-1-methanol-2-ethanol-and-propanol-3-propane-4-mixture-of-ethanol-and-methanol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkzMQ-the-most-acidic-alcohol-among-the-following-is-1-methanol-2-ethanol-3-isopropyl-alcohol-4-t-butyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkzMg-consider-the-following-reaction-phenol-8594-zn-dustx-8594-anhy-alcl3ch3cly-8594-alk-kmno4z-the-product-z-is-1-toluene-2-benzaldehyde-3-benzoic-acid-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkzMw-the-product-in-the-reaction-is-c2h5oh-8594-p-i2a-8594-ethermgb-8594-hchoc-8594-h2od-1-propanal-2-butanal-3-n-butanol-4-n-propanol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkzNA-the-compund-that-reacts-fastest-with-lucas-reagent-at-room-temperature-is-1-butan-1-ol-2-butan-2-ol-3-2-methyl-propan-1-ol-4-2-methyl-propan-2-ol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkzNQ-an-alcohol-that-give-ch3cooh-and-ch3ch2cooh-upon-oxidation-is-1-ch3ch2ch2oh-2-ch3-2c-oh-ch2ch3-3-ch3-ch2-2choh-4-ch3ch-oh-ch2ch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkzNg-r-cho-h2-rarr-rch2oh-the-catalyst-used-in-the-above-reaction-is-1-ni-2-pd-3-pt-4-all-of-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkzNw-methyl-alcohol-on-oxidation-with-acidified-k2cr2o7-gives-1-ch3coch3-2-ch3cho-3-hcooh-4-ch3cooh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246NjkzOQ-the-best-method-to-prepare-cyclohexene-from-cyclohexanol-is-by-using-1-conc-hcl-zncl2-2-conc-h3po4-3-hbr-4-conc-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk0Mw-which-of-the-following-is-most-acidic-1-p-cresol-2-p-chlorophenol-3-p-nitrophenol-4-p-aminophenol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk0NA-identify-the-compound-z-in-the-following-reaction-sequence-1-mathrm-ch-3-ch-2-ch-2-oh-2-3-mathrm-c-2h-5-3c-oh-4-mathrm-ch-3-ch-ch-2-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk0NQ-the-alkyl-halide-is-converted-into-an-alcohol-by-1-addition-2-substitution-3-dehydrohalogenation-4-elimination-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk0Ng-glycerol-on-warming-with-excess-of-hi-1-2-iodopropane-2-1-iodopropane-3-1-2-3-tri-iodopropane-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk0Nw-when-2-butanol-is-passed-over-heated-copper-at-573-k-it-undergoes-dehydrogenation-to-form-1-2-butene-2-butanone-3-butyraldehyde-4-1-butene-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk0OA-the-compound-having-lowest-boiling-point-among-the-following-is-1-phenol-2-o-nitrophenol-3-m-nitrophenol-4-p-nitrophenol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk0OQ-oxidation-of-2-propanol-by-k2cr2o7-and-dilute-h2so4-leads-to-the-formation-of-1-propanal-2-propanoic-acid-3-methanoic-acid-4-propanone-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk1MA-a-compound-x-with-molecular-formula-c3h8o-can-be-oxidised-to-a-compound-y-with-the-molecular-formula-c3h6o2-x-is-most-likely-to-be-1-primary-alcohol-2-secondary-alcohol-3-aldehyde-4-ketone-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk1MQ-the-ionisation-constant-of-phenol-is-higher-than-that-of-ethanol-because-1-phenoxide-ion-is-bulkier-than-ethoxide-2-phenoxide-ion-is-a-stronger-base-than-ethoxide-3-phenoxide-ion-is-stabilised-through https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk1Mw-the-williamson-s-synthesis-reaction-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk1NA-which-represents-riemer-tiemann-reaction-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk1NQ-an-organic-compound-a-reacts-with-pcl3-to-give-b-the-compound-b-with-sodium-metal-in-the-presence-of-dry-ether-and-gives-n-butane-thus-a-and-b-are-1-c2h5oh-and-c2h5cl-2-c2h5cl-and-c2h5ona-3-c3h7oh-and https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk1Ng-compound-that-is-not-an-alcohol-1-ch2-chch2oh-2-ch2ohch2oh-3-c6h5ch2oh-4-c6h5oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk1Nw-the-boiling-point-of-p-nitrophenol-is-higher-than-that-of-o-nitrophenol-because-1-no2-group-at-p-position-behaves-in-a-different-way-from-that-at-o-position-2-intramolecular-hydrogen-bonding-exists-in https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk1OA-the-compound-that-generate-methyl-ethyl-ketone-upon-oxidation-is-1-2-propanol-2-1-butanol-3-2-butanol-4-tert-butyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk1OQ-rectified-spirit-contains-1-75-0-alcohol-2-85-5-alcohol-3-95-6-alcohol-4-100-0-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk2MA-the-reaction-of-with-rmgx-leads-to-the-formation-of-1-rchohr-2-rchohch3-3-rch2ch2oh-4-rrchch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk2Mg-increasing-order-of-acidic-strength-of-p-methoxy-phenol-i-p-methyl-phenol-ii-p-nitrophenol-iii-is-1-iii-i-ii-2-ii-i-iii-3-iii-ii-i-4-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk2Mw-ethers-are-not-distilled-to-dryness-for-fear-of-explosion-this-is-due-to-formation-of-1-oxides-2-alcohol-3-ketones-4-peroxides-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk2NA-in-the-following-reaction-the-major-products-a-and-c-are-respectively-a-c-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk2NQ-isopropyl-alcohol-and-n-propyl-alcohol-are-1-position-isomers-2-chain-isomers-3-functional-isomers-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk2OA-the-best-reagent-to-convert-pent-3-en-2-ol-into-pent-3-en-2-one-is-1-acidic-kmno4-2-alkaline-k2cr2o7-3-chromium-anhydride-in-glacial-acetic-acid-4-pyridinium-chlorochromate-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk2OQ-absolute-alcohol-contains-1-40-h2o-2-10-h2o-3-5-h2o-4-100-c2h5oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk3MA-dialkyl-sulphides-are-known-as-1-sulphonal-2-mercaptan-3-thioethers-4-thioesters-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk3MQ-the-major-product-of-the-following-reaction-is-1-a-hemiacetal-2-an-acetal-3-an-ether-4-an-ester-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk3Mw-what-is-formed-when-a-primary-alcohol-undergoes-catalytic-dehydrogenation-1-aldehyde-2-ketone-3-alkene-4-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk3NQ-diethyl-ether-absorbs-oxygen-to-form-1-red-colored-sweet-smelling-compound-2-acetic-acid-3-ether-suboxide-4-ether-peroxide-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk3Ng-fenton-s-reagent-is-1-h2o-feso4-2-h2o2-feso4-3-h2o2-znso4-4-naoh-feso4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk3OA-propan-1-ol-may-be-prepared-by-reaction-of-propene-with-1-ch3cooh-2-h3bo3-3-b2h6-naoh-h2o2-4-h2so4-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk3OQ-the-product-a-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk4Mg-examine-the-following-compounds-and-answer-the-question-the-correct-order-of-decreasing-acidic-strength-of-the-above-compounds-is-1-iii-i-ii-iv-2-iv-iii-i-ii-3-ii-iv-i-iii-4-i-ii-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk4NA-power-alcohol-is-a-mixture-of-petrol-and-alcohol-in-the-ratio-1-4-1-2-1-4-3-2-1-4-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk4NQ-the-formula-for-allyl-alcohol-is-1-ch3-ch-choh-2-ch2-chch2oh-3-hoch2ch2ch3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk4Ng-the-oh-group-of-an-alcohol-or-the-cooh-group-of-a-carboxylic-acid-on-can-be-replaced-by-cl-using-1-phosphorus-pentachloride-2-hypochlorous-acid-3-chlorine-4-hydrochloric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk4Nw-p-nitrophenol-is-stronger-acid-than-phenol-because-nitro-group-is-1-electron-withdrawing-2-electron-donating-3-basic-4-acidic-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk4OA-the-most-acidic-compound-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk4OQ-which-of-the-following-has-highest-boiling-point-1-benzene-2-phenol-3-toluene-4-ethyl-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk5Mg-tautomerism-is-not-exhibited-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk5Mw-the-correct-order-of-the-acidic-strength-for-the-above-compounds-is-i-ii-iii-1-i-ii-iii-2-iii-i-ii-3-ii-iii-i-4-i-iii-ii-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk5NA-the-boiling-point-of-ethanol-is-higher-than-that-of-dimethyl-ether-due-to-the-presence-of-1-h-bonding-in-ethanol-2-h-bonding-in-dimethyl-ether-3-ch3-group-in-ethanol-4-ch3-group-in-dimethyl-ether-1-2 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk5NQ-the-compound-b-formed-in-the-following-sequence-of-reactions-ch3ch2ch2oh-rarr-pcl5a-rarr-alc-naohb-will-be-1-propyne-2-propene-3-propanal-4-propane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk5Ng-ethyl-alcohol-is-denatured-by-1-methanol-and-formic-acid-2-kcn-3-ch3oh-and-c6h6-4-ch3oh-and-pyridine-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk5Nw-chlorobenzene-reacts-with-mg-in-dry-ether-to-give-a-compound-a-which-further-reacts-with-ethanol-to-yield-1-phenol-2-benzene-3-ethyl-benzene-4-phenyl-ether-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MjY4OTY-can-be-repared-from-williamson-s-synthesis-using-1-2-3-4-all-of-these-1-and-c6h5ch2ona-2-c6h5ch2cl-and-3-and-c6h5ona-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MjY5MDI-methanol-and-ethanol-can-be-distinguished-by-the-following-1-by-reaction-with-metallic-sodium-2-by-reaction-with-caustic-soda-3-by-heating-with-iodine-and-washing-soda-4-by-heating-with-zinc-and-inorg https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MjY5MDQ-the-product-d-in-the-below-mentioned-reaction-is-ch-3mgbr-text-cyclopentanone-xrightarrow-h-2o-a-xrightarrow-hbr-b-b-xrightarrow-mg-ether-c-xrightarrow-h-3o-hcho-d-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MjY5MDU-consider-the-following-alcohols-i-ii-iii-iv-ease-of-dehydration-of-the-above-alcohols-will-be-in-the-order-of-1-i-ii-iii-iv-3-iii-ii-i-iv-4-ii-iii-iv-i-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MjY5MTA-the-number-of-moles-of-hi-consumed-by-the-given-compound-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MjY5MjE-r-ch2-ch2oh-can-be-converted-into-rch2ch2cooh-the-correct-sequence-of-reagents-is-1-pbr3-kcn-h-2-pbr3-kcn-h2-3-kcn-h-4-hcn-pbr3-h-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mjk2MjI-the-strongest-acid-among-the-following-aromatic-compounds-is-1-p-chlorophenol-2-p-nitrophenol-3-m-nitrophenol-4-o-nitrophenol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MzAzMDU-rarr-acetonech33co3alx-the-product-x-of-this-reaction-is-1-2-3-4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MzA5MjI-the-major-product-in-the-acid-catalysed-dehydration-of-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MzgxODA-which-of-the-following-reactions-will-give-2-deg-chiral-alcohol-as-one-or-more-of-major-organic-products-1-2-3-4-none-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MzgyNzE-the-major-product-of-the-following-reaction-sequence-will-be-rarr-1-phcocl-thinsp-thinsp-pyridine-thinsp-rarr-2-ch3cocl-thinsp-alcl3-rarr-3-zn-hg-thinsp-hcl-rarr-4-br2-thinsp-fe-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MzgyNzI-in-the-following-reactions-x-y-and-z-are-respectively-x-y-z-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzg1NDM-an-aromatic-compound-a-c8h10o-gives-the-following-tests-with-the-given-reagents-the-structure-of-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzg1NDU-compound-y-c7h8o-is-insoluble-in-water-dil-hci-and-aqueous-nahco3-it-dissolves-in-dilute-naoh-when-y-is-treated-with-bromine-water-it-is-converted-rapidly-into-a-compound-of-formula-c7h5obr3-the-struc https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzg1NDY-compounds-i-and-ii-can-be-distinguished-by-using-reagent-i-4-ndash-amino-ndash-2-ndash-methylbut-ndash-3-ndash-en-ndash-2-ndash-ol-ii-4-ndash-amino-ndash-2-2-ndash-dimethylbut-ndash-3-ndash-yn-ndash-1 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk0Mzc-x2192-ch2cl2br2-xa0-w-product-w-is-1-xa0-2-xa0-3-xa0-4-xa0-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk0NDM-what-is-the-correct-order-of-dehydration-rate-for-the-compounds-i-ii-and-iii-when-treated-with-concentrated-text-h-2-text-so-4-i-ii-iii-1-i-iii-ii-2-i-ii-iii-3-ii-i-iii-4-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk0NDk-product-x-will-be-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1MzI-in-each-of-the-following-groups-which-is-the-strongest-best-nucleophile-i-1-h3c-o-2-3-h3c-s-in-ch3oh-ii-1-oh-2-h2o-3-nh2-in-dmf-iii-1-2-3-ch3o-in-dmso-a-i-3-ii-3-iii-2-b-i-2-ii-1-iii-3-c-i-1-ii-2-iii https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1NjM-a-on-heating-isomerizes-to-b-what-is-the-structure-of-b-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1NzA-which-of-the-following-statements-is-true-1-ch3ch2s-is-both-a-stronger-base-and-more-nucleophilic-than-ch3ch2o-2-ch3ch2s-is-a-stronger-base-but-is-less-nucleophilic-than-ch3ch2o-3-ch3ch2s-is-a-weaker https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1NzU-what-sequence-of-reagents-is-required-to-accomplish-the-following-transformation-1-1-nbs-roor-2-ch3ch2o-3-2hbr-4-nh-2-xa0-5-disiamylborane-6-h2o2-oh-2-1-cl2hv-2-oh-heat-3-2hcl-4-oh-heat-5-hgso4-h2so4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1ODM-ether-cannot-be-produced-as-a-major-product-by-the-reaction-of-1-ch3ch2cl-ag2o-dry-rarr-2-ch3-3ccl-ch3ch2o-na-rarr-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1ODQ-predict-the-product-when-the-given-compound-reacts-with-lialh4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1ODU-the-labeled-o18-will-be-1-h2o-2-methyl-benzoate-3-both-1-and-2-4-benzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1ODY-product-a-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1ODc-which-of-the-following-compounds-is-most-prone-to-oxidation-1-mathrm-ch-3-mathrm-choh-mathrm-ch-3-2-3-mathrm-ch-3-mathrm-ch-2-mathrm-o-mathrm-ch-2-mathrm-ch-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1ODg-identify-the-product-p-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1ODk-which-of-the-following-react-with-hbr-at-faster-rate-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1OTA-the-reagent-used-in-the-conversion-of-the-following-reaction-is-1-mathrm-nabh-4-2-mathrm-lialh-4-3-pcc-4-mathrm-kmno-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1OTE-the-product-a-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1OTM-identify-the-major-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1OTQ-8594-lialh4-a-major-product-a-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1OTU-8594-h2cro4-a-product-a-is-a-no-reaction-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1OTY-consider-the-following-alcohols-i-ii-iii-iv-the-order-of-decreasing-reactivities-of-these-alcohols-towards-nucleophilic-substitution-with-hbr-is-a-iii-i-iv-ii-b-iii-i-ii-iv-c-i-iii-iv-ii-d-i-iii-ii-iv https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1OTc-the-structure-of-a-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1OTg-8594-2-h-h2o-1-etli-3-5eq-a-65-yield-chemist-added-extra-0-5-mole-of-et-li-in-above-reaction-to-obtain-product-a-which-is-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk1OTk-what-is-the-major-product-a-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MDA-which-is-the-best-reagent-to-convert-isopropyl-alcohol-to-isopropyl-bromide-ch3ch3-ch3-ch-oh-8594-ch3-ch-br-1-hbr-2-sobr2-3-br2-4-ch3mgbr-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MDE-find-missing-reagents-1-x-lialh4-y-nabh4-2-x-liaih4-alcl3-y-lialh4-3-x-liaih4-y-liaih4-alcl3-4-x-h2-ni-y-h2-pt-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MDI-which-are-not-cleaved-by-hio4-i-glycerol-ii-glycol-iii-1-3-propanediol-iv-methoxy-2-propanol-1-i-ii-iii-iv-2-i-ii-3-ii-iii-4-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MDQ-which-of-the-following-compounds-are-not-oxidized-by-hio4-1-2-3-4-5-6-7-1-5-6-7-2-4-5-6-7-3-6-7-4-3-4-5-6-7-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MDU-succinic-acid-8594-8710-a-8594-8710-nh3-b-8594-kohbr2-c-product-c-will-be-1-ch2-co2hch2-ch2-nh2-2-ch2-co2hch2-nh2-3-ch2-co-2k-ch2-nh2-4-ch2-co2hch2-ch2-br-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MDY-8594-dimethoxyethanelihl-8594-ch3lim-8594-h3o-n-ch3oh-product-n-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MDc-8594-pcc-a-8594-h-oh-ch2-ch2-oh-b-8594-1-memgbr-2-h3o-c-8594-nabh4etoh-d-product-d-in-above-reaction-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MDg-a-rarr-b-c-b-and-c-both-gives-ve-iodoform-test-compound-a-is-c5h10o-h3o-1-ch3-ch-ch-o-ch2-ch3-h-l-2-ch3-c-o-ch2-ch3-l-ch3-3-ch3-c-o-ch2-ch3-ll-ch2-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MDk-a-solution-of-ph3cco2-in-conc-h2so4-gives-x-when-poured-into-methanol-x-is-o-ll-1-ph3c-c-o-ch3-o-ll-2-ph2ch-c-o-ch3-3-ph3c-och3-4-ph3c-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MTA-8594-pyridinetscl-a-8594-lialh4-b-product-b-of-the-above-reaction-is-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MTE-the-reducing-agent-among-the-following-is-1-cro3-h-2-kmno4-3-lialh4-4-o3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MTI-cho-ch-oh-8594-2hlo4-ch2-ohproducts-obtained-in-the-above-reaction-are-1-hcho-hco2h-2-hcho-2hco2h-3-co2-2hco2h-4-co2-hcho-hco2h-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MTM-0-092-g-of-a-compound-with-the-molecular-formula-c3h8o3-reaction-with-an-excess-of-ch3mgi-gives-67-00-ml-of-methane-at-stp-the-number-of-active-hydrogen-atoms-present-in-a-molecule-of-the-compound-is https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MTQ-optically-active-2-octanol-rapidly-loses-its-optical-activity-when-exposed-to-1-dilute-acid-2-dilute-base-3-light-4-humidity-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MTU-product-z-of-above-reaction-is-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2MzQ-which-of-the-following-compounds-is-hemiacetal-1-2-3-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk2NjU-arrange-their-stabilities-of-given-gem-diols-in-decreasing-order-a-i-ii-iii-b-iii-ii-i-c-i-iii-ii-d-iii-i-ii-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk3NDI-product-a-in-the-reaction-below-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk3NTQ-what-is-the-product-obtained-by-heating-the-following-allylic-ether-of-phenol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk3ODc-an-acid-among-the-following-acids-raises-the-acidity-of-phenol-is-1-dil-h2so4-2-dil-hcl-3-conc-h2so4-4-conc-ch3cooh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk3OTA-compounds-x-and-y-can-be-differentiated-by-1-h3o-oplus-naoi-2-h3o-oplus-then-fehling-test-3-h3o-oplus-then-na-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk4MDA-test-to-differentiate-between-ch3oh-and-ph-oh-is-are-1-litmus-test-2-fecl3-3-br2-h2o-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MTI-in-the-reaction-ch3oh-8594-ch3onaproduct-the-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MTM-methanol-and-ethanol-can-be-distinguished-by-the-following-1-by-reaction-with-metallic-sodium-2-by-reaction-with-caustic-soda-3-by-heating-with-iodine-and-washing-soda-4-by-heating-with-zinc-and-inorg https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MTQ-an-ester-cannot-be-prepared-by-1-rcooh-r-oh-oh-2-rcocl-r-oh-pyridine-3-rcooh-r-rsquo-oh-h-4-rco-2o-r-oh-pyridine-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MTU-methylated-spirit-is-1-methanol-containing-some-pyridine-2-ethanol-containing-some-methanol-3-pure-methanol-4-95-methanol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MTg-absolute-alcohol-is-prepared-from-rectified-spirit-by-1-fractional-distillation-2-steam-distillation-3-azeotropic-distillation-4-vacuum-distillation-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MjI-glycerol-has-1-3-primary-alcoholic-groups-2-3-secondary-alcoholic-groups-3-1-primary-alcoholic-group-and-2-secondary-alcoholic-groups-4-2-primary-alcoholic-groups-and-1-secondary-alcoholic-group-1-2-3 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MjM-widespread-deaths-due-to-liquor-poisoning-occur-due-to-the-presence-of-1-lead-compounds-in-liquor-2-methyl-alcohol-in-liquor-3-ethyl-alcohol-in-liquor-4-carbonic-acid-in-liquor-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MjQ-which-of-the-following-reagents-can-convert-acetic-acid-into-ethanol-1-sn-hcl-2-h2-pt-3-lialh4-ether-4-na-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MjU-the-product-in-the-given-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5Mjc-the-product-of-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5Mjg-there-are-four-alcohols-p-q-r-and-s-which-have-3-2-1-and-zero-alpha-hydrogen-atom-s-which-one-of-the-following-will-not-respond-to-victor-meyer-rsquo-s-test-1-p-2-q-3-r-4-s-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5Mjk-diacetone-alcohol-is-obtained-by-the-reaction-of-1-acetone-and-ethanol-2-acetone-and-conc-h2so4-3-acetone-and-ba-oh-2-4-acetone-and-al-oh-3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MzA-which-are-explosives-1-wood-pulp-dynamite-2-cellulose-nitrate-blasting-gelatin-3-gun-cotton-or-cellulose-nitrate-and-vaseline-cordite-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MzE-ethers-are-a-very-good-solvent-for-which-type-of-compounds-1-lewis-base-2-acids-3-lewis-acids-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MzI-which-of-the-following-is-formed-by-intermolecular-dehydration-of-alcohols-1-alkenes-2-ketones-3-alkynes-4-ethers-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MzM-product-c-in-the-following-sequence-of-reactions-is-c-2h-5br-xrightarrow-naoh-text-aq-a-xrightarrow-na-b-xrightarrow-ch-3i-c-1-butane-2-ethane-3-methyl-ethyl-ether-4-propane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MzQ-diethyl-ether-may-be-regarded-as-an-anhydride-of-1-c2h5cooh-2-c2h5oh-3-c2h5cho-4-c2h5cooc2h5-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MzU-the-reaction-of-ch3oc2h5-with-hi-give-1-ch3i-only-2-c2h5oh-only-3-ch3i-c2h5oh-4-c2h5i-ch3oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5MzY-dunstan-rsquo-s-test-is-used-for-identification-of-1-acetone-2-alcohol-3-glycerol-4-carbonyl-compound-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5Mzc-lubricant-used-in-watch-is-1-coconut-oil-2-pine-oil-3-animal-oil-4-glycerol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NDA-the-value-of-c-o-c-bond-angle-in-ether-molecule-is-1-180-deg-2-150-deg-3-90-deg-4-110-deg-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NDE-pyroligneous-acid-contains-1-ch3cooh-10-ch3oh-2-5-ch3coch3-0-5-2-c2h5oh-10-ch3oh-2-5-ch3coch3-0-5-3-ch3coch3-10-c2h5oh-2-5-ch3oh-0-5-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NDI-an-aldehyde-on-treatment-with-zn-hcl-yields-1-1-deg-alcohol-2-2-deg-alcohol-3-3-deg-alcohol-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NDM-the-alcohol-that-gives-carboxylic-acids-having-the-same-number-of-carbon-atoms-is-1-primary-2-secondary-3-tertiary-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NDQ-the-toxicity-order-for-ch3oh-c2h5oh-and-c3h7oh-is-1-c2h5oh-ch3oh-c3h7oh-2-c3h7oh-c2h5oh-ch3oh-3-c2h5oh-c3h7oh-ch3oh-4-ch3oh-c2h5oh-c3h7oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NDU-the-organic-compound-present-in-the-tincture-of-iodine-is-1-alcohol-2-cci4-3-acetone-4-cs2-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NDc-the-cleavage-of-an-aryl-alkyl-ether-with-hydrogen-halide-will-give-1-a-molecule-each-of-an-alkyl-halide-and-water-2-a-molecule-each-of-an-aryl-halide-and-water-3-a-molecule-each-of-an-alkyl-halide-ary https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NDg-wood-spirit-is-1-ch3oh-2-c2h5oh-3-ch3ch2ch2oh-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NTA-ether-fire-can-be-extinguished-by-1-sand-2-pyrene-3-co2-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NTE-phenol-is-1-a-stronger-base-than-nh3-2-an-acid-stronger-than-carbonic-acid-3-an-acid-weaker-than-carbonic-acid-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NTI-identify-z-in-the-following-series-ch3-ch2-ch2oh-rarr-160-180-deg-cconc-h2so4x-rarr-br2y-rarr-2-nanh21-alc-kohz-1-ch3-mdash-ch-mdash-ch2-nh2nh2-2-ch3-mdash-ch-mdash-ch2-ohoh-3-ch3-mdash-c-ch2-oh-4-ch3 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NTM-purity-of-ether-before-using-it-as-anaesthetic-agent-is-tested-by-1-ki-starch-2-cuso4-3-h2so4-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NTU-the-reaction-rcooh-8594-c2h5oh-narch2oh-is-called-1-corey-house-reaction-2-bonveault-blanc-reaction-3-clemmensen-reduction-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NTY-c2h5oh-cannot-be-dried-by-anhydrous-cacl2-because-1-c2h5oh-is-soluble-in-water-2-explosion-takes-place-3-c2h2oh-reacts-with-cacl2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NTc-which-of-the-following-undergoes-dehydration-most-readily-1-1-phenyl-1-butanol-2-1-phenyl-2-butanol-3-2-phenyl-2-butanol-4-2-phenyl-1-butanol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NTg-glycerol-on-oxidation-with-fenton-s-reagent-produces-1-glyceraldehyde-2-dihydroxy-acetone-3-tartonic-acid-4-glyceraldehyde-and-dihydroxy-acetone-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NTk-the-alcohol-that-forms-fats-with-fatty-acids-is-1-glycerol-2-ethanol-3-methanol-4-glycol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NjA-the-explosive-nitroglycerine-is-1-a-soap-2-a-salt-3-an-ester-4-a-complex-compound-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NjI-when-an-ether-is-treated-with-p2s5-we-get-1-thio-alcohol-2-thio-ester-3-thio-ether-4-thio-aldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NjM-which-one-of-the-following-will-most-readily-be-dehydrated-in-acidic-conditions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NjQ-1-propanol-and-2-propanol-can-be-best-distinguished-by-1-oxidation-with-alkaline-kmno4-followed-by-reaction-with-fehling-s-solution-2-oxidation-with-acidic-dichromate-followed-by-reaction-with-fehling https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NjU-phenyl-magnesium-bromide-reacts-with-methanol-to-give-a-mixture-of-1-anisole-and-mg-oh-br-2-benzene-and-mg-ome-br-3-toluene-and-mg-oh-br-4-phenol-and-mg-me-br-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NjY-when-wine-is-put-in-air-it-become-sour-due-to-1-oxidation-of-c2h5oh-into-ch3cooh-2-bacteria-3-virus-4-formic-acid-formation-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5Njc-which-enzyme-catalyzes-the-conversion-of-glucose-to-ethanol-1-zymase-2-diastase-3-maltase-4-invertase-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5Njg-denatured-spirit-is-mainly-used-as-a-1-good-fuel-2-drug-3-solvent-in-preparing-varnishes-4-material-in-the-preparation-of-oil-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5Njk-the-reaction-of-ethanol-with-h2so4-does-not-give-1-c2h4-2-c2h5oc2h5-3-c2h2-4-c2h5hso4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NzA-the-products-of-combustion-of-an-aliphatic-thiol-rsh-at-298k-are-1-co2-l-h2o-g-andso2-g-2-co2-g-h2o-g-andso2-g-3-co2-l-h2o-l-andso2-g-4-co2-g-h2o-l-andso2-l-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NzE-which-reagent-will-convert-propionic-acid-to-propanol-1-1-kmno4-2-lialh4-3-cr2o3-4-mno2-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NzI-a-liquid-was-mixed-with-ethanol-and-a-drop-of-concentrated-h2so4-was-added-a-compound-with-a-fruity-smell-was-formed-the-liquid-was-1-hcho-2-ch3coch3-3-ch3cooh-4-ch3oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NzM-the-main-product-of-the-following-reaction-is-c6h5ch2ch-oh-ch-ch3-2-8594-conc-h2so4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5NzU-carbolic-acid-is-the-name-used-for-1-opium-2-phenol-3-chloroform-4-h2co3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5Nzc-when-phenol-is-reacted-with-chloroform-and-an-alkali-like-naoh-the-compound-formed-is-salicylaldehyde-if-we-use-pyrene-in-place-of-chloroform-the-product-obtained-is-1-salicylaldehyde-2-phenolphthalei https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5Nzg-which-represents-reimer-tiemann-reraction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5Nzk-when-phenol-is-treated-with-excess-bromine-water-it-gives-1-m-bromophenol-2-o-and-p-bromophenol-3-2-4-dibromophenol-4-2-4-6-tribromophenol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5ODA-in-the-reaction-phenol-8594-distillationzn-a-8594-conc-hno3at60-176-cconc-h2so4-b-8594-naoh-aq-zn-c-the-compounds-a-b-and-c-are-of-the-following-1-benzene-nitrobenzene-and-aniline-2-benzene-dinitroben https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5ODE-phenol-on-oxidation-gives-chloranil-the-oxidant-used-is-1-k2s2o8-2-kmno4-3-kcio3-hcl-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5ODI-a-characteristic-group-test-for-phenolic-gp-is-1-liebermann-s-nitroso-reaction-2-coupling-with-diazonium-salt-3-aqueous-fecl3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5ODM-phenol-can-be-converted-into-salicylic-acid-by-1-etard-s-reaction-2-kolbe-s-reaction-3-phenol-with-ccl4-in-basic-medium-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5ODQ-resorcinol-and-conc-h2so4-in-presence-of-phthalic-anhydride-produce-a-compound-which-is-1-a-dye-2-an-antiseptic-3-an-indicator-4-a-detergent-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5ODU-phenol-is-weakly-acidic-but-does-not-react-with-nahco3-like-carboxylic-acids-hence-1-phenol-is-weaker-than-carbonic-acid-2-phenol-is-stronger-than-carbonic-acid-3-phenol-is-stronger-than-carboxylic-ac https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5ODY-an-organic-compound-c7h8o-is-neither-soluble-in-naoh-nor-gives-blue-colour-with-fecl3-is-1-c6h5-ch2oh-2-c6h4-60-ohch3-3-c6h5-och3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5ODg-the-electrophile-involved-in-the-above-reaction-is-1-dichloromethyl-cation-c-oplus-hcl2-2-dichlorocarbene-ccl2-3-trichloromethyl-anion-c-cl3-4-formyl-cation-c-oplus-ho-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5ODk-which-of-the-following-reagents-may-be-used-to-distinguish-between-phenol-and-benzoic-acid-1-aqueous-naoh-2-tollens-reagent-3-molisch-reagent-4-neutral-fecl3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5OTA-in-the-given-transformation-which-of-the-following-is-the-most-appropriate-reagent-1-zn-hg-hcl-2-na-liq-nh3-3-nabh4-4-nh2nh2-oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5OTE-an-unknown-alcohol-is-treated-with-the-ldquo-lucas-reagent-rdquo-to-determine-whether-the-alcohol-is-primary-secondary-or-tertiary-which-alcohol-reacts-the-fastest-and-by-what-mechanism-1-secondary-al https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5OTM-sodium-phenoxide-when-heated-with-co2-under-pressure-at-125-deg-c-yields-a-product-which-on-acetylation-produces-c-the-major-product-c-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5OTU-a-compound-with-molecular-formula-c4h10o3-is-converted-by-the-action-of-acetyl-chloride-to-a-compound-with-molar-mass-190-the-original-compound-has-1-one-oh-group-2-two-oh-groups-3-three-oh-groups-4-n https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246Mzk5OTY-phenyl-ethyl-ether-with-concentrated-hydrobromic-acid-on-boiling-yields-1-phenol-and-ethyl-bromide-2-bromobenzene-and-ethanol-3-phenol-and-ethane-4-bromobenzene-and-ethane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDAwMDA-the-compound-that-does-not-react-with-sodium-is-1-ch3chohch3-2-ch3-mdash-o-mdash-ch3-3-ch3cooh-4-c2h5oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDAwMDI-an-organic-compound-a-reacts-with-sodium-metal-and-forms-b-on-heating-with-conc-h2so4-a-gives-diethyl-ether-so-a-and-b-are-1-c3h7oh-and-ch3ona-2-ch3oh-and-ch3ona-3-c4h9oh-and-c4h9ona-4-c2h5oh-and-c2h5 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDAyMTU-phenol-on-treatment-with-dil-hno3-at-room-temperature-gives-1-2-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDA4MDU-identify-a-and-predict-the-type-of-reactions-1-and-substitution-reaction-2-and-elimination-addition-reaction-3-and-cine-substitution-reaction-4-and-cine-substitution-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDA4MzA-consider-the-reaction-scheme-given-below-identify-a-x-y-and-z-1-a-methoxymethane-x-ethanoic-acid-y-acetate-ion-z-hydrazine-2-a-methoxymethane-x-ethanol-y-ethanoic-acid-z-semicarbazide-3-a-acetaldehyde https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDA4MzI-which-one-is-the-most-acidic-compound-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDA4ODg-the-reaction-can-be-classified-as-1-alcohol-formation-reaction-2-dehydration-reaction-3-williamson-alcohol-synthesis-reaction-4-williamson-ether-synthesis-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDA5NzQ-reaction-of-phenol-with-chloroform-in-the-presence-of-dilute-sodium-hydroxide-finally-introduces-which-one-of-the-following-functional-group-1-ch2cl-2-cooh-3-chcl2-4-cho-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDA5Nzc-which-of-the-following-is-not-the-product-of-dehydration-of-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDEwOTQ-among-the-following-ethers-the-one-that-will-produce-methyl-alcohol-on-treatment-with-hot-concentrated-hi-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDEyODk-h2coh-ch2oh-on-heating-with-periodic-acid-gives-1-2co2-2-2hcooh-3-cho-cho-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDEzMDY-acetophenone-when-reacted-with-a-base-c2h5ona-yields-a-stable-compound-which-has-the-structure-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDEzODY-the-reaction-ch3-ch-ch3-ch2-o-ch2-ch3-hi-8594-heated-which-of-the-following-compounds-will-be-formed-1-ch3-c-ch3h-ch2-i-ch3ch2oh-2-ch3-c-ch3h-ch3-ch3ch2oh-3-ch3-c-ch3h-ch2oh-ch3ch3-4-ch3-c-ch3h-ch2oh https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDE0Mjc-the-major-organic-product-in-the-reaction-ch3-mdash-o-mdash-ch-ch3-2-hi-8594-product-is-1-ch3oh-ch3-2chi-2-ich3och-ch3-2-3-ch3o-ci-ch3-2-4-ch3i-ch3-2choh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NDE0NDA-ethylene-oxide-when-treated-with-grignard-reagent-yields-1-secondary-alcohol-2-tertiary-alcohol-3-cyclopropyl-alcohol-4-primary-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246ODkwMTg-the-heating-of-phenylmethyl-ether-with-hi-produces-1-iodobenzene-2-phenol-3-benzene-4-ethyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246ODkwMjg-the-most-acidic-compound-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246ODkxMTE-identify-a-and-predict-the-type-of-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246ODkxNzA-compound-a-c8h10o-is-found-to-react-with-naoi-produced-by-reacting-y-with-naoh-and-yield-a-yellow-precipitate-with-a-characteristic-smell-a-and-y-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246ODkyMjc-the-compound-a-on-treatment-with-na-gives-b-and-with-pcl5-gives-c-b-and-c-react-together-to-give-diethyl-ether-a-b-and-c-are-respectively-1-c2h5oh-c2h6-c2h5cl-2-c2h5oh-c2h5cl-c2h5ona-3-c2h5cl-c2h6-c2h https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTAxNjc-the-below-mentioned-reaction-can-be-classified-as-1-dehydration-reaction-2-williamson-alcohol-synthesis-3-williamson-ether-synthesis-4-dehydrogenation-of-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTA3NTk-alkyl-halides-prepared-by-among-the-following-reaction-s-is-are-i-ch-3ch-2oh-hcl-xrightarrow-bf-anh-zncl-2-ii-ch-3ch-2oh-hcl-iii-ch-3-3coh-hcl-iv-ch-3-2choh-hcl-xrightarrow-bf-anh-zncl-2-1-i-iii-and-i https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTA3NjQ-which-of-the-following-is-not-the-product-of-dehydration-of-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTEwNjI-the-reaction-is-called-1-williamson-synthesis-2-williamson-s-continuous-etherification-process-3-etard-reaction-4-gatterman-koch-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTE0NDk-which-of-the-following-compounds-produces-methyl-alcohol-on-treatment-with-hot-concentrated-hi-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTI1MTA-the-most-reactive-compound-among-the-following-toward-electrophilic-aromatic-substitution-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTI2MTY-the-most-acidic-compound-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTI2MTc-the-product-d-in-the-above-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTMyOTk-h2coh-ch2oh-on-heating-with-per-iodic-acid-gives-1-2co2-2-2-hcooh-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTQwMzM-ch3-mdash-o-mdash-ch-ch3-2-hi-rarr-b-product-the-product-b-in-the-above-mentioned-reaction-is-1-ch3oh-ch3-2chl-2-lch2och-ch3-2-3-ch3oc-ch3-2-4-ch3l-ch3-2choh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTU2MDY-the-structure-of-intermediate-a-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTExNzcz-the-conversion-of-cyclohexanol-into-cyclohexene-is-most-effective-with-1-concentrated-h3po4-2-concentrated-hcl-3-concentrated-hcl-zncl2-4-concentrated-hbr-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTMxMzgz-mark-the-reaction-among-the-following-that-does-not-give-benzoic-acid-as-the-major-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTMxNDAw-which-of-the-following-is-produced-when-the-vapours-of-secondary-alcohol-are-passed-over-heated-copper-at-573-k-1-a-carboxylic-acid-2-an-aldehyde-3-a-ketone-4-an-alkene-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTMxNDA3-the-major-products-c-and-d-formed-in-the-following-reaction-respectively-are-ch-3ch-2ch-2oc-ch-3-3-xrightarrow-delta-text-excess-hi-c-d-1-h3c-ch2-ch2-i-and-i-c-ch3-3-2-h3c-ch2-ch2-oh-and-i-c-ch3-3-3-h https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODA0-a-and-b-are-respectively-a-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODA1-what-is-the-major-product-in-the-given-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODM0-in-the-reaction-sequence-x-and-y-respectively-are-1-h2o2-lialh4-2-c6h5coooh-lialh4-3-c6h5coooh-zn-hg-hcl-4-alkalinekmno4-lialh4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODQx-two-isomers-i-and-ii-are-being-heated-with-hbr-then-the-products-obtained-are-choose-the-correct-option-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODQz-the-major-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODQ4-phenol-on-treatment-with-dilute-hno3-gives-two-products-p-and-q-p-is-steam-volatile-but-q-is-not-p-and-q-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODQ5-the-compound-which-reacts-with-excess-bromine-to-produce-2-4-6-tribomophenol-is-1-1-3-cyclohexadiene-2-1-3-cyclohexanedione-3-salicylic-acid-4-cyclohexanone-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODUw-major-products-obtained-from-t-butyl-methyl-ether-and-hi-reaction-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODU1-in-the-following-reaction-sequence-x-and-y-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTYyNTUw-select-the-correct-option-based-on-statements-below-assertion-a-the-solubility-of-alcohols-in-water-decreases-with-an-increase-in-the-number-of-carbon-atoms-reason-r-the-non-polar-alkyl-group-or-the-h https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTYyNTc1-select-the-correct-option-based-on-statements-below-assertion-a-phenol-does-not-react-with-nahco3-but-2-4-6-trinitrophenol-does-react-with-the-evolution-of-co2-reason-r-2-4-6-trinitrophenol-is-a-stron https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTYyNTky-select-the-correct-option-based-on-the-statements-given-below-assertion-a-picric-acid-is-more-acidic-than-formic-acid-reason-r-picric-acid-has-three-cooh-groups-whereas-formic-acid-has-one-cooh-group https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTYyNjAz-select-the-correct-option-based-on-statements-below-assertion-a-oh-och3-groups-are-o-p-directing-reason-r-ring-is-activated-by-the-resonance-effect-of-oh-och3-groups-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTcyMTk2-amongst-the-following-the-alcohol-that-reacts-with-conc-hcl-anhydrous-zncl2-to-form-alkyl-halide-at-room-temperature-will-be-1-ch3-ch2-oh-2-ph-ch2-ch2-oh-3-ph-c-ch3-ch3-oh-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTg1NDk1-which-of-the-following-is-produced-when-anisole-reacts-with-hi-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTg1NTA2-a-reaction-between-acetone-and-methylmagnesium-chloride-followed-by-hydrolysis-will-give-1-sec-butyl-alcohol-2-tert-butyl-alcohol-3-iso-butyl-alcohol-4-iso-propyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTkxNDY2-cyclohexanol-gives-best-yield-of-cyclohexene-with-1-conc-h3po4-2-conc-hcl-3-conc-hbr-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTkyNDI4-find-the-product-formed-when-benzenediazonium-chloride-is-treated-with-water-1-c6h5cooh-2-c6h5oh-3-c6h6-4-c6h5nh2-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTk0OTYy-which-of-the-following-substituted-phenols-is-the-strongest-acid-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjIyODg0-preparation-of-phenol-from-cumene-is-1-reduction-reaction-2-oxidation-reaction-3-disproportionation-reaction-4-ozonolysis-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjIyODg1-the-reagent-used-for-the-bromination-of-phenol-to-2-4-6-tribromophenol-is-are-1-bromine-water-2-br2-cs2-3-br2-ccl4-4-agbr-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjgy-match-the-structures-of-the-compounds-given-in-column-i-with-the-name-of-the-compounds-given-in-column-ii-column-i-structure-column-ii-name-a-i-phenetole-b-ii-o-cresol-c-iii-catechol-d-iv-resorcinol-c https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjgz-match-the-starting-material-in-column-i-with-the-products-formed-column-ii-in-the-reaction-with-hi-column-i-column-ii-a-1-b-2-c-3-d-4-5-a-b-c-d-1-2-3-4-1-2-3-1-5-2-3-5-4-3-2-4-4-5-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjg0-match-the-items-of-column-i-with-items-given-in-column-ii-column-l-column-ll-a-solvent-used-in-perfumes-i-neutral-ferric-chloride-b-wood-spirit-ii-glycerol-c-reagent-used-for-detection-of-phenolic-gro https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjg1-match-the-reactions-from-column-i-with-their-corresponding-descriptions-from-column-ii-and-select-the-correct-option-column-l-name-of-reaction-column-ll-description-of-reaction-a-reimer-tiemann-reacti https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjg2-select-the-correct-option-based-on-the-statements-given-below-assertion-a-the-addition-reaction-of-water-to-but-1-ene-in-an-acidic-medium-yields-butan-1-ol-reason-r-addition-of-water-in-an-acidic-medi https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjg3-select-the-correct-option-based-on-statements-below-assertion-a-p-nitrophenol-is-more-acidic-than-phenol-reason-r-nitro-group-helps-in-the-stabilization-of-the-phenoxide-ion-by-dispersal-of-negative-c https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjg4-select-the-correct-option-based-on-statements-below-assertion-a-the-iupac-name-of-the-compoundis-2-ethoxy-2-methylethane-reason-r-in-iupac-nomenclature-ether-is-regarded-as-a-hydrocarbon-derivative-in https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjg5-select-the-correct-option-based-on-the-statements-below-assertion-a-the-bond-angle-in-ethers-is-slightly-less-than-the-angle-of-a-tetrahedron-reason-r-there-is-repulsion-between-the-two-bulky-mdash-r https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjkw-select-the-correct-option-based-on-statements-below-assertion-a-boiling-points-of-alcohols-and-ethers-are-high-reason-r-they-can-form-intermolecular-hydrogen-bonding-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjkx-select-the-correct-option-based-on-statements-below-assertion-a-like-the-bromination-of-benzene-bromination-of-phenol-is-carried-out-in-the-presence-of-lewis-acid-reason-r-lewis-acid-polarizes-the-bro https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjky-select-the-correct-option-based-on-statements-below-assertion-a-o-nitrophenol-is-less-soluble-in-water-than-the-m-and-p-isomers-reason-r-m-and-p-nitrophenols-exist-as-associated-molecules-1-both-a-and https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjkz-select-the-correct-option-based-on-statements-below-assertion-a-ethanol-is-a-weaker-acid-than-phenol-reason-r-sodium-ethoxide-may-be-prepared-by-the-reaction-of-ethanol-with-aqueous-naoh-1-both-a-and https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjk1-select-the-correct-option-based-on-the-statements-below-assertion-a-phenols-give-o-and-p-nitrophenol-on-nitration-with-conc-hno3-and-h2so4-mixture-reason-r-mdash-oh-group-in-phenol-is-o-p-directing-1 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMzOTcz-find-the-number-of-structural-isomers-of-alcohol-having-molecular-formula-c-h-o-1-4-2-6-3-8-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMzOTkw-the-number-of-monohydric-phenols-that-can-have-the-molecular-formula-mathrm-c-7-mathrm-h-8-mathrm-o-are-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMzOTk5-if-chlorobenzene-is-treated-with-a-naoh-and-b-hcl-the-final-product-formed-is-1-benzamide-2-phenol-3-cumene-4-benzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjM0MDA0-phenol-is-more-acidic-than-ethanol-due-to-1-resonance-2-phenoxide-ions-3-less-i-effect-4-more-ability-to-gain-a-proton-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjM0MDA2-the-group-that-activates-the-benzene-ring-towards-electrophilic-substitution-reaction-is-1-oh-2-no2-3-cn-4-cooh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjM0MDE2-an-adduct-will-be-formed-in-which-of-the-following-reactions-1-propene-rarr-propan-2-ol-2-benzyl-chloride-rarr-benzyl-alcohol-3-ethyl-magnesium-chloride-rarr-propan-1-ol-4-ethanol-rarr-ethene-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjM0MDE3-potassium-permanganate-reagent-is-used-for-1-oxidation-of-primary-alcohol-to-carboxylic-acid-2-oxidation-of-primary-alcohol-to-aldehyde-3-bromination-of-phenol-to-2-4-6-tribromophenol-4-dehydration-of https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjM0MDIx-the-compound-having-the-lowest-boiling-point-is-1-ethanol-2-methanol-3-methoxymethane-4-propanol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjM0MDMz-the-preferred-alkyl-halide-for-the-synthesis-of-ether-in-williamson-synthesis-is-1-secondary-2-tertiary-and-secondary-both-3-tertiary-4-primary-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjM0MDgx-the-product-formed-on-intermolecular-dehydration-of-propan-1-ol-is-1-1-propoxypropane-2-2-propoxypropane-3-1-propoxyethane-4-2-ethoxypropane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjM0MDgz-the-alkoxy-group-in-aryl-alkyl-ethers-activates-the-benzene-ring-towards-1-nucleophilic-addition-reaction-2-electrophilic-addition-reaction-3-nucleophilic-substitution-reaction-4-electrophilic-substit https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjM0MDg2-4-methoxytoluene-will-be-the-major-product-in-1-friedel-crafts-reaction-alkylation-of-anisole-2-nitration-of-anisole-3-bromination-of-anisole-in-ethanoic-acid-medium-4-friedel-craft-rsquo-s-acetylatio https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjM0MTE2-an-appropriate-set-of-reactants-for-the-preparation-of-1-methoxy-4-nitrobenzene-is-are-1-2-3-mathrm-ch-3-ch-2-ch-2-o-ch-3-hbr-4-mathrm-ch-3-3c-oc-2h-5-hi-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjQ0OTYz-upon-dehydration-the-below-mentioned-compound-will-not-give-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjQ1MDg1-the-most-reactive-compound-among-the-following-for-electrophilic-aromatic-substitution-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjQ1MDkz-the-most-acidic-compound-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjQ1MTA0-identify-z-in-the-following-reaction-ch-3ch-2ch-ch-2-xrightarrow-h-2o-h-2o-2-oh-b-2h-6-z-1-ch-3ch-2ch-2ch-2oh-2-ch-3ch-2-c-hch-3-oh-3-ch-3ch-2ch-2cho-4-ch-3ch-2ch-2ch-3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjUxMDI4-the-compound-that-is-used-as-antifreeze-in-automobile-radiators-is-1-glycol-2-nitrophenol-3-ethyl-alcohol-4-methyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjUxMTI4-which-one-of-the-following-compounds-will-be-most-readily-dehydrated-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjUxMTI5-among-the-following-four-compounds-a-phenol-b-methyl-phenol-c-meta-nitrophenol-d-para-nitrophenol-the-acidity-order-is-1-c-d-a-b-2-a-d-c-b-3-b-a-c-d-4-d-c-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjUxMTMz-when-glycerol-is-treated-with-an-excess-of-hi-it-produces-1-allyl-iodide-2-propene-3-glycerol-triiodide-4-2-iodopropane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjUxMTc4-iodoform-reaction-is-given-by-a-ch3ch2oh-b-ch3coch3-c-d-ch3oh-1-only-b-2-a-b-and-c-3-a-and-b-4-a-c-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjYzOTU0-which-of-the-following-does-not-give-nucleophilic-substitution-with-alcohol-1-ch-cocl-2-acetic-anhydride-3-ether-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY0MDIx-which-of-the-following-statement-is-correct-for-the-stability-of-ions-of-ethyl-alcohol-and-phenol-1-delocalization-of-pi-electrons-in-phenoxide-ion-2-delocalization-of-electrons-in-ethoxide-ion-3-indu https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY0NzQz-the-compound-that-gives-p-cresol-with-p-methyl-diazonium-chloride-is-1-h2o-2-h3po2-3-hcooh-4-c6h5oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY0NzY2-order-of-acidic-strength-of-the-following-compounds-will-be-a-b-c-6h-5oh-c-d-1-c-d-b-a-2-d-c-b-a-3-a-b-c-d-4-b-a-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY0ODU3-the-compound-that-will-not-form-a-yellow-precipitate-on-heating-with-an-alkaline-solution-of-iodine-is-1-ch3ch2ch-oh-ch3-2-ch3oh-3-ch3ch2oh-4-ch3ch-oh-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY1Mzc0-n-propyl-alcohol-and-isopropyl-alcohol-can-be-chemically-distinguished-by-which-reagent-1-pcl5-2-reduction-3-oxidation-with-potassium-dichromate-4-ozonolysis-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY1Mzky-when-phenol-is-treated-with-chcl3-and-naoh-the-product-formed-is-1-benzaldehyde-2-salicylaldehyde-3-salicylic-acid-4-benzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY1NzIw-the-correct-acidic-order-of-the-following-is-i-ii-iii-1-i-ii-iii-2-iii-i-ii-3-ii-iii-i-4-i-iii-ii-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY1NzMw-incorrect-statement-among-the-following-is-1-fecl-3-is-used-in-the-detection-of-phenol-2-fehling-solution-is-used-in-the-detection-of-glucose-3-tollens-reagent-is-used-in-the-detection-of-unsaturation https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY1NzM1-identify-the-effective-factor-in-the-preparation-of-an-alkene-from-an-alcohol-using-al-o-1-porosity-of-al-o-2-temperature-3-concentration-4-surface-area-of-al-o-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY1NzM2-the-correct-statement-among-the-following-is-1-any-aldehyde-gives-secondary-alcohol-on-reduction-2-the-reaction-of-vegetable-oil-with-h2so4-gives-glycerin-3-c2-h5oh-and-iodine-with-naoh-give-iodoform https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY3NjU3-propanol-has-a-higher-boiling-point-than-that-of-butane-because-1-butane-undergoes-intermolecular-ionic-bonding-2-propanol-undergoes-intermolecular-h-bonding-3-propanol-undergoes-intramolecular-hydrog https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY3NjU5-alcohols-are-comparatively-more-soluble-in-water-than-hydrocarbons-of-comparable-molecular-masses-because-1-alcohols-form-van-der-waal-bonds-with-water-while-hydrocarbons-do-not-2-alcohols-form-covale https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY3Njcw-the-hydroboration-oxidation-reaction-is-1-the-addition-of-borane-followed-by-oxidation-2-the-addition-of-propane-followed-by-oxidation-3-the-addition-of-propane-followed-by-reduction-4-the-addition-of https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY3Njcx-identify-the-steam-volatile-compound-among-the-following-1-o-nitrophenol-2-p-nitrophenol-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY3Njc1-ortho-nitrophenol-is-more-acidic-than-ortho-methoxy-phenol-because-1-the-no2-group-increases-the-electron-density-in-phenol-while-the-methoxy-group-decreases-the-electron-density-in-phenol-2-the-nitro https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjY3Njgz-preparation-of-ethers-by-2-or-3-degree-alcohols-in-an-acidic-medium-is-not-a-suitable-method-because-1-in-case-of-secondary-or-tertiary-alcohols-ketone-is-obtained-as-a-product-2-in-case-of-secondary https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMDM3-what-is-the-iupac-name-of-the-given-compound-1-2-2-2-trimethylpentan-3-ol-2-2-2-4-trimethylpentan-3-ol-3-2-2-3-trimethylpentan-3-ol-4-1-1-3-trimethylpentan-3-ol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMDg1-the-iupac-name-of-the-above-compound-is-1-2-methylbutan-1-ol-2-2-methylbutan-2-ol-3-1-methylbutan-2-ol-4-1-methylbutan-1-ol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMDg5-the-iupac-name-of-the-below-compound-is-1-3-4-dimethylhexane-ndash-1-3-5-triol-2-3-5-dimethylhexane-ndash-1-1-5-triol-3-3-5-dimethylhexane-ndash-1-3-5-triol-4-3-1-dimethylhexane-ndash-1-3-5-triol-1-2 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMDk2-the-iupac-name-of-1-3-3-diethylphenol-2-2-2-diethylphenol-3-1-3-diethylphenol-4-2-3-diethylphenol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTA2-the-iupac-name-of-the-above-compound-is-1-4-ndash-ethoxypropane-2-3-ndash-ethoxypropane-3-1-ndash-ethoxypropane-4-2-ndash-ethoxypropane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTA3-the-iupac-name-of-the-following-compound-is-1-1-ethoxy-3-methylpentane-2-3-ethoxy-1-methylpentane-3-2-ethoxy-3-methylpentane-4-3-ethoxy-2-methylpentane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTEw-the-iupac-name-of-the-following-compound-is-1-cyclohexane-ethanol-2-cyclohexane-methanol-3-cyclohexyl-ethanol-4-cyclohexyl-methanol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTE0-the-structure-and-name-of-intermediate-compound-is-1-cumene-hydroperoxide-2-cumene-hydroperoxide-3-cumene-hydroperoxide-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTE3-the-iupac-name-of-the-following-compound-is-1-cyclopent-1-en-3-ol-2-cyclopent-3-en-1-ol-3-cyclopent-2-en-1-ol-4-cyclopent-1-en-2-ol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTIy-identify-a-when-benzene-is-treated-with-cl-in-the-presence-of-alcl-and-the-product-obtained-is-further-treated-with-naoh-at-623-k-and-300-atm-to-form-phenol-1-chlorobenzene-2-1-2-dichlorobenzene-3-1-3 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTIz-the-iupac-name-of-above-mentioned-compound-is-1-1-chloro-3-ethylbutan-3-ol-2-1-chloro-3-ethylbutan-1-ol-3-3-chloro-3-ethylbutan-1-ol-4-3-chloromethyl-pentan-1-ol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTI1-the-proposed-mechanism-for-hydration-of-ethene-to-yield-ethanol-is-as-follows-the-wrong-step-in-the-above-mechanism-is-1-step-1-2-step-2-3-step-3-4-both-steps-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTc4-the-reaction-of-3-methylbutan-2-ol-with-hbr-gives-1-2-bromo-3-methyl-butane-2-2-bromo-2-methyl-butane-3-3-bromo-2-methyl-butane-4-3-bromo-3-methyl-butane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTgx-the-reaction-of-hi-with-methoxymethane-will-give-1-both-methyl-iodide-and-methanol-2-only-methanol-3-only-methyl-iodide-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTkz-the-reaction-of-hydrogen-iodide-with-1-propoxypropane-gives-1-propane-1-ol-and-1-iodopropane-2-1-iodopropane-3-propane-1-ol-4-none-of-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTk3-the-correct-sequence-of-reactions-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTk4-the-correct-set-of-reactions-among-the-following-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTk5-large-mathrm-ch-3ch-2chon-a-mathrm-ch-3ch-2ch-2br-rightarrow-the-major-product-of-above-williamson-s-ether-synthesis-will-be-1-1-propoxypropane-2-2-propoxypropane-3-3-propoxypropane-4-4-propoxypropane https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMjAw-the-incorrect-reaction-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMjAx-the-major-product-of-williamson-rsquo-s-ether-synthesis-reaction-would-be-1-benzene-2-methoxy-benzene-3-ethoxy-benzene-4-ethane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMjAy-in-williamson-rsquo-s-synthesis-reaction-major-product-will-be-ch3-ch3-8212-c-8212-ona-ch3br-8594-ch3-1-1-methoxy-2-methylpropane-2-2-methoxy-2-methylpropane-3-2-methoxy-1-methylpropane-4-1-methoxy-1 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMjAz-in-the-following-williamson-rsquo-s-synthesis-reaction-ch3ch2ona-ch3-br-rarr-the-product-will-be-1-1-methoxyethane-2-2-methoxyethane-3-3-methoxyethane-4-4-methoxyethane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMjA0-dehydration-of-ethanol-in-acidic-medium-yields-1-ethyne-2-ethanol-3-ethane-4-ethene-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMjA1-match-the-following-list-i-list-ii-i-o2n-c6h5-och3-p-a-4-ethoxy-1-1-dimethylcyclohexane-ii-c2h5och2-ch-ch3-2-b-1-chloro-2-methoxyethane-iii-ch3och2ch2cl-c-1-ethoxy-2-methylpropane-iv-d-1-methoxy-4-nit https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMjA5-in-kolbe-rsquo-s-reaction-the-product-formed-will-be-1-para-salicylaldehyde-2-ortho-salicylaldehyde-3-para-salicylic-acid-4-ortho-salicylic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMjEw-in-the-reimer-tiemann-reaction-the-product-is-1-ortho-salicylaldehyde-2-para-salicylaldehyde-3-meta-salicylaldehyde-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMjEy-in-the-following-williamson-ether-synthesis-reaction-what-will-be-the-major-product-1-1-methoxypropane-2-2-methoxypropane-3-3-methoxypropane-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMjEz-unsymmetrical-ether-will-be-the-product-in-1-kolbe-rsquo-s-reaction-2-reimer-tiemann-reaction-3-williamson-ether-synthesis-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc3MTYx-the-iupac-name-of-the-product-that-formed-in-the-following-chemical-reaction-is-text-acetone-xrightarrow-bf-text-ii-h-2-text-o-h-bf-text-i-c-2-text-h-5-text-mgbr-dry-ether-text-product-1-pentan-3-ol-2 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2NjYy-butan-1-ol-and-2-methylbutan-2-ol-can-be-differentiated-by-1-hcl-zncl2-at-room-temperature-2-hbr-3-socl2-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzM5Mzgz-given-below-are-two-statements-i-the-acidic-strength-of-monosubstituted-nitrophenol-is-higher-than-phenol-because-of-electron-withdrawing-nitro-group-ii-o-nitrophenol-m-nitrophenol-and-p-nitrophenol-w https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzM5NDE4-given-below-are-two-statements-statement-i-in-lucas-test-primary-secondary-and-tertiary-alcohols-are-distinguished-on-the-basis-of-their-reactivity-with-conc-hcl-zncl-2-known-as-lucas-reagent-statemen https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzM5Nzk1-given-below-are-two-statements-i-the-product-of-the-reaction-of-phenol-with-bromine-depends-on-the-nature-of-the-solvent-ii-the-reaction-of-phenol-with-bromine-in-chcl3-gives-a-monosubstituted-bromo-d https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzM5ODA5-the-increasing-order-of-reactivity-of-the-following-compounds-towards-acid-catalyzed-dehydration-is-a-b-c-d-1-b-c-a-d-2-b-a-c-d-3-a-c-d-b-4-c-a-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzM5ODEw-the-correct-order-of-acidic-strength-of-the-following-molecules-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzM5ODI3-the-major-products-formed-in-the-following-reaction-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ2NDcz-match-the-reagents-list-i-with-the-products-list-ii-obtained-from-phenol-list-i-list-ii-a-i-naoh-ii-co2-iii-h-i-benzoquinone-b-i-aqueous-naoh-chcl3-ii-h-ii-benzene-c-zn-dust-delta-iii-salicylaldehyde https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ2NTA2-which-one-of-the-following-reaction-sequences-is-the-incorrect-method-to-prepare-phenol-1-aniline-nano2-hcl-h2o-heating-2-cumene-o2-h3o-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzY2OTky-consider-the-following-reaction-and-identify-the-product-p-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzY3MDAw-which-amongst-the-following-will-be-most-readily-dehydrated-under-acidic-conditions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzY3MDA0-consider-the-following-reaction-identify-products-a-and-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzY4MjM2-reagents-that-can-be-used-to-convert-alcohols-to-carboxylic-acids-are-a-cro3-h2so4-b-k2cr2o7-h2so4-c-kmno4-koh-h3o-d-cu-573-k-e-cro3-ch3co-2o-choose-the-most-appropriate-answer-from-the-options-given https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzY4Mjcy-consider-the-following-reactions-r-cooh-xrightarrow-ii-h-2o-hcl-i-x-r-ch-2oh-small-r-ch-ch-2-xrightarrow-ii-h-2o-naoh-h-2o-2-i-x-r-ch-2-ch-2-oh-identify-x-in-above-reactions-1-b-2h-6-2-lialh-4-3-nabh https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzY4MzY4-the-major-product-formed-in-the-following-conversion-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU1MDEw-identify-the-correct-reagents-that-would-bring-about-the-following-transformation-1-text-i-mathrm-bh-3-2-text-i-mathrm-bh-3-ii-mathrm-h-2-mathrm-o-2-stackrel-ominus-mathrm-oh-ii-mathrm-h-2-mathrm-o-2 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU1MDEz-which-one-of-the-following-alcohols-reacts-instantaneously-with-lucas-reagent-1-2-3-4-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-ch-2-mathrm-oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mzc0MjY0-what-is-the-correct-order-of-reactivity-of-alcohols-in-the-following-reaction-r-oh-hcl-xrightarrow-zncl-2-r-cl-h2o-1-1-2-3-2-1-3-3-3-2-1-4-3-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4MTA3-match-item-in-colum-i-with-those-in-column-ii-column-i-column-ii-a-i-2-ethoxypropane-b-ii-1-ethoxy-2-nitrocyclohexane-c-iii-4-chloro-2-3-dimethylpentan-1-ol-d-iv-2-6-dimethylphenol-the-correct-option https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzcxMzgw-the-name-of-the-compound-shown-below-is-1-2-isopropyl-3-methyl-5-pentanol-2-3-isopropyl-3-methyl-1-butanol-3-2-3-4-trimethyl-1-pentanol-4-3-4-5-trimethyl-1-hexanol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2NjM2-in-the-given-reaction-product-a-is-ch-3-ch-ch-2-xrightarrow-h-2o-h-a-1-ch3ch2ch2oh-2-ch3ch-oh-ch3-3-ch3ch-oh-ch2oh-4-ch3ch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246MzI2NTk-which-of-the-following-is-an-example-of-elimination-reaction-1-chlorination-of-methane-2-dehydration-of-ethanol-3-nitration-of-benzene-4-hydroxylation-of-ethylene-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mzg2MzU1-match-the-name-of-the-reagents-given-in-column-a-with-the-representation-of-the-reagent-given-in-column-b-column-a-column-b-i-lucas-reagent-a-alkaline-kmno4-ii-baeyer-s-reagent-b-ch3mgbr-iii-pcc-c-znc https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ4NzU1-which-of-the-following-on-reaction-with-grignard-reagent-followed-by-hydrolysis-give-primary-alcohol-1-hcho-2-ch3oh-3-co2-4-ch3coch3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ0MjY3-match-the-given-structural-formulas-in-column-i-with-their-corresponding-compound-names-in-column-ii-column-i-column-ii-structural-formula-compound-name-a-i-catechol-b-ii-resorcinol-c-iii-hydroquinone https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ3MjI1-what-is-the-major-product-a-formed-in-the-following-organic-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzIzNzQ5-the-enzymes-involved-in-the-preparation-of-ethanol-from-sucrose-by-fermentation-are-1-invertase-and-zymase-2-zymase-and-carboxypeptidase-3-carboxypeptidase-and-invertase-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzIzNjE4-what-factors-influence-the-solubility-of-alcohols-in-water-1-the-extent-of-hydrogen-bonding-2-the-size-of-the-alkyl-group-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTk5NDMx-the-reaction-that-does-not-give-benzoic-acid-as-the-major-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mzc4NTM4-consider-the-given-reaction-small-mathrm-ch-3-mathrm-ch-2-mathrm-ch-mathrm-ch-2-stackrel-x-longrightarrow-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-ch-2-mathrm-oh-the-suitable-reagent-x-in-the-above https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTQ4MzA1-identify-the-product-c-in-the-following-reaction-sequence-ch3choh2-pd-pdh2-pdh2-a-na-na-na-b-ch3i-ch3i-ch3i-c-1-alcohol-2-ether-3-alkene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE1MzAx-arrange-the-following-compounds-in-the-increasing-order-of-their-boiling-points-pentan-1-ol-n-butane-pentanal-ethoxyethane-1-pentan-1-ol-n-butane-pentanal-ethoxyethane-2-n-butane-ethoxyethane-pentanal https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ5Mjcx-methyl-magnesium-bromide-upon-reaction-with-which-compound-followed-by-acidic-hydrolysis-produces-a-primary-alcohol-1-2-3-4-hcho-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzU4MTk0-which-of-the-following-reaction-s-will-yield-propan-2-ol-1-ch-2-ch-ch-3-h-2o-xrightarrow-h-2-3-ch-2o-xrightarrow-ii-h-2o-i-c-2h-5mgi-4-ch-2-ch-ch-3-xrightarrow-text-dilute-kmno-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE1MzA5-what-is-the-iupac-name-of-the-compound-obtained-when-propanone-reacts-with-methylmagnesium-bromide-followed-by-hydrolysis-1-2-methylpropan-2-ol-2-1-methylpropan-1-ol-3-1-methylpropan-2-ol-4-propan-2-o https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjMw-the-correct-iupac-name-of-the-given-compound-is-1-2-chloro-5-hydroxyhexane-2-2-hydroxy-5-chlorohexane-3-5-chlorohexan-2-ol-4-2-chlorohexan-5-ol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzM0MTQx-in-the-lucas-test-for-alcohols-the-reaction-proceeds-via-the-formation-of-which-intermediate-1-carbocation-2-carbanion-3-free-radical-4-no-intermediate-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjI3-which-of-the-following-processes-is-used-to-convert-ethyl-alcohol-into-ethanal-1-catalytic-hydrogenation-2-treatment-with-liaih4h4h4-3-treatment-with-pyridinium-chlorochromate-4-treatment-with-kmno4o4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjI4-the-conversion-of-alkyl-halides-into-alcohols-involves-which-of-the-following-types-of-reactions-1-addition-reaction-2-substitution-reaction-3-dehydrohalogenation-reaction-4-rearrangement-reaction-1-2 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQwMzQ0-given-below-are-two-statements-assertion-a-the-order-of-acidic-strength-is-rcooh-text-phenol-h-2o-c-2h-5oh-reason-r-as-acid-strength-increases-pka-increases-select-the-most-appropriate-answer-from-the https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mzk1NDMx-phenol-reacts-with-chloroform-in-the-presence-of-sodium-hydroxide-to-form-salicylaldehyde-this-reaction-is-known-as-1-kolbe-s-reaction-2-reimer-tiemann-reaction-3-stephan-reaction-4-etard-reaction-1-2 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzYzOTE5-assertion-a-the-ease-of-dehydration-with-h2so4-follows-the-following-order-reason-r-the-more-stable-the-carbocation-the-easier-the-dehydration-in-an-acidic-medium-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjk5NDMy-among-the-following-identify-the-compounds-which-can-be-dehydrated-very-easily-1-ch3ch2ch2ch2ch2oh-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTI3OTAx-a-sweet-smelling-compound-formed-by-reacting-acetic-acid-with-ethanol-in-the-presence-of-hydrochloric-acid-is-1-ch3cooc2h5ch3cooc2h5ch3cooc2h5-2-c2h5coohc2h5coohc2h5cooh-3-c2h5cooch3c2h5cooch3c2h5cooc https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ2OTYy-identify-the-major-product-a-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQxMjE2-the-correct-match-of-the-product-given-in-column-ii-with-the-reaction-in-column-i-is-column-i-column-ii-a-i-b-ii-c-iii-d-iv-1-a-i-b-ii-c-iii-d-iv-2-a-ii-b-i-c-iv-d-iii-3-a-iv-b-ii-c-iii-d-i-4-a-iii-b https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-Rpb246Njk4MQ-which-of-the-following-is-produced-when-phenol-is-treated-with-an-excess-of-bromine-water-1-m-bromophenol-2-o-and-p-bromophenols-3-2-4-dibromophenol-4-2-4-6-tribromophenol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzkxMzIz-match-the-column-i-with-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-williamson-s-synthesis-i-mathrm-c-6-mathrm-h-5-mathrm-oh-mathrm-ch-3-mathrm-cocl-in-the-presence-of-pyridine-b-o https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQyMDU3-in-the-given-reaction-identify-the-intermediate-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4MTEx-what-is-the-correct-sequence-of-decreasing-order-of-acid-strength-of-the-given-compounds-propan-1-ol-2-4-6-trinitrophenol-3-nitrophenol-3-5-dinitrophenol-phenol-4-methylphenol-1-2-4-6-trinitrophenol-3 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzIzNzQ1-identify-the-product-a-formed-in-the-following-reaction-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ1MzAy-a-compound-x-is-acidic-and-it-is-soluble-in-naoh-solution-but-insoluble-in-nahco3-solution-compound-x-also-gives-a-violet-color-with-a-neutral-fecl3-solution-the-compound-x-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzkxMzE3-match-the-reactions-from-column-i-with-their-respective-products-from-column-ii-and-choose-the-correct-option-column-i-reaction-column-ii-product-a-hydrolysis-of-benzene-diazonium-chloride-i-p-cresol https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQyODI3-assertion-a-phenol-doesn-t-react-with-lucas-reagent-to-give-chlorobenzene-reason-r-there-is-a-partial-double-bond-character-between-carbon-and-oxygen-because-of-resonance-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ4NjEw-which-carboxylic-acid-when-treated-with-acetic-anhydride-in-the-presence-of-concentrated-sulfuric-acid-yields-the-common-pain-reliever-aspirin-1-phthalic-acid-2-oxalic-acid-3-salicylic-acid-4-glutaric https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ3MTIy-given-the-following-compounds-a-to-e-a-b-c-d-e-select-the-correct-option-for-the-increasing-order-of-acidic-strength-for-the-compounds-given-above-1-c-b-a-d-e-2-a-c-b-e-d-3-c-a-b-d-e-4-b-a-c-e-d-1-2-3 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ4NDg0-consider-the-following-reaction-sequence-the-major-product-c-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQyMDU0-when-phenol-reacts-with-nitric-acid-it-produces-two-different-products-a-and-b-which-method-can-be-used-to-separate-products-a-and-b-1-steam-distillation-2-fractional-distillation-3-chromatography-4-f https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM5NjUw-the-ionisation-constant-of-phenol-is-higher-than-that-of-ethanol-because-1-phenoxide-ion-is-bulkier-than-ethoxide-2-phenoxide-ion-is-stronger-base-than-ethoxide-3-phenoxide-ion-is-stabilised-through-d https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzYyNzk5-consider-the-following-compounds-given-below-the-decreasing-order-of-pka-values-is-1-i-iv-ii-iii-2-i-iv-iii-ii-3-iii-ii-iv-i-4-iv-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzkxMjk4-in-the-given-reactions-x-and-y-are-respectively-1-bromobenzene-and-acetophenone-2-o-and-p-bromophenol-and-salicylaldehdye-3-p-bromophenol-and-salicylic-acid-4-o-bromophenol-and-benzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzA4NTI4-which-of-the-following-groups-increases-the-acidic-character-of-phenol-1-och3-2-ch3-3-no2-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ3NTcz-the-products-a-and-b-that-are-obtained-when-isopropyl-benzene-is-subjected-to-aerial-oxidation-followed-by-the-treatment-with-mild-acid-are-1-a-c-6h-5oh-b-ch-3coch-3-2-a-c-6h-5ch-2oh-b-ch-3oh-3-a-ch-3 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjg0MzAz-the-major-product-obtained-on-interaction-of-phenol-with-sodium-hydroxide-and-carbon-dioxide-is-1-benzoic-acid-2-salicylaldehyde-3-salicylic-acid-4-phthalic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM5NjAz-in-the-given-reaction-scheme-identify-the-final-product-z-phenolzndust-xch3cl-anhy-alcl3yalkalinekmno4-zphenol-zndustx-anhy-alcl3ch3cly-alkalinekmno4zphenol-zndustx-anhy-alcl3ch3cly-alkalinekmno4z-1-t https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mzc4NTcy-the-product-p-in-the-given-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM5NjEy-the-given-reaction-can-be-classified-as-1-alcohol-formation-reaction-2-dehydration-reaction-3-williamson-alcohol-synthesis-reaction-4-williamson-ether-synthesis-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTg5MjAy-the-following-reaction-can-be-classified-as-1-dehydration-2-williamson-alcohol-synthesis-3-williamson-ether-synthesis-4-dehydrogenation-of-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mzc5MDM5-isopropyl-chloride-is-heated-with-a-and-forms-2-ethoxypropane-the-compound-a-is-1-c2h6-2-ch3oh-3-ch3nh2-4-ch3ch2ona-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ3NDk3-the-correct-structure-of-2-bromo-4-methyl-anisole-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mzk5MjMz-match-the-following-choosing-one-item-from-column-x-and-the-appropriate-item-from-column-y-x-y-i-decarboxylation-a-addition-reaction-ii-ozonolysis-b-soda-lime-iii-williamson-s-synthesis-c-structure-of https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mzg2NDk5-williamson-synthesis-does-not-encourage-the-preparation-of-ether-if-the-alkyl-halide-is-1-left-mathrm-ch-3-right-3-c-mathrm-br-2-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-br-3-mathrm-ch-3-mathrm-br-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTYyNDAx-which-of-the-following-will-not-give-ether-on-reaction-with-ch3ch2ona-1-ch3ch2ci-2-c6h5ch2cl-3-ch3-3ccl-4-ch3cl-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDQwNDM0-consider-the-following-reaction-the-products-a-and-b-respectively-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ4ODA3-consider-the-following-reactions-major-products-a-and-b-are-1-ch2-ch2-and-ch2-ch2-2-ch2-ch2-and-ch3ch2-o-ch2-ch3-3-ch3-ch2-o-ch3-and-ch3-o-ch3-4-ch3ch2-o-ch2ch3-and-ch2-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ4NzA4-phenetole-on-reaction-with-hi-gives-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQyNzYy-assertion-a-the-major-products-formed-by-heating-c6h5ch2och3-with-hl-are-c6h5ch2l-and-ch3oh-reason-r-benzyl-cation-is-more-stable-than-methyl-cation-1-both-a-and-r-are-true-and-r-is-the-correct-explan https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzgwMjQ2-in-williamson-s-synthesis-ethoxyethane-is-prepared-by-1-passing-ethanol-over-heated-alumina-2-heating-sodium-ethoxide-with-ethyl-bromide-3-treating-ethyl-alcohol-with-an-excess-of-h2so4-at-430-440-k-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2NjY4-in-the-given-reaction-product-a-and-the-reaction-name-are-respectively-1-2-ethoxy-3-methylpentane-williamson-synthesis-reaction-2-1-ethoxy-3-methylpentane-williamson-synthesis-reaction-3-2-ethoxy-3-me https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM5NjE2-find-the-product-formed-when-phenyl-methyl-ether-anisole-is-heated-with-hi-1-lodobenzene-2-phenol-3-benzene-4-ethyl-chlorides-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTQ4MzQz-on-boiling-with-concentrated-hydrobromic-acid-phenyl-ethyl-ether-yields-1-phenol-and-ethyl-bromide-2-bromobenzene-and-ethanol-3-phenol-and-ethane-4-bromobenzene-and-ethane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMDg4-the-iupac-name-of-the-below-compound-is-1-1-phenylpropan-2-ol-2-2-phenylpropan-2-ol-3-1-phenylpropan-1-ol-4-2-phenylpropan-1-ol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTE1NDY5-the-alcohol-expected-to-have-the-lowest-pka-value-among-the-following-is-1-ethanol-2-2-fluoro-ethanol-3-2-2-2-trifluoroethanol-4-2-chloroethanol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTMzMjA-the-product-z-in-the-below-mentioned-reaction-is-1-ch2-ch2ch2-ch2ch2-ch2-2-ch3ch2-o-ch2-ch3ch3ch2-o-ch2-ch3ch3ch2-o-ch2-ch3-3-ch3-ch2-o-so3hch3-ch2-o-so3hch3-ch2-o-so3h-4-ch3ch2ohch3ch2ohch3ch2oh-1-2 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTE1NDY3-a-gas-that-comes-out-when-ethyl-alcohol-is-heated-with-methyl-magnesium-iodide-is-1-methane-2-ethane-3-carbon-dioxide-4-propane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTIxNjgw-the-product-b-in-the-below-mentioned-reaction-is-1-phenol-2-benzol-3-sodium-benzoate-4-benzal-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTMyNTc-phenol-in-a-set-of-reactions-as-captured-below-yielded-a-product-z-text-phenol-xrightarrow-text-zn-dust-text-x-xrightarrow-text-anhy-alcl-3-ch-3cl-y-y-xrightarrow-kmno-4-text-alkaline-z-the-structure https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTA3NTc-the-reaction-of-phenol-with-chloroform-in-the-presence-of-dilute-sodium-hydroxide-finally-introduces-a-functional-group-x-the-x-is-1-ch2cl-2-cooh-3-chcl2-4-cho-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjk0-select-the-correct-option-based-on-the-statements-given-below-assertion-a-phenol-forms-2-4-6-tribromophenol-on-treatment-with-br2-in-carbon-disulphide-at-273k-reason-r-bromine-polarises-in-carbon-disu https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTIyNjE0-ether-is-more-volatile-than-alcohol-despite-having-the-same-molecular-formula-this-is-due-to-1-dipolar-character-of-ethers-2-alcohols-having-resonance-structures-3-intermolecular-hydrogen-bonding-in-e https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246NjExMDg-select-the-correct-option-based-on-statements-below-assertion-a-ether-behave-as-bases-in-the-presence-of-mineral-acids-reason-r-it-is-due-to-the-presence-of-lone-pairs-of-electrons-on-the-oxygen-atom https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM5NTUw-ethyl-chloride-is-converted-into-diethyl-ether-by-1-wurtz-reaction-2-grignard-reaction-3-perkin-s-reaction-4-williamson-s-synthesis-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTEyNjc-which-of-the-following-set-of-reactants-produces-anisole-1-ch3cho-rmgx-2-c6h5oh-naoh-ch3l-3-c6h5oh-neutral-fecl3-4-c6h5-ch3-ch3cocl-alcl3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTM2NzU-the-product-formed-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTExNzcx-the-product-in-the-below-mentioned-reaction-is-1-2-3-c6h5oc6h5-4-c2h5oc2h5-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTk2-what-is-the-product-of-the-reaction-of-hydrogen-iodide-with-benzyl-ethyl-ether-1-ethanol-2-benzyl-iodide-3-benzyl-iodide-and-ethanol-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM5NjUy-the-product-that-forms-when-sodium-phenoxide-is-heated-with-ethyl-iodide-is-1-phenetole-2-ethyl-phenyl-alcohol-3-phenol-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NTkyODM0-the-functional-group-that-can-be-identified-through-phthalein-dye-test-is-1-phenolic-2-alcohol-3-aldehyde-4-carboxylic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NTkyODA2-match-list-i-with-list-ii-list-i-list-ii-a-i-i-oleum-ii-naoh-delta-iii-h-b-ii-i-o-2-ii-h-2o-h-c-iii-i-ch-3oh-h-ii-h-2-text-catalyst-d-iv-i-conc-h-2so-4-delta-ii-h-h-2o-choose-the-correct-answer-from-t https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NTM1MTc1-the-total-number-of-possible-isomers-both-structural-as-well-as-stereoisomers-of-cyclic-ethers-of-molecular-formula-c-4h-8o-is-1-10-2-11-3-6-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDY4ODgw-identify-d-in-the-following-sequence-of-reactions-1-n-propyl-alcohol-2-isopropyl-alcohol-3-propanal-4-propionic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4MTA5-the-iupac-name-of-the-product-which-is-formed-after-catalytic-hydrogenation-of-butanal-is-1-butan-2-ol-2-butane-3-butan-1-ol-4-butane-1-ol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4MTEw-arrange-the-following-sets-of-compounds-in-increasing-order-of-boiling-points-pentan-1-ol-butan-1-ol-butan-2-ol-ethanol-propan-1-ol-methanol-1-pentan-1-ol-butan-1-ol-propan-1-ol-ethanol-methanol-3-met https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4MTEy-the-major-product-a-in-the-following-reaction-is-1-2-3-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4MTEz-what-is-the-major-product-a-formed-in-the-following-reaction-1-2-3-mathrm-ch-2-mathrm-ch-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4MTE0-the-major-product-a-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4MTE1-the-major-products-a-and-b-in-the-following-reaction-are-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE1MTY3-the-major-product-a-in-the-following-reaction-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE1Mjky-what-is-the-major-product-a-formed-in-the-following-organic-reaction-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE1Mjk1-the-major-product-a-in-the-following-reaction-is-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE1MzA4-the-iupac-name-of-the-product-formed-when-hydration-of-propene-in-the-presence-of-dilute-sulphuric-acid-take-place-1-prop-2-ol-2-propan-2-ol-3-prop-1-ol-4-propan-1-ol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjcwMTk1-the-reaction-of-hydrogen-iodide-with-methoxybenzene-gives-1-phenol-2-iodomethane-3-phenol-and-iodomethane-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2NjMy-match-the-items-in-column-i-with-the-items-in-column-ii-column-i-compounds-column-ii-classification-a-i-tertiary-alcohol-b-ii-primary-alcohol-c-iii-secondary-alcohol-1-a-ii-b-iii-c-i-2-a-iii-b-ii-c-i https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE5MDUx-match-the-items-in-column-i-with-the-items-in-column-ii-column-i-column-ii-a-i-tertiary-alcohol-b-h2c-ch-ch2oh-ii-primary-alcohol-c-ch3-ch2-ch2-oh-iii-secondary-alcohol-1-a-ii-b-iii-c-i-2-a-ii-b-ii-c https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2NjMz-which-among-the-following-is-are-allylic-alcohol-s-a-b-mathrm-h-2-mathrm-c-mathrm-ch-mathrm-ch-2-mathrm-oh-text-c-1-c-and-b-2-b-and-a-3-c-and-a-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2NjM0-incorrect-match-among-the-following-is-1-3-chloromethyl-2-isopropylpentan-1-ol-2-2-5-dimethylhexane-1-3-diol-3-3-bromo-2-methylbut-2-en-4-ol-4-hex-1-en-3-ol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2NjM1-consider-the-following-reaction-based-on-the-product-formed-identify-the-structure-of-the-grignard-reagent-used-in-this-reaction-from-the-options-given-below-1-ch3ch2mgbr-2-ch3-2chmgbr-3-ch3-2ch2ch2mg https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzIwMTA0-consider-the-following-reaction-and-determine-the-structure-of-the-grignard-reagent-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE5MDY4-which-option-correctly-represents-product-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE5MDc0-in-the-given-reaction-product-a-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2NjY0-in-the-given-reaction-product-a-is-text-1-methylcyclohexanol-mathrm-xrightarrow-acid-catalysed-dehydration-text-a-1-2-methylcyclohexene-2-1-methylcyclohexanol-3-1-methylcyclohexane-4-1-methylcyclohexe https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE5MDg0-in-the-given-reaction-product-a-is-butan-1-ol-xrightarrow-acid-catalysed-dehydration-a-1-but-2-ene-2-1-butoxybutane-3-but-1-ene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2NjY1-given-below-are-two-statements-assertion-a-ortho-and-para-nitrophenols-are-more-acidic-than-phenol-reason-r-phenoxide-ion-formed-by-ortho-and-para-nitrophenols-are-more-stable-than-pehenoxide-ion-form https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2NjY2-consider-the-two-statements-given-below-i-the-given-reaction-is-known-as-kolbe-s-reaction-ii-the-given-reaction-is-known-as-reimer-tiemann-reaction-1-both-statement-i-and-statement-ii-are-true-2-state https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2Njcw-the-appropriate-set-of-reactants-for-the-preparation-of-1-methoxy-4-nitrobenzene-is-1-2-3-both-1-and-2-are-appropriate-set-of-reactants-for-the-preparation-of-1-methoxy-4-nitrobenzene-4-none-of-the-ab https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE2Njcx-in-the-given-reaction-products-are-respectively-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-o-mathrm-ch-3-mathrm-hbr-rightarrow-mathrm-a-mathrm-b-1-2-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-br-mathr https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE5MTMy-in-the-given-reaction-the-products-are-respectively-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE5MTQx-in-the-given-reaction-the-major-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzE5MTQ1-when-tert-butyl-ethyl-ether-reacts-with-hi-the-products-formed-are-a-and-b-respectively-ch3-3c-o-c2h5-hi-a-b-identify-a-and-b-1-ch3-3c-oh-ch3ch2i-2-ch3-3c-i-ch3ch2i-3-ch3-3c-i-ch3ch2oh-4-none-of-the-a https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjQ1-which-of-the-following-are-benzylic-alcohols-i-ii-iii-iv-choose-the-correct-option-1-i-ii-2-ii-iii-3-iii-iv-4-i-iv-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjQz-phenol-and-ethanol-can-be-differentiated-through-their-distinct-reactions-with-i-br2-water-ii-na-iii-neutral-fecl3-choose-the-correct-option-1-i-ii-2-ii-iii-3-i-only-4-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjQy-which-of-the-following-reagents-can-be-used-to-oxidize-primary-alcohols-to-aldehydes-i-cro3cro3-in-anhydrous-medium-ii-kmno4kmno4-in-acidic-medium-iii-pyridinium-chlorochromate-iv-heat-in-the-presence https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjQx-reaction-s-among-the-following-can-yield-phenol-a-b-c-d-choose-the-correct-option-1-a-b-c-2-b-c-d-3-a-c-d-4-a-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjQw-reagents-used-to-convert-rcho-into-rch2oh-among-the-following-are-a-h2-pd-or-pt-b-liaih4-c-nabh4-d-reaction-with-rmgx-followed-by-hydrolysis-1-a-b-c-2-b-c-d-3-a-c-d-4-a-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjM5-arrange-the-following-compounds-in-increasing-order-of-boiling-point-propan-1-ol-butan-1-ol-butan-2-ol-pentan-1-ol-1-propan-1-ol-butan-2-ol-butan-1-ol-pentan-1-ol-2-propan-1-ol-butan-1-ol-pentan-1-ol https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjM4-which-option-shows-the-correct-increasing-order-of-reactivity-of-the-following-compounds-with-hbr-hcl-1-i-ii-iii-2-ii-i-iii-3-ii-iii-i-4-iii-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjM3-mark-the-correct-order-of-decreasing-acid-strength-of-the-following-compounds-i-ii-iii-iv-v-1-v-iv-ii-i-iii-2-ii-iv-iii-i-v-3-iv-v-iii-ii-i-4-v-iv-iii-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjM2-the-most-acidic-compound-among-the-following-is-1-benzyl-alcohol-2-cyclohexanol-3-phenol-4-m-chlorophenol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjM1-phenol-is-less-acidic-than-1-ethanol-2-o-nitrophenol-3-o-methylphenol-4-o-methoxyphenol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjM0-which-of-the-following-compounds-will-react-with-sodium-hydroxide-solution-in-water-1-c6h5ohc6h5ohc6h5oh-2-c6h5ch2ohc6h5ch2ohc6h5ch2oh-3-ch3-3cohch33cohch33coh-4-c2h5ohc2h5ohc2h5oh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjMz-which-of-the-following-species-will-act-as-the-strongest-base-1-ominus-mathrm-oh-2-ominus-mathrm-o-r-3-ominus-mathrm-oc-6-mathrm-h-5-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjMy-the-iupac-name-of-the-following-compound-is-1-1-methoxy-1-methylethane-2-2-methoxy-2-methylethane-3-2-methoxypropane-4-isopropylmethyl-ether-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjMx-iupac-name-of-m-cresol-is-1-3-methylphenol-2-3-chlorophenol-3-3-methoxyphenol-4-benzene-1-3-diol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjI5-which-of-the-following-compounds-is-are-aromatic-alcohol-1-a-b-c-d-2-a-d-3-b-c-4-a-only-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjI2-what-is-the-correct-order-of-reactivity-of-alcohols-in-the-following-reaction-r-oh-hclzncl2-r-cl-h2or-oh-hcl-zncl2r-cl-h2or-oh-hcl-zncl2r-cl-h2o-1-1-2-3-2-1-3-3-3-2-1-4-3-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjI1-how-many-alcohols-with-molecular-formula-c4h10oc4h10oc4h10o-are-chiral-in-nature-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjMwMjI0-monochlorination-of-toluene-in-sunlight-followed-by-hydrolysis-with-aq-naoh-yields-1-o-cresol-2-m-cresol-3-2-4-dihydroxytoluene-4-benzyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjk5MjQx-assertion-the-order-of-reactivity-of-alcohol-in-luca-s-test-is-3-2-1-reason-the-order-of-stability-of-carbocation-intermediate-is-3-2-1-1-both-assertion-and-reason-are-true-and-reason-is-the-correct-e https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQyODYx-consider-the-given-two-statements-assertion-a-hydroxyketones-are-not-directly-used-in-the-grignard-reaction-reason-r-grignard-reagents-react-with-the-hydroxyl-group-choose-the-correct-option-1-both-a https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM5NjEz-in-the-reaction-the-electrophile-involved-is-1-dichloromethyl-cation-chcl2-c-hcl2c-hcl2-2-formyl-cation-cho-c-hoc-ho-3-dichloromethyl-anion-chcl2-c-hcl2c-hcl2-4-dichlorocarbene-ccl2-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzU4Mjky-phenol-is-distilled-with-zn-dust-followed-by-fridel-crafts-alkylation-with-propyl-chloride-in-the-presence-of-alcl3-to-give-a-compound-b-b-is-oxidized-in-the-presence-of-air-to-form-the-compound-c-the https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzU4MzE0-the-number-of-isomeric-alcohols-excluding-stereoisomers-of-molecular-formula-c6h14o-which-give-a-positive-iodoform-test-are-1-three-2-four-3-five-4-two-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-pb246OTQwNDY-ethylene-oxide-when-treated-with-grignard-reagent-yields-1-secondary-alcohol-2-tertiary-alcohol-3-cyclopropyl-alcohol-4-primary-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjYzOTI3-the-product-formed-by-the-reaction-of-with-rmgx-is-1-rch2-ch2ohrch2-ch2ohrch2-ch2oh-2-3-r-or-or-o-ch2ch3-ch2ch3-ch2ch3-4-ch3-chch3-chch3-ch-ch3-ch3-ch3-ohohoh-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ3MzIz-the-least-acidic-compound-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzYyOTk5-consider-the-following-reaction-what-is-the-major-product-p-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDgzMDEz-consider-the-following-reaction-sequence-the-product-b-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzMxMTIy-which-of-the-following-represents-the-correct-order-of-acidity-1-ch3oh-c2h5oh-h2o-2-h2o-ch3oh-c2h5oh-3-ch3oh-h2o-c2h5oh-4-c2h5oh-ch3oh-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc5ODYx-what-is-the-major-product-formed-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTAxODIy-if-the-starting-material-is-1-methyl-1-2-epoxy-cyclopentane-of-absolute-configuration-decide-which-one-of-the-compounds-correctly-represents-the-product-of-its-reaction-with-sodium-methoxide-in-methan https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzU3NzI4-the-major-product-of-the-reaction-of-salicylaldehyde-with-one-equivalent-of-memgbr-followed-by-acid-neutralization-is-i-ii-iii-iv-1-ii-2-i-3-iv-4-iii-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzY2NjYy-consider-the-following-reaction-the-correct-conclusion-about-product-p-is-1-both-rings-will-be-5-membered-2-both-rings-will-be-6-membered-3-one-ring-is-5-membered-and-the-other-is-6-membered-4-one-of https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQyMDU1-the-product-of-the-given-reaction-is-1-t-butylether-2-2-methylpropene-3-2-methylpent-1-ene-4-2-2-3-3-tetramethylbutane-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDQwMDEw-choose-the-correct-option-regarding-the-following-statements-statement-i-2-4-6-trinitrotoluene-is-picric-acid-statement-ii-reaction-of-4-hydroxybenzene-1-3-disulphonic-acid-with-conc-mathrm-hno-3-give https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4MTY3-the-major-product-p-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQyNTIy-which-compound-predominantly-forms-the-meta-substituted-product-for-the-methyl-group-in-a-halogenation-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODU5-the-order-of-reactivity-of-the-following-compounds-in-electrophilic-monochlorination-at-the-most-favourable-position-is-1-i-ii-iv-iii-2-iii-iv-i-ii-3-iv-iii-ii-i-4-iii-ii-iv-i-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc2MDY3-the-iupac-name-of-the-product-of-o-hydroxy-benzyl-alcohol-and-pcl3-among-the-following-is-1-o-hydroxy-benzyl-chloride-2-o-chloromethylphenol-3-o-chloromethylchlorobenzene-4-p-hydroxymethylphenol-1-2-3 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ3MTIx-identify-the-reaction-that-produces-the-correct-major-products-under-the-given-condition-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MTM1ODU4-1-phenoxypropane-is-treated-with-an-excess-of-conc-hl-at-0-c-and-the-mixture-of-products-is-treated-with-thionyl-chloride-the-products-formed-are-1-n-propanol-chlorobenzene-2-phenol-n-propyl-iodide-3 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NTc1ODUx-consider-the-given-reaction-and-choose-the-correct-option-nacl-solid-h-2so-4-conc-k-2cr-2o-7-s-rightarrow-text-product-1-product-is-cro-2cl-2-and-oxidation-state-of-cr-6-2-product-is-cr-2o-2cl-2-and-o https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NTc2MTQ3-how-many-molecules-are-secondary-alcohol-a-b-c-d-e-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NTc2MTU1-a-hydroxy-compound-a-with-molecular-mass-122-reacts-with-excess-of-acetic-anhydride-and-gives-compound-x-with-molecular-mass-290-then-find-the-no-of-hydroxy-groups-in-the-given-compound-a-1-2-2-4-3-6 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NTI0ODAw-which-of-the-following-are-steam-volatile-compounds-a-b-c-d-choose-the-correct-answer-from-the-options-given-below-1-b-and-d-only-2-a-and-c-only-3-a-and-b-only-4-a-b-and-c-only-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NTI0OTE0-given-below-are-two-statements-statement-i-the-boiling-points-of-alcohols-and-phenols-increase-with-increase-in-the-number-of-c-atoms-statement-ii-the-boiling-points-of-alcohols-and-phenols-are-higher https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NTI0OTQ2-identify-the-products-a-and-b-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NTI1MTUy-what-amount-of-bromine-will-be-required-to-convert-2-g-of-phenol-into-2-4-6-tribromophenol-given-molar-mass-in-g-mol-1-of-c-h-o-br-are-12-1-16-80-respectively-1-10-22-g-2-6-00-g-3-4-00-g-4-20-44-g-1-2 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDM3OTUw-what-will-be-the-major-product-b-in-the-following-reaction-sequence-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDM4NDYw-consider-the-following-compounds-a-b-c-d-which-option-correctly-ranks-their-boiling-points-from-highest-to-lowest-1-d-a-b-c-2-a-b-d-c-3-a-d-c-b-4-a-d-b-c-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDM4NDcz-consider-the-following-reaction-scheme-the-sum-of-the-total-number-of-oxygen-atoms-in-b-and-c-is-1-12-2-14-3-20-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDM5OTcx-which-of-the-following-is-not-the-intermediate-observed-in-reimer-tiemann-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU0NTAw-consider-the-following-two-reactions-the-products-a-and-b-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU0ODg5-given-below-are-two-statements-assertion-a-text-pk-a-value-of-phenol-is-10-0-while-that-of-ethanol-is-15-9-reason-r-ethanol-is-a-stronger-acid-than-phenol-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU1MjAz-ethanol-reacts-with-lucas-reagent-conc-hcl-anhyd-zncl-to-produce-turbidity-1-immediately-2-after-5-to-7-minutes-3-upon-heating-4-after-10-12-minutes-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU1NDcy-complete-the-following-chemical-reactions-and-determine-the-major-products-labeled-as-a-and-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU1Njgz-consider-the-following-reactions-i-mathrm-ch-3-mathrm-ch-mathrm-ch-2-xrightarrow-text-ii-mathrm-h-2-mathrm-o-2-mathrm-oh-text-i-mathrm-b-2-mathrm-h-6-text-thf-a-ii-mathrm-ch-3-mathrm-ch-mathrm-ch-2-xr https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU2MjM3-match-the-following-compounds-in-list-i-with-their-corresponding-mathrm-pk-a-values-in-list-ii-list-i-compounds-list-ii-mathrm-pk-a-a-p-nitrophenol-i-10-b-m-nitrophenol-ii-16-c-ethanol-iii-7-1-d-pheno https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU3MDU4-consider-the-reaction-given-below-find-out-the-products-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU3MDcx-which-of-the-following-tests-can-identify-a-phenolic-group-1-lucas-test-2-carbylamine-test-3-phthalein-test-4-tollen-s-test-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDU3MDk3-find-out-the-major-product-text-x-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzYyODA0-arrange-the-following-in-decreasing-pka-values-1-iv-iii-ii-i-2-i-iii-iv-ii-3-iv-iii-i-ii-4-iv-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzYyOTE0-consider-the-following-conversion-which-of-the-following-compounds-contains-the-correct-structure-of-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzYyOTMw-which-compound-among-the-following-exhibits-the-fastest-rate-of-dehydration-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzYzMjYx-the-correct-identification-of-a-and-b-is-1-a-methanol-h-b-ethanoic-anhydride-2-a-ethanol-h-b-ethanoic-anhydride-3-a-ethanoic-anhydride-b-methanol-h-4-a-ethanoic-anhydride-b-ethanol-h-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQxNDk1-a-suitable-reagent-for-the-reaction-below-is-1-bh-3-thf-h-2o-2-oh-then-pcc-2-h-3o-then-pcc-3-pcc-oxidation-4-bh-3-thf-hio-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQyMjY2-in-the-given-reaction-p-and-q-can-be-separated-by-steam-distillation-if-a-is-treated-with-conc-hno3-it-gives-product-r-find-out-the-total-number-of-oxygen-atoms-in-r-1-six-6-2-five-5-3-three-3-4-seven https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQyMzAw-what-will-be-the-major-product-p-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzQ3Nzk3-hydrolysis-of-which-compound-will-give-carbolic-acid-1-cumene-2-benzenediazonium-chloride-3-benzal-chloride-4-ethylene-glycol-ketal-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDgxODUy-which-of-the-following-reagents-reactions-will-convert-a-to-b-1-pcc-oxidation-2-ozonolysis-3-text-bh-3-text-h-2-text-o-2-text-oh-followed-by-pcc-oxidation-4-hbr-hydrolysis-followed-by-oxidation-by-tex https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDgxOTI1-the-difference-in-the-reaction-of-phenol-with-bromine-in-chloroform-and-bromine-in-water-mediums-is-due-to-1-hyperconjugation-in-substrate-2-polarity-of-solvent-3-free-radical-formation-4-electromeric https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDk1NjMx-the-intermediate-x-in-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4OTcw-the-compound-that-contains-cooh-group-among-the-following-is-1-sulphanilic-acid-2-picric-acid-3-aspirin-4-ascorbic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc5MDUx-which-of-the-following-compound-gives-pink-colour-on-reaction-with-phthalic-anhydride-in-conc-h2so4-followed-by-treatment-with-naoh-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc5Mjk1-among-the-following-reactions-the-reaction-will-not-form-acetaldehyde-is-1-ch3ch2ohcu-573-kch3ch2ohcu-573-kch3ch2oh-573-kcu-2-ch3cn-i-dibalh-ii-h2och3cn-i-dibalh-ii-h2och3cn-ii-h2o-i-dibalh-3-ch2-ch2 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc5Mzgx-identify-the-major-products-a-and-b-respectively-in-the-following-reactions-of-phenol-a-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc5NDYx-identify-a-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDk0MDI1-given-below-are-two-statements-assertion-a-synthesis-of-ethyl-phenyl-ether-may-be-achieved-by-williamson-synthesis-reason-r-reaction-of-bromobenzene-with-sodium-ethoxide-yields-ethyl-phenyl-ether-1-a https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDk0OTgy-the-major-product-p-of-the-following-reaction-if-it-occurs-by-sn-2-mechanism-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDk1NzU2-consider-the-given-reaction-and-determine-the-major-product-p-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDk1NzY4-consider-the-reaction-scheme-given-below-determine-the-product-p-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDk1Nzk4-consider-the-given-reaction-and-choose-the-correct-statement-1-both-compounds-a-and-b-are-formed-equally-2-compound-b-will-be-the-major-product-3-the-reaction-is-not-possible-in-acidic-medium-4-compou https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4MTgy-an-organic-compound-a-c9h10o-when-treated-with-conc-hi-undergoes-cleavage-to-yield-compounds-b-and-c-b-gives-a-yellow-precipitate-with-agno3-whereas-c-tautomerizes-to-d-d-gives-a-positive-iodoform-tes https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4NTE3-when-neopentyl-alcohol-is-heated-with-an-acid-it-slowly-converted-into-an-85-15-mixture-of-alkenes-a-and-b-respectively-what-are-these-alkenes-1-2-3-4-and-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4NTcx-the-major-product-b-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc4NzI2-the-major-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246NDkyODA1-arrange-the-following-compounds-in-increasing-order-of-c-oh-bond-length-methanol-phenol-p-ethoxyphenol-1-methanol-p-ethoxyphenol-phenol-2-phenol-methanol-p-ethoxyphenol-3-phenol-p-ethoxyphenol-methano https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc2NzM4-the-major-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc3NDcx-p-hydroxybenzophenone-upon-reaction-with-bromine-in-carbon-tetrachloride-gives-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc5MDk0-phenol-on-treatment-with-co2-in-the-presence-of-naoh-followed-by-acidification-produces-compound-x-as-the-major-product-x-on-treatment-with-ch3co-2o-in-the-presence-of-catalytic-amount-of-h2so4-produc https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjc5MTAy-the-major-product-z-formed-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MzA4NjAx-which-of-the-following-compounds-is-picric-acid-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjk5MTc5-the-structural-isomers-c2h5oh-and-ch3och3-should-be-anticipated-to-have-the-same-values-for-which-of-the-following-parameters-assume-ideal-behaviour-1-heat-of-vaporisation-2-vapour-pressure-at-the-sam https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjk5OTI2-the-structure-of-the-compound-that-gives-a-tribromo-derivative-on-treatment-with-bromine-water-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246Mjg0ODI4-in-the-following-sequence-of-reactions-mathrm-ch-3ch-2oh-xrightarrow-p-i-2-a-xrightarrow-ether-mg-b-xrightarrow-hcho-c-xrightarrow-h-2o-d-then-compound-d-is-1-butanal-2-n-butyl-alcohol-3-n-propyl-alco https://medminds.me/qbank/chemistry/alcohols-phenols-and-ethers/?q=NP-b246MjgwMDE3-a-phenol-b-p-cresol-c-m-nitrophenol-d-p-nitrophenol-the-correct-order-of-acidic-strength-of-the-above-compounds-is-1-d-c-a-b-2-b-d-a-c-3-a-b-d-c-4-c-b-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjAxMg-which-of-the-following-compounds-with-molecular-formula-c5h10-yields-acetone-on-ozonolysis-1-2-methyl-2-butene-2-3-methyl-1-butene-3-cyclopentane-4-2-methyl-1-butene-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjAxMw-among-acetic-acid-phenol-and-n-hexanol-which-one-of-the-following-compound-will-react-with-nahco3-solution-to-give-sodium-salt-and-co2-1-acetic-acid-2-n-hexanol-3-acetic-acid-and-phenol-4-phenol-1-2-3 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjAxNA-the-reagent-used-for-the-separation-of-acetaldehyde-from-acetophenone-is-1-nahso3-2-c6h5nhnh2-3-nh2oh-4-naoh-and-i2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjAxNg-the-compound-that-does-not-yield-a-positive-result-in-the-iodoform-test-is-1-2-pentanone-2-ethanol-3-ethanal-4-3-pentanone-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjAxOA-two-isomeric-ketones-3-pentanones-and-2-pentanone-can-be-distinguished-by-1-i2-naoh-only-2-nahso3-only-3-nacn-hcl-4-both-of-a-and-b-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjAyMA-products-of-the-following-reaction-ch3c-equiv-c-ch2ch3-rarr-ii-hydrolysis-i-o3-are-1-ch3cho-ch3ch2cho-2-ch3cooh-ch3coch3-3-ch3cooh-hooc-ch2ch3-4-ch3cooh-co2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjAyNQ-which-alkene-on-ozonolysis-gives-ch3ch2cho-and-ch3coch3-1-2-mathrm-ch-3-mathrm-ch-2-mathrm-ch-mathrm-chch-2-mathrm-ch-3-3-mathrm-ch-3-mathrm-ch-2-mathrm-ch-mathrm-chch-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjAzMQ-the-major-organic-product-formed-from-the-following-reaction-rarr-ii-lialh4-iii-h2o-i-ch3nh2-is-1-2-3-4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjAzMw-benzoic-acid-gives-benzene-on-being-heated-with-x-and-phenol-gives-benzene-on-being-heated-with-y-therefore-x-and-y-are-respectively-1-sodalime-and-copper-2-zn-dust-and-naoh-3-cu-and-sodalime-4-sodali https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjAzNA-which-one-of-the-following-on-oxidation-gives-a-ketone-1-primary-alcohol-2-secondary-alcohol-3-tertiary-alcohol-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA1MQ-a-carbonyl-compound-reacts-with-hydrogen-cyanide-to-form-cyanohydrin-which-on-hydrolysis-forms-a-racemic-mixture-of-945-hydroxy-acid-the-carbonyl-compound-is-1-acetaldehyde-2-acetone-3-diethyl-ketone https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA1Mg-consider-the-following-transformations-ch3cooh-rarr-caco3a-rarr-heatb-rarr-naohi2c-the-molecular-formula-of-c-is-1-ch3-c-ioh-ch3-2-ich2-coch3-3-chi3-4-ch3i-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA2MQ-a-and-b-in-the-following-reactions-are-rarr-kcnhcn-a-rarr-b-1-a-rr-ch2cn-b-naoh-2-a-b-ch3-3-a-b-ch3-4-a-b-lialh4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA3Mg-the-product-formed-in-aldol-condensation-is-1-a-beta-hydroxy-acid-2-a-beta-hydroxy-aldehyde-or-a-beta-hydroxy-ketone-3-an-alpha-hydroxy-aldehyde-or-ketone-4-an-alpha-beta-unsaturated-ester-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA3NA-consider-the-following-reaction-phenol-8594-zn-dustx-8594-anhy-alcl3ch3cly-8594-alk-kmno4z-the-product-z-is-1-toluene-2-benzaldehyde-3-benzoic-acid-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA3NQ-reduction-of-aldehydes-and-ketones-into-hydrocarbons-using-zinc-amalgam-and-conc-hcl-is-called-1-clemmenson-reduction-2-cope-reduction-3-dow-reduction-4-wolff-kishner-reduction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA4MQ-aldol-condensation-will-not-take-place-in-1-hcho-2-ch3cho-3-ch3coch3-4-ch3ch2cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA4NA-in-the-below-reaction-product-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA4NQ-the-oh-group-of-an-alcohol-or-the-cooh-group-of-a-carboxylic-acid-can-be-replaced-by-cl-using-1-phosphorus-pentachloride-2-hypochlorous-acid-3-chlorine-4-hydrochloric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA4Ng-what-ester-produces-a-white-crystalline-acid-when-boiled-with-koh-cooled-and-acidified-with-conc-hcl-1-methyl-acetate-2-ethyl-acetate-3-ethyl-formate-4-ethyl-benzoate-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA4OQ-the-compound-formed-when-malonic-acid-heated-with-urea-is-1-cinnamic-acid-2-butyric-acid-3-barbituric-acid-4-crotonic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA5MA-trichloroacetaldehyde-ccl3cho-reacts-with-chlorobenzene-in-the-presence-of-sulphuric-acid-and-produces-1-2-3-4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NjA5MQ-what-compound-results-from-the-catalytic-dehydrogenation-of-a-primary-alcohol-1-aldehyde-2-ketone-3-alkene-4-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246Njk5OA-the-compound-which-on-reduction-with-lialh4-gives-two-diffrent-alcohols-1-ch3cooch3-2-ch3cooc2h5-3-ch3coch3-4-ch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246Njk5OQ-hcho-and-hcooh-are-distinguished-by-treating-with-1-tollens-reagent-2-nahco3-3-fehling-s-solution-4-benedict-solution-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAwMA-lacrymator-or-tear-gas-is-1-c6h5cocl-2-c6h5oc6h5-3-c6h5coch2cl-4-c6h5coch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAwMQ-formaldehyde-can-be-distinguished-from-acetaldehyde-by-1-fehling-s-solution-2-schiff-s-reagent-3-ammonia-4-ammoniacal-agno3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAwMg-the-correct-acidity-order-of-the-following-is-1-iii-iv-ii-i-2-iv-iii-i-ii-3-iii-ii-i-iv-4-ii-iii-iv-i-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAwMw-acetone-reacts-with-iodine-i2-to-form-iodoform-in-the-presence-of-1-caco3-2-naoh-3-koh-4-mgco3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAwNA-generally-aldehydes-behave-as-1-oxidising-agent-2-reducing-agent-3-dehydration-agent-4-oxidizing-as-well-as-reducing-agent-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAwNQ-compound-a-has-the-molecular-formula-c-h-o-it-forms-phenylhydrazone-gives-a-negative-tollen-rsquo-s-test-and-a-negative-iodoform-test-and-on-reduction-gives-n-pentane-find-the-nature-of-compound-a-1-p https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAwOQ-rcooh-8594-rch2oh-this-mode-of-reduction-of-an-acid-to-alcohol-can-be-affected-only-by-1-zn-hcl-2-na-alcohol-3-aluminium-isopropoxide-and-isopropyl-alcohol-4-lialh4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAxMA-ethyl-ester-rarr-excessch3mgbr-p-the-product-p-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAxMQ-which-of-the-following-has-most-acidic-proton-1-ch3coch3-2-ch3-2c-ch2-3-ch3coch2coch3-4-ch3-co-3ch-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAxMg-which-one-of-the-following-can-be-oxidised-to-the-corresponding-carbonyl-compound-2004-1-2-hydroxy-propane-2-ortho-nitro-phenol-3-propane-4-2-methyl-2-hydroxy-propane-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAxNA-dry-distillation-of-barium-salt-of-hexane-1-6-dicarboxylic-acid-gives-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAxNg-polarisation-of-electrons-in-acrolein-may-be-written-as-1-c-948-h2-ch-ch-o-948-2-c-948-h2-c-948-h-ch-o-3-thinsp-c-948-h2-ch-ch-o-948-4-c-948-h2-ch-c-948-h-o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAxNw-consider-the-following-reaction-ch3br-mg-8594-ethera-8594-hchob-8594-hohc-compound-c-is-1-acetic-acid-2-acetaldehyde-3-ethyl-alcohol-4-formic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAxOA-the-conversion-of-ch3oh-to-ch3cooh-can-be-brought-in-by-1-k2cr2o7-h-2-co-rh-3-kmno4-4-h3po4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAxOQ-benzaldehyde-and-acetaldehyde-can-be-distinguished-by-1-iodoform-test-2-2-4-dnp-test-3-nh3-reaction-4-wolff-kishner-s-reduction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAyMQ-fehling-s-solution-is-1-acidified-copper-sulphate-solution-2-ammoniacal-cuprous-chloride-solution-3-copper-sulphate-rochelle-salt-naoh-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAyMw-which-compounds-will-not-reduce-fehling-s-solution-1-methanal-2-ethanal-3-trichloroethanal-4-benzaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAyNA-acetaldehyde-normally-reacts-with-1-only-electrophiles-2-only-nucleophiles-3-only-free-radicals-4-both-electrophiles-and-nucleophiles-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAyNg-muscone-an-explosive-perfume-secreted-by-musk-deer-has-the-structure-its-iupac-name-is-1-3-methyl-cyclopentadecanone-2-methyl-cyclopentadecan-3-one-3-3-methyl-cyclotetradecanone-4-3-methyl-cyclohexade https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAyNw-which-of-the-following-has-most-acidic-hydrogen-1-3-hexanone-2-2-4-hexanedione-3-2-5-hexanedione-4-2-3-hexanedione-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAyOA-which-can-be-reduced-to-corresponding-hydrocarbon-by-zn-hg-conc-hcl-1-butan-2-one-2-acetic-acid-3-acetamide-4-ethyl-acetate-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAyOQ-nucleophilic-addition-reaction-will-be-most-favoured-in-2006-1-o-8741-ch3-ch2-ch2c-ch3-2-ch3-2c-o-3-ch3ch2cho-4-ch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAzMA-the-enolic-form-of-acetone-contains-1-9-963-bonds-1-960-bond-and-2-lone-pairs-2-8-963-bonds-2-960-bonds-and-2-lone-pairs-3-10-963-bonds-1-960-bond-and-1-lone-pair-4-9-963-bonds-2-960-bonds-and-1-lone https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAzMg-in-this-reaction-ch3cho-hcn-8594-ch3ch-oh-cn-8594-h-ohch3ch-oh-cooh-an-asymmetric-compound-is-generated-the-acid-obtained-would-be-1-50-d-50-l-isomer-2-20-d-80-l-isomer-3-d-isomer-4-l-isomer-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAzMw-ethane-can-be-obtained-from-ethanal-in-one-step-by-1-na-hg-water-2-zn-hg-conc-hcl-3-aluminium-isopropoxide-and-isopropyl-alcohol-4-lialh4-ether-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAzNQ-which-one-of-the-following-compounds-on-treatment-with-lialh4-will-give-a-product-that-will-give-a-positive-iodoform-test-1-ch3ch2cho-2-ch3ch2cooch3-3-ch3ch2och2ch3-4-ch3coch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAzNg-aldehydes-and-ketones-will-not-form-crystalline-derivatives-with-1-sodium-bisulphite-2-phenyl-hydrazine-3-semicarbazide-hydrochloride-4-dihydrogen-sodium-phosphate-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAzNw-oxalic-acid-on-treatment-with-conc-h2so4-gives-1-co-h2o2-2-h2o-co-co2-3-hcooh-co2-4-hcooh-co2-o2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAzOA-benzene-sulphonic-acid-on-treating-with-p2o5-gives-1-salicylic-acid-2-benzoic-acid-3-acid-anhydride-4-sodium-benzoate-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzAzOQ-the-iupac-name-of-crotonaldehyde-is-1-but-2-en-1-al-2-prop-2-enal-3-4-methylpent-3-en-2-one-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzA0MQ-the-iupac-name-of-tartaric-acid-is-1-2-3-dihydroxy-butane-1-4-dioic-acid-2-1-4-dihydroxy-butane-2-3-dioic-acid-3-butane-1-4-dicarboxylic-acid-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzA0Mg-cyanohydrin-of-which-compound-gives-lactic-acid-on-hydrolysis-1-acetone-2-acetaldehyde-3-propanal-4-hcho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzA0Mw-which-of-the-following-is-the-strongest-acid-1-hcooh-pka-3-77-2-c6h5cooh-pka-4-22-3-ch3cooh-pka-4-71-4-ch3ch2cooh-pka-4-88-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzA0Ng-which-of-the-following-would-produce-secondary-alcohol-1-c6h5coch3-8594-2-h-1-ch3mgbr-2-c6h5coch3-8594-2-h-1-lialh4-3-c6h5cho-8594-2-h-1-lialh4-4-c6h5coome-8594-2-h-1-lialh4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzA2NA-product-p-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-Rpb246NzA4Mw-amongst-the-following-carboxylic-acids-the-strongest-acid-is-1-benzoic-acid-2-0-methoxybenzoic-acid-3-m-nitrobenzoic-acid-4-p-nitrobenzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjUzNzM-ethanal-reacts-with-hcn-and-the-addition-product-so-obtained-is-hydrolyzed-to-form-a-new-compound-the-compound-shows-1-optical-isomerism-2-geometrical-isomerism-3-tautomerism-4-metamerism-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjUzOTM-ethyl-acetate-on-reaction-with-excess-of-methyl-magnesium-chloride-and-dil-h2so4-gives-1-dimethyl-ketone-2-iso-propyl-alcohol-3-ethyl-aceto-acetate-4-t-butyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjU0MzE-a-mixture-of-benzaldehyde-and-formaldehyde-on-heating-with-aqueous-conc-naoh-solution-gives-1-benzyl-alcohol-and-sodium-formate-2-sodium-benzoate-and-methyl-alcohol-3-sodium-benzoate-and-sodium-format https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjU0NTI-for-the-reaction-which-reagent-will-be-appropriate-for-the-above-conversion-1-zn-hg-hcl-2-nh2-nh2-oh-3-lialh4-h-oplus-4-hi-p-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjY4OTE-identify-x-in-the-given-sequential-reaction-1-ch3oh-2-ethyl-alcohol-3-methyl-cyanide-4-tert-butyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjY4OTk-phenolphthalein-is-produced-on-heating-phthalic-anhydride-and-conc-sulphuric-acid-with-1-salicylic-acid-2-phenol-3-phenacetin-4-phenanthrene-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjY5MDA-the-compound-y-in-the-above-sequence-of-reactions-is-1-1-phenylethene-2-2-phenyl-2-propanol-3-acetophenone-4-benzaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjY5MTE-in-the-following-reaction-the-structure-of-the-major-product-x-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjY5MTM-the-compound-a-can-be-exclusively-oxidized-into-b-by-1-nacn-followed-by-hydrolysis-2-naoi-followed-by-h3o-3-kmno4-hot-followed-by-hydrolysis-4-k2cr2o7-followed-by-h3o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjY5MTY-x-8592-8710-kmno4-8594-8710-y-in-the-above-reaction-x-and-y-are-1-identical-2-homologous-3-structural-isomers-4-stereoisomers-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjY5MTc-xrightarrow-left-ii-right-h-h-2-o-left-i-right-naoh-100-circ-major-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjY5MTg-which-compound-is-most-reactive-towards-nucleophilic-addition-1-ch3cho-2-phcoch3-3-phcoph-4-ch3coch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjY5MTk-the-reaction-is-fastest-when-x-is-1-cl-2-nh2-3-oc2h5-4-ocor-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjY5MjA-in-a-set-of-reaction-propionic-acid-yielded-a-compound-d-ch3ch2cooh-8594-socl2-b-8594-8710-nh3-c-8594-br2koh-the-structure-of-d-would-be-1-ch3ch2nhch3-2-ch3ch2nh2-3-ch3ch2ch2nh2-4-ch3ch2conh2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mjc4NzU-hex-3-ene-8594-2-zn-h2o1-o3-a-8594-h-kmno4-b-8594-redpbr2-c-8594-koh-aq-d-d-is-1-ch3-ch-br-cooh-2-ch3-ch2-cho-3-ch3-ch-br-cho-4-ch3-ch-oh-cooh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwODg-8594-ii-183-8710-i-183-k2cr2o7x-x-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwODk-8594-coldkmno4p-8594-acohcro3q-8594-nh2nh2-oh-r-compound-r-and-r-1-identical-homomer-2-not-isomer-3-positional-isomer-4-function-group-isomer-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwOTA-the-product-b-in-the-following-sequential-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwOTE-8594-pcca-8594-h-ch3nh2b-8594-h2-pd-cproduct-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwOTI-8594-zn-hg-hclproduct-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwOTM-for-the-given-reactions-the-formula-for-z-would-be-1-ch-equiv-ch-2-chi3-3-ph-coona-4-ch2-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwOTQ-8594-zn-h2oo3imole-p-8594-8710-naoh-q-q-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwOTU-the-given-two-compounds-can-be-distinguished-by-and-a-i2-naoh-b-naso3h-c-nacn-hcl-d-2-4-dnp-1-a-b-d-2-a-b-3-a-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwOTY-fehling-solution-gives-red-precipitated-with-a-aromatic-aldehyde-b-aliphatic-aldehyde-c-ketone-d-terminal-945-hydroxy-ketone-1-b-d-2-a-b-3-a-d-4-b-c-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwOTg-which-of-the-following-gives-aldol-condensation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgwOTk-rarr-n2h4-koh-reaction-is-known-as-1-clemmensen-s-reduction-2-birch-reduction-3-rosenmunds-reduction-4-wolff-kishner-reduction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMDA-8594-lialh4major-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMDM-a-butanone-then-a-is-1-2-3-4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMDQ-which-shows-decarboxylation-by-heating-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMDU-r-cl-rarr-dryethermg-a-rarr-ii-middot-h3o-i-middot-co2-r-cl-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMDY-determine-the-compound-b-formed-as-the-product-of-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMDc-what-is-the-product-p-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMDg-consider-the-following-reaction-rarr-p2o5product-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMDk-8594-h3o-ch3mgbrexcessproduct-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMTA-8594-fecl3-product-major-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMTE-which-of-the-following-is-correctly-matched-a-h2-rarr-pd-baso4-rosenmund-reduction-b-rarr-curtius-reaction-c-rarr-koh-hoffmann-s-bromamide-reaction-d-rarr-ch3-clkoh-gabriel-pthalimide-reaction-a-b-c-d https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMTI-br2-rarr-ccl4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MjgxMjI-which-of-the-following-acid-is-most-easily-decarboxylate-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mjk2MjM-identify-the-product-c-in-the-series-ch3cn-8594-na-c2h5oha-8594-hno2b-8594-kmno4-h-c-1-ch3cooh-2-ch3ch2nhoh-3-ch3conh2-4-ch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mjk2MjQ-in-the-reaction-what-is-the-oxidizing-agent-in-the-reaction-described-above-1-alkaline-kmno4-2-acidified-k2cr2o7-3-benedict-s-solution-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mjk4MTA-the-slowest-step-of-cannizarro-s-reaction-is-1-attack-of-nucleophilic-2-hydride-shift-3-formation-of-anion-4-transfer-of-proton-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzAwNjQ-which-acid-deravative-is-most-reactive-towards-nucleophilic-substitution-reaction-1-ch3cocl-2-ch3co-2o-3-ch3cooc2h5-4-ch3conh2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzA5MTM-which-of-the-following-gives-a-yellow-precipitate-with-i2-naoh-1-ch3-c-o-oh-2-ch3-ch2oh-3-ch3-ch2-c-o-h-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzc3MjE-for-the-following-reactions-sequence-the-structure-consistent-with-x-and-y-are-y-x-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzgxNzk-2-ndash-phenylcycloprop-ndash-2-ndash-en-ndash-1-ndash-one-is-allowed-to-react-with-phenylmagnesium-bromide-and-the-reaction-mixture-is-hydrolyzed-with-perchloric-acid-the-product-formed-is-1-2-3-4-1 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzgxODE-1-3-2-2-3-3-3-4-2-4-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzgyMDc-x-may-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzgyMTA-the-major-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzgyMTE-x2192-1hcl-x2192-2br2-fe-x2192-3h-the-major-product-is-1-2-3-4-xa0-xa0-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzgyMTI-the-product-is-1-2-3-4-none-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzgyMTM-major-product-is-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzgyMTU-why-does-the-reaction-produce-stable-salt-because-1-in-a-the-ring-is-aromatic-2-6-p-electrons-are-present-3-ring-in-a-is-stabilized-by-closed-loop-conjugation-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzgyMTY-the-major-product-of-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246MzgyNjY-the-end-product-of-the-folloowing-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg0OTU-the-compound-c-is-1-phch-oh-cho-2-phch-oh-cooh-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg0OTY-the-product-s-of-the-following-reaction-is-1-xa0-xa0-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg0OTc-which-step-is-not-feasible-in-the-following-loop-1-step-ndash-a-2-step-ndash-b-3-step-ndash-c-4-step-ndash-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg0OTg-the-product-r-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg0OTk-the-product-apos-c-apos-is-1-xa0-xa0-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MDA-the-product-b-is-1-phch-chch2br-2-3-phch2ch-br-cooh-4-phch-ch-minus-cobr-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MDE-the-number-of-stereoisomeric-products-formed-in-the-following-reaction-is-1-1-2-8-3-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MDI-the-end-products-of-following-reaction-would-be-1-xa0-xa0-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MDM-in-which-of-the-following-compounds-o18-exchange-can-be-observed-on-keeping-it-in-h2o18-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MDU-the-possible-number-of-stereoisomers-of-the-product-of-following-reaction-would-be-1-2-2-4-3-6-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MDY-which-of-the-following-ketone-recemises-in-aqueous-solution-containing-some-acidic-or-basic-impurities-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MDc-the-final-product-x-of-the-following-reactions-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MDg-w-is-1-xa0-xa0-ch2-ch-x2212-ch-ch2-2-ch3-x2212-ch-ch-x2212-ch-ch2-3-4-ch3-x2212-ch-ch-x2212-ch-ch-x2212-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MDk-identify-x-y-z-and-w-xa0-x-y-z-w-1-2-3-4-xa0-xa0-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MTA-identify-x-y-and-z-xa0-x-y-z-1-2-3-4-xa0-xa0-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MTE-the-final-product-u-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MTI-compound-x-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MTM-phcooh-phme-can-be-separated-by-1-kmno4-2-aq-nahco3-n-ndash-hexane-3-h2o-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MTQ-reactivity-order-towards-a-nucleophile-is-1-rcoci-rcooet-rco-2o-rconh2-2-rcoci-rco-2o-rcooet-rconh2-3-rco-2-rcoci-rcooet-rconh2-4-rco-2o-rcooet-rcoci-rconh2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MTU-when-phenyl-glyoxal-is-kept-in-a-solution-of-aq-naoh-it-is-converted-to-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MTY-in-the-given-reaction-the-number-of-isomeric-products-formed-is-x2013-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MTc-the-basicity-order-of-i-ii-and-iii-is-1-iii-i-ii-2-i-ii-iii-3-iii-ii-i-4-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MTg-1-ch3ch-oh-2-ch3ch-oh-cooh-2-ch3cho-ch3ch-oh-cooh-3-ch3ch2cooh-ch3ch2oh-4-ch3ch-oh-cooh-ch3ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MTk-what-will-be-the-kmost-probable-product-when-compound-x-is-treated-with-two-equivalents-of-naoh-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MjA-which-pair-of-compounds-on-heating-give-isomeric-products-1-2-3-4-all-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MjE-the-correct-sequence-of-reagents-for-the-following-conversion-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MjI-x-y-are-1-2-3-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MjM-x-y-both-responds-to-fecl3-test-and-2-4-dnp-test-one-is-thermodynamically-controlled-product-tcp-and-another-is-kinetically-controlled-product-kcp-kcp-is-1-2-3-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MjQ-the-product-s-z-is-1-xa0-xa0-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MjU-product-is-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MjY-product-w-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1Mjc-final-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1Mjg-which-of-the-following-undergoes-decarboxylation-most-readily-on-being-heated-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1Mjk-product-a-of-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MzA-which-statement-is-correct-about-the-following-reaction-1-there-is-inversion-of-configuration-at-asymmetric-c-atom-2-there-is-no-change-of-configuration-at-asymmetric-c-atom-3-there-is-100-racemisatio https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MzE-identify-c-in-the-following-sequence-of-reactions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MzI-product-a-obtained-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1MzM-which-of-the-following-acid-remains-unaffected-on-heating-1-malonic-acid-2-maleic-acid-3-fumaric-acid-4-succinic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1NDg-a-set-of-reagents-1-to-8-are-successively-reacted-with-the-following-compound-1-nahco3-2-2-4-dnp-3-na-metal-4-agno3-oh-5-fehling-s-solution-6-cu2ci2-nh4oh-7-br2-h2o-8-nano2-hci-the-reagents-which-give https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1NDk-which-of-the-following-alcohol-will-show-positive-iodoform-test-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1NTA-the-compound-a-gives-following-reactions-its-structure-can-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1NTE-in-compound-a-c30h60o-following-tests-are-observed-negatively-a-can-be-1-an-unsaturated-ether-2-an-epoxide-3-a-cyclic-ketone-4-a-cycloalkanol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzg1NTI-a-mixture-of-two-organic-compound-gives-red-coloured-precipitate-with-cuprous-chloride-ammonical-and-silver-mirror-on-heating-with-zn-dust-and-nh4ci-followed-by-agno3-nh4oh-solution-the-mixture-contai https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk0MzU-the-major-product-of-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk1MDQ-which-one-of-the-following-is-the-intermediate-in-the-preparation-of-a-ketone-by-hydration-of-an-alkyne-in-the-presence-of-sulfuric-acid-and-mercury-ii-sulphate-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk1MjY-8594-rco2h-product-product-of-this-reaction-is-a-b-c-both-a-and-b-d-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MTY-above-conversion-can-be-achieved-by-a-wolf-kishner-reduction-b-clemmensen-reduction-c-lialh4-d-nabh4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MTk-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MjA-reagent-to-carry-out-above-conversion-p-q-r-respectively-are-1-h2c-ch-ch2-br-ho-952-ho-952-8710-wacker-process-2-h2c-ch-ch2-br-ho-952-wacker-process-ho-952-8710-3-wacker-process-h2c-ch-ch2-br-ho-952-h https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MjE-above-compounds-can-be-differentiated-by-following-reagent-1-2-4-dnp-brady-reagent-2-tollen-s-reagent-3-bromine-water-reagent-4-nahso3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MjI-consider-the-following-reaction-product-d-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MjM-product-b-in-this-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MjQ-ph-cllo-ch3-8594-hclnano2-a-8594-heatac2o-b-8594-h3o-c-product-c-of-the-above-reaction-is-1-ph-co2h-2-ph-cllo-co2h-3-ph-cllo-cllo-h-4-ph-cllo-co2h-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MjU-product-b-of-the-reaction-is-1-ph-ch2-no2-2-ph-ch2-ono-3-ph-cho-4-ph-o-n-o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MjY-reactant-a-in-this-reaction-is-d-both-b-and-c-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Mjc-correct-order-of-reactivity-of-following-compounds-towards-grignard-reagent-ch3-cllo-h-i-h-cllo-h-ii-1-i-ii-iii-2-ii-i-iii-3-ii-iii-i-4-i-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Mjg-what-reagent-and-or-reaction-conditions-would-you-choose-to-bring-about-the-following-conversion-a-1-lialh4-2-h2o-b-h2o-h2so4-heat-c-h2o-naoh-heat-d-pcc-ch2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MzA-ch-3-c-equiv-ch-xrightarrow-dil-h-2so-4-hgso-4-a-ch-3-c-equiv-ch-xrightarrow-2-h-2so-4-ho-1-bh-3thf-b-products-a-and-b-are-differentiated-by-1-2-4-dnp-2-naoi-3-na-metal-4-nahso3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MzE-end-product-c-in-above-reaction-is-b-c-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MzI-compound-x-c4h8o-which-reacts-with-2-4-dnp-derivative-and-gives-negative-haloform-test-is-1-ch3-cllo-ch2-ch3-2-ch3-chlch3-cho-3-4-ch3-ch2-chloh-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MzM-product-b-of-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MzU-ph-ch-ch-c-o-ch3-8594-ph-ch-ch-co2h-above-conversion-can-be-achieved-by-a-kmno4-8710-followedbyh-b-i2-naohfollowedbyh-c-h2-pt-d-lialh4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2MzY-product-a-of-the-reaction-is-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Mzc-r-cllo-h-8594-r-nh2r-ch-n-r-this-reaction-gives-best-yield-at-a-ph-1-2-b-ph-4-5-c-ph-10-11-d-ph-13-14-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Mzg-an-aromatic-compound-a-of-the-molecular-formula-c8h10o-on-reaction-with-iodine-and-dilute-naoh-gives-a-yellow-precipitate-the-structure-of-the-compound-is-expected-to-be-1-2-c6h5chohch3-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Mzk-in-the-following-sequence-ch3ch2cl-8594-nacn-i-8594-ni-h2-ii-8594-aceticanhydride-iii-product-iii-is-1-ch3ch2ch2nh2-2-ch3ch2ch2conhch3-3-ch3ch2ch2nhcoch3-4-ch3ch2ch2conhcoch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NDA-carbonyl-compounds-can-generally-be-converted-to-hydrocarbons-by-1-h2-pt-2-lialh4-3-n2h4-koh-4-k2cr2o7-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NDE-which-statement-about-the-aldol-condensation-is-correct-1-a-lewis-acid-is-commonly-used-as-a-catalyst-2-the-initial-step-is-probably-the-formation-of-a-carbanion-3-a-lewis-base-is-employed-to-induce-c https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NDI-a-compound-gives-a-positive-test-with-i2-naoh-and-is-extracted-from-benzene-by-saturated-nahso3-it-may-be-1-ch3ch24cho-2-ch3ch23coch3-3-ch3ch2coch2ch3-4-ch3ch24ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NDM-reactant-a-and-b-is-1-ph-ch2-ch-o-nh2-oh-2-ph-ch-o-nh2-oh-3-ph-cllo-ch3-nh2-nh2-4-ph-cllo-ch3-nh2-oh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NDQ-ch3-cllo-oh-8594-8710-caoh2-a-product-a-is-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NDU-in-which-of-the-following-compounds-the-methylenic-hydrogens-are-the-most-acidic-1-ch3coch2ch3-2-ch3ch2cooc2h5-3-ch3ch2chcooc2h52-4-ch3coch2cn-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NDc-the-presence-of-unsaturation-in-organic-compounds-can-be-tested-with-1-schiff-s-reagent-2-tollen-s-reagent-3-fehling-s-reagent-4-baeyer-s-reagent-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NDk-compound-a-c6h12o-is-optically-active-compound-a-give-negative-tollens-test-and-positive-test-with-2-4-dinitro-phenyl-hydrazine-identify-a-a-ch3-c-8741-o-ch2-chch3l-ch3-b-o-ch3-8212-c-8212-ch-8212-ch3 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NTA-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NTE-ph-ch3-8594-cro2cl2-a-8594-conc-kohph-ch2oh-b-product-b-of-above-the-raction-is-1-ph-co2h-2-ph-co2-3-ph-cho-4-ph-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NTI-product-c-of-the-reaction-is-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NTM-what-are-the-chemical-species-labeled-as-a-and-c-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NTQ-ph-chloh-ch3-rarr-pcc-a-rarr-nh2-nh-c-o-nh2-b-product-b-is-1-ph-clch3-n-nh-cllo-nh2-2-ph-clch3-n-cllo-nh-nh2-3-ph-ch-n-nlch3-cllo-nh2-4-ph-chlch3-nh-cllo-nh-nh2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NTU-a-and-b-is-differentiated-by-1-nah-2-2-4-dnp-3-tollen-s-reagent-4-nahso3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NTY-ch2-8212-ch2-8212-co2h-8594-baco3-8710-a-8594-nh2-8212-nh2b-8594-kohheat-c-ch2-8212-ch2-8212-co2h-product-c-obtained-is-a-ch3-ch-ch-ch2-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NTc-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NTg-ch3-c-8741-o-h-8594-hcn-a-8594-h3o-8853-b-8594-9651-c-8594-lialh4-d-8594-hio4hcho-e-compound-c-can-show-geometrical-isomerism-product-e-of-the-reaction-will-be-1-ch3-c-8741-o-ch3-2-ch3-ch2-c-8741-o-h https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NTk-arrange-in-their-increasing-order-of-equilibrium-constants-for-hydraion-1-ch3-c-a-8741-o-ch3-ch3-c-b-8741-o-h-ch3-c-c-8741-o-ch2-cl-h-c-d-8741-o-h-cl-ch2-e-c-8741-o-h-a-a-b-c-d-e-2-a-c-b-e-d-3-a-c-e-b https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NjA-ph-ch2-cn-8594-2-ch3-c-8741-o-cl-3-h3o-8853-8710-1-etona-p-product-p-of-the-reaction-will-be-a-ph-ch2-c-8741-o-h-b-ph-ch2-c-8741-o-ch3-c-ph-chch3l-c-8741-o-h-d-ph-chch3l-c-8741-o-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NjE-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NjM-a-symmetricalketone-8594-lialh4-b-8594-8710-h-8853-diastereomers-reactent-a-is-a-ch3-co-8741-ch3-b-ch3-co-8741-ch2-ch3-c-ch3-ch2-co-8741-ch2-ch3-d-ch3-ch2-ch2-ch-o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NjQ-molecular-weight-of-compound-a-is-1-58-2-120-3-60-4-182-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NjY-product-b-is-a-ph-nh-co-8741-co2h-b-ph-nh-co-8741-ch2-co2h-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Njc-this-conversion-can-be-achieved-by-1-dehydration-hydrolysis-2-retro-aldol-and-further-condensation-3-perkin-condensation-clemmensen-reduction-4-clemmensen-and-perkin-condensation-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Njg-left-ch-right-3-overset-overset-o-parallel-c-left-ch-right-2-left-ch-right-2-left-ch-right-2-left-ch-right-2-overset-overset-o-parallel-c-h-overset-left-ho-right-delta-rightarrow-underset-73-a-product https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Njk-ph-ch-chcho-ch3ch-chcho-rarr-eroh-base-a-87-product-of-this-reaction-is-1-ph-ch-ch2-cho-2-ph-ch-ch3cho-3-ph-ch-ch4cho-4-ph-ch-ch-ch-ch-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NzA-ch3cho-8594-5-176-c10-naoh-8594-8710-8594-nih2-a-product-a-of-the-reaction-is-1-propanol-2-ethanol-3-butanol-4-pentanol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NzE-a-8594-2-8710-1-dilnaoh-reactant-a-is-1-ch3-c-8741-o-ch25-c-8741-o-ch3-2-ch3-c-8741-o-ch24-c-8741-o-ch3-3-h-c-8741-o-ch25-c-8741-o-h-4-ch3-c-8741-o-ch24-ch2-oh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NzM-the-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NzQ-compare-enolate-a-with-enolate-b-which-of-the-following-statements-is-true-1-a-is-more-stable-than-b-2-a-and-b-have-the-same-stability-3-b-is-more-stable-than-a-4-no-comparison-of-stability-can-be-mad https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NzU-rarr-pcc-a-rarr-dil-naoh-b-product-b-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2NzY-identify-the-principal-product-of-the-following-reaction-rarr-ethanol-water-heatnaohh2o-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Nzc-the-enolate-ion-that-reacts-with-3-buten-2-one-to-form-y-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Nzg-8594-8710-base-a-a-8594-8710-ho-dil-b-product-b-in-the-above-reaction-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Nzk-which-of-the-following-compounds-will-not-undergo-cannizaro-reaction-when-treated-with-50-aqueous-alkali-a-o-ph-c-h-b-c-me3c-cho-d-ph-ch2-cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2ODA-8594-8710-h-a-8594-zno3-b-8594-8710-ho-c-product-c-is-72-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2ODE-8594-naohproduct-product-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2ODI-consider-the-following-reaction-the-products-in-the-given-reactions-are-1-ch3oh-2-hco2na-3-hcooh-4-ch3oh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2ODM-which-of-the-following-is-the-correct-order-of-decarboxylation-of-946-keto-carboxylate-anion-a-a-b-c-d-b-c-d-a-b-c-c-d-b-a-d-d-c-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2ODQ-ch3-nh2-8594-product-of-the-reaction-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2ODU-which-946-keto-acid-shown-will-not-undergo-decarboxylation-1-2-3-o-ph-c-ch2-co2h-4-o-ch2-c-ch2-co2h-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2ODY-8594-2-h-h2o-1-et-li-3-eq-p-product-p-of-the-reaction-is-65-yield-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2ODc-8594-8710-h3o-a-product-a-obtained-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2ODg-which-of-the-following-acid-on-heating-gives-geometrical-isomers-as-a-product-a-oh-ch3-ch-co2h-b-c-ch3-ch-ch2-co2h-oh-d-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2ODk-8594-meoha-8594-pcl3b-8594-menh2c-product-c-of-the-reaction-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2OTA-8594-lialh4a-8594-pccb-8594-nh2-nh2c-product-c-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2OTE-8594-co2a-8594-hclb-8594-aqkohc-product-c-is-a-o-ch3-ch2c-h-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2OTI-r-ch2-nh2-8594-thfk2co3-a-71-in-above-reaction-identify-major-product-a-of-the-reaction-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2OTM-rarr-koh-a-rarr-h3o-b-rarr-pcl5-c-rarr-lialh4-d-rarr-h-x-product-x-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2OTU-a-key-step-in-the-hydrolysis-of-acetamide-in-aqueous-acid-proceeds-by-nucleophilic-addition-of-1-h3o-to-o-ch3cnh2-2-h2o-to-oh-ch3cnh2-3-h3o-to-oh-ch3cnh2-4-ho-to-oh-ch3cnh2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2OTY-all-but-one-of-the-following-compounds-react-with-aniline-to-give-acetanilide-which-one-does-not-8594-o-a-ch3c-cl-b-c-o-ch3c-h-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2OTc-rarr-h2olialh4-excess-product-of-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2OTg-ch2-8208-o-8208-cor-ch-8208-o-8208-cor2-ch2-8208-o-8208-cor3-3naoh-8594-a-salt-of-fatty-acid-soap-product-a-of-the-reaction-is-a-ethylene-glycol-b-glycerol-c-glyceryltrinitrate-explosive-d-cumene-hydr https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2OTk-a-product-a-of-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3MDA-o-ph-8212-c-8212-cl-8594-identify-the-product-a-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3MDE-which-is-the-major-product-of-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3MDI-8594-pcl5-a-8594-lialh4-b-8594-pcc-c-8594-8710-ho-d-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3MDM-which-of-the-following-compounds-will-undergo-decarboxylation-on-heating-1-2-and-3-2-3-and-4-3-3-only-4-1-and-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3MDQ-8594-dryhclgas-majorproduct-3eq-etoh-a-product-a-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3MDU-identify-the-compound-c-in-the-following-sequence-ch3-2chch2c-8801-n-8594-hcl-h2ocompound-a-8594-2-h2o1-lialh4compound-b-8594-ch2cl2pcccompound-c-a-o-ch3-2chcch3-b-o-ch3-2chch2coh-c-o-ch3-2chch2ch-d-o https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3MDY-what-is-compound-z-ch3ch2ch2br-8594-nacnx-8594-heath3o-y-8594-h-ch3ch2ohz-a-o-ch3ch-chcoh-b-ch3ch2ch2ch-noch2ch3-c-ch3ch2ch2ch-och2ch3-2-d-o-ch3ch2coch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3MDg-identify-a-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3MDk-8594-i-h-i-kbro-8710-x-8594-y-8710-hence-the-product-y-in-the-above-sequence-of-reactions-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3MzQ-the-action-of-bromine-water-excess-on-salicylic-acid-results-in-the-formation-of-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3NTk-an-organic-compound-having-the-molecular-formula-c8h10o-on-being-heated-with-i2-and-dilute-naoh-gives-a-yellow-precipitate-determine-the-structure-of-the-organic-compound-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3NjM-the-birch-reduction-of-benzoic-acid-gives-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3Njg-ph-cho-2-8594-h2so4-major-product-of-this-reaction-is-a-ph3ch-b-oh-ph-c-ph-ph-c-d-ph2ch2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3ODM-rarr-2-h3o-oplus-1-kmno4-ho-the-labelled-carbon-goes-with-1-ph-c14o2h-2-c14o2-3-ph-c14h2-co2h-4-c14h4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3OTU-which-of-the-following-acid-gives-positive-tollen-s-reagent-test-1-ch2-2-60-co2hco2h-2-ch2-60-co2hco2h-3-c-o2h-co2h-4-hco2h-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk3OTY-which-of-the-following-compounds-gives-positive-tollen-s-test-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk4MDE-acetaldehyde-and-benzaldehyde-can-be-differentiated-by-1-fehling-test-2-iodoform-test-3-tollen-s-reagent-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk4OTI-pcl5-reacts-with-propanone-to-give-1-gem-dichloride-2-vic-dichloride-3-propanal-4-propane-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMDQ-when-vapours-of-acetic-acid-are-passed-over-at-300-deg-c-we-get-acetone-1-al2o3-2-cuo-3-moo-4-cu-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMDU-formaldehyde-is-not-used-in-1-adhesives-2-bakelite-3-tooth-powders-4-explosives-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMDc-ketones-can-be-prepared-by-1-rosenmund-s-reduction-2-stephen-s-reduction-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMDk-cyclohexanone-is-subjected-to-reduction-by-nabh4-the-product-formed-is-1-cyclohexane-2-cyclohexanal-3-cyclohexadiene-4-cyclohexanol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMTI-schiff-s-reagent-is-1-magenta-solution-decolorized-with-sulphurous-acid-2-magenta-solution-decolorized-with-chlorine-3-ammoinacal-cobalt-chloride-solution-4-ammoinacal-manganese-sulphate-solution-1-2 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMTM-which-of-the-following-reaction-is-a-condensation-reaction-1-hcho-8594-para-formaldehyde-2-ch3cho-8594-paraldehyde-3-ch3coch3-8594-mesityl-oxide-4-ch2-ch2-8594-polyethylene-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMTQ-which-of-the-following-is-correct-for-carbonyl-compounds-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMTY-compound-having-molecular-formula-c3h6o-may-be-1-cyclic-ether-2-carbonyl-compound-3-unsaturatd-ether-or-unsaturatd-alcohol-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMTc-which-of-the-following-would-undergo-aldol-condensation-1-ccl3cho-2-ch3-ch3-8212-c-8212-cho-ch3-3-ch3ch2cho-4-hcho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMTg-dry-distillation-of-barium-salt-of-hexane-1-2-dicarboxylic-acid-gives-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMTk-paraldehyde-is-1-a-trimer-of-formaldehyde-2-a-trimer-of-acetaldehyde-3-a-hexamer-of-formaldehyde-4-a-hexamer-of-acetaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMjA-paraldehyde-is-used-as-a-1-saporific-2-poison-3-polymer-4-dye-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMjE-a-typical-compound-undergoes-cannizzaro-s-reaction-and-aldol-condensation-it-is-1-ch3-2chcho-2-hcho-3-c6h5cho-4-ch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMjI-formaldehyde-when-treated-with-koh-gives-methanol-and-potassium-formate-the-reaction-is-known-as-1-perkin-s-reaction-2-claisen-s-reaction-3-cannizzaro-s-reaction-4-knoevenagel-s-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMjU-in-the-reaction-p-is-1-ch3cocho-2-ch3cooch3-3-ch3coch2oh-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMjY-acetaldehyde-reacts-with-pcl5-to-give-1-ethyl-chloride-2-ethylene-chloride-3-ethylidene-dichloride-4-trichloroacetaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMjc-the-reaction-is-an-example-of-1-wolf-rearrangement-2-favorskii-rearrangement-3-steven-s-rearrangement-4-wagner-meerwin-rearrangement-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMjk-stephen-s-reaction-is-reduction-of-1-alkyl-cyanide-with-lialh4-2-alkyl-cyanide-with-sncl2-and-hcl-3-alkyl-isocyanide-with-na-and-alcohol-4-acyl-halide-in-the-presence-of-pd-baso4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMzA-which-of-the-following-does-not-undergo-polymerization-1-ch3cho-2-hcho-3-ch3coch3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMzE-formaldehyde-can-be-distinguished-from-acetaldehyde-by-1-fehling-s-solution-2-schiff-s-reagent-3-ammonia-4-ammoniacal-agno3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMzU-in-tischenko-s-reaction-an-aldehyde-is-heated-with-catalyst-1-naoh-2-al-oc2h5-3-3-al2o3-4-mg-hg-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMzY-what-is-formalin-1-formaldehyde-2-formaldehyde-methanol-3-formaldehyde-methanol-water-4-formaldehyde-water-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMzc-doctors-detect-diabetes-disease-by-testing-the-presence-of-glucose-in-urine-with-1-nessler-s-reagent-2-fehling-s-solution-3-fenton-s-reagent-4-silver-nitrate-solution-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMzg-acetals-are-1-aldehyde-2-diethers-3-ketones-4-hydroxy-aldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwMzk-the-correct-order-of-reactivity-of-co-group-in-given-compounds-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNDA-ketones-are-first-oxidation-product-of-1-primary-alcohols-2-secondary-alcohols-3-dilhydric-alcohols-4-trihydric-alcohols-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNDE-alkaline-hydrolysis-of-r2c-cl2-forms-1-propanone-2-propane-3-alkanone-4-alkanal-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNDI-ketones-are-prepared-by-1-clemmensen-s-reduction-2-rosenmund-s-reduction-3-oppeanauer-s-oxidation-4-cannizzaro-s-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNDM-chlorine-does-not-react-with-1-methanal-2-ch3cho-3-propanone-4-c6h5cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNDQ-both-acetaldehyde-and-ketone-react-with-1-ammoniacal-agno3-2-rochelle-salt-3-2-4-dinitro-phenylhydrazine-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNDU-aldehydes-are-produces-in-atmosphere-by-1-oxidation-of-secondary-alcohols-2-reduction-of-alkenes-3-reaction-of-oxygen-atoms-with-hydrocarbons-4-reaction-of-oxygen-atoms-with-o3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNDY-compound-c-in-above-reaction-is-1-945-hydroxy-acid-2-945-amino-acid-3-945-amino-alkanol-4-945-amino-946-hydroxy-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNDc-which-structural-unit-is-possessed-by-aldehyde-and-not-ketone-1-945-h-atom-2-h-atom-and-carbonyl-group-3-oh-and-carbonyl-group-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNDg-a-compound-a-has-molecular-formula-c2cl3oh-it-reduces-fehling-s-solution-and-on-oxidatioin-gives-a-monocarboxylic-acid-b-a-is-obtained-by-action-of-cl2-on-ethyl-alcohol-a-is-1-chloral-2-chcl3-3-ch3cl https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNDk-carbonyl-compounds-when-treated-with-sodium-bisulphite-solution-generally-a-crystalline-sodium-bisulphite-addition-product-is-formed-but-which-of-the-following-carbonyl-compound-not-forms-crystalline https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNTA-the-reaction-2-coohcooh-8594-oh-ch2ohcooh-coonacooh-is-1-crosses-cannizzaro-s-reaction-2-intermolecular-cannizzaro-s-reaction-3-intramolecular-cannizzaro-s-reaction-4-neither-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNTE-which-will-form-two-oximes-with-nh2oh-1-ch3coch3-2-ch3ch2coch3-3-ch3ch2coch2ch3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNTI-the-term-hypnone-is-used-for-1-benzophenone-2-acetophenone-3-acetaldehyde-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNTM-collin-s-reageant-causes-the-conversion-1-co-8594-choh-2-cho-8594-cooh-3-choh-8594-co-4-choh-8594-cooh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNTU-this-polymer-is-obtained-when-acetone-is-saturated-with-hydrogen-chloride-gas-polymer-is-1-phorone-2-formose-3-diacetonyl-alcohol-4-mesityl-oxide-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNTY-c6h5cho-on-reacting-with-cl2-gives-1-c6h5chcl2-2-c6h5cooh-3-c6h5ch2oh-4-c6h5cocl-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNTc-dialkyl-cadmium-reacts-with-a-compound-to-form-a-ketone-the-compound-is-1-acid-2-acid-chloride-3-ester-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNTg-ketones-are-less-reactive-than-aldehydes-because-1-c-o-group-is-more-polar-in-ketones-2-of-electromeric-effect-3-of-steric-hindrance-to-the-attacking-reagent-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNjA-the-polymer-is-obtained-when-hcho-is-allowed-to-stand-it-is-a-white-solid-the-polymer-is-1-trioxane-2-formose-3-para-formaldehyde-4-metaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNjE-the-important-step-in-cannizzaro-s-reaction-is-the-intermolecular-shift-of-1-proton-2-h-atom-3-hydride-ion-4-hydronium-ion-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNjM-pinacole-is-1-2-3-dimethyl-2-3-butandiol-2-3-3-dimethyl-2-propanone-3-3-methylbutan-2-ol-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNjQ-which-reaction-is-used-for-detecting-the-presence-of-carbonyl-group-1-reaction-with-hydrazine-2-reaction-with-phenylhydrazine-3-reaction-with-hydroxylamine-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNjU-acetone-is-used-in-1-face-creams-2-vanilla-3-nail-polishes-4-sweet-smelling-erasers-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNjY-benedict-s-solution-provides-1-ag-2-cu2-3-ba2-4-li-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNjc-jones-reagent-is-1-acidified-kmno4-2-k2cr2o7-h2so4-or-chromic-acid-h2so4-3-alkaline-k2cr2o7-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNjg-acetaldehyde-undergoes-self-condensation-in-presence-of-aluminium-ethoxide-to-give-ethyl-acetate-this-reaction-is-called-1-perkin-reaction-2-tischenko-s-reaction-3-cannizzaro-s-reaction-4-aldol-conden https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNzI-oppenauer-oxidation-is-the-reverse-process-of-1-wolff-kishner-s-reduction-2-rosenmund-s-reduction-3-clemmensen-s-reduction-4-meerwein-ponndorf-verley-reduction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNzM-semicarbazide-is-1-nh2conh2-2-nh2-nh2-3-nh2conhnh2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNzQ-an-aldehyde-which-undergoes-cannizzaro-s-reaction-and-reduces-schiff-s-reagent-but-does-not-reduce-fehling-s-solution-is-1-ch3cho-2-hcho-3-c6h5cho-4-salicylaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNzU-b-hydroxy-butyraldehyde-is-an-example-of-1-aldol-2-diol-3-hemiacetal-4-acetal-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNzY-a-ketone-reacted-with-c2h5mgbr-reagent-followed-by-hydrolysis-gave-a-product-which-on-dehydration-gives-an-alken-the-alkene-on-ozonolysis-gave-diethyl-ketone-and-acetaldehyde-the-ketone-is-1-dimethyl https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNzc-the-reaction-produces-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNzg-treatement-of-propionaldehyde-with-dil-naoh-gives-1-ch3ch2cooch2ch2ch3-2-ch3ch2chohch2ch2cho-3-ch3ch2chohch-ch3-cho-4-ch3ch2coch2ch2cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwNzk-which-of-the-following-will-react-with-water-1-chcl3-2-ccl3cho-3-ccl4-4-ch2cl-ch2cl-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwODA-among-the-given-compounds-the-most-susceptible-to-nucleophile-attack-at-the-carbonyl-group-is-1-mecocl-2-mecho-3-mecoome-4-mecoocome-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwODE-in-a-cannizzaro-apos-s-reaction-the-intermediate-that-will-be-best-hydride-donor-is-1-xa0-2-xa0-3-xa0-4-xa0-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwODI-in-the-cannizzaro-s-reaction-given-below-2ph-cho-rarr-oh-ph-ch2oh-phcoo-the-slowest-step-is-1-the-attack-of-oh-at-the-carbonyl-group-2-the-transfer-of-hydride-to-the-carbonyl-group-3-the-abstraction-o https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwODM-the-aldol-condensation-of-acetaldehyde-results-in-hte-formation-of-1-ch3cchch3-ooh-2-ch3chch2ch-oho-3-ch3ch2ch-8212-ch-oho-4-ch2ch2oh-cooh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwODQ-wolff-kishner-s-reaction-is-1-reduction-of-carbonyl-compound-into-hydrocarbons-2-reduction-of-carbonyl-compound-into-alcohols-3-reduction-of-nitrobenzene-into-aniline-4-reduction-of-carbohydrates-to-a https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwODc-the-correct-order-of-reactivity-of-phmgbr-with-ooo-ph-8212-c-8212-phch3-8212-c-8212-hch3-8212-c-8212-ch3is-l-ll-lll-1-i-ii-iii-2-iii-ii-i-3-ii-iii-i-4-ii-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwODg-the-iupac-name-of-the-ch3coch-ch3-2-is-1-4-methyl-isopropyl-ketone-2-3-methyl-2-butanone-3-isopropylmethyl-ketone-4-2-methyl-3-butanone-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwOTA-in-the-folllowing-sequence-products-i-j-and-l-are-formed-and-k-represents-a-regent-i-the-structure-of-the-product-i-is-ii-the-structures-of-compounds-j-k-respectively-are-iii-the-structure-of-product https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwOTE-a-tertiary-alcohol-h-upon-acid-catalysed-dehydration-gives-a-product-i-ozonolysis-of-i-leads-to-compounds-j-k-compound-j-upon-reaction-with-koh-gives-benzyl-alcohol-and-a-compound-l-whereas-k-on-react https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwOTI-vanillin-used-as-a-flavouring-agent-is-1-an-aliphatic-alcohol-2-an-aromatic-aldehyde-3-a-hydrocarbon-4-a-carbohydrate-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwOTM-acetophenone-on-oxidation-by-perbenzoic-acid-gives-phenyl-acetate-the-reaction-is-named-as-1-baeyer-villiger-oxidation-2-perkin-s-reaction-3-claisen-condensation-4-reformatsky-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwOTQ-in-etard-s-reaction-toluene-is-oxidised-to-benzaldehyde-using-1-h2o2-2-cl2-3-chromium-trioxide-or-cro2cl2-4-kmno4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwOTU-m-chlorobenzaldehyde-on-reaction-with-conc-koh-at-room-temperature-gives-1-potassium-m-chlorobenzoate-and-m-hydroxybenzaldehyde-2-m-hydroxybenzaldehyde-and-m-chlorobenzyl-alcohol-3-m-chlorobenzyl-alco https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwOTY-formylchloride-has-not-been-prepared-so-far-which-can-function-as-formylchloride-in-formylation-1-hcho-hcl-2-hcooch3-hcl-3-co-hcl-4-hconh2-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAwOTc-in-the-reaction-the-compound-x-is-1-ch3cooh-2-br-183-ch2cooh-3-ch3co-2o-4-cho-183-cooh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMDE-the-major-product-h-of-the-given-reaction-sequence-is-ch3-ch2-co-ch3-rarr-cn-g-rarr-heat95-h2so4h-1-ch3-ch-c-cooh-ch3-2-ch3-ch-c-cn-ch3-3-oh-ch3-ch-c-cooh-ch3-4-ch3-ch-c-co-nh2-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMTM-in-presence-of-iodine-catalyst-chlorine-reacts-with-acetic-acid-to-form-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMTQ-acetic-acid-is-obtained-when-1-glycerol-is-heated-with-sulphuric-acid-2-methyl-alcohol-is-oxidized-with-potassium-permanganate-3-acetaldehyde-is-oxidized-with-potassium-dichromate-and-sulphuric-acid-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMTU-main-product-of-the-reaction-ch3conh2-hno2-8594-is-1-ch3cooh-2-ch3ch2nh2-3-ch3nh2-4-ch3coonh4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMTY-the-cooh-group-in-a-carboxylic-acid-can-be-replaced-by-h-by-heating-the-acid-with-1-zn-with-hcl-2-h2-in-presence-of-nickel-3-sodalime-4-bromine-and-concentrated-aqueous-alkali-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMjE-one-mole-of-grignard-reagent-reacts-with-the-acid-chlorides-to-give-1-esters-2-ethers-3-ketone-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMjQ-amides-can-be-converted-into-amines-by-1-perkin-reaction-2-claisen-reaction-3-hofmann-reaction-4-kekule-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMjU-when-formic-acid-reacts-with-pcl3-it-forms-1-formyl-chloride-2-acetyl-chloride-3-methyl-chloride-4-propionyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMjY-the-products-formed-in-the-above-reaction-are-1-c6h5-ch2-oh-and-ch3-oh-2-c6h5-oh-and-ch3-oh-3-c6h5-ch3-and-ch3-oh-4-c6h5-ch2-oh-and-ch4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMzA-an-acid-that-gives-wine-red-colour-on-reaction-with-neutral-fecl3-is-1-propanoic-acid-2-acetic-acid-3-formic-acid-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMzY-what-is-the-reverse-of-esterification-called-1-acidolysis-2-trans-esterification-3-hydrolysis-4-neutralization-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMzc-a-distinctive-and-characteristic-functional-group-in-a-fat-is-1-keto-group-2-ester-group-3-amine-group-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMzg-preparation-of-beta-hydroxy-ester-is-favoured-by-1-cannizzaro-s-reaction-2-reformatsky-reaction-3-claisen-condensation-4-wittig-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMzk-the-iupac-name-of-carproic-acid-is-1-pentanoic-acid-2-hexanoic-acid-3-heptanoic-acid-4-octanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNDA-lactic-acid-extracted-from-muscle-is-1-levo-rotatory-2-dextro-rotatory-3-similar-with-synthetic-lactic-acid-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNDU-on-treatment-with-alcoholic-koh-followed-by-acidification-alpha-chloropropionic-acid-gives-1-ch3-ch-oh-cooh-2-ch2-ch-cooh-3-ho-ch2-ch2cooh-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNDY-the-identical-c-o-bond-lengths-in-carboxylate-ions-are-due-to-1-resonance-2-presence-of-carbonyl-group-3-presence-of-alkyl-group-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNDc-mercuric-chloride-is-reduced-to-mercurous-chloride-by-1-acetic-acid-2-carbon-tetrachloride-3-formic-acid-4-ammonia-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNDg-wacker-method-is-used-to-convert-alkene-into-corresponding-using-pdcl2-1-alcohol-2-ketone-3-aldehyde-4-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNDk-in-glycine-the-basic-group-is-1-nh2-2-nh3-8853-3-cooh-4-coo-8861-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNTA-acetic-acid-on-warming-with-hydrazoic-acid-in-presence-of-conc-h2so4-gives-1-ch3conh2-2-ch3nh2-3-ch3coonh4-4-ch3ch2nh2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNTI-hvz-reaction-leads-to-the-formation-of-1-acetic-acid-2-formic-acid-3-chlorosubstitited-acids-4-oxalic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNTM-which-compound-produces-zwitter-ions-1-ch3cooh-2-salicylic-acid-3-phthalic-acid-4-sulphanilic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNTU-the-x-in-the-below-mentioned-reaction-is-small-x-overset-nh-3-longrightarrow-ch-3ch-2ch-2conh-2-overset-br-2-koh-longrightarrow-ch-3ch-2ch-2nh-2-1-2-3-ch3-ch2-ch2-cocl-4-ohc-ch2-ch2-ch2-cl-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNTc-hydrated-oxalic-acid-contains-1-5-water-molecules-2-1-water-molecules-3-2-water-molecules-4-4-water-molecules-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNTg-rcooh-n3h-rarr-conc-h2so4rnh2-thinsp-thinsp-co2-thinsp-thinsp-n2-the-above-reaction-is-called-1-hvz-reaction-2-hunsdiecker-reaction-3-schmidt-reaction-4-decarboxylation-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNTk-tamarind-contains-1-tartaric-acid-2-tartaric-acid-3-citric-acid-4-lactic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNjE-the-iupac-name-of-is-1-6-oxohexanoic-acid-2-hexan-1-al-6-oic-acid-3-1-aldo-hexanoic-acid-4-6-aldo-hexan-1-oic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNjI-electrolytic-reduction-with-lead-cathode-of-oxalic-acid-yields-1-glycollic-acid-2-glyoxalic-acid-3-glycollic-acid-glyoxalic-acid-4-ch3cooh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNjM-aceto-acetic-ester-behaves-as-1-an-unsaturated-hydroxyl-compound-2-a-keto-compound-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNjQ-bee-red-ant-and-wasp-sting-contains-1-formaline-2-formic-acid-3-acetic-acid-4-formaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNjY-oxalic-acid-can-be-distinguished-from-tartaric-acid-by-1-nahco3-2-ammoniacal-silver-nitrate-3-litmus-paper-4-phenolphthalein-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNjc-when-ch2-ch-cooh-is-reduced-by-lialh4-the-compound-obtained-is-1-ch3ch2cooh-2-ch2-chch2oh-3-ch3ch2ch2oh-4-ch3ch2cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNzA-the-structure-of-the-product-t-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNzE-the-compound-that-does-not-librate-co2-on-treatment-with-aqueous-sodium-bicarbonate-solution-is-1-benzoic-acid-2-benzenesulphonic-acid-3-salicylic-acid-4-carbolic-acid-phenol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNzI-the-major-products-s-of-following-reaction-is-are-8594-aqueous-br2-3-0equivalents-1-p-2-q-3-r-4-s-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxOTY-a-compound-a-when-reacted-with-pcl5-and-then-with-ammonia-gave-b-b-when-treated-with-bromine-and-caustic-potash-produced-c-c-on-treatment-with-nano2-and-hcl-at-0-deg-c-and-on-boiling-produced-ortho-cr https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDA4MTA-which-is-the-product-formed-when-cyclohexanone-undergoes-aldol-condensation-followed-by-heating-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDA4Nzg-the-correct-structure-of-product-a-formed-in-the-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDA4OTQ-the-correct-statement-regarding-a-carbonyl-compound-with-a-hydrogen-atom-on-its-alpha-carbon-is-1-a-carbonyl-compound-with-a-hydrogen-atom-on-its-alpha-carbon-rapidly-equilibrates-with-its-correspondi https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDA5NjI-a-single-compound-of-the-structure-is-obtained-from-ozonolysis-of-which-of-the-following-cyclic-compounds-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDA5NjM-treatment-of-cyclopentanone-with-methyl-lithium-gives-which-of-the-following-species-1-cyclopentanonyl-anion-2-cyclopentanonyl-cation-3-cyclopentanonyl-radical-4-cyclopentanonyl-biradical-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDA5NzM-an-ester-that-gets-hydrolyzed-most-easily-under-alkaline-conditions-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDEwMDM-reaction-of-a-carbonyl-compound-with-one-of-the-following-reagents-involves-nucleophilic-addition-followed-by-the-elimination-of-water-the-reagent-is-1-a-grignard-reagent-2-hydrazine-in-presence-of-fe https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDEwODA-the-reaction-by-which-benzaldehyde-cannot-be-prepared-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDExMTg-predicts-the-products-in-the-given-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDExMTk-which-product-is-formed-when-acetone-is-treated-with-excess-ethanol-in-the-presence-of-hydrochloric-acid-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDEyNDg-which-of-the-following-reactions-will-not-result-in-the-formation-of-carbon-carbon-bonds-1-reimer-tiemann-reaction-2-cannizaro-reaction-3-wurtz-reaction-4-friedel-crafts-acylation-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDEzOTc-which-one-of-the-following-on-treatement-with-50-aqueous-sodium-hydroxide-yields-the-corresponding-alcohol-and-acid-1-c6h5ch2cho-2-c6h5cho-3-ch3ch2ch2cho-4-ch3-c-o-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDEzOTk-consider-the-following-compounds-the-correct-decreasing-order-of-their-reactivity-towards-hydrolysis-is-1-ii-iv-iii-i-2-i-ii-iii-iv-3-iv-ii-i-iii-4-ii-iv-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDE0MjU-identify-the-carbonyl-compound-that-reacts-with-hcn-to-form-a-cyanohydrin-which-on-hydrolysis-produces-a-racemic-mixture-of-an-alpha-hydroxy-acid-1-acetaldehyde-2-acetone-3-diethyl-ketone-4-formaldehy https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDE0MzA-self-condensation-of-two-moles-of-ethyl-acetate-in-the-presence-of-sodium-ethoxide-yields-1-ethyl-butyrate-2-acetoacetic-ester-3-methyl-acetoacetate-4-ethyl-propionate-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246ODc5Mjc-nabh4-is-used-in-organic-chemistry-to-convert-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246ODkxNDM-a-x-y-and-z-in-the-above-mentioned-reaction-are-a-x-y-z-1-methoxy-methane-ethanol-ethanoic-acid-semicarbazone-2-ethanal-ethanol-but-2-enal-semicarbazone-3-ethanol-acetaldehyde-butanone-hydrazone-4-met https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246ODkxNDU-which-product-is-generated-when-cyclohexanone-undergoes-aldol-condensation-and-is-subsequently-heated-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246ODkxNjQ-the-name-of-the-electrophile-involved-in-the-below-reaction-is-1-dichloromethyl-cation-chcl-2-2-formyl-cation-cho-3-dichloromethyl-anion-chcl-2-4-dichlorocarbene-ccl2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246ODkxNjg-carboxylic-acids-have-higher-boiling-points-than-aldehydes-ketones-and-even-alcohols-of-comparable-molecular-mass-it-is-due-to-1-formation-of-intramolecular-h-bonding-2-formation-of-carboxylate-ion-3 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246ODkxODE-in-the-below-reaction-the-structure-of-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246ODkxODg-what-is-the-correct-order-of-the-carboxylic-acids-strength-i-ii-iii-1-i-ii-iii-2-ii-iii-i-3-iii-ii-i-4-ii-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTAxODI-the-correct-statement-regarding-a-carbonyl-compound-with-a-hydrogen-atom-on-its-alpha-carbon-is-1-a-carbonyl-compound-with-a-hydrogen-atom-on-its-alpha-carbon-rapidly-equilibrates-with-its-correspondi https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTAyMjE-which-of-the-chemical-reagents-can-be-used-to-distinguish-between-cis-cyclopenta-1-2-diol-and-trans-cyclopenta-1-2-diol-1-ozone-2-mno2-3-aluminium-isopropoxide-4-acetone-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTA0NDk-the-product-formed-by-the-reaction-of-an-aldehyde-with-a-primary-amine-is-1-ketone-2-carboxylic-acid-3-aromatic-acid-4-schiff-base-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTA3NTQ-the-esters-that-get-hydrolyzed-most-easily-under-alkaline-conditions-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTEwNjU-what-is-the-product-formed-when-cyclopentanone-reacts-with-methyl-lithium-1-cyclopentanonyl-anion-2-cyclopentanonyl-cation-3-cyclopentanonyl-radical-4-cyclopentanonyl-biradical-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTEwNjk-compounds-that-can-exhibit-tautomerism-are-1-l-and-ll-2-l-and-lll-3-ll-and-lll-4-l-ll-and-lll-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTEwNzg-an-organic-compound-x-having-molecular-formula-c5h10o-yields-phenyl-hydrazone-and-gives-a-negative-response-to-the-iodoform-test-and-tollen-s-test-it-produces-n-pentane-on-reduction-x-could-be-1-penta https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTEyNzA-the-compound-among-the-following-that-will-not-be-soluble-in-sodium-hydrogen-carbonate-is-1-2-4-6-trinitrophenol-2-benzoic-acid-3-o-nitrophenol-4-benezenesulphonic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTEyNzI-which-of-the-following-is-the-most-reactive-towards-nucleophilic-addition-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTE0NDY-what-is-the-order-of-the-stability-of-the-following-tautomeric-compounds-1-iii-ii-i-2-ii-i-iii-3-ii-iii-i-4-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTE0NzQ-benzaldehyde-cannot-be-prepared-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTIxNTI-predict-the-products-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTIxNTM-acetone-is-treated-with-excess-ethanol-in-the-presence-of-hydrochloric-acid-the-product-obtained-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTIxNjA-the-correct-order-of-decreasing-acid-strength-of-trichloroacetic-acid-a-trifluoroacetic-acid-b-acetic-acid-c-and-formic-acid-d-is-1-b-a-d-c-2-b-d-c-a-3-a-b-c-d-4-a-c-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTIxNzU-ch3cho-and-c6h5ch2cho-can-be-distinguished-by-1-benedict-test-2-iodoform-test-3-tollen-s-reagent-test-4-fehling-solution-test-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTIyODU-which-acid-doesn-t-exhibit-optical-isomerism-1-maleic-acid-2-alpha-amino-acid-3-lactic-acid-4-tartaric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTI0NjI-the-clemmensen-reduction-of-a-ketone-is-carried-out-in-the-presence-of-1-zn-hg-with-hcl-2-lialh4-3-h2-and-pt-as-a-catalyst-4-glycol-with-koh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTI0ODQ-the-product-d-in-the-below-mentioned-reaction-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTI1MDY-the-example-of-a-nucleophilic-substitution-reaction-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTI2NTA-the-compound-that-is-most-susceptible-to-a-nucleophilic-attack-in-the-carbonyl-group-is-1-ch3cooch3-2-ch3conh2-3-ch3coococh3-4-ch3cocl-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTMzMjU-propanoic-acid-with-br2-p-yields-a-dibromo-product-its-structure-would-be-1-ch-2br-chbr-cooh-2-3-ch-2-br-ch-2-cobr-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTMzNjY-in-a-basic-medium-acetophenone-yields-a-stable-compound-a-with-c2h5ona-the-structure-of-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTM0NzU-a-strong-base-can-abstract-an-alpha-hydrogen-from-1-alkene-2-amine-3-ketone-4-alkane-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTU2MDA-the-product-of-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTg3OTY-the-correct-statement-among-the-following-about-hcooh-is-1-it-is-a-stronger-acid-than-ch3cooh-2-it-reduces-tollen-rsquo-s-reagent-3-it-gives-co-and-h2o-on-heating-with-conc-h2so4-4-all-of-the-above-1 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTg3OTc-what-results-from-a-reaction-between-concentrated-h2so4-and-acetone-1-phorone-2-mesitylene-3-mesityl-oxide-4-crotonaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTAxODE1-compounds-a-and-b-are-respectively-a-b-1-ch2ch2cho-ch-ch-ch2oh-2-ch2ch2ch2oh-ch-ch-ch2oh-3-ch-ch-ch2oh-ch-ch-ch2oh-4-ch2ch2ch2oh-ch2ch2ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTAxODc4-ch3-ndash-ch2-ndash-cho-dil-naoh-gives-x-what-is-product-x-in-the-above-reaction-1-ch3-ch2cooh-2-ch3-ch2-ch2cooh-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTAxODg2-on-hydrolysis-a-sweet-smelling-ester-a-with-a-molar-mass-of-116-produces-a-carboxylic-acid-and-an-alcohol-alcohol-gives-a-positive-iodoform-reaction-the-formula-for-a-will-be-1-2-ch3ch2-ndash-o-ndash https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTExNzgy-alkaline-hydrolysis-of-c4h8cl2-a-gives-a-compound-b-b-on-heating-with-naoh-and-i2-produces-a-yellow-precipitate-of-chi3-the-compound-b-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTE1NDc3-the-product-of-the-below-mentioned-cannizzaro-reaction-is-xrightarrow-ii-h-3-o-i-oh-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTE1OTM0-the-most-reactive-compound-towards-the-nucleophilic-addition-reaction-is-1-benzaldehyde-2-p-tolualdehyde-3-p-nitrobenzaldehyde-4-acetophenone-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTE4MzQw-the-final-product-b-in-the-below-mentioned-reaction-is-1-ester-2-acetal-3-ketal-4-lactone-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTIxNjY0-the-grignard-reagent-is-added-to-methanal-and-hydrolyzed-to-produce-1-primary-alcohol-2-tertiary-alcohol-3-methane-4-methanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTIxNjY4-benzoic-acid-on-heating-with-soda-lime-produces-1-phenol-2-benzene-3-salicylic-acid-4-soda-ash-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTIxNjY5-which-of-the-following-compounds-produces-a-pink-colour-when-combined-with-schiff-s-reagent-1-ch3cho-2-ch3ch2cooh-3-c3h5cooh-4-c6h5coc6h5-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODQ3-major-product-maybe-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODQ4-given-the-reaction-which-of-the-following-statements-is-correct-1-b-has-a-lesser-stability-2-b-is-more-volatile-than-a-3-a-is-more-volatile-than-b-4-a-forms-higher-yields-at-a-lower-temperature-1-2-3 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODQ5-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODUw-major-product-a-and-b-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODUx-the-reagents-that-produce-compound-a-mentioned-below-in-a-diels-aider-reaction-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODUy-the-following-reaction-gives-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODUz-the-reactant-a-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODU0-which-of-the-following-will-undergo-cannizzaro-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODU1-which-one-of-the-following-statements-is-true-for-the-major-product-a-formed-in-the-above-reaction-1-a-gives-positive-bromine-water-test-2-a-absorbs-two-moles-of-h2-per-mole-of-compound-in-hydrogenati https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODU2-what-is-the-major-product-of-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODU4-the-product-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODU5-hcoo-2ca-ch3coo-2ca-8722-8594-heata-b-c-in-this-reaction-1-a-b-c-hcho-2-a-b-c-ch3cho-3-a-hcho-b-ch3choandc-ch3-co-ch3-4-a-b-ch3choandc-ch3-co-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODYw-which-of-the-following-compound-will-give-a-positive-iodoform-test-1-2-3-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODYx-rarr-conc-h2so4bmajorproduct-productbis-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODYy-the-product-of-acetone-with-pcl5-is-1-clch2coch2cl-2-ch3coch2cl-3-ch3cochcl2-4-ch3ccl2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODY0-what-is-the-major-product-of-the-following-reaction-sequence-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODY1-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODY2-the-final-product-y-in-the-below-mentioned-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODY3-consider-the-following-reaction-the-structure-of-b-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODY4-identify-a-in-the-following-sequence-of-reactions-1-2-3-4-hcn-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODY5-the-products-a-and-b-in-the-below-mentioned-reaction-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODcw-identify-the-major-product-formed-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODcx-the-best-rate-for-esterification-is-observed-when-x-is-1-oh-2-cl-3-o-c-r-8741-o-4-nh2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODcy-what-is-x-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODcz-identify-the-product-formed-during-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODc0-select-the-correct-statement-s-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODc2-if-a-and-b-are-major-products-then-b-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODc3-formed-product-will-give-1-ceric-ammonium-nitrate-and-nahco3-test-2-nahco3-test-and-dnp-test-3-nahco3-and-victor-meyer-test-4-both-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODc4-the-incorrect-method-for-the-preparation-of-me3come-in-good-yield-is-1-me3ccl-meona-rarr-2-me-2-c-ch-2-xrightarrow-ii-nabh-4-i-hg-oac-2-meoh-3-me3cona-mecl-4-me-2-c-ch-2-xrightarrow-meoh-h-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODc5-product-of-products-1-r-cooh-only-2-r-cho-only-3-r-cho-and-r-cooh-4-oo-r-c-c-r-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODgy-ph-cho-8594-ch3coona-h2och3-co2oa-theprodctais-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODgz-c2h4-rarr-o3-zn-h2o2producta-product-a-can-give-1-haloform-test-2-aldol-condensation-3-cannizaro-reaction-4-both-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODg0-consider-the-following-reaction-the-b-and-c-are-respectively-1-rcho-and-hcho-2-rcooh-and-hcooh-3-rch2oh-and-ch3oh-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODg1-ch3no2-x2192-3cl2-xa0-3naoh-xa0-p-xa0-apos-p-apos-xa0-is-1-xa0-ccl3cho-2-xa0-ccl3no2-3-xa0-chcl3-4-xa0-chcl2no2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODg2-the-pka-values-of-some-of-the-acids-are-given-below-acid-mathrm-pk-a-acid-mathrm-pk-a-0-6-hi-10-0-4-8-mathrm-hc-equiv-mathrm-ch-25-overset-n-h-4-9-4-h-2s-7-0-the-correct-order-of-leaving-tendency-of-t https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODg3-among-the-following-esters-form-a-pair-of-least-reactive-and-most-reactive-ester-towards-hydrolysis-in-that-order-1-v-iii-2-vi-ii-3-i-iv-4-i-v-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODg4-the-product-which-cannot-be-formed-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODg5-the-product-formed-in-this-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODkx-reaction-equilibrium-will-shift-towards-the-right-in-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODky-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3ODkz-the-wolf-kishner-s-reduction-cannot-be-applied-to-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3OTAy-the-correct-order-of-acidity-of-the-following-compounds-is-1-1-2-3-2-1-3-2-3-3-1-2-4-3-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3OTA1-the-reddish-brown-precipitate-formed-in-fehling-s-test-for-aldehydes-rcho-is-due-to-the-formation-of-the-following-compound-1-mathrm-cu-2-mathrm-cu-2-mathrm-o-3-mathrm-cuo-4-mathrm-rcoo-2-mathrm-cu-1 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3OTA5-the-major-final-product-in-the-following-reaction-is-ch3ch2cn-rarr-2h3o-1ch3mgbr-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3OTEz-4-formylbenzoic-acid-on-treatment-with-one-equivalent-of-hydrazine-followed-by-heating-with-alcoholic-koh-gives-as-major-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3OTE1-in-the-given-below-reaction-x-y-and-z-are-1-x-mg-dry-ether-y-ch3cl-z-h2o-2-x-mg-dry-methanol-y-co2-z-dil-hcl-3-x-mg-dry-ether-y-co2-z-dil-hcl-4-x-mg-dry-methanol-y-ch3cl-z-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI3OTE3-in-the-following-reactions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI4MTMy-the-main-product-x-formed-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM1ODUy-the-major-product-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NjU1-which-of-the-following-will-not-form-a-yellow-precipitate-on-heating-with-an-alkaline-solution-of-iodine-1-ch3ch-oh-ch3-2-ch3ch2ch-oh-ch3-3-ch3oh-4-ch3ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NjY1-when-propanoic-acid-is-treated-with-aqueous-sodium-bicarbonate-co2-is-liberated-the-lsquo-c-rsquo-of-co2-comes-from-1-carboxylic-acid-group-2-methylene-group-3-bicarbonate-4-methyl-group-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQ4Mzc3-a-key-step-in-the-hydrolysis-of-acetamide-in-aqueous-acid-proceeds-by-nucleophilic-addition-of-1-h3o-to-2-h2o-to-3-h3o-to-4-ho-to-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQ4NDAy-the-product-of-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTYzMjA1-what-is-the-correct-increasing-order-of-boiling-points-1-ch3och3-ch3cho-ch3ch2oh-ch3cooh-2-ch3cho-ch3och3-ch3ch2oh-ch3cooh-3-ch3cho-ch3och3-ch3cooh-ch3ch2oh-4-ch3och3-ch3ch2oh-ch2cho-ch3cooh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTYzNTEz-the-iodoform-test-is-not-given-by-1-ch3coch2cooc2h5-2-ch3coch3-3-ch3ch2coch3-4-ch3ch2chohc2h5-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY2NDA5-2-methyl-propene-on-oxidation-with-hot-kmno4-gives-1-acetone-2-ethanoic-acid-3-co2-and-h2o-4-both-1-3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY2ODc3-adipic-acid-undergoes-the-following-sequence-of-reactions-adipic-acid-rarr-co2-h2op2o5-a-rarr-dil-oh-b-select-the-structure-of-compound-b-from-the-given-options-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY3MDIz-the-product-b-in-the-above-mentioned-reaction-is-1-2-3-4-ch3ch2ch2cl-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY3MTU4-match-column-l-with-column-ll-column-i-name-reaction-column-ii-reagents-a-gattermann-koch-i-cro2cl2-cs2-h3o-oplus-b-rosenmund-reduction-ii-co-hcl-anhy-aici3-c-stephen-reaction-iii-h2-pd-baso4-d-etard https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY3MTYx-select-the-correct-option-based-on-statements-below-assertion-a-acetic-acid-does-not-undergo-a-haloform-reaction-reason-r-acetic-acid-is-a-stronger-acid-than-formic-acid-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY3MTY0-select-the-correct-option-based-on-statements-below-assertion-a-nitration-of-benzaldehyde-gives-m-nitrobenzaldehyde-reason-r-formyl-group-increases-the-electron-density-on-the-ring-at-the-meta-positio https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY3MTY1-select-the-correct-option-based-on-statements-below-assertion-a-acetyl-chloride-doesn-t-show-a-haloform-reaction-reason-r-acetyl-chloride-has-no-alpha-hydrogen-1-both-a-and-r-are-true-and-r-is-the-cor https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY3MTY2-select-the-correct-option-based-on-the-statements-below-assertion-a-2-2-dimethylpropanal-also-shows-cannizzaro-reaction-reason-r-it-contains-a-sterically-hindered-alpha-h-atom-1-both-a-and-r-are-true https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY3MTY3-select-the-correct-option-based-on-statements-below-assertion-a-benzaldehyde-undergoes-a-condensation-reaction-when-heated-in-the-presence-of-kcn-reason-r-benzaldehyde-has-no-alpha-h-atom-1-both-a-and https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY3MTY5-select-the-correct-option-based-on-statements-below-assertion-a-the-addition-of-ammonia-derivatives-to-carbonyl-compounds-is-carried-out-in-a-weakly-acidic-medium-reason-r-in-a-weakly-acidic-medium-th https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY3MTc0-consider-the-given-two-statements-assertion-a-aldehydes-are-more-reactive-than-ketones-in-nucleophilic-addition-reactions-reason-r-the-magnitude-of-the-positive-charge-present-on-the-carbonyl-carbon-o https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY3MTc2-select-the-correct-option-based-on-statements-below-assertion-a-esterification-of-carboxylic-acids-with-alcohol-is-a-nucleophilic-acyl-substitution-reason-r-both-the-c-o-bond-lengths-in-hcoo-are-equal https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTcyMTk1-select-the-structure-of-chromium-complex-formed-when-the-toluene-reacts-with-chromyl-chloride-to-give-benzaldehyde-on-hydrolysis-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTc1NDMz-the-product-b-in-the-below-mentioned-reaction-is-ch-3-c-equiv-n-h-2o-xrightarrow-text-excess-h-a-xrightarrow-delta-naoh-cao-b-1-ch3-c-o-nh2-2-ch3-c-o-oh-3-ch3-c-o-ona-4-ch4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTc1NDM2-the-reagent-a-in-the-below-mentioned-reaction-is-1-i-lialh4-ii-h2o-2-h2-ni-3-i-nabh4-ii-h2o-4-zn-hg-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTc2ODY2-which-of-the-following-is-maximum-reactive-for-decarboxylation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg1NDc1-the-reaction-between-benzaldehyde-and-acetophenone-in-the-presence-of-dilute-naoh-is-known-as-1-cannizzaro-s-reaction-2-cross-cannizzaro-s-reaction-3-cross-aldol-condensation-4-aldol-condensation-1-2 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg1NTEw-the-product-x-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg4NDIz-the-substance-that-evolves-nh-on-boiling-with-naoh-is-1-ethylamine-2-aniline-3-acetamide-4-acetoxime-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg4NDg5-which-of-the-following-enzymes-can-hydrolyse-urea-into-co2-and-nh3-1-amylase-2-urease-3-lipase-4-zymase-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg5NDIw-identify-product-b-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg5NDIz-hcn-not-produce-a-chiral-compound-with-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg5NDQ2-an-alkene-ldquo-a-rdquo-on-reaction-with-o3-and-zn-h2o-gives-propanone-and-ethanal-in-an-equimolar-ratio-the-addition-of-hcl-to-alkene-ldquo-a-rdquo-gives-ldquo-b-rdquo-as-the-major-product-the-struct https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyMzQ5-find-the-reason-why-carbonyl-compounds-undergo-nucleophilic-addition-reactions-1-the-electrophilic-carbonyl-carbon-forms-a-sigma-bond-with-the-nucleophile-2-electromeric-effect-3-electronegativity-dif https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNjg0-carboxylic-acids-are-more-acidic-than-phenol-and-alcohol-because-of-1-formations-of-dimers-2-highly-acidic-hydrogen-3-resonance-stabilization-of-their-conjugate-base-4-intermolecular-hydrogen-bonding https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNjg2-acetaldehyde-cannot-exhibit-1-iodoform-test-2-benedict-s-test-3-lucas-test-4-tollen-s-test-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNjg3-ketones-r1cor2-r1-r2-alkyl-groups-can-be-obtained-in-one-step-by-1-hydrolysis-of-esters-2-oxidation-of-primary-alcohols-3-oxidation-of-secondary-alcohols-4-reaction-of-acid-halides-and-alcohols-1-2-3 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNjg4-the-product-formed-by-the-reaction-of-chlorine-with-benzaldehyde-in-the-absence-of-catalyst-is-1-benzoyl-chloride-2-benzyl-chloride-3-chlorobenzene-4-o-chlorobenzaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzQx-the-precipitate-formed-on-heating-ethanal-with-fehling-s-solution-is-1-mathrm-cuo-2-mathrm-cu-3-mathrm-cu-mathrm-cu-2-mathrm-o-mathrm-cuo-4-text-cu-2o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzQy-identify-the-monomeric-unit-of-trioxane-1-formaldehyde-2-acetone-3-isoprene-4-acetaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzQz-which-will-not-give-formaldehyde-on-heating-or-up-distillation-1-paraldehyde-2-trioxane-3-formalin-4-paraformalehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzQ0-given-the-following-reaction-ch3cho-hcn-rarr-x-assume-compound-x-has-a-chiral-centre-the-optical-activity-associated-with-product-x-would-be-1-laevorotatory-2-dextrorotatory-3-mesocompound-4-racemic-m https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzQ1-benzophenone-can-be-converted-into-benzene-using-1-anhydrous-alcl3-2-acidified-dichromate-3-sodium-amalgam-in-water-4-fused-alkali-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzQ2-which-of-the-following-react-with-naoh-to-produce-an-acid-and-alcohol-1-ch3cooh-2-hcho-3-c6h5cooh-4-ch3ch2cooh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzUw-which-of-the-following-is-incorrect-1-fehling-solution-is-used-in-detection-of-glucose-2-nahso3-is-used-in-detection-of-carbonyl-compounds-3-fecl3-is-used-in-detection-of-phenols-4-tollen-s-reagent-is https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzUz-formaldehyde-on-condensation-in-presence-of-ca-oh-2-gives-1-formose-2-fructose-3-maltose-4-xylose-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzU1-in-the-following-reaction-product-p-is-r-c-8741-o-cl-8594-pd-baso4h2p-1-rcooh-2-rcho-3-rch3-4-rch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzU4-the-compound-that-responds-to-tollen-s-test-is-1-ch3coch3-2-ch3cho-3-ch3cooh-4-c2h5oc2h5-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzYx-ch3chcl2-on-hydrolysis-will-give-1-ch3cho-2-ch3cooh-3-chcl3-4-ch3ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzYz-the-reagent-used-for-the-separation-of-acetaldehyde-from-acetophenone-is-1-nh2oh-2-nahso3-3-naoh-i2-4-c6h5nhnh2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzY0-acetaldehyde-gives-orange-coloured-precipitate-on-treatment-with-1-2-4-dnp-2-nh2oh-3-nahso3-4-naoh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzY1-which-of-the-following-reagents-converts-c6h5cocho-to-c6h5c-oh-cooh-1-aq-naoh-2-acidic-na2so4-3-na2cro4-h2so4-4-nano3-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzY4-when-treated-with-alkali-and-iodine-what-substance-will-not-give-iodoform-1-acetone-2-ethanol-3-diethyl-ketone-4-isopropyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzY5-when-benzene-sulphonic-acid-and-p-nitrophenol-are-treated-with-nahco3-the-gases-released-respectively-are-1-so2-no2-2-so2-no-3-so2-co2-4-co2-co2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzcw-which-reagent-is-used-to-convert-benzoic-acid-into-benzoyl-chloride-1-cl2-hv-2-so2-3-socl2-4-cl2-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzcx-schiff-s-reagent-gives-pink-color-with-1-acetone-2-acetaldehyde-3-acetic-acid-4-methyl-acetate-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyNzc3-the-hydrogenation-of-benzoyl-chloride-in-the-presence-of-pd-and-baso4-gives-1-benzyl-alcohol-2-benzaldehyde-3-benzoic-acid-4-phenol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyODQ2-the-reagent-that-can-be-used-to-distinguish-between-methanoic-acid-and-ethanoic-acid-is-1-sodium-carbonate-solution-2-ammonical-silver-nitrate-solution-3-phenolphthalein-4-neutral-ferric-chloride-solu https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyODQ3-identify-x-in-the-following-reaction-x-ch-cooh-rarr-ester-h-o-1-alcohol-2-pyridine-3-secondary-amine-4-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyODQ4-lactic-acid-on-oxidation-with-alkaline-potassium-permanganate-gives-1-propionic-acid-2-cinnamic-acid-3-pyruvic-acid-4-tartaric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyODQ5-identify-the-weakest-acid-among-the-following-1-hcooh-2-ch3cooh-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTk4MzY1-the-compound-that-can-give-a-positive-iodoform-test-is-1-2-phenylethanol-2-pentanal-3-3-pentanol-4-1-phenylethanol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjEwODM1-after-heating-the-product-formed-by-the-reaction-of-propanal-with-2-methylpropanal-in-the-presence-of-dilution-naoh-is-1-2-3-both-products-mentioned-in-options-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjIyODc2-organic-compound-a-having-molecular-formula-c-h-o-on-hydrolysis-with-dilute-h-so-gives-a-carboxylic-acid-b-and-an-alcohol-c-oxidation-of-alcohol-c-with-chromic-acid-gives-the-same-carboxylic-acid-b-on https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjIyODc3-arrange-them-in-increasing-order-according-to-their-reactivity-towards-hcn-acetaldehyde-acetone-di-tert-butyl-ketone-and-methyl-tert-butyl-ketone-1-di-tert-butyl-ketone-methyl-tert-butyl-ketone-aceton https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjIyODc4-phthalic-acid-on-heating-with-socl2-gives-1-phthalic-anhydride-2-phthalamide-3-phthaloyl-chloride-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjIyODc5-an-organic-compound-a-contains-69-77-carbon-11-63-hydrogen-and-rest-oxygen-the-molecular-mass-of-the-compound-is-86-it-does-not-reduce-tollens-rsquo-reagent-but-forms-an-addition-compound-with-sodium https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjIyODgw-arrange-the-following-compounds-in-increasing-order-of-their-boiling-points-ch3cho-ch3ch2oh-ch3och3-ch3ch2ch3-1-ch3cho-ch3och3-ch3cho-ch3ch2oh-4-ch3ch2ch3-ch3cho-ch3ch2oh-ch3och3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjIyODgx-the-correct-sequence-of-increasing-orders-of-reactivity-in-nucleophilic-addition-reaction-is-1-butanone-propanone-propanal-ethanal-3-butanone-propanal-propanone-ethanal-4-propanal-propanone-ethanal-bu https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjIyODgy-arrange-the-following-compounds-in-increasing-order-of-their-reactivity-in-nucleophilic-addition-reactions-benzaldehyde-p-tolualdehyde-p-nitrobenzaldehyde-acetophenone-1-acetophenone-p-tolualdehyde-be https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjIyODgz-what-will-be-the-iupac-names-of-the-following-compound-1-2-4-6-trinitrobenzoic-acid-2-1-3-5-trinitrobenzoic-acid-3-2-oxo-1-3-5-dinitrobenzene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzQ4-cannizzaro-rsquo-s-reaction-is-not-given-by-1-2-3-hcho-4-ch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzQ5-the-compound-below-is-treated-with-a-concentrated-aqueous-koh-solution-the-products-obtained-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzUy-what-is-the-most-suitable-reagent-for-the-conversion-mentioned-below-mathrm-ch-3-ch-ch-ch-2-overset-large-o-c-ch-3-rightarrow-mathrm-ch-3-ch-ch-ch-2-overset-large-o-c-oh-1-tollens-reagent-2-benzoyl-pe https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzgx-match-the-common-names-given-in-column-i-with-the-iupac-names-given-in-column-ii-column-l-common-names-column-ll-iupac-names-a-cinnamaldehyde-1-pentanal-b-acetophenone-2-prop-2-enal-c-valeraldehyde-3 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzgy-match-the-acids-given-in-column-i-with-their-correct-iupac-names-given-in-column-ii-and-mark-the-appropriate-option-column-l-acids-column-ll-iupac-names-a-phthalic-acid-1-hexane-1-6-dioic-acid-b-gluta https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzgz-match-the-reactions-given-in-column-i-with-the-suitable-reagents-given-in-column-ii-column-l-reactions-column-ll-reagents-a-benzophenone-rarr-diphenylmethane-i-lialh4-b-benzaldehyde-rarr-1-phenylethan https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzg0-match-the-example-in-column-i-with-the-name-of-the-reaction-in-column-ii-column-l-example-column-ll-reaction-a-1-friedel-crafts-acylation-b-2-hvz-reaction-c-3-aldol-condensation-d-4-rosenmund-reaction https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzg2-select-the-correct-option-based-on-statements-below-assertion-a-compounds-containing-mdash-cho-group-are-easily-oxidised-to-corresponding-carboxylic-acids-reason-r-carboxylic-acids-can-be-reduced-to-a https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzg3-select-the-correct-option-based-on-statements-below-assertion-a-the-alpha-hydrogen-atom-in-carbonyl-compounds-is-less-acidic-reason-r-the-anion-formed-after-the-loss-of-the-alpha-hydrogen-atom-is-reso https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjM0MTQy-what-is-the-name-of-the-below-mentioned-reaction-small-mathrm-ch-3-mathrm-ch-2-mathrm-oh-mathrm-ch-3-mathrm-cocl-stackrel-text-pyridine-longrightarrow-mathrm-ch-3-mathrm-cooc-2-mathrm-h-5-mathrm-hcl-1 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjM2NTE3-the-reaction-that-does-not-give-benzoic-acid-as-the-major-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjQ1MTA5-an-acid-that-forms-an-anhydride-x-on-heating-and-an-acid-imide-y-on-strong-heating-with-ammonia-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjQ1MTE0-the-reactant-a-in-the-below-mentioned-reaction-is-1-benzoyl-chloride-2-toluene-3-acetophenone-4-benzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjUxMDI0-consider-the-reaction-rcho-nh2nh2-rarr-rch-n-nh2-what-sort-of-reaction-is-it-1-free-radical-addition-ndash-elimination-reaction-2-electrophilic-substitution-elimination-reaction-3-nucleophilic-additio https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjUxMDg1-a-yellow-precipitate-with-iodine-and-alkali-is-given-by-i-methyl-acetate-ii-acetamide-iii-2-hydroxypropane-iv-acetophenone-1-i-and-ii-2-ii-and-iii-3-iii-and-iv-4-iv-and-i-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjUxMTAw-consider-the-following-reaction-the-product-a-is-1-c6h5oh-2-c6h5coch3-3-c6h5cl-4-c6h5cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjUxMTU4-match-the-compounds-given-in-list-i-with-their-characteristic-reactions-given-in-list-ii-select-the-correct-option-list-ndash-i-compounds-list-ndash-ii-reactions-a-ch3ch2ch2ch2nh2-i-alkaline-hydrolysi https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjUxMjQ5-match-the-compounds-given-in-list-i-with-list-ii-and-select-the-suitable-option-from-the-code-given-below-list-i-list-ii-a-benzaldehyde-i-phenolphthalein-b-phthalic-anhydride-ii-benzoin-condensation-c https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjUxMjU1-the-correct-order-of-reactivity-of-phenyl-magnesium-bromide-phmgbr-with-the-following-compounds-will-be-i-ii-iii-1-i-ii-iii-2-iii-ii-i-3-ii-i-iii-4-i-iii-ii-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjYzOTAz-ethyl-benzoate-can-be-prepared-from-benzoic-acid-by-using-1-propyl-alcohol-2-ethyl-alcohol-and-dry-hcl-3-ethyl-chloride-4-sodium-ethoxide-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjYzOTE1-the-hydrolyzed-product-of-an-ester-when-reduced-by-mathrm-lialh-4-gives-1-two-alcohols-2-two-aldehyde-3-one-acid-and-one-alcohol-4-two-acids-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjYzOTIz-the-compound-that-does-not-give-an-iodoform-test-is-1-3-pentanone-2-2-pentanone-3-ethanol-4-ethanal-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY0NzUz-ethylbenzene-is-obtained-from-phenyl-methyl-ketone-by-using-1-zn-ndash-hg-hcl-2-lialh4-3-kmno4-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY0NzU3-cyanohydrin-of-which-of-the-following-compounds-on-hydrolysis-gives-an-optically-active-product-1-hcho-2-ch3cho-3-ch3coch3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY0ODMw-clemmensen-reduction-reaction-is-1-2-c-6h-5-co-ch-3-nh-2nh-2-xrightarrow-c-2h-5ona-c-6h-5ch-2ch-3-3-ch-3coch-3-4hi-xrightarrow-text-red-p-ch-3ch-2ch-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY1Mzcz-the-product-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY1Mzc2-in-the-following-reaction-product-p-is-1-rch2oh-2-rcooh-3-rcho-4-rch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY1Mzg2-product-p-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY2MDU1-in-the-set-of-the-given-reactions-identify-the-product-c-mathrm-ch-3cooh-pcl-5-rightarrow-a-xrightarrow-anh-alcl-3-c-6h-6-b-xrightarrow-ether-c-2h-5mgbr-c-1-ch3ch-oh-c2h5-2-ch3coc6h5-3-ch3ch-oh-c6h5-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY2MDcw-when-m-chlorobenzaldehyde-is-treated-with-50-koh-solution-the-product-s-obtained-is-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY2MDc0-a-and-b-in-the-following-reactions-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY3NzM4-an-organic-compound-with-the-molecular-formula-c9h10o-forms-a-2-4-dnp-derivative-reduces-tollens-rsquo-reagent-and-undergoes-the-cannizzaro-reaction-on-vigorous-oxidation-it-gives-1-2-benzenedicarboxy https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY3NzQ4-although-phenoxide-ion-has-more-number-of-resonating-structures-than-carboxylate-ion-carboxylic-acid-is-a-stronger-acid-than-phenol-because-1-carboxylate-ion-has-more-lattice-energy-than-phenoxide-ion https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY5Mjc3-the-below-structure-is-an-example-of-1-cyanohydrin-2-hemiacetal-3-acetal-4-cyanoalcohol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY5Mjc4-the-iupac-name-for-mathrm-ch-3-mathrm-coch-2-mathrm-coch-3-is-1-pentane-2-4-dione-2-pentane-1-4-dione-3-pentane-2-2-dione-4-pentane-3-4-dione-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY5Mjc5-the-structure-of-hex-2-en-4-ynoic-acid-is-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY5Mjgw-the-iupac-name-for-phcoph-is-1-diphenylmethanone-2-benzophenone-3-dibenzylmethanone-4-dibenzylketone-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY5Mjgx-the-major-product-formed-when-cyclohexanecarbaldehyde-reacts-with-phmgbr-and-h3o-is-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY5NDA1-what-is-the-major-product-of-the-reaction-between-cyclohexanecarbaldehyde-and-tollens-reagent-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY5NDA2-for-the-following-substrates-the-characteristic-aldol-condensation-occurs-with-i-methanal-ii-2-methylpentanal-iii-benzaldehyde-iv-benzophenone-v-cyclohexanone-vi-1-phenylpropanone-vii-phenylacetaldehy https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY5NDA3-the-compounds-that-undergoes-the-cannizzaro-reaction-are-i-methanal-ii-2-methylpentanal-iii-benzaldehyde-iv-benzophenone-1-i-2-ii-3-i-iii-4-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTEx-propanal-and-butanal-can-produce-four-different-aldol-condensation-products-the-possible-structure-is-are-1-2-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTI3-cyclohexanone-forms-cyanohydrin-in-a-good-yield-but-2-2-6-trimethylcyclohexanone-does-not-it-is-due-to-1-low-electrophilicity-in-2-2-6-trimethylcyclohexanone-2-less-steric-crowd-in-2-2-6-trimethylcycl https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTMw-there-is-only-one-ndash-nh2-group-involved-in-semicarbazone-formation-out-of-two-ndash-nh2-group-it-is-due-to-1-resonance-of-one-type-of-ndash-nh2-group-2-inductive-effect-of-one-type-of-ndash-nh2-gro https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTMy-what-type-of-reaction-is-demonstrated-by-the-process-involving-a-carboxylic-acid-an-alcohol-and-an-acid-that-results-in-the-formation-of-esters-1-reversible-slow-process-2-irreversible-fast-process-3 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTM0-the-below-reaction-is-an-example-of-ch-3-ch-2-oh-ch-3-cocl-xrightarrow-textbf-pyridine-ch-3-cooc-2-h-5-hcl-1-acetylation-2-benzoylation-3-cross-aldol-condensation-4-cross-cannizzaro-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTM3-the-correct-sequence-of-reagents-used-for-the-preparation-of-methyl-benzoate-from-benzene-is-1-a-br2-febr3-b-mg-dry-ether-c-co2-h3o-d-excess-methanol-conc-h-heat-2-a-mg-dry-ether-b-br2-febr3-c-co2-h3o https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTM4-what-is-the-correct-sequence-of-reagents-used-for-the-preparation-of-m-nitrobenzoic-acid-from-benzene-a-mg-dry-ether-b-br2-febr3-c-co2-h3o-d-hno3-h2so4-1-a-b-c-d-2-b-a-c-d-3-c-b-a-d-4-d-b-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTQw-the-correct-sequence-of-reagents-used-for-the-preparation-of-phenylacetic-acid-from-benzene-are-1-a-nbs-hv-and-heat-b-ch3cl-anhyd-alcl3-c-kmno4-koh-d-h3o-2-a-ch3cl-anhyd-alcl3-b-kmno4-koh-c-nbs-hv-and https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTQx-the-correct-sequence-of-reagents-used-to-yield-p-nitrobenzaldehyde-from-benzene-is-a-ch3cl-anhyd-alcl3-b-hno3-h2so4-c-cs2-cro2cl2-d-h3o-1-a-b-c-d-2-c-b-a-d-3-b-a-c-d-4-a-b-d-c-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTY0-chemical-test-s-to-distinguish-between-the-propanal-and-propanone-is-1-tollen-rsquo-s-test-2-fehling-rsquo-s-test-3-iodoform-test-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTY1-chemical-test-s-used-to-distinguish-between-acetophenone-and-benzophenone-is-1-tollen-rsquo-s-test-2-fehling-rsquo-s-test-3-iodoform-test-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTY2-a-chemical-test-to-distinguish-between-phenol-and-benzoic-acid-is-1-tollen-rsquo-s-test-2-fehling-rsquo-s-test-3-iodoform-test-4-ferric-chloride-test-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTY3-which-chemical-test-is-used-to-distinguish-between-benzoic-acid-and-ethyl-benzoate-1-tollens-test-2-fehling-rsquo-s-test-3-iodoform-test-4-sodium-bicarbonate-test-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTY4-chemical-test-to-distinguish-between-pentan-2-one-and-pentan-3-one-is-1-tollen-rsquo-s-test-2-fehling-rsquo-s-test-3-iodoform-test-4-ferric-chloride-test-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTcy-chemical-test-s-to-distinguish-between-benzaldehyde-and-acetophenone-is-1-tollen-rsquo-s-test-2-fehling-rsquo-s-test-3-iodoform-test-4-tollen-rsquo-s-test-and-iodoform-test-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwNDk1-what-are-the-correct-reagents-x-and-y-in-the-following-reaction-sequence-x-y-1-cro2cl2-ccl4-ch3oh-h-2-kmno4-ch3oh-h-3-cro2cl2-ccl4-ch3co-2o-4-kmno4-ch3co-2o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc3MTkw-consider-the-below-reaction-and-identify-the-missing-reagent-chemical-mathrm-ch-3-ch-2-coo-na-xrightarrow-textbf-heat-textbf-naoh-ch-3-ch-3-na-2-co-3-1-cao-2-dibal-h-3-b2h6-4-red-phosphorus-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc3MTk1-match-list-i-with-list-ii-list-i-substrates-of-reactions-list-ii-name-of-reactions-a-i-hell-volhard-zelinsky-reaction-b-ii-gattermann-koch-reaction-c-iii-haloform-reaction-d-iv-esterification-choose-t https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc3MTk5-the-product-formed-in-the-following-chemical-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc3MjAx-the-intermediate-compound-x-in-the-following-chemical-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzM5Mzg2-given-below-are-two-statements-statement-i-the-boiling-points-of-aldehydes-and-ketones-are-higher-than-hydrocarbons-of-comparable-molecular-masses-because-of-weak-molecular-association-in-aldehydes-an https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzM5Mzg4-match-list-i-with-list-ii-list-i-products-formed-list-ii-reaction-of-carbonyl-compound-with-a-cyanohydrin-i-nh-oh-b-acetal-ii-rnh-c-schiff-s-base-iii-alcohol-d-oxime-iv-hcn-choose-the-correct-answer-f https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzM5NDAx-mathrm-rmgx-mathrm-co-2-underset-bf-text-ether-stackrel-bf-text-dry-longrightarrow-mathrm-y-xrightarrow-mathrm-h-3-mathrm-o-rcooh-what-is-y-in-the-above-reaction-1-rcoo-2mg-2-rcoo-mg-x-3-r3co-mg-x-4-r https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzM5NDEw-which-one-of-the-following-is-not-formed-when-acetone-reacts-with-2-pentanone-in-the-presence-of-dilute-naoh-followed-by-heating-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzM5Nzgy-given-below-are-two-statements-statement-i-aldehydes-and-ketones-having-at-least-one-alpha-hydrogen-undergo-aldol-condensation-in-the-presence-of-dilute-alkali-as-catalyst-statement-ii-when-aldol-cond https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzM5ODE2-the-correct-iupac-name-of-the-following-compound-is-1-2-ethylhex-3-en-4-one-2-4-methylhex-3-en-2-one-3-4-ethylpent-3-en-2-one-4-3-methylhex-3-en-4-one-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzM5ODE5-the-product-s-formed-from-the-following-reaction-is-are-1-rcooh-only-2-rch2cooh-only-3-4-rcooh-and-rch2cooh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ2NDE2-the-product-formed-from-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ2NDY2-the-product-formed-from-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ2NDY5-which-of-the-following-reactions-is-not-an-example-of-nucleophilic-addition-ndash-elimination-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ2NDk3-the-incorrect-method-to-synthesize-benzaldehyde-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ2NTEw-the-products-a-and-b-in-the-following-reaction-sequence-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY2OTY0-find-out-the-weight-in-g-of-two-moles-of-the-organic-compound-which-is-obtained-by-heating-sodium-ethanoate-with-sodium-hydroxide-in-the-presence-of-calcium-oxide-1-18-2-16-3-32-4-30-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY2OTY1-given-is-a-reaction-for-your-reference-the-final-product-c-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY2OTkw-identify-the-product-a-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY2OTk1-identify-the-major-product-obtained-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY3MDAy-identify-the-final-product-d-obtained-in-the-following-sequence-of-reactions-1-mathrm-hc-equiv-c-na-2-3-4-mathrm-c-4h-10-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY4MjUw-consider-the-given-reaction-mathrm-ch-3-mathrm-coch-3-stackrel-mathrm-dil-ba-left-mathrm-oh-2-right-longrightarrow-text-mathrm-x-the-functional-groups-present-in-the-compound-x-are-1-ketone-and-double https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY4Mjgx-mark-the-name-of-the-reaction-associated-with-the-following-conversion-1-stephen-reaction-2-gattermann-koch-reaction-3-etard-reaction-4-rosenmund-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY4MzQz-identify-the-product-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzcxMDIx-the-following-reaction-is-one-of-many-steps-in-the-laboratory-synthesis-of-cholesterol-what-type-of-reaction-is-it-1-reduction-reaction-2-oxidation-reaction-3-catalytic-hydrogenation-4-electrophilic-s https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzcxMDM1-nitriles-are-hydrolyzed-to-amides-upon-mild-heating-with-an-aqueous-base-or-acid-the-product-of-hydrolysis-under-stronger-conditions-is-1-aldehyde-2-ketone-3-ester-4-carboxylic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzcxMzg0-which-of-the-following-reagents-is-used-to-synthesize-the-hemiketal-of-acetone-1-hcl-2-ch-oh-3-naoh-4-hcho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDU1MDEx-match-the-reactions-listed-in-list-i-with-the-appropriate-reagents-or-conditions-listed-in-list-ii-list-i-reaction-list-ii-reagents-condition-a-i-b-ii-mathrm-cro-3-c-iii-begin-aligned-mathrm-kmno-4-ma https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDU1MDE4-which-solution-is-part-of-fehling-solution-a-used-in-tests-for-reducing-sugars-and-aldehydes-1-alkaline-copper-sulphate-2-alkaline-solution-of-sodium-potassium-tartrate-rochelle-s-salt-3-aqueous-sodiu https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDU2NzAz-given-below-are-two-statements-statement-i-benzoic-acid-produces-effervescence-on-treatment-with-aq-mathrm-nahco-3-statement-ii-the-effervescence-is-due-to-the-release-of-hydrogen-gas-in-the-light-of https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDU2ODIz-the-product-that-cannot-be-formed-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDU2ODQ2-match-the-reagents-in-list-i-with-the-corresponding-reactions-in-list-ii-list-i-reagent-list-ii-name-of-the-reaction-a-mathrm-h-2-pd-ba-s-o-4-i-gattermann-koch-reaction-b-mathrm-i-cro-2-cl-2-cs-2-ii-h https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDU2ODc5-identify-x-and-y-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY2ODA4-match-column-i-with-column-ii-and-mark-the-appropriate-option-column-i-reagents-column-ii-compounds-a-neutral-fecl-3-p-b-iodoform-q-c-carbylamine-test-r-d-cuso-4-sodium-potassium-tartrate-rochelle-s-s https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTE1MDAz-consider-the-following-statements-a-boiling-points-of-aldehydes-are-higher-than-those-of-ethers-of-comparable-molecular-mass-b-propanone-is-miscible-with-water-in-all-proportions-c-methanal-and-ethana https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjUyOTk3-the-reactivity-of-carbonyl-compounds-towards-nucleophilic-addition-reactions-depends-on-which-of-the-following-factors-1-magnitude-of-positive-charge-on-the-carbonyl-carbon-atom-2-steric-hindrance-aro https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE2Nzcy-match-the-items-in-column-i-with-the-items-in-column-ii-column-i-column-ii-a-2-hydroxycyclopentane-carbaldehyde-i-b-di-sec-butyl-ketone-ii-c-methoxypropionaldehyde-iii-d-4-fluoroacetophenone-iv-1-a-iv https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ3MzE1-in-the-given-reaction-the-hybridization-of-carbon-bonded-to-oxygen-changes-from-1-sp2-to-sp3-2-sp-to-sp2-3-sp2-to-sp-4-sp3-to-sp2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzYxMTI1-the-oxidation-of-toluene-to-benzaldehyde-by-chromyl-chloride-is-called-1-etard-reaction-2-riemer-tiemann-reaction-3-stephen-s-reaction-4-cannizzaro-s-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTI4MjU2-given-below-are-two-statements-statement-i-cannizzaro-reaction-requires-an-aldehyde-that-lacks-an-alpha-hydrogen-statement-ii-a-concentrated-solution-of-a-strong-base-is-involved-in-the-cannizzaro-rea https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzkxOTE5-the-correct-match-of-column-i-chemicals-with-column-ii-used-to-detect-a-functional-group-is-column-i-chemicals-column-ii-detection-a-ammoniacal-solution-of-silver-nitrate-p-detect-or-confirm-the-posit https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5NDUy-2-4-dnp-test-is-used-to-identify-which-of-the-following-compounds-1-amine-2-aldehyde-3-ether-4-halogens-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTIyNDY4-for-the-given-reaction-ph-o-c-ohnahco3-a-ph-o-c-ohnahco3-a-ph-c-o-oh-nahco3a-gas-determine-the-molecular-mass-of-gas-a-1-2-2-32-3-44-4-28-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzk5MzAw-which-reagents-are-involved-in-the-clemmensen-reduction-of-a-ketone-1-lialh-4-2-zn-hg-with-hcl-3-glycol-with-koh-4-h-2-with-pt-as-catalyst-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzkxNDUx-identify-x-y-and-z-in-the-given-reaction-1-x-mathrm-hcooh-y-mathrm-cocl-2-z-mathrm-c-6-mathrm-h-5-mathrm-cl-2-begin-array-r-x-mathrm-ch-3-mathrm-cooh-y-mathrm-ch-3-mathrm-cocl-z-mathrm-c-6-mathrm-h-5 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc4OTQy-the-correct-order-of-acid-character-of-the-following-compounds-is-i-ii-iii-iv-1-iii-ii-i-iv-2-iv-iii-ii-i-3-i-ii-iii-iv-4-ii-iii-iv-i-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDY3NDY5-what-is-the-correct-order-of-reactivity-of-ch-cho-c-h-coch-and-ch-coch-towards-hcn-1-ch-3cho-ch-3coch-3-ch-3coc-2h-5-2-c-2h-5coch-3-ch-3coch-3-ch-3cho-3-ch-3coch-3-ch-3cho-c-2h-5coch-3-4-ch-3coch-3-c https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5ODQ3-in-the-following-sequence-of-reactions-toluene-xrightarrow-kmno-4-a-xrightarrow-socl-2-b-xrightarrow-baso-4-h-2-pd-c-the-product-c-is-1-text-c-6-text-h-5-text-cooh-2-text-c-6-text-h-5-text-ch-3-3-text https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTMyNzc4-which-compound-having-the-molecular-formula-text-c-6-text-h-12-text-o-yield-a-positive-result-with-both-the-dnp-test-and-tollen-s-reagent-test-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQzMDMx-assertion-a-ketones-is-more-reactive-toward-nucleophilic-addition-reaction-than-aldehyde-reason-r-both-aldehydes-and-ketones-contain-a-carbonyl-group-1-both-a-and-r-are-true-and-r-is-the-correct-expla https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjYzOTEw-rcho-and-nh2nh2-react-with-each-other-in-an-acidic-medium-the-product-obtained-is-1-rcon3-2-rch-nh-3-rch2nh2-4-rch-nnh2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc4MTE3-match-the-items-in-column-i-with-items-in-column-ii-column-i-reactions-column-ii-reagents-i-hexan-1-ol-to-hexanal-a-diisobutyl-aluminiumhydride-dibal-h-ii-ethanenitrile-to-ethanal-b-chromyl-chloride-i https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyMjcx-determine-the-order-of-reactivity-of-phenyl-magnesium-bromide-with-the-following-compounds-i-ii-iii-options-1-ii-iii-i-2-i-iii-ii-3-ii-i-iii-4-all-react-with-the-same-rate-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE5MTgz-the-correct-increasing-order-of-reactivity-in-nucleophilic-addition-reaction-for-the-following-compounds-is-benzaldehyde-p-tolualdehyde-p-nitrobenzaldehyde-acetophenone-1-benzaldehyde-p-nitrobenzaldeh https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDU1NjE2-identify-the-product-p-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5MzM4-the-correct-match-between-column-i-starting-material-and-column-ii-reagents-for-the-preparation-of-benzaldehyde-is-column-i-column-ii-i-benzene-p-hclandsncl2-h3o-hclandsncl2-h3o-ii-benzonitrile-q-h2-p https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDY3NDYw-an-alkene-of-molecular-formula-c-9h-18-on-ozonolysis-gives-2-2-dimethylpropanal-and-butan-2-one-then-the-alkene-is-1-2-2-4-trimethylhex-3-ene-2-2-2-6-trimethylhex-3-ene-3-2-3-4-trimethylhex-2-ene-4-2 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzU3ODU4-in-the-following-reaction-sequence-identify-the-relationship-between-the-products-q-and-s-1-structural-isomers-2-geometrical-isomers-3-optical-isomers-4-identical-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDM5ODcz-which-compound-reacts-most-readily-in-a-nucleophilic-addition-reaction-1-mathrm-hcho-2-mathrm-ch-3-mathrm-cho-3-mathrm-ch-3-mathrm-ch-2-mathrm-cho-4-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-cho-1-2 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NzM4-polarisation-of-electrons-in-acrolein-can-be-represented-as-1-ch2-ch-ch-o-ch2-ch-ch-oc-h2-ch-ch-o-2-ch2-ch-ch-o-ch2-ch-ch-oc-h2-c-h-ch-o-3-ch2-ch-ch-o-ch2-ch-ch-oc-h2-ch-ch-o-4-ch2-ch-ch-o-ch2-ch-ch-o https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzUw-in-the-above-reaction-the-structure-of-a-and-the-type-of-isomerism-shown-in-the-final-product-are-respectively-1-prop-1-en-2-ol-and-metamerism-2-prop-1-en-1-ol-and-tautomerism-3-prop-2-en-2-ol-and-geo https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzcxNDAy-all-of-the-following-reactions-may-result-in-a-ketone-except-1-ozonolysis-of-an-alkene-2-aldol-condensation-3-oxidation-of-a-primary-alcohol-4-friedel-crafts-acylation-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzcxMDI4-the-compound-formed-by-the-reduction-reaction-of-an-aldehyde-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE2Nzc2-what-is-the-correct-increasing-order-of-reactivity-in-a-nucleophilic-addition-reaction-for-the-following-compounds-ethanal-propanal-propanone-butanone-1-propanone-propanal-ethanal-butanone-2-propanal https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzc4NTY2-the-iupac-name-of-the-structure-given-below-is-1-2-bromo-2-ethylhexanal-2-3-bromo-2-methylhexanal-3-2-methyl-3-bromohexanal-4-3-bromo-2-formylhexane-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyOTA0-assertion-a-acetic-acid-is-a-weaker-acid-than-formic-acid-reason-r-l-effect-of-ch3-makes-the-acetic-acid-weaker-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-bu https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY2ODUw-what-is-the-correct-order-of-acidity-among-the-following-1-c-d-a-b-2-b-a-d-c-3-a-b-c-d-4-b-c-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzAzNTM5-the-final-product-c-of-the-following-sequence-of-reactions-is-1-mathrm-ch-2-cooh-ch-2-cooh-2-mathrm-ch-2-br-ch-2-br-3-mathrm-ch-2-cooh-ch-2-cn-4-mathrm-ch-2-cn-ch-2-cn-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM2ODQz-the-reaction-scheme-below-shows-some-reaction-conversions-of-organic-molecules-which-is-the-correct-combination-of-processes-and-compounds-for-this-scheme-1-process-t-reduction-compound-w-ester-compou https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjg0ODQz-the-compound-formed-as-a-result-of-oxidation-of-propyl-benzene-by-kmno4-is-1-benzophenone-2-acetophenone-3-benzoic-acid-4-benzyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzk0MjU5-given-the-following-acids-a-trichloroacetic-acid-b-trifluoroacetic-acid-c-acetic-acid-d-formic-acid-the-correct-order-of-decreasing-acid-strength-of-the-above-given-acids-is-1-b-a-d-c-2-b-d-c-a-3-a-b https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQ4MzQ5-benzoic-acid-gives-benzene-on-being-heated-with-x-and-phenol-gives-benzene-on-being-heated-with-y-therefore-x-and-y-are-respectively-1-sodalime-and-copper-2-zn-dust-and-naoh-3-cu-and-sodalime-4-sodali https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5Njg5-the-correct-order-of-decreasing-acid-strength-of-trichloroacetic-acid-a-trifluoroacetic-acid-b-acetic-acid-c-and-formic-acid-d-1-b-a-d-c-2-b-d-c-a-3-a-b-c-d-4-a-c-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzYxMDk1-assertion-a-carboxylic-acids-are-more-acidic-than-phenols-reason-r-phenols-are-ortho-and-para-directing-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-n https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc4NTM1-an-organic-compound-a-molecular-formula-c6h12o2-was-hydrolyzed-with-dil-h2so4-to-give-a-carboxylic-acid-b-and-alcohol-c-c-gives-white-turbidity-immediately-when-treated-with-anhydrous-zncl2-and-conc-h https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE1MTA1-butanal-butanoic-acid-the-best-reagent-for-the-above-transformation-is-1-tollen-s-reagent-2-kmno4-3-k2cr2o7-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjk3OTM2-among-the-following-acids-which-has-the-lowest-pka-value-1-ch3ch2cooh-2-ch3-2-ch-cooh-3-hcooh-4-ch3cooh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzQ1-the-correct-order-of-increasing-acidic-strength-is-1-phenol-ethanol-chloroacetic-acid-acetic-acid-2-ethanol-phenol-chloroacetic-acid-acetic-acid-3-ethanol-phenol-acetic-acid-chloroacetic-acid-4-chloro https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzk1OTcw-the-iupac-name-of-the-given-compound-is-1-3-carboxy-3-hydroxy-butane-dioic-acid-2-2-hydroxy-propane-1-2-3-tricarboxylic-acid-3-3-hydroxy-butane-dioic-acid-4-2-bis-carboxymethyl-2-hydroxy-ethanoic-acid https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDk1OTAx-identify-the-product-x-in-the-given-chemical-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ3MTM0-which-of-the-following-carboxylic-acids-is-the-most-acidic-1-butanoic-acid-2-2-chlorobutanoic-acid-3-3-chlorobutanoic-acid-4-4-chlorobutanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDY3MzMy-what-is-the-hybridisation-of-carbon-atom-of-the-functional-group-in-the-acid-amide-1-sp-2-hybridized-2-sp-hybridized-3-sp-3-hybridized-4-dsp-2-hybridized-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTI3NTIy-which-of-the-following-compounds-will-have-the-least-pka-value-1-mathrm-cl-2-mathrm-chcooh-2-mathrm-clch-2-mathrm-cooh-3-mathrm-clch-2-mathrm-ch-2-mathrm-cooh-4-mathrm-c-6-mathrm-h-5-mathrm-ch-2-mathr https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5Njk2-which-of-the-following-product-is-formed-by-the-reaction-of-an-aldehyde-with-a-primary-amine-1-ketone-2-carboxylic-acid-3-aromatic-acid-4-schiff-base-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzc1MDAx-one-proposed-mechanism-for-the-hydrolysis-of-ester-is-shown-below-rcoor-h3o-rcohor-h2o-rcohor-h2o-rc-oh-or-oh2-rc-oh-or-oh2-h2o-rcooh-r-oh-h3o-an-intermediate-species-among-the-following-is-1-rcohor-2 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5NTA5-the-major-product-formed-by-the-following-chemical-reaction-scheme-is-mathrm-ch-3-mathrm-ch-2-mathrm-cn-xrightarrow-text-3-mathrm-pd-mathrm-baso-4-mathrm-h-2-text-1-mathrm-h-3-mathrm-o-delta-2-mathrm https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzk5NTIw-monocarboxylic-acids-are-functional-isomers-of-1-ethers-2-amines-3-esters-4-alcohols-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQ4MzU5-in-this-reaction-ch3cho-hcn-ch3ch-oh-cn-h-oh-h-ohch3ch-oh-cooh-an-asymmetric-compound-is-generated-the-acid-obtained-would-be-1-50-d-50-l-isomer-2-20-d-80-l-isomer-3-d-isomer-4-l-isomer-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQwNjA0-assertion-a-in-the-addition-of-grignard-reagent-to-carbonyl-compound-the-r-group-of-rmgx-attacks-carbonyl-carbon-reason-r-the-carbon-magnesium-bond-of-the-grignard-reagent-is-highly-polar-carbon-being https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ4NTAw-consider-the-following-reaction-sequence-i-ch-3ch-2ch-2c-equiv-ch-xrightarrow-text-dil-h-2so-4-hg-2-text-a-major-ii-a-xrightarrow-text-ii-koh-text-ethylene-glycol-delta-text-i-nh-2nh-2-text-b-major-ma https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjI1MjE5-match-the-reaction-given-in-column-i-with-the-corresponding-name-of-the-reaction-given-in-column-ii-column-i-column-ii-a-c6h5cho-naoh-c6h5cooh-c6h5ch2oh-i-rosenmund-reduction-b-small-c-6-h-6-ch-3-cl-x https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDU3MDE3-haloforms-are-trihalogen-derivatives-of-1-methane-2-ethane-3-propane-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzYyODAy-cannizzaro-reaction-is-an-example-of-disproportionation-reaction-what-is-the-reagent-used-in-cannizzaro-reaction-1-fecl3-2-naoh-h2o-3-zncl2-h-4-h2-pd-baso4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzYyODA3-choose-the-correct-match-of-list-i-name-reaction-and-list-ii-reagent-used-in-name-reaction-given-in-list-i-list-i-list-ii-p-clemmensen-s-reduction-i-conc-koh-q-reimer-tiemann-reaction-ii-br2-naoh-r-ca https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyODYw-given-below-are-two-statements-assertion-a-lower-aldehydes-and-ketones-are-soluble-in-water-but-their-solubility-decreases-with-increase-in-molecular-mass-reason-r-aldehydes-and-ketones-can-be-disting https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ0MjEz-match-the-chemical-composition-in-list-i-with-its-name-in-list-ii-list-i-chemical-composition-list-ii-reagent-a-benzenesulphonyl-chloride-i-tollen-s-reagent-b-anhydrous-zncl2-conc-hcl-ii-fehling-a-sol https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ3MTMz-in-the-following-reaction-ztollen-s-reagentrch2ch2coo-ztollen-s-reagentrch2ch2coo-z-xrightarrow-text-reagent-text-tollen-s-rch-2ch-2coo-ominus-identify-z-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjI1MjAz-match-the-following-column-i-column-ii-a-rcho-2r-oh-xrightarrow-dry-hcl-i-benzaldehyde-oxime-b-r2c-o-r-nh2-ii-a-phenyl-hydrazone-c-rch-o-or-r2c-o-phenyl-hydrazine-xrightarrow-h-iii-a-schiffs-base-d-ph https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzk5NTY2-which-compounds-are-prone-to-yielding-a-yellow-precipitate-with-iodine-and-alkali-a-2-hydroxypropane-b-acetophenone-c-ethyl-acetate-d-acetamide-1-a-and-b-2-a-and-d-3-b-and-c-4-c-and-a-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzI4NzAw-the-hell-volhard-zelinsky-hvz-reaction-is-not-given-by-1-acetic-acid-2-2-2-dimethyl-propanoic-acid-3-2-methyl-propanoic-acid-4-2-3-dimethyl-butanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ4NTc2-match-the-reactions-in-column-i-with-their-respective-names-of-reactions-in-column-ii-column-i-reaction-column-ii-name-of-reaction-a-ch-3cho-xrightarrow-delta-text-dil-naoh-i-stephen-reaction-b-phcho https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzg0MzY0-identify-a-and-b-in-the-above-mentioned-reaction-1-a-1-phenylethanal-b-acetophenone-2-a-benzophenone-b-formaldehyde-3-a-benzaldehyde-b-acetophenone-4-a-benzophenone-b-acetophenone-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzc4NzI1-which-compound-among-the-following-gives-a-red-precipitate-upon-reaction-with-copper-sulphate-and-sodium-tartrate-1-ch-3cho-2-mathrm-ch-3-mathrm-coch-3-3-mathrm-ch-3-mathrm-cooh-4-mathrm-c-2-mathrm-h https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ3MDc4-the-compound-that-does-not-give-a-positive-fehling-s-test-is-1-ethanal-2-butanal-3-benzaldehyde-4-cyclopentanecarbaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzY0NDE5-which-of-the-following-reagent-is-used-to-distinguish-acetaldehyde-from-acetophenone-1-nh-2oh-2-naoi-3-tollens-reagent-4-c-6h-5nhnh-2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTY2MTAw-consider-the-following-reaction-x-and-y-respectively-are-1-2-3-4-ch3ch2ch3-ch3ch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI4MTU0-an-organic-compound-x-forms-an-orange-yellow-precipitate-with-the-2-4-dnp-reagent-it-does-not-react-with-tollens-reagent-x-on-reduction-with-nabh4-gives-a-secondary-alcohol-on-bromination-x-gives-a-mo https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyOTIx-assertion-a-in-crossed-cannizarro-s-reaction-hcho-is-oxidized-while-c6h5cho-is-reduced-reason-r-nucleophile-oh-attacks-on-hcho-hence-formaldehyde-is-oxidized-1-both-a-and-r-are-true-and-r-is-the-corre https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjI1MjE0-which-of-the-following-are-examples-of-aldol-condensation-a-2ch-3cho-xrightarrow-text-dil-naoh-ch-3chohch-2cho-b-small2ch-3coch-3-xrightarrow-text-dil-naoh-ch-3coh-ch-3-ch-2coch-3-c-2hcho-xrightarrow https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzI4NzAy-case-study-aldol-condensation-when-two-carbonyl-compounds-having-alpha-hydrogen-atoms-are-condensed-in-presence-of-dilute-alkali-to-form-a-compound-that-has-the-properties-of-alcohol-as-well-as-carbon https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzM1MzE5-the-carboxylic-acid-among-the-following-that-can-give-the-hell-volhard-zelinsky-hvz-reaction-is-1-hcooh-2-2-2-dimethyl-propanoic-acid-3-benzoic-acid-4-propanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTExNzQz-a-compound-that-can-be-reduced-to-the-corresponding-hydrocarbon-by-zn-hg-conc-hcl-is-1-butan-2-one-2-acetic-acid-3-acetamide-4-ethyl-acetate-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTM2ODU-a-compound-with-the-molecular-formula-c5h10-that-yields-acetone-on-ozonolysis-is-1-2-methyl-2-butene-2-2-methyl-1-butene-3-cyclopentane-4-3-methyl-1-butene-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQ4MzY3-the-final-product-b-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NzQy-compound-a-has-the-molecular-formula-c-h-o-it-forms-phenylhydrazone-gives-a-negative-tollen-s-test-and-a-negative-iodoform-test-and-on-reduction-gives-n-pentane-find-the-nature-of-compound-a-1-primary https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTExNzY5-what-is-the-correct-order-of-the-boiling-point-of-the-below-mentioned-compound-i-ch3ch2ch2ch2oh-ii-ch3ch2ch2cho-iii-ch3ch2ch2cooh-1-i-ii-iii-2-iii-i-ii-3-i-iii-ii-4-iii-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzg1-select-the-correct-option-based-on-the-statements-below-assertion-a-the-geometry-of-formaldehyde-molecule-is-planar-reason-r-formaldehyde-molecule-contains-sp2-hybridized-carbon-atom-1-both-a-and-r-ar https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjQyMTE1-the-reaction-that-does-not-give-benzoic-acid-as-the-major-product-is-1-xrightarrow-k-2cr-2o-7-2-xrightarrow-ii-h-3o-i-naocl-3-xrightarrow-pcc-4-xrightarrow-kmno-4-h-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NjYz-which-acid-is-least-reactive-to-decarboxylation-when-heated-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTIxNjY3-which-of-the-following-acids-is-the-strongest-1-ch3cooh-2-c6h5cooh-3-c6h5oh-4-c2h5cooh-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTAxODI2-the-product-b-in-the-below-mentioned-reaction-is-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTg3OTM-among-the-following-acids-which-one-has-the-smallest-dissociation-constant-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyODQ1-oxalic-acid-on-reduction-with-zinc-and-h2so4h2so4-gives-1-glycol-2-glyoxal-3-glyoxalic-acid-4-glycolic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTM2OTQ-consider-the-following-compounds-i-c6h5cocl-ii-iii-iv-what-is-the-correct-decreasing-order-of-their-reactivity-towards-hydrolysis-1-ii-iv-iii-i-2-i-ii-iii-iv-3-iv-ii-i-iii-4-ii-iv-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxNTQ-given-the-reaction-ch-3coo-overset-n-h-4-xrightarrow-p-2o-5-text-1-heat-y-xrightarrow-h-2o-h-z-the-final-product-z-in-the-above-sequence-of-reactions-is-1-2-ch3cn-3-ch3cooh-4-ch3co-2o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246NDAxMjA-when-reduced-with-lialh4-which-compound-produces-two-alcohols-1-ch3cooch3-2-ch3co-o-oc2h5-3-ch3coch3-4-ch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTI4MTcx-the-correct-set-of-reagents-for-the-below-conversion-is-1-br2-koh-h2-pt-ch3cooh-2-p2o5-heat-h2-pt-ch3co2-2o-3-ch3co-2o-h2-pt-br2-koh-4-br2-koh-ch3cocl-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQ4NDAz-major-product-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NzMx-in-this-reaction-ch-3-cho-hcn-xrightarrow-ch-3-ch-oh-cn-xrightarrow-textbf-h-oh-ch-3-ch-oh-cooh-an-asymmetric-compound-is-generated-the-acid-obtained-would-be-1-50-d-50-l-isomer-2-20-d-80-l-isomer-3-d https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQ4MzU4-what-is-present-in-acetone-s-enolic-form-1-9-bonds-1-bond-and-2-lone-pairs-2-8-bonds-2-bonds-and-2-lone-pairs-3-10-bonds-1-bond-and-1-lone-pair-4-9-bonds-2-bonds-and-1-lone-pair-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg5MjEz-the-formation-of-cyanohydrin-from-acetone-is-an-example-of-1-nucleophilic-substitution-2-electrophilic-substitution-3-electrophilic-addition-4-nucleophilic-addition-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg5NDE4-given-the-reaction-ch-3br-xrightarrow-kcn-a-xrightarrow-h-3o-b-xrightarrow-pcl-5-c-what-is-the-product-c-in-the-above-mentioned-reaction-1-acetylchloride-2-chloro-acetic-acid-3-chlorocyano-ethanoic-ac https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg5MjEy-what-is-the-product-a-in-the-below-mentioned-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTQwMzQ-the-nucleophilic-addition-reaction-will-be-most-favored-among-the-given-compounds-is-1-ch3ch2ch2coch3ch3ch2ch2coch3ch3ch2ch2coch3-2-ch3-2c-o-ch3-2c-o-ch3-2c-o-3-ch3ch2choch3ch2choch3ch2cho-4-ch3choch3 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTAxODI1-is-converted-to-by-i-ii-iii-1-ch3-mgi-h3o-h2so4-hbr-r2o2-2-ch3-mgi-h3o-h2so4-hbr-3-ch3-mgi-h3o-hbr-4-hbr-r2o2-ch3-mgi-h3o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQ4Mzgy-what-is-the-structural-difference-between-an-aldehyde-and-a-ketone-1-h-atom-2-h-atom-combined-with-carbonyl-group-3-oh-and-carbonyl-group-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NzI3-cyanohydrin-of-x-gives-lactic-acid-on-hydrolysis-the-compound-x-will-be-1-acetone-2-acetaldehyde-3-propanal-4-hcho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg5MjE1-in-the-following-reaction-hc-chh2so4-hgso4x-hc-chh2so4-hgso4x-hc-ch-hgso4h2so4x-the-product-x-will-not-give-1-tollen-s-test-2-victor-meyer-test-3-iodoform-test-4-fehling-solution-test-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQ4Mzgx-what-is-the-name-of-a-reagent-that-reacts-with-both-acetaldehyde-and-ketone-1-ammoniacal-agno3-2-rochelle-salt-3-2-4-dinitrophenylhydrazine-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzg4-select-the-correct-option-based-on-statements-below-assertion-a-aromatic-aldehydes-and-formaldehydes-undergo-the-cannizzaro-reaction-reason-r-aromatic-aldehydes-are-almost-as-reactive-as-formaldehyde https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTQwMzE-a-carbonyl-compound-reacts-with-hydrogen-cyanide-to-form-cyanohydrins-which-form-a-racemic-mixture-of-hydroxy-acid-on-hydrolysis-the-carbonyl-compound-is-1-acetaldehyde-2-acetone-3-diethyl-ketone-4-fo https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NzEz-the-major-product-is-xrightarrow-lialh-4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTA4MTc-the-reaction-of-a-carbonyl-compound-with-one-of-the-following-reagents-involves-nucleophilic-addition-followed-by-the-elimination-of-water-the-reagents-are-1-a-grignard-reagent-2-hydrazine-in-the-pres https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NzUy-what-is-the-major-organic-product-formed-from-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NzQ2-a-compound-that-gives-two-different-alcohols-on-reduction-with-lialh4lialh4-is-1-ch3cooch3ch3cooch3-2-ch3cooc2h5ch3cooc2h5-3-ch3coch3ch3coch3-4-ch3choch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NzQw-in-the-following-reaction-the-product-p-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTIxNjY2-hvz-reaction-cannot-be-given-by-1-butyric-acid-2-acetic-acid-3-benzoic-acid-4-phenylacetic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTkyMzcx-concentrated-sodium-hydroxide-and-benzaldehyde-react-to-produce-1-cinnamic-acid-2-hydrobenzamide-3-benzyl-alcohol-4-benzophenone-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzg5-select-the-correct-option-based-on-statements-below-assertion-a-aldehydes-and-ketones-both-react-with-tollen-s-reagent-to-form-a-silver-mirror-reason-r-both-aldehydes-and-ketones-contain-a-carbonyl-gr https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTM2OTY-the-product-formed-in-aldol-condensation-is-1-a-beta-hydroxy-acid-2-a-beta-hydroxy-aldehyde-or-a-beta-hydroxy-ketone-3-an-alpha-hydroxy-aldehyde-or-ketone-4-an-alpha-beta-unsaturated-ester-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzU3-identify-the-conversions-that-are-possible-with-clemmensen-reduction-a-benzaldehyde-to-benzyl-alcohol-b-cyclohexanone-to-cyclohexane-c-benzoyl-chloride-to-benzaldehyde-d-benzophenone-to-diphenylmethan https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTM2ODk-the-compound-on-hydrolysis-of-50-aqueous-sodium-hydroxide-that-produces-the-corresponding-alcohol-and-acid-is-1-c6h5ch2choc6h5ch2cho-2-c6h5choc6h5cho-3-ch3ch2ch2choch3ch2ch2cho-4-ch3-o-c-ch3ch3-c-o-ch https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQ4NDA5-what-is-the-major-product-a-formed-in-the-following-reaction-ch3-ch2-cooh-i-br2-pcl3-ii-h2och3-ch2-cooh-i-br2-pcl3-ii-h2och3-ch2-cooh-i-br2-pcl3-ii-h2o-major-major-major-product-a-product-a-product-a https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTM5NzQ0-what-is-the-chemical-reaction-of-lachrymator-or-tear-gas-1-c6h5cocl-2-c6h5oc6h5-3-c6h5coch2cl-4-c6h5coch3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTg5NDIy-the-product-of-the-below-mentioned-reaction-is-n2h4-c2h5ona-c2h5onan2h4-c2h5onan2h4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTQwMzY-the-self-condensation-product-of-two-moles-of-ethyl-acetate-in-the-presence-of-sodium-ethoxide-yield-is-1-ethyl-butyrate-2-acetoacetic-ester-3-methyl-acetoacetate-4-ethyl-propionate-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTkyODMy-compound-p-c8h8o-gives-a-red-orange-precipitate-with-2-4-dnp-reagent-and-it-does-not-reduce-fehling-s-reagent-on-drastic-oxidation-with-chromic-acid-p-gives-an-aromatic-product-q-that-produces-efferve https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTk4MjYy-for-the-following-reaction-sequence-choose-the-correct-option-1-both-p-and-q-are-carbonyl-compounds-2-if-p-is-the-sodium-salt-of-a-carboxylic-acid-q-is-a-primary-alcohol-3-p-and-q-are-aromatic-compoun https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTk4MjMy-the-compound-that-cannot-be-obtained-from-the-aldol-condensation-reaction-shown-below-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTk4MjE4-consider-the-following-reaction-and-choose-the-correct-option-1-compound-p-is-obtained-by-the-hydrogenation-of-benzoyl-chloride-with-pd-on-baso-4-2-on-treating-compound-p-with-saturated-nahco-3-soluti https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTM1MTk5-the-major-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTM1MTU2-the-correct-order-of-decreasing-acidity-of-the-following-aliphatic-acids-is-1-small-mathrm-hcooh-mathrm-ch-3-mathrm-cooh-left-mathrm-ch-3-right-2-mathrm-chcooh-small-left-mathrm-ch-3-right-3-mathrm-cc https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTM1MTU1-identify-the-suitable-reagent-for-the-following-conversion-1-i-nabh-4-ii-h-h-2o-2-h-2-pd-baso-4-3-i-lialh-4-ii-h-h-2o-4-i-alh-ibu-2-ii-h-2o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDY4ODQx-select-the-incorrect-reaction-among-the-following-1-mathrm-ch-3-mathrm-cocl-xrightarrow-delta-mathrm-h-2-mathrm-o-mathrm-ch-3-mathrm-cooh-2-3-mathrm-ch-3-mathrm-ch-2-mathrm-oh-xrightarrow-text-ii-math https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTEwMDQ-treatment-of-cyclopentanone-with-methyl-lithium-generates-1-cyclopentanonyl-cation-2-cyclopentanonyl-radical-3-cyclopentanonyl-biradical-4-cyclopentanonyl-anion-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246OTM2Njg-reduction-of-aldehydes-and-ketones-into-hydrocarbons-using-amalgam-and-conc-hcl-is-called-1-clemmensen-reduction-2-cope-reduction-3-dow-reduction-4-wolff-kishner-reduction-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY0MDk2-the-major-organic-product-formed-from-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY0MDk3-in-a-set-of-reactions-acetic-acid-yielded-a-product-d-begin-aligned-ch-3cooh-xrightarrow-socl-2-a-xrightarrow-text-anhy-alcl-3-text-benzene-b-b-xrightarrow-hcn-c-xrightarrow-h-2o-d-end-aligned-the-str https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY0Nzk5-which-one-among-the-given-options-can-be-oxidized-to-produce-a-carbonyl-compound-1-o-nitrophenol-2-aniline-3-2-methyl-2-hydroxypropane-4-2-hydroxy-propane-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY2MDUz-in-the-reaction-below-an-asymmetric-centre-is-generated-the-acid-obtained-in-the-final-product-would-be-ch-3cho-hcn-rightarrow-ch-3ch-oh-cn-downarrow-bf-h-oh-ch-3ch-oh-cooh-1-100-r-isomer-2-100-s-isom https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY0NzU2-acetaldehyde-reacts-with-semicarbazide-to-yield-the-following-as-a-product-1-ch-3ch-nhnh-2-2-ch-3ch-nconhnh-2-3-ch-3ch-nnh-co-nh-2-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc3ODI2-the-correct-iupac-name-of-the-following-compound-is-1-5-oxohexanoic-2-2-oxohexan-5-oic-3-5-carboxylpentan-2-one-4-hexan-2-on-6-oic-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE0OTc2-consider-the-following-reaction-benzyl-alcohol-hbr-x-xrightarrow-kcn-y-xrightarrow-h-h-2-o-z-the-product-z-is-as-follows-1-2-phenylethanoic-acid-2-2-phenylcarboxylic-acid-3-1-phenylethanoic-acid-4-non https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE1MDg3-the-conversion-of-4-methylacetophenone-to-benzene-1-4-dicarboxylic-acid-can-be-achieved-by-1-i-hcn-ii-h-h2o-2-i-lialh4-ii-h-h2o-3-i-kmno4-koh-ii-dil-h2so4-4-i-ch3mgbr-ii-h-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE1MDk4-consider-the-following-reaction-the-structure-of-a-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE1MTU0-consider-the-given-statements-statement-i-the-conversion-of-but-2-ene-to-ethanal-can-be-obtained-by-reductive-ozonolysis-statement-ii-the-conversion-of-allyl-alcohol-to-propenal-is-a-reduction-reactio https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjcwMTc0-chemical-test-to-distinguish-between-phenol-and-benzoic-acid-is-1-tollen-s-test-2-fehling-s-test-3-iodoform-test-4-ferric-chloride-test-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE2Nzc0-consider-the-following-reactions-a-c-6h-5ch-2-2cd-2ch-3cocl-b-products-a-and-b-are-respectively-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE5MTU5-consider-the-following-reactions-h-3c-c-c-h-xrightarrow-hg-2-h-2so-4-a-products-a-and-b-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE2Nzc1-the-correct-decreasing-order-of-boiling-point-for-the-following-compounds-is-ch3cho-ch3ch2oh-ch3och3-ch3ch2ch3-1-ch3ch2oh-ch3cho-ch3ch2ch3-ch3och3-2-ch3ch2oh-ch3cho-ch3och3-ch3ch2ch3-3-ch3cho-ch3ch2oh https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE2Nzc3-in-the-given-reaction-the-product-obtained-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE5MjAy-in-the-given-reaction-the-product-obtained-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE5MjA3-the-major-organic-product-of-the-given-reaction-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE5MjEy-in-the-given-reaction-the-product-obtained-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE2Nzc4-incorrect-match-among-the-following-is-1-phch2ch2cooh-3-phenylpropanoic-acid-2-ch3-2c-chcooh-3-methylbut-2-enoic-acid-3-2-methylcyclopentan-1-oic-acid-4-2-4-6-trinitrobenzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE2Nzc5-consider-the-following-reaction-a-xrightarrow-ii-h-3-o-i-kmno-4-koh-benzoic-acid-a-is-1-phenol-2-ethylbenzene-3-chlorobenzene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE5MzMw-consider-the-following-reaction-a-xrightarrow-ii-h-3-o-i-kmno-4-koh-benzoic-acid-the-reactant-a-is-1-acetophenone-2-phenol-3-tert-butylbenzene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE5MzM3-consider-the-following-reaction-bromobenzene-xrightarrow-dry-ether-mg-a-xrightarrow-ii-h-3-o-i-co-2-b-the-name-of-compound-b-is-1-phenol-2-benzaldehyde-3-benzoic-acid-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE5MzY5-consider-the-following-reaction-a-xrightarrow-delta-ii-h-3-o-kmno-4-koh-benzoic-acid-the-reactant-a-is-1-phenylethene-2-chlorobenzene-3-tert-butylbenzene-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzE2Nzgw-the-incorrect-order-of-acidity-among-the-following-is-1-ch3co2h-ch2clco2h-3-ch2fch2ch2co2h-ch3chfch2co2h-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzU5-benzophenone-can-be-obtained-by-a-benzoyl-chloride-benzene-b-benzoyl-chloride-diphenyl-cadmium-c-benzoyl-chloride-phenyl-magnesium-chloride-d-benzene-carbon-monoxide-choose-the-correct-option-1-a-b-2 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzU4-which-of-the-following-reactions-increase-the-number-of-carbon-atoms-in-the-carbon-chain-a-grignard-reaction-b-cannizzaro-s-reaction-c-aldol-condensation-d-hvz-reaction-choose-the-correct-option-1-a-b https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzU2-the-product-p-and-q-of-the-given-reaction-are-a-phenol-b-sodium-phenoxide-c-sodium-benzoate-d-benzophenone-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzU1-which-of-the-following-compounds-do-not-undergo-aldol-condensation-a-b-c-d-options-are-as-follows-1-a-b-2-b-d-3-b-c-4-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzU0-carbonyl-compound-is-treated-with-in-clemmensen-reduction-1-zinc-amalgam-hcl-2-sodium-amalgam-hcl-3-zinc-amalgam-nitric-acid-4-sodium-amalgam-hno3hno3hno3-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzUz-which-of-the-following-compounds-will-give-butanone-on-oxidation-with-alkaline-kmno4kmno4kmno4-solution-1-butan-1-o1-2-butan-2-ol-3-both-a-and-b-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzUx-compounds-a-and-c-in-the-following-reaction-are-mathrm-small-ch-3-cho-xrightarrow-ii-h-2-o-i-ch-3-mgbr-a-stackrel-h-2-so-4-longrightarrow-b-xrightarrow-hydroboration-oxidation-c-1-identical-2-position https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzQ3-which-reagent-among-the-following-does-not-react-with-both-acetone-and-benzaldehyde-1-sodium-hydrogen-sulphite-2-phenyl-hydrazine-3-fehling-s-solution-4-grignard-reagent-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzQ2-compound-can-be-prepared-by-the-reaction-of-1-phenol-and-benzoic-acid-in-the-presence-of-naoh-2-phenol-and-benzoyl-chloride-in-the-presence-of-pyridine-3-phenol-and-benzoyl-chloride-in-the-presence-of https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzQ0-the-most-reactive-compound-among-the-following-toward-nucleophilic-addition-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjMwMzQz-addition-of-water-to-alkynes-occurs-in-acidic-medium-and-in-the-presence-of-hg2-hg2-ions-as-a-catalyst-which-of-the-following-products-will-be-formed-on-addition-of-water-to-but-1-yne-under-these-cond https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MTQwODEw-which-of-the-following-is-the-correct-representation-for-intermediate-of-nucleophilic-addition-reaction-to-the-given-carbonyl-compound-a-a-b-c-d-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyODQ0-assertion-a-aldol-condensation-is-usually-carried-out-in-a-dilute-solution-of-a-strong-base-reason-r-concentrated-solution-of-strong-base-involves-cannizzaro-reaction-1-both-a-and-r-are-true-and-r-is https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyODUw-consider-the-given-two-statements-assertion-a-p-chlorobenzoic-acid-is-a-stronger-acid-than-benzoic-acid-reason-r-chlorine-has-an-electron-donating-resonance-effect-r-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyODU0-consider-the-given-two-statements-assertion-a-formic-acid-reduces-tollen-s-reagent-reason-r-compounds-containing-the-cho-group-reduce-tollen-s-reagent-1-both-a-and-r-are-true-and-r-is-the-correct-expl https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyODcw-given-below-are-two-statements-assertion-a-isobutanal-does-not-give-an-iodoform-test-reason-r-it-does-not-have-alpha-hydrogen-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyODcz-assertion-a-the-pka-of-acetic-acid-is-lower-than-that-of-phenol-reason-r-phenoxide-ion-is-more-resonance-stabilized-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-tru https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyODc4-assertion-a-p-o2n-c6h5coch3-is-prepared-by-friedel-crafts-acylation-of-nitrobenzene-reason-r-nitrobenzene-easily-undergoes-an-electrophilic-substitution-reaction-1-both-a-and-r-are-true-and-r-is-the-c https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyODg5-assertion-a-in-presence-of-nabh4-o-ch-2-ch-c-h-is-reduced-to-give-ch-3-ch-2-ch-2oh-reason-r-nabh4-reduces-conjugated-double-bonds-also-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-b https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyOTA4-given-below-are-two-statements-assertion-a-benzaldehyde-is-less-reactive-than-acetaldehyde-towards-nucleophiles-reason-r-carbonyl-carbon-in-benzaldehyde-has-less-positive-charge-than-that-of-carbonyl https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ0MjY2-given-below-are-two-statements-assertion-a-acetic-acid-is-more-acidic-than-phenol-reason-r-acetate-ion-is-more-stable-than-phenoxide-ion-in-the-light-of-the-above-statements-choose-the-most-appropriat https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyOTE2-assertion-a-o-ho-c-ch-3-does-not-undergo-haloform-reaction-reason-r-it-has-no-alpha-hydrogen-atom-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ0MzE2-identify-the-reaction-s-which-do-not-give-n-propyl-benzene-as-a-major-product-a-b-c-d-choose-the-correct-answer-from-the-options-given-below-1-a-only-2-a-and-b-only-3-c-and-d-only-4-d-only-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyOTIz-assertion-a-formic-acid-can-be-oxidized-to-carbonic-acid-reason-r-formic-acid-does-not-give-brisk-effervescence-with-nahco3-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyOTMw-given-below-are-two-statements-assertion-a-aldehydes-and-ketones-give-nucleophilic-addition-reaction-but-acyl-derivatives-give-nucleophilic-substitution-reaction-reason-r-aldehydes-and-ketones-contain https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzU4MzEz-in-the-following-reaction-text-hc-equiv-text-ch-xrightarrow-hg-2-h-2so-4-p-product-p-will-not-give-1-tollen-s-reagent-test-2-fehling-s-solution-3-victor-meyer-test-4-iodoform-test-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjYzOTMy-a-molecule-among-the-following-that-does-not-give-claisen-condensation-reaction-is-1-ch3cooc2h5ch3cooc2h5ch3cooc2h5-2-c6h5ch2cooc2h5c6h5ch2cooc2h5c6h5ch2cooc2h5-3-c6h5cooc2h5c6h5cooc2h5c6h5cooc2h5-4-n https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MjY1NzI4-intermediates-formed-during-the-reaction-of-rconh-2-with-br-2-and-koh-are-1-rnhcobr-and-rnco-2-rconhbr-and-rnco-3-rnh-br-and-rconhbr-4-rconbr2br2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDU2MjQx-consider-the-following-sequence-of-reactions-identify-mathrm-a-b-and-mathrm-c-in-the-reaction-sequence-1-mathrm-a-dibal-text-h-mathrm-b-naoh-text-dil-mathrm-c-zn-text-hg-hcl-2-mathrm-a-lialh-4-mathrm https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQxNzg5-the-final-product-a-in-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzk5MzM5-the-compound-among-the-following-that-cannot-give-a-positive-tollen-s-test-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzk5MjU3-identify-compound-a-that-starts-the-following-reaction-sequence-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzk5MzIy-consider-the-cannizzaro-reaction-given-below-the-slowest-step-in-this-reaction-is-1-attack-of-oh-at-the-carbonyl-group-2-transfer-of-hydride-to-the-carbonyl-group-3-abstraction-of-a-proton-from-the-ca https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzM3OTIz-which-of-the-following-compounds-can-give-iodoform-reaction-1-o-ho-c-ch-3-2-o-h-2n-c-ch-3-3-o-ch-3-c-ch-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTE0MTgz-given-below-are-two-statements-assertion-a-all-aldehydes-do-not-take-part-in-aldol-condensation-reason-r-in-aldol-condensation-carbanion-is-generated-by-the-abstraction-of-alpha-h-atom-by-base-1-both https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzU3NjUw-in-which-one-of-the-following-cases-will-alpha-hydrogen-not-be-abstracted-on-treatment-with-one-equivalent-of-base-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-pb246Mzk2Mjk-the-above-reduction-can-be-best-carried-out-by-1-clemmensen-reduction-2-wolff-kishner-reduction-3-nabh4nabh4nabh4-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc4NTI2-p-on-treatment-with-br2-febr3-in-ccl4-produced-a-single-isomer-c8h7o2br-while-heating-p-with-soda-lime-gave-toluene-the-compound-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQwNjA4-which-of-the-following-is-the-correct-statement-based-on-the-given-information-statement-i-when-chloral-is-heated-with-conc-potassium-hydroxide-it-yields-ccl3-coo-and-ccl3ch2oh-statement-ii-in-cannizz https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzk5Mjcw-an-organic-compound-that-neither-reacts-with-neutral-ferric-chloride-solution-nor-with-fehling-s-solution-but-reacts-with-a-grignard-reagent-and-gives-a-positive-iodoform-test-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzMxMTMy-the-compound-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ4Nzk4-given-below-are-two-statements-statement-i-aldehydes-react-with-one-equivalent-of-monohydric-alcohol-in-the-presence-of-dry-hcl-to-yield-acetals-statement-ii-acetals-and-ketals-are-hydrolyzed-with-aqu https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzU3NjUy-in-the-following-reaction-sequence-predict-the-structure-of-the-final-product-y-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzI4Njk2-consider-the-given-reaction-compound-b-is-1-crotonaldehyde-2-acrolein-3-mesityl-oxide-4-propanal-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mzk5NTIz-which-compound-undergoes-decarboxylation-most-readily-under-mild-conditions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc1ODEy-an-organic-compound-a-gives-a-positive-iodoform-test-but-does-not-respond-to-tollens-reagent-upon-acidic-hydrolysis-it-forms-a-product-p-which-gives-positive-results-for-both-the-tollens-test-and-the https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc1ODc2-match-correctly-from-the-reagents-given-in-column-i-with-the-named-reaction-given-in-column-ii-column-i-column-ii-p-pd-baso-4-1-etard-reaction-q-cro-2cl-2-cs-2-2-stephen-s-reduction-r-sncl-2-hcl-3-gat https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc2MTI3-which-of-the-following-gives-positive-tollen-s-test-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc2MTMw-consider-two-reactions-given-below-sum-of-molar-masses-of-gas-x-y-is-1-44-2-88-3-46-4-160-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc2MTQ0-given-below-are-two-statements-statement-i-two-different-aldehyde-on-cross-aldol-condensation-always-give-four-products-statement-ii-among-benzaldehyde-and-acetophenone-only-acetophenone-reacts-with-s https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc2MTUx-observe-the-given-reaction-of-an-ether-under-acidic-hydrolysis-h-o-h-which-undergoes-cleavage-to-form-carbonyl-compounds-the-same-reaction-is-carried-out-with-the-following-ether-as-follows-identify-t https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc2MjYy-find-correct-matching-of-reaction-of-glucose-with-given-reagent-in-column-i-and-product-formed-in-column-ii-column-i-column-ii-p-hydroxylamine-1-gluconic-acid-q-br-2-water-2-glucose-pentaacetate-r-exc https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc2Mjk2-organic-compound-a-with-molecular-formula-c-8h-8o-2-gives-cross-aldol-condensation-reaction-with-acetone-and-a-also-react-with-conc-naoh-and-produce-alcohol-as-one-of-the-product-identify-the-structur https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc2Mjk4-in-which-among-the-following-reaction-s-is-not-formed-a-b-c-d-e-set-of-incorrect-reaction-s-is-1-b-c-2-b-e-3-b-c-e-4-only-b-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc2NDA2-match-the-following-and-choose-the-correct-option-list-i-list-ii-a-left-mathrm-ag-left-mathrm-nh-3-right-2-right-oplus-i-fehling-solution-b-zn-hg-hci-ii-clemmensen-reduction-c-mathrm-nh-2-mathrm-nh-2 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc2NDEz-consider-the-reaction-below-and-the-related-statements-statement-i-major-product-is-ortho-substituted-product-and-minor-product-is-para-substituted-statement-ii-ortho-para-substituted-products-can-be https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc3OTEy-iodoform-test-can-differentiate-1-anisole-and-acetone-2-acetic-acid-and-aniline-3-ethanol-and-acetone-4-methanol-and-benzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTc4Mzgy-correct-sequence-of-reagent-for-the-given-reaction-1-mathrm-naoet-mathrm-b-2-mathrm-h-6-mathrm-h-2-mathrm-o-2-jone-s-reagent-2-mathrm-b-2-mathrm-h-6-mathrm-h-2-mathrm-o-2-jone-s-reagent-naoet-3-aq-mat https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTI0OTA4-consider-the-following-reaction-and-the-related-statements-statement-i-in-the-case-of-formaldehyde-k-is-about-2280-due-to-small-substituents-hydration-is-faster-statement-ii-in-the-case-of-trichloroac https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTI0OTEw-which-of-the-following-arrangements-with-respect-to-their-reactivity-in-nucleophilic-addition-reaction-is-correct-1-benzaldehyde-acetophenone-p-nitrobenzaldehyde-p-tolualdehyde-2-acetophenone-p-tolual https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTI1MTU1-consider-the-given-eight-compunds-how-many-of-these-compounds-react-with-hot-mathrm-kmno-4-to-produce-benzoic-acid-1-three-3-2-four-4-3-six-6-4-five-5-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTI1MzQ3-which-of-the-following-reactions-do-both-acetaldehyde-and-acetone-undergo-individually-a-iodoform-reaction-b-cannizzaro-reaction-c-aldol-condensation-d-tollen-s-test-e-clemmensen-reduction-choose-the https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTI2MDk1-match-the-reactions-from-list-i-with-the-corresponding-names-of-the-reactions-in-list-ii-list-i-reaction-list-ii-name-of-reaction-a-i-etard-reaction-b-ii-gatterman-koch-reaction-c-iii-rosenmund-reduct https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTMyMzEx-which-of-the-following-gives-a-yellow-precipitate-with-mathrm-i-2-naoh-1-a-b-2-b-c-3-a-c-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTMyNTcy-consider-the-compounds-given-below-what-is-the-correct-order-of-dipole-moment-a-versus-b-and-bond-length-of-the-indicated-c-c-bonds-a-versus-b-respectively-1-a-b-a-b-2-a-b-4-a-b-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTMyNTg1-in-the-following-reaction-sequence-if-compound-d-is-treated-with-a-and-then-subjected-to-hydrolysis-to-yield-2-3-dimethylbutan-2-ol-identify-the-compounds-a-b-and-c-mathrm-c-3-mathrm-h-6-mathrm-o-xrig https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTMyNTk3-which-of-the-following-molecules-can-show-the-fastest-hydrolysis-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTMyNTk5-which-of-the-following-represents-the-correct-iupac-name-for-the-major-product-in-the-given-reaction-sequence-1-2-oxobutane-2-butanone-3-2-formylbutane-4-butanal-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTMyNjAy-given-below-are-two-statements-statement-i-will-give-a-test-with-tollen-s-reagent-and-will-also-be-soluble-in-mathrm-naoh-solution-statement-ii-will-give-aldol-condensation-product-in-good-yield-in-th https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTMyNjcz-out-of-the-following-reactions-in-how-many-reactions-does-the-final-product-have-mathrm-cooh-functional-group-a-b-c-d-e-1-only-a-e-2-only-a-b-c-3-only-d-e-4-only-a-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NTMyNzc5-find-the-number-of-mathrm-sp-2-carbons-in-the-final-product-mathrm-s-i-text-acetophenone-xrightarrow-mathrm-pcl-3-mathrm-x-xrightarrow-3-mathrm-nanh-2-mathrm-y-ii-mathrm-y-xrightarrow-text-acidificati https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDM3OTc1-given-the-following-reaction-sequence-mathrm-ch-3-mathrm-cooh-xrightarrow-mathrm-lialh-4-mathrm-a-xrightarrow-mathrm-pcc-mathrm-b-xrightarrow-text-i-mathrm-h-text-i-mathrm-cn-mathrm-c-xrightarrow-text https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDM4MTIx-consider-the-given-reaction-product-formed-in-this-reaction-will-be-1-alcohol-2-alkane-3-alkene-4-ester-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDM4MjMy-given-below-are-two-statements-statement-i-aldol-condensation-is-caused-by-the-acidity-of-alpha-hydrogen-statement-ii-cross-aldol-is-not-possible-between-1-statement-i-is-false-but-statement-ii-is-tru https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDUyNjgz-consider-the-following-reaction-the-product-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDU2MjE5-the-major-product-p-of-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzYyNzk4-consider-the-following-sequence-of-reactions-the-product-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzYyOTIx-identify-the-correct-sequence-of-reactants-for-the-following-conversion-n-heptane-xrightarrow-a-xrightarrow-b-xrightarrow-c-xrightarrow-d-phcooh-phch2oh-a-b-c-d-1-al2o3-cr2o3-cro2cl2-h3o-conc-naoh-h3o https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzYyOTky-match-the-tests-given-in-column-i-with-the-compounds-given-in-column-ii-column-i-column-ii-a-schiff-s-test-1-carbohydrates-b-carbylamine-test-2-peptide-c-molisch-test-3-aldehyde-d-biuret-test-4-1o-ami https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzYzMDAw-what-is-the-product-p-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQxMTYx-which-of-the-following-combinations-gives-benzaldehyde-a-b-c-d-1-a-and-b-2-b-and-c-3-a-and-d-4-c-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQxMTY1-a-mixture-of-organic-compounds-a-and-b-on-reductive-ozonolysis-gives-the-product-glyoxal-ethanedicarbaldehyde-and-5-oxohexanal-the-compounds-a-and-b-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQxMzk4-which-of-the-following-is-conjugated-diketone-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQxNTA4-identify-the-major-product-c-in-a-given-reaction-sequence-1-but-2-ene-2-but-1-ene-3-pent-2-ene-4-isobutene-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQxNTA5-in-the-given-reaction-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQxNjMw-the-correct-iupac-name-of-the-following-compound-is-1-2-methyl-6-nitro-3-oxohept-4-enal-2-2-6-dimethyl-6-nitro-oxohex-4-enal-3-2-methyl-6-nitrohept-4-en-1-3-dione-4-2-methyl-6-nitro-3-oxohept-3-enal-1 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQxNzcy-oxidation-of-toluene-to-benzaldehyde-can-be-easily-carried-out-with-which-of-the-following-reagents-1-cro-3-text-acetic-acid-h-3o-2-cro-3-text-acetic-anhydride-h-3o-3-kmno-4-hcl-h-3o-4-co-hcl-text-anh https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyMjUy-which-of-the-following-reaction-does-not-form-acetophenone-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyNTE2-toluene-to-benzaldehyde-can-be-converted-directly-using-1-cro3-h3o-2-kmno4-h3o-3-k2cr2o7-4-cro2cl2-h3o-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyNzE0-the-product-in-the-given-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ0MTcz-an-organic-compound-a-on-reaction-with-nh3-followed-by-heating-gives-compound-b-which-on-further-strong-heating-gives-compound-c-c8h5no2-compound-c-on-sequential-reaction-with-ethanolic-koh-alkyl-chlo https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQ3Nzk4-the-major-product-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDgxOTM2-given-below-are-two-statements-assertion-a-a-mixture-contains-benzoic-acid-and-naphthalene-the-pure-benzoic-acid-can-be-separated-out-by-the-use-of-benzene-reason-r-benzoic-acid-is-soluble-in-hot-wate https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDgxOTUx-which-of-the-following-ketones-will-not-give-an-enamine-on-treatment-with-secondary-amines-where-text-t-bu-is-text-c-ch-3-3-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDgyMjcw-in-the-given-reaction-identify-the-compound-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDgyNDgy-match-list-i-with-list-ii-list-i-list-ii-a-i-etard-reaction-b-ii-gatterman-koch-reaction-c-iii-rosenmund-reaction-d-iv-stephen-reaction-choose-the-correct-answer-from-the-options-given-below-1-a-iv-b https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzQyMjY5-the-most-stable-enol-form-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc4OTYw-what-is-x-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5MTc1-which-of-the-following-reagent-is-suitable-for-the-preparation-of-the-product-in-the-above-reaction-1-nabh4nabh4nabh4-2-nh2-nh2-c2h5-onanh2-nh2-c2h5-onanh2-nh2-c2h5o-na-3-ni-h2ni-h2ni-h2-4-redp-cl2red https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5MzAx-compound-s-which-will-liberate-carbon-dioxide-with-sodium-bicarbonate-solution-is-are-a-b-c-1-b-only-2-c-only-3-b-and-c-only-4-a-and-b-only-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5Mzg3-a-c4h8cl2-hydrolysis-373kb-c4h8o-a-c4h8cl2-hydrolysis-373kb-c4h8o-ac4h8cl2-373khydrolysisbc4h8o-b-reacts-with-hydroxylamine-but-does-not-give-tollen-s-test-a-and-b-are-respectively-1-1-1-dichlorobutan https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5NDU1-identify-a-in-the-given-chemical-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5NDU2-identify-a-in-the-following-chemical-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5NTIw-consider-the-following-chemical-reaction-mathrm-ch-equiv-mathrm-ch-xrightarrow-2-mathrm-co-mathrm-hcl-mathrm-alcl-3-text-1-text-red-hot-fe-tube-873-mathrm-k-text-product-the-number-of-sp2-hybridized-c https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDkwOTkw-match-list-i-with-list-ii-list-i-chemical-reaction-list-ii-reagent-used-a-small-mathrm-ch-3-cooch-2-ch-3-rightarrow-ch-3-ch-2-oh-i-mathrm-ch-3-mathrm-mgbr-mathrm-h-3-mathrm-o-text-1-equivalent-b-mathr https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDk1Mjk0-given-below-are-two-statements-statement-i-ethyl-pent-4-yn-oate-on-reaction-with-ch-3mgbr-gives-a-3-circ-alcohol-statement-ii-in-this-reaction-one-mole-of-ethyl-pent-4-yn-oate-utilizes-two-moles-of-ch https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDk1NDg3-in-the-following-sequence-of-reactions-a-compound-a-molecular-formula-c-6h-12-o-2-with-a-straight-chain-structure-gives-a-c-4-carboxylic-acid-what-is-the-structure-of-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDk1NzIw-a-reaction-of-benzonitrile-with-one-equivalent-mathrm-ch-3mgbr-followed-by-hydrolysis-produces-a-yellow-liquid-p-the-compound-p-will-give-a-positive-1-tollen-s-test-2-iodoform-test-3-ninhydrin-s-test https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDk1NzI2-the-structure-of-maleic-anhydride-is-shown-below-maleic-anhydride-can-be-prepared-by-1-treating-trans-but-2-enedioic-acid-with-alcohol-and-acid-2-heating-trans-but-2-enedioic-acid-3-heating-cis-but-2 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDk1Nzcx-which-one-of-the-following-compounds-will-give-an-orange-precipitate-when-treated-with-2-4-dinitrophenyl-hydrazine-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246NDk1OTEy-consider-the-given-chemical-reaction-and-identify-product-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc3ODY3-the-major-aromatic-product-c-in-the-following-reaction-sequence-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc4MTY5-arrange-the-following-labelled-hydrogens-in-decreasing-order-of-acidity-1-b-c-d-a-2-c-b-a-d-3-b-a-c-d-4-c-b-d-a-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc4MTcx-two-compounds-a-and-b-with-the-same-molecular-formula-c3h6o-undergo-grignard-s-reaction-with-methylmagnesium-bromide-to-give-products-c-and-d-products-c-and-d-show-the-following-chemical-tests-test-c https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc4MTgz-an-organic-compound-a-molecular-formula-c10h20o2-was-hydrolyzed-with-dilute-sulphuric-acid-to-give-a-carboxylic-acid-b-and-an-alcohol-c-oxidation-of-c-with-cro3-h2so4-produced-b-the-structure-are-not https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc4NTQw-the-number-of-chiral-centers-present-in-b-is-1-5-2-6-3-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc4NjUy-the-increasing-order-of-reactivity-of-the-following-compounds-in-nucleophilic-addition-reaction-is-propanal-benzaldehyde-propanone-butanone-1-butanone-propanone-benzaldehyde-propanal-2-propanal-propan https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc2NzIx-an-organic-compound-neither-reacts-with-neutral-ferric-chloride-solution-nor-with-fehling-solution-it-however-reacts-with-grignard-reagent-and-gives-a-positive-iodoform-test-the-compound-is-1-2-3-4-1 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc3NTY5-the-major-products-of-the-following-reaction-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5NjY0-in-the-given-reaction-the-product-c-is-1-acetylene-2-acetamide-3-ethanamine-4-ethanol-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzA4MzY0-the-end-product-a-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246MzA4NDI1-on-vigorous-oxidation-by-potassium-permanganate-solution-ch3-2-c-chch2cho-gives-1-ch3-2co-and-ohcch2cho-2-3-ch3-2co-and-ohch2cho-4-ch3-2co-and-ch2-cooh-2-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjk4MDYz-p-cresol-reacts-with-chloroform-in-an-alkaline-medium-to-give-the-compound-a-which-adds-hydrogen-cyanide-to-form-compound-b-the-latter-on-acidic-hydrolysis-gives-chiral-carboxylic-acid-the-structure-o https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjk3ODk1-the-increasing-order-of-the-rate-of-hcn-addition-to-compounds-a-d-is-a-hcho-b-ch3coch3-c-phcoch3-d-phcoph-1-a-b-c-d-2-d-b-c-a-3-d-c-b-a-4-c-d-b-a-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjk5Nzk5-the-correct-order-of-increasing-acid-strength-of-the-compounds-i-ch3co2h-ii-meoch2co2h-iii-cf3co2h-iv-1-ii-iv-i-iii-2-iv-i-iii-ii-3-iv-i-ii-iii-4-i-iv-iii-ii-1-2-3-4 https://medminds.me/qbank/chemistry/aldehydes-ketones-and-carboxylic-acids/?q=NP-b246Mjc5NjA3-in-the-given-transformation-which-of-the-following-is-the-most-appropriate-reagent-1-zn-hg-hcl-2-na-liq-nh3-3-nabh4-4-nh2nh2-ohnh2nh2-oh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjAwOQ-an-organic-compound-a-on-reduction-gives-compound-b-which-on-reaction-with-chloroform-and-potassium-hydroxide-forms-c-the-compound-c-on-catalytic-reduction-gives-n-methyl-aniline-what-is-the-structure https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjAxNw-acetamide-and-ethyl-amine-can-be-distinguished-by-reacting-with-1-aq-hcl-and-heat-2-aq-naoh-and-heat-3-acidified-kmno4-4-bromine-water-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjAyNA-which-of-the-following-compound-gives-dye-test-1-aniline-2-methylamine-3-diphenylamine-4-ethylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjAyOQ-ch3ch2cl-rarr-nacnx-rarr-ni-h2y-rarr-aceticanhydridez-in-the-above-reaction-sequence-z-is-1-ch3ch2ch2nhcoch3-2-ch3ch2ch2nh2-3-ch3ch2ch2conhch3-4-ch3ch2ch2conhcoch3-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjAzNw-predict-the-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjAzOA-aniline-in-a-set-of-reactions-yield-the-following-products-the-structure-of-the-product-d-would-be-1-c6h5ch2nh2-2-c6h5nhch2ch3-3-c6h5nhoh-4-c6h5ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjAzOQ-intermediates-formed-during-the-reaction-of-rconh2-with-br2-and-koh-are-1-rconhbr-and-rnco-2-rnhcobr-and-rnco-3-rnhbr-and-rconhbr-4-rconbr2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjA0MA-in-a-reaction-of-aniline-a-colored-product-c-was-obtained-the-structure-of-c-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjA1OQ-product-q-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjA2Ng-the-final-product-c-in-the-reaction-mentioned-below-is-xrightarrow-ac-2o-a-xrightarrow-ch-3cooh-br-2-b-xrightarrow-h-h-2o-c-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjA2Nw-aniline-when-diazotised-in-cold-and-then-treated-with-dimethylaniline-gives-a-coloured-product-its-structure-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NjA4Mw-aniline-in-a-set-of-the-following-reactions-yielded-a-coloured-product-y-rarr-273-278k-nano2-hclx-rarr-n-n-dimethylaniliney-the-structure-of-y-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzAxMw-what-is-the-end-product-in-the-following-sequences-of-operations-acetamide-rarr-p2o5a-rarr-4hb-1-ch3nh2-2-c2h5nh2-3-ch3cn-4-ch3coonh4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzAxNQ-name-the-end-product-in-the-following-series-of-reactions-ch3cooh-8594-nh3a-8594-8710-b-8594-p2o5c-1-ch4-2-ch3oh-3-acetonitrile-4-ammonium-acetate-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA0OA-and-what-type-of-isomers-are-they-1-chain-2-functional-3-position-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA0OQ-primary-nitroalkanes-on-hydrolysis-give-1-rcooh-nh2oh-2-rcooh-3-nh2oh-4-rcor-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA1MQ-the-numbers-of-primary-amines-posible-for-the-formula-c4h11n-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA1Mg-the-type-of-isomerism-shown-by-c6h5cn-and-c6h5nc-is-1-position-2-functional-3-enantiomer-4-tautomerism-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA1Mw-the-product-d-in-the-following-sequence-of-reactoins-is-ch3cooh-8594-nh3a-8594-heatb-8594-p2o5c-8594-na-c2h5ohd-1-ester-2-amine-3-acid-4-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA1OA-an-aromatic-primary-amine-with-cold-nitrous-acid-leads-to-the-formation-of-1-alcohol-2-nitrite-3-diazonium-salt-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA1OQ-the-least-basic-aqueous-solution-among-the-following-is-1-ch3-2nh-2-ch3nh2-3-ch3-3n-4-c6h5nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA2Mg-which-one-of-the-following-on-reduction-with-lialh4-yields-a-secondary-amine-2007-1-methyl-isocyanide-2-acetamide-3-methyl-cyanide-4-nitroethane-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA2NQ-the-iupac-name-of-the-compound-having-formula-o-c-8212-ch-8212-ch2-ohnh2oh-is-1-3-aminohydroxypropionic-acid-2-2-amino-propan-3-oic-acid-3-amino-hydroxy-propionic-acid-4-2-amino-3-hydroxy-propanoic-ac https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA2Ng-in-the-reaction-ch3cn-2h-rarr-sncl2hclx-rarr-boilingh2oy-the-term-y-is-1999-1-acetone-2-ethanamine-3-acetaldehyde-4-dimethyl-amine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA2Nw-rmgx-on-reacting-with-cyanogen-chloride-gives-1-r-nc-2-r-cl-3-r-cn-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA2OA-x-and-y-in-the-given-reaction-are-1-ch3cooh-ch3-2nh-2-ch3conh2-ch3oh-3-ch3cho-ch3-2nh-4-ch3coch3-ch3nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA2OQ-which-of-the-following-is-the-strongest-base-1-2-3-4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA3MA-primary-secondary-and-tertiary-nitroalkanes-can-be-identifier-by-the-action-of-1-hno2-naoh-aq-2-chcl3-naoh-aq-3-chcl3-koh-alc-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA3MQ-consider-the-following-sequence-of-reactions-compound-a-rarr-reduction-b-rarr-hno2ch3ch2oh-the-compound-a-is-1-ch3ch2cn-2-ch3no2-3-ch3nc-4-ch3cn-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA3Mg-which-of-the-following-statements-about-primary-amines-is-false-2010-1-alkyl-amines-are-stronger-bases-than-aryl-amines-2-alkyl-amines-react-with-nitrous-acid-to-produce-alcohols-3-aryl-amines-react-w https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA3NA-when-nano2-and-dilute-hcl-were-added-to-an-amine-at-0-176-c-a-colourless-gas-was-evolved-and-an-ionic-compound-is-formed-the-amine-is-1-any-primary-amine-2-an-aromatic-primary-amine-3-any-amine-4-none https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA3NQ-the-compound-obtained-by-heating-a-mixture-of-primary-amine-and-chloroform-with-ethanolic-potassium-hydroxide-koh-is-1997-1-an-alkyl-isocyanide-2-an-alkyl-halide-3-an-amide-4-an-amide-and-nitro-compou https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA3Ng-identify-z-in-the-change-c6h5nh2-rarr-280knano2-hclx-rarr-cubr-hbrz-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA3Nw-among-the-following-the-strongest-base-is-1-c6h5nh2-2-p-no2-c6h4nh2-3-m-no2-c2h4nh2-4-c2h5ch2nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA4MA-a-nitrogenous-substance-x-is-treated-with-hno2-and-the-product-so-formed-is-further-treated-with-naoh-solution-which-produces-blue-colouration-x-can-be-1-ch3ch2nh2-2-ch3ch2no2-3-ch3-2c-n-o-no2-4-ch3-2 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA4NA-alkanamide-that-gives-1-phenylethylamine-on-hoffmann-s-reaction-is-1-2-phenylpropanamide-2-3-phenylpropanamide-3-2-phenylethanamide-4-n-phenylethanamide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA4NQ-the-iupac-name-of-the-given-comound-is-1-1-methyl-aminopropane-2-butan-2-amine-3-2-methyl-2-aminopropane-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA4Ng-the-correct-order-of-increasing-reactivity-of-the-c-x-bond-towards-nucleophile-in-the-following-compound-is-2010-1-i-ii-iv-iii-2-ii-iii-i-iv-3-iv-iii-i-ii-4-iii-ii-i-iv-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA4Nw-aniline-is-reacted-with-bromine-water-and-the-resulting-product-is-treated-with-an-aqueous-solution-of-sodium-nitrite-in-presence-of-dilute-hydrochloric-acid-the-compound-so-formed-is-converted-into-a https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA4OA-alkyl-halide-rx-on-treatment-with-kcn-followed-by-reduction-leads-to-the-formation-of-1-rnh2-2-rch2nh2-3-rh-nh3-4-rch3-n2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA5MA-the-end-product-c-in-the-following-sequence-of-reactions-is-c2h5nh2-rarr-hno2a-rarr-pcl5b-rarr-nh3c-1-ethyl-cyanide-2-ethylamine-3-methylamine-4-acetamide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA5MQ-the-product-a-formed-in-the-reaction-2c5h5-cn-rarr-et2ona-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA5Mw-ch3ch2nh2-contains-a-basic-nh2-group-but-ch3conh2-does-not-because-1-acetamide-is-amphoteric-in-character-2-in-ch3ch2nh2-the-electron-pair-on-n-atom-is-delocalized-by-resonance-3-in-ch3ch2nh2-there-is https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA5NA-dehydration-of-an-amide-gives-1-cyanide-2-amine-3-isocyanide-4-fatty-acid-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA5NQ-tertiary-nitro-compounds-cannot-show-tautomerism-because-1-they-are-very-stable-2-isomerises-to-give-sec-nitro-compounds-3-do-not-have-labile-h-atom-4-they-are-highly-eactive-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA5OA-a-secondary-amine-is-1-a-compound-with-two-nh2-groups-2-a-compound-with-2-carbon-atoms-and-a-nh2-group-3-a-compound-with-a-nh2-group-on-the-carbon-atom-in-number-2-position-4-a-compound-in-which-2-of https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzA5OQ-compound-that-will-undergo-hoffmann-reaction-is-1-rconhch3-2-rcoonh4-3-rconh2-4-rconhoh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzEwMA-the-reagent-required-to-convert-acetamide-into-methyl-amine-is-1-naoh-br2-2-sodalime-3-hot-conc-h2so4-4-pcl5-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-Rpb246NzEwMQ-the-above-reaction-is-an-example-of-1-intermolecular-c-n-coupling-2-intramolecular-c-n-coupling-3-intermolecular-n-n-coupling-4-intramolecular-n-n-coupling-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MjY5MjQ-the-hydrochlorides-of-amines-form-double-salt-with-1-ptcl4-2-aucl3-3-both-a-and-b-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MjgxMjM-which-of-the-following-can-not-be-formed-by-gabriel-phthalimide-synthesis-1-2-ch3-2ch-nh2-3-4-c2h5nh2-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MjgxMjg-which-one-of-the-following-compound-give-carboxylic-acid-by-hydrolysis-1-xa0-2-xa0-ph-c-x2261-n-3-xa0-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MjgxMjk-1-2-ph-ch2-nh2-3-4-ph-n-oplus-equiv-c-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mjk2MTM-an-amine-gives-a-solid-compound-that-is-insoluble-in-alkali-with-benzene-sulphonyl-chloride-the-amine-is-1-ch3-ch2-nh2-2-ch3-nh-ch2-ch3-3-ch3-3n-4-c6h5-nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mjk2MTQ-the-compound-a-and-b-respectively-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mjk2MTU-the-final-compound-b-in-the-below-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mjk2MTY-alkyl-isocyanide-on-hydrolysis-produces-1-primary-amine-2-tertiary-amine-3-alcohol-4-aldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MzAyODU-in-the-below-mentioned-reaction-the-major-product-a-formed-is-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MzAyODY-rarr-nh42sa-rarr-0-5-deg-cnano2-hclb-rarr-c2h5ohc-product-c-is-1-nitrobenzene-2-1-3-diethoxybenzenez-3-ethoxybenzene-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MzAzODQ-reaction-of-r-c-o-nh2-with-a-mixture-of-br2-and-koh-gives-r-nh2-as-the-main-product-the-intermediates-involved-in-this-reaction-are-1-r-c-o-nhbrandr-n-c-o-2-rcn-3-r-c-o-nbr2-4-rnhbr-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MzgxODQ-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MzgxOTE-the-major-product-of-the-following-reaction-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MzgyMDM-in-the-above-reaction-the-product-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MzgyNzM-c-major-product-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MzgyNzQ-which-of-the-following-is-regenerated-at-the-end-of-the-reaction-1-x-2-y-3-z-4-w-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MzgyNzk-1-2-3-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246MzgyODA-consider-the-nitronaphthalene-derivative-shown-below-with-rings-labeled-a-and-b-and-no-on-one-ring-what-are-the-structures-of-x-and-y-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzg1MDQ-what-will-be-the-product-of-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk1NDQ-product-a-b-of-the-above-reaction-is-1-a-p-b-p-2-a-q-b-q-3-a-p-b-q-4-a-q-b-p-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3MTA-in-which-of-the-following-reactions-cyanide-will-be-obtained-as-a-major-product-1-o-ph-8208-c-8208-ch3-8594-ii-h3o-i-lialh4-o-2-ph-8208-c-8208-nh2-8594-br2naoh-o-3-ph-8208-c-8208-nh2-8594-br2p4o10-o-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3MTE-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3MTI-which-of-the-following-alkene-cannot-be-prepared-by-de-amination-of-n-bu-nh2-with-nano2-hcl-1-1-butene-2-cis-2-butene-3-trans-2-butene-4-iso-butene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3MTM-8594-h2so4nano2-a-productofthisreactionis-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3MTQ-8594-hno2-a-ch2-ch-ch2-ch2-oh-a-will-be-a-ch2-ch-ch-oh-ch3-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3MTU-identify-product-d-in-the-following-reaction-sequence-1-ch3-ch3cch2c-8801-n-ch3-2-ch3-ch3cch2ch2n-ch3-2-ch3-3-ch3n-ch3-2-ch3cch2chn-ch3-2-ch3-4-ch3-ch3cch2chn-ch3-2-ch3oh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3MTY-which-amine-yields-n-nitroso-amine-after-treatment-with-nitrous-acid-nano2-hcl-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3MTc-the-product-formed-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3MTg-which-of-the-following-represents-the-total-number-of-butene-isomers-obtained-on-treating-n-butylamine-with-nitrous-acid-generated-from-nano-and-hcl-1-two-2-2-three-3-3-four-4-4-five-5-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3Mzk-rarr-h2obr2-a-rarr-ii-h3po2-i-nano2-hcl-b-product-b-in-this-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3NDE-product-b-of-this-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3NTY-this-reaction-is-example-of-1-intermolecular-c-n-coupling-2-intramolecular-c-n-coupling-3-intermolecular-n-n-coupling-4-intramolecular-n-n-coupling-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3NzI-product-c-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3NzQ-product-b-of-this-reaction-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk3OTQ-above-compounds-p-q-can-be-differentiated-by-1-amm-agno3-2-naoh-3-fecl3-4-both-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk4MDI-ethylamine-and-diethylamine-cannot-be-differentiated-by-1-hinsberg-test-2-carbylamine-test-3-iodoform-test-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk4MDM-lassaigne-s-test-for-the-detection-of-nitrogen-will-fail-in-the-case-of-1-nh2conh2-2-nh2conhnh2-hcl-3-nh2nh2-hcl-4-c6h5nhnh2-2hcl-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246Mzk5MDA-identify-the-product-a-in-the-following-reaction-series-ch3cn-8594-na-c2h5oh-x-8594-hno2-y-8594-o-z-8594-tollensreagent-a-1-ch3cho-2-ch3conh2-3-ch3cooh-4-ch3-ch2-nhoh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAxMjI-the-product-c-in-the-following-sequence-of-reactions-is-ch3cn-rarr-h2oa-rarr-nh3b-rarr-c-is-1-methylamine-2-ammonium-acetate-3-ethylamine-4-acetamide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAxNzY-gas-evolved-during-the-reacton-of-sodium-metal-on-ethyl-amine-is-1-n2-2-c2h2-3-h2-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAxNzc-ethylamine-undergoes-oxidation-in-the-presence-of-kmno4-followed-by-hydrolysis-to-form-1-an-acid-2-an-alcohol-3-an-aldehyde-4-a-n-oxide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAxNzg-which-of-the-following-reactions-does-not-yield-an-amine-1-r-mdash-x-thinsp-nh3-2-rch-n-oh-h-xrightarrow-c-2-h-5-oh-na-3-r-mdash-cn-h2o-rarr-h-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAxNzk-hinsberg-s-method-to-separate-amines-is-based-on-the-use-of-1-benzene-sulphonyl-chloride-2-benzene-sulphonic-acid-3-ethyl-oxalate-4-acetyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAxODE-nh4-2so4-kcno-upon-heating-generates-1-nitrogen-gas-2-carbon-dioxide-3-biuret-4-ammonium-carbonate-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAxOTI-which-of-the-following-reagents-will-convert-nitromethane-into-methylamine-1-zn-hcl-2-zn-naoh-3-zn-c2h5oh-4-ni-h2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAxOTQ-nitrobenze-on-reduction-with-al-hg-and-water-gives-1-azobenze-2-aniline-3-azoxy-benzene-4-phenylhydroxylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAxOTc-the-reduction-of-ch3cn-to-ch3ch2nh2-is-called-1-rosenmund-s-reduction-2-clemmensen-s-reduction-3-mendius-reduction-4-hofmann-s-reduction-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAxOTg-aniline-and-ethylamine-resembles-in-1-solubility-2-action-with-hno2-3-action-of-grignard-reagent-4-coupling-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMDA-mendius-method-of-preparation-of-amines-consists-of-1-catalytic-reduction-of-alkyl-cyanides-2-reduction-of-amide-with-lialh4-3-reduction-of-nitroparaffin-with-sn-hcl-4-reduction-of-oximes-with-na-c2h5 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMDM-ln-the-reaction-the-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMDU-the-correct-order-of-basicities-of-the-following-compounds-is-ch3-c-nh2nh1-ch3ch2nh22-ch32nh3-ch3-c-o-nh24-1-2-1-3-4-2-1-3-2-4-3-3-1-2-4-4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMDc-a-primary-amine-heated-with-cs2-in-presence-of-excess-of-hgcl2-gives-isothiocyanate-the-reaction-is-called-1-hofmann-s-bromamide-reaction-2-hofmann-s-mustard-oil-reaction-3-perkin-s-condensation-4-hof https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMDg-in-the-compound-given-below-the-correct-order-of-acidic-nature-of-the-positions-x-y-and-z-is-1-z-x-y-2-x-y-z-3-x-z-y-4-y-x-z-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMDk-reaction-of-cyclohexanone-with-dimethylamine-in-the-presence-of-catalytic-amount-of-an-acid-forms-a-compound-if-water-during-the-reaction-is-continuously-removed-the-compound-formed-is-generally-known https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMTA-the-alkene-formed-as-a-major-product-in-the-given-elimination-reaction-is-1-2-ch2-ch2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMTE-in-the-following-reaction-the-product-x-is-8594-cone-h2so4cone-hno3x-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMTI-the-correct-structure-of-ethylenediaminetetraacetic-acid-edta-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMTM-biuret-test-is-not-given-by-1-proteins-2-carbohydrates-3-polypeptides-4-urea-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMTQ-an-aromatic-amine-a-reacts-with-alcoholic-potash-and-another-compound-y-producing-a-foul-smelling-gas-with-the-formula-mathrm-c-6-mathrm-h-5-mathrm-nc-the-compound-y-is-obtained-by-reacting-compound-z https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMTY-identify-apos-z-apos-in-the-reaction-given-below-x2192-2-xa0-h2o-xa0-boil-xa0-1-x2009-hno2-280-xa0-k-x-x2192-naohy-x2192-ch3lz-1-xa0-2-xa0-3-xa0-4-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-1-2-3 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMTc-the-product-obtained-on-nitration-followed-by-alkaline-hydrolysis-of-acetylated-aniline-is-1-o-nitroacetanilide-2-o-and-p-nitroaniline-3-m-nitroaniline-4-acetanilide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMTg-the-formula-of-picramide-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMTk-pyridine-possesses-1-aromatic-nature-2-unsaturated-aliphatic-nature-3-alicyclic-nature-4-aliphatic-nature-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMjA-ammoniacal-solution-of-ni-cn-2-reacts-with-c6h6-to-produce-a-light-violet-coloured-crystaline-compound-of-the-formula-1-ni-cn-2-183-c6h5-2-c6h5ch3-3-ni-cn-2c6h6-4-ni-cn-2nh3-183-c6h6-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMjE-the-diazonium-salt-gives-with-1-hcl-cucl-2-hno2-cu-3-c2h5oh-4-sncl2-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMjM-the-reaction-c6h5n2cl-rarr-cu2cl2-hclc6h5cl-n2-is-called-1-etard-s-reaction-2-sandmeyer-s-reaction-3-wurtz-fitting-reaction-4-perkin-s-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMjQ-choose-the-correct-statement-from-the-ones-given-below-for-two-anilium-in-1-ii-is-not-an-acceptable-canonical-structure-because-carbonium-ions-are-less-stable-than-ammonium-ions-2-ii-is-not-an-accepta https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMjU-when-nitrobenzene-is-treated-with-br2-in-presence-of-febr3-the-major-product-formed-is-m-bromonitrobenzene-statements-which-are-related-to-obtain-the-m-isomer-are-1-the-relative-electron-density-on-me https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMjg-in-the-chemical-reactions-the-compounds-a-and-b-respectively-are-1-nitrobenzene-and-chlorobenzene-2-nitrobenzene-and-fluorobenzene-3-phenol-and-benzene-4-benzene-diazonium-chloride-and-fluorobenzene-1 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAyMjk-amongst-the-compounds-given-the-one-that-would-form-a-brillient-coloured-dye-on-treatment-with-nano2-in-dil-hcl-followed-by-addition-to-an-alkaline-solution-of-xa0-b-napthol-is-1-xa0-2-xa0-3-xa0-4-xa0 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAzNTE-the-presence-of-nh4-radical-in-solution-can-be-detected-by-1-fehling-rsquo-s-solution-2-benedict-rsquo-s-solution-3-schiff-s-reagent-4-nessler-rsquo-s-reagent-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAzNTI-potassium-thiocyanate-solution-reacts-with-ferric-chloride-to-give-1-pink-colour-2-deep-blue-colour-3-green-colour-4-blood-red-colour-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDAzODE-an-organic-compound-x-mol-formula-c6h5o2n-has-6-carbon-atoms-in-a-ring-system-three-double-bonds-and-also-a-nitro-group-as-substituent-x-is-1-homocyclic-but-not-aromatic-2-aromatic-but-not-homocyclic https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDA0MDM-choose-the-appropriate-sequence-to-maximize-the-yield-of-3-chloro-aniline-from-benzene-1-chlorination-nitration-reduction-2-nitration-chlorination-reduction-3-nitration-reduction-chlorination-4-nitrat https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDA4MDA-a-reaction-that-can-convert-acetamide-to-methanamine-is-1-hoffmann-bromamide-reaction-2-carbylamine-reaction-3-stephen-s-reaction-4-gabriel-s-phthalimide-synthesis-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDA4NzY-a-given-nitrogen-containing-aromatic-compound-a-reacts-with-sn-hcl-followed-by-hno2-to-give-an-unsatable-compound-b-b-on-treament-with-phenol-forms-a-beautiful-coloured-compound-c-with-the-molecular-f https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDEwMTU-the-following-reaction-is-known-by-the-name-1-friedel-crafts-reaction-2-perkins-reaction-3-acetylation-reaction-4-schotten-baumann-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDEwNDg-which-of-the-following-will-be-most-stable-diazonium-salt-rn2-x-1-ch3n2-x-2-c6h5n2-x-3-ch3ch2n2-x-4-c6h5ch2n2-x-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDEzNDI-in-a-reaction-of-aniline-a-coloured-product-c-was-obtained-the-structure-of-c-would-be-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246NDEzNDc-which-one-of-the-following-is-an-amine-hormone-1-thyroxine-2-oxypurin-3-insulin-4-progesterone-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246ODkwMjk-the-correct-increasing-order-of-basic-strength-of-the-given-molecules-is-i-ii-iii-1-iii-i-ii-2-iii-ii-i-3-ii-i-iii-4-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246ODkxNDc-the-nitration-of-aniline-in-a-strong-acidic-medium-results-in-the-formation-of-m-nitroaniline-because-1-in-spite-of-substituents-the-nitro-group-always-goes-to-only-the-m-position-2-in-electrophilic-s https://medminds.me/qbank/chemistry/amines/?q=NP-pb246ODkxNjI-a-nitro-compound-among-the-following-that-does-not-react-with-nitrous-acid-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTAxNTk-the-correct-statement-regarding-the-basicity-of-arylamines-is-1-arylamines-are-generally-more-basic-than-alkylamines-because-the-lone-pair-electrons-of-nitrogen-are-not-delocalized-by-interaction-with https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTA3OTU-the-number-of-structural-isomers-possible-from-the-molecular-formula-c3h9n-are-1-four-4-2-five-5-3-two-2-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTA4MjE-mark-the-reaction-that-does-not-yield-aniline-from-the-given-options-1-hydrolysis-of-phenyl-isocyanide-with-an-acidic-solution-2-degradation-of-benzamide-with-bromine-in-alkaline-solution-3-reduction https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTEwNTU-what-results-from-the-electrolytic-reduction-of-nitrobenzene-in-a-highly-acidic-medium-1-p-aminophenol-2-azoxybenzene-3-azobenzene-4-aniline-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTEyMzg-the-product-a-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTE0ODQ-a-in-the-below-reaction-is-1-cu2cl2-2-h3po2-and-h2o-3-h-h2o-4-hgso4-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTE1MTI-nitrobenzene-on-reaction-with-conc-hno3-h2so4-at-80-ndash-100-ordm-c-forms-1-1-3-ndash-dinitrobenzene-2-1-4-ndash-dinitrobenzene-3-1-2-4-ndash-trinitrobenzene-4-1-2-ndash-dinitrobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTI0OTU-the-product-formed-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTI2Mjk-aniline-gives-a-set-of-the-following-reactions-that-yielded-a-coloured-product-y-the-structure-of-y-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTMyOTQ-what-is-the-product-formed-in-the-below-reaction-nano-2-hcl-longrightarrow-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTM0NzM-the-structure-of-c-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTQwMTU-propanoic-acid-gives-a-series-of-reactions-as-given-below-ch3ch2cooh-rarr-socl2b-rarr-nh3c-rarr-br2kohd-the-structure-of-d-would-be-1-ch3ch2ch2nh2-2-ch3ch2conh2-3-ch3ch2nhch3-4-ch3ch2nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTQwNDg-which-of-the-following-compounds-has-a-higher-basic-character-than-aniline-1-diphenylamine-2-triphenylamine-3-p-nitroaniline-4-benzylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTU1Nzg-what-is-the-correct-order-of-the-methyl-substituted-amines-basic-strength-in-an-aqueous-solution-1-ch3nh2-ch3-2nh-ch3-3n-2-ch3-2nh-ch3nh2-ch3-3n-3-ch3-3n-ch3nh2-ch3-2nh-4-ch3-2nh-ch3-3n-ch3nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4MTYw-which-compound-among-the-following-will-not-undergo-hoffmann-bromamide-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4MTYx-identify-the-major-product-a-formed-in-the-following-reaction-1-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-2-xa0-xa0-3-xa0-xa0-xa0-xa0-xa0-4-xa0-xa0-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4MTYy-which-of-the-following-substituent-as-x-not-decreases-the-rate-of-reaction-with-respect-to-aniline-1-2-ch3-3-no2-4-cho-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4MTYz-which-of-the-following-compounds-will-give-isocyanide-test-with-chcl3-koh-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4MTY0-give-the-incorrect-order-of-basic-strength-1-phnh2-m-minus-ch3phnh2-phnh2-o-minus-ch3phnh2-3-phnh2-m-minus-no2phnh2-p-no2phnh2-o-minus-no2phnh2-4-o-minus-ch3ophnh2-p-minus-ch3ophnh2-phnh2-m-minus-ch3o https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4MTY1-for-the-following-reaction-major-product-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4MTky-the-product-x-and-y-in-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4MTk2-in-this-reaction-sequence-x-and-y-respectively-are-x-y-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4NTky-the-major-product-s-of-the-following-reaction-sequence-is-rarr-br2-fep-rarr-sn-hclq-rarr-excessbr2-h2or-rarr-cubr-hbrnano2-h2so4-0-deg-cs-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4NTk0-the-product-of-the-following-reaction-is-rarr-iiihi-heatihno2-0-5-deg-c-iidilh2so4-heat-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTMxMzg1-which-amine-reacts-with-hinsberg-s-reagent-to-produce-an-alkali-insoluble-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM1ODM5-the-major-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTQ4NDQw-aniline-when-diazotised-in-cold-and-then-treated-with-dimethylaniline-gives-a-coloured-product-it-s-structure-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTYyODE2-a-lower-aliphatic-amines-are-soluble-in-water-r-lower-aliphatic-amines-can-form-intermolecular-h-bonding-with-h2o-1-both-assertion-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-asse https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTYyODE4-select-the-correct-option-based-on-statements-below-assertion-a-secondary-amines-have-higher-boiling-points-than-their-respective-tertiary-isomers-reason-r-h-bonding-is-absent-in-tertiary-amines-1-bot https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTYyODIw-select-the-correct-option-based-on-statements-below-assertion-a-amines-have-a-higher-boiling-point-than-the-corresponding-alcohols-reason-r-alcohols-possess-intramolecular-h-bonding-1-both-a-and-r-are https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTYyODI1-based-on-the-statements-given-which-option-is-correct-assertion-a-nitration-of-aniline-at-a-low-temperature-gives-47-m-nitroaniline-reason-r-in-acidic-medium-nh2-group-is-converted-into-n-h3-group-whi https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTYyODI5-select-the-correct-option-based-on-statements-below-assertion-a-c6h5nh2-is-a-1-deg-amine-and-can-be-prepared-by-gabriel-phthalimide-synthesis-reason-r-c6h5nh2-is-strongly-basic-in-nature-1-both-a-and https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTYyODMy-select-the-correct-option-based-on-statements-below-assertion-a-pkb-of-aniline-is-higher-than-ethylamine-reason-r-the-lone-pair-of-nh2-group-in-aniline-is-involved-in-conjugation-with-a-benzene-ring-1 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTYyODM2-select-the-correct-option-based-on-statements-below-assertion-a-aniline-does-not-undergo-the-friedel-crafts-reaction-reason-r-diazonium-salts-of-aromatic-amines-are-more-stable-than-those-of-aliphatic https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTYyODM5-select-the-correct-option-based-on-the-statements-below-assertion-a-is-more-basic-than-reason-r-delocalization-of-a-lone-pair-of-electrons-decreases-the-basic-strength-1-both-a-and-r-are-true-and-r-is https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg1NDkw-which-amine-gives-the-carbylamine-test-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODYw-what-is-the-proper-sequence-of-the-reagent-in-the-hoffmann-s-degradation-reaction-1-br2-koh-h2o-2-koh-br2-h2o-3-h2o-koh-br2-4-koh-h2o-br2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODY0-carbylamine-reaction-tubes-are-not-thrown-into-sink-to-avoid-bad-odour-but-are-treated-with-conc-hcl-to-give-1-rcooh-nh3-2-rnh2-3-rnh2-hcooh-4-rcooh-nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODY3-in-hypobromite-reaction-of-amide-the-carbonyl-carbon-atom-is-lost-as-1-co-2-co2-3-co32-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODcw-when-methyl-iodide-is-treated-with-ammonia-the-product-obtained-is-1-methylamine-2-dimethylamine-3-trimethylamine-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODc2-which-nitro-compound-will-show-tautomerism-1-c6h5no2-2-ch33cno2-3-ch3ch2no2-4-o-nitrotoluene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODgw-diethylamine-on-oxidation-with-kmno4-gives-1-ethanal-2-propanone-3-tetraethyl-hydrazine-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODgx-urea-reacts-with-hydrazine-to-form-1-nitrogen-2-phenyl-hydrazine-3-semicarbazide-4-urethane-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODgy-the-main-product-in-the-reaction-hconhr-8594-pyridinepocl3is-1-rcn-2-rnc-3-rcno-4-rnco-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODg2-r-n-8594-c-hgo-8594-a-hgo2-what-is-a-1-rnh2-2-rconh2-3-r-nco-4-rcooh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODg3-which-of-the-following-can-be-used-to-distinguish-acetamide-and-urea-1-fehling-s-solution-2-biuret-test-3-hofmann-s-reaction-4-naoh-solution-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3ODg5-a-colourless-odourless-and-non-combustible-gas-is-liberated-when-ethylamine-reacts-with-1-naoh-2-ch3cocl-3-nano2-hcl-4-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3OTY4-carbonyl-chloride-reacts-with-ammonia-to-form-1-co2-2-nh2conh2-3-ch3coonh4-4-ch3conh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3OTc4-which-of-the-following-is-hydrolyzed-to-give-secondary-amine-1-alkyl-cyanide-2-hcon-ch3-ch3-3-nitroparaffins-4-acidamide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3OTgz-when-aniline-is-heated-with-glacial-acetic-acid-in-the-presence-of-anhydrous-zncl2-the-product-is-1-acetamide-2-acetanilide-3-phenyl-acetamide-4-chlorobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3OTkw-carcinogens-are-the-products-of-the-reaction-between-1-r2nh-hno2-2-r3n-hno2-3-rnh2-hno2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3OTkz-hofmann-s-rearrangement-during-the-conversion-of-an-amide-to-amine-involves-rearrangement-1-intermolecular-2-intramolecular-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg3OTk4-aniline-is-a-weaker-base-than-ethylamine-because-1-lone-pair-of-electrons-of-n-atom-is-not-freely-available-for-coordination-due-to-resonance-than-in-ethylamine-2-its-b-p-is-higher-than-that-of-ethyla https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4MDAw-diethyl-carbonate-on-heating-with-ammonia-gives-1-c2h5nh2-2-c2h53n-3-c2h52nh-4-urea-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4MDAz-which-of-the-following-reagents-can-show-the-acidic-nature-of-nitroalkanes-1-na2co3-3-naoh-3-alcohol-4-liquid-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4MDEw-primary-secondary-and-tertiary-amines-may-be-separated-by-using-1-ethanoyl-chloride-2-diethyl-oxalate-3-thionyl-chloride-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4MzU4-the-name-urea-was-given-by-1-wohler-2-berzelius-3-roulle-4-lemery-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4MzYx-urea-when-heated-a-white-residue-is-formed-its-alkaline-solution-when-treated-with-few-drops-of-cuso4-solution-gives-1-red-colour-2-violet-colour-3-green-colour-4-yellow-colour-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4MzYz-the-diamide-of-carbonic-acid-is-1-acetamide-2-formamide-3-benzamide-4-urea-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4MzY1-the-basic-character-of-methylamines-in-vapour-phase-is-1-3-176-62-2-176-62-1-176-62-nh3-2-2-176-62-3-176-62-1-176-62-nh3-3-1-176-62-2-176-62-3-176-62-nh3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4Mzc5-gabriel-s-phthalimide-reaction-is-used-to-prepare-1-primary-amine-2-secondary-amine-3-tertiary-amine-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4Mzg0-grignard-reagent-and-acetyl-chloride-does-not-react-with-1-rnh2-2-r2nh-3-r3n-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4Mzg2-general-formula-of-an-amine-is-1-cnh2n-1n-2-cnh2n-2n-3-cnh2n-3n-4-cnh2nn-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4Mzkw-the-amine-may-contain-1-nh2gp-2-n-h-gp-3-n-gp-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4Mzky-primary-amine-and-secondary-amine-are-distinguished-by-1-mathrm-br-2-mathrm-koh-2-mathrm-hclo-3-mathrm-hno-2-4-mathrm-nh-3-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDE2-which-of-the-following-is-carbamide-1-ch3conh2-2-nh2conh2-3-ch2-nh2-conh2-4-co-oh-nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDIx-reaction-of-primary-amine-with-aldehydes-gives-1-amide-2-aldimine-3-nitrile-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDI2-find-the-amine-that-reacts-with-c-h-so-cl-and-forms-a-product-soluble-in-alkali-1-primary-amine-1-deg-2-secondary-amine-2-deg-3-tertiary-amine-3-deg-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDI5-which-of-the-following-will-give-a-primary-amine-on-hydrolysis-1-nitroparaffin-2-alkyl-cyanide-3-oxime-4-alkyl-isocyanate-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDMx-mark-the-correct-statement-1-methyl-amine-is-slightly-acidic-2-methyl-amine-is-less-basic-than-ammonia-3-methyl-amine-is-a-stronger-base-than-ammonia-4-methyl-amine-forms-salts-with-alkali-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDM0-which-one-of-the-following-amines-will-not-react-with-hno2-acid-to-give-nitrogen-1-ch3nh2-2-ch3ch2nh2-3-ch3-c-ch3h-nh2-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDM4-what-is-decreasing-order-of-basicity-of-p-s-t-ethyl-amines-and-nh3-in-aqueous-medium-1-nh3-c2h5nh2-c2h5-2nh-c2h5-3n-2-c2h5-3n-c2h5-2nh-c2h5nh2-nh3-3-c2h5-2nh-c2h5nh2-nh3-c2h5-3n-4-c2h5-2nh-c2h5-3n-c2h https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDU4-urea-on-heating-with-ethanol-gives-1-urethane-2-urea-alcohol-3-ureides-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDU5-alkyl-nitrite-on-reduction-with-sn-hcl-gives-1-alcohol-2-hydroxylamine-3-both-a-and-b-4-hydrazine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDY3-which-of-the-following-compounds-is-expected-to-be-the-most-basic-1-aniline-2-ethylamine-3-hydroxylamine-4-methylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDY5-the-action-of-nitrous-acid-on-a-primary-amine-gives-1-nitroalkane-2-alkyl-nitrite-3-alcohol-4-secondary-amine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDcy-the-reaction-ch3cn-4h-8594-na-c2h5ohch3ch2nh2-is-called-1-hofmann-s-bromamide-reaction-2-mendius-reaction-3-sabatier-reaction-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDc0-a-colourless-organic-compound-gave-brisk-effervescence-with-a-mixture-of-nano2-and-dil-hcl-it-could-be-1-glucose-2-oxalic-acid-3-urea-4-benzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDc1-identify-x-in-the-sequence-x-8594-hno2-c3h8o-8594-h2so4k2cr2o7-c3h6o2-1-ch3-nh-ch2-ch3-2-ch3-ch2-ch2-nh2-3-ch3-3n-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDc2-aliphatic-amines-are-basic-than-nh3-but-aromatic-amines-are-basic-than-nh3-1-more-less-2-less-more-3-both-a-and-b-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDc3-aliphatic-amines-are-soluble-in-water-because-1-they-are-basic-2-they-are-amino-compounds-3-they-are-lighter-than-water-4-of-formation-of-hydrogen-bonds-with-water-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDc4-the-general-formula-of-quaternary-ammonium-compound-is-1-r-nh2-2-r3n-3-r4n-x-4-nh4x-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDc5-amines-have-1-garlic-odour-2-fishy-odour-3-jasmine-odour-4-bitter-almonds-odour-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDgz-aqueous-solution-of-urea-is-1-acidic-2-alkaline-3-almost-neutral-4-amphoteric-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDg1-urea-is-not-used-1-as-fertilizer-2-in-the-manufacture-of-plastic-3-in-the-preparation-of-medicines-4-in-the-purification-of-water-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDg2-nitroparaffins-on-reduction-give-1-amide-2-alkylamine-3-ammonium-salt-4-acetanilide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDkx-which-of-the-following-is-not-a-nitro-derivative-1-c6h5no2-2-ch3ch2ono-3-ch3c-ch3h-n-8600-o-o-4-c6h4-oh-no2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDk0-which-of-the-following-amines-is-optically-active-1-ch3nh2-2-ch3nhch3-3-ch3ch2ch2-n-ch3-c2h5-4-sec-butylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDk2-the-number-of-pi-bonds-in-the-formula-given-below-nc-ch-ch-cn-are-1-5-2-4-3-3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDk3-what-is-the-product-formed-when-a-ketone-reacts-with-a-primary-amine-1-amides-2-oximes-3-urea-4-imines-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDk4-the-compound-formed-when-malonic-ester-reacts-with-urea-is-1-cinnamic-acid-2-butyric-acid-3-barbituric-acid-4-crotonic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NDk5-ethylamine-reacts-with-nitrosyl-chloride-nocl-to-form-1-ethyl-chloride-2-ethyl-alcohol-3-ethyl-nitrite-4-nitroethane-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg4NTAx-which-compound-will-liberate-co2-from-nahco3-solution-1-ch3conh2-2-ch3nh2-3-ch3-4n-oh-4-ch3n-h3cl-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg5NDY0-c6h5no2-8594-fe-hcla-8594-273knano2-hclb-8594-283kh2oc-c-is-1-c6h5-oh-2-c6h5-ch2oh-3-c6h5-cho-4-c6h5nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg5NDY1-identify-the-product-formed-from-the-reaction-of-nitrobenzene-with-conc-hno3-h2so4-at-80-100-deg-c-1-1-4-dinitrobenzene-2-2-4-6-trinitrobenzene-3-1-2-dinitrobenzene-4-1-3-dinitrobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyMzUx-which-of-the-following-compounds-is-most-basic-here-1-diphenyl-amine-2-dimethyl-amine-3-guanidine-4-trimethyl-amine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyMzU3-whose-melting-point-is-the-highest-1-primary-amines-2-secondary-amines-3-tertiary-amines-4-quaternary-amines-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyMzYx-carbylamine-test-is-performed-in-alcoholic-koh-by-heating-a-mixture-of-1-trihalogenated-methane-and-a-primary-amine-2-an-alkyl-halide-and-a-primary-amine-3-an-alkyl-cyanide-and-a-primary-amine-4-chlor https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyNzA1-hinsberg-reagent-is-1-c6h5no-2-c6h5n2cl-3-c6h5so2cl-4-c6h5so3h-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyNzA2-when-acetamide-is-treated-with-naobr-the-product-formed-is-1-ch3oh-2-ch3nh2-3-ch3cn-4-ch3cobr-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyNzA4-the-compound-which-one-reaction-with-aqueous-nitrous-acid-at-low-temperature-produces-an-oily-nitrosamine-is-1-methylamine-2-ethylamine-3-triethylamine-4-diethylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyNzA5-which-compound-is-formed-when-ch34n-oh-is-heated-1-c2h5nh2-2-ch23n-3-ch3nh2-4-ch33n-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyNzIx-the-reagent-that-is-used-to-change-nitromethane-into-methylhydroxylamine-is-1-zn-naoh-2-sn-hcl-3-zn-nh4cl-4-zn-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyNzIy-which-of-the-following-amines-doesn-t-give-the-carbylamine-reaction-1-ethylamine-2-dimethylamine-3-methylamine-4-phenylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyNzI1-which-is-most-basic-1-ch3nh2-2-ch32nh-3-c2h5nh2-4-c6h52nh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyNzI4-which-of-the-following-reagent-can-be-used-to-convert-benzenediazonium-chloride-into-benzene-1-h3po2-2-lialh4-3-br2-h2o-4-ch3oh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyNzMw-which-of-the-following-reacts-with-hinsberg-reagent-benzene-sulphonyl-chloride-to-form-a-product-soluble-in-koh-1-primary-amine-2-secondary-amine-3-tertiary-amine-4-quaternary-amine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyNzMz-which-of-the-following-is-most-reactive-to-electrophilic-substitution-1-nitrobenzene-2-aniline-3-aniline-hydrochloric-4-n-acetylaniline-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyODc0-which-compound-will-react-in-the-carbylamine-reaction-1-c2h5no2-2-ch3nh2-3-ch32nh-4-ch3conh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTkyOTcw-ch3nh2-chcl3-koh-rarr-nitrogen-containing-compound-kcl-h2o-the-nitrogen-containing-compound-is-1-ch3-ch2-c-equiv-n-2-ch3-nh-ch3-3-ch3-n-equiv-c-4-ch3n-equiv-c-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjIyODY5-c2h5nh2-c6h5nhch3-c2h5-2nh-and-c6h5nh2-for-the-above-compounds-decreasing-order-of-the-pkb-values-in-gaseous-phase-is-1-c6h5nh2-c6h5nhch3-c2h5nh2-c2h5-2nh-2-c2h5nh2-c6h5nhch3-c6h5nh2-c2h5-2nh-3-c6h5nh https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjIyODcw-the-increasing-order-of-boiling-point-among-the-given-compounds-is-c2h5oh-ch3-2nh-and-c2h5nh2-1-ch3-2nh-c2h5nh2-c2h5oh-3-ch3-2nh-c2h5oh-c2h5nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjIyODcx-the-increasing-sequence-of-solubility-of-the-following-molecules-in-water-is-c6h5nh2-c2h5-2nh-c2h5nh2-1-c6h5nh2-c2h5-2nh-c2h5-2nh-c2h5nh2-4-c6h5nh2-c2h5nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjIyODcz-arrange-the-following-in-increasing-order-of-their-basic-strength-ch3nh2-ch3-2nh-ch3-3n-c6h5nh2-c6h5ch2nh2-1-c-6h-5nh-2-c-6h-5ch-2nh-2-ch-3-3n-ch-3nh-2-ch-3-2nh-2-c-6h-5nh-2-ch-3-3n-c-6h-5ch-2nh-2-ch https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjIyODc0-arrange-the-following-in-increasing-order-of-their-basic-strength-ch3-2nh-ch3nh2-ch3-3n-c6h5nh2-c6h5ch2nh2-1-c6h5nh2-c6h5ch2nh2-ch3-3n-ch3nh2-ch3-2nh-2-c6h5nh2-ch3-3n-c6h5ch2nh2-ch3nh2-ch3-2nh-3-ch3-2 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjIyODc1-what-will-be-the-product-when-aniline-reacts-with-benzoyl-chloride-1-n-phenybenzamide-2-n-methylbenzamide-3-benzamide-4-n-ethylbenzamide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDM0-the-correct-increasing-order-of-basic-strength-for-the-following-compounds-is-i-ii-iii-1-ii-iii-i-2-iii-i-ii-3-iii-ii-i-4-ii-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDM3-in-nitration-of-benzene-using-a-mixture-of-conc-h2so4-and-conc-hno3-the-species-that-initiates-the-reaction-is-1-no2-2-no-3-no2-4-no2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDg4-match-the-compounds-given-in-column-i-with-the-items-given-in-column-ii-column-i-column-ii-a-benzene-sulphonyl-chloride-i-zwitter-ion-b-sulphanilic-acid-ii-hinsberg-reagent-c-alkyl-diazonium-salts-iii https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDkx-select-the-correct-option-based-on-statements-below-assertion-a-n-ethylbenzene-sulphonamide-is-soluble-in-alkali-reason-r-the-hydrogen-attached-to-nitrogen-in-sulphonamide-is-strongly-acidic-1-both-a https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDkz-select-the-correct-option-based-on-statements-below-assertion-a-only-a-small-amount-of-hci-is-required-in-the-reduction-of-nitro-compounds-with-iron-scrap-and-hci-in-the-presence-of-steam-reason-r-fec https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMxMjQ4-the-a-and-b-in-the-given-reactions-are-i-aromaticamine-nitrousacid-rarr-a-ii-aliphaticamine-nitrousacid-rarr-b-1-alcohol-diazonium-salt-2-aldehyde-diazonium-salt-3-diazonium-salt-alcohol-4-diazonium-s https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMxMzI3-amines-are-less-acidic-than-alcohols-of-comparable-molecular-masses-because-1-n-is-more-electronegative-than-o-2-o-is-more-electronegative-than-n-3-n-can-accomodate-negative-charge-easily-than-o-4-ami https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMyNDE1-the-reagent-employed-in-converting-nitromethane-to-methylamine-is-1-mathrm-socl-2-2-mathrm-nanh-2-3-mathrm-pcl-5-4-mathrm-sn-mathrm-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMyNDI5-an-aromatic-compound-lsquo-a-rsquo-on-treatment-with-ammonia-and-heating-forms-compound-lsquo-b-rsquo-which-on-heating-with-br2-and-koh-forms-a-compound-lsquo-c-rsquo-of-molecular-formula-c6h7n-the-su https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjQ1MDgy-the-reaction-of-propanamide-with-ethanolic-sodium-hydroxide-and-bromine-will-give-1-ethylamine-2-methylamine-3-propylamine-4-aniline-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjQ5NzM4-a-compound-a-when-reacted-with-pcl5-and-then-with-ammonia-gives-b-b-on-treatment-with-bromine-and-caustic-potash-produces-c-c-on-treatment-with-nano2-and-hcl-at-c-and-then-boiling-produces-ortho-creso https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjUxMTc3-an-organic-compound-c3h9n-a-when-treated-with-nitrous-acid-gave-an-alcohol-and-n2-gas-was-evolved-a-on-warming-with-chcl3-and-caustic-potash-gave-c-which-on-reduction-gave-isopropylmethylamine-the-str https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjUxMjQw-which-of-the-following-compounds-is-most-basic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjYzOTA4-d-is-n-methyl-aniline-in-the-given-below-sequence-of-reaction-text-a-xrightarrow-bf-text-reduction-text-b-xrightarrow-bf-text-chcl-3-text-koh-text-c-xrightarrow-bf-text-reduction-text-d-structure-of-a https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjYzOTU4-the-products-formed-when-aniline-reacts-with-br-water-and-nano-hcl-are-respectively-1-p-bromoaniline-p-chloroaniline-2-2-4-6-tribromoaniline-p-chloroaniline-3-2-4-6-tribromoaniline-benzenediazoniumchl https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY0ODI4-aniline-when-diazotized-in-cold-and-then-treated-with-dimethyl-aniline-gives-a-coloured-product-its-structure-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY0ODMx-which-chemical-reaction-leads-to-the-formation-of-isocyanide-1-reimer-tiemann-reaction-2-carbylamine-reaction-3-hoffmann-bromamide-reaction-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY2MDY5-the-final-product-c-obtained-in-this-reaction-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY3NzQ5-a-method-for-the-identification-of-primary-secondary-and-tertiary-amines-is-1-azo-dye-test-2-carbylamine-test-3-hinsberg-rsquo-s-test-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY3NzUx-aromatic-primary-amines-cannot-be-prepared-by-gabriel-phthalimide-synthesis-because-1-alkyl-halides-do-not-undergo-electrophilic-substitution-with-the-anion-formed-by-the-phthalimide-2-alkyl-halides-d https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY4OTEw-predict-the-product-formed-when-benzenediazonium-chloride-reacts-with-hypophosphorous-acid-and-water-c-h-n-cl-h-po-h-o-rarr-product-1-c-h-nc-2-c-h-ch-3-c-h-cn-4-c-h-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY5OTI0-the-primary-amine-is-1-ch3-2chnh2-2-ch3-ch2-2nh-ch3-3-ch3-ch2-2n-ch3-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY5OTI2-which-of-the-following-is-a-secondary-amine-is-1-ch3-ch2-2nh2-2-ch3ch2-2nch3-3-c6h5nhch3-4-ch3-3nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY5OTI3-the-tertiary-amine-is-1-ch3ch2-2nch3-2-ch3-3nh2-3-m-brc6h4nh2-4-none-ofthe-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY5OTI5-which-of-the-following-tests-is-used-to-distinguish-aniline-from-benzylamine-1-nitrous-acid-2-reduction-reaction-3-hinsberg-reagent-4-lucas-test-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY5OTM2-the-chemical-test-used-to-distinguish-between-aniline-and-n-methyl-aniline-is-1-carbylamine-test-2-hoffmann-bromamide-reaction-3-acetylation-4-none-of-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY5OTU2-the-chemical-test-used-to-distinguish-between-methylamine-and-dimethylamine-is-1-hoffmann-bromamide-reaction-2-hinsberg-s-reagent-3-carbylamine-test-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY5OTgy-x-y-and-z-in-the-above-sequence-are-1-x-fe-hcl-y-br2-fecl3-and-z-h2o-warm-2-x-br2-fecl3-y-fe-hcl-and-z-h2o-warm-3-x-hbr-hv-y-fe-hcl-and-z-h3po2-4-x-hbr-hv-y-br2-fecl3-and-z-h3po2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY5OTg2-x-and-y-in-the-following-sequence-are-1-x-br2-cs2-and-y-2-x-br2-h2o-and-y-3-x-br2-cs2-and-y-4-x-br2-h2o-and-y-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY5OTkw-benzyl-chloride-8594-kcn-x-8594-lialh4-y-the-product-x-and-y-are-1-2-phenylethanenitrile-and-benzoic-acid-2-benzonitrile-and-benzoic-acid-3-2-phenylethanenitrile-and-2-phenylethanamine-4-benzonitrile https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY5OTk3-the-iupac-name-of-x-and-y-in-the-following-reaction-sequence-are-chlorobenzene-rarr-hno3-h2so4-x-rarr-h2-pd-y-1-1-chloro-4-nitrobenzene-and-nitrobenzene-2-1-chloro-3-nitrobenzene-and-4-chloroaniline-3 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDAw-benzamide-rarr-br2-naoh-a-rarr-2-h3po21-hno2-benzene-rarr-ch3cl-alcl3-b-identify-a-and-b-in-the-above-reaction-sequence-1-chlorobenzene-and-aniline-2-aniline-and-toluene-3-p-methylaniline-and-chlorobe https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDAz-small-mathrm-ch-3-mathrm-ch-2-mathrm-i-xrightarrow-nacn-mathrm-ch-3-mathrm-ch-2-mathrm-cn-xrightarrow-oh-partial-hydrolysis-a-xrightarrow-naoh-br-2-mathrm-b-the-molecular-formulae-of-a-and-b-in-the-ab https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDQ1-the-formula-of-a-and-b-in-the-following-reaction-is-c6h5n2cl-rarr-cucnc6h5cn-rarr-h2o-h-a-rarr-nh3-b-1-c6h5cooh-andc6h5conh2-2-c6h5cooh-andc6h5nh2-3-c6h5ch2nh2-andc6h5ch2n-nh-4-c6h5ch2nh2-andc6h5ch2n https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDUw-the-molecular-formulae-of-a-and-b-in-the-given-reaction-are-i-ch-3ch-2br-xrightarrow-kcn-ch-3ch-2cn-xrightarrow-lialh-4-ii-a-xrightarrow-hno-2-0-o-c-b-1-mathrm-ch-3-ch-2-ch-2-nh-2-text-and-mathrm-ch-3 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDUy-a-rarr-nh3-ch3conh2-rarr-naobrb-rarr-nano2-hclch3oh-a-and-b-in-the-above-reaction-sequence-are-1-a-ch-ch-oh-b-ch-ch-n-cl-2-a-ch-cooh-b-ch-ch-nh-3-a-ch-cooh-b-ch-nh-4-a-ch-ch-br-b-ch-nh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDU1-identify-compounds-a-b-and-c-1-a-b-c-2-a-b-c-3-a-b-c-4-a-b-c-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDYw-c6h5no2-8594-sn-hcla-8594-hno2-273kc6h5n2cl-8594-c6h5ohb-a-and-b-in-the-above-reaction-sequence-are-1-c6h5n-nh-andc6h6-2-c6h5nh2-andp-hydroxyazobenzene-3-c6h5n-nh-andp-hydroxyazobenzene-4-c6h5nh2-andc https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDcw-consider-the-following-statements-related-to-ammonolysis-a-cleavage-of-c-x-bond-by-ammonia-takes-place-b-ammonolysis-produces-primary-secondary-tertiary-amine-and-quaternary-ammonium-salt-c-in-ammonol https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDc4-the-correct-statements-among-the-following-is-1-coupling-reaction-is-an-example-of-an-electrophilic-substitution-reaction-2-azo-dye-contains-n-n-linkage-3-p-aminoazobenzene-is-obtained-when-diazonium https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDg0-the-incorrect-statement-among-the-following-is-1-acetylation-is-an-example-of-a-nucleophilic-acyl-substitution-reaction-2-in-acetylation-amine-reacts-with-an-acid-chloride-anhydrides-and-esters-3-amin https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDkx-the-incorrect-statement-among-the-following-is-1-pkb-of-aniline-is-more-than-methylamine-2-ethylamine-is-soluble-in-water-whereas-aniline-is-not-3-aniline-undergo-friedel-crafts-reaction-4-gabriel-pht https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc3MTcy-identify-the-compound-that-will-react-with-hinsberg-s-reagent-to-give-a-solid-which-dissolves-in-alkali-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc3MTk0-the-reagent-r-in-the-given-sequence-of-a-chemical-reaction-is-1-hi-2-cucn-kcn-3-h2o-4-ch3ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE2Nzg3-aniline-with-excess-of-methyl-iodide-in-the-presence-of-sodium-carbonate-solution-gives-1-n-n-n-minus-trimethylanilinium-carbonate-2-n-n-dimethylaniline-3-n-n-diethylaniline-4-n-n-n-minus-triethylanil https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzM5Mzc4-given-below-are-two-statements-statement-i-primary-aliphatic-amines-react-with-hno2-to-give-unstable-diazonium-salts-statement-ii-primary-aromatic-amines-react-with-hno2-to-form-diazonium-salts-which https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzM5NDIz-the-product-formed-from-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzM5Nzk0-match-list-i-with-list-ii-list-i-amines-list-ii-pkb-values-a-n-methylmethanamine-i-9-30-b-ammonia-ii-9-38-c-n-methylaniline-iii-4-75-d-benzenamine-iv-3-27-choose-the-correct-answer-from-the-options-gi https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzM5ODIx-the-major-product-p-formed-in-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ2NDE4-match-column-i-reaction-with-column-ii-product-formed-and-mark-the-appropriate-choice-column-i-reaction-column-ii-product-formed-a-gabriel-synthesis-i-benzaldehyde-b-kolbe-synthesis-ii-ethers-c-willia https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzY2OTcx-among-the-given-reactions-which-one-does-not-result-in-the-formation-of-a-primary-amine-as-the-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzY2OTg2-identify-the-product-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzY4MjUy-the-least-basic-compounds-species-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzY4MzM2-which-of-the-following-is-the-correct-sequence-of-reagents-for-converting-4-nitrotoluene-to-2-bromotoluene-1-nano2-hcl-sn-hcl-br2-h2o-h3po2-2-sn-hcl-nano2-hcl-br2-h2o-h3po2-3-br2-sn-hcl-nano2-hcl-h2o https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU1MDE1-given-below-are-two-statements-statement-i-aniline-does-not-undergo-friedel-crafts-alkylation-reaction-statement-ii-aniline-cannot-be-prepared-through-gabriel-synthesis-1-both-statement-i-and-statemen https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU1MDQ3-identify-the-major-product-c-formed-in-the-following-reaction-sequence-1-butylamine-2-butanamide-3-alpha-bromobutanoic-acid-4-propylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU2Nzc4-match-list-i-with-list-ii-list-i-amine-list-ii-textbf-pk-b-textbf-value-a-benzenamine-i-3-38-b-phenylmethanamine-ii-9-38-c-methenamine-iii-4-70-d-n-ethylethanamine-iv-3-0-choose-the-correct-answer-fro https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU2ODU2-match-list-i-with-list-ii-list-i-reagent-list-ii-name-of-the-reaction-a-carbylamine-test-i-phenol-b-bayer-s-test-ii-acetone-c-iodoform-test-iii-ethylene-d-phthalein-dye-test-iv-aniline-choose-the-corr https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU2ODg0-given-below-are-two-statements-statement-i-benzendiazonium-chloride-is-a-colourless-crystalline-solid-it-is-insoluble-in-water-but-reacts-with-water-when-warmed-statement-ii-benzendiazonium-chloride-o https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4MTk1-what-is-the-major-product-when-aniline-reacts-with-excess-br2-h2o-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDY3MzI2-acetamide-produces-1-circ-amine-with-1-naoh-2-hcl-3-naoh-br-2-4-hgo-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mzc4OTEx-which-one-of-the-following-techniques-is-not-intended-for-amine-synthesis-or-separation-1-gabriel-phthalimide-synthesis-2-wurtz-s-reaction-3-hofmann-s-method-4-hinsberg-s-method-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjExNTcy-match-the-structures-in-column-i-with-their-corresponding-names-in-column-ii-column-i-structure-column-ii-name-a-i-benzene-1-2-diamine-b-ii-propane-1-2-diamine-c-iii-prop-2-en-1-amine-d-iv-n-n-dimethy https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDM4-reduction-of-aromatic-nitro-compounds-using-fe-and-hcl-gives-1-aromatic-oxime-2-aromatic-hydrocarbon-3-aniline-4-aromatic-amide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mzc3OTI4-assertion-a-reduction-of-nitrobenzene-using-fe-and-hcl-is-preferred-over-sn-and-hcl-reason-r-with-fe-only-a-small-amount-of-hcl-is-required-to-initiate-the-reaction-as-fecl2-formed-gets-hydrolyzed-to https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4MTI3-the-x-and-a-in-the-following-reaction-is-ch3-ch2-cl-ethanolic-nacn-x-xrightarrow-a-ch3-ch2-ch2-nh2-1-x-ch3ch2cn-a-lialh4-2-x-ch3ch2nc-a-kmno4-3-x-ch3ch2cn-a-cro3-4-x-ch3ch2nc-a-lialh4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDMz-hofmann-bromamide-degradation-reaction-is-shown-by-1-phnh2-2-phconh2-3-phno2-4-phch2nh2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5Nzgx-the-correct-statement-regarding-the-basicity-of-arylamines-is-1-arylamines-are-generally-more-basic-than-alkylamines-because-the-nitrogen-lone-pair-electrons-are-not-delocalized-by-interaction-with-th https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE5Mzgy-what-is-the-final-product-c-in-the-given-reaction-benzene-xrightarrow-conc-hno-3-conc-h-2-so-4-a-xrightarrow-ethanol-h-2-pd-b-xrightarrow-ch-3-cl-2-moles-c-1-n-methylaniline-2-n-n-dimethylaniline-3-et https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDUw-reduction-of-nitrobenzene-by-which-of-the-following-reagent-gives-aniline-a-sn-hcl-b-fe-hcl-c-h2-pd-d-sn-nh4oh-choose-the-correct-option-1-a-b-c-2-b-c-d-3-a-c-d-4-a-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTQ4NDc3-which-of-the-following-reactions-is-appropriate-for-converting-acetamide-to-methanamine-1-carbylamine-reaction-2-hoffmann-bromamide-reaction-3-stephens-reaction-4-gabriels-phthalimide-synthesis-1-2-3 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE5NDA5-what-is-the-correct-increasing-order-of-basic-strength-of-the-given-compounds-in-gas-phase-c2h5nh2-c2h5-2nh-c2h5-3n-c6h5nh2-1-c2h5nh2-c2h5-2nh-c2h5-3n-c6h5nh2-2-c6h5nh2-c2h5nh2-c2h5-2nh-c2h5-3n-3-c2h5 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5Nzg1-the-correct-increasing-order-of-basic-strength-for-the-following-compounds-is-1-iii-i-ii-2-iii-ii-i-3-ii-i-iii-4-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzMwNDcz-an-aromatic-compound-a-on-heating-with-br-and-koh-forms-a-compound-b-with-the-molecular-formula-c-h-n-which-on-reacting-with-chcl3-and-alcoholic-koh-produces-a-foul-smelling-compound-c-identify-the-co https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mzk0Mjcx-choose-the-correct-match-of-the-reactions-given-in-column-i-with-the-statements-given-in-column-ii-column-i-column-ii-a-ammonolysis-p-test-to-distinguish-3o-2o-and-1o-alcohols-b-gabriel-phthalimide-sy https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzkxNTA1-match-column-i-reactions-with-column-ii-products-obtained-from-reactions-given-in-column-i-and-mark-the-appropriate-choice-column-i-column-ii-a-mathrm-ch-3-mathrm-nh-2-mathrm-chcl-3-mathrm-koh-stackre https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI4NTgy-match-the-compounds-given-in-list-i-with-their-characteristic-reactions-in-list-ii-and-mark-the-appropriate-option-list-i-compound-list-ii-reaction-1-tert-butyl-amine-a-hoffmann-bromamide-degradation https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ4Njc0-match-the-reaction-given-in-column-i-with-their-names-given-in-column-ii-and-mark-the-appropriate-option-column-i-column-ii-a-i-carbylamine-reaction-b-ii-gatterman-reaction-c-iii-hoffmann-bromamide-de https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5MTQw-match-list-i-with-list-ii-and-select-the-correct-answer-using-the-codes-given-below-the-lists-list-i-list-ii-a-i-br2-naoh-b-ii-h2-pd-baso4-c-iii-zn-hg-conc-hcl-d-iv-cl2-red-p-h2o-choose-the-correct-an https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzgzNTMz-which-of-the-following-reactions-will-not-give-primary-amine-1-mathrm-ch-3-mathrm-conh-2-stackrel-mathrm-koh-mathrm-br-2-longrightarrow-2-mathrm-ch-3-mathrm-cn-stackrel-mathrm-lialh-4-longrightarrow-3 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTk0OTUx-the-reaction-of-propanamide-with-ethanolic-sodium-hydroxide-and-bromine-will-give-1-ethylamine-2-methylamine-3-propylamine-4-aniline-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQxNjI5-choose-the-option-capturing-the-correct-statements-regarding-the-given-reaction-a-hno3-acts-as-an-acid-b-h2so4-acts-as-an-acid-c-major-product-is-formed-at-the-ortho-and-meta-position-d-major-product https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mzk1MDQ1-which-of-the-following-is-the-strongest-base-1-c-6h-5nh-2-pk-b-9-42-2-c-6h-5nhch-3-pk-b-9-15-3-c-6h-5n-ch-3-2-pk-b-8-94-4-c-6h-5nhc-2h-5-pk-b-8-89-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDQ4-which-of-the-following-methods-of-preparation-of-amines-will-not-give-the-same-number-of-carbon-atoms-in-the-chain-of-amines-as-in-the-reactant-1-reaction-of-nitrile-with-lialh4-2-reaction-of-amide-wi https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjUzMDA1-an-organic-compound-a-on-treatment-with-nh3-gives-b-which-on-heating-gives-c-when-c-is-treated-with-br2-in-presence-of-koh-produces-isopropylamine-compound-a-is-1-ch3ch2cooh-2-ch3ch2ch2cooh-3-4-1-2-3 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTIxNjU5-when-the-final-product-z-is-treated-with-sn-hcl-it-gives-1-acetamide-2-aniline-3-benzamide-4-benzylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQxNTIx-which-of-the-following-sequence-of-reagents-can-perform-the-following-conversion-small-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-oh-stackrel-longrightarrow-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTE0MzYz-the-correct-iupac-name-for-ch-2-chch-2-nhch-3-is-1-allymethylamine-2-2-amino-4-pentene-3-4-aminopent-1-ene-4-n-methylprop-2-en-1-amine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzM1NDc1-the-most-basic-compound-among-the-following-is-1-c-6h-5nh-2-2-p-no-2-c-6h-4nh-2-3-m-no-2-c-6h-4nh-2-4-c-6h-5ch-2nh-2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzY3Mjcw-how-many-of-the-given-compounds-can-be-readily-synthesized-via-gabriel-phthalimide-synthesis-resulting-in-product-s-soluble-in-koh-when-treated-with-hinsberg-reagent-1-2-2-3-3-1-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzgzNTI2-identify-b-in-the-reaction-acetamide-underset-delta-stackrel-mathrm-p-2-mathrm-o-5-longrightarrow-mathrm-a-stackrel-4-mathrm-h-longrightarrow-mathrm-b-1-mathrm-ch-3-mathrm-nh-2-2-mathrm-ch-3-mathrm-ch https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ3Mzgz-the-most-basic-nitrogen-in-the-given-molecule-is-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTA1NzI-aniline-is-reacted-with-bromine-water-and-the-resulting-product-is-treated-with-an-aqueous-solution-of-sodium-nitrite-in-the-presence-of-dilute-hcl-the-compound-so-formed-is-converted-into-a-tetrafluo https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDAwMzYw-what-is-the-correct-order-of-increasing-basicity-for-the-given-amines-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjUxMjQ4-an-organic-compound-a-on-treatment-with-nh3-gives-b-which-on-heating-gives-c-c-when-treated-with-br2-in-the-presence-of-koh-produces-ethylamine-compound-a-is-1-ch3ch2cooh-2-ch3cooh-3-ch3ch2ch2cooh-4-1 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTQ4NDgy-which-of-the-following-is-more-basic-than-aniline-1-diphenylamine-2-triphenylamine-3-p-nitroaniline-4-benzylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzMxMTM2-when-aniline-is-reacted-with-concentrated-hno3-then-which-of-the-following-nitro-derivative-of-aniline-has-the-highest-percentage-1-o-nitroaniline-2-m-nitoaniline-3-p-nitroaniline-4-all-have-equal-per https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ1Nzkw-hinsberg-reagent-among-the-following-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzgzNTE3-the-compounds-n-n-dimethylpropanamine-n-methylaniline-and-aniline-are-classified-respectively-as-1-primary-secondary-tertiary-2-primary-tertiary-secondary-3-secondary-tertiary-primary-4-tertiary-secon https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzM1MzIw-an-amine-reacts-with-benzene-sulphonyl-chloride-to-form-solid-compound-which-is-soluble-in-alkali-the-amine-may-be-1-mathrm-ch-3-2nh-2-mathrm-ch-3-3n-3-mathrm-ch-3-ch-2-nh-2-4-mathrm-ch-3-nh-ch-2-ch-3 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDUx-which-of-the-following-species-are-involved-in-the-carbylamine-test-a-r-nc-b-chcl3-c-cocl2-d-nano2-hcl-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQxNzkx-which-statement-is-not-correct-for-p-toluenesulphonyl-chloride-1-it-is-known-as-hinsberg-s-reagent-2-it-is-used-to-distinguish-primary-and-secondary-amines-3-on-treatment-with-a-secondary-amine-it-lea https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTI1MTc3-which-among-the-following-react-with-hinsberg-s-reagent-a-b-c-ch3-nh2-d-n-ch3-3-e-choose-the-correct-answer-from-the-options-given-below-1-b-and-d-only-2-c-and-d-only-3-a-b-and-e-only-4-a-c-and-e-only https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ5MzE5-statement-i-aniline-does-not-undergo-friedel-craft-s-reaction-statement-ii-aniline-on-reaction-with-concentrated-sulphuric-acid-followed-by-heating-forms-zwitter-ion-in-light-of-the-above-two-statemen https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mzc4NTQ4-the-final-product-in-the-given-sequence-of-reactions-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mzk5ODEx-a-compound-x-on-treatment-with-br-2-naoh-provided-c-3h-9n-which-gives-a-positive-carbylamine-test-compound-x-is-1-ch-3coch-2nhch-3-2-ch-3ch-2coch-2nh-2-3-ch-3ch-2ch-2conh-2-4-ch-3con-ch-3-2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5ODU1-in-the-given-chemical-reactions-the-compounds-a-and-b-respectively-are-1-nitrobenzene-and-chlorobenzene-2-nitrobenzene-and-fluorobenzene-3-phenol-and-benzene-4-benzene-diazonium-chloride-and-fluoroben https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mzk0Mjcw-match-the-reactions-given-in-column-i-with-corresponding-names-given-in-column-ii-column-i-column-ii-a-small-begin-aligned-rnh-2-chcl-3-koh-alc-xrightarrow-delta-end-aligned-p-schotten-baumann-reactio https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzY2ODkw-the-structure-of-compound-b-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ2OTE2-identify-products-a-and-b-for-the-following-reaction-a-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDAwNDQz-benzenediazonium-chloride-on-reaction-with-phenol-in-a-weakly-basic-medium-gives-1-diphenyl-ether-2-p-hydroxyazobenzene-3-chlorobenzene-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzkxMDg0-consider-the-given-reaction-sequence-identify-the-structures-of-x-and-y-from-the-following-options-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDQ5-the-compound-s-among-the-following-that-is-are-not-typically-synthesized-using-the-sandmeyer-reaction-a-chlorobenzene-b-bromobenzene-c-iodobenzene-d-fluorobenzene-choose-the-correct-option-1-a-b-2-b-c https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDM2-the-gas-evolved-when-methylamine-reacts-with-nitrous-acid-is-1-nh3-2-n2-3-h2-4-c2h6-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5Nzc2-among-the-following-options-which-diazonium-salt-would-be-the-most-stable-1-ch3n-2x-ch3n2-x-2-c6h5n-2x-c6h5n2-x-3-ch3ch2n-2x-ch3ch2n2-x-4-c6h5ch2n-2x-c6h5ch2n2-x-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDUy-which-of-the-following-reagents-can-be-used-to-convert-benzene-diazonium-chloride-to-benzene-a-sncl2-hci-b-ch3ch2oh-c-h3po2-d-lialh4-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzYzMjE5-what-is-the-structural-formula-of-compound-c4h11n-which-reacts-with-hno2-and-is-optically-active-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTQ3Njc0-the-structure-of-c-in-the-above-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ4NzA1-which-of-the-following-can-not-be-obtained-by-sandmeyer-s-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5NzU2-the-final-product-in-the-following-sequence-of-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ3MjIy-the-order-of-reactivity-of-alkyl-halides-rcl-rbr-ri-with-aliphatic-amines-is-1-rcl-ri-rbr-2-rbr-rcl-ri-3-ri-rbr-rcl-4-ri-rcl-rbr-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4OTg2-consider-the-given-reaction-and-products-the-correct-statement-about-the-given-chemical-reaction-is-1-nh2-group-is-ortho-and-para-directive-so-product-b-is-not-possible-2-reaction-is-possible-and-comp https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE2Nzg4-aniline-benzoyl-chloride-xrightarrow-base-product-the-product-produced-in-the-reaction-mentioned-above-is-1-n-phenylbenzamide-2-chlorobenzene-3-n-chlorobenzamide-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ3MzI0-consider-the-following-reaction-a-significant-amount-of-meta-isomer-forms-because-1-nh-2-group-is-ortho-para-and-meta-director-2-anilinium-ions-are-formed-during-the-reaction-3-there-is-a-less-steric https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5Nzgy-a-given-nitrogen-containing-aromatic-compound-a-reacts-with-sn-hcl-followed-by-hno2-to-give-an-unstable-compound-b-b-on-treatment-with-phenol-forms-a-beautiful-coloured-compound-c-with-the-molecular-f https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM3MTQ3-the-compound-ch3-2chch2nh2-can-be-synthesized-by-the-following-route-ch3ch-ch2-xrightarrow-1-ch3chbrch3-xrightarrow-2-ch3-2chcn-xrightarrow-3-ch3-2chch2nh2-what-type-of-reaction-are-used-in-stages-1-2 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTM2NjM-which-compound-upon-reduction-with-lithium-aluminium-hydride-yields-a-secondary-amine-1-nitroethane-2-methylisocyanide-3-acetamide-4-methyl-cyanide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQwNjU5-assertion-a-treatment-of-alkyl-halide-with-alcoholic-solution-of-potassium-cyanide-gives-isocyanide-reason-r-cyanides-are-used-for-the-preparation-of-amines-and-carboxylic-acids-1-both-a-and-r-are-tru https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5NzY5-which-of-the-following-compounds-when-reduced-with-lithium-aluminium-hydride-produces-a-secondary-amine-1-nitroethane-2-methylisocyanide-3-acetamide-4-methyl-cyanide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTIyOTg0-in-a-set-of-reactions-propanoic-acid-yielded-a-compound-d-ch-3ch-2cooh-text-a-xrightarrow-socl-2-text-b-xrightarrow-nh-3-text-c-xrightarrow-br-2-koh-text-d-the-formula-for-d-is-1-ch3ch2ch2nh2ch3ch2ch2 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTIxNjU4-ch3ch2co-nh2-can-be-converted-into-ch3ch2nh2-in-the-presence-of-1-lialh4-2-h2-pt-3-sn-hcl-4-naobr-oh-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5ODAz-the-product-b-in-the-below-mentioned-reaction-is-acetamide-overset-p-2o-5-longrightarrow-a-overset-4h-longrightarrow-b-1-ch3nh2-2-c2h5nh2-3-ch3cn-4-ch3coonh4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTI2NDM-the-incorrect-statement-among-the-following-regarding-the-primary-amine-is-1-alkyl-amines-are-stronger-bases-than-aryl-amines-2-alkyl-amines-react-with-nitrous-acid-to-produce-alcohols-3-aryl-amines-r https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTA4MzI-what-is-the-name-of-the-following-reaction-1-friedel-crafts-reaction-2-perkins-reaction-3-acetylation-reaction-4-schotten-baumann-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDMx-the-most-effective-reagent-among-the-following-to-convert-2-phenylpropanamide-into-2-phenylpropanamine-is-1-excess-h2-2-br2-in-aqueous-naoh-3-iodine-in-the-presence-of-phosphorus-4-lialh4-in-ether-1-2 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTE1OTM2-a-left-right-c-3-h-9-n-left-right-reacts-with-benzenesulfonyl-chloride-to-give-an-insoluble-salt-in-alkali-the-structure-of-compound-a-will-be-1-mathrm-ch-3ch-2ch-2nh-2-2-mathrm-ch-3nhch-2ch-3-3-4-non https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTczMjg1-the-following-reaction-is-the-best-method-to-introduce-f-to-benzene-the-structure-of-intermediate-compound-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTEyNDU-the-most-stable-diazonium-salt-among-the-following-is-1-ch-3-n-2-x-2-c-6-h-5-n-2-x-3-ch-3-ch-2-n-2-x-4-c-6-h-5-ch-2-n-2-x-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI2Mzkz-aniline-undergoes-the-following-reaction-sequence-to-yield-product-d-what-is-the-formula-of-the-product-d-1-c6h5nhohc6h5nhoh-2-c6h5nhch2ch3c6h5nhch2ch3-3-c6h5ch2nh2c6h5ch2nh2-4-c6h5ch2ohc6h5ch2oh-1-2 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDQz-a-compound-among-the-following-that-does-not-undergo-an-azo-coupling-reaction-with-benzene-diazonium-chloride-is-1-aniline-2-phenol-3-anisole-4-nitrobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTMwMjE2-benzene-diazonium-chloride-on-reaction-with-aniline-in-the-presence-of-dilute-hydrochloric-acid-gives-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246OTI2MzI-the-reagent-that-is-used-to-convert-acetamide-into-methyl-amine-is-1-naoh-br2-2-soda-lime-3-hot-conc-h2so4-4-pcl5-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDg3-match-the-reactions-given-in-column-i-with-the-statements-given-in-column-ii-column-i-column-ii-a-ammonolysis-i-amine-with-a-lesser-number-of-carbon-atoms-b-gabriel-phthalimide-synthesis-ii-detection https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDI0-which-of-the-following-bases-is-the-strongest-in-an-aqueous-medium-1-ch3nh2-2-ncch2nh2-3-ch3-2nh-4-c6h5nhch3-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTIxNjYw-what-additional-product-is-formed-besides-the-tertiary-amine-when-the-given-compound-undergoes-a-reaction-with-moist-silver-oxide-and-heat-1-toluene-2-styrene-3-ethyl-benzene-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTI2Mzg5-the-products-a-and-b-in-the-below-mentioned-reaction-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5Nzg4-which-reagent-transforms-nitromethane-into-methylamine-1-zn-hcl-2-zn-naoh-3-zn-c2h5oh-4-ni-h2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246ODkxNzY-a-nitrogen-containing-aromatic-compound-a-reacts-with-sn-hcl-followed-by-hno2-to-give-an-unstable-compound-b-on-treatment-with-phenol-b-forms-a-beautiful-coloured-compound-c-with-the-molecular-formula https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5ODAx-on-hydrolysis-what-do-primary-nitroalkanes-give-1-rcooh-nh2oh-2-rcooh-3-nh2oh-4-rcor-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTcxNzEx-the-structure-of-the-major-product-in-the-following-reaction-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDI3-the-reagent-among-the-following-that-does-not-reduce-an-aryl-nitro-compound-to-an-amine-is-1-h2-excess-pt-2-lialh4-in-ether-3-fe-and-hci-4-sn-and-hci-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5Nzkz-the-product-c-in-the-below-mentioned-reaction-is-xrightarrow-nh-4-2s-a-xrightarrow-0-5-circ-c-nano-2-hcl-b-xrightarrow-delta-c-2h-5oh-c-1-nitrobenzene-2-1-3-diethoxybenzene-3-ethoxybenzene-4-benzene-1 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTE4MzI5-consider-the-following-reaction-sequence-small-begin-aligned-xrightarrow-sn-hcl-a-xrightarrow-0-5-circ-c-nano-2-hcl-b-xrightarrow-hbf-4-c-xrightarrow-cu-delta-nano-2-d-end-aligned-the-major-product-d https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTg5NDcw-when-is-reduced-with-sn-hcl-the-pair-of-products-formed-is-1-ethanol-hydroxylamine-hydrochloride-2-ethanol-ammonium-hydroxide-3-ethanol-nh2oh-4-c-3h-5nh-2-h-2o-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5ODA2-z-in-the-below-reaction-sequence-will-be-ch-3ch-2cl-xrightarrow-nacn-x-xrightarrow-ni-h-2-y-xrightarrow-ac-2o-z-1-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-nhcoch-3-2-mathrm-ch-3-mathrm-ch-2-mathrm-c https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTk4Mzcx-find-the-correct-comparison-of-the-acidic-strength-of-cyanoform-and-chloroform-1-cyanoform-is-a-weaker-acid-than-chloroform-2-cyanoform-is-a-neutral-compound-3-cyanoform-is-a-stronger-acid-than-chloro https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTkyODQ5-the-following-two-reactions-give-the-same-foul-smelling-product-z-x-and-z-respectively-are-1-x-text-agcn-z-c-2h-5-text-cn-2-x-text-kcn-z-c-2h-5-text-cn-3-x-text-kcn-z-c-2h-5-text-nc-4-x-text-agcn-z-c https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTkyODIx-select-the-reagents-that-reduce-nitriles-to-primary-amines-a-i-lialh4-ii-h2o-b-sn-hcl-c-h2-ni-d-na-hg-c2h5oh-e-br2-aq-naoh-choose-the-correct-answer-from-the-options-given-below-1-a-b-and-c-only-2-a-c https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTkyODA3-the-major-product-z-formed-in-the-following-sequence-of-reactions-is-small-c-2h-6-xrightarrow-uv-light-cl-2-x-text-monochlorinated-product-xrightarrow-nh-3-y-xrightarrow-ii-h-2o-i-nano-2-hcl-z-1-c-2h https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTk4MjMw-identify-the-reactions-which-give-aniline-as-the-major-product-a-b-c-d-choose-the-correct-answer-from-the-options-given-below-1-c-and-d-only-2-a-and-b-only-3-b-and-d-only-4-a-and-c-only-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTk4MjI5-given-below-are-two-statements-statement-i-oxidation-of-p-nitrotoluene-with-acidic-kmno4-gives-an-acid-that-is-stronger-than-benzoic-acid-statement-ii-reduction-of-p-nitrotoluene-with-sn-hcl-followed https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTk4MjI0-one-of-the-products-formed-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTM1MTk4-given-below-are-two-statements-statement-i-benzenediazonium-salt-is-prepared-by-the-reaction-of-aniline-with-nitrous-acid-at-273-278-text-k-it-decomposes-easily-in-the-dry-state-statement-ii-insertion https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTM1MTg4-the-correct-order-of-decreasing-basic-strength-of-the-given-amines-is-1-n-ethylethanamine-ethanamine-n-methylaniline-benzenamine-2-benzenamine-ethanamine-n-methylaniline-n-ethylethanamine-3-n-methylan https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDY4ODYz-the-compound-that-does-not-undergo-friedel-crafts-alkylation-reaction-but-gives-a-positive-carbylamine-test-is-1-aniline-2-pyridine-3-n-methylaniline-4-triethylamine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-pb246ODkxMjU-mark-the-correct-reaction-among-the-following-to-convert-acetamide-to-methenamine-1-hoffmann-bromamide-reaction-2-stephens-reaction-3-gabriels-phthalimide-synthesis-4-carbylamine-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY0MTAx-aniline-in-a-set-of-reactions-yielded-a-product-d-the-structure-of-the-product-d-would-be-1-c6h5ch2ohc6h5ch2ohc6h5ch2oh-2-c6h5ch2nh2c6h5ch2nh2c6h5ch2nh2-3-c6h5nhohc6h5nhohc6h5nhoh-4-c6h5nhch2ch3c6h5nh https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4MTI2-the-major-product-a-in-the-following-reaction-is-c2h5cl-excess-ethanolic-nh3-a-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4MTI4-consider-the-following-reactions-the-iupac-names-of-a-and-b-are-respectively-1-a-propanamide-b-benzamide-2-a-butanamide-b-benzamide-3-a-propanamide-b-2-phenylacetamide-4-a-butanamide-b-2-phenylacetami https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4MTMw-correct-sequence-of-decreasing-order-of-the-basic-strength-of-c6h5nh2-c2h5nh2-c2h5-2nh-nh3-is-1-c2h5-2nh-c2h5nh2-nh3-c6h5nh2-2-c6h5nh2-c2h5nh2-nh3-c2h5nh2-c2h5-2nh-4-c2h5-2nh-nh3-c2h5nh2-c6h5nh2-1-2-3 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4MTMx-consider-the-following-reaction-the-correct-statement-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE0ODY0-the-product-x-in-the-following-reaction-is-c6h5-ch2-cl-ethanolic-nacn-c6h5-ch2-cn-xrightarrow-h-2-ni-text-x-1-2-benzylethanamine-2-methylamine-benzene-3-2-phenylethanamine-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE0ODgw-the-product-y-in-the-following-reaction-is-ammonolysis-of-benzyl-chloride-product-x-product-x-reacts-with-two-moles-of-ch3cl-gives-product-y-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjcwMDk1-the-incorrect-statement-among-the-following-is-1-methylamine-in-water-reacts-with-ferric-chloride-to-precipitate-hydrated-ferric-oxide-2-diazonium-salt-of-aromatic-amines-is-more-stable-than-that-of-a https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE2Nzgx-match-the-compounds-given-in-column-i-with-their-respective-classified-amine-given-in-column-ii-and-mark-the-correct-option-column-i-column-ii-a-i-primary-amine-b-ii-secondary-amine-c-mathrm-c-2h-5-2c https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE2Nzgy-total-number-of-different-isomeric-amines-corresponding-to-the-molecular-formula-c4h11n-is-1-7-2-6-3-8-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE2Nzgz-consider-the-following-reaction-benzene-xrightarrow-conc-hno-3-conc-h-2-so-4-a-xrightarrow-ethanol-h-2-pd-b-b-is-1-aniline-2-benzene-3-cyclohexylamine-4-1-nitrocyclohexane-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE5Mzg3-consider-the-following-reaction-cl-ch2-4-cl-xrightarrow-a-n-equiv-c-ch-2-4-c-equiv-n-xrightarrow-a-hexan-1-6-diamine-a-and-b-in-the-given-reaction-are-respectively-1-ethanolic-agcn-kmno4-2-ethanolic-a https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE2Nzg2-consider-the-reactions-i-ch3ch2ch2nh2-hcl-a-ii-c2h5-3n-hcl-b-products-a-and-b-are-respectively-1-ch3ch2ch2nhcl-c2h5-3ncl-2-ch3ch2ch2cl-c2h5-3ncl-3-ch3ch2ch2nh3-c2h5-3nh-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE2Nzg5-the-total-number-of-different-isomers-corresponding-to-the-molecular-formula-c3h9n-is-1-5-2-6-3-4-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE2Nzkw-the-correct-sequence-of-reagents-used-in-the-preparation-of-1-3-5-tribromobenzene-from-aniline-is-1-a-br2-h2o-b-nano2-hcl-c-h3po2-h2o-2-a-nano2-hcl-b-h3po2-h2o-c-br2-h2o-3-a-nano2-hcl-b-h2o-c-br2-h2o https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzE5NTE2-the-correct-sequence-of-reagents-used-in-the-preparation-of-3-nitrotoluene-from-3-methylaniline-is-1-a-br2-h2o-b-nano2-hcl-c-h3po2-h2o-2-a-nano2-hcl-b-hbf4-c-nano2-cu-delta-3-a-nano2-hcl-b-h2o-c-br2-h https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDIy-which-of-the-following-is-a-3-amine-1-1-methylcyclohexylamine-2-triethylamine-3-tert-butylamine-4-n-methylaniline-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDI1-which-of-the-following-is-the-weakest-bronsted-base-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDI2-benzylamine-may-be-alkylated-as-shown-in-the-following-equation-c6h5ch2nh2-r-x-c6h5ch2nhrc6h5ch2nh2-r-x-c6h5ch2nhrc6h5ch2nh2-r-x-c6h5ch2nhr-which-of-the-following-alkyl-halides-is-best-suited-for-this https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDI4-in-order-to-prepare-a-1o-amine-from-an-alkyl-halide-with-the-simultaneous-addition-of-one-ch2-group-in-the-carbon-chain-the-reagent-used-as-a-source-of-nitrogen-is-1-sodium-amide-nanh2-2-sodium-azide https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDI5-the-source-of-nitrogen-in-gabriel-synthesis-of-amines-is-1-sodium-amide-nan3-2-sodium-azide-nano2-3-potassium-cyanide-kcn-4-potassium-phthalimide-c6h4-co-2-n-k-c6h4-co-2-n-k-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDMw-amongst-the-given-set-of-reactants-the-most-appropriate-for-preparing-2o-amine-is-1-2o-r-br-nh3-2-2or-br-nacn-followed-by-h2-pt-3-1o-r-nh2nh2-rcho-followed-by-h2-pt-4-1o-r-br-2-mol-potassium-phthalimi https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDMy-what-is-the-best-reagent-for-converting-2-phenylpropanamide-into-1-phenylethanamine-1-excess-h2-pt-2-naoh-br2br2-3-nabh4-methanol-4-lialh4-ether-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDM1-what-is-the-product-formed-when-methylamine-reacts-with-nitrous-acid-1-ch3-o-n-o-2-ch3-o-ch3-3-ch3-oh-4-ch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDM5-the-most-reactive-amine-towards-dilute-hydrochloric-acid-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDQw-acid-anhydrides-on-reaction-with-primary-amines-give-1-amide-2-imide-3-secondary-amine-4-imine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDQx-the-following-reaction-is-named-as-mathrm-ar-mathrm-n-2-mathrm-cl-xrightarrow-mathrm-cu-mathrm-hcl-mathrm-arcl-mathrm-n-2-mathrm-cucl-1-sandmeyer-reaction-2-gattermann-reaction-3-claisen-reaction-4-ca https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDQy-which-of-the-following-compound-will-not-undergo-azo-coupling-reaction-with-benzene-diazonium-chloride-1-aniline-2-phenol-3-anisole-4-nitrobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDQ0-which-of-the-following-compounds-is-the-weakest-bronsted-base-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDQ1-among-the-following-amines-the-strongest-bronsted-base-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDQ3-which-of-the-following-should-be-most-volatile-i-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-nh-2-ii-left-mathrm-ch-3-right-3-mathrm-n-iii-iv-mathrm-ch-3-mathrm-ch-2-mathrm-ch-3-1-ii-2-iv-3-i-4-iii-1-2 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDg5-assertion-a-acylation-of-amines-gives-a-monosubstituted-product-whereas-alkylation-of-amines-gives-a-polysubstituted-product-reason-r-acyl-group-sterically-hinders-the-approach-of-further-acyl-groups https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDkw-given-below-are-two-statements-assertion-a-hofmann-s-bromamide-reaction-is-given-by-primary-amines-reason-r-primary-amines-are-more-basic-than-secondary-amines-1-both-a-and-r-are-true-and-r-is-the-cor https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDky-given-below-are-two-statements-assertion-a-n-n-diethyl-benzene-sulphonamide-is-insoluble-in-alkali-reason-r-sulphonyl-group-attached-to-the-nitrogen-atom-is-a-strong-electron-withdrawing-group-1-both https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDk0-given-below-are-two-statements-assertion-a-aromatic-1o-amines-can-be-prepared-by-gabriel-phthalimide-synthesis-reason-r-aryl-halides-undergo-nucleophilic-substitution-with-anion-formed-by-phthalimide https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDk1-given-below-are-two-statements-assertion-a-acetanilide-is-less-basic-aniline-reason-r-acetylation-of-aniline-results-in-a-decrease-of-electron-density-on-nitrogen-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDIz-the-correct-iupac-name-for-mathrm-ch-2-mathrm-chch-2-mathrm-nhch-3-is-1-allyl-methylamine-2-2-amino-4-pentene-3-4-aminopent-1-ene-4-n-methylprop-2-en-1-amine-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDU2-which-of-the-following-reactions-is-are-correct-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDU4-which-of-the-following-reactions-belong-to-electrophilic-aromatic-substitution-a-bromination-of-acetanilide-b-coupling-reaction-of-aryldiazonium-salts-c-diazotisation-of-aniline-d-acylation-of-aniline https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDUz-the-product-of-the-above-reaction-is-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDU3-under-which-of-the-following-reaction-conditions-aniline-gives-p-nitro-derivative-as-the-major-product-a-acetyl-chloride-pyridine-followed-by-reaction-with-conc-h2so4-conc-hno3-b-acetic-anhydride-pyri https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDU0-which-arenium-ion-is-involved-in-the-bromination-of-aniline-choose-the-correct-option-1-a-b-c-2-b-c-d-3-a-c-d-4-a-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjMwNDU1-which-of-the-following-amines-can-be-prepared-by-gabriel-synthesis-a-isobutyl-amine-b-2-phenylethylamine-c-n-methylbenzylamine-d-aniline-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQyOTg4-consider-the-given-two-statements-assertion-a-p-toluidine-is-a-stronger-base-than-m-toluidine-reason-r-the-methyl-group-from-m-position-exerts-a-smaller-electron-donating-inductive-l-effect-than-from https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQyOTkx-consider-the-given-two-statements-assertion-a-aniline-does-not-undergo-friedel-crafts-reaction-reason-r-friedel-crafts-is-an-electrophilic-substitution-reaction-1-both-a-and-r-are-true-and-r-is-the-co https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQyOTk1-assertion-a-anilinium-hydrogen-sulphate-on-heating-forms-meta-aminobenzene-sulfonic-acid-reason-r-the-sulfonic-acid-group-is-an-electron-donating-group-1-both-a-and-r-are-true-and-r-is-the-correct-exp https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQzMDAy-given-below-are-two-statements-assertion-a-anilinium-chloride-is-more-acidic-than-ammonium-chloride-reason-r-the-anilinium-ion-is-resonance-stabilised-1-both-a-and-r-are-true-and-r-is-the-correct-expl https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQzMDEx-assertion-a-primary-aromatic-amines-form-arenediazonium-salts-which-are-stable-for-a-short-time-in-solution-at-low-temperatures-273-278-k-reason-r-alkyldiazonium-salt-is-more-stable-than-arenediazoniu https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQzMDUx-assertion-a-in-gattermann-reaction-diazonium-salt-solution-is-treated-with-corresponding-halogen-acid-in-the-presence-of-copper-powder-and-haloarene-is-obtained-as-a-product-reason-r-the-yield-in-sand https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQzMDU2-consider-the-given-two-statements-assertion-a-when-benzene-diazonium-chloride-is-reacted-with-phenol-then-an-azo-dye-is-formed-reason-r-it-is-an-example-of-an-electrophilic-substitution-reaction-1-bot https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQzMzUz-given-below-are-two-statements-assertion-a-the-nucleophiles-cl-br-and-cn-can-be-easily-introduced-into-the-benzene-ring-of-diazonium-salts-in-the-presence-of-cu-i-ion-a-process-known-as-the-sandmeyer https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ0MjY4-the-reaction-s-that-will-yield-amine-as-a-product-with-less-number-of-carbon-than-the-reactant-is-are-1-2-3-4-1-a-only-2-b-and-c-only-3-c-and-d-only-4-c-only-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MTM5NzA0-which-of-the-following-reactions-is-appropriate-for-converting-acetamide-to-methanamine-1-hoffmann-hypobromamide-reaction-2-stephens-reaction-3-gabriels-phthalimide-synthesis-4-carbylamine-reaction-1 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzU4MzEw-a-compound-undergoes-hydrolysis-resulting-in-the-formation-of-two-products-one-of-these-products-when-treated-with-sodium-nitrite-and-hydrochloric-acid-yields-a-product-that-does-not-respond-to-the-io https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzU4MzEx-some-reactions-of-amines-are-given-which-one-is-not-correct-1-2-mathrm-ch-3-mathrm-ch-2-mathrm-nh-2-mathrm-hno-2-rightarrow-mathrm-ch-3-mathrm-ch-2-mathrm-oh-mathrm-n-2-3-mathrm-ch-3-mathrm-nh-2-mathr https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjY0MDkx-electrolytic-reduction-of-nitrobenzene-in-weakly-acidic-medium-gives-1-aniline-2-p-hydroxy-aniline-3-n-phenyl-hydroxyl-amine-4-nitroso-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDAwMzIz-arrange-the-following-amines-in-decreasing-order-of-basicity-a-b-c-d-1-a-c-d-b-2-c-a-b-d-3-b-c-d-a-4-c-b-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQxMTYz-consider-the-given-two-statements-statement-i-in-the-hofmann-rearrangement-reaction-the-alkyl-group-shifts-from-a-carbonyl-carbon-atom-to-the-nitrogen-atom-statement-ii-the-tertiary-amine-formed-in-ho https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQxOTU5-given-below-are-two-statements-assertion-a-in-strongly-acidic-solutions-aniline-becomes-more-reactive-towards-electrophilic-reagents-reason-r-the-amino-group-being-completely-protonated-in-a-strongly https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzYyOTk3-match-the-organic-compounds-given-in-list-i-with-their-corresponding-pkb-given-in-list-ii-amine-list-i-list-ii-pkb-aqueous-medium-a-aniline-i-9-0-b-ethanamine-ii-3-29-c-n-ethylethanamine-iii-3-25-d-n https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mzk5ODEw-which-of-the-following-will-produce-the-highest-yield-in-friedel-crafts-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzU3ODU1-in-the-following-reaction-sequence-the-major-products-x-and-z-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzM4MDg2-r-cooh-xrightarrow-2-br-2-koh-1-nd-3-delta-a-text-major-the-compound-a-is-1-r-cond-2-2-r-nh-2-3-r-nd-2-4-r-conh-2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ2OTgy-for-the-following-ions-choose-the-correct-statement-1-iii-is-the-most-stable-in-aqueous-phase-2-i-is-the-most-stable-in-the-aqueous-phase-3-iii-is-the-smallest-in-size-4-ii-is-the-most-stable-in-the-a https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzM4MDgx-given-the-following-reaction-the-compound-a-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mzg2NDI3-the-most-stable-diazonium-salt-among-the-following-is-1-p-nitrobenzene-diazonium-chloride-2-2-4-dinitrobenzene-diazonium-chloride-3-2-4-6-trinitrobenzene-diazonium-chloride-4-p-methoxybenzene-diazoniu https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzY2ODEw-the-correct-matches-of-reagents-that-are-used-to-react-with-diazonium-salt-ph-n-2x-to-get-the-product-given-against-each-reagent-are-reagents-products-a-hbf4-ph-f-b-cucn-kcn-ph-cn-c-cucl2-hcl-ph-cl-d https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ3MDc2-the-product-major-formed-in-the-given-organic-reaction-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTI2MDgx-consider-the-given-reaction-the-correct-order-of-the-set-of-reagents-for-the-above-conversion-is-1-mathrm-br-2-mid-mathrm-febr-3-mathrm-h-2-mathrm-o-delta-mathrm-naoh-2-mathrm-h-2-mathrm-so-4-mathrm-a https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ1MDIx-a-mixture-of-1-mol-of-benzene-and-1-mol-of-nitrobenzene-is-reacted-with-1-mol-of-acetyl-chloride-in-the-presence-of-alcl3-the-major-product-s-is-are-1-acetophenone-2-3-nitroacetophenone-3-1-1-mixture https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDAwNDQw-in-the-following-reaction-sequence-the-major-product-w-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQxNzM5-when-nitrobenzene-is-treated-with-bromine-in-the-presence-of-febr3-the-major-product-formed-is-m-bromonitrobenzene-the-statement-related-to-obtaining-the-m-isomer-is-1-the-intermediate-carbonium-ion-f https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDAwMzM4-what-is-the-correct-increasing-order-of-basicity-for-the-following-compounds-in-aqueous-solution-a-mathrm-ch-3ch-2nh-2-b-c-d-1-d-c-b-a-2-d-c-a-b-3-a-b-c-d-4-a-b-d-c-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTc1NjM2-a-compound-p-reacts-with-ammonia-and-upon-heating-forms-compound-q-compound-q-when-treated-with-koh-and-bromine-br-undergoes-a-reaction-to-produce-compound-r-which-has-the-molecular-formula-c-h-n-iden https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTc1ODEz-which-of-the-following-is-least-stable-resonating-structure-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTc1ODg4-determine-the-number-of-bromine-atoms-in-the-major-product-for-the-following-reaction-scheme-1-2-2-4-3-5-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTc2MTAx-correct-order-of-stability-among-the-following-is-a-b-c-d-1-a-b-c-d-2-d-c-b-a-3-b-a-c-d-4-d-b-c-a-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTc2MTQ2-statement-i-grignard-reagent-r-mgx-reacts-with-co-followed-by-acidification-to-form-a-carboxylic-acid-r-cooh-this-on-heating-with-nh-forms-an-amide-r-conh-which-on-treatment-with-naocl-gives-a-primary https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTc2MTQ4-aniline-9-3-gm-on-reaction-with-acetic-anhydride-forms-x-11-gm-find-the-percentage-yield-of-the-reaction-1-80-2-90-3-81-48-4-93-2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTc2MjYx-in-the-given-reaction-find-the-final-product-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTc2Mjk1-find-the-mass-of-product-in-g-obtained-by-benzoylation-of-5-8-gm-aniline-if-reaction-yield-is-82-1-5-65-2-10-04-3-15-61-4-22-02-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTc3OTE4-given-below-are-two-statements-statement-i-statement-ii-1-statement-i-and-statement-ii-both-are-correct-2-statement-i-is-incorrect-statement-ii-is-correct-3-statement-i-is-correct-statement-ii-is-inco https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTMyNDcy-which-of-the-following-reagents-is-used-to-prepare-tribromoaniline-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NTMyNTk4-which-of-the-following-is-the-correct-order-of-the-basic-strength-of-amines-in-an-aqueous-medium-1-mathrm-ch-3-mathrm-nh-2-left-mathrm-ch-3-right-2-mathrm-nh-left-mathrm-ch-3-right-3-mathrm-n-mathrm-n https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDM3OTYx-identify-the-product-labeled-p-in-the-given-below-sequential-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDM4NTIy-for-the-reaction-given-below-if-mass-of-aniline-taken-is-9-3-text-g-and-produced-mass-of-product-is-26-4-text-g-then-calculate-the-percentage-yield-of-reaction-atomic-mass-of-mathrm-br-80-mathrm-g-mat https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDQwMTA0-9-3-g-of-aniline-was-treated-with-mathrm-nano-2-and-text-hcl-at-0-c-to-get-product-a-which-reacts-with-phenol-to-form-a-product-b-assuming-100-yield-in-each-step-what-is-the-weight-in-g-of-product-b-o https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDQwMjUy-identify-the-correct-product-formed-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDQwMzAx-what-is-the-maximum-amount-of-acetanilide-report-to-the-nearest-integer-formed-when-acetic-anhydride-in-excess-is-treated-with-18-text-gm-of-aniline-1-27-2-24-3-26-4-22-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDUyNTc3-which-of-the-following-compounds-will-not-give-hinsberg-s-test-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDUyODMy-consider-the-following-reaction-what-is-the-mass-of-nitrogen-in-g-in-one-mole-a-1-42-2-85-3-89-4-60-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU0NDQz-given-below-are-two-statements-statement-1-benzene-sulphonyl-chloride-reacts-with-1-0-2-0-and-3-0-amines-statement-2-all-products-of-the-reaction-above-are-soluble-in-mathrm-naoh-1-statement-1-is-true https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU0NTA5-given-below-are-two-statements-statement-i-aniline-on-reaction-with-concentrated-text-h-2-text-so-4-at-475-k-gives-p-amino-benzene-sulphonic-acid-this-gives-blood-red-colour-with-lassaigne-s-test-stat https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU0NTEw-which-of-the-following-is-the-product-for-the-reaction-scheme-given-below-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU1MTk2-which-of-the-following-is-the-strongest-base-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU1NDcz-what-is-the-correct-iupac-name-of-the-given-compound-1-4-aminopentanitrile-2-2-aminopentanitrile-3-3-aminobutanitrile-4-2-aminobutanitrile-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU1Nzc1-the-final-product-p-of-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU1OTE1-what-are-a-and-b-in-the-following-sequence-of-reactions-1-text-hno-3-phenol-2-mathrm-nano-2-text-hcl-phenol-3-text-hno-3-aniline-4-text-naoh-text-hcl-aniline-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU2MjA1-find-out-final-product-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDU3MTEx-identify-the-product-text-b-in-the-following-sequence-of-reactions-mathrm-cl-left-mathrm-ch-2-right-4-mathrm-cl-xrightarrow-text-excess-mathrm-nh-3-mathrm-a-xrightarrow-mathrm-naoh-mathrm-b-mathrm-h-2 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzYyODY1-what-is-the-correct-order-of-basic-strength-in-aqueous-solution-among-the-following-compounds-1-ch3-nh2-2-ch3-nh-ch3-3-ch3-n-ch3-ch3-4-nh3-1-2-1-3-4-2-3-2-1-4-3-4-2-1-3-4-2-4-3-1-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzYyOTE5-consider-the-following-sequence-of-reaction-which-of-the-following-option-contains-the-correct-structure-1-a-is-2-b-is-3-c-is-4-d-is-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQxNDkw-the-product-of-given-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQxNDk4-the-reaction-of-1-aliphatic-amine-with-hno2-at-273-k-initially-gives-a-product-but-if-the-temperature-is-increased-to-298-k-the-product-formed-is-1-nitrile-2-alcohol-3-diazonium-salt-4-secondary-amine https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQyMjU4-which-of-the-following-will-not-form-an-enamine-with-2-amine-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQyMjY3-which-of-the-given-enamine-is-the-most-stable-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQyNTIz-identify-the-product-in-the-following-reaction-scheme-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQyNTI1-which-of-the-following-is-incorrect-about-p-nitrobenzene-sulphonyl-chloride-1-it-is-known-hinsberg-reagent-2-it-can-differential-primary-and-secondary-amine-3-it-gives-product-soluble-in-koh-with-the https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzQ3NzM5-given-below-are-two-statements-assertion-a-experimental-reaction-of-ch-cl-with-aniline-and-anhydrous-alcl-does-not-give-o-and-p-methylaniline-reason-r-the-nh-group-of-aniline-forms-a-complex-with-anhy https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDgxNzk3-which-statement-is-not-correct-for-p-toluenesulphonyl-chloride-1-it-is-known-as-hinsberg-s-reagent-2-it-is-used-to-distinguish-primary-and-secondary-amines-3-on-treatment-with-secondary-amine-it-leads https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDgyMDU5-match-list-i-with-list-ii-list-i-list-ii-a-benzenesulphonyl-chloride-i-test-for-primary-amines-b-hoffmann-bromamide-reaction-ii-anti-saytzeff-c-carbylamine-reaction-iii-hinsberg-reagent-d-hoffmann-ori https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDgyMTAx-find-the-melting-point-of-product-c-obtained-by-decarboxylation-of-all-six-possible-isomeric-diaminobenzoic-acids-c-h-nh-cooh-on-decarboxylation-the-six-isomeric-diaminobenzoic-acids-give-three-produc https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDgyNDI2-which-among-the-following-is-the-strongest-bronsted-base-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDgyNTA2-for-the-reaction-scheme-given-below-identify-the-products-a-and-b-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4OTM3-carbylamine-test-is-used-to-detect-the-presence-of-a-primary-amino-group-in-an-organic-compound-which-of-the-following-compound-is-formed-when-this-test-is-performed-with-aniline-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4OTg1-a-and-b-in-the-following-reactions-are-a-b-a-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4OTkz-in-the-following-reaction-the-reason-why-meta-nitro-product-also-formed-is-1-low-temperature-2-nh2-group-is-highly-meta-directive-3-formation-of-anilinium-ion-4-no2-substitution-always-takes-place-at https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5MTM2-what-is-the-correct-sequence-of-reagents-used-for-converting-nitrobenzene-into-m-dibromobenzene-1-nano2-hcl-kbr-h-nano2-hcl-kbr-h-2-br2-fe-sn-hcl-nano2-hcl-cubr-hbr-br2-fe-sn-hcl-nano2-hcl-cubr-hbr-3 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5MTg0-the-diazonium-salt-of-which-of-the-following-compounds-will-form-a-coloured-dye-on-reaction-with-naphthol-in-naoh-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5MTg2-the-structures-of-amines-are-as-follows-a-b-mathrm-ch-3ch-2nh-2-c-d-the-total-number-of-amines-among-the-following-which-can-be-synthesized-by-gabriel-synthesis-is-1-two-2-four-3-three-4-one-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5Mjkx-among-the-following-the-reaction-s-that-will-not-give-p-aminoazobenzene-is-are-a-b-c-1-a-only-2-b-only-3-c-only-4-a-and-b-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5Mzky-an-amine-on-reaction-with-benzene-sulphonyl-chloride-produces-a-compound-that-is-insoluble-in-an-alkaline-solution-this-amine-can-be-prepared-by-ammonolysis-of-ethyl-chloride-what-is-the-correct-struc https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5NDQ4-consider-the-following-amines-a-phenyl-methanamine-b-n-n-dimethylaniline-c-n-methyl-aniline-d-benzenamine-choose-the-correct-order-of-the-basic-nature-of-the-above-amines-1-a-c-b-d-2-d-c-b-a-3-d-b-c-a https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5NDUz-identify-the-functional-groups-tested-by-ceric-ammonium-nitrate-and-chcl-alc-koh-1-alcohol-and-phenol-2-amine-and-alcohol-3-alcohol-and-amine-4-amine-and-phenol-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5NDU4-match-column-i-with-column-ii-column-i-column-ii-a-i-wurtz-reaction-b-ii-sandmeyer-reaction-c-small2-mathrm-ch-3-mathrm-ch-2-mathrm-cl-2-mathrm-na-xrightarrow-text-ether-mathrm-c-2-mathrm-h-5-mathrm-c https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDkzOTky-consider-the-given-reaction-sequence-the-major-product-of-the-above-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDk1NDk3-which-of-the-following-produces-the-most-stable-diazonium-salt-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDk1NTc0-consider-the-following-reaction-identify-the-a-b-in-the-given-reaction-scheme-1-mathrm-h-3-mathrm-po-2-and-mathrm-ch-3-mathrm-ch-2-mathrm-cl-2-mathrm-ch-3-mathrm-ch-2-mathrm-cl-and-mathrm-h-3-mathrm-p https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDk1NzMx-given-below-are-two-statements-assertion-a-gabriel-phthalimide-synthesis-cannot-be-used-to-prepare-aromatic-primary-amines-reason-r-aryl-halides-do-not-undergo-nucleophilic-substitution-reactions-1-a https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDk1NzY1-given-below-are-two-statements-statements-i-aniline-is-less-basic-than-acetamide-statements-ii-in-aniline-the-lone-pair-of-electrons-on-the-nitrogen-atom-is-delocalised-over-the-benzene-ring-due-to-re https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDk1OTA0-a-reagent-prepared-by-dissolving-1-naphthylamine-and-sulphanilic-acid-in-acetic-acid-sometimes-with-a-little-sodium-nitrite-is-classically-used-for-the-colorimetric-detection-of-one-of-the-following-s https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDk1OTA2-consider-the-given-reaction-scheme-products-x-y-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDk2MTI0-which-of-the-following-reactions-is-an-example-of-ammonolysis-1-mathrm-c-6-mathrm-h-5-mathrm-ch-2-mathrm-cn-xrightarrow-4-mathrm-h-mathrm-c-6-mathrm-h-5-mathrm-ch-2-mathrm-ch-2-mathrm-nh-2-2-mathrm-c https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDk2MTM2-the-hoffmann-bromomide-degradation-of-benzamide-gives-product-a-which-upon-heating-with-chcl-3-and-naoh-gives-product-b-the-structures-of-a-and-b-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4NTM0-which-compound-among-the-following-undergoes-a-reaction-with-chcl3-in-the-presence-of-alcoholic-koh-1-thymine-and-proline-2-adenine-and-iysine-3-adenine-and-thymine-4-adenine-and-proline-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4NTUz-in-the-following-reaction-sequence-product-c-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4Njk1-the-most-appropriate-reagent-for-conversion-of-c2h5cn-into-ch3ch2ch2nh2-is-1-na-cn-bh3-2-liaih4-3-nabh4-4-cah2-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4Njk4-what-is-the-increasing-order-of-basicity-of-the-following-compounds-1-a-b-c-d-2-b-a-c-d-3-d-a-b-c-4-b-a-d-c-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc4NzQx-the-final-major-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5MzMz-which-of-the-following-compounds-can-be-prepared-in-good-yield-by-gabriel-phthalimide-synthesis-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246NDkxMjIx-consider-the-following-reaction-sequence-what-is-the-major-product-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc2NzA5-coupling-of-benzene-diazonium-chloride-with-1-naphthol-in-an-alkaline-medium-will-give-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc2Nzky-the-major-product-obtained-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc3Mzkx-in-the-following-compounds-the-decreasing-order-of-basic-strength-will-be-1-c-2h-5nh-2-nh-3-c-2h-5-2nh-2-nh-3-c-2h-5nh-2-c-2h-5-2nh-3-c-2h-5-2nh-nh-3-c-2h-5nh-2-4-c-2h-5-2nh-c-2h-5nh-2-nh-3-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc3NDcy-what-is-hinsberg-s-reagent-1-socl2-2-cocl-2-3-c6h5cocl-4-c6h5so2cl-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjc5NjU5-on-heating-an-aliphatic-primary-amine-with-chloroform-and-ethanolic-potassium-hydroxide-the-organic-compound-formed-is-1-an-alkane-diol-2-an-alkyl-cyanide-3-an-alkyl-isocyanide-4-an-alkanol-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzA4MjEz-on-heating-benzyl-amine-with-chloroform-and-ethanolic-koh-intermediate-obtained-is-1-benzyl-alcohol-2-dichlorocarbene-3-carbocation-4-benzyl-isocyanide-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzEwNTQz-the-correct-order-of-increasing-basic-nature-for-the-bases-nh3-ch3nh2-and-ch3-2nh-is-1-ch3nh2-nh3-ch3-2nh-2-ch3-2nh-nh3-ch3nh2-3-nh3-ch3nh2-ch3-2nh-4-ch3nh2-ch3-2nh-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzEwNTcw-ethyl-isocyanide-on-hydrolysis-in-acidic-medium-generates-1-ethylmine-salt-and-methanoic-acid-2-propanoic-acid-and-ammonium-salt-3-ethanoic-acid-and-ammonium-salt-4-methylamine-salt-and-ethanoic-acid https://medminds.me/qbank/chemistry/amines/?q=NP-b246MzEwNTg5-identify-the-product-formed-from-the-reaction-of-chloroform-with-alcoholic-koh-and-p-toluidine-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/amines/?q=NP-b246Mjg0NjMx-toluene-is-nitrated-and-the-resulting-product-is-reduced-with-tin-and-hydrochloric-acid-the-product-so-obtained-is-diazotised-and-then-heated-with-cuprous-bromide-the-reaction-mixture-so-formed-contai https://medminds.me/qbank/chemistry/amines/?q=NP-b246MjgwMDM5-in-the-chemical-reaction-given-below-compounds-a-and-b-respectively-are-1-benzene-diazonium-chloride-and-benzonitrile-2-nitrobenzene-and-chlorobenzene-3-phenol-and-bromobenzene-4-fluorobenzene-and-phe https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246MzExMQ-during-the-process-of-digestion-the-proteins-present-in-food-materials-are-hydrolyzed-to-amino-acids-the-two-enzymes-involved-in-the-process-proteins-rarr-enzyme-a-polypeptides-rarr-enzyme-b-amino-aci https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEwMg-phospholipids-are-esters-of-glycerol-with-1-one-carboxylic-acid-residue-and-two-phosphate-groups-2-three-phosphate-groups-3-three-carboxylic-acid-residues-4-two-carboxylic-acid-residues-and-one-phosph https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEwMw-compound-that-gives-positive-fehling-s-solution-test-is-1-sucrose-2-glucose-3-fat-4-protein-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEwNA-which-of-the-following-is-the-sweetest-sugar-1-sucrose-2-glucose-3-fructose-4-maltose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEwNg-a-d-glucose-and-b-d-glucose-are-1-anomers-2-epimers-3-enantiomers-4-geometrical-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEwNw-the-couplings-between-base-units-of-dna-is-through-1-hydrogen-bonding-2-electrostatic-bonding-3-covalent-bonding-4-van-der-waal-s-forces-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEwOA-the-segment-of-dna-which-acts-as-the-instrumental-manual-for-the-synthesis-of-the-protein-is-1-nucleotide-2-ribose-3-gene-4-nucleoside-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEwOQ-which-of-the-following-structures-represents-the-peptide-chain-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzExMg-on-hydrolysis-of-starch-we-finally-get-1-glucose-2-fructose-3-maltose-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzExMw-the-correct-option-about-the-presence-of-h-bond-in-nucleotides-is-1-a-t-g-c-2-a-g-t-c-3-g-t-a-c-4-a-a-t-t-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzExNQ-the-helical-structure-of-proteins-is-established-by-1-dipeptide-bonds-2-hydrogen-bonds-3-ether-bonds-4-peptide-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzExNg-the-a-d-glucose-and-b-d-glucose-differ-from-each-other-due-to-difference-in-carbon-atom-with-respect-to-its-1-conformation-2-configuration-3-number-of-oh-groups-4-size-of-hemiacetal-ring-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzExOA-glycolysis-is-1-oxidation-of-glucose-to-pyruvate-2-conversion-of-glucose-to-haem-3-oxidation-of-glucose-to-glutamate-4-conversion-of-pyruvate-to-citrate-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzExOQ-sucrose-in-water-is-dextrorotatory-945-d-66-4-176-when-boiled-with-dil-hcl-the-solution-becomes-leavorotatory-945-d-39-9-176-in-this-process-the-sucrose-breaks-into-1-l-glucose-d-fructose-2-l-glucose https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEyMA-which-is-not-a-true-statement-1-a-carbon-of-a-amino-acid-is-asymmetric-except-glycine-2-all-proteins-are-found-in-l-form-3-human-body-can-synthesis-all-proteins-they-need-4-at-ph-7-both-amino-and-carb https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEyMQ-which-of-the-following-is-correct-statement-1-starch-is-a-polymer-of-a-glucose-2-amylose-is-a-component-of-cellulose-3-proteins-are-composed-of-only-one-type-of-amino-acid-4-in-cyclic-structure-of-fru https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEyMw-glucose-molecule-reacts-with-x-number-of-molecules-of-phenylhydrazine-to-yield-osazone-the-value-of-x-is-1-four-2-one-3-two-4-three-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzEyNA-the-number-of-molecules-of-atp-produced-in-the-lipid-metabolism-of-a-molecule-of-palmitic-acid-is-1-130-2-36-3-56-4-86-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzE1OA-an-amine-among-the-following-that-acts-as-hormone-is-1-thyroxine-2-oxypurin-3-insulin-4-progesterone-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzE1OQ-the-hormone-that-contains-iodine-is-1-insulin-2-testosterone-3-adrenaline-4-thyroxine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzE2Ng-chemically-considering-digestion-is-basically-1-anabolism-2-hydrogenation-3-hydrolysis-4-dehydrogenation-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-Rpb246NzE2OA-which-one-of-the-following-is-a-peptide-hormone-1-glucagon-2-testosterone-3-thyroxin-4-adrenaline-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246MjY5MjU-among-the-following-non-reducing-sugar-is-1-glucose-2-fructose-3-sucrose-4-galactose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246MjY5MzE-when-glucose-is-reacted-with-phenyl-hydrazine-then-osazone-is-formed-in-this-reaction-how-many-phenyl-hydrazine-molecules-are-used-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246MjY5MzI-the-two-forms-of-glucopyranose-obtained-from-solution-of-d-glucose-are-called-1-isomers-2-anomers-3-epimers-4-enantiomers-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246MjgxNTM-sucrose-on-treatment-with-conc-hcl-produces-1-glucose-2-fructose-3-glucose-fructose-4-maltose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246MjgxNTQ-which-type-of-amino-acid-is-lysine-1-b-amino-acid-2-acidic-3-basic-4-neutral-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246MjgxNTU-mixture-of-glucose-and-water-can-be-separated-by-1-distillation-2-crystallisation-3-sublimation-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mjk2MjA-glucose-and-mannose-are-1-c1-epimers-2-anomers-3-c2-epimers-4-c4-epimers-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mjk4MTU-number-of-chiral-carbon-atoms-in-cyclic-b-d-glucose-is-1-5-2-4-3-3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246MzA4OTQ-the-structure-of-glycine-amino-acid-is-h3n-oplus-ch3c-oo-zwitter-ion-the-correct-statement-among-the-following-is-1-glycine-as-well-as-other-amino-acids-are-amphoteric-2-the-acidic-functional-group-in https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzg1MzQ-the-above-process-in-which-a-and-b-form-remain-in-equilibrium-with-acyclic-form-and-a-change-in-optical-rotation-is-observed-which-is-called-as-ndash-1-mutarotation-2-epimerisation-3-condensation-4-in https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzg1MzU-how-many-moles-of-hio4-is-required-to-break-down-the-following-molecule-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzg1MzY-nitrous-acid-hno2-converts-amino-acids-into-hydroxy-acids-with-retention-of-configuration-estimation-of-nitrogen-gas-evolved-in-the-reaction-is-the-basis-of-van-slyke-estimation-of-amino-acids-which-o https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzg1Mzc-which-of-the-following-aldohexoses-give-the-same-osazone-derivative-1-i-and-iv-2-i-and-iii-3-ii-and-iii-4-iii-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzg1Mzg-which-of-the-following-is-a-non-ndash-reducing-sugar-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzg1NDA-how-many-moles-of-acetic-anhydride-ac2o-is-needed-to-react-completely-with-tartaric-acid-ribose-and-glucose-respectively-1-2-4-5-2-2-3-4-3-4-5-6-4-4-5-5-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzg1NDE-glucose-on-reduction-with-na-hg-and-water-gives-1-sorbitol-2-fructose-3-saccharic-acid-4-gluconic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzg1NDI-what-will-be-product-when-glycine-is-heated-ndash-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MDk-identify-the-amino-acid-s-formed-on-hydrolysis-of-the-following-dipeptide-nh-ndash-ch-ch-ndash-co-ndash-nh-ndash-ch-ndash-cooh-1-glycine-2-alanine-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MTA-at-iso-electric-point-1-conc-of-cation-is-equal-to-conc-of-anion-2-net-charge-is-zero-3-maximum-conc-of-di-polar-ion-zwitterion-will-be-present-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MTE-which-of-the-following-amino-acid-has-the-lowest-iso-electric-point-1-glycine-2-alanine-3-aspartic-acid-4-lysine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MTI-find-iso-electric-point-of-given-amino-acid-ch3-8212-ch-8212-co2h-n-8853-h3pka-2-2-pkb-4-4-1-3-3-2-5-9-3-9-6-4-11-8-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MTM-find-an-iso-electric-point-of-the-given-amino-acid-1-5-5-2-6-5-3-3-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MTQ-h-c-equiv-c-h-rarr-h2so4hgso4a-rarr-2-h3o-oplus-1nh3-hcn-b-product-b-of-given-reaction-is-1-glycine-2-alanine-3-valine-4-leucine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MTU-which-amino-acid-does-not-contain-a-chiral-center-1-valine-2-leucine-3-glycine-4-iso-leucine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MTc-which-of-the-following-pair-gives-same-phenyl-osazone-1-d-glucose-and-d-allose-2-d-glucose-and-d-alfrose-3-d-glucose-and-d-mannose-4-d-glucose-and-d-talose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MTg-among-the-three-compounds-shown-below-two-yield-the-same-product-on-reaction-with-warm-hno3-the-exception-is-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MTk-for-the-complex-conversion-of-d-glucose-into-the-corresponding-osazone-the-minimum-number-of-equivalents-of-phenyl-hydrazine-required-is-1-two-2-three-3-four-4-five-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MjA-which-one-of-the-following-compounds-will-form-an-osazone-derivative-1-ch3ch2coch2oh-2-ch3coch2ch2oh-3-ch3ch2chohch2oh-4-ch3ch2coch2och3-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MjE-the-configuration-of-the-chirality-centers-in-d-threose-shown-are-1-2r-3r-2-2r-3s-3-2s-3r-4-2s-3s-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MjM-which-of-the-following-fischer-projection-formula-is-same-as-d-glyceraldehyde-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MjQ-which-reagent-s-can-be-used-to-distinguish-glucose-and-fructose-i-bromine-water-ii-furfural-test-iii-schiff-rsquo-s-reagent-1-i-ii-and-iii-2-ii-and-iii-3-i-ii-4-only-ill-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyMzA-proteins-mainly-contain-1-c-h-o-and-n-2-only-c-and-h-3-c-h-and-o-4-n-and-h-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyMzE-in-the-human-body-enzymes-hydrolyse-protein-into-1-a-ketonic-acid-like-ch3cocooh-2-a-hydroxy-acid-like-ch3chohcooh-3-dicarboxylic-acid-like-hooc-mdash-cooh-4-amino-acid-like-ch2nh2cooh-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyMzI-which-statement-about-protein-is-wrong-1-proteins-occur-in-all-living-cells-2-proteins-invariably-contain-n-o-c-and-h-3-proteins-are-synthesized-by-plant-kingdom-only-4-proteins-are-also-synthesized-i https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyMzQ-the-main-structural-feature-s-of-protein-is-are-1-the-ester-linkage-2-the-ether-linkage-3-the-peptide-linkage-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyMzU-proteins-give-1-a-violet-colour-with-alkaline-cuso4-solution-2-form-a-purple-colour-on-boiling-with-dilute-ninhydrin-solution-3-yellow-colour-on-boiling-with-hno3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyMzY-which-of-the-following-is-proteolytic-enzyme-1-insulin-2-diastase-3-pepsin-4-adenine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyMzc-keratin-a-structural-protein-is-present-in-1-hair-2-skin-3-wool-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyMzg-blood-protein-is-1-albumin-2-haemoglobin-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyMzk-the-destruction-of-the-biological-nature-and-activity-of-proteins-by-heat-or-chemical-agent-is-called-1-dehydration-2-denaturation-3-de-nitrogenation-4-deamination-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNDA-enzyme-trypsin-converts-1-amino-acids-into-proteins-2-glucose-into-glycogens-3-starch-into-sugar-4-proteins-into-amino-acids-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNDE-kwashiorkor-is-caused-by-the-deficiency-of-1-vitamins-2-hormones-3-carbohydrate-4-essential-amino-acids-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNDI-which-is-fat-soluble-vitamin-1-vitamin-a-2-pyridoxine-3-riboflavin-4-thiamine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNDM-which-vitamin-contains-n-1-vitamin-a-2-vitamin-c-3-vitamin-b-4-vitamin-d-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNDQ-vitamin-which-is-believed-to-cure-common-cold-is-1-a-2-c-3-k-4-e-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNDU-a-vitamin-which-plays-a-vital-role-in-the-coagulating-property-of-blood-is-1-vitamin-a-2-vitamin-d-3-vitamin-b-4-vitamin-k-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNDY-which-is-not-a-poison-for-enzymes-1-cn-2-fe3-3-pb2-4-aso43-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNDc-the-non-proteinous-substances-which-certain-enzymes-required-for-their-activity-are-called-1-catalysts-2-inhibitors-3-co-enzymes-4-epimers-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNDg-the-complementary-base-of-adenine-in-one-strand-to-that-in-the-other-strand-of-dna-is-1-cytosine-2-guanine-3-uracil-4-thymine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNDk-antibodies-are-1-carbohydrates-2-proteins-3-phospholipids-4-lipids-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNTA-which-of-the-following-statements-about-enzymes-is-incorrect-1-the-catalytic-action-of-an-enzyme-is-not-specific-2-an-enzymatic-reaction-is-highly-sensitive-to-temperature-3-the-catalytic-action-of-en https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNTE-redness-of-blood-is-because-of-the-presence-of-1-iron-in-heme-pigment-2-haemoglobin-3-copper-in-heme-pigment-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNTI-an-antigen-develops-antibodies-which-protect-the-body-from-their-harmful-effects-the-antibodies-are-1-immunoglobulins-2-phospholipids-3-albumins-4-lymphocytes-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNTM-which-one-is-a-test-for-proteins-1-beilstein-test-2-biuret-test-3-benedict-s-test-4-molisch-test-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNTU-insulin-has-51-amino-acids-in-two-polypeptide-chains-which-are-linked-by-1-one-sulphide-bond-2-one-disulphide-bond-3-two-disulphide-bonds-4-three-disulphide-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNTY-deficiency-of-which-vitamin-develops-impotence-1-b-2-c-3-d-4-e-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNTc-the-hormone-insulin-is-a-secretion-of-the-organ-1-ovary-2-testes-3-adrenal-cortex-4-pancreas-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNTg-the-process-of-respiration-in-absence-of-oxygen-is-called-1-metabolic-2-aerobic-3-anaerobic-4-glycolysis-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNTk-how-many-moles-of-atp-are-produced-by-complete-respiration-of-one-mole-of-glucose-1-36-moles-of-atp-2-34-moles-of-atp-3-40-moles-of-atp-4-38-moles-of-atp-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNjA-which-of-the-following-is-protein-hormones-1-insulin-2-oxytocin-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNjE-the-function-of-dna-is-1-to-synthesize-rna-2-to-synthesize-the-necessary-proteins-3-to-carry-the-hereditary-characteristics-from-generation-to-generation-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNjI-one-of-the-essential-alpha-amino-acids-is-1-lysine-2-glycine-3-serine-4-proline-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNjM-insulin-a-protein-acts-as-1-an-antibody-2-a-hormone-3-an-enzyme-4-a-transport-agent-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNjQ-which-one-of-the-following-vitamins-contains-a-metal-atom-1-riboflavin-2-vitamin-b12-3-vitamin-a-4-vitamin-b6-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNjU-adenosine-is-an-example-of-1-nucleotide-2-nucleoside-3-purine-base-4-pyrimidine-base-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNjY-in-both-dna-and-rna-heterocyclic-base-and-phosphate-ester-linkages-are-at-1-c-1-5-and-c-1-2-respectively-of-the-sugar-molecule-2-c-1-2-and-c-1-5-respectively-of-the-sugar-molecule-3-c-1-1-and-c-1-5-re https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDAyNjc-which-one-of-the-following-statements-is-correct-1-all-amino-acids-are-optically-active-2-all-amino-acids-except-glycine-are-optically-active-3-all-amino-acids-except-glutamic-acid-are-optically-activ https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDA0Nzk-alpha-d-glucose-and-beta-d-glucose-have-a-specific-rotation-of-112-deg-and-19-deg-respectively-in-aqueous-solution-the-rotation-becomes-52-deg-this-process-is-called-1-inversion-2-racemisation-3-mutar https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDA4MjE-the-incorrect-statement-among-the-following-is-1-insulin-maintains-the-sugar-level-in-the-blood-of-a-human-body-2-ovalbumin-is-a-simple-food-reserve-in-egg-white-3-blood-proteins-thrombin-and-fibrinog https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDA4NzM-the-central-dogma-of-molecular-genetics-states-that-the-genetic-information-flows-from-1-amino-acids-8594-proteins-8594-dna-2-dna-8594-carbohydrates-8594-proteins-3-dna-8594-rna-8594-proteins-4-dna-85 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDA4NzQ-the-correct-corresponding-order-of-names-of-four-aldoses-with-configuration-given-below-respectively-is-1-l-erythrose-l-threose-l-erythrose-d-threose-2-d-threose-d-erythrose-l-threose-l-erythrose-3-l https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDA4OTU-in-a-protein-molecule-various-amino-acids-are-linked-together-by-1-b-glycosidic-bond-2-peptide-bond-3-dative-bond-4-a-glycosidic-bond-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDA5MTk-the-correct-statement-regarding-rna-and-dna-respectively-is-1-the-sugar-component-in-rna-is-ribose-and-the-sugar-component-in-dna-is-2-deoxyribose-2-the-sugar-component-in-rna-is-arabinose-and-the-sug https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDEwNDk-d-glucose-reacts-with-hydroxylamine-and-yields-an-oxime-the-structure-of-the-oxime-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDEwNTA-which-of-the-following-hormones-is-produced-under-the-condition-of-stress-which-stimulates-glycogenolysis-in-the-liver-of-human-beings-1-thyroxin-2-insulin-3-adrenaline-4-estradiol-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDExMjM-deficiency-of-vitamin-b1-causes-the-disease-1-convulsions-2-beri-beri-3-cheilosis-4-sterility-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDExMjc-which-one-of-the-following-sets-of-monosaccharides-forms-sucrose-1-a-d-galactopyranose-and-a-d-glucopyranose-2-alpha-d-glucopyranose-and-b-d-fructofuranose-3-b-d-glucopyranose-and-a-d-fructofuranose-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDExNjY-which-one-of-the-following-statements-is-not-true-regarding-lactose-1-lactose-is-a-beta-glycoside-formed-by-the-union-of-a-molecule-of-d-glucose-and-a-molecule-of-d-galactose-2-lactose-is-a-reducing-s https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDEzNTE-in-dna-the-complementary-bases-are-1-adenine-and-thymine-guanine-and-cytosine-2-adenine-and-thymine-guanine-and-uracil-3-adenine-and-guanine-thymine-and-cytosine-4-uracil-and-adenine-cytosine-and-guan https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDEzNjU-which-one-of-the-following-vitamins-is-water-soluble-1-vitamin-b-2-vitamin-e-3-vitamin-k-4-vitamin-a-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDEzNzY-rna-and-dna-are-chiral-molecules-their-chirality-is-due-to-1-l-sugar-component-2-chiral-bases-3-chiral-phosphate-ester-units-4-d-sugar-component-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NTU5MzI-write-down-the-structures-and-names-of-the-products-formed-when-d-glucose-is-treated-with-i-hydroxylamine-ii-acetic-anhydride-2-marks-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NTU5MzQ-write-down-the-structures-and-names-of-the-products-formed-when-d-glucose-is-treated-with-i-bromine-water-ii-hydrogen-iodide-prolonged-heating-2-marks-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246ODkwMTU-which-one-of-the-following-compounds-shows-the-presence-of-an-intramolecular-hydrogen-bond-1-h2o2-2-hcn-3-cellulose-4-concentrated-acetic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246ODkwOTY-in-humans-the-main-oxygen-carrier-in-the-blood-is-1-hemocyanin-2-proteins-3-haemoglobin-4-both-microorganisms-and-haemoglobin-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246ODkxNTY-the-difference-between-amylose-and-amylopectin-is-1-amylopectin-has-1-rarr-4-alpha-linkage-and-1-rarr-6-alpha-linkage-2-amylose-has-1-rarr-4-alpha-linkage-and-1-rarr-6-beta-linkage-3-amylopectin-has-1 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246ODkxNzE-the-correct-corresponding-order-of-names-of-four-aldoses-with-configuration-given-below-respectively-is-1-l-erythrose-l-threose-l-erythrose-d-threose-2-d-threose-d-erythrose-l-threose-l-erythrose-3-l https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246ODkyNjA-a-compound-that-can-form-a-zwitterion-is-1-aniline-2-acetanilide-3-benzoic-acid-4-glycine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTAxODQ-which-of-the-following-links-amino-acids-together-in-a-protein-1-beta-glycosidic-bond-2-peptide-bond-3-dative-bond-4-alpha-glycosidic-bond-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTA0NTI-a-non-reducing-sugar-among-the-following-is-1-lactose-2-glucose-3-sucrose-4-maltose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTEyNDc-d-glucose-yields-an-oxime-with-hydroxyl-amine-the-structure-of-the-oxime-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTI2MDc-which-one-of-the-following-does-not-exhibit-the-phenomenon-of-mutarotation-1-sucrose-2-lactose-3-maltose-4-fructose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTM0ODk-in-dna-the-complementary-bases-are-1-adenine-and-thymine-guanine-and-cytosine-2-adenine-and-thymine-guanine-and-uracil-3-adenine-and-guanine-thymine-and-cytosine-4-uracil-and-adenine-cytosine-and-guan https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzMjk-cellulose-is-a-straight-chain-polysaccharide-composed-of-only-1-d-glucose-units-joined-by-alpha-glycosidic-linkage-2-d-glucose-units-joined-by-beta-glycosidic-linkage-3-d-galactose-units-joined-by-alp https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzMzI-alpha-d-glucose-and-beta-d-glucose-are-1-diastereomers-2-epimers-3-anomers-4-enantiomers-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzMzM-an-insoluble-biomolecule-in-water-is-1-alpha-keratin-2-haemoglobin-3-ribonuclease-4-adenine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzMzQ-the-biomolecule-that-contain-non-transitional-metal-ion-is-1-vitamin-b12-2-chlorophyll-3-haemoglobin-4-insulin-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzMzc-the-human-body-does-not-produce-1-dna-2-vitamins-3-hormones-4-enzymes-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzNDM-insulin-regulates-the-metabolism-of-1-minerals-2-amino-acids-3-glucose-4-vitamins-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzNDU-an-acids-among-the-followingthat-acts-as-vitamin-is-1-benzoic-acid-2-ascorbic-acid-3-oxalic-acid-4-formic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzNDY-a-linkage-present-in-proteins-and-peptides-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzNDc-an-optically-inactive-amino-acid-is-1-lactic-acid-2-serine-3-alanine-4-glycine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzNTA-the-incorrect-statement-among-the-following-options-is-1-chlorophyll-is-responsible-for-the-synthesis-of-carbohydrates-in-plants-2-the-compound-formed-by-the-addition-of-oxygen-to-hemoglobin-is-called https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzNTI-waxes-are-esters-of-1-glycerol-and-fatty-acid-2-long-chain-alcohols-and-long-chain-fatty-acids-3-glycerol-4-long-chain-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTU1ODc-which-alkaline-earth-metal-m-acts-as-a-cofactor-for-enzymes-that-utilize-atp-in-phosphate-transfer-1-sr-2-be-3-mg-4-ca-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTU2MTU-the-non-essential-amino-acid-among-the-following-is-1-lysine-2-valine-3-leucine-4-alanine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTAxODk2-the-two-forms-of-d-glucopyranose-are-called-1-anomers-2-epimers-3-enantiomers-4-diastereoisomers-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTAxODk3-cellulose-upon-acetylation-with-excess-acetic-anhydride-h2so4-catalytic-gives-cellulose-triacetate-whose-structure-is-ndash-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTE4MzM4-the-incorrect-statement-about-carbohydrates-is-1-maltose-is-a-reducing-sugar-2-they-are-stored-in-the-animal-body-as-glycogen-3-amylopectin-constitutes-about-15-20-of-starch-4-cellulose-is-composed-of https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMDQ1-sanger-s-reagent-is-used-for-the-identification-of-1-the-n-terminal-amino-acid-of-a-peptide-chain-2-the-c-terminal-amino-acid-of-a-peptide-chain-3-the-sidechain-of-amino-acids-4-number-of-amino-acid-u https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMDQ3-which-of-the-following-carbohydrate-undergo-mutarotation-in-aqueous-solution-1-maltose-2-lactose-3-glucose-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMDQ4-which-of-the-following-carbohydrates-is-not-oxidized-by-bromine-water-1-d-galactose-2-d-glucose-3-d-fructose-4-d-mannose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMDQ5-the-xa0-pka1-xa0-pka2-xa0-and-xa0-pka3-xa0-of-the-dication-of-lysine-xa0-h3n-xa0-xa0-ch24-xa0-xa0-ch-xa0-xa0-cooh-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMDUw-millon-s-test-is-given-by-that-protein-1-which-contain-phenolic-amino-acids-2-which-contain-amino-acid-having-s-3-which-contain-the-basic-amino-acid-4-which-contain-the-neutral-amino-acid-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMDUy-the-vitamin-which-causes-impotency-is-1-calciferol-2-biotin-3-tocopherol-4-retinol-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMDU0-find-the-correct-term-used-to-represent-the-alpha-helix-structure-of-proteins-1-sheet-structure-2-flat-structure-3-3-613-helix-4-4-915-helix-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMDU1-insulin-and-carboxypeptidase-contains-respectively-1-cu-zn-2-ag-cu-3-cu-cu-4-zn-zn-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMDU3-the-structural-feature-which-distinguishes-proline-from-other-natural-alpha-amino-acids-is-1-it-is-optically-inactive-2-it-contains-an-aromatic-group-3-it-is-a-dicarboxylic-acid-4-it-is-a-secondary-am https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMTE4-if-alpha-mdash-d-mdash-glucose-is-dissolved-in-water-and-kept-for-a-few-hours-the-major-constituent-s-present-in-the-solution-is-are-1-alpha-mdash-d-mdash-glucose-2-the-mixture-of-szlig-mdash-d-glucos https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMTI4-the-compound-that-does-not-reduce-benedict-s-solution-is-1-glucose-2-fructose-3-sucrose-4-aldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMxMzg2-which-structure-s-of-proteins-remains-s-intact-during-denaturation-process-1-both-secondary-and-tertiary-structures-2-primary-structure-only-3-secondary-structure-only-4-tertiary-structure-only-1-2-3 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTQ4NTI1-the-human-body-does-not-produce-1-dna-2-vitamins-3-hormones-4-enzymes-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTcyNDA5-scurvy-is-caused-due-to-the-deficiency-of-vitamin-1-b2-2-b12-3-c-4-d-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTcyNTQw-an-acid-that-acts-as-a-vitamin-is-1-aspartic-acid-2-glumatic-acid-3-ascorbic-acid-4-saccharic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTc1NDQx-which-of-the-following-tests-is-not-used-for-detecting-proteins-1-ninhydrin-test-2-millon-s-test-3-molisch-s-test-4-biuret-test-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg1NDg0-sucrose-on-hydrolysis-gives-1-alpha-d-glucose-beta-d-glucose-2-alpha-d-glucose-beta-d-fructose-3-alpha-d-fructose-beta-d-fructose-4-beta-d-glucose-alpha-d-fructose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg1NDg2-which-of-the-following-metal-ions-activates-many-enzymes-participating-in-the-oxidation-of-glucose-to-produce-atp-and-with-na-it-is-also-responsible-for-the-transmission-of-nerve-signals-1-copper-2-ca https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg1NTAw-which-of-the-following-is-a-basic-amino-acid-1-alanine-2-tyrosine-3-lysine-4-serine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5MjUx-find-the-well-known-naturally-occurring-organometallic-compound-from-the-following-options-1-vitamin-b12-coenzyme-2-chlorophyll-3-cytochrome-p-450-4-myoglobin-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5MjU4-find-whether-vo-sup3-or-po-sup3-inhibits-the-activity-of-the-atpase-enzyme-1-both-2-only-po43-3-only-vo43-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5MjYz-the-inside-of-a-cell-is-a-1-reducing-medium-2-oxidising-medium-3-neutral-medium-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mjcw-o2-binding-in-hb-is-1-ph-dependent-2-ph-independent-3-o2-binds-at-neutral-ph-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mjcx-identify-the-condition-that-favours-the-release-of-o-from-oxyhaemoglobin-1-high-ph-and-low-co2-concentration-2-low-ph-and-low-co2-concentration-3-high-ph-and-high-co2-concentration-4-low-ph-and-high-c https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mjcy-nitrogenase-enzyme-contains-1-fe-s-protein-2-mo-fe-s-protein-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mjc4-the-biological-role-of-cytochrome-p-450-is-1-nitrogen-fixation-2-oxidation-of-rh-to-roh-3-amide-hydrolysis-4-oxidation-of-amino-acid-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mjc5-myoglobin-is-a-1-catalyst-for-epoxidation-reaction-2-component-in-a-photosynthetic-system-3-nitrogen-fixation-enzyme-4-di-oxygen-binding-metalloprotein-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mjgz-the-metal-that-is-not-prevalent-in-the-biological-system-is-1-platinum-2-manganese-3-cobalt-4-nickel-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mjk2-hemerythrin-belongs-to-the-group-of-1-non-heme-iron-protein-2-binuclear-copper-protein-3-heme-iron-protein-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mjk3-which-of-the-following-metalloproteins-does-not-have-iron-in-the-active-site-1-hemoglobin-2-hemerythrin-3-hemocyanin-4-cytochrome-c-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mjk4-which-of-the-following-is-a-heme-iron-protein-1-rubredoxin-2-transferrin-3-hemerythrin-4-cytochrome-c-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5MzEw-the-reduction-of-nitrogen-to-ammonia-carried-out-by-the-enzyme-nitrogenase-needs-1-2e-2-4e-3-6e-4-8e-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5MzQ4-iron-sulphur-clusters-in-biological-systems-are-involved-in-1-proton-transfer-2-atom-transfer-3-group-transfer-4-e-transfer-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5MzY1-the-extent-of-960-electron-conjugation-in-macrocyclic-rings-i-heme-ii-coenzyme-b12-and-iii-chlorophyl-follows-the-order-1-i-iii-ii-2-i-ii-iii-3-iii-i-ii-4-ii-8776-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mzcy-oxidized-form-of-enzyme-catalase-structure-a-prepared-by-the-reaction-of-fe-p-xa0-p-porphyrin-with-h2o2-xa0-has-a-green-colour-because-of-1-oxidation-state-of-iron-changed-from-feiii-xa0-to-feiv-2-por https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5Mzc1-molybdoenzymes-can-both-oxidize-as-well-as-reduce-the-substrates-because-1-mo-vi-is-more-stable-than-mo-iv-2-mo-iv-can-transfer-oxygen-atom-to-the-substrate-and-mo-vi-can-abstract-oxygen-atom-from-the https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTg5NzU0-which-is-not-a-macromolecule-1-dna-2-starch-3-palmitate-4-insulin-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTk0OTYx-the-reaction-of-concentrated-sulphuric-acid-with-carbohydrates-c12h22o11-is-an-example-of-1-dehydration-2-oxidation-3-reduction-4-sulphonation-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjIwNTY4-an-anomers-is-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjIyODY2-the-product-of-d-glucose-with-hi-is-1-neo-pentane-2-n-hexane-3-cyclohexane-4-glucaric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjIyODY3-the-fat-soluble-vitamin-s-is-are-1-vitamin-a-2-vitamin-b-3-vitamin-e-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjIyODY4-vitamin-c-cannot-be-stored-in-the-body-mainly-because-it-is-1-unstable-in-nature-2-a-fat-soluble-vitamin-3-a-water-soluble-vitamin-4-not-related-to-vitamin-solubility-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjI5-glycogen-is-a-branched-chain-polymer-of-alpha-d-glucose-units-in-which-chain-is-formed-by-c1-c4-glycosidic-linkage-whereas-branching-occurs-by-the-formation-of-c1-c6-glycosidic-linkage-the-structure-o https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjMy-an-anomer-is-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjM0-in-disaccharides-if-the-reducing-groups-of-monosaccharides-i-e-aldehydic-or-ketonic-groups-are-bonded-these-are-non-reducing-sugars-which-of-the-following-disaccharide-is-a-non-reducing-sugar-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjM2-carbon-atoms-of-pentose-sugars-of-nucleotides-having-phosphodiester-linkage-are-1-5-and-3-2-2-and-5-3-5-and-5-4-3-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjM3-nucleic-acids-are-the-polymers-of-1-nucleosides-2-nucleotides-3-bases-4-sugars-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjM4-the-incorrect-statement-among-the-following-regarding-glucose-is-1-it-is-an-aldohexose-2-n-hexane-is-formed-when-glucose-is-heating-with-hi-3-it-is-present-in-furanose-form-4-it-does-not-give-2-4-dnp https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjM5-each-polypeptide-in-a-protein-has-amino-acids-linked-with-each-other-in-a-specific-sequence-this-sequence-of-amino-acids-is-said-to-be-1-primary-structure-of-proteins-2-secondary-structure-of-proteins https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjQw-rna-does-not-contain-1-adenine-2-uracil-3-thymine-4-cytosine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjQy-dna-does-not-have-1-adenine-2-thymine-3-cytosine-4-uracil-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjQ0-which-one-of-the-following-reactions-of-glucose-can-be-explained-only-by-its-cyclic-structure-1-glucose-forms-pentaacetate-2-glucose-reacts-with-hydroxylamine-to-form-an-oxime-3-pentaacetate-of-glucos https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjQ1-d-configuration-is-shown-by-i-ii-iii-1-i-ii-and-iii-2-ii-and-iii-3-i-and-ii-4-only-iii-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjQ2-structure-of-disaccharide-formed-by-glucose-and-fructose-is-given-below-identify-anomeric-carbon-atoms-in-monosaccharide-units-1-a-carbon-of-glucose-and-a-carbon-of-fructose-2-a-carbon-of-glucose-and https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjQ3-out-of-the-three-given-structures-the-correct-statement-regarding-bonds-present-between-c1-c4-and-c1-c6-is-i-ii-iii-c1-c4-c1-c6-1-i-ii-and-iii-2-i-and-ii-iii-3-i-and-iii-ii-4-ii-and-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjQ4-which-of-the-following-correctly-describes-sucrose-a-monosaccharide-b-disaccharide-c-reducing-sugar-d-non-reducing-sugar-choose-the-correct-option-1-a-and-b-2-b-and-c-3-c-and-d-4-b-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjQ5-examples-of-globular-proteins-are-a-insulin-b-keratin-c-albumin-d-myosin-choose-the-correct-option-1-a-and-b-2-b-and-c-3-c-and-d-4-a-and-c-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjkx-given-below-are-two-statements-assertion-a-beta-glycosidic-linkage-is-present-in-maltose-reason-r-maltose-is-composed-of-two-glucose-units-in-which-c1-of-one-glucose-unit-is-linked-to-c4-of-another-gl https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNTI3-the-main-function-of-carbohydrates-in-plants-is-to-serve-as-a-1-structural-component-of-cell-membranes-2-building-block-of-cell-walls-3-storage-molecule-starch-4-transport-sugar-in-phloem-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNTI5-consider-the-following-compounds-ribose-2-deoxyribose-maltose-galactose-fructose-and-lactose-the-number-of-disaccharide-carbohydrates-is-are-1-three-3-2-one-1-3-four-4-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNTQ3-the-main-component-present-in-starch-and-glycogen-is-1-amylose-2-glycose-3-amylopectin-4-cellulose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNTUx-d-glucose-xrightarrow-textbf-saccharic-acid-the-oxidizing-reagent-used-for-this-conversion-is-1-hi-2-bromine-water-3-hno3-4-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNTU0-the-open-structure-of-glucose-cannot-be-established-by-1-hcn-2-schiff-rsquo-s-test-3-hydroxylamine-test-4-reaction-with-hi-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNTkz-the-incorrect-statement-about-nucleic-acid-is-1-it-is-responsible-for-heredity-2-it-is-responsible-for-protein-synthesis-in-a-cell-3-it-is-a-constituent-of-the-chromosome-4-it-is-responsible-for-the-t https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNjEx-the-correct-statement-about-rna-is-1-the-helical-structure-of-rna-is-mostly-single-stranded-2-it-has-deoxyribose-sugar-3-it-is-the-chemical-basis-of-heredity-4-it-contains-thymine-t-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNjE2-which-of-the-following-is-an-essential-amino-acid-1-valine-2-alanine-3-serine-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNjI1-the-enzyme-used-for-the-above-conversion-is-c-12-h-22-o-11-xrightarrow-h-2o-text-2-mole-of-glucose-1-amylase-2-lactase-3-maltase-4-peptidase-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNjI2-denaturation-of-proteins-involves-1-loss-of-tertiary-structure-2-loss-of-primary-structure-3-loss-of-peptide-bonds-4-loss-of-linear-chain-structure-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzNjI5-a-natural-source-of-vitamin-a-among-the-following-is-1-amla-2-yeast-3-fish-liver-oil-4-exposure-to-sunlight-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjQ1MDky-the-reaction-of-concentrated-sulphuric-acid-with-carbohydrates-c12h22o11-is-an-example-of-1-dehydration-2-oxidation-3-reduction-4-sulphonation-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjQ1MTAy-deficiency-of-which-vitamin-causes-osteomalacia-1-vitamin-a-2-vitamin-d-3-vitamin-k-4-vitamin-e-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjQ1MTEy-which-of-the-following-statement-is-not-true-about-glucose-1-it-is-an-aldohexose-2-it-contains-five-hydroxyl-groups-3-it-is-a-reducing-sugar-4-it-is-an-aldopentose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjUxMTMw-fructose-reduces-tollen-s-reagent-due-to-1-primary-alcoholic-group-2-secondary-alcoholic-group-3-enolisation-of-fructose-followed-by-conversion-to-aldehyde-by-base-4-asymmetric-carbon-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjUxMjQx-which-of-the-following-is-not-a-fat-soluble-vitamin-1-vitamin-a-2-vitamin-b-complex-3-vitamin-d-4-vitamin-e-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjUxMjUy-the-correct-statements-regarding-denaturation-are-a-denaturation-of-proteins-causes-the-loss-of-secondary-and-tertiary-structures-of-the-protein-b-denaturation-leads-to-the-conversion-of-a-double-stra https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjUzMDc5-during-the-process-of-digestion-the-proteins-present-in-food-materials-are-hydrolyzed-to-amino-acids-the-two-enzymes-involved-in-the-process-amino-acids-1-pepsin-and-trypsin-2-invertase-and-zymase-3-a https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjU5NTE3-during-the-process-of-digestion-the-proteins-present-in-food-materials-are-hydrolysed-to-amino-acids-the-two-enzymes-involved-in-the-process-proteins-rarr-enzyme-a-polypeptides-rarr-enzyme-b-aminoacid https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjYzOTE3-alpha-d-glucose-and-beta-d-glucose-are-1-epimers-2-anomers-3-functional-isomers-4-chain-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjYzOTM2-glucose-x-phenyl-hydrazine-rarr-osazone-x-will-be-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjYzOTQ5-the-base-found-in-dna-but-not-in-rna-1-thymine-2-adenine-3-guanine-4-cytosine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY0NzY1-sucrose-on-hydrolysis-gives-1-l-glucose-d-fructose-2-l-ndash-glucose-l-ndash-fructose-3-d-glucose-d-ndash-fructose-4-d-glucose-l-ndash-fructose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY0NzY4-the-compound-that-does-not-reduce-fehling-solution-is-1-glucose-2-fructose-3-sucrose-4-maltose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY0Nzk4-the-structure-that-represents-the-peptide-chain-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY0ODM4-the-enzyme-which-hydrolyses-triglycerides-to-fatty-acids-and-glycerol-is-called-1-lipase-2-zymase-3-pepsin-4-maltase-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY1Mzk1-enzymes-are-composed-of-which-of-the-following-1-edible-proteins-2-proteins-with-specific-structures-3-nitrogen-containing-carbohydrates-4-carbohydrates-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY1NDA4-which-of-the-following-is-not-a-correct-statement-1-alpha-carbon-of-alpha-amino-acid-is-asymmetric-except-for-glycine-2-all-proteins-of-the-human-body-are-found-in-l-form-3-the-human-body-can-synthesi https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY1NDA5-among-the-following-reducing-sugar-is-1-galactose-2-gluconic-acid-3-beta-methyl-galactoside-4-sucrose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY1NzMx-a-compound-that-gives-a-positive-fehling-solution-test-is-1-sucrose-2-glucose-3-fats-4-protein-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY1NzM4-which-is-the-correct-statement-among-the-following-1-starch-is-a-polymer-of-alpha-glucose-2-amylose-is-a-component-of-cellulose-3-proteins-are-composed-of-only-one-type-of-amino-acid-4-in-the-cyclic-s https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY5NDA4-reducing-sugars-are-1-carbohydrates-that-reduce-fehling-rsquo-s-solution-and-tollen-rsquo-s-reagent-2-carbohydrates-that-reduce-only-tollen-rsquo-s-reagent-3-carbohydrates-that-reduce-only-fehling-rsq https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY5NDA5-the-term-glycosidic-linkage-means-1-two-monosaccharide-units-bonded-by-an-oxygen-atom-2-two-monosaccharide-units-bonded-by-a-sulphur-atom-3-two-peptide-units-bonded-by-an-oxygen-atom-4-two-peptide-uni https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY5NDEx-the-secondary-structure-of-protein-is-represented-by-1-alpha-helix-structure-2-beta-pleated-sheet-structure-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY5NDEy-alpha-helix-structure-of-proteins-is-stabilized-by-1-h-bonds-formed-between-the-minus-sh-and-c-o-group-2-h-bonds-formed-between-the-minus-nh-and-c-o-group-3-ionic-bonds-formed-between-the-minus-sh-and https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY5NDEz-amino-acids-exhibit-amphoteric-behavior-as-1-they-can-act-both-as-an-acid-and-as-a-base-2-they-can-act-only-as-an-acid-but-not-as-a-base-3-they-can-act-only-as-a-base-but-not-an-acid-4-none-of-the-abo https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY5NDE0-the-denaturation-of-proteins-indicates-1-the-primary-structure-of-a-protein-is-destroyed-and-the-enzyme-loses-it-s-activity-2-the-primary-structure-of-a-protein-is-destroyed-and-the-enzyme-enhances-it https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY5NDE1-a-nucleoside-is-different-from-a-nucleotide-as-nucleoside-nucleotide-1-sugar-protein-sugar-protein-phosphoric-acid-2-fatty-acid-base-fatty-acid-base-phosphoric-acid-3-sugar-base-sugar-base-phosphoric https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY5NDE2-given-below-are-two-statements-assertion-a-two-strands-of-dna-are-complementary-to-each-other-reason-r-adenine-specifically-forms-hydrogen-bonds-with-guanine-whereas-cytosine-forms-hydrogen-bonds-with https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjcwODY0-monosaccharides-are-1-carbohydrates-that-can-t-be-hydrolysed-further-to-give-simpler-units-of-polyhydroxy-aldehyde-or-ketone-2-classified-on-the-basis-of-the-number-of-carbon-atoms-and-the-functional https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjcwOTE3-consider-the-following-statements-about-proteins-a-peptide-linkage-is-also-known-as-amide-linkage-co-nh-b-simply-the-sequence-of-amino-acids-in-a-polypeptide-chain-is-the-primary-structure-of-a-protei https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjcwOTE4-consider-the-following-statements-and-choose-the-correct-one-a-in-fibrous-protein-polypeptide-chains-run-parallel-and-are-held-together-by-hydrogen-and-disulphide-bonds-b-globular-protein-is-formed-wh https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjcwOTIw-consider-the-following-statements-a-proteins-are-synthesized-by-various-rna-molecules-in-the-cell-and-commands-for-protein-synthesis-are-present-in-dna-b-rna-contains-beta-d-ribose-and-dna-contains-be https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjc3MTY1-a-deficiency-in-which-of-the-following-vitamins-leads-to-a-decrease-in-red-blood-cell-rbc-production-1-vitamin-b1-2-vitamin-b2-3-vitamin-b12-4-vitamin-b6-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzE2Nzkz-pentaacetate-of-d-glucose-reaction-with-nh2oh-justifies-the-1-absence-of-aldehyde-group-2-presence-of-ketone-group-3-presence-of-aldehyde-group-4-presence-of-alcohol-group-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzE2Nzk1-which-statement-accurately-describes-the-behavior-of-water-in-an-egg-when-boiled-1-precipitated-out-2-adsorbed-by-the-coagulated-protein-3-absorbed-by-the-eggshell-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzE2Nzk5-rna-upon-hydrolysis-generates-different-quantities-of-different-bases-it-shows-that-rna-is-1-doubly-stranded-2-single-stranded-3-triple-helical-in-structure-4-having-deoxyribose-sugar-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzM5Nzkz-which-one-is-not-a-d-sugar-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ2NDYz-the-incorrect-statement-about-the-denaturation-of-proteins-is-1-it-results-due-to-change-of-temperature-and-ph-2-it-results-in-the-loss-of-biological-activity-of-proteins-3-a-protein-is-formed-from-am https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzY2OTc3-given-below-are-two-statements-statement-i-a-unit-formed-by-the-attachment-of-a-base-to-1-position-of-sugar-is-known-as-a-nucleoside-statement-ii-when-nucleoside-is-linked-to-a-phosphorous-acid-at-5-p https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzY4MjY3-cheilosis-occurs-due-to-the-deficiency-of-1-thiamine-2-nicotinamide-3-pyridoxamine-4-riboflavin-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzk1ODk3-match-the-compounds-in-column-i-with-their-corresponding-common-names-in-column-ii-column-i-compounds-column-ii-common-name-a-sucrose-i-malt-sugar-b-lactose-ii-cane-sugar-c-fructose-iii-milk-sugar-d-m https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDU1MDAz-the-reagents-with-which-glucose-does-not-react-to-give-the-corresponding-test-products-are-a-tollen-s-reagent-b-schiff-s-reagent-c-text-hcn-d-text-nh-2-text-oh-e-text-nahso-3-choose-the-correct-option https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDU2ODE0-match-list-ii-with-list-ii-list-i-vitamins-list-ii-deficiency-other-name-property-a-vitamin-k-i-rbc-deficient-in-haemoglobin-b-vitamin-text-b-12-ii-bleeding-gums-c-vitamin-c-iii-thiamine-d-vitamin-tex https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTI3NjY2-which-of-the-following-is-the-correct-structure-of-d-glucose-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ3Mzc1-the-sugar-that-cannot-reduce-tollen-s-and-fehling-s-reagent-is-1-sucrose-2-fructose-3-maltose-4-lactose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzg1Mzk-which-of-the-following-is-a-nonreducing-sugar-1-maltose-2-glucose-3-lactose-4-sucrose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzE2Nzkx-given-below-are-two-statements-assertion-a-glucose-or-sucrose-are-soluble-in-water-but-cyclohexane-or-benzene-are-insoluble-in-water-reason-r-glucose-and-sucrose-undergo-extensive-h-bonding-with-water https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ3MTMx-among-the-following-a-disaccharide-is-1-fructose-2-maltose-3-cellulose-4-amylopectin-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzcxMzQz-what-type-of-carbohydrates-are-sugars-a-and-b-respectively-1-ketotriose-and-ketohexose-2-aldotriose-and-aldohexose-3-aldotriose-and-ketoheptose-4-ketotriose-and-aldoheptose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ3NTcw-the-reaction-that-is-not-given-by-glucose-is-1-oxidation-with-bromine-water-2-schiff-s-test-3-oxime-as-a-product-on-reaction-with-nh-2oh-4-hydrocarbon-as-a-product-on-reaction-with-hydrogen-iodide-1-2 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjk3MjAx-which-of-the-following-monosaccharides-are-present-as-five-membered-cyclic-structure-furanose-structure-i-ribose-ii-glucose-iii-fructose-iv-galactose-1-i-and-ii-2-ii-and-iii-3-i-and-iii-4-ii-and-iv-1 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzM0MTU2-when-glucose-is-reduced-with-red-phosphorous-and-hi-then-n-hexane-is-formed-this-reaction-shows-that-glucose-has-1-a-ring-structure-2-a-linear-chain-of-six-carbon-atoms-3-five-oh-groups-4-cho-group-1 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzM4MDg4-which-pair-of-compounds-are-anomers-to-each-other-1-glucose-mannose-2-glucose-galactose-3-alpha-d-glucose-beta-d-glucose-4-glucose-fructose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ3MzY3-identify-the-anomeric-carbon-in-the-given-structure-of-alpha-d-glucopyranose-1-c1-2-c2-and-c3-3-c4-and-c5-4-c6-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ5MjA4-incorrect-statement-among-the-following-is-1-in-dna-the-sugar-moiety-is-d-2-deoxyribose-2-thymine-is-absent-in-rna-3-nucleotides-are-joined-together-by-phosphodiester-linkage-between-5-and-3-carbon-at https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTUzMzE-which-of-the-following-correctly-describes-the-hydroxyl-group-distribution-in-glucose-in-addition-to-the-aldehyde-group-1-one-secondary-oh-and-four-primary-oh-2-one-primary-oh-and-four-secondary-oh-3 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzYyOTAw-match-list-i-carbohydrates-with-list-ii-cyclic-structures-and-select-the-correct-option-list-i-carbohydrates-list-ii-cyclic-structures-a-d-glucopyranose-1-b-d-glucopyranose-2-c-d-fructofuranose-3-d-d https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjMx-sucrose-cane-sugar-is-a-disaccharide-one-molecule-of-sucrose-on-hydrolysis-gives-1-2-molecules-of-glucose-2-2-molecules-of-glucose-1-molecule-of-fructose-3-1-molecule-of-glucose-1-molecule-of-fructose https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzE2Nzky-hydrolysis-of-lactose-yields-which-of-the-following-products-1-two-molecules-of-glucose-2-one-molecule-of-glucose-and-one-molecule-of-galactose-3-one-molecule-of-glucose-and-one-molecule-of-fructose-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjMw-which-of-the-following-polymer-is-stored-in-the-liver-of-animals-1-amylose-2-cellulose-3-amylopectin-4-glycogen-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzkxNTk5-match-the-sugars-in-column-i-with-their-types-given-in-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-glucose-i-ketohexose-b-fructose-ii-aldohexose-c-ribose-iii-aldotetrose-d-erythrose https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjQz-three-cyclic-structures-of-monosaccharides-are-given-below-which-of-these-represent-anomers-1-i-and-ii-2-ii-and-iii-3-i-and-iii-4-iii-is-anomer-of-i-and-ii-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ3MzEx-amylopectin-is-a-branched-chain-polymer-of-d-glucose-having-1-c1-c4-and-c1-c2-glycosidic-linkage-only-2-c1-c6-glycosidic-linkage-only-3-c1-c4-and-c1-c6-glycosidic-linkage-only-4-c1-c2-and-c1-c6-glycos https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzg2MzY1-which-of-the-following-statements-is-correct-1-monosaccharides-are-held-together-by-peptide-linkages-to-form-disaccharides-or-polysaccharides-2-disaccharides-are-held-together-by-peptide-linkages-to-f https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzM4MDgz-when-10-units-of-monosaccharides-are-condensed-to-form-oligosaccharides-the-number-of-water-molecules-eliminated-are-1-10-2-9-3-8-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQxMjIz-given-below-are-two-statements-statement-i-maltose-is-formed-by-c1-c4-glycosidic-linkage-between-two-d-glucose-units-that-are-reducing-sugar-statement-ii-maltose-is-formed-by-c1-c6-glycosidic-linkage https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzc5OTUz-given-below-are-two-statements-assertion-a-maltose-is-a-reducing-sugar-reason-r-a-free-aldehyde-group-can-be-produced-at-c1-of-one-of-the-two-glucose-moieties-in-the-solution-of-maltose-1-both-a-and-r https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzg2NDMy-the-correct-statement-regarding-cellulose-among-the-following-is-1-cellulose-is-not-found-in-plants-2-cellulose-is-a-straight-chain-polysaccharide-composed-only-of-d-glucose-units-which-are-joined-by https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzk5OTAz-which-of-the-following-statements-is-incorrect-1-amylopectin-is-a-branched-polymer-of-alpha-glucose-2-cellulose-is-a-linear-polymer-of-beta-glucose-3-glycogen-is-the-food-reserve-of-plants-4-all-prote https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTI4MTI1-which-of-the-following-statements-is-not-true-about-sucrose-1-the-glycosidic-linkage-is-present-between-c1c1c1-of-glucose-and-c1c1c1-of-fructose-2-sucrose-is-a-non-reducing-sugar-3-sucrose-is-also-kno https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjc5NjU2-which-one-of-the-following-bases-is-not-present-in-dna-1-adenine-2-cytosine-3-thymine-4-quinoline-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzkxNjI0-match-column-i-with-column-ii-and-mark-the-correct-option-column-i-column-ii-a-peptide-linkage-i-inversion-b-nucleic-acid-ii-polysaccharide-c-hydrolysis-of-cane-sugar-iii-proteins-d-starch-iv-nucleoti https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjc5MDQx-out-of-the-following-which-type-of-interaction-is-responsible-for-the-stabilisation-of-helix-structure-of-proteins-1-ionic-bonding-2-hydrogen-bonding-3-covalent-bonding-4-vander-waals-forces-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTE1MzE4-given-below-are-two-statements-assertion-a-purine-bases-present-in-dna-are-adenine-and-guanine-reason-r-the-base-thymine-is-present-in-rna-while-base-uracil-is-present-in-dna-1-both-a-and-r-are-true-a https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ0NTY2-match-the-structure-of-the-bases-in-column-i-with-their-names-given-in-column-ii-column-i-column-ii-a-i-uracil-b-ii-adenine-c-iii-cytosine-d-iv-thymine-choose-the-correct-answer-from-the-options-given https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjk1-given-below-are-two-statements-assertion-a-in-presence-of-an-enzyme-the-substrate-molecule-can-be-attacked-by-the-reagent-effectively-reason-r-active-sites-of-enzymes-hold-the-substrate-molecule-in-a https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246ODkxNzg-which-of-the-following-statements-is-not-correct-1-ovalbumin-is-a-simple-food-reserve-in-egg-white-2-blood-proteins-thrombin-and-fibrinogen-are-involved-in-blood-clotting-3-denaturation-makes-the-prot https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjg0ODA0-the-secondary-structure-of-a-protein-refers-to-1-helical-backbone-2-hydrophobic-interactions-3-sequence-of-amino-acids-4-fixed-configuration-of-the-polypeptide-backbone-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY0ODA0-the-helical-structure-of-a-protein-is-stabilized-by-1-hydrogen-bonds-2-ether-bonds-3-peptide-bonds-4-dipeptide-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ5Mzc3-statement-i-a-unit-formed-by-the-attachment-of-a-base-to-1-position-of-sugar-is-known-as-a-nucleoside-statement-ii-nucleotides-are-joined-together-by-phosphodiester-linkage-between-5-and-3-carbon-atom https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjk3OTMw-in-both-dna-and-rna-heterocyclic-base-and-phosphate-ester-linkages-are-at-1-c5-and-c1-respectively-of-the-sugar-molecule-2-c1-and-c5-respectively-of-the-sugar-molecule-3-c2-and-c5-respectively-of-the https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ4NjY3-identify-the-pair-of-amino-acids-that-contain-a-sulphur-atom-1-lysine-and-arginine-2-valine-and-leucine-3-cysteine-and-methionine-4-tyrosine-and-serine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDAwMzI3-which-of-the-following-is-an-essential-amino-acid-1-alanine-2-valine-3-aspartic-acid-4-serine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTM0MDM0-among-the-following-hormones-which-one-contains-iodine-1-insulin-2-testosterone-3-adrenaline-4-thyroxine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzM3MDE5-the-water-soluble-vitamin-is-1-a-2-c-3-d-4-e-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzkxNjE4-match-the-biological-molecules-from-column-i-with-their-respective-characteristics-examples-from-column-ii-and-choose-the-correct-option-column-i-biological-molecules-column-ii-characteristics-example https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTIxNTc-the-disease-caused-by-deficiency-of-vitamin-b1-is-1-convulsions-2-beri-beri-3-cheilosis-4-sterility-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjQx-which-of-the-following-b-group-vitamins-can-be-stored-in-our-body-1-vitamin-b1b1b1-2-vitamin-b2b2b2-3-vitamin-b6b6b6-4-vitamin-b12b12b12-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTM2NDU-which-one-of-the-following-vitamins-is-water-soluble-1-vitamin-b-2-vitamin-e-3-vitamin-k-4-vitamin-a-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzg0Mzcx-the-vitamins-that-can-be-stored-in-our-body-are-1-vitamin-a-b-d-and-e-2-vitamin-a-c-d-and-k-3-vitamin-a-b-c-and-d-4-vitamin-a-d-e-and-k-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzY3MjE4-match-column-i-vitamins-with-column-ii-disease-caused-by-the-deficiency-of-vitamins-given-in-column-i-column-i-vitamins-column-ii-diseases-a-vitamin-a-p-scurvy-b-vitamin-b2-riboflavin-q-xerophthalmia https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDM3OTc2-which-of-the-following-statements-is-incorrect-1-enzymes-are-biocatalysts-2-enzymes-are-not-specific-3-enzymes-are-globular-proteins-4-oxidase-enzymes-catalyse-the-oxidation-of-c-n-and-c-o-bonds-1-2-3 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzg2NDgz-match-list-i-with-list-ii-list-i-vitamins-list-ii-deficiency-diseases-i-vitamin-b12-a-beri-beri-ii-vitamin-b1-b-cheilosis-iii-vitamin-b2-c-convulsions-iv-vitamin-b6-d-pernicious-anemia-select-the-corr https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjAwNzU1-deficiency-of-which-vitamin-causes-osteomalacia-1-vitamin-a-2-vitamin-d-3-vitamin-k-4-vitamin-e-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzg1Mzcy-vitamin-b5-has-the-given-structure-which-of-the-following-functional-groups-are-contained-in-a-molecule-of-vitamin-b5-a-alcohol-b-aldehyde-c-amide-d-amine-e-carboxylic-acid-f-ketone-1-a-c-and-e-only-2 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzc5OTYx-rickets-is-caused-by-the-deficiency-of-1-vitamin-b12-2-vitamin-d-3-vitamin-k-4-riboflavin-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjg4-match-the-following-enzymes-given-in-column-i-with-the-reactions-they-catalyze-given-in-column-ii-column-i-enzymes-column-ii-reactions-a-invertase-1-decomposition-of-urea-into-nh3-and-co2-b-maltase-2 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzg2NTA1-pyridoxine-is-1-vitamin-b6-2-vitamin-b1-3-vitamin-b2-4-vitamin-b12-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY0Nzc4-which-hormone-facilitates-the-conversion-of-glucose-to-glycogen-1-bile-acids-2-adrenaline-3-insulin-4-cortisone-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246ODkxNjU-the-central-dogma-of-molecular-genetics-states-that-the-genetic-information-flows-from-1-amino-acid-proteins-dna-2-dna-carbohydrates-proteins-3-dna-rna-proteins-4-dna-rna-carbohydrates-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTA0NTE-the-correct-statement-regarding-rna-and-dna-respectively-is-1-the-sugar-component-in-rna-is-ribose-and-the-sugar-component-in-dna-is-2-deoxyribose-2-the-sugar-component-in-rna-is-arabinose-and-the-sug https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzkxNjEz-match-column-i-with-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-nucleoside-i-sugar-base-phosphoric-acid-group-b-nucleotide-ii-cytosine-uracil-c-dna-iii-sugar-base-d-rna-iv-cytosine https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzc5OTU4-which-of-the-following-are-obtained-on-complete-hydrolysis-of-rna-1-beta-d-ribose-and-phosphoric-acid-only-2-beta-d-2-deoxyribose-and-phosphoric-acid-only-3-beta-d-ribose-phosphoric-acid-and-nitrogen https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ3MzE4-consider-the-structure-of-the-nucleoside-given-below-the-attachment-of-phosphoric-acid-to-which-of-the-labeled-position-would-lead-to-the-formation-of-a-nucleotide-1-a-and-b-only-2-c-only-3-d-only-4-e https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzc5OTU1-statement-i-in-dna-molecules-the-sugar-moiety-is-beta-d-2-deoxyribose-statement-ii-in-rna-molecules-the-sugar-moiety-is-beta-d-2-arabinose-1-statement-i-is-correct-but-statement-ii-is-incorrect-2-stat https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDQwMDEx-given-below-are-two-statements-assertion-a-dna-has-a-double-helix-structure-and-contains-thymine-base-reason-r-the-double-helix-provides-structural-stability-but-does-not-protect-the-genetic-code-1-bo https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTIxNjE-sucrose-can-be-formed-by-1-d-galactopyranose-and-d-glucopyranose-2-d-glucopyranose-and-d-fructofuranose-3-d-galactopyranose-and-d-fructofuranose-4-d-galactopyranose-and-d-fructopyranose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjIyODY1-products-of-hydrolysis-of-lactose-are-1-d-galactose-and-d-glucose-2-d-galactose-and-d-glucose-3-d-galactose-and-d-maltose-4-d-galactose-and-d-fructose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTExNzk4-cellulose-upon-acetylation-with-excess-acetic-anhydride-h2so4-catalytic-gives-cellulose-triacetate-whose-structure-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTQ4NTIz-a-hormone-that-contains-iodine-is-1-insulin-2-testosterone-3-adrenaline-4-thyroxine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTQwMTY-during-the-process-of-digestion-the-proteins-present-in-food-materials-are-hydrolysed-to-amino-acids-as-shown-below-proteins-xrightarrow-textbf-enzyme-a-mathrm-polypeptides-xrightarrow-textbf-enzyme-b https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTM0ODA-an-amine-that-acts-as-a-hormone-is-1-thyroxine-2-oxypurin-3-insulin-4-progesterone-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTMyOTI-the-segment-of-dna-that-acts-as-the-instrumental-manual-for-the-synthesis-of-the-protein-is-1-nucleotide-2-ribose-3-gene-4-nucleoside-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTkyODM1-the-correct-statement-about-the-secondary-structure-of-dna-rna-is-1-dna-possesses-a-single-stranded-helix-structure-and-contains-uracil-as-one-of-the-four-bases-2-rna-possesses-a-single-stranded-helix https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTk4MjYx-match-the-vitamins-in-list-i-with-their-sources-in-list-ii-list-i-list-ii-a-vitamin-meat-b-vitamin-b12-sunflower-oil-c-vitamin-e-green-leafy-vegetables-d-vitamin-k-carrots-choose-the-correct-answer-fr https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTk4MjQ1-the-amino-acid-that-gives-a-red-blood-colour-on-treating-its-sodium-fusion-extract-with-sodium-nitroprusside-is-1-serine-2-leucine-3-threonine-4-methionine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTk4MjI4-the-correct-statement-about-peptides-and-proteins-is-1-in-alpha-helices-the-polypeptide-chain-is-twisted-into-a-left-handed-screw-helix-through-intramolecular-hydrogen-bonds-2-tertiary-structure-of-pr https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTM1MTg3-match-list-i-with-list-ii-list-i-name-of-vitamin-list-ii-deficiency-disease-a-vitamin-b-12-i-cheilosis-b-vitamin-d-ii-convulsions-c-vitamin-b-2-iii-rickets-d-vitamin-b-6-iv-pernicious-anaemia-choose-t https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTM1MTc0-if-a-sugar-x-is-found-in-honey-is-a-keto-sugar-exists-in-alpha-and-beta-anomeric-forms-and-is-laevorotatory-then-find-out-x-1-maltose-2-sucrose-3-d-glucose-4-d-fructose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDY4ODY5-given-below-are-two-statements-statement-i-glycogen-is-similar-to-amylose-in-its-structure-statement-ii-glycogen-is-found-in-yeast-and-fungi-also-in-the-light-of-the-above-statements-choose-the-correc https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTMzMTA-which-of-the-following-hormones-contains-iodine-1-insulin-2-testosterone-3-adrenaline-4-thyroxine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTM2NjA-rna-and-dna-are-chiral-molecules-due-to-1-l-sugar-component-2-chiral-bases-3-chiral-phosphate-exter-unit-4-d-sugar-component-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTQwMzI-which-one-of-the-following-is-a-peptide-hormone-1-glucagon-2-testosterone-3-thyroxin-4-adernaline-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzE2Nzk0-the-correct-statement-among-the-following-is-1-melting-points-and-solubility-in-the-water-of-amino-acids-are-higher-than-haloacids-2-melting-points-and-solubility-in-water-of-halo-acids-are-higher-tha https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzE2Nzk3-vitamin-that-cannot-be-stored-in-our-body-is-1-vitamin-k-2-vitamin-c-3-vitamin-e-4-vitamin-a-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzE2Nzk4-hydrolysed-product-s-of-nucleotide-of-thymine-among-the-following-is-1-phosphoric-acid-and-atp-2-phosphoric-acid-and-thymine-d-2-deoxyribose-3-thymine-d-2-ribose-and-sulphuric-acid-4-none-of-the-above https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjMz-proteins-are-found-to-have-two-different-types-of-secondary-structures-via-helix-and-pleated-sheet-structure-the-helix-structure-of-a-protein-is-stabilized-by-1-peptide-bonds-2-van-der-waals-forces-3 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjM1-among-the-options-provided-which-acid-is-classified-as-a-vitamin-1-aspartic-and-2-glutamic-acid-3-ascorbic-acid-4-saccharic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjg3-match-the-vitamins-given-in-column-i-with-the-deficiency-disease-they-cause-given-in-column-ii-column-i-vitamins-column-ii-diseases-a-vitamin-b12-i-muscular-weakness-b-vitamin-e-ii-increased-blood-clo https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjg5-given-below-are-two-statements-assertion-a-d-glucose-is-dextrorotatory-in-nature-reason-r-d-represents-its-dextrorotatory-nature-1-a-and-r-both-are-correct-statements-and-r-explains-the-a-2-both-a-and https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjkw-given-below-are-two-statements-assertion-a-vitamin-d-can-be-stored-in-our-bodies-reason-r-vitamin-d-is-a-fat-soluble-vitamin-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjky-given-below-are-two-statements-assertion-a-all-naturally-occurring-amino-acids-except-glycine-are-optically-active-reason-r-most-naturally-occurring-amino-acids-have-l-configuration-1-both-a-and-r-are https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjkz-assertion-a-deoxyribose-c5h10o4c5h10o4c5h10o4-is-not-a-carbohydrate-reason-r-carbohydrates-are-hydrates-of-carbon-so-compounds-that-follow-cx-h2o-ycx-h2o-ycxh2oy-the-formula-are-carbohydrates-1-both-a https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjMzMjk0-given-below-are-two-statements-assertion-a-glycine-must-be-taken-through-diet-reason-r-it-is-an-essential-amino-acid-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-tr https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTQ4NTE4-in-a-protein-molecule-various-amino-acids-are-linked-together-by-1-b-glycosidic-bond-2-peptide-bond-3-dative-bond-4-a-glycosidic-bond-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246NDA5MjA-a-non-reducing-sugar-among-the-following-is-1-lactose-2-glucose-3-sucrose-4-maltose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzU4MzA1-in-dna-the-linkages-between-different-nitrogenous-bases-are-1-phosphate-linkages-2-h-bonding-3-glycosidic-linkages-4-peptide-linkages-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzU4Mzc5-the-figure-shows-a-hypothetical-tetrapeptide-portion-of-a-protein-with-parts-labelled-a-d-which-one-of-the-following-options-is-correct-1-d-is-the-acidic-amino-acid-glutamic-acid-2-c-is-an-aromatic-am https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246OTI0NzE-which-one-of-the-following-statements-is-not-true-regarding-lactose-1-lactose-is-a-glycoside-and-a-molecule-of-d-galactose-2-lactose-is-a-reducing-sugar-and-does-not-exhibit-mutarotation-3-lactose-c-1 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY2ODc4-which-of-the-following-is-correctly-matched-1-vitamin-e-tocopherol-2-vitamin-d-riboflavin-3-vitamin-b-calciferol-4-vitamin-a-thiamine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MjY0MDE0-which-functional-group-participates-in-disulphide-bond-formation-in-proteins-1-thioether-2-thiol-3-thioester-4-thiolactone-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzk5ODYy-consider-the-following-reactions-i-small-glucose-roh-xrightarrow-text-dry-hcl-text-acetal-xrightarrow-ch-3co-2o-x-eq-of-text-acetyl-derivative-ii-text-glucose-xrightarrow-ni-h-2-text-a-xrightarrow-ch https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDAwMzMw-which-of-the-following-is-true-about-a-glycosidic-linkage-1-it-contains-a-carbonyl-bond-2-it-contains-an-ether-bond-3-it-contains-an-ester-bond-4-it-contains-an-amide-bond-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ4NTU2-statement-i-pentaacetate-of-cyclic-glucose-reacts-with-hydroxylamine-statement-ii-glucose-on-oxidation-with-nitric-acid-yields-gluconic-acid-in-light-of-the-above-statements-choose-the-correct-answer https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzk5OTI3-consider-the-sugars-labelled-x-and-y-in-the-image-which-of-the-following-statements-about-sugars-x-and-y-are-not-correct-a-x-is-a-reducing-sugar-and-y-is-a-non-reducing-sugar-b-x-is-a-non-reducing-sug https://medminds.me/qbank/chemistry/biomolecules/?q=NP-pb246Mzk4MjI-what-is-the-major-product-obtained-when-d-glucose-is-treated-with-dilute-nitric-acid-dil-hno-1-d-gluconic-acid-2-d-glucitol-3-d-glucaric-acid-4-d-glucuronic-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMDc5-the-fisher-presentation-of-d-glucose-is-given-below-the-correct-structure-s-of-l-glucopyranose-is-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mzk5OTE1-the-fischer-presentation-of-d-glucose-is-given-below-the-correct-structures-of-beta-l-glucopyranose-is-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ3NDU5-the-correct-structure-of-the-dipeptide-glycyl-valine-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ3MDc0-what-is-the-one-letter-code-for-the-amino-acid-tyrosine-1-f-2-t-3-y-4-p-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzY2NzE1-which-naturally-occurring-amino-acid-contains-only-one-basic-functional-group-1-arginine-2-lysine-3-histidine-4-isoleucine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTMwMTEz-the-number-of-peptide-bonds-in-the-compound-given-below-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ3MTMy-which-of-the-following-diseases-is-caused-by-a-deficiency-of-vitamin-mathrm-b-2-1-beri-beri-2-cheilosis-3-pernicious-anaemia-4-convulsions-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDAwMzYx-enzyme-that-is-used-to-convert-starch-into-maltose-is-1-diastase-2-maltase-3-zymase-4-invertase-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjc5Mzg2-which-of-the-following-vitamin-is-helpful-in-delaying-blood-clotting-1-vitamin-c-2-vitamin-b-3-vitamin-e-4-vitamin-k-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ5NDAz-which-among-the-following-is-the-correct-structure-of-beta-d-ribose-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MTQ4NTM0-the-structural-feature-that-distinguishes-proline-from-other-natural-amino-acids-is-1-it-is-optically-inactive-2-it-contains-an-aromatic-group-3-it-is-a-dicarboxylic-acid-4-it-is-a-secondary-amine-1-2 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQyMjQw-a-nitrogenous-base-is-present-in-rna-nucleotides-but-not-in-dna-nucleotides-how-many-oxygen-atoms-does-this-base-contain-1-three-3-2-two-2-3-four-4-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjc4NTg3-how-many-chiral-center-s-is-are-present-in-threonine-1-zero-2-one-3-two-4-three-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ2OTI4-the-symptom-that-is-not-shown-by-a-person-suffering-from-vitamin-b2-deficiency-is-1-retarded-growth-2-digestive-disorders-3-burning-sensation-of-skin-4-fissuring-at-the-corners-of-the-mouth-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDQwMjM1-match-the-compounds-in-column-i-with-their-corresponding-relationships-in-column-ii-and-then-choose-the-correct-option-from-the-given-choices-column-i-compounds-column-ii-relation-i-alpha-text-glucose https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTc1NjM4-read-the-following-statements-carefully-and-choose-the-correct-ones-statement-a-tryptophan-and-arginine-are-essential-amino-acids-statement-b-glycine-has-no-chiral-center-statement-c-proline-has-a-6-m https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTc1ODc4-which-of-the-following-statements-is-are-correct-a-nucleotide-contains-2-5-phosphodiester-bond-for-the-dna-backbones-b-quaternary-structure-of-protein-is-a-compact-folded-structure-that-describes-how https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTc2MTUw-how-many-tri-peptides-are-possible-when-following-three-amino-acid-make-tri-peptide-no-amino-acid-should-repeat-twice-a-glycine-b-alanine-c-valine-1-4-2-6-3-8-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTc2NDE0-given-below-are-two-statements-statement-i-sucrose-is-dextrorotatory-but-upon-hydrolysis-it-becomes-laevorotatory-statement-ii-sucrose-on-hydrolysis-gives-glucose-and-fructose-such-that-the-levorotati https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTc3OTEz-both-dna-and-rna-are-chiral-molecules-the-chirality-in-dna-and-rna-arises-due-to-the-presence-of-1-d-sugar-component-2-phosphodiester-linkage-3-l-sugar-component-4-nitrogenous-bases-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTI0ODk4-which-of-the-following-statements-about-the-carbohydrate-ribose-present-in-dna-is-correct-a-a-pentose-sugar-b-present-in-pyranose-from-c-d-configuration-d-a-reducing-sugar-when-free-e-alpha-anomeric-f https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTI1MTMy-match-the-saccharides-in-list-i-with-their-corresponding-glycosidic-linkages-in-list-ii-list-i-saccharides-list-ii-glycosidic-linkages-found-a-sucrose-i-alpha-1-4-b-maltose-ii-alpha-1-4-and-alpha-1-6 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTI1MTM4-given-below-are-two-statements-statement-i-fructose-does-not-contain-an-aldehydic-group-but-still-reduces-tollen-s-reagent-statement-ii-in-the-presence-of-base-fructose-undergoes-rearrangement-to-give https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTI1MTQy-which-of-the-following-conversions-occur-during-acidic-hydrolysis-a-starch-gives-galactose-b-cane-sugar-gives-equal-amounts-of-glucose-and-fructose-c-milk-sugar-gives-glucose-and-galactose-d-amylopect https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTI2MDk3-match-the-names-of-the-nitrogenous-bases-in-list-i-with-the-correct-structures-in-list-ii-list-i-name-list-ii-structure-a-adenine-i-b-cytosine-ii-c-thymine-iii-d-uracil-iv-choose-the-correct-answer-fr https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTMyMzA1-a-dipeptide-x-upon-hydrolysis-furnishes-amino-acids-y-and-z-y-with-hno-produces-lactic-acid-z-on-heating-cyclises-to-give-the-compound-shown-identify-y-and-z-respectively-1-alanine-and-lysine-2-alanin https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTMyNDcz-given-below-are-two-statements-statement-i-wet-cotton-cloths-made-up-of-cellulose-based-carbohydrate-takes-comparatively-longer-time-to-get-dried-than-wet-nylon-based-clothes-statement-ii-intermolecul https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NTMyNjcx-the-four-different-amino-acids-are-given-mathrm-a-b-c-and-mathrm-d-calculate-the-number-of-tetrapeptides-formed-including-all-the-four-amino-acids-1-8-2-16-3-24-4-32-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDM4MjM0-which-of-the-following-is-the-correct-structure-of-l-glucose-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDQwMzY3-which-of-the-following-is-true-regarding-coagulation-of-egg-1-1-structure-does-not-change-2-2-structure-does-not-change-3-3-structure-does-not-change-4-denaturation-of-protein-does-not-occur-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzYyOTMx-which-of-the-following-cyclic-forms-represents-the-pyranose-form-of-the-linear-carbohydrate-shown-in-the-image-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzYzMjE0-a-biomolecule-gives-the-following-observations-i-with-br2-h2o-it-gives-monocarboxylic-acid-ii-with-acetate-it-gives-tetraacetate-iii-with-hi-red-p-it-gives-isopentane-the-correct-structure-of-the-biom https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQxMzk2-compound-a-on-hydrolysis-gives-compound-b-which-on-reaction-with-br-2-water-forms-gluconic-acid-a-originally-has-beta-glycosidic-linkages-determine-compound-a-1-starch-2-cellulose-3-amylose-4-amylopec https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQxNDc5-which-force-is-responsible-for-the-stability-of-the-helical-structure-in-helix-protein-1-vander-walls-force-2-hydrogen-bonding-3-pi-interaction-4-dipole-interaction-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQxODAx-which-one-of-the-following-is-a-water-soluble-vitamin-that-is-not-excreted-easily-1-vitamin-b2-2-vitamin-b1-3-vitamin-b6-4-vitamin-b12-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzQ1Nzk3-given-below-are-two-statements-assertion-a-amylose-is-a-water-insoluble-component-reason-r-amylose-is-a-long-linear-molecule-with-more-than-200-glucose-units-in-light-of-the-above-statements-choose-th https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDgxODAw-which-one-of-the-following-is-a-water-soluble-vitamin-that-is-not-excreted-easily-1-vitamin-text-b-2-2-vitamin-text-b-1-3-vitamin-text-b-6-4-vitamin-text-b-12-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDgxOTE3-match-list-i-with-list-ii-list-i-types-of-enzymes-list-ii-sources-or-functions-a-zymase-i-stomach-b-diastase-ii-yeast-c-urease-iii-malt-d-pepsin-iv-soyabean-choose-the-correct-answer-from-the-options https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDgyMTgw-the-stability-of-alpha-helix-structure-of-proteins-depends-upon-1-dipolar-interaction-2-h-bonding-interaction-3-van-der-walls-forces-4-pi-stacking-interaction-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDgyMjE4-which-of-the-following-protein-structures-remains-unaffected-by-heating-1-secondary-structure-2-tertiary-structure-3-primary-structure-4-quaternary-structure-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDgyNjU1-given-below-are-two-statements-assertion-a-amylose-is-a-water-insoluble-component-reason-r-amylose-is-a-long-linear-molecule-with-more-than-200-glucose-units-in-light-of-the-above-statements-choose-th https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjc4OTM4-the-correct-structure-of-anomer-of-maltose-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjc5MzAw-which-of-the-glycosidic-linkages-between-galactose-and-glucose-is-present-in-lactose-1-c-1-of-galactose-and-c-4-of-glucose-2-c-1-of-glucose-and-c-6-of-galactose-3-c-1-of-glucose-and-c-4-of-galactose-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDk1Mjg2-hydrolysis-of-sucrose-gives-1-alpha-d-glucose-and-alpha-d-fructose-2-alpha-d-glucose-and-beta-d-fructose-3-alpha-d-glucose-and-beta-d-fructose-4-alpha-d-glucose-and-alpha-d-fructose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDk1NDE4-which-of-the-following-is-not-an-example-of-a-fibrous-protein-1-collagen-2-myosin-3-albumin-4-keratin-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDk1NzQ1-the-water-soluble-protein-is-1-myosin-2-collagen-3-fibrin-4-albumin-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDk1NzU5-consider-the-following-structure-the-molecule-shown-is-a-nitrogenous-base-found-in-dna-which-dna-base-does-it-pair-with-i-e-its-complementary-base-1-uracil-2-cytosine-3-guanine-4-adenine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDk2MTI4-which-of-the-following-is-the-correct-structure-of-tyrosine-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjc4Njg5-which-of-the-following-is-not-an-essential-amino-acid-1-valine-2-leucine-3-lysine-4-tyrosine-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246NDkzMTAx-two-monomers-in-maltose-are-1-alpha-d-glucose-and-beta-d-glucose-2-alpha-d-glucose-and-alpha-d-fructose-3-alpha-d-glucose-and-alpha-d-galactose-4-alpha-d-glucose-and-alpha-d-glucose-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjc2ODIw-what-is-the-number-of-stereocenters-in-the-linear-and-cyclic-forms-of-glucose-respectively-1-4-4-2-4-5-3-5-4-4-5-5-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246MzA4MjMz-the-functional-groups-present-in-zwitter-ion-are-1-nh2-cooh-2-nh2-so3h-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/biomolecules/?q=NP-b246Mjk4MTE0-the-term-anomers-of-glucose-refer-to-1-isomers-of-glucose-that-differ-in-configurations-at-carbons-one-and-four-c-1-and-c-4-2-a-mixture-of-d-glucose-and-l-glucose-3-enantiomers-of-glucose-4-isomers-of https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTQ4Mw-an-element-x-is-placed-in-group-ia-of-the-periodic-table-because-it-forms-1-an-oxide-which-is-acid-2-a-volatile-chloride-having-formula-xcl2-3-an-ionic-chloride-having-formula-xcl-4-an-insoluble-chlor https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTUzNA-which-of-the-following-would-have-a-permanent-dipole-moment-1-bf3-2-sif4-3-sf4-4-xef4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTUzNQ-in-the-case-of-alkali-metals-the-covalent-character-decreases-in-the-order-1-mcl-mi-mbr-mf-2-mf-mcl-mbr-mi-3-mf-mcl-mi-mbr-4-mi-mbr-mcl-mf-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTUzNg-which-of-the-following-two-are-isostructural-1-xef2-and-if2-2-nh3-and-bf3-3-co2-and-sio2-4-pcl5-and-if5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTUzNw-which-one-of-the-following-species-does-not-exist-1-be2-2-be2-3-b2-4-n2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTUzOA-which-one-of-the-following-is-not-paramagnetic-1-no-2-n2-3-co-4-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTUzOQ-in-a-regular-octahedral-molecule-mx6-the-number-of-x-m-x-bonds-at-180-is-1-3-2-2-3-6-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU0MQ-which-of-the-following-is-not-isostructural-with-sicl4-1-scl4-2-so42-3-po43-4-nh4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU0NA-in-which-of-the-following-species-the-central-atom-has-the-type-of-hybridisation-which-is-not-the-same-as-that-present-in-the-other-three-1-sf4-2-i3-3-sbcl52-4-pcl5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU0NQ-which-of-the-following-has-p-pi-d-pi-bonding-1-no3-2-so32-3-bo33-4-co32-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU0Ng-in-brf3-molecule-the-lone-pairs-occupy-equatorial-positions-to-minimize-1-lone-pair-bond-pair-repulsion-2-bond-pair-bond-pair-repulsion-3-lone-pair-lone-pair-repulsion-and-lone-pair-bond-pair-repulsio https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU0OA-in-which-one-of-the-following-molecules-the-central-atom-said-to-adopt-sp2-hybridisation-1-bef2-2-bf3-3-c2h2-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU1MA-according-to-molecular-orbital-theory-arrange-the-nitrogen-species-in-each-list-in-ascending-order-of-bond-order-1-n2-n2-n22-2-n22-n2-n2-3-n2-n22-thinsp-n2-4-n2-n22-n2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU1MQ-among-the-following-molecules-ions-bf3-no2-nh2-and-h2o-the-central-atom-is-sp2-hybridized-in-1-no2-and-nh2-2-nh2-and-h2o-3-no2-and-h2o-4-bf3-and-no2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU1Mg-which-one-of-the-following-is-planar-1-xef4-2-xeo4-3-xeo3-4-xeo3f2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU1Mw-find-the-formal-charge-on-each-oxygen-atom-and-the-p-ndash-o-bond-order-in-the-phosphate-ion-po-sup3-respectively-1-0-75-0-6-2-0-75-1-0-3-0-75-1-25-4-3-1-1-25-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU1NA-the-dielectric-constant-of-h2o-is-80-the-electrostatic-force-of-attraction-between-na-and-cl-will-be-1-reduced-to-140-in-water-than-in-air-2-reduced-to-180-in-water-than-in-air-3-will-be-increased-to https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU1NQ-which-of-the-following-is-isoelectronic-1-co2-no2-2-no2-co2-3-cn-co-4-so2-co2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU1Ng-the-correct-order-of-the-increasing-bond-angles-in-the-following-triatomic-species-is-1-mathrm-no-2-mathrm-no-2-mathrm-no-2-2-mathrm-no-2-mathrm-no-2-mathrm-no-2-3-mathrm-no-2-mathrm-no-2-mathrm-no-2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU1Nw-select-the-pair-of-d-orbitals-involved-in-d-sup2-sp-sup3-hybridisation-in-an-octahedral-complex-1-dx2-y2-dz2-2-dxy-dx2-y2-3-dz2-dxz-4-dxy-dyz-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU1OA-select-the-hybridisation-associated-with-an-equilateral-triangular-geometry-1-sp-hybridisation-2-sp2-hybridisation-3-sp3-hybridisation-4-dsp2-hybridisation-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU1OQ-asf5-molecule-is-trigonal-bipyramidal-the-hybrid-orbitals-used-by-as-atoms-for-bonding-are-1-dx2-y2-dz2-s-px-py-2-dxy-s-px-py-pz-3-s-px-py-pz-dxy-4-dz2-s-px-py-pz-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU2Mg-the-types-of-hybrid-orbitals-of-nitrogen-in-no2-no3-and-nh4-respectively-are-expected-to-be-1-sp-sp3-and-sp2-2-sp-sp2-and-sp3-3-sp2-sp-and-sp3-4-sp2-sp3-and-sp-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU2NA-which-of-the-following-statement-is-not-correct-from-the-view-point-of-molecular-orbital-theory-1-be2-is-not-a-stable-molecule-2-he2-is-not-a-stable-but-he2-is-expected-to-exist-3-bond-strength-of-n2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU2NQ-which-of-the-following-compounds-does-not-exhibit-hydrogen-bonding-1-mathrm-ch-3-mathrm-ch-2-mathrm-oh-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU2Ng-pcl5-is-highly-unstable-and-in-a-solid-state-it-exists-as-into-pcl4-and-pcl6-ions-the-geometry-of-pcl6-is-1-octahedral-2-tetrahedral-3-square-pyramidal-4-square-planar-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU2Nw-which-of-the-following-species-has-maximum-number-of-lone-pair-of-electrons-on-the-central-atom-1-xef2-2-h3o-3-xef4-4-xef6-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU2OQ-which-is-the-least-polarizable-gas-among-the-following-1-he-2-ne-3-kr-4-xe-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU3MA-correct-statement-among-the-following-regarding-the-shape-of-hgcl2-sncl2-and-f2o-is-1-all-have-a-linear-shape-2-sncl2-are-linear-and-hgcl2-is-v-shaped-3-hgcl2-is-linear-while-sncl2-and-f2o-are-v-shape https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjUzOTA-what-is-the-correct-increasing-order-of-bond-angles-for-the-following-species-mathrm-nh-2-mathrm-nh-3-text-and-mathrm-nh-4-1-nh2-nh3-nh4-2-nh4-nh3-nh2-3-nh3-nh2-nh4-4-nh3-nh4-nh2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU0MzI-the-correct-order-of-the-dipole-moment-of-the-following-molecules-is-1-i-ii-iii-2-i-ii-iii-3-iii-ii-i-4-i-iii-ii-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU0NzM-species-in-which-central-atom-is-sp2-hybridised-1-ch3-3n-2-sih3-3n-3-sio2-n-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU1MTA-the-number-of-sigma-bonds-in-p4o10-is-1-6-2-16-3-20-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU2NDE-among-the-following-iso-structural-compounds-the-one-that-has-the-highest-lattice-energy-is-1-licl-2-mgo-3-nacl-4-lif-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU2NDI-a-sbonded-molecule-mx3-is-t-shaped-the-number-of-non-bonding-pairs-of-electrons-is-1-0-2-2-3-1-4-can-be-predicted-only-if-atomic-number-of-m-is-known-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU2NDM-in-a-chemical-change-from-mathrm-pcl-3-longrightarrow-mathrm-pcl-5-text-the-hybrid-state-of-p-changes-from-1-sp2-to-sp3-2-sp3-to-sp2-3-sp3-to-sp3d-4-sp3-to-dsp2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU2NDQ-the-geometrical-arrangement-and-shape-of-i3-are-respectively-1-trigonal-bipyramidal-geometry-linear-shape-2-hexagonal-structure-linear-shape-3-triangular-planar-geometry-triangular-shape-4-tetrahedral https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU2NDY-mark-the-incorrect-order-for-the-bond-angle-1-nh3-nf3-2-nf3-ph3-4-nh3-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU2NDc-which-molecules-ions-are-most-paramagnetic-1-b2-2-c2-3-o2-4-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU2NTI-in-which-case-observed-dipole-moment-is-greater-than-theoretical-dipole-moment-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU2NTM-which-has-linear-shape-but-not-sp-hibridisation-1-xef2-2-i3-3-co2-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjU3MzE-which-among-the-following-has-the-highest-bond-energy-1-co-2-co-3-n2-4-n2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjY1MDg-which-has-highest-bond-angle-1-nh3-2-h2o-3-h2s-4-ph3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjcyMTM-the-isostere-pair-is-1-co2-and-n2o-2-co-and-n2-3-o2-and-no2-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjcyMjQ-select-the-correct-order-of-solubility-in-water-from-the-following-1-srso4-sr-oh-2-ca-oh-2-mg-oh-2-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MjcyMjU-which-of-the-following-molecules-exhibits-h-bonding-1-ch4-2-h2se-3-n2h4-4-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjc2MzA-compound-that-is-isoelectronic-with-an-adduct-of-diborane-and-ammonia-is-1-hydrogen-peroxide-2-diborane-at-absolute-zero-temp-3-first-member-of-alkyne-series-4-diborane-at-10-deg-c-temp-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjc2OTI-which-of-the-following-leads-to-a-bonding-orbital-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjc2OTM-which-of-the-following-pairs-share-both-isoelectronicity-and-isostructural-characteristics-no3-co3-2-clo3-so3-1-no3-co3-2-2-so3-no3-3-clo3-co3-2-4-co3-2-clo3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjc2OTU-which-of-the-following-has-largest-bond-angle-1-h2o-2-f2o-3-cl2o-4-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjc2OTc-find-the-highest-occupied-molecular-orbital-homo-in-the-molecular-orbital-diagram-of-o-ion-1-sigma-mo-orbital-2-pi-mo-orbital-3-pi-mo-orbital-4-sigma-mo-orbital-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjc2OTk-the-correct-order-of-h-bond-strength-in-the-following-compounds-is-1-h2o-h2o2-hf-h2s-2-hf-h2o2-h2o-h2s-3-hf-h2o-h2s-h2o2-4-hf-h2o-h2o2-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjc3MDA-a-pair-of-species-that-have-identical-shapes-is-1-no2-and-no2-2-pcl5-and-brf5-3-xef4-and-ici4-4-tecl4-and-xeo4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjc3MDI-which-of-the-following-is-correct-1-extent-of-hydration-is-pcl5-sicl4-and-bcl3-ccl4-2-k-ion-will-be-more-hydrated-than-li-3-in-bcl3-there-are-no-vacant-d-orbitals-but-still-it-can-undergo-expansion-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjk3ODM-carbon-atom-in-c2-cn-4-are-1-sp-hybridised-2-sp2-hybridised-3-sp-and-sp2-hybridised-4-sp-sp2-and-sp3-hybridised-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjk3ODQ-the-correct-order-in-which-the-o-o-bond-length-increases-in-the-following-is-1-h2o2-o2-o3-2-o3-h2o2-o2-3-o2-o3-h2o2-4-o2-h2o2-o3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mjk3OTI-carbon-suboxide-c3o2-has-1-linear-structure-2-bent-structure-3-trigonal-structure-4-disorted-tetrahedral-structure-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mzg2NzY-n2-and-o2-are-converted-to-monocations-n2-and-o2-respectively-which-of-the-following-is-incorrect-1-in-n2-the-n-n-bond-weakens-2-in-o2-the-o-o-bond-order-increases-3-in-o2-the-paramagnetism-decreases https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA4MDE-the-species-having-bond-angles-of-120-deg-is-1-ph3-2-clf3-3-ncl3-4-bcl3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA4MTQ-which-of-the-following-pairs-of-compounds-is-isoelectronic-and-isostructural-1-becl2-xef2-2-tel2-xef2-3-ibr2-xef2-4-if3-xef2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA4MzY-which-one-of-the-following-pairs-of-species-have-the-same-bond-order-1-co-no-2-o2-cn-3-cn-no-4-n-cn-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA4Mzc-in-which-of-the-following-compounds-is-an-intramolecular-hydrogen-bond-present-1-h2o2-2-hcn-3-cellulose-4-concentrated-acetic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA4NTY-the-hybridisations-of-atomic-orbitals-of-nitrogen-in-no2-no3-and-nh4-are-a-sp-sp3-and-sp2-b-sp2-sp3-and-sp-c-sp-sp2-and-sp3-d-sp2-sp-and-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA4NjI-the-correct-shape-and-hybridisation-for-xef4-are-1-octahedral-sp3d2-2-trigonal-bipyramidal-sp3d2-3-planar-triangle-sp3d3-4-square-planar-sp3d2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA4Njg-in-which-of-the-following-molecules-all-atoms-are-coplanar-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA4ODM-predict-the-correct-order-among-the-following-1-lone-pair-lone-pair-bond-pair-bond-pair-lone-pair-bond-pair-2-bond-pair-bond-pair-lone-pair-bond-pair-lone-pair-lone-pair-3-lone-pair-bond-pair-bond-pai https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA4OTk-the-pair-of-electrons-in-the-given-carbanion-ch3c-equiv-c-is-present-in-which-of-the-following-orbitals-1-sp3-2-sp2-3-sp-4-2p-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA5MDA-the-incorrect-statement-among-the-following-regarding-the-molecules-of-ch4-nh3-and-h2o-is-1-the-h-o-h-bond-angle-in-h2o-is-larger-than-the-h-c-h-bond-angle-in-ch4-2-the-h-o-h-bond-angle-in-h2o-is-smal https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA5MDg-which-one-of-the-following-orders-is-correct-for-the-bond-dissociation-enthalpy-of-halogen-molecules-1-cl2-br2-f2-i2-2-br2-i2-f2-cl2-3-f2-cl2-br2-i2-4-i2-br2-cl2-f2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA5Mjc-which-of-the-following-species-contains-equal-number-of-963-and-960-bonds-1-hco3-2-xeo4-3-cn-2-4-ch2-cn-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA5NTE-the-correct-bond-order-in-the-following-species-is-1-o22-62-o2-62-o2-2-o22-60-o2-60-o2-3-o2-62-o2-60-o22-4-o2-60-o2-62-o22-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA5NzA-the-total-number-of-pi-bond-electrons-in-the-following-structure-is-1-4-2-8-3-12-4-16-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA5NzI-in-which-of-the-following-pairs-both-the-species-are-not-isostructural-1-sicl4-pcl4-2-diamond-silicon-carbide-3-nh3-ph3-4-xef4-xeo4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDA5ODU-decreasing-order-of-stability-of-o2-o2-o2-ando22-is-1-o2-o2-o2-o22-2-o22-o2-o2-o2-3-o2-o2-o22-o2-4-o2-o22-o2-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEwMzY-a-molecule-having-the-maximum-dipole-moment-among-the-following-is-1-co2-2-ch4-3-nh3-4-nf3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEwMzc-which-among-the-following-species-has-a-triangular-planar-shape-1-n3-2-no3-3-no2-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEwNzM-dipole-induced-dipole-interactions-are-present-in-which-of-the-following-pairs-1-h2o-and-alcohol-2-cl2-and-ccl4-3-hcl-and-he-atoms-4-sif4-and-he-atoms-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEwNzc-paramagnetic-species-among-the-following-is-1-co-2-o2-3-cn-4-no-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEwODM-the-correct-order-of-solubility-in-an-aqueous-medium-is-1-cus-zns-na2s-2-zns-na2s-cus-3-na2s-cus-zns-4-na2s-zns-cus-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEwODQ-xef2-is-isostructural-with-1-tef2-2-ici2-3-sbcl3-4-bcl3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEwOTI-which-one-of-the-following-molecules-contain-no-960-bond-1-co2-2-h2o-3-so2-4-no2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDExMjk-which-one-of-he-following-pairs-is-isostructural-i-e-having-the-same-shape-and-hybridization-1-bcl3-and-brcl3-2-nh3-and-no3-3-nf3-and-bf3-4-bf4-and-nh4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDExNTY-considering-the-state-of-hybridisation-of-carbon-atoms-find-out-the-molecule-among-the-following-which-is-linear-1-hc-equiv-ch-2-ch2-ch-mdash-ch2-mdash-c-ch-3-ch3-mdash-ch2-mdash-ch2-mdash-ch3-4-ch3-m https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDExNzQ-the-correct-order-of-increasing-bond-length-of-c-h-c-o-c-c-and-c-c-is-1-c-c-c-c-c-o-c-h-2-c-o-c-h-c-c-c-c-3-c-h-c-o-c-c-c-c-4-c-h-c-c-c-o-c-c-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDExODk-which-of-the-following-compounds-has-the-lowest-melting-point-1-cabr2-2-cai2-3-caf2-4-cacl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEyMDA-which-of-the-following-has-the-minimum-bond-length-1-o2-2-o22-3-o2-4-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEyMDc-in-which-of-the-following-pairs-of-molecules-ions-the-central-atoms-have-mathrm-sp-2-hybridisation-1-mathrm-no-2-mathrm-and-mathrm-nh-3-2-mathrm-bf-3-mathrm-and-mathrm-no-2-3-mathrm-nh-2-mathrm-and-ma https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEyMzI-the-correct-increasing-order-of-bond-angles-in-the-following-species-is-1-cl-2o-clo-2-clo-2-2-clo-2-cl-2o-clo-2-3-cl-2o-clo-2-clo-2-4-clo-2-cl-2o-clo-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEyNTQ-the-tendency-of-bf3-bcl3-and-bbr3-to-behave-as-lewis-acid-decreases-in-the-sequence-1-bcl3-bf3-bbr3-2-bbr3-bci3-bf3-3-bbr3-bf3-bcl3-4-bf3-bcl3-bbr3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEyNzE-given-the-following-hydrocarbon-the-state-of-hybridisation-of-carbons-marked-2-3-5-and-6-in-the-following-hydrocarbon-are-respectively-1-sp-sp3-sp2-and-sp3-2-sp3-sp2-sp2-and-sp-3-sp-sp2-sp2-and-sp3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEzMDE-what-is-the-dominant-intermolecular-force-on-bond-that-must-be-overcome-in-converting-liquid-ch3oh-to-a-gas-1-hydrogen-bonding-2-dipole-dipole-interaction-3-covalent-bonds-4-london-dispersion-force-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEzMDc-the-angular-shape-of-ozone-molecule-o3-consists-of-1-1-sigma-and-2-pi-bonds-2-2-sigma-and-2-pi-bonds-3-1-sigma-and-1-pi-bonds-4-2-sigma-and-1-pi-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEzNDk-in-the-hydrocarbon-ch3-ch-ch-ch2-c-8801-ch-6-5-4-3-2-1-the-state-of-hybridisation-of-carbons-1-3-and-5-are-in-the-following-sequence-1-sp2-sp-sp3-2-sp-sp3-sp2-3-sp-sp2-sp3-4-sp3-sp2-sp-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEzNTc-the-correct-order-of-increasing-thermal-stability-of-k2co3-mgco3-caco3-and-beco3-is-1-beco3-mgco3-k2co3-caco3-2-beco3-mgco3-caco3-k2co3-3-mgco3-beco3-caco3-k2co3-4-k2co3-mgco3-caco3-beco3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEzNzc-which-of-the-following-compounds-has-a-higher-hydration-energy-than-the-lattice-energy-1-baso4-2-mgso4-3-caso4-4-srso4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDE0NDM-in-which-of-the-following-molecules-are-all-the-bonds-not-equal-1-clf3-2-bf3-3-alf3-4-nf3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDE0NDQ-the-electronegativity-difference-between-n-and-f-is-greater-than-that-between-n-and-h-yet-the-dipole-moment-of-nh3-1-5-d-is-larger-than-that-of-nf3-0-2-d-this-is-because-1-in-nh3-as-well-as-in-nf3-the https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDE0NDY-the-correct-order-of-electronegativity-of-hybrid-orbitals-of-carbon-is-1-sp-sp2-sp2-sp3-3-sp-sp3-4-sp-sp2-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDE0NDc-which-of-the-following-species-has-a-linear-shape-1-no2-2-so2-3-no2-4-o3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDE0NDg-which-of-the-following-is-the-most-basic-oxide-1-al2o3-2-sb2o3-3-bi2o3-4-seo2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDE0NTA-which-of-the-following-is-not-a-correct-statement-1-the-electron-deficient-molecules-can-act-as-lewis-acids-2-the-canonical-structures-have-no-real-existence-3-every-ab5-molecule-does-in-fact-have-squ https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDE0NTE-the-number-of-unpaired-electrons-in-a-paramagnetic-diatomic-molecule-of-an-element-with-atomic-mass-16-is-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDE0NTM-which-of-the-following-is-not-isostructural-with-sicl4-a-scl4-b-so42-c-po43-d-nh4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA3OTM-least-stable-hydride-is-1-stannane-2-silane-3-plumbane-4-germane-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA3OTY-arrange-the-following-compounds-in-the-correct-decreasing-order-of-hydrogen-bond-strength-1-h-o-h-o-hf-h-s-2-hf-h-o-h-o-h-s-3-hf-h-o-h-s-h-o-4-hf-h-o-h-o-h-s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA3OTg-molecule-having-non-polar-as-well-as-polar-bonds-but-the-molecule-as-a-whole-is-polar-a-s2f2-b-n2o4-c-si2h6-d-i2cl6-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MDQ-choose-the-correct-statement-regarding-seocl2-molecule-1-it-does-not-contain-a-plane-of-symmetry-2-cl-se-cl-bondisgreaterthan-cl-se-o-bondangle-3-lone-pair-has-greater-than-33-3-s-character-4-central https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MDU-which-of-the-following-compounds-can-form-h-bonding-with-each-other-a-ch3coohandh2o-b-phenol-and-ch4-c-chf3andacetone-d-ph3andhf-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MTA-which-of-the-following-compound-is-planar-and-non-polar-1-xeo4-2-sf4-3-xef4-4-cf4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MTE-the-incorrect-statement-s-regarding-cx3-species-is-1-if-electronegativity-of-surrounding-element-x-is-less-than-2-5-then-central-carbon-atom-used-almost-33-s-character-in-their-hybrid-bonding-orbitals https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MTM-h2o-has-a-net-dipole-moment-while-bef2-has-zero-dipole-moment-because-1-f-is-more-electronegativity-than-oxygen-2-be-is-more-electronegativity-than-oxygen-3-h2o-molecule-is-linear-and-bef2-is-bent-4-b https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MTY-which-of-the-following-overlops-is-incorrect-assuming-z-axis-internuclear-axis-a-2py-2py-8594-960-8208-bondformation-b-2px-2px-8594-963-8208-bondformation-c-3dxy-3dxy-8594-960-8208-bondformation-d-2s https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MTc-how-many-sigma-sigma-bonds-are-present-in-a-molecule-of-diethyl-ether-c-h-ndash-o-ndash-c-h-1-14-2-12-3-8-4-16-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MTk-which-of-the-following-species-has-a-zero-dipole-moment-i-co2-ii-cocl2-iii-ch2-cl2-iv-bcl3-1-i-and-iv-2-ii-and-iv-3-iii-and-iv-4-i-iii-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MjA-the-correct-statement-about-carbene-ch2-is-1-in-singlet-carbene-carbon-is-sp2-hybridized-whereas-in-triplet-carbene-carbon-is-sp-hybridized-2-triplet-carbene-is-less-stable-than-singlet-carbene-3-stab https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MjI-which-of-the-following-is-a-pair-of-polar-molecules-1-co2-and-h2o-2-bf3-and-pcl3-3-so2-and-scl2-4-cs2-and-so3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MjM-in-which-molecule-does-the-chlorine-atom-has-positive-partial-charge-1-hcl-2-brcl-3-ocl2-4-scl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MjU-the-incorrect-order-of-lattice-energy-among-the-following-set-is-1-alf3-mgf2-2-li3n-li2o-3-nacl-lif-4-tic-scn-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MjY-which-of-the-following-set-of-species-have-planar-structures-a-i3-ch3-clo3-sif62-b-i3-icl4-al2cl6-tecl4-c-scl2-n2o5-sf4-xeof4-d-i2cl6-xef2-brf4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4Mjc-both-nsih33-and-nhsih32compounds-have-trigonal-planer-skeleton-incorrect-statement-about-both-compound-is-1-sinsi-bond-angle-in-nhsih32-62-sinsi-bond-angle-in-nsih33-2-n-si-bond-length-in-nhsih32-62-n https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4Mjk-which-ionic-compound-has-the-largest-amount-of-lattice-energy-a-naf-b-alf3-c-ain-d-mgf2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MzE-the-incorrect-statement-regarding-osih32-and-ocl2-molecule-is-are-i-the-strength-of-back-bonding-is-more-in-osih32-molecule-than-ocl2-molecule-ii-si-mdash-o-mdash-si-bond-angle-in-osih32-is-greater-th https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MzI-which-of-the-following-compound-have-the-same-no-of-lone-pair-with-their-central-atom-i-xef5-ii-brf3-iii-xef2-iv-h3s-v-triple-methylene-options-are-as-follows-1-iv-and-v-2-i-and-iii-3-i-and-ii-4-ii-iv https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MzM-the-incorrect-order-of-the-force-of-attraction-among-the-given-species-is-1-mathrm-hi-mathrm-hbr-mathrm-cl-2-2-mathrm-ccl-4-mathrm-ch-2-mathrm-cl-2-mathrm-ch-3-mathrm-cl-mathrm-ch-4-3-n-pentane-iso-pe https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MzU-the-o-n-o-bond-angle-is-maximum-in-a-n2o-b-no2-cno2-d-no3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4MzY-among-following-molecule-n-8212-si-bond-length-is-shortest-1-n-sih3-3-2-n-sih3-2-3-nh2-sih3-4-all-have-equal-n-8212-si-bond-length-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4Mzc-the-geometry-with-respect-to-the-central-atom-of-the-following-molecules-are-n-sih3-3-me3n-sih3-3p-1-planar-pyramidal-planar-2-planar-pyramidal-pyramidal-3-pyramidal-pyramidal-pyramidal-4-pyramidal-pl https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4Mzg-incorrect-statement-regarding-bf2nh2-molecule-is-1-fbf-bond-angle-60-120-2-hnh-bond-angle-62-109-176-28-3-exhibits-intermolecular-h-bond-4-hybridization-of-n-atom-is-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4Mzk-molecule-that-has-mu-observed-greater-than-mu-theoretical-is-1-chcl3-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NDA-the-bond-having-minimum-bond-energy-is-1-c-8212-c-2-o-8212-o-3-s-8212-s-4-p-8212-p-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NDE-a-gas-that-should-not-be-collected-over-water-is-1-h2-2-n2-3-ch4-4-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NDI-the-correct-increasing-order-of-extent-of-hydrolysis-is-1-ccl4-mgcl2-alcl3-sicl4-pcl5-2-ccl4-alcl3-mgcl2-pcl5-sicl4-3-ccl4-sicl4-pcl5-alcl3-mgcl2-4-ccl4-pcl5-sicl4-alcl3-mgcl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NDU-inorganic-benzene-reacts-with-hcl-to-form-a-compound-b3n3h9cl3-the-protonation-occurs-at-1-b-atom-2-n-atom-3-first-at-b-atom-then-rearrangers-into-n-atom-4-first-n-atom-then-rearrangers-into-b-atom-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NDY-the-correct-order-of-initials-t-or-f-for-the-following-statements-is-use-t-if-statement-is-true-and-f-if-it-is-false-i-ch3-2p-cf3-3is-non-polar-ch3-3p-cf3-2-is-polar-molecule-ii-ch3p-ch3-bond-angles-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NDc-which-substance-has-the-strongest-london-dispersion-forces-1-sih4-2-ch4-3-snh4-4-geh4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NDk-the-compound-that-has-the-lowest-boiling-point-is-1-hf-2-hcl-3-hbr-4-hi-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NTA-which-of-the-following-is-the-correct-order-for-increasing-bond-angle-a-nh3-60-ph3-60-ash3-60-sbh3-b-h2o-60-of2-60-cl2o-c-h3te-60-h3se-60-h3s-60-h3o-d-bf3-60-bci3-60-bbr3-60-bi3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NTE-the-correct-statement-about-hydrolysis-of-bcl3-and-ncl3-is-1-ncl3-is-hydrolysed-and-gives-hocl-but-bcl3-is-not-hydrolysed-2-both-ncl3-and-bcl3-on-hydrolysis-gives-hcl-3-ncl3-on-hydrolysis-gives-hocl-b https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NTM-the-correct-sequence-of-the-polarity-of-the-following-molecule-is-a-benzene-b-inorganic-benzene-c-pcl3f2-d-pcl2f3-a-b-c-d-1-p-np-np-p-2-np-np-np-p-3-np-p-np-p-4-np-p-p-np-where-p-polar-np-non-polar-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NTQ-the-incorrect-order-of-boiling-point-is-1-h2o-ch3oh-2-nch33-me3po4-4-ch3n3-hn3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NTU-when-the-substances-si-kcl-ch3oh-and-c2h6-are-arranged-in-order-of-increasing-melting-point-what-is-the-correct-order-1-si-kcl-ch3oh-c2h6-2-ch3oh-c2h6-si-kcl-3-kcl-si-c2h6-ch3oh-4-c2h6-ch3oh-kcl-si-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NTg-iodine-molecules-are-held-in-the-solid-lattice-by-1-london-forces-2-dipole-dipole-interactions-3-covalent-bonds-4-coulombic-force-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NjE-which-substance-has-the-highest-melting-point-1-co-2-co2-3-sio2-4-p2o5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NjI-nodal-planes-of-960-bond-s-inch2-c-c-ch2arelocatedin-1-all-are-in-molecular-plane-2-two-in-a-molecular-plane-and-in-a-plane-peerpendicular-to-moleclar-plane-which-contains-c-c-963-bond-3-one-in-molecu https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NjM-the-hybridisation-of-the-central-atom-will-change-when-1-nh3-combines-with-h-2-h3bo3combines-with-oh-3-nh3-forms-nh2-4-h2ocombines-with-h-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NjQ-species-having-maximum-ci-mdash-o-bond-order-is-1-cio3-2-cio3-3-cio2-4-cio2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NjU-which-of-the-following-have-x-o-x-linkage-where-x-is-central-atom-i-cr2o72-ii-s2o32-iii-pyrosilicate-iv-hyponitrous-acid-1-i-iii-2-iii-iv-3-i-iii-iv-4-i-ii-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NjY-which-bonds-are-formed-by-a-carbon-atom-with-sp2-hybridization-1-4-pi-bonds-2-2-pi-bondsand2-sigma-bonds-3-1-pi-bondsand3-sigma-bonds-4-4-delta-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4Njg-which-of-the-following-species-has-the-maximum-number-of-atoms-lying-in-the-same-plane-1-xef-2-sf-3-if-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NzA-what-is-the-hybridization-of-the-carbon-atoms-labeled-c1-and-c2-respectively-in-glycine-c1-c2-1-sp2-sp2-2-sp2-sp3-3-sp3-sp2-4-sp-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NzE-find-the-correct-statement-about-the-following-molecule-1-the-molecule-is-non-planar-2-the-dipole-moment-mu-is-not-equal-to-zero-3-both-1-and-2-are-correct-4-the-dipole-moment-mu-is-equal-to-zero-1-2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NzI-select-the-correct-statement-a-hso5-ion-has-one-s-8212-o-8212-h-linkage-b-number-of-b-8212-o-8212-b-linkages-in-borax-is-equal-to-number-of-p-8212-o-8212-p-linkages-in-p4o10-c-hybridization-of-both-su https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NzM-the-h-o-h-bond-angles-in-h3o-are-approximately-107-deg-the-orbitals-used-by-oxygen-in-these-bond-are-best-describe-as-1-p-orbitals-2-sp-hybrid-orbitals-3-sp2hybrid-orbital-4-sp3-hybrid-orbital-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NzQ-which-of-the-following-molecular-species-is-not-linear-1-cn-2-2-ocn-3-xef2-4-s32-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NzY-which-of-the-following-statements-is-correct-about-the-mathrm-i-3-and-mathrm-i-3-molecular-ions-1-the-number-of-lone-pairs-on-the-central-atoms-is-the-same-in-both-the-ions-2-the-hybridization-of-the https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4Nzc-the-compound-that-has-the-highest-ionic-character-associated-with-the-x-cl-bond-is-1-pcl5-2-bcl3-3-ccl4-4-sicl4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4Nzg-in-which-of-the-folllowing-transformations-the-bond-order-has-increased-and-the-magnetic-behaviour-has-changed-a-c2-8594-c2-b-no-8594-no-c-o2-8594-o2-d-n2-8594-n2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4Nzk-determine-the-bond-with-the-highest-average-bond-enthalpy-1-c-c-2-c-s-3-c-o-4-p-n-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4ODA-h-o-m-o-highest-occupied-molecular-orbital-of-co-molecular-is-1-non-bonding-m-o-with-slight-antibonding-character-2-non-bonding-m-o-with-slight-bonding-character-3-pure-non-bonding-m-o-4-none-of-the-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4ODE-an-incorrect-match-among-the-following-is-geometry-possible-molecular-shape-from-respective-geometry-1-tetrahedral-bent-2-trigonal-bipyramidal-triangular-planar-3-octahedral-square-pyramidal-4-pentago https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4ODM-in-which-of-the-following-species-central-atom-is-not-surrounded-by-exactly-8-valence-electrons-1-bf4-2-ncl3-3-pcl4-4-sf4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4ODU-the-structure-of-b3n3h6-is-as-follows-how-many-derivative-structures-of-b3n3h4x2-can-be-derived-from-the-basic-structure-by-the-replacement-of-two-hydrogen-atoms-a-2-b-3-c-4-d-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4ODg-correctly-match-is-1-dx2-y2-atomic-orbital-mdash-one-nodal-plane-2-py-atomic-orbital-mdash-two-nodal-plane-3-sigma-px-mdash-psi-gerade-4-pi-py-mdash-psi-ungerade-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4ODk-in-which-of-the-following-molecular-shape-dz2-orbital-must-not-be-involved-in-bonding-1-pentagonal-planar-2-trigonal-planar-3-linear-4-square-planar-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4OTA-consider-the-following-reaction-mx4-x-2-8594-mx4x-2-if-atomic-number-of-m-is-52-and-x-and-x-are-halogens-and-x-is-more-electronegative-than-x-then-choose-correct-statement-regarding-given-information https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4OTE-which-atom-can-have-more-than-eight-valence-electrons-when-it-is-forming-covalent-bond-1-h-2-n-3-f-4-cl-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4OTM-select-the-incorrect-match-statement-shape-example-a-bond-pair-has-75-hf-p-character-b-reduction-in-axial-bond-sf4-is-more-than-that-of-in-equatorial-bond-angle-c-two-axial-d-orbitals-and-xef5-one-non https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4OTQ-the-least-polar-bond-is-present-in-which-of-the-following-1-o-f-2-p-f-3-si-n-4-b-f-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4OTY-select-correct-statement-s-1-acidic-strength-of-hbr-62-hcl-but-reverse-is-true-for-their-reducing-property-2-basic-strength-of-ph3-62-ash3-but-reverse-is-true-for-their-bond-angle-3-dipole-moment-of-c https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4OTc-which-set-contains-only-covalently-bonded-molecules-1-bcl-3-sicl-4-pcl-3-2-nh-4br-n-2h-4-hbr-3-i-2-h-2s-nai-4-al-o-3-as-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4OTg-in-which-of-the-following-species-d-orbitals-having-xz-and-yz-two-nodal-planes-involved-in-hybridization-of-central-atom-a-io2f2-b-clf4-c-if7-d-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4OTk-select-pair-of-compound-in-which-both-have-differant-hybridization-but-have-same-molecular-geomatery-1-bf3-brf3-2-ici2-beci2-3-bci3-pci3-4-pci3-nci3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MDA-which-of-the-following-molecules-does-not-exist-1-of2-2-of4-3-sf2-4-sf4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MDM-the-species-having-no-p-960-p-960-bond-but-has-a-bond-order-equal-to-that-of-o2-a-cio-3-b-po43-c-so42-d-xeo3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MDQ-select-the-pair-of-elements-expected-to-form-the-strongest-ionic-interaction-1-al-and-as-2-al-and-n-3-al-and-se-4-al-and-o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MDU-the-correct-order-of-increasing-s-character-in-percentage-in-the-hybrid-orbitals-of-the-following-molecules-ions-is-i-mathrm-co-2-3-ii-mathrm-xef-4-iii-mathrm-i-3-iv-mathrm-ncl-3-v-mathrm-becl-2-1-ii https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MDY-how-many-possible-resonance-forms-exist-for-the-nitrate-ion-text-no-3-1-one-2-two-3-three-4-four-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MDg-which-of-the-following-molecule-will-have-all-equal-x-8212-f-bond-length-where-x-central-atom-a-socl2f2-b-sef4-c-pbr2f3-d-if7-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MDk-which-of-the-following-fact-is-directly-explained-by-the-statement-oxygen-is-a-smaller-atom-than-sulpher-1-h2o-boils-at-a-much-higher-tempreture-than-h2s-2-h2s-undergoes-intermolecure-hydrogen-bonding https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MTA-among-given-species-identify-the-isostructural-pairs-1-nf3andbf3-2-bf4-andnh4-3-bcl3andbrcl3-4-nh3andno3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MTM-in-which-of-the-following-cases-c-mdash-c-bond-length-will-be-highest-1-ch3-mdash-cf3-2-fch2-mdash-ch2f-3-f2ch-f2ch-4-cf3-mdash-cf3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MTU-determine-the-ratio-of-sigma-bonds-to-pi-bonds-in-tetracyanoethene-nc-c-c-cn-1-2-1-2-1-1-3-1-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MTg-which-of-the-following-statement-is-correct-in-the-context-of-the-allene-molecules-c3h4-1-the-central-carbon-is-sp-hybridized-2-the-terminal-carbon-atoms-are-sp2-hybridized-3-the-planes-containing-the https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MTk-select-the-incorrect-statement-about-n2f4andn2h4-i-inn2f4-d-orbitals-are-contracted-by-electronegative-fluorine-atoms-but-d-orbitals-contaraction-is-not-possible-by-h-atom-in-n2h4-ii-the-n-n-bond-ener https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MjE-the-shape-of-xef3-is-1-trigonal-planar-2-pyramidal-3-bent-t-shape-4-see-saw-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MjM-which-of-the-following-shapes-are-not-possible-for-any-possible-value-of-n-in-xefn-molecule-1-linear-2-square-planar-3-trigonal-planar-4-capped-octahedral-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MjQ-which-of-the-following-compound-has-a-maximum-c-mdash-c-single-bond-length-1-ch2chcch-2-hcccch-3-ch3chch2-4-ch2chchch2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5MjY-becl2-is-not-isostructural-with-1-icl2-2-c2h2-3-xef2-4-gecl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NTY-which-statement-is-true-about-the-most-stable-lewis-structure-for-cs2-1-there-are-no-lone-pairs-in-molecule-2-all-bonds-are-double-bonds-3-the-central-atom-does-not-have-an-octet-of-electrons-4-a-sulf https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NTc-minimum-f-mdash-s-mdash-f-bond-angle-present-in-1-ssf2-2-sf6-3-sf2-4-f3ssf-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NTg-sbf5-reacts-with-xef4-and-xef6-to-form-ionic-compounds-xef3-sbf6-and-xef5-sbf6-then-molecular-shape-of-xef3-ion-and-xef5-ion-respectively-1-square-pyramidal-t-shaped-2-bent-t-shape-square-pyramidal-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NTk-in-which-of-the-following-species-maximum-atom-can-lie-in-same-plane-1-xef2o2-2-pcl5-3-ash4-4-xef4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NjE-the-geometry-of-ammonia-molecule-can-be-best-described-as-1-nitrogen-at-one-vertex-of-a-regular-tetrahedron-the-other-three-vertices-being-occupied-by-three-hydrogens-2-nitrogen-at-the-centre-of-the-t https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NjM-the-molecular-geometry-that-is-least-likely-to-result-from-a-trigonal-bipyramidal-electron-geometry-is-1-trigonal-planar-2-see-saw-3-linear-4-t-shaped-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NjU-which-of-the-following-orbital-can-not-form-960-as-well-as-948-bond-1-dxy-2-dz2-3-dx2-y2-4-dyz-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5Njc-give-the-correct-order-of-initials-t-and-f-for-following-statements-use-t-if-statement-is-true-and-f-if-it-is-false-a-the-order-of-repulsion-betweeen-different-pair-of-electrons-is-lp-lp-62-lp-bp-62-b https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5Njg-find-the-species-that-has-a-planar-structure-1-co-sup2-2-so-sup2-3-clo-4-bf-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5Njk-on-the-left-are-given-decreasing-orders-of-elements-for-a-certain-property-and-on-the-right-side-is-given-the-property-the-incorrect-order-for-the-given-properties-is-1-alf3-mgo-mgf2-lattice-energy-2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NzA-what-is-the-shape-of-the-ibr2-ion-1-linear-2-bent-shape-with-bond-angle-of-about-90-deg-3-bent-shape-with-bond-angle-of-about-109-deg-4-bent-shape-with-bond-angle-of-about-120-deg-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NzE-what-is-the-shape-of-the-clf3-molecule-1-trigonal-planar-2-trigonal-pyramid-3-t-shaped-4-tetrahedral-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NzI-which-of-the-following-compound-has-the-smallest-bond-angle-x-8212-a-8212-z-in-each-series-respectively-1-osf2oscl2-osbr2-2-sbcl3-sbbr3-sbi3-3-pi3-asi3-sbi3-options-are-as-follows-a-osf2-sbclandpi3-b https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NzQ-according-to-the-vsepr-theory-select-the-species-in-which-all-the-atoms-lie-in-the-same-plane-a-ch-b-ch-1-a-only-2-b-only-3-both-a-and-b-4-neither-a-nor-b-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5NzU-idetify-the-correct-sequence-of-increasing-number-of-960-bonds-in-the-structure-of-the-following-molecules-i-h2s2o6-ii-h2so3-iii-h2s2o5-1-i-ii-and-iii-2-ii-i-and-iii-3-ii-iii-and-i-4-i-iii-and-ii-1-2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5Nzc-the-state-of-hybridisation-of-central-atom-in-dimer-of-bh3-and-beh2-is-1-sp2-sp2-2-sp3-sp2-3-sp3-sp3-4-sp2-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5Nzg-select-the-species-or-molecule-in-which-the-total-number-of-bond-pairs-is-not-equal-to-the-total-number-of-lone-pairs-1-ocn-2-h-o-3-c-h-cl-4-o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5Nzk-o-mdash-o-bond-length-ina-deg-in-h2o2-and-o2f2-is-respectively-1-1-22-1-48-2-1-48-1-22-3-1-22-1-22-4-1-48-1-48-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5ODE-which-of-the-following-compounds-has-the-maximum-s-mdash-o-bond-length-1-socl-2-sobr-3-sof-4-all-have-the-same-length-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5ODM-out-of-the-two-compounds-shown-below-the-vapour-pressure-of-b-at-a-particular-temperature-is-expected-to-be-a-b-1-higher-than-that-of-a-2-lower-than-that-of-a-3-same-as-that-of-a-4-can-be-higher-or-lo https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5ODQ-solubillity-of-alkali-metal-fluorides-increases-down-the-group-select-correct-explanation-for-given-statement-1-hydration-energy-increase-and-lattice-energy-decrease-down-the-group-2-both-energy-decre https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5ODY-in-which-of-the-following-compounds-b-8212-f-bond-length-is-shortest-a-bf4-b-bf3-8592-nh3-c-bf3-d-bf3-8592-nch33-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5ODg-in-terms-of-polar-character-which-of-the-following-order-is-correct-1-nh3-h2o-hf-h2s-2-h2s-nh3-h2o-hf-3-h2o-nh3-h2s-hf-4-hf-h2o-nh3-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA5OTI-the-correct-order-of-boiling-point-among-the-following-is-1-t2-o-nitrophenol-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE0MTM-the-correct-order-of-s-mdash-o-bond-length-is-1-mathrm-so-3-2-mathrm-so-4-2-mathrm-so-3-mathrm-so-2-2-mathrm-so-3-2-mathrm-so-4-2-mathrm-so-2-mathrm-so-3-3-mathrm-so-4-2-mathrm-so-3-2-mathrm-so-2-math https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE0MTY-the-non-linear-structure-is-possessed-by-1-sncl2-2-nco-3-no2-4-cs2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE0MTc-cis-butene-dioic-acid-8652-ka1-h-x-1-8652-ka2-h-x22-trans-butene-dioic-acid-8652-ka1-h-y-1-8652-ka2-183-h-y22-the-incorrect-statement-regarding-above-the-information-is-1-x22-species-is-more-basic-tha https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE0MTg-in-which-of-the-following-compounds-octet-is-complete-and-incomplete-for-all-atoms-al-2cl-6-al-2-left-ch-3-right-6-alf-3-dimer-of-becl-2-dimer-of-beh-2-1-ic-ic-ic-c-c-2-c-ic-ic-c-ic-3-c-ic-c-ic-ic-4-i https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE1MTA-a-compound-having-a-metal-to-metal-bond-is-1-cupric-chloride-2-stannous-chloride-3-mercurous-chloride-4-mercuric-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE1MTI-which-of-the-following-pair-of-elements-can-form-an-ionic-compound-1-mathrm-na-and-mathrm-ca-2-mathrm-k-and-o-2-3-o-2-and-cl-2-4-al-and-i-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE1MTU-the-type-of-molecular-forces-of-attraction-present-in-the-following-compound-is-1-intermolecular-h-bonding-2-intramolecular-h-bonding-3-van-der-waal-s-force-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE1MTc-the-species-showing-p-pi-d-pi-overlapping-is-1-no3-2-po43-3-co32-4-no2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE1MTg-which-of-the-following-interaction-lies-in-the-range-of-8-42-kj-mol-1-h2-h2o-2-hcl-hci-3-h2o-hf-4-all-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE1MTk-find-the-number-of-antibonding-electron-pairs-present-in-o-sup2-ion-based-on-molecular-orbital-theory-1-four-4-electron-pairs-2-three-3-electron-pairs-3-two-2-electron-pairs-4-five-5-electron-pairs-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTE1MjA-if-cdi2-is-pink-in-colour-the-cdcl2-will-be-coloured-1-yellow-2-red-3-blue-4-cannot-be-predicted-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM3ODc-which-are-true-statements-among-the-following-1-ph5-and-bicl5-does-not-exist-2-p-960-d-960-bonds-are-present-in-so2-3-electrons-travel-with-speed-of-light-4-sef4-and-ch4-has-same-charge-on-central-ato https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM3OTU-in-which-molecule-all-atoms-are-coplanar-1-ch4-2-bf3-3-pf3-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM3OTg-which-of-the-following-species-is-paramagnetic-1-text-cl-2-text-o-6-dichlorine-hexoxide-2-text-cl-2-text-o-7-dichlorine-heptoxide-3-text-cl-2-text-o-dichlorine-monoxide-4-text-clo-2-chlorine-dioxide-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4MTM-the-correct-statement-among-the-following-for-a-compound-having-a-higher-dipole-moment-is-1-greater-will-the-ionic-nature-2-lesser-will-be-the-polarity-3-smaller-will-be-the-ionic-nature-4-none-of-the https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4MTc-nf3-is-1-non-polar-compound-2-electrovalent-compound-3-having-low-value-of-dipole-moment-than-nh3-4-having-more-dipole-moment-than-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4MjM-polarization-of-electrons-in-acrolein-may-be-written-as-1-c-delta-h2-ch-c-delta-h-o-2-c-delta-h2-ch-ch-o-delta-3-c-delta-h2-c-delta-h-ch-o-4-c-delta-h2-ch-ch-o-delta-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4MjU-why-does-pcl-exist-while-ncl-does-not-exist-1-nitrogen-has-no-vacant-d-orbitals-2-ncl-is-unstable-3-nitrogen-atom-is-much-smaller-than-phosphorus-atom-4-nitrogen-is-highly-inert-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4MzE-the-bond-angle-between-two-hybrid-orbitals-is-105-deg-the-s-character-in-orbital-is-1-between-30-31-2-between-9-12-3-between-25-26-4-between-22-23-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4NTI-which-bond-angle-would-result-in-the-maximum-dipole-moment-for-the-triatomic-molecule-xy2-1-90-176-2-120-176-3-150-176-4-180-176-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4NTY-the-strongest-hydrogen-bond-present-among-the-following-is-1-o-mdash-h-s-2-s-mdash-h-o-3-f-mdash-h-f-4-f-mdash-h-o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4Njc-in-which-of-the-process-the-bond-order-increases-and-magnetic-behaviour-changes-1-n2-rarr-n2-2-c2-rarr-c2-3-no-rarr-no-4-o2-rarr-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4Njk-in-piperidine-n-atom-has-hybridization-1-sp-2-sp2-3-sp3-4-dsp2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4NzY-the-coordination-geometry-around-and-hybridization-of-n-and-b-atoms-in-a-1-1-complex-of-nh3-and-bf3-is-1-n-tetrahedral-sp3-b-tetrahedral-sp3-2-n-pyramidal-sp3-b-pyramidal-sp3-3-n-pyramidal-sp3-b-plana https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM4OTU-assuming-2s-2p-mixing-is-not-operative-the-paramagnetic-species-among-the-following-is-1-be2-2-b2-3-c2-4-n2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM5MDU-when-o2-is-adsorbed-on-a-metallic-surface-electron-transfer-occurs-from-the-metal-to-o2-the-wrong-statements-s-regarding-this-adsorption-is-are-1-o2-is-physisorbed-2-heat-is-released-3-occupancy-of-96 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTM5MzM-born-haber-cycle-is-used-to-determine-1-lattice-energy-2-electron-affinity-3-ionization-energy-4-either-of-them-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjAwNDk-the-molecule-having-the-smallest-bond-angle-is-1-pcl3-2-ncl3-3-ascl3-4-sbcl3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA3ODk-select-the-most-ionic-and-most-covalent-compounds-respectively-from-the-following-cro5-mn2o7-pbo-p4o10-sno2-a-cro5-mn2o7-b-pbo-mn2o7-c-cro5-p4o10-d-sno2-cro5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA4MDA-in-which-of-the-following-sets-the-central-atom-of-each-member-involves-sp3-hybridisation-a-io4-8208-icl4-8208-andif4-b-xeo3-xeo4-xef4-c-so3-8201-so32-8208-so42-8208-d-pcl4-bf4-8208-clo4-8208-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA4MDM-in-which-of-the-following-groups-all-the-members-have-linear-shape-1-no2-n3-8208-icl2-2-n3-8208-i3-8208-no2-3-xef2-c2h2-so2-4-co2-becl2-sncl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA4MDQ-which-reaction-involves-a-change-in-the-hybridization-for-the-under-lined-geometry-a-bf3-f-8594-bf4-b-nh3-h-8594-nh4-c-2so2-o2-8594-2so3-d-h2o-h-8594-h3o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA4MDY-the-bf3-is-a-planar-molecule-whereas-nf3-is-pyramidal-because-1-b-f-bond-is-more-polar-than-n-f-bond-2-boron-atom-is-bigger-than-nitrogen-atom-3-nitrogen-is-more-electronegative-than-boron-4-bf3-has-n https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA4MDg-which-of-the-following-statement-is-true-for-io2f2-according-to-vsepr-theory-a-the-lone-pair-and-two-i-o-double-bonds-occupy-the-equatorial-positions-of-trigonal-bipyramid-b-it-has-sp3-hybridization-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA4MDk-the-compound-with-a-maximum-number-of-lone-pairs-of-electrons-on-the-central-atom-among-the-following-is-1-xeof4-2-if4-3-xef2-4-brf3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5MDg-in-the-structure-of-h2csf4-to-decide-the-plane-in-which-c-s-is-present-the-following-bond-angle-value-are-given-axial-fsf-angle-idealised-180-176-8658-170-176-equatorial-fsf-angle-idealised-120-176-86 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5MTg-which-of-the-following-are-isoelectronic-and-isostructural-1-no2-co2-2-no3-bf3-3-nh3-ch3-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5MTk-the-correct-order-of-acidic-strength-is-1-cl2o7-62-so2-62-p4o10-2-co2-62-n2o5-62-so3-3-na2o-62-mgo-62-al2o3-4-k2o-62-cao-62-mgo-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5MjM-in-which-of-the-following-molecules-ions-are-all-the-bond-angles-not-equal-1-sif4-2-icl4-3-sf4-4-pcl4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5MzM-what-is-the-correct-order-from-the-weakest-to-the-strongest-carbon-oxygen-bond-for-the-following-species-co-co2-co32-ch3oh-1-ch3oh-co32-co2-co-2-co-co2-co32-ch3oh-3-ch3oh-co32-co-co2-4-ch3oh-co2-co32 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5Mzc-according-to-molecular-orbital-theory-which-of-the-following-statement-is-incorrect-1-c2-has-no-unpaired-electrons-2-in-c2-molecule-both-the-bonds-pi-are-bonds-3-c2-is-paramagnetic-but-c22-is-diamagne https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5NTA-match-the-ionization-processes-listed-in-column-i-with-the-changes-observed-as-listed-in-column-ii-for-this-use-the-codes-given-below-column-i-column-ii-a-n-2-rightarrow-n-2-p-bond-order-increases-and https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5NTc-a-diatomic-molecule-has-a-dipole-moment-of-1-2-d-if-its-bond-length-is-equal-to-10-10-m-then-the-fraction-of-an-electronic-charge-on-each-atom-will-be-1-42-2-52-3-37-4-25-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5NjE-arrange-the-following-molecules-from-most-to-least-polar-ch4cf2cl2cf2h2ccl4ccl2h2-iiiiiiivv-1-iii-v-ii-iv-i-2-ii-iv-iii-iv-i-3-iii-ii-v-iv-i-4-v-iii-ii-iv-i-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5NjQ-which-of-the-following-statements-is-are-correct-1-ch-3-3-coh-is-less-acidic-than-ch-3-3sioh-2-like-co-its-analogue-si-is-not-stable-3-in-phosgene-c-o-bond-length-is-longer-than-expected-while-c-cl-bo https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5Njc-the-increasing-order-of-the-strength-of-hydrogen-bond-in-the-following-mentioned-linkages-is-i-o-mdash-h-mdash-s-ii-o-mdash-h-mdash-o-iii-f-ndash-h-ndash-f-iv-f-ndash-h-ndash-o-1-i-ii-iv-iii-2-ii-i-iv https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjA5Njg-the-boiling-point-of-ccl4-is-higher-than-that-of-chcl3-because-1-the-dipole-moment-of-ccl4-is-greater-than-that-of-chcl3-2-ccl4-forms-hydrogen-bonds-3-ccl4-has-higher-molecular-mass-than-that-of-chcl3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjEwOTI-assertion-compounds-of-hg2-ions-having-an-ionic-radius-of-116-pm-are-move-covalent-in-character-than-those-of-ca2-ions-with-almost-identical-size-114-pm-and-the-same-charge-reason-for-two-ions-of-the https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjEwOTU-given-below-are-two-statements-assertion-a-in-tetrahedral-hybridisation-i-e-in-sp-3-hybridisation-all-p-orbitals-are-involved-and-no-p-orbital-is-left-for-side-wise-overlapping-reason-r-the-central-at https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjEwOTY-assertion-f-bond-angle-p-bond-angle-q-but-not-precisely-90-deg-reason-the-molecule-is-slight-bent-t-shaped-and-there-is-repulsion-between-lone-pairs-of-electrons-if-both-the-assertion-and-the-reason-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjExMDA-assertion-n2f3-is-planar-at-each-nitrogen-atom-reason-n3h-the-bond-angle-h-8208-n-8208-n-is-120-176-and-both-the-n-8208-h-bond-lengths-are-not-equal-if-both-the-assertion-and-the-reason-are-true-and-t https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjExMDM-assertion-carbon-has-unique-ability-to-form-p-960-p-960-multiple-bonds-with-itself-and-with-other-atoms-of-small-size-and-high-electronegativity-reason-heavier-elements-of-group-14th-do-not-form-p-960 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjExMTA-assertion-no-and-cn-both-have-same-bond-order-and-magnetism-reason-no-and-cn-are-isoelectornic-species-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explanation-of-the-asse https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjExMTI-assertion-crystals-of-hydrated-calcium-sulphate-gypsum-caso4-2h2o-are-soft-and-easily-cleaved-reason-crystals-of-anhydrous-calcium-sulphate-anhydrite-caso4-are-very-hard-and-very-difficult-to-cleave-i https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4NTc-when-two-atoms-combine-to-form-a-molecule-energy-is-1-released-2-absorbed-3-neither-released-nor-absorbed-4-either-released-or-absorbed-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4NjA-which-of-the-following-compounds-possesses-the-highest-melting-point-1-becl2-2-mgcl2-3-cacl2-4-srcl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4NjM-the-diamagnetic-species-among-the-following-is-1-no-2-co-3-o2-4-b2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4NjU-which-of-the-statements-are-not-true-for-alcl3-1-alcl3-fumes-in-moist-air-forms-hcl-with-moisture-2-anhydrous-alcl3-exists-as-al2cl6-3-anhydrous-alcl3-is-ionic-4-anhydrous-alcl3-is-trigonal-planar-mol https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4Njc-valency-is-best-described-as-1-total-electrons-in-an-atom-2-atomicity-of-an-element-3-oxidation-number-of-an-element-4-combining-capacity-of-an-element-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4Njk-compounds-that-have-a-maximum-value-of-lattice-energy-among-the-following-is-1-naf-2-nacl-3-nabr-4-nai-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4NzA-a-compound-with-maximum-ionic-character-is-formed-from-which-of-the-following-pairs-1-na-and-i-2-cs-and-f-3-cs-and-i-4-na-and-f-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4NzE-the-crystal-lattice-of-electrovalent-compound-is-composed-of-1-atoms-2-molecules-3-oppositely-charged-ions-4-both-molecules-and-ions-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4NzI-ions-are-formed-from-neutral-atoms-by-1-loss-of-electrons-2-gain-of-electrons-3-sharing-of-electrons-4-loss-and-gain-of-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4NzM-which-among-the-following-is-the-most-covalent-compound-1-alf3-2-alcl3-3-albr3-4-ali3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4NzQ-the-correct-order-of-covalent-bond-character-among-licl-becl2-bcl3-and-ccl4-is-1-licl-bcl3-ccl4-2-licl-becl2-becl2-bcl3-ccl4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4NzY-which-follows-octet-rule-1-fecl2-2-agcl-3-cacl2-4-cucl-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4Nzg-the-type-of-bonds-present-in-n2o5-are-1-only-covalent-2-only-ionic-3-ionic-and-covalent-4-covalent-and-coordinate-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4ODA-which-of-the-following-is-not-true-according-to-vbt-1-the-overlapping-of-orbitals-with-unpaired-electrons-of-opposite-spins-forms-a-covalent-bond-2-the-overlapping-of-orbitals-with-unpaired-electrons https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4ODI-the-molecule-having-a-high-dipole-moment-among-the-following-is-1-h2s-2-bf3-3-co2-4-ccl4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4ODU-allyl-cyanide-c3h5cn-has-1-9-sigma-bonds-and-4-pi-bonds-2-9-sigma-bonds-3-pi-bonds-and-1-lone-pairs-3-8-sigma-bonds-and-5-pi-bonds-4-8-sigma-bonds-3-pi-bonds-and-4-non-bonding-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4ODc-the-hybridization-of-carbon-atoms-in-c-c-single-bond-of-hc-equiv-c-ch-ch2-is-1-sp3-sp3-2-sp2-sp-3-sp-sp-4-sp3-sp-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4ODg-c-c-bond-in-c2h6-undergoes-heterolytic-fission-the-hybridisation-of-carbon-is-are-1-sp2-2-sp3-3-sp2-sp3-4-sp-sp2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Njk4OTA-the-number-of-sigma-bonds-pi-bonds-and-lone-pairs-respectively-in-the-enolic-form-of-acetone-is-1-9-1-and-2-2-8-2-and-2-3-10-1-and-1-4-9-2-and-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246ODkwODk-which-of-the-following-species-has-a-bond-angle-of-120-circ-1-mathrm-sf-6-2-mathrm-ncl-3-3-mathrm-bcl-3-4-mathrm-ph-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246ODkxMjQ-the-hybridisations-of-atomic-orbitals-of-nitrogen-in-mathrm-no-n-o-3-and-nh3-respectively-are-1-sp-sp3-and-sp2-2-sp2-sp3-and-sp-3-sp-sp2-and-sp3-4-sp2-sp-and-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246ODkxNTE-which-of-the-following-pairs-of-species-have-the-same-bond-order-1-o2-no-2-cn-co-3-n2-o2-4-co-no-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246ODkxNTU-in-which-of-the-following-molecules-all-atoms-are-coplanar-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246ODkxNzk-the-correct-order-of-ionic-character-among-cah2-beh2-and-bah2-is-1-beh2-cah2-bah2-2-cah2-beh2-bah2-3-beh2-bah2-cah2-4-bah2-beh2-cah2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246ODkyMDA-consider-the-following-species-cn-cn-no-and-cn-the-highest-bond-order-associated-with-1-no-2-cn-ndash-3-cn-4-cn-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTAxNTc-mark-the-correct-order-of-repulsion-among-the-following-according-to-the-vsepr-theory-1-lone-pair-lone-pair-bond-pair-bond-pair-lone-pair-bond-pair-2-bond-pair-bond-pair-lone-pair-bond-pair-lone-pair https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTAyMTU-an-incorrect-statement-among-the-following-1-the-h-o-h-bond-angle-in-h2o-is-larger-than-the-h-c-h-bond-angle-in-ch4-2-the-h-c-h-bond-angle-in-ch4-is-larger-than-the-h-n-h-bond-angle-in-nh3-3-the-h-c-h https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTA5ODE-which-of-the-following-species-contains-an-equal-number-of-sigma-and-pi-bonds-1-hco3-2-xeo4-3-cn2-4-ch2-cn-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTA5OTg-which-of-the-following-pairs-of-ions-are-isoelectronic-and-isostructural-1-mathrm-co-3-2-mathrm-so-3-2-2-mathrm-clo-3-mathrm-co-3-2-3-mathrm-so-3-2-mathrm-no-3-4-mathrm-clo-3-mathrm-so-3-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTEwMDY-choose-the-compound-which-has-a-maximum-bond-angle-at-nitrogen-among-the-following-1-no2-2-no2-3-no2-4-no3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTEyMjE-a-molecule-among-the-following-that-has-the-maximum-dipole-moment-is-1-mathrm-co-2-2-mathrm-ch-4-3-mathrm-nh-3-4-mathrm-nf-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTEyMjI-which-one-of-the-following-species-has-a-plane-triangular-shape-1-mathrm-n-3-2-mathrm-n-o-3-3-mathrm-n-o-2-4-mathrm-c-o-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTE0ODc-an-electron-deficient-compound-among-the-following-is-1-sih3-2-2-bh3-2-3-ph3-4-ch3-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTE0OTA-which-of-the-following-molecule-does-not-possess-a-pi-bond-1-h2o-2-so2-3-no2-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTE0OTc-which-of-the-following-is-a-polar-molecule-1-sf4-2-sif4-3-xef4-4-bf3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTE0OTk-a-paramagnetic-molecule-among-the-following-is-1-o2-ndash-2-cn-ndash-3-no-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTE1MDE-an-isostructural-compound-with-xef2-among-the-following-is-1-icl2-ndash-2-sbcl3-3-bacl2-4-tef2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTIxNjQ-the-bond-order-of-1-5-is-shown-by-1-text-o-2-2-text-o-2-3-text-o-2-2-4-text-o-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTIxNzg-identify-the-incorrect-statement-among-the-following-1-amongst-isoelectronic-species-the-smaller-the-positive-charge-on-the-cation-the-smaller-is-the-ionic-radius-2-amongst-isoelectronic-species-the-g https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTIyODc-which-of-the-following-species-contains-three-bond-pairs-and-one-lone-pair-around-the-central-atom-1-text-h-2-text-o-2-text-bf-3-3-text-nh-2-4-text-pcl-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTIyODk-the-pair-of-species-with-the-same-bond-order-is-1-o22-b2-2-o2-no-3-no-co-4-n2-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTI0Njc-which-of-the-two-ions-from-the-list-given-below-have-the-geometry-that-is-explained-by-the-same-hybridisation-of-orbitals-no2-no3-nh2-nh4-scn-1-nh4-and-no3-2-scn-and-nh2-3-no2-and-nh2-4-no2-and-no3-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTI1NDQ-which-one-of-the-following-bonds-produces-a-solid-that-reflects-light-in-the-visible-region-and-whose-electrical-conductivity-decreases-with-temperature-and-has-a-high-melting-point-1-metallic-bonding https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTI2MDQ-which-of-the-following-pairs-of-molecules-ions-have-central-atoms-with-sp-sup2-hybridization-1-no2-and-nh3-2-bf3-and-no2-3-nh2-and-h2o-4-bf3-and-nh2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTI2MDg-a-molecule-ion-among-the-following-species-that-does-not-exist-under-normal-conditions-is-1-be-2-2-be-2-3-b-2-4-li-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTI2NDc-the-correct-order-of-increasing-bond-angles-in-the-following-species-is-1-c-l-2-o-c-l-o-2-c-l-o-2-2-c-l-o-2-c-l-2-o-c-l-o-2-3-c-l-2-o-c-l-o-2-c-l-o-2-4-c-l-o-2-c-l-2-o-c-l-o-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTMyNjQ-the-correct-state-of-hybridisation-of-c2-c3-c5-and-c6-of-the-hydrocarbon-is-in-the-sequence-1-sp-sp3-sp2-and-sp3-2-sp3-sp2-sp2-and-sp-3-sp-sp2-sp2-and-sp3-4-sp-sp2-sp3-and-sp2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTM0NjE-the-correct-order-of-increasing-bond-order-among-the-following-is-1-o2-no-c22-he2-2-no-c22-o2-he2-3-c22-he2-no-o2-4-he2-o2-no-c22-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTM2NDA-the-correct-order-of-c-o-bond-length-among-co-co-3-2-and-co-2-is-1-co2-co32-co-2-co-co32-co2-3-co32-co2-co-4-co-co2-co32-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTM3MDM-select-the-pair-of-isostructural-species-1-sf-and-xef-2-so-sup2-and-no-3-bf-and-nf-4-bro-and-xeo-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTQwNTQ-which-of-the-following-is-the-most-basic-oxide-1-al2o3-2-sb2o3-3-bi2o3-4-seo2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTQwNTc-the-number-of-unpaired-electrons-in-a-paramagnetic-diatomic-molecule-of-an-element-with-atomic-number-16-is-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTU1ODk-according-to-molecular-orbital-theory-mot-which-of-the-following-diatomic-species-contains-only-pi-bonds-in-its-ground-state-1-be2-2-o2-3-n2-4-c2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTcyNzk-among-the-following-which-has-the-maximum-hydration-energy-1-oh-2-nh4-3-f-4-h-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTcyODA-among-the-following-oxides-which-has-the-maximum-lattice-energy-1-mgo-2-cao-3-sro-4-bao-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTAyNzQ1-which-of-the-following-pairs-of-species-have-similar-shapes-1-pcl3-nh3-2-cf4-sf4-3-pbcl2-co2-4-pf5-if5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTEzNTU2-which-of-the-following-is-an-incorrect-statement-about-resonance-1-the-resonating-structures-are-hypothetical-2-the-unpaired-electrons-in-various-resonating-structures-are-same-3-hybrid-structure-is-m https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTE3Njg0-which-of-the-following-species-deviates-from-the-octet-rule-1-co32-2-h2so3-3-pcl3-4-o3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTE3Njg1-a-bent-t-shape-molecule-among-the-following-is-1-mathrm-icl-4-2-mathrm-pcl-3-3-mathrm-brf-3-4-mathrm-i-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTIyNjMx-orbital-that-is-used-by-oxygen-atom-to-form-sigma-bond-with-other-oxygen-atom-in-o2-molecule-is-1-pure-p-orbital-2-sp2-hybridorbital-3-sp3-hybrid-orbital-4-sp-hybrid-orbital-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTIzNTQ0-the-geometry-and-the-dipole-moment-of-h2s-is-1-angular-distorted-tetrahedral-and-non-zero-2-angular-and-zero-3-linear-and-zero-4-linear-and-non-zero-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTMxNDA5-match-the-oxide-given-in-column-i-with-its-property-given-in-column-ii-column-i-column-ii-i-na2o-a-neutral-ii-al2o3-b-basic-iii-n2o-c-acidic-iv-cl2o7-d-amphoteric-which-of-the-following-options-is-cor https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTMxNjM3-which-of-the-following-is-a-paramagnetic-compound-1-n2-2-h2-3-li2-4-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTMxNjM4-arrange-the-following-species-in-increasing-order-of-their-dipole-moments-nh3-nf3-bf3-h2o-1-nh3-bf3-nf3-h2o-2-bf3-nf3-nh3-h2o-3-bf3-nh3-nf3-h2o-4-h2o-nf3-nh3-bf3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTMxNjQ1-the-number-of-hydrogen-bonded-water-molecules-s-associated-with-mathrm-c-u-s-o-4-5-h-2-o-is-1-3-2-1-3-2-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTM0MDk1-which-of-the-following-atomic-orbitals-would-have-the-greatest-overlap-to-form-the-strongest-covalent-bond-1-2s-2s-sigma-2-2s-2p-sigma-3-2p-2p-pi-4-2p-2p-sigma-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTM2Nzg0-the-s-atom-among-the-following-that-does-not-have-mathrm-sp-3-hybridization-is-1-mathrm-so-2-4-2-mathrm-sf-4-3-mathrm-sf-2-4-mathrm-s-8-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQxNjA2-molecular-shapes-of-sf4-cf4andxef4-are-1-same-with-2-0-and-1-lone-pairs-of-electrons-respectively-2-the-same-with-1-1-and-1-lone-pairs-of-electrons-respectively-3-different-with-0-1-and-2-lone-pairs-o https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQxNzcx-which-of-the-following-statements-are-correct-about-bond-order-1-bond-order-can-have-a-negative-value-2-it-always-has-an-integral-value-3-it-is-always-a-non-zero-quantity-4-it-can-assume-any-value-pos https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQyNDYy-the-correct-statement-is-1-when-o2-is-converted-into-o2-then-bond-distance-increases-2-when-n2-is-converted-into-n2-then-bond-distance-increases-3-when-co-is-converted-into-co-then-bond-distance-incre https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQzNjk0-a-pair-in-which-both-species-are-not-likely-to-exist-is-1-h-2-he-2-2-2-h-2-he-2-2-3-h-2-2-he-2-4-h-2-he-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ3MDg1-arrange-the-given-oxides-in-decreasing-order-of-their-basic-character-1-na2o-mgo-al2o3-cuo-2-mgo-al2o3-cuo-na2o-3-al2o3-mgo-cuo-na2o-4-cuo-na2o-mgo-al2o3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ3MTQw-amongst-h2o-h2s-h2seandh2te-the-one-with-the-highest-boiling-point-is-1-h2o-because-of-h-bonding-2-h2te-because-of-higher-molecular-weight-3-h2s-because-of-h-bonding-4-h2se-because-of-lower-molecular https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ3MTU3-a-molecule-among-the-following-with-non-zero-dipole-moment-is-1-c6cl6-2-c2cl6-3-cccl34-4-ccl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ3MjAy-which-molecule-is-least-likely-to-form-hydrogen-bonds-1-mathrm-nh-3-2-mathrm-nh-2oh-3-mathrm-hf-4-mathrm-ch-3f-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ3NDM5-why-does-h-o-have-a-higher-boiling-point-than-h-s-1-h-o-molecules-are-smaller-and-hence-more-closely-packed-2-h-o-has-a-larger-bond-angle-than-h-s-leading-to-tighter-packing-3-due-to-intermolecular-hy https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDA4-match-the-compounds-given-in-column-i-with-the-hybridization-and-shape-given-in-column-ii-and-mark-the-correct-option-column-i-column-ii-a-xef6-1-distorted-octahedral-b-xeo3-2-square-planar-c-xeof4-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDI5-a-molecule-that-has-a-complete-octet-is-1-becl2-dimer-2-beh2-dimer-3-beh2-s-4-becl2-s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDM0-the-maximum-number-of-90-deg-angles-between-bond-pair-bond-pair-of-electrons-is-observed-in-1-sp3d2-hybridization-2-sp3d-hybridization-3-dsp2-hybridization-4-dsp3-hybridization-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDQz-the-molecule-s-that-will-have-non-zero-dipole-moments-is-are-1-1-2-dichloro-benzene-2-cis-3-hexene-3-trans-2-pentene-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTYzNDcy-combination-of-atoms-a-and-b-that-forms-an-anti-bonding-molecular-orbital-is-1-psi-a2-psi-b2-2-psi-a2-times-psi-b2-3-psi-a-psi-b-4-psi-a-psi-b-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTY0MTI0-the-correct-order-of-increasing-dipole-moment-is-1-cf4-nh3-nf3-h2o-2-cf4-nh3-h2o-nf3-3-cf4-nf3-h2o-nh3-4-cf4-nf3-nh3-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTczODA4-which-of-the-following-compounds-is-a-planar-and-a-polar-compound-1-tecl4-2-so2-3-sf6-4-xef2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTc2MzA0-isoelectronic-species-among-the-following-is-are-l-nh-3-ll-ch-3-lll-nh-2-lv-nh-4-1-l-ll-lll-2-ll-lll-lv-3-l-ll-lv-4-l-lll-lv-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTc2ODgw-the-set-of-isomers-of-c6h4cl2-that-have-an-equal-dipole-moment-with-c6h5cl-c6h6-respectively-is-1-ortho-and-meta-2-meta-and-para-3-ortho-and-para-4-para-and-ortho-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg1NDkz-which-of-the-following-set-of-molecules-will-have-zero-dipole-moment-1-boron-trifluoride-hydrogen-fluoride-carbon-dioxide-1-3-dichlorobenzene-2-nitrogen-trifluoride-beryllium-difluoride-water-1-3-dich https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg1NDk3-match-the-following-oxide-nature-a-co-i-basic-b-bao-ii-neutral-c-al2o3-iii-acidic-d-cl2o7-iv-amphoteric-which-of-the-following-is-the-correct-option-a-b-c-d-1-ii-i-iv-iii-2-iii-iv-i-ii-3-iv-iii-ii-i-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg1NTAz-a-molecule-that-cannot-exist-is-1-li2-2-c2-3-o2-4-he2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3NjIy-electron-deficient-species-among-the-following-is-1-ph3-2-ch3-2-3-bh3-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3Njgw-xe-f2-is-isostructural-with-1-sbcl3-2-bcl3-3-tef2-4-icl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3Njg1-which-of-the-following-molecules-shows-a-non-zero-dipole-moment-1-carbon-dioxide-co-2-p-dichlorobenzene-c-h-cl-3-carbontetrachloride-ccl-4-water-h-o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3Njg2-an-incorrect-statement-regarding-resonating-structures-is-1-the-contributing-structure-must-have-the-same-number-of-unpaired-electrons-2-the-contributing-structures-should-have-similar-energies-3-the https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3ODU4-an-ion-having-the-shortest-bond-length-among-the-following-is-1-o2-2-o2-3-o22-4-o22-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3ODU5-assuming-that-hund-s-rule-is-violated-the-bond-order-and-magnetic-nature-of-the-diatomic-molecule-b2-is-1-1-and-diamagnetic-2-0-and-diamagnetic-3-1-and-paramagnetic-4-0-and-paramagnetic-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3ODYx-the-species-having-pyramidal-shape-is-1-so3-2-brf3-3-sio32-4-osf2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3ODYy-among-the-following-the-maximum-covalent-character-is-shown-by-the-compound-1-fecl2-2-sncl2-3-alcl3-4-mgcl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3ODYz-which-of-the-following-statement-is-wrong-1-the-stability-of-hydrides-increase-from-nh3-to-bih3-is-group-15-of-the-periodic-table-2-nitrogen-cannot-form-d-pi-p-pi-bond-3-single-n-n-bond-is-weaker-than https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3ODY2-the-structure-of-if7-is-1-square-pyramid-2-trigonal-bipyramid-3-octahedral-4-pentagonal-bipyramid-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3ODcy-in-which-of-the-following-pairs-the-two-species-are-not-isostructural-1-mathrm-pf-5-and-mathrm-brf-5-2-mathrm-pcl-4-and-mathrm-sicl-4-3-mathrm-co-3-2-and-mathrm-no-3-4-mathrm-a-lf-6-3-and-mathrm-sf-6 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3ODcz-in-allene-c3h4-the-type-s-of-hybridization-of-the-carbon-atoms-is-are-1-sp-and-sp3-2-sp-and-sp2-3-only-sp2-4-sp2-and-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3ODc1-the-shape-of-xeo2f2-molecule-is-1-trigonal-bipyramidal-2-square-planar-3-tetrahedral-4-see-saw-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg5MjQx-how-many-number-of-water-molecule-s-directly-bonded-to-the-metal-centre-in-cuso4-5h2ois-1-3-2-2-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNDQ2-a-molecule-having-the-smallest-bond-angle-among-the-following-is-1-mathrm-so-2-2-mathrm-h-2o-3-mathrm-h-2s-4-mathrm-nh-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNDQ4-which-of-the-following-pairs-consists-of-species-with-identical-molecular-shapes-1-cf4-sf4-2-xef2-co2-3-bf3-pci3-4-pf5-if5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNDQ5-the-correct-order-of-bond-angles-smallest-first-among-h2s-nh3-bf3-and-sih4-is-1-h2s-sih4-nh3-bf3-2-nh3-h2s-sih4-bf3-3-h2s-nh3-sih4-bf3-4-h2s-nh3-bf3-sih4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNDUw-the-bond-order-in-no-is-2-5-while-that-in-no-is-3-which-of-the-following-statements-is-true-for-these-two-species-1-bond-length-in-no-is-greater-than-in-no-2-bond-length-in-no-is-greater-than-in-no-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNDUx-which-of-the-following-has-the-regular-tetrahedral-structure-1-ni-cn4-2-2-sf4-3-bf4-4-xef4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNDUy-which-of-the-following-types-of-hybridisation-exhibits-the-highest-number-of-90-deg-bond-pair-bond-pair-electron-angles-1-sp3d2-hybridisation-2-sp3d-hybridisation-3-sp3-hybridisation-4-dsp2-hybridisat https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNDUz-molecule-ion-that-is-diamagnetic-in-nature-is-1-mathrm-h-2-2-mathrm-h-2-3-mathrm-h-2-4-mathrm-he-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNDU0-the-extent-of-lattice-energy-in-an-ionic-compound-depends-on-1-packing-of-ions-only-2-size-of-the-ions-only-3-charge-and-size-of-the-ions-4-charge-on-the-ions-only-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNDU2-the-number-and-type-of-bonds-between-two-carbon-atoms-in-calcium-carbide-are-1-one-sigma-two-pi-2-two-sigma-two-pi-3-one-sigma-one-pi-4-two-sigma-one-pi-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNDU3-which-among-the-following-does-not-contain-a-set-of-isoelectronic-species-1-so32-thinsp-co32-no3-2-cn-n2-co-3-bo33-co32-no3-4-po43-so42-clo4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNTE0-which-of-the-following-molecules-ions-does-not-contain-unpaired-electrons-1-o22-2-c2-3-n2-4-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNTMy-a-molecule-or-ion-that-has-an-unequal-bond-length-is-1-mathrm-sf-4-2-mathrm-sif-4-3-mathrm-xef-4-4-mathrm-bf-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNTM2-which-of-the-following-species-exhibits-the-diamagnetic-behaviour-1-o2-2-o2-3-no-4-o22-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNTM3-the-correct-increasing-order-of-the-polarizing-power-of-the-cationic-species-k-ca2-mg2-be2-is-1-be2-60-k-60-ca2-60-mg2-2-k-60-ca2-60-mg2-60-be2-3-ca2-60-mg2-60-be2-60-k-4-mg2-60-be2-60-k-60-ca2-1-2-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNTM4-which-one-of-the-following-pair-of-species-have-the-same-bond-order-1-mathrm-cn-and-mathrm-no-2-text-cn-and-mathrm-cn-3-mathrm-o-2-and-mathrm-cn-4-mathrm-no-and-mathrm-cn-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNTQw-among-the-following-the-maximum-covalent-character-is-shown-by-which-compound-1-mgcl2-2-fecl2-3-alcl3-4-sncl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTk0OTYz-match-the-compounds-of-xe-in-column-i-with-the-molecular-structure-in-column-ii-column-i-column-ii-a-xef2-i-square-planar-b-xef4-ii-linear-c-xeo3-iii-square-pyramidal-d-xeof4-iv-pyramidal-1-a-ii-b-i-c https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjAxNjkx-the-correct-relationship-for-the-bond-angle-of-water-and-dimethyl-ether-ch3-o-ch3-is-1-water-dimethyl-ether-2-dimethyl-ether-water-3-dimethyl-ether-water-4-can-not-be-determined-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjAxNjky-the-decreasing-order-of-ionic-character-of-the-n-h-f-h-c-h-and-o-h-is-1-n-h-f-h-c-h-o-h-2-f-h-n-h-c-h-o-h-3-o-h-c-h-f-h-n-h-4-f-h-o-h-n-h-c-h-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjEyMTE3-the-correct-increasing-order-of-ionic-character-of-the-following-molecules-is-lif-k2o-n2-so2-clf3-1-n2-so2-clf3-k2o-so2-k2o-clf3-lif-4-lif-k2o-so2-n2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjE2OTU3-which-of-the-following-correctly-represents-the-decreasing-order-of-solubility-of-alkaline-earth-metal-sulfates-in-water-1-mg-ca-sr-ba-2-ca-sr-ba-mg-3-sr-ca-mg-ba-4-ba-mg-sr-cr-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzE0-the-molecule-among-the-following-having-the-highest-dipole-moment-is-1-co2-2-hi-3-h2o-4-so2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzE2-what-is-the-correct-order-of-the-boiling-points-of-mathrm-h-2-mathrm-o-mathrm-hf-text-and-mathrm-nh-3-1-hf-h2o-nh3-2-h2o-hf-nh3-3-nh3-hf-h2o-4-nh3-h2o-hf-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzE4-what-is-the-number-of-bond-pairs-and-lone-pairs-of-electrons-exhibited-by-nitrogen-atom-in-no-3-ion-1-2-2-2-3-1-3-1-3-4-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzIw-the-number-of-pi-bonds-and-sigma-bonds-in-the-following-structure-is-1-6-19-2-4-20-3-5-19-4-5-20-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzIz-which-of-the-following-compounds-shows-the-strongest-hydrogen-bonding-1-hcl-2-h2o-3-hi-4-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzI0-if-the-electronic-configuration-of-an-element-is-1s22s22p63s23p63d24s2-the-four-electrons-that-participate-in-the-chemical-bond-formation-will-be-from-1-3p6-2-3p6-4s2-3-3p6-3d2-4-3d2-4s2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzI1-the-correct-bond-angle-for-mathrm-sp-2-hybridization-is-1-90-circ-2-120-circ-3-180-circ-4-109-circ-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzI2-the-electronic-configurations-of-the-elements-a-b-and-c-are-given-below-a-1s22s22p6-b-1s22s22p63s23p3-c-1s22s22p63s23p5-the-stable-form-of-a-may-be-represented-by-the-formula-1-a-2-a2-3-a3-4-a4-1-2-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzMw-which-of-the-following-represents-the-correct-order-of-energies-of-molecular-orbitals-in-n-1-pi-2py-sigma-2pz-pi-2px-asymp-pi-2py-3-pi-2py-sigma-2pz-pi-2px-asymp-pi-2py-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzMx-from-the-perspective-of-molecular-orbital-theory-which-statement-is-false-1-be2-is-not-a-stable-molecule-2-he2-is-not-stable-but-he2-is-expected-to-exist-3-bond-strength-of-n2-is-maximum-amongst-the-h https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjM3MjYz-the-shape-of-asf5-is-1-pentagonal-bipyramidal-2-trigonal-bipyramidal-3-distorted-tetrahedral-4-square-pyramidal-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjM3MjY0-the-incorrect-statement-about-nh3-and-h2o-is-1-the-bond-angle-in-nh3-is-less-than-in-h2o-2-both-have-distorted-tetrahedral-geometries-3-the-bond-angle-in-h2o-is-less-than-in-nh3-4-both-are-sp3-hybridi https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjM3MjY1-the-relative-order-of-stability-of-the-following-species-mathrm-o-2-mathrm-o-2-mathrm-o-2-mathrm-and-mathrm-o-2-2-is-1-mathrm-o-2-mathrm-o-2-mathrm-o-2-mathrm-o-2-2-2-mathrm-o-2-2-mathrm-o-2-mathrm-o https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjM3MjY2-the-positive-and-negative-sign-of-the-orbitals-mean-1-wave-function-2-probability-density-3-quantum-number-of-orbitals-4-frequency-of-orbitals-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjM3NDUx-the-change-in-the-hybridization-of-the-al-atom-in-the-given-reaction-is-alcl3-cl-rarr-alcl4-1-s-p-2-text-to-s-p-3-2-mathrm-sp-3-text-to-s-p-2-3-mathrm-sp-3-text-to-mathrm-dsp-2-4-operatorname-sp-2-tex https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjM3NDUy-considering-the-x-axis-as-the-internuclear-axis-a-sigma-bond-will-not-be-formed-in-1-1s-and-2s-2-1s-and-2px-3-2py-and-2py-4-1s-and-1s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjQ0OTYy-the-set-of-oxides-of-nitrogen-that-are-paramagnetic-in-nature-is-1-no-n2o-2-n2o3-no-3-no-no2-4-n2o-no2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjQ1MDg0-which-of-the-compounds-given-below-will-exhibit-a-linear-structure-1-no2-2-hocl-3-o3-4-n2o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjQ1MDk0-match-the-compounds-of-xe-in-column-i-with-the-molecular-structure-in-column-ii-column-i-column-ii-a-xef2-i-square-planar-b-xef4-ii-linear-c-xeo3-iii-square-pyramidal-d-xeof4-iv-pyramidal-a-b-c-d-1-ii https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjQ1MDk5-match-the-coordination-number-and-type-of-hybridization-with-the-distribution-of-hybrid-orbitals-in-space-based-on-valence-bond-theory-coordination-number-and-type-of-hybridisation-distribution-of-hyb https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjQ1MTAz-consider-the-given-list-i-and-list-ii-list-i-molecule-list-ii-shape-or-geometry-of-the-molecule-a-pcl5-trigonal-planar-b-sf6-octahedral-c-becl2-linear-d-nh3-trigonal-pyramidal-identify-the-wrong-match https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjQ1MTEz-the-potential-energy-y-curve-for-h2-formation-as-a-function-of-internuclear-distance-x-of-the-h-atoms-is-shown-below-the-bond-energy-of-h2-is-1-b-ndash-a-2-dfrac-left-right-c-a-left-right-2-3-dfrac-le https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjQ1MTE1-consider-the-given-compound-in-the-given-options-the-following-for-the-above-compound-are-respectively-i-sp2-hybridised-carbon-atoms-ii-pi-bonds-1-7-5-2-8-6-3-7-6-4-8-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjUwOTk2-which-orbital-does-the-additional-electron-occupy-when-o-is-converted-to-the-o-ion-1-pi-orbital-2-sigma-orbital-3-sigma-orbital-4-pi-orbital-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjUxMDQ3-four-diatomic-species-are-listed-below-identify-the-correct-order-in-which-the-bond-order-is-increasing-in-them-1-o2-ndash-no-c22-ndash-he2-2-c22-ndash-he2-o2-ndash-no-3-he2-o2-ndash-no-c22-ndash-4-no https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjUxMDg2-which-of-the-following-pairs-of-oxygen-species-and-their-magnetic-behaviour-is-correct-1-o-o22-both-paramagnetic-2-o2-o22-both-diamagnetic-3-o-o22-both-paramagnetic-4-o2-o2-both-paramagnetic-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjUxMTE5-which-of-the-two-species-no-or-h-o-has-the-correctly-described-properties-listed-below-1-isostructural-with-the-same-hybridization-for-the-central-atom-2-isostructural-with-different-hybridization-for https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjUxMjM0-the-most-preferred-structure-among-the-following-with-the-lowest-energy-for-so3-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjYzOTgz-which-of-the-following-compounds-is-electron-deficient-1-bacl2-2-bcl3-3-ccl4-4-pcl5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjYzOTg2-which-of-the-following-species-contains-a-d-pi-ndash-p-pi-bond-1-co32-2-po4-3-3-no3-4-no2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjYzOTkx-the-compound-that-forms-linear-polymer-due-to-h-bond-is-1-h2o-2-nh3-3-hbr-4-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjYzOTk4-the-correct-order-of-dissociation-energy-of-n2-and-n2-is-1-n2-n2-2-n2-n2-3-n2-n2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0MDAz-which-of-the-following-sets-consists-of-isoelectronic-species-1-co-cn-ndash-no-c22-ndash-2-co-ndash-cn-no-c2-ndash-3-co-cn-no-ndash-c2-4-co-cn-no-c2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0MzU4-which-of-the-following-species-does-not-exhibit-paramagnetism-1-n2-2-o2-ndash-3-co-4-no-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0Nzk2-which-of-the-following-pairs-contains-species-that-are-not-isostructural-1-io3-minus-and-thinsp-xeo3-2-bh4-minus-and-thinsp-nh4-3-pf6-minus-and-thinsp-sf6-4-sif4-thinsp-and-thinsp-sf4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0ODA2-increasing-order-of-bond-length-is-1-no-no-no-o2-2-o2-no-no-no-3-o2-no-no-no-4-no-no-no-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0ODIw-h2o-is-dipolar-whereas-bef2-is-not-it-is-because-1-h2o-involves-hydrogen-bonding-whereas-bef2-is-a-discrete-molecule-2-h2o-is-linear-and-bef2-is-angular-3-h2o-is-angular-and-bef2-is-linear-4-the-elect https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0ODI5-in-a-regular-octahedral-molecule-mx6-the-number-of-x-ndash-m-ndash-x-bonds-at-180-ordm-is-1-3-2-2-3-6-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0OTE0-the-dipole-moment-of-compound-ab-is-10-92-d-and-that-of-compound-cd-is-12-45-d-if-the-bond-length-of-ab-is-2-72-a-deg-and-that-of-cd-is-2-56-a-deg-then-for-these-compounds-the-correct-statement-is-1-m https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY1MzM3-among-the-following-iso-electronic-species-are-1-co2-no2-2-no2-co2-3-cn-ndash-co-4-so2-co2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY1MzQx-in-no3-ndash-ion-the-number-of-bond-pair-and-lone-pair-of-electrons-on-nitrogen-atom-are-respectively-1-2-and-2-2-3-and-1-3-1-and-3-4-4-and-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY1NzM5-which-statement-about-peptide-bonds-is-not-true-1-c-ndash-n-bond-length-in-proteins-is-longer-than-the-usual-bond-length-of-n-bond-2-spectroscopic-analysis-shows-the-planar-structure-of-group-3-c-ndas https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2MDMy-the-incorrect-statements-among-the-following-for-sigma-and-pi-bonds-formed-between-two-carbon-atoms-is-1-sigma-bond-is-stronger-than-a-pi-bond-2-bond-energies-of-sigma-and-pi-bonds-are-of-the-order-of https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2NDgy-the-driving-force-of-an-atom-to-form-chemical-bonds-involves-1-to-increase-the-size-2-to-decrease-size-3-to-attain-stability-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2NTk5-the-lewis-dot-symbols-for-atoms-of-the-elements-mg-na-o-and-n-respectively-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2NjI0-lewis-symbols-for-the-atoms-and-ions-s-and-s2-ndash-al-and-al3-h-and-h-ndash-respectively-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2NjQ5-which-of-the-following-factors-are-favourable-for-the-formation-of-an-ionic-bond-1-low-ionization-enthalpy-high-negative-electron-gain-enthalpy-high-lattice-energy-2-high-ionization-enthalpy-high-elec https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2NjYw-the-correct-relationship-between-bond-strength-and-bond-order-is-1-bond-strength-is-directly-proportional-to-the-bond-order-2-bond-strength-is-inversely-proportional-to-the-bond-order-3-there-is-no-re https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Njcx-which-of-the-following-is-true-for-the-bond-length-1-it-is-the-equilibrium-distance-between-the-nuclei-of-two-bonded-atoms-in-a-molecule-2-it-is-the-farthest-distance-between-the-nuclei-of-two-bonded https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2NzA3-text-h-3-text-po-3-can-be-represented-by-structures-1-and-2-shown-below-however-these-two-structures-cannot-be-considered-as-canonical-forms-of-a-resonance-hybrid-because-1-the-positions-of-the-atoms https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2NzE2-the-shape-of-h2o-molecule-is-bent-while-that-of-co2-is-linear-the-correct-explanation-for-this-fact-is-that-dipole-moment-of-1-carbon-dioxide-is-3-84-d-and-that-of-water-is-zero-2-water-is-zero-and-th https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2NzQ0-the-application-of-dipole-moment-is-are-1-it-is-used-to-differentiate-polar-and-non-polar-bonds-2-it-is-helpful-in-calculating-the-percentage-ionic-character-of-a-molecule-3-both-1-and-2-4-none-of-the https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzcy-what-is-the-correct-order-of-increasing-ionic-character-in-the-following-molecules-lif-k2o-n2-so2-and-clf3-1-mathrm-n-2-mathrm-clf-3-mathrm-so-2-mathrm-k-2-mathrm-o-mathrm-lif-2-mathrm-n-2-mathrm-clf https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzcz-how-does-the-measurement-of-bond-angles-in-methane-text-ch-4-rule-out-a-square-planar-structure-1-for-square-planar-geometry-5-bonds-are-required-2-carbon-does-not-have-d-orbitals-to-undergo-dsp2-hybr https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzc0-beh2-molecule-has-a-zero-dipole-moment-because-1-dipole-moments-of-each-h-ndash-be-bond-are-unequal-and-are-in-opposite-directions-2-dipole-moments-of-each-h-ndash-be-bond-are-equal-and-are-in-opposit https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzc1-compare-the-dipole-moments-of-nh-and-nf-and-select-the-correct-explanation-1-nf-has-a-higher-dipole-moment-because-the-n-ndash-f-bond-dipoles-reinforce-the-lone-pair-contribution-2-nf-has-a-higher-dip https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzc2-the-shapes-of-sp-sp2-sp3-orbitals-formed-due-to-hybridization-of-atomic-orbitals-would-be-respectively-1-trigonal-planar-linear-tetrahedral-2-linear-trigonal-planar-tetrahedral-3-linear-tetrahedral-tr https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzc3-the-correct-statement-about-the-above-reaction-is-bf3-nh3-rarr-f3b-nh3-1-hybridization-of-lsquo-b-rsquo-changes-to-sp2-from-sp3-while-there-is-no-change-in-the-hybridization-of-n-2-hybridization-of-ls https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzc4-the-total-number-of-sigma-and-pi-bonds-in-c2h4-is-1-6-sigma-bonds-and-1-pi-bond-2-3-sigma-bonds-and-3-pi-bonds-3-5-sigma-bonds-and-1-pi-bond-4-2-sigma-bonds-and-2-pi-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzc5-the-lone-pairs-of-electrons-can-be-defined-as-1-electron-pairs-that-participate-in-bonding-2-electron-pairs-that-do-not-participate-in-bonding-3-electron-pairs-that-are-present-in-inner-most-shell-4-e https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzgw-the-important-condition-s-required-for-the-linear-combination-of-atomic-orbitals-to-form-molecular-orbitals-is-1-the-combining-atomic-orbitals-must-have-the-exact-or-nearly-the-same-energy-2-the-combi https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzgx-which-of-the-following-molecular-orbital-theory-explanations-best-accounts-for-the-instability-of-the-be2-molecule-1-the-bond-order-of-be2-is-one-2-the-bond-order-of-be2-is-negative-3-the-bond-order-o https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzgy-why-are-axial-bonds-in-pcl-longer-than-equatorial-bonds-1-axial-bond-pairs-suffer-more-repulsion-from-the-equatorial-bond-pairs-2-equatorial-bond-pairs-suffer-more-repulsion-from-the-axial-bond-pairs https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2Nzgz-the-relation-between-hydrogen-bond-and-the-van-der-waals-forces-is-1-both-the-bonds-have-equal-strength-2-hydrogen-bonds-are-weaker-than-van-der-waals-forces-3-hydrogen-bonds-are-stronger-than-van-der https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY2ODAy-if-the-main-axis-of-a-diatomic-molecule-is-z-then-the-molecular-orbital-px-and-py-overlap-to-form-which-of-the-following-orbital-1-pi-molecular-orbtial-2-sigma-molecular-orbital-3-delta-molecular-orbt https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY5OTM1-the-significance-of-the-octet-rule-is-1-to-determine-the-stability-of-atoms-2-to-find-the-hybridization-of-elements-3-to-calculate-the-number-of-lone-pairs-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjcwMTgz-the-incorrect-statement-among-the-following-is-1-the-sigma-bond-forms-via-head-on-overlap-and-the-pi-bond-forms-via-sidewise-overlapping-of-orbitals-2-s-and-p-orbitals-combine-to-form-a-sigma-bond-as https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjcwMTg5-which-of-the-following-is-the-correct-lewis-dot-structure-for-acetic-acid-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjcwMjE0-h2-molecule-on-the-basis-of-valence-bond-theory-is-formed-due-to-1-attractive-forces-being-more-than-the-repulsive-forces-2-attractive-forces-being-less-than-the-repulsive-forces-3-no-force-of-attract https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjcwMjE1-hybridization-of-c1-and-c2-in-the-structure-given-below-are-1-c1-sp3-c2-sp2-2-c1-sp3-c2-sp3-3-c1-sp2-c2-sp3-4-c1-sp2-c2-sp2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjcwMjE5-consider-the-following-structure-the-hybridization-of-c1-and-c2-carbon-in-the-structure-are-1-c1-sp2-c2-sp2-2-c1-sp3-c2-sp3-3-c1-sp3-c2-sp2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjcwMjIx-the-number-of-resonating-structures-exhibited-by-co-2-3-ion-are-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjcwNTEx-the-condition-s-required-for-the-linear-combination-of-atomic-orbital-is-1-combining-atomic-orbitals-must-have-the-same-or-nearly-the-same-energy-2-combining-atomic-orbitals-must-have-proper-orientati https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc0MTA1-the-following-graph-captures-potential-energy-on-the-y-axis-for-hydrogen-gas-formation-as-a-function-of-the-internuclear-distance-on-the-x-axis-the-bond-energy-of-h2-can-be-represented-by-1-c-ndash-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3MTU3-bf3-is-a-planar-and-an-electron-deficient-compound-hybridization-and-number-of-electrons-around-the-central-atom-respectively-are-1-sp2-and-6-2-sp2-and-8-3-sp3-and-4-4-sp3-and-6-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3MTY5-match-list-i-with-list-ii-list-i-list-ii-a-pcl5-i-square-pyramidal-b-sf6-ii-trigonal-planar-c-brf5-iii-octahedral-d-bf3-iv-trigonal-bipyramidal-choose-the-correct-answer-from-the-options-given-below-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3MTg5-which-pair-of-ions-among-the-following-list-do-not-constitute-an-iso-electronic-pair-1-mn2-fe3-2-fe2-mn2-3-o2-ndash-f-ndash-4-na-mg2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3MTkx-which-molecule-among-the-following-is-non-polar-1-sbcl5-2-no2-3-pocl3-4-ch2o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3NTYw-which-of-the-following-correctly-represents-the-lewis-dot-structure-of-the-co-molecule-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3NTY1-which-of-the-following-represents-the-correct-resonance-structure-of-the-carbonate-ion-co-3-2-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzM5NDAw-identify-the-incorrect-statement-among-the-following-options-1-o-2-ion-is-diamagnetic-2-the-bond-orders-of-o-2-o-2-o-2-and-o-2-2-are-2-5-2-1-5-and-1-respectively-3-c-2-molecule-has-four-electrons-in-i https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzM5NDA4-which-of-the-following-species-will-exhibit-the-maximum-lone-pair-ndash-lone-pair-electron-repulsions-1-mathrm-xef-2-2-mathrm-clf-3-3-mathrm-if-5-4-mathrm-sf-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzM5ODAz-which-one-of-the-following-statements-is-true-about-the-structure-of-mathrm-co-2-3-ion-1-it-can-be-explained-by-considering-sp3-hybridization-2-out-of-the-three-c-ndash-o-bonds-two-are-longer-and-one https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzM5ODA0-which-one-of-the-following-is-the-correct-order-of-decreasing-bond-enthalpies-for-the-given-species-1-mathrm-o-2-2-o-2-o-2-n-2-2-mathrm-n-2-o-2-o-2-2-o-2-3-mathrm-n-2-o-2-o-2-o-2-2-4-mathrm-o-2-n-2-o https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQ2NDA1-the-correct-order-of-bond-angles-in-the-following-compounds-species-is-1-mathrm-h-2-mathrm-o-mathrm-nh-3-mathrm-nh-4-mathrm-co-2-2-mathrm-h-2-mathrm-o-mathrm-nh-4-mathrm-nh-3-mathrm-co-2-3-mathrm-h-2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQ2NDI4-match-molecules-in-list-i-with-the-corresponding-shape-in-list-ii-list-i-molecules-list-ii-shape-a-nh3-i-square-pyramidal-b-clf3-ii-trigonal-bipyramidal-c-pcl5-iii-trigonal-pyramidal-d-brf5-iv-t-shape https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzY2OTYy-the-correct-order-of-energies-of-molecular-orbitals-of-n2-molecule-is-1-sigma-text-1s-sigma-text-1s-sigma-2-s-sigma-2-s-left-pi-2-p-x-pi-2-p-y-right-left-pi-2-p-x-pi-2-p-y-right-sigma-2-p-z-sigma-2-p https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzY2OTg0-given-the-following-five-species-mathrm-nh-3-mathrm-alcl-3-mathrm-becl-2-mathrm-ccl-4-mathrm-pcl-5-the-total-number-of-these-species-that-do-not-have-eight-electrons-around-the-central-atom-in-its-the https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzY4MjYx-the-correct-order-of-dipole-moments-for-molecules-nh-3-h-2s-ch-4-and-hf-is-1-ch-4-h-2s-nh-3-hf-emsp-emsp-emsp-2-h-2s-nh-3-hf-ch-4-3-nh-3-hf-ch-4-h-2-s-4-hf-nh-3-h-2s-ch-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzY4MzIy-which-one-of-the-following-statements-is-incorrect-related-to-molecular-orbital-theory-1-the-pi-antibonding-molecular-orbital-has-a-node-between-the-nuclei-2-in-the-formation-of-a-bonding-molecular-or https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1MDIw-intramolecular-hydrogen-bonding-is-present-in-1-2-3-hf-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1MDM2-match-list-i-with-list-ii-list-i-compound-list-ii-shape-geometry-a-nh3-i-trigonal-pyramidal-b-brf5-ii-square-planar-c-xef4-iii-octahedral-d-sf6-iv-square-pyramidal-choose-the-correct-answer-from-the-o https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1MDM5-which-one-of-the-following-statements-is-correct-1-bf3-has-non-zero-dipole-moment-2-the-dipole-moment-of-nf3-is-greater-than-that-of-nh3-3-three-canonical-forms-can-be-drawn-for-text-co-3-2-ion-4-thre https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU2NzI1-which-one-of-the-following-molecules-is-paramagnetic-1-mathrm-h-2-2-mathrm-li-2-3-mathrm-c-2-4-mathrm-o-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU2NzQw-arrange-the-following-hydrides-in-the-order-of-decreasing-bond-angle-a-mathrm-sbh-3-b-mathrm-ash-3-c-mathrm-ph-3-d-mathrm-nh-3-choose-the-correct-answer-from-the-options-given-below-1-b-a-d-c-2-b-a-c https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU2ODA3-the-correct-shape-and-hybridisation-of-text-brf-5-is-1-square-pyramidal-and-text-sp-3-text-d-2-2-square-pyramidal-and-text-d-2-text-sp-3-3-trigonal-bipyramidal-and-text-sp-3-text-d-2-4-trigonal-bipyra https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU2ODU3-which-pair-of-the-following-compounds-has-one-lone-pair-of-electrons-on-the-central-atom-1-mathrm-sf-4-mathrm-brf-5-2-mathrm-sf-4-mathrm-clf-3-3-mathrm-clf-3-mathrm-xef-4-4-mathrm-xef-4-mathrm-brf-5-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0Mzc1-in-po-34po4-3po4-3-formal-charge-on-every-oxygen-atom-and-p-o-bond-order-respectively-are-1-0-75-and-1-25-2-0-5-and-2-3-1-and-1-5-4-0-75-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3NTYx-correct-lewis-structure-of-the-nitrite-ion-no-2-among-the-following-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQ0ODAy-the-molecules-that-have-an-overall-permanent-dipole-moment-among-the-following-is-are-a-co2-b-h2o-c-nh3-1-a-and-c-only-2-c-and-b-only-3-a-b-and-c-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzM2NDM0-from-the-following-the-incorrect-assertion-with-respect-to-dipole-moments-of-the-species-given-is-1-ch-3cl-chcl-3-2-ch-2cl-2-ccl-4-3-nh-3-nf-3-4-bf-3-co-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNTA2-assertion-a-sigma-sigma-bond-is-strong-while-pi-pi-bond-is-weak-reason-r-atoms-rotate-freely-about-pi-pi-bond-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY5NjM4-the-incorrect-statements-among-the-following-are-a-nacl-being-an-ionic-compound-is-a-good-conductor-of-electricity-in-the-solid-state-b-in-canonical-structure-there-is-a-difference-in-the-arrangement https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU2Mw-among-licl-becl2-bcl3-and-ccl4-the-covalent-bond-character-varies-as-1-licl-bcl3-ccl4-2-licl-becl2-becl2-bcl3-ccl4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzIyNTI2-which-molecule-among-the-following-does-not-exhibit-resonance-1-mathrm-c-6-h-6-2-mathrm-co-2-3-mathrm-co-3-2-4-mathrm-sio-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzU4Mjg5-identify-the-incorrect-statements-regarding-the-molecule-xeo4-1-xeo4-molecule-is-square-planar-2-there-are-four-p-pi-d-pi-bonds-3-there-are-four-sp3-p-sigma-bonds-4-xeo4-molecule-is-tetrahedral-1-2-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTU1OTY-the-number-of-sigma-and-pi-bonds-in-pent-3-en-1-yne-are-1-13-bonds-and-no-bond-2-10-bonds-and-3-bonds-3-8-bonds-and-5-bonds-4-11-bonds-and-2-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTk0OTg0-the-number-of-i-sp2-hybridized-carbon-atoms-and-ii-bonds-are-present-in-the-following-compound-are-1-7-5-2-8-6-3-7-6-4-8-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTA3ODE-the-decreasing-order-of-stability-of-o2-o-2-o-2o2-o-2-o-2o2-o2-o2-andandand-o2-2o2-2o22-is-1-o-2-o2-o-2-o2-2o-2-o2-o-2-o2-2o2-o2-o2-o22-2-o2-2-o-2-o2-o-2o2-2-o-2-o2-o-2o22-o2-o2-o2-3-o2-o-2-o2-2-o-2o2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzU4MzEy-in-which-of-the-following-ionization-processes-the-bond-energy-increases-and-the-magnetic-behaviour-changes-from-paramagnetic-to-diamagnetic-1-mathrm-o-2-rightarrow-o-2-2-mathrm-c-2-rightarrow-c-2-3-m https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQxODI0-among-the-following-atomic-orbital-overlaps-the-non-bonding-overlap-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzM1ODA5-the-molecular-geometry-of-xef5-will-be-1-square-pyramidal-2-square-planar-3-trigonal-bipyramidal-4-octahedral-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQ0NTQ3-match-list-i-with-list-ii-and-mark-the-appropriate-option-list-i-types-of-bond-list-ii-molecules-a-ionic-i-nh3-bf3-b-covalent-ii-hcl-c-hydrogen-bond-iii-lif-d-coordinate-bond-iv-hf-a-b-c-d-1-ii-iii-iv https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNTMz-the-pair-of-ions-that-is-isoelectronic-with-text-al-3-ion-is-1-mathrm-mg-2-mathrm-o-2-2-mathrm-na-mathrm-n-2-3-mathrm-c-4-mathrm-cl-4-mathrm-f-mathrm-mg-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY5NDg5-an-isoelectronic-pair-among-the-following-is-a-na-mg2-b-al3-o-c-na-o2-d-n3-cl-1-a-c-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY5NjMz-co-is-isoelectronic-with-a-no-no-no-b-n2n2n2-c-sncl2sncl2sncl2-d-no-2no2-no2-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzcxMTIz-the-best-lewis-structure-for-ch2o-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTI1MTYy-match-the-molecules-in-list-i-based-on-their-classification-according-to-the-octet-rule-with-the-correct-examples-in-list-ii-list-i-classification-of-molecules-based-on-octet-rule-list-ii-example-a-mo https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY5NjMy-which-of-the-following-attain-the-linear-structure-a-becl2becl2becl2-b-nco-nco-nco-c-no2no2no2-d-cs2cs2cs2-choose-the-correct-option-1-a-d-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mzc4NTI4-a-molecule-among-the-following-that-obeys-the-octet-rule-is-1-mathrm-pf-5-2-mathrm-sf-6-3-mathrm-ccl-4-4-mathrm-bh-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY1Nzg4-which-of-the-following-two-species-in-the-pair-are-isostructural-1-xef2xef2xef2-if-2if2-if2-2-nh3nh3nh3-bf3bf3bf3-3-co-23co3-2co3-2-so-23so3-2so3-2-4-pcl5pcl5pcl5-icl5icl5icl5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNzY1-which-of-the-following-nitrogen-oxides-contains-an-odd-number-of-electrons-unpaired-electron-on-the-nitrogen-atom-making-it-a-paramagnetic-radical-1-n2o-2-no2-3-n2o3-4-n2o5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTM2MTgz-the-isoelectronic-pair-of-ions-is-1-sn2-and-v3-2-mn2-and-fe3-3-mn3-and-fe2-4-ni3-and-fe2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQxODIw-the-compound-among-nh3-bcl3-cl2-and-n2-that-does-not-satisfy-the-octet-rule-is-1-nh3-2-bcl3-3-cl2-4-n2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQyNDQz-which-of-the-following-species-has-an-odd-number-of-electrons-1-no2-2-n2o-3-n2o3-4-n2o5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mzc1MTY2-which-of-the-following-molecules-or-ions-have-one-or-more-lone-pairs-of-valence-electrons-on-their-central-atom-1-mathrm-alcl-4-2-mathrm-co-2-3-mathrm-pcl-4-4-mathrm-so-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzY2OTA1-how-many-of-the-following-species-have-10-electrons-i-mathrm-o-2-ii-o-iii-mathrm-al-3-iv-al-v-f-vi-mathrm-f-vii-mathrm-mg-2-viii-mg-ix-mathrm-n-3-choose-the-correct-option-1-five-ions-have-10-electron https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDYwMjUy-which-of-the-following-species-does-not-have-one-or-more-pi-bonds-1-mathrm-so-2-2-mathrm-sf-6-3-mathrm-o-2-4-mathrm-so-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDI2-the-number-of-sigma-and-pi-bonds-in-pent-2-en-4-yne-is-1-13-bonds-and-no-bond-2-10-bonds-and-3-bonds-3-8-bonds-and-5-bonds-4-11-bonds-and-2-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDYwNzkz-the-nature-of-bonding-in-text-csi-is-classified-as-1-ionic-2-covalent-3-hydrogen-4-metallic-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDY3MDky-number-of-sigma-bonds-pi-bonds-and-lone-pair-on-xe-atom-of-xeof-4-respectively-are-1-4-1-1-2-4-2-1-3-5-1-1-4-6-2-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgxOTc4-arrange-the-following-in-increasing-order-of-their-covalent-character-a-mathrm-caf-2-b-mathrm-cacl-2-c-mathrm-cabr-2-d-mathrm-cai-2-choose-the-correct-answer-from-the-option-given-below-1-b-a-c-d-2-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1NzI5-consider-the-given-figure-which-shows-the-potential-energy-levels-e-of-the-mathrm-h-2-ion-as-a-function-of-internuclear-distance-d-it-can-be-reasonably-assumed-that-the-ground-state-of-the-mathrm-h-2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzY5-given-below-are-two-statements-assertion-a-sodium-chloride-formed-by-the-action-of-chlorine-gas-on-sodium-metal-is-a-stable-compound-reason-r-sodium-and-chloride-ions-acquire-octets-in-sodium-chloride https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjk3MzMy-the-lattice-energy-of-an-ionic-compound-depends-on-which-of-the-following-factors-1-the-size-and-charge-of-the-ion-2-packing-of-ions-only-3-size-of-the-ions-only-4-charge-on-the-ions-only-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDYwMjI0-the-energy-required-to-completely-separate-the-constituent-ions-of-an-ionic-solid-into-gaseous-ions-is-known-as-1-free-energy-2-lattice-energy-3-kinetic-energy-4-ionization-energy-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzY3-match-the-items-given-in-column-i-with-examples-given-in-column-ii-column-i-type-of-bonds-column-ii-molecules-a-hydrogen-bond-1-carbon-b-resonance-2-lif-c-ionic-solid-3-h2-d-covalent-solid-4-hf-5-o3-c https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA5MzQ1-in-the-anion-hcoo-the-two-carbon-oxygen-bonds-are-found-to-be-of-equal-length-what-is-the-reason-for-it-1-electronic-orbits-of-the-carbon-atom-are-hybridized-2-the-c-o-bond-is-weaker-than-the-c-o-bond https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0MTA2-which-of-the-following-is-the-electron-deficient-molecule-1-c2h6-2-sih4-3-ph3-4-b2h6-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNDYw-assertion-a-dinitrogen-is-chemically-unreactive-at-ordinary-temperature-and-is-very-stable-reason-r-the-bond-dissociation-energy-is-946-kj-mol-1-1-both-a-and-r-are-true-and-r-is-the-correct-explanatio https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246ODQ2Nzc-which-of-the-following-is-not-true-about-resonance-1-the-resonating-structures-are-hypothetical-2-the-unpaired-electrons-in-various-resonating-structures-are-the-same-3-the-energy-of-the-resonance-hyb https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNTUw-assertion-a-c-cl-bond-in-ccl4-is-polar-whereas-the-molecule-is-non-polar-reason-r-the-resultant-dipole-moment-of-four-c-cl-bonds-in-ccl4-is-zero-1-both-a-and-r-are-true-and-r-is-the-correct-explanatio https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mzg2MzM3-the-set-of-molecules-having-zero-dipole-moment-is-1-mathrm-nf-3-mathrm-co-2-mathrm-ccl-4-2-mathrm-bf-3-mathrm-h-2-mathrm-s-mathrm-ccl-4-3-mathrm-bf-3-mathrm-co-2-mathrm-ccl-4-4-mathrm-bf-3-mathrm-co-2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQ2ODk2-number-of-lone-pairs-of-electrons-in-the-central-atom-of-scl-2-o-3-clf-3-and-sf-6-respectively-are-1-0-1-2-and-2-2-2-1-2-and-0-3-1-2-2-and-0-4-2-1-0-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQ4ODM2-which-among-the-following-is-polar-as-well-as-v-shape-molecule-1-h2o-2-nh3-3-ch4-4-pcl3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzY3NDA5-match-the-columns-and-select-the-correct-option-column-i-column-ii-a-clo-2-1-linear-b-n-3-2-tetrahedral-c-nh-4-3-bent-d-sf-4-4-see-saw-1-a-1-b-2-c-3-d-4-2-a-3-b-1-c-2-d-4-3-a-4-b-2-c-1-d-3-4-a-3-b-2-c https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzYzMTkw-match-column-i-with-column-ii-column-i-compounds-column-ii-number-of-lone-pairs-of-a-central-atom-a-if-7-p-0-b-icl-4-q-1-c-xef-2-r-2-d-xef-6-s-3-choose-the-correct-answer-from-the-options-given-below https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzY0-match-the-species-in-column-i-with-the-type-of-hybrid-orbitals-in-column-ii-column-i-column-ii-a-sf4-1-sp3d2-b-if5-2-d2sp3-c-no2-3-sp3d-d-nh4-4-sp3-5-sp-codes-options-a-b-c-d-1-3-1-5-4-2-1-2-3-5-3-5-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0MDg5-which-of-the-following-molecules-has-trigonal-planar-geometry-1-nh3-2-bf3-3-pcl3-4-if3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzY1-match-the-species-in-column-i-with-the-shape-in-column-ii-column-i-column-ii-a-h3o-1-linear-b-hc-ch-2-angular-c-clo2-3-tetrahedral-d-nh4-4-trigonal-bipyramidal-5-pyramidal-codes-options-a-b-c-d-1-5-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjk3NzM1-the-molecular-shapes-of-sf4-cf4-and-xef4-are-1-different-with-1-0-and-2-lone-pairs-of-electrons-on-the-central-atom-respectively-2-different-with-0-1-and-2-lone-pairs-of-electrons-on-the-central-atom https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDYwMjU1-which-molecule-or-ion-in-the-following-list-has-the-greatest-number-of-unshared-electron-pairs-around-the-central-atom-1-so-2-2-co-2-3-xef-2-4-cf-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4Mzcw-given-below-are-two-statements-assertion-a-though-the-central-atom-of-both-nh3-and-h2o-molecules-are-sp3-hybridised-yet-h-n-h-bond-angle-is-greater-than-that-of-h-o-h-reason-r-this-is-because-nitrogen https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDYwNjkx-what-is-the-geometry-of-mathrm-seo-4-2-1-trigonal-planar-2-tetrahedral-3-pyramidal-4-bent-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzY3MjY1-the-sum-of-the-number-of-lone-pairs-in-a-central-atom-in-if-5-and-if-7-is-1-2-2-0-3-1-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDY0-in-a-chemical-change-from-pcl3-pcl5-the-hybrid-state-of-p-changes-from-1-sp2-to-sp3-2-sp3-to-sp2-3-sp3-to-sp3d-4-sp3-to-dsp-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNDU3-assertion-a-no-3-is-planar-while-nh3-is-pyramidal-reason-r-n-in-no-3-is-sp2-hybridized-with-no-lone-pair-but-nh3-is-sp3-hybridized-with-one-lone-pair-electron-1-both-a-and-r-are-true-and-r-is-the-corr https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxMTU2-match-the-molecules-in-column-i-with-their-corresponding-molecular-shapes-in-column-ii-column-i-molecule-column-ii-shape-i-bf3-a-t-shape-ii-sf4-b-square-planar-iii-xef4-c-see-saw-iv-clf3-d-trigonal-pl https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQxODUy-among-the-following-species-which-one-has-the-largest-bond-angle-around-the-central-atom-1-co2-2-pocl3-3-bcl3-4-so3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxODA0-amongst-sf4-xef4-cf4-and-h2o-the-number-of-species-with-two-lone-pairs-of-electrons-on-the-central-atom-is-1-3-2-1-3-2-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mzg2NDg1-the-hybridization-of-the-central-atom-xenon-in-xef3-is-1-sp3d2-2-sp3d-3-sp3-4-d2sp3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDQx-match-the-column-i-ii-p-bh-4bh4-bh4-i-linear-2-bond-pair-and-3-lone-pair-q-icl-2icl2-icl2-ii-tetrahedral-4-bond-pair-and-no-lone-pair-r-icl-2icl2-icl2-iii-tetrahedral-3-bond-pair-and-1-lone-pair-s-icl https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzYzMTU1-what-is-the-shape-of-of-2-molecule-1-bent-2-linear-3-tetrahedral-4-t-shaped-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDM5OTk0-choose-the-correct-option-based-on-matching-hybridization-shape-a-s-p-3-i-octahedral-b-s-p-3-d-ii-tetrahedral-c-s-p-2-iii-trigonal-bipyramidal-d-s-p-3-d-2-iv-trigonal-planar-1-a-i-b-ii-c-iii-d-iv-2-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDYwMTcw-which-of-the-following-pairs-does-not-represent-a-proper-relationship-between-the-two-items-1-sp-3-and-109-5-circ-2-trigonal-planar-and-120-circ-3-sp-and-180-circ-4-square-planar-and-120-circ-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1NjA0-match-list-i-with-list-ii-list-i-species-list-ii-hybrid-orbitals-hybridization-a-mathrm-sf-4-i-s-p-3-d-2-b-mathrm-if-5-ii-d-2-s-p-3-c-mathrm-no-2-oplus-iii-mathrm-sp-3-mathrm-d-d-mathrm-nh-4-oplus-iv https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5NzY4-the-hybridization-of-orbitals-of-n-atom-in-no3-no2-and-nh4-are-respectively-1-sp-sp2-sp3-2-sp2-sp-sp3-3-sp-sp3-sp2-4-sp2-sp3-sp-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA4MTAx-the-number-of-bonds-in-the-formula-given-below-nc-ch-ch-cn-are-1-5-2-4-3-3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDYwMjU4-what-type-s-of-hybridization-s-of-carbon-is-are-present-in-acetic-acid-1-s-p-3-mathrm-sp-2-and-sp-2-sp-only-3-sp-3-and-sp-2-4-sp-2-and-sp-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ3MTk5-identify-the-species-in-which-the-central-atom-exhibits-sp-2-hybridization-1-ph-3-2-nh-3-3-ch-3-4-sbh-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzYyODYz-the-hybridization-of-mathrm-xef-4-mathrm-sf-4-and-text-brcl-3-respectively-among-the-following-is-1-s-p-3-s-p-3-s-p-3-2-d-s-p-2-s-p-3-s-p-3-3-s-p-3-d-2-s-p-3-d-s-p-3-d-4-d-2-s-p-2-s-p-3-d-s-p-3-d-1-2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzMxNzM3-but-1-en-3-yne-contains-1-6-and-3-bonds-2-7-and-2-bonds-3-7-and-3-bonds-4-5-and-3-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQyMTQ1-match-the-species-in-column-i-with-the-5-types-of-hybrid-orbitals-given-in-column-ii-column-i-column-ii-1-sf-4-a-sp-3d-2-2-if-5-b-d-2sp-3-3-no-2-c-sp-3d-4-nh-4-d-sp-3-e-sp-1-1-a-2-b-3-e-4-d-2-1-c-2-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzkwMDc2-match-column-i-molecules-with-column-ii-hybridization-and-mark-the-appropriate-choice-column-i-molecules-column-ii-hybridisation-a-c-2h-2-i-sp-3d-2-b-sf-6-ii-sp-3d-3-c-so-2-iii-sp-d-if-7-iv-sp-2-1-a-i https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5NjAy-in-which-of-the-following-pairs-the-two-species-are-not-isostructural-1-pcl4-and-sicl4-2-pf5-and-brf5-3-alf63-and-sf6-4-co32-and-no3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjUxMTQy-in-which-of-the-following-molecules-the-central-atom-does-not-have-sp3-hybridization-1-sf4-2-bf-4bf4-bf4-3-nh-4nh4-nh4-4-ch4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NDEyOTM-in-which-of-the-following-molecules-ions-bf3-no-2no2-no2-nh-2nh2-nh2-and-h2o-the-central-atom-is-sp2-hybridised-1-no-2no2-no2-and-nh-2nh2-nh2-2-nh-2nh2-nh2-and-h2o-3-no-2no2-no2-and-h2o-4-bf3-and-no-2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1NjI2-what-is-the-hybridization-of-the-chlorine-atom-in-the-mathrm-clo-3-molecule-1-s-p-3-2-s-p-2-3-s-p-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU0NTY0-the-total-number-of-compounds-having-bond-order-2-among-the-following-is-mathrm-f-2-mathrm-n-2-mathrm-ne-2-mathrm-o-2-mathrm-li-2-mathrm-be-2-1-1-2-4-3-6-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTMyNjI-according-to-the-mo-theory-which-of-the-following-lists-ranks-the-nitrogen-species-in-terms-of-increasing-bond-order-1-n-2-n2-n2-2n2-n2-n22-n2-n2-n22-2-n2-2-n-2-n2n22-n2-n2n22-n2-n2-3-n2-n2-2-n-2n2-n2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mzg2MzYy-which-of-the-following-pairs-is-expected-to-have-the-same-bond-order-1-mathrm-o-2-mathrm-n-2-2-mathrm-o-2-mathrm-n-2-3-mathrm-o-2-mathrm-n-2-4-mathrm-o-2-mathrm-n-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzczODY5-given-below-are-two-statements-assertion-a-an-atomic-orbital-is-monocentric-whereas-a-molecular-orbital-is-polycentric-reason-r-an-electron-in-an-atomic-orbital-is-influenced-by-one-nucleus-whereas-in https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY5NjMx-which-of-the-following-have-identical-bond-order-a-cn-cn-cn-b-no-no-no-c-o-2o2-o2-d-o2-2o22-o22-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTMxNTY5-which-of-the-following-is-paramagnetic-1-co-2-o-2o2-o2-3-cn-cn-cn-4-no-no-no-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzY2-match-the-species-in-column-i-with-the-bond-order-in-column-ii-column-i-species-column-ii-bond-order-a-no-i-1-5-b-co-ii-2-0-c-o-2-iii-2-5-d-o2-iv-3-0-choose-the-correct-option-options-a-b-c-d-1-iii-iv https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5NDYw-match-list-i-molecules-with-list-ii-bond-order-and-mark-the-appropriate-choice-list-i-molecule-list-ii-bond-order-a-ne2-b-n2-c-f2-d-o2-i-1-ii-2-iii-0-iv-3-choose-the-correct-match-from-the-options-giv https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyNDIx-match-list-i-with-list-ii-list-i-expressions-list-ii-property-a-psi-m-o-psi-a-psi-b-i-dipole-moment-b-mu-q-times-r-ii-bonding-molecular-orbital-c-frac-n-b-n-a-2-iii-anti-bonding-molecular-orbital-d-ps https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNDUw-assertion-a-increasing-order-of-bond-energy-is-c-c-reason-r-bond-energy-increases-with-an-increase-in-bond-order-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-b https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzU4Mjgz-the-pair-of-species-that-has-the-same-bond-order-in-the-following-is-1-co-no-2-no-cn-3-o2-n2-4-o2-b2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNDY3-given-below-are-two-statements-assertion-a-o-nitrophenol-is-more-volatile-than-p-nitrophenol-reason-r-intramolecular-hydrogen-bonding-is-present-in-o-nitrophenol-while-intermolecular-h-bonding-is-pres https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQ0Njkx-which-molecule-among-the-following-exhibits-the-least-strength-in-its-overall-intermolecular-forces-atomic-numbers-h-1-c-6-n-7-o-8-f-9-1-h2o-2-ch4-3-hf-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA1NTI2-according-to-fajan-s-rule-polarization-is-more-with-1-small-cation-and-large-anion-2-small-cation-and-small-anion-3-large-cation-and-large-anion-4-large-cation-and-small-anion-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjg0ODU3-the-ascending-order-of-polarizing-power-of-the-following-ions-is-mathrm-k-mathrm-ca-2-mathrm-mg-2-mathrm-be-2-1-mg2-be2-k-ca2-2-be2-k-ca2-mg2-3-k-ca2-mg2-be2-4-ca2-mg2-be2-k-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTc2MjU3-which-of-the-following-statements-is-incorrect-1-for-isoelectronic-species-a-smaller-positive-charge-on-the-cation-results-in-a-smaller-ionic-radius-2-for-isoelectronic-species-a-greater-negative-char https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDEy-which-of-the-following-pairs-of-ions-are-isoelectronic-and-isostructural-1-co2-3-so2-3co32-so32-co32-so32-2-clo-3-co2-3clo3-co32-clo3-co32-3-so2-3-no-3so32-no3-so32-no3-4-clo-3-so2-3clo3-so32-clo3-so3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzE3-in-po3-4po43-po43-ion-the-formal-charge-on-the-oxygen-atom-of-the-p-o-bond-is-1-1-2-1-3-0-75-4-0-75-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjAwNDg0-the-number-of-sigma-and-pi-bonds-in-pent-3-en-1-yne-is-1-13-bonds-and-no-bond-2-10-bonds-and-3-bonds-3-8-bonds-and-5-bonds-4-11-bonds-and-2-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDIy-what-is-the-correct-order-of-c-o-bond-lengths-among-mathrm-co-mathrm-co-3-2-and-mathrm-co-2-1-mathrm-co-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzI3-the-electronic-configurations-of-the-elements-a-b-and-c-are-given-below-a-1s22s22p6a-1s22s22p6a-1s22s22p6-b-1s22s22p63s23p3b-1s22s22p63s23p3b-1s22s22p63s23p3-c-1s22s22p63s23p5c-1s22s22p63s23p5c-1s22s2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzI5-the-electronic-configurations-of-the-elements-a-b-and-c-are-given-below-a-1s22s22p6a-1s22s22p6a-1s22s22p6-b-1s22s22p63s23p3b-1s22s22p63s23p3b-1s22s22p63s23p3-c-1s22s22p63s23p5c-1s22s22p63s23p5c-1s22s2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mzg2OTc-which-of-the-following-has-a-maximum-cl-o-bond-order-1-clo-3clo3-2-clo3clo3-3-clo2clo2-4-clo-2clo2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ3MTQ2-h2oh2o-has-a-net-dipole-moment-while-bef-2-has-zero-dipole-moment-because-1-f-is-more-electronegative-than-oxygen-2-be-is-more-electronegative-than-oxygen-3-h2oh2o-molecule-is-linear-and-bef-2-is-bent https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NTA4NTc-which-of-the-following-is-not-a-perfect-nonpolar-molecule-1-b3n3h6b3n3h6b3n3h6-2-ccl4-3-so3so3so3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246Mzg2OTQ-the-bond-angles-of-mathrm-nh-3-mathrm-nh-4-mathrm-and-mathrm-nh-2-are-in-the-order-1-mathrm-nh-2-mathrm-nh-3-mathrm-nh-4-2-mathrm-nh-4-mathrm-nh-3-mathrm-nh-2-3-mathrm-nh-3-mathrm-nh-2-mathrm-nh-4-4-m https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTg3ODY1-the-hybridization-of-orbitals-of-n-atom-in-no-3-no-2andnh-4no3-no2-andnh4-no3-no2-andnh4-are-respectively-1-sp-sp2-sp3sp-sp2-sp3sp-sp2-sp3-2-sp2-sp-sp3sp2-sp-sp3sp2-sp-sp3-3-sp-sp3-sp2sp-sp3-sp2sp-sp3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzE1-the-hybridization-of-nitrogen-in-no-2-no2-no2-no-3no3-no3-and-nh-4nh4-nh4-respectively-is-1-sp-sp3-and-sp2-2-sp-sp2-and-sp3-3-sp2-sp-and-sp3-4-sp2-sp3-and-sp-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTMzMDg-in-which-of-the-following-molecules-ions-bf3-no-2no2-no2-nh-2nh2-nh2-and-h2o-the-central-atom-is-sp2-hybridized-1-no-2no2-no2-andandand-nh-2nh2-nh2-2-nh-2nh2-nh2-andandand-h2oh2oh2o-3-no-2no2-no2-anda https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTIxNjM-isostructural-pair-among-the-following-is-1-bcl3bcl3bcl3-andandand-brcl3brcl3brcl3-2-nh3nh3nh3-andandand-no-3no3-no3-3-nf3nf3nf3-andandand-bf3bf3bf3-4-bf-4bf4-bf4-andandand-nh-4nh4-nh4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ3MTQ1-the-correct-order-of-electronegativity-of-hybrid-orbitals-of-carbon-is-1-sp-sp2-sp2-sp3-3-sp-sp3-4-sp-sp2-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjAwODM4-match-the-compounds-of-xe-in-column-i-with-the-molecular-structure-in-column-ii-column-i-column-ii-a-xef2xef2xef2-i-square-planar-b-xef4xef4xef4-ii-linear-c-xeo3xeo3xeo3-iii-square-pyramidal-d-xeof4xe https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDMw-mg2c3-reacts-with-water-forming-propyne-c4-3c34-c34-the-number-of-sigma-and-pie-bonds-in-c4-3c34-c-3-4-is-1-two-sigma-and-two-pi-bonds-2-three-sigma-and-one-pi-bonds-3-two-sigma-and-one-pi-bonds-4-two https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDA1-the-correct-geometry-and-hybridization-for-xef4-are-1-octahedral-sp3d2-2-trigonal-bipyramidal-sp3d3-3-planar-triangle-sp3d3-4-square-planar-sp3d2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTQwNDk-in-which-of-the-following-molecules-are-all-the-bonds-not-equal-1-clf3-2-bf3-3-alf3-4-nf3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTQwNTM-which-of-the-following-species-has-a-linear-shape-1-no-2no2-no2-2-so2so2so2-3-no-2no2-no2-4-o3o3o3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ3MTI5-a-molecule-that-has-an-unequal-bond-length-is-1-clf3-2-bf3-3-alf3-4-nf3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNTQz-from-the-following-pairs-the-two-species-that-are-not-isostructural-are-1-mathrm-pf-5-mathrm-and-mathrm-brf-5-2-mathrm-pcl-4-mathrm-and-mathrm-sicl-4-3-mathrm-co-3-2-mathrm-and-mathrm-no-3-4-mathrm-ai https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzE5-which-species-lacks-tetrahedral-geometry-1-bh-4bh4-bh4-2-nh-2nh2-nh2-3-co2-3co32-co32-4-h3o-h3o-h3o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjM3Mzc5-in-the-option-are-given-sequences-of-increasing-bond-order-for-the-following-species-the-correct-option-is-mathrm-o-2-mathrm-n-2-mathrm-o-2-mathrm-and-mathrm-o-2-1-mathrm-o-2-mathrm-n-2-mathrm-o-2-mat https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTE3Njg3-which-of-the-following-is-a-diamagnetic-species-1-o2o2o2-2-o2-2o22-o22-3-o-2o2-o2-4-o-2o2-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzMy-what-is-the-correct-sequence-of-bond-order-for-the-specified-species-1-mathrm-o-2-mathrm-o-2-mathrm-o-2-2-mathrm-o-2-3-mathrm-o-2-mathrm-o-2-4-mathrm-o-2-mathrm-o-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTEwMzc-the-correct-order-of-bond-order-in-the-following-species-is-1-mathrm-o-2-2-mathrm-o-2-mathrm-o-2-2-mathrm-o-2-2-3-mathrm-o-2-mathrm-o-2-4-mathrm-o-2-mathrm-o-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTkyNTM5-the-specie-with-the-shortest-bond-length-is-1-o-2-2-o-2-3-o-2-2-4-o-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTI1MzU-which-of-the-following-has-the-minimum-bond-length-1-o-2o2-o2-2-o2-2o22-o22-3-o2o2o2-4-o-2o2-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzIx-the-species-that-does-not-have-unpaired-electrons-is-1-n-2-2-o-2-3-o-2-2-4-b-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246NjAwMzc-which-of-the-following-conversions-demonstrates-an-increase-in-bond-order-and-a-change-in-magnetic-behaviour-1-no-no-no-no-no-no-2-o2-o2-o2-o2-o2-o2-3-n2-n-2n2-n2-n2-n2-4-c2-c-2c2-c2-c2-c2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246MzAwMjM-among-the-following-species-the-one-that-has-the-highest-bond-energy-is-1-n-2n2-n2-2-o2o2o2-3-co-co-co-4-n2n2n2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTkyODQ2-the-correct-formal-charges-on-oxygen-atoms-numbered-2-1-and-3-respectively-are-1-1-0-1-2-0-1-1-3-0-0-0-4-1-0-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTkyODI5-match-list-i-with-list-ii-list-i-list-ii-a-c2h4-i-3-bonds-2-bonds-b-c2h2-ii-3-bonds-one-lone-pair-c-ch4-iii-4-bonds-d-nh3-iv-5-bonds-1-bond-choose-the-correct-answer-from-the-options-given-below-1-a-i https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTkyODE0-identify-the-correct-statement-about-clf3-from-the-following-options-1-it-has-a-trigonal-pyramidal-geometry-with-two-lone-pairs-on-cl-atom-2-it-has-t-shaped-geometry-with-two-lone-pairs-on-cl-atom-3-i https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTk4MjYw-match-the-species-in-list-i-with-their-geometry-in-list-ii-list-i-list-ii-a-pcl5-i-tetrahedral-b-brf5-ii-square-planar-c-bf4-iii-trigonal-bipyramidal-d-ni-cn-4-2-iv-square-pyramidal-choose-the-correct https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTk4MjU5-the-highest-occupied-molecular-orbital-for-ne-is-1-sigma-2p-2-pi-2p-3-sigma-2p-4-pi-2p-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTM1MTg2-identify-the-correct-orders-against-the-property-mentioned-a-mathrm-h-2-mathrm-o-mathrm-nh-3-mathrm-chcl-3-text-dipole-moment-b-mathrm-xef-4-mathrm-xeo-3-mathrm-xef-2-text-number-of-lone-pairs-on-cent https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTM1MTY4-match-list-i-with-list-ii-list-i-list-ii-a-xeo-3-i-sp-3d-linear-b-xef-2-ii-sp-3-pyramidal-c-xeof-4-iii-sp-3d-3-distorted-octahedral-d-xef-6-iv-sp-3d-2-square-pyramidal-choose-the-correct-answer-from-t https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTM1MTU5-given-below-are-two-statements-statement-i-a-hypothetical-diatomic-molecule-with-bond-order-zero-is-quite-stable-statement-ii-as-bond-order-increases-the-bond-length-increases-1-statement-i-is-true-bu https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDY4ODIw-which-of-the-following-molecules-has-non-zero-dipole-moment-value-1-mathrm-ccl-4-2-mathrm-hi-3-mathrm-co-2-4-mathrm-bf-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDY4ODIz-match-list-i-with-list-ii-list-i-atom-molecule-list-ii-property-a-nitrogen-i-paramagnetic-b-fluorine-molecule-ii-most-reactive-element-in-group-18-c-oxygen-molecule-iii-element-with-highest-ionisation https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDY4ODgz-match-column-i-molecule-with-column-ii-bond-enthalpy-and-mark-the-correct-option-column-i-molecule-column-ii-bond-enthalpy-left-k-j-mathrm-mol-1-right-a-hcl-i-435-8-b-mathrm-n-2-ii-498-c-mathrm-h-2-ii https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246ODkxMjc-which-of-the-following-pairs-are-isoelectronic-and-isostructural-1-co2-3-co32-co32-no-3no3-no3-2-clo-3-clo3-clo3-co2-3co32-co32-3-so2-3-so32-so32-no-3no3-no3-4-clo-2-clo2-clo2-so2-3so32-so32-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246ODkxMzU-the-correct-shape-and-hybridization-for-xef4-are-1-octahedral-sp3d2-2-trigonal-bipyramidal-sp3d3-3-planar-triangle-sp3d3-4-square-planar-sp3d2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246ODkxMzc-which-of-the-following-is-the-incorrect-statement-1-ph5-and-bicl5-do-not-exist-2-p-d-bonds-are-present-in-so2-3-sef4-and-ch4-have-the-same-shape-4-mathrm-i-3-hashashas-bentbentbent-geometrygeometrygeo https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTAyMTQ-in-which-orbital-is-the-pair-of-electrons-located-in-the-provided-carbanion-ch3c-c-1-sp3-2-sp2-3-sp-4-2p-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTA5OTk-which-of-the-following-options-represents-the-correct-bond-order-1-o-2-o2-o2-o2-o-2o2-o2-o2-o2-3-o-2-o2-o-2o2-o2-o2-o2-o2-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTE1MTA-dipole-induced-dipole-interactions-are-present-in-which-of-the-following-pairs-1-cl2-and-ccl4-2-hcl-and-he-atoms-3-sif4-and-he-atoms-4-h2o-and-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTI2Njg-in-which-one-of-the-following-species-the-central-atom-has-the-type-of-hybridization-which-is-not-the-same-as-that-present-in-the-other-three-1-sf4sf4sf4-2-i-3i3-i3-3-sbcl2-5sbcl52-sbcl52-4-pcl5pcl5pc https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTMzMjI-what-is-the-dominant-intermolecular-force-or-bond-that-must-be-overcome-in-converting-liquid-ch3oh-to-a-gas-1-hydrogen-bonding-2-dipole-dipole-interaction-3-covalent-bonds-4-london-dispersion-force-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTMzNjg-the-angular-shape-of-ozone-molecule-o3-consists-of-1-1-sigma-and-2-pi-bonds-2-2-sigma-and-2-pi-bonds-3-1-sigma-and-1-pi-bonds-4-2-sigma-and-1-pi-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTQwNTY-which-of-the-following-is-not-a-correct-statement-1-the-electron-deficient-molecules-can-act-as-lewis-acids-2-the-canonical-structures-have-no-real-existence-3-every-ab5-molecule-does-in-fact-have-a-s https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTQwNTk-which-of-the-following-is-not-isostructural-with-sicl4-1-scl4scl4scl4-2-so2-4so42-so42-3-po3-4po43-po43-4-nh-4nh4-nh4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0MTAw-which-of-the-following-would-have-a-permanent-dipole-moment-1-bf3-2-sf4-3-sif4-4-xef4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0MTAy-the-correct-sequence-of-increasing-covalent-character-is-represented-by-1-becl2-nacl-liclbecl2-nacl-liclbecl2-nacl-licl-2-nacl-licl-becl2nacl-licl-becl2nacl-licl-becl2-3-becl2-licl-naclbecl2-licl-nacl https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0ODY3-the-lone-pairs-in-the-brf3-molecule-occupy-equatorial-positions-to-minimize-1-bond-pair-bond-pair-repulsion-only-2-lone-pair-lone-pair-repulsion-and-lone-pair-bond-pair-repulsion-3-lone-pair-lone-pair https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY1MzM4-p-pi-d-pi-bonding-is-present-in-1-no-3-2-so-3-2-3-bo-3-3-4-co-2-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY1Nzk4-the-bond-angle-is-maximum-in-1-nh3nh3nh3-2-nh-4nh4-nh4-3-pcl3pcl3pcl3-4-scl2scl2scl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjYzOTky-how-many-antibonding-electron-pair-s-is-are-present-in-the-o-2-2-ion-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjcwMjE4-hybridizations-of-c1-and-c2-in-the-structure-given-below-are-1-c1-sp3-c2-sp21-c1-sp3-c2-sp21-c1-sp3-c2-sp2-2-c1-sp3-c2-sp32-c1-sp3-c2-sp32-c1-sp3-c2-sp3-3-c1-sp2-c2-sp23-c1-sp2-c2-sp23-c1-sp2-c2-sp2-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjcwMjE3-hybridization-of-c1-and-c2-in-the-structure-given-below-are-1-c1-sp2-c2-sp3c1-sp2-c2-sp3c1-sp2-c2-sp3-2-c1-sp3-c2-sp2c1-sp3-c2-sp2c1-sp3-c2-sp2-3-c1-sp3-c2-sp3c1-sp3-c2-sp3c1-sp3-c2-sp3-4-c1-sp2-c2-sp https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjcwMjE2-hybridization-of-c1-c2-and-c3-in-the-structure-given-below-are-1-c1-sp2-c2-sp2-c3-sp2c1-sp2-c2-sp2-c3-sp2c1-sp2-c2-sp2-c3-sp2-2-c1-sp3-c2-sp3-c3-sp2c1-sp3-c2-sp3-c3-sp2c1-sp3-c2-sp3-c3-sp2-3-c1-sp3-c2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY5NjM3-identify-the-species-with-identical-bond-orders-from-the-following-options-a-n2n2-b-n-2n2-c-f-2f2-d-o-2o2-choose-the-correct-option-1-a-d-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY5NjM2-diamagnetic-species-are-those-which-contain-no-unpaired-electrons-among-the-following-diamagnetic-species-are-a-n2n2-b-n2-2n22-c-o2o2-d-o2-2o22-choose-the-correct-option-1-a-d-2-b-c-3-c-d-4-b-d-1-2-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY5NjM1-among-the-following-the-correct-statements-about-co2-3co32-a-the-hybridisation-of-the-central-atom-is-sp3-b-its-resonance-structure-has-one-c-o-single-bond-and-two-c-o-double-bonds-c-the-average-forma https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY5NjM0-which-of-the-following-species-have-the-same-shape-a-co2-b-ccl4-c-o3-d-no2-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4Mzcx-given-below-are-two-statements-assertion-a-among-the-two-o-h-bonds-in-h2o-molecule-the-energy-required-to-break-the-first-o-h-bond-and-the-other-o-h-bond-is-the-same-reason-r-the-electronic-environmen https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzY4-match-the-shape-of-molecules-in-column-i-with-the-type-of-hybridization-in-column-ii-column-i-column-ii-a-tetrahedral-i-sp2-b-trigonal-ii-sp-c-linear-iii-sp3-codes-options-a-b-c-1-iii-i-ii-2-ii-i-iii https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzI4-the-electronic-configurations-of-three-elements-a-b-and-c-are-given-below-a-1s2-2s2-2p6-b-1s2-2s2-2p6-3s2-3p3-c-1s2-2s2-2p6-3s2-3p5-determine-the-molecular-formula-of-the-compound-formed-from-b-and-c https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzIy-in-which-of-the-following-molecule-ion-all-the-bonds-are-not-equal-1-xef4xef4-2-bf-4bf4-3-c2h4c2h4-4-sif4sif4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI4MzEz-among-the-given-species-the-isostructural-pair-is-1-mathrm-nf-3-text-and-mathrm-bf-3-2-mathrm-bf-4-text-and-mathrm-nh-4-3-mathrm-bcl-3-text-and-mathrm-brcl-3-4-mathrm-nh-3-text-and-mathrm-no-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI5ODE4-which-of-the-following-is-isoelectronic-pair-1-icl2icl2icl2-clo2clo2clo2-2-bro-2bro-2bro2-brf-2brf-2brf2-3-clo2clo2clo2-brfbrfbrf-4-cn-cn-cn-o3o3o3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjI5ODIw-which-of-the-following-options-are-not-in-accordance-with-the-property-mentioned-against-them-a-mathrm-f-2-mathrm-cl-2-mathrm-br-2-mathrm-i-2-oxidising-power-b-mathrm-mi-mathrm-mbr-mathrm-mcl-mathrm-m https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjU1OTQ1-which-of-the-following-pairs-of-ions-are-isoelectronic-and-isostructural-a-mathrm-co-3-2-mathrm-no-3-b-mathrm-clo-3-mathrm-co-3-2-c-mathrm-so-3-2-mathrm-no-3-d-mathrm-clo-3-mathrm-so-3-2-1-a-b-2-a-c-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjUwODQ3-given-below-are-two-statements-assertion-a-zn-ll-salts-are-diamagnetic-reason-r-zn2-ion-has-one-unpaired-electron-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzM3Mzkx-assertion-a-c3o2-is-a-linear-structure-reason-r-each-c-atom-in-c3o2-is-sp-hybridized-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the-correct-expl https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzMxNzQ3-given-below-are-two-statements-assertion-a-pcl3br2-has-zero-dipole-moment-reason-r-br-atoms-occupy-axial-position-while-cl-atoms-occupy-equatorial-position-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA5ODM2-assertion-a-ortho-nitrophenol-is-more-volatile-than-para-nitrophenol-reason-r-in-ortho-nitrophenol-intramolecular-as-well-as-intermolecular-hydrogen-bonding-is-present-while-in-para-nitrophenol-only-i https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA5ODM1-given-below-are-two-statements-assertion-a-on-heating-pcl5-it-readily-converts-into-pcl3-and-cl2-reason-r-the-axial-p-cl-bond-is-larger-than-the-equitorial-p-cl-bond-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA3NTcz-assertion-dipole-moment-of-cis-1-chloropropene-is-more-than-trans-1-chloropropene-reason-in-the-case-of-cis-1-chloropropene-dipoles-are-additive-while-in-the-case-of-trans-1-chloropropene-dipoles-are https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA3NDI2-assertion-the-dipole-moment-of-ch2cl2-is-greater-than-that-of-chcl3-reason-ch2cl2-has-zero-dipole-moment-because-all-dipoles-in-ch2cl2-cancel-each-other-1-both-assertion-and-reason-are-true-and-reason https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ3MTk0-select-the-correct-statement-regarding-xeo2f2xeo2f2xeo2f2-among-the-folowing-a-xe-is-sp3dsp3dsp3d-hybridised-b-4-bond-pairs-and-1-lone-pair-are-present-around-xe-c-shape-of-xeo2f2xeo2f2xeo2f2-is-squar https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTc2Mzk5-among-cah2-beh2-bah2-the-order-of-ionic-character-is-1-beh2-cah2-bah2beh2-cah2-bah2beh2-cah2-bah2-2-cah2-beh2-bah2cah2-beh2-bah2cah2-beh2-bah2-3-beh2-bah2-cah2beh2-bah2-cah2beh2-bah2-cah2-4-bah2-beh2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzU4MzA0-the-species-pair-among-the-following-that-have-sp3-hybridization-is-1-sif4-beh2-2-nf3-h2o-3-nf3-bf3-4-h2s-bf3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-pb246OTM0NTU-the-correct-order-of-increasing-bond-angles-in-the-following-triatomic-species-is-1-no-2no2-no-2no2-no2no2-2-no-2no2-no2no2-no-2no2-3-no-2no2-no2no2-no-2no2-4-no-2no2-no-2no2-no2no2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MjY0MDE2-the-correct-order-of-increasing-o-o-bond-length-in-the-following-species-is-1-o3-h2o2-o2o3-h2o2-o2o3-h2o2-o2-2-o2-o3-h2o2o2-o3-h2o2o2-o3-h2o2-3-o2-h2o2-o3o2-h2o2-o3o2-h2o2-o3-4-h2o2-o2-o3h2o2-o2-o3h2o https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzM0ODU4-the-formal-charge-of-s-in-so-3-will-be-1-zero-2-1-3-2-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDU2-in-bisulphate-ion-hso4-the-formal-charge-on-s-atom-is-1-6-2-4-3-1-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA3NTc2-formal-charges-of-the-central-atom-in-so-3-no-3-and-nh-4-are-respectively-1-0-1-1-2-2-1-1-3-2-1-1-4-0-1-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mzg2ODc4-assertion-a-generally-the-lowest-energy-structure-of-a-molecule-is-the-one-with-the-smallest-formal-charges-on-the-atoms-reason-r-formal-charge-helps-in-the-selection-of-the-lowest-energy-structure-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQwMzk1-given-below-are-two-statements-assertion-a-second-period-elements-do-not-exhibit-the-excitation-of-electrons-reason-r-second-period-elements-do-not-have-vacant-d-orbitals-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQ5MjAy-which-of-the-following-contains-ionic-covalent-and-coordinate-bonds-1-nacn-2-ph-4cl-3-ch-3coona-4-n-3h-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-Rpb246NTU2MQ-overlap-of-which-of-the-following-atomic-orbitals-would-be-maximum-to-form-the-strongest-covalent-bond-1-1s-2s-2-1s-2p-3-2p-2p-4-2p-2p-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDQ5-favourable-conditions-for-electrovalency-are-1-low-charge-on-ions-large-cation-small-anion-2-high-charge-on-ions-small-cation-large-anion-3-high-charge-on-ions-large-cation-small-anion-4-low-charge-on https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzM3NzYz-the-most-volatile-halogen-acid-is-1-hf-2-hcl-3-hbr-4-hi-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1NTkz-what-is-the-correct-order-of-polarity-for-the-following-bonds-i-c-h-ii-f-h-iii-br-h-iv-na-i-v-k-f-vi-li-cl-1-li-cl-k-f-f-h-br-h-c-h-na-i-2-k-f-li-cl-f-h-br-h-na-i-c-h-3-k-f-f-h-li-cl-br-h-na-i-c-h-4-k https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNzky-which-set-among-the-following-represents-the-correct-order-of-dipole-moments-1-2-nh3-nf3-3-trans-1-fluoro-propene-cis-1-fluoro-propene-4-sbh3-ph3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA3Mzg2-case-study-question-the-relative-location-of-the-bond-pair-and-the-lone-pair-is-decided-by-bent-s-rule-the-rule-states-that-the-more-electronegative-atom-prefers-to-stay-in-the-orbital-having-less-s-c https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5NTYy-consider-the-following-structures-which-of-the-following-options-correctly-compares-the-bond-angles-1-1-2-3-4-1-2-3-4-1-2-3-4-2-1-3-4-2-1-3-4-2-1-3-4-2-3-3-1-2-4-3-1-2-4-3-1-2-4-4-1-3-2-4-1-3-2-4-1-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mzk1MjQx-which-among-the-following-concepts-is-not-introduced-by-the-valence-bond-theory-1-partial-ionic-character-of-a-covalent-bond-2-the-number-of-lone-pairs-and-bond-pairs-of-electrons-decide-the-shape-of https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA3NTY4-which-of-the-following-correctly-represents-the-decreasing-order-of-bond-angles-for-nh-ph-nf-and-pf-1-nh3-ph3-nf3-pf3-2-nh3-nf3-ph3-pf3-3-nh3-nf3-pf3-ph3-4-nh3-pf3-nf3-ph3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNTQ5-given-below-are-two-statements-assertion-a-sf4-has-two-significant-lp-bp-repulsions-reason-r-its-shape-is-a-see-saw-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-tru https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU5NDU2-where-are-antibonding-orbitals-usually-found-1-in-the-space-between-the-nuclei-of-atoms-2-around-the-nuclei-of-atoms-3-they-do-not-exist-they-are-only-theoretical-4-on-the-outer-sides-of-atoms-opposit https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzM3NzY3-which-of-the-following-is-the-most-paramagnetic-species-1-o-2-2-c-2-3-b-2-4-n-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3NTA2-among-the-following-which-molecule-is-expected-to-be-stabilized-by-anion-formation-c2-o2-no-f2-1-no-2-o2-3-c2-4-f2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxMTg1-identify-the-correct-increasing-strength-of-intermolecular-h-bonding-1-mathrm-hcn-mathrm-h-2-mathrm-o-mathrm-nh-3-2-mathrm-hcn-mathrm-ch-4-mathrm-nh-3-3-mathrm-ch-4-mathrm-hcn-mathrm-nh-3-4-mathrm-ch https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MTQ5MDcx-which-molecules-ions-are-most-paramagnetic-1-b2-2-c2-3-o-2o2-o2-4-o-2o2-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTc1MjM0-given-below-are-two-statement-statement-i-all-the-given-pairs-of-oxides-pbo-pbo-sno-sno-and-geo-geo-are-amphoteric-in-nature-statement-ii-the-molecules-alcl-bh-beh-and-no-all-have-incomplete-octets-ar https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTc1ODcy-which-of-the-following-is-correct-order-of-bond-length-1-mathrm-c-mathrm-h-mathrm-c-equiv-mathrm-n-mathrm-c-mathrm-o-mathrm-c-mathrm-o-2-mathrm-c-equiv-mathrm-n-mathrm-c-mathrm-h-mathrm-c-mathrm-o-mat https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTc2MTM3-among-the-following-species-mathrm-o-2-mathrm-n-2-mathrm-n-2-2-and-o-2-which-have-same-bond-order-as-well-as-paramagnetic-in-nature-1-mathrm-n-2-mathrm-n-2-2-2-mathrm-o-2-mathrm-n-2-3-mathrm-o-2-mathr https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTc2MTg4-consider-the-following-statements-from-a-to-e-a-nf-3-has-more-dipole-moment-than-nh-3-b-o-2-2-and-f-2-both-have-same-bond-order-c-in-o-3-central-oxygen-atom-has-1-formal-charge-d-in-no-2-all-the-atoms https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTc2MjQ4-molecules-with-least-dipole-moment-among-the-following-species-mathrm-chcl-3-mathrm-nf-3-mathrm-h-2-mathrm-s-mathrm-h-2-mathrm-o-mathrm-nh-3-has-x-number-of-lone-pair-on-central-atom-find-x-1-0-2-1-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTc2NDEw-consider-the-structure-of-hno-3-select-the-correct-option-having-formal-charges-on-i-ii-iii-iv-respectively-1-1-1-1-0-2-0-0-1-1-3-1-0-0-1-4-1-1-0-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTc3NzQ2-for-xeo-2f-2-select-the-correct-statements-a-it-has-see-saw-shape-b-angle-mathrm-fxef-approx-180-circ-c-angle-mathrm-oxeo-approx-180-circ-d-number-of-valence-electron-on-xe-5-1-a-b-c-and-d-2-a-and-b-o https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTI0ODky-which-of-the-following-linear-combination-of-atomic-orbitals-will-lead-to-the-formation-of-molecular-orbitals-in-homonuclear-diatomic-molecules-internuclear-axis-in-z-direction-a-2-p-z-text-and-2-p-x https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTI0OTE4-which-of-the-following-statements-is-true-with-respect-to-mathrm-h-2-mathrm-o-mathrm-nh-3-text-and-mathrm-ch-4-a-the-central-atoms-of-all-the-molecules-are-sp3-hybridized-b-the-h-o-h-h-n-h-and-h-c-h-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTI1MzQ1-which-of-the-following-molecules-exhibit-a-square-pyramidal-geometry-1-mathrm-brf-5-mathrm-xeof-4-2-mathrm-sbf-5-mathrm-xeof-4-3-mathrm-sbf-5-mathrm-pcl-5-4-mathrm-brf-5-mathrm-pcl-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTI2MDg1-given-below-are-two-statements-assertion-a-experimentally-the-oxygen-oxygen-bond-lengths-in-o-ozone-are-identical-and-lie-between-the-bond-length-of-an-o-o-double-bond-and-an-o-o-single-bond-reason-r https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTMyMjcz-match-the-following-list-i-with-list-ii-and-choose-the-correct-option-list-i-compounds-list-ii-shape-and-hybridization-a-pf-5-i-tetrahedral-and-sp-3-b-sf-6-ii-square-planar-and-dsp-2-c-ni-co-4-iii-oct https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTMyMjkw-given-below-are-two-statements-statement-i-cif-3-has-3-possible-structures-statement-ii-iii-is-the-most-stable-structure-due-to-the-least-lp-bp-repulsion-in-light-of-the-above-statements-choose-the-co https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTMyNTg3-consider-the-following-molecules-mathrm-o-2-n-2-f-2-b-2-cl-2-the-total-number-of-paramagnetic-molecules-are-1-five-5-2-two-2-3-one-1-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NTMyNjM4-among-the-following-molecules-which-has-mathrm-sp-3d-hybridized-having-only-one-lone-pair-of-electrons-mathrm-xef-2-mathrm-xef-4-mathrm-pf-5-text-and-mathrm-sf-4-1-mathrm-xef-2-2-mathrm-xef-4-3-mathrm https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDM4MDM3-how-many-of-the-following-compounds-contain-a-central-atom-that-exhibits-sp-hybridization-begin-aligned-mathrm-hcho-mathrm-c-2-mathrm-h-4-mathrm-so-2-mathrm-c-6-mathrm-h-6-mathrm-b-2-mathrm-h-6-mathrm https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDM4MTE2-the-correct-lewis-dot-structure-for-the-mathrm-no-2-ion-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDM4MjI4-which-of-the-following-have-maximum-dipole-moment-1-nh-3-2-pf-5-3-nf-3-4-pcl-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDM4NDg2-what-is-the-number-of-valence-electrons-of-n-in-mathrm-no-2-1-6-2-8-3-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDM5OTcy-among-the-following-species-that-have-one-unpaired-e-ominus-1-cn-ominus-2-o-2-2-3-o-2-4-no-ominus-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDM5OTg5-how-many-of-the-following-compounds-are-sp3-hybridised-mathrm-clo-3-mathrm-clo-2-mathrm-nh-3-mathrm-no-2-1-4-2-3-3-1-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDQwMDEz-identify-the-correct-match-among-the-given-species-and-respective-shape-of-molecule-species-shape-a-mathrm-nh-4-see-saw-b-mathrm-sf-4-tetrahedral-c-mathrm-clf-3-t-shaped-d-mathrm-xef-6-square-planar-1 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDQwMDM3-how-many-of-the-following-compounds-exhibit-hydrogen-bonding-i-ii-mathrm-h-2-mathrm-o-iii-mathrm-ch-3-mathrm-oh-iv-mathrm-hf-v-mathrm-nh-3-vi-vii-viii-mathrm-c-2-mathrm-h-6-1-two-2-2-four-4-3-six-6-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDQwNjk4-match-the-molecules-in-column-a-with-their-corresponding-geometries-in-column-b-column-a-molecule-column-b-molecular-geometry-a-mathrm-icl-p-t-shape-b-mathrm-icl-3-q-pentagonal-bipyramidal-c-mathrm-cl https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDQwNzEz-how-many-of-the-following-have-zero-dipole-moment-mathrm-h-2-mathrm-s-mathrm-ch-4-mathrm-nh-3-mathrm-bf-3-mathrm-so-2-mathrm-nf-3-1-two-2-2-five-5-3-four-4-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDUyNTM3-match-the-following-column-i-molecule-column-ii-shape-i-mathrm-nh-3-p-trigonal-bipyramidal-ii-mathrm-brf-5-q-tetrahedral-iii-mathrm-pcl-5-r-pyramidal-iv-mathrm-ccl-4-s-square-pyramidal-1-i-q-ii-p-iii https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDUyODMw-how-many-of-the-given-compounds-follow-s-octet-rule-mathrm-h-2-mathrm-so-4-mathrm-co-2-mathrm-so-2-mathrm-so-3-mathrm-h-2-mathrm-so-3-mathrm-no-2-mathrm-hno-3-1-two-2-2-five-5-3-one-1-4-six-6-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU0NDI5-the-molecular-orbital-sigma-is-represented-by-1-psi-a-psi-b-2-psi-a-psi-b-3-psi-a-2-psi-b-4-psi-a-2-psi-b-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU0NDcz-which-of-the-following-has-the-maximum-ionic-character-1-mathrm-kcl-2-mathrm-agcl-3-text-cocl-2-4-text-bacl-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU0OTA0-how-many-of-the-following-compounds-have-sp-3-hybridized-central-atom-text-h-2-text-o-text-nh-3-text-sio-2-text-so-2-text-co-text-bf-3-1-2-2-3-4-5-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU0OTIw-how-many-of-the-following-compounds-have-sp-3-hybridized-central-atom-mathrm-bf-3-mathrm-becl-2-mathrm-nh-3-mathrm-ch-4-mathrm-h-2-mathrm-o-mathrm-so-2-mathrm-co-2-1-3-2-2-3-1-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1MTU0-which-of-the-following-species-have-a-trigonal-bipyramidal-shape-mathrm-pf-5-mathrm-pbr-5-left-mathrm-ptcl-4-right-2-mathrm-sf-6-mathrm-bf-3-mathrm-brf-5-mathrm-pcl-5-left-mathrm-fe-mathrm-co-5-right https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1MTg0-which-of-the-following-is-a-polar-molecule-1-ch2-ch2-2-chcl3-3-ccl4-4-ch4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1Mjc1-what-type-of-bond-cleavage-occurs-in-ionic-reactions-of-organic-compounds-1-heterolytic-cleavage-2-homolytic-cleavage-3-free-radical-4-no-cleavage-of-the-bond-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1MzIy-find-out-sum-of-bond-order-of-co-no-1-8-2-6-3-3-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1NDc3-which-of-the-following-has-square-pyramidal-shape-1-text-pcl-5-2-text-brf-5-3-text-pf-5-4-left-text-ni-text-cn-4-right-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1NDg0-given-below-are-two-statements-statement-i-since-electronegativity-of-f-h-so-dipole-moment-of-text-nf-3-text-nh-3-statement-ii-the-lone-pair-dipole-in-text-nh-3-is-not-in-the-direction-of-the-resultan https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1NjI4-which-of-the-following-has-s-p-2-hybridisation-1-mathrm-bf-3-2-mathrm-h-2-mathrm-so-4-3-mathrm-nh-4-4-mathrm-nh-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1Njk4-which-among-the-following-have-single-unpaired-electron-mathrm-n-2-mathrm-o-2-mathrm-cn-mathrm-o-2-mathrm-c-2-2-mathrm-n-2-1-mathrm-o-2-mathrm-n-2-2-mathrm-cn-mathrm-c-2-2-3-mathrm-cn-mathrm-o-2-4-mat https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1OTM0-choose-the-correct-option-column-i-molecule-column-ii-shape-a-text-brf-5-i-see-saw-b-text-h-2-text-o-ii-t-shape-c-text-clf-3-iii-bent-d-text-sf-4-iv-square-pyramidal-1-a-iv-b-iii-c-ii-d-i-2-a-iv-b-iii https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU1OTcx-maximum-number-of-hybrid-orbitals-formed-when-2s-and-2p-orbitals-of-a-single-atom-are-mixed-1-5-2-8-3-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU2MDYw-the-correct-order-of-bond-angles-of-the-following-compounds-is-mathrm-bf-3-mathrm-pf-3-mathrm-clf-3-1-mathrm-bf-3-mathrm-pf-3-mathrm-clf-3-2-mathrm-pf-3-mathrm-clf-3-mathrm-bf-3-3-mathrm-clf-3-mathrm https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU2MjUx-how-many-of-the-following-compounds-have-zero-dipole-moment-mathrm-nh-3-mathrm-h-2-mathrm-o-mathrm-hf-mathrm-co-2-mathrm-so-2-mathrm-bf-3-mathrm-ch-4-1-3-2-4-3-6-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU2Mjc0-how-many-of-the-following-compounds-have-one-lone-pair-in-central-atom-mathrm-clf-3-mathrm-xeo-3-mathrm-brf-5-mathrm-xef-4-mathrm-o-3-mathrm-nh-3-1-4-2-7-3-8-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU2Mjc1-how-many-of-the-following-species-have-bond-order-1-and-are-paramagnetic-as-well-mathrm-he-2-2-mathrm-o-2-2-mathrm-ne-2-2-mathrm-f-2-mathrm-b-2-mathrm-h-2-mathrm-o-2-2-1-6-2-1-3-7-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU2NDU1-what-is-the-total-sum-of-number-of-electrons-in-pi-orbitals-of-mathrm-o-2-mathrm-o-2-and-mathrm-o-2-1-six-6-2-four-4-3-two-2-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDU3MTI4-number-of-non-polar-molecules-given-following-mathrm-h-2-mathrm-o-mathrm-so-2-mathrm-bf-3-mathrm-h-2-mathrm-chcl-3-1-2-2-1-3-0-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzYyODAw-which-of-the-following-compound-s-is-are-paramagnetic-in-nature-a-no2-b-no-c-k2o-d-na2o2-1-a-b-only-2-a-b-c-only-3-a-b-c-d-4-a-b-d-only-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzYyODI1-find-out-the-magnetic-properties-of-li2o-ko2-and-mgo-in-that-order-1-diamagnetic-paramagnetic-and-diamagnetic-2-paramagnetic-paramagnetic-and-diamagnetic-3-diamagnetic-paramagnetic-and-paramagnetic-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzYyODI3-how-many-of-the-following-compounds-are-odd-electron-species-no-2-no-2-icl-4-brf-3-no-1-2-2-0-3-5-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzYzMTk1-identify-the-species-that-exhibits-a-linear-shape-from-the-following-options-1-i3-2-i3-3-icl3-4-icl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzYzMjcy-consider-the-h-2o-2-and-o-2f-2-molecules-where-x-and-y-are-o-o-bond-length-in-h-2o-2-and-o-2f-2-respectively-compare-x-and-y-1-x-y-2-x-y-3-x-y-4-x-and-y-cannot-be-compared-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxMTI5-given-below-are-two-statements-statement-i-o-2-and-mg-2-have-equal-radii-statement-ii-they-are-isoelectronic-species-1-both-statement-i-and-statement-ii-are-correct-2-both-statement-i-and-statement-ii https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxMTg0-which-of-the-following-statement-is-incorrect-regarding-pcl5-1-in-pcl5-axial-bonds-are-longer-than-equatorial-bonds-2-it-has-a-trigonal-bipyramidal-structure-3-3-chlorine-atoms-are-in-the-same-plane-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxMzYy-match-the-compounds-given-in-column-i-with-their-respective-hybridisation-which-is-given-in-column-ii-column-i-compound-column-ii-hybridisation-i-pcl-5-a-sp-3d-2-ii-pt-cn-4-2-b-sp-3d-iii-co-nh-3-6-3-c https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNDE2-the-correct-increasing-order-of-stability-of-mathrm-c-2-2-mathrm-o-2-2-mathrm-n-2-2-is-1-mathrm-c-2-2-mathrm-o-2-2-mathrm-n-2-2-2-mathrm-o-2-2-mathrm-c-2-2-mathrm-n-2-2-3-mathrm-n-2-2-mathrm-c-2-2-mat https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNDc0-the-hybridization-of-pf5-is-spxdy-then-the-value-of-y-is-1-2-2-1-3-2-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNTI1-identify-the-correct-statement-regarding-sf4-1-it-has-one-lone-pair-at-the-equatorial-position-with-two-lone-pair-bond-pair-repulsion-at-90-2-it-has-one-lone-pair-at-the-axial-position-with-two-lone-p https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQxNTQw-species-among-the-following-that-experience-an-increase-in-bond-strength-upon-the-removal-of-an-electron-are-a-b2-b-no-c-n2-d-o2-e-c2-choose-the-correct-option-1-b-and-d-2-a-b-and-d-3-b-and-e-4-b-and https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQyMTIw-how-many-molecules-among-the-following-exhibit-a-non-zero-dipole-moment-bef-2-bf-3-h-2o-nh-3-hcl-ccl-4-1-four-4-2-six-6-3-zero-0-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQyMTkw-consider-the-following-oxygen-species-o-o-o-o-find-the-correct-increasing-order-of-bond-order-among-these-species-1-o-o-o-o-2-o-o-o-o-3-o-o-o-o-4-o-o-o-o-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzQyMzA4-among-the-following-compounds-how-many-contain-two-lone-pairs-on-the-central-atom-xef4-h2o-sf4-cf4-1-4-2-1-3-2-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgxNzM5-among-the-following-species-mathrm-n-2-mathrm-n-2-mathrm-n-2-mathrm-n-2-2-mathrm-o-2-mathrm-o-2-mathrm-o-2-mathrm-o-2-2-the-number-of-species-showing-diamagnetism-is-1-1-2-4-3-5-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgxODEx-among-text-sf-4-text-xe-text-f-4-text-cf-4-and-text-h-2-text-o-the-number-of-species-with-two-lone-pairs-of-electrons-on-the-central-atom-is-are-1-four-4-2-one-1-3-two-2-4-zero-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgxODQ1-based-upon-vsepr-theory-match-the-shape-geometry-of-the-molecules-in-list-i-with-the-molecules-in-list-ii-and-select-the-most-appropriate-option-list-i-shape-list-ii-molecules-a-t-shaped-i-mathrm-xef https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgxODQ4-given-below-are-two-statements-statement-i-the-presence-of-weaker-pi-bonds-make-alkenes-less-stable-than-alkanes-statement-ii-the-strength-of-the-double-bond-is-greater-than-that-of-carbon-carbon-sing https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgxOTAx-match-list-i-with-list-ii-list-i-compound-list-ii-shape-a-mathrm-brf-5-i-bent-b-left-mathrm-crf-6-right-3-ii-square-pyramidal-c-mathrm-o-3-iii-trigonal-bipyramidal-d-mathrm-pcl-5-iv-octahedral-choose https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMDAy-identify-the-incorrect-statement-for-mathrm-pcl-5-from-the-following-1-in-this-molecule-the-orbitals-of-phosphorus-are-assumed-to-undergo-mathrm-sp-3d-hybridization-2-the-geometry-of-mathrm-pcl-5-is-t https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMDA0-the-number-of-paramagnetic-species-among-the-following-is-mathrm-b-2-mathrm-li-2-mathrm-c-2-mathrm-c-2-mathrm-o-2-2-mathrm-o-2-text-and-mathrm-he-2-1-4-2-5-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMDEy-the-correct-order-of-increasing-intermolecular-hydrogen-bond-strength-is-1-text-hcn-text-h-2-text-o-text-nh-3-2-text-hcn-text-ch-4-text-text-nh-3-3-text-ch-4-text-hcn-text-text-nh-3-4-text-ch-4-text-n https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMDU2-in-the-structure-of-sf4-the-lone-pair-of-electrons-on-sulphur-occupies-the-1-equatorial-position-and-there-are-two-lone-pair-bond-pair-repulsions-at-90-2-equatorial-position-and-there-are-three-lone-p https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMDY5-amongst-the-following-the-number-of-oxide-s-which-are-paramagnetic-in-nature-is-mathrm-na-2-mathrm-o-mathrm-ko-2-mathrm-no-2-mathrm-n-2-mathrm-o-mathrm-clo-2-mathrm-no-mathrm-so-2-mathrm-cl-2-mathrm-o https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMDc0-according-to-mo-theory-the-number-of-species-ions-from-the-following-having-identical-bond-order-is-mathrm-cn-mathrm-no-mathrm-o-2-mathrm-o-2-mathrm-o-2-2-1-2-2-4-3-5-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMTc3-consider-the-species-mathrm-ch-4-mathrm-nh-4-and-mathrm-bh-4-choose-the-correct-option-with-respect-to-these-species-1-they-are-isoelectronic-and-only-two-have-tetrahedral-structures-2-they-are-isoele https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMTk2-the-number-of-lone-pair-s-of-electrons-on-the-central-atom-and-the-shape-of-text-brf-3-molecule-respectively-are-1-0-triangular-planar-2-1-pyramidal-3-2-bent-t-shape-4-1-bent-t-shape-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMjMy-which-of-the-following-pair-of-molecules-contain-odd-electron-molecule-and-an-expanded-octet-molecule-1-mathrm-bcl-3-text-and-mathrm-sf-6-2-mathrm-no-text-and-mathrm-h-2-mathrm-so-4-3-mathrm-sf-6-text https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMjM5-number-of-lone-pairs-of-electrons-in-the-central-atom-of-mathrm-scl-2-mathrm-o-3-mathrm-clf-3-and-mathrm-sf-6-respectively-are-1-0-1-2-and-2-2-2-1-2-and-0-3-1-2-2-and-0-4-2-1-0-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyMjQ3-in-the-structure-of-mathrm-sf-4-the-lone-pair-of-electrons-on-mathrm-s-is-in-1-equatorial-position-and-there-are-two-lone-pair-bond-pair-repulsions-at-90-circ-2-equatorial-position-and-there-are-three https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyNDA5-arrange-the-following-in-the-decreasing-order-of-their-covalent-character-a-text-licl-b-text-nacl-c-text-kcl-d-text-cscl-choose-the-most-appropriate-answer-from-the-options-given-below-1-a-c-b-d-2-b-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyNTkw-the-number-of-molecules-s-or-ions-s-from-the-following-having-a-non-planar-structure-are-small-begin-aligned-mathrm-no-3-mathrm-h-2-mathrm-o-2-mathrm-bf-3-mathrm-pcl-3-mathrm-xef-4-mathrm-sf-4-mathrm https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDgyNjcy-consider-mathrm-pf-5-mathrm-brf-5-mathrm-pcl-3-mathrm-sf-6-left-mathrm-icl-4-right-mathrm-clf-3-and-mathrm-if-5-amongst-the-above-molecule-s-ion-s-the-number-of-molecule-s-ion-s-having-sp3d2-hybridisa https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1NTg3-bonding-in-which-of-the-following-diatomic-molecule-s-become-s-stronger-on-the-basis-of-mo-theory-by-removal-of-an-electron-a-no-b-n-2-c-o-2-d-c-2-e-b-2-choose-the-most-appropriate-answer-from-the-opt https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc4OTkx-the-isostructural-pairs-among-the-following-are-a-mathrm-so-4-2-and-mathrm-cro-4-2-b-mathrm-sicl-4-and-mathrm-ticl-4-c-mathrm-nh-3-and-mathrm-no-3-d-mathrm-bcl-3-and-mathrm-brcl-3-1-c-and-d-only-2-a-a https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5Mjkw-according-to-molecular-orbital-theory-the-species-among-the-following-that-does-not-exist-is-1-text-he-2-2-text-he-2-3-text-be-2-4-text-o-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5NDUw-in-1ch2-2c-3ch-4ch31ch2-2c-3ch-4ch3c1h2-c2-c3h-c4h3-molecule-the-hybridization-of-carbon-1-2-3-and-4-respectively-are-1-sp3-sp-sp3-sp3sp3-sp-sp3-sp3sp3-sp-sp3-sp3-2-sp2-sp2-sp2-sp3sp2-sp2-sp2-sp3sp2-s https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5NDU0-which-pair-of-oxides-are-acidic-in-nature-1-b2o3-caob2o3-caob2o3-cao-2-b2o3-sio2b2o3-sio2b2o3-sio2-3-n2o-baon2o-baon2o-bao-4-cao-sio2cao-sio2cao-sio2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDg5ODY3-ab-3-is-an-interhalogen-t-shaped-molecule-the-number-of-lone-pairs-of-electrons-on-a-is-integer-answer-1-2-2-1-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDkwNzU5-the-bond-order-and-magnetic-behavior-of-o-2-ion-are-respectively-1-2-and-diamagnetic-2-1-5-and-paramagnetic-3-1-and-paramagnetic-4-1-5-and-diamagnetic-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDkwODkw-the-interaction-energy-of-london-forces-between-two-particles-is-proportional-to-r-x-where-r-is-the-distance-between-the-particles-the-value-of-x-is-1-6-2-6-3-3-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDkxMzE5-the-number-of-non-ionisable-hydrogen-atoms-present-in-the-final-product-obtained-from-the-hydrolysis-of-pcl-5-is-are-1-two-2-2-three-3-3-one-1-4-zero-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk0ODE3-which-of-the-following-compound-s-will-show-significant-intermolecular-h-bonding-a-b-c-1-a-b-and-c-2-b-only-3-c-only-4-a-and-b-only-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1MzQ3-identify-the-species-among-the-following-that-has-a-pyramidal-shape-1-so-3-2-no-3-3-pcl-3-4-co-3-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1NDAx-the-number-of-hydrogen-bonded-water-molecule-s-in-cuso-4-5h-2o-is-1-1-2-4-3-5-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1NDQy-according-to-molecular-orbital-theory-the-number-of-unpaired-electrons-s-in-o-2-2-is-1-2-2-0-3-1-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1NTg0-the-number-of-lone-pairs-of-electrons-on-the-central-i-atom-in-i-3-is-1-1-2-9-3-4-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1NjM1-the-hybridisation-of-the-atomic-orbitals-of-nitrogen-in-no-2-no-2-and-nh-4-respectively-are-1-sp-2-sp-and-sp-3-2-sp-sp-2-and-sp-3-3-sp-3-sp-and-sp-2-4-sp-3-sp-2-and-sp-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1Nzgw-if-the-difference-between-the-bond-orders-of-co-and-no-is-frac-x-2-then-the-value-of-x-is-1-0-2-2-3-0-5-4-1-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1ODE1-determine-the-total-number-of-electrons-in-all-bonding-molecular-orbitals-of-o-2-2-1-10-2-8-3-6-4-12-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1OTQ1-in-a-covalent-diatomic-molecule-ax-elements-a-and-x-are-strictly-second-row-elements-molecular-orbital-theory-dictates-that-the-bond-order-of-this-species-is-2-5-which-of-the-following-represents-a-po https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk2MDEw-how-many-species-among-the-following-have-two-lone-pairs-of-electrons-on-their-central-atom-mathrm-sh-4-mathrm-bf-4-mathrm-clf-3-mathrm-asf-3-mathrm-pcl-5-mathrm-xef-4-mathrm-sf-6-1-three-3-2-five-5-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc4MTcy-the-shape-structure-of-xef5-and-xeo3f2-respectively-are-1-pentagonal-planar-and-trigonal-bipyramidal-2-trigonal-bipyramidal-and-pentagonal-planar-3-octahedral-and-square-pyramidal-4-trigonal-bipyramid https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc4MTkz-of-the-species-no-no-no2-and-no-the-one-with-minimum-bond-strength-is-1-no2-2-no-3-no-4-no-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc4NTMw-the-intermolecular-potential-energy-for-the-molecules-a-b-c-and-d-given-below-suggests-that-1-a-b-has-the-stiffest-bond-2-d-is-more-electronegative-than-the-other-atoms-3-a-d-has-the-shortest-bond-len https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc4NTYx-the-reaction-in-which-the-hybridisation-of-the-underlined-atom-is-affected-is-1-xef4-sbf5-2-h2so4-nacl-xrightarrow-420-k-3-h3po2-xrightarrow-text-disproportionation-4-nh3-xrightarrow-h-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc4NTY1-the-molecule-in-which-hybrid-mos-involve-only-one-d-orbital-of-the-central-atom-is-1-x-e-f-4-2-left-n-i-cn-4-right-2-3-b-r-f-5-4-left-c-r-f-6-right-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc4Njk0-the-structure-of-pcl5-in-the-solid-state-is-1-square-pyramidal-2-tetrahedral-pcl4-and-octahedral-pcl6-3-square-planar-pcl4-and-octahedral-pcl6-4-trigonal-bipyramidal-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc4NzM2-the-compound-that-has-the-largest-h-m-h-bond-angle-m-n-o-s-c-is-1-h2o-2-ch4-3-nh3-4-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDkwNTYx-the-bond-order-and-the-magnetic-characteristics-of-cn-are-1-2-frac-1-2-and-diamagnetic-2-2-frac-1-2-and-paramagnetic-3-3-and-paramagnetic-4-3-and-diamagnetic-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246NDk1MzQ4-if-the-spin-only-magnetic-moment-of-a-dioxygen-species-is-1-75-bm-it-is-most-likely-to-be-1-o-2-or-o-2-2-o-2-o-2-or-o-2-3-o-2-or-o-2-4-o-2-or-o-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc2NzYy-the-ion-that-has-sp3d2-hybridization-for-the-central-atom-is-1-icl4-2-icl2-3-brf2-4-if6-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc2Nzc1-the-diamagnetic-species-that-has-the-shortest-bond-length-among-the-following-is-1-n2-2n22-n22-2-o2-3-c2-2c22-c22-4-o2-2o22-o22-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc2Nzg4-the-correct-statement-about-icl5-and-icl4-is-1-both-are-isostructural-2-icl5-is-square-pyramidal-and-icl4-is-square-planar-3-icl5-is-trigonal-bipyramidal-and-icl4-is-tetrahedral-4-icl5-is-square-pyram https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3MzI3-during-the-change-of-o2-to-o-2o2-o2-the-incoming-electron-that-goes-to-the-orbital-is-1-sigma-2pz-2-2py-3-sigma-2pz-4-2px-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3NDI0-among-the-following-species-the-diamagnetic-molecule-is-1-no-2-o2-3-co-4-b2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc3ODAz-the-correct-statement-among-the-following-is-1-sih3-3n-is-planar-and-more-basic-than-ch3-3n-2-sih3-3n-is-pyramidal-and-more-basic-than-ch3-3n-3-sih3-3n-is-pyramidal-and-less-basic-than-ch3-3n-4-sih3-3 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5MDcw-according-to-molecular-orbital-theory-which-of-the-following-molecules-is-not-expected-to-be-stable-1-mathrm-he-2-2-2-mathrm-he-2-3-mathrm-h-2-4-mathrm-h-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5MDgy-among-the-following-the-compound-s-containing-no-covalent-bonds-is-are-kcl-ph3-o2-b2h6-h2so4-1-kcl-b2h6-ph3-2-kcl-h2so4-3-kcl-4-kcl-b2h6-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5MDg0-how-many-lone-pairs-of-electrons-are-present-in-i-3-ion-1-three-3-2-six-6-3-nine-9-4-twelve-12-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5NTMy-which-of-the-following-species-is-not-paramagnetic-1-o2-2-b2-3-no-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5Njgx-which-one-of-the-following-properties-is-not-shown-by-no-1-it-is-a-neutral-oxide-2-it-combines-with-oxygen-to-form-nitrogen-dioxide-3-it-s-bond-order-is-2-5-4-it-is-diamagnetic-in-a-gaseous-state-1-2 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5Njkx-the-correct-statement-for-the-molecule-csi3-is-1-it-contains-cs-and-i-3i3-i3-ions-2-it-contains-cs3-and-i-ions-3-it-contains-cs-i-and-lattice-i2-molecule-4-it-is-a-covalent-molecule-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA4Mjcw-the-bond-angle-of-109o-28-is-found-in-1-text-nh-3-2-text-h-2-text-o-3-text-ch-5-4-text-nh-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA4Mzc2-a-square-planar-complex-id-formed-by-hybridisation-of-the-following-atomic-orbitals-1-s-px-py-pz-2-s-px-py-pz-d-3-d-s-px-py-4-s-px-py-pz-d-d-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA4NDEw-increasing-order-of-bond-strength-of-o2-o-2-o-2-2-and-o-2-is-1-o-2-o2-o-2-o-2-2-2-o2-o-2-o-2-o-2-2-3-o-2-o-2-2-o-2-o2-4-o-2-2-o-2-o2-o-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA4NTg2-the-correct-statement-among-the-following-is-1-when-a-covalent-bond-is-formed-transfer-of-electrons-takes-place-2-pure-h2o-does-not-contain-any-ion-3-a-bond-is-formed-when-attractive-forces-overcome-r https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA5MzM3-which-of-the-following-compounds-has-the-smallest-bond-angle-1-so2-2-h2o-3-h2s-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246MzA5MzQ2-the-pair-of-species-that-has-identical-shapes-among-the-following-is-1-cf4-sf4-2-xef2-co2-3-bf3-pcl3-4-pf5-if5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjk3Nzk3-which-of-the-following-sets-does-not-contain-isoelectronic-species-1-bo-3-3-co-3-2-no-3-2-so-3-2-co-3-2-no-3-3-left-cn-right-n-2-c-2-2-4-po-4-3-so-4-2-clo-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjk3OTkw-the-molecules-ions-that-do-not-contain-unpaired-electrons-among-the-following-is-1-o2-2o22-2-b2-3-n-2n2-4-o2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjk5ODAy-in-which-of-the-following-molecules-ions-all-the-bonds-are-not-equal-1-sf4-2-sif4-3-xef4-4-bf4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjg0ODEy-which-of-the-following-ionization-processes-results-in-both-an-increase-in-bond-order-and-a-change-in-magnetic-behaviour-1-c2-c2-2-no-no-3-o2-o2-4-n2-n2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjg0ODQ1-which-of-the-following-species-exhibits-the-diamagnetic-behaviour-1-o22-2-o2-3-o2-4-no-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjg0ODMw-which-of-the-following-hydrogen-bonds-is-the-strongest-1-o-h-n-2-f-h-f-3-o-h-o-4-o-h-f-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjg0MzQ4-among-the-following-the-group-constitutes-only-isoelectronic-species-is-1-no-c2-2-cn-n2no-c2-2-cn-n2no-c22-cn-n2-2-cn-n2-o2-2-c2-2cn-n2-o2-2-c2-2cn-n2-o22-c22-3-n2-o-2-no-con2-o-2-no-con2-o2-no-co-4-c https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjg0MzQ3-which-one-of-the-following-pairs-of-species-has-the-same-bond-order-1-cn-and-cn-2-o2-and-cn-3-no-and-cn-4-cn-and-no-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjg0MzIx-using-mo-theory-predict-which-of-the-following-species-has-the-shortest-bond-length-1-o2-2o2-2o22-2-o-2o-2o2-3-o-2o-2o2-4-o2-2o2-2o22-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5NjEw-which-of-the-following-molecules-shows-the-smallest-bond-angle-1-ascl3-2-sbcl3-3-pcl3-4-ncl3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5NzYz-which-of-the-following-compounds-exhibits-the-highest-covalent-character-1-fecl2-2-sncl2-3-alcl3-4-mgcl2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-bonding-and-molecular-structure/?q=NP-b246Mjc5NzUx-arrange-the-species-mathrm-li-2-mathrm-li-2-and-mathrm-li-2-in-order-of-increasing-stability-1-li2-li-2-li-2li2-li2-li2-li2-li2-li2-2-mathrm-li-2-mathrm-li-2-mathrm-li-2-3-li2-li-2-li-2li2-li2-li2-li2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NTc1MQ-the-rate-of-a-chemical-reaction-primarily-depends-on-which-of-the-following-factors-1-volume-2-force-3-pressure-4-concentration-of-reactants-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjUzOA-hydrogenation-of-vegetable-ghee-at-250c-reduces-pressure-of-h2-from-2-atom-to-1-2-atom-in-50-minute-the-rate-of-reaction-in-terms-of-molarity-per-second-is-1-1-09-x-10-6-2-1-09-x-10-5-3-1-09-x-10-7-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjUzOQ-a-hypothetical-reaction-a2-b2-rarr-2ab-mechanism-as-given-below-a2-a-a-fast-a-b2-rarr-ab-b-slow-a-b-rarr-ab-fast-the-order-of-the-overall-reaction-is-1-2-2-1-3-1-5-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU0MA-following-mechanism-has-been-proposed-for-a-reaction-2a-b-rarr-d-e-a-b-rarr-c-d-slow-a-c-rarr-e-fast-the-rate-law-expression-for-the-reaction-is-1-r-k-a-2-b-2-r-k-a-b-3-r-k-a-2-4-r-k-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU0MQ-in-gaseous-reactions-important-for-the-understanding-of-the-upper-atmosphere-h2o-and-o-react-bimolecularly-to-form-two-oh-radicals-8710-h-for-this-reaction-is-72kj-at-500-k-and-ea-is-77-kj-mol-1-then https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU0Mg-for-a-reaction-a-8594-product-rate-law-is-d-a-dt-k-a-0-the-concentration-of-a-left-after-time-t-when-t-1k-is-1-a-0e-2-a-0-215-e-3-a-0e2-4-1-a-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU0Mw-for-an-exothermic-chemical-process-occurring-in-two-steps-as-i-a-b-rarr-x-slow-ii-x-rarr-ab-fast-the-progress-of-the-reaction-can-be-best-described-by-1-2-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU0NA-for-a-non-stoichiometric-reaction-2a-b-rarr-c-d-the-following-kinetic-data-were-obtained-in-three-separate-experiments-all-at-298-k-initial-concentration-a-initial-concentration-b-initial-rate-of-form https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU0NQ-for-the-reaction-n2-3h2-8594-2nh3-the-rate-d-nh3-dt-2-x-10-4-m-s-1-therefore-the-rate-d-n2-dt-is-given-as-1-10-4-ms-1-2-104-ms-1-3-10-2-sm-1-4-10-4-sm-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU0Nw-if-i-is-the-intensity-of-absorbed-light-and-c-is-the-concentration-of-ab-for-the-photochemical-process-ab-hv-rarr-ab-the-rate-of-formation-of-ab-is-directly-proportional-to-1-c-2-i-3-i2-4-ci-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU0OA-which-curve-represents-zero-order-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU0OQ-in-a-reaction-the-rate-expression-is-rate-k-a-b-2-3-c-0-the-order-of-the-reaction-is-1-1-2-2-3-5-3-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU1MA-the-rate-of-a-reaction-get-doubles-when-the-temperature-changes-from-7-deg-c-to-17-deg-c-by-what-factor-will-it-change-for-the-temperature-change-from-17-deg-c-to-27-deg-c-1-1-81-2-1-71-3-1-91-4-1-76 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU1MQ-in-the-arrhenius-equation-k-ae-ea-rt-the-quantity-e-ea-kt-is-referred-as-1-boltzmann-factor-2-frequency-factor-3-activation-factor-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU1Mg-for-the-elementary-step-ch3-3-cbr-aq-rarr-ch3-3c-aq-br-aq-the-molecularity-is-1-zero-2-1-3-2-4-cannot-be-ascertained-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU1NA-when-ethyl-acetate-was-hydrolysed-in-pressure-of-0-1-m-hcl-the-rate-constant-was-found-to-be-5-40-x-10-5-sec-1-but-when-0-05-m-h2so4-was-used-for-hydrolysis-the-rate-constant-was-found-to-be-6-25-x10 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU1NQ-the-half-time-of-a-second-order-reaction-is-1-inversely-proportional-to-the-square-of-the-initial-concentration-of-the-reactants-2-inversely-proportional-to-the-initial-concentration-of-the-reactants https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU1Ng-the-rate-constant-of-a-second-order-reaction-is-10-ndash-2-mol-ndash-1-litre-s-ndash-1-the-rate-constant-expressed-in-cc-molecule-ndash-1-min-ndash-1-is-1-9-96-times-10-ndash-22-2-9-96-times-10-ndash https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU1Nw-the-half-life-period-of-a-first-order-chemical-reaction-is-6-93-minutes-the-time-required-for-the-completion-of-99-of-the-chemical-reaction-will-be-log-2-0-301-1-23-03-minutes-2-46-06-minutes-3-460-6 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU1OA-a-drop-of-solution-volume-0-05-ml-contains-3-0-x10-6-mole-of-h-if-the-rate-constant-of-disappearance-of-h-is-1-0x107-mol-litre-sec-how-long-would-it-take-for-h-in-drop-to-disappear-1-6x10-8-sec-2-6x10 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU2MA-identify-the-correct-statement-for-a-zero-order-reaction-1-a-reaction-in-which-reactants-do-not-react-2-a-reaction-in-which-one-reactant-is-present-in-large-excess-3-a-reaction-whose-rate-remains-cons https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU2MQ-for-a-b-rarr-thinsp-c-d-h-20-kj-mol-1-the-activation-energy-of-the-forward-reaction-is-85-kj-mol-1-the-activation-energy-for-the-backward-reaction-is-hellip-kj-mol-1-1-105-2-85-3-40-4-65-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU2Mg-given-that-k-is-the-rate-constant-for-some-order-of-any-reaction-at-temperature-t-then-the-value-of-lim-limits-t-to-infty-log-k-where-a-is-the-arrhenius-constant-1-frac-text-a-2-303-2-text-a-3-2-303-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU2Mw-for-the-elementary-reaction-m-rarr-n-the-rate-of-disappearance-of-m-increases-by-a-factor-of-8-upon-doubling-the-concentration-of-m-the-order-of-the-reaction-with-respect-to-m-will-be-1-4-2-3-3-2-4-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU2NQ-the-rate-constant-value-for-a-zero-order-reaction-is-2-x10-2-mol-l-1-sec-1-if-the-concentration-of-the-reactant-after-25-sec-is-0-5-m-then-the-initial-concentration-of-reactant-is-1-0-5-m-2-1-25-m-3-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU2Ng-the-rate-constant-for-a-second-order-reaction-is-8x10-5-m-1-min-1-how-long-will-it-take-a-1m-solution-to-be-reduced-to-0-5m-1-8-665-x-103-minute-2-8-x-10-5-minute-3-1-25-x-104-minute-4-4x10-5-minute-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU2Nw-the-activation-energy-for-a-reaction-is-9-0-kcal-mol-the-increase-in-the-rate-constant-when-its-temperature-is-increased-from-298k-to-308k-is-1-10-2-100-3-50-4-63-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU2OA-for-a-certain-reaction-of-order-n-the-time-for-half-change-t-1-2-is-given-by-t-1-2-dfrac-2-sqrt2-k-times-c-1-2-0-where-k-is-rate-constant-and-c-0-is-initial-concentration-the-value-of-n-is-1-1-2-2-3-0 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU2OQ-in-the-following-first-order-competing-reactions-a-reagent-8594-product-b-reagent-8594-product-the-ratio-of-k1-k2-if-only-50-of-b-will-have-been-reacted-when-94-of-a-has-been-reacted-in-same-time-is-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU3MA-for-a-reversible-reaction-a-8652-k2k1-b-ist-order-in-both-the-directions-the-rate-of-reaction-is-given-by-1-k1-a-2-k2b-3-k1-a-k2-b-4-k1-a-k2-b-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU3MQ-the-time-for-half-life-of-a-first-order-reaction-is-1-hr-what-is-the-time-taken-for-87-5-completion-of-the-reaction-1-1-hour-2-2-hour-3-3-hour-4-4-hour-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU3Mg-which-order-of-reaction-obeys-the-relation-t1-2-1-ka-1-first-2-second-3-third-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU3Mw-the-chemical-reaction-2o3-8594-3o2-proceeds-as-follows-o3-8652-o2-o-fast-o-o3-8594-2o2-slow-the-rate-law-expression-should-be-1-r-k-o3-2-2-r-k-o3-2-o2-1-3-r-k-o3-o2-4-unpredictable-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU3NA-the-rate-of-reaction-becomes-2-times-for-every-10-deg-c-rise-in-temperature-how-the-rate-of-reaction-will-increase-when-temperature-is-increased-from-30-deg-c-to-80-deg-c-1-16-2-32-3-64-4-128-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU3NQ-the-rate-constant-k-for-the-reaction-2a-b-8594-product-was-found-to-be-2-5x10-5-litre-mol-1-sec-1-after-15-sec-2-60-x10-5-litre-mol-1sec-1-after-30-sec-and-2-55-x10-5litre-mol-1-sec-1-after-50-sec-the https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU3Ng-a-reaction-a2-b2-rarr-2ab-occurs-by-the-following-mechanism-a2-rarr-a-a-slow-a-b2-rarr-ab-b-fast-a-b-rarr-ab-fast-its-order-would-be-1-3-2-2-1-3-0-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU3Nw-for-a-given-reaction-the-presence-of-a-catalyst-reduces-the-energy-of-activation-by-2-kcal-at-27-oc-the-rate-of-reaction-will-be-increased-by-1-20-times-2-14-times-3-28-times-4-2-times-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU3OA-what-fraction-of-a-reactant-showing-first-order-remains-after-40-minute-if-t1-2-is-20-minute-1-1-4-2-1-2-3-1-8-4-1-6-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU3OQ-rate-equation-for-a-second-order-reaction-is-1-k-2-303-t-log-a-a-x-2-k-1-t-log-a-a-x-3-k-1-a-t-1-ao-t-1t-4-k-1-t2-log-a-a-x-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU4MA-for-the-reaction-2no2-f2-rarr-2no2f-following-mechanism-has-been-provided-no2-f2-rarr-slow-no2f-f-no2-f-rarr-fast-no2f-thus-rate-expression-of-the-above-reaction-can-be-written-as-1-r-k-no2-2-f2-2-r-k https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU4MQ-for-the-reaction-cu-nh3-4-2-h2o-8652-cu-nh3-3h2o-2-nh3-the-net-rate-of-reaction-at-any-time-is-given-by-net-rate-2-0x10-4-cu-nh3-4-2-h2o-3-0x105-cu-nh3-3-h20-2-nh3-then-correct-statement-is-are-1-rate https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU4Mg-rate-constant-of-reaction-can-be-expressed-by-arrhenius-equation-as-k-ae-eart-in-this-equation-ea-represents-1-the-energy-above-which-all-the-colliding-molecules-will-react-2-the-energy-below-which-co https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU4Mw-consider-the-chemical-reaction-n2g-3h2g-rarr-2nh3g-the-rate-of-this-reaction-can-be-expressed-in-terms-of-time-derivative-of-concentration-of-n2g-h2g-and-nh3g-the-correct-relationship-amongest-the-rat https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU4NA-for-a-first-order-reaction-a-8594-product-the-initial-concentration-of-a-is-0-1-m-and-after-40-minute-it-becomes-0-025-m-calculate-the-rate-of-reaction-at-reactant-concentration-of-0-01m-1-3-47x10-4-m https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU4NQ-find-the-intermediate-species-present-in-the-following-reaction-mechanism-step-1-o-g-o-g-o-g-step-2-o-g-o-g-rarr-2o-g-1-o3-g-2-o-g-3-o2-g-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU4Ng-a-reactant-with-initial-concentration-1-386-mathrm-mol-text-litre-1-showing-first-order-change-takes-40-minute-to-become-half-if-it-shows-zero-order-change-taking-20-minute-to-becomes-half-under-simil https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU4Nw-in-a-first-order-reaction-the-concentration-of-the-reactant-is-decreased-from-1-0-m-to-0-25m-in-20-minute-the-rate-constant-of-the-reaction-would-be-1-10min-1-2-6-931-min-1-3-0-6931-min-1-4-0-06931-mi https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU4OA-the-following-mechanism-has-been-proposed-for-the-reaction-of-no-with-br2-to-form-nobr-no-g-br2-g-nobr2-g-nobr2-g-no-g-rarr-2nobr-g-if-the-second-step-is-the-rate-determining-step-the-order-of-the-rea https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU4OQ-for-the-reaction-a-rarr-nb-at-the-point-of-intersection-of-two-curves-show-the-b-is-can-be-given-by-1-na02-2-a0n-1-3-na0n-1-4-n-1n-1a0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU5MA-the-rate-constant-of-a-first-order-reaction-is-4-times-10-3-mathrm-sec-1-at-a-reactant-concentration-of-0-02-mathrm-m-the-rate-of-reaction-would-be-1-8-times-10-5-mathrm-m-mathrm-sec-1-2-4-times-10-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU5MQ-if-concentration-of-reactants-is-increased-by-x-the-rate-constant-k-becomes-1-ek-x-2-k-x-3-k-4-x-k-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU5Mg-in-acidic-medium-the-rate-of-reaction-between-bro3-and-br-ions-is-given-by-the-expression-d-bro3-dt-kbro3-br-h-2-it-means-1-the-rate-constant-of-the-overall-reaction-is-4-sec-1-2-the-rate-of-reaction https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU5Mw-a-graph-plotted-between-log-t-50-vs-log-a-concentration-is-a-straight-line-what-conclusion-can-you-draw-from-the-given-graph-1-n-1-t1-2-1-k-a-2-n-2-t1-2-1-a-3-n-1-t1-2-0-693-k-4-none-of-the-above-1-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU5NA-for-a-first-order-reaction-a-rarr-products-the-rate-of-reaction-at-a-0-2-m-is-1-0-x-10-2-mol-litre-1-min-1-the-half-life-period-for-the-reaction-will-be-1-832-sec-2-440-sec-3-416-sec-4-14-sec-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU5NQ-the-rate-of-a-chemical-reaction-doubles-for-every-10-deg-c-rise-of-temperature-if-the-temperature-is-raised-by-50-deg-c-the-rate-of-the-reaction-increases-by-about-1-10-times-2-24-times-3-32-times-4-6 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU5Ng-consider-the-reaction-cl2-aq-h2s-aq-rarr-s-s-2h-aq-2cl-aq-the-rate-equation-for-this-reaction-is-rate-k-cl2-h2s-which-of-these-mechanisms-is-are-consistent-with-this-rate-equation-a-cl2-h2s-rarr-h-cl https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjU0NTM-find-the-correct-statement-for-the-reaction-3a-rarr-c-d-it-is-observed-that-when-the-initial-concentration-of-a-is-10-mol-l-sup1-the-half-life-of-the-reaction-is-40-minutes-while-at-an-initial-concent https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYyODg-in-the-following-reaction-xa-rarr-yb-log-d-a-dt-log-d-b-dt-0-3-where-the-ve-sign-indicates-the-rate-of-disappearance-of-the-reactant-then-x-y-equals-1-1-2-2-2-1-3-3-1-4-3-10-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYyODk-half-life-is-independent-of-the-concentration-of-a-reactant-after-10-minutes-the-volume-of-n2-gas-is-10-l-and-after-complete-reaction-it-is-50-l-hence-the-rate-constant-is-1-2-30310log-5-min-1-2-2-303 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYyOTA-the-activation-energies-of-the-forward-and-backward-reactions-in-the-case-of-a-chemical-reaction-are-30-5-and-45-4-kj-mol-respectively-the-reaction-is-1-exothermic-2-endothermic-3-neither-exothermic-n https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYyOTE-the-first-order-reaction-text-pcl-5-g-rightarrow-text-pcl-3-g-text-cl-2-g-has-a-half-life-t-0-5-of-20-minutes-what-is-the-time-required-for-the-concentration-of-text-pcl-5-to-decrease-to-25-of-its-ini https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYyOTI-in-the-reaction-a-b-rarr-c-if-the-concentration-of-a-reduces-from-4m-to-2m-in-1-hour-followed-by-a-reduction-from-2m-to-1m-in-0-5-hours-the-order-of-the-reaction-is-1-one-2-zero-3-two-4-three-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYzMDE-a-gaseous-reaction-a2-g-rarr-b-g-12c-g-shows-increase-in-pressure-from-100-mm-to-120-mm-in-5-minutes-the-rate-of-disappearance-of-a2-will-be-1-4-mm-min-1-2-8-mm-min-1-3-16-mm-min-1-4-2-mm-min-1-1-2-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYzMDM-during-the-formation-of-ammonia-by-haber-s-process-n2-3h2-rarr-2nh3-the-rate-of-appearance-of-nh3-was-measured-as-2-5-x-10-4-mol-l-1-s-1-the-rate-of-disappearance-of-h2-will-be-1-2-5-x-10-4-mol-l-1-s https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYzMDQ-for-a-chemical-reaction-a-8594-products-the-rate-of-reaction-doubles-when-the-concentration-of-a-is-increased-by-4-times-the-order-of-the-reaction-is-1-4-2-0-3-1-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYzMDU-the-correct-expression-for-the-3-4th-life-of-a-first-order-reaction-is-1-frac-k-2-303-log-frac-4-3-2-frac-2-303-k-log-frac-3-4-3-frac-2-303-k-log-4-4-frac-2-303-k-log-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYzMDY-from-the-plot-of-log-k-vs-1-t-following-parameter-can-be-calculated-1-activation-energy-2-rate-constant-of-reaction-3-order-of-reaction-4-activation-energy-as-well-as-the-frequency-factor-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYzMDg-for-an-endothermic-reaction-where-delta-h-represents-the-enthalpy-of-the-reaction-in-kj-mol-the-minimum-value-for-the-energy-of-activation-will-be-1-less-than-delta-h-2-zero-3-more-than-delta-h-4-equa https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYzNzI-in-the-formation-of-sulphur-trioxide-by-the-contact-process-2so2-g-o2-g-rarr-2so3-g-the-rate-of-reaction-is-expressed-as-d-o2-dt-2-5-times-10-ndash-4-mol-l-ndash-1-sec-ndash-1-find-the-rate-of-disappe https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MjYzOTI-a-first-order-reaction-complete-40-in-20-minutes-in-how-much-time-it-is-completed-90-of-its-original-amount-1-45-min-2-60-min-3-75-min-4-90-min-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5Nzc-the-dissociation-of-h2o2-is-a-first-order-reaction-the-half-life-for-16-v-h2o2-is-30-min-calculate-the-time-at-which-the-solution-is-1v-h2o2-1-120-min-2-90-min-3-60-min-4-150-min-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5Nzk-if-the-activation-energy-is-65-kj-then-the-reaction-at-25-deg-c-is-times-fast-as-compared-to-0-deg-c-1-2-times-2-5-times-3-11-times-4-16-times-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5ODE-when-temperature-is-increased-from-27-deg-c-to-127-deg-c-rate-of-reaction-becomes-doubled-then-ea-will-be-1-1-66-kcal-2-3-32-kcal-3-5-33-kcal-4-6-64-kcal-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5ODI-if-2m-1l-solution-of-acetic-acid-is-added-to-3m-1l-ethyl-alcohol-then-the-following-elementary-reaction-takes-place-ch3cooh-c2h5oh-8594-ch3cooc2h5-h20-if-each-solution-is-diluted-by-1-litre-then-the-i https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5ODQ-for-a-certain-reaction-10-of-the-reactant-dissociates-in-1-hour-20-of-the-reactant-dissociates-in-2-hours-30-of-the-reactant-dissociates-in-3-hours-then-the-units-of-the-rate-constant-is-1-hour-1-2-mo https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5ODU-for-a-first-order-reaction-a-rarr-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5ODY-two-reactions-of-the-same-order-have-equal-pre-exponential-factors-but-their-activation-energies-differ-by-24-9-kj-mol-calculate-the-ratio-between-the-rate-constants-k1-k2-these-reactions-at-27-deg-c https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5ODc-if-the-activation-energy-of-a-reaction-is-zero-how-does-the-rate-constant-of-the-reaction-change-with-temperature-1-increases-with-the-increase-in-temperature-2-decreases-with-a-decrease-in-temperatur https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5ODg-the-rate-constant-of-a-first-order-reaction-is-10-3-min-1-at-27-deg-c-the-temperature-coefficient-of-this-reaction-is-2-the-rate-constant-at-17-deg-c-will-be-1-10-3-min-1-2-5-x-10-4-min-1-3-2-x-10-3-m https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5OTM-for-the-pseudo-first-order-reaction-a-b-rarr-p-when-studied-with-0-1-m-of-b-is-given-by-d-a-dt-k-a-where-k-1-85-x-104-sec-1-calculate-the-value-of-rate-constant-for-second-order-reaction-1-1-85-x-104 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5OTQ-for-an-nth-order-reaction-the-time-required-for-the-initial-concentration-of-a-reactant-to-decrease-to-half-of-its-original-value-is-proportional-to-1-1-an-1-2-a1-n-3-an-1-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5OTY-what-is-the-activation-energy-for-reverse-reaction-on-the-basis-of-given-data-n2o4-g-rarr-2no2-g-delta-h-54kj-ea-forward-57-2-kj-1-54-kj-2-3-2-kj-3-60-2-kj-4-111-2-kj-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5OTg-find-the-time-required-for-a-first-order-reaction-to-complete-99-9-of-its-reaction-1-10-times-that-required-for-half-of-the-reaction-2-100-times-that-required-for-two-thirds-of-the-reaction-3-10-times https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjc5OTk-the-rate-constant-for-a-chemical-reaction-that-takes-place-at-500-k-is-expressed-as-k-a-e-1000-the-activation-energy-of-the-reaction-will-be-1-100-cal-mol-2-1000-kcal-mol-3-104-kcal-mol-4-106-kcal-mol https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Mjk4MDE-the-concentration-of-reactant-x-decreases-from-0-1-m-to-0-005-m-in-40-minutes-if-the-reaction-follows-first-order-kinetics-the-rate-of-reaction-when-concentration-of-x-is-0-01-m-will-be-1-1-73-x-10-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246MzE1MTY-the-half-life-period-of-a-first-order-reaction-is-10-min-the-time-required-for-the-concentration-of-the-reactant-to-change-from-0-08-m-to-0-02-m-is-1-10-min-2-20-min-3-30-min-4-40-min-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDA4MjU-mechanism-of-a-hypothetical-reaction-x2-y2-8594-2xy-is-given-below-i-x2-8652-x-xfast-ii-x-y2-8594-xy-y-slowest-iii-x-y-8594-xyfast-the-overall-order-of-the-reaction-will-be-1-1-2-2-3-0-4-1-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDA4MzQ-a-first-order-reaction-has-a-specific-reaction-rate-of-10-2s-1-how-much-time-will-it-take-for-20-g-of-the-reactant-to-reduce-to-5-g-a-238-6-s-b-138-6-s-c-346-5-s-d-693-0-s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDA4Mzk-the-decomposition-of-phosphine-ph3-on-tungsten-at-low-pressure-is-a-first-order-reaction-it-is-because-the-1-rate-is-proportional-to-the-surface-coverage-2-rate-is-inversely-proportional-to-the-surfac https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDA5MjY-the-rate-of-a-first-order-reaction-is-0-04-mol-l-1-s-1-at-10-sec-and-0-03-mol-l-1-s-1-at-20-sec-after-initiation-of-the-reaction-the-half-life-period-of-the-reaction-is-1-34-1-s-2-44-1-s-3-54-1-s-4-24 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDA5NDE-the-activation-energy-of-a-reaction-can-be-determined-from-the-slope-of-the-graph-between-1-ln-k-vs-t-2-ln-kt-vs-t-3-ln-k-vs-1t-4-tlnkvs1t-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDA5NDU-if-the-half-life-of-a-reaction-is-independent-of-its-initial-concentration-what-is-the-order-of-the-reaction-1-0-2-1-3-3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDA5OTk-the-rate-constant-of-the-reaction-a-8594-b-is-0-6-x-10-3-molar-per-second-if-the-concentration-of-a-is-5-m-then-concentration-of-b-after-20-min-is-1-1-08-m-2-3-60-m-3-0-36-m-4-0-72-m-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEwNjM-if-the-rate-of-reaction-doubles-when-the-temperature-is-raised-from-20-deg-c-to-35-deg-c-then-the-activation-energy-for-the-reaction-will-be-r-8-314-j-mol-1-k-1-1-342-kj-mol-1-2-269-kj-mol-1-3-34-7-kj https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEwNjU-a-reaction-having-equal-energies-of-activation-for-forward-and-reverse-reactions-has-1-8710-s-0-2-8710-g-0-3-8710-h-0-4-8710-h-8710-g-8710-s-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEyMDU-for-the-reaction-n2o5-g-rarr-2no2-g-frac-1-2-o2-g-the-value-of-the-rate-of-disappearance-of-n2o5-is-given-as-6-25-times-thinsp-10-3-mol-l-1s-1-the-rate-of-formation-of-no2-and-o2-is-given-respectively https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEyMTc-for-an-endothermic-reaction-energy-of-activation-is-ea-and-enthalpy-of-reaction-is-8710-h-both-of-these-in-kj-mol-minimum-value-of-ea-will-be-1-less-than-8710-h-2-equal-to-8710-h-3-more-than-8710-h-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEyNjY-find-the-specific-rate-constant-k-of-a-first-order-reaction-when-its-half-life-is-1386-s-1-5-0-x-10-3s-1-2-0-5-x-10-2s-1-3-0-5-x-10-3s-1-4-5-0-x-10-2s-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEyNjk-for-the-reaction-a-b-rarr-products-it-is-observed-that-1-on-doubling-the-initial-concentration-of-a-only-the-rate-of-reaction-is-also-doubled-and-2-on-doubling-the-initial-concentrations-of-both-a-and https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEyOTI-in-the-reaction-bro-3-aq-5br-aq-6h-8594-3br2-l-2h2o-l-the-rate-of-appearance-of-bromine-br2-is-related-to-rate-of-disappearance-of-bromide-ions-as-following-1-d-br2-dt-3-5-d-br-dt-2-d-br2-dt-5-3-d-br https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEzMzE-the-rate-constants-k1-and-k2-for-two-different-reactions-are-1016-e-2000-t-and-1015-e-1000-t-respectively-the-temperature-at-which-k1-k2-is-1-1000-k-2-20002-303k-3-2000k-4-10002-303k-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEzNTI-the-bromination-of-acetone-that-occurs-in-acid-solution-is-represented-by-this-equation-ch3coch3-aq-br2-aq-8594-ch3coch2br-aq-br-aq-these-kinetic-data-were-obtained-for-given-reaction-concentrations-i https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEzOTA-find-the-half-life-of-a-first-order-reaction-a-rarr-b-if-the-rate-constant-is-k-and-the-initial-concentration-of-a-is-0-5-m-1-0-6930-5k-2-log2k-3-log2k0-5-4-ln2k-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDEzOTI-if-a-first-order-reaction-reaches-60-completion-within-60-minutes-approximately-how-much-time-would-it-take-for-the-same-reaction-to-reach-50-completion-log-4-0-60-log-5-0-69-1-50-min-2-45-min-3-60-mi https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDE0MjI-for-the-reaction-2a-b-8594-3c-d-which-of-the-following-does-not-express-the-reaction-rate-1-dc3dt-2-dbdt-3-dddt-4-da2dt-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDk0NDM-the-units-of-rate-constant-and-rate-of-reaction-are-same-for-1-first-order-reaction-2-second-order-reaction-3-third-order-reaction-4-zero-order-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDk0NTE-the-rate-constant-is-given-as-k-1-2-times-10-3-mol-1-l-1-s-1-and-the-activation-energy-is-e-a-2-0-times-10-2-kj-mol-1-as-temperature-t-approaches-infinity-what-is-the-value-of-the-pre-exponential-fact https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDk0NTM-which-of-the-following-is-affected-by-the-presence-of-a-catalyst-in-a-chemical-reaction-1-acivation-energy-2-equilibrium-concentration-3-heat-of-reaction-4-final-products-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDk0NTY-when-the-concentration-of-reactant-was-made-4-times-rate-of-reaction-becomes-8-times-the-order-of-reaction-with-respect-to-that-reactant-is-1-2-2-3-3-1-4-1-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NTI3OTE-the-rate-constant-for-a-reaction-of-zero-order-in-a-is-0-0030-mol-l-1-s-1-how-long-will-it-take-for-the-initial-concentration-of-a-to-fall-from-0-10-m-to-0-075-m-1-8-3-sec-2-0-83-sec-3-83-sec-4-10-3-s https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NTI4MjI-a-first-order-reaction-is-15-completed-in-20-minutes-the-amount-of-time-required-to-complete-60-of-the-reaction-is-1-112-8-min-2-120-7-min-3-100-4-min-4-140-7-min-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxMzY-assertion-if-the-activation-energy-of-reaction-is-zero-temperature-will-have-no-effect-on-the-rate-constant-reason-lower-the-activation-energy-fasten-is-the-reaction-if-both-the-assertion-and-the-reas https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxMzc-assertion-for-a-reaction-ag-8594-bg-8212-re-2-5paat400k-8212-re-2-5paat600k-activation-energy-is-4135-j-mol-reason-since-for-any-reaction-values-of-rate-constant-at-two-different-temp-is-same-therefor https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxNjA-if-concentration-are-measured-in-mole-litre-and-time-in-minutes-the-unit-for-the-rate-constant-of-a-3rd-order-reaction-are-1-mollit-1min-1-2-lit2mol-2min-1-3-litmol-1min-1-4-min-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxNjI-the-following-reaction-was-carried-out-at-300-k-2so2-g-o2-g-rarr-2so3-g-the-rate-of-formation-of-so3-is-related-to-the-rate-of-disappearance-of-o2-by-the-following-expression-1-o2-t-12-so3-t-2-o2-t-so https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxNjU-which-of-the-following-rate-laws-has-an-over-all-order-of-0-5-for-the-reaction-a-b-c-rarr-thinsp-product-1-r-k-a-b-c-2-r-k-a-0-5-b-0-5-c-0-5-3-r-k-a-1-5-b-1-c-0-4-r-k-a-b-0-c-0-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxNjk-for-the-system-a2g-b2g2abg-8710-h-80kj-if-the-activation-energy-for-the-forward-step-is-100-kcal-mol-what-is-the-ratio-of-temperature-at-which-the-forward-and-backward-reaction-shows-the-same-change-o https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxNzM-for-the-reaction-2a-b-rarr-2c-rate-k-a-sup2-b-find-the-factor-by-which-the-rate-changes-when-the-vessel-volume-is-reduced-to-one-fourth-1-0-25-2-16-3-64-4-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxODE-from-the-following-data-the-orders-with-respect-to-a-b-c-respectively-are-a-mol-l-b-mol-l-c-mol-l-rate-m-sec-0-2-0-1-0-02-8-08-x-10-3-0-1-0-2-0-02-2-01-x-10-3-0-1-1-8-0-18-6-03-x-10-3-0-2-0-1-0-08-6-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxODM-the-elementary-reaction-a-b-rarr-thinsp-products-has-k-2-times-10-5-m-1-s-1-at-a-temperature-of-27-deg-c-several-experimental-runs-are-carried-out-using-stoichiometric-proportion-the-reaction-has-a-te https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxODU-when-the-temperature-of-a-reaction-increases-from-27-oc-to-37-oc-the-rate-increases-by-2-5-times-the-activation-energy-in-the-temperature-range-will-be-1-53-6-kj-2-12-61-kj-3-7-08-kj-4-70-8-kj-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxODg-for-the-reaction-r-x-oh-8594-roh-x-the-rate-is-given-of-rate-5-0-215-10-5r-xoh-0-20-215-10-5r-x-what-percentage-of-r-x-reaction-by-sn2-mechanism-when-oh-1-0-215-10-2m-1-96-1-2-3-9-3-80-4-20-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxOTA-the-graph-that-represents-a-first-order-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyMDQ-the-rate-of-a-reaction-increases-4-fold-when-concentration-of-reactant-is-increased-16-times-if-the-rate-of-reaction-is-4-times-10-6-mol-l-1s-1-when-concentration-of-the-reactant-is-4-times-10-4-mol-l https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyMTE-if-lsquo-a-rsquo-is-the-initial-concentration-of-a-substance-which-reacts-according-to-zero-order-kinetics-and-k-is-the-rate-constant-the-time-for-the-reaction-to-go-to-completion-will-be-1-a-k-2-2-ka https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyMTY-the-decomposition-of-a-gaseous-compound-is-given-as-follows-initial-pressure-atm-1-6-0-8-0-4-time-for-50-reaction-min-80-113-160-the-order-of-the-reaction-will-be-1-1-0-2-1-5-3-2-0-4-0-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyMjE-for-a-given-reaction-the-concentration-of-the-reactant-plotted-against-time-gave-a-straight-line-with-negative-slope-the-order-of-the-reaction-will-be-1-3-2-2-3-1-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyMjM-the-rate-constant-of-a-first-order-reaction-is-typically-determined-from-a-plot-of-1-concentration-of-reactant-vs-time-t-2-log-concentration-of-reactant-vs-time-t-3-frac-1-text-concentration-of-reacta https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyMjY-the-relationship-between-temperature-and-the-variance-in-reaction-rate-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyMjk-the-plot-of-log-k-versus-1t-is-linear-with-a-slope-of-1-ear-2-ear-3-ea2-303r-4-ea2-303r-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyMzI-if-a-reaction-a-b-rarr-c-is-exothermic-to-the-extent-of-30-kj-mol-and-the-forward-reaction-has-an-activation-energy-of-70-kj-mol-the-activation-energy-for-the-reverse-reaction-will-be-1-30-kj-mol-2-40 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyMzk-a-first-order-reaction-takes-40-min-for-30-decomposition-the-t1-2-for-this-reaction-will-be-1-77-7-min-2-27-2-min-3-55-3-min-4-67-3-min-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyNDY-for-a-certain-reaction-involving-a-single-reactant-it-is-found-that-c0t-is-constant-where-c0is-the-initial-concentration-of-the-reactant-and-t-is-the-half-life-what-is-the-order-of-the-reaction-1-1-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyNTI-the-high-temperature-asymp-1200k-decomposition-of-ch3cooh-g-occurs-as-follows-as-per-simultaneous-1st-order-reactions-ch3cooh-rarr-k1ch4-co2-ch3cooh-rarr-k2ch2co-h2o-what-would-be-the-of-ch4by-mole-in https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyNTY-the-reaction-a-g-2b-g-c-g-d-g-is-an-elementary-process-in-an-experiment-the-initial-partial-pressure-of-a-and-b-are-pa-0-60-and-pb-0-80-atm-when-pc-0-2atm-the-rate-of-reaction-relative-to-the-initial https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyNjI-the-half-life-period-for-a-first-order-reaction-is-20-minutes-the-time-required-to-change-the-concentration-of-the-reactants-from-0-08-m-to-0-01-m-will-be-1-20-minutes-2-60-minutes-3-40-minutes-4-50-m https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyNjY-the-kinetic-data-for-the-reaction-2a-b2-rarr-2ab-are-as-given-below-a-mol-l-1-b2-mol-l-1-rate-mol-l-1s-1-0-5-1-0-2-5-times-10-3-1-0-1-0-5-0-times-10-3-0-5-2-0-1-times-10-2-the-order-of-reaction-with-r https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyNzA-for-the-irreversible-unimolecular-type-reaction-a-8594-kproducts-in-a-batch-reactor-80-reactant-a-ca0-1mole-lit-is-converted-in-a-480-second-run-and-conversion-is-90-after-18-minute-the-order-of-this https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyNzM-the-rate-constant-activation-energy-and-arrhenius-factor-of-a-reaction-at-25-deg-c-are-3-0-times-10-s-sup1-104-4-kj-mol-sup1-and-6-0-times-10-sup1-s-sup1-respectively-find-the-rate-constant-as-the-tem https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyNzc-the-gas-phase-decomposition-2n2o5-rarr-4no2-o2-follows-the-first-order-rate-law-k-7-5-times-10-3-sec-1-the-initial-pressure-of-n2o5is-0-1-atm-the-time-of-decomposition-of-n2o5-so-that-the-total-pressu https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyNzk-if-in-the-fermentation-of-sugar-in-an-enzymatic-solution-that-is-0-12-m-the-concentration-of-the-sugar-is-reduced-to-0-06-m-in-10-h-and-to-0-03-m-in-20-h-the-order-of-the-reaction-will-be-1-1-2-2-3-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyODE-in-a-first-order-reaction-a-rarr-products-the-concentration-of-the-reactant-decreases-to-6-25-of-its-initial-value-in-80-minutes-the-value-of-the-rate-constant-if-the-initial-concentration-is-0-2-mole https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyODM-a-catalyst-lowers-the-activation-energy-of-a-reaction-from-20-kj-mol-ndash-1-to-10-kj-mol-1-the-temperature-at-which-the-uncatalysed-reaction-will-have-the-same-rate-as-that-of-the-catalysed-at-27-oc https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyODg-for-a-certain-reaction-the-variation-of-the-rate-constant-with-temperature-is-given-by-the-equation-ink1-ink0-in310tt-8805-0-176-c-the-value-of-the-temperature-coefficient-of-the-reaction-rate-is-ther https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyOTA-a-catalyst-lowers-the-activation-energy-of-a-reaction-from-20kjmole-1to10kjmole-1-the-temperature-at-which-the-uncatalysed-reaction-will-have-the-same-rate-as-that-of-the-catalysed-at-27-176-c-is-1-12 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyOTI-the-rate-of-a-reaction-becomes-three-times-when-the-temperature-is-increased-from-20-deg-c-to-50-deg-c-calculate-the-activation-energy-of-the-reaction-1-28-81-mathrm-kj-mathrm-mol-1-2-38-51-mathrm-kj https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYyOTQ-the-half-life-time-for-the-decomposition-of-a-substance-dissolved-in-ccl4-is-2-5-hours-at-30-circ-mathrm-c-the-amount-of-substance-that-will-be-left-after-10-hours-if-the-initial-weight-of-the-substan https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYzMzE-given-the-following-reaction-n2o5-as-n2o5-2no2-1-2-o2-the-values-of-rate-constants-for-the-above-reaction-are-3-45-times-10-5-and-6-9-times-10-3-at-27-oc-and-67-oc-respectively-the-activation-energy-f https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYzNDE-what-is-the-percentage-of-the-reactant-molecules-crossing-over-the-energy-barrier-at-325-k-given-that-h325-0-12-kcal-eab-0-02-kcal-1-80-62-2-85-23-3-89-27-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYzNTc-1-mole-of-a-gas-changes-linearly-from-its-initial-state-2-atm-10-lt-to-its-final-state-8-atm-4-lt-the-maximum-rate-constant-is-equal-to-20-sec-1-and-the-value-of-activation-energy-is-40-kj-assuming-th https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYzNzI-a-first-order-reaction-is-initiated-with-a-0-10-m-solution-of-the-reactant-after-8-minutes-20-seconds-the-concentration-decreases-to-0-01-m-calculate-the-rate-constant-of-the-reaction-1-4-6-times-10-s https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYzNzc-87-5-of-a-radioactive-substance-disintegrates-in-40-minutes-what-is-the-half-life-of-the-substance-1-13-58-min-2-135-8-min-3-1358-min-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYzODM-a-gaseous-substance-ab3-decomposes-irreversibly-according-to-the-overall-equation-ab3-8594-12a2-32b2-starting-with-pure-ab3-the-partial-pressure-of-the-reactant-varies-with-time-for-which-the-data-are https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYzODg-the-inversion-of-cane-sugar-proceeds-with-half-life-of-500-minute-at-ph-5-for-any-concentration-of-sugar-however-if-ph-6-the-half-life-changes-to-50-minute-the-rate-law-expression-for-the-sugar-invers https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYzOTY-the-decomposition-of-a-into-product-has-value-of-k-as-4-5-times-10-3-mathrm-s-1-text-at-10-circ-mathrm-c-energy-of-activation-of-the-reaction-is-60-mathrm-kj-mol-1-the-temperature-at-which-value-k-wou https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0MDE-decomposition-on-nh3on-heated-tungsten-yields-the-following-data-initial-pressure-mm-65-105-y-185-half-life-s-290-x-670-820-what-are-the-values-of-x-and-y-in-that-order-1-420-s-110-mm-2-500-s-160-mm-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0MDM-the-half-life-period-of-gaseous-substance-undergoing-thermal-decomposition-was-measured-for-various-initial-pressure-lsquo-p-rsquo-with-the-following-result-p-mm-250-300-400-450-t1-2-min-136-112-5-85 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0MTE-for-the-reaction-2n2o5-g-rarr-4no2-g-o2-g-thinsp-the-concentration-of-no2-increases-by-2-4-times-10-2-mol-l-1-in-6-seconds-the-rate-of-appearance-of-no2-and-the-rate-of-disappearance-of-n2o5-respectiv https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0MTI-the-rate-constant-of-a-particular-reaction-has-the-dimension-of-frequency-the-order-of-the-reaction-is-1-zero-2-first-3-second-4-fractional-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0MTg-the-reaction-of-iodomethane-with-sodium-ethoxide-proceeds-as-eto-8861-mei-8594-etome-i-8861-a-plot-of-log-meieto-8861-on-the-y-axis-against-t-on-the-x-axis-gives-a-straight-line-with-a-positive-slope https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0MzA-for-the-reaction-c2h5i-oh-rarr-c2h5oh-i-the-rate-constant-was-found-to-have-a-value-of-5-03-times-10-2-moi-1-dm3-s-1-at-289-k-and-6-71-mol-1-dm3-s-1-at-333-k-the-rate-constant-at-305-k-will-be-1-1-35 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0MzU-a-plot-of-ln-rate-vs-ln-c-for-the-nth-order-reaction-gives-1-a-straight-line-with-slope-n-and-intercept-ln-kn-2-a-straight-line-with-slope-n-ndash-1-3-a-straight-line-with-slope-ln-kn-and-intercept-ls https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0Mzg-the-rate-constant-of-a-first-order-reaction-increases-from-1-667-times-10-s-sup1-at-727-deg-c-to-1-667-times-10-s-sup1-at-1571-deg-c-assuming-that-the-activation-energy-remains-constant-calculate-the https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0NDY-the-solvolysis-of-2-chloro-2-methyl-propane-in-aqueous-acetone-h2o-ch33c-cl-8594-ho-cch33-h-cl-has-a-rate-equation-rate-k-ch3-3c-8211-cl-from-this-it-may-be-inferred-that-the-energy-profile-of-the-rea https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0NTA-the-thermal-decomposition-of-a-compound-is-of-first-order-if-50-of-a-sample-of-the-compound-decomposes-in-120-minutes-how-long-will-it-take-for-90-of-the-compound-to-decompose-1-399-min-2-410-min-3-25 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0NjI-the-half-life-for-radioactive-decay-of-14c-is-5730-y-an-archaeological-artifact-containing-wood-had-only-80-of-the-14c-found-in-a-living-tree-the-age-of-the-sample-will-be-1-1657-3-y-2-1845-4-y-3-1512 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0Njk-two-substances-a-and-b-are-present-such-that-a0-4-b0-and-half-life-of-a-is-5-minute-and-that-of-b-is-15-minute-if-they-start-decaying-at-the-same-time-following-first-order-kinetics-how-much-time-late https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0NzQ-the-following-data-were-obtained-during-the-first-order-thermal-decomposition-of-so2cl2-at-a-constant-volume-so2cl2-g-rarr-so2-g-cl2-g-experiment-time-s-total-pressure-atm-1-0-0-5-2-100-0-6-the-rate-o https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0Nzk-assertion-a-lump-of-coal-burns-at-a-moderate-rate-in-air-while-coal-dust-burns-explosively-reason-coal-dust-contains-very-fine-particles-of-carbon-if-both-the-assertion-and-the-reason-are-true-and-the https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0ODA-assertion-liquid-bromine-reacts-slowly-as-compared-to-bromine-vapour-reason-in-liquid-bromine-the-bromine-molecules-are-held-together-by-a-force-which-is-much-weaker-than-the-force-existing-between-th https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0ODQ-assertion-the-reaction-n2-10atm-3h2-10atm-8594-2nh3-g-isfaster-reason-catalyst-lowers-the-activation-energy-of-the-reaction-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-ex https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0ODU-assertion-molecularity-of-a-reaction-cannot-be-determined-experimentally-reason-molecularity-is-assigned-to-the-reactions-on-the-basis-of-mechanism-1-both-assertion-and-reason-are-true-and-reason-is-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY0ODg-assertion-for-a-first-order-reaction-the-degree-of-dissocation-is-equal-to-1-e-kt-reason-for-a-first-order-reaction-the-pre-exponential-factor-in-the-arrhenius-equation-has-the-dimension-of-time-1-if https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjY2ODU-at-400-k-the-energy-of-activation-of-a-reaction-is-decreased-by-0-8-kcal-in-the-presence-of-a-catalyst-as-a-result-the-rate-will-be-1-increased-by-2-71-times-2-increased-by-1-18-times-3-decreased-by-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246Njk0Njk-if-h-of-a-reaction-is-100-kj-mol-1-then-the-activation-energy-for-the-forward-reaction-must-be-1-greater-than-100-kj-mol-1-2-less-than-100-kj-mol-1-3-equal-to-100-kj-mol-1-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246ODkxMDk-the-incorrect-statement-among-the-following-is-1-the-value-of-the-equilibrium-constant-is-changed-in-the-presence-of-a-catalyst-2-enzymes-catalyze-mainly-bio-chemical-reactions-3-coenzymes-increase-th https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246ODkxNzU-the-correct-statement-among-the-following-is-1-the-rate-of-a-first-order-reaction-does-not-depend-on-reactant-concentration-the-rate-of-a-second-order-reaction-does-depend-on-reactant-concentrations-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246ODkyNDY-when-the-initial-concentration-of-the-reactant-is-doubled-the-half-life-period-of-a-zero-order-reaction-is-1-halved-2-doubled-3-tripled-4-unchanged-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTAxNTU-which-quantity-is-altered-when-a-catalyst-is-introduced-during-a-chemical-reaction-1-internal-energy-2-enthalpy-3-activation-energy-4-entropy-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTE1MDQ-a-reaction-having-equal-energies-of-activation-for-forward-and-reverse-reaction-has-1-delta-g-0-2-delta-h-0-3-delta-h-delta-g-delta-s-0-4-delta-s-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTIxNDQ-in-a-reaction-a-b-rarr-product-the-rate-is-doubled-when-the-concentration-of-b-is-doubled-and-the-rate-increases-by-a-factor-of-8-when-the-concentrations-of-both-the-reactants-a-and-b-are-doubled-the https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTIxNTY-which-of-the-following-represents-the-factor-by-which-the-rate-of-a-zero-order-reaction-increases-when-the-temperature-is-raised-from-10-deg-c-to-100-deg-c-if-the-rate-doubles-for-every-10-deg-c-rise https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTI0Nzg-which-of-the-following-statements-about-the-order-of-reaction-is-incorrect-1-order-is-not-influenced-by-the-stoichiometric-coefficient-of-the-reactants-2-order-of-reaction-is-the-sum-of-power-to-the-c https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTI2NTk-during-the-kinetic-study-of-the-reaction-2a-b-rightarrow-c-d-following-results-were-obtained-run-a-mol-l-1-b-mol-l-1-initial-rate-of-formation-of-d-mol-l-1-i-0-1-0-1-6-0-times-10-3-ii-0-3-0-2-7-2-time https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTMyNTY-calculate-the-specific-rate-constant-of-the-reaction-if-the-half-life-period-of-a-first-order-reaction-is-1386-s-1-5-0-times-10-3s-1-2-0-5-times-10-2s-1-3-0-5-times-10-3s-1-4-5-0-times-10-2s-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTMyODE-for-the-reaction-mathrm-n-2-3-mathrm-h-2-rightarrow-2-mathrm-nh-3-if-dfrac-d-nh-3-dt-2-times-10-4-mol-l-1-s-1-the-value-of-dfrac-d-h-2-dt-would-be-1-3-times-10-4-mathrm-mol-mathrm-l-1-mathrm-s-1-2-4-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTMzMDY-in-the-reaction-bro3-aq-5br-aq-6h-rarr-3br2-l-3h2o-l-the-rate-of-appearance-of-bromine-br2-is-related-to-the-rate-of-disappearance-of-bromide-ions-1-d-br2-dt-35d-br-dt-2-d-br2-dt-53d-br-dt-3-d-br2-dt https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTM2NTg-the-reaction-of-hydrogen-and-iodine-monochloride-is-given-as-h2-g-2icl-g-rarr-2hcl-g-i2-g-this-reaction-is-of-first-order-with-respect-to-h2-g-and-icl-g-for-which-of-the-following-proposed-mechanisms https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTQwMjg-for-the-reaction-2-a-b-rightarrow-3-c-d-which-of-the-following-is-an-incorrect-expression-for-the-rate-of-reaction-1-frac-d-c-3-d-t-2-frac-d-b-d-t-3-frac-d-d-d-t-4-frac-d-a-2-d-t-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTQwMzc-consider-the-reaction-n2-g-3h2-g-rarr-2nh3-g-the-equality-relationship-between-frac-d-left-nh-3-right-dt-and-frac-d-left-h-2-right-dt-is-1-d-nh3-dt-13d-h2-dt-2-d-nh3-dt-23d-h2-dt-3-d-nh3-dt-32d-h2-dt https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTU1ODg-if-the-rate-constant-for-a-first-order-reaction-is-k-the-time-t-required-for-the-completion-of-99-of-the-reaction-is-given-by-1-t-2-303-k-2-t-0-693-k-3-t-6-909-k-4-t-4-606-k-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTU2MTg-for-the-chemical-reaction-n2-g-3h2-g-2nh3-g-the-correct-option-is-1-3-frac-d-h-2-dt-2-frac-d-nh-3-dt-2-frac-1-3-frac-d-h-2-dt-frac-1-2-frac-d-nh-3-dt-3-frac-d-left-n-2-right-dt-2-frac-d-nh-3-dt-4-frac https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTExNzQ0-a-substance-undergoes-first-order-decomposition-the-decomposition-follows-two-parallel-first-order-reactions-as-k1-1-26-215-10-4s-1and-k2-3-8-215-10-5s-2-the-percentage-distributions-of-b-and-c-respec https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTE0Mjg0-a-hydrogenation-reaction-is-carried-out-at-500-k-when-the-same-reaction-is-carried-out-in-the-presence-of-a-catalyst-it-proceeds-at-the-same-rate-with-the-same-frequency-factor-at-400-k-the-catalyst-l https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTE0Mjk0-considerthereaction-therateconstantfortwoparallelreactionswerefoundtobe10-2dm3mol-1s-1and4x10-2dm3mol-1s-1-ifthecorrespondingenergiesofactivationoftheparallelreactionare100and120kj-molrespecctively-th https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTE0Mjk4-a-reaction-proceeds-through-several-steps-in-a-mechanism-the-rate-constants-for-the-first-second-third-and-fifth-steps-are-k-k-k-and-k-respectively-the-overall-rate-constant-is-given-by-k-k-k-x-k-k-su https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTE0Mjk5-what-is-the-temperature-at-which-the-rate-constants-of-two-reactions-become-equal-given-that-for-reaction-a-rarr-b-k-a-e-ea-rt-and-for-reaction-x-rarr-y-k-a-e-ea-rt-where-a-108-a-1010-ea-600-cal-mol-s https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTE0MzAw-forfirst-orderparallelreactionk1andk2are4and2min-1respectivelyat300k-iftheactivationenergiesfortheformationofbandcarerespectively30-000and38-314j-molrespectively-thetemperatureatwhichbandcwillbeobtain https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTE1Mzky-find-the-correct-relation-when-the-activation-energies-of-two-reactions-are-ea1-and-ea2-where-ea1-ea2-and-the-temperature-of-the-reacting-system-is-increased-from-t1-to-t2-1-k1-k1-k2-k2-2-k1-k1-k2-k2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTIxMTE2-the-units-of-rate-constant-and-rate-of-reaction-are-same-for-1-first-order-reaction-2-second-order-reaction-3-third-order-reaction-4-zero-order-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTIxMTIz-the-plot-of-log-k-vs-1t-helps-to-calculate-1-energy-of-activation-2-rate-constant-of-reaction-3-order-of-the-reaction-4-energy-of-activation-as-well-as-the-frequency-factor-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTIxMTI0-which-of-the-following-represents-the-value-of-the-pre-exponential-factor-a-for-a-reaction-when-the-rate-constant-is-k-1-2-times-103-mol-ndash-1-l-s-ndash-1-and-activation-energy-ea-2-0-times-102-kj-m https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTIxMTI1-the-rate-constant-for-a-reaction-2-times-10-ndash-2-s-ndash-1-at-300-k-and-8-times-10-ndash-2-s-ndash-1-at-340-k-the-energy-of-activation-of-the-reaction-is-1-14-69-kj-mol-ndash-1-2-29-39-kj-mol-ndash https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTIzMTEx-the-reaction-2a-b-c-rarr-d-e-is-found-to-be-a-first-order-reaction-with-respect-to-a-second-order-reaction-with-respect-to-b-and-zero-order-reaction-with-respect-to-c-if-the-concentrations-of-a-b-and https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTMwMzE4-zieglar-natta-catalyst-is-1-k-ptcl3-c2h4-2-ph3p-3rhcl-3-al2-c2h5-6-ticl4-4-fe-c5h5-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTMxNjM0-a-first-order-reaction-has-a-rate-constant-of-2-303-times-10-macr-3-s-macr-1-the-time-required-for-40-g-of-this-reactant-to-reduce-to-10-g-will-be-given-that-log102-0-3010-1-230-3-s-2-301-s-3-2000-s-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTMxNjM1-for-a-reaction-the-activation-energy-is-zero-and-the-rate-constant-at-200-k-is-1-6-times-10-s-sup1-find-the-rate-constant-at-400-k-given-r-8-314-j-k-sup1-mol-sup1-1-3-2-times-104-s-1-2-1-6-times-106s https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTQzNjE1-when-the-temperature-of-a-reaction-increases-from-300-k-to-310-k-the-rate-of-the-reaction-doubles-what-is-the-activation-energy-for-this-reaction-r-8-314-mathrm-j-mathrm-k-1-mathrm-mol-1-text-and-log https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTYwNjA1-which-of-the-following-is-mismatched-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTYwOTY1-if-a-reaction-a-b-rarr-c-is-exothermic-to-the-extent-of-30-kj-mol-minus-1-and-the-forward-reaction-has-an-activation-energy-of-249-kj-mol-minus-1-the-activation-energy-for-the-reverse-reaction-in-kj-m https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTYxODA3-select-the-correct-option-based-on-statements-below-assertion-a-for-elementary-reactions-the-law-of-mass-action-and-the-rate-of-law-expression-are-generally-the-same-reason-r-the-molecularity-of-an-el https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTYxODA5-select-the-correct-option-based-on-statements-below-assertion-a-at-very-high-temperatures-approaches-to-infinity-the-rate-constant-becomes-equal-to-the-collision-frequency-reason-r-the-collision-in-wh https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTYxODEx-select-the-correct-option-based-on-statements-below-assertion-a-base-catalyzed-hydrolysis-of-ethyl-acetate-is-a-first-order-reversible-reaction-reason-r-the-order-of-reaction-always-depends-on-the-sto https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTYxODE0-select-the-correct-option-based-on-the-statements-below-statement-1-the-overall-order-of-a-reaction-is-the-sum-of-the-powers-of-all-the-reactants-in-the-rate-expression-statement-2-examples-of-higher https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTcxOTYw-for-a-reaction-a-rarr-b-the-arrhenius-equation-is-given-as-log-e-k-4-frac-1000-t-the-activation-energy-in-j-mol-for-the-given-reaction-will-be-1-8314-2-2000-3-2814-4-3412-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTcxOTYy-find-the-rate-of-formation-of-br-when-the-rate-of-consumption-of-bro-is-x-mol-l-sup1-s-sup1-for-the-reaction-6h-5br-bro3-rarr-3br2-6h2o-1-x3-2-2x3-3-x4-4-3x-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTc1NDc0-the-half-life-of-the-two-samples-is-0-1-and-0-4-seconds-respectively-their-concentrations-are-200-and-50-respectively-the-order-of-the-reactions-will-be-1-0-2-2-3-1-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg1NDcz-which-of-the-following-is-the-time-required-to-reduce-the-amount-of-a-reactant-from-2-0-g-to-0-2-g-for-a-first-order-reaction-with-rate-constant-k-4-606-times-10-3-text-s-1-1-200-s-2-500-s-3-1000-s-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg1NTA4-an-increase-in-the-concentration-of-the-reactants-of-a-reaction-leads-to-a-change-in-1-heat-of-reaction-2-threshold-energy-3-collision-frequency-4-activation-energy-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg2NTA1-consider-the-plots-given-below-for-the-types-of-reaction-na-rarr-b-c-these-plots-respectively-correspond-to-the-reaction-orders-1-0-1-2-2-1-2-0-3-1-0-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg3ODQ4-for-a-reaction-12a-rarr-2b-rate-of-disappearance-of-a-is-related-to-the-rate-of-appearance-of-b-by-the-expression-1-d-a-dt-4d-b-dt-2-d-a-dt-12d-b-dt-3-d-a-dt-14d-b-dt-4-d-a-dt-d-b-dt-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg3ODUw-for-a-first-order-reaction-a-rarr-p-rate-constant-k-dependent-on-temperature-t-was-found-to-follow-the-equation-log-k-2000-frac-1-t-6-0-the-pre-exponential-factor-a-and-the-activation-energy-ea-respec https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg3ODUy-plots-showing-the-variation-of-the-rate-constant-k-with-temperature-t-are-given-below-the-plot-that-follows-arrhenius-equation-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg3ODUz-the-time-for-half-life-period-of-a-certain-reaction-a-rarr-products-is-1-hour-when-the-initial-concentration-of-the-reactant-a-is-2-0-mol-l-1-how-much-time-does-it-take-for-its-concentration-to-change https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg3OTEw-calculate-the-atomic-number-and-mass-number-of-the-resulting-radionuclide-when-the-radionuclide-sup2-sup3-th-undergoes-two-successive-beta-decays-followed-by-one-alpha-decay-1-92-and-234-2-94-and-230 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg3OTEx-a-radioactive-element-has-a-half-life-of-20-minute-how-much-time-should-elapse-before-the-element-is-reduced-to-1-8-its-original-value-1-40-minute-2-60-minute-3-80-minute-4-160-minute-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg3OTEy-the-half-life-of-92u238-against-alpha-decay-is-4-5-times-109-year-the-time-taken-in-a-year-for-the-decay-of-the-15-16-part-of-this-isotope-will-be-1-9-0-times-109-2-1-8-times-1010-3-4-5-times-109-4-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg3OTE0-a-radioactive-isotope-has-a-half-life-of-10-day-if-today-there-are-125-g-of-it-left-what-was-its-original-weight-40-day-earlier-1-600-g-2-1000-g-3-1250-g-4-2000-g-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg3OTE2-two-radioisotopes-p-and-q-of-atomic-weight-10-and-20-respectively-are-mixed-in-equal-amount-by-weight-after-20-days-their-weight-ratio-is-found-to-be-1-4-isotope-p-has-a-half-life-of-10-day-the-half-l https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg4NzI2-find-the-order-of-a-reaction-if-its-rate-constant-is-5-8-times-10-sup2-s-sup1-1-first-order-2-zero-order-3-second-order-4-third-order-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTkwNDMw-for-a-chemical-reaction-a-rarr-product-the-postulated-mechanism-of-the-reaction-is-as-follows-a-k2k13b-rarr-r-d-sk3c-if-the-rate-constants-for-individual-reactions-are-k1-k2-and-k3-and-activation-ener https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTkyMDAy-the-activation-energy-for-a-simple-chemical-reaction-a-rarr-b-is-ea-in-the-forward-direction-the-activation-energy-for-the-reverse-reaction-1-can-be-less-than-or-greater-than-ea-2-is-always-double-of https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTkyMDAz-3a-rarr-b-c-it-would-be-a-zero-order-reaction-when-1-the-rate-of-reaction-is-proportional-to-square-of-concentration-of-a-2-the-rate-of-reaction-remains-same-at-any-concentration-of-a-3-the-rate-remai https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTkyMDEw-if-the-rate-of-the-reaction-is-equal-to-the-rate-constant-the-order-of-the-reaction-is-1-3-2-0-3-1-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTkyMDEz-the-temperature-dependence-of-the-rate-constant-k-is-given-by-the-arrhenius-equation-k-a-e-ea-rt-how-can-the-activation-energy-ea-of-a-reaction-be-determined-using-a-graphical-method-1-log-vs-1-log-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTk0OTY0-the-rate-constant-in-mol-l-sup1-s-sup1-for-a-zero-order-reaction-with-an-initial-concentration-of-0-02-m-and-a-half-life-of-100-seconds-is-1-1-0-times-10-4-2-2-0-times-10-4-3-2-0-times-10-3-4-1-0-time https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjA5Njg5-what-type-of-reaction-is-represented-by-the-following-chemical-equation-ch3cooc2h5-h2o-xrightarrow-h-ch3cooh-c2h2oh-ethyl-acetate-acetic-acid-ethyl-alcohol-1-pseudo-first-order-reaction-2-first-order https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjA5Njkw-what-is-the-rate-equation-for-reaction-2a-b-8594-c-if-the-order-of-the-reaction-is-zero-1-k-a-0-b-0-2-k-a-1-b-0-3-k-a-1-b-1-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjA5Njk2-for-a-certain-reaction-a-large-fraction-of-molecules-possess-energy-greater-than-the-threshold-energy-yet-the-reaction-rate-is-very-slow-this-is-primarily-due-to-improper-1-orientation-of-colliding-mo https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjA5Njk5-for-a-general-reaction-a-rarr-b-the-plot-of-the-concentration-of-a-vs-time-is-given-in-the-figure-the-slope-of-the-curve-will-be-1-k-2-k-2-3-k2-4-k-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE2OTg0-in-a-reaction-with-second-order-kinetics-where-molecules-x-convert-to-y-increasing-the-concentration-of-x-to-three-times-its-original-value-will-affect-the-rate-of-y-formation-by-which-factor-1-6-time https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE2OTg1-the-rate-of-a-chemical-reaction-doubles-when-the-temperature-increases-by-10-k-from-298-k-what-is-the-activation-energy-of-the-reaction-1-65-6-jmol-1-2-52-9-kjmol-1-3-45-9-kjmol-1-4-35-7-jmol-1-1-2-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE2OTg2-find-the-fraction-of-molecules-of-reactants-that-possess-energy-equal-to-or-greater-than-the-activation-energy-for-the-reaction-2hi-g-rarr-h-g-i-g-given-that-the-activation-energy-is-209-5-kj-mol-sup1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE2OTg4-what-is-the-time-required-for-a-first-order-reaction-rate-constant-60-s-sup1-to-reduce-the-initial-concentration-of-the-reactant-to-1-16-of-its-original-value-1-2-3-times-10-2s-2-4-6-times-10-2s-3-3-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE2OTg5-a-first-order-reaction-takes-40-min-for-30-decomposition-the-half-life-of-the-reaction-will-be-1-88-8-min-2-94-3-min-3-67-2-min-4-77-7-min-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE2OTkw-the-rate-constant-for-the-decomposition-of-hydrocarbons-is-2-418-times-10-ndash-5-s-ndash-1-at-546-k-if-the-energy-of-activation-is-179-9-kj-mol-the-value-of-the-pre-exponential-factor-will-be-1-4-0-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE3MTA1-for-a-reaction-a-rarr-product-with-k-2-0-times-10-ndash-2-s-ndash-1-if-the-initial-concentration-of-a-is-1-0-mol-l-ndash-1-the-concentration-of-a-after-100-seconds-would-be-1-0-23-mol-l-ndash-1-2-0-18 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE3MTE2-the-decomposition-of-sucrose-follows-the-first-order-rate-law-for-this-decomposition-t1-2-is-3-00-hours-the-fraction-of-a-sample-of-sucrose-that-remains-after-8-hours-would-be-1-0-13-2-0-42-3-0-16-4-0 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE3MTM5-the-decomposition-of-hydrocarbons-follows-the-equation-k-4-5-times-1011s-ndash-1-e-ndash-28000k-t-the-activation-energy-ea-for-the-reaction-would-be-1-232-79-kj-mol-ndash-1-2-245-86-kj-mol-ndash-1-3-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE3MTUz-the-rate-constant-for-the-first-order-decomposition-of-h2o2-is-given-by-the-equation-log-k-14-34-1-25-times-10-4-frac-k-t-the-value-of-ea-for-the-reaction-would-be-1-249-34-kj-mol-ndash-1-2-242-64-j-m https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE3MjM3-the-decomposition-of-a-into-the-product-has-a-value-of-k-as-4-5-times-103-s-ndash-1-at-10-deg-c-and-energy-of-activation-of-60-kj-mol-ndash-1-the-temperature-at-which-the-rate-constant-becomes-1-5-tim https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE3Mjk2-the-time-required-for-10-completion-of-a-first-order-reaction-at-298k-is-equal-to-that-required-for-its-25-completion-at-308k-if-the-value-of-a-is-4-times-1010-s-ndash-1-what-will-be-the-activation-en https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE3MzA0-what-is-the-activation-energy-in-kj-mol-sup1-of-a-reaction-if-its-rate-becomes-four-times-when-the-temperature-increases-from-293-k-to-313-k-1-65-93-kj-mol-ndash-1-2-52-85-kj-mol-ndash-1-3-55-46-kj-mo https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTE5-the-role-of-a-catalyst-is-to-change-1-gibbs-energy-of-the-reaction-2-enthalpy-of-reaction-3-the-activation-energy-of-the-reaction-4-equilibrium-constant-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTIw-in-the-presence-of-a-catalyst-the-heat-evolved-or-absorbed-during-the-reaction-1-increases-2-decreases-3-remains-unchanged-4-may-increase-or-decrease-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTIx-the-activation-energy-of-a-chemical-reaction-can-be-calculated-by-1-determining-the-rate-constant-at-standard-temperature-2-determining-the-rate-constant-at-two-temperatures-3-determining-probability https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTIy-the-correct-statement-based-on-the-graph-below-is-1-the-activation-energy-of-the-forward-reaction-is-e1-e2-and-the-product-is-less-stable-than-reactant-2-the-activation-energy-of-the-forward-reaction https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTIz-consider-the-first-order-gas-phase-decomposition-reaction-given-below-a-g-rarr-b-g-c-g-the-initial-pressure-of-the-system-before-the-decomposition-of-a-was-pi-after-the-lapse-of-time-t-the-total-press https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTI0-the-correct-graphical-representation-of-relation-between-ln-k-and-1-t-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTI1-consider-the-arrhenius-equation-given-below-and-choose-the-correct-option-k-ae-minus-eart-1-rate-constant-increases-exponentially-with-increasing-activation-energy-and-decreasing-temperature-2-rate-co https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTI2-a-graph-of-volume-of-hydrogen-released-vs-time-for-the-reaction-between-zinc-and-dil-hcl-is-given-in-the-graph-below-the-correct-statement-among-the-following-based-on-the-graph-given-above-is-1-avera https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTI4-consider-the-graph-given-in-the-figure-which-of-the-following-options-does-not-show-an-instantaneous-rate-of-reaction-in-the-40s-1-v-5-v-2-over-50-30-2-v-4-v-2-over-50-30-3-v-3-v-2-over-40-30-4-v-3-v https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTI5-true-statement-among-the-following-is-1-the-rate-of-a-reaction-decreases-with-the-passage-of-time-as-the-concentration-of-reactants-decreases-2-the-rate-of-a-reaction-is-the-same-at-any-time-during-th https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTMw-the-correct-expression-for-the-rate-of-reaction-given-below-is-5-mathrm-br-mathrm-aq-mathrm-bro-3-mathrm-aq-6-mathrm-h-mathrm-aq-rightarrow-3-mathrm-br-2-mathrm-aq-3-mathrm-h-2-mathrm-o-mathrm-l-1-fra https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTMx-the-correct-representation-of-an-exothermic-reaction-is-1-2-3-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTMy-rate-law-for-the-reaction-a-2-b-rightarrow-c-is-found-to-be-rate-k-a-b-if-the-concentration-of-reactant-b-is-doubled-keeping-the-concentration-of-a-constant-then-the-value-of-the-rate-of-the-reaction https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTMz-an-incorrect-statement-about-the-collision-theory-of-chemical-reaction-is-1-it-considers-reacting-molecules-or-atoms-to-be-hard-spheres-and-ignores-their-structural-features-2-the-number-of-effective https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTM0-a-first-order-reaction-is-50-completed-in-1-26-times-1014-s-the-time-required-for-100-completion-of-the-reaction-will-be-1-1-26-times-1015-s-2-2-52-times-1014-s-3-2-52-times-1028-s-4-infinite-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTM1-compounds-a-and-b-react-according-to-the-following-chemical-equation-a-g-2b-g-rarr-2c-g-the-concentration-of-either-a-or-b-was-changed-keeping-the-concentrations-of-one-of-the-reactants-constant-and-r https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTM2-an-incorrect-statement-regarding-a-catalyst-is-1-it-catalyzes-the-forward-and-backward-reactions-to-the-same-extent-2-it-alters-the-gibbs-free-energy-of-the-reaction-3-it-is-a-substance-that-does-not https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTM4-consider-the-reaction-a-rarr-b-the-concentration-of-both-the-reactant-and-the-product-varies-exponentially-with-time-the-graph-that-accurately-depicts-how-reactant-and-product-concentrations-change-wi https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTQ5-the-graphs-that-represent-a-zero-order-reaction-are-a-b-c-d-1-a-and-b-2-b-and-c-3-c-and-d-4-a-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTUw-the-correct-graphical-representation-of-first-order-reaction-is-a-b-c-d-1-a-and-b-2-b-and-c-3-c-and-d-4-a-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTcx-match-the-graph-given-in-column-i-with-the-order-of-reaction-given-in-column-ii-more-than-one-item-in-column-i-may-be-linked-to-the-same-item-in-column-ii-column-i-column-ii-i-a-1st-order-ii-b-zero-or https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTcy-match-the-statements-in-column-i-and-column-ii-column-i-thermodynamic-kinetic-principle-column-ii-impact-on-reaction-dynamics-a-catalyst-alters-the-rate-of-reaction-1-proper-orientation-is-not-always https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTcz-match-the-items-in-column-i-with-column-ii-column-i-column-ii-a-diamond-to-graphite-conversion-1-short-interval-of-time-b-instantaneous-rate-2-ordinarily-rate-of-conversion-is-imperceptible-c-average https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTc0-match-the-items-of-column-i-with-items-of-column-ii-column-i-concepts-related-to-chemical-kinetics-column-ii-related-terms-a-mathematical-expression-for-the-rate-of-reaction-i-rate-constant-b-rate-of https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTc1-select-the-correct-option-based-on-statements-below-assertion-a-the-order-of-the-reaction-can-be-zero-or-fractional-reason-r-we-cannot-determine-order-from-the-balanced-chemical-equation-1-both-a-and https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTc3-select-the-correct-option-based-on-statements-below-assertion-a-the-enthalpy-of-reaction-remains-constant-in-the-presence-of-a-catalyst-reason-r-a-catalyst-participating-in-the-reaction-forms-a-differ https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTc4-select-the-correct-option-based-on-statements-below-assertion-a-all-collisions-of-reactant-molecules-lead-to-product-formation-reason-r-only-those-collisions-in-which-molecules-have-the-correct-orient https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTc5-select-the-correct-option-based-on-statements-below-assertion-a-the-rate-constant-determined-from-the-arrhenius-equation-is-fairly-accurate-for-simple-as-well-as-complex-molecules-reason-r-reactant-mo https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjQ1MDk1-the-half-life-for-a-zero-order-reaction-having-0-02-m-initial-concentration-of-reactant-is-100-s-the-rate-constant-in-mol-l-ndash-1-s-ndash-1-for-the-reaction-is-1-1-0-times-10-4-2-2-0-times-10-4-3-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjQ1MTEx-what-does-zab-represent-in-the-collision-theory-of-chemical-reactions-1-the-fraction-of-molecules-with-energies-greater-than-ea-2-the-collision-frequency-of-reactants-a-and-b-3-steric-factor-4-the-fra https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjUxMDc5-the-unit-of-rate-constant-for-a-zero-order-reaction-is-1-s-1-2-mol-l-1s-1-3-l-mol-1s-1-4-l2mol-2s-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjUxMDgw-the-half-life-of-a-certain-enzyme-catalysed-reaction-is-138-s-that-follow-the-1st-order-kinetics-the-time-required-for-the-concentration-of-the-substance-to-fall-from-1-28-mg-l-ndash-1-to-0-04-mg-l-nd https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjUxMTQx-the-rate-of-the-reaction-2n2o5-rarr-4no2-o2-can-be-written-in-three-ways-dn2o5dt-kn2o5-dno2dt-k-n2o5-do2dt-k-n2o5-find-out-the-relationship-between-k-and-k-prime-and-between-k-and-k-prime-prime-1-k-pr https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjUxMTUw-the-rate-of-the-reaction-2no-cl2-rarr-2nocl-is-given-by-the-rate-equation-rate-k-no-2-cl2-the-value-of-the-rate-constant-can-be-increased-by-1-increasing-the-concentration-of-no-2-increasing-the-conce https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjUxMTYw-activation-energy-ea-and-rate-constant-k1-and-k2-of-a-chemical-reaction-at-two-different-temperatures-t1-and-t2-are-related-by-1-ln-frac-k-2-k-1-frac-e-a-r-left-frac-1-t-2-frac-1-t-1-right-2-ln-frac-k https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjYzOTYy-a-300-gram-radioactive-sample-has-a-half-life-of-3-hours-after-18-hours-the-remaining-quantity-will-be-1-4-68-gram-2-2-34-gram-3-3-34-gram-4-9-37-gram-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY0NzQ3-if-the-concentration-of-a-solution-is-changed-from-0-2-to-0-4-then-what-will-be-rate-and-rate-constant-the-reaction-is-of-first-order-and-rate-constant-is-k-1-times-10-6-1-2-times-10-7-1-times-10-6-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY0NzQ4-find-the-amount-of-a-radioactive-substance-remaining-undecayed-after-16-days-given-that-its-half-life-is-4-days-1-14-2-18-3-116-4-132-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY0Nzk3-the-rate-of-a-first-order-reaction-is-1-5-times-10-ndash-2-mol-l-ndash-1-min-ndash-1-at-0-5-m-concentration-of-the-reactant-the-half-life-of-the-reaction-is-1-23-1-min-2-8-73-min-3-7-53-min-4-0-383-mi https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY0OTE5-if-the-bombardment-of-alpha-particle-on-n-7-14-emits-protons-then-new-atom-will-be-1-o-8-17-2-o-8-16-3-c-6-14-4-ne-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY0OTI2-what-is-the-decay-constant-in-days-sup1-of-a-substance-whose-half-life-is-77-days-1-0-9-2-0-09-3-0-009-4-0-013-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY1MjAx-consider-the-given-reaction-h-bro-3-3br-rightarrow-5br-2-h-2o-what-is-the-correct-representation-of-the-consumption-formation-of-reactants-and-products-1-d-br-dt-35d-br2-dt-2-d-br-dt-35d-br2-dt-3-d-br https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY1Mjg4-92u235-nucleus-absorb-a-neutron-and-disintegrate-in-54xe139-38sr94-and-x-the-product-x-is-1-3-neutrons-2-2-neutrons-3-alpha-particle-4-beta-particle-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY1MzA1-in-the-reaction-3a-rarr-2b-the-rate-of-reaction-d-b-dt-is-equal-to-1-32d-a-dt-2-23d-a-dt-3-13d-a-dt-4-2d-a-dt-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY1MzA2-2a-rarr-b-c-it-would-be-a-zero-order-reaction-when-1-the-rate-of-reaction-is-proportional-to-the-square-of-the-concentration-of-a-2-the-rate-of-reaction-remains-the-same-at-any-concentration-of-a-3-th https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY1NzQ1-for-the-reaction-2n-o-rarr-4no-o-at-a-given-instant-the-rate-of-reaction-is-1-02-times-10-mol-l-sup1-s-sup1-and-the-rate-constant-is-3-4-times-10-s-sup1-calculate-the-concentration-of-n-o-at-that-time https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY1NzQ3-when-a-biochemical-reaction-is-carried-out-in-a-laboratory-outside-the-human-body-in-the-absence-of-an-enzyme-then-the-rate-of-reaction-obtained-is-10-6-times-the-activation-energy-of-a-reaction-in-th https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY2MDQw-the-activation-energy-for-the-forward-reaction-a-rarr-b-is-ea-which-of-the-following-statements-about-the-activation-energy-for-the-reverse-reaction-is-correct-1-it-is-the-negative-of-ea-2-it-is-alway https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY2MDQ0-the-reaction-a-rarr-b-follows-first-order-kinetics-the-time-taken-for-0-8-mol-of-a-to-produce-0-6-mol-of-b-is-1-hour-the-time-taken-for-the-conversion-of-0-9-mol-of-a-to-produce-0-675-mol-of-b-will-be https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY2MDUw-if-the-rate-of-the-reaction-is-equal-to-the-rate-constant-the-order-of-the-reaction-is-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY2MDUx-the-temperature-dependence-of-the-rate-constant-k-of-a-chemical-reaction-is-written-in-terms-of-the-arrhenius-equation-k-a-e-ndash-e-rt-the-activation-energy-e-of-the-reaction-can-be-calculated-by-plo https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY2MDY3-the-radioisotope-tritium-h13-has-a-half-life-of-12-3-years-if-the-initial-amount-of-tritium-is-32-mg-how-many-milligrams-of-it-would-remain-after-49-2-years-1-1-mg-2-2-mg-3-4-mg-4-8-mg-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTcx-the-decomposition-of-nh3-on-a-platinum-surface-is-a-zero-order-reaction-the-rates-of-production-of-n2-and-h2-will-be-respectively-given-k-2-5-times-10-ndash-4-mol-ndash-1-l-s-ndash-1-1-2-5-times-10-mi https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTc5-the-rate-equation-of-a-reaction-is-expressed-as-rate-k-p-ch-3-och-3-frac-3-2-unit-of-rate-bar-min-ndash-1-the-units-of-the-rate-constant-will-be-1-bar1-2-min-2-bar2-min-ndash-1-3-bar-ndash-1-min-ndash https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTgx-the-factor-s-that-affect-the-rate-of-a-chemical-reaction-is-are-1-concentration-pressure-of-reactants-2-temperature-3-presence-of-a-catalyst-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTgz-which-of-the-following-statements-regarding-the-rate-constant-of-a-reaction-is-correct-1-the-rate-constant-approximately-doubles-with-an-increase-in-temperature-of-10-deg-c-2-the-rate-constant-becomes https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTg0-the-average-rate-of-reaction-between-the-time-interval-of-30-to-60-seconds-in-the-below-mentioned-pseudo-1st-order-reaction-is-t-s-0-30-60-90-ester-mol-l-ndash-1-0-55-0-31-0-17-0-085-1-6-67-times-10-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTg1-a-reaction-is-first-order-with-respect-to-a-and-second-order-with-respect-to-b-the-concentration-of-b-is-increased-three-times-the-new-rate-of-the-reaction-would-1-decrease-9-times-2-increase-9-times https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTg3-in-a-reaction-between-a-and-b-the-initial-rate-of-reaction-r0-was-measured-for-different-initial-concentrations-of-a-and-b-as-given-below-a-mol-l-ndash-1-0-20-0-20-0-40-b-mol-l-ndash-1-0-30-0-10-0-05 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTg4-for-a-reaction-2a-b-rarr-c-d-the-following-observations-were-recorded-experiment-a-mol-l-ndash-1-b-mol-l-ndash-1-initial-rate-of-formation-of-d-mol-l-ndash-1-min-ndash-1-i-0-1-0-1-6-0-times-10-ndash-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTg5-given-the-following-observations-experiment-a-mol-l-ndash-1-b-mol-l-ndash-1-initial-rate-mol-l-ndash-1-min-ndash-1-i-0-1-0-1-2-0-times-10-ndash-2-ii-x-0-2-4-0-times-10-ndash-2-iii-0-4-0-4-y-the-reacti https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTkx-a-radioactive-substance-has-a-rate-constant-of-4-text-years-1-what-is-its-half-life-1-0-05-years-2-0-17-years-3-0-26-years-1-4-1-6-years-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTky-during-a-nuclear-explosion-one-of-the-products-is-90sr-with-a-half-life-of-28-1-years-if-1-micro-g-of-90sr-was-absorbed-in-the-bones-of-a-newly-born-baby-instead-of-calcium-the-amount-of-90sr-that-wil https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY5OTkz-for-the-decomposition-of-azoisopropane-to-hexane-and-nitrogen-at-543-k-the-following-data-was-obtained-the-rate-constant-of-the-above-reaction-would-be-1-1-21-times-10-ndash-3-s-ndash-1-2-2-21-times-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjcxNTUz-for-the-reaction-2a-b-rarr-a-b-the-rate-law-is-rate-k-a-b-sup2-where-k-2-0-times-10-mol-sup2-l-sup2-s-sup1-a-0-1-m-and-b-0-2-m-what-is-the-initial-rate-of-the-reaction-1-0-04-times-10-9-mol-l-1s-1-2-8 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjcxNjI4-what-is-the-ratio-of-the-time-required-for-99-completion-to-the-time-required-for-90-completion-of-a-first-order-reaction-1-t99-3t90-2-t99-2t90-3-t99-4t90-4-t90-2t99-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjcxNjQ5-what-are-the-dimensions-of-the-rate-constant-k-in-the-rate-law-text-rate-k-left-h-2-o-2-right-left-i-right-1-mol-1ls-1-2-mol-1ls-2-3-moll-1s-1-4-mol-2ls-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjcxNjUw-consider-the-following-rate-expression-rate-kch3cho32-the-order-of-reaction-and-dimension-of-the-rate-constant-are-respectively-1-32-k-mol-1ls-1-2-3-k-mol-1ls-1-3-32-k-mol12l-12s-1-4-32-k-mol-12l12s-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjcxNjUx-if-the-concentration-of-the-reactant-is-made-twice-the-new-rate-of-reaction-for-the-second-order-reaction-would-be-1-2-times-2-4-times-3-3-times-4-no-change-in-the-rate-of-the-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjcyMTcx-a-first-order-reaction-takes-40-min-for-30-decomposition-half-life-of-the-reaction-is-1-55-9-min-2-77-9-min-3-63-9-min-4-80-9-min-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjcyMTc2-the-rate-constant-for-a-first-order-reaction-is-60s-1-the-time-required-to-reduce-the-initial-concentration-of-the-reactant-to-its-1-16-value-is-1-5-64-times-10-2s-2-6-64-times-10-2s-3-4-62-times-10-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjcyMzIx-a-first-order-reaction-s-10-percent-completion-time-at-298-k-is-the-same-as-its-25-percent-completion-time-at-308-k-the-value-of-ea-will-be-1-76-64-j-mol-1-2-66-64-kj-mol-1-3-76-64-kj-mol-1-4-70-34-kj https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc0MTUw-based-on-the-graph-below-the-average-rate-of-reaction-will-be-1-frac-r-2-r-1-t-2-t-1-2-frac-r-2-r-1-t-2-t-1-3-frac-r-2-t-2-4-frac-r-1-r-2-t-2-t-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc0MTUy-consider-the-following-graph-the-instantaneous-rate-of-reaction-at-t-600-sec-will-be-1-thinsp-4-75-times-10-4-mol-l-1s-1-2-5-75-times-10-5-mol-l-1s-1-3-6-75-times-10-6-mol-l-1s-1-4-6-75-times-10-6-mol https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc0MTgw-the-slope-of-the-given-below-graph-is-1-k2-303-2-k2-303-3-2-303k-4-2-303k-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc0MTkx-the-nature-of-the-reaction-represented-in-the-following-graph-is-1-endothermic-reaction-2-exothermic-reaction-3-both-endothermic-and-exothermic-reactions-are-represented-by-the-same-graph-4-none-of-th https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc0MTk0-the-graph-between-lnk-and-1-t-is-given-below-the-value-of-activation-energy-would-be-1-207-8-mathrm-kj-mathrm-mol-2-207-8-mathrm-kj-mathrm-mol-3-210-8-mathrm-kj-mathrm-mol-4-210-8-mathrm-kj-mathrm-mol https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc0MTk1-the-correct-statement-about-x-in-the-below-mentioned-graph-1-x-represents-activation-energy-without-catalyst-2-x-represents-activation-energy-with-catalyst-3-x-represents-the-enthalpy-of-the-reaction https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc0NDYy-for-a-general-reaction-a-rarr-b-the-plot-of-concentration-of-a-vs-time-is-given-below-the-order-of-the-reaction-would-be-1-zero-2-first-3-half-4-second-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc0ODAw-for-a-general-reaction-a-rarr-b-the-plot-of-concentration-of-a-vs-time-is-given-below-the-unit-of-the-rate-constant-would-be-1-mathrm-mol-1-mathrm-l-1-mathrm-s-1-2-s-1-3-mathrm-mol-mathrm-l-1-mathrm-s https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc3MTgx-for-a-reaction-a-rarr-b-enthalpy-of-reaction-is-4-2-kj-thinsp-mol-1-and-enthalpy-of-activation-is-9-6-kj-thinsp-mol-1-the-correct-potential-energy-profile-for-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc3MTk4-the-slope-of-arrhenius-plot-ln-k-v-s-1t-of-the-first-order-reaction-is-5-times-103-k-the-value-of-ea-of-the-reaction-is-given-r-8-314-jk-ndash-1-mol-ndash-1-1-166-kj-mol-ndash-1-2-ndash-83-kj-mol-ndas https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzE2NDky-rate-constant-k-and-temperature-t-are-related-as-1-k-a-e-frac-e-a-rt-2-k-a-e-frac-rt-e-a-3-k-a-e-frac-e-a-rt-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzM5NDAz-the-given-graph-is-a-representation-of-the-kinetics-of-a-reaction-the-y-and-x-axes-for-zero-and-first-order-reactions-respectively-are-1-zero-order-y-rate-and-x-concentration-first-order-y-rate-and-x https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzM5NDA5-for-a-first-order-reaction-a-rightarrow-products-initial-concentration-of-a-is-0-1-m-which-becomes-0-001-m-after-5-minutes-rate-constant-for-the-reaction-in-min-1-is-1-0-2303-2-1-3818-3-0-9212-4-0-460 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzM5Nzg4-for-the-reaction-2a-rarr-b-rates-k-a-2-if-the-concentration-of-reactant-is-doubled-then-the-a-rate-of-reaction-will-be-doubled-b-rate-constant-will-remain-unchanged-however-rate-of-reaction-is-directl https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzM5ODE1-the-plot-of-ln-k-vs-1-over-t-for-the-following-reaction-2n-2o-5-g-rightarrow-4no-2-g-o-2-g-gives-a-straight-line-with-the-slope-of-the-line-equal-to-1-0-times-10-4-k-what-is-the-activation-energy-for https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQ2NDUx-the-half-life-of-a-first-order-reaction-is-2000-years-if-the-concentration-after-8000-years-is-0-02-m-then-the-initial-concentration-was-1-0-16-m-2-0-32-m-3-0-08-m-4-0-04-m-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQ2NDk1-for-a-chemical-reaction-4a-3b-rarr-6c-9d-rate-of-formation-of-c-is-6-times-10-ndash-2-mol-l-ndash-1-s-ndash-1-and-rate-of-disappearance-of-a-is-4-times-10-ndash-2-mol-l-ndash-1-s-ndash-1-the-rate-of-r https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzY2Nzg4-analyze-the-energy-profile-diagram-and-select-the-correct-statement-s-p-number-of-intermediates-2-q-number-of-transition-states-3-r-reaction-is-endothermic-1-p-q-only-2-p-r-only-3-q-r-only-4-p-q-r-1-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzY2OTYz-given-below-are-two-statements-assertion-a-a-reaction-can-have-zero-activation-energy-reason-r-the-minimum-amount-of-energy-required-by-reactant-molecules-so-that-their-energy-becomes-equal-to-thresho https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzY2OTkx-for-a-certain-reaction-the-rate-k-a-2-b-when-the-initial-concentration-of-a-is-tripled-keeping-the-concentration-of-b-constant-the-initial-rate-would-be-1-increase-by-a-factor-of-three-2-decrease-by-a https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzY4MjQ2-the-correct-options-for-the-rate-law-that-corresponds-to-overall-first-order-reaction-is-1-rate-k-a-0-b-2-2-rate-k-a-b-3-rate-k-a-1-2-b-2-4-rate-k-a-1-2-b-3-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzY4Mjc4-for-a-reaction-3a-rightarrow-2b-the-average-rate-of-appearance-of-b-is-given-by-delta-b-over-delta-t-the-correct-relation-between-the-average-rate-of-appearance-of-b-with-the-average-rate-of-disappear https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzcxMTU0-the-correct-rate-law-for-the-given-balanced-reaction-is-4a-2b-rarr-c-3d-1-rate-k-a-4-b-2-2-rate-k-a-2-b-3-rate-k-c-d-3-a-4-b-2-4-cannot-be-determined-from-the-information-given-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU1MDMz-activation-energy-of-any-chemical-reaction-can-be-calculated-if-one-knows-the-value-of-1-probability-of-collision-2-orientation-of-reactant-molecules-during-collision-3-rate-constant-at-two-different https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU1MDM3-which-plot-of-in-k-vs-frac-text-i-text-t-is-consistent-with-arrhenius-equation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU1MDQ1-the-rate-of-a-reaction-quadruples-when-temperature-changes-from-27-deg-c-to-57-deg-c-calculate-the-energy-of-activation-given-r-8-314-j-k-ndash-1-mol-ndash-1-log-4-0-6021-1-380-4-kj-mol-2-3-80-kj-mol https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU2Nzg4-which-of-the-following-expression-is-correct-for-the-reaction-given-below-2-mathrm-hi-g-rightarrow-mathrm-h-2-g-mathrm-i-2-g-1-dfrac-delta-mathrm-h-i-delta-t-dfrac-2-delta-left-mathrm-h-2-right-delta https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU2ODE5-effective-collisions-are-known-to-possess-a-energy-greater-than-the-threshold-energy-b-breaking-of-old-bonds-in-the-reactant-c-formation-of-a-new-bond-in-the-product-d-high-activation-energy-e-proper https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU2ODcy-what-is-the-rate-constant-for-a-reaction-if-the-time-taken-by-the-first-order-decomposition-of-text-so-2-text-cl-2-to-decompose-to-40-is-560-seconds-given-log-2-5-0-3979-1-2-726-times-10-5-mathrm-min https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4MDIz-the-decomposition-of-n2o5-in-ccl4-at-318k-has-been-studied-by-monitoring-the-concentration-of-n2o5-in-the-solution-initially-the-concentration-of-n2o5-is-2-33-mol-l-1-and-after-184-minutes-it-is-reduc https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjk5MjYz-the-rate-equation-for-the-reaction-2a-b-c-is-found-to-be-rate-k-a-b-the-correct-statement-in-relation-to-this-reaction-is-that-the-1-unit-of-k-must-be-s-1-2-t1-2-is-a-constant-3-rate-of-formation-of-c https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzE2NDg0-for-a-reaction-a-b-product-the-rate-law-is-given-by-r-k-a-1-2-b-2-the-order-of-the-reaction-is-1-1-5-2-1-5-3-0-5-4-2-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzI0MzU2-for-the-reaction-a-b-products-experiment-a-b-rate-mole-litre-1-min-1-1-0-01-0-01-2-10-4-2-0-02-0-01-4-10-4-3-0-01-0-02-8-10-4-the-rate-law-and-unit-of-rate-constant-respectively-are-1-rate-k-a-2-b-and https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzA4NDE0-h2-gas-is-absorbed-on-the-metal-surface-like-gold-tungsten-etc-this-follows-order-reaction-1-third-2-second-3-zero-4-first-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzM2NjI3-which-of-the-following-statements-is-not-true-for-the-rate-constant-k-1-large-value-of-k-indicates-fast-reactions-2-the-value-of-k-is-independent-of-the-concentration-of-reactants-3-the-value-of-k-is https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzM3ODk3-given-the-reaction-a-b-rightarrow-products-when-concentration-of-a-is-fixed-and-concentration-of-b-is-increased-3-times-then-rate-of-reaction-increases-27-times-now-when-the-concentration-of-a-and-b-b https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQyNTky-the-plot-of-concentration-of-a-reactant-vs-time-for-a-chemical-reaction-is-shown-below-the-order-of-this-reaction-with-respect-to-the-reactant-is-1-0-2-1-3-2-4-not-possible-to-determine-from-this-plot https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzEwNzM4-the-elementary-step-of-the-reaction-2-mathrm-na-mathrm-cl-2-rightarrow2-mathrm-nacl-is-found-to-follow-3rd-order-kinetics-its-molecularity-is-1-one-1-2-two-2-3-three-3-4-four-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc5ODgw-the-time-for-the-half-life-period-of-a-certain-reaction-a-products-is-1-hour-when-the-initial-concentration-of-the-reactant-a-is-2-0-mol-l-1-the-time-taken-for-its-concentration-to-come-from-0-50-to-0 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjg0Nzk2-consider-the-reaction-2a-b-products-when-concentration-of-b-alone-was-doubled-the-half-life-did-not-change-when-the-concentration-of-a-alone-was-doubled-the-rate-increased-by-two-times-the-unit-of-rat https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzM3Mzk5-which-of-the-following-curves-represents-a-first-order-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzA4MjIy-half-life-of-substance-a-following-first-order-kinetics-is-5-days-starting-with-100g-of-a-the-amount-left-after-15-days-will-be-1-25-g-2-50-g-3-12-5-g-4-6-25-g-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzMwOTkz-example-s-of-a-pseudo-unimolecular-reaction-among-the-following-is-are-1-small-ch-3cooc-2h-5-naoh-rightarrow-ch-3coona-c-2h-5oh-2-small-ch-3cooc-2h-5-h-2o-xrightarrow-h-ch-3cooh-c-2h-5oh-3-c-12-h-22-o https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-Rpb246NjU0Ng-if-a-is-the-initial-concentration-of-a-substance-that-reacts-according-to-zero-order-kinetics-and-k-is-the-rate-constant-then-the-time-for-the-reaction-to-go-to-completion-is-1-a-k-2-2-ka-3-k-a-4-2k-a https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4MDI5-in-a-first-order-reaction-time-required-for-completion-of-99-9-is-x-times-of-half-life-t1-2-of-the-reaction-when-reaction-is-completed-99-9-r-n-r-0-0-999-r-0-the-value-of-x-is-1-5-2-10-3-15-4-20-1-2-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4NTQ0-if-75-of-a-first-order-reaction-was-completed-in-90-minutes-60-of-the-same-reaction-would-be-completed-in-approximately-in-minutes-take-log-2-0-30-log-2-5-0-40-1-50-min-2-60-min-3-70-min-4-65-min-1-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQyMDYy-given-below-are-two-statements-assertion-a-for-an-endothermic-reaction-the-potential-energy-of-the-reactant-is-more-than-the-potential-energy-of-the-product-reason-r-reactant-molecules-before-converti https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc5Njk4-for-the-non-stoichiometry-reaction-2a-b-c-d-the-following-kinetic-data-were-obtained-in-three-separate-experiments-all-at-298-k-initial-concentration-a-initial-concentration-b-initial-rate-of-formatio https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY0MDkz-for-a-first-order-reaction-a-b-the-reaction-rate-at-a-reactant-concentration-of-0-01m-is-found-to-be-2-0-10-5-mole-l-1-s-12-0-10-5-mole-l-1-s-12-0-10-5-mole-l-1-s-1-the-half-life-period-of-the-reactio https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc5MzY2-the-rate-of-a-reaction-is-decreased-by-3-555-times-when-the-temperature-was-changed-from-40-c-to-30-c-the-activation-energy-in-kj-mol-1mol-1-of-the-reaction-is-take-r-8-314-j-mol-1k-1mol-1k-1-and-in-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzM3NDg0-the-rate-constant-the-activation-energy-and-the-arrhenius-parameter-of-a-chemical-reaction-at-25-circ-c-are-3-times10-4-s-1-104-4-kj-mol-1-and-6-times10-14-s-1-respectively-the-value-of-the-rate-const https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzEzNTMx-what-is-the-pre-exponential-factor-for-a-reaction-at-500-k-with-a-rate-constant-of-0-02-s-and-an-activation-energy-of-18-230-kj-1-1-61-2-1-41-3-1-81-4-1-21-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzgwODk5-for-a-reaction-a-b-rightarrow-text-product-the-rate-is-given-by-r-k-a-1-2-b-2-what-is-the-order-of-the-reaction-1-0-5-2-2-3-2-5-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzEwNzMw-the-rate-of-a-reaction-is-expressed-in-different-ways-as-follows-12d-c-dt-15d-d-dt-13d-a-dt-d-b-dt-12d-c-dt-15d-d-dt-13d-a-dt-d-b-dt-frac-1-2-frac-d-c-d-t-frac-1-5-frac-d-d-d-t-frac-1-3-frac-d-a-d-t-f https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mzc1MzA1-one-of-the-steps-in-the-manufacture-of-nitric-acid-is-the-oxidation-of-ammonia-shown-in-this-equation-4nh3-g-5o2-g-4no-g-6h2o-g-if-gaseous-water-appears-at-a-rate-of-0-025-mol-min-1-at-what-rate-does https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTQ3OTI0-for-the-reaction-n2-3h2-2nh3-the-rate-d-nh3-dtd-nh3-dt-2x10-4-ms-1-therefore-the-rate-d-n2-dt-d-n2-dt-is-given-as-1-10-4-ms-1-2-104-ms-1-3-10-2-sm-1-4-10-4-sm-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzkwNDk3-for-a-zero-order-reaction-2x-y-z-which-of-the-following-represents-the-correct-rate-law-1-rate-k-x-y-2-rate-k-x-0-y-0-3-rate-k-x-0-y-4-rate-k-x-y-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQ3NDQ1-for-the-reaction-a-2b-c-d-which-of-the-following-statements-is-correct-1-rate-of-disappearance-of-a-rate-of-disappearance-of-b-2-rate-of-disappearance-of-a-1-2-rate-of-appearance-of-c-3-rate-of-disapp https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzYzNTg5-what-is-the-correct-relationship-amongst-the-rate-expressions-for-the-chemical-reaction-of-the-type-2a-rightarrow-frac12b-1-2-frac-d-a-dt-frac12-frac-d-b-dt-2-2-frac-d-a-dt-frac12-frac-d-b-dt-3-frac12 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTQ3OTYw-for-the-reaction-n2-3h2-2nh3-if-d-nh3-dtd-nh3-dtd-nh3-dt-2x10-4-mol-l-1s-1-the-value-of-d-h2-dt-d-h2-dt-d-h2-dt-would-be-1-3x10-4-mol-l-1s-1-2-4x10-4-mol-l-1s-1-3-6x10-4-mol-l-1s-1-4-1x10-4-mol-l-1s-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzM2Mzg0-for-the-reaction-n-2-3h-2-rightarrow-2nh-3-the-rate-of-disappearance-of-h-2-is-6-times-10-4-mole-litre-1-min-1-find-the-rate-of-appearance-of-nh-3-1-2-times-10-4-mole-litre-1-min-1-2-4-times-10-4-mole https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDM4NTIx-which-of-the-following-is-the-overall-order-of-a-reaction-based-on-the-data-given-below-a-b-rate-of-reaction-exp-1-0-1-0-1-6-times10-1-exp-2-0-3-0-2-72-times10-1-exp-3-0-3-0-4-288-times10-1-exp-4-0-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDYwOTc1-the-reaction-2x-y-rightarrow-3z-was-studied-and-the-following-data-were-obtained-experiment-x-y-rate-mole-liter-sec-1-3-0-1-5-1-8-2-1-5-3-0-0-90-3-1-5-1-5-0-45-what-is-the-proper-rate-expression-1-rat https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDk0NDE-in-a-catalytic-reaction-involving-the-formation-of-ammonia-by-haber-s-process-n2-3h2-2nh3-n2-3h2-2nh3-n2-3h2-2nh3-the-rate-of-appearance-of-nh3-was-measured-as-2-5-10-4moll-1s-12-5-10-4moll-1s-12-5-10 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzkwNDk4-match-the-rate-law-given-in-column-i-with-the-dimensions-of-rate-constants-given-in-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-rate-k-nh-3-0-i-text-mol-l-1-text-s-1-b-rate-k-h-2o-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzcxMTU2-in-the-reaction-a-2b-c-the-rate-law-is-experimentally-determined-to-be-rate-k-b-2-what-happens-to-the-initial-rate-of-reaction-when-the-concentration-of-a-is-doubled-1-the-rate-doubles-2-the-rate-quad https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDk0MTU3-the-reaction-that-occurs-in-a-breath-analyser-a-device-used-to-determine-the-alcohol-level-in-a-person-s-blood-stream-is-2-mathrm-k-2-mathrm-cr-2-mathrm-o-7-8-mathrm-h-2-mathrm-so-4-3-mathrm-c-2-mathr https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzA4MzMz-for-the-reaction-h-i-2hi-the-differential-rate-law-is-best-represented-by-which-of-the-following-expressions-1-frac-d-left-mathrm-h-2-right-d-t-frac-d-left-mathrm-i-2-right-d-t-2-frac-d-mathrm-hi-d-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDYwMDgy-using-the-experimental-data-provided-for-the-reaction-a-b-c-find-the-correct-rate-law-mathrm-a-left-mathrm-mol-mathrm-l-1-right-mathrm-b-left-mathrm-mol-mathrm-l-1-right-mathrm-initial-rate-of-formati https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mzc1MTQ0-for-the-given-reaction-c3h8-5o2-3co2-4h2o-how-does-the-rate-of-disappearance-of-o2-compare-to-the-rate-of-production-of-co2-1-same-as-the-rate-of-production-of-co2-2-dfrac-1-5-the-rate-of-production-o https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTA5MDU-the-statement-among-the-following-that-is-not-correct-about-the-order-of-a-reaction-is-1-the-order-of-a-reaction-can-be-a-fractional-number-2-the-order-of-a-reaction-is-an-experimentally-determined-qu https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDYwMjgz-the-table-below-gives-the-initial-concentrations-and-corresponding-reaction-rates-for-three-experiments-experiments-initial-mathrm-clo-2-mathrm-mol-mathrm-l-1-initial-mathrm-oh-mathrm-mol-mathrm-l-1-i https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzkwNTA3-match-the-column-i-with-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-zero-order-i-k-ae-e-a-rt-b-first-order-ii-c-endothermic-reaction-iii-k-frac-2-303-t-log-frac-a-0-a-d-arrhenius-eq https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzkwNTA1-the-temperature-dependence-of-the-rate-of-a-chemical-reaction-is-given-by-the-arrhenius-equation-which-of-the-following-expressions-correctly-represents-this-relationship-1-k-ae-e-a-rt-2-k-ae-e-a-rt-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU2NDc2-which-of-the-following-would-give-a-linear-plot-as-per-the-arrhenius-equation-1-k-text-vs-t-2-k-text-vs-mathrm-l-t-3-ln-k-text-vs-t-4-ln-k-text-vs-1-t-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mzc2NDkx-according-to-collision-theory-which-of-the-following-statements-is-correct-1-reactants-don-t-need-to-collide-to-react-2-a-reaction-will-only-occur-if-reactants-collide-in-specific-orientations-3-a-rea https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzA5NzUy-which-of-the-following-statements-is-correct-regarding-the-equation-k-ae-ea-rt-1-k-is-the-equilibrium-constant-2-a-is-adsorption-factor-3-ea-is-the-energy-of-activation-4-r-is-the-rydberg-constant-1-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTEwMTY-the-activation-energy-of-a-reaction-can-be-determined-from-the-slope-of-which-of-the-following-graphs-1-in-k-vs-t-2-in-frac-k-t-vs-t-3-in-k-vs-frac-1-t-4-in-frac-t-k-vs-frac-1-t-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQxNDY2-consider-the-equilibrium-reaction-a-g-b-g-with-an-enthalpy-change-h-of-42-kj-mol-determine-the-activation-energies-for-the-forward-and-backward-reactions-given-that-the-ratio-of-the-activation-energy https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzkwNTA2-which-of-the-following-diagrams-accurately-depicts-an-endothermic-reaction-with-a-significant-activation-energy-barrier-for-the-forward-process-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mzc0ODk1-which-of-the-following-correctly-relates-the-slope-of-a-plot-of-ln-k-versus-1-t-for-a-first-order-reaction-to-the-activation-energy-e-1-e-a-text-slope-times-8-314-j-mol-1-k-1-2-e-a-text-slope-times-8 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mzk4MDg5-choose-the-incorrect-statement-about-the-arrhenius-equation-1-a-high-activation-energy-usually-implies-a-fast-reaction-2-the-rate-constant-increases-with-an-increase-in-temperature-this-is-due-to-a-gr https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQwODc1-assertion-a-a-product-can-form-only-when-the-required-orientation-and-energy-conditions-are-met-reason-r-all-collisions-between-reactants-yield-the-desired-product-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NDk0NDI-for-a-chemical-reaction-a-products-which-of-the-following-is-the-order-of-the-reaction-if-the-rate-doubles-when-the-concentration-of-a-is-increased-four-times-1-4-2-0-3-1-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQ4NzUz-which-formula-correctly-represents-the-relationship-between-the-rate-constant-and-activation-energy-1-log-frac-mathrm-k-1-mathrm-k-2-frac-mathrm-e-mathrm-a-2-303-mathrm-r-left-frac-mathrm-t-2-mathrm-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzYyODk3-for-a-first-order-reaction-a-b-t1-2-is-30-minutes-the-time-in-minutes-required-for-75-completion-of-the-reaction-is-1-50-min-2-60-min-3-40-min-4-30-min-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjk5MzE3-which-of-the-following-is-the-mass-of-a-radioisotope-remaining-undecayed-after-24-hours-if-its-half-life-is-4-hours-and-the-initial-mass-is-200-g-1-1-042-g-2-2-084-g-3-3-125-g-4-4-167-g-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQ5MjY2-an-example-of-a-pseudo-first-order-reaction-among-the-following-is-1-inversion-of-cane-sugar-2-radioactive-decay-3-hydrogenation-of-ethene-4-decomposition-of-gaseous-ammonia-on-a-hot-platinum-surface https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQ4NTk2-which-of-the-following-graph-is-correct-for-a-first-order-reaction-a-g-rightarrow-b-g-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTQw-the-correct-statements-among-the-following-regarding-a-balanced-chemical-equation-of-an-elementary-reaction-are-a-order-is-the-same-as-molecularity-b-order-is-less-than-the-molecularity-c-order-is-gre https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzY2Njc4-which-of-the-following-is-the-ratio-of-time-required-for-87-5-completion-t-87-5-to-the-half-life-t-50-for-a-first-order-reaction-1-4-2-6-3-3-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTE1OTQ-for-a-first-order-reaction-a-b-the-reaction-rate-at-reactant-concentration-of-0-01m-is-found-to-be-2-0-10-5-mol-l-1s-1-the-half-life-period-of-the-reaction-is-1-220-s-2-30-s-3-300-s-4-347-s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDQwMDE3-which-of-the-following-represents-the-ratio-of-time-required-for-99-completion-t-99-to-that-for-90-completion-t-90-for-a-first-order-reaction-1-two-2-2-four-4-3-zero-0-4-five-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzYzMjA4-a-reaction-follows-1st-order-kinetics-with-rate-constant-k-20-min-1-calculate-the-time-required-to-reach-the-concentration-to-1-32-times-of-initial-concentration-1-0-17325-min-2-1-7325-min-3-17-325-mi https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjg0MzQz-which-of-the-following-is-the-time-required-for-99-completion-of-a-first-order-reaction-if-its-half-life-is-6-93-minutes-log-2-0-301-1-230-3-minutes-2-23-03-minutes-3-46-06-minutes-4-460-6-minutes-1-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTYwOTk2-5-g-radioactive-substance-is-taken-in-1-l-flask-how-much-substance-will-be-left-after-100-years-if-half-life-of-substance-in-25-years-1-2-5-g-2-1-5-g-3-0-625-g-4-0-3125-g-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQwODY5-consider-the-given-two-statements-assertion-a-acid-catalyzed-hydrolysis-of-esters-is-the-pseudo-first-order-reaction-reason-r-water-is-present-in-excess-in-a-given-reaction-1-both-a-and-r-are-true-and https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzU3NzMy-which-of-the-following-statements-is-incorrect-1-half-life-of-a-first-order-reaction-is-inversely-proportional-to-the-rate-constant-2-half-life-of-a-zero-order-reaction-is-proportional-to-the-initial https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQyMDU2-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-t1-2-for-a-first-order-reaction-is-a-constant-value-characteristic-of-the-reaction-at-a https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDYwNjcz-which-of-the-following-represents-the-fraction-of-reactant-remaining-after-255-seconds-for-a-first-order-reaction-with-a-half-life-of-85-seconds-1-frac-1-2-2-frac-1-4-3-frac-1-8-4-frac-1-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4MDI0-consider-the-two-rate-laws-i-rate-k-a-1-2-b-3-2-ii-rate-k-a-3-2-b-1-the-correct-statement-among-the-following-is-1-the-overall-order-for-rate-expression-i-is-2-and-for-ii-is-frac-5-2-2-the-overall-ord https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDg1MTU2-in-the-reaction-small-mathrm-a-2-mathrm-b-rightarrow-6-mathrm-c-2-mathrm-d-if-the-initial-rate-dfrac-d-a-d-t-at-t-0-is-2-6-times-10-2-mathrm-m-mathrm-sec-1-then-find-the-value-of-dfrac-d-b-d-t-text-at https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mzc4NTQ5-what-is-the-correct-expression-for-the-half-life-of-a-zero-order-reaction-given-co-initial-concentration-of-reactant-1-frac-c-0-k-2-frac-c-0-2-k-3-frac-2-c-0-k-4-frac-2-c-0-3-k-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU2MzMz-which-of-the-following-rate-laws-has-an-overall-order-of-0-5-for-the-reaction-a-b-c-rightarrow-product-1-k-a-b-c-0-5-2-k-a-0-5-b-0-5-c-0-5-3-k-a-1-5-b-1-c-0-4-k-a-b-0-c-0-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQ4NzE5-for-which-of-the-following-rate-law-the-overall-order-of-the-reaction-is-one-1-r-k-a-frac-1-2-b-1-2-mathrm-r-mathrm-k-mathrm-a-frac-1-2-mathrm-b-1-3-r-k-a-frac-3-2-b-frac-1-2-4-r-k-a-frac-1-2-b-frac-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjk4MDU1-a-reaction-was-found-to-be-second-order-with-respect-to-the-concentration-of-carbon-monoxide-if-the-concentration-of-carbon-monoxide-is-doubled-with-everything-else-kept-the-same-the-rate-of-reaction https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU1NzU4-the-rate-law-for-a-reaction-is-rate-k-a-b-if-the-concentrations-of-both-a-and-b-are-doubled-the-rate-becomes-x-times-the-original-rate-and-the-overall-order-of-the-reaction-is-y-the-value-of-x-y-is-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzU4Mjcy-how-much-will-the-rate-of-reaction-increase-when-the-concentrations-of-a-and-b-are-both-doubled-given-that-the-order-with-respect-to-a-is-2-and-with-respect-to-b-is-3-1-12-2-16-3-32-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzYxMTE5-which-of-the-following-is-the-unit-of-the-rate-constant-k-for-the-reaction-2a-2b-a-b-when-the-rate-law-is-given-by-rate-k-a-b-1-text-mol-text-l-1-text-s-1-2-text-s-1-3-text-mol-text-l-1-4-text-mol-2-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTYwNTg5-which-of-the-following-is-the-order-of-the-reaction-if-the-rate-constant-is-3-x-10-3-mol-2-l2s-1-1-1-2-zero-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mzk3ODky-which-of-the-following-is-the-order-of-a-reaction-if-50-completion-occurs-in-100-s-and-75-completion-occurs-in-200-s-1-second-2-third-3-zero-4-first-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzI0MzUy-consider-the-reaction-a-b-products-on-keeping-the-concentration-of-b-fixed-and-increasing-the-concentration-of-a-3-times-the-rate-of-reaction-increases-27-times-now-the-concentration-of-a-and-b-are-bo https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTg4NzEz-which-quantity-is-affected-when-a-catalyst-is-added-to-a-chemical-reaction-1-enthalpy-2-activation-energy-3-entropy-4-internal-energy-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQ3MjQ0-the-effect-of-adding-a-catalyst-on-the-activation-energy-ea-of-a-reaction-is-1-activation-energy-decreases-2-activation-energy-increases-3-activation-energy-remains-the-same-4-it-depends-on-the-reacti https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjAwNjcz-an-increase-in-the-concentration-of-the-reactants-of-a-reaction-leads-to-a-change-in-1-heat-of-reaction-2-threshold-energy-3-collision-frequency-4-activation-energy-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjAwNzA2-the-rate-constant-for-a-first-order-reaction-is-4-606-10-34-606-10-34-606-10-3-s-1s-1s-1-the-time-required-to-reduce-2-0-g-of-the-reactant-to-0-2-g-will-be-1-200-s-2-500-s-3-1000-s-4-100-s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTQ3OTY0-for-the-reaction-2a-b-2c-rate-k-a-b-find-the-factor-by-which-the-rate-changes-when-the-vessel-volume-is-reduced-to-one-fourth-1-0-25-2-16-3-64-4-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTQ3OTYx-if-60-of-a-first-order-reaction-is-completed-in-60-minutes-50-of-the-same-reaction-takes-approximately-log4-0-60-log5-0-69-1-55-min-2-45-min-3-60-min-4-30-min-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTEwMjI-when-the-initial-concentration-of-a-reactant-is-doubled-in-a-reaction-its-half-life-period-is-not-affected-the-order-of-the-reaction-will-be-1-0-2-1-3-1-5-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTc2-select-the-correct-option-based-on-statements-below-assertion-a-order-and-molecularity-are-the-same-reason-r-order-is-determined-experimentally-and-molecularity-is-the-sum-of-the-stoichiometric-coeffi https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246ODkwMTI-the-mechanism-of-a-hypothetical-reaction-x2-y2-2xy-is-given-below-i-x2-x-x-fast-ii-x-y2-xy-y-slow-iii-x-y-xy-fast-the-overall-order-of-the-reaction-will-be-1-2-2-0-3-1-5-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246NjYxODI-in-a-reaction-the-rate-k-a-1-b-2-3-the-order-of-the-reaction-is-1-1-3-2-2-3-1-3-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTkyODQ4-given-below-is-an-expression-for-the-rate-constant-of-a-first-order-reaction-occurring-at-a-certain-temperature-t-k-ln-k-14-cdot34-frac-1-cdot25-times-10-4-t-the-energy-of-activation-in-kcal-mol-1-for https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTkyODQz-for-a-certain-reaction-r-product-the-plot-of-concentration-r-vs-time-has-a-negative-slope-as-shown-the-order-of-reaction-is-1-0-2-1-3-2-4-2-5-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTkyODE2-match-list-i-with-list-ii-list-i-order-of-reaction-list-ii-unit-of-rate-constant-a-zero-order-i-mathrm-mol-1-mathrm-l-mathrm-s-1-b-first-order-ii-mathrm-mol-2-mathrm-l-2-mathrm-s-1-c-second-order-iii https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTk4MjQ5-2a-xrightarrow-k-b-is-a-zero-order-reaction-where-k-1-0-text-mol-l-1-text-min-1-if-the-initial-concentration-of-a-is-2-text-m-then-the-time-taken-to-complete-75-of-the-reaction-will-be-1-2-0-min-2-1-5 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTk4MjIx-for-an-elementary-chemical-reaction-the-arrhenius-plot-is-given-below-if-the-energy-of-activation-is-6-64-kj-mol-1-and-r-8-3-j-k-1-mol-1-the-temperature-at-which-the-rate-constant-becomes-e2-min-1-is https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTM1MTgy-if-the-half-life-t-1-2-for-a-first-order-reaction-is-1-text-minute-then-the-time-required-for-99-9-completion-of-the-reaction-is-closest-to-1-5-text-minutes-2-10-text-minutes-3-2-text-minutes-4-4-text https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTM1MTcz-c-s-2-h-2-g-rightarrow-ch-4-g-delta-h-74-8-kj-mol-1-which-of-the-following-diagrams-gives-an-accurate-representation-of-the-above-reaction-r-reactants-p-products-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTM1MTU4-if-the-rate-constant-of-a-reaction-is-0-03-s-1-how-much-time-does-it-take-for-7-2-text-mol-l-1-concentration-of-the-reactant-to-get-reduced-to-0-9-text-mol-l-1-given-log-2-0-301-1-210-s-2-21-0-s-3-69 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDY4ODky-rate-constants-of-a-reaction-at-500-k-and-700-k-are-0-04-s-1-and-0-14-s-1-respectively-then-the-activation-energy-of-the-reaction-is-given-log-3-5-0-5441-r-8-31-text-j-text-k-1-text-mol-1-1-18231-j-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDY4ODY3-which-of-the-following-plot-represents-the-variation-of-ln-k-versus-frac-1-t-according-to-the-arrhenius-equation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDY4ODE0-the-following-data-is-for-a-reaction-between-reactants-a-and-b-rate-mol-l-1-s-1-a-b-2-times10-3-0-1-m-0-1-m-4-times10-3-0-2-m-0-1-m-1-6-times10-2-0-2-m-0-2-m-the-order-of-the-reaction-with-respect-to https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246ODkwNDg-a-first-order-reaction-has-a-specific-reaction-rate-of-10-2-sec-1-how-much-time-will-it-take-for-20-g-of-the-reactant-to-reduce-to-5-g-1-138-6-sec-2-346-5-sec-3-693-0-sec-4-238-6-sec-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTA0NTg-the-rate-of-a-first-order-reaction-is-0-04-mol-l-1-s-1-at-10-seconds-and-0-03-mol-l-1-s-1-at-20-seconds-after-initiation-of-the-reaction-the-half-life-period-of-the-reaction-is-1-44-1-s-2-54-1-s-3-24 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTA4MDU-the-rate-constant-of-reaction-a-b-is-0-6-10-3-mathrm-moll-1-mathrm-s-1-if-the-concentration-of-a-is-5m-then-the-concentration-of-b-after-20-min-is-1-1-08m-2-3-60m-3-0-36m-4-0-72m-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTE0NTI-what-is-the-activation-energy-for-a-reaction-if-its-rate-doubles-when-the-temperature-is-raised-from-20oc-to-35oc-r-8-314-j-mol-1-k-1-1-269-kj-mol-1-2-34-7-kj-mol-1-3-15-1-kj-mol-1-4-342-kj-mol-1-1-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTI2MDE-for-the-reaction-n2o5-g-2no2-g-12o2-g-n2o5g-2no2g-12o2g-the-value-of-rate-of-disappearance-of-n2o5-is-given-as-6-25-x-10-3mol-l-1s-1-the-rate-of-formation-of-no2-and-o2-is-given-respectively-as-1-6-25 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTI2MTk-for-an-endothermic-reaction-the-energy-of-activation-is-ea-and-the-enthalpy-of-reaction-is-h-both-of-these-in-kj-mol-the-minimum-value-of-ea-will-be-1-less-than-h-2-equal-to-h-3-more-than-h-4-equal-to https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTMyNTk-for-the-reaction-a-b-products-it-is-observed-that-1-on-doubling-the-initial-concentration-of-a-only-the-rate-of-reaction-is-also-doubled-and-2-on-doubling-the-initial-concentrations-of-both-a-and-b-th https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTM0NTA-the-rate-constants-k1-and-k2-for-two-different-reactions-are-1016-e-2000-t-and-1015-e-1000-t-respectively-the-temperature-at-which-k1-k2-is-1-100010001000-kkk-2-20002-30320002-30320002-303-kkk-3-20002 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTM0OTE-the-bromination-of-acetone-occurring-in-an-acid-solution-is-represented-by-the-equation-ch3coch3-aq-br2-aq-ch3coch2br-aq-h-aq-br-aq-the-kinetic-energy-data-were-obtained-for-given-reaction-concentrati https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTM2ODE-in-a-first-order-reaction-a-overset-rightarrow-b-if-k-is-rate-constant-and-initial-concentration-of-the-reactant-a-is-0-5-m-then-the-half-life-is-1-frac-0-693-0-5-k-2-frac-log-2-k-3-frac-log-2-k-sqrt https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-pb246OTM2ODM-if-60-of-a-first-order-reaction-was-completed-in-60-min-50-of-the-same-reaction-would-be-completed-in-approximately-log-4-0-60-log-5-0-69-1-50-min-2-45-min-3-60-min-4-40-min-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY0MDEx-the-rate-of-reaction-between-two-reactants-a-and-b-decreases-by-a-factor-of-4-if-the-concentration-of-reactant-b-is-doubled-the-order-of-this-reaction-with-respect-to-reactant-b-is-1-2-2-1-3-1-4-2-1-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4MDI1-consider-the-following-values-of-rate-constant-i-k-2-3-10-5-l-mol-1-s-1-ii-k-3-10-4-s-1-the-correct-statement-among-the-following-is-1-the-order-for-i-is-second-order-and-the-order-for-ii-is-first-ord https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4MDI2-the-initial-concentration-of-n2o5-in-the-following-first-order-reaction-n2o5-g-2-no2-g-1-2-o2-g-was-1-24-10-2-mol-l-1-at-318-k-the-concentration-of-n2o5-after-60-minutes-was-0-20-10-2-mol-l-1-the-rate https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4MDI3-the-following-data-were-obtained-during-the-first-order-thermal-decomposition-of-n2o5-g-at-constant-volume-2n2o5-g-2n2o4-g-o2-g-2n2o5-g-2n2o4-g-o2-g-2n2o5-g-2n2o4-g-o2-g-s-no-time-s-total-pressure-atm https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4MDI4-a-first-order-reaction-is-found-to-have-a-rate-constant-k-5-5-10-14-s-1-the-half-life-of-the-reaction-is-1-1-66-1013-s-2-1-46-1013-s-3-1-36-1013-s-4-1-26-1013-s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4MDMw-find-the-value-of-activation-energy-ea-for-a-reaction-if-the-rate-constants-at-500-k-and-700-k-are-0-02-s-and-0-07-s-respectively-1-15-6-kj-2-13-7-kj-3-18-2-kj-4-17-5-kj-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4MDMx-the-first-order-rate-constant-for-the-decomposition-of-ethyl-iodide-by-the-reaction-c2h5i-g-c2h4-g-hi-g-at-600k-is-1-60-10-5-s-1-its-energy-of-activation-is-209-kj-mol-the-rate-constant-of-the-reactio https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjE2OTg3-the-half-life-for-radioactive-decay-of-14c-is-5730-years-a-wood-sample-contains-only-80-of-the-14c-the-age-of-the-wood-sample-would-be-1-1898-years-2-1765-years-3-1931-years-4-1860-years-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzE2NDgx-for-the-reaction-r-p-the-concentration-of-a-reactant-changes-from-0-03-m-to-0-02-m-in-25-minutes-the-average-rate-of-the-reaction-in-m-sec-1-is-1-6-67-10-5-m-s-1-2-5-67-10-5-m-s-1-3-6-67-10-6-m-s-1-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzE2NDgz-in-a-reaction-2a-products-the-concentration-of-a-decreases-from-0-5-mol-l-1-to-0-4-mol-l-1-in-10-minutes-the-rate-during-this-interval-is-1-5-10-3m-min-1-2-8-10-3m-min-1-3-9-10-3m-min-1-4-3-10-3m-min https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzE2NDg1-the-conversion-of-molecules-x-to-y-follows-second-order-kinetics-if-concentration-of-x-is-increased-to-three-times-then-the-rate-of-formation-of-y-will-1-decreases-by-3-times-2-increase-by-3-times-3-d https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzE2NDg4-a-first-order-reaction-has-a-rate-constant-1-15-10-3-s-1-the-time-required-to-convert-5g-of-this-reactant-into-3g-is-1-424-s-2-444-s-3-464-s-4-484-s-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzE2NDkw-time-required-to-decompose-so2cl2-to-half-of-its-initial-amount-is-60-minutes-if-the-decomposition-is-a-first-order-reaction-the-rate-constant-of-the-reaction-in-sec-1-is-1-1-9-10-4-s-1-2-1-7-10-4-s-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzE2NDk0-the-rate-of-a-chemical-reaction-doubles-for-an-increase-of-10-k-in-absolute-temperature-from-298-k-the-value-of-ea-for-this-reaction-is-1-49-5-kj-mol-1-2-52-9-kj-mol-1-3-55-5-kj-mol-1-4-57-9-kj-mol-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzE2NDk2-the-activation-energy-for-the-reaction-2hi-g-h2-i2-g-is-209-5-kj-mol-1-at-581k-the-fraction-of-molecules-of-reactants-having-energy-equal-to-or-greater-than-activation-energy-is-1-2-67-10-19-2-3-57-10 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI4NTMz-a-b-a-i-variation-in-concentration-of-a-product-with-time-b-ii-reaction-at-equilibrium-c-iii-variation-in-concentration-of-a-reactant-with-time-match-the-graphical-variations-with-their-descriptions-g https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTQ4-the-correct-statements-among-the-following-is-a-catalyst-provides-an-alternative-pathway-to-the-reaction-mechanism-b-catalyst-raises-the-activation-energy-c-a-catalyst-lowers-the-activation-energy-d-c https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTQ3-the-correct-statements-among-the-following-regarding-the-arrhenius-equation-is-are-a-rate-of-a-reaction-increases-with-an-increase-in-temperature-b-rate-of-a-reaction-increases-with-a-decrease-in-acti https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTQ2-the-correct-statements-among-the-following-regarding-maxwell-boltzmann-distribution-curve-of-energy-is-a-the-area-under-the-curve-must-not-change-with-an-increase-in-temperature-b-the-area-under-the-c https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTQ1-the-correct-statements-among-following-about-maxwell-boltzmann-distribution-of-energy-is-a-the-fraction-of-molecules-with-the-most-probable-kinetic-energy-decreases-at-higher-temperatures-b-the-fracti https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTQ0-during-decomposition-of-an-activated-complex-a-energy-is-always-released-b-energy-is-always-absorbed-c-energy-does-not-change-d-reactants-may-be-formed-the-correct-choice-among-the-given-is-1-a-b-2-b https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTQz-at-high-pressure-the-following-reaction-is-zero-order-the-correct-statements-among-the-following-is-a-rate-of-reaction-rate-constant-b-rate-of-the-reaction-depends-on-the-concentration-of-ammonia-c-ra https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTQy-the-correct-statements-among-the-following-regarding-a-complex-reaction-are-a-order-of-the-overall-reaction-is-the-same-as-the-molecularity-of-the-slowest-step-b-order-of-the-overall-reaction-is-less https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTQx-the-correct-statements-among-the-following-regarding-any-unimolecular-reaction-are-a-only-one-reacting-species-is-involved-in-the-rate-determining-step-b-the-order-and-the-molecularity-of-the-slowest https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTM5-rate-law-expression-cannot-be-determined-from-a-balanced-chemical-equation-if-a-the-reverse-reaction-is-involved-b-it-is-an-elementary-reaction-c-it-is-a-sequence-of-elementary-reactions-d-any-of-the https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTM3-the-value-of-the-rate-constant-of-a-pseudo-first-order-reaction-1-depends-on-the-concentration-of-reactants-present-in-a-small-amount-2-depends-on-the-concentration-of-reactants-present-in-excess-3-is https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjI5NTI3-which-of-the-following-statements-is-not-correct-about-the-order-of-a-reaction-1-the-order-of-a-reaction-can-be-a-fractional-number-2-order-of-a-reaction-is-experimentally-determined-quantity-3-the-or https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc0MTky-consider-the-following-graph-the-point-that-represents-the-most-probable-kinetic-energy-is-1-c-2-a-3-b-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzU4MzAy-a-reaction-is-50-complete-in-2-hours-and-75-complete-in-4-hours-the-order-of-the-reaction-is-1-1-2-2-3-3-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY0Mzcy-by-which-can-activation-energy-be-calculated-1-at-a-constant-temperature-2-at-two-different-temperature-3-for-reversible-reaction-4-for-volatile-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjY2ODc3-the-half-life-period-of-c14c14c14-is-1-500-years-2-5000-years-3-50-years-4-5-104104104-years-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQzMDA5-read-the-following-statements-i-the-thermal-decomposition-of-hi-on-a-gold-surface-follows-a-zero-order-reaction-ii-instantaneous-rate-operatorname-limit-t-rightarrow-0-frac-delta-c-delta-t-iii-the-rat https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQwODc4-assertion-a-for-exothermic-reaction-equilibrium-constant-decreases-with-an-increase-in-temperature-reason-r-for-a-reaction-the-rate-constant-decreases-with-decrease-in-temperature-1-both-a-and-r-are-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDg1MTk2-consider-the-given-reaction-a-g-xrightarrow-k-0-1-m-min-1-2-b-mathrm-g-if-the-initial-concentration-of-a-is-0-5-m-which-of-the-following-graphs-correctly-represents-the-concentration-of-b-over-time-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDYwODA0-the-rate-of-reaction-will-be-fast-if-1-delta-g-circ-is-a-large-negative-number-2-delta-s-circ-is-a-large-negative-number-3-delta-h-circ-is-a-large-negative-number-4-none-of-the-above-can-be-used-to-es https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQ1MjQw-for-the-reaction-a-b-c-experiments-were-performed-in-the-presence-of-a-large-amount-of-b-to-measure-the-initial-reaction-rate-vf-as-a-function-of-the-initial-concentration-of-a-a-0-the-data-from-the-e https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzcxMTU3-which-of-the-following-statements-is-always-true-about-the-kinetics-of-a-chemical-reaction-1-the-rate-law-includes-all-reactants-in-the-balanced-overall-equation-2-the-overall-order-equals-the-sum-of https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQ3NDQ2-thermal-decomposition-of-cl-2o-7-at-400-k-in-the-gaseous-phase-to-cl-2-and-o-2-is-a-first-order-reaction-with-rate-constant-6-932-times-10-3-s-1-the-time-in-minutes-required-for-90-decomposition-of-cl https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDgyNTUx-the-activation-energy-of-one-of-the-reactions-in-a-biochemical-process-is-mathrm-532611-j-mol-1-when-the-temperature-falls-from-mathrm-310-k-to-mathrm-300-k-the-change-observed-in-the-rate-constant-is https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQwODgx-consider-the-given-two-statements-assertion-a-the-active-complex-is-an-intermediate-product-reason-r-the-active-complex-is-unstable-because-of-high-energy-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU5NzEz-two-first-order-reactions-have-half-lives-in-the-ratio-calculate-the-ratio-of-the-time-intervals-t-1-t-2-where-the-time-t-1-and-t-2-are-the-time-periods-for-left-frac-1-4-right-mathrm-th-and-left-frac https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDg1MjMy-consider-the-graph-between-half-life-left-t-1-2-right-and-initial-concentration-a-of-the-reactant-for-the-reaction-a-longrightarrow-b-the-graph-between-dfrac-d-a-d-t-and-time-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mzk3ODY3-which-of-the-following-statements-is-true-regarding-the-nature-of-reaction-order-and-reaction-mechanisms-1-a-second-order-reaction-is-always-a-multistep-reaction-2-a-zero-order-reaction-is-a-multistep https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDYwNzE4-a-catalyst-will-not-1-increase-the-forward-reaction-rate-2-shift-the-equilibrium-to-favor-the-products-3-alter-the-reaction-pathway-4-increase-the-speed-at-which-equilibrium-will-be-achieved-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTI3OTE2-which-of-the-following-statements-is-are-incorrect-i-a-catalyst-lowers-the-activation-energy-of-a-reaction-ii-a-catalyst-allows-the-same-rate-of-reaction-to-be-achieved-at-a-lower-temperature-iii-a-ca https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQwODcy-given-below-are-two-statements-assertion-a-the-catalyst-can-increase-the-rate-constant-to-a-large-extent-reason-r-by-using-a-suitable-catalyst-we-can-increase-the-rate-of-reaction-1-both-a-and-r-are-c https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc5MTkz-sucrose-hydrolysis-in-an-acidic-solution-into-glucose-and-fructose-follows-the-first-order-rate-law-with-a-half-life-of-3-33-h-at-25-c-after-9-h-the-fraction-of-sucrose-remaining-is-f-the-value-of-log https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MTYxNzIz-consider-the-following-graph-choose-the-incorrect-statement-s-1-reaction-is-exothermic-in-the-forward-direction-i-e-h-ve-2-activation-energy-for-the-forward-reaction-is-x-y-3-using-catalyst-energy-wil https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU5Njg1-the-forward-rate-constant-for-an-elementary-reversible-gaseous-reaction-is-given-as-mathrm-c-2-mathrm-h-6-rightleftharpoons-2-mathrm-ch-3-text-is-1-57-times-10-3-mathrm-s-1-text-at-100-mathrm-k-what-i https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU5ODU4-the-arrhenius-equations-for-two-reactions-are-a-b-k-10-exp-600-rt-x-y-k-10-exp-1800-rt-the-temperature-in-kelvin-at-which-k-k-is-given-r-2-cal-mol-k-1-1200-mathrm-k-2-1200-times-4-606-mathrm-k-3-dfrac https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc1ODE0-for-two-chemical-reactions-a-and-b-if-the-difference-between-their-activation-energy-is-20-kj-and-the-temperature-is-300-k-then-determine-ln-left-frac-mathrm-k-2-mathrm-k-1-right-use-r-8-3-j-mol-k-1-8 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc1ODMw-consider-the-reaction-given-below-a-g-rightarrow-b-g-c-g-the-initial-pressure-of-a-is-1-bar-after-100-minutes-the-total-pressure-becomes-1-5-bar-find-the-value-of-the-rate-constant-of-the-reaction-ass https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc1OTAx-the-half-life-of-radio-active-isotope-zn-65-is-245-days-find-the-time-after-which-activity-of-zn-sample-remains-75-of-its-initial-value-report-your-answer-in-nearest-integer-1-96-2-100-3-102-4-108-1-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc2MDgx-for-a-reaction-at-300-k-on-addition-of-catalyst-activation-energy-of-reaction-lowered-by-10-kj-then-calculate-the-value-of-log-frac-mathrm-k-text-catalysed-mathrm-k-text-uncatalysed-1-1-74-2-0-174-3-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc2MDkz-for-a-chemical-reaction-a-rightarrow-d-mechanism-is-expressed-in-three-steps-step-1-mathrm-a-rightarrow-mathrm-b-delta-mathrm-h-mathrm-ve-step-2-b-rightarrow-c-delta-h-mathrm-ve-step-3-c-rightarrow-d https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc2MTk5-given-below-are-two-reactions-with-their-activation-energies-begin-aligned-mathrm-a-rightarrow-mathrm-b-mathrm-e-mathrm-a-1-mathrm-c-rightarrow-mathrm-d-mathrm-e-mathrm-a-2-end-aligned-log-10-mathrm-k https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc2MjAx-consider-the-following-statement-s-about-arrhenius-equation-a-the-fraction-of-particles-having-energy-less-than-activation-energy-is-mathrm-e-dfrac-mathrm-e-mathrm-a-mathrm-rt-b-reaction-with-lower-ac https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc2NTY2-three-experiments-are-running-in-separate-vessel-following-1-st-order-kinetics-experiment-a-100-ml-10-m-experiment-b-200-ml-10-m-experiment-c-100-ml-10-m-100-ml-h-2o-select-correct-order-of-rate-of-re https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc2NjI0-for-a-given-reaction-mathrm-a-rightarrow-mathrm-nb-a-graph-is-given-between-concentration-and-time-find-value-of-n-for-above-reaction-based-on-the-information-given-in-graph-for-10-min-1-5-2-3-3-6-4-8 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc2NjQy-given-at-10-am-reaction-is-started-i-mathrm-a-xrightarrow-mathrm-k-product-1-st-order-reaction-ii-mathrm-bro-3-5-mathrm-br-rightarrow-3-mathrm-br-2-at-10-10-am-rate-of-disappearance-of-br-was-2-10-3-m https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTc3OTQ1-for-given-zero-order-reaction-mathrm-ab-mathrm-g-rightleftharpoons-mathrm-a-mathrm-g-mathrm-b-mathrm-g-text-the-graph-is-given-for-decomposition-of-ab-find-half-life-t-1-2-in-minutes-1-5-2-10-3-15-4-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTI0OTA5-for-a-reaction-mathrm-n-2-mathrm-o-5-mathrm-g-rightarrow-2-mathrm-no-2-mathrm-g-frac-1-2-mathrm-o-2-mathrm-g-in-a-constant-volume-container-no-products-were-present-initially-the-final-pressure-of-the https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTI1MTI5-consider-the-given-elementary-reaction-mathrm-a-mathrm-g-mathrm-b-mathrm-g-rightarrow-mathrm-c-mathrm-g-mathrm-d-mathrm-g-if-the-volume-of-the-reaction-mixture-is-suddenly-reduced-to-frac-1-3-of-its-i https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTI2MDc4-given-below-are-two-graphs-graph-i-graph-ii-in-the-light-of-the-above-two-graphs-choose-the-correct-answer-from-the-options-given-below-1-both-graph-i-and-graph-ii-are-not-correct-2-graph-i-is-not-cor https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTMyMjg0-consider-the-following-graph-what-is-the-correct-order-of-increasing-activation-energies-mathrm-e-a-1-mathrm-e-a-2-e-a-1-e-a-3-2-mathrm-e-a-1-e-a-2-e-a-3-3-mathrm-e-a-3-e-a-2-e-a-1-4-mathrm-e-a-2-e-a https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTMyNDc1-which-of-the-following-statement-is-correct-w-r-t-arrhenius-equation-1-dimensions-of-mathrm-k-and-mathrm-a-are-same-2-mathrm-k-decreases-with-increase-in-temperature-generally-3-mathrm-a-decreases-wit https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTMyNTA4-the-rate-of-a-chemical-reaction-is-mathrm-k-a-n-b-m-if-the-concentration-of-a-is-doubled-and-the-concentration-of-b-is-halved-then-the-change-of-the-rate-will-be-1-mathrm-2-n-m-2-mathrm-2-m-n-3-2-2-ma https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTMyNzkw-if-mathrm-t-1-is-the-time-consumed-when-the-reactant-reaches-frac-1-4-th-the-initial-concentration-and-mathrm-t-2-is-the-time-when-it-reaches-frac-1-8-th-the-initial-concentration-for-a-first-order-re https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NTM1MzY1-a-kinetic-study-is-performed-on-the-reaction-a-rightarrow-products-the-reaction-is-initiated-with-a-starting-concentration-a-0-2-5-text-m-at-time-t-10-minutes-analyzing-the-mixture-reveals-that-the-re https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDM4MDI1-given-two-first-order-reactions-with-the-ratio-of-their-half-lives-frac-t-1-2-1-t-1-2-2-frac-2-5-calculate-the-ratio-of-their-fractional-half-lives-frac-t-2-3-1-t-4-5-2-1-0-273-2-0-468-3-0-318-4-2-55 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDQwMDA3-consider-the-following-reaction-sequence-overall-k-k-1k-2-over-k-3-if-e-a-1-300-kj-mole-e-a-2-200-kj-mole-overall-e-a-eff-400-kj-mole-find-out-e-a-3-in-kj-mole-1-200-2-400-3-100-4-900-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDUyODI3-consider-the-reaction-a-b-rightarrow-c-time-taken-by-a-to-become-frac-1-4-text-th-of-initial-concentration-is-twice-the-time-taken-by-it-to-become-frac-1-2-of-its-same-concentration-rate-of-change-of https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU0NDY5-consider-the-following-reaction-sequence-involving-first-order-reactions-mathrm-a-xrightarrow-mathrm-k-1-mathrm-b-xrightarrow-mathrm-k-2-mathrm-c-if-net-rate-of-formation-of-b-is-zero-what-would-be-co https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU0NTI2-half-life-of-a-first-order-reaction-is-36-hr-find-out-time-in-hr-required-for-concentration-of-reactant-to-get-reduced-by-90-1-120-2-220-3-560-4-890-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU0ODg3-find-the-rate-constant-for-first-order-gaseous-reaction-a-g-longrightarrow-b-g-c-g-1-k-frac-2-303-t-log-frac-p-i-2-p-i-p-t-2-k-frac-2-303-t-log-frac-2-p-i-p-t-p-t-3-k-frac-2-303-t-log-frac-p-i-p-t-2-p https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU1MzM5-we-are-given-with-following-information-about-concentration-of-reactant-with-initial-rate-of-reaction-initial-concentration-initial-rate-0-005-m-7-5-times-10-4-0-02-m-3-times-10-3-find-out-order-of-re https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU1NDY2-find-the-age-in-years-of-a-wood-sample-for-carbon-dating-given-c-c-1-8-c-c-if-the-half-life-of-c-is-1580-years-1-4740-2-2880-3-7600-4-9000-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU1NTEz-consider-the-given-reaction-mathrm-n-2-mathrm-o-4-rightarrow-2-mathrm-no-2-initial-conc-of-text-n-2-text-o-4-3-text-m-if-the-concentration-of-text-n-2-text-o-4-is-2-75-m-after-30-sec-then-find-out-the https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU2MjYy-if-half-life-of-radioactive-bromine-br-82-is-36-hr-find-the-percentage-that-will-remain-after-one-day-report-your-answer-in-nearest-integer-1-65-2-63-3-29-4-89-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU2Mjcw-given-mathrm-k-text-net-frac-mathrm-k-1-mathrm-k-2-mathrm-k-3-text-when-mathrm-e-mathrm-a-1-40-mathrm-kj-mathrm-mol-mathrm-e-mathrm-a-2-50-mathrm-kj-mathrm-mol-text-and-mathrm-e-mathrm-a-3-60-mathrm-k https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDU3MTE1-for-a-first-order-reaction-text-t-99-9-text-x-text-t-50-find-out-value-of-text-x-1-10-2-15-3-20-4-18-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzYyOTQ2-consider-the-following-first-order-reactions-a-rightarrow-c-t-1-2-15-mathrm-min-b-rightarrow-d-t-1-2-5-mathrm-min-the-initial-concentrations-of-a-and-b-are-1-molar-and-8-molar-respectively-the-time-wh https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzYzMTc4-for-first-order-kinetic-rate-constant-2-011-times-10-3-mathrm-sec-1-the-time-taken-for-the-decomposition-of-the-substance-from-7g-to-2g-will-be-use-log7-0-845-and-log2-0-301-1-647-sec-2-598-sec-3-623 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzYzMTkx-for-a-reaction-a-b-k-2-10-3s-1-consider-the-following-statements-for-the-above-reaction-s1-the-reaction-completes-in-100-s-s2-the-half-life-of-the-reaction-is-500-s-s3-the-unit-of-the-rate-constant-is https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzYzMjY4-for-a-first-order-reaction-a-half-life-t-1-2-is-50-min-the-time-t-3-4-in-minutes-of-the-reaction-is-1-75-2-100-3-125-4-50-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQxMzc3-for-a-1st-order-reaction-following-graph-is-obtained-between-lnk-and-1000-over-t-then-the-activation-energy-of-the-reaction-in-kcal-is-1-37-kcal-2-40-kcal-3-42-kcal-4-34-kcal-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQxNDQ0-for-a-first-order-reaction-t-67-big-frac-x-10-big-t-50-k-3-84-times10-9-text-sec-1-the-value-of-x-will-based-on-information-given-report-your-answer-to-the-nearest-integer-1-14-2-16-3-18-4-20-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQxNDQ1-in-a-1st-order-reaction-if-the-time-taken-to-90-completion-is-x-times-of-half-life-then-the-value-of-x-is-1-4-44-2-3-96-3-3-32-4-3-11-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQyNDY3-the-activation-energy-of-a-reaction-in-presence-of-a-catalyst-is-10-kj-less-than-the-activation-energy-of-a-reaction-in-absence-of-a-catalyst-at-300-k-if-xrightarrow-large-k-text-absence-of-catalyst-l https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDgxOTY5-for-a-reaction-mathrm-a-rightarrow-2b-c-the-half-lives-are-mathrm-100-s-and-50-s-respectively-when-the-concentration-of-reactant-a-is-mathrm-0-5-and-1-0-mol-l-1-respectively-what-is-the-order-of-the-r https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDgxOTc2-the-rate-constant-for-a-first-order-reaction-is-given-by-the-following-equation-text-lnk-33-24-dfrac-2-0-times-10-4-mathrm-k-mathrm-t-the-activation-energy-for-the-reaction-in-mathrm-kj-mol-1-is-given https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDgxOTg5-at-mathrm-30-circ-c-the-half-life-for-the-decomposition-of-mathrm-ab-2-is-mathrm-200-s-and-is-independent-of-the-initial-concentration-of-mathrm-ab-2-the-time-required-for-80-of-the-mathrm-ab-2-to-dec https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDgyMDMw-half-life-of-a-first-order-reaction-a-b-is-0-3010-min-what-is-the-ratio-of-the-initial-concentration-to-the-concentration-of-the-reactant-remaining-after-2-minutes-1-50-2-100-3-150-4-200-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDgyMjIy-find-the-percentage-of-original-activity-remaining-after-83-days-for-a-radioactive-element-with-a-half-life-of-200-days-given-antilog-0-125-1-333-antilog-0-693-4-93-1-25-2-55-3-75-4-95-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDgyNTgy-find-the-value-of-x-in-the-rate-constant-expression-k-x-10-s-for-a-first-order-reaction-a-b-given-that-the-concentration-of-a-becomes-half-of-its-initial-value-after-70-minutes-1-125-2-165-3-175-4-195 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDgyNjky-find-the-value-of-x-if-1-g-of-a-radioactive-element-x-half-life-30-years-is-absorbed-by-a-growing-tree-and-the-remaining-amount-after-100-years-is-x-10-g-given-ln-10-2-303-and-log-2-0-3-1-4-2-3-3-1-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQyMTA3-for-a-reaction-a-product-at-pressure-55-kpa-t-1-2-is-340-s-while-at-pressure-27-5-kpa-t-1-2-is-170-s-find-the-order-of-the-reaction-1-0-2-3-3-1-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzQxODc1-two-elements-a-and-b-undergo-first-order-reactions-separately-if-initial-concentrations-are-equal-and-their-half-lives-are-100-sec-and-50-sec-respectively-at-what-time-in-sec-concentration-of-a-will-b https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4OTcx-the-rate-constant-of-a-reaction-increases-five-times-on-increase-in-temperature-from-27-c-to-52-c-the-value-of-activation-energy-in-kj-mol-1-is-rounded-off-to-the-nearest-integer-r-8-314-j-k-1-mol-1-1 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc5MDY1-gaseous-cyclobutene-isomerizes-to-butadiene-in-a-first-order-process-which-has-a-k-value-of-3-3-10-4s-1-at-153-c-the-time-in-minutes-it-takes-for-the-isomerization-to-proceed-40-to-completion-at-this https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc5Mzk3-find-te-activation-energy-for-the-reverse-reaction-in-kj-mol-for-an-exothermic-reaction-x-y-if-the-activation-energy-of-the-forward-reaction-is-30-kj-mol-and-the-enthalpy-change-h-is-20-kj-mol-1-50-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc5NTE2-for-the-reaction-aa-bb-cc-ddaa-bb-cc-ddaa-bb-cc-dd-the-plot-of-log-k-vs-1t1t1t-is-given-below-find-the-temperature-k-at-which-the-rate-constant-of-the-reaction-is-10-4s-1-rounded-off-to-the-nearest-in https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDk1MzUw-the-first-order-rate-constant-for-the-decomposition-of-caco-3-at-700-k-is-6-36-times10-3-s-1-and-activation-energy-is-209-text-kj-mol-1-its-rate-constant-in-s-1-at-600-k-is-x-times-10-6-the-value-of-x https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDk1NDAy-for-a-first-order-reaction-the-ratio-of-the-time-for-75-completion-of-a-reaction-to-the-time-for-50-completion-is-1-2-2-3-3-5-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDk1NDA0-according-to-the-following-figure-the-magnitude-of-the-enthalpy-change-of-the-reaction-mathrm-a-mathrm-b-rightarrow-mathrm-m-mathrm-n-text-in-mathrm-kj-mol-1-is-integer-answer-1-15-2-35-3-25-4-45-1-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDk1NDQx-the-temperature-dependence-of-the-rate-constant-k-for-a-first-order-reaction-mathrm-a-rightarrow-b-is-experimentally-determined-to-follow-the-equation-log-10-k-20-35-frac-left-2-47-times-10-3-right-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDk1NzM5-consider-the-following-graphs-a-b-c-d-from-the-options-given-below-choose-the-correct-one-regarding-the-order-of-the-reaction-1-b-represents-a-zero-order-reaction-2-c-represents-a-second-order-reactio https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDk1NzY5-what-is-the-unit-of-the-rate-constant-for-a-reaction-of-order-n-1-mathrm-mol-1-n-l-1-n-s-2-mathrm-mol-1-n-l-2-n-s-1-3-mathrm-mol-1-n-l-1-n-s-1-4-mathrm-mol-1-n-l-n-1-s-1-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4MTgx-the-results-given-in-the-below-table-were-obtained-during-kinetic-studies-of-the-following-reaction-2a-b-c-d-experiment-a-mol-l-1-b-mol-l-1-initial-rate-mol-l-1-min-1-i-0-1-0-1-6-00-10-3-ii-0-1-0-2-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4NTgw-the-number-of-molecules-with-energy-greater-than-the-threshold-energy-for-a-reaction-increases-five-fold-by-a-rise-of-temperature-from-27-c-to-42-c-its-energy-of-activation-in-j-mol-is-take-ln-5-1-609 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4Njc2-for-the-reaction-2a-3b-32c-3p2a-3b-32c-3p-the-correct-statement-is-1-dnadt-23dnbdt-34dncdtdnadt-23dnbdt-34dncdt-2-dnadt-32dnbdt-34dncdtdnadt-32dnbdt-34dncdt-3-dnadt-dnbdt-dncdtdnadt-dnbdt-dncdt-4-dnad https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4Njk3-a-flask-contains-a-mixture-of-compounds-a-and-b-both-compounds-decompose-by-first-order-kinetics-the-half-lives-for-a-and-b-are-300-s-and-180-s-respectively-if-the-concentrations-of-a-and-b-are-equal https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc4NzI1-the-rate-constant-k-of-a-reaction-is-measured-at-different-temperatures-t-and-the-data-are-plotted-in-the-given-figure-the-activation-energy-of-the-reaction-in-kj-mol-1-is-r-is-gas-constant-1-2r-2-r-3 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc5MjU5-the-variation-of-the-equilibrium-constant-with-temperature-is-given-below-temperature-equilibrium-constant-t1-25-ct1-25-c-k1-100k1-100-t2-100-ct2-100-c-k2-100k2-100-the-values-of-h-g-att1and-g-att2-in https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246NDkyNTA3-if-the-ratio-of-the-catalyzed-rate-k-cat-to-the-uncatalyzed-rate-k-un-is-10-6-express-the-difference-in-activation-energies-in-terms-of-the-gas-constant-r-and-the-temperature-t-1-6-2-303-rt-2-6-2-303 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc2NzIz-for-the-reaction-2-a-b-rightarrow-c-the-values-of-initial-rate-at-different-reactant-concentrations-are-given-in-the-table-below-the-rate-law-for-the-reaction-is-a-mol-l-1-b-mol-l-1-initial-rate-mol-l https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc3NzQ3-no2-required-for-a-reaction-is-produced-by-the-decomposition-of-n2o5-in-ccl4-as-per-the-equation-2n2o5-g-4no2-g-o2-g-the-initial-concentration-of-n2o5-is-3-00-mol-l-1-and-it-is-2-75-mol-l-1-after-30-m https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc5NTI5-two-reactions-r1-and-r2-have-identical-pre-exponential-factors-activation-energy-of-r1-exceeds-that-of-r2-by-10-kj-mol-1-if-k1-and-k2-are-rate-constants-for-reactions-r1-and-r2-respectively-at-300-k-t https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjc5OTQ2-decomposition-of-h2o2-follows-a-first-order-reaction-in-fifty-minutes-the-concentration-of-h2o2-decreases-from-0-5-to-0-125-m-in-one-such-decomposition-when-the-concentration-of-h2o2-reaches-0-05-m-th https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzA4Mjcy-find-out-the-order-of-a-reaction-a-2b-rightarrow-c-if-the-rate-is-given-by-frac-d-c-d-t-k-a-b-1-three-3-2-two-2-3-one-1-4-zero-0-1-2-3-4 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzA4MzE4-consider-the-following-two-reactions-begin-aligned-a-longrightarrow-text-product-frac-d-a-d-t-k-1-a-0-b-longrightarrow-text-product-frac-d-b-d-t-k-2-b-end-aligned-which-of-the-following-correctly-matc https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzA4NDE5-rate-constant-k-of-the-first-order-reaction-when-initial-concentration-c0-and-concentration-ct-at-time-t-is-given-by-equation-kt-log-c0-log-ct-graph-is-a-straight-line-if-we-plot-1-t-vs-log-c0-2-t-vs https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzA5Mzk1-find-the-ratio-of-the-new-rate-to-the-initial-rate-for-a-reaction-having-rate-law-rate-k-a-b-when-the-concentration-of-a-is-doubled-and-the-concentration-of-b-is-halved-1-dfrac-1-2-m-n-2-m-n-3-n-m-4-2 https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MzA5NzE0-for-the-reaction-system-2-mathrm-no-g-mathrm-o-2-g-longrightarrow-2-mathrm-no-2-g-volume-is-suddenly-reduced-to-half-its-value-by-increasing-the-pressure-if-the-reaction-is-of-first-order-with-respect https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246Mjg0NjQ0-for-a-reaction-12a-2b12a-2b-rate-of-disappearance-of-a-is-related-to-the-rate-of-appearance-of-b-by-the-expression-1-dfrac-d-a-dt-dfrac-1-4-dfrac-d-b-dt-2-dfrac-d-a-dt-dfrac-d-b-dt-3-dfrac-d-a-dt-4-df https://medminds.me/qbank/chemistry/chemical-kinetics/?q=NP-b246MjgwMDM0-a-reactant-a-forms-two-products-ak1-b-activationenergyea1a-k1b-activationenergyea1-ak2-c-activationenergyea2a-k2c-activationenergyea2-if-ea2-2-ea1-then-k1-and-k2-are-related-as-1-k2-k1eea1-rtk2-k1eea1 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTM1MA-according-to-moseley-a-straight-line-graph-is-obtained-on-plotting-1-the-frequencies-of-characteristic-x-rays-of-elements-against-their-atomic-numbers-2-the-square-of-the-frequencies-of-characteristic https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ0Nw-the-tenth-element-in-the-periodic-table-resides-in-1-the-second-period-2-the-fourth-period-3-the-fifth-period-4-the-eight-period-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ0OA-which-of-the-following-order-is-not-in-accordance-with-the-property-stated-against-it-1-f2-cl2-br2-l2-oxidising-power-2-hl-hbr-hcl-hf-acidic-property-in-water-3-f2-cl2-br2-l2-electronegativity-4-f2-cl https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ0OQ-an-element-x-occurs-in-short-period-having-configuration-ns2np1-the-formula-and-nature-of-its-oxide-are-1-xo3-basic-2-xo3-acidic-3-x2o3-amphoteric-4-x2o3-basic-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ1MA-the-outermost-electronic-configuration-of-the-most-electronegative-element-is-1-ns2np3-2-ns2np4-3-ns2np5-4-ns2np6-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ1MQ-the-elements-x-y-z-and-j-have-the-indicated-electron-configurations-starting-with-the-innermost-shell-the-most-metallic-element-is-1-x-2-8-3-2-y-2-8-8-3-z-2-8-8-1-4-j-2-8-8-7-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ1Mg-which-statement-is-true-1-the-electronegative-nature-of-elements-increases-along-the-period-2-the-electropositive-nature-of-elements-increases-along-the-period-3-the-chemical-reactivity-of-elements-in https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ1Mw-the-most-non-metallic-element-among-the-following-is-1-be-2-b-3-mg-4-al-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ1NA-element-58ce-belongs-to-1-s-block-elements-2-p-block-elements-3-d-block-elements-4-f-block-elements-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ1NQ-how-does-the-shielding-effect-of-d-electrons-compare-to-that-of-other-electrons-1-weaker-than-s-electrons-2-stronger-than-s-electrons-3-same-as-s-electrons-4-same-as-p-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ1Ng-correct-statement-regarding-transuranic-elements-is-1-they-have-higher-atomic-number-than-uranium-2-they-are-lighter-than-uranium-3-they-have-lower-atomic-number-than-uranium-4-they-have-same-atomic-n https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ1OA-general-electronic-configuration-of-outermost-and-penultimate-shell-of-an-atom-is-n-1-s2-n-1-p6-n-1-dx-ns2-if-n-4-and-x-5-the-number-of-proton-in-the-nucleus-is-1-25-2-24-3-25-4-30-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ2MA-the-maximum-number-of-valence-electrons-possible-for-atoms-in-the-second-period-of-the-periodic-table-is-1-18-2-10-3-8-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ2MQ-the-element-having-atomic-number-19-is-1-an-inert-gas-2-a-metal-with-oxidation-number-1-3-a-non-metal-with-oxidation-number-3-4-a-metal-with-oxidation-number-3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ2Mg-which-of-the-following-has-the-least-density-1-na-2-li-3-mg-4-k-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ2Mw-eka-aluminium-and-eka-silicon-are-now-known-as-1-ga-and-ge-2-al-and-si-3-fe-and-s-4-h-and-si-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ2NA-an-element-having-the-electronic-configuration-of-its-atom-ns2-np2-should-have-similar-properties-to-those-of-1-sodium-2-carbon-3-magnesium-4-oxygen-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ2NQ-the-order-of-basic-character-of-given-oxides-is-1-na2o-mgo-al2o3-cuo-2-mgo-al2o3-cuo-na2o-3-al2o3-mgo-cuo-na2o-4-cuo-na2o-mgo-al2o3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ2Ng-which-of-the-following-exhibits-variable-oxidation-states-1-na-2-cu-3-mg-4-al-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ2Nw-the-lightest-metal-in-the-periodic-table-is-1-h-2-mg-3-ca-4-li-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ2OA-the-electronic-configuration-that-represents-the-d-block-element-is-1-1s2-2s2-2p6-3s23p63d10-4s24p6-2-1s2-2s2-2p6-3s23p63d10-4s24p1-3-1s2-2s2-2p6-3s23p63d10-4s2-4-1s2-2s2-2p6-3s23p6-4s2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ3MA-the-most-common-oxidation-state-of-cerium-ce-is-1-5-3-2-5-4-3-3-4-4-3-5-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ3MQ-which-of-the-electronic-configuration-of-an-atom-has-the-lowest-ionization-enthalpy-1-1s2-2s22p5-2-1s2-2s22p3-3-1s2-2s22p6-3s1-4-1s2-2s22p6-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ3Mg-a-common-trend-in-both-groups-i-and-ii-elements-in-the-periodic-table-as-the-atomic-number-increases-is-1-oxidizing-power-increases-2-atomic-radius-increases-3-maximum-valency-increases-4-reactivity-w https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ3Mw-the-difference-between-ions-and-atoms-is-of-1-relative-size-2-configuration-3-presence-of-charge-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ3NA-the-expected-trend-of-change-in-atomic-radius-down-the-group-is-1-continuous-decrease-2-continuous-increase-3-periodic-one-an-increase-followed-by-a-decrease-4-periodic-one-a-decrease-followed-by-an-i https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ3NQ-an-element-r-forms-the-highest-oxide-r2o5-r-belongs-to-1-13th-group-2-15th-group-3-16-th-group-4-2nd-group-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ3Ng-amongst-the-following-electronic-configurations-the-highest-ionization-energy-is-represented-by-1-ne-3s23p3-2-ne-3s23p2-3-ar-3d104s24p3-4-ne-3s23p1-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ3Nw-which-pair-of-elements-is-chemically-most-similar-1-na-al-2-cu-s-3-ti-zr-4-zr-hf-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ3OQ-in-the-transition-elements-the-incoming-electron-occupies-n-1-d-sublevel-in-preference-to-1-np-2-ns-3-n-1-d-4-n-1-s-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ4MA-the-electronegativity-of-elements-from-group-1-to-group-17-1-decreases-2-increases-3-remains-constant-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ4Mg-the-electronic-configuration-of-the-most-electropositive-element-is-1-he-2s1-2-xe-6s1-3-he-2s2-4-xe-6s2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ4NA-which-one-of-the-following-is-an-amphoteric-oxide-1-so2-2-b2o3-3-zno-4-na2o-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ4Ng-transition-elements-exhibit-variable-oxidation-states-because-they-release-electrons-from-the-following-orbits-1-ns-and-np-orbits-2-n-1-d-and-ns-orbits-3-n-1-d-orbits-4-ns-orbits-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ5MA-elements-of-group-i-b-is-called-as-1-normal-elements-2-transition-elements-3-alkaline-earth-metals-4-alkali-metals-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ5MQ-element-that-has-the-greatest-tendency-to-lose-an-electron-is-1-f-2-fr-3-s-4-be-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ5Mg-the-outer-electronic-configuration-of-gd-atomic-no-64-is-1-4f3-5d56d2-2-4f8-5d106d2-3-4f4-5d46d2-4-4f7-5d16s2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ5Mw-the-radius-of-la3-at-no-57-is-1-06-a-deg-the-radius-of-lu3-at-no-71-might-be-1-1-06-a-deg-2-0-85-a-deg-3-1-60-a-deg-4-1-40-a-deg-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ5NA-which-of-the-following-transition-metal-ions-has-the-lowest-density-1-copper-2-nickel-3-scandium-4-zinc-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ5NQ-ionic-radii-are-1-inversely-proportional-to-the-effective-nuclear-charge-2-inversely-proportional-to-the-square-of-effective-nuclear-charge-3-directly-proportional-to-the-effective-nuclear-charge-4-di https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ5Nw-which-of-the-following-elements-is-a-metalloid-1-tin-sn-2-germanium-ge-3-sulphur-s-4-carbon-c-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ5OA-zinc-zn-and-cadmium-cd-generally-do-not-exhibit-variable-oxidation-states-unlike-most-transition-elements-this-behavior-is-primarily-attributed-to-1-softness-2-completed-d-orbital-3-two-electrons-in-o https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTQ5OQ-in-the-long-form-of-periodic-table-the-elements-having-lowest-ionization-potential-are-placed-in-1-i-group-2-iv-group-3-vii-group-4-zero-group-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUwMA-elements-with-an-electronic-configuration-1s2-2s2-2p6-3s2-3p6-3d10-4s2-4p6-4d10-5s2-5p3-belong-to-the-group-1-3rd-2-15th-3-17th-4-2nd-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUwMQ-which-one-of-the-elements-with-the-following-outer-orbital-configurations-may-exhibit-the-largest-number-of-oxidation-states-1-3d3-4s2-2-3d5-4s1-3-3d5-4s2-4-3d2-4s2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUwNA-those-in-a-group-that-falls-under-the-law-of-triads-include-1-cl-br-i-2-c-n-o-3-na-k-rb-4-h-o-n-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUwNQ-all-the-non-metals-in-the-long-form-of-the-periodic-table-are-placed-under-1-s-block-2-p-block-3-f-block-4-d-block-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUwNg-what-is-the-general-electronic-configuration-of-transition-elements-1-ns2nd1-10-2-ns2np6nd1-10-3-n-1-d1-10np6-4-n-1-d1-10ns1-2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUwNw-the-statement-that-is-incorrect-for-the-periodic-classification-of-elements-is-1-the-properties-of-elements-are-a-periodic-function-of-their-atomic-number-2-non-metallic-elements-are-lesser-in-number https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUwOQ-the-ions-o2-f-na-mg2-and-al3-are-isoelectronic-their-ionic-radii-show-2003-1-an-increase-from-o2-to-f-and-then-decrease-from-na-to-al3-2-a-decrease-from-o2-to-f-and-then-increase-from-na-to-al3-3-a-si https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUxMA-an-example-of-metalloid-elements-in-the-periodic-table-is-1-na-and-k-2-cu-and-al-3-as-and-si-4-ca-and-mg-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUxMQ-the-element-with-atomic-number-26-is-1-a-non-metal-2-krypton-3-iron-4-manganese-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUxMg-the-alkali-metals-have-1-highest-ionization-energy-2-largest-atomic-radii-3-highest-density-4-highest-electronegativity-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUxMw-the-telluric-helix-was-given-by-1-newland-2-mendeleev-3-lothar-meyer-4-de-chancourtois-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUxNA-the-element-with-atomic-number-30-is-expected-to-be-present-in-1-ib-group-2-ia-group-3-iia-group-4-iib-group-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUxNQ-the-correct-order-of-acid-strength-is-1-cl2o7-so2-p4o10-2-co2-n2o5-so3-3-na2o-mgo-al2o3-4-k2o-cao-mgo-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUxNw-which-among-the-following-elements-is-the-bridge-element-1-k-2-o-3-mg-4-pb-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUxOA-four-successive-members-of-the-first-row-transition-elements-are-listed-below-with-their-atomic-numbers-which-one-of-them-is-expected-to-have-the-highest-third-ionisation-enthalpy-1-vanadium-z-23-2-ch https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUyMA-transition-elements-show-1-variable-valency-2-paramagnetism-3-catalytic-properties-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUyMQ-the-transition-elements-are-more-metallic-than-the-representative-elements-because-they-have-1-the-electrons-in-d-orbitals-2-electron-pairs-in-d-orbitals-3-availability-of-d-orbitals-for-bonding-4-unp https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUyMw-which-pair-has-elements-containing-a-same-number-of-electrons-in-the-outermost-orbit-1-n-o-2-na-ca-3-as-bi-4-pb-sb-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUyNQ-the-correct-arrangement-of-increasing-order-of-atomic-radius-among-na-k-mg-and-rb-is-1-mg-k-na-rb-2-mg-na-k-rb-3-mg-na-rb-k-4-na-k-rb-mg-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUyNg-which-of-the-following-statement-is-correct-with-respect-to-the-property-of-elements-with-increase-in-atomic-number-in-carbon-family-1-their-metallic-character-decreases-2-the-stability-of-2-oxidation https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUyNw-the-correct-order-of-second-ionization-potential-of-carbon-nitrogen-oxygen-and-fluorine-is-1-c-n-o-f-2-o-n-f-c-3-o-f-n-c-4-f-o-n-c-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUyOA-the-electronic-configuration-of-the-element-which-is-just-above-the-element-with-atomic-43-in-the-same-group-is-1-1s2-2s2-2p6-3s2-3p6-3d5-4s2-2-1s2-2s2-2p6-3s2-3p6-3d5-4s3-4p6-3-1s2-2s2-2p6-3s2-3p6-3d https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUyOQ-generally-the-ionization-enthalpy-increases-along-a-period-but-there-are-some-exceptions-the-one-which-is-not-an-exception-is-1-be-and-b-2-n-and-o-3-mg-and-al-4-na-and-mg-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUzMA-sodium-generally-does-not-show-an-oxidation-state-of-2-because-of-1-high-first-ionization-potential-2-high-second-ionization-potential-3-large-ionic-radius-4-high-electronegativity-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUzMQ-the-electronegativity-of-the-following-elements-increases-in-the-order-of-1-s-p-n-o-2-p-s-n-o-3-n-o-p-s-4-n-p-s-o-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUzMg-the-graph-of-the-first-ionization-enthalpy-versus-atomic-number-is-as-follows-which-of-the-following-statements-is-correct-1-alkali-metals-are-at-the-maxima-and-noble-gases-at-the-minima-2-noble-gases https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUzMw-what-is-the-combining-ratio-of-a-number-of-elements-in-group-l-with-elements-in-group-17th-of-the-periodic-table-1-1-2-2-1-3-3-2-1-4-1-1-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MjU2MzM-the-first-ionisation-enthalpies-of-na-mg-al-and-si-are-in-the-order-1-na-al-mg-al-si-3-na-mg-al-si-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MjU2MzQ-the-electronic-configuration-of-chalcogens-in-their-outermost-shell-is-1-ns2np3-2-ns2np4-3-ns2np5-4-ns2np6-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MjU2MzU-among-the-following-species-the-smallest-ion-is-1-na-2-f-3-o2-4-n3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MjU2MzY-the-correct-order-for-electron-affinity-of-halogens-is-1-br-f-2-f-cl-3-br-cl-4-f-i-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MjU2Mzc-which-one-of-the-elements-has-the-highest-ionization-energy-1-ne-3s23p1-2-ne-3s23p2-3-ne-3s23p3-4-ar-3d104s24p2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MjU2Mzg-element-ion-that-has-the-highest-electron-affinity-is-1-f-2-o-3-o-4-na-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MjU2Mzk-the-correct-order-of-second-ionisation-energies-of-b-c-n-o-is-1-o-n-c-b-2-o-c-n-b-3-o-b-c-n-4-o-n-b-c-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MjU2NDA-an-atom-of-the-element-a-has-3-electrons-in-its-outermost-shell-while-another-atom-x-has-6-electrons-in-its-outermost-shell-the-formula-of-the-compound-between-a-and-x-could-be-1-a2x3-2-ax3-3-a3x2-4-a https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MjcyMjc-match-list-i-with-list-ii-and-select-the-correct-answer-using-codes-given-below-1-list-i-ions-list-ii-radius-in-pm-i-li-a-216-ii-na-b-195-iii-br-c-60-iv-i-d-95-codes-i-ii-iii-iv-1-a-b-d-c-2-b-c-a-d-3 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MjcyMjg-how-does-the-shielding-screening-effect-of-d-electrons-compare-with-that-of-p-electrons-1-equal-to-that-of-p-electrons-2-much-greater-than-that-of-p-electrons-3-same-as-that-of-f-electrons-4-less-than https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2MTk-values-of-electronegativity-like-3-0-2-8-2-5-are-related-to-1-elements-having-low-ip-in-the-periodic-table-2-elements-having-high-ea-in-the-periodic-table-3-chalcogens-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2MjE-allred-rochow-s-scale-is-related-to-1-electronegativity-radius-and-z-2-resonance-energy-of-the-molecule-ionisation-potential-and-electron-affinity-3-bond-polarity-diagonal-relationship-and-periodicity https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2Mjk-in-scandium-series-maximum-distance-between-neutrons-containing-site-and-valence-shell-is-of-1-sc-2-mn-3-fe-4-zn-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2MzI-which-of-the-following-ionisation-energy-order-is-not-correct-1-cu-cu-2-2-mn-2-mn-3-3-n-n-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2MzY-which-of-the-following-would-not-proceed-in-the-forward-direction-spontaneously-1-si-cl-rarr-si-cl-2-f-i-rarr-f-i-3-both-4-none-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2NTI-which-of-the-following-correctly-represents-both-the-increasing-order-of-ionic-radii-and-the-decreasing-order-of-the-number-of-protons-1-ca-2-k-cl-s-2-2-cl-ca-2-k-s-2-3-s-2-cl-ca-2-k-4-none-of-the-abo https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2NTM-which-of-the-following-has-the-highest-electronegativity-1-carbon-2-oxygen-3-boron-4-fluorine-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2NTg-the-electronic-configuration-of-palladium-is-1-kr-5f3-6d1-7s2-2-kr-5f5-6d1-7s2-3-kr-5f2-6d1-7s2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2NTk-zeff-of-na-and-na0-are-respectively-1-1-95-and-1-22-2-0-85-and-0-35-3-1-and-0-35-4-6-85-and-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2NjA-removal-of-2nd-electron-is-always-1-endothermic-2-endothermic-for-mg-be-n-3-exothermic-for-mg-be-n-and-noble-gases-4-depends-of-electronic-configuration-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2Njc-atomic-radius-of-be-o-c-n-b-are-respectively-in-pm-1-111-66-77-74-88-2-74-84-111-77-66-3-111-88-77-74-66-4-111-66-88-77-74-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2Njk-the-first-four-ip-values-of-an-element-are-19-190-2000-and-2600-ev-atom-element-belongs-to-1-amphoteric-elements-2-four-electron-donor-group-3-s-block-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2NzA-the-jump-between-the-5-th-and-6-th-ionization-energies-is-large-suggesting-the-element-has-how-many-protons-in-its-nucleus-1-15-protons-in-nucleus-2-13-protons-in-nucleus-3-11-protons-in-nucleus-4-ion https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2NzE-an-element-belonging-to-the-helium-family-has-an-atomic-number-z-which-of-the-following-atomic-numbers-represents-the-element-with-the-highest-electron-affinity-1-z-2-2-z-1-3-z-1-4-z-2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2NzM-the-element-having-very-high-electron-affinity-but-zero-ionisation-enthalpy-is-1-he-due-to-inert-gas-configuration-2-be-due-to-fully-filled-subshell-3-h-due-to-presence-of-allotropes-4-none-of-the-abo https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246Mjc2NzQ-the-pair-of-elements-where-the-addition-of-a-second-electron-to-each-atom-is-endothermic-is-1-n-ne-2-be-f-3-b-c-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246MzAwMDI-the-correct-order-in-which-the-o-o-bond-length-increases-in-the-following-is-1-h2o2-o2-o3-2-o3-h2o2-o2-3-o2-o3-h2o2-4-o2-h2o2-o3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDA5MDQ-the-incorrect-match-among-the-following-is-1-b-c-n-o-increasing-first-ionisation-enthalpy-2-i-br-f-cl-increasing-electron-gain-enthalpy-3-li-na-k-rb-increasing-metallic-radius-4-al3-mg2-na-f-increasin https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDA5Mjg-the-correct-sequence-of-increasing-radii-is-1-ar-k-ca2-2-ca2-ar-k-3-ca2-k-ar-4-k-ar-ca2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDEwMDA-the-formation-of-the-oxide-ion-o2-g-from-oxygen-atom-requires-first-an-exothermic-and-then-an-endothermic-step-as-shown-below-o-g-e-8594-o-g-8710-fh-176-141kjmol-1-o-g-8201-e-8594-o2-g-8710-fh-176-780 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDEwMzU-be2-is-isoelectronic-with-which-of-the-following-ions-1-h-2-li-3-na-4-mg2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDEyNDA-the-correct-order-of-the-decreasing-ionic-radii-among-the-following-isoelectronic-species-is-1-ca2-k-s2-cl-2-cl-s2-ca2-k-3-s2-cl-k-ca2-4-k-ca2-cl-s2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDEyNDM-the-correct-order-of-increasing-electron-gain-enthalpy-with-a-negative-sign-for-the-elements-o-s-f-and-cl-is-1-cl-f-s-o-2-o-s-f-cl-3-f-s-o-cl-4-s-o-cl-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDEyNDQ-which-one-of-the-following-compounds-is-a-peroxide-1-ko2-2-bao2-3-mno2-4-no2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDEzMjM-the-sequence-of-ionic-mobility-in-aqueous-solution-is-1-k-na-rb-cs-2-cs-rb-k-na-3-rb-k-cs-na-4-na-k-rb-cs-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDEzMjU-which-one-of-the-following-arrangements-does-not-give-the-correct-picture-of-the-trends-indicated-against-it-1-f2-cl2-br2-i2-oxidising-power-2-f2-br2-i2-electron-gain-enthalpy-3-f2-cl2-br2-i2-bond-dis https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDEzOTg-identify-the-correct-order-of-the-size-of-the-following-1-ca2-k-ar-s2-cl-2-ca2-k-ar-cl-s2-3-ar-ca2-k-cl-s2-4-ca2-ar-k-cl-s2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA3ODI-an-element-whose-iupac-name-is-ununtrium-uut-belongs-to-1-s-block-elements-2-p-block-elements-3-d-block-elements-4-inner-transition-elements-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA3ODU-which-of-the-following-is-not-a-representative-element-1-tellurium-2-tantalum-3-thallium-4-astatine-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA3ODc-the-period-number-and-group-number-of-tantalum-z-73-are-respectively-1-5-7-2-6-13-3-6-5-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA3OTE-consider-the-following-electronic-configuration-of-an-element-p-xe4f145d16s2-the-correct-statement-about-element-p-is-1-it-belongs-to-the-6th-period-and-the-1st-group-2-it-belongs-to-the-6th-period-an https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA3OTI-which-of-the-following-metal-is-highest-electropositive-metallic-in-nature-1-be-2-rb-3-mn-4-tl-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4MDA-the-graph-that-represents-the-relationship-between-atomic-number-z-and-magnetic-moment-of-d-block-elements-among-the-following-is-outer-electronic-configuration-n-1-dxns1or2-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4MDI-which-of-the-following-statements-is-correct-regarding-the-element-unununium-1-it-is-an-inner-transition-element-2-it-belongs-to-the-8th-period-in-the-periodic-table-3-it-is-a-transition-element-4-it https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4MDg-consider-the-following-periodic-properties-i-atomic-radius-ii-electronegativity-iii-ionisation-energy-iv-metallic-character-which-of-these-properties-decrease-from-left-to-right-across-a-period-and-in https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4MTI-consider-the-following-information-about-element-p-and-q-period-number-group-number-p-2-15-q-3-2-then-formula-of-the-compound-formed-by-p-and-q-element-is-1-pq-2-p3q2-3-q3p2-4-pq2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4MTg-the-incorrect-order-of-radius-is-1-mathrm-sr-2-mathrm-co-2-mathrm-co-3-mathrm-co-4-4-mathrm-ba-2-mathrm-cs-mathrm-se-2-mathrm-as-3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4MjQ-the-radius-of-which-ion-is-closest-to-that-of-li-ion-1-na-2-be2-3-mg2-4-al3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4Mjg-the-correct-order-of-ie2-is-1-ne-f-o-n-2-o-f-ne-n-3-ne-o-f-n-4-o-ne-f-n-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4MzQ-which-of-the-following-transformation-least-energy-is-required-1-f-g-8594-fg-e-2-p-g-8594-pg-e-3-s-g-8594-sg-e-4-cl-g-8594-clg-e-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4NDM-which-of-the-following-represents-correct-order-of-electron-affinity-1-cl-f-s-o-2-f-o-s-cl-3-f-cl-s-o-4-cl-s-o-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4NDg-correct-expression-of-allred-and-rochow-s-scale-is-a-electronegativity-0-744zeff-r2-0-359-b-electronegativity-0-359r2zeff-0-744-c-electronegativity-0-359zeff-r-0-744-d-electronegativity-0-359zeff-r2-0 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4NTI-the-process-that-requires-absorption-of-energy-is-1-n-rarr-n-2-f-rarr-f-3-cl-rarr-cl-4-h-rarr-h-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4NTk-which-of-the-following-compounds-is-most-acidic-1-cl2o7-2-p4o10-3-so3-4-b2o3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4NjA-if-p-and-t-are-second-period-p-block-elements-then-which-of-the-following-graph-show-correct-relation-between-valence-electrons-in-p2-to-t2-corresponding-molecules-and-their-bond-order-is-a-b-c-d-1-2 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4Njk-consider-the-following-four-elements-which-are-represented-according-to-long-form-of-periodic-table-here-w-y-and-z-are-left-up-and-right-elements-with-respect-to-the-element-x-and-x-belongs-to-16th-gr https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4NzU-the-ground-state-electronic-configurations-of-the-elements-u-v-w-x-and-y-these-symbols-do-not-have-any-chemical-significance-are-as-follows-begin-array-ll-mathrm-u-1-s-2-2-s-2-2-p-3-mathrm-v-1-s-2-2-s https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4ODI-which-one-will-show-variable-oxidation-state-i-kr5s1-ii-rn5f146d17s2-iii-ar3d104s24p5-iv-ar3d64s2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4OTI-in-alkaline-earth-metals-the-properties-among-the-following-that-will-increase-from-be-to-ba-are-i-atomic-radius-ii-ionisation-energy-iii-nuclear-charge-1-i-and-ii-2-i-and-iii-3-ii-and-iii-4-i-ii-and https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA4OTU-the-incorrect-order-of-ionic-size-among-the-following-is-1-la3-gd3-eu3-lu3-2-v2-v3-v4-v5-3-tl-in-sn2-sb3-4-k-sc3-v5-mn7-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA5MDE-consider-the-following-changes-m-s-8594-m-g-i-m-s-8594-m2-g-2e-ii-m-g-8594-m-g-e-iiii-m-g-8594-m2-g-e-iv-m-g-8594-m2-g-2e-v-the-second-ionization-energy-of-m-could-be-calculated-from-the-energy-values https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA5MDc-which-of-the-following-statements-is-incorrect-1-van-der-waals-radius-of-iodine-is-more-than-its-covalent-radius-2-all-isoelectronic-ions-belong-to-the-same-period-of-the-periodic-table-3-i-e1-of-the https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA5MTQ-aqueous-solutions-of-two-compounds-m1-o-handm2-o-h-are-prepared-in-two-different-beakers-if-the-electronegativity-of-m1-3-4-m2-1-2-o-3-5andh-2-1-then-the-nature-of-two-solutions-will-be-respectively-a https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA5MTc-first-three-ionisation-energies-in-kj-mol-of-three-representative-elements-are-given-below-element-ie1-ie2-ie3-p-495-8-4562-6910-q-737-7-1451-7733-r-577-5-1817-2745-then-incorrect-option-is-1-q-alkali https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA5MjI-if-the-ionization-enthalpy-and-negative-electron-gain-enthalpy-of-an-element-are-275-and-86-kcal-mol-1-respectively-then-the-electronegativity-of-the-element-on-the-pauling-scale-is-1-2-8-2-0-0-3-4-0 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA5MzE-the-incorrect-statement-is-1-the-second-ionisation-energy-of-se-is-greater-than-that-of-second-ionisation-energy-of-as-2-the-first-ionisation-energy-of-c2-ion-is-greater-than-that-of-first-ionisation https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA5MzI-consider-the-following-ionisation-reactions-i-e-kj-mol-1-ag-8594-ag-e-a1-b-g-8594-b-g-2-e-b2-c-g-8594-c-g-2-e-c2-b-g-8594-b-g-e-b1-c-g-8594-c-g-e-c1-c-g-2-8594-c-g-3-e-c3-if-monovalent-positive-ion-of https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA5NjQ-the-incorrect-match-among-the-following-options-is-1-ar-3d-54s-1-rightarrow-4-th-text-period-6-th-text-group-2-kr-4d-10-rightarrow-5-th-text-period-12-th-text-group-3-rn-6d-2-7s-2-rightarrow-7-th-text https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTA5NjY-which-of-the-following-orders-is-correct-for-the-property-mentioned-in-brackets-1-s-sup2-cl-k-ca-sup2-ionisation-energy-2-c-al-ga-in-tl-electronegativity-4-na-li-mg-sup2-be-sup2-al-sup3-ionic-radius-1 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTM3OTQ-ip1-and-ip2-for-mg-are-178-kcal-mol-ndash-1-and-348-kcal-mol-1-respectively-the-energy-required-for-the-reaction-mg-rarr-mg2-2e-will-be-1-170-kcal-mol-1-2-526-kcal-mol-1-3-ndash-170-kcal-mol-1-4-ndash https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTM4MDI-incorrect-statement-about-characteristics-regarding-halogens-is-1-ionization-energy-decreases-with-increase-in-atomic-number-2-electronegativity-decreases-with-increase-in-atomic-number-3-electron-aff https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTM4NjU-the-process-requiring-the-absorption-of-energy-is-1-f-rarr-f-2-h-rarr-h-3-cl-rarr-cl-4-o-rarr-o2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjA3OTg-consider-the-following-statements-i-rutherford-name-was-associated-with-the-development-of-periodic-table-ii-a-metal-m-having-electronic-configuration-1-s-2-2-s-2-2-p-6-3-s-2-3-p-6-3-d-10-4-s-1-is-d-b https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjA4MDE-there-are-four-elements-p-q-r-and-s-having-atomic-number-z-1-z-z-1-and-z-2-respectively-if-there-element-q-is-an-inert-gas-select-the-correct-answers-from-the-following-statements-i-p-has-most-negativ https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjA4MDU-given-below-are-four-orders-for-the-size-of-the-species-choose-the-correct-ones-a-al3-al-si-p-1-a-b-c-2-b-c-d-3-a-c-4-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjA4MDc-which-of-the-following-orders-are-correct-for-the-ionization-energies-a-b-a-s-r-c-a-b-s-2-s-s-2-c-c-o-n-d-m-g-a-l-s-i-1-a-b-and-d-2-a-c-and-d-3-a-b-and-c-4-a-b-c-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjA5MDU-the-electron-gain-enthalpies-of-halogens-in-kj-mol-1-are-given-below-f-332-cl-349-br-325-i-295-the-lesser-negative-value-for-f-as-compared-to-that-of-cl-is-due-to-1-strong-electron-electron-repulsions https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjA5MTA-which-of-the-following-statements-are-correct-i-generally-the-radius-trend-and-the-ionization-energy-trend-across-a-period-are-exact-opposites-ii-electron-affinity-values-of-elements-may-be-exothermic https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjA5MTU-which-of-the-following-statements-is-not-correct-1-the-first-ionization-energies-in-kj-mol-1-of-carbon-silicon-germanium-tin-and-lead-are-1086-786-761-708-and-715-respectively-2-down-the-group-electro https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjA5MjY-the-correct-order-among-the-following-options-is-1-f-n-c-si-ga-non-metallic-character-2-f-o-cl-n-oxidising-property-3-c-p-n-electron-affinity-value-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjA5Mjg-which-of-the-following-statements-is-correct-for-an-element-that-forms-oxides-in-different-oxidation-states-1-the-oxide-is-neutral-when-the-element-is-in-its-highest-oxidation-state-2-the-oxide-is-mos https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjEwOTQ-assertion-the-5th-period-of-the-periodic-table-contains-18-elements-and-not-32-reason-when-n-5-the-value-of-l-0-1-2-3-the-order-in-which-the-energy-of-available-orbits-4d-5s-and-5p-increases-is-5s-4d https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjEwOTc-given-below-are-two-statements-assertion-a-the-4f-and-5f-inner-transition-series-of-elements-are-placed-separately-at-the-bottom-of-the-periodic-table-reason-r-this-arrangement-avoids-an-undue-sideway https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjEwOTk-assertion-manganese-atomic-number-25-has-a-less-favourable-electron-affinity-than-its-neighbours-on-either-side-because-reason-the-manganese-has-stable-ar183d54s2-electrons-configuration-if-both-the-a https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NjExMDI-given-below-are-two-statements-assertion-a-fluorine-forms-only-one-oxoacid-hof-reason-r-fluorine-has-a-small-size-and-the-highest-electronegativity-1-both-a-and-r-are-true-and-r-is-the-correct-explana https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246ODkxODk-what-is-the-simplest-formula-of-the-ionic-compound-formed-when-magnesium-reacts-with-an-element-x-whose-ground-state-electronic-configuration-is-1s-sup2-2s-sup2-2p-sup3-1-mg2x3-2-mgx2-3-mg2x-4-mg3x2-1 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTEyMTY-the-correct-order-of-ionic-radii-is-1-h-h-h-2-na-f-o2-3-f-o2-na-4-n3-mg2-al3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTEyMjA-which-of-the-following-ionic-species-is-isoelectronic-with-mathrm-be-2-1-h-2-li-3-na-4-mg2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTMzNzc-the-correct-order-of-decreasing-second-ionization-enthalpy-of-ti-22-v-23-cr-24-and-mn-25-is-1-cr-mn-v-ti-2-v-mn-cr-ti-3-mn-cr-ti-v-4-ti-v-cr-mn-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTM2Mzg-among-the-following-the-most-characteristic-oxidation-states-for-lead-and-tin-are-respectively-1-4-2-2-2-4-3-4-4-4-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTM2OTI-identify-the-correct-order-of-the-size-of-the-following-1-ca2-k-ar-s2-cl-2-ca2-k-ar-cl-s2-3-ar-ca2-k-cl-s2-4-ca2-ar-k-cl-s2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTQwNTg-which-one-of-the-following-orders-is-not-in-accordance-with-the-property-stated-against-1-f2-cl2-br2-i2-oxidising-power-2-hl-hbr-hcl-hf-acidic-property-in-water-3-f2-cl2-br2-i2-electronegativity-4-f2 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTU1ODA-for-the-second-period-elements-the-correct-increasing-order-of-first-ionisation-enthalpy-is-1-li-be-b-c-o-n-f-ne-2-li-be-b-c-n-o-f-ne-3-li-b-be-c-o-n-f-ne-4-li-b-be-c-n-o-f-ne-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTY0NTY-read-the-following-statements-s-and-explanation-e-choose-the-correct-answers-from-the-codes-1-2-3-and-4-s-sulphate-is-estimated-as-baso4-and-not-as-mgso4-e-ionic-radius-of-mg2-is-smaller-than-ba2-1-s https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTAyNzQw-the-incorrect-order-of-electronegativity-is-1-cl-s-p-si-2-si-al-mg-na-3-f-cl-br-i-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTE3Njgz-which-of-the-following-third-period-elements-has-a-positive-electron-gain-enthalpy-1-na-2-al-3-cl-4-ar-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTIyNTkw-the-pair-that-has-both-members-from-the-same-period-of-the-periodic-table-is-1-cl-br-2-ca-cl-3-na-ca-4-na-cl-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTM0MTIz-which-one-of-the-following-is-an-isoelectronic-pair-1-clo2-clf2-2-if2-i3-3-cl2o-icl2-4-icl2-clo2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQyNDE2-which-of-the-following-species-exhibits-the-highest-electron-affinity-1-f-ndash-2-o-ndash-3-o-4-na-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQyNDY1-the-correct-order-of-3rd-ionisation-potential-of-na-mg-al-and-si-is-1-si-al-mg-na-2-mg-si-al-na-3-mg-na-si-al-4-mg-na-al-si-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQ3MTA4-identify-the-wrong-statement-in-the-following-1-amongst-isoelectronic-species-smaller-the-positive-charge-on-the-cation-smaller-is-the-ionic-radius-2-amongst-isoelectronic-species-greater-the-negative https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQ3MTUy-the-ionisation-energy-will-be-maximum-for-the-process-1-ba-rarr-ba2-2-be-rarr-be2-3-cs-rarr-cs-4-li-rarr-li-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTcxMzI2-the-group-of-metals-having-the-positive-value-of-electron-gain-enthalpy-is-1-cr-fe-2-mn-zn-3-fe-zn-4-cr-mn-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTcxMzMx-percentage-ionic-character-if-electronegativity-value-of-x-2-1-y-3-0-is-1-20-2-30-3-17-4-23-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTcxMzM1-the-correctly-matched-option-is-1-fe-3-fe-2-fe-order-of-atomic-radius-2-o-c-b-n-order-of-ionisation-energy-3-o-2-o-o-o-increasing-order-of-zeff-4-o-n-f-ne-order-of-electron-affinity-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTg1NTAy-identify-the-incorrect-match-name-iupac-official-name-a-unnilunium-i-mendelevium-b-unniltrium-ii-lawrecium-c-unnilhexium-iii-seaborgium-d-unununium-iv-darmstadtium-1-b-ii-2-c-iii-3-d-iv-4-a-i-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTg3NDE2-the-group-of-elements-in-which-the-differentiating-electron-enters-the-anti-penultimate-shell-of-atoms-are-called-1-p-block-elements-2-d-block-elements-3-s-block-elements-4-f-block-elements-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTg3NDE4-which-of-the-following-elements-will-have-the-highest-electronegativity-1-chlorine-2-nitrogen-3-cesium-4-fluorine-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTg3NDM1-how-does-electron-affinity-change-when-we-move-from-left-to-right-in-a-period-in-the-periodic-table-1-generally-increases-2-generally-decreases-3-remains-unchanged-4-first-increases-and-then-decreases https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTg5OTk2-one-mole-of-magnesium-in-the-vapour-state-absorbed-1200-kj-mol-1-of-energy-if-the-first-and-second-ionization-energies-of-mg-are-750-and-1450-kj-mol-1-respectively-the-final-composition-of-the-mixture https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTkxOTkz-the-atomic-species-that-has-the-maximum-ionization-energy-is-1-o-2-s-3-se-4-te-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTkyMTUy-ionic-radii-are-1-inversely-proportional-to-effective-nuclear-charge-2-inversely-proportional-to-square-of-effective-nuclear-charge-3-directly-proportional-to-effective-nuclear-charge-4-directly-propo https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTkyMTc2-the-element-with-the-electronic-configuration-1-s-2-2-s-2-2-p-6-3-s-2-3-p-6-3-d-3-4-s-2-belongs-to-1-v-group-2-xv-group-3-ii-group-4-iii-group-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTk0OTg4-which-of-the-following-oxide-is-amphoteric-in-nature-1-sno-2-sio2-3-geo2-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjAxNzI5-in-terms-of-increasing-non-metallic-character-which-of-the-following-is-the-correct-order-for-the-elements-n-p-o-and-s-1-p-s-n-o-2-o-s-n-p-3-o-n-s-p-4-n-s-o-p-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjEyMDc3-the-correct-order-of-metallic-character-of-elements-b-al-mg-and-k-is-1-b-al-mg-k-2-al-mg-b-k-3-mg-al-k-b-4-k-mg-al-b-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjEyMDc4-what-is-the-correct-order-of-non-metallic-character-for-the-elements-b-c-n-f-and-si-1-b-c-si-n-f-2-si-c-b-n-f-3-f-n-c-b-si-4-f-n-c-si-b-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjEyMDc5-the-correct-order-of-their-chemical-reactivity-of-the-elements-f-cl-o-and-n-in-terms-of-oxidizing-property-is-1-f-cl-o-n-2-f-o-cl-n-3-cl-f-o-n-4-o-f-n-cl-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI0NTEz-which-of-the-following-statements-is-incorrect-1-elements-are-classified-into-periods-and-groups-2-elements-with-similar-properties-are-placed-in-the-same-group-3-arrangement-in-the-periodic-table-mak https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI0NTE2-the-maximum-number-of-elements-that-can-be-accommodated-in-the-sixth-period-are-1-eight-8-2-eighteen-18-3-thirty-two-32-4-sixteen-16-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI0NTE4-the-element-named-after-lawrence-berkeley-laboratory-is-1-seaborgium-2-lawrencium-3-moscovium-4-hafnium-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI0NTI3-boron-has-lesser-ionization-enthalpy-than-beryllium-because-1-it-is-easier-to-remove-electrons-from-p-a-subshell-than-a-filled-s-subshell-2-the-s-electron-can-be-removed-easier-than-the-p-electron-3-i https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI0NTk3-the-difference-between-electron-gain-enthalphy-and-electronegativity-is-described-by-1-valence-electrons-2-atomic-size-3-ionic-radii-4-atomic-number-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI0NjA1-incorrect-statement-about-metal-is-1-metals-can-donate-electrons-2-metals-form-ionic-compounds-3-metals-are-more-electronegative-4-metals-have-less-ionization-energy-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI0NjA2-which-group-contains-elements-that-exist-as-a-non-metal-liquid-and-gas-at-room-temperature-1-15-2-14-3-18-4-17-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI0NjE0-elements-h1-h2-egh-i-520-7300-60-ii-419-3051-48-iii-1681-3374-328-iv-1008-1846-295-v-2372-5251-48-vi-738-1451-40-the-least-reactive-element-based-on-the-above-data-is-1-iii-2-iv-3-ii-4-v-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI0NjMx-incorrect-statement-among-the-following-is-1-the-p-block-has-6-columns-because-a-maximum-of-6-electrons-can-occupy-all-the-orbitals-in-a-p-shell-2-the-d-block-has-8-columns-because-a-maximum-of-8-elec https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MTgx-ionic-radii-vary-with-respect-to-the-following-factors-a-inversely-proportional-to-the-effective-nuclear-charge-b-directly-proportional-to-the-effective-nuclear-charge-c-directly-proportional-to-the-s https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjA0-among-the-following-elements-identify-the-one-that-is-not-an-actinoid-1-curium-z-96-2-californium-z-98-3-uranium-z-92-4-terbium-z-65-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjA1-the-order-of-screening-effect-of-electrons-of-s-p-d-and-f-orbitals-of-a-given-shell-of-an-atom-on-electrons-in-its-outer-shell-is-1-s-p-d-f-2-f-d-p-s-3-p-p-s-d-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjA5-which-of-the-following-correctly-represents-the-order-of-electron-gain-enthalpy-energy-released-on-gaining-an-electron-among-halogens-1-f-cl-br-i-2-f-br-i-4-f-i-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjEw-in-the-modern-periodic-table-the-period-number-directly-signifies-which-of-the-following-characteristics-for-the-elements-belonging-to-that-period-1-magnetic-quantum-number-of-any-element-of-the-perio https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjEx-the-elements-in-which-electrons-are-progressively-filled-in-4f-orbitals-are-called-1-actinoids-2-transition-elements-3-lanthanoids-4-halogens-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjEy-the-correct-order-of-size-of-the-given-species-is-1-i-i-ndash-i-2-i-i-ndash-i-3-i-i-i-ndash-4-i-ndash-i-i-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjE1-which-of-the-following-represents-the-valence-shell-electronic-configuration-of-the-last-element-of-p-block-located-in-the-6th-period-1-7s27p6-2-5f146d107s27p0-3-4f145d106s26p6-4-4f145d106s26p4-1-2-3 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjE2-among-the-following-elements-whose-atomic-numbers-are-given-below-which-cannot-be-accommodated-in-the-present-set-up-of-the-long-periodic-table-1-107-2-118-3-126-4-102-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjE4-the-elements-with-atomic-numbers-35-53-and-85-are-1-noble-gases-2-halogens-3-heavy-metals-4-light-metals-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjE5-electronic-configuration-of-four-elements-a-b-c-and-d-are-given-below-a-1s22s22p6-b-1s22s22p4-c-1s22s22p63s1-d-1s22s22p5-what-is-the-correct-order-of-elements-based-on-their-increasing-electron-affini https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjQ0OTY1-which-of-the-following-oxides-is-most-acidic-in-nature-1-na2o-2-mgo-3-sio2-4-cl2o7-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjQ1MDkw-match-column-i-with-column-ii-column-i-column-ii-a-copper-i-non-metal-b-fluorine-ii-transition-metal-c-silicon-iii-lanthanoid-d-cerium-iv-metalloid-a-b-c-d-1-ii-iv-i-iii-2-ii-i-iv-iii-3-iv-iii-i-ii-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjUxMTIx-among-the-elements-ca-mg-p-and-cl-the-correct-order-of-increasing-atomic-radii-is-1-cl-p-mg-ca-2-p-cl-ca-mg-3-ca-mg-p-cl-4-mg-ca-cl-p-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjUxMjI1-the-first-ionization-enthalpy-of-sodium-na-is-5-1ev-using-this-information-determine-the-value-of-the-electron-gain-enthalpy-of-mathrm-na-1-10-2-ev-2-ndash-5-1-ev-3-ndash-10-2-ev-4-2-55-ev-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjU1OTc0-the-formula-for-the-oxide-formed-by-eka-aluminum-is-1-eo4-2-e2o3-3-e3o2-4-eo-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY0MDI1-which-of-the-following-molecules-has-the-internuclear-distance-maximum-1-csi-2-csf-3-lif-4-lii-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY0MzYz-the-first-ionization-potential-of-be-and-b-will-be-1-8-8-and-8-8-2-6-6-and-6-6-3-6-6-and-8-8-4-8-8-and-6-6-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY0NzQ2-which-of-the-following-electronic-configuration-has-maximum-difference-between-ii-and-iii-ionization-potential-1-1s2-2s2-2p6-3s1-2-1s2-2s2-2p6-3s2-3-1s2-2s2-2p6-4-1s2-2s2-2p5-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY1MzMw-incorrect-order-among-the-following-is-1-nh3-ph3-ash3-ndash-acidic-2-li-be-b-c-ndash-ist-ionization-potential-3-al2o3-mgo-na2o-k2o-basic-4-li-na-k-cs-ionic-radius-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY1MzM1-if-an-atom-has-electronic-configuration-1s22s22p63s23p63d34s2-we-will-place-it-in-group-number-1-fifth-2-fifteenth-3-second-4-third-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY1ODA1-the-correct-order-of-ist-ip-ionization-potential-among-the-following-elements-be-b-c-n-o-is-1-b-be-c-o-n-2-b-be-c-n-o-3-be-b-c-n-o-4-be-b-c-o-n-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDI5-the-basic-theme-of-the-periodic-table-is-1-to-classify-the-elements-in-a-period-according-to-their-properties-2-to-classify-the-elements-in-a-group-according-to-their-ionization-enthalpy-3-to-classify https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDMw-which-of-the-property-was-used-by-mendeleev-to-classify-the-elements-1-brightness-2-atomic-weight-3-number-of-isotopes-4-lustre-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDMx-the-basic-difference-between-mendeleev-rsquo-s-periodic-law-a-and-modern-periodic-law-b-is-1-a-is-based-on-atomic-weights-while-b-is-based-on-atomic-numbers-2-b-is-based-on-atomic-weights-while-a-is-b https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDMy-the-sixth-period-of-the-periodic-table-contains-how-many-elements-1-32-2-36-3-35-4-33-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDMz-the-period-and-group-number-of-the-element-with-z-114-are-1-8th-period-and-16th-group-2-7th-period-and-14th-group-3-14th-period-and-7th-group-4-9th-group-and-14th-period-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDM0-the-atomic-number-of-the-element-present-in-the-3rd-period-and-17th-group-of-the-periodic-table-would-be-1-18-2-23-3-24-4-17-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDM2-the-resemblance-in-physical-and-chemical-properties-within-a-group-of-the-periodic-table-is-a-result-of-1-same-atomic-number-2-same-number-of-valence-electrons-3-same-atomic-mass-4-same-number-of-isot https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDM3-the-ionic-radius-indicates-the-distance-between-the-nucleus-and-1-outermost-shell-of-an-atom-2-outermost-shell-of-an-ion-3-outermost-shell-of-the-cation-only-4-outermost-shell-of-the-anion-only-1-2-3 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDM4-the-trend-of-atomic-radius-in-a-period-and-a-group-is-1-generally-decreases-from-right-to-left-across-a-period-and-increases-down-a-group-2-generally-increases-from-left-to-right-across-a-period-and-d https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDM5-anions-generally-possess-larger-atomic-radii-than-their-corresponding-neutral-atoms-this-is-primarily-due-to-1-an-anion-has-a-fewer-number-of-electrons-than-its-parent-atom-2-an-anion-has-the-same-num https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDQw-the-energy-of-an-electron-in-the-ground-state-of-the-hydrogen-atom-is-ndash-2-18-times-10-18j-the-ionization-enthalpy-of-atomic-hydrogen-in-terms-of-j-mol-1-is-1-2-81-times-106-j-mol-1-2-1-31-times-10 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDQx-the-explanation-for-the-fact-that-the-first-ionization-enthalpy-of-sodium-is-lower-than-that-of-magnesium-but-its-second-ionization-enthalpy-is-higher-than-that-of-magnesium-would-be-1-pressure-and-vo https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDQy-the-ionization-enthalpy-of-the-main-group-elements-tends-to-decrease-down-a-group-due-to-1-increase-in-the-atomic-size-of-elements-and-increase-in-the-shielding-effect-2-decrease-in-the-atomic-size-of https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDQz-the-first-ionization-enthalpy-values-in-kj-mol-ndash-1-of-group-13-elements-are-b-al-ga-in-tl-801-577-579-558-589-the-explanation-for-the-deviation-from-the-general-trend-can-be-1-b-has-filled-subshel https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDQ0-which-of-the-following-pairs-correctly-identifies-the-element-with-the-more-negative-electron-gain-enthalpy-in-each-set-i-o-or-f-ii-f-or-cl-1-o-cl-2-f-f-3-o-f-4-f-cl-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDY1-the-relationship-between-1st-and-2nd-electron-gain-enthalpy-of-oxygen-atom-o-would-be-1-both-values-of-electron-gain-enthalpy-are-negative-2-the-1st-electron-gain-enthalpy-of-o-is-negative-while-2nd-i https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDY2-the-basic-difference-between-the-electron-gain-enthalpy-ea-and-electronegativity-en-is-1-ea-is-the-tendency-to-lose-electrons-while-en-is-the-tendency-to-repel-the-shared-pairs-of-electrons-2-ea-is-th https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDY3-the-statement-that-the-electronegativity-of-n-on-the-pauling-scale-is-3-0-in-all-the-nitrogen-compounds-is-incorrect-because-1-electronegativity-of-an-element-is-a-variable-property-2-pauling-scale-is https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDY4-the-correct-statement-about-the-radius-of-a-species-is-1-radius-increases-during-cation-and-anion-formation-2-radius-increases-during-anion-formation-and-decreases-during-cation-formation-3-radius-dec https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDY5-the-values-of-the-first-ionization-enthalpies-for-two-isotopes-would-be-1-same-2-different-3-same-values-but-positive-for-the-first-and-negative-for-the-second-4-same-values-but-negative-for-the-first https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDcw-the-reactivity-of-alkali-metals-increases-whereas-halogen-decreases-down-the-group-because-1-on-moving-down-ionization-enthalpy-decreases-in-group-1-while-the-electron-gain-enthalpy-becomes-less-negat https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDcx-the-general-outer-electronic-configuration-of-s-p-d-and-f-block-elements-respectively-would-be-1-ns1-2-ns2np1-6-n-1-d1-10np0-2-n-2-f1-14-n-1-d0-10ns2-2-ns1-2-ns2np1-6-n-1-f1-10ns0-2-n-2-f1-14nd0-1ns2 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDcy-the-position-of-elements-with-an-outer-electronic-configuration-as-n-2-f7-n-1-d1ns2-n-6-1-6th-period-and-10th-group-2-7th-period-and-3rd-group-3-6th-period-and-3rd-group-4-7th-period-and-9th-group-1-2 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDcz-1st-h1-and-2nd-h2-ionization-enthalpies-in-kj-mol-ndash-1-and-the-egh-electron-gain-enthalpy-in-kj-mol-ndash-1-of-a-few-elements-are-given-below-elements-delta-h1-delta-h2-delta-egh-i-520-7300-ndash-6 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDc0-determine-the-formula-of-the-stable-binary-compound-that-would-be-formed-by-an-element-having-atomic-number-71-and-fluorine-1-luf6-2-luf2-3-luf3-4-luf4-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDc2-the-factor-that-does-not-affect-the-valence-electron-is-1-azimuthal-quantum-number-2-nuclear-charge-z-3-nuclear-mass-4-number-of-core-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDc3-the-size-of-isoelectronic-species-f-ndash-ne-and-na-is-affected-by-1-nuclear-charge-z-2-valence-principal-quantum-number-n-3-electron-electron-interaction-in-the-outer-orbitals-4-none-of-the-above-1-2 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NDc4-the-incorrect-statement-about-ionization-enthalpy-is-1-ionization-enthalpy-increases-for-each-successive-electron-2-noble-gases-have-the-highest-ionization-enthalpy-3-a-big-jump-in-ionization-enthalpy https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2NzQ1-what-is-the-difference-between-electronegativity-and-electron-gain-enthalpy-1-an-element-has-a-constant-value-of-the-electron-gain-enthalpy-but-not-of-electronegativity-2-there-is-no-difference-betwee https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY5NjI4-the-ionic-radii-vary-in-a-inverse-proportion-to-the-effective-nuclear-charge-b-inverse-proportion-to-the-square-of-effective-nuclear-charge-c-direct-proportion-to-the-screening-effect-d-direct-proport https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjcwMTc2-match-the-following-isoelectronic-species-in-column-i-and-column-ii-column-i-column-ii-i-f-a-br-ii-ar-b-si2-iii-mg-c-o2-iv-rb-d-s2-i-ii-iii-iv-1-b-c-a-d-2-c-b-a-d-3-c-d-b-a-4-b-c-d-a-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjczOTk3-consider-the-graph-given-below-and-choose-the-correct-answer-the-correct-order-of-ionization-energy-of-w-x-y-and-z-is-1-w-x-y-z-2-w-z-3-w-y-x-y-z-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc0MDAy-consider-the-following-curves-x-represents-group-with-highest-atomic-radius-the-element-that-belongs-to-y-group-can-be-1-na-2-mg-3-br-4-si-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc0MDA2-in-the-following-graph-of-variation-of-ionization-energy-with-atomic-number-x-y-and-z-represent-elements-the-group-number-of-x-y-and-z-elements-is-1-1st-group-2-15th-group-3-17th-group-4-18th-group-1 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc0MTM1-the-graph-between-ionization-energy-and-atomic-number-for-the-first-group-elements-is-shown-below-the-element-represented-by-y-in-the-graph-above-is-1-caesium-cs-2-rubidium-rb-3-calcium-ca-4-potassium https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc0Mzg4-abnormally-high-ionization-enthalpy-of-b-as-depicted-in-the-graph-below-can-be-due-to-1-completely-filled-2p-subshell-2-completely-filled-2s-subshell-3-completely-filled-3d-subshell-4-completely-fille https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc0Mzg5-the-correct-graph-depicting-ionization-energies-for-2nd-period-elements-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3NTU1-identify-the-correct-statement-among-the-following-regarding-p-s-cl-and-f-1-f-has-most-negative-electron-gain-enthalpy-and-s-has-least-negative-electron-gain-enthalpy-2-cl-has-most-negative-electron-g https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3NTU2-the-formula-of-a-compound-that-is-formed-by-the-aluminium-and-sulphur-is-1-als2-2-al2s3-3-al3s2-4-al3s4-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzE3OTgx-which-of-the-following-statements-about-p-block-elements-is-incorrect-1-they-include-both-metals-and-non-metals-2-they-form-mainly-covalent-bonds-with-other-elements-3-their-ionisation-enthalpies-are https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzE3OTgy-the-correct-order-of-atomic-radii-of-fluorine-and-neon-in-pm-is-respectively-1-72-72-2-160-160-3-72-160-4-160-72-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzE4MDE0-oxygen-has-lower-ionisation-enthalpy-than-nitrogen-due-to-1-half-filled-p-subshell-of-oxygen-atom-2-half-filled-p-subshell-of-nitrogen-atom-3-complete-filled-p-subshell-of-oxygen-atom-4-complete-fille https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzE4MDcy-factor-among-the-following-that-does-not-affect-the-ionization-enthalpy-of-an-element-is-1-effective-nuclear-charge-2-atomic-radius-3-half-filled-and-completely-filled-sub-shell-4-atomic-number-1-2-3 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzM5NDA1-the-iupac-name-of-an-element-with-atomic-number-119-is-1-ununoctium-2-ununennium-3-unnilennium-4-unununnium-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzM5Nzgz-match-list-i-elements-with-list-ii-atomic-radii-pm-list-i-elements-list-ii-atomic-radii-pm-a-oxygen-o-i-88-b-carbon-c-ii-74-c-boron-b-iii-66-d-nitrogen-n-iv-77-choose-the-correct-answer-from-the-optio https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ2NDI2-the-first-ionization-enthalpies-of-elements-x-and-y-are-419-kj-mol-ndash-1-and-590-kj-mol-ndash-1-respectively-and-the-second-ionization-enthalpies-of-x-and-y-are-3069-kj-mol-ndash-1-and-1145-kj-mol-n https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ2NDQ0-the-correct-order-of-first-ionization-enthalpy-for-the-given-four-element-is-1-c-n-f-o-2-c-n-o-f-3-c-o-n-f-4-c-f-n-o-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzY2OTc2-the-element-expected-to-form-the-largest-ion-to-achieve-the-nearest-noble-gas-configuration-is-1-sodium-na-2-oxygen-o-3-fluorine-f-4-nitrogen-n-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzY4Mjg2-which-one-of-the-following-represents-all-isoelectronic-species-1-mathrm-na-cl-o-no-2-mathrm-n-2o-n-2o-4-no-no-3-mathrm-na-mg-2-o-f-4-mathrm-ca-2-ar-k-cl-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzY4MzAy-which-of-the-following-pair-is-correctly-matched-1-basic-oxides-mathrm-in-2o-3-k-2o-sno-2-2-neutral-oxides-mathrm-co-no-2-n-2o-3-acidic-oxides-mathrm-mn-2o-7-so-2-teo-3-4-amphoteric-oxides-mathrm-beo https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzY4MzI0-which-of-the-following-options-correctly-represents-the-sequence-of-neutral-acidic-basic-and-amphoteric-oxides-respectively-1-no-zno-co2-cao-2-zno-no-cao-co2-3-no-co2-zno-cao-4-no-co2-cao-zno-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzcxMTEz-which-of-the-following-elements-exhibits-properties-of-both-metals-and-nonmetals-1-si-2-al-3-zn-4-hg-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzcxMTE1-which-of-the-following-will-have-a-greater-value-for-phosphorus-than-for-magnesium-i-atomic-radius-ii-ionization-energy-iii-electronegativity-1-i-only-2-i-and-ii-only-3-ii-and-iii-only-4-i-ii-and-iii https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzk4MDU2-the-first-and-second-ionisation-enthalpies-of-a-metal-are-496-and-4560-kj-mol-1-respectively-how-many-moles-of-hcl-and-h-2so-4-respectively-will-be-needed-to-react-completely-with-1-mole-of-the-metal https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU1MDMy-arrange-the-elements-li-be-b-c-and-n-in-increasing-order-of-their-first-ionization-enthalpies-1-li-b-be-c-n-2-li-be-c-b-n-3-li-be-n-b-c-4-li-be-b-c-n-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU1MDM0-which-of-the-following-arrangements-is-correct-for-increasing-order-of-electronegativity-1-si-c-o-n-f-2-o-f-n-c-si-3-f-o-n-c-si-4-si-c-n-o-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU2NzY5-identify-the-incorrect-statement-1-the-oxidation-state-and-coordination-number-or-covalency-of-mathrm-al-in-left-mathrm-alcl-left-mathrm-h-2-o-right-5-right-2-are-3-and-6-respectively-2-mathrm-na-2-ma https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU2ODE4-match-list-i-with-list-ii-list-i-iupac-official-name-list-ii-iupac-symbol-a-mendelevium-i-mt-b-meitnerium-ii-mc-c-moscovium-iii-no-d-nobelium-iv-md-choose-the-correct-answer-from-the-options-given-bel https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ2OTkz-which-of-the-following-is-correct-option-1-lothar-meyer-plotted-the-physical-properties-against-the-atomic-number-and-obtained-a-periodically-repeated-pattern-2-french-geologist-chancourtois-made-a-cy https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY5NjE0-among-the-following-sequences-the-sequences-that-contain-atomic-numbers-of-only-representative-elements-are-a-3-33-53-87-b-2-10-22-36-c-7-17-25-37-48-d-9-35-51-88-choose-the-correct-option-1-a-d-2-b-c https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3NTQ3-statement-a-the-elements-z-117-belongs-to-chalcogen-family-and-the-electronic-configuration-would-be-rn-5f146d107s27p4-statement-b-the-element-with-z-120-belongs-to-group-2-alkaline-earth-metals-and-t https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3NTUy-arrange-the-following-elements-in-increasing-order-of-metallic-character-si-be-mg-na-p-1-p-be-si-be-mg-na-4-p-si-be-mg-na-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxNzU0-a-metalloid-among-the-following-is-1-sc-2-pb-3-bi-4-te-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTc2MjYz-the-element-having-electronic-configuration-kr-4d104f14-5s25p6-6s2-belongs-to-1-s-block-2-p-block-3-d-block-4-f-block-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQzMzg0-assertion-a-the-shielding-effect-increase-as-we-go-down-the-group-reason-r-more-is-the-number-of-electrons-in-the-penultimate-shell-and-more-is-shielding-1-both-a-and-r-are-true-and-r-is-the-correct-e https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxNDM0-assertion-a-first-ionization-energy-for-nitrogen-is-lower-than-that-of-oxygen-reason-r-across-a-period-effective-nuclear-charge-decreases-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjY1-match-the-elements-given-in-list-i-with-the-atomic-radius-given-in-list-ii-the-correct-atomic-radius-with-the-corresponding-element-list-i-element-list-ii-atomic-radius-pm-a-be-i-74-b-c-ii-85-c-o-iii https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjY4-given-below-are-two-statements-assertion-a-generally-ionisation-enthalpy-increases-from-left-to-right-in-a-period-reason-r-when-successive-electrons-are-added-to-the-orbitals-in-the-same-principal-qua https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3NTEz-the-element-having-a-greatest-difference-between-its-first-and-second-ionization-energies-is-1-ca-2-sc-3-k-4-ba-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTA4MDk-the-formation-of-the-oxide-ion-o2-g-from-the-oxygen-atom-requires-first-an-exothermic-and-then-an-endothermic-step-as-shown-below-o-g-e-o-og-e-o-fh0-141-fh0-141-kjkj-mol-1mol-1-o-g-e-o2-g-o-g-e-o2-g-f https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjY3-column-i-lists-the-electronic-configurations-of-certain-elements-while-column-ii-provides-their-electron-gain-enthalpy-values-match-each-electronic-configuration-with-the-appropriate-electron-gain-ent https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzU4Mjg2-what-is-the-correct-order-of-electron-gain-enthalpy-from-least-negative-to-most-negative-for-the-elements-c-ca-al-f-and-o-1-al-ca-o-c-f-2-al-o-c-ca-f-3-c-f-o-al-ca-4-ca-al-c-o-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY5NjI2-the-term-s-that-does-not-have-a-unit-among-the-following-is-are-a-electronegativity-b-electron-gain-enthalpy-c-ionization-enthalpy-d-metallic-character-choose-the-correct-option-1-a-and-d-2-b-and-c-3 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzM2NDMz-from-the-given-pairs-below-the-pair-in-which-both-elements-have-the-same-electronegativity-is-1-o-and-cl-2-n-and-cl-3-n-and-br-4-c-and-br-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTc2MzEx-the-electronegativity-of-the-following-elements-increases-in-the-order-1-c-n-si-p-2-n-si-c-p-3-si-p-c-n-4-p-si-n-c-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3NTU3-the-oxidation-state-and-covalency-of-al-in-alcl-h2o-5-2-are-respectively-1-3-and-3-2-6-and-2-3-3-and-6-4-2-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzA5ODM0-which-of-the-following-oxides-is-the-most-basic-in-nature-1-bi2o3-2-bi2o5-3-as2o3-4-sb2o5-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ0MzEx-given-below-are-two-statements-statement-i-generally-only-non-metal-oxides-are-acidic-but-oxides-of-some-metals-in-high-oxidation-state-are-also-found-to-have-an-acidic-character-statement-ii-oxides-l https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDY2ODM0-what-is-the-iupac-name-of-the-element-having-the-atomic-number-108-1-unniloctium-2-ununoctium-3-nilniloctinium-4-ununoctinium-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5MzY5-the-atomic-number-of-unnilunium-is-1-111-2-110-3-101-4-107-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzg2NDc5-the-element-z-115-atomic-number-belongs-to-x-group-and-y-period-x-and-y-are-respectively-1-14-and-7-2-15-and-7-3-16-and-7-4-17-and-7-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3Nzkw-the-group-number-number-of-valence-electrons-and-valency-of-an-element-with-atomic-number-15-respectively-are-1-16-6-and-3-2-15-6-and-12-3-16-5-and-2-4-15-5-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY5NDk1-among-the-following-the-elements-that-can-show-covalency-greater-than-4-is-are-a-be-b-p-c-s-d-b-choose-the-correct-option-1-a-d-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU1OTE5-the-group-number-of-unununium-is-1-11-2-12-3-6-4-14-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzYzMjgx-choose-the-option-containing-all-isoelectronic-species-1-n-3-o-2-f-na-2-mathrm-s-2-mathrm-cl-mathrm-k-mathrm-ca-2-3-mathrm-nh-3-mathrm-ch-4-mathrm-pf-5-mathrm-na-4-mathrm-ne-mathrm-na-mathrm-f-mathrm https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjAwODUw-match-the-elements-in-column-i-with-their-corresponding-types-in-column-ii-column-i-column-ii-a-copper-i-non-metal-b-fluorine-ii-transition-metal-c-silicon-iii-lanthanoid-d-cerium-iv-metalloid-identif https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzA4NTk2-the-electronic-configuration-of-four-elements-are-given-below-which-element-does-not-belong-to-the-same-family-1-xe-4f145d106s2-2-kr-4d105s2-3-ne-3s23p5-4-ar-3d104s2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ3MjY0-incorrect-statement-related-to-the-modern-periodic-table-is-1-the-p-block-has-6-columns-because-a-maximum-of-6-electrons-can-occupy-all-the-orbitals-in-a-p-shell-2-the-d-block-has-8-columns-because-a https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzA5ODI5-the-iupac-name-of-one-super-heavy-element-is-ununquadium-the-position-of-this-element-in-periodic-table-is-1-12th-group-and-7th-period-2-16th-group-and-7th-period-3-14th-group-and-7th-period-4-14th-gr https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk4OTgy-the-element-with-atomic-number-74-is-tungsten-w-it-belongs-to-group-period-1-13-5-2-6-6-3-13-7-4-8-5-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3NTQ2-the-iupac-name-and-symbol-for-the-element-with-atomic-number-120-are-respectively-1-unnilbium-ubn-2-unbinilium-ubn-3-ununbium-uub-4-unbinilium-uub-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTY3MDU3-the-outermost-electronic-configuration-of-the-most-electronegative-element-is-1-ns2-np3ns2-np3-2-ns2-np6-n-1-d5ns2-np6-n-1d5-3-ns2-np5ns2-np5-4-ns2-np6ns2-np6-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDY4ODU2-match-list-i-with-list-ii-list-i-block-group-in-periodic-table-list-ii-element-a-lanthanoid-i-ce-b-d-block-element-ii-as-c-p-block-element-iii-cs-d-s-block-element-iv-mn-choose-the-correct-answer-from https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzA5MDE5-according-to-the-periodic-law-of-elements-the-variation-in-properties-of-elements-is-related-to-their-1-atomic-masses-2-nuclear-mass-3-atomic-numbers-4-nuclear-neutron-proton-number-ratio-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ4ODY5-an-element-x-with-atomic-number-53-belongs-to-1-p-block-2-s-block-3-d-block-4-f-block-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ4NzEx-the-correct-order-of-increasing-metallic-character-is-given-by-1-p-si-be-na-2-na-be-si-p-3-be-na-p-si-4-si-p-na-be-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5MjU2-the-set-that-contains-atomic-numbers-of-only-transition-elements-is-1-21-32-53-64-2-9-17-34-38-3-21-25-42-72-4-37-42-50-64-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTk3MjA4-mark-the-incorrect-property-among-the-following-regarding-the-metal-and-non-metal-1-metals-can-lose-electrons-easily-and-non-metals-cannot-lose-electrons-easily-2-metals-generally-form-ionic-compounds https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ3NDI2-the-element-having-atomic-number-55-is-a-member-of-1-group-1-2-group-3-3-group-15-4-group-17-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQ3MDg4-transition-elements-exhibit-variable-oxidation-states-because-they-release-electrons-from-the-following-orbits-1-ns-and-np-orbits-2-n-1-d-and-ns-orbits-3-n-1-d-orbits-4-ns-orbits-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU1NDY1-which-of-the-following-sets-contains-isoelectronic-species-1-mathrm-c-2-2-mathrm-no-mathrm-cn-mathrm-o-2-2-2-mathrm-co-mathrm-no-mathrm-o-2-mathrm-cn-3-mathrm-co-2-mathrm-no-2-mathrm-o-2-mathrm-n-2-ma https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU1NDk5-which-of-the-following-have-isoelectronic-structure-a-mathrm-ch-3-b-mathrm-h-3-mathrm-o-c-mathrm-ch-3-d-mathrm-nh-3-1-a-b-c-2-b-c-d-3-a-c-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDcyMTQw-the-element-with-atomic-number-49-is-indium-in-it-belongs-to-group-period-1-13-5-2-6-14-3-13-7-4-8-5-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjAxNzI0-what-is-the-group-number-and-valency-of-the-element-having-atomic-number-119-respectively-1-valency-2-group-ib-2-valency-2-group-ia-3-valency-1-group-ib-4-valency-1-group-ia-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU1MzIx-palladium-pd-has-an-exceptional-outer-electronic-configuration-of-4-d-10-5-s-0-it-belongs-to-1-4-text-th-period-group-11-2-5-text-th-period-group-10-3-6-text-th-period-group-9-4-3-text-rd-period-group https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTY2NDU1-select-the-correct-match-column-i-electronic-configuration-column-ii-corresponding-group-and-block-p-n-s-2-n-p-4-a-group-no-17-p-block-q-n-1-d-2-n-s-2-b-group-no-4-d-block-r-n-2-f-7-n-1-d-1-n-s-2-c-gr https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246ODUxMjA-match-the-name-of-elements-given-in-list-i-with-the-corresponding-electronic-configuration-given-in-list-ii-and-select-the-correct-answer-using-the-codes-given-below-list-i-element-list-ii-electronic https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI0NTIy-which-of-the-following-species-will-be-isoelectronic-with-each-other-i-f-ii-ar-iii-mg2-iv-rb-1-i-and-ii-2-i-and-iv-3-i-and-iii-4-ii-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDYwMDg3-which-of-the-following-species-has-the-electronic-configuration-1-s-2-2-s-2-2-p-6-3-s-2-3-p-6-1-text-s-2-2-text-cl-3-text-k-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzcxMTA4-which-of-the-following-ions-possesses-an-electronic-configuration-identical-to-that-of-the-noble-gas-argon-ar-1-na-2-p2-3-al3-4-cl-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTM2ODc1-what-is-the-atomic-number-of-the-element-with-the-maximum-number-of-unpaired-4p-electrons-1-33-2-26-3-23-4-15-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzg5OTgw-match-column-i-with-column-ii-and-mark-the-appropriate-choice-column-i-atomic-number-column-ii-block-a-62-i-d-block-b-47-ii-p-block-c-56-iii-f-block-d-53-iv-s-block-codes-1-a-iii-b-i-c-iv-d-ii-2-a-i-b https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTg3NDMx-which-sequence-correctly-represents-the-screening-effect-within-a-given-shell-1-s-p-d-f-2-s-p-f-d-3-f-d-p-s-4-f-p-s-d-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MTgy-which-of-the-following-statements-accurately-describes-the-relationship-of-the-ionic-radius-1-it-is-inversely-proportional-to-the-effective-nuclear-charge-2-it-is-inversely-proportional-to-the-square https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjEyNDU5-the-screening-effect-of-d-electrons-is-1-equal-to-the-p-electrons-2-much-more-than-p-electrons-3-same-as-f-electrons-4-less-than-p-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzc4OTg5-what-is-the-correct-order-of-polarizing-power-1-be-2-mg-2-ca-2-k-2-be-2-ca-2-mg-2-k-3-mg-2-ca-2-be-2-k-4-mg-2-be-2-ca-2-k-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQyMjI2-the-correct-order-of-radii-is-1-n-be-b-2-mathrm-f-mathrm-o-2-mathrm-n-3-3-na-li-k-4-mathrm-fe-3-mathrm-fe-2-mathrm-fe-4-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzc1MjMz-which-statement-accurately-describes-the-relationship-between-the-sizes-of-atoms-and-their-ions-1-cations-are-smaller-than-their-atoms-and-anions-are-larger-2-cations-and-anions-are-both-smaller-than https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgyMDE4-what-is-the-correct-increasing-order-of-ionic-radii-for-the-following-ions-1-mathrm-mg-2-mathrm-na-mathrm-f-mathrm-o-2-mathrm-n-3-2-mathrm-n-3-o-2-f-na-mg-2-3-mathrm-f-na-o-2-mg-2-n-3-4-mathrm-na-f-mg https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5ODAy-the-ionic-radii-in-of-the-isoelectronic-species-mathrm-n-3-mathrm-o-2-and-mathrm-f-are-respectively-1-1-36-1-40-and-1-71-2-1-36-1-71-and-1-40-3-1-71-1-40-and-1-36-4-1-71-1-36-and-1-40-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTc2MzA3-which-of-the-following-is-smallest-in-size-1-na-2-f-3-o2-4-n3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5NjA0-the-increasing-order-of-the-ionic-radii-of-the-given-isoelectronic-species-is-1-s2-cl-ca2-k-s2-cl-ca2-k-s2-cl-ca2-k-2-ca2-k-cl-s2-ca2-k-cl-s2-ca2-k-cl-s2-3-k-s2-ca2-cl-k-s2-ca2-cl-k-s2-ca2-cl-4-cl-ca2 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc4ODA0-the-correct-order-of-the-ionic-radii-of-o2-n3-f-mg2-na-and-al3-is-1-mathrm-al-3-2-mathrm-n-3-3-mathrm-al-3-4-mathrm-n-3-mathrm-f-mathrm-o-2-mathrm-mg-2-mathrm-na-mathrm-al-3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxNDIy-assertion-a-na-and-al3-are-isoelectronic-but-the-magnitude-of-ionic-radius-of-al3-is-less-than-that-of-na-reason-r-the-magnitude-of-effective-nuclear-charge-of-the-outer-shell-electrons-in-al3-is-grea https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NDEwMzI-which-of-the-following-orders-of-ionic-radii-is-correctly-represented-1-h-h-h-2-na-f-o2-3-f-o2-na-4-n3-mg2-al3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1OTA4-the-ionic-radius-of-text-na-ion-is-1-02-mathring-a-the-ionic-radii-in-mathring-a-of-text-mg-2-and-text-al-3-respectively-are-1-0-68-and-0-72-2-1-05-and-0-99-3-0-72-and-0-54-4-0-85-and-0-99-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTM2OTA1-what-is-the-correct-order-of-the-ionic-radii-for-mathrm-n-3-mathrm-na-mathrm-f-mathrm-mg-2-and-o-2-1-mathrm-mg-2-2-mathrm-n-3-3-mathrm-f-4-mathrm-na-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5ODU0-the-correct-sequence-which-shows-decreasing-order-of-the-ionic-radii-of-the-elements-is-1-o2-f-na-al3-2-al3-mg2-na-f-o2-3-na-mg2-al3-o2-f-4-na-f-mg2-o2-al3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQwMzg4-assertion-a-the-ionic-size-of-mg2-al3-reason-r-in-isoelectronic-species-the-greater-the-nuclear-charge-the-smaller-the-size-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246NTE0MzM-which-of-the-following-orders-is-correct-for-the-given-properties-1-f-cl-br-i-electron-affinity-2-i-i-i-ionisation-energy-3-i-i-i-atomic-ionic-radii-4-i-7-i-i-5-ionisation-energy-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQ3MTEz-which-of-the-following-properties-of-the-alkaline-earth-metals-increase-from-be-to-ba-i-atomic-radius-ii-ionisation-energy-iii-nuclear-charge-1-i-and-ii-2-i-and-iii-3-ii-and-iii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQwMzgz-given-below-are-two-statements-assertion-a-noble-gases-have-the-highest-ionization-enthalpies-in-their-respective-periods-reason-r-noble-gases-have-stable-closed-shell-electronic-configurations-1-both https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTI0Nzgx-match-list-i-with-list-ii-list-i-list-ii-a-al3-mg2-na-f-i-ionisation-enthalpy-b-b-c-o-n-ii-metallic-character-c-b-al-mg-k-iii-electronegativity-d-si-p-s-cl-iv-ionic-radii-choose-the-correct-answer-fro https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxNzg3-first-ionisation-enthalpy-of-oxygen-is-less-than-that-of-nitrogen-because-of-1-more-shielding-of-paired-electrons-in-2p-orbital-of-oxygen-2-half-filled-stable-configuration-of-nitrogen-3-more-z-effect https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzE4MDU0-which-option-contains-an-inaccurate-trend-regarding-periodic-properties-1-the-electronegativity-of-elements-increases-when-moving-from-left-to-right-in-the-periodic-table-2-ionisation-enthalpy-decreas https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MzM0-which-one-of-the-following-elements-based-on-their-electronic-configurations-has-the-highest-ionization-enthalpy-1-ne-3s23p1-ne-3s23p1-ne-3s23p1-2-ne-3s23p3-ne-3s23p3-ne-3s23p3-3-ne-3s23p2-ne-3s23p2-n https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzgwNjk3-which-of-these-sets-represents-the-correct-order-of-first-ionisation-potential-1-k-na-li-2-be-mg-ca-3-b-c-n-4-ge-si-c-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzM3NzY2-the-correct-order-among-the-following-is-1-mathrm-i-i-i-radii-2-mathrm-i-i-i-ionisation-energy-3-mathrm-li-aqueous-cl-br-i-electron-affinity-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTc2MzIy-for-the-second-period-elements-the-correct-increasing-order-of-first-ionisation-enthalpy-is-1-li-be-b-c-o-n-f-ne-2-li-be-b-c-n-o-f-ne-3-li-b-be-c-o-n-f-ne-4-li-b-be-c-n-o-f-ne-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzgwODky-which-of-the-following-configurations-corresponds-to-element-of-highest-ionisation-energy-1-1s-2-2s-1-2-1s-2-2s-22p-3-3-1s-2-2s-22p-2-4-1s-2-2s-22p-63s-1-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzg5OTg2-beryllium-has-higher-ionization-enthalpy-than-boron-this-can-be-explained-as-1-beryllium-has-a-higher-size-than-boron-hence-its-ionization-enthalpy-is-higher-2-penetration-of-2p-electrons-to-the-nucle https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzg5OTg5-in-which-of-the-following-is-the-order-is-not-in-accordance-with-the-property-mentioned-1-li-n-o-c-ionisation-enthalpy-3-si-p-s-cl-electronegativity-4-f-cl-br-i-electronegativity-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzg2NDg4-match-the-periodic-properties-given-in-list-i-with-the-corresponding-elements-given-in-list-ii-list-i-list-ii-high-value-observed-for-a-ionisation-potential-i-chlorine-b-electropositivity-ii-caesium-c https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjk3Nzkz-in-which-of-the-following-arrangements-the-order-is-not-according-to-the-property-indicated-against-it-1-li-na-k-rb-increasing-metallic-radius-2-i-br-f-cl-increasing-electron-gain-enthalpy-with-negati https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzc0OTE1-which-list-presents-the-elements-in-the-order-of-increasing-first-ionization-energy-1-ca-si-p-n-2-n-p-si-ca-3-ca-n-p-si-4-n-si-p-ca-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTc2Mjk2-the-first-ionization-enthalpies-for-three-elements-are-1314-1680-and-2080-kj-mol-1mol-1mol-1-respectively-these-elements-are-1-o-f-and-ne-2-f-o-and-ne-3-ne-f-and-o-4-f-ne-and-o-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQxNjY1-the-first-four-ionization-energy-values-of-a-metal-are-191-587-872-and-5962-kcal-mol-respectively-the-number-of-valence-electrons-in-the-element-is-are-1-1-2-2-3-3-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzgwOTI0-in-a-given-period-of-the-periodic-table-the-s-block-elements-have-in-general-a-higher-value-of-1-electronegativity-2-atomic-radius-3-ionisation-energy-4-electron-affinity-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzcxMTIx-the-first-second-and-third-ionization-energies-for-strontium-are-549-5-kj-mol-1064-2-kj-mol-and-4138-kj-mol-respectively-the-third-ionization-energy-is-so-much-higher-than-the-first-two-ionization-ene https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTM2ODk2-which-of-the-following-properties-of-the-alkaline-earth-metals-increases-from-be-to-ba-i-atomic-radius-ii-ionisation-energy-iii-nuclear-charge-1-i-and-ii-2-i-and-iii-3-ii-and-iii-4-i-ii-and-iii-1-2-3 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzM3NzY1-the-correct-order-of-first-ionisation-potential-of-be-b-c-n-and-o-is-1-o-n-c-b-be-2-n-o-c-b-be-3-n-o-c-be-b-4-o-n-c-be-b-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU4Njc1-what-is-the-term-used-to-describe-the-energy-change-associated-with-the-addition-of-an-electron-to-an-isolated-gaseous-atom-in-its-ground-state-1-ionization-energy-2-sublimation-energy-3-atomization-e https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTg3NDIy-which-order-correctly-represents-the-increasing-order-of-electron-gain-enthalpy-1-al-o-c-ca-f-2-al-ca-o-c-f-3-c-f-o-al-ca-4-ca-al-c-o-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4Mjcw-given-below-are-two-statements-assertion-a-electron-gain-enthalpy-becomes-less-negative-as-we-go-down-a-group-reason-r-the-size-of-the-atom-increases-on-going-down-the-group-and-the-added-electron-wou https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzgwMjYx-which-of-the-following-exhibits-the-highest-electron-affinity-1-fluorine-f-2-chlorine-cl-3-nitrogen-n-4-oxygen-o-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQyODAx-which-of-the-following-will-have-a-positive-value-of-electron-gain-enthalpy-1-n-2-be-3-he-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzc1MjMx-how-do-electronegativities-generally-shift-as-you-move-down-a-group-and-across-a-period-in-the-periodic-table-down-a-group-across-a-period-from-left-to-right-1-increase-increase-2-increase-decrease-3 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTc2MzAy-the-outermost-electronic-configuration-of-the-most-electronegative-element-is-1-ns2-np3ns2-np3ns2-np3-2-ns2-np6-n-1-d5ns2-np6-n-1-d5ns2-np6n-1d5-3-ns2-np5ns2-np5ns2-np5-4-ns2-np6ns2-np6ns2-np6-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzczNzkx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-noble-gases-exhibit-very-low-chemical-reactivity-reason-r-noble-gases-have-completely-fi https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTk5NDQw-match-the-oxide-given-in-column-i-with-its-property-given-in-column-ii-column-i-oxide-column-ii-nature-i-mathrm-na-2-mathrm-o-a-neutral-ii-mathrm-al-2-mathrm-o-3-b-basic-iii-mathrm-n-2-mathrm-o-c-acid https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQxNjU1-among-the-following-oxides-mathrm-p-2o-5-mathrm-as-2o-3-mathrm-sb-2o-3-and-mathrm-bi-2o-3-which-one-exhibits-the-highest-acidic-character-1-p2o5p2o5p2o5-2-as2o3as2o3as2o3-3-sb2o3sb2o3sb2o3-4-bi2o3bi2o https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxNTM0-which-of-the-following-oxide-is-basic-in-nature-1-sio2-2-cao-3-al2o3-4-so2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQ3MDgx-the-most-non-metallic-element-among-the-given-elements-is-1-be-2-b-3-mg-4-al-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-Rpb246NTUwOA-which-among-the-following-options-is-a-nonmetal-1-gold-2-mercury-3-scandium-4-selenium-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTcxMzIy-the-total-number-of-3rd-period-elements-with-more-than-one-electron-in-a-3d-orbital-is-1-9-2-11-3-0-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTkyOTEx-the-outermost-electronic-configuration-of-the-most-electronegative-element-is-1-ns-2-np-3-2-ns-2-np-6n-1d-5-3-ns-2-np-5-4-ns-2-np-6-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTI2Njc-the-correct-order-of-the-decreasing-ionic-radii-among-the-following-isoelectronic-species-is-1-ca2-k-s2-cl-ca2-k-s2-cl-ca2-k-s2-cl-2-cl-s2-ca2-k-cl-s2-ca2-k-cl-s2-ca2-k-3-s2-cl-k-ca2-s2-cl-k-ca2-s2-cl https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTM2Nzc-a-configuration-with-the-lowest-ionization-enthalpy-among-the-following-is-1-1-s-2-2-s-2-2-p-5-2-1-s-2-2-s-2-2-p-3-3-1-s-2-2-s-2-2-p-6-3-s-1-4-1-s-2-2-s-2-2-p-6-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjA2-the-first-ionisation-enthalpies-of-na-mg-al-and-si-are-in-the-order-of-1-na-mg-al-si-3-na-mg-al-si-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTI2NzA-the-correct-order-of-increasing-electron-affinity-for-the-elements-o-s-f-and-cl-is-1-cl-f-o-s-2-o-s-f-cl-3-f-s-o-cl-4-s-o-cl-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTkyODQw-the-correct-order-of-increasing-metallic-character-of-na-be-p-mg-and-si-is-1-p-si-be-mg-na-2-be-si-p-mg-na-3-p-si-na-mg-be-4-p-mg-be-si-na-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTkyODM5-identify-the-incorrect-statement-from-the-following-1-the-iupac-name-of-the-element-with-atomic-number-107-is-unnilseptium-2-the-largest-and-the-smallest-species-among-text-mg-text-mg-2-text-al-and-te https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTk4MjU3-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-first-ionization-enthalpy-of-o-is-lower-than-that-of-n-and-f-reason-r-the-loss-of-an https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTk4MjI2-among-the-following-options-the-correct-trend-in-the-electron-gain-enthalpy-is-1-i-br-cl-f-2-f-cl-br-i-3-br-cl-f-i-4-cl-f-br-i-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTM1MTkz-which-of-the-following-electronic-configurations-belong-to-the-main-group-elements-a-mathrm-ne-3-mathrm-s-1-b-mathrm-ar-3d-3-mathrm-4s-2-c-mathrm-kr-4-mathrm-d-10-5-mathrm-s-2-5-mathrm-p-5-d-mathrm-ar https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTM1MTcw-which-of-the-following-statements-are-true-a-unlike-ga-that-has-a-very-high-melting-point-cs-has-a-very-low-melting-point-b-on-pauling-scale-the-electronegativity-values-of-n-and-cl-are-not-the-same-c https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDY4ODAz-the-correct-decreasing-order-of-atomic-radii-pm-of-li-be-b-and-c-is-1-be-li-b-c-2-li-be-b-c-3-c-b-be-li-4-li-c-be-b-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTAyMjA-in-which-of-the-following-options-the-order-of-arrangement-does-not-agree-with-the-variation-of-the-property-indicated-against-it-1-b-c-n-o-increasing-first-ionisation-enthalpy-2-i-br-f-cl-increasing https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTA5ODY-the-species-ar-k-and-ca2-contain-the-same-number-of-electrons-in-which-order-do-their-radii-increase-1-ar-k-ca2-2-ca2-ar-k-3-ca2-k-ar-4-k-ar-ca2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTMyODc-amongst-the-elements-with-the-following-electronic-configurations-which-one-of-them-may-have-the-highest-ionisation-energy-1-ne-ne-ne-3s23s23s2-3p23p23p2-2-ne-ne-ne-3s23s23s2-3p33p33p3-3-ar-ar-ar-3d10 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-pb246OTM0Mzc-which-one-of-the-following-arrangements-does-not-give-the-correct-picture-of-the-trends-indicated-against-it-1-f2-cl2-br2-i2-oxidising-power-2-f-br-i-electron-gain-enthalpy-3-f2-cl2-br2-i2-bond-dissoc https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjYzOTY1-which-one-of-the-following-arrangements-represents-the-correct-order-of-electron-gain-enthalpy-with-negative-sign-of-the-given-atomic-species-1-f-cl-o-s-2-s-o-cl-f-3-o-s-f-cl-4-cl-f-s-o-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY0ODIy-ionic-radii-are-1-inversely-proportional-to-the-square-of-effective-nuclear-charge-2-directly-proportional-to-the-effective-nuclear-charge-3-directly-proportional-to-the-square-of-effective-nuclear-ch https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY2MDI5-the-ions-o2-f-na-mg2-and-al3-are-isoelectronic-their-ionic-radii-show-1-a-significant-increase-from-o2-to-al3-2-a-significant-decrease-from-o2-to-al3-3-an-increase-from-o2-to-f-and-then-a-decrease-fro https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3NTQ4-given-below-are-two-statements-assertion-a-in-the-5th-period-of-the-periodic-table-18-elements-are-present-reason-r-when-n-5-l-0-1-2-3-the-total-number-of-orbitals-available-are-9-the-maximum-number-o https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3NTU0-the-first-ionization-enthalpy-i-h-values-of-the-third-period-elements-na-mg-and-si-are-respectively-496-737-and-786-kj-mol-1-the-first-i-h-value-for-al-will-be-1-less-than-496-kj-mol-1-2-less-than-737 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3NTU4-consider-the-following-reaction-na2o-h2o-a-cl2o7-h2o-b-the-product-a-and-b-are-respectively-1-a-is-naoh-and-b-is-hocl-2-a-is-nah-and-b-is-hocl-3-a-is-nah-and-b-is-hclo2-4-a-is-naoh-and-b-is-hclo4-1-2 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY5NjI5-the-properties-among-the-following-can-be-shown-by-the-element-belonging-to-the-3rd-period-and-group-13-of-the-periodic-table-a-good-conductor-of-electricity-b-liquid-metallic-c-solid-metallic-d-solid https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY5NjIz-in-which-following-options-of-arrangement-does-not-agree-with-the-variation-of-the-property-indicated-against-it-a-al3-mg2-na-f-increasing-ionic-size-b-b-c-n-increasing-atomic-size-c-i-br-cl-increasin https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY5NjIy-given-are-the-following-sets-of-species-a-mathrm-zn-2-mathrm-ca-2-mathrm-ga-3-mathrm-al-3-b-mathrm-k-mathrm-ca-2-mathrm-sc-3-mathrm-cl-c-mathrm-p-3-mathrm-s-2-mathrm-cl-mathrm-k-d-mathrm-ti-4-mathrm-a https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY5NjIw-correct-statement-s-among-the-following-are-a-helium-has-the-highest-first-ionisation-enthalpy-in-the-periodic-table-b-chlorine-has-less-negative-electron-gain-enthalpy-than-fluorine-c-mercury-and-bro https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjY5NjE5-an-element-s-that-gain-one-electron-more-readily-in-comparison-to-other-elements-of-their-group-is-are-a-s-g-b-na-g-c-o-g-d-cl-g-choose-the-correct-option-1-a-d-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjY5-given-below-are-two-statements-assertion-a-boron-has-a-smaller-first-ionisation-enthalpy-than-beryllium-reason-r-the-penetration-of-2s-electron-to-the-nucleus-is-more-than-the-2p-electron-hence-2p-ele https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjY2-match-the-correct-ionization-enthalpies-and-electron-gain-enthalpies-of-the-following-elements-elements-delta-h-1-delta-h-2-delta-eg-h-i-most-reactive-non-metal-a-419-3051-48-ii-most-reactive-metal-b https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MzMz-amongst-the-following-elements-whose-electronic-configuration-are-given-below-the-one-having-the-highest-ionisation-enthalpy-is-1-ne-3s23p1-ne-3s23p1-2-ne-3s23p3-ne-3s23p3-3-ne-3s23p2-ne-3s23p2-4-ar-3 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjEz-the-formation-of-oxide-ion-o2-g-from-oxygen-atom-requires-first-an-exothermic-and-then-an-endothermic-step-as-shown-below-o-g-e-o-g-h-141kjmol-1o-g-e-o-g-h-141kjmol-1-o-g-e-o2-g-h-780kjmol-1o-g-e-o2-g https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjI4MjAz-consider-the-isoelectronic-species-na-mg2-f-ando2-na-mg2-f-ando2-the-correct-order-of-increasing-length-of-their-radii-is-1-f-o2-mg2-na-f-o2-mg2-na-2-mg2-na-f-o2-mg2-na-f-o2-3-o2-f-na-mg2-o2-f-na-mg2 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTc2Mjkw-the-electronic-configuration-of-four-elements-are-i-kr-5s1-ii-rn-5f146d17s2-iii-ar-3d104s24p5-iv-ar-3d64s2-consider-the-following-statements-i-i-shows-variable-oxidation-state-ii-ii-is-a-d-block-eleme https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxNDI0-consider-the-given-two-statements-assertion-a-the-mobility-of-sodium-ion-is-lower-than-that-of-potassium-ion-reason-r-ionic-mobilities-depend-on-the-effective-radius-of-the-ion-1-both-a-and-r-are-true https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxNDI1-given-below-are-two-statements-assertion-a-the-19th-electron-in-the-potassium-atom-enters-into-the-4s-orbital-not-into-the-3d-orbital-reason-r-n-l-rule-is-followed-for-determining-the-orbitals-of-the https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxNDI4-consider-the-given-two-statements-assertion-a-the-first-ionization-energy-of-aluminum-is-lower-than-that-of-magnesium-reason-r-the-ionic-radius-of-aluminium-is-smaller-than-that-of-magnesium-select-th https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxNDI5-assertion-a-the-ionization-potential-of-be-atomic-no-4-is-less-than-that-of-b-atomic-no-5-reason-r-the-first-electron-released-from-be-is-of-p-orbital-but-that-from-b-is-of-s-orbital-1-both-a-and-r-ar https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQzMzgz-given-below-are-two-statements-assertion-a-beryllium-has-more-first-ionization-potential-than-boron-reason-r-boron-has-a-lower-electron-affinity-than-beryllium-1-both-a-and-r-are-true-and-r-is-the-cor https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQzMzg1-given-below-are-two-statements-assertion-a-ionisation-potential-across-the-period-is-na-al-mg-si-reason-r-ionisation-potential-decreases-with-decrease-in-atomic-size-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQzMzg2-given-below-are-two-statements-assertion-a-electron-gain-enthalpy-of-oxygen-is-more-than-that-of-sulphur-reason-r-oxygen-is-more-electronegative-than-sulphur-1-both-a-and-r-are-true-and-r-is-the-corre https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTk0OTU5-match-the-element-in-column-i-with-that-in-column-ii-column-i-column-ii-a-copper-i-non-metal-b-fluorine-ii-transition-metal-c-silicon-iii-lanthanoid-d-cerium-iv-metalloid-identify-the-correct-match-1 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjYzOTQw-which-one-of-the-following-oxides-is-expected-to-exhibit-paramagnetic-behaviour-1-co2-2-clo2-3-so2-4-sio2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ3Mzg4-the-pair-of-elements-which-is-not-placed-in-the-same-group-in-mendeleev-s-periodic-table-is-1-sc-ga-2-mn-br-3-nb-sb-4-rb-cd-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ3MzU2-in-mendeleev-s-periodic-table-a-number-of-series-and-groups-are-x-and-y-respectively-x-and-y-are-1-x-12-y-9-2-x-8-y-9-3-x-8-y-8-4-x-12-y-8-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxNDM1-the-correct-electronic-configuration-of-an-element-that-is-just-above-the-4th-period-and-belongs-to-the-16th-group-is-1-4s23d104p4-2-2s22p4-3-3s23p4-4-5s25d104p4-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTc2Mjg5-which-of-the-following-options-shows-an-incorrect-order-of-ionic-radii-1-sr2-co2-co3-co4-4-ba2-cs-se2-as3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTc2MzE4-which-of-the-following-pairs-has-the-most-significant-size-variation-1-na-and-na-2-na-and-k-3-cl-and-cl-4-mg-and-mg-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzA3NTk4-given-below-are-pair-of-species-which-pair-has-the-largest-difference-in-sizes-1-na-and-k-2-k-and-k-3-cl-and-cl-4-cl-and-br-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQwMzE5-given-below-are-two-statements-assertion-a-the-helium-atom-has-the-highest-ionization-energy-among-all-the-elements-reason-r-helium-is-the-smallest-atom-among-all-the-elements-1-both-a-and-r-are-true https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTc2Mjkz-which-is-the-correct-order-of-ionization-energies-1-f-f-cl-cl-2-f-cl-cl-f-3-f-cl-cl-f-4-f-cl-f-cl-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQxNTQ1-determine-the-correct-order-of-ionization-energies-for-the-elements-si-p-ge-and-as-from-lowest-to-highest-1-si-p-ge-as-2-as-ge-p-si-3-ge-si-as-p-4-ge-as-si-p-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzA3NzI3-element-which-has-the-lowest-ionisation-potential-among-the-following-is-1-c-2-si-3-sn-4-pb-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzMxNzM0-which-of-the-following-ions-has-the-highest-ionisation-potential-1-f-2-cl-3-br-4-i-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc4NTYy-the-process-that-is-not-endothermic-in-nature-is-1-ar-g-e-ar-g-ar-g-e-ar-g-ar-g-e-ar-g-2-na-g-na-g-e-na-g-na-g-e-na-g-na-g-e-3-h-g-e-h-g-h-g-e-h-g-h-g-e-h-g-4-o-g-e-o2-g-o-g-e-o2-g-o-g-e-o-g-2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzc4MTAw-consider-the-following-statements-i-the-radius-of-an-anion-is-larger-than-that-of-the-parent-atom-ii-the-electronegativity-of-any-given-element-is-a-constant-and-it-is-a-measurable-quantity-iii-the-el https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzY2Nzk5-mark-the-correct-arrangement-of-the-elements-b-c-at-and-s-in-order-of-increasing-electronegativity-1-b-c-s-at-2-s-c-b-at-3-c-b-s-at-4-s-c-at-b-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzc4NzAy-valence-electrons-in-the-element-x-are-3-and-that-in-element-y-is-6-the-most-probable-compound-formed-from-x-and-y-is-1-x2y-2-xy2-3-x6y3-4-x2y3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQ0Mjk1-given-below-are-two-statements-statement-i-dissociation-is-the-process-of-separation-of-ions-in-the-water-already-existing-as-such-in-the-solid-state-of-the-solute-like-nacl-statement-ii-ionization-co https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MTQ3MDg5-in-the-ii-period-the-most-acidic-oxide-is-formed-by-1-f-2-n-3-o-4-li-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mzg1Nzkx-choose-the-correct-sets-that-represent-the-oxides-as-acidic-basic-neutral-amphoteric-respectively-i-co2-mgo-n2o-h2o-ii-so2-no-co-al2o3-iii-p2o5-zno-no-al2o3-iv-so3-cao-n2o-pbo-1-i-and-ii-2-ii-and-iii https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTc1MjMz-which-of-the-following-is-the-correct-order-with-respect-to-the-property-indicated-against-it-1-b-s-p-f-ionization-energy-2-k-2o-na-2o-mgo-al-2o-3-basic-nature-3-k-na-al-mg-metallic-character-4-cl-f-s https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTc1ODQy-given-below-are-two-statements-statement-i-the-correct-order-for-radius-is-al-mg-mg2-al3-statement-ii-atomic-size-always-depends-on-electronegativity-1-both-statements-i-and-ii-are-correct-2-both-stat https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTc2MTA3-what-is-the-correct-order-of-2nd-ionisation-energy-among-the-following-1-o-c-n-f-2-c-n-o-f-3-c-n-f-o-4-c-o-n-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTc2MjE0-given-below-are-two-statements-statement-i-the-correct-order-of-ionization-energy-is-f-n-o-c-statement-ii-the-correct-order-of-electron-gain-enthalpy-magnitude-only-for-group-16-elements-is-s-se-te-o https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTc2MjQ5-given-below-are-two-statements-statement-i-first-ionization-energy-of-cr-is-lower-than-that-of-mn-statement-ii-2-nd-and-3-rd-ionization-energy-of-cr-is-higher-than-2-nd-and-3-rd-ionization-energy-of-m https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTc2MzAy-four-elements-from-second-period-boron-to-oxygen-can-have-following-ie-1-values-in-kj-mol-1-1086-5-800-6-1313-9-1402-3-the-value-of-ie-1-for-nitrogen-is-1-1086-5-2-800-6-3-1402-3-4-1313-9-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTc3ODQ2-given-below-are-two-statements-statement-i-size-of-o-2-ion-is-smaller-than-f-ion-statement-ii-second-ionization-energy-of-na-is-greater-than-second-ionization-energy-of-mg-1-both-statements-are-correc https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTc3OTEx-electronegativity-difference-between-a-group-15-element-and-p-is-less-than-electronegativity-difference-between-another-group-15-element-and-p-those-group-15-elements-respectively-are-1-bi-n-2-sb-as-3 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTc4MjA4-the-correct-order-of-ionization-energy-of-cl-s-p-al-and-si-is-1-cl-p-s-si-al-2-cl-cl-s-si-al-4-s-p-cl-si-ai-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTI0NzEx-the-type-of-oxide-formed-by-the-element-among-li-na-be-mg-b-and-al-that-has-the-least-atomic-radius-is-1-mathrm-a-2-mathrm-o-3-2-mathrm-ao-2-3-ao-4-mathrm-a-2-mathrm-o-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTI0NzQ5-which-of-the-following-electronegativity-order-is-incorrect-1-al-mg-b-n-2-al-si-c-n-3-mg-be-b-n-4-s-cl-o-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTI0ODk3-which-of-the-following-statements-are-not-true-about-the-periodic-table-a-the-properties-of-elements-are-function-of-atomic-weights-b-the-properties-of-elements-are-function-of-atomic-numbers-c-elemen https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTI0OTQ4-given-below-are-two-statements-about-x-ray-spectra-of-elements-statement-i-a-plot-of-sqrt-v-v-frequency-of-x-rays-emitted-vs-atomic-mass-is-a-straight-line-statement-ii-a-plot-of-v-v-frequency-of-x-ra https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTI1MTcy-the-incorrect-decreasing-order-of-atomic-radii-is-1-mg-al-c-o-2-al-b-n-f-3-be-mg-al-si-4-si-p-cl-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTI2MDkz-given-below-are-two-statements-statement-i-the-first-ionization-energy-of-pb-is-greater-than-that-of-sn-statement-ii-the-first-ionization-energy-of-ge-is-greater-than-that-of-si-1-statement-i-is-corre https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NTMyNjA2-the-correct-increasing-order-of-electronegativity-for-the-given-elements-is-a-mathrm-1-s-2-2-s-2-2-p-3-b-mathrm-1-s-2-2-s-2-2-p-4-c-mathrm-1-s-2-2-s-2-2-p-5-d-mathrm-1-s-2-2-s-2-2-p-2-choose-the-corre https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDM4MjMx-which-of-the-following-is-the-correct-order-of-first-ionization-enthalpy-1-be-b-o-f-n-2-b-be-o-n-f-3-b-be-n-f-o-4-be-b-n-o-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDM5OTk5-which-of-the-following-will-have-positive-electron-gain-enthalpy-a-mathrm-na-mathrm-e-ominus-rightarrow-mathrm-na-ominus-b-mathrm-o-2-mathrm-e-ominus-rightarrow-mathrm-o-2-ominus-c-mathrm-be-mathrm-e https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDQwMTA1-which-one-of-the-following-has-the-most-negative-electron-gain-enthalpy-1-li-2-na-3-f-4-cl-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDQwMTcx-increasing-order-of-first-ionization-enthalpy-among-al-ga-in-tl-and-b-i-is-1-mathrm-tl-mathrm-in-mathrm-ga-mathrm-al-mathrm-b-2-mathrm-in-mathrm-al-mathrm-ga-mathrm-tl-mathrm-b-3-mathrm-in-mathrm-ga-m https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDQwNzAz-which-of-the-following-molecule-is-an-acidic-oxide-1-mathrm-n-2-mathrm-o-3-2-mathrm-no-3-mathrm-co-4-mathrm-cao-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU0NDY4-which-of-the-following-is-correct-1-non-metals-are-generally-more-electronegative-than-metals-2-non-metallic-oxides-are-generally-basic-3-metallic-oxides-are-generally-acidic-or-neutral-4-non-metallic https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU0ODY2-which-of-the-following-option-contain-amphoteric-oxide-s-only-1-text-sno-2-and-sio-2-text-sio-2-3-text-sno-2-and-text-pbo-2-4-co-and-sio-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU0ODc4-arrange-the-following-elements-in-decreasing-order-of-their-electron-gain-enthalpy-magnitude-only-sulfur-a-bromine-b-fluorine-c-argon-d-1-a-b-c-d-2-d-c-b-a-3-c-b-a-d-4-a-b-d-c-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU1MjAx-the-electronic-configuration-of-neodymium-60-nd-is-1-xe-4f46s2-2-xe-5f1-3-xe-4f26s2-4-xe-5f44d1-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU1MzIw-given-below-are-two-statements-statement-i-all-s-block-elements-are-found-in-nature-statement-ii-the-4f-and-5f-series-are-kept-below-the-periodic-table-1-statement-i-is-true-but-statement-ii-is-false https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU1NDYy-how-many-oxides-are-amphoteric-in-nature-mathrm-sno-2-mathrm-pbo-2-mathrm-sio-2-mathrm-p-2-mathrm-o-5-mathrm-al-2-mathrm-o-3-mathrm-co-2-mathrm-co-mathrm-no-mathrm-n-2-mathrm-o-1-3-2-2-3-4-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU1NTA0-consider-the-given-two-statements-statement-i-there-is-a-regular-increase-in-chemical-reactivity-from-group-1-to-group-18-statement-ii-oxides-of-group-1-elements-are-basic-and-oxides-of-group-17-are-a https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU2MDYx-identify-the-correct-electronic-configuration-of-einsteinium-is-1-r-n-5-f-14-6-d-1-7-s-2-2-r-n-5-f-11-7-s-2-3-r-n-5-f-10-6-d-1-7-s-2-4-r-n-5-f-11-6-d-1-7-s-1-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU2MjE3-which-of-the-following-element-has-highest-1-text-st-ionization-energy-1-n-2-c-3-si-4-al-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU2MjUw-given-below-are-two-statements-statement-i-ionisation-energy-decreases-in-a-period-statement-ii-in-a-period-text-z-dominates-over-screening-effect-1-statement-i-is-incorrect-and-statement-ii-is-correc https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU3MDg0-which-of-the-following-sets-contains-only-elements-having-a-d-configuration-in-their-ground-state-1-copper-cu-zinc-zn-cadmium-cd-silver-ag-2-cadmium-cd-gold-au-mercury-hg-nickel-ni-3-scandium-sc-titan https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDU3MTQ1-how-many-of-the-following-given-atomic-numbers-have-a-noble-gas-configuration-56-57-70-80-24-1-0-2-4-3-6-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzYzMTgx-mark-the-correct-increasing-order-of-the-metallic-character-of-the-given-below-elements-si-k-mg-and-be-1-si-mg-be-k-2-be-mg-si-k-3-si-be-mg-k-4-k-mg-si-be-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzYzMTk2-match-the-atomic-numbers-in-list-i-with-the-corresponding-groups-in-list-ii-list-i-atomic-number-list-ii-group-i-52-p-s-ii-37-q-p-iii-65-r-f-iv-74-s-d-choose-the-correct-answer-from-the-options-given https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzYzMjc0-select-the-correct-order-of-magnitudes-of-the-first-electron-gain-enthalpy-from-the-options-provided-1-cl-f-2-o-s-3-te-o-4-s-se-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxMTgw-identify-the-correct-increasing-order-of-ionic-radii-for-the-following-isoelectronic-ions-mg-na-f-o-and-n-1-mg-na-f-o-n-2-n-o-f-na-mg-3-f-o-n-na-mg-4-mg-f-na-o-n-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQxMzE4-the-number-of-oxides-among-the-following-that-exhibit-an-amphoteric-nature-is-a-na-2o-b-as-2o-3-c-no-d-n-2o-e-cl-2o-7-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQyMTUz-the-correct-order-of-electron-gain-enthalpy-for-the-given-elements-f-cl-te-and-po-is-1-f-cl-te-po-3-cl-f-te-po-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzQyMzU2-which-of-the-following-is-a-metalloid-1-ln-indium-2-te-tellurium-3-pb-lead-4-bi-bismuth-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgxNjgw-how-many-of-the-following-oxides-are-amphoteric-na-o-as-o-n-o-no-cl-o-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgxNzA1-what-is-the-text-iupac-nomenclature-of-an-element-with-electronic-configuration-r-n-5-f-14-6-d-1-7-s-2-1-unnilbium-2-unnilunium-3-unnilquadium-4-unniltrium-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgxNzgz-which-of-the-following-elements-is-considered-as-a-metalloid-1-text-sc-2-text-pb-3-text-bi-4-text-te-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgxODMy-the-first-ionization-enthalpies-of-mathrm-be-mathrm-b-mathrm-n-text-and-mathrm-o-follow-the-order-1-mathrm-o-mathrm-n-mathrm-b-mathrm-be-2-mathrm-be-b-n-o-3-mathrm-b-be-n-o-4-mathrm-b-be-o-n-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgxODQx-calculate-the-total-number-of-acidic-oxides-present-in-the-following-list-no-n-o-b-o-n-o-co-so-and-p-o-1-three-3-2-four-4-3-five-5-4-six-6-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgxODUw-find-the-pair-of-elements-whose-electron-gain-enthalpy-values-are-nearly-equal-a-rb-and-cs-b-na-and-k-c-ar-and-kr-d-i-and-at-choose-the-correct-answer-from-the-options-given-below-1-a-and-b-only-2-b-a https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgxODc0-given-below-are-two-statements-assertion-a-the-ionic-radii-of-mathrm-o-2-and-mathrm-mg-2-are-same-reason-r-both-mathrm-o-2-and-mathrm-mg-2-are-isoelectronic-species-in-the-light-of-the-above-statement https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgxOTA3-given-below-are-two-statements-statement-i-in-a-cl-molecule-the-covalent-radius-is-twice-the-atomic-radius-of-a-chlorine-atom-statement-ii-the-radius-of-an-anionic-species-is-always-greater-than-its-p https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgxOTE5-the-correct-order-of-electron-gain-enthalpies-of-cl-f-te-and-po-is-1-f-cl-te-po-2-po-te-f-cl-3-te-po-cl-f-4-cl-f-te-po-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgyMTQ3-element-e-belongs-to-the-period-4-and-group-16-of-the-periodic-table-the-valence-shell-electron-configuration-of-the-element-which-is-just-above-e-in-the-group-is-1-3s-2-3p-4-2-3d-10-4s-2-4p-4-3-4d-10 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgyMTg0-given-below-are-two-statements-assertion-a-the-first-ionization-enthalpy-for-oxygen-is-lower-than-that-of-nitrogen-reason-r-the-four-electrons-in-2p-orbitals-of-oxygen-experience-more-electron-electro https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgyMjM1-what-can-be-the-first-ionization-enthalpy-kj-mol-1-of-al-if-the-first-ionization-enthalpy-of-na-mg-and-si-respectively-are-496-737-and-786-kj-mol-1-1-487-2-768-3-577-4-856-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDgyNDQy-outermost-electronic-configurations-of-four-elements-a-b-c-d-are-given-below-a-3-mathrm-s-2-b-mathrm-3-s-2-3-p-1-c-mathrm-3-s-2-3-p-3-d-mathrm-3-s-2-3-p-4-the-correct-order-of-first-ionization-enthalp https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc4OTgw-consider-the-elements-mg-al-s-p-and-si-the-correct-increasing-order-of-their-first-ionization-enthalpy-is-1-mg-al-si-s-p-2-al-mg-si-s-p-3-mg-al-si-p-s-4-al-mg-s-si-p-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5MDU4-consider-the-following-compounds-beo-bao-be-oh-2-sr-oh-2-the-amphoteric-compound-s-are-1-beo-bao-2-bao-be-oh-2-3-be-oh-2-beo-4-sr-oh-2-be-oh-2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5NDQ5-the-correct-order-of-electron-gain-enthalpy-is-1-s-se-te-o-2-te-se-s-o-3-o-s-se-te-4-s-o-se-te-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDkwMDk5-these-are-physical-properties-of-an-element-a-sublimation-enthalpy-b-ionisation-enthalpy-c-hydration-enthalpy-d-electron-gain-enthalpy-the-total-number-of-above-properties-that-affect-the-reduction-po https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk0NzUy-the-correct-order-of-ionic-radii-for-the-ions-mathrm-p-3-s-2-ca-2-k-cl-is-1-mathrm-p-3-s-2-cl-k-ca-2-2-mathrm-p-3-s-2-cl-ca-2-k-3-mathrm-cl-s-2-p-3-ca-2-k-4-mathrm-k-ca-2-p-3-s-2-cl-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1Mzk4-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-as-one-moves-from-left-to-right-in-a-period-the-metallic-character-decreases-while-the-n https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1NTc2-which-one-of-the-following-statements-for-d-i-mendeleev-is-incorrect-1-he-authored-the-textbook-principles-of-chemistry-2-element-with-atomic-number-101-is-named-after-him-3-at-the-time-he-proposed-pe https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1NjQ2-the-number-of-electrons-that-vanadium-z-23-has-in-p-orbitals-is-equal-to-1-12-2-10-3-6-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1NzE4-the-ionic-radii-of-f-and-o-are-1-33-and-1-40-respectively-while-the-covalent-radius-of-nitrogen-is-0-74-which-of-the-following-statements-is-correct-regarding-the-ionic-radius-of-n-1-it-is-bigger-than https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1NzM2-the-ionic-radii-of-mathrm-k-mathrm-na-mathrm-al-3-and-mathrm-mg-2-are-in-the-order-1-mathrm-al-3-mathrm-mg-2-mathrm-na-mathrm-k-2-mathrm-al-3-mathrm-mg-2-mathrm-k-mathrm-na-3-mathrm-k-mathrm-al-3-math https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1ODIz-identify-the-correct-increasing-order-of-first-ionisation-enthalpy-among-mg-al-p-and-s-1-mg-al-p-s-2-mg-s-al-p-3-al-mg-s-p-4-mg-al-s-p-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1OTk0-the-first-ionization-energy-of-magnesium-is-smaller-than-that-of-elements-x-and-y-but-higher-than-that-of-z-the-elements-x-y-and-z-respectively-are-1-neon-sodium-and-chlorine-2-chlorine-lithium-and-so https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk2MDM2-identify-the-elements-x-and-y-using-the-ionisation-energy-values-given-below-ionization-energy-kj-mol-begin-array-lll-1-text-st-2-text-nd-x-495-4563-y-731-1450-end-array-1-x-mg-y-na-2-x-f-y-mg-3-x-na https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk2MDU2-the-characteristics-of-elements-x-y-and-z-with-atomic-numbers-33-53-and-83-respectively-are-1-x-and-z-are-non-metals-and-y-is-a-metalloid-2-x-is-a-metalloid-y-is-a-non-metal-and-z-is-a-metal-3-x-and-y https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc4NTE4-the-elements-with-atomic-number-101-and-104-belong-to-respectively-1-actinoids-and-group-6-2-actinoids-and-group-4-3-group-11-and-group-4-4-group-6-and-actinoids-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc4NTM3-the-ionic-radii-of-o2-f-na-and-mg2-are-in-the-order-of-1-mathrm-o-2-mathrm-f-mathrm-na-mathrm-mg-2-2-mathrm-mg-2-mathrm-na-mathrm-f-mathrm-o-2-3-mathrm-f-mathrm-o-2-mathrm-na-mathrm-mg-2-4-mathrm-o-2 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDkxMDg4-within-each-pair-of-elements-f-cl-s-se-and-li-na-respectively-the-elements-that-release-more-energy-upon-electron-gain-are-1-cl-se-and-na-2-f-se-and-na-3-cl-s-and-li-4-f-s-and-li-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1MzYw-which-of-the-following-statements-correctly-explains-the-trend-on-b-having-lower-first-ionization-enthalpy-than-be-i-it-is-easier-to-remove-a-2p-electron-than-a-2s-electron-ii-the-2p-electron-of-b-is https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1MzY2-the-acidic-basic-and-amphoteric-oxides-respectively-are-1-cl-2o-cao-p-4o-10-2-na-2o-so-3-al-2o-3-3-n-2o-3-li-2o-al-2o-3-4-mgo-cl-2o-al-2o-3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246NDk1OTAz-the-increasing-order-of-the-atomic-radii-of-the-following-elements-is-a-c-b-o-c-f-d-cl-e-br-1-d-c-b-a-e-2-a-b-c-d-e-3-b-c-d-a-e-4-c-b-a-d-e-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc2Njg2-which-of-the-following-can-affect-the-size-of-the-iso-electronic-species-mathrm-cl-mathrm-ar-text-and-mathrm-ca-2-1-nuclear-charge-2-azimuthal-quantum-number-of-the-valence-shell-3-electron-electron-i https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc2NzU2-the-iupac-symbol-for-the-element-with-atomic-number-119-would-be-1-uue-2-une-3-uun-4-unh-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc3MDkx-the-isoelectronic-set-of-ions-is-1-f-li-na-andmg2-f-li-na-andmg2-2-li-na-o2-andf-li-na-o2-andf-3-n3-o2-f-andna-n3-o2-f-andna-4-n3-li-mg2-ando2-n3-li-mg2-ando2-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5NTM1-the-group-having-isoelectronic-species-is-1-o2-f-na-mg2-2-o-f-na-mg2-3-o2-f-na-mg2-4-o-f-na-mg-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MzA5ODkw-which-one-of-the-following-is-an-amphoteric-oxide-1-zno-2-na2o-3-so2-4-b2o3-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjk4NjUw-the-ion-having-the-highest-value-of-ionic-radius-among-the-following-is-1-li-2-b3-3-o2-4-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjk4NjU0-among-mathrm-al-2-mathrm-o-3-mathrm-sio-2-mathrm-p-2-mathrm-o-3-and-mathrm-so-2-the-correct-order-of-acid-strength-is-1-mathrm-so-2-2-mathrm-sio-2-3-mathrm-al-2-mathrm-o-3-4-mathrm-al-2-mathrm-o-3-mat https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjk5ODM5-the-increasing-order-of-the-first-ionization-enthalpies-of-the-elements-b-p-s-and-f-lowest-first-is-1-f-s-p-b-2-p-s-b-f-3-b-p-s-f-4-b-s-p-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjg0MzMw-determine-the-correct-decreasing-order-of-ionic-radii-among-li-be-na-and-mg-1-li-be2-na-mg2-2-na-li-mg2-be2-3-li-na-mg2-be2-4-mg2-be2-li-na-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5Nzc2-the-correct-sequence-of-increasing-the-basic-nature-of-the-following-oxides-is-1-al2o3-mgo-na2o-k2oal2o3-mgo-na2o-k2oal2o3-mgo-na2o-k2o-2-mgo-k2o-al2o3-na2omgo-k2o-al2o3-na2omgo-k2o-al2o3-na2o-3-na2o https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246MjgwMDIz-the-correct-order-of-electron-gain-enthalpy-with-the-negative-sign-where-f-cl-br-and-i-having-the-atomic-numbers-9-17-35-and-53-respectively-is-1-f-cl-br-i-2-cl-f-br-i-3-br-cl-i-f-4-i-br-cl-f-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5Njc2-the-correct-representation-of-the-first-ionization-enthalpy-for-ca-ba-s-se-and-ar-in-increasing-order-among-the-following-is-1-ba-ca-se-s-ar-2-ca-ba-s-se-ar-3-ca-s-ba-se-ar-4-s-se-ca-ba-ar-1-2-3-4 https://medminds.me/qbank/chemistry/classification-of-elements-and-periodicity-in-properties/?q=NP-b246Mjc5NzQ5-the-first-ionisation-potential-of-na-is-5-1-ev-the-value-of-electron-gain-enthalpy-of-na-will-be-1-10-2-ev-2-2-55-ev-3-2-55-ev-4-5-1-ev-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgxMA-fe2-co-9-is-diamagnetic-which-of-the-following-reasons-is-correct-1-presence-of-one-co-as-bridge-group-2-presence-of-monodentate-ligand-3-metal-metal-fe-fe-bond-in-molecule-4-resonance-hybridization-o https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgxMQ-from-the-stability-constant-hypothetical-values-given-below-predict-which-is-the-strongest-ligand-1-cu2-4nh3-cu-nh3-4-2-k-4-5x1011-2-cu2-4cn-cu-cn-4-2-k-2-0x1027-3-cu2-2en-cu-en-2-2-k-3-0x1015-4-cu2-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgxMg-which-does-not-obey-ean-rule-1-cu-nh3-4-2-2-zn-oh-4-2-3-hgi4-2-4-fe-co-5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgxMw-the-coordination-number-and-oxidation-state-of-cr-in-k3-cr-c2o4-3-are-respectively-1-3-and-3-2-3-and-0-3-6-and-3-4-4-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgxNA-the-octahedral-complex-will-not-show-geometrical-isomerism-is-a-and-b-are-monodentate-ligands-1-ma4b2-2-ma5b-3-ma2b4-4-ma3b3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgxNQ-what-is-the-correct-iupac-name-for-sodium-nitroprusside-1-sodium-pentacyanonitrosyl-ferrate-ii-2-sodium-pentacyanonitrosyl-ferrate-iii-3-sodium-nitroferricyanide-4-sodium-nitroferrocyanide-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgxNg-the-compound-that-is-not-pi-bonded-organometallic-compound-is-1-k-ptcl3-eta-2-c2h4-2-fe-eta-5-c5h5-2-3-cr-eta-6-c6h6-2-4-ch3-4sn-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgxNw-iupac-name-of-pt-nh3-3-br-no2-cl-cl-is-1-triamminebromidochloridonitroplatinum-iv-chloride-2-triamminebromonitrocholoroplatinum-iv-chloride-3-triamminechlorobromonitroplatinum-iv-chloride-4-triamminen https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgxOQ-which-of-the-following-cation-does-not-form-an-amine-complex-with-excess-of-ammonia-1-ag-2-cu2-3-cd2-4-na-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgyMA-the-denticity-of-edta-is-1-monodentate-2-hexadentate-3-bidentate-4-tridentate-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgyMQ-the-coordination-number-of-cobalt-in-co-en-2br2-cl2-is-1-2-2-4-3-6-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgyMg-the-correct-iupac-name-of-kal-so4-2-12h2o-is-1-aluminium-potassium-sulphate-12-water-2-potassium-aluminium-iii-sulphate-12-water-3-potassium-aluminate-iii-sulphatehydrate-4-aluminium-iii-potassium-sul https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgyNA-the-correct-iupac-name-for-mn3-co-12-is-1-dodecacarbonylmanganate-0-2-dodecacarbonylmanganate-ii-3-dodecacarbonyltrimanganese-0-4-manganicdodecacarbonyl0-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgyNQ-the-complex-among-the-following-that-exhibits-a-spin-only-magnetic-moment-of-2-82-b-m-is-1-ni-co-4-2-nicl4-2-ndash-3-ni-pph3-4-4-ni-cn-4-2-ndash-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgyNg-atomic-number-of-cr-and-fe-are-respectively-24-and-26-which-of-the-following-is-paramagnetic-with-the-spin-of-electron-1-cr-co-6-2-fe-co-5-3-fe-cn-6-4-4-cr-nh3-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgyNw-which-compound-among-the-following-does-not-exhibit-paramagnetism-1-cu-nh3-4-cl2-2-feo-3-no-4-n2o4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgyOA-a-solution-containing-2-675-g-of-cocl3-6nh3-molar-mass-267-5-g-mol-1-is-passed-through-a-cation-exchanger-the-chloride-ions-obtained-in-the-solution-were-treated-with-an-excess-of-agno3-to-give-4-78-g https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgzMA-trunbull-s-blue-is-1-ferricyanide-2-ferrous-ferricyanide-3-ferrous-cyanide-4-ferri-ferrocyanide-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgzMQ-the-correct-iupac-name-of-alcl3-etoh-4-is-1-aluminium-ii-chloride-4-ethanol-2-aluminium-iii-chloride-4-ethanol-3-aluminium-iv-chloride-4-hydroxy-ethane-4-aluminium-chloride-4-ethanol-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgzMg-the-complex-with-a-square-planar-shape-and-dsp2-hybridization-among-the-following-is-1-ni-cn-4-2-2-cu-nh3-4-2-3-ptcl4-2-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgzMw-which-of-the-following-has-regular-tetrahedral-geometry-1-ni-cn-4-ndash-2-2-sf4-3-bf4-ndash-4-xef4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgzNA-the-primary-valency-of-fe-in-k3-fe-cn-6-is-1-3-2-2-3-1-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgzNQ-the-iupac-name-for-the-complex-co-no2-nh3-5-cl2-is-1-nitro-n-pentaamminecobalt-iii-chloride-2-nitro-n-pentaamminecobalt-ii-chloride-3-pentamminenitro-n-cobalt-ii-chloride-4-pentaamminenitrito-n-cobalt https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgzNg-the-total-number-of-possible-isomers-for-the-complex-compound-cuii-nh3-4-ptiicl4-are-1-5-2-6-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgzNw-glycinato-ligand-is-1-2-bidentate-ligand-3-two-donor-sites-n-and-o-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgzOA-out-of-tif62-cof63-cu2cl2-and-nicl42-at-no-z-of-ti-22-co-27-cu-29-ni-28-the-colourless-species-are-1-tif62-and-cof63-2-cu2cl2-and-nicl42-3-tif62-and-cu2cl2-4-cof63-and-nicl42-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246NjgzOQ-the-correct-name-of-the-compound-cu-nh3-4-no3-2-according-to-iupac-system-is-1-cuprammonium-nitrate-2-tetraamminecopper-ii-dinitrate-3-tetraamminecopper-ii-nitrate-4-tetraamminecopper-i-dinitrate-1-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg0MA-ferrocene-is-1-fe-951-5-c5h5-2-2-fe-951-2-c5h5-2-3-cr-951-5-c5h5-5-4-os-951-5-c5h5-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg0MQ-the-ionization-isomer-of-cr-h2o-4cl-no2-cl-is-1-cr-h2o-4-o2n-cl2-2-cr-h2o-4cl2-no2-3-cr-h2o-4cl-ono-cl-4-cr-h2o-4cl2-no2-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg0Mg-among-ni-co-4-ni-cn-4-2-nicl4-2-species-the-hybridisation-states-of-the-ni-atom-are-respectively-at-no-of-ni-28-1-sp3-dsp2-dsp2-2-sp3-dsp2-sp3-3-sp3-sp3-dsp2-4-dsp2-sp3-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg0Mw-the-correct-order-of-magnetic-moments-only-spin-value-in-bm-among-is-1-fe-cn-6-4-cocl4-2-mncl4-2-2-mncl4-2-fe-cn-6-4-cocl4-2-3-fe-cn-6-4-mncl4-2-cocl4-2-4-mncl4-2-cocl4-2-fe-cn-6-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg0NA-among-the-following-complexes-k-p-k3-fe-cn-6-k-co-nh3-6cl3-l-na3-co-oxalate-3-m-ni-h2o-6cl2-n-k2-pt-cn-4-o-and-zn-h2o-6-no3-2-p-the-diamagnetic-complexes-are-1-k-l-m-n-2-k-m-o-p-3-l-m-o-p-4-l-m-n-o-1 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg0NQ-a-solution-of-cucl-in-nh4oh-is-used-to-measure-the-amount-of-gas-by-simply-measuring-change-in-volume-the-gas-is-1-co2-2-h2-3-co-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg0Ng-which-order-is-correct-in-spectrochemical-series-of-ligands-1-cl-no2-no2-cn-4-f-cl-no2-cn-c2o4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg0Nw-the-compound-that-will-exhibit-maximum-ionic-conductivity-in-aqueous-solution-is-1-k4-fe-cn-6-2-co-nh3-6-cl3-3-cu-nh3-4-cl2-4-ni-co-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg0OA-mixture-of-x-0-02mole-of-co-nh3-5so4-br-and-0-02-mole-of-co-nh3-5br-so4-was-prepared-in-2-litre-of-solution-1-litre-mixture-x-excess-agno3-8594-y-1-litre-mixture-x-excess-bacl2-8594-z-no-of-moles-of-y https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg0OQ-the-iupac-name-of-pt-nh3-4no2cl-so4-is-1-chloronitroplatinum-iv-sulphate-2-tetraamminechloridonitrito-nplatinum-iv-sulphate-3-chloronitrotetraammineplatinum-iv-sulphate-4-platinum-iv-tetraamminenitroc https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg1MA-the-probable-formula-for-prussian-blue-is-1-fe3-fe-cn-6-2-2-fe2-fe-cn-6-3-3-fe4-fe-cn-6-3-4-fe3-fe-cn-6-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg1MQ-the-iupac-name-of-cocl-no2-en-2-cl-is-1-chloronitro-bis-ethylenediamine-cobalt-iii-chloride-2-chloronitro-bis-ethylenediamine-cobalt-ii-chloride-3-chloro-bis-ethylenediamine-nitrocobalt-iii-chloride-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg1Mg-cr-h2o-6-cl3-at-no-of-cr-24-has-a-magnetic-moment-of-3-83-bm-what-is-the-correct-distribution-of-3d-electrons-in-the-chromium-of-the-complex-1-3d1xy-3d1yz-3d1z2-2-3d-x2-y2-3d1z2-3d1xz-3-3dxy-3d-x2-y2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-Rpb246Njg1Mw-which-one-is-an-outer-orbital-complex-1-ni-nh3-6-2-2-mn-cn-6-4-3-co-nh3-6-3-4-fe-cn-6-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246MjY1MjM-the-shape-of-nicl4-2-and-ptcl4-2-respectively-are-1-square-planar-square-planar-2-tetrahedral-tetrahedral-3-tetrahedral-square-planar-4-square-planar-tetrahedral-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246MjY1MjQ-which-of-the-following-compounds-exhibit-geometrical-isomerism-1-pt-nh3-2cl2-2-zn-nh3-2cl2-3-pt-nh3-3cl-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246MjY1MjU-pi-bonding-is-not-involved-in-1-ferrocene-2-dibenzene-chromium-3-zeise-s-salt-4-grignard-reagent-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246MjY1MjY-the-co-ordination-number-of-fe-in-ferrocene-is-1-2-2-5-3-6-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246MjY1Mjc-fe-h2o-6-3-and-fe-cn-6-3-differ-in-1-magnetic-nature-2-oxidation-number-3-co-ordination-number-4-structure-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246MjY1Mjg-the-number-of-geometrical-isomers-possible-for-a-square-planar-complex-mabcd-177-n-are-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246MjY1Mjk-if-excess-of-agno3-solution-is-added-to-100ml-of-0-024m-solution-of-dichlorobis-ethylene-diamine-cobalt-iii-choloride-how-many-moles-of-agcl-will-be-precipitated-1-0-0012-2-0-0016-3-0-0024-4-0-0048-1 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246MjY1MzA-the-species-that-cannot-act-as-an-ambidentate-ligand-is-1-mathrm-cn-2-mathrm-no-2-3-mathrm-scn-4-mathrm-nh-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246MjY1MzE-cr-en-2br2-can-show-1-optical-isomerism-2-geometrical-isomerism-3-both-1-and-2-4-neither-1-nor-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246MjY1OTI-how-many-hydrate-isomers-are-possible-for-the-molecular-formula-cocl3-6h2o-1-one-2-two-3-three-4-four-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246Mjk1OTY-cu-nh3-4-2-is-complex-which-have-1-square-planar-structure-and-diamagnetic-nature-2-tetrahedral-structure-and-paramagnetic-nature-3-square-planar-structure-and-paramagnetic-nature-4-tetrahedral-struct https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246Mjk1OTc-the-number-of-ions-formed-in-k4-fe-cn-6-are-1-11-2-5-3-4-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246Mjk4MDU-which-of-the-following-complex-will-show-geometrical-as-well-as-optical-isomerism-1-pt-nh3-2cl2-2-pt-nh3-cl3-3-pt-en-2cl2-4-pt-en-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246Mjk4MDY-the-crystal-field-stabilisation-energy-for-the-high-spin-d4-octahedral-complex-is-1-1-8-o-2-1-6-o-3-1-2-o-4-0-6-o-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246Mjk5ODI-the-correct-statement-among-the-following-regarding-mn-cn-6-3-is-1-it-is-sp3d2-hybridised-and-octahedral-in-shape-2-it-is-sp3d2-hybridised-and-tetrahedral-in-shape-3-it-is-d2sp3-hybridised-and-octahed https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246Mjk5ODM-ean-of-fe-in-k3-fe-cn-6-is-1-34-2-35-3-36-4-47-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246Mjk5ODQ-which-of-the-following-has-square-planar-structure-1-nicl4-2-2-ni-co-4-3-ni-cn-4-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA3OTQ-an-example-of-a-sigma-bonded-organometallic-compound-is-1-ruthenocene-2-grignard-s-reagent-3-ferrocene-4-cobaltocene-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA4MDI-the-correct-order-of-the-stoichiometrics-of-agcl-formed-when-agno3-in-excess-is-treated-with-the-complexes-cocl3-6nh3-cocl3-5nh3-cocl3-4nh3-respectively-is-1-1-agcl-3-agcl-2-agcl-2-3-agcl-1-agcl-2-agc https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA4MTc-correct-increasing-order-for-the-wavelengths-of-absorption-in-the-visible-region-for-the-complexes-of-text-co-3-is-1-left-mathrm-co-mathrm-en-3-right-3-left-mathrm-co-left-mathrm-nh-3-right-6-right-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA4NjY-jahn-teller-effect-is-not-observed-in-high-spin-complexes-of-1-d7-2-d8-3-d4-4-d9-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA5MTI-which-of-the-following-has-longest-c-o-bond-length-free-c-o-bond-length-in-co-is-1-128-aring-1-co-4-2-fe-co-4-2-3-mn-co-6-4-ni-co-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA5MjQ-which-of-the-following-statements-is-false-1-ca2-ions-are-important-in-blood-clotting-2-ca2-ions-are-not-important-in-maintaining-the-regular-beating-of-the-heart-3-mg2-ions-are-important-in-the-green https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA5NDA-the-correct-statement-among-the-following-about-co-cn-6-3-is-1-it-has-no-unpaired-electrons-and-will-be-in-a-low-spin-configuration-2-it-has-four-unpaired-electrons-and-will-be-in-a-low-spin-configura https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA5ODA-the-total-number-of-possible-isomers-for-the-complex-co-en-2cl2-cl-are-en-ethylenediamine-1-2-2-1-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA5ODg-the-hybridisation-of-ni-in-the-complex-ni-cn-4-2-is-atomic-number-of-ni-28-1-dsp2-2-sp3-3-v-4-d2sp3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA5OTA-the-sum-of-coordination-number-and-oxidation-number-of-the-metal-m-in-the-complex-m-en-2-c2o4-cl-where-en-is-ethylenediamine-is-1-9-2-6-3-7-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDEwMDU-find-the-correct-name-of-the-complex-ion-fe-cn-sup3-1-hexacyanoiron-iii-ion-2-hexacyanitoferrate-iii-ion-3-tricyanoferrate-iii-ion-4-hexacyanidoferrate-iii-ion-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDEwNDM-among-the-following-complexes-the-one-which-shows-zero-crystal-field-stabilisation-energy-cfse-is-1-mn-h2o-6-3-2-fe-h2o-6-3-3-co-h2o-6-2-4-co-h2o-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDEwNDU-the-complex-that-is-used-as-an-anticancer-agent-is-1-mer-co-nh3-3cl3-2-cis-ptcl2-nh3-2-3-cis-k2-ptcl2-br2-4-na2-cocl4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDEwNzQ-a-magnetic-moment-of-1-73-bm-will-be-shown-by-one-among-the-following-1-cu-nh3-4-2-2-ni-cn-4-2-3-ticl4-4-cocl6-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDExMTA-which-one-of-the-following-is-an-outer-orbital-complex-and-exhibits-paramagnetic-behaviour-1-ni-nh3-6-2-2-zn-nh3-6-2-3-cr-nh3-6-3-4-co-nh3-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDExNjM-the-d-electron-configurations-of-cr2-mn2-fe2-and-co2-are-d4-d5-d6-and-d7-respectively-which-one-of-the-following-will-exhibit-minimum-paramagnetic-behaviour-at-no-cr-24-mn-25-fe-26-co-27-1-fe-h2o-6-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDExNzA-of-the-following-complex-ions-the-diamagnetic-complex-is-1-ni-cn-4-2-2-cucl4-2-3-cof6-3-4-nicl4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDExODY-the-complexes-co-nh3-6-cr-cn-6-and-cr-nh3-6-co-cn-6-are-examples-of-1-lonisation-isomerism-2-coordination-isomerism-3-geometrical-isomerism-4-linkage-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDExOTQ-the-complex-pt-py-nh3-brcl-will-have-how-many-geometrical-isomers-1-4-2-0-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDEyNjE-the-complex-that-does-not-exhibit-optical-isomerism-is-en-ethylenediamine-1-co-en-2cl2-2-co-nh3-3cl3-3-co-en-cl2-nh3-2-4-co-en-3-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDEyNjU-which-of-the-following-complex-ions-is-expected-to-absorb-visible-light-at-no-zn-30-sc-21-ti-22-cr-24-1-sc-h2o-3-nh3-3-3-2-ti-en-2-nh3-2-4-3-cr-nh3-6-3-4-zn-nh3-6-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDEzMTc-which-of-the-following-complexes-exhibits-the-highest-paramagnetic-behaviour-where-gly-glycine-en-ethylenediamine-and-bpy-bipyridyl-moieties-at-no-ti-22-v-23-fe-26-co-27-1-v-gly-2-oh-2-nh3-2-2-fe-en-b https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDEzNTY-which-of-the-following-will-give-a-pair-of-enantiomorphs-1-co-nh3-4cl2-no2-2-cr-nh3-6-co-cn-6-3-co-en-2cl2-ci-4-pt-nh3-4-ptcl6-en-nh2ch2ch2nh2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDE0MTU-copper-sulphate-dissolves-in-excess-of-kcn-to-give-1-cucn-2-cu-cn-4-3-3-cu-cn4-2-4-cu-cn-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDE0MzM-co-nh3-4-no2-2-cl-can-show-1-linkage-isomerism-ionization-isomerism-and-optical-isomerism-2-linkage-isomerism-ionization-isomerism-and-geometrical-isomerism-3-ionisation-isomerism-geometrical-isomeris https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTE3NzM-ammonia-forms-the-complex-cu-nh3-42-with-copper-ions-in-alkaline-solution-but-not-in-acidic-solution-the-reason-for-this-is-a-in-alkaline-solution-cu-oh-2-is-precipitated-which-is-soluble-in-excess-of https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTE3NzQ-which-of-the-following-is-an-oxidizing-agent-1-mn-co-5-2-fe-co-5-3-mn2-co-10-4-fe2-co-9-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTE3NzU-the-magnetic-moment-of-a-complex-ion-is-2-83-bm-the-complex-ion-is-1-v-h-2-o-6-3-2-cr-h-2-o-6-3-3-cu-cn-4-2-4-mn-cl-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTE3NzY-which-of-the-following-complex-compound-s-is-are-paramagnetic-and-low-spin-i-k3fe-cn-6-ii-ni-co-40-iii-cr-nh3-63-iv-mn-cn-64-choose-the-correct-code-1-i-only-2-ii-and-iii-3-i-and-iv-4-iv-only-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTE3Nzc-among-the-following-pairs-of-complexes-in-which-case-the-8710-0-value-is-higher-fir-the-first-one-1-co-nh3-63-andco-cn-63-2-cof63-andco-nh3-63-3-co-h2o-62-andco-h2o-63-4-rh-h2o-63-andco-h2o-63-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTE3Nzg-dimethyl-glyoxime-forms-a-square-planar-complex-with-ni2-the-complex-should-be-1-diamagnetic-2-paramagnetic-having-1-unpaired-electron-3-paramagnetic-having-2-unpaired-electron-4-ferromagnetic-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTE3Nzk-what-is-the-magnetic-moment-spin-only-and-hybridisation-of-the-brown-ring-complex-fe-h2o-5noso4-1-3bm-sp3d2-2-3bm-d2sp3-3-15bm-sp3d2-4-15bm-d2sp3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM3ODM-choose-incorrect-stability-order-1-cu-nh3-42-60-cu-en-22-60-cu-trien-2-2-fe-h2o-63-60-fe-no2-63-60-fe-nh3-63-3-co-h2o-63-60-rh-h2o-63-60-ir-h2o-63-4-cr-nh3-61-60-cr-nh3-62-60-cr-nh3-63-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM3ODQ-aqueous-solution-of-ni2-contains-ni-h2o-6-2-and-its-magnetic-moment-is-2-83-bm-when-ammonia-is-added-in-it-the-magnetic-moment-of-solution-1-will-remain-the-same-2-will-increase-from-2-83-bm-3-will-de https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM3ODU-which-of-the-following-is-true-about-the-complex-ptcl2-h2o-nh3-1-it-exhibits-geometrical-isomerism-2-it-is-a-paramagnetic-complex-3-its-geometry-is-a-tetrahedron-4-platinum-is-sp3-hybridized-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM3OTE-complex-compound-cr-ncs-nh3-5-zncl4-will-be-1-colourless-and-diamagnetic-2-green-coloured-and-diamagnetic-3-green-coloured-and-shows-coordination-isomerism-4-diamagnetic-and-shows-linkage-isomerism-1 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM3OTM-an-aqueous-solution-of-titanium-chloride-when-subjected-to-magnetic-measurement-measured-to-zero-magnetic-moment-assuming-the-octahedral-complex-in-aqueous-solution-the-formula-of-the-complex-is-1-lef https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM3OTk-which-of-the-following-pairs-of-complexes-are-isomeric-with-each-other-but-their-aqueous-solutions-exhibit-different-molar-conductivities-a-ptcl2-nh3-4-br2and-ptbr2-nh3-4-cl2-b-cocl2-nh3-4-no2and-cocl https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4MDE-the-two-compounds-pentaamminesulphatocobalt-iii-bromide-and-pentaamminesulphatocobalt-iii-chloride-represent-1-linkage-isomerism-2-ionization-isomerism-3-coordination-isomerism-4-no-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4MDY-select-the-correct-code-about-complex-cr-no2-nh3-5-zncl4-i-iupac-name-of-the-compound-is-pentaamminenitrito-n-chromium-iii-tetrachlorozincate-ii-ii-it-shows-geometrical-isomerism-iii-it-shows-linkage https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4MDg-in-the-isoelectronic-series-of-metal-carbonyl-the-co-bond-strength-is-expected-to-increase-in-the-order-1-mn-co-6-60-cr-co-6-60-v-co-6-2-v-co-6-60-cr-co-6-60-mn-co-6-3-v-co-6-60-mn-co-6-60-cr-co-6-4-c https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4MTA-which-is-not-true-about-metal-carbonyls-1-here-co-acts-as-a-lewis-base-as-well-as-lewis-acid-2-here-metal-acts-as-lewis-base-as-well-as-lewis-acid-3-here-d-pi-p-pi-back-bonding-takes-place-4-here-p-pi https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4MTY-fe-h2o-6-2-and-fe-cn-6-4-differ-in-1-geometry-and-magnetic-moment-2-geometry-and-hybridization-3-magnetic-moment-and-colour-4-hybridization-and-number-of-d-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4MTk-which-of-the-following-complexes-have-a-maximum-number-of-unpaired-electrons-a-ni-co-4-b-co-nh3-4-no2-2-c-ag-cn-2-d-cubr4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4MjI-the-degeneracy-of-d-orbitals-is-lost-under-i-strong-field-ligand-ii-weak-field-ligand-iii-mixed-field-ligand-iv-chelate-choose-the-correct-code-1-i-ii-and-iv-2-i-and-ii-3-i-ii-iii-and-iv-4-i-ii-and-ii https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4MzY-which-of-the-following-isomerism-exhibited-by-crcl2-oh-2-nh3-2-1-ionization-2-geometrical-3-hydrate-4-linkage-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4NDA-how-many-geometrical-isomers-and-stereoisomers-are-possible-for-pt-no2-nh3-nh2oh-py-and-pt-br-cl-i-no2-nh3-py-respectively-a-3-and-15-b-3-and-30-c-4-and-15-d-4-and-30-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4NDM-a-compound-that-form-two-stereoisomer-is-i-cr-no3-3-nh3-3-ii-k3-fe-c2o4-3-iii-cocl2-en-2-iv-cobrcl-ox-2-3-1-i-only-2-i-and-ii-3-iii-and-iv-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4NDY-three-arrangements-are-shown-for-the-complex-cobr2-nh3-2-en-oplus-which-one-is-wrong-statement-1-i-and-ii-are-geometrical-isomers-2-ii-and-iii-are-optically-active-isomers-3-i-and-iii-are-optically-ac https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM4NTk-a-complex-with-the-composition-ma3b-n-177-is-found-to-have-no-geometrical-isomers-the-possible-structures-s-of-the-complex-is-where-a-and-b-are-monodentate-ligands-1-tetrahedral-2-square-planar-3-both https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MTI-complexes-formed-in-the-following-methods-are-i-mond-s-process-for-purification-of-nickel-ii-removal-of-unreacted-agbr-from-photographic-plate-iii-removal-of-lead-poisoning-from-the-body-options-are-a https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MTQ-the-correct-name-for-the-complex-ion-cocl-ono-en-2-is-1-chlorobis-ethylenediamine-nitrito-o-cobaltate-iii-ion-2-chlorodiethyldiaminenitrito-o-cobalt-iii-ion-3-chloronitrito-o-diethyldiamine-cobaltate https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MjA-which-of-the-following-ligand-does-not-as-960-acid-ligand-a-n2-b-co-c-c2h4-d-o22-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MjE-mn-co-4no-is-diamagnetic-because-1-mn-metal-is-paramagnetic-in-free-state-2-mn-is-in-1-oxidation-state-in-this-complex-3-no-is-present-as-positive-ligand-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MjI-choose-the-correct-option-regarding-the-following-complex-compound-which-follows-f-and-does-not-follow-nf-the-sidgwick-ean-rule-i-ph3p-2pdcl2pdcl2-ii-nibrcl-en-iii-na4-fe-cn-5nos-iv-cr-co-3-no-2-i-ii https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MjQ-which-of-the-following-species-can-act-as-reducing-agent-1-co-co-4-2-mn-co-6-3-mn-co-5-4-cr-co-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MjU-the-electronic-arrangement-of-an-octahedral-complex-with-a-d4-configuration-if-0-pairing-energy-is-1-t2g4eg0-2-eg4t2g0-3-t2g3eg1-4-eg2t2g2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MjY-which-of-the-following-statement-is-not-correct-a-bis-glycinato-zinc-ii-is-optically-active-b-nicl4-2-and-ptcl4-2-have-different-shape-c-ni-cn-4-4-is-square-planar-complex-d-ni-cn-4-2-and-ni-co-4-have https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5Mjc-give-the-correct-of-initial-t-or-f-for-following-statements-use-t-is-statement-is-true-and-f-if-it-is-false-i-co-iii-is-stabilised-in-presence-of-weak-ligands-while-co-ii-is-stabilised-in-presence-of https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5Mjg-match-list-i-with-list-ii-and-select-the-correct-answer-using-the-codes-given-below-list-i-list-ii-i-fef6-3-a-1-73-bm-ii-ti-h2o-6-3-b-5-93-bm-iii-cr-nh3-6-3-c-0-00-bm-iv-ni-h2o-6-2-d-2-83-bm-v-fe-cn-6 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5Mjk-set-of-d-orbitals-which-is-used-by-central-metal-during-formation-of-mno4-1-dx2-y2-dz2-dxy-2-dxy-dyz-dxz-3-dx2-y2-dxy-dxz-4-dx2-y2-dz2-dxz-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MzA-feso4-is-a-very-good-absorber-for-no-the-new-compound-formed-by-this-process-is-found-to-contain-number-of-unpaired-electrons-1-4-2-5-3-3-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MzE-a-m-h2o-6-2-complex-typically-absorbs-at-around-600-nm-it-is-allowed-to-react-with-ammonia-to-form-a-new-complex-m-nh3-6-2-that-should-have-absorption-at-1-800-nm-2-580-nm-3-620-nm-4-320-nm-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5NTQ-which-of-the-following-order-of-cfse-is-incorrect-a-co-en-3-3-62-co-nh3-6-3-62-co-h2o-6-3-b-ptcl4-2-62-pdcl4-2-62-nicl4-2-c-ni-dmgh-2-60-ni-en-2-2-d-co-ox-3-3-60-co-en-3-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5NTk-for-which-of-the-following-dn-configuration-of-octahedral-complexes-can-not-exist-in-both-high-spin-and-slow-spin-forms-i-d3-ii-d5-iii-d6-iv-d8-1-i-ii-and-iii-2-ii-iii-iv-3-i-iv-4-none-of-these-1-2-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5NjA-consider-the-complex-co-nh3-4co3-clo4-in-which-coordination-number-oxidation-number-and-number-of-d-electrons-on-the-metal-are-respectively-1-6-3-6-2-6-2-7-3-5-3-6-4-5-3-7-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5NjQ-the-960-ligand-which-uses-its-d-orbital-during-synergic-bonding-in-its-complex-compound-1-cn-2-pr3-3-no-4-n2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5Njk-the-ir-stretchin-frequencies-of-free-co-and-co-in-v-co-6-cr-co-6-and-mn-co-6-are-2143-cm-1-1860-cm-1-2000-cm-1-and-2090-cm-1-respectively-then-correct-statement-about-metal-carbonyls-is-1-c-o-bond-is https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5NzE-the-960-acid-ligand-which-uses-its-d-orbital-during-synergic-bonding-in-its-complex-compound-1-no-2-pr3-3-c6h6-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5OTQ-correct-sequence-of-co-bond-order-in-given-compounds-is-p-fe-co-5-q-co-r-h3b-larr-co-s-mn-co-5-1-p-r-s-q-2-s-p-r-q-3-q-s-p-r-4-r-q-s-p-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwMDU-in-which-of-the-following-complex-ion-the-value-of-magnetic-moment-spin-only-is-3-bm-and-outer-d-orbitals-is-used-in-hybridization-1-mn-cn-6-4-2-fe-nh3-6-3-3-co-co-4-4-cu-h2o-6-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwNjM-the-inner-orbital-complex-that-exhibits-geometrical-but-not-exhibit-optical-isomerism-is-1-cr-en-3-3-2-irf3-h2o-2-nh3-3-nicl2-en-2-4-co-cn-2-ox-2-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwNjc-match-list-i-and-list-ii-and-select-the-correct-answer-using-the-codes-given-below-the-lists-list-i-list-ii-a-ni-nh3-6-2-1-sp3-b-ptcl4-2-2-sp3d2-c-ni-co-4-3-dsp2-d-co-ox-3-3-4-d2sp3-a-b-c-d-a-b-c-d-a https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwNjk-the-hybridization-of-the-complex-crcl2-no2-2-nh3-2-is-1-sp3d2-2-d2sp3-3-sp3d-4-cannot-be-predicted-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwNzE-which-of-the-following-statement-is-not-true-for-the-reaction-given-below-cu-h2o-4-2-4nh3-8652-cu-nh3-4-2-4h2o-1-it-is-a-ligand-substitution-reaction-2-nh3-is-a-relatively-strong-field-ligand-while-h2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwNzc-which-among-the-following-is-incorrect-complex-compounds-type-of-hybridization-1-v-nh3-6-3-d2sp3-2-crcl3-nme3-3-d2sp3-3-cu-cn-no2-nh3-py-dsp2-4-k3-co-ox-3-sp3d2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwNzk-select-the-correct-code-of-true-and-false-for-given-statements-a-peroxide-ion-as-well-as-dioxygen-molecule-both-are-paramagnetic-species-b-in-set-of-isomers-cr-h2o-6-cl3-and-crcl-h2o-5-cl2-183-h2o-bot https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwODA-the-total-possible-coordination-isomers-for-the-following-compounds-respectively-are-co-en-3-cr-c2o4-3-cu-nh3-4-cucl4-ni-en-3-co-no2-6-a-4-4-4-b-2-2-2-c-2-2-4-d-4-2-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwODE-the-incorrect-option-among-the-following-is-1-co-no2-h2o-en-2-cl2-cocl-no2-en-2-cl-middot-h2o-hydrate-isomerism-2-cu-nh3-4-ptcl4-cucl-nh3-3-ptcl3-nh3-co-ordination-isomerism-3-ni-cn-h2o-nh3-4-cl-nicl https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwODI-identify-the-incorrect-statement-among-the-following-regarding-the-complex-cr-no-nh-zn-scn-1-it-exhibits-coordination-isomerism-2-it-exhibits-optical-activity-3-it-exhibits-linkage-isomerism-4-the-iup https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwODQ-unmatched-characterstic-of-complex-pdcl2-h2o-2-nh3-2-2-is-1-diamagnetic-2-low-spin-3-geometrical-isomerism-4-fac-and-mer-form-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwODU-which-of-the-following-statement-is-true-a-in-ptcl2-nh3-2-2-the-cis-form-is-optically-inactive-while-trans-form-is-optically-active-b-in-fe-c2o4-3-3-geometrical-isomerism-does-not-exist-while-optical https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwODY-the-following-complexes-are-given-1-trans-co-nh3-4cl2-2-cis-co-nh3-2-en-2-3-3-trans-co-nh3-2-en-2-3-4-nicl42-5-tif62-6-cof63-choose-the-correct-code-a-1-2-are-optically-active-3-is-optically-inactive https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwODc-which-of-the-following-can-show-geometrical-isomerism-1-pt-big-nh-2-ch-ch-3-ch-ch-3-nh-2-2-big-2-2-co-en-2-nh-3-cl-2-3-both-a-and-b-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwODg-which-of-the-following-complex-compound-exhibits-cis-trans-isomerism-1-cocl-nh3-4-h2o-2-ptcl2-nh3-2-3-cocl2-nh3-4-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwODk-which-of-the-following-will-have-three-stereoisomeric-forms-i-cr-no3-3-nh3-3-ii-k3-co-c2o4-3-iii-k3-cocl2-c2o4-2-iv-cobrcl-en-2-a-iii-and-iv-b-i-iii-and-iv-c-iv-only-d-all-four-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwOTA-a-coordination-complex-of-type-mx2y2-m-metal-ion-x-y-monodentate-ligands-can-have-either-a-tetrahedral-or-a-square-planar-geometry-the-maximum-number-of-possible-isomers-in-these-two-cases-are-respect https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwOTE-the-ratio-of-cis-and-trans-isomers-of-the-complex-ma2bcde-n-177-is-1-5-3-2-2-1-3-7-3-4-3-1-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwOTI-pdcl2-pme3-2-is-a-diamagnetic-complex-of-pd-ii-how-many-total-isomers-are-possible-of-analogous-paramagnetic-complex-of-ni-ii-1-zero-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwOTM-complex-compound-s-which-is-optical-active-and-does-not-depend-upon-the-orientation-of-the-ligands-around-metal-cation-i-cocl3-nh3-3-ii-co-en-3cl3-iii-co-c2o4-2-nh3-iv-crcl2-nh3-29-en-1-ii-iii-and-iv https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwOTQ-choose-the-correct-code-regarding-possible-number-of-geometrical-isomers-exhibited-by-the-following-complexes-i-crcl2-no2-2-nh3-2-ii-co-no2-3-nh3-3-iii-ptcl-no2-nh3-py-iv-ptbrcl-en-i-ii-iii-iv-1-4-2-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwOTU-total-number-of-geometrical-isomers-possible-for-complex-mab-ab-2-n-177-are-1-5-2-4-3-3-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwOTc-select-the-correct-statement-about-given-square-planar-complex-1-it-has-no-geometrical-isomer-2-it-is-optically-active-because-square-planar-complex-have-plane-of-symmetry-3-it-is-optically-inactive-b https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwOTg-select-the-correct-code-regarding-total-number-of-space-isomers-for-the-following-compounds-i-ma3b2c-n-177-ii-m-ab-3-n-177-iii-ma2b2c2-n-177-i-ii-iii-i-ii-iii-a-4-4-6-b-4-3-5-c-3-3-5-d-3-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQwOTk-how-many-geometrical-isomers-are-possible-or-pd2-nh2-ch-ch3-co2-2-a-2-b-3-c-4-d-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQxMDA-total-number-of-stereisomers-of-co-acac-2brcl-8861-are-1-4-2-3-3-6-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQxMDE-which-of-the-following-complex-compound-exhibits-geometrical-isomerism-1-fe-dmg-2-2-be-gly-2-3-pdclbr-gly-4-cd-nh3-cl-gly-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQxMDI-in-which-case-the-racemic-mixture-is-obtained-by-mixing-its-mirror-images-d-l-form-in-1-1-molar-ratio-1-co-gly-3-2-ni-dmg-2-3-cis-cu-gly-2-4-zn-en-gly-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQxMDM-which-of-the-following-compound-shows-optical-isomerism-1-cis-crcl3-nh3-3-2-cis-co-nh3-4cl2-3-co-en-3-3-4-trans-co-en-2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQxMDQ-match-list-i-with-list-ii-and-select-the-correct-answer-using-the-codes-given-below-list-i-list-ii-ion-involved-agent-i-ni2-a-sodium-thiosulphate-ii-ag-b-sodium-nitroprusside-iii-cu2-c-ammonia-iv-s2-d https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTQxMDU-the-correct-iupac-name-among-the-following-is-1-tris-acetylacetonato-iron-iii-chloride-2-hexachloroplatinum-iv-tetraamminedicyanoplatinate-iv-3-amminebromochloromethylamineplatinum-ii-4-cis-dichloro-e https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA3OTk-which-of-the-following-are-bidentate-monoanion-ligands-a-acetylacetonato-b-oxylato-ion-c-dimethylglyoximato-select-the-following-answer-using-the-codes-given-below-1-a-only-2-a-and-c-only-3-c-only-4-b https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA4MDI-a-complex-cation-is-formed-by-pt-in-some-oxidation-state-with-ligands-in-proper-number-so-that-coordination-number-of-pt-becomes-six-which-of-the-following-can-be-its-correct-iupac-name-1-diammineethy https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA4MTE-incorrect-match-among-the-following-is-iupac-name-of-coordination-compound-representation-1-sodium-ethylenediamine-tetraacetato-chromate-ii-small-mathrm-na-2-left-mathrm-cr-left-mathrm-ch-3-mathrm-coo https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA4MTI-the-ean-of-metal-atoms-in-feco2no-2and-co-2-co-8-respectively-are-1-34-35-2-34-36-3-36-36-4-36-35-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA4MTM-match-the-complex-ions-listed-in-column-i-with-the-characteristics-listed-in-column-ii-using-the-codes-given-below-column-i-column-ii-a-ninh362-p-d2sp3-and-diamagnetic-b-crnh363-q-sp3d2-and-diamagneti https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MDQ-which-of-the-following-statements-is-correct-a-crh2o62-aqandcrcn64-aq-are-high-spin-and-low-spin-complexes-respectively-but-both-have-same-number-of-unpaired-electrons-b-vnh363-is-inner-orbital-comple https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MDY-all-the-following-complex-ions-are-found-to-be-paramagnetic-p-fef63-q-cof63-r-vh2o63-s-tih2o63-the-correct-order-of-their-paramagnetic-moment-spin-only-is-1-p-q-r-s-2-p-r-q-s-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MDc-among-nicl2pph32-nihdmg2andnico4-complexes-the-hybridisation-states-of-ni-atom-are-respectively-a-sp3-sp3-dsp2-b-sp3-dsp2-sp3-c-dsp2-dsp2-sp3-d-sp3-dsp2-dsp2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MTE-amongst-coox33-cof63-andconh363-1-coox33-andcof63-are-paramagnetic-andconh363-is-diamagnetic-2-coox33-andconh363-are-paramagnetic-andcof63-is-diamagnetic-3-coox33-andconh363-are-diamagnetic-andcof63-i https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MTQ-all-the-following-complexes-show-decrease-in-their-weights-when-placed-in-a-magnetic-balance-then-the-group-of-complexes-having-tetrahedral-geometry-is-i-nico4-ii-kagf4-iii-na2zncn4-iv-k2plcl4-v-rhclp https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MjE-the-brown-ring-formed-at-the-junction-of-two-layers-in-the-test-of-nitrate-is-due-to-the-formation-of-a-complex-ion-feh2o5no2-which-of-the-following-statemens-are-correct-for-this-complex-u-3-87-b-m-i https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MjU-the-incorrect-statement-among-the-following-is-1-tino34-is-a-colourless-compound-2-cuncch34-bf4-is-a-colourless-compound-3-crnh363-3cl-is-a-coloured-compound-4-k3vf6-is-a-colourless-compound-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5Mjk-identify-the-correct-order-of-wavelength-of-light-absorbed-for-the-following-complex-ions-coh2o63-cocn63-coi63-coen33-i-ii-iii-iv-1-iii-i-iv-ii-2-ii-iv-i-iii-3-iii-i-ii-iv-4-i-iii-iv-ii-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MzA-what-are-the-possible-geometrical-isomers-of-co-en-br2cl2-minus-1-2-2-3-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MzE-the-total-number-of-isomers-of-the-complex-conh33no22no3-complex-is-1-10-2-6-3-4-4-12-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MzI-which-one-of-the-following-complexes-exhibit-chirality-1-crox33-2-cis-ptcl2en-3-cis-rhcl2nh32-8208-4-mer-cono23trine-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjExMTU-assertion-in-complex-crnh34brclcl-the-spin-only-magnetic-moment-is-close-to-1-73-b-m-reason-all-known-mononuclear-complexes-of-chromium-iii-irrespective-of-the-strength-of-the-ligand-field-must-have-t https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjExMTk-assertion-tris-ethane-1-2-diamine-nickel-ii-chloride-is-homoleptic-outer-orbital-complex-reason-the-geometry-of-ni-in-tris-ethane-1-2-diamine-nickel-ii-chloride-is-trigonal-bipyramidal-if-both-the-ass https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjExMjE-assertion-bis-dimethylglyoximato-nickel-ii-can-show-geometrical-isomerism-reason-tetrahedral-complexes-with-chiral-structure-exhibit-optical-isomerism-if-both-the-assertion-and-the-reason-are-true-and https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjExMjM-assertion-the-magnitude-of-charge-density-for-a-given-ligand-increases-as-the-charge-on-the-metal-ion-increases-reason-nh3-is-a-weak-field-ligand-towards-co2-but-acts-as-a-strong-field-ligand-towards https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246ODkwNDU-an-example-of-a-sigma-bonded-organometallic-compound-is-1-grignard-s-reagent-2-ferrocene-3-cobaltocene-4-ruthenocene-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246ODkxNDA-the-correct-increasing-order-of-trans-effect-of-the-following-species-is-1-nh3-cn-br-c6h5-2-cn-c6h5-br-nh3-3-br-cn-nh3-c6h-5-4-cn-br-c6h-5-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246ODkyNjM-the-type-of-isomerism-shown-by-the-complex-cocl2-en-2-is-1-geometrical-isomerism-2-coordination-isomerism-3-ionization-isomerism-4-linkage-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246ODkyNzQ-the-geometry-and-magnetic-behaviour-of-the-complex-ni-co-4-are-1-square-planar-geometry-and-diamagnetic-2-tetrahedral-geometry-and-diamagnetic-3-square-planar-geometry-and-paramagnetic-4-tetrahedral-g https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246ODkyNzY-iron-carbonyl-feco5-is-classified-as-1-tetranuclear-2-mononuclear-3-trinuclear-4-dinuclear-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTAyMjg-which-of-the-following-has-the-longest-c-mdash-o-bond-length-free-c-mdash-o-bond-length-in-co-is-1-128-aring-1-co-co-4-2-fe-co-4-2-3-mn-co-6-4-ni-co-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTA3NzE-the-number-of-possible-isomers-for-the-complex-co-en-2-cl-2-will-be-en-ethylenediamine-1-two-2-2-one-1-3-three-3-4-four-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTA3ODQ-the-hybridization-involved-in-the-complex-nicn42-is-atomic-number-of-ni-28-1-dsp2-2-sp3-3-d2sp2-4-d2sp3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTEwMTE-an-ion-among-the-following-that-has-a-magnetic-moment-of-2-84-bm-is-at-no-ni-28-ti-22-cr-24-co-27-1-ni2-2-ti3-3-cr2-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTEwMTI-cobalt-iii-chloride-forms-several-octahedral-complexes-with-ammonia-a-compound-among-the-following-that-does-not-give-a-test-for-chloride-ions-with-silver-nitrate-at-25-deg-c-is-1-cocl3-3nh3-2-cocl3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTEyMzI-an-anticancer-agent-among-the-following-is-1-text-mer-left-mathrm-co-left-mathrm-nh-3-right-3-mathrm-cl-right-2-text-cis-left-mathrm-ptcl-2-left-mathrm-nh-3-right-2-right-3-text-cis-mathrm-k-2-left-ma https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTE0NTk-when-an-excess-of-aqueous-silver-nitrate-agno3-is-added-to-100-ml-of-a-0-01m-solution-of-tetraaquadichloridochromium-iii-chloride-the-number-of-moles-of-agcl-that-will-precipitate-are-1-0-002-2-0-003 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTI1MDI-the-complexes-co-nh3-6-cr-cn-6-and-cr-nh3-6-co-cn-6-show-1-ionisation-isomerism-2-co-ordination-isomerism-3-geometrical-isomerism-4-linkage-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTI1MTU-the-number-of-geometrical-isomers-shown-by-ptpynh3brcl-are-1-4-2-0-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTI2MDk-the-complex-ion-that-does-not-expected-to-absorb-visible-light-is-1-ni-cn-4-2-2-cr-nh3-6-3-3-fe-h2o-6-2-4-ni-h2o-6-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTI2NTc-the-existence-of-two-different-coloured-complexes-with-the-composition-of-co-nh3-4cl2-is-due-to-1-linkage-isomerism-2-geometrical-isomerism-3-coordination-isomerism-4-ionisation-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTMyNTE-which-of-the-following-ions-doesn-t-exhibit-optical-isomerism-en-ethylenediamine-1-co-en-2cl2-2-co-nh3-3cl3-3-co-en-cl2-nh3-2-4-co-en-3-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTMyNTU-a-complex-ion-among-the-following-can-absorb-visible-light-is-at-no-zn-30-sc-21-ti-22-cr-24-1-sc-h2o-3-nh3-3-3-2-ti-en-2-nh3-2-4-3-cr-nh3-6-3-4-zn-nh3-6-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTMyODY-which-of-the-following-pairs-consists-of-colourless-species-given-atomic-numbers-of-ti-22-co-27-cu-29-and-ni-28-1-tif-sup2-and-cof-sup3-2-cu-cl-and-nicl-sup2-3-tif-sup2-and-cu-cl-4-cof-sup3-and-nicl-s https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTMzODk-which-of-the-following-complexes-has-the-highest-paramagnetic-behaviour-where-gly-glycine-en-ethylenediamine-ox-oxalate-ion-and-bpy-bipyridyl-moieties-at-no-ti-22-v-23-fe-26-co-27-1-v-gly-2-oh-2-nh3-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTM0OTQ-cfse-in-the-octahedral-field-will-be-maximum-in-atomic-number-co-27-1-coh2o63-2-conh363-3-cocn63-4-coc2o433-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTM2MzA-the-compound-that-gives-a-pair-of-enantiomorphs-is-en-nh2-ch2ch2-nh2-1-co-nh3-4cl2-no2-2-cr-nh3-6-co-cn-6-3-co-en-2cl2-cl-4-pt-nh3-4-ptcl6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTQwMjE-copper-sulphate-dissolves-in-excess-of-kcn-to-give-1-cucn-2-cu-cn-4-3-3-cu-cn-4-2-4-cu-cn-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTQwMjI-a-pair-that-contains-both-the-ions-coloured-in-an-aqueous-solution-is-at-no-sc-21-ti-22-ni-28-cu-29-co-27-1-n-i-2-t-i-3-2-s-c-3-t-i-3-3-mathrm-sc-3-mathrm-co-2-4-mathrm-ni-2-mathrm-cu-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTU2MDc-what-is-the-correct-electronic-configuration-of-the-central-atom-in-k-4-fecn-6-based-on-crystal-field-theory-1-e-4-t-2-g-2-2-t-2-g-4-e-g-2-3-t-2-g-6-e-g-0-4-e-3-t-2-g-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTExNzQ2-complexes-with-halide-ligands-are-generally-1-high-spin-complexes-2-low-spin-complexes-3-both-high-spin-and-low-spin-complexes-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTExNzQ4-if-1-3rd-of-the-total-chlorine-of-the-compound-is-precipitated-by-adding-agno3-to-its-aqueous-solution-then-the-most-likely-structure-of-crcl3-6h2o-among-the-following-is-1-crcl3-6h2o-2-cr-h2o-3cl3-h2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE1OTMx-the-correct-statement-among-the-following-is-1-if-0-p-low-spin-state-is-more-stable-2-co-is-a-very-weak-ligand-3-the-colour-of-a-complex-depends-only-on-the-nature-of-the-metal-ion-4-co-is-a-weak-base https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE1OTMy-the-complex-that-does-not-have-a-tetrahedral-shape-is-1-cunh342-2-ni-co-4-3-nicl42-4-znnh342-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE4MzQ5-the-complex-that-contains-only-one-unpaired-electron-is-1-cof6-3-2-co-c2o4-3-3-3-fe-cn-6-3-4-mncl6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE5MzYw-which-of-the-following-complex-ions-is-bronsted-lowry-acid-1-cu-nh3-4-2-2-fecl4-3-fe-h2o-6-3-4-zn-oh-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE5MzYx-the-expected-number-of-unpaired-electrons-for-the-complex-ion-cr-nh3-6-3-are-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE5MzY0-the-correct-order-of-energies-of-d-orbitals-of-metal-ions-in-a-square-planar-complex-is-1-dxy-dyz-dzx-dx2-y2-dz2-2-dx2-y2-dz2-dxy-dyz-dzx-3-dx2-y2-dz2-dxy-dyz-dzx-4-dx2-y2-dxy-dz2-dzx-dyz-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE5MzY2-cocl2-nh3-4-cl-rarr-cocl3-nh3-3-nh3-if-in-the-above-reaction-only-one-isomer-of-the-product-is-obtained-then-which-of-the-following-statement-is-true-for-the-initial-reactant-complex-1-compound-is-in https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTIyNTk3-the-electronic-configuration-that-represents-the-maximum-magnetic-moment-is-1-d3-2-d2-3-d8-4-d6-high-spin-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTIyOTQ0-the-iupac-name-of-mathrm-c-r-left-en-right-3-mathrm-c-l-3-is-1-triethylenediaminechromium-iii-chloride-2-tris-ethylenediammine-chromium-ii-chloride-3-tris-ethylenediamine-chromium-iii-chloride-4-tris https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTMxNjMy-the-crystal-field-stabilization-energy-cfse-for-cocl6-4-ndash-is-18000-cm-ndash-1-the-cfse-for-cocl4-2-ndash-will-be-1-6000-cm-1-2-16000-cm-1-3-18000-cm-1-4-8000-cm-1-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTM1-which-of-the-following-pairs-will-show-the-same-magnetic-moment-spin-only-1-cr-h2o-6-3-and-fe-h2o-5no-2-2-mn-cn-6-4-and-fe-cn-6-3-3-ni-co-4-and-zn-nh3-4-2-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTM2-choose-the-incorrect-statement-1-in-fecn6-4-fe-mdash-c-bond-length-is-smaller-than-fe-mdash-c-bond-length-in-fecn6-3-2-the-ean-of-fe-in-fecn6-4-is-36-3-fecn6-3-more-stable-than-fecn6-4-4-fephen3-3-is https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTM4-a-solution-containing-0-319-g-of-complex-crcl3-6h2owas-passed-through-a-cation-exchanger-and-the-solution-given-out-was-neutralized-by-28-5-ml-of-0-125-m-naoh-the-correct-formula-of-the-complex-will-b https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTM5-the-oxidation-state-and-effective-atomic-number-of-cr-in-bis-benzene-chromium-are-1-0-36-2-3-35-3-2-36-4-2-35-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTQy-consider-the-following-complexes-1-k2-ptcl6-2-ptcl4-2nh3-3-ptcl4-3nh3-4-ptcl4-5nh3-their-electrical-conductances-in-aqueous-solution-respectively-are-1-256-0-97-404-2-404-0-97-256-3-256-97-0-404-4-404 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTQ1-zero-magnetic-moment-of-the-octahedral-complex-k2nif6-is-due-to-1-low-spin-d6-ni-iv-complex-2-low-spin-d8-ni-ll-complex-3-high-spin-d8-ni-ll-complex-4-high-spin-d6-ni-iv-complex-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTQ2-which-of-the-following-statements-is-not-correct-1-the-complexes-feh2o62-and-fecn64-differ-in-the-state-of-hybridization-of-iron-2-the-complexes-feh2o62-and-fecn64-differ-in-the-magnetic-properties-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTQ3-choose-the-correct-match-property-co-nh-3-6cl-3-co-nh-3-6cl-2-1-stability-rarr-more-less-2-magnetism-rarr-paramagnetic-diamagnetic-3-hybridization-rarr-mathrm-sp-3-mathrm-d-2-mathrm-d-2-mathrm-sp-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTQ4-nipph34-and-nicl42-have-geometry-hybridization-and-magnetic-moments-of-the-ions-respectively-1-tetrahedral-tetrahedral-sp3-sp3-o-2-82-2-tetrahedral-square-planar-sp3-dsp2-o-2-82-3-tetrahedral-octahedr https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTQ5-what-are-the-geometries-of-ni-co-4-and-ni-pph-3-2cl-2-respectively-1-both-square-planar-2-tetrahedral-and-square-planar-respectively-3-both-tetrahedral-4-square-planar-and-tetrahedral-respectively-1-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTUw-which-one-of-the-following-high-spin-complexes-has-the-largest-crystal-field-stabilization-energy-1-crh2o62-2-crh2o63-3-mnh2o62-4-mnh2o63-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTUx-it-is-an-experimental-fact-that-dmg-ni-ll-salt-nh4oh-xa0-x2192-red-precipitate-which-of-the-following-is-wrong-about-this-red-precipitate-1-xa0-it-is-a-non-ionic-complex-2-xa0-it-has-a-square-planar-g https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTUy-according-to-crystal-field-theory-cft-the-compound-among-the-following-that-forms-a-colored-complex-is-1-ti-h2o-6-4-2-cr-nh3-6-3-3-k-vf6-4-nh4-2-ticl6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTUz-among-i-co-nh3-6-ci3-ii-ni-nh3-6-ci2-iii-cr-h2o-6-ci3-iv-fe-h2o-6-ci2-the-diamagnetic-complex-is-1-i-2-ii-3-iii-4-iv-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTU0-for-which-of-the-following-complexes-iupac-names-is-not-correctly-assigned-1-naptnh3brclno2-sodium-amminebromidochlorido-nitrito-n-piatinate-ii-2-cucl2o-cnh222-dichlorobis-dicarboxido-tetraamine-coppe https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTYx-the-crystal-field-stabilization-energy-cfse-and-the-spin-only-magnetic-moment-in-bohr-magneton-bm-for-the-complex-k3fecn6-are-respectively-1-0-0-0and35bm-2-2-0-0and3bm-3-0-4-0and24bm-4-2-4-0and0bm-1-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTYy-zn2-4nh3-8652-znnh342-the-concentration-of-free-zn2-ions-in-a-solution-of-the-complex-ion-znnh342-can-be-increased-significantly-by-the-addition-of-1-h2o-2-hcl-aq-3-nh3aq-4-nh4claq-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTYz-other-than-the-x-ray-diffractions-how-could-be-the-following-pairs-of-isomers-be-distinguished-from-one-another-by-crnh36crno26andcrnh34no22crnh32no24-1-cryoscopic-method-2-measurement-of-molar-conduc https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTY0-the-hybridizations-of-ni-co-4-and-cr-h2o-6-3-respectively-are-1-sp3-and-d3sp2-2-dsp2-and-d2sp3-3-sp3-and-d2sp3-4-dsp2-and-sp3d2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTY1-which-of-the-following-is-true-about-the-complex-ptcl2nh3oh2-atomic-number-of-pt-78-i-it-will-have-two-geometrical-isomeric-forms-cis-and-trans-ii-the-hybridization-state-of-pt-ll-is-sp3-iii-it-is-a-s https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTY2-a-metal-ion-has-d6-configuration-in-octahedral-complex-entity-of-low-spin-the-number-of-electrons-present-in-eg-set-of-orbitals-will-be-1-6-2-4-3-0-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTY4-amongst-nico4-nicn42-and-nicl4-2-1-nico4-and-nicl42-are-diamagnetic-and-nicn42-is-paramagnetic-2-nicl42-and-nicn42-are-diamagnetic-and-nico4-is-paramagnetic-3-nico4-and-nicn42-are-diamagnetic-and-nicl https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTY5-which-of-the-following-statements-is-correct-a-ni-h2o-6-2-and-ni-nh3-6-2-have-the-different-values-of-cfse-b-ni-h2o-6-2-and-ni-nh3-6-2-have-the-same-value-of-the-magnetic-moment-c-ni-h2o-6-2-and-ni-nh https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTcw-the-correct-electronic-configuration-for-the-complex-ni-nh3-6-2-is-1-t2g4eg2-2-t2g6eg2-3-t2g7eg1-4-t2g4eg4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTcy-0-001-mole-of-conh35no3-183-so4-was-passed-through-a-cation-exchanger-and-the-acid-coming-out-of-it-required-20-ml-of-0-1-m-naoh-for-neutralization-hence-the-complex-is-1-conh35so4no3-2-conh35-no3-so4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTcz-which-of-the-following-statements-is-correct-regarding-the-chirality-optical-isomerism-of-the-cis-and-a-trans-isomer-of-the-type-m-aa-2b2-m-stands-for-metal-aa-is-a-bidentate-ligand-and-b-is-a-chiral https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTc0-which-statement-about-the-coordination-number-of-a-cation-is-true-1-metal-ions-exhibit-only-a-single-characteristic-co-ordination-number-2-the-coordination-number-is-equal-to-the-number-of-ligands-bon https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM1OTc1-if-cd2-and-cu2-both-are-present-both-are-complexed-by-cn-and-h2s-gas-is-passed-which-one-of-the-following-pairs-of-complexes-and-their-relative-stability-enables-the-separation-of-cu2-and-cd2-1-k3cucn https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDAw-the-spin-only-magnetic-moments-of-mncn64-andmnbr42-in-bohr-magnetons-respectively-are-1-5-92-and-5-92-2-4-89-and-1-73-3-1-73-and-5-92-4-1-73-and-1-73-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDAx-the-crystal-field-stabilization-energies-cfse-of-high-spin-and-low-spin-d6-octahedral-metal-complexes-in-terms-of-delta-respectively-are-1-0-4-and-2-4-2-2-4-and-0-4-3-0-4-and-0-0-4-2-4-and-0-0-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDAy-the-oxidation-state-of-cobalt-in-the-following-molecule-is-1-three-3-2-one-1-3-two-2-4-zero-0-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDAz-identify-the-element-m-in-a-tetrahedral-complex-mcl-sup2-if-its-spin-only-magnetic-moment-is-3-83-b-m-1-co-2-cu-3-mn-4-fe-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDA0-tetrahedral-and-diamagnetic-compound-among-the-following-is-1-nicl4-2-2-ni-cn-4-2-3-ni-co-4-4-ni-h2o-6-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDA1-the-number-of-ions-produced-in-water-by-the-dissolution-of-the-complex-having-the-empirical-formula-co-nh3-4cl2-ci-is-1-1-2-2-3-4-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDA2-spin-only-magnetic-moments-of-fe-nh3-6-3-and-fef6-3-in-bm-are-respectively-1-1-73-and-1-73-2-5-92-and-1-73-3-1-73-and-5-92-4-5-92-and-5-92-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDA3-in-an-aqueous-solution-coh2o62-x-reacts-with-molecular-oxygen-in-the-presence-of-excess-liquor-nh3-to-give-a-new-complex-y-the-number-of-unpaired-electrons-in-x-and-y-are-respectively-1-3-1-2-3-0-3-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDA5-the-energies-of-dxyanddz2-orbitals-in-octahedral-and-tetrahedral-transition-metal-complexes-are-such-that-1-edxy-edz2-in-both-tetrahedral-and-octahedral-complexes-2-edxy-edz2-in-tetrahedral-but-edxy-e https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDEx-find-the-geometry-and-the-number-of-unpaired-electrons-present-in-the-complex-ion-mnbr-sup2-1-tetrahedral-and-1-2-square-planar-and-1-3-tetrahedral-and-5-4-square-planar-and-5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDEy-the-complex-that-can-exhibit-optical-activity-among-the-following-is-1-cocl6-3-2-co-en-ci4-3-cis-co-en-2cl2-4-trans-co-en-2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDEz-2-335-g-of-compound-x-empirical-formal-coh12n4cl3-upon-treatment-with-excess-agno3-solution-produces-1-435-g-of-a-white-precipitate-determine-the-primary-and-secondary-valences-of-cobalt-in-compound-x https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDE1-the-geometry-and-magnetic-property-of-nicl42-respectively-are-1-tetrahedral-paramagnetic-2-tetrahedral-diamagnetic-3-square-planar-paramagnetic-4-square-planar-diamagnetic-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDE2-among-i-cr-en-3-3-ii-trans-cr-en-2cl2-iii-cis-cr-en-2cl2-iv-co-nh3-4cl2-the-optically-active-complexes-are-1-i-ii-and-iii-2-i-and-iii-3-ii-and-iii-4-ii-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDE3-which-of-the-following-complexes-can-exist-as-facial-fac-and-meridional-mer-isomers-1-co-no2-3-nh3-3-2-k3-fecn6-3-co-h2o-2-nh3-4-ci3-4-cocl-nh3-5-ci-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDE5-the-total-number-of-geometrical-isomers-possible-for-an-octahedral-complex-of-ma2b2c2-are-m-transition-metal-a-b-and-c-are-monodentate-ligands-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDIw-the-iupac-name-of-co-ono-nh3-5-cl2-is-1-pentamminenitrocobalt-ii-chloride-2-pentamminenitrsoocobalt-iii-chloride-3-pentaamminenitrito-o-cobalt-iii-chloride-4-pentammineoxo-nitrocobalt-iii-chloride-1-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDIx-which-of-the-following-metal-carbonyl-is-paramagnetic-in-nature-1-nico4-2-vco6-3-crco6-4-feco5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDI4-when-any-solution-passes-through-a-cation-exchange-resin-that-is-in-acidic-form-h-ion-of-the-resin-is-replaced-by-cations-of-the-solution-a-solution-containing-0-319-g-of-an-isomer-with-molecular-form https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDMw-which-of-the-following-statements-about-ammonium-cerium-iv-nitrate-nh42ceno36is-incorrect-1-no3-acts-as-a-monodentate-ligand-2-the-ce-atom-has-a-coordination-number-of-12-3-the-shape-of-the-complex-io https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDMx-which-one-of-the-following-reactions-is-correct-1-fe-co-5-2no-8594-fe-co-2-no-2-3co-2-fe-co-5-2no-8594-fe-co-3-no-2-2co-3-fe-co-5-3no-8594-fe-co-2-no-3-3co-4-fe-co-5-3no-8594-fe-co-3-no-3-2co-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDMy-how-many-isomers-are-possible-for-complex-co-ox-2cl2-3-1-1-2-3-3-2-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MTY4-when-excess-of-kcn-is-added-to-a-solution-of-cuso4-the-final-product-obtained-is-1-k2-cu-cn-4-2-k3-cu-cn-4-3-cucn-4-k-cu-cn-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTQzNjMw-the-complex-that-can-exhibit-linkage-isomerism-is-1-co-nh3-5h2o-cl3-2-co-nh3-5-no2-cl2-3-co-nh3-5no3-no3-2-4-co-nh3-5cl-so4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTQ4MTk4-which-of-the-following-has-both-fac-mer-and-optical-isomers-1-conh35no3-2-coen33-3-cogly3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTYxMzE2-which-of-the-following-compounds-has-the-maximum-coordination-number-1-co-nh3-6-3-2-cr-c2o4-3-3-3-cocl3-h2o-3-4-all-of-the-above-have-the-same-coordination-number-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTYxNDYy-irving-williams-order-for-increasing-stability-of-complexes-formed-by-co-ni-cu-and-fe-in-2-oxidation-state-is-1-co-ni-cu-fe-2-fe-cu-ni-co-3-fe-co-ni-cu-4-ni-co-cu-fe-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTYxNDgy-two-complexes-ptcl4-middot-2nh3-and-ptcl4-middot-2kcl-do-not-give-a-precipitate-of-agcl-when-treated-with-agno3-they-give-zero-and-three-moles-of-ions-respectively-in-solutions-for-one-mole-of-the-com https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTYxNDgz-the-correct-iupac-name-for-pten2clono2-is-1-chlorodiethylenediaminenitritoplatinum-iv-ion-2-bis-ethylenediamine-chloronitro-o-platinum-iv-ion-3-chloridobis-ethylenediamine-nitritoplatinum-iv-ion-4-chl https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTYxNTkz-what-are-the-final-products-formed-when-excess-kcn-is-treated-with-cuso-1-k3cucn4-and-cn2-2-k2cucn4-and-cu2cn2-3-k4cucn6-and-cn2-4-kcucn4-and-cu2cn2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTYxNTk2-the-complex-among-the-following-with-the-highest-value-of-crystal-field-splitting-energy-is-1-left-fe-left-h-2-o-right-6-right-3-2-left-ru-left-cn-right-6-right-3-3-left-fe-left-h-2-o-right-6-right-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTYxNjU2-the-species-having-highest-magnetic-moment-is-1-k4fecn6-2-feh2o6so4-3-k3fecn6-4-conh36so4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTcyNTUz-find-the-paramagnetic-compound-containing-two-unpaired-electrons-1-k3-fe-cn-6-2-k2-nicl4-3-k2-cocl4-4-na2-ni-cn-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc1NDUw-which-of-the-following-species-can-act-as-an-oxidising-agent-1-cr-co-6-2-ni-co-4-3-mn-co-6-4-v-co-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2NzA4-which-among-the-following-complexes-can-exhibit-isomerism-1-ag-nh3-2-2-co-nh3-5no2-2-3-pt-en-cl2-4-co-nh3-5cl-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2OTAw-the-isomerism-displayed-by-k3-co-no2-6-and-k3-co-ono-6-is-1-linkage-2-co-ordination-3-ionization-4-geometrical-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTg1NDgy-the-correct-order-of-increasing-field-strength-of-ligands-is-1-scn-thinsp-thinsp-f-thinsp-thinsp-cn-thinsp-thinsp-c2o42-2-f-thinsp-thinsp-scn-thinsp-thinsp-c2o42-thinsp-thinsp-cn-3-cn-thinsp-thinsp-c2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTg1NTEx-urea-reacts-with-water-to-form-a-which-will-decompose-to-form-b-b-when-passed-through-left-cu-right-2-aq-deep-blue-colour-solution-c-is-formed-what-is-the-formula-of-c-from-the-following-1-left-cu-lef https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTg4NjQz-a-complex-has-a-molecular-formula-mso4cl-6h2o-its-aqueous-solution-gives-white-precipitate-with-barium-chloride-solution-and-no-precipitate-is-obtained-when-it-is-treated-with-silver-nitrate-solution https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTg4NjYx-the-chemical-formula-for-tris-ethane-1-2-diamine-iron-ii-phosphate-is-1-fe-ch3-ch-nh2-2-3-po4-3-2-fe-h2n-ch2-ch2-nh2-3-po4-3-fe-h2n-ch2-ch2-nh2-3-po4-2-4-fe-h2n-ch2-ch2-nh2-3-3-po4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjE4MDY4-when-0-1-mol-of-cocl3-nh3-5-is-treated-with-an-excess-of-agno3-0-2-mol-of-agcl-is-obtained-the-conductivity-of-the-solution-will-correspond-to-1-1-3-electrolyte-2-1-2-electrolyte-3-1-1-electrolyte-4-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjE4MjAw-the-most-stable-complex-species-among-the-following-is-1-feco5-2-fecn63-3-fec2o433-4-feh2o6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjE4NDk5-which-of-the-following-species-is-not-expected-to-act-as-a-ligand-1-mathrm-no-2-mathrm-nh-4-3-mathrm-nh-2-mathrm-ch-2-mathrm-ch-2-mathrm-nh-2-4-4-mathrm-co-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjE4NjMw-the-correct-statements-about-ethane-1-2-diamine-as-a-ligand-are-a-it-is-a-neutral-ligand-b-it-is-a-bidentate-ligand-c-it-is-a-chelating-ligand-d-it-is-a-unidentate-ligand-1-a-and-b-2-b-and-c-3-a-b-and https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyNzIy-the-complex-pt-nh3-2cl-nh2ch3-cl-correct-iupac-name-is-1-diamminechlorido-methylamine-platinum-ii-chloride-2-diamminechloro-aminomethyl-platinum-ii-chlorido-3-chlorodiammine-methylamine-platinate-ii-c https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyNzI5-cr-h2o-6-cl3-and-cr-h2o-5cl2-cl-h2o-are-examples-of-1-ionisation-isomers-2-geometrical-isomers-3-solvate-isomers-4-optical-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyNzM0-number-of-geometrical-isomer-s-possible-for-the-complex-cr-c2o4-3-3-is-are-1-1-2-3-3-0-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyNzQz-aqueous-copper-sulphate-solution-gives-a-green-precipitate-of-a-with-aqueous-potassium-fluoride-what-would-be-the-correct-molecular-formula-of-a-1-cuf6-3-ndash-2-cuf4-2-ndash-3-cuf2-ndash-4-cuf5-4-nda https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyNzUy-when-an-excess-of-aqueous-kcn-is-added-to-an-aqueous-solution-of-copper-sulphate-what-coordination-entity-is-formed-1-k2-cu-cn-6-2-k3-cu-cn-4-3-k2-cu-cn-4-4-k2-cu-cn-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyNzU5-the-hybridisation-of-fef6-3-is-1-sp3d2-2-d2sp3-3-dsp3-4-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyNzYz-the-oxidation-number-and-coordination-number-of-co-in-the-complex-k3-co-c2o4-3-respectively-are-1-3-6-2-2-6-3-6-3-4-2-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyNzY5-the-correct-iupac-name-of-the-complex-k-cr-h2o-2-c2o4-2-3h2o-is-1-potassiumdiaquadioxalatochromate-iii-trihydrate-2-diaquadioxalatopotassiumchromate-iii-trihydrate-3-potassiumdihydridodioxalatochromat https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyODQ0-number-of-ions-produced-from-the-complex-co-nh3-6-cl2-in-an-aqueous-solution-are-1-6-2-4-3-3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyODU0-the-compound-with-the-highest-magnetic-moment-value-is-1-left-mathrm-cr-left-mathrm-h-2-mathrm-o-right-6-right-3-2-left-mathrm-fe-left-mathrm-h-2-mathrm-o-right-6-right-2-3-left-mathrm-zn-left-mathrm https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyODU1-the-oxidation-number-of-cobalt-in-k-co-co-4-is-1-1-2-3-3-ndash-1-4-ndash-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyODU2-the-most-stable-complex-among-the-following-is-1-fe-h2o-6-3-2-fe-nh3-6-3-3-fe-c2o4-3-3-ndash-4-fecl6-3-ndash-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyODU3-what-is-the-overall-complex-dissociation-equilibrium-constant-for-the-cu-nh3-2-ion-given-that-946-4for-this-complex-is-2-1-215-1013-1-4-7-215-10-14-2-3-6-215-10-12-3-4-9-215-1014-4-5-6-215-10-13-1-2-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDI2-indicate-the-complex-ion-that-shows-geometrical-isomerism-1-cr-h2o-4-cl2-2-pt-nh3-3-cl-3-co-nh3-6-3-4-co-cn-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjM2NTAz-which-of-the-following-is-the-correct-iupac-name-of-h2-ptcl6-1-hydrogen-hexachloroplatinate-iv-2-dihydrogen-hexachloroplatinate-iv-3-hydrogen-hexachloroplatinic-iv-acid-4-hexachloroplatinic-iv-acid-1 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjUwOTkz-a-red-precipitate-is-obtained-when-an-ethanol-solution-of-dimethylglyoxime-is-added-to-ammoniacal-ni-ii-which-of-the-following-statements-is-not-true-1-complex-has-symmetrical-h-bonding-2-red-complex https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjUxMDUx-a-low-spin-complex-of-d6-cation-in-an-octahedral-field-will-have-the-following-energy-1-125-0-3p-2-25-0-2p-3-25-0-p-4-125-0-p-0-crystal-field-splitting-energy-in-an-octahedral-field-p-electron-pairing https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjUxMTI2-identify-the-complex-among-the-following-that-is-not-expected-to-exhibit-isomerism-1-pt-nh3-2cl2-2-ni-nh3-2cl2-3-ni-en-3-2-4-ni-nh3-4-h2o-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjUxMjM1-the-carbonyl-compound-with-the-strongest-c-o-bond-is-1-fe-co-5-2-mn-co-6-3-cr-co-6-4-v-co-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjUxMjM3-among-the-given-complex-the-complex-having-the-highest-paramagnetic-behaviour-is-at-no-ti-22-cr-24-co-27-zn-30-1-znnh362-2-tinh363-3-crnh363-4-conh363-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjYzOTUz-in-a-quantitative-analysis-of-second-group-in-the-lab-h2s-gas-is-passed-in-an-acidic-medium-for-ppt-when-cu-2-and-cd-2-react-with-kcn-then-in-which-of-the-following-conditions-will-a-precipitate-not-b https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjYzOTg0-a-complex-compound-is-formed-by-ligands-nitrate-and-chloride-it-gives-two-moles-of-agcl-precipitate-with-agno3-what-will-its-formula-be-1-co-nh3-5no3-cl2-2-co-nh3-5cl-no3cl-3-co-nh3-4cl2-no3-4-co-nh3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjYzOTk0-the-shape-of-fe-co-5-is-1-octahedral-2-square-planar-3-trigonal-bipyramidal-4-square-pyramidal-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0MDE4-magnesium-mg-is-present-in-which-of-the-following-1-chlorophyll-2-haemoglobin-3-vitamin-b12-4-vitamin-b-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0MDM4-number-of-isomers-of-pt-nh3-4-cucl4-complex-are-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0MzU3-the-coordination-compound-that-will-give-four-isomers-is-1-fe-en-3-cl3-2-co-en-2cl2-cl-3-fe-pph3-3nh3clbr-cl-4-co-pph3-3cl-cl3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0Mzcx-the-iupac-name-of-co-nh3-3clbrno2-will-be-1-triamminebromochloronitrocobaltate-iii-2-triamminebromochloronitrocobalt-iii-3-triamminebromonitrochlorocobalt-iii-4-triamminenitrobromochlorocobalt-iii-1-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0NzYz-cu-nh3-4-2-reacts-with-hno3-in-excess-of-water-and-gives-1-cu-oh-2-2-cu-no3-2-3-cu-h2o-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0NzY0-in-cr-nh3-6-br-3-number-of-unpaired-electrons-in-cr-is-1-4-2-3-3-1-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0Nzc5-anticancer-agent-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0ODIz-the-strong-field-nature-of-cn-as-a-ligand-can-be-attributed-to-1-it-is-a-pseudohalide-2-it-can-accept-electrons-from-metal-species-3-it-forms-high-spin-complexes-with-metal-species-4-it-possesses-a-ne https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0ODI0-considering-h2o-as-a-weak-field-ligand-the-number-of-unpaired-electrons-in-mn-h-2-o-6-2-will-be-at-no-of-mn-25-1-five-2-two-3-four-4-three-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0ODU4-among-ni-co-4-ni-cn-4-2-minus-nicl4-2-minus-species-the-hybridization-states-of-the-ni-atom-are-respectively-at-no-of-ni-28-1-sp3-dsp2-sp3-2-sp3-sp3-dsp2-3-dsp2-sp3-sp3-4-sp3-dsp2-dsp2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0ODYw-coordination-compound-that-would-exhibit-optical-isomerism-is-1-diamminedichloroplatinum-ii-2-trans-dicyanobis-ethylenediamine-chromium-iii-chloride-3-tris-ethylenediamine-cobalt-iii-chloride-4-pentaa https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY1MzQz-the-atomic-numbers-of-cr-and-fe-are-respectively-24-and-26-among-the-following-the-one-that-is-paramagnetic-with-the-spin-of-the-electron-is-1-crco6-2-feco5-3-fe-cn-6-4-4-cr-nh3-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY1MzQ3-the-hypothetical-complex-chlorodiaquatriamminecobalt-iii-chloride-can-be-represented-as-1-coclnh33h2o2cl2-2-conh33h2ocl3-3-conh23h2o2cl-4-conh33h2o3cl3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY1MzU1-cuso4-when-reacts-with-kcn-forms-cucn-which-is-insoluble-in-water-it-is-soluble-in-excess-of-kcn-due-to-the-formation-of-the-following-complex-1-k2-cu-cn-4-2-k3-cu-cn-4-3-cucn2-4-cu-kcu-cn-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY1ODEz-the-coordination-compound-that-gives-the-maximum-number-of-isomers-is-1-co-nh3-4cl2-2-ni-en-nh3-4-2-3-ni-c2o4-en-2-4-cr-scn-2-nh3-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY2MDYy-according-to-iupac-nomenclature-sodium-nitroprusside-is-named-as-1-sodium-nitro-ferricyanide-2-sodium-nitro-ferrocyanide-3-sodium-pentacyanidonitrosyl-ferrate-ii-4-sodium-pentacyanonitrosyl-ferrate-ii https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY2MDYz-the-number-of-unpaired-electrons-in-the-complex-ion-cof6-3-ndash-is-atomic-no-co-27-1-2-2-3-3-4-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY2MDY1-a-metal-ion-present-in-vitamin-b12-is-1-fe-ii-2-co-iii-3-zn-ii-4-ca-ii-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY2Nzk4-the-coordination-number-of-ni-in-ni-c2o4-3-4-is-1-3-2-6-3-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY2Nzk5-the-organometallic-compound-that-is-sigma-and-pi-bonded-is-1-fe-eta-5-c5h5-2-2-k-ptcl3-eta-2-c2h4-3-co-co-5nh3-2-4-fe-ch3-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY2ODAw-the-incorrect-option-among-the-following-is-1-ni-co-4-tetrahedral-paramagnetic-2-ni-cn-4-2-square-planar-diamagnetic-3-ni-co-4-tetrahedral-diamagnetic-4-ni-cl-4-2-tetrahedral-paramagnetic-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY2ODAz-the-complex-that-will-exhibit-maximum-ionic-conductivity-in-aqueous-solution-is-1-k4-fe-cn-6-2-co-nh3-6-cl3-3-cu-nh3-4-cl2-4-ni-co-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NTgy-feso4-solution-mixed-with-nh4-2so4-solution-in-1-1-molar-ratio-gives-the-test-of-fe2-ion-but-cuso4-solution-mixed-with-aqueous-ammonia-in-1-4-molar-ratio-does-not-give-the-test-of-cu2-ion-because-1-th https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NTg1-the-oxidation-number-and-coordination-number-of-co-in-co-h2o-cn-en-2-2-respectively-are-1-3-6-2-3-2-3-2-2-4-1-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NTg4-how-many-optical-isomers-of-pt-nh3-br-cl-py-can-exist-1-3-2-2-3-1-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NTg5-the-difference-between-a-weak-field-ligand-and-a-strong-field-ligand-is-1-weak-field-ligands-cause-higher-splitting-in-the-d-orbitals-than-strong-field-ligands-2-weak-field-ligands-cause-lower-splitti https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NTkw-the-crystal-field-splitting-energy-is-1-the-heat-of-formation-between-the-two-levels-e-and-t2-in-tetrahedral-splitting-2-the-total-pairing-energy-of-the-two-levels-e-and-t2-in-tetrahedral-splitting-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NTkx-cr-nh3-6-3-is-paramagnetic-while-ni-cn-42-is-diamagnetic-because-1-electrons-in-the-3d-orbitals-remain-unpaired-in-ni-cn-42-2-electrons-in-the-3d-orbitals-remain-unpaired-in-cr-nh3-6-3-3-electrons-in https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NTky-a-solution-of-ni-h2o-6-2-is-green-but-a-solution-of-ni-cn-4-2-ndash-is-colorless-because-1-there-are-paired-electrons-in-ni-h2o-6-2-while-all-electrons-are-unpaired-in-ni-cn-4-2-ndash-2-there-are-unpa https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NTkz-the-two-coordination-complexes-fe-cn-6-4-ndash-and-fe-h2o-6-2-are-of-different-colors-in-dilute-solutions-due-to-1-higher-lattice-energy-value-of-fe-cn-6-4-ndash-as-compared-to-fe-h2o-6-2-2-higher-cfs https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NTk0-the-nature-of-bonding-in-metal-carbonyls-is-1-the-metal-carbon-bonds-in-metal-carbonyls-have-both-sigma-and-pi-characters-2-the-metal-carbon-bonds-in-metal-carbonyls-have-only-sigma-character-3-the-me https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NTk1-the-greater-value-of-the-stability-constant-of-complex-salt-indicates-1-the-greater-proportion-of-products-2-the-greater-proportion-of-reactants-3-lesser-concentration-of-catalyst-at-equilibrium-4-all https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY4NjAy-the-correct-order-for-the-wavelengths-of-absorption-in-the-visible-region-for-the-following-is-left-mathrm-ni-left-mathrm-no-2-right-6-right-4-left-mathrm-ni-left-mathrm-nh-3-right-6-right-2-left-math https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwMzYz-the-number-of-unpaired-electrons-in-the-following-complexes-respectively-are-k4-mn-cn-6-fe-h2o-6-2-k2-mncl4-1-1-4-5-2-2-4-5-3-0-3-4-4-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwMzc2-which-of-the-following-statements-are-correct-a-primary-valencies-are-satisfied-by-negative-ions-while-secondary-valencies-are-satisfied-by-negative-ion-only-b-a-metal-ion-has-a-definite-number-of-sec https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwMzc3-match-column-i-with-column-ii-and-mark-the-correct-option-column-i-ligand-name-column-ii-type-of-ligand-i-no2-a-hexadenate-ii-oh-b-didentate-iii-c2o42-c-monodentate-iv-edta-d-ambidentate-codes-1-i-d-i https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwMzgx-the-correct-representation-of-tetrahydroxidozincate-ii-is-1-zn-oh-4-2-2-zn-oh-4-3-zn-oh-4-3-4-zn-oh-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwMzgy-the-correct-representation-of-potassium-tris-oxalato-chromate-iii-is-1-k2cr-c2o4-3-2-k3cr-c2o4-3-3-k3cr-c2o4-2-4-k2cr-c2o4-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwMzgz-the-correct-representation-of-pentaamminenitrito-o-cobalt-iii-is-1-co-nh3-5-ono-3-2-co-nh3-5-ono-2-3-co-nh3-5-ono-2-4-co-nh3-5-ono-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwMzg0-the-correct-representation-of-potassium-tetracyanidonickelate-ii-is-1-k3ni-cn-4-2-kni-cn-4-3-k2ni-cn-4-4-k2ni-cn-5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwMzg1-the-correct-splitting-diagram-of-d-orbitals-in-an-octahedral-crystal-field-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwMzky-the-ligand-s-that-show-a-chelating-effect-is-are-1-diethylenetriamine-2-oxalato-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwOTU2-which-of-the-following-statements-is-incorrect-1-chlorophyll-is-a-coordination-compound-of-magnesium-2-cis-platin-is-a-coordination-compound-of-platinum-3-gold-is-extracted-by-the-addition-of-zinc-met https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwOTY4-optical-isomerism-is-exhibited-by-among-the-following-is-are-1-cr-ox-3-3-2-ptcl2-en-2-2-3-cr-nh3-2cl2en-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwOTY5-the-incorrect-statement-among-the-following-is-1-in-a-coordination-entity-the-central-atom-or-ion-is-surrounded-by-a-suitable-number-of-neutral-molecules-or-negative-ions-called-ligands-2-the-coordina https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjcwOTcw-the-correct-statement-s-among-the-following-options-is-are-1-complexes-in-which-the-metal-ion-is-bound-to-only-one-kind-of-a-donor-group-are-homoleptic-complexes-2-heteroleptic-complexes-are-those-com https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc3MTYw-ethylene-diaminetetraacetate-edta-ion-is-1-bidentate-ligand-with-two-n-donor-atoms-2-tridentate-ligand-with-three-n-donor-atoms-3-hexadentate-ligand-with-four-o-and-two-n-donor-atoms-4-unidentate-liga https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc3MTky-match-column-i-with-column-ii-columns-i-and-ii-represent-complexes-and-magnetic-moment-bm-respectively-column-i-column-ii-a-fecn6-3-i-5-92-bm-b-fe-h2o-6-3-ii-0-bm-c-fe-cn-6-4-iii-4-90-bm-d-fe-h2o-6-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzM5Mzk1-the-iupac-name-of-the-following-complex-is-ag-h-o-ag-cn-1-diaquasilver-i-dicyanidoargentate-i-2-dicyanidosilver-ii-diaquaargentate-ii-3-diaquasilver-ii-dicyanidoargentate-ii-4-dicyanidosilver-i-diaqua https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzM5NDE5-the-order-of-energy-absorbed-which-is-responsible-for-the-color-of-complexes-is-a-left-mathrm-ni-left-mathrm-h-2-mathrm-o-right-2-text-en-2-right-2-b-left-mathrm-ni-left-mathrm-h-2-mathrm-o-right-4-ma https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzM5Nzg1-the-number-of-bridging-carbonyl-groups-in-co2-co-8-and-mn2-co-10-respectively-are-1-2-and-0-2-2-and-2-3-2-and-4-4-0-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzM5ODIy-the-correct-order-of-spin-only-magnetic-moment-for-the-given-complexes-is-1-co-h-2o-6-2-mncl-6-3-fe-cn-6-3-2-fe-cn-6-3-co-h-2o-6-2-mncl-6-3-3-mncl-6-3-fe-cn-6-3-co-h-2o-6-2-4-mncl-6-3-co-h-2o-6-2-fe-c https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQ2NDYx-match-list-i-with-list-ii-list-i-complexes-list-ii-type-of-isomer-a-co-nh3-5no2-cl2-and-co-nh3-5ono-cl2-i-ionisation-isomerism-b-cr-nh3-6-co-cn-6-and-cr-cn-6-co-nh3-6-ii-coordination-isomerism-c-co-nh https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQ2NTA1-select-the-correct-option-based-on-statements-below-assertion-a-the-metal-carbon-bond-in-metal-carbonyls-possesses-both-sigma-and-pi-character-reason-r-the-ligand-to-metal-bond-is-a-pi-bond-and-metal https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzY2OTcw-homoleptic-complex-from-the-following-complexes-is-1-triamminetriaquachromium-iii-2-potassium-trioxalatoaluminate-iii-3-diamminechloridonitrito-n-platinum-ii-4-pentaamminecarbonatocobalt-iii-chloride https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzY3MDAz-the-most-stable-compound-among-the-following-is-1-co-nh3-6-2-so4-3-2-co-nh3-4-h2o-br-no3-2-3-co-nh3-3-no3-3-4-cocl2-en-2-no3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzY4Mjcw-which-of-the-following-sets-represents-a-complex-and-a-double-salt-respectively-1-cuso4-5h2o-and-cucl2-4nh3-2-ptcl2-2nh3-and-ptcl4-2hcl-3-k2ptcl2-2nh3-and-kal-so4-2-12h2o-4-nicl2-6h2o-and-nicl2-h2o-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzY4MzE5-what-is-the-type-of-isomerism-exhibited-by-the-compounds-cr-h2o-6-cl3-cr-h2o-5cl-cl2-h2o-and-cr-h2o-4cl2-cl-2h2o-and-the-value-of-coordination-number-cn-of-central-metal-ion-in-all-these-compounds-1-g https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDU1MDA4-match-the-complexes-from-list-i-with-their-corresponding-type-of-isomerism-from-list-ii-list-i-complex-list-ii-type-of-isomerism-a-mathrm-left-co-left-nh-3-right-5-left-no-2-right-right-cl-2-i-solvate https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDU1MDI5-given-below-are-two-statements-statement-i-both-left-text-co-left-text-nh-3-right-6-right-3-and-left-text-cof-6-right-3-complexes-are-octahedral-but-differ-in-their-magnetic-behaviour-statement-ii-lef https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDU1MDUw-given-below-are-two-statements-statement-i-left-mathrm-co-left-mathrm-nh-3-right-6-right-3-is-a-homoleptic-complex-whereas-co-nh-3-4-cl-2-is-a-heteroleptic-complex-statement-ii-complex-co-nh-3-6-3-has https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDU2Nzk2-the-correct-spin-only-magnetic-moments-of-text-cof-6-3-and-left-mathrm-co-left-mathrm-c-2-mathrm-o-4-right-3-right-3-respectively-are-1-0-bm-and-4-9-bm-2-0-bm-and-0-bm-3-4-9-bm-and-0-bm-4-4-9-bm-and-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDU2ODcw-match-the-complex-ions-in-list-i-with-their-corresponding-hybridization-in-list-ii-list-i-complex-ion-list-ii-hybridisation-a-mathrm-ni-mathrm-cn-4-2-i-s-p-3-b-mathrm-cof-6-3-ii-d-2sp-3-c-mathrm-co-ma https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDU2ODc2-the-crystal-field-stabilisation-energy-cfse-and-the-spin-only-magnetic-moment-of-mathrm-fef-6-3-ion-respectively-are-1-0-delta-text-and-5-9-text-bm-2-0-delta-text-and-1-73-text-bm-3-2-0-delta-text-and https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE0NzQ4-what-is-the-formula-of-tetracarbonylnickel-0-1-ni-co-3-2-ni-co-4-3-ni-co-6-4-ni-co-5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDM5-which-of-the-following-complexes-is-are-heteroleptic-a-mathrm-co-nh-3-6-3-b-mathrm-fe-left-mathrm-nh-3-right-4-mathrm-cl-2-c-operatorname-mn-mathrm-cn-6-4-d-mathrm-co-left-mathrm-nh-3-right-4-mathrm-c https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NTkw-match-the-items-given-in-column-i-with-column-ii-column-i-column-ii-a-k3-fe-c2o4-3-i-diamminechlorido-methylamine-platinum-ii-chloride-b-co-nh3-5cl-cl2-ii-potassium-trioxalatoferrate-iii-c-pt-nh3-2cl https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDM4-which-of-the-following-complex-is-are-homoleptic-a-left-mathrm-co-left-mathrm-nh-3-right-6-right-3-b-left-mathrm-co-left-mathrm-nh-3-right-5-mathrm-cl-right-2-c-left-mathrm-ni-mathrm-cn-4-right-2-d-le https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzc4NDg4-the-oxidation-state-of-nickel-in-k4-ni-cn-4-is-1-1-2-0-3-1-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDYwMzY1-what-is-the-correct-name-for-the-compound-mathrm-co-nh-3-6-cl-3-1-cobalt-iii-hexamine-chloride-2-hexamminecobalt-chloride-iii-3-hexamminecobalt-iii-chloride-4-hexamminecobalt-vi-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzEzNjEz-the-formula-of-potassium-tetrahydroxidozincate-ii-is-1-k-zn-oh-4-2-k2-zn-oh-4-3-k3-zn-oh-4-4-k4-zn-oh-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDI0-the-correct-iupac-name-of-pt-nh3-222cl222-is-1-diamminedichloridoplatinum-ll-2-diamminedichloridoplatinum-lv-3-diamminedichloridoplatinum-0-4-dichloridodiammineplatinum-lv-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzEzNjE0-the-formula-of-potassium-trioxalatoaluminate-iii-is-1-k2-al-c2o4-3-2-k-al-c2o4-3-3-k3-al-c2o4-3-4-k4-al-c2o4-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTYxNDg1-which-one-of-the-following-statements-is-incorrect-1-greater-the-stability-constant-of-a-complex-greater-its-stability-2-hardness-of-water-is-estimated-by-simple-titration-with-na2edta-3-the-metal-car https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQ4NzU0-the-homoleptic-complex-among-the-following-is-1-co-en-3-cl3-2-co-en-ox-h2o-2-cl-3-nicl2br2-4-fe-h2o-5no-so4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQ3MjAy-the-correct-iupac-nomenclature-of-mathrm-nicl-2-pph-3-2-is-1-bischloridobis-triphenylphosphine-nickel-ii-2-dichloridobis-triphenylphosphine-nickel-ii-3-dichloridodi-triphenylphosphine-nickel-ii-4-bisc https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzk3ODI4-which-of-the-following-complex-ions-has-no-d-electrons-in-the-central-metal-atom-1-mno-4-2-co-nh-3-6-3-3-fe-cn-6-3-4-cr-h-2o-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDY3MzA3-what-is-the-iupac-name-for-the-complex-k-2-ni-cn-4-1-tetrapotassiumtetracyanonickelate-0-2-potassiumtetracyanonickel-0-3-potassiumtetracyanonickelate-ii-4-tetrapotassiumtetracyanonickel-0-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246ODkxMTQ-the-correct-order-of-the-stoichiometries-of-agcl-formed-when-agno3-in-excess-is-treated-with-the-complexes-cocl3-6nh3-cocl3-5nh3-cocl3-4nh3-respectively-is-1-3agcl-1agcl-2agcl-2-3agcl-2agcl-1agcl-3-2a https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDIz-when-1-mole-of-crcl3-6h2ocrcl3-6h2ocrcl3-6h2o-is-treated-with-excess-of-agno3-agno3-agno3-3-moles-of-agclagclagcl-are-obtained-the-formula-of-the-complex-is-1-crcl3-h2o-3-3h2o-2-crcl2-h2o-4-cl-2h2o-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDM4MDI4-what-is-the-iupac-name-of-the-complex-compound-left-mathrm-pt-mathrm-br-2-left-mathrm-pph-3-right-2-right-1-dibromido-di-triphenyl-phosphine-platinum-ii-2-dibromido-bis-triphenyl-phosphine-platinum-ii https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzc4Mzc5-the-correct-iupac-name-of-pt-nh3-4cl2-ptcl4-is-1-tetraamminedichloroplatinum-iv-tetrachloroplatinate-ii-2-dichlorotetraammineplatinum-iv-tetrachloroplatinate-ii-3-tetrachloroplatinum-ii-tetramineplati https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQ4NzM1-the-secondary-valency-of-cobalt-in-complex-co-nh-3-6-cl-3-is-1-2-2-3-3-6-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjE4NTAx-what-is-the-iupac-name-of-pt-nh3-2cl-no2-pt-nh3-2cl-no2-pt-nh3-2cl-no2-1-platinum-diaminechloronitrite-2-chloronitrito-n-ammineplatinum-ii-3-diamminechloridonitrito-n-platinum-ll-4-diamminechloronitri https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzMwMjUx-what-is-the-coordination-number-of-cobalt-co-in-the-complex-left-mathrm-co-mathrm-en-3-right-3-1-3-2-6-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDMx-which-of-the-following-species-is-not-expected-to-be-a-ligand-1-no-2-nh-44-4-3-nh2ch2ch2nh2nh2ch2ch2nh2nh2ch2ch2nh2-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTQ4MTc1-which-of-the-following-is-not-an-ambidentate-ligand-1-cn-2-no2-3-scn-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzk4NDc4-which-molecule-ion-among-the-following-cannot-act-as-a-ligand-in-complex-compounds-1-ch-4-2-co-3-cn-4-br-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzkwODgy-ambidentate-ligands-among-the-following-are-i-mathrm-scn-ii-mathrm-no-3-iii-mathrm-no-2-iv-mathrm-c-2-mathrm-o-4-2-1-i-and-iii-2-i-and-iv-3-ii-and-iii-4-ii-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDMw-which-of-the-following-species-is-not-expected-to-be-a-ligand-1-no-2-nh-44-3-nh22ch22ch22nh22-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzgwNjg4-the-coordination-complex-among-the-following-that-does-not-precipitate-with-mathrm-agno-3-solution-is-1-left-mathrm-co-left-mathrm-nh-3-right-6-right-mathrm-cl-3-2-left-mathrm-co-left-mathrm-nh-3-righ https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzkwODY2-what-is-the-correct-sequence-to-arrange-the-following-complexes-by-increasing-conductivity-in-their-solutions-i-left-mathrm-co-left-mathrm-nh-3-right-3-mathrm-cl-3-right-ii-left-mathrm-co-left-mathrm https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDQy-which-of-the-following-complexes-show-linkage-isomerism-a-co-nh3-5-no2-2-co-nh3-5-no2-2-b-co-h2o-5co-3-co-h2o-5co-3-c-cr-nh3-5scn-2-cr-nh3-5scn-2-d-fe-en-2cl2-fe-en-2cl2-choose-the-correct-option-1-a https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjYzOTc4-which-one-of-the-following-pair-represents-stereoisomerism-1-linkage-isomerism-and-geometrical-isomerism-2-chain-isomerism-and-rotational-isomerism-3-optical-isomerism-and-geometrical-isomerism-4-stru https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzk3ODA3-type-of-isomerism-which-exist-between-pd-c-6h-5-2-scn-2-and-pd-c-6h-5-2-ncs-2-is-1-linkage-isomerism-2-coordination-isomerism-3-ionisation-isomerism-4-solvate-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjg0MzQw-which-of-the-following-pairs-represents-linkage-isomers-1-cu-nh3-4-ptcl4-and-pt-nh3-4-cucl4-2-pd-pph3-2-ncs-2-and-pd-pph3-2-scn-2-3-co-nh3-5no3-so4-and-co-nh3-5so4-no3-4-ptcl2-nh3-4-br2-and-ptbr2-nh3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDQx-identify-the-correct-statements-for-the-behaviour-of-ethane-1-2-diamine-as-a-ligand-a-it-is-a-neutral-ligand-b-it-is-a-didentate-ligand-c-it-is-a-chelating-ligand-d-it-is-a-unidentate-ligand-choose-th https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDYz-given-below-are-two-statements-assertion-a-linkage-isomerism-arises-in-coordination-compounds-containing-ambidentate-ligand-reason-r-ambidentate-ligand-has-two-different-donor-atoms-1-both-a-and-r-are https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njkx-the-type-of-isomerism-shown-by-co-nh3-6-cr-cn-6-and-cr-nh3-6-co-cn-6-is-1-ionisation-isomerism-2-co-ordination-isomerism-3-geometrical-isomerism-4-linkage-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDMy-what-kind-of-isomerism-exists-between-cr-h2o-6-cl3-violet-and-cr-h2o-5cl-cl2-h2o-greyish-green-1-linkage-isomerism-2-solvate-isomerism-3-lonisation-isomerism-4-coordination-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzgwOTUx-the-type-of-isomerism-between-co-nh3-5no2-cl2-and-co-nh3-5-ono-cl2-is-best-described-as-1-geometrical-2-optical-3-linkage-4-coordination-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjk3ODA3-which-of-the-following-compounds-shows-optical-isomerism-1-co-cn-6-3-2-cr-c2o4-3-3-3-zncl4-2-4-cu-nh3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NjA1-the-relation-between-given-pair-of-complexes-is-co-nh3-5cl-so4-and-co-nh3-5so4-cl-1-coordination-isomers-2-linkage-isomers-3-ionization-isomers-4-optical-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDU4-match-the-complex-species-given-in-column-i-with-the-possible-isomerism-given-in-column-ii-and-assign-the-correct-code-column-i-complex-species-column-ii-isomerism-a-co-nh3-4cl2-co-nh3-4cl2-co-nh3-4cl https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzk4NTI4-what-are-the-hybridizations-of-nickel-in-the-complexes-ni-co-4-and-ni-cn-4-2-respectively-if-they-both-are-diamagnetic-1-sp-3-sp-3-2-sp-3-dsp-2-3-dsp-2-sp-3-4-dsp-2-sp-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQ3MTI4-the-magnetic-moment-for-a-divalent-ion-in-an-aqueous-solution-having-atomic-number-25-is-1-4-89-bm-2-5-92-bm-3-3-87-bm-4-2-84-bm-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTEyMjk-an-ion-that-has-magnetic-moment-2-83-bm-is-atomic-number-ti-22-cr-24-mn-25-ni-28-1-ti3-ti3-2-ni2-ni2-3-cr3-cr3-4-mn2-mn2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyOTE2-the-magnetic-moment-of-a-metal-ion-is-3-87-b-m-the-metal-ion-is-1-v-3-2-mathrm-cr-3-3-mathrm-mn-2-4-t-i-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQ3MTI5-identify-the-transition-metal-ions-from-the-given-list-that-exhibit-no-color-in-their-aqueous-solution-sc3-ti3-ti4-ni2-zn2-mn2-choose-the-correct-answer-from-the-options-given-below-1-sc3-ti3-zn2-2-sc https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njgz-which-of-the-following-has-the-longest-c-o-bond-length-free-c-o-bond-length-in-co-is-1-128-1-co-co-4-2-fe-co-4-2-3-mn-co-6-4-ni-co-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzkwOTgy-which-of-the-following-statements-about-the-geometry-of-complex-ions-are-correct-i-the-geometry-of-a-complex-ion-is-determined-by-its-coordination-number-ii-a-coordination-number-of-6-results-in-an-oc https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTI0NzU-of-the-following-complex-ions-which-is-diamagnetic-in-nature-1-ni-cn-4-2-nicn42-2-cucl4-2-cucl42-3-cof6-3-cof63-4-nicl4-2-nicl42-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTYxNDU5-what-is-the-correct-relationship-between-the-splitting-energy-of-the-tetrahedral-and-the-octahedral-system-1-t-0-t-0-2-t-49-0-t-49-0-3-t-4-0-t-4-0-4-t-94-0-t-94-0-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njg1-the-hybridization-involved-in-complex-ni-cn-4-2-nicn42-is-atomic-number-of-ni-28-1-dsp2dsp2-2-sp3sp3-3-d2sp2d2sp2-4-d2sp3d2sp3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzc4NDk2-which-one-of-the-following-species-is-paramagnetic-1-ni-co-4-2-co-nh3-6-3-3-ni-cn-4-2-4-nicl4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzU3NjU5-which-of-the-following-complexes-is-expected-to-be-colored-1-al-h2o-6-3-2-zn-h2o-6-2-3-ni-h2o-6-2-4-mg-h2o-6-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyOTE1-the-number-of-unpaired-electrons-on-cobalt-in-the-complex-ion-cocl-4-2-is-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyOTI4-which-of-the-following-complexes-is-paramagnetic-in-nature-1-fe-nh3-2-cn-4-2-2-ni-cn-4-2-3-ni-h2o-6-2-4-co-nh3-4cl2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzc4MzM5-considering-h2o-as-a-weak-field-ligand-the-number-of-unpaired-electrons-in-mn-h2o-6-2-will-be-1-two-2-four-3-three-4-five-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDU3-match-the-complex-ions-given-in-column-i-with-the-hybridization-and-number-of-unpaired-electrons-given-in-column-ii-and-assign-the-correct-code-column-l-column-ii-hybridisation-number-of-unpaired-elec https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYzMTg5-match-the-metal-complexes-in-list-i-with-their-corresponding-absorbed-wavelength-in-list-ii-list-i-complex-list-ii-absorbed-a-co-cn-6-3-p-535-nm-b-co-nh3-6-3-q-375-nm-c-co-nh3-5cl-2-r-600-nm-1-a-s-b-p https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQxNTUy-how-many-of-the-following-show-geometrical-isomerism-i-cocl-nh-ii-cocl-nh-2-iii-cocl-3-iv-cocl-nh-1-two-2-2-one-1-3-zero-0-4-four-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQxODg5-a-compound-ni-h2o-6cl2-with-an-excess-of-agno3-gives-2-mol-of-agcl-and-it-is-an-octahedral-complex-determine-the-spin-only-magnetic-moment-of-the-compound-in-bm-1-2-82-2-3-56-3-3-87-4-4-89-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQ3NDcw-identify-the-correct-pair-from-the-following-1-mn-cn-6-3-inner-orbital-complex-involving-d2sp3-hybridisation-2-mn-cn-6-3-outer-orbital-complex-involving-d2sp3-hybridisation-3-co-c2o4-3-3-inner-orbital https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDM5OTM4-which-compound-will-absorb-light-of-highest-frequency-1-left-mathrm-cr-left-mathrm-h-2-mathrm-o-right-6-right-3-2-left-mathrm-crcl-6-right-3-3-left-mathrm-cr-mathrm-cn-6-right-3-4-left-mathrm-crcl-3-l https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjk5NzAz-the-complex-that-does-not-involve-inner-orbital-hybridisation-among-the-following-is-1-cof6-3-2-co-nh3-6-3-3-fe-cn-6-3-4-cr-nh3-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2NzE1-the-crystal-field-splitting-energy-for-cocl-is-18000-cm-what-is-the-value-of-for-cocl-1-18000-cm-1cm-1cm-1-2-16000-cm-1cm-1cm-1-3-8000-cm-1cm-1cm-1-4-2000-cm-1cm-1cm-1-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYzMjU3-match-list-i-with-list-ii-list-i-list-ii-a-ni-co-4-i-sp-3-b-ni-cn-4-2-ii-sp-3d-2-c-cu-h-2o-6-2-iii-d-2sp-3-d-fe-cn-6-4-iv-dsp-2-choose-the-correct-answer-from-the-options-given-below-1-a-i-b-iv-c-ii-d https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQ0NTc0-match-the-complex-in-column-i-with-its-function-given-in-column-ii-column-i-column-ii-a-cis-pt-nh3-2cl2-i-oxygen-transfer-b-chlorophyll-ii-catalyst-c-ph3p-3rhcl-iii-photosynthesis-d-hemoglobin-iv-anti https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzk4NDU3-what-is-the-correct-representation-of-the-wilkinson-catalyst-1-ph-3p-3ircl-2-et-3p-3rhcl-3-ph-3p-3rhcl-4-et-3p-3ircl-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQxODAw-the-complex-used-as-an-anticancer-agent-is-1-cis-ptcl2-nh3-2-2-mer-co-nh3-3cl3-3-cis-k2-ptcl2br2-4-na2-cocl4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQyNTAx-assertion-a-fef6-3-is-a-high-spin-complex-reason-r-f-is-a-weak-field-ligand-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the-correct-explanation-o https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDM2-which-of-the-following-options-are-correct-for-fe-cn-6-3-fe-cn-63-fe-cn-63-is-a-d2sp3d2sp3d2sp3-hybridisation-b-d2sp2d2sp2d2sp2-hybridisation-c-paramagnetic-d-diamagnetic-choose-the-correct-option-1-a https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQyNDcx-assertion-a-ni-co-4-is-a-diamagnetic-complex-reason-r-all-the-electrons-in-the-complex-are-paired-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NzE5MTg-in-the-context-of-biological-systems-coordination-compounds-play-a-crucial-role-identify-the-incorrect-statement-from-the-provided-options-1-cyanocobalamin-is-vitamin-b12-and-contains-cobalt-2-haemogl https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzgwOTU3-which-metal-is-present-in-wilkinson-s-catalyst-used-as-a-homogeneous-catalyst-in-the-hydrogenation-of-alkenes-1-iron-2-aluminium-3-rhodium-4-cobalt-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njg2-the-iupac-name-for-complex-ion-fe-cn-6-3-is-1-hexacyanoiron-iii-ion-2-hexacyanitoferrate-iii-ion-3-tricynoferrate-iii-ion-4-hexacyanidoferrate-iii-ion-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc3MzA3-the-species-that-are-colourless-z-of-ti-22-co-27-cu-29-ni-28-1-tif2-6tif62-tif62-andandand-cof3-6cof63-cof63-2-cu2cl2cu2cl2cu2cl2-andandand-nicl2-4nicl42-nicl42-3-tif2-6tif62-tif62-andandand-cu2cl2cu2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjIyNzY3-the-coordination-number-and-oxidation-number-of-co-in-the-complex-nh4-2-cof4-are-1-2-4-2-4-2-3-6-3-4-3-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTA3ODY-the-sum-of-the-coordination-number-and-oxidation-number-of-the-metal-m-in-the-complex-m-en-2-c2o4-cl-is-1-nine-9-2-six-6-3-seven-7-4-eight-8-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTQ4MjUw-the-iupac-name-of-co-ono-nh3-5-cl2coononh35cl2coononh35cl2-is-1-pentamminenitro-o-cobalt-ii-chloride-2-pentamminenitroso-o-cobalt-iii-chloride-3-pentaamminenitrito-o-cobalt-iii-chloride-4-pentammineox https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTQ4MjIw-given-the-following-pair-of-isomers-cr-nh3-6-cr-no2-6-and-cr-nh3-4-no2-2-cr-nh3-2-no2-4-aside-from-x-ray-diffraction-how-could-the-above-pairs-of-isomers-be-distinguished-from-one-another-1-cryoscopic https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NTM5MTU-correct-iupac-name-for-h2-ptcl6-h2-ptcl6-h2-ptcl6-is-1-hydrogen-hexachloroplatinate-iv-2-dihydrogen-hexachloroplatinate-iv-3-hydrogen-hexachloroplatinic-iv-acid-4-hexachloroplatinic-iv-acid-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTQ4MjE0-if-an-excess-of-agno3agno3agno3-solution-is-added-to-100-ml-of-a-0-024-m-solution-of-dichlorobis-ethylenediamine-cobalt-iii-chloride-then-the-number-of-moles-of-agcl-that-will-be-precipitated-is-1-0-0 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njk1-the-existence-of-two-different-coloured-complexes-with-the-composition-of-co-nh3-4cl2-is-due-to-1-linkage-isomerism-2-geometrical-isomerism-3-coordination-isomerism-4-ionisation-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njg0-number-of-possible-isomers-for-the-complex-co-en-2cl2-cl-will-be-en-ethylenediamine-1-2-2-1-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTM2MDEw-the-number-of-geometrical-isomers-of-crcl2en-nh3-2-are-en-ethylenediamine-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE5MzQ4-find-the-total-number-of-possible-coordination-isomers-for-each-of-the-following-compounds-co-en-cr-c-o-cu-nh-cucl-ni-en-co-no-1-4-4-4-2-2-2-2-3-2-2-4-4-4-2-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE5MzQ1-isomerism-exhibited-by-co-edta-is-are-1-optical-geometrical-isomerism-2-geometrical-isomerism-3-optical-isomerism-4-no-isomerism-is-exhibited-by-co-edta-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE5MzQw-total-geometrical-isomers-possible-for-pd2-nh2-ch-ch3-co2-2-0-are-1-2-2-3-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjAwNDcy-the-correct-electronic-configuration-of-the-central-atom-in-k4-fe-cn-6-k4fecn6k4fecn6-based-on-crystal-field-theory-is-1-e-4-t-2-g-2-2-t-2-g-4-e-g-2-3-t-2-g-6-e-g-0-4-e-3-t-3-2g-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njkw-which-among-the-following-is-a-diamagnetic-complex-1-ni-cn-4-2-nicn42-nicn42-2-cucl4-2-cucl42-cucl42-3-cof6-3-cof63-cof63-4-nicl4-2-nicl42-nicl42-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTExNzQ1-the-low-spin-complex-among-the-following-is-1-mathrm-fe-mathrm-cn-6-3-2-mathrm-co-left-mathrm-no-2-right-6-3-3-mathrm-mn-mathrm-cn-6-3-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTQ4MjM0-for-a-tetrahedral-complex-mcl4-2-the-spin-only-magnetic-moment-is-3-83-b-m-the-element-m-is-1-co-2-cu-3-mn-4-fe-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTQ4MjQ1-the-geometry-and-magnetic-properties-of-nicl4-2-respectively-are-1-tetrahedral-paramagnetic-2-tetrahedral-diamagnetic-3-square-planar-paramagnetic-4-square-planar-diamagnetic-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njkz-the-complex-ion-among-the-following-that-cannot-absorb-visible-light-is-1-ni-cn-4-2-2-cr-nh3-6-3-3-fe-h2o-6-2-4-ni-h2o-6-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njg4-which-among-the-following-complexes-shows-a-magnetic-moment-of-1-73-bm-1-ni-cn-4-2-2-ticl4-3-cocl6-4-4-cu-nh3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTI0Njg-the-d-electron-configurations-of-cr2-mn2-fe2-and-co2-are-d4-d5-d6-and-d7-respectively-minimum-paramagnetic-behavior-is-shown-by-at-no-c-24-mn-25-fe-26-co-27-1-fe-h2o-6-2-2-co-h2o-6-2-3-cr-h2o-6-2-4-mn https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njgy-the-geometry-and-magnetic-behaviour-of-the-complex-ni-co-4-respectively-are-1-square-planar-and-diamagnetic-2-tetrahedral-and-diamagnetic-3-square-planar-and-paramagnetic-4-tetrahedral-and-paramagneti https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2NzIx-the-crystal-field-stabilization-energies-cfse-of-high-spin-and-low-spin-d6d6d6-metal-complexes-in-terms-of-0-0-0-respectively-are-1-0-4-and-2-4-2-2-4-and-0-4-3-0-4-and-0-0-4-2-4-and-0-0-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDEzNTQ-oct-cfse-in-the-octahedral-field-will-be-maximum-in-atomic-number-co-27-1-co-h2o-6-3-2-co-nh3-6-3-3-co-cn-6-3-4-co-c2o4-3-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2Njg5-a-paramagnetic-ion-among-the-following-forms-an-outer-orbital-complex-is-1-ni-nh3-6-2-ni-nh3-6-2-ni-nh3-6-2-2-zn-nh3-6-2-zn-nh3-6-2-zn-nh3-6-2-3-cr-nh3-6-3-cr-nh3-6-3-cr-nh3-6-3-4-co-nh3-6-3-co-nh3-6 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246ODkxMzY-the-correct-increasing-order-for-the-wavelengths-of-absorption-in-complexes-of-co3-is-1-co-h2o-6-3-co-en-3-3-co-nh3-6-3-2-co-h2o-6-3-co-nh3-6-3-co-en-3-3-3-co-nh3-6-3-co-en-3-3-co-h2o-6-3-4-co-en-3-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjM2NTA2-the-correct-statement-among-the-following-regarding-feco-5-is-1-tetranuclear-2-mononuclear-3-trinuclear-4-dinuclear-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTkyODUw-match-list-i-with-list-ii-list-i-list-ii-a-pt-nh-3-2cl-2-i-optical-b-co-en-3-3-ii-solvate-c-co-nh-3-5no-2-cl-2-iii-geometrical-d-cr-h-2o-6-cl-3-iv-linkage-choose-the-correct-answer-from-the-options-gi https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTkyODQ0-which-one-of-the-following-is-an-ambidentate-ligand-1-ethylenediaminetetraacetate-ion-2-oxalate-3-ethane-1-2-diamine-4-thiocyanate-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTkyODQy-match-the-following-list-i-complex-ion-list-ii-shape-geometry-a-pt-cl-2-nh-3-2-i-octahedral-b-co-nh-3-6-cl-3-ii-trigonal-bipyramidal-c-nicl-4-2-iii-square-planar-d-fe-co-5-iv-tetrahedral-choose-the-co https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTk4MjQ0-according-to-crystal-field-theory-the-correct-order-of-ligands-with-respect-to-their-decreasing-order-of-field-strength-is-1-cl-nh3-h2o-co-2-co-nh3-h2o-cl-3-co-h2o-nh3-cl-4-cl-h2o-nh3-co-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTk4MjQw-in-potash-alum-the-ratio-of-k-and-so42-ions-is-1-3-2-2-1-2-3-2-1-4-2-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTk4MjM4-a-1-3-electrolyte-in-an-aqueous-solution-is-1-co-nh-3-3-no-2-3-2-cocl-2-nh-3-4-cl-3-cocl-nh-3-5-cl-2-4-co-nh-3-6-cl-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTk4MjMz-the-complex-which-has-facial-and-meridional-isomers-is-given-py-pyridine-and-en-h2n-ch2-ch2-nh2-1-ni-en-2-h2o-2-2-2-cr-py-3-cl-3-3-cr-h2o-6-3-4-co-nh3-4-h2o-2-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTk4MjI3-given-below-are-two-statements-statement-i-fe-ox-3-3-is-chiral-statement-ii-trans-cr-h2o-2-ox-2-is-chiral-given-left-mathrm-oxh-2-mathrm-hooc-mathrm-cooh-right-in-light-of-the-above-statements-choose https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTk4MjE5-the-formula-of-tetraammineaquachloridocobalt-iii-chloride-is-1-co-nh3-4-h2o-cl-cl2-2-co-nh3-4cl2-h2o-3-co-nh3-4-cl3-h2o-4-co-nh3-4-h2o-cl-cl-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTM1MTg5-the-correct-order-of-the-wavelength-of-light-absorbed-by-the-following-complexes-is-a-left-mathrm-co-left-mathrm-nh-3-right-6-right-3-b-left-mathrm-co-mathrm-cn-6-right-3-c-left-mathrm-cu-left-mathrm https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTM1MTgx-which-of-the-following-are-paramagnetic-a-left-nicl-4-right-2-b-ni-co-4-c-left-ni-cn-4-right-2-d-left-ni-left-h-2-o-right-6-right-2-e-ni-left-pph-3-right-4-choose-the-correct-answer-from-the-options-g https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTM1MTY0-match-list-i-with-list-ii-list-i-list-ii-a-haber-process-i-fe-catalyst-b-wacker-oxidation-ii-pdcl-2-c-wilkinson-catalyst-iii-pph-3-3-rhcl-d-ziegler-catalyst-iv-ticl-4-text-with-al-ch-3-3-choose-the-co https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTM1MTYw-out-of-the-following-complex-compounds-which-of-the-compounds-will-have-the-minimum-conductance-in-solution-a-left-mathrm-co-left-mathrm-nh-3-right-6-right-mathrm-cl-3-b-left-mathrm-co-left-mathrm-nh https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDY4ODQz-ethylene-diaminetetraacetate-ion-is-a-an-1-hexadentate-ligand-2-ambidentate-ligand-3-monodentate-ligand-4-bidentate-ligand-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDY4ODU4-which-of-the-following-is-not-an-ambidentate-ligand-1-mathrm-c-2o-2-4-2-mathrm-scn-3-mathrm-no-2-4-mathrm-cn-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDY4ODk0-identify-the-structural-features-common-to-mn-co-and-co-co-a-presence-of-a-metal-metal-bond-b-presence-of-terminal-carbonyl-groups-c-presence-of-bridging-carbonyl-groups-d-metals-in-the-zero-oxidation https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTc2NzAy-what-is-the-correct-electronic-configuration-of-the-central-atom-in-k4-fe-cn-6-k4-fe-cn-6-k4fecn6-based-on-crystal-field-theory-1-e4e4e4-t22t22t22-2-t2gt2gt2g-444-e2ge2geg2-3-t2gt2gt2g-666-e0ge0geg0-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246ODkxNjc-the-correct-statement-among-the-following-regarding-mn-cn-6-3-is-1-it-is-sp3d2-hybridized-and-tetrahedral-2-it-is-d2sp3-hybridized-and-octahedral-3-it-is-dsp2-hybridised-and-square-planar-4-it-is-sp3d https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTA4MjA-the-iupac-name-of-complex-ion-fe-cn-6-3-is-1-hexacyanoiron-iii-ion-2-hexacyanitoferrate-iii-ion-3-tricynoferrate-iii-ion-4-hexacyanidoferrate-iii-ion-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTEwMTM-the-correct-statement-among-the-following-is-1-co-cn-6-3-has-no-unpaired-electrons-and-will-be-in-a-low-spin-configuration-2-co-cn-6-3-has-four-unpaired-electrons-and-will-be-in-a-low-spin-configurati https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTE0NDA-a-magnetic-moment-of-1-73-bm-will-be-shown-by-which-one-of-the-following-1-ni-cn-4-2-2-ticl4-3-cocl6-4-4-cu-nh3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTIxNDM-which-one-of-the-following-is-an-outer-orbital-complex-and-exhibits-paramagnetic-behavior-1-ni-nh3-6-2-ni-nh3-6-2-ni-nh3-6-2-2-zn-nh3-6-2-zn-nh3-6-2-zn-nh3-6-2-3-cr-nh3-6-3-cr-nh3-6-3-cr-nh3-6-3-4-co https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTQwMzk-co-nh3-4-no2-2-cl-exhibits-1-linkage-isomerism-ionization-isomerism-and-optical-isomerism-2-linkage-isomerism-ionization-isomerism-and-geometrical-isomerism-3-ionization-isomerism-geometrical-isomeris https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTQwNDA-cr-h2o-6-cl3-at-no-of-cr-24-has-a-magnetic-moment-of-3-83-bm-the-correct-distribution-of-3d-electrons-in-the-chromium-of-the-complex-is-1-3d1x2-y2-3d1z2-3d1xy3dx2-y21-3dz21-3dxy1-2-3d1xy-3d1x2-y2-3d1y https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0MDA5-which-one-of-the-following-is-expected-to-exhibit-optical-isomerism-en-ethylenediamine-1-cis-pt-nh3-2cl2-2-cis-co-en-2cl2-3-trans-co-en-2cl2-4-trans-pt-nh3-2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0ODAw-in-an-octahedral-structure-the-pair-of-d-orbitals-involved-in-d2sp3-hybridization-is-1-dxz-d2x-y2dxz-dx2-y2-2-d2z-dxzdz2-dxz-3-dxy-dyzdxy-dyz-4-d2x-y2-d2zdx2-y2-dz2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY2MDY0-the-octahedral-complex-that-will-not-show-geometrical-isomerism-is-a-and-b-are-monodentate-ligands-1-ma2b4-2-ma3b3-3-ma4b2-4-ma5b-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4MDg2-the-correct-formula-of-tetraammineaquachloridocobalt-iii-chloride-is-1-co-nh3-4-h2o-cl-cl2-2-co-nh3-4-h2o-cl-cl-3-co-nh3-4-h2o-cl2-cl-4-co-nh3-4-h2o-cl3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4MDg4-the-iupac-names-of-pt-nh3-2cl-no2-is-1-diamminochloridonitrito-n-platinum-ii-2-diamminechloridonitrito-o-platinum-iii-3-diamminechloridonitrito-n-platinum-ii-4-diamminechloridonitrito-n-platinum-iii-1 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4MDg5-given-below-are-two-statements-assertion-a-geometrical-isomerism-not-possible-in-tetrahedral-complexes-reason-r-square-planar-complex-may-show-geometrical-isomerism-1-both-a-and-r-are-true-and-r-is-th https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4MDkw-assertion-a-the-fe-nh3-2-cn-4-shows-geometrical-isomerism-reason-r-fe-nh3-2-cn-4-also-show-optical-isomerism-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4MDkx-the-correct-statement-among-the-following-is-1-both-cis-crcl2-ox-2-3-and-trans-crcl2-ox-2-3-are-optically-active-2-both-cis-crcl2-ox-2-3-and-trans-crcl2-ox-2-3-are-optically-inactive-3-cis-crcl2-ox-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4MDky-the-spin-only-magnetic-moment-of-mnbr4-2-is-5-9-bm-the-geometry-of-the-complex-ion-is-1-square-planar-2-tetrahedral-3-octahedral-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE0NzQ3-the-formula-of-dichloridobis-ethane-1-2-diamine-cobalt-iii-is-1-cocl2-en-2-2-cocl2-en-2-2-3-cocl2-en-2-4-cocl2-en-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE0NzQ5-the-iupac-names-of-co-nh3-5-co3-cl-is-1-pentaamminecarbonatocobalt-iii-dichloride-2-pentaamminecarbonatecobalt-iii-chloride-3-amminecarbonatocobalt-ii-chloride-4-pentaamminecarbonatocobalt-iii-chlorid https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE0NzUx-the-iupac-name-of-the-hg-co-scn-4-is-1-mercury-ii-tetrathiocyanato-n-cobaltate-iii-2-mercury-i-tetrathiocyanato-s-cobaltate-iii-3-mercury-i-tetrathiocyanido-s-cobaltate-iii-4-mercury-i-tetrathiocyanat https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NTg5-incorrect-match-among-the-following-is-1-tetraamminediaquacobalt-iii-chloride-co-h2o-2-nh3-4-cl3-2-ammine-bromidochloridonitrito-n-platinate-ii-pt-nh3-brcl-no2-3-dichloridobis-ethane-1-2-diamine-plati https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NTk0-the-type-s-of-isomerism-exhibited-by-the-k-cr-h2o-2-c2o4-2-complexes-is-1-geometrical-isomerism-2-optical-isomerism-3-linkage-isomerism-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzIwMTA5-the-type-s-of-isomerism-exhibited-by-the-co-en-3-cl3-complexes-is-are-1-geometrical-isomerism-2-optical-isomerism-3-linkage-isomerism-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzIwMTI3-the-type-s-of-isomerism-exhibited-by-the-following-complex-is-co-nh3-5-no2-no3-2-1-geometrical-isomerism-2-ionisation-isomerism-3-optical-isomerism-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzIwMTI4-which-type-s-of-isomerism-does-the-coordination-complex-pt-nh-h-o-cl-exhibit-1-geometrical-isomerism-2-optical-isomerism-3-linkage-isomerism-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NjA3-statement-i-ni-cn-4-2-structure-is-tetrahedral-and-diamagnetic-in-nature-statement-ii-nicl4-2-structure-is-tetrahedral-and-diamagnetic-in-nature-1-both-statement-i-and-statement-ii-are-true-2-statemen https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NjA4-given-below-are-two-statements-assertion-a-nicl4-2-is-paramagnetic-while-ni-co-4-is-diamagnetic-though-both-are-tetrahedral-reason-r-co-is-a-strong-field-ligand-thus-pairing-of-electrons-takes-place-i https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NjEw-select-the-correct-option-based-on-statements-below-i-fe-h2o-6-3-is-strongly-paramagnetic-whereas-fe-cn-6-3-is-weakly-paramagnetic-ii-fe-h2o-6-3-has-4-unpaired-electrons-while-fe-cn-6-3-has-5-unpaired https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NjEx-the-correct-statement-among-the-following-is-1-co-nh3-6-3-and-ni-nh3-6-2-both-are-inner-orbital-complexes-2-co-nh3-6-3-and-ni-nh3-6-2-both-are-outer-orbital-complexes-3-co-nh3-6-3-is-an-inner-orbital https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NjEz-the-number-of-unpaired-electrons-in-the-square-planar-pt-cn-4-2-ion-is-1-one-2-zero-3-two-4-three-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NjE0-consider-the-following-statements-a-the-hexaquamanganese-ii-ion-contains-five-unpaired-electrons-while-the-hexacyanomanganese-ii-ion-contains-only-one-unpaired-electron-b-mn-h2o-6-2-is-an-outer-sphere https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzE2NjE3-the-overall-complex-dissociation-equilibrium-constant-for-the-cu-nh3-42-ion-is-given-that-4-for-this-complex-is-2-1-1013-1-4-4-10-12-2-1-5-10-14-3-1-8-10-12-4-4-7-10-14-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDY1-assertion-a-fe-cn-6-3-fe-cn-63-fe-cn-63-ion-shows-magnetic-moment-corresponding-to-two-unpaired-electrons-reason-r-because-it-has-d2sp3d2sp3d2sp3-type-hybridization-1-both-a-and-r-are-true-and-r-is-th https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDY0-given-below-are-two-statements-assertion-a-complexes-of-the-types-mx6-and-mx5l-where-x-and-l-represent-unidentate-ligands-do-not-exhibit-geometrical-isomerism-reason-r-complexes-with-a-coordination-nu https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDYy-given-below-are-two-statements-assertion-a-cr-h2o6-cl2cr-h2o6-cl2cr-h2o6-cl2-and-fe-h2o-6-cl2fe-h2o-6cl2fe-h2o-6cl2-are-reducing-in-nature-reason-r-unpaired-electrons-are-present-in-their-d-orbitals-1 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDYx-given-below-are-two-statements-assertion-a-toxic-metal-ions-are-removed-by-the-chelating-ligands-reason-r-chelate-complexes-tend-to-be-more-stable-1-both-a-and-r-are-true-and-r-is-the-correct-explanat https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDU5-match-the-compounds-given-in-column-i-with-the-oxidation-state-of-cobalt-given-in-column-ii-and-assign-the-correct-code-column-i-compound-column-ii-oxidation-state-of-co-a-left-mathrm-co-mathrm-ncs-le https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDU2-match-the-coordination-given-in-column-i-with-the-central-metal-atoms-given-in-column-ii-and-assign-the-correct-code-column-i-coordination-compound-column-ii-central-metal-atom-a-chlorophyll-i-rhodium https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDU1-match-the-complex-ions-give-in-column-i-with-the-colours-given-in-column-ii-and-assign-the-correct-code-column-i-complex-ion-column-ii-colour-a-co-nh3-6-3-co-nh3-6-3-co-nh3-6-3-1-violet-b-ti-h2o-6-3-t https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDM3-an-aqueous-pink-solution-of-cobalt-ii-chloride-changes-to-deep-blue-on-the-addition-of-excess-of-hcl-this-is-because-a-co-h-2o-6-2-is-transformed-into-cocl-6-4-b-co-h-2o-6-2-is-transformed-into-cocl-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDM1-identify-the-outer-orbital-octahedral-complexes-among-the-following-that-have-the-same-number-of-unpaired-electrons-atomic-numbers-of-mn-fe-co-and-ni-are-25-26-27-and-28-respectively-a-mncl6-3-mncl63 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDM0-atomic-number-of-mn-fe-and-co-are-25-26-and-27-respectively-which-of-the-following-inner-orbital-octahedral-complex-ions-are-diamagnetic-a-co-nh3-6-3-conh363-conh363-b-mn-cn-6-3-mn-cn-63-mn-cn-63-c-fe https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDMz-iupac-name-of-pt-nh3-2cl-no2-pt-nh3-2cl-no2-pt-nh3-2cl-no2-is-1-platinum-diaminechloronitrite-2-chloronitrito-n-ammineplatinum-ll-3-diamminechloridonitrito-n-platinum-ll-4-diamminechloronitrito-n-plat https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDI5-the-compounds-co-so444-nh333-555-br-and-co-so444-nh333-555-cl-classified-as-1-linkage-isomerism-2-ionisation-isomerism-3-coordination-isomerism-4-no-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDI4-due-to-the-presence-of-ambidentate-ligands-coordination-compounds-show-isomerism-palladium-complexes-of-the-type-pd-c6h5-2-ncs-2pd-c6h5-2-ncs-2pd-c6h5-2-ncs-2-and-pd-c6h5-2-scn-2-pd-c6h5-2-scn-2-pd-c6 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDI3-the-cfse-for-octahedral-cocl6-4-cocl6-4-cocl64-is-18-000-cm-1-1-1-the-cfse-for-tetrahedral-will-be-mathrm-cocl-4-2-mathrm-cocl-4-2-1-6000-cm-1-1-1-2-16-000-cm-1-1-1-3-18-000-cm-1-1-1-4-8-000-cm-1-1-1 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDI1-the-stabilization-of-coordination-compounds-due-to-chelation-is-called-the-chelate-effect-which-of-the-following-is-the-most-stable-complex-species-1-fe-co-5-2-mathrm-fe-cn-6-3-3-mathrm-fe-c-2-o-4-3-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDIy-when-0-1-mol-cocl3-nh3-5-is-treated-with-an-excess-of-agno3-0-2-mol-of-agcl-is-obtained-the-conductivity-of-the-solution-will-correspond-to-1-1-3-electrolyte-2-1-2-electrolyte-3-1-1-electrolyte-4-3-1 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDIx-the-colour-of-the-coordination-compounds-depends-on-the-crystal-field-splitting-what-will-be-the-correct-order-of-absorption-of-the-wavelength-of-light-in-the-visible-region-for-the-complexes-1-co-cn https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjMwMDIw-which-of-the-following-complexes-formed-by-cu-ions-is-most-stable-1-cu2-4nh3-cu-nh3-4-2-logk-11-6-2-cu2-4cn-cu-cn-4-2-logk-27-3-3-cu2-2en-cu-en-2-2-logk-15-4-4-cu2-4h2o-cu-h2o-4-2-logk-8-9-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc3NDI5-the-correct-statements-among-the-following-are-i-valence-bond-theory-cannot-explain-the-color-exhibited-by-transition-metal-complexes-ii-valence-bond-theory-can-predict-quantitatively-the-magnetic-pro https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246ODkxNDk-jahn-teller-effect-is-not-observed-in-high-spin-complexes-of-1-d7-2-d8-3-d4-4-d9-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA4NjQ-the-correct-increasing-order-of-trans-effect-of-the-following-species-is-1-nh3-cn-br-c6h5-2-cn-c6h5-br-nh3-3-br-cn-nh3-c6h5-4-cn-br-c6h5-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTEyMjg-among-the-following-complexes-the-one-which-shows-zero-crystal-field-stabilization-energy-cfse-is-1-ni-h2o-6-3-ni-h2o-6-3-ni-h2o-6-3-2-fe-h2o-6-3-fe-h2o-6-3-fe-h2o-6-3-3-co-h2o-6-2-co-h2o-6-2-co-h2o-6 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzU4Mjc1-crystal-field-splitting-energy-for-high-spin-d4-octahedral-complex-is-1-1-2-delta-0-2-0-6-delta-0-3-0-8-delta-0-4-1-6-delta-0-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzU4Mjc5-in-a-particular-isomer-of-co-nh3-4cl2-the-cl-co-cl-angle-is-90-and-the-isomer-is-known-as-1-optical-isomer-2-cis-isomer-3-position-isomer-4-linkage-isomer-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzU4Mjg3-the-anion-of-acetylacetone-acac-forms-co-acac-3-chelate-with-co3-the-rings-of-the-chelate-are-1-five-membered-2-four-membered-3-six-membered-4-three-membered-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzU4MzAw-the-correct-iupac-name-for-crf2-en-2-cl-is-1-chlorodifluoridoethylenediaminechromium-iii-chloride-2-bis-ethylenediamine-difluoridochromium-iii-chloride-3-difluorobis-ethylenediamine-chromium-iii-chlor https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzU4MzA2-which-complex-among-the-following-exhibits-a-paramagnetic-nature-1-co-nh3-6-3-2-pt-en-cl2-3-cobr4-2-4-mo-co-6-at-no-mo-42-pt-78-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzU4MzA5-a-diamagnetic-compound-among-the-following-is-1-co-f6-3-2-ni-cn-4-2-3-nicl4-2-4-fe-cn-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246OTI2NDE-crystal-field-stabilization-energy-for-high-spin-d4-octahedral-complex-is-1-1-8-0-0-2-1-6-0-0-p-3-1-2-0-0-4-0-6-0-0-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY2MDY2-the-compound-that-is-not-a-bonded-organometallic-compound-is-1-k-ptcl3-2-c2h4-k-ptcl3-2-c2h4-k-ptcl3-2-c2h4-2-fe-5-c5h5-2fe-5-c5h5-2fe-5-c5h5-2-3-cr-6-c6h6-2cr-6-c6h6-2cr-6-c6h6-2-4-ch3-4sn-ch3-4sn-ch https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0Nzc0-which-of-the-following-does-not-have-a-metal-carbon-bond-1-c2h5mgbrc2h5mgbrc2h5mgbr-2-k-pt-c2h4-cl3-k-pt-c2h4-cl3-k-pt-c2h4-cl3-3-ni-co-4ni-co-4ni-co-4-4-al-oc2h5-3al-oc2h5-3al-oc2h5-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MjY0MTUz-which-one-of-the-following-is-an-inner-orbital-complex-as-well-as-is-diamagnetic-in-behaviour-1-zn-nh3-6-2-2-ni-nh3-6-2-3-cr-nh3-6-3-4-co-nh3-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTE5MzQ2-which-of-the-following-is-the-correct-iupac-name-of-a-complex-compound-1-tris-acetyl-acetonato-iron-iii-chloride-2-hexachloroplatinum-iv-tetraammine-dicyanoplatinate-iv-3-amminebromochloromethylaminep https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzI2OTc2-the-iupac-name-of-pt-nh3-2cl2-ptbr4-is-1-diamminedichloridoplatium-ii-tetrabromidoplatinate-iv-2-diamminedichloridoplatinum-iii-tetrabromidoplatinate-iii-3-diamminedichloridoplatinum-iv-tetrabromidopl https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4MTg3-which-of-the-following-complexes-is-not-expected-to-exhibit-isomerism-1-ni-nh3-4-h2o-2-2-2-ni-nh3-2cl2-3-pt-nh3-2cl2-4-ni-en-3-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NjA5MzQ-a-compound-among-the-following-has-both-fac-mer-and-optical-isomers-is-1-co-nh3-5-no3-2-co-en-3-3-3-co-gly-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzM2Mzkx-which-of-the-following-compounds-can-show-geometrical-isomerism-1-pt-nh-3-2-cl-2-2-zn-nh-3-2-cl-2-3-pt-nh-3-3-cl-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzk3ODEy-identify-the-correct-structure-of-edta-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQwNjI0-given-below-are-two-statements-assertion-a-hydrazine-is-a-neutral-ligand-reason-r-it-has-two-n-as-donor-atoms-and-behaves-as-a-chelating-ligand-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQzNzky-the-correct-pair-of-orbitals-involved-in-pi-bonding-between-metal-and-co-in-metal-carbonyl-complexed-is-1-metal-dxy-and-carbonyl-pi-x-2-metal-dxy-and-carbonyl-pi-x-3-metal-dx2-y2-and-carbonyl-pi-x-4-m https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQ4NTA2-consider-the-following-statements-a-cr-co-6-is-an-organometallic-compound-b-wilkinson-s-catalyst-is-used-for-the-hydrogenation-of-alkenes-and-it-is-a-ruthenium-complex-c-in-black-and-white-photography https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzM3Mzg1-what-is-the-incorrect-match-among-the-following-1-na2edta-estimation-of-hardness-of-water-2-dmg-dimethylglyoxime-analysis-of-ni2-aq-3-rhcl-pph3-5-wilkinson-s-catalyst-4-edta-used-for-the-treatment-of https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQwNjI3-given-below-are-two-statements-assertion-a-co-is-referred-as-pi-acid-ligand-reason-r-in-co-vacant-type-orbitals-are-present-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzk4NTky-consider-the-given-two-statements-assertion-a-fe-h-2o-5no-so-4-is-paramagnetic-reason-r-the-fe-in-fe-h-2o-5no-so-4-has-three-unpaired-electrons-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzk1Mjg2-consider-the-following-statements-a-crystal-field-theory-cft-considers-the-metal-ligand-bond-to-be-covalent-arising-purely-from-overlapping-between-the-metal-ion-and-the-ligand-b-octacarbonyldicobalt https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mzk4NTcy-with-the-c-o-bond-in-carbon-monoxide-being-1-128-what-would-be-the-bond-length-in-fe-co-1-1-15-2-1-128-3-1-13-4-1-118-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzMzNDQ2-in-which-of-the-following-complexes-the-central-atom-has-sp-3-hybridisation-1-ptcl-4-2-2-ni-cn-4-2-3-cu-nh-3-4-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyODQ3-a-pink-colored-cobalt-complex-denoted-as-x-exists-in-aqueous-solution-upon-reacting-with-concentrated-hcl-it-forms-a-deep-blue-colored-complex-y-what-are-the-identities-of-x-and-y-and-what-is-the-geom https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-pb246NDA4MTg-which-of-the-following-statements-regarding-the-complex-ion-mn-cn-6-3-is-correct-1-it-is-sp3d2-hybridised-and-octahedral-2-it-is-d2sp3-hybridised-and-octahedral-3-it-is-sp3d2-hybridised-and-tetrahedra https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQxMTMw-which-complex-among-the-following-has-the-highest-value-of-crystal-field-splitting-energy-1-co-cn-6-3-2-cu-nh-3-4-2-3-co-h-2o-6-2-4-ti-h-2o-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MTQ4MjA2-for-the-complexes-co-nh3-6-cl3-and-co-nh3-6-cl2-identify-the-correct-matching-property-from-the-given-options-co-nh-3-6-cl-3-co-nh-3-6-cl-2-1-stability-less-more-2-magnetism-paramagnetic-diamagnetic-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc1MjMw-based-on-the-given-statements-choose-the-correct-option-statement-i-among-left-mathrm-nicl-4-right-2-left-mathrm-ni-mathrm-cn-4-right-2-left-mathrm-ni-mathrm-co-4-right-mathrm-ch-4-the-sp-3-hybridized https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc1ODc0-given-below-are-two-statements-statement-i-among-mn-h-2o-6-2-and-cr-h-2o-6-2-the-more-stable-complex-is-mn-h-2o-6-2-statement-ii-magnetic-moment-of-k-3-fe-cn-6-k-4-fe-cn-6-1-statement-i-and-ii-both-ar https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc1ODk4-a-complex-cr-h-2o-6-cl-3-show-conductance-similar-to-1-2-electrolyte-in-aq-solution-9-3-g-of-this-complex-is-passed-through-a-cation-exchanger-then-excess-agno-3-is-added-find-the-mass-of-agcl-precipi https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc2MTM4-consider-the-following-complexes-a-left-mathrm-co-mathrm-cn-6-right-3-b-left-mathrm-co-left-mathrm-nh-3-right-5-mathrm-h-2-mathrm-o-right-3-c-left-mathrm-co-left-mathrm-h-2-mathrm-o-right-6-right-3-d https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc2MTYx-statements-i-among-mathrm-v-2-mathrm-o-5-left-mathrm-tif-6-right-3-left-mathrm-fe-mathrm-cn-6-right-3-left-mathrm-cof-6-right-3-paramagnetic-species-are-three-in-number-statements-ii-increasing-number https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc2MTkz-given-below-are-four-statements-select-the-correct-statement-s-among-them-i-hybridisation-of-clo-4-is-dsp-2-ii-left-mathrm-ni-mathrm-cn-4-right-2-is-tetrahedral-iii-left-mathrm-co-left-mathrm-h-2-math https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc2MjM4-select-the-correct-statement-for-the-paramagnetic-complex-left-mathrm-ni-left-mathrm-pph-3-right-2-mathrm-cl-2-right-1-cfse-value-of-0-2-delta-0-2-it-is-white-in-colour-3-it-has-magnetic-moment-2-84-b https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc2Mjk5-number-of-unpaired-e-in-low-spin-octahedral-complex-formed-by-ions-mathrm-mn-3-mathrm-cr-3-mathrm-fe-3-mathrm-co-3-follows-the-order-1-mathrm-mn-3-mathrm-cr-3-mathrm-fe-3-mathrm-co-3-2-mathrm-cr-3-mat https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc3Nzc5-how-many-of-the-following-complexes-have-unpaired-electrons-left-mathrm-ni-mathrm-co-4-right-left-mathrm-nicl-4-right-2-left-mathrm-ptcl-4-right-2-left-mathrm-pt-mathrm-cn-4-right-2-left-mathrm-pt-lef https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc3ODEy-consider-the-given-table-below-a-left-mathrm-co-left-mathrm-nh-3-right-6-right-3-inner-orbital-complex-d-2-sp-3-hybridization-b-left-mathrm-mncl-6-right-3-outer-orbital-complex-sp-3d-2-hybridization-c https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc4MjQy-find-the-ratio-of-cfse-of-left-mathrm-co-left-mathrm-c-2-mathrm-o-4-right-3-right-3-and-left-mathrm-cr-left-mathrm-c-2-mathrm-o-4-right-3-right-3-for-each-complex-assume-delta-0-mathrm-p-1-2-2-4-3-6-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTc4MzQw-given-below-are-two-statements-statement-i-left-mathrm-cobr-4-right-2-absorbs-lesser-energy-than-left-mathrm-cocl-4-right-2-statement-ii-left-mathrm-cocl-4-right-2-has-higher-crystal-field-splitting-e https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTI0NzUx-match-list-i-with-list-ii-list-i-complex-list-ii-hybridisation-magnetic-characters-a-left-mathrm-mnbr-4-right-2-i-d2sp3-diamagnetic-b-left-mathrm-fef-6-right-3-ii-sp3d2-paramagnetic-c-left-mathrm-co-l https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTI0OTMw-identify-the-coordination-complexes-in-which-the-central-metal-ion-has-a-d4-configuration-a-left-mathrm-feo-4-right-2-b-left-mathrm-mn-mathrm-cn-6-right-3-c-left-mathrm-fe-mathrm-cn-6-right-3-d-cr2-o https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTI1MTM0-the-complex-text-crcl-3-cdot-x-text-nh-3-can-exist-as-a-coordination-compound-a-0-1-molal-aqueous-solution-of-this-complex-shows-a-depression-in-the-freezing-point-of-0-558-c-assuming-100-ionization-o https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTI1MTQ1-the-d-electronic-configuration-of-an-octahedral-co-ii-complex-having-a-magnetic-moment-of-3-95-bm-is-1-t-2-g-6-e-g-1-2-t-2-g-3-e-g-0-3-t-2-g-5-e-g-2-4-e-4-t-2-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTI1MTUz-match-the-complexes-in-list-i-with-the-appropriate-hybridization-of-the-central-metal-ion-in-list-ii-list-i-complex-list-ii-hybridisation-of-central-metal-ion-a-left-mathrm-cof-6-right-3-i-mathrm-d-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTI2MDkw-when-ethane-1-2-diamine-is-added-progressively-to-an-aqueous-solution-of-nickel-ii-chloride-the-sequence-of-colour-change-observed-will-be-1-pale-blue-blue-green-violet-2-pale-blue-blue-violet-green-3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTI2MDkx-the-conditions-and-consequences-that-favours-the-mathrm-t-2-mathrm-g-3-mathrm-e-mathrm-g-1-configuration-in-a-metal-complex-are-1-weak-field-ligand-high-spin-complex-2-strong-field-ligand-high-spin-co https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTMyNTEx-the-total-number-of-stereoisomers-possible-for-complexes-left-mathrm-cr-mathrm-cl-3-mathrm-py-3-right-and-left-mathrm-crcl-2-left-mathrm-c-2-mathrm-o-4-right-2-right-respectively-are-1-2-text-and-3-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTMyNTEy-consider-the-following-complexes-begin-aligned-left-mathrm-fe-mathrm-cn-6-right-4-left-mathrm-fef-6-right-4-left-mathrm-co-left-mathrm-nh-3-right-6-right-3-left-mathrm-mn-mathrm-scn-6-right-4-end-alig https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTMyNjQw-the-d-orbital-electronic-configuration-of-the-complex-among-left-mathrm-co-mathrm-en-3-right-3-left-mathrm-co-mathrm-f-6-right-3-left-mathrm-mn-left-mathrm-h-2-mathrm-o-right-6-right-2-and-left-mathrm https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTMyNjY4-the-number-of-unpaired-electrons-and-the-hybridization-of-left-mathrm-mn-mathrm-cn-6-right-3-respectively-are-1-4-and-mathrm-d-2-sp-3-2-4-and-mathrm-sp-3-d-2-3-2-and-mathrm-d-2-sp-3-4-2-and-mathrm-sp https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NTMyNzgx-consider-the-following-oxides-mathrm-v-2-mathrm-o-5-mathrm-cr-2-mathrm-o-3-mathrm-mn-2-mathrm-o-7-mathrm-v-2-mathrm-o-3-number-of-oxides-which-are-acidic-is-mathrm-x-consider-the-following-complex-com https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDM3OTcy-match-column-i-with-column-ii-and-mark-the-correct-options-column-i-compounds-column-ii-configurations-a-mathrm-ticl-4-i-e-3-t-2-3-b-mathrm-feo-4-2-ii-e-2-t-2-0-c-mathrm-fecl-4-2-iii-e-2-t-2-3-d-mathr https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDM4MTE4-what-is-the-correct-order-of-ligand-strength-for-the-following-ligands-according-to-the-spectrochemical-series-mathrm-cl-mathrm-f-mathrm-i-mathrm-cn-mathrm-oh-1-mathrm-cn-mathrm-oh-mathrm-f-mathrm-cl https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDM4MzU0-arrange-the-ligands-mathrm-co-stackrel-ominus-mathrm-cn-stackrel-ominus-mathrm-cl-and-mathrm-h-2-mathrm-o-in-decreasing-order-of-their-field-strength-1-mathrm-co-stackrel-ominus-mathrm-cn-mathrm-h-2-m https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDQwNzIz-if-a-square-planar-complex-mxyzl-contains-four-different-unidentate-ligands-what-is-the-total-number-of-possible-geometrical-isomers-1-one-2-two-3-four-4-three-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDQwNzM2-how-many-species-have-zero-electron-in-t-2-mathrm-ticl-4-mathrm-mno-4-left-mathrm-feo-4-right-2-left-mathrm-fecl-4-right-left-mathrm-cocl-4-right-1-three-2-four-3-two-4-one-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDU0NDc3-match-the-complex-ions-in-column-i-with-their-corresponding-electronic-configurations-in-column-ii-column-i-complex-ion-column-ii-electronic-configuration-a-left-mathrm-cr-left-mathrm-h-2-mathrm-o-rig https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDU2MjU2-match-the-following-column-i-complexes-column-ii-metals-a-vitamin-text-b-12-p-text-ti-b-wilkinson-catalyst-q-text-co-c-ziegler-natta-catalyst-r-text-fe-d-haemoglobin-s-text-rh-1-a-q-b-s-c-p-d-r-2-a-s https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyODA5-x-no-of-bridge-bonds-present-in-compound-mn2-co-10-y-no-of-bridge-bonds-present-in-compound-w-co-6-the-sum-of-x-y-is-1-1-2-4-3-0-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyODIw-which-of-the-following-complex-is-optically-active-1-cis-pt-nh3-2cl2-2-trans-pt-nh3-2cl2-3-cis-pt-en-2cl2-4-trans-pt-en-2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyODg2-how-many-of-the-following-complexes-is-are-paramagnetic-fe-cn-6-3-fe-cn-6-4-nicl4-2-ni-cn-4-2-cucl4-2-cu-cn-4-3-cu-h2o-4-2-1-4-2-5-3-6-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyOTEy-the-cation-that-exhibits-a-bright-red-color-when-reacting-with-dimethyl-glyoxime-is-1-cu2-2-ni2-3-zn2-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyOTQz-the-structure-of-mn2o7-has-x-number-of-mn-mn-bonds-y-number-of-mn-o-mn-bonds-the-value-of-x-y-is-1-0-2-1-3-5-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyOTUz-the-complexes-having-maximum-splitting-energy-is-1-fe-cn-6-4-2-fe-nh3-6-2-3-fecl6-4-4-fe-ox-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyOTY3-the-sum-of-x-y-in-co-nh3-5cl-cl2-where-x-denotes-the-primary-valency-and-y-represents-the-secondary-valency-of-the-central-metal-ion-is-1-6-2-9-3-5-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYyOTkx-when-k4-fe-cn-6-is-added-to-fecl3-the-prussian-blue-complex-compound-formed-is-1-fe3-fe-cn-6-4-2-fe4-fe-cn-6-3-3-k2fe-fe-cn-6-4-k2fe3-fe-cn-6-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYzMTc2-arrange-the-following-ligands-in-order-of-increasing-field-strength-mathrm-s-2-mathrm-c-2-mathrm-o-4-2-mathrm-nh-3-text-en-mathrm-co-1-s-2-mathrm-co-mathrm-nh-3-e-n-mathrm-c-2-mathrm-o-4-2-2-mathrm-s https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzYzMTkz-the-complex-that-is-utilized-for-inhibiting-the-proliferation-of-cancer-cells-is-1-cis-platin-2-edta-3-cobalt-4-ethanol-1-2-diamine-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQxMzYz-in-the-structure-of-co2-co-8-x-is-the-number-of-co-co-bonds-and-y-is-the-number-of-co-co-terminal-bonds-the-value-of-x-y-is-1-8-2-6-3-10-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQxNDcw-statement-i-hybridisation-of-ni-cn-4-2-is-dsp2-with-square-geometry-diamagnetic-character-while-hybridization-of-ni-co-4-is-sp3-with-tetrahedral-geometry-and-paramagnetic-character-statement-ii-nicl4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzQxNTQz-which-set-of-complex-ions-represents-paramagnetic-character-i-fe-cn-6-3-ii-fe-cn-6-4-iii-ti-cn-6-3-iv-co-cn-6-3-v-ni-cn-6-4-1-i-ii-iii-2-i-iii-v-3-i-ii-iii-iv-4-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDgxNjcy-match-the-coordination-complexes-in-list-i-with-their-corresponding-hybridisation-in-list-ii-and-mark-the-correct-option-list-i-coordination-complexes-list-ii-hybridisation-of-central-atoms-a-left-mat https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDgxODQ0-what-is-the-correct-order-of-absorption-energy-for-the-following-metal-complexes-mathrm-a-left-mathrm-ni-mathrm-en-3-right-2-mathrm-b-left-mathrm-ni-left-mathrm-nh-3-right-6-right-2-mathrm-c-left-math https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDgyMTkx-given-below-are-two-statements-statement-i-in-mathrm-cuso-4-5-mathrm-h-2-mathrm-o-mathrm-cu-mathrm-o-bonds-are-present-statement-ii-in-mathrm-cuso-4-5-mathrm-h-2-mathrm-o-ligands-coordinating-with-cu https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDgyNTA0-mathrm-fe-3-ion-gives-a-prussian-blue-precipitate-on-addition-of-potassium-ferrocyanide-solution-due-to-the-formation-of-1-left-mathrm-fe-left-mathrm-h-2-mathrm-o-right-6-right-2-left-mathrm-fe-mathrm https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4OTU3-given-below-are-two-statements-statement-i-the-identification-of-ni2-is-carried-out-by-dimethyl-glyoxime-in-the-presence-of-nh4oh-statement-ii-the-dimethyl-glyoxime-is-a-bidentate-neutral-ligand-1-sta https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc5MDYz-the-stepwise-formation-of-cu-nh3-4-2-is-given-below-cu2-nh3k1-cu-nh3-2-cu-nh3-2-nh3k2-cu-nh3-3-2-cu-nh3-2-2-nh3k3-cu-nh3-3-2-cu-nh3-3-2-nhk43-cu-nh3-4-2-cu2-nh3-k1-cu-nh3-2-cu-nh3-2-nh3-k2-cu-nh3-3-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc5MzAy-the-hybridization-and-magnetic-nature-of-mn-cn-6-4-and-fe-cn-6-3-mn-cn-6-4-and-fe-cn-6-3-respectively-are-1-d2sp3d2sp3and-diamagnetic-2-sp3-d2sp3-d2and-diamagnetic-3-d2sp3-d2sp3-and-paramagnetic-4-sp3 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc5NDA0-number-of-bridging-co-ligands-in-mn2-co-10-is-1-2-2-0-3-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDk1NTQ1-the-correct-order-of-intensity-of-the-colors-of-the-compounds-is-1-left-left-mathrm-ni-left-mathrm-h-2-mathrm-o-right-6-right-2-left-mathrm-ni-cl-4-right-2-mathrm-ni-cn-4-right-2-2-left-mathrm-ni-cl-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDk1NzEx-which-one-of-the-following-metal-complexes-is-the-most-stable-1-left-mathrm-co-mathrm-en-2-left-mathrm-nh-3-right-2-right-mathrm-cl-2-2-left-mathrm-co-left-mathrm-nh-3-right-6-right-mathrm-cl-2-3-left https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDk1NzUx-the-number-of-geometrical-isomers-found-in-the-metal-complexes-respectively-are-left-mathrm-ptcl-2-left-mathrm-nh-3-right-2-right-left-mathrm-ni-mathrm-co-4-right-left-mathrm-ru-left-mathrm-h-2-mathrm https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDk1Nzk5-given-below-are-two-statements-statement-i-left-mathrm-mn-mathrm-cn-6-right-3-left-mathrm-fe-mathrm-cn-6-right-3-and-left-mathrm-co-left-mathrm-c-2-mathrm-o-4-right-3-right-3-are-mathrm-d-2-mathrm-sp https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDk1OTE0-match-list-i-with-list-ii-list-i-list-ii-a-chlorophyll-i-ruthenium-b-vitamin-text-b-12-ii-platinum-c-anticancer-drug-iii-cobalt-d-grubbs-catalyst-iv-magnesium-1-a-iv-b-iii-c-i-d-ii-2-a-iv-b-iii-c-ii-d https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDk1OTMz-how-many-unpaired-electrons-are-present-in-the-complex-mathrm-k-3-cr-oxalate-3-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDk1OTg2-what-are-the-secondary-valency-and-the-number-of-hydrogen-bonded-water-molecules-in-cuso-5h-o-respectively-1-6-and-4-2-5-and-1-3-6-and-5-4-4-and-1-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4MTc3-simplified-absorption-spectra-of-three-complexes-i-ii-and-iii-of-mn-ion-are-provided-below-their-max-values-are-marked-as-a-b-and-c-respectively-the-correct-match-between-the-complexes-and-their-max-v https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4NjU5-the-d-electron-configuration-of-ru-en-3-cl2-and-fe-h2o-6-cl2-respectively-are-1-t-2g-6-e-0-g-and-t-2g-4-e-2-g-2-t-2-g-4-e-g-2-and-t-2-g-4-e-g-2-3-t-2-g-3-e-g-3-and-t-2-g-4-e-g-2-4-t-2-g-4-e-g-2-and-t https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4Njg4-the-values-of-the-crystal-field-stabilization-energies-for-a-high-spin-d6-metal-ion-in-octahedral-and-tetrahedral-fields-respectively-are-1-0-4-0-0-0-and-0-27-t-t-t-2-1-6-0-0-0-and-0-4-t-t-t-3-0-4-0-0 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc4ODYw-considering-that-0-p-0-p-0-p-the-magnetic-moment-in-bm-of-ru-h2o-6-2-ru-h2o-6-2-ru-h2o-6-2-would-be-1-0-2-4-9-3-6-9-4-3-5-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc5MzIw-for-a-d4d4d4-metal-ion-in-an-octahedral-field-the-correct-electronic-configuration-is-1-t-2-mathrm-g-4-e-g-0-text-when-delta-o-2-e-2-mathrm-g-2-t-g-2-text-when-delta-o-3-mathrm-t-2-mathrm-g-3-mathrm-e https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246NDk1OTM1-complexes-ml5-of-metals-ni-and-fe-have-ideal-square-pyramidal-and-trigonal-bipyramidal-geometries-respectively-the-sum-of-the-90-120-and-180-l-m-l-angles-in-the-two-complexes-is-1-8-2-10-3-20-4-14-1-2 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc2NzI0-which-of-the-following-compounds-inhibits-the-growth-of-tumors-1-cis-pd-cl-2-nh3-2-2-trans-pd-cl-2-nh3-2-3-cis-pt-cl-2-nh3-2-4-trans-pt-cl-2-nh3-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc2NzMz-classify-the-following-ligand-based-on-its-denticity-1-bidentate-2-tridentate-3-tetradentate-4-hexadentate-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc3NTIz-the-degenerate-orbitals-of-left-right-c-r-left-h-2-o-right-6-3-are-1-d-z-2-and-d-x-z-2-d-y-z-and-d-z-2-3-d-xz-and-d-y-z-4-d-x-2-y-2-and-d-x-y-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjc3NzM5-the-coordination-numbers-of-co-and-al-in-co-cl-2-en-2-cl-and-k3-al-c2o4-3-respectively-are-en-ethane-1-2-diamine-1-3-and-3-2-6-and-6-3-5-and-3-4-5-and-6-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzA4MjMw-the-most-stable-ion-is-1-fe-oh-5-3-2-fecl6-3-3-fe-cn-6-3-4-fe-h2o-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjk5Mjk1-identify-the-outer-orbital-complex-among-the-following-options-atomic-number-mn-25-fe-26-co-27-ni-28-1-fe-cn-6-4-2-mn-cn-6-4-3-co-nh3-6-3-4-ni-nh3-6-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjk4MDU4-the-value-of-the-spin-only-magnetic-moment-for-one-of-the-following-configurations-is-2-84-bm-the-correct-one-is-1-d5-in-strong-ligand-field-2-d3-in-weak-as-well-as-in-strong-fields-3-d4-in-weak-ligan https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246MzAwMTEy-the-number-of-edta-ethylenediaminetetraacetic-acid-molecules-that-are-required-to-make-an-octahedral-complex-with-a-ca2-ion-is-are-1-six-6-2-three-3-3-one-1-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/coordination-compounds/?q=NP-b246Mjg0Nzk5-which-one-of-the-following-has-a-square-planar-geometry-at-nos-co-27-ni-28-fe-26-pt-78-1-cocl4-2-2-fecl4-2-3-nicl4-2-4-ptcl4-2-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-Rpb246Njg1NA-a-compound-a-of-formula-c3h6cl2-on-reaction-with-alkali-can-give-b-of-formula-c3h6o-or-c-of-formula-c3h4-b-on-oxidation-gave-a-compound-of-the-formula-c3h7o2-c-with-dilute-h2so4-containing-hg2-ion-gav https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-Rpb246Njg3Mw-identify-the-product-a-in-following-reaction-series-ch3cn-rarr-na-c2h5oh-x-rarr-hno2-y-rarr-o-z-rarr-tollensreagent-a-1-ch3cho-2-ch3conh2-3-ch3cooh-4-ch3-ch2-nhoh-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-Rpb246Njg3OA-compound-a-c8h9br-gives-a-white-precipitate-when-warmed-with-alcholic-agno3-oxidation-of-a-gives-an-acid-b-c8h6o4-b-easily-forms-anhydride-on-heating-identify-the-compound-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246MjU0NzI-which-of-the-following-will-give-yellow-precipitate-with-i2-naoh-1-ch3-co-o-co-ch3-2-3-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246MjU0OTA-a-nitrogeneous-substance-x-is-treated-with-hno2-and-the-product-so-formed-is-further-treated-with-naoh-solution-which-produces-blue-colouration-x-can-be-1-ch3ch2nh2-2-ch3ch2no2-3-ch3ch2ono-4-ch3-2chno https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246MjY4OTg-the-compound-which-reacts-fastest-with-lucas-reagent-at-room-temperature-is-1-butan-1-ol-2-butan-2-ol-3-2-methylpropan-1-ol-4-2-methylpropan-2-ol-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246MjY5MDM-identify-x-in-the-sequence-c3h8o-x-rarr-h2so4k2cr2o7c3h6o-rarr-warmi2-thinsp-naohchi3-1-ch3-ch2-ch2oh-2-ch3-ch-ch3-oh-3-ch3-o-ch2-ch3-4-ch3-ch2-cho-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246MjY5MDk-in-order-to-accomplish-the-following-conversion-what-reagent-and-conditions-would-be-required-1-cold-sodium-hydroxide-2-hot-conc-sodium-hydroxide-3-potassium-tertiary-butoxide-and-heat-4-hot-water-1-2 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246MjY5MTQ-an-amine-is-reacted-with-benzene-sulphonyl-chloride-then-a-solid-compound-is-formed-which-is-insoluble-in-alkali-the-amine-is-1-ch3-ch2-nh2-2-ch3-nh-ch2-ch3-3-ch3-3n-4-c6h5-nh2-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246MjY5MjM-nitrobenzene-on-electrolytic-reduction-in-a-strongly-acidic-medium-gives-1-aniline-2-p-aminophenol-3-m-nitroaniline-4-nitrosobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mjk3NzI-a-positive-carbylamine-test-is-shown-by-which-one-of-the-following-1-n-n-diethyl-aniline-2-n-methyl-propyl-amine-3-n-n-diethyl-butyl-amine-4-2-4-dimethyl-aniline-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mjk4MDg-victor-meyer-test-is-used-for-the-distinguished-of-1-deg-2-deg-and-3-deg-1-alcohols-2-alkyl-halides-3-nitro-compounds-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mjk4MTQ-an-organic-compound-x-on-treatment-with-acidified-k2cr2o7-gives-compound-y-which-reacts-with-i2-and-naoh-to-form-chi3-the-compound-x-can-be-1-ch3oh-2-ch3cho-3-ch3coch3-4-ch3ch-oh-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246MzAzMDY-which-of-the-following-gives-the-fastest-lucas-test-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mzk1MzQ-8594-hvso2cl2-a-8594-nbs-b-8594-ksh-c-product-c-is-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mzk1NzY-which-of-the-reagents-shown-below-would-accomplish-the-following-transformations-a-b-1-h3o-bh3-thf-h2o2-naoh-2-naoh-bh3-thf-h2o2-naoh-3-hbr-in-ether-hg-oac-2-h2o-nabh4-4-nanh2-hg-oac-2-h2o-nabh4-1-2-3 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mzk3NDQ-the-missing-reagent-is-1-cf3co3h-2-h2so4-3-lah-4-nabh4-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mzk3OTE-compound-and-ch3-ch2-o-ch2-ch3-q-can-be-differentiated-by-1-h3o-oplus-na-2-h3o-oplus-tollens-test-3-h3o-oplus-fehling-test-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mzk3OTI-can-be-differentiated-by-1-hinsberg-test-2-iso-cyanide-test-3-nano2-hcl-then-beta-naphthol-4-naoh-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mzk3OTM-how-can-the-following-three-compounds-be-distinguished-from-one-another-using-suitable-chemical-reagents-p-ethyl-phenol-p-methyl-anisole-p-ethyl-benzyl-alcohol-choose-the-correct-set-of-reagents-1-nao https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mzk3OTg-give-test-to-differentiate-bromobenzene-ph-br-and-benzyl-bromide-phch2br-1-i-aq-koh-ii-na-2-agno3-3-kmno4-4-all-these-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246Mzk3OTk-give-test-to-differentiate-1-1-dichloroethane-and-1-2-dichloroethane-1-2-4-dnp-then-aq-koh-2-aq-koh-then-2-4-dnp-3-nahso3-4-lucas-reagent-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDAzOTc-inthedehydrationreaction-ch3conh2-8594-p2o5ch3c-8801-n-thehybridizationstateofcarbonchangesfrom-1-sp3-to-sp2-2-sp-to-sp-3-sp2-to-sp-4-sp-to-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDAzOTg-the-reagent-used-in-dehydrohalogenation-process-is-1-alcoholic-koh-2-nanh2-3-c2h5ona-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDAzOTk-the-reaction-ch2-chcho-rarr-hxgives-1-ch3chxcho-2-ch2xchcho-3-ch2-chchx2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MDA-the-reagent-used-in-dehalogenation-process-is-1-koh-alc-2-zn-dust-alc-3-na-4-koh-aq-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MDQ-an-unknown-compound-a-has-a-molecular-formula-c4h6-when-a-is-treated-with-excess-of-br2-a-new-substance-b-with-formula-c4h6br4-is-formed-a-forms-a-white-ppt-with-ammoniacal-silver-nitrate-solution-a-m https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MDU-the-appropriate-reagent-for-the-following-transformation-is-1-zn-hg-hcl-2-nh2nh2-oh-3-h2-ni-4-nabh4-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MDg-which-compound-would-give-5-keto-2-methyl-hexanal-upon-ozonolysis-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MDk-the-reduction-of-an-alkyne-to-alkene-using-lindlar-s-catalyst-results-into-1-cis-addition-of-hydrogen-atoms-2-trans-addition-of-hydrogen-atoms-3-a-mixture-obtained-by-cis-and-trans-additions-of-hydrog https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MTA-identify-z-in-the-sequence-mathrm-ch-3-mathrm-ch-2-mathrm-ch-mathrm-ch-2-xrightarrow-mathrm-hbr-mathrm-h-2-mathrm-o-2-mathrm-y-xrightarrow-mathrm-c-2-mathrm-h-5-mathrm-o-mathrm-na-mathrm-z-1-2-3-mathr https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MTE-acetylene-can-be-converted-to-higher-alkyne-using-the-following-sequence-of-reactions-1-na-rx-2-rmg-x-r-x-3-either-of-these-two-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MTI-r-cooh-rarr-thinsp-rch2oh-this-mode-of-reduction-can-be-effected-only-by-1-nabh4-2-kmno4-3-liaih4-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MTM-propene-ch3-ch-ch2-can-be-converted-into-1-propanol-by-oxidation-which-set-of-reagents-among-the-following-is-ideal-to-effect-the-conversion-1-alkaline-kmno4-2-b2h6-and-alk-h2o2-3-o3-zinc-dust-4-oso4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MTQ-ch3ch-chcho-is-oxidized-to-ch3ch-chcooh-using-1-alkaline-permanganate-2-ammoniacal-silver-nitrate-3-selenium-dioxide-4-osmium-tetroxide-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MTU-an-alkene-obtained-by-the-dehydration-of-an-alcohol-a-on-ozonolysis-gives-two-molecules-of-acetaldehyde-for-every-molecule-of-alkene-the-alcohol-a-is-1-ch3ch2ch2oh-2-ch3ch2oh-3-ch3ch-chch2oh-4-ch3ch2c https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MTY-propene-on-reaction-with-diazomethane-in-presence-of-uv-radiations-gives-1-cyclopropane-2-methyl-cyclopropane-3-butane-4-butene-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MTc-the-product-formed-during-the-reaction-ch-equiv-ch-naocl-rarr-0-deg-cis-1-1-2-dichloroethane-2-1-1-dichloroethane-3-1-2-dichloroethene-4-1-2-dichloroethyne-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MTg-identify-z-in-the-following-series-ch2-ch2-rarr-hbrx-rarr-hydrolysisy-rarr-i2excessna2co3z-1-c2h5i-2-c2h5oh-3-chi3-4-ch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MTk-zinc-copper-couple-that-can-be-used-as-a-reducing-agent-is-obtained-by-1-mixing-zinc-dust-and-copper-gauze-2-zinc-coated-with-copper-3-copper-coated-with-zinc-4-zinc-and-copper-wires-welded-together-1 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MjI-methane-reacts-with-conc-hno3-at-high-temperature-to-yield-1-co2-and-h2o-2-hcho-3-hcooh-4-ch3no2-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MjM-ozonolysis-of-propyne-gives-1-ch3cho-2-ch3cocho-3-hcho-4-chocho-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MjQ-ch3-c-8801-c-ch3-8594-nanh2x-whatisx-1-ch3-ch2ch2ch3-2-ch3ch2c-8801-ch-3-4-ch2-c-ch-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MjU-propyne-on-oxidation-with-seo2-gives-1-chocho-2-ch3ch2cho-3-ch3cocho-4-choch2cho-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0MjY-when-an-alcoholic-solution-of-ethylene-dibromide-is-heated-with-granulated-zinc-the-compound-formed-is-1-ethane-2-ethylene-3-butane-4-isobutane-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0Mjc-acetylene-and-hcho-react-in-the-presence-of-copper-acetylide-catalyst-to-form-1-2-butyne-1-4-diol-2-1-butyne-1-4-diol-3-2-butyne-1-2-diol-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA0Mjg-what-would-be-the-product-formed-when-1-bromo-3-chlorocyclobutane-reacts-with-two-equivalents-of-metallic-sodium-in-ether-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA5MDU-which-reagent-can-be-used-to-distinguish-between-cis-cyclopentane-1-2-diol-and-trans-cyclopentane-1-2-diol-1-ozone-2-mno2-3-aluminium-isopropoxide-4-acetone-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA5MTQ-in-following-reaction-find-out-x-and-y-inthereaction-h-c-equiv-c-h-rarr-ii-ch3ch2br-i-nanh2-liq-nh3x-x-rarr-ii-ch3ch2br-i-nanh2-liq-nh3y-1-x-2-butyne-y-3-hexyne-2-x-2-butyne-y-2-hexyne-3-x-1-butyne-y https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDA5NzE-an-organic-compound-x-having-molecular-formula-c5h10o-yields-phenyl-hydrazone-and-gives-negative-response-to-the-iodoform-test-and-tollen-s-test-it-produces-n-pentane-on-reduction-x-could-be-1-pentena https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDEwNTc-which-of-the-following-will-not-be-soluble-in-sodium-hydrogen-carbonate-1-2-4-6-trinitrophenol-2-benzoic-acid-3-o-nitrophenol-4-benzenesulphonic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDExMDI-in-a-reaction-a-is-1-hgso4-h2so4-2-cu2cl2-3-h3po2-and-h2o-4-h-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDExMzI-in-the-following-sequence-of-reactions-ch3-br-rarr-kcna-rarr-h3o-b-rarr-etherlialh4c-the-end-product-c-is-1-acetone-2-methane-3-acetaldehyde-4-ethyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDExNDE-ch3cho-and-c6h5ch2cho-can-be-distinguished-chemically-by-1-benedict-test-2-iodoform-test-3-tollen-s-reagent-test-4-fehling-solution-test-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDExNzk-in-a-set-of-reactions-m-bromobenzoic-acid-gave-a-product-d-identify-the-product-d-rarr-socl2b-rarr-nh3c-rarr-br2naohd-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDExODI-what-is-the-product-obtained-in-the-following-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDExODg-which-one-is-a-nucleophilic-substitution-reaction-among-the-following-1-2-3-mathrm-ch-3-mathrm-cho-mathrm-hcn-rightarrow-mathrm-ch-3-mathrm-ch-mathrm-oh-mathrm-cn-4-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDEyMTM-the-reaction-of-toluene-with-cl2-in-presence-of-fecl3-gives-x-and-reaction-in-presence-of-light-gives-y-thus-x-and-y-are-1-x-benzal-chloride-y-o-chlorotoluene-2-x-m-chlorotoluene-y-p-chlorotoluene-3-x https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDEyMTU-in-a-set-of-reactions-ethyl-benzene-yielded-a-product-d-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDEyMjI-aniline-in-a-set-of-the-following-reactions-yielded-a-coloured-product-y-the-structure-of-y-would-be-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDEyMjM-acetamide-is-treated-with-the-following-reagents-separately-which-one-of-these-would-yield-methyl-amine-1-naoh-br2-2-sodalime-3-hot-conc-h2so4-4-pcl5-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDEyNjc-consider-the-following-reaction-phenol-8594-zndustx-8594-anhydrousalcl3ch3cly-8594-alkalinekmno4z-the-product-z-is-1-toluene-2-benzaldehyde-3-benzoic-acid-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDEyOTk-consider-the-following-reaction-the-product-z-is-1-ch2-ch2-2-ch3ch2-o-ch2-ch3-3-ch3-ch2-o-so3h-4-ch3ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDEzNzg-which-one-of-the-following-on-reduction-with-lithium-aluminium-hydride-yields-a-secondary-amine-1-nitroethane-2-methylisocyanide-3-acetamide-4-methylcyanide-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDEzODg-predict-the-product-c-obtained-in-the-following-reaction-of-butyne-1-ch3ch2-c-equiv-ch-hcl-rarr-b-rarr-hic-1-ch3-c-clh-ch2ch2i-2-ch3-ch2-ch2-c-cl-i-h-3-ch3-ch2-c-ih-ch2cl-4-ch3ch2-c-cl-i-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDEzOTQ-which-of-the-compounds-with-molecular-formula-c5h10-yields-acetone-on-ozonolysis-1-2-methyl-2-butene-2-3-methyl-1-butene-3-cyclopentene-4-2-methyl-1-butene-1-2-3-4 https://medminds.me/qbank/chemistry/differentiations-conversions-organic-chemistry/?q=NP-pb246NDE0MDk-in-a-set-of-reactions-propanoic-acid-yielded-a-compound-d-ch3ch2cooh-rarr-socl2b-rarr-nh3c-rarr-br2kohd-the-structure-of-compound-d-would-be-1-ch3ch2ch2nh2-2-ch3ch2conh2-3-ch3ch2nhch3-4-ch3ch2nh2-1-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjM4OQ-metals-have-conductivity-of-the-order-of-ohm-1-m-1-1-1012-2-108-3-102-4-10-6-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ2Ng-the-electrochemical-cell-is-represented-as-pt-h-1-atm-hcl-0-1-m-ch-cooh-0-1-m-h-1-atm-pt-the-emf-of-the-cell-will-not-be-zero-because-1-emf-depends-only-on-the-molarities-of-the-acids-used-2-the-ph-of https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ2Nw-saturated-solution-of-kno3-is-used-to-make-salt-bridge-because-1-velocity-of-k-is-greater-than-that-of-no3-2-velocity-of-no3-is-greater-than-that-of-k-3-velocities-of-both-k-and-no3-are-nearly-the-sam https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ2OA-a-current-is-passed-through-two-voltameters-connected-in-series-the-first-voltmeter-connected-in-series-the-first-voltmeter-contains-xso4-aq-while-the-second-voltmeter-contains-y2so4-aq-the-relative-a https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ2OQ-the-mass-of-silver-eq-mass-108-displaced-by-that-quantity-of-current-which-displaced-5600-ml-of-hydrogen-at-stp-is-1-54-g-2-108-g-3-5-4-g-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ3MA-a-silver-cup-is-plated-with-silver-by-passing-965-coulomb-of-electricity-the-amount-of-ag-deposited-is-1-1-08-g-2-1-0002-g-3-9-89-g-4-107-89-g-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ3Mg-which-is-the-correct-representation-for-nernst-equation-1-e-mathrm-rp-e-mathrm-rp-circ-frac-0-059-mathrm-n-log-frac-text-oxidant-text-reductant-2-e-mathrm-op-e-mathrm-op-circ-frac-0-059-mathrm-n-log-f https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ3Mw-when-a-copper-wire-is-immersed-in-a-solution-of-agno3-the-colour-of-the-solution-becomes-blue-because-copper-1-forms-a-soluble-complex-with-agno-3-2-is-oxidised-to-cu-2-3-is-reduced-to-cu-2-4-splits-u https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ3NA-the-specific-conductance-of-a-0-1-m-kcl-solution-at-23-deg-c-is-0-012-omega-ndash-1-cm-ndash-1-the-resistance-of-cells-containing-the-solution-at-the-same-temperature-was-found-to-be-55-omega-the-cell https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ3NQ-given-below-are-two-half-cell-reactions-mn2-2e-rarr-mn-e0-1-18v-2mn3-2e-rarr-2mn2-e0-1-51v-the-e0-for-3mn2-rarr-2mn-3-mn-will-be-1-2-69v-the-reaction-will-not-occur-2-2-69v-the-reaction-will-occur-3-0 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ3Ng-e0-for-fe2-2e-rarr-fe-is-ndash-0-44-volt-and-e0-for-zn2-2e-rarr-zn-is-ndash-0-76-volt-thus-1-zn-is-more-electropositive-than-fe-2-fe-is-more-electropositive-than-zn-3-zn-is-more-electronegative-4-none https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ3Nw-the-voltage-of-the-cell-given-below-increases-with-cell-sn-s-2ag-aq-rarr-sn2-aq-2ag-s-1-increase-in-size-of-the-silver-rod-2-increase-in-the-concentration-of-sn2-ions-3-increase-in-the-concentration-o https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ3OA-a-5a-current-is-passed-through-a-solution-of-copper-sulphate-for-40-min-the-amount-of-copper-deposited-at-the-cathode-is-1-40-65g-2-0-45g-3-3-94g-4-65-04g-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ3OQ-efe2-fe-0-441vandefe3-fe2-0-771v-the-standard-emf-of-the-reaction-fe-2fe3-rarr-3fe2-will-be-1-0-111v-2-0-330v-3-1-653v-4-1-212v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ4MQ-the-standard-electrode-potential-for-sn4-sn2-couple-is-0-15-v-and-that-for-the-cr3-cr-couple-is-0-74-v-these-two-couples-in-their-standard-state-are-connected-to-make-a-cell-the-cell-potential-will-be https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ4Mw-if-an-iron-rod-is-dipped-in-cuso4-solution-then-1-blue-colour-of-the-solution-turns-red-2-brown-layer-is-deposited-on-iron-rod-3-no-change-occurs-in-the-colour-of-the-solution-4-none-of-the-above-1-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ4NA-which-of-the-following-metals-cannot-be-kept-in-contact-with-zinc-chloride-solution-zncl-without-changing-the-concentration-of-zncl-1-gold-au-2-aluminium-al-3-lead-pb-4-silver-ag-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ4NQ-al2o3-is-reduced-by-electrolysis-at-low-potentials-and-high-currents-if-4-0-x-104-a-of-current-is-passed-through-molten-al2o3-for-6-h-what-mass-of-aluminium-is-produced-assume-100-current-efficiency-a https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ4Ng-the-standard-reduction-potential-at-290-k-for-the-following-half-reactions-are-i-zn2-2e-mdash-rarr-zn-s-e-deg-0-762-v-ii-cr3-3e-rarr-cr-s-e-deg-0-740-v-iii-2h-2e-rarr-h2-g-middot-e-deg-0-000-v-iv-fe3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ4Nw-which-graph-correctly-correlates-ecell-as-a-function-of-concentrations-for-the-cell-for-different-values-of-m-and-m-zn-s-cu2-m-rarr-zn2-m-cu-s-ecell-1-10v-x-axis-log10zn2-cu2-y-axis-ecell-1-2-3-4-1-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ4OA-an-iron-ship-is-continuously-exposed-to-seawater-which-can-cause-corrosion-rusting-of-its-hull-which-of-the-following-methods-provides-the-most-effective-long-term-protection-to-the-iron-at-the-bottom https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ5MA-when-0-1-mole-of-mno-sup2-is-oxidised-to-mno-what-quantity-of-electricity-is-required-for-complete-oxidation-1-96500-c-2-2-x-96500-c-3-9650-c-4-96-50-c-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ5Mg-the-zn-acts-as-sacrificial-or-cathodic-protection-to-prevent-rusting-of-iron-because-1-eop-8728-of-zn-eop-8728-of-fe-3-eop-8728-of-zn-eop-8728-of-fe-4-zn-is-cheaper-than-iron-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ5Mw-the-standard-reduction-potential-for-fe2-fe-and-sn2-sn-electrodes-are-0-44-v-and-0-14-v-respectively-for-the-cell-reaction-fe2-sn-rarr-fe-sn2-the-standard-emf-is-1-0-30-v-2-0-58-v-3-0-58-v-4-0-30-v-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ5NA-on-electrolysing-a-solution-of-dilute-h2so4-between-platinum-electrodes-the-gas-evolved-at-the-anode-and-cathode-are-respectively-1-so2-and-o2-2-so3-and-h2-3-o2-and-h2-4-h2-and-o2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ5NQ-what-mass-of-copper-will-be-deposited-by-passing-2-faraday-of-electricity-through-a-solution-of-cu-ii-salt-1-35-6-g-2-63-5-g-3-6-35-g-4-3-56-g-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ5Ng-in-electrolysis-of-nacl-when-pt-electrode-is-taken-then-h2-is-liberated-at-cathode-while-with-hg-cathode-it-forms-sodium-amalgam-because-1-hg-is-more-inert-than-pt-2-more-voltage-is-required-to-reduce https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ5Nw-the-same-amount-of-electricity-was-passed-through-two-cells-containing-molten-al2o3-and-molten-nacl-if-1-8-g-of-al-were-liberated-in-one-cell-the-amount-of-na-liberated-in-the-other-cell-is-1-4-6-g-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ5OQ-if-mercury-is-used-as-cathode-in-the-electrolysis-of-aqueous-nacl-solution-the-ions-discharged-at-cathode-are-1-h-2-na-3-oh-4-cl-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUwMg-a-gas-x-at-1-atm-is-bubbled-through-a-solution-containing-a-mixture-of-1my-and-1mz-at-25-176-c-if-the-reduction-potential-of-z-y-x-then-1-y-will-oxidise-x-and-not-z-2-y-will-oxidise-z-and-not-x-3-y-wi https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUwMw-the-solution-of-cuso4-in-which-copper-rod-is-immersed-is-diluted-to-10-times-the-reduction-electrode-potential-1-increases-by-0-030-v-2-decreases-by-0-030-v-3-increases-by-0-059-v-4-decreases-by-0-059 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUwNA-a-solution-containing-one-mole-per-litre-each-of-cu-no3-2-agno3-hg2-no3-2-and-mg-no3-2-is-being-electrolyzed-by-using-inert-electrodes-the-values-of-standard-electrode-potentials-in-volt-reduction-pot https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUwNQ-which-of-the-following-aqueous-solutions-has-the-highest-electrical-conductivity-1-0-1-m-acetic-acid-2-0-1-m-chloroacetic-acid-3-0-1-m-fluoroacetic-acid-4-0-1-m-difluoroacetic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUwNg-during-an-electrolysis-experiment-if-a-100-ma-current-is-passed-through-a-solution-of-agno3-for-30-minutes-how-many-coulombs-of-electricity-will-be-consumed-1-108-c-2-18000-c-3-180-c-4-3000-c-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUwNw-standard-reduction-potentials-at-25-deg-c-of-li-li-ba2-ba-na-na-and-mg2-mg-are-3-05-2-90-2-71-and-2-37-v-respectively-which-one-of-the-following-is-the-strongest-oxidising-agent-1-mg2-2-ba2-3-na-4-li https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUwOA-equivalent-conductances-of-nacl-hcl-and-c2h5coona-at-infinite-dilution-are-126-45-426-16-and-91-omega-1cm2-the-equivalent-conductance-of-c2h5cooh-is-1-201-28-omega-1cm2-2-390-71-omega-1cm2-3-698-28-om https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUwOQ-when-an-electric-current-is-passed-through-acidulated-water-112-ml-of-hydrogen-gas-at-stp-collects-at-the-cathode-in-965-second-the-current-passed-in-ampere-is-1-1-0-2-0-5-3-0-1-4-2-0-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUxMg-the-electric-charge-for-electrode-deposition-of-1g-equivalent-of-a-substance-is-1-1-ampere-per-second-2-96-500-coulomb-per-second-3-1-ampere-for-1-hour-4-charge-on-1-mole-of-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUxMw-the-change-in-reduction-potential-of-a-hydrogen-electrode-when-its-solution-initialy-at-ph-0-is-neutralised-to-ph-7-is-a-an-1-increase-by-0-059-v-2-decrease-by-0-059-v-3-increase-by-0-41-v-4-decrease https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUxNQ-the-cell-reaction-for-the-given-cell-is-spontaneous-if-ptcl2-cl-1m-cl-1m-ptcl2-1-p1-p2-2-p1-p2-3-p1-p2-4-p1-1-atm-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUxNg-each-of-the-three-metals-x-y-and-z-were-put-in-turn-into-aqueous-solution-of-the-other-two-x-salt-of-y-or-z-y-or-z-salt-of-x-which-observation-is-probably-incorrect-1-y-salt-of-x-no-action-observed-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUxNw-the-standard-reduction-potentials-of-cu2-cu-and-cu2-cu-are-0-337-and-0-153v-respectively-the-standard-electrode-potential-of-cu-cu-half-cell-is-1-0-184v-2-0-827v-3-0-521v-4-0-490v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUxOA-when-a-lead-storage-battery-is-discharged-then-1-so2-is-evolved-2-lead-is-formed-3-lead-sulphate-is-consumed-4-sulphuric-acid-is-consumed-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUxOQ-the-ratio-of-masses-of-hydrogen-and-magnesium-deposited-by-the-same-amount-of-electricity-from-h2so4-and-mgso4-in-aqueous-solution-are-1-1-8-2-1-12-3-1-16-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUyMA-the-molar-conductances-of-ba2-and-cl-127-and-76-omega-1-cm-1-mol-1-respectively-at-infinite-dilution-the-equivalent-conductance-of-bacl2-at-infinite-dilution-will-be-1-139-52-2-203-3-279-4-101-5-1-2-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUyMQ-a-depolariser-used-in-dry-cell-batteries-is-1-ammonium-chloride-2-manganese-dioxide-3-potassium-hydroxide-4-sodium-phosphate-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUyMg-the-reaction-taking-place-at-anode-when-an-aqueous-solution-of-cuso4-is-electrolysed-using-inert-pt-electrode-1-2so42-8594-s2o32-2e-2-cu2-2e-8594-cu-3-2h2o-8594-o2-4h-4e-4-2h-2e-8594-h2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUyMw-an-increase-in-equivalent-conductance-of-a-strong-electrolyte-with-dilution-is-mainly-due-to-1-increase-in-ionic-mobility-of-ions-2-100-ionisation-of-electrolyte-at-normal-dilution-3-increase-in-both https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUyNA-for-the-cell-ti-ti-0-001m-cu2-0-1m-cu-ecell-at-25-176-c-is-0-83-v-ecell-can-be-increased-1-by-increasing-cu2-2-by-increasing-ti-3-by-decreasing-cu2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUyNg-the-atomic-mass-of-al-is-27-when-a-current-of-5-faraday-is-passed-through-a-solution-of-al3-ions-the-mass-of-al-deposited-is-1-27-g-2-36-g-3-45-g-4-9-g-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUyNw-cu-aq-is-unstable-in-solution-and-undergoes-simultaneous-oxidation-and-reduction-according-to-the-reaction-2cu-aq-8652-cu2-aq-cu-s-choose-the-correct-e0-for-above-reaction-if-e0cu2-cu-0-34-v-and-e0cu2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUyOA-on-the-basis-of-the-information-available-from-the-reaction-43al-o2-rarr-23al2o3-g-827kjmol-1-of-o2-the-minimum-emf-required-to-carry-out-the-electrolysis-of-al2o3-is-f-96500-c-mol-1-1-2-14-v-2-4-28-v https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUyOQ-4-5-g-of-aluminium-atomic-mass-27u-is-deposited-at-cathode-from-al3-solution-by-a-certain-quantity-of-electric-charge-the-volume-of-hydrogen-produced-at-stp-from-h-ions-in-solution-by-the-same-quantit https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUzMQ-a-certain-current-liberates-0-504-g-of-hydrogen-in-2-hr-how-many-gram-of-copper-can-be-liberated-by-the-same-current-flowing-for-the-same-time-in-cuso4-solution-1-12-7-2-16-3-31-8-4-63-5-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUzMg-for-the-reductidon-of-silver-ions-with-copper-metal-the-standard-cell-potential-was-found-to-be-0-46-v-at-250c-the-value-of-standard-gibbs-energy-delta-g0-will-be-f-96500-cmol-1-1-89-0-kj-2-89-0-j-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUzMw-a-solution-of-sodium-sulphate-in-water-is-electrolysed-using-inert-electrodes-the-products-at-the-cathode-and-anode-are-respectively-1-h2-o2-2-o2-h2-3-o2-na-4-o2-so2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUzNA-what-happens-to-the-voltage-in-a-galvanic-cell-when-the-salt-bridge-is-removed-1-the-voltage-drops-to-zero-2-the-voltage-remains-the-same-3-the-voltage-gradually-increases-4-the-voltage-rapidly-increa https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUzNQ-two-electrolytic-cells-one-containing-acidified-ferrous-chloride-and-another-acidified-ferric-chloride-are-connected-in-series-the-ratio-of-iron-deposited-at-cathodes-in-the-two-cells-when-electricity https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUzNg-if-the-half-cell-reaction-a-e-rarr-a-has-a-large-negative-reduction-potential-it-follows-that-1-a-is-readily-reduced-2-a-is-readily-oxidized-3-a-is-readily-reduced-4-a-is-readily-oxidized-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246MjYyOTg-pick-out-the-incorrect-statement-1-equivalent-conductance-increases-with-dilution-2-molar-conductance-increases-with-dilution-3-specific-conductance-increases-with-dilution-4-specific-resistance-incre https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246MjYzMTI-how-does-the-ph-of-an-aqueous-sodium-chloride-solution-change-when-it-is-electrolysed-using-inert-platinum-electrodes-1-it-increases-2-it-decreases-3-it-remains-unchanged-4-it-initially-increases-and https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246MjYzNzA-by-how-much-will-the-potential-of-half-cell-cu2-cu-change-if-the-solution-is-diluted-to-100-times-at-298-k-it-will-1-increase-by-59-mv-2-decrease-by-59-mv-3-increase-by-29-5-mv-4-decrease-by-29-5-mv-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NDM-what-will-be-the-molar-conductance-at-infinite-dilution-for-nh4oh-if-at-infinite-dilution-the-molar-conductances-of-ba-oh-2-bacl2-and-nh4cl-are-523-28-280-0-and-129-8-ohm-1-cm-1-mol-1-respectively-1-5 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NDQ-at-25-deg-c-the-specific-conductance-of-sturated-solution-of-agcl-is-2-3-x-10-6-ohm-1cm-1-what-will-be-the-solubility-of-agcl-at-25-deg-c-if-ionic-conductances-of-ag-oplus-and-cl-at-infinite-dilution https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NDk-2ag-8853-aq-cu-s-8652-cu-aq-2-2ag-s-the-cell-potential-for-this-reaction-is-0-46v-which-of-the-following-change-will-increase-the-potential-the-most-1-ag-8853-concentration-is-doubled-2-cu2-concentrat https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NTA-calculate-delta-g-deg-for-the-following-redox-reaction-cu-sup2-fe-rarr-fe-sup2-cu-given-e-deg-cu-sup2-cu-0-34-v-e-deg-fe-sup2-fe-minus-0-44-v-1-65-62-kj-2-75-27-kj-3-150-54-kj-4-150-54-kj-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NTE-at-298-k-the-emf-of-the-following-cell-is-small-pt-h-2-1-atm-h-0-02-m-h-0-01-m-h-2-1-atm-pt-1-0-017-v-2-0-0295-v-3-0-1-v-4-0-059-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NTI-at-25-176-c-temperature-zn-electrode-is-placed-in-0-1m-solution-of-zinc-salt-then-what-will-be-the-reduction-potential-if-it-is-assumed-that-salt-dissociates-25-at-this-dilution-ezn2-zn-176-0-76v-1-0 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NTM-the-reduction-potential-of-hydrogen-electrode-is-118mv-then-the-concentration-of-h-oplus-ion-in-solution-will-be-1-10-4m-2-2m-3-0-01m-4-10-3m-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NTQ-the-maximum-work-which-can-be-obtained-from-a-daniel-cell-zn-s-zn-2-aq-cu-2-aq-cu-s-is-e-o-zn-2-zn-minus-0-76-v-e-o-cu-2-cu-0-34-v-1-106-15-kj-2-212-3-kj-3-424-6-kj-4-212-3-kj-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NTc-cuso4-solution-is-treated-separately-with-kcl-and-ki-in-which-case-cu-2-will-be-reduced-to-cu-8853-1-with-kcl-2-with-ki-3-with-kcl-and-ki-both-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NTk-how-many-coulombs-are-required-to-oxidise-1-mol-h2o2-to-o2-1-9-65-x-104-c-2-9-3-x-104-c-3-1-93-x-105-c-4-19-3-x-102-c-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NjA-the-quantity-of-electricity-required-to-reduce-12-3-g-of-nitrobenzene-to-aniline-with-50-current-efficiency-is-1-1-f-2-0-6-f-3-0-5-f-4-1-2-f-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NjE-electrolysis-of-hot-aqueous-solution-of-nacl-gives-naclo4-as-nacl-8201-4h2o-8594-naclo4-4h2-how-many-faraday-are-required-to-obtain-1000-g-of-sodium-perchlorate-1-66-f-2-122-5-f-3-15-13-f-4-1-86-f-1-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NjM-the-cell-reaction-of-micro-electrochemical-cell-formed-during-rusting-of-iron-is-1-o2-g-4h-8853-aq-4e-8594-2h2o-l-2-4fe-2-aq-o2-g-2h2o-l-8594-4feo-4h-8853-aq-3-2fe-s-o2-g-4h-176-8853-aq-8594-2fe-2-aq https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NjQ-which-of-the-following-is-an-incorrect-statement-1-mercury-cell-is-a-primary-cell-providing-a-constant-potential-2-during-recharging-lead-storage-cell-works-as-electrolytic-cell-3-galvanised-iron-does https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NjU-for-the-cell-reaction-cuc1-2-aq-8201-zn-s-8594-znc2-2-aq-cu-s-the-change-in-free-energy-at-a-given-temperature-is-a-function-of-1-lnc1-2-lnc2c1-3-ln-c1-c2-4-lnc2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NjY-emf-of-the-following-cell-will-be-zero-if-pt-h2-h-h-h2-pt-p1-c1-c2-p2-1-c1p1-c2p2-2-c1p2-p2c1-3-c12p2-c22p1-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5Njc-find-the-emf-of-the-voltaic-cell-ni-ni-sup2-1-m-au-sup3-1-m-au-given-e-deg-ni-sup2-ni-minus-0-25-v-e-deg-au-sup3-au-1-50-v-1-1-25-v-2-1-75-v-3-1-75-v-4-4-0-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NzI-the-same-amount-of-electric-current-is-apassed-through-aqueous-solution-of-mgso4-and-alcl3-if-2-8-g-mg-metal-is-deposited-at-amount-of-al-metal-deposited-in-second-cell-will-be-1-2-1-g-2-2-49-g-3-3-15 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NzM-the-potential-of-the-following-concentration-cell-at-room-temperature-is-pt-h2-g-h-8853-10-6m-h-8853-10-4m-h2-g-pt-1-0-118v-2-0-0591v-3-0-118v-4-0-0591v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjc5NzQ-select-the-incorrect-statement-for-dry-cell-1-mn-is-reduced-from-mn-4-to-mn-3-2-nh3-gas-libreted-out-3-zn-is-used-as-anode-4-paste-of-nh4cl-and-zncl2-is-used-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjk4MDA-what-is-the-current-efficiency-of-an-electrode-deposition-of-cu-metal-from-cuso4-solution-in-which-9-8-gm-copper-is-deposited-by-the-passage-of-5-amperes-current-for-2-hours-1-41-4-2-50-3-75-4-82-8-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246MzEzMjc-during-electrolysis-2a-current-is-passed-through-an-electrolytic-solution-for-965-s-the-number-of-moles-of-electrons-passed-will-be-1-0-02-2-0-01-3-200-4-0-037-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDA4MzM-in-the-electrochemical-cell-zn-znso4-0-01-m-cuso4-1-0m-cu-the-emf-of-this-daniel-cell-is-e1-when-the-concentration-of-znso4-is-changed-to-1-0-m-and-that-of-cuso4-is-changed-to-0-01-m-the-emf-changes-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDA4Mzg-the-molar-conductivity-of-a-solution-of-agno3-considering-the-given-data-for-this-solution-at-298-k-is-a-concentration-0-5-mol-dm3-b-electrolytic-conductivity-5-76-times-10-ndash-3-s-cm-ndash-1-1-2-88 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDA4NDE-during-the-electrolysis-of-molten-sodium-chloride-the-time-required-to-produce-0-10-mol-of-chlorine-gas-using-a-current-of-3-amperes-is-1-55-minutes-2-110-minutes-3-220-minutes-4-330-minutes-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDA4NDc-if-the-e-deg-cell-for-a-given-reaction-has-a-negative-value-which-of-the-following-gives-correct-relationships-for-the-values-of-8710-g-deg-and-keq-1-8710-g-deg-0-keq-0-keq-1-3-8710-g-deg-1-4-8710-g-d https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDA4NTE-the-number-of-electrons-delivered-at-the-cathode-during-electrolysis-by-a-current-of-1-ampere-in-60-seconds-is-charge-on-electron-1-60-x-10-19-c-1-6-x-1023-2-6-x-1020-3-3-75-x-1020-4-7-48-x-1023-1-2-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDA4NTQ-zinc-can-be-coated-on-iron-to-produce-galvanised-iron-but-the-reverse-is-not-possible-it-is-because-1-zinc-is-lighter-than-iron-2-zinc-has-lower-melting-point-than-iron-3-zinc-has-lower-negative-elect https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDA5MTg-the-pressure-of-h2-required-to-make-the-potential-of-h2-electrode-zero-in-pure-water-at-298-k-is-1-10-12-atm-2-10-10-atm-3-10-4-atm-4-10-14-atm-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDA5NDc-a-device-that-converts-energy-of-the-combustion-of-fuels-like-hydrogen-and-methane-directly-into-electrical-energy-is-known-as-1-fuel-cell-2-electrolytic-cell-3-dynamo-4-ni-cd-cell-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDEwMTA-find-the-compound-whose-aqueous-solution-has-the-highest-electrical-conductivity-1-acetic-acid-c2h4o2-2-hydrochloric-acid-hcl-3-ammonia-nh3-4-fructose-c6h12o6-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDEwMjc-the-weight-of-silver-atomic-weight-108-displaced-by-a-quantity-of-electricity-which-displaces-5600-ml-of-o2-at-stp-will-be-1-5-4-g-2-10-8-g-3-54-0-g-4-108-0-g-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDEwNjY-at-25-deg-c-molar-conductance-of-0-1-molar-aqueous-solution-of-ammonium-hydroxide-is-9-54-ohm1cm2mol-1-and-at-infinite-dilution-its-molar-conductance-is-238-ohm1cm2mol-1-the-degree-of-ionisation-of-am https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDEwNjg-a-button-cell-used-in-watches-functions-as-following-zn-s-ag2o-s-h2o-l-8652-2ag-s-zn2-aq-2oh-aq-if-half-cell-potentials-are-zn2-aq-8201-2e-8594-znx-eo-0-76vag2os-h2ol-2e-8594-2ags-2oh-aq-eo-0-34v-the https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDExNTE-limiting-molar-conductivity-of-nh4oh-i-e-aring-m-nh4oh-is-equal-to-1-aring-m-nh4cl-aring-m-nacl-aring-m-naoh-2-aring-m-naoh-aring-m-nacl-aring-m-nh4cl-3-aring-m-nh4oh-aring-m-nh4cl-aring-m-hcl-4-aring https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDEzMTQ-kohlrausch-s-law-states-that-at-1-finite-dilution-each-ion-makes-definite-contribution-to-equivalent-conductance-of-an-electrolyte-whatever-be-the-nature-of-the-other-ion-of-the-electrolyte-2-infinite https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDEzMjY-standard-free-energies-of-formation-in-kj-mol-at-298-k-are-237-2-394-4-and-8-2-for-h2o-l-co2-g-and-pentane-g-respectively-the-value-of-e-deg-cell-for-the-pentane-oxygen-fuel-cell-is-1-1-968-v-2-2-0968 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDEzOTM-given-the-reaction-mathrm-cu-mathrm-s-2-mathrm-ag-mathrm-aq-rightarrow-mathrm-cu-2-mathrm-aq-2-mathrm-ag-mathrm-s-with-e-deg-0-46-v-at-298-k-what-is-the-equilibrium-constant-for-the-reaction-1-2-4-x-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDEzOTY-the-efficiency-of-a-fuel-cell-is-given-by-a-8710-h-8710-g-b-8710-g-8710-s-c-8710-g-8710-h-d-8710-s-8710-g-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDE0Mzk-for-the-hypothetical-electrochemical-cell-given-below-a-a-x-m-b-y-m-b-the-measured-cell-emf-is-0-20-v-find-the-overall-cell-reaction-1-a-b-rarr-a-b-2-a-e-rarr-a-b-e-rarr-b-3-the-cell-reaction-cannot-b https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDQwNzY-the-e-deg-in-the-given-diagram-is-1-0-5-2-0-6-3-0-7-4-0-8-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNDA-at-298k-the-standard-free-energy-of-formation-of-h2o-l-is-ndash-237-20kj-mole-while-that-of-its-ionisation-into-h-iion-and-hydroxyl-ions-is-80-kj-mole-then-the-emf-of-the-following-cell-at-298-k-will https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNDE-which-of-the-following-cell-can-produce-more-electric-work-1-pt-h2-nh4cl-0-1mch3cooh-h2-pt-2-pt-h2-0-1mhcl-0-1mnaoh-h2-pt-3-pt-h2-0-1mhcl-0-1mch3cook-h2-pt-4-pt-h2-0-1mch3cook-0-1mhcl-h2-pt-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNDM-at-what-br-co32-minus-does-the-following-cell-have-its-reaction-at-equilibrium-ag-s-ag2co3-s-na2co3-aq-kbr-aq-agbr-s-ag-s-ksp-8-times-10-ndash-12-for-ag2co3-and-ksp-4-times-10-ndash-13-for-agbr-1-1-ti https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNTE-it-is-observed-that-the-voltage-of-a-galvanic-cell-using-the-reaction-m-s-xh-rarr-mx-x2-h2-varies-linearly-with-the-log-of-the-square-root-of-the-hydrogen-pressure-and-the-cube-root-of-the-mx-concentr https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNTI-find-the-magnitude-of-the-emf-of-the-following-concentration-cell-at-25-deg-c-pt-h-0-1-m-acetic-acid-0-1-m-sodium-acetate-0-1-m-formic-acid-0-1-m-sodium-formate-pt-h-given-k-acetic-acid-1-8-times-10-k https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNTM-consider-the-cell-ag-s-agbr-s-br-ndash-aq-agcl-s-cl-ndash-aq-ag-s-at-25-deg-c-the-solubility-product-constants-of-agbr-agcl-are-respectively-5-times-10-ndash-13-1-times-10-ndash-10-for-what-ratio-of-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNTU-calculate-the-useful-work-of-the-reaction-ag-s-1-2cl2-g-8594-agcl-s-given-e-176-cl2-cl-8211-1-36v-e-176-agcl-ag-cl-8211-0-22v-if-pcl2-1-atmand-t-298-k-1-110-kj-mol-2-220-kj-mol-3-55kj-mol-4-1000-kj-mo https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNTY-which-of-these-ions-cu-co3-fe2-is-stable-in-aqueous-medium-given-e-deg-cu2-cu-0-15-volt-e-deg-cu-cu-0-53-v-e-deg-co3-co2-1-82-v-e-deg-fe3-fe2-0-77-v-e-deg-fe2-fe-ndash-0-44-v-e-deg-o2-h-h2o-1-23-v-1-c https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNTc-find-the-correct-statement-using-the-following-standard-reduction-potentials-e-deg-mg-sup2-mg-minus-2-4-v-e-deg-sn-sn-sup2-0-1-v-e-deg-mno-h-mn-sup2-1-5-v-e-deg-i-i-0-5-v-1-mno4-ndash-is-the-strongest https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNTk-the-temperature-coefficient-of-a-standard-cd-ndash-cell-is-ndash-5-0-215-10-ndash-5-vk-ndash-1-whose-emf-at-25-deg-c-is-1-018-v-during-the-cell-operation-the-temperature-will-ndash-1-increase-2-decrea https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNjA-a-cell-ag-ag-cu-cu-initially-contains-2m-ag-and-2m-cu-ions-the-charger-in-cell-potential-after-the-passage-of-10-amp-current-for-4825-sec-is-1-ndash-0-000738-v-2-ndash-1-00738-3-ndash-0-0038-v-4-none https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNjE-for-the-cell-at-298-k-ag-s-agcl-s-cl-ndash-aq-agno3-aq-ag-s-which-of-the-following-is-correct-ndash-1-the-cell-emf-will-be-zero-when-ag-a-ag-c-ag-in-anodic-compartment-ag-in-cathodic-compartment-2-the https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDUxNjI-during-electrolysis-of-conc-h2so4-perdisulphuric-acid-h2s2o8-and-o2-form-in-equimolar-amount-the-amount-of-h2-that-will-form-simultaneously-will-be-1-thrice-that-of-o2-in-moles-2-twice-that-of-o2-in-m https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjUxNDA-equivalent-conductivity-of-fe2-so4-3is-related-to-molar-conductivity-by-the-expression-1-8743-eq-8743-m-2-8743-eq-8743-m-3-3-8743-eq-3-8743-m-4-8743-eq-8743-m-6-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjYxMjk-assertion-in-electrochemical-cell-we-cannot-use-kci-in-the-salt-bridge-if-anodic-or-cathodic-compartment-consists-of-ag-of-pb2-ion-reason-salt-bridge-is-employed-to-maintain-the-electrical-neutrality https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY0OTQ-what-will-be-the-quantity-of-iron-deposited-by-ferrous-and-ferric-ion-by-1f-fe-56-1-14g-9-3-g-2-28g-18-6-g-3-56g-37-2g-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY0OTk-for-the-galvanic-cell-zn-zn-sup2-1-0-m-cd-sup2-1-0-m-cd-which-of-the-following-represents-the-correct-cell-reaction-1-cd-rarr-cd2-2e-2-zn2-rarr-zn-ndash-2e-3-cd-zn2-rarr-cd2-zn-4-zn-cd2-rarr-cd-zn2-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY1MDc-specific-conductance-has-the-unit-1-mathrm-ohm-1-mathrm-cm-1-2-text-ohm-cm-3-text-ohm-mathrm-cm-1-4-mathrm-ohm-1-mathrm-cm-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY1MTA-what-is-the-value-of-pkb-ch3coo-if-955-m0-390-38-955-m-7-8-for-0-04-of-a-ch3cooh-at-25-176-c-a-9-3-b-9-2-c-4-7-d-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY2NDc-calculate-the-equilibrium-constant-k-for-a-reaction-involving-a-two-electron-transfer-if-the-standard-emf-of-the-cell-at-25-deg-c-is-0-295-v-1-2-95-times-10-sup2-2-1-0-times-10-sup1-3-2-95-times-10-su https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY2NTE-the-number-of-faradays-required-to-produce-one-mole-of-water-from-a-hydrogen-oxygen-fuel-cell-containing-aqueous-alkali-as-an-electrolyte-is-1-1-2-3-3-2-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY2NTY-how-much-current-is-necessary-to-produce-h2-gas-at-the-rate-of-1-cm3-per-second-under-stp-a-4-305-amp-b-17-22-amp-c-8-61-amp-d-2-1525-amp-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY2NjQ-a-current-of-0-250-a-is-passed-through-400-ml-of-a-2-0-m-solution-of-nacl-for-35-minutes-what-will-be-the-ph-of-the-solution-after-the-current-is-turned-off-1-12-98-2-12-13-3-10-48-4-9-24-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY2NjU-during-discharge-of-a-lead-storage-cell-the-density-of-sulphuric-acid-in-the-cell-1-increases-2-decreases-3-remains-unchanged-4-initially-increases-but-decreases-subsequently-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY2Njg-find-the-condition-under-which-the-cell-reaction-for-the-following-electrochemical-cell-is-spontaneous-pt-h-p-h-1-m-h-1-m-h-p-pt-1-p-p-2-p-p-3-p-p-4-p-1-atm-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY2NzQ-the-standard-electrode-potentials-reduction-of-pt-fe3-fe2-and-pt-sn4-sn2-are-0-77-v-and-0-15-v-respectively-at-25-deg-c-the-standard-emf-of-the-reaction-sn4-2fe2-rarr-sn2-2fe3-is-a-ndash-0-62-v-b-ndas https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY2NzY-specific-conductance-of-0-01-m-kcl-solution-is-x-ohm-1cm-1-when-conductivity-cell-is-filled-with-0-01-m-kcl-the-conductance-observed-is-y-ohm-1-when-the-same-cell-is-filled-with-0-01-mh2so4-the-observ https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY2Nzg-why-can-f-gas-not-be-obtained-by-the-electrolysis-of-any-f-salt-1-fluorine-is-the-strongest-reducing-agent-2-fluorine-is-the-strongest-oxidising-agent-3-fluorine-readily-reacts-with-atmospheric-o-4-al https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY3MDE-calculate-the-quantity-of-electricity-i-e-charge-delivered-by-a-daniel-cell-initially-containing-1l-each-of-1mcu2-ion-and-1mzn2-which-is-operated-until-its-potential-drops-to-1v-given-e-zn2-zn-0-0-76v https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY3MDg-some-half-cell-reaction-their-standard-potential-are-given-which-combination-would-result-the-standard-reduction-potentials-of-five-half-cell-reactions-are-given-below-identify-the-pair-of-half-cells https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY3MTI-a-hydrogen-electrode-is-immersed-in-a-solution-with-ph-0-hcl-by-how-much-will-the-potential-reduction-change-if-an-equivalent-amount-of-naoh-is-added-to-the-solution-takeph2-1atm-t-298k-1-increase-by https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY3MTQ-the-solubility-product-of-silver-iodide-is-8-3-215-10-17and-the-standard-potential-reduction-of-ag-ag-electrode-is-0-800-volts-at-25-176-c-the-standard-potential-of-ag-agi-i-electrode-reduction-from-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY3MTk-how-much-time-is-required-for-the-complete-decomposition-of-2-moles-of-water-using-a-current-of-2-ampere-1-26-805-h-2-53-61-h-3-107-22-h-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY3NDU-the-standard-redox-potentials-eo-of-the-following-systems-are-system-eo-volts-mno-4-8-h-5-e-rightarrow-m-n-2-4-h-2-o-1-51-sn4-2e-rarr-s-n2-0-15-cr2o72-14h-6e-rarr-2cr3-7h2o-1-33-c-e4-e-rarr-ce3-1-61-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY3Njc-calculate-the-maximum-work-that-can-be-obtained-from-the-daniell-cell-given-below-zn-s-zn2-aq-cu2-aq-cu-s-given-that-ezn2-zn-176-0-76vandecu2-cu-176-0-34v-1-ndash-212300-j-2-ndash-202100-j-3-ndash-513 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY3Njk-the-metal-that-cannot-be-produced-on-reduction-of-its-oxide-by-aluminium-is-1-k-2-mn-3-cr-4-fe-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY3Nzk-we-have-taken-a-saturated-solution-of-agbr-ksp-of-agbr-is-12-times-10-14-if-10-7-mole-of-agno3-is-added-to-1-litre-of-this-solution-then-the-conductivity-of-this-solution-in-terms-of-10-10-sm-1-units https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY3OTQ-calculate-the-e-m-f-for-the-following-cell-reaction-f-e-2-z-n-z-n-2-f-e-the-standard-potentials-e-circ-text-for-the-half-reactions-are-as-z-n-z-n-2-2-e-e-circ-0-76-mathrm-v-f-e-f-e-2-2-e-e-circ-0-41-m https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY4MDA-which-of-following-cell-can-produce-more-electrical-work-1-pt-h2-nh4cl-0-1mch3cooh-h2-pt-2-pt-h2-0-1mhcl-0-1mnaoh-h2-pt-3-pt-h2-0-1mhcl-0-1mch3cook-h2-pt-4-pt-h2-0-1mch3cook-0-1mhcl-h2-pt-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY4MDM-the-calomel-electrode-is-reversible-with-respect-to-1-mercury-2-h-3-hg2-4-cl-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY4MDg-zn-amalgam-is-prepared-by-electrolysis-of-aqueous-zncl2-using-hg-cathode-9-gm-how-much-current-is-to-be-passed-through-zncl2-solution-for-1000-seconds-to-prepare-a-zn-amalgam-with-25-zn-by-wt-zn-65-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY4MTI-the-standard-oxidation-potentials-are-cu-rarr-cu-sup2-2e-e-deg-minus-0-34-v-cu-rarr-cu-sup2-e-e-deg-minus-0-16-v-calculate-the-standard-electrode-potential-for-cu-e-rarr-cu-1-0-18v-2-0-52v-3-0-82v-4-0 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY4MTM-acidified-water-is-electrolyzed-using-an-inert-electrode-the-volume-of-gases-liberated-at-stp-is-0-168l-the-quantity-of-charge-passed-through-the-acidified-water-would-be-1-96-500-c-2-9-650-c-3-965-c https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY4MTQ-e0forthereaction-fe-zn2-zn-fe2-is-ndash-0-35v-the-given-cell-reaction-is-1-feasible-2-not-feasible-3-in-equilibrium-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY4MTU-how-much-charge-should-be-supplied-to-a-cell-for-the-electrolytic-production-of-245-gm-naclo4-from-naclo3-if-the-anode-efficiency-for-the-required-reaction-is-60-1-6-43-times-105c-2-3-67-f-3-6-43-time https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY4MTc-the-specific-conductivity-of-a-solution-depends-upon-1-number-of-ions-as-well-as-mobility-of-ions-2-number-of-ions-per-cc-or-cm3-of-solution-3-number-of-ions-per-cc-or-cm3-as-well-as-mobilities-of-ion https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjY4MTg-the-number-of-electrons-involved-in-the-deposition-of-63-5-g-of-cu-from-a-solution-of-cuso4-is-1-6-022-times-1023-2-3-011-times-1023-3-12-044-times-1023-4-6-022-times-1022-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njg0MDk-value-of-land-m-0-for-srcl-2-strong-electrolyte-in-water-at-25-deg-c-from-the-data-below-is-conc-mol-litre-0-25-1-land-m-omega-1-c-m-2-m-o-l-1-260-250-1-270-omega-1-cm2-mol-1-2-260-omega-1-cm2-mol-1-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjkzODE-calculate-the-energy-obtainable-from-a-lead-storage-battery-in-which-0-1-mol-lead-is-consumed-assume-a-constant-concentration-of-10-0-m-h2so4-1-42-8-kj-2-12-8-kj-3-32-3-kj-4-20-2-kj-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjkzODI-adiponitrile-is-manufactured-electrolytically-from-acrylonitrile-ch2-chcn-rarr-cn-ndash-ch2-4-ndash-cn-how-many-kg-of-adiponitrile-molecular-mass-108-is-produced-in-9-65-hr-using-a-current-of-3750-a-w https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjkzODM-a-certain-metal-salt-solutions-is-electrolysed-in-series-with-a-silver-coulometer-the-weights-of-silver-and-the-metal-deposited-are-0-5094-g-and-0-2653-g-calculate-the-valency-of-the-metal-if-its-atom https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjkzODQ-the-temperature-coefficient-of-the-emf-is-d-949-dt-ndash-0-00065-volt-deg-1-for-the-cell-cd-cdcl21m-agclsagat25-176-c-calculate-the-entropy-change-8710-s298k-for-the-cell-reaction-cd-2agcl-8594-cd-2cl https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NjkzOTQ-the-reduction-potential-of-a-half-cell-consisting-of-a-pt-electrode-immersed-in-1-5mfe2-and-0-015mfe3-solution-at-25-176-cisefe-3-fe-2-176-0-770v-1-0-652-v-2-0-88-v-3-0-710-v-4-0-850-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0NjA-in-a-concentration-cell-zn-zn2-1-0m-zn2-0-15m-zn-as-the-cell-discharges-1-reaction-proceeds-to-the-right-2-the-two-solutions-approach-each-other-in-concentration-3-no-reaction-takes-place-4-water-gets https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0NjI-in-a-half-cell-containing-tl3-0-1mand-tl-0-01m-the-cell-potential-is-ndash-1-2496-v-for-the-reaction-tl-8594-tl3-2e-the-standard-reduction-potential-of-the-tl-tl3-couple-at-25-176-c-is-1-1-44-v-2-0-61 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0NjQ-given-cell-pt-s-h2-g-p-1-atm-ch3cooh-0-1-m-hcl-0-1-m-kcl-aq-hg2cl2-s-hg-emf-of-the-cell-is-found-to-be-0-045-v-at-298-k-and-the-temperature-coefficient-is-3-4-times-10-4-v-k-1-the-cell-entropy-change https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0NjU-a-dilute-solution-of-h2so4-was-electrolysed-by-passing-a-current-of-2-amp-the-time-required-for-formation-of-0-5-mole-of-oxygen-is-1-26-8-hours-2-13-4-hours-3-6-7-hours-4-28-6-hours-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0NjY-the-standard-reduction-potentials-of-mn-sup3-mn-sup2-and-mno-mn-sup3-couples-in-acidic-medium-at-25-deg-c-are-1-50-v-and-1-00-v-respectively-for-the-reaction-2mn-sup3-2h-o-rarr-mn-sup2-mno-4h-find-the https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0NzA-in-the-following-electrochemical-cell-m-m-x-x-the-standard-reduction-potentials-are-e-176-m-m-0-52v-and-e-176-x-x-0-42vat25-176-c-which-one-of-the-following-statements-is-correct-1-m-x-8594-m-x-isspon https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0NzE-1if-a-100-ml-solution-of-0-1m-hbr-is-titrated-using-a-very-concentrated-solution-of-naoh-when-the-conductivity-specific-conductance-of-the-solution-at-the-equivalence-point-will-3e-assume-volume-chang https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0NzY-the-volume-of-gases-liberated-at-stp-when-a-charge-of-2f-is-passed-through-aqueous-solution-of-sodium-phosphate-is-1-11-2l-2-44-8l-3-33-6l-4-22-4l-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0Nzk-it-is-desired-to-convert-the-energy-derived-from-the-combustion-of-propane-into-electrical-energy-via-a-fuel-cell-given-that-the-standard-free-energies-of-formation-of-c3h8-g-h2o-l-andco2-g-are-23-5-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0ODM-the-temperature-coefficient-of-a-standard-cd-cell-is-8211-5-0-215-10-5vk-1-whose-emf-at-25-176-c-is-1-018-v-during-the-cell-operation-the-temperature-will-1-increase-2-decreases-3-either-4-remains-con https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk0ODU-na-amalgam-is-prepared-by-electrolysis-of-nacl-solution-using-liquid-hg-as-a-cathode-how-long-should-the-current-of-10-amp-is-passed-to-produce-10-na-ndash-hg-on-a-cathode-of-10-gm-hg-atomic-mass-of-n https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1MDE-the-standard-reduction-potential-of-a-silver-chloride-electrode-is-0-2-v-and-that-of-a-silver-electrode-is-0-79-v-the-maximum-amount-of-agcl-that-can-dissolve-in-106lofa0-1magno3-solution-is-1-0-5-mmo https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1MDM-the-k-4-95-times-10-5s-cm-1-for-a-0-00099-m-solution-the-reciprocal-of-the-degree-of-dissociation-of-acetic-acid-if-and-m0-for-acetic-acid-is-400-s-cm2mol-1-will-be-1-7-2-8-3-9-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1MDU-pure-water-is-saturated-with-pure-solid-agcl-a-silver-electrode-is-placed-in-the-solution-and-the-potential-is-measured-against-normal-calomel-electrode-at-25-176-c-this-experiment-is-then-repeated-wi https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1MTE-a-hydrogen-electrode-x-was-placed-in-a-buffer-solution-of-sodium-acetate-and-acetic-acid-in-the-ratio-a-b-and-another-hydrogen-electrode-y-was-placed-in-a-buffer-solution-of-sodium-acetate-and-acetic https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1MTc-calculate-the-maximum-useful-work-obtainable-from-the-following-reaction-at-298-k-ag-s-frac12-cl-g-rarr-agcl-s-given-e-deg-cl-cl-1-36-v-e-deg-agcl-ag-cl-0-22-v-pcl-1-atm-f-96-500-c-mol-sup1-1-110-kj-m https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1MjA-a-resistance-of-50-omega-is-registered-when-two-electrodes-are-suspended-into-a-beaker-containing-a-dilute-solution-of-a-strong-electrolyte-such-that-exactly-half-of-the-them-are-submerged-into-soluti https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1MjM-the-magnitude-of-the-emf-of-the-following-cell-at-25-circ-mathrm-c-is-p-t-left-h-2-right-mid-0-1-m-text-acetic-acid-0-1-m-sodium-acetate-0-1-mathrm-m-text-formic-acid-0-1-m-text-sodium-formate-mid-p-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1Mjk-following-cell-has-emf-0-7995-v-pt-h2-1atm-hno3-1m-agno3-1m-ag-if-we-add-enough-kcl-to-the-ag-cell-so-that-the-final-cl-is-1m-now-the-measured-emf-of-the-cell-is-0-222-v-the-ksp-of-agcl-would-be-1-1-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1MzE-a-flashlight-cell-has-the-cathodic-reaction-2mno2-s-zn-2-2-e-8594-znmn2o4-s-if-the-flashlight-cell-is-to-give-out-4-825-ma-how-long-could-it-run-if-initially-8-7-g-of-the-limiting-reagent-mno2-is-pres https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1MzM-an-excess-of-granular-zinc-was-added-to-500-ml-of-1m-nickel-nitrate-till-equilibrium-was-established-find-out-the-concentration-of-nickel-at-the-equilibrium-if-the-standard-electrode-potential-of-zn2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1MzU-calculate-the-cell-emf-in-mv-for-pt-h2-1atm-hcl-0-01m-agcl-s-ag-s-at298k-if-gr-deg-values-are-at-25-deg-c-109-56kjmolforagcl-s-ndash-130-79kjmolfor-h-cl-aq-1-456-mv-2-654-mv-3-546-mv-4-none-of-the-abo https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1Mzg-a-current-of-0-1a-was-passed-for-2hr-through-a-solution-of-cuprocyanide-and-0-3745-g-of-copper-was-deposited-on-the-cathode-calculate-the-current-efficiency-for-the-copper-deposition-cu-ndash-63-5-1-7 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1Mzk-in-an-acidic-medium-mno-acts-as-an-oxidising-agent-according-to-the-half-cell-reaction-mno-8h-5e-rarr-mn-sup2-4h-o-if-the-h-ion-concentration-is-doubled-how-will-the-electrode-potential-of-the-half-ce https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1NTA-calculate-the-emf-of-the-cell-at-298-k-pt-h2-1atm-naoh-xm-nacl-xm-agcl-s-ag-e-176-cl-agcl-ag-0-222v-1-ndash-0-604-v-2-ndash-0-04-v-3-1-048-v-4-emf-depends-on-x-and-cannot-be-determined-unless-value-of https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1NTc-assertion-fluorine-cannot-be-prepared-from-fluorides-by-chemical-oxidation-reason-fluorine-is-the-strongest-oxidizing-agent-due-to-its-highly-positive-standard-potential-if-both-the-assertion-and-the https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1NTk-assertion-sodium-reacts-with-water-at-room-temperature-whereas-magnesium-decomposes-only-hot-water-reason-sodium-is-more-electropositive-than-magnesium-if-both-the-assertion-and-the-reason-are-true-an https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Njk1NjI-assertion-silver-nitrate-solution-becomes-bluish-when-copper-rod-is-placed-in-it-reason-copper-is-more-electropositive-than-silver-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-cor https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246ODkwMTc-the-molar-conductivity-of-a-0-5-mol-dm3-solution-of-agno3-with-electrolytic-conductivity-of-5-76-times-10-ndash-3-s-cm-ndash-1-at-298-k-is-1-11-5-s-cm2-mol-2-21-5-s-cm2-mol-3-31-5-s-cm2-mol-4-41-5-s-c https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246ODkxODI-consider-the-change-in-oxidation-state-of-bromine-corresponding-to-different-emf-values-as-shown-in-the-diagram-below-the-species-undergoing-disproportionation-is-1-text-bro-3-2-text-bro-4-3-text-br-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTE0NTM-a-hydrogen-gas-electrode-is-made-by-dipping-platinum-wire-in-a-solution-of-hcl-of-ph-10-and-by-passing-hydrogen-gas-around-the-platinum-wire-at-one-atm-pressure-the-oxidation-potential-of-the-electrod https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTE0Nzk-at-25-ordm-c-molar-conductance-of-0-1-molar-aqueous-solution-of-ammonium-hydroxide-is-mathrm-9-54-ohm-1-cm-2-mol-1-and-at-infinite-dilution-its-molar-conductance-is-mathrm-238-ohm-1-cm-2-mol-1-the-deg https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTE1MTE-a-button-cell-used-in-watches-functions-as-following-zn-s-ag2o-s-h2o-l-rightleftharpoons-2ag-s-zn2-aq-2oh-ndash-aq-if-half-cell-potentials-are-zn2-aq-2e-ndash-rarr-zn-s-eo-ndash-0-76-v-ag2o-s-h2o-l-2e https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTIyODg-limiting-molar-conductivity-of-nh4oh-i-e-lambda-mnh4oh0-is-equal-to-1-lambda-mnaoh0-lambda-mnacl0-lambda-mnaoh0-2-lambda-mnaoh0-lambda-mnacl0-lambda-mnh4cl0-3-lambda-mnh4oh0-lambda-mnh4cl0-lambda-mhcl https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTI0NjA-which-of-the-following-represents-the-correct-order-of-reducing-power-of-metals-x-y-and-z-having-standard-electrode-potentials-minus-1-2-v-0-5-v-and-minus-3-0-v-respectively-1-y-x-z-2-z-x-y-3-x-y-z-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTI0NzY-based-on-electrode-potentials-in-the-table-below-cu2-aq-e-rarr-cu-aq-0-15-v-cu-aq-e-rarr-cu-s-0-50-v-the-value-of-e-cu-2-cu-o-will-be-1-0-325-v-2-0650-v-3-0-150-v-4-0-500-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTI0ODM-what-is-the-standard-cell-potential-when-the-sn-sn-sup2-e-deg-0-15-v-and-cr-sup3-cr-e-deg-minus-0-74-v-half-cells-are-connected-under-standard-conditions-1-0-89-v-2-0-18-v-3-1-83-v-4-1-199-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTI2MjM-find-the-standard-gibbs-energy-change-for-the-reduction-of-ag-by-copper-metal-if-e-deg-cell-0-46-v-at-25-deg-c-given-f-96-500-c-mol-sup1-1-89-0-kj-2-89-0-j-3-44-5-kj-4-98-0-kj-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTMyNjc-the-molar-conductance-of-m32-solution-of-a-weak-monobasic-acid-is-8-0-ohm-1-cm2-and-at-infinite-dilution-is-400-ohm-1-cm2-the-dissociation-constant-of-this-acid-is-1-1-25-times10-5-2-1-25-times10-6-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTMyNzg-given-i-cu2-2e-rarr-cu-eo-0-337-v-ii-cu2-e-rarr-cu-eo-0-153-v-electrode-potential-eo-for-the-reaction-cu-e-rarr-cu-will-be-1-0-52-v-2-0-90-v-3-0-30-v-4-0-38-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTM0MzQ-what-is-the-correct-order-of-ionic-mobility-of-the-following-ions-in-an-aqueous-solution-1-k-na-rb-cs-2-cs-rb-k-na-3-rb-k-cs-na-4-na-k-rb-cs-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTM1NzQ-a-steady-current-of-1-5-a-flows-through-a-copper-voltmeter-for-10-min-if-the-electrochemical-equivalent-of-copper-is-30-times-10-5-g-c-1-the-mass-of-copper-deposited-on-the-electrode-will-be-1-0-40-g https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTM2ODc-the-efficiency-of-a-fuel-cell-is-given-by-1-h-g-2-g-s-3-g-h-4-s-g-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTM3NjA-in-producing-chlorine-through-electrolysis-100-w-power-at-125-v-is-being-consumed-the-liberation-of-chlorine-per-min-is-ece-of-chlorine-is-0-367-times-10-6-kg-c-1-17-6-mg-2-21-3-mg-3-24-3-mg-4-13-6-mg https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTQwMjc-if-efe2-feo-0-441-v-and-efe3-fe2-o-0-771-v-the-standard-emf-of-the-reaction-fe-2fe3-rarr-3fe2-will-be-1-0-330-v-2-1-653-v-3-1-212-v-4-0-111-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTU1NzU-given-the-following-cell-reaction-mathrm-2fe-3-aq-2i-aq-rightarrow-2fe-2-aq-i-2-aq-e-cell-o-0-24-v-at-298-k-the-standard-gibbs-energy-rg-of-the-cell-reaction-is-given-f-96500-c-mol-1-1-23-16-kj-mol-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTU1ODI-for-a-cell-involving-one-electron-e-cell-ominus-0-59-v-at-298-k-the-equilibrium-constant-for-the-cell-reaction-is-mathrm-given-that-frac-2-303-rt-f-0-059-v-at-t-298-k-1-1-0-times-left-10-right-30-2-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTg4Njg-what-is-the-half-cell-reduction-potential-of-a-hydrogen-electrode-when-the-ph-is-10-1-0-59-v-2-ndash-0-59-v-3-0-059-v-4-ndash-0-059-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTAyNDQ0-what-is-the-standard-cell-potential-e-deg-cell-for-the-reaction-a-s-2b-rarr-a-sup2-2b-s-given-that-the-equilibrium-constant-kc-equilibrium-constant-is-10-sup1-sup2-1-0-35-v-2-0-71-v-3-0-01-v-4-1-36-v https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTE5Mjc1-calculate-the-emf-of-the-given-cell-zn-s-zn-2-0-1m-sn-2-0-001m-sn-s-given-ezn-2-zno-0-76-v-esn2-sno-0-14-v-1-0-62-v-2-0-56-v-3-1-12-v-4-0-31-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTE5NTcz-the-potential-of-a-hydrogen-electrode-having-a-ph-10-is-1-0-59-v-2-ndash-0-59-v-3-0-0-v-4-ndash-5-9-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTMxNjMz-limiting-molar-conductivities-for-the-given-solutions-are-lambda-m-0-left-right-h-2-s-o-4-left-right-x-s-c-m-2-m-o-l-1-lambda-m-0-left-right-k-2-s-o-4-left-right-y-s-c-m-2-m-o-l-1-lambda-m-0-left-righ https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTM2MzIz-for-the-cell-pt-s-br-aq-0-010m-br-2-l-h-aq-0-030m-h-2-g-1-bar-pt-s-if-the-concentration-of-br-becomes-2-times-and-the-concentration-of-h-becomes-half-of-the-initial-value-then-emf-of-the-cell-1-double https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTM2MzI4-the-specific-conductance-k-of-0-02-m-aqueous-acetic-acid-solution-at-298-k-is-1-65-215-10-4-s-cm-1-the-degree-of-dissociation-of-acetic-acid-is-given-equivalent-conductance-at-infinite-dilution-of-h-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTM2MzMx-the-equilibrium-constant-of-a-2-electron-redox-reaction-at-298-k-is-3-8-x-10-3-the-cell-potential-eo-in-v-and-the-free-energy-change-go-in-kj-mol-1-for-this-equilibrium-respectively-are-1-0-071-13-8-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTM2MzQy-the-specific-conductance-of-0-01-m-solution-of-a-weak-monobasic-acid-is-0-20-x-10-3-s-cm-1-the-dissociation-constant-of-the-acid-is-given-lambda-ha-infin-400-s-cm2-mol-1-1-5-times-10-2-2-2-5-times-10 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTM2NDQz-equivalent-conductance-of-saturated-mathrm-baso-4-solution-is-400-mathrm-ohm-1-mathrm-cm-2-mathrm-equivalent-1-and-it-s-specific-conductance-is-8-times-10-5-text-ohm-1-text-cm-1-hence-solubility-produ https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTQwNDc1-aluminium-metal-can-be-produced-by-the-electrolysis-of-molten-aluminium-oxide-at-about-1000-deg-c-the-cathode-reaction-is-al-3-3-e-rightarrow-al-given-that-the-atomic-mass-of-aluminium-is-27-amu-and-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTcxNzUw-the-electrode-potential-of-cu-electrode-dipped-in-0-025-m-cuso4-solution-at-298-k-is-standard-reduction-potential-of-cu-0-34-v-1-0-047-v-2-0-293-v-3-0-35-v-4-0-387-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTczODUw-cu-s-cu-2-10-3-m-ag-10-5-m-ag-s-if-e-cu-2-cu-o-0-34-v-and-e-ag-ag-o-0-80-v-ecell-will-be-1-0-46-v-2-0-46-frac-rt-2f-ln10-7-3-0-46-frac-rt-2f-ln10-7-4-0-46-frac-rt-2f-ln10-2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTczODU5-consider-the-following-cell-reaction-2fe-s-o2-g-4h-aq-rarr-2fe2-aq-2h2o-l-e-deg-1-67-v-at-fe2-10-3-m-po2-0-1-atm-and-ph-3-the-cell-potential-at-25-deg-c-is-1-1-27-v-2-1-77-v-3-1-87-v-4-1-57-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTczODgy-the-specific-conductivity-of-a-saturated-solution-of-ki3-is-4-59-times-10-6-ohm-1-cm-1-and-it-s-molar-conductance-is-1-53-ohm-1-cm2-mol-1-the-ksp-of-ki3-will-be-1-4-x-10-12-2-27-x-27-x-10-9-3-9-x-10-6 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTczODg5-a-100-0-ml-dilute-solution-of-ag-is-electrolyzed-for-15-0-minutes-with-a-current-of-1-25-ma-and-the-silver-is-removed-completely-the-initial-ag-is-1-2-32-x-10-1-m-2-2-32-x-10-4-m-3-2-32-x-10-5-m-4-1-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTc0ODAw-the-amount-of-charge-required-for-the-oxidation-of-1-mol-of-h2o2-to-o2-is-1-9-65-times-104-c-2-93000-c-3-1-93-times-105-c-3-19-3-times-102-c-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTg1NDY5-the-number-of-faradays-f-required-to-produce-20-g-of-calcium-from-molten-cacl2-atomic-mass-of-ca-40-g-mol-ndash-1-is-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTg1NDk0-on-electrolysis-of-dilute-sulphuric-acid-using-platinum-pt-electrode-the-product-obtained-at-the-anode-will-be-1-oxygen-gas-2-h2s-gas-3-so2-gas-4-hydrogen-gas-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTg1OTgx-a-fuel-cell-develops-an-electrical-potential-from-the-combustion-of-butane-at-1-bar-and-298-k-c4h10-g-6-5o2-g-rarr-4-co2-g-5h2o-l-eo-of-a-cell-is-given-delta-g-o-2746-k-j-m-o-l-e-1-4-74-v-2-0-547-v-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTg5MTI5-which-of-the-following-is-most-likely-to-occur-when-a-gas-x-at-1-atm-is-bubbled-through-a-solution-containing-1-m-y-and-1-m-z-at-25-deg-c-if-the-standard-reduction-potentials-follow-the-order-z-y-x-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTg5NjA4-the-standard-emf-of-a-galvanic-cell-involving-cell-reaction-with-n-2-is-found-to-be-0-295-v-at-25-deg-c-the-equilibrium-constant-of-the-reaction-would-be-given-f-96500-c-mol-1-r-8-314-jk-1-mol-1-1-2-0 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTkwMTQ0-g-deg-for-the-reaction-given-below-is-12a-g-32b-g-c-g-keq-826atm-1at298k-1-8-32-kj-2-8-32-kj-3-16-64-kj-4-16-64-kj-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTkwMzMx-which-of-the-following-statements-is-correct-for-the-electrolysis-of-cuso-solution-1-cathode-reaction-cu2-2e-rarr-cu-using-cu-electrode-2-anode-reaction-cu-rarr-cu-e-using-cu-electrode-3-cathode-react https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTkwNTAz-molten-sodium-chloride-conducts-electricity-due-to-the-presence-of-1-free-ions-2-free-molecules-3-free-electrons-4-atoms-of-sodium-and-chlorine-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTkxNjI4-one-liter-of-0-5-m-kcl-solution-is-electrolyzed-for-one-minute-in-a-current-of-1-608-ma-considering-100-efficiency-the-ph-of-the-resulting-solution-will-be-1-seven-7-2-nine-9-3-eight-8-4-ten-10-1-2-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTk0OTc0-the-reaction-from-following-having-top-position-in-emf-series-std-red-potential-according-to-their-electrode-potential-at-298-k-is-1-mg2-2e-8722-8594-mg-s-2-fe2-2e-8722-8594-fe-s-3-au3-3e-8722-8594-au https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjA4Nzc4-absolute-electrode-potential-of-an-electrode-can-t-be-measured-because-1-oxidation-or-reduction-can-not-occur-alone-2-oxidation-or-reduction-can-occur-alone-3-absolute-electrode-potential-is-an-intens https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjA4Nzg3-find-the-value-of-the-standard-cell-potential-e-deg-cell-for-a-non-feasible-electrochemical-cell-reaction-1-e-deg-cell-is-equal-to-zero-e-deg-cell-0-2-e-deg-cell-is-less-than-zero-e-deg-cell-0-4-none https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjA4Nzg4-find-the-value-of-the-standard-cell-potential-e-deg-cell-for-a-feasible-electrochemical-cell-reaction-1-e-deg-cell-is-equal-to-zero-e-deg-cell-0-2-e-deg-cell-is-less-than-zero-e-deg-cell-0-4-none-of-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjA4ODA0-ecell-0-or-rg-0-this-condition-is-applicable-on-1-spontaneous-reaction-2-equilibrium-reaction-3-non-equilibrium-reaction-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjA4ODA4-the-negative-sign-in-the-expression-eozn2-zn-0-76-v-indicates-1-the-reactivity-of-the-metal-increases-2-the-reactivity-of-the-metal-decreases-3-there-is-no-effect-on-the-metal-s-reactivity-4-none-of-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjA4ODg2-electrode-potential-is-the-potential-difference-between-the-1-electrode-and-the-electrolyte-2-anode-and-cathode-3-anode-and-atmosphere-4-cathode-and-atmosphere-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjA5MDgz-what-happens-to-the-ph-of-the-solution-during-the-electrolysis-of-aqueous-nacl-brine-1-the-ph-of-the-solution-increases-2-the-ph-of-the-solution-decreases-3-there-is-no-change-in-the-ph-of-the-solutio https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjE2OTgx-the-resistance-of-a-conductivity-cell-containing-0-001m-kcl-solution-at-298-k-is-1500-the-cell-constant-if-conductivity-of-0-001-m-kcl-solution-at-298-k-is-0-146-times-10-3-s-cm-1-will-be-1-0-32-cm-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjE2OTgy-find-the-dissociation-constant-k-of-0-00241-m-acetic-acid-if-its-conductivity-is-7-896-times-10-s-cm-sup1-and-its-molar-conductivity-at-infinite-dilution-lambda-deg-is-390-5-s-cm-sup2-mol-sup1-1-2-45 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjE2OTgz-a-solution-of-ni-no3-2-is-electrolysed-between-platinum-electrodes-using-a-current-of-5-amperes-for-20-minutes-what-mass-of-nickel-ni-is-deposited-at-the-cathode-given-molar-mass-of-ni-58-7g-1-1-82-g https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI0NjI1-the-resistance-of-a-cell-containing-0-001-m-kcl-solution-at-298-k-is-1500-the-conductivity-is-0-146-times-10-ndash-3-s-cm-ndash-1-the-cell-constant-would-be-1-0-12-cm-1-2-0-56-cm-1-3-0-22-cm-1-4-1-36 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI0NjM4-the-number-of-faradays-required-to-produce-20-0-g-of-ca-from-molten-cacl2-is-1-2f-2-1f-3-4f-4-3f-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI0NjYx-three-electrolytic-cells-a-b-c-containing-solutions-of-znso4-agno3-and-cuso4-respectively-are-connected-in-series-a-steady-current-of-1-5-amperes-was-passed-through-them-until-1-45-g-of-silver-was-dep https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI0NjYy-find-the-number-of-electrons-that-flow-through-a-metallic-wire-when-a-current-of-0-5-a-passes-through-it-for-2-hours-1-2-25-times-10-sup2-sup2-2-2-25-times-10-sup2-sup2-3-1-34-times-10-sup2-sup1-4-3-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI0NjYz-what-is-the-quantity-of-electricity-in-coulombs-needed-to-reduce-1-mol-of-cr2o72-for-the-reaction-cr2o72-14h-thinsp-6e-rarr-2cr-3-7h2o-1-578992-c-2-289461-c-3-192974-c-4-96487-c-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI0Njg3-what-is-the-potential-of-a-hydrogen-electrode-in-contact-with-a-solution-whose-ph-is-10-1-0-591-v-2-0-591-v-3-0-295-v-4-0-295-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI0Njg4-what-will-be-the-emf-of-the-cell-in-which-the-following-reaction-takes-place-given-ecell-deg-1-05v-ni-s-2ag-0-002m-rarr-ni2-0-160m-2ag-s-1-0-80-v-2-0-91-v-3-0-45-v-4-0-36-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI0Njg5-the-cell-in-which-the-following-reactions-occurs-2fe3-aq-2i-aq-rarr-2fe2-aq-i2-s-has-e-cell-o-0-236-v-at-298-k-the-equilibrium-constant-of-the-cell-reaction-is-1-9-57-times-107-2-8-43-times-106-3-3-68 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI0Njkw-the-molar-conductivity-of-0-025-mol-l-minus-1-methanoic-acid-is-46-1-s-cm2-mol-minus-1-what-is-the-dissociation-constant-of-methanoic-acid-given-lambda-deg-h-349-6-s-cm2-mol-minus-1-and-lambda-deg-hco https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDI1-mg-s-mg2-0-001m-cu2-0-0001-m-cu-s-emg2-mgo-2-36v-ecu2-cuo-0-34v-the-value-of-ecell-for-the-above-reaction-is-1-3-46-v-2-3-15-v-3-2-67-v-4-1-24-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDM5-the-cell-that-will-measure-the-standard-electrode-potential-of-a-copper-electrode-is-1-pt-s-h2-g-1-over-10-bar-h-aq-1m-cu2-aq-1m-cu-2-pt-s-h2-g-1-bar-h-aq-1m-cu2-aq-2m-cu-3-pt-s-h2-g-1-bar-h-aq-1m-cu2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDQw-the-electrode-potential-for-the-mg-electrode-varies-according-to-the-equation-e-mg-2-mg-e-mg-2-mg-o-frac-0-059-2-log-frac-1-mg-2-the-graph-of-emg2-mg-vs-log-mg2-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDQx-the-correct-statement-among-the-following-options-is-1-ecell-and-rg-of-cell-reaction-are-both-extensive-properties-2-ecell-and-rg-of-cell-reaction-are-both-intensive-properties-3-ecell-is-an-intensive https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDQy-the-difference-between-the-electrode-potentials-of-two-electrodes-when-no-current-is-drawn-through-the-cell-is-called-1-cell-potential-2-cell-emf-3-potential-difference-4-cell-voltage-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDQz-the-incorrect-statement-about-an-inert-electrode-in-a-cell-is-1-it-does-not-participate-in-the-cell-reaction-2-it-provides-a-surface-either-for-oxidation-or-for-the-reduction-reaction-3-it-provides-a https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDQ0-an-electrochemical-cell-behaves-as-an-electrolytic-cell-when-the-externally-applied-potential-eext-becomes-greater-than-the-cell-potential-ecell-which-of-the-following-conditions-is-correct-1-ecell-0 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDQ1-the-incorrect-statement-about-the-solution-of-electrolytes-is-1-conductivity-of-solution-depends-upon-the-size-of-ions-2-conductivity-depends-upon-the-viscosity-of-solution-3-conductivity-does-not-dep https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDUw-the-most-stable-oxidized-species-among-the-following-is-e-mathrm-cr-2-mathrm-o-7-2-mathrm-cr-3-o-1-33-mathrm-v-e-mathrm-cl-2-mathrm-cl-o-1-36-mathrm-v-e-mathrm-mno-4-mathrm-mn-2-o-1-51-mathrm-v-e-math https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDUx-the-quantity-of-charge-required-to-obtain-one-mole-of-aluminium-from-al2o3-is-1-1-f-2-6-f-3-3-f-4-2-f-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDUy-the-cell-constant-of-a-conductivity-cell-1-changes-with-the-change-of-electrolyte-2-changes-with-the-change-of-concentration-of-electrolyte-3-changes-with-the-temperature-of-the-electrolyte-4-remains https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDUz-the-correct-statement-about-charging-of-the-lead-storage-battery-is-1-pbso4-anode-is-reduced-to-pb-2-pbso4-cathode-is-reduced-to-pb-3-pbso4-cathode-is-oxidised-to-pb-4-pbso4-anode-is-oxidised-to-pbo2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDU0-lambda-m-nh-4-oh-o-is-equal-to-1-lambda-m-nh-4-oh-o-lambda-m-nh-4-cl-o-lambda-m-hcl-o-2-lambda-m-nh-4-cl-o-lambda-m-naoh-o-lambda-m-nacl-o-3-lambda-m-nh-4-cl-o-lambda-m-nacl-o-lambda-m-naoh-o-4-lambda https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDU1-the-half-cell-reaction-at-the-anode-during-the-electrolysis-of-aqueous-sodium-chloride-solution-is-represented-by-1-na-aq-e-na-s-e-cell-o-2-71-v-2-2h2o-l-o2-g-4h-aq-4e-e-cell-o-1-23-v-3-h-aq-e-frac-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDgx-match-the-terms-given-in-column-i-with-the-items-given-in-column-ii-column-i-column-ii-a-lambda-m-b-eocell-c-kappa-d-rgcell-1-intensive-property-2-depends-on-number-of-ions-volume-3-extensive-property https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDkz-given-below-are-two-statements-assertion-a-current-stops-flowing-when-ecell-0-reason-r-equilibrium-of-the-cell-reaction-is-attained-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDk1-assertion-a-copper-sulphate-can-be-stored-in-a-zinc-vessel-reason-r-zinc-is-less-reactive-than-copper-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjQ1MTEw-identify-the-reactants-r-and-product-p-in-a-typical-fuel-cell-1-r-h2-g-o2-g-p-h2o2-l-2-r-h2-g-o2-g-p-h2o-l-3-r-h2-g-o2-g-c-l2-g-p-hclo4-aq-4-r-h2-g-n2-g-p-nh3-aq-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjUxMDI2-the-gibb-s-energy-for-the-decomposition-of-mathrm-a-l-2-o-3-at-mathrm-500-circ-c-is-as-follows-2-3al2o3-rarr-4-3al-o2-rg-960-k-j-mol-ndash-1-the-potential-difference-needed-for-the-electrolytic-reduct https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjUxMDI5-molar-conductivities-and-deg-m-at-infinite-dilution-of-nacl-hcl-and-ch3coona-are-126-4-425-9-and-91-0-s-cm2-mol-ndash-1-respectively-and-deg-m-for-ch3cooh-will-be-1-180-5-s-cm-2-mol-1-2-290-8-s-cm-2-m https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjUxMTEw-the-correct-expression-that-represents-the-equivalent-conductance-at-infinite-dilution-of-al2-so4-3-is-given-that-and-al3-deg-and-and-so42-deg-are-the-equivalent-conductances-at-infinite-dilution-of-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjUxMTY5-consider-the-following-relations-for-emf-of-an-electrochemical-cell-a-emf-of-a-cell-oxidation-potential-of-the-anode-ndash-reduction-potential-of-the-cathode-b-emf-of-a-cell-oxidation-potential-of-the https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY0MDAx-which-of-the-following-materials-will-cause-a-change-in-the-concentration-of-zncl-solution-when-it-is-kept-in-a-container-made-of-them-1-al-2-cu-3-ag-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY0MDE3-which-of-the-following-quantities-does-the-change-in-gibbs-free-energy-delta-g-depend-upon-for-the-electrochemical-cell-reaction-cu-2-c-1-zn-to-cu-zn-2-c-2-1-ln-c-1-c-2-2-ln-frac-c-2-c-1-3-ln-c-2-4-ln https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY0MzYw-for-the-disproportionation-of-copper-2cu-rarr-c-u2-c-u-e-deg-is-given-e-deg-for-cu-2-cu-is-0-34-v-e-ordm-for-cu-2-cu-is-0-15-v-1-0-49-v-2-ndash-0-19-v-3-0-38-v-4-ndash-0-38-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY0MzY1-a-cell-reaction-become-spontaneous-when-1-g-ordm-is-negative-2-g-ordm-is-positive-3-ered-deg-is-positive-4-ered-deg-is-negative-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY0MzY4-at-infinite-dilution-equivalent-conductances-of-ba-2-cl-ndash-ions-are-127-76-ohm-ndash-1cm-ndash-1-eq-ndash-1-respectively-equivalent-conductance-ohm-ndash-1cm-ndash-1-eq-ndash-1-of-bacl2-at-infinite https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY0Nzkz-the-value-of-e0-cell-for-the-following-reaction-is-cu-2-sn-2-to-cu-sn-4-given-equilibrium-constant-is-106-1-0-17-2-0-01-3-0-05-4-1-77-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY0ODQy-the-standard-emf-of-a-galvanic-cell-involving-cell-reaction-with-n-2-is-found-to-be-0-295-v-at-25-ordm-c-the-equilibrium-constant-of-the-reaction-would-be-given-f-96500-c-mol-ndash-1-r-8-314-j-k-ndash https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY1MzQ5-in-the-silver-plating-of-copper-k-ag-cn-2-is-used-instead-of-agno3-the-reason-is-1-a-thin-layer-of-ag-is-formed-on-cu-2-more-voltage-is-required-3-ag-ions-are-completely-removed-from-the-solution-4-le https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY2MDQz-consider-the-following-reaction-frac-4-3-mathrm-al-mathrm-s-mathrm-o-2-mathrm-g-rightarrow-frac-2-3-mathrm-al-2-mathrm-o-3-mathrm-s-g-827-kj-mol-1-the-minimum-e-m-f-required-to-carry-out-the-electroly https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY2MDU3-the-emf-of-a-daniel-cell-at-298-k-is-e1-zn-znso4-0-01-m-cuso4-1-0-m-cu-when-the-concentration-of-znso4-is-1-0-m-and-that-of-cuso4-is-0-01-m-the-emf-is-changed-to-e2-the-correct-relationship-between-e1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY5OTk0-the-following-metals-should-be-arranged-so-that-they-push-one-another-out-of-the-salt-solution-in-that-order-al-cu-fe-mg-and-zn-1-cu-fe-zn-al-mg-2-zn-fe-cu-mg-al-3-mg-cu-zn-fe-al-4-al-zn-fe-cu-mg-1-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY5OTk1-given-the-standard-electrode-potentials-k-k-ndash-2-93-v-ag-ag-0-80-v-hg2-hg-0-79-v-mg2-mg-ndash-2-37-v-cr3-cr-ndash-0-74-v-the-correct-increasing-order-of-reducing-power-of-the-metals-is-1-cr-mg-k-ag https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY5OTk2-the-correct-statement-about-the-given-galvanic-cell-equation-is-zn-s-2ag-shy-shy-shy-aq-rarr-zn2-aq-2ag-s-1-the-current-will-flow-from-silver-to-zinc-in-the-external-circuit-2-the-current-will-flow-fr https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY5OTk4-2cr-s-3cd2-aq-rarr-2cr3-aq-3cd-e-cr3-cr-0-74-v-e-cd2-cd-0-40-v-the-value-of-gro-in-the-above-reaction-will-be-1-196-83-kj-2-196-83-kj-3-186-83-kj-4-186-83-kj-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY5OTk5-the-incorrect-statement-s-among-the-following-is-are-a-the-unit-of-conductivity-is-s-cm-ndash-2-b-specific-conductivity-of-weak-and-strong-electrolytes-always-decreases-with-a-decrease-in-concentratio https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjcwMDAx-the-conductivity-of-0-20-m-solution-of-kcl-at-298-k-is-0-0248-s-cm-ndash-1-the-molar-conductivity-will-be-1-124-s-cm2-mol-1-2-134-s-cm2-mol-1-3-128-s-cm2-mol-1-4-136-s-cm2-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjcwMDAy-the-electricity-required-in-coulombs-for-the-oxidation-of-1-mole-of-feo-to-fe-2-o-3-is-1-964-87-c-2-96487-c-3-96-487-c-4-9-6487-c-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjcxNTUy-the-value-of-ecell-in-the-reaction-below-will-be-small-pt-s-br-0-010-m-br-2-l-h-0-030-m-h-2-g-1-bar-pt-s-e-br-br-2-o-1-09-v-1-1-298-v-2-ndash-1-398-v-3-ndash-1-298-v-4-ndash-1-198-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjcxNjI3-the-value-of-g-deg-in-the-reaction-below-would-be-small-mathrm-zn-mathrm-s-mathrm-ag-2-mathrm-o-mathrm-s-mathrm-h-2-mathrm-o-mathrm-l-rightarrow-mathrm-zn-2-mathrm-aq-2-mathrm-ag-mathrm-s-2-mathrm-oh https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjcyMTY3-the-mass-of-nickel-deposited-by-electrolysis-of-a-solution-of-ni-no3-2-using-a-current-of-5-amperes-for-20-min-is-atomic-mass-of-nickle-is-58-7u-1-2-42-g-2-1-82-g-3-3-93-g-4-6-42-g-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc0MTQx-consider-the-following-graph-the-strong-electrolyte-in-the-above-graph-is-represented-by-1-x-2-y-3-both-x-and-y-4-data-given-is-not-sufficient-to-predict-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc0MTQ0-consider-the-following-graph-of-molar-conductivity-of-kcl-solution-at-different-concentrations-the-value-of-limiting-molar-conductivity-for-kcl-is-150-0-s-cm2-mol-1-the-value-of-the-slope-at-point-a-w https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3MTc1-the-molar-conductance-of-nacl-hci-and-ch3coona-at-infinite-dilution-are-126-45-426-16-and-91-0-s-cm-mol-ndash-1-respectively-the-molar-conductance-of-ch3cooh-at-infinite-dilution-will-be-1-698-28-s-cm https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3MTk2-the-molar-conductivity-of-0-007-m-acetic-acid-is-20-s-cm2-mol-ndash-1-the-dissociation-constant-of-acetic-acid-is-mathrm-lambda-h-o-350-s-cm-2-mol-1-mathrm-mathrm-lambda-ch-3-coo-o-50-s-cm-2-mol-1-1-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzA5NzE4-for-a-cell-reaction-involving-a-two-electron-change-the-standard-emf-of-the-cell-is-found-to-be-0-295v-at-25oc-the-equilibrium-constant-of-the-reaction-at-25oc-will-be-1-1-times-10-10-2-29-5-times-10 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDI3-statement-1-the-standard-electrode-potential-of-the-system-mg2-mg-can-be-measured-with-respect-to-hydrogen-electrode-statement-2-the-standard-electrode-potential-for-hydrogen-electrode-is-zero-1-state https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDc4-rusting-of-iron-is-envisaged-as-setting-up-of-an-electrochemical-cell-because-1-oxidation-of-iron-takes-place-during-rusting-2-reduction-of-iron-takes-place-3-iron-shows-disproportionation-reaction-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzM5NDAy-given-below-are-half-cell-reactions-text-mno-4-8-text-h-5-text-e-rightarrow-text-mn-2-4-text-h-2-text-o-text-e-text-mn-2-circ-text-mno-4-1-510-text-v-frac-1-2-text-o-2-2-text-h-2-text-e-rightarrow-tex https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzM5NDIx-find-the-emf-of-the-cell-in-which-the-following-reaction-takes-place-at-298-k-mathrm-ni-mathrm-s-2-mathrm-ag-0-001-mathrm-m-rightarrow-mathrm-ni-2-0-001-mathrm-m-2-mathrm-ag-mathrm-s-small-text-given https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzM5ODA2-the-three-cells-with-their-e-circ-text-cell-values-are-given-below-cells-e-circ-text-cell-v-a-fe-fe2-fe3-fe-0-404-b-fe-fe2-fe3-fe2-pt-1-211-c-fe-fe3-fe3-fe2-pt-0-807-the-standard-gibbs-free-energy-cha https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzM5ODE3-land-o-m-for-nacl-hcl-and-mathrm-ch-3coona-are-126-4-425-9-and-91-05-s-cm2-mol-ndash-1-respectively-if-the-conductivity-of-0-001028-mol-l-ndash-1-acetic-acid-solution-is-4-95-times-10-5-s-cm-1-the-deg https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ2NDM0-two-half-cell-reactions-are-given-below-begin-aligned-mathrm-co-3-e-rightarrow-co-2-e-co-2-co-3-circ-1-81-v-2-mathrm-al-3-6-e-rightarrow-2-al-s-e-al-al-3-circ-1-66-v-end-aligned-the-standard-emf-of-a https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ2NTE1-standard-electrode-potential-for-the-cell-with-cell-reaction-zn-s-cu2-aq-rarr-zn2-aq-cu-s-is-1-1-v-calculate-the-standard-gibbs-energy-change-for-the-cell-reaction-given-f-96487-c-mol-ndash-1-1-ndash https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzY2OTgy-given-below-are-two-statements-assertion-a-in-the-equation-delta-mathrm-r-mathrm-g-mathrm-nfe-text-cell-value-of-mathrm-delta-rg-depends-on-n-reason-r-mathrm-e-cell-is-an-intensive-property-and-mathrm https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzY2OTg3-the-conductivity-of-centimolar-solution-of-kcl-at-25-deg-c-is-0-0210-ohm-ndash-1-cm-ndash-1-and-the-resistance-of-the-cell-containing-the-solution-at-25-deg-c-is-60-ohm-the-value-of-the-cell-constant https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzY4MjY1-the-molar-conductance-of-an-electrolyte-increases-with-dilution-according-to-the-equation-lambda-mathrm-m-lambda-mathrm-m-circ-mathrm-a-sqrt-mathrm-c-consider-the-following-four-statements-a-this-equa https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzY4MjY4-the-correct-value-of-cell-potential-in-volts-for-the-reaction-that-occurs-when-the-following-two-half-cells-are-connected-is-mathrm-fe-aq-2-2-e-rightarrow-fe-s-e-circ-0-44-v-mathrm-cr-2-o-7-2-aq-14-h https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzY4MzQ4-the-molar-conductance-of-a-solution-given-its-conductivity-0-248-s-m-ndash-1-and-concentration-0-2-mol-m-ndash-3-is-1-0-124-s-cm2-mol-ndash-1-2-1-24-s-m2-mol-ndash-1-3-124-s-cm2-mol-ndash-1-4-124-s-m2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU1MDIy-match-the-redox-conversions-in-list-i-with-the-corresponding-number-of-faradays-required-in-list-ii-list-i-redox-conversion-list-ii-number-of-faraday-required-a-1-mol-of-h2o-to-o2-i-3f-b-1-mol-of-mno https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU1MDQ4-mass-in-grams-of-copper-deposited-by-passing-9-6487-a-current-through-a-voltmeter-containing-copper-sulphate-for-100-seconds-is-given-molar-mass-of-cu-63-g-mol-1-1f-96487-c-1-0-315-g-2-31-5-g-3-0-0315 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU2ODUx-given-below-are-two-statements-statement-i-2-mathrm-f-electricity-is-required-for-the-oxidation-of-1-mole-mathrm-h-2-mathrm-o-to-mathrm-o-2-statement-ii-to-get-40-0-mathrm-g-of-aluminium-from-molten-m https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246ODkwNjA-consider-the-given-cell-mathrm-z-n-left-right-z-n-s-o-4-left-right-0-01-m-left-right-left-right-left-right-c-u-s-o-4-left-right-1-0-m-left-right-left-right-c-u-in-the-electrochemical-cell-the-emf-of-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDMx-the-potential-of-hydrogen-electrode-in-contact-with-a-solution-with-ph-10-is-1-0-0591-v-2-5-91-v-3-0-0591-v-4-0-591-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzI0MzIw-the-standard-reduction-potential-of-zn2-zn-and-cu2-cu-is-0-76-and-0-34-v-respectively-the-oxidising-agent-and-reducing-agent-respectively-are-1-cu-zn2-2-zn-cu-3-cu2-zn2-4-cu2-zn-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzM2ODgw-resistance-of-a-decimolar-solution-between-two-electrodes-0-02-meter-apart-and-0-004-m2-in-the-area-was-found-to-be-50-ohms-specific-conductance-k-is-1-0-1-sm-1-2-1-sm-1-3-10-s-m-1-4-4-times-10-4-s-m https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3OTA2-resistance-of-a-conductivity-cell-filled-with-0-1-mol-l-1-kcl-solution-is-100-if-the-resistance-of-the-same-cell-when-filled-with-0-02-mol-l-1-kcl-solution-is-520-the-conductivity-of-0-1-mol-l-1-kcl-s https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzMyNzU2-how-many-faradays-are-required-to-deposit-127-grams-of-copper-from-a-copper-sulfate-solution-atomic-weight-of-copper-63-5-1-1-f-2-2-f-3-3-f-4-4-f-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzI0MzIz-aqueous-nacl-solution-is-electrolyzed-using-platinum-electrodes-it-can-be-concluded-that-the-ph-of-the-solution-1-increases-2-decreases-3-unchanged-4-can-t-be-predicted-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjk3MzM0-aluminium-oxide-may-be-electrolysed-at-1000-c-to-furnish-aluminium-metal-the-cathode-reaction-is-al3-3e-al-to-prepare-5-12-kg-of-aluminium-metal-by-this-method-would-require-atomic-mass-27-amu-1-farad https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDg0-match-column-i-types-of-cell-with-column-ii-characteristics-shown-by-cells-and-mark-the-appropriate-option-column-i-type-of-cell-column-ii-characteristics-a-lechlanche-cell-1-cell-reaction-2h2-o2-2h2o https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzM2NTk0-the-correct-statement-regarding-dry-cells-among-the-following-is-a-it-is-also-known-as-the-leclanche-cell-b-the-electrolyte-is-a-moist-paste-of-ammonium-chloride-nh4cl-and-zinc-chloride-zncl2-c-the-ca https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246ODkwNzQ-if-the-eocell-for-a-given-reaction-has-a-negative-value-which-of-the-following-gives-correct-relationships-for-the-values-of-go-and-keq-1-go-0-keq-0-keq-0-keq-1-go-0-keq-1-3-go-1-go-1-4-go-0-keq-1-go https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDg2-given-below-are-two-statements-assertion-a-cu-is-less-reactive-than-hydrogen-reason-r-e-cu2-cu-is-negative-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-i https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3OTAz-mg-s-2ag-0-0001m-mg2-0-130m-2ag-s-if-e-cell-for-the-above-mentioned-cell-is-3-17-v-then-e-cell-value-will-be-log-13-1-1-1-2-87-v-2-3-08-v-3-2-96-v-4-2-68-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ4ODcy-select-the-incorrect-statement-regarding-mercury-cell-1-it-consists-of-zinc-mercury-amalgam-as-anode-2-it-consists-of-a-paste-of-nh4cl-and-zncl2-as-electrolyte-3-it-consists-of-paste-of-hgo-and-carbon https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ4NzMy-for-a-conductivity-cell-containing-10-3-m-kcl-solution-at-298-k-the-resistance-is-1500-ohm-and-the-conductivity-is-0-15-10-3-s-cm-1-the-cell-constant-of-the-cell-is-1-10-0-cm-1-2-0-10-cm-1-3-0-115-cm https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ5MzI4-incorrect-statement-among-the-following-is-1-when-no-current-is-drawn-through-the-cell-the-cell-potential-is-called-emf-of-the-cell-2-corrosion-of-metals-is-an-electrochemical-phenomenon-3-specific-co https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzMwMzIz-kohlrausch-gives-the-following-relation-for-strong-electrolytes-wedge-wedge-0-a-sqrt-c-which-of-the-following-equality-holds-text-1-lambda-lambda-0-text-as-c-longrightarrow-sqrt-lambda-text-2-lambda-l https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTEzNjIz-given-below-are-two-statements-assertion-a-a-standard-hydrogen-electrode-is-also-called-reversible-electrode-reason-r-it-can-act-on-both-as-anode-as-well-as-cathode-in-an-electrochemical-cell-1-both-a https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjE3Njk3-match-the-column-i-with-column-ii-and-mark-the-appropriate-option-column-i-term-column-ii-units-a-lambda-m-1-s-cm-1-b-ecell-2-m-1-c-3-s-cm2-mol-1-d-g-4-v-lambda-m-e-text-cell-kappa-and-g-represent-the https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDk1Njg0-consider-the-given-half-cell-reactions-begin-array-ll-mathrm-fe-2-rightarrow-mathrm-fe-3-mathrm-e-mathrm-e-mathrm-fe-3-mathrm-fe-2-0-0-77-mathrm-v-2-mathrm-i-rightarrow-mathrm-i-2-2-mathrm-e-mathrm-e https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzg2Mzgw-consider-the-following-half-cell-reactions-mathrm-ag-mathrm-aq-mathrm-e-rightarrow-mathrm-ag-mathrm-s-quad-mathrm-e-circ-0-80-mathrm-v-mathrm-fe-2-mathrm-aq-2-mathrm-e-rightarrow-mathrm-fe-mathrm-s-ma https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDg1-match-the-items-of-column-i-and-column-ii-on-the-basis-of-data-given-below-column-i-column-ii-a-f2-1-metal-is-the-strongest-reducing-agent-b-li-2-metal-ion-which-is-the-weakest-oxidising-agent-c-au3-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzk3NzI3-given-the-following-reaction-mathrm-zn-mathrm-s-mathrm-cu-2-mathrm-aq-rightarrow-mathrm-zn-2-mathrm-aq-mathrm-cu-mathrm-s-e-cell-2-v-at-298-k-the-standard-gibbs-energy-for-the-given-cell-reaction-in-k https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDU4-which-of-the-following-expressions-are-correct-descriptions-of-the-state-of-equilibrium-in-a-daniel-cell-if-its-e-cell-o-1-1-v-a-1-1-kc-b-2-303rt2flogkc-1-12-303rt2flogkc-1-12-303rt2flogkc-1-1-c-logkc https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzYyOTI3-consider-the-following-cell-representation-pt-h2-1-atm-h-1-m-fe-3-fe-2-find-the-value-of-ratio-of-the-concentration-of-fe-2-to-fe-3-given-ecell-0-712-e0cell-0-771-1-12-2-10-3-16-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTEzNzMy-which-of-the-following-is-true-for-the-cell-mg-left-mg-2-cu-2-right-cu-1-mg-is-cathode-2-cu-is-anode-3-the-cell-reaction-is-mg-cu-2-rightarrow-mg-2-cu-4-cu-is-the-oxidising-agent-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzgwMDIw-what-is-the-electrode-potential-in-v-of-the-following-electrode-at-25-c-ni-2-0-1m-ni-s-given-standard-reaction-potential-of-ni-2-ni-is-0-25-v-2-303-rt-over-f-0-06-1-0-28-v-2-0-34-v-3-0-82-v-4-0-12-v-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzY2Nzkx-the-correct-cell-representation-for-the-reaction-given-below-is-mathrm-h-2-2-mathrm-agcl-rightarrow-2-mathrm-h-2-mathrm-ag-2-mathrm-cl-1-mathrm-pt-left-mathrm-h-2-right-mathrm-hcl-mathrm-agcl-mid-math https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzkwMzU3-mark-the-correct-nernst-equation-representation-for-the-following-cell-mathrm-fe-s-left-mathrm-fe-2-0-001-mathrm-m-right-left-mathrm-h-1-mathrm-m-right-mathrm-h-2-g-1-mathrm-bar-mid-mathrm-pt-s-1-e-te https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3NTA4-the-standard-gibbs-energy-for-the-given-cell-reaction-in-kj-mol-1-at-298-k-is-zn-s-cu2-aq-zn2-aq-cu-s-zn-s-cu2-aq-zn2-aq-cu-s-zn-s-cu2-aq-zn2-aq-cu-s-e-cell-2v-at-298-k-faraday-s-constant-f-96000-c-mo https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ3NDg0-the-standard-electrode-potential-and-standard-gibb-s-energy-value-are-1-1-v-and-212-27-kjmol-1-respectively-the-correct-reaction-is-given-faraday-constant-96500-c-mol-1-x-s-y-aq-rightarrow-x-aq-y-s-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ5MjA5-standard-gibbs-free-energy-delta-g-o-for-a-reversible-reaction-having-equilibrium-constant-10-2-at-27-c-will-be-1-500r-2-2-303-600r-3-600r-4-2-303-500r-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDY4ODg1-the-standard-cell-potential-of-the-following-cell-mathrm-zn-left-zn-2-aq-fe-2-aq-right-fe-text-is-0-32-v-calculate-the-standard-gibbs-energy-change-for-the-reaction-mathrm-zn-s-fe-2-aq-rightarrow-zn-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ4NTkw-the-reduction-potential-of-the-hydrogen-electrode-when-in-contact-with-a-solution-having-ph-8-is-given-text-p-h-2-1-text-atm-1-0-71-v-2-0-47-v-3-0-95-v-4-0-36-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3OTA1-the-standard-electrode-potential-for-daniell-cell-is-1-1v-the-standard-gibbs-energy-for-the-given-reaction-is-zn-s-cu2-aq-zn2-aq-cu-s-given-f-96487-c-mol-1-1-312-27-kj-mol-1-2-212-27-kj-mol-1-3-312-27 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzA5Mzkx-mathrm-zn-s-mathrm-cu-2-0-1-mathrm-m-rightarrow-mathrm-zn-2-1-mathrm-m-mathrm-cu-s-for-the-redox-reaction-taking-place-in-a-cell-e-o-cell-is-1-10-volt-ecell-for-the-cell-will-be-left-2-303-frac-r-t-f https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDYxMTc4-a-cell-has-been-set-up-as-shown-in-the-following-diagram-and-e-circ-has-been-measured-as-1-00-v-at-25-circ-text-c-calculate-delta-g-circ-for-the-reaction-1-386-kj-2-193-kj-3-100-kj-4-193-kj-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzc4OTky-if-the-limiting-molar-conductivity-of-ca-2-119-s-cm2mol-1-and-the-limiting-molar-conductivity-of-cl-71-s-cm2mol-1-then-the-limiting-molar-conductivity-of-cacl2-is-1-341-s-cm2mol-1-2-261-s-cm2mol-1-3-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzkwMzYw-match-the-column-i-with-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-wedge-m-i-l-a-b-g-ii-rho-l-a-c-kappa-iii-kappa-c-d-r-iv-frac-g-r-1-a-i-b-iii-c-ii-d-iv-2-a-iii-b-i-c-iv-d-ii-3-a https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzk0Mzg3-the-molar-conductance-at-infinite-dilution-of-k-and-cl-ions-are-62-12-times-10-4-text-sm-2-text-mol-and-73-54-times-10-4-text-sm-2-text-mol-respectively-the-molar-conductance-at-infinite-dilution-for https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ3Mzkz-the-cell-constant-of-a-conductivity-cell-having-resistance-and-conductivity-of-100-omega-and-1-29-s-cm-respectively-is-1-1-29-cm-1-2-12-9-cm-1-3-129-cm-1-4-1290-cm-1-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDgw-match-the-terms-given-in-column-i-with-the-units-given-in-column-ii-column-i-column-ii-a-m-m-m-1-s-cm-1-b-ecell-2-m-1-c-3-s-cm2-mol-1-d-g-4-v-codes-options-a-b-c-d-1-3-4-1-2-2-1-2-3-5-3-5-4-3-2-4-4-5 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzkwMzYy-the-molar-conductivity-of-a-0-15-m-solution-of-kcl-at-298-k-whose-conductivity-is-0-0152-s-cm-1-will-be-1-124-omega-1-cm-2-mol-1-2-204-omega-1-cm-2-mol-1-3-101-omega-1-cm-2-mol-1-4-300-omega-1-cm-2-mo https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDYz-the-correct-choice-among-the-given-regarding-formula-of-conductivity-is-a-1rla1rla1rla-b-g-rg-rg-r-c-m-m-m-d-lalala-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDM4NTg1-the-limiting-molar-conductivities-of-a-divalent-cation-left-mathrm-m-2-right-and-a-monovalent-anion-left-mathrm-a-right-are-57-mathrm-s-mathrm-cm-2-mathrm-mol-1-and-73-mathrm-s-mathrm-cm-2-mathrm-mol https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ0NTQ4-match-the-terms-with-symbols-term-symbol-a-resistance-i-kappa-b-specific-resistance-ii-r-c-conductance-iii-rho-d-specific-conductance-iv-g-choose-the-correct-answer-from-the-options-given-below-option https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU1Njcz-the-graph-represents-the-variation-of-molar-conductance-lambda-m-with-the-square-root-of-concentration-sqrt-c-for-two-electrolytes-a-and-b-based-on-the-graph-the-nature-of-both-electrolytes-is-1-a-str https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzM2ODgx-in-a-conductance-cell-containing-a-0-1-text-m-kcl-solution-the-resistance-measured-is-300-text-ohm-the-conductivity-of-the-solution-is-given-as-0-013-mathrm-s-cm-1-what-is-the-cell-constant-of-this-co https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ3NDg1-the-correct-expression-for-the-molar-conductivity-of-strong-electrolytes-is-1-lambda-m-0-lambda-m-a-c-1-2-2-lambda-m-lambda-m-0-a-c-1-2-3-lambda-mathrm-m-lambda-0-mathrm-m-mathrm-a-mathrm-c-1-2-4-lamb https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzkwMzYx-a-mismatched-property-and-unit-among-the-following-is-1-molar-conductance-s-m2-mol-1-2-cell-constant-m-1-3-specific-conductance-sm2-4-equivalent-conductance-s-m2-eq-1-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDU5-the-conductivity-of-an-electrolytic-solution-depends-on-a-nature-of-the-electrolyte-b-concentration-of-the-electrolyte-c-power-of-ac-source-d-distance-between-the-electrodes-the-correct-statements-fro https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc4NzMx-the-variation-of-molar-conductivity-with-the-concentration-of-an-electrolyte-x-in-an-aqueous-solution-is-shown-in-the-given-figure-the-electrolyte-x-is-1-ch3cooh-2-kno3-3-hcl-4-nacl-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDU0MjY-the-value-of-eqeq-eq-for-nh4cl-naoh-and-nacl-are-respectively-149-74-248-1-and-126-4-ohm-1cm2equiv-1-ohm-1cm2equiv-1-ohm-1cm2equiv-1-the-value-of-eqeq-eq-of-nh4oh-is-1-317-44-2-271-44-3-71-44-4-it-can https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxMTQ3-the-limiting-molar-conductivities-of-nal-nano3-and-agno3-are-text-12-7-mathrm-sm-2-mathrm-mole-2-12-mathrm-sm-2-mathrm-mole-2-and-text-13-3-mathrm-sm-2-mathrm-mole-2-respectively-all-at-25-c-the-limit https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ4NjE2-which-of-the-following-expressions-gives-the-limiting-molar-conductivity-lambda-m-0-of-mgcl-in-terms-of-the-given-values-given-small-lambda-m-o-cacl-2-x-s-text-cm-2-text-mol-1-small-lambda-o-mgso-4-y https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzc4Njg5-if-molar-conductivity-of-ca2-and-cl-ions-are-119-and-71-scm2mol-1-respectively-then-the-molar-conductivity-of-cacl2-at-infinite-dilution-is-1-215-scm-2mol-1-2-340-scm-2mol-1-3-126-scm-2mol-1-4-261-scm https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzg1NzE5-the-limiting-molar-conductivities-of-kcl-kno3-and-agno3-are-149-9-145-0-and-133-4-s-cm2-mol-1-respectively-at-25-c-the-limiting-molar-conductivity-of-agcl-at-the-same-temperature-in-s-cm2-mol-1-will-b https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTQwNDkw-electrolyte-kcl-kno3-hcl-naoac-nacl-scm2mol-1-149-9-145-0-426-2-91-0-126-5-calculate-hoac-hoac-hoac-using-appropriate-molar-conductances-of-the-electrolytes-listed-above-at-infinite-dilution-in-h2o-at https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzExODcz-the-term-infinite-dilution-refers-to-1-1-for-weak-electrolytes-2-an-electrolyte-is-100-dissociated-3-all-interionic-effects-disappear-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246NDU0MjQ-what-is-the-cell-constant-of-a-conductance-cell-in-which-the-distance-between-the-electrodes-is-1-5-cm-and-the-area-of-cross-section-of-each-electrode-is-0-75-cm-1-1-0125-cm-2-0-5-cm-3-2-0-cm-1-4-0-2c https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU2NjYy-what-is-the-cell-constant-of-a-conductance-cell-if-the-specific-conductivity-of-m-10-kcl-solution-at-20-c-is-0-212-cm-and-the-resistance-of-the-solution-in-the-cell-is-55-1-4-616-mathrm-cm-1-2-11-66-m https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTM2MzQz-for-a-strong-electrolyte-the-change-in-the-molar-conductance-with-concentration-is-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDg5-assertion-a-m-for-weak-electrolytes-shows-a-sharp-increase-when-the-electrolytic-solution-is-diluted-reason-r-for-weak-electrolytes-degree-of-dissociation-increases-with-a-dilution-of-the-solution-1-b https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzk3NzE4-which-of-the-following-quantities-is-associated-with-faraday-s-laws-of-electrolysis-1-the-atomic-number-of-the-reactants-2-the-atomic-number-of-the-anion-3-the-equivalent-weight-of-the-electrolyte-4-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzkwNDkw-match-column-i-with-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-electrochemical-equivalent-i-potential-difference-times-quantity-of-charge-b-faraday-ii-mass-of-substance-deposited-b https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjYzNzgx-what-is-the-mass-of-silver-deposited-when-the-charge-passed-is-doubled-if-a-charge-of-10-5-coulomb-deposits-1-g-of-ag-1-1-gm-2-2-gm-3-3-gm-4-4-gm-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzA5MjM4-the-number-of-electrons-passing-per-second-through-a-cross-section-of-cu-wire-carrying-10-a-of-current-is-1-1-1019-2-8-1019-3-6-1019-4-1-6-1019-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzYzMTY4-how-many-moles-of-electrons-are-required-to-reduce-1-mole-of-permanganate-ions-into-manganese-dioxide-1-3-2-6-3-4-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTE1OTI0-what-is-the-atomic-mass-of-a-trivalent-metal-if-a-current-of-9-65-a-is-passed-for-10-minutes-and-3-0-g-of-the-metal-is-deposited-1-30-2-150-3-90-4-289-5-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzc0OTgy-what-is-the-time-required-for-a-current-of-4-00-a-to-deposit-2-0-g-of-copper-from-a-cu-aq-solution-1-2-4-104-s-2-1-5-103-s-3-7-6-102-s-4-3-8-102-s-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDQwNzE2-if-one-coulomb-of-electric-charge-is-passed-through-a-solution-of-silver-nitrate-mathrm-agno-3-during-electrolysis-what-is-the-mass-of-silver-in-milligrams-deposited-at-the-electrode-given-molar-mass https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTYyNzU3-what-will-happen-if-no-salt-bridge-is-used-in-the-electrochemical-cell-1-the-inner-circuit-is-not-completed-2-current-stops-flowing-3-the-outer-circuit-is-not-completed-4-both-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxODc0-consider-the-given-two-statements-statement-i-a-daniel-cell-consists-of-zinc-and-copper-electrodes-immersed-in-solutions-of-their-respective-salts-statement-ii-mercury-cell-consists-of-zinc-mercury-am https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU2NDQ1-match-the-two-lists-and-choose-the-correct-option-list-i-list-ii-i-ni-cd-cell-a-rechargeable-ii-fuel-cell-b-anode-left-mathrm-zn-rightarrow-mathrm-zn-2-2-mathrm-e-right-iii-mercury-cell-c-used-in-hear https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzg2NDY3-the-correct-statement-about-the-electrochemical-cell-is-1-cell-potential-is-an-extensive-property-2-cell-potential-is-an-intensive-property-3-the-gibbs-free-energy-of-an-electrochemical-cell-is-an-int https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxODgz-consider-the-given-two-statements-assertion-a-zinc-displaces-copper-from-copper-sulphate-solution-reason-r-the-e-zn2-zn-is-0-76-volts-and-that-of-e-cu2-cu-is-0-34-volts-1-both-a-and-r-are-true-and-r-i https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTQ3ODg1-which-of-the-following-represents-the-correct-order-of-reducing-power-of-metals-x-y-and-z-having-standard-reduction-potentials-1-2-v-0-5-v-and-3-0-v-respectively-1-y-x-z-2-z-x-y-3-x-y-z-4-y-z-x-1-2-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDc1-which-of-the-following-metals-can-be-extracted-by-electrolytic-reduction-1-k-2-na-3-al-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQwOTc0-assertion-a-the-standard-reduction-potentials-of-three-metallic-ions-a-b-and-c-are-0-3-0-5-and-0-8-volts-respectively-therefore-the-oxidizing-power-of-ions-is-c-a-b-reason-r-the-higher-the-standard-re https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ3NTY1-the-strongest-reducing-agent-on-the-basis-of-e-values-is-1-text-a-text-a-e-o-3-04-text-v-2-text-b-text-b-e-o-2-71-text-v-3-text-c-text-c-e-o-2-92-text-v-4-text-d-text-d-e-o-0-79-text-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzkwNDkz-match-column-i-with-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-pb-s-so-2-4-aq-rightarrow-pbso-4-s-2-e-i-rusting-of-iron-b-so-2-4-aq-rightarrow-s-2o-2-8-aq-2-e-ii-reaction-at-the-an https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjE3NzM0-match-the-items-of-column-i-and-column-ii-column-i-column-ii-a-lead-storage-battery-1-maximum-efficiency-b-mercury-cell-2-prevented-by-galvanisation-c-fuel-cell-3-gives-steady-potential-d-rusting-4-pb https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzg2NDMz-leclanche-cell-is-also-known-as-1-mercury-cell-2-dry-cell-3-lead-cell-4-nickel-cadmium-cell-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ3MjQ1-cell-that-is-used-in-automobiles-and-inverters-is-1-mercury-cell-2-fuel-cell-3-lead-storage-cell-4-dry-cell-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjE3NzQz-match-the-items-of-column-i-and-column-ii-column-i-column-ii-a-lechlanche-cell-b-ni-cd-cell-c-fuel-cell-d-mercury-cell-1-cell-reaction-2h2-o2-2h2o-2-does-not-involve-any-ion-in-solution-and-is-used-in https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzkwNDky-the-overall-reaction-of-a-hydrogen-oxygen-fuel-cell-is-1-2h-2-g-o-2-g-rightarrow-2h-2o-l-2-2h-2-g-4oh-aq-rightarrow-4h-2o-l-4e-3-o-2-g-2h-2o-l-4e-rightarrow-4oh-aq-4-4oh-aq-4e-rightarrow-2h-2o-l-1-2-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzk3NzQz-which-of-the-following-is-the-correct-reason-for-using-a-saturated-solution-of-kno-as-a-salt-bridge-1-velocity-of-k-is-greater-than-that-of-no-3-2-velocity-of-no-3-is-greater-than-that-of-k-3-velociti https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDY4ODI0-from-the-following-select-the-one-which-is-not-an-example-of-corrosion-1-rusting-of-an-iron-object-2-production-of-hydrogen-by-electrolysis-of-water-3-tarnishing-of-silver-4-development-of-green-coati https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTQ3OTEy-the-metal-that-cannot-be-produced-upon-reduction-of-its-oxide-by-aluminium-is-1-k-2-mn-3-cr-4-fe-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTc4NzY4-consider-the-change-in-the-oxidation-state-of-bromine-corresponding-to-different-emf-values-as-shown-in-the-diagram-below-small-bro-4-overset-1-82v-longrightarrow-bro-3-overset-1-5v-longrightarrow-hbr https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTA0NTA-the-pressure-of-h2-required-to-make-the-potential-of-h2-electrode-zero-in-pure-water-at-298-k-is-1-10-12-atm-2-10-10-atm-3-10-4-atm-4-10-14-atm-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTQ3OTIw-consider-the-given-cell-pt-s-h-g-1-bar-h-0-030-m-br-0-010-m-br-l-pt-s-if-the-concentration-of-br-becomes-2-times-and-the-concentration-of-h-becomes-half-of-the-initial-value-then-the-emf-of-the-cell-w https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjcxNTUx-calculate-g-for-the-following-reaction-fe-aq-ag-aq-fe-aq-ag-s-given-e-fe-fe-0-77-v-e-ag-ag-0-80-v-1-2-892-892-89-kjkjkj-2-2-89-2-89-2-89-kjkjkj-3-2-89-2-89-2-89-jjj-4-186-83-j-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTQ3OTE4-the-useful-work-of-the-reaction-small-mathrm-ag-mathrm-s-1-2-mathrm-cl-2-mathrm-g-rightarrow-mathrm-agcl-mathrm-s-is-given-e-cl-2-cl-o-1-36-v-e-agcl-ag-cl-o-0-22-v-p-cl-2-1-atm-and-t-298-k-1-110-kj-mo https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTkwNDQ2-at-25-c25-c25-c-the-standard-emf-of-a-cell-reaction-involving-a-two-electron-exchange-is-found-to-be-0-295-v-the-equilibrium-constant-of-the-reaction-is-approximately-1-9-50-1099-50-1099-50-109-2-9-51 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTQ3ODc4-the-specific-conductance-of-a-0-1-m-kcl-solution-at-23-c-c-c-is-0-012-1cm-1-1cm-1-1cm-1-the-resistance-of-the-cell-containing-the-solution-at-the-same-temperature-was-found-to-be-55-the-cell-constant https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTQ3OTA5-the-unit-of-specific-conductance-is-1-ohm-1-cm-1-2-ohm-cm-3-ohm-cm-1-4-ohm-1-cm-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ3MQ-at-25-c-molar-conductance-of-0-1-molar-aqueous-solution-of-ammonium-hydroxide-is-9-54-1-cm2-mol-1-and-at-infinite-dilution-its-molar-conductance-is-238-1-cm2-mol-1-the-degree-of-ionisation-of-ammonium https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTMzODI-kohlrausch-s-law-states-that-at-1-finite-dilution-each-ion-makes-definite-contribution-to-equivalent-conductance-of-an-electrolyte-whatever-be-the-nature-of-the-other-ion-of-the-electrolyte-2-infinite https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI0NjI5-the-amount-of-charge-required-for-the-reduction-of-1-mol-of-mno-4mno4-mno4-to-mn2-mn2-mn2-is-1-1-1-4-84-84-8-105105105-ccc-2-2-2-3-23-23-2-106106106-ccc-3-3-3-1-81-81-8-105105105-ccc-4-4-4-4-14-14-1-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246ODkwOTA-the-number-of-electrons-delivered-at-the-cathode-during-electrolysis-by-a-current-of-1-ampere-in-60-seconds-is-given-charge-on-electron-1-60-10-19-c-1-6-10236-10236-1023-2-6-10206-10206-1020-3-3-75-10 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTExOTQ-when-0-1-mol-mno42-is-oxidized-the-quantity-of-electricity-required-to-completely-oxidise-mno42-to-mno4-is-1-96500-c-2-2-96500-c-3-9650-c-4-96-50-c-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTQ3ODg4-for-the-cell-ti-ti-0-001m-cu2-0-1m-cu-eocellecelloecello-at-25-c-is-0-83-v-ecell-can-be-increased-1-by-increasing-cu2-2-by-increasing-ti-3-by-decreasing-cu2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTMyNTM-al2o3-is-reduced-by-electrolysis-at-low-potentials-and-high-currents-if-4-0-x-104-a-of-current-is-passed-through-molten-al2o3-for-6-hours-the-mass-of-aluminum-produced-is-assume-100-current-efficiency https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTQ3OTE0-adiponitrile-is-manufactured-electrolytically-from-acrylonitrile-the-reaction-is-as-follows-ch2-ch2-ch2-chcnchcnchcn-cncncn-ch2-ch2-ch2-4-4-4-cncncn-how-many-kg-of-adiponitrile-molecular-mass-108-is-p https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjcyODc3-the-coulombs-of-charge-required-for-the-oxidation-of-1-mole-of-h2o2h2o2h2o2-to-o2o2o2-is-1-9-65-1049-65-1049-65-104-ccc-2-93000-c-3-1-93-1051-93-1051-93-105-ccc-4-19-3-10219-3-10219-3-102-ccc-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjQ5OA-three-faradays-of-electrical-charge-are-passed-consecutively-through-four-separate-electrolytic-cells-containing-aqueous-solutions-of-agno3-cuso4-al-no3-3-and-nacl-what-will-be-the-molar-ratio-of-the https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjAwODk1-pairs-of-reactants-r-and-product-p-are-given-below-the-pair-which-can-be-used-in-a-fuel-cell-is-1-r-h2-g-o2-g-p-h2o2-g-r-h2-g-o2-g-p-h2o2-g-r-h2-g-o2-g-p-h2o2-g-2-r-h2-g-o2-g-p-h2o-r-h2-g-o2-g-p-h2o-r https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246Mjk3OTg-when-aqueous-nacl-solution-is-electrolysed-using-inert-electrodes-then-ph-of-the-solution-1-increases-2-decreases-3-remains-same-4-first-increases-then-decreases-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTExNzUw-salt-with-the-highest-electrolytic-conductivity-in-solution-is-1-k2-ptcl6-2-co-nh3-3-no2-3-3-k4-fe-cn-6-4-co-nh3-4-so4-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-Rpb246NjUwMQ-the-standard-reduction-electrode-potentials-of-three-metals-x-y-and-z-are-given-as-1-2-v-0-5-v-and-3-0-v-respectively-based-on-these-values-what-is-the-correct-order-of-their-reducing-power-1-y-x-z-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTQwNDU-for-the-hypothetical-electrochemical-cell-given-below-a-a-x-m-b-y-m-b-the-measured-cell-emf-is-0-20-v-find-the-overall-cell-reaction-1-a-b-a-b-2-a-e-a-b-e-b-3-the-cell-reaction-cannot-be-predicted-4-a https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTEwMjc-a-device-that-converts-the-energy-of-combustion-of-fuels-like-hydrogen-and-methane-directly-into-electrical-energy-is-known-as-1-fuel-cell-2-electrolytic-cell-3-dynamo-4-ni-cd-cell-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTE1OTE3-if-hydrogen-electrodes-dipped-in-two-solutions-of-ph-4-and-ph-6-are-connected-by-a-salt-bridge-the-emf-of-the-resulting-cell-is-1-0-177-v-2-0-3-v-3-0-118-v-4-0-104-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTkyODMz-a-solution-of-copper-sulphate-is-electrolysed-for-10-minutes-with-a-current-of-1-5-amperes-the-mass-of-copper-deposited-at-cathode-is-given-molar-mass-of-cu-63-g-mol-1-1-f-96487-c-mol-1-1-2-4036-g-2-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTkyODE1-calculate-emf-of-the-half-cell-given-below-pt-s-h-2-g-2-atm-hcl-aq-0-02-m-e-0-h-2-h-0-v-given-frac-2-303-rt-f-0-059-log-2-0-3010-1-0-109-v-2-0-035-v-3-0-035-v-4-0-109-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTk4MjQy-for-a-salt-xy-which-is-a-strong-electrolyte-the-plot-of-lambda-m-versus-sqrt-c-has-a-slope-of-90-0-s-cm-mol-3-2-l1-2-at-298-k-at-0-01-m-concentration-of-xy-the-value-of-lambda-m-is-145-0-s-cm-mol-1-th https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTk4MjM5-the-standard-electrode-potential-e-for-the-half-cell-reaction-fe-3-e-rightarrow-fe-2-at-298-k-is-given-e-fe-3-fe-0-04-v-and-e-fe-2-fe-0-44-v-at-298-k-1-0-92-v-2-0-40-v-3-0-76-v-4-0-48-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTM1MTc4-if-the-molar-conductivity-left-lambda-mathrm-m-right-of-a-0-050-text-mol-text-l-1-solution-of-a-monobasic-weak-acid-is-90-text-s-text-cm-2-text-mol-1-then-its-degree-of-dissociation-will-be-assume-lam https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246ODkwNTc-during-the-electrolysis-of-molten-sodium-chloride-the-time-required-to-produce-0-10-mol-of-chlorine-gas-using-a-current-of-3-amperes-is-1-55-minutes-2-110-minutes-3-220-minutes-4-330-minutes-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTEyMDE-the-weight-of-silver-at-wt-108-displaced-by-a-quantity-of-electricity-which-displaces-5600-ml-of-o2-at-stp-will-be-1-5-4-g-2-10-8-g-3-54-0-g-4-108-0-g-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTI0NzI-if-the-ecellecell-00for-a-given-reaction-has-a-negative-value-then-which-of-the-following-gives-the-correct-relationship-for-the-values-of-g0-g0-andand-keqkeq-1-g0-1keq-1-2-g0-0-g0-0-keq-0-g0-0-keq-1k https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTI1Nzc-in-producing-chlorine-by-electrolysis-100-kw-power-at-125-v-is-being-consumed-how-much-chlorine-per-minute-is-liberated-given-ece-of-chlorine-is-0-367-x-10-6-kgc-1-1-1-76-10-31-76-10-3-kgkg-2-9-67-10 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTM2ODQ-for-a-given-reaction-cu-s-2ag-aq-cu2-aq-2ag-s-e0-0-46-v-at-298-k-the-equilibrium-constant-will-be-1-2-4-10102-4-10102-4-1010-2-2-0-10102-0-10102-0-1010-3-4-0-10104-0-10104-0-1010-4-4-0-10154-0-10154-0 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY0MTA1-4-5-g-of-aluminium-at-mass-27-amu-is-deposited-at-cathode-from-al3-solution-by-a-certain-quantity-of-electric-charge-the-volume-of-hydrogen-produced-at-stp-from-h-ions-in-solution-by-the-same-quantity https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjY1MzI3-in-electrolysis-of-nacl-when-pt-electrode-is-taken-then-h2-is-liberated-at-the-cathode-while-with-hg-cathode-it-forms-sodium-amalgam-because-1-hg-is-more-inert-than-pt-2-more-voltage-is-required-to-re https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3OTA0-the-equilibrium-constant-value-for-the-given-reaction-is-cu-s-2ag-aq-cu2-aq-2ag-s-given-e-cell-0-46-v-1-3-92-1014-2-3-92-1015-3-3-92-1016-4-3-92-1017-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3OTA3-the-electrical-resistance-of-a-column-of-0-05-mol-l-1-naoh-solution-of-diameter-1-cm-and-length-50-cm-is-5-55-103-ohm-the-molar-conductivity-of-the-naoh-solution-is-1-235-4-s-cm2-mol-1-2-229-6-s-cm2-m https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc4MDE4-consider-the-following-data-m-ca2-119-0-s-cm2mol-1-m-cl-76-3-s-cm2mol-1-m-mg2-106-0-s-cm2mol-1-m-so-4-2-160-0-s-cm2mol-1-the-correct-statement-among-the-following-is-1-for-cacl2-m-is-271-6-s-cm2-mol-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc4MDE5-m-for-nacl-hcl-and-naac-are-126-4-425-9-and-91-0-s-cm2-mol-1-respectively-the-value-of-m-for-hac-is-1-380-9-s-cm2-mol-1-2-390-5-s-cm2-mol-1-3-400-s-cm2-mol-1-4-410-6-s-cm2-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc4MDIw-the-conductivity-of-0-001028-mol-l-1-acetic-acid-is-4-95-10-5-s-cm-1-if-m-for-acetic-acid-is-390-5-s-cm2-mol-1-its-dissociation-constant-value-is-1-1-58-10-5-mol-l-1-2-1-78-10-5-mol-l-1-3-1-98-10-5-mo https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc4MDIx-what-is-the-mass-of-copper-deposited-at-the-cathode-after-electrolyzing-a-solution-of-cuso4-for-10-minutes-with-a-current-of-1-5-amperes-1-0-36-g-2-0-48-g-3-0-30-g-4-0-22-g-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDI4-given-below-are-two-statements-assertion-a-copper-sulphate-solutions-can-be-store-in-a-zinc-pot-reason-r-zinc-is-more-reactive-than-copper-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDI5-substances-that-can-oxidise-ferrous-ions-under-suitable-conditions-among-the-following-is-given-e-fe-2-fe-3-o-0-77-v-e-f-2-f-o-2-87-v-e-cl-2-cl-o-1-36-v-e-o-2-h-2-o-o-1-23v-1-f2-2-cl2-3-o2-4-all-of-th https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDYz-the-emf-of-the-cell-in-which-the-following-reaction-takes-place-is-ni-s-2ag-0-002-m-ni2-0-160-m-2ag-s-given-that-e-cell-o-1-05-v-1-ecell-9-14-v-2-ecell-0-0914-v-3-ecell-0-00914-v-4-ecell-0-914-v-1-2-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDY1-the-cell-in-which-the-following-reactions-occurs-2fe3-aq-2i-aq-2fe2-aq-i2-s-has-e-cell-o-0-236-v-at-298-k-the-standard-gibbs-energy-of-the-cell-reaction-is-1-41-14-kj-mol-1-2-45-54-kj-mol-1-3-49-94-kj https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE3NzY5-the-cell-in-which-the-following-reactions-occurs-2fe3-aq-2i-aq-2fe2-aq-i2-s-has-e-cell-o-0-236-v-at-298-k-the-standard-gibbs-energy-of-the-cell-reaction-is-45-54-kj-mol-1-the-value-of-equilibrium-cons https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDY2-given-below-are-two-statements-assertion-a-the-conductivity-of-a-solution-decreases-with-dilution-reason-r-conductivity-of-a-solution-depends-on-the-number-of-ions-and-the-number-of-ions-decreases-whe https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDcz-calculate-the-value-of-the-dissociation-constant-for-methanoic-acid-with-a-molar-conductivity-of-46-1-s-cm-mol-at-0-025-mol-l-concentration-given-h-349-6-s-cm2-mol-1-and-hcoo-54-6-s-cm2-mol-1-1-27-10 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDc0-the-number-of-electrons-flow-through-the-wire-when-a-current-of-0-5-ampere-flows-through-a-metallic-wire-for-2-hours-is-1-6-25-10-22-2-2-25-10-22-3-8-25-10-22-4-4-25-10-22-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDc2-consider-the-reaction-cr-2-o-7-2-14h-6e-2cr3-7h2o-the-quantity-of-electricity-in-coulombs-needed-to-reduce-1-mol-of-cr-2-o-7-2-is-1-5f-2-3f-3-6f-4-2f-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzE2NDc3-the-compound-among-the-following-that-can-be-used-as-fuel-in-the-fuel-cells-is-1-methane-2-methanol-3-sulphuric-acid-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDk0-given-below-are-two-statements-assertion-a-e-ag-ag-increases-with-an-increase-in-the-concentration-of-ag-ions-reason-r-e-circ-ag-ag-has-a-positive-value-1-both-a-and-r-are-true-and-r-is-the-correct-ex https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDky-given-below-are-two-statements-assertion-a-for-measuring-the-resistance-of-an-ionic-solution-an-ac-source-is-used-reason-r-concentration-of-ionic-solution-will-change-if-dc-source-is-used-1-both-a-and https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDkx-given-below-are-two-statements-assertion-a-electrolysis-of-nacl-solution-gives-chlorine-at-anode-instead-of-o2-reason-r-formation-of-oxygen-at-anode-requires-overvoltage-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDkw-assertion-a-mercury-cell-does-not-give-steady-potential-reason-r-in-the-cell-reaction-ions-are-not-involved-in-the-solution-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDg4-given-below-are-two-statements-assertion-a-conductivity-of-all-electrolytes-decreases-on-dilution-reason-r-on-dilution-number-of-ions-per-unit-volume-decreases-1-both-a-and-r-are-true-and-r-is-the-cor https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDg3-given-below-are-two-statements-assertion-a-ecell-should-have-a-positive-value-for-the-cell-to-function-reason-r-ecathode-eanode-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-a https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDgz-match-the-items-of-column-i-and-column-ii-column-i-column-ii-a-b-m-m-c-d-q-1-i-x-t-2-m-0m-m-m0-3-c-c-4-g-rg-r-codes-options-a-b-c-d-1-2-3-4-1-2-1-2-3-5-3-5-4-3-2-4-4-3-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDgy-match-the-items-of-column-i-and-column-ii-column-i-column-ii-a-lead-storage-battery-1-maximum-efficiency-b-mercury-cell-2-prevented-by-galvanization-c-fuel-cell-3-gives-steady-potential-d-rusting-4-pb https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDY1-for-the-cell-mg-mg2-cu2-cu-a-mg-acts-as-cathode-b-cu-acts-as-cathode-c-the-cell-reaction-is-mg-cu-2-rightarrow-mg-2-cu-d-cu-is-the-oxidising-agent-the-correct-choice-among-the-given-is-1-a-b-2-b-c-3-c https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDY0-the-molar-conductivity-of-ionic-solution-depends-on-a-temperature-b-distance-between-electrodes-c-concentration-of-electrolytes-in-solution-d-surface-area-of-electrodes-the-correct-choice-among-the-gi https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDYy-what-will-happen-during-the-electrolysis-of-aqueous-solution-of-cuso4-in-the-presence-of-cu-electrodes-a-copper-will-deposit-at-cathode-b-copper-will-dissolve-at-anode-c-oxygen-will-be-released-at-ano https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDYx-what-will-happen-during-the-electrolysis-of-an-aqueous-solution-of-cuso4-by-using-platinum-electrodes-a-copper-will-deposit-at-cathode-b-copper-will-deposit-at-the-anode-c-oxygen-will-be-released-at-t https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDYw-mh2o-m-h2o-m-h2o-can-be-represented-by-a-m-hcl-m-naoh-m-nacl-m-hcl-m-naoh-mnacl-m-hcl-m-naoh-mnacl-b-m-hno3-m-nano3-m-naoh-mhno3-mnano3-mnaoh-mhno3-mnano3-mnaoh-c-m-hno3-m-naoh-m-nano3-mhno3-mnaoh-mna https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDU2-the-positive-value-of-the-standard-electrode-potential-of-cu2-cu-indicates-that-a-this-redox-couple-is-a-stronger-reducing-agent-than-the-h-h2-couple-b-this-redox-couple-is-a-stronger-oxidising-agent https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDQ5-e-cr2o2-7-cr3-1-33v-e-cl2-cl-1-36ve-mno-4-mn2-1-51v-e-cr3-cr-0-74ve-cr2o2-7-cr3-1-33v-e-cl2-cl-1-36ve-mno-4-mn2-1-51v-e-cr3-cr-0-74vecr2o72-cr3-1-33v-ecl2-cl-1-36vemno4-mn2-1-51v-ecr3-cr-0-74v-use-the https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDQ4-e-cr2o2-7-cr3-1-33v-e-cl2-cl-1-36ve-mno-4-mn2-1-51v-e-cr3-cr-0-74ve-cr2o2-7-cr3-1-33v-e-cl2-cl-1-36ve-mno-4-mn2-1-51v-e-cr3-cr-0-74vecr2o72-cr3-1-33v-ecl2-cl-1-36vemno4-mn2-1-51v-ecr3-cr-0-74v-based-o https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDQ3-using-the-data-given-below-find-out-the-strongest-oxidizing-agent-mathrm-e-cr-2-o-7-2-cr-3-ominus-1-33-v-e-cl-2-cl-ominus-1-36-v-e-mn-o-4-mn-2-ominus-1-51-v-e-cr-3-cr-ominus-0-74-v-1-cl-2-mn2-3-mno4-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDQ2-using-the-data-given-below-find-out-the-strongest-reducing-agent-e-cr2o2-7-cr3-1-33v-e-cl2-cl-1-36ve-mn0-4-mn2-1-51v-e-cr3-cr-0-74vecr2o72-cr3-1-33v-ecl2-cl-1-36vemn04-mn2-1-51v-ecr3-cr-0-74v-1-cl-2-c https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjI5NDU3-e-cellecell-of-some-half-cell-reactions-are-given-below-i-small-mathrm-h-a-q-e-rightarrow-frac-1-2-mathrm-h-2-g-quad-quad-e-text-cell-0-0-00-mathrm-v-ii-small2-mathrm-h-2-mathrm-o-l-rightarrow-o-2-g-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjE3NzQ3-match-the-items-of-column-i-and-column-ii-on-the-basis-of-data-given-below-column-i-column-ii-a-f2-b-li-c-au3-d-br-1-metal-is-the-strongest-reducing-agent-2-non-metal-which-is-the-best-oxidising-agent https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjE3NzA1-match-the-terms-given-in-column-i-with-the-items-given-in-column-ii-column-i-column-ii-a-m-m-m-b-ecell-c-d-r-r-rgcell-1-intensive-property-2-depends-on-number-of-ions-volume-3-extensive-property-4-inc https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzU4Mjc3-consider-the-half-cell-reduction-reaction-text-mn-2-2e-rightarrow-text-mn-e-0-1-18-text-v-text-mn-2-rightarrow-text-mn-3-e-e-0-1-51-text-v-the-e-0-for-the-reaction-mathrm-3-mn-2-rightarrow-mn-0-2mn-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzU4Mjc4-how-many-grams-of-cobalt-metal-will-be-deposited-when-a-solution-of-cobalt-ii-chloride-is-electrolyzed-with-a-current-of-10-amperes-for-109-minutes-given-1-faraday-96-500-c-atomic-mass-of-co-59-u-1-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-pb246OTI2NDA-an-increase-in-equivalent-conductance-of-a-strong-electrolyte-with-dilution-is-mainly-due-to-1-increase-in-ionic-mobility-of-ions-2-100-ionization-of-electrolyte-at-normal-dilution-3-increase-in-both https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzk3ODU5-a-solution-containing-one-mole-per-litre-of-each-cu-no-3-2-agno-3-hg-2-no-3-2-is-being-electrolysed-by-using-inert-electrodes-the-values-of-standard-electrode-potentials-in-volts-reduction-potentials https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MTM2NDMw-consider-the-following-galvanic-cell-by-what-value-the-cell-voltage-change-when-concentration-of-ions-in-anodic-and-cathodic-compartments-both-increased-by-a-factor-of-10-at-298-1-0-0591-2-0-0591-3-0 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxMDA2-consider-the-given-two-statements-assertion-a-mathrm-e-0-cell-0-for-a-chloride-ion-concentration-cell-reason-r-for-this-concentration-cell-the-equation-is-given-by-e-mathrm-cell-frac-r-t-n-f-ln-left-f https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxODE1-what-is-the-nearest-integer-value-of-x-for-the-gibbs-free-energy-change-at-298-k-expressed-as-x-10-1-kj-mol-1-for-the-given-reaction-cu-s-sn-2-0-001-m-rightarrow-cu-2-0-01m-sn-s-given-small-e-ominus-c https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgyNDMz-given-below-are-two-statements-statement-i-for-mathrm-kl-molar-conductivity-increases-steeply-with-dilution-statement-ii-for-carbonic-acid-molar-conductivity-increases-slowly-with-dilution-in-the-ligh https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzk3NzE5-an-aqueous-solution-of-x-is-added-slowly-to-an-aqueous-solution-of-y-as-shown-in-list-i-the-variation-in-conductivity-of-these-mixtures-is-given-in-list-ii-match-list-i-with-list-ii-and-select-the-cor https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxODg0-given-below-are-two-statements-assertion-a-molar-conductivity-increases-with-a-decrease-in-concentration-reason-r-for-strong-electrolytes-m-increases-slowly-with-dilution-and-can-be-represented-by-the https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzI0MzI5-the-molar-conductivity-of-0-05-m-nh4cl-is-20-s-cm2-mol-1-the-molar-conductivities-of-nh-4-and-cl-ions-at-infinite-dilution-are-74-s-cm2-mol-1-and-26-s-cm2-mol-1-respectively-the-dissociation-constant https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzM1MDQ3-when-cuso-4-solution-using-copper-electrodes-is-electrolysed-ph-of-the-solution-1-increases-2-decreases-3-remains-the-same-4-firstly-increases-and-then-decreases-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzk3ODQ4-the-standard-reduction-potentials-of-mathrm-cu-2-mid-mathrm-cu-text-and-mathrm-cu-2-mid-mathrm-cu-are-0-337-v-and-0-153v-respectively-the-standard-electrode-potential-of-cu-cu-half-cell-is-1-0-184-v-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzM3ODgw-when-50-h-2so-4-solution-is-electrolysed-using-inert-electrodes-the-products-formed-at-anode-and-cathode-respectively-are-1-h-2-and-o-2-2-o-2-and-h-2o-2-3-h-2o-2-and-h-2-4-o-2-and-h-2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzMyNzU0-the-feasible-reaction-amongst-the-following-is-1-2kcl-br-2-rightarrow-2kbr-cl-2-2-2kf-i-2-rightarrow-2ki-f-2-3-2-kclo-3-i-2-rightarrow-2kio-3-cl-2-4-2kio-3-cl-2-rightarrow-2kclo-3-i-2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzM3ODgx-given-below-are-some-reactions-the-reaction-which-is-not-feasible-is-1-2kclo-3-i-2-rightarrow-2kio-3-cl-2-uparrow-2-2kcl-i-2-rightarrow-2ki-cl-2-uparrow-3-both-1-and-2-are-not-feasible-4-2ki-cl-2-righ https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzk3NzM0-identify-the-correct-statement-1-the-corrosion-of-iron-can-be-minimised-by-forming-contact-with-another-metal-with-a-higher-reduction-potential-2-iron-corrodes-in-oxygen-free-water-3-the-corrosion-of https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjA2MzI1-which-characteristic-of-hydrogen-makes-it-hazardous-as-a-fuel-1-high-ignition-with-low-combustion-energy-2-high-ignition-with-high-combustion-energy-3-low-ignition-with-low-combustion-energy-4-low-ign https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mzc0OTEw-half-reaction-e-o-v-2h-2e-rightarrow-h-2-0-00-pd-2-2e-rightarrow-pd-0-90-o-2-4h-4e-rightarrow-2h-2o-1-23-according-to-the-equations-and-data-in-the-table-above-which-species-is-the-strongest-reducing https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ3Mjcy-extraction-of-chlorine-from-brine-occurs-when-1-delta-g-v-for-the-overall-reaction-is-negative-and-ev-for-overall-reaction-has-negative-value-2-delta-g-v-for-the-overall-reaction-is-positive-and-ev-fo https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ3MTI3-br-for-metal-m-e-o-3-for-m-7-m-will-be-1-0-59-v-2-2-07-v-3-0-44-v-4-0-59-v-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3NzM1-the-decreasing-order-of-electrical-conductivity-of-the-following-aqueous-solutions-is-0-1-m-formic-acid-a-0-1-m-acetic-acid-b-0-1-m-benzoic-acid-c-1-a-b-c-2-a-c-b-3-c-b-a-4-c-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzA4MjA1-for-the-following-cell-with-hydrogen-electrodes-at-two-different-pressures-p1-and-p2-then-the-emf-is-given-by-pt-h2-h-aq-pt-h2-p1-1m-p2-1-frac-r-t-f-log-e-frac-p-1-p-2-2-frac-r-t-2f-log-e-frac-p-1-p-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc5NjYy-given-below-are-the-half-cell-reactions-mn2-2e-mn-e-1-18-v2-mn3-e-mn2-e-1-51-vmn2-2e-mn-e-1-18-v2-mn3-e-mn2-e-1-51-vmn2-2e-mn-e-1-18-v2-mn3-e-mn2-e-1-51-v-the-e-for-3mn2-mn-2mn3-will-be-1-2-69-v-the-r https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc5Nzcx-the-reduction-potential-of-hydrogen-half-cell-will-be-negative-if-1-p-h2-1atm-and-h-2-0-m-2-p-h2-1-atm-and-h-1-0-m-3-p-h2-2-atm-and-h-1-0-m-4-p-h2-2-atm-and-h-2-0-m-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQ1MjM4-the-incorrect-statement-about-the-conductivity-of-electrolytic-ionic-solutions-is-1-it-is-independent-of-the-solvent-viscosity-2-it-depends-on-the-size-of-the-ions-and-their-solvation-3-it-increases-w https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTc1ODE2-a-standard-aqueous-solution-of-a-weak-acid-hx-has-a-ph-of-5-and-shows-a-conductance-of-4-10-5-s-when-placed-in-a-conductivity-cell-with-electrode-separation-of-15-cm-and-cross-sectional-area-of-1-cm-a https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTc1ODI3-for-a-daniel-cell-select-correct-variation-of-e-0-cell-with-time-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTc1ODgy-calculate-mathrm-e-mathrm-cl-mathrm-agcl-mathrm-ag-0-text-in-millivolts-begin-aligned-text-given-left-e-mathrm-ag-mathrm-ag-circ-0-79-mathrm-v-right-quad-left-k-mathrm-sp-mathrm-agcl-10-10-right-frac https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTc1ODk5-0-18-m-hq-solution-has-molar-conductivity-frac-1-30-times-the-molar-conductivity-of-0-02-m-hz-solution-find-the-value-of-pk-a-hq-pk-a-hz-given-that-alpha-is-very-less-than-1-assume-that-lambda-mathrm https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTc2MDg0-electrolysis-of-aqueous-solution-of-cuso-4-is-carried-out-where-300-mg-of-copper-is-deposited-atomic-mass-of-cu-63-54-after-this-600-milli-amp-current-is-further-passed-for-28-minutes-calculate-total https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTc2MjAw-find-the-ph-above-which-o-2-will-be-evolved-at-anode-begin-aligned-mathrm-e-mathrm-m-2-mathrm-aq-mathrm-m-mathrm-s-circ-0-997-mathrm-v-mathrm-e-mathrm-o-2-mathrm-g-mathrm-h-2-mathrm-o-ell-circ-1-23-ma https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTc2NTc2-for-the-electrochemical-cell-pt-hsno-sn-oh-oh-bi-o-bi-pt-the-reaction-quotient-q-is-10-given-e-sn-oh-hsno-0-90-v-e-bi-o-bi-0-44-v-if-the-cell-potential-ecell-is-expressed-as-x-10-v-find-the-value-of-x https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTc2NjIz-a-cell-is-given-as-mathrm-m-mathrm-s-left-mathrm-m-mathrm-n-mathrm-aq-mathrm-m-mathrm-n-mathrm-aq-right-mathrm-m-mathrm-s-for-which-of-the-following-condition-e-cell-is-positive-1-c-1-c-2-if-c-1-is-co https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTc4MTA5-a-cell-representation-is-given-below-ag-agcl-fecl-2-fecl-3-pt-which-of-the-following-can-increase-the-emf-of-cell-i-by-increasing-concentration-of-fe-2-ii-by-increasing-concentration-of-fe-3-iii-by-de https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTI0ODgx-calculate-the-standard-cell-potential-for-the-given-reaction-mathrm-fe-2-mathrm-aq-mathrm-ag-mathrm-aq-rightarrow-mathrm-fe-3-mathrm-aq-mathrm-ag-mathrm-s-given-begin-array-ll-mathrm-ag-mathrm-e-right https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTI0OTA2-standard-electrode-potentials-for-a-few-half-cells-are-mentioned-below-begin-aligned-mathrm-e-cu-2-cu-circ-0-34-v-e-zn-2-zn-o-0-76-v-mathrm-e-ag-ag-circ-0-80-v-e-mg-2-mg-circ-2-37-v-end-aligned-which https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTI1MTM1-in-the-given-reaction-sequence-the-standard-electrode-potentials-in-volts-are-provided-for-each-step-as-follows-mathrm-feo-4-2-xrightarrow-2-0-mathrm-v-mathrm-fe-3-xrightarrow-0-8-mathrm-v-mathrm-fe-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NTMyMjQy-what-is-the-order-of-limiting-molar-conductivity-for-the-given-cations-in-water-at-298-k-mathrm-h-na-k-ca-2-mg-2-1-mathrm-h-mathrm-k-mathrm-na-mathrm-ca-2-mathrm-mg-2-2-mathrm-h-mathrm-na-mathrm-ca-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDM4MTIz-if-emf-of-hydrogen-electrode-at-25-c-is-zero-in-pure-water-then-pressure-of-h-2-in-bar-1-10-14-2-10-7-3-1-4-0-5-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDM4Mzg5-identify-the-change-in-mn-s-oxidation-state-during-the-cell-reaction-in-a-dry-cell-while-powering-a-clock-1-3-rightarrow-4-2-2-rightarrow-7-3-4-rightarrow-3-4-7-rightarrow-2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDQwMjUw-which-of-the-following-represents-correct-unit-of-slope-of-graph-between-molar-conductivity-wedge-mathrm-m-and-text-conc-1-2-1-mathrm-s-mathrm-cm-1-2-mathrm-mol-1-2-2-mathrm-s-mathrm-cm-3-2-mathrm-mol https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDQwMzM0-find-out-mathrm-e-text-cell-circ-of-the-given-cell-begin-aligned-mathrm-m-left-mathrm-m-2-mathrm-x-2-right-mathrm-x-mathrm-e-mathrm-m-2-mid-mathrm-m-circ-0-34-mathrm-v-mathrm-e-mathrm-x-mid-mathrm-x-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDQwNDY4-how-many-of-the-given-statements-are-true-for-a-fuel-cell-a-it-is-a-type-of-galvanic-cell-b-it-is-used-for-providing-electrical-power-in-space-programs-c-hydrogen-and-oxygen-are-bubbled-through-porous https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU0NTMx-the-emf-of-a-cell-is-given-as-0-83-v-the-cell-can-be-represented-as-mathrm-ti-left-mathrm-ti-0-001-mathrm-m-mathrm-cu-2-0-01-mathrm-m-right-mathrm-cu-the-emf-of-this-cell-could-be-increased-by-1-incre https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU0ODcz-which-property-or-parameter-of-an-electrolytic-cell-does-not-affect-the-electrical-conductivity-of-the-electrolyte-solution-1-concentration-of-electrolyte-2-nature-of-electrolyte-added-3-temperature-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU0OTEx-if-one-faraday-of-electricity-is-used-in-the-discharging-of-text-cu-2-then-find-the-mass-in-g-of-cu-deposited-in-nearest-integer-1-32-2-19-3-90-4-78-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU0OTIy-how-many-of-the-following-can-be-used-as-electrodes-in-batteries-i-zinc-ii-zinc-mercury-amalgam-iii-lead-iv-graphite-1-i-ii-iii-iv-2-iv-ii-iii-i-3-ii-i-iii-iv-4-iii-ii-i-iv-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU1MzM4-consider-the-given-cell-reaction-begin-aligned-quad-2-mathrm-h-2-mathrm-e-longrightarrow-mathrm-h-2-mathrm-p-mathrm-h-2-2-mathrm-atm-left-mathrm-h-right-1-mathrm-m-left-frac-2-303-mathrm-rt-mathrm-f-0 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU1NzU2-how-many-of-the-given-species-can-be-oxidised-by-mathrm-mno-4-in-aqueous-solution-among-the-following-given-mathrm-e-mathrm-mno-4-mathrm-mn-2-circ-1-33-mathrm-v-a-mathrm-cu-left-text-given-mathrm-e-ma https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU2MDg3-which-of-the-following-is-correct-for-strong-electrolyte-b-0-1-lambda-m-lambda-m-0-b-sqrt-c-0-2-lambda-m-lambda-m-0-b-sqrt-c-0-3-lambda-m-lambda-m-0-b-sqrt-c-0-4-lambda-m-lambda-m-0-b-sqrt-c-0-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU2MjYw-in-the-aqueous-solution-of-text-aucl-4-the-current-is-passed-for-10-minutes-during-the-electrolysis-the-mass-au-deposited-at-cathode-is-1-97-gm-find-out-current-required-in-a-nearest-integer-1-6-2-5-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU2Mjc4-what-is-the-mass-of-text-zn-in-mg-is-deposited-when-a-c-urrent-of-0-015-text-a-was-passed-for-15-minutes-through-a-mathrm-znso-4-solution-in-nearest-integer-given-atomic-weight-of-text-zn-65-4-1-seven https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDU3MTM4-a-hydrogen-electrode-is-prepared-by-placing-into-a-solution-of-text-ph-3-the-magnitude-of-electrode-potential-at-25-circ-text-c-is-given-by-text-t-times10-2-text-v-find-out-text-t-nearest-integer-1-20 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzYyODMw-how-many-elements-can-liberate-h2-from-dilute-acids-v-cr-mn-fe-co-ni-cu-1-5-2-4-3-2-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzYyOTQy-for-a-given-reaction-in-an-acidic-medium-small-5-e-8-h-mn-o-4-0-001-m-rightarrow-mathrm-mn-2-0-1-m-4-mathrm-h-2-mathrm-o-given-values-are-e-cell-o-1-54-v-e-cell-1-2832-v-the-ph-of-the-solution-is-1-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzYyOTk4-consider-the-following-cell-pt-h2-1-bar-h-1-m-m3-m-if-the-value-of-frac-m-m-3-is-10x-then-the-value-of-x-is-given-e-m-3-m-o-2v-and-e-cell-1-1v-1-35-2-40-3-30-4-50-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzYzMTY3-for-a-given-cell-at-t-k-pt-h-2-g-1-bar-h-1-m-fe-3-fe-2-pt-e-cell-0-712-v-e0-cell-0-770-v-if-fe-2-over-fe-3-is-t-then-the-value-of-t-in-the-expression-t-over-5-is-given-2-303-rt-over-f-0-058-1-4-2-6-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzYzMjI1-the-resistivity-of-a-0-8-m-solution-of-an-electrolyte-is-5-10-3-cm-if-m-is-2-5-10x-the-value-of-x-is-1-4-2-8-3-5-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxMjAz-for-the-following-cell-pt-s-h-2-g-h-aq-ag-ag-s-e-circ-text-cell-0-302-v-value-of-delta-g-circ-is-x-times10-3-j-find-the-value-of-x-report-your-answer-to-the-nearest-integer-1-29-2-26-3-32-4-35-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxMjk0-emf-of-the-following-cell-is-0-576-v-mathrm-pt-mathrm-s-left-mathrm-h-2-mathrm-g-1-mathrm-atm-right-mathrm-h-mathrm-aq-left-mathrm-cu-2-0-01-mathrm-m-right-mathrm-cu-mathrm-s-what-will-be-the-ph-of-th https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxNDM3-how-many-charges-in-faraday-is-required-in-the-conversion-of-1-mole-cr-2o-7-2-into-cr-3-1-3-2-6-3-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxNDc2-for-a-given-cell-a-0-1-molar-solution-has-a-resistance-of-20-omega-and-molar-conductivity-of-0-154-times-10-3-s-cm-2-mol-1-the-value-of-the-cell-constant-is-1-3-08-times-10-7-cm-1-2-30-8-times-10-7-cm https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQyMTA5-arrange-following-in-increasing-order-of-reduction-potentials-a-cl-2-cl-b-i-2-i-c-li-li-d-na-na-e-ag-ag-1-c-d-b-e-a-2-a-b-c-d-e-3-c-d-e-b-a-4-d-c-e-b-a-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQyMzQy-if-delta-g-of-the-following-reaction-is-x-times10-1-text-kj-the-value-of-x-is-cu-s-sn-2-0-01-text-m-longrightarrow-sn-s-cu-2-0-001-text-m-text-given-e-0-sn-2-sn-0-14-text-v-e-0-cu-2-cu-0-34-text-v-1-8 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgxODIx-consider-the-given-reaction-mathrm-cu-mathrm-s-mathrm-sn-2-0-001-mathrm-m-rightarrow-mathrm-cu-2-0-01-mathrm-m-mathrm-sn-mathrm-s-if-the-gibbs-free-energy-change-for-the-above-reaction-at-298-mathrm-k https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgxODQy-match-list-i-with-list-ii-list-i-list-ii-a-small-mathrm-cd-s-2-ni-oh-3-s-rightarrow-mathrm-cdo-s-2-mathrm-ni-oh-2-s-h-2-o-l-i-primary-battery-b-small-mathrm-zn-hg-hgo-s-rightarrow-mathrm-zno-s-hg-l-ii https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgxODc5-determine-the-cell-constant-of-a-conductivity-cell-containing-a-0-01-m-kcl-solution-at-298-k-the-given-data-includes-a-resistance-of-1750-and-a-conductivity-of-0-152-10-3-s-cm-1-1-266-times-10-3-mathr https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgxOTMw-the-correct-order-of-reduction-potentials-of-the-following-pairs-is-a-text-cl-2-text-cl-b-text-l-2-text-cl-c-text-ag-text-ag-d-text-na-text-na-e-text-li-text-li-1-a-c-b-d-e-2-a-b-c-d-e-3-a-c-b-e-d-4-c https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgxOTY3-electrolysis-of-fe-so-solution-is-carried-out-for-x-minutes-with-a-current-of-1-5-a-depositing-0-3482-g-of-fe-what-is-the-value-of-x-to-the-nearest-integer-given-1-text-f-96500-text-c-text-mol-1-atomi https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgyMDI0-the-left-frac-partial-mathrm-e-partial-mathrm-t-right-p-of-different-types-of-half-cells-are-as-follows-begin-array-cccc-text-a-text-b-text-c-text-d-1-times-10-4-2-times-10-4-0-1-times-10-4-0-2-times https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgyMTEy-for-the-reaction-taking-place-in-the-cell-mathrm-pt-mathrm-s-left-mathrm-h-2-mathrm-g-right-mathrm-h-mathrm-aq-mathrm-ag-mathrm-aq-mid-mathrm-ag-mathrm-s-mathrm-e-circ-text-cell-0-5332-mathrm-v-the-va https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgyMjA1-the-solubility-product-of-a-sparingly-soluble-salt-mathrm-a-2x-3-is-1-1-10-23-if-specific-conductance-of-the-solution-is-mathrm-3-10-5-s-m-1-the-limiting-molar-conductivity-of-the-solution-is-mathrm-x https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgyMjQx-at-298-k-the-cell-potential-for-the-following-electrochemical-cell-is-measured-to-be-0-31-text-v-mathrm-pt-mid-mathrm-h-2-mathrm-g-1-text-bar-left-mathrm-h-mathrm-aq-right-left-mathrm-cu-2-mathrm-aq-r https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDgyNjg4-for-a-cell-mathrm-cu-mathrm-s-left-mathrm-cu-2-0-001-mathrm-m-mathrm-ag-0-01-mathrm-m-right-mathrm-ag-mathrm-s-the-cell-potential-is-found-to-be-0-43-v-at-298-k-determine-the-magnitude-of-the-standard https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzQxODQz-which-one-of-the-following-metal-is-best-used-for-standard-half-electrode-1-big-frac-de-dt-big-p-10-4-2-big-frac-de-dt-big-p-2-times10-4-3-big-frac-de-dt-big-p-0-1-times10-4-4-big-frac-de-dt-big-p-0-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc5MTkx-the-magnitude-of-the-change-in-oxidizing-power-of-the-mno-4-mn2-couple-is-x-10-4mno-4-mn2-couple-is-x-10-4mno4-mn2-couple-is-x-10-4-if-the-h-concentration-is-decreased-from-1-m-to-10-4-m-at-25-c-assum https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc5Mzg4-compound-a-used-as-a-strong-oxidizing-agent-is-amphoteric-in-nature-it-is-part-of-lead-storage-batteries-compound-a-is-1-pbo2-2-pbo-3-pbso4-4-pb3o4-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc5NDY2-if-the-emf-of-the-following-cell-zn-zn2-0-1-m-ag-0-01-m-ag-at-298-k-in-v-is-x-10-2-find-the-value-of-x-is-rounded-off-to-the-nearest-integer-begin-aligned-text-given-mathrm-e-mathrm-zn-2-mathrm-zn-0-7 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDg4ODQ0-given-below-are-two-statements-statement-i-the-limiting-molar-conductivity-of-kcl-strong-electrolyte-is-higher-compared-to-that-of-ch-3cooh-weak-electrolyte-statement-ii-molar-conductivity-decreases-w https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDk1MzUz-the-resistance-of-the-conductivity-cell-with-a-cell-constant-1-14-text-cm-1-containing-0-001-m-kcl-at-298-k-is-1500-omega-the-molar-conductivity-of-0-001-m-kcl-solution-at-298-k-in-s-text-cm-2-text-mo https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDk1NTAy-the-electrical-conductivity-of-mercury-at-0-c-is-1-07-times10-6-s-m-if-the-resistance-of-a-conductivity-cell-filled-with-mercury-is-0-243-and-the-cell-constant-of-the-cell-is-expressed-in-the-form-of https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246NDk2MDM5-the-molar-conductivities-at-infinite-dilution-of-barium-chloride-sulphuric-acid-and-hydrochloric-acid-are-280-860-and-426-s-cm-mol-respectively-the-molar-conductivity-at-infinite-dilution-of-barium-su https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3ODgx-the-gibbs-energy-change-in-j-for-the-given-reaction-at-cu2-sn2-1-m-and-298k-is-cu-s-sn2-aq-cu2-aq-sn-s-cu-s-sn2-aq-cu2-aq-sn-s-cu-s-sn2-aq-cu2-aq-sn-s-e0sn2-sn-0-16v-e0cu2-cu-0-34v-e0sn2-sn-0-16v-e0cu https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc4NzEx-an-oxidation-reduction-reaction-in-which-3-electrons-are-transferred-has-a-g-g-g-of-17-37-kj-mol-1-at-25-c-the-value-of-eocelleocellecello-in-v-is-a-10-2-the-value-of-a-is-1-f-96-500-c-mol-1-1-6-2-4-3 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc5MzE2-for-the-given-cell-cu-s-cu2-c1m-cu2-c2m-cu-s-cu-s-cu2-c1m-cu2-c2m-cu-s-cuscu2-c1mcu2-c2mcus-change-in-gibbs-energy-g-g-g-is-negative-if-1-c1-2c2c1-2c2c1-2c2-2-c2-c1-2c2-c1-2c2-c12-3-c1-c2c1-c2c1-c2-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3MDk4-given-below-are-two-statements-statement-i-conductivity-always-increases-with-decrease-in-the-concentration-of-electrolyte-statement-ii-molar-conductivity-always-increases-with-decrease-in-the-concent https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3NDI2-a-solution-of-ni-no3-2-is-electrolysed-between-platinum-electrodes-using-0-1-faraday-electricity-the-number-of-moles-of-ni-that-will-be-deposited-at-the-cathode-are-1-0-10-2-0-05-3-0-20-4-0-15-1-2-3-4 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc3ODA3-consider-the-values-of-reduction-potential-mathrm-co-3-e-rightarrow-mathrm-co-2-e-circ-1-81-mathrm-v-mathrm-pb-4-2-e-rightarrow-mathrm-pb-2-e-circ-1-67-mathrm-v-mathrm-ce-4-e-rightarrow-c-e-3-e-circ-1 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjc5Nzgy-the-following-reaction-is-performed-at-298-k-2-no-g-o-2-g-2-no-2-g-the-standard-free-energy-of-formation-of-no-g-is-86-6-kj-mol-at-298-k-what-is-the-standard-free-energy-of-formation-of-no2no2no2-g-at https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzA4MzI1-what-is-the-value-of-e-o-cell-for-the-cell-given-below-ag-ag-cu-2-cu-given-begin-aligned-mathrm-ag-mathrm-e-longrightarrow-mathrm-ag-e-circ-x-mathrm-cu-2-2-e-longrightarrow-mathrm-cu-e-circ-y-end-alig https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MzA5NDIy-the-correct-relationship-between-free-energy-change-in-a-reaction-and-the-corresponding-equilibrium-constant-kc-is-1-delta-g-r-t-ln-k-c-2-delta-g-r-t-ln-k-c-3-delta-g-circ-r-t-ln-k-c-4-delta-g-circ-r https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjk5MjY2-the-standard-emf-of-a-cell-involving-one-electron-change-is-found-to-be-0-591-v-at-25-c-the-equilibrium-constant-of-the-reaction-is-given-f-96500-c-mol-1-1-1-0-101-2-1-0-105-3-1-0-1010-4-1-0-1030-1-2 https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246Mjg0MzA5-in-a-fuel-cell-methanol-is-used-as-fuel-and-oxygen-gas-is-used-as-an-oxidizer-the-reaction-is-ch3oh-l-frac-3-2-o2-g-co2-g-2h2o-l-at-298-k-standard-gibb-s-energies-of-formation-for-ch3oh-l-h2o-l-and-co https://medminds.me/qbank/chemistry/electrochemistry/?q=NP-b246MjgwMDI5-resistance-of-0-2-m-solution-of-an-electrolyte-is-50-the-specific-conductance-of-the-solution-is-1-3-s-m-1-if-the-resistance-of-the-0-4-m-solution-of-the-same-electrolyte-is-260-omega-its-molar-conduc https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY1OQ-what-is-the-relationship-between-the-degree-of-dissociation-alpha-of-pcl5-and-the-pressure-at-equilibrium-in-the-reaction-pcl5-g-pcl3-g-cl2-g-1-alpha-prop-p-2-alpha-prop-1-p-3-alpha-prop-1-p2-4-alpha https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY2MQ-given-a-system-a-s-2b-g-3c-g-if-the-concentration-of-c-at-eqilibrium-is-increased-by-a-factor-2-it-will-cause-the-eqilibrium-concentration-of-b-to-change-to-1-two-times-of-its-original-value-2-one-hal https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY2Mw-what-percentage-of-ha-is-dissociated-at-equilibrium-when-0-100-mole-of-a-weak-acid-ha-having-ka-1-00-times-10-is-dissolved-in-1-litre-of-water-1-99-9-2-1-00-3-99-9-4-0-100-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY2NA-if-little-heat-is-added-to-ice-liquid-equilibrium-in-a-sealed-container-then-1-pressure-will-rise-2-temperature-will-rise-3-temperature-will-fall-4-no-change-in-p-and-t-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY2NQ-in-the-equilibrium-2so2-g-o2-g-2so3-g-the-partial-pressure-of-so2-o2-and-so3-are-0-662-0-101-and-0-331-atm-respectively-what-should-be-the-partial-pressure-of-oxygen-so-that-the-equilibrium-concentrat https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY2Ng-ionisation-constant-of-ch3cooh-is-1-7-x-10-5-and-concentration-of-h-ions-is-3-4-x-10-4-then-find-out-initial-concentration-of-ch3cooh-molecules-1-3-4-x-10-4-2-3-4-x-10-3-3-6-8-x-10-4-4-6-8-x-10-3-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY2Nw-the-formation-of-phosgene-is-represented-as-co-cl2-8652-cocl2-the-reaction-is-carried-out-in-500-ml-flask-at-equilibrium-o-3-mole-of-phosgene-0-1-mole-of-co-and-0-1-mole-of-cl2-are-present-the-equilib https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY2OQ-for-the-equilibrium-pcl5-8652-pcl3-cl2-kc-945-2-1-945-v-temperature-remaining-constant-1-kc-will-increase-with-the-increase-in-volume-2-kc-will-increase-with-the-decrease-in-volume-3-kc-will-not-chang https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY3MA-for-the-reaction-pcl5-g-pcl3-g-cl2-g-the-forward-reaction-at-constant-temperature-is-favoured-by-1-introducing-an-inert-gas-at-a-constant-volume-2-introducing-chlorine-gas-at-a-constant-volume-3-intro https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY3Mg-in-the-dissociation-of-2hi-h2-i2-the-degree-of-dissociation-will-be-influenced-by-the-1-addition-of-inert-gas-at-constant-volume-2-addition-of-inert-gas-at-constant-pressure-3-increase-of-temperature https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY3NQ-the-correct-order-of-increasing-h3o-in-the-following-aqueous-solutions-is-1-0-01-m-h2s-0-01-m-h2so4-0-01-m-nacl-0-01m-nano2-2-0-01-m-nacl-0-01-m-nano2-0-01-m-h2s-0-01-m-h2so4-3-0-01-m-nano2-0-01-m-nac https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY3Nw-if-the-pressure-of-n2-and-h2-mixture-in-a-closed-apparatus-is-100-atm-and-20-of-the-mixture-then-reacts-the-pressure-at-the-same-temperature-would-be-1-100-2-90-3-85-4-80-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY3OA-the-following-reactions-are-known-to-occur-in-the-body-co2-h2o-8652-h2co3-8652-h-hco3-if-co2-escapes-from-the-system-then-1-ph-will-decrease-2-hydrogen-ion-concentration-will-diminish-3-h2co3-concentr https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY3OQ-which-salt-undergoes-hydrolysis-1-ch3coona-2-kno3-3-nacl-4-k2so4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY4MA-buffer-solution-among-the-following-options-is-1-hno2-and-nano2-2-naoh-and-nacl-3-hno3-and-nh4no3-4-hcl-and-kcl-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY4Mw-according-to-le-chatelier-s-principle-adding-heat-to-a-solid-liquid-equilibrium-will-cause-the-1-temperature-to-increase-2-temperature-to-decrease-3-amount-of-liquid-to-decrease-4-amount-of-solid-to-d https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY4NA-ostwald-s-solution-dilution-law-is-applicable-in-the-case-of-the-solution-of-1-ch3cooh-2-nacl-3-naoh-4-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY4Ng-the-pka-of-acetylsalicylic-acid-aspirin-is-3-5-the-ph-of-gastric-juice-in-the-human-stomach-is-about-2-3-and-the-ph-in-the-small-intestine-is-about-8-aspirin-will-be-1-unionized-in-the-small-intestine https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY4Nw-what-is-h-in-mol-l-of-a-solution-that-is-0-20-m-in-ch3coona-and-0-10-m-in-ch3cooh-ka-for-ch3cooh-1-8-x-10-5-1-3-5x10-4-2-1-1x10-5-3-1-8x10-5-4-9-0x10-6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY4OA-the-hydrolysis-of-the-salt-of-a-strong-acid-and-a-weak-base-is-called-1-anionic-hydrolysis-2-cationic-hydrolysis-3-amphoteric-hydrolysis-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY4OQ-for-the-reaction-a-b-3c-at-25-circ-c-a-3-litre-vessel-contains-1-2-and-4-mole-of-a-b-and-c-respectively-if-kc-for-the-reaction-is-10-then-the-reaction-will-proceed-in-1-forward-direction-2-backward-di https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY5MQ-the-ph-of-0-1m-soution-of-the-folowing-salts-increases-in-the-order-1-nacl-nh4cl-nacn-hcl-2-hcl-nh4cl-nacl-nacn-3-nacn-nh4cl-nacl-hcl-4-hcl-nacl-nacn-nh4cl-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY5Mg-three-reactions-involving-h2po4-are-given-below-i-h3po4-h2o-rarr-h3o-h2po4-ii-h2po4-h2o-rarr-hpo42-h3o-iii-h2po4-oh-rarr-h3po4-o2-which-of-the-above-reactions-show-h-po-acting-as-an-acid-1-i-only-2-ii https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY5Mw-which-of-the-following-is-most-soluble-in-water-1-mns-ksp-8x10-37-2-zns-ksp-7x10-16-3-bi2s3-ksp-1x10-70-4-ag2s-ksp-6x10-51-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY5NA-the-compound-that-does-not-act-as-lewis-acid-is-1-alcl3-2-bf3-3-nh3-4-fecl3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY5NQ-for-which-salt-the-ph-of-its-solution-does-not-change-with-dilution-1-nh4cl-2-ch3coonh4-3-ch3coona-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY5Nw-for-a-sparingly-soluble-salt-apbq-the-relationship-of-its-solubility-product-ls-with-its-solubility-s-is-1-ls-sp-q-pp-qq-2-ls-sp-q-pq-qp-3-ls-spq-pp-qq-4-ls-spq-pq-p-q-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY5OA-for-the-reaction-n2-3h2-8652-2nh3-in-a-vessel-after-the-addition-of-an-equal-number-of-mole-of-n2-and-h2-the-equilibrium-state-is-formed-which-of-the-following-is-correct-1-h2-n2-2-h2-n2-4-h2-nh3-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTY5OQ-the-conjugate-base-of-al-h2o-3-oh-3-is-1-al-h2o-3-oh-2-2-al-h2o-3-oh-2o-3-al-h2o-3-oh-3-4-al-h2o-2-oh-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcwMA-for-nh4hs-s-nh3-g-h2s-g-the-observed-pressure-for-reaction-mixture-in-equilibrium-is-1-12-atm-at-106-deg-c-the-value-of-kp-for-the-reaction-is-1-3-136-atm2-2-0-3136-atm2-3-31-36-atm2-4-6-98-atm2-1-2-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcwMw-which-oxide-of-nitrogen-is-the-most-stable-1-2no2-g-n2-g-2o2-g-k-6-7x1016-mol-litre-1-2-2no-g-n2-g-o2-g-k-2-2x1030-mol-litre-1-3-2n2o5-g-2n2-g-5o2-g-k-1-2x1034-mol-5-litre-5-4-2n2o-g-2n2-g-o2-g-k-3-5x https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcwNQ-on-adding-a-to-the-reaction-at-equilibrium-ab-s-a-g-b-g-the-new-equilibrium-concentration-of-a-becomes-double-the-equilibrium-concentration-of-b-would-become-1-1-2-of-its-original-value-2-1-4-of-it-s https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcwNg-2-mole-of-pcl5-were-heated-in-a-closed-vessel-of-2-litre-capacity-at-equilibrium-40-of-pcl5-dissociated-into-pcl3-and-cl2-the-value-of-the-equilibrium-constant-is-1-0-267-2-0-53-3-2-63-4-5-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcwNw-given-hf-h2o-rarr-kah3o-f-f-h2o-rarr-kbhf-oh-which-relation-is-correct-1-kb-kw-2-kb-1-kw-3-ka-x-kb-kw-4-ka-kb-kw-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcwOA-the-value-sf-kp1-and-kp2-for-the-reactions-x-8652-y-z-1-and-a-8652-2b-2-are-in-the-ratio-9-1-if-the-degree-of-dissociation-of-x-and-a-be-equal-then-total-pressure-at-equilibrium-1-and-2-are-in-the-rat https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcwOQ-the-relation-for-calculating-ph-of-a-solution-containing-weak-acid-and-its-salt-is-1-ph-pka-log-conjugatebase-acid-2-ph-pka-log-conjugatebase-acid-3-ph-pka-log-conjugatebase-salt-4-poh-pka-log-acid-co https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcxMA-the-equilibrium-constants-for-the-reaction-a2-8652-2a-at-500-k-and-700-k-are-1x10-10-and-1x10-5-the-given-reaction-is-a-exothermic-b-slow-c-endothermic-d-fast-1-a-b-2-c-b-3-a-d-4-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcxMQ-for-the-chemical-reaction-3x-g-y-g-8652-x3y-g-the-amount-of-x3y-at-equilibrium-is-affected-by-1-temperature-and-pressure-2-temperature-only-3-pressure-only-4-temperature-pressure-and-catalyst-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcxMg-h2s-gas-when-passed-through-a-solution-of-cations-containing-hcl-precipitates-the-cations-of-the-second-group-in-qualitative-analysis-but-not-those-belonging-to-the-fourth-group-it-is-because-1-presen https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcxMw-the-equilibrium-constant-br2-8652-2br-at-500-k-and-700-k-are-10-10-and-10-5-respectively-the-reaction-is-a-endothermic-b-exothermic-c-fast-d-slow-1-a-b-2-c-b-3-a-d-4-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcxNA-which-of-the-following-factors-increases-the-solubility-of-a-gas-in-a-liquid-1-addition-of-a-catalyst-2-increasing-the-pressure-3-decreasing-the-pressure-4-increasing-the-temperature-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcxNQ-a-solution-is-called-saturated-if-1-ionic-concentration-product-solubility-product-3-ionic-concentration-product-ge-solubility-product-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcxNw-the-concentration-of-h-and-concentration-of-oh-of-a-0-1m-aqueous-solution-of-2-ionised-weak-monobasic-acid-is-ionic-product-of-water-1x-10-14-1-0-02x10-3-m-and-5x10-11-m-2-1x10-3-m-and-3x10-11-m-3-2x1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcxOA-find-the-correct-relation-used-to-calculate-the-ph-of-a-weak-base-1-ph-pkw-1-2-pkb-1-2-logc-2-ph-pkw-1-2-pkb-1-2-logc-3-ph-pkw-1-2-pka-1-2-logc-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcxOQ-in-a-closed-container-of-1-dm-sup3-8-moles-of-ab-3-gas-reach-equilibrium-following-the-reaction-2-mathrm-ab-3-g-rightleftharpoons-mathrm-a-2-g-3-mathrm-b-2-g-what-is-the-equilibrium-constant-when-2-mo https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcyMA-which-of-the-following-is-a-lewis-base-1-hcl-2-hno3-3-hf-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcyMg-for-a-reversible-reaction-if-the-concentrations-of-the-reactants-are-doubled-the-equilibrium-constant-will-be-1-one-fourth-2-halved-3-doubled-4-the-same-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcyNQ-the-molecule-that-is-least-likely-to-act-as-a-lewis-base-is-1-co-2-f-3-alcl3-4-pf3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcyNg-for-a-hypothetical-equilibrium-4a-5b-4x-6y-the-equilibrium-constant-kc-has-the-unit-1-mol2-litre-2-2-litre-mol-1-3-litre2-mol-2-4-mol-litre-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcyNw-calculate-the-poh-of-a-solution-at-25-deg-c-that-contains-1x10-10-m-of-hydronium-ion-1-7-00-2-4-00-3-9-00-4-1-00-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTcyOA-solubility-of-mx2-type-electrolytes-is-0-5x10-4-mol-l-then-the-ksp-of-electrolytes-is-1-5-x-10-12-2-25-x-10-10-3-1-x-10-13-4-5-x-10-13-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTczMA-for-which-reaction-does-the-equilibrium-constant-depend-on-the-units-of-concentration-1-no-g-8652-12n2-g-12o2-g-2-zn-s-cu2-aq-8652-cu-s-zn2-aq-3-c2h5oh-l-ch3cooh-l-8652-ch3cooc2h5-l-h2o-l-4-cocl2-g-86 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTczMQ-a-physician-wishes-to-prepare-a-buffer-solution-at-ph-3-58-that-efficiently-resist-changes-in-ph-yet-contains-only-small-concetration-of-the-buffering-agents-which-one-of-the-following-weak-acid-toget https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTczMw-find-the-equilibrium-constant-for-the-reaction-when-one-mole-of-ethyl-alcohol-reacts-with-one-mole-of-acetic-acid-at-25-deg-c-and-2-3-of-the-acid-is-converted-into-ester-at-equilibrium-1-one-2-two-3-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTczNA-for-a-given-solution-ph-6-9-at-60-deg-c-where-kw-10-12-the-solution-is-1-acidic-2-basic-3-neutral-4-unpredictable-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTczNg-in-a-buffer-solution-containing-equal-concentration-of-b-and-h-b-the-kb-for-b-is-10-10-the-ph-of-buffer-solution-is-1-10-2-7-3-6-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTczOA-aqueous-solution-of-acetic-acid-contains-1-ch3coo-and-h-2-ch3coo-h3o-and-ch3cooh-3-ch3coo-h3o-and-h-4-ch3cooh-ch3coo-and-h-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTczOQ-the-equilibrium-2so-g-o-g-2so-g-shifts-in-the-forward-direction-when-1-a-catalyst-is-used-2-an-absorbent-is-used-to-remove-so-as-soon-as-it-is-formed-3-small-amounts-of-reactants-are-used-4-none-of-th https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc0MA-the-ph-of-blood-is-maintained-by-co2-by-and-h2co3-in-the-body-and-chemical-constituents-of-blood-this-phenomenon-is-called-1-colloidal-2-buffer-action-3-acidic-4-salt-balance-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc0MQ-incorrect-statement-among-the-following-is-1-addition-of-one-drop-of-concentrated-hcl-in-nh4oh-solution-decreases-ph-of-the-solution-2-a-solution-of-the-mixture-of-one-equivalent-of-each-of-ch3cooh-an https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc0Mg-at-temperature-t-a-compound-ab2-g-dissociates-according-to-the-reaction-2ab2-8652-2ab-g-b2-g-with-a-degree-of-dissociation-x-which-is-small-compared-with-unity-the-expression-for-kp-in-terms-of-x-and https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc0Mw-find-the-equilibrium-constant-k-for-the-hydrolysis-of-ethyl-acetate-ch3cooc2h5-h-ch3cooh-c2h5oh-is-given-that-the-rate-constant-for-the-forward-reaction-kf-is-1-1-times-10-sup2-min-sup1-and-the-rate-c https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc0NA-what-happens-to-ph-of-a-solution-when-nh4cl-crystal-is-added-to-a-dilute-solution-of-nh4oh-1-decreases-2-increases-3-remains-unaffected-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc0NQ-for-the-reactions-a-b-kc-2-b-c-kc-4-c-d-kc-6-kc-for-the-reaction-a-d-is-1-2-4-6-2-2x4-6-3-4x6-2-4-2x4x6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc0Ng-the-phenomenon-of-interaction-of-anions-and-cations-furnished-by-an-electrolyte-with-the-h-and-oh-ions-of-water-to-produce-acidic-nature-or-alkalinity-is-known-as-hydrolysis-find-the-correct-statement https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc0Nw-for-the-reaction-equilibrium-2nobr-g-2no-g-br2-g-if-pbr2-p-9-at-equilibrium-and-p-is-total-pressure-the-ratio-of-kp-p-is-equal-to-1-1-9-2-1-81-3-1-27-4-1-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc0OA-in-the-system-caf2-s-8652-ca2-aq-2f-aq-increasing-the-concentration-of-ca2-ions-4-times-will-cause-the-equilibrium-concentration-of-f-ions-to-change-to-1-1-4-of-the-initial-value-2-1-2-of-the-initial https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc0OQ-the-addition-of-hcl-does-not-suppress-the-ionization-of-1-acetic-acid-2-benzoic-acid-3-h2s-4-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc1MA-kmno4-can-be-prepared-from-k2mno4-as-per-reaction-3mno42-2h2o-2mno4-mno2-4oh-the-reaction-can-go-to-completion-by-removing-oh-ions-by-adding-1-hcl-2-koh-3-co2-4-so2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc1Mg-the-increasing-order-of-basic-strength-of-cl-co32-ch3coo-oh-f-is-1-cl-f-ch3coo-co32-oh-2-cl-f-co32-ch3coo-oh-3-ch3coo-cl-f-co32-oh-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc1Mw-if-the-pressure-is-applied-to-the-following-equilibrium-liquid-8652-vapour-the-boiling-temperature-of-the-liquid-1-will-decrease-2-will-increase-3-may-not-change-4-will-not-change-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc1NA-which-of-the-following-statements-is-not-true-1-the-ph-of-10-8-n-hcl-is-8-2-96500-coulomb-of-electricity-is-passed-through-a-cuso4-solution-deposit-1g-of-equivalent-of-cu-at-cathode-3-the-conjugate-ba https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc1NQ-in-which-of-the-following-will-the-solubility-of-agcl-be-the-minimum-1-0-1-m-nano3-2-water-3-0-1-m-nacl-4-0-1-m-nabr-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc1Ng-which-of-the-following-salts-will-give-the-highest-ph-in-the-water-1-kcl-2-nacl-3-na2co3-4-cuso4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc1Nw-the-aqueous-solution-having-the-lowest-ph-1-naoh-2-nh4cl-3-na2co3-4-nacl-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc1OQ-the-value-of-h-for-the-reaction-x2-g-4y2-g-2xy4-g-is-less-than-zero-formulation-of-xy4-g-will-be-favored-at-1-low-pressure-and-low-temperature-2-high-temperature-and-low-pressure-3-high-pressure-and-l https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc2MA-salting-out-action-of-the-soap-is-based-on-1-complex-ion-formation-2-common-ion-effect-3-solubility-product-4-acid-base-neutralization-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc2MQ-which-is-not-an-acid-salt-1-nah2po2-2-nah2po3-3-nah2po4-4-nahso3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc2Mg-the-following-equilibria-are-given-n2-3h2-8652-2nh3-k1-n2-o2-8652-2no-k2-h2-12o2-8652-h2o-k3-the-equilibrium-constant-of-the-reaction-2nh3-52o2-8652-2no-3h2o-in-terms-of-k1-k2-and-k3-is-1-k1k33-k2-2-k https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc2Mw-find-the-stronger-acid-when-the-pka-of-acid-a-is-greater-than-the-pka-of-acid-b-1-acid-a-2-acid-b-3-both-acids-are-equally-strong-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc2NA-at-a-certain-temperature-2hi-h2-i2-only-50-hi-is-dissociated-at-equilibrium-the-equilibrium-constant-is-1-1-0-2-3-0-3-0-5-4-0-25-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc2NQ-a-solution-of-fecl3-in-water-acts-as-acidic-due-to-1-acidic-impurities-2-ionization-3-hydrolysis-of-fe3-4-dissociation-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc2Ng-which-of-the-following-solution-does-not-act-as-buffer-1-h3po4-nah2po4-2-na2co3-h2co3-3-hcl-nh4cl-4-ch3cooh-ch3coona-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc2Nw-which-equilibrium-can-be-described-as-lewis-acid-base-reaction-but-not-bronsted-acid-base-reaction-1-h2o-ch3cooh-h3o-ch3coo-2-2nh3-h2so4-2nh4-so42-3-nh3-ch3cooh-nh4-ch3coo-4-cu-h2o-4-2-4nh3-cu-nh3-4-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc2OA-in-the-reaction-pcl5-pcl3-cl2-the-amounts-of-pcl5-pcl3-and-cl2-at-equilibrium-are-2-moles-each-and-the-total-pressure-is-3-atm-the-equilibrium-constant-kp-is-1-1-0-atm-2-2-0-atm-3-3-0-atm-4-6-0-atm-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc2OQ-an-aqueous-solution-of-hydrogen-sulphide-shows-the-equilibrium-h2s-h-hs-if-dilute-hydrochloric-acid-is-added-to-an-aqueous-solution-of-hydrogen-sulphide-without-any-temperature-change-then-1-the-equil https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc3MA-when-hcl-gas-is-passed-through-a-saturated-solution-of-common-salt-pure-nacl-is-precipitated-because-1-the-impurities-dissolve-in-hcl-2-hcl-is-highly-soluble-in-h2o-3-the-product-of-na-and-cl-exceeds https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc3MQ-which-combination-of-acid-and-base-forms-a-salt-that-gives-an-alkaline-aqueous-solution-1-a-strong-acid-and-a-strong-base-2-a-strong-acid-and-a-weak-base-3-a-weak-acid-and-a-weak-base-4-a-weak-acid-an https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc3Mg-40-of-a-racemic-mixture-of-0-2-moles-of-n2-and-0-6-moles-of-h2-react-to-give-nh3-according-to-the-equation-n2-g-h2-g-8652-2nh3-g-at-constant-temperature-and-pressure-then-the-ratio-of-the-final-volume https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc3Mw-on-addition-of-inert-gas-at-constant-volume-to-the-reaction-n2-3h2-8652-2nh3-at-equilibrium-1-the-reaction-halts-2-forward-reaction-is-favored-3-the-reaction-remains-unaffected-4-backward-reaction-is https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc3NA-in-which-of-the-following-case-reaction-goes-farthest-to-completion-1-k-103-2-k-10-2-3-k-10-4-k-100-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc3Nw-for-the-reversible-reaction-n2-g-3h2-g-2nh3-g-heat-according-to-le-chatelier-rsquo-s-principle-the-equilibrium-will-shift-in-the-forward-direction-by-1-increasing-the-concentration-of-nh3-g-2-decreasi https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc4MA-the-correct-representation-for-the-solubility-product-constant-of-ag2cro4-is-1-ag-2-cro42-2-ag2-cro42-3-2ag-cro42-4-2ag-2-cro42-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc4MQ-ph-of-a-saturated-solution-of-ba-oh-2-is-12-the-value-of-solubility-product-ksp-of-ba-oh-2-is-1-3-3-x-10-7-2-5-0-x-10-7-3-4-0-x-10-6-4-5-0-x-10-6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc4Mg-at-a-given-temperature-the-kc-for-the-reaction-pcl5-g-8652-pcl3-g-cl2-g-is-2-4-x10-3-at-the-same-temperature-the-kc-for-the-reaction-pcl3-g-cl2-g-8652-pcl5-g-is-1-2-4x10-3-2-2-4-x10-3-3-4-2-x102-4-4-8 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc4Mw-hi-was-heated-in-a-sealed-tube-at-440-deg-c-till-the-equilibrium-was-reached-at-this-point-hi-was-found-to-be-22-decomposed-the-equilibrium-constant-for-this-dissociation-is-1-0-28-2-0-08-3-0-02-4-1-9 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc4NA-28-g-n2-and-6g-h2-were-mixed-at-equilibrium-17-g-nh3-was-formed-the-mass-of-n2-and-h2-of-equilibrium-are-respectively-1-11-g-zero-2-1-g-3-g-3-14-g-3-g-4-11-g-3-g-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc4NQ-the-strongest-acid-among-the-following-is-1-h2so4-2-hclo3-3-hclo4-4-h2so3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc4Ng-ph-for-the-solution-of-salt-undergoing-anionic-hydrolysis-say-ch3coona-is-given-by-1-ph-12-pkw-pka-log-c-2-ph-12-pkw-pka-log-c-3-ph-12-pkw-pkb-log-c-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc4OA-which-can-act-as-an-acidic-buffer-a-nh4cl-nh4oh-b-ch3cooh-ch3coona-c-40-ml-of-0-1-m-nacn-20-ml-of-0-1-m-hcl-1-both-a-and-b-2-both-b-and-c-3-all-are-buffer-solution-4-both-a-and-c-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc4OQ-the-following-equilibrium-exists-in-an-aqueous-solution-ch3cooh-8652-h-ch3coo-if-dilute-hcl-is-added-to-this-solution-1-the-equilibrium-constant-will-increase-2-the-equilibrium-constant-will-decrease https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc5MA-the-solubility-product-of-cus-cds-and-hgs-are-10-31-10-44-and-10-54-respectively-what-is-the-correct-order-of-solubility-of-these-sulphides-1-cds-hgs-cus-2-hgs-cds-cus-3-cds-cus-hgs-4-cus-cds-hgs-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc5MQ-the-hydroxide-having-the-lowest-value-of-ksp-at-25-176-c-is-1-mg-oh-2-2-ca-oh-2-3-ba-oh-2-4-be-oh-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc5Mg-for-the-reaction-a-b-8652-c-d-the-initial-concentration-of-a-and-b-are-equal-but-the-equilibrium-concentration-of-c-is-twice-that-of-the-equilibrium-concentration-of-a-the-equilibrium-constant-is-1-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc5Mw-if-the-solubility-of-an-aqueous-solution-of-mg-oh-2-is-x-mol-l-what-is-the-corresponding-value-of-its-ksp-1-4x3-2-108x5-3-27x4-4-9x-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc5NA-at-constant-temperature-the-equilibrium-constant-kp-for-the-decomposition-reaction-n2o4-2no2-is-expressed-by-kp-4x2p-1-x2-where-p-pressure-x-extent-of-decomposition-which-of-the-following-statements-i https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc5NQ-an-aqueous-solution-of-ammonium-acetate-is-1-faintly-acidic-2-fair-acidic-3-faintly-alkaline-4-almost-neutral-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjUzNzA-the-equilibrium-constant-for-the-reaction-n2-g-o2-g-2no-g-is-4-x-10-4-at-200k-in-the-presence-of-a-catalyst-the-equilibrium-is-attained-10-times-faster-therefore-the-equilibrium-constant-in-presence-o https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjUzODk-for-the-given-reaction-the-degree-of-dissociation-of-b-was-found-to-be-20-at-300-k-and-24-at-500k-2-mathrm-a-mathrm-s-mathrm-b-mathrm-g-rightleftharpoons-mathrm-c-mathrm-g-2-mathrm-d-mathrm-s-mathrm-e https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU0MTI-the-ph-of-0-1-m-solution-of-anilium-chloride-is-ka-of-c6h5nh3-10-6-1-3-5-2-3-3-4-5-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU0ODk-1l-of-an-aqueous-solution-contains-0-15mole-of-ch3cooh-pka-4-8-and-0-15-mole-of-ch3coona-after-the-addition-of-0-05-mole-of-solid-naoh-to-this-solution-the-ph-will-be-1-4-5-2-4-8-3-5-1-4-5-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NDI-in-the-following-reaction-hc2o4-po43-8652-hpo42-c2o42-which-are-the-two-bronsted-bases-1-h2c2o4-andpo43-2-hpo42-andc2o42-3-h2c2o4-andhpo4-2-4-po43-andc2o42-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NDQ-percentage-ionisation-of-water-at-certain-temperature-is-3-6-x-10-7-calculate-kw-and-ph-of-water-1-10-14-ph-6-7-2-4-x-10-14-ph-6-7-3-2x-10-14-ph-7-4-10-14-ph-7-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NDU-a-50-ml-solution-of-strong-acid-of-ph-1-is-mixed-with-a-50-ml-solution-of-strong-acid-of-ph-2-the-ph-of-the-mixture-will-be-nearly-log-5-5-0-74-1-0-74-2-1-26-3-3-76-4-4-50-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NDY-1-litre-solution-of-ph-4-solution-of-a-strong-acid-is-added-to-the-7-3-litre-of-water-what-is-the-ph-of-resulting-solution-log-3-0-48-1-4-2-4-48-3-4-52-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NDc-the-ph-of-a-solution-obtained-by-mixing-50ml-of-0-4n-hcl-and-50ml-of-0-2m-naoh-is-1-13-2-12-3-1-0-4-2-0-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NDg-kb-for-a-monoacidic-base-whose-0-10-m-solution-has-a-ph-of-10-48-1-9-x-10-6-2-9-x-10-9-3-9-x-10-7-4-3-x-10-7-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NTA-in-an-acidic-buffer-solution-ch3cooh-ch3coona-the-species-mainly-present-in-the-solution-are-ignore-negligible-amount-1-ch3cooh-ch3coo-ch3coona-h-2-ch3coo-na-ch3cooh-3-ch3coona-ch3coo-h-4-ch3coo-na-h https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NTE-what-happens-to-the-ph-when-nh-cl-is-added-to-an-nh-oh-solution-1-increases-2-decreases-3-remains-unchanged-4-first-decreases-and-then-increases-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NTI-the-most-hydrolyzed-salt-among-the-following-is-assume-that-kb-of-all-weak-bases-is-the-same-1-nh4cl-2-cuso4-3-alcl3-4-all-are-equally-hydrolyzed-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NTQ-the-ph-of-10-6-m-ch3cooh-ka-1-8-x-10-5-is-1-5-37-2-in-between-6-7-3-7-4-8-63-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NTY-60-ml-1m-ch3cooh-is-mixed-with-20-ml-1-m-naoh-then-ph-of-resulting-solution-will-be-ka-1-8-x-10-5-log1-8-0-25-1-8-55-2-4-95-3-4-45-4-7-45-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NTc-in-which-solvent-solubility-of-agcl-is-maximum-1-0-01-m-nacl-2-pure-water-3-0-01-m-nh4oh-4-0-05-m-agno3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NjI-find-the-values-of-k-kc-for-the-following-gaseous-reactions-i-2a-3b-2c-ii-2a-4b-iii-a-b-2c-4d-1-rt-sup3-rt-sup2-rt-2-rt-sup3-rt-sup2-rt-sup1-3-rt-sup3-rt-sup2-rt-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NjM-n2o4-dissociates-as-n2o4-g-2no2-g-at-273-k-and-2-atm-pressure-the-equilibrium-mixture-has-a-vapour-density-of-41-what-will-be-the-percentage-degree-of-dissociation-1-14-2-2-16-2-3-12-2-4-87-8-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NjQ-inert-gas-is-added-to-the-equilibrium-pcl5-g-thinsp-thinsp-pcl3-g-cl2-g-at-constant-pressure-the-degree-of-dissociation-will-1-remain-unchanged-2-decrease-3-increase-4-decrease-or-increase-but-cannot https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NjU-dissociation-of-phosphorus-pentachloride-is-favoured-by-1-high-temperature-and-high-pressure-2-high-temperature-and-low-pressure-3-low-temperature-and-low-pressure-4-low-temperature-and-high-pressure https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NjY-given-a-reaction-at-equilibrium-n2o4-2no2-with-an-equilibrium-constant-k-4-which-of-the-following-statements-i-ii-and-iii-are-correct-based-on-the-graph-given-below-of-time-vs-concentration-for-this-r https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3Njc-the-solubility-product-constant-ksp-of-mg-oh-2-is-9-0-x-10-12-if-a-solution-is-0-010-m-with-respect-to-mg2-ion-what-is-the-maximum-hydroxide-ion-concentration-that-could-be-present-without-causing-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3Njg-find-the-amount-of-cac-o-molecular-weight-128-that-will-dissolve-in-distilled-water-to-make-1-litre-of-a-saturated-solution-ksp-cac2o4-2-5-x-10-9-1-0-0064-g-2-0-1280-g-3-0-0128-g-4-1-2800-g-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3Njk-what-substance-could-be-added-to-one-liter-of-water-to-serve-as-a-buffer-1-one-mole-of-ch-3-coo-h-and-0-5-moles-of-naoh-2-one-mole-of-nh-4cl-and-one-mole-of-hcl-3-one-mole-of-nh-4oh-and-one-mole-of-na https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU3NzM-acoording-to-bronsted-lowry-concept-the-correct-order-of-relative-strength-of-bases-follows-the-order-1-ch3coo-cl-oh-2-ch3coo-oh-cl-3-oh-ch3coo-cl-4-oh-cl-ch3coo-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU5MjM-poh-of-h2o-is-7-0-at-298k-if-water-is-heated-at-350k-which-of-the-following-statement-should-be-true-1-poh-will-decrease-2-poh-will-increase-3-poh-will-remain-7-0-4-concentration-of-h-ions-will-increa https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjU5NDM-an-aqueous-solution-of-nahso3-is-1-acidic-2-slightly-alkaline-3-alkaline-4-slightly-acidic-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MjcyMjM-the-solubility-product-constant-ksp-of-salts-of-type-mx-mx2-and-m3x-at-temperature-t-are-4-0-x-10-8-3-2-x-10-14-and-2-7-x-10-15-respectively-the-order-of-solubilities-mol-dm-3-of-the-salts-at-temperat https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246Mjc5NzU-ostwald-dilution-law-for-weak-electrolyte-ha-can-be-given-as-1-ka-c-945-2-1-945-2-ka-c-945-2if-945-8594-0-3-ka-c-955-2-955-2-955-2-955-4-alloftheabove-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246Mjk3Nzg-in-the-reaction-n2o4-g-2no2-g-alpha-is-that-part-of-n2o4-which-dissociates-the-number-of-moles-at-equilibrium-will-be-1-1-alpha-2-2-3-alpha-3-alpha-4-1-alpha-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246Mjk3ODc-in-which-solution-agcl-has-minimum-solubility-1-0-05-m-agno3-2-0-01-m-nacl-3-pure-water-4-0-01-m-nh4oh-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246Mjk3ODg-50-ml-of-hcl-ph-1-is-mixed-with-another-100-ml-of-hcl-ph-2-then-ph-of-resulting-solution-will-be-approximately-1-1-2-2-1-4-3-1-6-4-1-8-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246Mjk3OTY-in-a-nitrating-mixture-hno3-h2so4-hno3-acts-as-1-acid-2-base-3-acid-as-well-as-base-4-neither-acid-nor-base-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MzAwMjU-when-a-solution-of-acetic-acid-was-titrated-with-naoh-the-ph-of-the-solution-when-half-of-the-acid-neutralised-was-4-2-dissociation-constant-of-the-acid-is-1-6-31-times-10-5-2-3-2-times-10-5-3-8-7-tim https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MzAyODA-the-strongest-lewis-acid-among-the-following-is-1-bbr3-2-bcl3-3-bf3-4-all-are-same-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MzAyODQ-the-solubility-product-constant-ksp-of-fe-oh-at-25-deg-c-is-1-6-times-10-sup1-the-molar-solubility-of-fe-oh-in-a-solution-of-ph-8-is-1-0-06-2-0-016-3-0-01-4-0-16-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MzAyODk-to-a-200-ml-of-0-1-m-weak-acid-ha-solution-90-ml-of-0-1-m-solution-of-naoh-be-added-now-what-volume-of-0-1-m-naoh-be-added-into-above-solution-so-that-ph-of-resulting-solution-be-5-ka-ha-10-5-1-2-ml-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MzAyOTI-if-carbon-dioxide-is-2-dissociated-at-equilibrium-2co2-g-2co-g-o2-g-the-mole-fraction-of-co2-at-equuilibrium-is-1-1-01-0-98-2-0-98-1-01-3-0-01-0-98-4-0-098-1-01-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MzAyOTc-for-n2-3h2-8652-2nh3-one-mole-of-n2-and-three-moles-of-h2-are-at-pressure-of-4-atm-equilibrium-pressure-is-found-to-be-3-atm-hence-kp-is-1-1-0-5-x-0-15-3-2-1-0-5-x-1-5-3-3-3x3-0-5-x-1-5-3-4-none-of-th https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MzA0MDU-the-ph-of-a-solution-obtained-by-mixing-100ml-of-0-2-m-ch3cooh-with-100ml-of-0-2-m-naoh-would-be-given-pka-for-ch3cooh-4-74-1-4-74-2-8-87-3-9-10-4-8-57-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA3OTg-a-20-litre-container-at-400-k-contains-co2-g-at-pressure-0-4-atm-and-an-excess-of-sro-neglect-the-volume-of-solid-sro-the-volume-of-the-container-is-now-decreased-by-moving-the-movable-piston-fitted-i https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA4MjY-the-concentration-of-the-ag-ions-in-a-saturated-solution-of-ag2c2o4-is-2-2-x-10-4-m-the-solubility-product-of-ag2c2o4-is-1-2-42-x-10-8-2-2-66-x-10-12-3-4-5-x-10-11-4-5-3-x-10-12-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA4NDU-the-percentage-of-pyridine-c5h5n-that-forms-pyridinium-ion-c5h5n-h-in-a-0-10-m-aqueous-pyridine-solution-kb-for-c5h5n-1-7-x-10-9-is-1-0-0060-2-0-013-3-0-77-4-1-6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA4NDk-the-solubility-of-agcl-s-with-solubility-product-1-6-x-10-10-in-0-1-m-nacl-solution-would-be-1-1-26-x-10-5-m-2-1-6-x-10-9-m-3-1-6-x-10-11-m-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA4NTI-boric-acid-is-an-acid-because-its-molecule-1-its-molecule-contains-replaceable-h-ions-2-it-gives-up-a-proton-3-it-accepts-oh-from-water-releasing-a-proton-4-it-combines-directly-with-a-proton-from-a-w https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA4NTc-which-of-the-following-fluoro-compounds-is-most-likely-to-behave-as-a-lewis-base-1-bf3-2-pf3-3-cf4-4-sif4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA5MTM-among-the-following-the-correct-order-of-acidity-is-1-hclo-hclo2-hclo3-hclo4-2-hclo2-hclo-hclo3-hclo4-3-hclo4-hclo2-hclo-hclo3-4-hclo3-hclo4-hclo2-hclo-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA5MTU-my-and-ny3-two-nearly-insoluble-salts-have-the-same-ksp-values-of-6-2-x-10-13-at-room-temperature-which-statement-would-be-true-in-regard-to-my-and-ny3-1-the-molar-solubility-of-my-in-water-is-less-th https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA5NTM-the-ksp-of-ag2cro4-agcl-agbr-and-agl-are-respectively-1-1x10-12-1-8x10-10-5-0x10-13-and-8-3x10-17-the-salt-precipitates-that-last-if-the-agno3-solution-is-added-to-the-solution-containing-equal-moles https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA5NTU-which-of-the-following-statements-is-correct-for-a-reversible-process-in-a-state-of-equilibrium-1-delta-g-2-30-rt-logk-2-delta-g-2-30-rt-log-k-3-delta-g-deg-2-30-rt-logk-4-delta-g-deg-2-30-rt-logk-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA5ODQ-the-ph-of-the-resulting-solution-when-equal-volumes-of-0-1-m-naoh-and-0-01-m-hcl-are-mixed-is-1-12-65-2-2-04-3-7-01-4-1-35-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDA5OTM-among-the-following-pairs-of-solution-the-one-which-is-not-an-acidic-buffer-is-1-hclo4-and-naclo4-2-ch3cooh-and-ch3coona-3-h2co3-and-na2co3-4-h3po4-and-na3po4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEwMjk-for-the-reversible-reaction-n2-g-3h2-g-mdash-2nh3-g-heat-the-equilibrium-shifts-in-forward-direction-1-by-increasing-the-concentration-of-nh3-g-2-by-decreasing-the-pressure-3-by-decreasing-the-concent https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEwMzE-for-a-given-exothermic-reaction-kp-and-k-p-are-the-equilibrium-constants-at-temperatures-t1-and-t2-respectively-assuming-that-heat-of-reaction-is-constant-in-a-temperature-range-between-t1-and-t2-it-i https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDExMjU-buffer-solutions-have-constant-acidity-and-alkalinity-because-1-these-give-unionised-acid-or-base-or-base-on-reaction-with-added-acid-or-alkali-2-acids-and-alkalies-in-these-solutions-are-shielded-fro https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDExNzU-the-molecule-that-is-least-likely-to-behave-as-lewis-base-is-1-nh3-2-bf3-3-oh-4-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEyMjA-kc-and-kp-are-not-equal-for-a-reaction-given-below-1-2no-g-n2-g-o2-g-2-so2-g-no2-g-so3-g-no-g-3-h2-g-i2-g-2hi-g-4-2c-s-o2-g-2co2-g-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEyNTM-which-one-of-the-following-molecular-hydrides-acts-as-a-lewis-acid-1-nh3-2-h2o-3-b2h6-4-ch4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEyNTU-which-of-the-following-molecules-acts-as-a-lewis-acid-1-ch3-3b-2-ch3-2o-3-ch3-3p-4-ch3-3n-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEyNTk-the-ionisation-constant-of-ammonium-hydroxide-is-1-77-x-10-5-at-298-k-hydrolysis-constant-of-ammonium-chloride-is-1-5-65-x-10-10-2-6-50-x-10-12-3-5-65-x-10-13-4-5-65-x-10-12-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEyNjA-the-oxide-that-is-not-expected-to-react-with-sodium-hydroxide-is-1-b2o3-2-cao-3-sio2-4-beo-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEyOTA-the-dissociation-constants-for-acetic-acid-and-hcn-at-25-176-c-are-1-5-xl0-5-and-4-5-xl0-10-respectively-the-equilibrium-constant-for-the-equilibrium-cn-ch3cooh-hcn-ch3coo-would-be-1-3-0-x-105-2-3-0-x https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEzMDU-equal-volumes-of-three-acid-solutions-of-ph-3-4-and-5-are-mixed-in-a-vessel-what-will-be-the-h-ion-concentration-in-the-mixture-1-1-11-x-10-4-m-2-3-7-x-10-4-m-3-3-7-x-10-3-m-4-1-11-x-10-3-m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEzNTM-the-value-of-equilibrium-constant-of-the-reaction-hi-g-8652-12-h2-g-12-i2-g-is-8-0-the-equilibrium-constant-of-the-reaction-h2-g-i2-g-8652-2hi-g-will-be-1-1162-1643-164-18-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDEzNzA-which-one-of-the-following-ionic-species-has-the-greatest-proton-affinity-to-form-stable-compound-1-hs-2-nh2-3-f-4-i-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDE0MjM-for-the-reaction-ch4-g-2o2-g-co2-g-2h2o-l-rh-170-kj-mol-1-which-of-the-following-statements-is-not-true-a-at-equilibrium-the-concentrations-of-co2-g-and-h2o-l-are-not-equal-b-the-equilibrium-constant https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDE0Mzc-the-hydrogen-ion-concentration-of-a-10-8-m-hcl-aqueous-solution-at-298-k-kw-10-14-is-1-1-0-times-10-6-m-2-1-0525-x-10-7-m-3-9-525-x-10-8-m-4-1-0-times-10-8-m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM0OTI-the-equilibrium-constant-for-the-reaction-nh4no2-s-n2-g-2h2o-g-is-given-by-1-n2-h2o-nh4no2-2-n2-h2o-2-3-h2o-nh4no2-4-n2-nh4no2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM1OTU-two-flasks-a-and-b-of-equal-volume-containing-1-mole-and-2-mole-of-o3-respectively-are-heated-to-the-sametemperature-when-the-reaction-2o3-8651-3o2-practically-stops-then-both-the-flasks-shall-have-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM1OTY-a-10l-container-at-300k-contains-co2-gas-at-pressure-of-0-2-atm-and-an-excess-solid-cao-neglect-thevolume-of-solid-cao-the-volume-of-container-is-now-decreased-by-moving-the-movable-piston-fitted-in-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM1OTc-an-equilibrium-mixture-at-700-k-of-0-50-m-n2-3-00-m-h2-and-2-00-m-nh3-is-present-in-a-container-now-if-this-equilibrium-is-disturbed-by-adding-n2-so-that-its-concentration-becomes-1-50-m-just-after-ad https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM1OTg-at-1400-k-kc-2-5x10-3-for-the-reaction-ch4-g-2h2s-g-cs2-g-4h2-g-a-10-0l-reaction-vesselat-1400-k-contains-2-00-mole-of-ch4-3-0-mol-of-cs2-3-0-mole-of-h2-and-4-0-mole-of-h2s-then-1-this-reaction-is-at https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM1OTk-the-graph-which-will-be-representing-all-the-equilibrium-concentrations-for-the-reaction-n2o4-g-8652-2no2-g-will-be-the-concentrations-of-n2o4-g-and-of-no-g-for-which-the-following-reaction-will-be-at https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM2MDE-for-the-chemical-equilibrium-caco3-s-8652-cao-s-co2-g-delta-hf-deg-can-be-determined-from-which-one-of-the-following-plots-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM2MDI-at-a-certain-temperature-the-following-equilibrium-is-established-co-g-n02-g-8652-co2-g-no-g-one-mole-of-each-of-the-four-gas-is-mixed-in-one-litre-container-and-the-reaction-is-allowed-to-reach-equil https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM4NDU-at-temperature-t-the-compound-ab2-g-dissociates-according-to-the-reaction-2ab2-g-2-ab-g-b2-g-with-a-degree-of-dissociation-x-which-is-small-compared-with-unity-deduce-the-expression-for-x-in-terms-of https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM4NjY-equilibrium-constant-for-the-given-reaction-is-kc-1020-at-temperature-300-k-a-s-2b-aq-8652-2c-s-d-aq-k-1020-the-equilibrium-conc-of-b-starting-with-mixture-of-1-mole-of-a-and-1-3-mole-litre-of-b-at-30 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM4Njc-10l-box-contain-o3-and-o2-at-equilibrium-at-2000-k-the-delta-g-deg-ndash-534-52-kj-at-8-atm-equilibrium-pressure-the-following-equilibrium-is-present-in-the-container-2o3-g-8652-3o2-g-the-partial-pres https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM4Njg-solid-ammonium-carbamate-dissociates-to-give-ammonia-and-carbon-dioxide-as-follows-nh2coonh4-s-8652-2-nh3-g-co2-g-at-equilibrium-ammonia-is-added-such-that-partial-pressures-of-nh3-now-equals-the-orig https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM4Njk-the-reactions-pcl5-g-pcl3-g-cl2-g-and-cocl2-g-co-g-cl2-g-are-simultaneously-in-equilibrium-in-an-equilibrium-box-at-constant-volume-a-few-moles-of-co-g-are-later-introduced-into-the-vessel-after-some https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM4NzA-in-the-haber-process-for-the-industrial-manufacture-of-ammonia-involving-the-reaction-n2-3h2-8652-2nh3-at-200-atm-pressure-in-the-presence-of-a-catalyst-temperature-of-about-500-deg-c-this-is-consider https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM4NzI-what-is-the-minimum-mass-of-caco3-s-below-which-it-decomposes-completely-required-to-establish-equilibrium-in-a-6-50-litre-container-for-the-reaction-kc-0-05-mole-litre-caco3-s-8652-cao-s-co2-g-1-32-5 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM4NzM-the-value-of-kp-for-the-reaction-at-27-deg-c-br2-l-cl2-g-8652-2brcl-g-is-1-atom-at-equilibrium-in-a-closed-container-partial-pressure-of-brci-gas-is-0-1-atm-and-at-this-temperature-the-vapour-pressure https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM4NzQ-5-mol-pci5-g-and-one-mole-n2-gas-is-placed-in-a-closed-vessel-at-equilibrium-pci5-g-decomposes-20-and-total-pressure-in-to-the-container-is-found-to-be-1-atm-the-kp-for-equilibrium-pcl5-g-8652-pcl3-g https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5NzA-the-degree-of-dissociation-of-water-in-a-0-1-m-aqueous-solution-of-hcl-at-a-certain-temperature-t-xb0-c-is-3-6-x-10-x2013-15-the-temperature-t-must-be-1-25-xb0-c-4-insufficient-data-to-predict-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5NzE-which-one-is-the-correct-expression-below-for-the-solution-containing-n-number-of-weak-acids-1-h-sum-i-1nkici-2-h-sum-i-1nkici-3-h-sum-i-thinsp-thinsp-1nkici-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5NzI-the-ph-of-glycine-at-the-first-half-equivalence-point-is-2-34-and-that-at-second-half-equivalence-point-is-9-60-at-the-equivalence-point-the-first-inflection-point-the-ph-is-1-3-63-2-2-34-3-5-97-4-11 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5NzQ-a-1-458-g-of-mg-reacts-with-80-0-ml-of-a-hci-solution-whose-ph-is-ndash-0-477-the-change-in-ph-after-all-mg-has-reacted-assume-constant-volume-mg-24-3-g-mol-log-3-0-477-1-ndash-0-176-2-0-477-3-ndash-0 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5NzU-find-the-8710-ph-initial-ph-ndash-final-ph-when-100-ml-0-01-m-hcl-is-added-in-a-solution-containig-0-1-m-molesof-nahco3-solution-ph-9-of-negligible-volume-kai-10-ndash-7-ka-10-ndash-11-for-h2co3-1-6-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5NzY-the-ionization-constant-of-benzoic-acid-is-6-46-x-10-ndash-5-and-kc-for-silver-benzoate-is-2-5-x-10-ndash-13-how-many-times-silver-benzoate-is-more-soluble-in-a-buffer-of-ph-3-19-as-compared-to-its-so https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5Nzc-30-ml-of-0-06-m-solution-of-the-protonated-form-of-an-anion-acid-methionine-h2a-is-treated-with-0-09-m-naoh-calculate-ph-after-addition-of-20-ml-of-base-pka1-2-28-and-pka2-9-2-1-5-5-2-5-74-3-9-5-4-non https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5Nzg-a-certain-acid-ndash-base-indicator-is-red-in-acid-solution-and-blue-in-basic-solution-75-of-the-indicator-is-presentin-the-solution-in-its-blue-form-at-ph-5-calculate-the-ph-at-which-the-indicator-sh https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5Nzk-ionisation-constant-of-ha-weak-acid-and-boh-weak-base-are-3-0-x-10-ndash-7-each-at-298k-the-percent-degree-of-hydrolysis-of-ba-at-the-dilution-of-10l-is-1-25-2-50-3-75-4-40-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5ODA-calculate-the-molar-solubility-of-zinc-tetrathiocyanato-ndash-n-ndash-mercurate-ii-if-its-ksp-2-2-x-10-ndash-7-1-0-00380-2-0-000469-3-0-0095-4-0-0183-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5ODE-an-acid-ndash-base-indicator-which-is-a-weak-acid-has-a-pka-value-5-45-at-what-cocentration-ratio-of-sodiumacetate-to-acetic-acid-would-the-indicator-show-a-colour-half-ndash-way-between-those-of-its https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5ODI-the-indicator-constant-of-phenolphthalein-is-approximately-10-ndash-10-a-solution-is-prepared-by-adding-100-01c-c-of-0-01-n-sodium-hydroxide-to-100-00-c-c-of-0-01n-hydrochloric-acid-if-a-few-drops-of https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5ODM-a-certain-mixture-of-hcl-and-ch3-ndash-cooh-is-0-1-m-in-each-of-the-acids-20-ml-of-this-solution-is-titrated-against-0-1m-naoh-by-how-many-units-does-the-ph-change-from-the-start-to-the-stage-when-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5ODQ-a-buffer-solution-is-made-by-mixing-a-weak-acid-ha-ka-10-ndash-6-with-its-salt-naa-in-equal-amounts-what-should-be-the-amount-of-acid-or-salt-that-should-be-added-to-make-90-ml-of-buffer-solution-of-b https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5ODU-a-sample-of-water-has-a-hardness-expressed-as-80-ppm-of-ca2-this-sample-is-passed-through-an-ion-exchange-column-and-the-ca2-is-replaced-by-h-what-is-the-ph-of-the-water-after-it-has-been-so-treated-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM5OTA-in-the-reaction-cocl2-g-8652-co-g-ci2-g-at-550-deg-kp-0-114-when-the-initial-pressure-of-co-cl2-are-250-and-280-mm-of-hg-respectively-the-equilibrium-pressure-is-found-to-be-380-mm-of-hg-calculate-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDUxNTg-what-is-the-value-of-pkb-ch3cooh-ndash-if-lambda-m-infin-390-lambda-m-7-8-for-0-04-of-a-ch3cooh-at-25-deg-c-a-9-3-b-9-2-c-4-7-d-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NjYxMjQ-consider-the-following-assertion-and-reason-assertion-it-is-difficult-to-distinguish-the-strengths-of-strong-acids-such-as-hcl-h-so-hno-hbr-hi-and-hclo-in-dilute-aqueous-solutions-reason-in-dilute-aqu https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NjYxMjY-assertion-0-20-m-solution-of-nacnis-more-basic-than-0-20-m-solution-of-naf-reason-0-20-m-solution-of-nacn-is-more-basic-than-0-20-m-solution-of-ch3coona-if-both-the-assertion-and-the-reason-are-true-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NjYxMjc-assertion-a-substance-that-can-either-act-as-an-acid-or-a-base-is-called-ampholyte-reason-bisulphide-ion-hs-and-bicarbonate-ion-hco3-are-ampholytes-if-both-the-assertion-and-the-reason-are-true-and-th https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246Njk0NDY-which-of-the-following-statement-is-true-if-the-reaction-quotient-q-is-equal-to-1-1-g-0-2-g-0-3-s-0-4-g-g-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246ODkwNTU-the-concentration-of-ag-ions-in-a-saturated-solution-of-ag2c2o4-is-2-2-times-10-ndash-4-mol-l-ndash-1-the-solubility-product-of-ag2c2o4-is-1-2-66-times-10-ndash-12-2-4-5-times-10-ndash-11-3-5-3-times https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246ODkwODI-the-solubility-of-agcl-s-with-solubility-product-1-6-times-10-ndash-10-in-0-1-m-nacl-solution-would-be-1-1-26-times-10-ndash-5-m-2-1-6-times-10-ndash-9-m-3-1-6-times-10-ndash-11-m-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246ODkyMTY-the-following-solutions-were-prepared-by-mixing-different-volumes-of-naoh-and-hcl-of-different-concentrations-a-60-ml-m10hcl-40-ml-m10naoh-b-55-ml-m10hcl-45-ml-m10naoh-c-75-ml-m5hcl-25-ml-m5naoh-d-100 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246ODkyMTk-the-solubility-of-baso4-in-water-is-2-42-times-10-3-g-litre-at-298-k-the-value-of-the-solubility-product-will-be-molar-mass-of-baso4-233-gmol-ndash-1-1-1-08-times-10-ndash-10-mol2-l-ndash-2-2-1-08-tim https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246ODkyNDE-mark-the-conditions-that-favour-the-maximum-product-formation-in-the-given-reaction-a2-g-b2-g-x2-g-rh-x-k-j-1-low-temperature-and-high-pressure-2-low-temperature-and-low-pressure-3-high-temperature-an https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTAyMjk-among-the-following-the-correct-order-of-acidity-is-1-hclo-hclo2-hclo3-hclo4-2-hclo2-hclo-hclo3-hclo4-3-hclo4-hclo2-hclo-hclo3-4-hclo3-hclo4-hclo2-hclo-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTAyMzE-at-room-temperature-my-and-ny3-two-nearly-insoluble-salts-have-the-same-ksp-values-of-6-2-times-10-13-the-true-statement-regarding-my-and-ny3-is-1-the-molar-solubility-of-my-in-water-is-less-than-that https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTAyMzI-consider-the-nitration-of-benzene-using-mixed-conc-h2so4-and-hno3-if-a-large-amount-of-khso4-is-added-to-the-mixture-the-rate-of-nitration-will-be-1-slower-2-unchanged-3-doubled-4-faster-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTA4MjI-the-equilibrium-constant-for-the-reaction-n2-g-o2-g-2no-g-is-k-what-will-be-the-equilibrium-constant-for-the-reaction-frac-1-2-n2-g-frac-1-2-o2-g-no-g-1-k12-2-12k-3-k-4-k2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTA4MjU-aqueous-solution-of-which-of-the-following-compounds-is-the-best-conductor-of-electric-current-1-acetic-acid-mathrm-c-2-h-4-o-2-2-hydrochloric-acid-mathrm-hcl-3-ammonia-mathrm-n-h-3-4-fructose-mathrm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTEwMjU-the-value-of-the-equilibrium-constant-for-a-particular-reaction-is-1-6-times-1012-when-the-system-is-in-equilibrium-it-will-include-1-all-reactants-2-mostly-reactants-3-mostly-products-4-similar-amoun https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTEyMDU-consider-the-reversible-exothermic-reaction-n2-g-3h2-g-rightleftharpoons-2nh3-g-heat-under-which-of-the-following-conditions-will-the-equilibrium-shift-in-the-forward-direction-towards-the-formation-o https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTEyMTM-for-a-given-exothermic-reaction-kp-and-kp-rsquo-are-the-equilibrium-constants-at-temperatures-t1-and-t2-respectively-assuming-that-the-heat-of-reaction-is-constant-in-temperatures-range-between-t1-and https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTE0NjI-which-of-the-following-species-is-least-likely-to-act-as-a-lewis-base-1-f-ndash-2-bf3-3-pf3-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTE0NjU-the-strongest-acid-among-the-following-compounds-is-1-hclo3-2-hclo4-3-h2so3-4-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTIxNDg-which-of-the-following-equimolar-solutions-prepared-separately-will-have-the-highest-ph-1-mathrm-b-a-c-l-2-2-mathrm-a-l-c-l-3-3-mathrm-l-i-c-l-4-mathrm-b-e-c-l-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTI0ODI-a-buffer-solution-is-prepared-in-which-the-concentration-of-nh3-is-0-30-m-and-the-concentration-of-nh4-thinsp-is-0-20-m-if-the-equilibrium-constant-kb-for-nh3-equals-1-8-times-10-ndash-5-then-what-is https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTI2MjQ-the-equilibrium-reaction-that-doesn-t-have-equal-values-for-kc-and-kp-is-1-2no-g-rightleftharpoons-n-2-g-o-2-g-2-so-2-g-no-2-g-rightleftharpoons-so-3-g-no-g-3-h-2-g-i-2-g-rightleftharpoons-2hi-g-4-2c https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTI2ODE-which-of-the-following-molecular-hydrides-acts-as-a-lewis-acid-1-nh3-2-h2o-3-b2h6-4-ch4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTI2ODI-the-tendency-of-bf3-bcl3-and-bbr3-to-behave-as-lewis-acid-decreases-in-the-sequence-1-bcl3-bf3-bbr3-2-bbr3-bcl3-bf3-3-bbr3-bf3-bcl3-4-bf3-bcl3-bbr3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTMyNDU-which-of-the-following-molecules-acts-as-a-lewis-acid-1-ch3-3b-2-ch3-2o-3-ch3-3p-4-ch3-3n-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTMyNDk-the-ionization-constant-of-ammonium-hydroxide-is-1-77-x-10-5-at-298-k-hydrolysis-constant-of-ammonium-chloride-is-1-5-65-x-10-10-2-6-50-x-10-12-3-5-65-x-10-13-4-5-65-x-10-12-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTMyODI-what-is-the-oh-in-the-final-solution-prepared-by-mixing-20-0-ml-of-0-050-m-hcl-with-30-0-ml-of-0-10-m-ba-oh-2-1-0-10-m-2-0-40-m-3-0-0050-m-4-0-12-m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTMzMDE-the-dissociation-constants-for-acetic-acid-and-hcn-at-25-deg-c-are-1-5-x-10-5-and-4-5-x-10-10-respectively-the-equilibrium-constant-for-the-equilibrium-cn-ch3cooh-hcn-ch3coo-would-be-1-3-0-times-105-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTM0MzE-if-the-concentration-of-oh-ions-in-the-reaction-fe-oh-3-s-fe3-aq-3oh-aq-is-decreased-by-14-times-then-the-equilibrium-concentration-of-fe3-will-increase-by-1-8-times-2-16-times-3-64-times-4-4-times-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTM0Nzg-the-dissociation-equilibrium-of-a-gas-ab2-can-be-represented-as-2ab2-g-2ab-g-b2-g-the-degree-of-dissociation-is-lsquo-x-rsquo-and-is-small-compared-to-1-the-expression-relating-the-degree-of-dissociat https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTM0ODc-the-value-of-kp1-and-kp2-for-the-reactions-x-y-z-i-and-a-2b-ii-thinsp-are-in-the-ratio-of-9-1-if-the-degree-of-dissociation-of-x-and-a-is-equal-then-the-total-pressure-at-equilibrium-i-and-ii-are-in-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTM2NDM-the-following-equilibrium-constants-are-given-n2-3h2-2nh3-k1-n2-o2-2no-k2-h2-1-2o2-h2o-k3-the-equilibrium-constant-for-the-oxidation-of-nh3-by-oxygen-to-give-no-is-1-k2k33-k1-2-k2k32-k1-3-k22k3-k1-4-k https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTM2NzQ-which-one-of-the-following-orders-correctly-represents-the-increasing-acid-strengths-of-the-given-acids-1-hocl-hoclo-hoclo2-hoclo3-2-hoclo-hocl-hoclo3-hoclo2-3-hoclo2-hoclo3-hoclo-hocl-4-hoclo3-hoclo2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTQwNDI-the-following-pair-constitutes-a-buffer-is-1-hno2-and-nano2-2-naoh-and-nacl-3-hno3-and-nh4no3-4-hcl-and-kcl-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTU1ODM-which-composition-will-make-the-basic-buffer-1-100-ml-of-0-1-m-hcl-100-ml-of-0-1-m-naoh-2-50-ml-of-0-1-m-naoh-25-ml-of-0-1-m-ch3cooh-3-100-ml-of-0-1-m-ch3cooh-100-ml-of-0-1-m-naoh-4-100-ml-of-0-1-m-hc https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTU1OTA-find-out-the-solubility-product-k-sp-of-ca-left-oh-right-2-if-the-ph-of-its-saturated-solution-is-9-1-0-5-times-left-10-right-10-2-0-5-times-left-10-right-15-3-0-25-times-left-10-right-10-4-0-125-time https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTU2MTk-the-conjugate-bases-of-bronsted-acids-h2o-and-hf-are-respectively-1-h3o-and-h2f-respectively-2-oh-ndash-and-h2f-respectively-3-h3o-and-f-ndash-respectively-4-oh-ndash-and-f-ndash-respectively-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTAxMzA3-calculate-the-solubility-of-agi-in-a-10-n-ki-solution-at-25-deg-c-given-that-the-solubility-product-constant-k-of-agi-is-1-0-times-10-sup1-mol-sup2-l-sup2-1-1-0-times-10-ndash-8-2-1-0-times-10-ndash-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTMxNjQx-the-ph-of-a-0-01-m-naoh-aq-solution-will-be-1-7-01-2-2-3-12-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTMxNjQy-which-of-the-following-cannot-act-both-as-a-bronsted-acid-and-as-a-bronsted-base-1-mathrm-h-c-o-3-2-mathrm-nh-3-3-mathrm-hcl-4-mathrm-h-s-o-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTMxNjQz-the-molar-solubility-of-caf2-ksp-5-3-times-10-11-in-0-1-m-solution-of-naf-will-be-1-5-3-times-10-11-mol-l-1-2-5-3-times-10-8-mol-l-1-3-5-3-times-10-9-mol-l-1-4-5-3-times-10-10-mol-l-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTM0MTMx-when-10-ml-of-0-1-m-acetic-acid-pka-5-0-is-titrated-against-10-ml-of-0-1-m-ammonia-solution-pkb-5-0-the-ph-at-equivalence-point-will-be-1-9-0-2-6-0-3-5-0-4-7-0-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTM0MTM1-for-the-reaction-2nocl-g-harr-2no-g-cl2-g-kc-at-427-deg-c-is-3-times-10-6-mol-l-1-the-value-of-kp-will-be-1-1-72-times-10-4-2-7-50-times-105-3-2-50-times-10-5-4-2-50-times-10-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTYxMjU1-the-oxoacid-that-has-the-highest-ka-value-is-t-1-hclo3-2-hbro3-3-hlo3-4-all-have-equal-ka-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY1NTQ2-for-the-equilibrium-pq-g-p-g-q-g-at-300-k-the-pressure-at-which-50-of-pq-is-dissociated-is-numerically-equal-to-1-3-kp-2-4kp-3-kp-4-can-t-be-predicted-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY1NTUw-find-the-number-of-moles-of-pcl-required-in-a-3-0-l-flask-to-obtain-a-cl-concentration-of-0-15-m-given-that-kc-for-the-reaction-pcl-g-pcl-g-cl-g-is-0-04-at-25-deg-c-1-1-5-mole-2-2-1-mole-3-6-0-mole-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY1NTcx-for-the-following-reaction-h2-g-i2-g-2hi-g-at-250-deg-c-the-effect-on-the-state-of-equilibrium-on-doubling-the-volume-of-the-system-will-be-1-shift-to-the-reactant-side-2-shift-to-the-product-side-3-n https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY1OTE3-which-of-the-following-cannot-act-as-a-buffer-1-nah2po4-h3po4-2-nh4oh-nh4ci-3-naoh-ch3coona-4-both-1-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY1OTE5-if-solubility-product-of-ca-oh-2is10-11-the-ph-at-which-ca-oh-2-precipitate-from-a-solution-containing-decimolar-concentration-of-ca2-is-which-of-the-following-ph-conditions-is-required-for-ca-oh-to-s https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY1OTIy-for-the-reaction-cuso4-5h2o-s-cuso4-3h2o-s-2h2o-g-choose-the-correct-representation-1-kp-ph2o2-2-kc-h2o-2-3-kp-kc-rt-2-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY1OTI4-the-solubility-of-pbci2-in-water-is-0-01-m-at-25-deg-c-the-maximum-concentration-of-pb2-in-0-1-m-naci-will-be-1-2-times-10-3-m-2-1-times-10-4-m-3-1-6-times-10-2-m-4-4-times-10-4-m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY1OTM4-find-the-percentage-hydrolysis-of-nacn-in-a-0-1-m-solution-if-the-ph-of-the-solution-is-11-1-0-1-2-1-0-3-0-01-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY2MDE5-how-much-water-should-be-added-to-400-ml-of-hci-solution-in-order-to-raise-the-ph-by-one-unit-1-360-ml-2-1000-ml-3-600-ml-4-3600-ml-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY2MDU0-find-the-degree-of-dissociation-of-n-o-at-100-deg-c-corresponding-to-vapour-density-24-5-1-80-2-87-75-3-40-34-4-60-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY2MDYy-for-the-equilibrium-so2ci2-g-so2-g-ci2-g-volume-is-increased-when-the-equilibrium-is-re-established-then-1-amount-of-so2-g-will-decrease-2-amount-of-so2ci2-g-will-increase-3-amount-of-ci2-g-will-incre https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY2MTEw-in-the-reaction-a-g-2b-g-2c-g-d-g-the-initial-concentration-of-b-is-twice-that-of-a-and-at-equilibrium-the-concentrations-of-a-and-d-are-equal-the-value-of-the-equilibrium-constant-will-be-1-4-2-16-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3NDYz-consider-the-given-reaction-2hi-h2-i2-at-22-dissociation-of-hi-what-would-be-the-value-of-equilibrium-constant-1-0-04-2-0-0198-3-0-5-4-1-2527-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3NTU0-the-degree-of-hydrolysis-of-the-salt-is-independent-of-the-concentration-of-a-solution-1-nh4ci-2-nh4cn-3-nh4-2so4-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3NTY1-the-dissociation-of-solid-nh4sh-in-a-closed-container-produces-a-pressure-of-4-atm-at-95-deg-c-then-kp-for-the-reaction-will-be-nh4sh-s-nh3-g-h2s-g-1-4-2-8-3-16-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3NTc0-the-number-of-h-oplus-ions-present-in-1-ml-of-a-solution-whose-ph-4-is-given-as-na-avogadro-s-number-1-10-7na-2-10-8na-3-10-16na-4-10-14na-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3ODA3-if-the-ph-of-an-acidic-buffer-is-5-7-and-pka-is-5-then-the-ratio-of-salt-acid-will-be-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3ODQw-the-addition-of-nh-cl-to-an-aqueous-solution-of-nh-oh-introduces-a-common-ion-nh-what-is-the-effect-on-the-ph-of-the-solution-1-the-ph-increases-2-the-ph-decreases-3-remain-the-same-4-either-increase https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3ODQ2-consider-the-following-two-reactions-no-g-12o2-g-no2-g-k1-4-times-10-3-2no2-g-2no-g-o2-g-k2-if-k1-and-k2-are-equilibrium-constants-the-value-of-k2-will-be-1-6-25-times-104-2-2-5-times-102-3-4-times-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTcyMDI0-the-concentration-of-h-ion-in-a-solution-containing-0-1-m-hcn-and-0-2-m-nacn-will-be-ka-for-hcn-6-2-times-10-10-1-3-1-times-1010-2-6-2-times-105-3-6-2-times-10-10-4-3-1-times-10-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTg1NTA5-given-that-the-ionic-product-of-nioh2-is-2-times-10-15-the-solubility-of-nioh2-in-0-1-m-naoh-is-1-2-times-10-8-m-2-1-times-10-13-m-3-1-times-108-m-4-2-times-10-13-m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTEw-which-of-the-following-change-will-shift-the-reaction-in-forward-direction-i2-g-8652-2l-g-8201-take-8710-h-176-150kj-1-increase-in-concentration-of-i-2-increase-in-total-pressure-3-decrease-in-concent https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTEx-when-does-a-reversible-reaction-attain-equilibrium-1-the-backward-reaction-stops-2-both-forward-and-backward-reactions-take-place-at-equal-rates-3-both-forward-and-backward-reactions-stop-4-the-concen https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTEy-in-what-manner-will-increase-of-pressure-affect-the-following-equation-c-s-h2o-g-8652-co-g-h2-g-1-shift-in-the-reverse-direction-2-shift-in-the-forward-direction-3-increase-in-the-yield-of-hydrogen-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTEz-which-of-the-following-statements-is-correct-regarding-the-equilibrium-between-water-and-its-vapour-in-an-open-vessel-1-equilibrium-can-be-established-2-it-depends-on-pressure-conditions-3-equilibrium https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTE0-which-of-the-following-equilibrium-in-gaseous-phase-would-be-unaffected-by-an-increase-in-pressure-1-n2-3h2-8652-2nh3-2-n2-o2-8652-2no-3-n2o4-8652-2no2-4-co2-12o2-8652-co2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTIz-a-saturated-solution-of-non-radioactive-sugar-was-taken-and-a-little-radioactive-sugar-was-added-to-it-a-small-amount-of-it-gets-dissolved-in-solution-and-an-equal-amount-of-sugar-was-precipitated-thi https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTI4-when-two-reactants-a-and-b-are-mixed-to-give-products-c-and-d-the-reaction-quotient-q-at-the-initial-stages-of-the-reaction-1-is-zero-2-decreases-with-time-3-is-independent-of-time-4-increases-with-ti https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTMx-what-will-be-the-effect-on-the-dissociation-of-so-when-helium-gas-is-added-to-a-system-at-equilibrium-containing-so-so-and-o-such-that-total-pressure-increases-while-temperature-and-volume-remain-cons https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTMz-identify-the-correct-statement-about-a-catalyst-in-a-chemical-reaction-1-it-increases-the-activation-energy-of-the-reaction-2-it-does-not-affect-the-equilibrium-constant-of-the-reaction-3-it-decreases https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTM3-given-reactions-2pq-g-p-g-q-g-k-2-5-times-10-pq-g-frac12-r-g-pqr-g-k-5-times-10-sup3-find-the-equilibrium-constant-k-for-the-reaction-frac12-p-g-frac12-q-g-frac12-r-g-pqr-g-1-2-5-times-10-sup3-2-2-5-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTM4-for-equilibrium-reaction-2no2-g-n2o4-g-14-6-j-increase-in-temperature-would-1-favour-the-formation-of-n2o4-2-stop-the-reaction-3-favour-the-decomposition-of-n2o4-4-not-alter-the-equilibrium-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTM5-which-of-the-following-favours-the-backward-reaction-in-a-chemical-equilibrium-1-decreasing-the-pressure-of-the-reaction-2-increasing-the-concentration-of-one-of-the-reactants-3-increasing-the-concent https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTQy-in-the-reaction-h2-i2-2hi-at-equilibrium-some-i2-is-added-what-happens-to-the-equilibrium-1-it-gets-shifted-to-the-right-2-it-remains-unchanged-3-it-gets-shifted-to-the-left-4-first-2-then-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTQ3-which-of-the-following-reaction-will-be-favoured-at-low-pressure-1-n2-3h2-8652-2nh3-2-h2-i2-8652-2hi-3-pcl5-8652-pcl3-cl2-4-n2-o2-8652-2no-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTUx-for-the-reaction-pcl5-g-8652-pcl3-g-cl2-g-the-forward-reaction-at-constant-temperature-is-favoured-by-a-introducing-an-inert-gas-at-constant-volume-b-introducing-chlorine-gas-at-constant-volume-c-intr https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTUy-for-the-reaction-co-g-h2o-g-8652-co2-g-h2-g-at-a-given-temperature-the-equilibrium-amount-of-co2-g-can-be-increased-by-1-adding-a-suitable-catalyst-2-adding-an-inert-gas-3-decreasing-the-volume-of-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTYx-which-of-the-following-cases-leads-to-the-reaction-remaining-fastest-to-completion-1-k-1-2-k-10-3-k-10-2-4-k-102-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTYy-consider-the-following-reactions-a-ab2-g-12b2-g-8652-ab3-g-b-2ab3-g-8652-2ab2-b2-g-if-k1-and-k2-are-the-equilibrium-constants-at-27-176-c-in-reactions-a-and-b-respectively-then-k1-and-k2-are-related-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTY4-for-the-reaction-h-i-2hi-the-equilibrium-concentrations-of-hydrogen-iodine-and-hydrogen-iodide-are-8-mol-l-sup1-3-mol-l-sup1-and-28-mol-l-sup1-respectively-what-is-the-equilibrium-constant-kc-for-this https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTY5-which-of-the-following-conditions-leads-to-kp-being-less-than-kc-1-n2-o2-2no-2-h2-cl2-2hcl-3-2so2-o2-2so3-4-pcl5-pcl3-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTcy-equilibrium-constants-k1-and-k2-for-the-following-equilibria-no-g-12o2-8652-k1no2-g-and-2no2-g-8652-k22no-g-o2-are-related-as-1-k2-1-k12-2-k2-k12-3-k2-1-k1-4-k2-k1-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTc4-in-a-chemical-equilibrium-rate-constant-of-forward-reaction-is-7-5-215-10-4-and-the-equilibrium-constant-is-1-5-the-rate-constant-of-a-backward-reaction-is-1-2-5-215-104-2-5-215-10-4-3-2-5-215-10-4-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMjg0-pcl5g-8652-pcl3g-cl2g-for-the-dissociation-of-pcl5-kc-is-2-215-10-7at27-176-c-find-8710-s-176-if-8710-h-176-28-4kj-m-1-0-0336-kj-k-2-0-0336-kj-k-3-0-0818-kj-k-4-0-338-kj-k-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMjg2-the-value-of-kp-for-the-reaction-2h2s-g-8652-2h2-g-s2-g-is1-2-215-10-2at1065-176-c-the-value-of-kc-is-1-60-1-2-215-10-2-2-62-1-2-215-10-2-3-1-2-215-10-2-4-0-12-215-10-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMjky-what-volumes-of-h-and-nh-are-required-or-formed-when-100-ml-of-n-reacts-completely-in-the-reaction-n-g-3h-g-2nh-g-1-300-ml-of-h2-and-300-ml-of-nh3-2-100-ml-of-h2-and-200-ml-of-nh3-3-300-ml-of-h2-and-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMjkz-find-the-ratio-of-volumes-of-reactants-and-products-when-a-mixture-containing-3-moles-of-hydrogen-and-1-mole-of-nitrogen-is-completely-converted-into-ammonia-at-the-same-temperature-and-pressure-1-2-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMjk4-find-the-equilibrium-constant-for-the-reaction-2a-g-b-g-c-g-at-780-k-given-that-kp-3-52-at-10-atm-what-is-the-value-of-kp-when-the-pressure-is-increased-to-20-atm-at-the-same-temperature-1-5-72-2-11-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzAw-for-the-reaction-a-b-8652-c-d-the-rate-constants-for-the-forward-and-backward-reactions-are-found-to-be-4-2-215-10-2-and-3-36-215-10-3moll-1s-1-respectively-what-is-the-equilibrium-constant-for-the-re https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzEw-in-the-reaction-2h2s-g-2h2-g-s2-g-the-concentration-of-h2s-is-0-5-mol-l-1-and-concentration-of-h2-is-0-1-mol-l-1-while-concentration-of-s2-is-0-4-mol-l-1-in-one-litre-vessel-the-value-of-equilibrium-c https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzE0-for-a-gaseous-reaction-2a-b-8652-c-d-the-partial-pressure-of-a-b-c-and-d-at-equilibrium-are-0-5-0-8-0-7-and-1-2-atm-the-value-of-kp-for-this-reaction-is-1-2-4-atm-2-6-2-atm-2-3-4-2-atm-1-4-8-4-atm-3-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzE1-for-the-reaction-c-s-co2-g-8652-2co-g-the-partial-pressure-of-co2-and-co-are-4-and-8-atm-respectively-the-value-of-kp-for-this-reaction-is-1-14-atm-2-16-atm-3-18-atm-4-12-atm-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzI4-in-which-of-the-following-gaseous-reaction-kp-and-kc-have-the-same-values-1-2hi-8652-h2-i2-2-n2-3h2-8652-2nh3-3-2so2-o2-8652-2so3-4-pci5-8652-pcii3-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzI5-which-of-the-following-gaseous-equilibria-has-kp-less-than-kc-1-pcl5-pcl3-cl2-2-n2-o2-2no-3-2hi-h2-i2-4-n2-3h2-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzMw-the-value-of-kc-for-the-reaction-mathrm-n-2-mathrm-g-3-mathrm-h-2-mathrm-g-rightleftharpoons-2-mathrm-nh-3-mathrm-g-at-400-is-0-5-the-value-of-kp-for-the-reactions-is-r-0-0821latmmol-1k-1-1-25-6-times https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzMy-the-value-of-kp-for-the-reaction-2so2-g-thinsp-o2-g-2so3-g-at700is1-3-times-10-3atm-1-the-value-of-kc-at-same-temperature-will-be-1-1-4-times-10-2-2-7-4-times-10-2-3-5-2-times-10-2-4-3-1-times-10-2-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzMz-the-ratio-of-kpkcfor-the-reaction-so2-g-12o2-g-so3-g-is-1-rt-1-2-2-rt-1-2-3-rt-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzM4-if2nog-8652-n2-o2-kc1-2-5-215-1030-nog-12br2g-8652-nobrg-kc2-1-6-find-kc-for-the-reaction-given-below-12n2g-12o2g-12br2g-8652-nobrg-1-1-01-215-10-15-2-2-02-215-10-15-3-1-01-215-1030-4-2-02-215-1015-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzM5-if-kp-of-the-reaction-a-g-2b-g-8652-3c-g-d-g-is-0-05-at-1000-k-then-the-value-of-kc-of-the-reaction-1-20000-r-2-0-02-r-3-5-215-10-5r-4-5-215-10-5r-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzQw-what-will-be-the-change-in-the-concentration-of-cl-when-the-equilibrium-concentration-of-pcl-is-doubled-in-the-reaction-pcl-s-pcl-g-cl-g-1-cl-becomes-half-of-its-initial-concentration-2-cl-becomes-one https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzQ2-in-the-reaction-the-equilibrium-concentrations-of-pcl5-and-pcl3-are-0-4-and-0-2-mole-liter-respectively-if-the-value-of-kc-is-0-5-what-is-the-concentration-of-cl2-in-mole-liter-1-2-0-2-1-5-3-1-0-4-0-5 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzUz-4-moles-each-of-so2-and-o2-gases-are-allowed-to-react-to-form-so3-in-a-closed-vessel-at-equilibrium-25-of-o2-is-used-up-the-total-number-of-moles-of-all-the-gases-at-equilibrium-is-1-6-5-2-7-0-3-8-0-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzU0-for-the-reversible-reaction-n2-g-3h2-g-2nh3-g-at-500-deg-c-the-value-of-kp-is-1-44-times-10-5-when-partial-pressure-is-measured-in-atmospheres-the-corresponding-value-of-kc-with-concentration-in-mole https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzU1-if-n2o4-is-dissociation-to-33-and-40-at-total-pressure-p1-and-p2-atm-respectively-the-ratio-of-p1p2-is-1-85-2-58-3-95-4-59-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzU4-for-which-of-the-following-reaction-kp-kc-1-2nocl-g-8652-2no-g-cl2-g-2-n2-g-3h2-g-8652-2nh3-g-3-h2-g-cl2-g-8652-2hcl-g-4-pcl3-g-cl2-g-8652-pcl5-g-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzU5-in-which-of-the-following-reactions-equilibrium-is-independent-of-pressure-1-n2-g-o2-g-8652-2no-g-8710-h-ve-2-2so2-g-o2-g-8652-2so3-g-8710-h-ve-3-3h2-g-n2-g-8652-2nh3-g-8710-h-ve-4-pcl5-g-8652-pcl3-g https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzcx-the-equilibrium-constant-of-mutarotation-of-alpha-d-glucose-to-beta-d-glucose-is-1-8-what-percent-of-the-alpha-form-remains-under-equilibrium-1-35-7-2-64-3-3-55-6-4-44-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzcz-for-a-gaseous-equilibrium-2a-g-2b-g-c-g-kp-has-a-value-of-1-8-at-700-c-what-is-the-value-of-kc-for-the-equilibrium-2b-g-c-g-2a-g-at-the-same-pressure-1-0-031-2-1-3-times-10-3-3-44-4-4-38-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzgw-the-equilibrium-constants-for-the-given-reactions-are-h3po4-8652-h-h2po4-isk1-h2po4-8652-h-hpo42-isk2andhpo42-8652-h-po43-isk3-the-equilibrium-constant-k-for-h3po4-8652-3h-po43-willbe-1-k1-215-k2-215 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzgx-the-equilibrium-constants-for-the-reactions-xef6-g-h2o-g-8652-xeof4-g-2hf-g-i-andxeo4-s-xef6-g-8652-xeof4-g-xeo3f2-g-ii-are-k1-and-k2-respectively-the-equilibrium-constant-k-for-the-reaction-xeo4-g-2h https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzgz-in-a-0-5-litre-capacity-vessel-co-and-cl2-are-mixed-to-form-cocl2-at-equilibrium-it-contains-0-2-mole-of-cocl2-and-0-1-mole-each-of-co-and-cl2-the-equilibrium-constant-kc-for-the-following-reaction-is https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzg4-an-equilibrium-mixture-for-the-reaction-2h2s-g-2h2-g-s2-g-had-1-mole-of-h2s-0-2-mole-of-h2-and-0-8-mole-of-s2-in-a-2-litre-flask-the-value-of-kc-in-mol-l-1-is-1-0-08-2-0-016-3-0-004-4-0-160-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzkw-1-25-moles-of-nocl-were-placed-in-a-2-50-l-reaction-chamber-at-427-176-c-after-equilibrium-was-reached-1-10-moles-of-nocl-remained-calculate-the-equilibrium-constant-kc-for-the-reaction-2nocl-g-8652-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzk0-if-the-equilibrium-constant-for-the-reaction-xo-q-h2o-l-hxo-aq-oh-aq-is-0-36-times-10-6-then-find-the-value-of-the-dissociation-constant-ka-for-hxo-1-0-36-times-10-8-2-2-8-times-10-8-3-2-8-times-10-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzk4-the-equilibrium-constant-value-for-the-reaction-n2-g-3h2-g-8652-2nh3-g-is1-48-215-10-5-the-value-for-the-reaction-1-2n2-g-3-2h2-g-8652-nh3-g-isn-215-10-3-where-n-is-1-1-85-2-3-85-3-4-85-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMzk5-a-gaseous-phase-reaction-is-allowed-to-attain-equilibrium-as-a-g-b-g-c-g-at-constant-pressure-p-the-partial-pressure-of-a-at-equilibrium-is-p-2-the-value-of-equilibrium-constant-kp-is-1-p8-2-p6-3-p2-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDAw-two-moles-of-n2o4-is-heated-to-form-no-and-o2-as-soon-as-no-and-o2-are-formed-they-react-to-form-n2o5-two-equilibria-n2o4-8652-2no-o2-2no-32o2-8652-n2o5-are-simultaneously-established-at-equilibrium-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDAx-nh4hs-s-nh3-g-h2s-g-the-equilibrium-pressure-at-25-deg-c-is-0-660-atm-what-is-kp-for-the-reaction-1-0-109-2-0-218-3-1-89-4-2-18-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDAz-pcl5-is-50-dissociated-at-20-deg-c-and-1-atm-pressure-the-value-of-kp-for-this-reaction-is-1-0-444-2-0-555-3-0-333-4-0-666-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDA0-kc-for-the-reaction-so2-g-no2-g-so3-g-no-g-is-16-at-a-given-temperature-if-we-take-one-mole-each-of-all-the-four-gases-in-one-litre-vessel-the-equilibrium-concentrations-of-so2-and-so3-respectively-in https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDA2-the-ratio-of-k-p-over-k-c-for-the-reaction-co-g-12o2-g-co2-g-is-1-rt-1-2-2-rt-1-2-3-rt-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDA3-determine-the-value-of-equilibrium-constant-kc-for-the-reaction-a2-g-b2-g-2ab-g-if-10-moles-of-a2-15-moles-of-b2-and-5-moles-of-ab-are-placed-in-a-2-litre-vessel-and-allowed-to-come-to-equilibrium-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDA5-a-1-m-solution-of-glucose-reaches-dissociation-equilibrium-given-below-c6h12o6-8652-6hcho-if-the-equilibrium-constant-is-0-167x10-22-the-concentration-of-hcho-in-the-equilibrium-is-1-1-60-215-10-8m-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDEx-for-the-dissociation-reaction-n2o4-g-8652-2no2-g-the-degree-of-dissociation-945-in-terms-of-kp-and-total-equilibrium-pressure-p-is-1-945-4p-kpkp-2-945-kp4p-kp-3-945-kp4p-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDEz-when-co2-dissolves-in-water-the-following-equilibrium-is-established-co2-2h2o-8652-h3o-hco3-the-equilibrium-constant-is-3-8-215-10-7-and-at-ph-6-0-the-ratio-hco3-co2-will-be-1-3-8-215-10-13-2-3-8-215 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDE0-at-certain-temperature-compound-ab2-g-dissociates-according-to-the-reaction-2ab2-g-8652-2ab-g-b2-g-the-value-of-kp-in-terms-of-degree-of-dissociation-945-and-total-pressure-p-is-1-p-945-32-2-p-945-23 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDE1-when-nano3-is-heated-in-a-closed-vessel-o2-is-liberated-and-nano2-is-left-behind-at-equilibrium-1-addition-of-nano2-favours-reverse-reaction-2-addition-of-nano3-favours-forward-reaction-3-increasing-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDE2-an-element-x-being-with-oxygen-and-co-present-in-air-as-x-g-o2-g-xo2-g-kp1-27-x-g-co-g-xco-g-kp2-104-when-x-at-1-atm-is-treated-with-air-25-of-it-is-bound-to-co-g-the-partial-pressure-of-co-g-in-air-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDE3-for-the-reaction-i-and-ii-a-g-b-g-c-g-i-x-g-2y-g-ii-given-kp1-kp2-9-1-if-degree-of-dissociation-of-a-g-and-x-g-are-same-then-the-ratio-of-total-pressure-in-equilibrium-i-and-ii-will-be-1-36-1-2-0-5-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDE5-for-the-reaction-n2-g-3h2-g-8652-2nh3-g-at500-176-c-the-value-of-kp-is-1-44-215-10-5-when-the-partial-pressure-are-measured-in-atmosphere-the-value-of-kc-with-concentration-in-mol-l-1-is-1-1-44-215-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDIw-the-degree-of-dissociation-of-pcl5-at-one-atmosphere-is-0-3-the-pressure-at-which-pcl5-is-dissociated-to-50-is-1-0-273-atm-2-0-3-atm-3-1-34-atm-4-2-73-atm-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDI4-at-550-k-kc-for-the-following-reaction-is-10-4-rm-mol-1-l-x-g-y-g-rightleftharpoons-z-g-at-equilibrium-it-was-observed-that-rm-x-dfrac-1-2-y-dfrac-1-2-z-what-is-the-value-of-z-at-equilibrium-1-10-4-ma https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDMy-an-exothermic-reaction-is-represented-by-the-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDMz-for-the-reversible-system-pcl3-cl2-pcl5-the-relationship-between-degree-of-dissociation-alpha-of-pcl5-and-the-equilibrium-constant-kp-of-the-above-equilibrium-is-1-kpp-kp-2-kp1-p-kp-3-1p-kp-4-11-p-kp https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDM1-one-mole-of-n2o4-g-at-300-k-is-kept-in-a-closed-container-under-one-atmospheric-pressure-it-is-heated-to-600-k-when-20-by-mass-of-n2o4-g-decomposes-to-no2-g-the-resultant-pressure-will-be-1-1-0-atm-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDM5-find-the-rate-constant-of-the-reverse-reaction-for-the-equilibrium-reaction-a-b-c-d-if-the-equilibrium-constant-k-at-298-k-is-100-and-the-rate-constant-of-the-forward-reaction-is-4-times-10-1-4-0-2-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDQw-one-mole-of-n2o4-g-at-310-k-is-25-dissociated-at-1-atm-pressure-the-percentage-dissociation-at-0-1-atm-and-310-k-is-1-25-2-50-3-76-4-63-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDQy-kp-has-the-value-of-10-6-atm3-and-10-4-atm3-at-298-k-and-323-k-respectively-for-the-reaction-mathrm-cuso-4-cdot-3-mathrm-h-2-mathrm-o-mathrm-s-rightleftharpoons-mathrm-cuso-4-mathrm-s-3-mathrm-h-2-mat https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDQ3-assume-that-the-decomposition-of-hno3-can-be-represented-by-the-following-equation-4hno3-g-4no2-g-2h2o-g-o2-g-and-the-reaction-approaches-equilibrium-at-400k-temperature-and-30-atm-pressure-at-equilib https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDQ4-a-250-ml-flask-contains-no-g-at-a-pressure-of-0-46-atm-and-a-100-ml-flask-contains-o-g-at-0-86-atm-both-at-350-k-the-two-flasks-are-connected-by-a-stopcock-when-the-stopcock-is-opened-the-gases-mix-an https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDQ5-the-equilibrium-constant-for-the-reactions-n2-3h2-8652-2nh3and12n2-32h2-8652-nh3-are-k1-and-k2-respectively-the-correct-relationship-between-k1-and-k2-is-1-k1-k22-2-k2-k1-3-k2-k12-4-k1-k2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDUx-one-mole-of-n2-g-is-mixed-with-2-moles-of-h2-g-in-a-4-litre-vessel-50-of-n2-g-is-converted-to-nh3-g-by-the-following-reaction-n2-g-3h2-g-2nh3-g-what-will-be-the-value-of-kc-for-the-following-equilibri https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDUy-if-pka-logka-4andka-cx2-then-van-t-hoff-factor-of-weak-monobasic-acid-when-c-0-01-m-is-1-1-02-2-1-01-3-1-20-4-1-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDUz-the-equilibrium-constant-kp-for-the-decomposition-of-water-is-given-by-h-2o-g-rightarrow-h-2-g-1-over-2-o-2-g-which-one-of-the-following-is-the-correct-option-alpha-degree-of-dissociation-p-pressure-o https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDY5-which-of-these-can-not-be-a-bronsted-acid-1-hco3-2-hcoo-3-h2po3-4-h3o-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDcy-in-hs-i-rnh-2-and-nh-3-the-order-of-proton-accepting-tendency-will-be-1-i-nh3-rnh2-hs-2-hs-rnh2-nh3-i-3-rnh2-nh3-hs-i-4-nh3-rnh2-hs-i-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDcz-which-one-of-the-following-orders-of-acid-strength-is-correct-1-rcooh-62-hc-8801-ch-62-hoh-62-roh-2-rcooh-62-roh-62-hoh-62-hc-8801-ch-3-rcooh-62-hoh-62-roh-62-hc-8801-ch-4-rcooh-62-hoh-62-hc-8801-ch-6 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDgz-a-centinormal-solution-of-a-monobasic-acid-is-100-ionized-its-ph-is-1-2-2-4-3-3-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDg5-the-mixture-that-can-act-like-a-buffer-is-1-ch3cooh-ch3coona-2-nh4no3-nh4oh-3-50ml0-1mnacn-30ml0-1mhcl-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDkw-which-one-of-the-following-statements-is-not-correct-1-cl-is-a-lewis-acid-2-the-ph-of-10-8-text-hcl-solution-is-less-than-7-3-the-ionic-product-of-water-at-25-circ-text-c-is-10-14-text-mol-l-2-4-brons https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDk5-at-90-circ-text-c-pure-water-has-h-3o-10-6-text-mole-litre-1-what-is-the-value-of-k-w-at-90-circ-text-c-1-10-8-2-10-6-3-10-12-4-10-14-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTAw-which-of-the-following-anions-is-the-strongest-br-oslash-nsted-base-1-clo4-2-clo3-3-clo2-4-clo-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTAx-what-is-the-ph-of-a-10-m-solution-of-hcl-in-water-1-8-2-8-3-between-6-and-7-4-between-7-and-8-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTAy-an-acid-buffer-solution-can-be-prepared-by-mixing-the-solutions-of-1-sodium-chloride-and-sodium-hydroxide-2-sulphuric-acid-and-sodium-sulphate-3-ammonium-chloride-and-ammonium-nitrate-4-ammonium-aceta https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTA0-identify-the-factor-on-which-the-equilibrium-constant-kp-for-the-reaction-h-g-i-g-2hi-g-depends-1-catalyst-2-temperature-3-total-pressure-4-the-amounts-of-h2-and-i2-present-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTA3-the-best-indicator-for-detection-of-end-point-in-titration-of-a-weak-acid-and-strong-base-is-1-methyl-red-5-to-6-2-methyl-orange-3-to-4-3-phenolphthalein-8-to-9-6-4-bromothymol-blue-6-to-7-5-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTA4-which-of-the-following-compounds-is-not-a-lewis-acid-1-ccl4-2-becl2-3-bf3-4-alcl3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTA5-which-among-the-following-is-the-conjugate-acid-of-nh2-1-nh4-2-nh3-3-nh2oh-4-n2h4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTEw-the-ph-of-the-neutralization-point-of-0-1-n-ammonium-hydroxide-with-0-1-n-hcl-is-1-1-2-6-3-9-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTEx-the-compound-whose-0-1-m-solution-is-basic-is-1-ammonium-acetate-2-ammonium-sulphate-3-sodium-acetate-4-ammonium-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTEz-fear-or-excitement-generally-causes-one-to-breathe-rapidly-and-it-results-in-the-decrease-of-co2-concentration-in-blood-in-what-way-will-it-change-the-ph-of-blood-1-ph-will-increase-2-ph-will-decrease https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTE0-which-of-the-following-combinations-can-be-used-to-prepare-a-buffer-solution-i-sodium-acetate-and-acetic-acid-in-water-ii-sodium-acetate-and-hydrochloric-acid-in-water-iii-ammonia-and-ammonium-chlorid https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTE1-the-basic-buffer-solution-among-the-following-is-1-nh4cl-nh4oh-2-nacl-naoh-3-nh4cl-ch3cooh-4-ch3coona-ch3cooh-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTE2-conjugate-base-of-hydrazoic-acid-is-1-hn-3-2-n-2-3-n-3-4-n-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTE3-which-of-the-following-are-lewis-acids-i-bf-3-ii-h-2o-iii-hso-4-iv-so-3-1-i-and-iii-2-i-and-ii-3-i-and-iv-4-iii-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTE4-which-of-the-following-cations-will-form-precipitates-when-treated-with-a-mixture-of-ammonium-chloride-nh-cl-and-aqueous-ammonia-nh-mathrm-ca-2-mathrm-al-3-mathrm-cr-3-mathrm-mg-2-mathrm-zn-2-1-mathrm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTIw-which-among-the-following-is-the-least-soluble-1-mns-ksp-7-times-10-16-2-fes-ksp-4-times-10-19-3-pts-ksp-8-times-10-73-4-nis-ksp-3-times-10-12-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTIy-the-dissociation-constant-of-a-substituted-benzoic-acid-at-25-deg-c-is-1-times-10-4-the-ph-of-a-0-01-m-solution-of-its-sodium-salt-of-benzoic-acid-is-1-six-6-2-seven-7-3-eight-8-4-nine-9-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTIz-which-one-of-the-following-is-true-for-any-diprotic-acid-h2x-1-ka1-ka2-2-ka2-ka1-3-ka1-ka2-4-ka2-1-ka1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTQw-for-sparingly-soulble-salt-apbq-the-relationship-of-its-solubility-product-ls-with-its-solubility-s-is-1-ls-sp-q-pp-qq-2-ls-sp-q-pq-qq-3-ls-spqpqqq-4-ls-spq-pq-p-q-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTQ0-find-the-correct-order-of-acid-strength-for-acids-a-b-and-c-having-pka-values-4-3-3-3-and-5-5-respectively-1-a-b-c-2-c-a-b-3-b-a-c-4-c-b-a-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTU3-which-of-the-following-statements-are-correct-i-the-ph-of-1-0-times-10-8-text-m-solution-of-hcl-is-8-ii-the-conjugate-base-of-text-h-2-text-po-4-is-text-hpo-2-4-iii-the-autoprotolysis-constant-of-wate https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNjA0-what-is-the-solubility-product-ksp-of-a-x-if-its-solubility-is-y-mol-dm-sup3-1-6y-2-64y-3-36y-4-108y-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNjA3-if-pkb-for-fluoride-ion-at-25-deg-c-is-10-83-the-ionization-constant-of-hydrofluoric-acid-at-this-temperature-is-1-1-74-times-10-5-2-3-52-times-10-3-3-6-75-times-10-4-4-5-38-times-10-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNjA4-the-pka-of-hcn-is-9-30-the-ph-of-a-solution-prepared-by-mixing-2-5-moles-of-kcn-and-2-5-moles-of-hcn-in-water-and-making-up-the-total-volume-to-500-ml-will-be-1-9-30-2-8-30-3-7-30-4-10-30-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNjE1-what-is-the-decreasing-order-of-strength-of-the-bases-oh-nh2-h-c-equiv-c-andch3-ch2-1-ch3-ch2-nh2-h-c-equiv-c-oh-2-h-c-equiv-c-ch3-ch2-nh2-oh-3-oh-nh2-h-c-equiv-c-ch3-ch2-4-nh2-h-c-equiv-c-oh-ch3-ch2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNjE5-the-following-equilibrium-is-established-when-hydrogen-chloride-is-dissolved-in-acetic-acid-small-mathrm-hcl-mathrm-ch-3-mathrm-cooh-rightleftharpoons-mathrm-cl-mathrm-ch-3-mathrm-cooh-2-the-set-that https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNjIz-which-of-the-following-is-an-example-of-a-reversible-reaction-1-small-kno-3-aq-nacl-aq-rightleftharpoons-kcl-aq-nano-3-aq-2-small-2na-s-h-2o-l-rightleftharpoons-2naoh-aq-h-2-g-3-small-agno-3-aq-nacl-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNjI1-a-certain-weak-acid-has-a-dissociation-constant-of-1-0-times-10-4-the-equilibrium-constant-for-its-reaction-with-a-strong-base-is-1-1-0-times-1010-2-1-0-times-1014-3-1-0-times-10-10-4-1-0-times-10-4-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxMDEx-find-the-condition-under-which-caf-ksp-1-7-times-10-sup1-precipitate-is-formed-when-equal-volumes-of-two-solutions-are-mixed-1-10-2mca2-10-3mf-2-10-3mca2-10-5mf-3-10-4mca2-10-4mf-4-10-5mca2-10-3mf-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxMDEy-in-the-exothermic-reaction-of-oxidizing-so2-by-o2-to-so3-what-factors-determine-the-maximum-yield-of-so3-1-temperature-is-reduced-and-pressure-is-increased-2-temperature-is-increased-and-pressure-is-k https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxMDEz-if-a-solution-of-0-1-m-nh4oh-and-0-1-m-nh4cl-has-ph-9-25-then-the-pkb-of-nh4oh-will-be-1-9-25-2-4-75-3-3-75-4-8-25-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxMDE0-among-the-following-the-compound-with-highest-ph-is-1-ch3cook-2-na2co3-3-nh4cl-4-nano3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxMDIx-the-sharp-ph-change-near-the-equivalence-point-in-acid-base-titration-enables-indicator-detection-which-of-the-following-equations-correctly-explains-the-ph-change-based-on-the-concentration-ratio-of https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxMDIz-solubility-of-a-m2s-salt-is-3-5-215-10-6-then-find-out-solubility-product-1-1-7-215-10-6-2-1-7-215-10-16-3-1-7-215-10-18-4-1-7-215-10-12-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxMDI1-find-ksp-of-an-mx-type-electrolyte-if-its-solubility-is-0-5-times-10-mol-l-sup1-1-5-times-10-12-2-25-times-10-10-3-1-times-10-13-4-5-times-10-13-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxMDI2-if-the-solubility-product-of-a-sparingly-soluble-salt-ax2-is-3-2-times-10-11-find-its-solubility-in-mol-l-ndash-1-1-5-6-times-10-6-2-3-1-times-10-4-3-2-times-10-4-4-4-times-10-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTc5-what-is-the-degree-of-ionization-of-an-acid-solution-with-a-concentration-of-0-005-m-and-a-ph-of-5-1-0-1-times-10-2-2-0-2-times-10-2-3-0-5-times-10-4-4-0-6-times-10-6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTgy-which-among-the-following-acids-is-the-strongest-based-on-their-given-pka-values-i-4-0-ii-3-5-iii-2-5-iv-2-0-1-i-0-2-ii-3-iii-4-iv-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTgz-a-solution-has-hydrogen-ion-concentration-0-0005-m-its-poh-is-1-8-2798-2-10-6990-3-12-7854-4-13-3344-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTg0-at-25-deg-c-the-ph-of-a-solution-containing-0-10-m-sodium-acetate-and-0-03-m-acetic-acid-will-be-pka-value-of-ch3cooh-4-57-1-3-24-2-4-59-3-5-09-4-6-67-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTkw-ionization-constant-of-acetic-acid-mathrm-ch-3-mathrm-cooh-is-1-8-times-10-5-the-concentration-of-h-ions-in-0-1-m-solution-is-1-1-8-times-10-3m-2-2-8-times-10-3m-3-1-3-times-10-3m-4-1-34-times-10-4m-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTkx-what-is-the-ionization-percentage-for-a-weak-acid-with-a-dissociation-constant-of-4-9-10-8-at-0-1-m-concentration-1-0-07-2-0-007-3-0-7-4-0-0007-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTkz-what-is-the-degree-of-dissociation-of-a-weak-acid-ha-having-a-0-1-m-solution-given-that-its-ph-is-3-1-1-2-10-3-50-4-25-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTk1-75-ml-of-0-2-m-hcl-is-mixed-with-25-ml-of-1m-hcl-to-this-solution-300-ml-of-distilled-water-is-added-what-is-the-ph-of-the-resultant-solution-1-1-2-2-3-4-4-0-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTk2-the-dissociation-constants-of-two-acids-ha1-and-ha2-are-3-0-times-10-4-and-1-8-times-10-5-respectively-the-relative-strengths-of-the-acids-is-1-1-16-2-1-4-3-4-1-4-16-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTk4-find-the-percentage-ionization-of-a-weak-acid-in-a-0-005-m-solution-that-has-a-ph-of-5-1-0-8-2-0-6-3-0-4-4-0-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNTk5-100-ml-of-0-015-m-hcl-solution-is-mixed-with-100-ml-of-0-005-m-hcl-what-is-the-ph-of-the-resultant-solution-1-2-5-2-1-5-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjAw-find-the-solubility-of-a-x-given-that-its-solubility-product-is-1-08-times-10-23-1-1-0-times-10-3m-2-1-0-times-10-4m-3-1-0-times-10-5m-4-1-0-times-10-6m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjAx-what-is-the-value-of-x-for-a-hydroxide-m-oh-x-if-its-solubility-is-10-4-and-its-k-sp-4-x-10-12-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjAy-given-are-1-m-solutions-of-the-following-i-ch3cooh-ii-ch3coona-iii-ch3coonh4-iv-koh-the-ph-values-of-of-the-above-will-be-in-the-order-1-iv-iii-ii-i-2-iv-ii-iii-i-3-i-iii-ii-iv-4-ii-i-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjAz-the-ratio-of-the-concentration-of-salt-and-acid-for-preparing-a-buffer-solution-of-ph-6-by-mixing-sodium-acetate-and-acetic-acid-will-be-ka-10-5-1-1-10-2-10-1-3-100-1-4-1-100-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjA0-the-strongest-bronsted-base-among-the-following-ions-is-1-ch3o-2-ch3-2cho-3-c2h5o-4-ch3-3co-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjA1-what-is-the-ionization-constant-k-a-of-water-if-its-degree-of-ionization-is-1-8-x-10-9-1-1-8-times-10-9-2-1-8-times-10-16-3-1-8-times-10-14-4-cannot-be-calculated-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjA2-the-decreasing-order-of-the-acidic-nature-of-h2so4-i-h3po4-ii-and-hclo4-iii-is-1-i-ii-iii-2-i-iii-ii-3-iii-i-ii-4-iii-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjA3-the-number-of-h-ions-present-in-1-cm3-of-a-solution-whose-ph-is-10-is-1-10-10-2-10-13-3-6-02-times10-10-4-6-02-times10-13-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjA4-the-k-a-values-of-formic-acid-and-acetic-acid-are-respectively-1-77-times-10-4-and-1-75-times-10-5-the-ratio-of-the-acid-strength-of-0-1-n-acids-is-1-0-1-2-0-3-3-3-178-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjE3-why-is-zns-not-precipitated-when-h-s-is-passed-through-an-acidic-medium-whereas-cus-is-precipitated-under-the-same-conditions-1-kspcus-kspzns-3-kspcus-kspzns-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjE4-consider-the-following-acids-i-hcn-ii-ch3cooh-iii-hcooh-iv-cl-ch2cooh-the-correct-order-of-strength-is-1-ii-iii-i-iv-2-iv-ii-iii-i-3-iv-iii-ii-i-4-iii-ii-iv-i-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjE5-the-hydrogen-ion-concentration-is-0-2-m-ethanoic-acid-kc-2-215-10-5moldm-3-is-approximately-1-10-4-2-2-215-10-2-3-2-215-10-6-4-2-215-10-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjIw-the-ph-of-a-solution-made-by-mixing-50-ml-of-0-01-m-barium-hydroxide-solution-with-50-ml-of-h2o-is-1-3-0-2-6-0-3-12-0-4-15-0-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjIx-find-the-molar-solubility-of-fe-oh-3-in-a-buffer-solution-that-is-0-10-m-in-nh4cl-and-0-10-m-in-nh3-mathrm-k-mathrm-b-left-mathrm-nh-3-right-1-8-times-10-5-and-text-k-text-sp-text-fe-oh-3-2-6-times-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjI0-a-base-dissolved-in-water-yields-a-solution-with-a-hydroxyl-ion-concentration-of-0-05-mathrm-mol-mathrm-litre-1-the-solution-is-1-basic-2-acid-3-neutral-4-either-acidic-or-neutral-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjI1-given-that-the-ionization-constant-ka-of-acetic-acid-ch3cooh-is-1-7-times-10-5-and-the-concentration-of-hydrogen-ions-h-is-3-4-times-10-4-what-is-the-initial-concentration-of-acetic-acid-ch3cooh-1-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjI2-at-25-deg-c-the-dissociation-constant-of-a-base-boh-is-1-0-times-10-12-the-concentration-of-hydroxyl-ions-0-01-m-aqueous-solution-of-the-base-would-become-1-2-0-times-10-6moll-1-2-1-0-times-10-5moll-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjI3-calculate-the-solubility-of-agi-in-a-10-n-ki-solution-at-25-deg-c-given-that-the-solubility-product-constant-k-of-agi-is-1-0-times-10-sup1-mol-sup2-l-sup2-1-1-0-times-10-10-2-1-0-times-10-12-3-1-0-tim https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjMw-when-0-1-mole-of-ch3nh2-ionization-constant-kb-5-times-10-4-is-mixed-with-0-08-mol-hcl-and-the-volume-is-made-up-of-1-litre-the-h-of-resulting-solution-is-log-4-0-60-1-8-times10-11-m-2-6-times10-5-m-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjMx-the-solution-with-ph-value-close-to-1-0-among-the-following-is-1-100-ml-of-m-10-hcl-100-ml-of-m-10-naoh-2-55-ml-of-m-10-hcl-45-ml-of-m-10-naoh-3-10-ml-of-m-10-hcl-90-ml-of-m-10-naoh-4-85-ml-of-m-10-hc https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjMy-if-ag-2nh-3-rightleftharpoons-ag-nh-3-2-k-1-1-8-times-10-7-ag-cl-rightleftharpoons-agcl-k-2-5-6-times-10-9-then-for-agcl-2-nh-3-rightleftharpoons-ag-nh-3-2-cl-equilibrium-constant-will-be-1-0-32-times https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjMz-three-sparingly-soluble-salts-a2x-ax-and-ax3-have-the-same-solubility-product-their-solubilities-will-be-in-the-order-1-ax3-ax-a2x-2-ax3-ax-3-ax-ax3-a2x-4-ax-a2x-ax3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjM0-find-the-solution-s-having-a-ph-between-6-and-7-i-2-times-10-m-naoh-ii-2-times-10-m-hcl-iii-10-m-hcl-iv-10-sup1-sup3-m-naoh-1-i-ii-2-iii-only-3-iii-iv-4-ii-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjM1-at-what-ph-does-mg-oh-2-start-to-precipitate-from-a-solution-with-0-10-m-mg-sup2-ions-given-that-the-k-sp-of-mg-oh-2-is-1-times-10-sup1-sup1-1-three-3-2-six-6-3-nine-9-4-eleven-11-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjM2-50-litres-of-0-1-m-hcl-are-mixed-with-50-litres-of-0-2-m-naoh-the-ph-of-the-resulting-solution-will-be-1-12-70-2-12-34-3-8-7-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjM3-the-ph-of-a-0-05-m-aqueous-solution-of-diethylamine-is-12-its-kb-value-will-be-1-2-times-10-3-2-2-5-times-10-3-3-3-times-10-3-4-4-5-times-10-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjM4-ka-for-hcn-is-5-times-10-10-at-25-deg-c-for-maintaining-a-constant-ph-of-9-the-volume-of-5-m-kcn-solution-required-to-be-added-to-10-ml-of-2-m-hcn-solution-is-1-2-ml-2-3-ml-3-4-2-ml-4-5-6-ml-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjM5-the-approximate-ph-of-a-solution-formed-by-mixing-equal-volumes-of-solutions-of-0-1-m-sodium-propionate-and-0-1-m-propanoic-acid-the-dissociation-constant-of-propanoic-acid-is-1-3-times-10-5-text-mol https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjQw-the-dissociation-constant-of-acetic-acid-is-1-6-times-10-5-the-degree-of-dissociation-left-right-alpha-left-right-of-0-01-m-acetic-acid-in-the-presence-of-0-1-m-hcl-is-equal-to-1-1-6-times-10-3-2-1-6 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjQx-if-the-equilibrium-constant-of-the-reaction-of-weak-acid-ha-with-strong-base-is-109-then-ph-of-0-1-m-naa-is-1-3-2-9-3-7-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjQy-calculate-the-ph-at-which-1-0-times-10-sup3-m-al-sup3-starts-precipitating-as-al-oh-given-ksp-of-al-oh-is-1-0-times-10-sup1-and-the-solution-is-buffered-using-nh-cl-nh-oh-1-10-0-2-10-5-3-11-0-4-12-0-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjQ0-the-solubility-of-caf2-in-water-at-298-k-is-1-7-times-10-3-gm-per-100-cm3-the-solubility-product-of-caf2-at-298-k-is-1-4-14-times-10-11-2-4-14-times-1011-3-4-14-times-10-6-4-4-14-times-106-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjQ3-a-solution-of-monoprotic-weak-acid-has-acidity-constant-ka-the-minimum-intial-concentration-c-in-terms-of-ka-such-that-the-concentration-of-the-undissociated-acid-can-be-equated-to-c-within-a-10-limit https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjQ4-find-the-molar-heat-of-solution-of-pbi-given-that-its-solubility-product-is-7-47-times-10-at-15-deg-c-and-1-39-times-10-at-25-deg-c-given-log-1-86-0-2695-1-44-29-kj-mol-2-46-25-kj-mol-3-29-37-kj-mol-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjUw-which-of-the-following-compounds-are-in-the-correct-sequence-in-terms-of-relative-basic-strength-1-c-2-h-5-o-ch-equiv-c-left-oh-right-2-ch-equiv-c-oh-c-2-h-5-o-3-ch-equiv-c-c-2-h-5-o-left-oh-right-4-c https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjU3-the-concentration-of-ch3cooh-that-will-have-the-same-h-as-obtained-from-10-2-m-hcooh-is-ka-ch3cooh-10-5-ka-hcooh-10-4-1-10-m-2-5-m-3-10-1-m-4-6-m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjU4-what-happens-when-nh4cl-is-added-to-an-aqueous-solution-of-nh4oh-1-concentration-of-oh-ions-decreases-2-concentration-of-oh-ions-increases-3-concentration-of-nh4-ions-as-well-as-concentration-oh-ions https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjU5-find-the-change-in-ph-when-500-ml-of-0-2-m-hcl-is-mixed-with-500-ml-of-0-2-m-ch-cooh-and-25-ml-of-this-mixture-is-titrated-with-0-1-m-naoh-up-to-the-stage-where-hcl-is-just-completely-neutralized-ka-f https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjYw-when-60-ml-of-0-1-m-ca-no3-2-is-mixed-with-40-ml-of-0-125-m-na2co3-caco3-precipitates-if-ksp-of-caco3-is-5-times-10-9-then-co32-in-the-resulting-solution-is-1-5-times-10-8-text-m-2-5-times-10-9-text-m https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjYx-100-ml-of-0-3-m-nh4oh-is-mixed-with-100-ml-of-0-2-m-naoh-kb-nh4oh-is-1-8-times-10-5-the-degree-of-dissociation-of-nh4oh-is-1-1-02-times-10-2-2-1-8-times-10-5-3-1-8-times-10-4-4-1-02-times-10-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjYy-find-the-rate-constant-in-l-mol-sup1-s-sup1-for-proton-transfer-from-water-to-nh-at-25-deg-c-given-ionization-constant-of-nh-in-water-5-6-times-10-sup1-rate-constant-for-nh-oh-rarr-nh-h-o-3-4-times-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjYz-the-equilibrium-constant-of-nh4-to-nh3-and-h-is-10-10-the-rate-constant-for-nh4-oh-rarr-nh3-h2o-is-1010-the-rate-constant-for-nh3-h2o-rarr-nh4-oh-is-1-105-2-1020-3-108-4-109-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjY0-find-the-change-in-ph-required-to-convert-an-indicator-ka-3-times-10-from-a-state-where-75-is-in-acid-form-red-to-a-state-where-75-is-in-base-form-blue-given-log-3-0-4770-1-0-95-2-2-3-3-0-75-4-5-0-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjY1-the-dissociation-constants-for-aniline-acetic-acid-and-ionic-product-of-water-at-25-176-c-are-3-83-215-10-10-1-75-215-10-5and1-008-215-10-14-respectively-the-degree-of-hydrolysis-of-aniline-acetate-in https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjY2-a-solution-of-benzoic-acid-a-weak-monobasic-acid-is-titrated-with-naoh-the-ph-of-the-solution-is-4-2-when-half-of-the-acid-is-neutralized-the-dissociation-constant-of-the-acid-will-be-1-3-2-times-10-5 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjY3-the-mixture-that-shows-the-maximum-buffer-capacity-is-1-0-1-mathrm-m-mathrm-ch-3-mathrm-cooh-0-2-mathrm-m-mathrm-ch-3-mathrm-coona-2-0-1-mathrm-m-mathrm-ch-3-mathrm-cooh-0-15-mathrm-m-mathrm-ch-3-math https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjY4-the-ph-of-a-solution-containing-0-1-mol-of-ch3cooh-0-2-mol-of-ch3coona-and-0-05-mol-of-naoh-in-1-l-of-solution-is-pka-of-ch3cooh-4-74-and-log-5-0-7-1-4-56-2-5-44-3-5-04-4-3-74-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjcw-find-the-ph-of-a-mixture-of-acetic-acid-and-sodium-acetate-given-that-18-ml-of-the-mixture-requires-6-ml-of-0-1-m-naoh-for-neutralization-of-the-acid-and-12-ml-of-0-1-m-hcl-for-reaction-with-the-salt https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjcx-what-is-the-minimum-ph-required-to-prevent-the-precipitation-of-zns-in-a-solution-containing-0-01-m-zncl-and-saturated-with-0-10-m-h-s-given-ksp-of-zns-10-sup2-sup1-and-ka-times-ka-of-h-s-10-sup2-1-fo https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjcy-which-of-the-following-is-an-amphiprotic-can-accept-and-give-protons-ion-1-hpo3-2-h2po2-3-h3po4-4-h2po4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjc1-the-ratio-of-f-and-hcoo-in-a-mixture-of-0-1-m-hf-ka-6-6-times-10-4-and-0-2-m-hcooh-ka-2-times-10-4-is-1-2-2-3-2-1-3-3-3-3-3-2-4-3-3-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjc2-a-buffer-solution-is-prepared-by-mixing-10-ml-of-1-0-m-acetic-acid-with-20-ml-of-0-5-m-sodium-acetate-which-is-then-diluted-to-100-ml-with-distilled-water-if-the-pka-of-ch3cooh-is-4-76-the-ph-of-the-b https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjc3-what-is-the-ph-of-a-solution-obtained-by-mixing-equal-volumes-of-two-solutions-one-with-a-ph-of-3-and-the-other-with-a-ph-of-4-log-5-5-0-7404-1-3-26-2-3-5-3-4-0-4-3-42-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjc5-what-is-the-concentration-of-ag-ions-in-a-buffer-solution-of-ph-10-when-solid-agno-is-added-slowly-and-agoh-is-precipitated-k-sp-agoh-10-10-1-10-4-text-m-2-10-5-text-m-3-10-6-text-m-4-10-7-text-m-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjgw-if-pkb-for-cn-at-25-deg-c-is-4-7-the-ph-of-0-5-m-aqueous-nacn-solution-is-1-10-2-11-5-3-11-4-12-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjgy-a-buffer-solution-is-prepared-by-mixing-20-ml-of-0-1-m-ch3cooh-and-40-ml-of-0-5-m-ch3coona-and-then-diluted-by-adding-100-ml-of-distilled-water-the-ph-of-the-resulting-buffer-solution-is-given-pka-of https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjgz-an-acid-base-indicator-has-ka-3-0-times-10-5-the-acidic-form-of-the-indicator-is-red-and-the-basic-form-is-blue-the-h-required-to-change-the-indicator-from-75-red-to-75-blue-is-1-8-times-10-5-m-2-9-ti https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjg0-the-self-ionization-constant-for-pure-formic-acid-k-h-c-o-o-h-2-left-right-left-right-h-c-o-o-left-right-has-been-estimated-as-left-10-right-4-at-room-temperature-the-percentage-of-formic-acid-molecul https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjg1-agoh-is-added-to-nacl-solution-to-form-agcl-precipitate-after-the-precipitation-the-ph-of-the-solution-is-8-the-cl-is-k-sp-agcl-10-12-k-sp-agoh-10-10-1-10-6-mathrm-m-2-10-4-mathrm-m-3-10-8-mathrm-m-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjg2-for-the-reaction-ag-cn-2-aq-ag-aq-2cn-aq-the-equilibrium-constant-at-25-deg-c-is-4-0-times-10-19-the-silver-ion-concentration-in-a-solution-that-was-originally-0-10-m-in-kcn-and-0-03-m-in-agno3-will-b https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjg3-identify-the-strongest-acid-among-the-corresponding-acids-of-naw-nax-nay-and-naz-given-that-their-0-1-m-solutions-have-ph-values-of-7-0-9-0-10-0-and-11-0-respectively-1-hw-2-hx-3-hy-4-hz-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjg4-silver-acetate-is-a-slightly-soluble-salt-of-a-weak-acid-ka-1-75-times-10-5-at-25-deg-c-100-g-of-water-dissolves-1-04-g-of-crystalline-silver-acetate-the-density-of-saturated-solution-of-silver-acetat https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjg5-0-1-m-solution-of-three-different-sodium-salts-nax-nay-and-naz-have-ph-values-7-0-9-0-and-11-0-respectively-the-correct-order-of-dissociation-constant-values-of-these-acids-is-1-khx-khy-khz-3-khx-khz https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjkw-when-equal-volume-of-the-following-solutions-are-mixed-which-of-the-following-gives-maximum-precipitate-k-sp-text-of-agcl-10-12-1-10-4-mathrm-m-mathrm-ag-text-and-10-4-mathrm-m-mathrm-cl-2-10-3-mathrm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjkx-the-percentage-hydrolysis-of-nacn-in-n-over-80-aqueous-solution-is-dissociation-constant-of-mathrm-hcn-1-3-times-10-9-text-and-mathrm-k-mathrm-w-1-0-times-10-14-1-8-2-2-9-6-3-5-26-4-2-48-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjky-hydrolysis-constant-k-h-of-two-salts-of-weak-acids-ha-and-hb-are-10-8-and-10-6-respectively-if-the-dissociation-constant-of-the-third-acid-hc-is-10-2-the-order-of-acidic-strengths-of-three-acids-will https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjkz-a-solution-containing-nh4cl-and-nh4oh-has-a-hydroxide-ion-concentration-of-10-6mollitre-1-which-of-the-following-hydroxides-could-be-precipitated-when-this-solution-is-added-in-equal-volume-of-a-solut https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjk0-in-the-precipitation-titration-of-kcl-against-agno3-k2cro4-is-used-as-an-indicator-since-agcl-is-white-coloured-end-point-is-detected-by-appearance-of-deep-yellow-coloured-precipitate-of-ag2cro4-the-m https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjk1-the-concentration-of-hydroxyl-ion-in-a-solution-left-after-mixing-100-ml-of-0-1-m-mgcl2-and-100-ml-of-0-2-m-naoh-is-kspofmg-oh-2-1-2-times-10-11-1-2-8-times-10-3-2-2-8-times-10-2-3-2-8-times-10-4-4-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjk4-when-h2s-is-passed-through-an-aqueous-solution-of-an-equimolar-mixture-of-zn2-and-pb2-acidified-with-dilute-acetic-acid-zns-is-not-precipitated-because-1-k-s-p-mathrm-zns-k-sp-mathrm-pbs-3-h-2s-decrea https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjA1NDI0-which-type-of-bond-is-formed-when-boron-trifluoride-reacts-with-ammonia-1-covalent-bond-2-ionic-bond-3-co-ordinate-bond-4-hydrogen-bond-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjA1NDg3-find-the-decreasing-order-of-basic-strength-of-the-following-conjugate-bases-oh-ro-ch3coo-cl-1-cl-ch3coo-oh-ro-2-ch3coo-oh-ro-cl-3-oh-ch3coo-ro-cl-4-cl-oh-ch3coo-ro-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjA1NjQ2-if-the-solubility-of-baso4-in-water-is-8-times-10-4moldm-3-the-solubility-baso4-in-0-01-mol-dm-3-of-h2so4-is-1-s-6-4-times-10-5moldm-3-2-s-6-4-times-10-3moldm-3-3-s-3-2-times-10-4moldm-3-4-s-1-2-times https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjE4-at-a-certain-temperature-and-pressure-of-105-pa-iodine-vapour-contains-40-by-volume-of-i-atoms-the-kp-for-the-equilibrium-of-the-reaction-would-be-i2-g-2i-g-1-2-67-times-104-pa-2-1-00-times-105-pa-3-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjE5-given-the-reaction-2hi-g-h2-g-i2-g-a-sample-of-hi-g-is-placed-in-a-flask-at-a-pressure-of-0-2-atm-at-equilibrium-the-partial-pressure-of-hi-g-is-0-04-atm-the-kp-for-the-given-equilibrium-would-be-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjIw-a-mixture-of-1-57-mol-of-n2-1-92-mol-of-h2-and-8-13-mol-of-nh3-is-introduced-into-a-20-l-vessel-at-500-k-at-this-temperature-the-equilibrium-constant-kc-for-the-reaction-n2-g-3h2-g-2nh3-g-is-1-7-times https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjIx-given-the-reaction-2brcl-g-br2-g-cl2-g-kc-32-at-500-k-if-the-initial-concentration-of-brcl-is-3-3-times-10-3-mol-l-ndash-1-the-molar-concentration-of-brcl-in-the-mixture-at-equilibrium-would-be-1-3-0 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjIy-for-the-reaction-no-g-1-2o2-g-no2-g-fg-deg-no2-52-0-kj-mol-fg-deg-no-87-0-kj-mol-and-fg-deg-o2-0-kj-mol-the-equilibrium-constant-for-the-formation-of-no2-from-no-and-o2-at-298k-would-be-1-2-36-times-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjIz-the-equilibrium-constant-for-the-following-reaction-is-1-6-times-105-at-1024k-h2-g-br2-g-2hbr-g-if-hbr-at-pressure-10-0-bar-is-introduced-into-a-sealed-container-at-1024-k-the-equilibrium-pressure-of https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjUz-which-of-the-following-is-are-the-lewis-acids-i-bf3-ii-h2o-iii-h-iv-alcl3-1-only-i-2-i-and-ii-only-3-i-iii-and-iv-only-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjU0-find-out-the-ionization-constant-of-pyridine-if-a-0-02-m-solution-of-pyridinium-hydrochloride-has-a-ph-of-3-44-1-6-6-times-10-6-2-1-51-thinsp-times-10-9-3-2-36-times-10-7-4-3-43-times-thinsp-10-9-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjU1-the-ksp-of-ag2cro4-and-agbr-is-1-1-times-10-ndash-12-and-5-0-times-10-ndash-13-respectively-the-molarity-ratio-of-saturated-solutions-of-ag2cro4-and-agbr-will-be-1-91-9-2-108-6-3-56-9-4-76-9-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjgy-when-equal-volumes-of-0-002-m-solutions-of-sodium-iodate-and-cupric-chlorate-are-mixed-together-ksp-cupric-iodate-7-4-times-10-ndash-8-from-the-following-the-correct-observation-would-be-1-precipitati https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjEyMjgz-the-minimum-volume-of-water-required-to-dissolve-1g-of-calcium-sulphate-at-298-k-is-for-caso4-ksp-is-9-1-times-10-ndash-6-1-1-22-l-2-0-69-l-3-2-44-l-4-1-87-l-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI0ODYz-for-the-reaction-2nocl-g-2no-g-cl2-g-kp-1-8-times-10-ndash-2-atm-at-500-k-the-value-of-kc-for-above-mentioned-reaction-would-be-1-4-33-times-10-4-mol-l-1-2-4-33-times-104-mol-l-1-3-1-65-times-10-5-mol https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI0ODc2-mathrm-k-mathrm-c-frac-left-mathrm-nh-3-right-4-left-mathrm-o-2-right-5-mathrm-no-4-left-mathrm-h-2-mathrm-o-6-right-the-balanced-chemical-equation-corresponding-to-the-above-mentioned-expression-is-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI0ODc3-one-mole-of-h2o-and-one-mole-of-co-are-taken-in-a-10-l-vessel-and-heated-to-725-k-at-equilibrium-40-of-water-by-mass-reacts-with-co-according-to-the-equation-h2o-g-co-g-h2-g-co2-g-the-equilibrium-cons https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI0ODc4-the-equilibrium-pressure-of-c2h6-when-it-is-placed-in-a-flask-at-4-0-atm-pressure-at-899-k-would-be-c2h6-g-c2h4-g-h2-g-kp-0-04-atm-at-899-k-1-4-12-atm-2-3-62-atm-3-1-54-atm-4-2-16-atm-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI0OTQ4-a-sample-of-pure-pcl5-was-introduced-into-an-evacuated-vessel-at-473-k-after-equilibrium-was-attained-a-concentration-of-pcl5-was-found-to-be-0-5-times-10-ndash-1-mol-l-ndash-1-if-the-value-of-kc-is-8 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjIx-an-incorrect-statement-about-equilibrium-among-the-following-is-1-equilibrium-is-possible-only-in-a-closed-system-at-a-constant-temperature-2-all-measurable-properties-of-the-system-remain-constant-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjIz-an-incorrect-statement-about-equilibrium-among-the-following-is-1-in-equilibrium-mixture-of-ice-and-water-kept-in-perfectly-insulated-flask-the-mass-of-ice-and-water-does-not-change-with-time-2-the-in https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjI0-when-hydrochloric-acid-is-added-to-cobalt-nitrate-solution-at-room-temperature-the-following-reaction-takes-place-and-the-reaction-mixture-becomes-blue-on-cooling-the-mixture-it-becomes-pink-underset https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjI1-the-ph-of-neutral-water-at-25-deg-c-is-7-0-as-the-temperature-increases-ionisation-of-water-increases-however-the-concentration-of-h-ions-and-oh-ions-is-equal-what-will-be-the-ph-of-pure-water-at-60-d https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjI3-ka1-ka2-and-ka3-are-the-respective-ionisation-constants-for-the-following-reactions-mathrm-h-2-mathrm-s-rightleftharpoons-mathrm-h-mathrm-hs-mathrm-hs-rightleftharpoons-mathrm-h-mathrm-s-2-mathrm-h-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjI5-the-mixture-that-will-produce-a-buffer-solution-when-mixed-in-equal-volumes-is-1-0-1-mol-dm-3-nh4oh-and-0-1-mol-dm-3-hcl-2-0-05-mol-dm-3-nh4oh-and-0-1-mol-dm-3-hcl-3-0-1-mol-dm-3-nh4oh-and-0-05-mol-dm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjMy-find-the-ph-of-ammonium-acetate-solution-when-the-value-of-ka-for-ch-cooh-is-1-8-times-10-and-kb-for-nh-oh-is-1-8-times-10-1-7-005-2-4-75-3-7-0-4-between-6-and-7-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjM0-on-increasing-the-pressure-the-direction-in-which-the-gas-phase-reaction-proceeds-to-re-establish-equilibrium-is-predicted-by-applying-le-chatelier-s-principle-consider-the-reaction-n2-g-3h2-g-2nh3-g https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjM2-at-500-k-equilibrium-constant-kc-for-the-following-reaction-is-5-12h2-g-12i2-g-8652-hi-g-what-would-be-the-equilibrium-constant-kc-for-the-reaction-2hi-g-8652-h2-g-i2-g-1-0-04-2-0-4-3-25-4-2-5-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjM3-the-addition-of-a-small-amount-of-argon-at-a-constant-volume-will-not-affect-the-equilibrium-of-the-following-reaction-1-h2-g-i2-g-2hi-g-2-pcl5-g-pcl3-g-cl2-g-3-n2-g-3h2-g-2nh3-g-4-the-equilibrium-wil https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTM0-at-450-k-kp-2-0-times-1010-bar-1-for-the-given-reaction-at-equilibrium-2so2-g-thinsp-o2-g-2so3-g-the-value-of-kc-at-this-temperature-would-be-1-7-48-times-1012-m-1-2-6-56-times-1011-m-1-3-7-48-times-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTUy-for-the-reaction-feo-s-co-g-fe-s-thinsp-thinsp-co2-g-kp-0-265-at-1050-k-if-the-initial-partial-pressures-are-pco-1-4-atm-and-pco2-0-80-atm-the-partial-pressure-of-co2-at-equilibrium-at-1050-k-would-be https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTc3-for-the-reaction-n2-g-3h2-g-2nh3-g-kc-0-061-mol-2l2-at-500k-at-a-particular-instant-of-time-n2-3-0-mol-l-ndash-1-h2-2-0-mol-l-ndash-1-and-nh3-0-5-mol-l-ndash-1-true-statement-among-the-following-is-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTc4-at-1127-k-and-1-atm-pressure-a-gaseous-mixture-of-co-and-co2-in-equilibrium-with-solid-carbon-has-90-55-co-by-mass-c-s-co2-g-2co-g-at-the-specified-temperature-kc-for-this-reaction-would-be-1-0-25-mol https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTc5-consider-the-following-reaction-co-g-h2o-g-8652-co2-g-h2-g-kp-10-1-at-400-deg-c-if-a-reaction-vessel-at-400-deg-c-is-filled-with-an-equimolar-mixture-of-co-and-steam-such-that-pco-ph2o-4-0bar-the-part https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTgw-a-cl2-g-2cl-g-kc-5-0-times-10-39-mol-l-b-cl2-g-2no-g-2nocl-g-kc-3-7-times-108-mol-l-c-cl2-g-2no2-g-2no2cl-g-kc-1-8-mol-l-in-which-of-the-reactions-given-above-will-there-be-an-appreciable-concentratio https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTgz-for-the-reaction-3o2-g-2o3-g-kc-2-0-times-10-50-l-mol-at-25-deg-c-if-the-equilibrium-concentration-of-o2-in-air-at-25-deg-c-is-1-6-times-10-2-the-concentration-of-o3-would-be-1-2-86-times-1028-m-2-28 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTg0-consider-the-following-reaction-co-left-right-g-left-right-3-h-2-left-g-right-rightleftharpoons-ch-4-left-right-g-left-right-h-2-o-left-right-g-left-right-if-the-reaction-mixture-contains-0-30-mol-of https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTg3-the-concentration-of-hydrogen-ion-in-a-sample-of-soft-drink-is-3-8-times-10-3-m-the-ph-of-the-soft-drink-will-be-1-3-14-2-2-42-3-11-58-4-6-00-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTkw-the-ph-value-of-a-0-01-m-solution-of-an-organic-acid-is-4-15-the-pka-of-the-acid-will-be-1-8-95-2-1-43-3-3-56-4-6-30-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTky-a-solution-containing-2-g-of-tloh-in-2-litres-of-water-has-a-ph-of-atomic-wt-of-tl-204-1-11-65-2-12-45-3-3-35-4-2-34-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTkz-when-1ml-of-13-6-m-hcl-is-diluted-with-water-to-give-1-litre-of-solution-the-ph-of-the-resultant-solution-will-be-1-11-87-2-3-46-3-1-87-4-12-23-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTk0-the-degree-of-ionization-of-a-0-1m-bromoacetic-acid-solution-is-0-132-the-pka-of-bromoacetic-acid-solution-will-be-1-1-65-2-2-75-3-11-25-4-2-57-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTk1-a-0-001-m-aniline-solution-has-a-ph-of-k-b-4-27-times-10-10-1-6-19-2-7-81-3-8-34-4-9-81-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTk3-the-percentage-ionization-of-0-02-m-dimethylamine-solution-if-it-also-contains-0-1-m-naoh-solution-kb-of-dimethylamine-5-4-times-10-ndash-4-will-be-1-0-54-2-0-05-3-5-40-4-54-00-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTk4-0-561-g-of-koh-is-dissolved-in-water-to-give-200-ml-of-solution-at-298-k-the-ph-of-the-solution-will-be-1-12-70-2-1-30-3-3-14-4-11-70-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM4MDA0-at-298-k-the-solubility-of-sr-oh-2-is-19-23-g-l-the-ph-of-the-solution-will-be-1-1-50-2-13-50-3-0-50-4-12-45-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM4MDA2-the-ph-of-a-0-1-m-solution-of-cyanic-acid-hcno-is-2-34-the-ionization-constant-of-the-acid-will-be-1-2-02-times-104-2-3-14-times-103-3-2-02-times-10-4-4-1-01-times-10-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM4MDA3-the-ionization-constant-of-nitrous-acid-is-4-5-times-10-ndash-4-the-ph-of-a-0-04-m-sodium-nitrite-solution-will-be-1-2-56-2-6-14-3-7-96-4-11-74-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM4MDA4-what-will-be-the-ph-of-a-0-1-m-chloroacetic-acid-solution-with-an-ionization-constant-of-1-35-times-10-ndash-3-1-1-94-2-6-14-3-3-23-4-5-64-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM4MDA5-the-ionic-product-of-water-at-310-k-is-2-7-times-10-ndash-14-the-ph-of-neutral-water-at-this-temperature-will-be-1-2-56-2-6-78-3-7-32-4-11-41-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM4MDEw-what-is-the-ph-of-the-solution-obtained-by-mixing-10-ml-of-0-2-m-ca-oh-with-25-ml-of-0-1-m-hcl-1-1-90-2-13-42-3-1-47-4-12-63-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM4MDEx-calculate-the-maximum-concentration-of-equimolar-solutions-of-feso-and-na-s-such-that-when-equal-volumes-are-mixed-no-precipitation-of-fes-occurs-for-iron-sulphide-ksp-6-3-times-10-ndash-18-1-5-02-tim https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjQ1MTA3-which-of-the-following-salt-solutions-is-basic-in-nature-1-ammonium-chloride-2-ammonium-sulphate-3-ammonium-nitrate-4-sodium-acetate-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjQ1MjY5-what-is-the-molarity-of-the-standard-solution-if-the-solubility-product-for-a-salt-of-type-ab-is-4-times-10-8-1-2-times-10-4-mol-l-2-16-times-10-16-mol-l-3-2-times-10-16-mol-l-4-4-times-10-4-mol-l-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjUxMDI3-given-that-the-equilibrium-constant-for-the-reaction-2so2-g-o2-g-2so3-g-has-a-value-of-278-at-a-particular-temperature-the-value-of-the-equilibrium-constant-for-the-following-reaction-at-the-same-temp https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjUxMDQy-consider-the-following-reaction-a2-g-b2-g-2ab-g-at-equilibrium-the-concentrations-of-a2-3-0-times-10-ndash-3-m-b2-4-2-times-10-ndash-3-m-and-ab-2-8-times-10-ndash-3m-the-value-k-c-for-the-above-given https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjUxMDky-in-qualitative-analysis-the-metals-of-group-i-can-be-separated-from-other-ions-by-precipitating-them-as-chloride-salts-a-solution-initially-contains-ag-and-pb2-at-a-concentration-of-0-10-m-aqueous-hcl https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjUxMTAz-the-reaction-2a-b-g-3c-g-d-g-begins-with-the-concentrations-of-a-and-b-both-at-an-initial-value-of-1-00-m-when-equilibrium-is-reached-the-concentration-of-d-is-measured-and-found-to-be-0-25-m-the-valu https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjYzOTMw-the-equilibrium-constant-kp-for-the-following-reaction-is-mathrm-mgco-3-mathrm-s-rightleftharpoons-mathrm-mgo-mathrm-s-mathrm-co-2-mathrm-g-1-mathrm-k-p-mathrm-p-mathrm-co-2-2-mathrm-k-p-mathrm-p-math https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjYzOTMx-the-correct-relation-between-dissociation-constants-of-a-di-basic-acid-is-1-ka1-ka2-2-ka1-ka2-3-ka1-ka2-4-ka1-1ka2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjYzOTMz-what-happens-to-the-equilibrium-constant-of-a-reversible-reaction-if-the-concentration-of-reactants-is-increased-1-it-depends-on-the-amount-of-concentration-2-it-remains-unchanged-3-it-decrease-4-it-i https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjYzOTU3-conjugate-acid-of-nh2-ndash-is-1-nh4oh-2-nh4-3-nh-2-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjYzOTU5-incorrect-statement-about-ph-and-h-is-1-ph-of-neutral-water-is-not-zero-2-adding-1m-solution-of-ch3cooh-and-1m-solution-of-naoh-the-ph-will-be-7-3-h-of-dilute-and-hot-h2so4-is-more-than-concentrate-an https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY0MDIw-given-the-following-two-reactions-a-b-c-d-with-rate-constant-k-e-f-g-h-with-rate-constant-k-if-c-d-e-f-produces-a-product-what-is-the-rate-constant-for-this-reaction-1-dfrac-k-1-k-2-2-dfrac-k-2-k-1-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY0MDM0-which-of-the-following-fertilizers-is-responsible-for-making-the-soil-acidic-1-nh4-2so4-2-super-phosphate-of-lime-3-ch3coona-4-ca-no3-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY0Nzcw-among-the-following-examples-the-species-that-behave-s-as-a-lewis-acid-is-are-mathrm-bf-3-mathrm-sncl-2-mathrm-sncl-4-1-stannous-chloride-stannic-chloride-2-bf3-stannous-chloride-3-only-bf3-4-bf3-stan https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY0Nzk0-4-gm-of-naoh-is-dissolved-in-1000-ml-of-water-the-h-ion-concentration-will-be-1-10-1-m-2-10-13-m-3-10-4-m-4-10-10-m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY0ODQw-the-solubility-product-of-a-sparingly-soluble-salt-ax2-is-3-2-times-10-ndash-11-its-solubility-in-moles-litre-is-1-3-1-times-10-ndash-4-2-2-times-10-ndash-4-3-4-times-10-ndash-4-4-5-6-times-10-ndash-6 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY0ODU1-a-compound-ba2-has-k-sp-4-times-10-12-solubility-of-this-compound-will-be-1-10-3-2-10-4-3-10-5-4-10-6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY1Mjky-for-a-reaction-bao2-s-bao-s-o2-g-h-ve-at-equilibrium-condition-the-pressure-of-o2-depends-on-the-1-increased-mass-of-bao2-2-increased-mass-of-bao-3-increased-temperature-on-equilibrium-4-increased-mas https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY1Mjk2-the-compound-with-the-highest-ph-among-the-following-is-1-ch3cook-2-na2co3-3-nh4cl-4-nano3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY1Mjk3-if-a-solution-of-0-1-n-nh4oh-and-0-1-n-nh4cl-has-ph-9-25-then-pkb-of-nh4oh-is-1-9-25-2-4-75-3-3-75-4-8-25-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY2MDMw-a-compound-among-the-following-that-cannot-be-classified-as-a-protonic-acid-is-1-b-oh-3-2-po-oh-3-3-so-oh-2-4-so2-oh-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY5ODk4-if-the-solubility-product-of-cus-is-6-times-10-ndash-16-the-maximum-molarity-of-cus-in-an-aqueous-solution-will-be-1-1-45-times-10-minus-8-mol-l-minus-1-2-3-45-times-10-minus-8-mol-l-minus-1-3-2-45-ti https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMDky-the-volume-of-the-container-containing-a-liquid-and-its-vapours-at-a-constant-temperature-is-suddenly-increased-what-would-be-the-effect-of-the-change-on-vapour-pressure-1-it-would-decrease-initially https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMDk4-for-the-following-reaction-2so2-g-o2-g-thinsp-2so3-g-the-value-of-kc-at-equilibrium-with-a-concentration-of-so2-0-60m-o2-0-82m-and-so3-1-90m-would-be-1-8-5-2-9-4-3-12-2-4-16-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTAw-pure-liquids-and-solids-are-ignored-while-writing-the-expression-for-the-equilibrium-constant-because-1-the-size-and-shape-of-a-pure-substance-are-always-fixed-2-the-volume-of-solids-and-liquids-is-re https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTA1-given-the-reaction-2-mathrm-n-2-mathrm-g-mathrm-o-2-mathrm-g-leftrightharpoons-2-mathrm-n-2-mathrm-o-mathrm-g-if-a-mixture-of-0-482-mol-n2-and-0-933-mol-of-o2-is-placed-in-a-10-l-vessel-and-allowed-to https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTA4-for-a-reaction-2no-g-br2-g-2nobr-g-when-0-087-mol-of-no-and-0-0437-mol-of-br2-are-mixed-in-a-closed-container-of-volume-1-litre-at-a-constant-temperature-0-0518-mol-of-nobr-is-obtained-at-equilibrium https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTA5-for-the-reaction-h2-g-i2-g-thinsp-2hi-g-kc-54-8-at-700k-if-0-5-mol-l-ndash-1-of-hi-g-is-present-at-equilibrium-at-700-k-the-concentration-of-h2-g-and-i2-g-would-be-1-h2-i2-0-05-mol-l-1-2-h2-0-5-mol-l https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTEy-what-will-be-the-equilibrium-concentration-of-icl-when-its-initial-concentration-is-0-78-m-for-the-reaction-2icl-g-thinsp-i2-g-cl2-g-kc-0-14-1-0-446-m-2-0-876-m-3-0-345-m-4-0-986-m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTEz-given-the-reaction-ch3cooh-l-c2h5oh-l-ch3cooc2h5-l-h2o-l-at-293-k-a-mixture-is-prepared-starting-with-1-00-mol-of-acetic-acid-and-0-18-mol-of-ethanol-at-equilibrium-0-171-mol-of-ethyl-acetate-is-forme https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTE2-a-pcl5-g-pcl3-g-cl2-g-b-cao-s-co2-g-caco3-s-c-3fe-s-4h2o-g-fe3o4-s-4h2-g-the-effect-of-an-increase-in-the-volume-on-the-number-of-moles-of-products-in-the-above-mentioned-reactions-would-be-respective https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTE5-consider-the-following-reactions-i-cocl2-g-thinsp-co-g-cl2-g-ii-co2-g-c-s-2co-g-iii-2h2-g-co-g-ch3oh-g-which-reaction-s-will-shift-in-a-backward-direction-when-the-pressure-is-increased-1-only-iii-2-o https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTI0-given-an-endothermic-reaction-ch4-g-h2o-g-thinsp-co-g-3h2-g-if-the-temperature-is-increased-then-1-the-equilibrium-will-not-be-disturbed-2-the-equilibrium-will-shift-in-the-backward-direction-3-the-eq https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTI2-for-the-given-reaction-pcl5-g-pcl3-g-cl2-g-rh-deg-124-0-kj-mol-ndash-1-and-kc-8-3-times-10-3-mol-l-1-at-473-k-the-effect-on-kc-if-i-pressure-is-increased-and-ii-the-temperature-is-increased-will-be-re https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTI4-the-conjugate-acid-base-pair-is-1-a-pair-that-differs-only-by-one-proton-2-a-pair-that-differs-only-by-the-size-3-a-pair-that-differs-only-by-electronegativity-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTI5-what-are-the-conjugate-bases-of-the-br-ouml-nsted-acids-mathrm-h-2-mathrm-so-4-and-mathrm-hco-3-respectively-1-mathrm-hso-4-mathrm-co-3-2-2-mathrm-hso-4-mathrm-co-3-3-mathrm-so-4-2-mathrm-co-3-2-4-mat https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTMx-the-conjugate-acids-for-the-br-ouml-nsted-bases-nh2-nh3-and-hcoo-ndash-will-be-respectively-1-n2h6-nh4-hcooh-2-nh3-nh4-hcooh-3-nh3-nh4-hcoo3-4-n2h-nh4-hcooh-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTMz-the-species-described-below-that-contain-lewis-acids-are-oh-ndash-f-ndash-h-and-bcl3-1-bcl3-and-f-ndash-2-oh-ndash-and-f-ndash-3-h-and-bcl3-4-f-ndash-and-bf3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTM1-the-ionization-constants-of-formic-acid-hcooh-and-hydrocyanic-acid-hcn-at-298-k-are-1-8-times-10-and-4-8-times-10-respectively-what-are-the-ionization-constants-of-their-corresponding-conjugate-bases https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTM2-the-ionization-constant-of-phenol-is-1-0-times-10-ndash-10-the-concentration-of-phenolate-ion-in-0-05-m-solution-of-phenol-will-be-1-4-2-times-10-ndash-4-m-2-3-6-times-10-ndash-5-m-3-7-8-times-10-ndas https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTQy-the-first-ionization-constant-of-h2s-is-9-1-times-10-ndash-8-the-concentration-of-hs-ndash-ion-in-its-0-1-m-solution-will-be-1-12-3-times-10-ndash-7-m-2-11-4-times-10-ndash-6-m-3-3-5-times-10-ndash-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTQz-the-ionization-constant-of-acetic-acid-is-1-74-10-5-the-ph-of-acetic-acid-in-its-0-05-m-solution-will-be-1-7-81-2-3-03-3-8-54-4-1-45-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTQ0-which-of-the-following-biological-fluids-has-the-minimum-concentration-of-hydrogen-ions-a-human-muscle-fluid-ph-6-83-b-human-stomach-fluid-ph-1-2-c-human-blood-ph-7-38-d-human-saliva-ph-6-4-1-human-bl https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTQ1-the-ph-values-of-milk-tomato-juice-lemon-juice-and-egg-are-6-8-4-2-2-2-and-7-8-respectively-the-corresponding-hydrogen-ion-concentration-is-maximum-in-1-lemon-juice-2-milk-3-egg-white-4-tomato-juice-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTQ2-the-ionization-constant-of-propanoic-acid-is-1-32-times-10-ndash-5-the-degree-of-ionization-of-0-05m-acid-solution-will-be-1-alpha-0-63-times-10-ndash-2-2-alpha-1-63-times-10-ndash-4-3-alpha-1-63-time https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTQ3-the-salt-that-gives-a-neutral-solution-in-water-is-1-kbr-2-nh4no3-3-nacn-4-rb2-co3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMTQ4-the-ionization-constant-of-benzoic-acid-is-6-46-times-105-and-ksp-for-silver-benzoate-is-2-5-times-10-ndash-13-silver-benzoate-is-x-times-more-soluble-in-a-buffer-of-ph-3-19-compared-to-its-solubility https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcxNTgz-consider-the-following-reaction-mathrm-cu-left-mathrm-no-3-right-2-mathrm-s-rightleftharpoons-2-mathrm-cuo-mathrm-s-4-mathrm-no-2-mathrm-g-mathrm-o-2-mathrm-g-what-is-the-equilibrium-constant-k-c-expr https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcxNTg0-i2-s-5f2-g-rarr-2if5-g-the-equilibrium-constant-kc-expression-for-the-above-mentioned-reaction-is-1-mathrm-k-c-dfrac-left-if-5-right-2-left-f-2-right-5-2-mathrm-k-c-dfrac-left-if-5-right-2-left-f-2-ri https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcxNjM0-the-solution-that-has-the-lowest-ph-is-assuming-100-dissociation-1-0-003-m-hcl-2-0-005-m-naoh-3-0-002-m-hbr-4-0-002-m-koh-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcxNjM1-find-the-pka-of-bromoacetic-acid-if-a-0-1-m-solution-of-it-has-a-degree-of-ionization-of-0-132-1-1-98-2-2-75-3-4-56-4-7-15-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcxNjU2-the-species-that-can-act-as-bronsted-acids-as-well-as-bases-is-are-1-h2o-2-hco3-hso4-3-nh3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcxNjU3-the-solubility-product-of-silver-chromate-is-1-1-times-10-12-the-solubility-of-silver-chromate-will-be-1-6-5-times-10-5mol-l-1-2-6-5-times-10-6mol-l-1-3-5-5-times-10-5mol-l-1-4-5-5-times-10-6mol-l-1-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcxNjU4-the-solubility-product-of-mercurous-iodide-is-4-5-times-10-29-the-solubility-of-mercurous-iodide-will-be-1-6-5-times-10-7mol-l-1-2-2-24-times-10-10mol-l-1-3-4-09-times-10-7mol-l-1-4-6-5-times-10-8mol https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc0MTQ2-consider-the-following-graph-the-point-that-represents-reaction-in-equilibrium-is-1-c-2-a-3-b-4-d-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc0MTQ3-the-concentration-vs-time-graph-for-the-haber-process-is-given-below-which-of-the-following-curves-represents-the-hydrogen-gas-1-y-2-z-3-x-4-in-the-haber-process-hydrogen-gas-is-not-used-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3MTc0-the-pkb-of-dimethylamine-and-pka-of-acetic-acid-are-3-27-and-4-77-respectively-at-t-k-the-correct-option-for-the-ph-of-dimethylammonium-acetate-solution-is-1-7-75-2-6-25-3-8-50-4-5-50-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NTk3-the-following-concentrations-were-obtained-for-the-formation-of-nh3-from-n2-and-h2-at-equilibrium-at-500k-n2-1-5-times-10-ndash-2m-h2-3-0-times-10-ndash-2-m-and-nh3-1-2-times-10-ndash-2m-the-equilibri https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NjAw-the-value-of-kc-4-24-at-800k-for-the-reaction-co-g-h2o-g-thinsp-co2-g-h2-g-if-only-co-and-h2o-are-present-initially-at-concentrations-of-0-10m-each-the-equilibrium-concentrations-of-co2-and-co-is-1-0 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NjAz-the-value-of-kc-for-the-reaction-2a-b-c-is-2-times-10-ndash-3-at-a-given-time-the-composition-of-the-reaction-mixture-is-a-b-c-3-times-10-ndash-4-m-the-reaction-will-proceed-1-in-the-backward-directio https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzUy-the-incorrect-match-among-the-following-is-a-ho-ndash-lewis-base-b-f-ndash-lewis-base-c-h-lewis-acid-d-bcl3-lewis-base-1-both-a-and-b-2-only-b-3-only-d-4-both-a-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzM5Mzc0-what-is-the-ph-of-a-solution-prepared-by-mixing-equal-volumes-50-ml-each-of-0-10-m-sodium-acetate-and-0-01-m-acetic-acid-given-pka-of-ch3cooh-4-57-1-2-57-2-5-57-3-3-57-4-4-57-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzM5NDEz-for-the-reaction-3-mathrm-o-2-mathrm-g-rightleftharpoons-2-mathrm-o-3-mathrm-g-at-298-k-text-k-c-is-found-to-be-3-0-times-10-59-if-the-concentration-of-text-o-2-at-equilibrium-is-0-040-m-then-the-conc https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzM5ODEz-the-solubility-product-of-mathrm-baso-4-in-water-is-1-5-times-10-9-the-molar-solubility-of-mathrm-baso-4-in-0-1-m-solution-of-ba-no3-2-in-1-2-0-times-10-8-m-2-0-5-times-10-8-m-3-1-5-times-10-8-m-4-1-0 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzM5ODE4-consider-the-following-reaction-taking-place-in-1l-capacity-container-at-300-k-mathrm-a-b-rightleftharpoons-c-d-if-one-mole-each-of-a-and-b-are-present-initially-and-at-equilibrium-0-7-mol-of-c-is-for https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ2NDQ1-if-0-01-m-acetic-acid-solution-is-1-ionised-then-ph-of-this-acetic-acid-solution-is-1-3-2-2-3-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ2NTE0-kp-for-the-following-reaction-is-3-0-at-1000-k-mathrm-co-2-g-c-s-rightarrow-2co-g-the-value-of-kc-for-the-reaction-at-the-same-temperature-is-given-r-0-083-l-bar-k-ndash-1-mol-ndash-1-1-0-36-2-3-6-tim https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzY2OTcz-amongst-the-given-option-which-of-the-following-molecules-ion-acts-as-a-lewis-acid-1-text-oh-2-text-nh-3-3-text-h-2-text-o-4-text-bf-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzY2OTk0-the-equilibrium-concentration-of-the-species-in-the-reaction-a-b-rightleftharpoons-c-d-are-2-3-10-and-6-mol-l-ndash-1-respectively-at-300-k-delta-g-o-for-the-reaction-is-r-2-cal-mol-k-1-ndash-13-73-ca https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzY4MjMx-which-combination-of-the-following-substances-will-result-in-the-formation-of-an-acidic-buffer-when-mixed-1-weak-acid-and-it-s-salt-with-a-strong-base-2-equal-volumes-of-equimolar-solutions-of-weak-ac https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzY4MjQw-for-a-weak-acid-ha-the-percentage-of-dissociation-is-nearly-1-at-equilibrium-if-the-concentration-of-acid-is-0-1-mol-l-1-then-the-correct-option-for-its-ka-at-the-same-temperature-will-be-1-1-times-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzcxMTcw-which-of-the-following-statements-correctly-describes-a-system-at-chemical-equilibrium-1-the-forward-and-reverse-reactions-have-completely-stopped-2-the-reaction-follows-zero-order-kinetics-3-individu https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzcxMTcx-if-the-following-endothermic-reaction-is-at-equilibrium-in-a-rigid-reaction-vessel-ch4-g-h2o-g-rightleftharpoons-co-g-3-h2-g-then-which-one-of-the-following-changes-would-cause-the-equilibrium-to-shif https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzcyMDY2-the-value-of-the-solubility-product-for-copper-i-chloride-is-ksp-1-2-times-10-minus-6-under-normal-conditions-the-maximum-concentration-of-an-aqueous-cucl-solution-will-be-1-less-than-10-minus-6-m-2-g https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzcyMDcy-given-the-following-equilibrium-n2-g-3h2-g-rightleftharpoons-2nh3-g-h-minus-91-8-kj-how-would-an-increase-in-temperature-affect-the-concentration-of-n2-at-equilibrium-1-the-concentration-of-n2-will-in https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzcyMDc4-if-ksp-of-ki-is-1-45-times-10-minus-6-in-propanol-at-25-deg-c-what-would-ksp-of-ki-be-in-propane-at-the-same-temperature-1-1-84-2-2-90-times-10-minus-3-3-1-81-times-10-minus-6-4-7-56-times-10-minus-23 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzcyMDc5-the-molecule-that-can-behave-as-a-bronsted-lowry-acid-but-not-a-lewis-acid-is-1-cf4-2-naalcl4-3-hf-4-br2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzcyMDg0-which-of-the-following-acids-will-dissociate-to-the-greatest-extent-in-water-1-hcn-hydrocyanic-acid-ka-6-2-times-10-minus-10-2-hnco-cyanic-acid-ka-3-3-times-10-minus-4-3-hclo-hypochlorous-acid-ka-2-9 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU1MDA3-for-the-reaction-2-mathrm-a-rightleftharpoons-mathrm-b-mathrm-c-mathrm-k-mathrm-c-4-times-10-3-at-a-given-time-the-composition-of-the-reaction-mixture-is-mathrm-a-mathrm-b-mathrm-c-2-times-10-3-mathrm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU1MDEy-in-which-of-the-following-equilibria-text-k-text-p-and-text-k-text-c-are-not-equal-1-mathrm-h-2-mathrm-g-mathrm-i-2-mathrm-g-rightleftharpoons-2-mathrm-hi-mathrm-g-2-mathrm-co-mathrm-g-mathrm-h-2-math https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU1MDQ0-consider-the-following-reaction-in-a-sealed-vessel-at-equilibrium-2-text-no-text-g-rightleftharpoons-text-n-2-text-g-text-o-2-text-g-given-text-n-2-3-0-times-10-3-text-m-text-o-2-4-2-times-10-3-text-m https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU2NzMy-consider-the-given-reaaction-mathrm-pcl-5-leftrightharpoons-mathrm-pcl-3-mathrm-cl-2-at-equilibrium-at-500-mathrm-k-the-concentration-of-mathrm-pcl-5-1-40-mathrm-m-text-concentration-of-mathrm-cl-2-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU2ODcz-for-the-equilibrium-mathrm-2nocl-text-g-rightleftharpoons2no-text-g-cl-2-text-g-the-value-of-the-equilibrium-constant-is-3-0-times10-6-at-1000-k-find-k-p-for-the-reaction-at-this-temperature-given-r-8 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzEwNzU3-for-the-given-reaction-h2ncoonh4-s-rightleftharpoons-2nh3-g-co2-g-total-pressure-at-equilibrium-is-found-to-be-18-atmospheres-the-value-of-kp-for-the-above-equilibrium-will-be-1-72-atm3-2-144-atm3-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzU3Nzc4-identify-that-is-not-an-example-of-heterogeneous-equilibrium-1-equilibrium-between-water-vapour-and-liquid-water-in-a-closed-container-2-equilibrium-attained-during-acid-catalysed-hydrolysis-of-ethyl https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTI1MTk-what-conditions-favor-the-formation-of-2xy-g-in-the-reaction-x-g-4y-g-2xy-g-considering-that-the-enthalpy-change-h-is-negative-1-low-pressure-and-low-temperature-2-high-temperature-and-low-pressure-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzMxNzcw-on-adding-inert-gas-at-constant-volume-equilibrium-shifts-in-the-forward-direction-will-take-place-in-1-n-2-g-3h-2-g-rightleftharpoons-2nh-3-g-2-pcl-5-g-rightleftharpoons-pcl-3-g-cl-2-g-3-h-2-g-i-2-g https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ0NzIx-in-a-gaseous-reaction-involving-p-q-text-and-r-text-given-k-c-frac-p-2-left-q-r-3-right-with-h-0-which-factor-causes-an-increase-in-the-equilibrium-constant-k-c-under-constant-conditions-1-an-increase https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NjA3-hydrolysis-of-sucrose-gives-sucrose-h2o-glucose-fructose-the-equilibrium-constant-kc-for-the-reaction-is-2-1013-at-300k-the-value-of-g-at-300k-is-1-5-64-104-j-mol-1-2-7-64-104-j-mol-1-3-6-64-104-j-mol https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NjAx-for-the-equilibrium-2nocl-g-2no-g-cl2-g-the-value-of-the-equilibrium-constant-kc-is-3-75-10-6-at-1069-k-what-is-the-value-of-kp-for-the-reaction-at-this-temperature-1-0-048-2-0-67-3-0-29-4-0-033-1-2-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246ODkxMjY-a-lewis-base-among-the-following-is-1-bf3-2-pf3-3-cf4-4-sif4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ0ODUx-consider-this-ionic-equation-in-an-aqueous-solution-ch3o-aq-h2o-l-ch3oh-aq-oh-aq-which-statement-about-this-reaction-is-correct-1-ch3oh-is-the-conjugate-acid-of-ch3o-2-the-ch3o-ion-is-a-lewis-acid-3-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ0NzQw-x-and-y-are-acidic-solutions-x-has-a-ph-of-2-and-y-has-a-ph-of-4-which-of-the-following-statements-about-hydrogen-ion-concentrations-of-x-and-y-is-correct-1-y-has-a-hydrogen-ion-concentration-2-times https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzEwODA1-at-4oc-ionic-product-of-water-k-omega-is-10-16-at-this-temperature-a-solution-has-ph-7-5-the-nature-of-this-solution-at-4oc-will-be-1-acidic-2-alkaline-3-neutral-4-cannot-be-predicted-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY0MDE1-at-25-c-the-dissociation-constant-of-a-base-boh-is-1-0-10-12-the-concentration-of-hydroxyl-ions-in-0-01m-aqueous-solution-of-the-base-would-be-1-1-0-10-6-mole-l-1-2-1-0-10-7-mole-l-1-3-2-0-10-6-mole-l https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzU4-the-ionization-constant-of-the-hypochlorous-acid-is-2-5-10-5-the-concentration-of-hypochlorous-acid-0-08-m-the-percent-dissociation-of-hocl-is-1-2-56-2-1-21-3-1-76-4-2-21-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzE2MDc4-the-ionization-constant-of-ammonia-is-1-77-10-5-the-ph-of-a-0-05m-of-ammonia-solution-is-11-the-ionization-constant-of-the-conjugate-acid-of-ammonia-is-1-2-44-10-9-2-6-14-10-12-3-1-24-10-14-4-5-64-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTI2NTQ-in-a-buffer-solution-containing-an-equal-concentration-of-b-and-hb-the-kb-for-b-is-10-10-ph-of-the-buffer-solution-is-1-10-2-7-3-6-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ3MjQ5-if-the-solubility-product-of-pb3-po4-2-is-1-5-10-32-then-the-solubility-in-gm-litre-is-given-molecular-mass-of-pb3-po4-2-811-g-mol-1-2-92-10-7-2-4-94-10-12-3-7-42-1034-4-1-37-10-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQwODM1-assertion-a-sparingly-soluble-salts-ab-and-xy2-with-the-same-solubility-product-will-have-different-solubility-reason-r-solubility-of-sparingly-soluble-salt-depend-upon-solubility-product-as-well-as-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzY0-the-solubility-of-a2x3-in-pure-water-assuming-that-neither-kind-of-ion-reacts-with-water-is-solubility-product-of-a2x3-ksp-1-1-10-23-1-5-0-10-5-mol-l-2-1-0-10-5-mol-l-3-1-0-10-4-mol-l-4-5-0-10-4-mol-l https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzc3OTQz-for-the-reversible-reaction-a-rightleftharpoons-b-the-system-is-said-to-be-in-chemical-equilibrium-when-1-a-completely-changes-to-b-2-50-of-a-changes-to-b-3-the-rate-of-change-of-a-to-b-and-b-to-a-are https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTY3NTg2-match-column-i-with-column-ii-and-mark-the-appropriate-option-column-i-term-column-ii-conditions-a-solute-s-solute-solution-i-g-0-k-1-d-liquid-vapour-iv-boiling-point-codes-a-b-c-d-1-ii-iii-i-iv-2-iv https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzk0NzAy-the-relation-between-the-equilibrium-constants-k-1-text-and-k-2-for-the-following-reactions-is-as-begin-aligned-mathrm-no-mathrm-g-frac-1-2-mathrm-o-2-mathrm-g-stackrel-mathrm-k-1-rightleftharpoons-ma https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzg2Mjg2-identify-the-correct-statement-for-the-equilibrium-constant-keq-of-a-specific-reaction-1-it-may-be-changed-by-the-addition-of-a-catalyst-2-it-increases-if-the-concentration-of-one-of-the-products-is-i https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTg3NTg1-match-the-following-equilibria-with-the-corresponding-condition-column-i-process-column-ii-corresponding-term-a-liquid-vapour-i-saturated-solution-b-solid-liquid-ii-boiling-point-c-solid-vapour-iii-su https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5MzA2-given-that-the-equilibrium-constant-kc-at-800-k-for-the-reaction-n-2-3h-2-2nh-3-is-64-what-is-the-equilibrium-constant-kc-at-the-same-temperature-for-the-reaction-nh-3-g-dfrac-1-2-n-2-g-dfrac-3-2-h-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzc1ODAx-given-below-are-two-statements-assertion-a-for-the-reaction-ni-s-4co-g-rightleftharpoons-ni-co-4-g-the-equilibrium-constant-k-c-frac-ni-co-4-co-4-reason-r-for-heterogeneous-equilibrium-the-concentrati https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzA5MzUw-for-the-gaseous-equilibrium-reaction-n-2o-4-g-rightleftharpoons-2no-2-g-the-equilibrium-concentrations-of-mathrm-n-2o-4-and-mathrm-no-2-are-4-8-times-10-2-and-1-2-times-10-2-respectively-calculate-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzA1Mjk0-the-equilibrium-constant-for-the-reaction-n2-g-o2-g-2no-g-is-4-10-4-at-2000-k-in-the-presence-of-a-catalyst-the-equilibrium-is-attained-ten-times-faster-therefore-the-equilibrium-constant-in-the-prese https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQyMjUx-consider-the-reactions-i-mathrm-co-g-h-2-o-g-rightleftharpoons-co-2-g-h-2-g-k-1-ii-mathrm-ch-4-mathrm-g-mathrm-h-2-mathrm-o-mathrm-g-rightleftharpoons-mathrm-co-mathrm-g-3-mathrm-h-2-mathrm-g-k-2-iii https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTcw-the-reaction-quotient-q-for-the-reaction-mathrm-n-2-mathrm-g-3-mathrm-h-2-mathrm-g-rightleftharpoons-2-mathrm-nh-3-mathrm-g-is-given-by-mathrm-q-frac-left-mathrm-nh-3-right-2-left-mathrm-n-2-right-lef https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNzY0-the-partial-pressure-of-a-b-c-and-d-in-the-gaseous-system-a-2b-c-3d-in-equilibrium-are-a-0-20-b-0-10-c-0-30-and-d-0-50-atm-respectively-the-numerical-value-of-the-equilibrium-constant-will-be-1-11-25 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5MDYx-for-the-reaction-a-g-b-g-the-value-of-the-equilibrium-constant-at-300-k-and-1-atm-is-equal-to-100-0-the-value-of-rg-for-the-reaction-at-300-k-and-1-atm-in-j-mol-1-is-xr-where-x-is-r-8-31-j-mol-1-k-1-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzkwMTE1-an-example-of-homogeneous-equilibrium-among-the-following-is-1-2so-2-g-o-2-g-rightleftharpoons-2so-3-g-2-c-s-h-2o-g-rightleftharpoons-co-g-h-2-g-3-caco-3-s-rightleftharpoons-cao-s-co-2-g-4-nh-4hs-s-ri https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ5MjQ1-a-sample-of-ab-2-g-was-introduced-into-an-evacuated-vessel-after-equilibrium-is-attained-concentration-of-ab-2-g-is-found-to-be-0-5-mol-l-1-if-the-value-of-kc-is-0-5-then-the-concentration-of-a-g-at-e https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzg2Mzc5-an-increase-in-temperature-in-an-endothermic-reversible-reaction-shifts-the-equilibrium-1-towards-the-reactant-s-side-2-towards-the-product-s-side-3-towards-neither-of-the-sides-4-terminates-the-react https://medminds.me/qbank/chemistry/equilibrium/?q=NP-Rpb246NTc4Nw-if-the-concentration-of-oh-ions-in-the-reaction-fe-oh-3-s-fe3-aq-3oh-aq-is-reduced-to-1-4th-of-the-initial-value-then-the-equilibrium-concentration-of-fe3-will-increase-by-1-8-times-2-16-times-3-64-ti https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzIxMzkw-a-gaseous-compound-xy-2-undergoes-dissociation-according-to-the-equilibrium-mathrm-xy-2-mathrm-g-rightleftharpoons-mathrm-xy-mathrm-g-mathrm-y-mathrm-g-the-initial-pressure-of-xy-2-is-600-mm-hg-and-th https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxMTQ0-initially-2-moles-of-nocl-taken-in-1-l-of-closed-container-and-it-dissociates-into-no-and-cl2-gas-the-reaction-is-as-follows-2-mathrm-nocl-g-rightleftharpoons-2-mathrm-no-g-mathrm-cl-2-g-calculate-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzM0Mzk2-for-the-reaction-co-2-g-rightleftharpoons-co-g-1-over-2-o-2-g-the-value-of-k-p-over-k-c-will-be-1-rt-2-sqrt-rt-3-1-over-rt-4-1-over-sqrt-rt-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ3MjU1-the-correct-statement-regarding-the-equilibrium-constant-k-of-a-specific-reaction-is-1-it-may-be-changed-by-the-addition-of-a-catalyst-2-it-increases-if-the-concentration-of-one-of-the-products-increa https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ3MjYw-if-the-equilibrium-constant-for-a-reaction-mathrm-aa-mathrm-bb-rightleftharpoons-mathrm-cc-mathrm-dd-text-is-mathrm-k-c-then-the-equilibrium-constant-for-the-reaction-n-a-a-n-b-b-rightleftharpoons-n-c https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY1OTc0-for-the-gaseous-equilibrium-a-g-2-b-g-3-c-k-c-10-2-at-equilibrium-1-mole-of-a-is-added-to-the-system-and-1-mole-of-c-is-removed-determine-the-new-value-of-the-equilibrium-constant-1-102-2-103-3-104-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzc3OTY4-for-the-reaction-a-b-rightleftharpoons-c-d-if-the-initial-concentrations-of-a-and-b-are-equal-at-equilibrium-the-concentration-of-d-is-found-to-be-twice-that-of-a-calculate-the-value-of-the-equilibriu https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU5NzM1-in-which-of-the-following-systems-would-the-number-of-moles-of-the-substances-present-at-equilibrium-not-be-shifted-by-a-change-in-the-volume-of-the-system-at-constant-temperature-1-2-mathrm-so-2-g-ma https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTY5OTU4-match-list-i-with-list-ii-list-i-list-ii-a-le-chatelier-s-principle-i-suppresses-the-solubility-of-agcl-b-common-ion-effect-ii-resists-change-in-ph-c-buffer-solution-iii-shifts-the-equilibrium-to-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzk5NDU2-the-following-reaction-occurs-in-the-blast-furnace-where-iron-ore-is-reduced-to-iron-metal-mathrm-fe-2-mathrm-o-3-mathrm-s-3-mathrm-co-mathrm-g-rightleftharpoons-2-mathrm-fe-mathrm-l-3-mathrm-co-2-mat https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzM3Nzgy-for-the-reversible-reaction-n-2-g-3h-2-g-2nh-3-g-what-is-the-effect-on-the-equilibrium-position-when-an-inert-gas-is-added-at-constant-volume-1-shifts-in-the-forward-reaction-2-shifts-in-backward-reac https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTUyMjcy-in-which-cases-will-the-reaction-proceed-towards-the-right-side-on-increasing-the-pressure-a-4-mathrm-hcl-g-mathrm-o-2-g-longrightarrow-2-mathrm-cl-2-g-2-mathrm-h-2-mathrm-o-g-b-mathrm-cl-2-g-mathrm-h https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3ODEy-in-which-one-of-the-following-equilibria-kp-ne-kc-1-2no-g-n2-g-o2-g-2no-g-n2-g-o2-g-2no-g-n2-g-o2-g-2-2c-s-o2-g-2co-g-2c-s-o2-g-2co-g-2c-s-o2-g-2co-g-3-2hi-g-h2-g-i2-g-2hi-g-h2-g-i2-g-2hi-g-h2-g-i2-g https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzc3OTc4-for-which-of-the-following-reactions-k-p-k-c-1-2-mathrm-nocl-mathrm-g-2-mathrm-no-mathrm-g-mathrm-cl-2-mathrm-g-2-mathrm-n-2-mathrm-g-3-mathrm-h-2-mathrm-g-rightleftharpoons-2-mathrm-nh-3-mathrm-g-3-m https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ3NDg5-the-value-of-kp-for-the-following-reaction-at-100-k-will-be-2-mathrm-nocl-mathrm-g-rightleftharpoons-2-mathrm-no-mathrm-g-mathrm-cl-2-mathrm-g-equilibrium-constant-kc-at-100-k-is-3-times-10-4-and-r-is https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTI3NzM0-which-of-the-following-reactions-satisfies-the-condition-k-p-k-c-text-1-h2-g-i2-g-2hi-g-2-n2-g-3h2-g-2nh3-g-3-2so3-g-2so2-g-o2-g-4-pcl3-g-cl2-g-pcl5-g-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDUyNTY1-consider-the-following-equilibrium-reactions-along-with-their-respective-equilibrium-constants-begin-aligned-x-rightleftharpoons-y-k-1-1-y-rightleftharpoons-z-k-2-2-z-rightleftharpoons-w-k-3-4-end-ali https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTUyMjcx-match-the-chemical-reactions-in-column-i-with-the-corresponding-units-of-kp-in-column-ii-and-mark-the-appropriate-choice-column-i-chemical-reactions-column-ii-corresponding-units-a-3o-2-g-rightlefthar https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjk1ODQ0-the-ratio-of-kpkckpkckpkcfor-the-following-reaction-is-co-g-12o2-g-co2-g-co-g-12o2-g-co2-g-co-g-12o2-g-co2-g-1-rt-1-2-2-rt-1-2-3-rt-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTI3Njk4-the-equilibrium-constants-for-the-following-reactions-are-k-1-and-k-2-respectively-2p-g-3cl2-g-2pcl3-g-k1-pcl3-g-cl2-g-pcl5-g-k2-determine-the-equilibrium-constant-for-the-overall-reaction-2p-g-5cl2-g https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjQzMzY0-the-equilibrium-constants-are-k1-and-k2-for-the-reactions-h2-g-frac-1-2-s2-s-h2s-g-and-h2-g-br2-g-2hbr-g-respectively-the-equilibrium-constant-for-the-reaction-br2-g-h2s-g-2hbr-g-frac-1-2-s2-s-would-b https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTI3NzAw-for-the-reaction-a-nb-the-concentration-of-a-decreases-from-0-06-to-0-03-mol-l-1l-1l-1-and-that-of-b-rises-from-0-to-0-06-mol-l-1l-1l-1at-equilibrium-determine-the-values-of-n-and-the-equilibrium-cons https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDYwMjQz-if-g-circ-0-for-a-reaction-which-of-the-following-statements-about-the-equilibrium-constant-k-is-true-1-k-0-2-k-1-3-k-1-4-k-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTI3Njgy-for-the-reaction-3c-2h-2-g-rightleftharpoons-c-6h-6-g-the-equilibrium-constant-k-c-is-4-text-l-2-text-mol-2-if-the-equilibrium-concentration-of-benzene-c-6h-6-is-0-5-text-mol-l-1-calculate-the-equilib https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzYyODE5-consider-the-following-reaction-s-o-2-g-frac-1-2-o-2-g-rightleftharpoons-s-o-3-g-if-mathrm-k-mathrm-p-2-times-10-12-and-mathrm-k-mathrm-c-text-x-times-10-13-the-value-of-x-in-terms-of-rt-will-be-1-fra https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzk5NDUw-consider-the-following-reversible-chemical-reactions-begin-aligned-mathrm-a-2-mathrm-g-mathrm-b-2-mathrm-g-stackrel-mathrm-k-1-rightleftharpoons-2-mathrm-ab-mathrm-g-1-6-mathrm-ab-mathrm-g-stackrel-ma https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTIwOTI2-which-substances-listed-below-would-form-acidic-solutions-i-nh4cl-ii-k2co3-iii-naf-1-i-only-2-ii-only-3-iii-only-4-ii-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzk5Nzk3-which-of-the-following-is-the-conjugate-acid-of-mathrm-nh-2-1-mathrm-nh-3-2-mathrm-nh-2-mathrm-oh-3-mathrm-nh-4-4-mathrm-n-2-mathrm-h-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTU4Nzcx-match-the-entries-in-column-i-with-column-ii-column-i-column-ii-a-weak-electrolytes-p-electron-pair-donor-b-lewis-base-q-partial-ionization-c-pka-r-log-k-a-d-indicator-s-changes-color-at-endpoint-1-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ4Nzk2-the-given-reaction-naoh-hcl-rightarrow-nacl-h-2o-is-an-example-of-1-intramolecular-redox-reaction-2-disproportionation-reaction-3-acid-base-reaction-4-decomposition-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzk5NjM3-which-of-the-following-sets-represents-the-correct-order-of-acidity-among-the-given-compounds-1-mathrm-hclo-2-mathrm-hclo-4-3-mathrm-hclo-4-mathrm-hclo-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTI4MjA2-if-a-weak-base-has-the-dissociation-constant-kbkbkb-then-the-value-of-the-dissociation-constant-kakaka-of-its-conjugate-acid-is-given-by-1-1-kb1-kb1-kb-2-kw-kbkw-kbkw-kb-3-kb-kwkb-kwkb-kw-4-1-kw1-kw1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU3ODU5-it-is-found-that-0-01-m-solution-of-four-sodium-salts-naa-nab-nac-and-nad-have-the-following-ph-values-i-nad-10-0-ii-nac-9-0-iii-nab-8-0-iv-naa-7-0-which-of-the-corresponding-acids-is-strongest-1-ha-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzc4NDEz-which-of-the-following-substances-has-the-strongest-acid-given-their-ph-values-a-9-5-b-2-5-c-3-5-and-d-5-5-1-a-2-c-3-d-4-b-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTg4NzY0-an-aqueous-solution-has-a-ph-value-of-0-what-can-be-inferred-about-the-nature-of-this-solution-1-slightly-acidic-2-strongly-acidic-3-neutral-4-basic-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzYzMTY5-the-ph-of-the-solution-obtained-by-mixing-600-ml-of-0-04-m-hcl-and-400-ml-of-0-02-m-h2so4-is-log-4-0-6-1-3-4-2-5-4-3-1-4-4-2-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ2ODg5-when-pyridine-is-present-in-0-1-m-aqueous-pyridine-solution-the-percentage-of-ionization-of-pyridinium-ion-is-kb-1-6-10-8-1-0-01-2-0-04-3-4-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzkwMTQ5-given-below-are-the-dissociation-constant-values-of-a-few-acids-h-2so-3-1-3-times-10-2-hno-2-4-times-10-4-ch-3cooh-1-8-times-10-5-hcn-4-times-10-10-what-is-the-increasing-order-of-acidic-strength-amon https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3MDYy-a-0-005-m-aqueous-solution-of-a-monobasic-acid-has-a-ph-of-5-calculate-the-percentage-ionization-of-the-acid-1-0-8-2-0-6-3-0-4-4-0-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzIwNzU1-the-ionization-constant-of-some-weak-bases-at-a-particular-temperature-is-given-below-base-dimethylamine-urea-pyridine-ammonia-kb-5-4-10-4-1-3-10-14-1-77-10-9-1-77-10-5-the-decreasing-order-of-the-bas https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ3MjU3-in-some-solutions-the-concentration-of-h3o-remains-constant-even-when-small-amounts-of-strong-acid-or-strong-base-are-added-to-them-these-solutions-are-known-as-1-ideal-solution-2-colloidal-solution-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTI3Njk0-at-what-mathrm-ph-will-the-concentrations-of-a-weak-acid-and-its-conjugate-base-be-equal-given-that-the-mathrm-p-k-a-of-the-acid-is-5-85-1-6-85-2-5-85-3-4-85-4-7-85-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzc4NDQy-the-components-of-the-buffer-solution-are-0-1-m-hcn-and-0-2-m-nacn-what-is-the-ph-of-the-solution-pka-9-3-1-9-6-2-6-15-3-2-0-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU4MDA5-which-of-the-following-aqueous-solutions-will-have-a-ph-of-less-than-7-0-a-mathrm-nh-4-mathrm-no-3-b-mathrm-naoh-c-mathrm-fecl-3-d-mathrm-na-3-mathrm-po-4-choose-the-correct-option-1-a-b-and-c-2-b-and https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ2OTMy-the-relationship-between-molar-solubility-s-and-solubility-product-ksp-for-pb3-po4-2-is-1-s-left-frac-k-s-p-106-right-1-4-2-s-left-frac-k-s-p-108-right-1-5-3-s-left-frac-k-s-p-81-right-1-5-4-s-left-fr https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTk0OTkz-the-solubility-product-for-a-salt-of-the-type-ab-is-4-10-810-8-what-is-the-molarity-of-its-standard-solution-1-2-10-4mol-l2-10-4mol-l-2-16-10-16mol-l16-10-16mol-l-3-2-10-16mol-l2-10-16mol-l-4-4-10-4mo https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzk5NTk4-which-of-the-following-relations-between-the-molar-solubility-s-and-the-solubility-product-ksp-is-correct-for-zr3-po4-4-1-mathrm-s-left-frac-mathrm-k-s-p-144-right-1-6-2-mathrm-s-left-frac-mathrm-k-s https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU5Mjg1-the-k-s-p-of-mathrm-pbso-4-s-is-1-3-times-10-8-the-solubility-in-mathrm-mol-mathrm-l-of-mathrm-pbso-4-s-in-a-0-0010-mathrm-m-solution-of-mathrm-na-2-mathrm-so-4-will-be-1-1-3-times-10-10-mathrm-m-2-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQwODYw-given-below-are-two-statements-assertion-a-the-solubility-of-agcl-in-nh-3-aq-is-higher-than-that-in-pure-water-reason-r-when-agcl-dissolves-in-nh-3-aq-it-forms-a-complex-ion-left-mathrm-ag-left-mathrm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY2MDQ1-calculate-the-solubility-of-agi-in-a-10-n-ki-solution-at-25-c-given-that-the-solubility-product-constant-k-of-agi-is-1-0-10-mol-l-1-1-0-10-161-0-10-161-0-10-16-2-1-0-10-121-0-10-121-0-10-12-3-1-0-10-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ3MTQ5-what-is-the-solubility-of-baso4-in-10-3-m-h2so-4-solution-given-ksp-for-baso4-1-1-10-10-1-1-1-10-13-m-2-1-1-10-7-m-3-5-5-10-7-m-4-5-5-10-8-m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTUyNzMz-what-happens-in-the-solution-when-the-ionic-product-kip-of-a-salt-exceeds-its-solubility-product-ksp-1-the-solution-stays-at-equilibrium-2-the-solution-remains-unsaturated-3-excess-salt-begins-to-prec https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQwODYy-assertion-a-the-solubility-of-agcn-in-acidic-solution-is-greater-than-that-in-pure-water-reason-r-solubility-equilibrium-of-agcn-in-acidic-solution-is-shifted-in-a-forward-direction-due-to-the-formati https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNzc2-given-below-are-two-statements-assertion-a-the-ionization-of-nh4oh-is-suppressed-by-adding-nh4cl-reason-r-ionization-is-suppressed-due-to-common-ion-effect-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQwODI3-give-below-are-two-statements-assertion-a-addition-of-hcl-aq-to-hcooh-aq-decreases-the-ionization-of-hcooh-aq-reason-r-due-to-the-common-ion-effect-of-h-ionization-of-hcooh-decreases-1-both-a-and-r-ar https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTI5-match-the-following-equilibria-with-the-corresponding-condition-a-liquid-vapour-i-saturated-solution-b-solid-liquid-ii-boiling-point-c-solid-vapour-iii-sublimation-point-d-solute-s-solute-solution-iv https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwMTY3-reaction-quotient-for-the-reaction-n2-g-3h2-g-2nh3-g-n2-g-3h2-g-2nh3-g-n2-g-3h2-g-2nh3-g-is-given-by-qqq-nh3-2-n2-h2-3-nh3-2-n2-h2-3-nh3-2-n2-h2-3-the-reaction-will-proceed-from-right-to-left-if-kc-va https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTAwNTQ5-given-a-hypothetical-reaction-ab2-g-12b2-g-ab3-g-ab2g-12b2g-ab3g-h-x-h-x-kjkj-more-ab3-could-be-produced-at-equilibrium-by-1-using-a-catalyst-2-removing-some-of-b2-gas-3-increasing-the-temperature-4-i https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTI1Mjg-for-the-reaction-n2-g-n2-g-n2-g-o2-g-2no-g-o2-g-2no-g-o2-g-2no-g-the-equilibrium-constant-is-k1-the-equilibrium-constant-is-k2-for-the-reaction-2no-g-2no-g-2no-g-o2-g-o2-g-o2-g-2no2-g-2no2-g-2no2-g-th https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTM0OTM-the-value-of-the-equilibrium-constant-of-the-reaction-hi-left-right-g-left-right-leftrightharpoons-frac-1-2-h-2-left-right-g-left-right-frac-1-2-i-2-is-8-0-the-equilibrium-constant-of-the-reaction-h-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI0ODY1-for-the-following-equilibrium-kc-6-3-1014-at-1000-k-no-g-no-g-no-g-o3o3o3-g-g-g-no2-g-no2-g-no2-g-o2o2o2-g-g-g-the-value-of-kc-for-the-reverse-reaction-is-1-1-1-2-332-332-33-10-1610-1610-16-2-2-2-1-59 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjE5-the-value-of-n-n-n-for-the-following-reaction-will-be-nh4cl-s-nh3-g-hcl-g-nh4cl-s-nh3-g-hcl-g-nh4cl-s-nh3-g-hcl-g-1-1-2-0-5-3-1-5-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjIy-pcl5-pcl3-and-cl2-are-at-equilibrium-at-500-k-in-a-closed-container-and-their-concentrations-are-0-8-10-3-mol-l-1-1-2-10-3-mol-l-1-and-1-2-10-3-mol-l-1-respectively-the-value-of-kc-for-the-reaction-pc https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTMw-some-reactions-are-written-below-in-column-i-and-their-equilibrium-constants-in-terms-of-kc-are-written-in-column-ii-match-the-following-reactions-with-the-corresponding-equilibrium-constant-column-i https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjIw-for-the-reaction-h2-g-i2-g-2hi-g-h2-g-i2-g-2hi-g-h2-g-i2-g-2hi-g-the-standard-free-energy-is-g-0-g-0-g-0-the-equilibrium-constant-kckckc-would-be-1-k-c-0-2-k-c-1-3-k-c-1-4-k-c-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTM4-assertion-a-for-any-chemical-reaction-at-a-particular-temperature-the-equilibrium-constant-is-fixed-and-is-a-characteristic-property-reason-r-equilibrium-constant-is-independent-of-temperature-1-both https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3OTAw-assertion-at-equilibrium-k-qc-k-qc-reason-when-k-c-q-c-the-reaction-mainly-goes-in-the-forward-direction-1-both-assertion-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-b https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3ODk2-assertion-a-for-a-reaction-the-concentration-quotient-q-is-equal-to-k-when-the-reaction-is-in-equilibrium-reason-r-if-a-catalyst-is-added-to-the-reaction-at-equilibrium-the-value-of-q-remains-unchange https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3ODk3-assertion-the-equilibrium-constant-of-a-reaction-changes-by-changing-the-stoichiometric-coefficients-of-the-reaction-reason-the-reaction-2no2-g-n2o4-g-2no2-g-n2o4-g-and-no2-g-12n2o4-g-no2-g-12n2o4-g-h https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTMx-match-the-standard-free-energy-of-the-reaction-with-the-corresponding-equilibrium-constant-a-delta-mathrm-g-ominus-0-a-k-1-b-delta-mathrm-g-ominus-b-k-1-c-delta-mathrm-g-ominus-0-c-k-0-d-k-1-codes-a-b https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDM4NzE-for-the-equilibrium-of-the-reaction-mathrm-hgo-mathrm-s-rightleftharpoons-mathrm-hg-mathrm-g-frac-1-2-mathrm-o-2-mathrm-g-mathrm-k-p-for-the-reaction-at-a-total-pressure-of-p-will-be-1-mathrm-k-p-2-ov https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTQx-given-below-are-two-statements-assertion-a-in-the-dissociation-of-pcl5-at-constant-pressure-and-temperature-the-addition-of-helium-at-equilibrium-increases-the-dissociation-of-pcl5-reason-r-helium-rea https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3ODgw-assertion-a-a-catalyst-does-not-influence-the-values-of-the-equilibrium-constant-reason-r-the-catalyst-affects-the-rate-of-both-forward-and-reverse-reactions-equally-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3ODk0-assertion-a-the-reaction-for-which-n-0-there-is-no-effect-of-pressure-on-equilibrium-reason-r-a-change-in-pressure-results-in-no-change-in-the-value-of-the-equilibrium-constant-1-both-a-and-r-are-true https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjMz-which-of-the-following-alternatives-best-describes-the-reaction-a-b-at-its-halfway-point-1-delta-g-ominus-0-2-delta-g-ominus-0-3-delta-g-ominus-0-4-delta-g-ominus-rtlnk-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTMy-match-the-following-species-with-the-corresponding-conjugate-acid-species-conjugate-acid-a-nh3nh3-1-co2-3co32-b-hco-3hco3-2-nh-4nh4-c-h2oh2o-3-h3o-h3o-d-hso-4hso4-4-h2co3h2co3-5-h2so4h2so4-codes-a-b-c https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTM1-given-below-are-two-statements-assertion-a-the-increasing-order-or-acidity-of-hydrogen-halides-is-hf-hci-hbr-hi-reason-r-while-comparing-acids-formed-by-the-elements-belonging-to-the-same-group-of-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTk5NDYy-the-molecule-that-cannot-function-as-both-bronsted-acid-and-base-1-hco-3hco3-2-nh3nh3-3-hcl-4-hso-4hso4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjI4-acidity-of-bf3-can-be-explained-on-the-basis-of-1-arrhenius-concept-2-bronsted-lowry-concept-3-lewis-concept-4-bronsted-lowry-as-well-as-lewis-concept-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTExNzYx-litmus-is-not-affected-by-hydracids-when-they-are-1-in-contact-with-water-2-dry-3-fused-with-each-other-4-mixed-together-and-dissolved-in-water-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3OTA0-given-below-are-two-statements-assertion-a-h-acts-as-both-bronsted-lowry-base-as-well-as-lewis-base-reason-r-it-acts-as-both-h-acceptor-and-a-lone-pair-donor-1-both-a-and-r-are-true-and-r-is-the-corre https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTc2NDcw-the-tendency-of-bf3-bcl3-and-bbr3-to-behave-as-lewis-acids-decreases-in-the-sequence-1-bcl3-bf3-bbr3bcl3-bf3-bbr3bcl3-bf3-bbr3-2-bbr3-bcl3-bf3bbr3-bcl3-bf3bbr3-bcl3-bf3-3-bbr3-bf3-bcl3bbr3-bf3-bcl3bbr https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTM2NTI-the-ionic-species-that-has-the-greatest-proton-affinity-to-form-stable-compound-is-1-hs-hs-hs-2-nh-2nh-2nh2-3-f-f-f-4-l-l-l-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTM2Mjk-the-poh-of-a-solution-at-25-c-that-contains-1-10-10-m-of-hydronium-ions-is-1-7-00-2-4-00-3-9-00-4-1-00-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTA3ODA-when-equal-volumes-of-0-1-m-naoh-and-0-01-m-hcl-are-mixed-the-ph-of-the-resulting-solution-will-be-1-12-65-2-2-0-3-7-0-4-1-04-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTg4-what-will-be-the-concentration-of-h-ions-in-a-vinegar-sample-with-a-ph-of-3-76-1-1-741-741-74-10-410-410-4-mmm-2-2-342-342-34-10-11m10-11m10-11m-3-2-862-862-86-10-1010-1010-10-mmm-4-1-741-741-74-10-31 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNTU2-the-ph-of-0-1-m-solution-of-the-following-compounds-increases-in-the-order-of-1-nacl-nh4cl-nacn-hclnacl-nh4cl-nacn-hclnacl-nh4cl-nacn-hcl-2-hcl-nh4cl-nacl-nacnhcl-nh4cl-nacl-nacnhcl-nh4cl-nacl-nacn-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTM5-given-below-are-two-statements-assertion-a-an-aqueous-solution-of-ammonium-carbonate-is-basic-reason-r-the-acidic-or-basic-nature-of-a-salt-solution-of-a-salt-of-a-weak-acid-and-a-weak-base-depends-on https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjI2-the-ionisation-constant-of-an-acid-ka-is-the-measure-of-the-strength-of-an-acid-the-ka-values-of-acetic-acid-hypochlorous-acid-and-formic-acid-are-1-74-10-5-3-0-10-81-74-10-5-3-0-10-81-74-10-5-3-0-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjMx-the-value-of-the-ph-of-0-01-text-mol-dm-3-text-ch-3-text-cooh-left-k-a-1-74-times-10-5-right-is-1-3-4-2-3-6-3-3-9-4-3-0-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkxNjk2-when-0-1-mol-of-ch3nh2-kb-5-10-4-kb-5-10-4-is-mixed-with-0-08-mol-of-hcl-and-diluted-to-1-l-the-h-ion-concentration-in-the-solution-will-be-1-8-10-118-10-11-mm-2-6-10-56-10-5-mm-3-1-6-10-111-6-10-11-m https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjM3OTk2-the-degree-of-ionization-of-0-05-m-acetic-acid-is-pka-4-74-1-error-parsing-mathml-error-on-line-1-at-column-165-entity-nbsp-not-defined1-91-10-2-2-error-parsing-mathml-error-on-line-1-at-column-143-en https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTM2-given-below-are-two-statements-assertion-a-a-solution-containing-a-mixture-of-acetic-acid-and-sodium-acetate-maintains-a-constant-value-of-ph-on-the-addition-of-small-amounts-of-acid-or-alkali-reason https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTkwNDc2-the-pair-that-represents-a-buffer-solution-among-the-following-pairs-is-1-hno3hno3hno3-and-nh4no3nh4no3nh4no3-2-hclhclhcl-and-kclkclkcl-3-hno2hno2hno2-and-nano2nano2nano2-4-naohnaohnaoh-and-naclnaclna https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTA3OTA-which-one-of-the-following-pairs-of-solutions-is-not-an-acidic-buffer-1-hclo4hclo4-andand-naclo4naclo4-2-ch3coohch3cooh-andand-ch3coonach3coona-3-h2co3h2co3-andand-na2co3na2co3-4-h3po4h3po4-andand-na3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTQw-assertion-a-an-aqueous-solution-of-ammonium-acetate-can-act-as-a-buffer-reason-r-acetic-acid-is-a-weak-acid-and-nh4oh-is-a-weak-base-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bot https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTY3ODk4-assertion-a-the-aqueous-solution-of-ch-3coona-is-alkaline-in-nature-reason-r-sodium-acetate-undergoes-cationic-hydrolysis-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTc0MDIy-the-percentage-degree-of-hydrolysis-of-a-salt-of-weak-acid-ha-and-weak-base-boh-in-its-0-1-m-solution-is-found-to-be-10-if-the-molarity-of-the-solution-is-0-05-m-the-percentage-hydrolysis-of-the-salt https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjAwNTgz-the-solubility-of-ni-oh-2nioh2-in-0-1-m-naoh-is-ksp-ni-oh-2nioh2-2x-10-1510-15-1-2-x-10-810-8-m-2-1-x-10-1310-13-m-3-1-x-108108-m-4-2-x-10-1310-13-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY2ODEx-if-the-solubility-of-a-m2sm2s-salt-is-3-53-5-10-610-6-mol-litre-1-then-the-solubility-product-of-m2sm2s-will-be-1-1-71-7-10-610-6-mol3-litre-3-2-1-71-7-10-1610-16-mol3-litre-3-3-1-71-7-10-1810-18-mol3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTI2MTI-a-saturated-solution-of-ba-oh-2-has-a-ph-of-12-the-value-of-its-ksp-will-be-1-4-00-10-64-00-10-64-00-10-6-m3m3m3-2-4-00-10-74-00-10-74-00-10-7-m3m3m3-3-5-00-10-65-00-10-65-00-10-6-m3m3m3-4-5-00-10-75 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTM2NDQ0-the-standard-reduction-potential-for-cu2-cucu2-cucu2-cu-is-0-34-v-the-reduction-potential-at-ph-14-for-the-above-couple-given-ksp-cu-oh-2-1-10-19-kspcuoh2-1-10-19kspcuoh2-1-10-19-is-1-0-22-v-2-0-22-v https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246MzAzMDA-the-dissociation-of-nh4oh-can-be-suppressed-by-the-addition-of-1-nh4cl-2-nh4no3-3-naoh-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTM3-given-below-are-two-statements-assertion-a-the-ionisation-of-hydrogen-sulphide-in-water-is-low-in-the-presence-of-hydrochloric-acid-reason-r-hydrogen-sulphide-is-a-weak-acid-1-both-a-and-r-are-true-an https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NjMw-among-the-following-solvents-silver-chloride-is-most-soluble-in-1-0-1-mathrm-mol-mathrm-dm-3-mathrm-agno-3-text-solution-2-0-1-mathrm-mol-mathrm-dm-3-mathrm-hcl-text-solution-3-mathrm-h-2-mathrm-o-4-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTkyODQ3-given-below-are-certain-reactions-identify-the-reaction-for-which-k-p-neq-k-c-1-mathrm-h-2-mathrm-g-i-2-mathrm-g-rightleftharpoons-2-mathrm-hi-mathrm-g-2-mathrm-n-2-mathrm-g-mathrm-o-2-mathrm-g-rightl https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTkyODM4-at-298-k-a-certain-buffer-solution-contains-equal-concentrations-of-x-and-hx-kb-for-x-is-10-10-what-is-the-ph-of-this-buffer-solution-1-2-2-10-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTkyODA4-in-a-qualitative-analysis-bi-3-is-detected-by-the-appearance-of-a-precipitate-of-bio-oh-s-calculate-ph-when-the-following-equilibrium-exists-at-298-k-bio-oh-s-rightleftharpoons-bio-aq-oh-aq-k-4-times https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTk4MjUw-the-correct-order-of-solubility-of-the-given-salts-in-water-at-298-k-is-salt-mathbf-k-sp-at-298-k-agbr-5-0-times-10-13-zn-oh-2-1-0-times-10-15-hg-2cl-2-1-3-times-10-18-1-zn-oh-2-agbr-hg-2cl-2-2-hg-2cl https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTk4MjQ2-in-an-acidic-medium-10-ml-of-0-25-m-oxalic-acid-is-titrated-with-kmno-4-solution-if-the-volume-of-kmno-4-solution-required-to-reach-end-point-is-10-ml-the-strength-of-the-kmno-4-solution-is-1-0-15-m-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTM1MTk3-which-of-the-following-parameters-can-determine-the-higher-yield-of-mathrm-no-in-the-reaction-mathrm-n-2-mathrm-g-mathrm-o-2-mathrm-g-rightleftharpoons-2-mathrm-no-mathrm-g-given-delta-mathrm-h-of-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTM1MTk1-phosphoric-acid-ionizes-in-three-steps-with-their-ionization-constant-values-mathrm-k-mathrm-a-1-mathrm-k-mathrm-a-2-text-and-mathrm-k-mathrm-a-3-text-respectively-while-k-is-the-overall-ionization-co https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTM1MTc2-for-the-reaction-a-g-rightleftharpoons-2b-g-the-backward-reaction-rate-constant-is-higher-than-the-forward-reaction-rate-constant-by-a-factor-of-2500-at-1000-k-k-p-for-the-reaction-at-1000-k-is-given https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDY4ODg3-the-ratio-of-solubility-of-mathrm-agcl-in-0-1-mathrm-m-mathrm-kcl-solution-to-the-solubility-of-mathrm-ag-mathrm-cl-in-water-is-given-solubility-product-of-mathrm-agcl-10-10-1-10-4-2-10-6-3-10-9-4-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDY4ODI2-at-a-given-temperature-and-pressure-the-equilibrium-constant-value-for-the-equilibria-are-given-below-3a-2-b-2-rightleftharpoons-2a-3b-k-1-a-3b-rightleftharpoons-frac-3-2-a-2-frac-1-2-b-2-k-2-the-rela https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDY4ODQ3-consider-the-given-reaction-at-equilibrium-mathrm-n-2-g-3h-2-g-rightleftharpoons-2nh-3-g-delta-h-q-reaction-is-favoured-in-forward-direction-by-1-use-of-catalyst-2-decreasing-concentration-of-mathrm-n https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246ODkwMjU-consider-the-given-equilibrium-constants-mathrm-n-2-3-h-2-rightleftharpoons-2-nh-3-k-1-n-2-o-2-rightleftharpoons-2-no-k-2-h-2-frac-1-2-o-2-rightleftharpoons-h-2-o-k-3-the-equilibrium-constant-k-of-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246ODkxNTg-a-20-litre-container-at-400-k-contains-co2-g-at-pressure-0-4-atm-and-an-excess-of-sro-neglecting-the-volume-of-solid-sro-the-volume-of-the-container-is-now-decreased-by-moving-the-movable-piston-fitte https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246ODkwOTU-boric-acid-is-an-acid-because-its-molecule-1-its-molecule-contains-replaceable-h-ions-2-it-gives-up-a-proton-3-it-accepts-oh-from-water-releasing-a-proton-4-it-combines-directly-with-a-proton-from-a-w https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTEwNDc-the-ksp-of-ag2cro4-agcl-agbr-and-agl-are-respectively-1-1-10-12-1-8-10-10-5-0-10-13-8-3-10-17-which-one-of-the-following-salts-will-precipitate-last-if-agno3agno3agno3-solution-is-added-to-the-solutio https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTExODg-which-of-the-following-salts-will-give-the-highest-ph-in-water-1-kcl-2-nacl-3-na2co3-4-cuso4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTIxNDA-ph-of-a-saturated-solution-of-ba-oh-2-is-12-the-value-of-solubility-product-ksp-of-ba-oh-2-is-1-3-3-10-73-3-10-73-3-10-7-2-5-0-10-75-0-10-75-0-10-7-3-4-0-10-64-0-10-64-0-10-6-4-5-0-10-65-0-10-65-0-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTIxNTk-buffer-solutions-have-constant-acidity-and-alkalinity-because-1-these-give-unionized-acid-or-base-on-reaction-with-added-acid-or-alkali-2-acid-and-alkali-in-these-solutions-are-shielded-from-attack-by https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTI2MTg-calculate-the-hydrogen-ion-concentration-text-h-in-text-mol-text-l-of-a-buffer-solution-prepared-by-mixing-0-10-text-m-acetic-acid-text-ch-3-text-cooh-and-0-20-text-m-sodium-acetate-text-ch-3-text-coo https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTMzNjQ-equal-volumes-of-three-acid-solutions-of-ph-3-4-and-5-are-mixed-in-a-vessel-what-will-be-the-h-ion-concentration-in-the-mixture-1-1-11-10-41-11-10-41-11-10-4-mmm-2-3-7-10-43-7-10-43-7-10-4-mmm-3-3-7-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTM2MzQ-a-weak-acid-ha-has-a-ka-of-1-00-10-5-if-0-100-mole-of-this-acid-is-dissolved-in-one-litre-of-water-the-percentage-of-acid-dissociated-at-equilibrium-is-closest-to-1-99-0-2-1-3-99-9-4-0-100-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTQwMjk-for-the-reaction-ch4-g-2o2-g-co2-g-2h2o-l-rh-170-8-kj-mol-1-which-of-the-following-statements-is-not-true-1-at-equilibrium-the-concentration-of-mathrm-co-2-mathrm-g-and-water-l-are-not-equal-2-the-equ https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTQwNDM-the-hydrogen-ion-concentration-of-a-10-8-m-hcl-aqueous-solution-at-298-k-kw-10-14-is-1-1-0-times-left-10-right-6-m-2-1-0525-times-left-10-right-7-m-3-9-525-times-left-10-right-8-m-4-1-0-times-left-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjYzOTQ3-equilibrium-constants-k1-and-k2-for-the-following-equilibria-no-g-12o2k1-no2-g-and-2no2-g-k2-2no-g-o2-g-no-g-12o2-k1no2-g-and-2no2-g-k22no-g-o2-g-are-related-as-1-k2-1-k1k2-1-k1-2-k2-k12k2-k12-3-k2-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY0ODYx-the-rapid-change-of-ph-near-the-stoichiometric-point-of-an-acid-base-titration-is-the-basis-of-indicator-detection-ph-of-the-solution-is-related-to-the-ratio-of-the-concentrations-of-the-conjugate-aci https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY2MDM5-the-reaction-quotient-q-for-the-reaction-n2-g-3h2-g-2nh3-g-n2-g-3h2-g-2nh3-g-n2-g-3h2-g-2nh3-g-is-given-by-q-nh3-2-n2-h2-3q-nh3-2-n2-h2-3q-nh3-2-n2-h2-3-under-what-conditions-will-the-reaction-proceed https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY2MDQ4-the-following-equilibria-are-given-n-2-3h-2-rightleftharpoons-2nh-3-k1-n-2-o-2-rightleftharpoons-2no-k2-h-2-frac-1-2-o-2-rightleftharpoons-h-2-o-k3-the-equilibrium-constant-of-the-reaction-2nh-3-frac https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY1Mjk0-if-the-solubility-of-mx2-type-electrolytes-is-0-5-10-4-mole-lit-then-ksp-of-electrolytes-will-be-1-5-10-125-10-125-10-12-2-25-10-1025-10-1025-10-10-3-1-10-131-10-131-10-13-4-5-10-135-10-135-10-13-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY2ODEw-the-ionization-constant-of-ch-3-cooh-is-1-7-left-10-right-5-and-the-concentration-of-h-ions-is-3-4-left-10-right-4-the-initial-concentration-of-ch-3-cooh-will-be-1-3-4-left-10-right-4-2-3-4-left-10-ri https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NTk4-at-equilibrium-the-concentrations-of-n2-3-0-10-3m-o2-4-2-10-3m-and-no-2-8-10-3m-in-a-sealed-vessel-at-800k-the-value-of-kc-for-the-reaction-given-below-is-n2-g-o2-g-2no-g-1-0-622-2-6-22-3-0-562-4-0-66 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NTk5-pcl5-pcl3-and-cl2-are-at-equilibrium-at-500-k-and-having-concentrations-1-59m-pcl3-1-59m-cl2-and-1-41-m-pcl5-the-value-of-kc-for-the-reaction-pcl5-pcl3-cl2-is-1-0-179-2-17-9-3-1-79-4-179-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NjAy-the-value-of-kp-for-the-reaction-co2-g-c-s-2co-g-is-3-0-at-1000-k-if-initially-p-co-2-0-48-bar-and-pco-0-bar-and-pure-graphite-is-present-the-equilibrium-partial-pressures-of-co-and-co2-are-respective https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NjA0-13-8g-of-n2o4-was-placed-in-a-1l-reaction-vessel-at-400k-and-allowed-to-attain-equilibrium-n2o4-g-2no2-g-the-total-pressure-at-equilibrium-was-found-to-be-9-15-bar-the-value-of-kc-is-1-3-2-2-2-6-3-2-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NjA1-3-00-mol-of-pcl5-kept-in-1l-closed-reaction-vessel-was-allowed-to-attain-equilibrium-at-380k-the-composition-of-the-mixture-at-equilibrium-is-given-kc-1-80-1-pcl5-1-41-m-pcl3-cl2-1-59-m-2-pcl5-1-61-m https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NjA2-the-value-of-g-for-the-phosphorylation-of-glucose-in-glycolysis-is-13-8-kj-mol-the-value-of-kc-at-298-k-is-1-5-21-10-3-2-3-56-10-3-3-2-81-10-3-4-3-81-10-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzQ5-the-correct-match-among-the-following-is-are-acid-conjugate-base-a-hf-h2f-b-h2so4-hso4-c-hco-3-co-3-2-1-a-c-2-a-b-3-b-c-4-only-c-is-correct-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzUw-which-of-the-following-is-are-correct-match-s-bronsted-bases-conjugate-acid-a-nh-2-nh-3-b-nh-3-nh-4-c-hcoo-co-2-2-1-a-and-c-2-a-and-b-3-b-and-c-4-only-c-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzUz-the-concentration-of-hydrogen-ions-in-a-sample-of-soft-drink-is-3-8-10-3m-the-ph-of-soft-drink-is-given-log-3-8-0-58-1-1-45-2-2-42-3-3-76-4-2-79-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzU1-the-ionization-constant-of-hf-is-3-2-10-4-and-its-solution-concentration-is-0-02-m-the-ph-of-the-solution-is-1-3-45-2-2-62-3-4-21-4-1-89-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzU2-the-ph-of-0-1m-monobasic-acid-is-4-50-the-value-of-pka-of-the-monobasic-acid-is-1-6-3-2-7-4-3-8-0-4-9-0-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzU5-the-ph-of-0-004m-hydrazine-solution-is-9-7-its-ionization-constant-kb-and-pkb-are-respectively-1-kb-8-96-10-7-pkb-6-04-2-kb-7-26-10-7-pkb-6-04-3-kb-8-96-10-7-pkb-7-02-4-kb-7-26-10-7-pkb-7-02-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzYw-the-ph-of-the-solution-in-which-0-2m-nh4cl-and-0-1m-nh3-are-present-is-pkb-of-ammonia-solution-is-4-75-1-12-2-9-3-6-4-11-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzYx-the-ionization-constant-of-ammonia-is-1-77-10-5-the-ph-of-a-0-05m-of-ammonia-solution-is-1-12-2-11-3-10-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzYy-the-ph-after-50-0-ml-of-0-10-ammonia-solution-is-treated-with-25-0-ml-of-0-10m-hcl-solution-is-kb-1-77-10-5-1-5-74-2-10-12-3-8-34-4-9-24-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzY2-the-values-of-ksp-of-two-sparingly-soluble-salts-ni-oh-2-and-agcn-are-2-0-10-15-and-6-10-17-respectively-the-more-soluble-salt-is-1-ni-oh-2-is-more-soluble-than-agcn-2-agcn-is-soluble-in-than-ni-oh-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NzY3-the-molar-solubility-of-ni-oh-2-in-a-solution-containing-0-10-m-naoh-given-that-the-ionic-product-of-ni-oh-2-is-2-0-10-15-is-1-2-0-10-13-m-2-2-0-10-12-m-3-2-0-10-11-m-4-2-0-10-16-m-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMDQ4-what-is-the-term-used-to-define-the-temperature-at-which-the-solid-and-liquid-phases-of-a-pure-substance-can-exist-in-equilibrium-at-a-particular-temperature-and-atmospheric-pressure-a-normal-melting https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjcwMDQ3-for-the-reaction-n2o4-g-2no2-g-the-value-of-k-equilibrium-constant-is-50-at-400-k-and-1700-at-500-k-which-of-the-following-option-s-is-are-correct-a-the-reaction-is-endothermic-b-the-reaction-is-exoth https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjI4NTM0-match-column-i-with-column-ii-and-mark-the-appropriate-option-column-i-term-column-ii-conditions-a-equilibrium-i-g-0-k-0-k-0-k-1-g-1-g-1-codes-options-a-b-c-1-ii-iii-i-2-i-ii-iii-3-ii-i-iii-4-iii-i-ii https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjMwNDQ2-the-correct-decreasing-order-of-basic-strength-of-the-following-species-is-h2o-nh3-oh-nh2h2o-nh3-oh-nh2h2o-nh3-oh-nh2-1-nh-2-oh-nh3-h2o1-nh-2-oh-nh3-h2o1-nh2-oh-nh3-h2o-2-oh-nh-2-h2o-nh32-oh-nh-2-h2o https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjU1OTQ5-which-of-the-following-acids-forms-three-series-of-salts-1-h3po2-2-h3bo3-3-h3po4-4-h3po3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNzg0-assertion-a-when-an-inert-gas-is-added-to-the-equilibrium-n-2-o-2-rightleftharpoons-2no-at-constant-pressure-the-equilibrium-state-doesn-t-change-reason-r-at-constant-pressure-equilibrium-is-never-aff https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNzgy-consider-the-given-two-statements-assertion-a-a-five-times-increase-in-pressure-at-equilibrium-doesn-t-change-kp-for-the-following-reaction-n-2-g-3h-2-g-rightleftharpoons-2nh-3-g-reason-r-kp-depends-o https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNzc4-given-below-are-two-statements-assertion-a-salts-of-strong-acid-and-strong-base-do-not-undergo-hydrolysis-reason-r-these-salts-undergo-hydration-1-both-a-and-r-are-true-and-r-is-the-correct-explanatio https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNzcz-assertion-a-on-increasing-the-pressure-at-the-equilibrium-ice-rightleftharpoons-water-equilibrium-shifts-in-the-forward-direction-reason-r-the-volume-of-water-is-less-than-the-volume-of-ice-1-both-a-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNzQ3-given-below-are-two-statements-assertion-a-baco3-is-more-soluble-in-hno3-than-in-plain-water-reason-r-carbonate-reacts-with-the-h-from-the-strong-acid-causing-the-barium-salt-to-dissociate-1-both-a-an https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNzQz-assertion-a-the-relative-strength-of-acids-can-be-determined-by-knowing-the-value-of-the-dissociation-constant-reason-r-it-provides-the-value-of-h-dissolved-in-the-solution-1-both-a-and-r-are-true-and https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNzM0-given-below-are-two-statements-assertion-a-on-addition-of-nh4cl-to-nh4oh-solution-ph-decreases-but-remains-greater-than-7-reason-r-addition-of-nh-4-ion-decreases-ionization-of-nh4oh-thus-oh-is-decreas https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNzMy-given-below-are-two-statements-assertion-a-a-catalyst-does-not-influence-the-value-of-the-equilibrium-constant-reason-r-the-catalyst-influences-the-rate-of-both-forward-and-backward-reactions-equally https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzEwNzU4-assertion-a-for-an-exothermic-reaction-the-value-of-kc-decreases-on-increasing-the-temperature-reason-r-rate-constant-for-a-backward-reaction-increases-more-than-the-increase-in-the-rate-constant-for https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3ODMy-given-below-are-two-statements-assertion-a-when-cu-ii-and-sulphide-ions-are-mixed-they-react-together-extremely-quickly-to-give-a-solid-reason-r-the-equilibrium-constant-of-cu2-aq-s2-aq-cus-s-is-high https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc0MTQ5-in-the-reaction-mathrm-h-2-mathrm-i-2-rightleftharpoons-2-mathrm-hi-mathrm-h-2-has-been-added-at-equilibrium-as-depicted-in-the-following-graph-the-point-that-represents-the-re-established-equilibrium https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246ODkwNjg-the-percentage-of-pyridine-c5h5n-that-forms-pyridinium-ion-c5h5n-h-in-a-0-10-m-aqueous-pyridine-solution-kb-for-c5h5n-1-7-10-9-is-1-0-0060-2-0-013-3-0-77-4-1-6-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzU4Mjcx-accumulation-of-lactic-acid-hc3h5o3-a-monobasic-acid-in-tissues-leads-to-pain-and-fatigue-in-a-0-10-m-aqueous-solution-lactic-acid-is-3-7-dissociated-the-value-of-the-dissociation-constant-ka-for-this https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzU4Mjg4-at-100-c-the-kw-of-water-is-55-times-its-value-at-25-c-what-will-be-the-ph-of-a-neutral-solution-log-55-1-74-1-7-00-2-7-87-3-5-13-4-6-13-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzU4Mjk4-the-dissociation-constant-of-a-weak-acid-is-1-times-10-4-in-order-to-prepare-a-buffer-solution-with-ph-5-the-salt-acid-ratio-should-be-1-4-5-2-10-1-3-5-4-4-1-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzU4MzAz-the-values-of-k-sp-of-caco3-and-cac2o4-are-4-7-10-9-and-1-3-10-9-respectively-at-25-c-if-the-mixture-of-these-two-is-washed-with-water-what-is-the-concentration-of-ca2-ions-in-the-water-1-5-8-10-5-m-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246OTM0NTk-equimolar-solutions-of-the-following-were-prepared-in-water-separately-which-one-of-the-solutions-will-record-the-highest-ph-1-srci2-2-bacl2-3-mgcl2-4-cacl2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY0MDk0-what-is-the-correct-relationship-between-the-phs-of-isomolar-solutions-of-sodium-oxide-ph1-sodium-sulphide-ph2-sodium-selenide-ph3-and-sodium-telluride-ph4-1-ph1-ph2-ph3-ph4ph1-ph2-ph3-ph4-3-ph1-ph2-p https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjY0MTA3-h2s-gas-when-passed-through-a-solution-of-cations-containing-hcl-precipitates-the-cations-of-second-group-of-qualitative-analysis-but-not-those-belonging-to-the-fourth-group-it-is-because-1-presence-o https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzM0Mzg3-what-can-be-the-active-mass-of-5-6-l-o-2-gas-at-ntp-1-0-25-mol-l-2-1-over-22-4-mol-l-3-0-175-mol-l-4-1-over-5-6-mol-l-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-pb246NDcwOTU-10-gm-caco3-is-taken-in-a-one-litre-container-the-active-mass-of-caco3-is-1-0-1-2-1-3-zero-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxMDA1-given-below-are-two-statements-assertion-a-for-the-reaction-h2-g-i2-g-rightleftharpoons-2hi-g-if-the-volume-of-the-vessel-is-reduced-to-half-of-its-original-volume-the-equilibrium-concentration-of-all https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzEwNzY1-what-can-be-the-active-mass-of-caco3-if-10-grams-of-caco3-are-taken-in-a-one-liter-container-given-molecular-weight-of-caco3-100-1-0-1-2-1-0-3-0-01-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzk5NTYw-given-below-are-two-statements-assertion-a-for-every-chemical-reaction-at-equilibrium-standard-gibbs-energy-of-the-reaction-is-zero-reason-r-at-constant-temperature-and-pressure-chemical-reactions-are https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTA4NTYz-the-equilibrium-constant-of-the-reaction-a2-g-b2-g-2ab-g-at-100-c-is-50-if-a-one-litre-flask-containing-one-mole-of-a2-is-connected-to-a-two-litre-flask-containing-two-moles-of-b2-how-many-moles-of-ab https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQyOTg5-a-student-is-performing-a-titration-experiment-he-starts-with-a-20-ml-solution-of-0-1-m-acetic-acid-and-titrates-it-with-a-0-1-m-naoh-solution-if-the-student-has-added-16-ml-of-the-naoh-solution-what https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzEwNjAz-determine-the-ph-of-10-6-m-ch3cooh-given-ka-of-ch3cooh-1-8-times-10-5-log-4-24-0-63-1-5-37-2-7-0-3-slightly-more-than-6-4-6-95-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzk5NTY3-arrange-the-following-solutions-in-the-decreasing-order-of-poh-a-0-01-mathrm-m-mathrm-hcl-b-0-01-mathrm-m-mathrm-naoh-c-0-01-mathrm-m-mathrm-ch-3-mathrm-coona-d-0-01-mathrm-m-mathrm-nacl-1-a-c-d-b-2-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU5NTMw-to-what-volume-of-10-litre-of-0-5-mathrm-m-mathrm-ch-3-mathrm-cooh-left-k-a-1-8-times-10-5-right-be-diluted-in-order-to-double-the-hydroxide-ion-concentration-1-20-mathrm-l-2-30-mathrm-l-3-40-mathrm-l https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzk5Nzk5-a-certain-weak-acid-has-a-dissociation-constant-of-1-0-times-10-4-the-equilibrium-constant-for-its-reaction-with-a-strong-base-will-be-1-1-0-times-10-4-2-1-0-times-10-10-3-1-0-times-10-10-4-1-0-times https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mzg2NDU4-which-is-the-correct-expression-for-pkb-in-the-following-reaction-mathrm-h-2-mathrm-o-mathrm-nh-3-rightleftharpoons-mathrm-nh-4-mathrm-ho-1-pk-b-log-frac-h-2-o-nh-3-nh-4-oh-2-pk-b-log-frac-oh-nh-4-nh https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzM1MDAx-aqueous-solution-of-which-of-the-following-salts-is-not-a-neutral-solution-1-nacl-2-ch-3coonh-4-3-na-2so-4-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzEwNTg1-a-buffer-solution-is-defined-as-a-solution-whose-ph-remains-practically-constant-even-when-small-amounts-of-an-acid-or-a-base-are-added-to-it-henderson-s-equation-is-used-to-determine-ph-of-buffer-mix https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDg1MDIy-at-25-c-the-solubility-product-mathrm-k-s-p-of-mathrm-pbbr-2-mathrm-is-8-times-10-5-text-if-the-salt-is-80-dissociated-what-is-the-solubility-of-mathrm-pbbr-2-mathrm-in-mol-l-1-left-dfrac-10-4-1-6-tim https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MTE4Mzcw-the-solubility-of-agcl-in-0-2-m-magnesium-chloride-will-be-kspofagcl-1-8x10-10-kspofagcl-1-8x10-10-1-1-8-x-10-1010-10-2-1-8-x-10-1110-11-3-9-x-10-1010-10-4-4-5-x-10-1010-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ0Mzg2-given-below-are-two-statements-assertion-a-the-solubilities-of-two-sparingly-soluble-salts-ni-oh-2-and-agcn-with-a-ksp-of-4-times-10-8-and-1-times-10-10-mol-l-respectively-reason-r-agcn-is-less-solubl https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTc1ODg1-find-concentration-of-x-2-at-equilibrium-in-0-1-m-h-2x-in-order-of-10-15-given-k-a-1-2-5-times-10-8-k-a-2-1-times-10-13-1-100-2-1000-3-400-4-250-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTc1OTMx-two-moles-each-of-the-gases-p-2-q-2-and-pq-are-present-in-a-vessel-at-equilibrium-if-1-mole-each-of-p-2-and-q-2-is-added-at-equilibrium-then-determine-the-composition-in-mole-of-each-species-at-the-ne https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTc2MTk4-which-of-the-following-buffer-solution-will-have-a-ph-of-9-25-given-that-pk-b-of-nh-3-4-75-1-0-2-mathrm-m-mathrm-nh-4-mathrm-oh-0-4-ell-0-1-mathrm-m-mathrm-hcl-1-ell-2-0-4-mathrm-m-mathrm-nh-4-mathrm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTc2NTQ4-for-the-reaction-begin-array-ll-mathrm-a-2-mathrm-g-rightleftharpoons-2-mathrm-a-mathrm-g-delta-mathrm-g-mathrm-f-left-mathrm-a-2-right-circ-100-mathrm-kj-mathrm-mol-delta-mathrm-g-mathrm-f-mathrm-a-c https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTc3NzEz-for-given-reaction-mathrm-x-2-mathrm-g-mathrm-y-2-mathrm-g-rightleftharpoons-2-mathrm-z-mathrm-g-moles-of-x-2-y-2-z-at-equilibrium-are-3-moles-3-moles-9-moles-respectively-if-10-moles-of-z-are-added-a https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTc3OTc3-for-a-given-reaction-k-p-9-text-atm-mathrm-nh-3-mathrm-g-rightleftharpoons-frac-1-2-mathrm-n-2-mathrm-g-frac-3-2-mathrm-h-2-mathrm-g-total-pressure-at-equilibrium-is-sqrt-3-atm-find-the-value-of-7-alp https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTc4MTQy-for-a-given-reaction-at-400-k-r-0-082-atm-l-mol-k-mathrm-xa-rightleftharpoons-mathrm-yb-given-i-mathrm-k-mathrm-p-0-82-mathrm-k-mathrm-c-25-7-ii-mathrm-k-mathrm-p-8-2-mathrm-k-mathrm-c-0-25-then-what https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTI0NTg4-consider-the-given-equilibrium-mathrm-co-mathrm-g-3-mathrm-h-2-mathrm-g-rightleftharpoons-mathrm-ch-4-mathrm-g-mathrm-h-2-mathrm-o-mathrm-g-if-the-pressure-applied-to-the-system-increases-twofold-at-c https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTI0NzQy-at-temperature-t-compound-mathrm-ab-2-mathrm-g-dissociates-as-mathrm-ab-2-mathrm-g-rightleftharpoons-mathrm-ab-mathrm-g-frac-1-2-mathrm-b-2-mathrm-g-having-degree-of-dissociation-x-small-compared-to-u https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTI0ODk0-text-k-sp-for-cr-oh-3-is-1-6-10-30-what-is-the-molar-solubility-of-this-salt-in-water-1-sqrt-4-dfrac-1-6-times-10-30-27-2-dfrac-1-8-times-10-30-27-3-sqrt-5-1-8-times-10-30-4-sqrt-2-1-6-times-10-30-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTI0OTEx-consider-the-reaction-mathrm-x-2-mathrm-y-mathrm-g-rightleftharpoons-mathrm-x-2-mathrm-g-frac-1-2-mathrm-y-2-mathrm-g-the-equation-representing-the-correct-relationship-between-the-degree-of-dissociat https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTI0OTI0-calculate-the-equilibrium-constant-kp-for-the-reaction-2-mathrm-n-2-mathrm-o-5-mathrm-g-rightarrow-2-mathrm-n-2-mathrm-o-4-mathrm-g-mathrm-o-2-mathrm-g-at-500-k-given-that-37-8-g-of-n2o5-was-placed-in https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTI0OTMy-the-ph-of-pure-water-is-7-0-at-25-c-when-the-temperature-of-pure-water-is-increased-to-80-c-what-happens-to-its-ph-value-1-the-ph-decreases-2-the-ph-remains-the-same-still-7-0-3-the-ph-first-increases https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTI1MTU5-which-of-the-following-happens-when-nh4oh-is-added-gradually-to-the-solution-containing-1m-a2-and-1m-b3-ions-given-mathrm-k-mathrm-sp-left-mathrm-a-mathrm-oh-2-right-9-times-10-10-text-mathrm-k-mathrm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTI1MTc4-if-1-mm-solution-of-ethylamine-produces-ph-9-then-the-ionization-constant-kb-of-ethylamine-is-10-x-the-value-of-x-is-nearest-integer-note-the-degree-of-ionization-of-ethylamine-can-be-neglected-with-r https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTI1MzE2-for-a-weak-acid-ha-with-a-degree-of-dissociation-x-which-of-the-following-gives-the-correct-expression-for-text-ph-text-pka-1-log-1-2x-2-log-left-dfrac-1-x-x-right-3-0-4-log-left-dfrac-x-1-x-right-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTI2MDg3-consider-the-given-reaction-mathrm-h-2-mathrm-g-mathrm-i-2-mathrm-g-rightleftharpoons-2-mathrm-hi-mathrm-g-if-initially-only-mathrm-h-2-and-mathrm-i-2-are-present-which-graph-correctly-predicts-the-at https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTMyNTg4-determine-the-final-concentration-of-the-weak-acid-text-hx-given-mathrm-k-mathrm-a-4-times-10-10-after-a-0-01-mathrm-m-solution-has-been-diluted-to-achieve-a-mathrm-ph-6-express-this-final-concentrati https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NTMyNjQy-which-of-the-following-is-true-for-the-degree-of-dissociation-alpha-and-pressure-mathrm-p-t-for-the-reversible-reaction-mathrm-a-g-rightleftharpoons-mathrm-b-g-c-g-1-if-mathrm-p-t-gg-k-p-then-alpha-ap https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDM4MDI0-find-relation-between-mathrm-k-p-and-mathrm-k-c-for-this-given-reaction-mathrm-c-mathrm-s-frac-1-2-mathrm-o-2-mathrm-g-longrightarrow-mathrm-co-mathrm-g-1-k-p-k-c-r-t-1-2-k-p-k-c-r-t-1-3-k-p-k-c-r-t-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDM4MTA2-consider-the-following-equilibrium-reaction-mathrm-fe-2-mathrm-o-3-mathrm-s-3-mathrm-co-mathrm-g-rightleftharpoons-2-mathrm-fe-mathrm-s-3-mathrm-co-2-mathrm-g-which-of-the-following-will-not-affect-th https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDM5OTc5-why-nh-4cl-is-added-before-nh-4oh-for-the-ppt-of-fe-3-ions-1-to-decrease-oh-ion-concentration-2-to-increase-cl-ion-concentration-3-to-increase-nh-4-ion-concentration-4-to-decrease-h-ion-concentration https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDQwMDAy-consider-the-following-equilibrium-reaction-mathrm-h-2-mathrm-i-2-rightleftharpoons-2-mathrm-hi-at-equilibrium-if-the-number-of-molecules-of-mathrm-h-2-mathrm-i-2-and-mathrm-hi-are-equal-and-the-equil https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDQwNDMz-consider-the-following-reaction-at-equilibrium-at-a-temperature-of-t-kelvin-with-a-given-equilibrium-constant-k-c-3-times-10-13-mathrm-so-2-mathrm-g-frac-1-2-mathrm-o-2-mathrm-g-rightleftharpoons-math https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDQwNzIy-in-the-following-reaction-hcl-formed-is-titrated-with-0-2-moles-of-naoh-calculate-the-mass-of-mathrm-c-2-mathrm-h-5-mathrm-nh-2-taken-initially-mathrm-c-2-mathrm-h-5-mathrm-nh-2-mathrm-nano-2-xrightar https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU0NDMz-consider-the-given-reaction-mathrm-cr-2-mathrm-o-7-2-rightleftharpoons-mathrm-cro-4-2-in-which-medium-does-the-reaction-proceed-in-the-forward-direction-1-acidic-medium-2-basic-medium-3-neutral-medium https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU0NTIy-mathrm-a-mathrm-g-rightleftharpoons-mathrm-b-mathrm-g-dfrac-1-2-mathrm-c-mathrm-g-in-the-above-reaction-the-correct-relation-among-text-k-p-alpha-and-equilibrium-pressure-p-is-1-mathrm-k-mathrm-p-dfra https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU0ODcx-consider-the-following-reaction-the-expression-for-text-k-c-is-mathrm-fe-mathrm-scn-mathrm-aq-2-rightleftharpoons-mathrm-fe-3-mathrm-aq-mathrm-scn-mathrm-aq-1-mathrm-k-mathrm-c-dfrac-left-mathrm-fe-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU1MTc4-what-is-the-text-ph-of-mathrm-ch-3-mathrm-coo-mathrm-nh-4-salt-given-mathrm-k-mathrm-a-text-of-mathrm-ch-3-mathrm-cooh-1-8-times-10-6-mathrm-k-mathrm-b-text-of-mathrm-nh-4-mathrm-oh-1-8-times-10-6-1-7 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU1Mjgx-text-ka-values-of-three-acids-text-a-b-and-text-c-are-10-3-5-times-10-9-9-times-10-11-respectively-the-acidic-strength-order-of-these-acids-is-1-text-a-text-b-text-c-2-text-b-text-a-text-c-3-text-c-te https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU1OTg3-the-text-k-text-sp-of-text-mg-oh-2-is-1-times-10-12-0-01-text-m-mg-2-ion-will-precipitate-at-the-limiting-ph-equal-to-at-25-circ-text-c-1-9-2-8-3-6-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU2MjUz-calculate-equilibrium-constant-for-the-given-reaction-at-500k-mathrm-n-2-mathrm-g-3-mathrm-h-2-mathrm-g-rightleftharpoons-2-mathrm-nh-3-mathrm-g-given-molarity-of-text-nh-3-text-g-text-n-2-text-g-and https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDU2Mjgw-text-k-text-p-for-the-given-reaction-is-36-times-10-2-mathrm-atm-1-text-find-out-text-k-text-c-begin-aligned-left-2-mathrm-no-2-rightleftharpoons-mathrm-n-2-mathrm-o-4-right-mathrm-r-0-0821-mathrm-atm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzYyODI4-for-a-hypothetical-reaction-a-b-keq-102-use-t-27-c-r-8-3-jk-1mol-1-ln10-2-3-if-the-value-of-g-for-the-above-reaction-is-x-kj-the-value-of-2x-will-be-round-off-to-the-nearest-integer-1-11-2-19-3-23-4-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzYyODMy-consider-the-following-reaction-h-2o-g-h-2-g-frac12o-2-g-if-keq-2-10-3-at-2300-k-and-the-initial-pressure-of-h2o-g-is-1-atm-then-the-degree-of-dissociation-of-the-above-reaction-will-be-x-10-2-and-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzYyOTEz-a-25-ml-buffer-solution-is-prepared-by-mixing-ch3cooh-of-concentration-0-1-m-and-ch3coona-of-concentration-0-01-m-if-the-ph-of-the-solution-is-5-then-the-pka-of-ch3cooh-is-1-four-4-2-five-5-3-six-6-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzYyOTg3-consider-the-following-reactions-x-g-2y-g-kp1-i-a-g-b-g-c-g-kp2-ii-if-the-degree-of-dissociation-is-the-same-for-both-reactions-the-ratio-of-total-pressure-p1-p2-respectively-is-1-frac-k-p-1-k-p-2-2-f https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzYyOTk1-if-the-concentration-of-text-h-ions-is-increased-by-a-factor-of-1000-what-will-happen-to-the-ph-1-decreased-by-3-2-increased-by-3-3-there-is-no-change-in-ph-4-decreased-by-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzYzMjAx-decreasing-order-of-lewis-acid-character-is-1-bf3-bcl3-bbr3-bi3-2-bi3-bbr3-bcl3-bf3-3-bf3-bcl3-bi3-bbr3-4-bi3-bcl3-bf3-bbr3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzYzMjEw-if-the-solubility-of-agcl-in-an-aqueous-solution-is-1-434-x-10-3-m-then-find-the-value-of-logksp-where-ksp-is-the-solubility-product-of-agcl-1-3-7-2-5-7-3-6-7-4-7-7-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzYzMjY0-consider-the-following-reaction-p-c-l-5-g-rightleftharpoons-p-c-l-3-g-mathrm-cl-2-g-select-the-correct-statement-about-the-above-equilibrium-reaction-1-on-adding-he-gas-at-constant-volume-equilibrium https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxMTk1-the-ph-of-0-001-m-naoh-solution-will-be-1-3-2-11-3-3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxMzcx-for-an-equilibrium-reaction-a-rightleftharpoons-b-frac-1-2-c-the-correct-relation-between-the-degree-of-dissociation-alpha-equilibrium-pressure-p-and-equilibrium-constant-k-p-is-1-k-p-frac-alpha-1-2-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNTU5-ph-of-a-buffer-solution-of-ch-3ch-2cooh-aq-ch-3ch-2coona-aq-is-4-then-the-ratio-of-frac-ch-3ch-2coo-ch-3ch-2cooh-is-given-k-a-10-5-1-0-1-2-10-3-0-2-4-20-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxNTY1-the-dissociation-of-mathrm-n-2-mathrm-o-4-mathrm-g-rightleftharpoons-2-mathrm-no-2-mathrm-g-is-observed-at-298-k-and-1-atm-with-50-dissociation-at-equilibrium-what-would-be-the-value-of-the-standard-g https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQxODc2-when-50-ml-0-1-m-ch3cooh-aq-is-titrated-with-25-ml-of-0-1-m-naoh-aq-solution-what-is-the-value-of-the-ph-of-the-resulting-solution-given-pka-4-76-1-3-76-2-6-76-3-4-76-4-5-76-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQyMTEx-given-below-are-two-statements-statement-i-according-to-lewis-s-concept-h2o-acts-as-an-amphoteric-substance-statement-ii-h2o-act-as-an-acid-on-reaction-with-nh3-while-it-acts-as-a-base-on-reaction-wit https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQyMTE3-determine-the-solubility-of-bi-2s-3-in-water-with-mathrm-k-mathrm-sp-left-mathrm-bi-2-mathrm-s-3-right-1-08-times-10-73-text-and-express-the-answer-in-the-form-x-times-10-15-what-is-the-value-of-x-1-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzQ1NDg3-if-200-ml-of-0-01-m-hcl-is-mixed-with-400-ml-of-0-01-m-h2so4-what-is-the-ph-of-the-resulting-mixture-given-log-2-0-30-log-3-0-48-log-5-0-70-log-7-0-84-log-11-1-04-1-1-14-2-1-78-3-2-34-4-3-02-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgxNjg3-mathrm-so-2-mathrm-cl-2-on-reaction-with-excess-of-water-results-into-acidic-mixture-mathrm-so-2-mathrm-cl-2-2-mathrm-h-2-mathrm-o-rightarrow-mathrm-h-2-mathrm-so-4-2-mathrm-hcl-what-is-the-number-of https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgxNjk2-20-mathrm-ml-text-of-0-1-mathrm-m-mathrm-nh-4-mathrm-oh-is-mixed-with-mathrm-40-ml-of-mathrm-0-05-m-hcl-the-mathrm-ph-of-the-mixture-is-nearest-to-text-given-mathrm-k-mathrm-b-left-mathrm-nh-4-mathrm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgxODE4-40-hi-undergoes-decomposition-to-form-h-and-i-at-300-k-find-the-value-of-g-for-this-decomposition-reaction-at-1-atm-pressure-in-j-mol-nearest-integer-r-8-31-j-k-mol-1-2720-2-2740-3-2640-4-2520-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgxODIw-mathrm-k-mathrm-a-1-mathrm-k-mathrm-a-2-text-and-mathrm-k-mathrm-a-3-are-the-respective-ionization-constants-for-the-following-reactions-mathrm-a-b-and-c-mathrm-a-mathrm-h-2-mathrm-c-2-mathrm-o-4-righ https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgxOTI2-given-below-are-two-statements-assertion-a-the-amphoteric-nature-of-water-is-explained-by-using-lewis-acid-base-concept-reason-r-water-acts-as-an-acid-with-mathrm-nh-3-and-as-a-base-with-mathrm-h-2s-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgxOTY0-at-mathrm-298-k-the-equilibrium-constant-is-2-times10-15-for-the-reaction-mathrm-cu-mathrm-s-2-mathrm-ag-mathrm-aq-rightleftharpoons-mathrm-cu-2-mathrm-aq-2-mathrm-ag-mathrm-s-if-the-equilibrium-const https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgxOTcw-2-mathrm-nocl-mathrm-g-rightleftharpoons-2-mathrm-no-mathrm-g-mathrm-cl-2-mathrm-g-in-an-experiment-2-0-moles-of-mathrm-nocl-was-placed-in-a-one-litre-flask-and-the-concentration-of-no-after-equilibri https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgxOTgx-class-xii-students-were-asked-to-prepare-one-litre-of-buffer-solution-of-ph-8-26-by-their-chemistry-teacher-the-amount-of-ammonium-chloride-to-be-dissolved-by-the-student-in-mathrm-0-2-m-ammonia-solut https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgyMDEw-what-is-the-ph-of-0-2-m-solution-of-butyric-acid-if-ka-for-butyric-acid-c3h7cooh-is-2-10-5-given-log2-0-30-1-2-1-2-2-4-3-2-7-4-2-9-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgyMDI5-given-below-are-two-statements-assertion-a-phenolphthalein-is-a-ph-dependent-indicator-remains-colourless-in-acidic-solution-and-gives-pink-colour-in-basic-medium-reason-r-phenolphthalein-is-a-weak-ac https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgyMDY0-a-student-needs-to-prepare-a-buffer-solution-of-propanoic-acid-and-its-sodium-salt-with-ph-4-the-ratio-of-frac-left-mathrm-ch-3-mathrm-ch-2-mathrm-coo-right-left-mathrm-ch-3-mathrm-ch-2-mathrm-cooh-ri https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgyMDc3-at-310-k-the-solubility-of-mathrm-caf-2-in-water-is-2-34-times-10-3-mathrm-g-100-mathrm-ml-text-if-the-solubility-product-of-mathrm-caf-2-is-x-times-10-10-find-x-given-molar-mass-of-mathrm-caf-2-78-ma https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgyMTEx-what-is-the-text-ph-value-of-mathrm-0-001-m-naoh-solution-1-10-2-11-3-12-4-13-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgyMjQ4-a-student-is-tasked-with-preparing-a-buffer-solution-using-propanoic-acid-and-its-sodium-salt-to-achieve-a-ph-of-4-the-required-ratio-of-frac-left-mathrm-ch-3-mathrm-ch-2-mathrm-coo-right-left-mathrm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgyNDI4-the-plot-of-ph-metric-titration-of-weak-base-mathrm-nh-4oh-vs-strong-acid-mathrm-hcl-looks-like-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgyNDg4-if-the-solubility-product-of-pbs-is-8-10-28-then-the-solubility-of-pbs-in-pure-water-at-298-k-is-x-10-16-the-value-of-x-is-text-given-sqrt-2-1-41-text-1-262-2-327-3-395-4-282-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgyNTYz-the-normality-of-mathrm-h-2so-4-in-the-solution-obtained-on-mixing-100-mathrm-ml-text-of-0-1-mathrm-m-mathrm-h-2-mathrm-so-4-text-with-50-mathrm-ml-text-of-0-1-mathrm-m-mathrm-naoh-is-x-times10-1-text https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDgyNTkx-200-ml-of-0-01-m-hcl-is-mixed-with-400-ml-of-0-01-m-h2so4-the-ph-of-the-mixture-is-begin-aligned-text-given-log-2-0-30-log-3-0-48-log-5-0-70-log-7-0-84-log-11-1-04-end-aligned-1-1-14-2-1-78-3-2-34-4-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc4OTUy-the-solubility-of-ca-oh-2-in-water-is-given-ksp-ca-oh-2-in-water-5-5-10-6-1-1-77-10-6-2-1-11-10-6-3-1-11-10-2-4-2-77-10-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5MDU3-at-1990-k-and-1-atm-pressure-there-are-an-equal-number-of-cl2-molecules-and-cl-atoms-in-the-reaction-mixture-the-value-of-kp-for-the-reaction-cl2-g-2cl-g-cl2-g-2cl-g-under-the-above-conditions-is-x-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5MTky-the-solubility-product-of-pbl2-is-8-0-10-9-the-solubility-of-lead-iodide-in-0-1-molar-solution-of-lead-nitrate-is-x-10-6-mol-l-the-value-of-x-is-rounded-off-to-the-nearest-integer-given-2-1-41-given-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5NDc0-the-ph-of-an-ammonium-phosphate-solution-if-the-pka-of-phosphoric-acid-and-the-pkb-of-ammonium-hydroxide-are-5-23-and-4-75-respectively-is-1-8-2-6-3-7-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDkwNDk0-the-oh-concentration-in-a-mixture-of-5-0-ml-of-0-0504-m-nh-4cl-and-2-ml-of-0-0210-m-nh-3-solution-is-x-times10-6-m-find-out-the-value-of-x-given-k-w-1-times10-14-and-k-b-1-8-times10-5-1-9-2-14-3-12-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDkyNjcz-the-equilibrium-constant-k-c-at-298-k-for-the-reaction-a-b-rightleftharpoons-c-d-is-100-starting-with-an-equimolar-solution-with-concentrations-of-a-b-c-and-d-all-equal-to-1-m-if-the-equilibrium-conce https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk0MDkx-200-ml-of-0-2-m-hcl-is-mixed-with-300-ml-of-0-1-m-naoh-the-molar-heat-of-neutralization-of-this-reaction-is-57-1-kj-if-the-increase-in-temperature-of-the-system-on-mixing-is-x-times-10-2-find-the-valu https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk0NDU0-what-is-the-number-of-moles-of-nh-3-that-must-be-added-to-2l-of-0-8-m-agno-3-in-order-to-reduce-the-concentration-of-ag-ions-to-5-0-times-10-8-mathrm-m-assume-no-volume-change-on-adding-nh-3-given-mat https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1MzUy-100-g-of-propane-is-completely-reacted-with-1000-g-of-oxygen-the-mole-fraction-of-carbon-dioxide-in-the-resulting-mixture-is-x-times-10-2-the-value-of-x-is-1-18-52-2-19-02-3-19-82-4-20-05-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1MzU0-when-5-1-g-of-solid-nh-4hs-is-introduced-into-a-two-litre-evacuated-flask-at-27-circ-c-20-of-the-solid-decomposes-into-gaseous-ammonia-and-hydrogen-sulphide-the-k-p-for-the-reaction-at-27-circ-c-is-x https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1NDA5-a-3b-2-is-a-sparingly-soluble-salt-of-molar-mass-mathrm-m-g-mol-1-and-solubility-x-gl-1-the-solubility-product-satisfies-mathrm-k-mathrm-sp-mathrm-a-left-frac-mathrm-x-mathrm-m-right-5-find-the-value https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1NDM2-sodium-oxide-reacts-with-water-to-produce-sodium-hydroxide-if-200-text-g-of-sodium-oxide-is-dissolved-in-500-text-ml-of-water-then-what-is-the-concentration-of-the-resulting-text-naoh-solution-note-ne https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1NDQ1-the-ph-of-solution-obtained-by-mixing-50-text-ml-of-1-text-n-hcl-and-30-text-ml-of-1-text-n-naoh-is-x-times10-4-the-value-of-x-is-given-log-2-5-0-3979-1-6001-2-6021-3-6051-4-6091-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1NDk5-what-is-the-value-of-x-if-the-molar-solubility-of-mathrm-zn-oh-2-in-0-1-mathrm-m-naoh-solution-is-x-times10-18-text-m-nearest-integer-given-the-solubility-product-of-mathrm-zn-oh-2-is-2-times10-20-1-2 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1NTA1-which-of-the-following-can-be-the-concentration-in-mol-l-of-the-copper-sulphate-solution-if-80-text-g-of-copper-sulphate-mathrm-cuso-4-5h-2o-is-dissolved-in-deionized-water-to-make-5-text-l-of-solutio https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1NjIx-if-the-value-of-k-p-for-the-equilibrium-reaction-mathrm-n-2-mathrm-o-4-mathrm-g-rightleftharpoons-2-mathrm-no-2-mathrm-g-at-288-mathrm-k-is-text-47-9-bar-then-find-out-k-c-for-this-reaction-at-the-sam https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1Njcw-a-solution-is-0-1-text-m-in-text-cl-and-0-001-text-m-in-text-cro-4-2-solid-text-agno-3-is-gradually-added-to-it-assuming-that-the-addition-does-not-change-in-volume-choose-the-correct-statement-from-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1NzM1-determine-the-concentration-of-h3o-ions-in-a-0-005-m-aqueous-solution-of-ba-oh-2-at-298-k-where-ba-oh-2-is-in-a-fully-ionized-state-1-5-10-12-mol-l-1-2-50-10-12-mol-l-1-3-1-10-12-mol-l-1-4-100-10-12-m https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1NzY2-which-one-of-the-following-compounds-will-liberate-mathrm-co-2-when-treated-with-mathrm-nahco-3-text-1-left-mathrm-ch-3-right-3-stackrel-oplus-mathrm-n-mathrm-h-mathrm-cl-2-mathrm-ch-3-mathrm-co-mathr https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1Nzc5-find-the-value-of-x-nearest-integer-if-10-ml-of-an-aqueous-fe-solution-requires-15-ml-of-0-02-m-k-cr-o-solution-for-complete-titration-in-the-presence-of-dilute-h-so-using-diphenylamine-indicator-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1Nzg2-for-the-reaction-a-b-rightleftharpoons-2-c-the-value-of-equilibrium-constant-is-100-at-298-k-if-the-initial-concentration-of-all-the-three-species-is-text-1-m-each-then-the-equilibrium-concentration-o https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1Nzkz-consider-the-reaction-given-below-mathrm-pcl-5-longrightarrow-mathrm-pcl-3-mathrm-cl-2-mathrm-k-c-1-844-3-0-moles-of-text-pcl-5-is-introduced-in-a-text-1-l-closed-reaction-vessel-at-text-380-text-k-th https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1ODAy-what-is-the-partial-pressure-of-text-o-2-at-equilibrium-for-the-reaction-a-s-rightarrow-m-s-frac-1-2-mathrm-o-2-mathrm-g-given-the-equilibrium-constant-mathrm-k-p-4-1-4-2-8-3-16-4-32-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1OTQw-in-order-to-prepare-a-buffer-solution-of-text-ph-5-74-sodium-acetate-is-added-to-acetic-acid-if-the-concentration-of-acetic-acid-in-the-buffer-is-1-0-text-m-the-concentration-m-of-sodium-acetate-in-th https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1OTg0-for-the-reaction-mathrm-a-mathrm-g-rightleftharpoons-mathrm-b-mathrm-g-text-at-495-mathrm-k-delta-mathrm-r-mathrm-g-circ-9-478-mathrm-kj-mathrm-mol-1-if-we-start-the-reaction-in-a-closed-container-at https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1OTg5-two-salts-a-2x-and-mx-have-the-same-value-of-solubility-product-i-e-text-k-sp-4-0-10-12-find-out-the-ratio-of-their-molar-solubilities-i-e-s-a-2x-over-s-mx-round-off-to-the-nearest-integer-1-30-2-70-3 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk2MDM0-the-exact-volumes-of-1-m-naoh-solution-required-to-neutralise-50-ml-of-1-m-h-3po-3-solution-and-100-ml-of-2-m-h-3po-2-solution-respectively-are-1-100-ml-and-50-ml-2-100-ml-and-100-ml-3-100-ml-and-200 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk2MDU3-a-gas-phase-reaction-2-a-g-rightarrow-a-2-g-has-delta-mathrm-g-circ-25-2-mathrm-kj-mathrm-mol-1-at-400-k-if-the-equilibrium-constant-k-c-for-this-reaction-is-x-times10-2-then-the-value-of-x-is-rounded https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk2MDU5-the-solubility-of-text-cdso-4-in-water-is-8-0-times-10-4-mathrm-mol-mathrm-l-1-if-its-solubility-in-0-01-mathrm-m-mathrm-h-2-mathrm-so-4-solution-is-x-times-10-6-mathrm-mol-mathrm-l-1-find-the-value-o https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk2MDk1-what-is-the-text-ph-of-0-588-text-m-sulfurous-acid-h-2so-3-if-it-has-ka-1-1-7-10-2-and-ka-2-6-4-10-8-1-1-2-10-3-6-4-13-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk2MTM1-which-of-the-following-compound-cannot-act-as-a-lewis-base-1-clf-3-2-sf-4-3-pcl-5-4-nf-3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk2MTg4-what-is-the-temperature-at-which-mathrm-k-mathrm-c-20-4-and-mathrm-k-p-600-1-mathrm-for-the-reaction-mathrm-n-2-mathrm-o-4-mathrm-g-rightleftharpoons-2-mathrm-no-2-mathrm-g-note-a-round-off-to-the-nea https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk2MTk4-0-01-moles-of-a-weak-acid-ha-k-a-2-0-10-6-is-dissolved-in-1-0-l-text-of-0-1-m-hcl-solution-if-the-degree-of-dissociation-of-ha-is-x-10-5-find-the-value-of-x-rounded-off-to-the-nearest-integer-note-neg https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc4MTgw-an-acidic-buffer-is-obtained-on-mixing-1-100-ml-of-0-1-m-ch3cooh-and-100-ml-of-0-1-m-naoh-2-100-ml-of-0-1-m-hcl-and-200-ml-of-0-1-m-nacl-3-100-ml-of-0-1-m-hcl-and-200-ml-of-0-1-m-ch3coona-4-100-ml-of https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc4NTYw-if-the-equilibrium-constant-for-a-b-cisk-1-eqa-b-ciskeq-1-and-that-of-b-c-pisk-2-eqb-c-piskeq-2-the-equilibrium-constant-for-a-pa-p-is-1-k-2-eq-k-1-eqkeq-2-keq-1-2-k-1-eq-k-2-eqkeq-1-keq-2-3-k-1-eq-k https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc4NjM5-100-ml-of-0-1-m-hcl-is-taken-in-a-beaker-and-to-it-100-ml-of-0-1-m-naoh-is-added-in-steps-of-2-ml-and-the-ph-is-continuously-measured-which-of-the-following-graphs-correctly-depicts-the-change-in-ph-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc4Njg3-consider-the-following-reaction-mathrm-n-2-mathrm-o-4-g-rightleftharpoons-2-mathrm-no-2-g-delta-h-0-58-mathrm-kj-also-consider-the-following-stimuli-on-the-above-equilibrium-i-temperature-is-decreased https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc4ODQ3-for-a-reaction-x-y-2zx-y-2z-1-0-mol-of-x-1-5-mol-of-y-and-0-5-mol-of-z-were-taken-in-a-1-l-vessel-and-allowed-to-react-at-equilibrium-the-concentration-of-z-was-1-0-mol-l-1-the-equilibrium-constant-of https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5MjM1-arrange-the-following-solution-in-the-decreasing-order-of-poh-a-0-01-m-hcl-b-0-01-m-naoh-c-0-01-m-ch3coonach3coonach3coona-d-0-01-m-nacl-1-b-c-d-a-2-a-c-d-b-3-b-d-c-a-4-a-d-c-b-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5MjUx-the-correct-expression-for-the-following-reaction-is-fe2n-s-frac-3-2-h2-g-leftrightharpoons-2fe-s-nh3-g-1-kc-kp-rt-kc-kp-rt-kc-kp-rt-2-kc-kp-rt-3-2kc-kp-rt-3-2kc-kp-rt-3-2-3-kc-kp-rt-1-2kc-kp-rt-1-2kc https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5MzY1-if-the-solubility-product-of-ab2is3-20-10-11m3ab2is3-20-10-11m3ab2is3-20-10-11m3-then-the-solubility-of-ab2ab2ab2-in-pure-water-is-assuming-that-neither-kind-of-ion-reacts-with-water-1-2-10-4-mol-l-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDg5ODY4-two-solutions-a-and-b-each-of-100-l-was-made-by-dissolving-4-g-of-text-naoh-and-9-8-g-of-mathrm-h-2-mathrm-so-4-in-water-respectively-the-ph-of-the-resultant-solution-obtained-from-mixing-40-l-of-solu https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDkxNDg0-3g-of-acetic-acid-is-added-to-250-ml-of-0-1-m-hcl-and-the-solution-made-up-to-500-ml-to-20-ml-of-this-solution-0-5-ml-of-5-m-naoh-is-added-the-ph-of-the-solution-is-given-pka-of-acetic-acid-4-75-molar https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDkxNzgx-the-stoichiometry-and-solubility-product-of-a-salt-with-the-solubility-curve-given-below-are-respectively-1-mathrm-x-2-mathrm-y-2-times-10-9-mathrm-m-3-2-x-y-2-2-times-10-9-mathrm-m-3-3-x-y-2-4-times https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1Mzk1-k-sp-for-the-following-dissociation-is-1-6-times-10-5-mathrm-pbcl-2-mathrm-s-rightleftharpoons-mathrm-pb-mathrm-aq-2-2-mathrm-cl-mathrm-aq-which-of-the-following-choices-is-correct-for-a-mixture-of-30 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1NTAx-the-solubility-product-of-cr-oh-3-at-298-k-is-6-0-10-31-the-concentration-of-hydroxide-ions-in-a-saturated-solution-of-cr-oh-3-will-be-1-4-86-times-10-29-1-4-2-18-times-10-31-1-2-3-18-times-10-31-1-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246NDk1OTE5-given-below-are-two-statements-assertion-a-the-ph-of-water-increases-with-an-increase-in-temperature-reason-r-the-dissociation-of-water-into-h-and-oh-is-an-exothermic-reaction-1-both-a-and-r-are-true https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc2NzI1-if-solubility-product-of-zr3-po4-4zr3-po4-4-is-denoted-by-kspksp-and-its-molar-solubility-is-denoted-by-s-then-which-of-the-following-relation-between-s-and-kspksp-is-correct-1-s-ksp216-1-7s-ksp216-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc2Nzcx-for-the-following-reactions-equilibrium-constants-are-given-below-s-s-o2-g-so2-g-k1-1052-2s-s-3o2-g-2so3-g-k2-10129-the-equilibrium-constant-for-the-reaction-2so2-g-o2-g-2so3-g-is-1-10154-2-10181-3-10 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc2ODY5-for-the-reaction-2so2-g-o2-g-2so3-g-h-57-2-kj-mol-1-and-kc-1-7-1016-which-of-the-following-statements-is-incorrect-1-the-equilibrium-will-shift-in-the-forward-direction-as-the-pressure-increases-2-the https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3MzEz-consider-the-following-statements-a-the-correct-order-of-increasing-acidic-strength-is-ch4-nh3-hf-h2o-b-the-ionic-product-of-water-is-temperature-dependent-c-a-monobasic-acid-with-ka-10-5-has-a-ph-5-t https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3NTY3-what-is-the-molar-solubility-of-aluminum-hydroxide-al-oh-3-in-a-0-2-m-sodium-hydroxide-naoh-solution-given-solubility-product-of-al-oh-3-is-2-4-10-24-1-3-10-22-2-3-10-19-3-12-10-21-4-12-10-22-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc3ODAy-the-molar-solubility-of-cd-oh-2-is-1-84-10-5-m-in-water-the-expected-solubility-of-cd-oh-2-in-a-buffer-solution-of-ph-12-is-1-2-49-times-10-10-m-2-1-84-times-10-9-m-3-6-23-times-10-11-m-4-1-49-times-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5MDc1-an-aqueous-solution-contains-0-10-m-h2s-and-0-20-m-hcl-if-the-equilibrium-constant-for-the-formation-of-hs-from-h2s-is-1-0-10-7-and-that-of-s2-from-hs-ions-is-1-2-10-13-then-the-concentration-of-s2-io https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5MDc2-an-aqueous-solution-contains-an-unknown-concentration-of-ba2-when-50-ml-of-a-1-m-solution-of-na2so4-is-added-baso4-just-begins-to-precipitate-the-final-volume-is-500-ml-the-solubility-product-of-baso4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5NTMw-the-p-k-a-of-a-weak-acid-ha-and-p-k-b-of-a-weak-base-boh-are-3-2-and-3-4-respectively-the-ph-of-their-salt-ab-solution-is-1-7-0-2-1-0-3-7-2-4-6-9-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5OTM4-the-equilibrium-constant-at-298-k-for-a-reaction-a-b-c-d-is-100-if-the-initial-concentration-of-all-the-four-species-were-1-m-each-then-equilibrium-concentration-of-d-in-mol-l-1-will-be-1-0-182-2-0-81 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5Nzky-the-standard-gibbs-energy-change-at-300-k-for-the-reaction-2a-b-c2a-b-c-is-2494-2-j-at-a-given-time-the-composition-of-the-reaction-mixture-is-a-12-b-2and-c-12a-12-b-2andc-12-the-reaction-proceeds-in https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzA4MjQz-solubility-of-ca-oh-2-is-s-mol-l-1-the-solubility-product-ksp-under-the-same-condition-is-1-4s3-2-3s4-3-4s2-4-s3-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzA4Mjc3-the-species-among-the-following-that-act-as-both-br-nsted-acid-and-base-is-are-1-h-2po-2-2-hpo-2-3-3-hpo-2-4-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzA4MzE2-an-aqueous-solution-of-1m-nacl-and-1m-hcl-is-1-not-a-buffer-but-ph-7-3-a-buffer-with-ph-7-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzA4Mzcw-for-the-following-reaction-in-gaseous-phase-mathrm-co-frac-1-2-mathrm-o-2-longrightarrow-mathrm-co-2-quad-dfrac-k-c-k-p-text-is-1-rt-1-2-2-rt-1-2-3-rt-4-rt-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzA4Mzkz-one-of-the-following-equilibria-is-not-affected-by-change-in-volume-of-the-flask-the-correct-option-is-1-mathrm-pcl-5-g-rightleftharpoons-mathrm-pcl-3-g-mathrm-cl-2-g-2-mathrm-n-2-g-3-mathrm-h-2-g-rig https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzA4NDEz-ph-of-0-005m-calcium-acetate-pka-of-ch3cooh-4-74-is-1-7-04-2-9-37-3-9-26-4-8-37-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzA5MzQ4-consider-the-reaction-equilibrium-2-mathrm-so-2-g-mathrm-o-2-g-rightleftharpoons-2-mathrm-so-3-g-quad-delta-h-circ-198-mathrm-kj-on-the-basis-of-le-chatelier-s-principle-the-condition-favorable-for-th https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzA5MzU5-the-solubility-in-water-of-a-sparingly-soluble-salt-ab2-is-1-0-times-10-5-mol-l-1-its-solubility-product-will-be-1-4-times-10-15-2-4-times-10-10-3-1-times-10-15-4-1-0-times-10-10-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MzEwNTI3-which-one-of-the-following-statements-is-not-true-1-the-conjugate-base-of-mathrm-h-2-mathrm-po-4-text-is-mathrm-hpo-4-2-2-ph-poh-14-for-all-aqueous-solutions-3-the-ph-of-1-times-10-8-m-hcl-is-8-4-96-5 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjk4Njg0-the-conjugate-base-of-h-2po-4-is-1-po-4-3-2-p-2o-5-3-h-3po-4-4-hpo-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjk5MjYy-the-equilibrium-constant-for-the-reaction-mathrm-n-2-g-mathrm-o-2-g-rightleftharpoons-2-mathrm-no-g-at-temperature-t-is-4-times-10-4-the-value-of-kc-for-the-reaction-mathrm-no-g-rightleftharpoons-frac https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjk3NjY4-the-exothermic-formation-of-clf3-is-represented-by-the-equation-cl2-g-3f2-g-2clf3-g-hr-329kjcl2g-3f2g-2clf3g-hr-329kj-which-of-the-following-will-increase-the-quantity-of-clf3-is-an-equilibrium-mixtur https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjk4NjA4-in-a-closed-reaction-vessel-phosphorus-pentachloride-dissociates-as-follows-mathrm-pcl-5-g-rightleftharpoons-mathrm-pcl-3-g-mathrm-cl-2-g-if-the-total-pressure-at-equilibrium-of-the-reaction-mixture-i https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjg0Nzk0-the-pka-of-a-weak-acid-ha-is-4-5-the-poh-of-an-aqueous-buffered-solution-of-ha-in-which-50-of-the-acid-is-ionized-is-1-4-5-2-2-5-3-9-5-4-7-0-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjg0ODIy-in-a-saturated-solution-of-the-sparingly-soluble-electrolyte-agio3-molecular-mass-283-the-equilibrium-is-represented-by-agio3-s-ag-aq-io3-aq-agio3-s-ag-aq-io3-aq-if-the-solubility-product-constant-ksp https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjg0ODY0-the-first-and-second-dissociation-constants-of-an-acid-h2a-are-1-0-10-5-5-0-10-10-respectively-the-overall-dissociation-constant-of-the-acid-will-be-1-5-0-10-5-2-5-0-1015-3-5-0-10-15-4-0-2-105-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjg0MzUw-the-pka-of-a-weak-acid-ha-is-4-80-the-pkb-of-a-weak-base-boh-is-4-78-the-ph-of-an-aqueous-solution-of-the-corresponding-salt-ba-will-be-1-4-79-2-7-01-3-9-22-4-9-58-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjg0NjM4-for-the-three-reactions-a-b-and-c-listed-below-the-equilibrium-constants-are-provided-a-co-g-h2o-g-co2-g-h2-g-k1-b-ch4-g-h2o-g-co-g-3h2-g-k2-c-ch4-g-2h2o-g-co2-g-4h2-g-k3-which-of-the-following-relati https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjg0NjQw-the-equilibrium-constants-mathrm-kp-1-text-and-mathrm-kp-2-for-the-reactions-mathrm-x-rightleftharpoons-2-mathrm-y-text-and-mathrm-z-rightleftharpoons-mathrm-p-mathrm-q-are-given-as-1-9-assuming-equal https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5ODUy-in-aqueous-solution-the-ionization-constants-for-carbonic-acid-are-k-1-4-2-times-10-7-and-k-2-4-8-times-10-11-the-correct-statement-for-a-saturated-0-034-m-solution-of-the-carbonic-acid-is-1-the-conce https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5ODUz-the-solubility-product-of-silver-bromide-is-5-0-x-10-13-the-quantity-of-potassium-bromide-molar-mass-taken-as-120-g-mol-1-to-be-added-to-1-litre-of-0-05-m-solution-of-silver-nitrate-to-start-the-preci https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5ODc3-at-25-c-the-solubility-product-of-mg-oh-2-is-1-0-10-11-at-which-ph-will-mg2-ions-start-precipitating-in-the-form-of-mg-oh-2-from-a-solution-of-0-001-m-mg2-ions-1-8-2-9-3-10-4-11-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5Nzg3-a-vessel-at-1000-k-contains-co2-with-a-pressure-of-0-5-atm-some-of-the-co2-is-converted-into-co-on-the-addition-of-graphite-if-the-total-pressure-at-equilibrium-is-0-8-atm-the-value-of-k-is-1-1-8-atm https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjgwMDIy-the-dissociation-of-ha-is-represented-by-mathrm-ha-rightleftharpoons-mathrm-h-mathrm-a-given-that-the-ph-of-a-1-0-m-solution-is-5-find-the-dissociation-constant-1-5-2-5-x-10-8-3-1-x-10-5-4-1-x-10-10-1 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246MjgwMDI3-the-ksp-for-cr-oh-3-is-1-6x10-30-the-molar-solubility-of-this-compound-in-water-is-1-1-6-10201-6-1020-2-4-1-6-10-30-271-6-10-30-274-3-1-6-10-30-271-6-10-30-27-4-2-1-6-10-301-6-10-302-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5NjEy-given-that-the-ph-of-a-0-1-m-solution-of-acid-hq-is-3-the-ionization-constant-k-a-of-the-acid-is-1-1-10-3-2-1-10-5-3-1-10-7-4-3-10-1-1-2-3-4 https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5NjIx-if-the-equilibrium-constant-left-k-c-right-for-the-reaction-mathrm-n-2-mathrm-g-mathrm-o-2-mathrm-g-rightarrow-2-mathrm-no-mathrm-g-at-temperature-t-is-4-times10-4-then-what-will-be-the-value-of-k-c-f https://medminds.me/qbank/chemistry/equilibrium/?q=NP-b246Mjc5NzQy-the-amount-of-water-in-litres-that-must-be-added-to-1-litre-of-an-aqueous-solution-of-hcl-with-a-ph-of-1-to-create-an-aqueous-solution-with-ph-of-2-is-1-2-0-l-2-9-0-l-3-0-1-l-4-0-9-l-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjA0Nw-when-ch3ch2chcl2-is-treated-with-nanh2-the-product-formed-is-1-ch3-ch-ch2-2-ch3-c-equiv-ch-3-ch3ch2ch-nh2nh2-4-ch3ch2c-nh2cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjA0OA-chlorobenzene-reacts-with-mg-in-dry-ether-to-give-a-compound-a-a-and-ethanol-continue-to-react-in-order-to-produce-1-phenol-2-benzene-3-ethylbenzene-4-phenylether-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjA1OA-r-ch2-ccl2-r-rarr-reagentr-c-equiv-c-r-the-reagent-is-1-na-2-hcl-in-h2o-3-koh-in-c2h5oh-4-zn-in-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjA2OA-ethyl-chloride-is-converted-into-diethyl-ether-by-1-wurtz-reaction-2-grignard-reaction-3-perkin-s-reaction-4-williamson-s-synthesis-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjA2OQ-the-alkyl-halide-is-converted-into-an-alcohol-by-1-addition-2-substitution-3-dehydrohalogenation-4-elimination-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjEwMg-what-is-produced-when-br2-is-added-to-cis-but-2-ene-1-racemic-mixture-of-2-3-dibromobutane-2-meso-form-of-2-3-dibromobutane-3-dextro-form-of-2-3-dibromobutane-4-laevo-form-of-2-3-dibromobutane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjEzOQ-how-many-unique-substitution-products-can-be-formed-when-ethane-reacts-with-bromine-under-sunlight-1-9-2-6-3-8-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjE1OA-cl-obtained-by-chlorination-of-n-butane-will-be-1-meso-form-2-racemic-mixture-3-d-form-4-l-form-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjE3NQ-the-reactivity-order-of-halides-for-dehydrohalogenation-is-1-r-f-r-cl-r-br-r-i-2-r-i-r-br-r-cl-r-f-3-r-i-r-cl-r-br-r-f-4-thinsp-r-f-r-i-r-br-r-cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjIxMQ-in-sn2-reactions-the-correct-order-of-reactivity-for-the-following-compounds-ch3cl-ch3ch2cl-ch32chcl-and-ch33ccl-is-1-ch3cl-ch32chcl-ch3ch2cl-ch33ccl-2-ch3cl-ch3ch2cl-ch32chcl-ch33ccl-3-ch3ch2cl-ch3cl https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjIyNw-action-of-rmgx-with-vinyl-chloride-gives-1-alkane-2-alkyne-3-alkene-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NjIzNg-what-would-be-the-product-formed-when-1-bromo-3-chlorocyclobutane-reacts-with-two-equivalents-of-metallic-sodium-in-ether-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg1Ng-x-8594-cl2-benzotrichloride-8594-hydrolysis-y-x-and-y-respectievely-are-1-benzene-benzaldehyde-2-toluene-benzaldehyde-3-toluene-benzoic-acid-4-benzene-benzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg1Nw-benzene-on-reaction-with-a-mixture-of-hno3-and-h2so4-followed-by-reaction-of-cl2-fecl3-gives-1-3-chloro-1-nitrobenzene-2-2-chloro-1-nitrobenzene-3-4-chloro-1-nitrobenzene-4-a-mixture-of-2-chloro-and-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg1OA-a-yellow-precipitate-is-obtained-when-aqueous-agno3-is-added-to-a-solution-of-the-compound-1-ccl3cho-2-chi3-3-chcl3-4-c6h5ch2cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg1OQ-in-the-following-sequences-of-reactions-ch3ch2ch2i-rarr-koh-alc-a-rarr-br2-b-rarr-nanh2-nh3-c-the-end-product-c-is-1-alkene-2-alkanol-3-alkyne-4-alkyl-amine-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg2Mg-which-of-the-following-compounds-is-a-geminal-dihalide-ch-ndash-chbr-ch-br-ndash-ch-br-ch-ndash-chbr-ndash-ch-br-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg2NA-friedel-craft-s-reaction-of-bromobenzene-with-methyl-iodide-gives-1-o-bromotoluene-2-p-bromotoluene-3-o-and-p-bromotoluenes-4-m-bromotoluene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg2NQ-benzyl-chloride-c6h5ch2cl-can-be-prepared-from-toluene-by-chlorination-with-1-so2cl2-2-socl-3-s2cl2-4-naocl2-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg2Ng-when-vinyl-chloride-is-passed-through-alcoholic-koh-solution-1-it-dissolves-2-it-forms-vinyl-alcohol-3-it-forms-acetylene-4-it-has-no-action-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg2Nw-in-the-following-reaction-sequence-what-is-the-final-product-compound-z-1-mixture-of-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg2OA-the-reaction-rcl-nai-8594-acetoner-i-nacl-is-known-as-1-wurtz-reaction-2-fittig-reaction-3-frankland-s-reaction-4-finkelstein-s-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg2OQ-elimination-of-hbr-from-2-bromobutane-results-in-the-formation-of-1-equimolar-mixture-of-1-and-2-butene-2-predominantly-2-butene-3-predominantly-1-butene-4-predominantly-2-butyne-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg3MA-when-ch3-3cmgcl-reacts-with-d2o-it-produces-1-ch3-3cd-2-ch3-3od-3-cd3-3cd-4-cd3-3od-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg3MQ-benzoyl-chloride-is-prepared-from-benzoic-acid-by-1-cl2-hv-2-so2cl2-3-socl2-4-cl2-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg3Mg-in-the-following-sequences-of-reactions-ch3ch2ch2br-rarr-koh-alc-a-rarr-hbr-b-rarr-koh-aq-c-the-product-c-is-1-propene-2-propyne-3-propan-1-ol-4-propan-2-ol-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg3NA-identify-the-compound-that-does-not-give-the-iodoform-test-1-isopropyl-alcohol-2-3-methyl-2-butanone-3-isobutyl-alcohol-4-ethyl-methyl-ketone-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg3NQ-which-alkyl-halide-can-t-produce-a-white-precipitate-when-combined-with-an-alcoholic-agno3-solution-1-ethyl-chloride-2-allyl-chloride-3-isopropyl-chloride-4-vinyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg3Ng-identify-z-in-the-following-reaction-reaction-series-c2h5i-8594-kohalcoholic-x-8594-br2-y-8594-excesskcn-z-1-ch3-ch2-cn-2-ch2-cn-ch2-cn-3-ch2-br-ch2-cn-4-ch-cn-ch-cn-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246Njg3OQ-the-reaction-of-toluene-with-cl2-in-the-presence-of-fecl3-gives-predominantly-1-benzoyl-chloride-2-benzyl-chloride-3-o-and-p-chlorotoluene-4-m-chlorotoluene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-Rpb246NzA2MA-the-nitration-of-nitrobenzene-with-fuming-hno3-will-give-1-tnb-2-1-3-dinitrobenzene-3-picric-acid-4-1-4-dinitrobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246MjY4ODk-arrange-the-following-alkyl-halides-in-the-decreasing-order-of-sn1-reactivity-i-ch3ch2ch2cl-ii-ch2-chch-cl-ch3-iii-ch3ch2ch-cl-ch3-1-i-ii-iii-2-ii-i-iii-3-ii-iii-i-4-iii-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246MjY4OTA-butanenitrile-may-be-prepared-by-heating-1-propyl-alcohol-with-kcn-2-butyl-chloride-with-kcn-3-butyl-alcohol-with-kcn-4-propyl-chloride-with-kcn-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246MjY4OTI-the-correct-order-of-solvolysis-in-the-following-alkyl-halide-is-1-ch2-ch-ch2cl-ch3ch2ch2cl-2-ch2-ch-ch2cl-ch3ch2ch2cl-3-ch3ch2ch2cl-ch2-ch-ch2cl-4-ch2-ch-ch2cl-ch3ch2ch2cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246MjY4OTM-the-products-of-reaction-of-alcoholic-silver-nitrite-with-ethyl-bromide-are-1-ethane-2-ethene-3-ethyl-alcohol-4-nitroethane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246MjY4OTQ-order-of-nucleophilicity-in-polar-protic-solvent-is-1-i-br-f-cl-2-f-cl-br-i-3-i-cl-f-br-4-i-br-cl-f-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246MjY4OTU-phenylmagnesium-bromide-reacts-with-methanol-to-give-1-a-mixture-of-toluene-and-mg-oh-br-2-a-mixture-of-phenol-and-mg-me-br-3-a-mixture-of-anisole-and-mg-oh-br-4-a-mixture-of-benzene-and-mg-ome-br-1-2 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246MjY5MDc-debromination-of-meso-dibromobutane-gives-mainly-1-n-butane-2-1-butene-3-cis-2-butene-4-trans-2-butene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mjk2MjU-benzoylchloride-is-prepared-from-benzoic-acid-by-1-cl2-hv-2-so2-cl2-3-socl2-4-cl2-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mjk2MjY-which-haloarene-is-most-reactive-towards-the-electrophilic-substitution-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mjk4MDc-which-nitro-derivative-of-haloarene-is-most-reactive-towards-nucleophilic-substitution-reaction-1-2-3-4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246MzgxOTM-end-product-d-of-the-following-reaction-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk0Mjg-rarr-na-dryether-a-97-product-a-of-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk0MzE-which-hydrogen-can-the-br-radical-abstract-the-most-easily-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk0MzM-product-obtained-in-above-wurtz-reaction-is-8594-na-dryether-1-2-3-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MTk-cl-ch2-c-ch3ch3-ch2-ch2-cl-i-62-product-the-major-product-of-the-above-reaction-is-1-i-ch2-c-ch3ch3-ch2-ch2-cl-2-cl-ch2-c-ch3ch3-ch2-ch2-i-3-h2c-c-ch3-ch2-ch2-cl-4-cl-ch2-c-ch3ch3-ch2-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MjA-nai-1-mole-8594-acetone-a-major-product-of-this-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MjE-which-of-the-following-alkyl-halide-undergo-rearrangement-in-sn1-reaction-1-ch3-c-ch3-ch3-ch-i-ch3-2-3-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MjI-the-correct-sequence-among-the-following-for-the-below-mentioned-three-chlorides-in-decreasing-order-towards-sn1-reactivity-will-be-1-2-3-1-1-2-3-2-2-3-1-3-2-1-3-4-3-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MjM-which-compound-undergoes-nucleophilic-substitution-with-nacn-at-the-fastest-rate-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MjQ-rank-the-following-in-order-of-decreasing-rate-of-solvolysis-with-aqueous-ethanol-fastest-rarr-slowest-a-b-c-1-b-a-c-2-a-b-c-3-b-c-a-4-a-c-b-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MjU-which-of-the-following-reactant-will-not-favour-sn2-nucleophilic-substitution-reaction-1-2-ph-br-3-ch3-c-ch3ch3-ch2-br-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Mjc-8594-nbs-a-8594-ch3sna-b-product-b-is-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Mjg-what-is-the-major-product-of-the-following-reaction-h2c-ch-ch2-oh-8594-excesshbrproduct-1-ch3-ch-br-ch2-br-2-h2c-ch-ch2-br-3-ch3-ch-br-ch2-oh-4-ch3-ch-oh-ch2-oh-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Mjk-sn1-and-sn2-products-are-the-same-with-excluding-stereoisomer-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MzA-consider-the-nucleophilic-attacks-given-below-select-in-each-pair-that-shows-the-greater-sn2-reaction-rate-a-xa0-xa0-b-xa0-h3c-br-s-h-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-or-xa0-xa0 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MzM-addition-of-ki-accelerates-the-hydrolysis-of-primary-alkyl-halides-because-1-ki-is-soluble-in-organic-solvents-2-the-iodide-ion-is-a-weak-base-and-a-poor-leaving-group-3-the-iodide-ion-is-a-strong-bas https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MzU-the-product-x-in-the-below-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1MzY-what-is-the-relative-rate-of-reaction-of-the-following-amine-when-treated-with-methyl-iodide-1-a-b-c-2-a-c-b-3-b-c-a-4-b-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Mzc-major-product-of-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Mzg-anisole-8594-refluxexcesshi-conc-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Mzk-which-of-the-following-compounds-would-react-faster-with-nacn-in-an-sn2-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NDE-product-a-and-b-respectively-are-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NDI-8594-nh3-l-2eq-knh2-8594-thenh3on-c-8201-4h9-br-p-end-product-p-of-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NDM-a-in-the-above-reaction-maximum-saytzeff-product-will-obtained-when-a-x-i-b-x-cl-c-x-br-d-x-f-b-in-the-above-reaction-hofmann-product-is-major-when-x-is-a-i-b-cl-c-br-d-f-1-a-a-b-d-2-a-b-b-c-3-a-c-b-a https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NDY-product-the-product-of-the-above-mentioned-reaction-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NDg-major-product-of-the-reaction-is-1-2-3-4-ph-ch-ch-ph-ch3oh-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NDk-product-obtained-in-above-reactions-1-2-3-is-a-a-b-c-is-different-b-a-c-b-is-different-c-b-c-a-is-different-d-a-b-c-is-same-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NTA-ch3-ch3-mdash-c-mdash-ch-mdash-ch3-ch3br-rarr-etoha-major-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NTE-which-one-of-the-following-compound-will-be-least-susceptible-to-elimination-of-hydrogen-bromide-1-br-ch2-ch2-no2-2-br-ch2-ch2-ch3-3-br-ch2-ch2-cn-4-br-ch2-ch2-co2et-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NTI-two-alkenes-x-91-yield-and-y-9-yield-are-formed-when-the-following-compound-is-heated-the-structures-of-x-and-y-respectively-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NTM-in-the-dehydrohalogenation-of-2-bromobutane-which-conformation-leads-to-the-formation-of-cis-2-butene-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NTQ-end-product-d-in-the-given-sequence-is-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NTU-ch3-c-br-br-c-br-br-ch3-rarr-xnanh2-rarr-ych3lch3-c-equiv-c-c-equiv-c-ch3-if-x-and-y-mole-consumed-the-value-of-x-y-is-1-5-2-6-3-7-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NTY-the-major-product-obtained-in-the-reaction-of-1-phenyl-2-bromobutane-with-naome-is-1-trans-1-phenylbut-1-ene-2-cis-1-phenylbut-2-ene-3-1-phenyl-2-ethoxybutane-4-cis-1-phenylbut-2-ene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NTc-identify-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NTk-ph-ch-ch2-ch2-rarr-product-l-l-zn-cu-br-br-delta-product-of-the-above-reaction-is-1-ph-ch-ch-ch2-br-2-ph-3-ph-chbr-ch-ch2-4-ph-c-8801-c-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NjA-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NjE-x2192-etoh-x2206-kohamajor-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NjI-consider-the-following-reaction-the-product-is-1-a-primary-amine-2-a-tertiary-amine-3-a-secondary-amine-4-a-quaternary-ammonium-salt-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Njc-br-br-l-l-ch2-ch-ch-ch2-rarr-a-zn-dust-above-reaction-is-an-example-of-1-4-elimination-predict-the-product-1-ch3-ch-c-ch2-2-ch3-c-8801-c-ch3-3-ch3-ch2-c-8801-ch-4-h2c-ch-ch-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Njg-which-is-the-major-product-expected-from-the-following-sn2-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Njk-arrange-the-following-alkyl-bromides-in-decreasing-order-of-their-rate-of-e2-elimination-under-identical-conditions-a-b-c-compare-rate-of-e2-reaction-1-c-b-a-2-a-b-c-3-b-a-c-4-c-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NzE-which-is-the-major-product-of-the-following-reaction-8594-h2o-heatnaohproduct-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NzI-1-2-dichloro-ethane-nasch2ch2sna-8594-p-c4h8s2-unknown-product-p-of-the-above-reaction-is-1-2-3-h-s-ch-ch-ch-ch-s-h-4-h-ch-ch-ch2-s-h-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NzM-rarr-moistag2o-a-product-major-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1NzQ-8594-kcn-product-of-reaction-is-mom-chloride-methoxy-methyl-chloride-1-2-3-me-o-ch2-ch2-cn-4-cn-ch2-cn-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Nzg-alkyl-halides-can-be-obtained-by-all-methods-except-1-ch3ch2oh-8201-hcl-zncl2-8594-2-ch3-ch2-ch3-ch2-8594-cl2-uvlight-3-c2h5oh-8201-nacl-8594-4-ch3cooag-br2-ccl4-8594-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1Nzk-in-order-to-prepare-1-chloropropane-which-of-the-following-reactants-can-be-employed-1-propane-and-hcl-in-the-presence-of-peroxide-2-propene-and-cl2-followed-by-treatment-with-aq-koh-3-propanol-1-and https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1ODE-which-of-the-following-molecules-would-have-a-carbon-halogen-bond-most-susceptible-to-nucleophilic-substitution-1-2-fluorobutane-2-2-chlorobutane-3-2-bromobutane-4-2-iodobutane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk1ODI-when-benzyl-chloride-is-treated-with-ethanolic-kcn-the-major-product-formed-is-1-benzyl-ethyl-ether-2-benzyl-alcohol-3-benzyl-cyanide-4-benzyl-isocyanide-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4Njc-grignard-reagent-shows-addition-on-1-c-o-2-c-8801-n-3-c-s-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4Njk-pick-up-the-correct-statement-about-alkyl-halides-1-they-show-h-bonding-2-they-are-soluble-in-water-3-they-are-soluble-in-organic-solvents-4-they-do-not-contain-any-polar-bond-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4NzE-chlorination-of-cs2-gives-1-ccl4-2-cs2cl2-3-ch4-4-chcl3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4NzI-sodium-ethoxide-reacts-with-ethyl-iodide-to-yield-1-ch3ch3-2-c2h5och3-3-c2h5oc2h5-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4NzQ-which-set-of-reagents-will-produce-freon-ccl2f2-1-c-f2-cl2-rarr-2-ch3cl-f2-rarr-3-ccl4-hf-rarr-sbcl5-4-ccl4-f2-rarr-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4NzU-chloroform-is-kept-in-dark-colored-bottles-because-1-it-is-inflammable-2-it-gives-a-peroxide-3-it-undergoes-rapid-chlorination-4-it-is-oxidized-to-poisonous-phosgene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4NzY-which-statement-is-correct-1-c2h5br-reacts-with-alcoholic-koh-to-form-c2h5oh-2-c2h5br-when-treated-with-metallic-sodium-gives-ethane-3-c2h5br-when-treated-with-sodium-ethoxide-forms-diethyl-ether-4-c2 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4Nzc-ch3nh2-reacts-with-ch3mgx-to-give-1-acetone-2-alcohol-3-methane-4-ethane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4Nzg-ethylidine-dichloride-ch3chcl2-can-be-prepared-by-the-addition-of-hydrogen-chloride-on-1-c2h6-2-c2h4-3-c2h2-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4Nzk-the-reactivity-order-of-alkyl-halides-depends-upon-1-nature-of-alkyl-group-only-2-nature-of-halogen-atom-only-3-nature-of-both-alkyl-group-and-a-halogen-atom-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4ODA-an-alkyl-iodide-on-standing-darkens-due-to-1-hydrolysis-2-conversion-into-ether-3-liberation-of-iodine-4-formation-of-alkanes-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4ODE-the-given-reaction-is-an-example-of-c2h5br-aqu-kcn-rarr-c2h5cn-thinsp-kbr-1-elimination-2-nucleophilic-substitution-3-electrophilic-substitution-4-redox-change-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4ODM-in-the-following-sequences-of-reactions-ch3ch2ch2br-8594-hbrkoh-alc-a-8594-hbr-b-8594-koh-aq-c-the-product-c-is-1-propene-2-propyne-3-propan-1-ol-4-propan-2-ol-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4ODQ-chloroform-on-reduction-with-zn-and-hcl-alc-gives-1-formic-acid-2-chloretone-3-chloropicrin-4-methylene-dichloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4ODU-westrosol-is-1-acetylene-tetrachloride-2-acetylene-dichloride-3-trichloroehyne-4-1-1-2-trichloroethene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4ODk-reagent-not-used-to-prepare-an-alkyl-halide-from-an-alcohol-is-1-hcl-zncl2-2-nacl-3-pcl5-4-socl2-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4OTA-most-readily-hydrolysed-halide-is-1-c6h5cl-2-c6h5-2chcl-3-c6h5ch2cl-4-c6h5-3ccl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4OTE-identify-the-reason-ccl-is-insoluble-in-water-1-water-is-non-polar-2-ccl4-is-non-polar-3-water-and-ccl4-are-polar-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4OTM-in-the-reaction-ch3c-8801-c-175-na-8201-ch3-2chcl-8594-the-product-formed-is-1-4-methylpent-2-yne-2-propyne-3-propyne-and-propene-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4OTQ-chloral-is-1-ccl3-cho-2-ccl3coch3-3-ccl3co-ccl3-4-ccl3ch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4OTU-which-process-does-not-occur-during-formation-of-chcl3-from-c2h5oh-and-bleaching-powder-1-hydrolysis-2-oxidation-3-elimination-4-chlorination-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4OTY-which-of-the-following-compounds-undergo-e2-reactions-more-easily-1-ch-3-2c-ch-2ch-3-br-2-ch-3-ch-2-2ch-2cl-3-ch-3-ch-2-2ch-2i-4-i-ch-3-2-c-ch-2ch-3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4OTc-which-is-most-reactive-for-sn2-reactions-1-ch3i-2-c2h5i-3-c3h7i-4-c4h9i-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk4OTg-which-of-the-following-options-is-correct-1-ch3-ch-ch-ch3-predominates-2-ch2-ch-ch2-ch3-predominates-3-both-are-formed-in-equal-amounts-4-the-product-ratio-is-dependent-on-the-halogen-x-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk5MDI-ethylidene-dichloride-on-treatment-with-aqueous-koh-gives-1-ch3cho-2-ch2oh-ch2oh-3-hcho-4-cho-cho-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk5MDM-mark-the-appropriate-reagent-used-to-distinguish-vicinal-and-geminal-dihalides-1-koh-aq-2-koh-alc-3-zn-dust-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk5MDQ-a-compound-a-of-formula-c3h6cl2-on-reaction-with-alkali-can-give-b-of-formula-c3h6o-or-c-of-formula-c3h4-b-on-oxidation-gave-a-compound-of-the-formula-c3h6o2-c-with-dilute-h2so4-containing-hg2-ion-gav https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk5MDU-ethylene-on-treatment-with-chlorine-gives-1-ethylene-dichloride-2-ethylene-chlorohydrin-3-ch4-4-c2h6-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk5MDY-the-compound-a-forms-b-with-sodium-metal-and-again-a-forms-c-with-pcl5-but-b-and-c-form-diethyl-ether-thus-a-b-and-c-are-1-c2h5oh-c2h5ona-c2h5cl-2-c2h5oh-c2h5cl-c2h5ona-3-c2h5oh-c2h5cl-c2h4cl2-4-c2h5o https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk5MDc-the-halide-which-undergoes-nucleophilic-substitution-most-readily-is-1-p-h3cc6h4cl-2-o-h3coc6h4cl-3-p-clc6h4cl-4-p-o2nc6h4cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk5MDg-which-chloro-derivative-of-benzene-among-the-following-would-undergo-hydrolysis-most-readily-with-aqueous-naoh-to-furnish-the-corresponding-hydroxy-derivative-1-2-3-4-c6h5cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk5MDk-which-would-be-least-reactive-towards-bromine-1-nitrobenzene-2-anisole-3-phenol-4-chlorobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk5MTA-chlorobenzene-is-prepared-commercially-by-1-grignard-reaction-2-raschig-process-3-wurtz-fittig-reaction-4-friedel-crafts-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246Mzk5MTE-compound-a-c8h9br-gives-a-white-precipitate-when-warmed-with-alcoholic-agno3-oxidation-of-a-gives-an-acid-b-c8h6o4-b-easily-forms-anhydride-on-heating-identify-the-compound-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246NDAzNDc-agno3-aq-gives-yellow-ppt-with-1-kio3-aq-2-ki-aq-3-chi3-4-ch2i2-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246NDA4Njc-which-of-the-following-can-be-used-as-the-halide-component-for-friedel-crafts-reaction-1-chlorobenzene-2-bromobenzene-3-chloroethene-4-isopropyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246NDA4NzU-in-the-given-reaction-the-product-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246NDA4Nzc-consider-the-reaction-ch3ch2ch2br-nacn-8594-ch3ch2ch2cn-nabr-this-reaction-will-be-the-fastest-in-1-ethanol-2-methanol-3-n-n-dimethylformamide-dmf-4-water-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246NDA4ODE-the-compound-that-will-react-most-readily-with-gaseous-bromine-has-the-formula-1-c3h6-2-c2h2-3-c4h10-4-c2h4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246NDA5NjE-the-reaction-of-c6h5ch-chch3-with-hbr-produces-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246NDEyNTA-which-one-is-the-most-reactive-toward-sn1-reaction-1-c6h5ch-c6h5-br-2-c6h5ch-ch3-br-3-c6h5c-ch3-c6h5-br-4-c6h5ch2br-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246NDEzMjA-in-sn2-substitution-reaction-of-the-type-r-br-cl-8594-dmfr-cl-br-which-one-of-the-following-has-the-highest-relative-rate-1-ch3-ch2-ch2br-2-ch3-c-ch3h-ch2br-3-ch3-c-ch3ch3-ch2br-4-ch3ch2br-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246NTU3MTU-which-compound-in-each-of-the-following-pairs-will-react-faster-in-an-s-n-2-reaction-with-the-minus-oh-group-i-mathrm-ch-3-mathrm-br-or-mathrm-ch-3-mathrm-i-ii-left-mathrm-ch-3-right-3-mathrm-ccl-or-m https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246OTAxNjM-a-few-reactions-are-given-below-i-small-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-br-mathrm-koh-rightarrow-mathrm-ch-3-mathrm-ch-mathrm-ch-2-mathrm-kbr-mathrm-h-2-mathrm-o-ii-iii-select-the-reaction https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246OTA0NTU-which-of-the-following-biphenyls-is-optically-active-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246OTEyNjE-when-hydrolyzed-with-aqueous-koh-compounds-that-undergoes-racemization-are-i-ii-ch3ch2ch2cl-iii-iv-1-i-and-ii-2-ii-and-iv-3-iv-only-4-i-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246OTIxNjY-the-end-product-c-in-the-below-mentioned-reaction-is-h-3c-br-xrightarrow-bf-kcn-a-xrightarrow-bf-h-3o-b-xrightarrow-bf-text-ether-lialh-4-c-1-acetone-2-methane-3-acetaldehyde-4-ethyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246OTI2MjI-the-correct-order-of-increasing-c-x-bond-reactivity-toward-nucleophiles-among-the-following-is-i-emsp-emsp-emsp-emsp-ii-emsp-emsp-emsp-emsp-iii-left-mathrm-ch-3-right-3-mathrm-c-mathrm-x-iv-left-mathr https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246OTI2NzU-which-of-the-following-reactions-cannot-form-new-carbon-carbon-bonds-1-reimer-tiemann-reaction-2-cannizaro-reaction-3-wurtz-reaction-4-friedel-crafts-acylation-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTMxMzk4-among-the-following-which-hydrolysis-reaction-occurs-at-the-slowest-rate-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM1ODI1-given-the-following-reaction-the-structure-of-the-major-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM2NDU4-which-of-the-following-compounds-are-optically-active-i-xa0-ii-xa0-iii-xa0-iv-xa0-1-i-ii-2-i-iii-3-ii-iii-4-i-iv-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM2NDU5-rarr-nai-acetoneproduct-which-of-the-following-is-not-a-product-of-the-above-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM2NDYw-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM2NDYx-which-of-the-following-compound-would-not-give-an-e2-product-when-treated-with-sodium-ethoxide-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM2NDYy-in-which-reaction-product-formation-does-not-take-place-by-hoffmann-s-rule-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM2NDY1-what-would-be-the-major-product-of-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM5MzMw-in-which-of-the-following-compounds-the-c-mdash-cl-bond-ionization-shall-give-the-most-stable-carbonium-ion-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTQ4Mjc0-which-of-the-following-alkyl-halides-has-the-maximum-density-1-mathrm-c-3-mathrm-h-7-mathrm-i-2-mathrm-c-2-mathrm-h-5-mathrm-i-3-mathrm-ch-3-mathrm-i-4-mathrm-ch-3-mathrm-br-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTQ4Mjgx-pci5-reacts-with-propanone-to-give-1-gem-dichloride-2-vic-dichloride-3-propanal-4-propane-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYxNjA0-what-is-the-name-of-the-following-reaction-mathrm-c-2-mathrm-h-5-mathrm-cl-mathrm-agf-rightarrow-c-2-mathrm-h-5-mathrm-f-mathrm-agcl-1-finkelstein-reaction-2-swarts-reaction-3-hunsdiecker-reaction-4-h https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYxNjQy-for-sn1-reaction-the-preferred-solvent-will-be-1-water-2-benzene-3-ether-4-toluene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYxNjY5-the-compound-among-the-following-that-most-easily-converted-into-a-dehydrohalogenation-state-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYxOTUy-the-final-product-y-in-the-below-mentioned-reaction-is-1-2-3-ch3cooh-4-ch3cook-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYyNjc1-identify-the-final-product-y-in-the-following-reaction-sequence-chcl-3-xrightarrow-textbf-air-hv-x-xrightarrow-textbf-excess-bf-c-6h-6-alcl-3-y-1-cocl2-2-c6h5-co-c6h5-3-c6h5cho-4-c6h5cooh-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYzMDAz-at-low-temperature-the-slow-addition-of-molecular-bromine-1-eq-to-mathrm-h-2-mathrm-c-mathrm-ch-mathrm-ch-2-mathrm-c-equiv-mathrm-ch-gives-1-mathrm-ch-2-mathrm-ch-mathrm-ch-2-mathrm-cbr-mathrm-chbr-2 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYzMzc0-select-the-correct-option-based-on-statements-below-assertion-a-vinyl-chloride-can-be-easily-hydrolyzed-reason-r-resonance-is-not-observed-in-vinyl-chloride-1-both-a-and-r-are-true-and-r-is-the-correc https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTg4NTAz-when-nitromethane-is-treated-with-chlorine-in-the-presence-of-sodium-hydroxide-which-of-the-following-is-formed-as-the-main-product-1-monochloronitromethane-2-trichloromethane-3-chloropicrin-4-none-of https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkxMDA5-what-is-the-relation-between-the-two-optical-isomers-a-and-b-given-below-1-enantiomers-2-geometrical-isomers-3-structural-isomers-4-diastereomers-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODU2-which-of-the-following-c-x-bonds-is-the-strongest-1-ch-br-2-ch-cl-3-ch-i-4-ch-f-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODU3-the-c-cl-bond-of-chlorobenzene-in-comparison-to-the-c-cl-bond-in-methyl-chloride-is-1-shorter-and-weaker-2-shorter-and-stronger-3-longer-and-weaker-4-longer-and-stronger-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODYz-cl2-reacts-with-cs2-in-presence-of-i2-to-form-1-ccl4-2-cl3c-no2-3-chcl3-4-c2h5cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODY0-an-alkyl-halide-is-converted-into-alcohol-by-1-substitution-reaction-2-addition-reaction-3-elimination-reaction-4-coupling-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODY1-an-alkyl-halide-that-can-be-used-as-a-methylating-agent-is-1-c6h5cl-2-c2h5cl-3-ch3i-4-c2h5br-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODY2-which-of-the-following-compounds-has-the-lowest-boiling-point-1-pentyl-chloride-2-tertiary-butyl-chloride-3-isobutyl-chloride-4-n-butyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODY3-the-molecule-among-the-following-with-the-maximum-reactivity-towards-sn2-reaction-is-1-r3cx-2-rch2x-3-r2chx-4-ch3x-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODY4-what-is-the-correct-order-of-boiling-points-for-alkyl-halides-1-c2h5cl-c2h5br-c2h5i-2-c2h5i-c2h5br-c2h5cl-3-c2h5i-c2h5cl-c2h5br-4-c2h5br-c2h5i-c2h5cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODcw-substitution-of-chloride-takes-place-at-higher-temperatures-in-1-ch2-ch2-2-ch3ch-ch2-3-ch-equiv-ch-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODcx-chlorobenzene-on-heating-with-nh3-under-pressure-is-the-presence-of-cuprous-chloride-gives-1-nitrobenzene-2-aniline-3-benzamide-4-o-and-p-chloroaminobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODcy-which-halide-among-the-following-exhibits-the-highest-reactivity-in-an-sn1-reaction-1-sec-butyl-chloride-2-tert-butyl-chloride-3-n-butyl-chloride-4-allyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyODcz-how-many-positional-isomers-are-possible-for-dihalogen-derivatives-of-propane-1-five-5-2-two-2-3-three-3-4-four-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTQ0-what-is-the-primary-organic-product-formed-when-1-1-dibromoethane-is-heated-with-zinc-dust-1-ethyl-bromide-2-ethene-3-vinyl-bromide-4-2-butene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTQ2-the-decreasing-order-of-dipole-moment-of-methyl-halides-is-represented-by-1-mathrm-ch-3-mathrm-cl-mathrm-ch-3-mathrm-br-mathrm-ch-3-mathrm-f-2-mathrm-ch-3-mathrm-cl-mathrm-ch-3-mathrm-f-mathrm-ch-3-ma https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTQ5-which-of-the-following-is-the-most-suitable-solvent-for-mg-metal-to-react-with-alkyl-bromide-1-mathrm-c-6-mathrm-h-5-mathrm-och-3-2-mathrm-c-6-mathrm-h-5-mathrm-n-left-mathrm-ch-3-right-2-3-mathrm-c-2 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTUw-which-of-the-following-shows-geometrical-isomerism-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTUx-which-of-the-following-compounds-is-commonly-known-as-westron-and-is-used-as-a-good-industrial-solvent-1-acetylene-tetrachloride-2-trichloroethylene-3-dichlorodifluoromethane-4-hexachlorocyclohexane-1 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTUy-on-warming-with-silver-powder-chloroform-is-converted-into-1-hexachloroethane-2-acetylene-3-ethylene-4-carbon-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTU0-which-of-the-following-reacts-with-chloroform-and-base-to-form-phenyl-isocyanide-1-nitrobenzene-2-phenol-3-chlorobenzene-4-aniline-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTcx-which-of-the-following-will-react-with-water-1-chcl3-2-cl3ccho-3-ccl4-4-clch2ch2cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTcy-the-major-product-x-in-the-given-reaction-is-ch-3-ch-2-br-xrightarrow-textbf-agcn-x-1-ch3-ch2-cn-2-ch3-ch2ag-3-ch3-ch2nc-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTcz-in-the-reaction-of-p-chlorotoluene-with-knh2-in-liquid-nh3-the-major-product-is-1-o-toluidine-2-m-toluidine-3-p-toluidine-4-p-chloroaniline-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTc0-what-results-from-the-chlorination-of-toluene-in-the-presence-of-heat-and-light-and-then-further-treatment-with-aqueous-naoh-1-o-cresol-2-p-cresol-3-2-4-dihydroxytoluene-4-benzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTk0-what-happens-when-ccl4-is-treated-with-agno3-solution-1-a-white-precipitate-of-agcl-will-be-formed-2-no2-will-be-evolved-3-ccl4-will-dissolve-in-agno3-solution-4-nothing-will-happen-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTk2-chloroform-reacts-with-acetone-to-yield-1-insecticide-2-hypnotics-3-analgesic-4-isocyanide-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTk4-what-is-the-product-formed-when-an-alkyl-halide-reacts-with-text-rcooag-silver-carboxylate-1-ester-2-aldehyde-3-ether-4-ketone-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkzMDAx-what-results-from-the-reaction-of-2-bromopentane-with-alcoholic-koh-1-cis-2-pentene-2-trans-2-pentene-3-1-pentene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkzMDAy-the-mechanism-s-through-which-isopropyl-chloride-undergoes-hydrolysis-is-are-1-sn1-and-sn2-mechanisms-2-neither-sn1-nor-sn2-mechanisms-3-sn1-mechanism-only-4-sn2-mechanism-only-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkzMDA2-chloroform-is-slowly-oxidized-by-air-in-the-presence-of-light-and-air-to-form-1-phosgene-2-formyl-chloride-3-formaldehyde-4-trichloroethanol-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkzMDA3-isobutyl-bromide-may-be-obtained-from-isobutylene-and-hbr-in-the-presence-of-1-hydroquinone-2-diphenylamine-3-peroxide-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkzMDA5-what-results-from-the-reaction-of-4-bromobenzyl-chloride-and-nacn-in-ethanol-1-4-bromo-2-cyanobenzyl-chloride-2-4-cyanobenzyl-cyanide-3-4-cyanobenzyl-chloride-4-4-bromobenzyl-cyanide-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTk4MzYw-propene-upon-heating-with-mathrm-cl-2-text-at-500-circ-mathrm-c-forms-1-mathrm-ch-3-mathrm-chcl-mathrm-ch-2-mathrm-cl-2-mathrm-ch-2-mathrm-cl-mathrm-ch-mathrm-ch-2-3-mathrm-ch-2-mathrm-cl-mathrm-chcl https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTk4MzYy-2-bromopentane-is-heated-with-koh-in-ethanol-the-major-product-obtained-is-1-2-ethoxypentane-2-1-pentane-3-cis-2-pentane-4-trans-2-pentene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTk4MzY0-ethyl-bromide-reacts-with-lead-sodium-alloy-to-form-1-tetramethyl-bromide-2-tetraethyl-lead-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTk4MzY2-butanenitrile-is-formed-by-the-reaction-of-kcn-with-1-butyl-chloride-2-propyl-chloride-3-butyl-alcohol-4-propyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTk4MzY3-which-of-the-following-molecules-has-the-highest-melting-point-1-chlorobenzene-2-o-dichlorobenzene-3-m-dichlorobenzene-4-p-dichlorobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTk4Mzcy-chloroform-when-reacts-with-nitric-acid-gives-1-c2h5c-no-5sh-2-ch3-2choh-3-ccl3no2-4-ccl3no3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTk4Mzcz-on-sulphonation-of-c6h5cl-the-product-obtained-is-1-m-chlorobenzene-sulphonic-acid-is-formed-2-benzene-sulphonic-acid-is-formed-3-o-chlorobenzene-sulphonic-acid-is-formed-4-o-and-p-chlorobenzene-sulph https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTk4Mzc0-toluene-on-reaction-with-n-bromosuccinimide-gives-1-phenyl-bromomethane-2-o-bromomethyl-benzene-3-p-bromomethyl-benzene-4-m-bromomethyl-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjIzMDA3-the-iupac-name-of-the-following-compound-is-p-clc6h4ch2ch-ch3-2-1-1-minus-chloro-minus-4-minus-2-minus-methylpropyl-benzene-2-4-minus-chloro-minus-1-minus-2-minus-methylpropyl-benzene-3-1-minus-chloro https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjIzMDA4-what-is-the-iupac-name-for-ch3c-p-clc6h4-2ch-br-ch3-1-2-minus-bromo-minus-3-3-minus-bis-4-minus-chlorophenyl-butane-2-4-minus-bromo-minus-3-3-minus-bis-2-minus-chlorophenyl-butane-3-2-minus-bromo-minu https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjIzMDE0-what-is-the-correct-iupac-name-of-the-below-mentioned-compound-1-1-minus-chloro-minus-4-minus-1-minus-iodophenyl-minus-3-3-minus-dimethylbut-minus-1-minus-ene-2-1-minus-chloro-minus-1-minus-4-minus-io https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjIzMDE4-how-many-structural-isomers-are-possible-for-the-compound-with-molecular-formula-c-h-br-1-five-5-2-six-6-3-four-4-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjI5OTUz-the-reaction-below-is-an-example-of-1-addition-reaction-2-sn1-reaction-3-elimination-reaction-4-sn2-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTgy-match-the-compounds-in-column-i-with-their-respective-effects-in-column-ii-column-l-compounds-column-li-effect-a-chloramphenicol-i-malaria-b-thyroxine-ii-anaesthetic-c-chloroquine-iii-typhoid-fever-d https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTgz-match-the-items-in-column-i-and-column-ii-column-l-column-ll-a-sn1-reaction-1-vic-dibromide-b-elimination-of-hx-from-an-alkyl-halide-2-chlorobromocarbons-c-bromination-of-alkenes-3-racemisation-d-chem https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTg0-match-the-structures-of-compounds-given-in-column-i-with-the-classes-of-compounds-given-in-column-ii-column-i-column-ii-a-1-aryl-halide-b-2-alkyl-halide-c-3-vinyl-halide-d-4-allylic-halide-codes-a-b-c https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTg1-match-the-reactions-given-in-column-i-with-the-types-of-reactions-given-in-column-ii-and-mark-the-appropriate-option-column-i-column-ii-a-i-nucleophilic-aromatic-substitution-reaction-b-ii-electrophil https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTg3-the-correct-match-of-column-i-reactions-with-column-ii-name-of-reactions-is-column-i-column-ii-a-1-fittig-reaction-b-2-wurtz-fittig-reaction-c-3-finkelstein-reaction-d-4-sandmeyer-reaction-codes-a-b-c https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTg4-select-the-correct-option-based-on-statements-below-assertion-a-phosphorus-chlorides-tri-and-penta-are-preferred-over-thionyl-chloride-for-the-preparation-of-alkyl-chlorides-from-alcohols-reason-r-pho https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTg5-select-the-correct-option-based-on-statements-below-assertion-a-the-boiling-points-of-alkyl-halides-decrease-in-the-order-ri-rbr-rcl-rf-reason-r-the-boiling-points-of-alkyl-chlorides-bromides-and-iodi https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTkw-consider-the-given-two-statements-assertion-a-kcn-reacts-with-methyl-chloride-to-give-methyl-isocyanide-reason-r-cn-is-an-ambident-nucleophile-select-the-correct-option-1-both-a-and-r-are-true-and-r-i https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTky-select-the-correct-option-based-on-statements-below-assertion-a-the-presence-of-a-nitro-group-at-ortho-or-para-position-increases-the-reactivity-of-haloarenes-towards-nucleophilic-substitution-reason https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTk0-select-the-correct-option-based-on-statements-below-assertion-a-it-is-difficult-to-replace-chlorine-with-oh-in-chlorobenzene-in-comparison-to-that-in-chloroethane-reason-r-chlorine-carbon-mdash-cl-bon https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwNzYw-sulphuric-acid-is-not-used-during-the-reaction-of-alcohols-with-ki-and-acts-as-1-reducing-agent-2-electron-donor-3-electron-acceptor-4-oxidising-agent-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwNzYx-how-many-dihalogen-derivatives-of-propane-are-there-1-one-1-2-two-2-3-three-3-4-four-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMzNjQx-which-of-the-following-is-formed-when-propanone-reacts-with-pcl-1-gem-dichloride-2-vic-dichloride-3-propanal-4-propane-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjQ1MDg2-a-compound-that-does-not-undergo-sn1-reaction-with-oh-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjUxMTQw-c-6h-5ch-2br-xrightarrow-2-h-3o-1-mg-ether-mathrm-x-the-product-x-in-the-above-reaction-is-1-mathrm-c-6-mathrm-h-5-mathrm-ch-2-mathrm-oh-2-mathrm-c-6-mathrm-h-5-mathrm-ch-3-3-mathrm-c-6-mathrm-h-5-mat https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjUxMjQ0-which-of-the-following-compounds-undergoes-nucleophilic-substitution-reaction-most-easily-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjUxMjYw-consider-the-reactions-i-small-ch-3-2chch-2br-xrightarrow-c-2h-5oh-ch-3-2chch-2oc-2h-5-hbr-emsp-emsp-emsp-emsp-ii-small-ch-3-2chch-2br-xrightarrow-c-2h-5o-ch-3-2chch-2oc-2h-5-br-emsp-emsp-emsp-emsp-th https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY0ODI1-the-ndash-oh-group-of-an-alcohol-or-the-carboxylic-acid-can-be-replaced-by-ndash-cl-using-1-hypochlorous-acid-2-chlorine-3-hydrochloric-acid-4-phosphorous-pentachloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY0ODI3-chloropicrin-is-obtained-by-the-reaction-of-1-nitric-acid-on-chlorobenzene-2-chlorine-on-picric-acid-3-nitric-acid-on-chloroform-4-steam-on-carbon-tetrachloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY1Mzkx-given-below-is-a-reaction-sequence-begin-aligned-ch-3ch-2cl-xrightarrow-nacn-x-xrightarrow-h-2-ni-y-y-xrightarrow-text-acetic-anhydride-z-end-aligned-z-in-the-above-reaction-is-1-ch3ch2ch2nhcoch3-2-ch https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY1NDA3-ch-3ch-2chcl-2-upon-reaction-with-nanh-2-gives-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY1NzIy-the-compound-ch-3-ch-2-ch-cl-ch-3-obtained-by-chlorination-of-n-butane-is-an-example-of-1-meso-form-2-racemic-mixture-3-d-form-4-l-form-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY1NzI5-an-organic-compound-a-having-molecular-formula-c-h-cl-reacts-with-sodium-in-dry-diethyl-ether-to-give-a-hydrocarbon-this-hydrocarbon-on-monochlorination-gives-only-one-chloro-derivative-identify-compo https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY3NTc5-wurtz-reaction-is-not-preferred-for-the-preparation-of-alkanes-containing-an-odd-number-of-carbon-atoms-because-1-boiling-points-of-alkanes-obtained-in-the-mixture-are-very-close-2-melting-points-of-a https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY3NjIw-a-hydrocarbon-c5h10-does-not-react-with-chlorine-in-the-dark-but-gives-a-single-monochloro-compound-c5h9cl-in-bright-sunlight-hydrocarbon-could-be-1-benzene-2-cyclopentane-3-toluene-4-hexane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY3NjI3-a-ch3br-or-ch3i-b-ch3-3ccl-or-ch3cl-the-above-mentioned-compounds-that-react-faster-in-s-n2-reaction-with-oh-from-each-given-pair-respectively-are-1-ch3br-ch3i-2-ch3br-ch3-3ccl-3-ch3i-ch3cl-4-ch3i-ch3 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY3NjU0-out-of-c6h5ch2cl-and-c6h5chclc6h5-the-one-that-gets-easily-hydrolyzed-by-aqueous-koh-is-1-c6h5chclc6h5-2-c6h5ch2cl-3-both-react-equally-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY3NjU1-p-dichlorobenzene-has-a-higher-melting-point-than-those-of-o-and-m-isomers-because-1-more-energy-is-required-to-break-the-crystal-lattice-of-m-dichlorobenzene-2-more-energy-is-required-to-break-the-cr https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY3NjU2-primary-alkyl-halide-c4h9br-a-reacted-with-alcoholic-koh-to-give-compound-b-compound-b-is-reacted-with-hbr-to-give-c-and-it-was-found-that-c-is-an-isomer-of-a-a-with-sodium-metal-gives-compound-d-c8h1 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY5OTA2-find-the-substrate-that-reacts-with-hi-in-the-presence-of-zncl-to-produce-1-iodobutane-1-1-butanol-2-butane-3-butyne-4-butanal-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY5OTE3-the-best-substrate-for-the-preparation-of-1-iodobutane-in-the-presence-of-nai-dry-acetone-is-1-1-chlorobutane-2-n-butane-3-butanol-4-butyne-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY5OTIw-find-the-starting-compound-that-produces-1-bromobutane-in-the-presence-of-peroxide-1-1-butanol-2-but-1-ene-3-butyne-4-butanal-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY5OTIy-the-correct-iupac-name-for-the-following-structure-is-1-2-chloro-3-methylbutane-2-3-chloro-2-methylbutane-3-2-chloro-1-methylbutane-4-3-chloro-1-methylbutane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY5OTIz-the-iupac-name-of-the-major-product-upon-dehydrohalogenation-of-1-bromo-1-methylcyclohexane-with-sodium-ethoxide-in-ethanol-is-1-methylenecyclohexane-2-4-methylcyclohex-1-ene-3-1-methylcyclohex-1-ene https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY5OTI1-a-major-product-is-obtained-by-the-dehydrohalogenation-of-2-chloro-2-methyl-butane-with-sodium-ethoxide-in-ethanol-the-product-s-iupac-name-is-1-2-methyl-2-butene-2-2-methyl-1-butene-3-1-methyl-2-bute https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY5OTI4-the-iupac-name-of-the-major-product-upon-dehydrohalogenation-of-2-2-3-trimethyl-3-bromopentane-with-sodium-ethoxide-in-ethanol-is-1-2-2-3-trimethyl-3-bromopentene-2-3-4-4-trimethylpent-2-ene-3-3-4-4-t https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDA0-which-of-the-following-best-describes-the-classification-of-the-compound-ch-cch-ch-br-c-h-1-secondary-benzyl-halide-2-secondary-alkyl-halide-3-primary-alkyl-halide-4-secondary-allyl-halide-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDA1-ch3ch2ch-ch3-ch-c2h5-cl-is-1-secondary-benzyl-halide-2-secondary-alkyl-halide-3-primary-alkyl-halide-4-secondary-allyl-halide-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDA2-ch3ch2c-ch3-2ch2i-is-1-secondary-benzyl-halide-2-secondary-alkyl-halide-3-primary-alkyl-halide-4-secondary-allyl-halide-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDA3-the-compound-ch3-2chch-cl-ch3-can-be-classified-as-1-secondary-benzyl-halide-2-secondary-alkyl-halide-3-primary-alkyl-halide-4-secondary-allyl-halide-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDA5-the-reaction-of-alkyl-chlorides-with-aqueous-koh-and-alcoholic-koh-is-an-example-of-respectively-1-substitution-elimination-2-elimination-substitution-3-both-are-elimination-4-both-are-substitution-1 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDMy-what-is-the-major-product-when-n-butyl-chloride-is-heated-with-alcoholic-koh-1-but-1-ene-2-but-2-ene-3-1-butanol-4-2-butanol-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc3MTU0-find-the-correct-sequence-of-the-bond-enthalpy-of-the-c-x-bond-among-the-following-1-ch3-f-ch3-br-ch3-i-2-ch3-cl-ch3-f-ch3-br-ch3-i-3-ch3-f-ch3-cl-ch3-br-ch3-i-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc3MTYy-the-major-product-formed-in-the-dehydrohalogenation-reaction-of-2-bromo-pentane-is-pent-2-ene-this-product-formation-is-based-on-1-hofmann-rule-2-huckel-s-rule-3-saytzeff-s-rule-4-hund-s-rule-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzIyNjA3-the-product-b-in-the-given-reaction-is-isobutylene-hcl-rarr-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzM5Mzc5-which-of-the-following-is-suitable-to-synthesize-chlorobenzene-1-2-benzene-cl2-anhydrous-fecl3-3-phenol-nano2-hcl-cucl-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzM5NDA0-identify-the-statement-that-is-incorrect-regarding-chirality-1-a-racemic-mixture-shows-zero-optical-rotation-2-sn1-reaction-yields-a-1-1-mixture-of-both-enantiomers-3-the-product-obtained-by-sn2-react https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzM5Nzg0-the-correct-reaction-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzM5ODEy-the-product-formed-in-the-following-reaction-sequence-is-1-2-ch-3-ch-ch-ch-3-3-ch-3-ch-2-ch-ch-2-4-ch-3-ch-2-ch-2-ch-2-oh-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ2NDI3-predict-the-order-of-reactivity-of-the-following-four-isomers-towards-sn2-reaction-i-ch3ch2ch2ch2cl-ii-ch3ch2ch-cl-ch3-iii-ch3-2chch2cl-iv-ch3-3ccl-1-iv-iii-ii-i-2-i-ii-iii-iv-3-i-iii-ii-iv-4-iv-ii-ii https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ2NDk2-which-of-the-following-methods-is-incorrect-for-the-synthesis-of-alkenes-1-treatment-of-alkynes-with-na-in-liquid-nh3-2-heating-alkyl-halides-with-alcoholic-koh-3-treating-alkyl-halides-in-aqueous-koh https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzY2OTc5-the-following-compound-would-be-classified-as-1-vinylic-halide-2-benzylic-halide-3-aryl-halide-4-allylic-halide-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzY4MzAx-the-correct-order-for-the-rate-of-alpha-beta-dehydrohalogenation-for-the-following-compounds-is-i-ii-iii-1-i-ii-iii-2-ii-i-iii-3-iii-ii-i-4-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzY4MzEz-a-reaction-among-the-following-can-generate-isonitriles-as-a-major-product-a-r-x-hcn-rightarrow-b-r-x-agcn-rightarrow-c-r-x-kcn-rightarrow-d-r-x-nacn-xrightarrow-c-2h-5oh-h-2o-choose-the-most-appropri https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzY4MzY3-identify-x-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDU1MDI3-the-compound-that-will-undergo-s-n-1-reaction-with-the-fastest-rate-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDU1MDQw-what-are-the-major-products-a-and-b-formed-in-the-following-reaction-sequence-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDU1MDUy-the-products-a-and-b-obtained-in-the-following-reactions-respectively-are-begin-aligned-3-mathrm-roh-mathrm-pcl-3-rightarrow-3-mathrm-rcl-mathrm-a-mathrm-roh-mathrm-pcl-5-rightarrow-mathrm-rcl-mathrm https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDU2ODIy-text-ccl-2-text-f-2-is-one-of-the-most-common-haloalkanes-used-in-industries-the-reaction-through-which-it-is-manufactured-from-tetrachloromethane-is-called-1-finkelstein-reaction-2-sandmeyer-s-reacti https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDU2ODI3-which-of-the-following-is-the-most-preferred-method-for-preparing-pure-alkyl-chlorides-from-alcohols-1-mathrm-r-oh-hcl-xrightarrow-zncl-2-r-cl-h-2-o-2-mathrm-r-oh-pcl-5-r-cl-pocl-3-hcl-3-mathrm-r-oh-s https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE2NjE4-the-correct-structure-of-2-chloro-3-methylpentane-among-the-following-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ5MzE1-match-the-organic-compound-given-in-column-i-with-their-names-in-column-ii-select-the-correct-option-column-i-column-ii-a-ch2cl2-i-neo-pentyl-chloride-b-ch3-3cch2cl-ii-ethylidene-chloride-c-ch3chcl2-i https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE2NjIz-the-structure-of-major-monohalo-product-in-the-following-reaction-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE1MzEw-consider-the-following-reaction-ch-3-ch-2-ch-ch-2-hcl-longrightarrow-a-the-product-a-is-1-2-chloropropane-2-2-chlorobutane-3-1-chlorobutane-4-3-chloropropane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzY2NDU5-which-of-the-following-leads-to-the-formation-of-an-alkyl-halide-1-mathrm-c-2h-5oh-xrightarrow-text-red-p-br-2-2-mathrm-c-2h-5oh-xrightarrow-socl-2-3-mathrm-c-2h-5oh-xrightarrow-kbr-text-conc-h-2so-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYzMjg1-ch3ch2clnai-acetonech3ch2i-ch3ch2cl-acetonenaich3ch2i-ch3ch2cl-acetonenaich3ch2i-identify-the-reaction-given-above-1-swarts-reaction-2-finkelstein-reaction-3-gattermann-reaction-4-sandmeyer-s-reaction https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzkxMDg2-arrange-the-following-compounds-in-decreasing-order-of-their-boiling-points-i-mathrm-ch-3-mathrm-br-ii-mathrm-ch-3-mathrm-ch-2-mathrm-br-iii-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-br-iv-mathrm-ch https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ4NjA0-which-compound-among-the-following-possesses-the-least-value-of-dipole-moment-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDU5NjEw-para-dichlorobenzene-commonly-used-in-mothballs-is-also-known-as-1-1-2-dichlorobenzene-2-1-3-dichlorobenzene-3-2-4-dichlorobenzene-4-1-4-dichlorobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTE0-which-of-the-following-is-an-example-of-vic-dihalide-1-dichloromethane-2-1-2-dichloroethane-3-ethylidene-chloride-4-allyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTE1-the-position-of-br-in-the-compound-in-ch3ch-chc-br-ch3-2-can-be-classified-as-1-allyl-2-aryl-3-vinyl-4-secondary-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDk2MTA0-the-correct-pair-s-of-the-ambident-nucleophiles-is-are-a-mathrm-agcn-kcn-b-mathrm-rcooag-rcook-c-mathrm-agno-2-kno-2-d-mathrm-agi-ki-1-a-and-c-only-2-a-only-3-b-only-4-b-and-c-only-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5ODY3-what-is-the-structure-of-the-major-monohalo-product-in-the-following-reaction-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MDk1-match-the-items-in-column-i-with-the-column-ii-column-i-structures-column-ii-iupac-name-a-i-4-bromo-3-methylpent-2-ene-b-ii-3-bromo-2-methylpropene-c-iii-1-bromo-2-methylbut-2-ene-d-iv-4-bromopent-2-e https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5NTU2-what-is-the-correct-increasing-order-of-boiling-points-for-the-given-compounds-1-chloropropane-isopropyl-chloride-1-chlorobutane-1-1-chloropropane-isopropyl-chloride-1-chlorobutane-2-isopropyl-chlorid https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMTAx-haloalkanes-contain-halogen-atom-s-attached-to-the-sp3-hybridized-carbon-atom-of-an-alkyl-group-identify-haloalkanes-from-the-following-compounds-a-2-bromopentane-b-vinyl-chloride-chloroethene-c-2-chl https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTMz-which-is-the-correct-increasing-order-of-boiling-points-of-the-following-compounds-1-iodobutane-1-bromobutane-1-chlorobutane-butane-1-butane-1-chlorobutane-1-bromobutane-1-iodobutane-2-1-iodobutane-1 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ5ODI5-which-compound-among-the-following-has-the-highest-boiling-point-1-mathrm-ch-3ch-2ch-2ch-2cl-2-mathrm-ch-3chclch-2ch-3-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzg2NDEw-which-of-the-following-reactions-is-correct-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5ODc4-the-structure-of-major-mono-halo-products-in-the-following-reaction-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzg2MzU0-select-the-correct-statement-for-the-following-molecules-ch3f-ch3cl-ch3br-and-ch3i-1-dipole-moment-of-ch3-i-is-maximum-2-c-x-bond-enthalpy-of-ch3-f-is-minimum-3-dipole-moment-of-c-x-for-ch3-cl-is-more https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMTE4-which-of-the-following-compounds-can-be-classified-as-aryl-halides-i-p-clc6h4ch2ch-ch3-2-ii-p-ch3chcl-c6h4-ch2ch3-iii-o-brh2c-c6h4ch-ch3-ch2ch3-iv-c6h5-cl-choose-the-correct-option-1-i-ii-2-ii-iii-3-i https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzc5NzYw-which-of-the-following-possesses-the-highest-melting-point-1-p-dichlorobenzene-2-m-dichlorobenzene-3-o-dichlorobenzene-4-chlorobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ4ODI5-what-is-the-correct-order-of-density-for-the-following-compounds-1-mathrm-ch-2-mathrm-cl-2-mathrm-chcl-3-mathrm-ccl-4-2-mathrm-chcl-3-mathrm-ch-2-mathrm-cl-2-mathrm-ccl-4-3-mathrm-ccl-4-mathrm-chcl-3 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc5MzU3-what-is-the-correct-increasing-order-of-the-boiling-points-of-the-major-products-a-b-and-c-of-the-following-reactions-a-b-c-1-c-a-b-2-b-c-a-3-a-b-c-4-a-c-b-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzA4NDg3-which-property-differs-for-enantiomers-while-all-others-remain-identical-1-boiling-point-2-rotation-of-polarised-light-3-melting-point-4-solubility-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM4ODA1-which-of-the-following-molecules-can-exhibit-optical-activity-1-1-bromopropane-2-2-bromobutane-3-3-bromopentane-4-bromocyclohexane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYyOTk2-the-compound-having-two-chiral-centres-is-1-2-bromo-3-deuterobutane-2-1-bromo-2-deuterobutane-3-1-bromo-3-deuterobutane-4-1-bromo-4-deuterobutane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzk4MTM0-which-of-the-following-compounds-have-an-asymmetric-carbon-atom-a-b-c-d-1-a-b-2-b-d-3-c-d-4-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTEy-compound-s-among-the-following-with-an-asterisk-asymmetric-carbon-is-are-1-a-b-c-d-2-a-b-c-3-b-c-d-4-a-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzg5NzYz-identify-the-compounds-among-the-following-that-show-chirality-1-ii-and-iv-2-i-and-iv-3-ii-and-iii-4-i-and-ii-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzk0NDEx-which-of-the-following-statements-are-true-a-enantiomers-are-non-superimposable-mirror-images-b-the-process-of-converting-an-enantiomer-into-a-racemic-mixture-is-known-as-racemization-c-enantiomers-po https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzk1NDI5-the-incorrect-statement-regarding-enantiomers-among-the-following-is-1-enantiomers-have-an-identical-refractive-index-2-enantiomers-have-the-same-chemical-properties-3-enantiomers-are-superimposable-m https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ5NzQz-which-among-the-following-is-optically-inactive-compound-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MDk4-consider-the-following-reaction-identify-the-products-a-and-b-respectively-1-a-r-ch2-cn-b-r-ch2-nc-2-a-r-ch2-nc-b-r-ch2-cn-3-a-r-nch-ch3-b-r-ch2-cn-4-a-r-ch2-nc-b-r-chn-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYzNDA5-assertion-a-the-reactivity-of-alkyl-halide-for-nucleophilic-substitution-reaction-follows-the-order-rl-rbr-rcl-reason-r-leaving-ability-of-halide-ions-follows-the-order-i-br-cl-1-both-a-and-r-are-true https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYyNjI1-consider-the-given-reaction-3ch3cl-sbf3-3ch3f-sbcl3-the-name-of-the-above-reaction-is-1-finkelstein-reaction-2-sandmeyer-s-reaction-3-gattermann-reaction-4-swart-s-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzkxMjA0-match-the-reactions-from-column-i-with-their-respective-names-from-column-ii-and-select-the-correct-option-column-i-reaction-column-ii-name-of-reaction-a-2-mathrm-c-2-mathrm-h-5-mathrm-br-2-mathrm-na https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYzOTEw-assertion-a-aryl-halides-and-vinyl-halides-are-less-reactive-than-alkyl-halides-and-are-not-easily-hydrolyzed-reason-r-the-cleavage-bond-in-aryl-halides-acquires-a-double-bond-character-due-to-resonan https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzY2NzE5-1-bromopropane-is-reacted-with-reagents-in-column-i-to-give-products-in-column-ii-match-the-reagent-in-column-i-with-the-corresponding-product-in-column-ii-column-i-2-bromopropane-reagent-column-ii-pr https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ2OTYz-given-the-following-organic-reaction-identify-the-major-product-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTA1-the-order-of-reactivity-of-following-alcohols-with-halogen-acids-is-i-ii-iii-1-i-ii-iii-2-iii-ii-i-3-ii-i-iii-4-i-iii-ii-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5ODgz-the-structure-of-major-monohalo-products-in-the-following-reaction-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTEx-arrange-the-following-compounds-in-increasing-order-of-their-boiling-points-i-ii-iii-1-ii-i-iii-2-i-ii-iii-3-iii-i-ii-4-iii-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE2NjIw-statement-i-sulphuric-acid-not-used-during-the-reaction-of-alcohols-with-ki-statement-ii-h2so4-is-an-oxidizing-agent-it-oxidizes-hi-produced-in-the-reaction-to-i2-1-both-statement-i-and-statement-ii-a https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzkxMTg5-match-the-reactions-given-in-column-i-with-the-type-of-reactions-effects-mentioned-in-column-ii-and-mark-the-appropriate-choice-column-i-reaction-column-ii-type-of-reaction-effect-a-i-beta-text-elimin https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTA5-the-most-suitable-reagent-for-the-following-conversion-is-begin-align-ch-3ch-2ch-2ch-3-rightarrow-ch-3ch-2ch-2ch-2cl-ch-3ch-2chclch-3-end-align-1-cl2-uv-light-2-nacl-h2so4-3-cl2-gas-in-the-dark-4-cl2 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ0MjE2-match-list-i-with-list-ii-list-i-reaction-list-ii-type-of-reaction-a-i-nucleophilic-substitution-b-ii-saytzeff-elimination-c-iii-electrophilic-addition-d-iv-electrophilic-substitution-choose-the-corre https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzg2NDkw-which-of-the-following-compounds-can-yield-only-one-monochlorinated-product-upon-free-radical-chlorination-1-2-2-dimethylpropane-2-2-methylpropane-3-2-methylbutane-4-n-butane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzA4NTk5-in-which-of-the-following-sn1-reaction-is-feasible-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQwMTg3-assertion-a-isopropyl-chloride-is-more-reactive-than-ch3br-in-sn2-reactions-reason-r-sn2-reactions-are-always-accompanied-by-inversion-of-configuration-1-both-a-and-r-are-true-and-r-is-the-correct-exp https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ2OTE0-on-the-reaction-of-haloalkane-s-with-a-reagent-a-isocyanide-s-is-obtained-as-the-major-product-what-is-a-1-kcn-2-nacn-3-hcn-4-agcn-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzI4NDQ5-the-reason-behind-formation-of-isocyanide-in-the-reaction-between-alkyl-halide-and-agcn-is-1-agcn-is-an-electrovalent-compound-2-agcn-is-a-covalent-compound-3-in-cn-lone-pair-of-e-s-is-present-on-carb https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc5NTA3-identify-a-and-b-in-the-chemical-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY1Mzgw-the-reactivity-order-of-halides-for-dehydrohalogenation-is-1-r-f-r-cl-r-br-r-i-2-r-i-r-br-r-cl-r-f-3-r-i-r-cl-r-br-r-f-4-r-f-r-i-r-br-r-cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM5NTc5-the-given-reaction-will-be-the-fastest-in-which-of-the-following-solvents-ch3-ch2-ch2-br-nacn-ch3-ch2-ch2-cn-nabr-1-ethanol-2-methanol-3-n-n-dimethylformamide-dmf-4-water-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDY4ODg5-consider-the-following-reaction-the-reaction-method-given-above-is-not-suitable-for-the-preparation-of-the-corresponding-haloarene-products-due-to-high-reactivity-of-halogen-when-x-is-1-f-2-i-3-cl-4-b https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjk5MjIz-which-aryl-halide-is-most-reactive-towards-aromatic-nucleophilic-substitution-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDU0NTA1-given-below-are-two-statements-statement-i-sn2-reaction-is-a-stereospecific-reaction-statement-ii-in-an-sn1-reaction-a-racemic-mixture-is-obtained-1-statement-i-is-true-but-statement-ii-is-false-2-sta https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzk1MjY5-which-of-the-following-reactions-is-used-to-prepare-toluene-from-bromobenzene-1-wurtz-reaction-2-fittig-reaction-3-wurtz-fittig-reaction-4-swartz-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTEw-arrange-the-following-compounds-in-the-increasing-order-of-their-densities-i-ii-iii-iv-1-i-ii-iii-iv-2-i-iii-iv-ii-3-iv-iii-ii-i-4-ii-iv-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MTc5-consider-the-reaction-sequence-given-below-the-correct-statement-among-the-following-is-1-changing-the-concentration-of-base-will-have-no-effect-on-reaction-1-2-changing-the-concentration-of-base-will https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzM1MzEz-which-of-the-following-solvents-favours-s-n2-mechanism-1-non-polar-solvent-2-polar-protic-solvent-3-polar-aprotic-solvent-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTMyNjcy-match-the-column-column-i-name-reaction-column-i-representation-of-reaction-p-finkelstein-reaction-i-q-lucas-reaction-ii-r-wurtz-reaction-iii-s-gattermann-koch-reaction-iv-1-p-iv-q-iii-r-ii-s-i-2-p-i https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYzMDE2-the-most-reactive-compound-for-sn2-reaction-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE2NjI5-in-the-following-pairs-of-halogen-compounds-which-compound-undergoes-faster-sn1-reaction-the-correct-option-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzk1NDg4-choose-the-incorrect-statement-regarding-sn2-reactions-1-as-the-concentration-of-nucleophiles-increases-the-reaction-rate-increases-2-both-the-attack-of-the-nucleophile-and-the-departure-of-the-leavin https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246MzQ4MTM-product-of-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjIzNjU2-identify-the-compound-y-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDY4ODYy-the-major-product-c-in-the-below-mentioned-reaction-is-1-propan-1-ol-2-propan-2-ol-3-propane-4-propyne-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzk4MDA2-in-an-s-n2-reaction-what-is-the-correct-reactivity-order-of-these-alkyl-halides-1-rf-rcl-rbr-ri-2-rf-rbr-rcl-ri-3-rcl-rbr-rf-ri-4-ri-rbr-rcl-rf-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTk1-given-below-are-two-statements-assertion-a-it-is-difficult-to-replace-chlorine-by-oh-in-chlorobenzene-in-comparison-to-that-in-chloroethane-reason-r-chlorine-carbon-c-cl-bond-in-chlorobenzene-has-a-pa https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTQxMzQ5-which-of-the-following-is-the-halogen-exchange-reaction-1-r-x-nai-xrightarrow-text-acetone-ri-nax-2-3-r-oh-hx-xrightarrow-text-zncl-2-r-x-h2o-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTIz-the-reaction-of-toluene-with-chlorine-in-the-presence-of-iron-and-in-the-absence-of-light-produces-1-2-3-4-mixture-of-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTMy-arrange-the-compounds-in-increasing-order-of-rate-of-reaction-towards-nucleophilic-substitution-1-i-ii-iii-2-ii-i-iii-3-iii-ii-i-4-i-iii-ii-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYyOTE3-choose-the-correct-statement-among-the-following-about-freons-1-they-are-used-as-a-cancer-medicine-2-they-are-chlorofluorocarbon-compounds-3-these-are-toxic-organic-compounds-4-these-are-flammable-com https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjIzOTg4-which-of-the-following-compounds-are-haloalkanes-a-2-bromopentane-b-vinyl-chloride-chloroethene-c-2-chloroacetophenone-d-trichloromethane-option-1-a-and-c-2-a-and-d-3-b-and-c-4-c-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzkxMjE5-match-column-i-compounds-with-column-ii-uses-and-mark-the-appropriate-option-column-i-compounds-column-ii-uses-a-carbon-tetrachloride-i-paint-remover-b-methylene-chloride-ii-refrigerators-and-air-cond https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTg4Mjg3-match-the-compounds-given-in-column-i-with-suitable-items-given-in-column-ii-column-i-compound-column-ii-uses-a-iodoform-1-fire-extinguisher-b-carbon-tetrachloride-2-insecticide-c-cfc-3-antiseptic-d-d https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTg2-match-the-structures-given-in-column-i-with-the-iupac-names-in-column-ii-column-i-structure-column-ii-iupac-name-a-i-4-bromopent-2-ene-b-ii-4-bromo-3-methylpent-2-ene-c-iii-1-bromobut-2-ene-d-iv-1-bro https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTQ4Mjc2-which-of-the-following-statements-about-alkyl-halides-is-correct-1-they-show-h-bonding-2-they-are-soluble-in-water-3-they-are-soluble-in-organic-solvents-4-they-do-not-contain-any-polar-bond-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTQ4Mjc5-what-causes-an-alkyl-iodide-to-darken-on-standing-1-hydrolysis-2-conversion-into-ether-3-liberation-of-iodine-4-formation-of-alkanes-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY3NjE5-the-correct-sequence-for-increasing-dipole-moment-is-1-ccl4-chcl3-ch2cl2-2-chcl3-ch2cl2-ccl4-3-ccl4-ch2cl2-chcl3-4-ch2cl2-ccl4-chcl3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYzMDQ2-what-is-the-total-number-of-stereoisomers-of-ch3-ch-ch-chclch3-1-eight-8-2-three-3-3-four-4-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY3NjIx-the-compound-with-the-formula-c4h9br-has-how-many-structural-isomers-1-6-2-3-3-5-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTEz-which-of-the-following-is-an-enantiomer-of-the-given-molecule-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjUxNzkz-the-halogen-exchange-reaction-among-the-following-is-exhibited-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTkyOTQ3-the-reactivity-order-of-halides-for-dehydrohalogenation-reactions-is-1-r-f-r-cl-r-br-r-i-2-r-i-r-br-r-cl-r-f-3-r-i-r-cl-r-br-r-f-4-r-f-r-i-r-br-r-cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTQ4MjYy-the-product-c-in-the-below-mentioned-reaction-is-ch-3-ch-2-ch-2-br-xrightarrow-textbf-koh-alc-a-xrightarrow-textbf-hbr-b-xrightarrow-textbf-koh-aq-c-1-propene-2-propyne-3-propan-1-ol-4-propan-2-ol-1-2 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTAwMTYy-which-of-the-options-is-correct-about-product-a-1-product-is-aromatic-2-product-has-a-high-dipole-moment-3-product-has-less-resonance-energy-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYyNjE2-the-products-a-and-b-in-the-below-reactions-are-respectively-1-1-1-pocl3pocl3pocl3-andandand-h3po3h3po3h3po3-2-2-2-pcl3pcl3pcl3-andandand-h3po3h3po3h3po3-3-3-3-h3po4h3po4h3po4-andandand-pocl3pocl3pocl https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTQ4MjY5-hc-equiv-cna-cl-ch-2-ch-2-ch-2-i-rightarrow-a-the-major-product-a-in-the-above-reaction-is-1-h-c-c-ch2-ch2-ch2-i-2-ch2-ch-ch2-i-3-h-c-c-ch2-ch2-ch2-cl-4-ch2-ch-ch2-cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTQ4MjYw-when-vinyl-chloride-is-passed-through-an-alcoholic-koh-solution-which-of-the-following-is-correct-1-it-gets-dissolved-2-it-forms-vinyl-alcohol-3-it-forms-acetylene-4-it-has-no-action-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM5NTU4-the-x-and-y-in-the-below-mentioned-reaction-are-x-y-1-dilute-aqueous-naoh-20-oc-hbr-acetic-acid-20-oc-2-concentrated-alcoholic-naoh-80-oc-hbr-acetic-acid-20-oc-3-diluted-aqueous-naoh-20-oc-br2-chcl3-0 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTA5ODk5-products-a-and-b-in-the-given-below-reactions-respectively-are-a-b-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTk2-select-the-correct-option-based-on-statements-below-assertion-a-hydrolysis-of-2-bromooctane-proceeds-with-an-inversion-of-configuration-reason-r-this-reaction-proceeds-through-the-formation-of-a-carbo https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM5NTYx-what-is-the-total-number-of-chiral-products-produced-by-monochlorination-of-2-methylbutane-1-two-2-2-four-4-3-six-6-4-eight-8-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM5NTI4-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTIxNjc5-sandmeyer-s-reaction-described-by-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246ODkxNzc-consider-the-reaction-this-reaction-will-be-the-fastest-in-1-ethanol-2-methanol-3-n-n-dimethylformamide-dmf-4-water-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjIzNjU3-the-reaction-of-toluene-with-a-halogen-in-the-presence-of-iron-iii-chloride-gives-ortho-and-para-halocompounds-this-can-be-classified-as-1-electrophilic-elimination-reaction-2-electrophilic-substituti https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTIxNjc3-which-of-the-following-molecules-can-readily-undergo-the-sn2-mechanism-1-left-mathrm-ch-3-right-3-mathrm-c-mathrm-cl-2-mathrm-ch-2-mathrm-ch-mathrm-cl-3-mathrm-ch-2-mathrm-ch-mathrm-ch-2-mathrm-ch-2-m https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjIzNjcy-what-results-from-treating-chloromethane-with-excess-ammonia-1-n-n-dimethylmethanamine-n-ch-3-3-2-n-methylmethanamine-ch3-nh-ch3-3-methanamine-ch3nh2-4-mixture-containing-all-these-in-equal-proportion https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTExNzY4-how-is-m-bromotoluene-prepared-1-bromination-of-toluene-2-friedel-craft-s-reaction-of-bromobenzene-with-ch3cl-3-bromination-of-nitrobenzene-and-subsequent-replacement-of-no2-group-with-an-ethyl-group https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTQ4Mjcw-what-is-the-major-product-a-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjAwODky-a-compound-among-the-following-with-the-maximum-reactivity-toward-electrophilic-aromatic-substitution-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246ODkxNTM-compound-among-the-following-that-can-be-used-as-the-halide-component-in-the-friedel-crafts-reaction-1-chlorobenzene-2-bromobenzene-3-chloroethene-4-isopropyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTk3-select-the-correct-option-based-on-statements-below-assertion-a-nitration-of-chlorobenzene-leads-to-the-formation-of-m-nitrochlorobenzene-reason-r-no2-group-is-an-m-directing-group-1-both-a-and-r-are https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTkz-select-the-correct-option-based-on-statements-below-assertion-a-in-monohaloarenes-further-electrophilic-substitution-occurs-at-ortho-and-para-positions-reason-r-the-halogen-atom-is-a-ring-deactivator https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjIzNjYy-which-of-the-following-is-a-vic-dihalide-1-dichloromethane-2-1-2-dichloroethane-3-ethylidene-chloride-4-allyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjA2Mjky-chloretone-used-as-a-drug-is-prepared-by-the-reaction-of-acetone-with-1-chlorine-2-ethyl-chloride-3-chloroform-4-ethylene-dichloride-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTQ4Mjc4-the-set-of-reagents-used-to-produce-freon-ccl2f2-are-1-c-f2-cl2-2-ch3cl-f2-3-ccl-4-hf-xrightarrow-sbcl-5-4-ccl4-f2-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTkyODE4-two-products-x-and-y-are-formed-in-the-following-reaction-sequence-the-suitable-method-that-can-be-used-for-the-separation-of-products-x-and-y-is-1-continuous-extraction-2-differential-extraction-3-fr https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTkyODEy-in-the-following-reaction-sequence-x-and-z-respectively-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTkyODEx-the-number-of-chlorine-atoms-present-in-the-organic-products-x-and-y-of-the-following-reactions-respectively-are-1-3-and-6-2-6-and-6-3-6-and-3-4-3-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTM1MTY5-how-many-products-including-stereoisomers-are-expected-from-monochlorination-of-the-following-compound-1-5-2-6-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTM1MTYy-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-undergoes-s-n2-reaction-faster-than-reason-r-iodine-is-a-better-leaving-group-because-of https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDY4ODUw-the-major-product-d-formed-in-the-following-reaction-sequence-is-1-2-3-mathrm-ch-3ch-2oh-4-mathrm-ch-3ch-2cl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY0MDA3-which-of-the-following-undergoes-nucleophilic-substitution-exclusively-by-sn1-mechanism-1-ethyl-chloride-2-isopropyl-chloride-3-benzyl-chloride-4-chlorobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjY3NjIy-the-correct-statement-regarding-ambident-nucleophiles-is-1-nucleophiles-have-equal-atomic-weight-2-nucleophiles-have-only-five-electrons-3-nucleophiles-have-two-nucleophilic-sites-4-nucleophiles-have https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MDk0-the-correct-statement-among-the-following-about-the-structural-isomers-of-c5h11br-is-1-it-has-a-total-of-8-structural-isomers-4-are-primary-alkyl-bromide-isomers-and-2-are-tertiary-alkyl-bromide-isome https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MDk2-find-the-number-of-monochloro-structural-isomers-formed-on-the-free-radical-monochlorination-of-2-methylbutane-ch-chch-ch-1-five-5-2-three-3-3-four-4-4-six-6-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MDk3-consider-the-following-reaction-what-is-the-major-product-a-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MTAw-in-the-following-pairs-of-halogen-compounds-the-pair-that-would-undergo-sn2-reaction-faster-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MTAx-correct-statement-among-the-following-is-a-for-sn2-reactivity-order-is-ch3ch2ch2ch2br-ch3-2chch2br-ch3ch2ch-br-ch3-ch3-3cbr-b-for-sn1-reactivity-order-is-ch3-3cbr-ch3ch2ch-br-ch3-ch3ch2ch2ch2br-ch3-2c https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MTA1-the-incorrect-matches-among-the-following-are-a-b-c-d-1-a-b-2-b-c-d-3-c-d-4-c-b-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MTA2-given-below-are-two-statements-assertion-a-chlorine-is-an-electron-withdrawing-group-yet-it-is-ortho-para-directing-in-electrophilic-aromatic-substitution-reactions-reason-r-a-halogen-atom-is-a-ring-d https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE1MzEx-the-product-a-in-the-following-reaction-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5Nzk4-the-correct-structure-of-1-chloro-4-ethylcyclohexane-among-the-following-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5ODA3-the-correct-structure-of-4-tert-butyl-3-iodoheptane-among-the-following-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5ODEz-the-correct-structure-of-1-4-dibromobut-2-ene-among-the-following-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5ODIy-the-correct-structure-of-1-bromo-4-sec-butyl-2-methylbenzene-among-the-following-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE2NjIx-find-the-possible-number-of-dihalogen-derivatives-obtained-from-propane-1-three-3-2-five-5-3-four-4-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE2NjIy-the-isomer-of-c5h12-that-produces-single-monochloride-product-on-photochemical-chlorination-is-1-2-methylbutane-2-n-pentane-3-neopentane-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5ODQw-the-isomer-of-c5h12-that-produces-three-isomeric-monochloride-products-on-photochemical-chlorination-is-1-2-methylbutane-2-n-pentane-3-neopentane-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5ODQz-the-isomer-of-c5h12-that-produces-four-isomeric-monochloride-products-on-photochemical-chlorination-is-1-2-methylbutane-2-n-pentane-3-neopentane-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5ODU2-the-structure-of-major-monohalo-products-a-in-the-following-reaction-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5ODky-the-structure-of-major-monohalogenated-product-in-the-following-reaction-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE2NjI1-what-is-the-increasing-order-of-boiling-points-for-the-given-compounds-1-bromomethane-dibromomethane-bromoform-chloromethane-2-chloromethane-bromomethane-dibromomethane-bromoform-3-dibromomethane-brom https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE2NjI4-consider-the-following-statements-a-b-c-the-correct-option-is-1-only-statements-a-and-b-are-true-2-only-statements-c-and-b-are-true-3-only-statement-a-is-true-4-only-statement-b-is-true-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE2NjMw-the-structure-of-b-in-the-following-sequence-of-reactions-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5OTIz-the-structure-of-r-br-in-the-following-sequence-of-reactions-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzE5OTM1-what-is-the-structure-of-compound-e-in-the-following-reaction-sequence-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMTIx-what-reagents-are-used-to-prepare-alkyl-fluorides-from-alkyl-chlorides-or-alkyl-bromides-a-caf2-b-cof2-c-hg2f2-d-naf-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMTIw-alkyl-halides-are-prepared-from-alcohols-by-treating-with-i-hcl-zncl2-ii-red-p-br2-iii-h2so4-ki-iv-all-of-the-above-choose-the-correct-option-1-i-ii-2-ii-iii-3-iii-iv-4-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMTA0-which-of-the-following-are-secondary-bromides-i-ch3-2chbr-ii-ch3-3cch2br-iii-ch3ch-br-ch2ch3-iv-ch3-2cbrch2ch3-choose-the-correct-option-1-i-ii-2-ii-iii-3-iii-iv-4-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMTAz-which-of-the-following-compounds-are-gem-dihalides-a-ethylidene-chloride-b-ethylene-dichloride-c-methylene-chloride-d-benzyl-chloride-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMTAy-which-of-the-following-statements-about-the-isomers-ethylene-dichloride-and-ethylidene-chloride-are-correct-a-both-the-compounds-form-the-same-product-on-treatment-with-alcoholic-koh-b-both-the-compou https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDk5-which-of-the-following-statements-is-correct-about-the-kinetics-of-the-above-given-reaction-i-the-rate-of-reaction-depends-on-the-concentration-of-only-b-ii-the-rate-of-reaction-depends-on-the-concent https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDk3-which-of-the-following-statements-are-correct-about-the-mechanism-of-this-reaction-i-a-carbocation-will-be-formed-as-an-intermediate-in-the-reaction-ii-oh-will-attach-the-substrate-b-from-one-side-and https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDk0-consider-the-given-reaction-scheme-the-statements-regarding-the-reaction-intermediate-are-given-below-i-intermediate-c-is-unstable-because-in-this-carbon-is-attached-to-5-atoms-ii-intermediate-c-is-un https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDkz-which-of-the-following-statements-are-correct-about-this-reaction-i-the-given-reaction-follows-sn2-mechanism-ii-b-and-d-have-opposite-configuration-iii-b-and-d-have-the-same-configuration-iv-the-given https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjcwMDg2-consider-the-given-reaction-scheme-which-of-the-statements-are-correct-about-the-above-reaction-i-a-and-e-both-are-nucleophiles-ii-in-c-carbon-atom-is-sp3-hybridized-iii-in-c-carbon-atom-is-sp2-hybrid https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTkx-given-below-are-two-statements-assertion-a-tert-butyl-bromide-undergoes-wurtz-reaction-to-give-2-2-3-3-tetramethylbutane-reason-r-in-wurtz-reaction-primary-alkyl-halides-react-with-sodium-in-dry-ether https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTM0-the-correct-increasing-order-of-boiling-points-of-the-following-compounds-is-1-bromoethane-1-bromopropane-1-bromobutane-bromobenzene-1-bromobenzene-1-bromobutane-1-bromopropane-1-bromoethane-2-bromobe https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTMx-arrange-the-compounds-in-increasing-order-of-rate-of-reaction-towards-nucleophilic-substitution-1-iii-ii-i-2-ii-iii-iii-3-i-iii-ii-4-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTMw-arrange-the-compounds-in-increasing-order-of-rate-of-reaction-towards-nucleophilic-substitution-reaction-1-i-ii-iii-2-i-iii-ii-3-iii-ii-i-4-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTI5-arrange-the-compounds-in-increasing-order-of-rate-of-reaction-towards-nucleophilic-substitution-1-i-ii-iii-2-iii-ii-i-3-i-iii-ii-4-iii-i-ii-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTI4-which-of-the-following-compounds-will-give-racemic-mixture-on-nucleophilic-substitution-by-oh-ion-i-ii-iii-1-iii-2-i-ii-and-iii-3-ii-and-iii-4-i-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTI3-which-of-the-carbon-atoms-present-in-the-molecule-given-below-are-asymmetric-1-1-2-3-4-2-2-3-3-1-4-4-1-2-3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTI2-the-reaction-of-c6h5ch2brc6h5ch2brc6h5ch2br-with-aqueous-sodium-hydroxide-follows-1-snnn1-mechanism-2-snnn2-mechanism-3-any-of-the-above-is-depending-upon-the-temperature-of-the-reaction-4-saytzef-rul https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTI1-which-of-the-following-compounds-can-exist-as-non-superimposable-mirror-images-1-2-bromobutane-2-1-bromobutane-3-2-bromopropane-4-2-bromopropan-2-ol-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTI0-chloromethane-on-treatment-with-excess-of-ammonia-yields-mainly-1-n-n-dimethylmethanamine-2-n-methylmethanamine-ch3-nh-ch3-3-methanamine-ch3-nh2-4-mixture-containing-all-these-in-equal-proportion-1-2 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTIy-what-should-be-the-correct-iupac-name-for-diethylbromomethane-1-1-bromo-1-1-diethylmethane-2-3-bromopentane-3-1-bromo-1-ethylpropane-4-1-bromopentane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTIx-the-correct-iupac-name-for-the-following-compound-is-1-1-bromo-2-ethylpropane-2-1-bromo-2-ethyl-2-methylethane-3-1-bromo-2-methylbutane-4-2-methyl-1-bromobutane-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTIw-which-of-the-following-alkyl-halides-will-undergo-sn1sn1sn1-reaction-most-readily-1-ch3-3c-f-ch3-3c-f-ch3-3c-f-2-ch3-3c-cl-ch3-3c-cl-ch3-3c-cl-3-ch3-3c-br-ch3-3c-br-ch3-3c-br-4-ch3-3c-i-ch3-3c-i-ch3-3 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTE5-a-primary-alkyl-halide-would-prefer-to-undergo-1-sn1reaction1-sn1reaction1-sn1reaction-2-sn2reaction2-sn2reaction2-sn2reaction-3-elimination3-elimination3-elimination-4-racemisation4-racemisation4-rac https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTE4-product-a-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTE3-ethylidene-chloride-is-a-an-1-vic-dihalide-2-gem-dihalide-3-allylic-halide-4-vinylic-halide-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTE2-find-the-species-that-attacks-the-benzene-ring-when-chlorobenzene-is-formed-by-the-reaction-of-chlorine-with-benzene-in-the-presence-of-alcl-1-cl-2-cl-3-alcl-4-alcl-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTA4-toluene-reacts-with-a-halogen-in-the-presence-of-iron-iii-chloride-giving-ortho-and-para-halo-compounds-the-reaction-is-1-electrophilic-elimination-reaction-2-electrophilic-substitution-reaction-3-fre https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTA3-identify-the-compound-y-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MjMwMTA2-which-of-the-following-alcohols-will-yield-the-corresponding-alkyl-chloride-on-reaction-with-concentrated-hcl-at-room-temperature-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc3NzMy-given-below-are-two-statements-assertion-a-vinyl-halides-do-not-undergo-nucleophilic-substitution-easily-reason-r-even-though-the-intermediate-carbocation-is-stabilized-by-loosely-held-p-electrons-the https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQyNjQ5-given-below-are-two-statements-assertion-a-ccl4-does-not-give-a-white-precipitate-with-agno3-reason-r-ccl4-is-a-covalent-compound-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQyNjU2-select-the-correct-option-based-on-statements-given-below-assertion-a-vinyl-chloride-doesn-t-give-a-substitution-reaction-reason-r-carbon-chloride-bond-has-double-bond-character-due-to-resonance-1-bot https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246NDA4ODY-for-the-following-reactions-a-ch3ch2ch2br-koh-ch3ch-ch2-kbr-h2o-which-of-the-following-statements-is-correct-1-a-is-elimination-b-and-c-are-substitution-reactions-2-a-is-substitution-b-and-c-are-addit https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246OTM2NzI-for-the-following-i-i-ii-cl-iii-br-the-increasing-order-of-nucleophilicity-would-be-1-i-br-cl-2-cl-br-i-3-i-cl-br-4-br-cl-i-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzk4MTA3-for-the-compound-shown-below-which-of-the-following-statements-are-correct-a-the-compound-is-optically-active-b-the-compound-possesses-center-of-symmetry-c-the-compound-possesses-plane-of-symmetry-d-t https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzc3Mjky-which-of-the-following-statements-is-true-regarding-the-projections-shown-below-1-a-and-b-both-represent-the-same-configuration-2-both-a-and-b-are-optically-active-3-b-alone-is-optically-active-4-a-al https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-pb246OTc0OTk-arrange-the-following-in-the-order-of-c-br-bond-strength-in-a-polar-solvent-1-i-ii-iii-iv-2-iii-iv-i-ii-3-iv-iii-ii-i-4-ii-i-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjk5MjA4-what-is-the-correct-order-of-reactivity-for-the-following-compounds-in-an-s-n-1-reaction-1-ii-i-iii-2-iii-ii-i-3-i-ii-iii-4-i-iii-ii-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQyMjQ2-in-the-following-reaction-a-grignard-reagent-is-prepared-from-substrate-a-which-then-reacts-with-methyl-benzoate-followed-by-acidic-hydrolysis-to-give-triphenylmethanol-as-the-final-product-identify-t https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzcxMDE5-all-of-the-following-will-increase-the-rate-of-the-reaction-shown-below-except-i-increasing-the-concentration-of-tertbutyl-alcohol-ii-increasing-the-concentration-of-hydrobromic-acid-iii-increasing-th https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTM5NDM2-how-many-halogen-derivatives-are-possible-for-c2h6c2h6c2h6-1-2-2-4-3-6-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjk3MjQ2-a-in-the-reaction-below-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ1MjQ4-among-the-following-the-compound-which-undergoes-the-fastest-solvolysis-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzk4MjQx-given-below-are-two-statements-assertion-a-vinyl-halides-do-not-undergo-nucleophilic-substitution-easily-reason-r-even-though-the-intermediate-carbocation-is-stabilized-by-loosely-held-pi-electrons-th https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDU3MTA4-which-of-the-following-compounds-can-form-a-stable-grignard-reagent-a-b-c-d-1-a-b-d-2-b-c-a-3-b-d-c-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ3NDk5-synthesis-of-alkyl-fluoride-cannot-be-accomplished-in-good-yield-by-heating-alkyl-chloride-in-the-presence-of-1-hg-2f-2-2-cof-2-3-bf-3-4-sbf-3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4MjEx-the-total-number-of-monohalogenated-organic-products-excluded-stereoisomer-in-the-following-reaction-is-a-simplest-optically-active-alkene-xrightarrow-2-cl-2-hv-1-h-2-ni-products-1-5-2-4-3-6-4-8-1-2-3 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MTYyNjU0-consider-the-following-reaction-what-is-the-major-product-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ4NjEz-the-incorrect-statement-regarding-cfcs-is-1-these-compounds-are-flammable-and-highly-reactive-2-these-are-non-toxic-organic-molecules-3-they-are-used-in-refrigerators-and-air-conditioners-4-they-are-t https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mzk5MTYz-the-major-product-of-the-following-reactions-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTc1ODc1-rate-of-reaction-of-nucleophilic-substitution-with-kcn-in-polar-protic-solvent-1-a-b-c-d-2-b-a-c-d-3-a-b-d-c-4-b-a-d-c-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTc1ODc5-find-correct-order-of-rate-of-reaction-of-ch-3br-with-given-nucleophiles-stackrel-ominus-mathrm-nu-1-stackrel-ominus-mathrm-o-mathrm-h-mathrm-ph-stackrel-ominus-mathrm-o-mathrm-hco-stackrel-ominus-mat https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTc1ODgz-in-following-4-molecules-one-is-optically-active-find-the-of-carbon-in-that-chiral-compound-1-chlorobutane-2-chloropropane-2-chlorobutane-1-chloro-2-2-dimethyl-propane-1-11-61-2-21-61-3-51-89-4-41-61 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTc2MTAz-match-the-list-i-and-list-ii-a-i-vinyl-chloride-b-ii-allyl-chloride-c-iii-aryl-chloride-d-iv-benzyl-chloride-1-a-i-b-ii-c-iii-d-iv-2-a-i-b-ii-c-iv-d-iii-3-a-iii-b-ii-c-i-d-iv-4-a-iii-b-ii-c-iv-d-ii-1 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTc2MTM5-given-below-are-two-statements-statement-i-ch-2-ch-cl-is-having-a-stronger-c-ci-bond-than-ch-3-ch-2-cl-statement-ii-will-rotate-the-plane-polarised-light-after-solvation-1-both-statements-i-and-ii-are https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTc2NDEx-for-the-given-reaction-mathrm-ch-3-mathrm-br-xrightarrow-mathrm-ch-3-mathrm-oh-mathrm-nu-determine-the-correct-order-of-reaction-rates-for-the-nucleophilic-substitution-using-the-following-nucleophile https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTc2NDEy-arrange-the-following-compounds-in-the-increasing-order-of-sn-1-reaction-1-p-q-r-s-2-r-s-p-q-3-r-s-q-p-4-s-r-q-p-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTc2NDE3-cycloalkene-x-reacts-with-bromine-during-reaction-1-mole-of-cycloalkane-consumes-1-mole-of-br-2-then-form-a-product-y-the-product-y-has-c-br-ratio-is-3-1-the-of-bromine-in-product-y-is-1-66-11-2-65-11 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTI0OTE5-given-below-are-two-statements-statement-i-the-conversion-proceeds-well-in-the-less-polar-medium-statement-ii-the-conversion-proceeds-well-in-the-more-polar-medium-in-the-light-of-the-above-statements https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTI1MTM2-match-the-following-name-reactions-in-list-i-with-their-corresponding-products-in-list-ii-list-i-name-reaction-list-ii-product-obtainable-a-swarts-reaction-i-ethyl-benzene-b-sandmeyer-s-reaction-ii-et https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTI1MTU3-the-major-product-of-the-following-reaction-is-1-6-phenylhepta-2-4-diene-2-2-phenylhepta-2-5-diene-3-6-phenylhepta-3-5-diene-4-2-phenylhepta-2-4-diene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTI1MzQ5-the-products-a-and-b-in-the-following-reactions-are-respectively-mathrm-a-stackrel-mathrm-ag-mathrm-no-2-longleftarrow-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-br-xrightarrow-mathrm-agcn-mathrm-b-1 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTI2MDk2-consider-the-given-reaction-the-major-product-formed-in-the-reaction-has-which-of-the-following-structures-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTMyMzA2-given-below-are-two-statements-statement-i-alcohol-is-prepared-from-alkyl-halide-in-presence-of-aq-koh-by-elimination-statement-ii-alkenes-are-prepared-from-alkyl-halide-with-alc-koh-by-beta-eliminati https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTMyNjc4-what-is-the-mass-in-grams-of-the-final-product-q-1-164-2-172-3-184-4-190-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NTMyNzc3-given-below-are-two-statements-assertion-a-has-more-dipole-moment-than-reason-r-has-more-boiling-moment-than-1-both-a-and-r-are-correct-r-is-a-correct-explanation-of-a-2-both-a-and-r-are-correct-r-is https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDM3OTQy-identify-the-major-product-formed-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDM4NDg5-how-many-of-the-following-halobenzenes-can-be-prepared-by-sandmeyer-s-reaction-1-two-2-one-3-zero-4-four-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDQwNzEx-what-will-be-the-major-product-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDU1MzI4-find-out-the-number-of-stereoisomers-obtained-when-3-methylhex-2-ene-reacts-with-hbr-in-the-presence-of-peroxide-1-four-2-one-3-two-4-five-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDU3MTMy-which-of-the-compounds-given-below-have-chiral-carbon-i-ii-iii-iv-1-i-and-iv-2-ii-and-iv-3-iii-and-ii-4-iv-only-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYyODIy-the-decreasing-order-of-the-boiling-points-for-the-following-compounds-is-given-as-1-i-ii-iii-iv-2-i-ii-iv-iii-3-iii-iv-ii-i-4-iii-iv-i-ii-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYyODkz-which-of-the-following-shows-the-least-reactivity-towards-nucleophilic-substitution-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYyOTM4-in-which-of-the-following-option-the-reaction-does-not-match-with-their-correct-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYyOTQ1-consider-the-following-reactions-the-products-p-q-in-the-above-reactions-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYzMTY2-match-the-reactions-in-list-i-with-their-corresponding-products-in-list-ii-list-i-reactions-list-ii-products-a-wurtz-reaction-p-b-fitting-reaction-q-c-wurtz-fitting-reaction-r-d-sandmeyer-reaction-s-1 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYzMjAw-which-of-the-following-compound-contain-maximum-number-of-chlorine-atoms-1-chloropicrin-2-chloral-3-gammaxene-4-freon-12-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYzMjY2-the-number-of-chiral-carbons-in-1-molecule-of-testosterone-is-1-5-2-6-3-7-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzYzMjY3-how-many-asymmetric-carbons-are-present-in-the-given-structure-of-vitamin-c-1-3-2-4-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQxMTc3-major-product-of-the-given-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQxNTAy-the-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQyMDUx-the-correct-iupac-name-of-ethylidenechloride-is-1-1-2-dichloroethane-2-1-1-dichloroethane-3-1-2-dichloroethene-4-1-1-dichloroethene-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ1MjM0-considering-the-above-reactions-the-compound-a-and-compound-b-respectively-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzQ1NTg3-compound-a-undergoes-the-following-sequence-of-reactions-to-give-compound-b-the-correct-structure-and-chirality-of-compound-b-is-where-et-is-c2h5-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDgxODU2-the-conversion-of-propan-1-ol-to-n-butylamine-involves-the-sequential-addition-of-reagents-the-correct-sequential-order-of-reagents-is-1-text-i-mathrm-socl-2-text-ii-mathrm-kcn-text-iii-mathrm-h-2-mat https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDgyMTc1-which-one-of-the-following-compounds-is-inactive-towards-mathrm-s-n1-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDgyMTkz-in-the-given-reaction-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDgyNDc2-major-product-b-of-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDgyNTU1-the-total-number-of-structures-compounds-among-the-following-that-possess-asymmetric-carbon-atoms-is-are-1-three-3-2-zero-0-3-two-2-4-five-5-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4OTc5-the-product-formed-in-the-first-step-of-the-reaction-of-with-excess-of-mg-et2o-et-c2h5-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4OTky-what-is-the-final-product-major-a-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc5MTM4-the-correct-order-of-the-following-compounds-showing-increasing-tendency-towards-nucleophilic-substitution-reaction-is-i-ii-iii-iv-1-iv-iii-ii-i-2-iv-i-ii-iii-3-iv-i-iii-ii-4-i-ii-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDkzNzI4-in-the-following-sequence-of-reactions-the-major-product-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDkzODI3-gas-a-is-unreactive-non-toxic-non-flammable-reaches-the-stratosphere-and-dissociates-under-uv-radiation-what-are-the-initial-intermediates-1-dot-mathrm-c-mathrm-fcl-2-dot-mathrm-c-mathrm-h-3-2-dot-mat https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDk1Mzgy-the-correct-order-of-the-reactivity-of-the-given-chlorides-with-acetate-in-acetic-acid-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDk1OTQ4-give-below-are-two-statements-statement-i-mathrm-c-2h-5oh-and-text-agcn-both-can-generate-nucleophile-statement-ii-text-kcn-and-text-agcn-both-will-generate-nitrile-nucleophile-with-all-reaction-condi https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDk2MTM4-consider-the-given-reaction-the-above-reaction-requires-which-of-the-following-reaction-conditions-1-573-k-300-atm-2-623-k-300-atm-3-573-k-cu-300-atm-4-623-k-cu-300-atm-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc3ODcy-which-of-the-following-compounds-will-show-retention-in-the-configuration-on-nucleophilic-substitution-by-oh-ion-1-mathrm-ch-3-mathrm-ch-left-mathrm-c-2-mathrm-h-5-right-mathrm-ch-2-mathrm-br-2-mathrm https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc3ODgz-the-number-of-chiral-carbons-present-in-the-molecule-given-below-is-1-8-2-7-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4NTIy-the-decreasing-order-of-reactivity-of-the-following-organic-molecules-towards-agno3-solution-is-1-a-b-c-d-2-a-b-d-c-3-c-d-a-b-4-b-a-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4NTcw-the-compound-form-precipitate-with-aq-agno3-solution-most-readily-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc4ODQ0-the-major-product-formed-in-the-following-reaction-is-ch3ch-chch-ch3-2hbr-ch3ch-chch-ch3-2-hbrch3ch-chch-ch3-2-hbr-1-ch3ch2ch2c-br-ch3-2-2-br-ch2-3ch-ch3-2-3-ch3ch2ch-br-ch-ch3-2-4-ch3ch-br-ch2ch-ch3 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDg5MzA2-which-of-the-following-is-produced-when-1-methyl-ethylene-oxide-is-treated-with-an-excess-of-hbr-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246NDkyNjcy-the-decreasing-order-of-reactivity-towards-the-dehydrohalogenation-left-e-1-right-reaction-of-the-following-compounds-is-1-b-d-c-a-2-d-b-c-a-3-b-a-d-c-4-b-d-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc3NDMw-increasing-order-of-reactivity-of-the-following-compounds-for-sn1-substitution-is-1-a-b-d-c-2-b-c-d-a-3-b-c-a-d-4-b-a-d-c-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc3NDg4-what-are-the-major-products-a-and-b-for-the-following-reactions-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246Mjc3NDk4-the-major-product-a-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/haloalkanes-and-haloarenes/?q=NP-b246MzEwNTY5-bottles-containing-c6h5i-and-c6h5ch2i-lost-their-original-labels-they-were-labeled-as-a-and-b-respectively-for-testing-a-and-b-were-separately-taken-in-a-test-tube-and-boiled-with-naoh-solution-the-en https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjAxNQ-which-of-the-following-reagents-will-be-able-to-distinguish-between-1-butyne-and-2-butyne-1-nanh2-2-hcl-3-o2-4-br2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjAxOQ-mark-the-compound-that-when-treated-with-nanh-forms-its-sodium-salt-1-c2h2-2-c6h6-3-c2h6-4-c2h4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjAyMQ-ch3-3coh-rarr-x-the-product-x-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjAyOA-the-products-formed-when-meta-xylene-is-treated-with-br2-in-the-presence-of-febr3-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjAzMA-a-compound-that-is-formed-on-passing-chlorine-through-propene-at-400-deg-c-is-1-pvc-2-allyl-chloride-3-nickel-chloride-4-1-2-dichloro-ethane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjAzNQ-the-reactants-used-in-friedel-craft-s-alkylation-are-1-c6h6-nh2-2-c6h6-ch4-3-c6h6-ch3cl-4-c6h6-ch3cocl-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjA1Mw-in-the-following-reaction-sequence-what-is-the-final-product-d-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjA2MA-nitrobenzene-on-reaction-with-conc-hno3-h2so4-at-80-100-deg-c-forms-1-1-2-dinitrobenzene-2-1-3-dinitrobenzene-3-1-4-dinitrobenzene-4-1-2-4-trinitrobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjA3OQ-in-the-following-reaction-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjEyMA-how-many-monochlorinated-products-excluding-stereoisomers-are-obtained-from-the-given-reaction-1-4-2-5-3-6-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjE4OA-which-of-the-following-can-convert-3-hexyne-into-trans-3-hexene-1-h2-pd-baso4-2-li-liq-nh3-3-h2-pt-o2-4-nabh4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjE4OQ-a-compound-having-the-shortest-carbon-carbon-bond-length-among-the-following-is-1-benzene-2-ethene-3-ethyne-4-ethane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjE5MA-reaction-of-hbr-with-propene-in-the-presence-of-peroxide-gives-1-iso-propyl-bromide-2-3-bromo-propane-3-allyl-bromide-4-n-propyl-bromide-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjE5Mg-the-reaction-of-toluene-with-cl2-in-the-presence-of-fecl3-gives-x-and-reaction-in-presence-of-light-gives-y-thus-x-and-y-are-1-x-benzal-chloride-y-o-chlorotoluene-2-x-m-chlorotoluene-y-p-chlorotoluene https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjE5NA-the-compound-formed-when-acetylene-is-passed-through-dilute-sulphuric-acid-in-the-presence-of-mercury-ii-sulphate-is-1-ether-2-ketone-3-acetic-acid-4-acetaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjE5NQ-why-are-acetylenic-hydrogens-acidic-1-the-sigma-electron-density-of-the-c-h-bond-in-acetylene-is-closer-to-carbon-which-has-50-s-character-2-acetylene-has-only-one-hydrogen-on-each-carbon-3-acetylene https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjE5Ng-find-the-compound-that-gives-a-sodium-salt-on-treatment-with-nanh-1-c2h2-2-c6h6-3-c2h6-4-c2h4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjE5Nw-ethylene-forms-ethylene-chlorohydrin-by-the-action-of-1-dry-chlorine-gas-2-dry-hydrogen-chlorine-gas-3-solution-of-chlorine-gas-in-water-4-dilute-hydrochloric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjE5OQ-which-of-the-following-alkene-on-ozonolysis-gives-ch-3ch-2cho-and-choose-the-correct-option-1-2-mathrm-ch-3ch-2ch-chch-2ch-3-3-mathrm-ch-3ch-2ch-chch-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIwMQ-hydroxylation-of-propyne-in-the-presence-of-hgso4-h2so4-is-initiated-by-the-attack-of-1-carbene-2-free-radical-3-electrophile-4-nucleophile-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIwMw-which-products-are-obtained-from-the-ozonolysis-of-buta-1-3-diene-1-formaldehyde-and-glyoxal-2-acetaldehyde-and-glyoxal-3-carbon-dioxide-and-glyoxal-4-formaldehyde-glyoxal-and-acetaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIwNA-a-mixture-of-ethane-ethene-and-ethyne-is-passed-through-an-ammoniacal-agno3-solution-the-gases-that-remain-unreacted-are-1-ethane-and-ethene-2-ethane-and-ethyne-3-ethene-and-ethyne-4-ethane-only-1-2-3 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIwNQ-which-is-the-most-suitable-reagent-among-the-following-to-distinguish-compound-iii-from-rest-of-the-compounds-i-ch3-c-equiv-c-ch3-ii-ch3-ch2-ch2-ch3-iii-ch3-ch2-c-equiv-ch-iv-ch3-ch-ch2-1-br2-ccl4-2-b https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIwNg-the-reaction-c6h6-ch3cl-8594-alcl3anhydrousc6h5ch3-hcl-is-an-example-of-1-friedel-crafts-reaction-2-kolbe-s-synthesis-3-wurtz-s-reaction-4-grignard-synthesis-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIwNw-what-product-s-will-be-obtained-from-the-ozonolysis-of-the-compound-shown-below-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIwOQ-2-methylpropene-and-but-1-ene-can-be-distinguished-by-1-baeyer-s-reagent-2-ammoniacal-agno3-3-br2-solution-4-o3-zn-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIxMA-an-octane-number-100-is-given-to-1-n-hexane-2-iso-octane-3-neo-pentane-4-neo-octane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIxMg-which-of-the-following-molecules-is-aromatic-in-character-1-b-2-c-3-d-4-a-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIxMw-find-the-product-formed-on-the-oxidation-of-xylene-with-acidic-kmno-1-phthalic-acid-2-isophthalic-acid-3-terephthalic-acid-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIxNA-nitration-of-benzene-is-1-nucleophilic-substitution-2-electrophilic-substitution-3-electrophilic-addition-4-nucleophilic-addition-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIxNQ-which-of-the-following-compounds-has-the-lowest-boiling-point-1-ch3ch2ch2ch2ch3-2-ch3ch-ch-ch2ch3-3-ch3ch-ch-ch-ch2-4-ch3ch2ch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIxNg-1-butyne-on-reaction-with-hot-alkaline-kmno4-gives-1-ch3ch2ch2cooh-2-ch3ch2cooh-co2-3-ch3ch2cooh-4-ch3ch2cooh-hcooh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIxNw-which-of-the-following-represents-x-as-the-major-product-of-the-given-reaction-mathrm-ch-3-c-equiv-c-ch-3-xrightarrow-mathrm-nanh-2-mathrm-x-1-mathrm-ch-3-ch-2ch-2ch-3-2-mathrm-ch-3ch-2c-equiv-ch-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIxOA-acetylene-on-reacting-with-hypochlorous-acid-gives-1-rm-ch-3-cocl-2-left-clch-right-2-cho-3-left-cl-right-2-ch-cho-4-left-clch-right-2-cooh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIxOQ-benzene-reacts-with-ch3cl-in-the-presence-of-anhy-alcl3-to-form-1-toluene-2-chlorobenzene-3-benzylchloride-4-xylene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIyMA-ch-equiv-ch-rarr-o3-naohx-rarr-zn-ch3coohy-y-is-1-ch2oh-ch2oh-2-ch3ch2oh-3-ch3cooh-4-ch3oh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIyMQ-what-is-the-end-product-of-the-following-sequences-of-operations-mathrm-cac-2-xrightarrow-mathrm-h-2-mathrm-o-mathrm-a-xrightarrow-mathrm-hg-2-mathrm-dil-cdot-mathrm-h-2-mathrm-so-4-mathrm-b-underset https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIyMw-alkynes-can-be-reduced-to-alkenes-by-hydrogenation-in-presence-of-1-raney-ni-2-anhy-alcl3-3-pd-4-lindlar-s-catalyst-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIyNA-r-ch-ch2-rarr-c2h5ohna-nh3-l-rch2ch3-is-called-1-clemmensen-reduction-2-fisher-spier-reduction-3-birch-reduction-4-arndt-eistert-reduction-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIyNQ-the-cylindrical-shape-of-an-alkyne-is-due-to-1-three-sigma-c-c-bonds-2-three-pi-c-c-bonds-3-two-sigma-c-c-and-one-pi-c-c-bonds-4-one-sigma-c-c-and-two-pi-c-c-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIyNg-find-the-process-used-to-increase-the-octane-number-of-a-fuel-1-isomerism-2-alkylation-3-reforming-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIyOA-the-shortest-c-c-bond-distance-is-found-in-1-diamond-2-ethane-3-benzene-4-acetylene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIyOQ-benzene-reacts-with-n-propyl-chloride-in-the-presence-of-anhydrous-alcl3-to-give-1-3-propyl-1-chlorobenzene-2-n-propyl-benzene-3-no-reaction-4-iso-propyl-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIzMA-the-distance-between-two-adjacent-cabron-atoms-is-largest-in-1-benzene-2-ethene-3-butane-4-ethyne-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIzMQ-in-benzene-c-c-bond-length-is-1-39-a-176-the-c-h-bond-length-is-1-1-39-2-1-08-3-1-54-4-1-46-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIzMw-which-reaction-produces-acrylonitrile-ch2-chcn-1-ethyne-8594-ba2-hcn-2-acrylic-acid-8594-kcn-3-ethyne-8594-kcn-4-ethyne-8594-hocl-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIzNA-is-not-converted-to-by-1-wolff-kishner-reaction-2-clemmensen-reduction-3-red-p-hi-at-200-deg-c-4-wurtz-s-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIzNQ-products-of-the-following-reaction-ch3c-8801-c-ch2ch3-8594-ii-8201-hydrolysis-i-o3-are-1-ch3cho-ch3ch2cho-2-ch3cooh-ch3coch3-3-ch3cooh-hooc-ch2ch3-4-ch3cooh-co2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIzNw-acetylene-reacts-with-42-h2so4-containing-1-hgso4-to-give-1-c2h5hso4-2-ch3cho-3-hcho-4-ch2-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjIzOA-identify-the-gas-evolved-on-hydrolysis-of-cac-the-gas-has-a-garlic-like-odour-due-to-ph-impurity-and-gives-a-red-precipitate-with-ammoniacal-cu-cl-1-ethylene-2-propyne-3-acetylene-4-ethane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI0MA-which-of-the-following-compounds-with-molecular-formula-c5h10-yields-acetone-on-ozonolysis-1-2-methyl-2-butene-2-3-methyl-1-butene-3-cyclopentane-4-2-methyl-1-butene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI0MQ-ozonolysis-o3-h2o2-of-ch3-ch-ch3-c-8801-c-ch3-gives-1-ch3ch-ch3cooh-ch3cooh-2-ch3ch-ch3cho-ch3cho-3-ch3ch-ch3cho-ch3cooh-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI0Mg-in-a-reaction-ch2-ch2-8594-acidhypochlorousm-8594-rch2oh-ch2oh-m-molecules-r-reagent-m-and-r-are-1-ch3ch2cl-and-naoh-2-ch2cl-ch2oh-and-aq-nahco3-3-ch3ch2oh-and-hcl-4-and-heat-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI0Mw-when-3-3-dimethyl-2-butanol-is-heated-with-conc-h2so4-the-major-product-obtained-is-1-2-3-dimethyl-2-butene-2-3-3-dimethyl-2-butene-3-2-3-dimethyl-1-butene-4-cis-and-trans-isomers-of-2-3-dimethyl-2-bu https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI0NA-during-ozonolysis-of-ch2-ch2-if-hydrolysis-is-made-in-absence-of-zn-dust-the-products-formed-are-1-hcho-2-hcooh-3-ch3oh-4-ch2ohch2oh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI0NQ-in-the-above-reaction-x-is-1-hno3-2-o2-3-o3-4-kmno4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI0Ng-the-major-product-of-the-following-reaction-is-1-butene-2-but-2-ene-3-butane-4-but-1-yne-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI0Nw-an-alkene-obtained-by-the-dehydration-of-an-alcohol-a-on-ozonolysis-gives-two-molecules-of-acetaldehyde-for-every-molecule-of-alkene-the-alcohol-a-is-1-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-oh-2 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI0OA-gammexane-a-gamma-isomer-is-also-known-as-1-bhc-2-benzene-hexachloride-3-lindane-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI0OQ-in-the-following-reaction-the-catalyst-used-is-1-left-cr-right-2-o-3-2-a-l-2-o-3-3-zn-dust-4-cr-2-o-3-and-a-l-2-o-3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI1MA-silver-acetylide-when-heated-with-hcl-gives-1-c2h2-2-h2-3-c2h4-4-c6h6-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI1MQ-thinsp-r-ch2-ccl2-r-rarr-reagentr-c-equiv-c-r-the-reagent-is-1-na-2-hcl-in-h2o-3-nanh2-4-zn-in-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI1Mg-which-of-these-will-not-react-with-acetylene-1-naoh-2-amm-agno3-3-na-4-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI1Mw-alkene-1-on-hydroboration-followed-with-action-of-h2o2-gives-1-alkanol-2-2-alkanol-1-3-alkanal-4-alkanone-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjI1NA-the-reaction-is-the-example-of-1-sulphonation-2-dehydration-3-alkylation-4-decomposition-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NjkxNQ-2-bromopentane-is-heated-with-potassium-ethoxide-in-ethanol-the-major-product-obtained-is-1-2-ethoxypentane-2-pent-1-ene-3-trans-pent-2-ene-4-cis-pent-2-ene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-Rpb246NzAwNg-rcocl-and-alcl3-are-used-in-the-friedel-crafts-reaction-the-electrophile-among-the-following-is-1-cl-2-rcocl-3-rc-o-4-r-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjU0MTM-ozonolysis-of-2-3-dimethylbut-1-ene-followed-by-reduction-with-zinc-and-water-gives-1-methanoic-acid-and-3-methyl-2-butanone-2-methanal-and-3-methyl-2-butanone-3-methanal-and-2-methyl-3-butanone-4-met https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjU0MzM-the-product-s-obtained-via-oxymercuration-dermercuration-of-butyne-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjYwNzE-ch3-chcook-ch3-chcook-8594-electrolysis-a-major-the-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjYwNzI-which-of-the-provided-alkenes-exhibits-the-greatest-stability-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjYwNzM-consider-the-given-reaction-the-product-y-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjYwNzk-8594-zn-acoho3a-a-is-1-3-keto-butanol-2-butan-1-4-dial-3-1-aldo-2-butanone-4-2-keto-butan-1-4-dial-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjYwODI-a-compound-a-1-decolourises-baeyer-s-reagent-2-on-hydroxylation-and-futher-oxidation-with-kmno4-gave-formic-acid-and-acetone-3-on-ozonolysis-gave-one-molecule-of-acetone-and-one-of-formaldehyde-a-is-1 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjYwODQ-the-most-reactive-of-these-compounds-towards-sulphonation-is-1-toluene-2-chlorobenzene-3-nitrobenzene-4-m-xylene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjYwODY-ch3cl-8594-nagas-a-ch2coona-ch2coona-8594-electrolysiskolbe-sgas-b-mg2c3-8594-h2ogas-c-gas-a-b-c-8594-cu2cl2ammoniacal-gas-mixture-8594-alk-kmno4colddil-gas-x-gas-x-is-1-gas-a-gas-b-2-only-gas-b-3-gas https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjYwODc-what-is-the-product-formed-when-n-heptane-is-heated-with-a-mixture-of-cr2o3-and-al2o3-at-600-deg-c-1-cyclohexane-2-cyclohexene-3-benzene-4-toluene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjYwODk-the-intermediate-during-the-addition-of-hcl-to-propene-in-the-presence-of-peroxide-is-1-ch3c-hch2cl-2-ch3c-hch3-3-ch3ch2ch2-4-ch3ch2ch2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MjcyMzI-which-reagent-distinguish-propyne-and-propene-1-alkaline-kmno4-2-cu2cl2-nh4cl-3-br2-water-4-cu2cl2-nh4oh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mjk3Nzk-ch-8801-ch-8594-o3-naohx-8594-zn-ch3coohy-y-is-1-2-ch3ch2oh-3-ch3cooh-4-ch3oh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mjk3OTQ-the-alkene-among-the-following-that-has-the-smallest-heat-of-hydrogenation-is-1-ch3-ch-ch-ch3-2-ch32c-ch-ch3-3-ch2-ch-ch2-ch3-4-ch3-ch-ch-chch32-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzAyNjY-which-of-the-following-alkanes-will-give-the-maximum-number-of-isomers-when-a-monochloro-substituted-product-is-obtained-1-2-3-mathrm-ch-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzAyOTY-the-correct-order-of-relative-rates-of-hydrogenation-of-alkenes-is-1-ethylene-propene-2-butene-2-methyl-2-butene-2-2-methyl-2-butene-2-butene-propene-ethylene-3-2-butene-propene-ethylene-2-methyl-2-bu https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzAyOTk-consider-the-given-reaction-products-formed-a-b-c-d-1-a-and-b-only-2-a-and-c-only-3-b-and-c-only-4-a-b-c-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzc3MTk-identify-the-structure-of-x-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzc3MjQ-an-unsaturated-hydrocarbon-on-complete-hydrogenation-gives-1-isopropyl-3-methylcyclohexane-after-ozonolysis-it-gives-one-mole-of-formaldehyde-one-mole-of-acetone-and-one-mole-of-2-4-dioxohexanedial-th https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzc3MzU-which-one-of-the-following-reactions-is-not-possible-1-ch3coona-hci-rarr-ch3cooh-naci-2-ch3-ndash-so3h-rarr-ch3sona-3-phona-rarr-phoh-4-nanh2-rarr-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxODM-observe-the-following-sequence-of-reactions-the-product-r-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxODY-apos-x-apos-is-1-xa0-2-3-both-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxODg-which-of-the-following-is-a-correct-statement-regarding-the-relative-acidic-character-of-cyclopropane-and-propane-1-cyclopropane-is-more-acidic-than-propane-2-propane-is-more-acidic-than-cyclopropane https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxODk-no-of-products-and-no-of-fractions-are-respectively-1-6-5-2-6-4-3-5-4-4-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxOTA-consider-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxOTI-in-the-following-series-of-reactions-the-major-products-p-and-s-are-respectively-8594-br2-hvp-8594-tbuo-8861-q-8594-iitho2-8710-iii-alc-kohihobr-h-r-8594-iitho2-8710-iii-alc-koh-8710-ihobr-h-s-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxOTQ-the-most-appropriate-major-product-of-the-followning-sequence-of-reactions-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxOTU-compound-p-of-the-following-reaction-swequence-can-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxOTY-the-alkene-limonene-has-the-following-structure-c10h16-which-product-results-from-the-reaction-of-limonene-and-1-molar-equivalent-chlorine-water-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxOTc-the-end-product-w-in-the-follownign-sequence-of-reactions-is-1-2-3-mathrm-ph-mathrm-ch-2-mathrm-o-mathrm-ch-2-mathrm-ch-2-mathrm-ph-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxOTg-which-of-the-following-corrently-represents-tthe-rate-of-acid-ndash-catalysed-hydration-of-followning-alkenes-1-iii-i-ii-iv-2-iv-iii-ii-i-3-i-ii-iii-iv-4-iv-iii-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgxOTk-the-most-stable-conformation-of-the-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyMDA-in-the-given-reaction-8594-b2h6-thf-8594-h2o2-naoh-8594-tscl-8594-t-buo-k-y-the-product-y-is-1-a-positional-isomer-of-x-2-identical-to-x-3-chain-isomer-of-x-4-an-oxidation-product-of-x-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyMDE-which-of-the-following-compounds-would-liberate-two-moles-of-methane-when-treated-with-methyl-magnesium-bromide-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyMDI-the-best-yield-of-product-x-can-be-obtained-by-using-which-one-of-the-following-sequence-of-reagents-and-reactants-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyMDQ-fastest-rate-of-electrophilic-addition-will-take-place-in-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyMDU-which-of-the-following-will-be-the-correct-product-p-for-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyMDY-identify-the-correct-option-x-y-z-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyMDg-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyMTQ-x2192-alcl3me3c-cl-x2192-alcl3ph-cocl-x2192-br2-alcl3-xa0-product-is-1-2-3-4-xa0-xa0-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyNjc-the-end-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyNjk-which-of-the-following-is-best-sequence-of-reagents-for-the-conversion-of-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyNzA-the-intermediate-product-x-of-following-synthesis-is-identified-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyNzU-consider-the-following-reaction-sequence-8594-hno3-h2so4-8594-sn-hcl-8594-6hnano2-hcl-8594-cu2cn2-hcn-8594-h2oproduct-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyNzY-the-products-r-and-s-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzgyNzc-the-end-product-z-of-the-reaction-sequence-is-1-2-3-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzg1NDc-compound-p-c6h10-does-not-have-any-geometrical-isomer-on-ozonolysis-two-products-r-c3h4o-and-q-c3h6o-are-formed-r-gives-negative-iodoform-test-while-q-responds-positively-towards-i2-naoh-solution-s-an https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MTc-on-halogenation-an-alkane-gives-only-one-monohalogenated-product-the-alkane-may-be-1-2-methyl-butane-2-2-2-dimethyl-propane-3-cyclopentane-4-both-b-and-c-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MTg-which-of-the-following-compounds-can-be-best-prepared-by-wurtz-reaction-1-iso-butane-2-n-butane-3-n-pentane-4-iso-pentane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MTk-upon-monochlorination-of-the-hydrocarbon-as-given-in-the-reaction-below-the-number-of-chiral-centres-generated-is-are-1-three-3-2-four-4-3-one-1-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MjA-how-can-the-conversion-of-text-ch-3-text-cl-to-text-ch-4-be-achieved-mathrm-ch-3-mathrm-cl-longrightarrow-mathrm-ch-4-1-mathrm-zn-mathrm-h-2-mathrm-lialh-4-3-mathrm-mg-text-ether-then-mathrm-h-2-mathr https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MjI-product-p-in-the-above-mentioned-reaction-is-1-2-3-4-both-2-3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MjM-determine-the-double-bond-equivalent-degree-of-unsaturation-of-the-compound-a-a-rarr-h2-1mole-pt-given-that-compound-a-undergoes-hydrogenation-with-1-mole-of-h-in-the-presence-of-pt-yielding-the-depic https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MjQ-ethane-is-subjected-to-combustion-process-during-the-combustion-the-hybrid-state-of-carbon-changes-from-1-sp2-to-sp3-2-sp3-to-sp-3-sp-to-sp3-4-sp2-to-sp2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MjU-the-above-reaction-is-an-example-of-1-isomerization-2-polymerization-3-cracking-4-de-hydrogenation-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MjY-consider-the-following-compounds-i-ii-iii-arrange-the-compounds-i-ii-and-iii-in-decreasing-order-of-their-heats-of-combustion-1-ii-i-iii-2-i-ii-iii-3-iii-ii-i-4-iii-i-ii-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0Mjc-i-ii-iii-the-correct-order-of-reactivity-of-i-ii-and-iii-towards-addition-reactions-is-1-i-iii-ii-2-i-ii-iii-3-iii-ii-i-4-iii-i-ii-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0Mjk-which-substrate-is-appropriate-for-the-preparation-of-methane-and-ethane-in-a-single-step-process-1-h2c-ch2-2-ch3oh-3-ch3-br-4-ch3-ch2-oh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MzA-8594-br2-hv-monobromo-derivatives-the-number-of-possible-monobromo-products-is-excluding-stereoisomers-1-4-2-5-3-8-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MzI-on-catalytic-reduction-by-one-mole-h2-pt-how-many-alkenes-will-give-n-butane-a-1-b-2-c-3-d-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MzQ-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0MzY-product-a-of-the-following-reaction-is-1-mathrm-ch-3-mathrm-ch-3-2-mathrm-ch-2-mathrm-ch-2-3-mathrm-ch-3-mathrm-ch-mathrm-ch-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0Mzg-which-of-the-following-bromides-is-the-major-product-of-the-reaction-shown-below-assuming-that-there-are-no-carbocation-rearrangement-hbr-8594-1equivalent-c13h17br-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0Mzk-what-is-a-likely-product-of-the-reaction-shown-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NDA-which-of-the-following-when-undergoing-addition-of-hbr-will-form-only-a-pair-of-diastereomers-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NDE-taking-into-account-the-stability-of-various-carbocations-and-as-well-as-the-rules-governing-mechanisms-of-carbocation-rearrangements-which-reaction-is-most-likely-to-occur-during-the-given-reaction-1 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NDI-which-of-the-following-is-the-best-stereochemical-representation-when-reaction-between-1-methylcyclohexene-and-nbs-react-in-aqueous-dimethyl-sulfoxide-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NDQ-ch3-ch-ch3ch3-h2c-ch2-rarr-2-50chf-a-a-is-a-b-c-d-ch3-ch-ch3-ch2-ch-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NDU-di-imide-n2h2-is-used-to-reduce-double-bond-of-1-c-o-2-c-8801-n-3-no2-4-ch-ch-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NDY-end-product-of-the-reaction-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NDc-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NDg-compound-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NTA-mmpp-8594-magnesium-mono-peroxy-phthalate-product-x-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NTE-product-a-is-1-ph-ch2-cl-2-ph-ch2-br-3-ph-ch2-ccl3-4-ph-ch2-cbrcl2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NTM-which-one-of-the-following-compounds-gives-acetone-ch3-2c-o-as-one-of-the-products-of-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NTU-trans-cyclohexane-1-2-diol-can-be-obtained-by-the-reaction-of-cyclohexane-with-1-kmno4-2-oso4-3-peroxy-formic-acid-h3o-4-seo2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NTc-8594-2-nabh4-ho-1-cf2co2-2hg-ch3ch2oh-p-100-product-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NTg-what-is-the-major-product-expected-form-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NTk-x2192-2-xa0-nahso31-xa0-oso4-xa0-product-of-the-reaction-is-1-xa0-xa0-xa0-2-xa0-3-xa0-xa0-xa0-xa0-4-xa0-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NjE-addition-of-oso4-to-cyclopentene-generates-1-achiral-product-2-racemic-product-3-meso-product-4-optically-active-product-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NjI-the-major-product-of-the-following-reaction-is-ch3-ch-ch2-hbr-rarr-c6h5co-2o2-1-ch3-ch2-ch2-br-2-ch3ch-br-ch3-3-brch2-ch-ch2-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NjM-which-series-of-reactions-will-achieve-the-following-transformation-1-2-a-cl2-ccl4-br2-b-hbr-cl2-ccl4-c-cl2-ccl4-nbs-hv-c-nbs-hv-cl2-ccl4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NjU-the-principal-organic-product-formed-in-the-reaction-given-below-is-ch2-ch-ch2-8cooh-hbr-rarr-peroxide-1-ch3-chbr-ch2-8cooh-2-ch2-ch-ch2-8cobr-3-ch2brch2-ch2-8cooh-4-ch2-ch-ch2-7chbrcooh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NjY-when-2-butyne-is-treated-with-h2-pd-baso4-the-product-formed-will-be-1-cis-2-butene-2-trans-2-butene-3-1-butene-4-2-hydroxy-butane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0Njk-8594-pth2-the-product-of-the-reaction-is-1-racemic-2-diastereomers-3-meso-4-pure-enantiomers-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NzA-cis-2-butene-8594-peroxidehbrproduct-of-the-reaction-is-1-racemic-2-diastereomer-3-meso-4-e-and-z-isomer-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NzE-a-b-the-correct-relation-of-rate-of-reaction-towards-reduction-using-h2-pt-1-a-b-2-a-b-3-b-a-4-reduction-is-not-possible-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NzI-product-product-is-mcpba-8594-metachloroperbenzoic-acid-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NzM-given-the-following-reaction-what-is-the-major-product-formed-in-this-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NzU-an-organic-compound-c4h6-on-ozonolysis-gives-hcho-co2-and-ch3cho-the-compound-will-be-1-h2c-ch-ch-ch2-2-ch3-ch-c-ch2-3-ch3-c-equiv-c-ch3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0NzY-8594-h2ohcho-h-major-product-of-this-reaction-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0Nzc-product-q-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0Nzg-rarr-h-a-rarr-kmno4colddil-b-rarr-cro3-c-product-c-of-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0Nzk-what-is-the-major-product-expected-from-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0ODA-8594-2-nabh41-hg-oac-2-h2o-product-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0ODE-how-many-stereoisomeric-tetrabromides-will-be-formed-in-the-following-reaction-a-2-b-3-c-4-d-6-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0ODI-consider-the-following-reaction-the-major-product-a-of-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0ODM-only-one-enantiomer-is-taken-which-of-the-following-statement-is-correct-about-a-and-b-a-a-and-b-are-mixture-of-diastereomers-b-a-and-b-are-mixture-of-enantiomers-c-a-and-b-are-optically-active-d-b-is https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0ODU-8594-ho-8861-x-8594-ch2-ch-p-8853-ph3br-8861-y-product-y-of-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0ODY-reagent-a-and-b-in-the-above-reaction-are-a-a-rco3h-b-h2o2-b-a-rco3h-b-hio4-c-a-rco3h-b-o3-d-a-o3-b-rco3h-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0ODc-rank-the-following-in-the-increasing-order-of-rate-of-reaction-with-hbr-p-q-r-1-r-p-q-2-r-q-p-3-p-r-s-4-p-s-r-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0ODg-which-of-the-following-reactions-generates-the-major-product-ignore-stereoisomerism-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0ODk-in-the-given-selective-hydrogenation-which-combination-is-incorrect-1-w-c-wilkinsons-catalyst-2-xa0-w-c-wilkinsons-catalyst-3-xa0-4-xa0-x2192-x2206-h2ch2-ch-ch-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0OTA-a-rarr-na-nh3lb-rarr-mcbpac-compound-c-in-above-sequence-of-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0OTE-8594-r2o2-hvhbr-a-major-product-a-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0OTI-what-type-of-product-will-be-formed-in-the-following-reaction-1-a-mixture-of-diastereomers-2-optically-active-3-a-pure-enantiomer-with-100-optical-purity-4-a-racemic-mixture-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0OTM-8594-8710-h-possible-products-8594-br2-ccl4-y-products-the-number-of-possible-products-for-x-and-y-is-a-2-4-b-3-5-c-3-6-d-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0OTQ-product-c-of-the-above-reaction-is-1-1-3-hexadiene-2-1-4-pentadiene-3-1-3-butadiene-4-1-3-heptadiene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0OTU-which-reagents-are-suitable-to-accomplish-the-mentioned-conversion-1-o3-h2o2-ho-2-hbr-alc-koh-o3-lialh4-h-3-hbr-t-buok-o3-kmno4-4-hbr-alc-koh-o3-kmno4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0OTY-8594-0-176-cpcl5a70-80-8594-2-h-8853-1-3nanh2-mineraloilb46-product-b-is-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0OTc-product-k-of-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0OTg-ch3-ch2-ch2-c-x2261-ch-lihn2-x2192-a-x2192-ch3-2so4-b-give-the-structural-formula-of-compound-b-a-ch3-ch2-2-c-x2261-c-so3h-b-xa0-ch3-ch2-2-c-x2261-c-ch3-c-xa0-xa0-ch3-ch2-2-c-x2261-c-ch2-o-x2225-os-x2 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk0OTk-the-reagents-used-for-the-following-conversion-is-are-1-i-nanh2-ii-ch3cho-2-i-nanh2-ii-ch3-ch2-ch2-br-3-i-koh-ii-ch3-ch2-ch2-br-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk1MDA-which-alkyne-s-will-yield-3-ethylhexane-upon-catalytic-hydrogenation-1-2-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk1MDE-br-ch2-12-c-equiv-ch-rarr-nanh2-a-rarr-catalystlindlar-b-product-b-is-1-2-3-4-br-ch2-12-ch-ch-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk1MDI-ph-c-8801-ch-8594-meohmeo-major-product-of-the-reaction-is-a-b-c-ph-c-8801-c-ome-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk1MDU-to-carry-out-the-above-conversion-a-and-b-respectively-are-1-nanh2-cl-ch2-ch2-ch2-br-2-nanh2-ch2-ch2-ch2-br-3-nanh2-l-ch2-ch2-ch2-br-4-nanh2-i-ch2-ch2-ch2-i-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk1MDY-h-c-equiv-c-ph-product-product-obtained-in-this-reaction-is-1-2-3-mathrm-ph-mathrm-c-equiv-mathrm-c-mathrm-i-4-mathrm-i-mathrm-c-equiv-mathrm-c-mathrm-h-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk1MDc-rarr-ii-ch3br-i-nanh2-nh2-a-rarr-lindiarcatalysth2-b-product-b-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk1MDg-a-compound-that-gives-an-optically-inactive-compound-on-treatment-with-h2-2-moles-pt-is-1-3-methyl-1-pentyne-2-4-methyl-1-hexyne-3-3-methyl-1-heptyne-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk1MTA-compound-x-will-be-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk1MTE-which-alkyne-yields-butanoic-acid-ch3ch2ch2co2h-as-the-only-organic-product-on-treatment-with-ozone-followed-by-the-hydrolysis-1-1-butyne-2-4-octyne-3-1-pentyne-4-2-hexyne-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk1MTI-the-degree-of-unsaturation-in-compound-a-is-1-7-2-8-3-9-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3MTk-what-is-the-correct-order-of-the-rate-of-the-electrophilic-aromatic-substitution-reaction-easr-for-the-given-compounds-a-b-c-d-1-c-b-a-d-2-c-d-a-b-3-a-b-c-d-4-c-d-b-a-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3MjM-the-major-product-formed-in-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3MjU-rank-the-following-reactions-a-b-and-c-in-order-of-increasing-rate-a-b-c-1-b-a-c-2-b-c-a-3-a-b-c-4-a-c-b-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3MjY-identify-the-position-where-e-a-s-can-take-place-1-1-2-2-4-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3Mjc-the-rate-of-nitration-will-be-a-a-b-c-b-a-c-b-c-a-b-c-d-c-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3Mjg-ho-8594-a-product-a-of-the-given-reaction-is-2-mole-4-mole-major-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3Mjk-which-of-the-following-compounds-is-the-slowest-to-react-with-nitrosonium-ion-no-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3MzA-what-is-the-final-product-z-obtained-in-the-given-sequence-of-reactions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3MzE-what-is-the-major-product-of-the-above-friedel-craft-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3MzM-the-strongest-acid-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3MzU-benzene-reacts-with-cyclohexene-in-the-presence-of-h-so-and-heat-to-form-compound-a-compound-a-is-then-treated-with-nbs-followed-by-alcoholic-koh-to-give-compound-b-on-reaction-with-rco-h-compound-b-g https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3MzY-the-reaction-of-toluene-with-chlorine-in-the-presence-of-light-gives-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3Mzc-the-product-b-in-the-above-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3Mzg-product-a-in-the-above-mentioned-reaction-is-1-2-no-reaction-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NDM-vant-t-hoff-factor-i-for-the-reaction-is-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NDc-which-of-the-following-compounds-is-anti-aromatic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NDk-a-compound-among-the-following-that-gives-the-maximum-of-meta-product-on-nitration-using-hno3-h2so4-is-1-toluene-2-aniline-3-benzene-4-isopropyl-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NTI-what-is-the-role-of-alcl-in-a-friedel-crafts-reaction-1-absorbs-hcl-2-releases-hcl-3-generates-an-electrophile-4-generates-a-nucleophile-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NTM-n-butylbenzene-on-oxidation-with-hot-alkaline-kmno4-gives-1-benzoic-acid-2-butanoic-acid-3-benzyl-alcohol-4-benzaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NTU-which-of-the-following-compounds-undergoes-bromination-of-its-aromatic-ring-electrophilic-aromatic-substitution-at-the-fastest-rate-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NTg-consider-the-following-sequence-of-reactions-mathrm-c-6-mathrm-h-6-mathrm-ch-3-mathrm-ch-mathrm-ch-2-xrightarrow-text-heat-mathrm-h-3-mathrm-po-4-mathrm-a-xrightarrow-2-mathrm-h-3-mathrm-o-text-heat-1 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NjA-consider-the-following-sequence-of-reactions-rarr-nahso3oso4a-rarr-2-naoh-heat1-hio4b-the-final-product-b-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NjE-in-which-form-is-the-chlorine-atom-most-feasibly-liberated-from-the-provided-compound-1-cl-oplus-2-cl-3-cl-4-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NjI-the-major-product-expected-from-the-mono-bromination-of-phenyl-benzoate-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NjQ-a-c8h10-rarr-kmno4-b-c8h6o4-rarr-febr2-c8h5bro4-c-one-product-only-the-structure-of-a-in-the-above-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NjU-benzoic-acid-undergoes-the-following-sequence-of-reactions-find-the-reagent-c-1-lialh4-2-nabh4-3-lialh4-t-buo-3-4-pcc-ch2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NjY-the-product-b-in-the-above-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3Njk-8594-cl2-a-product-a-of-this-reaction-is-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3NzU-product-b-of-this-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3Nzk-cyclopentadiene-is-much-more-acidic-than-cyclopentane-because-1-cyclopentadiene-has-conjugated-double-bonds-2-cyclopentadiene-has-both-sp2-and-sp3-hybridized-carbon-atoms-3-cyclopentadiene-is-a-strain https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3ODA-the-compounds-among-the-following-that-can-be-generated-by-friedel-craft-acylation-is-are-i-ii-iii-iv-1-ii-iii-and-iv-2-i-iii-and-iv-3-i-and-ii-4-ii-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3ODE-the-product-b-in-the-above-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3ODI-the-major-product-obtained-in-the-given-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3ODQ-the-deactivating-but-ortho-para-directing-benzene-ring-substituent-among-the-following-is-1-n-o-2-och3-3-coch3-4-no2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3ODU-which-of-the-following-organic-chlorides-will-not-give-a-friedel-craft-alkylation-product-when-heated-with-benzene-and-alcl3-fecl3-1-ch3-3ccl-2-ch2-chch2cl-3-ch3ch2cl-4-ch2-chcl-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3ODY-which-of-the-following-is-aromatic-1-2-carbene-3-4-carbene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3ODg-the-compound-x-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Mzk3OTc-give-a-simple-test-to-differentiate-cyclohexane-and-cyclohexene-1-br2-h2o-2-baeyer-s-reagent-3-tollen-s-reagent-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDAwNzA-partial-oxidation-of-methane-with-ni-al2o3-catalyst-gives-1-hcho-2-hcooh-3-h2o-and-co2-4-co-and-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDAzNzk-the-maximum-number-of-alkyl-groups-in-c8h18-are-1-6-2-5-3-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDA3OTk-predict-the-correct-intermediate-and-product-in-the-following-reaction-h3c-c-equiv-ch-rarr-hgso4h2o-h2so4-intermediate-rarr-product-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDA5Nzk-an-alkene-reacts-in-accordance-with-markownikoff-s-rule-to-give-a-product-of-1-chloro-l-methylcyclohexane-with-hcl-the-possible-alkene-is-1-2-3-both-1-and-2-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDEwMDk-2-3-dimethyl-2-butene-can-be-prepared-by-heating-which-of-the-following-compounds-with-a-strong-acid-1-2-ch3-3c-ch-ch2-3-ch3-2c-ch-ch2-ch3-4-ch3-2ch-ch2-ch-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDEwMTM-the-oxidation-of-benzene-by-v2o5-in-the-presence-of-air-produces-1-benzoic-anhydride-2-maleic-anhydride-3-benzoic-acid-4-benzaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDEwNTU-the-products-that-formed-when-the-following-compound-is-treated-with-br2-in-the-presence-of-febr3-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDEwNTk-identity-z-in-the-sequence-of-reactions-hbr-h2o2-ch3ch2ch-ch2-rarr-y-c2h5o-na-rarr-z-1-ch3-ch2-3-o-ch2ch3-2-ch3-2ch2-o-ch2ch3-3-ch3-ch2-4-o-ch3-4-ch3ch2-ch-ch3-o-ch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDEwNjA-which-of-the-following-organic-compounds-has-same-hybridisation-as-its-combustion-product-co2-1-ethane-2-ethyne-3-ethene-4-ethanol-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDExMDU-a-compound-among-the-following-that-does-not-undergo-friedel-craft-s-reaction-easily-is-1-cumene-2-xylene-3-nitrobenzene-4-toluene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDExNTQ-in-the-following-reaction-what-will-be-the-major-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDExNTk-in-the-following-reactions-the-major-products-a-and-c-are-respectively-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDEyMDY-liquid-hydrocarbons-can-be-converted-to-a-mixture-of-gaseous-hydrocarbons-by-1-oxidation-2-cracking-3-distillation-under-reduced-pressure-4-hydrolysis-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDEyOTE-nitrobenzene-can-be-prepared-from-benzene-by-using-a-mixture-of-conc-hno3-and-conc-h2so4-in-the-mixture-nitric-acid-acts-as-a-an-1-reducing-agent-2-acid-3-base-4-catalyst-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDEzMjc-identify-a-when-3-methylbut-1-ene-reacts-with-hbr-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NDE0MDM-the-correct-order-of-decreasing-reactivity-towards-an-electrophilic-reagent-for-the-following-compounds-is-i-benzene-ii-toluene-iii-chlorobenzene-iv-phenol-1-i-ii-iii-iv-2-ii-iv-i-iii-3-iv-iii-ii-i-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NjAwMjQ-what-is-the-reaction-called-when-an-alkene-reacts-with-a-peracid-to-form-an-oxirane-epoxide-peroxidation-oxidation-epoxidation-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NjAwMjU-c-hh2-c-clh2-rarr-alc-naohch2-ch2-the-most-probable-mechanism-for-the-above-reaction-is-1-e1-2-e2-3-e-1cb-4-alpha-elimination-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NjAwMjc-the-number-of-isomeric-sodium-salt-of-acid-that-will-be-required-to-obtain-neopentane-is-1-3-2-1-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NjAwMjg-propadiene-c-3h-4-molecule-contains-1-two-sp-2-and-one-sp-hybridized-carbon-2-one-sp-2-and-two-sp-hybridized-carbons-3-one-sp-2-and-three-sp-hybridized-carbon-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246NjAwMjk-find-the-products-formed-when-ch-cl-and-c-h-cl-undergo-the-wurtz-reaction-1-propane-ethane-2-propane-3-propane-ethane-butane-4-propane-butane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Njk1NzA-reaction-of-alkene-and-peracid-gives-oxirane-this-reaction-is-named-as-1-peroxidation-2-oxidation-3-epoxydation-4-none-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Njk1NzM-ch2-h-ch2-cl-8594-alc-naohch2-ch2-the-most-probable-mechanism-for-this-reaction-is-1-e1-2-e2-3-e1cb-4-945-elimination-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Njk1NzQ-which-of-the-following-compounds-will-react-with-ammoniacal-silver-nitrate-agno3-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Njk1NzU-the-number-of-isomeric-sodium-salt-that-will-be-required-to-obtain-neopentane-is-1-3-2-1-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Njk1NzY-propadiene-c3h4-molecule-contains-1-two-sp2and-one-sp-hybrid-carbon-atom-2-one-sp2-and-two-sp-hybrid-carbon-atoms-3-one-sp2-and-three-sp-hybrid-carbon-atoms-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Njk1Nzc-find-the-product-formed-when-ch-cl-and-c-h-cl-are-used-together-in-a-wurtz-reaction-1-propane-ethane-2-propane-3-propane-ethane-butane-4-propane-butane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Njk1Nzg-which-compound-is-expected-to-decolorize-a-cold-basic-kmno4-solution-1-ch3-ndash-ch3-2-ch3ch2ch3-3-ch3-4c-4-ch3ch-chch2ch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Njk1Nzk-sabatier-senderen-rsquo-s-reaction-is-an-example-of-1-non-thermic-reaction-2-exothermic-reaction-3-endothermic-reaction-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Njk1ODA-the-type-of-reaction-and-intermediate-of-the-decarboxylation-reaction-are-1-2-3-4-identify-the-type-of-reaction-and-the-intermediate-formed-during-the-decarboxylation-of-a-carboxylic-acid-salt-s-1-rea https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246Njk1ODE-which-of-the-following-compounds-has-the-highest-melting-point-1-c4h10-2-c5h12-3-c6h14-4-c7h16-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246ODkwMjA-what-is-the-correct-order-of-acidity-among-the-following-compounds-1-small-mathrm-ch-equiv-ch-ch-3-c-equiv-ch-mathrm-ch-2-ch-2-ch-3-ch-3-2-small-mathrm-ch-equiv-ch-ch-2-ch-2-mathrm-ch-3-c-equiv-ch-ch https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246ODkxNjE-which-of-the-following-compounds-shall-not-produce-propene-by-reaction-with-hbr-followed-by-elimination-or-direct-only-elimination-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246ODkxNzM-in-the-given-reaction-the-product-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246ODkxOTA-the-compound-that-will-react-most-readily-with-gaseous-bromine-has-the-formula-1-mathrm-c-3h-6-2-mathrm-c-2h-2-3-mathrm-c-4h-10-4-mathrm-c-2h-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246ODkyMjk-hydrocarbon-a-reacts-with-bromine-by-substitution-reaction-to-form-an-alkyl-bromide-b-b-undergoes-the-wurtz-reaction-to-give-a-gaseous-hydrocarbon-containing-less-than-four-carbon-atoms-the-formula-of https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246ODkyMzE-the-compound-c7h8-undergoes-the-following-reactions-c7h8-rarr-3cl2-hva-rarr-br2-feb-rarr-zn-hcl-c-the-product-c-is-1-m-ndash-bromotoluene-2-o-ndash-bromotoluene-3-3-ndash-bromo-ndash-2-4-6-ndash-trich https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246ODkyNTU-find-out-p-q-and-r-in-the-below-mentioned-sequence-of-reactions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246ODkyODQ-the-molecule-among-the-following-that-has-the-hybridization-sp2-thinsp-sp2-thinsp-sp-and-thinsp-sp-from-left-to-right-atoms-is-1-hc-equiv-c-c-equiv-h-2-ch2-ch-c-equiv-ch-3-ch2-ch-ch-ch2-4-ch2-ch-ch-ch https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTAxNzM-the-correct-statement-regarding-the-comparison-of-staggered-and-eclipsed-conformations-of-ethane-is-1-the-eclipsed-conformation-of-ethane-is-more-stable-than-staggered-conformation-because-eclipsed-co https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTAyMzA-x-and-y-in-the-above-mentioned-reaction-are-respectively-1-x-2-ndash-butyne-y-3-ndash-hexyne-2-x-2-butyne-y-2-hexyne-3-x-1-butyne-y-2-hexyne-4-x-1-butyne-y-3-ndash-hexyne-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTA3Njk-hcl-with-an-alkene-x-reacts-in-accordance-with-markovnikov-rsquo-s-rule-to-give-1-chloro-1-methylcyclohexane-the-structure-of-alkene-x-is-1-2-3-1-and-2-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTA4MjQ-2-3-dimethyl-2-butene-can-be-prepared-by-heating-which-of-the-following-compounds-with-a-strong-acid-1-ch32ch-ch-ch3-ch-ch2-2-ch33c-ch-ch2-3-ch32c-ch-ch2-ch3-4-ch32ch-ch2-ch-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTEwNjM-the-reaction-of-c6h5ch-chch3-with-hbr-produces-1-c-6-h-5-underset-br-underset-left-right-ch-ch-2-ch-3-2-c-6-h-5-ch-2-underset-br-underset-left-right-ch-ch-3-3-c-6-h-5-ch-2-ch-2-ch-2-br-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTEwNjQ-when-subjected-to-ozonolysis-which-compound-results-in-the-formation-of-the-given-molecule-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTEwNzA-given-compounds-are-as-follows-i-ii-iii-the-enthalpy-of-hydrogenation-of-these-compounds-will-be-in-the-order-as-1-i-ii-iii-2-iii-ii-i-3-ii-iii-i-4-ii-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTEyNTk-the-product-s-that-are-formed-when-the-given-compound-is-treated-with-br2-in-the-presence-of-febr3-are-1-2-and-3-and-4-and-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTEyNzM-mathrm-ch-3-mathrm-ch-2-mathrm-ch-mathrm-ch-2-xrightarrow-text-peroxide-mathrm-hbr-y-xrightarrow-mathrm-c-2-mathrm-h-5-mathrm-ona-z-product-z-in-the-above-mentioned-reaction-is-1-mathrm-ch-3-left-math https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTE0OTg-the-isobutyl-group-among-the-following-is-1-2-ch3-ndash-ch2-ndash-ch2-ndash-ch2-ndash-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTIxNjc-the-incorrect-iupac-name-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTIyOTE-the-major-product-in-the-above-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTI0NjE-the-linear-molecules-among-the-following-is-1-ch3-c-equiv-c-ch3-2-ch2-ch-ch2-c-equiv-ch-3-ch3-ch2-ch2-ch3-4-ch3-ch-ch-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTI0NjQ-given-below-is-a-reaction-sequence-the-compounds-a-and-c-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTI0OTM-the-correct-iupac-name-of-the-given-compound-is-1-3-ethyl-4-ethenylheptane-2-3-ethyl-4-propylhex-5-ene-3-3-1-ethyl-propyl-hex-1-ene-4-4-ethyl-3-propylhex-1-ene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTI2MTU-the-reaction-of-toluene-with-cl2-in-presence-of-fecl3-gives-lsquo-x-and-the-reaction-in-presence-of-light-gives-y-x-and-y-are-respectively-1-x-benzal-chloride-y-o-chlorotoluene-2-x-m-chlorotoluene-y-p https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTMzMjM-benzene-reacts-with-ch3cl-in-the-presence-of-anhydrous-alcl3-to-form-1-toluene-2-chlorobenzene-3-benzylchloride-4-xylene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTM0ODQ-in-the-given-hydrocarbon-the-type-state-of-hybridization-of-carbons-1-3-and-5-respectively-are-1-sp2-sp-sp3-2-sp-sp3-sp2-3-sp-sp2-sp3-4-sp3-sp2-sp-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTM3MDE-the-order-of-decreasing-reactivity-towards-an-electrophilic-reagent-for-the-following-i-benzene-ii-toluene-iii-chlorobenzene-and-iv-phenol-would-be-1-i-ii-iii-iv-2-ii-iv-i-iii-3-iv-iii-ii-i-4-iv-ii-i https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTU1Nzk-an-alkene-a-on-reaction-with-o3-and-zn-h2o-gives-propanone-and-ethanal-in-equimolar-ratio-the-addition-of-hcl-to-alkene-a-gives-b-as-the-major-product-the-structure-of-product-b-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTU1OTk-the-most-suitable-reagent-for-the-following-conversion-is-1-hg2-h-h2o-2-na-liquid-nh3-3-h2-pd-c-quinoline-4-zn-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTU2MDU-the-reaction-among-the-following-that-proceeds-through-an-electrophilic-substitution-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTEzMTk3-in-which-compounds-addition-reaction-will-take-place-according-to-anti-markovnikov-s-rule-i-h2c-ch-no2-ii-h2c-ch-cho-iii-h2c-ch-cn-iv-ch3-ch-ch2-select-the-correct-answer-from-the-codes-given-below-co https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTIxNjU1-compound-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTIyNjAz-the-major-product-in-the-above-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTI3OTEy-in-the-following-reaction-rarr-oh-ozonolysisx-the-major-product-x-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTI4MTQ3-compound-x-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTI4MjAy-the-product-p-obtained-through-the-following-sequence-of-reaction-is-1-3-chloroaniline-2-4-bromochlorobenzene-3-3-bromochlorobenene-4-3-bromobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTMxNjIz-the-alkane-that-gives-only-one-monochloro-product-on-chlorination-with-text-cl-2-in-presence-of-diffused-sunlight-is-1-2-2-dimethylbutane-2-neopentane-3-n-pentane-4-isopentane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTMxNjI0-in-the-following-reaction-mathrm-ch-3-c-equiv-ch-xrightarrow-red-hot-iron-tube-873-k-a-the-number-of-sigma-bonds-present-in-the-product-a-is-1-21-2-9-3-24-4-18-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM1ODU3-which-of-the-following-statements-is-true-for-the-reaction-given-below-1-p-is-a-meso-compound-2-3-butanedi-01-formed-by-syn-addition-2-p-is-a-meso-compound-formed-by-anti-addition-3-p-is-a-racemic-mix https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM4Nzg1-1-2-dibromopropane-on-treatment-with-x-moles-of-nanh2-followed-by-treatment-with-ethyl-bromine-gave-a-pent-2-yne-the-value-of-x-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM5MzQ2-consider-the-following-reaction-what-is-the-major-product-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTcxNzEw-the-main-product-a-and-b-in-the-above-mentioned-reaction-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTcyMjA0-consider-the-following-reaction-a-and-b-are-isomeric-compounds-additionally-a-is-a-monochloro-derivative-these-two-can-be-differentiated-easily-by-using-1-agno3-aq-2-br2-fecl3-3-conc-hno3-conc-h2so4-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTg1NDgx-which-of-the-following-statement-s-is-are-correct-about-the-elimination-reaction-of-2-bromopentane-to-form-pent-2-ene-a-beta-elimination-reaction-b-follows-zaitsev-rule-c-dehydrohalogenation-reaction https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTg1NDg3-which-of-the-following-alkane-cannot-be-made-in-good-yield-by-wurtz-reaction-1-2-3-dimethylbutane-2-n-heptane-3-n-butane-4-n-hexane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTg1NTA1-which-of-the-following-alkenes-on-ozonolysis-yields-methanal-hcho-as-one-of-the-products-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkwNzgx-find-the-approximate-factor-by-which-the-reactivity-of-chlorine-towards-methane-differs-from-that-of-bromine-at-275-deg-c-1-103-2-104-3-102-4-105-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMDE5-an-organic-molecule-necessarily-shows-optical-activity-if-it-1-contains-asymmetric-carbon-atoms-2-is-non-planar-3-is-non-superimposable-on-its-mirror-image-4-is-superimposable-on-its-mirror-image-1-2 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMjI5-acetylene-and-hcho-reaction-to-the-presence-of-copper-acetylide-catalyst-to-form-1-2-butyne-1-4-diol-2-but-2-yne-1-2-diol-3-but-1-yne-1-4-diol-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMjYx-on-addition-of-hbr-to-propene-in-the-absence-of-peroxides-the-first-step-involves-the-addition-of-1-h-2-br-3-h-4-br-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMjYz-when-ethyl-bromide-and-n-propyl-bromide-is-allowed-to-react-with-sodium-in-ether-they-form-1-mixture-of-four-alkanes-2-mixture-of-three-alkanes-3-mixture-of-two-alkanes-4-single-alkane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMjY3-the-compound-that-has-least-hindered-rotation-around-carbon-carbon-bond-is-1-ethane-2-ethylene-3-acetylene-4-hexachloroethane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMzI3-which-compound-among-the-following-has-the-highest-boiling-point-1-iso-octane-2-n-octane-3-2-2-3-3-tetramethyl-butane-4-n-butane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMzI4-a-and-b-in-the-mentioned-reaction-are-respectively-1-alc-koh-and-nanh2-2-nanh2-and-lindlar-catalyst-3-nanh2-and-alcoholic-koh-4-lindlar-catalyst-and-nanh2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMzM5-benzene-reacts-with-ch3cocl-in-the-presence-of-anhydrous-alcl3-to-give-1-c6h5ch3-2-c6h5cl-3-c6h5ocl-4-c6h5coch3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMzQ2-acidic-hydrogen-present-among-the-following-compound-is-1-ethyne-2-ethene-3-benzene-4-ethane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMzQ4-what-will-be-the-product-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMzY2-which-of-the-following-compounds-is-insoluble-even-in-hot-concentrated-h2-so4-1-aniline-2-benzene-3-ethylene-4-hexane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMzY4-anti-markovnikov-rsquo-s-addition-of-hbr-is-not-observed-in-1-propene-2-but-1-ene-3-but-2-ene-4-pent-2-ene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMzg0-baeyer-s-reagent-is-1-acidified-permanganate-solution-2-alkaline-permanganate-solution-3-neutral-permanganate-solution-4-aqueous-bromine-solution-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMzkz-which-of-the-following-compound-has-highest-boiling-point-1-n-hexane-2-2-methyl-butane-3-2-2-dimethyl-propane-4-n-pentane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMzk1-consider-the-following-reaction-the-structure-of-the-major-reaction-intermediate-formed-in-the-above-reaction-is-1-h-3-c-underset-underset-d-left-right-c-h-underset-underset-ch-3-left-right-c-h-overse https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDI3-find-compound-a-formed-when-propyne-is-treated-with-hgso-in-the-presence-of-dilute-h-so-propyne-rarr-h2so4hgso4-a-1-2-propanol-2-propane-3-propene-4-2-propanone-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDQz-1-butyne-and-2-butyne-can-be-differentiated-by-1-bromine-ccl4-2-h2-lindlar-catalyst-3-dilute-h2so4-hgso4-4-ammoniacal-cuprous-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDQ0-which-of-the-following-hydrocarbon-fuels-has-the-highest-octane-rating-1-methane-2-ethane-3-iso-octane-4-triptane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDQ1-in-the-presence-of-peroxide-hydrogen-chloride-and-hydrogen-fluoride-do-not-undergo-anti-markovnikov-s-addition-reaction-with-alkenes-because-1-both-are-highly-ionic-2-one-is-oxidizing-and-the-other-is https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDQ2-in-the-reaction-sequence-given-below-a-will-be-1-1-bromo-2-ethyl-cyclopentane-2-1-bromo-1-methyl-cyclopentane-3-1-bromo-5-methyl-cyclopentane-4-5-bromo-1-methyl-cyclopentane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDQ4-the-reaction-of-propene-with-hocl-proceeds-via-the-addition-of-1-h-in-the-first-step-2-cl-in-the-first-step-3-oh-in-the-first-step-4-cl-and-oh-in-a-single-step-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDQ5-the-compound-among-the-following-that-yield-propyne-on-hydrolysis-is-1-al4c3-2-mg2c3-3-b4c-4-la4c3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDUw-hydrogenation-of-the-above-compound-in-the-presence-of-poisoned-palladium-catalyst-gives-1-optically-active-compound-2-an-optically-inactive-compound-3-a-racemic-mixture-4-a-diastereomeric-mixture-1-2 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDUy-the-reaction-of-hbr-with-in-the-presence-of-peroxide-will-give-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDUz-find-the-major-product-formed-when-propene-reacts-with-hbr-1-1-bromopropane-2-2-bromopropane-3-3-bromopropane-4-no-reaction-occurs-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDU0-which-alkene-among-the-following-reacts-the-fastest-with-h2-under-catalytic-conditions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDU2-propyne-and-propene-can-be-distinguished-by-1-conc-h2so4-2-br2-in-ccl4-3-diluted-h2so4-4-agno3-in-ammonia-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDU4-the-product-s-obtained-via-oxymercuration-hgso4-h2so4-of-but-1-yne-is-1-ch3ch2-c-o-ch3-2-ch3ch2-ch2-cho-3-ch3ch2cho-hcho-4-ch3-ch2cooh-hcooh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDYy-ethene-and-ethyne-can-be-distinguished-by-1-br2-water-2-kmno4-solution-3-cuprous-chloride-solution-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDY0-which-among-of-the-following-alkyne-will-give-an-aldehyde-on-hydroboration-oxidation-reaction-1-ch-equiv-ch-2-ch3-ch2-c-equiv-c-h-3-ch3-c-equiv-c-h-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDcw-identify-the-product-s-formed-on-reductive-ozonolysis-of-the-following-cumulene-ch-ndash-ch-c-ch-1-only-co-2-only-hcho-3-only-ch-cho-4-a-mixture-of-ch-cho-hcho-and-co-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNTcz-the-reaction-intermediate-involved-in-the-addition-of-mathrm-hbr-to-propene-in-the-absence-of-peroxides-is-1-h-2-br-3-h-4-br-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTk4Mzcw-what-is-the-major-product-formed-when-toluene-is-refluxed-with-br-in-the-presence-of-light-1-p-bromotoluene-2-benzyl-bromide-3-o-bromotoluene-4-mixture-of-o-and-p-bromotoluene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjA3MjU5-if-the-relative-reactivity-of-1-deg-2-deg-and-3-deg-hydrogen-s-towards-chlorination-is-1-3-8-5-the-percentages-of-1-deg-monochlorinated-product-obtained-from-2-methylbutane-is-1-of-1o-monochlorinated https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjA3MjYw-the-type-of-radicals-that-can-be-formed-as-intermediates-during-monochlorination-of-2-methylpropane-is-1-primary-and-tertiary-radicals-2-two-types-of-primary-radicals-3-primary-and-secondary-radicals https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MTY4-what-type-of-mechanism-governs-the-chlorination-reaction-of-methane-1-elimination-2-substitution-nucleophilic-unimolecular-s-n-1-3-free-radical-4-substitution-nucleophilic-bimolecular-s-n-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MTcw-the-products-formed-after-ozonolysis-of-pent-2-ene-are-1-ethanal-and-methanal-2-ethanal-and-propanal-3-ethanal-and-butanal-4-ethanal-and-ethanol-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MTcy-which-isomer-of-pent-2-ene-will-have-a-higher-boiling-point-and-why-1-cis-less-polar-than-trans-2-trans-more-polar-than-cis-3-cis-more-intermolecular-forces-4-trans-more-dipole-dipole-interactions-1-2 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MTcz-incorrect-statement-regarding-aromaticity-among-the-following-is-1-the-compound-should-have-a-planar-structure-2-the-pi-ndash-electrons-of-the-compound-are-completely-delocalized-in-the-ring-3-the-tot https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MTc0-non-aromatic-molecule-s-among-the-following-is-are-1-2-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MTc1-the-catalyst-used-in-the-conversion-of-benzene-into-acetophenone-is-1-anhydrous-alcl3-2-hno3-3-hcl-4-heating-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MjA4-the-effect-of-branching-on-an-alkane-is-1-it-increases-its-boiling-point-2-it-decreases-its-boiling-point-3-it-doesn-rsquo-t-change-its-boiling-point-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MjA5-what-are-the-products-obtained-when-text-hbr-is-added-to-propene-in-the-absence-and-presence-of-benzoyl-peroxide-respectively-1-1-bromopropane-2-bromopropane-2-2-bromopropane-1-bromopropane-3-1-bromop https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MjEw-decreasing-order-of-acidic-behavior-of-benzene-n-hexane-and-ethyne-is-1-hexane-ethyne-benzene-2-benzene-hexane-ethyne-3-ethyne-benzene-hexane-4-benzene-ethyne-hexene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MjEx-incorrect-statement-towards-reactivity-of-benzene-is-1-it-undergoes-electrophilic-substitution-reactions-very-easily-2-nucleophiles-are-attracted-by-a-benzene-ring-3-benzene-is-a-planar-molecule-4-it https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MjEy-ethyne-rarr-benzene-the-reagent-used-in-the-above-conversion-is-1-cr2o3-2-alc-koh-3-red-hot-fe-4-nanh2-liq-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MjEz-out-of-the-above-alkenes-the-ones-that-can-give-2-methyl-butane-on-hydrogenation-are-1-a-b-2-b-c-3-a-c-4-a-b-c-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI2MjE0-the-correct-order-of-decreasing-reactivity-of-the-following-compounds-chlorobenzene-2-4-dinitrochlorobenzene-and-p-nitrochlorobenzene-with-an-electrophile-e-is-1-chlorobenzene-p-ndash-nitrochlorobenze https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI5MDkx-the-products-of-ozonolysis-of-1-2-dimethyl-benzene-o-xylene-are-1-methylglyoxal-1-2-dimethylglyoxal-and-glyoxal-2-methylglyoxal-1-3-dimethylglyoxal-and-glyoxal-3-methylglyoxal-1-4-dimethylglyoxal-and https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDEx-match-the-hydrocarbons-in-column-i-with-the-boiling-points-given-in-column-ii-a-n-pentane-1-282-5-k-b-isopentane-2-309-k-c-neopentane-3-301-k-codes-options-a-b-c-1-2-3-1-2-1-2-3-3-2-1-3-4-3-2-1-1-2-3 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDEz-match-the-reactions-given-in-column-i-with-the-type-of-reaction-given-in-column-ii-and-mark-the-appropriate-option-column-i-column-ii-a-ch2-ch2-h2o-xrightarrow-h-ch3ch2oh-1-hydrogenation-b-ch2-ch2-h2 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDE1-assertion-a-toluene-on-undergoing-friedel-ndash-crafts-methylation-yields-a-mixture-of-ortho-and-para-xylene-reason-r-the-text-ch-3-group-already-present-on-the-benzene-ring-in-toluene-increases-elect https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDE2-assertion-a-nitration-of-benzene-with-nitric-acid-requires-the-use-of-concentrated-sulphuric-acid-reason-r-the-mixture-of-concentrated-sulphuric-acid-and-concentrated-nitric-acid-produces-the-electrop https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDE3-given-below-are-two-statements-assertion-a-among-isomeric-pentanes-2-2-dimethylpropane-has-the-highest-boiling-point-reason-r-branching-does-not-affect-the-boiling-point-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjQ1MDkx-which-of-the-following-is-a-free-radical-substitution-reaction-1-benzene-with-br2-alcl3-2-acetylene-with-hbr-3-methane-with-br2-hv-4-propene-with-hbr-c6h5coo-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjUxMTAy-find-the-reagent-that-can-be-used-to-distinguish-between-1-butyne-and-2-butyne-1-hydrochloric-acid-hcl-2-oxygen-o-3-bromine-br-4-sodium-amide-nanh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjYzMDM3-in-which-of-the-following-e1-elimination-is-most-favorable-1-2-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjYzOTAy-the-increasing-order-of-electrophilic-substitution-for-the-following-compounds-is-1-iv-i-ii-iii-2-iii-ii-i-iv-3-i-iv-iii-ii-4-ii-iii-i-iv-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjYzOTEx-how-is-toluene-prepared-from-the-following-reaction-using-friedel-ndash-crafts-alkylation-1-c6h6-ch3cl-2-c6h5cl-ch4-3-c6h6-ch2cl2-4-c6h6-ch3cocl-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjYzOTEz-which-reagent-is-used-to-convert-propene-into-1-propanol-1-h2o-h2so4-2-b2h6-h2o2-oh-ndash-3-hg-oac-2-nabh4-h2o-4-aq-koh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjYzOTI4-which-of-the-following-is-not-the-characteristic-of-arenes-1-more-stability-2-resonance-3-delocalization-of-pi-electrons-4-electrophilic-addition-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjYzOTUy-when-2-bromopentane-reacts-with-ethanolic-koh-the-main-product-that-is-formed-is-1-cis-2-pentene-2-trans-2-pentene-3-1-pentene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY0NzQw-phenylacetylene-undergoes-a-reaction-with-dilute-h2so4-in-the-presence-of-hgso4-to-yield-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY0NzU5-compound-a-on-chlorination-gives-compound-b-b-reacts-with-alc-koh-to-give-gas-c-which-decolorizes-baeyer-reagent-ozonolysis-of-compound-c-gives-only-hcho-compound-compound-a-is-1-c2-h6-2-c2h4-3-c4h10 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY0ODI2-the-reaction-of-hbr-with-propene-in-the-presence-of-peroxide-gives-1-3-bromopropane-2-allyl-bromide-3-n-propyl-bromide-4-isopropyl-bromide-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY0ODYy-which-of-the-following-reactions-in-the-presence-of-anhydrous-alcl-leads-to-the-formation-of-ethylbenzene-ph-ndash-et-1-ch3-minus-ch-ch2-c6h6-2-h2c-ch2-c6h6-3-h3c-minus-ch3-c6h6-4-h3c-minus-ch2oh-c6h6 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY0ODYz-the-molecular-formula-of-diphenylmethane-is-c13h12-find-out-the-number-of-structural-isomers-possible-when-one-of-the-hydrogens-is-replaced-by-a-chlorine-atom-1-four-4-2-eight-8-3-seven-7-4-six-6-1-2 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY1NzI3-find-the-alkene-that-gives-the-following-product-on-ozonolysis-1-2-mathrm-ch-3-mathrm-ch-2-mathrm-ch-mathrm-chch-2-mathrm-ch-3-3-mathrm-ch-3-mathrm-ch-2-mathrm-ch-mathrm-chch-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY1NzQx-a-compound-possessing-optical-isomerism-provided-it-has-the-molecular-formula-c7h16-would-be-1-2-3-dimethyl-pentane-2-2-2-dimethyl-butane-3-2-methyl-hexane-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY2MDU2-the-compoundon-reaction-with-naio4-in-the-presence-of-kmno4-gives-1-ch3coch3-2-ch3coch3-ch3cooh-3-ch3coch3-ch3cho-4-ch3cho-co2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY2MDY4-among-the-following-the-correct-example-of-a-free-radical-substitution-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY3NTU3-an-alkene-lsquo-a-rsquo-on-ozonolysis-gives-a-mixture-of-ethanal-and-pentan-3-one-the-iupac-name-of-lsquo-a-rsquo-is-1-3-ethylpent-2-ene-2-3-ethylpent-2-yne-3-2-ethylpent-3-ene-4-3-ethylpent-4-yne-1-2 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY3NTU4-an-alkene-lsquo-a-rsquo-contains-3-c-ndash-c-sigma-bonds-8-c-ndash-h-sigma-bonds-and-1-c-ndash-c-pi-bond-lsquo-a-rsquo-on-ozonolysis-gives-two-moles-of-an-aldehyde-of-molar-mass-44-u-the-iupac-name-of https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY3NTU5-propanal-and-pentane-3-one-are-the-products-of-ozonolysis-of-an-alkene-the-structural-formula-of-the-alkene-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY3NTYw-benzene-is-extraordinarily-stable-though-it-contains-three-double-bonds-because-of-1-delocalized-protons-2-delocalized-neutrons-3-resonance-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY3NTYx-which-of-the-following-will-undergo-nitration-most-easily-benzene-m-dinitrobenzene-or-toluene-1-benzene-2-m-ndash-dinitrobenzene-3-toluene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY3NTc4-lewis-acid-s-that-can-be-used-during-the-ethylation-of-benzene-is-are-1-fecl3-2-sncl4-3-bf3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY4ODEx-match-column-i-which-contains-structures-with-column-ii-which-contains-iupac-names-and-choose-the-correct-option-a-b-c-d-column-ii-p-1-3-butadiene-q-4-phenyl-but-1-ene-r-2-methyl-phenol-s-5-2-methylpr https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY4ODEy-the-number-of-structural-isomers-of-c4h8-with-one-double-bond-and-c5h8-with-one-triple-bond-is-1-mathrm-c-4-mathrm-h-8-3-mathrm-c-5-mathrm-h-8-3-2-mathrm-c-4-mathrm-h-8-4-mathrm-c-5-mathrm-h-8-4-3-mat https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY4ODEz-which-of-the-following-is-the-correct-balanced-chemical-equation-for-the-combustion-of-butane-1-mathrm-2-c-4-h-10-g-13-o-2-g-rightarrow-8-co-2-g-10-h-2-o-heat-2-mathrm-2-c-4-h-10-g-13-o-2-g-rightarrow https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3MTY4-the-dihedral-angle-of-the-least-stable-conformer-of-ethane-is-1-60-deg-2-0-deg-3-120-deg-4-180-deg-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3MTcw-the-major-product-of-the-following-chemical-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODU5-reactant-a-in-the-following-reaction-is-a-naoh-xrightarrow-delta-cao-ch3ch2ch3-na2co3-1-sodium-ethanoate-2-sodium-propanoate-3-sodium-butanoate-4-sodium-methanoate-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzE1Mzgy-the-iupac-name-of-the-given-compound-is-1-cis-2-3-diethylbut-2-ene-2-trans-2-3-diethylbut-2-ene-3-cis-3-4-dimethylhex-3-ene-4-trans-3-4-dimethylhex-3-ene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzM5Mzgx-which-of-the-following-compounds-does-not-exhibit-aromaticity-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzM5NDEy-compound-x-on-reaction-with-o-3-followed-by-mathrm-zn-h-2o-gives-formaldehyde-and-2-methyl-propanal-as-products-the-compound-x-is-1-pent-2-ene-2-3-methylbut-1-ene-3-2-methylbut-1-ene-4-2-methylbut-2-e https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzM5Nzk4-match-the-bond-line-structures-of-hydrocarbons-given-in-list-i-with-the-corresponding-boiling-points-given-in-list-ii-list-i-compound-list-ii-boiling-point-in-k-a-i-300-9-b-ii-282-5-c-iii-309-1-d-iv-3 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzM5ODI1-find-the-compound-formed-when-water-is-added-to-an-alkyne-containing-more-than-two-carbon-atoms-in-the-presence-of-hgso-and-dilute-h-so-at-333-k-1-a-vicinal-diol-2-an-aldehyde-3-an-alcohol-4-a-ketone https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ2NDcy-what-is-the-correct-order-of-boiling-points-for-the-following-compounds-arranged-from-the-highest-to-the-lowest-a-heptane-b-butane-c-2-methylbutane-d-2-methylpropane-e-hexane-choose-the-correct-option https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzY3MDA2-consider-the-following-compounds-species-i-ii-iii-iv-v-vi-vii-the-number-of-compounds-species-which-obey-huckel-s-rule-is-1-5-2-4-3-6-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzY4Mjgw-which-amongst-the-following-compounds-will-show-geometrical-isomerism-1-pent-1-ene-2-2-3-dimethylbut-2-ene-3-2-methylprop-1-ene-4-3-4-dimethylhex-3-ene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzcwOTg1-the-correct-iupac-name-for-this-non-polar-alkane-is-1-3-ethyl-4-methylheptane-2-3-ethyl-4-7-dimethynonane-3-3-methyl-7-ethydecane-4-3-4-diethyl-5-7-dimethylnonane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzcwOTg4-the-electron-pair-in-the-pi-bond-of-an-alkene-has-1-33-p-character-and-are-at-a-lower-energy-level-than-the-electron-pair-in-the-sigma-bond-2-50-p-character-and-are-at-a-higher-energy-level-than-the-e https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzcwOTk1-when-dealing-with-hybridization-in-organic-compounds-which-bond-angle-is-associated-with-the-strongest-bond-formation-1-109-deg-2-120-deg-3-180-deg-4-360-deg-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzcxMDA1-among-the-following-the-compound-which-contains-the-fewest-tertiary-carbons-is-1-ch-3-3c-ch-2-2ch-3-2-4-isobutyl-heptane-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzcxMDE3-anthracene-is-an-aromatic-compound-that-is-described-by-the-following-characteristics-i-cyclic-ii-planar-iii-satisfies-huckel-s-rule-iv-has-an-even-number-of-pi-electrons-1-i-and-ii-only-2-ii-iii-and https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU1MDE0-given-below-are-two-statements-statement-i-the-boiling-point-of-three-isomeric-pentanes-follows-the-order-small-text-n-pentane-text-isopentane-text-neopentane-statement-ii-when-branching-increases-the https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU1MDI1-determine-the-iupac-name-of-the-compound-with-the-molecular-formula-c-h-that-contains-two-tertiary-carbon-atoms-1-2-methyl-pentane-2-2-3-dimethylbutane-3-2-2-dimethylbutane-4-n-hexane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU1MDQ5-for-the-given-reaction-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2NzM2-phenanthrene-is-an-aromatic-compound-and-follows-huckel-s-4-n-2-pi-electron-rule-the-value-of-n-is-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2ODA5-match-list-i-with-list-ii-list-i-reactions-list-ii-products-a-i-small-mathrm-left-ch-3-right-2-c-o-co-2-mathrm-h-2-o-b-ii-c-iii-d-iv-left-mathrm-ch-3-right-3-mathrm-c-mathrm-oh-choose-the-correct-answ https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2ODMx-the-major-product-p-formed-in-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM5MzYz-which-of-the-following-would-exhibit-cis-trans-isomerism-1-ch3ch2ch-ch2ch3ch2ch-ch2ch3ch2ch-ch2-2-clch-chclclch-chclclch-chcl-3-clch-ccl2clch-ccl2clch-ccl2-4-ch2-ch-coohch2-ch-coohch2-ch-cooh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDc2ODI3-the-number-of-possible-conformations-due-to-rotation-around-a-c-c-single-bond-is-are-1-1-0-2-2-0-3-6-0-4-infinite-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ3MDg4-the-number-of-hydrogen-atoms-attached-to-primary-1-secondary-2-and-tertiary-3-carbons-in-the-given-organic-compound-are-1-18-4-0-2-18-6-0-3-20-6-2-4-18-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzA4MzQx-which-of-the-following-compounds-does-not-exhibit-geometrical-isomerism-1-1-1-dichloro-1-pentene-2-1-2-dichloro-1-pentene-3-1-3-dichloro-2-pentene-4-1-4-dichloro-2-pentene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODU2-match-the-items-of-column-i-with-items-of-column-ii-column-i-organic-compound-column-ii-iupac-name-a-ch3-3-cch2c-ch3-3-i-3-3-di-tert-butyl-2-2-4-4-tetramethylpentane-b-ch3-2-c-c2h5-2-ii-2-2-4-4-tetram https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzgxOTk1-which-of-the-following-does-not-show-geometrical-isomerism-1-1-2-dichloro-1-pentene-2-1-3-dichloro-2-pentene-3-1-1-dichloro-1-pentene-4-1-4-dichloro-2-pentene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODY0-what-is-the-iupac-name-of-the-given-compound-1-trans-1-2-chloroethene-2-cis-1-2-chloroethane-3-trans-1-2-dichloroethene-4-cis-1-2-dichloroethene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDM5OTky-total-number-of-structural-isomers-possible-for-a-compound-with-molecular-formula-c-7h-16-are-1-5-2-1-3-0-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk4ODI3-the-compound-with-the-highest-boiling-point-among-the-following-is-1-n-hexane-2-n-pentane-3-2-2-dimethylpropane-4-2-methylbutane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzY1MTUx-which-of-the-following-has-zero-dipole-moment-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzMxOTYw-assertion-a-the-boiling-point-of-neopentane-is-less-than-that-of-isopentane-reason-r-the-higher-the-branching-the-lower-the-boiling-point-of-a-compound-1-both-a-and-r-are-true-and-r-is-the-correct-exp https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk4NzQ4-which-molecule-exhibits-the-greatest-distance-between-two-adjacent-carbon-atoms-1-ethane-2-ethene-3-ethyne-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjA4ODc2-which-of-the-following-substances-has-the-highest-boiling-point-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDA2-which-of-the-following-will-not-show-geometrical-isomerism-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzcxMDA4-what-is-the-total-number-of-primary-hydrogen-atoms-present-in-the-given-compound-1-3-0-2-15-3-17-4-18-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzc4NTQ0-which-of-the-following-is-a-suitable-reagent-for-the-wurtz-reaction-1-na-ether-2-na-alcohol-3-zn-ether-4-zn-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTY3NDk5-identify-compounds-x-and-y-respectively-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk1NDY2-which-among-the-given-chlorides-on-dehydrohalogenation-by-a-strong-base-will-give-2-methylbut-2-ene-1-2-chloro-2-methylbutane-2-1-chloropentane-3-1-chloro-2-methylbutane-4-3-chloropentane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk4ODI4-which-of-the-following-is-known-as-marsh-gas-1-c-2h-2-2-ch-4-3-h-2s-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTY4MTQy-which-one-of-the-following-pairs-will-be-produced-when-mg2c3-and-cac2-react-with-h2o-respectively-1-propyne-and-ethane-2-propane-and-ethane-3-propyne-and-ethyne-4-ethene-and-ethyne-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyMjU1-which-of-the-following-compounds-is-expected-to-have-the-highest-boiling-point-1-isooctane-2-n-octane-3-2-2-3-3-tetramethylbutane-4-n-butane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjAwNzEw-which-of-the-following-alkanes-cannot-be-made-in-good-yield-by-wurtz-reaction-1-2-3-dimethylbutane-2-n-heptane-3-n-butane-4-n-hexane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDAz-the-increasing-order-of-reduction-of-alkyl-halides-with-zinc-and-dilute-hcl-is-1-r-cl-r-i-r-brr-cl-r-i-r-brr-cl-r-i-r-br-2-r-cl-r-br-r-ir-cl-r-br-r-ir-cl-r-br-r-i-3-r-i-r-br-r-clr-i-r-br-r-clr-i-r-br https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTQ3NjQ3-the-following-reaction-is-an-example-of-c6h6c6h6c6h6-ch3clanhydrous-alcl3ch3cl-alcl3anhydrousch3cl-alcl3anhydrousc6h5ch3c6h5ch3c6h5ch3-hcl-1-friedel-crafts-reaction-2-kolbe-s-synthesis-3-wurtz-s-react https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk1Nzcw-match-the-reactions-given-in-column-i-with-the-corresponding-names-of-the-reactions-given-in-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-text-n-butane-rightarrow-2-text-methylpropan https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2MDg1-soda-lime-is-specifically-used-for-1-decarboxylation-2-dehalogenation-3-dehydration-4-dehydrogenation-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDA4MjMx-given-the-following-reaction-mathrm-cac-2-xrightarrow-mathrm-h-2-mathrm-o-mathrm-p-xrightarrow-text-tube-text-hot-iron-mathrm-q-xrightarrow-text-anhydrous-mathrm-alcl-3-mathrm-ch-3-mathrm-cl-mathrm-r https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzc5NTEx-which-of-the-following-reagents-can-be-used-to-distinguish-between-1-butyne-and-2-butyne-1-mathrm-h-2-mathrm-so-4-2-mathrm-agno-3-mathrm-nh-4-mathrm-oh-3-mathrm-k-2-mathrm-cr-2-mathrm-o-7-4-mathrm-nh https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTY3NDg2-how-many-moles-of-h2-would-be-required-to-produce-saturated-hydrocarbon-from-a-given-compound-1-1-2-4-3-8-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MDky-which-of-the-following-reagents-is-used-to-obtain-trans-alkenes-from-alkynes-1-h2-pd-c-baso4-2-nabh4-3-na-liq-nh3-4-sn-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTUyMDcz-match-column-i-with-column-ii-column-i-wurtz-reaction-column-ii-number-of-dimerization-products-a-ch-3-cl-xrightarrow-text-dry-ether-na-p-5-b-ch-3-cl-ch-3-ch-2-cl-xrightarrow-text-dry-ether-na-q-6-c-c https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzM0ODQ3-when-but-2-yne-reacts-with-na-liq-nh-3-then-the-product-formed-is-1-butane-2-cis-but-2-ene-3-trans-but-2-ene-4-but-1-yne-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjk3NzMw-which-of-the-following-is-produced-when-propyne-is-being-passed-through-a-red-hot-iron-tube-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk1NDg3-assertion-a-ch-3-c-equiv-ch-is-more-polar-than-ch3-ch-ch2-reason-r-sp-hybridised-carbon-is-more-electro-negative-than-sp2-hybridised-carbon-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ1MDEw-a-hydrocarbon-having-molecular-formula-c5h10-produced-a-tertiary-alcohol-upon-treatment-with-a-few-drops-of-conc-sulphuric-acid-and-water-the-same-hydrocarbon-when-reacted-with-acidic-potassium-perman https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjEwNTY2-which-of-the-following-is-used-to-detect-double-bond-1-br2br2br2-in-ccl4ccl4ccl4-2-using-ceric-ammonium-nitrate-solution-3-bayer-s-test-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ0NTc2-consider-the-compounds-listed-below-and-answer-the-question-a-mathrm-ch-2-mathrm-ch-mathrm-cho-b-left-mathrm-ch-3-right-2-mathrm-c-mathrm-c-left-mathrm-ch-3-right-2-c-mathrm-ch-3-mathrm-ch-mathrm-ch-m https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246MzI2NTc-which-of-the-following-is-an-elimination-reaction-1-ch3ch3-cl2-ch3ch2cl-hcl-2-ch3cl-koh-aq-ch3oh-kcl-3-ch2-ch2-br2-ch2brch2br-4-c2h5br-koh-aic-c2h4-kbr-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzI5MjQy-identify-the-product-b-in-the-given-reaction-mathbf-xrightarrow-text-hv-br-2-a-xrightarrow-text-dry-ether-na-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk0MDM4-match-the-following-list-1-compound-list-2-composition-a-baeyer-s-reagent-i-pd-baso-4-quinoline-b-lindlar-s-catalyst-ii-ammoniacal-silver-nitrate-c-tollen-s-reagent-iii-alkaline-potassium-permanganate https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ3MzY5-which-of-the-following-alkanes-cannot-be-prepared-by-kolbe-s-electrolytic-method-1-ethane-2-butane-3-propane-4-octane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTY1NzM0-which-one-of-the-following-compounds-of-the-formula-c4h8c4h8-does-not-decolorize-bromine-water-1-but-1-ene-2-but-2-ene-3-cyclobutane-4-2-methyl-propene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk1NDc5-match-the-chemicals-in-list-i-with-their-corresponding-use-preparation-or-constituent-in-list-ii-list-i-chemicals-list-ii-use-preparation-constitute-a-alcoholic-potassium-hydroxide-i-potassium-salt-of https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM5NDU3-the-reaction-of-c-h-ch-chch-with-hbr-gives-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxOTIx-find-out-text-a-and-b-in-the-given-atmospheric-reaction-step-dot-mathrm-cl-mathrm-ch-4-rightarrow-mathrm-a-mathrm-b-1-mathrm-c-2-mathrm-h-6-text-and-mathrm-cl-2-2-dot-mathrm-c-mathrm-hcl-2-text-and-ma https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDcwNTk1-which-of-the-following-alkanes-react-with-chlorine-to-give-only-one-monochloride-a-2-2-dimethylpropane-c-h-b-2-2-3-3-tetramethylbutane-c-h-c-2-2-dimethylbutane-c-h-d-2-3-dimethylhexane-c-h-options-1-a https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjI5MTI0-match-the-reagent-from-column-i-which-on-reaction-with-ch3-ch-ch2-gives-the-same-product-given-in-column-ii-as-per-the-codes-given-below-column-i-column-ii-a-o3-zn-h2o-1-acetic-acid-and-co2-b-kmno4-h https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk4ODAw-what-is-the-main-product-obtained-in-the-photo-catalyzed-bromination-of-2-methylbutane-1-1-bromo-2-methylbutane-2-1-bromo-3-methylbutane-3-2-bromo-3-methylbutane-4-2-bromo-2-methylbutane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ3MzY0-consider-the-following-reaction-b-xleftarrow-na-liq-nh-3-h-2-h-3c-c-equiv-c-ch-3-xrightarrow-pd-c-h-2-a-what-is-the-classification-of-products-a-and-b-1-identical-compounds-2-optical-isomers-3-geometr https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1Nzc1-presence-of-which-reagent-will-affect-the-reversibility-of-the-following-reaction-and-change-it-to-a-irreversible-reaction-mathrm-ch-4-mathrm-i-2-stackrel-mathrm-h-nu-rightleftharpoons-mathrm-ch-3-mat https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjk3ODU0-in-which-of-the-following-will-the-kharasch-effect-operate-1-ch3ch2ch-ch2-hci-2-ch3ch2-ch-ch2-hbr-3-ch3ch-ch-ch3-hbr-4-ch3ch2ch-ch2-hi-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzM3ODIy-which-of-the-following-is-produced-when-the-benzene-undergoes-ozonolysis-1-acetone-2-glyoxal-3-propanol-4-butanone-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDY3MjMw-in-which-of-the-following-alkenes-is-markownikoff-s-rule-not-applicable-1-2-3-4-ch-3-ch-ch-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk4Njgz-which-type-of-isomers-can-be-converted-into-one-another-by-rotation-around-a-single-bond-1-conformers-2-diastereomers-3-enantiomers-4-positional-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2OTAz-select-the-reaction-that-would-result-in-the-formation-of-2-bromopropane-a-text-ch-3-text-ch-text-ch-2-text-hbr-xrightarrow-mathrm-peroxide-b-text-ch-3-text-ch-text-ch-2-text-hbr-xrightarrow-text-ccl https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM5NDQ4-in-the-hydrocarbon-the-state-of-hybridization-of-carbons-1-3-and-5-are-in-the-following-sequence-1-sp2-sp-sp3-2-sp-sp3-sp2-3-sp-sp2-sp3-4-sp3-sp2-sp-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzc0OTUx-which-among-the-following-compounds-is-not-considered-aromatic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjgwMDMy-which-of-the-following-compounds-is-non-aromatic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk5MTMx-which-of-the-following-characteristics-are-associated-with-an-aromatic-molecule-a-contains-4n-pi-electrons-b-contains-4n-2-pi-electrons-c-has-a-planar-structure-d-is-cyclic-in-nature-select-the-correc https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzg0MTQx-what-is-the-value-of-n-involved-in-the-formula-given-by-h-ckel-s-rule-for-a-compound-containing-9-pairs-of-electrons-1-four-4-2-six-6-3-two-2-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDEy-match-the-following-reactants-in-column-i-with-the-corresponding-reaction-products-in-column-ii-column-i-column-ii-a-benzene-cl2alcl3-benzene-cl2-alcl3benzene-cl2-alcl3-1-benzoic-acid-b-benzene-ch3cla https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzkwMTYx-match-column-i-with-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-alkyl-halide-sodium-in-presence-of-dry-ether-i-sulphonation-b-arene-acid-halide-in-presence-of-alcl-3-ii-wurtz-reacti https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ4NzIz-consider-the-following-reactions-sequence-the-product-b-major-product-is-1-benzoquinone-2-benzene-sulphonic-acid-3-cyclohexane-4-resorcinol-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ3MTI0-which-among-the-following-is-an-aromatic-compound-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDAwODMz-the-carbon-carbon-bond-order-of-1-5-in-benzene-is-a-result-of-the-sp-2-hybridized-carbons-forming-a-continuous-pi-molecular-orbital-what-is-this-electronic-stabilization-called-1-inductive-effect-2-el https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzc5OTQz-the-products-a-and-b-respectively-in-the-following-sequence-of-reactions-are-a-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQxMjE4-which-among-the-following-compounds-is-the-most-stable-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzc1OTk0-given-below-are-two-statements-statement-i-friedel-crafts-acylation-of-benzene-is-done-using-acetic-anhydride-in-the-presence-of-anhydrous-alcl3-statement-ii-friedel-crafts-acylation-is-an-example-of https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDA4MjMz-the-product-mathrm-z-formed-in-the-series-of-given-reactions-is-text-n-hexane-xrightarrow-10-20-mathrm-atm-mathrm-cr-2-mathrm-o-3-mathrm-al-2-mathrm-o-3-773-mathrm-k-mathrm-y-xrightarrow-373-mathrm-k https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxMTcy-matching-the-following-list-i-compound-list-ii-characteristics-a-benzene-i-phosgene-b-ethylene-ii-silver-mirror-c-acetaldehyde-iii-mustard-gas-d-chloroform-iv-4n-2-electron-codes-a-b-c-d-1-iv-iii-i-ii https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzkxMzIw-the-product-z-formed-in-the-following-sequential-reaction-is-mathrm-phenol-xrightarrow-zn-dust-x-xrightarrow-anhyd-alcl-3-ch-3cl-y-xrightarrow-alkaline-kmno-4-z-1-benzaldehyde-2-benzoic-acid-3-benzene https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzEwNTkz-on-mixing-a-certain-alkane-with-chlorine-and-irradiating-it-with-ultraviolet-light-it-forms-only-one-monochloroalkane-identify-the-possible-alkane-1-propane-2-pentane-3-isopentane-4-neopentane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDc2ODcz-the-incorrect-statement-about-the-nitration-of-benzene-is-1-stackrel-mathrm-n-mathrm-o-2-acts-as-an-electrophile-2-h2so4-acts-as-an-acid-and-hno3-acts-as-a-base-3-nitration-is-an-electrophilic-substit https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzc4NTg5-which-species-acts-as-an-electrophile-during-the-nitration-of-benzene-1-mathrm-no-3-2-mathrm-no-2-3-mathrm-no-2-4-mathrm-hno-3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjA3MjY1-an-unsaturated-hydrocarbon-a-reacts-with-two-molecules-of-h2-and-upon-reductive-ozonolysis-a-gives-butane-1-4-dial-ethanal-and-propanone-the-iupac-name-of-a-is-1-2-methylocta-2-6-diene-2-2-methylocta https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTE1OTMz-if-compound-a-c-h-is-treated-with-h-o-h-so-and-forms-an-optically-inactive-c-h-o-what-is-the-structure-of-a-1-ch3ch2ch-ch2-2-ch3ch-chch3-3-ch3-2c-ch2-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTcyMTYz-which-of-the-following-compounds-will-exhibit-the-largest-heat-of-hydrogenation-per-mole-of-compound-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTcyMTUz-which-of-the-following-alkenes-will-yield-only-ketones-when-treated-with-ozone-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTkxNDYx-which-among-the-following-compounds-is-the-most-acidic-1-ch3-ch3ch3-ch3ch3-ch3-2-ch3-c-chch3-c-chch3-c-ch-3-ch2-ch2ch2-ch2ch2-ch2-4-ch3c-c-ch3ch3c-c-ch3ch3c-c-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjA3MjU3-the-major-product-s-in-the-below-reaction-is-h-3-c-ch-ch-2-xrightarrow-left-right-ph-co-o-left-right-2-hbr-s-1-underset-1-bromopropane-h-3-c-ch-2-ch-2-br-2-underset-2-bromopropane-ch-3-underset-br-und https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTcyNTQ2-the-main-product-of-the-following-reaction-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM0MTQx-3-phenylpropene-on-reaction-with-hbr-gives-as-a-major-product-1-c6h5ch-br-ch2-ch3c6h5ch-br-ch2-ch3-2-c6h5ch2ch-br-ch3c6h5ch2ch-br-ch3-3-c6h4-br-ch2ch2ch3c6h4-br-ch2ch2ch3-4-c6h5ch2ch2ch2brc6h5ch2ch2ch https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTg4MjM4-what-type-of-orbital-overlap-results-in-the-formation-of-the-c-h-and-c-c-bonds-in-ethane-1-sp3-sandsp3-sp3sp3-sandsp3-sp3-2-sp2-sandsp2-sp2sp2-sandsp2-sp2-3-sp-sp-and-sp-sp-4-p-s-and-p-p-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjA3MjY4-benzene-ch3clalcl3-c6h5ch3benzene-ch3cl-alcl3c6h5ch3benzene-ch3cl-alcl3c6h5ch3-the-mechanism-intermediate-involved-in-the-above-reaction-are-1-aromatic-electrophilic-substitution-carbocation-2-aromati https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTc0Nzg3-the-major-product-p-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM5NTE5-the-product-x-in-the-above-mentioned-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTMwNTA0-arrange-the-following-compounds-in-increasing-order-of-their-reactivity-toward-electrophilic-aromatic-substitution-reactions-1-iii-i-ii-2-iii-ii-i-3-ii-i-iii-4-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTkyODMx-methane-reacts-with-steam-at-1273-k-in-the-presence-of-nickel-catalyst-to-form-1-co-and-h-2-2-co-and-h-2o-3-co-2-and-h-2o-4-co-2-and-h-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTk4MjM1-the-amount-of-carbon-dioxide-evolved-upon-complete-combustion-of-116-g-of-n-butane-is-given-atomic-mass-in-amu-h-1-c-12-and-o-16-1-362-g-2-352-g-3-322-g-4-176-g-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTM1MTk0-which-one-of-the-following-compounds-can-exist-as-cis-trans-isomers-1-1-1-dimethycyclopropane-2-1-2-dimethylcyclohexane-3-pent-1-ene-4-2-methylhex-2-ene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTM1MTkx-predict-the-major-product-p-in-the-following-sequence-of-reactions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTM1MTkw-which-one-of-the-following-compounds-does-not-decolourize-bromine-water-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTM1MTY3-which-one-of-the-following-reactions-does-not-give-benzene-as-a-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDY4ODE3-given-below-are-two-statements-statement-i-propene-on-treatment-with-diborane-gives-an-addition-product-with-the-formula-ch-3-2-ch-3-b-statement-ii-oxidation-of-ch-3-2-ch-3-b-with-hydrogen-peroxide-in https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDY4ODE5-baeyer-s-reagent-is-1-acidic-potassium-permanganate-solution-2-acidic-potassium-dichromate-solution-3-cold-dilute-aqueous-solution-of-potassium-permanganate-4-hot-concentrated-solution-of-potassium-pe https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDY4ODkw-the-alkane-that-can-be-oxidized-to-the-corresponding-alcohol-by-mathrm-kmno-4-as-per-the-equation-is-when-1-mathrm-r-1-h-r-2-h-r-3-h-2-mathrm-r-1-ch-3-r-2-ch-3-r-3-ch-3-3-mathrm-r-1-ch-3-r-2-h-r-3-h-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDY4ODM2-arrange-the-following-compounds-in-increasing-order-of-their-solubilities-in-chloroform-mathrm-nacl-ch-3-oh-cyclohexane-mathrm-c-6-mathrm-h-12-ch-3cn-1-mathrm-nacl-ch-3cn-ch-3-oh-cyclohexane-2-mathrm https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDY4ODIx-the-major-product-x-formed-in-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246ODkwMjM-predict-the-correct-intermediate-and-product-in-the-following-reaction-1-a-h-3-c-underset-oh-underset-left-right-c-ch-2-b-h-3-c-underset-hso-4-underset-left-right-c-ch-2-2-a-h-3-c-underset-o-underset https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTEyNzU-which-of-the-following-organic-compounds-has-same-hybridization-as-its-combustion-product-co2-1-ethane-2-ethyne-3-ethene-4-ethanol-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTE0NjE-a-compound-that-cannot-give-friedel-craft-s-reaction-is-1-xylene-2-nitrobenzene-3-toluene-4-cumene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTI2MDI-liquid-hydrocarbons-can-be-converted-to-a-mixture-of-gaseous-hydrocarbons-by-1-oxidation-2-cracking-3-distillation-under-reduced-pressure-4-hydrolysis-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTMzMDM-nitrobenzene-can-be-prepared-from-benzene-by-using-a-mixture-of-conc-hno3-and-conc-h2so4-in-the-mixture-nitric-acid-acts-as-a-an-1-reducing-agent-2-acid-3-base-4-catalyst-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTM2Nzk-predict-the-product-c-obtained-in-the-following-reaction-of-1-butyne-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDA4-arrange-the-following-carbanions-in-order-of-their-decreasing-stability-a-mathrm-h-3-mathrm-c-mathrm-c-equiv-mathrm-c-b-mathrm-h-mathrm-c-equiv-mathrm-c-c-mathrm-h-3-mathrm-c-mathrm-c-h-2-1-a-b-c-2-b https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODU0-the-correct-chain-isomer-of-c6h14-n-hexane-among-the-following-are-a-2-methylpentane-b-2-3-dimethylbutane-c-2-ethylbutane-1-a-c-2-a-b-3-b-c-4-a-b-c-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODU4-the-correct-iupac-name-among-the-following-is-are-a-2-ethylpentane-b-5-ethyl-3-methylheptane-c-3-ethyl-2-methyloctane-d-3-ethyl-2-4-dimethylheptane-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODYw-match-the-items-of-column-i-with-items-of-column-ii-column-i-column-ii-a-i-1-3-5-7-octatetraene-b-ii-4-ethyl-2-6-dimethyl-dec-4-ene-c-iii-2-8-dimethyl-3-6-decadiene-d-ch2-c-ch2ch2ch3-2-iv-2-n-propylpe https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODYx-match-the-items-of-column-i-with-items-of-column-ii-column-i-compound-column-ii-number-of-bonds-a-i-bonds-33-bonds-2-b-ii-bonds-17-bonds-4-c-iii-bonds-23-bond-1-d-iv-bonds-41-bond-1-1-a-iii-b-iv-c-ii https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODYz-how-many-structural-isomers-of-c-h-are-possible-if-cyclic-structures-are-excluded-1-6-2-4-3-5-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODY1-the-compound-s-among-the-following-that-show-cis-trans-isomerism-is-are-i-ch3-2c-ch-c2h5-ii-ch2-cbr2-iii-c6h5ch-ch-ch3-iv-ch3ch-ccl-ch3-1-only-iii-2-iii-iv-3-iii-i-4-i-ii-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODY2-consider-the-following-reaction-the-product-a-and-b-are-respectively-1-1-bromohexane-2-bromohexane-2-2-bromohexane-1-bromohexane-3-1-bromohexane-3-bromohexane-4-3-bromohexane-2-bromohexane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODY5-the-correct-statement-s-among-the-following-is-are-a-the-5th-member-of-the-alkyne-series-is-hex-1-yne-c6h10-b-the-5th-member-of-the-alkyne-series-forms-a-total-of-8-isomers-c-the-iupac-name-of-one-of https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3ODcx-what-reagents-are-used-to-convert-ethanoic-acid-into-ethane-1-a-socl2-b-nh3-c-lialh4-d-ch3cl-2-a-naoh-aq-b-sodalime-and-heat-c-cl2-hv-d-na-dry-ether-3-a-lialh4-b-hcl-and-heat-c-na-dry-ether-4-none-of https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzE1MzY5-the-iupac-name-of-the-given-compound-is-1-cis-1-2-dichloroethene-2-trans-1-2-dichloroethene-3-trans-1-2-chloroethene-4-cis-1-2-chloroethene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzE1Mzc4-the-iupac-name-of-the-given-compound-is-1-cis-2-3-diethylbut-2-ene-2-trans-2-3-diethylbut-2-ene-3-cis-3-4-dimethylhex-3-ene-4-trans-3-4-dimethylhex-3-ene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzE1NDkw-what-reagents-are-used-to-convert-ethane-to-dibromoethane-1-a-cl2-hv-b-naoh-c-kmno4-2-a-cl2-hv-b-alc-koh-c-br2-3-a-cl2-hv-b-nai-acetone-c-naoh-4-a-cl2-hv-b-alc-koh-c-hbr-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzE1NDkx-what-specific-reagents-are-used-to-convert-dibromoethane-into-benzene-1-a-naoh-b-nanh2-c-red-hot-iron-tube-at-873-k-2-a-hbr-b-nanh2-c-kmno4-3-a-alc-koh-b-nanh2-c-h2-pd-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjcwMDgy-which-molecules-among-the-following-have-a-dipole-moment-a-2-2-dimethylpropane-b-trans-pent-2-ene-c-cis-hex-3-ene-d-2-2-3-3-tetramethylbutane-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjcwMDgx-which-of-the-following-is-are-aromatic-structure-s-a-b-c-d-1-a-and-b-2-b-and-c-3-c-and-d-4-a-and-c-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjcwMDc5-correct-statement-among-the-following-is-a-ch3-o-ch2-is-more-stable-than-ch3-ch2-b-ch3-2ch-is-less-stable-than-ch3-ch2-ch2-c-ch2-ch-ch2-is-more-stable-than-ch3-ch2-ch2-d-ch2-ch-is-more-stable-than-ch3 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjcwMDc1-for-an-electrophilic-substitution-reaction-the-presence-of-a-halogen-atom-in-the-benzene-ring-a-deactivates-the-ring-by-inductive-effect-b-deactivates-the-ring-by-resonance-c-increases-the-charge-dens https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjcwMDcy-which-of-the-following-alkenes-undergo-ozonolysis-to-produce-a-mixture-of-ketones-only-a-b-c-d-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjcwMDcx-some-oxidation-reactions-of-methane-are-given-below-which-of-them-is-are-controlled-oxidation-reactions-a-ch4-g-2o2-g-co2-g-2h2o-l-b-ch4-g-o2-g-c-s-2h2o-l-c-ch4-g-o2-g-xrightarrow-mo-2-o-3-hcho-h2o-d https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDE0-given-below-are-two-statements-assertion-a-the-compound-tetraene-has-the-following-structural-formula-it-is-a-cyclic-and-has-conjugated-8-electrons-system-but-it-is-not-an-aromatic-compound-reason-r-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDEw-among-the-following-reactions-the-incomplete-combustion-of-methane-is-1-2-ch-4-o-2-xrightarrow-mathrm-cu-523-k-100-atm-2-ch-3-oh-2-ch-4-o-2-xrightarrow-mo-2-o-3-hcho-h-2-o-3-ch-4-o-2-c-2h-2o-4-ch-4-2o https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDA5-arrange-the-following-alkyl-halides-in-decreasing-order-of-the-rate-of-elimination-reaction-with-alcoholic-koh-a-mathrm-ch-3-2c-h-ch-2br-b-ch3-ch2-br-c-ch3-ch2-ch2-br-1-a-b-c-2-c-b-a-3-b-c-a-4-a-c-b-1 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDA3-arrange-the-following-hydrogen-halides-in-order-of-their-increasing-reactivity-with-propene-1-hcl-hbr-hi-2-hbr-hi-hcl-3-hi-hbr-hcl-4-hcl-hi-hbr-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDA1-the-addition-of-hbr-to-1-butene-gives-a-mixture-of-products-a-b-and-c-the-mixture-consists-of-1-a-and-b-as-major-and-c-as-minor-products-2-b-as-major-a-and-c-as-minor-products-3-b-as-minor-a-and-c-as https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDA0-the-correct-iupac-name-of-the-following-alkane-is-1-3-6-diethyl-2-methyloctane-2-5-isopropyl-3-ethyloctane-3-3-ethyl-5-isopropyloctane-4-3-isopropyl-6-ethyloctane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDAy-arrange-the-halogens-f2-cl2-br2-i2f2-cl2-br2-i2f2-cl2-br2-i2-in-order-of-their-increasing-reactivity-with-alkanes-1-i2-br2-cl2-f2i2-br2-cl2-f2i2-br2-cl2-f2-2-br2-cl2-f2-i2br2-cl2-f2-i2br2-cl2-f2-i2-3 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjMzNDAx-consider-the-following-compounds-a-n-butane-b-2-methylbutane-c-n-pentane-d-2-2-dimethylpropane-the-correct-decreasing-order-of-their-boiling-points-is-1-a-b-c-d-2-b-c-d-a-3-c-b-d-a-4-d-c-b-a-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjcwMDcz-which-are-the-correct-iupac-names-of-the-following-compound-a-5-butyl-4-isoporpyldecane-b-5-ethyl-4-propyldecane-c-5-sec-butyl-4-iso-propyldecane-d-4-1-methylethyl-5-1-methylpropyl-decane-choose-the-c https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjcwMDc0-which-are-the-iupac-names-of-the-following-compounds-a-5-2-2-dimethylpropyl-decane-b-4-butyl-2-2-dimethylnonane-c-2-2-dimethyl-4-pentyloctane-d-5-neopentyldecane-choose-the-correct-option-1-a-b-2-b-c https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjcwMDc3-what-is-the-impact-of-the-nitro-substituent-on-the-reactivity-and-orientation-of-electrophilic-substitution-in-nitrobenzene-a-deactivates-the-ring-by-inductive-effect-b-activates-the-ring-by-inductive https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNTI5-select-the-correct-option-based-on-statements-below-assertion-a-2-butyne-on-controlled-hydrogenation-with-pd-caco3-lindlar-s-catalyst-in-presence-of-pbo-gives-cis-2-butene-reason-r-hydrogenation-occur https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNTUz-given-below-are-two-statements-assertion-a-alkanes-having-more-than-three-carbon-atoms-exhibit-chain-isomerism-reason-r-all-carbon-atoms-in-alkanes-are-sp-hybridized-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNTU0-given-below-are-two-statements-assertion-a-alkenes-and-series-of-cycloalkanes-of-hydrocarbons-have-the-same-general-formula-reason-r-either-insertion-of-a-double-bond-or-formation-of-a-ring-reduces-th https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNjIy-assertion-a-2-bromobutane-in-reaction-with-sodium-ethoxide-in-ethanol-gives-1-butene-as-a-major-product-reason-r-1-butene-is-more-stable-than-2-butene-1-both-a-and-r-are-true-and-r-is-the-correct-expl https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNjI0-consider-the-given-two-statements-assertion-a-the-addition-of-hbr-on-2-butene-gives-two-isomeric-products-reason-r-the-addition-of-hbr-on-2-butene-follows-markovnikov-s-rule-1-both-a-and-r-are-true-an https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNjI3-given-below-are-two-statements-assertion-a-alkyl-benzene-is-not-prepared-by-friedel-crafts-alkylation-of-benzene-reason-r-alkyl-halides-are-less-reactive-than-acyl-halides-in-the-friedel-crafts-reacti https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNjM1-given-below-are-two-statements-assertion-a-ch-equiv-c-ch-2-ch-ch-2-adds-up-hbr-to-give-ch-equiv-c-ch-2-ch-ch-3-br-while-ch-equiv-c-ch-ch-2-adds-hbr-to-give-ch-2-c-ch-ch-2-br-reason-r-a-double-bond-is https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNjQw-consider-the-given-two-statements-assertion-a-propene-reacts-with-hbr-in-the-presence-of-h2o2-to-give-markovnikov-s-addition-product-reason-r-h2o2-forms-free-radicals-which-cause-homolytic-cleavage-of https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNjQ0-assertion-a-trans-but-2-ene-has-a-higher-boiling-point-than-cis-but-2-ene-reason-r-trans-but-2-ene-is-more-polar-than-cis-but-2-ene-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNjQ3-given-below-are-two-statements-statement-i-treatment-of-1-2-dibromopropane-with-zinc-produces-cyclopropane-statement-ii-the-reaction-of-alkyl-halides-with-any-metal-is-called-a-substitution-reaction-1 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM3MTQ5-which-of-the-following-is-correct-about-carbon-to-carbon-bonds-a-the-length-of-carbon-to-carbon-bond-increases-in-the-order-c-c-c-c-c-c-b-the-strength-of-the-c-c-bond-is-more-than-the-strength-of-the https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNjQ4-consider-the-given-two-statements-assertion-a-nitration-of-benzene-is-an-example-of-an-electrophilic-substitution-reaction-reason-r-it-is-a-biomolecular-reaction-with-an-order-of-reaction-2-1-both-a-a https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyNjU0-consider-the-given-two-statements-assertion-a-h-br-addition-with-propene-in-the-presence-of-organic-peroxide-gives-anti-markovnikov-s-addition-product-reason-r-organic-peroxide-causes-heterolytic-clea https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTM1MTg0-among-the-given-compounds-i-iii-the-correct-order-of-bond-dissociation-energy-of-c-h-bond-marked-with-is-i-ii-iii-1-iii-ii-i-2-ii-iii-i-3-ii-i-iii-4-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-pb246OTA4Mjg-the-oxidation-of-benzene-by-v2o5-in-the-presence-of-air-produces-1-benzoic-anhydride-2-maleic-anhydride-3-benzoic-acid-4-benzaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjYzOTcx-which-one-of-the-following-alkenes-will-react-faster-with-h2-under-catalytic-hydrogenation-conditions-1-2-3-4-r-alkyl-substituent-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MjY0MDk5-products-of-the-following-reaction-ch3c-cch2ch3-i-o3-2-hydrolysis-are-ch3c-cch2ch3-i-o3-2-hydrolysis-are-ch3c-cch2ch3-i-o3-2-hydrolysis-are-1-ch3cooh-ch3coch3ch3cooh-ch3coch3ch3cooh-ch3coch3-2-ch3cooh https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTQ3NTU2-what-is-the-minimum-number-of-carbon-atoms-required-for-an-alkane-to-have-isomers-1-one-2-two-3-four-4-three-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ4NzE2-the-correct-statement-s-among-the-following-is-are-a-the-boiling-point-of-2-methylbutane-is-greater-than-n-pentane-b-petrol-and-lower-fractions-of-petroleum-are-used-for-dry-cleaning-of-clothes-to-rem https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk0MDMx-find-out-the-correct-statement-a-the-number-of-possible-theoretical-conformations-of-ethane-is-6-b-in-the-conformations-of-ethane-the-staggered-form-has-the-least-torsional-strain-and-the-eclipsed-for https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk4OTE5-cyclohexene-on-ozonolysis-by-reaction-with-zinc-dust-and-water-gives-compound-e-compound-e-on-further-treatment-with-aqueous-koh-yields-compound-f-compound-f-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM5NDY1-given-the-following-reaction-product-p-formed-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2OTE5-which-of-the-following-reactions-gives-a-meso-compound-as-the-main-product-a-b-c-d-1-a-b-2-b-c-3-c-d-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzE5OTI2-compound-a-in-the-reaction-below-possibly-is-1-2-3-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ5ODQw-consider-the-following-statements-a-benzene-hexachloride-is-an-aromatic-compound-b-nhcoch-3-is-meta-directing-group-towards-aromatic-electrophilic-substitution-reaction-c-in-an-arenium-ion-one-of-the https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTM5Mzk4-which-of-the-following-compounds-is-the-most-reactive-towards-sulphonation-1-toluene-2-chlorobenzene-3-nitrobenzene-4-m-xylene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxNzE2-consider-the-given-reaction-scheme-the-major-product-f-of-the-above-given-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2OTAx-which-of-the-following-statements-are-incorrect-in-relation-to-the-halogenation-of-alkane-a-the-reactivity-of-chlorine-is-less-than-that-of-bromine-towards-alkanes-b-for-the-photochemical-chlorination https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk4OTA4-why-does-the-addition-of-text-hi-in-the-presence-of-a-peroxide-catalyst-not-follow-anti-markovnikov-s-rule-1-hi-is-a-strong-reducing-agent-2-the-text-h-i-bond-is-too-strong-to-be-broken-homolytically https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ5ODI4-consider-the-given-two-statements-statement-i-addition-of-text-cl-2-in-the-presence-of-text-ccl-4-with-alkene-will-give-geminal-dichloride-statement-ii-the-addition-of-two-moles-of-hcl-with-alkyne-wil https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ5Mzc5-consider-the-following-statements-a-n-hexane-on-heating-in-the-presence-of-anhydrous-aluminium-chloride-and-hydrogen-chloride-gas-isomerises-to-branched-chain-alkanes-b-2-methylpropane-is-oxidised-to https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTY4MTU5-the-correct-order-of-melting-points-is-1-n-pentane-neopentane-isopentane-2-neopentane-n-pentane-isopentane-3-neopentane-isopentane-n-pentane-4-isopentane-neopentane-n-pentane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mzk5MDky-compounds-that-yield-an-aromatic-compound-as-the-major-product-are-a-b-c-d-1-a-c-2-b-c-3-b-d-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MTY3MDk2-which-of-the-following-statements-is-correct-1-alkyne-is-more-reactive-towards-electrophilic-addition-than-alkene-2-addition-of-hbr-to-an-unsymmetrical-alkene-takes-place-according-to-anti-markownikof https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzE5MTEy-the-increasing-order-of-the-reactivity-of-the-following-compounds-towards-electrophilic-aromatic-substitution-reaction-is-i-ii-iii-iv-1-iii-i-ii-iv-2-iii-ii-i-iv-3-i-iii-iv-ii-4-iii-i-iv-ii-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MjYx-the-major-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTc1NjM1-identify-x-in-the-given-reaction-sequence-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTc1NjM3-an-alkene-p-c-4-h-8-gives-optically-active-product-q-which-further-react-with-ammonia-and-gives-r-r-react-with-nano-2-hcl-followed-by-hydrolysis-gives-s-p-q-r-s-are-respectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTc1ODE4-consider-the-reaction-scheme-given-and-choose-the-correct-option-find-of-n-in-the-final-product-p-1-38-72-2-17-34-3-46-21-4-20-29-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTc2MTQ1-consider-the-given-compounds-statement-i-compound-ii-is-more-stable-than-compound-i-statement-ii-as-dihedral-angle-increases-stability-decreases-1-statement-i-is-incorrect-but-statement-ii-is-correct https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTc2MTQ5-what-is-the-correct-stability-order-of-alkenes-a-b-c-d-1-a-d-c-b-2-d-a-b-c-3-a-d-b-c-4-b-c-d-a-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTc2MjYz-an-alkene-on-reductive-ozonolysis-gives-methanal-as-one-of-the-products-it-s-structure-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTI0NTkw-given-below-are-two-statements-statement-i-on-nitration-of-m-xylene-with-hno3-h2so4-followed-by-oxidation-4-nitrobenzene-1-3-dicarboxylic-acid-is-obtained-as-the-major-product-statement-ii-ch3-group-i https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTI0Nzg4-given-below-are-two-statements-statement-i-one-mole-of-propyne-reacts-with-excess-of-sodium-to-liberate-half-a-mole-of-h2-gas-statement-ii-4g-of-propyne-reacts-with-nanh2-to-liberate-nh3-gas-which-occ https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTI0OTEy-aman-has-been-asked-to-synthesise-the-molecule-he-thought-of-preparing-the-molecule-using-an-aldol-condensation-reaction-he-found-a-few-cyclic-alkenes-in-his-laboratory-he-thought-of-performing-ozonol https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTI0OTIw-the-product-a-formed-in-the-following-reaction-sequence-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTI0OTIy-match-list-i-with-list-ii-list-i-isomers-of-c10h14-list-ii-ozonolysis-product-a-i-b-ii-c-iii-d-iv-choose-the-correct-answer-from-the-options-given-below-1-a-ii-b-iii-c-i-d-iv-2-a-iii-b-iv-c-i-d-ii-3-a https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTI0OTU0-a-compound-x-absorbs-2-moles-of-hydrogen-and-x-upon-oxidation-with-kmno4-h-gives-three-compounds-the-total-number-of-bonds-present-in-the-compound-x-are-1-25-2-26-3-27-4-28-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTI1MTM3-identify-products-a-b-and-c-respectively-in-the-following-reaction-sequence-mathrm-ch-3-mathrm-c-equiv-mathrm-ch-xrightarrow-mathrm-h-2-mathrm-pd-mathrm-c-mathrm-a-xrightarrow-text-ii-mathrm-zn-mathrm https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTI1MTUx-when-a-propane-molecule-undergoes-chlorination-under-photochemical-conditions-it-gives-two-di-chloro-products-x-and-y-among-these-x-is-optically-active-how-many-structural-isomers-of-tri-chloro-produc https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTI1MzQz-a-molecule-p-on-treatment-with-acid-undergoes-rearrangement-and-gives-q-on-ozonolysis-followed-by-reflux-under-alkaline-conditions-yields-r-the-structure-of-r-is-shown-below-the-structure-of-p-and-q-c https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTMyMjc3-identify-the-reactant-of-following-reaction-text-reactant-xrightarrow-zn-h-2o-o-3-3-methy-6-ketoheptanal-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTMyNDgz-find-the-value-of-x-nearest-integer-for-which-x-g-of-nitrobenzene-yields-4-2-g-of-1-3-dinitrobenzene-completely-1-one-2-three-3-five-4-eight-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTMyNDg0-mathrm-c-9h-12-is-a-derivative-of-benzene-how-many-total-structural-isomers-of-the-compounds-are-possible-1-4-2-5-3-7-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTMyNTY5-consider-the-reaction-sequence-given-below-the-compound-mathrm-z-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTMyNTcx-for-the-following-reaction-mechanism-identify-a-b-and-c-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTMyNjAw-out-of-the-following-species-which-one-is-antiaromatic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTMyNjY5-in-the-molecule-3-3-dimethylhex-1-en-4-yne-determine-the-number-of-carbon-atoms-that-are-sp-sp-and-sp-hybridized-respectively-1-2-2-4-2-2-2-2-3-4-2-2-4-2-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTMyNjcw-given-below-are-two-statements-statement-i-melting-point-of-neopentane-is-greater-than-that-of-n-pentane-statement-ii-neopentane-gives-only-one-monosubstituted-product-1-both-statement-i-and-statement https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTMyNzgw-consider-the-following-compound-the-number-of-optically-active-molecule-s-formed-after-complete-reductive-ozonolysis-of-the-above-compound-is-1-three-3-2-four-4-3-zero-0-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NTMyNzk0-consider-the-following-sequence-of-reactions-given-below-the-product-mathrm-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDM4MDI3-arrange-the-following-compounds-in-increasing-order-of-electrophilic-aromatic-substitution-1-iv-i-ii-iii-2-iii-ii-i-iv-3-i-iv-iii-ii-4-ii-iii-i-iv-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDM4MDUw-how-many-geometrical-isomers-are-there-in-but-2-ene-1-2-2-1-3-4-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDM5OTgz-consider-the-following-sequence-of-reactions-and-identify-the-unknown-reagents-a-and-b-respectively-1-a-dil-aq-mathrm-naoh-at-20-circ-mathrm-c-b-mathrm-hbr-mathrm-ch-3-mathrm-cooh-2-a-dil-aq-mathrm-na https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDM5OTg3-which-of-the-following-reactions-gives-a-wrong-product-under-the-given-reaction-conditions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDQwMTA2-consider-the-following-sequence-of-reactions-mathrm-but-2-yne-xrightarrow-mathrm-na-text-liq-mathrm-nh-3-mathrm-a-xrightarrow-text-cold-alkaline-dil-mathrm-kmno-4-mathrm-b-the-number-of-oxygen-atoms-p https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDQwMTc2-find-the-reagents-a-and-b-required-for-the-following-conversion-1-a-o-zn-h-o-b-h-o-2-a-o-zn-h-o-b-lialh-3-a-o-zn-h-o-b-i-naoh-4-a-kmno-h-b-lialh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDQwNDY3-consider-the-following-reaction-the-product-p-is-1-adipic-acid-2-oxalic-acid-3-succinic-acid-4-benzoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDQwNzE1-how-many-pi-bonds-are-present-in-the-product-b-of-the-reaction-illustrated-below-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDUyNjA0-the-total-number-of-secondary-carbon-atoms-present-in-the-given-compound-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDUyNjY4-which-of-the-following-molecules-is-aromatic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDUyODA2-a-reaction-scheme-is-given-below-determine-the-number-of-pi-bonds-in-product-b-1-5-2-7-3-9-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU0NDUz-which-of-the-following-are-aromatic-compounds-1-only-i-and-ii-2-only-ii-and-iii-3-only-i-and-iii-4-all-are-aromatic-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU0NDgx-what-product-p-is-formed-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU0NDgy-what-is-the-major-product-formed-in-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU0NTQy-the-number-of-structural-isomeric-products-formed-by-monochlorination-of-2-methylbutane-in-presence-of-sunlight-is-1-4-2-1-3-2-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU0ODYz-find-out-the-final-product-c-1-propan-1-ol-2-propan-2-ol-3-propene-4-propane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU0OTEz-the-total-number-of-different-alkanes-formed-when-the-following-mixture-is-subjected-to-electrolysis-mathrm-ch-3-mathrm-coona-text-aq-and-mathrm-c-2-mathrm-h-5-mathrm-coona-text-aq-do-not-consider-dis https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU0OTM4-which-of-the-following-is-most-likely-attacked-by-electrophile-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU1MTk0-in-the-given-reaction-identify-compounds-a-and-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU1MzMx-the-total-number-of-meta-directing-groups-among-the-following-is-are-cn-no2-cooh-ch3-so3h-nh2-f-1-seven-7-2-four-4-3-five-5-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2MTMx-choose-the-correct-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2MTky-in-the-following-reactions-find-the-product-a-and-b-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2MTk4-the-major-product-p-formed-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2MjM5-determine-the-correct-decreasing-order-of-acidic-strength-for-the-following-hydrocarbons-a-b-c-d-1-a-b-c-d-2-a-b-d-c-3-c-d-b-a-4-a-c-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2NDQ4-what-is-the-correct-order-of-mathrm-c-c-bond-length-of-ethane-ethene-and-ethyne-1-ethane-ethene-ethyne-2-ethene-ethane-ethyne-3-ethyne-ethene-ethane-4-ethyne-ethane-ethene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDU2NDY3-seven-compounds-are-given-below-how-many-of-the-following-will-give-friedel-craft-s-reaction-1-3-2-7-3-6-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzYyOTMz-identify-the-correct-statement-on-physical-properties-of-a-and-b-1-melting-point-a-b-boiling-point-a-b-2-melting-point-a-b-3-melting-point-a-b-boiling-point-a-b-4-melting-point-a-b-boiling-point-a-b-1 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzYyOTQ5-the-product-formed-in-the-reaction-given-below-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzYzMTcx-consider-the-following-reactions-the-products-p-and-q-respectively-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzYzMTc1-consider-the-following-molecule-the-correct-order-of-the-acidic-strength-of-marked-hydrogen-is-1-mathrm-h-mathrm-a-mathrm-h-mathrm-d-mathrm-h-mathrm-b-mathrm-h-mathrm-c-2-mathrm-h-mathrm-b-mathrm-h-ma https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQxMjE5-consider-the-reaction-major-product-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQxMjI1-consider-the-following-reaction-the-major-product-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQxMzg4-consider-the-given-reaction-sequence-what-is-the-major-product-c-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQxMzk3-how-many-sp-carbon-atoms-are-present-in-the-product-formed-from-the-given-reaction-1-3-2-0-3-2-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQxNDgz-which-of-the-following-compounds-are-aromatic-a-b-c-d-1-only-a-and-b-2-only-a-and-c-3-only-b-and-c-4-a-c-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQxNTAw-given-below-are-two-statements-statement-i-alkene-has-weak-pi-bond-therefore-less-stable-than-alkane-statement-ii-weak-pi-bond-is-less-strong-than-the-carbon-carbon-sigma-bond-1-statement-i-is-correct https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQxNzc0-what-is-the-major-product-of-the-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQxNzc5-which-of-the-following-compounds-will-predominantly-yield-a-meta-substituted-product-with-respect-to-the-methyl-group-upon-halogenation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyMDYw-identify-the-staggered-conformation-with-maximum-dihedral-angle-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyMjgx-identify-the-intermediate-a-in-the-following-reaction-c-6h-5coo-2-xrightarrow-delta-a-longrightarrow-2-dot-c-6h-5-2co-2-1-2-3-4-mathrm-c-6-mathrm-h-5-dot-mathrm-c-mathrm-o-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ1MjMz-which-among-the-following-pairs-of-structures-will-give-different-products-on-ozonolysis-consider-that-the-double-bonds-in-the-structures-are-rigid-and-not-delocalized-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ3NzMy-which-of-the-following-is-not-aromatic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ3NzU1-in-the-presence-of-sunlight-benzene-reacts-with-cl-2-to-give-product-x-the-number-of-hydrogens-in-x-is-1-five-5-2-three-3-3-six-6-4-twelve-12-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQ3Nzk2-which-compound-among-the-following-is-not-categorized-as-benzenoid-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxNzAw-in-the-following-reaction-sequence-identify-the-major-product-c-mathrm-c-8-mathrm-h-10-xrightarrow-mathrm-h-2-mathrm-so-4-mathrm-hno-3-mathrm-a-xrightarrow-delta-mathrm-br-2-mathrm-b-xrightarrow-mathr https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxNzY3-given-below-are-two-statements-assertion-a-6-annulene-8-annulene-and-cis-10-annulene-are-respectively-aromatic-non-aromatic-and-aromatic-reason-r-planarity-is-one-of-the-requirements-of-aromatic-syste https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxODA3-the-number-of-mathrm-sp-3-hybridized-carbon-atoms-in-an-acyclic-neutral-compound-with-the-molecular-formula-mathrm-c-4h-5n-is-are-1-four-4-2-three-3-3-two-2-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxODU0-find-the-product-c-formed-after-the-successive-conversion-of-hex-4-en-2-ol-to-a-using-pcc-a-to-b-using-sodium-hypoiodite-and-b-to-c-on-heating-with-soda-lime-1-2-pentene-2-propanaldehyde-3-2-butene-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxODk5-the-total-number-of-monobromo-derivatives-formed-by-the-alkanes-with-molecular-formula-mathrm-c-5h-12-excluding-stereoisomers-is-1-2-two-2-4-four-3-7-seven-4-8-eight-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxOTA2-match-list-i-with-list-ii-list-i-processes-reactions-list-ii-catalyst-a-begin-aligned-2-mathrm-so-2-mathrm-g-mathrm-o-2-mathrm-g-rightarrow-2-mathrm-so-3-mathrm-g-end-aligned-i-mathrm-fe-s-b-begin-ali https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxOTE1-choose-the-correct-option-for-the-following-reactions-1-a-and-b-are-both-markovnikov-addition-products-2-a-is-markovnikov-product-and-b-is-anti-markovnikov-product-3-a-and-b-are-both-anti-markovnikov https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxOTI3-which-of-the-following-compounds-is-not-aromatic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxOTM1-mathrm-a-and-mathrm-b-respectively-are-a-xrightarrow-text-2-mathrm-zn-mathrm-h-2-mathrm-o-text-1-mathrm-o-3-ethane-1-2-dicarbaldehyde-glyoxal-oxaldehyde-b-xrightarrow-text-2-mathrm-zn-mathrm-h-2-mathr https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxOTQ3-given-below-are-two-statements-assertion-a-experimental-reaction-of-mathrm-ch-3cl-with-aniline-and-anhydrous-mathrm-alcl-3-does-not-give-o-text-and-p-methylaniline-reason-r-the-mathrm-nh-2-group-of-an https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxOTcz-in-the-presence-of-sunlight-benzene-reacts-with-mathrm-cl-2-to-give-the-product-mathrm-x-the-number-of-pi-bonds-in-mathrm-x-is-are-1-one-1-2-six-6-3-zero-0-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgxOTg0-identify-the-correct-statement-for-the-below-given-transformation-1-a-ch3ch2ch-ch-ch3-b-ch3ch2ch2ch-ch2-saytzeff-products-2-a-ch3ch2ch-ch-ch3-b-ch3ch2ch2ch-ch2-hofmann-products-3-a-ch3ch2ch2ch-ch2-b-c https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyMDE2-which-of-the-following-is-not-an-example-of-a-benzenoid-compound-a-b-c-d-1-a-c-2-a-b-3-b-only-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyMDk3-which-of-the-following-is-most-stable-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyMDk4-what-will-be-the-major-product-of-the-following-sequence-of-reactions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyMTY1-which-of-the-following-structures-are-aromatic-1-a-b-c-and-d-2-a-and-b-3-a-and-c-4-b-c-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyMTY5-the-major-product-p-in-the-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyMTg5-which-of-the-following-is-the-major-product-p-of-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyMjA2-find-the-most-stable-carbocation-formed-during-the-reaction-of-benzene-with-1-chloropropane-in-the-presence-of-anhydrous-alcl-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyMjEz-in-friedel-crafts-alkylation-of-aniline-one-gets-1-alkylated-product-with-ortho-and-para-substitution-2-secondary-amine-after-acidic-treatment-3-an-amide-product-4-positively-charged-nitrogen-at-the-b https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyMjUy-the-number-of-chiral-alcohol-s-with-the-molecular-formula-c4h10o-is-1-two-2-2-four-4-3-three-3-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyNDY5-two-isomers-text-a-and-text-b-with-molecular-formula-mathrm-c-4h-8-give-different-products-on-oxidation-with-mathrm-kmno-4-h-results-in-effervescence-of-a-gas-and-gives-ketone-the-compound-text-a-is-1 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyNDc1-the-structure-of-a-in-the-given-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyNjQ0-the-gas-produced-by-heating-ethanol-with-concentrated-h-so-is-bubbled-through-cold-dilute-baeyer-s-reagent-the-organic-compound-formed-is-1-formaldehyde-2-formic-acid-3-glycol-4-ethanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyNzIw-the-number-of-stereoisomers-formed-in-a-reaction-of-pm-mathrm-ph-mathrm-c-mathrm-o-mathrm-c-mathrm-oh-mathrm-cn-mathrm-ph-text-with-mathrm-hcn-text-is-where-ph-c6h5-1-five-2-three-3-two-4-one-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzQyMjI1-which-of-the-following-is-the-major-product-for-the-given-reaction-scheme-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDgyNDk0-in-bromination-of-propyne-1-1-2-2-tetrabromopropane-is-obtained-in-27-yield-the-amount-of-1-1-2-2-tetrabromopropane-obtained-from-1g-of-bromine-in-this-reaction-is-x-times-10-1-g-find-out-x-report-you https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc4OTM5-the-major-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc4OTQw-the-correct-sequence-of-reagents-used-in-the-preparation-of-4-bromo-2-nitro-1-ethyl-benzene-from-benzene-is-1-small-mathrm-hno-3-h-2so-4-br-2-alcl-3-ch-3cocl-alcl-3-zn-hg-hcl-2-small-mathrm-br-2-albr https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MDM3-consider-the-following-reaction-the-major-product-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MDM4-the-correct-reagent-that-is-used-for-the-following-reaction-is-ch3ch2ch3-ch3ch2choch3ch2ch3-ch3ch2choch3ch2ch3-ch3ch2cho-1-manganese-acetate-2-copper-at-high-temperature-and-pressure-3-molybdenum-oxid https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MDUw-identify-products-a-and-b-in-the-given-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MTcz-the-carbonyl-compounds-that-cannot-be-prepared-by-addition-of-water-on-an-alkyne-in-the-presence-of-hgso4-and-h2so4-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MTc4-a-non-aromatic-compound-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5Mjkz-identify-a-in-the-given-chemical-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5Mzgz-given-the-following-reaction-the-major-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5Mzkx-the-product-a-in-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5NDU5-the-major-product-among-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDg4NjE0-excess-of-isobutane-on-reaction-with-br-2-in-presence-of-light-at-125-circ-c-gives-which-one-of-the-following-as-the-major-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDg5Mjcz-the-correct-sequential-addition-of-reagents-in-the-preparation-of-3-nitrobenzoic-acid-from-benzene-is-1-mathrm-br-2-mathrm-albr-3-mathrm-hno-3-mathrm-h-2-mathrm-so-4-mathrm-mg-text-ether-mathrm-co-2-m https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDkwNTYw-which-one-of-the-following-compounds-is-not-aromatic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDkxMjIy-the-number-of-stereoisomers-possible-for-1-2-dimethyl-cyclopropane-is-1-three-2-two-3-four-4-one-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1Mzgz-given-below-are-two-statements-assertion-a-treatment-of-bromine-water-with-propene-yields-1-bromopropan-2-ol-reason-r-attack-of-water-on-bromonium-ion-follows-markovnikov-rule-and-results-in-1-bromopr https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1Mzg5-choose-the-correct-name-for-compound-given-below-1-2e-2-bromo-hex-4-yn-2-ene-2-2e-2-bromo-hex-2-en-4-yne-3-4e-5-bromo-hex-2-en-4-yne-4-4e-5-bromo-hex-4-en-2-yne-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NDE1-identify-products-a-b-and-c-in-the-reaction-sequence-given-below-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NDc5-which-one-of-the-following-compounds-is-aromatic-in-nature-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NDgw-in-the-following-sequence-of-reactions-mathrm-c-3-mathrm-h-6-xrightarrow-mathrm-h-mathrm-h-2-mathrm-o-mathrm-a-xrightarrow-text-dil-mathrm-koh-mathrm-kio-mathrm-b-mathrm-c-the-compounds-b-and-c-respec https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NDkw-identify-the-stereoisomers-formed-by-electrophilic-addition-of-bromine-to-trans-but-2-ene-1-one-racemic-mixture-and-two-enantiomers-2-two-enantiomers-3-two-identical-mesomers-4-two-enantiomers-and-two https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NDk0-which-of-the-following-reagents-cannot-be-used-experimentally-to-reduce-a-functional-group-1-mathrm-pd-c-h-2-2-mathrm-pt-c-h-2-3-mathrm-zn-h-2o-4-mathrm-na-h-2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NTk3-metallic-sodium-does-not-react-normally-with-1-tert-butyl-alcohol-2-gaseous-ammonia-3-but-2-yne-4-ethyne-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NjAw-the-major-product-p-formed-in-the-above-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NjIz-benzene-on-nitration-gives-nitrobenzene-in-presence-of-hno-3-and-h-2so-4-mixture-where-1-both-h-2so-4-and-hno-3-act-as-a-bases-2-hno-3-acts-as-a-base-and-h-2so-4-acts-as-an-acid-3-both-h-2so-4-and-hno https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NzM3-the-total-number-of-stereoisomers-that-can-be-formed-for-the-product-p-in-the-given-chemical-reaction-is-1-one-2-five-3-two-4-four-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NzQ2-staggered-and-eclipsed-conformers-of-ethane-are-1-rotamers-2-mirror-images-3-polymers-4-enantiomers-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NzUz-an-organic-compound-a-mathrm-c-4-mathrm-h-8-on-treatment-with-mathrm-kmno-4-mathrm-h-yields-compound-b-mathrm-c-3-mathrm-h-6-mathrm-o-compound-a-also-yields-compound-b-an-ozonolysis-compound-a-is-1-bu https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1NzY0-consider-the-following-carbocations-a-b-c-d-the-correct-order-of-stability-of-the-given-carbocations-is-1-d-b-a-c-2-c-a-d-b-3-d-b-c-a-4-a-c-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1Nzk2-consider-the-given-reaction-in-the-above-reaction-the-major-product-p-formed-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1ODA2-the-dihedral-angle-in-degree-in-the-staggered-form-of-newman-projection-of-1-1-1-trichloro-ethane-is-1-30-2-60-3-120-4-90-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1ODI4-which-of-the-following-is-lindlar-s-catalyst-1-a-cold-dilute-solution-of-kmno-4-2-charcoal-that-has-been-partially-deactivated-with-palladium-3-zinc-chloride-and-hcl-4-sodium-and-liquid-nh-3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1ODk2-match-list-i-with-list-ii-list-i-chemicals-list-ii-use-preparation-constituent-a-alcoholic-potassium-hydroxide-i-electrodes-in-batteries-b-text-pd-baso-4-ii-obtained-by-an-addition-reaction-c-benzene https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk2MDg1-choose-the-correct-statement-regarding-the-given-carbocations-a-and-b-1-carbocation-b-is-more-stable-but-forms-at-a-relatively-slower-rate-2-carbocation-a-is-more-stable-but-forms-at-a-relatively-slow https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk2MTE5-given-below-are-two-statements-statement-i-oxidation-of-2-methylbutane-with-alkaline-kmno-gives-2-methylbutan-2-ol-statement-ii-straight-chain-alkanes-n-alkanes-can-be-easily-oxidised-to-the-correspon https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk2MTMx-consider-the-following-reaction-product-a-in-the-above-chemical-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc4MTc2-which-of-the-given-compounds-yields-an-optically-inactive-product-upon-hydrogenation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc4NTY0-the-major-product-r-in-the-following-sequence-of-reactions-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc4NzM3-which-one-of-the-following-compounds-exhibits-geometrical-isomerism-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MjM0-consider-the-following-reactions-the-structure-of-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MjQx-the-major-products-of-the-following-reaction-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MjUz-the-major-product-obtained-from-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5MjYy-choose-the-compound-among-the-following-that-shows-geometrical-isomerism-1-2-methylpent-1-ene-2-4-methylpent-1-ene-3-2-methylpent-2-ene-4-4-methylpent-2-ene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDg5NjAz-consider-the-following-reactions-a-left-mathrm-ch-3-right-3-mathrm-cch-oh-ch-3-xrightarrow-text-conc-mathrm-h-2-so-4-b-left-mathrm-ch-3-right-2-mathrm-chch-br-ch-3-xrightarrow-text-alc-mathrm-koh-c-le https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDg5OTk5-consider-the-following-reactions-a-b-c-d-which-of-these-reactions-are-possible-1-a-and-b-2-a-and-c-3-b-c-and-d-4-b-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1MzY3-which-of-these-will-activate-the-ring-to-a-higher-extent-in-the-friedel-crafts-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1Mzcw-the-major-product-z-in-the-following-reactions-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1Mzk5-the-correct-order-of-heat-of-combustion-for-the-following-alkadienes-is-a-b-c-1-a-b-c-2-a-c-b-3-c-b-a-4-b-c-a-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1OTAy-an-unsaturated-hydrocarbon-x-absorbs-two-hydrogen-molecules-on-catalytic-hydrogenation-and-also-gives-the-following-reaction-x-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246NDk1OTMx-in-the-following-sequence-of-reactions-the-maximum-number-of-atoms-present-in-molecule-c-in-one-plane-is-mathrm-a-xrightarrow-text-cu-tube-text-redhot-mathrm-b-xrightarrow-text-anhydrous-mathrm-alcl-3 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc2NzQz-the-major-product-of-the-following-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc2ODA3-major-product-obtained-in-the-given-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3NTMy-the-increasing-order-of-reactivity-of-the-following-compounds-towards-aromatic-electrophilic-substitution-reaction-is-1-d-a-c-b-2-b-c-a-d-3-a-b-c-d-4-d-b-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3NTQw-the-major-product-in-the-following-reaction-is-ch3c-ch-i-dcl-1equiv-ii-dich3c-ch-ii-di-i-dcl-1equiv-ch3c-ch-ii-di-i-dcl-1equiv-1-ch3cd-cl-chd-i-2-ch3cd2ch-cl-i-3-ch3cd-i-chd-cl-4-ch3c-i-cl-chd2-1-2-3 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3NTQx-the-increasing-order-of-the-reactivity-of-the-following-compounds-toward-electrophilic-aromatic-substitution-reactions-easr-is-i-ii-iii-1-iii-ii-i-2-iii-i-ii-3-ii-i-iii-4-i-iii-ii-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3NzMx-in-the-following-skew-conformation-of-ethane-h-c-c-h-dihedral-angle-is-1-120-2-58-3-151-4-149-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3Nzcz-consider-the-following-reactions-a-is-1-ch3-c-chch3-c-chch3-c-ch-2-ch2-ch2ch2-ch2ch2-ch2-3-ch3-c-c-ch3ch3-c-c-ch3ch3-c-c-ch3-4-ch-chch-chch-ch-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc3Nzg4-the-major-product-s-obtained-in-the-following-reaction-is-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5NTQ1-the-least-resonance-stabilized-molecule-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5ODE0-the-compound-among-the-following-that-shows-geometrical-isomerism-is-1-1-phenyl-2-butene-2-3-phenyl-1-butene-3-2-phenyl-1-butene-4-1-1-diphenyl-1-propene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5Njky-the-major-organic-compound-formed-by-the-reaction-of-1-1-1-trichloroethane-with-silver-powder-is-1-ethene-2-2-butyne-3-2-butene-4-acetylene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzA4MTk5-acetylene-does-not-react-with-1-sodium-na-2-ammoniacal-agno3-3-hcl-4-naoh-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzA4MjA5-acetylene-reacts-with-hypochlorous-acid-to-form-1-cl2chcho-2-clch2cooh-3-ch3cocl-4-clch2cho-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246MzEwNTQ0-butene-may-be-converted-to-butane-by-a-reaction-with-1-zn-hcl-2-sn-hcl-3-zn-hg-4-pd-h2-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjk5MzI1-which-of-the-following-compounds-has-the-lowest-boiling-point-1-n-butane-2-isobutene-3-1-butene-4-1-butyne-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjk3Nzc2-the-number-and-type-of-bonds-between-two-carbon-atoms-in-calcium-carbide-are-1-two-sigma-two-pi-2-two-sigma-one-pi-3-one-sigma-two-pi-4-one-sigma-one-pi-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjk3OTUw-the-isomer-of-hexane-that-can-yield-two-different-monochlorinated-products-among-the-five-isomers-is-1-2-methylpentane-2-2-2-dimethylbutane-3-2-3-dimethylbutane-4-n-hexane-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjk5OTEy-increasing-order-of-stability-among-the-three-main-conformations-i-e-eclipse-anti-gauche-of-2-fluoroethanol-is-1-eclipse-gauche-anti-2-gauche-eclipse-anti-3-eclipse-anti-gauche-4-anti-gauche-eclipse-1 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjg0ODA2-which-of-the-following-reactions-will-yield-2-2-dibromopropane-1-ch3-c-ch-2hbr-2-ch3ch-chbr-hbr-3-ch-ch-2hbr-4-ch3-ch-ch2-hbr-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjg0ODA4-the-reaction-of-toluene-with-cl2-in-the-presence-of-fecl3-gives-predominantly-1-benzoyl-chloride-2-benzyl-chloride-3-o-and-p-chlorotoluene-4-m-chlorotoluene-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjg0ODA5-the-presence-of-a-nitro-group-in-a-benzene-ring-1-activates-the-ring-towards-electrophilic-substitution-2-renders-the-ring-basic-3-deactivates-the-ring-towards-nucleophilic-substitution-4-deactivates https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjg0ODI2-which-one-of-the-following-conformations-of-cyclohexane-is-chiral-1-twist-boat-2-rigid-3-chair-4-boat-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjg0MzUy-the-treatment-of-text-ch-3-text-mgx-with-text-ch-3-text-c-ch-produces-which-of-the-following-1-text-ch-3-text-c-text-c-text-ch-3-2-text-ch-3-text-ch-text-ch-text-ch-3-3-text-ch-4-4-text-ch-3-text-ch-t https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjg0MzUz-the-hydrocarbon-which-can-react-with-sodium-in-liquid-ammonia-is-1-ch3ch2c-ch-2-ch3ch-chch3-3-ch3ch2c-cch2ch3-4-ch3ch2ch2c-cch2ch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjg0NjI5-in-the-following-sequence-of-reactions-the-alkene-ch-ch-chch-undergoes-ozonolysis-followed-by-reductive-workup-o-zn-h-o-the-product-formed-is-represented-as-b-ch-3ch-chch-3-xrightarrow-o-3-a-xrightarr https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjg0NjM2-the-electrophile-e-attacks-the-benzene-ring-to-generate-the-intermediate-complex-of-the-following-which-complex-is-of-the-lowest-energy-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/hydrocarbons/?q=NP-b246Mjc5NTkz-which-reagent-will-convert-2-hexyne-to-trans-2-hexene-1-li-nh3-2-pd-baso4-3-lialh4-4-pt-h2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk3OA-the-iupac-name-of-the-above-mentioned-compound-is-1-1-2-3-tricyanopropane-2-propane-1-2-3-tricarbonitrile-3-1-2-3-cyanopropane-4-propane-tricarbylamine-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk3OQ-the-iupac-name-of-a-given-compound-is-1-2-ethyl-3-methyl-hex-1-en-4-yne-2-5-ethyl-4-methyl-hexa-2-yn-5-ene-3-3-methylene-4-methylhepta-5-yne-4-4-methyl-5-methylene-hepta-2-yne-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk4MA-the-iupac-name-of-the-compound-1-3-3-diethyl-4-methyl-5-methylethyl-octane-2-3-3-diethyl-5-isopropyl-4-methyloctane-3-4-isopropyl-5-methyl-6-6-diethyloctane-4-6-6-diethyl-4-isopropyl-5-methyloctane-1 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk4MQ-the-correct-structure-of-3-3-dimethyl-butyne-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk4Mw-the-iupac-name-of-the-compound-1-2-ethylbutanamide-2-2-methylbutanamide-3-1-amino-2-methylpropane-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk4NA-the-iupac-name-of-the-compound-is-1-1-2-dimethyl-2-butenol-2-3-methylpent-3-en-2-ol-3-3-4-dimethyl-2-buten-4-ol-4-2-3-dimethyl-3-pentenol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk4Nw-the-iupac-name-of-the-compound-1-2-iodo-3-chloro-4-pentanoic-acid-2-4-oxo-3-chloro-2-iodopentanoic-acid-3-4-carboxy-4-3-chloro-2-butanone-4-3-chloro-2-iodo-4-oxopentanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk4OA-the-iupac-name-of-the-given-compound-is-1-4-butylpenta-2-4-dienal-2-5-vinyloct-3-en-1-al-3-5-vinyloct-5-en-8-al-4-3-butyl-1-4-hexadien-6-al-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk4OQ-isobutyl-chloride-is-1-ch3ch2ch2ch2cl-2-ch3-2chch2cl-3-ch3ch2chclch3-4-ch3-3c-cl-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk5MA-which-compound-contains-an-isopropyl-group-1-2-2-3-3-tetramethylpentane-2-2-2-dimethylpentane-3-2-2-3-trimethylpentane-4-2-methylpentane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk5MQ-the-iupac-name-of-the-above-mentioned-compound-is-1-3-methylcyclobut-1-en-2-ol-2-4-methylcyclobut-2-en-1-ol-3-4-methylcyclobut-1-en-3-ol-4-2-methyl-cyclobut-3-en-1-ol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk5Mg-which-of-the-following-species-exhibits-paramagnetism-1-a-carbocation-2-a-free-radical-3-a-carbanion-ion-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk5NA-the-structure-of-cis-bis-propenyl-ethene-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk5NQ-a-student-assigned-the-name-1-4-butadiene-to-the-given-compound-stackrel-1-mathrm-c-mathrm-h-2-stackrel-2-mathrm-c-mathrm-h-stackrel-3-mathrm-c-mathrm-h-mathrm-ch-2-which-statement-is-correct-1-the-na https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk5Ng-the-iupac-name-of-is-1-2-chloromethyl-4-methyl-hexanal-2-1-chloro-4-ethyl-2-pentanal-3-1-chloro-4-methyl-2-hexanal-4-1-chloro-2-aldo-4-methylhexane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk5Nw-the-iupac-name-of-the-compound-is-ch-2-c-ch-2-c-equiv-ch-ch-3-1-2-methylpent-1-en-4-yne-2-4-methylpent-4-en-1-yne-3-2-methylpent-2-en-4-yne-4-4-methylpent-1-en-4-yne-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NTk5OQ-iupac-name-of-ch3ch-oh-ch2ch2cooh-is-1-4-hydroxypentanoic-acid-2-1-carboxy-3-butanoic-acid-3-1-carboxy-4-butanol-4-4-carboxy-2-butanol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjAwMA-iupac-name-of-the-compound-clch2ch2cooh-is-1-3-chloropropanoic-acid-2-2-chloropropanoic-acid-3-2-chloroethanoic-acid-4-chlorosulfonic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjAwMQ-what-is-the-iupac-suffix-name-of-the-functional-group-ndash-cox-1-oyl-halide-2-halocarbonyl-3-carbamoyl-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjAwMg-iupac-name-of-c6h5cn-is-1-phenyl-nitrile-2-benzonitrile-3-benzyl-nitrile-4-phenyl-cyanide-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjAwMw-iupac-name-of-the-compound-is-1-but-2-en-1-ol-2-1-hydroxy-but-1-ene-3-4-hydroxy-butene-3-4-but-1-en-1-ol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjAwNA-iupac-name-of-the-compound-is-1-1-chloro-2-3-epoxypropane-2-3-chloro-1-2-epoxypropane-3-1-chloroethoxymethane-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjAwNQ-the-correct-iupac-name-of-c2h5-4c-is-1-tetraethyl-methane-2-2-ethylpentane-3-3-3-diethylpentane-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjAwNg-iupac-name-of-is-1-but-2-en-2-3-diol-2-pent-2-en-2-3-diol-3-2-methylbut-2-en-2-3-diol-4-hex-2-en-2-3-diol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjAwNw-the-iupac-name-of-the-compound-ch3conh-br-is-1-1-bromoacetamide-2-n-bromoethanamide-3-ethanoyl-bromide-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjA5NA-the-dihedral-angle-between-two-c-h-bonds-in-the-staggered-conformation-of-ethane-is-1-60-176-2-180-176-3-0-176-4-120-176-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjA5NQ-which-of-the-following-properties-remains-identical-for-all-isomers-of-a-compound-1-structure-2-physical-properties-3-chemical-properties-4-molecular-formula-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjA5Ng-why-does-but-2-ene-exhibit-cis-trans-isomerism-1-rotation-around-the-c2-c3-double-bond-2-rotation-around-the-c3-c4-sigma-bond-3-rotation-around-the-c1-c2-bond-4-restricted-rotation-around-the-c-c-bond https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjA5Nw-how-many-stereoisomers-does-this-molecule-have-ch3ch-chch2chbrch3-1-4-2-6-3-8-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjA5OA-what-is-the-general-formula-for-cycloalkanes-1-cnh2n-2-2-cnh2n-3-cnh2n-2-4-cnh2n-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjA5OQ-if-optical-rotation-produced-by-the-compound-i-is-52-deg-then-that-produced-by-that-the-compound-ii-is-1-52-deg-2-52-deg-3-0-deg-4-unpredictable-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEwMA-rotation-of-plane-polarized-light-can-be-measured-by-1-manometer-2-calorimeter-3-polarimeter-4-viscometer-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEwMQ-which-one-of-the-following-can-exhibit-cis-trans-isomerism-1-ch3-chcl-cooh-2-h-c-equiv-c-cl-3-cl-ch-chcl-4-clch2-ch2cl-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEwMw-geometrical-isomers-differ-in-1-position-of-functional-group-2-position-of-atoms-3-length-of-carbon-chain-4-spatial-arrangement-of-atoms-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEwNA-fisher-projection-indicates-1-horizontal-substituents-above-the-plane-2-vertical-substituents-above-the-plane-3-both-horizontal-and-vertical-substituents-below-the-plane-4-both-horizontal-and-vertical https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEwNQ-which-of-the-following-correctly-describes-the-two-species-shown-1-resonating-structures-2-tautomers-3-geometrical-isomers-4-optical-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEwNg-which-of-the-following-compounds-is-not-chiral-1-dch2ch2ch2cl-2-ch3ch2chdcl-3-ch3chdch2cl-4-ch3chclch2d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEwOA-a-pair-that-represents-chain-isomer-is-1-ch3chcl2-and-clch2ch2cl-2-propyl-alcohol-and-isopropyl-alcohol-3-2-methylbutane-and-neopentane-4-diethyl-ether-and-dipropylether-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEwOQ-number-of-monochlorinated-products-excluding-stereo-isomers-obtained-from-the-given-reaction-are-1-four-4-2-five-5-3-six-6-4-seven-7-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjExMA-which-of-the-following-pairs-are-enantiomers-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjExMQ-how-many-structural-isomers-are-possible-for-the-compound-having-molecular-formula-c3h5br3-1-five-5-2-four-4-3-six-6-4-eight-8-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjExMg-which-of-the-following-is-an-optically-active-compound-1-1-butanol-2-1-propanol-3-2-chlorobutane-4-4-hydroxybutanal-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjExMw-in-the-following-the-most-stable-conformation-of-n-butane-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjExNA-identify-the-number-of-optical-isomers-of-pent-3-en-2-ol-1-two-2-2-four-4-3-eight-8-4-sixteen-16-4-five-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjExNQ-the-most-stable-configuration-of-n-butane-will-be-1-skew-boat-2-eclipsed-3-gauche-4-staggered-anti-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjExNg-the-compound-having-molecular-formula-c4h10o-can-show-1-metamerism-2-functional-isomerism-3-positional-isomerism-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjExNw-tautomerism-will-be-exhibited-by-1-ch3-3cno-2-ch3-2nh-3-r3cno2-4-rch2no2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjExOQ-find-the-total-number-of-structural-isomers-possible-for-c-h-cl-1-six-6-2-eight-8-3-ten-10-4-twelve-12-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEyMQ-which-of-the-following-compounds-will-exhibit-cis-trans-geometrical-isomerism-1-but-2-ene-2-butanol-3-but-2-yne-4-buten-2-ol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEyNA-find-the-number-of-possible-aromatic-isomers-with-molecular-formula-c-h-o-1-three-3-2-five-5-3-seven-7-4-nine-9-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEyNQ-which-of-the-following-will-not-show-cis-trans-isomerism-1-ch3-ch-ch-ch3-2-ch3-ch2-ch-ch-ch2-ch3-3-ch3-c-ch-ch2-ch3-ch3-4-ch3-c-h-ch-ch-ch2-ch3-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEyNg-an-alkane-can-form-structural-isomers-if-the-number-of-carbon-atoms-is-1-from-1-carbon-atom-onwards-2-from-3-carbon-atoms-onwards-3-from-2-carbon-atoms-onwards-4-from-4-carbon-atoms-onwards-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEyNw-isomerism-exhibited-by-acetic-acid-and-methyl-formate-is-1-functional-2-chain-3-geometrical-4-central-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEyOA-which-one-of-the-following-pairs-represents-stereoisomerism-1-chain-isomerism-and-rotational-isomerism-2-structural-isomerism-and-geometrical-isomerism-3-linkage-isomerism-and-geometrical-isomerism-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEyOQ-945-d-glucose-and-946-d-glucose-have-a-specific-rotation-of-112-176-and-19-176-respectively-in-aqueous-solution-the-rotation-becomes-52-176-this-process-is-called-1-inversion-2-racemisation-3-mutarota https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEzMA-a-racemic-mixture-is-formed-by-mixing-two-1-isomeric-compounds-2-chiral-compounds-3-meso-compounds-4-enantiomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEzMQ-an-alkane-having-the-molecular-formula-c-h-exhibits-optical-isomerism-identify-the-compound-from-the-following-1-2-methyl-hexane-2-2-2-dimethyl-butane-3-2-3-dimethyl-pentane-4-none-of-the-above-1-2-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEzMg-which-of-the-following-has-an-asymmetric-carbon-atom-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEzMw-stereoisomers-geometrical-or-optical-that-are-neither-superimposable-nor-a-mirror-images-to-each-other-are-called-1-enantiomers-2-monomers-3-tautomers-4-diastereomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEzNA-diastereomers-can-be-separated-by-1-recrystallization-2-simple-distillation-3-electrophoresis-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEzNQ-which-of-the-following-pairs-of-carbon-skeletons-is-an-example-of-isomerism-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEzNw-the-number-of-isomeric-structures-for-c2h7n-would-be-1-four-4-2-three-3-3-two-2-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjEzOA-find-the-number-of-isomers-possible-for-c-h-1-four-4-2-three-3-3-two-2-4-six-6-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE0MA-the-dihedral-angle-between-the-hydrogen-atoms-of-two-methyl-groups-in-staggered-conformation-of-ethane-is-1-120-deg-2-180-deg-3-90-deg-4-60-deg-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE0MQ-which-of-the-following-acid-does-not-exhibit-optical-isomerism-1-maleic-acid-2-alpha-amino-acid-3-lactic-acid-4-tartaric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE0Mg-the-prefix-used-for-sh-group-as-per-the-iupac-system-is-1-mercapto-2-thiol-3-sulfide-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE0Mw-the-chirality-of-the-compound-1-r-2-s-3-z-4-e-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE0NA-the-angle-of-rotation-of-the-plane-of-polarized-light-depends-upon-1-the-nature-of-the-light-beam-2-the-number-of-the-molecules-3-the-number-of-asymmetric-carbon-atoms-in-the-molecule-of-the-substance https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE0Ng-the-process-of-separation-of-racemic-mixture-into-d-and-l-enantiomers-is-called-1-revolution-2-resolution-3-hydration-4-dehydration-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE0Nw-which-of-the-following-molecules-exhibits-chirality-1-2-methylhexane-2-3-methylhexane-3-neopentane-4-isopentane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE0OA-the-number-of-tertiary-carbon-atoms-in-tertiary-butyl-alcohol-are-1-1-2-2-3-zero-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE1MA-the-structure-of-diphenylmethane-is-given-below-the-number-of-structural-isomers-possible-when-one-of-the-hydrogen-atom-is-replaced-by-a-chlorine-atom-are-1-6-2-4-3-8-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE1MQ-which-one-of-the-following-is-the-stable-structure-of-cyclohexatriene-1-chair-form-2-boat-form-3-half-chair-form-4-planar-form-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE1Mg-meso-tartaric-acid-is-optically-inactive-due-to-the-presence-of-1-molecular-symmetry-2-molecular-asymmetry-3-external-compensation-4-two-asymmetric-carbon-atoms-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE1Mw-which-of-the-following-correctly-represents-the-relationship-between-x-and-y-in-the-given-sequence-of-reactions-y-xleftarrow-mathrm-bh-3-thf-h-2o-2-oh-mathrm-h-3c-ch-2-ch-2-equiv-ch-xrightarrow-h-2so https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE1NA-the-property-by-virtue-of-which-a-compound-can-turn-the-plane-of-polarization-of-light-is-known-as-1-photolysis-2-phosphorescence-3-optical-activity-4-polarization-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE1NQ-the-molecular-formula-of-a-saturated-compound-is-c2h4br2-this-formula-permits-the-existence-of-1-functional-isomers-2-optical-isomers-3-positional-isomers-4-cis-trans-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE1Ng-which-of-the-following-may-exist-as-enantiomers-1-2-mathrm-ch-2-mathrm-chch-2-mathrm-ch-2-mathrm-ch-3-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE2MQ-the-total-number-of-isomers-could-be-obtained-from-the-alkane-c6h14-is-1-four-2-five-3-six-4-seven-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE2Mg-mathrm-ch-3-chcl-ch-2-ch-3-has-a-chiral-center-which-one-of-the-following-represents-its-r-configuration-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE2Mw-the-number-of-primary-carbon-atoms-in-the-following-compound-are-1-6-2-2-3-4-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE2NQ-4-methylpent-2-ene-is-achiral-because-it-has-1-a-centre-of-symmetry-2-a-plane-of-symmetry-3-symmetry-at-c-4-carbon-4-both-centre-and-a-plane-of-symmetry-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE2Ng-the-r-and-s-enantiomers-of-an-optically-active-compound-differ-in-1-their-solubility-in-a-chiral-solvent-2-their-reactivity-with-a-chiral-reagent-3-their-optical-rotation-of-plane-polarised-light-4-th https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE3MQ-the-cylindrical-shape-of-an-alkyne-is-due-to-the-presence-of-1-three-sigma-c-c-bonds-2-three-pi-c-c-bonds-3-two-sigma-c-c-and-one-pi-c-c-bonds-4-one-sigma-c-c-and-two-pi-c-c-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE3Mw-what-is-decreasing-order-of-basicity-of-1-deg-2-deg-and-3-deg-ethyl-amines-and-ammonia-in-aqueous-medium-1-nh3-c2h5nh2-c2h5-2nh-c2h5-3n-2-c2h5-3n-c2h5-2nh-c2h5nh2-nh3-3-c2h5-3nh-c2h5nh2-c2h5-3n-nh3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE3NA-among-the-following-compounds-the-carbon-ndash-carbon-bond-length-is-minimum-in-1-diamond-2-ethane-3-benzene-4-acetylene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE3Nw-which-of-the-following-is-more-basic-than-aniline-1-diphenylamine-2-triphenylamine-3-p-nitroaniline-4-benzylamine-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE3OA-which-one-of-the-following-has-the-shortest-carbon-carbon-bond-length-1-benzene-2-ethene-3-ethyne-4-ethane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE3OQ-which-one-of-the-following-compounds-is-most-acidic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE4MA-which-of-the-following-represents-the-correct-order-of-acidity-in-the-given-compounds-1-fch2cooh-ch3cooh-brch2cooh-clch2cooh-2-brch2cooh-clch2cooh-fch2cooh-ch3cooh-3-fch2cooh-clch2cooh-brch2cooh-ch3co https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE4Mg-among-the-following-the-strongest-acid-is-1-ch3cooh-2-ch2clch2cooh-3-ch2clcooh-4-ch3ch2cooh-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE4NQ-the-distance-between-two-adjacent-carbon-atoms-is-largest-in-1-benzene-2-ethene-3-butane-4-ethyne-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE4Ng-what-is-the-correct-order-of-increasing-acidic-strength-among-i-p-methoxyphenol-ii-p-methylphenol-and-iii-p-nitrophenol-1-iii-i-ii-2-ii-i-iii-3-iii-ii-i-4-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE4Nw-which-of-the-following-represent-the-correct-decreasing-order-of-acidic-strength-of-following-i-methanoic-acid-ii-ethanoic-acid-iii-propanoic-acid-iv-butanoic-acid-1-i-ii-iii-iv-2-ii-iii-iv-i-3-i-iv-i https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246Njg2MA-the-iupac-name-of-the-compound-is-1-1-3-dibromo-3-methylbutane-2-3-methyl-1-2-bromobutane-3-3-methyl-1-3-bromopropane-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjUyMjU-polar-solvent-favours-keto-form-while-non-polar-solvent-faours-enol-form-which-has-maximum-enolic-content-in-ccl4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjUyMjc-maximum-enol-content-is-in-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjUzOTE-the-relative-stability-order-of-carbanions-ch-equiv-c-ch3-and-ch2-ch-is-1-ch-equiv-c-ch2-ch-ch3-2-ch3-ch2-ch-ch-equiv-c-3-ch-equiv-c-ch3-4-ch2-ch-ch-equiv-c-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjU0Njk-a-solution-of-1-chloro-1-phenylethane-in-toluene-racemizes-slowly-in-the-presence-of-small-amount-of-sbcl5-due-to-formation-of-1-carbanion-2-carbene-3-free-radical-4-carbocation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjU0NzE-the-strongest-acid-among-the-compounds-given-below-is-1-hc-equiv-ch-2-c6h6-3-c2h6-4-ch3oh-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjU1MTE-which-of-the-following-is-the-strongest-nucleophile-in-aprotic-solvent-1-br-2-oh-3-cn-4-ch3o-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwNjc-which-order-for-basic-character-of-amine-is-correct-for-following-compounds-1-3-1-2-5-4-2-3-2-1-5-4-3-3-1-2-4-5-4-3-2-1-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwNjg-which-of-the-following-is-the-most-stable-carbocation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwNjk-what-is-the-decreasing-order-of-acidity-for-the-compounds-given-below-1-iii-iv-i-ii-2-i-iv-iii-ii-3-ii-i-iii-iv-4-iv-iii-i-ii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwNzU-the-correct-increasing-order-of-carbon-carbon-bond-length-in-the-given-compounds-is-1-iii-ii-i-iv-2-iv-i-ii-iii-3-i-ii-iii-iv-4-i-iv-iii-ii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwNzY-in-the-following-compounds-the-order-of-basicity-is-1-iv-i-iii-ii-2-iii-i-iv-ii-3-ii-i-iii-iv-4-i-iii-ii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwODA-which-of-the-following-happens-to-be-the-carbanion-with-highest-stability-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwODE-the-iupac-name-of-the-following-compounds-is-1-1-bromocyclohexane-carboxylic-acid-2-3-bromocyclohexanoic-acid-3-3-bromoheptanoic-acid-4-3-bromocyclohexanecarboxylic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwODM-trans-2-butene-on-bromination-using-cs2-gives-which-dibromoderivative-1-r-r-2-3-dibromobutane-2-s-s-2-3-dibromobutane-3-racemic-2-3-dibromobutane-4-meso-2-3-dibromobutane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwOTA-which-of-the-following-carbocations-is-expected-to-be-most-stable-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwOTE-a-group-that-deactivates-the-benzene-ring-towards-electrophilic-substitution-but-which-directs-the-incoming-group-principally-to-the-o-and-p-position-is-1-nh2-2-cl-3-no2-4-c2h5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYwOTI-in-the-given-conformation-c2-is-rotated-about-c2-c3-bond-anticlockwise-by-an-angle-of-120-deg-then-the-conformation-obtained-is-1-fully-eclipsed-conformation-2-partially-eclipsed-conformation-3-gauche https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjYxNTI-what-is-the-decreasing-order-of-stability-of-the-carbocation-ions-1-i-ii-iii-2-ii-iii-i-3-iii-i-ii-4-ii-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjY5MDE-the-most-acidic-compound-among-the-following-is-1-o-cresol-2-p-nitrophenol-3-phenol-4-m-cresol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjY5MjI-the-correct-order-of-basicities-of-the-following-compounds-is-1-2-ch3-ch2-nh2-3-ch3-2nh-4-ch3-c-o-nh2-1-2-1-3-4-2-1-3-2-4-3-3-1-2-4-4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjcxMDM-consider-the-acidity-of-the-following-carboxylic-acids-i-phcooh-ii-o-no2c6h4cooh-iii-p-no2c6h4cooh-iv-m-no2c6h4cooh-1-i-ii-iii-iv-2-ii-iv-iii-i-3-ii-iv-i-iii-4-ii-iii-iv-i-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjcyMjk-the-iupac-name-of-1-2-3-diethyl-butane-2-3-4-dimethyl-hexane-3-3-methyl-pentane-4-2-ethyl-3-methyl-pentane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjcyMzA-hybridisation-of-n-in-pyrrole-is-1-sp-2-sp2-3-sp3-4-sp3d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjcyMzU-the-most-reactive-of-these-compounds-towards-sulphonation-is-1-toluene-2-chlorobenzene-3-nitrobenzene-4-m-xylene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjcyMzY-in-the-above-compound-arrange-the-nitrogen-according-to-their-decreasing-basic-strength-1-1-2-3-4-2-4-3-1-2-3-2-4-1-3-4-3-4-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjcyMzk-what-is-the-correct-stability-order-for-the-following-species-i-ii-iii-iv-1-ii-iv-i-iii-2-ii-i-iii-iv-3-ii-i-iv-iii-4-i-iii-ii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjcyNDA-which-of-the-following-carbanions-is-the-most-stable-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mjk3OTM-how-many-geometrical-isomers-are-possible-of-the-following-ch3-ch-ch-ch-ch-ch3-1-2-2-3-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MzAyNzA-identify-the-most-stable-radical-among-the-following-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MzAyNzE-which-of-the-following-is-the-most-stable-carbonium-ion-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MzAyNzI-which-of-the-following-will-have-the-shortest-c-cl-bond-length-1-ch3-ch2-cl-2-phch2-cl-3-ph-cl-4-ch2-ch-ch2-cl-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MzAyNzM-the-stability-of-the-given-compounds-in-descending-order-is-a-b-c-d-1-a-b-c-d-2-d-b-c-a-3-d-c-b-a-4-a-b-d-c-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MzAyNzY-which-among-the-following-is-most-basic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MzAyOTQ-the-configuration-of-given-tartaric-acid-is-1-2r-3r-2-2r-3s-3-2s-3s-4-2s-3r-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MzE5OTU-the-iupac-name-of-the-above-mentioned-compound-is-1-n-bromo-3-methyl-2-oxobutanamide-2-n-bromo-2-oxo-4-methylbutanamide-3-n-bromo-1-2-dioxo-3-methylbutanamine-carboxamide-4-n-bromo-1-oxo-2-methylpropa https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MzIwODU-which-of-the-following-sigma-bonds-participate-in-hyperconjugation-1-i-and-ii-2-i-and-v-3-ii-and-iv-4-iii-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MTU-correct-iupac-name-of-the-compound-is-1-4-ethyl-methanolyonxy-phenylpropanoate-2-ethyl-4-propanoyloxybenzenecarboxylate-3-4-1-oxo-2-oxabutyl-phenylpropanoate-4-1-1-oxo-2-oxbutyl-4-1-oxopropoxy-benzene https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MTY-correct-iupac-name-of-the-compound-is-1-2-ethyl-3-methylbut-2-ene-1-4-dioic-anhydride-2-3-ethyl-2-methylbut-2-enedioic-anhydride-3-2-ethyl-3-methyl-1-4-diketobut-2-enoic-anhydride-4-2-ethyl-3-methylcy https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MTc-the-iupac-name-of-the-following-compound-is-1-2-ethoxycarbonyl-benzoylchloride-2-ethyl-2-chlorocarbonyl-benzoate-3-ethyl-2-chloromethanoyl-benzoate-4-methyl-2-chlorocarbonyl-benzene-carboxylate-1-2-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MTg-a-hydrocarbon-r-has-six-membered-ring-in-which-there-is-no-unsaturation-two-alkyl-groups-are-atttached-to-the-ring-adjacent-to-each-other-one-group-has-3-carbon-atoms-with-branching-at-1st-carbon-atom https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MjM-in-which-reaction-a-chiral-reactant-is-giving-a-chiral-product-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MjU-which-of-the-following-statements-is-not-correct-1-a-compound-whose-molecule-has-d-configuration-will-always-be-dextrorotatory-2-a-compound-whose-molecule-has-d-configuration-may-be-dextrorotatory-or https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MjY-which-of-the-following-statements-about-the-inductive-effect-is-correct-1-the-inductive-effect-transfers-electrons-from-one-carbon-atom-to-another-2-the-inductive-effect-operates-in-both-sigma-and-pi https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3Mjc-the-correct-stability-order-of-following-species-is-1-x-y-w-z-2-y-x-w-z-3-x-w-z-y-4-z-x-y-w-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3Mjg-which-of-the-following-does-not-represent-the-resonating-structure-of-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3Mjk-ordinarily-the-barrier-to-rotation-about-a-carbon-carbon-double-bond-is-quite-high-but-in-compound-p-double-bond-between-two-rings-was-observed-by-nmr-to-have-a-rotational-energy-barrier-of-only-about https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MzA-the-most-contributing-structure-in-nitroethene-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MzE-in-which-of-the-followig-molecules-all-the-effects-namely-inductive-mesomeric-and-hyperconjugation-operate-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MzI-the-acid-strength-order-is-1-i-iv-ii-iii-2-iii-i-ii-iv-3-ii-iii-i-iv-4-i-iii-ii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MzM-acid-strength-of-the-conjugate-acids-of-the-following-are-1-i-ii-iii-iv-2-iii-ii-i-iv-3-iv-iii-ii-i-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MzQ-the-acid-dissociation-constants-of-the-following-acids-are-given-as-under-compound-ka-cich2cooh-136-times-10-ndash-5-139-times-10-ndash-5-8-9-times-10-ndash-5-2-96-times-10-ndash-5-ch3chch2cooh-1-52-t https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3MzY-if-is-mixed-with-naoh-solution-acid-base-reaction-occurs-and-ho-snatches-h-from-organic-molecule-which-carbon-will-loose-h-easily-1-p-2-q-3-r-4-s-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3Mzc-the-correct-acidic-strength-order-of-acidic-hydrogen-x-y-and-z-is-respectively-1-x-z-y-2-x-y-z-3-z-y-x-4-y-z-x-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3Mzk-the-correct-basic-strength-order-is-1-i-ii-iv-iii-2-iv-iii-ii-i-3-iii-ii-iv-i-4-iii-iv-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3NDA-the-correct-order-of-acid-and-basic-strength-for-the-following-pair-of-compounds-should-be-1-i-ii-iii-iv-v-vi-vii-iv-v-viii-3-i-ii-iii-iv-v-vi-vii-viii-4-i-iv-v-vi-vii-viii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzc3NDE-observe-the-following-reaction-which-of-the-following-is-the-correct-order-of-acid-strength-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzg1NDQ-consider-following-compounds-and-decide-as-to-which-of-the-following-statements-are-true-1-ii-gives-no-reaction-with-na-metal-however-1-mole-of-iv-on-reaction-with-na-metal-will-liberate-22-4-litres-o https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk1NjQ-which-of-the-following-carbocation-will-undergo-rearrangement-1-2-3-thinsp-ch3-c-ch3h-c-oplus-o-4-thinsp-ch3-nh-c-oplus-h-c-ch2h-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MDQ-the-colour-of-the-solution-that-gets-formed-by-mixing-sodium-nitroprusside-to-an-alkaline-solution-of-sulfide-ions-is-1-red-2-blue-3-brown-4-purple-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MDU-in-kjeldahl-s-method-the-nitrogen-present-is-estimated-as-1-n2-2-nh3-3-no2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MDc-the-prussian-blue-colour-obtained-during-the-test-of-nitrogen-by-lassaigne-s-test-is-due-to-the-formation-of-1-fe4-fe-cn-6-3-2-na3-fe-cn-6-3-fe-cn-3-4-na4-fe-cn-5nos-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MDg-a-compound-that-does-not-give-a-positive-test-in-lassaigne-rsquo-s-test-for-nitrogen-is-1-urea-2-hydrazine-3-azobenzene-4-phenylhydrazine-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MjU-the-iupac-name-of-the-compound-is-1-2-methyl-6-oxohex-3-enamide-2-6-keto-2-methyl-hexanamide-3-2-carbamoylhexanal-4-2-carbamoylex-3-enal-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MjY-the-correct-iupac-name-of-the-given-compound-is-1-methyl-2-ethylbutanoate-2-1-methoxy-2-ethylbutanone-3-3-methoxycarbonylpentane-4-1-methoxy-2-ethylbutanal-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4Mjc-the-iupac-name-of-ch3-ch-ch-cooh-is-1-but-1-en-4-oic-acid-2-1-hydroxybut-2-en-1-one-3-but-2-en-1-oic-acid-4-but-2-en-4-oic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4Mjg-the-iupac-name-of-the-below-given-compound-is-1-ethyl-2-methylprop-2-enoate-2-ethyl-2-methylprop-1-enoate-3-1-ethoxy-2-methylprop-2-enoate-4-1-ethoxy-2-methylprop-2-enal-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4Mjk-the-iupac-name-of-the-following-compound-is-1-2-3-dimethylbutan-4-amine-2-2-4-dimethylbutan-1-amine-3-2-4-dimethylbutan-4-amine-4-2-3-dimethylbutan-1-amine-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MzA-the-iupac-name-of-is-1-3-methylethyl-pentan-2-one-2-3-methylethyl-pentan-4-one-3-3-ethyl-4-methylpentan-2-one-4-3-ethyl-2-methylethyl-4-one-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MzE-the-iupac-name-of-is-1-2-phenylpropan-1-ol-2-2-phenylpropan-3-ol-3-1-2-hydroxy-1-methylethyl-benzene-4-1-hydroxymethyl-ethyl-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MzI-the-iupac-name-of-is-1-3-iodo-4-5-5-trimethylhexane-2-4-iodo-1-1-3-trimethylhexane-3-4-iodo-2-2-trimethylhexane-4-4-iodo-2-2-3-trimethylhexane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MzM-the-iupac-name-of-the-given-compound-is-1-2-phenylpropan-3-al-2-formylethylbenzene-3-2-phenylpropanal-4-ethylformylbenzene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MzQ-the-iupac-name-of-the-given-compound-is-1-2-methylbutan-3-one-2-3-methylbutan-2-al-3-2-methylbutan-3-al-4-3-methylbutan-2-one-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MzY-the-iupac-name-of-the-given-below-compound-is-1-butane-2-3-dial-2-butane-1-3-dione-3-butane-2-3-dione-4-1-2-dimethylethanedione-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4Mzc-the-iupac-name-of-ch2-ch-ch-ch2-is-1-butane-2-buta-1-3-diene-3-butane-1-3-diene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4Mzg-the-iupac-name-of-glutaric-acid-is-1-pentane-1-5-dioic-acid-2-pentene-1-5-dicarboxylic-acid-3-propane-1-3-dioic-acid-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4Mzk-the-iupac-name-of-is-1-propene-1-3-dial-2-propene-1-3-dicarbaldehyde-3-pent-3-ene-1-5-dial-4-pent-2-ene-1-5-dial-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NDA-the-iupac-name-of-nc-8208-ch2-8208-ch2-8208-cn-is-1-butane-1-4-dicarbonitrile-2-ethane-1-2-dicarbonitrile-3-ethane-1-2-dinitrile-4-butane-1-4-dinitrile-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NDE-the-iupac-name-of-the-given-compound-is-1-2-methylbutane-1-4-diamine-2-3-methylbutane-1-4-diamine-3-3-aminomethyl-butanamine-4-2-aminomethyl-butan-4-amine-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NDI-the-iupac-name-of-the-given-compound-is-1-tris-chloromethyl-methane-2-1-3-dichloro-2-chloromethyl-propane-3-1-chlorobis-chloromethyl-ethane-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NDM-the-iupac-name-of-hooc-ch-ch-cooh-is-1-but-2-ene-1-4-dicarboxylic-acid-2-but-2-ene-1-4-dioic-acid-3-ethene-dicarboxylic-acid-4-ethene-dioic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NDQ-the-iupac-name-of-the-compound-is-1-1-formyl-1-methoxyethane-2-2-methoxypropan-3-one-3-2-methoxypropanal-4-2-methoxypropan-3-al-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NDY-what-is-the-iupac-name-of-the-compound-ch3ch-oh-cooh-1-2-hydroxypropanoic-acid-2-1-hydroxypropanoic-acid-3-1-hydroxyethane-carboxylic-acid-4-1-hydroxyethanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NDc-the-iupac-name-of-is-1-2-3-dihydroxybutane-1-4-carboxylic-acid-2-2-3-dihydroxybutane-1-4-dioic-acid-3-1-2-dihydroxyethane-dicarboxylic-acid-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NDg-the-iupac-name-of-nc-ch2ch2-cooh-is-1-3-carboxy-propanenitrile-2-4-cyanobutanoic-acid-3-2-cyanoethane-carboxylic-acid-4-3-cyanopropanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NDk-the-iupac-name-of-is-1-3-carboxy-3-hydroxypentanedicarboxylic-acid-2-2-hydroxypropane-1-2-3-tricarboxylic-acid-3-2-hydroxypropane-1-2-3-trioic-acid-4-3-hydroxypropane-1-2-3-tricarboxylic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NTE-the-iupac-name-of-is-1-4-chloro-3-methylbut-2-en-l-ol-2-l-chloro-2-methylbut-2-en-4-ol-3-4-chloro-1-hydroxy-3-methylbut-2-ene-4-l-chloro-4-hydroxy-2-methylbut-2-ene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NTI-the-iupac-name-of-the-below-given-compound-is-1-2-bromomethyl-3-oxopentane-carboxamide-2-1-bromo-2-carbamoylpentan-3-one-3-5-bromo-4-carbamoylpentan-3-one-4-2-bromomethyl-3-oxopentanamide-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NTM-the-iupac-name-of-ch3-3c-ch2ch2cl-is-1-2-2-dimethyl-4-chloro-butane-2-1-chloro-3-3-dimethylbutane-3-4-chloro-2-2-dimethyl-butane-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NTQ-the-iupac-name-of-the-following-compound-is-1-2-3-dihydroxy-4-methylpentanal-2-1-oxo-2-3-dihydroxy-4-methylpentane-3-2-3-dihydroxy-4-methylpentanone-4-1-2-dihydroxy-3-methylbutanecarbaldehyde-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NTU-the-iupac-name-of-ch3-choh-ch2-co-ch3-is-1-2-hydroxypentan-4-one-2-4-hydroxypentan-2-one-3-4-oxopentan-2-ol-4-2-oxopentan-4-ol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NTY-the-iupac-name-of-ch3-chcl-chbr-choh-ch3-is-1-3-bromo-4-chloropentan-2-o1-2-3-bromo-2-chloro-4-hydroxypentane-3-3-bromo-2-chloropentane-4-ol-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NTc-the-iupac-name-ofch3-mdash-ch2-mdash-c-ohbr-ch-cl-mdash-ch2-cl-is-1-3-bromo-4-5-dichloropentan-3-ol-2-3-bromo-1-2-dichloro-3-hydroxypentane-3-3-bromo-1-2-dichloropentan-3-ol-4-3-bromo-4-5-dichloro-3-h https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NTg-iupac-name-of-the-following-compound-is-ch-3-ch-ch-2-o-c-2h-5-oh-1-1-ethoxypropan-2-ol-2-3-ethoxypropan-2-ol-3-1-ethoxy-2-hydroxypropane-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NjA-the-iupac-name-of-is-1-n-n-dimethyl-aminobenzene-2-n-n-dimethyl-benzenamine-3-1-and-2-both-are-correct-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NjE-the-iupac-name-of-is-1-2-6-dimethylhepta-2-5-dienoic-acid-2-3-7-dimethylhepta-2-5-dienoic-acid-3-1-hydroxy-2-6-dimethylhepta-2-5-dienone-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NjI-the-iupac-name-of-is-1-2-phenyl-ethanone-2-1-phenyl-ethanone-3-1-oxoethyl-benzene-4-1-ethyloxo-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NjM-ph-ch-ch-cooh-the-iupac-name-is-1-3-phenyl-prop-2-enoic-acid-2-3-phenol-prop-1-enoic-acid-3-3-carboxy-prop-1-ene-benzene-4-but-2-enoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NjQ-the-iupac-name-is-1-chloromethylbenzene-2-chlorophenylmethane-3-1-and-2-both-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4NjU-the-iupac-name-of-the-following-compound-is-1-4-bromo-3-cyanophenol-2-2-bromo-5-hydroxybenzonitrile-3-2-cyano-4-hydroxybromobenzene-4-6-bromo-3-hydroxybenzonitrile-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNTA-the-silver-sulphate-solution-is-used-to-separate-1-nitrate-and-bromide-2-nitrate-and-chlorate-3-bromide-and-iodide-4-nitrate-and-nitrite-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNTQ-find-the-method-used-for-the-preparation-of-soda-extract-1-fusing-sodium-carbonate-with-the-organic-compound-mixture-followed-by-extraction-with-water-2-dissolving-nahco-and-the-organic-compound-mixtu https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNTU-the-most-stable-carbocation-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNTY-the-compound-which-forms-one-monochloro-product-when-treated-with-chlorine-is-1-n-pentane-2-isopentane-3-neo-pentane-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNTg-among-the-following-anions-a-ch3-b-nh2-c-oh-d-f-the-order-of-basicity-is-1-a-b-c-d-2-b-a-c-d-3-c-b-a-d-4-c-a-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNTk-the-electromeric-effect-in-organic-compounds-is-a-1-temporary-effect-2-permanent-effect-3-electromeric-effect-is-only-observed-in-inorganic-molecules-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNjA-the-arrangement-in-decreasing-order-of-stability-of-c-h3-c2-h5-ch3-2c-h-and-ch3-3-c-free-radicals-is-1-c-h3-c2-h5-ch3-2c-h-ch3-3-c-2-ch3-3-c-ch3-2c-h-c2-h5-c-h3-3-c2-h5-c-h3-ch3-2c-h-ch3-3-c-4-ch3-3-c https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNjE-the-species-that-contains-only-three-pairs-of-electrons-among-the-following-is-1-carbocation-2-carbanion-3-free-radical-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNjI-h2c-o-behaves-as-1-nucleophile-2-electrophile-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNjY-electrophiles-are-1-electron-loving-species-2-electron-hating-species-3-nucleus-loving-reagents-4-nucleus-hating-reagents-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNjc-nucleophiles-are-1-electron-loving-2-electron-hating-3-nucleus-loving-4-nucleus-hating-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNjg-the-sigma-bond-energy-of-c-h-bond-in-c2h6-is-1-99-kcal-2-140-kcal-3-200-kcal-4-60-kcal-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNjk-which-of-the-following-is-strongest-nucleophile-1-br-2-o-h-3-c-n-4-c2h5o-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNzA-in-hyperconjugation-the-atom-involved-is-1-beta-eta-atom-2-alpha-h-atom-3-gamma-h-atom-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNzE-the-stability-of-2-3-dimethyl-but-2-ene-is-more-than-2-butene-this-can-be-explained-in-terms-of-1-resonance-2-hyperconjugation-3-electromeric-effect-4-inductive-effect-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNzI-who-pointed-out-the-concept-of-hyperconjugation-1-nathan-and-baker-2-mulliken-3-kekule-4-kolbe-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNzM-ch3-4n-is-neither-an-electrophile-nor-a-nucleophile-because-it-1-does-not-have-electron-pair-for-donation-as-well-as-cannot-attract-electron-pair-2-neither-has-electron-pair-available-for-donation-nor https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNzQ-which-of-the-following-is-the-most-unlikely-resonance-structure-for-the-p-nitrophenoxide-ion-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNzU-which-of-the-following-is-an-electrophilic-reagent-1-ro-2-bf3-3-nh3-4-roh-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNzY-the-i-inductive-effect-is-shown-by-1-ch3-2-oh-3-f-4-c6h5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNzc-the-i-effect-is-shown-by-1-cooh-2-ch3-3-ch3ch2-4-chr2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzNzg-which-of-the-following-is-singlet-carbene-1-ch3-3c-2-c2h5-ch-3-ch3ch2ch2-4-ch2-ch-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzODA-arrange-h-ch-c-h-and-c-h-in-order-of-increasing-positive-inductive-effect-1-h-ch3-c3h7-3-h-c2h5-ch3-c3h7-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzODI-to-which-ring-size-cycloalkanes-baeyer-rsquo-s-strain-theory-is-not-valid-1-3-carbon-2-4-carbon-3-5-carbon-4-ge-6-carbon-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzODM-the-shifting-of-electrons-of-multiple-bonds-under-the-influence-of-a-reagent-is-called-1-i-effect-2-e-effect-3-m-effect-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzODQ-which-of-the-following-statements-accurately-describes-the-stability-of-allyl-and-propyl-carbocations-1-allyl-carbocation-ch2-ch-ch2-is-more-stable-than-propyl-carbocation-2-propyl-carbocation-is-more https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzODU-sulphur-trioxide-act-as-1-an-electrophile-2-a-nucleophile-3-a-homolytic-agent-4-a-base-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzODk-the-correct-order-of-nucleophilicity-among-the-following-is-i-ch3coo-ii-ch3co-iii-cn-iv-1-i-ii-iii-iv-2-iv-iii-ii-i-3-ii-iii-i-iv-4-iii-ii-i-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzOTA-the-compound-which-gives-the-most-stable-carbocation-on-dehydration-1-ch3-ch-ch3-ch2oh-2-ch3-c-ch3-2-oh-3-ch3-ch2-ch2-ch2oh-4-ch3-ch-oh-ch2-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzOTE-allyl-isocyanide-has-1-9-sigma-and-4-pi-bonds-2-8-sigma-and-5-pi-bonds-3-9-sigma-and-3-pi-bonds-4-8-sigma-and-3-pi-bonds-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzOTI-which-of-the-following-acids-has-the-smallest-dissociation-constant-1-ch3chfcooh-2-fch2ch2cooh-3-brch2ch2cooh-4-ch3chbrcooh-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzOTM-which-of-the-following-resonating-structures-of-1-methoxy-1-3-butadiene-is-least-stable-1-stackrel-ominus-mathrm-c-mathrm-h-2-mathrm-ch-mathrm-ch-mathrm-ch-stackrel-oplus-mathrm-o-mathrm-ch-3-2-c-h-2 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzOTQ-the-least-stable-resonance-structure-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDAzOTU-hyperconjugation-involves-the-overlap-of-the-following-orbitals-1-sigma-sigma-2-sigma-p-3-p-p-4-pi-pi-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0MDY-the-iupac-name-of-the-compound-shown-below-is-1-2-bromo-6-chlorocyclohex-1-ene-2-6-bromo-6-chlorocyclohexene-3-3-bromo-1-chlorocyclohex-1-ene-4-1-bromo-3-chlorocyclohexene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0NTI-which-of-the-following-structures-are-superimposable-1-2-3-4-1-1-and-2-2-2-and-3-3-1-and-4-4-1-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0NTY-the-production-of-an-optically-active-compound-from-a-symmetric-molecule-without-resolution-in-termed-as-1-walden-inversion-2-partial-racemisation-3-asymmetric-synthesis-4-partial-resolution-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0NTc-find-the-type-of-isomerism-shown-by-buta-1-3-diene-and-but-2-yne-1-position-isomers-2-functional-isomers-3-chain-isomers-4-tautomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0NTg-the-number-of-different-substitution-products-possible-when-ethane-is-allowed-to-react-with-chlorine-in-sunlight-are-1-9-2-6-3-8-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0NjA-in-butane-which-of-the-following-forms-has-the-lowest-energy-1-gauche-form-2-eclipsed-form-3-staggered-form-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0Njc-what-is-the-relationship-between-the-two-given-molecular-structures-1-enantiomers-2-position-isomers-3-conformers-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0Njg-in-the-following-carbocations-the-most-stabile-carbocation-1-rch2c-h3-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0Njk-identify-the-number-of-optical-isomers-of-pent-3-en-2-ol-1-two-2-2-four-4-3-eight-8-4-sixteen-16-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0NzA-which-of-the-following-correctly-describes-the-nature-valency-of-the-benzal-group-1-monovalent-2-bivalent-3-trivalent-4-tetravalent-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0NzE-which-of-the-following-structures-permits-cis-trans-isomerism-1-x2c-cy2-2-xyc-cz2-3-x2c-cxy-4-xyc-cxy-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0NzI-find-the-number-of-optically-active-isomers-for-a-compound-containing-two-dissimilar-asymmetric-carbon-atoms-1-two-2-2-three-3-3-four-4-4-five-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0NzU-the-number-of-geometrical-isomers-in-case-of-a-compound-with-the-structure-ch3-ch-ch-ch-ch-c2h5-are-1-four-2-three-3-two-4-five-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0Nzc-geometrical-isomerism-is-caused-by-1-restricted-rotation-around-c-c-bond-2-the-presence-of-one-asymmetric-carbon-atom-3-the-different-groups-attached-to-the-same-functional-group-4-none-of-the-above-1 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0ODA-which-of-the-following-is-optically-active-1-alanine-2-2-butanol-3-lactic-acid-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0ODE-the-isomerism-which-exists-between-ch3chcl2-and-ch2clch2cl-is-1-chain-2-functional-3-position-isomerism-4-metamerism-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0ODI-lactic-acid-is-also-known-as-1-propionic-acid-2-beta-hydroxypropanoic-acid-3-alpha-hydroxypropanoic-acid-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0ODM-on-monochlorination-of-n-pentane-the-number-of-structural-isomers-formed-is-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0ODQ-the-compound-which-exhibits-optical-isomerism-is-1-ch3chohch3-2-ch3-2chch2ch3-3-ch3chclch2ch3-4-ch3ccl2ch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0ODU-find-the-number-of-forms-exhibited-by-benzaldoxime-1-four-4-2-three-3-3-two-2-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0ODY-a-total-number-of-structural-isomeric-aldehydes-and-ketones-that-can-exist-with-the-molecular-formula-c5h10o-are-1-5-2-8-3-6-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0ODc-the-types-of-a-functional-group-can-be-present-in-an-amine-with-the-formula-c3h9n-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0ODg-nitroethane-can-exhibit-one-of-the-following-kind-of-isomerism-1-metamerism-2-optical-activity-3-tautomerism-4-position-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0ODk-identify-the-type-of-isomerism-shown-by-urea-1-chain-2-position-3-geometrical-4-functional-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0OTA-which-type-of-strain-is-present-in-fully-eclipsed-conformation-of-butane-1-angle-strain-2-steric-strain-3-both-1-and-2-4-neither-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0OTE-2-methylpent-3-enoic-acid-shows-1-optical-isomerism-2-geometrical-isomerism-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0OTI-how-many-stereoisomers-are-possible-for-the-open-chain-aldohexose-structure-of-glucose-1-10-2-14-3-16-4-20-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0OTM-the-total-number-of-isomeric-carbocations-possible-for-the-formula-c4h9-is-1-three-3-2-four-4-3-two-2-4-five-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0OTQ-which-class-of-compounds-can-exhibit-geometrical-isomerism-1-c6h5ch-noh-2-ch3ch-chch3-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0OTU-ethyl-acetoacetate-exhibits-1-optical-isomerism-2-geometrical-isomerism-3-tautomerism-4-enantiomerism-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0OTY-which-of-the-following-does-not-show-stereo-isomerism-1-2-3-h-ch3-8212-c-8212-cooh-h-4-cooh-h-8212-c-8212-oh-h-8212-c-8212-oh-cooh-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0OTc-which-of-the-following-compounds-can-form-only-two-isomeric-monochloro-derivatives-1-n-butane-2-2-4-dimethylpentane-3-benzene-4-2-methylbutane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0OTg-keto-enol-tautomerism-is-observed-in-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA0OTk-isomerism-among-compounds-due-to-migration-of-a-proton-is-known-as-1-geometrical-2-optical-3-tautomerism-4-position-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MDA-identify-the-number-of-different-amines-corresponding-to-the-molecular-formula-c-h-n-1-two-2-2-three-3-3-four-4-4-five-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MDE-alkyl-cyanide-r-c-equiv-n-and-alkyl-isocyanides-r-overset-n-equiv-c-are-1-tautomers-2-metamers-3-functional-isomers-4-geometrical-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MDM-identify-the-relationship-between-hydrogen-cyanide-and-hydrogen-isocyanide-1-tautomers-2-positional-isomers-3-metamers-4-chain-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MDQ-which-of-the-following-representations-of-ethane-depicts-its-non-staggered-conformation-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MDU-the-optically-active-compound-among-the-following-is-1-glycerine-2-acetaldehyde-3-glyceraldehyde-4-acetone-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MDY-which-of-the-following-acids-shows-stereoisomerism-1-oxalic-acid-2-tartaric-acid-3-acetic-acid-4-formic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MDc-find-the-correct-description-of-a-racemic-mixture-1-a-mixture-of-meso-compounds-and-their-isomers-2-a-mixture-of-d-and-l-isomers-in-equal-proportions-3-a-mixture-of-d-and-l-isomers-in-different-propor https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MDg-compounds-that-rotate-the-plane-of-polarized-light-in-the-clockwise-direction-are-termed-as-1-dextrorotatory-2-laevorotatory-3-optically-inactive-compounds-4-racemic-mixture-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MDk-glucose-and-fructose-are-1-chain-isomers-2-position-isomers-3-functional-isomers-4-optical-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MTA-which-of-the-following-compounds-is-optically-active-1-isobutyric-acid-2-beta-chloropropionic-acid-3-propionic-acid-4-alpha-chloropropionic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MTE-which-is-incorrect-about-enantiomorphs-1-they-rotate-the-plane-of-polarized-light-in-different-directions-2-they-have-mostly-identical-physical-properties-3-they-have-same-configuration-4-they-have-di https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MTI-the-isomeric-cis-2-butene-and-trans-2-butene-can-be-distinguished-on-the-basis-of-1-their-colour-2-their-reduction-products-3-the-products-they-give-on-ozonolysis-4-the-products-they-give-on-addition https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MTM-number-of-optically-active-forms-possible-for-a-compound-with-the-following-formula-are-chochohchohchohch2oh-1-2-2-4-3-3-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MTQ-the-intermediate-during-the-addition-of-hcl-to-propene-in-the-presence-of-peroxide-is-1-ch3c-hch2cl-2-ch3c-hch3-3-ch3ch2c-h2-4-ch3ch2c-h2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MTU-the-number-of-isomers-for-the-compound-with-molecular-formula-c2brcifi-is-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MTY-geometrical-isomerism-is-not-shown-by-1-2-3-ch2-cclch3-4-ch3-ch-ch-ch-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MTc-the-maximum-number-of-stereoisomers-possible-for-3-hydroxy-2-methyl-butanoic-acid-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MTg-the-enol-form-of-acetone-after-treatment-with-d2o-gives-1-od-ch3-8212-c-ch2-2-o-ch3-8212-c-8212-cd3-3-oh-ch2-c-8212-ch2d-4-od-cd2-c-8212-cd3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MjA-maleic-and-fumaric-acids-are-1-tautomers-2-geometrical-isomers-3-chain-isomers-4-functional-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MjE-which-isomers-can-be-interconverted-by-free-rotation-about-a-single-sigma-bond-1-conformers-2-diastereomers-3-enantiomers-4-positional-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MjI-how-many-structures-of-f-are-possible-1-2-2-5-3-6-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MjM-the-optically-active-alkane-with-lowest-molar-mass-is-1-ch3ch2c-8801-ch-2-ch3ch2-ch-ch3-ch3-3-4-ch3ch2-ch2ch3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MjQ-a-d-glucose-and-beta-d-glucose-are-1-enantiomers-2-conformers-3-epimers-4-anomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA1MjU-the-absolute-configuration-of-is-1-s-r-2-s-s-3-r-r-4-r-s-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA4MTI-the-correct-statement-regarding-electrophile-is-1-electrophile-is-a-negatively-charge-species-and-can-form-a-bond-by-accepting-a-pair-of-electrons-from-a-nucleophile-2-electrophile-is-a-negatively-cha https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA4MTk-which-of-the-following-statements-is-true-regarding-the-conformers-of-ethane-1-bond-angle-remains-the-same-but-bond-length-changes-2-bond-angle-changes-but-bond-length-remains-the-same-3-both-bond-ang https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA4MjI-the-iupac-name-of-the-compound-is-1-3-keto-2-methylhex-4-enal-2-5-formylhex-2-en-3-one-3-5-methyl-4-oxohex-2-en-5-al-4-3-keto-2-methylhex-5-enal-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA4Mjg-the-correct-order-of-acidity-among-the-following-is-1-ch2-ch2-ch-equiv-ch-ch3c-equiv-ch-ch3-ch3-2-ch-equiv-ch-ch3-c-equiv-ch-ch2-ch2-ch3-ch3-3-ch-equiv-ch-ch2-ch2-ch3-c-equiv-ch-ch3-ch3-4-ch3-ch3-ch2 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA4MzU-the-most-suitable-method-of-separation-of-1-1-mixture-of-ortho-and-para-nitrophenols-is-1-sublimation-2-chromatography-3-crystallisation-4-steam-distillation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA4NzA-in-pyrrole-the-electron-density-is-maximum-on-1-2-and-3-2-3-and-4-3-2-and-4-4-2-and-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA4Nzk-which-among-the-given-molecules-can-exhibit-tautomerisrn-1-iii-only-2-both-i-and-iii-3-both-iand-ii-4-both-ii-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA4ODA-the-correct-order-of-strengths-of-the-carboxylic-acids-a-i-ii-iii-b-ii-iii-i-c-iii-ii-i-d-li-i-ili-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA4OTE-the-correct-statement-regarding-the-comparison-of-staggered-and-eclipsed-conformations-of-ethane-is-1-the-eclipsed-conformation-of-ethane-is-more-stable-than-staggered-conformation-because-eclipsed-co https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA5NTg-in-duma-rsquo-s-method-for-estimation-of-nitrogen-0-25g-of-an-organic-compound-gave-40-ml-of-nitrogen-collected-at-300-k-temperature-and-725-mm-pressure-if-the-aqueous-tension-at-300-k-is-25-mm-the-pe https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA5NTk-the-compound-that-gives-the-most-stable-carbonium-ion-after-c-cl-bond-ionisation-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA5NjQ-consider-the-following-compounds-hyperconjugation-occurs-in-1-i-only-2-ii-only-3-iii-only-4-i-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA5NjU-which-of-the-following-is-the-most-correct-electron-displacement-for-a-nucleophilic-reaction-to-take-place-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA5NjY-the-enolic-form-of-ethyl-acetoacetate-is-given-below-the-number-of-sigma-and-pi-bonds-in-the-enolic-form-of-ethyl-acetoacetate-are-1-18-sigma-bonds-and-2-pi-bonds-2-16-sigma-bonds-and-1-pi-bond-3-9-si https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA5Njc-given-which-of-the-given-compounds-can-exhibit-tautomerism-1-i-and-ii-2-i-and-iii-3-ii-and-iii-4-i-ii-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDA5ODc-which-of-the-following-is-not-correct-for-a-nucleophile-1-nucleophile-is-a-lewis-acid-2-ammonia-is-a-nucleophile-3-nucleophiles-attack-low-electron-density-sites-4-nucleophiles-are-not-electron-seekin https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEwNTQ-in-the-kjeldahl-s-method-for-estimation-of-nitrogen-present-in-a-soil-sample-ammonia-evolved-from-0-75-g-of-sample-neutralised-10-ml-of-1-m-h2so4-the-percentage-of-nitrogen-in-the-soil-is-1-37-33-2-45 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEwNTg-which-one-among-the-following-is-most-reactive-towards-nucleophilic-addition-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEwODk-structure-of-the-compound-whose-iupac-name-is-3-ethyl-2-hydroxy-4-methylhex-3-en-5-ynoic-acid-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEwOTY-the-structure-of-isobutyl-group-in-an-organic-compound-is-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEwOTg-which-of-the-following-meta-directing-substituents-in-aromatic-substitution-is-the-most-deactivating-1-c-equiv-n-2-so3-h-3-cooh-4-no2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDExMDM-the-radical-is-aromatic-because-it-has-1-6-p-orbitals-and-6-pi-electrons-2-7-p-orbitals-and-6-pi-electrons-3-7-p-orbitals-and-7-pi-electrons-4-6-p-orbitals-and-7-pi-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDExMDQ-the-order-of-stability-of-the-following-tautomeric-compound-is-1-i-ii-iii-2-iii-ii-i-3-ii-i-iii-4-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDExMjQ-among-the-following-compounds-the-one-that-is-most-reactive-towards-electrophilic-nitration-is-1-benzoic-acid-2-nitrobenzene-3-toluene-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDExMjY-the-correct-order-of-decreasing-acid-strength-of-trichloroacetic-acid-1-trifluoroacetic-acid-2-acetic-acid-3-and-formic-acid-4-is-1-b-a-d-c-2-b-d-c-a-3-a-b-c-d-4-a-c-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDExMzM-which-nomenclature-is-not-according-to-iupac-system-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDExODE-the-correct-iupac-name-of-the-compound-is-is-1-3-ethyl-4-ethenylheptane-2-3-ethyl-4-propylhex-5-ene-3-3-1-ethyl-propyl-hex-1-ene-4-4-ethyl-3-propylhex-1-ene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDExOTc-why-is-lassaigne-rsquo-s-extract-boiled-with-concentrated-hno-during-halogen-detection-1-helps-in-the-precipitation-of-agcl-2-increases-the-solubility-product-of-agcl-3-increases-the-concentration-of https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEyMTE-given-is-cyclohexanol-i-acetic-acid-ii-2-4-6-trinitrophenol-iii-and-phenol-iv-the-order-of-decreasing-acidic-character-will-be-1-iii-ii-iv-i-2-ii-iii-i-iv-3-ii-iii-iv-i-4-iii-iv-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEyMTQ-which-one-of-the-following-has-the-most-acidic-nature-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEyMTg-the-correct-order-of-increasing-reactivity-of-c-x-bond-towards-nucleophile-in-the-following-compounds-is-1-i-ii-iv-iii-2-ii-iii-i-iv-3-iv-iii-i-iv-4-iii-ii-i-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEyMzM-among-the-given-compounds-the-most-susceptible-to-nucleophilic-attack-at-the-carbonyl-group-is-1-ch3cooch3-2-ch3conh2-3-ch3coococh3-4-ch3cocl-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEyNDU-which-of-the-following-is-most-reactive-towards-electrophilic-reagents-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEyNzY-the-iupac-name-of-the-compound-having-the-formula-ch-8801-c-ch-ch2-is-1-3-butene-1-yne-2-1-butyn-3-ene-3-but-1-yne-3-ene-4-1-butene-3-yne-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEzMTM-the-relative-reactivates-of-acyl-compounds-towards-nucleophilic-substitution-are-in-the-order-of-1-acyl-chloride-acid-anhydride-ester-amide-2-ester-acyl-chloride-amide-acid-anhydride-3-acid-anhydride https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEzMTU-which-one-of-the-following-is-most-reactive-towards-electrophillic-attack-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEzNDM-a-strong-base-can-abstract-an-945-hydrogen-from-1-alkene-2-amine-3-ketone-4-alkane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEzNDQ-the-stability-of-carbanions-in-the-following-1-rc-equiv-c-2-3-r2c-c-h-4-r3c-c-h2-is-in-the-order-of-a-1-2-3-4-b-2-3-4-1-c-4-2-3-1-d-1-3-2-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEzNjY-if-there-is-no-rotation-of-plane-polarized-light-by-a-compound-in-a-specific-solvent-thought-to-be-chiral-it-may-mean-that-1-the-compound-is-certainly-a-chiral-2-the-compound-is-certainly-meso-3-there https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDEzODQ-for-the-following-i-i-ii-cl-iii-br-the-increasing-order-of-nucleophilicity-would-be-1-i-br-cl-2-cl-br-i-3-i-cl-br-4-br-cl-l-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NzEzMTA-which-compound-is-most-reactive-towards-electrophilic-substitution-reaction-1-phenol-2-aniline-3-methoxy-benzene-4-toulene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NzEzMTM-the-double-bond-in-the-above-mentioned-compound-that-accepts-proton-h-fastest-is-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NzEzMTU-in-the-decreasing-order-of-bond-length-will-be-1-i-ii-iii-2-ii-iii-i-3-iii-ii-i-4-ii-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODkxODQ-which-among-the-given-molecules-can-exhibit-tautomerism-1-iii-only-2-both-i-and-iii-3-both-i-and-ii-4-both-ii-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODkyODI-the-most-stable-carbocation-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTA3NjI-the-correct-statement-about-the-sn1-reaction-is-1-100-racemisation-2-inversion-more-than-retention-leads-to-partial-racemisation-3-100-retention-4-100-inversion-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTA4MDA-two-possible-stereo-structures-of-ch3choh-cooh-that-are-optically-active-called-1-diastereomers-2-atropisomers-3-enantiomers-4-mesomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTEwNjA-which-of-the-following-compounds-gives-the-most-stable-carbocation-on-ionization-of-its-c-ndash-cl-bond-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTEwNjg-the-enolic-form-of-ethyl-acetoacetate-is-given-below-the-number-of-sigma-and-pi-bonds-in-the-enolic-form-are-respectively-1-18-sigma-bonds-and-2-pi-bonds-2-16-sigma-bonds-and-1-pi-bond-3-9-sigma-bonds https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTEwNzc-the-total-number-of-pi-bond-electrons-in-the-given-below-structure-are-1-four-4-2-eight-8-3-twelve-12-4-sixteen-16-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTE0NDI-which-structure-corresponds-to-the-iupac-name-3-ethyl-2-hydroxy-4-methylhex-3-en-5-ynoic-acid-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTE0NzU-the-radical-is-aromatic-because-it-has-1-7-p-orbitals-and-6-pi-electrons-2-7-p-orbitals-and-7-pi-electrons-3-6-p-orbitals-and-7-pi-electrons-4-6-p-orbitals-and-6-pi-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTI0Nzk-the-correct-order-of-increasing-bond-length-of-c-h-c-o-c-c-and-c-c-is-1-c-c-c-c-c-o-c-h-2-c-o-c-h-c-c-c-c-3-c-h-c-o-c-c-c-c-4-c-h-c-c-c-o-c-c-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTI2NzI-the-most-reactive-compound-towards-electrophilic-reagent-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTI2NzQ-the-most-stable-conformation-of-n-butane-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTM0NDM-the-following-compounds-are-given-for-reference-1-ch3-ch2-ndash-2-h2c-ch-ndash-3-hc-equiv-c-ndash-the-increasing-order-of-basic-strength-is-1-2-1-3-2-3-2-1-3-1-3-2-4-1-2-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTM0NTc-how-many-stereoisomers-does-this-molecule-have-ch3ch-chch2-chbrch3-1-4-2-6-3-8-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTM0NzY-the-stability-of-carbanions-in-the-following-is-in-the-order-of-1-1-2-3-4-2-2-3-4-1-3-4-2-3-1-4-1-3-2-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTM2NTM-ch3-mdash-chcl-mdash-ch2-mdash-ch3-has-a-chiral-center-which-one-of-the-following-represents-its-r-configuration-1-h-3-c-underset-h-overset-c-2-h-5-underset-overset-c-cl-2-h-underset-cl-overset-c-2-h https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTQwMjY-which-of-the-following-represents-the-general-molecular-formula-of-the-homologous-series-of-alkanols-1-cnh2no2-2-cnh2no-3-cnh2n-1o-4-cnh2n-2o-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTQwMzg-which-of-the-following-is-not-chiral-1-2-butanol-2-2-3-dibromopentane-3-3-bromopentane-4-2-hydroxypropanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTQwNTI-the-correct-order-regarding-the-electronegativity-of-hybrid-orbitals-of-carbon-is-1-sp-sp2-sp2-sp3-3-sp-sp3-4-sp-sp2-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTQwNjA-the-iupac-name-of-is-1-3-4-dimethylpentanpyl-chloride-2-1-chloro-1-oxo-2-2-dimethylpentane-3-2-ethyl-3-methylbutanoyl-chloride-4-2-3-dimethylpentanoyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTU1NzY-the-compound-that-is-most-difficult-to-protonate-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTAwMTEx-which-of-the-following-groups-exhibits-the-maximum-ndash-i-negative-inductive-effect-1-ndash-c-h-2-ndash-och-3-ndash-cl-4-ndash-no2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTIwOTQ2-ether-and-benzene-can-be-separated-by-1-filtration-2-distillation-3-crystallization-4-sublimation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTI3OTA3-the-order-of-acidity-of-compounds-i-iv-is-1-i-iii-ii-iv-2-iv-i-ii-iii-3-iii-i-ii-iv-4-ii-iv-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTI4MTI3-which-of-the-following-molecules-cannot-show-geometric-isomerism-1-ch3ch-noh-2-ch32c-noh-3-ho-c-n-oh-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTI4MTU3-the-correct-order-of-the-leaving-group-ability-is-1-text-ococ-2-text-h-5-text-oc-2-text-h-5-text-oso-2-text-me-text-oso-2-text-cf-3-2-text-oc-2-text-h-5-text-ococ-2-text-h-5-text-oso-2-text-cf-3-text https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTI4MjAw-the-order-of-basicity-of-in-water-is-1-iv-iii-i-ii-2-ii-i-iv-iii-3-iv-i-iii-ii-4-ii-iii-i-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTI4NTkx-the-order-of-basicity-of-the-following-compounds-is-1-i-ii-iv-iii-2-iv-ii-i-iii-3-iii-ii-i-iv-4-i-ii-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTI4NTkz-the-most-basic-nitrogen-in-the-following-compounds-is-1-i-2-ii-3-iii-4-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTMxNjIy-the-most-stable-carbocation-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzE1-which-of-the-following-correctly-represents-the-decreasing-order-of-acidic-strength-among-cyclohexanol-i-acetic-acid-ii-2-4-6-trinitrophenol-iii-and-phenol-iv-1-iii-ii-iv-i-2-ii-iii-i-iv-3-ii-iii-iv-i https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzIy-the-structure-of-isobutyl-group-in-an-organic-compound-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzM5-the-correct-s-order-among-the-following-concerning-the-ndash-i-effect-of-the-substituents-r-alkyl-a-nh2-or-f-d-nr2-or-f-1-both-b-and-d-2-both-a-and-c-3-both-a-and-b-4-both-d-and-a-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzQ1-the-hybridised-state-of-c-in-c-oplus-h5-is-1-sp-2-sp2-3-sp3-4-sp3d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzQ3-which-alkene-has-smallest-heat-of-hydrogenation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzQ5-the-correct-order-of-abstraction-of-hydrogen-toward-homolytic-fission-is-1-2-4-3-5-1-2-4-2-5-3-1-3-4-2-3-5-1-4-4-3-2-5-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzU0-consider-the-following-resonating-structures-of-hcooh-the-order-of-stability-is-1-i-ii-iii-iv-2-iv-i-ii-iii-3-i-iii-ii-iv-4-ii-i-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzU1-the-correct-order-of-the-rate-of-expulsion-of-hydrogen-as-h-in-the-above-figure-is-1-1-2-3-2-2-3-1-3-2-1-3-4-3-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzU2-which-of-the-following-alkenes-is-the-most-stable-ch-ch-ndash-ch-ndash-ch-ch-c-ndash-ch-ch-ch-ndash-ch-ch-ndash-ch-ch-c-c-ch-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzU3-the-aromatic-compound-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzU4-which-of-the-following-carbocations-is-the-most-stable-1-2-mathrm-ch-3-3-stackrel-oplus-mathrm-c-3-mathrm-ch-2-mathrm-ch-stackrel-oplus-mathrm-c-mathrm-h-2-4-left-mathrm-ch-3-right-2-stackrel-oplus-ma https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzU5-which-hydrocarbon-is-most-acidic-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzYw-how-many-chiral-centers-are-present-in-3-4-dibromo-2-pentanol-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzYx-which-of-the-following-compounds-is-an-isomer-of-methyl-vinyl-ether-1-propanal-2-1-propanol-3-ethyl-methyl-ether-4-dimethylether-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTQ4Mjg3-the-molecule-among-the-following-having-the-highest-reactivity-toward-the-sn1-reaction-is-1-c6h5ch-c6h5-br-2-c6h5ch-ch3-br-3-c6h5c-ch3-c6h5-br-4-c6h5ch2br-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTY1MjQ2-a-inductive-effect-is-a-permanent-effect-r-ch3-group-shows-l-effect-1-both-assertion-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-both-assertion-reason-are-true-but-the https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTY1MjQ3-a-resonating-structures-should-have-the-same-number-of-unpaired-electrons-r-the-energy-content-of-all-resonating-structures-is-the-same-1-both-assertion-reason-are-true-and-the-reason-is-the-correct-e https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTY1MjU0-assertion-a-cyclopentadienyl-anion-is-much-more-stable-than-the-allyl-anion-reason-r-cyclopentadienyl-anion-is-aromatic-while-allyl-anion-is-only-resonance-stabilized-1-both-a-and-r-are-true-and-r-cor https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTY1MjYy-assertion-a-benzene-and-naphthalene-are-aromatic-hydrocarbons-reason-r-benzene-and-naphthalene-contain-the-same-number-of-delocalized-pi-electrons-1-both-a-and-r-are-true-and-r-is-the-correct-explanat https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTY1MjY1-given-below-are-two-statements-statement-i-alkyl-groups-show-l-effect-statement-ii-halogens-are-l-and-r-groups-1-statement-i-is-incorrect-and-statement-ii-is-correct-2-both-statement-i-and-statement-i https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTY1Mjc2-assertion-a-2-3-dimethyl-2-butene-is-the-most-stable-alkene-due-to-12-alpha-hydrogen-atoms-reason-r-h-is-more-electronegative-than-carbon-in-light-of-the-above-statements-choose-the-correct-answer-fro https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTY1Mjc5-given-below-two-statements-assertion-a-a-compound-having-a-non-superimposable-mirror-image-is-optically-active-reason-r-optically-active-compound-must-contain-chiral-carbon-1-both-a-and-r-are-true-and https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcxNzE0-the-most-stable-carbanion-intermediate-in-the-following-is-1-2-3-4-all-of-these-are-equally-stable-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcxNzMw-the-iupac-name-of-the-above-mentioned-compound-is-1-citric-acid-2-3-hydroxy-pentane-1-5-dioic-acid-3-2-hydroxypropane-1-2-3-tricarboxylic-acid-4-2-carboxy-2-hydroxy-propane-1-3-dicarboxylic-acid-1-2-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcxNzMz-the-pair-that-represents-chain-isomers-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcxNzQy-the-pair-among-the-following-that-does-not-contain-position-isomers-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcxNzQ1-which-of-the-following-compound-exhibit-optical-isomerism-1-2-3-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcxNzUy-arrange-the-following-in-order-of-their-reactivity-toward-electrophilic-substitution-reaction-i-ii-iii-iv-1-i-ii-iii-iv-2-iv-iii-ii-i-3-ii-i-iv-iii-4-ii-i-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcxNzYy-which-of-the-following-compound-requires-minimum-energy-for-free-rotation-across-double-bond-between-ring-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcxNzc2-the-molecule-that-exhibits-non-planarity-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcyMTE2-the-aromatic-compound-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcyMTM0-which-carbocation-is-the-most-stable-among-the-options-provided-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcyMTU5-the-presence-of-a-halogen-on-the-benzene-ring-in-a-nitration-reaction-leads-to-1-direct-nitro-group-to-come-at-meta-and-deactivate-the-ring-due-to-ndash-i-effect-of-halogen-2-direct-nitro-group-to-com https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTcyNDc3-the-pair-of-structures-that-does-not-represent-isomers-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTc1NDE5-which-among-these-can-exhibit-tautomerism-1-a-only-2-b-only-3-c-only-4-a-and-c-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTc1NDU2-total-number-of-stereoisomers-of-the-compound-1-10-2-8-3-6-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTc2ODYz-the-effect-that-makes-2-3-ndash-dimethyl-2-butene-more-stable-than-2-butene-is-1-resonance-2-hyperconjugation-3-steric-effect-4-inductive-effect-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTgxNjM4-the-iupac-name-of-the-above-mentioned-compound-is-1-cyclohexylidenemethanone-2-cyclohexylidemethanone-3-cyclohexylidenylmethanone-4-cyclohexdenemethanone-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTg1NDcy-paper-chromatography-is-an-example-of-1-partition-chromatography-2-thin-layer-chromatography-3-column-chromatography-4-adsorption-chromatography-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTg1NDk4-a-tertiary-butyl-carbocation-is-more-stable-than-a-secondary-butyl-carbocation-because-1-r-effect-of-ch3-groups-2-r-effect-of-ch3-groups-3-hyperconjugation-4-l-effect-of-ch3-groups-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTg3Njkz-the-iupac-name-of-the-compound-is-1-2-3-diemethylheptane-2-3-methyl-4-ethyloctane-3-5-ethyl-6-methyloctane-4-4-ethyl-3-methyloctane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwNzI5-in-the-reaction-ch3cho-hcn-rarr-ch3chohcn-a-chiral-centre-is-produced-this-product-would-be-1-racemic-mixture-2-meso-compound-3-dextrorotatory-4-laevorotatory-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwNzM0-the-compound-that-contains-only-sp-sup3-hybridized-carbon-atoms-is-1-hcooh-2-nh22co-3-ch33coh-4-ch3cho-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwNzM1-how-many-distinct-products-can-be-formed-from-the-monochlorination-of-2-methylbutane-excluding-optical-isomers-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwNzM2-which-of-the-following-is-the-fundamental-requirement-for-a-molecule-to-exhibit-optical-activity-1-presence-of-at-least-one-asymmetric-carbon-atom-2-presence-of-a-plane-of-symmetry-3-non-superimposabi https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwNzM3-the-c-h-bond-distance-is-longer-in-1-c-2h-2-2-c-2h-4-3-c-2h-6-4-c-2h-2br-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwNzM4-determine-the-number-of-structural-isomers-of-c-h-o-that-belong-to-the-ether-functional-group-1-one-1-2-four-4-3-three-3-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwNzM5-which-of-the-following-has-a-zero-dipole-moment-1-1-butene-2-cis-2-butene-3-trans-2-butene-4-2-methyl-1-propene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwNzQy-the-total-number-of-isomers-of-c4h8-are-1-8-2-7-3-6-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwODMy-how-many-stereoisomers-are-there-for-tartaric-acid-1-3-2-4-3-5-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwODMz-the-number-of-stereo-isomer-of-the-compound-ch3chbrchbrcooh-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwODM1-which-of-the-following-compounds-can-show-metamerism-1-ch3-o-c2h5-2-ch3-o-ch3-3-ch3-co-c2h5-4-c2h5-s-c2h5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwODM5-in-the-boat-conformation-of-cyclohexane-the-most-destabilizing-interaction-is-1-eclipsing-2-flagpole-flagpole-3-1-3-diaxial-4-1-3-diequatorial-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwODQ0-a-molecule-among-the-following-capable-of-showing-tautomerism-is-1-r3cno2-2-rch2no2-3-ch32nh-4-ch33cno-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwODQ2-mandelic-acid-has-a-specific-rotation-of-158-176-what-would-be-the-observed-specific-rotation-of-a-mixture-containing-25-mandelic-acid-and-75-mandelic-acid-1-79-176-2-118-5-176-3-79-176-4-118-5-176-1 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwOTk4-how-many-aromatic-constitutional-isomers-are-possible-for-the-molecular-formula-c-h-o-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkwOTk5-the-number-of-geometrical-isomers-of-the-given-compound-are-ch3ch-ch-ch-ch-ch-chcl-1-4-2-6-3-8-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDAw-find-the-type-of-compound-that-cannot-be-represneted-by-the-molecular-formula-c3h9n-1-quaternary-salt-2-1-deg-amine-3-2-deg-amine-4-3-deg-amine-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDA3-the-number-of-primary-amines-of-the-formula-c4h11n-are-1-1-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDE3-which-of-the-following-is-an-isomer-of-ethanol-1-methanol-2-diethyl-ether-3-acetone-4-dimethyl-ether-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDMw-identify-the-maximum-number-of-carbon-atoms-that-can-be-connected-in-a-linear-arrangement-within-the-molecule-ch-ndash-c-equiv-c-ndash-ch-ch-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDM4-the-designation-d-tartaric-acid-for-optically-active-tartaric-acid-indicates-positive-optical-rotation-and-correlation-with-the-d-l-system-based-on-glyceraldehyde-positive-optical-rotation-and-relatio https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDM5-the-iupac-name-of-the-above-mentioned-compound-is-1-p-phenyl-diphenyl-2-1-1-4-1-terphenyl-3-p-1-biphenyl-benzene-4-terphenyl-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDU1-the-total-number-of-optically-active-isomers-for-ch2ohchoh3cho-are-1-16-2-8-3-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDU2-if-optical-rotation-produced-by-compound-i-is-36-176-then-the-rotation-produced-by-compound-ii-is-i-ii-1-36-176-2-0-176-3-18-176-4-72-176-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDY2-what-is-the-total-number-of-structural-isomers-possible-for-acyclic-compounds-with-the-molecular-formula-c-h-1-five-5-2-six-6-3-seven-7-4-four-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDcx-the-iupac-name-of-the-following-compound-is-1-4-hydrazonocyclohexane-1-carboxylic-acid-2-4-hydrazonobenzoic-acid-3-4-hydrazonocyclohexanoic-acid-4-4-n-amino-benzene-carboxylic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDgz-consider-the-following-organic-compound-c1h3-c2h2-mdash-c3h2-c4h2-c5h2-c6h2-c7h3-to-make-it-a-chiral-compound-the-attack-should-be-on-carbon-1-1-2-4-3-3-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDg4-assign-the-iupac-name-for-the-following-compound-1-3-4-dichlorobenzene-2-4-chlorophenyl-3-chlorophenyl-diazene-3-3-4-bis-chlorophenyl-diazene-4-3-chlorophenyl-4-chlorophenyl-diazene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDky-assign-the-iupac-name-for-the-following-compound-1-3-methyl-hexane-1-2-3-tricarbonitrile-2-hexane-1-2-3-tricarbonitrile-3-1-2-bis-cyanomethyl-butanenitrile-4-3-cyanomethyl-hexane-1-6-dinitrile-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTA0-the-number-of-chiral-carbon-atoms-in-the-given-compound-is-are-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTIy-in-the-following-reaction-ch3cho-hcn-8594-ch3ch-oh-cn-8594-h-h2och3ch-oh-cooh-an-asymmetric-center-is-generated-the-acid-obtained-would-be-1-l-isomer-2-d-isomer-3-20-d-80-l-isomer-4-50-d-50-l-isomer-1 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTI3-in-which-of-the-following-sets-from-left-to-right-is-the-hybridization-sequence-sp-sup2-sp-sup2-sp-sp-applicable-1-mathrm-ch-2-mathrm-ch-mathrm-c-equiv-mathrm-ch-2-mathrm-ch-equiv-mathrm-c-mathrm-c-eq https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTMw-the-hydrocarbons-having-the-lowest-dipole-moment-among-the-following-is-1-2-ch3-c-equiv-c-ch3-3-ch3-ch2-ch-ch2-4-ch2-ch-c-equiv-ch-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTM3-what-is-the-hybridization-type-of-the-mathrm-c-4-mathrm-c-5-bond-in-the-compound-ch-2-ch-ch2-ch2-c-equiv-ch-1-sp-sp2-2-sp3-sp-3-sp-sp3-4-sp2-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTQ5-an-organic-compound-c4h8o-is-found-to-be-optically-active-which-of-the-following-is-the-correct-structure-of-the-given-compound-1-ch3-2chcho-2-ch2-ch-8212-ch-oh-ch3-3-ch3coch2ch3-4-ch3ch2ch2cho-1-2-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTUx-how-many-optical-isomers-are-formed-by-the-hydrogenation-of-the-compound-ch-3-2c-chch-3-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTYx-what-is-the-number-and-type-of-bonds-between-the-two-carbon-atoms-in-cac-1-one-sigma-and-one-pi-bond-2-one-sigma-and-two-pi-bonds-3-one-sigma-and-one-and-a-half-pi-bond-4-one-sigma-bond-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTY1-which-of-the-following-has-the-least-hindered-rotation-about-carbon-carbon-bond-1-ethane-2-ethylene-3-acetylene-4-hexachloroethane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTc5-the-cl-mdash-c-mdash-cl-angles-in-1-1-2-2-tetrachloroethene-and-tetrachloromethane-will-be-about-1-120-deg-and-109-5-deg-2-90-deg-and-109-5-deg-3-109-5-deg-and-90-deg-4-109-5-deg-and-120-deg-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTgx-ibuprofen-has-the-following-structure-this-compound-shows-1-geometrical-isomerism-2-optical-isomerism-3-tautomerism-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTkw-the-enolic-form-of-an-acetone-contains-1-9-sigma-bonds-1-pi-bond-and-2-lone-pairs-of-electrons-2-8-sigma-bonds-2-pi-bonds-and-2-lone-pairs-of-electrons-3-10-sigma-bonds-1-pi-bond-and-1-lone-pair-of-el https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMjEz-how-many-chiral-carbon-atoms-are-present-in-2-3-4-trichloropentane-1-three-2-two-3-one-4-four-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMjIw-the-iupac-name-of-ch3-ch-ch2-ch3-cho-is-1-butan-2-aldehyde-2-2-methylbutanal-3-3-methylisobutyraldehyde-4-3-methylbutanal-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMjMw-which-one-of-the-following-compounds-exhibits-optical-isomerism-due-to-the-presence-of-a-chiral-carbon-atom-1-1-bromobutane-2-beta-bromobutyric-acid-3-2-bromo-2-methyl-propane-4-1-bromo-2-methyl-propa https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMjM2-which-of-the-following-compounds-exhibit-stereoisomerism-1-2-methylbut-1-ene-2-3-methylbut-1-ene-3-3-methylbutanoic-acid-4-2-methylbutanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMjQx-the-molecule-among-the-following-that-has-the-smallest-heat-of-hydrogenation-per-mole-is-1-cis-2-butene-2-trans-2-butene-3-propene-4-1-butene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMjQ2-which-of-the-following-compounds-will-exhibit-geometrical-isomerism-1-1-phenyl-2-butene-2-3-phenyl-1-butene-3-2-phenyl-1-butene-4-1-1-dipheny-1-propene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMjUw-the-compounds-that-show-geometrical-isomerism-among-the-following-are-a-2-butene-b-propene-c-1-phenylpropene-d-2-methylbut-2-ene-1-a-b-2-c-d-3-a-b-c-4-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMjU2-how-many-optically-active-stereoisomers-are-possible-for-butane-2-3-diol-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMzM4-arrange-the-following-groups-in-the-decreasing-order-of-i-inductive-effect-mathrm-no-2-mathrm-c-left-mathrm-ch-3-right-3-mathrm-ch-3-mathrm-och-3-mathrm-br-1-mathrm-no-2-mathrm-br-mathrm-och-3-mathrm https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxNDY3-choose-the-correct-statement-about-the-compounds-a-b-and-c-a-b-c-1-a-and-b-are-identical-2-a-and-b-are-diastereomers-3-a-and-c-are-enantiomers-4-a-and-b-enantiomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxNDY5-the-number-of-possible-enantiomeric-pairs-than-can-be-produced-during-monochlorination-of-2-methylbutane-is-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxNDk1-incorrectly-matched-common-name-with-iupac-name-is-common-name-iupac-name-1-benzalacetophenone-e-1-3-diphenylprop-2-en-1-one-2-glutaric-acid-pentenedioic-acid-3-adipic-acid-hexane-1-6-dioic-acid-4-pyr https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxNDk2-how-many-structural-and-geometrical-isomers-are-possible-for-dimethylcyclohexane-1-3-3-2-4-6-3-6-6-4-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxNDk4-the-compound-whose-stereochemical-formula-is-shown-below-exhibits-a-geometrical-isomers-and-b-optical-isomers-the-values-of-a-and-b-are-1-4-and-4-2-4-and-2-3-2-and-4-4-2-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxNTAy-the-chiral-compound-s-among-the-following-options-is-are-i-ii-iii-iv-1-ii-and-iv-2-ii-and-iii-3-ii-iii-and-i-4-only-ii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxNTA4-which-of-the-following-organic-compounds-exhibit-tautomerism-i-ii-iii-iv-1-i-and-ii-2-i-iii-and-iv-3-i-ii-and-iv-4-i-ii-iii-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA3MjYz-the-aromatic-structure-s-out-of-given-structures-are-1-a-c-d-f-g-only-2-a-d-only-3-a-c-e-f-only-4-all-are-aromatic-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA3MjY0-the-huckel-s-rule-based-aromaticity-is-shown-by-a-b-c-d-e-f-1-a-b-d-only-2-b-d-only-3-b-d-e-and-f-only-4-a-b-d-e-f-only-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA3MzEx-the-type-of-structural-isomerism-shown-by-given-compounds-is-ch3-s-ch2-ch2-ch3-and-1-tautomerism-2-positional-isomerism-3-functional-isomerism-4-ring-chain-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA3NDM1-the-resonance-hybrid-structure-will-not-exist-for-a-ch3oh-b-r-conh2-c-ch3ch-chch2nh2-1-a-and-c-2-a-and-b-only-3-only-a-4-b-and-c-only-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA3NDM3-compare-the-stability-of-the-two-resonating-structures-given-below-and-mark-the-correct-option-1-i-is-more-stable-than-ii-2-ii-is-more-stable-than-i-3-i-and-ii-both-have-the-same-stability-4-none-of-t https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2MzUz-assertion-a-ccl4-doesn-t-give-precipitate-of-agcl-on-heating-with-agno3-reason-r-ccl4-is-a-non-polar-molecule-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2NTEy-0-1688-g-organic-compound-when-analyzed-by-the-dumas-method-yields-31-7-ml-of-moist-nitrogen-measured-at-14-ordm-c-and-758-mm-mercury-pressure-the-of-the-nitrogen-in-the-organic-compound-aqueous-tensi https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2NTEz-find-the-percentage-of-nitrogen-in-an-organic-compound-from-the-following-kjeldahl-rsquo-s-method-data-0-6-g-compound-was-kjeldahlised-nh-evolved-was-absorbed-in-50-ml-of-semi-normal-h-so-the-remainin https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2NTkx-which-of-the-following-is-responsible-for-the-prussian-blue-colour-in-lassaigne-rsquo-s-test-for-nitrogen-1-na4-fe-cn-6-2-fe4-fe-cn-6-3-3-fe2-fe-cn-6-4-fe3-fe-cn-6-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2NTkz-the-latest-technique-for-isolation-purification-and-separation-of-organic-compounds-is-1-crystallisation-2-distillation-3-sublimation-4-chromatography-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2NTk0-what-type-of-reaction-is-represented-by-the-following-equation-mathrm-ch-3-mathrm-ch-2-mathrm-i-mathrm-koh-mathrm-aq-rightarrow-mathrm-ch-3-mathrm-ch-2-mathrm-oh-mathrm-ki-1-nucleophilic-substitution https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2NjA1-iupac-name-of-the-given-compound-is-1-3-phenylpropane-2-phenyl-1-butane-3-2-benzylethane-4-propyl-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDA3-the-method-that-can-be-used-to-separate-two-compounds-with-different-solubilities-in-a-solvent-is-1-distillation-2-isolation-3-fractional-crystallization-4-filtration-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDA4-which-purification-method-is-suitable-for-a-liquid-that-decomposes-upon-boiling-1-fractional-distillation-2-steam-distillation-3-simple-distillation-4-distillation-under-reduced-pressure-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDA5-lassaigne-s-test-can-detect-1-nitrogen-sulphur-halogens-2-nitrogen-cyanides-sulphur-3-sodium-sulphur-halogens-phosphorus-4-nitrogen-sulphur-halogens-phosphorus-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDEz-halogen-in-an-organic-compound-that-can-be-detected-by-1-duma-s-method-2-carius-method-3-kjeldahl-s-method-4-chromatography-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDIx-nitric-acid-is-added-to-sodium-extract-before-adding-silver-nitrate-for-testing-halogens-because-1-nitric-acid-reduces-sulphide-2-nitric-acid-decomposes-nacn-and-na2s-3-nitric-acid-oxidises-the-organi https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDIy-metallic-sodium-is-fused-with-organic-compounds-for-testing-nitrogen-sulphur-and-halogens-the-correct-reason-behind-this-is-1-to-convert-all-compounds-to-their-ionic-form-2-sodium-reduces-the-compound https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDIz-a-mixture-of-calcium-sulphate-and-camphor-can-be-separated-by-1-filtration-2-evaporation-3-sublimation-4-chromatography-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDI0-a-gas-among-the-following-that-can-be-absorbed-by-potassium-hydroxide-is-1-carbon-dioxide-2-silicon-dioxide-3-hydrogen-4-carbon-monoxide-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDI1-which-of-the-following-acid-can-be-used-for-the-acidification-of-sodium-extract-for-testing-sulphur-1-sulphuric-acid-2-acetic-acid-3-nitric-acid-4-hydrochloric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDI3-0-3780-grams-of-an-organic-chloro-compound-gave-0-5740-grams-of-silver-chloride-in-carius-estimation-of-chlorine-present-in-the-compound-is-1-25-2-37-59-3-42-4-05-70-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDI4-in-the-carius-method-0-468-grams-of-an-organic-sulphur-compound-gives-0-668-grams-of-barium-sulphate-the-percentage-of-sulphur-in-the-given-compound-is-1-19-59-2-25-40-3-09-24-4-27-59-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDMx-the-most-stable-carbocation-among-the-following-is-1-ch-3-3c-overset-c-h-2-2-ch-3-3-overset-c-3-ch-3-ch-2-overset-c-h-2-4-ch-3-overset-c-hch-2ch-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDQ2-why-is-o-nch-ch-o-more-stable-than-ch-ch-o-1-no2-shows-i-effect-2-no2-shows-i-effect-3-no2-decreases-the-positive-charge-on-the-compound-4-the-ethyl-group-increases-the-positive-charge-on-the-compound https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDQ3-alkyl-groups-act-as-electron-donors-when-attached-to-a-pi-system-due-to-1-inductive-effect-2-mesomeric-effect-3-resonance-4-hyperconjugation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDcy-an-electrophile-among-the-following-is-1-mathrm-oh-2-mathrm-nc-3-r-3c-4-carbonyl-group-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MDgw-which-of-the-following-reactions-is-an-elimination-reaction-1-ch3ch2br-hs-rarr-ch3ch2sh-br-2-ch3-2c-ch2-hcl-rarr-ch3-2clc-ch3-3-ch3ch2br-ho-rarr-ch2-ch2-br-h2o-4-ch3-3c-ch2oh-hbr-rarr-ch3-2cbrch2ch3-h https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MTA3-geometrical-isomerism-can-be-shown-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MTA5-free-radical-formation-will-take-place-in-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MTEy-the-effect-that-can-explain-the-given-order-of-acidity-of-the-carboxylic-acids-is-cl3ccooh-cl2chcooh-clch2cooh-1-i-effect-2-i-effect-3-e-effect-4-e-effect-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MTE0-the-purification-method-based-on-the-difference-in-solubilities-of-the-compound-and-the-impurities-in-a-solvent-is-1-crystallisation-2-distillation-3-chromatography-4-isolation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI2MTc2-the-3-deg-carbon-atom-in-the-given-structure-is-mathrm-h-3-mathrm-c-mathrm-ch-2-mathrm-ch-left-mathrm-ch-3-right-mathrm-ch-2-mathrm-ch-3-a-b-c-d-e-1-a-2-b-3-c-4-e-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTg4-in-which-of-the-following-compounds-the-carbon-marked-with-an-asterisk-is-most-electronegative-1-ch3-ch2-ch2-ch3-2-ch3-ch-ch-ch3-3-ch3-ch2-c-8801-ch-4-ch3-ch2-ch-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTkw-the-fragrance-of-flowers-is-due-to-the-presence-of-some-steam-volatile-organic-compounds-called-essential-oils-these-are-generally-insoluble-in-water-at-room-temperature-but-are-miscible-with-water-va https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTkz-the-correct-order-of-decreasing-stability-of-the-following-carbocations-is-i-begin-aligned-oplus-ch-3-ch-ch-3-end-aligned-ii-begin-aligned-oplus-ch-3-ch-och-3-end-aligned-iii-begin-aligned-oplus-ch-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTk2-which-carboxylate-ion-among-the-following-is-the-most-stable-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDM1-match-the-terms-mentioned-in-column-i-with-the-terms-in-column-ii-column-i-term-column-ii-definition-a-carbocation-i-species-that-can-receive-a-pair-of-electrons-b-nucleophile-ii-conjunction-of-electr https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDM2-match-column-i-with-column-ii-column-i-column-ii-a-dumas-method-1-agno3-b-kjeldahl-rsquo-s-method-2-silica-gel-c-carius-method-3-nitrogen-gel-d-chromatography-4-ammonium-sulphate-choose-the-correct-an https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDM5-given-below-are-two-statements-assertion-a-simple-distillation-can-help-in-separating-a-mixture-of-propan-1-ol-boiling-point-97-deg-c-and-propanone-boiling-point-56-deg-c-reason-r-liquids-with-a-diffe https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDQw-given-below-are-two-statements-assertion-a-energy-of-resonance-hybrid-is-equal-to-the-average-of-energies-of-all-canonical-forms-reason-r-resonance-hybrid-cannot-be-presented-by-a-single-structure-1-b https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDQx-given-below-are-two-statements-assertion-a-pent-1-ene-and-pent-2-ene-are-position-isomers-reason-r-position-isomers-differ-in-the-position-of-a-functional-group-or-a-substituent-1-both-a-and-r-are-tru https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDQy-given-below-are-two-statements-assertion-a-all-the-carbon-atoms-in-h2c-c-ch2-are-sp2-hybridised-reason-r-in-this-molecule-all-the-carbon-atoms-are-attached-to-each-other-by-double-bonds-1-both-a-and-r https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDQz-given-below-are-two-statements-assertion-a-sulphur-present-in-an-organic-compound-can-be-estimated-quantitatively-by-the-carius-method-reason-r-sulphur-is-separated-easily-from-other-atoms-in-the-mole https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDQ0-given-below-are-two-statements-assertion-a-components-of-a-mixture-of-red-and-blue-inks-can-be-separated-by-distributing-the-components-between-stationary-and-mobile-phases-in-paper-chromatography-rea https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjQ1MDgz-a-liquid-compound-x-can-be-purified-by-steam-distillation-only-if-it-is-1-steam-volatile-immiscible-with-water-2-not-steam-volatile-miscible-with-water-3-steam-volatile-miscible-with-water-4-not-steam https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjUxMTMx-which-of-the-following-conformers-for-ethylene-glycol-is-most-stable-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjUxMTMy-the-iupac-name-of-ch3ch-chc-equiv-ch-is-1-pent-3-en-1-yne-2-pent-2-en-4-yne-3-pent-1-yn-3-ene-4-pent-4-yn-2-ndash-ene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjUxMTM4-the-species-among-the-following-that-is-not-an-electrophile-is-1-bh3-2-h3o-oplus-3-n-oplus-o2-4-cl-oplus-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjUxMjQ1-the-iupac-name-of-the-above-mentioned-compound-is-1-cis-2-chloro-3-iodo-2-pentene-2-trans-2-chloro-3-iodo-2-pentene-3-cis-3-iodo-4-chloro-3-pentene-4-trans-3-iodo-4-chloro-3-pentene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjYzOTE0-the-correct-order-of-ndash-i-effect-is-1-nr3-or-f-2-f-nr3-or-3-nr3-f-or-4-or-nr3-f-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjYzOTE5-the-correct-order-of-stability-is-1-1-ndash-butene-trans-ndash-2-ndash-butene-cis-ndash-2-ndash-butene-2-trans-ndash-2-ndash-butene-1-ndash-butene-cis-ndash-2-ndash-butene-3-trans-ndash-2-ndash-butene https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjYzOTIw-iupac-name-of-is-1-2-chloro-3-iodo-2-pentene-2-2-chloro-3-iodo-3-pentene-3-2-iodo-3-chloro-pentene-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjYzOTIx-2-butene-shows-geometrical-isomerism-due-to-1-restricted-rotation-about-double-bond-2-free-rotation-about-double-bond-3-free-rotation-about-single-bond-4-chiral-carbon-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjYzOTIy-find-the-dihedral-angle-in-the-staggered-form-of-ethane-1-0-deg-2-120-deg-3-60-deg-4-180-deg-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjYzOTI5-which-of-the-following-is-most-reactive-towards-electrophilic-substitution-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY0MDM1-the-chiral-centre-is-absent-in-1-dch2-ch2-ch2-cl-2-ch3-chd-ch2-cl-3-ch3-chcl-ch2d-4-ch3-choh-ch2-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY0NzUx-the-structure-of-trans-2-hexenal-among-the-following-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY0NzU4-the-chiral-compound-among-the-following-is-1-2-methylpentanoic-acid-2-pentanoic-acid-3-4-methyl-pentanoic-acid-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY0ODA1-the-compound-that-is-least-reactive-towards-nucleophilic-substitution-reaction-is-1-ch2-chcl-2-ch3ch2cl-3-ch2-chch2cl-4-ch3-3c-minus-cl-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY1MjA5-r-and-s-enantiomers-differ-in-1-chemical-properties-2-solubility-in-achiral-solvent-3-rotation-of-plane-polarised-light-4-dipole-moment-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY1MzY0-the-iupac-name-of-the-following-is-ch2-ch-ndash-ch2-ndash-ch2-ndash-c-equiv-ch-1-1-5-hexenyne-2-hex-1-en-5-yne-3-1-hexyne-5-ene-4-1-5-hexynene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY1Mzc5-which-of-the-following-pair-of-structures-are-shown-in-the-given-figure-and-1-resonating-structures-2-tautomers-3-geometrical-isomers-4-optical-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY1Mzk2-geometrical-isomers-differ-in-1-position-of-the-functional-group-2-position-of-atoms-3-spatial-arrangement-of-atoms-4-length-of-the-carbon-chain-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY1NzM0-the-incorrect-iupac-name-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY1NzQw-what-is-the-partial-pressure-of-toluene-in-the-vapour-phase-during-its-steam-distillation-1-equal-to-the-pressure-of-the-barometer-2-less-than-the-pressure-of-the-barometer-3-equal-to-vapour-pressure https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY2MDUy-iupac-name-of-the-compound-given-below-is-1-4-ethyl-3-methyloctane-2-3-methyl-4-ethyloctane-3-2-3-diethylheptane-4-5-ethyl-6-methylocatane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY2MDU0-which-pair-among-the-following-is-a-pair-of-enantiomers-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY2MDcx-the-correct-order-of-reactivity-towards-the-electrophilic-substitution-of-the-compounds-aniline-i-benzene-ii-and-nitrobenzene-iii-is-1-iii-ii-i-2-ii-iii-i-3-i-iii-4-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY2MDcy-which-of-the-following-orders-of-acid-strength-is-correct-1-rcooh-roh-hoh-hc-equiv-ch-2-rcooh-hoh-roh-hc-equiv-ch-3-rcooh-hoh-hc-equiv-ch-roh-4-rcooh-hc-equiv-ch-hoh-roh-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3MTY3-the-correct-iupac-name-among-the-following-is-1-prop-3-yn-1-ol-2-but-4-ol-4-yne-3-but-3-ol-2-yne-4-but-3-yn-1-ol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3MjE4-which-of-the-following-statements-is-correct-1-in-kjeldahl-rsquo-s-method-the-compound-is-heated-with-copper-oxide-while-in-the-dumas-method-compound-is-heated-with-concentrated-sulphuric-acid-2-in-th https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3MjI5-during-steam-distillation-an-organic-compound-vaporizes-when-the-total-vapor-pressure-of-the-immiscible-mixture-organic-compound-water-equals-the-ambient-pressure-this-process-causes-the-organic-compo https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3MjMw-an-organic-compound-contains-69-carbon-and-4-8-hydrogen-the-remainder-being-oxygen-the-masses-of-carbon-dioxide-and-water-produced-when-0-20-g-of-this-substance-is-subjected-to-complete-combustion-wou https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3MjQx-a-sample-of-0-50-g-of-an-organic-compound-was-treated-according-to-kjeldahl-rsquo-s-method-the-ammonia-evolved-was-absorbed-in-50-ml-of-0-5-m-h2so4-the-residual-acid-required-60-ml-of-0-5-m-solution-o https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3MjQy-in-the-organic-compound-ch2-ch-ndash-ch2-ndash-ch2-ndash-c-equiv-ch-which-pair-of-hybridized-orbitals-is-involved-in-forming-the-c2-ndash-c3-bond-1-sp-ndash-sp2-2-sp-ndash-sp3-3-sp2-ndash-sp3-4-sp3-nd https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3NjU4-regardless-of-the-specific-technique-used-gc-hplc-tlc-etc-what-is-the-fundamental-mechanism-required-for-all-chromatographic-separations-to-occur-1-use-of-molecules-that-are-soluble-in-water-2-use-of https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3NzYz-the-number-of-sigma-and-pi-bonds-in-the-molecule-c6h6-are-1-6-c-ndash-c-sigma-sigma-c-c-bonds-5-c-ndash-h-sigma-sigma-c-h-bonds-and-3-c-c-pi-pi-c-c-2-6-c-ndash-c-sigma-sigma-c-c-bonds-5-c-ndash-h-sigm https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3Nzky-the-number-of-sigma-and-pi-bonds-in-the-cyclic-molecule-c6h12-are-1-7-sigma-c-c-11-sigma-c-h-and-0-pi-2-6-sigma-c-c-12-sigma-c-h-and-0-pi-3-12-sigma-c-c-6-sigma-c-h-and-1-pi-4-5-sigma-c-c-13-sigma-c-h https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3ODA2-indicate-the-sigma-and-pi-bonds-in-this-molecule-ch2-c-ch2-1-two-c-ndash-c-sigma-sigma-c-c-bonds-two-c-ndash-h-sigma-sigma-c-h-bonds-and-one-c-c-pi-pi-c-c-bonds-2-four-c-ndash-c-sigma-sigma-c-c-bonds https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3ODEw-the-correct-number-of-sigma-and-pi-bonds-in-the-molecule-ch3no2-is-sigma-c-h-sigma-c-n-sigma-n-o-pi-n-o-1-1-1-1-3-2-1-1-3-1-3-1-3-1-3-4-3-1-1-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3ODEx-which-among-the-following-is-the-correct-iupac-name-1-2-2-dimethylpentane-2-2-dimethylpentane-3-1-dimethylpentane-4-2-2-dimethylethane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3ODEy-the-correct-iupac-name-of-the-following-structure-is-1-2-4-7-trimethyloctane-2-2-5-7-trimethyloctane-3-2-3-7-trimethyloctane-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3ODEz-the-iupac-name-of-the-following-molecule-is-1-2-chloro-4-methylpentane-2-4-chloro-2-methylpentane-3-4-chloro-4-methylpentane-4-2-chloro-2-methylpentane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3OTY3-identify-the-species-present-below-1-carbocation-2-electrophile-3-nucleophile-4-carboanion-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3OTY4-find-the-type-of-species-represented-by-the-hco-hydrogen-carbonate-ion-1-carbocation-2-nucleophile-3-electrophile-4-carboanion-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3OTY5-which-of-the-following-correctly-describes-br-ion-1-carbocation-2-carbanion-3-electrophile-4-nucleophile-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3OTc1-h3coh-molecule-is-1-carbocation-2-nucleophile-3-electrophile-4-carboanion-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3OTgx-which-of-the-following-best-describes-the-species-r-ndash-nh-ndash-r-1-nucleophile-2-carbocation-3-electrophile-4-carboanion-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3OTg2-chlorine-atom-can-be-classified-as-1-carbocation-2-nucleophile-3-electrophile-4-carbanion-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY5Mjgy-c1h2-thinsp-c2-o-the-correct-hybridization-states-of-carbon-atoms-in-the-above-compound-are-1-c1-sp-c2-sp3-2-c1-sp2-c2-sp-3-c1-sp3-c2-sp-4-c1-sp-c2-sp2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY5Mjgz-the-correct-hybridization-states-of-carbon-atoms-marked-as-1-2-3-in-the-following-compound-are-1-mathrm-ch-3-mathrm-2-c-mathrm-h-3-mathrm-c-mathrm-h-2-1-c1-sp-c2-sp3-c3-sp2-2-c1-sp2-c2-sp3-c3-sp3-3-c1 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY5Mjg0-the-correct-hybridization-of-carbon-atoms-are-1-c1-sp-c2-sp3-c2-sp2-2-c1-sp2-c2-sp3-c2-sp3-3-c1-sp3-c2-sp2-c2-sp3-4-c1-sp3-c2-sp3-c2-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY5Mjg1-the-correct-hybridization-states-of-carbon-atoms-in-the-following-compound-are-thinsp-thinsp-c1h2-c2h-c3-equiv-n-1-c1-sp-c2-sp3-c3-sp2-2-c1-sp2-c2-sp3-c-3-sp3-3-c1-sp2-c2-sp2-c-3-sp-4-c1-sp3-c2-sp3-c https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY5Mjg2-the-correct-hybridization-states-of-carbon-atoms-in-c6h6-cyclic-compound-is-are-1-sp2-2-sp-3-sp3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY5OTA3-structure-1-structure-2-the-correct-iupac-names-of-the-above-structures-are-1-2-3-ndash-dimethylbutanal-heptan-ndash-4-ndash-one-2-2-4-ndash-dimethylbutanal-heptan-ndash-2-ndash-one-3-2-3-ndash-dimeth https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc2NzE1-the-iupac-name-of-the-following-compound-is-1-4-4-dimethyl-3-hydroxybutanoic-acid-2-2-methyl-3-hydroxypentan-5-oic-acid-3-4-methyl-3-hydroxypentanoic-acid-4-3-hydroxy-4-methylpentanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3MTUy-the-compound-which-shows-metamerism-is-1-c3h6o-2-c4h10o-3-c5h12-4-c3h8o-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3MTUz-what-is-the-correct-structure-of-2-6-dimethyl-dec-4-ene-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODE3-which-of-the-following-statements-is-correct-a-hc-equiv-cch-chch3-contains-10-sigma-bonds-and-3-pi-bonds-b-ch2-c-chch3-contains-7-sigma-bonds-and-2-pi-bonds-1-only-statement-a-is-true-2-only-statement https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5Njg2-for-the-estimation-of-nitrogen-1-4-g-of-an-organic-compound-was-digested-by-the-kjeldahl-method-and-the-evolved-ammonia-was-absorbed-in-60-ml-of-m-10-sulphuric-acid-the-unreacted-acid-required-20-ml-o https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5ODEz-in-the-carius-method-for-estimation-of-halogens-250-mg-of-an-organic-compound-gave-141-mg-of-agbr-the-percentage-of-bromine-in-the-compound-is-atomic-masses-ag-108-br-80-1-24-2-36-3-48-4-60-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzM5Mzkz-the-kjeldahl-s-method-for-the-estimation-of-nitrogen-can-be-used-to-estimate-the-amount-of-nitrogen-in-which-one-of-the-following-compounds-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzM5NDE3-the-correct-iupac-name-of-the-following-compound-is-1-6-bromo-4-methyl-2-chlorohexan-4-ol-2-1-bromo-5-chloro-4-methylhexan-3-ol-3-6-bromo-2-chloro-4-methylhaxan-4-ol-4-1-bromo-4-methyl-5-chorohexan-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzM5ODEx-match-each-item-in-list-i-with-one-in-list-ii-and-select-the-correct-match-from-the-codes-given-list-i-list-ii-a-separation-of-aniline-water-mixture-i-fractional-distillation-b-separation-of-aniline-c https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQ2NDU0-what-is-the-hybridization-shown-by-c1-and-c2-carbons-respectively-in-the-given-compound-mathrm-ohc-ch-ch-2-ch-2-1-cooch-3-1-sp2-and-sp3-2-sp2-and-sp2-3-sp3-and-sp2-4-sp3-and-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQ2NDY4-select-the-correct-option-based-on-the-statements-below-assertion-a-chlorine-is-an-electron-withdrawing-group-yet-it-exhibits-ortho-and-para-directing-behavior-in-electrophilic-aromatic-substitution-r https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQ2NTE3-the-most-stable-carbocation-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzY2OTgw-in-lassaigne-s-extract-of-an-organic-compound-both-nitrogen-and-sulphur-are-present-which-gives-blood-red-colour-with-text-fe-3-due-to-the-formation-of-1-mathrm-fe-mathrm-scn-2-2-mathrm-fe-4-left-math https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzY2OTg4-the-number-of-sigma-bonds-pi-bonds-and-lone-pair-of-electrons-in-pyridine-respectively-are-1-12-2-1-2-11-2-0-3-12-3-0-4-11-3-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzY4MzA4-match-list-i-with-list-ii-list-i-mixtures-sample-list-ii-technique-used-for-purification-a-glycerol-from-spent-lye-i-steam-distillation-b-chloroform-aniline-ii-fractional-distillation-c-fractions-of-c https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzY4MzQ2-given-below-are-two-statements-statement-i-in-an-organic-compound-when-inductive-and-electromeric-effects-operate-in-opposite-directions-the-inductive-effect-predominates-statement-ii-hyperconjugation https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzcxMDMx-compound-among-the-following-that-cannot-be-a-tautomer-of-1-3-cyclohexanedione-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzcxMTI3-resonance-structures-are-two-or-more-structures-where-1-only-atoms-may-move-around-2-only-bonding-electrons-may-move-around-3-only-nonbonding-electrons-may-move-around-4-only-nonbonding-electrons-and https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1MDE3-on-heating-some-solid-substances-change-from-solid-to-vapour-state-without-passing-through-liquid-state-the-technique-used-for-the-purification-of-such-solid-substances-based-on-the-above-principle-is https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1MDE5-match-list-i-with-list-ii-list-i-molecule-list-ii-number-and-types-of-bond-s-between-two-carbon-atoms-a-ethane-i-small-mathrm-one-sigma-bond-and-two-pi-bonds-b-ethene-ii-text-two-pi-text-bonds-c-carbo https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1MDI4-the-most-stable-carbocation-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2NzU0-the-method-used-for-quantitative-estimation-of-halogens-is-1-dumas-method-2-carius-method-3-kjeldahl-s-method-4-combustion-method-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2ODEx-the-technique-used-to-purify-liquids-having-high-boiling-points-and-getting-decomposed-at-or-below-their-boiling-points-is-1-fractional-distillation-2-steam-distillation-3-simple-distillation-4-distil https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2ODY1-the-compound-that-gives-blood-red-colour-in-lassaigne-s-test-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzk4NzQx-the-hybridization-of-carbon-atoms-1-and-2-in-the-given-compound-is-1-sp-2-and-sp-2-2-sp-3-and-sp-3-sp-and-sp-2-4-sp-and-sp-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzgwODk1-among-the-following-which-compound-exhibits-a-bond-formed-by-the-overlapping-of-sp-sp-3-hybrid-orbitals-1-ch-3-c-equiv-c-h-2-ch-3-ch-ch-ch-3-3-ch-2-ch-ch-ch-2-4-hc-equiv-ch-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMjMx-which-of-the-following-carbon-atoms-is-most-electronegative-1-iii-2-ii-3-i-4-all-are-equally-electronegative-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzM1NDc3-in-the-given-compound-the-most-electronegative-carbon-is-1-i-2-ii-3-iii-4-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDAwODIw-which-of-the-following-compound-has-only-one-type-of-hybridised-carbon-atom-1-2-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzk0MDM3-how-many-sigma-sigma-and-pi-pi-bonds-are-present-in-the-given-structure-1-sigma-bonds-33-and-pi-bonds-2-2-sigma-bonds-22-and-pi-bonds-2-3-sigma-bonds-42-and-pi-bonds-2-4-sigma-bonds-40-and-pi-bonds-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODE5-correct-statement-among-the-following-is-a-the-hybridization-of-carbon-in-h2c-o-is-sp2-and-shape-is-trigonal-planar-b-the-hybridization-of-carbon-in-ch3f-is-sp3-and-shape-is-tetrahedral-c-the-hybridiz https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzY0NTcy-which-two-orbitals-are-being-overlapped-in-the-bond-x-given-below-1-sp-and-sp3-orbitals-2-sp-and-sp2-orbitals-3-sp2-and-sp3-orbitals-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1OTg4-consider-the-given-molecule-hybridization-of-carbons-a-b-and-c-respectively-are-1-sp-3-sp-2-and-sp-2-2-sp-3-sp-and-sp-2-3-sp-3-sp-2-and-sp-4-sp-3-sp-and-sp-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzU4Mjk2-the-outer-orbitals-of-c-in-an-ethene-molecule-can-be-considered-to-be-hybridized-to-give-three-equivalent-sp2-orbitals-the-total-number-of-sigma-sigma-and-pi-pi-bonds-in-ethene-molecule-are-1-3-sigma https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTYzNDU4-the-hybridization-of-carbon-atoms-in-the-following-compound-from-left-to-right-is-1-sp2-sp3-sp2-sp2-sp-2-sp2-sp2-sp2-sp2-sp-3-sp3-sp2-sp2-sp2-sp2-4-sp3-sp2-sp2-sp2-sp-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjg0ODQ0-what-is-the-iupac-name-of-the-given-compound-1-1-1-diethyl-2-dimethylpentane-2-4-4-dimethyl-5-5-diethylpentane-3-5-5-diethyl-4-4-dimethylpentane-4-3-ethyl-4-4-dimethylheptane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODI4-match-the-structures-given-in-column-i-with-the-corresponding-iupac-names-given-in-column-ii-and-choose-the-correct-option-column-i-column-ii-a-i-pent-4-en-2-ol-b-ii-cyclohex-2-en-1-ol-c-iii-6-hydroxy https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODMw-match-the-items-in-column-i-with-the-items-in-column-ii-column-i-iupac-name-column-ii-structure-of-compound-a-o-ethylanisole-i-b-p-nitroaniline-ii-c-2-3-dibromo-1-phenyl-pentane-iii-d-4-ethyl-1-fluoro https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzcwOTg0-which-of-the-following-functional-groups-are-present-in-phenylalanine-1-alkyl-double-bond-and-aromatic-ring-2-amine-and-carboxylic-acid-3-double-bond-amide-and-alcohol-4-aromatic-ring-halide-and-keton https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA3NDMx-what-is-the-correct-iupac-name-of-the-following-compound-1-3-ethyl-4-methylhept-5-en-2-one-2-4-ethyl-4-methylhept-5-en-2-one-3-4-ethyl-3-methylhept-5-en-2-one-4-3-ethyl-3-methylhept-5-en-2-one-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzgxMzAw-which-of-the-following-is-the-correct-iupac-name-for-the-given-compound-1-3-4-dimethyl-3-n-propylnonane-2-5-7-dimethyl-7-n-propylnonane-3-4-ethyl-4-5-dimethyldecane-4-6-7-dimethyl-7-ethyldecane-1-2-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzI2-the-structure-of-3-ethyl-2-hydroxy-4-methylhex-3-en-5-ynoic-acid-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjg0MzI4-the-iupac-name-of-neopentane-is-1-2-methylbutane-2-2-2-dimethylpropane-3-2-methylpropane-4-2-2-dimethylbutane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQ0ODMz-what-is-the-correct-iupac-name-for-this-compound-1-3-3-dichloro-2-4-dimethylhexan-2-ol-2-3-3-chloro-2-ethyl-4-methylpentan-4-ol-3-3-3-dichloro-4-ethyl-2-methylpentan-2-ol-4-3-3-chloro-4-ethyl-2-methyl https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzgxMTc4-identify-the-compound-that-is-incorrectly-named-according-to-iupac-nomenclature-rules-1-2-chloropentanoic-acid-2-2-methylpent-2-en-5-oic-acid-3-hex-3-en-2-one-4-4-methylpentanal-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTQ3NTUx-iupac-name-of-the-following-compound-is-1-but-2-ene-2-3-diol-2-pent-2-ene-2-3-diol-3-2-methylbut-2-ene-2-3-diol-4-hex-2-ene-2-3-diol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1OTE4-the-correct-structure-for-the-iupac-name-3-methylpent-2-enal-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDc0NzUz-the-order-of-priority-of-the-given-functional-groups-from-highest-to-lowest-is-mathrm-so-3-h-cocl-cn-oh-nh-2-1-mathrm-cocl-cn-oh-nh-2-so-3-h-2-mathrm-cn-oh-nh-2-cocl-so-3-h-3-mathrm-so-3-h-cocl-cn-oh https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQ5MzY2-the-structure-of-1-1-3-trichlorobut-1-ene-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTAxMDM-the-iupac-name-of-the-given-compound-is-1-4-methoxy-2-nitrobenzaldehyde-2-4-formyl-3-nitro-anisole-3-4-methoxy-6-nitrobenzaldehyde-4-2-formyl-5-methoxy-nitrobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzc4NzI3-the-iupac-name-of-the-following-compound-is-1-3-propylpent-1-ene-2-3-ethylpent-1-ene-3-4-ethylhex-1-ene-4-3-ethylhex-1-ene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA4ODE1-the-iupac-name-of-the-following-compound-is-1-citric-acid-2-3-hydroxy-pentane-1-5-dioic-acid-3-2-hydroxy-propane-1-2-3-tricarboxylic-acid-4-2-carboxy-2-hydroxy-propane-1-3-dicarboxylic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzc4NTQz-find-the-relation-between-i-and-ii-i-ii-1-functional-isomer-2-metamers-3-chain-isomer-4-positional-isomerism-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjkyMzIz-the-correct-structural-formula-of-5-nitro-3-methoxy-3-methylhexanoyl-chloride-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzkwMTU3-match-the-compounds-given-in-column-i-with-their-corresponding-exhibiting-isomer-given-in-column-ii-and-mark-the-appropriate-choice-column-i-compounds-column-ii-type-of-isomerism-a-i-position-isomers https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDAwODI0-which-of-the-following-alkane-cannot-show-isomerism-1-mathrm-c-4-mathrm-h-10-2-mathrm-c-3-mathrm-h-8-3-mathrm-c-5-mathrm-h-12-4-mathrm-c-6-mathrm-h-14-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzMxOTU1-the-molecular-formula-c4h10o-can-show-1-chain-isomerism-2-position-isomerism-3-metamerism-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzc0OTQ0-which-of-the-following-statements-regarding-structural-isomers-is-correct-1-the-same-molecular-formula-but-the-atoms-are-bonded-in-different-ways-2-the-same-molar-mass-but-different-atoms-in-their-com https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzYzMTg0-the-correct-match-among-the-following-is-1-hexane-2-one-and-hexane-3-one-position-isomers-2-pentane-3-one-and-pentane-2-one-functional-isomers-3-2-pentene-and-1-pentene-metamers-4-pentanoic-acid-and-h https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzk4Njg1-a-molecule-that-is-an-isomer-of-ethanol-is-1-methanol-2-diethyl-ether-3-acetone-4-dimethyl-ether-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA4ODUy-which-one-of-the-following-exhibits-functional-isomerism-1-ethylene-2-propane-3-ethanol-4-ch222cl222-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTE2OTY5-more-than-one-of-the-following-molecules-from-the-five-given-below-do-not-possess-a-plane-of-symmetry-identify-them-a-b-c-d-e-1-a-and-b-2-a-c-and-b-3-a-d-and-e-4-c-d-and-e-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE2MA-which-of-the-following-is-the-primary-cause-of-geometrical-isomerism-in-organic-compounds-1-restricted-rotation-about-a-carbon-carbon-double-bond-2-presence-of-an-asymmetric-chiral-carbon-atom-3-attac https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-Rpb246NjE2Nw-which-of-the-following-structures-permits-cis-trans-isomerism-1-x2c-cy2-2-xyc-cz2-3-x2c-cxy-4-xyc-cxy-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTQ3NTUz-the-following-two-compounds-i-and-ii-are-stereoisomers-of-each-other-if-compound-i-shows-an-optical-rotation-of-52-the-optical-rotation-of-compound-ii-is-1-52-2-52-3-0-4-unpredictable-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjcwMDY4-a-nucleophile-is-a-species-that-should-have-a-a-pair-of-electrons-to-donate-b-positive-charge-c-negative-charge-d-electron-deficient-species-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODY5NTA-find-the-electrophile-among-the-following-1-h2o-2-nh3-3-alcl3-4-c2h5nh2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzQy-which-of-the-following-is-correct-statement-regarding-an-electrophile-1-electrophile-is-a-negatively-charged-species-and-can-form-a-bond-by-accepting-a-pair-of-electrons-from-another-electrophile-2-el https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDUwMjA5-the-incorrect-statement-about-electrophiles-is-1-electrophiles-are-electron-seeking-species-2-electrophiles-are-lewis-acids-3-text-so-3-is-an-electrophile-4-electrophiles-are-lewis-bases-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDAwODQ3-a-neutral-nucleophile-among-the-following-is-1-mathrm-cn-2-mathrm-alcl-3-3-mathrm-h-2-mathrm-o-4-mathrm-o-mathrm-ch-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5Mzg3-ch3-4n-is-neither-an-electrophile-nor-a-nucleophile-because-of-it-1-does-not-have-an-electron-pair-for-donation-and-it-also-cannot-attract-an-electron-pair-2-neither-has-an-electron-pair-available-for https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTg4MjY5-which-of-the-following-represents-a-set-of-nucleophiles-1-mathrm-bf-3-mathrm-h-2-mathrm-o-mathrm-nh-2-2-mathrm-alcl-3-mathrm-bf-3-mathrm-nh-3-3-mathrm-cn-mathrm-rch-2-mathrm-roh-4-mathrm-h-mathrm-rnh https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzk1MjQ4-which-of-the-following-sets-includes-nucleophilic-species-1-h-nh-3-cl-2-bf-3-h-2o-nh-3-3-alcl-3-bf-3-nh-3-4-cn-h-2o-r-oh-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODY5MDc-which-of-the-following-groups-has-the-highest-i-effect-1-ch3-2-ch3ch2-3-ch3-2ch-4-ch3-3c-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODQ0-the-correct-order-of-stability-of-following-carbocation-is-1-b-a-c-2-a-c-b-3-a-b-c-4-c-b-a-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODY5MDg-the-maximum-i-effect-exerted-by-the-group-is-1-c-6h-5-2-och-3-3-cl-4-no-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTAwMTE1-which-pair-of-groups-exerts-a-i-effect-1-no-2-ch-3-2-no-2-cl-3-cl-ch-3-4-ch-3-c-2-h-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxNDA4-carbocations-are-important-intermediates-in-organic-reactions-they-are-often-stabilized-by-resonance-inductive-effect-and-hyperconjugation-the-cation-among-the-following-that-cannot-be-stabilized-by-r https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzY0MTUw-the-correct-order-of-stability-of-the-following-carbocations-is-1-ch-3ch-2-overset-ch-2-ch-2-ch-overset-ch-2-ch-2-ch-overset-ch-ch-3-ch-2-ch-overset-c-ch-3-2-2-ch-2-ch-overset-ch-2-ch-3ch-2-overset-ch https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzkwMTU5-the-incorrect-statement-among-the-following-is-1-free-radicals-carbonium-ions-or-carbanions-are-reaction-intermediates-2-the-reaction-between-methane-and-chlorine-in-the-presence-of-sunlight-proceeds https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5Mzg4-which-of-the-following-explains-the-greater-stability-of-2-3-dimethylbut-2-ene-compared-to-2-butene-1-resonance-2-hyperconjugation-3-electromeric-effect-4-inductive-effect-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODM5-the-correct-resonance-structures-of-ch3coo-among-the-following-are-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTUyMDcy-match-column-i-and-column-ii-column-i-column-ii-a-no-2-p-m-effect-b-o-q-m-effect-c-o-ch-3-r-i-effect-d-c-equiv-n-s-i-effect-1-a-q-b-r-c-s-d-p-2-a-p-b-r-c-s-d-q-3-a-p-and-s-b-q-and-r-c-q-and-s-d-p-and https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjk4MzY2-the-increasing-order-of-stability-of-the-following-free-radicals-is-1-small-ch-3-2-dot-c-h-2-small-c-6-h-5-3-dot-c-3-small-c-6-h-5-2-dot-c-h-4-small-ch-3-2-dot-c-h-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzk4NzQ0-a-compound-among-the-following-that-has-a-zero-dipole-moment-is-1-1-1-dichloroethylene-2-cis-1-2-dichloroethylene-3-trans-1-2-dichloroethylene-4-none-of-these-compounds-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTg4MjM3-which-species-is-generated-during-the-homolytic-fragmentation-of-a-covalent-bond-1-electrophile-2-nucleophile-3-free-radical-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDcwNDk5-consider-the-given-two-statements-assertion-a-tertiary-carbocations-are-generally-formed-more-easily-than-primary-carbocations-reason-r-hyperconjugation-as-well-as-inductive-effect-due-to-additional-a https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjk1NjEw-the-most-stable-carbocation-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDYxMjEx-what-type-of-chemical-reaction-is-represented-by-the-following-equation-mathrm-ch-2-mathrm-ch-2-mathrm-br-2-rightarrow-mathrm-ch-2-mathrm-br-mathrm-ch-2-mathrm-br-1-addition-reaction-2-elimination-rea https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzkxOTEz-match-the-following-column-i-reaction-column-ii-product-colour-a-small-na-2-fe-cn-5no-na-2s-rightarrow-p-yellow-ppt-of-small-nh-4-3po-4-12-moo-3-b-small-nascn-fecl-3-rightarrow-q-blue-colour-due-to-sm https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5OTU4-the-distillation-technique-most-suited-for-separating-glycerol-from-spent-lye-in-the-soap-industry-is-1-steam-distillation-2-distillation-under-reduced-pressure-3-fractional-distillation-4-differentia https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1NzMx-the-purification-method-of-organic-compound-does-not-depend-on-1-nature-of-compound-2-shape-of-compound-3-density-of-compound-4-solubility-of-compound-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzk1NDQ2-match-list-i-with-list-ii-and-mark-the-appropriate-answer-list-i-quantitative-methods-list-ii-principle-and-reagents-used-a-thin-layer-chromatography-i-partition-chromatography-b-yellow-coloured-ii-ad https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjkyMzIy-the-sodium-extract-of-an-organic-compound-on-acidification-with-acetic-acid-and-the-addition-of-lead-acetate-solution-gives-a-black-precipitate-the-organic-compound-contains-1-nitrogen-2-halogen-3-sul https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2MjI2-which-of-the-following-element-text-s-is-are-confirmed-by-appearance-of-blood-red-colour-with-text-fecl-3-in-lassaigne-s-test-1-presence-of-text-s-only-2-presence-of-text-n-text-s-3-presence-of-text-n https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjk5MzE5-the-compound-formed-in-the-positive-test-for-nitrogen-with-the-lassaigne-solution-of-an-organic-compound-is-1-fe4-fe-cn-6-3-2-na3-fe-cn-6-3-fe-cn-3-4-na4-fe-cn-5nos-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQyMjY0-given-below-are-two-statements-statement-i-in-the-lassaigne-test-an-organic-compound-with-both-n-and-s-responds-to-the-test-of-scn-statement-ii-in-the-lassaigne-test-if-na-is-taken-in-excess-it-destro https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1ODAz-which-one-of-the-following-set-of-elements-can-be-detected-using-sodium-fusion-extract-1-sulfur-nitrogen-phosphorus-halogens-2-phosphorus-oxygen-nitrogen-halogens-3-halogens-nitrogen-oxygen-sulfur-4-n https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU0NTAx-assertion-a-kjeldahl-method-is-not-used-for-pyridine-reason-r-nitrogen-of-pyridine-does-not-change-to-ammonium-sulphate-under-these-conditions-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDQwMjUx-which-of-the-following-is-are-used-as-adsorbent-in-adsorption-chromatography-1-silica-gel-2-alumina-3-benzene-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA3NDk5-a-mixture-contains-three-volatile-liquids-a-b-and-c-it-is-observed-that-there-is-a-large-difference-between-the-boiling-point-of-liquid-a-and-the-boiling-points-of-liquids-b-and-c-however-the-boiling https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQyMjYw-on-complete-combustion-0-3-g-of-an-organic-compound-yields-0-2-g-of-co-and-0-1-g-of-h-o-determine-the-percentage-of-carbon-in-the-compound-1-18-2-2-20-2-3-16-2-4-22-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5MjY4-in-an-estimation-of-bromine-by-the-carius-method-1-6-g-of-an-organic-compound-gave-1-88-g-of-agbr-the-mass-percentage-of-bromine-in-the-compound-is-atomic-mass-ag-108-br-80-g-mol-1mol-1mol-1-1-50-2-55 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY3Nzk0-the-number-of-and-bonds-in-the-molecule-ch2cl2ch2cl2ch2cl2-are-1-2-c-cl-c-cl-c-cl-1-c-h-c-h-c-h-and-1-2-2-c-cl-c-cl-c-cl-2-c-h-c-h-c-h-and-0-3-2-c-cl-c-cl-c-cl-1-c-h-c-h-c-h-and-1-4-2-c-cl-c-cl-c-cl-1 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDE2-what-is-the-correct-increasing-order-of-the-c-c-bond-length-1-c2h6-c2h4-c6h6-c2h2c2h6-c2h4-c6h6-c2h2c2h6-c2h4-c6h6-c2h2-2-c2h2-c2h2-c6h6-c2h4c2h6-c2h2-c6h6-c2h4c2h6-c2h2-c6h6-c2h4-4-c2h4-c2h6-c2h2-c6h https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTg3NzAw-what-is-the-iupac-name-of-this-compound-1-2-bromo-3-methylbutanoic-acid-2-2-methyl-3-bromobutanoic-acid-3-3-bromo-2-methylbutanoic-acid-4-3-bromo-2-3-dimethylpropanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMTg1-the-compound-with-an-isopropyl-group-is-1-2-2-3-3-tetramethylpentane-2-2-2-dimethylpentane-3-2-2-3-trimethylpentane-4-2-methylpentane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDE0NTQ-the-iupac-name-of-the-above-mentioned-compound-is-1-3-4-dimethylpentanoyl-chloride-2-1-chloro-1-oxo-2-3-dimethylpentane-3-2-ethyl-3-methylbutanoylchloride-4-2-3-dimethylpentanoyl-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTQ3NTQ2-the-iupac-name-of-the-above-mentioned-compound-is-1-3-3-diethyl-4-methyl-5-methylethyl-octane-2-3-3-diethyl-5-isopropyl-4-methyloctane-3-4-isopropyl-5-methyl-6-6-diethyloctane-4-6-6-diethyl-4-isopropy https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5NTk5-the-general-molecular-formula-that-represents-the-homologous-serious-of-alkanols-is-1-c-n-h-2-n-o-2-2-c-n-h-2-n-o-3-c-n-h-2-n-1-o-4-c-n-h-2-n-2-o-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTIyOTMz-the-iupac-name-of-the-above-mentioned-compound-is-1-pent-1-en-3-yne-2-pent-1-ene-4-yne-3-pent-4-yn-1-ene-4-pent-1-en-4-yne-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MzE5ODg-the-iupac-name-of-the-above-mentioned-compound-is-1-3-ket-2-methylhex-4-enal-2-5-formylhex-2-en-3-one-3-5-methyl-4-oxohex-2-en-5-al-4-3-keto-2-methylhex-4-enal-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTk4-the-correct-representation-involving-heterolytic-fission-of-ch3-brch3-brch3-br-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5NTc2-find-the-correct-statement-for-an-sn1-reaction-at-a-chiral-centre-1-100-racemization-2-inversion-is-more-than-retention-leading-to-partial-racemization-3-100-retention-4-100-inversion-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTc2ODgz-which-types-of-isomerism-can-be-exhibited-by-compounds-with-the-molecular-formula-c4-h1-1n-1-position-isomerism-2-metamerism-3-functional-isomerism-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTg5-functional-isomer-is-not-possible-for-1-alcohols-2-aldehydes-3-alkyl-halides-4-cyanides-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTQ3NTYx-the-number-of-isomeric-structures-for-c2h7n-would-be-1-four-4-2-three-3-3-two-2-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5NDE3-the-pair-that-represents-chain-isomers-is-1-ch3chcl2-and-clch2ch2cl-2-propyl-alcohol-and-isopropyl-alcohol-3-2-methylbutane-and-neopentane-4-diethyl-ether-and-dipropyl-ether-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5Mzcz-the-number-of-chain-isomers-for-c5h12c5h12c5h12-and-c6h14c6h14c6h14-are-respectively-1-3-3-2-3-5-3-4-4-4-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NzEwOTI-total-isomers-for-c4h10oc4h10oc4h10o-are-1-4-2-5-3-7-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDA4-but-2-ene-exhibits-cis-trans-isomerism-due-to-1-rotation-around-c3-c4c3-c4c3-c4-sigma-bond-2-rotation-around-c1-c2c1-c2c1-c2-bond-3-restricted-rotation-around-c-c-bond-4-rotation-around-c2-c3c2-c3c2-c https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDAy-which-of-the-following-compounds-is-optically-active-1-butane-2-2-methylpentane-3-4-methylpentane-4-3-methylhexane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTQ3NjE2-the-maximum-number-of-stereoisomers-possible-for-3-hydroxy-2-methyl-butanoic-acid-is-are-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5NDE5-fischer-projection-indicates-1-horizontal-substituents-above-the-plane-2-vertical-substituents-above-the-plane-3-both-horizontal-and-vertical-substituents-below-the-plane-4-both-horizontal-and-vertica https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTkxMDA2-the-r-and-s-enantiomers-of-an-optically-active-compound-differ-in-1-their-optical-rotation-of-plane-polarized-light-2-their-reactivity-with-chiral-reagents-3-their-solubility-in-achiral-reagents-4-the https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODkxMTk-the-correct-statement-regarding-electrophile-is-1-electrophile-is-a-negatively-charged-species-and-can-form-a-bond-by-accepting-a-pair-of-electrons-from-another-electrophile-2-electrophiles-are-genera https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA3NDM0-the-most-stable-carbanion-species-among-the-following-is-1-ccl-3-2-ch-3-3-ch-2cl-4-chcl-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTk3-electrophilic-addition-reactions-proceed-in-two-steps-the-first-step-involves-the-addition-of-an-electrophile-the-major-intermediate-formed-in-the-first-step-is-mathrm-h-3-mathrm-c-mathrm-hc-mathrm-ch https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTk5-the-addition-of-hcl-to-an-alkene-proceeds-in-two-steps-the-first-step-is-the-attack-of-h-ion-on-the-double-bond-portion-the-same-can-be-shown-as-1-2-3-4-all-of-these-are-possible-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTk5NDQy-the-most-stable-carbocation-among-the-following-is-1-ch-3-3c-overset-c-hch-3-2-ch-3-ch-2-overset-c-hch-2ch-3-3-ch-3-2-overset-c-ch-2ch-2ch-3-4-ch-3-ch-2-overset-c-h-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODE0MjM-the-carbocation-among-the-following-that-doesn-t-get-stabilized-by-resonance-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTk1-which-of-the-following-carbon-marked-with-asterisk-is-expected-to-have-greatest-positive-charge-1-ch3-ch2-cl-ch3-ch2-cl-ch3-ch2-cl-2-ch3-ch2-mg-cl-ch3-ch2-mg-cl-ch3-ch2-mg-cl-3-ch3-ch2-br-ch3-ch2-br-c https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTc1NDIz-the-correct-reactivity-order-towards-hydrolysis-is-1-q-r-s-p-2-q-p-r-s-3-s-r-q-p-4-q-s-r-p-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODE3Mzk-the-major-contributor-to-the-resonance-hybrid-among-the-following-resonance-structures-is-underset-left-right-mathbf-i-left-right-left-ch-right-3-left-ch-right-2-c-overset-oplus-h-o-cdot-cdot-cdot-cdo https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODE0MjI-the-total-number-of-resonating-structures-excluded-the-given-structure-formed-by-the-given-molecule-are-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODE0MjA-the-most-stable-canonical-structure-among-the-given-structures-is-are-1-i-2-ii-3-iii-4-all-are-equally-stable-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODkyODA-the-correct-order-with-respect-to-i-effect-of-the-substituents-is-r-alkyl-1-nh2-or-or-f-4-nr2-or-f-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTM2NDI-what-is-the-correct-sequence-of-acidity-for-the-following-compounds-1-ch3cooh-brch2cooh-clch2cooh-fch2cooh-2-fch2cooh-ch3cooh-brch2cooh-clch2cooh-3-brch2cooh-clch2cooh-fch2cooh-ch3cooh-4-fch2cooh-clch https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjAwMzc2-the-compound-that-is-most-difficult-to-protonate-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTQ3NTc5-the-decreasing-order-of-the-stability-of-the-given-ions-is-i-ii-iii-1-i-ii-iii-2-ii-iii-i-3-iii-i-ii-4-ii-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTQxNjk4-what-is-the-most-probable-mechanism-for-this-reaction-h-ch2-cl-ch2naoh-alc-ch2-ch2c-hh2-c-clh2-alc-naohch2-ch2c-hh2-c-clh2-alc-naohch2-ch2-1-e1-2-e2-3-e1cbe1cbe1cb-4-elimination-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjAwNzk3-a-liquid-compound-x-can-be-purified-by-steam-distillation-only-if-it-is-1-steam-volatile-immiscible-with-water-2-not-steam-volatile-miscible-with-water-3-steam-volatile-miscible-with-water-4-not-steam https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDM0-match-the-type-of-mixture-of-compounds-in-column-i-with-the-technique-of-separation-purification-given-in-column-ii-column-i-column-ii-a-two-solids-which-have-different-solubilities-in-a-solvent-and-w https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjA3MzE0-if-a-liquid-compound-decomposes-at-or-below-its-boiling-point-then-the-best-method-for-purification-is-1-distillation-under-reduced-pressure-2-azeotropic-distillation-3-gas-chromatography-4-sublimatio https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjAwNzIw-paper-chromatography-is-an-example-of-1-partition-chromatography-2-thin-layer-chromatography-3-column-chromatography-4-adsorption-chromatography-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTkx-during-the-hearing-of-a-court-case-the-judge-suspected-that-some-changes-in-the-documents-had-been-carried-out-he-asked-the-forensic-department-to-check-the-ink-used-at-two-different-places-which-tech https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NjUyODc-the-best-method-used-for-the-separation-of-naphthalene-and-benzoic-acid-from-their-mixture-is-1-chromatography-2-crystallisation-3-distillation-4-sublimation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTky-which-principle-does-paper-chromatography-operate-on-1-adsorption-2-partition-3-solubility-4-volatility-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODkwMzU-the-most-suitable-method-used-for-the-separation-of-1-1-mixture-of-ortho-and-para-nitrophenols-is-1-chromatography-2-crystallization-3-steam-distillation-4-sublimation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTEyNTY-in-kjeldahl-s-method-for-estimation-of-nitrogen-present-in-the-soil-sample-ammonia-evolved-from-0-75g-of-sample-neutralized-10ml-of-1m-h2so4-the-percentage-of-nitrogen-in-the-soil-is-1-37-33-2-45-85-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246MjgxNjE-0-2-g-of-an-organic-compound-on-complete-combustion-produces-0-44-g-of-co2-the-percentage-of-carbon-is-1-50-2-60-3-70-4-80-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODUy-find-the-percentage-of-sulphur-in-a-sample-where-0-157-g-of-an-organic-compound-on-analysis-gives-0-4813-g-of-barium-sulphate-baso-1-39-10-2-48-13-3-42-10-4-52-43-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5Mzkw-silver-sulphate-solution-is-used-to-separate-1-nitrate-and-bromide-2-nitrate-and-chlorate-3-bromide-and-iodide-4-nitrate-and-nitrite-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246Mzk4MDY-in-kjeldahl-s-method-of-estimation-of-nitrogen-k2so4-acts-as-1-an-oxidizing-agent-2-a-catalytic-agent-3-a-hydrolyzing-agent-4-a-boiling-point-elevator-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2NTA5-in-an-estimation-of-sulphur-by-the-carius-method-0-2175-g-of-the-substance-gave-0-5825-g-of-baso4-the-percentage-composition-of-s-in-the-compound-is-1-66-2-20-3-37-4-82-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2NTEw-0-284-g-of-an-organic-substance-gave-0-287-g-agcl-in-a-carius-method-for-the-estimation-of-halogen-the-percentage-of-cl-in-the-compound-is-1-5-2-18-3-25-4-33-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2NTA4-find-the-percentage-of-carbon-in-0-26-g-of-an-organic-compound-which-gives-0-245-g-of-co-and-0-039-g-of-h-o-on-combustion-1-35-2-25-3-2-4-90-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTQ3NjM2-ether-and-benzene-can-be-separated-by-1-filtration-2-distillation-3-crystallization-4-sublimation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTI1MjQ-the-lassaigne-s-extract-is-boiled-with-conc-hno3hno3hno3-while-testing-for-halogens-because-it-is-1-helps-in-the-precipitation-of-agclagclagcl-2-increases-the-solubility-product-of-agclagclagcl-3-incr https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODUw-during-estimation-of-nitrogen-present-in-an-organic-compound-the-ammonia-evolved-from-0-5-g-of-the-compound-in-kjeldahl-s-estimation-of-nitrogen-neutralized-10-ml-of-1-m-h2so4-the-percentage-of-nitrog https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjE2NTEx-0-24-g-of-an-organic-compound-containing-phosphorous-gave-0-66-g-of-mg2p2o7-by-the-usual-analysis-the-percentage-of-phosphorous-in-the-compound-is-1-77-2-72-3-87-4-60-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246NDExOTM-in-duma-s-method-of-estimation-of-nitrogen-0-35-g-of-an-organic-compound-gave-55-ml-of-nitrogen-collected-at-300-k-temperature-and-715-mm-pressure-the-percentage-composition-of-nitrogen-in-the-compoun https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5Mzk0-a-compound-that-does-not-give-a-positive-test-in-lassaigne-s-test-for-nitrogen-is-1-urea-2-hydrazine-3-azobenzene-4-phenyl-hydrazine-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTkyODQx-the-correct-iupac-name-of-the-following-compound-is-1-2-4-diethylhexane-2-3-5-diethylhexane-3-3-ethyl-5-methylheptane-4-3-methyl-5-ethylheptane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTkyODI2-the-pair-of-molecules-that-are-metamers-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTkyODI0-during-lassaigne-s-test-the-elements-present-in-an-organic-compound-are-converted-from-1-covalent-form-to-covalent-form-2-ionic-form-to-ionic-form-3-covalent-form-to-ionic-form-4-ionic-form-to-covalen https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTk4MjU4-consider-the-following-reaction-sequences-and-choose-the-correct-option-1-m-and-n-are-stereoisomers-2-k-and-l-are-geometrical-isomers-3-k-and-l-are-enantiomers-4-m-and-n-are-geometrical-isomers-1-2-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTk4MjQ4-among-the-following-the-compound-having-conjugated-double-bonds-is-1-hepta-1-6-diene-2-hepta-1-3-diene-3-hepta-1-4-diene-4-hepta-1-5-diene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTk4MjQz-arrange-the-following-compounds-in-the-increasing-order-of-polarity-a-ch-3ch-2och-2ch-3-b-ch-3ch-2oh-c-ch-3coch-3-d-ch-3cooh-choose-the-correct-answer-from-the-options-given-below-1-a-c-b-d-2-a-b-c-d https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTk4MjIz-given-below-are-two-statements-statement-i-trans-but-2-ene-upon-treatment-with-br2-in-ccl4-gives-the-following-product-statement-ii-cis-but-2-ene-upon-treatment-with-alkaline-kmno4-gives-the-following https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTM1MTky-match-list-i-with-list-ii-list-i-mixture-list-ii-method-of-separation-a-mathrm-chcl-3-mathrm-c-6-mathrm-h-5-mathrm-nh-2-i-distillation-under-reduced-pressure-b-crude-oil-in-petroleum-industry-ii-steam https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTM1MTU3-which-one-of-the-following-reactions-does-not-belong-to-lassaigne-s-test-1-mathrm-na-mathrm-x-underset-delta-longrightarrow-mathrm-nax-2-2-mathrm-cuo-mathrm-c-xrightarrow-delta-2-mathrm-cu-mathrm-co-2 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDY4ODM5-which-of-the-following-options-is-the-correct-iupac-name-for-the-given-compound-1-4-ethyl-1-fluoro-2-nitrobenzene-2-4-ethyl-1-fluoro-6-nitrobenzene-3-3-ethyl-6-fluoro-1-nitrobenzene-4-1-ethyl-4-fluoro https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDY4ODY4-an-organic-compound-that-is-immiscible-with-water-and-undergoes-steam-distillation-has-a-normal-boiling-point-of-250-c-at-what-temperature-does-the-mixture-of-this-compound-and-water-distill-during-st https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDY4ODk1-the-stabilization-of-a-carbocation-by-an-attached-methyl-group-is-primarily-due-to-1-i-inductive-effect-2-electromeric-effect-3-hyperconjugation-4-mesomeric-effect-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDY4ODg4-on-complete-combustion-0-3-mathrm-g-of-an-organic-compound-gave-0-2-mathrm-g-of-mathrm-co-2-mathrm-and-0-1-mathrm-g-of-mathrm-h-2-mathrm-o-the-percentage-composition-of-carbon-and-hydrogen-in-the-comp https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODkwNjM-the-iupac-name-of-the-given-compound-is-1-3-keto-2-methylhex-4-enal-2-5-formylhex-2-en-3-one-3-5-methyl-4-2-en-5-el-4-3-keto-2-methylhex-5-enal-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODkxMjg-which-of-the-following-statements-about-the-conformers-of-ethane-is-correct-1-bond-angle-changes-but-bond-length-remains-the-same-2-both-bond-angle-and-bond-length-change-3-both-bond-angle-and-bond-le https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTA3ODM-which-one-of-the-following-statements-is-not-correct-for-a-nucleophile-1-nucleophile-is-a-lewis-acid-2-ammonia-is-a-nucleophile-3-nucleophiles-attack-low-electron-density-sites-4-nucleophiles-are-not https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTEwNTc-in-duma-s-method-for-estimation-of-nitrogen-0-25-g-of-an-organic-compound-gave-40-ml-of-nitrogen-collected-at-300-k-temperature-and-725-mm-pressure-if-the-aqueous-tension-at-300-k-is-25-mm-the-percent https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTEwNjY-hyperconjugation-occurs-among-the-following-compounds-1-i-only-2-ii-only-3-iii-only-4-i-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTI1MTI-in-duma-s-method-of-estimation-of-nitrogen-0-35-of-an-organic-compound-gave-55-ml-of-nitrogen-collected-at-300-k-temperature-and-715-mm-pressure-the-percentage-composition-of-nitrogen-in-the-compound https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTMyNzU-the-iupac-name-of-the-compound-having-the-formula-ch-c-ch-ch2-is-1-3-butene-1-yne-2-1-butyn-3-ene-3-but-1-yne-3-ene-4-1-butene-3-yne-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTMyOTU-which-of-the-following-compounds-will-exhibit-cis-trans-geometrical-isomerism-1-2-butene-2-butanol-3-2-butyne-4-2-butenol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246OTM2NDY-if-there-is-no-rotation-of-plane-polarized-light-by-a-compound-in-a-specific-solvent-thought-to-be-chiral-it-may-mean-that-1-the-compound-is-certainly-a-chiral-2-the-compound-is-certainly-meso-3-there https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjYzOTQx-the-best-method-for-the-separation-of-naphthalene-and-benzoic-acid-from-their-mixture-is-1-sublimation-2-chromatography-3-crystallisation-4-distillation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjYzOTQ2-which-amongst-the-following-is-the-most-stable-carbocation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY0MDky-which-one-of-the-following-compounds-is-most-acidic-1-2-3-4-mathrm-cl-mathrm-ch-2-mathrm-ch-2-mathrm-oh-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY0MTAz-iupac-name-of-some-compounds-is-given-the-incorrect-name-is-1-3-methyl-4-ethylheptane-2-3-methyl-2-butanol-3-2-ethyl-3-methylbut-1-ene-4-mathrm-ch-3-mathrm-c-equiv-mathrm-c-mathrm-ch-left-mathrm-ch-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY0ODAz-the-number-of-chiral-carbons-in-d-glucose-is-1-six-2-three-3-four-4-five-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjY2ODA1-in-hs-i-rnh2-nh3-the-correct-order-of-proton-accepting-tendency-will-be-1-i-nh3-rnh2-hs-2-nh3-rnh2-hs-i-3-rnh2-nh3-hs-i-4-hs-rnh2-nh3-i-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjYzOTA2-polarisation-of-electrons-in-acrolein-may-be-written-as-1-ch2-ch-choc-h2-ch-c-hoc-h2-ch-c-ho-2-ch2-ch-choc-h2-ch-c-hoc-h2-ch-c-ho-3-ch2-ch-c-hoc-h2-ch-ch-oc-h2-ch-ch-o-4-ch2-ch-ch-oc-h2-ch-cho-c-h2-ch https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODIx-match-the-items-in-column-i-with-the-column-ii-column-i-column-ii-a-i-b-ii-c-iii-d-iv-choose-the-correct-answer-from-the-options-given-below-1-a-iv-b-iii-c-i-d-ii-2-a-iii-b-iv-c-i-d-ii-3-a-ii-b-i-c-iv https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODIy-match-the-item-in-column-i-with-the-column-ii-column-i-column-ii-a-i-b-ii-c-iii-d-iv-choose-the-correct-answer-from-the-options-given-below-1-a-ii-b-iv-c-i-d-iii-2-a-iii-b-iv-c-ii-d-i-3-a-iv-b-iii-c-i https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODIz-incorrect-match-amongst-the-following-is-are-a-3-4-7-trimethyloctane-b-5-ethyl-3-methylheptane-c-2-3-4-trimethylheptane-1-a-c-2-a-b-3-b-c-4-only-b-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODI0-the-correct-iupac-name-of-the-given-compound-is-1-6-ethylhexan-3-ol-2-2-ethylhexan-4-ol-3-3-methyloctan-6-ol-4-6-methyloctan-3-ol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODI1-the-iupac-name-of-the-given-compound-is-1-hexane-3-5-dione-2-hexane-2-4-dione-3-hex-2-4-dione-4-hex-3-5-dione-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODI3-the-iupac-name-of-the-given-compound-is-1-hexa-1-3-dien-5-yne-2-hexa-3-5-dien-1-yne-3-hexa-1-3-en-5-yne-4-hexane-1-3-dien-5-yne-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODM0-the-incorrect-curved-arrow-notation-that-shows-the-formation-of-reactive-intermediates-in-the-following-compound-is-1-2-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODM1-match-column-i-with-column-ii-column-i-molecules-column-ii-nature-of-molecule-a-ch3-3n-i-electrophile-b-h-3c-overset-c-o-ii-nucleophile-c-overset-n-o-2-d-h2n-a-b-c-d-1-ii-ii-ii-i-2-ii-ii-ii-ii-3-ii-i https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODM3-consider-the-following-molecule-a-h3c-h-h3c-br-b-h3c-nh2-h3c-oh-c-h3c-oh-h3c-sh-the-bond-which-is-more-polar-in-the-given-pairs-of-molecules-is-1-c-h-bond-is-more-polar-than-c-br-bond-c-o-is-more-pola https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODM4-consider-the-following-compound-carbon-with-minimum-impact-of-negative-inductive-effect-of-br-is-1-c1-2-c2-3-c3-4-all-have-same-inductive-effect-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODQw-consider-the-possible-resonating-structures-of-ch2-ch-cho-is-as-follows-the-correct-sequence-of-stability-is-1-ii-i-iii-2-iii-i-ii-3-i-iii-ii-4-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODQx-consider-the-resonance-structure-of-ch3cooch3-as-follows-the-correct-statement-among-the-following-is-1-i-and-ii-cannot-be-the-major-contributors-to-the-real-structure-of-ch3cooch3-2-i-and-ii-can-be-t https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODQ3-on-complete-combustion-0-246-g-of-an-organic-compound-gave-0-198g-of-carbon-dioxide-and-0-1014g-of-water-what-is-the-calculated-percentage-composition-of-carbon-and-hydrogen-in-the-compound-1-21-95-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODQ5-what-is-the-percentage-composition-of-nitrogen-in-the-compound-if-in-dumas-method-for-estimation-of-nitrogen-0-3-g-of-an-organic-compound-gave-50-ml-of-nitrogen-collected-at-300-k-temperature-and-715 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODUx-what-is-the-calculated-bromine-percentage-in-the-carius-method-for-0-15-g-of-an-organic-compound-producing-0-12-g-of-agbr-1-39-05-2-42-42-3-34-04-4-65-12-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjcwMDY5-hyperconjugation-involves-the-delocalization-of-a-electrons-of-carbon-hydrogen-sigma-text-bond-of-an-alkyl-group-directly-attached-to-an-atom-of-unsaturated-system-b-electrons-of-carbon-hydrogen-sigma https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjcwMDY2-consider-the-following-four-compounds-i-ii-iii-iv-consider-the-following-pairs-of-compounds-a-ii-and-iii-b-ii-and-iv-c-i-and-iv-d-i-and-ii-choose-the-pairs-given-above-that-are-not-functional-group-is https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjcwMDYz-consider-the-following-four-compounds-i-ii-iii-iv-which-of-the-following-pairs-are-position-isomers-1-i-and-ii-2-ii-and-iii-3-ii-and-iv-4-iii-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjcwMDU5-electrophiles-are-electron-seeking-species-which-of-the-following-groups-contain-only-electrophiles-a-mathrm-bf-3-nh-3-h-2o-b-mathrm-alcl-3-so-3-no-2-c-mathrm-no-2-ch-3-ch-3-c-text-o-d-mathrm-c-2h-5-h https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjcwMDU4-in-which-of-the-following-representations-given-below-spatial-arrangement-of-group-atom-is-different-from-that-given-in-structure-a-a-b-c-d-choose-the-correct-option-1-a-b-c-2-b-c-d-3-a-c-d-4-a-d-b-1 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjcwMDU3-two-of-the-following-compounds-contain-all-the-carbon-atoms-in-the-same-hybridisation-state-a-h-c-c-c-c-hh-c-c-c-c-hh-c-c-c-c-h-b-ch3-c-c-ch3ch3-c-c-ch3ch3-c-c-ch3-c-ch2-c-ch2ch2-c-ch2ch2-c-ch2-d-ch2 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDM4-match-the-ions-given-in-column-i-with-their-nature-given-in-column-ii-column-i-ions-column-ii-corresponding-nature-a-i-stable-due-to-resonance-b-ii-destabilised-due-to-inductive-effect-c-iii-stabilise https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI5MDM3-match-the-intermediates-given-in-column-i-with-their-probable-structure-in-column-ii-column-i-column-ii-a-free-radical-i-trigonal-planar-b-carbocation-ii-pyramidal-c-carbanion-iii-linear-options-a-b-c https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTk0-which-is-the-correct-iupac-name-for-the-given-compound-1-2-ethyl-3-methylpentane-2-3-4-dimethylhexane-3-2-sec-butylbutane-4-2-3-dimethylbutane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTg3-the-iupac-name-of-the-given-compound-is-1-1-chloro-2-nitro-4-methylbenzene-2-1-chloro-4-methyl-2-nitrobenzene-3-2-chloro-1-nitro-5-methylbenezene-4-m-nitro-p-chlorotoluene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTg2-the-iupac-name-for-is-1-1-hydroxypentane-1-4-dione-2-1-4-dioxopentanol-3-1-carboxybutan-3-one-4-4-oxopentanoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjI4OTg1-which-of-the-following-is-the-correct-iupac-name-1-3-ethyl-4-4-dimethylheptane-2-4-4-dimethyl-3-ethylheptane-3-5-ethyl-4-4-dimethylheptane-4-4-4-bis-methyl-3-ethylheptane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzM0ODQ1-given-below-are-two-statements-statement-i-hcooh-is-more-acidic-than-c-6h-5cooh-statement-ii-ch-3cooh-is-less-acidic-than-c-6h-5cooh-1-statement-i-is-correct-and-statement-ii-is-incorrect-2-statement https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzA3NTcy-given-below-are-two-statements-assertion-a-to-detect-the-presence-of-halogens-in-an-organic-compound-some-dilute-nitric-acid-is-added-reason-r-dilute-hno3-destroys-na2s-and-nacn-by-oxidation-1-both-a https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzA3NDI3-assertion-a-both-c6h14-and-c5h12-can-exhibit-chain-isomerism-reason-r-both-c6h14-and-c5h12-form-three-chain-isomers-each-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-ar https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzM1NDc4-which-of-the-following-statements-are-correct-i-delocalization-of-sigma-electrons-is-called-hyperconjugation-ii-delocalization-of-pi-electrons-is-known-as-resonance-iii-permanent-partial-displacement https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5Mzgy-statement-i-a-mixture-of-chloroform-and-aniline-can-be-separated-by-simple-distillation-statement-ii-when-separating-aniline-from-a-mixture-of-aniline-and-water-by-steam-distillation-aniline-boils-bel https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5MzEz-match-the-following-test-method-reagent-i-lucas-test-a-c6h5so2cl-aq-kohc6h5so2cl-aq-kohc6h5so2cl-aq-koh-ii-dumas-method-b-hno3-agno3hno3-agno3hno3-agno3-iii-kjeldahl-s-method-c-cuo-co2cuo-co2cuo-co2-i https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTk4MjM3-the-following-carbocation-is-stabilized-by-the-interactions-of-the-empty-p-orbital-with-1-empty-sigma-and-empty-pi-orbitals-2-filled-sigma-and-filled-pi-orbitals-3-empty-sigma-and-empty-pi-orbitals-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-pb246ODkxNTk-in-pyrrole-the-electron-density-is-maximum-on-1-2-and-3-2-3-and-4-3-2-and-4-4-2-and-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzU4Mjc0-given-i-ii-i-and-ii-are-classified-as-1-identical-2-a-pair-of-conformers-3-a-pair-of-geometrical-isomers-4-a-pair-of-optical-isomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzU4Mjc2-arrange-the-following-in-increasing-order-of-stability-a-left-mathrm-ch-3-right-2-stackrel-oplus-mathrm-c-mathrm-ch-2-mathrm-ch-3-b-left-mathrm-ch-3-right-3-stackrel-oplus-mathrm-c-c-left-mathrm-ch-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzU4Mjgy-the-hybridisation-of-benzyl-carbonium-ion-is-1-sp2-2-spd2-3-sp2d-4-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzU4Mjkx-which-of-the-following-chemical-system-is-non-aromatic-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzU4Mjkz-what-is-the-formula-of-the-blue-coloured-compound-formed-during-the-detection-of-nitrogen-by-lassaigne-s-test-1-fe-fe-cn-2-fe-fe-cn-3-fe-fe-cn-4-fe-fe-cn-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzU4Mjk0-mathrm-ch-3-ch-3-ch-3-ch-2-ch-3-mathrm-left-ch-3-right-2-ch-ch-3-and-mathrm-ch-3-ch-2-ch-left-ch-3-right-2-the-increasing-order-of-stability-of-the-free-radicals-formed-from-homolytic-fission-of-the-a https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MjYzOTY0-the-chirality-of-the-compound-1-e-2-r-3-s-4-z-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQ4NTU5-consider-the-following-species-what-is-the-hybridization-of-the-carbon-carrying-a-negative-charge-in-structures-i-and-ii-respectively-1-sp2-and-sp2-2-sp2-and-sp3-3-sp-and-sp2-4-sp3-and-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDcwNjI5-the-total-number-of-substituents-present-in-the-following-compound-is-1-four-4-2-five-5-3-seven-7-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzc5ODU3-what-is-correct-about-the-following-structure-1-total-stereoisomers-4-2-number-of-chiral-carbons-1-3-number-of-optical-isomers-2-4-number-of-meso-compounds-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzk4Njc5-how-many-geometrical-isomers-are-possible-for-a-compound-with-the-molecular-formula-mathrm-c-2brclfi-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQ4NzMz-consider-the-following-statements-a-in-crystallization-an-impure-compound-is-dissolved-in-a-solvent-in-which-it-is-highly-soluble-at-room-temperature-b-in-the-positive-resonance-effect-r-the-transfer https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI1NDkw-the-correct-arrangement-of-the-following-carbocations-in-decreasing-order-of-their-stability-is-1-a-b-c-d-2-b-c-a-d-3-c-b-a-d-4-c-a-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzc2Mzky-in-which-of-the-following-hyperconjugation-effect-is-not-observed-1-i-and-ii-2-i-ii-and-iii-3-i-only-4-i-ii-and-iv-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzUw-in-the-above-compound-at-which-bond-proton-h-h-h-attack-fastest-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MTM5MzEx-what-is-the-correct-order-of-stability-for-the-following-carbanions-1-2-3-4-1-1-2-3-4-2-2-3-4-1-3-4-2-3-1-4-1-3-2-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzY3MjYx-a-mixture-of-a-b-and-c-is-added-to-a-column-containing-adsorbent-for-separation-using-solvent-a-is-eluted-first-and-b-is-eluted-last-the-b-has-1-high-r-f-less-adsorption-2-low-r-f-strongly-adsorbed-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzk4NzEz-which-one-of-the-following-is-a-correct-statement-when-two-compounds-i-and-ii-are-eluted-by-column-chromatography-adsorption-of-i-ii-1-ii-moves-slower-and-has-higher-r-f-value-than-i-2-ii-moves-faster https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzk4Njkw-the-incorrect-statement-concerning-the-structures-e-f-and-g-is-1-e-f-and-g-are-resonance-structures-2-e-f-and-g-are-tautomers-3-f-and-g-are-geometrical-isomers-4-f-and-g-are-diastereomers-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mzk2MDEz-the-following-compound-is-named-as-1-6-mercaptocyclohex-4-ene-1-3-diol-2-1-mercaptocyclohex-2-ene-4-6-diol-3-1-mercaptocyclohex-5-ene-2-4-diol-4-4-mercaptocyclohex-2-ene-1-5-diol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzM0ODQ0-the-most-stable-carbanion-amongst-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzM0MTA0-among-the-following-the-conformation-that-corresponds-to-the-most-stable-conformation-of-meso-butane-2-3-diol-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjg0Mjk5-the-correct-order-of-decreasing-stability-of-the-following-is-left-mathrm-ch-3-right-3-mathrm-c-mathrm-ccl-3-left-mathrm-ch-3-right-2-mathrm-ch-mathrm-c-6-mathrm-h-5-mathrm-ch-2-1-mathrm-ccl-3-mathrm https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDcwNDM3-iupac-name-of-the-following-compound-is-1-1-2-dimethylcyclohexene-2-2-3-dimethylcyclohexene-3-1-2-dimethylcyclohex-2-ene-4-1-6-dimethylcyclohexene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1NzM0-which-of-the-following-is-the-strongest-nucleophile-1-text-hc-equiv-text-c-2-text-h-2-text-c-text-ch-3-text-ch-3-text-ch-2-4-text-nh-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzY0NDEz-arrange-the-c-h-bonds-marked-as-x-y-and-z-in-the-given-compound-in-decreasing-order-of-their-bond-dissociation-energy-bde-for-homolytic-cleavage-1-y-x-z-2-z-x-y-3-z-y-z-4-y-z-x-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzM2NDQ4-which-of-the-following-compounds-is-the-most-acidic-1-2-3-4-ch-3cooh-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc1MjM5-80-ml-unknown-gaseous-hydrocarbon-sparked-in-presence-of-264-ml-of-o-2-gas-after-complete-combustion-gaseous-mixture-cooled-down-to-278-k-1-atm-then-it-s-volume-is-equal-to-224-ml-after-passing-the-mi https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc1ODEw-identify-the-correct-statements-among-the-following-statement-a-propanal-propanone-are-functional-group-isomers-statement-b-ethoxy-ethane-and-methoxy-propane-are-metamers-statement-c-but-2-ene-show-op https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc1ODEx-in-carius-method-0-75-gm-of-an-organic-compound-gave-1-2-gm-of-barium-sulphate-find-of-sulphur-if-the-molar-mass-of-s-is-32-gm-mol-1-given-molar-mass-of-barium-sulphate-is-233-gm-mol-1-1-16-48-2-4-55 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc1ODc3-match-the-list-i-with-list-ii-list-i-list-ii-p-cis-2-butene-trans-2-butene-1-functional-isomers-q-diethyl-ether-butanol-2-stereoisomers-r-1-butene-2-butene-3-position-isomers-s-n-pentane-isopentane-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc1ODgw-given-below-are-two-statements-statement-1-there-is-2-sp3-1-sp2-and-1-sp-hybridised-carbon-present-in-statement-2-have-two-chiral-centres-1-statement-1-is-incorrect-but-statement-2-is-correct-2-statem https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc1ODgx-1-gm-of-unknown-organic-compound-produces-1-49-g-of-mg-2p-2o-7-determine-of-p-in-the-unknown-organic-compound-1-11-61-2-21-61-3-31-61-4-41-61-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc2MTA0-an-organic-compound-contains-c-h-and-o-0-25-gm-of-organic-compound-on-combustion-produces-co-2-g-and-h-2o-l-when-residual-gases-passes-through-potash-solution-it-s-mass-increases-by-0-18-g-and-when-pa https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc2MTA2-what-is-the-correct-order-of-stability-for-the-given-carbanions-a-b-c-d-e-1-a-b-c-d-e-2-b-e-d-a-c-3-a-c-d-e-b-4-b-e-d-c-a-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc2MTA4-0-5-g-of-an-organic-compound-is-analysed-by-dumas-method-for-nitrogen-estimation-the-volume-of-nitrogen-gas-collected-over-water-at-715-mm-pressure-and-27-c-is-70-ml-aqueous-tension-at-27-c-is-15-mm-c https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc2MjUx-what-is-the-correct-iupac-name-of-the-given-compound-1-2-bromo-5-ethylhexanoate-2-propyl-2-bromo-5-methylheptanoate-3-propyl-2-bromo-5-ethylhexanoate-4-2-bromo-5-methylpropylheptanoate-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc2Mjk0-when-1-gm-of-compound-x-is-subjected-to-kjeldahl-s-method-for-estimation-of-nitrogen-15-ml-of-1m-h-2so-4-was-neutralized-by-ammonia-evolved-the-of-nitrogen-in-compound-x-is-1-21-2-0-21-3-42-4-0-42-1-2 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc2Mjk3-write-the-correct-iupac-name-for-the-final-product-formed-in-the-given-reaction-1-isopropyl-but-1-yne-2-2-methyl-hex-2-yne-3-5-methyl-hex-2-yne-4-2-methyl-hex-3-yne-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc2MzM5-an-element-of-p-block-forms-a-species-of-type-eh-4-which-when-passed-through-a-basic-solution-of-k-2-hgi-4-forms-a-brown-ppt-select-the-correct-option-1-element-e-has-maximum-covalency-equal-to-5-2-br https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc2NDE2-consider-the-two-structures-read-the-following-statements-a-q-has-more-boldsymbol-delta-on-chlorine-than-p-b-q-has-more-dipole-moment-than-p-c-in-q-c-ci-bond-has-double-bond-character-d-in-q-ci-is-att https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc2NDE5-when-sodium-fusion-extract-of-an-organic-compound-was-treated-with-chcl-3-then-violet-colour-of-halogen-appears-if-0-15-gm-of-the-organic-compound-gives-0-12-gm-of-the-silver-halide-then-find-the-perc https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc3OTE2-0-245-gm-of-an-unknown-organic-compound-gave-0-5453-gm-of-agcl-through-carius-method-calculate-of-cl-in-unknown-compound-1-42-2-55-3-68-4-70-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc3OTE5-consider-the-following-two-compounds-statement-i-b-is-more-stable-due-to-9-alpha-h-statement-ii-a-is-less-stable-due-to-3-alpha-h-1-statement-i-and-statement-ii-both-are-correct-2-statement-i-is-incor https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc3OTIw-consider-the-following-reaction-calculate-the-mass-percentage-of-oxygen-in-the-product-rounded-off-to-two-decimal-places-1-10-2-14-3-18-4-20-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc3OTQ0-25-ml-0-1-m-ba-oh-2-react-completely-with-hcl-find-weight-of-hcl-in-milligram-required-1-182-2-188-3-192-4-198-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc4MzQ0-compare-the-rate-of-nitration-in-decreasing-order-1-a-b-c-2-a-c-b-3-b-a-c-4-c-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc4Mzc4-consider-the-reaction-below-and-choose-the-correct-option-1-boiling-point-of-x-x-3-x-and-y-are-stereoisomer-of-each-other-4-melting-point-of-x-y-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTc4Mzg1-match-the-list-i-and-list-ii-name-of-reagent-1-baeyer-s-reagent-p-violet-colour-2-cerric-ammonium-nitrate-q-red-3-tollen-s-reagent-r-silver-mirror-4-neutral-fecl-3-s-pink-colour-disappears-1-1-s-2-q-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI0NTg1-given-below-are-two-statements-statement-i-in-partition-chromatography-the-stationary-phase-is-a-thin-film-of-liquid-present-in-the-inert-support-statement-ii-in-paper-chromatography-the-material-of-p https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI0NzM5-how-many-species-in-the-given-list-act-as-nucleophiles-1-five-5-2-four-4-3-seven-7-4-six-6-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI0Nzkx-the-iupac-name-of-the-following-compound-is-1-2-carboxy-5-methoxycarbonylhexane-2-methyl-6-carboxy-2-5-dimethylhexanoate-3-methyl-5-carboxy-2-methylhexanoate-4-6-methoxycarbonyl-2-5-dimethylhexanoic-a https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI0ODEw-in-the-carius-method-for-estimation-of-halogens-180-mg-of-an-organic-compound-produced-143-5-mg-of-agcl-the-percentage-composition-of-chlorine-in-the-compound-is-given-molar-mass-in-g-mol-1-of-ag-and https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI0ODkx-which-one-of-the-carbocations-from-the-following-is-most-stable-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI0ODk2-given-below-are-two-statements-statement-i-dumas-method-is-used-for-estimation-of-nitrogen-in-an-organic-compound-statement-ii-dumas-method-involves-the-formation-of-ammonium-sulphate-by-heating-the-o https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI1MTUw-the-correct-stability-order-of-the-following-species-molecules-is-1-q-r-p-2-r-q-p-3-q-p-r-4-p-q-r-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI1MTU2-given-below-are-two-statements-statement-i-in-lassaigne-s-test-covalent-organic-molecules-are-transformed-into-ionic-compounds-statement-ii-the-sodium-fusion-extract-of-an-organic-compound-having-n-an https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI1MTY1-consider-the-given-two-statements-statement-i-methylcyclopentane-and-hex-3-ene-are-isomeric-compounds-statement-ii-1-aminopentane-and-n-ethylpropylamine-are-functional-isomers-in-the-light-of-the-abov https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI1MTc5-during-s-estimation-160-mg-of-an-organic-compound-gives-466-mg-of-barium-sulphate-what-is-the-percentage-of-sulphur-in-the-given-compound-given-molar-masses-in-g-mol-1-ba-137-s-32-and-o-16-1-20-2-40-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI2MDgz-in-the-given-structure-the-number-of-sp-and-sp2-hybridized-carbon-atoms-present-respectively-are-1-3-and-6-2-3-and-5-3-4-and-6-4-4-and-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI2MDky-identify-correct-statement-s-a-och3-and-nhcoch3-are-activating-groups-b-cn-and-oh-are-meta-directing-groups-c-cn-and-so3h-are-meta-directing-groups-d-activating-groups-act-as-ortho-and-para-directing https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI2MTAw-how-many-possible-stereoisomers-for-5-phenylpent-4-en-2-ol-is-there-1-two-2-2-four-4-3-six-6-4-eight-8-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTI2MTAz-in-the-carius-method-of-estimation-of-halogen-0-25-g-of-an-organic-compound-gave-0-15-g-of-silver-bromide-agbr-the-percentage-of-bromine-in-the-organic-compound-is-x-10-1-find-x-to-the-nearest-integer https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyMjQx-find-the-volume-of-nitrogen-in-ml-when-0-42-g-of-the-compound-a-piperazine-is-subjected-to-duma-s-method-1-109-2-121-3-117-4-103-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyMjc1-a-0-5-g-sample-of-an-organic-compound-produces-1-46-g-co-2-and-0-9-g-h-2o-what-is-the-percentage-of-carbon-present-in-the-sample-report-your-answer-to-the-nearest-integer-1-74-2-60-3-54-4-80-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyMjc4-find-the-number-of-optical-isomers-of-product-a-formed-in-the-following-reaction-fecl-koh-h-c-o-a-1-two-2-2-six-6-3-four-4-4-eight-8-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyMjgy-which-of-the-following-exhibits-the-greatest-acidic-strength-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyMzA3-the-correct-order-of-decreasing-basic-strength-of-the-following-compounds-is-1-3-1-2-2-2-3-1-3-1-3-2-4-2-1-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyMzA4-find-the-iupac-name-of-the-given-compound-1-hept-2-ene-6-yne-4-ol-2-hept-6-ene-2-yne-4-ol-3-hept-1-ene-6-yne-4-ol-4-hept-6-ene-1-yne-4-ol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyMzEw-arrange-the-following-carbocations-in-decreasing-order-of-their-stability-1-a-b-c-d-2-a-c-b-d-3-c-a-b-d-4-b-c-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyNDYy-what-is-the-iupac-name-of-the-given-compound-1-2-bromo-3-hydroxy-5-nitrobenzoic-acid-2-5-bromo-6-hydroxy-3-nitrobenzoic-acid-3-3-bromo-2-hydroxy-5-nitrobenzoic-acid-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyNDcx-given-below-are-two-statements-statement-i-hyperconjugation-is-a-temporary-effect-and-not-a-permanent-effect-statement-ii-the-stability-of-a-carbocation-increases-with-greater-number-of-alkyl-groups-a https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyNjM2-sodium-nitroprusside-test-is-used-for-detection-of-which-of-the-following-species-in-organic-compounds-1-mathrm-so-4-2-2-mathrm-s-2-3-mathrm-na-4-mathrm-po-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyNjc0-match-list-i-mixtures-with-list-ii-separation-processes-and-select-the-correct-option-list-i-pair-of-molecules-list-ii-purification-method-a-glycerol-and-spent-lye-i-steam-distillation-b-water-and-ani https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyNjc3-calculate-the-percentage-of-nitrogen-in-a-0-1-g-organic-compound-when-11-2-ml-of-nitrogen-gas-is-collected-at-stp-using-the-dumas-method-1-10-2-12-3-14-4-16-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NTMyNzgz-consider-the-reaction-given-below-mathrm-c-4-mathrm-h-10-frac-13-2-mathrm-o-2-rightarrow-4-mathrm-co-2-5-mathrm-h-2-mathrm-o-if-mathrm-174-g-of-butane-reacts-with-mathrm-320-g-of-mathrm-o-2-the-volume https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDM4MDI2-which-of-the-following-anions-forms-a-pale-yellow-precipitate-when-reacted-with-aqueous-mathrm-agno-3-and-the-precipitate-is-partially-soluble-in-aqueous-mathrm-nh-4-mathrm-oh-solution-1-mathrm-i-2-ma https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDM4MjI0-the-basic-strength-of-the-following-anions-ordered-from-most-to-least-is-oh-hcoo-ch-3coo-overline-o-r-i-ii-iii-iv-1-ii-iii-i-iv-2-iv-i-iii-ii-3-iii-iv-i-ii-4-i-iv-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDM4MjI5-arrange-the-following-carbocations-in-increasing-order-of-their-stability-i-ii-iii-iv-1-i-ii-iv-iii-2-ii-iii-iv-i-3-ii-i-iii-iv-4-iii-iv-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDM4NDgx-sum-of-number-of-sigma-and-pi-bonds-in-ethylene-molecule-is-x-then-value-of-x-is-1-4-2-2-3-6-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDM5OTc2-which-of-the-following-options-represents-the-correct-metamer-of-the-given-compound-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDM5OTg1-match-the-following-column-i-column-ii-i-nitrobenzene-a-r-ii-aniline-b-r-iii-c-e-iv-d-e-1-i-b-ii-a-iii-c-iv-d-2-i-a-ii-b-iii-c-iv-d-3-i-c-ii-b-iii-a-iv-d-4-i-d-ii-c-iii-a-iv-b-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDQwMDE0-which-of-the-following-statements-is-incorrect-1-glycerol-is-purified-by-vacuum-distillation-2-aniline-is-purified-by-steam-distillation-3-chloroform-and-aniline-can-be-separated-by-distillation-4-eth https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDQwMTAz-what-is-the-iupac-name-of-catechol-1-benzene-1-2-diol-2-benzene-1-3-diol-3-benzene-1-4-diol-4-3-hydroxyphenol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDQwMjM5-arrange-the-following-anions-in-the-decreasing-order-of-their-stability-1-i-ii-iii-iv-2-iv-iii-ii-i-3-iii-ii-i-iv-4-ii-iv-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDQwMjY5-what-is-the-sum-of-the-number-of-sigma-and-pi-bonds-present-in-text-2-oxo-hex-4-yn-oic-acid-1-12-2-18-3-24-4-43-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDQwNzAx-the-ratio-of-mathrm-r-f-value-for-p-and-r-is-1-0-50-2-0-80-3-0-65-4-2-0-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDQwNzA1-the-iupac-name-of-the-following-compound-is-1-3-formylhept-6-enoic-acid-2-3-aldohept-7-enoic-acid-3-3-ketohept-6-enoic-acid-4-2-oxohept-6-enoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDUyNTEz-given-below-are-two-statements-statement-i-iupac-name-of-the-compound-is-4-chloro-1-3-dinitrobenzene-statement-ii-iupac-name-of-the-compound-is-2-methylaniline-1-statement-i-is-false-but-statement-ii https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU0NDk3-what-is-the-correct-order-of-acidic-strength-for-the-following-acids-mathrm-hcooh-quad-ch-3-cooh-mathrm-ch-3-ch-2-cooh-mathrm-ch-3-ch-2-ch-2-cooh-1-mathrm-hcooh-2-mathrm-hcooh-ch-3-ch-2-ch-2-cooh-ch-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU0NTg3-how-many-of-the-following-compounds-are-optically-active-i-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-cl-ii-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-oh-iii-iv-v-1-zero-2-i-ii-iii-3-iv-iii-v-4-ii-iii https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU0NTk0-how-many-carbon-atoms-are-there-in-a-molecule-of-tyrosine-1-8-2-9-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU0ODgw-species-having-carbon-with-sextet-of-valence-electrons-and-acts-as-an-electrophile-is-called-1-carbanion-2-carbocation-3-free-radical-4-nitrene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU0OTAw-the-adsorption-principle-is-used-in-1-distillation-2-differential-extraction-3-chromatography-4-vacuum-distillation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU0OTMz-in-kjeldahl-s-estimation-of-nitrogen-text-cuso-4-acts-as-a-an-1-oxidizing-agent-2-reducing-agent-3-catalyst-4-reagent-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1MTc3-iupac-name-of-this-compound-is-1-1-ethyl-3-3-dimethyl-cyclohexane-2-3-ethyl-1-1-dimethyl-cyclohexane-3-1-ethyl-3-3-dimethyl-cyclohexane-4-3-ethyl-1-1-dimethyl-cyclohexane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1MTgx-the-given-compound-is-classified-as-1-alicyclic-2-aromatic-3-antiaromatic-4-acyclic-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1MzAy-find-out-the-total-possible-optical-isomers-of-2-chlorobutane-1-four-4-2-seven-7-3-eight-8-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1MzQx-how-many-of-the-following-are-aromatic-compounds-1-5-2-6-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1NDU5-how-many-deactivating-groups-are-present-among-the-following-1-two-2-2-three-3-3-one-1-4-zero-0-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1NDYz-iupac-name-of-the-compound-given-below-is-1-2-methylbutyne-2-3-methylbut-1-yne-3-2-methylbutene-4-3-methylbutane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1Njcw-arrange-the-following-in-increasing-order-of-acidity-i-iv-ii-v-iii-1-i-ii-iii-iv-v-2-ii-i-iv-v-iii-3-iii-v-iv-i-ii-4-ii-iv-iii-i-v-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1Njg3-consider-the-following-compounds-correct-order-of-their-basicity-is-1-iii-ii-i-2-i-ii-iii-3-ii-i-iii-4-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1NzMz-arrange-the-following-in-increasing-order-of-their-stability-a-b-c-d-1-a-b-c-d-2-a-d-c-b-3-a-c-d-b-4-d-c-a-b-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1NzQ0-the-number-of-ambident-nucleophiles-among-the-following-is-are-1-three-3-2-one-1-3-two-2-4-zero-0-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU1OTEy-which-of-the-following-compounds-or-ions-is-most-stable-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2MTMz-iupac-name-of-the-compound-is-1-hex-2-en-1-ol-2-cyclohex-2-en-1-ol-3-3-hydroxy-cyclohexene-4-cyclohex-1-en-3-ol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2MjAx-energy-difference-between-actual-structure-of-compound-and-most-stable-resonating-structure-having-least-energy-is-called-1-heat-of-hydrogenation-2-resonance-energy-3-heat-of-combustion-4-exchange-ene https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2MjA0-the-effect-takes-place-between-lone-pair-and-pi-bond-is-konwn-as-1-inductive-2-electromeric-3-resonance-4-hyperconjugation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2MjI3-which-of-the-following-can-show-geometrical-isomerism-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2MjM0-the-total-number-of-sigma-and-pi-bonds-in-2-formylhex-4-enoic-acid-are-1-20-2-22-3-18-4-24-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2MjQw-which-chromatographic-technique-is-based-on-the-principle-of-preferential-adsorption-a-column-chromatography-b-thin-layer-chromatography-c-paper-chromatography-1-a-only-2-b-only-3-c-only-4-both-a-and https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2Mjc3-how-many-of-the-following-compounds-contain-a-sulphur-atom-pyrrole-furan-thiophene-cysteine-tyrosine-pyridine-1-nine-9-2-zero-0-3-five-5-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU2NDYw-how-many-stereoisomers-are-possible-for-the-following-structure-1-4-four-2-2-two-3-1-one-4-8-eight-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU3MDc5-the-molecular-formula-of-second-homologue-in-the-homologous-series-of-monocarboxylic-acid-is-1-mathrm-ch-3-mathrm-cooh-2-mathrm-ch-3-mathrm-ch-2-mathrm-cooh-3-text-ch-3-text-ch-text-ch-3-text-cooh-4-m https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU3MDg5-compare-the-stability-of-the-given-three-resonating-structures-1-i-ii-iii-2-iii-ii-i-3-i-iii-ii-4-ii-i-iii-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDU3MDk5-the-technique-used-for-purification-of-steam-volatile-water-immiscible-substance-is-1-fractional-distillation-2-distillation-under-reduced-pressure-3-steam-distillation-4-simple-distillation-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzYyODIx-which-of-the-following-will-give-a-positive-lassaigne-s-test-1-nh4oh-2-nh4cl-3-n2h4-4-ch3-nh2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzYyOTQx-the-correct-stability-order-of-the-resonating-structure-of-the-given-compound-is-a-b-c-1-a-b-c-2-b-a-c-3-c-a-b-4-b-c-a-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQxMTcz-determine-the-total-number-of-isomers-including-stereoisomers-for-dimethyl-cyclopentane-1-seven-7-2-nine-9-3-six-6-4-five-5-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQxMjAw-0-25-gram-of-an-organic-compound-containing-chlorine-treated-with-an-excess-of-agno3-which-gives-0-4-gram-of-agcl-as-precipitate-out-in-carius-method-then-of-chlorine-in-the-organic-compound-is-report https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQxNDYy-when-120-grams-of-an-organic-compound-undergoes-combustion-it-results-in-330-grams-of-carbon-dioxide-and-270-grams-of-water-calculate-the-percentage-composition-of-carbon-and-hydrogen-in-the-compound https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQxNDk2-the-violet-coloured-complex-formed-in-the-lassaigne-s-test-is-1-na4-fe-cn-5nos-2-na2-fe-cn-5no-3-k4-fe-cn-6-4-fe4-fe-cn-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQxNTA1-0-5-gram-of-an-organic-compound-gives-0-4-gram-of-dry-agbr-ppt-the-percentage-of-br-in-the-given-organic-compound-is-at-wt-of-ag-108-at-wt-of-br-80-1-45-2-34-3-25-4-52-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQxNTEw-in-thin-layer-chromatography-which-of-the-following-is-not-used-to-visualise-the-separated-layer-1-visualisation-agent-in-the-mobile-phase-2-spraying-of-suitable-reagent-3-uv-light-4-solid-i2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQxNTEy-the-order-of-stability-of-given-carbocations-is-a-b-c-1-a-b-c-2-c-b-a-3-b-a-c-4-b-c-a-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQxNTE1-in-duma-s-method-of-estimation-of-nitrogen-0-2-gram-of-an-organic-compound-gives-22-4-ml-of-nitrogen-gas-at-stp-percentage-of-nitrogen-in-the-organic-compound-is-1-20-2-12-3-18-4-14-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQxNjIx-if-0-450-grams-of-an-organic-compound-containing-carbon-hydrogen-oxygen-on-complete-combustion-gives-0-735-grams-co2-and-0-45-grams-of-water-then-the-mass-of-oxygen-in-the-compound-is-report-your-answ https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQxNzcw-the-correct-order-of-nucleophilicity-is-1-f-oh-2-h-2o-oh-3-roh-ro-4-nh-2-nh-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQyNjg4-the-correct-order-of-nucleophilicity-among-the-following-is-1-nh-2-nh-3-2-h-2o-oh-3-f-i-4-ph-o-oh-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzQyODM2-identify-the-number-of-compounds-among-the-following-that-have-the-same-degree-of-unsaturation-a-ch-3-ch-ch-c-equiv-n-b-ch-3-n-ch-c-equiv-ch-c-ch-equiv-c-nh-ch-ch-2-d-ch-2-ch-ch-2-c-equiv-n-1-2-2-3-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgxNzkx-the-correct-order-of-nucleophilicity-is-1-mathrm-f-oh-2-mathrm-h-2-ddot-mathrm-o-mathrm-oh-3-mathrm-ro-h-mathrm-ro-4-mathrm-nh-2-mathrm-nh-3-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgxODA1-while-estimating-the-nitrogen-present-in-an-organic-compound-by-kjeldahl-s-method-the-ammonia-evolved-from-mathrm-0-25-g-of-the-compound-neutralized-2-5-mathrm-ml-text-of-2-mathrm-m-mathrm-h-2-mathrm https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgxODA2-find-the-mass-of-carbon-dioxide-produced-when-100-g-of-cng-is-burnt-with-208-g-of-oxygen-in-a-vehicle-engine-assume-cng-to-be-methane-1-120-2-143-3-178-4-192-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgxODI5-the-moles-of-methane-required-to-produce-81-text-g-of-water-after-complete-combustion-is-x-mathrm-10-2-moles-then-the-value-of-x-is-nearest-integer-1-225-2-165-3-275-4-185-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgxODQ2-arrange-the-following-carbocations-in-decreasing-order-of-stability-1-a-c-b-2-a-b-c-3-c-b-a-4-b-a-c-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgxODk2-the-separation-of-two-coloured-substances-was-done-by-paper-chromatography-the-distances-travelled-by-solvent-front-substance-a-and-substance-b-from-the-base-line-are-mathrm-3-25-cm-2-08-cm-and-1-05-c https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgxOTEy-match-list-i-with-list-ii-list-i-list-ii-a-i-spiro-compound-b-ii-aromatic-compound-c-iii-non-planar-heterocyclic-compound-d-iv-bicyclo-compound-1-a-ii-b-i-c-iv-d-iii-2-a-iv-b-iii-c-i-d-ii-3-a-iii-b-iv https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgxOTIz-which-technique-among-the-following-is-most-appropriate-in-separation-of-a-mixture-of-100-mg-of-p-nitrophenol-and-picric-acid-1-steam-distillation-2-2-5-ft-long-column-of-silica-gel-3-sublimation-4-pr https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMDE0-the-correct-decreasing-order-of-priority-of-functional-groups-in-naming-an-organic-compound-as-per-iupac-system-of-nomenclature-is-1-mathbf-cooh-mathbf-conh-2-mathbf-cocl-mathbf-cho-2-mathbf-so-3-math https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMDUw-given-below-are-two-statements-statement-i-in-lassaigne-s-test-when-both-nitrogen-and-sulphur-are-present-in-an-organic-compound-sodium-thiocyanate-is-formed-statement-ii-if-both-nitrogen-and-sulphur https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMDU0-in-carius-method-of-estimation-of-halogen-0-45-mathrm-g-of-an-organic-compound-gave-0-36-mathrm-g-of-mathrm-agbr-text-find-out-the-percentage-of-bromine-in-the-compound-given-molar-masses-mathrm-agbr https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMDU3-total-number-of-isomers-including-stereoisomers-obtained-on-monochlorination-of-methylcyclohexane-is-1-12-2-8-3-14-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMTE1-an-organic-compound-containing-chlorine-0-25-g-on-estimation-by-the-carius-method-produced-0-40-g-of-silver-chloride-the-percentage-of-chlorine-present-in-the-compound-is-nearest-integer-given-molar-m https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMTY0-which-of-the-following-methods-is-not-used-to-detect-the-components-of-a-mixture-separated-on-a-thin-layer-chromatography-tlc-plate-1-visualization-agent-in-the-mobile-phase-2-spraying-of-a-suitable-r https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMTgx-what-is-the-chemical-formula-of-the-purple-colored-compound-formed-in-lassaigne-s-test-for-sulfur-using-sodium-nitroprusside-1-mathrm-nafe-fe-cn-6-2-mathrm-na-left-mathrm-cr-left-mathrm-nh-3-right-2-m https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMTg4-the-correct-iupac-name-of-the-following-compound-is-1-4-methyl-2-nitro-5-oxohept-3-enal-2-4-methyl-5-oxo-2-nitrohept-3-enal-3-4-methyl-6-nitro-3-oxohept-4-enal-4-6-formyl-4-methyl-2-nitrohex-3-enal-1 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMjAz-which-of-the-following-carbocations-is-most-stable-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMjE2-in-the-estimation-of-bromine-mathrm-0-5-g-of-an-organic-compound-gave-mathrm-0-40-g-of-silver-bromide-the-percentage-of-bromine-in-the-given-compound-is-given-relative-atomic-masses-of-mathrm-ag-and-m https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMjY2-the-correct-mathrm-iupac-name-of-the-following-compound-is-1-4-methyl-2-nitro-5-oxohept-3-enal-2-4-methyl-5-oxo-2-nitrohept-3-enal-3-4-methyl-6-nitro-3-oxohept-4-enal-4-6-formyl-4-methyl-2-nitrohex-3 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyMjkw-the-complete-combustion-of-mathrm-0-492-g-of-an-organic-compound-containing-mathrm-c-mathrm-h-and-mathrm-o-gives-mathrm-0-793-g-of-co-2-and-mathrm-0-442-g-of-mathrm-h-2o-the-percentage-of-oxygen-compo https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyNTAz-match-list-i-mixture-with-list-ii-purification-process-and-mark-the-correct-option-list-i-mixture-list-ii-purification-process-a-chloroform-aniline-i-steam-distillation-b-benzoic-acid-napthalene-ii-su https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyNTU0-kjeldahl-s-method-was-used-for-the-estimation-of-nitrogen-in-an-organic-compound-the-ammonia-evolved-from-mathrm-0-55-g-of-the-compound-neutralised-mathrm-12-5-ml-text-of-1-mathrm-m-mathrm-h-2-mathrm https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyNjQx-given-below-are-two-statements-statement-i-is-optically-active-statement-ii-is-mirror-image-of-above-compound-a-1-both-statement-i-and-statement-ii-are-correct-2-both-statement-i-and-statement-ii-are https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDgyNzE5-a-1-84-mg-sample-of-polyhydric-alcoholic-compound-x-of-molar-mass-92-0-g-mol-gave-1-344-ml-of-h2-gas-at-stp-the-number-of-alcoholic-hydrogens-present-in-the-compound-x-are-1-3-2-6-3-9-4-12-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NjA5-phenol-on-reaction-with-dilute-nitric-acid-gives-two-products-which-method-will-be-most-efficient-for-large-scale-separation-1-chromatographic-separation-2-fractional-crystallisation-3-steam-distillat https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NjI0-the-mathrm-iupac-name-of-ethylidene-chloride-is-1-1-text-chloroethene-2-1-1-text-dichloroethyne-3-1-text-chloroethane-4-1-1-text-dichloroethane-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc4OTUw-which-of-the-following-compounds-is-added-to-the-sodium-extract-before-the-addition-of-silver-nitrate-for-testing-of-halogens-1-nitric-acid-2-ammonia-3-hydrochloric-acid-4-sodium-hydroxide-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5Mjk0-determine-the-percentage-of-oxygen-in-an-organic-compound-cxhyoz-when-1-80-g-of-it-undergoes-complete-combustion-producing-2-64-g-of-co2-and-1-08-g-of-h2o-1-51-63-2-63-53-3-53-33-4-50-33-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5Mzg1-the-false-statement-among-the-following-is-1-carius-tube-is-used-in-the-estimation-of-sulphur-in-an-organic-compound-2-carius-method-is-used-for-the-estimation-of-nitrogen-in-an-organic-compound-3-pho https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5NTE1-use-the-provided-information-in-the-following-paper-chromatogram-figure-paper-chromatography-for-compounds-a-and-b-the-rf-value-of-a-is-y-10-1-the-value-of-y-is-1-2-2-3-3-4-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDkyOTY5-in-the-estimation-of-sulphur-0-471-g-of-an-organic-compound-gave-1-44-g-of-barium-sulfate-the-percentage-of-sulphur-in-the-compound-to-the-nearest-integer-is-atomic-mass-of-ba-137-u-1-32-2-42-3-58-4-7 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk0MDU4-in-the-carius-method-for-estimation-of-halogens-0-2-g-of-an-organic-compound-gave-0-188-g-of-agbr-the-percentage-of-bromine-in-the-compound-is-given-atomic-masses-ag-108-br-80-1-30-2-40-3-60-4-70-1-2 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk0MzIy-determine-the-number-of-moles-of-cuo-needed-in-the-dumas-method-to-estimate-the-nitrogen-content-in-a-57-5-g-sample-of-n-n-dimethylaminopentane-expressed-as-x-10-2-calculate-the-value-of-x-caution-thi https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1Mzky-given-below-are-two-statements-assertion-a-a-simple-distillation-can-be-used-to-separate-a-mixture-of-propanol-and-propanone-reason-r-two-liquids-with-a-difference-of-more-than-20-circ-c-in-their-boil https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NDQw-the-chemical-transformation-in-dumas-method-is-described-as-follows-small-mathrm-c-2-h-7-n-2-x-dfrac-y-2-cuo-rightarrow-x-co-2-dfrac-y-2-h-2-o-dfrac-z-2-n-2-2-x-dfrac-y-2-cu-the-value-of-y-is-1-three https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NTI0-among-the-given-species-the-resonance-stabilised-carbocations-are-a-b-c-d-1-a-b-and-c-only-2-a-and-b-only-3-c-and-d-only-4-a-b-and-d-only-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NTI2-which-one-of-the-following-molecules-does-not-show-stereoisomerism-1-3-4-dimethylhex-3-ene-2-3-ethylhex-3-ene-3-3-methylhex-1-ene-4-4-methylhex-1-ene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NTUz-the-metal-that-can-be-purified-economically-by-fractional-distillation-method-is-1-text-cu-2-text-zn-3-text-fe-4-text-ni-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NTcw-which-purification-technique-is-used-for-high-boiling-organic-liquid-compound-decomposes-near-its-boiling-point-1-steam-distillation-2-fractional-distillation-3-simple-distillation-4-reduced-pressure https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NTcx-which-one-of-the-following-compounds-does-not-exhibit-resonance-1-mathrm-ch-3-mathrm-ch-2-mathrm-ch-2-mathrm-conh-2-2-mathrm-ch-3-mathrm-ch-2-mathrm-och-mathrm-ch-2-3-4-mathrm-ch-3-mathrm-ch-2-mathrm https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NjE2-which-one-of-the-following-pairs-of-isomers-is-an-example-of-metamerism-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NjM3-in-carius-method-halogen-containing-organic-compound-is-heated-with-fuming-nitric-acid-in-the-presence-of-1-baso-4-2-hno-3-3-agno-3-4-cuso-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NjQx-the-number-of-acyclic-structural-isomers-including-geometrical-isomers-for-pentene-are-1-six-6-2-seven-7-3-eight-8-4-nine-9-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1Njgw-when-0-15-g-of-an-organic-compound-was-analysed-using-the-carius-method-for-estimation-of-bromine-0-2397-g-of-agbr-was-obtained-the-percentage-of-bromine-in-the-organic-compound-is-given-atomic-masses https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NzE2-identify-the-species-having-one-pi-bond-and-the-maximum-number-of-canonical-forms-from-the-following-1-mathrm-co-3-2-2-mathrm-so-3-3-mathrm-o-2-4-mathrm-so-2-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NzI4-which-one-among-the-following-resonating-structures-is-the-least-stable-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1NzM4-0-8-text-g-of-an-organic-compound-was-analysed-by-kjeldahl-s-method-for-the-estimation-of-nitrogen-if-the-percentage-of-nitrogen-in-the-compound-was-found-to-be-42-then-how-much-volume-of-mathrm-2n-su https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1Nzkw-an-organic-compound-is-subjected-to-chlorination-to-get-compound-a-when-0-5-g-of-a-reacts-with-agno-to-yield-0-3849-g-of-agcl-what-is-the-percentage-of-chlorine-in-a-given-atomic-masses-of-ag-and-cl-a https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1Nzkx-the-number-of-sigma-bonds-in-the-given-structure-is-1-eight-8-2-nine-9-3-ten-10-4-eleven-11-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1ODA5-given-below-are-two-statements-statement-i-hyperconjugation-is-a-permanent-effect-statement-ii-hyperconjugation-in-ethyl-cation-left-mathrm-ch-3-stackrel-mathrm-c-mathrm-h-2-right-involves-the-overlap https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1ODI5-which-of-the-following-does-not-affect-the-purification-of-a-compound-in-chromatography-1-length-of-the-column-or-tlc-plate-2-physical-state-of-the-pure-compound-3-mobility-or-flow-of-the-solvent-syst https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1OTE2-the-compound-with-the-molecular-formula-mathrm-c-3h-6o-can-show-1-metamerism-2-functional-group-isomerism-3-positional-isomerism-4-both-positional-isomerism-and-metamerism-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1OTYz-the-complete-combustion-of-750-g-of-an-organic-compound-provides-420-g-of-co-2-and-210-g-of-h-2o-if-the-percentage-composition-of-carbon-in-the-organic-compound-is-15-3-then-what-is-the-percentage-com https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk2MDYy-match-list-i-with-list-ii-list-i-test-reagent-observation-s-list-ii-species-detected-a-lassaigne-s-test-i-carbon-b-cu-ii-oxide-ii-sulphur-c-silver-nitrate-iii-nitrogen-sulphur-phosphorus-and-halogen-d https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk2MDY3-nitrogen-can-be-estimated-by-kjeldahl-s-method-for-which-of-the-following-compounds-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk2MDc1-in-duma-s-method-of-estimation-of-nitrogen-0-1840-g-of-an-organic-compound-gave-30-ml-of-nitrogen-collected-at-287-k-and-758-mm-of-hg-pressure-the-percentage-composition-of-nitrogen-in-the-compound-to https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk2MTMy-given-below-are-two-statements-statement-i-retardation-factor-r-f-can-be-measured-in-meter-centimetre-statement-ii-r-f-value-of-a-compound-remains-constant-in-all-solvents-1-both-statement-i-and-state https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk2MTgz-the-total-number-of-c-c-sigma-bond-s-in-mesityl-oxide-mathrm-c-6h-10-o-is-1-four-4-2-five-5-3-eight-8-4-six-6-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODI5-the-iupac-name-for-the-following-compound-is-1-2-5-dimethyl-6-carboxy-hex-3-enal-2-6-formyl-2-methyl-hex-3-enoic-acid-3-2-5-dimethyl-5-carboxy-hex-3-enal-4-2-5-dimethyl-6-oxo-hex-3-enoic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3ODYy-in-the-carius-method-of-estimation-of-halogen-0-172g-of-an-organic-compound-showed-the-presence-of-0-08g-of-bromine-the-correct-structure-of-the-compound-among-the-following-is-1-2-mathrm-h-3-mathrm-c https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc4MTk0-the-compound-that-possesses-the-most-acidic-hydrogen-atom-among-the-following-is-1-mathrm-h-3-mathrm-c-mathrm-c-equiv-mathrm-c-mathrm-h-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc4MTk2-glycerol-is-separated-in-soap-industries-by-1-steam-distillation-2-distillation-under-reduced-pressure-3-fractional-distillation-4-differential-extraction-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc4MjA1-the-kjeldahl-method-of-nitrogen-estimation-fails-for-which-of-the-following-reaction-products-a-b-c-d-1-a-c-and-d-2-b-and-c-3-a-and-d-4-c-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc4NTE2-the-iupac-name-of-the-following-compound-is-1-3-bromo-5-methylcyclopentanoic-acid-2-4-bromo-2-methylcyclopentanecarboxylic-acid-3-3-bromo-5-methylcyclopentane-carboxylic-acid-4-5-bromo-3-methylcyclope https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5MzEx-the-iupac-name-of-the-following-compound-is-1-3-amino-4-hydroxymethyl-5-nitrobenzaldehyde-2-2-nitro-4-hydroxymethyl-5-amino-benzaldehyde-3-4-amino-2-formyl-5-hydroxymethylnitrobenzene-4-5-amino-4-hydr https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDkwOTg5-a-chromatography-column-packed-with-silica-gel-as-the-stationary-phase-was-used-to-separate-a-mixture-of-compounds-consisting-of-a-benzanilide-b-aniline-and-c-acetophenone-when-the-column-is-eluted-wi https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDkyNDA4-the-strength-of-an-aqueous-naoh-solution-is-most-accurately-determined-by-titrating-note-consider-that-an-appropriate-indicator-is-used-1-aq-naoh-in-a-volumetric-flask-and-concentrated-mathrm-h-2-math https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDkyNTcz-a-flask-contains-a-mixture-of-isohexane-and-3-methylpentane-one-of-the-liquids-boils-at-63-c-while-the-other-boils-at-60-c-what-is-the-best-way-to-separate-the-two-liquids-and-which-one-will-be-distil https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1MzYy-the-increasing-order-of-basicity-for-the-following-intermediates-is-from-weak-to-strong-i-ii-iii-iv-v-1-v-iii-ii-iv-i-2-v-i-iv-ii-iii-3-iii-i-ii-iv-v-4-iii-iv-ii-i-v-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246NDk1OTA3-which-compound-cannot-be-used-to-estimate-nitrogen-by-kjeldahl-s-method-1-2-mathrm-ch-3-mathrm-ch-2-mathrm-c-equiv-mathrm-n-3-mathrm-c-6-mathrm-h-5-mathrm-no-2-4-mathrm-c-6-mathrm-h-5-mathrm-nh-2-1-2 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc2ODI3-in-chromatography-which-of-the-following-statements-is-incorrect-for-rf-1-rf-value-depends-on-the-type-of-chromatography-2-higher-rf-value-means-higher-adsorption-3-rf-value-is-dependent-on-the-mobile https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3MDcx-the-increasing-order-of-nucleophilicity-of-the-following-nucleophiles-is-a-ch3co-2ch3co2-ch3co2-b-h2o-c-ch3so-3ch3so3-ch3so3-d-oho-ho-h-1-b-c-a-d-2-b-c-d-a-3-a-d-c-b-4-d-a-c-b-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3MzE5-which-of-the-following-is-the-principle-behind-column-chromatography-1-gravitational-force-2-capillary-action-3-differential-adsorption-of-the-substances-on-the-solid-phase-4-differential-absorption-o https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3NTE0-the-correct-iupac-name-of-the-following-compound-is-1-5-chloro-4-methyl-1-nitrobenzene-2-2-chloro-1-methyl-4-nitrobenzene-3-2-methyl-5-nitro-1-chlorobenzene-4-3-chloro-4-methyl-1-nitrobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3NTg3-an-organic-compound-a-is-oxidized-with-na2o2-followed-by-boiling-with-hno3-the-resultant-solution-is-then-treated-with-ammonium-molybdate-to-yield-a-yellow-precipitate-based-on-the-above-observation-t https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc3NzMz-the-iupac-name-for-the-following-compound-is-1-3-5-dimethyl-4-propylhept-1-en-6-yne-2-3-methyl-4-3-methylprop-1-enyl-1-heptyne-3-3-methyl-4-1-methylprop-2-enyl-1-heptene-4-3-5-dimethyl-4-propylhept-6 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5MDkz-identify-the-compound-among-the-given-options-suitable-for-nitrogen-estimation-using-kjeldahl-s-method-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5OTYw-the-absolute-configuration-of-the-given-compound-is-1-2r-3s-2-2s-3r-3-2s-3s-4-2r-3r-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzA4MzU0-choose-the-compound-with-incorrect-iupac-nomenclature-among-the-following-1-ethylbutanoate-2-3-methylbutanal-3-2-methyl-3-pentanone-4-2-methyl-3-butanol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzA4NDI2-given-the-following-benzyl-allyl-system-what-is-the-correct-decreasing-order-of-the-inductive-effect-1-ch3-3c-ch3-2ch-ch3ch2-2-ch3ch2-ch3-2ch-ch3-3c-3-ch3-2ch-ch3ch2-ch3-3c-4-ch3-3c-ch3ch2-ch3-2ch-1-2 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246MzA4NTgy-following-types-of-compounds-as-i-ii-are-studied-in-terms-of-isomerism-in-i-ch3ch-chch3-ii-1-chain-isomerism-2-position-isomerism-3-conformers-4-stereisomerism-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjk5MzI0-the-ammonia-evolved-from-the-treatment-of-0-30-g-of-an-organic-compound-for-the-estimation-of-nitrogen-was-passed-in-100-ml-of-0-1-m-sulphuric-acid-the-excess-acid-required-20-ml-of-0-5-m-sodium-hydro https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjk5MzI3-the-iupac-name-of-the-following-compound-is-1-3-3-dimethyl-1-hydroxycyclohexane-2-1-1-dimethyl-3-hydroxycyclohexane-3-3-3-dimethyl-1-cyclohexanol-4-1-1-dimethyl-3-cyclohexanol-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjk5MzI5-the-compound-that-does-not-have-sp2-hybridized-carbon-among-the-following-is-1-acetone-2-acetic-acid-3-acetonitrile-4-acetamide-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjk3MzI3-what-properties-do-free-radicals-exhibit-due-to-their-unpaired-electron-1-cations-2-anions-3-chemically-non-reactive-4-chemically-reactive-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjk3ODgx-the-decreasing-order-of-nucleophilicity-among-the-given-nucleophiles-is-a-b-c-d-1-c-b-a-d-2-b-c-a-d-3-d-c-b-a-4-a-b-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjg0MzUx-the-correct-decreasing-order-of-priority-for-the-functional-groups-of-organic-compounds-in-the-iupac-system-of-nomenclature-is-1-so3h-cooh-conh2-cho-2-cho-cooh-so3h-conh2-3-conh2-cho-so3h-cooh-4-cooh https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjg0NjMz-the-absolute-configuration-of-is-1-r-r-2-r-s-3-s-r-4-s-s-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjg0MzAw-the-alkene-that-exhibits-geometrical-isomerism-is-1-propene-2-2-methyl-propene-3-2-butene-4-2-methyl-2-butene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjg0MzI3-the-number-of-stereoisomers-possible-for-a-compound-of-the-molecular-formula-ch3-ch-ch-ch-oh-ch3-is-1-3-2-2-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5ODYz-29-5-mg-of-an-organic-compound-containing-nitrogen-was-digested-according-to-kjeldahl-s-method-and-the-evolved-ammonia-were-absorbed-in-20-ml-of-0-1-m-hcl-solution-the-excess-of-the-acid-required-15-m https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5ODcx-choose-the-correct-ascending-order-of-basicity-of-the-given-conjugate-bases-1-mathrm-rcoo-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5ODcz-out-of-the-following-the-alkene-that-exhibits-optical-isomerism-is-1-2-methyl-2-pentene-2-3-methyl-2-pentene-3-4-methyl-pentene-4-3-methyl-1-pentene-1-2-3-4 https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5ODg1-given-below-are-four-statements-about-thiol-anion-text-rs-ominus-and-alkoxy-anion-text-ro-ominus-which-of-the-following-statements-is-correct-1-rs-is-less-basic-but-more-nucleophilic-than-ro-2-rs-is-m https://medminds.me/qbank/chemistry/organic-chemistry-some-basic-principles-and-techniques/?q=NP-b246Mjc5NzQ4-the-order-of-stability-of-the-following-carbocations-is-i-ii-iii-1-i-ii-iii-2-iii-i-ii-3-iii-ii-i-4-ii-iii-i-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MjU0OTI-the-increasing-order-of-hydrolysis-of-the-following-compounds-1-i-iii-ii-2-ii-iii-i-3-ii-i-iii-4-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MjYwNzQ-what-is-major-product-of-following-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MjYwNzc-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MjYwNzg-consider-the-given-reaction-below-which-of-these-is-true-regarding-the-reaction-shown-above-1-the-configuration-of-the-chiral-carbon-remains-the-same-2-the-configuration-of-the-chiral-carbon-gets-inve https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MjYwODU-8594-8710-zn-a-8594-nh3-etohna-b-product-2-is-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MjYwODg-the-ease-of-dehydrohalogen-of-alkyl-halide-with-alcoholic-koh-is-1-3-ordm-2-ordm-1-ordm-2-3-ordm-2-ordm-1-ordm-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MjYwOTM-which-of-the-following-is-formed-by-the-thermal-decomposition-of-the-hydroxide-of-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzc3NDI-read-the-following-road-map-carefully-1-both-the-ethers-obtained-by-the-two-routes-have-opposite-but-equal-optical-rotation-2-one-of-the-ether-is-obtained-as-a-racemic-mixture-3-step-ii-iii-both-are-s https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzc3NDM-phoh-thinsp-8594-naohme2so4-thinsp-p-p-is-1-ph-ndash-o-ndash-so2ome-2-phome-3-phoso2oph-4-phme-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzc3NDQ-which-of-the-following-statement-is-correct-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzc3NDU-product-is-1-ch3-ndash-ch2-ndash-s-ndash-ch2-ndash-ch2-ndash-oh-2-ch3-ndash-ch2-ndash-o-ndash-ch2-ndash-ch2-ndash-oh-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzc3NDY-product-product-is-1-xa0-2-3-4-xa0-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzc3NDc-in-the-reaction-the-product-is-ndash-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MzgxMjg-1-r-2-s-3-r-s-both-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MzgxMjk-a-diol-compound-with-the-structure-shown-below-is-treated-with-acid-h-to-give-product-a-identify-the-correct-structure-of-product-a-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MzgxMzA-the-products-of-hydrolysis-of-1-hoch2ch2ch2ch2-cho-ch3cho-2-hoch2ch2ch2ch2oh-ch3cho-3-hoch2ch2ch2ch2cho-c2h5oh-4-hoch2ch2ch2ch2ch2oh-c2h5oh-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MzgxMzE-the-product-a-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MzgxMzI-ch3-3cci-ch3-3co-k-rarr-product-1-sn-product-will-be-more-2-e2-product-will-be-more-3-both-will-be-the-same-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MzgxMzM-neopentyl-iodide-is-treated-with-aq-agno3-solution-a-yellow-precipitate-is-formed-along-with-another-compound-which-is-1-ch3-3cch2ono2-2-3-ch3-3cch2oh-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MzgxMzQ-the-major-end-product-of-the-following-reaction-is-1-2-3-4-z-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MzgxMzU-the-product-of-following-reacting-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246MzgxMzY-the-product-in-the-given-reaction-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzk0NTQ-conversion-of-cyclohexene-to-cyclohexanol-can-be-conveniently-achieved-by-1-naoh-h2o-2-br2-h2o-3-hydroboration-oxidation-4-hydroboration-hydrolysis-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzk0NTY-bromination-of-e-2-butenedioic-acid-gives-1-2r-3s-2-3-dibromosuccinic-acid-2-2r-3r-2-3-dibroniosuccinic-acid-3-a-mixture-of-2r-3r-and-2s-3s-2-3-dibromosuccinic-acid-4-2s-3s-2-3-dibromosuccinic-acid-1 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzk1NjU-consider-the-following-reaction-which-response-contains-all-the-correct-statement-about-this-process-1-dehydration-2-e2-mechanism-3-carbon-skeleton-migration-4-most-stable-alkene-will-form-5-single-st https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzk1NjY-8594-hbr-x-8594-acetonenai-y-major-product-y-is-1-cis-2-butene-2-trans-2-butene-3-1-butene-4-iso-butene-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzk3MzI-which-position-will-be-attacked-most-rapidly-by-the-nitronium-ion-no2-when-the-compound-undergoes-nitration-with-hno3-h2so4-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzk3NDU-the-electrophilic-aromatic-substitution-proceeds-through-a-1-free-radical-2-sigma-complex-3-benzyne-4-carbene-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzk3NDY-which-of-the-following-substitution-of-benzene-is-ortho-para-in-electrophilic-substitution-and-ortho-para-in-nucleophilic-substitution-1-no2-2-no-3-so3h-4-so2me-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246Mzk3NTA-which-one-of-the-following-undergoes-nucleophilic-aromatic-substitution-at-the-fastest-rate-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MDI-many-organic-compounds-are-prepared-by-using-pcl5-because-1-oh-group-of-alcohol-is-easily-replaced-by-chlorine-atom-2-chlorines-are-added-to-the-unsaturated-compounds-3-it-removes-water-from-organic-c https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MDc-identify-the-product-in-the-given-reaction-ch3-ch-ch2-nocl-rarr-product-1-ch3chcl-middot-ch2-middot-no-2-ch3ch-no-middot-ch2cl-3-ch3chch-cl-no-4-ch2-no-middot-ch2-middot-ch2cl-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MjA-common-oxidizing-agents-used-in-organic-chemistry-are-1-fenton-s-reagent-2-osmium-tetroxide-3-acidified-kmno4-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MjE-3-methyl-2-pentene-on-reaction-with-hocl-gives-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0Mjk-in-e2-elimination-some-compounds-follow-hofmann-s-rule-which-means-1-the-double-bond-goes-to-the-most-substituted-carbon-2-the-compound-is-resistant-to-elimination-3-no-double-bond-is-formed-4-the-dou https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MzA-the-hydrolysis-of-alkyl-halides-by-aqueous-naoh-is-best-termed-as-1-electrophilic-substitution-reaction-2-electrophilic-addition-reaction-3-nucleophilic-addition-reaction-4-nucleophilic-substitution-r https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MzE-sn1-reaction-on-optically-active-substrates-mainly-gives-1-retention-in-configuration-2-inversion-in-configuration-3-racemic-product-4-no-product-is-obtained-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MzI-the-negative-part-of-the-addendum-adds-on-the-carbon-atom-joined-to-the-least-number-of-hydrogen-atoms-this-statement-is-called-as-1-markownikoff-s-rule-2-peroxide-effect-3-baeyer-s-strain-theory-4-th https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MzM-heterolysis-of-propane-gives-1-methyl-and-ethyl-free-radicals-2-methylium-cation-and-ethyl-anion-3-methyl-anion-and-ethylium-cation-4-methylium-and-ethylium-cations-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MzQ-amongst-the-following-which-of-the-above-are-true-for-sn2-reaction-i-the-rate-of-reaction-is-independent-of-the-concentration-of-the-nucleophile-ii-the-nucleophile-attacks-the-carbon-atom-on-the-side https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MzU-carbanions-initiate-1-addition-reactions-2-substitution-reaction-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0MzY-dehydrogenation-of-ethanol-to-give-ethanal-is-1-additionalreaction-2-alpha-minus-alpha-eliminationreaction-3-alpha-minus-beta-eliminationreaction-4-alpha-minus-gamma-eliminationreaction-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0Mzc-ease-of-abstraction-of-hydrogen-is-greater-when-attached-to-1-1-deg-carbon-2-2-deg-carbon-3-3-deg-carbon-4-neo-carbon-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0Mzg-which-step-is-the-chain-termination-step-in-the-following-mechanism-i-cl2-rarr-h-nu-cl-cl-ii-cl-ch4-rarr-ch3-hcl-iii-c-h3-cl2-rarr-ch3cl-cl-iv-cl-c-h3-rarr-ch3cl-1-i-2-ii-3-iii-4-iv-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0Mzk-which-step-is-chain-propagation-step-in-the-following-mechanism-i-cl2-rarr-h-nu-cl-cl-ii-cl-ch4-rarr-ch3-hcl-iii-cl-cl-rarr-cl2-iv-ch3-hcl-rarr-ch3cl-1-i-2-ii-3-iii-4-iv-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NDA-carbanion-can-undergo-1-rearrangement-2-combination-with-cation-3-addition-to-a-carbonyl-group-4-all-of-the-above-are-correct-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NDE-the-sn1-mechanism-for-substitution-reaction-by-nucleophile-is-favored-by-1-low-concentration-of-nucleophile-2-weak-nature-of-the-nucleophile-3-polar-solvent-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NDI-sn1-mechanism-for-the-reaction-r-x-koh-8594-roh-kx-follow-1-carbocation-mechanism-2-carbanion-mechanism-3-free-radical-mechanism-4-either-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NDM-the-elimination-reaction-among-the-following-is-1-ch3ch3-cl2-rarr-ch3ch2cl-hcl-2-ch3cl-koh-aq-rarr-ch3oh-kcl-3-ch2-ch2-br2-rarr-ch2brch2br-4-c2h5br-koh-alc-rarr-c2h4-kbr-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NDQ-the-sn2-mechanism-for-r-x-koh-aq-8594-r-oh-kx-follows-with-1-100-inversion-2-50-inversion-3-40-inversion-4-30-inversion-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NDU-which-of-the-following-is-an-example-of-the-elimination-reaction-1-chlorination-of-methane-2-dehydration-of-ethanol-3-nitration-of-benzene-4-hydroxylation-of-ethylene-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NDY-the-formation-of-cyanohydrin-from-a-ketone-is-an-example-of-1-electrophilic-addition-2-nucleophilic-addition-3-nucleophilic-substitution-4-electrophilic-substitution-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NDc-the-compound-which-reacts-with-hbr-obeying-markownikoff-s-rule-is-1-ch2-ch2-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NDg-if-x-is-halogen-the-correct-order-for-sn2-reactivity-is-1-r2chx-r3cx-rch2x-2-rch2x-r3cx-r2chx-3-rch2x-r2chx-r3x-4-r3cx-r2chx-rch2x-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NDk-the-electrophile-e-x2295-attacks-the-benzene-ring-to-generate-the-intermediate-xa0-x3c3-complex-of-the-following-which-xa0-x3c3-complex-is-of-lowest-energy-1-xa0-2-xa0-3-xa0-4-xa0-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NTA-consider-the-following-bromides-the-correct-order-of-sn1-reactivity-is-1-a-b-c-2-b-c-a-3-b-a-c-4-c-b-a-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA0NTE-ki-in-acetone-undergoes-sn2-reaction-with-each-of-p-q-r-and-s-the-rates-of-the-reaction-vary-as-1-p-q-r-s-2-s-p-r-q-3-p-r-q-s-4-r-p-s-q-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246NDA5NzY-in-an-sn1-reaction-on-chiral-centres-there-is-1-100-racemisation-2-inversion-more-than-retention-leading-to-partial-racemisation-3-100-retention-4-100-inversion-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTEwNjc-which-of-the-following-is-the-most-correct-electron-displacement-for-a-nucleophilic-reaction-to-take-place-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTE0NDQ-which-of-the-following-meta-directing-substituents-is-the-most-deactivating-in-aromatic-substitution-1-ndash-so3h-2-ndash-cooh-3-ndash-no2-4-ndash-c-equiv-n-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTIxNTg-among-the-following-compounds-the-one-that-is-most-reactive-towards-electrophilic-nitration-is-1-benzoic-acid-2-nitrobenzene-3-toluene-4-benzene-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTI2MTE-among-cyclohexanol-i-acetic-acid-ii-2-4-6-trinitrophenol-iii-and-phenol-iv-the-correct-order-of-decreasing-acidic-character-will-be-1-iii-ii-iv-i-2-ii-iii-i-iv-3-ii-iii-iv-i-4-iii-iv-ii-i-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTI2Nzc-which-one-is-most-reactive-towards-sn1-reaction-1-c6h5ch-c6h5-br-2-c6h5ch-ch3-br-3-c6h5c-ch3-c6h5-br-4-c6h5ch2br-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTMyNDY-which-of-the-following-reactions-is-an-example-of-a-nucleophilic-substitution-reaction-1-rx-koh-rarr-roh-kx-2-2rx-2na-rarr-r-mdash-r-2nax-3-rx-h2-rarr-rh-hx-4-rx-mg-rarr-rmg-x-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTMyNTQ-trichloroacetaldehyde-ccl3cho-reacts-with-chlorobenzene-in-the-presence-of-sulphuric-acid-and-produces-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMDk4-following-is-the-list-of-some-aromatic-compounds-select-the-correct-sequence-of-decreasing-order-of-reactivity-for-electrophilic-aromatic-substitution-reaction-using-the-answer-codes-given-below-a-c6h https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTAw-arrange-the-decreasing-order-of-reactivity-of-these-compounds-for-nucleophilic-substitution-reaction-a-ch3-ch2-o-s-o-o-cf3-b-ch3-ch2-o-tscl-c-ch3-ch2-cl-d-ch3-ch2-br-select-the-correct-answer-from-the https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTAy-arrange-decreasing-order-of-reactivity-of-given-compounds-with-nbs-ccl4-hv-a-c6h5-ch3-b-c6h5-ch2-ch2-ch3-c-c6h5-ch2-ch-ch2-d-c6h5-c-ch3h-ch-ch2-select-the-correct-answer-from-the-codes-given-below-cod https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTA4-consider-the-following-statements-a-benzene-gives-substitution-reaction-more-readily-than-addition-reaction-b-in-benzyne-mechanism-reaction-intermediate-is-carbanion-also-c-tertiary-alcohol-always-giv https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTE2-consider-the-following-statements-a-ch3-group-is-o-p-directing-group-due-to-hyperconjugation-b-ccl3-is-meta-directing-group-due-to-reverse-hyperconjugation-c-ccl3-group-is-meta-directing-group-due-to https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTE5-which-among-the-following-is-correctly-matched-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTIy-arrange-the-reactivity-of-given-compounds-in-decreasing-order-for-hydrolysis-reaction-a-ch3-c-o-nh2-b-ch3-c-o-cl-c-ch3-c-o-o-c-o-ch3-d-ch3-c-o-oc2h5-select-the-correct-answer-form-the-codes-given-belo https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTMz-in-which-reaction-product-formation-takes-place-by-saytzeff-rule-1-ch3-ch2-c-brh-ch3-rarr-ch3ona-2-ch3-c-ch3-oh-ch3-rarr-conc-h2so4-3-ch3-c-ch3-br-ch3-rarr-alc-koh-4-cf3-chcl2-rarr-alc-koh-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTQ3-which-alcohol-is-most-reactive-for-dehydrogenation-or-dehydration-1-ch3-c-ohh-ch2-no2-2-ch3-c-ohh-ch2-cho-3-ch3-c-ohh-ch2-cn-4-ch3-c-ohh-ch2-coch3-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTUw-which-among-the-following-compounds-has-minimum-ph-value-1-butane-2-2-butene-3-1-butyne-4-2-butyne-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTUy-in-the-given-reaction-c6h5-c-equiv-c-ch3-rarr-na-nh3-l-x-x-will-be-1-1-phenylpropane-2-1-phenylpropene-3-trans-1-phenyl-propene-4-cis-1-phenylpropene-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTk1-in-the-given-reaction-x-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTk2-arrange-the-reactivity-of-given-compounds-in-decreasing-order-for-electrophilic-addition-reaction-i-c6h5-ch-ch2-ii-c6h5-c-ch3-ch-ch3-iii-c6h5-c-c6h5-ch-ch3-iv-h2c-ch-no2-select-the-correct-answer-from https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMTk4-consider-the-following-statements-i-alkene-is-more-reactive-than-alkyne-for-electrophilic-addition-reaction-ii-alkyne-gives-nucleophilic-as-well-as-electrophilic-addition-reaction-iii-alkyne-is-more-r https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjAx-in-the-given-reaction-xa0-x2192-n2-xa0-gasch2n2-h-x3bd-the-product-will-be-1-xa0-2-xa0-3-mixture-of-1-and-2-xa0-4-xa0-ch3-ch2-ch2-ch2-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjAy-which-compound-is-least-reactive-for-nucleophilic-addition-reaction-1-c6h5cho-2-c6h5-c-o-ch3-3-c6h5-c-o-c6h5-4-ch3-c-o-ch3-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjAz-arrange-the-reactivity-of-given-carbonyl-compounds-in-decreasing-order-for-addition-reaction-i-ch2br-cho-ii-ch2cl-cho-iii-ch2i-cho-iv-ch3-cho-select-the-correct-answer-from-the-codes-given-below-codes https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjA0-arrange-the-reactivity-of-the-given-compounds-in-decreasing-order-for-addition-followed-by-elimination-reaction-i-p-cl-c6h4-cho-ii-p-br-c6h4-cho-iii-p-f-c6h4-cho-iv-p-i-c6h4-cho-select-the-correct-ans https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjA1-which-compound-will-form-schiff-base-with-carbonyl-compounds-1-p-amines-2-sec-amines-3-bydroxylamine-4-hydrazine-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjA2-gem-di-ether-is-obtained-by-i-aldehyde-alcohol-h-8853-ii-ketone-alcohol-h-8853-iii-ketone-alcohol-oh-8853-iv-aldehyde-alcohol-oh-8853-select-the-correct-answer-from-the-codes-given-below-codes-1-i-ii https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjA3-which-among-the-following-compounds-will-give-addition-reaction-with-water-i-ch3-ch-ch2-ii-ch3-c-equiv-ch-iii-ccl3-cho-iv-ch3-cho-select-the-correct-answer-from-the-codes-given-below-codes-1-i-ii-iii https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjA5-which-among-the-following-compounds-is-used-for-protection-of-carbonyl-groups-1-hcn-2-ch3oh-3-4-c2h5oh-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjEw-in-the-given-reaction-ch3-c-equiv-n-rarr-h2o-a-rarr-h2o-h-oplus-b-a-and-b-respectively-are-1-o-ch3-c-nh2andch3cooh-2-ch3coonh4andch3cooh-3-ch3conh2andch3coonh4-4-ch3-ch-nhandch3cooh-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjEx-which-among-the-following-compounds-will-give-nucleophilic-addition-reaction-1-o-8741-c6h5-c-cl-2-o-8741-ch3-c-nh2-3-4-o-8741-ch3-c-oc2h5-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjEy-which-among-the-following-reagents-can-be-used-for-the-test-of-carbonyl-group-in-laboratory-1-nh2oh-2-nh2nh2-3-naso3h-4-2-4-dnph-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjEz-in-the-reaction-sequence-x-will-be-1-2-ch3cooh-3-c6h5-nh2-4-ch3-co-nh-c6h5-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjE0-consider-the-following-statements-for-carbonyl-compounds-i-they-give-nucleophilic-addition-reaction-ii-aldehyde-is-more-reactive-than-ketone-for-nucleophilic-addition-reaction-iii-946-hydrogen-of-carb https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjE1-consider-the-following-statements-for-a-carbonyl-compound-i-it-gives-addition-reaction-ii-it-gives-condensation-reaction-iii-it-gives-elimination-reaction-iv-it-gives-oxidation-reaction-choose-the-cor https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjE3-which-compound-will-give-e1cb-reaction-1-cf3-chcl2-2-c6h5-ch2-ch2-f-3-no2-l-ch3-ch-chc6h5-l-ococh3-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjE4-reaction-intermediate-of-e1-reaction-is-1-carbocation-2-carbanion-3-carbene-4-free-radical-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjE5-reaction-intermediate-of-e1cb-reaction-is-1-carbocation-2-carbanion-3-benzyne-4-free-radical-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjIw-in-the-given-reaction-determine-x-ch3-ch2-ch-ch3-ch2-br-rarr-alc-koh-x-1-ch-3-ch-2-c-ch-2-ch-3-2-ch-3-ch-c-ch-3-ch-3-3-ch-2-ch-ch-ch-3-ch-3-4-ch-3-ch-ch-ch-2-ch-3-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjIx-which-one-of-the-following-is-correctly-matched-1-e2-reaction-2-e2-reaction-3-ch3ch2ch2oh-e1-reaction-4-e1cb-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjIy-which-one-of-the-following-pairs-is-correctly-matched-1-e1cb-reaction-hofmann-elimination-2-hofmann-rule-most-substituted-alkene-3-saytzeff-rule-least-substituted-alkene-4-e1-reaction-hofmann-eliminat https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjIz-arrange-the-reactivity-of-alcohols-in-decreasing-order-for-e1-elimination-reaction-1-2-3-4-i-oh-l-ch3-ch-ch3-ii-oh-l-ch3-c-ch3-l-ch3-iii-oh-l-c6h5-c-ch3-l-ch3-iv-ch3-ch2-ch2oh-select-the-correct-answe https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjI0-in-the-given-reaction-ch2-br-ch-ch2-8594-nanh2-8710-x-x-will-be-1-ch3-c-8801-ch-2-h2c-c-8801-ch2-3-ch3-c-8801-c-8861-n-8853-a-4-h2c-c-8801-c-8861-hn-8853-a-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjI1-consider-the-following-statements-i-pyrolytic-elimination-is-always-syn-elimination-ii-in-pyrolytic-elimination-product-formation-takes-place-by-most-stable-eclipsed-conformation-iii-in-pyrolytic-elim https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTEzMjI3-dichloromethane-on-treatment-with-alc-koh-8710-gives-1-carbene-2-diclorocarbene-3-singlet-chlorocarbene-4-triplet-chlorocarbene-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-b246MTg4NjMx-arrange-reactivity-of-given-alcohols-in-decreasing-order-for-elimination-reaction-i-c-no2h2-ch2-ch2-ch2-oh-ii-ch3-ch2-c-no2h-ch2oh-iii-ch3-c-no2h-ch2-ch2oh-iv-ch3-ch2-ch2-ch2oh-select-the-correct-answ https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTMzODU-which-one-of-the-following-is-most-reactive-towards-electrophilic-attack-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTMzOTY-in-a-sn2-substitution-reaction-of-the-type-mathrm-r-mathrm-br-mathrm-cl-xrightarrow-mathrm-dmf-mathrm-r-mathrm-cl-mathrm-br-one-of-the-following-that-has-the-highest-relative-rate-is-1-mathrm-ch-3-mat https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTM0NDE-for-the-above-given-reaction-a-predominantly-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/reaction-mechanism-organic-chemistry/?q=NP-pb246OTMzODA-the-relative-reactivities-of-acyl-compounds-towards-nucleophilic-substitution-are-in-the-order-of-1-acyl-chloride-acid-anhydride-ester-amide-2-ester-acyl-chloride-amide-acid-anhydride-3-acid-anhydride https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTM5NA-determine-the-number-of-moles-of-kmno-that-are-reduced-by-1-mole-of-ki-in-an-alkaline-medium-1-one-fifth-2-five-3-one-4-two-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTM5OQ-number-of-moles-of-mno4-required-to-oxidise-one-mole-of-ferrous-oxalate-completely-in-acidic-medium-will-be-1-0-6-mole-2-0-4-mole-3-7-5-moles-4-0-2-mole-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQxNA-5ml-of-n-hcl-20-ml-of-n-2-h2so4-and-30ml-of-n-3-hno3-are-mixed-together-and-volume-made-one-litre-the-normality-of-the-resulting-solution-is-1-n-5-2-n-10-3-n-20-4-n-40-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQxNQ-when-a-metal-is-burnt-its-mass-is-increased-by-24-percent-the-equivalent-mass-of-the-metal-will-be-1-25-2-24-3-33-3-4-76-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQxNg-1g-of-pure-calcium-carbonate-was-found-to-require-50-ml-of-dilute-hcl-for-complete-reactions-the-strength-of-the-hcl-solution-is-given-by-1-4n-2-2n-3-0-4n-4-0-2n-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQxNw-the-equivalent-mass-of-h3po4-in-the-following-reaction-is-h3po4-ca-oh-2-8594-cahpo4-2h2o-1-98-2-49-3-32-66-4-40-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQyMA-1-520g-of-the-hydroxide-of-a-metal-on-ignition-gave-0-995-g-of-oxide-the-equivalent-mass-of-metal-is-1-1-520-2-0-995-3-19-00-4-9-00-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQyMw-0-5-g-of-fuming-h2so4-oleum-is-diluted-with-water-this-solution-is-completely-neutralised-by-26-7-ml-of-0-4-n-naoh-the-percentage-of-free-so3-in-the-sample-is-1-30-6-2-40-6-3-20-6-4-50-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQyNA-one-g-of-a-mixture-of-na2co3-and-nahco3-consumes-y-equivalent-of-hcl-for-complete-neutralisation-one-g-of-the-mixture-is-strongly-heated-then-cooled-and-the-residue-treated-with-hcl-how-many-equivalen https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQyNQ-the-chloride-of-a-metal-contains-71-chlorine-by-mass-and-the-vapour-density-of-it-is-50-the-atomic-mass-of-the-metal-will-be-1-29-2-58-3-35-5-4-71-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQyNw-the-equivalent-mass-of-zn-oh-2-in-the-following-reaction-is-equal-to-its-zn-oh-2-hno3-8594-zn-oh-no3-h2o-1-formula-mass-1-2-formula-mass-2-3-2-x-formula-mass-4-3-x-formula-mass-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQyOQ-what-will-be-the-normality-of-a-solution-obtained-by-mixing-0-45-n-and-0-60-n-naoh-in-the-ratio-2-1-by-volume-1-0-4-n-2-0-5-n-3-1-05-n-4-0-15-n-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQzMA-0-7-g-of-na2co3-xh2o-were-dissolved-in-water-and-the-volume-was-made-to-100ml-20ml-of-this-solution-required-19-8-ml-of-n-10-hcl-for-complete-neutralization-the-value-of-x-is-1-7-2-3-3-2-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQzMg-a-metal-oxide-is-reduced-by-heating-it-in-a-stream-of-hydrogen-it-is-found-that-after-complete-reduction-3-15-g-of-the-oxide-have-yielded-1-05g-of-the-metal-we-may-deduce-that-1-the-atomic-mass-of-the https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQzMw-an-oxide-of-metal-has-20-oxygen-the-equivalent-mass-of-oxide-is-1-32-2-40-3-48-4-52-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQzNQ-how-much-water-is-to-be-added-to-dilute-10-ml-of-10n-hcl-to-make-it-decinormal-1-990ml-2-1010-ml-3-100ml-4-1000ml-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQzNw-w1-g-of-an-element-combines-with-oxygen-forming-w2-g-of-its-oxide-the-equivalent-mass-of-the-element-is-1-w1-w2-x8-2-w1-w2-w1-x8-3-w2-w1-w1-x8-4-w1-w1-w2-x8-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTQ0MA-the-normality-of-4-mass-vol-naoh-is-1-0-1-2-1-0-3-0-05-4-0-01-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTU2OA-the-number-of-peroxide-linkages-in-cro5-is-are-1-one-2-two-3-three-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTc5OA-conversion-of-pbso4-to-pbs-is-1-reduction-of-s-2-oxidation-of-s-3-dissociation-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTc5OQ-which-role-does-so-play-when-an-aqueous-solution-of-so-reacts-with-h-s-to-precipitate-sulfur-1-catalyst-2-reducing-agent-3-oxidising-agent-4-acid-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgwMA-which-among-the-following-is-a-redox-reaction-1-nacl-kno3-rarr-nano3-kcl-2-cac2o4-2hcl-rarr-cacl2-h2c2o4-3-mg-oh-2-2nh4cl-rarr-mgcl2-2nh4oh-4-zn-2agcn-rarr-2ag-zn-cn-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgwMQ-which-of-the-following-reactions-represents-the-reduction-of-hydrogen-1-carbon-monoxide-copper-oxide-rarr-carbon-dioxide-copper-2-copper-oxide-hydrochlorid-acid-rarr-water-copper-chloride-3-steam-iron https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgwMg-the-oxidation-number-of-fe-in-k3-fe-cn-6-is-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgwMw-it-is-found-that-v-forms-a-double-salt-isomorphous-with-mohr-s-salt-the-oxidation-number-of-v-in-this-compound-is-1-3-2-2-3-4-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgwNA-which-of-the-following-represents-the-correct-order-of-reducing-power-of-halide-ions-1-cl-br-i-f-2-cl-i-br-f-3-br-cl-i-f-4-i-br-cl-f-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgwNQ-find-the-change-in-oxidation-state-of-sulfur-when-h-so-is-converted-into-h-so-1-0-to-2-2-2-to-4-3-4-to-2-4-4-to-6-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgwNg-the-reaction-during-which-nitrogen-gets-oxidised-is-1-nh4-rarr-n2-2-no3-rarr-no-3-no2-rarr-no2-4-no3-rarr-nh4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgwNw-reaction-that-shows-hydrogen-as-an-oxidising-agent-is-1-with-iodine-to-give-hydrogen-iodide-2-with-lithium-to-give-lithium-hydride-3-with-nitrogen-to-give-ammonia-4-with-sulphur-to-give-hydrogen-sulph https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgwOA-fluorine-is-a-strong-oxidising-agent-because-1-it-has-several-isotopes-2-it-is-very-small-and-has-7-electrons-in-valency-shell-3-its-valency-is-one-4-it-is-the-first-member-of-the-halogen-series-1-2-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgwOQ-the-oxidation-state-of-ni-in-ni-co-4-is-1-zero-2-4-3-8-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgxMA-milliequivalents-of-a-solute-in-a-solution-can-be-given-by-1-mzeq-m-x-vin-ml-2-meq-n-x-vin-ml-3-mzeq-masseq-mass-215-1000-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgxMQ-hbr-and-hi-reduce-h2so4-hcl-can-reduce-kmno4-and-hf-can-reduce-1-h2so4-2-k2cr2o7-3-kmno4-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgxMg-sulphurous-acid-can-be-used-as-1-oxidising-agent-2-reducing-agent-3-bleaching-agent-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgxMw-when-so2-is-passed-through-an-acidified-solution-of-potassium-dichromate-then-chromium-sulphate-is-formed-the-change-in-oxidation-number-of-chromium-is-1-4-to-2-2-5-to-3-3-6-to-3-4-7-to-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgxNA-the-reaction-involving-the-transfer-of-five-electrons-is-1-mno4-rarr-mn2-2-cro42-rarr-cr3-3-mno4-rarr-mno2-4-cr2o72-rarr-2cr3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgxNQ-in-the-reaction-2ag-2h2so4-rarr-ag2so4-2h2o-so2-what-role-does-h2so4-play-1-oxidizing-agent-2-reducing-agent-3-dehydrating-agent-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgxNg-which-of-the-following-shows-the-highest-oxidation-number-in-the-combined-state-1-os-2-ru-3-xe-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgxNw-which-of-the-following-reactions-is-not-a-redox-reaction-1-bao2-h2so4-rarr-baso4-h2o2-2-2bao-o2-rarr-2bao2-3-2kclo3-rarr-2kcl-3o2-4-so2-2h2s-rarr-2h2o-3s-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgxOA-during-the-laboratory-preparation-of-chlorine-gas-by-the-reaction-mno-4hcl-rarr-mncl-cl-2h-o-what-is-the-role-of-mno-in-the-reaction-1-reducing-agent-2-oxidising-agent-3-catalyst-4-dehydrating-agent-1 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgyMQ-excess-of-ki-reacts-with-cuso4-solution-and-then-na2s2o3-solution-is-added-to-it-which-of-the-statement-is-incorrect-in-this-reaction-1-evolved-i2-is-reduced-2-cui2-is-formed-3-na2s2o3-is-oxidised-4-c https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgyMg-in-the-equation-no2-h2o-rarr-no3-2h-ne-n-represents-1-5-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgyMw-amount-of-oxalic-acid-present-in-a-solution-can-be-determined-by-its-titration-with-kmno4-solution-in-the-presence-of-h2so4-the-titration-gives-unsatisfactory-result-when-carried-out-in-the-presence-o https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgyNA-kmno4-in-acidic-medium-is-always-reduced-to-1-mn4-2-mn2-3-mn6-4-mn-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgyNQ-reaction-between-acidified-k2cr2o7-and-iron-ii-ions-shown-by-the-equation-cr2o72-aq-6fe2-aq-14h-aq-rarr-2cr3-aq-7h2o-l-6fe3-aq-the-correct-statement-among-the-following-is-1-color-of-the-solution-chan https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgyNg-the-oxidation-number-of-carbon-in-c3o2-and-mg2c3-are-respectively-1-4-3-4-3-2-4-3-4-3-3-2-3-2-3-4-2-3-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgyNw-which-metal-exhibits-more-than-one-oxidation-states-1-na-2-mg-3-al-4-fe-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgyOA-the-decomposition-of-kclo3-to-kcl-and-o2-on-heating-is-an-example-of-1-intermolecular-redox-change-2-intramolecular-redox-change-3-disproportionation-or-auto-redox-change-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgyOQ-among-the-following-in-which-iron-has-the-lowest-oxidation-state-1-fe-co-5-2-fe2o-3-k4fe-cn-6-4-feso4-nh4-2so4-6h2o-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgzMA-reducing-agent-among-the-following-is-1-hno3-2-kmno4-3-h2so4-4-cooh-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgzMQ-the-equivalent-mass-of-a-reductant-or-an-oxidant-is-given-by-1-eq-mass-molarmassofreductantoroxidantno-ofelectronslostorgainedby1moleculeofreductantoroxidant-2-eq-mass-molarmassvalence-3-eq-mass-molar https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgzMg-nah-h2o-rarr-naoh-h2-the-correct-statement-for-above-mentioned-reaction-among-the-following-is-1-h-is-oxidised-2-na-is-reduced-3-both-nah-and-h2o-are-reduced-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgzMw-when-an-acidified-solution-of-ferrous-ammonium-sulphate-is-treated-with-kmno4-solution-the-ion-that-gets-oxidised-is-1-fe2-2-so42-3-nh4-4-mno4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgzNA-in-the-reaction-cr2o72-14h-6i-8594-2cr3-7h2o-3i2-which-element-is-reduced-1-i-2-o-3-h-4-cr-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgzNQ-2na2s2o3-i2-8594-na2s4o6-2nai-the-oxidation-state-of-sulphur-in-tha-above-reaction-1-decreases-2-increases-3-remain-unchanged-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgzNg-in-the-aluminothermic-process-aluminium-acts-as-1-an-oxidising-agent-2-a-flux-3-a-reducing-agent-4-a-solder-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgzNw-disproportionation-reaction-s-among-the-following-is-are-represented-by-1-cl2-2oh-rarr-clo-cl-h2o-2-cu2o-s-2h-rarr-cu2-cu-s-h2o-3-2hcucl2-rarr-waterdilutionwith-cu-cu2-4-cl-2h-4-all-of-the-above-1-2-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgzOA-in-a-redox-change-the-oxidant-k2cr2o7-is-always-reduced-to-1-cr5-2-cr4-3-cr3-4-cr2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTgzOQ-the-reaction-3clo-aq-rarr-clo3-aq-2cl-aq-is-an-example-of-1-oxidation-reaction-2-reduction-reaction-3-disproportionation-reaction-4-decomposition-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTg0MA-oxidation-state-of-1-for-phosphorus-is-found-in-1-h3po3-2-h3po4-3-h3po2-4-h4p2o7-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTg0MQ-which-of-the-following-reactions-does-not-represent-a-redox-change-1-caco3-rarr-cao-co2-2-2h2-o2-rarr-2h2o-3-na-h2o-rarr-naoh-frac-1-2-h2-4-mncl3-rarr-mncl2-frac-1-2-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTg0Mg-if-h2s-is-passed-through-an-acidified-k2cr2o7-solution-the-colour-of-the-solution-a-will-remain-unchanged-b-will-change-to-deep-red-c-will-change-to-dark-green-d-will-change-to-dark-brown-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTg0Mw-the-oxidation-number-and-covalency-of-sulphur-in-the-sulphur-molecule-s8-are-respectively-1-0-and-2-2-6-and-8-3-0-and-8-4-6-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTg0NA-h2s-is-passed-through-an-acidified-solution-of-copper-sulphate-and-a-black-precipitate-is-formed-this-is-due-to-1-oxidation-of-cu2-2-reduction-of-cu2-3-double-decomposition-4-reduction-and-oxidation-1 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTg0NQ-an-element-shows-the-most-common-oxidation-state-of-minus-2-what-is-the-number-of-electrons-present-in-its-outermost-shell-1-2-2-4-3-6-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTg0Ng-4p-3koh-3h2o-rarr-3kh2po2-ph3-correct-statement-regarding-the-above-reaction-is-1-p-oxidised-only-2-p-is-reduced-only-3-p-is-oxidised-as-well-as-reduced-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTg0Nw-in-which-so2-acts-as-oxidant-while-reacting-with-1-acidified-kmno4-2-acidified-k2cr2o7-3-h2s-4-h202-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTg0OA-in-the-reaction-3br2-6co32-3h2o-rarr-5br-bro3-6hco3-which-of-the-following-statements-is-correct-1-br-is-only-oxidised-2-br-is-only-reduced-3-br-is-neither-oxidised-nor-reduced-4-br-is-both-oxidised-a https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-Rpb246NTg0OQ-when-nacl-is-dissolved-in-water-the-sodium-ion-becomes-1-oxidised-2-reduced-3-hydrolysed-4-hydrated-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjUzNzE-hypochlorite-disproportionate-to-give-1-cl-and-clo4-2-clo4-and-clo3-3-clo3-and-cl-4-clo2-and-cl-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU0NzA-which-has-highest-normality-1-1mh3po2-2-1mh3po3-3-1mh3po4-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU1MDk-which-of-the-following-species-contains-an-atom-in-the-6-oxidation-state-1-mno4-2-cr-cn-63-3-nif62-4-cro2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU2MTU-mg-oh-2-hcl-8594-mg-oh-cl-h2o2-the-equivalent-weight-of-mg-oh-2-will-be-m-mol-wt-of-mg-oh-2-1-zero-2-m-3-m-2-4-m-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU2MTY-a-metallic-oxide-contains-20-oxygen-the-equivalent-weight-of-metal-is-1-12-2-16-3-32-4-64-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU2MTk-2-gm-limestone-caco3-impurities-is-reacted-with-100ml-n-2-hcl-the-excess-acid-requires-60ml-n-2-naoh-the-purity-of-limestone-is-1-25-2-50-3-75-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU2MjA-1-575-gm-crystalline-oxalic-acid-c-h-o-middot-xh-ois-dissolved-in-water-and-diluted-to-250-ml-25ml-of-this-solution-is-completely-neutralised-with-250ml-n-10-naoh-the-value-of-x-is-1-zero-2-1-3-2-4-5 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU3MDk-a-2-gm-mixture-of-k2co3-and-kcl-is-completely-reacted-with-100-ml-n-10-hcl-the-of-k2co3-in-the-mixture-is-k-39-cl-35-5-c-12-o-16-1-69-2-34-5-3-50-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU3MTA-400-ml-m-10-h2so4-is-mixed-with-600-ml-n-10-naoh-then-normality-and-nature-of-solution-respectively-will-be-1-0-02n-basic-2-0-02n-acidic-3-0-046n-acidic-4-0-142n-acidic-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU3NzA-the-oxidation-number-of-sulphur-in-s8-s2f2-and-h2s-respectively-are-1-0-1-and-2-2-2-1-and-2-3-0-1-and-2-4-2-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU3NzQ-chlorine-is-converted-simultaneously-into-cl-and-clo-the-n-factor-of-chlorine-cl-for-this-disproportionation-reaction-is-1-3-5-2-5-3-3-7-2-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU3ODE-mno2-4hcl-8594-mncl2-2h2o-cl2-the-equivalent-wt-of-hcl-will-be-m-8801-mol-wt-of-hcl-1-m-2-m-2-3-2m-4-m-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU3ODI-the-oxidation-number-of-sulfur-in-na-s-o-is-1-2-2-4-zero-3-6-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjU3ODM-which-one-of-the-following-acts-as-a-reducing-agent-only-1-so2-2-hno3-3-mno2-4-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjYzMDI-the-incorrect-statement-regarding-the-quantitative-estimation-of-aqueous-fe-no3-2-is-mno4-aq-8h-aq-5e-rarr-mn2-aq-4h2o-l-e-deg-1-51v-cr2o7-2-14h-aq-6e-rarr-2cr3-aq-7h2o-l-e-deg-1-38v-fe3-aq-e-rarr-fe2 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjcyMDQ-the-equivalent-weight-of-h3po2-when-it-disproportionates-into-ph3-and-h3po3-is-1-66-2-49-5-3-33-4-20-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjcyMTk-in-the-reaction-2cu-8594-cu-cu2-the-equivalent-weight-of-cu-is-m-is-the-mol-wt-of-cu-1-m-2-m-2-3-m-4-4-2m-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjcyMjA-equal-volumes-of-1m-each-of-kmno4-and-k2cr2o7-are-used-to-oxidize-fe-ii-solution-in-acidic-medium-the-amount-of-fe-oxidized-will-be-1-more-with-kmno4-2-more-with-k2cr2o7-3-equal-with-both-oxidising-ag https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjcyMjE-which-of-the-following-is-redox-reaction-1-2cro42-2h-rarr-cr2o72-h2o-2-cuso4-4nh3-rarr-cu-nh3-4-so4-3-2na2s2o3-i2-rarr-na2s4o6-2nai-4-cr2o72-2oh-rarr-2cro42-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MjcyMjI-find-the-values-of-x-and-y-in-the-balanced-reaction-x-hi-y-hno3-rarr-no-i2-h2o-1-x-3-y-2-2-x-2-y-3-3-x-6-y-2-4-x-6-y-1-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc2MDE-an-element-x-reacts-with-oxygen-to-form-a-compound-x2o3-if-the-atomic-mass-of-x-is-91-5-the-equivalent-mass-of-x-is-1-30-5-2-45-75-3-61-4-91-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc2MDM-the-equivalent-weight-of-a-metal-is-4-5-and-the-molecular-weight-of-its-chloride-is-80-the-atomic-weight-of-the-metal-is-1-18-2-9-3-4-5-4-36-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3NTk-in-the-following-unbalanced-reaction-a2-b3-rarr-a4-b-the-total-number-of-e-transferred-during-reaction-is-1-2-2-3-3-6-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3NjA-which-of-the-following-is-not-an-intramolecular-redox-reaction-1-nh4no2-rarr-n2-2h2o-2-2mn2o7-rarr-4mno2-3o2-3-2kclo3-rarr-2kcl-3o2-4-2h2o2-rarr-2h2o-o2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3NjE-the-compound-having-oxygen-in-1-oxidation-state-is-1-h2o-2-o2f2-3-na2o-4-bao2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3NjI-find-the-values-of-x-and-y-using-the-principle-of-redox-balancing-in-an-alkaline-medium-c2h5oh-x-i2-y-oh-rarr-chi3-hco2-5i-5h2o-1-4-6-2-2-6-3-2-4-4-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3NjM-which-is-the-correct-set-that-can-only-act-as-an-oxidant-1-no3-so3-na-2-fe-3-no3-so3-3-i-na-4-i-no3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3NjQ-which-one-is-correct-about-ch2-ccl2-1-both-carbons-are-in-2-oxidation-state-2-both-carbons-are-in-1-oxidation-state-3-one-carbon-has-2-and-other-2-oxidation-states-4-the-average-oxidation-number-of-ca https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3NjU-n2h4-io3-2h-cl-8594-icl-n2-3h2o-the-equivalent-masses-of-n2h4-and-kio3-respectively-are-1-8-and-35-6-2-8-and-87-3-8-and-53-5-4-16-and-53-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3NjY-find-the-compound-in-which-the-oxidation-state-of-iron-fe-is-zero-1-fes-2-fe2o3-3-feso4-4-fe-co-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3Njc-in-the-given-reaction-xbro3-ycr-3-zh2o-rarr-br2-cro42-h-the-coefficients-x-y-and-z-are-respectively-1-6-10-11-2-6-10-20-3-6-8-22-4-6-10-22-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3Njg-what-is-the-equivalent-weight-of-h3po3-in-the-following-disproportionation-reaction-h3po3-8594-h3po4-ph3-1-m6-2-m2-3-2m3-4-m3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3Njk-identify-the-substance-acting-as-an-oxidant-in-the-following-reaction-bacl2-na2so4-rarr-baso4-2nacl-1-bacl2-2-na2so4-3-nacl-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjc3NzA-in-the-reaction-al-fe3o4-rarr-al2o3-fe-how-many-electrons-are-transferred-in-total-during-the-reaction-1-6-2-8-3-8-3-4-24-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjk3ODA-a-metallic-oxide-contains-40-oxygen-then-equivalent-weight-of-metal-is-1-48-2-36-3-24-4-12-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Mjk3ODk-3cl2-6naoh-rarr-5nacl-naclo3-3h2o-the-equivalent-weight-of-naoh-will-be-1-40-2-48-3-60-4-80-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzAwMjY-which-process-occurs-in-the-conversion-h2so4-rarr-thinsp-h2s2o8-1-oxidation-2-reduction-3-oxidation-as-well-as-reduction-4-neither-oxidation-nor-reduction-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzAyOTM-oxidation-number-of-carbon-in-ch2cl2-is-1-4-2-4-3-2-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzA0MDI-equivalent-weight-of-a-metal-oxide-is-20-the-equivalent-weight-of-sulphate-of-same-metal-will-be-1-60-2-69-3-108-4-54-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ3OTc-15-gm-ba-mno4-2-sample-containing-inert-impurity-is-completely-reacting-with-100-ml-of-11-2-v-h2o2-then-what-will-be-the-purity-of-ba-mno4-2-in-the-sample-atomic-mass-ba-137-mn-55-1-5-2-10-3-50-4-none https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4MTY-the-equivalent-mass-of-h3bo3-m-molar-mass-of-h3bo3-in-its-reaction-with-naoh-to-from-na2b4o7-is-equal-to-ndash-1-m-2-m2-3-m4-4-m6-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4MTg-the-number-of-moles-of-ferrous-oxalate-oxidised-by-one-mole-of-kmno4-is-1-52-2-25-3-35-4-53-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4MjA-in-the-reaction-na2s2o3-4cl2-5h2o-rarr-na2so4-h2so4-8hci-the-equivalent-weight-of-na2s2o3-will-be-1-m-4-2-m-8-3-m-1-4-m-2-m-molecular-weight-of-na2s2o3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4MjE-which-of-the-following-represents-the-correctly-balanced-equation-in-redox-reaction-1-5bio3-22h-2mn2-rarr-5bi3-7h2o-2mno4-ndash-2-5bio3-14h-2mn2-rarr-5bi3-7h2o-2mno4-ndash-3-2bio3-4h-2mn2-rarr-6bi3-2h https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4MjI-an-excess-of-naoh-was-added-to-100-ml-of-a-ferric-chloride-solution-this-caused-the-precipitation-of-1-425-g-of-fe-oh-3-calculate-the-normality-of-the-ferric-chloride-solution-1-0-20-n-2-0-50-n-3-0-25 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4MjM-in-the-reaction-cro5-h2so4-rarr-cr2-so4-3-h2o-o2-the-number-of-moles-of-o2-liberated-by-one-mole-of-cro5-will-be-1-5-2-2-5-4-3-9-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4MjQ-0-4g-of-a-polybasic-acid-hna-all-the-hydrogens-are-acidic-requires-0-5g-of-naoh-for-complete-neutralization-the-number-of-replaceable-hydrogen-atoms-in-the-acid-and-the-molecular-weight-of-a-would-be https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4MjY-25-0-g-of-feso4-7h2o-was-dissolved-in-water-containing-dilute-h2so4-and-the-volume-was-made-up-to-1-0-l-25-0-ml-of-this-solution-required-20-ml-of-an-n-10-kmno4-solution-for-complete-oxidation-the-per https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4Mjg-25-ml-of-a-solution-containing-hcl-and-h2so4-required-10-ml-of-a-1-n-naoh-solution-for-neutralization-20-ml-of-the-same-acid-mixture-on-being-treated-with-an-excess-of-agno3-gives-0-1425-g-of-agcf-the https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4Mjk-if-10-gm-of-v2o5-is-dissolved-in-acid-and-is-reduced-to-v2-by-zinc-metal-how-many-moles-of-i2-can-be-reduced-by-the-resulting-solution-if-it-is-further-oxidized-to-vo2-ions-assume-no-change-in-state-o https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4MzA-0-70-g-of-mixture-nh4-2-so4-was-boiled-with-100-ml-of-0-2-n-naoh-solution-till-all-the-nh3-g-evolved-and-get-dissolved-in-solution-itself-the-remaining-solution-was-diluted-to-250-ml-25-ml-of-this-sol https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4MzE-a-mixed-solution-of-potassium-hydroxide-and-sodium-carbonate-required-15-ml-of-an-n-20-hci-solution-when-titrated-with-phenolphthalein-as-an-indicator-but-the-same-amount-of-the-solution-when-titrated https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246MzQ4Mzg-one-gm-of-a-metal-carbonate-gave-0-56-gm-of-its-oxide-on-heating-the-equivalent-mass-of-the-metal-is-1-40-2-30-3-20-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDEwMzQ-the-pair-of-compounds-that-can-exist-together-is-1-fecl3-sncl2-2-hgcl2-sncl2-3-fecl2-sncl2-4-fecl3-ki-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDExMTc-which-of-the-following-compounds-shows-the-highest-oxidation-state-of-nitrogen-1-n2h4-2-nh3-3-n3h-4-nh2oh-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDExMzc-a-mixture-of-potassium-chlorate-oxalic-acid-and-sulphuric-acid-is-heated-during-the-reaction-which-element-undergoes-a-maximum-change-in-the-oxidation-number-1-s-2-h-3-cl-4-c-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDEyMzA-the-oxidation-states-of-p-in-h4p2o5-h4p2o6-h4p2o7-are-respectively-1-3-5-4-2-5-3-4-3-5-4-3-4-3-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDEyNzU-oxidation-numbers-of-p-in-po43-of-s-in-so42-and-that-of-cr-in-cr2o72-are-respectively-1-5-6-and-6-2-3-6-and-5-3-5-3-and-6-4-3-6-and-6-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDEzMjE-the-number-of-moles-of-mno-4-required-to-oxidise-one-mole-of-ferrous-oxalate-completely-in-an-acidic-medium-is-1-0-6-mole-2-0-4-mole-3-7-5-moles-4-0-2-mole-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDEzODU-which-one-of-the-following-orders-correctly-represents-the-increasing-acid-strengths-of-the-given-acids-1-hocl-hoclo2-hoclo-hocl-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxODU-what-enables-hno2-to-act-as-both-a-reducing-and-an-oxidizing-agent-in-contrast-to-hno3-which-only-acts-as-an-oxidizing-agent-1-hybridization-of-n-atom-in-hno2-2-maximum-oxidation-state-of-n-atom-in-hn https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxODY-the-valency-of-cr-in-the-complex-cr-h2o-4cl2-mp-pmt-2000-1-1-2-3-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxODc-in-the-conversion-br2-8201-8594-8201-bro3-8722-the-oxidation-state-of-bromine-changes-from-1-ndash-1-to-ndash-1-2-0-to-ndash-1-3-0-to-5-4-0-to-ndash-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxODg-oxidation-number-of-cobalt-in-k-co-co-4-is-1-1-2-3-3-ndash-1-4-ndash-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxODk-the-oxidation-number-of-nickel-in-ni-co-4-1-0-2-4-3-ndash-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxOTA-sn-loses-two-electrons-in-a-reaction-the-final-oxidation-number-of-tin-will-be-1-2-2-zero-3-4-4-ndash-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxOTE-the-oxidation-number-of-s-in-h2s2o8-is-1-2-2-4-3-6-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxOTI-the-oxidation-state-of-nitrogen-in-n3h-is-1-13-2-3-3-ndash-1-4-minus-13-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxOTM-the-oxidation-state-of-cr-in-cr-nh3-4cl2-is-1-3-2-2-3-1-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxOTQ-a-brown-ring-complex-is-formulated-as-fe-h-o-no-so-what-is-the-oxidation-state-of-iron-in-this-complex-1-1-2-2-3-3-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxOTU-the-oxidation-number-of-p-in-mg2p2o7-is-1-3-2-2-3-5-4-ndash-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxOTc-what-is-the-oxidation-number-of-sulphur-in-na2s4o6-1-dfrac-2-3-2-dfrac-3-2-3-dfrac-3-5-4-dfrac-5-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxOTg-find-the-oxidation-number-of-cobalt-co-in-the-coordination-compound-co-nh-cl-no-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUxOTk-when-kmno4-acts-as-an-oxidizing-agent-and-ultimately-forms-left-mathrm-mno-4-right-2-mathrm-mno-2-mathrm-mn-2-mathrm-o-3-mathrm-mn-2-then-the-number-of-electrons-transferred-in-each-case-respectively https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMDA-for-the-redox-reaction-mno4-minus-c2o4-minus-2-h-rarr-thinsp-mn2-co2-h2o-the-correct-coefficients-of-the-reactants-for-the-balanced-reaction-are-mno4-minus-c2o42-minus-h-1-2-5-16-2-16-5-2-3-5-16-2-4-2 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMDE-which-of-the-following-is-the-strongest-oxidising-agent-1-bro3-minus-br2-thinsp-eo-1-50-2-fe3-fe2-thinsp-eo-0-76-3-mno4-minus-mn2-thinsp-eo-1-52-4-cr2o72-minus-cr3-thinsp-eo-1-33-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMDI-what-are-the-values-of-a-b-c-and-d-if-the-chemical-reaction-below-is-assumed-to-be-balanced-io3-minus-a-thinsp-i-minus-b-thinsp-h-rarr-c-thinsp-h2o-d-thinsp-i2-1-5-6-3-3-2-5-3-6-3-3-3-5-3-6-4-5-6-5-5 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMDM-the-number-of-moles-of-kmno4-reduced-by-one-mole-of-ki-in-an-alkaline-medium-is-1-one-fifth-2-five-3-one-4-two-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMDQ-in-the-equation-h2s-2hno3-rarr-2h2o-2no2-s-what-is-the-equivalent-weight-of-hydrogen-sulphide-h-s-1-16-2-68-3-34-4-17-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMDU-if-1-2-g-of-metal-displace-1-12-litre-hydrogen-at-normal-temperature-and-pressure-equivalent-weight-of-metal-would-be-1-24-2-12-3-1-2-247-11-2-4-1-2-215-11-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMDY-the-equivalent-weight-of-phosphoric-acid-h3po4-in-the-reaction-naoh-h3po4-8594-nah2po4-h2o-is-1-25-2-49-3-59-4-98-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMDc-what-is-the-equivalent-mass-of-io4-8722-when-it-is-converted-into-i2-in-acid-medium-1-m-6-2-m-7-3-m-5-4-m-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMDg-in-an-alkaline-medium-chlorine-dioxide-clo-oxidizes-hydrogen-peroxide-h-o-to-oxygen-gas-while-itself-getting-reduced-to-the-chloride-ion-the-overall-unbalanced-reaction-is-clo-h-o-rarr-cl-o-if-1-mole https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMDk-oxidation-number-of-oxygen-in-potassium-super-oxide-ko2-is-1-ndash-2-2-ndash-1-3-ndash-1-2-4-ndash-1-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMTE-the-oxidation-state-of-cu-in-yba2cu3o7-is-yttrium-3-1-3-7-2-7-3-3-3-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMTI-in-a-balanced-equation-h2so4-x-thinsp-hi-rarr-h2s-y-thinsp-i2-z-thinsp-h2o-the-values-of-x-y-z-are-1-x-3-y-5-z-2-2-x-4-y-8-z-5-3-x-8-y-4-z-4-4-x-5-y-3-z-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NDUyMTQ-when-manganese-dioxide-mno-is-fused-with-potassium-hydroxide-koh-a-coloured-compound-is-formed-what-is-the-product-and-its-colour-1-k2mno4-purple-green-2-kmno4-purple-3-mn2o3-brown-4-mn3o4-black-1-2-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246NTA4Njc-a-compound-contains-three-elements-a-b-and-c-if-the-oxidation-number-of-a-2-b-5-and-c-2-the-possible-formula-of-the-compound-is-1-a-3-b-4-c-2-2-a-3-b-c-4-2-3-a-2-b-c-3-2-4-a-b-c-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Nzc5ODY-equivalent-weight-of-fes2-in-the-half-reaction-fes2-rarr-fe2o3-so2-is-1-m-10-2-m-11-3-m-6-4-m-1-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246Nzc5ODc-the-equivalent-weight-of-hcl-in-the-given-reaction-is-k2cr2o7-14hcl-rarr-2kcl-2crcl3-3cl2-h2o-1-16-25-2-36-5-3-73-4-85-1-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246ODkyMTI-the-correct-order-of-n-compounds-in-its-decreasing-order-of-oxidation-states-is-1-hno3-no-n2-nh4cl-2-hno3-thinsp-no-thinsp-nh4cl-thinsp-n2-3-hno3-thinsp-nh4cl-thinsp-no-thinsp-n2-4-nh4cl-thinsp-n2-thi https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246ODkyMzc-for-the-redox-reaction-amno4-bc2o42-ch-rarr-dmn2-eco2-fh2o-the-correct-stoichiometric-coefficients-of-the-reactants-a-b-and-c-respectively-for-the-balanced-equation-are-1-16-5-2-2-2-5-16-3-2-16-5-4-5 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTIxNDE-the-change-in-oxidation-number-of-chlorine-when-cl2-gas-reacts-with-hot-and-concentrated-sodium-hydroxide-solution-is-1-zero-to-1-and-zero-to-ndash-5-2-zero-to-ndash-1-and-zero-to-5-3-zero-to-ndash-1 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTMzNzE-fecn64-rarr-fecn63-e-eo-0-35-v-fe2-rarr-fe3-e-eo-0-77-v-the-strongest-oxidizing-agent-in-the-above-equation-is-1-fecn64-2-fe2-3-fe3-4-fecn63-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTM0Mjk-number-of-moles-of-mno-4-required-to-oxidise-one-mole-of-ferrous-oxalate-completely-in-an-acidic-medium-will-be-1-0-6-mole-2-0-4-mole-3-7-5-moles-4-0-2-mole-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTM2MzU-the-number-of-moles-of-kmno4-that-will-be-needed-to-react-with-one-mole-of-sulphite-ion-in-an-acidic-solution-is-1-3-over-5-2-4-over-5-3-2-over-5-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTU2MTM-the-correct-structure-of-tribromo-octoxide-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTU2MTc-disproportionation-reactions-are-a-2cu-rarr-cu2-cu0-b-3mno42-4h-rarr-2mno4-mno2-2h2o-c-2kmno4-rarr-k2mno4-mno2-o2-d-2mno4-3mn2-2h2o-rarr-5mno2-4h-oplus-1-a-and-d-only-2-a-and-b-only-3-a-b-and-c-4-a-c https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTY0NTM-read-the-following-statements-s-and-explanation-e-choose-the-correct-answers-from-the-codes-1-2-3-and-4-s-h3bo3-is-monobasic-lewis-acid-but-salt-na3bo3-exist-e-h3bo3-reacts-with-naoh-to-give-na3bo3-1 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NDk2-p4-naoh-rarr-ph3-nah2po2-the-correct-statement-among-the-following-is-1-p-is-oxidized-only-2-p-is-reduced-only-3-p-is-oxidized-as-well-as-reduced-4-na-is-reduced-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NDk3-the-oxidation-number-of-ba-in-barium-peroxide-is-1-6-2-2-3-1-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NDk5-which-of-the-following-represents-the-maximum-oxidation-state-of-chromium-cr-1-3-2-4-3-6-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTAw-the-oxidation-number-of-cr-in-k2cr2o7-is-1-6-2-7-3-2-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTAx-oxidation-state-of-oxygen-in-hydrogen-peroxide-is-1-1-2-1-3-0-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTAy-2-mathrm-mno-4-5-mathrm-h-2-mathrm-o-2-6-mathrm-h-rightarrow-2-mathrm-z-5-mathrm-o-2-8-mathrm-h-2-mathrm-o-in-this-reaction-z-is-1-mn2-2-mn4-3-mno2-4-mn-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTAz-which-of-the-following-is-the-most-powerful-oxidizing-agent-1-f2-2-cl2-3-br2-4-i2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTA0-nitrogen-show-different-oxidation-states-in-the-range-1-0-to-5-2-3-to-5-3-5-to-3-4-3-to-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTA1-how-many-moles-of-potassium-dichromate-k-cr-o-are-required-to-reduce-1-mole-of-sn-2-in-an-acidic-medium-1-1-3-2-1-6-3-2-3-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTA3-mno42-1-mole-in-neutral-aqueous-medium-will-disproportionate-to-1-2-3-mole-of-mno4-and-1-3-mole-of-mno2-2-1-3-mole-of-mno4-and-2-3-mole-of-mno2-3-1-3-mole-of-mn2o7-and-1-3-mole-of-mno2-4-2-3-mole-of-m https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTA4-the-oxidation-number-of-oxygen-in-ko3-and-na2o2-is-respectively-is-1-3-and-2-2-1-and-0-3-0-and-1-4-0-33-and-1-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTA5-the-oxidation-number-of-phosphorus-in-ba-left-h-2-po-2-right-2-is-1-1-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTEy-2-mole-of-n2h4-loses-16-mole-of-electron-is-being-converted-to-a-new-compound-x-assuming-that-all-of-the-n-appears-in-the-new-compound-what-is-the-oxidation-state-of-n-in-x-1-1-2-2-3-2-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTEz-given-the-following-reaction-k-2cr-2o-7-rightarrow-k-2cro-4-the-change-in-the-oxidation-state-of-chromium-in-the-above-conversion-is-1-0-2-6-3-4-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTE0-when-a-manganous-salt-mn-sup2-is-fused-with-a-mixture-of-potassium-nitrate-kno-and-solid-sodium-hydroxide-naoh-a-potassium-manganate-k-mno-is-formed-along-with-potassium-nitrite-kno-and-water-what-is https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTE1-in-feii-mno4-titration-hno3-is-not-used-because-1-it-oxidises-mn2-2-it-reduces-mno4-3-it-oxidises-fe2-4-it-reduces-fe3-formed-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTE2-which-species-are-oxidized-and-reduced-in-the-given-reaction-fec2o4-kmno4-rarr-fe3-co2-mn2-1-oxidised-fe-c-reduced-mn-2-oxidised-fe-reduced-mn-3-reduced-fe-mn-oxidised-c-4-reduced-c-oxidised-mn-fe-1-2 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTE3-the-reaction-that-shows-h2o2-as-a-reducing-agent-is-1-so2-h2o2-rarr-h2so4-2-2ki-h2o2-rarr-2koh-i2-3-pbs-4h2o2-rarr-pbso4-4h2o-4-ag2o-h2o2-rarr-2ag-h2o-o2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTE4-the-following-reaction-describes-the-rusting-of-iron-4fe-3o2-rarr-4fe3-6o2-which-one-of-the-following-statements-is-incorrect-1-this-is-an-example-of-a-redox-reaction-2-metallic-iron-is-reduced-to-fe3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTE5-which-of-the-following-reactions-does-not-involve-disproportionation-process-1-cl2-oh-rarr-cl-clo3-h2o-2-2h2o2-rarr-h2o-o2-3-2cu-rarr-cu2-cu-4-nh42cr2o7-rarr-n2-cr2o3-4h2o-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTIw-which-of-the-following-is-a-redox-reaction-1-h2so4-with-naoh-2-formation-of-o3-in-the-atmosphere-3-evaporation-of-h2o-4-oxides-of-nitrogen-forming-nitrogen-oxygen-from-lightening-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTIx-which-of-the-following-is-a-redox-reaction-1-2naagcn2-zn-rarr-na2zncn4-2ag-2-bao2-h2so4-rarr-baso4-h2o2-3-n2o5-h2o-rarr-2hno3-4-agno3-ki-rarr-agi-kno3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTIy-for-the-redox-reaction-mno4-c2o42-h-rarr-mn2-co2-h2o-the-correct-coefficients-of-the-reactants-mno4-c2o4-h-for-the-balanced-reaction-are-respectively-1-2-5-16-2-16-3-12-3-15-16-12-4-2-16-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTIz-the-sum-of-the-coefficients-of-the-reactants-in-the-following-reaction-is-cs2-cl2-rarr-ccl4-s2cl2-1-5-2-3-3-6-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTI0-the-reaction-between-platinum-tetrachloride-and-xenon-difluoride-is-represented-as-ptcl-xef-rarr-ptf-clf-xe-after-balancing-the-equation-using-the-smallest-whole-number-coefficients-the-sum-of-all-coe https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTI1-in-the-following-redox-reaction-xfe2-ycr2o72-14h-rarr-6fe3-2cr3-zh2o-the-values-of-x-y-and-z-are-1-x-6-y-1-z-7-2-x-3-y-6-z-8-3-x-6-y-2-z-7-4-x-4-y-6-z-7-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTI2-balance-the-following-reaction-and-find-the-values-of-a-b-and-g-respectively-akmno-4-bh-2o-2-3h-2so-4-rightarrow-dmnso-4-ek-2so-4-fo-2-gh-2o-1-2-4-8-2-2-5-8-3-10-4-16-4-8-5-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTI3-0-1-mole-of-h3pox-is-completely-neutralised-by-5-6-g-koh-then-thr-true-statement-is-1-x-3-and-given-acid-is-dibasic-2-x-4-and-given-acid-has-not-p-h-linkage-3-x-2-and-given-acid-does-not-form-acid-sal https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTI4-when-potassium-permangante-is-titrated-against-ferrous-ammonium-sulphate-in-acidic-medium-the-equivalent-weight-of-potassium-permanganate-is-1-molecularweight3-2-molecularweight5-3-molecularweight2-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTE4NTI5-equivalent-weight-of-fes2-in-the-half-reaction-fes2-8594-fe2o3-so2-is-1-m-10-2-m-11-3-m-6-4-m-1-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTMxNjQ0-the-oxidation-state-of-cr-in-cro6-is-1-ndash-6-2-12-3-6-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTMxNjQ5-the-standard-electrode-potential-e-deg-values-of-al3-al-ag-ag-k-k-and-cr3-cr-are-ndash-1-66-v-0-80-v-ndash-2-93-v-ndash-0-79-v-respectively-the-correct-decreasing-order-of-the-reducing-power-of-the-me https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTQ4MDc0-the-species-that-does-not-contain-peroxide-ions-is-1-pbo2-2-h2o2-3-sro2-4-bao2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTc2NTg3-among-the-following-the-correct-order-of-acidity-is-1-hclo-hclo2-hclo3-hclo4-2-hclo2-hclo-hclo3-hclo4-3-hclo4-hclo2-hclo-hclo3-4-hclo3-hclo4-hclo2-hclo-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTg1NDg1-what-is-the-alteration-in-the-oxidation-state-of-carbon-in-the-given-reaction-mathrm-ch-4-g-4-cl-2-g-rightarrow-ccl-4-l-4-hcl-g-1-0-to-4-2-ndash-4-to-4-3-0-to-ndash-4-4-4-to-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTg3OTA3-which-of-the-following-species-does-not-contain-peroxide-ion-o-sup2-1-pbo2-2-h2o2-3-sro2-4-bao2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTg5NDQy-the-oxidation-number-of-phosphorous-in-atp-adenosine-triphosphate-is-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTg5NTQz-which-of-the-following-does-not-represent-a-redox-reaction-1-cr2o72-2oh-rarr-thinsp-cro42-h2o-2-so42-2i-2h-rarr-thinsp-i2-h2s-h2o-3-ca-2h2o-rarr-ca-oh-2-h2-4-pcl5-rarr-thinsp-pcl3-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTg5NTk4-an-atom-is-said-to-be-in-the-6-oxidation-state-when-it-has-effectively-lost-six-electrons-which-of-the-following-species-contains-such-an-atom-1-mno4-2-cr-cn-63-3-nif62-4-cro2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTg5OTgw-the-equivalent-weight-of-mnso4-is-half-its-molecular-weight-when-it-is-converted-to-1-mno-2-mno42-3-mno2-4-mno4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTg5OTgy-an-aqueous-solution-of-6-3-g-oxalic-acid-dihydrate-is-made-up-to-250-ml-the-volume-of-0-1-n-naoh-required-to-completely-neutralize-10-ml-of-this-solution-is-1-4-ml-2-20-ml-3-40-ml-4-60-ml-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTg5OTg0-kmno4-mol-wt-158-oxidizes-oxalic-acid-in-acidic-medium-to-co2-and-water-as-follows-5c2o42-2mno4-16h-8594-10co2-2mn2-8h2o-what-is-the-equivalent-weight-of-kmno4-1-158-2-31-6-3-39-5-4-79-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjA2NDM5-in-the-given-reaction-what-is-the-name-of-the-species-that-bleaches-the-substances-due-to-its-oxidising-action-cl2-g-2oh-aq-rarr-clo-aq-cl-aq-h2o-l-1-clo-2-cl2-3-cl-4-both-clo-and-cl-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjA2NDQw-why-does-the-mno-sup2-ion-undergo-disproportionation-in-an-acidic-medium-whereas-the-mno-ion-does-not-1-due-to-manganese-being-in-its-highest-oxidation-state-in-mno-sup2-2-due-to-manganese-being-in-it https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjA2NDQx-nitric-acid-reacts-with-pbo-but-does-not-react-with-pbo2-because-1-pbo-is-a-base-while-pbo2-is-a-strong-oxidizing-reagent-2-pbo-is-a-base-while-pbo2-is-a-weak-oxidizing-reagent-3-pbo-is-neutral-while https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjA2NDQy-the-oxidation-state-of-p-in-hpo32-is-1-3-2-4-3-2-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjA2NDQz-what-is-the-oxidation-state-of-phosphorus-in-the-phosphate-ion-po-sup3-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjA2NDY4-the-oxidation-state-of-two-s-atoms-in-na2s2o3-is-1-2-and-4-2-3-and-2-3-4-and-2-4-6-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjEyMzQ4-consider-the-standard-electrode-potentials-given-below-a-e-k-k-o-2-93-v-e-ag-ag-o-0-80-v-b-e-hg-2-hg-o-0-79-v-e-mg-2-mg-o-2-37-v-c-e-cr-3-cr-o-0-74-v-the-correct-arrangement-of-increasing-order-for-re https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjM4MDk2-the-compound-agf2-unstable-acts-as-a-an-1-oxidising-agent-2-reducing-agent-3-both-oxidising-and-reducing-agent-4-neither-oxidising-and-reducing-agent-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjM4MDk4-which-of-the-following-hydrohalic-acids-acts-as-the-best-reducing-agent-1-hcl-2-hbr-3-hi-4-hf-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjQ1MDgx-the-incorrect-oxidation-number-of-the-underlined-atom-in-the-following-species-is-1-cu2o-is-1-2-cl-o-3-is-5-3-k2cr2o7-is-6-4-haucl4-is-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjQ1MTA1-from-the-following-identify-the-reaction-having-the-top-position-in-the-emf-series-standard-reduction-potential-according-to-their-electrode-potential-at-298-k-1-mg2-2e-ndash-rarr-mg-s-2-fe2-2e-ndash https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjUxMDQz-standard-reduction-potentials-of-the-half-reactions-are-given-below-f2-g-2e-rarr-2f-aq-e-deg-2-85-v-cl2-g-2e-rarr-2cl-aq-e-deg-1-36-v-br2-g-2e-rarr-2br-aq-e-deg-1-06-v-i2-g-e-rarr-2i-aq-e-deg-0-53-v-t https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjUxMTAx-a-solution-contains-fe2-fe3-and-i-ndash-ions-this-solution-was-treated-with-iodine-at-35-deg-c-e-deg-for-fe3-fe2-is-0-77-v-and-e-deg-for-i2-2i-ndash-0-536-v-the-favourable-redox-reaction-is-1-fe2-will https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjY0NzYx-which-of-the-following-compounds-contains-iron-fe-in-the-zero-oxidation-state-1-fe-cn-6-4-2-fe-cn-6-3-3-fe-co-5-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjY0Nzgy-a-zn-b-no3-ch-rarr-d-nh4-e-h2o-f-zn-2-in-the-reaction-given-above-the-correct-values-of-a-b-c-d-e-and-f-respectively-are-a-b-c-d-e-f-1-2-4-6-8-4-2-2-1-4-10-3-1-4-3-4-1-10-1-3-4-4-10-4-1-3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjY0ODM0-which-of-the-following-best-describes-the-behavior-of-bromine-in-the-given-reaction-h2o-br2-rarr-hobr-hbr-1-both-oxidized-and-reduced-2-oxidized-only-3-reduced-only-4-proton-acceptor-only-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjY1MjA4-if-the-oxidation-numbers-of-a-b-and-c-are-2-5-and-ndash-2-respectively-then-the-possible-formula-of-the-compound-is-1-a2-bc2-2-2-a3-bc4-2-3-a2-bc3-2-4-a3-b2c-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjY1MzI1-a-non-feasible-reaction-among-the-following-is-1-2-ki-br2-rarr-2kbr-i2-2-2-kbr-i2-rarr-2ki-br2-3-2-kbr-cl2-rarr-2kcl-br2-4-2h2o-2f2-rarr-4hf-o2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjY1Nzcz-standard-electrode-potentials-are-f-e-2-f-e-e-circ-0-44-f-e-3-f-e-2-e-circ-0-77-choose-the-correct-observation-when-2-3-and-fe-solid-are-kept-together-1-fe-3-increases-2-fe-3-decreases-3-fe-2fe-3-rema https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjY2MDMz-the-oxidation-states-o-s-of-sulphur-in-the-anions-so32-s2o42-and-s2o62-follow-the-order-1-s2o42-so32-s2o62-2-so32-s2o42-s2o62-3-s2o42-s2o62-so32-4-s2o62-s2o42-so32-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTY5-fluorine-reacts-with-ice-as-per-the-following-reaction-h2o-s-f2-g-rarr-hf-g-hof-g-this-reaction-is-a-redox-reaction-because-1-f2-is-getting-oxidized-2-f2-is-getting-reduced-3-both-1-and-2-4-none-of-th https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTcw-the-oxidation-number-of-sulphur-and-nitrogen-in-h2so5-and-no3-are-respectively-1-6-5-2-6-6-3-8-6-4-8-6-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTcx-the-formulas-for-the-following-compounds-are-a-mercury-ii-chloride-and-b-thallium-i-sulphate-1-hgcl2-tl2so4-2-hg2cl2-tl2so4-3-hgcl2-tlso4-4-hgcl2-tl3so4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTcz-consider-the-following-reactions-a-6-co2-g-6h2o-l-rarr-c6h12o6-aq-6o2-g-b-o3-g-h2o2-l-rarr-h2o-l-2o2-g-these-reactions-are-more-appropriately-written-in-the-expanded-form-as-a-6co2-g-12h2o-l-rarr-c6h1 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTc3-in-the-manufacture-of-benzoic-acid-from-toluene-we-use-alcoholic-potassium-permanganate-as-an-oxidant-because-1-the-cost-of-adding-an-acid-or-a-base-can-be-reduced-2-the-reactions-can-proceed-at-a-fas https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTc5-consider-the-following-reactions-2-s2o32-ndash-aq-i2-s-rarr-s4o62-ndash-aq-2i-ndash-aq-s2o32-ndash-aq-2br2-l-5h2o-l-rarr-2so42-ndash-aq-4br-ndash-aq-10h-aq-the-same-reductant-thiosulphate-reacts-diffe https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTgw-the-correct-statement-s-about-the-given-reaction-is-small-mathrm-x-eo-6-aq-4-2-f-1-aq-6-h-aq-rightarrow-mathrm-x-eo-3-g-f-2-g-3-h-2-o-l-1-xeo64-oxidises-f-2-the-oxidation-number-of-f-increases-from-1 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTgy-the-following-reactions-are-observed-a-h-po-aq-4agno-aq-2h-o-l-rarr-h-po-aq-4ag-s-4hno-aq-b-h-po-aq-2cuso-aq-2h-o-l-rarr-h-po-aq-2cu-s-h-so-aq-c-c-h-cho-l-2-ag-nh-aq-3oh-aq-rarr-c-h-coo-aq-2ag-s-4nh-a https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTg0-the-oxidising-agent-and-reducing-agent-in-the-given-reaction-are-5p4s-12h2ol-12ho-aq-8594-8ph3g-12hpo2-aq-1-oxidising-agent-p4-reducing-agent-p4-2-oxidising-agent-p4-reducing-agent-h2o-3-oxidising-age https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTg1-the-correct-statement-about-the-given-reaction-is-cn-2-g-2oh-aq-rarr-cn-aq-cno-aq-h2o-l-1-the-reaction-is-an-example-of-a-disproportionation-reaction-2-hydrogen-atom-gets-oxidized-3-reaction-occurs-in https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTg2-the-mn3-ion-is-unstable-in-solution-and-undergoes-disproportionation-reaction-to-give-mn2-mno2-and-h-ion-the-balanced-ionic-equation-for-the-reaction-is-1-2-mathrm-mn-3-mathrm-aq-2-mathrm-h-2-mathrm-o https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTg3-which-element-exhibits-both-positive-and-negative-oxidation-states-1-cs-2-ne-3-i-4-f-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTg4-the-balanced-equation-for-the-reaction-between-chlorine-and-sulphur-dioxide-in-water-is-1-cl2-s-so2-aq-2h2o-i-rarr-2cl-aq-so42-aq-4h-aq-2-3cl2-s-so2-aq-2h2o-i-rarr-cl-aq-so42-aq-3h-aq-3-cl2-s-3so2-aq https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTkw-the-set-of-metals-metal-ion-that-can-show-disproportionation-reaction-is-1-cu-1-na-li-2-mg-2-f-ne-3-p-cl-s-4-mn-3-cu-ga-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTkx-the-maximum-weight-of-nitric-oxide-that-can-be-obtained-starting-only-with-10-00-g-of-ammonia-and-20-00-g-of-oxygen-is-1-9-g-2-15-g-3-12-g-4-11-g-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTky-consider-the-given-data-efe3-fe2-0-77-ei-i2-0-54-eag-ag-0-80-ecu-cu2-0-34-efe3-fe2-0-77-ecu-cu2-0-34-eag-ag-0-80-efe3-fe2-0-77-using-the-electrode-potential-values-given-above-identify-the-reaction-wh https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMTk0-arrange-the-metals-al-cu-fe-mg-and-zn-in-the-correct-decreasing-order-based-on-their-ability-to-displace-each-other-from-the-solutions-of-their-salts-1-al-zn-fe-cu-mg-2-zn-fe-cu-mg-al-3-mg-al-zn-fe-cu https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcxNDUy-the-correct-statement-about-the-electrolysis-of-an-aqueous-solution-of-agno3-with-ag-electrode-is-1-ag-ion-gets-oxidised-at-cathode-ag-s-is-reduced-at-anode-2-h2o-gets-reduced-at-cathode-h2o-gets-oxid https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcxNDU1-the-reactions-of-electrolysis-for-a-dilute-solution-of-h2so4-with-platinum-electrode-are-1-h-ions-reduce-at-cathode-h2o-oxidised-at-anode-2-h-ions-reduce-at-cathode-so42-oxidised-at-anode-3-h2o-reduce https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcxNDU2-the-correct-statement-about-electrolysis-of-an-aqueous-solution-of-cucl2-with-pt-electrode-is-1-cu2-ion-reduced-at-the-cathode-cl-ion-oxidized-at-the-anode-2-cu2-ion-reduced-at-the-anode-cl-ion-oxidiz https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcxNDYw-the-oxidizing-agent-and-reducing-agent-in-the-given-reaction-are-3n2h4l-4clo3aq-rarr-6nog-4claq-6h2ol-1-oxidising-agent-n2h4-reducing-agent-clo3-2-oxidising-agent-clo3-reducing-agent-n2h4-3-oxidising https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcxNDYy-the-oxidising-agent-and-reducing-agent-in-the-given-reaction-are-cl2o7g-4h2o2aq-2ohaq-rarr-2clo2aq-4o2g-5h2ol-1-oxidizing-agent-h2o2-reducing-agent-cl2o7-2-oxidizing-agent-cl2o7-reducing-agent-h2o2-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcxNTE3-given-a-galvanic-cell-with-the-following-reaction-zn-s-2ag-aq-rarr-zn-2-aq-2ag-s-which-electrode-will-be-negatively-charged-1-zn-2-ag-3-both-zn-and-ag-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcxNjU0-the-oxidation-states-of-the-central-atom-in-the-given-species-are-respectively-h4p2o7-and-h2s2o7-1-0-and-6-2-3-and-4-3-4-and-2-4-5-and-6-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcxNjU5-ki3-h2s4o6-the-oxidation-numbers-of-iodine-and-sulphur-in-the-above-compounds-are-respectively-1-dfrac-1-3-4-2-2-5-dfrac-1-3-3-dfrac-1-3-2-5-4-2-5-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3MTYz-the-correct-example-of-metal-displacement-reaction-among-the-following-is-1-mathrm-fe-2-mathrm-hcl-rightarrow-mathrm-fecl-2-mathrm-h-2-uparrow-2-2-mathrm-pb-left-mathrm-no-3-right-2-rightarrow-2-mathr https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3NzY5-2-na-s-h2-g-rarr-2-nah-s-the-incorrect-statement-among-the-following-regarding-above-mentioned-reaction-is-1-na-gets-oxidised-2-it-is-a-redox-reaction-3-nah-is-an-ionic-hydride-4-none-of-the-above-1-2 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3Nzcy-consider-the-given-reaction-2-mathrm-cu-2-mathrm-o-s-mathrm-cu-2-mathrm-s-s-rightarrow-6-mathrm-cu-s-mathrm-so-2-g-which-of-the-following-statements-about-the-given-reaction-is-correct-1-cu-is-reduced https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3Nzc0-the-species-among-the-following-that-does-not-show-a-disproportionation-reaction-is-clo-ndash-clo2-ndash-clo-3-and-clo4-ndash-1-clo-ndash-2-clo2-ndash-3-clo4-ndash-4-clo-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzA3MTY4-in-fe0-90o-fe-is-present-in-2-and-3-oxidation-state-what-is-the-mole-fraction-of-fe3-in-the-compound-1-0-22-2-0-77-3-0-90-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzM5Mzgw-identify-the-incorrect-statement-from-the-following-1-lithium-is-the-strongest-reducing-agent-among-the-alkali-metals-2-alkali-metals-react-with-water-to-form-their-hydroxides-3-the-oxidation-number-o https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzM5Mzgy-at-298-k-the-standard-electrode-potentials-of-mathrm-cu-2-cu-mathrm-zn-2-zn-fe-2-fe-and-mathrm-ag-ag-are-mathrm-0-34-v-0-76-v-mathrm-0-44-v-and-mathrm-0-80-v-respectively-on-the-basis-of-standard-elec https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzM5Nzk3-a-set-of-species-capable-of-showing-disproportionation-reactions-is-1-mathrm-clo-2-clo-3-clo-4-cl-2-2-mathrm-cl-2-clo-2-clo-3-s-8-3-mathrm-clo-4-clo-clo-2-f-2-4-mathrm-clo-3-clo-4-h-2o-2-clo-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQwODE4-assertion-a-the-oxidation-number-of-s-in-h2s2o8-is-6-reason-r-maximum-oxidation-state-of-s-is-6-because-the-maximum-oxidation-number-of-an-element-is-equal-to-the-number-of-valence-electrons-1-both-a https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQ2NDI1-which-of-the-following-reactions-is-a-decomposition-redox-reaction-1-mathrm-2-pb-left-no-3-right-2-s-rightarrow-2-pbo-s-4-no-2-g-o-2-g-2-mathrm-n-2-g-o-2-g-rightarrow-2-no-g-3-small-mathrm-cl-2-g-2-oh https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzY2OTk3-for-the-given-redox-reaction-find-out-the-coefficients-a-b-and-c-of-a-balanced-equation-respectively-mathrm-a-cr-2-o-7-2-bso-3-2-aq-c-h-aq-mathrm-2-a-cr-3-aq-bso-4-2-aq-frac-c-2-h-2-o-ell-1-8-1-and-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzcyMDkx-which-of-the-following-represents-an-oxidation-half-reaction-for-the-given-redox-reaction-3mno-2-2al-rarr-2al-2o-3-3mn-1-mn4-4e-minus-rarr-mn-2-mn2-2e-minus-rarr-mn-3-al-rarr-al3-3e-minus-4-al3-3e-min https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU1MDA1-which-reaction-is-not-a-redox-reaction-1-2-mathrm-kclo-3-mathrm-i-2-rightarrow-2-mathrm-kio-3-mathrm-cl-2-2-mathrm-h-2-mathrm-cl-2-rightarrow-2-mathrm-hcl-3-mathrm-bacl-2-mathrm-na-2-mathrm-so-4-right https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU2Nzc0-which-of-the-following-reaction-is-not-a-disproportionation-reaction-1-2-mathrm-f-2-g-2-mathrm-oh-a-q-rightarrow-2-mathrm-f-a-q-mathrm-of-2-g-mathrm-h-2-mathrm-o-l-2-mathrm-cl-2-g-2-mathrm-oh-a-q-righ https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4NzA5-match-the-items-in-column-i-with-relevant-items-in-column-ii-column-i-column-ii-a-ions-having-a-positive-charge-1-7-b-the-sum-of-oxidation-number-of-all-atoms-in-a-neutral-molecule-2-1-c-oxidation-num https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzkwMTUy-the-oxidation-number-of-iodine-in-io-3-io-4-ki-and-i-2-respectively-are-1-2-5-1-0-2-5-7-1-0-3-2-5-1-0-4-1-1-0-1-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzkwMTU0-match-the-compounds-of-iron-given-in-column-i-with-their-respective-oxidation-states-given-in-column-ii-and-mark-the-appropriate-choice-column-i-compound-column-ii-oxidation-states-of-fe-a-k-3-fe-oh-6 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzE2MTkz-match-the-items-in-column-i-with-column-ii-o-s-oxidation-state-column-i-column-ii-a-fe-o-s-in-fe2o3-i-2-b-mn-o-s-in-mno2-ii-3-c-mn-o-s-in-mno-iii-4-1-a-i-b-ii-c-iii-2-a-ii-b-iii-c-i-3-a-iii-b-ii-c-i-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU4MTU2-the-average-oxidation-number-of-sulphur-in-mathrm-na-2-mathrm-s-4-mathrm-o-6-is-1-1-5-2-2-5-3-3-0-4-2-0-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQ3Mzg3-consider-the-following-reaction-s8-s-12naoh-aq-4na2s-aq-2na2s2o3-aq-6h2o-l-a-b-c-the-oxidation-state-of-sulfur-in-the-given-equation-is-a-b-and-c-are-respectively-1-0-2-2-2-2-0-2-3-0-2-2-4-2-2-2-1-2-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTI5MDE2-among-the-following-compounds-which-one-is-a-transition-metal-with-an-oxidation-number-of-zero-1-mathrm-left-fe-left-h-2-o-right-3-right-oh-2-2-mathrm-left-co-left-nh-3-right-6-right-cl-2-3-mathrm-lef https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk3NTky-which-of-the-following-is-not-a-valid-rule-for-determining-oxidation-numbers-1-for-ions-the-oxidation-number-is-equal-to-the-charge-of-the-ion-2-oxygen-always-has-an-oxidation-number-of-2-in-all-its-c https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzk1MjQy-what-is-the-oxidation-number-of-sulphur-in-s-8-molecule-1-three-6-2-zero-0-3-two-2-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzYzODEy-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-hno3-acts-as-an-oxidizing-agent-reason-r-the-oxidation-state-of-nitrogen-in-hno-is-5-whi https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTI4MjYw-the-oxidation-states-of-phosphorous-in-h3po3-p4-and-ph3-respectively-are-1-3-zero-and-3-2-3-zero-and-3-3-3-4-and-3-4-3-zero-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc4MjE3-the-oxidation-states-of-transition-metal-atoms-in-k2cr2o7-kmno4-and-k2feo4-respectively-are-x-y-and-z-the-sum-of-x-y-and-z-is-1-16-2-12-3-19-4-22-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMzc5-atom-s-with-outer-most-electronic-configuration-among-the-following-that-can-show-variable-oxidation-is-a-3s1-b-3d34s2-c-3d24s2-d-3s23p3-1-a-b-c-2-b-c-d-3-a-b-d-4-a-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzc4OTY1-what-is-the-increasing-order-of-oxidation-states-of-mn-in-kmno4-mncl2-mno2-and-mn-oh-3-1-mn-oh-3-mncl2-mno2-kmno4-2-kmno4-mn-oh-3-mno2-mncl2-3-mncl2-mn-oh-3-kmno4-mno2-4-mncl2-mn-oh-3-mno2-kmno4-1-2-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTI4OTg0-the-oxidation-number-of-phosphorus-in-mg2p2o7-is-1-3-2-2-3-5-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQ0NzMx-which-pair-of-species-has-vanadium-in-the-same-oxidation-state-1-text-vo-2-text-and-text-vo-3-2-text-vo-2-text-and-text-v-2-text-o-5-3-text-vcl-4-text-and-text-vo-2-4-text-vcl-4-text-and-text-vo-3-1-2 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQ2ODkx-among-the-following-compounds-an-element-that-exhibits-two-oxidation-states-in-the-same-compound-is-1-nh2oh-2-nh4no3-3-n2h4-4-n3h-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzc1MDEy-which-species-possesses-an-atom-exhibiting-an-oxidation-number-of-3-1-clo2-2-po43-3-s2o32-4-no2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzk5ODky-the-oxidation-number-of-carbon-in-mathrm-ch-2-mathrm-o-is-1-2-2-2-3-0-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk3NTkw-a-compound-contains-atoms-x-y-and-z-the-oxidation-numbers-of-x-is-2-y-is-5-and-z-is-2-based-on-this-information-what-is-the-most-likely-formula-of-the-compound-1-xyz-2-2-y-2-xz-3-2-3-x-3-yz-4-2-4-x-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzk5ODc1-the-pair-of-the-compounds-in-which-both-the-metals-are-in-the-highest-possible-oxidation-state-is-1-left-mathrm-fe-mathrm-cn-6-right-3-left-mathrm-co-mathrm-cn-6-right-3-2-mathrm-cro-2-mathrm-cl-2-mat https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQ5NzQw-oxidation-state-of-hydrogen-in-cah2-is-1-1-2-1-3-zero-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDY4ODcw-given-the-following-reaction-involving-manganese-mn-mathrm-3mno-2-4-4h-rightarrow-2mno-4-mno-2-2h-2o-which-oxidation-states-of-manganese-are-not-observed-in-the-above-reaction-a-6-b-2-c-4-d-7-e-3-mark https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzk5ODcz-the-increasing-order-of-oxidation-state-of-sulfur-in-the-following-anions-is-mathrm-so-3-2-mathrm-s-2-mathrm-o-4-2-and-mathrm-s-2-mathrm-o-6-2-1-mathrm-s-2-mathrm-o-6-2-mathrm-s-2-mathrm-o-4-2-mathrm https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTI5MDE0-in-the-compound-na2s2o3na2s2o3na2s2o3-the-oxidation-state-of-sulphur-is-1-2-2-2-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQxNzk1-given-below-are-two-statements-statement-i-in-some-cases-oxygen-shows-a-positive-oxidation-number-though-it-is-an-electronegative-element-statement-ii-fluorine-is-more-electronegative-than-oxygen-1-st https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQxNzk3-given-below-are-two-statements-assertion-a-hclo4-is-a-stronger-acid-than-hclo3-reason-r-the-oxidation-state-of-cl-in-hclo4-is-8-and-in-hclo3-is-5-1-both-a-and-r-are-true-and-r-is-the-correct-explanati https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzc3ODQ2-which-of-the-following-reactions-shows-the-underlined-substance-being-oxidized-1-br2-h2s-2hbr-s-2-2hgcl2-sncl2-hg2cl2-sncl4-3-cl2-2ki-2kcl-i2-4-2cu2-4i-cu2i2-i2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzA4NjAw-what-is-the-oxidation-number-of-cl-in-text-caocl-2-bleaching-powder-1-zero-because-it-contains-cl2-2-1-because-it-contains-cl-3-1-because-it-contains-clo-4-1-and-1-because-it-contains-clo-and-cl-1-2-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk1NTM1-the-species-given-below-that-does-not-show-a-disproportionation-reaction-is-1-text-bro-2-text-bro-4-3-text-bro-3-4-text-bro-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3Nzc5-in-the-following-equation-the-products-a-and-b-are-respectively-are-small-cr-2o-2-7-aq-3so-2-3-aq-8h-aq-rightarrow-a-b-4h-2o-l-1-2-mathrm-cr-2-3-mathrm-so-2-2-2-mathrm-cr-mathrm-s-2-mathrm-o-7-2-3-2-m https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzMxOTEx-for-a-given-reaction-scheme-x-mathrm-cl-2-y-mathrm-naoh-longrightarrow-mathrm-znacl-a-mathrm-mathrm-naclo-3-bh-2o-the-ratio-of-x-y-over-z-a-b-will-be-1-one-1-2-two-2-3-five-5-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk3NTkx-in-the-following-reaction-x-y-and-z-are-respectively-xzn-no-3-yh-rightarrow-xzn-2-nh-4-zh-2o-1-4-10-and-3-2-3-8-and-3-3-3-10-and-3-4-4-3-and-10-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDYwOTMz-what-is-the-minimum-number-of-electrons-needed-to-balance-the-following-half-reaction-with-whole-number-coefficients-text-io-3-rightarrow-text-i-2-1-six-6-2-four-4-3-ten-10-4-eight-8-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk1NzE1-identify-the-process-in-which-a-change-in-the-oxidation-state-is-five-1-mathrm-mno-4-rightarrow-mathrm-mn-2-2-mathrm-cro-4-2-rightarrow-mathrm-cr-3-3-mathrm-c-2-mathrm-o-4-2-rightarrow-2-mathrm-co-2-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTMyNzM-oxidation-numbers-of-p-in-po3-4po43-po43-of-s-in-so2-4so42-so42-and-that-of-cr-in-cr2o2-7cr2o72-cr2o72-are-respectively-1-5-6-and-6-2-3-6-and-5-3-5-3-and-6-4-3-6-and-6-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDYwODU0-the-gain-and-loss-of-electrons-respectively-is-called-as-1-electrolysis-and-reduction-2-redox-and-oxidation-3-reduction-and-oxidation-4-oxidation-and-electrolysis-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU4MzAy-consider-the-following-redox-reaction-and-select-the-correct-statements-from-a-b-c-and-d-2-mathrm-s-2-mathrm-o-3-2-mathrm-i-2-rightarrow-mathrm-s-4-mathrm-o-6-2-2-mathrm-i-a-mathrm-s-2-mathrm-o-3-2-ge https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzc0NTE4-which-element-is-being-reduced-in-the-following-equation-small-begin-gathered-3-mathrm-cu-s-8-mathrm-hno-3-a-q-rightarrow-2-mathrm-no-g-3-mathrm-cu-left-mathrm-no-3-right-2-a-q-4-mathrm-h-2-mathrm-o-l https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzE2MDQ3-for-the-reaction-fe3o4-s-al-s-fe-s-al2o3-s-which-of-the-following-statements-about-the-reaction-are-correct-a-stoichiometric-coefficient-of-fe-is-9-b-aluminium-is-oxidized-c-ferrous-ferric-oxide-fe3o4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTI4OTIw-consider-the-following-redox-reaction-3br-6co-h-o-5br-bro-6hco-find-the-correct-statement-regarding-the-oxidation-and-reduction-processes-in-the-above-reaction-1-br-is-oxidised-and-co-is-reduced-br-is https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3NzY4-for-the-reaction-h2s-g-cl2-g-2-hcl-g-s-s-the-correct-statement-s-in-the-balanced-equation-is-are-a-h2s-is-oxidised-b-cl2-is-reduced-c-h2s-is-reduced-d-cl2-is-oxidised-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDYxMTc3-based-on-the-following-standard-reduction-potentials-cu-aq-e-cu-aq-e-red-0-34-v-2h-aq-2e-h-g-e-red-0-00-v-fe-aq-2e-fe-s-e-red-0-44-v-ni-s-ni-aq-2e-e-ox-0-25-v-find-the-correct-statement-regarding-the https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzc1Mjky-in-which-of-the-following-cases-does-chromium-undergo-reduction-1-cro3-crof3-2-cr3-cr-oh-4-3-2cro42-cr2o72-4-cr3-cro42-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU3MDQ4-which-of-the-following-cannot-as-an-oxidising-agent-1-mathrm-mno-4-2-mathrm-so-4-2-3-mathrm-n-3-4-mathrm-bro-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzE2MDUw-consider-the-following-reaction-2na-s-h2-g-2nah-s-the-correct-statements-in-the-balanced-equation-are-a-na-is-oxidized-b-h2-is-oxidized-c-h2-is-reduced-d-it-is-a-disproportionation-reaction-choose-the https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzc1MTU5-which-species-among-the-following-can-act-as-an-oxidizing-agent-but-not-as-a-reducing-agent-1-cl2-2-cl-3-clo2-4-clo4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzk5ODc2-consider-the-given-reaction-3-mathrm-clo-mathrm-aq-longrightarrow-mathrm-clo-3-mathrm-aq-2-mathrm-cl-mathrm-aq-this-reaction-is-best-classified-as-1-oxidation-reaction-2-reduction-reaction-3-dispropor https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzc5OTkz-which-among-the-following-compounds-has-the-highest-oxidation-number-of-sulphur-1-h2so4-2-so3-3-h2s2o7-4-all-have-the-same-oxidation-number-for-sulphur-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQ4NjU1-what-is-the-change-in-the-oxidation-state-of-hg-in-the-following-reaction-2hgcl2-aq-sncl2-aq-hg2cl2-s-sncl4-aq-1-2-to-0-2-2-to-1-3-1-to-2-4-4-to-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3Nzc2-match-the-items-in-column-i-with-the-items-in-column-ii-column-i-column-ii-a-n2-g-o2-g-2-no-g-i-disproportionation-redox-reaction-b-2pb-no3-2-s-2pbo-s-4-no2-g-o2-g-ii-decomposition-redox-reaction-c-na https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTc4ODAz-which-of-the-following-elements-does-not-show-disproportionation-tendency-1-cl-2-br-3-f-4-i-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzc1MTcy-which-change-represents-an-oxidation-1-mathrm-no-2-rightarrow-mathrm-n-2-2-mathrm-vo-2-rightarrow-mathrm-vo-3-3-mathrm-clo-rightarrow-mathrm-cl-4-mathrm-cro-4-2-rightarrow-mathrm-cr-2-mathrm-o-7-2-1-2 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzk5OTA0-consider-the-reaction-mathrm-h-2-so-3-aq-sn-4-aq-h-2-o-l-rightarrow-sn-2-aq-hso-4-aq-3-h-aq-which-of-the-following-statements-is-correct-1-mathrm-sn-4-is-the-oxidizing-agent-because-it-undergoes-oxida https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDI3ODA1-which-of-the-following-statements-accurately-describes-a-redox-couple-1-the-redox-couple-consists-of-two-oxidized-forms-of-the-same-element-2-the-redox-couple-consists-of-two-reduced-forms-of-the-same https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTI5MDA5-which-of-the-following-is-not-an-oxidation-reduction-reaction-1-h2-br2-2hbr-2-nacl-agno3-nano3-agcl-3-2na2s2o3-i2-na2s4o6-2nai-4-cl2-h2o-hcl-hocl-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQ0Mzcw-given-below-are-two-statements-statement-i-displacement-redox-reactions-can-be-classified-into-metal-displacement-and-non-metal-displacement-statement-ii-the-non-metal-displacement-redox-reactions-inc https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzc1Nzk5-identify-the-correct-statements-statement-i-kmno4-acts-as-a-self-indicator-in-a-redox-titration-statement-ii-clo3-does-not-show-a-disproportionation-reaction-in-light-of-the-above-statements-choose-th https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTk5NDY5-find-the-correct-decreasing-order-of-the-reducing-power-of-al-ag-k-and-cr-given-standard-reduction-potentials-e-al-al-1-66-v-e-ag-ag-0-80-v-e-k-k-2-93-v-e-cr-cr-0-79-v-1-ag-cr-al-k-2-k-al-cr-ag-3-k-al https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzA4MjE3-which-of-the-following-processes-is-happening-at-the-anode-from-the-options-given-below-1-mathrm-f-2-2-mathrm-e-rightarrow-2-mathrm-f-2-mathrm-h-frac-1-2-mathrm-o-2-2-mathrm-e-rightarrow-mathrm-h-2-ma https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTQ3Mzg1-which-of-the-following-is-the-strongest-oxidising-agent-1-bro-3-br2-eo-1-50bro3-br2-eo-1-50-2-fe3-fe2-eo-0-76fe3-fe2-eo-0-76-3-mno-4-mn2-eo-1-52mno4-mn2-eo-1-52-4-cr2o2-7-cr3-eo-1-33cr2o72-cr3-eo-1-33 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjA2NDcy-the-method-that-can-be-used-to-find-out-the-strength-of-the-reductant-oxidant-in-a-solution-is-1-measurement-of-electrode-potential-using-standard-electrodes-2-fuel-cells-3-resistance-calculation-4-me https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTI4OTY5-what-is-the-value-of-e-text-cell-o-for-the-following-reaction-h2o2-aq-2h-aq-2fe2-aq-2h2o-i-2fe3-aq-given-that-e-mathrm-h-2-mathrm-o-2-mathrm-h-2-mathrm-o-1-0-1-763-mathrm-v-e-mathrm-fe-3-a-q-mathrm-fe https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4NjY0-given-below-are-two-statements-assertion-a-in-the-presentation-mathrm-e-mathrm-fe-3-ominus-mathrm-fe-2-text-and-mathrm-e-mathrm-cu-2-ominus-mathrm-cu-prime-mathrm-fe-3-mathrm-fe-2-and-text-mathrm-cu-2 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTc4NzU1-the-oxidation-number-and-covalency-of-sulphur-in-the-sulphur-molecule-s8-are-respectively-1-0-and-2-2-6-and-8-3-0-and-8-4-6-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTM0MTEz-in-the-given-balanced-chemical-reaction-mathrm-io-3-mathrm-ai-mathrm-bh-rightarrow-mathrm-ch-2-mathrm-o-mathrm-di-2-the-values-of-a-b-c-and-d-respectively-are-1-5-6-3-3-2-5-3-6-3-3-3-5-3-6-4-5-6-5-5-1 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTIyOTU4-in-the-equation-cr2o2-7-fe2-h-cr3-fe3-h2ocr2o72-fe2-h-cr3-fe3-h2ocr2o72-fe2-h-cr3-fe3-h2o-the-coefficients-of-fe2-andh-fe2-andh-fe2-andh-are-respectively-1-6-7-2-6-14-3-5-7-4-5-14-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4Njg5-which-of-the-following-arrangements-represents-the-increasing-oxidation-number-of-the-central-atom-1-cro-2-cro2-cro2-clo-3-clo3-clo3-cro2-4-cro42-cro42-mno-4mno4-mno4-2-clo-3-clo3-clo3-cro2-4-cro42-cr https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4NjU0-the-element-that-does-not-show-a-disproportionation-tendency-is-are-1-cl-2-br-3-f-4-i-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTk0OTUw-the-oxidation-number-of-the-atom-in-bold-in-the-following-species-is-given-identify-which-one-is-incorrectly-related-1-mathbf-cu-2-o-is-1-2-mathbf-cl-o-3-is-5-3-k-2-mathbf-cr-2-o-7-is-6-4-h-mathbf-au https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4Njg3-which-of-the-following-statement-regarding-the-rules-to-calculate-the-oxidation-number-is-incorrect-1-the-oxidation-number-of-hydrogen-is-always-1-2-the-algebraic-sum-of-all-the-oxidation-numbers-carr https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTIxNTE-the-highest-oxidation-number-of-nitrogen-among-the-following-compounds-is-1-n2h4n2h4n2h4-2-nh3nh3nh3-3-n3hn3hn3h-4-nh2ohnh2ohnh2oh-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4Njkx-identify-the-disproportionation-reaction-among-the-following-1-ch4-2o2-co2-2h2och4-2o2-co2-2h2och4-2o2-co2-2h2o-2-ch4-4cl2-ccl4-4hclch4-4cl2-ccl4-4hclch4-4cl2-ccl4-4hcl-3-2f2-2oh-2f-of2-h2o2f2-2oh-2f https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4Njg2-in-the-reactions-given-below-thiosulphate-reacts-differently-with-iodine-than-with-bromine-2s2o2-3-i2-s4o2-6-2i-2s2o2-3-i2-s4o2-6-2i-2s2o32-i2-s4o62-2i-s2o2-3-2br2-5h2o-2so2-4-2br-10h-s2o2-3-2br2-5h2o https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4NjY1-given-below-are-two-statements-assertion-a-the-decomposition-of-hydrogen-peroxide-to-form-water-and-oxygen-is-an-example-of-a-disproportionation-reaction-reason-r-the-oxygen-of-peroxide-is-in-1-oxidat https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4NzEx-given-below-are-two-statements-assertion-a-in-the-reaction-between-potassium-permanganate-and-potassium-iodide-permanganate-ions-act-as-an-oxidising-agent-reason-r-the-oxidation-state-of-manganese-cha https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4Njg0-e-e-e-values-of-some-redox-couples-are-given-below-on-the-basis-of-these-values-choose-the-correct-option-e-values-br2-br-1-90e-values-br2-br-1-90e-values-br2-br-1-90-ag-ag-s-0-80ag-ag-s-0-80ag-ag-s-0 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcxNDU0-the-correct-statement-about-the-electrolysis-of-an-aqueous-solution-of-agno3agno3agno3-with-pt-electrode-is-1-pt-s-gets-oxidized-at-cathode-whereas-ag-aq-gets-reduced-at-anode-2-ag-aq-gets-reduced-at https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTQzNjQ3-find-the-strongest-reducing-agent-among-the-following-species-using-the-given-standard-electrode-potentials-e-cl-cl-1-36-v-e-cr-cr-0-74-v-e-cr-o-cr-1-33-v-e-mno-mn-1-51-v-1-mathrm-cr-3-2-mathrm-ci-3-c https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4NzEw-given-below-are-two-statements-assertion-a-among-halogens-fluorine-is-the-best-oxidant-reason-r-fluorine-is-the-most-electronegative-atom-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4Njgz-which-species-is-the-strongest-oxidizing-agent-based-on-the-given-standard-electrode-potentials-e-ominus-values-left-fe-right-3-left-fe-right-2-0-77-v-i-2-s-i-0-54-v-left-cu-right-2-cu-0-34-v-left-ag https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NTM1MTYz-consider-the-following-compounds-underline-ko-2-h-2-underline-o-2-and-h-2-underline-so-4-the-oxidation-states-of-the-underlined-elements-in-them-are-respectively-1-1-2-and-4-2-4-4-and-6-3-1-1-and-6-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTEyMjQ-a-h2o2-o3-h2o-2o2-b-h2o2-ag2o-2ag-h2o-o2-the-role-of-hydrogen-peroxide-in-the-above-reactions-is-respectively-1-oxidizing-in-a-and-reducing-in-b-2-reducing-in-a-and-oxidizing-in-b-3-reducing-in-a-and https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4Njkw-the-largest-oxidation-number-exhibited-by-an-element-depends-on-its-electronic-configuration-with-which-of-the-following-electronic-configurations-will-the-element-exhibit-the-largest-oxidation-number https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3Nzcw-match-the-items-in-column-i-with-column-ii-o-s-oxidation-state-column-i-column-ii-oxidation-state-a-o-s-of-au-in-haucl4-i-2-b-o-s-of-tl-in-tl2o-ii-1-c-o-s-of-fe-in-feo-iii-3-d-o-s-of-cu-in-cui-1-a-i-b https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3Nzc3-consider-the-following-reaction-pb3o4-8hcl-a-b-4h2o-a-and-b-are-respectively-1-a-pbcl4-b-pbcl2-2-a-pbcl2-b-cl2-3-a-pbcl4-b-cl2-4-a-pbcl2-b-o2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3Nzgx-amno4-aq-bbr-aq-ch2o-l-dmno2-s-ebro3-aq-foh-aq-the-value-of-c-d-and-f-in-the-above-mentioned-reaction-are-respectively-1-c-1-d-2-f-2-2-c-2-d-1-f-2-3-c-2-d-2-f-1-4-c-1-d-1-f-1-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3Nzgy-permanganate-vii-ion-mno4-in-basic-solution-oxidizes-iodide-ion-i-to-produce-molecular-iodine-i2-and-manganese-iv-oxide-mno2-the-reaction-is-as-follows-ai-aq-bmno4-aq-ch2o-l-di2-s-emno2-s-foh-aq-the-v https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzE2MDg1-consider-the-following-reaction-pb3o4-4hno3-a-b-2h2o-a-and-b-are-respectively-1-a-pb-no3-4-b-pbo2-2-a-pb-b-o2-3-a-pb-no3-2-b-pbo2-4-a-pbo-b-no2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMzgw-identify-the-correct-statements-regarding-the-given-reaction-p4-3oh-3h2o-ph3-3h2po-2p4-3oh-3h2o-ph3-3h2po2-p4-3oh-3h2o-ph3-3h2po2-a-phosphorus-undergoes-reduction-only-b-phosphorus-undergoes-oxidation https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMzc4-which-of-the-following-statement-s-is-are-correct-regarding-the-given-reaction-zn-2hcl-zncl2-h2zn-2hcl-zncl2-h2zn-2hcl-zncl2-h2-a-zinc-is-acting-as-an-oxidant-b-chlorine-is-acting-as-a-reductant-c-hyd https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMDU2-which-of-the-following-electrodes-will-act-as-anodes-when-connected-to-standard-hydrogen-electrode-begin-array-rlr-text-a-mathrm-al-3-al-mathrm-e-rp-o-1-66-text-b-mathrm-fe-2-fe-mathrm-e-rp-o-0-44-tex https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjcwMDU0-which-of-the-following-statements-are-not-true-about-the-following-decomposition-reaction-2kclo3-2kcl-3o22kclo3-2kcl-3o22kclo3-2kcl-3o2-a-potassium-is-undergoing-oxidation-b-chlorine-is-undergoing-oxi https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4NzA4-match-column-i-with-column-ii-for-the-oxidation-states-of-the-central-atoms-column-i-column-ii-a-cr2o2-7cr2o72-cr2o72-1-3-b-mno-4mno4-mno4-2-4-c-vo-3vo3-vo3-3-5-d-fef3-6fef63-fef63-4-6-5-7-codes-optio https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4Njg4-in-which-of-the-following-compounds-an-element-exhibits-two-different-oxidation-state-1-nh2ohnh2ohnh2oh-2-nh4no3nh4no3nh4no3-3-n2h4n2h4n2h4-4-n3hn3hn3h-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4Njg1-using-the-standard-electrode-potential-find-out-the-pair-between-which-redox-reaction-is-not-feasible-begin-aligned-mathrm-e-ominus-text-values-mathrm-fe-3-mathrm-fe-2-0-77-quad-mathrm-i-2-mathrm-i-0 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI4Njgy-which-of-the-following-is-not-an-example-of-redox-reaction-1-cuo-h2-cu-h2ocuo-h2-cu-h2ocuo-h2-cu-h2o-2-fe2o3-3co-2fe-3co2fe2o3-3co-2fe-3co2fe2o3-3co-2fe-3co2-3-2k-f2-2kf2k-f2-2kf2k-f2-2kf-4-bacl2-h2so https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI5ODE3-arrange-the-given-reduction-potentials-of-some-ions-in-decreasing-order-of-oxidising-power-ion-clo-4clo-4clo4-io-4io-4io4-bro-4bro4-potential-e-v-1-19v-1-65v-1-74v-1-mathrm-clo-4-mathrm-io-4-mathrm-br https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI5ODE5-which-two-changes-occur-in-the-oxidation-number-of-chlorine-when-chlorine-gas-is-passed-through-hot-naoh-solution-a-0-to-5-b-0-to-3-c-0-to-1-d-0-to-1-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-c https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MjI5ODI3-in-which-of-the-following-reactions-conc-h2so4-is-used-as-an-oxidising-reagent-a-caf2-h2so4-caso4-2-hf-2-2hi-h2so4-i2-so2-2h2o-3-cu-2h2so4-cuso4-so2-2h2o-4-nacl-h2so4-nahso4-hcl-choose-the-correct-opt https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQxNzk4-given-below-two-statements-assertion-a-the-oxidation-state-of-cr-in-cro5-is-6-reason-r-all-oxygen-atoms-have-2-oxidation-number-1-both-a-and-r-are-true-and-r-correctly-explains-a-2-both-a-and-r-are-tr https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQxNzk0-consider-the-given-two-statements-assertion-a-fluorine-has-the-ability-to-oxidize-other-elements-to-their-highest-oxidation-states-reason-r-the-fluoride-ion-is-very-difficult-to-oxidize-back-to-fluori https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQwOTE3-assertion-a-fluorine-exists-only-in-1-oxidation-state-reason-r-fluorine-has-2s22p5-configuration-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-and-r-is-not-the https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQwOTE1-given-below-are-two-statements-statement-i-l2-io-3-i-is-a-disproportionation-reaction-statement-ii-the-oxidation-number-of-iodine-can-vary-from-1-to-7-1-both-a-and-r-are-true-and-r-correctly-explains https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQwOTE0-assertion-a-in-cro5-the-oxidation-number-of-cr-is-6-reason-r-cro5-has-a-butterfly-structure-in-which-peroxide-bonds-are-present-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-a https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQwOTAy-given-below-are-two-statements-assertion-a-mno2-can-act-as-an-oxidizing-agent-as-well-as-a-reducing-agent-reason-r-the-oxidation-state-of-mn-lies-between-the-highest-and-lowest-oxidation-states-1-both https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzIwODYx-match-the-compounds-in-column-i-with-the-oxidation-states-of-cl-in-column-ii-column-i-compound-column-ii-oxidation-state-a-cl2o7-i-4-b-naclo3-ii-1-c-cl2o-iii-5-d-clo2-iv-7-options-a-b-c-d-1-iii-iv-ii https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-pb246OTIxNzE-a-mixture-of-potassium-chlorate-oxalic-acid-and-sulphuric-acid-is-heated-during-the-reaction-which-element-undergoes-maximum-change-in-the-oxidation-number-redox-reactions-1-s-2-h-3-cl-4-c-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU4MzA4-the-oxidation-number-of-carbon-is-correctly-given-for-compound-o-n-a-mathrm-hn-equiv-mathrm-c-2-b-mathrm-h-mathrm-c-equiv-mathrm-n-4-c-mathrm-ccl-4-4-d-mathrm-c-6-mathrm-h-12-mathrm-o-6-0-1-a-b-c-2-b https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzk1MjQz-what-is-the-number-of-moles-of-electrons-gained-by-one-mole-of-oxidizing-agent-in-the-following-redox-reaction-mathrm-zn-s-mathrm-2hcl-aq-rightarrow-mathrm-zncl-2-aq-mathrm-h-2-g-1-four-4-2-three-3-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQ4NjAx-oxidation-number-of-oxygen-is-minimum-in-1-oxides-2-peroxides-3-superoxides-4-dioxygen-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzk5ODY2-the-oxidation-states-of-text-cr-in-left-mathrm-cr-left-mathrm-h-2-mathrm-o-right-6-right-mathrm-cl-3-left-mathrm-cr-left-mathrm-c-6-mathrm-h-6-right-2-right-and-mathrm-k-2-left-mathrm-cr-mathrm-cn-2-m https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mzg2Mzg4-in-the-given-reaction-the-oxidation-state-of-cl-in-the-major-product-will-be-mathrm-cl-2-mathrm-o-7-mathrm-h-2-mathrm-o-2-rightarrow-1-1-2-2-3-3-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzM2NDQz-the-oxidation-number-of-chromium-in-k-3cro-8-is-1-13-2-7-3-6-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDYwODU2-balance-the-following-half-reaction-in-acidic-solution-text-no-3-rightarrow-text-nh-4-when-balanced-with-the-smallest-whole-number-coefficients-what-is-the-sum-of-all-the-coefficients-and-electrons-us https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjk1ODY3-consider-the-given-reaction-mathrm-al-mathrm-fe-3-mathrm-o-4-rightarrow-mathrm-al-2-mathrm-o-3-mathrm-fe-what-is-the-total-number-of-electrons-transferred-in-the-given-reaction-1-6-2-8-3-8-3-4-24-1-2 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzgwOTYw-in-an-electrochemical-cell-the-half-cell-reactions-with-their-respective-oxidation-potentials-are-begin-aligned-c-u-s-rightarrow-c-u-2-2-e-e-circ-0-34-v-n-i-s-rightarrow-n-i-2-2-e-e-circ-0-25-v-end-al https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDYwMDE0-consider-the-following-reaction-mathrm-s-2-mathrm-o-3-2-mathrm-aq-mathrm-oh-mathrm-aq-rightarrow-mathrm-so-4-2-mathrm-aq-mathrm-h-2-mathrm-o-mathrm-l-mathrm-e-after-balancing-the-above-reaction-what-a https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU2MjYz-balance-the-following-chemical-equation-and-choose-the-option-with-the-correct-set-of-values-of-x-y-z-and-p-mathrm-xcl-2-mathrm-yoh-longrightarrow-mathrm-zcl-mathrm-pclo-1-text-x-1-text-y-2-text-z-2-t https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzA3NzIx-what-is-the-number-of-moles-of-k2cr2o7-required-to-oxidise-1-mole-of-ferrous-oxalate-in-an-acidic-medium-1-1-over-2-2-1-over-3-3-1-over-6-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MTc4Nzk3-when-zinc-rod-is-directly-placed-in-copper-sulphate-solution-1-the-blue-colour-of-the-solution-starts-intensifying-2-the-solution-remains-electrically-neutral-3-the-temperature-of-the-solution-falls-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzEwODA3-the-oxidation-number-of-sulfur-in-h-2so-4-is-6-and-in-h-2s-2o-8-it-is-also-6-when-h-2so-4-is-converted-into-h-2s-2o-8-what-type-of-process-occurs-during-this-conversion-1-oxidation-2-reduction-3-neith https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQ0Nzkx-which-of-the-following-equations-represent-s-a-redox-reaction-a-4lih-alcl3-3licl-lialh4-b-n2o3-3h2o-2h3o-2no2-c-nh4no3-2h2o-n2o-1-c-only-2-a-b-and-c-3-a-and-c-only-4-a-and-b-only-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NTc2MDYz-x-y-are-the-number-of-moles-of-electrons-involved-respectively-during-oxidation-of-i-to-i-2-s-2-to-s-by-acidified-k-2-cr-2-o-7-the-value-of-x-y-is-1-10-2-12-3-16-4-18-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NTc2NjA1-if-mathrm-k-2-mathrm-cr-2-mathrm-o-7-left-200-mathrm-cm-3-mathrm-x-times-10-3-mathrm-m-right-reacts-with-mohr-s-salt-0-6-text-m-750-text-cm-3-then-find-the-value-of-x-1-125-2-250-3-375-4-750-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NTI1MTc0-match-the-redox-reactions-in-list-i-with-their-corresponding-type-of-redox-reaction-in-list-ii-list-i-redox-reaction-list-ii-type-of-redox-reaction-a-mathrm-ch-4-mathrm-g-2-mathrm-o-2-mathrm-g-xrighta https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NTI2MDcy-consider-the-given-standard-electrode-potentials-mathrm-e-mathrm-cr-2-mathrm-o-7-2-mathrm-cr-3-0-1-33-mathrm-v-mathrm-e-mathrm-cl-2-mathrm-cl-0-1-36-mathrm-v-mathrm-e-mathrm-mno-4-mathrm-mn-2-0-1-51-m https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDM4MDM5-among-the-following-how-many-metal-ions-act-as-oxidising-agents-mathrm-sn-2-mathrm-sn-4-mathrm-pb-4-mathrm-pb-2-mathrm-tl-mathrm-tl-3-1-2-2-4-3-1-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDM4MjM2-in-which-of-the-following-compound-mn-will-have-highest-oxidation-state-1-mathrm-mno-4-2-mathrm-mno-2-3-mathrm-mno-4-2-4-mathrm-mn-2-mathrm-o-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDM5OTk1-50-ml-of-kmno4-solution-is-used-for-titration-with-20-ml-of-2m-oxalic-acid-solution-in-acidic-medium-the-molarity-of-kmno4-solution-is-x-10-2-m-the-value-of-x-is-1-32-2-35-3-26-4-94-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDUyNjQ1-which-of-the-following-undergoes-disproportionation-reaction-in-aqueous-alkaline-medium-1-mathrm-i-2-text-and-mathrm-cl-2-only-2-mathrm-f-2-text-and-mathrm-cl-2-only-3-mathrm-i-2-text-and-mathrm-br-2 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU0NTM5-find-the-number-of-moles-of-h-ions-required-for-1-mole-of-mno-to-oxidise-oxalate-ions-completely-to-co-in-an-acidic-medium-1-eight-8-2-four-4-3-ten-10-4-seven-7-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU1MTY4-mathrm-cr-2-mathrm-o-7-2-mathrm-xh-mathrm-ye-rightarrow-2-mathrm-cr-3-mathrm-ah-2-mathrm-o-balance-the-above-reaction-and-find-text-x-y-text-and-text-a-1-text-x-7-text-y-6-text-a-14-2-text-x-14-text-y https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU1MjY5-given-below-are-two-statements-statement-i-potassium-hydrogen-phthalate-is-primary-standard-for-naoh-solution-statement-ii-phenolphthalein-is-used-to-detect-completion-of-titration-1-both-statement-i https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU1Mjg4-which-of-the-following-is-a-disproportionation-reaction-a-mathrm-cu-longrightarrow-mathrm-cu-2-mathrm-cu-b-mathrm-mno-4-2-longrightarrow-mathrm-mno-4-mathrm-mno-2-c-mathrm-h-2-mathrm-o-2-longrightarro https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU1NDY5-arrange-the-following-compounds-according-to-their-decreasing-oxidising-power-mathrm-bro-4-mathrm-io-4-mathrm-clo-4-1-mathrm-clo-4-mathrm-io-4-mathrm-bro-4-2-mathrm-bro-4-mathrm-io-4-mathrm-clo-4-3-ma https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU1NTE0-how-many-of-the-following-show-disproportionation-reaction-mathrm-h-2-mathrm-o-2-mathrm-ag-mathrm-cu-mathrm-k-mathrm-f-2-mathrm-cl-2-mathrm-clo-3-1-four-4-2-one-1-3-six-6-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDU1OTYy-after-completing-the-reaction-find-out-sum-of-the-coefficients-of-all-the-species-involved-in-the-balanced-equation-2-mathrm-mno-4-mathrm-i-xrightarrow-text-medium-text-alkaline-1-8-2-9-3-6-4-4-1-2-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQxNzY2-which-one-of-the-following-is-an-example-of-a-disproportionation-reaction-1-small-3-mathrm-mno-4-2-4-mathrm-h-rightarrow-2-mathrm-mno-4-mathrm-mno-2-2-mathrm-h-2-mathrm-o-2-small-mathrm-mno-4-4-mathrm https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzQyNDk1-which-of-the-following-can-show-disproportionation-reaction-1-mno-4-2-clo-4-3-mno-2-4-4-f-2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDgxOTE2-which-of-the-following-reactions-is-not-an-example-of-a-disproportionation-reaction-1-2-mathrm-h-2-mathrm-o-2-rightarrow-2-mathrm-h-2-mathrm-o-mathrm-o-2-2-2-mathrm-no-2-mathrm-h-2-mathrm-o-rightarrow https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDgyMDQ5-mathrm-20-ml-of-0-02-m-hypo-solution-is-used-for-the-titration-of-mathrm-10-ml-of-copper-sulphate-solution-in-the-presence-of-excess-of-mathrm-ki-using-starch-as-an-indicator-the-molarity-of-mathrm-cu https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDgyMDYz-20-mathrm-ml-of-0-02-mathrm-m-mathrm-k-2-mathrm-cr-2-mathrm-o-7-solution-is-used-for-the-titration-of-10-mathrm-ml-of-mathrm-fe-2-solution-in-the-acidic-medium-if-the-molarity-of-mathrm-fe-2-solution https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDgyMTg1-which-of-the-following-oxoacids-of-sulphur-contains-s-in-two-different-oxidation-states-1-mathrm-h-2-mathrm-s-2-mathrm-o-3-2-mathrm-h-2-mathrm-s-2-mathrm-o-6-3-mathrm-h-2-mathrm-s-2-mathrm-o-7-4-mathr https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDgyMTkw-a-mathrm-2-0-g-sample-containing-mathrm-mno-2-is-treated-with-mathrm-hcl-liberating-mathrm-cl-2-the-mathrm-cl-2-gas-is-passed-into-a-solution-of-mathrm-ki-and-mathrm-60-0-ml-of-mathrm-0-1-m-na-2s-2o-3 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDgyMjky-mathrm-0-01-m-kmno-4-solution-was-added-to-mathrm-20-0-ml-of-mathrm-0-05-m-mohr-s-salt-solution-through-a-burette-the-initial-reading-of-mathrm-50-ml-burette-is-zero-how-much-volume-of-mathrm-kmno-4-s https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk1NjA1-among-the-following-which-is-the-strongest-oxidizing-agent-1-mn-3-2-fe-3-3-ti-3-4-cr-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc5MDYw-the-reaction-of-sulphur-in-an-alkaline-medium-is-given-below-s8-s-aoh-aq-bs2-aq-cs2o2-3-aq-dh2o-s8-s-aoh-aq-bs2-aq-cs2o2-3-aq-dh2o-s8-s-aoh-aq-bs2-aq-cs2o32-aq-dh2o-the-value-of-a-is-1-10-2-12-3-14-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk0Mzg4-when-10-ml-of-an-aqueous-solution-of-kmno-4-was-titrated-in-acidic-medium-equal-volume-of-0-1-m-of-an-aqueous-solution-of-ferrous-sulphate-was-required-for-complete-discharge-of-colour-how-much-is-the https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk1NDI1-which-of-the-following-sets-of-species-contains-only-those-that-can-undergo-a-disproportionation-reaction-1-mathrm-clo-2-mno-4-and-mathrm-cro-2-7-2-mathrm-clo-2-and-mathrm-mn-3-3-mathrm-clo-4-mno-4-an https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk1NTM0-find-the-sol-produced-when-agno-solution-is-added-to-the-ki-solution-from-the-following-options-1-agi-ag-2-ki-no-3-agno-no-4-agi-i-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk1NjY3-which-one-of-the-following-forms-when-text-cu-2-salt-reacts-with-potassium-iodide-1-text-cui-2-mathrm-cu-2i-2-3-mathrm-cu-i-3-2-4-mathrm-cu-2i-3-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk2MDE0-10-0-text-ml-of-mathrm-na-2co-3-solution-is-titrated-against-0-2-text-m-hcl-solution-the-following-titre-value-of-5-readings-were-recorded-text-4-8-ml-4-9-ml-5-0-ml-5-1-ml-and-5-0-ml-based-on-these-re https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk2Mjk4-find-the-value-of-x-when-15-ml-of-an-acidic-aqueous-fe-solution-completely-reacts-with-20-ml-of-0-03-m-k-cr-o-solution-the-molarity-of-the-fe-solution-is-expressed-as-x-10-m-round-off-x-to-the-nearest https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3ODc3-while-titrating-dilute-hcl-solution-with-aqueous-naoh-which-of-the-following-will-not-be-required-1-clamp-and-phenolphthalein-2-pipette-and-distilled-water-3-burette-and-porcelain-tile-4-bunsen-burner https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc3ODg2-the-oxidation-states-of-iron-atoms-in-compounds-a-b-and-c-respectively-are-x-y-and-z-the-sum-of-x-y-and-z-is-na4-fe-cn-5nos-na4-feo4-fe2-co-9-a-b-c-1-4-2-5-3-6-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc4NTQ2-calculate-the-percentage-purity-of-h-o-in-a-0-200-g-impure-sample-whose-20-0-ml-solution-reacts-completely-with-0-316-g-of-kmno-in-an-acidic-medium-given-molar-mass-of-h-o-34-g-mol-molar-mass-of-kmno https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDg4ODc3-oxidation-number-of-potassium-in-mathrm-k-2-mathrm-o-mathrm-k-2-mathrm-o-2-and-mathrm-ko-2-respectively-is-1-2-1-and-frac-1-2-2-1-4-and-2-3-1-1-and-1-4-1-2-and-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246NDk1MzY4-the-compound-that-cannot-act-as-both-an-oxidizing-and-reducing-agent-is-1-h-2o-2-2-hno-2-3-h-2so-3-4-h-3po-4-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc2Njg1-given-that-begin-aligned-e-mathrm-o-2-mathrm-h-2-mathrm-o-theta-1-23-mathrm-v-e-s-2-mathrm-o-8-2-mathrm-so-4-2-2-05-mathrm-v-e-mathrm-br-2-mathrm-br-theta-1-09-mathrm-v-e-a-u-3-a-u-theta-1-4-mathrm-v https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc5NTI2-which-of-the-following-is-the-strongest-reducing-agent-given-e-cl-2-cl-o-1-36-v-e-cr-3-cr-o-0-74-v-e-cr-20-7-2-cr-3-o-1-33-v-and-e-mno-4-mn-2-o-1-51-v-1-cr3-2-cl-3-cr-4-mn2-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc5NTMz-which-of-the-following-reactions-is-an-example-of-a-redox-reaction-1-xef-6-h-2o-longrightarrow-xeof-4-2hf-2-xef-6-2h-2o-longrightarrow-xeo-2f-2-4hf-3-xef-4-o-2f-2-longrightarrow-xef-6-o-2-4-xef-2-pf-5 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc5OTQy-find-the-metal-used-for-coating-iron-during-the-process-of-galvanization-1-pb-2-cr-3-cu-4-zn-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzA4MTcx-which-of-the-following-is-a-redox-reaction-1-nacl-kno3-rightarrow-nano3-kcl-2-cac2o4-2hcl-rightarrow-cacl2-h2c2o4-3-ca-oh-2-2nh4cl-rightarrow-cacl2-2nh3-2h2o-4-2k-ag-cn-2-zn-rightarrow-2ag-k2-zn-cn-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246MzA5Nzc4-standard-reduction-electrode-potentials-of-three-metals-a-b-and-c-are-0-5v-3-0-v-and-1-2-v-respectively-the-reducing-power-of-these-metals-are-1-b-c-a-2-a-b-c-3-c-b-a-4-a-c-b-1-2-3-4 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjg0MzU5-amount-of-oxalic-acid-present-in-a-solution-can-be-determined-by-its-titration-with-kmno4-solution-in-the-presence-of-h2so4-the-titration-gives-unsatisfactory-result-when-carried-out-in-the-presence-o https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc5NzM4-consider-the-following-reaction-a-mathrm-cu-b-mathrm-hno-3-rightarrow-c-mathrm-cu-left-mathrm-no-3-right-2-d-mathrm-no-e-mathrm-h-2-mathrm-o-the-values-of-a-b-and-e-in-the-reaction-are-respectively-1 https://medminds.me/qbank/chemistry/redox-reactions/?q=NP-b246Mjc5NzU2-given-mathrm-e-mathrm-cr-3-mathrm-cr-0-0-74-mathrm-v-mathrm-e-mathrm-mno-4-mathrm-mn-2-0-1-51-mathrm-v-e-mathrm-cr-2-mathrm-o-7-2-mathrm-cr-3-0-1-33-mathrm-v-mathrm-e-mathrm-cl-2-mathrm-cl-0-1-36-math https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU1MDQz-given-below-are-certain-cations-using-inorganic-qualitative-analysis-arrange-them-in-increasing-group-number-from-i-to-vi-a-al3-b-cu2-c-ba2-d-co2-e-mg2-choose-the-correct-answer-from-the-options-given https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU1MDQ2-during-the-preparation-of-mohr-s-salt-solution-ferrous-ammonium-sulphate-which-of-the-following-acid-is-added-to-prevent-hydrolysis-of-fe2-ion-1-concentrated-sulphuric-acid-2-dilute-nitric-acid-3-dilu https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU2ODI4-in-salt-analysis-group-v-radicals-mathrm-ba-2-ca-2-and-sr-2-are-precipitated-as-their-carbonates-by-adding-solid-mathrm-nh-4cl-and-excess-of-mathrm-nh-4oh-solution-followed-by-solid-mathrm-nh-4-2co-3 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU2ODgx-in-salt-analysis-mathrm-cl-br-and-mathrm-i-are-identified-by-adding-dilute-mathrm-hno-3-followed-by-mathrm-agno-3-solution-to-the-salt-solution-which-of-the-following-statements-are-correct-a-mathrm-c https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0NTM4-which-element-s-presence-is-detected-through-beilstein-test-1-sulfur-s-2-chlorine-cl-3-carbon-c-and-hydrogen-h-4-nitrogen-n-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0ODQx-pink-colour-of-acidified-kmno-4-is-decolourised-but-there-is-no-evolution-of-any-gas-this-may-happen-with-the-compound-containing-the-following-acid-radical-s-1-so-2-3-2-no-2-3-s-2-4-all-of-the-above https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0ODQ4-salt-a-when-heated-releases-a-colorless-neutral-gas-that-supports-combustion-based-on-the-diagram-provided-it-can-be-concluded-that-compound-a-contains-the-following-acid-radical-1-mathrm-no-2-2-mathr https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0ODUx-which-of-the-following-gives-foul-smelling-gas-with-the-smell-of-rotten-eggs-with-dil-h-2so-4-1-co-2-3-2-so-2-3-3-s-2-4-no-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0ODY1-a-reagent-that-can-separate-a-mixture-of-agcl-and-agi-is-1-kcn-2-na-2s-2o-3-3-dil-hno-3-4-nh-3-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0ODY4-what-is-the-product-when-nabr-and-concentrated-h2so4-are-heated-together-1-hobr-2-hbr-3-br-2-4-hbro-3-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTUx-the-solution-of-a-chemical-compound-x-reacts-with-agno-3-solution-to-form-a-white-precipitate-of-y-which-in-turn-dissolves-in-nh-4oh-to-give-a-complex-z-when-z-is-treated-with-dilute-hno-3-y-reappears https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTYy-a-gas-x-is-passed-through-water-to-form-a-saturated-solution-the-aqueous-solution-on-treatment-with-silver-nitrate-gives-a-white-precipitate-the-saturated-aqueous-solution-also-dissolves-magnesium-rib https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTY0-cu-2-ions-can-be-reduced-to-cu-ions-by-the-addition-of-an-aqueous-solution-of-1-kf-2-kcl-3-ki-4-koh-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDE0-on-adding-ki-solution-in-excess-to-a-solution-of-cuso-4-we-get-a-precipitate-p-and-another-liquor-m-select-the-correct-pairs-1-p-is-cu-2i-2-and-m-is-i-2-solution-2-p-is-cui-2-and-m-is-i-2-solution-3-p https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDMx-which-of-the-following-anions-gives-colourless-gas-during-the-preliminary-test-a-so-2-3-b-so-2-4-c-no-2-d-ch-3coo-1-a-b-and-d-2-b-and-c-3-a-b-and-c-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MTQ4-fe-3-zn-2-and-cu-2-cations-are-present-in-a-slightly-acidic-solution-the-reagent-that-when-added-in-excess-to-this-solution-would-identify-to-separate-fe-3-in-one-step-is-1-2m-hcl-2-6m-nh-3-3-6m-naoh https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MTUw-an-aqueous-solution-of-a-substance-gives-a-white-precipitate-on-treatment-with-dilute-hydrochloric-acid-which-dissolves-on-heating-when-hydrogen-sulfide-is-passed-through-the-hot-acidic-solution-a-bla https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MTU3-a-solution-when-diluted-with-h-2o-and-boiled-gives-a-white-precipitate-upon-addition-of-excess-nh-4cl-nh-4oh-the-volume-of-precipitate-decreases-leaving-behind-a-white-gelatinous-precipitate-identify https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MTcw-an-aqueous-solution-of-metal-ion-m1-reacts-separately-with-reagents-q-and-r-in-excess-to-give-tetrahedral-and-square-planar-complexes-respectively-an-aqueous-solution-of-another-metal-ion-m2-always-fo https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MTc2-during-the-qualitative-analysis-of-salt-with-cation-y-2-addition-of-a-reagent-x-to-alkaline-solution-of-the-salt-gives-a-bright-red-precipitate-the-reagent-x-and-the-cation-y-2-respectively-are-1-dime https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MTc3-which-of-the-following-statements-regarding-the-nitrate-ion-test-is-incorrect-1-a-dark-brown-ring-is-formed-at-the-junction-of-the-two-solutions-2-a-ring-is-formed-due-to-the-formation-of-nitroso-ferr https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTQ5-which-compound-among-the-following-exhibits-a-higher-melting-point-1-p-nitro-acetanilide-2-acetanilide-3-aniline-4-acetone-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTU0-which-of-the-following-compounds-is-more-likely-to-demonstrate-analgesic-properties-1-p-nitro-acetanilide-2-acetanilide-3-sodium-benzoate-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTcx-which-reagent-is-commonly-used-for-the-detection-of-hydroxyl-groups-1-sodium-hydroxide-naoh-2-bromine-water-br2-3-sodium-bicarbonate-nahco3-4-ammonia-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTc0-which-functional-group-gives-a-positive-test-with-2-4-dinitrophenylhydrazine-2-4-dnph-reagent-1-alcohol-oh-2-ketone-c-o-3-carboxylic-acid-cooh-4-ester-rcoo-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTc2-what-is-formed-when-a-carbonyl-compound-reacts-with-tollens-reagent-ammoniacal-silver-nitrate-1-white-precipitate-2-red-coloration-3-silver-mirror-4-blue-solution-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTc3-which-functional-group-is-detected-using-fehling-s-solution-1-alcohol-oh-2-amine-nh2-3-aldehyde-cho-4-carboxylic-acid-cooh-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTc5-which-functional-group-is-identified-using-lucas-reagent-1-alcohol-oh-2-ester-rcoo-3-amine-nh2-4-aldehyde-cho-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTgx-which-gas-is-evolved-when-carboxylic-acids-react-with-carbonates-or-bicarbonates-1-oxygen-o2-2-carbon-dioxide-co2-3-hydrogen-h2-4-nitrogen-n2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTgy-which-reagent-is-used-to-distinguish-between-saturated-and-unsaturated-hydrocarbons-1-bromine-water-br2-2-silver-nitrate-agno3-3-hydrochloric-acid-hcl-4-potassium-permanganate-kmno4-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTg0-what-color-product-is-formed-when-a-ketone-reacts-with-the-2-4-dinitrophenylhydrazine-2-4-dnph-reagent-1-orange-green-precipitate-2-brown-precipitate-3-white-precipitate-4-yellow-orange-precipitate-1 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI3ODU0-during-salt-analysis-which-functional-group-produces-a-reddish-brown-precipitate-upon-reaction-with-fehling-s-solution-1-aldehyde-2-ketone-3-carboxylic-acid-4-ester-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI3ODU1-what-specific-indication-suggests-the-presence-of-an-aldehyde-group-when-reacting-with-2-4-dinitrophenylhydrazine-dnph-1-formation-of-a-silver-mirror-2-formation-of-a-yellow-orange-precipitate-3-liber https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI3ODU3-which-reagent-from-the-options-provided-is-capable-of-differentiating-between-aldehydes-and-ketones-during-salt-analysis-1-lucas-test-2-bromine-water-3-2-4-dnp-test-4-schiff-s-reagent-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI3OTg2-what-is-the-color-of-potash-alum-crystals-1-green-2-blue-3-colorless-4-purple-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI3OTkx-which-of-the-following-best-describes-the-appearance-of-solid-mohr-s-salt-1-yellow-powder-2-green-crystals-3-blue-granules-4-colourless-flakes-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4MDUy-what-is-the-purpose-of-the-borax-bead-test-1-to-identify-the-presence-of-specific-metallic-ions-2-to-determine-the-acidity-of-a-solution-3-to-test-for-the-presence-of-organic-compounds-4-to-measure-th https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4MDUz-what-is-the-role-of-borax-sodium-borate-in-the-borax-bead-test-1-it-acts-as-a-flux-to-facilitate-the-formation-of-a-bead-2-it-acts-as-an-indicator-for-ph-changes-3-it-reacts-with-metal-ions-to-form-co https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4MDU0-the-borax-bead-test-is-responded-by-1-bivalent-metals-2-trivalent-metals-3-light-metals-4-metals-which-form-colored-metaborates-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzgz-the-colour-of-the-fumes-evolved-when-nitrite-reacts-with-dilute-sulfuric-acid-is-1-reddish-brown-2-greenish-3-yellow-4-colorless-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzg0-which-gas-es-is-are-responsible-for-the-reddish-brown-fumes-1-nitrogen-dioxide-2-br2-3-nitric-oxide-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzg1-what-is-the-characteristic-odor-produced-when-ethyl-acetate-is-formed-1-vinegar-like-2-fruity-3-pungent-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzg2-which-reagent-is-used-to-detect-the-presence-of-acetate-ions-in-the-salt-1-dilute-mathrm-hcl-2-dilute-mathrm-h-2so-4-3-dilute-mathrm-naoh-4-dilute-mathrm-hno-3-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzg3-the-colour-of-the-precipitate-of-agcl-formed-on-the-mixing-of-nacl-with-agno3-is-1-white-2-green-3-pink-4-orange-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzg4-which-ion-s-presence-is-confirmed-when-the-salt-smells-like-vinegar-upon-treatment-with-dilute-sulfuric-acid-1-acetate-ion-2-chloride-ion-3-sulfate-ion-4-nitrate-ion-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzg5-what-color-does-acetate-turn-when-it-reacts-with-a-neutral-ferric-chloride-solution-1-blue-2-yellow-3-deep-red-4-green-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzkx-which-gas-gives-dense-white-fumes-when-reacted-with-ammonium-hydroxide-1-oxygen-gas-2-hydrogen-gas-3-hcl-gas-4-ammonia-gas-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMDk3-what-substance-is-introduced-following-dilute-hcl-in-the-procedure-to-verify-the-presence-of-halogens-in-the-layer-test-1-distilled-water-2-carbon-disulphide-3-bromine-water-4-iodine-crystals-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMDk5-what-colour-indicates-the-presence-of-bromide-ions-in-the-layer-s-test-1-orange-2-violet-3-blue-4-green-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMTEy-during-the-borax-bead-test-with-mathrm-cuso-4-a-blue-green-colour-of-the-bead-is-observed-in-oxidizing-flame-due-to-the-formation-of-1-mathrm-cuo-2-mathrm-cu-left-mathrm-bo-2-right-2-3-mathrm-cu-mathr https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMzYx-what-chemical-changes-occur-when-mohr-s-salt-is-strongly-heated-1-it-decomposes-into-ferric-oxide-and-ammonia-gas-2-it-sublimes-directly-into-ferrous-sulfate-and-ammonium-sulfate-3-it-forms-a-complex https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMzYz-which-of-the-following-is-a-chemical-property-of-mohr-s-salt-1-it-effloresces-in-dry-air-2-it-decomposes-upon-heating-to-produce-sulfur-dioxide-gas-3-it-has-a-density-of-approximately-2-22-g-cm-4-it-i https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMzY3-mark-the-incorrect-statement-regarding-mohr-s-salt-1-it-is-soluble-in-water-2-it-turns-blue-litmus-paper-red-3-it-turns-red-litmus-paper-blue-4-it-gives-effervescence-with-sodium-bicarbonate-evolving https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMzY5-which-of-the-following-solutions-will-cause-mohr-s-salt-to-precipitate-out-as-iron-ii-hydroxide-1-hydrochloric-acid-2-sodium-hydroxide-3-sulphuric-acid-4-potassium-nitrate-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMzcx-mohr-s-salt-is-primarily-used-as-a-an-1-reducing-agent-2-oxidizing-agent-3-complexometric-indicator-4-ph-indicator-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMzc4-mark-the-correct-option-regarding-the-preparation-of-double-salt-assertion-a-equimolar-quantities-of-reacting-compounds-are-used-in-the-preparation-of-double-salts-reason-r-the-properties-of-the-indiv https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMzgw-which-of-the-following-ions-is-responsible-for-the-acidic-nature-of-a-solution-of-potash-alum-1-al-3-2-k-3-so-2-4-4-oh-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMzg2-what-is-the-colour-of-acetanilide-1-colourless-white-2-yellow-3-red-4-blue-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMzk5-what-is-the-first-step-in-the-preparation-of-p-nitroacetanilide-1-nitration-of-acetanilide-2-acetylation-of-aniline-3-nitration-of-nitrobenzene-4-acetylation-of-nitrobenzene-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwNDAw-in-the-preparation-of-p-nitroacetanilide-what-role-does-acetic-anhydride-play-1-it-acts-as-a-catalyst-2-it-serves-as-a-solvent-3-it-acetylates-the-amino-group-4-it-nitrosylates-the-amino-group-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwNTc3-given-below-are-two-statements-statement-i-mix-the-water-extract-with-fe-ii-sulphate-solution-and-add-one-drop-of-hno-3-along-side-of-the-test-tube-statement-ii-formation-of-brown-ring-at-the-junction https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwNTk5-when-synthesizing-acetanilide-from-aniline-ice-cold-water-is-introduced-to-the-reaction-mixture-after-heating-to-1-dissolve-acetanilide-2-initiate-the-reaction-3-neutralize-the-solution-4-wash-the-cru https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxMDcx-what-is-observed-visually-when-ammonium-hydroxide-and-hydrochloric-acid-react-1-red-coloration-2-white-fumes-3-blue-precipitate-4-no-visible-change-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxMDcy-mark-the-correct-representation-of-the-compound-that-is-formed-when-mathrm-agcl-reacts-with-ammonia-1-left-mathrm-ag-left-mathrm-nh-3-right-2-right-mathrm-cl-text-2-left-mathrm-ag-left-mathrm-nh-4-rig https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxMjg0-which-solvent-is-used-to-dissolve-the-mixture-of-o-nitroacetanilide-and-p-nitroacetanilide-for-separation-1-water-2-ethanol-3-acetone-4-hexane-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxMjg1-in-the-presence-of-zinc-what-chemical-process-is-hindered-during-the-reaction-involving-aniline-1-reduction-2-oxidation-3-hydrolysis-4-polymerization-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxMjg2-what-is-the-primary-reason-for-using-a-reflux-condenser-in-organic-chemistry-experiments-1-to-accelerate-the-reaction-rate-2-to-maintain-a-constant-temperature-3-to-minimize-contamination-4-to-prevent https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxMzA5-what-is-the-ratio-of-aniline-and-glacial-acetic-acid-used-to-synthesize-acetanilide-from-aniline-1-2-6-2-1-5-3-2-3-4-1-1-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxNDEw-a-salt-gives-mno2-a-light-greenish-yellow-pungent-gas-and-effervescence-on-heating-with-conc-mathrm-h-2-mathrm-so-4-this-indicates-the-ions-present-in-the-salt-are-1-mathrm-i-ions-2-mathrm-br-ions-3-m https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxNDIw-the-correct-representation-of-a-and-b-in-the-following-reaction-are-small-4-mathrm-nacl-mathrm-k-2-mathrm-cr-2-mathrm-o-7-6-mathrm-h-2-mathrm-so-4-longrightarrow2-mathrm-khso-4-underset-begin-array-c https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246MTYyMzky-which-of-the-following-will-show-turbidity-immediately-with-conc-hcl-zncl2-1-ch3oh-2-c6h5oh-3-ch3-3coh-4-c2h5oh-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwMzc2-when-potash-alum-reacts-with-sodium-hydroxide-what-is-formed-1-aluminum-hydroxide-2-aluminum-oxide-3-aluminum-sulfate-4-aluminum-carbonate-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM1NDQ2-which-gas-characterized-by-brisk-effervescence-causes-lime-water-to-turn-milky-1-nitrogen-2-oxygen-3-carbon-dioxide-4-hydrogen-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM1NDQ4-which-colourless-gas-evolves-with-a-characteristic-smell-of-rotten-eggs-1-h-2-2-so-2-3-h-2s-4-co-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM1NDUw-which-ion-is-indicated-by-the-presence-of-hydrogen-sulfide-gas-1-so-2-4-2-s-2-3-cl-4-h-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM1NDYx-what-happens-to-lead-acetate-paper-when-exposed-to-h2s-gas-1-it-turns-white-2-it-remains-unchanged-3-it-turns-black-4-it-turns-yellow-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM1NDYy-identify-b-in-the-following-reaction-small-mathrm-cr-2-mathrm-o-7-2-2-mathrm-h-3-mathrm-so-2-longrightarrow-2-mathrm-cr-3-text-green-mathrm-b-mathrm-h-2-mathrm-o-1-so-4-2-2-oh-3-mathrm-s-mathrm-o-3-2 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM1NDYz-what-is-the-color-change-observed-when-sulphur-dioxide-reacts-with-acidified-potassium-dichromate-solution-1-red-to-green-2-green-to-red-3-orange-to-green-4-yellow-to-green-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM1NDY1-which-of-the-following-gases-has-a-pungent-smell-similar-to-burning-sulphur-1-oxygen-2-nitrogen-3-carbon-dioxide-4-sulphur-dioxide-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM1NDgx-the-colour-of-chromium-sulphate-in-the-following-reaction-is-mathrm-k-2-mathrm-cr-2-mathrm-o-7-mathrm-h-2-mathrm-so-4-3-mathrm-so-2-longrightarrow-mathrm-k-2-mathrm-so-4-underset-substack-text-chromiu https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM1NDg2-begin-aligned-mathrm-na-2-mathrm-s-mathrm-na-2-left-mathrm-fe-mathrm-cn-5-mathrm-no-right-longrightarrow-text-a-text-sodium-nitroprusside-end-aligned-the-formula-of-a-is-1-na-4-fe-cn-5nos-2-na-2-fe-cn https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM1OTM2-which-of-the-following-anions-can-be-detected-using-dilute-mathrm-h-2-mathrm-so-4-1-mathrm-cl-2-mathrm-co-3-2-3-mathrm-oh-4-mathrm-po-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxNDA5-mark-the-reaction-that-is-incorrect-regarding-the-confirmatory-test-for-acetate-ion-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDMz-which-of-the-following-cations-precipitate-as-their-chlorides-a-pb-2-b-ag-c-hg-2-2-d-cd-2-1-a-b-d-2-b-and-c-3-a-b-c-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTU0-which-of-the-following-species-is-detected-using-nessler-s-reagent-1-cro-2-4-2-po-3-4-3-mno-4-4-nh-4-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDg2-incorrect-statements-among-the-following-are-a-group-i-radicals-are-precipitated-as-chloride-b-group-iv-radicals-are-precipitated-as-sulphide-c-group-v-radicals-are-precipitated-as-hydroxide-d-group-i https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTkx-na-2co-3-cannot-be-used-in-place-of-nh-4-2co-3-for-the-precipitation-of-fifth-group-radicals-this-is-because-1-magnesium-will-precipitate-2-the-concentration-of-carbonate-ions-is-very-low-3-sodium-ion https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxNTA1-the-ion-that-cannot-be-precipitated-by-both-mathrm-hcl-text-and-mathrm-h-2-mathrm-s-is-1-mathrm-pb-2-2-mathrm-cu-2-3-mathrm-ag-4-mathrm-sn-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMxNTA2-distinguishing-reagent-between-silver-and-lead-salts-is-1-mathrm-h-2-mathrm-s-text-gas-2-hot-dilute-hcl-solution-3-mathrm-nh-4-mathrm-cl-text-solid-mathrm-nh-4-mathrm-oh-text-solution-4-mathrm-nh-4-ma https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzc0-what-ion-is-inferred-when-a-violet-sublimate-forms-along-the-test-tube-s-interior-after-adding-1-ml-of-a-salt-solution-neutralized-with-hcl-followed-by-1-ml-of-carbon-disulfide-and-subsequently-adding https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzc1-what-is-the-product-when-sodium-iodide-reacts-with-concentrated-sulphuric-acid-1-mathrm-na-2-mathrm-so-4-2-mathrm-h-2-3-mathrm-nahso-4-4-mathrm-nai-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzc2-what-is-the-color-of-the-solution-formed-due-to-the-reaction-between-the-given-salt-containing-no3-ion-and-concentrated-h2so4-with-copper-turnings-1-yellow-2-brown-3-blue-4-colourless-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzc3-1-ml-of-an-aqueous-salt-solution-is-heated-with-2-ml-of-concentrated-sulfuric-acid-it-is-then-cooled-and-then-mixed-with-a-freshly-prepared-ferrous-sulfate-solution-what-will-form-as-a-result-of-this https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzgw-which-acid-is-used-to-acidify-the-solution-before-adding-barium-chloride-to-test-for-sulphate-ions-1-sulphuric-acid-2-hydrochloric-acid-3-nitric-acid-4-acetic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzgx-lead-sulphate-is-insoluble-in-which-solution-1-hydrochloric-acid-2-nitric-acid-3-acetic-acid-4-water-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzgy-what-happens-when-barium-chloride-is-added-to-an-acidic-solution-containing-sulphate-ions-1-formation-of-a-white-precipitate-of-barium-sulphate-2-formation-of-a-yellow-precipitate-of-barium-chloride-3 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzkz-what-reagents-are-added-to-the-test-solution-to-detect-phosphate-ions-1-concentrated-mathrm-h-2so-4-and-ammonium-molybdate-solution-2-concentrated-mathrm-hcl-and-ammonium-sulfate-solution-3-concentrat https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMzNzc5-identify-the-incorrect-reaction-among-the-following-1-small-mathrm-na-2-so-4-bacl-2-baso-4-downarrow-2-nacl-text-text-white-2-small-mathrm-na-2-so-4-left-ch-3-coo-right-2-pb-pbso-4-downarrow-2-ch-3-co https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzk0-what-color-precipitate-indicates-the-presence-of-phosphate-ions-in-the-test-solution-containing-ammonium-molybdate-solution-conc-hno3-and-boil-to-the-test-solution-containing-phosphate-ions-1-blue-2-c https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMzNzcx-find-the-oxidation-state-of-iron-in-the-brown-ring-complex-fe-h-o-no-so-formed-in-the-test-for-nitrates-1-1-2-2-3-3-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMzNzgy-the-oxidation-state-associated-with-nitrogen-mathrm-in-mathrm-no-3-ion-is-1-1-2-5-3-3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMzNzg1-which-element-among-the-following-is-used-to-enhance-the-intensity-of-mathrm-no-2-gas-1-copper-mathrm-cu-2-hydrogen-mathrm-h-3-neon-mathrm-ne-4-manganese-mathrm-mn-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMzNzk0-which-compound-is-responsible-for-the-green-flame-in-the-borate-ion-test-1-left-mathrm-ch-3-right-3-mathrm-bo-3-2-left-c-2-mathrm-h-5-right-3-mathrm-bo-3-3-mathrm-h-3-mathrm-bo-3-4-mathrm-c-2-h-5-3-ma https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMzNzky-what-is-the-correct-formula-for-sodium-nitroprusside-1-mathrm-na-2-mathrm-fe-c-n-5-mathrm-no-2-k-2-mathrm-fe-mathrm-cn-5-cl-3-mathrm-na-2-left-mathrm-fe-left-mathrm-h-2-mathrm-o-5-mathrm-no-right-righ https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDA4-a-white-precipitate-obtained-in-the-analysis-of-a-mixture-becomes-black-on-treatment-with-mathrm-nh-4oh-it-may-be-1-mathrm-pbcl-2-2-mathrm-agcl-3-mathrm-hgcl-2-4-mathrm-hg-2cl-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDIw-consider-the-following-sequence-of-tests-m-n-hcl-rightarrow-white-precipitate-xrightarrow-delta-water-soluble-the-metal-ion-m-n-can-be-1-hg-2-2-ag-3-pb-2-4-sn-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTQ0-which-of-the-following-does-not-respond-to-the-chromyl-chloride-test-1-hgcl-2-2-cucl-2-3-n-icl-2-4-mncl-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTg2-a-metal-nitrate-reacts-with-ki-to-give-a-black-precipitate-which-upon-addition-of-excess-of-ki-converts-into-orange-colour-solution-the-cation-of-the-metal-nitrate-is-1-hg-2-2-bi-3-3-pb-2-4-cu-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDI2-which-of-the-following-salts-are-black-a-pbs-b-cus-c-b-i-2-s-3-d-hgs-1-a-b-c-2-b-and-c-3-a-b-d-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MDE2-which-group-reagent-is-used-for-the-precipitation-of-group-ii-basic-radicals-in-qualitative-analysis-1-mathrm-dilute-mathrm-hcl-2-mathrm-dilute-mathrm-hcl-mathrm-h-2-mathrm-s-3-mathrm-dilute-h-2-so-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0NTY4-copper-becomes-green-when-exposed-to-moist-air-for-a-long-period-this-is-due-to-the-formation-of-1-a-layer-of-cupric-oxide-on-the-surface-of-copper-2-basic-copper-sulphate-layer-on-the-surface-of-the https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0ODYy-consider-the-following-reaction-mathrm-crcl-3-xrightarrow-mathrm-nh-4-mathrm-oh-mathrm-nh-4-mathrm-cl-o-xrightarrow-text-mathrm-na-2-mathrm-o-2-mathrm-sol-mathrm-n-mathrm-b-xrightarrow-text-aceate-mat https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTkz-a-metal-sulphate-a-on-heating-evolves-two-gases-b-and-c-and-an-oxide-d-gas-b-turns-k-2cr-2o-7-paper-green-while-gas-c-forms-a-trimer-in-which-there-is-no-s-s-bond-oxide-d-with-conc-hcl-forms-a-lewis-a https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTk1-in-this-sequence-x-y-z-are-respectively-1-acidified-h-2o-2-alkaline-h-2o-2-acidified-h-2o-2-2-alkaline-h-2o-2-acidified-h-2o-2-zn-hcl-3-acidified-h-2o-2-heat-alkaline-h-2o-2-4-alkaline-h-2o-2-acidifie https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDA3-ammonium-dichromate-is-used-in-some-fireworks-the-green-coloured-powder-blown-in-the-air-is-due-to-1-cro-3-2-cr-2o-3-3-cr-4-cro-o-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDQ0-the-cation-which-gives-yellow-ppt-with-k-2cro-4-in-acetic-acid-is-a-ba-2-b-pb-2-c-ca-2-d-al-3-1-a-and-b-2-b-and-c-3-a-b-and-c-4-a-b-c-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDU4-which-of-the-following-cations-cannot-be-separated-by-passing-h-2s-through-their-solutions-to-which-nh-4oh-has-been-added-a-ca-2-and-ni-2-b-mg-2-and-mn-2-c-ni-2-and-mn-2-d-co-2-and-zn-2-1-a-b-d-2-c-an https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-pb246OTUwOTI-a-refrigerator-works-between-4-c4-c-and-30-c30-c-it-is-required-to-remove-600-calories-of-heat-every-second-in-order-to-keep-the-temperature-of-the-refrigerated-space-constant-the-power-is-take1cal-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTc4-a-basic-radical-among-the-following-that-cannot-be-precipitated-by-h-2s-gas-in-the-presence-of-nh-3-is-1-mn-2-2-ni-2-3-cd-2-4-ca-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTg5-which-of-the-following-reagents-can-be-used-to-distinguish-between-sulphite-and-sulphate-ions-present-in-a-solution-1-feso-4-2-na-2-fe-cn-5no-3-bacl-2-4-na-3-co-no-2-6-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDM5-a-white-sublimable-solid-when-boiled-with-an-naoh-solution-gives-a-colourless-gas-that-turns-nessler-s-reagent-brown-the-solid-on-being-heated-with-solid-k-2cr-2o-7-and-concentrated-h-2so-4-gives-red https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MDk5-what-is-the-purpose-of-using-mohr-s-salt-in-titration-experiments-1-to-standardize-the-solution-2-to-act-as-an-indicator-3-to-determine-the-volume-of-the-analyte-4-to-adjust-the-ph-of-the-solution-1-2 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTAw-which-indicator-is-commonly-used-in-the-titration-of-mohr-s-salt-with-potassium-permanganate-1-phenolphthalein-2-methyl-orange-3-starch-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTAx-in-the-titration-of-oxalic-acid-with-mathrm-kmno-4-what-is-the-role-of-oxalic-acid-1-oxidizing-agent-2-reducing-agent-3-indicator-4-catalyst-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTAz-which-color-change-is-observed-at-the-endpoint-when-oxalic-acid-is-titrated-with-potassium-permanganate-1-from-pink-to-colourless-2-from-pink-to-yellow-3-from-pink-to-brown-4-from-pink-to-purple-1-2-3 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTA1-how-can-the-equivalence-point-be-determined-in-the-titration-of-oxalic-acid-with-mathrm-kmno-4-1-by-using-a-ph-indicator-2-by-the-appearance-of-a-precipitate-3-by-monitoring-a-sudden-change-in-ph-4-by https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTA4-what-is-the-chemical-formula-of-mohr-s-salt-1-mathrm-nh-4-2so-4-2-mathrm-nh-4-2fe-so-4-4-6h-2o-3-mathrm-feso-4-7h-2o-4-mathrm-feso-4-nh-4-2-so-4-6h-2o-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTA5-which-of-the-following-is-not-involved-in-the-titration-of-mohr-s-salt-mathrm-feso-4-left-mathrm-nh-4-right-2-mathrm-so-4-cdot-6-mathrm-h-2-mathrm-o-with-potassium-permanganate-mathrm-kmno-4-1-oxidati https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTEz-which-of-the-following-acid-is-typically-used-for-the-preparation-of-a-standard-solution-of-kmno4-1-sulphuric-acid-2-hydrochloric-acid-3-phosphoric-acid-4-oxalic-acid-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTE0-how-is-the-volume-of-mathrm-kmno-4-solution-determined-during-titration-1-by-measuring-the-mass-of-mathrm-kmno-4-crystals-used-2-by-monitoring-the-colour-change-of-the-solution-3-by-titrating-with-a-s https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTk0-what-is-the-color-change-observed-during-the-titration-of-mohr-s-salt-with-potassium-permanganate-1-from-blue-to-colourless-2-from-pink-to-colourless-3-from-green-to-brown-4-from-yellow-to-pink-1-2-3 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTkw-the-heat-capacity-of-a-system-is-defined-as-1-the-heat-required-to-raise-the-temperature-of-the-system-by-1-degree-celsius-2-the-heat-released-when-the-system-undergoes-a-chemical-reaction-3-the-heat https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTc3-what-is-the-primary-purpose-of-a-calorimeter-1-to-measure-the-mass-of-substances-2-to-enable-free-exchange-for-the-reaction-with-the-surroundings-3-to-prevent-heat-exchange-with-the-surroundings-4-to https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTc5-which-of-the-following-units-is-commonly-used-to-express-heat-energy-1-joule-j-2-gram-g-3-kelvin-k-4-litre-l-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTgw-what-is-the-heat-of-neutralization-for-the-reaction-between-hydrochloric-acid-hcl-and-sodium-hydroxide-naoh-1-57-32-kj-mol-2-13-7-kj-mol-3-57-32-kj-g-4-13-7-kj-g-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTgy-which-of-the-following-statements-about-exothermic-reactions-is-true-1-they-absorb-heat-from-the-surroundings-2-they-have-a-positive-change-in-enthalpy-delta-mathrm-h-3-they-release-heat-to-the-surrou https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTgz-which-of-the-following-does-not-influence-the-heat-of-solution-1-temperature-2-pressure-3-concentration-4-nature-of-solute-and-solvent-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTg0-which-of-the-following-correctly-defines-the-heat-of-vaporization-1-heat-absorbed-when-a-solid-melts-to-form-a-liquid-2-heat-released-when-a-gas-condenses-to-form-a-liquid-3-heat-absorbed-when-a-liqui https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTg1-the-heat-of-reaction-at-constant-pressure-is-equal-to-1-h-2-e-3-t-4-s-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTg3-hess-s-law-states-that-1-the-heat-evolved-in-a-given-process-is-equal-to-the-heat-absorbed-in-the-reverse-process-2-the-heat-evolved-or-absorbed-in-a-chemical-process-is-the-same-regardless-of-the-pat https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MTg5-which-of-the-following-is-not-a-type-of-calorimeter-1-bomb-calorimeter-2-coffee-cup-calorimeter-3-differential-scanning-calorimeter-4-electrochemical-calorimeter-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2Mzc2-the-correct-representation-of-calomel-is-1-hgo-2-hg2cl2-3-hg2i2-4-hgcl-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MzU4-which-of-the-following-is-a-confirmatory-test-for-the-presence-of-mathrm-hg-2-ions-in-salt-analysis-1-formation-of-yellow-precipitate-with-sodium-carbonate-2-formation-of-brown-precipitate-with-hydroc https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2MzY4-what-is-the-chemical-formula-of-the-complex-formed-when-mathrm-hg-2-ions-react-with-excess-potassium-iodide-1-mathrm-hgi-2-mathrm-hgi-2-3-mathrm-hgi-3-4-mathrm-hgi-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0OTM5-which-of-the-following-pairs-of-cations-cannot-be-separated-by-using-nh-3-solution-1-pb-2-zn-2-2-pb-2-cu-2-3-zn-2-cu-2-4-al-3-ag-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDQ3-on-reaction-with-dilute-h-2so-4-which-of-the-following-salts-will-give-out-a-gas-that-turns-an-acidified-dichromate-paper-green-a-na-2co-3-b-na-2s-c-znso-3-d-fes-1-b-c-d-2-b-and-c-3-a-b-c-4-none-of-th https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2NDE2-which-of-the-following-complex-ions-is-formed-when-manganese-ions-react-with-excess-ammonia-in-aqueous-solution-1-mn-nh-3-6-2-2-mn-nh-3-4-2-3-mn-nh-3-6-3-4-mn-nh-3-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2NDI4-which-complex-ion-is-formed-when-cobalt-ions-react-with-ammonia-in-the-presence-of-chloride-ions-1-co-nh-3-6-3-2-co-nh-3-6-2-3-cocl-nh-3-5-4-4-co-nh-3-5cl-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2NDI2-how-can-cobalt-ions-be-distinguished-from-nickel-ions-in-salt-analysis-1-cobalt-ions-form-a-pink-precipitate-with-ammonia-while-nickel-ions-form-a-green-precipitate-2-cobalt-ions-form-a-blue-precipita https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM2NDI0-what-is-the-color-of-the-flame-produced-when-a-salt-containing-ba-ions-is-heated-on-a-platinum-wire-in-a-bunsen-burner-flame-1-yellow-green-2-red-3-grassy-green-4-purple-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDIx-which-of-the-following-compounds-does-magnesium-precipitate-when-you-test-for-it-1-mgco-3-mgo-2-mgco-3-3-mg-oh-2-4-mgnh-4po-4-6h-2o-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTUyNDA4-match-the-two-lists-list-i-list-ii-cation-radicals-p-passing-h-2s-in-presence-of-nh-4oh-1-cu-2-q-nh-4-2co-3-in-presence-of-nh-4oh-2-al-3-r-nh-4oh-in-presence-of-nh-4cl-3-mn-2-s-passing-h-2s-in-presenc https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTUyNDQx-an-aq-solution-of-mixture-of-two-inorganic-salts-when-treated-with-dil-hcl-gave-a-precipitate-p-and-a-filtrate-q-the-precipitate-p-was-dissolved-in-hot-water-filtrate-q-remained-unchanged-when-treated https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDY4ODgy-match-the-items-given-in-list-i-with-those-in-list-ii-and-select-the-correct-option-given-below-list-i-test-reagent-list-ii-radical-identified-a-lake-test-i-mathrm-no-3-b-nessler-s-reagent-ii-mathrm-f https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTM1MTk2-match-list-i-with-list-ii-list-i-ion-list-ii-group-number-in-cation-analysis-a-co-2-i-group-i-b-mg-2-ii-group-iii-c-pb-2-iii-group-iv-d-al-3-iv-group-vi-choose-the-correct-answer-from-the-options-give https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU3OTIy-potassium-cyanide-is-used-for-separating-1-text-co-2-and-ni2-2-cu2-and-cd2-3-both-a-and-b-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU3Nzky-in-the-third-group-iron-gives-a-blood-red-coloration-with-ammonium-thiocyanate-due-to-the-formation-of-which-compound-1-ferric-cyanide-2-ferric-thiocyanate-3-ferric-ferrocyanide-4-ferric-thiocyanide-1 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU3Nzgz-which-of-the-following-is-insoluble-in-dil-text-hno-3-but-dissolves-in-aqua-regia-1-text-hgs-2-text-pbs-3-text-bi-2-text-s-3-4-text-cus-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU3NjI5-to-a-solution-of-an-acid-radical-mgso4-solution-is-added-and-white-ppt-appear-only-on-heating-the-acid-radical-may-be-1-text-co-3-2-2-text-so-3-2-3-text-hco-3-4-text-c-2-text-o-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU3NjE3-the-carbonate-of-which-of-the-following-cations-is-insoluble-in-water-1-na-2-k-3-text-nh-4-4-ca2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU3NTg5-which-of-the-following-ions-forms-heavy-salts-1-zn2-2-mn2-3-hg2-4-na-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU2MDky-which-of-the-following-compounds-does-not-give-tollen-s-test-1-formaldehyde-2-formic-acid-3-benzaldehyde-4-acetone-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzc5-what-is-the-result-when-an-aqueous-solution-of-sodium-sulphate-is-acidified-with-acetic-acid-and-then-treated-with-barium-chloride-1-formation-of-a-white-precipitate-of-barium-chloride-2-formation-of https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzc4-what-colour-is-observed-when-the-ferrous-sulfate-solution-is-added-dropwise-along-the-sides-of-the-test-tube-1-blue-2-yellow-3-red-4-no-color-change-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI4Mzcz-what-is-the-purpose-of-the-iodine-test-1-to-detect-the-presence-of-starch-2-to-detect-the-presence-of-protein-3-to-detect-the-presence-of-lipids-4-to-detect-the-presence-of-glucose-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTY1-which-compound-among-the-following-is-more-prone-to-undergo-acetylation-reactions-1-p-nitro-acetanilide-2-acetanilide-3-sodium-benzoate-4-aniline-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTYz-from-p-nitro-acetanilide-and-acetanilide-which-compound-shows-a-stronger-resonance-effect-1-p-nitro-acetanilide-2-acetanilide-3-both-exhibit-similar-resonance-effects-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDI0NTYy-which-compound-among-the-following-demonstrates-a-stronger-propensity-to-engage-in-hydrogen-bonding-with-water-molecules-1-p-nitro-acetanilide-2-acetanilide-3-sodium-benzoate-4-none-of-the-above-1-2-3 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDQ4-a-pair-of-ions-that-can-be-separated-by-using-nh-4cl-and-nh-4oh-are-a-fe-3-and-cr-3-b-cr-3-and-co-2-c-cr-3-and-al-3-d-al-3-and-ba-2-1-a-b-d-2-b-and-d-3-a-b-c-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTQwNDk0-the-hydrolysis-of-x-moles-of-so2cl2-produces-h2so4-and-hcl-and-the-resulting-acid-mixture-requires-10-l-of-2-m-koh-for-neutralization-determine-x-1-4-2-5-3-10-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDQ2-a-white-precipitate-is-obtained-when-a-a-solution-of-bacl-2-is-treated-with-na-2so-3-b-a-solution-of-naalo-2-is-heated-with-nh-4cl-c-h-2s-is-passed-through-a-solution-of-znso-4-d-a-solution-of-znso-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDM3-potassium-chromate-solution-is-added-to-an-aqueous-solution-of-a-metal-nitrate-the-yellow-precipitate-thus-obtained-is-insoluble-in-acetic-acid-these-are-subjected-to-flame-test-the-flame-colour-of-in https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDI4-which-of-the-following-are-orange-in-colour-a-sb-2s-3-b-pbs-c-sb-2s-5-d-all-of-the-above-1-a-b-d-2-a-and-c-3-a-b-d-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDIy-which-of-the-following-is-blue-1-nh-4-2-co-scn-4-2-ni-dmg-2-3-cu-2-fe-cn-6-4-fe-scn-3-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDE4-consider-the-reaction-scheme-given-below-agno-3-xrightarrow-delta-w-x-o-2-x-h-2o-rightarrow-hno-2-hno-3-w-h-no-3-rightarrow-y-no-h-2o-y-na-2s-2o-3-excess-rightarrow-z-nano-3-identify-w-to-z-in-the-abo https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDE2-a-colourless-water-soluble-solid-x-on-heating-gives-equimolar-quantities-of-y-and-z-y-gives-dense-white-fumes-with-hcl-and-z-does-so-with-nh-3-y-gives-a-brown-precipitate-with-nessler-s-reagent-and-z https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDEz-salt-a-gives-brick-red-fumes-b-with-conc-h-2so-4-and-k-2cr-2o-7-which-gives-yellow-solution-c-with-naoh-and-it-gives-yellow-ppt-d-with-acetic-acid-and-lead-acetate-what-is-c-1-na-2cro-4-2-cro-2cl-2-3 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDEy-which-of-the-following-compounds-does-not-exist-1-cro-2br-2-2-cro-2cl-2-3-pocl-3-4-biocl-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDEw-when-a-ki-solution-is-added-to-a-metal-nitrate-a-black-precipitate-is-produced-that-dissolves-in-excess-of-ki-to-give-an-orange-solution-the-metal-ion-is-1-hg-2-2-bi-3-3-cu-2-4-pb-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDA1-a-white-powder-when-strongly-heated-gives-off-brown-fumes-aqueous-solution-of-this-powder-gives-a-yellow-precipitate-with-a-solution-of-ki-when-a-solution-of-barium-chloride-is-added-to-a-solution-of https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk1MDA0-a-white-salt-is-insoluble-in-cold-water-but-soluble-in-boiling-water-its-solution-when-treated-with-potassium-chromate-solution-gives-a-yellow-precipitate-the-salt-may-be-1-bacl-2-2-srcl-2-3-pbcl-2-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM4MjU1-which-of-the-following-cations-will-turn-a-borax-bead-green-when-heated-in-a-reducing-luminous-flame-1-mathrm-fe-3-2-mathrm-cu-2-3-mathrm-mn-2-4-mathrm-ni-2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDAwNjI5-an-alkali-is-titrated-against-an-acid-with-methyl-orange-as-an-indicator-which-of-the-following-is-a-correct-combination-base-acid-endpoint-1-weak-strong-colourless-to-pink-2-strong-strong-pinkish-red https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDAwNjM0-when-h-s-is-passed-through-a-solution-containing-a-group-iv-cation-a-precipitate-forms-this-precipitate-dissolves-in-dilute-hcl-producing-a-white-precipitate-with-naoh-solution-and-a-bluish-white-prec https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDMwNjAw-what-are-the-characteristics-of-the-crystals-obtained-after-crystallization-during-the-synthesis-of-acetanilide-from-aniline-1-yellow-and-irregularly-shaped-2-white-and-needle-shaped-3-blue-and-spheri https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDY4ODIy-which-indicator-is-used-and-what-is-the-color-change-at-the-endpoint-in-oxalic-acid-sodium-hydroxide-titration-1-phenolphthalein-pink-to-yellow-2-alkaline-mathrm-kmno-4-colourless-to-pink-3-phenolphth https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDY4ODg2-match-list-i-with-list-ii-list-i-solid-salt-treated-with-dil-mathrm-h-2-so-4-list-ii-anion-detected-a-effervescence-of-colourless-gas-i-mathrm-no-2-b-gas-with-smell-of-rotten-egg-ii-mathrm-co-3-2-c-ga https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246MjI5ODAy-on-heating-lead-nitrate-forms-oxides-of-nitrogen-and-lead-the-oxides-formed-are-1-n2o-pbo1-n2o-pbo1-n2o-pbo-2-no2-pbo2-no2-pbo2-no2-pbo-3-no-pbo3-no-pbo3-no-pbo-4-no-pbo24-no-pbo24-no-pbo2-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDYxMTIz-which-of-the-following-ions-is-most-commonly-identified-as-a-white-precipitate-that-dissolves-in-ammonia-1-sodium-ion-2-silver-ion-3-bromide-ion-4-sulfide-ion-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDYwMTg1-which-of-the-following-ions-gives-a-reddish-brown-precipitate-upon-standing-1-mathrm-cu-2-2-mathrm-co-3-2-3-mathrm-fe-3-4-mathrm-al-3-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU3Nzcz-in-the-second-group-text-h-2-text-s-gas-is-passed-in-the-presence-of-dil-hcl-because-1-hcl-checks-incomplete-precipitation-of-higher-group-radicals-2-hcl-checks-the-precipitation-of-sulphur-3-both-1-a https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDM5OTkw-match-the-reagents-from-list-i-with-the-corresponding-radicals-from-list-ii-and-choose-the-correct-option-list-i-reagent-list-ii-radical-i-text-dil-mathrm-hcl-a-pb2-ii-begin-aligned-mathrm-nh-4-mathrm https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0ODY2-brown-ppt-a-dissolves-in-hno-3-gives-b-which-in-turn-gives-white-ppt-c-with-nh-4oh-c-on-reaction-with-hcl-gives-solution-d-which-gives-white-turbidity-on-addition-of-water-what-is-d-1-ca-oh-2-2-bi-oh https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246Mzk0ODQ1-when-h-2s-gas-is-passed-through-an-ammoniacal-salt-solution-x-a-slightly-white-precipitate-is-formed-x-can-be-a-1-cobalt-salt-2-lead-salt-3-zinc-salt-4-silver-salt-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTc0ODY1-consider-the-given-set-of-reactions-and-choose-the-correct-option-pbcl-2-k-2cro-4-rightarrow-a-kcl-begin-aligned-mathrm-a-underset-text-excess-mathrm-naoh-rightarrow-mathrm-b-mathrm-na-2-mathrm-cro-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTc2MTQx-in-qualitative-analysis-ba-2-and-ca-2-ions-give-characteristic-confirmatory-tests-with-which-of-the-following-reagents-respectively-1-chromate-sulphate-2-sulphite-sulphate-3-hydroxide-carbonate-4-carb https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTc2MjAy-which-of-the-following-statements-are-correct-a-hydrated-salt-can-be-primary-standard-b-primary-standard-should-not-react-with-air-c-primary-standard-should-react-instantaneously-and-stoichiometricall https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTI0OTAw-preparation-of-potassium-permanganate-from-mno2-involves-a-two-step-process-in-which-the-1st-step-is-a-reaction-with-koh-and-kno3-to-produce-1-mathrm-k-4-left-mathrm-mn-mathrm-oh-6-right-2-mathrm-k-3 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTI0OTEz-identify-a-b-and-c-in-the-given-below-reaction-sequence-1-pbcl2-pbso4-pbcro4-2-pbs-pbso4-pbcro4-3-pbs-pbso4-pb-ch3coo-2-4-pbcl2-pb-so4-2-pbcro4-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTI0OTI3-consider-the-following-ions-mathrm-cu-2-mathrm-fe-3-mathrm-ba-2-mathrm-ca-2-mathrm-nh-4-mathrm-mg-2-mathrm-zn-2-among-the-following-cations-the-number-of-cations-that-will-give-a-characteristic-precip https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTI1MTY2-identify-the-inorganic-sulphides-that-are-yellow-in-colour-a-nh4-2s-b-pbs-c-cus-d-as2s3-e-as2s5-choose-the-correct-answer-from-the-options-given-below-1-a-and-c-only-2-a-d-and-e-only-3-a-and-b-only-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NTI1MzQ2-the-metal-ion-whose-electronic-configuration-is-not-affected-by-the-nature-of-the-ligand-and-which-gives-a-violet-colour-in-a-non-luminous-flame-under-hot-conditions-in-the-borax-bead-test-is-1-mathrm https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU0NTU4-match-the-tests-in-list-i-with-their-corresponding-identification-in-list-ii-list-i-test-list-ii-identification-i-baeyer-s-test-p-aldehyde-ii-ceric-ammonium-nitrate-test-q-alcohol-iii-phthalein-dye-te https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDU0NTk1-find-the-oxidation-state-of-molybdenum-in-the-yellow-precipitate-compound-x-formed-when-phosphorus-is-tested-using-ammonium-molybdate-1-six-6-2-one-1-3-seven-7-4-eight-8-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDgyMDcx-which-of-the-following-statements-is-incorrect-with-respect-to-the-nitrate-ion-test-1-a-dark-brown-ring-is-formed-at-the-junction-of-two-solutions-2-ring-is-formed-due-to-nitroso-ferrous-sulphate-comp https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDgyMTA1-match-the-anion-radicals-given-in-list-i-with-the-corresponding-characteristics-in-list-ii-and-select-the-correct-option-given-below-list-i-anions-list-ii-gas-evolved-on-reaction-with-dil-h2so4-a-math https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDgyMjIz-a-white-precipitate-was-formed-when-text-bacl-2-was-added-to-water-extract-of-an-inorganic-salt-further-a-gas-x-with-characteristic-odour-was-released-when-the-formed-white-precipitate-was-dissolved-i https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDgyNjA4-which-of-the-following-is-responsible-for-the-formation-of-the-blue-coloured-bead-when-borax-is-heated-with-coo-on-a-platinum-loop-1-b-o-2-co-bo-3-cob-o-4-co-b-o-oh-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDg4NDQ4-given-below-are-two-statements-statement-i-in-the-titration-between-strong-acid-and-weak-base-methyl-orange-is-suitable-as-an-indicator-statement-ii-for-titration-of-acetic-acid-with-naoh-phenolphthal https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDk0Njg1-the-addition-of-dilute-naoh-to-cr-3-salt-solution-will-give-1-a-solution-of-cr-oh-4-4-2-precipitate-of-cr-oh-6-3-3-precipitate-of-cr-2o-3-h-2o-n-4-precipitate-of-cr-oh-3-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDk1NDA4-consider-the-sulphides-hgs-pbs-cus-sb-2s-3-as-2s-3-and-cds-number-of-these-sulphides-soluble-in-50-hno-3-is-1-0-2-4-3-2-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/salt-analysis/?q=NP-b246NDk1NDIy-match-list-i-with-list-ii-list-i-metal-ion-list-ii-group-in-qualitative-analysis-a-mn-2-i-group-iii-b-as-3-ii-group-iia-c-cu-2-iii-group-iv-d-al-3-iv-group-iib-choose-the-most-appropriate-answer-from https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NTU5NQ-which-gas-when-passed-through-dilute-blood-will-impart-a-cherry-red-colour-to-the-solution-1-co2-2-cocl2-3-nh3-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NTcyNA-the-vapour-density-of-undecomposed-n2o4-is-46-when-heated-vapour-density-decreases-to-24-5-due-to-its-dissociation-to-no2-the-percent-dissociation-of-n2o4-at-the-final-temperature-is-1-87-2-60-3-40-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQyOQ-at-298-k-500cm3-h2o-dissolved-15-30-cm3-ch4-stp-under-a-partial-pressure-of-methane-of-one-atm-if-henry-s-law-holds-what-pressure-is-required-to-cause-0-001-mole-methane-to-dissolve-in-300cm3-water-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQzMA-what-is-the-freezing-point-of-benzene-if-the-molal-depression-constants-of-water-and-benzene-are-1-85-k-kg-mol-sup1-and-5-12-k-kg-mol-sup1-respectively-and-the-ratio-of-latent-heats-of-fusion-of-benze https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQzMQ-which-of-the-following-colligative-properties-is-associated-with-the-concentration-term-molarity-1-lowering-of-vap-pressure-2-osmotic-pressure-3-depression-in-freezing-point-4-elevation-in-boiling-poi https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQzMw-the-vapour-pressure-of-a-dilute-aqueous-solution-of-glucose-is-750-mm-of-hg-at-373-k-the-mole-fraction-of-solute-in-the-solution-is-1-1-10-2-1-76-3-1-7-6-4-1-35-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQzNA-which-pair-of-solutions-is-likely-to-exhibit-isotonicity-at-a-constant-temperature-1-0-1-m-urea-and-0-1-m-nacl-2-0-1-m-urea-and-0-2-m-mgcl2-3-0-1-m-nacl-and-0-1-m-na2so4-4-0-1-m-ca-no3-2-and-0-1-m-na2 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQzNQ-the-latent-heat-of-vapourisation-of-water-is-540-cal-g-1-at-100-176-c-kb-for-water-is-1-0-56-k-mole-1-2-1-86-k-mole-1-3-0-51-k-mole-1-4-5-12-k-mole-1-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQzNg-which-of-the-following-aqueous-solution-has-osmotic-pressure-nearest-to-that-an-equimolar-solution-of-k4-fe-cn-6-1-na2so4-2-bacl2-3-al2-so4-3-4-c12h22o11-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQzNw-the-molar-volume-of-liquid-benzene-density-0-877-g-ml-1-increases-by-a-factor-of-2750-as-it-vapourises-at-20-176-c-at-27-176-c-when-a-non-volatile-solute-that-does-not-dissociate-is-dissolved-in-54-6c https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQzOA-the-depression-in-the-freezing-point-of-water-when-10-g-of-ch3ch2chclcooh-is-added-to-250-g-of-water-is-ka-1-4-x-10-3-kf-1-86k-kg-mol-1-1-0-15-176-c-2-2-15-176-c-3-1-15-176-c-4-0-65-176-c-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQzOQ-the-ratio-of-the-vapour-pressure-of-a-solution-containing-a-non-volatile-solute-to-the-vapour-pressure-of-the-pure-solvent-is-1-equal-to-the-mole-fraction-of-the-solvent-2-proportional-to-the-mole-fra https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ0MA-find-the-total-vapour-pressure-of-an-ideal-liquid-mixture-in-which-the-mole-fraction-of-component-a-is-x-in-the-vapour-phase-and-x-in-the-liquid-phase-given-that-p-deg-a-and-p-deg-b-are-the-vapour-pre https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ0MQ-given-that-the-ph-of-a-0-1-m-monobasic-acid-is-2-what-is-the-osmotic-pressure-at-a-given-temperature-t-1-0-1rt-2-0-11rt-3-1-1rt-4-0-01rt-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ0Mg-the-vapour-pressure-of-pure-water-at-298k-is-23-76mm-the-vapour-pressure-of-a-solution-of-sucrose-c12h22o11-in-5-56-moles-of-water-is-23-392mm-hg-the-mass-of-sucrose-in-the-solution-is-1-15-g-2-45-g-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ0Mw-which-of-the-following-0-1-m-aqueous-solutions-will-have-the-lowest-freezing-point-1-potassium-sulphate-2-sodium-chloride-3-urea-4-glucose-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ0NQ-the-vapour-pressure-of-toluene-is-59-1-torr-at-313-75-k-and-298-7-torr-at-353-15-k-calculate-the-molar-heat-of-vaporisation-1-37888-j-mol-1-2-27188-j-mol-1-3-12834-j-mol-1-4-571328-j-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ0Ng-the-vapour-pressure-of-a-pure-liquid-solvent-a-is-0-80-atm-when-a-non-volatile-substance-b-is-added-to-the-solvent-its-vapour-pressure-drops-to-0-60-atm-mole-fraction-of-the-component-b-in-the-solutio https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ0Nw-the-lowest-boiling-point-if-concentration-is-fixed-at-0-1-m-in-aqueous-solution-is-given-by-which-of-the-following-solutions-a-k2so4-b-nacl-c-urea-d-glucose-1-a-b-2-b-c-3-c-d-4-d-a-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ0OA-the-boiling-point-of-acetic-acid-is-118-1-deg-c-and-its-latent-heat-of-vaporisation-is-121-cal-gm-a-solution-containing-0-4344-gm-anthracene-in-44-16-gm-acetic-acid-boils-at-118-24-deg-c-what-is-the-m https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ1Mg-which-solution-will-have-the-highest-boiling-point-1-1-m-c6h12o6-solution-2-1-m-nacl-solution-3-1-m-bacl2-solution-4-1-m-co-nh2-2-solution-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ1Mw-a-2-0-solution-by-weight-of-urea-in-water-shows-a-boiling-point-elevation-of-0-18-deg-molecular-weight-of-urea-60-calculate-the-latent-heat-of-vaporization-per-gram-of-water-1-495-3-cal-g-2-560-3-cal https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ1Ng-a-solution-is-prepared-by-dissolving-18-g-of-glucose-in-1000-g-of-water-when-this-solution-is-cooled-to-ndash-0-2-deg-c-some-ice-separates-calculate-the-amount-of-ice-that-separates-from-the-solution https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ1OA-the-partial-pressure-of-ethane-over-a-saturated-solution-containing-6-56-x-10-2-g-of-ethane-is-1-bar-if-the-solution-contains-5-00-x-10-2-g-of-ethane-then-what-shall-be-the-partial-pressure-of-the-gas https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ1OQ-in-a-dilute-solution-any-colligative-property-depends-on-1-the-total-number-of-neutral-species-in-the-solution-2-the-total-number-of-ionic-species-in-the-solution-3-the-total-number-of-species-irrespe https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ2MQ-an-aqueous-solution-of-2-percent-non-volatile-solute-exerts-a-pressure-of-1-004-bar-at-the-boiling-point-of-the-solvent-what-is-the-molecular-mass-of-the-solute-1-9-19-g-mol-1-2-41-3-g-mol-1-3-71-2-g https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ2Mg-an-aqueous-solution-of-hydrochloric-acid-1-obeys-raoult-s-law-2-shows-negative-deviations-from-raoult-s-law-3-shows-positive-deviations-from-raoult-s-law-4-obeys-henry-s-law-at-all-compositions-1-2-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ2Mw-1000-gm-of-1-m-sucrose-solution-in-water-is-cooled-to-3-534-176-c-what-weight-of-ice-would-be-separated-out-at-this-temperature-kf-h2o-1-86kmol-1kg-1-352-98-gm-2-252-98-gm-3-302-98-gm-4-152-12-gm-1-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ2NA-the-osmotic-pressure-of-equimolar-aqueous-solutions-of-bacl-nacl-and-glucose-is-compared-arrange-these-solutions-in-decreasing-order-of-their-osmotic-pressure-1-bacl2-nacl-glucose-2-glucose-naci-bacl2 https://medminds.me/qbank/chemistry/solutions/?q=NP-Rpb246NjQ2NQ-nalorphene-c19h21no3-similar-to-morphine-is-used-to-combat-withdrawal-symptoms-in-narcotic-users-dose-to-nalorphene-generally-given-is-1-5-mg-calculate-the-mass-of-1-5-x-10-minus-3-m-aqueous-solution https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MjU0OTM-one-molal-solution-of-a-carboxylic-acid-in-benzene-shows-the-elevation-of-boiling-point-of-1-518-k-the-degree-of-association-for-dimerisation-of-the-acid-in-benzene-is-kb-for-benzene-2-53-k-kgmol-1-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MjYyNzc-the-relationship-between-osmotic-pressure-at-273-k-when-10-gm-glucose-p1-10-gm-urea-p2-and-10-gm-sucrose-p3-are-dissolved-in-250-ml-of-water-is-1-p1-p2-p3-2-p3-p1-p2-3-p2-p1-p3-4-p2-p3-p1-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MjYyNzg-if-a-contains-2-nacl-and-is-separated-by-a-semi-permeable-membrane-from-b-which-contains-10-nacl-then-the-event-that-will-occur-is-1-nacl-will-flow-from-a-to-b-2-nacl-will-flow-from-b-to-a-3-water-wil https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MjYyODA-identify-the-factor-on-which-the-vapour-pressure-of-water-depends-1-surface-area-of-the-container-2-volume-of-container-3-temperature-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MjYyODE-the-boiling-point-of-an-azeotropic-mixture-of-water-and-ethanol-is-less-than-that-of-water-and-ethanol-the-mixture-shows-1-no-deviation-from-raoult-s-law-2-positive-deviation-from-raoult-s-law-3-negat https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MjYyODI-a-5-85-solution-of-nacl-has-osmotic-pressure-close-to-1-5-85-solution-of-urea-2-2m-solution-of-glucose-3-1m-solution-of-urea-4-5-8-solution-of-glucose-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MjYyODM-the-mole-s-of-k2so4-to-be-dissolved-in-12-moles-of-water-to-lower-its-vapor-pressure-by-10-mm-of-hg-at-a-temperature-at-which-vapor-pressure-of-pure-water-is-50-mm-of-hg-is-1-3-mol-2-0-5-mol-3-1-mol-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MjYyODQ-the-salt-that-possesses-the-highest-freezing-point-1-0-01-m-nacl-2-0-05-m-urea-3-0-01-m-mgcl2-4-0-02-m-nacl-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MjYyODY-aluminium-phosphate-is-100-ionized-in-0-01-m-aqueous-solution-hence-tb-kb-is-1-0-01-m-2-0-015-m-3-0-0175-m-4-0-02-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MjYzOTA-which-solution-has-highest-freezing-point-1-1-glucose-solution-2-1-urea-solution-3-1-sucrose-solution-4-all-have-same-freezing-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4Nzk-osmotic-pressure-of-40-w-v-urea-solution-is-1-64-atm-and-that-of-3-42-w-v-cane-sugar-solution-is-2-46-atm-when-equal-volumes-of-the-above-two-solutions-are-mixed-the-osmotic-pressure-of-the-resulting https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4ODA-20g-of-naphthoic-acid-c11h8o2-dissolved-in-50g-of-benzene-kf-1-72-k-kg-mol-1-shows-a-depression-in-freezing-point-of-2k-the-vant-hoff-factor-is-1-0-5-2-0-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4ODE-a-0-002-molar-solution-of-nacl-having-degree-of-dissociation-of-90-at-270c-has-osmotic-pressure-equal-to-1-0-94-bar-2-9-4-bar-3-0-094-bar-4-9-4-x-10-4-bar-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4ODI-determining-the-normality-of-a-solution-with-a-density-of-0-6-g-ml-and-composed-of-35-nh4oh-by-mass-1-4-8-n-2-10-n-3-0-5-n-4-6-n-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4ODM-the-relative-lowering-of-vapour-caused-by-dissolving-71-3-g-of-a-substance-in-1000-g-of-water-is-7-13-x-10-3-the-molecular-mass-of-the-substance-is-1-180-g-mol-1-2-18-g-mol-1-3-1-8-g-mol-1-4-360-g-mol https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4ODQ-total-vapour-pressure-of-a-mixture-of-1-mol-a-pa-deg-150-torr-and-2-mol-b-pb-deg-240-torr-is-200-torr-in-this-case-1-there-is-a-positive-deviation-from-raoult-s-law-2-there-is-a-negative-deviation-fro https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4ODU-which-of-the-following-aqueous-solution-should-have-the-highest-osmotic-pressure-1-0-011-m-aici3-at-50-deg-c-2-0-03-m-naci-at-25-deg-c-3-0-012-m-nh4-2so4-at-25-deg-c-4-0-03-m-naci-at-50-deg-c-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4ODY-calculate-the-mass-of-ice-that-separates-when-50-g-of-ethylene-glycol-is-added-to-200-g-of-water-and-the-solution-is-cooled-to-minus-9-3-deg-c-given-kf-of-water-1-86-k-kg-mol-sup1-molar-mass-of-ethyle https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4ODg-calculate-the-freezing-point-of-a-pure-solvent-if-40-g-of-naoh-i-2-is-dissolved-in-1-l-of-the-solvent-and-the-vapour-pressure-of-the-resulting-solution-becomes-equal-to-that-of-the-solid-solvent-at-30 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4ODk-p1-and-p2-are-vapour-pressure-of-solvent-and-solution-at-temperature-t-the-solution-is-prepared-by-dissolving-non-volatile-solute-in-the-same-solvent-p1-760-torr-p2-684-mm-hg-mole-fraction-of-solvent https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4OTE-100-g-solute-is-dissolved-in-1400-g-of-solvent-density-of-resultant-solution-is-1-5-g-ml-the-ratio-of-its-molarity-and-molality-will-be-1-1-5-2-1-3-3-1-4-4-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4OTM-as-scuba-divers-ascend-towards-the-surface-of-the-water-from-underwater-the-solubility-of-gases-in-their-blood-1-increases-2-decreases-3-first-increases-and-then-decreases-4-first-decreases-and-then-i https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4OTQ-solution-a-b-are-formed-by-dissolving-a-certain-amount-of-glucose-and-sucrose-in-water-the-vapour-pressure-of-these-solutions-is-660-and-560-mm-hg-respectively-at-100oc-the-ratio-of-molality-of-soluti https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4OTU-saturated-solution-of-ag2so4-shows-0-003k-rise-in-boiling-point-ksp-will-be-kb-5-k-kg-mol-1-1m-1m-1-3-2-x-10-11-2-3-2-x-10-10-3-3-2-x-10-9-4-3-2-x-10-12-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4OTc-when-36-g-of-a-solute-having-the-empirical-formula-ch2o-is-dissolved-in-1-2-kg-of-water-the-solution-freezes-at-0-93-deg-c-what-is-the-molecular-formula-of-solute-kf-1-86-kg-k-mol-1-1-c2h4o-2-c2h2o2-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc4OTg-6g-urea-is-dissolved-in-1kg-solvent-value-of-t1-t2-will-be-kf-2-kg-k-mol-1-1-0-2-deg-c-2-0-2-deg-c-3-0-1-deg-c-4-0-1-k-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5MTA-a-solution-containing-0-03659-g-ml-of-hcl-and-a-solution-containing-0-04509-g-ml-of-acetic-acid-then-1-nhcl-is-more-2-nch3cooh-is-more-3-both-have-same-normality-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5MTE-the-lubricating-action-of-an-oil-is-more-if-it-possess-1-high-vapour-pressure-2-low-vapour-pressure-3-high-surface-tension-4-high-density-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5MjA-when-0-1-m-ch3cooh-is-present-in-a-solvent-it-shows-elevation-in-boiling-point-of-0-75-176-c-acid-dissociation-constant-will-be-kb-5-k-kg-mol-1-1m-1m-1-5-x-10-2-2-5-x-10-3-3-10-2-4-10-3-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5MjU-which-of-the-following-pairs-exhibit-positive-deviation-from-raoult-s-law-i-chloroform-and-acetone-ii-carbon-disulphide-and-acetone-iii-ethanol-and-acetone-iv-phenol-and-aniline-1-i-and-ii-2-ii-and-ii https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5Mjk-a-non-volatile-solute-is-dissolved-in-water-if-its-degree-of-association-is-50-what-will-be-its-freezing-point-when-the-boiling-point-is-100-52-deg-c-kb-0-52-k-kg-mol-1-kf-1-86k-kg-mol-1-1-0-52-k-2-0 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5MzA-calculate-the-molecular-formula-of-a-solute-having-the-empirical-formula-ch-o-if-36-g-of-the-solute-dissolved-in-1-2-kg-of-water-lowers-the-freezing-point-to-minus-0-93-deg-c-given-kf-of-water-1-86-k https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5MzI-if-partial-pressure-of-oxygen-is-0-5-atm-and-kh-1-4-times-10-3-m-atm-then-the-amount-of-oxygen-dissolved-in-100-ml-water-at-298k-is-1-22-4-mg-2-22-4-g-3-2-24-g-4-2-24-mg-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5MzY-a-solute-x-when-dissolved-in-solvent-associates-to-form-a-pentamer-the-value-of-van-t-hoff-factor-i-for-the-solute-will-be-1-0-5-2-5-3-0-2-4-0-1-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5Mzc-calculate-the-amount-of-cacl-needed-to-be-dissolved-in-2-l-of-water-so-that-the-solution-shows-an-osmotic-pressure-of-0-5-atm-at-27-deg-c-given-i-2-47-1-13-42-g-2-19-24-g-3-8-834-g-4-1-820-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5Mzg-one-litre-aqueous-solution-of-sucrose-molar-mass-342-g-mol-weighing-1015-g-is-found-to-record-an-osmotic-pressure-of-4-8-atm-at-293k-what-is-the-molality-of-the-sucrose-solution-r-0-0821-l-atm-k-1-mol https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjc5NDE-the-total-vapour-pressure-of-an-ideal-solution-containing-volatile-liquids-a-and-b-is-600-torr-the-mole-fraction-of-a-is-0-70-in-the-liquid-phase-and-0-35-in-the-vapour-phase-calculate-the-vapour-pres https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjk1ODY-what-is-the-vapour-pressure-of-a-solution-when-the-mole-fraction-of-water-is-0-9-assuming-the-vapor-pressure-of-pure-water-is-30-mm-hg-at-room-temperature-1-30-mm-of-hg-2-24-mm-of-hg-3-21-mm-of-hg-4-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjk1ODc-the-van-t-hoff-factor-of-a-0-005-m-aqueous-solution-of-kcl-is-1-95-the-degree-of-ionisation-of-kcl-is-1-0-95-2-0-97-3-0-94-4-0-96-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjk2MDQ-the-solution-having-highest-vapour-pressure-is-assume-100-ionisation-of-electrolytes-1-1-n-kno3-2-1-n-ba-no3-2-3-1-n-al2-so4-3-4-1-n-th-no3-4-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246Mjk3OTk-k4-fe-cn-6-is-60-ionised-then-the-value-of-van-t-hoff-factor-is-1-1-6-2-2-4-3-3-4-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MzAyNzc-compound-pdcl4-6h2o-is-a-hydrated-complex-1-molal-aqueous-solution-of-it-has-freezing-point-269-28-k-assuming-100-ionization-of-complex-the-molecular-formula-of-the-complex-is-kf-for-water-1-86-k-kg-m https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MzEzNDI-find-te-mass-of-ethylene-glycol-that-must-be-added-to-4-kg-of-water-in-a-car-radiator-to-prevent-freezing-at-minus-6-deg-c-given-that-kf-for-water-is-1-85-k-kg-mol-sup1-1-204-22-g-2-804-32-g-3-602-gm https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDA4MDk-what-happens-to-the-value-of-the-molal-depression-constant-kf-when-the-molality-of-a-dilute-solution-is-doubled-1-it-becomes-doubled-2-it-becomes-halved-3-it-becomes-tripled-4-it-remains-unchanged-1-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDA4MjA-the-temperature-dependent-term-among-the-following-is-1-molality-2-molarity-3-mole-fraction-4-weight-percentage-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDA4NDQ-the-van-t-hoff-factor-i-for-a-dilute-aqueous-solution-of-the-strong-electrolyte-barium-hydroxide-is-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDA4NDg-which-one-of-the-following-is-incorrect-for-ideal-solution-1-8710-hmix-0-2-8710-umix-0-3-8710-p-pobs-pcalculatedbyraoul-slaw-0-4-8710-gmix-0-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDA4OTA-at-100-deg-c-the-vapour-pressure-of-a-solution-of-6-5-g-of-a-solute-in-100-g-water-is-732-mm-if-kb-0-52-the-boiling-point-of-this-solution-will-be-1-100-deg-c-2-102-deg-c-3-103-deg-c-4-101-deg-c-1-2-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDA5MTE-which-of-the-following-statements-about-the-composition-of-the-vapour-over-an-ideal-1-1-molar-mixture-of-benzene-and-toluene-is-correct-assume-that-the-temperature-is-constant-at-25-deg-c-given-vapour https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDA5NDI-identify-the-quantity-that-is-not-equal-to-zero-for-an-ideal-solution-1-delta-h-mdash-enthalpy-change-of-mixing-2-delta-s-mdash-entropy-change-of-mixing-3-delta-v-mdash-volume-change-of-mixing-4-delta https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDA5NDk-which-one-of-the-following-elctrolytes-has-the-same-value-of-van-t-hoff-s-factor-i-as-that-of-al2-so4-3-if-all-are-100-ionised-1-k2so4-2-k3-fe-cn-6-3-al-no3-3-4-k4-fe-cn-6-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDEwMjM-of-the-following-0-10-m-aqueous-solutions-which-one-will-exhibit-the-largest-freezing-point-depression-1-kcl-2-c6h12o6-3-al2-so4-3-4-k2so4-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDExNDg-pa-and-pb-are-the-vapour-pressure-of-pure-liquid-components-a-and-b-respectively-of-an-ideal-binary-solution-if-x-represents-the-mole-fraction-of-component-a-the-total-pressure-of-the-solution-will-be https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDExNjE-calculate-the-van-rsquo-t-hoff-factor-i-for-na-so-when-5-00-g-of-na-so-is-dissolved-in-45-0-g-of-water-and-the-freezing-point-decreases-by-3-82-deg-c-given-kf-for-water-1-86-deg-c-kg-mol-sup1-1-2-63-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDExNjU-the-van-t-hoff-factor-i-for-a-compound-which-undergoes-dissociation-in-one-solvent-and-association-in-other-solvent-is-respectively-1-less-than-one-and-less-than-one-2-greater-than-one-and-less-than-o https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDEyMjQ-an-aqueous-solution-is-1-00-molal-in-ki-which-change-will-cause-the-vapour-pressure-of-the-solution-to-increase-1-addition-of-nacl-2-addition-of-na2so4-3-addition-of-1-00-molal-ki-4-addition-of-water https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDEyMjU-a-solution-of-sucrose-molar-mass-342-g-mol-1-has-been-prepared-by-dissolving-68-5-g-of-sucrose-in-1000-g-of-water-the-freezing-point-of-the-solution-obtained-will-be-kf-for-water-1-86-k-kg-mol-1-1-0-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDEzMDA-calculate-the-number-of-moles-of-ions-produced-when-1-mole-of-co-nh-no-cl-dissolves-completely-in-water-if-a-0-0020-m-aqueous-solution-freezes-at-minus-0-00732-deg-c-given-kf-1-86-deg-c-m-1-two-2-2-th https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDEzNzI-0-5-molal-aqueous-solution-of-a-weak-acid-hx-is-20-ionised-if-kf-for-water-is-1-86-k-kg-mol-1-the-lowering-in-freezing-point-of-the-solution-is-1-1-12-k-2-0-56-k-3-1-12-k-4-0-56-k-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE0MzU-1-00-g-of-a-non-electrolyte-solute-molar-mass-250g-mol-was-dissolved-in-51-2-g-of-benzene-if-the-freezing-point-depression-constant-kf-of-benzene-is-5-12-k-kg-mol-1-the-freezing-point-of-benzene-will https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE0Mzg-a-solution-of-acetone-in-ethanol-1-shows-a-negative-deviation-from-raoult-s-law-2-shows-a-positive-deviation-from-raoult-s-law-3-behaves-like-a-near-ideal-solution-4-obeys-raoult-s-law-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3Nzc-three-solutions-are-prepared-by-adding-w-gm-of-a-into-1kg-of-water-w-gm-of-b-into-another-1-kg-of-water-and-w-gm-of-c-in-another-1-kg-of-water-a-b-c-are-non-electrolytic-dry-air-is-passed-from-these-s https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3Nzg-how-many-mili-moles-of-sucrose-should-be-dissolved-in-500-gms-of-water-so-as-to-get-a-solution-which-has-a-difference-of-103-57-deg-c-between-boiling-point-and-freezing-point-k1-1-86-k-kg-mol-minus-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3Nzk-the-molar-heat-of-vapourization-of-toluene-is-ahv-if-its-vapour-pressure-at-315-k-is-60-torr-that-at-356k-is300-torr-then-ahv-log-2-0-3-1-37-5-kj-mole-2-3-75-kj-mole-3-37-5-j-mol-4-3-75-j-mole-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3ODA-relative-decrease-in-vapour-pressure-of-an-aqueous-solution-containing-2-moles-cu-nh3-3cl-cl-in-3-moles-h2o-is-0-50-on-reaction-with-agno3-this-solution-will-form-assuming-no-change-in-degree-of-ionis https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3ODE-which-of-the-following-has-been-arranged-in-order-of-decreasing-freezing-point-1-0-05-m-kno3-0-04-m-cacl2-0-140-m-sugar-0-075-m-cuso4-2-0-04-m-bacl2-0-140-m-sucrose-0-075-m-cuso4-0-05-m-kno3-3-0-075-m https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3ODI-a-solution-containing-x-moles-of-sucrose-in-100-g-of-water-freezes-at-minus-0-20-deg-c-when-some-ice-separates-out-from-the-solution-the-freezing-point-decreases-to-minus-0-25-deg-c-calculate-the-mass https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3ODM-an-ideal-mixture-of-liquids-a-and-b-with-2-moles-of-a-and-2-moles-of-b-has-a-total-vapour-pressure-of-1-atm-at-a-certain-temperature-another-mixture-with-1-mole-of-a-and-3-moles-of-b-has-a-vapour-pres https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3ODQ-a-sample-of-air-is-saturated-with-benzene-vapor-pressure-100-mm-hg-at-298-k-at-298k-and-750-mm-hg-if-it-is-isothermally-compressed-to-one-third-of-its-initial-volume-then-find-out-the-final-pressure-o https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3ODU-available-solutions-are-1l-of-0-1-m-nacl-and-2l-of-0-2-m-cacl2-using-only-these-two-solutions-what-maximum-volume-of-a-solution-can-be-prepared-having-cl-ndash-0-34m-exactly-both-electrolytes-are-stro https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3ODc-consider-equimolal-aqueous-solutions-of-nahso4-and-nacl-with-8710-tb-and-8710-t-b-as-their-respective-boiling-point-elevations-the-value-of-limx-8594-0-8201-916-tb-916-tb-will-be-1-1-2-1-5-3-3-5-4-3-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3ODg-the-vapor-pressures-of-benzene-toluene-and-a-xylene-are-75-torr-22-torr-and-10-torr-at-20-deg-c-which-of-the-following-is-not-a-possible-value-of-the-vapor-pressure-of-an-equimolar-binary-ternary-solu https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3ODk-3-24-g-of-hg-no3-2-molar-mass-324-dissolved-in-1000-g-of-water-constitutes-a-solution-having-a-freezing-point-of-ndash-0-0558-deg-c-while-21-68-g-of-hgcl2-molar-mass-271-in-2000-g-of-water-constitutes https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3OTE-15-g-of-methyl-alcohol-is-dissolved-in-35-g-of-water-the-weight-percentage-of-methyl-alcohol-in-solution-is-1-30-2-50-3-70-4-75-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3OTI-the-seawater-sample-contains-5-8-times-10-ndash-3-g-of-dissolved-oxygen-per-kilogram-of-the-sample-the-concentration-of-oxygen-in-parts-per-million-is-1-5-8-ppm-2-58-5-ppm-3-0-58-ppm-4-0-05-ppm-1-2-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3OTM-find-the-concentration-of-fluoride-ions-in-ppm-when-a-500-g-toothpaste-sample-contains-0-2-g-of-fluoride-1-250-ppm-2-200-ppm-3-400-ppm-4-1000-ppm-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3OTQ-normality-of-a-solution-containing-9-8-g-of-h2so4-in-250-cm3-of-the-solution-is-mp-pmt-1995-2003-cmc-vellore-1991-jipmer-1991-1-0-8-n-2-1-n-3-0-08-n-4-1-8-n-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3OTU-amount-of-naoh-present-in-200-ml-of-0-5-n-solution-is-1-40-g-2-4-g-3-0-4-g-4-4-4-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3OTY-50-ml-of-10n-8201-h2so4-8201-25ml-of-12-n-hcl-and-40-ml-of-5n-8201-hno3-were-mixed-together-and-the-volume-of-the-mixture-was-made-1000-ml-by-adding-water-the-normality-of-the-resulting-solution-will https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3OTc-100-ml-of-0-3-n-hcl-is-mixed-with-200-ml-of-0-6-n-h2so4-the-final-normality-of-the-resulting-solution-will-be-1-0-1-n-2-0-2-n-3-0-3-n-4-0-5-n-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3OTg-an-aqueous-solution-of-6-3-g-oxalic-acid-dihydrate-is-made-up-to-250-ml-the-volume-of-0-1-n-naoh-required-to-completely-neutralize-10-ml-of-this-solution-is-iit-2001-cpmt-1986-1-40-ml-2-20-ml-3-10-ml https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE3OTk-10-6-g-of-na2co3-was-exactly-neutralised-by-100-ml-of-h2so4-solution-its-normality-is-1-1-n-2-2-n-3-1-5-n-4-0-5-n-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MDA-the-molarity-of-pure-water-is-1-555-m-2-5-55-m-3-55-5-m-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MDI-equal-volumes-of-0-1m-8201-agno3-and-0-2-m-nacl-are-mixed-the-concentration-of-no3-8722-ions-in-the-mixture-will-be-1-0-1-m-2-0-05-m-3-0-2-m-4-0-15-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MDM-the-molarity-of-h2so4-solution-that-has-a-density-of-1-84-g-cc-at-35-deg-c-and-contains-98-by-weight-is-1-4-18-m-2-8-14-m-3-18-4-m-4-18-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MDQ-amount-of-oxalic-acid-cooh-2-2h2o-in-grams-that-is-required-to-obtain-250-ml-of-a-semi-molar-solution-is-1-17-25-g-2-17-00-g-3-15-75-g-4-15-00-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MDU-volume-of-10-m-hcl-should-be-diluted-with-water-to-prepare-2-00-l-of-5-m-hcl-is-1-2-l-2-1-5-l-3-1-00-l-4-0-5-l-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MDY-the-volume-of-95-h2so4-density-1-85-g-cm-ndash-3-needed-to-prepare-100-cm3-of-15-solution-of-h2so4-density-1-10-g-cm3-will-be-1-5-cc-2-7-5-cc-3-9-4-cc-4-12-4-cc-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MDc-the-molarity-of-a-0-2n-8201-na2co3-solution-will-be-mp-pmt-1987-1-0-05-m-2-0-2-m-3-0-1-m-4-0-4-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MDg-if-20-ml-of-0-4-n-naoh-solution-completely-neutralises-40-ml-of-dibasic-acid-the-molarity-of-acid-solution-is-1-0-1-m-2-0-2-m-2-0-3-m-4-0-4-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MDk-calculate-the-molality-of-a-solution-of-h-so-having-specific-gravity-1-98-g-ml-sup1-and-composition-95-w-v-1-7-412-2-8-412-3-9-412-4-10-412-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MTA-the-density-of-h2so4-solution-is-1-84-g-ml-ndash-1-in-a-1-litre-solution-if-h2so4-is-93-by-w-v-then-the-molality-of-the-solution-is-1-9-42-m-2-10-42-m-3-11-42-m-4-12-42-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MTE-find-the-mole-fraction-of-methanol-in-a-solution-containing-16-g-of-methanol-and-90-g-of-water-1-0-90-2-0-090-3-0-1-4-1-9-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MTI-a-solution-contains-water-ethanol-and-acetic-acid-in-the-mass-ratio-25-25-and-50-respectively-what-are-the-mole-fractions-of-each-component-in-the-solution-1-0-50-0-3-0-19-2-0-19-0-3-0-50-3-0-3-0-19-0 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MTM-34-2-g-of-cane-sugar-is-dissolved-in-180-g-of-water-the-relative-lowering-of-vapour-pressure-will-be-1-0-0099-2-1-1597-3-0-840-4-0-9901-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MTQ-lowering-in-vapour-pressure-is-the-highest-for-1-0-2-m-urea-2-0-1-m-glucose-3-0-1-m-mgso4-4-0-1-m-bacl2-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MTU-the-vapour-pressure-of-ccl4-at-25-deg-c-is-143-mm-hg-0-5-g-of-a-non-volatile-solute-mol-wt-65-is-dissolved-in-100-ml-of-ccl4-the-vapor-pressure-of-the-solution-is-density-of-ccl4-1-58-g-cm3-1-141-93-m https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MTY-the-vapour-pressure-of-pure-benzene-and-toluene-are-160-and-60-torr-respectively-the-mole-fraction-of-toluene-in-vapour-phase-in-contact-with-an-equimolar-solution-of-benzene-and-toluene-is-1-0-50-2-0 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MTc-the-vapour-pressure-of-a-solvent-decreases-by-10-mm-of-mercury-when-a-non-volatile-solute-was-added-to-the-solvent-the-mole-fraction-of-the-solute-in-the-solution-is-0-2-what-should-be-if-the-decrease https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MTk-find-the-molar-concentration-in-mol-l-sup1-of-a-solution-whose-osmotic-pressure-is-0-0821-atm-at-300-k-1-0-033-2-0-066-3-0-33-times-10-ndash-2-4-3-0-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MjA-the-osmotic-pressure-of-5-mass-volume-solution-of-cane-sugar-at-150-deg-c-mol-mass-of-sugar-342-g-mole-is-1-4-atm-2-5-07-atm-3-3-55-atm-4-2-45-atm-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MjE-a-solution-containing-3-3-g-of-a-substance-in-125-g-of-benzene-b-p-80-deg-c-boils-at-80-66-deg-c-if-kb-for-one-litre-of-benzene-is-3-28-deg-c-the-molecular-weight-of-the-substance-shall-be-1-127-20-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MjI-calculate-the-boiling-point-of-a-solution-prepared-by-dissolving-0-1-mole-of-sugar-in-200-g-of-water-at-1-atm-pressure-given-molal-boiling-point-elevation-constant-of-water-kb-0-513-deg-c-kg-mol-sup1 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MjM-an-aqueous-solution-containing-1-g-of-urea-boils-at-100-25-deg-c-the-aqueous-solution-containing-3-g-of-glucose-in-the-same-volume-will-boil-at-1-100-75-deg-c-2-100-5-deg-c-3-100-deg-c-4-100-25-deg-c https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MjQ-calculate-the-freezing-point-of-a-solution-prepared-by-dissolving-34-2-g-of-sucrose-in-1000-g-of-water-given-molar-mass-of-sucrose-342-g-mol-sup1-kf-for-water-1-86-k-kg-mol-sup1-freezing-point-of-pure https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MjU-find-the-molecular-mass-of-a-weak-monobasic-acid-when-0-1-g-of-the-acid-is-dissolved-in-21-7-g-of-water-and-the-solution-freezes-at-272-817-k-given-kf-for-water-1-86-k-kg-mol-sup1-1-45-0-2-40-6-3-49-8 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MjY-a-solution-shows-a-freezing-point-depression-of-0-184-k-if-the-molal-depression-constant-k-f-of-the-solvent-is-18-4-k-kg-mol-sup1-the-molality-of-the-solution-is-1-0-01-2-1-00-3-0-001-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4Mjc-a-solution-is-prepared-by-dissolving-6-8-g-of-a-non-ionic-non-electrolyte-solute-in-100-g-of-water-this-solution-freezes-at-minus-0-93-deg-c-the-freezing-point-depression-constant-kf-for-water-is-1-86 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4Mjg-the-molar-freezing-point-constant-for-water-is-1-86-deg-c-mole-if-342-g-of-cane-sugar-c12h22o11-is-dissolved-in-1000-g-of-water-the-solution-will-freeze-at-1-ndash-1-86-deg-c-2-1-86-deg-c-3-ndash-3-92 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4Mjk-the-molal-freezing-point-constant-for-water-is-1-86-deg-c-m-therefore-the-freezing-point-of-0-1-m-nacl-solution-in-water-is-expected-to-be-mlnr-1994-1-ndash-1-86-deg-c-2-ndash-0-186-deg-c-3-ndash-0-37 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MzA-the-depression-in-freezing-point-of-0-01-m-aqueous-solutions-of-urea-sodium-chloride-and-sodium-sulphate-is-in-the-ratio-of-1-1-1-1-2-1-2-3-3-1-2-4-4-2-2-3-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4MzE-find-the-degree-of-dissociation-of-a-0-1-m-ba-no-solution-if-its-van-t-hoff-factor-is-2-74-1-91-3-2-87-3-100-4-74-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4ODk-mole-fraction-of-solute-in-an-aqueous-solution-that-boils-at-100-104-is-kb-for-h2o-0-52-k-molality-1-1-0-008-2-0-004-3-0-061-4-0-996-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE4OTE-freezing-point-of-an-aqueous-solution-is-0-166-deg-c-elevation-of-boiling-point-of-same-solution-would-be-kb-0-512-k-m-1-and-kf-1-66-k-m-1-1-0-18-deg-c-2-0-05-deg-c-3-0-09-deg-c-4-0-23-deg-c-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NTg1MjE-which-solution-has-the-highest-osmotic-pressure-1-0-1-m-nacl-2-0-5-m-urea-3-0-1-m-mgcl2-4-0-2-m-nacl-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NjYxMzE-assertion-a-a-perfectly-ideal-binary-solution-of-two-different-liquids-cannot-be-obtained-in-practice-reason-r-no-two-different-substances-can-have-intermolecular-forces-that-are-identical-in-both-nat https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NjYxMzI-assertion-when-a-cell-is-placed-in-hypertonic-solution-it-shrinks-reason-reverse-osmosis-is-used-for-desalination-of-water-1-both-assertion-and-reason-are-true-and-reason-is-the-correct-explanation-of https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NjYxMzM-assertion-a-the-difference-in-the-boiling-points-of-equimolar-solution-of-hci-and-hf-decreases-as-their-molarity-is-decreased-reason-r-the-extent-of-dissociation-decreases-steadily-with-increasing-dil https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NjYxMzQ-assertion-the-molar-mass-obtained-for-benzoic-acid-in-benzene-is-found-to-be-nearly-twice-reason-benzoic-acid-has-the-formula-hooc-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-cor https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NjYxMzU-assertion-when-a-ml-of-a-0-1-molal-urea-solution-is-mixed-with-another-b-ml-of-0-1-molal-glucose-solution-the-boiling-point-of-the-solution-is-no-different-from-the-boiling-points-of-the-samples-prior https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NzIyODI-the-equal-weight-of-a-solute-is-dissolved-in-an-equal-weight-of-two-solvents-a-and-b-to-form-a-very-dilute-solution-the-relative-lowering-of-vapour-pressure-for-solution-b-has-twice-the-relative-lower https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTA0NTQ-consider-the-following-liquid-vapor-equilibrium-liquid-harr-vapour-which-of-the-following-relation-is-correct-1-dfrac-dlnp-dt-frac-delta-h-v-rt-2-dfrac-dlnp-dt-2-frac-delta-h-v-t-2-3-dfrac-dlnp-dt-fra https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTEwMTc-which-of-the-following-parameters-has-a-non-zero-value-during-the-formation-of-an-ideal-solution-1-delta-h-text-mix-2-delta-s-text-mix-3-delta-v-text-mix-4-delta-p-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTEwMzE-the-boiling-point-of-0-2-mol-kg-ndash-1-solution-of-x-in-water-is-greater-than-the-equimolal-solution-of-y-in-water-the-correct-statement-in-this-case-is-1-x-is-undergoing-dissociation-in-water-2-mole https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTExODk-the-largest-freezing-point-depression-among-the-following-0-10-m-solutions-is-shown-by-1-mathrm-kcl-2-mathrm-c-6h-12-o-6-3-mathrm-al-2-mathrm-so-4-3-4-mathrm-k-2so-4-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTI0NjY-the-freezing-point-depression-constant-for-water-is-1-86-oc-m-1-if-5-00-g-na2so4-is-dissolved-in-45-0-g-h2o-the-freezing-point-is-changed-by-3-82-oc-the-van-rsquo-t-hoff-factor-for-na2so4-is-1-2-63-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTQwMTI-a-solution-containing-10-g-dm3-of-urea-molecular-mass-60-g-mol-1-is-isotonic-with-a-5-solution-of-a-non-volatile-solute-the-molecular-mass-of-this-non-volatile-solute-is-1-25-g-mol-1-2-300-g-mol-1-3-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTQwNDc-during-osmosis-the-flow-of-water-through-a-semi-permeable-membrane-is-1-from-a-solution-having-higher-concentration-only-2-from-both-sides-of-the-semi-permeable-membrane-with-equal-flow-rates-3-from-b https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTU1OTE-which-of-the-following-mixtures-forms-the-maximum-boiling-azeotrope-1-heptane-octane-2-water-nitric-acid-3-ethanol-water-4-acetone-carbon-disulphide-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTAwMDAx-c6h6-freezes-at-5-5-176-c-at-what-temperature-will-a-solution-of-10-44-g-of-c4h10-in-200-g-of-c6h6-freeze-kf-c6h6-5-12-176-c-m-1-4-60-176-c-2-0-89-176-c-3-5-50-176-c-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTExNzM3-the-henry-s-law-constant-for-the-solubility-of-n2-gas-in-water-at-298-k-is-1-0-times-105-atm-the-mole-fraction-of-n2-in-air-is-0-8-the-number-of-moles-of-n2-formed-from-air-dissolved-in-10-moles-of-wa https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTEzMDUx-if-the-relative-decrease-in-vapour-pressure-is-0-4-for-a-solution-containing-1-mol-nacl-in-3-mol-of-h2o-then-percentage-ionisation-of-nacl-will-be-1-60-2-80-3-40-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTIzNTE1-boiling-of-dil-hcl-acid-does-not-increase-its-concentration-beyond-22-2-per-cent-because-hydrochloric-acid-1-is-very-volatile-2-is-extremely-soluble-in-water-3-forms-a-constant-boiling-mixture-4-forms https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTMwMTYy-a-500-g-toothpaste-sample-has-0-4-g-fluoride-concentration-the-fluoride-concentration-in-terms-of-ppm-will-be-1-200-ppm-2-400-ppm-3-500-ppm-4-800-ppm-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTMxNjQ3-the-correct-statement-regarding-a-solution-of-two-components-a-and-b-exhibiting-positive-deviation-from-ideal-behaviour-is-1-intermolecular-attractive-force-between-a-a-and-b-b-are-stronger-than-those https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTcxNzA5-17-4-w-v-k2so4-solution-at-27-deg-c-is-isotonic-to-5-85-w-v-nacl-solution-at-27-deg-c-lf-nacl-is-100-ionised-the-ionisation-of-k2so4-in-aqueous-solution-is-at-wt-of-k-39-na-23-1-25-2-75-3-50-4-none-of https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTc2ODc2-the-vapour-pressures-of-pure-benzene-and-toluene-are-160-torr-and-60-torr-respectively-the-mole-fraction-of-toluene-in-the-vapour-phase-in-contact-with-an-equimolar-solution-of-benzene-and-toluene-wil https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTg1NDY3-the-mixture-that-shows-positive-deviation-from-raoult-s-law-is-1-benzene-toluene-2-acetone-chloroform-3-chloroethane-bromoethane-4-ethanol-acetone-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTg1NDg5-the-freezing-point-of-depression-constant-kf-of-benzene-is-5-12-k-kg-mol-ndash-1-the-freezing-point-depression-for-the-solution-of-molality-0-078-m-containing-a-non-electrolyte-solute-in-benzene-is-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTg3NjEw-for-a-solution-the-plot-of-osmotic-pressure-960-versus-the-concentration-c-in-mol-l-1-gives-a-straight-line-with-slope-310r-where-r-is-the-gas-constant-the-temperature-at-which-osmotic-pressure-measur https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkwMTY0-for-the-dissociation-of-pcl5-into-pcl3-and-cl2-in-gaseous-phase-reaction-if-d-is-the-observed-vapour-density-and-d-the-theoretical-vapour-density-with-a-as-degree-of-dissociation-variation-of-d-d-with https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkwMjkw-at-100-176-c-the-vapour-density-of-nitrogen-peroxide-n2o4-is-26-8-the-percentage-dissociation-into-no2-molecules-is-1-71-64-2-61-57-3-83-56-4-67-39-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkwMzAx-the-vapour-density-of-n2o4-at-a-certain-temperature-is-30-what-is-the-percentage-dissociation-of-n2o4-at-this-temperature-1-53-3-2-106-6-3-26-7-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkwMzkz-what-is-the-correct-sequence-of-active-masses-in-increasing-order-in-gaseous-mixture-containing-one-gram-per-litre-of-each-of-the-following-i-nh3-ii-n2-iii-h2-iv-o2-select-the-correct-answer-using-the https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMDQ5-heating-a-saturated-sodium-chloride-solution-leads-to-1-saturation-being-maintained-2-the-solution-becomes-unsaturated-3-solution-becoming-supersaturated-4-the-system-reaching-an-equilibrium-point-1-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMDUx-the-graph-among-the-following-that-represents-henry-s-law-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMDYy-ln-liquid-ccl4-which-of-the-following-has-maximum-solubility-1-l2-2-br2-3-nacl-4-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMDgx-which-of-the-following-represents-a-metastable-system-1-an-unsaturated-solution-2-a-dilute-solution-3-a-saturated-solution-4-a-supersaturated-solution-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMDg1-the-relative-lowering-of-vapor-pressure-upon-dissolving-a-non-volatile-solute-in-a-solvent-is-equal-to-1-mole-fraction-of-the-solute-2-mole-fraction-of-the-solvent-3-concentration-of-the-solute-in-gra https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMDg3-van-t-hoff-factor-is-1-more-than-one-in-case-of-association-2-less-than-one-in-case-of-dissociation-3-equal-to-normalmolecularmassobservedmolecularmass-4-equal-to-observedmolecularmassnormalmolecularm https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMDg5-which-of-the-following-changes-would-result-in-greater-solubility-of-a-gas-in-a-liquid-1-increasing-temperature-2-increasing-the-amount-of-liquid-3-decreasing-temperature-4-reducing-gas-pressure-1-2-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMDky-which-of-the-following-solution-would-exhibit-abnormal-colligative-properties-1-1-m-glucose-2-0-1-m-nacl-3-0-1-m-sucrose-4-10-gram-glass-powder-in-water-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMTA1-what-is-the-number-of-moles-of-sodium-hydroxide-present-in-2-5-l-of-a-0-5-m-aqueous-solution-1-1-25-2-0-5-3-12-5-4-5-0-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMTEx-maximum-freezing-point-will-be-for-1-molal-solution-of-assuming-equal-ionization-in-each-case-1-fe-h2o-6-cl3-2-fe-h2o-5cl-cl2-h2o-3-fe-h2o-4cl2-cl-2h2o-4-fe-h2o-3cl3-3h2o-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMTE1-which-of-the-following-0-1-m-solutions-will-show-the-lowest-freezing-point-1-0-1-m-potassium-nitrate-2-0-1-m-aluminium-sulphate-3-0-1-m-potassium-chloride-4-0-1-m-potassium-sulphate-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMTI0-the-van-rsquo-t-hoff-factor-i-accounts-for-1-extent-of-dissociation-or-association-of-the-solute-2-extent-of-dissolution-of-the-solute-3-degree-of-decomposition-of-the-solution-4-solubility-of-the-sol https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMTI2-the-azeotropic-mixture-of-water-and-ethanol-boils-at-78-15-oc-when-this-mixture-is-distilled-it-is-possible-to-obtain-1-pure-h2o-2-pure-c2h5oh-3-pure-h2o-as-well-as-pure-c2hoh-4-neither-h2o-nor-c2h5oh https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMTI5-which-of-the-following-changes-with-a-change-in-temperature-1-mole-fraction-2-formality-3-w-w-4-molality-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMTM0-when-the-solute-is-present-in-trace-quantities-the-following-expression-is-used-1-gram-per-million-2-nanogram-percent-3-microgram-percent-4-parts-per-million-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMTQx-increasing-the-temperature-of-an-aqueous-solution-will-cause-1-decrease-in-molality-2-decrease-in-molarity-3-decrease-in-mole-fraction-4-decrease-in-w-w-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMTQy-during-depression-in-freezing-point-in-a-solution-the-following-are-in-equilibrium-1-liquid-solvent-solid-solvent-2-liquid-solvent-solid-solute-3-liquid-solute-solid-solute-4-liquid-solute-solid-solve https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTkyMTQz-find-the-correct-statement-when-the-intermolecular-attraction-between-a-ndash-b-is-greater-than-that-between-a-ndash-a-and-b-ndash-b-in-a-solution-1-the-solution-shows-positive-deviation-from-raoult-r https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjA4NzY2-is-it-possible-to-insert-an-egg-into-a-bottle-with-a-narrow-neck-without-deforming-the-egg-1-yes-2-no-3-only-under-special-conditions-4-depends-on-the-dimensions-of-egg-and-bottle-neck-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2ODEx-an-aqueous-solution-of-2-w-w-non-volatile-solute-exerts-a-pressure-of-1-004-bar-at-the-normal-boiling-point-of-the-solvent-molar-mass-of-the-solute-would-be-1-23-69-g-mol-ndash-1-2-41-35-g-mol-ndash-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2ODEy-heptane-and-octane-form-an-ideal-solution-at-373-k-the-vapour-pressures-of-the-two-liquid-components-are-105-2-kpa-and-46-8-kpa-respectively-the-vapour-pressure-of-a-mixture-of-26-0-g-of-heptane-and-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2ODE0-a-5-solution-by-mass-of-cane-sugar-in-water-has-freezing-point-of-271-k-freezing-point-of-5-glucose-in-water-would-be-freezing-point-of-pure-water-is-273-15-k-1-279-24-k-2-ndash-269-06-k-3-275-42-oc-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2ODE1-at-300-k-36-g-of-glucose-present-in-a-litre-of-its-solution-has-an-osmotic-pressure-of-4-98-bar-the-concentration-at-which-osmotic-pressure-of-the-solution-becomes-1-52-bar-at-the-same-temperature-wou https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2ODE2-the-correct-sequence-of-order-of-increasing-solubility-in-the-n-octane-is-1-cyclohexane-ch3cn-cyclohexane-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2ODE3-if-the-density-of-lake-water-is-1-25-g-ml-ndash-1-and-contains-92-g-of-na-ions-per-kg-of-water-then-the-molality-of-na-ions-will-be-1-3-24-molal-2-4-molal-3-5-molal-4-3-5-molal-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTYw-the-vapour-pressure-of-water-at-293-k-is-17-535-mm-hg-the-vapour-pressure-of-water-at-293-k-when-25-g-of-glucose-is-dissolved-in-450-g-of-water-is-1-18-54-mm-of-hg-2-17-44-mm-of-hg-3-12-35-mm-of-hg-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTYx-benzene-and-toluene-form-an-ideal-solution-over-the-entire-range-of-composition-the-vapour-pressure-of-pure-benzene-and-toluene-at-300-k-are-50-71-mm-hg-and-32-06-mm-hg-respectively-the-mole-fraction https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTY1-the-osmotic-pressure-of-a-solution-prepared-by-dissolving-25-mg-of-k2so4-in-2-litres-of-water-at-25-deg-c-assuming-that-it-is-completely-dissociated-is-1-2-76-215-10-3atm-2-5-39-215-10-4atm-3-5-27-215 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTY2-mole-fraction-of-benzene-in-solution-containing-30-by-mass-in-carbon-tetrachloride-is-1-0-46-2-0-54-3-0-27-4-0-35-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTY5-what-is-the-mass-of-urea-nh2conh2-required-in-making-2-5-kg-of-0-25-molal-aqueous-solution-1-74-g-2-69-g-3-33-g-4-37-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTcx-what-is-the-molarity-of-ki-if-density-of-20-mass-mass-aqueous-ki-is-1-202-g-ml-1-1-1-23-mol-l-1-2-1-45-mol-l-1-3-1-62-mol-l-1-4-1-45-mol-ml-1-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTcz-h2s-a-toxic-gas-with-rotten-egg-like-smell-is-used-for-the-qualitative-analysis-if-the-solubility-of-h2s-in-water-at-stp-is-0-195-molal-what-is-the-henry-rsquo-s-law-constant-1-255-bar-2-293-bar-3-342 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTc1-henry-rsquo-s-law-constant-for-co2-in-water-is-1-67-times-108-pa-at-298-k-what-is-the-quantity-of-co2-in-500-ml-of-soda-water-when-packed-under-2-5-atm-co2-pressure-at-298-k-1-1-57-g-2-1-85-g-3-0-15-g https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTc2-the-boiling-point-of-water-at-750-mm-hg-is-99-63-deg-c-how-much-sucrose-is-to-be-added-to-400-g-of-water-such-that-it-boils-at-100-deg-c-kb-h2o-0-52-k-kg-mol-minus-1-1-97-33g-2-121-67g-3-145-14g-4-124 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTc4-calculate-the-mass-of-ascorbic-acid-vitamin-c-c6h8o6-that-must-be-dissolved-in-75-g-of-acetic-acid-to-achieve-a-freezing-point-depression-of-1-5-deg-c-given-cryoscopic-constant-of-acetic-acid-kf-3-9-k https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2OTc5-what-is-the-osmotic-pressure-exerted-by-a-solution-prepared-by-dissolving-1-0-g-of-polymer-of-molar-mass-185-000-in-450-ml-of-water-at-37-deg-c-1-42-56-pa-2-30-98-pa-3-23-67-pa-4-67-55-pa-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE3Mzc0-which-of-the-following-statements-represent-applications-of-osmosis-1-in-animals-water-moves-into-different-parts-of-the-body-2-stretching-of-leaves-flower-3-opening-and-closing-of-flowers-4-all-of-th https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzIy-the-unit-that-relates-concentration-of-solution-with-its-vapour-pressure-is-1-mole-fraction-2-parts-per-million-3-mass-percentage-4-molality-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzI1-a-beaker-contains-a-solution-of-substance-a-precipitation-of-substance-lsquo-a-rsquo-takes-place-when-a-small-amount-of-a-is-added-to-the-solution-the-solution-is-1-saturated-2-supersaturated-3-unsatu https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzI5-colligative-properties-are-dependent-on-which-of-the-following-factors-1-the-nature-of-the-solute-particles-dissolved-in-the-solution-2-the-number-of-solute-particles-in-the-solution-3-the-physical-pr https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzUx-a-solution-that-has-the-highest-boiling-point-among-the-following-is-1-1-0-m-naoh-2-1-0-m-na2so4-3-1-0-m-nh4no3-4-1-0-m-kno3-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzU0-an-unripe-mango-placed-in-a-concentrated-salt-solution-to-prepare-pickle-shrivels-because-1-it-gains-water-due-to-osmosis-2-it-loses-water-due-to-reverse-osmosis-3-it-gains-water-due-to-reverse-osmosi https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzU1-at-a-given-temperature-osmotic-pressure-of-a-concentrated-solution-of-a-substance-1-is-higher-than-that-of-a-dilute-solution-2-is-lower-than-that-of-a-dilute-solution-3-is-same-as-that-of-a-dilute-sol https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzU5-the-value-of-henry-s-constant-kh-1-increases-with-an-increase-in-temperature-2-decreases-with-an-increase-in-temperature-3-remains-constant-4-first-increases-then-decreases-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzYw-according-to-henry-rsquo-s-law-the-value-of-henry-rsquo-s-constant-kh-for-a-gas-is-1-directly-proportional-to-the-solubility-of-the-gas-in-the-liquid-2-inversely-proportional-to-the-solubility-of-the https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzcw-the-intermolecular-forces-between-benzene-molecules-are-approximately-equal-in-strength-to-those-between-toluene-molecules-for-a-benzene-toluene-mixture-identify-the-incorrect-statements-a-delta-hmix https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzc2-for-a-binary-ideal-liquid-solution-the-curve-that-represents-the-variation-in-total-vapor-pressure-versus-composition-of-the-solution-is-a-b-c-d-the-correct-option-is-1-a-and-b-2-b-and-c-3-c-and-d-4-a https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5NDEy-what-is-the-molar-mass-of-the-solute-in-an-aqueous-solution-containing-2-non-volatile-solute-which-exerts-a-pressure-of-1-004-bar-at-the-normal-boiling-point-of-the-solvent-1-53-50-g-mol-1-2-43-5-kg-m https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjQ1MDk4-if-8-g-of-a-non-electrolyte-solute-is-dissolved-in-114-g-of-n-octane-to-reduce-its-vapor-pressure-to-80-the-molar-mass-in-g-mol-ndash-1-of-the-solute-is-molar-mass-of-n-octane-is-114-g-mol-ndash-1-1-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjQ1MjYz-isotonic-solutions-have-the-same-1-vapour-pressure-2-freezing-temperature-3-osmotic-pressure-4-boiling-temperature-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjQ5NzQz-the-molarity-of-h2so4-solution-that-has-a-density-1-84-g-cc-at-35-oc-and-contains-98-h2so4-by-weight-is-1-1-84-m-2-81-4-m-3-18-4-m-4-184-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjUxMDMx-calculate-the-vapour-pressure-of-a-solution-prepared-by-mixing-25-5-g-of-chloroform-chcl-and-40-g-of-dichloromethane-ch-cl-at-25-deg-c-given-vapour-pressure-of-pure-chcl-200-mmhg-vapour-pressure-of-pu https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjUxMDk5-a-0-1-molal-aqueous-solution-of-a-weak-acid-ha-is-30-ionized-if-kf-for-water-is-1-86-deg-c-m-the-freezing-point-of-the-solution-will-be-1-ndash-0-24-deg-c-2-ndash-0-18-deg-c-3-ndash-0-54-deg-c-4-ndash https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjUxMjA5-200-ml-of-an-aqueous-solution-contains-1-26-g-of-protein-the-osmotic-pressure-of-this-solution-at-300-k-is-found-to-be-2-57-times-10-ndash-3-bar-the-molar-mass-of-protein-will-be-use-r-0-083-l-bar-mol https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjU1OTE4-henry-rsquo-s-law-constant-for-the-molality-of-methane-in-benzene-at-298-k-is-4-27-times-105-mm-hg-the-solubility-of-methane-in-benzene-at-298-k-under-760-mm-hg-is-1-1-78-x-10-3-2-1-78-x-10-5-3-2-98-x https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY0MDIy-the-addition-of-water-vapour-does-not-change-the-density-of-1-ccl4-2-cs2-3-ether-4-coke-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY0MzYy-1-w-w-solution-of-a-compound-is-isotonic-with-5-w-w-sucrose-sugar-solution-the-molecular-weight-of-the-compound-will-be-1-32-4-2-68-4-3-129-6-4-34-2-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY0Mzc3-the-vapour-pressure-of-a-solvent-decreased-by-10-mm-of-hg-when-a-non-volatile-solute-was-added-to-the-solvent-the-mole-fraction-of-the-solute-in-solution-is-0-2-what-would-be-the-mole-fraction-of-the https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY0ODAy-camphor-is-often-used-in-molecular-mass-determination-because-1-it-has-a-very-high-cryoscopic-constant-2-it-is-volatile-3-it-is-a-solvent-for-organic-substances-4-it-is-readily-available-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY1MjAy-which-colligative-property-provides-the-most-accurate-method-for-determining-the-molecular-weight-of-proteins-and-polymers-1-osmotic-pressure-2-lowering-of-vapour-pressure-3-lowering-of-freezing-point https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY1MzIw-a-solution-contains-a-non-volatile-solute-of-molecular-mass-m2-the-molecular-mass-of-solute-in-terms-of-osmotic-pressure-is-where-m2-rarr-mass-of-solute-v-rarr-volume-of-solution-pi-rarr-osmotic-press https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY1MzIx-which-of-the-following-is-correct-for-an-ideal-solution-1-a-ndash-b-attraction-force-is-greater-than-a-ndash-a-and-b-ndash-b-2-a-ndash-b-attraction-force-is-less-than-a-ndash-a-and-b-ndash-b-3-attract https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY2ODA2-beans-get-cooked-earlier-in-a-pressure-cooker-because-1-the-boiling-point-increases-with-increasing-pressure-2-the-boiling-point-decreases-with-increasing-pressure-3-the-extra-pressure-of-the-pressure https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5ODc5-what-is-the-mass-percentage-of-carbon-when-22-g-of-benzene-is-dissolved-in-122-g-of-carbon-tetrachloride-1-89-72-2-33-72-3-20-72-4-63-572-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5ODg1-the-partial-pressure-of-ethane-over-a-solution-containing-6-56-times-10-ndash-2-g-of-ethane-is-1-bar-if-the-solution-contains-5-00-times-10-ndash-2-g-of-ethane-the-partial-pressure-of-the-gas-will-be https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5ODg2-the-positive-deviations-from-raoult-rsquo-s-law-mean-the-vapour-pressure-is-1-higher-than-expected-2-lower-than-expected-3-as-expected-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5ODg3-the-vapour-pressure-of-1-molal-solution-of-a-non-volatile-solute-in-water-at-300-k-would-be-the-vapour-pressure-of-water-at-300-k-12-3-kpa-1-21-08-kpa-2-12-08-kpa-3-33-08-kpa-4-4-08-kpa-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5ODg4-a-solution-containing-30-g-of-non-volatile-solute-in-90-g-of-water-has-a-vapour-pressure-of-2-8-kpa-at-298-k-further-18-g-of-water-is-then-added-to-the-solution-and-the-new-vapour-pressure-becomes-2-9 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5ODkw-two-elements-a-and-b-form-compounds-having-formula-ab2-and-ab4-when-dissolved-in-20-g-of-benzene-c6h6-1-g-of-ab2-lowers-the-freezing-point-by-2-3-k-whereas-1-0-g-of-ab4-lowers-it-by-1-3-k-the-atomic-m https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5ODky-the-type-of-inter-molecular-interactions-present-in-a-n-hexane-and-n-octane-i-van-der-waal-rsquo-s-forces-of-attraction-b-naclo4-and-water-ii-ion-dipole-interaction-iii-dipole-dipole-interaction-a-b-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5ODk2-the-insoluble-compound-in-water-is-are-1-phenol-2-formic-acid-and-toluene-3-phenol-and-toluene-4-toluene-and-chloroform-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5ODk5-the-mass-percentage-of-aspirin-c9h8o4-in-acetonitrile-ch3cn-when-6-5-g-of-c9h8o4-is-dissolved-in-450-g-of-ch3cn-will-be-1-1-424-2-4-424-3-5-124-4-2-124-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5OTAx-nalorphene-c19h21no3-similar-to-morphine-is-used-to-combat-withdrawal-symptoms-in-narcotic-users-the-dose-of-nalorphene-generally-given-is-1-5-mg-calculate-the-mass-of-1-5-times-10-minus-3m-aqueous-so https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5OTA0-the-amount-of-benzoic-acid-c6h5cooh-required-for-preparing-250-ml-of-0-15-m-solution-in-methanol-is-1-4-57-g-2-3-57-g-3-1-57-g-4-12-57-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5OTA1-find-the-correct-order-of-depression-in-freezing-point-delta-tf-of-water-for-equal-amounts-of-acetic-acid-trichloroacetic-acid-and-trifluoroacetic-acid-1-acetic-acid-trichloroacetic-acid-trifluoroacet https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5OTA4-the-depression-in-the-freezing-point-of-water-when-10-g-of-ch3ch2chclcooh-is-added-to-250-g-of-water-will-be-ka-1-4-times-10-ndash-3-kf-1-86-k-kg-mol-ndash-1-1-0-32-k-2-2-87-k-3-0-65-k-4-5-03-k-1-2-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5OTEw-when-19-5-g-of-fluoroacetic-acid-ch2fcooh-is-dissolved-in-500-g-of-water-the-observed-depression-in-the-freezing-point-was-found-to-be-1-00-k-the-van-rsquo-t-hoff-factor-and-the-dissociation-constant https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5OTQ0-100-g-of-liquid-a-molar-mass-140-g-mol-ndash-1-was-dissolved-in-1000-g-of-liquid-b-molar-mass-180-g-mol-ndash-1-the-vapour-pressure-of-pure-liquid-b-was-found-to-be-500-torr-if-the-total-vapour-pressu https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5OTQ5-air-consists-primarily-of-nitrogen-which-occupies-approximately-79-by-volume-at-298-k-under-normal-conditions-water-is-in-equilibrium-with-air-at-a-total-pressure-of-10-atm-and-a-temperature-298-k-the https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5OTUy-the-amount-of-cacl2-i-2-47-dissolved-in-2-5-litre-of-water-such-that-its-osmotic-pressure-is-0-75-atm-at-27-deg-c-is-1-1-02-g-2-4-35-g-3-2-87-g-4-3-42-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNDg0-if-22-g-of-benzene-is-dissolved-in-122-g-of-ccl4-the-mass-percentage-of-ccl4-and-benzene-respectively-are-1-15-28-84-72-2-84-72-15-28-3-8-72-91-28-4-91-28-8-72-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNTUw-match-the-following-type-of-intermolecular-interactions-present-in-the-pair-of-compounds-given-a-methanol-and-acetone-i-van-der-waal-rsquo-s-forces-of-attraction-b-acetonitrile-and-acetone-ii-ion-dipo https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNjE2-what-is-the-mole-fraction-of-benzene-in-a-solution-where-benzene-constitutes-30-by-mass-in-carbon-tetrachloride-text-ccl-4-1-0-46-2-0-64-3-0-91-4-0-19-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNjE4-what-mass-of-urea-is-needed-to-prepare-2-5-kg-of-a-0-25-m-aqueous-solution-1-73-g-2-37-g-3-48-g-4-24-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNjE5-the-molarity-of-a-20-mass-mass-ki-solution-with-a-density-of-1-202-g-ml-will-be-1-2-34-m-2-1-45-m-3-3-32-m-4-0-23-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNjIw-the-solubility-of-h-2s-in-water-at-stp-is-0-195-m-the-value-of-henry-s-constant-is-1-274-atm-2-285-atm-3-295-atm-4-278-atm-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNjIx-a-student-mixes-300-g-of-an-aqueous-solution-containing-25-solute-by-mass-with-400-g-of-another-aqueous-solution-of-the-same-solute-which-is-40-by-mass-what-is-the-approximate-mass-percentage-of-the-s https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNjIy-at-350-k-the-vapour-pressures-of-two-volatile-pure-liquids-a-and-b-are-450-mm-hg-and-700-mm-hg-respectively-if-these-liquids-are-mixed-to-form-an-ideal-solution-with-a-total-equilibrium-vapour-pressur https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNjIz-the-vapour-pressure-of-water-in-the-solution-having-50-g-of-urea-dissolved-in-850-g-of-water-is-vapor-pressure-of-pure-water-at-298-k-is-23-8-mm-hg-1-23-40-mm-of-hg-2-33-46-mm-of-hg-3-12-76-mm-of-hg-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNjI0-the-amount-of-sucrose-is-to-be-added-to-500-g-of-water-such-that-it-boils-at-100-deg-c-is-given-the-boiling-point-of-water-at-750-mm-hg-is-99-63-deg-c-kb-0-52-k-kg-mol-1-1-145-76-g-2-213-54-g-3-121-67 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNjI1-the-solubility-of-gases-in-liquids-generally-decreases-as-temperature-increases-the-primary-reason-for-this-behavior-is-1-dissolution-of-a-gas-in-a-liquid-is-an-endothermic-process-2-dissolution-of-a https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcxNjI2-which-law-is-applied-when-deep-sea-divers-use-a-breathing-mixture-of-oxygen-and-less-soluble-helium-to-minimise-the-painful-effects-caused-by-the-increased-dissolution-of-gases-in-blood-at-high-pressu https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcyMzM2-the-correct-match-for-the-below-table-is-type-of-solution-example-a-solid-in-gas-i-aerated-water-b-gas-in-liquid-ii-smoke-c-liquid-in-solid-iii-solution-of-hydrogen-in-palladium-d-gas-in-solid-iv-amal https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcyMzQx-an-example-of-a-gas-in-a-solid-type-solution-is-1-solution-of-hydrogen-in-palladium-2-ethanol-dissolved-in-water-3-camphor-vapours-in-n2-gas-4-amalgams-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcyMzQ1-the-incorrect-formula-among-the-following-is-1-text-x-text-mole-fraction-frac-text-n-text-solute-text-n-text-solution-2-text-molarity-frac-text-amount-of-solute-g-text-volume-of-solution-ml-3-text-mol https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcyMzQ2-the-density-of-68-nitric-acid-by-mass-in-an-aqueous-solution-is-1-504-g-ml-ndash-1-the-molarity-of-the-acid-solution-would-be-1-15-24-m-2-16-23-m-3-14-52-m-4-13-45-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcyMzUz-a-solution-of-glucose-m-w-180-g-mol-ndash-1-in-water-is-10-w-w-the-mole-fraction-of-each-component-in-the-solution-is-1-mole-fraction-of-glucose-0-44-mole-fraction-of-water-0-56-2-mole-fraction-of-glu https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcyMzgy-calculate-the-molality-of-an-antifreeze-solution-prepared-by-dissolving-222-6-g-of-ethylene-glycol-c-h-o-in-200-g-of-water-1-6-9-m-2-17-9-m-3-29-9-m-4-21-9-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcyMzk0-a-drinking-water-sample-was-found-to-be-contaminated-with-chloroform-at-a-level-of-15-ppm-by-mass-what-is-the-mass-percent-of-chloroform-in-the-sample-1-15-times-10-4-2-1-5-times-10-4-3-0-15-times-10 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcyNDE4-the-type-of-molecular-interactions-in-a-solution-of-alcohol-and-water-is-1-electrostatic-interaction-2-london-dispersion-forces-3-hydrogen-bonding-4-ion-dipole-interaction-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc0MjA5-the-graph-representing-henry-s-law-is-given-below-the-value-of-the-slope-will-be-1-4-times10-4-mathrm-torr-2-5-times10-4-mathrm-torr-3-4-times10-4-mathrm-torr-4-5-times10-4-mathrm-torr-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc0MjEw-points-a-and-b-in-the-below-mentioned-graph-represent-respectively-1-partial-pressures-of-first-and-second-components-2-vapour-pressures-of-the-pure-second-and-first-components-3-partial-pressures-of https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc0MjEx-the-law-depicted-by-the-provided-graph-is-1-henry-s-law-2-raoult-s-law-3-boyle-s-law-4-charle-s-law-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc0MjEz-which-graph-represents-the-positive-deviation-of-vapor-pressure-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc0MjE1-which-graph-represents-the-elevation-in-boiling-point-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3MTU4-the-following-solutions-were-prepared-by-dissolving-10-g-of-glucose-c6h12o6-in-250-ml-of-water-p1-10-g-of-urea-ch4n2o-in-250-ml-of-water-p2-and-10-g-of-sucrose-c12h22o11-in-250-ml-of-water-p3-the-decr https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3MTkz-the-correct-option-for-the-value-of-vapour-pressure-of-a-solution-at-45-deg-c-with-benzene-to-octane-in-a-molar-ratio-3-2-is-at-45-deg-c-vapour-pressure-of-benzene-is-280-mm-hg-and-that-of-octane-is-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2NDE0-vapour-pressure-of-pure-water-at-298-k-is-23-8-mm-hg-50-g-of-urea-nh2conh2-is-dissolved-in-850-g-of-water-the-vapour-pressure-of-water-in-mm-hg-for-this-solution-is-1-23-40-2-0-23-3-12-87-4-40-14-1-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzM5Mzk3-which-of-the-following-contains-0-5-moles-of-a-solute-in-one-molal-solution-1-1000-g-of-solvent-2-500-ml-of-solvent-3-500-g-of-solvent-4-100-ml-of-solvent-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzM5Nzky-one-mole-of-sugar-is-dissolved-in-three-moles-of-water-at-298-k-the-relative-lowering-of-vapour-pressure-is-1-0-25-2-0-15-3-0-50-4-0-33-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ2NDA3-kh-value-for-some-gases-at-the-same-temperature-t-are-given-gas-kh-k-bar-ar-40-3-co2-1-67-hcho-1-83-times-10-ndash-5-ch4-0-413-kh-is-henry-s-law-constant-in-water-the-order-of-their-solubility-in-wate https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzY2OTYw-given-below-are-two-statements-one-is-labeled-as-assertion-a-and-the-other-is-labeled-as-reason-r-assertion-a-helium-is-used-to-dilute-oxygen-in-the-diving-apparatus-reason-r-helium-has-a-high-solubil https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzY4MzY1-which-of-the-following-aqueous-solutions-of-electrolytes-will-exhibit-the-least-elevation-in-boiling-point-1-0-05-m-nacl-2-0-1-m-kcl-3-0-1-m-mgso4-4-0-1-m-nacl-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDU1MDI2-the-henry-s-law-constant-kh-values-of-three-gases-a-b-c-in-water-are-145-2-times-10-ndash-5-and-35-kbar-respectively-determine-the-order-of-solubility-of-these-gases-in-water-from-highest-to-lowest-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDU1MDUx-the-plot-of-osmotic-pressure-pi-vs-concentration-mol-l-1-for-a-solution-gives-a-straight-line-with-slope-25-73-l-bar-mol-1-the-temperature-at-which-osmotic-pressure-measurement-is-done-is-text-use-lef https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDU2Nzkx-which-of-the-following-pair-of-aqueous-solutions-will-have-the-same-value-of-osmotic-pressure-assume-complete-dissociation-in-aqueous-solution-1-0-1-mathrm-m-bacl-2-text-and-0-2-mathrm-m-k-2-so-4-2-0 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDU2ODU5-match-the-equilibrium-processes-in-list-i-with-their-respective-physical-properties-in-list-ii-and-choose-the-correct-option-list-i-equilibrium-process-list-ii-physical-properties-a-liquid-rightleftha https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDU2ODY4-when-5-g-of-non-volatile-non-electrolyte-solute-is-dissolved-in-100-g-of-a-certain-solvent-the-freezing-point-of-the-solvent-decreases-by-0-25-k-the-molar-mass-of-the-solute-is-text-k-f-of-the-given-s https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3ODg4-the-mole-fraction-of-ethylene-glycol-c2h6o2-in-a-solution-containing-20-of-c2h6o2-by-mass-is-1-0-932-2-0-0672-3-0-832-4-0-732-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3ODkx-if-n2-gas-is-bubbled-through-water-at-293-k-how-many-millimoles-of-n2-gas-would-dissolve-in-1-litre-of-water-partial-pressure-of-nitrogen-0-987-bar-henry-s-law-constant-for-n2-at-293-k-76-48-kbar-1-0 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzEzMzY1-vapour-pressure-of-chloroform-chcl3-and-dichloromethane-ch2cl2-at-298-k-are-200-mm-hg-and-415-mm-hg-respectively-the-vapour-pressure-of-the-solution-prepared-by-mixing-25-5-g-of-chcl3-and-40-g-of-ch2c https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5ODY1-on-mixing-heptane-and-octane-form-an-ideal-solution-at-373-k-the-vapor-pressures-of-the-two-liquid-components-heptane-and-octane-are-105-kpa-and-45-kpa-respectively-vapour-pressure-of-the-solution-obt https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTAxNzE-at-100-c-the-vapour-pressure-of-a-solution-of-6-5-g-of-a-solute-in-100-g-water-is-732-mm-if-kb-0-52-the-boiling-point-of-this-solution-will-be-1-100-oc-2-102-oc-3-103-oc-4-101-oc-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjYzOTcz-a-solution-of-urea-molar-mass-56-g-mol-1-boils-at-100-18-c-at-atmospheric-pressure-if-kf-and-kb-for-water-are-1-86-and-0-512-k-kg-mol-1-respectively-the-above-solution-will-freeze-at-1-6-54-c-2-0-654 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3ODk1-the-boiling-point-of-benzene-is-353-23-k-when-1-80-g-of-a-non-volatile-solute-was-dissolved-in-90-g-of-benzene-the-boiling-point-is-raised-to-354-11-k-the-molar-mass-of-the-solute-is-kb-for-benzene-is https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3ODk3-45-g-of-ethylene-glycol-c2h6o2-is-mixed-with-600-g-of-water-the-freezing-point-of-the-solution-is-1-268-15-k-2-270-95-k-3-272-75-k-4-267-15-k-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzM3NDg1-glucose-is-added-to-1-litre-of-water-to-the-extent-that-delta-t-f-k-f-becomes-equal-to-1-1000-the-amount-of-glucose-added-is-1-180-g-2-18-g-3-1-8-g-4-0-18-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzMwOTgx-the-boiling-point-of-1m-urea-solution-is-101-c-at-the-same-conditions-of-temperature-and-pressure-the-boiling-point-of-1m-kcl-solution-will-be-assume-that-kcl-is-100-dissociated-1-102-c-2-202-c-3-104 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2NDIy-the-osmotic-pressure-in-pascals-exerted-by-a-solution-prepared-by-dissolving-1-0-g-of-polymer-of-molar-mass-185000-in-450-ml-of-water-at-37-c-is-1-37-pa-2-35-pa-3-31-pa-4-41-pa-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzI4-considering-the-formation-breaking-and-strength-of-hydrogen-bond-predict-which-of-the-following-mixtures-will-show-a-positive-deviation-from-raoult-s-law-1-methanol-and-acetone-2-chloroform-and-aceton https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzMyNzEy-a-mixture-of-ethanol-and-water-shows-a-positive-deviation-from-raoult-s-law-this-mixture-also-forms-an-azeotropic-mixture-the-boiling-point-of-this-azeotropic-mixture-will-be-1-less-than-the-boiling-p https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzI0MDA0-if-a-volatile-solute-and-b-volatile-solvent-form-an-azeotropic-mixture-then-the-correct-statement-regarding-the-above-azeotropic-mixture-will-be-1-mole-fraction-of-a-in-the-vapour-phase-is-more-than-t https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzcy-the-van-t-hoff-factor-i-is-given-by-the-expression-a-i-normal-molar-mass-abnormal-molar-massi-normal-molar-mass-abnormal-molar-mass-b-i-abnormal-molar-mass-normal-molar-massi-abnormal-molar-mass-norma https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ2OTAw-the-van-t-hoff-factor-i-for-a-dilute-solution-of-al-2-so-4-3-is-1-1-alpha-4-2-1-alpha-3-1-3-alpha-4-1-4-alpha-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzM2Mzgx-in-which-of-the-following-cases-value-of-the-van-t-hoff-factor-i-is-the-highest-1-nacl-dissociation-90-2-caf-2-dissociation-80-3-k-4-fe-cn-6-dissociation-50-4-alcl-3-dissociation-70-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzM1MDQx-which-of-the-following-solutions-has-the-minimum-freezing-point-1-0-02-m-nacl-2-0-05-m-urea-3-0-01-m-mgcl-2-4-0-01-m-kcl-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzI0MDIz-determine-the-percetage-dimerisation-of-acetic-acid-if-it-dimerises-in-benzene-given-the-value-of-van-t-hoff-factor-i-for-the-dimerisation-of-acetic-acid-is-0-7-1-30-2-60-3-70-4-90-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc4MjA5-the-mole-fraction-of-glucose-c6h12o6-in-an-aqueous-binary-solution-is-0-1-the-mass-percentage-of-water-in-it-to-the-nearest-integer-is-1-44-2-49-3-47-4-41-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjk5MTg1-choose-a-false-statement-among-the-following-1-raoult-s-law-states-that-the-vapour-pressure-of-a-component-over-a-solution-is-proportional-to-its-mole-fraction-2-the-osmotic-pressure-pi-of-a-solution https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ0ODcz-the-solubility-of-potassium-nitrate-in-water-increases-with-temperature-a-saturated-solution-of-potassium-nitrate-at-80-c-is-cooled-to-25-c-in-a-closed-container-which-of-the-following-statements-is-a https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTIyNDc0-which-of-the-following-is-are-a-colligative-property-a-optical-activity-b-elevation-in-boiling-point-c-osmotic-pressure-d-density-1-only-a-2-a-and-d-3-b-c-and-d-4-b-and-c-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ0MzA3-match-list-i-with-list-ii-list-i-types-of-solutions-list-ii-common-examples-a-gas-in-gas-i-solution-of-hydrogen-in-palladium-b-solid-in-gas-ii-mixture-of-oxygen-and-nitrogen-gas-c-gas-in-liquid-iii-ca https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxMDI5-given-below-are-two-statements-assertion-a-an-increase-in-surface-area-increases-the-rate-of-evaporation-reason-r-stronger-the-intermolecular-attraction-forces-faster-the-rate-of-evaporation-at-a-give https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzkwMzM4-molarity-of-a-solution-depends-on-temperature-the-correct-reason-for-this-is-1-volume-depends-on-temperature-and-molarity-involves-volume-2-molarity-involves-non-volatile-solutes-while-all-other-terms https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzk3NTk4-determine-the-molarity-of-the-solution-when-120-g-of-urea-molar-mass-60-g-mol-is-dissolved-in-1000-g-of-water-to-form-a-solution-of-density-1-15-g-ml-1-4-78-m-2-6-00-m-3-2-05-m-4-9-22-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzk3NTk1-two-hydrochloric-acid-solutions-750-ml-of-0-5-m-hcl-and-250-ml-of-2-0-m-hcl-are-mixed-the-molarity-of-the-resulting-solution-is-1-0-875-m-2-1-00-m-3-1-75-m-4-0-975-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODQ2-which-of-the-following-is-dependent-on-temperature-1-molality-2-molarity-3-mole-fraction-4-weight-percentage-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ4NTYz-to-avoid-bends-as-well-as-the-toxic-effects-of-high-concentrations-of-nitrogen-the-air-in-the-scuba-tank-is-diluted-with-1-co2-2-no-3-he-4-ne-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzc1Mjg1-what-volume-of-8-00-m-hcl-solution-is-required-to-prepare-150-ml-of-1-60-m-hcl-solution-1-30-0-ml-2-24-0-ml-3-18-8-ml-4-12-0-ml-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzYyOTg0-a-soft-drink-contains-dissolved-co-at-a-concentration-of-0-01-m-if-the-volume-of-the-soft-drink-is-300-ml-the-mass-of-co-present-in-the-solution-is-1-0-132-g-2-0-481-g-3-0-312-g-4-0-190-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5MDU0-4-5-g-of-a-compound-a-molar-mass-90-g-mol-is-dissolved-in-water-to-prepare-250-ml-of-solution-the-molarity-of-the-solution-is-expressed-as-x-10-1-find-the-value-of-x-1-five-5-2-four-4-3-two-2-4-one-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzc2NTI0-the-henry-law-constants-of-four-gases-p-q-r-and-s-in-water-are-38-5-10-42-1-26-and-2-11-bar-at-298-k-and-1-atm-identify-the-gas-that-will-dissolve-maximally-in-water-1-p-2-q-3-r-4-s-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzk3NTky-the-solubility-of-n-gas-in-water-at-300-k-and-a-partial-pressure-of-500-torr-is-0-01-g-l-the-solubility-of-n-at-the-same-temperature-and-a-partial-pressure-of-750-torr-is-1-0-0075-2-0-005-3-0-02-4-0-0 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDM5OTgw-if-the-density-of-an-x-m-solution-of-naoh-is-1-12-g-ml-and-its-molality-is-3-m-determine-the-value-of-x-1-3-0-2-2-3-3-4-0-4-5-2-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE3NTMy-what-is-the-molarity-of-solution-obtained-when-30-ml-of-0-5-m-h2so4-solution-diluted-to-500-ml-1-0-03-m-2-0-0003-m-3-3-0-m-4-30-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzc1MTQw-under-which-conditions-is-the-solubility-of-oxygen-gas-in-water-the-greatest-pressure-temperature-1-high-high-2-high-low-3-low-high-4-low-low-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2Mzk4-what-mass-of-urea-nh-conh-is-needed-to-prepare-2-5-kg-of-a-0-25-molal-solution-1-39-g-2-37-g-3-41-g-4-35-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxNzY4-the-percentage-by-mass-of-solute-in-a-solution-obtained-by-mixing-300g-of-25-and-400g-of-40-of-the-same-solution-is-1-33-6-2-65-3-30-4-60-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ0MzA4-given-below-are-two-statements-statement-i-the-mass-of-a-gas-dissolved-in-a-given-mass-of-a-solvent-at-any-temperature-is-proportional-to-the-pressure-of-the-gas-above-the-solvent-statement-ii-the-rat https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3ODkw-the-molality-of-2-5-g-of-ethanoic-acid-ch3cooh-in-75-g-of-benzene-is-1-0-656-mol-kg-1-2-0-616-mol-kg-1-3-0-556-mol-kg-1-4-0-456-mol-kg-1-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzMwOTc0-an-aqueous-solution-of-koh-is-28-w-w-with-a-density-of-1-2-g-ml-determine-the-molarity-of-the-solution-1-3-m-2-6-m-3-9-m-4-12-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3ODg5-the-molarity-of-a-solution-containing-5-g-of-naoh-in-450-ml-solution-is-1-0-188-mol-dm-3-2-0-478-mol-dm-3-3-0-378-mol-dm-3-4-0-278-mol-dm-3-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTMyNTkx-in-an-ideal-solution-mathrm-1-mol-of-liquid-mathrm-a-and-mathrm-3-mole-of-liquid-mathrm-b-are-present-total-vapour-pressure-of-solution-is-mathrm-500-mm-of-mathrm-hg-vapour-pressure-of-pure-mathrm-a-i https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE3MzA5-match-the-laws-given-in-column-i-with-the-expressions-given-in-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-expressions-a-raoult-s-law-i-mathrm-delta-t-f-k-f-m-b-henry-s-law-ii-mathrm https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzgxMTk4-an-ideal-solution-exhibits-which-of-the-following-properties-1-delta-mathrm-h-operatorname-mix-0-2-it-follows-raoult-s-law-3-delta-mathrm-v-operatorname-mix-0-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzA4NDI4-which-of-the-following-pairs-will-form-an-ideal-solution-1-chloroform-and-acetone-2-ethanol-and-acetone-3-n-hexane-and-n-heptane-4-phenol-and-aniline-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ4NjQz-two-volatile-liquids-a-and-b-are-mixed-in-the-molar-ratio-1-2-the-vapour-pressures-of-pure-a-and-b-are-300-mm-hg-and-600-mm-hg-respectively-assuming-the-solution-behaves-ideally-the-total-vapour-press https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzM3ODUy-an-ideal-solution-is-prepared-by-mixing-2-moles-of-benzene-vapour-pressure-266-mm-hg-with-3-moles-of-another-liquid-vapour-pressure-236-mm-hg-the-total-vapour-pressure-of-the-solution-at-the-same-temp https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzk3NjAz-which-of-the-following-is-true-for-a-dilute-solution-regarding-raoult-s-law-1-the-lowering-of-vapour-pressure-is-equal-to-the-mole-fraction-of-the-solute-2-the-relative-lowering-of-vapour-pressure-is https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTg3NTk1-which-one-of-the-following-is-incorrect-for-an-ideal-solution-1-hmix-0-2-umix-0-3-delta-mathrm-p-mathrm-p-text-observed-mathrm-p-text-calculated-by-raoults-law-0-4-gmix-0-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246MzA4Nzk-a-mixture-contains-1-mole-of-volatile-liquid-a-left-right-p-a-circ-100-mm-hg-left-right-and-3-moles-of-volatile-liquid-b-left-right-p-b-0-80-mm-hg-left-right-if-solution-behaves-ideally-the-total-vapo https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTE1ODg-the-vapour-pressures-of-two-liquids-p-and-q-are-80-and-60-torr-respectively-the-total-vapour-pressure-of-solution-obtained-by-mixing-3-moles-of-p-and-2-moles-of-q-would-be-1-140-torr-2-20-torr-3-68-to https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5MzQ2-a-set-of-solutions-is-prepared-using-180-g-of-water-as-a-solvent-and-10-g-of-different-non-volatile-solutes-a-b-and-c-what-is-the-correct-order-of-relative-lowering-of-vapour-pressure-in-the-presence https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3MzIw-at-room-temperature-a-dilute-solution-of-urea-is-prepared-by-dissolving-0-60-g-of-urea-in-360-g-of-water-if-the-vapour-pressure-of-pure-water-at-this-temperature-is-35-mm-hg-then-calculate-the-lowerin https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc2ODcw-1-g-of-a-non-volatile-non-electrolyte-solute-is-dissolved-in-100-g-of-two-different-solvents-a-and-b-whose-ebullioscopic-constants-are-in-the-ratio-of-1-5-the-ratio-of-the-elevation-in-their-boiling-p https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxMTM2-2-grams-of-non-volatile-solute-dissolves-in-200-grams-each-of-two-different-solvents-a-and-b-to-attain-the-same-molality-if-the-ratio-of-k-b-of-solvent-a-and-b-is-1-8-and-the-ratio-of-elevation-in-boi https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzA4MjYx-for-an-aqueous-solution-freezing-point-is-0-186oc-elevation-of-the-boiling-point-of-the-same-solution-is-given-kf-1-86-k-kg-mol-1-and-kb-0-512-k-kg-mol-1-1-0-186-2-0-0512-3-1-86-4-5-12-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3ODk4-1-00-g-of-a-non-electrolyte-solute-dissolved-in-50-g-of-benzene-lowered-the-freezing-point-of-benzene-by-0-40-k-the-freezing-point-depression-constant-of-benzene-is-5-12-k-kg-mol-1-the-molar-mass-of-t https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxMTM4-consider-the-two-statements-statement-i-at-20-c-the-molality-of-kcl-solution-is-x-m-and-on-decreasing-temperature-to-10-c-molality-remains-unchanged-statement-ii-on-changing-temperature-mass-remains-u https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgyMDQ0-the-elevation-in-boiling-point-for-1-molal-solution-of-a-non-volatile-solute-a-is-3-k-the-depression-in-the-freezing-point-for-2-molal-solutions-of-a-in-the-same-solvent-is-6-k-the-ratio-of-k-b-text-a https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3ODk0-18-g-of-glucose-c-h-o-is-dissolved-in-1-kg-of-water-the-boiling-point-of-pure-water-at-1-013-bar-is-100-c-the-boiling-point-of-the-resulting-solution-is-given-kb-for-water-is-0-52-k-kg-mol-1-1-383-202 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTQ3ODgx-which-of-the-following-is-the-correct-boiling-point-of-the-solution-if-a-0-5-molal-aqueous-solution-of-silver-nitrate-agno-3-is-prepared-given-k-b-for-water-is-0-5-k-kg-mol-and-the-boiling-point-of-pu https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ4Nzc3-0-2-molal-aqueous-solution-of-a-weak-base-boh-is-20-ionised-if-kb-for-water-is-0-52-k-kg-mol-1-the-elevation-in-boiling-point-of-the-solution-is-1-0-06-k-2-1-2-k-3-0-12-k-4-6-1-k-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODcx-the-depression-in-freezing-point-of-0-01-m-aqueous-solutions-of-urea-sodium-chloride-and-sodium-sulphate-is-in-the-ratio-of-1-1-1-1-2-1-2-3-3-1-2-4-4-2-2-3-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODU1-what-is-the-depression-in-freezing-point-of-benzene-when-1-00-g-of-a-non-electrolyte-solute-molar-mass-250-g-mol-is-dissolved-in-51-2-g-of-benzene-given-the-molal-depression-constant-kf-for-benzene-is https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE1MjIz-if-the-molality-of-the-dilute-solution-is-doubled-then-the-value-of-a-molal-depression-constant-kf-will-be-1-halved-2-tripled-3-unchanged-4-doubled-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzk3Njc4-the-molecular-weight-of-benzoic-acid-in-benzene-as-determined-by-the-depression-in-the-freezing-point-method-corresponds-to-1-ionization-of-benzoic-acid-2-dimerization-of-benzoic-acid-3-trimerization https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTI2MzQ-a-solution-of-sucrose-molar-mass-342-g-mol-1-has-been-prepared-by-dissolving-68-5-g-of-sucrose-in-1000-g-of-water-the-freezing-point-of-the-solution-obtained-will-be-kf-for-water-1-86-k-kg-mol-1-1-0-3 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ0NTY3-match-the-following-physical-constants-in-column-i-to-their-correct-units-given-in-column-ii-column-i-column-ii-a-rate-constant-k-of-a-second-order-reaction-i-m3mol-1-b-cryoscopic-constant-kf-ii-mol-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTQ3Nzgz-two-containers-are-taken-each-holding-a-different-non-volatile-solute-x-and-y-as-depicted-the-molar-mass-of-x-is-60-of-that-of-y-and-van-t-hoff-factor-for-x-is-1-2-times-of-y-the-ratio-of-depression-i https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODMz-a-solution-having-osmotic-pressure-nearer-to-that-of-an-equimolar-solution-of-k4-fe-cn-6-is-1-na2so4-2-bacl2-3-al2-so4-3-4-c12h22o11-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTk0OTky-two-solutions-are-said-to-be-isotonic-if-they-have-the-same-1-vapor-pressure-2-freezing-temperature-3-osmotic-pressure-4-boiling-temperature-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxMTQ4-assertion-a-when-dry-fruits-and-vegetables-are-placed-in-water-they-slowly-get-swelled-reason-r-it-happens-due-to-the-phenomenon-of-osmosis-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjgwMDI1-a-5-w-v-solution-of-cane-sugar-molar-mass-342-is-isotonic-with-1-w-v-of-a-solution-of-an-unknown-solute-the-molar-mass-of-an-unknown-solute-in-g-mol-is-1-171-2-2-68-4-3-34-2-4-136-2-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzYyODgy-at-a-temperature-of-300-k-a-solution-with-an-osmotic-pressure-of-4-bar-is-formed-by-dissolving-2-56-g-of-a-non-electrolyte-solute-in-one-liter-of-solvent-the-molar-mass-of-the-compound-is-given-r-0-08 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzk1Mjcz-0-2-m-aqueous-solution-of-glucose-has-osmotic-pressure-4-9-atm-at-300-k-what-is-the-concentration-of-glucose-if-it-has-osmotic-pressure-1-5-atm-at-the-same-temperature-1-0-09-m-2-0-04-m-3-0-01-m-4-0-0 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTEzNjYw-consider-the-given-two-statements-assertion-a-osmosis-does-not-take-place-in-two-isotonic-solutions-separated-by-semi-permeable-membrane-reason-r-isotonic-solutions-have-the-same-osmotic-pressure-1-bo https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzgwMDMw-a-0-5-g-l-solution-of-glucose-is-found-to-be-isotonic-with-a-2-5-g-l-solution-of-an-organic-compound-what-will-be-the-molecular-weight-of-that-organic-compound-1-300-2-600-3-900-4-200-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTg3NjAz-at-the-same-temperature-which-of-the-following-pair-of-solutions-is-isotonic-1-0-2-m-bacl2-and-0-2-m-urea-2-0-1-m-glucose-and-0-2-m-urea-3-0-1-m-nacl-and-0-1-m-k2so4-4-0-1-m-ba-no3-2-and-0-1-m-na2so4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDk3MzIy-what-is-the-correct-sequence-of-osmotic-pressure-for-0-01-m-aqueous-solutions-of-the-following-compounds-a-mathrm-al-2-left-mathrm-so-4-right-3-b-mathrm-na-3-mathrm-po-4-c-mathrm-bacl-2-d-glucose-1-pi https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzM3ODQ4-find-the-molar-mass-of-a-non-volatile-non-electrolyte-substance-whose-1-w-v-solution-is-isotonic-with-a-3-w-v-glucose-solution-1-180-g-mol-2-360-g-mol-3-420-g-mol-4-60-g-mol-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc4Njgz-if-250-cm3-of-an-aqueous-solution-containing-0-73-g-of-a-protein-a-is-isotonic-with-one-litre-of-another-aqueous-solution-containing-1-66-g-of-a-protein-b-at-298-k-the-ratio-of-the-molecular-masses-of https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzc4NTQw-what-is-the-molecular-mass-of-x-if-its-2-w-v-solution-exhibits-the-same-osmotic-pressure-as-a-4-w-v-solution-of-sucrose-1-570-g-mol-2-205-2-g-mol-3-171-g-mol-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTczOTQy-which-one-of-the-following-pair-of-solution-can-we-expect-to-be-isotonic-at-the-same-temperature-1-0-1-m-urea-and-0-1-m-nacl-2-0-1-m-urea-and-0-2-m-mgcl222-3-0-1-m-nacl-and-0-1-m-na222so444-4-0-1-m-ca https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTU5OTY2-find-the-correct-statement-s-regarding-an-azeotropic-mixture-1-it-boils-at-a-constant-temperature-2-its-vapour-and-liquid-phases-have-the-same-composition-3-its-components-cannot-be-separated-by-simpl https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTEzNjc5-given-below-are-two-statements-assertion-a-two-liquids-nitric-acid-and-water-form-a-maximum-boiling-azeotrope-when-mixed-in-the-ratio-of-68-and-32-respectively-reason-r-the-interaction-between-nitric https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzYz-on-the-basis-of-the-information-given-below-mark-the-correct-option-i-in-a-bromoethane-and-chloroethane-mixture-intermolecular-interactions-of-a-a-and-b-b-type-are-nearly-the-same-as-a-b-type-interact https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ4Njcx-negative-deviation-from-raoult-s-law-is-shown-by-1-bromoethane-and-chloroethane-2-ethanol-and-acetone-3-chloroform-and-acetone-4-benzene-and-toluene-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjA4NDc5-components-of-a-binary-mixture-of-two-liquids-a-and-b-were-being-separated-by-distillation-after-some-time-separation-of-components-stopped-and-the-composition-of-the-vapor-phase-became-the-same-as-th https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzU3-the-values-of-van-t-hoff-factors-for-kcl-nacl-and-k2so4-respectively-are-1-2-2-and-2-2-2-2-and-3-3-1-1-and-2-4-1-1-and-1-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTE1NDI4-what-is-the-van-t-hoff-factor-for-a-very-dilute-solution-of-fe-2-so-4-3-1-9-2-5-3-2-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODUx-which-one-of-the-following-electrolytes-has-the-same-value-of-van-t-hoff-s-factor-i-as-that-of-al2-so4-3-if-all-are-100-ionised-1-k2so4-2-k3-fe-cn-6-3-al-no3-3-4-k4-fe-cn-6-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzYzMjE2-which-of-the-following-has-more-relative-lowering-in-vapour-pressure-at-the-same-temperature-1-0-1-m-urea-2-0-1-m-nacl-3-0-1-m-sucrose-4-0-1-m-cacl2-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5Nzk5-the-degree-of-dissociation-of-a-weak-electrolyte-axby-is-related-to-van-t-hoff-factor-i-by-the-expression-1-i-1-x-y-1-i-1-x-y-1-i-1-x-y-1-2-i-1x-y-1-i-1x-y-1-i-1x-y-1-3-x-y-1i-1-x-y-1i-1-x-y-1i-1-4-x https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQzMTg0-the-boiling-points-of-0-001-m-aqueous-solutions-of-nacl-na2so4-k3po4-and-ch3cooh-are-compared-the-correct-order-of-their-boiling-points-is-1-mathrm-ch-3-mathrm-cooh-mathrm-nacl-mathrm-na-2-mathrm-so-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzc3Mzkx-consider-the-given-two-statements-assertion-a-the-value-of-van-t-hoff-factor-i-for-ethanoic-acid-in-benzene-is-less-than-unity-reason-r-molecules-of-ethanoic-acid-dimerizes-in-benzene-due-to-hydrogen https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzM3ODU3-what-is-the-percent-dissociation-of-srcl-in-a-0-01-m-solution-if-its-van-t-hoff-factor-is-1-8-1-70-2-55-3-40-4-80-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzc4NTg0-which-of-the-following-aqueous-solutions-exhibits-the-highest-boiling-point-1-1-0-m-naoh-2-1-0-m-na-2so-4-3-1-0-m-nh-4no-3-4-1-0-m-kno3-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQwNDQ2-if-is-the-degree-of-dissociation-of-na2so4-identify-the-correct-expression-of-vant-hoff-s-factor-i-used-for-calculating-the-molecular-mass-1-1-2-1-3-1-2-4-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxMTMx-assertion-a-the-experimentally-observed-molar-mass-of-acetic-acid-in-benzene-is-greater-than-its-normal-molar-mass-reason-r-acetic-acid-molecules-undergo-dimerisation-in-benzene-through-hydrogen-bondi https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTAyMjc-consider-the-following-statements-about-the-composition-of-the-vapour-over-an-ideal-1-1-molar-mixture-of-benzene-and-toluene-the-correct-statement-is-assume-that-the-temperature-is-constant-at-25-oc-g https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzI2-the-maximum-amount-of-a-solid-solute-that-can-be-dissolved-in-a-specified-amount-of-a-given-liquid-solvent-does-not-depend-upon-1-temperature-2-nature-of-solute-3-pressure-4-nature-of-solvent-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzM3-match-the-items-given-in-column-i-with-the-type-of-solutions-given-in-column-ii-column-i-column-ii-a-soda-water-1-a-solution-of-gas-in-solid-b-sugar-solution-2-a-solution-of-gas-in-liquid-c-german-sil https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzg1-select-the-correct-option-based-on-statements-below-assertion-a-molarity-of-a-solution-in-liquid-state-changes-with-temperature-reason-r-the-volume-of-a-solution-changes-with-change-in-temperature-1-b https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzg0-match-the-terms-given-in-column-i-with-expressions-given-in-column-ii-column-i-term-column-ii-expression-a-mass-percentage-1-text-number-of-moles-of-the-solute-component-over-text-volume-of-solution-i https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5OTQw-henry-s-law-constant-for-the-solution-of-methane-in-benzene-at-298-k-is-4-27-105-mm-hg-the-mole-fraction-of-methane-in-benzene-at-298-k-under-760-mm-hg-will-be-1-1-85-10-5-2-192-10-4-3-178-10-5-4-18-7 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODYy-amount-of-oxalic-acid-cooh-2-2h2o-cooh-2-2h2o-cooh-2-2h2o-in-grams-that-is-required-to-obtain-250-ml-of-a-semi-molar-solution-is-1-17-75-g-2-17-00-g-3-15-75-g-4-15-00-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjA4NDg3-the-feeling-of-weakness-and-discomfort-in-breathing-at-high-altitudes-is-based-on-1-boyle-s-law-2-charles-s-law-3-henry-s-law-4-raoult-s-law-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzY2-4-l-of-0-02-m-aqueous-solution-of-nacl-was-diluted-by-adding-1-l-of-water-the-molarity-of-the-resultant-solution-is-1-0-004-m-2-0-008-m-3-0-012-m-4-0-016-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjcyMzY5-a-solution-is-obtained-by-mixing-300-g-of-25-solution-and-400-g-of-40-solution-by-mass-the-mass-percentage-of-solute-in-the-resulting-solution-is-1-33-5-2-36-5-3-37-4-4-32-5-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTYwMTA5-select-the-correct-option-based-on-statements-below-assertion-a-c2h5i-and-c2h5br-form-an-ideal-solution-reason-r-the-interaction-between-the-components-are-similar-to-those-in-the-pure-components-1-bo https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246ODkwODA-the-incorrect-statement-among-the-following-for-an-ideal-solution-is-1-delta-h-text-mix-0-2-delta-u-text-mix-0-3-p-pobs-p-calculated-by-raoult-s-law-0-p-pobs-p-calculated-by-raoult-s-law-0-delta-p-p-t https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTU1ODU-for-an-ideal-solution-the-correct-option-is-1-mix-mix-mix-g-0g-0g-0-at-constant-t-and-p-2-mix-mix-mix-s-0s-0s-0-at-constant-t-and-p-3-mix-mix-mix-v-0v-0v-0-at-constant-t-and-p-4-mix-mix-mix-h-0h-0h-0 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTI2MzM-an-aqueous-solution-is-1-00-molal-in-ki-the-vapour-pressure-of-the-solution-can-be-increased-by-1-addition-of-nacl-2-addition-of-na2so4-3-addition-of-1-00-molal-kl-4-addition-of-water-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjE2ODEz-the-mass-of-a-non-volatile-solute-molar-mass-40-g-mol-1-that-should-be-dissolved-in-114-g-octane-to-reduce-its-vapour-pressure-to-80-would-be-1-6-g-2-7-g-3-8-g-4-10-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTQwNDE-1-00-g-of-non-electrolyte-solute-molar-mass-250-g-mol-1-was-dissolved-in-51-2-g-of-benzene-if-the-freezing-point-depression-constant-kf-of-benzene-is-5-12-mol-1-kg-k-the-freezing-point-of-benzene-will https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODY3-a-solution-containing-3-3-g-of-a-substance-in-125-g-of-benzene-b-p-80-c-boils-at-80-66-c-if-kb-for-one-litre-of-benzene-is-3-28-c-m-1-the-molecular-weight-of-the-substance-shall-be-1-127-20-g-mol-1-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzUy-the-unit-of-ebullioscopic-constant-is-1-k-kg-mol-1-or-k-molality-1-2-mol-kg-k-1-or-k-1-molality-3-kg-mol-1-k-1-or-k-1-molality-1-4-k-mol-kg-1-or-k-molality-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODcz-the-latent-heat-of-vaporization-of-water-is-540-cal-g-1-at-100-oc-kb-for-water-is-1-0-562-k-m-1-2-1-86-k-m-1-3-0-515-k-m-1-4-5-12-k-m-1-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzg2-select-the-correct-option-based-on-statements-below-assertion-a-when-methyl-alcohol-is-added-to-water-boiling-point-of-water-increases-reason-r-when-a-volatile-solute-is-added-to-a-volatile-solvent-el https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzgz-match-the-laws-colligative-properties-given-in-column-i-with-expressions-given-in-column-ii-column-i-column-ii-a-raoult-s-law-i-mathrm-pi-c-r-t-b-osmotic-pressure-ii-delta-mathrm-t-mathrm-f-mathrm-k-m https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODY5-the-molality-of-a-solution-containing-a-certain-solute-if-there-is-a-freezing-point-depression-of-0-184-c-is-kf-18-4-1-0-01-m-2-10-m-3-0-05-m-4-100-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTExNzM2-when-20-g-of-naphthoic-acid-c11h8o2-is-dissolved-in-50-g-of-benzene-a-freezing-point-depression-of-2-k-is-observed-what-is-the-van-t-hoff-factor-i-given-kf-1-72-k-kg-mol-1-1-0-5-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzUz-in-comparison-to-a-0-01-m-solution-of-glucose-the-depression-in-the-freezing-point-of-a-0-01-m-mgcl2-solution-will-be-1-same-2-about-twice-3-about-three-times-4-about-six-times-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc0MjE2-the-graph-amongst-the-following-that-represents-depression-in-the-freezing-point-is-1-2-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzg3-select-the-correct-option-based-on-statements-below-assertion-a-when-nacl-is-added-to-water-a-depression-in-freezing-point-is-observed-reason-r-the-lowering-of-vapour-pressure-of-a-solution-causes-dep https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzU2-the-incorrect-statement-among-the-following-is-1-two-different-solutions-of-sucrose-of-the-same-molality-prepared-in-different-solvents-will-have-the-same-depression-in-freezing-point-2-the-osmotic-pr https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzM2-match-the-items-given-in-column-i-and-column-ii-column-i-column-ii-a-saturated-solution-1-solution-having-same-osmotic-pressure-at-a-given-temperature-as-that-of-a-given-solution-b-hypertonic-solution https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODMy-a-pair-of-isotonic-solutions-among-the-following-is-assuming-temperature-to-be-the-same-1-0-1-m-urea-and-0-1-m-nacl-2-0-1-m-urea-and-0-2-m-mgcl2-3-0-1-m-nacl-and-0-1-m-na2so4-4-0-1-m-ca-no3-2-and-0-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTExNzM1-aqueous-solutions-of-0-004-m-na2so4-and-0-01-m-glucose-are-isotonic-the-degree-of-dissociation-of-na2so4-is-1-25-2-60-3-75-4-85-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjA4NTk1-preservation-of-fruits-against-bacterial-action-by-adding-sugar-is-an-example-of-1-exosmosis-2-reverse-osmosis-3-diffusion-4-capillary-action-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzU4-the-incorrect-statement-among-the-following-is-1-units-of-atmospheric-pressure-and-osmotic-pressure-are-the-same-2-in-reverse-osmosis-solvent-molecules-move-through-a-semipermeable-membrane-from-a-reg https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODM4-the-boiling-point-of-an-azeotropic-mixture-of-water-and-ethanol-is-less-than-that-of-water-and-ethanol-individually-the-mixture-shows-1-no-deviation-from-raoult-s-law-2-positive-deviation-from-raoult https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTEwMzM-the-electrolyte-having-the-same-value-of-van-t-hoff-factor-i-as-that-of-al2-so4-3-if-all-are-100-ionized-is-1-k2so4-2-k3-fe-cn-6-3-al-no3-3-4-k4-fe-cn-6-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODcy-the-van-t-hoff-factor-for-0-1-m-ba-no3-2-solution-is-2-74-the-degree-of-dissociation-is-1-91-3-2-87-3-100-4-74-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTI0NzA-the-van-t-hoff-factor-i-for-a-compound-that-undergoes-dissociation-and-association-in-a-solvent-is-respectively-1-less-than-one-and-less-than-one-2-greater-than-one-and-less-than-one-3-greater-than-on https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246ODkwNjI-the-van-t-hoff-factor-i-for-a-dilute-aqueous-solution-of-a-strong-electrolyte-barium-hydroxide-is-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTMzMjE-a-0-0020-m-aqueous-solution-of-an-ionic-compound-co-nh3-5-no2-cl-freezes-at-0-0073-oc-the-number-of-moles-of-ions-that-1-mol-of-ionic-compound-produces-on-being-dissolved-in-water-will-be-kf-1-86-oc-m https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTM2NTQ-0-5-molal-aqueous-solution-of-a-weak-acid-hx-is-20-ionised-the-lowering-in-the-freezing-point-of-the-solution-will-be-kf-for-water-1-86-k-kg-mol-1-1-1-12-k-2-0-56-k-3-1-12-k-4-0-56-k-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzYy-three-aqueous-solutions-of-nacl-are-labelled-as-a-b-and-c-with-concentrations-0-1-m-0-01-m-and-0-001-m-respectively-the-value-of-van-t-hoff-factor-for-these-solutions-will-be-in-the-order-of-1-ia-ib-i https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTkyODM3-a-mixture-of-chloroform-and-acetone-forms-a-solution-with-negative-deviation-from-raoult-s-law-due-to-1-formation-of-hydrogen-bonding-between-acetone-and-chloroform-2-increase-in-the-escaping-tendency https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTkyODM2-identify-the-correct-statements-a-the-molality-of-2-5-g-of-ethanoic-acid-molar-mass-60-g-mol-1-in-75-g-of-benzene-solution-is-0-556-m-b-the-molarity-of-a-solution-containing-5-g-of-naoh-molar-mass-40 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTk4MjUz-assertion-a-for-an-ideal-solution-formed-by-mixing-liquids-p-and-q-delta-mix-h-0-and-delta-mix-v-0-reason-r-no-interactions-occur-between-p-and-q-in-the-light-of-the-above-statements-choose-the-most-a https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTk4MjQx-consider-the-following-statements-about-the-solutions-formed-by-mixing-two-liquids-a-an-ideal-solution-thus-formed-obeys-raoult-s-law-throughout-the-composition-range-b-mixture-of-chloroform-and-aceto https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTM1MTc5-which-of-the-following-is-true-when-5-moles-of-liquid-text-x-and-10-moles-of-liquid-text-y-make-a-solution-having-a-vapour-pressure-of-70-torr-given-the-vapour-pressures-of-pure-text-x-and-text-y-are https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTM1MTcy-match-list-i-with-list-ii-list-i-example-list-ii-type-of-solution-a-humidity-i-solid-in-solid-b-alloys-ii-liquid-in-gas-c-amalgams-iii-solid-in-gas-d-smoke-iv-liquid-in-solid-choose-the-correct-answer https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTM1MTYx-which-of-the-following-aqueous-solution-will-exhibit-highest-boiling-point-1-0-01-mathrm-m-mathrm-na-2-mathrm-so-4-2-0-015-text-m-mathrm-c-6-mathrm-h-12-mathrm-o-6-3-0-01-text-m-urea-4-0-01-mathrm-m-m https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDY4ODkz-what-mass-of-glucose-c-h-o-must-be-dissolved-in-1-liter-of-solution-to-make-it-isotonic-with-a-15-g-l-solution-of-urea-nh-conh-given-molar-mass-in-g-mathrm-mol-1-c-12-h-1-o-16-n-14-1-55-g-2-15-g-3-30 https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTIyODQ-pa-and-pb-are-the-vapour-pressure-of-pure-liquid-components-a-and-b-respectively-of-an-ideal-binary-solution-if-xa-represents-the-mole-fraction-of-component-a-the-total-pressure-of-the-solution-will-b https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246OTQwNDQ-a-solution-of-acetone-in-ethanol-1-shows-a-negative-deviation-from-raoult-s-law-2-shows-a-positive-deviation-from-raoult-s-law-3-behaves-like-a-near-ideal-solution-4-obeys-raoult-s-law-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjYzOTY2-the-vapour-pressure-of-two-liquids-p-and-q-are-80-and-60-torr-respectively-the-total-vapour-pressure-of-the-solution-obtained-by-mixing-3-moles-of-p-and-2-moles-of-q-would-be-1-68-torr-2-140-torr-3-72 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY0MDEw-a-solution-has-a-1-4-mole-ratio-of-pentane-to-hexane-the-vapor-pressures-of-the-pure-hydrocarbons-at-20-c-are-440-mm-hg-for-pentane-and-120-mm-hg-for-hexane-the-mole-fraction-of-pentane-in-the-vapor-p https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246ODkwOTk-if-the-molality-of-the-dilute-solution-is-doubled-the-value-of-molal-depression-constant-kf-will-be-1-halved-2-tripled-3-unchanged-4-doubled-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3ODkz-the-vapour-pressure-of-pure-benzene-at-a-certain-temperature-is-0-850-bar-a-non-volatile-non-electrolyte-solid-weighing-0-5-g-is-added-to-39-0-g-of-benzene-molar-mass-78-g-mol-1-vapour-pressure-of-the https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3ODk5-200-cm3-of-an-aqueous-solution-of-a-protein-contains-1-26-g-of-the-protein-the-osmotic-pressure-of-such-a-solution-at-300-k-is-found-to-be-2-57-10-3-bar-the-molar-mass-of-the-protein-is-1-61-022-g-mol https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3OTAx-2-g-of-benzoic-acid-c6h5cooh-dissolved-in-25-g-of-benzene-shows-a-depression-in-freezing-point-equal-to-1-62-k-molal-depression-constant-for-benzene-is-4-9-k-kg-mol-1-the-percentage-association-of-aci https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3OTAy-0-6-ml-of-acetic-acid-ch3cooh-having-density-1-06-g-ml-1-is-dissolved-in-1-litre-of-water-the-depression-in-freezing-point-observed-for-this-strength-of-acid-was-0-0205-c-the-value-of-van-t-hoff-facto https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjY5ODg5-a-solution-containing-30-g-of-non-volatile-solute-in-90-g-of-water-has-a-vapour-pressure-of-2-8-kpa-at-298-k-further-18-g-of-water-is-then-added-to-the-solution-and-the-new-vapour-pressure-becomes-2-9 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2Mzk0-if-22-g-of-benzene-is-dissolved-in-122-g-of-carbon-tetrachloride-then-the-mass-percentage-of-benzene-c6h6-and-carbon-tetrachloride-ccl4-are-respectively-1-86-32-13-68-2-13-68-86-32-3-84-72-15-28-4-15 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2Mzk1-what-is-the-mole-fraction-of-benzene-in-a-solution-that-contains-30-benzene-by-mass-in-carbon-tetrachloride-1-0-528-2-0-618-3-0-458-4-0-338-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2Mzk2-the-molarity-of-30-g-co-no3-2-6h2o-in-4-3-l-of-solution-is-1-0-053-m-2-0-043-m-3-0-023-m-4-0-063-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2NDAx-calculate-the-molarity-of-the-ki-solution-provided-its-density-is-1-202-g-ml-1-and-it-consists-of-a-20-mass-mass-concentration-1-1-25-m-2-1-95-m-3-1-45-m-4-2-15-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE3NTM3-the-density-of-20-mass-mass-aqueous-ki-is-1-202-g-ml-1-the-molality-of-ki-solution-is-1-1-21-m-2-1-91-m-3-1-71-m-4-1-51-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE3NTQy-the-density-of-20-mass-mass-aqueous-ki-is-1-202-g-ml-1-the-mole-fraction-of-ki-in-the-solution-is-1-0-0223-2-0-0343-3-0-0163-4-0-0263-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2NDA0-the-solubility-of-h2s-in-water-at-stp-is-0-195-m-the-value-of-henry-s-law-constant-will-be-1-274-atm-2-285-atm-3-295-atm-4-278-atm-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2NDA4-henry-s-law-constant-for-co2-in-water-is-1-67-108-pa-at-298-k-the-quantity-of-co2-in-500-ml-of-soda-water-when-packed-under-2-5-atm-co2-pressure-at-298-k-is-1-1-24-g-2-1-45-g-3-1-65-g-4-1-85-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2NDEy-the-vapour-pressure-of-pure-liquids-a-and-b-are-450-and-700-mm-hg-respectively-at-350-k-if-the-total-vapour-pressure-is-600-mm-hg-then-the-composition-of-the-vapour-phase-are-1-xa-0-30-xb-0-70-2-xa-0 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2NDE4-if-the-boiling-point-of-water-at-750-mm-hg-is-99-63-c-what-quantity-of-sucrose-is-needed-to-be-dissolved-in-500-g-of-water-to-achieve-a-boiling-point-of-100-c-molal-elevation-constant-for-water-is-0-5 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzE2NDIx-the-mass-of-ascorbic-acid-vitamin-c-c6h8o6-to-be-dissolved-in-75-g-of-acetic-acid-to-lower-its-melting-point-by-1-5-c-is-kf-3-9-k-kg-mol-1-1-5-19-g-2-5-08-g-3-5-65-g-4-5-48-g-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzg4-given-below-are-two-statements-assertion-a-when-a-solution-is-separated-from-the-pure-solvent-by-a-semipermeable-membrane-the-solvent-molecules-pass-through-it-from-the-pure-solvent-side-to-the-soluti https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzc3-colligative-properties-are-observed-when-a-a-non-volatile-solid-is-dissolved-in-a-volatile-liquid-b-a-non-volatile-liquid-is-dissolved-in-another-volatile-liquid-c-a-gas-is-dissolved-in-a-non-volatile https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzc1-the-correct-choice-among-the-given-regarding-isotonic-solutions-is-are-a-solute-and-solvent-both-are-same-b-osmotic-pressure-is-same-c-solute-and-solvent-may-or-may-not-be-same-d-solute-is-always-same https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzc0-which-of-the-following-binary-mixtures-will-have-the-same-composition-in-the-liquid-and-the-vapour-phase-a-benzene-toluene-b-water-nitric-acid-c-water-ethanol-d-n-hexane-n-heptane-the-correct-option-i https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzcz-isotonic-solutions-must-have-the-same-a-solute-b-density-c-elevation-in-boiling-point-d-depression-in-freezing-point-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5Mzcx-relative-lowering-of-vapor-pressure-is-a-colligative-property-because-a-it-depends-on-the-concentration-of-a-non-electrolyte-solute-in-a-solution-and-does-not-depend-on-the-nature-of-the-solute-molecu https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzY5-which-of-the-following-factor-s-affect-the-solubility-of-a-gaseous-solute-in-the-fixed-volume-of-liquid-solvent-i-nature-of-solute-ii-temperature-iii-pressure-a-i-and-iii-at-constant-t-b-i-and-ii-at-c https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzY4-kh-value-for-ar-g-co2-g-hcho-g-and-ch4-g-are-40-39-1-67-1-83-10-510-510-5-and-0-413-respectively-arrange-these-gases-in-the-order-of-their-increasing-solubility-1-hcho-ch4-co2-ar-2-hcho-co2-ch4-ar-3-a https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzY3-some-hydrogen-bonds-between-methanol-molecules-are-disrupted-after-adding-acetone-to-methanol-select-the-appropriate-option-1-at-specific-compositions-a-methanol-acetone-mixture-will-form-a-minimum-bo https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzY1-if-two-liquids-a-and-b-form-minimum-boiling-azeotrope-at-some-specific-composition-then-1-a-b-interactions-are-stronger-than-those-between-a-a-or-b-b-2-vapour-pressure-of-solution-increases-because-mo https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzY0-two-beakers-of-capacity-500-ml-were-taken-one-of-these-beakers-labelled-as-a-was-filled-with-400-ml-water-whereas-the-beaker-labelled-b-was-filled-with-400-ml-of-2m-solution-of-nacl-at-the-same-temper https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzYx-consider-the-figure-and-mark-the-correct-option-1-water-will-move-from-the-side-b-to-side-a-if-pressure-is-lower-than-the-osmotic-pressure-is-applied-on-piston-b-2-water-will-move-from-side-b-to-side https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzI3-low-concentration-of-oxygen-in-the-blood-and-tissues-of-people-living-at-high-altitudes-is-due-to-1-low-temperature-2-low-atmospheric-pressure-3-high-atmospheric-pressure-4-both-low-temperature-and-hi https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzI0-at-equilibrium-the-rate-of-dissolution-of-a-solid-solute-in-a-volatile-liquid-solvent-is-1-less-than-the-rate-of-crystallisation-2-greater-than-the-rate-of-crystallisation-3-equal-to-the-rate-of-cryst https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MjI5MzIz-on-dissolving-sugar-in-water-at-room-temperature-solution-feels-cool-to-touch-dissolution-of-sugar-will-be-most-rapid-under-the-following-conditions-1-sugar-crystals-in-cold-water-2-sugar-crystals-in https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxODM3-given-below-are-two-statements-assertion-a-when-methanol-is-added-to-water-the-boiling-point-of-water-increases-reason-r-when-a-volatile-solute-is-added-to-a-volatile-solvent-an-elevation-in-boiling-p https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxODQx-assertion-a-0-1-m-solution-of-glucose-has-the-same-decrement-in-the-freezing-point-as-0-1-m-solution-of-urea-reason-r-kf-for-both-has-the-same-value-1-both-a-and-r-are-true-and-r-is-the-correct-explan https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxODQ1-assertion-a-the-molecular-weight-of-acetic-acid-determined-by-depression-in-the-freezing-point-method-in-benzene-and-water-was-found-to-be-different-reason-r-water-is-polar-and-benzene-is-non-polar-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxODU3-given-below-are-two-statements-assertion-a-when-an-ideal-binary-solution-is-in-equilibrium-with-its-vapour-the-molar-ratio-of-the-two-components-in-the-solution-and-in-the-vapour-phase-may-or-may-not https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxODU5-consider-the-given-two-statements-assertion-a-azeotropes-have-a-different-composition-in-liquid-and-vapour-state-reason-r-the-composition-in-both-the-liquid-and-the-vapour-phase-depends-upon-the-volat https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxMDM2-assertion-a-if-a-liquid-solute-more-volatile-than-the-solvent-is-added-to-the-solution-the-vapour-pressure-of-the-solution-is-greater-than-the-vapour-pressure-of-the-pure-solvent-reason-r-vapour-press https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxMTMz-assertion-a-ethylene-glycol-acts-as-an-antifreeze-by-lowering-the-freezing-point-of-water-reason-r-ethylene-glycol-is-soluble-in-water-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-b https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxMTM3-assertion-a-osmosis-is-the-movement-of-solvent-molecules-e-g-water-across-a-semipermeable-membrane-from-a-region-of-lower-solute-concentration-to-a-region-of-higher-solute-concentration-reason-r-solut https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxMTYy-given-below-are-statements-assertion-a-henry-s-law-states-that-the-partial-pressure-of-the-gas-in-vapour-phase-p-is-proportional-to-the-mole-fraction-of-the-gas-x-in-the-solution-reason-r-raoult-s-law https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ0MzIw-match-concentration-expressions-in-list-i-with-uses-in-list-ii-and-select-the-best-match-from-the-codes-given-list-i-concentration-expression-list-ii-uses-a-mass-percentage-i-medicine-b-volume-percent https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ0NTQz-given-below-are-two-statements-assertion-a-the-people-living-at-high-altitudes-or-climbers-have-a-high-concentration-of-oxygen-in-their-blood-and-tissues-reason-r-at-high-altitudes-the-partial-pressur https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzU4Mjk3-which-condition-is-not-satisfied-by-an-ideal-solution-1-delta-mix-v-0-2-delta-mix-s-0-3-obeyance-to-roult-s-law-4-delta-mix-h-0-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzc0MjYw-what-is-the-molality-of-na-in-a-solution-containing-3-00-g-nacl-m-58-4-9-00-g-glucose-m-180-0-and-168-g-h2o-m-18-0-1-5-50-10-3-m-2-0-285-m-3-0-306-m-4-0-777-m-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzgxMTkz-which-of-the-following-is-the-correct-statement-about-henry-s-law-1-the-gas-in-contact-with-the-liquid-should-behave-as-an-ideal-gas-2-there-should-not-be-any-chemical-interaction-between-the-gas-and https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ0MzMw-assertion-a-at-high-altitudes-the-atmospheric-pressure-is-low-reason-r-liquids-at-high-altitudes-boil-at-higher-temperatures-in-comparison-to-that-at-sea-level-1-both-a-and-r-are-true-and-r-is-the-cor https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ0NzQz-40-cm3-of-a-solution-of-sodium-hydroxide-is-exactly-neutralized-by-25-cm3-of-0-40-mol-l-1-sulphuric-acid-2naoh-h2so4-na2so4-2h2o-what-is-the-concentration-in-g-l-1-of-the-sodium-hydroxide-solution-mol https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTQ3ODM1-the-partial-pressure-of-ethane-over-a-saturated-solution-containing-3-56-x-10-2-g-of-ethane-is-3-bar-if-the-solution-contains-9-00-x-10-2-g-of-ethane-then-what-will-be-the-partial-pressure-of-the-gas https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzk3Njc3-which-one-of-the-following-are-in-equilibrium-during-the-depression-of-the-freezing-point-in-a-solution-1-liquid-solvent-solid-solvent-2-liquid-solvent-solid-solute-3-liquid-solute-solid-solute-4-liqu https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzM2NDU2-which-of-the-following-aqueous-solutions-has-the-minimum-freezing-point-1-4-solution-of-nacl-2-10-solution-of-sugar-3-6-solution-of-urea-4-2-solution-of-mgcl-2-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5MDc0-for-1-molal-aqueous-solution-of-the-following-compounds-which-one-will-show-the-highest-freezing-point-1-co-h2o-6-cl3-2-co-h2o-5cl-cl2-h2o-3-co-h2o-4cl2-cl-2h2o-4-co-h2o-3cl3-3h2o-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxODY0-consider-the-given-two-statements-assertion-a-for-0-1-m-aq-naoh-and-for-0-1-m-aq-ch3cooh-solution-the-ebulioscopic-constant-is-different-reason-r-the-ebulioscopic-constant-depends-on-the-nature-of-the https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ0ODMx-which-substances-exhibit-the-highest-solubility-in-the-specified-liquid-at-298-k-and-1-atm-pressure-1-sodium-chloride-in-liquid-cyclohexane-2-bromine-in-liquid-hexane-3-hydrogen-in-liquid-water-4-pota https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQ3MDI5-choose-the-correct-statement-from-the-following-1-nitric-acid-68-and-water-32-mixture-is-an-example-of-the-minimum-boiling-azeotrope-2-osmosis-can-be-reversed-if-pressure-lower-than-the-osmotic-pressu https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzMyNzE0-two-compartments-a-and-b-are-separated-by-a-semipermeable-membrane-compartment-a-contains-0-01-m-na-so-solution-and-compartment-b-contains-0-02-m-bacl-solution-in-which-compartment-will-the-precipitat https://medminds.me/qbank/chemistry/solutions/?q=NP-pb246NDE0NDE-during-osmosis-the-flow-of-water-through-a-semi-permeable-membrane-is-1-from-solution-having-higher-concentration-only-2-from-both-sides-of-the-semi-permeable-membrane-with-equal-flow-rates-3-from-bot https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5NjU1-consider-separate-solutions-of-0-500-m-c2h5oh-aq-0-100-m-mg3-po4-2-aq-0-250-m-kbr-aq-and-0-125-m-na3po4-aq-at-25-c-the-correct-statement-about-these-solutions-assuming-all-salts-to-be-strong-electroly https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzkwMzQy-given-below-are-two-statements-statement-i-the-proportionality-constant-kf-depends-on-the-nature-of-the-solvent-as-well-as-the-solute-statement-ii-when-blood-cells-are-placed-in-water-containing-less https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzg1NzI3-the-vapour-pressures-of-two-pure-isomeric-liquids-x-and-y-are-200-torr-and-100-torr-respectively-at-a-given-temperature-assuming-a-solution-of-these-components-to-obey-raoult-s-law-the-mole-fraction-o https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MTU5Nzgw-which-of-the-following-graph-is-correct-for-an-ideal-binary-liquid-solution-containing-non-volatile-solute-1-2-3-4-all-are-correct-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzk3NTgy-an-open-beaker-of-water-in-equilibrium-with-water-vapour-is-in-a-sealed-container-when-a-few-grams-of-glucose-are-added-to-the-beaker-of-water-the-rate-at-which-water-molecules-1-leaves-the-vapour-inc https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mzk3Njg0-when-mercuric-iodide-is-added-to-the-aqueous-solution-of-potassium-iodide-then-1-the-freezing-point-is-raised-2-the-freezing-point-is-lowered-3-the-freezing-point-does-not-change-4-the-boiling-point-d https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTc1ODg0-a-living-cell-has-an-osmotic-pressure-of-12-atm-at-300-k-a-nacl-aq-solution-is-isotonic-with-the-cell-if-the-strength-of-the-nacl-solution-is-expressed-as-x-10-g-l-calculate-the-nearest-integer-value https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTc1ODg2-a-solution-is-prepared-by-dissolving-15-g-of-a-non-volatile-solute-in-150-g-of-a-solvent-the-elevation-in-boiling-point-of-the-solution-is-0-5-c-if-the-relative-lowering-of-vapour-pressure-is-x-10-det https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTc1OTAy-if-pure-liquids-a-and-b-have-a-vapour-pressure-of-55-kpa-and-15-kpa-respectively-if-in-a-solution-of-a-and-b-mole-fraction-of-a-in-vapour-is-0-8-then-find-mole-fraction-of-a-in-liquid-phase-1-0-813-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTc2MDY1-two-solutes-0-3-gm-of-a-mw-60-gm-mol-and-0-9-gm-of-b-mw-180-gm-mol-are-dissolved-in-100-ml-solution-find-the-osmotic-pressure-of-solution-at-300-k-in-atm-use-r-0-082-atm-l-mol-k-1-1-23-2-2-46-3-4-92-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTc2MDg1-find-the-mole-fraction-of-a-non-volatile-electrolyte-solute-when-w-g-of-the-solute-is-dissolved-in-100-ml-of-water-the-vapour-pressures-of-pure-water-and-the-solution-are-640-mm-hg-and-600-mm-hg-respe https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTc2MDk5-if-percentage-of-n-2-above-a-liquid-solution-is-80-at-a-total-pressure-of-10-atm-then-find-the-mole-fraction-of-n-2-gas-dissolved-in-solution-given-that-henry-s-constant-for-n-2-is-7-6-times-10-7-mm-h https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTc2NTQ3-which-of-the-following-graph-is-correct-between-log-mathrm-p-mathrm-co-2-mathrm-v-mathrm-s-log-mathrm-x-mathrm-co-2-given-mathrm-p-mathrm-co-2-partial-pressure-of-mathrm-co-2-mathrm-x-mathrm-co-2-mole https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTc2NTU0-given-below-are-two-statements-regarding-henry-s-law-constant-k-statement-i-for-an-ideal-dilute-solution-k-does-not-change-with-a-change-in-the-concentration-of-the-dissolved-gas-statement-ii-for-the https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTc2NTk4-3-mol-of-liquid-a-and-1-mol-of-liquid-b-are-mixed-to-form-an-ideal-solution-having-a-total-vapour-pressure-of-500-mm-hg-when-1-mol-of-liquid-a-is-added-to-the-solution-its-total-vapour-pressure-increa https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTc4MDc2-which-of-the-following-is-the-correct-graph-for-the-mixture-of-the-volatile-liquid-cs-2-and-acetone-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTI0OTQ3-consider-a-binary-ideal-solution-of-two-volatile-liquid-components-1-and-2-x1-and-y1-are-the-mole-fractions-of-component-1-in-the-liquid-and-vapour-phase-respectively-the-slope-and-intercept-of-the-li https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTI2MDk5-for-the-compound-mx2-the-observed-mass-is-65-6-while-the-normal-mass-is-164-the-percentage-degree-of-ionization-of-mx2-rounded-to-the-nearest-integer-is-1-75-2-60-3-50-4-85-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTMyMjcy-the-boiling-point-of-the-solution-when-two-moles-each-of-ethylene-glycol-and-glucose-are-mixed-with-500-ml-of-water-is-given-k-b-0-52-mathrm-k-mathrm-kg-mathrm-m-1-377-16-k-2-368-84-k-3-376-16-k-4-369 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTMyMjk1-given-below-are-two-statements-statement-i-the-formula-of-cryoscopic-constant-is-given-as-k-f-frac-m-r-t-f-2-1000-times-delta-h-text-fusion-statement-ii-mathrm-k-mathrm-f-of-water-is-greater-than-that https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTMyNTA5-observe-the-following-diagram-for-reverse-osmosis-which-of-the-following-can-be-used-for-a-porous-membrane-1-cellulose-acetate-2-porous-silicate-3-silicone-4-glass-membrane-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTMyNjc1-determine-the-correct-graph-between-molarity-and-temperature-if-a-1-text-m-nacl-solution-in-mathrm-h-2-mathrm-o-is-prepared-at-0-circ-mathrm-c-and-then-heated-at-a-higher-temperature-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NTMyNzkx-an-aqueous-solution-of-mathrm-0-1-m-mathrm-ha-shows-depression-in-freezing-point-of-0-2-circ-mathrm-c-if-mathrm-k-mathrm-f-left-mathrm-h-2-mathrm-o-right-1-86-mathrm-k-mathrm-kg-mathrm-mol-1-and-assum https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDM3OTQw-a-sodium-chloride-nacl-solution-has-a-molarity-of-3-m-given-that-the-density-of-the-solution-is-1-25-g-ml-its-molality-will-be-1-2-90-2-2-79-3-1-85-4-3-85-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDQwMTA3-a-0-03-m-aqueous-solution-of-a-weak-acid-hx-has-an-acid-dissociation-constant-k-a-1-2-times-10-5-for-the-dissociation-mathrm-hx-mathrm-aq-rightleftharpoons-mathrm-h-mathrm-aq-mathrm-x-mathrm-aq-calcul https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDQwNTMy-3-g-of-acetic-acid-is-dissolved-in-500-g-of-water-the-depression-in-the-freezing-point-of-the-solution-is-given-as-mathrm-x-times-10-1-mathrm-k-calculate-the-value-of-x-to-the-nearest-integer-given-ma https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDU1MTky-we-are-given-with-3-text-nacl-samples-and-their-van-t-hoff-factors-sample-van-t-hoff-factor-sample-1-0-1-text-m-text-i-1-sample-2-0-01-text-m-text-i-2-sample-3-0-001-text-m-text-i-3-choose-the-correct https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDU1NzYw-equimolar-solution-of-mathrm-k-2-mathrm-cr-2-mathrm-o-7-and-mathrm-cuso-4-are-separated-by-a-semi-permeable-membrane-how-many-of-the-given-statements-are-incorrect-i-green-colour-of-mathrm-cucr-2-math https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDU1OTQ5-what-happens-to-freezing-point-of-benzene-when-small-amount-of-napthalene-is-added-to-benzene-1-increases-2-decreases-3-remains-unchanged-4-first-decreases-and-then-increases-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDU2Mjc5-the-osmotic-pressure-of-a-solution-is-7-times10-5-text-pa-at-273-k-and-text-x-times10-4-text-pa-at-283-k-the-value-of-text-x-is-1-89-2-73-3-90-4-67-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzYyODgw-which-of-the-following-option-contains-the-correct-graph-between-c-and-c-at-a-constant-temperature-where-is-osmotic-pressure-and-c-is-a-concentration-of-the-solute-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzYyOTIw-statement-i-the-freezing-point-of-a-solution-decreases-with-a-decrease-in-the-amount-of-non-volatile-solute-statement-ii-the-freezing-point-of-the-solution-is-less-than-that-of-the-solvent-1-both-stat https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzYyOTUx-if-25-ml-of-kcl-solution-requires-20-ml-of-1-m-agno3-solution-for-complete-precipitation-of-kcl-solution-the-value-of-tf-of-a-kcl-solution-i-2-is-kf-1-86-k-kg-mol-1-assume-molarity-molality-round-off https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzYyOTk0-the-density-of-a-3-m-nacl-solution-is-1-g-ml-the-molality-of-the-solution-is-x-the-value-of-2x-is-round-off-to-the-nearest-integer-1-7-2-10-3-13-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzYzMTcw-a-solution-containing-2-g-of-a-non-electrolyte-solute-dissolved-in-20-g-of-water-has-a-boiling-point-of-373-52-k-calculate-the-molecular-mass-of-the-solute-given-that-the-ebullioscopic-constant-kb-is https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzYzMjcw-find-out-the-depression-in-the-freezing-point-for-ch-3cooh-alpha-20-dissolved-in-an-aqueous-solution-having-10-w-w-ch-3cooh-in-solution-given-k-f-of-water-1-86-k-kg-mol-1-1-4-13-k-2-2-13-k-3-1-13-k-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxMzAx-what-is-the-concentration-of-a-glucose-solution-in-intravenous-injection-in-gram-lit-which-is-isotonic-with-blood-solution-which-has-osmotic-pressure-7-93-bar-at-300-k-1-62-g-l-2-0-58-g-l-3-0-62-g-l-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxNDQ4-the-vapour-pressure-of-pure-a-is-50-mm-of-hg-and-the-vapour-pressure-of-pure-b-is-100-mm-of-hg-in-a-mixture-of-liquid-a-and-b-mole-fraction-of-a-is-0-3-then-the-mole-fraction-of-b-in-the-vapour-phase https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxNjEz-2-5-grams-of-protein-dissolves-in-500-grams-of-water-at-300-k-if-the-observed-value-of-osmotic-pressure-is-0-410-atm-then-the-number-of-glycine-units-present-in-protein-is-given-molar-mass-of-glycine https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQxODgw-if-the-freezing-point-of-0-5-w-w-kcl-aq-solution-is-0-24-c-the-percentage-of-dissociation-of-kcl-in-the-solution-is-kf-1-86-k-kg-mol-1-99-2-67-3-79-4-91-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQyMTA0-7-grams-of-a-solute-molar-mass-93g-dissolves-in-42-grams-of-water-if-solute-gets-dimerized-in-water-and-depression-at-a-freezing-point-is-2-c-then-find-the-percentage-association-of-solute-given-k-f-h https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzQyMzEw-the-osmotic-pressure-exerted-by-a-solution-prepared-by-dissolving-10-g-of-protein-of-molar-mass-60-text-g-mol-1-in-200-ml-of-water-at-27-c-will-be-use-r-0-083-text-l-bar-mol-1-k-1-1-22-5-atm-2-20-5-at https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgxNjkx-the-depression-in-freezing-point-observed-for-a-formic-acid-solution-of-concentration-0-5-mathrm-ml-mathrm-l-1-is-mathrm-0-0405-circ-c-density-of-formic-acid-is-1-05-mathrm-g-mathrm-ml-1-the-van-t-hof https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgxNzQ1-250-mathrm-g-solution-of-d-glucose-in-water-contains-text-10-8-of-carbon-by-weight-the-molality-of-the-solution-is-nearest-to-given-atomic-weights-are-mathrm-h-1-mathrm-u-mathrm-c-12-mathrm-u-mathrm-o https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgxNzUz-the-boiling-point-of-a-text-2-aqueous-solution-of-a-non-volatile-solute-a-is-equal-to-the-boiling-point-of-text-8-aqueous-solution-of-a-non-volatile-solute-b-what-is-the-correlation-between-the-molecu https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgxODE2-two-solutions-a-and-b-are-prepared-by-dissolving-mathrm-1-g-of-non-volatile-solutes-x-and-y-respectively-in-mathrm-1-kg-of-water-the-ratio-of-depression-in-freezing-points-for-a-and-b-is-found-to-be-1 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgxODQw-given-below-are-two-statements-assertion-a-at-mathrm-10-circ-c-the-density-of-a-5-text-m-solution-of-text-kcl-atomic-masses-of-text-k-text-cl-are-39-35-5-text-g-text-mol-1-respectively-is-text-x-text https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgxOTEw-calculate-the-van-t-hoff-factor-of-solute-a-when-0-7-g-of-a-is-dissolved-in-42-0-g-of-water-and-the-freezing-point-decreases-by-0-20-c-given-molar-mass-of-a-93-g-mol-kf-of-water-1-86-k-kg-mol-1-0-5-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgxOTYy-when-800-mathrm-ml-text-of-0-5-mathrm-m-nitric-acid-is-heated-in-a-beaker-its-volume-is-reduced-to-half-and-mathrm-11-5-g-of-nitric-acid-is-evaporated-the-molarity-of-the-remaining-nitric-acid-solutio https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgxOTY4-2-text-g-of-a-non-volatile-solute-is-dissolved-in-200-text-g-of-two-different-solvents-a-and-b-to-form-solutions-of-equal-molality-if-their-ebullioscopic-constants-are-in-the-ratio-of-1-8-and-the-elev https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgyMDA4-150-g-of-acetic-acid-was-contaminated-with-10-2-g-ascorbic-acid-left-mathrm-c-6-mathrm-h-8-mathrm-o-6-right-to-lower-down-its-freezing-point-by-left-x-times-10-1-right-circ-mathrm-c-the-value-of-x-nea https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgyMTEw-a-solution-containing-mathrm-2-5-10-3-kg-of-a-solute-dissolved-in-mathrm-75-10-3-kg-of-water-boils-at-mathrm-373-535-k-the-molar-mass-of-the-solute-is-mathrm-g-mol-1-nearest-integer-given-mathrm-k-b-h https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgyMjMx-elevation-in-boiling-point-for-1-5-molal-solution-of-glucose-in-water-is-4-k-the-depression-in-freezing-point-for-4-5-molal-solution-of-glucose-in-water-is-4-k-the-ratio-of-molal-elevation-constant-to https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgyNDEx-the-solubility-of-mathrm-agcl-will-be-maximum-in-which-of-the-following-1-mathrm-0-01-m-kcl-2-mathrm-0-01-m-hcl-3-mathrm-0-01-m-agno-3-4-deionised-water-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgyNDM3-given-below-are-two-statements-assertion-a-dissolved-substances-can-be-removed-from-a-colloidal-solution-by-diffusion-through-a-parchment-paper-reason-r-particles-in-a-true-solution-cannot-pass-throug https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgyNDgz-how-many-millimoles-of-mathrm-o-2-gas-will-dissolve-in-1-liter-of-water-at-303-k-when-oxygen-gas-is-bubbled-through-it-given-henry-s-law-constant-for-at-303-k-is-46-82-k-bar-and-partial-pressure-of-ma https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgyNTQ1-1-2-ml-of-acetic-acid-is-dissolved-in-water-to-make-mathrm-2-0-l-of-solution-the-depression-in-freezing-point-observed-for-this-strength-of-acid-is-mathrm-0-0198-circ-c-the-degree-of-dissociation-of-t https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgyNTc2-a-certain-amount-of-a-non-volatile-solute-a-is-dissolved-in-100-g-of-water-at-25-c-the-vapour-pressure-of-the-resulting-dilute-solution-becomes-half-the-vapour-pressure-of-pure-water-if-the-vapour-pre https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDgyNjc0-1-80-g-of-solute-a-was-dissolved-in-62-5-cm3-of-ethanol-and-freezing-point-of-the-solution-was-found-to-be-155-1-k-the-molar-mass-of-solute-a-in-g-mol-1-is-given-freezing-point-of-ethanol-is-156-0-k-d https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc4OTY5-if-a-compound-ab-dissociates-to-the-extent-of-75-in-an-aqueous-solution-the-molality-of-the-solution-which-shows-a-2-5-k-rise-in-the-boiling-point-of-the-solution-is-rounded-off-to-the-nearest-integer https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5MDUz-when-9-45-g-of-clch2cooh-is-added-to-500-ml-of-water-its-freezing-point-drops-by-0-5-c-the-dissociation-constant-of-clch2-cooh-is-x-10-3-the-value-of-x-is-rounded-off-to-the-nearest-integer-kf-h2o-1-8 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5MTkw-c6h6-freezes-at-5-5-c-the-temperature-at-which-a-solution-of-10-g-of-c4h10-in-200-g-of-c6h6-will-freeze-is-the-molal-freezing-point-depression-constant-of-c6h6-is-5-12-c-m-1-2-c-2-1-c-3-6-c-4-5-c-1-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5NDY3-when-12-2-g-of-benzoic-acid-is-dissolved-in-100-g-of-water-the-freezing-point-of-the-solution-was-found-to-be-0-93-c-the-number-n-of-benzoic-acid-molecules-associated-assuming-100-association-is-kf-h2 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5NTEx-1-molal-aqueous-solution-of-an-electrolyte-a2b3-is-60-ionised-the-boiling-point-of-the-solution-at-1-atm-is-rounded-off-to-the-nearest-integer-given-kb-for-h2o-0-52-k-kg-mol-1-1-373-k-2-380-k-3-375-k https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDg5ODAx-an-aqueous-kcl-solution-of-density-1-20-text-g-ml-1-has-a-molality-of-3-30-text-mol-kg-1-the-molarity-of-the-solution-in-text-mol-l-1-is-nearest-integer-1-3-2-5-3-8-4-13-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDg5OTY2-of-the-following-four-aqueous-solutions-total-number-of-those-solutions-whose-freezing-point-is-lower-than-that-of-0-10-m-c-2h-5oh-is-integer-answer-i-0-10-m-ba-3-po-4-2-ii-0-10-m-na-2so-4-iii-0-10-m https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDkyNzM4-83-g-of-ethylene-glycol-dissolved-in-625-g-of-water-the-freezing-point-of-the-solution-in-k-is-nearest-integer-use-k-f-for-water-left-1-86-mathrm-k-mathrm-kg-mathrm-mol-1-right-given-freezing-point-of https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDkyODA0-100-ml-of-na-3po-4-solution-contains-3-45-g-of-sodium-the-molarity-of-the-solution-is-x-times10-2-text-mol-l-1-the-value-of-x-is-nearest-integer-atomic-masses-mathrm-na-23-0-mathrm-u-mathrm-o-16-0-mat https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDk0NTg2-1-text-kg-of-0-75-molal-aqueous-solution-of-sucrose-can-be-cooled-up-to-cooled-up-to-4-circ-c-before-freezing-the-amount-of-ice-in-g-that-will-be-separated-out-is-integer-integer-given-left-mathrm-k-m https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDk1MzU2-determine-the-freezing-point-of-the-solution-in-k-if-40-g-glucose-molar-mass-180-is-mixed-with-200-ml-of-water-given-mathrm-k-mathrm-f-1-86-mathrm-k-mathrm-kg-mathrm-mol-1-density-of-water-1-00-mathrm https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDk1NDAw-which-one-of-the-following-0-10-m-aqueous-solutions-will-exhibit-the-largest-freezing-point-depression-1-hydrazine-2-glucose-3-khso-4-4-glycine-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDk1NDA3-the-molarity-of-the-solution-prepared-by-dissolving-6-3-g-of-oxalic-acid-in-250-text-ml-of-water-in-text-mol-l-1-is-x-times-10-2-the-value-of-x-to-the-nearest-integer-is-atomic-mass-h-1-0-c-12-0-o-16 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDk1NDQ0-1-22-text-g-of-an-organic-acid-is-separately-dissolved-in-100-text-g-of-benzene-mathrm-k-b-2-6-k-kg-mol-1-and-100-text-g-of-acetone-mathrm-k-b-1-7-k-kg-mol-1-the-acid-is-known-to-dimerize-in-benzene-b https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDk2Mjg5-the-partial-pressure-of-oxygen-in-the-vapour-phase-above-water-is-20-kpa-at-a-specific-temperature-if-the-henry-s-law-constant-k-h-for-oxygen-in-water-at-this-temperature-is-8-0-times-10-4-text-kpa-an https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc4MTg0-the-size-of-a-raw-mango-shrinks-to-a-much-smaller-size-when-kept-in-a-concentrated-salt-solution-the-process-among-the-following-explain-this-condition-is-1-diffusion-2-dialysis-3-osmosis-4-reverse-os https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc4NTM5-at-300-k-the-vapour-pressure-of-a-solution-containing-1-mole-of-n-hexane-and-3-moles-of-n-heptane-is-550-mm-of-hg-at-the-same-temperature-if-one-more-mole-of-n-heptane-is-added-to-this-solution-the-va https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDg4OTQ1-at-35-circ-mathrm-c-the-vapour-pressure-of-mathrm-cs-2-is-512-mm-hg-and-that-of-acetone-is-344-mm-hg-a-solution-of-mathrm-cs-2-in-acetone-has-a-total-vapour-pressure-of-600-mm-hg-the-false-statement-a https://medminds.me/qbank/chemistry/solutions/?q=NP-b246NDkyNjM5-a-graph-of-vapour-pressure-and-temperature-for-three-different-liquids-x-y-and-z-is-shown-below-the-following-inferences-are-made-a-x-has-higher-intermolecular-interactions-compared-to-y-b-x-has-lower https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc2NzE0-the-vapour-pressures-of-pure-liquids-a-and-b-are-400-and-600-mm-hg-respectively-at-298-k-on-mixing-the-two-liquids-the-sum-of-their-initial-volumes-is-equal-to-the-volume-of-the-final-mixture-the-mole https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3NDI3-molal-depression-constant-for-a-solvent-is-4-0-k-kg-mol-1-the-depression-in-the-freezing-point-of-the-solvent-for-0-03-mol-kg-1-solution-of-k2so4-is-assume-complete-dissociation-of-the-electrolyte-1-0 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3NTA3-the-osmotic-pressure-of-a-dilute-solution-of-an-ionic-compound-xy-in-water-is-four-times-that-of-a-solution-of-0-01-m-bacl2-in-water-assuming-complete-dissociation-of-the-given-ionic-compound-in-water https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc3NzY1-a-solution-is-prepared-by-dissolving-0-6-g-of-urea-molar-mass-60-g-mol-1-and-1-8-g-of-glucose-molar-mass-180-g-mol-1-in-100-ml-of-water-at-27-c-the-osmotic-pressure-of-the-solution-is-r-0-08206-l-atm https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5OTMx-18-g-glucose-c6h12o6-is-added-to-178-2-g-water-the-vapour-pressure-of-aqueous-solution-in-torr-is-1-7-6-2-752-4-3-76-0-4-780-0-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzA4MjUy-in-a-mixture-of-a-and-b-components-show-negative-deviations-when-1-a-b-interaction-is-stronger-than-a-a-and-b-b-interaction-2-a-b-interaction-is-weaker-than-a-a-and-b-b-interaction-3-delta-v-text-mix https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzA5Mzkz-in-a-0-2-molal-aqueous-solution-of-a-weak-acid-hx-the-degree-of-ionisation-is-0-3-taking-kf-for-water-as-1-85-the-freezing-point-of-the-solution-will-be-nearest-to-which-of-the-following-1-0-480-oc-2 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246MzA5NDE1-what-is-the-molarity-of-barium-hydroxide-solution-if-25-ml-of-a-solution-of-barium-hydroxide-on-titration-with-0-1-molar-solution-of-hydrochloric-acid-gave-a-titre-value-of-35-ml-1-0-07-2-0-14-3-0-28 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjg0ODE3-a-5-25-solution-of-a-substance-is-isotonic-with-a-1-5-solution-of-urea-molar-mass-60-g-mol-1-in-the-same-solvent-if-the-densities-of-both-solutions-are-assumed-to-be-equal-to-1-0-g-cm-3-then-what-will https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjg0ODYz-the-density-in-g-ml-1-of-a-3-60-m-sulphuric-acid-solution-that-has-29-h2so4-by-mass-will-be-nearest-integer-given-molar-mass-of-h2so4-98-g-mol-1-1-1-64-2-1-88-3-1-22-4-1-45-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjg0MzI1-a-binary-liquid-solution-is-prepared-by-mixing-n-heptane-and-ethanol-which-one-of-the-following-statements-is-correct-regarding-the-behavior-of-the-solution-1-the-solution-formed-is-an-ideal-solution https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5ODU4-if-sodium-sulphate-is-considered-to-be-completely-dissociated-into-cations-and-anions-in-an-aqueous-solution-what-is-the-change-in-freezing-point-of-water-tf-when-0-01-mol-of-sodium-sulphate-is-dissol https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5NzY2-what-is-the-mole-fraction-of-methyl-alcohol-in-a-5-2-molal-aqueous-solution-of-methyl-alcohol-1-0-100-2-0-190-3-0-086-4-0-050-1-2-3-4 https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5Nzcw-ethylene-glycol-is-used-as-an-antifreeze-in-a-cold-climate-the-mass-of-ethylene-glycol-which-should-be-added-to-4-kg-of-water-to-prevent-it-from-freezing-at-6-c-will-be-kf-for-water-1-86-k-kg-mol-1-an https://medminds.me/qbank/chemistry/solutions/?q=NP-b246Mjc5NjA5-if-an-automobile-radiator-holds-1-0-kg-of-water-then-how-many-grams-of-ethylene-glycol-c2h6o2-must-be-added-to-get-the-freezing-point-of-the-solution-lowered-by-2-8-c-given-kf-for-water-is-1-86-k-kg-m https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTM5MA-concentrated-nitric-acid-is-70-hno3-the-amount-of-concentrated-nitric-acid-solution-that-should-be-used-to-prepare-250-ml-of-2-0-m-hno3-would-be-1-90-0-g-conc-hno3-2-70-0-g-conc-hno3-3-54-0-g-conc-hno https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTM5MQ-the-mole-fraction-of-the-solute-in-a-1-00-molal-aqueous-solution-is-1-0-00177-2-0-0344-3-0-0177-4-0-1770-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTM5Mg-what-is-the-concentration-of-a-urea-solution-if-6-02-times-1020-molecules-of-urea-are-present-in-100-ml-of-the-solution-1-0-02m-2-0-01m-3-0-001m-4-0-1m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTM5Mw-which-of-the-following-has-a-maximum-number-of-molecules-1-7g-n2-2-2g-h2-3-16g-no2-4-16g-o2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTM5NQ-calculate-the-number-of-moles-of-oxygen-in-1l-of-air-containing-21-oxygen-by-volume-under-standard-conditions-1-0-0093-mole-2-2-10-moles-3-0-186-mole-4-0-21-mole-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTM5Ng-how-much-oxygen-gas-o2-at-standard-temperature-0-deg-c-and-pressure-1-atm-is-required-to-completely-combust-1-liter-of-propane-gas-c3h8-under-the-same-conditions-1-7l-2-6l-3-5l-4-10l-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTM5Nw-1-g-of-magnesium-is-burnt-with-0-56g-of-oxygen-in-a-closed-vessel-the-left-out-reactant-and-its-quantity-are-at-weight-of-mg-24-o-16-1-mg-0-16g-2-o2-0-16g-3-mg-0-44g-4-o2-0-28g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTM5OA-find-the-minimum-molecular-weight-of-the-enzyme-peroxidase-anhydrase-if-it-contains-0-5-selenium-by-weight-atomic-weight-of-se-78-4-1-1-568-x-104-2-15-68-3-2-168-x-104-4-1-568-x-103-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQwMQ-the-total-number-of-valence-electrons-in-4-2g-of-n3-ion-is-na-is-the-avogadro-s-number-1-2-1na-2-4-2na-3-1-6na-4-3-2na-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQwMg-calculate-the-number-of-moles-of-hcl-g-formed-when-22-4-l-of-h-g-is-mixed-with-11-2-l-of-cl-g-both-measured-at-stp-1-1-mole-of-hcl-g-2-2-moles-of-hcl-g-3-0-5-mole-of-hcl-g-4-1-5-moles-of-hcl-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQwMw-the-mass-of-carbon-anode-consumed-giving-only-carbon-dioxide-in-the-production-of-270-kg-of-aluminium-metal-from-bauxite-by-the-hall-process-is-at-mass-of-al-27-1-180-kg-2-270-kg-3-540-kg-4-90-kg-1-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQwNw-in-the-haber-process-30-l-of-dihydrogen-and-30-l-of-dinitrogen-were-taken-for-the-reaction-which-yielded-only-50-of-the-expected-product-the-composition-of-the-gaseous-mixture-under-the-said-condition https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQwOA-what-is-the-approximate-number-of-atoms-present-in-4-25-grams-of-nh3-1-4-x-1023-2-2-x-1023-3-1-x-1023-4-6-x-1023-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQwOQ-in-the-reaction-4nh3-g-5o2-g-rarr-4no-g-6h2o-l-when-1-mole-of-ammonia-and-1-mole-of-o2-reacts-to-completion-then-1-1-0-mole-of-h2o-is-produced-2-1-0-mole-of-no-will-be-produced-3-all-the-oxygen-will-b https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQxMA-an-element-x-has-the-following-isotopic-composition-200x-90-199x-8-0-202x-2-0-the-weighted-average-atomic-mass-of-the-naturally-occurring-element-x-is-closest-to-1-205-u-2-220-u-3-196-u-4-200-u-1-2-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQxMQ-calculate-the-vapour-density-of-a-volatile-gas-if-0-24-g-of-the-gas-produces-45-ml-of-vapour-at-ntp-given-that-the-density-of-hydrogen-at-stp-is-0-08988-g-l-sup1-1-95-93-2-59-93-3-95-39-4-69-93-1-2-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQxMg-the-hydrated-salt-na2so4-nh2o-undergoes-a-55-loss-in-mass-on-heating-and-becomes-anhydrous-the-value-of-n-will-be-1-5-2-3-3-7-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQxMw-12-g-of-mg-atomic-mass-24-will-react-completely-with-an-acid-to-yield-1-one-mole-of-h2-2-a-half-mole-of-h2-3-one-mole-of-o2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQxOA-the-molality-of-a-15-w-vol-solution-of-h2so4-of-density-1-1g-cm3-is-1-1-2-mol-kg-2-1-4-mol-kg-3-1-8-mol-kg-4-1-6-mol-kg-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQyMQ-which-mode-of-expressing-concentration-is-independent-of-temperature-1-molality-2-percent-by-mass-3-mole-fraction-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQyMg-the-product-of-atomic-mass-and-specific-heat-of-metal-is-approximately-6-4-this-was-given-by-1-dalton-s-law-2-avogadro-s-law-3-newton-s-law-4-dulong-petit-s-law-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQyNg-a-metal-m-forms-a-compound-m2hpo4-the-formula-of-the-metal-sulphate-is-1-m2so4-2-mso4-3-m-so4-2-4-m2-so4-3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQyOA-a-partially-dried-clay-mineral-contains-8-water-the-original-sample-contained-12-water-and-45-silica-the-percentage-of-silica-in-the-partially-dried-sample-is-nearly-1-50-2-49-3-55-4-47-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQzMQ-which-of-the-following-represents-the-correct-order-of-mass-fractions-omega-of-gases-when-1-l-of-n-7-8-l-of-o-and-1-l-of-co-are-mixed-under-identical-conditions-of-temperature-and-pressure-1-omega-n2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQzNA-find-the-concentration-of-nitrate-no-ions-in-the-mixture-formed-when-equal-volumes-of-0-1-m-agno-and-0-2-m-nacl-solutions-are-mixed-1-0-1m-2-0-05m-3-0-2m-4-0-15m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQzNg-a-solution-contains-na2co3-and-nahco3-10-ml-of-the-solution-required-2-5-ml-of-0-1-m-h2so4-for-neutralisation-using-phenolphthalein-as-indicator-methyl-orange-is-then-added-when-a-further-2-5-ml-of-0 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQzOA-calculate-the-percentage-of-copper-that-remains-unoxidised-when-3-18-g-of-pure-cu-is-heated-in-a-stream-of-oxygen-to-form-black-copper-oxide-cuo-and-the-final-mass-becomes-3-92-g-1-asymp-6-5-2-asymp-6 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQzOQ-one-mole-of-a-mixture-of-co-and-co2-requires-exactly-20g-of-naoh-in-solution-for-the-complete-conversion-of-all-the-co2-into-na2co3-how-much-naoh-would-it-require-for-conversion-into-na2co3-if-the-mix https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQ0Mg-versene-a-chelating-agent-having-chemical-formula-c2h4n2-c2h2o2na-4-if-each-mole-of-this-compound-could-bind-1-mole-of-ca2-then-the-rating-of-pure-versene-expressed-as-mg-of-caco3-bound-per-g-of-chela https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQ0Mw-a-gas-is-found-to-have-the-formula-co-x-its-vd-is-70-the-value-of-x-must-be-1-7-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQ0NA-when-100-ml-of-ph3-is-decomposed-it-produces-phosphorus-and-hydrogen-the-change-in-volume-is-1-50-ml-increase-2-500-ml-decrease-3-900-ml-decrease-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQ0NQ-the-molality-of-1m-solution-of-nacl-specific-gravity-1-0585-g-ml-is-1-1-0585-2-1-0-3-0-10-4-0-0585-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-Rpb246NTQ0Ng-calculate-the-total-molarity-of-all-the-ions-present-in-a-solution-containing-0-1-m-of-cuso-and-0-1-m-of-al-so-1-0-2m-2-0-7m-3-0-8m-4-1-2m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjUyMTA-25-ml-of-a-solution-containing-hcl-and-h2so4-required-10-ml-of-a-1-n-naoh-solution-for-neutralization-20-ml-of-the-same-acid-mixture-on-being-treated-with-an-excess-of-agno3-gives-0-1435-g-of-agcl-the https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjU0Mjk-a-0-1097-gm-sample-of-as2o3-require-26-10-ml-of-kmno4-solution-for-its-titration-the-molarity-of-kmno4-solution-is-1-0-02-2-0-04-3-0-018-4-0-3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjU2MDk-calculate-the-mass-of-the-residue-left-when-a-50-pure-sample-of-caco-is-heated-completely-and-produces-1-12-l-of-co-at-stp-assume-that-the-impurities-are-non-volatile-given-atomic-wt-ca-40-c-12-o-16-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjU2MTA-a-mixture-containing-6-4-g-of-sulfur-dioxide-and-3-2-g-of-oxygen-undergoes-the-reaction-2so-o-rarr-2so-assuming-complete-reaction-calculate-the-mass-of-sulfur-trioxide-produced-1-32-g-2-16-g-3-8-g-4-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjU2MTE-the-molality-of-a-20-by-mass-caco3-solution-is-given-density-of-solution-is-1-2-gm-ml-1-1-25-m-2-2-5-m-3-2-08-m-4-1-5-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjU2MTI-1-gm-butane-c4h10-is-burnt-with-excess-of-o2-to-form-co2-what-mass-of-co2-is-produced-1-1gm-2-2gm-3-3gm-4-4gm-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjU2MTM-if-0-5-moles-of-bacl2-is-reacted-with-0-2-moles-of-na3po4-then-the-maximum-moles-of-ba3-po4-2-formed-is-1-0-33-2-0-25-3-0-10-4-0-52-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjU2MTQ-2-gm-iron-pyrite-fes2-is-burnt-with-o2-to-form-fe2o3-and-so2-the-mass-of-so2-produced-is-fe-56-s-32-o-16-1-2-gm-2-2-13-gm-3-4-gm-4-4-26-gm-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjcxOTk-what-is-the-correct-ascending-order-of-masses-for-the-following-i-to-iv-atomic-mass-n-14-o-16-cu-63-i-1-molecule-of-oxygen-ii-1-atom-of-nitrogen-iii-1-x-10-10g-molecule-weight-of-oxygen-iv-1-x-10-10g https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjcyMDE-what-is-the-ratio-of-the-number-of-atoms-in-2-2-g-of-co2-and-in-1-7-g-of-nh3-1-1-2-2-1-8-3-3-8-4-3-2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MjcyMDc-how-many-moles-of-fec2o4-are-required-to-reduce-one-mole-of-kmno4-in-acidic-medium-1-3-5-2-1-5-3-5-3-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mjc1OTg-which-of-the-following-pairs-of-gases-contains-the-same-number-of-molecules-1-16g-of-o2-and-14g-of-n2-2-8g-of-o2-and-22g-of-co2-3-28g-of-n2-and-22g-of-co2-4-32g-of-o2-and-32g-of-n2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mjc1OTk-calculate-the-number-of-ions-present-in-2l-of-a-solution-of-1-6-m-k4-fe-cn-6-1-4-8-x-1022-2-4-8-x-1023-3-9-6-x-1024-4-9-6-x-1022-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mjc2MDA-determine-the-mass-of-co-that-will-be-obtained-by-heating-10-kg-of-80-pure-limestone-caco-1-4-4-kg-2-6-6-kg-3-3-52-kg-4-8-8-kg-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mjc2MDQ-how-many-protons-are-present-in-1-8g-of-nh4-1-na-2-1-2-na-3-1-1-na-4-11-na-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mjc2MDU-when-1l-of-co2-is-heated-with-graphite-the-volume-of-the-gases-collected-is-1-8l-what-will-be-the-number-of-moles-of-co-produced-at-stp-1-0-0357-2-0-0714-3-0-0803-4-14-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mjc2MDY-on-reduction-with-co-200-kg-of-iron-ore-fe2o3-containing-20-impurities-gives-iron-the-amount-of-iron-produced-will-be-1-84-kg-2-200-kg-3-56-kg-4-112-kg-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mjc2MDc-at-stp-the-moles-of-oxygen-atoms-in-2-8-l-of-co2-gas-is-1-0-125-2-0-25-3-0-5-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mjc2MDg-identify-the-incorrect-statement-among-the-following-1-1-mol-n-3-ions-have-10-mole-electrons-2-1-mol-o-2-ions-have-6-023-x-1022-electrons-3-1-mol-ch4-has-10-mole-protons-4-1-mol-water-has-10-mole-prot https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mjc2MTU-find-the-mass-of-sucrose-c12h22o11-produced-by-mixing-84-gm-of-carbon-12-gm-of-hydrogen-and-56-l-of-o2-at-1-atm-273-k-according-to-the-given-reaction-c-s-h2-g-o2-g-rarr-c12h22o11-s-1-138-5-2-155-5-3-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzAyOTU-a-10-g-mixture-contains-na2co3-and-nahco3-upon-heating-the-mixture-liberates-56-ml-of-co2-gas-at-stp-the-weight-of-na2co3-in-the-original-mixture-is-1-9-58-gm-2-5-gm-3-7-5-gm-4-8-gm-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4MTk-how-many-moles-of-kmno4-are-needed-to-oxidize-a-mixture-of-1-mole-of-each-feso4-fec2o4-in-acidic-medium-1-45-2-54-3-34-4-53-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4Mjc-1-0-mol-of-fe-reacts-completely-with-0-65-mol-of-o2-to-give-a-mixture-of-only-feo-and-fe2o3-the-mole-ratio-of-ferrous-oxide-to-ferric-oxide-is-1-2-2-2-4-3-3-1-2-4-2-7-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4MzI-the-percentage-of-copper-in-a-copper-ii-salt-can-be-determined-by-using-a-thiosulphate-titration-0-305-gm-of-a-copper-ii-salt-was-dissolved-in-water-and-added-to-an-excess-of-potassium-iodide-solution https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4MzM-oxygen-contains-90-o16-and-10-o18-its-atomic-mass-is-1-17-4-2-16-2-3-16-5-4-17-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4MzQ-the-total-number-of-electrons-present-in-1-6-gm-of-methane-is-iit-1976-roorkee-1985-cpmt-1987-92-1-6-02-times-1023-2-6-02-times-1022-3-6-02-times-1021-4-4-02-times-1020-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4MzU-kclo3-on-heating-decomposes-to-kcl-and-o2-the-volume-of-o2-at-stp-liberated-by-0-1-mole-kclo3-is-1-4-36-l-2-3-36-l-3-2-36-l-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4MzY-at-s-t-p-the-density-of-ccl4-vapour-in-g-l-will-be-nearest-to-cbse-pmt-1988-1-6-84-2-3-42-3-10-26-4-4-57-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4Mzc-4-4-g-of-an-unknown-gas-occupies-2-24-litres-of-volume-at-ntp-the-gas-may-be-1-carbon-dioxide-2-carbon-monoxide-3-oxygen-4-sulphur-dioxide-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4Mzk-the-number-of-gram-molecules-of-oxygen-in-6-02-times-1024-co-molecules-are-1-10-g-molecules-2-5-g-molecules-3-1-g-molecules-4-0-5-g-molecules-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4NDE-the-mass-of-carbon-present-in-0-5-mole-of-k4-fe-cn-6-is-1-1-8-g-2-18-g-3-3-6-g-4-36-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4NDM-find-the-number-of-moles-of-baco-that-contain-1-5-moles-of-oxygen-atoms-1-0-5-2-1-0-3-3-0-4-6-02-times-1023-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4NDQ-the-oxide-of-metal-contains-40-by-mass-of-oxygen-the-percentage-of-chlorine-in-the-chloride-of-the-metal-is-1-84-7-2-74-7-3-64-7-4-44-7-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4NDU-the-empirical-formula-of-an-organic-compound-containing-carbon-and-hydrogen-is-ch2-the-mass-of-one-litre-of-this-organic-gas-at-stp-is-exactly-equal-to-that-of-one-litre-of-n2-at-stp-therefore-the-mol https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4NDY-a-sample-of-pure-compound-is-found-to-have-na-0-0887-mole-o-0-132-mole-c-2-65-times-1022-atoms-the-empirical-formula-of-the-compound-is-1-na2co3-2-na3o2c5-3-na0-0887-thinsp-00-132-thinsp-c2-65-thinsp https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4NDc-an-organic-compound-containing-c-h-and-n-gave-the-following-on-analysis-c-40-h-13-3-and-n-46-67-its-empirical-formula-would-be-1-chn-2-c2h2n-3-ch4n-4-c2h7n-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4NDg-an-organic-substance-containing-c-h-and-o-gave-the-following-percentage-composition-c-40-687-h-5-085-and-o-54-228-the-vapour-density-of-this-organic-substance-is-59-the-molecular-formula-of-the-compou https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246MzQ4NDk-when-a-solution-containing-4-77-gm-of-nacl-is-added-to-a-solution-of-5-77-gm-of-agno3-the-weight-of-precipitated-agcl-is-1-11-70-gm-2-9-70-gm-3-4-86-gm-4-2-86-gm-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mzc3MTI-at-standard-temperature-and-pressure-stp-the-volume-of-oxygen-required-to-completely-combust-30-ml-of-acetylene-under-similar-conditions-is-1-100-ml-2-75-ml-3-50-ml-4-25-ml-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Mzc3MTM-what-is-the-volume-in-litres-of-oxygen-at-stp-required-for-complete-combustion-of-32-g-of-ch4-1-44-8-2-89-6-3-22-4-4-179-2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDA5NDM-a-mixture-of-gases-contains-h2-and-o2-gases-in-the-ratio-of-1-4-w-w-what-is-the-molar-ratio-of-the-two-gases-in-the-mixture-1-1-4-2-4-1-3-16-1-4-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDA5ODI-if-the-avogadro-number-na-is-changed-from-6-022-x-1023-mol-1-to-6-022-x-1020-mol-1-this-would-change-1-the-definition-of-mass-in-units-of-grams-2-the-mass-of-one-mole-of-carbon-3-the-ratio-of-chemical https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDA5OTY-20-0-g-of-a-magnesium-carbonate-sample-decomposes-on-heating-to-give-carbon-dioxide-and-8-0-g-magnesium-oxide-what-will-be-the-percentage-purity-of-magnesium-carbonate-in-the-sample-atomic-weight-of-m https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDEwMDE-find-the-mass-of-precipitate-formed-when-50-ml-of-16-9-w-v-agno-solution-is-mixed-with-50-ml-of-5-8-w-v-nacl-solution-ag-107-8-n-14-o-16-na-23-cl-35-5-1-28-g-2-3-5-g-3-7-g-4-14-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDEwMTY-the-number-of-water-molecules-is-maximum-in-1-18-molecules-of-water-2-1-8-g-of-water-3-18-g-of-water-4-18-moles-of-water-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDEyMzQ-25-3-g-of-sodium-carbonate-na2co3-is-dissolved-in-enough-water-to-make-250-ml-of-solution-if-sodium-carbonate-dissociates-completely-molar-concentration-of-sodium-ion-na-and-carbonate-ion-co32-are-res https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDEyNTI-the-number-of-atoms-in-0-1-mole-of-a-triatomic-gas-is-na-6-02-x1023mol-1-1-6-026-x-1022-2-1-806x1023-3-3-600-x-1023-4-1-800-x-1022-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDEyOTU-a-stoichiometric-reaction-is-initiated-by-filling-a-sealed-steel-vessel-with-10-g-of-hydrogen-gas-and-64-g-of-oxygen-gas-followed-by-an-ignition-to-trigger-an-explosion-determine-the-total-number-of-m https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDEzNDE-how-many-moles-of-lead-ii-chloride-will-be-formed-from-a-reaction-between-6-5g-of-pbo-and-3-2g-of-hcl-1-0-044-2-0-333-3-0-011-4-0-029-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDEzNjk-concentrated-aqueous-sulphuric-acid-is-98-h2so4-by-mass-and-has-a-density-of-1-80-g-ml-1-volume-of-acid-required-to-make-one-litre-of-0-1-m-h2s04-solution-is-1-11-10-ml-2-16-65-ml-3-22-20-ml-4-5-55-ml https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NDcyNDU-what-is-the-molarity-of-h2so4-solution-that-has-a-density-1-84-g-cc-at-35-176-c-and-contains-98-h2so4-by-weight-1-4-18-m-2-8-14-m-3-18-4-m-4-18-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NjYzNjM-a-mixture-of-methane-and-ethene-in-the-molar-ratio-of-x-y-has-a-mean-molar-mass-of-20-what-would-be-the-mean-molar-mass-if-the-gases-are-mixed-in-the-molar-ratio-of-y-x-1-22-2-24-3-20-8-4-19-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246NjY0MTU-which-of-the-following-contains-the-greatest-number-of-nitrogen-atoms-1-500-ml-of-2-0-mnh3-2-one-mole-of-nh4cl-3-6-02-times-1023-molecules-of-no2-gas-4-22-4-litres-of-n2-gas-at-0-ordm-c-and-1-atm-1-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5NzE-the-number-of-electrons-present-in-9-5-g-of-po-3-4-are-1-6-2-5-n-a-3-0-1-n-a-4-4-7-n-a-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5NzI-the-total-no-of-neutrons-present-in-54-ml-h2ol-are-1-3na-2-30na-3-24na-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5NzQ-the-volume-of-a-drop-of-water-is-0-0018-ml-then-the-number-of-water-molecules-present-in-two-drop-of-water-at-room-temperature-is-1-12-046-times-1019-2-1-084-times-1018-3-4-84-times-1017-4-6-023-times https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5NzU-which-of-the-following-combinations-illustrates-the-law-of-reciprocal-proportions-1-mathrm-n-2-mathrm-o-3-mathrm-n-2-mathrm-o-4-mathrm-n-2-mathrm-o-5-2-mathrm-nacl-mathrm-nabr-mathrm-nal-3-mathrm-cs-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5NzY-carbon-and-oxygen-form-two-oxides-carbon-monoxide-and-carbon-dioxide-where-the-weight-ratios-of-carbon-to-oxygen-are-12-16-and-12-32-respectively-these-ratios-demonstrate-1-law-of-multiple-proportions https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5Nzc-the-formula-of-an-acid-is-hxo2-the-mass-of-0-0242-moles-of-the-acid-is-1-657-g-the-atomic-weight-of-x-is-1-35-5-2-28-1-3-128-4-19-0-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5Nzg-a-6-85-g-sample-of-the-hydrates-sroh2-xh2o-is-dried-in-an-oven-to-give-3-13-g-of-anhydrous-sroh2-the-value-of-x-is-atomic-weights-sr-87-60-o-16-0-h-1-0-1-8-2-12-3-10-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5Nzk-the-sulphate-of-the-metal-m-contains-9-87-of-m-this-sulphate-is-isomorphous-with-znso4-7h2o-the-atomic-weight-of-m-is-1-40-3-2-36-3-3-24-3-4-11-3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5ODE-sulphur-burns-according-to-the-reaction-18s8s-o2g-rarr-so2g-what-volume-of-air-at-1-atm-and-273-k-containing-21-oxygen-by-volume-is-required-to-completely-burn-sulphur-s8-present-in-200-g-of-the-sampl https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5ODI-phosphoric-acid-h3po4-prepared-in-a-two-step-process-1-p4-5o2-8594-p4o10-2-p4o10-6h2o-8594-4h3po4-we-allow-62g-of-phosphorus-to-react-with-react-with-excess-oxygen-which-form-p4o10-in-85-yield-in-the https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5ODM-100-ml-of-h2so4-solution-having-molarity-of-1m-and-density-1-5-g-ml-is-mixed-with-400-ml-of-water-the-molarity-of-the-h2so4-solution-will-be-final-density-is-1-25-g-ml-1-4-4-m-2-0-145-m-3-0-52-m-4-0-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5ODQ-what-volume-of-hcl-solution-of-density-1-2-g-cm3-and-containing-36-5-by-weight-hcl-must-be-allowed-to-react-with-zinc-zn-in-order-to-liberate-4-0-g-of-hydrogen-1-333-33-ml-2-500-ml-3-614-66-ml-4-none https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5ODU-the-molar-mass-of-diacidic-organic-lewis-base-b-if-12-g-of-chloroplatinate-salt-bh2ptcl6-on-ignition-produced-5-gm-residue-of-pt-will-be-1-52-2-58-3-88-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5ODg-equivalent-weight-of-h3po2-when-it-disproportionate-into-ph3-and-h3po3-is-1-m-2-m-2-3-m-4-4-3m-4-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5ODk-what-volume-of-o2g-measured-at-1-atm-and-273-k-will-be-formed-by-the-action-of-100-ml-of-0-5-n-kmno4-on-hydrogen-peroxide-in-an-acid-solution-the-skeleton-equation-for-the-reaction-is-kmno4-h2so4-h2o2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5OTA-when-a-mixture-containing-hcl-and-h2so4-weighing-0-1-g-undergoes-treatment-with-an-excess-of-agno3-solution-resulting-in-the-formation-of-0-1435-g-of-agcl-what-is-the-weight-percentage-of-h2so4-in-the https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5OTE-a-solution-of-na2s2o3-is-standardized-iodometrically-against-0-167-g-of-kbro3-this-process-requires-50-ml-of-the-na2s2o3-solution-what-is-the-normality-of-the-na2s2o3-1-0-2-n-2-0-12-n-3-0-72-n-4-0-02 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246Nzc5OTI-the-nh3-evolved-due-to-complete-conversion-of-n-from-1-12-g-sample-of-protein-was-absorbed-in-45-ml-of-0-4-n-hno3-the-excess-acid-required-20-ml-of-0-1-n-naoh-the-n-in-the-sample-is-1-8-2-16-3-20-4-25 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246ODkwODY-suppose-that-the-elements-x-and-y-combine-to-form-two-compounds-xy2-and-x3y2-if-0-1-mole-of-xy2-weighs-10-g-and-0-05-mole-of-x3y2-weighs-9-g-the-atomic-weight-of-x-and-y-respectively-will-be-1-40-30-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246ODkxMDI-which-of-the-following-is-dependent-on-temperature-1-molarity-2-mole-fraction-3-weight-percentage-4-molality-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246ODkxNDE-a-mixture-of-2-3-g-formic-acid-and-4-5-g-oxalic-acid-is-treated-with-conc-h2so4-the-evolved-gaseous-mixture-is-passed-through-koh-pellets-weight-in-g-of-the-remaining-product-at-stp-will-be-1-1-4-2-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246ODkxODY-the-maximum-number-of-water-molecules-among-the-following-is-1-18-ml-of-water-2-0-18-g-of-water-3-0-00224-l-water-vapours-at-1-atm-and-273-k-4-10-3-mol-of-water-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTA4Mjc-calculate-the-mole-fraction-of-the-solute-in-a-1-00-m-aqueous-solution-1-0-177-2-0-771-3-0-0534-4-0-0177-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTEwMTk-a-mixture-consists-of-hydrogen-and-oxygen-gases-in-the-mass-ratio-1-4-determine-the-mole-ratio-of-hydrogen-molecules-to-oxygen-molecules-present-in-the-mixture-1-1-4-2-4-1-3-16-1-4-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTE0NTc-6-02-times-1020-molecules-of-urea-are-present-in-100-ml-of-its-solution-the-concentration-of-the-solution-is-1-0-01-m-2-0-001-m-3-0-1-m-4-0-02-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTMzODc-the-volume-occupied-by-one-water-molecule-density-1-g-cm-3-is-1-9-0-times-10-23-cm3-2-6-023-times-10-23-cm3-3-3-0-times-10-23-cm3-4-5-5-times-10-23-cm3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTM0NTI-the-volume-of-oxygen-gas-o2-needed-to-completely-burn-1-l-of-propane-gas-c3h8-both-o2-propane-measured-at-0-deg-c-and-1-atm-will-be-1-7-l-2-6-l-3-5-l-4-10-l-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTM0NzE-what-is-the-number-of-moles-of-pbcl-formed-when-6-5-g-of-pbo-reacts-with-3-2-g-of-hcl-1-0-044-2-0-333-3-0-011-4-0-029-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTM2NTA-concentrated-aqueous-sulphuric-acid-is-98-h2so4-by-mass-and-has-a-density-of-1-80-g-ml-1-the-volume-of-acid-required-to-make-one-litre-of-0-1-m-h2so4-solution-is-1-11-10-ml-2-16-65-ml-3-22-20-ml-4-5-5 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU2MTY-to-produce-20-moles-of-ammonia-via-haber-s-process-how-many-moles-of-hydrogen-molecules-are-required-1-40-mol-2-10-mol-3-20-mol-4-30-mol-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MTg-what-is-the-number-of-moles-of-o-atom-in-126-amu-of-hno3-1-2-2-2na-3-6-4-6na-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MTk-cisplatin-an-anticancer-drug-has-the-molecular-formula-ptnh32cl2-what-is-the-mass-in-gram-of-one-molecule-atomic-weights-pt-195-h-1-0-n-14-cl-35-5-1-4-98-times-10-21-2-4-98-times-10-22-3-6-55-times-10 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MjA-the-conversion-of-oxygen-to-ozone-occurs-to-the-extent-of-15-only-the-mass-of-ozone-that-can-be-prepared-from-67-2-l-oxygen-at-1-atm-and-273-k-will-be-1-14-4-gm-2-96-gm-3-640-gm-4-64-gm-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MjE-a-silver-coin-weighing-11-34-g-was-dissolved-in-nitric-acid-when-sodium-chloride-was-added-to-the-solution-all-the-silver-present-as-agno3-was-precipitated-as-silver-chloride-the-weight-of-the-precipi https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MjI-rearrange-the-following-i-to-iv-in-the-order-of-increasing-masses-i-0-5-mole-of-o3-ii-0-5-gm-atom-of-oxygen-iii-3-011-times-1023-molecules-of-o2-iv-5-6-liter-of-co2-at-stp-1-ii-iv-iii-i-2-ii-i-iv-iii https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MjM-it-is-known-that-an-atom-contains-protons-neutrons-and-electrons-if-the-mass-of-the-neutron-is-assumed-to-be-half-of-its-original-value-and-that-of-the-proton-is-assumed-to-be-twice-its-original-value https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MjQ-nitric-acid-can-be-produced-nh3-in-three-steps-process-i-4nh3-g-5o2-g-rarr-4no-g-6h2o-g-ii-2no-g-o2-g-rarr-2no2-g-iii-3no2-g-h2o-l-rarr-2hno3-aq-no-g-percent-yield-ist-iind-and-iiird-are-respectively https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MjU-the-density-of-dry-air-containing-only-n2-and-o2-is-1-15-g-l-at-740-mm-and-300-k-what-is-the-percentage-composition-of-n2-by-weight-in-the-air-1-78-00-2-75-50-3-70-02-4-72-75-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MjY-in-preparation-of-iron-from-haematite-fe2o3-by-the-reaction-with-carbon-fe2o3-c-rarr-fe-co2-how-much-80-pure-iron-could-be-produced-from-120-kg-of-90-pure-fe2o3-1-94-5-kg-2-60-48-kg-3-116-66-kg-4-120 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5Mjc-a-gaseous-mixture-of-h2-and-co2-gas-contains-66-mass-of-co2-the-vapour-density-of-the-mixture-is-1-6-1-2-5-4-3-2-7-4-10-8-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5Mjk-how-much-volume-of-75-alcohol-by-weight-d-0-80-g-cm-sup3-is-required-to-prepare-150-cm-sup3-of-30-alcohol-by-weight-density-0-90-g-cm-sup3-1-67-5-ml-2-56-25-ml-3-44-44-ml-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MzA-the-average-atomic-mass-of-magnesium-is-24-31-a-m-u-magnesium-consists-of-three-isotopes-24-mg-25-mg-and-26-mg-the-mole-percentage-of-24-mg-is-79-and-the-remaining-21-is-a-mixture-of-25-mg-and-26-mg-c https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MzE-find-the-mass-ratio-of-nh-no-to-nh-hpo-in-a-mixture-containing-30-40-nitrogen-by-mass-1-2-1-2-1-2-3-3-4-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MzI-a-mixture-of-o2-and-gas-y-mol-wt-80-in-the-mole-ratio-a-b-has-a-mean-molecular-weight-of-40-what-would-be-the-mean-molecular-weight-if-the-gases-are-mixed-in-the-ratio-b-a-under-identical-conditions-a https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MzM-if-2-74-g-of-the-metal-oxide-contains-1-53-g-of-metal-then-the-empirical-formula-of-vanadium-oxide-is-atomic-mass-of-v-52-1-v2o3-2-vo-3-v2o5-4-v2o7-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MzQ-a-gaseous-mixture-of-propane-and-butane-of-volume-3-litre-on-complete-combustion-produces-11-0-litre-co2-under-standard-conditions-of-temperature-and-pressure-the-ratio-of-volume-of-butane-to-propane https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MzU-the-percentage-by-volume-of-c3h8-in-a-gaseous-mixture-of-c3h8-ch4-and-co-is-20-when-100-ml-of-the-mixture-is-burnt-in-excess-of-o2-the-volume-of-co2-produced-is-1-90-ml-2-160-ml-3-140-ml-4-none-of-the https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5MzY-find-the-percentage-of-oxygen-present-in-the-compound-caco-and-ca-po-1-23-3-2-45-36-3-41-94-4-17-08-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5Mzc-0-607-g-of-a-silver-salt-of-tribasic-organic-acid-was-quantitatively-reduced-to-0-37-g-of-pure-ag-what-is-the-mol-wt-of-the-acid-1-207-g-2-210-g-3-531-g-4-324g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5Mzg-a-gaseous-compound-is-composed-of-85-7-by-mass-carbon-and-14-3-by-mass-hydrogen-it-s-density-is-2-28-g-litre-at-300-k-and-1-0-atm-pressure-determine-the-molecular-formula-of-the-compound-1-c2h2-2-c2h4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5Mzk-calculate-the-of-free-so3-in-oleum-a-solution-of-so3-in-h2so4-that-is-labelled-109-h2so4-1-40-2-30-3-50-4-none-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5NDE-100-ml-of-10-naoh-w-v-is-added-to-100-ml-of-10-hcl-w-v-the-resultant-solution-becomes-1-alkaline-2-strongly-alkaline-3-acidic-4-neutral-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5NDM-find-the-mass-of-non-stoichiometric-oxide-ti-o-formed-when-1-44-g-of-titanium-reacts-completely-with-excess-o-given-atomic-mass-of-ti-48-g-mol-sup1-1-2-00-2-1-77-3-1-44-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5NDQ-2-0-g-sample-contain-mixture-of-sio2-and-fe2o3-on-very-strong-heating-leave-a-residue-weighing-1-96-g-the-reaction-responsible-for-loss-of-weight-is-fe2o3s-8594-fe3o4s-o2g-unbalance-equation-what-is-t https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5NDU-for-the-reaction-2fe-no-3na-co-rarr-fe-co-6nano-2-5-moles-of-fe-no-are-allowed-to-react-with-3-6-moles-of-na-co-if-the-actual-amount-of-nano-produced-is-6-3-moles-calculate-the-percentage-yield-of-the https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5NTE-0-8-mole-of-a-mixture-of-co-and-co2-requires-exactly-40-gram-of-naoh-in-a-solution-for-complete-conversion-of-all-the-co2-into-na2co3-how-many-moles-more-of-naoh-would-it-require-for-conversion-into-n https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTU5NTY-a-6-0-g-impure-sample-of-sodium-chloride-is-dissolved-in-water-and-reacted-with-excess-silver-nitrate-solution-if-14-0-g-of-silver-chloride-is-formed-determine-the-percentage-purity-of-nacl-in-the-sam https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0MTY-25-4-g-of-i2-and-14-2-g-of-cl2-are-made-to-react-completely-to-yield-a-mixture-of-ici-and-ici3-the-mole-of-ici-and-ici3-formed-is-respectively-1-0-5-0-2-2-0-1-0-1-3-0-1-0-3-4-0-3-0-4-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0MjQ-the-vapour-density-of-a-mixture-containing-no-2-and-n-2-o-4-is-38-3-the-mole-of-no-2-in-a-100-g-mixture-is-vapour-density-molar-mass-2-1-0-437-2-0-347-3-0-557-4-0-663-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0Mjc-copper-forms-two-oxides-for-the-same-amount-of-copper-twice-as-much-oxygen-was-used-to-form-the-first-oxide-as-to-form-the-second-one-what-is-the-ratio-of-the-valencies-of-copper-in-the-first-and-seco https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0MzQ-5-ml-of-a-gaseous-hydrocarbon-was-exposed-to-30-ml-of-o2-the-resultant-gas-on-cooling-is-found-to-measure-25-ml-of-which-10-ml-is-absorbed-by-naoh-and-the-remainder-by-pyrogallol-determine-molecular-f https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0Mzg-60-ml-of-a-mixture-of-nitrous-oxide-and-nitric-oxide-was-exploded-with-excess-of-hydrogen-if-38-ml-of-n2-was-formed-calculate-the-volume-of-each-gas-in-the-mixture-all-measurements-are-made-at-constan https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NDI-2-0-g-sample-containing-na2co3and-nahco3-loses-0-248-g-when-heated-to-300-176-c-the-temperature-at-which-nahco3-decomposes-to-na2co3-co2-and-h2o-what-is-the-of-na2co3-in-mixture-1-66-5-2-50-6-3-60-5-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NDQ-a-sample-of-caco3-and-mgco3-weighed-2-21-g-is-ignited-to-constant-mass-of-1-152-g-calculate-the-volume-of-co2-evolved-at-0-deg-c-and-76-cm-of-pressure-1-640-ml-2-540-ml-3-500-ml-4-600-ml-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NDU-the-average-molar-mass-of-the-mixture-of-ch4-and-c2h4-present-in-the-mole-ratio-of-a-b-is-20-g-mol-1-when-the-mole-ratio-is-reversed-the-molar-mass-of-the-mixture-will-be-1-24-gram-2-42-gram-3-20-gram https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NDY-vapour-density-of-a-volatile-substance-is-4-ch4-1-its-molar-mass-would-be-1-8-2-2-3-64-4-128-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NDc-the-iron-content-of-haemoglobin-is-0-33-by-mass-given-that-the-molar-mass-of-haemoglobin-is-67-200-g-mol-sup1-determine-the-number-of-iron-atoms-present-in-each-haemoglobin-molecule-atomic-mass-of-fe https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NDg-the-vapour-density-of-a-volatile-chloride-of-a-metal-is-95-and-the-specific-heat-of-the-metal-is-0-13-cal-g-the-equivalent-mass-of-the-metal-will-be-1-6-g-2-12-g-3-18-g-4-24-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NTA-which-mixture-is-lighter-than-humid-air-1-n2-o2-so2-2-n2-o2-co2-3-n2-o2-c2h6-4-n2-o2-he-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NTE-o3-is-absorbed-by-1-pyrogallol-2-menthol-3-turpentine-oil-4-clove-oil-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NTc-read-the-following-statements-s-and-explanation-e-choose-the-correct-answers-from-the-codes-1-2-3-and-4-s-an-element-may-have-variable-equivalent-mass-e-such-elements-should-possess-variable-valency-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NjI-0-5-g-of-fuming-h2so4-oleum-is-diluted-with-water-the-solution-requires-26-7-ml-of-0-4-n-naoh-for-complete-neutralization-find-the-of-free-so3-in-the-sample-of-oleum-also-report-of-oleum-solution-1-10 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTY0NjM-calculate-the-mass-of-cao-required-to-remove-the-hardness-of-106-litres-of-water-containing-1-62-g-of-calcium-bicarbonate-per-litre-1-5-6-times10-6-2-5-6-times10-5-3-4-8-times10-9-4-1-2-times10-4-1-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTA4NTc5-at-100-ordm-c-and-1-atm-if-the-density-of-liquid-water-is-1-0-g-cm-ndash-3-and-that-of-water-vapor-is-0-0006-g-cm-3-then-the-volume-occupied-by-water-molecules-in-1-litre-of-steam-at-that-temperature https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTEzNjI2-the-hydrated-salt-na2so4-nh2o-undergoes-55-loss-in-weight-on-heating-and-becomes-anhydrous-find-the-value-of-n-1-5-2-3-3-7-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTE3NjU4-10-g-of-a-silver-coin-when-dissolved-completely-in-excess-of-conc-hno3-gives-8-5-g-of-silver-nitrate-the-percentage-purity-of-the-coin-is-1-25-2-54-3-67-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTIzMTA3-the-molality-of-pure-water-is-1-1-m-2-18-m-3-55-5-m-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTMwMTY2-a-bottle-of-h3po4-solution-contains-70-w-w-acid-if-the-density-of-the-solution-is-1-54-g-cm-3-the-volume-of-the-h3po4-solution-required-to-prepare-1-l-of-1-n-solution-is-1-90ml-2-45-ml-3-30-ml-4-23-ml https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTMxNjUw-an-aqueous-solution-of-naoh-has-a-molarity-of-2-m-and-a-density-of-1-28-g-cm-sup3-calculate-the-molality-of-the-solution-given-molecular-mass-of-naoh-40-g-mol-1-1-1-20-m-2-1-56-m-3-1-67-m-4-1-32-m-1-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTU4MDM2-assertion-a-1-g-o2-and-1-g-o3-have-an-equal-number-of-oxygen-atoms-reason-r-o2-and-o3-have-different-molar-masses-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTcxOTcz-ln-a-closed-vessel-50-ml-of-a2b3-completely-reacts-with-200-ml-of-c2-according-to-the-following-equation-2a2b3-g-5c2-g-rarr-3c3b2-g-ca4-g-what-will-be-the-composition-of-the-gaseous-mixture-in-the-sys https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTc0MDIx-if-the-molar-concentration-of-sncl4-is-1-5-times-10-3-mol-l-ndash-1-the-concentration-of-chloride-ions-will-be-1-3-0-x-10-3-2-6-0-x-10-3-3-0-3-x-10-3-4-0-6-x-10-6-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTc2ODY4-on-complete-combustion-44-g-of-a-sample-of-a-compound-gives-88-g-co2-and-36-g-of-h2o-the-molecular-formula-of-the-compound-may-be-1-c4h6-2-c2h6o-3-c2h4o-4-c3h6o-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg1NDk5-which-of-the-following-contains-the-maximum-number-of-atoms-1-1-g-of-mg-s-2-1-g-of-o2-g-3-1-g-of-li-s-4-1-g-of-ag-s-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg4MDE1-find-the-substance-among-the-following-that-contains-the-same-number-of-molecules-as-16-g-of-dioxygen-o-1-16-g-o3-2-16-g-so2-3-32-g-so2-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTI4-the-number-of-moles-present-in-2-5-litres-of-0-2-m-h2so4-are-1-0-25-2-0-5-3-0-75-4-0-2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTMw-which-of-the-following-statements-is-correct-1-1-mole-of-electrons-weights-5-4-mg-2-1-mole-of-electrons-weights-5-4-kg-3-1-mole-of-electrons-weights-0-54-mg-4-1-mole-of-electrons-has-1-6-times-10-19-c https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTQx-which-of-the-following-is-the-odd-one-with-regard-to-mass-1-1-g-atom-of-sulphur-2-0-5-moles-of-co2-3-1-mole-of-o2-4-3-times-10-23-molecules-of-so2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTU5-calculate-the-mass-of-one-molecule-of-the-compound-c-h-1-5-005-times-1023g-2-6-023-times-1023g-3-4-1-times-10-21g-4-1-4-times-10-21g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTYw-breakfast-cereal-is-advertised-to-contain-110-mg-of-sodium-per-100-grams-of-cereal-the-percent-of-sodium-in-the-cereal-is-1-0-110-2-0-0110-3-11-0-4-0-22-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTYx-calculate-the-percentage-by-mass-of-zinc-zn-in-white-vitriol-znso-middot-7h-o-given-atomic-masses-zn-65-s-32-o-16-h-1-1-31-56-2-32-58-3-22-65-4-26-55-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTY0-a-gaseous-mixture-contains-o2-and-n2-in-the-ratio-1-4-by-weight-then-the-ratio-of-their-number-of-molecules-in-the-mixture-is-1-3-32-2-7-32-3-1-4-4-3-16-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTY1-1cc-n2o-at-stp-contains-1-1-32-over-224-times10-23-text-electrons-2-6-02-over-22400-times10-23-text-molecules-3-1-8-over-224-times10-22-text-atoms-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTY3-a-5-molar-solution-of-h2so4-is-diluted-from-1-litre-to-a-volume-of-10-litres-the-normality-of-the-solution-will-be-1-0-5-n-2-1-0-n-3-2-5-n-4-5-0-n-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTY5-when-0-50-moles-of-bacl2-are-mixed-with-0-20-moles-of-na3po4-what-is-the-maximum-number-of-moles-of-ba3-po4-2-that-can-be-formed-1-0-10-2-0-20-3-0-30-4-0-40-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTgz-determine-the-mass-percentage-of-urea-in-a-solution-prepared-by-mixing-equal-moles-of-urea-and-water-1-22-086-2-11-536-3-46-146-4-76-92-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTg1-sodium-bicarbonate-on-heating-decomposes-to-form-sodium-carbonate-co2-and-water-if-0-2-moles-of-sodium-bicarbonate-is-completely-decomposed-how-many-moles-of-sodium-carbonate-is-formed-1-0-1-2-0-2-3-0 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTg2-a-purified-pepsin-was-subjected-to-amino-acid-analysis-the-amino-acid-present-in-the-smallest-amount-was-lysine-c6h14n2o2-and-the-amount-of-lysine-was-found-to-be-0-431g-per-100-g-of-protein-the-minim https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTg3-the-number-of-valence-electrons-present-in-0-53-grams-of-na2co3-is-1-3-01-times-1023-2-7-22-times-1022-3-12-046-times-1023-4-6-023-times-1023-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTg5-at-stp-the-density-of-ccl4-vapour-in-g-l-will-be-closest-to-1-8-67-2-6-87-3-3-67-4-4-26-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTkw-if-3-02-215-1019-molecules-are-removed-from-98-mg-of-h2so4-then-the-number-of-moles-of-h2so4-left-are-1-0-1-215-10-3-2-9-5-215-10-4-3-1-2-215-10-4-4-0-5-215-10-3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTk0-a-chloride-of-a-metal-m-has-65-5-of-chlorine-100-ml-of-vapor-of-the-chloride-of-metal-at-stp-weighs-0-72-g-the-molecular-formula-of-this-metal-chloride-is-1-mcl3-2-mcl4-3-m2cl3-4-mcl5-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTk1-the-molality-of-0-01-m-na2co3-solution-is-the-density-of-the-solution-is-1-1-g-ml-1-9-times-10-3-2-1-8-times-10-3-3-4-5-times-10-3-4-1-1-times-10-3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTk3-the-weight-of-1x1023-molecules-of-cuso4-5h2o-is-1-34-42-g-2-41-42-g-3-54-44-g-4-68-94-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTk4-lf-na-is-avogadro-s-number-then-the-number-of-valence-electrons-in-4-2-g-of-nitride-ions-n3-will-be-1-3-2-na-2-1-6-na-3-2-4-na-4-1-2-na-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5OTk5-determine-the-number-of-significant-figures-in-the-final-answer-of-the-expression-large-frac-29-2-20-2-times-1-79-times10-5-1-37-1-2-2-4-3-6-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTkwMDAx-when-7-3-g-of-magnesium-bicarbonate-mg-hco3-2-is-decomposed-by-heating-how-much-carbon-dioxide-gas-in-ml-is-released-at-stp-1-1000-ml-2-1120-ml-3-2230-ml-4-3240-ml-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTkwMDAy-the-amount-of-zinc-atomic-weight-65-necessary-to-produce-224-ml-of-h2-at-stp-by-the-reaction-with-dilute-sulphuric-acid-will-be-1-0-65-g-2-7-6-g-3-6-5-g-4-8-5-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTkwMDAz-on-complete-decomposition-the-volume-of-co2-released-at-stp-on-heating-9-85-g-of-baco3-atomic-mass-ba-137-will-be-1-1-12-l-2-4-84-l-3-2-12-l-4-2-06-l-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTkwMDA0-specific-volume-of-cylindrical-virus-particle-is-6-02-times-10-2cc-g-whose-radius-and-length-are-7-aring-and-10-aring-respectively-if-na-6-02-times-1023-the-molecular-weight-of-the-virus-is-1-15-4-kg https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjExOTU0-an-oxide-of-iron-contains-69-9-iron-and-30-1-oxygen-by-mass-what-is-its-empirical-formula-1-feo-2-fe2o3-3-fe3o4-4-fe3o2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjExOTU1-the-mass-of-sodium-acetate-ch3coona-required-to-make-500-ml-of-0-375-molar-aqueous-solution-would-be-molar-mass-sodium-acetate-82-0245-g-mol-1-17-86g-2-31-76g-3-20-34g-4-15-38g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjExOTU2-the-concentration-of-69-nitric-acid-by-mass-in-a-sample-with-a-density-of-1-41-g-ml-will-be-1-15-44-mol-l-2-17-14-mol-l-3-20-06-mol-l-4-12-26-mol-l-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjExOTU3-the-mass-of-ammonia-produced-when-2-00-times-103-g-dinitrogen-reacts-with-1-00-times-103-g-of-dihydrogen-is-1-2338-11-g-2-2428-57-g-3-2712-24-g-4-2180-56-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjEyMTc1-what-is-the-number-of-electrons-present-in-1-4-g-of-dinitrogen-gas-1-6-023-times-10-23-2-8-416-times-10-22-3-4-214-times-10-23-4-3-927-times-10-24-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI0NTk4-if-1010-wheat-grains-are-distributed-each-second-the-time-taken-to-distribute-one-avogadro-number-of-wheat-grains-would-be-1-1-91-times-106years-2-2-31-times-104years-3-3-84-times-106years-4-1-91-time https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDAx-find-the-celsius-scale-reading-corresponding-to-a-temperature-of-200-deg-f-1-40-deg-c-2-94-deg-c-3-93-deg-c-4-30-deg-c-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDAz-find-the-molarity-of-the-resultant-solution-when-500-ml-of-a-5-m-solution-is-diluted-to-1500-ml-1-1-50-m-2-1-66-m-3-0-017-m-4-1-59-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDA4-what-is-the-mass-percent-of-carbon-in-carbon-dioxide-1-0-034-2-27-27-3-3-4-4-28-7-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDEx-the-incorrect-statement-among-the-following-is-1-a-molecule-of-a-compound-contains-atoms-from-various-elements-2-a-compound-cannot-be-broken-down-into-its-constituent-elements-using-physical-separatio https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDEy-which-of-the-following-statements-about-the-reaction-given-below-is-correct-4fe-s-3o2-g-rarr-2fe2o3-g-1-total-mass-of-iron-and-oxygen-in-reactants-total-mass-of-iron-and-oxygen-in-product-therefore-it https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDEz-identify-the-reaction-that-does-not-obey-the-law-of-conservation-of-mass-from-the-provided-options-1-2mg-s-o2-g-rarr-2mgo-s-2-c3h8-g-o2-g-rarr-co2-g-h2o-g-3-p4-s-5o2-g-rarr-p4o10-s-4-ch4-g-2o2-g-rarr https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDE0-which-of-the-following-statement-indicates-that-the-law-of-multiple-proportions-is-being-followed-1-a-sample-of-carbon-dioxide-taken-from-any-source-will-always-have-carbon-and-oxygen-in-the-ratio-of https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDM1-match-the-following-column-i-column-ii-a-88-g-of-co2-1-0-25-mol-b-6-022-times-1023-molecules-of-h2o-2-2-mol-c-5-6-l-of-o2-at-stp-3-3-mol-d-96-g-of-o2-4-1-mol-codes-a-b-c-d-1-2-4-1-3-2-1-2-3-4-3-1-4-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDM2-match-the-following-physical-quantities-with-units-physical-quantity-unit-a-molarity-i-mol-kg-ndash-1-b-molality-ii-mol-l-ndash-1-c-pressure-iii-candella-d-luminous-intensity-iv-pascal-codes-a-b-c-d-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDM3-consider-the-given-two-statements-assertion-a-the-empirical-mass-of-ethene-is-half-of-its-molecular-mass-reason-r-the-empirical-formula-represents-the-simplest-whole-number-ratio-of-the-various-atoms https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDM4-given-below-are-two-statements-assertion-a-one-atomic-mass-unit-is-defined-as-one-twelfth-of-the-mass-of-one-carbon-12-atom-reason-r-the-carbon-12-isotope-is-the-most-abundant-isotope-of-carbon-and-ha https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDM5-assertion-a-the-significant-figure-for-0-200-is-3-whereas-the-significant-figure-for-200-is-1-reason-r-zero-at-the-end-or-right-of-a-number-is-significant-provided-it-is-not-on-the-right-side-of-the-d https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDQw-assertion-a-the-combustion-of-16-g-of-methane-gives-18-g-of-water-reason-r-in-the-combustion-of-methane-water-is-one-of-the-products-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bot https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjQ1MjYy-one-mole-of-carbon-atoms-has-a-mass-of-12-g-determine-the-number-of-atoms-present-in-this-sample-given-mass-of-c-12-is-1-9926-times-10-23-g-1-1-2-times-1023-2-6-022-times-1022-3-12-times-1022-4-6-022 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjUwNjA1-when-22-4-l-of-h2-g-is-mixed-with-11-2-l-of-cl2-g-each-at-stp-the-moles-of-hcl-g-formed-is-equal-to-1-1-moles-of-hcl-g-2-2-moles-of-hcl-g-3-0-5-moles-of-hcl-g-4-1-5-moles-of-hcl-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjUwODI2-given-below-are-two-statements-assertion-a-1-a-m-u-1-66-times-10-minus-24-gram-reason-r-the-actual-mass-of-one-atom-of-c-12-is-equal-to-1-99-times-10-23-g-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjUwODI4-assertion-a-the-number-of-molecules-in-2-moles-of-nh3-is-equal-to-the-number-of-molecules-in-4-moles-of-ch4-reason-r-both-are-chemically-similar-species-1-both-a-and-r-are-true-and-r-is-the-correct-ex https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjUwODMz-given-below-are-two-statements-assertion-a-when-4-moles-of-h2-reacts-with-2-moles-of-o2-then-4-moles-of-water-are-formed-reason-r-o2-will-act-as-a-limiting-reagent-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjUxMjI4-which-of-the-following-has-the-greatest-number-of-molecules-1-64-g-so2-2-44-g-co2-3-48-g-o3-4-8-g-h2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjYzOTM0-percentage-of-c-h-n-in-a-compound-is-given-as-follows-c-40-h-13-33-n-46-67-the-empirical-formula-of-the-compound-will-be-1-ch2n-2-c2h4n-3-ch4n-4-ch3n-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY0MzY2-how-many-significant-figures-are-present-in-the-following-numbers-i-161-cm-ii-0-0161-iii-1-61-1-3-3-3-2-3-4-3-3-3-2-3-4-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY0Mzcz-a-hemoglobin-molecule-has-a-molecular-weight-of-67-200g-mol-and-contains-0-33-iron-fe-by-weight-calculate-the-total-number-of-iron-atoms-present-in-a-single-molecule-of-hemoglobin-1-1-2-2-3-3-4-4-1-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY0Mzc0-4nh3-5o2-rarr-6h2o-4no-when-1-mole-of-ammonia-nh-reacts-with-1-mole-of-oxygen-o-which-of-the-following-outcomes-occurs-regarding-the-consumption-of-the-reactants-1-oxygen-is-completely-consumed-2-ammo https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY0ODM1-the-maximum-number-of-molecules-is-present-in-1-5l-of-n2-gas-at-stp-2-0-5-g-of-h2-gas-3-10g-of-o2-gas-4-15-l-of-h2-gas-at-stp-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY0ODc4-which-of-the-following-options-incorrectly-describes-the-possible-range-of-values-for-the-mole-fraction-x-of-a-component-in-a-mixture-1-x-1-2-ndash-2-le-x-le-2-3-0-le-x-le-1-4-x-is-always-non-negative https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY1MjA3-determine-the-volume-of-co-obtained-by-complete-decomposition-of-9-85-g-of-baco-1-2-24-lit-2-1-12-lit-3-0-84-lit-4-0-56-lit-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY1Mjk1-1-m-2-5-litre-naoh-solution-is-mixed-with-another-0-5-m-and-3-litre-naoh-solution-the-molarity-of-the-resultant-solution-will-be-1-0-80-m-2-1-0-m-3-0-73-m-4-0-50-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY1MzA3-which-among-the-following-has-the-maximum-number-of-molecules-1-7-gm-n2-2-2-gm-h2-3-16-gm-no2-4-16-gm-o2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY1Mzkz-the-percentages-of-c-h-and-n-in-an-organic-compound-are-40-13-3-and-46-7-respectively-the-empirical-formula-of-the-compound-is-1-c3h13n3-2-ch2n-3-ch4n-4-ch6n-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY1NzQ4-find-the-molarity-of-liquid-hcl-if-the-density-of-liquid-hcl-is-1-17-g-cc-1-36-5-2-18-25-3-32-05-4-42-10-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDAy-molecular-mass-of-i-h2o-ii-co2-iii-ch4-are-respectively-1-18u-16u-44u-2-18u-44-u-16u-3-16u-18u-44u-4-44u-16u-18u-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDAz-calculate-the-mass-percentages-of-sodium-na-sulfur-s-and-oxygen-o-respectively-in-sodium-sulphate-na-so-1-32-4-45-05-and-22-6-2-22-6-45-05-and-32-4-3-32-4-22-6-and-45-05-4-45-05-32-4-and-22-6-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDA0-the-amount-of-co2-that-can-be-produced-when-2-moles-of-carbon-are-burnt-in-16-g-of-dioxygen-is-1-22-g-2-44-g-3-0-5-g-4-11-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDA1-the-amount-of-copper-in-grams-that-can-be-obtained-from-100-g-of-copper-sulphate-cuso4-is-1-54-00-2-39-81-3-63-50-4-159-50-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDA2-in-an-iron-oxide-the-mass-percent-of-iron-and-oxygen-are-69-9-and-30-1-respectively-the-empirical-formula-of-the-oxide-of-iron-will-be-1-fe3o2-2-fe2o2-3-fe2o3-4-fe3o4-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDA3-the-average-atomic-mass-of-chlorine-using-the-following-data-would-be-isotope-natural-abundance-molar-mass-35cl-75-77-34-9689-37cl-24-23-36-9659-1-38-4527-u-2-37-4527-u-3-36-4527-u-4-35-4527-u-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDA4-determine-the-number-of-moles-of-hydrogen-atoms-present-in-3-moles-of-ethane-c2h6-1-18-069-times-1023-2-1-8-times-1023-3-18-4-6-times-1023-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDA5-find-the-concentration-of-sugar-c-h-o-in-mol-l-sup1-when-20-g-of-sugar-is-dissolved-in-enough-water-to-make-2-l-of-solution-1-0-29-mol-l-2-0-029-mol-l-3-0-35-mol-l-4-0-032-mol-l-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDEw-how-much-volume-of-methanol-is-needed-to-prepare-2-5-l-of-a-0-25-m-solution-if-the-density-of-methanol-is-0-793-kg-l-1-22-25-ml-2-24-78-ml-3-25-22-ml-4-28-52-ml-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDEx-if-the-mass-of-air-per-unit-area-at-sea-level-is-1034-g-cm-ndash-2-pressure-in-pascal-will-be-1-1-01332-times-105-pa-2-1-01332-times-106-pa-3-1-01332-times-107-pa-4-1-01332-times-108-pa-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDEy-the-si-unit-of-mass-is-1-kilogram-kg-2-gram-g-3-pascal-pa-4-kilometres-km-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDEz-a-significant-figure-is-defined-as-1-the-total-number-of-digits-in-a-number-including-the-last-digit-that-represents-the-uncertainty-of-the-result-2-the-total-number-of-digits-in-a-number-excluding-th https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDE0-the-chloroform-contamination-level-in-water-is-15-ppm-by-mass-of-chloroform-calculate-the-molality-of-chloroform-in-this-water-sample-which-represents-the-number-of-moles-of-chloroform-dissolved-per-k https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDE1-if-the-speed-of-light-is-3-0-times-108-m-s-ndash-1-then-the-distance-covered-by-light-in-2-00-nanoseconds-will-be-1-0-500-m-2-0-600-m-3-0-700-m-4-0-800-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDE2-in-a-reaction-a-b2-rarr-ab2-a-will-act-as-a-limiting-reagent-if-i-300-atoms-of-a-reacts-with-200-molecules-of-b-ii-2-moles-a-reacts-with-3-moles-b2-iii-100-atoms-of-a-reacts-with-100-molecules-of-b-iv https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDE3-if-10-volumes-of-h-react-completely-with-5-volumes-of-o-what-volume-of-water-vapor-will-be-produced-under-the-same-conditions-of-temperature-and-pressure-1-9-2-8-3-10-4-11-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDE4-find-the-value-of-15-15-pm-expressed-in-the-basic-si-unit-of-length-1-1-515-times-10-ndash-12-2-2-57-times-10-ndash-11-m-3-2-87-times-10-ndash-11-m-4-1-515-times-10-ndash-11-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDE5-which-will-have-the-largest-number-of-atoms-among-the-following-1-1-g-au-s-2-1-g-na-s-3-1-g-li-s-4-1-g-of-cl2-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDIw-what-would-be-the-molarity-of-a-solution-of-ethanol-in-water-if-the-mole-fraction-of-ethanol-is-0-040-assume-the-density-of-water-to-be-1-1-3-143-m-2-2-314-m-3-2-413-m-4-2-141-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDIx-the-mass-of-one-12c-atom-in-g-is-1-1-393-x-10-23-2-1-993-x-10-23-3-1-773-x-10-23-4-1-593-x-10-23-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDIy-determine-the-number-of-significant-figures-that-should-be-present-in-the-final-answers-for-each-of-the-following-expressions-i-0-02856-times-298-15-times-0-112-5785-ii-5-times-5-364-iii-0-0125-0-7864 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDIz-the-molar-mass-of-naturally-occurring-argon-isotopes-is-isotope-isotopic-molar-mass-abundance-36-ar-35-96755-g-mol-ndash-1-0-337-38-ar-37-96272-g-mol-ndash-1-0-063-40-ar-39-9624-g-mol-ndash-1-99-600-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDI0-which-of-the-following-contains-the-highest-number-of-atoms-1-52-moles-of-ar-2-52-u-of-he-3-52-g-of-he-4-all-of-the-above-have-the-same-number-of-atoms-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDI1-burning-a-small-sample-of-welding-gas-constituted-of-c-and-h-only-in-oxygen-gives-3-38-g-carbon-dioxide-0-690-g-of-water-and-no-other-products-a-volume-of-10-0-l-measured-at-stp-of-this-welding-gas-is https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDI2-find-the-mass-of-caco-required-to-completely-react-with-25-ml-of-0-75-m-hcl-according-to-the-reaction-caco-s-2hcl-aq-rarr-cacl-aq-co-g-h-o-l-1-0-36-g-2-0-09-g-3-0-96-g-4-0-66-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2NDI3-how-many-grams-of-hcl-are-required-to-react-with-5-0-g-of-manganese-dioxide-in-the-reaction-provided-4-mathrm-hcl-mathrm-aq-mathrm-mno-2-mathrm-s-rightarrow-2-mathrm-h-2-mathrm-o-mathrm-l-mathrm-mncl https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5NDUw-which-of-the-following-substances-contains-the-same-number-of-molecules-as-16-g-of-oxygen-a-16-g-of-co-b-28-g-of-n2-c-14-g-of-n2-d-1-0-g-of-h2-1-a-b-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5NDUx-unitless-terms-among-the-following-are-a-molality-b-molarity-c-mole-fraction-d-mass-percent-choose-the-correct-option-1-a-b-2-b-c-3-a-b-c-4-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5ODkx-the-correct-match-is-list-i-list-ii-a-micro-i-10-15-m-b-mega-ii-10-6-m-c-giga-iii-106-m-d-femto-iv-109-m-codes-a-b-c-d-1-i-iv-iii-ii-2-iii-iv-ii-i-3-ii-iii-iv-i-4-i-iii-iv-ii-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5ODk0-the-incorrect-statements-regarding-1-mole-of-dioxygen-gas-at-stp-among-the-four-statements-is-are-a-16-g-of-gas-b-22-9-l-of-gas-c-6-022-times-1023-dioxygen-molecules-d-11-2-l-of-gas-1-a-b-and-c-2-a-b https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5OTAw-the-numbers-234-000-and-6-0012-can-be-represented-in-scientific-notation-as-1-2-34-times-10-9-text-and-6-times-10-3-2-0-234-times-10-6-text-and-60012-times-10-9-3-2-34-times-10-9-text-and-6-0012-times https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5OTA5-the-number-of-significant-figures-in-the-numbers-5005-500-0-and-126-000-are-respectively-1-2-4-and-3-2-4-1-and-3-3-4-4-and-6-4-4-4-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5OTEz-what-is-the-difference-between-0-50-mol-na-co-and-0-50-m-na-co-1-they-represent-different-amounts-of-na-co-2-0-50-mol-represents-the-amount-of-na-co-whereas-0-50-m-represents-its-molarity-3-0-50-mol-n https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5OTE5-round-up-the-following-numbers-into-three-significant-figures-i-10-4107-ii-0-04597-1-10-4-0-0460-2-10-41-0-046-3-10-0-0-04-4-10-4-0-0467-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5OTIx-the-following-data-was-obtained-when-dinitrogen-and-dioxygen-react-together-to-form-different-compounds-mass-of-dinitrogen-mass-of-dioxygen-i-14-g-16-g-ii-14-g-32-g-iii-28-g-32-g-iv-28-g-80-g-the-law https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3MTY3-an-organic-compound-contains-80-by-wt-carbon-and-the-remaining-percentage-of-hydrogen-the-empirical-formula-of-this-compound-is-atomic-wt-of-c-is-12-h-is-1-1-ch3-2-ch4-3-ch-4-ch2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5NzY3-the-molecular-formula-of-a-commercial-resin-used-for-exchanging-ions-in-water-softening-is-c8h7so3namol-wt-206-the-maximum-uptake-of-ca2-ions-by-the-resin-when-expressed-in-mole-per-gram-resin-is-math https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzE3NjE2-si-unit-of-mole-fraction-is-1-candela-2-nm-ndash-1-3-kg-4-unitless-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzE3NjE5-what-is-the-si-unit-of-molality-1-mol-kg-ndash-1-2-nm-ndash-1-3-mol-l-ndash-1-4-unitless-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzE3NjQ0-the-significant-figures-present-in-the-answer-of-the-following-calculations-is-frac-2-5-times-1-25-times-3-5-2-01-1-3-2-1-3-2-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzE3Njc2-determine-the-average-atomic-mass-in-units-of-hydrogen-using-the-following-data-isotope-natural-abundance-molar-mass-1h-99-985-1-2h-0-015-2-1-1-00015-2-1-015-3-1-0015-4-1-0005-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzE3Njgx-calcium-carbonate-reacts-with-aqueous-hcl-to-give-cacl2-and-co2-according-to-the-reaction-given-below-caco3-s-2hcl-aq-rarr-cacl2-aq-co2-g-h2o-l-the-mass-of-cacl2-formed-when-250-ml-of-0-76-m-hcl-react https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzE3Njgz-which-pair-of-molecules-does-not-support-the-law-of-multiple-proportions-1-co-and-co2-2-h2o2-and-h2o-3-so2-and-so3-4-no2-ion-and-no2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzM5Mzk5-calculate-the-mass-of-95-pure-caco3-that-will-be-required-to-neutralize-50-ml-of-0-5-m-hcl-solution-according-to-the-following-reaction-caco3-s-2hcl-aq-rarr-cacl2-aq-co2-g-2h2o-l-calculate-up-to-the-s https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzM5Nzgx-match-list-i-with-list-ii-list-i-quantities-list-ii-corresponding-values-a-4-48-litres-of-o2-at-stp-i-0-2-mole-b-12-022-times-1022-molecules-of-h2o-ii-12-044-times-1023-molecules-c-96-g-of-o2-iii-6-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQwODE0-given-below-are-two-statements-assertion-a-specific-gravity-is-a-dimensionless-quantity-reason-r-specific-gravity-is-the-density-of-a-substance-measured-with-respect-to-the-density-of-water-at-4-deg-c https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQwODE1-given-below-are-two-statements-assertion-a-the-molarity-of-pure-water-is-55-55-m-at-298-k-reason-r-molarity-is-a-temperature-dependent-property-in-the-light-of-the-above-statements-choose-the-correct https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ2NDU2-the-mass-of-a-2-5-ml-solution-the-density-of-the-solution-is-2-15-g-ml-in-the-correct-significant-figures-is-1-5375-times-10-ndash-3-g-2-5-4-g-3-5-38-g-4-53-75-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ2NDk4-what-fraction-of-fe-exists-as-fe-iii-in-fe0-96o-consider-fe0-96-to-be-made-up-of-fe-ii-and-fe-iii-only-1-dfrac-1-12-2-0-08-3-dfrac-1-16-4-dfrac-1-20-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzY2OTU4-the-mass-of-co2-produced-by-heating-20-g-of-20-pure-limestone-as-per-the-equation-given-below-is-mathrm-caco-3-mathrm-s-xrightarrow-text-heat-mathrm-cao-s-mathrm-co-2-mathrm-g-1-1-32-g-2-1-12-g-3-1-76 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzY2OTY2-select-the-correct-statements-from-the-following-a-atoms-of-all-elements-are-composed-of-two-fundamental-particles-b-the-mass-of-the-electron-is-9-10939-times-10-31-mathrm-kg-text-c-all-the-isotopes-o https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzY4MjQ0-what-is-the-molality-of-a-1-m-solution-of-compound-x-having-density-1-25-g-ml-sup1-and-molar-mass-85-g-mol-sup1-1-0-705-m-2-1-208-m-3-1-165-m-4-0-858-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU1MDIx-which-of-the-following-contains-the-highest-number-of-helium-atoms-1-4-u-of-helium-2-4-g-of-helium-3-2-27-l-of-helium-at-stp-4-4-mol-of-helium-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU1MDMw-if-1-gram-of-sodium-hydroxide-was-treated-with-25-ml-of-0-75-m-hcl-solution-the-mass-of-sodium-hydroxide-left-unreacted-is-equal-to-1-250-mg-2-zero-mg-3-200-mg-4-750-mg-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU1MDQy-a-compound-x-contains-32-of-a-20-of-b-and-remaining-percentage-of-c-then-the-empirical-formula-of-x-is-given-atomic-mass-of-a-64-b-40-c-32u-1-abc3-2-ab2c2-3-abc4-4-a2bc2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU2NzUx-4-74-g-of-an-inorganic-compound-contains-0-39g-of-k-0-27-g-of-al-1-92-g-of-mathrm-so-4-radicals-and-2-16-g-of-water-if-molar-mass-of-the-compound-is-948-mathrm-g-mathrm-mol-1-the-molecular-formula-of https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU2NzYw-molar-mass-of-a-compound-text-x-whose-2-6-mathrm-mol-weighs-312-mathrm-g-is-1-312-mathrm-g-mathrm-mol-1-2-120-mathrm-g-mathrm-mol-1-3-60-mathrm-g-mathrm-mol-1-4-811-2-mathrm-g-mathrm-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDEw-if-the-density-of-the-solution-is-3-12-g-ml-1-then-what-will-be-the-mass-of-the-1-5-ml-solution-in-two-significant-figures-1-4-4-mathrm-g-2-4680-times-10-3-mathrm-g-3-4-7-mathrm-g-4-46-80-mathrm-g-1-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc0OTU2-consider-the-two-statements-statement-i-scientific-notation-for-0-00016-is-1-6-times-10-3-statement-ii-the-volume-of-water-to-be-added-to-change-the-molarity-of-a-200-ml-0-5-m-aqueous-solution-to-0-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzM2NDI4-which-of-the-following-laws-of-chemical-combination-is-followed-by-n-2o-no-and-n-2o-3-1-law-of-conservation-of-mass-2-law-of-multiple-proportions-3-law-of-constant-proportions-4-gay-lussac-s-law-of-co https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc0MjQ5-how-many-chlorine-atoms-are-in-1-00-ml-of-ccl4-m-153-8-density-1-59-g-ml-1-1-1-56-1021-2-6-23-1021-3-1-57-1022-4-2-49-1022-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTA3NzY-if-avogadro-number-n-a-is-changed-from-6-022-times-left-10-right-23-text-mol-1-to-6-022-times-left-10-right-20-text-mol-1-this-would-change-the-1-definition-of-mass-in-units-of-grams-2-mass-of-one-mol https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ0ODY3-which-one-of-the-following-samples-of-gases-contains-the-most-particles-if-all-the-gases-are-at-0-c-and-1-atm-pressure-when-1-mole-of-gas-has-a-volume-of-22-4-l-relative-atomic-mass-ar-h-1-he-4-c-12-o https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5NDI0-one-mole-of-oxygen-gas-at-stp-is-equal-to-a-6-022-1023-molecules-of-oxygen-b-6-022-1023-atoms-of-oxygen-c-16-g-of-oxygen-molecule-d-32-g-of-oxygen-choose-the-correct-answer-from-the-option-given-below https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ3MDkw-in-the-following-reaction-4hcl-mno-2-rightarrow-2h-2o-mncl-2-cl-2-amount-in-g-of-manganese-dioxide-that-reacts-with-7-3-g-of-hcl-is-atomic-weight-of-mn-is-55-1-0-23-2-5-85-3-4-35-4-5-18-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzM3NzQ4-calculate-the-approximate-mass-of-co-2-produced-when-1-gm-of-butane-c-4h-10-is-burned-with-an-excess-of-o-2-to-form-co-2-1-1-g-2-2-g-3-3-g-4-4-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTMzMTI-10-g-of-hydrogen-and-64-of-oxygen-were-filled-in-a-steel-vessel-and-exploded-the-amount-of-water-produced-in-this-reaction-will-be-1-2-mol-2-3-mol-3-4-mol-4-1-mol-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzM0ODUy-for-the-reaction-2a-b-xrightarrow-3c-8-moles-of-a-reacts-with-5-moles-of-b-to-form-c-calculate-the-maximum-number-of-moles-that-are-formed-1-13-moles-2-15-moles-3-12-moles-4-8-moles-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3NDkx-when-50-0-kg-of-nitrogen-gas-n2-and-10-0-kg-of-hydrogen-gas-h2-are-combined-what-is-the-quantity-of-ammonia-gas-nh3-produced-1-33-0-103-mol-2-56-1-103-g-3-6-5-103-g-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3NDky-a-solution-is-prepared-by-adding-2-g-of-substance-a-to-18-g-of-water-the-mass-percent-of-the-solute-is-1-20-2-10-3-15-4-18-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjg0NTIz-an-aqueous-solution-contains-18-g-of-urea-in-1500-cm-of-solution-if-the-density-of-the-solution-is-1-052-g-cm-and-the-molar-mass-of-urea-is-60-g-mol-calculate-the-molality-of-the-solution-1-0-2-2-0-19 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5NDQw-sulphuric-acid-reacts-with-sodium-hydroxide-according-to-the-reaction-h2so4-2naoh-na2so4-2h2oh2so4-2naoh-na2so4-2h2o-when-1l-of-0-1-m-sulphuric-acid-solution-is-allowed-to-react-with-1-l-of-0-1-m-sodi https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5NDY1-find-the-mass-of-nano-required-to-prepare-50-ml-of-aqueous-solution-containing-70-0-mg-na-per-ml-round-off-to-the-nearest-integer-given-na-23-n-14-o-16-1-13-g-2-26-g-3-18-g-4-22-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzg5OTY2-match-the-prefixes-present-in-column-i-with-their-multiples-in-column-ii-and-mark-the-appropriate-choice-column-i-prefixes-column-ii-multiples-a-pico-i-10-9-b-femto-ii-10-3-c-milli-iii-10-12-d-giga-iv https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzIxNzQy-determine-the-number-of-significant-figures-in-6-62-10-34-1-two-2-three-3-four-4-one-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTU0MjAz-one-of-the-statements-of-dalton-s-atomic-theory-is-given-below-compounds-are-formed-when-atoms-of-different-elements-combine-in-a-fixed-ratio-which-of-the-following-laws-is-are-related-to-this-stateme https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDY5OTc3-the-approximate-hydrogen-to-oxygen-ratio-of-1-8-in-water-samples-from-seas-rivers-or-lakes-illustrates-the-law-of-1-multiple-proportions-2-definite-proportion-3-reciprocal-proportions-4-none-of-the-ab https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzcxMDk0-calculate-the-percentage-by-mass-of-carbon-present-in-glucose-c-h-o-1-40-2-50-3-67-4-75-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQzNDg3-identify-the-correct-statement-s-regarding-significant-figures-in-the-following-quantities-1-100-has-four-significant-figures-2-1-00-times-10-2-has-four-significant-figures-3-2-005-has-four-significan https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3NDc4-a-jug-contains-2l-of-milk-the-volume-of-the-milk-in-m3-is-1-2-10-3-2-2-104-3-2-102-4-2-105-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTQ3MDIz-given-below-are-two-statements-assertion-a-the-number-0-200-has-3-significant-figures-while-200-has-only-1-significant-figure-reason-r-zeros-at-the-end-of-a-number-are-considered-significant-only-if-t https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc3NDg3-which-of-the-following-pairs-of-substances-illustrates-the-law-of-multiple-proportions-1-h2o-and-h2o2-2-h2o-and-d2o-3-nacl-and-nabr-4-mgo-and-mg-oh-2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTEwMDc5-carbon-c-and-oxygen-o-combine-to-form-two-compounds-carbon-monoxide-co-and-carbon-dioxide-co-the-masses-of-oxygen-that-combine-with-a-fixed-mass-of-carbon-are-in-the-ratio-16-32-based-on-this-informat https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjIzMzAw-a-solution-has-a-density-of-3-12-g-ml-calculate-the-mass-of-a-1-5-ml-sample-and-report-your-answer-with-the-correct-number-of-significant-figures-1-4-7-g-2-4680-times-10-3-text-g-3-4-680-g-4-46-80-g-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDcwMDYw-a-monobasic-oxyacid-of-an-unknown-element-x-has-the-general-formula-hxo-if-0-0242-moles-of-the-acid-weigh-1-657-g-identify-the-atomic-weight-of-element-x-1-35-5-2-28-1-3-128-4-19-0-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDQ4MzA0-which-of-the-following-samples-contain-the-maximum-number-of-atoms-1-24-text-g-text-of-c-12-2-56-text-g-text-of-fe-56-3-27-text-g-text-of-al-27-4-108-text-g-text-of-ag-108-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzg5OTY4-match-the-mass-of-elements-given-in-column-i-with-the-number-of-moles-given-in-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-28-g-of-he-i-2-moles-b-46-g-of-na-ii-7-moles-c-60-g-of-ca https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjIzNDc2-match-the-following-compounds-with-their-corresponding-number-of-moles-compounds-number-of-moles-a-88-g-of-co2-i-0-25-mol-b-6-022-1023-molecules-of-h2o-ii-2-00-mol-c-5-6-l-of-o2-at-stp-iii-1-00-mol-d https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTQ2OTg3-a-4-4-g-sample-of-an-unknown-gas-occupies-a-volume-of-2-24-l-at-ntp-identify-the-gas-from-the-following-options-1-carbon-dioxide-2-carbon-monoxide-3-oxygen-4-sulphur-dioxide-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTQ2OTg0-oxygen-consists-of-two-isotopes-o-16-with-90-natural-abundance-o-18-with-10-natural-abundance-calculate-the-average-atomic-mass-of-oxygen-based-on-its-isotopic-composition-1-17-4-2-16-2-3-16-5-4-17-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk1NTEx-the-number-of-atoms-present-in-8-g-of-sodium-is-expressed-as-x-times-10-23-determine-the-value-of-x-given-n-a-6-02-times10-text-mol-1-atomic-mass-of-text-na-23-0-u-1-2-08-2-5-03-3-8-46-4-3-50-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc3MjQ3-a-gaseous-mixture-contains-co2-g-and-n2o-g-in-2-5-ratio-by-mass-the-ratio-of-the-number-of-molecules-of-co2-g-and-n2o-g-is-1-5-2-2-2-5-3-1-2-4-5-4-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3NDgz-what-is-the-molecular-mass-of-glucose-c6h12o6-1-178-156-u-2-182-162-u-3-181-142-u-4-180-162-u-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ4Mzg2-a-monoatomic-gas-has-a-vapour-density-of-8-if-5-grams-of-this-gas-is-taken-in-a-sample-then-determine-the-total-number-of-atoms-present-in-the-sample-given-vapour-density-dfrac-molar-mass-2-1-0-625-n https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5NDQx-which-of-the-following-pairs-have-the-same-number-of-atoms-a-16-g-of-o2-and-4-g-of-h2-b-16-g-of-o2-and-44-g-of-co2-c-28-g-of-n2-and-32-g-of-o2-d-12-g-of-c-and-23-g-of-na-1-a-b-2-b-c-3-c-d-4-b-d-1-2-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQyMjUw-a-protein-contains-0-3-glycine-by-mass-if-the-molar-mass-of-glycine-is-75-g-mol-what-is-the-minimum-molar-mass-of-the-protein-1-26000-2-30000-3-25000-4-28000-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjExMzgx-nitrogen-exists-as-two-isotopes-with-mass-numbers-14-and-15-given-that-the-average-atomic-mass-of-nitrogen-is-14-0067-calculate-the-percentage-abundance-of-the-isotope-with-mass-number-14-1-99-3-2-86 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTU3NTI4-a-sample-containing-a-certain-number-of-calcium-atoms-has-a-mass-of-120-g-determine-the-mass-of-the-same-number-of-sulphur-atoms-assuming-sulphur-exists-in-the-monoatomic-form-1-120-g-2-60-g-3-96-g-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTQ2OTc5-which-among-the-following-has-maximum-number-of-molecules-1-7g-n2-2-2g-h2-3-16g-no2-4-16g-o2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjg0OTY2-how-many-atoms-are-present-in-a-mole-of-acetic-acid-1-8-6-02-1023-atom-mol-2-4-6-02-1023-atom-mol-3-6-6-02-1023-atom-mol-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTQwNTE4-in-the-production-of-tuv-the-reaction-is-t-u-4v-tuv-calculate-the-value-of-x-if-10-moles-of-t-7-5-moles-of-u-and-0-8-moles-of-v-react-to-form-x-grams-of-tuv-given-the-atomic-masses-are-t-20-g-mol-u-40 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDYwMjA4-a-substance-has-an-empirical-formula-of-text-ch-2-its-molar-mass-is-determined-in-a-separate-experiment-as-83-5-what-is-the-most-probable-molecular-formula-for-this-compound-1-text-c-2-text-h-4-2-text https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjIzMjk5-the-molecular-formula-of-a-compound-with-an-empirical-formula-of-ch-o-and-a-molecular-mass-of-180-g-is-1-c9h18o9c9h18o9c9h18o9-2-ch2och2och2o-3-c6h12o6c6h12o6c6h12o6-4-c2h4o2c2h4o2c2h4o2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzk0OTg1-which-of-the-following-compounds-has-the-same-empirical-formula-as-that-of-glucose-1-ch-3cho-2-ch-3cooh-3-ch-3oh-4-c-2h-6-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzk0MTY4-what-is-the-ratio-of-empirical-formula-mass-to-molecular-formula-mass-of-benzene-1-1-6-2-2-3-3-6-1-4-3-2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY0NzYy-a-compound-is-composed-of-carbon-hydrogen-and-oxygen-the-percentage-composition-by-mass-is-40-carbon-and-6-67-hydrogen-with-the-remaining-percentage-being-oxygen-determine-the-empirical-formula-of-the https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDYwMjU3-determine-the-empirical-formula-for-a-compound-that-is-25-hydrogen-and-75-carbon-1-text-ch-2-text-ch-2-3-text-ch-4-4-text-c-2-text-h-8-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTQ2OTkx-an-organic-compound-consists-of-carbon-hydrogen-and-nitrogen-upon-elemental-analysis-it-is-found-to-contain-40-carbon-13-3-hydrogen-and-46-67-nitrogen-by-mass-determine-the-empirical-formula-of-the-co https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzk0MTcw-which-of-the-following-molecules-has-the-empirical-formula-mathrm-ch-2o-1-mathrm-ch-3cho-2-mathrm-ho-ch-2-ch-2-oh-3-mathrm-cooh-cooh-4-mathrm-ch-3cooh-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjAxNDYx-consider-the-following-balanced-chemical-reaction-2a-4b-3c-4d-if-5-moles-of-a-react-with-6-moles-of-b-then-which-of-the-following-accurately-describes-the-limiting-reagent-and-the-amount-of-c-formed-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc4NTQz-what-is-the-mass-of-ammonia-in-grams-produced-when-2-8-kg-of-dinitrogen-quantitatively-reacts-with-1-kg-of-dihydrogen-1-3600-g-2-3000-g-3-3400-g-4-4000-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzcxMDk4-what-is-the-limiting-reagent-when-97-5-grams-of-zinc-sulphide-undergo-the-reaction-with-32-grams-of-oxygen-gas-2zns-3o-2zno-2so-given-molar-mass-of-zns-97-5-g-mol-1-zns-2-o2-3-zno-4-so2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjAwNDE2-what-is-the-number-of-moles-of-hydrogen-molecules-required-to-produce-20-moles-of-ammonia-through-haber-s-process-1-40-2-10-3-20-4-30-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDQwNzE4-consider-the-following-combustion-reaction-mathrm-ch-4-mathrm-o-2-longrightarrow-mathrm-co-2-mathrm-h-2-mathrm-o-how-many-moles-of-methane-mathrm-ch-4-will-be-required-for-the-formation-of-11-g-of-car https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc4NzE3-the-following-reaction-is-given-for-reference-2-mathrm-ki-mathrm-hgi-2-rightarrow-mathrm-k-2-mathrm-hgi-4-the-number-of-moles-of-ki-required-to-produce-0-4-moles-of-k2hgi4-is-1-0-4-2-0-8-3-3-2-4-1-6-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU1MzI0-methane-reacts-with-oxygen-according-to-the-following-chemical-equation-ch-2o-co-2h-o-calculate-the-mass-of-methane-required-to-produce-22-g-of-carbon-dioxide-1-eight-8-2-one-1-3-nine-9-4-seven-7-1-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjAxNDU3-during-the-reaction-of-32-65-g-of-zinc-with-hcl-what-is-the-volume-of-hydrogen-gas-liberated-at-stp-given-atomic-mass-of-zn-65-3u-1-20-l-2-15-23-l-3-11-2-l-4-25-5-l-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzgwMzky-what-is-the-volume-of-co-produced-from-the-complete-decomposition-of-20-g-of-caco-at-stp-1-2-24-litre-2-4-48-litre-3-20-litre-4-22-4-litre-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc0NjIz-at-120-c-and-1-atm-pressure-1-00-l-of-methane-reacts-completely-with-excess-of-oxygen-to-form-carbon-dioxide-and-water-find-out-the-volumes-of-the-two-products-at-this-pressure-and-temperature-1-1-00 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3NDkw-what-is-the-number-of-moles-of-methane-required-to-produce-22-g-of-co-g-after-complete-combustion-1-1-mole-2-0-5-mole-3-1-5-mole-4-2-mole-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDYwMTk3-barium-reacts-with-water-according-to-the-following-reaction-mathrm-ba-mathrm-s-2-mathrm-h-2-mathrm-o-mathrm-l-rightarrow-mathrm-ba-mathrm-oh-2-mathrm-aq-mathrm-h-2-mathrm-g-what-volume-of-hydrogen-ga https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzk0OTM3-consider-the-following-reaction-ag-co-2ag-co-o-what-is-the-weight-of-the-residue-produced-by-2-76-grams-of-silver-carbonate-upon-strong-heating-1-2-16-g-2-2-48-g-3-2-32-g-4-2-64-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxODE4-what-is-the-value-of-a-if-the-moles-of-methane-required-to-produce-81-g-of-water-after-complete-combustion-is-expressed-as-a-times-10-2-1-240-2-225-3-204-4-198-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ4MzY4-the-number-of-moles-of-oxygen-required-for-the-complete-combustion-of-one-mole-of-benzene-are-1-dfrac-7-2-2-dfrac-9-2-3-dfrac-15-2-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk1Nzg0-the-complete-combustion-of-butane-c-4h-10-in-the-presence-of-excess-oxygen-produces-carbon-dioxide-and-water-if-72-0-text-g-of-water-is-produced-during-the-process-the-mass-of-butane-utilized-is-x-tim https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzk0OTU4-which-of-the-following-illustrates-the-correct-order-of-the-number-of-molecules-in-100-ml-each-of-o-2-nh-3-and-co-2-at-stp-1-co-2-o-2-nh-3-2-nh-3-o-2-co-2-3-nh-3-co-2-o-2-4-nh-3-co-2-o-2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTU0NDA3-calculate-the-number-of-iron-fe-atoms-present-in-one-molecule-of-haemoglobin-given-that-haemoglobin-contains-0-25-iron-by-mass-and-its-molar-mass-is-89-000-1-three-3-2-four-4-3-two-2-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzk0OTU5-the-number-of-molecules-in-4-25-g-of-text-nh-3-is-1-1-505-times10-23-2-3-01-times10-23-3-6-02-times10-23-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzY0MzEz-how-much-carbon-disulphide-is-needed-to-yield-64-grams-of-so2-in-the-following-reaction-cs2-3o2-co2-2so2-1-38-g-2-57-g-3-76-g-4-114-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDQ4MzIz-the-molarity-of-naoh-solution-by-dissolving-4-text-g-of-it-in-250-ml-water-is-1-0-4-m-2-0-8-m-3-0-2-m-4-0-1-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDYwMjM1-a-10-0-ml-sample-of-12-0-m-hcl-solution-is-diluted-to-obtain-a-solution-of-concentration-1-00-m-calculate-the-volume-of-distilled-water-that-must-be-added-to-achieve-this-dilution-1-50-0-ml-2-60-0-ml https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc4NTIw-determine-the-molarity-of-one-liter-solution-of-22-2-gm-cacl2-1-0-4-m-2-0-2-m-3-0-8-m-4-0-6-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjIzMzEw-which-of-the-following-terms-are-unitless-a-molality-b-molarity-c-mole-fraction-d-mass-per-cent-select-the-correct-option-1-a-b-2-b-c-3-a-b-c-4-c-d-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzA4MjE4-which-of-the-following-concentration-factor-is-affected-by-a-change-in-temperature-1-molarity-2-molality-3-mole-fraction-4-weight-fraction-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc4NDk0-given-below-are-two-statements-assertion-a-mole-fraction-is-a-unitless-quantity-reason-r-mole-fraction-is-the-ratio-of-the-number-of-moles-of-a-particular-component-to-the-total-number-of-moles-of-the https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU3MTI3-if-84-g-of-text-naoh-text-aq-is-present-in-a-3-molar-solution-find-the-volume-of-solution-text-in-text-ml-1-800-2-700-3-400-4-500-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDYwMTky-what-is-the-required-mass-of-kclo-molar-mass-122-5-g-mol-to-prepare-200-ml-of-a-0-150-m-solution-1-2-73-text-g-2-3-68-text-g-3-27-3-text-g-4-164-text-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDAy-what-is-the-molarity-of-a-solution-prepared-by-dissolving-5-85-g-of-nacl-in-enough-water-to-make-500-ml-of-solution-1-4-mol-l-1-2-20-mol-l-1-3-0-2-mol-l-1-4-2-mol-l-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5NzQz-what-is-the-molarity-of-the-resulting-solution-when-750-ml-of-0-5-m-hcl-is-mixed-with-250-ml-of-2-0-m-hcl-1-1-75-m-2-0-975-m-3-0-875-m-4-1-00-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjIzNDc3-match-the-items-of-column-i-with-items-of-column-ii-column-i-physical-quantity-column-ii-unit-a-molarity-1-mol-kg-1-b-mole-fraction-2-mol-c-mole-3-mol-l-1-d-molality-4-unitless-choose-the-correct-matc https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzk0OTU2-a-solution-was-prepared-by-adding-125-cm3-of-isopropyl-alcohol-to-water-until-the-volume-of-the-solution-was-175-cm-3-the-volume-percent-of-isopropyl-alcohol-in-the-solution-is-1-80-2-2-71-4-3-78-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjk3Njc3-what-is-the-molarity-of-the-resulting-solution-when-480-ml-of-a-1-5-m-non-electrolyte-solution-is-mixed-with-520-ml-of-a-1-2-m-solution-of-the-same-substance-1-2-70-m-2-1-344-m-3-1-50-m-4-1-20-m-1-2-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDYwNDY4-a-gaseous-mixture-is-prepared-by-mixing-32-0-g-of-oxygen-32-0-g-of-methane-and-32-0-g-of-sulfur-dioxide-calculate-the-mole-fraction-of-oxygen-in-the-mixture-1-0-143-2-0-286-3-0-333-4-0-572-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk1NjM5-the-concentration-of-glucose-c-6h-12-o-6-in-blood-is-0-72-gl-1-if-its-molarity-is-expressed-in-the-form-x-times-10-3-then-calculate-the-value-of-x-given-atomic-masses-c-12-h-1-o-16-u-1-four-4-2-six-6 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjYzOTQ4-find-the-mole-fraction-of-the-solute-in-a-one-molal-aqueous-solution-1-0-027-2-0-036-3-0-018-4-0-009-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU1NDcx-determine-the-number-of-moles-of-precipitate-formed-when-72-moles-of-text-pbcl-2-reacts-with-50-moles-of-text-nh-4-2-text-so-4-1-69-2-50-3-90-4-89-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzYzMjIz-given-the-chemical-combustion-of-carbon-c-o2-co2-g-if-you-mix-12-grams-of-carbon-with-48-grams-of-oxygen-gas-if-the-volume-of-co2-gas-produced-at-stp-is-t-litres-calculate-the-final-value-of-2t-given https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjk4Njg1-a-solution-contains-6-02-times10-20-molecules-of-urea-in-100-ml-of-solution-calculate-the-molarity-of-the-urea-solution-given-avogadro-constant-n-a-6-02-times10-23-mol-1-1-0-002-m-2-0-01-m-3-0-02-m-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc1MDI3-commercial-vinegar-is-a-5-00-w-w-aqueous-solution-of-acetic-acid-mathrm-ch-3co-2h-calculate-the-molarity-of-acetic-acid-in-the-solution-given-molar-mass-of-acetic-acid-60-0-g-mol-1-density-of-solution https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc4Njc4-a-substance-x-contains-6-023-1022-molecules-in-10-grams-calculate-the-molarity-of-a-solution-prepared-by-dissolving-5-g-of-x-in-2-l-of-solution-1-0-0025-2-2-5-3-0-025-4-25-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzM0MjU4-calculate-the-molarity-of-a-40-w-w-naoh-solution-given-density-of-the-solution-1-2-gml-1-1-10-m-2-12-m-3-5-m-4-6-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzA1ODMz-what-is-the-molality-of-a-solution-in-which-6-times-10-22-molecules-of-solute-are-dissolved-in-3-times-10-23-molecules-of-water-1-11-11-2-7-08-3-5-07-4-9-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU1OTgy-if-a-250-ml-solution-of-text-ch-3-text-coona-having-molarity-0-35-m-is-prepared-then-calculate-the-mass-of-text-ch-3-text-coona-required-in-grams-1-nine-9-2-seven-7-3-eight-8-4-ten-10-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDY4ODQ0-how-much-glucose-is-needed-to-prepare-250-ml-of-a-1-20-m-m-20-glucose-solution-molar-mass-of-glucose-180-g-mol-1-2-25-g-2-4-5-g-3-0-44-g-4-1-125-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc3NjY0-what-is-the-volume-of-0-6-m-naoh-required-to-neutralize-30-cm-of-0-4-m-hcl-1-30-cm3-2-20-cm3-3-50-cm3-4-45-cm3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDAw-two-students-performed-the-same-experiment-separately-and-each-of-them-recorded-two-readings-of-mass-which-are-given-below-the-correct-reading-of-mass-is-3-0-g-on-the-basis-of-the-given-data-mark-the https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDA0-mark-the-species-among-the-following-that-contains-the-highest-number-of-atoms-1-4-g-he-2-46-g-na-3-0-40-g-ca-4-12-g-he-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTQ2OTg4-the-mass-of-carbon-present-in-0-5-mole-of-k4-fe-cn-6-is-1-1-8-g-2-18-g-3-3-6-g-4-36-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTg5ODc1-the-maximum-number-of-molecules-is-present-in-which-of-the-following-1-15-l-of-h2h2h2-gas-at-stp-2-5-l-of-n2n2n2-gas-at-stp-3-0-5-g-of-h2h2h2-gas-4-10-g-of-o2o2o2-gas-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjUwNjA4-calculate-the-number-of-moles-of-oxygen-o-atoms-in-126-amu-of-hno3-1-2-2-2na2na2na-3-6-4-6na6na6na-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDA5-the-empirical-formula-and-molecular-mass-of-a-compound-are-ch2och2och2o-and-180-g-respectively-the-molecular-formula-of-the-compound-is-1-c9h18o9-2-ch2o-3-c6h12o6-4-c2h4o2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTM0Njc-an-organic-compound-contains-carbon-hydrogen-and-oxygen-if-elemental-analysis-reveals-38-71-carbon-and-9-67-hydrogen-which-of-the-following-is-its-empirical-formula-1-ch3o-2-ch2o-3-cho-4-ch4o-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTU4MDE5-given-below-two-statements-assertion-a-in-haber-s-process-starting-with-5-moles-of-n2-and-2-5-mol-of-h2-on-complete-reaction-only-1-66-moles-of-nh3-were-produced-reason-r-h2-acts-as-a-limiting-reagent https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTA3OTg-20-0-g-of-a-magnesium-carbonate-sample-decomposes-on-heating-to-give-carbon-dioxide-and-8-0-g-of-magnesium-oxide-the-percentage-purity-of-magnesium-carbonate-in-the-sample-is-atomic-weight-of-mg-24-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjUwNjEy-10-g-of-a-silver-coin-when-dissolved-completely-in-excess-of-conc-hno3-gives-8-5-g-of-silver-nitrate-the-percentage-purity-of-the-coin-is-molar-mass-of-silver-is-108g-1-25-2-54-3-67-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDA3-the-number-of-molecules-of-h2so4-present-in-100-ml-of-0-02-m-h2so4-solution-are-1-12-044-102012-044-102012-044-1020-molecules-2-6-022-10236-022-10236-022-1023-molecules-3-1-10231-10231-1023-molecules https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTI2NTI-25-3-g-of-sodium-carbonate-na2co3-is-dissolved-in-enough-water-to-make-250-ml-of-a-solution-if-sodium-carbonate-completely-dissociates-the-molar-concentrations-of-sodium-ion-na-and-carbonate-ion-co2-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjAxNDYw-4-g-of-naoh-is-dissolved-in-36-g-of-water-to-prepare-a-solution-assuming-the-density-of-the-solution-to-be-1-0-g-ml-calculate-the-molarity-of-the-resulting-solution-1-3-m-2-3-5-m-3-2-5-m-4-2-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTkyODI1-the-number-of-hydrogen-atoms-present-in-5-4-g-of-urea-is-given-molar-mass-of-urea-60-g-mol-1-na-6-022-1023-particles-mol-1-1-2-168-1023-2-2-168-1022-3-1-084-1022-4-1-084-1023-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTkyODA5-when-1-text-dm-3-of-text-co-2-gas-is-passed-over-hot-coke-the-volume-of-gaseous-mixture-after-complete-reaction-at-stp-becomes-1-4-text-dm-3-the-composition-of-the-gaseous-mixture-at-stp-is-1-0-6-text https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTk4MjM0-the-numbers-17-0145-and-21-0235-were-rounded-to-three-figures-after-the-decimal-point-the-resulting-numbers-respectively-are-1-17-015-and-21-024-2-17-014-and-21-023-3-17-015-and-21-023-4-17-014-and-21 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTM1MTg1-atomic-theory-could-not-explain-which-of-the-following-1-law-of-multiple-proportion-2-law-of-gaseous-volume-3-law-of-conservation-of-mass-4-law-of-constant-proportion-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTM1MTgw-consider-the-following-data-of-compounds-a-212-g-text-of-na-2co-3-s-text-molar-mass-106-g-b-248-g-text-of-na-2-mathrm-o-s-text-molar-mass-62-mathrm-g-c-240-g-text-of-naoh-s-text-molar-mass-40-mathrm-g https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDY4ODY2-1-0-g-of-h-2-has-same-number-of-molecules-as-in-1-14-g-of-n-2-2-18-g-of-h-2o-3-16-g-of-co-4-28-g-of-n-2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTA4MTE-what-is-the-mass-of-the-precipitate-formed-when-50-ml-of-16-9-solution-of-agno3-is-mixed-with-50-ml-of-5-8-nacl-solution-ag-107-8-n-14-o-16-na-23-cl-35-5-1-28-g-2-3-5-g-3-7-g-4-14-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTA4MzY-the-number-of-water-molecules-are-maximum-in-1-18-molecules-of-water-2-1-8-g-of-water-3-18-g-of-water-4-18-moles-of-water-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTExOTI-when-22-4-litres-of-h2-g-is-mixed-with-11-2-litres-of-cl2-g-both-at-stp-the-moles-of-hcl-g-formed-are-equal-to-1-1-mol-of-hcl-g-2-2-mol-of-hcl-g-3-0-5-mol-of-hcl-g-4-1-5-mol-of-hcl-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTEyMTc-when-1-0-text-g-of-magnesium-text-mg-is-reacted-with-0-56-text-g-of-oxygen-text-o-2-in-a-closed-container-determine-the-reactant-left-in-excess-and-calculate-the-mass-of-the-excess-reactant-remaining https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTE0NDU-the-weight-of-70-hno3-concentrated-nitric-acid-solution-that-should-be-used-to-prepare-250-ml-of-2-0-m-hno3-is-1-90-0-g-conc-hno3-2-70-0-g-conc-hno3-3-54-0-g-conc-hno3-4-45-0-g-conc-hno3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTI1MTg-calculate-the-mole-fraction-of-solute-in-a-1-00-molal-aqueous-solution-1-0-0177-2-0-0344-3-1-770-4-0-1770-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-pb246OTI2Nzk-the-number-of-atoms-in-0-1-mole-of-a-triatomic-gas-is-na-6-02-x-1023-mol-1-1-6-026-10226-026-10226-026-1022-2-1-806-10231-806-10231-806-1023-3-3-600-10233-600-10233-600-1023-4-1-800-10221-800-10221-80 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjYzOTY3-the-mass-of-carbon-anode-consumed-giving-only-carbon-dioxide-in-the-production-of-270-kg-of-aluminum-metal-from-bauxite-by-the-hall-process-is-1-90-0-kg-2-540-kg-3-180-kg-4-270-kg-atomic-mass-al-27-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY0MDA2-how-many-moles-of-kmno-are-reduced-by-1-mole-of-ki-in-an-alkaline-medium-1-one-2-two-3-five-4-one-fifth-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY2MDM2-in-the-haber-process-30-litres-of-dihydrogen-and-30-litres-of-dinitrogen-were-taken-for-the-reaction-which-yielded-only-50-of-the-expected-product-what-will-be-the-composition-of-a-gaseous-mixture-und https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY1NzY1-the-specific-volume-of-cylindrical-virus-particle-is-6-026-026-02-10-210-210-2-cc-gm-wcc-gm-wcc-gm-whose-radius-and-length-are-7-10-respectively-if-nanana-6-0236-0236-023-1023-1023-1023-text-mol-1-fin https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY0NzQ0-the-mole-ratio-of-h2-and-o2-gas-is-8-1-the-ratio-of-their-weight-will-be-1-1-1-2-2-1-3-4-1-4-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3NDg1-determine-the-empirical-and-molecular-formulae-of-a-compound-given-the-following-percentage-composition-by-mass-4-07-hydrogen-24-27-carbon-and-71-65-chlorine-with-a-molar-mass-of-98-96-g-mol-1-ch2cl-a https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3NDg5-the-amount-of-water-vapour-produced-by-the-complete-combustion-of-16-g-of-methane-is-1-9-g-2-18-g-3-36-g-4-27-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3NDkz-find-the-molarity-of-a-naoh-solution-prepared-by-dissolving-4-g-of-naoh-in-water-to-make-250-ml-of-solution-1-0-4-m-2-frac-1-0-4-mathrm-m-3-0-8-m-4-frac-1-0-8-mathrm-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3NDk0-calculate-the-molality-for-a-3-m-nacl-solution-with-a-density-of-1-25-g-ml-1-1-2-79-m-2-1-79-m-3-2-m-4-1-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5NDUz-one-of-the-statements-of-dalton-s-atomic-theory-is-given-below-compounds-are-formed-when-atoms-of-different-elements-combine-in-a-fixed-ratio-which-of-the-following-laws-is-not-related-to-this-stateme https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY5NDQ4-which-of-the-following-solutions-have-the-same-concentration-1-20-g-of-naoh-in-200-ml-of-solution-2-0-5-mol-of-kcl-in-200-ml-of-solution-3-40-g-of-naoh-in-100-ml-of-solution-4-20-g-of-koh-in-200-ml-of https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDA2-what-is-the-molality-of-a-solution-containing-18-25-g-of-hcl-gas-dissolved-in-500-g-of-water-1-0-1-m-2-1-m-3-0-5-m-4-1-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjI4MDA1-if-the-concentration-of-glucose-c6h12o6-in-the-blood-is-0-9-g-l-1-then-the-molarity-of-glucose-in-the-blood-is-1-5-m-2-50-m-3-0-005-m-4-0-05-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxNDAx-statement-i-the-number-of-molecules-in-1g-nh3-is-more-than-1g-n2-statement-ii-1mole-of-nh3-as-well-as-1-mole-of-n2-contains-6-023-times10-23-atoms-1-statement-i-is-incorrect-and-statement-ii-is-correc https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxNDAw-consider-the-given-two-statements-assertion-a-when-100-ml-of-1-m-h2so4-is-mixed-with-200-ml-of-1-m-naoh-the-solution-becomes-neutral-reason-r-moles-of-h2so4-are-equal-to-moles-of-naoh-select-the-corre https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxMzk5-assertion-a-the-mass-of-233-g-of-baso-corresponds-to-one-mole-of-baso-reason-r-one-mole-of-baso4-is-obtained-when-one-mole-of-bacl2-is-treated-with-1-litre-of-1m-h2so4-1-both-a-and-r-are-true-and-r-is https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxMzk1-given-below-are-two-statements-assertion-a-atoms-can-neither-be-created-nor-destroyed-reason-r-under-similar-conditions-of-temperature-and-pressure-an-equal-volume-of-gases-do-not-contain-an-equal-num https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxMzkz-given-below-are-two-statements-assertion-a-both-106-g-of-sodium-carbonate-and-12-g-of-graphite-have-the-same-number-of-carbon-atoms-reason-r-both-106-g-of-sodium-carbonate-and-12-g-of-graphite-contain https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQwOTA0-which-statement-among-the-following-does-not-belong-to-dalton-s-postulates-1-chemical-reactions-involve-the-reorganisation-of-atoms-these-are-neither-created-nor-destroyed-in-a-chemical-reaction-2-all https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzU4MzA4-in-an-experiment-it-showed-that-10-ml-of-0-05-m-solution-of-chloride-required-10-ml-of-0-1-m-solution-of-agno3-which-of-the-following-will-be-the-formula-of-the-chloride-x-stands-for-the-symbol-of-the https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjY1NzQ5-find-the-minimum-molecular-weight-of-peroxidase-anhydrous-enzyme-if-the-percentage-of-selenium-se-in-it-is-0-5-by-mass-atomic-mass-of-se-78-4-1-1-5681-5681-568-104104104-2-1-5681-5681-568-103103103-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc4NDg5-given-below-are-two-statements-assertion-a-irrespective-of-the-source-a-given-compound-always-contains-the-same-elements-in-the-same-proportion-reason-r-this-law-is-referred-to-as-the-law-of-multiple https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc1ODAy-consider-the-given-two-statements-statement-i-the-law-of-multiple-proportions-is-followed-by-the-gases-so2-and-so3-but-not-by-co-and-co2-statement-ii-dalton-s-theory-explains-the-laws-of-chemical-comb https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MTMwMTcw-at-constant-t-and-p-5-0-l-of-so2-is-reacted-with-3-0-l-of-o2-according-to-the-following-equation-2-so2-g-o2-g-2-so3-g-the-volume-of-the-remaining-reaction-mixture-at-the-completion-of-the-reaction-wil https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ4NDk0-consider-the-given-two-statements-statement-i-1-amu-is-defined-as-the-mass-exactly-equal-to-one-twelfth-of-the-mass-of-one-carbon-12-atom-statement-ii-number-of-atoms-in-8-u-of-he-is-2na-in-the-light https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDQ4Njg3-what-will-be-the-mass-of-one-atom-of-12-c-1-1-a-m-u-2-1-9923-times10-23-text-g-3-1-6603-times10-22-text-g-4-6-a-m-u-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ4NzA0-which-of-the-following-has-the-maximum-mass-1-0-1-gram-molecule-of-oxygen-2-10-ml-h-2o-at-stp-3-3-01-times-10-22-molecules-of-h-2so-4-4-1-gram-atom-of-hydrogen-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzg1Nzk3-the-number-of-moles-of-hydrogen-gas-liberated-when-39-g-of-potassium-reacts-with-7-8-g-of-water-is-1-0-22-mol-2-0-43-mol-3-0-50-mol-4-1-0-mol-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc0MjQy-a-1-00-g-sample-of-which-compound-will-produce-the-greatest-amount-of-carbon-dioxide-after-complete-combustion-with-excess-oxygen-1-ch4-2-c3h8-3-c6h6-4-c8h18-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzM3NzU3-9-8-gm-kclo-3-is-decomposed-and-the-weight-loss-was-observed-to-be-0-384-gm-the-percentage-of-kclo-3-decomposed-is-1-10-2-20-3-40-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mzc0NDcz-what-is-the-concentration-of-nitrate-ions-in-40-0-ml-of-a-0-25-m-solution-of-copper-ii-nitrate-1-0-010-m-2-0-020-m-3-0-050-m-4-0-50-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDQ4NTkz-a-solution-contains-25-water-h-2o-25-ethanol-c-2h-5oh-and-50-acetic-acid-ch-3cooh-by-mass-which-of-the-following-pairs-correctly-matches-a-substance-with-its-mole-fraction-a-water-0-502-b-ethanol-0-30 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ0ODcw-what-is-the-total-volume-of-gases-present-after-the-completion-of-the-reaction-between-150-cm3-of-f2-and-100-cm3-of-cl2-3f2-g-cl-2-g-2clf3-g-assuming-the-reaction-occurs-at-constant-temperature-and-pr https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTc1MjM4-which-of-the-following-statements-is-incorrect-if-14-0-gm-of-calcium-metal-is-allowed-to-react-with-excess-hcl-at-1-0-atm-pressure-273-k-molar-mass-in-g-mol-ca-40-cl-35-5-1-0-35-mole-of-h-2-gas-is-evo https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTc1ODIw-when-8-74-g-mno-is-treated-with-hcl-what-mass-of-cl-in-grams-is-liberated-given-molar-mass-of-mno-87-4-g-mol-1-7-10-g-2-17-1-g-3-14-2-g-4-3-55-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTc1OTAw-for-the-reaction-cl-2-koh-rightarrow-kcl-kclo-h-2o-1-mole-of-cl-2-passed-into-2-litre-2m-solution-of-koh-determine-the-molarity-of-cl-clo-and-oh-respectively-1-1-m-0-5-m-0-5-m-2-0-5-m-0-5-m-1-m-3-1-m https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTc2MTk3-100-g-of-98-by-weight-h-2so-4-is-mixed-with-100-gm-of-49-by-weight-h-2so-4-determine-the-mole-fraction-of-h-2so-4-in-the-final-solution-1-0-9-2-0-1-3-0-67-4-0-33-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTc2MjAz-36-g-of-a-reacts-with-56-g-of-b-to-form-ab-according-to-the-following-reaction-a-2b-ab-which-of-the-following-statements-is-correct-given-molar-mass-of-a-60-g-mol-and-molar-mass-of-b-80-g-mol-1-the-mo https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTc2NTg3-for-balanced-chemical-reaction-2-mathrm-al-mathrm-s-6-mathrm-hcl-mathrm-aq-rightarrow-2-mathrm-alcl-3-3-mathrm-h-2-mathrm-g-which-of-the-following-is-correct-1-with-excess-of-al-volume-of-h-2-gas-prod https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTI1MTQw-2-8-10-3-mol-of-co2-is-left-after-removing-1021-molecules-from-its-x-mg-sample-the-mass-of-co2-taken-initially-is-given-mathrm-n-mathrm-a-6-02-times-10-23-mathrm-mol-1-1-196-2-mg-2-98-3-mg-3-150-4-mg https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTI1MTQ4-concentrated-nitric-acid-is-labelled-as-75-by-mass-the-volume-in-ml-of-the-solution-which-contains-30-g-of-nitric-acid-is-given-the-density-of-nitric-acid-solution-is-1-25-g-ml-1-45-2-55-3-32-4-40-1-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTI2MDg0-which-of-the-following-mixtures-of-1m-base-and-1m-acid-leads-to-the-largest-increase-in-temperature-1-30-ml-hcl-and-30-ml-naoh-2-30-ml-ch3cooh-and-30-ml-naoh-3-50-ml-hcl-and-20-ml-naoh-4-45-ml-ch3cooh https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTI2MDg5-a-compound-consists-of-54-2-carbon-c-9-2-hydrogen-h-and-36-6-oxygen-o-by-mass-the-molar-mass-of-the-compound-is-132-g-mol-determine-the-molecular-formula-of-the-compound-given-relative-atomic-masses-c https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NTMyNjAz-when-100-mathrm-g-mathrm-caco-3-is-reacted-with-mathrm-0-19-mole-of-mathrm-hcl-the-moles-of-mathrm-cacl-2-formed-are-mathrm-mathrm-p-times-10-3-mol-what-is-the-value-of-mathrm-p-1-78-2-95-3-45-4-63-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MjgwMDM2-the-mass-of-potassium-dichromate-crystals-required-to-oxidize-750-cm3-of-0-6-m-mohr-s-salt-solution-is-given-molar-mass-potassium-dichromate-294-mohr-s-salt-392-1-0-45-g-2-22-05-g-3-2-2-g-4-0-49-g-1-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDM4MjI2-we-are-provided-with-the-graph-depicting-the-relationship-between-pressure-p-and-temperature-t-choose-the-correct-option-1-rho-1-rho-2-rho-3-2-rho-1-rho-1-rho-3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDM4NDI5-if-mathrm-c-42-1-mathrm-h-6-4-mathrm-o-52-5-and-molar-mass-is-342-text-g-mol-then-the-molecular-formula-of-that-compound-is-1-mathrm-c-11-mathrm-h-22-mathrm-o-12-2-mathrm-c-12-mathrm-h-22-mathrm-o-11 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDM5NDc3-calculate-the-molarity-of-nacl-solution-if-5-85-gm-of-nacl-is-dissolved-in-500-ml-of-solution-1-0-1-m-2-0-2-m-3-0-32-m-4-0-4-m-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDQwMDA5-x-g-of-ethylamine-on-reaction-with-nano2-and-hcl-produces-2-24-l-of-n2-g-at-ntp-the-value-of-2x-will-be-1-8-2-6-3-0-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDQwMTc5-which-of-the-following-statements-is-incorrect-1-in-a-homogeneous-mixture-the-composition-is-uniform-2-compounds-are-formed-when-atoms-of-different-elements-combine-in-any-ratio-3-atoms-of-the-same-el https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDUyODA1-find-the-mass-in-g-of-mathrm-o-2-required-for-the-complete-combustion-of-900-g-glucose-1-960-2-800-3-500-4-780-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU0NTcz-molality-of-aqueous-solution-of-urea-is-4-44-m-then-mole-fraction-of-urea-is-x-times-10-3-the-value-of-mathrm-x-is-1-67-2-74-3-93-4-87-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU0OTE3-moles-of-text-ch-4-required-for-the-formation-of-22-gm-of-text-co-2-is-text-m-times10-2-the-value-of-m-is-1-50-2-67-3-90-4-78-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU1NDYx-if-c-is-added-to-a-solution-of-a-and-b-then-find-the-mole-fraction-of-c-1-dfrac-n-c-n-a-n-b-n-c-2-dfrac-n-c-n-a-cdot-n-b-n-c-3-dfrac-n-c-n-a-cdot-n-c-n-b-4-dfrac-n-c-n-a-n-b-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU1NzUy-a-500-ml-solution-of-mathrm-cuso-4-having-density-and-molarity-1-25-mathrm-g-mathrm-ml-1-and-2-times-10-1-mathrm-m-respectively-at-32-circ-mathrm-c-text-find-the-value-of-x-if-the-molality-is-expresse https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU1OTc3-the-number-of-atoms-in-a-silver-plate-having-an-area-of-0-05-cm-and-a-thickness-of-0-05-cm-is-given-as-x-x-1019-find-the-value-of-x-nearest-integer-density-of-silver-7-9-g-cm-1-88-2-90-3-11-4-14-1-2-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU2MjU1-50-ml-of-0-5-m-oxalic-acid-is-completely-neutralised-by-25-ml-of-naoh-solution-calculate-the-amount-of-naoh-in-gm-present-in-25-ml-of-given-naoh-solution-1-5-2-2-3-6-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU2MjU5-find-out-molality-of-0-8-text-m-h-2-text-so-4-solution-having-density-of-solution-equal-to-1-02-gm-ml-nearest-integer-1-0-2-1-3-6-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU3MDQ0-the-quantity-that-changes-with-temperature-1-mole-fraction-2-mass-percentage-3-molarity-4-molality-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDU3MTQ3-a-sample-of-9-3-g-of-aniline-is-completely-acetylated-using-excess-acetic-anhydride-the-mass-of-acetanilide-formed-is-m-g-find-the-value-of-2m-1-27-2-0-3-17-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzYyOTM0-determine-the-mass-percentage-of-nitrogen-in-uracil-1-30-2-25-3-35-4-20-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzYyOTY2-5-0-g-of-naoh-is-dissolved-in-water-to-get-a-450-ml-solution-what-volume-of-the-solution-is-required-to-prepare-500-ml-of-0-1-m-naoh-solution-1-180-ml-2-150-ml-3-130-ml-4-210-ml-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzYzMDAy-a-hydrocarbon-has-a-molar-mass-of-84-g-mol-and-contains-85-8-carbon-by-mass-how-many-hydrogen-atoms-are-present-in-one-molecule-of-this-hydrocarbon-1-8-2-10-3-12-4-14-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzYzMDAz-the-mass-ratio-of-ethylene-glycol-62-g-mol-required-to-make-500-ml-0-25-m-and-250-ml-0-25-m-solutions-is-1-1-1-2-1-2-3-2-1-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzYzMTgw-consider-a-mixture-of-ch4-and-c2h4-having-a-volume-of-16-8-l-at-273-k-and-1-atm-it-undergoes-combustion-to-form-co2-with-a-total-volume-of-28-l-at-the-same-temperature-and-pressure-if-the-enthalpies-o https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzYzMTk3-for-a-given-hydrocarbon-11-moles-of-o2-is-used-and-produces-4-moles-of-h2o-the-formula-of-hydrocarbon-is-1-c11h8-2-c9h8-3-c11h16-4-c6h14-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxMTQw-elements-a-and-b-form-two-compounds-a-b-and-ab-with-equal-weights-for-0-15-moles-of-each-compound-what-is-the-ratio-of-the-molar-atomic-mass-of-element-a-and-element-b-c-1-2-1-2-6-4-3-1-2-4-4-6-1-2-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxMzAw-c-15-h-30-is-used-as-rocket-fuel-the-masses-of-oxygen-used-and-co-2-produced-per-litre-of-consumption-of-c-15-h-30-respectively-are-given-density-of-c-15-h-30-0-756-gram-ml-1-2592-gram-2376-gram-2-237 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxNTYy-a-compound-has-a-composition-of-8-64-hydrogen-74-carbon-and-17-36-nitrogen-by-mass-with-a-molecular-mass-of-162-g-mol-which-of-the-following-could-be-the-compound-1-c5h7n-2-c10h14n2-3-c4h6n2-4-c2h3n-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxNTg3-if-0-02-moles-of-h2so4-are-present-in-1-litre-of-solution-from-which-50-solution-is-taken-out-and-again-diluted-up-to-1-litre-by-adding-water-further-if-0-01-moles-of-h2so4-are-added-then-the-total-mi https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxNTky-given-645-g-of-a-compound-c-6h-5n-3o-6-the-number-of-n-atoms-present-in-this-compound-is-report-x-if-your-answer-is-x-times-10-21-c-12-h-1-n-14-o-16-left-n-a-6-02-times-10-23-right-1-5418-2-5671-3-521 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQxODAy-cng-is-an-important-transportation-fuel-when-100-g-cng-is-mixed-with-208-g-oxygen-in-vehicles-it-leads-to-the-formation-of-co2-and-h2o-and-produces-a-large-quality-of-heat-during-this-combustion-then https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQyMDYx-5-grams-of-pent-1-ene-react-with-how-many-grams-of-br-2-completely-1-13-4-g-2-9-4-g-3-11-4-g-4-15-8-g-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQyMTAx-0-1-m-10-ml-of-an-acid-a-gets-completely-neutralized-by-0-05-m-20-ml-of-base-m-oh-2-the-basicity-of-acid-a-is-here-m-is-metal-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQyNDQw-the-number-of-moles-of-methane-required-for-the-combustion-process-to-yield-81-grams-of-water-is-1-2-25-mole-2-4-5-mole-3-9-mole-4-1-125-mole-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQyNDY4-6-1-gram-of-cng-on-combustion-with-208-grams-of-o2-g-produces-co2-g-h2o-with-a-lot-of-heat-the-amount-of-co2-produced-in-grams-is-consider-cng-as-methane-and-report-your-answer-to-the-nearest-integer https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ1NDM3-consider-the-following-reaction-mathrm-4-hno-3-l-3-kcl-s-mathrm-cl-2-g-nocl-g-2-h-2-o-g-3-kno-3-s-how-much-text-hno-3-in-grams-is-required-to-produce-110-0-g-of-text-kno-3-given-atomic-masses-of-h-o-n https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzQ1NDcy-c-s-o-2-g-rightarrow-co-2-g-400-kj-c-s-frac-1-2-o-2-g-rightarrow-co-g-100-kj-when-coal-of-purity-60-is-allowed-to-burn-in-presence-of-insufficient-oxygen-60-of-carbon-is-converted-into-co-and-the-rema https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgxNjY3-for-a-rocket-running-on-fuel-text-c-15-text-h-30-and-liquid-oxygen-how-much-oxygen-is-required-and-how-much-text-co-2-is-released-for-every-liter-of-fuel-respectively-given-density-of-the-fuel-is-0-75 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgxODEz-120-text-g-of-an-organic-compound-that-contains-only-carbon-and-hydrogen-gives-330-text-g-of-text-co-2-and-270-text-g-of-water-on-complete-combustion-the-percentage-of-carbon-and-hydrogen-respectively https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgxOTc3-haemoglobin-contains-0-34-of-iron-by-mass-the-number-of-mathrm-fe-atoms-in-mathrm-3-3-g-of-haemoglobin-is-small-mathrm-given-atomic-mass-of-fe-is-56-mathrm-u-mathrm-n-mathrm-a-6-022-times-left-10-23-m https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgxOTgz-the-neutralization-occurs-when-10-text-ml-of-0-1-text-m-acid-a-is-allowed-to-react-with-30-text-ml-of-0-05-text-m-base-text-m-oh-2-the-basicity-of-the-acid-a-is-m-is-a-metal-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgxOTg3-two-elements-mathrm-a-and-mathrm-b-form-0-15-moles-of-mathrm-a-2b-and-mathrm-ab-3-type-compounds-if-both-mathrm-a-2b-and-mathrm-ab-3-weigh-equally-then-the-atomic-weight-of-a-is-how-many-times-that-of https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgyMDAw-what-is-the-molarity-of-a-commercially-available-hcl-solution-containing-35-hcl-by-mass-given-that-its-density-is-1-46-g-ml-atomic-masses-cl-35-5-amu-h-1-amu-1-10-2-text-m-2-12-5-text-m-3-14-0-text-m https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgyMDQz-on-complete-combustion-of-0-492-g-of-an-organic-compound-containing-c-h-and-o-0-7938-g-of-mathrm-co-2-and-0-4428-g-of-mathrm-h-2-mathrm-o-was-produced-the-composition-of-oxygen-in-the-compound-is-1-46 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgyMTcz-using-the-rules-for-significant-figures-the-correct-answer-for-the-expression-frac-0-02858-times-0-112-0-5702-will-be-1-0-005613-2-0-00561-3-0-0056-4-0-006-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgyMjMz-consider-the-above-reaction-the-limiting-reagent-of-the-reaction-and-number-of-moles-of-nh3-formed-respectively-are-1-mathrm-h-2-1-42-text-moles-2-mathrm-h-2-0-71-text-moles-3-mathrm-n-2-1-42-text-mol https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgyMjQ1-compound-a-contains-8-7-hydrogen-74-carbon-and-17-3-nitrogen-the-molecular-formula-of-the-compound-is-given-atomic-masses-of-mathrm-c-h-and-mathrm-n-are-12-1-and-14-amu-respectively-and-the-molar-mass https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDgyNTI1-consider-the-reaction-small-begin-aligned-4-mathrm-hno-3-mathrm-l-3-mathrm-kcl-mathrm-s-rightarrow-mathrm-cl-2-mathrm-g-mathrm-nocl-mathrm-g-2-mathrm-h-2-mathrm-o-mathrm-g-3-mathrm-kno-3-mathrm-s-end https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5MTg4-the-formula-of-a-gaseous-hydrocarbon-which-requires-6-times-its-own-volume-of-o2-for-complete-oxidation-and-produces-4-times-its-own-volume-of-co2-is-cxhy-the-value-of-y-is-1-6-2-8-3-4-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5MTk0-1-86-g-of-aniline-is-completely-converted-into-acetanilide-if-10-of-the-acetanilide-formed-is-lost-during-purification-the-mass-of-acetanilide-obtained-is-x-10-g-determine-the-value-of-x-1-248-2-243-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5NTE3-0-4-g-mixture-of-naoh-na2co3-and-some-inert-impurities-was-first-titrated-with-n10n10n10-hcl-using-phenolphthalein-as-an-indicator-17-5-ml-of-hcl-was-required-at-the-end-point-after-his-methyl-orange https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk1NTgy-250-ml-of-0-5-text-m-naoh-was-added-to-500-ml-of-1-m-hcl-the-number-of-unreacted-hcl-molecules-in-the-solution-after-complete-reaction-is-x-times10-21-find-the-value-of-x-nearest-integer-left-mathrm-n https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk1NjI2-methylation-of-10-g-of-benzene-gave-9-2-g-of-toluene-the-percentage-yield-of-toluene-to-the-nearest-integer-is-1-52-2-78-3-23-4-43-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk1Njc0-if-4-g-equimolar-mixture-of-text-naoh-and-mathrm-na-2co-3-contains-x-g-of-text-naoh-and-y-g-of-mathrm-na-2co-3-then-find-the-value-of-x-in-grams-1-2-562-2-9-354-3-1-096-4-3-096-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk1NzMy-find-the-number-of-significant-figures-in-the-value-0-00340-1-five-5-2-two-2-3-four-4-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk1Nzgx-if-the-density-of-naoh-solution-is-1-2-text-g-cm-3-find-the-molality-of-this-solution-round-off-to-the-nearest-integer-given-atomic-masses-na-23-0-u-o-16-0-u-h-1-0-u-density-of-h-2o-1-0-text-g-cm-3-1 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk2MDk3-when-35-ml-of-0-15-m-lead-nitrate-solution-is-mixed-with-20-ml-of-0-12-m-chromic-sulphate-solution-x-10-5-moles-of-lead-sulfate-precipitate-out-calculate-the-value-of-x-round-off-to-the-nearest-intege https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk2MTk5-if-the-number-of-chlorine-atoms-in-20-text-ml-of-chlorine-gas-at-stp-is-x-times10-21-find-the-value-of-x-note-assume-chlorine-is-an-ideal-gas-at-stp-given-mathrm-r-0-083-l-bar-mol-1-k-1-n-a-6-023-10-2 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk2Mjg2-the-mole-fraction-of-a-solute-in-a-100-molal-aqueous-solution-is-text-x-10-2-find-the-value-of-text-x-given-atomic-mass-h-1-0-u-o-16-0-u-1-15-8-2-64-3-3-34-8-4-83-1-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc4NTg1-a-100-ml-solution-was-made-by-adding-1-43-g-of-na2co3-xh2o-the-normality-of-the-solution-is-0-1-m-the-value-of-x-is-the-atomic-mass-of-na-is-23-g-mol-1-1-2-10-3-4-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc4Njc0-complex-a-has-a-composition-of-h12o6cl3cr-if-the-complex-on-treatment-with-concentrated-h2so4-loses-13-5-of-its-original-mass-the-correct-molecular-formula-of-a-is-given-atomic-mass-of-cr-52-amu-and-c https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc4ODUz-find-the-volume-in-ml-of-0-02-m-k-cr-o-solution-required-to-completely-react-with-0-288-g-of-ferrous-oxalate-in-an-acidic-medium-given-molar-mass-of-fe-56-g-mol-1-55-ml-2-45-ml-3-50-ml-4-60-ml-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5MjM5-a-solution-of-two-components-containing-n1n1-moles-of-the-1st-component-n2n2-moles-of-the-2nd-component-is-prepared-m1andm2m1andm2-are-the-molecular-weights-of-component-1-and-2-respectively-if-d-is-t https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5MzYz-a-solution-of-phenol-in-chloroform-when-treated-with-aqueous-naoh-gives-compound-p-as-a-major-product-the-mass-percentage-of-carbon-in-p-is-to-the-nearest-integer-atomic-mass-c-12-h-1-o-16-1-65-2-69-3 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDkyODM4-the-volume-in-ml-of-0-125-mathrm-m-mathrm-agno-3-required-to-quantitatively-precipitate-chloride-ions-in-0-3-g-of-left-mathrm-co-left-mathrm-nh-3-right-6-right-mathrm-cl-3-is-text-molecular-mathrm-mas https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDkyOTM2-ferrous-sulphate-heptahydrate-is-used-to-fortify-foods-with-iron-the-amount-in-grams-of-the-salt-required-to-achieve-10-ppm-of-iron-in-100-kg-of-wheat-is-atomic-weight-fe-55-85-s-32-00-o-16-00-1-3-gra https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246NDk1OTM0-naclo3-is-used-even-in-spacecraft-to-produce-o2-the-daily-consumption-of-pure-o2-by-a-person-is-492-l-at-1-atm-300-k-how-much-naclo3-in-grams-is-required-to-produce-o2-for-the-daily-consumption-of-a-p https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3NDM1-what-is-the-molality-of-a-solution-containing-20-mass-mass-ki-in-water-molar-mass-of-ki-166-g-mol-1-1-1-51-2-7-35-3-4-08-4-2-48-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc3Nzk0-five-moles-of-ab-have-a-mass-of-125-10-kg-and-ten-moles-of-a-b-have-a-mass-of-300-10-kg-what-are-the-molar-masses-of-a-m-and-b-m-respectively-in-kg-mol-1-ma-10-10-3-and-mb-5-10-3-2-ma-25-10-3-and-mb-5 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5NTIx-1-gram-of-a-carbonate-m2co3-on-treatment-with-excess-hcl-produces-0-01186-moles-of-co2-the-molar-mass-of-m2co3-in-g-mol-1-is-1-118-6-2-11-86-3-88-6-4-84-3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5ODAx-3-g-of-activated-charcoal-was-added-to-50-ml-of-acetic-acid-solution-0-06n-in-a-flask-after-an-hour-it-was-filtered-and-the-strength-of-the-filtrate-was-found-to-be-0-042-n-the-amount-of-acetic-acid-a https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5Njgw-what-is-the-ratio-of-the-number-of-molecules-of-oxygen-to-nitrogen-in-a-specific-gaseous-mixture-if-their-mass-ratio-is-1-4-1-7-32-2-1-8-3-3-16-4-1-4-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzA4MjQy-an-organic-compound-contains-carbon-hydrogen-and-nitrogen-in-the-mass-ratio-9-1-3-5-if-its-molar-mass-is-108-g-mol-determine-its-molecular-formula-1-c6h8n2-2-c7h10n-3-c5h6n3-4-c4h18n3-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246MzA4MzM2-the-number-of-atoms-in-560-g-of-fe-atomic-mass-56-g-mol-1-is-1-twice-that-of-70-g-n-2-half-that-of-20-g-h-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjk4Njg2-to-neutralize-20-ml-of-0-1-m-aqueous-solution-of-phosphorus-acid-h-3po-3-completely-the-volume-of-0-1-m-aqueous-koh-solution-required-is-1-10-ml-2-20-ml-3-40-ml-4-60-ml-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjk3OTEy-how-many-moles-of-magnesium-phosphate-mg-po-contain-0-25-moles-of-oxygen-atoms-1-0-02-2-3-125-10-2-3-1-25-10-2-4-2-5-10-2-1-2-3-4 https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjg0ODMx-which-of-the-following-statements-is-true-regarding-the-reaction-given-below-2-mathrm-al-mathrm-s-6-mathrm-hcl-mathrm-aq-rightarrow-2-mathrm-al-3-mathrm-aq-6-mathrm-cl-mathrm-aq-3-mathrm-h-2-mathrm-g https://medminds.me/qbank/chemistry/some-basic-concepts-of-chemistry/?q=NP-b246Mjc5Njc3-a-gaseous-hydrocarbon-upon-combustion-gives-0-72-g-of-water-and-3-08-g-of-co2-the-empirical-formula-of-the-hydrocarbon-is-1-c6h5-2-c7h8-3-c2h4-4-c3h4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTI5Nw-which-of-the-following-sets-of-quantum-numbers-represent-an-impossible-arrangement-n-l-m-s-1-3-2-2-frac-1-2-2-4-0-0-frac-1-2-3-3-2-3-frac-1-2-4-5-3-0-frac-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTI5OA-how-many-unpaired-electrons-are-present-in-ni2-cation-atomic-number-28-1-0-2-2-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMwMA-how-many-unpaired-electrons-present-in-the-electronic-configuration-1s2-2s2-2p3-1-2-2-0-3-3-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMwMQ-the-quantum-numbers-of-four-electrons-are-given-below-n-l-m-s-1-electron-1-3-0-0-1-2-2-electron-2-4-0-0-1-2-3-electron-3-3-2-0-1-2-4-electron-4-3-1-0-1-2-the-correct-order-of-decreasing-energy-of-thes https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMwMg-which-type-of-radiation-is-not-emitted-by-the-electronic-structure-of-atoms-1-ultraviolet-light-2-x-rays-3-visible-light-4-radio-rays-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMwMw-an-absorption-line-of-the-lowest-frequency-in-the-transition-of-hydrogen-spectra-is-1-n-1-to-n-2-2-n-3-to-n-8-3-n-2-to-n-1-4-n-8-to-n-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMwNA-if-uncertainty-in-the-position-of-an-electron-is-zero-the-uncertainty-in-its-momentum-will-be-1-h-4-pi-3-zero-4-infinite-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMwNg-the-maximum-number-of-atomic-orbitals-associated-with-a-principal-quantum-number-5-is-1-9-2-12-3-16-4-25-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMwNw-determine-the-de-broglie-wavelength-of-the-photoelectron-emitted-when-a-photon-produced-by-the-de-excitation-of-a-he-ion-with-an-electron-having-a-de-broglie-wavelength-of-3-329-aring-ionizes-a-hydrog https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMwOA-velocity-of-helium-atom-at-300-k-is-2-40-x-102-meter-per-sec-what-is-its-wavelength-mass-number-of-helium-is-4-1-0-416-nm-2-0-83-nm-3-803-aring-4-8000-aring-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMwOQ-the-de-broglie-wavelength-of-a-particle-having-the-momentum-of-3-3-x-10-24-kg-m-s-1-will-be-1-0-002-aring-2-0-02-aring-3-0-2-aring-4-2-aring-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMxMQ-which-of-the-following-statements-is-not-true-with-respect-to-photoelectric-effect-1-the-plot-of-kinetic-energy-of-the-photoelectrons-against-frequency-of-absorbed-radiation-gives-a-straight-line-para https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMxMg-the-first-line-in-the-lyman-series-in-the-spectrum-of-hydrogen-atom-occurs-at-a-wavelength-of-1215-aring-and-the-limit-for-balmer-series-is-3645-aring-calculate-the-wavelength-corresponding-to-series https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMxNA-the-correct-order-of-increasing-energy-of-atomic-orbital-is-1-3s-3p-4s-3d-4p-2-3s-3p-3d-4s-4p-3-3s-3p-4s-4p-3d-4-3s-3p-3d-4p-4s-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMxNQ-in-rutherford-s-alpha-scattering-experiment-using-gold-foil-the-kinetic-energy-of-the-alpha-particle-was-1-2-x-10-12j-for-a-head-on-collision-using-the-formula-k-e-14-960-949-0x-2ze2-r0-what-may-be-th https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMxNg-the-quantum-number-of-the-most-energetic-electron-in-an-ne-atom-in-the-first-excited-state-is-1-2-1-0-1-2-2-3-1-1-1-2-3-3-0-0-1-2-4-3-1-0-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMxNw-the-frequency-of-line-spectrum-of-sodium-is-5-09-x-1014-sec-1-its-wavelength-in-nm-will-be-c-3x108m-sec-1-510nm-2-420nm-3-589nm-4-622nm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMxOA-the-total-number-of-neutrons-in-dipositive-zinc-ions-with-mass-number-70-is-1-34-2-40-3-36-4-38-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMxOQ-with-a-certain-exciting-radiation-of-a-particular-frequency-to-which-hydrogen-atoms-are-exposed-the-maximum-number-of-spectral-lines-obtainable-in-the-emission-is-15-the-uppermost-energy-level-to-whic https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMyMA-consider-an-electron-which-is-brought-close-to-the-nucleus-of-the-atom-from-an-infinite-distance-the-energy-of-the-electron-nucleus-system-1-increases-2-decreases-3-remains-the-same-4-none-of-these-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMyMQ-when-accelerated-electrons-are-direct-against-an-anticathode-in-an-x-ray-tube-the-radiation-obtained-has-a-continuous-spectrum-with-a-wavelength-minimum-955-min-1-24x10-6-v-m-where-v-is-the-voltage-us https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMyMg-calculate-the-de-broglie-wavelength-of-an-alpha-particle-emitted-from-radium-having-an-energy-of-4-8-mev-given-mass-of-alpha-particle-6-6-x-10-24-g-h-planck-s-constant-6-626-x-10-27-erg-sec-1-6-18-x-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMyMw-an-atom-forms-an-ion-by-losing-three-electrons-the-ion-has-an-electronic-configuration-ar-3d6-the-symbol-of-the-ion-is-1-fe3-2-ni3-3-co3-4-mn-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMyNQ-using-arbitrary-energy-units-we-can-calculate-that-864-arbitrary-units-a-u-are-required-to-transfer-an-electron-in-hydrogen-atom-from-the-most-stable-bohr-s-orbit-to-the-largest-distance-from-the-nucl https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMyNg-the-sub-shell-that-comes-after-f-sub-sell-is-called-g-subshell-the-number-of-g-sub-orbitals-in-g-sub-shell-and-the-total-number-of-orbitals-in-the-principal-orbital-respectively-are-1-10-and-25-2-9-an https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMyNw-the-wavelengths-of-two-photons-are-2000-aring-and-4000-aring-respectively-what-is-the-ratio-of-their-energies-1-1-4-2-4-3-1-2-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMyOA-helium-atom-can-be-excited-to-1s1-2p1-configuration-by-light-of-58-44-nm-the-lowest-excited-state-with-configuration-1s1-2s1-lies-4857-cm-1-1-955-below-the-1s1-2p1-state-what-would-be-the-average-he-h https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMyOQ-the-number-of-electrons-in-one-molecule-of-co2-are-1-22-2-44-3-66-4-88-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMzMA-the-ion-that-is-isoelectronic-with-co-is-1-cn-2-o2-3-o2-4-n2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMzMQ-if-frequency-of-the-x-rays-produced-using-an-element-as-anti-cathode-is-found-to-be-2500-sec-1-the-atomic-number-of-used-element-is-a-b-1-1-51-2-49-3-56-4-72-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMzMg-what-is-the-energy-required-per-mole-to-excite-an-electron-from-the-third-to-fifth-bohr-orbit-in-hydrogen-1-6-336-x-106j-2-7-122-x-104j-3-0-343-x-106j-4-9-343-x-104j-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMzMw-the-energy-of-electron-in-first-bohr-s-orbit-of-h-atom-is-13-6-ev-what-will-be-its-potential-energy-in-n-4-1-ndash-13-6-ev-2-3-4-ev-3-0-85-ev-4-1-70-ev-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMzNA-if-sodium-atoms-can-be-ionised-by-supplying-an-energy-of-118-kcal-mol-1-then-calculate-the-lowest-possible-frequency-of-light-that-can-ionise-a-sodium-atom-given-h-6-624-x-10-27-erg-sec-c-3-x-1010-cm https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMzNQ-a-glow-worm-of-mass-5-0-g-emits-red-light-650-nm-with-a-power-of-0-1-w-entirely-in-the-backward-direction-what-velocity-would-it-accelerate-to-after-10-years-if-released-in-free-space-and-assumed-to-b https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMzNw-which-of-the-following-postulates-does-not-belong-to-bohr-s-model-of-the-atom-1-angular-momentum-is-an-integral-multiple-of-h-2-pi-2-the-electron-stationed-in-the-orbit-is-stable-3-the-path-of-an-elec https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMzOA-the-total-number-of-orbitals-having-l-3-is-1-3-2-7-3-5-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTMzOQ-bohr-s-atomic-model-provides-explanations-for-1-the-spectrum-of-hydrogen-atoms-only-2-the-spectrum-of-an-atom-or-ion-containing-only-one-electron-3-the-spectrum-of-hydrogen-molecule-4-the-solar-spectr https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM0MA-the-presence-of-one-electron-each-in-the-three-2p-sub-shell-of-nitrogen-is-explained-by-1-uncertainty-principle-2-hund-s-rule-3-pauli-s-principle-4-bohr-s-theory-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM0MQ-when-the-atoms-of-gold-sheet-are-bombarded-with-a-beam-of-alpha-particles-only-a-few-alpha-particles-get-deflected-where-as-most-of-them-go-straight-undeflected-this-is-because-1-the-force-of-attracti https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM0Mg-using-radiation-of-wavelength-3500-aring-it-is-observed-that-the-maximum-kinetic-energy-of-the-emitted-photoelectrons-is-1-6-ev-for-potassium-calculate-the-work-function-of-the-metal-h-6-626-x-10-34-j https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM0Mw-to-give-designation-to-an-orbital-we-need-1-principal-and-azimuthal-quantum-number-2-principal-and-magnetic-quantum-number-3-azimuthal-and-magnetic-quantum-number-4-principal-azimuthal-and-magnetic-qu https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM0NA-the-rest-mass-of-a-proton-is-1-673-x-10-27-kg-and-that-of-the-electron-is-9-109-x-10-31-kg-what-must-be-the-speed-of-the-proton-which-has-the-same-de-broglie-wavelength-as-an-electron-moving-with-a-sp https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM0NQ-which-one-of-the-following-statement-is-not-true-about-the-quantum-numbers-n-l-m-and-s-1-m-gives-the-information-on-the-energy-of-the-electron-in-a-given-orbital-2-l-gives-an-idea-of-the-shape-of-the https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM0Ng-the-number-of-electrons-in-the-valence-shell-of-calcium-is-1-6-2-8-3-2-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM0Nw-the-brackett-series-of-spectral-lines-arise-when-an-electron-in-an-excited-hydrogen-atom-jumps-from-an-energy-level-1-n-5-to-n-1-2-n-5-to-n-3-3-n-5-to-n-4-4-n-5-to-n-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM0OA-what-is-the-ratio-of-the-time-period-of-revolution-of-electron-he-ion-sample-in-the-orbit-where-the-path-length-is-three-time-the-de-broglies-wavelength-to-the-time-period-of-revolution-in-the-ground https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM0OQ-the-ratio-of-the-wavelengths-of-the-last-lines-of-the-balmer-and-lyman-series-is-1-4-1-2-27-5-3-3-1-4-9-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM1MQ-the-energy-of-the-emitted-photon-when-an-electron-in-be3-ion-returns-from-n-2-level-to-the-ground-state-is-1-2-616-x-10-17j-2-26-16-x-10-17j-3-261-6-x-10-18j-4-2616-x-10-17j-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM1Mg-the-accelerating-potential-to-be-imparted-to-a-beam-of-electrons-to-give-an-effective-wavelength-of-2-42-nm-is-xa0-1-2-56v-2-3-42v-3-0-256v-4-0-342v-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM1Mw-the-splitting-of-spectral-lines-in-a-magnetic-field-arising-out-of-the-orbital-motion-of-electrons-only-and-the-further-splitting-due-to-spin-motion-are-respectively-called-1-zeeman-and-stark-effects https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM1NA-a-photon-of-wavelength-300-nm-causes-the-emission-of-two-photons-if-the-wavelength-of-one-of-them-is-700-nm-what-is-the-wavelength-of-the-other-photon-1-525-nm-2-600-nm-3-450-nm-4-300-nm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM1Nw-the-electronic-transition-in-the-hydrogen-atom-that-emits-maximum-energy-is-1-2-rarr-1-2-1-rarr-4-3-4-rarr-3-4-3-rarr-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM1OA-the-spectrum-of-he-atom-may-be-considered-similar-to-the-spectrum-of-1-h-2-li-3-na-4-he-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM1OQ-the-frequency-ratio-between-violet-400nm-and-red-750nm-radiations-in-the-visible-spectrum-is-1-8-15-2-4-15-3-15-8-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM2MA-the-compton-wavelength-for-an-electron-is-hm0c-0-024-aring-calculate-8710-955-hm0c-1-cos-theta-for-a-scattering-angle-theta-960-3-what-is-the-maximum-value-for-8710-955-1-0-024-aring-0-048-aring-2-0-0 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM2Mw-find-the-total-spin-resulting-from-the-electronic-configuration-of-a-3d-system-1-3-2-2-1-2-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM2NA-supposing-the-energy-of-the-fourth-shell-for-the-hydrogen-atom-is-50a-u-arbitrary-unit-what-would-be-its-ionization-potential-1-50-2-800-3-15-4-4-20-8-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM2NQ-an-element-with-atomic-mass-z-consists-of-two-isotopes-of-mass-number-z-1-and-z-2-the-percentage-abundance-of-the-heavier-isotope-is-1-0-25-2-33-3-3-66-6-4-75-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM2Ng-two-isotopes-of-boron-are-found-in-the-nature-with-atomic-weights-10-01-i-and-11-01-ii-the-atomic-weight-of-natural-boron-is-10-81-the-percentage-of-i-and-ii-isotopes-in-it-are-respectively-1-20-and-8 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM2Nw-calculate-the-wavenumber-of-lines-having-the-frequency-of-5-x-1016-cycles-per-sec-1-1-666-x-108m-1-2-0-666-x-108m-1-3-4-126-x-106m-1-4-3-133-x-104m-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM2OA-which-set-of-quantum-numbers-among-the-following-is-invalid-1-n-1-and-l-2-2-n-2-and-m-1-3-n-3-and-l-0-4-n-4-and-l-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM2OQ-for-particles-with-equal-kinetic-energy-how-is-the-de-broglie-wavelength-related-to-1-directly-proportional-to-its-velocity-2-inversely-proportional-to-its-velocity-3-independent-of-velocity-and-mass https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM3MA-photochemical-dissociation-of-oxygen-results-in-the-production-of-two-oxygen-atoms-one-in-the-ground-state-and-one-in-the-excited-state-o2-8594-hv-o-rarr-o-the-maximum-wavelength-needed-for-this-is-17 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM3MQ-rutherford-s-scattering-experiment-is-related-to-the-size-of-the-1-nucleus-2-atom-3-electron-4-neutron-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM3Mg-the-energy-needed-to-convert-helium-atom-to-he-2-is-79ev-the-first-ionization-energy-of-this-atom-is-about-1-65-4ev-2-51-8ev-3-24-6ev-4-27-2ev-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM3Mw-elements-upto-atomic-number-103-have-been-synthesized-and-studied-if-a-newly-discovered-element-is-found-to-have-an-atomic-number-106-its-electronic-configuration-will-be-1-rn-5f14-6d4-7s2-2-rn-5f14-6 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM3NA-what-is-the-most-probable-radius-in-pm-for-finding-the-electron-in-he-1-0-2-52-9-3-26-5-4-105-8-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM3NQ-the-mass-ratio-of-photons-corresponding-to-the-first-lines-of-the-lyman-and-the-balmer-series-of-the-atomic-spectrum-of-hydrogen-is-1-5-27-2-1-4-3-27-5-4-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM3Ng-an-electron-practically-at-rest-is-initially-accelerated-through-a-potential-difference-of-100-volts-it-then-has-a-de-broglie-wavelength-lambda-1-aring-it-then-get-retarded-through-19-volts-and-then-i https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM3Nw-which-of-the-following-has-the-maximum-number-of-unpaired-electons-1-mg2-2-ti3-3-v3-4-fe2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM3OQ-the-azimuthal-quantum-number-characterizes-1-e-m-ratio-of-electron-2-spin-of-electron-3-angular-momentum-of-the-electron-4-magnetic-momentum-of-the-electron-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM4MA-for-the-energy-levels-in-an-atom-which-one-of-the-following-statements-is-correct-1-there-are-seven-principal-electron-energy-levels-2-the-second-principal-energy-level-can-have-two-sub-energy-levels https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM4MQ-arrange-the-following-particles-in-increasing-order-of-values-of-e-m-ratio-electron-e-proton-p-neutron-n-and-alpha-particle-alpha-1-n-p-e-alpha-2-n-alpha-p-e-3-n-p-alpha-e-4-e-p-n-alpha-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM4Mg-the-increasing-order-of-energy-of-electromagnetic-radiation-can-be-represented-as-1-microwave-infrared-visible-x-ray-2-x-ray-visible-infrared-microwave-3-microwave-infrared-visible-radio-waves-4-x-ray https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM4Mw-the-wavelength-of-the-photoelectric-threshold-of-metal-is-230-nm-determine-the-k-e-of-photoelectron-ejected-from-the-surface-by-uv-radiation-emitted-from-the-second-longest-wavelength-transition-downw https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM4NA-beryllium-s-fourth-electron-will-have-the-four-quantum-numbers-n-l-m-s-1-1-0-0-1-2-2-1-1-1-1-2-3-2-0-0-1-2-4-2-1-0-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM4NQ-mass-of-neutron-is-times-the-mass-of-an-electron-1-1840-2-1480-3-2000-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM4Ng-if-the-size-of-the-first-orbit-of-the-hydrogen-atom-is-5-29-nm-the-size-of-the-second-orbit-of-he-is-1-2-65-nm-2-21-16-nm-3-10-58-nm-4-5-29-nm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM4Nw-which-one-of-the-following-is-not-characteristic-of-planck-s-quantum-theory-of-radiation-ndash-1-the-energy-is-not-absorbed-or-emitted-in-whole-numbers-or-multiples-of-quantum-2-radiation-is-associate https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTM4OA-3p-orbital-has-1-two-spherical-nodes-2-two-non-spherical-nodes-3-one-spherical-and-one-non-spherical-node-4-one-spherical-and-two-non-spherical-nodes-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-Rpb246NTQ4Nw-the-number-of-d-electrons-retained-in-fe2-1-5-2-6-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjUzNzI-what-transition-in-the-hydrogen-spectrum-would-have-the-same-wavelength-as-the-balmer-transition-n-4-to-n-2-in-the-he-spectrum-1-n-4-to-n-2-2-n-3-to-n-2-3-n-3-to-n-1-4-n-2-to-n-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU0OTE-which-of-the-following-sets-of-quantum-numbers-is-not-possible-1-n-1-l-0-m-0-s-1-2-2-n-2-l-0-m-0-s-1-2-3-n-3-l-3-m-3-s-1-2-4-n-3-l-1-m-0-s-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU2MjE-an-isotone-of-32ge76-is-i-32ge77-ii-33as77-iii-34se77-iv-34se78-1-only-i-ii-2-only-ii-iii-3-only-ii-iv-4-ii-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU2MjI-which-of-the-following-has-greater-number-of-electrons-than-neutrons-1-al3-2-o2-3-f-4-c-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU2MjM-the-work-function-of-a-metal-is-4-2-ev-if-radiations-of-2000-a0-fall-on-the-metal-then-the-kinetic-energy-of-the-fastest-photoelectron-is-1-1-6-x-10-19j-2-16-x-1010j-3-3-2-x-10-19j-4-6-4-x-10-10j-1-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU2MjQ-two-radiations-have-wavelengths-8000-aring-and-16000-aring-with-corresponding-energies-e-1-and-e-2-respectively-establish-the-relationship-between-e-1-and-e-2-1-e-1-6e-2-2-e-1-2e-2-3-e-1-4e-2-4-e-1-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU2MjU-the-transition-of-electrons-in-h-atom-that-will-emit-maximum-energy-is-1-n3-8594-n2-2-n4-8594-n3-3-n5-8594-n4-4-n6-8594-n5-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU2MjY-the-transition-in-the-he-ion-in-the-balmer-series-that-would-have-the-same-wave-number-as-the-first-lyman-line-in-the-hydrogen-spectrum-is-1-2-rightarrow1-2-5-rightarrow3-3-4-rightarrow2-4-6-rightarro https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU2Mjc-if-the-speed-of-electron-in-bohr-s-first-orbit-of-hydrogen-atom-be-x-then-speed-of-the-electron-in-3rd-orbit-is-1-x-9-2-x-3-3-3x-4-9x-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU2Mjg-in-bohr-s-model-of-the-hydrogen-atom-the-ratio-between-the-period-of-revolution-of-an-electron-in-the-orbit-n-1-to-the-period-of-revolution-of-the-electron-in-the-orbit-n-2-is-1-1-2-2-2-1-3-1-4-4-1-8 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU2Mjk-a-cricket-ball-of-0-5-kg-is-moving-with-a-velocity-of-100-ms-1-the-wavelength-associated-with-its-motion-is-1-1-100cm-2-6-6-x-10-34m-3-1-32-x-10-35m-4-6-6-x-10-28m-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjU2MzE-what-is-the-number-of-electrons-in-19-k-with-quantum-numbers-n-3-and-l-0-1-two-2-2-one-1-3-four-4-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MjcyMDU-the-ratio-of-the-difference-in-energy-between-the-first-and-second-bohr-orbit-of-h-to-that-between-the-second-and-the-third-bohr-orbit-is-1-1-2-2-1-3-3-4-9-4-27-5-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246Mjc2NDA-the-number-of-orbitals-that-are-possible-at-the-l-energy-level-is-1-2-2-4-3-6-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246Mjc2NDE-the-radius-of-second-stationary-orbit-in-bohr-s-atom-is-r-the-radius-of-3rd-orbit-will-be-1-9r-2-r-4-3-9r-4-4-2r-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246Mjc2NDQ-which-of-the-following-is-not-correctly-matched-1-energy-associated-with-bohr-s-orbit-e-dfrac-2-18-times-10-18-times-z-2-n-2-2-energy-gap-between-two-orbits-delta-e-h-c-z-2-r-h-left-frac-1-n-1-2-frac https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246Mjc2NDY-if-the-velocity-of-a-particle-is-reduced-to-1-3rd-then-percentage-increase-in-its-de-broglie-wavelength-will-be-1-100-2-200-3-50-4-33-33-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246Mjc2NDc-the-magnetic-moment-order-is-correctly-given-in-1-fe2-fe3-mn4-cr3-2-cr3-mn4-fe2-fe3-3-cr3-mn4-fe3-fe2-4-fe2-cr3-fe3-mn4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246Mjc2NDg-bohr-s-model-is-not-valid-for-1-h-atom-2-d-atom-3-t-atom-4-he-atom-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246Mjc2NTA-the-maximum-wavelength-in-the-lyman-series-of-he-ion-is-1-3r-2-1-3r-3-1-r-4-2r-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246Mjc2NTE-an-atom-has-a-mass-number-of-13-and-contains-7-neutrons-determine-its-atomic-number-1-6-2-7-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MzAwMjQ-when-an-electron-jumps-from-n-5-to-n-1-in-a-hydrogen-atom-the-number-of-spectral-lines-obtained-is-1-3-2-4-3-6-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246MzAyOTA-the-frequency-of-radiation-emitted-when-the-electron-falls-from-n-4-to-n-1-in-a-hydrogen-atom-will-be-given-ionization-energy-of-h-2-18-x-10-18j-atom-1-and-h-6-625-x-10-34js-1-2-00-x-1015-s-1-2-1-54-x https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDA3OTU-which-one-is-the-wrong-statement-1-de-broglie-s-wavelength-is-given-by-lambda-h-mv-where-m-mass-of-the-particle-v-group-velocity-of-the-particle-2-the-uncertainty-principle-is-e-t-ge-h-4-pi-3-half-fil https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDA3OTc-what-is-the-correct-family-and-electronic-configuration-for-element-z-114-1-halogen-family-rn-5f146d107s27p5-2-carbon-family-rn-5f146d107s27p2-3-oxygen-family-rn-5f146d107s27p4-4-nitrogen-family-rn-5f https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDA4NDI-the-number-of-electrons-that-can-be-fit-into-the-orbital-for-which-n-3-and-l-1-is-1-2-2-6-3-10-4-14-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDA4NjE-which-of-the-following-pairs-of-d-orbitals-will-have-electron-density-along-the-axes-1-dz2-dxz-2-dxz-dyz-3-dz2-dx2-y2-4-dxy-dx2-y2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDA4ODc-two-electrons-occupying-the-same-orbital-are-distinguished-by-1-magnetic-quantum-number-2-azimuthal-quantum-number-3-spin-quantum-number-4-principal-quantum-number-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDA4ODk-the-electronic-configurations-of-eu-atomic-no-63-gd-atomic-no-64-and-tb-tb-atomic-no-65-are-1-xe-4f65d16s2-xe-4f75d16s2-and-xe-4f96s2-2-xe-4f65d16s2-xe-4f75d16s2-and-xe-4f85d16s2-3-xe-4f76s2-xe-4f75d1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDA5Mzg-the-magnetic-moment-of-2-84-bm-can-be-shown-by-at-no-ni-28-ti-22-cr-24-co-27-1-ni2-2-ti3-3-cr3-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDA5NTA-the-number-of-d-electrons-in-fe2-z-26-is-not-equal-to-the-number-of-electrons-in-which-one-of-the-following-1-s-electrons-in-mg-z-12-2-p-electrons-in-cl-z-17-3-d-electrons-in-fe-z-26-4-p-electrons-in https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEwMDI-which-is-the-correct-order-of-increasing-energy-of-the-listed-orbitals-in-the-atom-of-titanium-1-3s-4s-3p-3d-2-4s-3s-3p-3d-3-3s-3p-3d-4s-4-3s-3p-4s-3d-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEwMTg-calculate-the-energy-in-joule-corresponding-to-light-of-wavelength-45-nm-planck-s-constant-h-6-63-x-10-34-js-speed-of-light-c-3-x-108-ms-1-1-6-67-x-1015-2-6-67-x-1011-3-4-42-x10-15-4-4-42-x-10-18-1-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEwNjI-what-is-the-maximum-numbers-of-electrons-that-can-be-associated-with-the-following-set-of-quantum-numbers-n-3-l-1-and-m-1-1-10-2-6-3-4-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEwNjc-from-the-given-equation-certain-conclusions-are-drawn-mathrm-e-2-178-times-10-18-mathrm-j-frac-mathrm-z-2-mathrm-n-2-choose-the-incorrect-statement-1-the-negative-sign-in-the-equation-implies-that-the https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDExMDk-the-maximum-number-of-electrons-in-a-subshell-with-l-3-and-n-4-is-1-14-2-16-3-10-4-12-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDExMTY-the-correct-set-of-four-quantum-numbers-for-the-valence-electron-of-rubidium-atom-z-37-is-1-5-1-1-1-2-2-6-0-0-1-2-3-5-0-0-1-2-4-5-1-0-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDExOTA-the-total-number-of-atomic-orbitals-in-fourth-energy-level-of-an-atom-is-1-16-2-32-3-4-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEyMDM-if-the-principal-quantum-number-n-6-the-correct-sequence-of-filling-of-electrons-will-be-1-ns-rarr-np-rarr-n-1-d-rarr-n-2-f-2-ns-rarr-n-2-f-rarr-n-1-d-rarr-np-3-ns-rarr-n-1-d-rarr-n-2-f-rarr-np-4-ns-r https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEyMjc-which-one-of-the-following-ions-has-electronic-configuration-ar-3d6-at-no-mn-25-fe-26-co-27-ni-28-1-ni3-2-mn3-3-fe3-4-co3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEyNTg-which-one-of-the-elements-with-the-following-outer-orbital-configurations-may-exhibit-the-largest-number-of-oxidation-states-1-3d3-4s2-2-3d5-4s1-3-3d5-4s2-4-3d2-4s2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEyODM-maximum-number-of-electrons-in-a-subshell-of-an-atom-can-be-determined-by-which-of-the-following-formula-1-4l-2-2-2l-1-3-4l-2-4-2n2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEyOTY-the-energy-absorbed-by-each-molecule-a2-of-a-substance-is-4-4-times-10-19j-and-bond-energy-per-molecule-is-4-0-times-10-19j-the-energy-of-the-molecule-per-atom-will-be-1-2-2-times-10-19j-2-2-0-times-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEzMDM-which-of-the-following-is-not-permissible-arrangement-of-electrons-in-an-atom-1-n-4-l-0-m-0-s-ndash-1-2-2-n-5-l-3-m-0-s-1-2-3-n-3-l-2-m-ndash-3-s-ndash-1-2-4-n-3-l-2-m-ndash-2-s-ndash-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEzMTE-if-uncertainty-in-position-and-momentum-are-both-equal-what-will-the-uncertainty-in-velocity-be-1-dfrac-1-2-m-sqrt-dfrac-h-pi-2-sqrt-dfrac-h-2-pi-3-dfrac-1-m-sqrt-dfrac-h-pi-4-dfrac-h-pi-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEzNDA-the-measurement-of-the-electron-position-is-associated-with-an-uncertainty-in-momentum-which-is-equal-to-1x10-18-g-cm-s-1-the-uncertainty-in-velocity-of-the-electron-will-be-mass-of-an-electron-is-9-x https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEzNjc-consider-the-following-sets-of-quantum-numbers-n-l-m-s-i-3-0-0-1-2-ii-2-2-1-1-2-iii-4-3-2-1-2-iv-1-0-1-1-2-v-3-2-3-1-2-which-of-the-following-sets-of-quantum-numbers-is-not-possible-1-ii-iii-and-iv-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDEzNjg-which-one-of-the-following-ions-is-the-most-stable-in-aqueous-solution-1-cr-3-2-v-3-3-ti-3-4-mn-3-at-no-ti-22-v-23-cr-24-mn-25-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDE0MTQ-given-the-following-data-a-mass-of-electron-9-11-x-10-31-kg-b-planck-s-constant-6-626-x-10-34-js-in-light-of-the-data-given-above-the-uncertainty-involved-in-the-measurement-of-velocity-within-a-dista https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDE0NDk-the-orientation-of-an-atomic-orbital-is-governed-by-1-azimuthal-quantum-number-2-spin-quantum-number-3-magnetic-quantum-number-4-principal-quantum-number-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NTA4MTU-an-electronic-configuration-representing-an-atom-in-the-excited-state-is-1-1s2-2s22p1-2-1s2-2s22p2-3-1s2-2s22p2-3s1-4-1s2-2s22p5-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NTA4ODc-how-does-the-energy-gap-between-successive-energy-levels-in-an-atom-vary-from-low-to-high-n-values-1-all-energy-gaps-are-the-same-2-the-energy-gap-decreases-as-n-increases-3-the-energy-gap-increases-a https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246Njk0ODc-iodine-molecule-dissociates-into-atoms-after-absorbing-light-of-4500-a-if-one-quantum-of-radiation-is-absorbed-by-each-molecule-calculate-the-kinetic-energy-of-iodine-atoms-given-bond-energy-of-i2-is https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246ODkwNTg-how-many-electrons-can-fit-in-the-subshell-for-which-n-3-and-l-1-1-2-2-6-3-10-4-14-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246ODkxMzM-a-pair-of-d-orbitals-having-electron-density-along-the-axes-is-1-dz2-dxz-2-dxz-dzy-3-dz2-dx2-y2-4-dxy-dx2-y2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246ODkxOTY-the-incorrect-statement-among-the-following-is-1-total-orbital-angular-momentum-of-an-electron-in-s-orbital-is-equal-to-zero-2-an-orbital-is-designated-by-three-quantum-numbers-while-an-electron-in-an https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTEwMzU-the-number-of-d-electrons-in-fe2-atomic-number-z-26-is-different-from-the-number-of-1-s-electrons-in-mg-z-12-2-p-electrons-in-cl-z-17-3-d-electrons-in-fe-z-26-4-p-electrons-in-ne-z-10-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTEwMzk-the-angular-momentum-of-electrons-in-d-orbital-is-equal-to-1-6-h-2-2h-3-23-h-4-0-h-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTExODM-what-is-the-maximum-number-of-orbitals-that-can-be-identified-with-the-following-quantum-numbers-n-3-l-1-m-0-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTE0NTQ-the-value-of-planck-s-constant-is-6-63-times-10-ndash-34-js-the-speed-of-light-is-3-times-1017-nm-s-ndash-1-which-value-is-closest-to-the-wavelength-in-nanometers-of-a-quantum-of-light-with-a-frequenc https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTIxNDI-maximum-number-of-electrons-in-a-subshell-with-l-3-and-n-4-is-1-14-2-16-3-10-4-12-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTI1MDk-the-total-number-of-atomic-orbitals-in-fourth-energy-level-of-an-atom-is-1-16-2-32-3-4-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTI1MzI-the-energies-e1-and-e2-of-two-radiations-are-25-ev-and-50-ev-respectively-the-relation-between-their-wavelengths-i-e-lambda-1-and-lambda-2-will-be-1-lambda-1-2-lambda-2-2-lambda-1-4-lambda-2-3-lambda https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTI1NDY-find-the-correct-sequence-of-filling-of-electrons-for-an-atom-having-principal-quantum-number-n-equal-to-6-1-ns-rarr-n-1-d-rarr-n-2-f-rarr-np-2-ns-n-2-f-rarr-np-rarr-n-1-d-3-ns-np-rarr-n-1d-rarr-n-2-f https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTM2ODA-an-element-x-has-the-following-isotopic-composition-200x-90-199x-8-0-202x-2-0-the-weighted-average-atomic-mass-of-the-naturally-occurring-element-x-is-closest-to-1-200-amu-2-201-amu-3-202-amu-4-199-am https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTU1OTI-which-of-the-following-is-the-correct-arrangement-of-4d-5p-5f-and-6p-orbitals-in-the-order-of-decreasing-energy-1-5f-6p-4d-5p-2-5f-6p-5p-4d-3-6p-5f-5p-4d-4-6p-5f-4d-5p-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTU2MDI-which-of-the-following-series-of-transitions-in-the-spectrum-of-hydrogen-atoms-falls-in-the-visible-region-1-brackett-series-2-lyman-series-3-balmer-series-4-paschen-series-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0ODA-the-orbital-diagram-in-which-both-pauli-s-exclusion-principle-and-hund-s-rule-are-violated-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0ODI-if-the-electronic-structure-of-oxygen-atom-is-written-as-1s2-2s2-it-would-violate-1-hund-s-rule-2-paulis-exclusion-principle-3-both-hund-s-and-pauli-s-principles-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0ODM-the-correct-order-of-the-total-number-of-nodes-of-atomic-orbitals-is-1-4f-6s-5d-2-6s-5d-4f-3-4f-5d-6s-4-5d-4f-6s-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0ODQ-correct-statement-among-the-following-is-1-number-of-angular-nodes-n-l-1-2-number-of-radial-nodes-l-3-total-number-of-nodes-n-1-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0ODU-which-orbital-has-the-maximum-number-of-total-nodes-1-5s-2-5p-3-5d-4-all-have-the-same-number-of-nodes-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0ODY-orbitals-having-two-spherical-nodes-are-1-2s-2-4s-3-3d-4-6f-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0ODc-the-correct-schrodinger-s-wave-equation-for-a-electron-with-total-energy-e-and-potential-energy-v-is-given-by-1-8706-2-968-8706-x2-8706-2-968-8706-y2-8706-2-968-8706-z2-8-960-2mh2e-v-968-0-2-8706-2-96 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0ODg-the-development-of-the-wave-mechanical-model-of-the-atom-is-based-on-which-of-the-following-concepts-1-de-broglie-concept-of-the-dual-nature-of-the-electron-2-heisenberg-uncertainty-principle-3-schrod https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0ODk-968-2r-952-981-represents-for-schrodinger-wave-mechanical-model-1-amplitude-of-electron-wave-2-probability-density-of-electron-3-total-probability-of-finding-electron-around-nucleus-4-orbit-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0OTA-radial-amplitude-of-electron-wave-can-be-represented-by-1-rr-2-r2r-3-4-960-r2-4-4-960-r2r2r-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0OTE-the-schrodinger-wave-equation-for-the-hydrogen-atom-is-psi-2-s-frac-1-4-sqrt-2-pi-left-frac-1-a-0-right-3-2-left-2-frac-mathrm-r-mathrm-a-0-right-mathrm-e-mathrm-r-mathrm-a-0-where-a0-is-bohr-s-radius https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0OTI-the-schrodinger-wave-equation-for-hydrogen-atom-is-968-radial-1164za03-2-963-1-963-2-8-963-12e-963-2-where-a0-and-z-are-the-constant-in-which-answer-can-be-expressed-and-963-2zra0-minimum-and-maximum https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0OTM-isodiaphers-among-the-following-options-is-1-c614-and-n1123-2-m1224g-and-c1123-3-h24e-and-o816-4-c612-and-n715-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0OTQ-the-incorrect-statement-regarding-the-characteristics-of-x-rays-is-1-the-radiation-can-ionize-the-gas-2-it-causes-a-fluorescence-effect-on-zns-3-it-is-deflected-by-electric-and-magnetic-fields-4-have https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0OTU-the-correct-expression-derived-for-the-energy-of-an-electron-in-the-nth-energy-level-is-for-h-atom-1-en-2-960-2me4k2n2h2-2-en-960-2me4k22n2h2-3-en-2-960-2me2k2n2h2-4-en-2-960-2me4k2n2h2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0OTY-for-any-h-like-system-the-ratio-of-velocities-of-i-ii-iii-orbit-i-e-v1-v2-v3-will-be-1-1-2-3-2-1-1-2-1-3-3-3-2-1-4-1-1-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0OTc-select-the-incorrect-graph-for-velocity-of-e-in-an-orbit-vs-z-1nandn-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0OTg-number-of-waves-produced-by-an-electron-in-one-complete-revolution-in-nth-orbit-is-1-n-2-n2-3-n-1-4-2n-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY0OTk-the-energy-of-an-electron-moving-in-nth-bohr-s-orbit-of-an-element-is-given-by-en-13-6n2-z2-ev-atom-z-atomic-number-the-graph-of-e-vs-z-2-keeping-n-constant-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MDA-the-characteristic-spectrum-obtained-from-atoms-of-an-element-is-called-1-atomic-spectrum-2-line-spectrum-3-absorption-spectrum-4-any-one-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MDE-which-of-the-following-expressions-represents-the-spectrum-of-balmer-series-if-n-is-the-principal-quantum-number-of-higher-energy-level-in-hydrogen-atom-1-v-175-rn-1n-1n2cm-1-2-v-175-rn-2n-24n2cm-1-3 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MDI-the-h-spectrum-show-1-heisenberg-s-uncertainty-principle-2-diffraction-3-polarization-4-presence-of-quantized-energy-level-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MDM-in-photoelectric-effect-the-kinetic-energy-of-photoelectrons-increases-linearly-with-the-1-wavelength-of-incident-light-2-frequency-of-incident-light-3-velocity-of-incident-light-4-atomic-mass-of-an-e https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MDQ-slope-of-v0-vs-v-curve-is-where-v0-stopping-potential-v-subjected-frequency-1-e-2-he-3-981-4-h-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MDU-what-is-the-nature-of-the-graph-between-the-kinetic-energy-of-photoelectrons-ejected-and-the-frequency-of-the-incident-radiation-based-on-einstein-s-photoelectric-equation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MDY-the-photoelectric-emission-from-a-surface-starts-only-when-the-light-incident-upon-the-surface-has-a-certain-minimum-1-intensity-2-wavelength-3-frequency-4-velocity-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MDc-if-955-0-and-955-be-the-threshold-wavelength-and-the-wavelength-of-incident-light-the-velocity-of-photo-electrons-ejected-from-the-metal-surface-is-1-2hm-955-0-955-2-2hcm-955-0-955-3-2hcm-955-0-955-95 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MDg-the-ratio-of-slopes-of-k-max-text-vs-v-text-an-d-v-0-text-vs-v-curves-in-photoelectric-effect-gives-v-frequency-k-max-maximum-kinetic-energy-v-0-stopping-potential-1-charge-of-electron-2-planck-s-cons https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MDk-the-largest-de-broglie-wavelength-among-the-following-all-have-equal-velocity-is-1-co2-molecule-2-nh3-molecule-3-electron-4-proton-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MTA-von-two-particles-a-and-b-are-plotted-against-de-broglie-wavelengths-where-v-is-the-potential-on-the-particles-which-of-the-following-relation-is-correct-about-the-mass-of-particles-1-ma-mb-2-ma-62-mb https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1MjU-identify-the-graph-that-correctly-depicts-the-variation-of-momentum-with-the-de-broglie-wavelength-of-a-particle-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1Mzc-the-excited-state-of-an-h-atom-emits-a-photon-of-wavelength-lambda-and-returns-to-the-ground-state-the-principal-quantum-number-of-the-excited-state-is-given-by-1-lambda-r-lambda-r-1-2-lambda-r-lambda https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1Mzg-a-dye-absorbs-a-photon-of-wavelength-lambda-and-re-emits-the-same-energy-into-two-photons-of-wavelengths-lambda-1-and-lambda-2-respectively-the-wavelength-lambda-is-related-to-lambda-1-and-lambda-2-as https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1Mzk-given-below-are-two-statements-statement-i-line-emission-spectra-are-useful-in-the-study-of-electronic-structure-statement-ii-each-element-has-a-unique-line-emission-spectrum-1-statement-i-is-incorrec https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1NDA-consider-the-given-two-statements-statement-i-emitted-radiation-will-fall-in-the-visible-range-when-an-electron-jumps-from-n-4-to-n-2-in-h-atom-statement-ii-balmer-series-radiations-belong-to-the-visi https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1NDE-statement-1-the-ground-state-electronic-configuration-of-nitrogen-is-statement-2-electrons-are-filled-in-orbitals-as-per-the-aufbau-principle-hund-s-rule-of-maximum-spin-multiplicity-and-pauli-s-princ https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTY1NDI-given-below-are-two-statements-statement-i-orbital-having-xz-plane-as-node-may-be-3dxy-statement-ii-3dxy-has-zero-radial-node-1-both-statements-are-true-and-statement-ii-is-the-correct-explanation-of https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTAyNzM4-the-quantum-number-not-obtained-from-schrodinger-rsquo-s-wave-equation-is-1-n-2-l-3-m-4-s-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTE3NjY0-for-a-subatomic-particle-the-uncertainty-in-position-is-same-as-that-of-uncertainty-in-its-momentum-the-least-uncertainty-in-its-velocity-can-be-given-as-1-v-h4-pi-m2-2-v-12-pi-hm-3-v-h2-pi-m-4-v-12mh https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTMwMjUx-photons-of-wavelength-4000-ao-are-used-to-break-l2-molecules-the-percentage-of-energy-converted-to-the-kinetic-energy-of-atoms-will-be-given-bond-dissociation-energy-of-the-molecule-is-246-5-kj-mol-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTMwMjcz-the-wavelength-of-the-spectral-line-obtained-in-the-spectrum-of-li-2-when-the-transition-takes-place-between-levels-whose-sum-is-4-and-the-difference-is-2-will-be-1-11-4-x-10-6-cm-2-1-14-x-10-6cm-3-0 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTMwMjgz-of-the-following-transitions-in-hydrogen-atom-the-one-which-gives-an-absorption-line-of-lowest-frequency-is-1-n-1-to-n-2-2-n-3-to-n-8-3-n-2-to-n-1-4-n-8-to-n-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTMwMjg1-the-charge-on-the-electron-and-proton-are-reduced-to-23rd-of-their-original-values-let-the-present-value-of-the-rydberg-constant-of-h-atom-be-r-then-the-new-value-of-the-rydberg-constant-will-be-1-2r3 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTMwMzYx-in-a-subshell-if-the-number-of-radial-nodes-is-two-times-the-number-of-angular-nodes-then-the-minimum-possible-value-of-the-principal-quantum-number-n-is-angular-nodes-are-non-zero-1-1-2-2-3-3-4-4-1-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTMxNjUx-orbital-having-3-angular-nodes-and-3-total-nodes-is-1-5-p-2-3-d-3-4-f-4-6-d-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTMxNjUy-in-hydrogen-atom-what-is-the-de-broglie-wavelength-of-an-electron-in-the-second-bohr-orbit-is-given-that-bohr-radius-a0-52-9-pm-1-211-6-pm-2-211-6-pi-pm-3-52-9-pi-pm-4-105-8-pm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg1NDk2-the-number-of-protons-neutrons-and-electrons-in-71-175-lu-respectively-are-1-104-71-and-71-2-71-71-and-104-3-175-104-and-71-4-71-104-and-71-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3MzQy-consider-the-given-two-statements-assertion-a-the-spectrum-of-mathrm-he-ion-is-expected-to-be-similar-to-that-of-hydrogen-reason-r-mathrm-he-is-also-a-one-electron-system-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3MzQ3-for-d-electron-the-orbital-angular-momentum-is-1-2h2-960-2-2h2-960-3-2-215-4h2-960-4-6h2-960-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3NDAy-given-below-are-two-statements-assertion-a-the-number-of-radial-and-angular-nodes-for-3p-orbital-is-1-1-respectively-reason-r-the-number-of-radials-and-angular-nodes-depends-only-on-the-principal-quan https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3NDA3-electron-density-in-the-yz-plane-of-3dxy-orbital-is-1-zero-2-0-50-3-0-75-4-0-90-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3NDA5-a-macroscopic-particle-of-mass-100-text-g-and-moving-at-a-velocity-of-100-text-cm-text-s-1-will-have-a-de-broglie-wavelength-of-1-6-6-times-10-ndash-29-cm-2-6-6-times-10-ndash-30-cm-3-6-6-times-10-nda https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3NDEz-which-of-the-following-does-not-represent-the-mathematical-expression-for-the-heisenberg-uncertainty-principle-1-x-p-ge-h4-pi-2-x-v-ge-h4-pi-m-3-e-t-ge-h4-pi-4-e-x-ge-h4-pi-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3NjY5-the-wavelength-associatedd-with-a-golf-ball-weighing-200-g-and-moving-at-a-speed-of-5-m-h-is-of-the-order-1-10-10m-2-10-20m-3-10-30m-4-10-40m-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3Njcw-the-energy-of-an-electron-in-the-first-bohr-s-orbit-of-an-h-atom-is-13-6-ev-the-possible-energy-value-s-of-the-excited-state-s-for-electrons-in-bohr-s-orbits-of-hydrogen-is-are-1-3-4-ev-2-4-2-ev-3-6-8 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3Njcx-in-bohr-series-of-lines-of-hydrogen-spectrum-the-third-line-from-the-red-end-corresponds-to-which-one-of-the-following-inter-orbit-jumps-of-the-electron-for-bohr-s-orbits-in-an-atom-of-hydrogen-1-3-ra https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3Njcy-the-de-broglie-wavelength-of-a-tennis-ball-of-mass-60-g-moving-with-a-velocity-of-10-metres-per-second-is-approximate-planck-s-constant-h-6-63-215-10-34js-1-10-33-metres-2-10-31-metres-3-10-16-metres https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3Njc0-which-of-the-following-ions-has-the-same-radius-as-the-first-bohr-orbit-of-the-hydrogen-atom-1-he-n-2-2-li2-n-2-3-be3-n-2-4-li2-n-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3Njc2-the-number-of-electrons-with-the-azimuthal-quantum-number-l-1-and-2-for-cr-24-in-ground-state-is-1-16-and-5-2-12-and-5-3-16-and-4-4-12-and-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3Njc4-the-wavelength-of-the-radiation-emitted-when-in-a-h-atom-the-electron-falls-from-infinity-to-stationary-state-n-1-is-1-15-nm-2-192-nm-3-406-nm-4-91-nm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3Njc5-the-number-of-radial-nodes-of-3s-and-2p-orbitals-are-respectively-1-2-0-2-0-2-3-1-2-4-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjAxNjI4-the-concept-that-contradicts-the-bohr-model-of-an-atom-is-1-rutherford-model-2-heisenberg-s-uncertainty-principle-3-j-j-thomson-model-4-photoelectric-effect-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjEyMDE4-electrons-are-emitted-with-zero-velocity-from-a-metal-surface-when-it-is-exposed-to-radiation-of-wavelength-6800-aring-the-work-function-w0-of-the-metal-is-1-3-109-times-10-ndash-20-j-2-2-922-times-10 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjEyMDE5-determine-the-maximum-number-of-emission-lines-produced-when-an-electron-in-a-hydrogen-atom-transitions-from-the-n-6-energy-level-to-the-ground-state-1-30-2-21-3-15-4-28-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjEyMDc0-the-ionization-energy-of-a-hydrogen-atom-in-its-ground-state-is-2-18-times-10-sup1-j-calculate-the-energy-required-to-remove-an-electron-from-a-helium-ion-he-in-the-gaseous-state-to-form-he-sup2-1-8-7 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjEyMDc1-calculate-the-work-function-of-silver-metal-given-that-a-stopping-voltage-of-0-35-ev-is-applied-and-the-radiation-has-a-wavelength-of-256-7-nm-1-3-40-ev-2-5-18-ev-3-4-48-ev-4-ndash-4-40-ev-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjEyMDc2-property-which-is-same-for-the-following-species-is-n3-ndash-o2-ndash-f-ndash-na-mg2-and-al3-1-ionic-radii-2-number-of-electrons-3-nuclear-charge-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MjA4-the-statement-that-is-not-correct-for-periodic-classification-of-elements-is-1-the-properties-of-elements-are-periodic-function-of-their-atomic-numbers-2-non-metallic-elements-are-less-in-number-than https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MjE0-comprehension-given-below-is-followed-by-some-multiple-choice-questions-each-question-has-one-correct-option-choose-the-correct-option-in-the-modern-periodic-table-elements-are-arranged-in-order-of-co https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MjE3-the-electronic-configuration-of-the-element-which-is-just-above-the-element-with-atomic-number-43-in-the-same-group-is-1-1s22s22p63s23p63d54s2-2-1s22s22p63s23p63d54s34p6-3-1s22s22p63s23p63d64s2-4-1s22 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjMzODA0-what-is-the-total-number-of-electrons-present-in-one-mole-of-methane-ch-1-6-023-times-1023-2-6-023-times-1024-3-6-023-times-1022-4-1-619-times-1023-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjMzODA1-the-total-number-and-mass-of-neutrons-in-7-mg-of-14c-would-be-assume-that-mass-of-a-neutron-1-675-times-10-ndash-27-kg-1-2-41-times-left-10-right-21-4-03-times-left-10-right-6-kg-2-6-23-times-left-10 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjMzODA2-the-wave-number-of-a-light-whose-time-period-is-2-0-times-10-ndash-10-s-would-be-1-16-66-m-ndash-1-2-1-66-m-ndash-1-3-32-34-m-ndash-1-4-12-34-m-ndash-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjMzODIy-the-number-of-photons-of-light-with-a-wavelength-of-4000-pm-that-provide-1j-of-energy-would-be-1-2-01-times-1016-2-2-01-times-1019-3-4-14-times-1023-4-2-14-times-1021-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjMzOTIw-electromagnetic-radiation-of-wavelength-242-nm-is-just-sufficient-to-ionise-sodium-atom-the-ionisation-energy-of-sodium-in-kj-mol-ndash-1-is-1-494-2-4-94-3-516-4-0-50-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjMzOTIx-a-25-watt-bulb-emits-monochromatic-yellow-light-with-a-wave-length-of-0-57-micro-m-the-rate-of-emission-of-quanta-per-second-would-be-1-7-17-times-10-ndash-19-s-ndash-1-2-4-13-times-1016-s-ndash-1-3-7 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjMzOTIy-the-wavelength-of-light-emitted-when-the-electron-in-a-h-atom-undergoes-the-transition-from-an-energy-level-with-n-4-to-an-energy-level-with-n-2-is-1-586-mm-2-486-nm-3-523-nm-4-416-pm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM1NDgz-the-energy-associated-with-the-fifth-orbit-of-a-hydrogen-atom-is-1-2-18-times-10-18-j-2-8-72-times-10-20-j-3-3-88-times-10-21-j-4-8-72-times-10-19-j-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM1NDg0-the-wave-number-for-the-longest-wavelength-transition-in-the-balmer-series-of-atomic-hydrogen-would-be-1-1-52-times-10-6-m-1-2-3-14-times-10-6-left-cm-right-1-3-15-2-times-10-6-m-1-4-1-52-times-10-6-l https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM1NDg1-the-energy-of-an-electron-in-a-hydrogen-atom-is-given-by-e-n-2-18-times10-18-n-2-mathrm-j-find-the-minimum-shortest-wavelength-of-radiation-required-to-completely-remove-an-electron-from-the-n-2-energ https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM1NDg2-the-wavelength-of-an-electron-moving-with-a-velocity-of-2-05-times-107-m-s-ndash-1-would-be-1-4-65-times-10-12-m-2-3-55-times-10-11-m-3-2-34-times-10-11-m-4-6-43-times-10-11-m-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM1NzY3-the-lowest-value-of-n-for-g-orbitals-is-1-4-2-5-3-3-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM1Nzg4-an-atom-of-an-element-contains-29-electrons-and-35-neutrons-the-number-of-protons-in-the-element-would-be-1-29-2-35-3-6-4-64-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM1Nzk2-if-the-diameter-of-a-carbon-atom-is-0-15-nm-the-number-of-carbon-atoms-that-can-be-placed-side-by-side-in-a-straight-line-across-the-length-of-the-scale-of-length-20-cm-long-will-be-1-1-33-times-107-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM1ODAz-the-charge-on-the-oil-drop-is-ndash-1-282-times-10-ndash-18c-the-number-of-electrons-present-in-it-would-be-1-15-2-8-3-2-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM2ODAx-an-element-with-a-mass-number-of-81-contains-31-7-more-neutrons-as-compared-to-protons-the-atomic-symbol-of-the-element-would-be-1-br3581-2-br3681-3-br3579-4-br3679-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM2ODAy-an-ion-with-mass-number-37-possesses-one-unit-of-negative-charge-the-ion-contains-11-1-more-neutrons-than-the-electrons-the-symbol-of-the-ion-is-1-cl18372-cl17373-cl19384-cl1937-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM2ODA0-a-nitrogen-laser-produces-radiation-at-a-wavelength-of-337-1-nm-if-the-number-of-photons-emitted-per-second-is-5-6-times-1024-the-power-of-the-laser-is-1-4-56-times-107-j-2-3-33-times-106-j-3-1-29-tim https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM2ODA1-a-photon-detector-receives-a-total-energy-of-3-15-times-10-18-j-from-radiation-with-a-wavelength-of-600-nm-how-many-photons-are-received-by-the-detector-1-102-2-10-3-50-4-20-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM2ODA2-what-is-the-energy-associated-with-the-emission-of-2-5-times-1015-photons-in-2-nanoseconds-1-8-28-times-10-10-j-2-8-24-times-10-11-j-3-7-12-times-10-11-j-4-2-12-times-10-10-j-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM2ODA3-emission-transitions-in-the-paschen-series-end-at-orbit-n-3-and-start-from-orbit-n-and-can-be-represented-as-mathrm-v-3-29-times-10-15-mathrm-hz-left-frac-1-3-2-frac-1-mathrm-n-2-right-the-value-of-n https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM2ODA4-if-the-velocity-of-the-electron-is-1-6-times-106-ms-1-find-the-de-broglie-wavelength-associated-with-this-electron-1-590-pm-2-455-pm-3-512-pm-4-401-pm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM2ODA5-what-is-the-velocity-associated-with-a-neutron-that-has-a-wavelength-of-800-pm-1-496-m-s-ndash-1-2-567-m-s-ndash-1-3-494-cm-s-ndash-1-4-501-m-s-ndash-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM2ODEx-the-velocity-associated-with-a-proton-moving-at-a-potential-difference-of-1000-v-is-4-37-times-105-ms-ndash-1-if-the-hockey-ball-of-mass-0-1-kg-is-moving-with-this-velocity-then-the-wavelength-associa https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjUwNjA0-the-maximum-wavelength-in-the-lyman-series-of-he-ion-is-1-3r-2-13r-3-1r-4-2r-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjUxMDg4-according-to-the-bohr-theory-which-of-the-following-transitions-in-the-hydrogen-atom-will-give-rise-to-the-least-energetic-photon-1-n-5-to-n-3-2-n-6-to-n-1-3-n-5-to-n-4-4-n-6-to-n-5-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjUxMDkw-the-orbital-angular-momentum-of-a-p-electron-is-given-as-1-sqrt-3-frac-h-2-pi-2-sqrt-frac-3-2-frac-h-pi-3-sqrt-6-sqrt-frac-h-2-pi-4-frac-h-sqrt-2-pi-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjUxMDk1-find-the-de-broglie-wavelength-associated-with-a-ball-of-mass-0-66-kg-moving-with-a-speed-of-100-m-s-sup1-given-h-6-6-times-10-34-js-1-6-6-times-10-34m-2-1-0-times-10-35-m-3-1-0-times-10-32m-4-6-6-tim https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjYzOTI2-if-the-energy-value-is-e-3-03-times-10-ndash-19-joules-h-6-6-times-10-ndash-34-j-x-sec-c-3-times-108-m-sec-then-the-value-of-the-corresponding-wavelength-is-1-65-3-nm-2-6-53-nm-3-3-4-nm-4-653-nm-1-2-3 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjYzOTg3-which-of-the-following-molecule-is-not-paramagnetic-1-cu-2-fe2-3-cl-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY0Mzc2-the-radius-of-a-hydrogen-shell-is-0-53-aring-in-its-first-excited-state-radius-of-the-shell-will-be-1-2-12-aring-2-1-06-aring-3-8-5-aring-4-4-24-aring-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY0Mzc4-uncertainty-in-position-of-a-e-and-he-is-similar-if-uncertainty-in-momentum-of-e-is-32-times-105-then-uncertainty-in-momentum-of-he-will-be-1-32-times-105-2-16-times-105-3-8-times-105-4-none-of-the-ab https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY1Mjg5-in-the-hydrogen-atom-the-energy-of-the-first-excited-state-is-ndash-3-4-ev-then-find-out-k-e-kinetic-energy-of-the-same-orbit-of-the-hydrogen-atom-1-3-4-ev-2-6-8-ev-3-ndash-13-6-ev-4-13-6-ev-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2MDMx-the-value-of-planck-s-constant-is-6-63-times-10-ndash-34-j-s-the-velocity-of-light-is-3-0-times-108-m-s-ndash-1-the-closest-value-to-the-wavelength-in-nanometers-of-a-quantum-of-light-with-a-frequency https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2NDI4-the-mass-and-charge-of-one-mole-of-electrons-are-respectively-1-5-48-times-10-7-kg-9-65-c-2-5-48-times-10-7-c-1-098-times-1027-3-5-48-times-10-7-kg-9-65-times-104-c-4-9-65-times-104-c-1-098-times-1027 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2NDc1-which-value-is-indicated-by-the-period-number-in-the-modern-periodic-table-1-atomic-number-2-atomic-mass-3-principal-quantum-number-4-azimuthal-quantum-number-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2ODA0-the-number-of-orbitals-indicated-by-the-following-set-of-quantum-numbers-n-3-l-2-m-2-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2ODIx-the-maximum-number-of-neutrons-are-present-in-the-nuclei-of-1-8-16-mathrm-o-2-12-24-mathrm-mg-3-26-56-mathrm-fe-4-38-88-mathrm-sr-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2ODI5-the-complete-symbol-for-the-atom-with-the-given-atomic-number-z-and-atomic-mass-a-would-be-respectively-i-z-17-a-35-ii-z-92-a-233-iii-z-4-a-9-1-be49-u92233-be49-2-cl1735-u92233-be49-3-be49-cl1735-u922 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2ODM3-yellow-light-emitted-from-a-sodium-lamp-has-a-wavelength-lambda-of-580-nm-the-frequency-nu-and-wave-number-of-this-yellow-light-would-be-respectively-1-517-times-1014-s-ndash-1-172-times-106-m-ndash-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2ODQ0-the-energy-of-the-photon-with-a-frequency-of-3-times-1015-hz-is-1-1-988-times-10-18-j-2-1-588-times-10-18-j-3-1-288-times-10-18-j-4-2-988-times-10-18-j-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2ODU2-a-photon-of-wavelength-4-times-10-ndash-7-m-strikes-a-metal-surface-the-work-function-of-the-metal-being-2-13-ev-the-kinetic-energy-of-emission-would-be-1-0-97-ev-2-97-ev-3-4-97-times-10-19-ev-4-5-84 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2ODY2-which-of-the-following-statements-correctly-compares-the-energy-required-to-ionize-a-hydrogen-atom-when-its-electron-is-in-the-5th-orbit-n-5-with-the-ionization-energy-from-the-ground-state-n-1-1-more https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2ODc2-the-wavelength-of-the-light-emitted-when-the-electron-returns-to-the-ground-state-in-the-h-atom-from-n-5-to-n-1-would-be-the-ground-state-electron-energy-is-ndash-2-18-times-10-ndash-18-j-1-wavelength https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2OTAw-the-possible-values-of-n-l-and-m-for-the-electron-present-in-3d-would-be-respectively-1-n-3-l-1-m-ndash-2-ndash-1-3-1-2-2-n-3-l-3-m-ndash-2-ndash-1-0-1-2-3-n-3-l-2-m-ndash-2-ndash-1-0-1-2-4-n-5-l-2-m https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2OTA1-the-number-of-electrons-in-the-species-h2-h2-o2-are-respectively-1-15-2-1-2-15-1-2-3-1-2-15-4-2-1-15-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2OTE1-orbital-that-does-not-exist-1-6p-2-2s-3-3f-4-2p-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2OTIw-which-of-the-following-sets-of-quantum-numbers-corresponds-to-the-3p-orbital-1-n-1-l-0-2-n-3-l-1-3-n-4-l-2-4-n-4-l-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2OTM3-which-of-the-following-sets-of-quantum-numbers-is-possible-1-n-0-l-0-ml-0-ms-frac12-2-n-1-l-0-ml-0-ms-ndash-frac12-3-n-1-l-1-ml-0-ms-frac12-4-n-3-l-3-ml-ndash-3-ms-frac12-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2OTM4-the-total-number-of-electrons-in-an-atom-with-the-following-quantum-numbers-would-be-a-n-4-ms-ndash-frac12-b-n-3-l-0-1-16-2-2-11-8-3-16-8-4-12-7-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2OTM5-the-transition-in-the-hydrogen-spectrum-that-would-have-the-same-wavelength-as-balmer-transition-from-n-4-to-n-2-of-he-spectrum-is-1-n1-3-to-n2-4-2-n2-3-to-n1-2-3-n2-3-to-n1-1-4-n2-2-to-n1-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2OTYw-2-times-108-atoms-of-carbon-are-arranged-side-by-side-the-radius-of-a-carbon-atom-if-the-length-of-this-arrangement-is-2-4-cm-would-be-1-7-0-times-10-ndash-11-m-2-5-0-times-10-ndash-11-m-3-8-0-times-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2OTg2-what-is-the-number-of-zinc-atoms-present-in-a-linear-arrangement-of-length-1-6-cm-given-that-the-diameter-of-a-zinc-atom-is-2-6-aring-1-5-153-times-107-2-6-153-times-107-3-4-153-times-109-4-6-153-time https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY2OTg3-a-certain-particle-carries-2-5-times-10-ndash-16-c-of-static-electric-charge-the-number-of-electrons-present-in-it-would-be-1-1460-2-1350-3-1560-4-1660-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MDI4-in-rutherford-s-alpha-particle-scattering-experiment-a-thin-foil-of-heavy-metals-like-gold-or-platinum-is-typically-used-if-a-lighter-metal-foil-such-as-aluminum-were-used-instead-how-would-the-observ https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MDM0-why-are-the-symbols-br-and-br-are-considered-acceptable-whereas-sup3-9br-and-sup3-brand-are-not-acceptable-representations-of-bromine-1-the-general-convention-for-representing-an-element-along-with-it https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MDQ1-what-is-the-correct-arrangement-of-the-following-electromagnetic-spectrum-in-the-increasing-order-of-frequency-1-cosmic-rays-amber-light-radiation-of-fm-radio-x-rays-radiation-from-microwave-ovens-2-r https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MDU2-the-longest-wavelength-doublet-absorption-transition-is-observed-at-589-and-589-6-nm-the-frequency-of-second-transition-and-energy-difference-between-two-excited-states-are-respectively-1-nu-9-5-times https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MDU4-the-work-function-of-the-cesium-atom-is-1-9-mathrm-ev-what-is-the-threshold-frequency-of-radiation-for-this-atom-1-4-59-times10-14-s-1-2-8-59-times10-14-s-1-3-5-59-times10-14-s-1-4-65-9-times10-14-s-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MDY5-the-following-results-were-observed-when-sodium-metal-was-irradiated-with-different-wavelengths-what-would-be-the-threshold-wavelength-based-on-these-observations-lambda-nm-500-450-400-v-times-10-ndas https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MDcw-when-a-photon-with-a-wavelength-of-150-pm-strikes-an-atom-one-of-its-inner-bound-electrons-is-ejected-at-a-velocity-of-1-5-times-107-m-s-ndash-1-the-energy-with-which-it-is-bound-to-the-nucleus-would https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MDcx-the-wavelength-for-the-emission-transition-the-series-to-which-this-transition-belongs-and-the-region-of-the-spectrum-if-it-starts-from-the-orbit-having-a-radius-of-1-3225-nm-and-ends-at-211-6-pm-woul https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MTAw-if-the-position-of-the-electron-were-measured-with-an-accuracy-of-0-002-nm-the-uncertainty-in-the-momentum-of-the-electron-would-be-1-5-637-times-10-ndash-23-kg-m-s-ndash-1-2-4-637-times-10-ndash-23-k https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MTEx-the-quantum-numbers-of-six-electrons-are-given-below-arrange-them-in-the-increasing-order-of-energies-i-n-4-l-2-m-l-ndash-2-m-s-ndash-1-2-ii-n-3-l-2-m-l-1-m-s-1-2-iii-n-4-l-1-m-l-0-m-s-1-2-iv-n-3-l-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MTIy-which-electron-in-a-bromine-br-atom-experiences-the-lowest-effective-nuclear-charge-1-2p-and-3p-2-4p-3-2p-4-3p-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MTQy-for-each-of-the-following-pairs-of-atomic-orbitals-identify-the-one-that-experiences-a-larger-effective-nuclear-charge-z-text-eff-i-2s-and-3s-ii-4d-and-4f-iii-3d-and-3p-1-2s-4d-3p-2-3s-4f-3d-3-3s-4f-3 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MTQ5-the-unpaired-electrons-in-al-and-si-are-present-in-the-3p-orbital-the-electrons-that-will-experience-a-more-effective-nuclear-charge-from-the-nucleus-are-1-electrons-in-the-3p-orbital-of-silicon-2-ele https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MTUz-identify-the-element-with-the-highest-number-of-unpaired-electrons-in-its-ground-state-from-the-given-options-1-p-2-fe-3-kr-4-cr-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY3MTU4-the-number-of-electrons-that-can-be-present-in-the-subshells-having-ms-value-of-frac-1-2-for-n-4-are-1-36-2-4-3-16-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY5OTEy-the-atomic-number-of-elements-whose-outermost-electronic-configuration-are-represented-by-3s1-and-2p5-respectively-is-1-9-7-2-9-11-3-11-5-4-11-9-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY5OTE1-the-circumference-of-the-bohr-orbit-for-the-h-atom-is-related-to-the-de-broglie-wavelength-associated-with-the-electron-revolving-around-the-orbit-by-the-following-relation-1-2-pi-r-n-lambda-2-pi-r-2n https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY5OTE2-which-among-the-following-are-isoelectronic-species-1-na-k-ca2-mg2-2-ca2-mg2-s2-k-3-ca2-ar-s2-k-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY5OTE4-the-neon-gas-emits-radiation-of-616-nm-the-number-of-quanta-that-are-present-in-2-j-of-energy-is-1-6-2-times-10-18-2-5-6-times-10-17-3-6-2-times-10-18-4-32-2-times-10-20-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjczOTg3-the-ultraviolet-region-in-the-above-figure-is-indicated-by-1-d-2-b-3-a-4-c-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc0NDA2-the-graph-that-represents-the-variation-of-psi-2-probability-of-density-of-finding-the-electron-with-distance-r-is-given-below-the-number-of-nodes-as-per-the-graph-is-1-zero-2-one-3-two-4-cannot-predi https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3MTg2-a-particular-station-of-all-india-radio-new-delhi-broadcasts-on-a-frequency-of-1-368-khz-kilohertz-the-wavelength-of-the-electromagnetic-radiation-emitted-by-the-transmitter-is-speed-of-light-c-3-0-ti https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTIx-when-electromagnetic-radiation-of-wavelength-300-nm-falls-on-the-surface-of-sodium-electrons-are-emitted-with-a-kinetic-energy-of-1-68-times-105-j-mol-ndash-1-the-minimum-energy-needed-to-remove-an-el https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTI2-the-frequency-and-wavelength-of-a-photon-emitted-during-a-transition-from-n-5-state-to-the-n-2-state-in-the-hydrogen-atom-are-respectively-1-6-91-times10-14-hz-543-nm-2-7-91-times10-14-hz-434-nm-3-6-9 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTI5-calculate-the-de-broglie-wavelength-of-an-electron-which-has-a-kinetic-energy-of-3-0-times-10-sup2-j-1-886-7-nm-2-896-7-nm-3-990-7-nm-4-880-7-nm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzEwNjA1-o2-undergoes-photochemical-dissociation-into-one-normal-oxygen-atom-and-one-excited-oxygen-atom-1-976-ev-more-energetic-than-normal-the-dissociation-of-o2-into-two-normal-atoms-of-oxygen-requires-498 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzEwNjA2-an-iodine-molecule-i-dissociates-into-atoms-after-absorbing-light-with-a-wavelength-of-4500-aring-if-each-molecule-absorbs-one-photon-of-radiation-what-will-be-the-kinetic-energy-of-the-resulting-iodi https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzEwNjk5-calculate-the-shortest-and-longest-wavelength-in-h-spectrum-of-lyman-series-rh-109678-cm-1-1-911-7-ao-and-1215-7-ao-2-511-7-ao-and-1215-7-ao-3-911-7-ao-and-1415-7-ao-4-1215-7-ao-and-911-7-ao-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzEwNzMy-the-value-of-de-broglie-wavelength-of-an-electron-that-has-been-accelerated-by-a-potential-difference-of-500-v-is-1-2-5-x-10-11-m-2-3-5-x-10-11-m-3-5-5-x-10-11-m-4-5-5-x-10-12-m-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzEwNzQ2-given-below-are-two-statements-assertion-a-the-wavelength-of-the-k-alpha-characteristic-x-ray-of-an-unknown-element-is-2-289-10-8-cm-and-its-atomic-number-is-26-reason-r-according-to-moseley-s-law-the https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzEwODQw-calculate-the-wavelength-emitted-during-the-transition-of-electron-in-between-two-levels-of-li2-ion-whose-sum-is-4-and-difference-is-2-1-3-14-x-10-6-cm-2-1-14-x-10-5-cm-3-3-14-x-10-6-m-4-1-14-x-10-6-c https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzE3Nzcy-correct-sequence-of-the-increasing-order-of-effective-nuclear-charge-zeff-of-s-p-and-d-sub-shells-is-1-d-p-p-s-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzE3ODM5-correct-distribution-of-electrons-in-oxygen-atom-using-orbital-diagram-among-the-following-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzE3ODQx-correct-electronic-configuration-of-ni-2-ion-among-the-following-is-1-4s03d8-2-4s23d6-3-4s23d10-4-4s13d5-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzE3ODQy-non-degenerated-orbital-among-the-following-is-1-px-2-d-xy-3-2s-4-d-yz-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzE3ODQz-the-number-of-angular-nodes-and-radial-nodes-present-in-3p-orbital-is-respectively-1-2-3-2-1-1-3-1-2-4-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzE3ODQ0-which-of-the-following-orbitals-has-the-highest-energy-1-5d-2-5f-3-6s-4-6p-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzE3ODQ3-the-particle-among-the-following-does-not-show-deflection-from-the-path-on-passing-through-an-electric-field-is-1-proton-2-cathode-rays-3-electron-4-neutron-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzE3ODY1-an-atom-has-a-mass-number-of-13-and-contains-7-neutrons-what-is-its-atomic-number-1-13-2-7-3-6-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzM5NDE0-if-radius-of-second-bohr-orbit-of-the-he-ion-is-105-8-pm-what-is-the-radius-of-third-bohr-orbit-of-li-2-ion-1-158-7-aring-2-158-7-pm-3-15-87-pm-4-1-587-pm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzM5ODA3-which-one-of-the-following-electrons-in-the-ground-state-will-have-the-least-amount-of-energy-1-an-electron-in-hydrogen-atom-2-an-electron-in-2p-orbital-of-carbon-atom-3-the-electron-of-copper-atom-pr https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzM5ODIw-a-monochromatic-infrared-range-finder-of-power-1-milliwatt-emits-photons-with-a-wavelength-of-1000-nm-in-0-1-seconds-the-number-of-photons-emitted-in-0-1-seconds-is-given-h-6-626-times-10-34-j-s-c-3-t https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQ2NDc2-match-list-i-with-list-ii-list-i-quantum-number-list-ii-orbital-a-n-2-ell-1-i-2s-b-n-3-ell-2-ii-3s-c-n-3-ell-0-iii-2p-d-n-2-ell-0-iv-3d-choose-the-correct-answer-from-the-options-given-below-a-b-c-d-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQ2NDk0-when-electromagnetic-radiation-of-wavelength-300-nm-falls-on-the-surface-of-a-metal-electrons-are-emitted-with-the-kinetic-energy-of-1-68-times-105-j-mol-ndash-1-the-minimum-energy-needed-to-remove-on https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQ2OTc0-match-list-i-different-regions-of-the-spectrum-with-list-ii-frequencies-list-i-different-regions-of-the-spectrum-list-ii-frequencies-i-radiofrequency-a-106-hz-ii-microwave-b-1013-hz-iii-ultraviolet-re https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzY2OTY4-the-relation-between-n-m-n-m-number-of-permissible-values-of-magnetic-quantum-number-ml-for-a-given-value-of-azimuthal-quantum-number-l-is-1-n-m-l-2-2-l-dfrac-n-m-1-2-3-l-2n-m-1-4-n-m-2l-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzY4MjMz-incorrect-set-of-quantum-numbers-from-the-following-is-1-n-4-l-3-m1-3-2-1-0-1-2-3-ms-1-2-2-n-5-l-2-m1-2-1-1-2-ms-1-2-3-n-4-l-2-m1-2-1-0-1-2-ms-1-2-4-n-5-l-3-m1-3-2-1-0-1-2-3-ms-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzY4Mjky-given-below-are-two-statements-statement-i-the-value-of-wave-function-psi-depends-upon-the-coordinates-of-the-electron-in-the-atom-statement-ii-the-probability-of-finding-an-electron-at-a-point-within https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzcxMTA2-the-first-four-electron-energy-levels-of-an-atom-are-given-below-in-terms-of-electron-volts-which-of-the-following-gives-the-energy-of-a-photon-that-could-not-be-emitted-by-this-atom-e4-minus-18-ev-e3 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1MDA0-the-energy-of-electron-in-the-ground-state-text-n-1-for-text-he-ion-is-text-x-j-then-that-for-an-electron-in-text-n-2-state-for-text-be-3-ion-in-text-j-is-1-dfrac-x9-2-4x-3-dfrac-49x-4-x-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1MDM1-match-list-i-with-list-ii-list-i-quantum-number-list-ii-information-provided-a-ml-i-shape-of-the-orbital-b-ms-ii-size-of-the-orbital-c-l-iii-orientation-of-the-orbital-d-n-iv-orientation-of-spin-of-th https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU2Nzgx-isotope-of-an-element-contains-19-23-more-neutrons-as-compared-to-protons-the-correct-element-along-with-its-mass-number-is-given-atomic-number-mathrm-fe-26-co-27-1-mathrm-56-fe-2-57-mathrm-fe-3-57-ma https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU2Nzk1-given-below-are-two-statements-statement-i-the-energy-of-the-mathrm-he-ion-in-n-2-state-is-same-as-the-energy-of-h-atom-in-n-1-state-statement-ii-it-is-possible-to-determine-simultaneously-the-exact-p https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTE0-which-of-the-following-conclusions-could-not-be-derived-from-rutherford-s-particle-scattering-experiment-1-most-of-the-space-in-the-atom-is-empty-2-the-radius-of-the-atom-is-about-10-10-m-while-that-o https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTEw-which-of-the-following-is-the-correct-symbol-when-the-number-of-electrons-protons-and-neutrons-in-a-species-are-equal-to-18-16-and-16-respectively-1-16-32-s-2-2-18-32-s-2-3-s168s816-4-s3216s1632-1-2-3 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTE3-which-of-the-following-statement-is-not-correct-about-the-characteristics-of-cathode-rays-1-they-start-from-the-cathode-and-move-towards-the-anode-2-they-travel-in-straight-line-in-the-absence-of-an-e https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTU4-match-types-of-wave-in-column-i-with-the-corresponding-frequency-in-column-ii-and-mark-the-appropriate-option-column-i-types-of-wave-column-ii-corresponding-frequency-a-x-rays-i-v-100-104v-100-104-hzh https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjYzOTc0-if-the-energy-of-the-second-bohr-orbit-of-the-hydrogen-atom-is-328-kj-mol-1-the-energy-of-the-fourth-bohr-orbit-would-be-1-1312-kj-mol-1-2-82-kj-mol-1-3-41-kj-mol-1-4-164-kj-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzM0MjY3-in-case-of-hydrogen-atom-which-of-the-following-transitions-has-released-the-maximum-energy-of-radiation-1-n-2-2-to-n-1-1-2-n-2-infty-to-n-1-2-3-n-2-7-to-n-1-3-4-n-2-infty-to-n-1-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQ4NzQw-lyman-series-of-hydrogen-atom-falls-in-which-of-the-following-region-of-the-electromagnetic-spectrum-1-microwave-2-ultraviolet-3-visible-4-infrared-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTI3-the-energy-and-the-radius-of-the-first-orbit-of-he-are-respectively-1-8-72-times-10-18-j-0-02645-nm-2-8-72-times-10-18-j-0-02645-nm-3-7-82-times-10-18-j-0-03655-nm-4-7-82-times-10-18-j-0-03655-nm-1-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246ODkwNzc-incorrect-statement-among-the-following-is-1-the-uncertainty-principle-is-delta-x-cdot-delta-p-geq-dfrac-h-4-pi-2-half-filled-and-fully-filled-orbitals-have-greater-stability-due-to-greater-exchange-e https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTIz-which-of-the-following-is-responsible-to-rule-out-the-existence-of-definite-paths-or-trajectories-of-electrons-1-pauli-s-exclusion-principle-2-heisenberg-s-uncertainty-principle-3-hund-s-rule-of-maxim https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5NDY5-a-ball-weighing-10-g-is-moving-with-a-velocity-of-90-ms-1-if-the-uncertainty-in-its-velocity-is-5-then-the-uncertainty-in-its-position-is-x-10-33-m-the-value-of-x-will-be-given-h-6-63-10-34-js-1-1-17 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTE0NTU-what-is-the-maximum-number-of-electrons-that-can-be-associated-with-the-following-set-of-quantum-numbers-n-3-l-1-and-m-1-1-6-2-4-3-2-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTU3-match-the-ensuing-rules-with-the-corresponding-statements-rules-statements-a-hund-s-rule-1-no-two-electrons-in-an-atom-can-have-the-same-set-of-four-quantum-numbers-b-aufbau-principle-2-half-filled-an https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTMzMjQ-the-incorrect-set-of-quantum-numbers-among-the-following-is-1-n-4-l-0-m-0-s-1-2-2-n-5-l-3-m-0-s-1-2-3-n-3-l-2-m-3-s-1-2-4-n-3-l-2-m-2-s-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTIxNTA-the-correct-set-of-four-quantum-numbers-for-the-valence-electron-of-a-rubidium-atom-z-37-is-1-5-1-1-1-over2-2-6-0-0-1-over2-3-5-0-0-1-over2-4-5-1-0-1-over2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQyNTg5-for-a-multi-electron-atom-the-highest-energy-level-among-the-following-is-1-n-5-l-0-m-0-s-1-2-2-n-4-l-2-m-0-s-1-2-3-n-4-l-1-m-0-s-1-2-4-n-5-l-1-m-0-s-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTYyNzkx-consider-the-given-two-statements-assertion-a-all-d-orbitals-are-tetra-lobed-structures-having-two-nodal-planes-reason-r-out-of-five-only-four-d-orbitals-are-degenerate-orbitals-1-both-a-and-r-are-tru https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzg2Mjk3-millikan-s-oil-drop-method-was-used-to-determine-1-neutron-2-alpha-particle-3-positron-4-charge-on-the-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDc0NDYy-which-of-the-following-statements-about-an-electron-is-are-correct-a-it-has-a-negative-charge-and-is-lighter-than-a-proton-b-it-has-a-negative-charge-and-is-heavier-than-a-proton-c-its-position-is-les https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzc1MTY0-identify-pair-of-symbols-represents-nuclei-that-have-the-same-number-of-neutrons-1-26-56-mathrm-fe-text-and-28-58-mathrm-ni-2-26-58-mathrm-fe-text-and-26-56-mathrm-fe-2-3-27-57-mathrm-co-text-and-28-5 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjIzNjE1-identify-the-pairs-which-are-not-isotopes-a-6-12-x-6-13-y-b-17-35-x-17-37-y-c-6-14-x-7-14-y-d-4-8-x-5-8-y-1-a-d-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTE4-which-of-the-following-statements-about-the-electron-is-incorrect-1-it-is-a-negatively-charged-particle-2-the-mass-of-electron-is-equal-to-the-mass-of-neutron-3-it-is-a-basic-constituent-of-all-atoms https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDUzMTA5-determine-the-identity-of-a-species-if-it-has-16-protons-18-electrons-and-16-neutrons-1-s-2-si-2-3-p-3-4-mathrm-s-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDYwNDcz-element-x-is-found-in-two-forms-90-0-is-an-isotope-that-has-a-mass-of-20-0-and-10-0-is-an-isotope-that-has-a-mass-of-22-0-what-is-the-atomic-mass-of-element-x-1-20-1-2-20-2-3-20-8-4-21-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTA5-in-35-80-br-the-number-of-protons-neutrons-and-electrons-are-1-25-45-45-2-35-45-35-3-45-45-35-4-80-35-35-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU4NjYw-choose-the-group-that-does-not-contain-isotopes-of-the-same-element-number-of-protons-number-of-neutrons-1-atom-i-18-18-atom-ii-18-19-2-atom-i-25-30-atom-ii-25-31-3-atom-i-37-42-atom-ii-37-41-4-atom-i https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjYzNzk0-the-nuclei-of-which-one-of-the-following-pairs-are-isotones-1-34-mathrm-se-74-31-mathrm-ga-71-2-38-mathrm-sr-84-38-mathrm-sr-86-3-42-mathrm-mo-92-40-mathrm-zr-92-4-20-mathrm-ca-40-16-mathrm-s-32-1-2-3 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzc4NzA3-a-yellow-lamp-of-power-100-w-j-s-1-emits-radiation-of-wavelength-560-nm-calculate-the-total-number-of-photons-emitted-by-the-lamp-in-1-0-s-1-1-6-1018-2-1-4-1018-3-2-8-1020-4-2-1-1020-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDYwNjg4-the-energy-required-to-break-a-chemical-bond-is-3-313-10-erg-calculate-the-wavelength-of-the-radiation-in-cm-that-can-break-this-bond-given-speed-of-light-c-3-00-10-cm-s-planck-s-constant-h-6-626-10-e https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgxOTU2-the-de-broglie-wavelength-of-an-electron-and-a-neutron-become-equal-when-the-velocity-of-the-electron-is-x-times-the-velocity-of-the-neutron-the-value-of-x-is-given-mass-of-electron-is-9-1-times-10-31 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgxOTAy-determine-the-minimum-energy-that-must-be-possessed-by-photons-in-order-to-produce-the-photoelectric-effect-with-platinum-metal-given-the-threshold-frequency-of-platinum-is-1-3-times10-15-text-s-1-and https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQyMDk3-the-threshold-frequency-of-a-metal-is-1-4-times-10-15-sec-1-calculate-the-minimum-energy-required-to-eject-a-photoelectron-from-this-metal-given-planck-s-constant-h-6-6-times-10-34-j-sec-1-9-24-times https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1Nzg1-a-source-of-monochromatic-radiation-of-wavelength-400-nm-provides-1000-j-of-energy-in-10-seconds-when-this-radiation-falls-on-the-surface-of-sodium-x-times-10-20-electrons-are-ejected-per-second-assum https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTYxODg0-what-is-the-work-function-of-a-metal-if-the-threshold-wavelength-for-the-ejection-of-an-electron-is-330-nm-1-1-2-10-18-j-2-1-2-10-20-j-3-6-10-19-j-4-6-10-12-j-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxODcx-the-correct-relation-between-the-radius-of-3rd-and-4th-bohr-orbit-for-h-atom-is-1-frac-r-3-r-4-frac-16-9-2-frac-r-3-r-4-frac-9-16-3-frac-r-3-r-4-frac-9-4-4-frac-r-3-r-4-frac-3-16-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDM4NDIz-calculate-the-velocity-of-the-electron-in-the-first-orbit-of-h-atom-me-9-1-times10-31-text-kg-1-2-18-times-10-5-mathrm-m-mathrm-s-2-2-18-times-10-6-mathrm-m-mathrm-s-3-2-18-times-10-7-mathrm-m-mathrm https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzY2ODg4-the-ratio-of-radii-of-2nd-3rd-bohr-s-orbit-of-h-atom-is-1-2-3-2-3-2-3-4-9-4-9-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU2MTk5-match-the-following-a-lyman-i-ir-b-balmer-ii-ir-c-paschen-iii-visible-d-pfund-iv-uv-1-a-iv-b-iii-c-i-d-ii-2-a-i-b-iii-c-ii-d-iv-3-a-iv-b-ii-c-iii-d-iv-4-a-i-b-ii-c-iii-d-iv-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzk3NjQ4-the-wave-number-of-the-first-emission-line-of-the-balmer-series-in-the-hydrogen-spectrum-is-where-r-is-the-rydberg-constant-1-frac-5-36-r-2-frac-9-400-r-3-frac-7-6-r-4-frac-3-4-r-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYyODU3-the-radius-of-the-second-orbit-of-the-text-li-2-ion-is-x-what-will-be-the-radius-of-the-third-orbit-of-the-text-be-3-ion-1-dfrac-27-x-16-2-dfrac-16-x-27-3-dfrac-4-x-3-4-dfrac-3-x-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzk0MTU4-the-frequency-of-microwaves-with-wavelength-4-107-nm-is-7-5-109-s-1-the-wavenumber-of-the-microwave-is-1-30-m-1-2-25-m-1-3-40-m-1-4-35-m-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzk3Njc5-according-to-the-bohr-model-which-of-the-following-can-be-explained-1-the-spectrum-of-hydrogen-atom-only-2-spectrum-of-an-atom-or-ion-containing-one-electron-only-3-the-spectrum-of-hydrogen-molecule-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjk3OTc0-according-to-bohr-s-theory-what-is-the-angular-momentum-of-an-electron-located-in-the-fifth-orbit-1-25h-25h-2-1-0h-1-0h-3-10h-10h-4-2-5h-2-5h-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5NTI4-determine-the-radius-of-the-second-bohr-orbit-for-hydrogen-atom-given-planck-s-constant-h-6-6262-10-34-js-mass-of-electron-9-1091-10-31-kg-charge-of-electron-e-1-60210-10-19-c-permittivity-of-vaccum-0 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDczNzY0-according-to-bohr-s-model-the-radius-of-the-third-orbit-of-the-hydrogen-atom-is-1-three-times-the-radius-of-the-first-orbit-2-five-times-the-radius-of-the-first-orbit-3-equal-to-the-radius-of-the-firs https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246ODUwMzY-the-energy-of-an-electron-in-the-first-bohr-orbit-of-the-hydrogen-atom-is-13-6-ev-the-possible-energy-value-of-the-excited-state-s-for-electrons-in-bohr-orbits-of-hydrogen-is-1-3-4-ev-2-4-2-ev-3-6-8-e https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzg1Nzc4-the-energy-of-an-electron-in-the-first-bohr-orbit-is-13-6-ev-based-on-this-information-it-can-be-concluded-that-the-energy-of-be3-in-the-first-excited-state-will-be-1-30-6-ev-2-40-8-ev-3-54-4-ev-4-40 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTA0NzE0-consider-the-bohr-s-model-of-a-one-electron-atom-where-the-electron-moves-around-the-nucleus-in-the-following-list-i-contains-some-quantities-for-the-nth-orbit-of-the-atom-and-list-ii-contains-options https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxMjAx-given-below-are-two-statements-statement-i-h-v-e2-e1-absorbs-a-photon-statement-ii-hv-e2-e1-emitted-a-photon-in-the-light-of-the-above-statements-choose-the-correct-answer-from-the-option-given-below https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQ1MjU1-the-radius-in-of-the-3rd-bohr-orbit-in-li2-ion-is-closest-to-given-atomic-number-of-li-3-1-0-520-2-1-018-3-1-587-4-1-881-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzM0ODU0-in-which-shell-of-hydrogen-atom-velocity-of-electron-is-the-highest-1-1st-shell-2-2nd-shell-3-3rd-shell-4-4th-shell-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU5ODg4-the-principle-that-describes-our-inability-to-precisely-determine-both-the-position-and-momentum-of-a-subatomic-particle-simultaneously-is-known-as-1-rydberg-equation-2-heisenberg-uncertainty-principl https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzgwNjgx-the-heisenberg-uncertainty-principle-states-that-it-is-impossible-to-simultaneously-know-both-the-exact-position-x-and-exact-momentum-p-of-a-particle-with-arbitrary-precision-mathematically-it-is-expr https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzg5OTcx-match-column-i-parameters-with-column-ii-expressions-and-mark-the-appropriate-choice-column-i-parameters-column-ii-expressions-a-uncertainty-of-an-object-i-5-29-times-n-2-over-z-b-bohr-s-radius-of-an https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3NDA4-if-uncertainty-in-position-and-momentum-are-equal-then-the-minimum-uncertainty-in-velocity-will-be-1-dfrac-1-m-sqrt-dfrac-h-pi-2-sqrt-dfrac-h-pi-3-dfrac-1-2-m-sqrt-dfrac-h-pi-4-dfrac-h-4-pi-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQ4ODc5-the-de-broglie-wavelength-of-a-moving-object-having-a-mass-10-g-and-a-velocity-of-500-ms-1-will-be-1-6-63-10-34-m-2-3-18-10-36-m-3-1-32-10-34-m-4-2-46-10-32-m-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzk3ODQ5-for-a-golf-ball-weighing-200-g-and-traveling-at-5-m-h-what-is-the-approximate-order-of-its-associated-wavelength-1-10-10-mathrm-m-2-10-20-mathrm-m-3-10-30-mathrm-m-4-10-40-mathrm-m-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTI4-find-the-de-broglie-wavelength-of-a-ball-of-mass-0-1-kg-moving-with-a-velocity-of-10-m-s-1-662-6-10-34-m-2-66-26-10-34-m-3-6-626-10-34-m-4-6-626-10-36-m-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQwOTI2-assertion-a-the-ground-state-configuration-of-cr-is-3d54s1-reason-r-a-set-of-half-filled-orbitals-containing-one-electron-each-with-their-spin-parallel-provides-extra-stability-1-both-a-and-r-are-true https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzgwNjg0-calculate-the-de-broglie-wavelength-for-a-particle-having-a-mass-of-1-kg-and-moving-at-a-velocity-of-100-m-s-1-6-6-times-10-33-mathrm-m-2-6-6-times-10-36-mathrm-m-3-3-3-times-10-33-mathrm-m-4-3-3-time https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzc0OTMw-which-set-of-quantum-numbers-is-not-possible-1-n-2-l-1-ml-1-ms-1-2-2-n-3-l-2-ml-1-ms-1-2-3-n-4-l-4-ml-1-ms-1-2-4-n-5-l-2-ml-2-ms-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTM4-match-the-quantum-numbers-in-column-i-with-the-corresponding-orbitals-in-column-ii-column-i-column-ii-a-n-2-l-1-i-4s-b-n-4-l-0-ii-2p-c-n-5-l-3-iii-3d-d-n-3-l-2-iv-5f-select-the-correct-option-1-a-iv-b https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQwOTMy-given-below-are-two-statements-assertion-a-for-n-3-l-maybe-0-1-and-2-and-m-maybe-0-pm-1-and-pm-2-reason-r-for-each-value-of-n-there-are-0-to-n-1-possible-values-of-l-and-for-each-value-of-l-there-are https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDUzMTIy-which-one-of-the-following-sets-of-quantum-numbers-is-not-possible-for-4p-electron-1-n-4-l-1-m-1-m-s-frac-1-2-2-n-4-l-1-m-0-m-s-frac-1-2-3-n-4-l-1-m-2-m-s-frac-1-2-4-n-4-l-1-m-1-m-s-frac-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTg3NDA1-consider-the-following-sets-of-quantum-numbers-n-l-m-s-i-3-0-0-1-2-ii-2-2-1-1-2-iii-4-3-2-1-2-iv-1-0-1-1-2-v-3-4-3-1-2-which-of-the-following-sets-of-quantum-number-is-not-possible-1-i-ii-iii-and-iv-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDg0OTUy-the-quantum-number-of-20th-electron-of-fe-z-26-would-be-1-3-2-2-1-2-2-3-2-0-1-2-3-4-0-0-1-2-4-4-1-1-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTM2NDc-consider-the-following-sets-of-quantum-numbers-n-i-m-s-i-3-0-0-1-2-ii-2-2-1-1-2-iii-4-3-2-1-2-iv-1-0-1-1-2-v-3-2-3-1-2-which-of-the-following-sets-of-quantum-numbers-is-not-possible-1-ii-iii-and-iv-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYzMjUw-the-maximum-number-of-electrons-in-the-n-4-shell-is-1-72-2-50-3-16-4-32-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQyODMx-which-of-the-following-sets-of-quantum-numbers-are-not-possible-1-n-1-l-0-m-l-0-m-s-frac12-2-n-1-l-1-m-l-0-m-s-frac12-3-n-2-l-1-m-l-0-m-s-frac12-4-n-3-l-1-m-l-0-m-s-frac12-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjIzNjQ5-match-the-quantum-numbers-with-the-information-provided-by-these-numbers-quantum-number-information-provided-a-principal-quantum-number-i-orientation-of-the-orbital-b-azimuthal-quantum-number-ii-the-e https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNTYz-using-the-following-statements-identify-the-correct-set-of-statements-i-n-principal-quantum-number-can-have-values-1-2-3-4-ii-the-number-of-orbitals-for-a-given-value-of-l-is-2l-1-iii-the-value-of-spi https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTAxNjU-two-electrons-occupying-the-same-orbital-are-distinguished-by-1-magnetic-quantum-number-2-azimuthal-quantum-number-3-spin-quantum-number-4-principal-quantum-number-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTM2-the-total-number-of-orbitals-associated-with-the-principal-quantum-number-n-3-are-1-3-2-6-3-9-4-12-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzY2NzI2-the-orbital-angular-momentum-value-for-3s-orbital-is-1-0-2-1-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTMwMzc2-the-maximum-number-of-electrons-that-can-be-accommodated-in-the-subshell-with-azimuthal-quantum-number-l-4-is-1-10-2-8-3-16-4-18-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYzMjEx-consider-the-following-combination-of-n-l-and-m-values-i-n-3-l-0-m-0-ii-n-4-l-0-m-0-iii-n-3-l-1-m-0-iv-n-3-l-2-m-0-the-correct-order-of-energy-of-the-corresponding-orbitals-for-multielectron-species-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzc1MTg0-all-of-the-energy-levels-listed-below-are-allowed-except-one-find-that-odd-one-out-1-3f-2-4d-3-5p-4-7s-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzc0NzU3-how-many-total-orbitals-are-there-with-principal-quantum-number-n-4-1-1-2-4-3-9-4-16-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDUzMDg1-which-of-the-following-electronic-configurations-for-ground-state-atoms-is-incorrect-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1MTQ3-what-is-the-maximum-number-of-electrons-that-can-fill-a-specific-energy-level-1-2n-2-n-3-2n-2-1-4-2n-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc4NzA2-which-of-the-following-is-the-correct-order-of-filling-of-electrons-in-the-sixth-period-1-6s-5f-6d-6p-2-6s-6p-6d-6f-3-6s-5d-5f-6p-4-6s-4f-5d-6p-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc2NzA1-the-quantum-number-of-four-electrons-are-given-below-i-n-4-l-2-ml-2-ms-frac-1-2-ii-n-3-l-2-ml-1-ms-frac-1-2-iii-n-4-l-1-ml-0-ms-frac-1-2-iv-n-3-l-1-ml-1-ms-frac-1-2-the-correct-order-of-their-increasi https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzA1MTM2-two-sets-of-quantum-numbers-with-the-same-number-of-radial-nodes-are-1-n-3-l-0-ml-0-and-n-2-l-0-ml-0-2-n-3-l-2-ml-0-and-n-2-l-1-ml-0-3-n-3-l-1-ml-1-and-n-2-l-1-ml-0-4-n-3-l-1-ml-1-and-n-2-l-1-ml-0-1-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTMyNTEw-which-of-the-following-is-the-correct-statement-regarding-1s-orbital-1-it-is-symmetrical-2-it-is-non-symmetrical-3-it-is-directional-4-it-has-two-radial-nodes-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTIx-the-number-of-radial-nodes-for-3p-orbital-is-1-3-2-4-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQwOTI3-given-below-are-two-statements-assertion-a-the-ground-state-electronic-configuration-of-nitrogen-is-reason-r-electrons-are-filled-in-orbitals-as-per-the-aufbau-principle-hund-s-rule-of-maximum-spin-mu https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDUzMTI5-match-list-i-with-list-ii-list-i-list-ii-a-photon-i-value-is-4-for-n-shell-b-electron-ii-probability-density-c-psi-2-iii-exhibits-both-momentum-and-wavelength-d-principal-quantum-number-iv-always-posi https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQ4NzYy-which-scenario-leads-to-the-maximum-exchange-of-energy-1-d-1-2-d-3-3-d-5-4-d-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzg5OTc0-a-sample-set-of-electrons-have-the-following-quantum-numbers-i-n-4-l-1-ii-n-4-l-0-iii-n-3-l-2-iv-n-3-l-1-arrange-them-in-the-increasing-order-of-energy-from-lowest-to-highest-1-iv-ii-iii-i-2-ii-iv-i-i https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTI3-which-pair-of-ions-has-the-same-electronic-configuration-1-cr-3-fe-3-2-fe-3-mn-2-3-fe-3-co-3-4-sc-3-cr-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzM0MjY0-the-magnetic-moment-of-ni-2-z-28-is-1-1-732-bm-2-2-82-bm-3-3-87-bm-4-4-89-bm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDc0Mjk5-which-of-the-following-series-of-transition-metal-ions-has-the-same-3d-electronic-configuration-for-all-its-metal-ions-1-mathrm-ti-2-mathrm-v-3-mathrm-cr-4-mathrm-mn-5-2-mathrm-ti-3-mathrm-v-2-mathrm https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDYwMDM3-which-of-the-following-represents-a-violation-of-hund-s-rule-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgyNTgw-given-below-are-the-quantum-numbers-for-4-electrons-a-n-3-l-2-ml-1-ms-1-2-b-n-4-l-1-ml-0-ms-1-2-c-n-4-l-2-ml-2-ms-1-2-d-n-3-l-1-ml-1-ms-1-2-the-correct-order-of-increasing-energy-is-1-d-b-a-c-2-d-a-b https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM2ODAz-an-ion-with-a-mass-number-of-56-contains-3-units-of-positive-charge-and-30-4-more-neutrons-than-electrons-the-symbol-of-the-ion-is-1-1-1-fe-356265626fe-3fe-32656-2-2-2-fe-357265726fe-3fe-32657-3-3-3-f https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTYx-given-below-are-two-statements-assertion-a-all-isotopes-of-a-given-element-show-the-same-type-of-chemical-behaviour-reason-r-the-chemical-properties-of-an-atom-are-controlled-by-the-number-of-electron https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NDExOTk-the-energies-e1-and-e2-of-two-radiations-are-25-ev-and-50-ev-respectively-the-relation-between-their-wavelengths-1-and-2-will-be-1-1-2-2-2-1-4-2-3-1-1212-2-4-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTYy-given-below-are-two-statements-assertion-a-an-ideal-black-body-emits-and-absorbs-radiation-of-every-possible-frequency-reason-r-an-increase-in-the-temperature-of-a-body-causes-its-radiation-spectrum-t https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTMwMjUy-a-photon-with-an-initial-frequency-of-10-11-mathrm-hz-scatters-off-an-electron-at-rest-its-final-frequency-is-0-9-times10-11-mathrm-hz-the-speed-of-scattered-electron-is-close-to-1-3-times10-2-mathrm https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjQ0OTYx-the-ratio-of-the-wavelengths-of-the-last-lines-of-the-balmer-to-lyman-series-is-1-4-1-2-27-5-3-3-1-4-9-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjUwODUw-assertion-a-the-angular-momentum-of-an-electron-in-an-atom-is-quantized-reason-r-in-an-atom-only-those-orbits-are-permitted-in-which-the-angular-momentum-of-the-electron-is-a-natural-number-multiple-o https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjUwODQz-given-below-are-two-statements-assertion-a-bohr-s-orbits-are-also-called-stationary-states-reason-r-electrons-are-stationary-in-an-orbit-in-light-of-the-above-statements-choose-the-correct-answer-from https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjUwODUx-assertion-a-the-radius-of-the-second-orbit-of-he-is-equal-to-that-of-the-first-orbit-of-hydrogen-reason-r-the-radius-of-an-orbit-in-hydrogen-like-species-is-directly-proportional-to-n-and-inversely-pr https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTMwMjk0-the-wavelength-of-a-certain-line-in-the-balmer-series-is-observed-to-be-4341-ao-for-hydrogen-atoms-the-electronic-transition-among-the-following-may-be-1-3-2-2-4-1-3-5-2-4-5-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTEwMjU2-be3-be3-ion-and-a-proton-are-accelerated-by-the-same-potential-the-ratio-of-their-de-broglie-wavelengths-is-assume-mass-of-proton-mass-of-neutron-1-1-2-2-1-4-3-1-1-4-1-3-333-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTYz-assertion-a-it-is-impossible-to-determine-the-exact-position-and-exact-momentum-of-an-electron-simultaneously-reason-r-the-path-of-an-electron-in-an-atom-is-clearly-defined-1-both-a-and-r-are-true-and https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjM1NDg3-determine-the-wave-length-of-an-electron-if-its-kinetic-energy-is-3-0-times-10-25-mathrm-j-1-8-96-times-10-7-mathrm-m-2-4-37-times-10-6-mathrm-m-3-1-32-times-10-7-mathrm-m-4-2-89-times-10-4-mathrm-m-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTU2-match-the-quantum-numbers-with-the-information-provided-by-them-quantum-number-information-provided-a-principal-quantum-number-1-orientation-of-the-orbital-b-azimuthal-quantum-number-2-energy-and-size https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjUwODQ4-assertion-a-in-the-third-energy-level-there-is-no-f-subshell-reason-r-for-n-3-the-possible-values-of-l-are-0-1-2-and-for-f-subshell-l-3-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTMyODk-the-rule-used-to-determine-the-maximum-number-of-electrons-in-a-subshell-of-an-atom-is-1-4l-2-2-2l-1-3-4l-2-4-2n2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTAyNzM5-the-incorrect-statement-about-the-nodal-plane-among-the-following-is-1-a-plane-on-which-there-is-a-zero-probability-of-finding-an-electron-2-a-plane-on-which-there-is-maximum-probability-that-the-elec https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjUwODU1-assertion-a-the-number-of-radial-nodes-in-3-dz2-is-zero-reason-r-the-number-of-angular-nodes-of-atomic-orbitals-is-equal-to-the-value-of-l-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTQ3MDI2-the-number-of-unpaired-electrons-in-1s2-2s2-2p3-is-1-2-2-0-3-3-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTU1-match-the-following-species-with-their-corresponding-ground-state-electronic-configuration-column-1-atom-ion-column-2-electronic-configuration-a-cu-1-1s22s22p63s23p63d101s22s22p63s23p63d101s22s22p63s2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjUwNjEw-if-the-electronic-structure-of-oxygen-atom-is-written-as-1s2-2s21s2-2s21s2-2s2-it-would-violate-1-hund-s-rule-2-paulis-exclusion-principle-3-both-hund-s-and-pauli-s-principles-4-none-of-the-above-1-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTkyODE5-a-bulb-is-rated-at-150-watt-converting-8-energy-into-light-if-energy-of-one-photon-is-4-42-times-10-19-mathrm-j-how-many-photons-are-emitted-by-the-bulb-per-second-1-1-35-times-10-19-2-4-06-times-10-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTkyODEw-match-the-following-list-i-quantum-numbers-list-ii-orbital-n-l-a-2-1-i-3d-b-4-0-ii-2p-c-5-3-iii-4s-d-3-2-iv-5f-choose-the-correct-answer-from-the-options-given-below-1-a-ii-b-iii-c-iv-d-i-2-a-i-b-ii-c https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTk4MjM2-consider-the-following-schematic-plots-of-orbital-wavefunction-psi-r-against-distance-r-from-the-nucleus-a-b-c-d-the-figure-representing-two-radial-nodes-in-the-orbital-is-1-d-2-a-3-b-4-c-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTM1MTgz-energy-and-radius-of-the-first-bohr-orbit-of-he-and-li2-are-given-left-mathrm-r-mathrm-h-2-18-times-10-18-mathrm-j-mathrm-a-0-52-9-mathrm-pm-right-1-begin-aligned-mathrm-e-mathrm-n-left-mathrm-li-2-ri https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTM1MTc3-the-ratio-of-the-wavelengths-of-the-light-absorbed-by-a-hydrogen-atom-when-it-undergoes-n-2-rightarrow-n-3-and-n-4-rightarrow-n-6-transitions-respectively-is-1-dfrac-1-9-2-dfrac-1-4-3-dfrac-1-36-4-dfr https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDY4ODc5-given-below-are-two-statements-statement-i-the-balmer-spectral-line-for-h-atom-with-lowest-energy-appears-at-dfrac-5-36-mathrm-r-h-cm-1-mathrm-r-h-rydberg-constant-statement-ii-when-the-temperature-of https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDY4ODYw-the-quantum-numbers-of-four-electrons-are-given-below-a-n-3-l-2-m-l-1-and-s-frac1-2-b-n-4-l-1-m-l-0-and-s-frac1-2-c-n-4-l-2-m-l-2-and-s-frac1-2-d-n-3-l-1-m-l-1-and-s-frac1-2-the-correct-decreasing-ord https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjQ1MTAw-the-number-of-angular-nodes-and-radial-nodes-in-3s-orbital-are-1-0-and-2-respectively-2-1-and-0-respectively-3-3-and-0-respectively-4-0-and-1-respectively-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246ODkwMTY-the-element-z-114-has-been-discovered-recently-family-group-and-electronic-configuration-from-which-it-will-belong-are-1-carbon-family-and-rn-5f14-6d10-7s2-7p2-2-oxygen-family-and-rn-5f14-6d10-7s2-7p4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTA4MTQ-which-is-the-correct-order-of-increasing-energy-of-the-listed-orbitals-in-the-atom-of-titanium-1-3s-4s-3p-3d-2-4s-3s-3p-3d-3-3s-3p-3d-4s-4-3s-3p-4s-3d-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTExODQ-calculate-the-energy-corresponding-to-light-of-wavelength-45-nm-planck-s-constant-h-6-63-10-34-js-speed-of-light-c-3-108-ms-1-1-6-67-x-1015-j-2-6-67-x-1011-j-3-4-42-x-10-15-j-4-4-42-x-10-18-j-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTE0NTg-based-on-equation-e-2-178-10-18j-z2n2z2n2z2n2-certain-conclusions-are-written-which-of-them-is-not-correct-1-larger-the-value-of-n-the-larger-the-orbit-radius-2-equation-can-be-used-to-calculate-the-c https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTMzNzY-find-the-uncertainty-in-velocity-if-the-uncertainties-in-position-and-momentum-are-equal-1-12m-h-12mh-12mh-2-h2-h2-h2-3-1m-h-1mh-1mh-4-h-h-h-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTM0Njk-the-measurement-of-the-electron-position-is-associated-with-uncertainty-in-momentum-which-is-equal-to-1-x-10-18-g-cm-s-1-the-uncertainty-in-electron-velocity-will-be-mass-of-an-electron-is-9-x-10-28-g https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTQwMjA-if-the-mass-of-electron-is-9-11-10-31-kg-and-the-planck-s-constant-is-6-626-10-34-js-then-the-uncertainty-involved-in-the-measurement-of-velocity-within-a-distance-of-0-1-is-1-5-79-1065-79-1065-79-106 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246OTQwNTU-the-orientation-of-an-atomic-orbital-is-governed-by-1-azimuthal-quantum-number-2-spin-quantum-number-3-magnetic-quantum-number-4-principal-quantum-number-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY0ODAx-the-frequency-of-radiation-emitted-when-the-electron-falls-from-n-4-to-n-1-in-a-hydrogen-atom-will-be-given-ionization-energy-of-h-2-18-10-18-j-atom-1-and-h-6-625-10-34-js-1-1-03-1015-s-1-2-3-08-1015 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY0NzQ1-the-ionization-energy-required-to-remove-an-electron-from-the-second-orbit-of-text-li-2-is-1-122-4-ev-2-40-8-ev-3-30-6-ev-4-13-6-ev-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTEx-the-vividh-bharati-station-of-all-india-radio-delhi-broadcasts-on-a-frequency-of-1-368-khz-kilohertz-the-wavelength-of-the-electromagnetic-radiation-emitted-by-the-transmitter-and-the-part-of-the-elec https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTE4-a-yellow-radiation-has-a-wavelength-of-5800-the-wavenumber-a-and-frequency-b-of-yellow-radiation-are-respectively-1-mathrm-a-172-4-times-10-4-cm-1-b-5-172-times-10-14-s-1-2-mathrm-a-5-172-times-10-14 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTE5-the-frequency-of-one-photons-is-5-1014-hz-the-energy-of-one-mole-of-photons-of-radiation-is-1-177-51-kj-mol-1-2-188-51-kj-mol-1-3-199-51-kj-mol-1-4-291-61-kj-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTIw-a-100-watt-bulb-emits-monochromatic-light-with-a-wavelength-of-400-nm-how-many-photons-does-it-emit-every-second-1-40-12-times-10-20-s-1-2-2-012-times-10-21-s-1-3-2-012-times-10-20-s-1-4-20-12-times-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTIy-the-threshold-frequency-o-for-a-metal-is-7-0-1014-s-1-the-kinetic-energy-of-an-electron-emitted-when-radiation-of-frequency-1-0-1015-s-1-hits-the-metal-is-1-19-88-10-19-j-2-1-988-10-19-j-3-1-988-10-20 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTMw-the-mass-of-a-photon-with-wavelength-3-6-is-1-5-135-10-29-kg-2-61-35-10-33-kg-3-613-5-10-29-kg-4-6-135-10-33-kg-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTM0-a-microscope-using-appropriate-photons-is-employed-to-locate-an-electron-in-an-atom-within-a-distance-of-0-1-calculate-the-uncertainty-involved-in-the-measurement-of-its-velocity-1-5-79-106-m-s-1-2-57 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTM1-a-golf-ball-has-a-mass-of-40g-and-a-speed-of-45-m-s-if-the-speed-can-be-measured-within-the-accuracy-of-2-the-uncertainty-in-the-position-is-1-14-6-10-23-m-2-14-6-10-33-m-3-1-46-10-23-m-4-1-46-10-33-m https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY5NDk0-the-correct-statement-s-among-the-following-regarding-quantum-numbers-is-a-the-angular-quantum-number-determines-the-three-dimensional-shape-of-the-orbital-b-the-principal-quantum-number-determines-th https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY5NDg4-the-correct-set-of-quantum-numbers-among-the-following-is-n-l-m-a-1-1-2-b-2-1-1-c-3-2-2-d-3-4-2-1-a-d-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY5NDg2-out-of-the-following-pairs-of-electrons-identify-the-pairs-of-electrons-present-in-degenerate-orbitals-a-i-n-3-l-2-ml-2-ms-frac-1-2-ii-n-3-l-2-ml-1-ms-frac-1-2-b-i-n-3-l-1-ml-1-ms-frac-1-2-ii-n-3-l-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjY5NDc1-identify-the-pairs-which-are-not-of-isotopes-a-126x-136yx612-y613-b-3517x-3717yx1735-y1737-c-146x-147yx614-y714-d-84x-85yx48-y58-1-a-d-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTYw-match-column-i-with-column-ii-and-choose-the-appropriate-option-column-i-species-column-ii-electronic-configuration-a-cr-i-ar-3d-84s-0-b-fe-2-ii-ar-3d-10-4s-1-c-ni-2-iii-ar-3d-64s-0-d-cu-iv-ar-3d-54s https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTU5-match-the-following-column-i-column-ii-a-photon-1-value-is-4-for-n-shell-b-electron-2-probability-density-c-2-2-3-always-positive-value-d-principle-quantum-number-n-4-exhibits-both-momentum-and-wavele https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTI5-identify-the-matter-waves-with-the-shortest-wavelength-when-traveling-at-the-same-speeds-1-electron-2-alpha-particle-he2-3-neutron-4-proton-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTI4-for-the-electrons-of-an-oxygen-atom-the-correct-statement-among-the-following-is-1-zeff-for-an-electron-in-a-2s-orbital-is-the-same-as-zeff-for-an-electron-in-a-2p-orbital-2-an-electron-in-the-2s-orbi https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTI2-which-ratio-of-cl-37-to-cl-35-is-approximately-consistent-with-the-average-atomic-mass-of-chlorine-being-35-5-given-that-chlorine-exists-as-two-isotopes-cl-35-and-cl-37-1-1-2-2-1-1-3-1-3-4-3-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTI1-orbital-angular-momentum-depends-on-which-quantum-number-1-l-2-n-and-l-3-n-and-mlml-4-mlml-and-msms-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTI0-total-number-of-orbitals-associated-with-third-shell-will-be-1-2-2-4-3-9-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTIy-the-number-of-angular-nodes-for-4d-orbital-is-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTIw-what-property-identifies-two-atoms-as-isobars-1-they-have-the-same-atomic-number-but-different-mass-numbers-2-they-have-the-same-number-of-electrons-but-a-different-number-of-neutrons-3-they-have-the https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTE5-correct-statement-about-the-properties-of-the-atom-explained-by-the-thomson-model-of-an-atom-is-1-overall-neutrality-of-atom-2-spectra-of-a-hydrogen-atom-3-position-of-electrons-protons-and-neutrons-i https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTE2-the-probability-density-plots-of-1s-and-2s-orbitals-diagrams-are-given-below-the-density-of-dots-in-a-region-represents-the-probability-density-of-finding-electrons-in-the-region-on-the-basis-of-the-a https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjI4MTE1-which-of-the-following-options-does-not-represent-ground-state-electronic-configuration-of-an-atom-1-1s22s22p63s23p63d84s21s22s22p63s23p63d84s2-2-1s22s22p63s23p63d94s21s22s22p63s23p63d94s2-3-1s22s22p6 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDIw-given-below-are-two-statements-assertion-a-h-pi-is-the-angular-momentum-of-the-electron-in-the-second-orbit-of-he-reason-r-angular-momentum-of-an-electron-in-a-subshell-is-given-by-sqrt-l-l-1-times-h https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDE0-given-below-are-two-statements-assertion-a-the-number-of-spherical-nodes-in-3p-orbital-is-one-reason-r-number-of-spherical-nodes-i-for-orbital-i-1-1-both-a-and-r-are-true-and-r-is-the-correct-explanat https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDEw-consider-the-given-two-statements-assertion-a-the-absorption-spectrum-consists-of-some-bright-lines-separated-by-dark-spaces-reason-r-the-emission-spectrum-consists-of-dark-lines-select-the-correct-op https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDA5-assertion-a-in-the-balmer-series-of-the-hydrogen-spectrum-the-transitions-occur-from-an-initial-energy-level-n-1-2-to-successive-higher-energy-levels-n-2-3-4-5-reason-r-in-the-balmer-series-of-the-hyd https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDA3-consider-the-given-two-statements-assertion-a-hydrogen-atom-has-only-one-electron-in-its-orbit-but-it-produces-several-spectral-lines-reason-r-there-are-many-available-excited-energy-levels-1-both-a-a https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDA2-given-below-are-two-statements-assertion-a-a-spectral-line-will-be-seen-for-a-2px-2py-transition-reason-r-energy-is-released-in-the-form-of-waves-of-light-when-the-electron-drops-from-2px-to-2py-orbit https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDA1-given-below-are-two-statements-assertion-a-electrons-are-ejected-from-a-certain-metal-when-either-blue-or-violet-light-strikes-the-metal-surface-however-only-violet-light-causes-electron-ejection-from https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDA0-assertion-a-helium-and-berylium-having-the-similar-outer-electronic-configuration-of-type-ns-2-reason-r-both-are-chemically-inert-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDAz-assertion-a-the-energy-of-an-electron-is-largely-determined-by-its-principal-quantum-number-reason-r-the-principal-quantum-number-is-a-measure-of-the-most-possible-distance-of-finding-the-electron-aro https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQwOTI1-assertion-a-half-filled-and-fully-filled-degenerate-orbitals-are-more-stable-reason-r-extra-stability-is-due-to-the-symmetrical-distribution-of-electrons-and-high-exchange-energy-1-both-a-and-r-are-tr https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQwOTI0-assertion-a-emitted-radiation-will-fall-in-the-visible-range-when-an-electron-jumps-from-n-4-to-n-2-in-h-atom-reason-r-balmer-series-radiations-belong-to-the-visible-range-for-hydrogen-atoms-only-1-bo https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQwOTIz-given-below-are-two-statements-assertion-a-line-emission-spectra-are-useful-in-the-study-of-electronic-structure-reason-r-each-element-has-a-unique-line-emission-spectrum-in-the-light-of-the-above-sta https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQwOTIy-assertion-a-angular-momentum-of-the-electron-in-the-orbit-that-has-four-subshells-is-2h-over-pi-reason-r-angular-momentum-of-the-electron-is-quantized-1-both-a-and-r-are-true-and-r-is-the-correct-expl https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjIzNjUw-match-the-following-rules-with-their-statements-rules-statements-a-hund-s-rule-i-no-two-electrons-in-an-atom-can-have-the-same-set-of-four-quantum-numbers-b-aufbau-principle-ii-in-the-ground-state-of https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjczOTg2-consider-the-following-graph-the-correct-relation-between-t1-and-t2-is-1-t1-t2-2-t1-t2-3-t1-t2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjczOTg4-which-one-of-the-following-graph-correctly-represents-the-probability-density-v-s-distance-of-the-electron-from-the-nucleus-for-2s-orbital-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc0NDE0-the-graph-represents-the-variation-of-the-wave-function-with-the-distance-from-the-nucleus-the-atomic-orbital-represented-by-above-mentioned-graph-is-1-1s-2-2s-3-2p-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzU4Mjg0-according-to-the-law-of-photochemical-equivalence-the-energy-absorbed-in-ergs-mole-is-given-as-h-6-62-10-27-ergs-c-3-1010-cm-s-1-na-6-02-1023-mol-1-1-1-196-times-10-8-over-lambda-2-2-859-times-10-5-ov https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU5NzIw-which-of-the-following-fundamental-constituent-particles-of-an-atom-is-the-most-massive-1-proton-2-neutron-3-alpha-particle-4-beta-particle-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDUzMTk5-which-of-the-following-statements-is-are-not-correct-a-isotones-differ-in-the-number-of-neutrons-b-isobars-contain-the-same-number-of-neutrons-but-differ-in-the-number-of-protons-c-no-isotope-of-hydro https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzk0Njk5-given-below-are-two-statements-assertion-a-the-mass-numbers-of-most-of-the-elements-are-fractional-reason-r-mass-numbers-are-obtained-by-comparing-with-the-mass-number-of-carbon-taken-as-12-1-both-a-a https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQ0Mjc2-match-list-i-with-list-ii-list-i-frequency-region-list-ii-uses-a-radiofrequency-i-radar-b-microwave-ii-broadcast-c-infra-red-region-iii-heating-choose-the-correct-answer-from-the-options-given-below-a https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQwOTMw-assertion-a-the-kinetic-energy-of-photo-electrons-increases-with-an-increase-in-the-frequency-of-incident-light-where-v-v0-reason-r-whenever-the-intensity-of-light-is-increased-the-number-of-photo-ele https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzc0NTI4-what-is-the-wavelength-of-light-corresponding-to-photons-with-an-energy-of-1-00-103-kj-mol-1-1-2-00-1031-m-2-1-20-10-7-m-3-1-20-10-4-m-4-8-36-106-m-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTEy-given-below-are-two-statements-statement-i-the-frequency-at-which-wavelength-of-400-nm-is-9-50-1014hz-statement-ii-the-frequency-at-which-wavelength-of-750-nm-is-4-00-1014-hz-1-statement-i-is-incorrec https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTEwMTEw-which-of-the-following-statements-are-correct-regarding-orbits-and-orbitals-a-an-orbit-is-a-circular-path-where-electrons-revolve-b-an-orbital-is-a-3d-space-with-maximum-electron-probability-up-to-90 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzA5ODIz-in-which-of-the-following-transitions-of-hydrogen-atom-radiation-of-minimum-frequency-is-emitted-1-n2-infty-to-n1-1-2-n2-2-to-n1-1-3-n2-3-to-n1-2-4-n2-infty-to-n1-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-pb246NzU4NTY-calculate-the-spectral-lines-that-are-obtained-in-the-visible-region-when-an-electron-jumps-from-n-5-to-n-1-in-a-hydrogen-atom-1-three-3-2-four-4-3-six-6-4-ten-10-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDQwNDAx-the-angular-momentum-of-an-electron-in-an-orbit-of-radius-mathrm-r-in-a-hydrogen-atom-is-directly-proportional-to-1-mathrm-r-2-dfrac-1-r-3-dfrac-1-sqrt-r-4-sqrt-r-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQ3MTky-a-golf-ball-has-a-mass-of-46-g-and-a-speed-of-45-m-s-if-the-speed-can-be-measured-within-the-accuracy-of-3-the-uncertainty-in-the-position-is-1-8-4-10-34m-2-6-4-10-33m-3-6-6-10-39m-4-2-1-10-34m-1-2-3 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MTEwMDM5-the-variation-of-radial-probability-density-r2-r-as-a-function-of-distance-r-of-the-electron-from-the-nucleus-for-3p-orbital-is-captured-in-which-of-the-following-graphs-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mzc4NTUy-hund-s-rule-states-that-1-no-two-electrons-can-be-in-two-separate-orbitals-2-no-two-electrons-can-be-present-with-similar-spin-in-an-orbital-3-two-electrons-can-exist-in-d-orbital-4-none-of-the-above https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTc1NjM0-given-below-are-two-statements-statement-1-electrical-discharge-is-passed-through-the-h-2-gas-h-2-dissociates-into-h-atoms-the-energetically-excited-atoms-emit-discrete-frequencies-statement-2-the-fre https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTc1ODI1-an-electron-in-a-hydrogen-like-atom-undergoes-various-transitions-resulting-in-the-emission-of-photons-corresponding-to-different-spectral-lines-arrange-the-following-emitted-photons-in-increasing-ord https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTc2MDgy-line-corresponding-to-lyman-series-are-l-1-l-2-l-3-l-4-among-these-l-1-line-corresponds-to-lowest-energy-similarly-lines-corresponding-to-balmer-series-are-b-1-b-2-b-3-b-4-among-these-b-1-line-corresp https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTc2MDk1-if-for-li-2-ion-electron-is-in-transition-between-energy-levels-such-that-sum-of-principal-quantum-numbers-is-4-and-difference-is-2-then-find-the-wavelength-in-cm-emitted-for-transition-between-these https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTc2MDk2-heat-of-atomisation-of-ch-4-g-and-c-2h-6-g-are-x-kj-mole-and-y-kj-mole-find-the-maximum-wavelength-of-photon-required-to-dissociate-c-c-bond-in-c-2h-6-1-frac-mathrm-hcn-mathrm-a-left-mathrm-y-frac-3-m https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTc2MTk1-energy-of-1-st-balmer-line-of-h-atom-is-x-j-the-energy-in-j-of-second-balmer-line-of-h-atom-is-1-x-2-2x-3-1-35x-4-dfrac-mathrm-x-1-35-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTc2NjIy-on-two-metal-surfaces-a-monochromatic-light-of-6-ev-was-incident-they-have-ratio-of-their-work-function-and-maximum-ke-as-frac-phi-1-phi-2-frac-1-2-frac-left-mathrm-ke-max-right-1-left-mathrm-ke-max-r https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTc3ODc4-which-of-the-following-are-isobars-1-92-232-mathrm-u-and-92-238-mathrm-u-2-1-3-mathrm-h-and-1-2-mathrm-h-3-1-3-mathrm-h-and-2-3-mathrm-he-4-7-14-mathrm-n-and-7-15-mathrm-n-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTc4MTc1-which-of-the-following-is-correct-match-for-hydrogen-like-species-for-the-total-energy-of-e-species-and-orbit-energy-j-atom-1-3-rd-orbit-of-li-2-ion-21-6-times-10-19-2-2-nd-orbit-of-he-ion-10-8-times https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTc4MzQy-the-maximum-number-of-electrons-in-the-following-two-given-set-of-quantum-numbers-respectively-is-i-n-5-m-l-1-ii-mathrm-n-4-ell-2-mathrm-m-ell-1-mathrm-m-mathrm-s-frac-1-2-1-8-1-2-4-1-3-26-2-4-10-2-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTI0OTE3-given-below-are-two-statements-statement-i-the-total-number-of-orbitals-in-a-given-shell-is-n-where-n-is-the-principal-quantum-number-statement-ii-for-any-subshell-the-spatial-orientations-of-the-orbi https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTI1MTMx-which-of-the-spectral-line-of-the-h-atom-is-suitable-for-heat-treatment-of-muscular-pain-involves-radiation-of-wavelength-of-about-900-nm-given-mathrm-r-mathrm-h-10-5-mathrm-cm-1-mathrm-h-6-6-times-10 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTI2MDgy-for-hydrogen-atom-the-orbital-s-with-lowest-energy-is-are-a-4s-b-3p-x-c-3-d-x-2-y-2-d-3-mathrm-d-mathrm-z-2-e-4-p-z-choose-the-correct-answer-from-the-options-given-below-1-a-and-e-only-2-b-only-3-a-o https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTMyNDUy-given-below-are-two-statements-statement-i-bohr-s-model-applies-to-hydrogen-like-species-statement-ii-bohr-s-model-does-not-consider-electron-electron-repulsion-1-statement-i-is-incorrect-and-statemen https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTMyNDU0-what-is-the-orbital-angular-momentum-for-2s-and-2p-energy-levels-respectively-1-0-and-h-over-sqrt-2-pi-2-1-and-h-over-sqrt-2-pi-3-h-over-pi-and-h-over-pi-4-0-and-h-over-2-pi-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTMyNDgx-what-is-the-value-of-n-the-final-energy-level-when-an-electron-in-a-hydrogen-like-species-transitions-from-the-4th-excited-state-to-the-n-th-state-given-that-the-energy-emitted-during-the-transition-i https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTMyNDkx-which-of-the-following-is-the-ratio-of-the-radius-of-5-text-th-bohr-orbit-mathrm-r-5-of-mathrm-he-mathrm-li-2-1-dfrac-2-3-2-dfrac-3-2-3-dfrac-9-4-4-dfrac-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTMyNTk1-according-to-bohr-s-atomic-model-the-radius-of-the-4th-orbit-of-which-hydrogen-like-species-is-equal-to-the-radius-of-the-2nd-orbit-of-the-hydrogen-atom-1-mathrm-be-3-2-mathrm-li-2-3-mathrm-he-1-4-non https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTMyNjQx-consider-the-following-statements-a-the-value-of-l-gives-the-shape-of-the-orbital-b-psi-represents-the-wave-function-of-an-electron-c-electron-density-of-mathrm-p-x-orbital-in-mathrm-xy-plane-is-zero https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTMyNzg0-consider-the-last-electron-of-element-having-atomic-no-9-choose-the-correct-option-1-sum-of-total-nodes-1-2-mathrm-n-2-and-ell-0-3-last-electron-enters-in-mathrm-2s-subshell-4-there-are-mathrm-5-e-wit https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NTMzNDYz-the-energy-of-an-electron-in-first-bohr-orbit-of-text-h-atom-is-mathrm-13-6-ev-find-the-magnitude-of-the-energy-of-an-electron-in-the-first-excited-state-of-mathrm-be-3-ion-in-mathrm-ev-1-27-2-2-54-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDM3OTY3-the-shortest-wavelength-of-the-paschen-series-for-h-atom-is-1-dfrac-9-r-2-dfrac-16-r-3-dfrac-144-7-r-4-dfrac-7-r-144-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDM4NDIw-identify-the-correct-relationship-between-potential-energy-and-total-energy-of-an-electron-in-bohr-s-model-for-single-electron-species-1-mathrm-pe-2-mathrm-te-2-pe-2te-3-pe-te-4-pe-te-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDM5OTQw-the-ratio-of-the-shortest-wavelengths-in-the-lyman-and-balmer-series-of-the-h-atom-is-1-dfrac-1-4-2-dfrac-4-1-3-dfrac-1-2-4-dfrac-2-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDM5OTc3-find-out-wavelength-of-a-photon-having-frequency-equal-to-900-text-sec-1-1-3-33-times-10-5-mathrm-m-2-3-33-times-10-5-mathrm-cm-3-3-33-times-10-7-mathrm-m-4-3-33-times-10-4-mathrm-m-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDM5OTkz-the-de-broglie-wavelength-of-an-electron-in-the-4th-orbit-is-where-a-0-radius-of-1st-orbit-1-2-pi-a-0-2-8-pi-a-0-3-6-pi-a-0-4-4-pi-a-0-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDQwMTA4-consider-the-following-statements-statement-i-the-number-of-emitted-photoelectrons-increases-with-increase-in-the-frequency-of-incident-light-statement-ii-the-kinetic-energy-of-emitted-photoelectrons https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDQwNDM1-maximum-number-of-orbitals-possible-when-n-4-and-m-0-1-4-2-1-3-3-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDQwNzE0-for-an-atom-what-is-the-maximum-number-of-electrons-that-can-have-the-following-quantum-numbers-mathrm-i-mathrm-n-4-ii-m-l-1-iii-mathrm-m-mathrm-s-frac-1-2-1-two-2-four-3-one-4-three-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDQwNzMw-if-lambda-max-for-lyman-series-of-h-atom-is-912-then-calculate-lambda-text-min-for-balmer-series-of-h-atom-in-1-2736-2-1423-3-6704-4-1890-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDUyNTk5-electron-and-proton-have-the-same-de-broglie-wavelength-what-is-the-ratio-of-their-kinetic-energy-1-1836-2-sqrt-1836-3-frac-1-1836-4-frac-1-sqrt-1836-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDUyODM4-frequency-of-following-electromagnetic-wave-is-given-by-x-10-6-mathrm-hz-1-25-2-67-3-98-4-23-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU0NDU2-if-de-broglie-wavelength-of-electron-is-equal-to-de-broglie-of-proton-what-is-the-relation-between-their-kinetic-energy-1-k-e-e-k-e-p-2-mathrm-ke-mathrm-p-mathrm-ke-mathrm-e-mathrm-e-3-k-e-e-k-e-p-4-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU0NDc5-the-quantum-number-for-the-outermost-electron-of-k-atom-are-given-by-1-n-4-l-0-m-0-s-frac-1-2-2-n-4-l-1-m-0-s-frac-1-2-3-n-3-l-0-m-0-s-frac-1-2-4-n-4-l-0-m-1-s-frac-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU0NTY5-wave-number-of-a-radiation-having-5800-wavelength-is-x-mathrm-x-times-10-4-mathrm-cm-1-text-the-value-of-mathrm-x-to-nearest-integer-is-1-2-2-4-3-5-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU0OTI2-if-the-energy-of-radiation-having-wavelength-of-242-nm-is-x-times10-19-text-j-then-find-nearest-integer-value-of-x-given-plank-s-constant-6-6-times10-19-joule-second-text-c-3-times10-8-text-ms-1-1-8-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1MTYy-which-of-the-following-is-the-correct-plot-between-lambda-de-broglie-wavelength-and-p-momentum-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1MTkx-find-the-radius-of-the-4th-stationary-orbit-of-an-electron-in-a-hydrogen-atom-if-the-radius-of-the-3rd-orbit-is-given-as-r-1-dfrac-16r-9-2-dfrac-6r-16-3-dfrac-4r-3-4-dfrac-3r-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1MzQz-calculate-number-of-electron-for-which-n-4-and-s-frac-1-2-1-18-2-20-3-16-4-23-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1NDY4-what-is-the-minimum-energy-text-in-ev-required-for-an-electron-to-excite-from-ground-state-to-1st-excited-state-for-hydrogen-atom-1-10-5-2-20-3-3-50-2-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1NDg5-magnetic-moment-due-to-the-motion-of-the-electron-in-text-n-text-th-orbit-of-bohr-atom-is-proportional-to-text-n-text-x-the-value-of-x-is-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1NTA2-how-many-spectral-lines-are-obtained-when-an-electron-in-text-he-ion-jumps-from-n-5-to-n-1-1-10-2-20-3-70-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1NjQ4-which-of-the-following-orbitals-has-the-highest-energy-1-n-6-quad-l-0-2-n-5-quad-l-2-3-n-4-quad-l-2-4-n-3-quad-l-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1NzE3-identify-the-correct-order-of-de-broglie-wavelength-of-proton-left-lambda-p-right-electron-left-lambda-e-right-and-alpha-left-lambda-a-right-particles-moving-with-same-kinetic-energy-1-lambda-mathrm-p https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1OTI3-consider-the-following-statements-statement-i-for-hydrogen-atom-3p-and-3d-are-degenerate-statement-ii-degenerate-orbitals-have-same-energy-1-both-statement-i-and-ii-are-correct-2-both-statement-i-and https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU1OTc4-the-ratio-of-magnitude-of-potential-energy-and-kinetic-energy-for-5-text-th-excited-state-of-hydrogen-atom-is-1-2-1-2-4-1-3-1-2-4-1-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU2MjY1-for-text-rb-37-which-of-the-following-set-of-quantum-numbers-are-correct-for-valence-electron-1-5-0-0-1-over-2-2-5-0-1-1-over-2-3-5-0-1-1-over-2-4-5-1-1-1-over-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU3MTI5-if-the-longest-wavelength-for-the-paschen-series-in-text-h-atom-is-alpha-over-7-text-r-the-value-of-alpha-will-be-1-144-2-677-3-890-4-764-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDU3MTM3-if-work-function-is-6-6-text-ev-the-threshold-frequency-is-text-x-times-10-14-text-hz-find-text-x-text-h-6-6-times10-34-text-j-s-1-18-2-16-3-21-4-25-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYyODEy-the-shortest-wavelength-in-the-lyman-series-of-h-atom-is-and-the-longest-wavelength-in-the-balmer-series-of-he-is-frac-x-lambda-5-the-value-of-x-is-1-7-2-11-3-13-4-9-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYyOTQ4-a-hydrogen-atom-in-its-ground-state-absorbs-12-75-ev-of-energy-the-orbital-angular-momentum-of-the-electron-becomes-frac-nh-2-pi-what-is-the-value-of-n-1-3-2-4-3-5-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYyOTkz-electrons-are-emitted-in-a-cathode-ray-tube-with-a-velocity-of-1000-m-s-select-the-correct-statement-among-the-following-is-1-the-de-broglie-wavelength-of-an-electron-is-666-67-nm-2-the-cathode-rays-t https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYzMDA1-total-number-of-orbitals-that-is-are-considered-as-axial-orbital-s-is-p-x-p-y-p-z-d-xy-d-yz-d-zx-d-x-2-y-2-d-z-2-1-8-2-3-3-2-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYzMTk0-the-speed-of-an-electron-in-the-7th-orbit-is-3-6-x-106-m-s-the-speed-in-3rd-orbit-is-1-3-6-x-106-m-s-2-8-4-x-106-m-s-3-7-5-x-106-m-s-4-1-8-x-106-m-s-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYzMjA1-the-ionization-energy-of-a-hydrogen-atom-is-13-6-ev-what-is-the-ionization-energy-of-a-li-ion-1-54-4-ev-2-122-4-ev-3-13-6-ev-4-3-4-ev-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYzMjEy-two-metals-are-given-metal-1-work-function-4-8-ev-metal-2-work-function-2-8-ev-photons-of-wavelength-350-nm-are-incident-on-both-metals-separately-which-metal-will-eject-electrons-at-this-wavelength-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYzMjIx-the-energy-of-radiation-given-by-e-frac-hc-lambda-text-absorb-if-e-96-text-kj-mol-1-then-the-value-of-lambda-text-absorb-in-a-circ-is-1-12471-a-circ-2-124-71-a-circ-3-1247-1-a-circ-4-1-2471-a-circ-1-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzYzMjc5-an-electron-in-be-3-goes-from-n-4-to-n-2-the-amount-of-energy-released-in-ev-is-ground-state-energy-of-h-atom-13-6-ev-1-40-8-ev-2-122-4-ev-3-217-6-ev-4-21-17-ev-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxMTYw-uncertainty-in-the-position-of-a-moving-particle-is-10-7-m-and-uncertainty-velocity-is-2-4-10-24-m-sec-then-the-mass-of-a-particle-is-x-10-5-kg-the-value-of-x-is-report-your-answer-to-the-nearest-inte https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxMTk0-how-many-sets-of-quantum-numbers-are-possible-n-l-m-a-2-2-1-b-3-2-2-c-3-2-1-d-2-1-1-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxMjky-the-set-of-a-quantum-number-that-represents-degenerate-orbitals-is-a-small-n-3-ell-2-m-0-s-frac-1-2-n-3-ell-2-m-1-s-frac-1-2-b-small-n-2-ell-1-m-1-s-frac-1-2-n-3-ell-1-m-1-mathrm-s-frac-1-2-c-small-n https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDE4-the-total-energy-of-1-mol-of-photons-in-j-mol-having-lambda-600-nm-is-given-h-6-62-times-10-34-mathrm-j-mathrm-sec-mathrm-c-3-times-10-8-mathrm-m-s-1-1-2-times-10-5-j-mol-2-6-64-times-10-8-j-mol-3-1-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDMz-if-the-work-function-of-a-metal-is-6-63-10-19j-the-maximum-wavelength-of-the-photon-required-to-remove-a-photoelectron-from-the-metal-is-given-h-6-63-10-34-j-sec-1-280-nm-2-310-nm-3-300-nm-4-290-nm-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNDQw-an-electron-shows-the-transition-from-lower-bohr-s-atomic-orbit-to-a-higher-orbit-then-comment-on-potential-energy-p-e-kinetic-energy-k-e-and-total-energy-t-e-of-the-electron-1-all-three-are-increase https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQxNzUw-find-the-number-of-radial-nodes-and-angular-nodes-in-4d-orbital-respectively-1-1-and-2-2-3-and-3-3-1-and-0-4-2-and-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQyNDY5-the-numbers-of-angular-and-radial-nodes-in-a-4d-orbital-are-respectively-1-2-1-2-1-2-3-3-1-4-1-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzQ1NDQw-given-below-are-the-quantum-numbers-for-4-electrons-a-n-3-l-2-m1-1-ms-1-2-b-n-4-l-1-m1-0-ms-1-2-c-n-4-l-2-m1-2-ms-1-2-d-n-3-l-1-m1-1-ms-1-2-the-correct-order-of-increasing-energy-is-1-d-b-a-c-2-d-a-b https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgxNjY5-consider-the-following-pairs-of-electrons-a-a-n-3-l-1-m-1-1-m-s-frac-1-2-b-n-3-l-2-m-1-1-m-s-frac-1-2-b-a-n-3-l-2-m-1-2-m-s-frac-1-2-b-n-3-l-2-m-1-1-m-s-frac-1-2-c-a-n-4-l-2-m-1-2-m-s-frac-1-2-b-n-3-l https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgxNjg5-which-of-the-following-sets-of-quantum-numbers-is-not-allowed-1-mathrm-n-3-l-2-mathrm-m-mathrm-l-0-mathrm-s-frac-1-2-2-mathrm-n-3-l-2-mathrm-m-mathrm-l-2-mathrm-s-frac-1-2-3-mathrm-n-3-l-3-mathrm-m-ma https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgxNzQw-identify-the-incorrect-statement-from-the-following-1-a-circular-path-around-the-nucleus-in-which-an-electron-moves-is-proposed-as-bohr-s-orbit-2-an-orbital-is-the-one-electron-wave-function-psi-in-an https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgxNzUw-given-below-are-two-statements-assertion-a-the-energy-of-the-2s-orbital-in-a-hydrogen-atom-is-higher-than-that-of-the-2s-orbital-in-a-lithium-atom-reason-r-within-the-same-subshell-orbital-energies-de https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgxNzcy-the-number-of-radial-and-angular-nodes-in-4-text-d-orbital-are-respectively-1-1-and-2-2-3-and-2-3-1-and-0-4-2-and-1-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgxODE3-the-energy-of-one-mole-of-photons-of-radiation-of-wavelength-300-text-nm-is-given-text-h-6-63-times10-34-text-js-n-a-6-02-times10-23-text-mol-1-text-c-3-times10-8-text-ms-1-1-235-text-kj-mol-1-2-325-t https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgxODgw-when-the-excited-electron-of-a-h-atom-from-mathrm-n-5-drops-to-the-ground-state-the-maximum-number-of-emission-lines-observed-are-1-10-2-2-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgxOTY1-calculate-the-mass-of-the-particle-in-grams-given-that-the-uncertainty-in-velocity-and-position-of-a-minute-particle-in-space-is-mathrm-2-4-10-26-m-s-1-and-mathrm-10-7-m-respectively-given-left-mathrm https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgyMDEx-which-of-the-following-statements-is-correct-if-the-radius-of-the-3-text-rd-bohr-s-orbit-of-the-hydrogen-atom-is-text-r-3-and-the-radius-of-4-text-th-bohr-s-orbit-is-text-r-4-1-text-r-4-dfrac-9-16-tex https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgyMTA3-consider-the-following-set-of-quantum-numbers-n-l-m-a-3-3-3-b-3-2-2-c-2-1-1-d-2-2-2-the-number-of-correct-sets-of-quantum-numbers-is-1-4-2-3-3-1-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgyMTc0-which-of-the-following-is-the-correct-plot-for-the-probability-density-psi-2-r-as-a-function-of-distance-r-of-the-electron-from-the-nucleus-for-2s-orbital-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgyMTky-the-work-function-of-a-metal-is-6-63-10-j-calculate-the-maximum-wavelength-of-the-photon-required-to-just-eject-a-photoelectron-from-the-metal-nearest-integer-in-nm-given-h-6-63-10-j-s-c-3-10-m-s-1-10 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgyMjQ2-consider-the-following-statements-a-the-principal-quantum-number-mathrm-n-is-a-positive-integer-with-values-of-mathrm-n-1-2-3-b-the-azimuthal-quantum-number-mathrm-l-for-a-given-mathrm-n-principal-qua https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgyNDE2-the-correct-decreasing-order-of-energy-for-the-orbitals-having-following-set-of-quantum-numbers-is-a-mathrm-n-3-mathrm-l-0-mathrm-m-0-b-mathrm-n-4-mathrm-l-0-mathrm-m-0-c-mathrm-n-3-l-1-m-0-d-mathrm-n https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDgyNDY0-the-minimum-uncertainty-in-the-speed-of-an-electron-in-an-one-dimensional-region-of-length-2-a-0-where-mathrm-a-0-mathrm-bohr-radius-52-9-pm-is-given-mass-of-electron-9-1-times-10-31-mathrm-kg-planck https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1NTky-which-of-the-following-pairs-is-isoelectronic-with-al-3-1-br-and-be-2-2-cl-and-li-3-s-2-and-k-4-o-2-and-mg-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5MDYy-a-proton-and-a-li3-nucleus-are-accelerated-by-the-same-potential-if-li3-and-p-p-p-denote-the-de-broglie-wavelengths-of-li3-and-proton-respectively-then-the-value-of-frac-lambda-li-3-lambda-p-is-x-10-1 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5MTM5-according-to-bohr-s-atomic-theory-a-kinetic-energy-of-the-electron-is-mathrm-propto-z-2-over-n-2-b-the-product-of-velocity-v-of-electron-and-principal-quantum-number-mathrm-n-vn-propto-z-2-c-frequency https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5Mjk3-the-plots-of-radial-distribution-functions-for-various-orbitals-of-hydrogen-atom-against-r-are-given-below-a-b-c-d-the-correct-plot-for-3s-orbital-is-1-b-2-a-3-d-4-c-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5Mjk5-which-of-the-following-pairs-has-the-same-outermost-electronic-configuration-1-cr-and-mn2-2-ni2-and-cu-3-fe2-and-co-4-v2-and-cr-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDg5MTA4-given-below-are-two-statements-statement-i-according-to-bohr-s-model-of-an-atom-qualitatively-the-magnitude-of-velocity-of-electron-increases-with-decrease-in-positive-charge-on-the-nucleus-as-there-i https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDkzMDAy-a-metal-surface-is-exposed-to-500-nm-radiation-the-threshold-frequency-of-the-metal-for-photoelectric-current-is-4-3-times10-14-hz-if-the-velocity-of-ejected-electron-is-x-times10-5-ms-1-find-x-neares https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1NDEx-ge-z-32-in-its-ground-state-electronic-configuration-has-x-completely-filled-orbitals-with-m-l-0-the-value-of-x-is-1-five-5-2-seven-7-3-six-6-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1NDM4-what-is-the-value-of-magnetic-quantum-number-for-the-outermost-electron-of-zn-ion-1-1-2-2-1-2-3-3-2-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1NTA5-the-spin-only-magnetic-moment-value-of-text-b-2-species-is-x-times-10-2-text-bm-find-out-the-value-of-x-nearest-integer-use-sqrt-3-1-73-1-169-2-173-3-178-4-185-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1NTg1-determine-the-azimuthal-quantum-number-of-the-valence-electrons-in-a-ga-ion-given-atomic-number-of-ga-31-1-two-2-2-zero-0-3-one-1-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1NzMw-an-accelerated-electron-has-a-speed-of-5-times10-6-text-ms-1-with-an-uncertainty-of-0-02-the-uncertainty-in-finding-its-location-while-in-motion-is-x-times10-9-text-m-find-the-value-of-x-nearest-integ https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1NzQ0-what-is-the-number-of-electrons-present-in-4f-orbital-of-text-ho-3-given-atomic-no-of-ho-67-1-eight-8-2-ten-10-3-five-5-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1Nzc2-given-below-are-two-statements-statement-i-rutherford-s-gold-foil-experiment-cannot-explain-the-line-spectrum-of-hydrogen-atom-statement-ii-bohr-s-model-of-hydrogen-atom-contradicts-heisenberg-s-uncer https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1ODk3-a-certain-orbital-has-no-angular-nodes-and-two-radial-nodes-the-orbital-is-1-2s-2-3p-3-3s-4-2p-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1OTY2-given-below-are-two-statements-statement-i-bohr-s-theory-accounts-for-the-stability-and-line-spectrum-of-text-li-ion-statement-ii-bohr-s-theory-was-unable-to-explain-the-splitting-of-spectral-lines-in https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1OTc1-when-light-of-wavelength-248-nm-falls-on-a-metal-of-threshold-energy-3-0-ev-what-is-the-de-broglie-wavelength-of-emitted-electrons-rounded-off-to-the-nearest-integer-small-left-text-use-sqrt-3-1-73-ma https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk2MDcz-what-is-the-number-of-orbitals-with-n-5-text-and-m-l-2-is-1-three-3-2-five-5-3-ten-10-4-seven-7-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk2Mjk3-a-certain-orbital-has-n-4-and-m-l-3-find-out-the-number-of-radial-nodes-in-this-orbital-1-four-4-2-one-1-3-zero-0-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3ODMx-the-figure-that-is-not-a-direct-manifestation-of-the-quantum-nature-of-atoms-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc4NTIw-the-region-in-the-electromagnetic-spectrum-where-the-balmer-series-lines-appear-is-1-infrared-2-ultraviolet-3-microwave-4-visible-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc4NzMz-the-correct-statement-about-probability-density-except-at-an-infinite-distance-from-the-nucleus-is-1-it-can-be-negative-for-2p-orbital-2-it-can-be-zero-for-3p-orbital-3-it-can-be-zero-for-1s-orbital-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDg4Nzc5-which-of-the-following-statements-was-not-proposed-by-dalton-1-chemical-reactions-involve-the-reorganization-of-atoms-these-are-neither-created-nor-destroyed-in-a-chemical-reaction-2-matter-consists-o https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDg5ODAy-what-is-the-number-of-orbitals-associated-with-quantum-number-n-5-and-m-s-dfrac-1-2-1-15-2-25-3-50-4-11-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDkyNTQw-for-the-balmer-series-in-the-spectrum-of-h-atom-vec-v-r-h-left-frac-1-n-1-2-frac-1-n-2-2-right-the-correct-statements-among-i-to-iv-are-i-as-the-wavelength-decreases-the-lines-in-the-series-converge-i https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246NDk1OTEz-the-radius-of-the-second-bohr-s-orbit-in-terms-of-the-bohr-s-radius-a-0-in-mathrm-li-2-is-1-dfrac-2-a-0-3-2-dfrac-2-a-0-9-3-dfrac-4-a-0-9-4-dfrac-4-a-0-3-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc2NzQx-a-photoelectric-experiment-is-conducted-using-light-of-wavelength-the-fastest-ejected-electron-has-a-momentum-of-p-if-the-momentum-of-the-fastest-ejected-electron-is-to-be-increased-to-1-5p-what-is-th https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NDg0-which-one-of-the-following-about-an-electron-occupying-the-1s-orbital-in-a-hydrogen-atom-is-incorrect-the-bohr-radius-is-represented-by-a0-1-the-magnitude-of-the-potential-energy-is-double-that-of-its https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc3NTM5-the-graph-between-2-2-2-and-r-radial-distance-is-shown-below-this-represents-1-3s-orbital-2-2s-orbital-3-2p-orbital-4-1s-orbital-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5OTI2-a-stream-of-electrons-from-a-heated-filament-was-passed-between-two-charged-plates-kept-at-a-potential-difference-v-esu-if-e-and-m-are-charge-and-mass-of-an-electron-respectively-then-the-value-of-h-h https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5Nzcy-among-the-following-the-energy-of-a-possible-excited-state-of-hydrogen-is-1-13-6-ev-2-6-8-ev-3-3-4-ev-4-6-8-ev-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5Njk3-the-correct-set-of-four-quantum-numbers-for-the-valence-electrons-of-rubidium-atom-z-37-is-1-5-1-0-121212-2-5-1-1-121212-3-5-0-1-121212-4-5-0-0-121212-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzA4Mzcz-with-a-ground-state-energy-of-13-6-ev-for-a-hydrogen-atom-what-would-be-the-energy-in-the-second-excited-state-1-6-8-ev-2-3-4-ev-3-1-51-ev-4-4-53-ev-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MzA4Mzk2-calculate-the-uncertainty-in-the-velocity-of-a-particle-of-mass-25-g-given-that-the-uncertainty-in-its-position-is-10-m-and-planck-s-constant-is-6-6-10-j-s-1-2-1-times-10-28-2-2-1-times-10-34-3-0-5-ti https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjk4NjQ5-consider-the-ground-state-of-cr-atom-z-24-the-numbers-of-electrons-with-the-azimuthal-quantum-numbers-l-1-and-2-are-respectively-1-12-and-4-2-12-and-5-3-16-and-4-4-16-and-5-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjg0ODI5-which-of-the-following-sets-of-quantum-numbers-represents-the-highest-energy-of-an-atom-1-n-3-l-1-m-1-s-2-n-3-l-2-m-1-s-3-n-4-l-0-m-0-s-4-n-3-l-0-m-0-s-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjg0MzA2-given-that-an-electron-in-an-atom-moves-at-600-m-s-with-an-accuracy-of-0-005-what-is-the-level-of-certainty-in-locating-its-position-h-6-6-10-34-kg-m2-s-1-mass-of-electron-em-9-1-10-31-kg-1-1-52-10-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjg0MzI0-the-wavelength-in-nanometer-associated-with-a-proton-moving-at-1-0-103-ms-1-mass-of-proton-1-67-10-27-kg-and-h-6-63-10-34-js-is-1-0-032-nm-2-0-40-nm-3-2-50-nm-4-14-0-nm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5ODYy-the-energy-required-to-break-one-mole-of-ci-cl-bonds-in-cl2-is-242-kjmol-1-the-wavelength-of-light-capable-of-breaking-a-single-cl-cl-bond-is-1-494-nm-2-594-nm-3-640-nm-4-700-nm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5ODY0-the-ionization-energy-of-he-is-19-6-x-10-18-j-atom-1-the-energy-of-the-first-stationary-state-n-1-of-li-2-is-1-8-82-10-17-j-atom-18-82-10-17-j-atom-18-82-10-17-j-atom-1-2-4-41-10-16-j-atom-14-41-10-16 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5Nzc3-a-gas-absorbs-a-photon-of-355-nm-and-emits-at-two-wavelengths-if-one-of-the-emissions-is-at-680-nm-the-other-is-at-1-1035-nm-2-325-nm-3-743-nm-4-518-nm-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246MjgwMDI0-the-frequency-of-light-emitted-for-the-transition-n-4-to-n-2-of-he-is-equal-to-the-transition-in-h-atom-corresponding-to-which-of-the-following-1-n-2-to-n-1-2-n-3-to-n-2-3-n-4-to-n-3-4-n-3-to-n-1-1-2 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5NjI1-the-electrons-identified-by-quantum-numbers-n-and-l-can-be-placed-in-order-of-increasing-energy-as-a-n-4-ll-1-b-n-4-ll-0-c-n-3-ll-2-d-n-3-ll-1-1-d-b-c-a-2-b-d-a-c-3-a-c-b-d-4-c-d-b-a-1-2-3-4 https://medminds.me/qbank/chemistry/structure-of-atom/?q=NP-b246Mjc5NzUy-the-energy-of-an-electron-is-given-by-e-2-178-10-18-j-z2n2-10-18-jz2n2-wavelength-of-light-required-to-excite-an-electron-in-an-hydrogen-atom-from-level-n-1-to-n-2-will-be-h-6-62-10-34-js-and-c-3-0-10 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-Rpb246NTQ2OQ-the-low-melting-point-of-manganese-in-the-1st-transition-series-is-due-to-1-strong-metallic-bond-due-to-d10-configuration-2-weak-metallic-bond-due-to-d5-configuration-3-weak-metallic-bond-due-to-d7-co https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-Rpb246NTQ3OA-lanthanoid-contraction-is-caused-due-to-1-the-appreciable-shielding-on-outer-electrons-by-4f-electrons-from-the-nuclear-charge-2-the-appreciable-shielding-on-outer-electrons-by-5d-electrons-from-the-n https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-Rpb246NTQ4NQ-which-of-the-following-elements-generally-exhibit-multiple-oxidation-states-and-form-coloured-ions-in-aqueous-solution-1-metalloids-2-transition-elements-3-non-metals-4-noble-gases-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-Rpb246Njc3MQ-cuso4-aq-rarr-h2s-uarr-m-darr-rarr-ofkcnexcessn-o-then-final-products-n-and-o-are-respectively-1-cu-cn-4-3-cn-2-2-cucn-cn-2-3-cu-cn-4-2-cn-2-4-cu-cn-2-k2s-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-Rpb246Njc4MQ-at-ph-x-text-cro-4-2-yellow-changes-to-text-cr-2-text-o-7-2-orange-and-vice-versa-at-ph-y-what-are-the-values-of-x-and-y-respectively-1-6-and-8-2-6-and-5-3-8-and-6-4-7-and-7-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-Rpb246Njc5Mw-when-steam-is-passed-over-red-hot-iron-the-substances-formed-are-1-fe2o3-h2-2-fe3o4-h2-3-feo-h2-4-feo-h2-o2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-Rpb246Njc5NQ-which-of-the-following-solid-salt-on-heating-with-k2cr2o7-and-conc-h2so4-orange-red-vapours-are-evolved-which-turn-aquous-naoh-solution-yellow-1-nabr-2-nacl-3-nano3-4-nai-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-Rpb246NjgwMA-fe-is-made-passive-by-1-dil-h2so4-2-dil-hcl-3-conc-hno3-4-conc-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-Rpb246NjgwMg-the-iron-salt-used-in-blue-prints-is-1-fec2o4-2-fe2-c2o4-3-3-k4fe-cn-6-4-feso4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246MjY1MTA-which-element-among-the-following-has-the-highest-melting-point-1-cr-2-fe-3-cu-4-mo-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246MjY1MTE-the-colour-of-kmno4-is-due-to-1-d-d-transition-2-charge-transfer-spectra-3-polarisation-of-ion-4-p-d-transition-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246MjY1MTI-which-of-the-following-element-does-not-show-the-variable-oxidation-state-1-fe-2-mn-3-cu-4-zn-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246MjY1MTM-with-f-highest-stable-oxidation-state-of-mn-is-1-6-2-4-3-7-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246MjY1MTQ-cr2o72-x-8594-h-cr3-h2o-oxidized-product-of-x-x-in-the-above-reaction-cannot-be-1-c2o42-2-fe2-3-so42-4-s2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246MjY1MTc-basic-oxide-amongst-the-following-is-1-cro-2-cr2o3-3-cro3-4-cr2o4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246MjY1MTk-a-pair-of-ions-having-similar-magnetic-moments-is-1-ti3-v3-2-cr3-mn2-3-mn2-fe3-4-fe2-mn2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246MjY2MDk-which-of-the-following-lanthanoids-is-radioactive-1-promethium-2-europium-3-plutonium-4-neptunium-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246Mjc2NjM-find-the-main-reason-responsible-for-actinide-contraction-1-poor-shielding-by-the-5f-subshell-2-extraordinary-decrement-in-zeff-3-both-1-and-2-4-strong-shielding-by-the-5f-subshell-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246Mjk1OTQ-from-the-following-which-is-the-most-basic-hydroxide-1-ce-oh-3-2-lu-oh-3-3-yb-oh-3-4-tb-oh-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246Mjk1OTU-which-is-colorless-in-water-1-ti3-2-v3-3-cr3-4-sc3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246Mjk2MDE-cro42-and-mno4-are-strong-yellow-and-intense-purple-respectively-in-aqueous-solution-the-darkening-of-colour-is-due-to-1-charge-transfer-2-d-d-transition-3-half-filled-d-sub-shells-4-increasing-number https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246Mjk2MDg-in-the-dichromate-ion-cr2o72-1-4-cr-o-bonds-are-equivalent-2-6-cr-o-bonds-are-equivalent-3-all-cr-o-bonds-are-equivalent-4-none-of-cr-o-bonds-are-equivalent-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246MzAwNjI-the-electronic-configuration-of-a-transition-element-x-in-3-oxidation-state-is-ar-3d5-the-atomic-number-of-x-is-1-25-2-26-3-27-4-24-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246MzAwODQ-magnetic-moment-of-k3-fe-cn-5-h2o-is-1-0-2-4-92-3-3-87-4-2-83-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDA4MDc-name-the-gas-that-can-readily-decolourise-acidified-kmno4-solution-1-co2-2-so2-3-no2-4-p2o5-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDA4MjM-hgcl2-and-i2-both-when-dissolved-in-water-containing-i-ions-the-pair-of-species-formed-is-a-hgi2-i3-b-hgi2-i-c-hgi42-i3-d-hg2i2-i-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDA4NjU-the-incorrect-statement-regarding-the-lanthanons-is-1-europium-shows-2-oxidation-state-2-the-basicity-decreases-as-the-ionic-radius-decreases-from-pr-to-lu-3-all-the-lanthanons-are-much-more-reactive https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDA5MDE-which-one-of-the-following-statements-is-correct-when-so2-is-passed-through-acidified-k2cr2o7-solution-1-the-solution-is-decolourized-2-so2-is-reduced-3-green-cr2-so4-3-is-formed-4-the-solution-turns https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDA5ODM-the-correct-electronic-configuration-of-gadolinium-atomic-number-64-is-1-xe-4f86d2-2-xe-4f95s1-3-xe-4f75d16s2-4-xe-4f65d26s2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDA5OTQ-assuming-complete-ionisation-same-moles-of-which-of-the-following-compounds-will-require-the-least-amount-of-acidified-kmno4-for-complete-oxidation-1-feso4-2-feso3-3-fec2o4-4-fe-no2-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDEwNDY-the-reason-for-lanthanoid-contraction-is-1-negligible-screening-effect-of-f-orbitals-2-increasing-nuclear-charge-3-decreasing-nuclear-charge-4-decreasing-screening-effect-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDEwODI-a-diamagnetic-lanthanoid-ion-among-the-following-is-at-numbers-ce-58-sm-62-eu-63-yb-70-1-ce2-2-eu2-3-sm2-4-yb2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDEwOTE-among-the-following-the-incorrect-statement-regarding-interstitial-compounds-is-1-they-retain-metallic-conductivity-2-they-are-chemically-reactive-3-they-are-much-harder-than-the-pure-metal-4-they-hav https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDExMzY-identify-the-mixture-of-metals-that-contain-a-non-metal-as-a-constituent-in-it-1-lnvar-2-steel-3-bell-metal-4-bronze-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDExNDI-which-of-the-statements-is-not-true-1-on-passing-h2s-through-acidified-k2cr2o7-solution-a-milky-colour-is-observed-2-na2cr2o7-is-preferred-over-k2cr2o7-in-volumteric-analysis-3-k2cr2o7-solution-in-aci https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDEyMzk-a-pair-among-the-following-that-have-the-same-size-is-1-fe3-ni2-2-zr4-ti4-3-zr4-hf4-4-zn2-hf4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDEyODE-which-of-the-following-species-is-colourless-1-tif62-and-cof63-2-cu2cl2-and-nicl42-3-tif62-and-cu2cl2-4-cof63-and-nicl42-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDEzNjA-identify-the-incorrect-statement-among-the-following-1-there-is-a-decrease-in-the-radii-of-the-atoms-or-ions-as-one-proceeds-from-la-to-lu-2-lanthanoid-contraction-is-the-accumulation-of-successive-sh https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDE0MTM-more-number-of-oxidation-states-are-exhibited-by-the-actinoids-than-by-the-lanthanoids-the-main-reason-for-this-is-1-more-energy-difference-between-5f-and-6d-orbitals-than-that-between-4f-and-5d-orbit https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDE0MTY-in-which-of-the-following-pairs-are-both-the-ions-coloured-in-aqueous-solution-1-ni2-ti3-2-sc3-ti3-3-sc3-co2-4-ni2-cu-at-no-sc-21-ti-22-ni-28-cu-29-co-27-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NTA4MjE-the-correct-order-of-atomic-ionic-radii-is-1-sc-62-ti-62-v-62-cr-2-co-62-ni-62-cu-62-zn-3-s2-62-cl-62-o2-62-n3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NTMzNTM-i-with-reference-to-structural-variability-and-chemical-reactivity-write-the-difference-between-lanthanoids-and-actinoids-ii-name-a-member-of-the-lanthanoid-series-which-is-well-known-to-exhibit-4-oxi https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NTQxMTU-a-metal-m-and-its-compound-can-give-the-following-observable-changes-in-a-consequence-of-reactions-m-8594-hno3dilute-colourless-solutions-8594-naohaqueous-white-precipitate-8594-naoh-thinsp-aq-excess https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NTQxMTY-which-two-sets-of-reactants-best-represent-the-amphoteric-character-of-zn-oh-2-set-1-zn-oh-2-s-and-oh-aq-set-2-zn-oh-2-s-and-h2o-l-set-3-zn-oh-2-s-and-h-aq-set-4-zn-oh-2-s-and-nh3-aq-a-1-and-2-b-1-and https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NTQxMTc-which-compound-is-formed-when-iron-reacts-with-carbon-1-fec2-2-fe3c-3-fec3-4-fe2c-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NTQxMjA-x-k2co3-air-8594-heat-y-y-cl2-8594-z-pink-which-of-the-following-is-correct-a-x-black-mno2-y-blue-k2cro4-z-kmno4-b-x-green-cr2o3-y-yellow-k2cro4-z-k2cr2o7-c-x-black-mno2-y-green-k2mno4-z-kmno4-d-x-bla https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NTQxMjI-consider-the-following-transformation-2cux2-8594-roomtemperature2cux-x2-then-x-can-be-1-f-br-2-cl-br-3-cn-i-4-cl-f-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NTQxMjM-acidified-permanganate-solution-does-not-oxidize-1-c2o42-aq-2-no2-aq-3-s2-aq-4-f-aq-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjA5ODA-which-of-the-following-statements-is-incorrect-1-transition-elements-exhibit-higher-enthalpies-of-atomization-as-they-have-stronger-interatomic-interaction-2-ie2ofv23-mn25andni28-zn30-3-ni-ii-compound https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjA5ODE-which-of-the-following-is-true-for-the-species-3d4-configuration-1-cr2-is-reducing-in-nature-2-mn3-is-oxidising-in-nature-3-both-a-and-b-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjA5ODI-in-which-compound-does-vanadium-have-an-oxidation-number-of-4-a-nh4vo2-b-k4vcn6-c-vso4-d-voso4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjA5ODM-among-the-following-the-species-that-is-both-paramagnetic-and-coloured-is-a-mno42-b-ticl62-c-vo43-d-cro2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjA5ODQ-arrange-the-following-species-in-the-increasing-order-of-their-magnetic-properties-vcl3-voso4-na3vo4-vh2o6so4-h2o-i-ii-iii-iv-1-iii-ii-i-iv-2-iii-iv-ii-i-3-ii-iii-i-iv-4-iv-i-ii-iii-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjA5ODU-which-of-the-following-increasing-order-of-oxidising-power-is-correct-for-the-following-species-vo2-mno4-cr2o72-a-vo2-60-cr2o72-60-mno4-b-vo2-60-mno4-60-cr2o72-c-cr2o72-60-vo2-60-mno4-d-cr2o72-60-mno4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjA5ODY-in-which-of-the-following-oxoanions-the-oxidation-state-of-the-central-atom-is-not-the-same-as-that-of-its-group-number-in-the-periodic-table-a-mno4-b-cr2o72-c-vo43-d-feo42-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjA5ODc-at-300-deg-c-fecl3-1-decomposes-into-fecl2andcl2-2-decomposes-into-feandcl2-3-sublimes-go-give-liquid-fecl3-4-sublimes-to-give-gaseous-dimmer-fecl32-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjA5ODg-anhydrous-ferric-chloride-is-prepared-by-1-heating-hydrated-ferric-chloride-at-a-high-temperature-in-a-stream-of-air-2-heating-metallic-iron-in-a-stream-of-dry-chlorine-gas-3-reaction-of-ferric-oxide https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjA5ODk-anhydrous-ferrous-sulphate-on-heating-gives-1-both-so2andso3-2-so2only-3-so3only-4-fe2so43only-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwNTU-fecl3-6h2o-cch32ch3o2-8594-products-reaction-products-are-a-fecl3-ch3ohandch3coch3-b-ch3ofe-hclandh2o-c-fecl2-hclandch3coch3-d-feoh3-fecl3andch3coch3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwNTc-excess-of-kl-reactions-with-cuso4-solution-and-na2so4-solution-is-added-to-it-which-of-the-following-statement-is-incorrect-for-this-reaction-1-evolved-i2-is-reduced-2-cul2-is-formed-3-na2s2o3-is-oxid https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwNTk-select-the-correct-statement-1-ph3-reduces-agno3-to-metallic-ag-2-organic-tissues-turn-agno3-black-by-reducing-it-to-ag-3-agcnis-soluble-in-kcn-4-all-are-correct-statements-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwNjE-the-yellow-colour-solution-of-na2cro4-changes-to-orange-red-on-passing-co2-gas-due-to-the-formation-of-1-cro5-2-cro3-3-na2cr2o7-4-cr2o3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwNjM-fecr2o4-4na2co3-o2-rarr-fusionx-rarr-thinsp-thinsp-h2o-thinsp-h-y-rarr-h2o2h-z-which-of-the-following-statements-is-true-for-the-compounds-x-y-and-z-1-in-all-three-compounds-the-chromium-is-in-6-oxida https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwNjU-kmno4-on-treatment-with-conc-h2so4-forms-a-compound-x-which-decomposes-explosively-on-heating-forming-y-the-x-and-y-are-respectively-a-mn2o7-mno2-b-mn2o7-mn2o3-c-mnso4-mno2-d-mn2o3-mno42-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwNjc-which-of-the-following-products-are-formed-when-potassium-bromide-reacts-with-potassium-permanganate-in-alkaline-ph-1-bro3-8208-mno2-2-bro4-8208-mn2-3-br2-mno2-4-br2o-8208-mno42-8208-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwNzg-assertion-the-number-of-unpaired-electrons-in-the-following-gaseous-ions-mn3-cr3-v3-andti3-are-4-3-2-and-1-respectively-reason-cr3-is-stable-in-aqueous-solution-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwODI-assertion-cuprous-ion-cu-is-colourless-whereas-cupric-ion-cu2-produces-blue-colour-in-solution-reason-cuprous-ion-cu-has-unpaired-electrons-while-cupric-ion-cu2-does-not-if-both-the-assertion-and-the https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwODQ-assertion-ammonical-silver-nitrate-converts-glucose-to-gluconic-acid-and-metallic-silver-is-precipitated-reason-glucose-acts-as-a-weak-reducing-agent-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjEwODY-assertion-to-a-solution-of-potassium-chromate-if-a-strong-acid-is-added-it-changes-its-colour-from-yellow-to-orange-reason-the-colour-change-is-due-to-the-oxidation-of-potassium-chromate-if-both-the-a https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY2NTQ-which-one-of-the-following-statements-is-not-correct-1-nickel-forms-ni-co-4-2-all-the-transition-metals-form-mono-metallic-carbonyls-3-carbonyl-are-formed-by-transition-metals-4-transition-metals-form https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY2NjE-which-of-the-following-pairs-of-compounds-are-more-stable-a-k2-nicl6-pt-cn-4-2-b-nicl4-ptcl4-c-ni-cn-4-2-k2-pt-cl6-d-ptcl2-nicl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY2Njc-the-radius-of-la3-atomic-number-of-la-57-is-1-06-ao-which-one-of-the-following-given-values-will-be-closest-to-the-radius-of-lu3-atomic-number-of-lu-71-1-1-60-ao-2-1-40-ao-3-1-96-ao-4-0-85-ao-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY2ODM-match-the-underlined-atom-in-column-a-with-oxidation-number-in-column-b-a-b-a-fe-cn-5n-oplus-o-2-0-i-b-ag-cn-2-3-ii-c-cr-en-3-3-1-iii-d-ni-co-4-2-iv-a-b-c-d-a-i-ii-iii-iv-b-ii-iii-iv-i-c-iv-iii-ii-i-d https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3MDU-by-calculating-eo-value-of-the-following-reaction-which-one-of-the-following-reaction-are-spontaneous-given-ecu2-cuo-0-34v-ezn2-zno-0-76v-eag-ago-0-80v-a-2ag-zn2-8594-2ag-zn-b-cu-zn2-8594-zn-cu2-c-zn https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3MDY-which-of-the-following-species-has-the-highest-number-of-unpaired-electrons-1-fe2-2-fe3-3-co3-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3MTU-the-atomc-number-of-potassium-is-19-that-of-manganese-is-25-although-the-colour-of-mno4-is-dark-violet-yet-the-k-is-colourless-this-is-due-to-the-fact-that-1-mn-is-a-transition-element-while-k-is-not https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3MTY-heating-of-ag-with-dil-hno3-give-1-no-2-no2-3-n2o-4-n2o3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3MTg-zinc-dissolve-in-an-excess-of-naoh-because-of-the-formation-of-1-zno-2-zn-oh-2-3-nazn-oh-3-4-na2zno2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3MjI-when-excess-of-sncl2-is-added-to-hgcl2-the-substance-formed-is-1-hg2cl2-2-sn-3-hg-4-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3MjM-the-oxidation-number-is-changed-in-which-of-the-following-case-1-so2-gas-is-passed-into-cr2o72-h-2-aqueous-solution-of-cro42-is-acidified-3-cro2cl2-is-dissolved-in-naoh-4-cr2o72-solution-is-made-alkal https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3MjQ-which-of-the-following-elements-form-stable-dinuclear-ions-1-zn-2-cd-3-hg-4-fe-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3Mjg-what-is-the-correct-electronic-configuration-of-ti-z-22-1-1s22s22p63s23p63d2-2-1s22s22p63s23p63d24p6-3-1s22s22p63s23p63d4-4-1s22s22p63s23p64s23d2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3Mjk-the-correct-statement-regarding-colour-of-zn2-ni2-and-cr3-among-the-following-is-1-only-zn2-is-colourless-and-ni2-and-cr3-are-coloured-2-all-these-are-colourless-3-all-these-are-coloured-4-only-ni2-is https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3MzE-the-incorrect-statement-regarding-the-transition-metals-is-1-they-are-malleable-and-ductile-2-they-have-high-melting-and-boiling-points-3-they-crystallise-with-body-centered-cubic-and-hexagonal-close https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3NjE-assertion-transition-metals-have-high-boiling-points-and-high-enthalpy-of-atomization-reason-the-transition-metals-occur-in-bcc-hcp-or-ccp-structures-charcterstics-of-metals-1-both-assertion-and-reaso https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3NjQ-assertion-zn-cd-and-hg-are-normally-not-considered-transition-metals-reason-d-orbitals-in-above-elements-are-completely-filled-hence-above-metals-do-not-show-the-general-charcterstic-properties-of-the https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3Njg-assertion-a-transition-metal-forms-alloy-with-other-transition-metal-easily-reason-the-transition-metals-have-similar-electronic-configuration-nearly-equal-radii-and-exhibit-similar-packing-in-their-l https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY3NzM-assertion-anhydrous-copper-ii-chloride-is-a-covalent-while-anhydrous-copper-ii-fluoride-is-ionic-in-nature-reason-in-halides-of-transition-metals-the-ionic-character-decreases-with-increase-in-atomic https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY4MDk-assertion-eo-for-mn3-mn2-couple-is-more-positive-than-for-fe3-fe2-reason-mn3-has-d4-configuration-and-fe3-has-a-d5-configuration-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-corre https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY4MTA-assertion-transition-metals-exhibit-higher-enthalpies-of-atomization-reason-the-atoms-of-transition-metals-are-held-together-by-strong-metallic-bonds-if-both-the-assertion-and-the-reason-are-true-and https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjY4MTE-assertion-the-transition-elements-form-interstitial-compounds-reason-steel-and-cast-iron-are-hard-due-to-the-formation-of-an-interstitial-compound-with-carbon-if-both-the-assertion-and-the-reason-are https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0MDU-when-iron-becomes-passive-by-x-it-is-due-to-the-formation-of-y-x-and-y-respectively-are-1-dil-hcl-fe2o3-2-80-conc-hno3-fe3o4-3-conc-h2so4-fe3o4-4-conc-hcl-fe3o4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0MDY-when-kmno4-solution-is-added-to-hot-oxalic-acid-solution-the-decolorization-is-slow-in-the-beginning-but-becomes-instantaneous-after-some-time-this-is-because-1-mn2-acts-as-auto-catalyst-2-co2-is-form https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0MDc-which-of-the-following-statements-is-false-1-mno2-dissolves-in-conc-hcl-but-does-not-form-mn4-ions-2-mno2-oxidizes-hot-concentrated-h2so4-liberating-oxygen-3-k2mno4-is-formed-when-mno2-infused-koh-is https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0MTE-the-addition-of-non-metals-like-b-and-c-to-the-interstitial-sites-of-a-transition-metal-increases-1-ductility-2-melting-point-3-shining-4-conductivity-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0MTM-which-of-the-following-metals-does-not-form-amalgam-1-fe-2-au-3-zn-4-ag-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0MjA-the-element-of-the-first-transition-series-having-lowest-oxidation-potential-value-m-8594-m2-2e-is-1-mn-2-fe-3-ni-4-cu-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0MjM-the-incorrect-statement-among-the-following-about-the-chemistry-of-3d-and-4f-series-elements-is-1-3d-elements-show-more-oxidation-states-than-4f-series-elements-2-the-energy-difference-between-3d-and https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0MjQ-which-of-the-following-elements-has-the-strongest-metallic-bond-1-fe-2-sc-3-v-4-cr-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0MjY-the-ionization-potential-values-of-d-block-elements-as-compared-to-the-ionization-potential-values-of-f-block-elements-are-1-higher-2-equal-3-lower-4-can-t-compare-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0Mjc-the-incorrect-statement-among-the-following-regarding-cerium-is-1-the-4-oxidation-state-of-cerium-is-not-known-in-solutions-2-the-3-oxidation-state-of-cerium-is-more-stable-than-the-4-oxidation-state https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzI0Mjg-the-native-silver-metal-forms-a-water-soluble-complex-with-a-dilute-aqueous-solution-of-nacn-in-the-presence-of-1-nitrogen-2-oxygen-3-carbon-dioxide-4-argon-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NzQyNzE-which-compound-cannot-decolourise-kmno4-solution-1-co3-2-2-no2-3-s2-4-cl-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246ODkxMDU-zinc-can-be-coated-on-iron-to-produce-galvanised-iron-but-the-reverse-is-not-possible-because-1-zinc-is-lighter-than-iron-2-zinc-has-a-lower-melting-point-than-iron-3-zinc-has-a-lower-negative-reducti https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246ODkxNzI-the-reason-for-a-greater-range-of-oxidation-states-in-actinoids-is-attributed-to-1-actinoid-contraction-2-5f-6d-and-7s-levels-having-comparable-energies-3-4f-and-5d-levels-being-close-in-energies-4-th https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246ODkyNzM-which-of-the-following-ions-displays-the-d-d-transition-and-paramagnetism-1-mathrm-cro-4-2-2-mathrm-cr-2-mathrm-o-7-2-3-mathrm-mno-4-4-mathrm-mno-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246ODkyNzg-match-column-i-with-column-ii-and-mark-the-most-appropriate-option-column-i-metal-ion-column-ii-spin-magnetic-moment-a-co3-i-radic-8-b-m-b-cr3-ii-radic-35-b-m-c-fe3-iii-radic-15-b-m-d-ni2-iv-radic-24 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTAxNjI-when-copper-is-heated-with-conc-hno3-it-produces-1-cu-no3-and-no-2-cu-no3-2-no-and-no2-3-cu-no3-2-and-n2o-4-cu-no3-2-and-no2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTAxNjk-the-electronic-configurations-of-eu-atomic-no-63-gd-atomic-no-64-and-tb-atomic-no-65-are-respectively-1-xe-4f6-5d1-6s2-xe-4f7-5d1-6s2-and-xe-4f9-6s2-2-xe-4f6-5d1-6s2-xe-4f75d1-6s2-and-xe-4f8-5d1-6s2-3 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTA3Nzk-gadolinium-belongs-to-4f-series-it-rsquo-s-atomic-number-is-64-which-of-the-following-is-the-correct-electronic-configuration-of-gadolinium-1-text-xe-4f-8-6-d-2-2-text-xe-4-f-9-5-s-1-3-text-xe-4f-7-5 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTA5OTM-a-pair-among-the-following-have-nearly-the-same-atomic-radii-numbers-in-the-parenthesis-are-atomic-numbers-1-ti-22-and-zr-40-2-zr-40-and-nb-41-3-zr-40-and-hf-72-4-zr-40-and-ta-73-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTA5OTU-which-of-the-following-processes-does-not-involve-the-oxidation-of-iron-1-rusting-of-iron-sheets-2-decolourisation-of-blue-cuso4-solution-by-iron-3-formation-of-fe-co-5-from-fe-4-liberation-of-h2-from https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTEyMTg-the-pair-of-compounds-that-can-exist-together-is-1-fecl3-sncl2-2-hgcl2-sncl2-3-fecl2-sncl2-4-fecl3-kl-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTEyMjY-in-acidic-medium-h2o2-changes-cr2o7-ndash-2-to-cro5-which-has-two-ndash-o-ndash-o-ndash-bonds-the-oxidation-state-of-cr-in-cro5-is-1-5-2-3-3-6-4-10-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTE0NTE-identify-the-correct-order-of-solubility-in-aqueous-medium-1-zns-na2s-cus-2-na2s-cus-zns-3-na2s-zns-cus-4-cus-zns-na2s-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTE0NjA-considering-the-following-reaction-3-mno-42-ndash-2-h-2-o-2-mno-4-ndash-mno-2-4-oh-ndash-the-reagent-that-facilitates-the-removal-of-oh-ndash-ions-to-ensure-the-completion-of-the-conversion-of-k2mno4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTIxNzY-which-of-the-following-statements-is-false-1-on-passing-h2s-through-acidified-k2cr2o7-solution-a-milky-colour-is-observed-2-na2cr2o7-is-preferred-over-k2cr2o7-in-volumetric-analysis-3-k2cr2o7-solution https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTI0Njk-for-the-four-successive-transition-elements-cr-mn-fe-and-co-the-stability-of-2-oxidation-state-will-be-there-in-which-of-the-following-order-at-no-cr-24-mn-25-fe-26-co-27-1-fe-mn-co-cr-2-co-mn-fe-cr-3 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTI0Nzc-actinoids-exhibit-more-number-of-oxidation-states-than-lanthanoids-it-is-because-of-1-the-greater-metallic-character-of-the-lanthanoids-than-that-of-the-corresponding-actinoids-2-more-energy-differenc https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTI1Mzc-acidified-k2cr2o7-solution-turns-green-when-na2so3-is-added-to-it-this-is-due-to-the-formation-of-1-cro42-2-cr2so33-3-crso4-4-cr2so43-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTI2MjY-which-of-the-following-ions-will-exhibit-colour-in-aqueous-solutions-1-la3-z-57-2-ti3-z-22-3-lu3-z-71-4-sc3-z-21-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTI2Mzg-which-of-the-following-ions-has-the-electronic-configuration-ar-3d-at-no-mn-25-fe-26-co-27-ni-28-1-ni3-2-mn3-3-fe3-4-co3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTI2NjM-which-of-the-following-pairs-has-the-same-size-1-fe2-ni2-2-zr4-ti4-3-zr4-hf4-4-zn2-hf4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTMyNDg-which-one-of-the-elements-with-the-following-outer-orbital-configurations-may-exhibit-the-largest-number-of-oxidation-states-1-3d3-4s2-2-3d5-4s1-3-3d5-4s2-4-3d2-4s2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTM2NDk-which-one-of-the-following-ions-is-the-most-stable-in-an-aqueous-solution-at-no-ti-22-v-23-cr-24-mn-25-1-text-cr-3-2-text-v-3-3-text-ti-3-4-text-mn-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTM2OTk-the-d-electron-configurations-of-cr2-mn2-fe2-and-ni2-and-3d4-3d5-3d6-and-3d8-respectively-which-one-of-the-following-aqua-complexes-will-exhibit-the-minimum-paramagnetic-behaviour-at-no-cr-24-mn-25-fe https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTU1Nzc-the-manganate-and-permanganate-ions-are-tetrahedral-due-to-1-the-pi-bonding-involves-the-overlap-of-d-orbitals-of-oxygen-with-d-orbitals-of-manganese-2-the-pi-bonding-involves-the-overlap-of-p-orbital https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTIxNjUw-which-one-of-the-following-is-a-diamagnetic-ion-1-la3-2-lu3-3-ce4-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTIyNjUw-which-of-the-following-elements-has-the-highest-second-ionization-enthalpy-1-cr-2-mn-3-fe-4-ti-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTMwMjUz-the-number-of-d-electrons-in-fe2-is-not-equal-to-that-of-the-1-p-electrons-in-ne-2-s-electrons-in-mg-3-d-electrons-in-co-3-4-p-electrons-in-cl-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTMxNjIx-match-the-catalyst-with-the-process-catalyst-process-i-v-2o-5-a-the-oxidation-of-ethylene-to-ethanal-ii-ticl-4-al-ch-3-3-b-polymerisation-of-alkynes-iii-pdcl-2-c-oxidation-of-so-2-in-the-manufacture-o https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTMxNjMx-when-neutral-or-faintly-alkaline-kmno4-is-treated-with-potassium-iodide-iodide-ion-is-converted-into-x-x-is-1-i2-2-io4-3-io3-4-io-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTUz-which-metal-among-the-following-has-a-lattice-structure-distinct-from-the-others-1-co-cobalt-2-fe-iron-3-ag-silver-4-ni-nickel-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTU0-the-correct-order-of-e0-m2-m-values-with-a-negative-sign-for-the-four-successive-elements-cr-mn-fe-and-co-is-1-mn-fe-co-cr-2-mn-cr-fe-co-3-fe-mn-cr-co-4-co-fe-mn-cr-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTU1-which-of-the-following-lanthanoid-elements-is-regarded-as-the-hardest-1-lanthanum-la-2-lutetium-lu-3-samarium-sm-4-ytterbium-yb-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTU4-the-unpaired-electron-in-eu3-will-be-the-same-in-1-yb2-2-ho3-3-sm2-4-gd3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTYw-primary-component-of-mischmetal-that-is-commonly-utilised-in-gas-lighters-is-1-cerium-2-iron-3-samarium-4-lanthanum-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTYy-the-correct-statement-is-1-green-vitriol-and-blue-vitriol-are-isomorphus-2-kmno4-and-k2cr2o7-are-coloured-due-to-d-d-transitions-3-cu2cl2-and-ag2s-are-coloured-4-upon-strong-heating-paramagnetic-gases https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTYz-which-is-true-about-the-ionic-radius-of-m2-1-ni2-cu2-zn2-3-cu2-ni2-zn2-4-zn2-ni2-cu2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTY0-which-of-the-following-will-not-give-a-positive-chromyl-chloride-test-1-cucl2-2-zncl2-3-hgcl2-4-nh4cl-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTY2-which-of-the-following-can-not-exist-together-in-aqueous-solution-1-hgcl2-and-sncl2-2-hgcl2-and-sncl4-3-sncl4-and-fecl3-4-sncl4-and-pbcl4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTY3-find-the-ion-corresponding-to-a-magnetic-moment-of-3-9-b-m-1-fe-3-2-mn-2-3-co-2-4-cu-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTY5-the-inner-transition-element-is-not-represented-by-the-atomic-number-among-59-74-95-102-and-104-1-59-2-95-3-102-4-104-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTcw-which-of-the-following-is-the-correct-order-of-second-ionization-energy-1-v-cr-mn-2-v-mn-4-v-cr-mn-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTcx-dimethyl-glyoxime-in-a-suitable-solvent-was-refluxed-for-10-minutes-with-pure-pieces-of-nickel-sheet-it-will-result-in-1-red-precipitate-2-blue-precipitate-3-yellow-precipitate-4-no-precipitate-1-2-3 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTcy-while-fe3-is-stable-mn3-is-not-stable-in-acidic-solution-because-1-o2-oxidises-mn2-to-mn3-2-o2-oxidises-both-mn-2-to-mn-3-and-fe2-to-fe3-3-fe3-oxidises-h2o-to-o2-4-mn3-oxidised-h2o-to-o2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTcz-the-incorrect-statement-about-re-re-bonding-in-re2x8-2-is-1-re-re-bond-length-is-abnormally-short-2-re-re-bond-is-comprised-of-one-963-two-960-andone-948-bond-3-if-re-re-bond-points-along-z-axis-then https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTc0-choose-the-correct-statement-regarding-bonding-in-fecl3-at-high-temperature-i-it-contains-2c-2e-bond-ii-it-contains-3c-2e-bond-iii-it-contains-a-co-ordinate-bond-1-i-ii-2-i-iii-3-ii-iii-4-i-ii-iii-1-2 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MTc1-given-lanthanoid-ions-the-tendency-to-form-the-complexes-is-highest-for-1-ce-3-2-pm-2-3-lu-3-4-eu-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2MjQz-the-fusion-of-chromite-ore-fecr2o4-with-na2co3-in-air-gives-a-yellow-solution-upon-the-addition-of-water-subsequent-treatment-with-h2so4-produces-an-orange-solution-the-yellow-and-orange-colours-respe https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQzNjIy-which-of-the-following-statements-is-false-1-v2-cr2-mn2-fe2-paramagnetic-behaviour-2-ni2-co2-fe2-mn2-ionic-size-3-co3-fe3-cr3-sc3-stability-in-aqueous-solution-4-sc-ti-cr-mn-number-of-oxidation-states https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTczODQ0-the-configuration-that-shows-the-outer-transition-element-among-the-following-is-1-rn-7s2-2-xe-4f75d16s2-3-xe-5d16s2-4-rn-5f76d17s2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc1NDIx-the-three-lanthanides-that-show-a-2-oxidation-state-are-1-sm-tb-gd-2-sm-eu-yb-3-la-gd-lu-4-yb-pm-sm-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc2OTAx-when-copper-is-heated-with-conc-hno3-it-produces-1-cu-no3-2-and-no2-2-cu-no3-2-and-no-3-cu-no3-2-no-and-no2-4-cu-no3-2-and-n2-o-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTg1NDc4-the-calculated-spin-only-magnetic-moment-of-cr2-ion-is-1-4-90-bm-2-5-92-bm-3-2-84-bm-4-3-87-bm-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTg1NDky-identify-the-incorrect-statement-1-the-transition-metals-and-their-compounds-are-known-for-their-catalytic-activity-due-to-their-ability-to-adopt-multiple-oxidation-states-and-to-form-complexes-2-inte https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTg3NzE1-in-the-standardization-of-na2s2o3usingk2cr2o7-by-iodometry-the-equivalent-weight-of-k2cr2o7-is-1-molecular-weight-2-2-molecular-weight-6-3-molecular-weight-3-4-same-as-molecular-weight-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTg3NzE3-the-number-of-moles-of-mohr-s-salt-required-per-mole-of-dichromate-ion-is-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTg3ODk0-which-of-the-following-pairs-of-substances-on-reaction-will-not-evolve-gas-1-iron-and-h2so4-aq-2-iron-and-steam-3-copper-and-hcl-g-4-sodium-and-ethyl-alcohol-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTg3OTQz-when-kmno4-acts-as-an-oxidising-agent-and-ultimately-forms-mno42-mno2-mn2o3andmn2-then-the-number-of-electrons-transferred-in-each-case-respectively-is-1-4-3-1-5-2-1-5-3-7-3-1-3-4-5-4-3-5-7-1-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTg3OTQ2-which-one-of-the-compounds-does-not-decolorized-an-acidified-solution-of-kmno4-1-so2-2-fecl3-3-h2o2-4-feso4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTg4NTc4-which-of-the-following-has-the-highest-negative-m2-m-standard-electrode-potential-1-ti-2-cu-3-mn-4-zn-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTg4NTgw-the-magnetic-moment-of-an-mn2-ion-is-equal-to-1-5-92-bm-2-2-80-bm-3-8-95-bm-4-3-90-bm-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTg4NjM4-incorrect-statement-among-the-following-is-1-la-oh-3-is-less-basic-than-lu-oh-3-2-in-lanthanoid-series-ionic-radius-of-ln3-ions-decreases-3-la-is-actually-an-element-of-transition-metal-series-rather https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTkyNTQ1-when-the-sample-of-copper-with-zinc-impurity-is-to-be-purified-by-electrolysis-the-appropriate-electrodes-are-cathode-anode-1-pure-zine-pure-copper-2-pure-copper-impure-sample-3-impure-zinc-impure-sam https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTkyNTUw-what-is-produced-when-excessive-diluted-nitric-acid-is-combined-with-potassium-chromate-1-cr2o72-and-h2o-2-cr3-and-cr2o72-3-cro42-4-cr2o42-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTkyNTY5-cerium-z-58-is-an-important-member-of-the-lanthanoids-which-of-the-following-statements-about-cerium-is-incorrect-1-the-common-oxidation-states-of-cerium-are-3-and-4-2-the-3-oxidation-state-of-cerium https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTkyNTcz-the-oxidation-state-of-chromium-in-the-final-product-formed-by-the-reaction-between-ki-and-acidified-potassium-dichromate-solution-will-be-1-2-2-3-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTkyNTc1-which-of-the-following-is-a-result-of-the-lanthanide-contraction-1-zr-and-y-have-nearly-the-same-atomic-radius-2-zr-and-zn-have-the-same-oxidation-state-3-zr-and-hf-have-nearly-the-same-atomic-radius https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTkyNTgz-in-context-with-the-transition-elements-which-of-the-following-statement-is-incorrect-1-in-the-highest-oxidation-states-the-transition-metal-show-basic-character-and-cationic-complex-2-in-the-highest https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTkyNTg1-which-of-the-following-statements-about-the-chemistry-of-lanthanoids-ln-in-their-3-oxidation-state-is-false-1-the-ionic-sizes-of-ln-iii-decrease-in-general-with-increasing-atomic-number-2-ln-iii-compo https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTk0OTY2-match-the-following-characteristics-to-the-appropriate-metal-column-i-aspects-column-ii-metal-a-the-metal-which-reveals-the-maximum-number-of-oxidation-states-i-scandium-b-the-metal-although-placed-in https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjAwODc1-the-incorrect-statement-among-the-following-is-1-zirconium-and-hofnium-have-identical-radii-of-160-pm-and-159-pm-respectively-as-a-consequence-of-lanthanoid-contraction-2-lanthanoids-reveal-only-a-3-o https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjA5ODE2-an-example-of-the-effect-of-the-concentration-of-nitric-acid-on-the-formation-of-oxidation-products-would-be-1-3cu-8hno3-conc-rarr-3cu-no3-2-2no-4h2o-2-cu-thinsp-4hno3-conc-rarr-cu-no3-2-thinsp-2no2-t https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3NzQ4-find-the-atomic-number-of-a-transition-element-x-whose-3-oxidation-state-has-the-electronic-configuration-ar-3d-1-25-2-26-3-27-4-24-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3NzUw-an-ements-among-the-following-that-has-the-highest-density-is-1-fe-2-ni-3-co-4-cu-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3OTM3-which-compound-exhibits-colour-in-its-solid-state-1-ag2so4-2-cuf2-3-znf2-4-cu2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3OTQ1-among-the-following-which-are-amphoteric-oxides-1-v2o5-cr2o3-2-mn2o7-cro3-3-cro-v2o5-4-v2o5-v2o4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3OTYw-find-the-correct-value-of-the-spin-only-magnetic-moment-of-the-cr-sup3-ion-1-2-87-bm-2-3-87-bm-3-3-47-bm-4-3-57-bm-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3OTY4-which-of-the-following-statements-is-false-1-copper-liberates-hydrogen-from-acids-2-in-its-higher-oxidation-states-manganese-forms-stable-compounds-with-oxygen-and-fluorine-3-mn3-and-co3-are-oxidizing https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3OTc1-why-does-manganese-show-a-maximum-oxidation-state-of-4-in-mnf-but-reach-7-in-mn-o-1-fluorine-is-more-electronegative-than-oxygen-2-fluorine-does-not-possess-d-orbitals-3-fluorine-stabilizes-the-lower https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3OTgy-find-the-reason-why-hcl-is-not-used-to-make-the-medium-acidic-during-oxidation-reactions-involving-kmno-1-both-hcl-and-kmno4-act-as-oxidising-agents-2-kmno4-oxidises-hcl-into-cl2-which-is-also-an-oxid https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE4MDAz-which-of-the-following-compounds-cannot-act-as-an-oxidising-agent-1-mathrm-cro-3-2-mathrm-cro-4-2-3-mathrm-wo-3-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE4MDY1-match-the-properties-given-in-column-i-with-the-metals-given-in-column-ii-column-i-property-column-ii-metal-a-element-with-highest-second-ionisation-enthalpy-1-v-b-element-with-highest-third-ionisatio https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI0Njgx-the-oxidation-state-that-cerium-ce-most-commonly-exhibits-are-1-2-3-2-2-4-3-3-4-4-3-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI0Njg2-the-correct-order-of-decreasing-second-ionization-enthalpy-of-ti-22-v-23-cr-24-and-mn-25-is-1-cr-mn-v-ti-2-v-mn-cr-ti-3-mn-cr-ti-v-4-ti-v-cr-mn-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI2MDEx-electronic-configuration-of-a-transition-element-x-in-3-oxidation-state-is-ar-3d5-what-is-its-atomic-number-1-25-2-26-3-27-4-24-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI2MDE0-which-of-the-following-statements-is-true-1-cu-ii-aq-is-more-stable-2-cu-ii-aq-is-less-stable-3-cu-i-and-cu-ii-are-equally-stable-4-stability-of-cu-i-and-cu-ii-depends-on-nature-of-copper-salts-1-2-3 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI2MDE1-based-on-the-metallic-radii-provided-which-transition-element-exhibits-the-highest-density-element-fe-co-ti-cu-metallic-radii-pm-126-125-147-128-1-fe-2-ti-3-co-4-cu-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI2MDE2-a-compound-that-has-coloure-in-solid-state-is-1-ag-2so-4-2-cuf-2-3-znf-2-4-cu-2cl-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI2MDE3-on-addition-of-a-small-amount-of-kmno4-to-concentrated-h2so4-a-green-oily-compound-is-obtained-which-is-highly-explosive-in-nature-what-is-the-compound-1-mn2o7-2-mno2-3-mnso4-4-mn2o3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI2MDE4-the-magnetic-nature-of-elements-depends-on-the-presence-of-unpaired-electrons-which-of-the-configuration-of-transition-element-will-shows-highest-magnetic-moment-1-3d7-2-3d5-3-3d8-4-3d2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI2MDM0-there-are-14-elements-in-actinoid-series-which-of-the-following-elements-does-not-belong-to-this-series-1-u-2-np-3-tm-4-fm-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI4MjA3-the-electronic-configuration-of-gadolinium-atomic-number-of-64-is-1-xe-4f35d56s2-2-xe-4f75d26s1-3-xe-4f75d16s2-4-xe-4f85d66s2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODkx-the-actinoid-that-can-show-oxidation-states-up-to-7-is-1-am-2-th-3-u-4-np-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODky-an-actinoid-that-does-not-have-one-electron-in-its-6d-orbital-is-1-u-atomic-number-92-2-np-atomic-number-93-3-pu-atomic-number-94-4-cm-atomic-number-96-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODk0-which-of-the-following-has-the-highest-spin-only-magnetic-moment-value-1-ti3-2-mn2-3-fe2-4-co3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTIx-match-column-i-catalyst-with-column-ii-process-and-mark-the-appropriate-option-column-i-catalyst-column-ii-process-a-ni-in-the-presence-of-hydrogen-1-contact-process-b-cu2cl2-2-vegetable-oil-to-ghee-c https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTIz-match-the-properties-given-in-column-i-with-uses-given-in-column-ii-column-i-property-column-ii-metal-a-an-element-that-can-show-8-oxidation-state-1-mn-b-3d-block-element-that-can-show-up-to-7-2-cr-c https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTI1-match-the-solutions-given-in-column-i-with-the-colours-given-in-column-ii-column-i-aqueous-solution-of-salt-column-ii-colour-a-feso4-7h2o-1-green-b-nicl2-4h2o-2-light-pink-c-mncl2-4h2o-3-blue-d-cocl2 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjUxMDM5-the-catalytic-activity-of-transition-metals-and-their-compounds-is-ascribed-mainly-to-1-their-unfilled-d-orbitals-2-their-ability-to-adopt-variable-oxidation-states-3-their-chemical-reactivity-4-their https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjUxMDk0-which-one-of-the-following-does-not-correctly-represent-the-correct-order-of-the-property-indicated-against-it-1-ti3-v3-cr3-mn3-increasing-magnetic-moment-2-ti-v-cr-mn-increasing-melting-point-3-ti-v https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjUxMTE4-lanthanoid-s-most-common-oxidation-state-is-1-2-2-5-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjUxMTYx-which-of-the-following-exhibits-only-a-3-oxidation-state-1-th-2-ac-3-pa-4-u-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjUxMTc1-four-successive-members-of-the-first-series-of-the-transition-metals-are-listed-below-for-which-one-of-them-does-the-standard-potential-e-deg-m2-m-value-have-a-positive-sign-1-ni-z-28-2-cu-z-29-3-fe-z https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0MDEz-colourless-ion-among-the-following-is-1-cr-4-2-sc-3-3-ti-3-4-v-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0MDE5-an-element-among-the-following-that-exhibits-the-maximum-oxidation-state-is-1-cr-2-mn-3-fe-4-v-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0MzY0-find-the-ion-that-shows-colour-in-aqueous-solution-1-cu-2-cr3-3-na-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0Mzcw-maximum-oxidation-state-is-shown-by-1-la-2-gd-3-eu-4-am-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0NzY3-which-of-the-following-is-a-coloured-and-paramagnetic-compound-1-cuf2-2-k2cr2o7-3-kmno4-4-k4-fe-cn-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0ODMz-compound-a-in-acidic-medium-does-not-give-ppt-with-h2s-but-in-nh4oh-medium-gives-a-ppt-comp-a-is-1-fecl3-2-alcl3-3-zncl2-4-sncl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0ODQx-which-of-the-following-elements-can-combine-with-chlorine-to-form-more-than-one-binary-compound-1-zn-2-k-3-ca-4-fe-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0ODU0-chromite-ore-fecr-o-is-fused-with-sodium-carbonate-na-co-in-the-presence-of-air-oxygen-the-reaction-is-part-of-the-industrial-extraction-of-chromium-the-major-chromium-containing-product-x-formed-in-t https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0ODU5-a-set-of-ions-among-the-following-that-have-a-3d2-electronic-configuration-is-1-ti-v4-cr6-mn7-2-ti4-v3-cr2-mn3-3-ti2-v3-cr4-mn5-4-ti3-v2-cr3-mn4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY1MzMz-the-general-electronic-configuration-of-lanthanoids-is-1-n-ndash-2-f-1-ndash-14-n-ndash-1-s2-p6-d0-ndash-1-ns2-2-n-ndash-2-f-10-ndash-14-n-ndash-1-d0-ndash-1-ns2-3-n-ndash-2-f-0-ndash-14-n-ndash-1-d10 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY1MzYw-zn-gives-h2-gas-with-h2so4-and-hcl-but-not-with-hno3-because-1-zn-acts-as-an-oxidizing-agent-when-it-reacts-with-hno3-2-hno3-is-weaker-acid-than-h2so4-and-hcl-3-in-the-electrochemical-series-zn-is-abo https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY1ODA0-an-incorrect-statement-among-the-following-is-1-la-oh-3-is-less-basic-than-lu-oh-3-2-in-lanthanide-series-ionic-radius-of-ln-3-ions-decreases-3-la-is-an-element-of-a-transition-and-not-of-lanthanide-s https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY2MDU5-which-of-the-following-factors-is-primarily-responsible-for-the-catalytic-activity-of-transition-metals-1-high-enthalpy-of-atomization-2-paramagnetic-behaviour-3-colour-of-hydrated-ions-4-variable-oxi https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY2MDYw-the-basic-character-of-the-transition-metal-monoxides-follows-the-order-atomic-nos-ti-22-v-23-cr-24-fe-26-1-vo-cro-tio-feo-2-cro-vo-feo-tio-3-tio-feo-vo-cro-4-tio-vo-cro-feo-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY2MDYx-the-correct-order-of-ionic-radii-of-y3-la3-eu3-and-lu3-is-atomic-nos-y-39-la-57-eu-63-lu-71-1-y3-la3-eu3-lu3-2-y3-lu3-eu3-la3-3-lu3-eu3-la3-y3-4-la3-eu3-lu3-y3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4NjA0-mn2-compounds-are-more-stable-than-fe2-compounds-towards-oxidation-in-their-3-state-because-1-3d5-configuration-is-more-stable-than-3d6-configuration-2-3d6-configuration-is-more-stable-than-3d5-config https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4NjEy-the-2-oxidation-state-becomes-more-stable-in-the-first-half-of-the-first-row-transition-elements-with-increasing-atomic-number-because-1-s-orbital-is-becoming-more-and-more-half-filled-2-f-orbital-is https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4NjQy-the-oxo-metal-anions-of-the-3d-series-in-which-the-metal-exhibits-an-oxidation-state-equal-to-its-group-number-is-are-1-vo3-2-cro42-3-mno4-4-all-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4NjQz-the-consequence-s-of-lanthanoid-contraction-is-are-1-similarity-in-the-properties-of-second-and-third-transition-series-2-separation-of-lanthanoids-is-difficult-3-variation-in-the-basic-strength-of-la https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4NjY0-which-d-block-elements-are-not-considered-transition-elements-and-why-1-mn-fe-and-ni-because-these-have-partially-filled-d-subshell-2-mn-fe-and-ni-because-these-have-completely-filled-d-subshell-3-zn https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4Njc5-what-is-the-electronic-configuration-of-transition-elements-1-n-1-d-1-10-n-s-0-2-2-n-1-d-1-10-n-s-2-3-n-f-2-n-p-1-6-4-n-d-2-n-p-1-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4Njgx-the-different-oxidation-states-exhibited-by-the-lanthanoids-are-1-2-3-4-2-2-3-4-3-2-3-4-4-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4Njgy-the-disproportionation-reaction-means-that-1-a-relatively-less-stable-oxidation-state-undergoes-an-oxidation-minus-reduction-reaction-2-a-relatively-more-stable-oxidation-state-undergoes-an-oxidation https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4NzA0-the-number-of-unpaired-electrons-in-the-gaseous-ions-mn3-cr3-v3-and-ti3-thinsp-are-respectively-1-3-2-3-and-1-2-2-2-3-and-1-3-4-3-2-and-1-4-1-2-3-and-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4NzE1-alloy-that-contains-lanthanoid-metals-is-1-mischmetal-2-permalloy-3-supermalloy-4-brass-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4NzI2-give-below-are-some-atomic-numbers-29-59-74-95-102-104-the-atomic-numbers-of-the-inner-transition-elements-among-the-above-are-1-29-59-74-2-59-95-102-3-95-102-104-4-59-74-95-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4NzM3-the-electronic-configuration-of-the-last-element-of-actinoids-is-1-thorium-th-rn5f146d17s2-2-lawrencium-lr-rn5f146d17s2-3-neptunium-np-rn5f146d17s2-4-protactinium-pa-rn5f146d17s2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4NzU4-the-number-of-3d-electrons-in-the-cr3-ions-will-be-1-5-2-6-3-3-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMjMw-the-correct-statement-regarding-the-element-silver-ag-is-1-it-is-a-hard-metal-2-it-is-not-a-transition-element-3-it-has-a-partially-filled-d-orbital-in-a-2-oxidation-state-thus-it-is-a-transition-elem https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzYy-the-enthalpy-of-atomization-of-transition-metals-is-high-due-to-1-high-effective-nuclear-charge-2-a-large-number-of-valence-electrons-3-very-strong-metallic-bonds-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzY0-the-transition-metals-generally-form-coloured-compounds-due-to-1-absorption-of-radiation-to-promote-an-electron-2-presence-of-ligands-the-d-orbitals-split-up-into-two-sets-of-orbitals-3-energy-require https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzY1-match-the-following-elements-electronic-configuration-i-61-a-rn-5f136d0-7s-2-ii-91-b-xe-4f56s2-iii-101-c-rn-5f146d77s2-iv-109-d-rn-5f2-6d17s2-i-ii-iii-iv-1-b-d-a-c-2-c-a-d-b-3-c-d-a-b-4-a-c-b-d-1-2-3 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzY2-transition-metals-and-their-many-compounds-act-as-good-catalysts-due-to-1-variable-oxidation-states-2-unstable-intermediate-3-provide-a-suitable-surface-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzY3-transition-metals-show-paramagnetic-behaviour-due-to-1-paired-electrons-in-the-n-1-d-orbitals-2-unpaired-electrons-in-the-n-1-d-orbitals-3-due-to-d-10-and-d-0-configuration-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzY4-consider-the-following-statements-a-lanthanoid-and-actinoid-belong-to-the-f-block-and-their-general-electronic-configuration-is-nf1-14-n-1d0-1ns2-b-all-lanthanides-and-actinoids-show-an-oxidation-stat https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzY5-the-correct-statement-s-about-interstitial-compounds-is-are-1-transition-elements-are-large-in-size-and-contain-multiple-interstitial-sites-2-transition-elements-can-trap-atoms-of-other-elements-3-int https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzcw-the-spin-only-magnetic-moment-of-ce3-is-1-3-25-2-1-73-3-zero-4-4-21-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzcy-match-the-list-i-with-list-ii-list-i-metal-ion-list-ii-number-of-unpaired-electrons-i-mn3-a-2-ii-cr3-b-4-iii-v3-c-1-iv-ti3-d-3-choose-the-most-appropriate-options-i-ii-iii-iv-1-c-d-b-a-2-b-d-a-c-3-d-b https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzcz-find-the-set-of-ions-that-are-coloured-in-aqueous-solution-1-ti-sup3-v-sup3-and-cu-2-sc-sup3-mn-sup2-and-fe-sup3-3-ti-sup3-v-sup3-mn-sup2-fe-sup3-and-co-sup2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzc1-a-cr2o72-h-fe2-8594-2cr3-fe3-h2o-b-cr2o72-h-i-8594-cr3-h2o-i2-c-h2s-cr2o72-h-8594-cr3-h2o-s-the-correct-reactions-are-1-a-c-2-b-c-3-a-b-4-a-b-c-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDEx-the-correct-statement-s-about-transition-elements-are-1-2-and-3-oxidation-states-are-more-common-for-elements-in-the-first-transition-series-while-higher-oxidation-states-are-more-common-for-the-heavi https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDEz-the-correct-statement-regarding-inner-transition-elements-is-1-the-general-electronic-configuration-of-actinoids-is-xe-54-4f1-145d0-16s2-2-the-general-electronic-configuration-of-lanthanoids-is-rn-86 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDE1-i-fecr2o4-8201-naoh-o2-8594-x-fe2o3-8201-h2o-ii-k2mno4-8201-o3-h2o-8594-y-koh-o2-the-products-x-and-y-in-the-above-reactions-i-and-ii-are-respectively-1-na2cr2o7-k2mno8-2-na2cro4-kmno4-3-na2cr2o7-kmno https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDE2-the-correct-statement-s-about-transition-elements-is-are-1-the-lowest-oxide-of-a-transition-metal-is-basic-the-highest-is-amphoteric-acidic-2-a-transition-metal-exhibits-the-highest-oxidation-state-in https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDE3-which-of-the-following-statements-is-false-1-cr2-is-strongly-oxidizing-while-manganese-iii-is-strongly-reducing-2-cobalt-ii-is-stable-in-an-aqueous-solution-but-in-the-presence-of-complexing-reagents https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDIw-which-of-the-following-correctly-explains-the-positive-e-deg-m2-m-value-for-copper-0-34-v-1-high-energy-of-atomization-and-a-low-hydration-energy-2-low-energy-of-atomization-and-low-hydration-energy-3 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDIy-the-correct-trend-for-i-e1-1st-ionization-enthalpy-in-the-3d-series-is-1-ionisation-energy-regularly-decreases-on-moving-along-the-period-2-ionisation-energy-regularly-increases-on-moving-along-the-pe https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDIz-the-correct-statement-s-regarding-the-oxidation-state-of-transition-elements-is-are-1-the-oxidation-state-can-vary-from-1-to-7-2-variable-oxidation-states-are-possible-3-both-1-and-2-4-none-of-the-abo https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDI0-the-reaction-s-involved-in-the-preparation-of-potassium-dichromate-from-iron-chromite-ore-is-are-1-fecr2o4-naoh-o2-rarr-na2cro4-fe2o3-h2o-2-na2cro4-h2so4-conc-rarr-na2cr2o7-na2so4-h2o-3-na2cr2o7-kcl-r https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDI1-an-incorrect-statement-regarding-the-stability-of-oxidation-state-for-the-elements-of-the-3d-series-is-1-the-number-of-oxidation-states-increases-on-moving-from-sc-to-mn-2-the-relative-stability-of-th https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDI2-for-m2-m-and-m3-m2-the-e-deg-values-of-some-metals-are-given-in-the-table-below-cr-2-cr-0-9-v-cr-3-cr-2-0-4v-mn-2-mn-1-2v-mn-3-mn-2-1-5-v-fe-2-fe-0-4v-fe-3-fe-2-0-8-v-the-correct-inference-s-from-the https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwOTI1-incorrect-statement-s-regarding-inner-transition-elements-is-are-1-lanthanoid-contraction-has-a-stronger-impact-on-the-radius-than-actinoid-contraction-2-lanthanoids-commonly-show-4-oxidation-state-3 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc0MjA0-consider-the-following-graph-based-on-the-graph-above-it-can-be-concluded-that-the-element-with-a-melting-point-higher-than-3000-k-will-be-1-y-2-x-3-z-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc0MjA1-consider-the-graph-between-enthalpies-of-atomization-of-transition-elements-vs-atomic-numbers-the-curve-representing-enthalpies-of-atomization-for-3d-series-is-1-z-2-y-3-x-4-cannot-predict-from-the-gr https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc3MTU1-zr-z-40-and-hf-z-72-have-similar-atomic-and-ionic-radii-because-of-1-lanthanoid-contraction-2-having-similar-chemical-properties-3-belonging-to-the-same-group-4-diagonal-relationship-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc3MTc5-the-incorrect-statement-among-the-following-is-1-lanthanoids-are-good-conductors-of-heat-and-electricity-2-actinoids-are-highly-reactive-metals-especially-when-finely-divided-3-actinoid-contraction-is https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzE2NTc3-statement-i-silver-atom-has-completely-filled-d-orbitals-4d10-in-its-ground-state-statement-ii-silver-is-not-a-transition-element-1-statement-i-is-true-statement-ii-is-false-2-statement-i-is-false-sta https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzE2NTgz-statement-1-highest-oxidation-state-of-a-metal-is-exhibited-in-its-oxide-or-fluoride-only-statement-2-both-oxide-and-fluoride-ions-are-able-to-oxidise-metals-1-statement-1-is-true-statement-2-is-false https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzE2NTg2-the-lsquo-spin-only-rsquo-magnetic-moment-of-m2-aq-ion-is-z-for-m-27-1-3-87-bm-2-5-10-bm-3-1-73-bm-4-2-45-bm-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzE2NTg3-cu-ion-is-not-stable-in-aqueous-solutions-because-1-hydration-energy-of-cu-2-is-more-than-the-ionisation-energy-for-cu-2-ionisation-energy-of-cu-is-more-the-hydration-energy-of-cu-2-3-hydration-energy https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzE2NTg4-statement-i-actinoid-contraction-is-greater-from-element-to-element-than-lanthanoid-contraction-statement-ii-5f-orbitals-have-a-poorer-shielding-effect-than-4f-orbitals-1-statement-i-is-true-and-state https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzM5Mzkw-gadolinium-has-a-low-value-of-third-ionisation-enthalpy-because-of-1-high-basic-character-2-small-size-3-high-exchange-enthalpy-4-high-electronegativity-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzM5Mzk4-identify-the-incorrect-statement-from-the-following-1-the-shapes-of-dxy-dyz-and-dzx-orbitals-are-similar-to-each-other-and-dx2-y2-and-dz2-are-similar-to-each-other-2-all-the-five-5d-orbitals-are-diffe https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzM5NDEx-in-the-neutral-or-faintly-alkaline-medium-kmno-4-oxidises-iodide-into-iodate-the-change-in-oxidation-state-of-manganese-in-this-reaction-is-from-1-6-to-5-2-7-to-4-3-6-to-4-4-7-to-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzM5ODAy-match-the-statements-given-in-list-i-with-the-corresponding-element-given-in-list-ii-list-i-characteristics-list-ii-elements-a-element-that-exhibits-3-oxidation-state-only-i-mn-b-an-element-that-exhib https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzM5ODI0-identify-the-pair-of-lanthanoides-with-one-strong-oxidant-and-one-strong-reductant-1-ce-iv-tb-iv-2-yb-ii-eu-ii-3-eu-iv-lu-iii-4-ce-iv-eu-ii-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ2NDcx-the-decrease-in-size-from-left-to-right-in-the-actinoid-series-is-greater-and-more-gradual-than-that-in-the-lanthanoid-series-due-to-1-4f-orbitals-are-penultimate-2-4f-orbitals-have-a-greater-shieldin https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ2NTEx-given-below-are-two-statements-statement-i-cr2-is-oxidising-agent-and-mn3-is-a-reducing-agent-in-nature-statement-ii-sc3-compounds-are-repelled-by-the-applied-magnetic-field-in-light-of-the-above-stat https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzY2OTY3-the-stability-of-cu2-is-greater-than-that-of-cu-salts-in-an-aqueous-solution-due-to-1-second-ionisation-enthalpy-2-first-ionisation-enthalpy-3-enthalpy-of-atomization-4-hydration-energy-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzY3MDA1-which-of-the-following-statements-is-incorrect-a-all-the-transition-metals-except-scandium-form-mo-oxides-which-are-ionic-b-the-highest-oxidation-number-corresponds-to-the-group-number-in-transition-m https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzY4MjM1-assertion-a-ionization-enthalpy-increases-along-each-series-of-transition-elements-from-left-to-right-however-small-variations-occur-reason-r-there-is-a-corresponding-increase-in-nuclear-charge-which https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzY4MzUz-given-below-are-two-statements-assertion-a-ionisation-enthalpies-of-early-actinoids-are-lower-than-early-lanthanoids-reason-r-electrons-entering-5f-orbitals-in-actinoids-experience-greater-shielding-f https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU1MDE2-the-e-deg-value-for-the-mn3-mn2-couple-is-more-positive-than-that-of-cr3-cr2-or-fe3-fe2-due-to-change-of-1-d5-to-d2-configuration-2-d4-to-d5-configuration-3-d3-to-d5-configuration-4-d5-to-d4-configura https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU1MDI0-which-of-the-following-ions-have-the-same-spin-only-magnetic-moment-a-ti-3-b-cr2-c-mn2-d-fe2-e-sc3-choose-the-most-appropriate-answer-from-the-options-given-below-1-a-and-e-only-2-b-and-c-only-3-a-and https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU1MDQx-the-pair-of-lanthanoid-ions-consisting-of-elements-which-are-diamagnetic-is-1-ce3-and-eu2-2-gd3-and-eu3-3-pm3-and-sm3-4-ce4-and-yb2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU2ODAy-the-behaviour-of-samarium-z-62-is-very-much-like-europium-z-63-since-both-elements-1-exhibit-2-and-3-oxidation-states-2-have-4-f-5-6-s-2-and-4-f-6-6-s-2-electronic-configurations-respectively-3-have-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU2ODE1-match-list-i-with-list-ii-list-i-element-list-ii-most-common-oxidation-state-s-a-mathrm-fe-i-2-7-b-v-ii-3-2-c-mathrm-mn-iii-4-d-mathrm-ti-iv-5-choose-the-correct-answer-from-the-options-given-below-1 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU2ODI1-the-number-of-moles-of-mathrm-mno-4-being-reduced-to-mathrm-mn-2-under-acidic-conditions-by-4-517-times-10-24-electrons-are-1-1-5-moles-2-7-5-moles-3-2-5-moles-4-5-0-moles-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU2ODg2-the-common-oxidation-state-shown-by-actinoids-is-3-with-the-other-oxidation-states-being-4-3-6-and-7-rank-the-following-elements-in-decreasing-order-of-the-number-of-oxidation-states-they-display-a-np https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY1MzQy-an-element-among-the-following-that-shows-the-maximum-number-of-oxidation-states-is-1-cr-2-fe-3-mn-4-v-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzY3MzU5-for-a-metal-ion-mu-4-9-b-m-determine-the-number-of-unpaired-electrons-present-1-3-2-4-3-2-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzc2NTU4-given-below-are-two-statements-assertion-a-transition-metals-and-their-compounds-are-effective-catalysts-reason-r-they-have-the-ability-to-adopt-multiple-oxidation-states-and-to-form-complexes-choose https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODc4-gadolinium-atomic-number-64-is-an-element-of-the-4f-series-identify-the-correct-electronic-configuration-of-gadolinium-from-the-following-options-1-x-e-4-f-7-5-d-1-6-s-2-2-x-e-4-f-6-5-d-2-6-s-2-3-x-e https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzE2NTgx-the-irregular-variation-of-ionization-enthalpies-first-and-second-in-the-first-series-of-the-transition-elements-is-due-to-1-the-extra-stability-of-configurations-such-as-d5-d10-2-the-less-stability-o https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODcw-the-magnetic-nature-of-elements-depends-on-the-presence-of-unpaired-electrons-identify-the-configuration-of-the-transition-element-which-shows-the-highest-magnetic-moment-1-3d73d73d7-2-3d53d53d5-3-3d8 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzYxMDc1-which-of-the-following-is-the-most-appropriate-reason-why-zinc-does-not-exhibit-variable-oxidation-states-1-inert-pair-effect-2-completely-filled-3d-sub-shell-3-completely-filled-4s-sub-shell-4-common https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjM2NjAw-a-pair-of-ions-that-have-the-same-electronic-configuration-among-their-constituent-species-is-1-sr-3-cr-3-2-fe-3-mn-2-3-fe-3-co-3-4-cr-3-fe-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4MDc2-which-transition-element-does-not-exhibit-variable-oxidation-states-1-manganese-mn-2-chromium-cr-3-scandium-sc-4-iron-fe-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzg2MzMw-given-below-are-two-statements-assertion-a-zinc-is-not-a-transition-metal-reason-r-zinc-has-a-full-d10-configuration-in-its-ground-state-as-well-as-in-its-common-oxidation-states-in-light-of-the-above https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzc3MjI3-which-of-the-following-is-a-correct-statement-regarding-transition-elements-1-they-exhibit-diamagnetism-2-they-exhibit-inert-pair-effect-3-they-do-not-form-alloys-4-they-show-variable-oxidation-states https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQyNDYw-consider-the-given-two-statements-assertion-a-the-atomic-sizes-of-zirconium-zr-and-hafnium-hf-are-very-similar-even-though-they-belong-to-different-periods-in-the-periodic-table-reason-r-this-phenomen https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ5MjY5-which-of-the-following-is-not-a-typical-transition-element-1-cu-2-zn-3-ni-4-pd-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4MDgx-the-magnetic-moment-of-a-divalent-ion-atomic-number-25-in-aqueous-solution-is-1-4-34-2-5-92-3-6-12-4-4-87-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjYzOTQz-the-aqueous-solution-containing-which-one-of-the-following-ions-will-be-colourless-1-fe2-2-mn2-3-ti3-4-sc3-atomic-number-sc-21-fe-26-ti-24-mn-25-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzA5MzEw-which-of-the-following-groups-of-transition-metals-is-called-coinage-metals-1-cu-ag-au-2-ru-rh-pd-3-fe-co-ni-4-os-ir-pt-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzM3OTE2-which-of-the-following-pair-of-species-have-similar-magnetic-moments-1-ti-3-v-3-2-cr-3-mn-2-3-mn-2-fe-3-4-fe-2-mn-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjIxNjY3-which-of-the-following-species-is-formed-when-sn-is-treated-with-acidified-k-cr-o-solution-1-sn-2-sn3-3-sn4-4-sn2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzkwNzQ2-match-the-reagents-in-column-i-with-their-corresponding-characteristics-in-column-ii-and-choose-the-correct-option-column-i-reagent-column-ii-characteristics-a-mathrm-cu-2-mathrm-cl-2-i-ziegler-natta https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDYwNjYw-which-of-the-following-electronic-configurations-represents-a-transition-element-1-1s-22s-22p-2-2-1s-22s-22p-63s-23p-4-3-ar-3d-10-4s-24p-3-4-1s-22s-22p-63s-23p-63d-84s-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQwNzk1-given-below-are-two-statements-assertion-a-aquated-copper-i-cation-undergoes-disproportionation-as-2cu-aq-cu2-aq-cu-reason-r-hydration-energy-of-cu2-is-higher-than-that-of-cu-which-compensates-second https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc2MjY0-which-of-the-following-is-the-most-appropriate-reason-why-zn-and-cd-do-not-exhibit-variable-valency-1-they-have-only-two-electrons-in-the-outermost-subshells-2-their-d-subshells-are-completely-filled https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ0Mjgz-given-below-are-two-statements-statement-i-1st-ionization-enthalpy-of-zn-is-higher-than-cu-statement-ii-2nd-ionization-enthalpy-of-zn-is-lower-than-cu-choose-the-correct-option-1-both-statement-i-and https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTA1ODE-assertion-a-in-any-transition-series-the-magnetic-moment-of-the-m2-ion-first-increases-and-then-decreases-reason-r-in-any-transition-series-the-number-of-unpaired-electrons-first-increases-and-then-de https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODY1-electronic-configuration-of-a-transition-element-x-in-3-oxidation-state-is-ar-3d53d53d5-what-is-its-atomic-number-1-25-2-26-3-27-4-24-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzYxMDgz-a-set-of-coloured-ions-among-the-following-is-1-mathrm-sc-3-mathrm-ti-4-mathrm-mn-3-2-mathrm-sc-3-mathrm-zn-2-mathrm-ni-2-3-mathrm-v-3-mathrm-v-2-mathrm-fe-3-4-mathrm-ti-3-mathrm-ti-4-mathrm-ni-2-1-2 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTI2MDg4-match-the-transition-metal-ion-in-list-i-with-its-corresponding-spin-only-magnetic-moment-in-b-m-in-list-ii-list-i-transition-metal-ion-list-ii-spin-only-magnetic-moment-b-m-a-mathrm-ti-3-i-3-87-b-mat https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODc5-interstitial-compounds-are-formed-when-small-atoms-are-trapped-inside-the-crystal-lattice-of-metals-which-of-the-following-is-not-the-characteristic-property-of-interstitial-compounds-1-they-have-high https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzc4Njg4-the-coloured-ion-among-the-following-is-1-mathrm-cu-2-mathrm-cu-2-3-mathrm-ti-4-4-mathrm-v-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzkzOTUz-match-the-isolated-gaseous-ions-given-in-column-i-with-the-number-of-unpaired-electrons-given-in-column-ii-and-assign-the-correct-code-column-i-column-ii-a-mathrm-cr-3-p-2-b-mathrm-fe-3-q-3-c-mathrm-n https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjQ1MDk3-match-the-following-aspects-with-the-respective-metal-aspects-metal-a-the-metal-that-reveals-the-maximum-number-of-oxidation-states-i-scandium-b-the-metal-although-placed-in-a-3d-block-is-not-consider https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc3Mjk1-the-reason-for-greater-range-of-oxidation-states-in-actinoids-is-attributed-to-1-actinoid-contraction-2-5f-6d-and-7s-levels-having-comparable-energies-3-4f-and-5d-levels-being-close-in-energies-4-the https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246ODkyNjU-assertion-a-ti-h2o-6-3-is-coloured-while-sc-h2o-6-3-is-colourless-reason-r-d-d-transition-is-not-possible-in-sc-h2o-6-3-because-no-d-electron-is-present-while-it-is-possible-for-ti3-as-it-has-a-d1-sys https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzk5MzQz-the-incorrect-statement-among-the-following-is-1-manganate-and-permanganate-ions-are-tetrahedral-2-in-manganate-and-permanganate-ions-the-bonding-takes-place-through-the-overlap-of-p-orbitals-of-oxyge https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4MDgz-which-of-the-following-reactions-is-an-example-of-a-disproportionation-reaction-1-3-mno-4-2-4-h-2-mno-4-mno2-2h2o-2-na2cr2o7-2-kcl-k2cr2o7-2-nacl-3-pcl5-h2o-pocl3-2hcl-4-2mno2-4koh-o2-2k2mno4-2h2o-1-2 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODg2-although-zirconium-belongs-to-4d-transition-series-and-hafnium-to-5d-transition-series-even-then-they-show-similar-physical-and-chemical-properties-because-1-both-belong-to-d-block-2-both-have-same-nu https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjExMzEz-for-a-tetrahedral-complex-mci4-2-mci42-mci42-the-spin-only-magnetic-moment-is-3-83-b-m-identify-the-element-m-1-co-2-cu-3-mn-4-fe-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODgw-the-magnetic-moment-is-associated-with-its-spin-angular-momentum-and-orbital-angular-momentum-determine-the-spin-only-magnetic-moment-value-of-cr3-cr3-cr3-ion-1-2-87-bm-2-3-87-bm-3-3-47-bm-4-3-57-bm-1 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzgwOTYz-which-of-the-following-complex-ions-has-zero-d-electrons-in-the-central-metal-atom-at-number-cr-24-mn-25-fe-26-co-27-1-mathrm-mno-4-2-mathrm-co-nh-3-6-3-3-mathrm-fe-cn-6-3-4-mathrm-cr-h-2o-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTM2Mjc4-which-of-the-following-ion-is-colourless-1-mn2-2-cu-3-cr3-4-fe2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQyNDUz-assertion-a-cuprous-ion-cu-is-colorless-whereas-cupric-ion-cu-2-is-blue-in-the-aqueous-solution-reason-r-cuprous-ion-cu-has-unpaired-electrons-whereas-cupric-ion-cu-2-does-not-1-both-a-and-r-are-true https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODg0-why-is-the-highest-oxidation-state-of-manganese-in-fluorides-4-as-in-mnf4-while-the-highest-oxidation-state-in-oxides-is-7-as-in-mn2o7-1-fluorine-is-more-electronegative-than-oxygen-2-fluorine-does-no https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5MTQx-the-calculated-magnetic-moments-spin-only-value-for-species-fecl4-2-co-c2o4-3-3-fecl4-2-co-c2o4-3-3-fecl4-2-co-c2o4-3-3-and-mno-24mno4-2mno4-2-respectively-are-1-5-82-0-and-0-bm-2-4-90-0-and-1-73-bm-3 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjIyNDk5-a-pair-of-ions-have-the-same-magnetic-moment-among-the-following-1-cu-2-ti-3-2-ti-3-ni-2-3-ti-4-cu-2-4-mn-2-cu-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQwODAy-given-below-are-two-statements-statement-i-eu-2-acts-as-a-strong-reducing-agent-statement-ii-the-most-stable-oxidation-state-of-lanthanides-is-3-1-both-statement-i-and-statement-ii-are-correct-2-state https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4MDc0-which-of-the-following-is-the-most-appropriate-reason-why-transition-elements-exhibit-high-enthalpies-of-atomisation-1-it-has-stronger-interatomic-interaction-2-it-has-stronger-hydrogen-bonding-3-it-h https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ4NjA3-which-of-the-following-oxo-ions-has-the-highest-oxidising-power-1-mathrm-vo-2-2-mathrm-cr-2-mathrm-o-7-2-3-mathrm-mno-4-4-mathrm-tio-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzc3MjIz-the-general-electronic-configuration-for-the-2nd-row-transition-series-is-1-ne-3d1-10-4s2-2-ar-3d1-10-4s1-2-3-kr-4d1-10-5s1-2-4-xe-5d1-10-5s1-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODcx-which-of-the-following-oxidation-state-is-common-for-all-lanthanoids-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzkwNjkx-match-the-statement-given-in-column-i-with-the-corresponding-element-given-in-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-an-element-that-can-show-8-oxidation-state-i-ce-b-an-elemen https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NDA5MzI-because-of-lanthanoid-contraction-which-of-the-following-pairs-of-elements-have-nearly-same-atomic-radii-numbers-in-the-parenthesis-are-atomic-numbers-1-ti-22-and-zr-40-2-zr-40-and-nb-41-3-zr-40-and-h https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzkwNzE4-match-column-i-alloy-with-column-ii-composition-and-mark-the-appropriate-choice-column-i-column-ii-a-mischmetal-i-alloy-of-cu-and-sn-b-ziegler-natta-catalyst-ii-alloy-of-lanthanoid-metals-c-brass-iii https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQxNDY0-which-of-the-following-f-block-elements-is-most-stable-in-the-bivalent-oxidation-state-1-sm-2-eu-3-tb-4-ce-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzkwNjk3-consider-the-following-statements-i-la-oh-3-is-least-basic-among-hydroxides-of-lanthanides-ii-zr4-and-hf4-possess-almost-the-same-ionic-radii-iii-ce4-can-act-as-an-oxidising-agent-true-statements-amon https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4NzA0-the-correct-electronic-configuration-and-spin-only-magnetic-moment-bm-of-gd3-z-64-respectively-are-1-xe-5f7-and-8-9-2-xe-4f7-and-7-9-3-xe-5f7-and-7-9-4-xe-4f7-and-8-9-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4MDg0-the-well-known-element-of-lanthanoid-series-that-exhibit-4-oxidation-state-is-1-ac-2-ce-3-eu-4-yb-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzY3MjM0-strong-reducing-and-oxidizing-agents-among-the-following-options-respectively-are-1-ce-3-ce-4-2-eu-2-ce-4-3-ce2-tb-2-4-eu-4-eu-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc3MzA2-a-colored-ion-in-aqueous-solutions-among-the-following-is-1-la3-z-57-2-ti3-z-22-3-lu3-z-71-4-sc3-z-21-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0Nzcy-which-of-the-following-statements-correctly-describes-lanthanoids-1-14-elements-in-the-seventh-period-atomic-no-90-to-103-that-are-filling-5f-sublevel-2-14-elements-in-the-sixth-period-atomic-no-58-to https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTM2Mzc-identify-the-incorrect-statement-among-the-following-1-there-is-a-decrease-in-the-radii-of-the-atoms-or-ions-as-one-proceeds-from-la-to-lu-2-lanthanoid-contraction-is-the-accumulation-of-successive-sh https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQ4MTIw-if-cro42-yellow-changes-to-cr2o72-orange-in-ph-x-and-vice-versa-in-ph-y-then-x-and-y-are-1-6-8-2-6-5-3-8-6-4-7-7-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzk5NDQ2-identify-the-oxidation-product-of-i-with-mno-4-in-an-alkaline-environment-1-io-3-2-i-2-3-io-4-io-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzc5NTU5-when-potassium-permanganate-kmno-4-acts-as-an-oxidizing-agent-it-eventually-forms-mathrm-mno-4-2-mathrm-mno-2-mathrm-mn-2-mathrm-o-3-text-and-mathrm-mn-2-what-are-the-corresponding-number-of-electrons https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzc3ODkw-in-the-preparation-of-kmno4-pyrolusite-mno2-is-first-converted-to-dark-green-potassium-manganate-in-this-conversion-the-oxidation-state-of-manganese-changes-from-1-1-to-3-2-2-to-4-3-3-to-5-4-4-to-6-1 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzc1MTky-what-substance-is-produced-when-potassium-dichromate-k2cr2o7-is-added-to-ethanol-c2h5oh-in-an-acidic-solution-1-mathrm-c-2-mathrm-h-6-2-mathrm-ch-3-mathrm-cooh-3-mathrm-k-mathrm-c-2-mathrm-h-5-mathrm https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODg3-in-the-titration-of-kmno-or-its-use-as-an-oxidizing-agent-the-medium-is-acidified-with-dilute-h-so-rather-than-hcl-because-1-both-hcl-and-kmno4-act-as-oxidising-agents-2-kmno4-oxidises-hcl-into-cl2-wh https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzYyOTg2-during-the-qualitative-analysis-of-so-using-acidified-h-so-so-gas-is-evolved-this-gas-turns-k-cr-o-solution-1-green-2-black-3-blue-4-red-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc3MzUy-the-fusion-of-chromite-ore-fecr2o4-with-na2co3-in-air-gives-a-yellow-solution-upon-the-addition-of-water-subsequent-treatment-with-h2so4-produces-an-orange-solution-the-yellow-and-orange-colours-respe https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc3Mjk3-which-one-of-the-following-statements-is-correct-when-so2-is-passed-through-acidified-k2cr2o7solution-1-the-solution-is-decolorized-2-so2-is-reduced-3-green-coloured-cr2-so4-3-is-formed-4-the-solution https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQ4MTIx-an-element-that-does-not-show-variable-oxidation-state-is-1-fe-2-mn-3-cu-4-zn-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQ4MTQx-what-is-the-correct-electronic-configuration-of-ti-z-22-atoms-1-1s22s22p63s23p63d21s22s22p63s23p63d21s22s22p63s23p63d2-2-1s22s22p63s23p63d24p61s22s22p63s23p63d24p61s22s22p63s23p63d24p6-3-1s22s22p63s23 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjAwNzAw-the-calculated-spin-only-magnetic-moment-of-cr2-ion-is-1-4-90-bm-2-5-92-bm-3-2-84-bm-4-3-87-bm-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQ4MTIy-the-pairs-having-similar-magnetic-moments-are-1-ti3-v3-2-cr3-mn2-3-mn2-fe3-4-fe2-mn2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQ4MTI5-a-pair-among-the-following-that-has-both-coloured-ions-in-the-aqueous-solution-is-at-no-sc-21-ti-22-ni-28-cu-29-co-27-1-ni2-ti3-2-sc3-ti3-3-sc3-co2-4-ni2-cu-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQ4MTQw-which-of-the-following-ions-has-the-most-unpaired-electrons-1-fe2-2-fe3-3-co3-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjAwNzE0-urea-reacts-with-water-to-form-a-which-decomposes-to-form-b-when-b-is-passed-through-cu2-cu2-cu2-aq-a-deep-blue-colored-solution-c-is-formed-the-formula-of-c-is-1-cu-nh3-4-2-cunh342-cunh342-2-cu-oh-2c https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQ4MTQ4-the-values-of-x-y-p-and-q-are-respectively-1-mno-3mno3-mno3-mn2o7-conc-h2so4-and-k2mno4-2-k2mno4-conc-h2so4-mn2o7-and-mno-3mno3-mno3-3-na2co3-mno2-k2mno4-and-mn2o7-4-h-k2mno4-mno-3mno3-mno3-and-mn2o7 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc4NzY5-iron-does-not-get-oxidised-in-1-rusting-of-iron-sheets-2-decolourisation-of-blue-cuso4-solution-by-iron-3-formation-of-fe-co-5-from-fe-4-liberation-of-h2-from-steam-by-iron-at-a-high-temperature-1-2-3 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQ4MTM2-the-increasing-order-of-oxidising-power-among-the-following-species-is-1-mathrm-vo-2-mathrm-cr-2-mathrm-o-7-2-mathrm-mno-4-2-mathrm-vo-2-mathrm-mno-4-mathrm-cr-2-mathrm-o-7-2-3-mathrm-cr-2-mathrm-o-7 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc3MzA1-the-acidified-mathrm-k-2-mathrm-cr-2-mathrm-o-7-solution-turns-green-when-mathrm-na-2-mathrm-so-3-is-added-to-it-this-is-due-to-the-formation-of-1-mathrm-cro-4-2-2-mathrm-cr-2-mathrm-so-3-3-3-mathrm-c https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY4Njkz-in-the-3d-series-a-metal-with-a-1-oxidation-state-is-1-mn-2-cu-3-fe-4-zn-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQ4MTQ5-the-element-that-has-a-maximum-composition-in-mischmetal-and-is-used-in-the-gas-lighters-is-1-ce-2-fe-3-sm-4-la-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDEy-which-of-the-following-statements-is-are-correct-a-the-maximum-oxidation-state-of-the-d-block-elements-appears-in-the-middle-and-the-minimum-at-the-extreme-ends-b-ie1-of-the-third-transition-series-el https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwNDE0-the-most-common-oxidation-state-for-lanthanoids-and-actinoids-is-1-5-2-3-3-1-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTkyNTgy-actinoids-show-a-greater-number-of-oxidation-states-than-lanthanoids-because-1-4f-orbitals-are-more-diffused-than-5f-orbitals-2-lesser-energy-difference-between-5f-and-6d-orbitals-than-between-4f-and https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQ4MTQ3-the-unpaired-electron-in-eu3-will-bear-similarities-to-that-found-in-1-yb2-2-ho3-3-sm2-4-gd3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc3MzA5-the-incorrect-statement-among-the-following-is-1-there-is-a-decrease-in-the-radii-of-the-atoms-or-ions-as-one-proceeds-from-la-to-lu-2-lanthanoid-contraction-is-the-accumulation-of-successive-shrinkag https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc3MzEy-when-neutral-or-faintly-alkaline-kmno4kmno4kmno4-is-treated-with-potassium-iodide-the-iodide-ion-is-converted-into-x-the-formula-of-x-is-1-i2i2i2-2-io-4io4-io4-3-io-3io3-io3-4-io-io-io-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246ODkwMTE-a-gas-that-can-readily-decolorize-an-acidified-kmno4-solution-is-1-so2-2-no2-3-p2o5-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjcwMzc0-the-correct-reactions-among-the-following-are-a-a-a-mno-4-h-fe2-2mn2-fe3-h2omno4-h-fe2-2mn2-fe3-h2omno4-h-fe2-2mn2-fe3-h2o-b-b-b-c2o2-4-mno-4-h-mn2-h2o-co2c2o42-mno4-h-mn2-h2o-co2c2o42-mno4-h-mn2-h2o https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTkyODIz-although-3-oxidation-state-is-most-common-in-lanthanoids-cerium-still-shows-4-oxidation-state-because-1-its-nearest-inert-gas-is-radon-2-after-losing-one-more-electron-it-acquires-4f-14-electronic-con https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTkyODE3-the-calculated-spin-only-magnetic-moment-of-text-ti-2-3d-2-is-1-2-84-bm-2-5-92-bm-3-4-90-bm-4-3-87-bm-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTkyODEz-match-list-i-with-list-ii-list-i-transition-metal-compound-complex-list-ii-catalytic-role-a-v-2o-5-i-preparation-of-ammonia-from-n-2-h-2-mixture-b-fe-ii-polymerisation-of-alkynes-c-pdcl-2-iii-preparat https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTk4MjU2-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-generally-3d-transition-metals-have-high-melting-points-reason-r-involvement-of-3d-elect https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTk4MjU0-among-the-species-given-below-the-spin-only-magnetic-moment-is-highest-for-given-atomic-number-of-ti-22-mn-25-fe-26-and-co-27-1-ti-h2o-6-3-2-mn-cn-6-3-3-fe-cn-6-3-4-co-nh3-6-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTk4MjI1-given-below-are-two-statements-statement-i-heating-nacl-with-concentrated-h-2so-4-and-mno-2-results-in-oxidation-of-mn-statement-ii-heating-nai-with-concentrated-h-2so-4-and-mno-2-results-in-reduction https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTk4MjIy-the-green-paramagnetic-species-formed-by-heating-kmno4-at-513-k-is-1-ko2-2-k2mno4-3-mn3o4-4-mno-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTk4MjIw-the-lanthanide-ion-having-four-unpaired-electrons-is-given-atomic-numbers-of-ce-58-nd-60-tb-65-and-ho-67-1-ho3-2-nd3-3-ce3-4-tb3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTM1MTY2-given-below-are-two-statements-statement-i-ferromagnetism-is-considered-as-an-extreme-form-of-paramagnetism-statement-ii-the-number-of-unpaired-electrons-in-a-cr-2-ion-z-24-is-the-same-as-that-of-a-nd https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDY4ODQy-the-uv-visible-absorption-bands-in-the-spectra-of-lanthanoid-ions-are-x-probably-because-of-the-excitation-of-electrons-involving-y-the-x-and-y-respectively-are-1-broad-and-f-orbitals-2-narrow-and-f-o https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDY4ODI1-which-of-the-following-pairs-of-ions-will-have-the-same-spin-only-magnetic-moment-values-within-the-pair-a-mathrm-zn-2-ti-2-b-mathrm-cr-2-fe-2-c-mathrm-ti-3-cu-2-d-mathrm-v-2-cu-choose-the-correct-ans https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDY4ODQw-which-of-the-following-set-of-ions-act-as-oxidizing-agents-1-mathrm-ce-4-and-mathrm-tb-4-2-mathrm-la-3-and-mathrm-lu-3-3-mathrm-eu-2-and-mathrm-yb-2-4-mathrm-eu-2-and-mathrm-tb-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjQ1MDk2-identify-the-incorrect-statement-from-the-following-1-zirconium-and-hafnium-have-identical-radii-of-160-pm-and-159-pm-respectively-as-a-consequence-of-lanthanoid-contraction-2-lanthanoids-reveal-only https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246ODkxNDY-identify-the-incorrect-statements-related-to-lanthanons-1-europium-shows-2-oxidation-state-2-the-basicity-decreases-as-the-ionic-radius-decreases-from-pr-to-lu-3-all-the-lanthanons-are-much-more-react https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTAyMTc-so2-is-passed-through-an-acidified-k2cr2o7-solution-the-correct-statement-among-the-following-regarding-the-above-experiment-is-1-the-solution-gets-decolorized-2-so2-gets-reduced-3-green-coloured-cr2 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTA3OTM-assuming-complete-ionization-same-moles-of-which-of-the-following-compounds-will-require-the-least-amount-of-acidified-kmno4-for-complex-oxidation-1-feso4feso4feso4-2-feso3feso3feso3-3-fec2o4fec2o4fec https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTEyMzU-the-reason-for-the-lanthanoid-contraction-is-1-negligible-screening-effect-of-f-orbitals-2-increasing-nuclear-charge-3-decreasing-nuclear-charge-4-decreasing-screening-effect-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTE0NTY-diamagnetic-lanthanoid-ion-among-the-following-is-at-nos-ce-58-sm-62-eu-63-yb-70-1-sm2-2-eu2-3-yb2-4-ce2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTE0ODE-the-incorrect-statement-among-the-following-regarding-interstitial-compounds-is-1-they-are-chemically-reactive-2-they-are-much-harder-than-the-pure-metal-3-they-have-a-higher-melting-point-than-pure-m https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246OTQwMTk-actinoids-exhibit-more-oxidation-states-than-lanthanoids-the-main-reason-for-this-is-1-more-energy-difference-between-5f-and-6d-orbitals-than-that-between-4f-and-5d-orbitals-2-greater-metallic-charact https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0MDA4-four-successive-members-of-the-first-row-transition-elements-are-listed-below-with-their-atomic-numbers-which-one-of-them-is-expected-to-have-the-highest-third-ionization-enthalpy-1-vanadium-z-23-2-ma https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjY0MDkw-the-main-reason-for-a-larger-number-of-oxidation-states-exhibited-by-the-actinoids-than-the-corresponding-lanthanoids-is-1-larger-atomic-size-of-actinoids-than-the-lanthanoids-2-more-energy-difference https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4MDcz-scandium-z-21-is-a-transition-element-but-zinc-z-30-is-not-because-1-sc-has-3d0-and-zn-has-3d10-2-sc-has-3d1-and-zn-has-3d10-3-sc-has-3d10-and-zn-has-3d1-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4MDc3-given-below-are-two-statements-assertion-a-cr2-acts-as-a-reducing-agent-and-mn3-acts-as-an-oxidising-agent-when-both-have-d4-configuration-reason-r-the-maximum-oxidation-state-cr-show-is-5-and-mn-show https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4MDc4-the-correct-sequence-of-decreasing-oxidizing-power-of-vo2-mno4-cr2o72-is-1-vo2-mno4-cr2o72-2-mno4-cr2o72-vo2-3-mno4-vo2-mno4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzE2NTc4-the-enthalpy-of-atomization-of-zinc-is-the-lowest-among-the-3d-series-because-1-it-has-a-weak-coordinate-bond-2-it-has-strong-metallic-bonding-3-it-has-strong-ionic-bonding-4-it-has-weak-metallic-bond https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzE2NTc5-the-transition-metal-that-exhibits-the-largest-number-of-oxidation-states-among-the-following-is-1-cr-2-mn-3-zn-4-sc-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzE2NTgw-the-e0-m2-m-value-for-copper-is-positive-0-34v-due-to-1-high-energy-of-atomization-and-low-hydration-energy-2-low-energy-of-atomization-and-low-hydration-energy-3-high-energy-of-atomization-and-high-h https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzE2NTg0-statement-i-cr2-is-a-stronger-reducing-agent-than-fe2-statement-ii-fe2-is-a-stronger-reducing-agent-than-cr2-1-both-statements-i-and-statement-ii-are-true-2-statement-i-is-true-and-statement-ii-is-fal https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQyMjY1-generally-transition-elements-and-their-salts-are-coloured-due-to-the-presence-of-unpaired-electrons-in-metal-ions-which-of-the-following-compounds-are-coloured-a-kmno4-b-ce-so4-2-c-ticl4-d-cu2cl2-cho https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQyMjY3-transition-elements-show-magnetic-moment-due-to-spin-and-orbital-motion-of-electrons-which-of-the-following-metallic-ions-have-almost-same-spin-only-magnetic-moment-a-co2-b-cr2-c-mn2-d-cr3-choose-the https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQyMjY4-in-the-form-of-dichromate-cr-vi-is-a-strong-oxidising-agent-in-acidic-medium-but-mo-vi-in-moo3-and-w-vi-in-wo3-are-not-because-a-cr-vi-is-more-stable-than-mo-vi-and-w-vi-b-mo-vi-and-w-vi-are-more-stab https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQyMjcy-general-electronic-configuration-of-actionoids-is-n-2-f1-14-n-1-d0-2ns2-which-of-the-following-actinoids-have-one-electron-in-6d-orbital-a-u-atomic-no-92-b-np-atomic-no-93-c-pu-atomic-no-94-d-am-atomi https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQyMjc1-transition-elements-form-binary-compounds-with-halogens-which-of-the-following-elements-will-form-mf3-type-compounds-a-cr-b-co-c-cu-d-ni-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQyMjc2-which-of-the-following-will-not-act-as-oxidizing-agents-a-cro3-b-moo3-c-wo3-d-cro42-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTQyMjc3-why-does-cerium-show-a-4-oxidation-state-even-though-3-is-the-characteristic-oxidation-state-for-lanthanides-a-it-has-variable-ionisation-enthalpy-b-it-tends-to-attain-a-noble-gas-configuration-c-it-t https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3OTg2-which-of-the-following-actinoids-show-oxidation-states-upto-7-a-am-b-pu-c-u-d-np-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-b-d-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3OTkw-in-the-listed-lanthanoids-the-element-that-displays-a-2-oxidation-state-along-with-the-characteristic-3-oxidation-state-of-lanthanoids-is-a-ce-b-eu-c-yb-d-ho-choose-the-correct-option-1-a-b-2-b-c-3-c https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjE3OTk2-which-of-the-following-ions-show-a-higher-spin-only-magnetic-moment-value-a-ti3-a-ti3-a-ti3-b-mn2-b-mn2-b-mn2-c-fe2-c-fe2-c-fe2-d-co3-d-co3-d-co3-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODY2-the-electronic-configuration-of-cu-ii-is-3d93d93d9-whereas-that-of-cu-i-is-3d103d103d10-the-correct-statement-about-the-aqueous-solution-of-cu-ii-and-cu-i-among-the-following-is-1-cu-ii-is-more-stable https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODY3-metallic-radii-of-some-transition-elements-are-given-below-which-of-these-elements-will-have-highest-density-element-fe-co-ni-cu-metallic-radii-pm-126-125-125-128-1-fe-2-ni-3-co-4-cu-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODY4-the-coloured-compound-among-the-following-in-the-solid-state-is-1-mathrm-ag-2-mathrm-so-4-2-mathrm-c-u-f-2-3-mathrm-zn-f-2-4-mathrm-cu-2-mathrm-cl-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODY5-on-addition-of-a-small-amount-of-kmno4-to-concentrated-h2so4-a-green-oily-compound-is-obtained-which-is-highly-explosive-in-nature-identify-the-compound-from-the-following-1-mn2o7-2-mno2-3-mnso4-4-mn2 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODcy-which-of-the-following-reactions-are-disproportionation-reactions-left-right-i-left-right-c-u-rightarrow-c-u-2-c-u-left-right-i-i-left-right-3-m-n-o-4-4-h-rightarrow-2-m-n-o-4-m-n-o-2-2-h-2-o-left-rig https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODcz-when-kmno4kmno4kmno4-solution-is-added-to-oxalic-acid-solution-the-decolourisation-is-slow-in-the-beginning-but-becomes-instantaneous-after-some-time-because-1-co2co2co2-is-formed-as-the-product-2-rea https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODc0-there-are-14-elements-in-the-actinoid-series-which-of-the-following-elements-does-not-belong-to-this-series-1-u-2-np-3-tm-4-fm-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODc1-kmno4kmno4kmno4-acts-as-an-oxidizing-agent-in-an-acidic-medium-the-number-of-moles-of-kmno4kmno4kmno4-that-will-be-needed-to-react-with-one-mole-of-sulphide-ions-in-an-acidic-solution-is-1-dfrac-2-5-2 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODc3-which-of-the-following-is-amphoteric-oxide-1-v-2-o-5-c-r-2-o-3-2-m-n-2-o-7-c-r-o-3-3-c-r-o-v-2-o-5-4-v-2-o-5-v-2-o-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODgx-kmno4-acts-as-an-oxidising-agent-in-alkaline-medium-when-alkaline-kmno4-is-treated-with-ki-iodide-ion-is-oxidised-to-1-i-2-2-i-o-3-i-o-3-4-i-o-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODgy-which-of-the-following-statements-is-not-correct-1-copper-liberates-hydrogen-from-acids-2-in-its-higher-oxidation-states-manganese-forms-stable-compounds-with-oxygen-and-fluorine-3-mn3-andco3-mn3-andc https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5ODgz-when-acidified-k2cr2o7k2cr2o7k2cr2o7-the-solution-is-added-to-sn-salt-then-sn-changes-to-1-sn-2-sn3-3-sn4-4-sn-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTIy-match-compound-element-in-column-i-with-uses-in-column-ii-and-select-the-best-match-from-the-codes-given-column-i-compound-element-column-ii-uses-a-lanthanoid-oxide-i-petroleum-cracking-b-lanthanoid-i https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTI0-match-the-statements-given-in-column-i-with-the-oxidation-states-given-in-column-and-mark-the-correct-option-column-i-column-ii-a-oxidation-state-of-mn-in-mathrm-mno-2-is-1-2-b-most-stable-oxidation-s https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTI2-match-the-property-given-in-column-i-with-the-element-given-in-column-ii-column-i-property-column-ii-element-a-lanthanoid-which-shows-4-oxidation-state-1-pm-b-radioactive-lanthanoid-2-ce-c-lanthanoid https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTI3-match-the-properties-given-in-column-i-with-the-metals-given-in-column-ii-and-mark-the-appropriate-answer-column-i-property-column-ii-metal-a-element-with-highest-second-ionisation-enthalpy-i-co-b-ele https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTI4-assertion-a-cu-2-iodide-is-not-known-reason-r-cu-2-oxidises-i-to-iodine-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-the-a-2-both-a-and-r-are-true-but-r-is-not-the-correct-explanation-o https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTI5-given-below-are-two-statements-assertion-a-separation-of-zr-and-hf-is-difficult-reason-r-because-zr-and-hf-lie-in-the-same-group-of-the-periodic-table-1-both-a-and-r-are-true-and-r-is-the-correct-expl https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTMy-given-below-are-two-statements-assertion-a-actinoids-form-relatively-less-stable-complexes-as-compared-to-lanthanoids-reason-r-actinoids-can-utilise-their-5f-orbitals-along-with-6d-orbitals-in-bonding https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTMz-given-below-are-two-statements-assertion-a-cu-cannot-liberate-hydrogen-from-acids-reason-r-because-it-has-positive-electrode-potential-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-b https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MjI5OTM0-assertion-a-the-highest-oxidation-state-of-osmium-is-8-reason-r-osmium-is-a-5d-block-element-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the-corr https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQxNDEz-assertion-a-ni-has-two-unpaired-electrons-reason-r-electrons-are-removed-from-3d-but-not-from-4s-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc0MjA3-the-graph-for-m2-mm2-mm2-m-standard-electrode-potential-is-plotted-for-3-d-series-elements-below-identify-the-element-corresponding-to-point-x-on-the-graph-1-mn-2-fe-3-cu-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTc3MzIx-four-statements-for-cr-and-mn-are-given-below-i-cr2-and-mn3-have-the-same-electronic-configuration-ii-cr2-is-a-reducing-agent-while-mn3-is-an-oxidizing-agent-iii-cr2-is-an-oxidizing-agent-while-mn3-is https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246ODkwMzg-hgcl2-and-i2-both-when-dissolved-in-water-containing-i-i-i-ions-the-pair-of-species-formed-is-1-hgi2-hgi2-hgi2-i-i-i-2-hgi2-4-hgi42-hgi42-i-3i3-i3-3-hg2i2-hg2i2-hg2i2-i-i-i-4-hgi2-hgi2-hgi2-i-3i3-i3-1 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzU4Mjcw-the-outer-electronic-configuration-of-gd-at-no-64-1-4f5-5d4-6s1-2-4f7-5d1-6s2-3-4f3-5d5-6s2-4-4f4-5d5-6s1-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzU4MzA3-sc-z-21-is-a-transition-element-but-zn-z-30-is-not-because-1-both-sc3-and-zn2-ions-are-colourless-and-form-white-compounds-2-in-the-case-of-sc-3d-orbitals-are-partially-filled-but-in-zn-these-are-full https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDQwMDcx-what-is-the-difference-in-the-spin-only-magnetic-moment-in-b-m-between-manganese-mn-in-kmno4-and-manganese-species-in-the-product-x-of-the-given-reaction-mathrm-kmno-4-xrightarrow-mathrm-h-mathrm-x-te https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgyNDIw-the-electronic-configuration-of-platinum-atomic-number-78-is-1-mathrm-xe-4f-14-5d-9-6s-1-2-mathrm-kr-4f-14-5d-10-3-mathrm-xe-4f-14-5d-10-4-mathrm-xe-4f-14-5d-8-6s-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-pb246NjU1NzE-the-ratio-of-magnetic-moments-of-fe-iii-and-co-ii-is-1-5-75-75-7-2-35-535-535-5-3-7-37-37-3-4-24-1524-1524-15-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5MTc5-the-correct-order-of-the-following-elements-with-respect-to-their-density-is-1-cr-zn-co-cu-fe-2-zn-cu-co-fe-cr-3-zn-cr-fe-co-cu-4-cr-fe-co-cu-zn-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ3MTk4-when-v-2o-5-reacts-with-base-and-acid-x-and-y-are-formed-respectively-x-and-y-are-1-x-vo-3-4-y-vo-2-2-x-vo-3-4-y-vo-4-3-x-vo-4-y-vo-3-4-4-x-vo-2-y-v-2o-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQzMzY5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-ce3-ion-and-yb-3-ion-are-colourless-reason-r-ce3-ion-and-yb-3-ion-cannot-show-f-f-transi https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzI2NjQx-what-is-the-reason-behind-the-color-of-kmno4-1-d-d-transition-2-charge-transfer-spectra-3-both-1-and-2-4-polarisation-of-anion-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDk0MjU3-how-many-f-electrons-are-present-in-the-ground-state-electronic-configuration-of-np-z-93-1-18-2-14-3-4-4-21-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjk4MDQ3-which-of-the-following-explains-the-primary-cause-of-lanthanoid-contraction-1-greater-shielding-of-5d-electrons-by-4f-electrons-2-poor-shielding-of-5d-electrons-by-4f-electrons-3-effective-shielding-o https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDk1NjAy-which-of-the-following-statements-is-correct-about-cerium-iv-given-that-it-attains-a-noble-gas-configuration-1-it-will-not-prefer-to-undergo-redox-reactions-2-it-will-prefer-to-gain-an-electron-and-ac https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mzg1Nzg2-the-ratio-of-the-number-of-electrons-gained-by-acidified-kmno4-and-acidified-k2cr2o7-respectively-in-the-given-reaction-is-kmno4-xrightarrow-h-mn2-k2cr2o7-xrightarrow-h-cr3-1-5-6-2-6-5-3-3-5-4-5-3-1-2 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MTIxNjQ4-which-one-of-the-following-statements-about-cr2o2-7cr2o72-cr2o72-unit-is-correct-1-cr2o2-7cr2o72-cr2o72-unit-has-one-peroxy-linkage-2-cr2o2-7cr2o72-cr2o72-has-two-tetrahedral-units-joined-through-cr-o https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ0NTM3-given-below-are-two-statements-assertion-a-colour-of-kmno4-became-light-pink-when-oxalic-acid-is-added-to-its-solution-in-an-acidic-medium-reason-r-kmno4-is-a-strong-oxidising-agent-1-both-a-and-r-are https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgxNzY0-given-below-are-two-statements-statement-i-iodide-ions-i-can-be-independently-oxidized-to-iodine-i-by-iron-iii-catalyst-acidified-k-cr-o-and-neutral-kmno-statement-ii-the-manganate-ion-mno-is-paramagn https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQxNTY4-white-ppt-of-agcl-dissolves-in-nh-4oh-due-to-the-formation-of-1-agoh-2-ag-2o-3-ag-nh-3-2-cl-4-ag-nh-3-4-cl-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQxMTMy-when-acidified-kmno-4-reacts-with-oxalic-acid-gives-a-manganese-product-find-the-magnetic-moment-spin-only-of-mn-in-this-product-1-2-2-6-3-0-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4OTQ5-in-which-of-the-following-order-the-given-complex-ions-are-arranged-correctly-with-respect-to-their-decreasing-spin-only-magnetic-moment-i-fef6-3-ii-co-nh3-6-3-iii-nicl4-2-iv-cu-nh3-4-2-1-i-iii-iv-ii https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ3MDYw-the-following-fluoride-is-not-known-1-crf6-2-mnf6-3-mnf4-4-crf5-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ3MTk5-the-pair-in-the-actinide-series-that-can-have-the-highest-oxidation-state-is-1-np-pu-2-u-am-3-u-cm-4-am-cm-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5Mzg5-which-of-the-following-lanthanoids-do-not-form-mo2-where-m-is-a-lanthanoid-metal-1-pr-2-dy-3-nd-4-yb-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ3MDA5-x-y-and-z-in-the-following-reactions-are-begin-aligned-mathrm-mno-4-mathrm-e-longrightarrow-mathrm-x-mathrm-mno-4-4-mathrm-h-3-mathrm-e-longrightarrow-mathrm-y-mathrm-mno-4-8-mathrm-h-5-mathrm-e-longr https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ3MjEy-correct-statement-for-the-given-reaction-is-mathrm-cr-2-mathrm-o-7-2-a-q-mathrm-so-3-2-a-q-rightarrow-mathrm-cr-3-a-q-mathrm-so-4-2-a-q-1-generally-so-4-2-is-not-a-reducing-agent-2-cr-3-can-be-further https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5MDQ3-the-electrode-potential-of-m2-m-of-3d-series-elements-shows-positive-value-of-1-zn-2-fe-3-co-4-cu-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTc1MjMy-mathrm-mno-4-2-in-acidic-medium-disproportionates-to-1-mn-2o-7-and-mno-2-mno-4-and-mno-3-mno-4-and-mno-4-4-mno-4-and-mno-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTc1ODg3-among-the-following-v-3-ti-2-ni-2-fe-2-co-2-for-which-spin-only-magnetic-moment-3-and-which-can-form-high-spin-octahedral-complex-find-the-sum-of-unpaired-electrons-in-those-complexes-1-5-2-7-3-9-4-0 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTc2MTQw-element-x-is-the-lightest-element-of-group-7-of-periodic-table-which-forms-oxo-anion-in-6-oxidation-state-the-colour-of-potassium-salt-of-the-oxo-anion-is-1-green-2-orange-3-yellow-4-brown-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTc2MjE3-how-many-of-the-following-are-mixed-oxides-mathrm-cr-2-mathrm-o-3-mathrm-mn-3-mathrm-o-4-mathrm-fe-3-mathrm-o-4-mathrm-fe-2-mathrm-o-3-mathrm-v-2-mathrm-o-4-mathrm-pb-3-mathrm-o-4-1-two-2-five-3-three https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTc2NDA5-an-element-m-does-not-evolve-h-2-gas-on-treatment-with-dilute-hcl-mso-4-1-mol-on-treatment-with-excess-kcn-forms-a-compound-p-the-amount-of-ms-formed-in-moles-when-h-2s-gas-is-passed-through-compound https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTc3ODQ1-the-oxidation-state-of-cr-in-the-final-product-formed-by-reaction-between-ki-and-acidified-k-2cr-2o-7-is-1-2-2-6-3-4-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTI0NTgz-the-calculated-spin-only-magnetic-moments-of-mathrm-k-3-left-mathrm-fe-mathrm-oh-6-right-text-and-mathrm-k-4-left-mathrm-fe-mathrm-oh-6-right-respectively-are-1-4-90-and-4-90-b-m-2-5-92-and-4-90-b-m-3 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTI0ODkz-which-of-the-following-ions-is-the-strongest-oxidizing-agent-given-atomic-number-of-ce-58-eu-63-tb-65-lu-71-1-mathrm-lu-3-2-mathrm-eu-2-3-mathrm-tb-4-4-mathrm-ce-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTI0OTI5-match-list-i-with-list-ii-list-i-types-of-alloy-list-ii-composition-a-bronze-i-cu-ni-b-brass-ii-fe-cr-ni-c-c-uk-silver-coin-iii-cu-zn-d-stainless-steel-iv-cu-sn-choose-the-correct-answer-from-the-opti https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTI1NTM1-which-of-the-following-oxidation-reactions-are-carried-out-by-both-mathrm-k-2-mathrm-cr-2-mathrm-o-7-and-mathrm-kmno-4-in-acidic-medium-a-mathrm-i-rightarrow-mathrm-i-2-b-mathrm-s-2-rightarrow-mathrm https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTMyNDUz-given-below-are-two-statements-statement-1-mathrm-cro-3-is-a-stronger-oxidizing-agent-than-mathrm-moo-3-statement-2-mathrm-cro-3-is-more-stable-than-mathrm-moo-3-1-both-statements-are-correct-2-both-s https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTMyNTAx-which-of-the-following-pairs-of-ions-have-an-equal-number-of-unpaired-electrons-1-mathrm-v-2-and-mathrm-ni-2-2-mathrm-cr-2-and-mathrm-mn-2-3-mathrm-fe-2-and-mathrm-sc-2-4-mathrm-mn-3-and-mathrm-fe-2-1 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTMyNTEz-mathrm-kmno-4-oxidises-others-in-an-acidic-medium-the-difference-between-the-two-oxidation-states-of-mathrm-mn-is-mathrm-x-neutral-mathrm-fecl-3-reacts-with-oxalate-to-form-a-complex-compound-having-y https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTMyNjM3-which-of-the-following-is-the-correct-order-of-enthalpy-of-atomization-of-mathrm-3d-series-1-mathrm-ni-mathrm-cu-mathrm-mn-mathrm-zn-2-mathrm-zn-mathrm-cu-mathrm-mn-mathrm-ni-3-mathrm-cu-mathrm-mn-mat https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTMyNzgy-the-total-number-of-ions-among-the-following-having-3d-5-electronic-configuration-are-mathrm-fe-2-co-2-mn-2-fe-3-cu-cr-1-three-3-2-two-2-3-five-5-4-six-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NTMyNzg4-the-correct-decreasing-order-of-spin-only-magnetic-moment-values-is-1-mathrm-cr-3-mathrm-cr-2-mathrm-cu-2-mathrm-cu-2-mathrm-cr-3-mathrm-cr-2-mathrm-cu-mathrm-cu-2-3-mathrm-cr-2-mathrm-cr-3-mathrm-cu https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDM4MDQ3-calculate-the-bohr-magneton-b-m-value-for-the-compound-with-the-least-oxidizing-ability-in-the-following-list-mathrm-vo-2-oplus-mathrm-mno-4-ominus-and-mathrm-cr-2-mathrm-o-7-2-1-2-2-0-3-1-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDM5OTc4-how-many-of-the-following-elements-do-not-belong-to-the-lanthanoids-mathrm-eu-mathrm-er-mathrm-lu-mathrm-cm-mathrm-yb-mathrm-tb-1-5-2-4-3-3-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDQwMjQ0-spin-only-magnetic-moment-of-mathrm-v-2-mathrm-o-5-in-text-bm-is-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDQwNDk5-an-element-from-the-d-block-of-the-4-th-period-has-a-spin-only-magnetic-moment-of-3-9-bm-in-its-z-3-ionic-form-what-is-the-minimum-atomic-number-z-of-this-element-1-29-2-23-3-24-4-25-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDUyNjQ5-match-list-i-complexes-with-list-ii-colour-and-choose-the-correct-option-list-i-list-ii-i-mathrm-fe-4-left-mathrm-fe-mathrm-cn-6-right-3-a-red-ii-mathrm-fe-mathrm-scn-2-b-green-iii-mathrm-feso-4-cdot https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU0NDg2-which-of-the-following-statements-are-correct-a-text-mn-2-text-o-7-is-an-oil-at-room-temperature-b-text-v-2-text-o-4-reacts-with-acid-to-give-text-vo-2-c-text-cro-is-a-basic-oxide-d-text-v-2-text-o-5 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU0OTMw-which-of-the-following-statements-are-true-i-the-chromate-ion-is-square-planar-ii-the-green-manganate-ion-is-diamagnetic-iii-dichromate-can-be-prepared-using-chromate-iv-dark-green-text-kmno-4-disprop https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU1OTQ4-match-the-following-ions-from-list-i-with-their-corresponding-electron-configuration-from-list-ii-and-select-the-correct-option-list-i-ion-list-ii-electron-configuration-a-text-mn-2-i-3d-34s-1-b-text https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU2MTMw-the-best-reducing-agent-among-the-given-ions-is-1-text-ce-4-2-text-gd-2-3-text-lu-3-4-text-nd-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU2MjU4-consider-the-given-reaction-mathrm-k-2-mathrm-cr-2-mathrm-o-7-mathrm-h-2-mathrm-o-2-mathrm-h-2-mathrm-so-4-xrightarrow-text-conditions-text-ether-cold-text-compound-mathrm-x-text-x-is-a-chromium-compo https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU2NDY1-among-the-elements-mathrm-sc-mathrm-ti-mathrm-v-mathrm-cr-mathrm-mn-determine-the-magnetic-moment-of-the-element-with-the-highest-ionization-enthalpy-in-the-2-oxidation-state-1-two-2-2-six-6-3-eight-8 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDU3MTA5-which-of-the-following-statement-is-correct-1-mathrm-ce-4-is-an-oxidising-agent-2-mathrm-ce-4-is-a-reducing-agent-3-mathrm-ce-3-has-a-noble-gas-configuration-4-mathrm-ce-has-a-stable-configuration-1-2 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzYyODgz-how-many-of-the-following-ions-elements-has-have-the-same-value-of-spin-magnetic-moment-v3-cr3-fe2-ni2-1-2-2-3-3-0-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzYzMTg2-when-k2cr2o7-is-used-in-an-acidic-medium-during-titration-the-oxidation-number-of-cr-in-the-product-side-is-1-6-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzYzMjA0-which-of-the-following-f-block-metals-have-a-half-filled-f-subshell-a-samarium-sm-b-gadolinium-gd-c-europium-eu-d-terbium-tb-atomic-numbers-sm-62-eu-63-gd-64-tb-65-1-a-and-b-2-b-and-c-3-c-and-d-4-a-an https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQxMTgx-which-of-the-following-lanthanide-have-half-filled-and-fully-filled-f-orbital-respectively-1-eu2-tb3-2-yb3-tb2-3-gd3-yb2-4-sm2-dy2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQxNDMw-in-an-acidic-solution-mn-vi-becomes-unstable-and-converts-into-its-two-product-ions-if-the-difference-in-the-oxidation-state-of-its-product-ions-is-x-then-the-value-of-x-is-1-three-3-2-five-5-3-six-6 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQxNTU4-which-of-the-following-oxidizing-agents-is-the-strongest-1-ti3-2-cr3-3-fe3-4-mn3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQxODMz-the-most-common-oxidation-state-of-lanthanoid-elements-is-3-which-of-the-following-is-likely-to-deviate-easily-from-3-oxidation-state-1-ce-at-no-58-2-la-at-no-57-3-lu-at-no-71-4-gd-at-no-64-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzQ1NTY5-which-of-the-following-3d-metal-ions-will-give-the-lowest-enthalpy-of-hydration-delta-hyd-h-when-dissolved-in-water-1-cr2-2-mn2-3-fe2-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgxNzY1-how-many-m-n-o-manganese-oxygen-double-bonds-bonds-are-present-in-the-compound-mathrm-mn-2-mathrm-o-7-1-4-2-5-3-6-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgxNzg5-the-most-common-oxidation-state-of-lanthanoid-elements-is-3-which-of-the-following-is-likely-to-deviate-easily-from-3-oxidation-state-1-text-ce-at-no-58-2-text-la-at-no-57-3-text-lu-at-no-71-4-text-gd https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgxOTMy-the-metal-ion-in-gaseous-state-with-the-lowest-value-of-spin-only-magnetic-moment-is-1-text-v-2-2-text-ni-2-3-text-cr-2-4-text-fe-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgxOTgy-the-number-of-correct-statement-s-from-the-following-for-copper-in-aqueous-medium-is-are-a-text-cu-ii-complexes-are-always-paramagnetic-b-text-cu-i-complexes-are-generally-colourles-c-text-cu-i-is-eas https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgyMDMy-which-of-the-following-metal-in-the-3d-transition-metal-series-possesses-the-highest-mathrm-m-2-m-standard-electrode-potential-1-chromium-text-cr-2-iron-text-fe-3-copper-text-cu-4-zinc-text-zn-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgyMDM2-which-of-the-following-pairs-of-ions-of-lanthanoids-corresponds-to-half-filled-and-completely-filled-f-orbitals-respectively-based-on-their-electronic-configurations-given-atomic-no-mathrm-eu-63-sm-62 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgyMjQw-which-of-the-following-pairs-consists-of-transition-metal-ions-that-are-colourless-1-mathrm-sc-3-mathrm-zn-2-2-mathrm-ti-4-mathrm-cu-2-3-mathrm-v-2-mathrm-ti-3-4-mathrm-zn-2-mathrm-mn-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgyMjQy-in-a-neutral-or-a-faintly-alkaline-medium-kmno4-being-a-powerful-oxidant-can-oxidize-thiosulphate-almost-quantitatively-to-sulphate-in-this-reaction-the-overall-change-in-the-oxidation-state-of-mangan https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgyNDA1-which-of-the-following-statements-are-correct-a-the-electronic-configuration-of-text-cr-is-mathrm-ar-3d-54s-1-b-the-magnetic-quantum-number-may-have-a-negative-value-c-in-the-ground-state-of-an-atom-t https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgyNDU2-in-a-neutral-or-a-faintly-alkaline-solution-mathrm-mno-4-oxidises-thiosulphate-to-1-mathrm-s-2-mathrm-o-7-2-2-mathrm-s-2-mathrm-o-8-2-3-mathrm-so-3-2-4-mathrm-so-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDgyNjEx-which-of-the-following-3d-metal-ions-will-give-the-lowest-enthalpy-of-hydration-left-delta-text-hyd-h-right-when-dissolved-in-water-1-cr2-2-mn2-3-fe2-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4OTQ4-the-major-components-of-german-silver-are-1-ge-cu-and-ag-2-zn-ni-and-ag-3-cu-zn-and-ni-4-cu-zn-and-ag-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5MDQ2-the-major-components-in-gun-metal-are-3-cu-zn-and-ni-2-cu-sn-and-zn-3-al-cu-mg-and-mn-4-cu-ni-and-fe-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5MTgx-the-incorrect-statement-among-the-following-is-1-voso3-is-a-reducing-agent-2-cr2o4-is-an-amphoteric-oxide-3-ruo4-is-an-oxidizing-agent-4-red-color-of-ruby-is-due-to-the-presence-of-co3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5Mjg5-given-below-are-two-statements-statement-i-ceo2-can-be-used-for-the-oxidation-of-aldehydes-and-ketones-statement-ii-aqueous-solution-of-euso4-is-a-strong-reducing-agent-in-the-light-of-the-above-state https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5Mzg0-on-treating-a-compound-with-warm-dil-h2so4-gas-x-is-evolved-which-turns-k2cr2o7-paper-acidified-with-dil-h2so4-to-a-green-compound-y-determine-x-and-y-respectively-1-x-so2-y-cr2o3x-so2-y-cr2o3x-so2-y https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5NDAx-if-dichromate-ion-is-treated-with-base-the-oxidation-number-of-cr-in-the-product-formed-will-be-1-6-2-4-3-5-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5NDcx-in-a-mildly-alkaline-medium-thiosulphate-ion-is-oxidized-by-mno-4mno4-mno4-to-a-the-oxidation-state-of-sulphur-in-a-is-1-4-2-2-3-2-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5NTEy-in-basic-medium-cro42-oxidizes-s2o32-to-form-s2o32-to-form-so42-and-itself-changes-into-cr-oh-4-the-volume-of-0-154-m-cro42-required-to-react-with-40-ml-of-0-25-m-s2o32-is-rounded-off-to-the-nearest-i https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDkzNjk1-the-nature-of-oxides-v-2o-3-and-cro-is-indexed-as-x-and-y-type-respectively-the-correct-set-of-x-and-y-is-1-x-basic-y-amphoteric-2-x-amphoteric-y-basic-3-x-basic-y-basic-4-x-acidic-y-acidic-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDk2MDgx-the-common-positive-oxidation-states-for-an-element-with-an-atomic-number-24-are-1-1-and-3-2-1-to-6-3-1-and-3-to-6-4-2-to-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDk2MTIz-determine-the-theoretical-spin-only-magnetic-moment-value-bm-of-a-divalent-metal-ion-with-atomic-number-z-25-in-an-aqueous-solution-1-4-34-2-5-92-3-6-12-4-4-87-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4NTc1-the-incorrect-statements-s-among-a-c-is-are-i-w-vi-is-more-stable-than-cr-vi-ii-in-the-presence-of-hcl-permanganate-titrations-provide-satisfactory-results-iii-some-lanthanoid-oxides-can-be-used-as-ph https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc4NjYz-the-incorrect-statement-is-1-manganate-and-permanganate-ions-are-paramagnetic-2-manganate-ion-is-green-in-color-and-permanganate-ion-is-purple-in-color-3-in-manganate-and-permanganate-ions-the-bonding https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5MjU3-the-lanthanoid-that-does-not-show-4-oxidation-state-is-1-dysprosium-dy-2-europium-eu-3-cerium-ce-4-terbium-tb-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDkyNDQx-the-third-ionization-enthalpy-is-minimum-for-which-of-the-following-1-fe-2-co-3-mn-4-ni-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246NDk1MzYx-the-electronic-configurations-of-bivalent-samarium-and-trivalent-cerium-are-given-z-xe-54-ce-58-sm-62-1-xe-4f-4-and-xe-4f-9-2-xe-4f-7-6s-2-and-xe-4f-2-6s-2-3-xe-4f-2-and-xe-4f-7-4-xe-4f-6-and-xe-4f-1 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc2Njgx-the-lanthanide-ion-among-the-following-that-would-show-colour-is-1-la3-la3-la3-2-gd3-gd3-gd3-3-sm3-sm3-sm3-4-lu3-lu3-lu3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc3NzQ0-the-pair-that-has-similar-atomic-radii-is-1-mo-and-w-2-mn-and-re-3-ti-and-hf-4-sc-and-ni-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzA4NDEx-the-common-oxidation-states-associated-with-cerium-ce-are-1-3-4-2-2-3-3-2-4-4-3-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzA4NDEy-ce3-la3-pm3-and-yb3-have-ionic-radii-in-the-increasing-order-as-1-la3-ce3-pm3-yb3-2-yb3-pm3-ce3-la3-3-la3-ce3-pm3-yb3-4-yb3-pm3-la3-ce3-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246MzEwMDM1-the-radius-of-la3-atomic-number-of-la-57-is-1-06-which-one-of-the-following-given-values-will-be-closest-to-the-radius-of-lu3-atomic-number-of-lu-71-1-1-60-2-1-40-3-1-06-4-0-85-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjg0NjI1-a-larger-number-of-oxidation-states-are-exhibited-by-the-actinoids-than-by-the-lanthanoids-the-main-reason-being-1-more-reactive-nature-of-the-actinoids-than-the-lanthanoids-2-more-energy-difference-b https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjg0MzIz-in-context-with-the-transition-elements-which-of-the-following-statements-is-incorrect-1-in-addition-to-the-normal-oxidation-state-the-zero-oxidation-state-is-also-shown-by-these-elements-in-complexes https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5ODc4-the-correct-order-of-eom2-m-values-with-a-negative-sign-for-the-four-successive-elements-cr-mn-fe-and-co-is-1-cr-mn-fe-co-2-mn-cr-fe-co-3-cr-fe-mn-co-4-fe-mn-cr-co-1-2-3-4 https://medminds.me/qbank/chemistry/the-d-and-f-block-elements/?q=NP-b246Mjc5Nzkz-what-is-the-outer-electronic-configuration-of-gadolinium-gd-with-atomic-number-64-1-4-f-3-5-d-5-6-s-2-2-4-f-8-5-d-0-6-s-2-3-4-f-4-5-d-4-6-s-2-4-4-f-7-5-d-1-6-s-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-Rpb246NTg5OQ-which-loses-weight-on-exposure-to-the-atmosphere-1-concentrated-h2so4-2-solid-naoh-3-a-saturated-solution-of-co2-4-anhydrous-sodium-carbonate-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246MjU0NTA-which-of-the-following-compounds-is-the-weakest-lewis-acid-1-bf3-2-bcl3-3-bbr3-4-bi3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246MjU1MTI-the-element-among-the-following-that-does-not-show-inert-pair-effect-is-1-al-2-sn-3-pb-4-thallium-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246MjYwNTE-pick-the-correct-statement-1-borax-is-white-crystalline-solid-containing-b4o5-oh-4-2-units-2-aqueous-solution-of-borax-is-acidic-in-nature-3-cobalt-gives-green-colour-in-borax-bead-test-4-all-are-inco https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246MjYwNTU-an-amphoteric-oxide-among-the-following-is-1-co2-2-co-3-sno2-4-cao-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246MjYwNjQ-in-b2h6-1-there-is-direct-boron-boron-bond-2-the-structure-is-similar-to-that-of-c2h6-3-the-boron-atoms-are-linked-through-hydrogen-bridges-4-all-the-atoms-are-in-one-plane-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246MjcyNDM-from-the-b2h6-all-the-following-can-be-prepared-except-1-h3bo3-2-bh2-nh3-2-bh4-3-b2-ch3-6-4-nabh4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246MzAwODY-the-correct-order-of-lewis-acid-strength-of-trihalides-of-boron-is-1-bcl3-bbr3-bf3-bi3-2-bf3-bcl3-bbr3-bi3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246MzAyODI-the-correct-order-of-ease-of-hydrolysis-is-1-ccl4-sicl4-pcl5-alcl3-2-alcl3-ccl4-pcl5-sicl4-3-ccl4-alcl3-pcl5-sicl4-4-ccl4-alcl3-sicl4-pcl5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NDA4MjQ-it-is-because-inability-of-ns2-electrons-of-the-valence-shell-to-participate-in-bonding-that-1-sn2-is-reducing-while-pb4-is-oxidising-agent-2-sn2-is-oxidising-while-pb4-is-reducing-agent-3-sn2-and-pb2 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NDEwNzA-the-number-of-carbon-atoms-per-unit-cell-of-diamond-unit-cell-is-1-4-2-8-3-6-4-1-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NDExODA-name-the-type-of-the-structure-of-silicate-in-which-one-oxygen-atom-of-sio4-4-is-shared-1-sheet-silicate-2-pyrosilicate-3-three-dimensional-silicate-4-linear-chain-silicate-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NDEzNjE-which-of-the-following-oxidation-states-are-the-most-characteristics-for-lead-and-tin-respectively-1-4-2-2-2-4-3-4-4-4-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NDEzODI-which-one-of-the-following-anions-is-present-in-chain-structure-silicates-a-si2o76-b-si2o52-n-c-si2o64-n-d-sio44-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTA5Mjc-bx3-nh3-8594-r-t-bx3-nh3-heat-of-adduct-formation-8710-h-the-numerical-value-of-8710-h-is-found-to-be-maximum-for-1-bf3-2-bcl3-3-bbr3-4-bi3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTA5Mjg-borax-is-converted-into-crystalline-boron-by-the-following-steps-borax-rarr-xh3bo3-rarr-b2o3-rarr-yb-x-and-y-are-respectively-1-hcl-mg-2-hcl-c-3-c-al-4-hcl-al-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTA5Mjk-the-dissolution-of-al-oh-3-in-a-solution-of-naoh-results-in-the-formation-of-1-alh2o4oh2-2-alh2o3oh3-3-alh2o2oh4-4-alh2o6oh3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTA5MzA-choose-the-correct-squence-for-the-geometry-of-thr-given-molecules-borazone-borazole-b-3o-3-6-fe-2cl-6-trimer-of-fcn-p-stands-for-planar-and-np-stdans-for-non-planar-1-np-np-np-p-p-2-p-p-np-np-p-3-np https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTE3ODA-the-incorrect-statement-among-the-following-regarding-borax-is-1-it-is-a-useful-primary-standard-for-titrating-against-acids-2-one-molecule-of-borax-contains-4-b-o-b-bonds-3-aqueous-solution-of-borax https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTI3ODA-how-can-the-following-reaction-be-made-to-proceed-in-the-forward-direction-b-oh-3-naoh-rarr-nabo2-nab-oh-4-h2o-1-addition-of-cis-1-2-diol-2-addition-of-borax-3-addition-of-trans-1-2-diol-4-addition-of https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTM3OTc-the-species-among-the-following-that-does-not-exist-is-1-snf62-2-gecl62-3-ccl62-4-sif62-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTM4MDA-the-incorrect-statement-regarding-above-reactions-is-a-al-shows-amphoteric-character-b-gas-p-and-q-are-different-d-both-x-and-y-are-water-soluble-d-gas-q-is-inflammable-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTM4MDQ-the-incorrect-statement-regarding-above-reactions-is-bf3-lialh4-8594-ether-x-lif-alf3-1-twelve-electrons-are-involed-in-bonding-2-four-two-centre-two-electron-bonds-3-two-three-centre-two-electron-bon https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTM4MDc-si2o5n2n-anion-is-obtained-when-a-no-oxygen-of-a-sio44-tetrahedron-is-shared-with-another-sio44-tetrahedron-b-one-oxygen-of-a-sio44-tetrahedron-is-shared-with-another-sio44-tetrahedron-c-two-oxygen-of https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTM4MDk-amphibole-silicate-structure-has-x-number-of-corner-shared-per-tetrahedon-the-value-of-x-is-a-2-b-212-c-3-d-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTM4MTE-in-which-of-the-following-silicates-only-two-corners-per-tetrahedron-are-shared-i-pyro-silicate-ii-cyclic-silicate-iii-double-chain-silicate-iv-single-chain-silicate-v-3d-silicate-vi-sheet-silicate-op https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTM4MTQ-the-correct-code-for-stability-of-oxidation-states-for-given-cations-is-a-pb-2-pb-4-bi-3-bi-5-b-tl-3-sn-4-c-sn-2-pb-4-d-sn-2-pb-2-sn-4-pb-4-1-a-and-b-2-a-b-and-c-3-a-and-c-4-b-and-d-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MDU-metal-protected-by-a-layer-of-its-own-oxide-is-1-al-2-ag-3-au-4-cu-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MDY-on-heating-al-at-800-176-c-in-air-al2o3-is-formed-the-reaction-is-1-an-endothermic-reaction-2-an-exothermic-reaction-3-reduction-of-aluminium-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MDc-alumina-on-heating-with-carbon-in-nitrogen-atmosphere-gives-1-al-co-2-al-co2-3-aln-co-4-al-co-n2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MDg-hoope-s-process-is-used-in-the-refining-of-1-al-2-zn-3-ag-4-cu-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MDk-the-correct-order-of-decreasing-hardness-of-the-following-compounds-is-1-diamond-borazon-carborundum-corundum-2-borazon-diamond-carborundum-corundum-3-corundum-carborundum-borazon-diamond-4-none-of-th https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MTA-aluminium-becomes-passive-in-nitric-acid-because-it-1-is-a-noble-metal-2-forms-a-thin-film-of-oxide-3-has-a-positive-reduction-potential-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MTE-chemically-thermite-is-1-fe-and-al-2-ferric-oxide-and-aluminium-powder-3-barium-peroxide-and-magnesium-powder-4-cu-and-aluminium-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MTI-al2o3-formation-involves-large-quantity-of-heat-evolution-which-makes-its-use-in-1-deoxidizer-2-confectionary-3-indoor-photography-4-thermite-welding-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MTM-al-and-ga-have-the-same-covalent-radii-because-of-1-greater-shielding-power-of-s-electrons-of-ga-atoms-2-poor-shielding-power-of-s-electrons-of-ga-atoms-3-poor-shielding-power-of-d-electrons-of-ga-ato https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MTQ-which-is-used-as-mordant-1-alcl3-2-al2so43-3-alum-4-al2o3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MTU-hybridisation-of-boron-in-diborane-is-1-sp-2-sp2-3-sp3-4-sp3d2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MTY-the-blue-coloured-mineral-lapis-lazuli-used-as-semi-precious-stone-is-1-sodium-alumino-silicate-2-zinc-cobaltate-3-prussian-blue-4-basic-copper-carbonate-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MTc-red-liquor-is-1-ch3coo3al-2-aloh3-3-al2co33-4-al2so43-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MTg-boron-carbide-b4c-is-widely-used-for-1-making-acetylene-2-making-plaster-of-paris-3-as-a-hardest-substance-after-diamond-4-making-boric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MTk-which-one-is-explosive-1-pcl5-2-pbno32-3-nh4no3-alpowder-4-c6h5no2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MjA-bcl3-does-not-exist-as-dimer-but-bh3-exist-as-dimer-b2h6-because-1-chlorine-is-more-electronegative-than-hydrogen-2-there-is-p-960-p-960-back-bonding-in-bcl3-but-bh3-does-not-contain-such-multiple-bon https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MjI-which-of-the-following-imparts-green-colour-to-flame-1-bome3-2-naome-3-alobr23-4-snoh2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MjM-borax-bead-test-is-responded-by-1-divalent-metals-2-heavy-metals-3-light-metals-4-metal-which-forms-coloured-metaborates-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MjQ-reactivity-of-borazole-is-greater-than-that-of-benzene-because-1-borazole-is-non-polar-compound-2-borazole-is-polar-compound-3-borazole-is-electron-deficient-compound-4-of-localized-electron-in-it-1-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MjU-inorganic-benzene-is-1-bn-2-bf4-3-b2h6-4-b3n3h6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MjY-diborane-does-not-undergo-cleavage-reaction-with-1-trimethyl-amine-2-ammonia-3-co-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5Mjg-fluorine-is-more-electronegative-than-either-boron-or-phosphorus-what-conclusion-can-be-drawn-from-the-fact-that-bf3-has-no-dipole-moment-but-pf3-has-1-bf3-is-spherically-symmetrical-pf3-is-not-2-bf3 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5Mjk-borazine-is-obtained-by-reaction-of-1-nh3-b2h6in2-1ratio-2-nh3-b2h6in1-2ratio-3-nh3-b2h6in1-4ratio-4-nh3-b2h6in4-1ratio-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MzA-boric-acid-is-not-used-1-as-an-antiseptic-2-as-a-flux-in-soldering-3-in-making-optical-glasses-4-in-making-enamels-and-pottery-glazes-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MzE-an-incorrect-statement-among-the-following-regarding-al2cl6-is-1-four-al-mdash-cl-bonds-are-of-same-length-and-two-of-different-length-2-six-al-mdash-cl-bonds-are-of-same-length-and-two-of-different-l https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MzI-heating-an-aqueous-solution-of-aluminium-chloride-to-dryness-will-give-1-alcl3-2-al2cl6-3-al2o3-4-alohcl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MzM-carbon-dioxide-is-a-gas-but-silica-is-a-solid-because-1-carbon-dioxide-is-composed-of-discrete-covalent-co2-molecules-whereas-silica-has-continuous-tetrahedral-structure-2-co2-molecules-are-lighter-th https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MzQ-the-greatest-percentage-of-co-is-in-1-coal-gas-2-producer-gas-3-water-gas-4-oil-gas-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MzU-which-of-the-following-shows-bond-in-silicone-1-si-8212-c-8212-si-8212-o-8212-si-2-si-8212-c-8212-si-8212-c-8212-si-3-8212-si-8212-o-8212-si-8212-o-8212-si-8212-4-si-8212-si-8212-si-8212-si-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5MzY-mica-is-chemically-1-potassium-alumino-silicate-having-sheet-structure-2-calcium-alumino-silicate-having-fibrous-structure-3-calcium-magnesium-silicate-having-three-dimensional-network-4-hydrated-sodi https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5Mzc-the-incorrect-statement-among-the-following-is-1-geoh2-is-amphoteric-2-gecl2-is-more-stable-than-gecl4-3-geo2-is-weakly-acidic-4-gecl4-2hcl-h2-gecl6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5Mzg-silicon-carbide-is-used-as-1-dehydrating-agent-2-abrasive-3-solvent-4-catalyst-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5Mzk-mg2c3-has-the-following-characteristics-1-it-is-called-magnesium-allylide-2-it-contains-mg2-and-c34-ions-3-it-on-hydrolysis-gives-propyne-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NDA-co-reacts-with-chlorine-in-presence-of-sunlight-to-give-1-cocl2-2-co2-3-ccl4-4-chcl3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NDE-chrome-yellow-is-1-pbcro4-2-k2cr2o7-3-pbmoo4-4-pb3o4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NDI-litharge-is-1-pbo-2-pbo2-3-pb3o4-4-pbch3coo2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NDM-red-lead-is-1-pbo-2-pb3o4-3-pbo2-4-hgs-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NDQ-white-lead-or-basic-lead-carbonate-is-1-pboh2-183-2pbco3-2-pboh2-183-pbch3coo2-3-pbco3-4-pbco3-183-pboh2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NDU-hot-and-conc-hno3-react-with-carbon-to-form-1-co2-2-co-3-c6h5cooh-4-no2-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NDY-r3sicl-on-complete-hydrolysis-forms-1-r3sioh-2-r3si-mdash-o-mdash-sir3-3-r3si-o-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NDc-pyrosilicate-ion-is-1-xa0-xa0-sio22-2-xa0-xa0-sio42-3-xa0-xa0-si2o76-4-xa0-xa0-si2o67-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NDg-semi-water-gas-is-a-mixture-of-1-water-gas-and-producer-gas-2-water-gas-and-co2-3-producer-gas-and-co2-4-producer-gas-and-oil-gas-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NDk-butter-of-tin-is-1-sncl2-183-5h2o-2-sncl4-183-5h2o-3-snbr2-183-2h2o-4-snbr4-183-5h2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NTA-pewter-is-an-alloy-of-1-pb-and-sn-2-pb-sb-and-sn-3-pb-bi-and-sn-4-sb-sn-and-cu-bi-pb-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NTE-lead-pipes-can-be-used-for-1-soft-water-2-hard-water-3-both-hard-and-soft-water-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NTI-ordinary-glass-is-1-sodium-silicate-2-copper-silicate-3-calcium-silicate-4-a-mixture-of-calcium-and-sodium-silicates-with-silica-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NTM-synthesis-gas-is-a-mixture-of-1-steam-and-carbon-monoxide-2-carbon-monoxide-and-nitrogen-3-hydrogen-and-carbon-monoxide-4-hydrogen-and-methane-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NTQ-the-substance-used-to-impart-green-colour-to-glass-is-1-cu2o-2-cds-3-mno2-4-cr2o3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NTU-the-percentage-of-lead-in-a-lead-pencil-is-1-20-2-0-3-80-4-70-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NTc-tin-cry-refers-to-1-conversion-of-white-to-grey-tin-2-tin-plating-3-conversion-of-white-tetrahedral-tin-to-white-rhombohedral-tin-4-emission-of-sound-while-bending-a-tin-rod-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NTg-carbogen-is-1-mixture-of-o2-5-10-co2-2-used-by-pneumonia-patients-for-respiration-3-used-by-victims-of-co-for-respiration-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NTk-if-a-person-is-injured-by-the-shot-of-a-gun-and-all-the-pellets-could-not-be-removed-it-may-cause-poisoning-by-1-hg-2-pb-3-fe-4-as-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NjE-the-carbon-of-microphones-used-in-public-address-systems-is-1-graphite-2-charcoal-3-coke-4-lamp-black-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NjI-which-element-of-group-14-forms-only-one-hydride-1-c-2-si-3-sn-4-pb-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NjM-the-thermal-stability-order-for-group-14-halides-is-1-gex2-60-six2-60-snx2-60-pbx2-2-six2-60-gex2-60-pbx2-60-snx2-3-six2-60-gex2-60-snx2-60-pbx2-4-pbx2-60-snx2-60-gex2-60-six2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NjQ-the-correct-statement-regarding-polymeric-silicon-dioxide-is-1-each-silicon-atom-is-surrounded-by-four-oxygen-atoms-and-each-oxygen-atom-is-bonded-to-two-silicon-atoms-2-each-silicon-atom-is-surrounde https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODc5NjU-pbo2-on-reaction-with-hno3-gives-gas-1-no2-2-o2-3-n2-4-n2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODkxMDA-alf3-is-soluble-in-hf-only-in-the-presence-of-kf-due-to-the-formation-of-1-k3-alf3h3-2-k3-alf6-3-alh3-4-k-alf3h-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODkxMzE-the-correct-statement-among-the-following-is-1-sn2-is-an-oxidizing-agent-while-pb4-is-a-reducing-agent-2-sn2-and-pb2-both-are-oxidizing-agents-3-sn4-is-a-reducing-agent-while-pb4-is-an-oxidizing-agent https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODkyMDM-an-element-that-cannot-form-mf63-ion-is-1-ga-2-al-3-b-4-in-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246ODkyMDk-the-correct-order-of-atomic-radii-of-the-group-13-elements-is-1-b-al-in-ga-tl-2-b-al-ga-in-tl-3-b-ga-al-tl-in-4-b-ga-al-in-tl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTA3NTI-which-of-the-following-pairs-contain-species-that-are-not-isostructural-1-mathrm-sicl-4-mathrm-pcl-4-2-diamond-silicon-carbide-3-mathrm-nh-3-mathrm-ph-3-4-mathrm-xef-4-mathrm-xeo-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTA3ODU-which-of-the-following-represents-the-correct-increasing-order-of-stability-of-the-1-oxidation-state-among-al-ga-in-and-tl-1-ga-ln-al-tl-2-al-ga-ln-tl-3-tl-ln-ga-al-4-ln-tl-ga-al-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTE0NDM-which-of-the-following-compounds-has-a-structure-similar-to-graphite-1-b-2-b4c-3-b2h6-4-bn-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTE0NTA-which-of-the-following-is-not-a-monomer-for-a-high-molecular-mass-silicone-polymer-1-me2sicl2-2-me3sicl-3-phsicl3-4-mesicl3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTE0NjM-the-basic-structural-unit-of-silicates-is-1-sio4-4-ndash-2-sio3-2-ndash-3-sio4-2-ndash-4-sio-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTI0ODA-a-compound-among-the-following-that-is-least-likely-to-behave-as-a-lewis-base-is-1-nh3-2-bf3-3-oh-4-h2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTQwMjM-al2o3-can-be-converted-to-anhydrous-alcl3-by-heating-1-al2o3-with-hcl-gas-2-al2o3-with-nacl-in-solid-state-3-a-mixture-of-al2o3-and-carbon-in-dry-cl2-gas-4-al2o3-with-cl2-gas-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTU1OTQ-the-incorrect-statement-among-the-following-is-1-snf4-is-ionic-in-nature-2-pbf4-is-covalent-in-nature-3-sicl4-is-easily-hydrolysed-4-gex4-x-f-cl-br-i-is-more-stable-than-gex2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTU2MTE-which-of-the-following-species-is-not-stable-1-sicl62-2-sif62-3-gecl62-4-snoh62-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMTk4-an-acid-among-the-following-is-1-b-oh-3-2-al-oh-3-3-fe-oh-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjAw-boric-acid-is-polymeric-because-of-1-its-acidic-nature-2-presence-of-hydrogen-bonds-3-its-monobasic-nature-4-its-geometry-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjA2-boric-acid-on-heating-at-150-deg-c-gives-1-b2o3-2-h2b4o7-3-hbo2-4-h2bo3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjEy-the-product-formed-in-the-reaction-bcl3-h2o-8594-product-is-1-h3bo3-hcl-2-b2o3-hocl-3-b2h6-hcl-4-no-reaction-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjEz-the-correct-statement-among-the-following-about-h3bo3-is-1-monobasic-and-weak-lewis-acid-2-monobasic-and-weak-bronsted-acid-3-monobasic-and-strong-lewis-acid-4-tribasic-and-weak-bronsted-acid-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjE1-on-the-addition-of-mineral-acid-to-an-aqueous-solution-of-borax-the-compound-formed-is-1-borodihydride-2-orthoboric-acid-3-metaboric-acid-4-pyroboric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjE2-borax-is-prepared-by-treating-boric-acid-with-1-nano3-2-nacl-3-na2co3-4-nahco3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjE4-the-main-factor-responsible-for-weak-acidic-nature-of-b-f-bonds-in-bf3-is-1-large-electronegativity-of-f-2-three-centred-two-electrons-bonds-in-bf3-3-px-d-960-back-bonding-4-p-960-p-960-back-bonding-1 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjE5-which-among-the-following-is-a-gas-1-bf3-2-bcl3-3-bbr3-4-bi3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjIw-b-f-bond-order-in-bf3-is-1-1-2-2-3-3-4-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjIy-aluminium-reacts-with-nitrogen-to-form-1-aln-2-al2n3-3-al2n-4-al4n6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjI0-which-metal-is-powdered-suspended-in-oil-and-used-as-paint-1-fe-2-sn-3-ag-4-al-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjI2-aluminium-metal-is-corroded-in-coastal-places-near-to-the-sea-because-protective-oxide-film-1-is-removed-by-sea-water-2-reacts-with-sea-water-3-is-attacked-by-salts-present-in-sea-water-4-reacts-with https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjI4-aluminium-deposited-as-vapours-on-glass-forms-a-good-mirror-essentially-because-1-it-has-better-shine-than-ag-2-it-does-not-scratch-3-coating-is-much-smoother-4-it-does-not-tarnish-in-air-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjI5-conc-hno3-can-be-stored-in-a-container-of-1-cu-2-al-3-zn-4-sn-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjMw-duralumin-is-an-alloy-of-1-al-and-mg-2-mg-and-cu-3-al-mg-mn-and-cu-4-al-and-cu-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjMx-aluminium-is-not-used-1-in-thermite-welding-2-as-oxidiser-in-metallurgy-3-for-making-utensils-4-in-silvery-paints-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjMz-what-happens-when-aluminium-is-added-to-an-aqueous-potassium-hydroxide-solution-1-no-reaction-takes-place-2-oxygen-gas-is-evolved-3-water-is-produced-4-hydrogen-gas-is-evolved-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjM0-a-metal-powder-if-spread-in-air-becomes-hazardous-is-1-al-2-b-3-ca-4-k-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzA1-co2-and-n2-are-non-supporters-of-combustion-however-for-putting-out-fires-co2-is-preferred-over-n2-because-co2-1-does-not-burn-2-forms-non-combustible-products-with-burning-substances-3-is-denser-than https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzA3-when-sodium-or-potassium-oxide-is-heated-in-a-current-of-co2at360-deg-c-we-get-1-sodium-formate-2-sodium-oxalate-3-sodium-acetate-4-sodium-carbonate-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzA4-which-can-be-directly-brought-into-gaseous-state-from-solid-state-1-co-2-solid-co2-3-ph3-4-co-h2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzEy-which-is-amphoteric-oxide-1-zno-2-mno-4-3-co2-4-sio-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzE1-which-is-a-true-acid-anhydride-1-al2o3-2-co-3-cao-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzE3-ccl4-does-not-show-hydrolysis-but-sicl4-is-readily-hydrolysed-because-1-carbon-cannot-expand-its-octet-but-silicon-can-expand-2-electronegativity-of-carbon-is-higher-than-of-silicon-3-ip-of-carbon-is https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzE5-which-is-formed-when-sicl4-vapours-are-passed-over-hot-mg-1-sicl2-mgcl2-2-si-mgcl2-3-mg2si-cl2-4-mgsicl6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzIy-asbestors-is-chemically-1-silicate-of-calcium-and-magnesium-2-calcium-alumino-silicate-3-magnesium-alumino-silicates-4-calcium-silicate-calcium-aluminates-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzIz-aqueous-solution-of-sodium-silicate-is-1-acidic-2-alkaline-3-neutral-4-insoluble-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzI0-quartz-is-made-of-silicon-and-oxygen-joined-in-a-network-arrangement-that-is-similar-to-1-diamond-2-graphite-3-o2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzI1-the-product-obtained-when-silica-reacts-with-hydrogen-fluoride-is-1-sif4-2-h2sif6-3-h2sif4-4-h2sif3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzI3-silica-reacts-with-mg-to-form-a-magnesium-compound-a-a-react-with-dil-hcl-and-forms-b-b-is-1-mgsio-2-mgo-3-mgcl2-4-sicl4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzI5-silica-is-reacted-with-sodium-carbonate-which-is-the-gas-liberated-1-co-2-o2-3-o3-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzMx-quartz-is-an-example-of-1-chain-silicate-2-sheet-silicate-3-cyclic-silicate-4-three-dimensional-network-silicate-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzMz-the-products-of-the-following-reaction-are-sio2-c-rarr-1-sic-and-co2-2-sioandco-3-sic-and-co-4-si-and-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzUy-which-of-the-following-shows-bonding-in-silicone-1-si-c-si-o-si-2-si-c-si-c-si-3-lll-si-o-si-o-si-4-si-si-si-si-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzUz-r3sicl-on-polymerisation-after-hydrolysis-forms-1-r3sioh-2-r3si-o-sir3-3-r2si-o-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzU3-among-the-following-substituted-silanes-the-one-which-will-give-rise-to-cross-linked-silicone-polymer-on-hydrolysis-is-1-r4si-2-rsicl3-3-r2sicl2-4-r3sicl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzU5-the-most-commonly-used-reducing-agent-is-1-sncl4-2-hf-3-sncl2-4-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzYw-tin-plague-is-the-1-conversion-of-stannous-to-stannic-2-conversion-of-white-tin-to-grey-tin-3-emission-of-sound-while-bending-a-tin-rod-4-atmospheric-oxidation-of-tin-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzYx-when-chlorine-is-passed-through-molten-tin-the-product-obtained-is-1-sncl2-2-sbcl4-2-3-sncl6-2-4-sncl4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzYy-iodine-is-decolourised-by-1-zncl2-2-hgcl2-3-sncl2-4-alcl3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzYz-addition-of-excess-of-sodium-hydroxide-solution-to-stannous-chloride-solution-gives-1-sn-oh-2-2-sno2-h2o-3-na2sno3-4-na2sno2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzY0-when-sncl2-reacts-with-hgcl2-the-product-formed-is-1-sn-hgcl4-2-sn-cl2-hg2cl2-3-sncl4andhg2cl2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzY1-the-soldiers-of-the-napolean-army-while-at-the-alps-during-freezing-winter-suffered-a-serious-problem-with-regards-to-the-tin-buttons-of-their-uniforms-white-metallic-tin-buttons-get-converted-to-grey https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzY3-most-ionic-chloride-is-1-pbcl2-2-ccl4-3-pbcl4-4-sicl4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzY4-the-amphoteric-oxide-among-the-following-is-1-mathrm-co-2-2-mathrm-pbo-2-3-mathrm-sio-2-4-mathrm-seo-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzY5-which-is-not-used-as-pigment-in-paints-1-lead-dioxide-2-white-lead-3-lead-chromate-4-pb3o4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzcw-lead-pipes-are-corroded-by-1-h2so4-2-hcl-3-ch3cooh-4-pure-water-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzcx-compound-of-lead-used-in-match-industry-is-1-pbo-2-pbo2-3-pbcl2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzcy-lead-may-be-replaced-from-its-salt-solution-by-1-zn-2-au-3-ag-4-cu-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzcz-litharge-is-not-commonly-used-in-1-manufacture-of-special-glasses-2-glazing-pottery-3-preparing-paints-4-lead-storage-battery-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzc0-when-pbo2-reacts-with-conc-hno3-the-gas-evolved-in-1-no2-2-o2-3-n2-4-n2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzc1-which-of-the-following-are-products-formed-on-heating-pb-no-1-pbo-n-o-2-pb-no-o-3-pbo-no-o-4-pb-n-o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTMxNjI1-aluminium-chloride-in-acidified-aqueous-solution-forms-a-complex-a-the-formula-of-a-and-hybridisation-state-of-al-in-a-is-respectively-1-al-h2o-6-3-sp3d2-2-al-h2o-4-3-sp3-3-al-h2o-4-3-dsp2-4-al-h2o-3 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTMxNjI2-the-compound-among-the-following-that-used-in-cosmetic-surgery-is-1-silica-2-silicates-3-silicones-4-zeolites-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTM2-consider-the-following-reaction-bf3-8594-al2cl4a-8594-dischargedh2-gasb-8594-h2oc-select-the-correct-statement-1-the-compound-a-is-bcl3-2-the-compound-c-is-b2h6-3-the-compound-c-is-b2oh4-4-the-compoun https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTU4-tin-dissolves-in-concentrated-and-dil-h2so4-as-well-as-hno3-which-of-the-following-is-not-the-exact-product-of-this-process-1-snso4-2-snso42-3-snno33-4-h2sno3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTYx-mellitic-acid-is-formed-by-the-oxidation-of-graphite-with-1-chromic-acid-2-alkaline-kmno4-3-fuming-hno3-4-dil-hno3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTYy-incorrect-option-about-2-d-sheet-silicates-is-1-two-o-atoms-of-each-tetrahedron-are-shared-2-general-formula-is-si2o5n2n-3-co-ordination-number-of-si-is-4-4-number-of-o-atoms-per-tetrahedra-unit-is-52 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTYz-colemanite-mineral-is-1-ca2b6o115h2o-2-cab4o7-nabo28h2o-3-2mg3b8o15mgcl2-4-ca2b6o11-3h2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTY0-hydrolysis-of-sif4-gives-a-compound-in-which-maximum-coordination-number-of-si-is-1-6-2-4-3-8-4-7-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTY5-h2c2o4-10230-916-gas-8289-a-gas-8289-b-liquid-8289-c-gas-a-burns-with-blue-flame-and-it-oxidised-to-b-gas-8289-a-ci2-10230-d-8594-9651-nh3-e-a-b-c-and-e-are-respectively-1-co-co2-cocl2andhconh2-2-co-c https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTcy-the-most-volatile-compound-among-the-following-is-1-ch4-2-sih4-3-geh4-4-snh4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTgz-borazine-is-called-inorganic-benzene-it-has-a-ring-structure-with-alternate-bh-and-nh-groups-which-of-the-following-statements-is-not-correct-about-borazine-1-each-b-and-n-atom-is-sp2-hybridized-2-bor https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTg1-the-incorrect-statement-for-orthoboric-acid-is-1-it-can-not-be-titrated-satisfactorily-with-naoh-as-a-sharp-endpoint-is-not-obtain-2-the-acidity-of-its-aqueous-solution-increases-upon-addition-of-ethy https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTkx-the-coordination-number-of-al-in-aluminates-is-1-3-2-6-3-1-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTky-a-mixed-oxide-compound-among-the-following-is-1-pbo2-2-sno2-3-pb2o3-4-pb3o4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTkz-select-the-correct-statement-s-regarding-the-following-reaction-sequence-1-the-compound-a-is-ch32sicl2-2-the-compound-d-is-sic-3-the-compound-b-is-ch32sioh2-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTk0-the-number-of-double-bonds-at-alternate-position-in-c60-molecule-are-1-20-2-25-3-30-4-36-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTk1-incorrect-statement-among-the-following-is-1-bnhn-6-are-known-as-arachnoboranes-2-indium-hydride-is-a-polymeric-solid-3-alh3-is-a-monomeric-planar-molecule-4-nido-boranes-have-the-general-formula-bnhn https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MTk5-a-species-among-the-following-that-decomposes-easily-is-1-mathrm-pbl-2-2-mathrm-pbl-4-3-mathrm-pb-left-mathrm-ch-3-mathrm-co-2-right-4-4-mathrm-pbcl-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MjAy-a-strong-oxidizing-agent-among-the-following-is-1-tl3-2-ga3-3-ln3-4-al3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MjA5-from-the-following-the-compound-s-that-react-s-with-mathrm-bf-3-is-are-1-ethers-2-mathrm-h-2-mathrm-o-3-mathrm-nh-3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MjEx-which-of-the-following-statement-is-incorrect-regarding-b-f-bond-in-bf3-1-all-the-three-b-f-bond-lengths-are-equal-and-each-of-them-is-shorter-than-the-sum-of-the-covalent-radii-of-boron-and-fluorine https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4MjEz-under-hydrolytic-conditions-the-compounds-used-for-the-preparation-of-the-linear-polymer-and-for-chain-termination-respectively-are-1-ch3sicl3andsich34-2-ch32sicl2andch33sicl-3-ch32sicl2andch3sicl3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjgx-na2b4o7-8901-10h2o-8594-8710-740-8728-c2nabo2-x-10h2o-x-caf2-h2so4-10230-y-caso4-h2o-y-nabh4-10230-z-nabf4-select-the-incorrect-statement-regarding-compounds-x-y-and-z-1-compound-x-is-b2o3-and-compoun https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjgz-which-element-does-not-form-alum-1-fe-2-li-3-k-4-al-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjkx-the-major-products-obtained-in-the-reaction-of-oxalic-acid-with-conc-h2so4-upon-heating-are-1-co-co2-h2o-2-co-so2-h2o-3-h2s-co-h2o-4-hcooh-h2s-co-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjky-al2o3-reacts-with-1-only-water-2-only-acids-3-only-alkalis-4-both-acids-and-alkalis-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjkz-the-products-formed-by-the-oxidation-of-nabh4-and-l2-are-1-b2h6-and-nal-only-2-b2h6-h2-and-nal-3-bl3-and-nah-4-nabl4-and-hl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjk0-in-the-structure-of-borax-the-numbers-of-boron-atoms-and-b-o-b-units-respectively-are-1-4-and-5-2-4-and-3-3-5-and-4-4-5-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjk1-hydrolysis-of-bcl3-gives-x-which-on-treatment-with-sodium-carbonate-produces-y-x-and-y-respectively-are-1-h3bo3andnabo2-2-h3bo3andna2b4o7-3-b2o3andnabo2-4-b2o3andna2b4o7-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjk2-the-element-that-combines-with-oxygen-to-give-an-amphoteric-oxide-is-1-n-2-p-3-al-4-na-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjk3-the-lewis-acid-strength-of-bbr3-bcl3-and-bf3-is-the-order-1-bbr3-bcl3-bf3-2-bcl3-bf3-bbr3-3-bf3-bcl3-bbr3-4-bbr3-bf3-bcl3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjk4-when-a-mixture-of-diborane-and-ammonia-is-heated-the-final-product-is-1-bh3-2-nh4bh4-3-nh2nh2-4-b3n3h6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM4Mjk5-the-bond-energy-of-b-f-bond-in-bf3-is-646-kj-mol-1-while-that-of-n-f-bond-in-nf3-is-280-kj-mol-1-this-is-because-1-n-is-more-electronegative-than-b-2-the-atomic-mass-of-n-is-higher-than-that-of-b-3-th https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTcxODY2-white-fumes-appear-around-the-bottle-of-anhydrous-alcl3-this-is-due-to-1-formation-of-al-oh-3-2-dimerisation-of-alcl3-3-hydrolysis-of-alcl3-gives-hcl-gas-4-adsorption-of-moisture-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTc2NDcy-the-most-characteristic-oxidation-state-for-lead-and-tin-is-respectively-1-4-2-2-2-4-3-4-4-4-2-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTc2OTAy-b2h6-can-t-be-prepared-by-1-nabh4-i2-rarr-2-bf3-nah-rarr-3-b3n3h6-h2o-rarr-4-mg3b2-dil-hcl-rarr-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTg1NTA0-identify-the-correct-statements-from-the-following-a-mathrm-co-2-mathrm-g-is-used-as-a-refrigerant-ice-cream-and-frozen-food-b-the-structure-of-mathrm-c-60-customs12-six-carbon-rings-and-25-five-carbo https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTg3ODY4-an-anion-that-cannot-be-formed-by-boron-is-1-bf63-2-bh4-3-b-oh-4-4-bo2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTg3OTAz-when-silicon-is-boiled-with-caustic-soda-solution-the-gas-is-evolved-is-1-o2-2-sih4-3-h2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTg4NTQ4-the-basic-structural-unit-of-silicates-is-1-mathrm-sio-4-4-2-left-mathrm-sio-3-right-2-3-mathrm-sio-4-2-4-mathrm-sio-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTkyMjc5-hydrogen-will-not-reduce-1-heated-cupric-oxide-2-heated-ferric-oxide-3-heated-stannic-oxide-4-heated-aluminium-oxide-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTkyNDM2-aluminium-reacts-with-concentrated-hcl-and-concentrated-naoh-to-liberate-which-of-the-following-gases-respectively-1-mathrm-h-2-text-and-mathrm-h-2-2-mathrm-o-2-text-and-mathrm-o-2-3-mathrm-o-2-text-a https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTI5-what-is-the-correct-increasing-order-of-tendency-for-catenation-among-group-14-elements-1-c-si-ge-sn-2-c-si-ge-asymp-sn-3-si-c-sn-ge-4-ge-sn-si-c-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjQ1MjU0-which-of-the-following-oxide-is-amphoteric-in-nature-1-sno2-2-sio2-3-geo2-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjUxMjIx-which-of-the-following-statements-is-incorrect-1-nahco3-on-heating-gives-na2co3-2-pure-sodium-metal-dissolves-in-liquid-ammonia-to-give-a-blue-solution-3-naoh-reacts-with-glass-to-give-sodium-silicate https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY0ODQz-incorrect-statement-among-the-following-about-zeolites-is-1-they-have-an-open-structure-which-enables-them-to-take-up-small-molecules-2-zeolites-are-aluminosilicates-having-a-three-dimensional-network https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY1MzU3-in-the-borax-bead-test-the-coloured-bead-is-formed-due-to-the-formation-of-1-orthoborate-2-metaborate-3-double-oxide-4-tetraborate-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY1Nzgx-pbo2-rarr-pbo-g298-0-the-most-probable-oxidation-state-of-pb-sn-will-be-1-pb-4-sn-4-2-pb-4-sn-2-3-pb-2-sn-2-4-pb-2-sn-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDEw-bcl3-has-higher-stability-than-tlcl3-because-1-the-2-oxidation-state-of-tl-is-more-stable-than-the-2-oxidation-state-of-b-2-the-2-oxidation-state-of-b-is-more-stable-than-the-2-oxidation-state-of-tl-3 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDEx-boron-trifluoride-behaves-as-a-lewis-acid-because-1-boron-trifluoride-is-electron-rich-2-boron-trifluoride-is-electron-deficient-3-boron-trifluoride-is-highly-stable-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDEy-the-correct-statement-among-the-following-regarding-behavior-of-bci3-and-cci4-in-water-is-1-bci3-readily-undergoes-hydrolysis-while-cci4-completely-resists-hydrolysis-2-cci4-readily-undergoes-hydrolys https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDEz-find-the-correct-nature-of-boric-acid-h-bo-1-protic-acid-2-weak-monobasic-acid-3-lewis-acid-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDE0-the-effect-of-heating-boric-acid-at-370-k-or-above-is-1-orthoboric-acid-changes-to-metaboric-acid-2-metaboric-acid-changes-to-boric-oxide-3-both-1-and-2-4-neither-1-nor-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDI1-the-shapes-of-bf3andbh4-and-the-hybridization-of-boron-in-these-species-are-respectively-1-bf3-triangular-geometry-sp2-bh4-tetrahedral-sp3-2-bf3-tetrahedral-sp2-bh4-triangular-geometry-sp3-3-bf3-tetra https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDI2-reaction-s-that-justify-the-amphoteric-nature-of-aluminum-is-1-2al-s-6hcl-aq-8594-2al-3-aq-6cl-aq-3h2-g-2-2al-s-2naoh-aq-6h2o-l-8594-2na-al-oh-4-aq-3h2-g-3-both-1-and-2-4-neither-1-nor-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDI3-the-electron-deficient-compound-among-the-following-is-1-sicl4-2-bcl3-3-pcl3-4-icl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDM5-the-hybridization-of-carbon-in-a-co32-b-diamond-c-graphite-is-respectively-1-sp2-sp3-sp2-2-sp2-sp3-sp3-3-sp3-sp3-sp2-4-sp3-sp2-sp3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDUz-the-b-ndash-f-bond-lengths-in-bf3-130-pm-and-bf4-143-pm-differ-because-of-1-presence-of-triple-bond-character-in-bf3-2-resonance-in-bf4-3-presence-of-a-double-bond-character-in-bf3-4-presence-of-a-dou https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDYw-despite-the-dipole-moment-in-the-b-ndash-cl-bond-the-bcl3-molecule-as-a-whole-has-no-dipole-moment-because-1-the-respective-dipole-moments-of-the-b-ndash-cl-bond-add-with-each-other-2-the-respective-d https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDcy-co-is-a-poisonous-gas-because-1-it-forms-a-complex-with-hemoglobin-2-the-co-ndash-hb-complex-is-about-300-times-more-stable-than-the-o-2-ndash-hb-complex-3-it-can-kill-a-person-through-suffocation-on https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDg2-an-excessive-content-of-co2-is-responsible-for-global-warming-as-1-higher-the-level-of-carbon-dioxide-higher-is-the-amount-of-heat-trapped-2-higher-the-level-of-oxygen-higher-is-the-amount-of-heat-tra https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDk3-the-sharp-decrease-in-ionization-enthalpy-from-carbon-to-silicon-happens-because-of-1-decrease-in-the-charge-of-elements-upon-moving-down-the-group-2-decrease-in-the-atomic-sizes-of-elements-upon-movi https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MDk5-the-correct-explanation-for-the-lower-atomic-radius-of-ga-as-compared-to-al-is-1-poor-shielding-effect-of-the-2d-electrons-2-poor-shielding-effect-of-the-3d-electrons-3-poor-shielding-effect-of-the-3p https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MTE4-amphoteric-oxides-are-1-tl2o3-sio2-2-co2-b2o3-3-b2o3-sio2-4-al2o3-pbo2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MTM5-when-a-metal-x-is-treated-with-sodium-hydroxide-a-white-precipitate-a-is-obtained-which-is-soluble-in-excess-of-naoh-to-give-soluble-complex-b-compound-a-is-soluble-in-dilute-hcl-and-forms-compound-c https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MTQx-an-aqueous-solution-of-borax-is-1-neutral-2-amphoteric-3-basic-4-acidic-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MTUz-the-hybridization-of-boron-in-diborane-is-1-sp-2-sp2-3-sp3-4-dsp2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MTU0-thermodynamically-the-most-stable-form-of-carbon-is-1-diamond-2-graphite-3-fullerenes-4-coal-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTU3-the-incorrect-statement-among-the-given-options-is-1-co2-can-be-prepared-by-the-action-of-dilute-hydrochloric-acid-on-calcium-carbonate-2-co-is-prepared-by-the-dehydration-of-formic-acid-with-conc-h2s https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTcx-when-hydrated-alumina-is-treated-with-an-aqueous-naoh-solution-it-gives-1-naalo2-2-na-al2o3-3-naal2o-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTcy-the-correct-reaction-s-among-the-following-options-is-are-1-sio2-thinsp-4hf-rarr-sif4-2h2o-2-zno-co-rarr-zn-thinsp-co2-3-sif4-thinsp-2hf-rarr-h2sif6-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTcz-the-incorrect-statement-regarding-allotropes-allotropy-is-1-allotropy-is-the-existence-of-an-element-in-more-than-one-form-2-allotropes-have-the-same-chemical-properties-but-different-physical-propert https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTc0-the-correct-statement-s-regarding-thallium-is-are-1-thallium-displays-both-1-and-3-oxidation-states-2-it-resembles-group-1-metals-in-some-reactions-3-thallium-only-shows-a-1-oxidation-state-4-both-1-a https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTc1-which-statement-among-the-following-is-incorrect-1-the-inert-pair-effect-is-due-to-the-poor-shielding-of-the-ns-sup2-electrons-by-d-and-f-electrons-2-allotropy-is-the-existence-of-an-element-in-more-t https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTc2-borax-when-heated-strongly-gives-1-nabo2-2-b2o3-3-na2o2-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTc3-the-correct-statement-s-regarding-diborane-and-boric-acid-is-are-1-diborane-has-two-3c-2e-bonds-2-boric-acid-has-a-layered-structure-3-four-2c-2e-bonds-are-present-in-diborane-4-all-of-the-above-1-2-3 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTg5-the-incorrect-statement-among-the-following-options-is-1-conc-hno3-can-be-transported-in-an-aluminium-container-2-diamond-is-used-as-an-abrasive-3-a-mixture-of-dilute-naoh-and-aluminium-pieces-is-used https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTkw-the-correct-statement-s-among-the-following-options-is-are-1-aluminium-alloys-are-used-to-make-aircraft-bodies-2-aluminium-utensils-should-not-be-kept-in-water-overnight-3-aluminium-wire-is-used-to-ma https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTkx-aluminum-trifluoride-is-insoluble-in-anhydrous-hf-but-dissolves-on-addition-of-naf-because-1-hydrogen-fluoride-hf-is-a-covalent-compound-and-has-very-strong-intermolecular-hydrogen-bonding-2-sodium-fl https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTky-the-complex-formed-on-reaction-of-sodium-hexafluoroaluminate-iii-with-bf3-is-1-na-bf4-2-na2-bf4-3-na-bf4-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTkz-the-correct-statement-s-regarding-lead-compounds-is-are-1-lead-ii-reacts-with-cl2-to-give-pbcl4-2-lead-iv-chloride-is-highly-stable-towards-heat-3-lead-is-not-known-to-form-an-iodide-pbi4-4-both-1-and https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTk0-the-incorrect-statement-regarding-diamond-and-graphite-is-1-in-diamond-each-carbon-is-sp2-hybridised-and-in-graphite-each-carbon-is-sp3-hybridised-2-diamond-is-an-insulator-3-graphite-has-a-planar-geo https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcwOTk1-incorrect-statement-among-the-following-options-is-1-tl-1-is-more-stable-than-tl-3-2-for-group-13-the-stability-of-the-3-oxidation-state-decreases-down-the-group-3-ge-sn-and-pb-show-both-the-2-and-4-s https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcxMTIx-consider-the-two-ways-of-resonance-in-hco3-the-correct-way-s-is-are-1-only-a-is-correct-2-only-b-is-correct-3-both-a-and-b-are-correct-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcxMTIy-bf3-lih-8594-x-6lif-nah-b2h6-8594-y-x-and-y-in-the-above-reaction-are-1-x-b2h6-y-nabh4-2-x-bh3-y-na3b-3-x-b2h6-y-na3b-4-noneoftheabove-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3ODEw-consider-the-following-statements-i-carbon-form-the-most-acidic-dioxide-among-the-oxide-of-group-14-ii-pb-mostly-found-in-the-2-oxidation-state-iii-only-silicon-used-as-a-semiconductor-identify-the-co https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3ODE0-the-incorrect-statement-among-the-following-about-silicone-is-1-it-has-r2sio-as-a-repeating-unit-2-they-are-hydrophilic-water-loving-in-nature-3-they-have-high-thermal-stability-and-high-dielectric-st https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzM5Mzg0-which-of-the-following-statements-is-not-correct-about-diborane-1-both-the-boron-atoms-are-sp2-hybridised-2-there-are-two-3-centre-2-electron-bonds-3-the-four-terminal-b-h-bonds-are-2-centre-2-electro https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzM5Mzk0-choose-the-correct-statement-1-both-diamond-and-graphite-are-used-as-dry-lubricants-2-diamond-and-graphite-have-a-two-dimensional-network-3-diamond-is-covalent-and-graphite-is-ionic-4-diamond-is-sp-su https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzM5Nzkw-which-of-the-following-is-the-correct-statement-1-ga-is-more-stable-than-ln-2-al-is-more-stable-than-ln-3-ga-is-more-stable-than-al-4-al-is-more-stable-than-ga-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzM5ODAx-the-chain-length-of-silicones-can-be-controlled-by-adding-1-mathrm-ch-3sicl-3-2-mathrm-sicl-4-3-mathrm-ch-3-2sicl-2-4-mathrm-ch-3-3sicl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ2NDMy-match-list-i-with-list-ii-list-i-compounds-list-ii-molecular-formula-a-borax-i-nabo2-b2o3-b-kernite-ii-na2b4o7-4h2o-c-orthoboric-acid-iii-h3bo3-d-borax-bead-iv-na2b4o7-10h2o-choose-the-correct-answer https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ2NDM4-in-the-reaction-given-below-the-product-x-is-mathrm-na-2b-4o-7-xrightarrow-text-heat-x-nabo-2-1-h3bo3-2-b2o3-3-na2b2o5-4-nab3o5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzY2OTc1-match-the-allotropes-of-carbon-given-in-list-i-with-the-respective-characteristics-given-in-list-ii-list-i-list-ii-a-coke-i-carbon-atoms-are-sp3-hybridised-b-diamond-ii-used-as-a-dry-lubricant-c-fulle https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzY2OTg5-identify-the-correct-relationship-of-stability-from-the-options-provided-1-mathrm-tli-tli-3-2-mathrm-tlcl-3-tlcl-3-mathrm-ini-3-ini-4-mathrm-alcl-alcl-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzY4MjQx-select-the-element-m-whose-trihalides-cannot-be-hydrolysed-to-form-m-h2o-6-3-1-ga-2-in-3-al-4-b-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzY4MjU2-the-e-ominus-values-for-begin-aligned-mathrm-al-mathrm-al-0-55-mathrm-v-text-and-mathrm-tl-mathrm-tl-0-34-mathrm-v-mathrm-al-3-mathrm-al-1-66-mathrm-v-text-and-mathrm-tl-3-mathrm-tl-1-26-mathrm-v-end https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDU2ODYz-identify-the-incorrect-statement-1-carbon-has-the-tendency-to-form-chains-and-rings-with-itself-2-silicon-and-germanium-are-useful-in-semiconductor-industry-3-boron-trifluoride-is-a-lewis-acid-4-commo https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDU2ODc4-identify-the-incorrect-statement-1-the-relative-stability-of-group-13-elements-in-1-oxidation-state-varies-as-al-ga-in-tl-2-boron-trioxide-is-acidic-aluminium-and-gallium-trioxides-are-amphoteric-whil https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTI0-which-of-the-following-is-a-lewis-acid-1-alcl3alcl3-2-mgcl2mgcl2-3-cacl2cacl2-4-bacl2bacl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQ3NTAw-which-of-the-following-explains-why-aluminium-becomes-passive-in-nitric-acid-1-it-is-a-noble-metal-2-it-forms-a-thin-film-of-oxide-3-it-has-positive-reduction-potential-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjE2OTU4-al2o3al2o3-reacts-with-which-of-the-following-1-only-water-2-only-acids-3-only-alkalies-4-both-acids-and-alkalies-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQ3NTAz-which-of-the-following-types-of-metals-respond-to-the-borax-bead-test-1-divalent-metals-2-heavy-metals-3-light-metals-4-metals-that-forms-coloured-metaborates-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzY3NDgz-consider-the-given-two-statements-assertion-a-boron-is-the-hardest-element-in-group-13-reason-r-high-lattice-enthalpy-is-due-to-the-strong-crystalline-lattice-1-both-a-and-r-are-true-and-r-is-the-corr https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3NDI1-the-correct-statements-among-i-to-iii-regarding-group-13-element-oxides-are-i-boron-trioxide-or-diboron-trioxide-is-acidic-ii-oxides-of-aluminium-and-gallium-are-amphoteric-iii-oxides-of-indium-and-th https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTIz-the-element-which-exists-in-a-liquid-state-for-a-wide-range-of-temperatures-and-can-be-used-for-measuring-high-temperature-is-1-b-2-al-3-ga-4-in-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTQ4-which-of-the-following-reasons-explain-why-gallium-has-a-smaller-atomic-radius-than-aluminium-a-poor-screening-effect-of-d-and-f-orbitals-b-increase-in-nuclear-charge-c-presence-of-higher-orbitals-d-h https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDU4Njk3-what-is-the-symbol-for-the-element-that-forms-a-protective-oxide-coating-1-k-2-ga-3-al-4-mg-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQ3NTMx-which-of-the-following-compound-s-can-react-with-bf3bf3bf3-1-ethers-2-h2oh2oh2o-3-nh3nh3nh3-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3ODA2-which-of-the-following-explains-why-boron-is-unable-to-form-the-bf-ion-1-non-availability-of-s-orbitals-2-non-availability-of-d-orbitals-3-non-availability-of-f-orbitals-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQ3NTQz-the-product-formed-by-the-reaction-of-diborane-and-ammonia-in-the-presence-of-heat-is-1-bh3bh3bh3-2-nh4bh4nh4bh4nh4bh4-3-nh2nh2nh2nh2nh2nh2-4-b3n3h6b3n3h6b3n3h6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTI1-the-geometry-of-a-complex-species-can-be-understood-from-the-knowledge-of-the-type-of-hybridization-of-orbitals-of-the-central-atom-the-hybridization-of-orbitals-of-a-central-atom-in-b-oh4-b-oh4-b-oh4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ3MTg2-identify-a-and-b-in-the-following-reaction-h-3-bo-3-xrightarrow-370-k-delta-a-xrightarrow-delta-b-1-a-hbo-2-b-b-2o-3-2-a-bh-3-b-b-2o-3-3-a-b-2o-3-b-hbo-2-4-a-bh-3-b-hbo-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTQz-a-compound-x-of-boron-reacts-with-nh3-on-heating-to-give-another-compound-y-which-is-called-inorganic-benzene-the-compound-x-can-be-prepared-by-treating-bf3-with-lithium-aluminum-hydride-the-compounds https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTI4-boric-acid-is-an-acid-because-its-molecule-1-contains-replaceable-h-ion-2-gives-up-a-proton-3-accepts-oh-from-water-releasing-proton-4-combines-with-proton-from-water-molecule-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTMy-which-of-the-following-is-true-regarding-the-structure-of-diborane-1-all-hydrogen-atoms-lie-in-one-plane-and-boron-atoms-lie-in-a-plane-perpendicular-to-this-plane-2-2-boron-atoms-and-4-terminal-hydro https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ3NTY0-bcl-3-accepts-a-lone-pair-of-electrons-from-nh-3-to-form-y-the-geometry-of-y-is-different-from-that-of-bcl-3-select-the-correct-option-for-y-and-change-in-geometry-from-bcl-3-to-y-1-y-bcl-3-nh-3-plana https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTQ2-what-is-dry-ice-1-solid-nh3-2-solid-so2-3-solid-co2-4-solid-n2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTYwOTI5-which-of-the-following-is-the-correct-sequence-of-increasing-first-ionisation-energy-1-pb-sn-c-sipb-sn-c-sipb-sn-c-si-2-pb-c-si-snpb-c-si-snpb-c-si-sn-3-sn-pb-si-csn-pb-si-csn-pb-si-c-4-sn-c-si-pbsn-c https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ3MTU2-out-of-ccl4-sicl4-sncl4-and-pbcl4-the-compound-that-will-not-be-easily-hydrolyzed-by-water-is-1-ccl4-2-sicl4-3-sncl4-4-pbcl4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDAwNDIx-the-element-that-does-not-show-catenation-among-the-following-is-1-text-ge-2-text-si-3-text-sn-4-text-pb-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3ODEz-diamond-is-covalent-yet-it-has-a-high-melting-point-due-to-1-a-hexagonal-planar-structure-2-three-dimensional-network-involving-strong-c-c-bonds-3-c-c-double-bond-4-octahedral-arrangement-of-carbon-at https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjk3NDMz-which-of-the-following-explains-why-diamond-is-extremely-hard-while-graphite-is-soft-even-though-both-are-made-of-carbon-atoms-1-diamond-has-carbon-carbon-double-bond-while-graphite-has-carbon-carbon https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQ3NDk3-mark-the-oxide-which-is-amphoteric-in-character-1-co2-2-co-3-sno2-4-cao-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3NTA1-c60-an-allotrope-of-carbon-contains-1-16-hexagons-and-16-pentagons-2-12-hexagons-and-20-pentagons-3-18-hexagons-and-14-pentagons-4-20-hexagons-and-12-pentagons-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQyNDMz-assertion-a-fullerene-are-purest-allotrope-of-c-reason-r-they-do-not-have-dangling-edge-which-attracts-others-atoms-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-tru https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTQ5-the-linear-shape-of-co2-is-due-to-a-sp3-hybridisation-of-carbon-b-sp-hybridisation-of-carbon-c-p-p-p-p-p-p-bonding-between-carbon-and-oxygen-d-sp2-hybridisation-of-carbon-choose-the-correct-option-1-a https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mzc4NTY1-which-of-the-following-statements-is-are-correct-for-allotropes-of-carbon-1-graphite-is-a-conductor-of-electricity-2-diamond-has-all-sp3-carbon-atoms-3-graphite-is-more-stable-thermodynamically-than-d https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ0MzYy-consider-the-given-two-statements-assertion-a-ccl4-is-insoluble-in-water-while-sicl4-is-soluble-in-water-reason-r-si-in-sicl4-can-accommodate-the-lone-pair-of-electrons-in-d-orbitals-obtained-from-the https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ0Mjk3-given-below-are-two-statements-statement-i-silicones-are-surrounded-by-non-polar-alkyl-groups-thus-water-repelling-in-nature-statement-ii-the-starting-materials-for-the-manufacturing-of-silicones-are https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTQ0-quartz-is-extensively-used-as-a-piezoelectric-material-it-contains-1-pb-2-si-3-ti-4-sn-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTYw-match-the-species-in-column-i-with-their-corresponding-hybridisation-in-column-ii-column-i-species-column-ii-hybridisation-a-boron-in-b-oh-4-b-oh-4-b-oh-4-i-sp2-b-aluminium-in-al-h2o-6-3-al-h2o-6-3-al https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTUw-me3sicl-is-used-during-polymerization-of-organ-silicones-because-a-chain-length-of-organic-silicone-polymers-can-be-controlled-by-adding-me3sicl-me3sicl-me3sicl-b-me3siclme3siclme3sicl-blocks-the-end https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjgwMDI2-in-view-of-the-signs-of-rg-rg-rg-for-the-following-reactions-pbo2-pb-2pbo-rg-0pbo2-pb-2pbo-rg-0pbo2-pb-2pbo-rg-0-the-oxidation-states-more-characteristic-for-lead-and-tin-are-respectively-1-for-lead-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTMzMTc-the-stability-of-the-1-oxidation-state-increases-in-the-sequence-1-al-ga-in-tl-2-tl-in-ga-al-3-in-tl-ga-al-4-ga-in-al-tl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTU4-match-the-species-given-in-column-i-with-the-properties-mentioned-in-column-ii-column-i-column-ii-a-text-bf-4-1-oxidation-state-of-the-central-atom-is-4-b-alcl3-2-tetrahedral-shape-c-sno-3-lewis-acid https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTU5-match-the-species-given-in-column-i-with-properties-given-in-column-ii-column-i-column-ii-a-diborane-1-used-as-a-flux-for-soldering-metals-b-quartz-2-crystalline-form-of-silica-c-borax-3-banana-bonds https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQyMDY5-ionization-enthalpy-ih1kjmol-1-ih1kjmol-1-for-the-elements-of-group-13-follows-the-order-1-b-al-ga-in-tl-2-b-ga-tl-4-b-al-in-tl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTAyMTMx-alcl3alcl3alcl3-on-hydrolysis-gives-1-al2o3-h2oal2o3-h2oal2o3-h2o-2-al-oh-3al-oh-3aloh3-3-al2o3al2o3al2o3-4-alcl3-6h2oalcl3-6h2oalcl3-6h2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjEw-orthoboric-acid-when-heated-to-red-hot-gives-1-metaboric-acid-2-pyroboric-acid-3-boron-and-water-4-boric-anhydride-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTYxNjg2-assertion-the-total-number-of-coordinate-bonds-and-covalent-bonds-in-borazine-is-3-and-12-respectively-reason-its-structure-is-similar-to-benzene-1-both-assertion-reason-are-true-and-the-reason-is-the https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjcxMTIz-consider-the-following-reaction-al-naoh-x-h2al-naoh-x-h2al-naoh-x-h2-b2h6-nh3-yb2h6-nh3-yb2h6-nh3-y-x-and-y-in-the-above-reaction-are-1-x-al-oh-2-y-n2-bh4-1-x-al-oh-2-y-n2-bh4-1-x-aloh2-y-n2bh4-2-x-na https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTYxNzE3-assertion-b-x-bond-length-in-bx3bx3bx3-is-shorter-than-the-expected-value-reason-p-p-p-p-p-p-back-bonding-occurs-between-b-and-x-1-both-assertion-reason-are-true-and-the-reason-is-the-correct-explanat https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQyMDcx-a-compound-x-of-boron-reacts-with-nh3nh3nh3-on-heating-to-give-another-compound-y-which-is-called-inorganic-benzene-the-compound-x-can-be-prepared-by-treating-bf3bf3bf3-with-lithium-aluminium-hydride https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTc2NDYz-h3bo3h3bo3h3bo3-is-1-a-monobasic-acid-and-a-weak-lewis-acid-2-a-monobasic-and-a-weak-bronsted-acid-3-a-monobasic-and-a-strong-lewis-acid-4-a-tribasic-and-a-weak-bronsted-acid-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjY4MTQy-boric-acid-is-polymeric-due-to-1-its-acidic-nature-2-the-presence-of-hydrogen-bonds-3-its-monobasic-nature-4-its-geometry-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM0MTE2-in-diborane-the-two-h-b-h-angles-are-nearly-1-60-60-60-120-120-120-2-97-120-97-120-97-120-3-97-150-97-150-97-150-4-120-120-120-180-180-180-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTYxNjk5-assertion-boron-always-forms-a-covalent-bond-reason-boron-has-a-diagonal-relationship-with-silicon-1-both-assertion-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-both-as https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NzIxMzY-an-aqueous-solution-of-borax-reacts-with-2-moles-of-acid-due-to-1-formation-of-2-moles-of-b-oh-3-only-2-formation-of-2-moles-of-b-oh-4-only-3-formation-of-1-mole-each-of-b-oh-3-and-b-oh-4-4-formation https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjA3MTk3-the-reason-behind-carbon-showing-catenation-property-but-lead-does-not-is-1-due-to-the-smaller-size-of-c-than-that-of-pb-2-due-to-the-smaller-size-of-pb-than-that-of-c-3-due-to-the-smaller-ionization https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTI0OTI-silicate-among-the-following-has-only-one-oxygen-atom-of-sio-4-4-shared-with-the-next-unit-1-sheet-silicate-2-pyrosilicate-3-three-dimensional-silicate-4-linear-chain-silicate-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjIyNTYy-dry-ice-is-1-solid-nh3-2-solid-so2-3-solid-co2-4-solid-n2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDY2NzU4-which-of-the-following-statement-is-correct-1-boron-and-aluminium-halides-behave-as-lewis-acids-2-al-forms-alf-6-3-ion-but-b-does-not-form-left-mathrm-bf-6-right-3-ion-3-the-p-pi-p-pi-back-bonding-occ https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjA3MjAz-boron-fluoride-exists-as-bf3-but-boron-hydride-doesn-t-exist-as-bh3-because-1-due-to-p-p-back-bonding-in-bf3-2-due-to-p-d-back-bonding-in-bf3-3-due-to-p-p-backbonding-in-bh3-4-due-to-p-d-backbonding-i https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQ3NTM0-na2b4o7-10h2o740-c-2nabo2-x-10h2ona2b4o7-10h2o-740-c2nabo2-x-10h2o-x-caf2-h2so4-y-caso4-h2o-x-caf2-h2so4-y-caso4-h2o-y-nabh4-z-nabf4-y-nabh4-z-nabf4-select-the-incorrect-statement-regarding-compounds https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQ3NTAy-bcl3bcl3-does-not-exist-as-dimer-but-bh3bh3-exist-as-dimer-b2h6-b2h6-because-1-chlorine-is-more-electronegative-than-hydrogen-2-there-is-p-d-p-d-back-bonding-in-bcl3bcl3-but-bh3bh3-does-not-contain-su https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQ3NTA0-carbon-dioxide-is-a-gas-but-silica-is-a-solid-because-1-carbon-dioxide-is-composed-of-discrete-covalent-co2co2co2-molecules-whereas-silica-has-a-continuous-tetrahedral-structure-2-co2co2co2-molecules https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTAxNTI5-given-below-are-two-statements-statement-i-pb-compounds-are-stronger-oxidizing-agents-than-sn-compounds-statement-ii-the-higher-oxidation-states-for-the-group-14-elements-are-more-stable-for-the-heavi https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjAwNjY5-identify-the-correct-statements-among-the-following-a-co2-g-is-used-as-a-refrigerant-for-ice-cream-and-frozen-food-b-the-structure-of-c60-contains-twelve-six-carbon-rings-and-twenty-five-carbon-rings https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDY2NTQx-find-the-group-14-element-that-shows-the-inert-pair-effect-1-silicon-si-2-lead-pb-3-carbon-c-4-germanium-ge-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDY2NTE5-which-one-of-the-following-is-the-correct-statement-1-the-hydroxide-of-boron-is-basic-in-nature-2-the-hydroxide-of-boron-is-neutral-in-nature-3-the-hydroxide-of-boron-is-acidic-in-nature-4-boron-shows https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDUyNTQx-given-below-are-two-statements-statement-i-stability-of-1-oxidation-state-increases-as-ga-in-tl-statement-ii-stability-of-1-oxidation-state-increases-down-the-group-due-to-inert-pair-effect-1-statemen https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDAwNTAx-this-question-contains-statement-1-assertion-statement-and-statement-2-reason-explanation-and-has-4-choices-a-b-c-and-d-out-of-which-only-one-is-correct-statement-1-mathrm-pb-4-compounds-are-stronger https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI0Njg0-the-correct-order-of-ease-of-hydrolysis-is-1-ccl4-sicl4-pcl5-alcl3-2-alcl3-ccl4-pcl5-sicl4-3-ccl4-alcl3-pcl5-sicl4-4-ccl4-alcl3-sicl4-pcl5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ0MzI0-assertion-a-melting-point-of-gallium-is-lesser-than-aluminum-reason-r-due-to-the-inert-pair-effect-increased-effective-nuclear-charge-holds-ns-electrons-tightly-1-both-a-and-r-are-true-and-r-is-the-co https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQzMTUz-consider-the-given-two-statements-assertion-a-sn4-ion-is-more-stable-than-sn-2-reason-r-the-inert-pair-effect-dominates-down-the-groups-options-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjA3MjAx-why-pbo2-is-a-stronger-oxidising-agent-than-sno2-1-due-to-inert-pair-effect-2-due-to-high-electronegativity-diffrence-in-both-3-due-to-high-size-diffrence-in-both-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjA3MTk4-why-does-the-element-silicon-not-form-a-graphite-like-structure-whereas-carbon-does-1-due-to-the-smallest-size-and-highest-electronegativity-of-si-element-in-group-2-due-to-the-smallest-size-and-highe https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTk5NDQ2-a-compound-among-the-following-that-is-used-in-cosmetic-surgery-is-1-silica-2-silicates-3-silicones-4-zeolites-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjA2NzA1-why-the-1-oxidation-state-in-group-13-and-2-oxidation-state-in-group-14-becomes-more-and-more-stable-with-increasing-atomic-number-1-due-to-the-inert-pair-effect-2-due-to-a-decrease-in-electronegativi https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTYwNTM0-the-element-among-the-following-that-does-not-show-the-inert-pair-effect-is-1-al-2-sn-3-pb-4-tl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NzIxMjI-rclrcl-cu-powder-sir2sicl2h2o-sicu-powderr2sicl2-h2o-r2si-oh-2r2sioh2-condensation-condensation-aa-compound-a-is-1-a-linear-silicone-2-a-chlorosilane-3-a-linear-silane-4-a-network-silane-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQ3NDk2-which-does-not-show-inert-pair-effect-1-al-2-sn-3-pb-4-thallium-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTg4NTUw-a-compound-among-the-following-that-is-not-a-monomer-for-a-high-molecular-mass-silicone-polymer-is-1-me3siclme3sicl-2-phsicl3phsicl3-3-mesicl3mesicl3-4-me2sicl2me2sicl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDY2OTM0-find-the-product-formed-when-calcium-carbide-undergoes-hydrolysis-1-ethylene-2-acetylene-3-methane-4-propyne-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDY2OTEw-hydrolysis-of-dimethyldichloro-silane-ch-3-2sicl-2-followed-by-condensation-polymerisation-yields-straight-chain-polymer-of-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDY2ODcx-when-sicl-4-is-allowed-to-undergo-hydrolysis-it-gives-1-sio-2-silica-2-si-oh-4-silicic-acid-3-si-oh-cl-3-trichlorosilanol-4-sicl-4-do-not-undergo-hydrolysis-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTYy-given-below-are-two-statements-assertion-a-silicones-are-water-repelling-in-nature-reason-r-silicones-are-organosilicon-polymers-which-have-r2sio-as-repeating-units-1-both-a-and-r-are-true-and-r-is-th https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDY2NzYw-white-fumes-appear-around-the-bottle-of-anhydrous-alcl-3-due-to-1-decomposition-of-alcl-3-2-hydrolysis-of-alcl-3-liberating-h-2-gas-3-hydrolysis-of-alcl-3-liberating-cl-2-gas-4-hydrolysis-of-alcl-3-li https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTc2NDcz-an-anion-present-in-the-chain-structure-silicate-is-1-si2o6-7si2o76-2-si2o2-5-n-si2o52-n-3-sio2-3-n-sio32-n-4-sio4-4sio44-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDAwNDMz-mathrm-me-2-mathrm-sicl-2-on-hydrolysis-will-produce-1-mathrm-me-2-mathrm-si-mathrm-oh-2-2-mathrm-me-2-mathrm-si-mathrm-o-3-left-mathrm-o-mathrm-me-2-mathrm-si-mathrm-o-right-mathrm-n-4-mathrm-me-2-ma https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTYx-given-below-are-two-statements-assertion-a-if-aluminium-atoms-replace-a-few-silicon-atoms-in-a-three-dimensional-network-of-silicon-dioxide-the-overall-structure-acquires-a-negative-charge-reason-r-al https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDAwNDA3-match-the-following-column-i-column-ii-a-mathrm-bi-3-rightarrow-mathrm-bio-p-heat-b-left-mathrm-alo-2-right-rightarrow-mathrm-al-mathrm-oh-3-q-hydrolysis-c-left-mathrm-sio-4-right-4-rightarrow-left-ma https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzY0MzQ5-consider-the-following-statements-a-co-is-a-powerful-oxidizing-agent-and-oxidizes-almost-all-metal-oxides-b-the-order-of-catenation-is-c-si-ge-sn-in-14th-group-elements-c-sicl4-on-hydrolysis-forms-sil https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjk3MjU4-me-2sicl2-on-hydrolysis-followed-by-condensation-polymerization-yields-1-me-2si-oh-2-2-me-2si-o-3-4-me2sicl-oh-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjg0MzU4-among-the-following-substituted-silanes-the-one-which-will-give-rise-to-cross-linked-silicone-polymer-on-hydrolysis-is-1-rsicl3-2-r2sicl2-3-r3sicl-4-r4si-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTE1OTI1-the-incorrect-statement-among-the-following-is-1-pbx2pbx2-is-more-stable-than-pbx4pbx4-2-pbcl4pbcl4-is-less-stable-than-sncl4sncl4-but-pbcl2pbcl2-is-more-stable-than-sncl2sncl2-3-pbcl4pbcl4-is-less-st https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc5NTEw-which-among-the-following-halides-is-inert-towards-hydrolysis-1-bf3-2-sicl4-3-pcl5-4-sf6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjA2NzA3-what-is-the-hydrolysis-product-of-alcl3-and-hybridization-of-al-in-this-product-1-error-parsing-mathml-error-on-line-1-at-column-291-entity-nbsp-not-defined-al-h2o-6-3-sp3-2-error-parsing-mathml-error https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjAwOTA1-which-one-of-the-following-reactions-does-not-come-under-hydrolysis-type-reaction-1-sicl4-1-2h2o-1-sio2-s-4hcl-aq-sicl4-1-2h2o-1-sio2-s-4hcl-aq-2-li3n-s-3h2o-1-nh3-g-3lioh-aq-li3n-s-3h2o-1-nh3-g-3lioh https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM0MTE3-a-compound-that-gives-propyne-on-hydrolysis-is-1-al4c3al4c3-2-mg2c3mg2c3-3-b4cb4c-4-la4c3la4c3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMzU0-the-basic-reaction-involved-in-the-synthesis-of-linear-silicones-is-1-the-hydrolysis-of-trimethyl-chlorosilane-2-the-hydrolysis-of-dimethyl-dichlorosilane-3-the-hydrolysis-of-ethyl-chlorosilane-4-the https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTkyODIy-identify-the-incorrect-statement-from-the-following-1-carbon-has-the-ability-to-form-p-p-multiple-bond-with-itself-2-mathrm-ec-3-e-b-and-al-is-a-monomer-when-e-b-and-a-dimer-when-e-al-3-oxygen-exhibit https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTk4MjQ3-the-correct-statement-is-1-aluminium-has-five-valence-orbitals-2-boron-has-a-maximum-covalency-of-four-3-beryllium-has-three-valence-orbitals-4-magnesium-has-a-maximum-covalency-of-four-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjUxMjE1-which-of-the-following-oxide-is-amphoteric-1-co2-2-sno2-3-cao-4-sio2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM3Mzk4-the-products-formed-on-heating-pb-no3-2-are-1-pbo-n2-o2pbo-n2-o2-2-pb-no2-2-o2-3-pbo-no2-o2pbo-no2-o2-4-pb-n2-o2pb-n2-o2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3ODA0-the-standard-electrode-potential-values-eo-for-al3-al-is-1-66-v-and-that-of-tl3-tl-is-1-26-v-the-formation-of-m3-ion-in-solution-is-favourable-for-1-al-has-greater-tendency-than-tl-2-tl-has-greater-te https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3ODA1-white-fumes-appear-around-the-bottle-of-anhydrous-aluminium-chloride-due-to-1-formation-of-hcl-gas-2-formation-of-aluminium-hydroxide-3-formation-of-hydrous-aluminium-chloride-4-none-of-the-above-1-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3ODA4-given-below-are-two-statements-assertion-a-boric-acid-is-considered-a-weak-acid-reason-r-boric-acid-is-not-able-to-release-h-ions-on-its-own-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3ODEx-given-below-are-two-statements-assertion-a-sif6-2-is-known-whereas-sicl6-2-is-not-reason-r-cl-atom-causes-higher-steric-hindrance-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTUx-the-correct-statements-among-the-following-are-a-fullerenes-have-dangling-bonds-b-fullerenes-are-cage-like-molecules-c-graphite-is-thermodynamically-the-most-stable-allotrope-of-carbon-d-graphite-is-s https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTMz-identify-more-than-one-correct-resonance-structure-of-carbon-dioxide-from-the-ones-given-below-a-o-c-o-o-c-o-o-c-o-b-o-c-oo-c-oo-c-o-c-o-c-o-o-c-o-o-c-o-d-o-c-o-o-c-o-o-c-o-choose-the-correct-option-1 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTI2-which-of-the-following-oxides-is-acidic-in-nature-1-b2o3b2o3b2o3-2-al2o3al2o3al2o3-3-ga2o3ga2o3ga2o3-4-in2o3in2o3in2o3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTI3-the-exhibition-of-the-highest-coordination-number-depends-on-the-availability-of-vacant-orbitals-in-the-central-atom-which-of-the-following-elements-is-not-likely-to-act-as-a-central-atom-in-mf3-6mf63 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTMw-silicon-has-a-strong-tendency-to-form-polymers-like-silicones-the-chain-length-of-silicone-polymer-can-be-controlled-by-adding-1-mesicl3mesicl3mesicl3-2-me2sicl2me2sicl2me2sicl2-3-me3siclme3siclme3sic https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTMx-the-correct-order-of-ionization-enthalpy-ih-kj-mol-1-for-the-elements-of-group-13-among-the-following-is-1-b-al-ga-in-tl-2-b-ga-al-in-tl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTQ1-the-most-commonly-used-reducing-agent-among-the-following-is-1-alcl3-2-pbcl2-3-sncl4-4-sncl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MjI4OTUy-which-of-the-following-statements-are-correct-answer-on-the-basis-of-the-given-figure-a-the-two-bridged-hydrogen-atoms-and-the-two-boron-atoms-lie-in-one-plane-b-out-of-six-b-h-bonds-two-bonds-can-be https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQyMTU3-assertion-a-silicones-are-hydrophobic-in-nature-reason-r-si-o-si-linkages-are-moisture-sensitive-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQwNzE0-assertion-a-sno-is-more-reactive-towards-acid-than-sno2-reason-r-both-sno-and-sno2-are-amphoteric-oxides-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ0MzAz-consider-the-given-statements-statement-i-both-carbon-and-silicon-atoms-belong-to-group-14-both-co2-and-sio2-are-gases-and-linear-molecules-statement-ii-being-electron-deficient-due-to-an-incomplete-o https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ0MzI3-incorrect-statements-among-the-following-are-a-beso4-and-mgso4-are-insoluble-in-water-b-magnesium-is-the-central-metal-atom-in-chlorophyll-c-pb4-acts-as-an-oxidizing-agent-d-the-study-of-only-emission https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTM3MDc4-one-group-of-elements-in-the-periodic-table-contains-in-descending-order-boron-aluminium-gallium-indium-and-thallium-which-of-the-following-are-correct-about-these-elements-a-indium-forms-the-oxide-in https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzU4Mjk1-incorrect-statement-among-the-following-is-1-quartz-is-extensively-used-as-a-piezoelectric-material-2-silicones-are-a-group-of-organosilicon-polymers-which-have-r2sio-as-a-repeating-unit-3-basic-struc https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246OTM2NzA-which-one-of-the-following-anions-is-present-in-the-chain-structure-silicates-1-si2o6-7si2o6-7si2o76-2-si2o2-5-n-si2o2-5-n-si2o52-n-3-sio2-3-n-sio2-3-n-sio32-n-4-sio4-4sio4-4sio44-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDQwMDA0-given-below-are-two-statements-statement-i-gallium-ga-has-a-low-melting-point-so-it-is-used-in-thermometers-statement-ii-a-substance-having-a-melting-point-of-253-k-can-be-measured-by-a-gallium-thermo https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTIzMjMy-the-protective-film-of-oxide-on-the-surface-of-al-metal-may-be-strengthened-by-1-galvanizing-2-cathodizing-3-sheradizing-4-anodizing-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQxMzY4-among-the-following-statements-the-correct-set-of-statements-are-a-b-2h-6-is-lewis-acid-b-b-2h-6-has-a-planar-structure-c-all-b-h-bond-lengths-are-equal-in-b-2h-6-d-in-b-2h-6-four-3c-2e-bonds-are-pres https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTQ3NTE0-boric-acid-on-heating-at-150-c150-c150-c-gives-1-b2o3b2o3b2o3-2-h2b4o7h2b4o7h2b4o7-3-hbo2hbo2hbo2-4-h2bo3h2bo3h2bo3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ0NTM2-given-below-are-two-statements-statement-i-in-group-14-a-significant-increase-in-covalent-radius-is-observed-from-carbon-to-silicon-and-thereafter-a-small-increase-in-covalent-radius-is-observed-from https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ5MzIz-the-element-among-the-following-that-forms-dioxide-and-evolves-hydrogen-on-treatment-with-steam-is-1-c-2-si-3-sn-4-pb-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MTc2NDk3-the-best-reducing-agent-is-1-gecl2gecl2gecl2-2-sncl2sncl2sncl2-3-pbcl2pbcl2pbcl2-4-pbcl4pbcl4pbcl4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246MzA1NTk-which-compound-is-formed-when-iron-reacts-with-carbon-1-fec2fec2fec2-2-fe3cfe3cfe3c-3-fec3fec3fec3-4-fe2cfe2cfe2c-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQyNDE2-assertion-a-in-c60-fullerene-12-five-membered-rings-and-20-six-membered-rings-are-present-reason-r-all-the-c-c-distances-are-equal-in-c60-fullerene-1-both-a-and-r-are-true-and-r-is-the-correct-explana https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTMyMjgz-maximum-ie-and-minimum-ie-of-group-13-elements-1-b-ln-2-b-tl-3-al-ln-4-al-tl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzYzMTgz-assertion-a-carbon-forms-two-oxides-co-and-co-2-where-co-is-neutral-whereas-co-2-is-acidic-reason-r-co-2-will-combine-with-water-to-give-carbonic-acid-and-co-is-soluble-in-water-1-both-a-and-r-are-tru https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDAwNDA0-among-the-following-the-correct-statement-s-is-are-a-mathrm-al-left-mathrm-ch-3-right-3-has-three-centre-two-electron-bonds-in-its-dimeric-structure-b-mathrm-bh-3-has-three-centre-two-electron-bonds-i https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ3NTUy-choose-the-correct-set-of-elements-x-y-and-z-which-belong-to-groups-13-14-and-15-respectively-from-the-options-below-1-x-th-y-pb-z-bi-2-x-in-y-sn-z-at-3-x-th-y-sn-z-sb-4-x-tl-y-pb-z-bi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTI0OTMx-given-below-are-the-atomic-numbers-of-some-group-14-elements-find-out-the-atomic-number-of-the-element-with-the-lowest-melting-point-1-14-2-6-3-82-4-50-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ3NDcx-the-correct-option-for-the-increasing-order-of-1st-ionization-enthalpy-pb-sn-ge-si-is-1-pb-2-sn-3-sn-4-pb-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ3NDIy-arrange-1st-ionization-enthalpy-of-group-13-elements-in-increasing-order-tl-in-ga-al-1-tl-2-in-3-in-4-tl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-pb246NTA5MjA-the-silicate-anion-in-the-mineral-kinoite-is-a-chain-of-three-sio4sio4sio4-tetrahedra-that-share-corners-with-adjacent-tetrahedra-the-charge-of-the-silicate-anion-is-1-4-2-8-3-6-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzM3ODM4-the-compound-pbi-4-does-not-exist-because-1-pb-2-is-more-stable-than-pb-4-2-i-is-better-reducing-agent-3-pb-4-is-more-stable-than-pb-2-4-i-is-better-oxidising-agent-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTc2MTQy-which-of-the-following-options-is-incorrect-1-carbon-can-have-negative-oxidation-state-in-its-compounds-2-co-2-is-most-acidic-oxide-among-oxides-of-group-14-elements-3-maximum-covalency-of-carbon-is-f https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTc2MTky-identify-the-three-salts-x-y-and-z-respectively-when-salt-x-is-soluble-in-water-salt-y-is-sparingly-soluble-in-water-and-salt-z-is-soluble-in-hot-water-only-1-agcl-hg-2cl-2-pbcl-2-2-alcl-3-agcl-pbcl-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTc2MjUw-given-below-are-two-statements-statement-i-bcl-3-and-alcl-3-are-covalent-compounds-statement-ii-bcl-3-on-reaction-with-water-produces-left-mathrm-b-mathrm-oh-4-right-ion-and-left-mathrm-b-left-mathrm https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTc2NDA4-two-elements-of-p-block-can-form-following-halides-xf-3-yf-3-if-xf-3-can-act-as-lewis-acid-and-yf-3-can-act-as-lewis-base-then-determine-the-hybridization-of-x-y-in-xf-3-yf-3-respectively-1-sp-2-sp-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTc3ODc5-consider-the-following-changes-begin-array-cc-mathrm-sno-2-rightarrow-mathrm-sno-delta-mathrm-g-1-0-mathrm-pbo-2-rightarrow-mathrm-pbo-delta-mathrm-g-2-0-end-array-choose-the-correct-option-1-delta-ma https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTc4MjEw-consider-the-following-statements-about-group-13-elements-of-the-periodic-table-a-electronegativity-decreases-down-the-group-b-size-increases-down-the-group-c-ionization-energy-decreases-down-the-grou https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTI1NDgx-among-the-elements-in-tl-al-pb-sn-and-ge-what-are-the-most-stable-oxidation-states-for-the-element-with-the-highest-first-ionisation-enthalpy-and-the-element-with-the-lowest-first-ionisation-enthalpy https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTMyNDU3-which-of-the-following-is-the-correct-order-1-mathrm-b-atomic-radius-2-mathrm-b-mathrm-ga-mathrm-tl-mathrm-in-first-ionisation-enthalpy-3-mathrm-tl-mathrm-in-mathrm-ga-mathrm-b-mathrm-al-density-4-mat https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NTMyNTk0-given-below-are-two-statements-statement-i-atomic-radius-of-mathrm-al-is-less-than-that-of-mathrm-ga-statement-ii-the-ionic-radius-of-mathrm-al-3-is-less-than-mathrm-ga-3-1-both-statement-are-correct https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDM4MTU2-given-below-are-two-statements-statement-i-the-stability-of-1-oxidation-state-increases-down-the-group-in-group-13-statement-ii-the-atomic-radius-of-ga-is-greater-than-that-of-al-1-statement-i-is-inco https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDM5OTgy-which-of-the-following-is-not-a-semiconductor-1-mathrm-si-2-graphite-3-mathrm-cuo-4-mathrm-ge-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDU0NTE2-given-below-are-two-statements-statement-i-blood-acts-as-a-buffer-solution-and-its-ph-is-maintained-at-7-4-by-an-acidic-buffer-statement-ii-the-ph-of-blood-is-regulated-by-the-presence-of-bicarbonate https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDU1Mjg0-given-below-are-two-statements-assertion-boron-is-a-hard-element-reason-boron-has-an-unusually-high-melting-point-1-assertion-is-correct-reason-is-correct-and-reason-explains-the-assertion-2-a-is-corr https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDU2MjI0-match-the-following-column-i-ores-column-ii-formula-a-fluorspar-p-mathrm-al-2-mathrm-o-3-cdot-2-mathrm-h-2-mathrm-o-b-cryolite-q-mathrm-caf-2-c-bauxite-r-mathrm-mgco-3-cdot-mathrm-caco-3-d-dolomite-s https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDU2MjQz-given-below-are-two-statements-statement-1-electronegativity-of-group-14-elements-decrease-from-text-si-to-text-pb-statement-2-group-14-has-metals-metalloids-and-non-metals-1-both-statements-1-and-2-a https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzYzMjgw-the-correct-order-of-bond-strength-of-c-c-si-si-ge-ge-sn-sn-is-1-c-c-si-si-ge-ge-sn-sn-2-c-c-si-si-ge-ge-sn-sn-3-c-c-si-si-si-si-sn-sn-ge-ge-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQxNTcx-how-many-of-the-following-are-electron-deficient-compounds-mathrm-b-2-mathrm-h-6-mathrm-ph-3-mathrm-lih-mathrm-bcl-3-mathrm-nh-3-1-zero-0-2-one-1-3-two-2-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQyMjAy-the-correct-order-of-stability-of-the-1-oxidation-state-for-the-following-is-1-al-ga-ln-tl-2-tl-ln-ga-al-3-tl-ln-al-ga-4-tl-ga-ln-al-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQzOTkx-borazine-also-known-as-inorganic-benzene-can-be-prepared-by-the-reaction-of-3-equivalents-of-x-with-6-equivalents-of-y-x-and-y-respectively-are-1-b-oh-3-and-nh3-2-b2h6-and-nh3-3-b2h6-and-hn3-4-nh3-and https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzQ1NTY3-when-borax-is-heated-with-coo-on-a-platinum-loop-blue-coloured-bead-formed-is-1-b2o3-2-co-bo2-2-3-cob4o7-4-co-b4o5-oh-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDgxNjk0-identify-the-correct-statements-for-text-b-2-text-h-6-from-those-given-below-a-in-text-b-2-text-h-6-all-b-h-bonds-are-equivalent-b-in-text-b-2-text-h-6-there-are-four-3-centre-2-electron-bonds-c-text https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDgxNzYx-given-below-are-two-statements-statement-i-the-chlorides-of-beryllium-and-aluminium-have-bridged-chloride-structures-are-soluble-in-organic-solvents-and-act-as-lewis-bases-statement-ii-the-hydroxides https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDgxOTky-the-metal-that-has-very-low-melting-point-and-its-periodic-position-is-closer-to-a-metalloid-is-1-mathrm-al-2-mathrm-ga-3-mathrm-se-4-mathrm-in-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDgyMDAz-given-below-are-two-statements-assertion-a-boric-acid-is-a-weak-acid-reason-r-boric-acid-is-not-able-to-release-mathrm-h-ion-on-its-own-it-receives-mathrm-oh-ion-from-water-and-releases-mathrm-h-ion-1 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDgyMDgw-among-the-following-basic-oxide-is-1-mathrm-so-3-2-mathrm-sio-2-3-mathrm-cao-4-mathrm-al-2-mathrm-o-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDgyNDUx-match-list-i-with-list-ii-list-i-metal-list-ii-application-a-text-cs-i-high-temperature-thermometer-b-text-ga-ii-water-repellent-sprays-c-text-b-iii-photoelectric-cells-d-text-si-iv-bulletproof-vest-c https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDgyNDUz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-boron-is-unable-to-form-mathrm-bf-6-3-reason-r-the-size-of-b-is-very-small-in-the-light https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc5MDQw-given-below-are-two-statements-statement-i-colourless-cupric-metaborate-is-reduced-to-cuprous-metaborate-in-a-luminous-flame-statement-ii-cuprous-metaborate-is-obtained-by-heating-boric-anhydride-and https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc5Mjk2-the-correct-statement-about-b2h6-is-1-the-terminal-b-h-bonds-have-less-p-character-when-compared-to-bridging-bonds-2-the-two-b-h-b-bonds-are-not-of-the-same-length-3-all-b-h-b-angles-are-120-4-its-fra https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDkzNzk0-in-which-one-of-the-following-molecules-is-the-strongest-back-donation-of-an-electron-pair-from-halide-to-boron-expected-1-bi-3-2-bbr-3-3-bcl-3-4-bf-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDk1Mzc4-given-below-are-two-statements-assertion-a-aluminium-is-extracted-from-bauxite-by-the-electrolysis-of-a-molten-mixture-of-al-2o-3-with-cryolite-reason-r-the-oxidation-state-of-al-in-cryolite-is-3-1-a https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246NDk1NjAz-the-outermost-electronic-configuration-of-a-group-13-element-e-is-4s-2-4p-1-determine-the-electronic-configuration-of-an-element-of-the-p-block-from-period-five-placed-diagonally-to-element-e-1-mathrm https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc2Njkw-diborane-b2h6b2h6b2h6-reacts-independently-with-o2o2o2-and-h2oh2oh2o-to-produce-respectively-1-h3bo3andb2o3h3bo3andb2o3h3bo3andb2o3-2-b2o3andh3bo3b2o3andh3bo3b2o3andh3bo3-3-b2o3and-bh4-b2o3and-bh4-b2o https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc2ODM0-the-number-of-pentagons-in-c60-and-trigons-triangles-in-white-phosphorus-respectively-are-1-12-and-3-2-20-and-3-3-20-and-4-4-12-and-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3MzA5-the-correct-order-of-catenation-is-1-c-sn-si-ge-2-si-sn-c-ge-3-c-si-ge-sn-4-ge-sn-si-c-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc3NzM3-the-c-c-bond-length-is-maximum-in-1-c60-2-diamond-3-graphite-4-c70-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246MzA5MDIw-graphite-is-a-soft-solid-lubricant-extremely-difficult-to-melt-the-reason-for-this-anomalous-behavior-is-that-graphite-1-is-a-non-crystalline-substance-2-is-an-allotropic-form-of-diamond-3-has-molecul https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjk5Mjc5-aluminium-chloride-exists-as-dinner-al2cl6-in-the-solid-state-as-well-as-in-the-solution-of-non-polar-solvents-such-as-benzene-when-dissolved-in-acidified-aqueous-solution-it-gives-1-mathrm-al-3-3-mat https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjk3Nzgw-in-the-structure-of-silicon-dioxide-1-there-are-double-bonds-between-silicon-and-oxygen-atoms-2-silicon-atom-is-bonded-to-two-oxygen-atoms-3-each-silicon-atom-is-surrounded-by-two-oxygen-atoms-and-eac https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjk4MDI3-the-structure-of-diborane-b2h6-contains-1-four-2c-2e-bonds-and-four-3c-2e-bonds-2-two-2c-2e-bonds-and-two-3c-3e-bonds-3-two-2c-2e-bonds-and-four-3c-2e-bonds-4-four-2c-2e-bonds-and-two-3c-2e-bonds-1-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjg0MzM0-the-bond-dissociation-energy-of-b-f-in-bf3-is-646-kj-mol-1-whereas-that-of-c-f-in-cf4-is-515-kj-mol-1-the-correct-reason-for-the-higher-b-f-bond-dissociation-energy-as-compared-to-that-of-c-f-is-1-sma https://medminds.me/qbank/chemistry/the-p-block-elements-xi/?q=NP-b246Mjc5Nzk1-which-one-of-the-following-boron-anions-cannot-be-formed-1-bf63-2-bh4-3-b-oh-4-4-bo33-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246NTUyNA-chloride-of-an-element-a-gave-a-neutral-solution-in-water-in-the-periodic-table-the-element-a-belongs-to-1-first-group-2-third-group-3-fifth-group-4-transitional-metal-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246NTcyMQ-the-correct-relationship-between-the-ph-of-isomolar-solutions-of-sodium-oxide-ph1-sodium-sulphide-ph2-sodium-selenide-ph3-and-sodium-telluride-ph4-is-1-ph1-ph2-asymp-ph3-ph4-2-ph1-ph2-ph3-ph4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246NjcxOQ-by-heating-which-of-the-following-would-no2-be-produced-1-nano3-2-agno3-3-nh4no3-4-nh4no2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246NjcyMg-the-formation-of-ph4-is-difficult-as-compared-to-nh4-because-1-lone-pair-of-phosphorous-is-optically-inert-2-lone-pair-of-phosphorous-resides-in-almost-pure-p-orbital-3-lone-pair-of-phosphorous-reside https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246NjcyOQ-iodine-on-reaction-with-concentrated-nitric-acid-forms-1-hoi-2-hi-3-hio3-4-hio4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246NjczMg-the-partial-hydrolysis-of-one-mole-of-peroxodi-sulphuric-acid-produces-1-two-moles-of-sulphuric-acid-2-two-moles-of-peroxomono-sulphuric-acid-3-one-mole-of-sulphuric-acid-one-mole-of-peroxomono-sulphu https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246NjczNw-which-of-the-following-is-the-correct-statement-1-f2-has-higher-dissociation-energy-than-cl2-2-f-has-higher-electron-affinity-than-cl-3-hf-is-stronger-acid-than-hcl-4-boiling-point-increases-down-the https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246Njc0MA-incorrectly-matched-characteristic-is-1-s8-covalent-lattice-2-p4-tetrahedron-3-s52-zigzag-4-sio2-covalent-lattice-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246Njc0NQ-among-the-following-reactions-n2-is-not-generated-by-heating-1-nh4-2cr2o7-2-nh4cl-nano2-3-nh4cl-cao-4-ba-n3-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246Njc0Ng-an-oxyacid-among-the-following-that-contains-both-p-h-and-p-p-bonds-simultaneously-is-1-h4p2o5-2-h4p2o7-3-h4p2o6-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246Njc1Mg-oxidation-of-nitrogen-among-the-following-reactions-is-indicated-by-1-mathrm-n-2-rightarrow-2-mathrm-nh-3-2-mathrm-n-2-mathrm-o-4-rightarrow-2-mathrm-no-2-3-mathrm-no-3-rightarrow-mathrm-n-2-mathrm-o https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-Rpb246Njc1OQ-which-of-the-following-has-been-arranged-in-order-of-decreasing-bond-dissociation-energy-1-p-o-cl-o-s-o-2-p-o-s-o-cl-o-3-s-o-cl-o-p-o-4-cl-o-s-o-p-o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246MjY1MDA-no2-is-the-anhydride-of-1-hno3-2-hno2-3-hno3-hno2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246MjY1MDI-mathrm-pcl-3-upon-hydrolysis-gives-an-oxyacid-of-phosphorous-the-basicity-of-that-oxyacid-is-1-one-2-two-3-three-4-four-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246MjY1MDM-which-set-of-oxide-of-nitrogen-is-paramagnetic-in-nature-1-no-n2o-2-no2-no-n2o-3-no-no2-4-n2o-no2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246MjY1MDU-compound-among-the-following-with-an-s-s-bond-is-1-h2s2o7-2-h2so5-3-h2s2o8-4-h2s2o6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246MjY1MzM-the-bleaching-action-of-so2-is-due-to-its-1-acidic-property-2-basic-property-3-reducing-property-4-oxidising-property-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246MjY2MTM-which-is-not-hydrolysed-with-water-1-pcl3-2-nf3-3-ncl3-4-bcl3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246Mjc3OTI-the-following-solid-exists-in-the-form-of-ions-1-bi3-2-bcl3-3-bf3-4-cabo2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246Mjc4MDM-which-of-the-following-is-not-hydrolysed-1-ccl4-2-sicl4-3-gecl4-4-sncl4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246Mjk2MDk-the-correct-order-of-boiling-points-for-group-16-hydrides-is-1-h2o-h2s-h2se-h2te-2-h2te-h2se-h2s-h2o-3-h2s-h2se-h2te-h2o-4-h2o-h2te-h2se-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246Mjk4MDM-ammonia-on-reaction-with-excess-of-chlorine-gives-1-ncl3-and-hcl-2-n2-and-nh4cl-3-ncl3-and-nh4cl-4-n2-and-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246MzAyODE-white-phosphorous-reacts-with-calcium-to-form-a-certain-compound-which-on-hydrolysis-produces-1-ph3-2-h3po4-3-p4o6-4-p4o10-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246MzgxNTU-which-of-the-following-pairs-of-molecules-have-the-almost-identical-bond-dissociation-energy-1-f2-and-h2-2-n2-and-co-3-f2-and-i2-4-hf-and-o2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA4MDQ-match-the-interhalogen-compounds-of-column-i-with-the-geometry-in-column-ii-and-assign-the-correct-code-column-i-column-ii-a-xx-i-t-shape-b-xx-3-ii-pentagonal-bipyramidal-c-xx-5-iii-linear-d-xx-7-iv-s https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA4MzE-in-which-pair-of-ions-both-the-species-contain-s-s-bond-a-s2o72-s2o32-b-s4o62-s2o32-c-s2o72-s2o82-d-s4o62-s2o72-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA4NTM-alf3-is-soluble-in-hf-only-in-presence-of-kf-it-is-due-to-the-formation-of-1-k3-aif3h3-2-k3-aif6-3-alh3-4-k-aif3h-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA4NjA-hot-concentrated-sulphuric-acid-is-a-moderately-strong-oxidising-agent-which-of-the-following-reaction-does-not-show-oxidising-behaviour-a-cu-2h2so4-rarr-cuso4-so2-2h2o-b-3s-2h2so4-rarr-3so2-2h2o-c-c https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA4NjM-among-the-following-which-one-is-a-wrong-statement-1-ph5-and-bicl5-do-not-exist-2-rho-p-dp-bonds-are-present-in-so2-3-sef4-and-ch4-have-same-shape-4-i3-has-bent-geometry-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA4ODU-copper-on-heating-with-concentrated-hno3-produces-1-cu-no3-2-and-no-2-cu-no3-2-no-and-no2-3-cu-no3-2-and-n2o-4-cu-no3-2-and-no2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA4OTM-match-the-compounds-given-in-column-i-with-the-hybridisation-and-shape-given-in-column-ii-and-mark-the-correct-option-column-i-column-ii-a-xef6-1-distorted-octahedral-b-xeo3-2-square-planar-c-xeof4-3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA4OTg-the-correct-statement-about-given-acids-is-1-phosphinic-acid-is-a-monoprotic-acid-while-phosphonic-acid-is-a-diprotic-acid-2-phosphinic-acid-is-a-diprotic-acid-while-phosphonic-acid-is-a-monoprotic-ac https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA5MDY-the-product-obtained-as-a-result-of-a-reaction-of-nitrogen-with-cac2-is-1-cacn-2-cacn3-3-ca2cn-4-cacn2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA5MzY-nitrogen-dioxide-and-sulphur-dioxide-have-some-properties-in-common-which-property-is-shown-by-one-of-these-compounds-but-not-by-the-other-1-forms-acid-rain-2-is-a-reducing-agent-3-is-soluble-in-water https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA5Mzc-the-maximum-bond-angle-at-nitrogen-is-present-in-which-of-the-following-1-no2-2-no2-3-no2-4-no3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDA5OTE-which-of-the-statements-given-below-is-incorrect-1-cl2o7-is-an-anhydride-of-perchloric-acid-2-o3-molecule-is-bent-3-onf-is-isoelectronic-with-anionic-no2-4-of2-is-an-oxide-of-fluorine-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDEwMDQ-the-variation-of-the-boiling-point-of-the-hydrogen-halides-is-in-the-order-hf-hi-hbr-hcl-what-explains-the-higher-boiling-point-of-hydrogen-fluoride-1-the-electronegativity-of-fluorine-is-much-higher https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDEwMDg-find-the-reason-responsible-for-the-strong-reducing-behaviour-of-h-po-hypophosphorous-acid-1-presence-of-one-oh-group-and-two-p-h-bonds-2-high-electron-gain-enthalpy-of-phosphorus-3-high-oxidation-sta https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDEwNzU-roasting-of-sulphides-gives-the-gas-x-as-a-by-product-this-is-a-colourless-gas-with-choking-smell-of-burnt-sulphur-and-causes-great-damage-to-respiratory-organs-as-a-result-of-acid-rain-its-aqueous-so https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDExMDg-when-cl2-gas-reacts-with-hot-and-concentrated-sodium-hydroxide-solution-the-oxidation-number-of-chlorine-changes-from-1-zero-to-1-and-zero-to-5-2-zero-to-1-and-zero-to-5-3-zero-to-1-and-zero-to-3-4-ze https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NDEyNzI-among-the-following-which-is-the-strongest-oxidising-agent-1-f2-2-br2-3-i2-4-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTA5MTE-consider-the-following-information-x-f-or-cl-molecule-p-x-axial-p-x-equitorial-bond-length-bond-length-pf5-a-b-pf4ch3-c-d-pf3-ch3-2-e-f-pcl5-g-h-according-to-information-choose-the-incorrect-order-of https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM4Mjc-for-which-element-would-xh3-be-a-stable-species-1-c-2-si-3-p-4-s-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM4Mjk-the-physical-property-of-hydrides-of-group-16-that-decreases-down-the-group-is-1-melting-point-2-thermal-stability-3-boiling-point-4-critical-temperature-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM4Mzk-which-of-the-following-statements-about-acid-strength-is-false-1-hi-hbr-hcl-2-hio4-hbro4-hcio4-3-hclo4-hclo3-hclo2-4-hf-h2o-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM4NDE-concentrated-nitric-acid-reacts-with-iodine-to-give-1-hoi-2-hi-3-hio3-4-hio4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM4NDU-thermally-most-stable-compound-is-1-hocio3-2-hocio2-3-hocl-4-hocio-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM4NDk-which-of-the-following-halogen-oxide-is-used-for-estimation-of-carbon-monoxide-in-automobile-exhaust-gases-1-cl2o7-2-i2o5-3-clo2-4-bro3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM4NTU-only-iodine-forms-hepta-fluoride-if7-but-chlorine-and-bromine-give-penta-fluorides-the-reason-for-this-is-1-low-electron-affinity-of-iodine-2-unusual-pentagonal-bipyramidal-structure-of-if7-3-that-the https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5MDQ-which-of-the-following-compounds-undergo-thermal-decomposition-to-liberate-nitrogen-gas-1-nh4no2-2-nan3-3-nh42cr2o7-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5MDc-two-oxides-of-nitrogen-no-and-no2-are-allowed-to-react-together-at-243-deg-k-and-form-a-coloured-compound-of-nitrogen-x-when-compound-x-reacts-with-water-to-yield-another-compound-of-nitrogen-y-the-sh https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5MDg-consider-the-following-sequence-of-reaction-na-nh3-g-8594-x-8594-n2oy-8594-heatzgaspure-identify-z-gas-a-n2-b-nh3-c-o2-d-h2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5MTA-which-of-the-following-statements-is-true-1-nh3-is-less-soluble-than-ph3-in-water-2-nh3-is-a-stronger-base-and-stronger-reducing-agent-than-ph3-3-nh3-has-a-higher-boiling-point-than-ph3-and-has-a-lowe https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5MTE-which-of-the-following-on-heating-produces-no2-a-nano3-b-agno3-c-nh4no3-d-nh4no2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5MTM-a-h2o-8594-b-hcl-b-h2o-8594-c-hcl-compound-a-b-and-c-will-be-respectively-a-pcl5-pocl3-h3po3-b-pcl5-pocl3-h3po4-c-socl2-pocl3-h3po3-d-pcl3-pocl3-h3po4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5NTc-which-of-the-following-is-in-the-correct-sequence-for-the-correct-order-mark-t-and-for-the-incorrect-order-mark-f-a-lewis-acidity-order-sif4-thinsp-sbh3-thinsp-ash3-thinsp-ph3-c-boiling-point-nh3-thin https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5NzU-incorrect-statement-regarding-ph3-is-1-it-is-produced-by-the-hydrolysis-of-ca3p2-2-it-gives-a-black-ppt-cu3p2-with-a-cuso4-solution-3-it-spontaneously-burns-in-the-presence-of-p2h4-4-it-does-not-react https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5NzY-which-of-the-following-compound-does-not-produce-oxyacid-of-central-atom-on-hydrolysis-1-bf3-2-ncl3-3-sf4-4-pcl5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5Nzk-the-false-statement-regarding-hydrides-from-the-15th-group-is-1-nh3-ph3-ash3-sbh3-bih3-thermal-stability-2-n-h-p-h-as-h-sb-h-bi-h-e-h-bond-dissociation-enthalpy-3-nh3-ph3-ash3-sbh3-bih3-reducing-chara https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5ODA-a-non-metal-m-forms-mcl3-m2o5andmg3m2-but-does-not-form-mi5-then-incorrect-statement-regarding-non-metal-m-is-a-m-can-form-multiple-bond-b-m-is-of-second-period-element-c-atomicity-of-non-metal-is-4-d https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5ODM-the-correct-order-of-s-8212-s-bond-length-in-the-following-oxyanion-is-i-s2o42-ii-s2o52-iii-s2o62-a-i-62-ii-62-iii-b-i-62-iii-62-ii-c-iii-62-ii-62-i-d-iii-62-i-62-ii-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5ODY-in-which-of-the-following-reaction-product-does-not-contain-peroxy-linkage-1-2of-rarr-dimerisation-2-h4p2o8-rarr-h2o-3-2na-rarr-excesso2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5OTA-consider-the-following-statements-in-respect-of-oxides-of-sulphur-1-in-gas-phase-so2-molecule-is-v-shape-2-in-gas-phase-so3-molecule-is-planar-3-y-8208-so3-is-cyclic-trimer-which-of-the-above-statemen https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5OTM-the-gas-that-cannot-be-collected-over-water-is-1-n2-2-o2-3-so2-4-ph3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTM5OTk-one-gas-bleaches-the-colour-of-flowers-by-reduction-while-the-other-gas-bleaches-by-oxidation-the-two-gases-respectively-are-1-co-and-cl2-2-h2s-and-br2-3-nh3-and-so3-4-so2-and-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwMDI-which-of-the-following-halides-cannot-be-hydrolysed-at-room-temperature-i-tef6-ii-sf6-iii-ncl3-iv-nf3-1-iiiandiv-2-i-iiandiii-3-i-iiandiv-4-iiandiv-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwMTE-which-parent-oxy-acid-does-not-have-its-own-hypo-acid-1-h2so2-2-hno2-3-h3po3-4-hclo3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwMTI-consider-the-following-reactions-i-pcl3-3h2o-rarr-h3po3-3hcl-ii-sf4-3h2o-rarr-h2so3-4hf-iii-bcl3-3h2o-rarr-h3bo3-3hcl-iv-xef6-3h2o-rarr-xeo3-6hf-then-according-to-given-information-the-incorrect-state https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwMTM-consider-the-oxy-acids-hclon-series-here-value-of-n-is-1-to-4-then-incorrect-statement-regarding-these-oxy-acids-is-1-acidic-character-of-oxy-acids-increases-with-increasing-value-of-n-2-oxidising-pow https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwMTg-the-correct-statement-regarding-cion-8208-molecular-ion-is-1-on-decreasing-value-of-n-cl-8212-o-bond-order-increases-2-on-the-increasing-value-of-n-cl-8212-o-bond-length-increases-3-on-the-increasing https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwMjY-in-cl2o6-l-hf-8594-p-q-ifh-ofacidhfattacheswithqthencorrectoptionforhybrizationofcl-atom-and-8736-ociointhepandqions-a-p-sp2-62-120-176-b-q-sp3-109-176-28-c-p-sp3-60-109-176-28-d-q-sp3-62-109-176-28-1 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNDE-bromine-is-commercially-prepared-from-sea-water-by-displacement-reaction-cl2-br-8208-aq-8594-2cl-8208-aq-br2-br2-gas-thus-formed-is-dissolved-into-solution-of-na2co3-and-then-pure-br2-is-obtained-by-t https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNDY-cl2-g-ba-oh-2-rarr-x-aq-bacl2-h2o-x-h2so4-rarr-y-baso4-y-xrightarrow-delta-365-k-z-h2o-o2-y-and-z-are-respectively-1-hclo4-clo2-2-hclo3-clo2-3-hclo3-clo6-4-hclo4-cl2o7-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNDk-auto-oxidation-of-bleaching-powder-gives-1-only-calcium-chlorate-2-only-calcium-chloride-3-only-calcium-hypochlorite-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNTk-the-three-elements-x-y-and-z-with-electronic-configuration-shown-below-all-form-hydrides-element-thinsp-electronic-thinsp-configuration-thinsp-thinsp-thinsp-thinsp-thinsp-thinsp-x1s22s22p2-y1s22s22p63 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNjI-the-incorrect-order-is-a-hf-60-hcl-60-hbr-60-hl-thinsp-acidicstrength-b-hf-62-hcl-62-hbr-62-hl-thinsp-thermalstability-c-hf-62-hcl-62-hbr-62-hl-thinsp-boilingpoint-d-hf-62-hcl-62-hbr-62-hl-thinsp-bond https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNjQ-the-correct-statement-among-the-following-is-when-xef2andxef6-are-separately-hydrolyzed-1-bothgiveouto2-2-xef6giveso2andxef2doesnot-3-xef2alonegiveso2-4-neitherofthemgiveshf-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNjU-mf-xef4-8594-a-m-alkalimetalcation-the-state-of-hybridisation-of-the-central-atom-in-a-and-shape-of-the-species-are-a-sp3d-tbp-b-sp3d3-pentagonalplanar-c-sp3d2-distortedoctahedral-d-nocompoundformedat https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNjY-xef6-dissolves-in-anhydrous-hf-to-give-a-good-conducting-solution-that-contains-1-h-and-xef-7-ions-2-hf-2-and-xef-5-ions-3-hxef-6-and-f-ions-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNjg-which-of-the-following-statements-about-helium-is-false-1-it-has-the-lowest-boiling-point-2-it-has-the-highest-first-ionization-energy-3-it-can-diffuse-through-rubber-and-plastic-material-4-it-can-for https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNzA-which-of-the-following-is-an-uncommon-hydrolysis-product-of-xef2andxef4-a-xe-b-xeo3-c-hf-d-o2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNzI-sbf5-reacts-with-xef4-to-form-an-adduct-the-shapes-of-cation-and-anion-in-the-adduct-are-respectively-1-square-planar-trigonal-bipyramidal-2-t-shaped-octahedral-3-square-pyramidal-octahedral-4-square https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNzM-which-of-the-following-statements-about-the-subsequent-reactions-is-false-a-x-is-explosive-b-y-is-an-oxyacid-of-xenon-c-both-are-examples-of-non-redox-reactions-d-xef6-can-undergo-partial-hydrolysis-1 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNzQ-which-of-the-following-noble-gas-does-not-form-clathrate-compound-a-kr-b-ne-c-xe-d-ar-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNzU-correct-order-of-bond-angle-in-given-species-is-a-sio44-62-pcl3-62-ncl3-62-sbh3-62-h2te-b-sio44-62-ncl3-62-pcl3-62-sbh3-62-h2te-c-sio44-62-h2te-62-sbh3-62-pcl3-62-ncl3-d-ncl3-62-pcl3-62-sio44-62-sbh3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNzY-the-incorrect-order-is-a-n-62-p-62-as-thinsp-strengthof-960-8208-bondwithoxygenatom-b-sif4-62-sicl4-62-sibr4-62-sil4-thinsp-thermalstability-c-h2s-62-h2se-62-h2te-thinsp-arrheniousacidcharacter-d-cabr https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NTQwNzg-among-the-following-cyclic-species-are-i-h5p3o10-ii-b3o3oh52-iii-h5p5o15-iv-p3n3cl6-a-i-iii-b-i-iii-iv-c-ii-iii-iv-d-i-ii-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjA5Nzk-hcn-h2o-8594-x-nh3-x-8594-8710-y-h2o-unbalanced-equations-y-may-be-prepared-by-which-one-of-the-following-methods-a-by-dehydration-of-malonic-acid-with-p2o5-b-by-thermal-decomposition-of-carbon-sub-ox https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNTI-select-the-correct-statement-about-elements-of-group-15th-a-the-order-of-stability-of-oxidation-state-for-3-is-bi3-62-sb3-62-as3-and-for-5-is-bi5-60-sb5-60-as5-b-in-the-case-of-nitrogen-all-oxidation https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNTM-which-of-the-following-compounds-does-not-give-nitrogen-on-heating-1-nan3-2-nh42so4-3-nh4no2-4-nh42cr2o7-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNTQ-a-brown-coloured-mixture-of-two-gases-is-obtained-by-reducing-6-n-nitric-acid-with-metallic-copper-this-mixture-on-cooling-condenses-to-a-blue-liquid-which-on-freezing-30-oc-gives-a-blue-solid-the-cor https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNTY-which-of-the-following-statements-is-false-1-nitrous-oxide-supports-combustion-more-vigorously-than-air-2-phosphorous-pentaoxide-dehydrates-nitric-acid-forming-nitrogen-pentaoxide-3-reactivity-order-o https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNjI-nh4clo4-hno3dilute-8594-hclo4-x-x-8594-8710-yg-x-and-y-are-respectively-a-nh4no3andn2o-c-nh4no2andn2-b-hno4ando2-d-none-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNjY-one-of-the-products-of-the-following-reaction-kcno-nh4so4-is-a-nh4no2-b-nh4no3-c-nh2-co-nh2-d-n2-and-no2-both-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNjg-which-of-the-following-orders-is-correct-1-sbh3-62-nh3-62-ash3-62-ph3-ndash-boiling-point-2-nh3-62-ph3-62-ash3-62-sbh3-ndash-thermal-stability-3-nh3-62-ph3-62-ash3-62-sbh3-ndash-basic-character-4-nh3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNjk-which-of-the-following-is-correct-1-s3o9-ndash-contains-no-s-s-linkage-2-s2o62-ndash-contains-ndash-o-o-linkage-3-hpo33-ndash-contains-p-ndash-p-linkage-4-s2o82-contains-s-ndash-s-linkage-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNzA-the-oxidation-states-of-the-s-atom-in-s4o62-from-left-to-right-respectively-are-1-6-0-0-and-6-2-5-1-1-and-5-3-5-0-0-and-5-4-3-1-1-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNzM-one-gas-bleaches-the-coloured-matter-by-reduction-temporary-while-the-other-one-by-oxidation-permanently-the-gases-are-respectively-1-so2andcl2-2-o3andcl2-3-h2sandco2-4-cl2andso2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNzQ-h2so4-cannot-be-used-to-prepare-hi-from-ki-as-1-its-reaction-with-ki-is-very-slow-2-it-oxidizes-hi-to-iodine-3-it-disproportionates-hi-4-it-reduces-hi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNzY-which-of-the-following-statements-is-false-1-h3po2-h3po3-and-h3po4-all-are-tribasic-and-reducing-in-nature-2-amongst-anions-no-3-so-3-2-co-3-2-and-bo-3-3-only-so-3-2-have-p-pi-d-pi-bonding-3-amongst-a https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNzc-the-incorrect-statement-among-the-following-regarding-helium-is-1-it-is-used-to-produce-and-sustain-powerful-superconducting-magnets-2-it-is-used-as-a-cryogenic-agent-for-carrying-out-experiments-at-l https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwODM-assertion-pbi4-is-not-known-probably-because-of-the-oxidising-power-of-pb-iv-and-reducing-power-of-i-reason-iodide-stabilizes-higher-oxidation-state-if-both-the-assertion-and-the-reason-are-true-and-t https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwODU-assertion-p4o10-is-not-used-to-dry-nh3-reason-p4o10-is-acidic-and-nh3-is-basic-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explanation-of-the-assertion-if-both-the-assert https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwODc-assertion-hno3-is-stronger-acid-than-hno2-reason-in-hno3-there-are-two-nitrogen-to-oxygen-bonds-where-as-in-hno2-there-is-only-one-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-cor https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwODg-assertion-hno3-oxides-sulphur-to-h2so4-acid-s-vi-but-only-oxidizes-selenium-to-h2seo3-se-iv-reason-in-selenium-atoms-the-electrons-are-more-tightly-held-by-the-nucleus-on-account-of-increased-nuclear https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwODk-assertion-sulphur-dioxide-is-more-powerful-reducing-agent-in-alkaline-medium-than-in-acidic-medium-reason-sulphur-dioxide-reacts-with-hydrogen-sulphide-in-presence-of-moisture-and-sulphur-is-precipita https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwOTA-assertion-sf6-is-used-as-a-gaseous-insulator-in-high-voltage-generators-reason-it-is-inert-and-has-good-dielectric-properties-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwOTE-assertion-finely-divided-iron-does-not-form-ferric-chloride-with-hydrochloric-acid-reason-hydrochloric-acid-produces-hydrogen-gas-with-iron-if-both-the-assertion-and-the-reason-are-true-and-the-reason https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwOTM-assertion-xef6-reacts-with-small-quantity-of-water-to-form-xeof4-reason-xef6-reacts-with-glass-and-form-xeof4-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explanation-of-t https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjYzMjk-which-one-of-the-following-does-not-exist-1-xeof4-2-nef2-3-xef2-4-xef6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjYzMzQ-the-hybridisation-of-atomic-orbitals-of-nitrogen-in-no2-no3-andnh4-are-a-sp-sp3-and-sp2-respectively-b-sp-sp2-and-sp3-respectively-c-sp2-sp-and-sp3-respectively-d-sp2-sp3-and-sp-respectively-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjYzMzc-which-of-the-following-hydrides-is-most-acidic-1-h2te-2-h2se-3-h2o-4-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjYzNDA-which-of-the-following-statements-about-h2so4-is-false-1-it-can-act-as-an-oxidising-agent-with-copper-2-it-acts-as-a-dehydrating-agent-with-sugar-3-it-acts-as-an-acid-in-its-reaction-with-bao2-4-it-ac https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjYzNDI-which-of-the-following-oxide-is-most-acidic-1-na2o-2-al2o3-3-p2o5-4-so3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjYzNDY-the-least-acidic-oxide-among-the-following-is-1-p4o6-2-p4o10-3-as4o6-4-as4o10-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjYzNTQ-which-of-the-following-polyhalide-ion-is-most-stable-1-br3-2-i3-3-cl3-4-f3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjYzNTY-a-diamagnetic-element-burns-in-air-to-form-a-dioxide-this-dioxide-can-reduce-iodine-to-hi-when-h2-gas-is-bubbled-through-this-element-it-forms-a-hydride-it-was-found-that-the-reaction-of-the-dioxide-a https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjYzNjI-point-out-the-incorrect-statement-among-the-following-1-the-oxidation-state-of-oxygen-is-2-in-of2-2-acidic-character-follows-the-order-h2o-h2s-h2se-h2te-3-the-tendency-to-form-multiple-bonds-increases https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0MjM-which-of-the-following-statements-is-unacceptable-1-among-hclo3-hclo4-hclo-and-hclo2-hclo3-is-the-weakest-acid-2-bromide-ion-can-be-oxidised-to-br2-by-chlorine-3-cl2o7-is-the-anhydride-of-hclo4-4-amon https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0Mjg-moist-ammonia-gas-is-dried-over-1-p2o5-2-anhydrous-cacl2-3-quick-lime-4-conc-h2so4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0MzM-the-correct-increasing-order-for-the-acid-strength-of-nitrogen-oxides-is-1-n2o-thinsp-no-thinsp-n2o4-thinsp-n2o3-thinsp-n2o5-2-n2o-thinsp-no-thinsp-n2o3-thinsp-n2o4-thinsp-n2o5-3-n2o-thinsp-n2o3-thins https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0Mzc-in-the-compounds-of-the-type-pox3-the-p-atom-multiple-bond-is-of-the-type-1-p-960-p-960-2-d-960-d-960-3-p-960-d-960-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0Mzk-which-of-the-following-statement-is-not-true-for-phosphorus-1-it-is-non-metal-2-it-exists-as-a-tetrahedral-molecular-solid-3-it-is-less-reactive-than-nitrogen-4-p-p-bond-is-much-weaker-than-n-equiv-n https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0NDA-dipole-moment-is-highest-for-1-ncl3-2-nbr3-3-ni3-4-nf3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0NDE-the-basicity-of-the-acids-h3po2-h3po3-h3po4-and-h4p2o7-are-respectively-a-1-2-3-7-b-2-3-4-7-c-1-2-3-4-d-1-2-3-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0NDM-the-correct-order-of-decreasing-lewis-acid-strength-of-trichlorides-of-group-15-elements-is-a-ascl3-62-pcl3-62-bicl3-62-sbcl3-b-pcl3-62-ascl3-62-sbcl3-62-bicl3-c-ncl3-62-pcl3-62-ascl3-62-sbcl3-d-sbcl3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0NTI-which-of-the-following-flourides-has-the-least-capacity-as-fluoride-ion-acceptor-1-asf5-2-sbf5-3-pf5-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0NTM-the-ionic-character-of-h-x-is-highest-in-1-hbr-2-hi-3-hf-4-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0NTQ-the-strongest-acid-is-1-h3po2-2-h3po3-3-h4p2o7-4-h3po4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0NTg-which-of-the-following-hy-hydra-acid-of-halogen-is-the-strongest-acid-best-reducing-agent-is-the-least-stable-and-is-easily-oxidised-1-hf-2-hcl-3-hbr-4-hi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0NjE-the-strength-of-halogen-acids-hf-hcl-hbr-and-hi-varies-in-the-order-1-hf-hcl-hbr-hi-2-hf-hbr-hi-hcl-3-hbr-hi-hcl-hf-4-hi-hbr-hcl-hf-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY0NjU-why-does-fluorine-not-produce-oxyacids-1-it-is-most-electronegative-2-it-is-the-most-powerful-oxidising-agent-3-it-has-vacant-d-orbitals-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY1MTg-which-is-correct-order-of-basic-strength-a-ocl-62-clo2-62-clo3-62-clo4-b-clo4-62-clo3-62-clo2-62-clo-c-clo3-62-clo4-62-clo2-62-clo-d-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY1MTk-which-of-the-following-does-not-form-stable-pentoxide-1-as-2-sb-3-bi-4-p-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY1MjA-which-is-the-correct-order-order-of-decreasing-boiling-point-of-azeotropic-mixtures-hx-h2o-1-hi-hbr-hf-hcl-2-hi-hcl-hbr-hf-3-hf-hcl-hbr-hi-4-hcl-hf-hbr-hi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY1MjE-f2-reacts-with-dilute-naoh-to-give-oxygen-difluroide-the-formula-is-1-f2o-2-of2-3-f2o2-4-f2o3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY1MjI-which-of-the-following-oxyacids-of-chlorine-is-least-tendency-to-get-oxidise-1-hocl-2-hclo2-3-hclo3-4-hclo4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY1MjM-which-of-the-following-is-most-basic-1-f-2-cl-3-br-4-i-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY1MjQ-of-the-hydrides-h2o-thinsp-h2se-thinsp-andh2te-the-one-which-has-the-smallest-pka-value-is-1-h2o-2-h2s-3-h2se-4-h2te-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY1MjU-the-shape-of-clo3-is-1-tetrahedral-2-triangular-planer-3-triangular-pyramid-4-planer-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY1MjY-which-reaction-can-not-be-used-for-the-preparation-of-halogen-acid-a-2kbr-h2so4-conc-8594-k2so4-2hbr-b-nacl-h2so4-conc-8594-nahso4-hcl-c-nahso4-nacl-8594-na2so4-hcl-d-caf2-h2so4-conc-8594-caso4-2hf-1 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY1Mjc-an-element-x-forms-compounds-of-the-formula-xcl3-x2o5andca3x2-but-does-not-form-xcl5-which-of-the-following-is-the-element-1-b-2-al-3-n-4-p-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2MTg-oxygen-does-not-form-of6-because-1-it-has-a-small-size-2-there-are-no-vacant-d-orbitals-available-3-it-has-high-ionization-energy-4-it-has-a-large-size-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2MTk-the-molecule-having-the-smallest-bond-angle-is-1-h2o-2-h2s-3-h2te-4-h2se-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2MjA-the-correct-statement-regarding-h3po3-is-1-each-hydrogen-atom-is-attached-to-oxygen-2-two-hydrogen-atoms-are-attached-to-oxygen-atoms-3-one-atom-of-h-is-attached-to-oxygen-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2MjE-strong-oxidising-agent-and-strong-reducing-agents-are-respectively-1-f2-hi-2-cl2-hcl-3-br2-hbr-4-i2-hf-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2MjI-oxide-of-a-non-metal-possesses-the-following-characterstics-i-it-is-both-a-proton-donor-and-proton-acceptor-ii-it-is-poor-conductor-of-electricity-iii-it-reacts-readily-with-basic-and-acidic-oxides-iv https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2MjM-a-yellow-metallic-powder-is-burnt-in-a-stream-of-fluorine-to-obtain-a-colourless-gas-x-which-is-thermally-stable-and-chemically-inert-its-molecule-has-octahedral-geometry-another-colourless-gas-y-with https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2MjQ-the-shape-and-the-type-of-hybridization-of-the-cl-atom-in-the-cif3-molecule-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2NDE-in-the-nitrogen-family-the-h-m-h-bond-angle-in-the-hybrides-mh3-gradually-becomes-closer-to-90o-if-we-move-from-n-to-sb-this-shows-that-gradually-1-the-basic-strength-of-hybrides-increases-2-pure-p-or https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2NDM-assertion-in-trimethyalamine-n-ch3-3-the-nitrogen-has-a-pyramidal-geometry-wheres-in-trisilylamine-n-sih3-3-it-has-a-planer-geometry-reason-in-trimethylamine-nitrogen-shows-sp3-hybridization-while-in https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2NDU-assertion-most-of-the-known-noble-gas-compounds-are-those-of-xenon-reason-the-ionisation-enthalpy-of-xenon-is-very-close-to-that-of-oxygen-if-both-the-assertion-and-the-reason-are-true-and-the-reason https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2NDY-assertion-clf3-exists-but-fcl3-does-not-reason-fcl3-is-not-formed-due-to-the-inability-of-f-to-expand-its-coordination-number-due-to-the-absence-of-a-vacant-d-subshell-if-both-the-assertion-and-the-re https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2NDg-assertion-among-hydrides-of-the-elements-of-group-16-water-shows-unusual-physical-properties-reason-water-shows-unusual-physical-properties-due-to-hydrogen-bonding-between-the-water-molecules-if-both https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjY2NDk-assertion-fluorine-is-a-stronger-oxidizing-agent-than-chlorine-reason-fluorine-can-displace-chlorine-from-chlorides-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explanatio https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246ODkwNjE-choose-the-pairs-of-isoelectronic-compounds-which-are-isostructural-1-tef2-xef2-2-ibr2-xef2-3-if3-xef2-4-becl2-xef2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246ODkyMDY-how-many-lone-pairs-of-electrons-are-present-on-the-central-chlorine-atom-in-the-structure-of-clf-1-one-1-2-two-2-3-four-4-4-three-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTAyMjQ-which-one-of-the-following-orders-is-correct-for-the-bond-dissociation-enthalpy-of-halogen-molecules-1-cl2-br2-f2-l2-2-br2-l2-f2-cl2-3-f2-cl2-br2-l2-4-l2-br2-cl2-f2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTEyMjM-the-acidity-of-diprotic-acids-in-aqueous-solution-increases-in-the-order-1-h2s-h2se-h2te-2-h2se-h2s-h2te-3-h2te-h2s-h2se-4-h2se-h2te-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTE0OTY-which-of-the-following-compounds-does-not-release-oxygen-when-heated-1-zn-clo3-2-2-k2cr2o7-3-nh4-2cr2o7-4-kclo3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTIyODE-the-incorrect-statement-regarding-oxoacids-of-phosphorus-is-1-orthophosphoric-acid-is-used-in-the-manufacture-of-triple-superphosphate-2-hypophosphorous-acid-is-a-diprotic-acid-3-all-oxoacids-contain https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTIyODM-sulphur-trioxide-can-be-obtained-by-which-of-the-following-reaction-1-caso4-c-rarr-2-fe2-so4-3-rarr-3-s-h2so4-rarr-4-h2so4-pcl5-rarr-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTI1MDg-which-of-the-following-compounds-has-the-lowest-melting-point-1-cabr2-2-cal2-3-caf2-4-cacl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTI2NDI-which-of-the-following-represents-the-oxidation-states-of-phosphorus-in-h4p2o5-h4p2o6-h4p2o7-respectively-1-3-5-4-2-5-3-4-3-5-4-3-4-3-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTQwNTA-the-electronegativity-difference-between-n-and-f-is-greater-than-that-between-n-and-h-yet-the-dipole-moment-of-nh3-1-5-d-is-larger-than-that-of-nf3-0-2-d-this-is-because-1-in-nh3-as-well-as-in-nf3-the https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTU1ODQ-the-correct-thermal-stability-order-for-mathrm-h-2-e-mathrm-e-o-s-se-te-text-and-mathrm-po-among-the-following-is-1-mathrm-h-2-se-h-2-te-h-2-po-h-2-o-h-2-s-2-mathrm-h-2-s-h-2-o-h-2-se-h-2-te-h-2-po-3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTU2MDE-match-the-name-of-process-given-in-column-i-with-the-name-of-compound-given-in-column-ii-and-mark-the-correct-option-column-i-column-ii-a-pure-nitrogen-i-chlorine-b-haber-process-ii-sulphuric-acid-c-c https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTU2MDk-false-statement-regarding-pcl5-is-1-pcl5-molecule-is-non-reactive-2-three-equatorial-p-cl-bonds-make-an-angle-of-120-deg-with-each-other-3-two-axial-p-cl-bonds-make-an-angle-of-180-deg-with-each-other https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTExNzQ5-find-the-product-formed-when-platinum-reacts-with-aqua-regia-1-pt-no3-4-2-h2ptcl6-3-ptcl4-4-ptcl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNDky-radon-is-used-in-the-treatment-of-1-typhoid-2-cancer-3-cough-and-cold-4-corona-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNDkz-the-gas-that-is-used-in-the-gas-thermometer-is-1-mathrm-he-2-mathrm-o-2-3-mathrm-xe-4-mathrm-ne-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNDk0-the-welding-of-magnesium-can-be-done-in-an-atmosphere-of-1-o2-2-ar-3-n2-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNDk1-which-of-the-following-statements-is-false-1-he-is-used-in-gas-cooled-nuclear-reactors-2-he-is-used-as-a-cryogenic-agent-for-carrying-out-experiments-at-low-temperature-3-he-is-used-to-produce-and-sus https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNDk2-which-of-the-following-liquids-has-the-ability-to-climb-the-glass-vessel-s-wall-1-alcohol-2-liquid-he-3-liquid-n2-4-water-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNDk3-which-of-the-following-statement-is-false-1-liquid-helium-is-used-as-a-cryogenic-liquid-2-xeo3-has-four-sigma-and-four-pi-bonds-3-the-hybridisation-of-xe-in-xef4-is-sp3d2-4-among-noble-gases-the-occur https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNDk4-the-molecular-shapes-of-sf4-cf4-and-xef4-are-1-the-same-with-2-0-and-1-lone-pairs-of-electrons-on-the-central-atoms-respectively-2-the-same-with-1-1-and-1-lone-pairs-of-electrons-on-the-central-atoms https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNDk5-argon-is-used-1-to-obtain-low-temperature-2-in-high-temperature-welding-3-in-radiotherapy-for-the-treatment-of-cancer-4-in-filling-airships-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTAw-under-ambient-conditions-the-total-number-of-gases-released-as-products-in-the-final-step-of-the-reaction-scheme-shown-below-is-are-xef-6-xrightarrow-textbf-complete-hydrolysis-p-other-product-p-xrigh https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTAx-among-the-following-reactions-in-which-of-the-following-a-blue-complex-will-be-formed-when-starch-solution-is-added-a-when-chlorine-is-passed-through-nai-b-sodium-iodate-is-treated-with-sodium-bisulph https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTAz-decreasing-order-of-reducing-power-hydrogen-halides-is-1-hi-hbr-hcl-hf-2-hf-hi-hbr-hcl-3-hi-hf-hbr-hcl-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTA1-which-is-a-bad-conductor-of-electricity-1-h2f2-2-hcl-3-hbr-4-hi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTA2-hbr-and-hi-reduce-sulphuric-acid-hcl-can-reduce-kmno4-and-hf-reduces-1-h2so4-2-kmno4-3-k2cr2o7-4-none-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTA3-the-hydrogen-fluoride-is-liquid-unlike-the-other-hydrogen-halides-because-1-fluorine-is-a-smaller-atom-2-hf-is-the-weakest-acid-3-hf-molecules-are-associated-due-to-hydrogen-bonding-4-f2-is-highly-rea https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTA4-the-correct-order-of-the-thermal-stability-of-hydrogen-halide-h-x-is-1-hi-hbr-hcl-hf-2-hf-hcl-hbr-hi-3-hcl-hbr-hcl-hbr-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTA5-one-can-draw-the-map-of-a-building-on-a-glass-plate-by-1-hi-2-hf-3-hbr-4-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTEw-which-acid-can-combine-with-its-own-salt-again-1-hf-2-hbr-3-hcl-4-hi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTEx-hf-present-as-impurity-in-gaseous-xa0-f2-xa0-can-be-removed-by-passing-over-1-xa0-p2o5-2-naf-3-xa0-h2so4-4-xa0-cacl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTEy-hydrofluoric-acid-is-not-preserved-in-glass-bottles-because-1-it-reacts-with-the-visible-part-of-light-2-it-reacts-with-the-sodium-oxide-of-the-glass-composition-3-it-reacts-with-the-aluminium-oxide-o https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTEz-pure-hf-does-not-attack-1-glass-2-fe-3-sio2-4-polythene-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTE0-which-of-the-following-halogen-acids-has-the-lowest-boiling-point-1-hf-2-hcl-3-hbr-4-hi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTE2-spirit-of-salt-is-1-hbr-2-hcl-3-h2so4-4-hi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTE4-concentrated-hydrochloric-acid-when-kept-in-open-air-sometimes-produces-a-cloud-of-white-fumes-this-is-due-to-1-strong-affinity-of-hcl-gas-for-moisture-in-air-results-in-forming-of-droplets-of-liquid https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTE5-consider-the-following-reactions-a-cl2-reacts-with-an-aqueous-na2so3-solution-b-cl2-is-passed-through-suspension-of-iodine-c-cl2-reacts-with-dry-so2-d-cl2-is-passed-through-an-aqueous-so2-solution-sel https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTIw-pure-hbr-may-be-obtained-by-heating-sodium-bromide-with-syrupy-phosphoric-acid-and-not-with-concentrated-sulphuric-acid-because-concentrated-sulphuric-acid-is-1-more-volatile-2-less-stable-3-a-weaker https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTIx-hi-reacts-with-hno3-to-form-1-o2-2-n2o-3-hio3-4-no2-i2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTIy-which-of-the-following-halogen-oxides-is-ionic-1-i4o9-2-i2o5-3-bro2-4-clo3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTIz-among-halogens-maximum-oxides-are-formed-by-1-fluorine-2-chlorine-3-bromine-4-iodine-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTI0-which-is-the-true-covalent-oxide-of-iodine-1-i2o4-2-i2o5-3-i2o8-4-i4o9-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTI1-cl2o-is-an-anhydride-of-1-hclo4-2-hocl-3-cl2o3-4-hclo2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTI2-which-of-the-following-interhalogen-anions-is-linear-1-i3-2-icl2-3-both-a-and-b-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTI3-the-number-of-lone-pairs-of-electrons-present-in-the-central-atom-of-cif3-is-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTI4-what-order-does-the-stability-of-interhalogen-compounds-follow-1-if3-brf3-cif3-2-brf3-if3-clf3-3-clf3-brf3-if3-4-clf3-if3-brf3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTI5-during-bleaching-of-chlorine-an-antichlor-is-used-to-1-enhance-bleaching-action-2-eliminate-hydrogen-3-remove-chlorine-from-the-fibre-4-liberate-oxygen-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTMy-non-combustible-hydride-is-1-ph3-2-ash3-3-sbh3-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTM0-the-hydride-that-possesses-the-maximum-complex-formation-nature-is-1-nh3-2-ph3-3-bih3-4-sbh3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTM3-which-does-not-give-ammonia-with-water-1-mg3n2-2-aln-3-cacn2-4-ca-cn-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTQy-on-passing-h2s-through-the-acidified-fecl3-solution-fecl3-is-converted-into-1-fecl2-2-fe2-so4-3-3-fes-4-feso4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTQ3-so2-h2s-rarr-product-the-final-product-will-be-1-h2o-s-2-h2so4-3-h2so3-4-h2s2o3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTQ4-which-hydride-has-the-lowest-boiling-point-1-h2o-2-h2s-3-h2se-4-h2te-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTMxNjI4-a-compound-x-upon-reaction-with-h2o-produces-a-colourless-gas-y-with-a-rotten-fish-smell-gas-y-is-absorbed-in-a-solution-of-cuso4-to-give-cu3p2-as-one-of-the-products-the-compound-x-will-be-1-ca3p2-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTMxNjI5-which-of-the-following-oxoacids-of-phosphorus-shows-the-strongest-reducing-property-1-h4p2o7-2-h3po3-3-h3po2-4-h3po4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTMxNjMw-identify-the-correct-formula-of-oleum-from-the-following-1-h2s2o7-2-h2so3-3-h2so4-4-h2s2o8-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQxNTk1-which-element-from-p-960-p-960-multiple-bonds-with-itself-and-with-carbon-and-oxygen-1-p-as-2-n-as-3-n-p-4-n-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTUwMzkz-a-compound-that-cannot-hydrolysed-with-water-is-1-pcl3-2-nf3-3-ncl3-4-bcl3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTUwMzk5-the-correct-order-of-acidic-strength-of-oxyacid-of-phosphorous-is-1-h3po2-h3po3-h3po4-2-h3po4-h3po3-h3po2-3-h3po3-h3po2-h3po4-4-h3po2-h3po4-h3po3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTUyODYw-peroxoacids-of-sulphur-among-the-following-is-1-h2so5-and-h2s2o8-2-h2so5-and-h2s2o7-3-h2s2o7-and-h2s2o8-4-h2s2o6-and-h2s2o7-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYwOTIx-sulphuric-acid-is-used-1-in-lead-storage-batteries-2-in-making-fertilizers-3-as-a-dehydrating-agent-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYwOTI4-which-of-the-following-is-responsible-for-turning-moist-starch-iodide-paper-blue-when-it-is-brought-in-contact-with-o3-1-liberation-of-iodine-2-liberation-of-o2-3-formation-of-alkali-4-all-of-these-1 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYwOTMy-which-of-the-following-is-in-correct-sequence-in-terms-of-acid-nature-1-hclo2-hclo3-hclo4-2-h3po4-h3po3-h3po2-3-ch4-nh3-h2o-hf-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYwOTM5-which-halogen-produces-o2-when-combined-with-hot-concentrated-naoh-1-f2-2-cl2-3-br2-4-l2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxMDgx-among-chalcogen-the-highest-tendency-to-form-x-2-g-ion-is-exhibited-by-1-oxygen-2-sulphur-3-tellurium-4-selenium-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxMjA3-which-one-of-the-following-is-not-a-pseudo-halide-1-cno-2-rcoo-3-ocn-4-n3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxMjIz-hypo-on-treatment-with-l2-gives-1-na2so4-2-na2s4o6-3-na2so3-4-na2s-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxMjI2-the-van-der-waals-forces-are-greatest-in-1-neon-2-argon-3-krypton-4-xenon-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxMjM2-the-number-of-mathrm-s-o-bonds-present-in-mathrm-h-2-mathrm-s-2-mathrm-o-8-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxMjUx-which-of-the-following-statements-is-true-1-so2-bleaches-by-reduction-2-cl2-bleaches-by-oxidation-3-o3-bleaches-by-oxidation-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxMjY5-which-of-the-following-accounts-for-the-fact-that-hi-cannot-be-prepared-by-the-action-of-ki-with-h-so-1-hl-is-a-much-weaker-acid-than-h2so4-2-hl-gets-oxidized-by-h2so4-to-form-l2-3-h2so4-is-a-dehydrat https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxNDAz-which-of-the-following-is-the-anhydride-of-hclo4-1-cl2o-2-clo2-3-cl2o7-4-cl2o6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxNDE0-which-of-the-following-has-the-least-bond-angle-1-h2o-2-nh3-3-ch4-4-co2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc1MTA3-which-sequence-of-the-following-in-terms-of-boiling-point-is-correct-1-h3po4-thinsp-h2o2-3-h2o-thinsp-sic-4-nh3-thinsp-hf-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc2MjYx-incorrect-order-among-the-following-is-1-f2-cl2-br2-i2-oxidising-power-2-f-br-i-electron-gain-enthalpy-3-f2-cl2-br2-i2-bond-dissociation-energy-4-f-cl-br-i-electronegativity-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc2NTg0-identify-the-false-statement-among-the-following-about-the-halogens-1-all-form-monobasic-oxyacids-except-hof-2-all-are-oxidizing-agents-3-all-but-fluorine-show-positive-oxidation-states-4-chlorine-has https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTg1NDc0-compound-of-sulphur-that-has-o-o-thinsp-linkage-among-the-following-is-1-h2so4-sulphuric-acid-2-h2s2o8-peroxodisulphuric-acid-3-h2s2o7-pyrosulphuric-acid-4-h2so3-sulphurous-acid-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTg4MTMx-what-are-the-products-formed-in-the-reaction-of-xenon-hexafluoride-with-silicon-dioxide-1-xesio4-hf-2-xef2-sif4-3-xeof4-sif4-4-xeo3-sif2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTg4MTMz-which-of-the-following-statements-is-false-1-xe-is-the-most-reactive-among-the-rare-gases-2-he-is-an-inert-gas-3-radon-is-obtained-from-the-decay-of-radium-4-the-most-abundant-rare-gas-found-in-the-at https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTg4MTM0-the-mineral-clevite-on-heating-gives-1-he-2-xe-3-ar-4-ra-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTg4MTM1-the-word-neon-signifies-1-new-2-old-3-strange-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTg4NTYw-an-element-belongs-to-group-15-and-3rd-period-of-the-periodic-table-its-electronic-configuration-would-be-1-mathrm-1-s-2-2-s-2-2-p-4-2-mathrm-1-s-2-2-s-2-2-p-3-3-mathrm-1-s-2-2-s-2-2-p-6-3-s-2-3-p-2-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTg4NTYx-a-solid-a-reacts-with-strong-aqueous-naoh-liberating-a-foul-smelling-gas-b-which-spontaneously-burns-in-the-air-giving-smoky-rings-a-and-b-are-respectively-1-p4-red-and-ph3-2-p4-white-and-ph3-3-s8-and https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTg4NTcw-which-of-the-following-gases-is-the-easiest-to-liquefy-1-ar-2-ne-3-xe-4-kr-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTkxNjgx-which-of-the-following-compounds-is-not-an-acidic-salt-1-nah2po2-2-nah2po3-3-na2h2s2o7-4-nah2po4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTkyMjk2-hydrogen-peroxide-can-be-generated-by-the-hydrolysis-of-1-hno3-2-h2p2o-3-h2s2o8-4-h2s2o6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODA4-a-balanced-chemical-equation-for-the-reaction-showing-catalytic-oxidation-of-nh3-by-atmospheric-oxygen-is-1-4nh3-underset-text-from-air-5o-2-xrightarrow-text-500-k-9-bar-text-pt-rh-gauge-catalyst-4no https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODA5-the-correct-structure-of-pyrophosphoric-acid-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODEw-ph3-forms-bubbles-when-passed-slowly-through-water-but-nh3-gets-dissolved-in-water-because-1-nh3-forms-an-h-bond-with-water-so-it-is-soluble-but-ph3-does-not-form-an-h-bond-2-nh3-does-not-form-an-h-bo https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODEx-all-the-five-bonds-of-pcl5-are-not-equivalent-because-1-equatorial-bond-pairs-suffer-more-repulsion-as-compared-to-axial-bond-pairs-2-axial-bond-pairs-suffer-more-repulsion-as-compared-to-equatorial-b https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODEy-nitrogen-dioxide-is-paramagnetic-in-a-gaseous-state-but-diamagnetic-in-solid-because-1-no2-exists-as-a-dimer-in-a-gaseous-as-well-as-solid-state-2-no2-exists-as-a-monomer-in-a-gaseous-as-well-as-solid https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODE1-the-correct-statement-regarding-the-bond-angle-of-h2o-and-h2s-is-1-both-have-the-same-bond-angle-2-bond-angle-of-h2o-is-larger-than-that-of-h2s-3-bond-angle-of-h2o-is-smaller-than-that-of-h2s-4-none-o https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODE3-pcl5-reacts-with-finely-divided-silver-on-heating-and-a-white-silver-salt-is-obtained-which-dissolves-on-adding-excess-aqueous-nh3-solution-gives-a-compond-a-is-1-ag-nh-3-2-cl-2-ag-nh-3-2-cl-2-3-ag-nh https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODE4-phosphorus-forms-a-number-of-oxoacids-out-of-these-oxoacids-phosphinic-acid-has-strong-reducing-property-its-structure-and-reaction-is-1-and-3agno3-h3po4-rarr-ag3po4-3hno3-2-and-2agno3-h3po2-h2o-2ag-h https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODE5-an-amorphous-solid-ldquo-a-rdquo-burns-in-the-air-to-form-a-gas-ldquo-b-rdquo-which-turns-lime-water-milky-the-gas-is-also-produced-as-a-by-product-during-the-roasting-of-sulphide-ore-this-gas-decolou https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODIw-on-heating-lead-ii-nitrate-gives-a-brown-gas-ldquo-a-rdquo-the-gas-ldquo-a-rdquo-on-cooling-changes-to-colourless-solid-ldquo-b-rdquo-solid-ldquo-b-rdquo-on-heating-with-no-changes-to-a-blue-solid-lsq https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjA5ODIx-on-heating-compound-a-gives-a-gas-b-which-is-a-constituent-of-air-this-gas-when-treated-with-3-moles-of-hydrogen-h2-in-the-presence-of-a-catalyst-gives-another-gas-c-which-is-basic-in-nature-gas-c-on https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjEyODcx-given-below-are-two-statements-assertion-a-and-reason-r-assertion-a-r3p-o-exists-but-r3n-o-does-not-where-r-alkyl-group-reason-r-nitrogen-doesn-t-have-d-orbitals-select-the-correct-option-1-a-is-true https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjEyODg3-assertion-a-nitrogen-exists-as-a-diatomic-molecule-and-phosphorus-as-p4-reason-r-phosphorus-is-smaller-in-size-so-it-can-form-p4-1-a-is-true-and-r-is-the-correct-explanation-of-a-2-a-is-true-but-r-is https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjEyOTAz-the-disproportionation-reaction-of-h3po3-is-as-follows-h3po3-rarr-x-y-x-and-y-in-the-above-reaction-are-1-h3po2-hpo2-2-h3po4-ph3-3-h2po6-po3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjE1NzY4-assertion-a-phosphorous-v-has-a-tendency-to-only-gain-electrons-as-it-is-in-its-highest-oxidation-state-reason-r-pcl5-can-act-as-an-oxidizing-as-well-as-a-reducing-agent-1-a-is-true-and-r-is-the-corre https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjE1NzY5-the-catalyst-that-is-used-in-the-contact-process-is-1-fe2o3-2-al2o3-3-v2o5-4-so3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjE1Nzcw-the-chemical-formula-of-oleum-is-1-h2s2o8-2-h2s2o7-3-h3s2o6-4-h2so5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjE1Nzcx-the-correct-order-of-bond-dissociation-energy-of-halogens-f2-cl2-br2andi2-is-1-f2-br2-f2-cl2-3-cl2-br2-i2-4-i2-f2-br2-cl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjE1Nzc0-the-correct-increasing-order-of-basic-strength-of-hydrides-1-bih3-simeq-sbh3-nh3-ph3-sbh3-ash3-3-sbh3-nh3-ph3-sbh3-bih3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIyODA3-lead-nitrate-upon-heating-gives-1-thinsp-n2o-thinsp-pbo-2-thinsp-no2-pbo-3-thinsp-no-pbo-4-thinsp-no-pbo2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIyODA4-an-element-that-does-not-show-allotropy-is-1-nitrogen-2-phosphorus-3-antimony-4-arsenic-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIyODA5-the-maximum-covalency-of-nitrogen-is-1-3-2-5-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIyODEw-which-of-the-following-statements-is-false-1-single-n-mdash-n-bond-is-stronger-than-the-single-p-mdash-p-bond-2-ph3-can-act-as-a-ligand-in-the-formation-of-coordination-compound-with-transition-elemen https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIyODEx-a-brown-ring-formed-in-the-ring-test-for-no3-ion-is-due-to-the-formation-of-1-fe-h2o-5-no-2-2-feso4-no2-3-fe-h2o-4-no-2-2-4-feso4-hno3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIyODEy-bismuth-is-present-in-a-5-oxidation-state-in-1-mathrm-bi-2-mathrm-o-5-2-mathrm-bif-5-3-mathrm-bicl-5-4-mathrm-bi-2-mathrm-s-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIyODEz-ammonium-dichromate-and-barium-azide-on-heating-gives-1-n2-in-both-cases-2-n2-with-ammonium-dichromate-and-no-with-barium-azide-3-n2o-with-ammonium-dichromate-and-n2-with-barium-azide-4-n2o-with-ammon https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMDcz-the-number-of-moles-of-no-produced-by-the-oxidation-of-two-moles-of-nh3-will-be-1-2-2-3-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMDc0-the-oxidation-state-of-the-central-atom-in-the-anion-of-compound-mathrm-nah-2-mathrm-po-2-will-be-1-3-2-5-3-1-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMDc1-a-compound-that-does-not-have-a-tetrahedral-shape-is-1-mathrm-nh-4-2-mathrm-sicl-4-3-mathrm-sf-4-4-mathrm-so-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMDkw-which-of-the-following-are-peroxoacids-of-sulphur-1-mathrm-h-2-mathrm-so-5-text-and-mathrm-h-2-mathrm-s-2-mathrm-o-8-2-mathrm-h-2-mathrm-so-5-text-and-mathrm-h-2-mathrm-s-2-mathrm-o-7-3-mathrm-h-2-mat https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMDkz-in-the-preparation-of-compounds-of-xe-bartlett-had-taken-o-2-ptf-6-as-a-base-compound-this-is-because-1-both-o2-and-xe-have-same-size-2-both-o2-and-xe-have-same-electron-gain-enthalpy-3-both-o2-and-xe https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMDk5-which-of-the-following-is-true-regarding-the-p4-molecule-of-white-phosphorus-1-it-has-6-lone-pairs-of-electrons-2-it-has-four-p-mdash-p-single-bonds-3-it-has-three-p-mdash-p-single-bonds-4-it-has-four https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMTAx-the-correct-statement-among-the-following-about-so2-gas-is-1-it-acts-as-bleaching-agent-in-moist-conditions-2-it-s-molecule-has-linear-geometry-3-it-s-concentrated-solution-is-used-as-a-disinfectant-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMTAy-which-of-the-following-statements-is-true-1-all-three-n-ndash-o-bond-lengths-in-hno3-are-equal-2-all-p-ndash-cl-bond-lengths-in-pcl5-molecule-in-gaseous-state-are-equal-3-p4-molecules-in-white-phospho https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMTAz-which-of-the-following-is-the-correct-match-1-as2o3-h2s-h2se-h2te-thermal-stability-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMTA0-which-of-the-following-statements-is-true-1-s-mdash-s-bond-is-present-in-h2s2o6-2-in-peroxosulphuric-acid-h2so5-sulphur-is-in-5-oxidation-state-3-iron-powder-along-with-al2o3-and-k2o-is-used-as-a-cata https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMTA1-a-mathrm-caf-2-mathrm-h-2-mathrm-so-4-rightarrow-mathrm-caso-4-2-mathrm-hf-b-2-mathrm-hi-mathrm-h-2-mathrm-so-4-rightarrow-mathrm-i-2-mathrm-so-2-2-mathrm-h-2-mathrm-o-c-mathrm-cu-2-mathrm-h-2-mathrm https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMTA2-which-of-the-following-statements-is-correct-1-only-type-of-interactions-between-particles-of-noble-gases-are-due-to-weak-dispersion-forces-2-ionisation-enthalpy-of-molecular-oxygen-is-very-high-as-co https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMTA4-match-the-formulas-of-oxides-given-in-column-i-with-the-type-of-oxide-given-in-column-ii-and-mark-the-correct-option-column-i-column-ii-a-pb3o4-1-neutral-oxide-b-n2o-2-acidic-oxide-c-mn2o7-3-basic-oxi https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjIzMTEx-match-the-species-given-in-column-i-with-the-shape-given-in-column-ii-and-mark-the-correct-option-column-i-column-ii-a-its-partial-hydrolysis-does-not-change-oxidation-state-of-central-atom-1-he-b-it https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1NzY0-the-bonding-present-in-nitrogen-molecules-is-1-p-pi-p-pi-2-p-pi-d-pi-3-d-pi-d-pi-4-only-sigma-bond-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1NzY3-which-of-the-following-is-true-about-reactivity-of-group-15-elements-1-stability-of-their-hydrides-increases-down-the-group-2-higher-oxides-are-acidic-in-nature-3-all-elements-form-pentahalides-4-they https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1NzY4-the-element-from-group-15-that-forms-a-strong-bond-with-hydrogen-is-1-n-2-p-3-as-4-sb-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1Nzcw-the-condition-that-does-not-exist-in-the-haber-process-for-the-manufacturing-of-ammonia-is-1-pressure-around-200-times-105-pa-2-temperature-700-k-3-catalyst-such-as-iron-oxide-4-presence-of-inert-gase https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1Nzcy-number-of-moles-of-copper-used-when-i-copper-reacts-with-dilute-nitric-acid-ii-copper-reacts-with-concentrated-nitric-acid-are-respectively-1-1-1-2-1-3-3-3-1-4-3-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1Nzg4-an-element-that-does-not-have-a-d-orbital-is-1-p-2-n-3-as-4-bi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1ODMw-the-least-basic-compound-is-1-bih3-2-ash3-3-ph3-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1ODMz-incorrect-statement-about-red-phosphorus-is-1-it-is-hard-and-crystalline-2-it-is-poisonous-3-it-is-less-reactive-than-white-phosphorus-4-it-is-insoluble-in-water-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1ODM0-which-element-exhibits-the-highest-catenation-property-1-phosphorus-2-nitrogen-3-antimony-4-bismuth-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1ODM3-the-gas-released-on-heating-h3po3-is-1-oxygen-2-phosphine-3-hydrogen-4-water-vapours-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1ODQw-pcl5-acts-as-1-reducing-agent-2-oxidising-agent-3-dehydrating-agent-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1ODQ1-the-electron-gain-enthalpy-values-for-o-rarr-o-ndash-and-o-rarr-o2-ndash-are-ndash-141-and-702-kj-mol-1-respectively-the-correct-statement-about-the-formation-of-oxides-is-1-higher-the-electron-gain-e https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1ODQ2-the-group-which-contains-the-strongest-oxidizing-agent-is-1-group-15-2-group-16-3-group-17-4-group-18-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1ODQ3-halogen-that-forms-only-one-oxoacid-is-1-chlorine-2-fluorine-3-bromine-4-iodine-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1ODQ4-mathrm-xe-mathrm-ptf-6-rightarrow-text-the-product-of-the-above-reaction-is-1-mathrm-o-2-left-mathrm-ptf-6-right-2-mathrm-xef-4-3-mathrm-xef-6-4-mathrm-xe-left-mathrm-ptf-6-right-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1ODUw-in-which-compound-does-phosphorous-have-the-lowest-oxidation-state-1-h3po3-2-pcl3-3-ca3p2-4-pof3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1OTEx-a-xenon-fluoride-that-does-not-exist-is-1-xef4-2-xef2-3-xef3-4-xef6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1OTEy-a-xef6-3h2o-rarr-b-xef6-h2o-rarr-the-products-formed-in-the-above-reactions-respectively-are-1-xeo3-xeof4-2-xeo6-xeof4-3-xeo3-xeof6-4-xeo6-xeof6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1OTQ1-arrange-the-following-compounds-in-increasing-order-of-their-acidity-hf-hcl-hbr-hi-1-hcl-hbr-hi-hf-2-hf-hcl-hi-hbr-3-hf-hcl-hbr-hi-4-hf-hbr-hi-hcl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1OTQ4-xef4-is-isostructural-with-1-icl4-2-ibr2-3-bro3-4-icl3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1OTUw-which-of-the-following-is-incorrect-regarding-noble-gases-1-the-atomic-radii-corresponds-to-van-der-waal-rsquo-s-radii-2-they-have-the-largest-size-in-a-period-3-they-are-also-called-inert-gases-4-the https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODE2-in-solid-state-pcl5-exists-as-1-covalent-solid-2-octahedral-structure-3-ionic-solid-with-pcl6-octahedral-and-pcl4-tetrahedral-4-ionic-solid-with-pcl4-tetrahedral-and-pcl6-octahedral-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODQz-match-the-items-in-columns-i-and-ii-and-mark-the-correct-option-column-i-column-ii-a-h2so4-1-highest-electron-affinity-b-ccl3no2-2-chalcogen-c-cl2-3-tear-gas-d-sulphur-4-storage-batteries-codes-a-b-c https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODQ3-given-below-are-two-statements-assertion-a-conc-hno3-makes-iron-passive-reason-r-hno3-forms-a-protective-layer-of-ferric-nitrate-on-the-surface-of-the-iron-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODQ4-select-the-correct-option-based-on-statements-below-assertion-a-hi-cannot-be-prepared-by-the-reaction-of-ki-with-concentrated-h2so4-reason-r-hi-has-the-lowest-h-mdash-x-bond-strength-among-halogen-aci https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODQ5-select-the-correct-option-based-on-statements-below-assertion-a-both-rhombic-and-monoclinic-sulphur-exist-as-s8-but-oxygen-exists-as-o2-reason-r-oxygen-forms-p-pi-p-pi-multiple-bonds-due-to-its-small https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODUw-select-the-correct-option-based-on-the-statements-below-assertion-a-nacl-reacts-with-concentrated-h2so4-to-give-colourless-fumes-with-a-pungent-smell-but-on-adding-mno2-the-fumes-become-greenish-yello https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODUx-select-the-correct-option-based-on-statements-below-assertion-a-sf6-cannot-be-hydrolysed-but-sf4-can-be-reason-r-six-f-atoms-in-sf6-prevent-the-attack-of-h2o-on-sulphur-atom-of-sf6-1-both-a-and-r-are https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjQ1MjYw-which-one-of-the-following-reactions-does-not-come-under-hydrolysis-type-reaction-1-mathrm-s-i-c-l-4-left-l-right-2-h-2-o-left-l-right-rightarrow-s-i-o-2-left-s-right-4-h-c-l-left-a-q-right-2-mathrm-l https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjUwNjUz-select-the-correct-option-based-on-statements-below-assertion-a-h2o-is-the-only-hydride-of-the-chalcogen-family-that-is-liquid-reason-r-the-acidic-nature-of-hydrides-of-the-chalcogen-family-increases https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjUwNjU0-select-the-correct-option-based-on-statements-below-assertion-a-pf5-and-if3-have-similar-shapes-reason-r-all-the-bond-lengths-are-equal-in-pf5-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjUwNjU1-select-the-correct-option-based-on-statements-below-assertion-a-the-atomic-size-of-f-is-smaller-than-that-of-cl-reason-r-f-f-bond-is-stronger-than-the-cl-cl-bond-1-both-a-and-r-are-true-and-r-is-the-c https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjUwNjU3-given-below-are-two-statements-assertion-a-noble-gases-have-the-highest-ionization-energies-in-their-respective-periods-reason-r-the-outermost-sub-shell-of-noble-gases-in-which-the-electron-enters-is https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjUwNjYx-select-the-correct-option-based-on-statements-below-assertion-a-the-valency-and-oxidation-number-of-sulphur-in-s8-respectively-are-2-and-0-reason-r-s8-rhombic-is-the-most-stable-allotropic-form-of-sul https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjUxMDI1-the-given-sequence-among-the-following-arrangements-that-is-not-strictly-according-to-the-property-indicated-against-it-1-h2o-h2s-h2se-h2te-small-text-increasing-p-k-a-text-values-2-small-mathrm-n-h-3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjUxMTE1-total-number-of-bridging-oxygen-atoms-present-in-p4o10-are-1-4-2-2-3-5-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjUxMTUy-match-list-i-substances-with-list-ii-processes-employed-in-the-manufacture-of-the-substances-and-select-the-correct-option-list-ndash-i-substances-list-ndash-ii-processes-a-sulphuric-acid-i-haber-s-pr https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjYzOTg5-wrong-statement-among-the-following-is-1-bond-energy-of-f2-cl2-2-electronegativity-of-f-cl-3-f-is-more-oxidizing-than-cl-4-electron-affinity-of-cl-f-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY0MzU2-from-the-given-options-the-compound-that-has-a-planar-structure-is-1-xef4-2-xeof2-3-xeo2f2-4-xeo4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY0NzY5-oxidation-number-of-p-in-pyrophosphoric-acid-is-1-5-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY0Nzcx-a-compound-having-two-direct-bonds-between-p-and-h-atoms-is-1-h3po2-2-h3po3-3-h3po4-4-h4p2o7-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY0ODkw-general-behavior-of-o3-is-1-to-give-electrons-2-to-give-o2-3-reaction-with-h2-4-to-accept-electrons-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY1MzI4-the-correct-statement-among-the-following-is-1-silicon-exhibits-8-coordination-numbers-in-its-compound-2-the-bond-energy-of-f2-is-less-than-cl2-3-mn-iii-oxidation-state-is-more-stable-than-mn-ii-in-an https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY2MDQx-incorrect-statement-among-the-following-is-1-among-halide-ions-iodide-is-the-most-powerful-reducing-agent-2-fluorine-is-the-only-halogen-that-does-not-show-a-variable-oxidation-state-3-hocl-is-a-stron https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY2ODAx-in-x-h-y-x-and-y-both-are-electronegative-elements-the-correct-statement-among-the-following-is-1-electron-density-on-x-will-increase-and-on-h-will-decrease-2-in-both-electron-density-will-increase-3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY2ODA5-find-the-reason-why-nitrogen-exists-as-n-whereas-phosphorus-exists-as-p-1-presence-of-a-triple-bond-between-phosphorus-atoms-2-weak-p-pi-ndash-p-pi-bonding-in-phosphorus-3-strong-p-pi-ndash-p-pi-bondi https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY4MTg4-nh3-forms-a-hydrogen-bond-but-ph3-does-not-because-1-phosphorus-is-more-electronegative-as-compared-to-nitrogen-2-nitrogen-is-more-electronegative-as-compared-to-phosphorus-3-nitrogen-and-phosphorous https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY4MTkz-nitrogen-exists-as-a-diatomic-molecule-and-phosphorus-as-p4-because-on-moving-1-up-a-group-the-tendency-to-form-p-pi-minus-p-pi-bonds-decreases-2-down-a-group-the-tendency-to-form-p-pi-minus-p-pi-bond https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY4MjA2-a-chemical-that-depletes-the-ozone-layer-is-1-sulphur-2-chlorofluorocarbons-cfcs-3-nitrogen-4-hydrogen-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY4MjE1-fluorine-forms-only-one-oxoacid-hof-because-of-1-low-electronegativity-and-small-size-2-high-electronegativity-and-small-size-3-high-electronegativity-and-big-size-4-low-electronegativity-and-big-size https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY4MjE2-oxygen-forms-hydrogen-bonds-while-chlorine-does-not-because-1-chlorine-has-a-bigger-size-and-as-a-result-a-higher-electron-density-per-unit-volume-2-oxygen-has-a-smaller-size-and-as-a-result-a-lower-e https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY4MjE3-the-uses-of-clo2-is-are-1-it-is-used-for-purifying-water-2-it-is-used-as-a-bleaching-agent-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY4MjE4-halogens-are-colored-because-1-they-absorb-radiations-in-the-u-v-region-2-they-absorb-radiations-in-the-visible-region-3-they-absorb-radiations-in-the-infrared-region-4-they-absorb-radiations-in-the-r https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY4MjE5-4hcl-o2-rarr-x-2h2o-cl2-h2o-rarr-hcl-y-x-and-y-in-the-above-reaction-are-respectively-1-cl2-hocl-2-hocl-cl2-3-hclo3-hocl-4-hocl-hclo4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY4MjMw-a-neutral-molecule-that-is-isoelectronic-with-clo-is-1-clf-which-is-a-lewis-base-2-clf-which-is-a-lewis-acid-3-hcl-which-is-a-lewis-base-4-hcl-which-is-a-lewis-acid-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjcwOTU5-the-correct-statement-s-regarding-group-15-elements-is-are-1-the-stability-of-5-oxidation-state-decreases-down-a-group-2-the-stability-of-3-oxidation-state-decreases-down-the-group-3-first-ionization https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjcwOTYw-the-main-product-s-formed-in-the-given-reaction-is-are-nh4cl-aq-nano2-aq-8594-h2o-l-nacl-aq-1-nh3-2-n2-3-n2h4-4-both-1-8201-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjcwOTYx-the-correct-statement-s-among-the-given-options-is-are-1-no2-has-more-resonating-structures-as-compared-to-n2o5-2-in-the-resonating-structure-of-no2-molecules-positive-charge-is-on-the-oxygen-atom-3-n https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjcwOTYy-oxygen-exists-as-gas-and-sulphur-exists-as-a-solid-because-1-oxygen-is-less-electronegative-than-sulphur-2-sulphur-is-smaller-than-oxygen-molecule-3-sulphur-has-a-tendency-to-form-p-pi-p-pi-bonds-4-ox https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjcwOTYz-the-products-formed-by-the-reaction-of-f2-and-cl2-with-water-respectively-are-1-hf-hcl-2-h2f2-hocl-3-hf-hclo3-4-h2f2-hclo4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjcwOTY2-nacl-when-heated-with-sulphuric-acid-in-the-presence-of-mno2-gives-1-mno-2-mncl2-3-cl2-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjcwOTY3-among-the-following-statements-the-correct-one-s-is-are-1-neon-gas-is-filled-in-discharge-tubes-with-characteristic-colours-2-neon-gas-is-used-in-beacon-lights-3-argon-along-with-nitrogen-is-used-in-g https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc3MTcz-in-the-light-of-the-below-statements-choose-the-correct-answer-from-the-options-given-below-statement-i-acid-strength-increases-in-the-order-given-as-hf-hcl-hbr-hi-statement-ii-as-the-size-of-the-elem https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc3MTgw-choose-the-incorrect-statement-among-the-following-regarding-noble-gases-1-noble-gases-have-weak-dispersion-forces-2-noble-gases-have-large-positive-values-of-electron-gain-enthalpy-3-noble-gases-are https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc3MTg3-in-which-one-of-the-following-arrangements-the-given-sequence-is-not-strictly-according-to-the-properties-indicated-against-it-1-nh3-ph3-ash3-sbh3-increasing-acidic-character-2-co2-sio2-sno2-pbo2-incr https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTUx-o3-can-be-estimated-quantitatively-by-reacting-it-with-among-the-following-compounds-1-iodine-2-potassium-iodide-3-chlorine-4-sodium-chloride-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTU1-statement-1-so2-is-a-sp3-hybridised-molecule-statement-2-two-s-minus-o-bonds-in-so2-are-not-equal-in-length-1-statement-1-is-true-statement-2-is-false-2-statement-1-is-false-statement-2-is-true-3-both https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTU2-presence-of-so2-is-detected-by-1-kmno4-2-kcro3-3-k2cro4-4-mno2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTU4-condition-s-to-maximize-the-yield-of-h2so4-by-contact-process-is-are-1-low-temperature-2-high-temperature-3-high-pressure-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTYw-the-relation-between-ka2-and-ka1-for-h2so4-in-water-is-1-ka2-ka1-4-can-t-be-defined-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTYx-which-of-the-following-statements-is-correct-regarding-fluorine-1-fluorine-is-stronger-oxidising-agent-than-chlorine-2-fluorine-is-weaker-oxidising-agent-than-chlorine-3-fluorine-is-stronger-reducing https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTYy-the-anomalous-behaviour-of-fluorine-among-the-following-is-are-1-formation-of-only-one-oxoacid-2-high-electronegativity-3-low-electronegativity-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTYz-sea-is-the-greatest-source-of-1-halogens-2-noble-gases-3-alkaline-earth-metals-4-chalcogens-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTY0-the-bleaching-action-of-cl2-is-due-to-formation-of-1-nascent-chlorine-2-nascent-oxygen-3-oxygen-gas-4-hypochlorous-acid-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTcx-which-of-the-following-accounts-for-the-difficulty-in-studying-the-chemistry-of-radon-1-it-is-a-radioactive-substance-2-it-is-a-very-stable-substance-3-half-life-of-radon-is-longer-4-it-forms-variety https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzM5Mzg3-select-the-correct-option-based-on-the-statements-below-assertion-a-icl-is-more-reactive-than-i-reason-r-i-cl-bond-is-weaker-than-i-i-bond-1-a-is-false-but-r-is-true-2-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzM5NDA3-given-below-are-two-statements-statement-i-the-boiling-points-of-the-following-hydrides-of-group-16-elements-increase-in-the-order-mathrm-h-2-mathrm-o-mathrm-h-2-mathrm-s-mathrm-h-2-mathrm-se-mathrm-h https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzM5Nzgw-the-correct-order-for-boiling-points-of-the-following-compounds-is-1-ash3-ph3-nh3-sbh3-bih3-2-bih3-sbh3-nh3-ash3-ph3-3-nh3-ph3-ash3-sbh3-bih3-4-ph3-nh3-ash3-sbh3-bih3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzM5ODE0-chlorine-shows-the-bleaching-action-in-the-presence-of-moisture-due-to-the-formation-of-1-hocl-2-hoclo-3-h2o2-4-o-atom-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ2NDEx-the-reaction-that-is-a-part-of-large-scale-industrial-preparation-of-nitric-acid-is-1-mathrm-nano-3-mathrm-h-2-mathrm-so-4-xrightarrow-500-k-9-text-bar-pt-mathrm-nahso-4-mathrm-hno-3-2-4-mathrm-nh-3-5 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ2NDU4-fluorine-is-known-to-be-a-stronger-oxidizing-agent-than-chlorine-which-of-the-following-thermodynamic-factors-is-the-primary-reason-for-this-behavior-a-the-f-ndash-f-bond-has-a-low-bond-dissociation-e https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzY3MDAx-match-the-oxoacids-of-sulphur-given-in-list-i-with-the-number-of-bonds-given-in-list-ii-and-mark-the-correct-option-list-i-oxoacids-of-sulphur-list-ii-bonds-a-peroxodisulphuric-acid-i-two-s-oh-four-s https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDU1MDIz-among-group-16-elements-which-one-does-not-show-2-oxidation-state-1-se-2-te-3-po-4-o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDU1MDMx-given-below-are-two-statements-statement-i-the-boiling-point-of-hydrides-of-group-16-elements-follow-the-order-text-h-2-text-o-text-h-2-text-te-text-h-2-text-se-text-h-2-text-s-statement-ii-on-the-bas https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc4Nzcx-the-respective-oxidation-states-of-p-in-h4p2o5-h4p2o6-and-h4p2o7-are-1-3-5-and-4-2-5-3-and-4-3-5-4-and-3-4-3-4-and-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MDgz-nitrogen-gas-is-liberated-by-the-thermal-decomposition-of-1-nh4no2nh4no2nh4no2-2-nan3nan3nan3-3-nh4-2cr2o7nh42cr2o7nh42cr2o7-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTA4MjM-the-strong-reducing-behaviour-of-h3po2-is-due-to-1-presence-of-one-oh-group-and-two-p-h-bonds-2-high-electron-gain-enthalpy-of-phosphorus-3-high-oxidation-state-of-phosphorus-4-presence-of-two-oh-grou https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MDk5-the-basicity-of-the-acids-h3po2-h3po3-h3po4-and-h4p2o7-are-respectively-1-1-2-3-7-2-2-3-4-7-3-1-2-3-4-4-1-2-3-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MDk3-p-forms-multiple-bonds-in-pocl3-by-using-1-p-p-p-p-p-p-2-d-d-d-d-d-d-3-p-d-p-d-p-d-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ3MTYx-element-s-that-form-p-p-multiple-bonds-with-themselves-as-well-as-with-carbon-and-oxygen-are-1-p-as-2-n-as-3-n-p-4-n-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MTA1-the-element-that-does-not-form-pentoxide-is-1-as-2-sb-3-bi-4-p-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTk5NDQ5-the-strongest-reducing-agent-is-1-h4p2o7h4p2o7h4p2o7-2-h3po3h3po3h3po3-3-h3po2h3po2h3po2-4-h3po4h3po4h3po4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MDk4-which-of-the-following-statements-about-phosphorus-is-false-1-it-is-non-metal-2-it-exists-as-a-tetrahedral-molecular-solid-3-it-is-less-reactive-than-nitrogen-4-p-p-bond-is-much-weaker-than-n-nn-nn-n https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246Mjk2MDc-the-paramagnetic-oxides-of-nitrogen-are-1-no-n2o-2-no2-no-n2o-3-no-no2-4-no2-n2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQzNjI5-which-of-the-following-statements-is-false-1-oncl-and-ono-ono-ono-are-isoelectronic-2-o3o3o3-molecule-is-bent-3-ozone-is-violet-black-in-solid-state-4-ozone-is-diamagnetic-gas-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MTE1-which-of-the-following-hydrides-is-the-least-poisonous-1-nh3nh3nh3-2-ph3ph3ph3-3-ash3ash3ash3-4-sbh3sbh3sbh3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MTAy-which-of-the-following-acids-is-the-strongest-1-h3po2-2-h3po3-3-h4p2o7-4-h3po4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTM2Nzc4-which-of-the-following-contains-salts-of-h3po3-i-nah2po3-ii-na2hpo3-iii-na3po3-1-i-and-ii-only-2-i-ii-and-iii-3-ii-and-iii-only-4-iii-only-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246MjY1ODk-what-is-the-correct-order-of-oxyacids-of-phosphorous-in-terms-of-their-acidic-strength-1-h3po2-h3po3-h3po4-2-h3po4-h3po3-h3po2-3-h3po3-h3po2-h3po4-4-h3po2-h3po4-h3po3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjAwNjg0-a-compound-among-the-following-that-has-an-o-o-linkage-is-1-h2so4h2so4h2so4-sulphuricsulphuricsulphuric-acidacidacid-2-h2s2o8-h2s2o8-h2s2o8-peroxodisulphuricperoxodisulphuricperoxodisulphuric-acidacid https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MDkz-which-of-the-following-hydrides-is-the-most-acidic-1-h2te-2-h2se-3-h2o-4-h2s-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246ODkxMzI-which-of-the-following-reactions-does-not-exhibit-the-oxidising-behaviour-of-h2so4-1-cu-2h2so4-cuso4-so2-2h2o-2-3s-2h2so4-3so2-2h2o-3-c-2h2so4-co2-2so2-2h2o-4-caf2-h2so4-caso4-2hf-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MTA5-the-compound-among-the-following-with-the-lowest-pka-value-is-1-h2o-2-h2s-3-h2se-4-h2te-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIyNjMz-which-of-the-following-statements-regarding-ozone-is-incorrect-1-powerful-oxidising-agent-2-bleaching-agent-3-paramagnetic-4-bent-shape-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjA5Mjc-no-s-s-bonds-are-present-in-1-s-2-o-3-2-2-s-2-o-4-2-3-s-2-o-5-2-4-s-2-o-7-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MTE5-among-the-following-hydrides-that-has-the-lowest-boiling-point-is-1-h2oh2oh2o-2-h2sh2sh2s-3-h2seh2seh2se-4-h2teh2teh2te-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MTEz-the-oxide-of-a-non-metal-possesses-the-following-characteristics-i-it-is-both-a-proton-donor-and-a-proton-acceptor-ii-it-is-a-poor-conductor-of-electricity-iii-it-reacts-readily-with-basic-and-acidic https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc2NTg2-the-correct-order-of-the-bond-dissociation-enthalpy-of-halogen-molecules-is-1-cl2-br2-f2-l2-2-br2-l2-f2-cl2-3-f2-cl2-br2-l2-4-l2-br2-cl2-f2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246ODkwNTE-match-the-interhalogen-compounds-in-column-i-with-the-geometry-in-column-ii-and-assign-the-correct-code-column-i-column-ii-a-xx-i-t-shape-b-xx-3-ii-pentagonal-bipyramidal-c-xx-5-iii-linear-d-xx-7-iv-s https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ4MDky-which-of-the-following-compound-does-not-exist-1-xeof4-2-nef2-3-xef2-4-xef6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTM0MTA5-among-the-following-molecules-i-xeo3x-eo3x-eo3-ii-xeof4x-eof4x-eof4-iii-xef6x-ef6x-ef6-those-having-the-same-number-of-lone-pairs-on-xe-are-1-i-and-ii-only-2-i-and-iii-only-3-ii-and-iii-only-4-i-ii-an https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzA4NDI3-which-of-the-following-best-explains-why-pcl-and-pcl-both-exist-whereas-ncl-exists-but-ncl-does-not-exist-1-lower-electronegativity-of-p-and-n-2-lower-tendency-of-n-to-form-a-covalent-bond-3-availabil https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTIx-the-condition-s-required-to-maximize-the-yield-of-ammonia-in-haber-process-is-are-1-high-pressure-200-atm-condition-2-high-temperature-of-700-k-3-use-of-a-catalyst-such-as-iron-oxide-mixed-with-small https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDUy-given-below-are-two-statements-assertion-a-no2-dimerize-to-form-n2o4-reason-r-no2-contains-an-odd-number-of-valence-electrons-on-dimerization-a-stable-n2o4-molecule-is-formed-with-an-even-number-of-el https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjU1OTQ0-which-of-the-following-elements-can-be-involved-in-p-d-bonding-1-carbon-2-nitrogen-3-phosphorus-4-boron-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTIw-which-of-the-following-explains-why-n-is-less-reactive-at-room-temperature-1-high-polarising-power-2-high-bond-dissociation-energy-3-high-ionic-character-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mzc1MTYz-an-iron-catalyst-is-used-in-the-haber-process-in-which-gaseous-n2-and-h2-react-to-produce-nh3-what-is-the-role-of-this-catalyst-1-it-provides-a-pathway-with-a-lower-activation-energy-2-it-increases-th https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDM3-which-of-the-following-accounts-for-the-higher-boiling-point-of-nh-compared-to-ph-1-nh3-is-ionic-compound-and-ph3-is-covalent-compound-2-the-size-of-phosphorus-is-greater-than-nitrogen-3-strong-vander https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDU2-given-below-are-two-statements-assertion-a-h3po2-is-a-strong-reducing-agent-reason-r-all-oxyacids-of-phosphorus-that-have-p-h-bonds-act-as-strong-reducing-agents-h3po2-has-two-p-h-bonds-hence-it-acts https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDU1-the-incorrect-statement-about-pcl5-among-the-following-is-1-the-hybridization-of-p-in-pcl5-is-sp3d-2-pcl5-decomposed-and-give-pcl3-and-cl2-3-all-the-five-bonds-in-pcl5-molecule-equivalent-4-pcl5-react https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODA3-which-of-the-following-is-the-well-characterized-compound-in-which-bismuth-exhibits-the-5-oxidation-state-1-bi2o51-bi2o5-2-bif52-bif5-3-bicl53-bicl5-4-bi2s54-bi2s5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTE4-which-statement-accounts-for-the-greater-covalent-character-of-pentahalides-compared-to-trihalides-1-metal-with-high-charge-has-more-polarizing-power-2-metal-with-high-charge-has-less-ionization-energ https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDUx-which-property-enables-nh-to-act-as-a-lewis-base-1-it-accept-a-pair-of-electron-2-it-donate-a-pair-of-electron-3-it-has-vacant-d-orbital-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODAz-which-of-the-following-elements-does-not-show-allotropy-1-nitrogen-2-bismuth-3-antimony-4-arsenic-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODA2-a-brown-ring-is-formed-in-the-ring-test-for-no-3no3-ion-it-is-due-to-the-formation-of-1-fe-h2o-5-no-2-2-feso4-no2-3-fe-h2o-4-no-2-2-4-feso4-hno3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc2NjU2-which-of-the-following-on-thermal-decomposition-liberates-n-1-nh4no2nh4no2-2-nan3nan3-3-nh4-2cr2o7nh42cr2o7-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ4ODIy-which-of-the-following-acts-as-a-promoter-for-iron-in-the-haber-process-1-cr-2-mo-3-pt-4-h2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ1MDI5-the-number-of-acidic-protons-present-in-mathrm-h-3-mathrm-po-2-mathrm-h-3-mathrm-po-3-text-and-mathrm-h-3-mathrm-po-4-respectively-are-1-1-2-and-3-2-2-3-and-3-3-1-2-and-2-4-3-3-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODQ0-match-the-species-given-in-column-i-with-the-shape-given-in-column-ii-and-mark-the-correct-option-column-i-species-column-ii-shape-a-mathrm-sf-4-i-tetrahedral-b-mathrm-brf-3-ii-pyramidal-c-mathrm-bro https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTMx-what-is-the-basicity-of-h3po4-1-dibasic-2-tribasic-3-monobasic-4-cannot-predict-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ3MDA0-which-of-the-following-elements-generally-does-not-form-a-single-bond-with-an-atom-of-the-same-element-1-n-2-as-3-sb-4-bi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ3NDY4-which-of-the-following-correctly-represents-the-bonding-present-in-metaphosphoric-acid-hpo-1-3-p-oh-bonds-3-p-o-bonds-3-p-o-p-bonds-2-4-p-oh-bonds-2-p-o-bonds-1-p-o-p-bond-3-3-p-oh-bonds-1-p-o-bond-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTI2-given-below-are-two-statements-assertion-a-bond-angle-in-ph4-is-higher-than-that-in-ph3-reason-r-lone-pair-bond-pair-repulsion-is-stronger-in-ph3-than-bond-pair-bond-pair-repulsion-in-ph4-choose-the-c https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzMzNDM4-which-of-the-following-is-not-a-neutral-oxide-1-no-2-no2-3-n2o-4-co-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDQwNjY1-consider-the-given-two-statements-assertion-a-mathrm-nh-3-is-more-polar-than-mathrm-nf-3-reason-r-the-n-h-dipole-is-directed-towards-n-while-in-the-case-of-mathrm-nf-3-towards-f-as-f-is-more-electrone https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDM4-identify-the-product-b-in-the-given-reaction-nan-3-overset-delta-rightarrow-na-b-1-nascent-nitrogen-2-n2-3-na3n-4-nh3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ3MTUz-the-molecule-having-p-pi-d-pi-bond-is-1-h2co3-2-hno3-3-h3po4-4-hocl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTE5-which-of-the-following-hydrides-of-group-15-elements-is-the-strongest-reducing-agent-1-nh3-2-ph3-3-ash3-4-bih3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MjA4-in-a-molecule-of-pyrophosphoric-acid-the-number-of-p-oh-p-o-and-p-o-p-bonds-moieties-respectively-are-1-4-2-and-0-2-2-4-and-1-3-4-2-and-1-4-3-3-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ3Mjk2-incorrect-match-between-the-process-and-the-catalyst-is-1-contact-process-v-2o-5-2-haber-s-process-mo-3-catalytic-hydrogenation-ni-4-stephen-s-reaction-sncl-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTM2Nzg2-what-is-the-chemical-formula-of-laughing-gas-1-no-2-n2on2on2o-3-n2o4n2o4n2o4-4-n2o5n2o5n2o5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ0MzIz-given-below-are-two-statements-assertion-a-heavier-elements-of-group-15-do-not-form-p-pi-p-pi-bonds-reason-r-atomic-orbitals-are-diffuse-in-nature-and-they-cannot-overlap-effectively-1-both-a-and-r-ar https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTM5-which-of-the-following-accounts-for-h-o-being-a-liquid-while-h-s-is-a-gas-at-room-temperature-1-stronger-van-der-waals-force-in-h2o-2-stronger-hydrogen-bonding-in-h2o-3-stronger-ion-dipole-interaction https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc2NTk3-which-of-the-following-represents-the-correct-formula-of-oleum-1-h2s2o7h2s2o7h2s2o7-2-h2so3h2so3h2so3-3-h2so4h2so4h2so4-4-h2s2o8h2s2o8h2s2o8-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTQ1-assertion-a-o3-acts-as-a-powerful-oxidizing-agent-reason-r-ozone-decomposes-readily-on-heating-to-give-a-molecule-of-oxygen-and-nascent-oxygen-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDkwNTk2-which-of-the-following-sets-represents-elements-of-the-chalcogen-group-1-o-ti-and-po-2-se-te-and-po-3-se-tb-and-pu-4-s-te-and-pm-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzYzMjUz-the-correct-order-of-bond-strength-of-h2o-h2s-h2se-h2te-is-1-mathrm-h-2-o-h-2-s-h-2-se-h-2-te-2-mathrm-h-2-s-h-2-o-h-2-se-h-2-te-3-mathrm-h-2-te-h-2-se-h-2-s-h-2-o-4-mathrm-h-2-te-h-2-s-h-2-o-h-2-math https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTU3-mark-the-incorrect-statement-about-sulphuric-acid-h2so4-1-it-is-used-in-the-fertilizer-industry-2-it-is-used-in-the-manufacture-of-pigments-paints-and-detergents-3-it-is-used-in-the-manufacture-of-sto https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTM2-the-important-source-s-of-sulphur-among-the-following-is-are-1-gypsum-2-epsom-salt-3-galena-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc3MzI5-the-oxoacid-of-sulphur-that-does-not-contain-a-bond-between-sulphur-atoms-is-1-h2s2o7-2-h2s2o3-3-h2s4o6-4-h2s2o4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxMjY1-which-of-the-following-products-are-obtained-when-one-mole-of-ca-p-reacts-with-excess-water-1-one-mole-of-phosphine-and-calcium-oxide-2-two-moles-of-phosphoric-acid-3-two-moles-of-phosphine-and-3-mole https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mzk4NzAw-which-among-the-following-acids-has-a-o-o-bond-1-h-2s-2o-3-2-h-2s-2o-6-3-h-2s-2o-8-4-h-2s-4o-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc2NTgz-hot-concentrated-sulphuric-acid-is-a-moderately-strong-oxidizing-agent-which-of-the-following-reaction-does-not-show-its-oxidising-behaviour-1-cu-2h2so4-cuso4-so2-2h2ocu-2h2so4-cuso4-so2-2h2ocu-2h2so4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTIzNTQ1-which-of-the-following-hydride-is-most-acidic-1-h2teh2teh2te-2-h2seh2seh2se-3-h2sh2sh2s-4-h2oh2oh2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc2NjA3-which-of-the-following-molecular-structures-is-not-possible-1-of2of2of2-2-sf2sf2sf2-3-of4of4of4-4-sf4sf4sf4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTQw-determine-the-element-that-does-not-react-directly-with-the-oxygen-1-zn-2-ti-3-pt-4-fe-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTQy-in-the-following-reactions-identify-x-and-z-respectively-a-c2h4-3o2-x-2h2o-b-4al-3o2-z-1-x-1-mole-of-co2-z-4-moles-of-al2o3-2-x-2-moles-of-ethanoic-acid-z-2-moles-of-alo3-3-x-2-moles-of-co2-z-2-moles https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mzc5NzQ4-which-of-the-following-represents-the-correct-order-of-decreasing-number-of-s-o-bonds-1-mathrm-h-2-mathrm-so-4-mathrm-h-2-mathrm-so-3-mathrm-h-2-mathrm-s-2-mathrm-o-8-2-mathrm-h-2-mathrm-s-2-mathrm-o https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDYz-given-below-are-two-statements-assertion-a-fluorine-exhibits-only-1-oxidation-state-whereas-other-halogens-exhibit-1-3-5-and-7-oxidation-states-reason-r-other-halogens-possess-d-orbitals-and-can-expan https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5Nzgx-the-structure-of-if7-is-1-square-pyramidal-2-trigonal-bipyramidal-3-octahedral-4-pentagonal-bipyramidal-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODQy-match-the-formulas-of-oxides-given-in-column-i-with-the-type-of-oxide-given-in-column-ii-and-mark-the-correct-option-column-i-column-ii-a-pb3o4-1-neutral-oxide-b-n2o-2-acidic-oxide-c-mn2o7-3-basic-oxi https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjAwNTAx-the-correct-structure-of-tribromo-octoxide-is-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ5MzE4-match-the-names-of-the-compounds-given-in-column-i-with-the-corresponding-formula-given-in-column-ii-and-mark-the-appropriate-option-column-i-column-ii-a-chloroform-i-h2s2o7-b-mustard-gas-ii-chcl-3-c https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDYx-which-of-the-following-accounts-for-the-highly-negative-electron-gain-enthalpy-of-halogens-in-their-respective-periods-of-the-periodic-table-1-it-has-smallest-size-and-high-effective-nuclear-charge-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ0MzIy-assertion-a-the-bond-dissociation-enthalpy-of-cl2-is-higher-than-f2-reason-r-larger-electron-electron-repulsion-among-the-lone-pair-in-f2-molecule-1-both-a-and-r-are-correct-and-r-is-the-correct-expla https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc2NjQ0-match-the-items-of-columns-i-and-ii-and-mark-the-correct-option-column-i-column-ii-a-h2so4-i-highest-electron-gain-enthalpy-b-ccl3no2-ii-chalcogen-c-cl2-iii-tear-gas-d-sulphur-iv-storage-batteries-1-a https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc2NjU4-which-of-the-following-accounts-for-the-highest-boiling-point-of-hf-among-hydrogen-halides-hf-hi-hbr-hcl-1-the-electro-negativity-of-flourine-is-much-higherthan-for-other-elements-in-the-group-2-there https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ4NTY0-match-the-interhalogen-compounds-given-in-column-i-with-their-shapes-given-in-column-ii-and-assign-the-correct-code-column-i-interhalogen-compounds-column-ii-shapes-a-if7-i-square-pyramidal-b-icl-ii-p https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ3MDA1-which-of-the-following-oxo-acids-of-halogens-is-not-formed-1-hofo-2-hoclo-3-hobro-2-4-hoio-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTYxMjYy-identify-the-incorrect-statement-among-the-following-1-ph3-is-a-colorless-gas-with-a-rotten-fish-smell-2-deacon-process-is-used-for-the-manufacturing-of-nitric-acid-3-cl2-reacts-with-hot-and-conc-naoh https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDYwMjM4-which-of-the-following-electronic-configurations-corresponds-to-a-halogen-element-1-1-mathrm-s-2-1-mathrm-p-6-2-mathrm-s-2-2-mathrm-p-3-2-1-s-2-2-s-2-2-p-6-3-s-2-3-p-6-4-s-2-3-d-10-4-p-6-3-1-mathrm-s https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjcwNDE5-match-the-interhalogen-compounds-of-column-i-with-the-geometry-in-column-ii-and-assign-the-correct-code-column-i-column-ii-a-xx-i-t-shape-b-xx-3-ii-pentagonal-bipyramidal-c-xx-5-iii-linear-d-xx-7-iv-s https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgxODE0-match-list-i-with-list-ii-list-i-molecule-list-ii-hybridization-shape-a-mathrm-xeo-3-i-mathrm-sp-3d-linear-b-mathrm-xef-2-ii-mathrm-sp-3-pyramidal-c-mathrm-xeof-4-iii-mathrm-sp-3d-3-distorted-octahedr https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODQ1-match-the-species-given-in-column-i-with-the-shape-given-in-column-ii-and-mark-the-correct-option-column-i-column-ii-a-its-partial-hydrolysis-does-not-change-the-oxidation-state-of-the-central-atom-1 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjAwNDgx-match-the-xenon-compounds-in-coloumn-i-with-its-structure-in-column-ii-and-assign-the-correct-code-column-i-column-ii-a-xef4-i-pyramidal-b-xef6-ii-square-planar-c-xeof4-iii-distorted-octahedral-d-xeo3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzA4MzE0-the-number-of-lone-pairs-xenon-has-in-xef2-xef4-and-xef6-is-respectively-1-3-2-1-2-2-4-6-3-1-2-3-4-6-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ1MjY0-which-molecule-exhibits-mathrm-s-p-3-d-2-hybridization-1-mathrm-sf-4-2-mathrm-xeof-4-3-mathrm-pf-5-4-mathrm-brf-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTY3-given-below-are-two-statements-assertion-a-icl-is-more-reactive-than-i2-reason-r-i-cl-bond-in-icl-is-weaker-than-i-i-bond-in-i2-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-a https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ2OTIy-a-noble-gas-that-is-not-present-in-the-atmosphere-is-1-he-2-kr-3-rn-4-ne-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDY3-given-below-are-two-statements-assertion-a-noble-gases-have-very-low-boiling-points-reason-r-noble-gases-being-monoatomic-have-no-interatomic-forces-except-weak-dispersion-forces-the-correct-option-is https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ3Mjk1-which-element-does-not-readily-combine-to-form-fluoride-1-he-2-xe-3-kr-4-rn-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQ4ODA1-complete-hydrolysis-of-xef-forms-compound-x-which-of-the-following-statements-about-compound-x-are-correct-i-it-is-a-colourless-compound-ii-it-is-a-pyramidal-molecule-iii-it-is-an-explosive-solid-1-i https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTkyODI3-identify-the-incorrect-statement-from-the-following-1-p-c-2h-5-3-and-as-c-6h-5-3-form-d-d-bond-with-transition-metals-2-nitrogen-can-form-d-p-bond-with-oxygen-3-nitrogen-can-form-p-p-multiple-bonds-wi https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTk4MjUx-the-correct-decreasing-order-of-oxidation-state-of-the-underlined-atom-in-each-molecule-is-1-mathrm-underline-p-4-o-6-underline-cl-2-o-7-underline-al-h-3-2-mathrm-underline-p-4-o-10-underline-s-o-3-h https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTM1MTY1-given-below-are-two-statements-statement-i-like-nitrogen-that-can-form-ammonia-arsenic-can-form-arsine-statement-ii-antimony-cannot-form-antimony-pentoxide-in-light-of-the-above-statements-choose-the https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDY4ODQ2-identify-the-incorrect-statement-from-the-following-1-the-acidic-strength-of-hx-x-f-cl-br-and-i-follows-the-order-hf-hci-hbr-hi-2-fluorine-exhibits-1-oxidation-state-whereas-other-halogens-exhibit-1-3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDY4ODgx-identify-the-incorrect-statement-1-mathrm-pet-3-and-mathrm-asph-3-as-ligands-can-form-mathrm-d-pi-mathrm-d-pi-bond-with-transition-metals-2-the-mathrm-n-mathrm-n-single-bond-is-as-strong-as-the-mathrm https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDY4ODM3-identify-the-incorrect-statement-about-mathrm-pcl-5-1-mathrm-pcl-5-possesses-two-different-mathrm-cl-p-cl-bond-angles-2-all-five-mathrm-p-cl-bonds-are-identical-in-length-3-mathrm-pcl-5-exhibits-sp3d https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTU1OTc-match-the-xenon-compounds-in-column-i-with-their-structure-in-column-ii-and-assign-the-correct-code-column-i-column-ii-a-xef4-i-pyramidal-b-xef6-ii-square-planar-c-xeof4-iii-distorted-octahedral-d-xeo https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTk5NDQ4-a-compound-x-upon-reaction-with-h2oh2oh2o-produces-a-colorless-gas-y-with-rotton-fish-smell-gas-y-is-absorbed-in-a-solution-of-cuso4cuso4cuso4-to-give-cu3p2cu3p2cu3p2-as-one-of-the-products-predict-th https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246ODkyMDE-identify-the-incorrect-statement-regarding-the-halogens-1-all-form-monobasic-oxyacids-2-all-are-oxidizing-agents-3-all-but-fluorine-show-positive-oxidation-states-4-chlorine-has-the-highest-electron-g https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTAxNzk-match-the-compounds-given-in-column-i-with-the-shape-given-in-column-ii-and-mark-the-correct-option-column-i-column-ii-a-xef6-1-distorted-octahedral-b-xeo3-2-square-planar-c-xeof4-3-pyramidal-d-xef4-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTAxOTM-which-is-the-correct-statement-for-the-given-acids-1-phosphinic-acid-is-a-monoprotic-acid-while-phosphonic-acid-is-a-diprotic-acid-2-phosphinic-acid-is-a-diprotic-acid-while-phosphonic-acid-is-a-monop https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTA3ODc-which-of-the-statements-given-below-is-incorrect-1-mathrm-c-l-2-o-7-is-an-anhydride-of-perchloric-acid-2-mathrm-o-3-molecule-is-bent-3-onf-is-isoelectronic-with-mathrm-n-o-2-4-mathrm-o-f-2-is-an-oxide https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTA4MTk-the-variation-of-the-boiling-point-of-the-hydrogen-halides-is-in-the-order-hf-hi-hbr-hcl-the-higher-boiling-point-of-hydrogen-fluoride-is-explained-as-1-the-electronegativity-of-flourine-is-much-highe https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTMyNjY-among-the-following-which-is-the-strongest-oxidising-agent-1-f2f2f2-2-br2br2br2-3-l2l2l2-4-cl2cl2cl2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDM2-although-nitrogen-exhibits-5-oxidation-state-but-does-not-form-pentahalide-because-1-delta-g-value-is-highly-negative-for-the-formation-of-pentahalide-2-does-not-have-d-orbitals-to-expand-its-covalenc https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDUz-ph3-reacts-with-hi-and-formed-ph4i-this-reaction-shows-that-1-ph3-acidic-in-nature-2-ph3-basic-in-nature-3-ph3-is-a-strong-lewis-acid-4-ph3-is-more-reactive-than-nh3-with-hi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDU0-given-below-are-two-statements-assertion-a-pcl3-fume-in-moisture-reason-r-pcl3-reacts-with-water-which-is-present-in-moisture-and-for-cl2-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDU3-given-below-are-two-statements-assertion-a-elements-of-group-16-generally-show-lower-value-of-first-ionisation-enthalpy-compared-to-the-corresponding-periods-of-group-15-reason-r-elements-of-group-16 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDU4-given-below-are-two-statements-assertion-a-h2s-is-less-acidic-than-h2te-reason-r-the-bond-e-h-dissociation-enthalpy-decreases-down-the-group-in-group-16-hydrides-the-correct-option-is-1-both-a-and-r-a https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDU5-given-below-are-two-statements-assertion-a-sulphur-shows-paramagnetic-behaviour-reason-r-s2-does-not-contain-unpaired-electron-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-an https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDYw-consider-the-following-reaction-caf2-h2so4-c-dcaf2-h2so4-c-d-so3-h2o-b-so3-h2o-b-the-products-b-c-and-d-respectively-1-b-h2so3-c-caso4-d-hf-2-b-h2so4-c-caso4-d-hof-3-b-h2so4-c-caso4-d-hf-4-b-h2so3-c-c https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDYy-given-below-are-two-statements-assertion-a-although-electron-gain-enthalpy-of-fluorine-is-less-negative-as-compared-to-chlorine-fluorine-is-a-stronger-oxidising-agent-than-chlorine-reason-r-f2-has-low https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDY0-the-incorrect-statement-among-the-following-is-1-cl2-reaction-with-hot-and-concentrated-naoh-produces-nacl-andnaclo3-2-cl2-reaction-with-hot-and-concentrated-naoh-produces-nacl-and-naocl-3-it-is-an-ex https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDY1-hcl-reacts-with-finely-powdered-iron-it-forms-ferrous-chloride-and-not-ferric-chloride-because-1-formation-of-cl2-gas-prevents-ferric-chloride-formation-2-formation-of-h2-gas-prevents-ferric-chloride https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDY2-assertion-a-the-elements-of-group-18-are-known-as-noble-gases-reason-r-group-18-elements-are-highly-reactive-the-correct-option-is-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MDY4-given-below-are-two-statements-assertion-a-the-hydrolysis-of-xef6-is-a-redox-reaction-reason-r-the-hydrolysis-products-of-xef6-are-xeof4-and-xeo2f2-the-correct-option-is-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI1OTQ3-compound-that-does-not-exist-is-1-xeof4-2-nef2-3-xef2-4-xef6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTI0-consider-the-following-reaction-cu2-aq-nh3-aq-x-aq-the-product-x-is-1-cu-nh-3-4-h-2o-2-2-2-cu-nh-3-2-2-3-cu-nh-3-3-4-cu-nh-3-4-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTI1-the-covalency-of-nitrogen-in-n2o5-is-1-4-2-3-3-2-4-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE4NjI2-when-ph3-reacts-with-an-acid-like-hbr-then-the-product-formed-is-1-ph4br-2-pbr3-4-pbr5-4-ph5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTI3-when-white-phosphorus-is-heated-with-concentrated-naoh-solution-in-an-inert-atmosphere-of-co2-the-product-s-obtained-is-are-1-ph-3-2-nah-2po-2-3-p2o5-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTI4-given-below-are-two-statements-assertion-a-when-pcl5-is-heated-then-pcl3-and-cl2-are-obtained-as-products-reason-r-pcl5-gives-pocl3-with-water-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTI5-consider-the-following-reaction-pcl5-h2o-a-2hcl-the-product-a-is-1-h3po2-2-h3po4-3-pocl3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTM1-consider-the-following-equation-h3po3-xrightarrow-delta-x-y-the-products-x-and-y-are-respectively-1-h3po2-ph3-2-h3po4-ph3-3-h3po4-h3po2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTM3-what-is-the-correct-order-of-thermal-stability-of-the-hydrides-of-group-16-elements-1-h2o-h2s-h2se-h2te-3-h2o-h2s-h2s-h2se-h2te-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTUz-correct-statement-among-the-following-on-reaction-of-sulphur-dioxide-with-an-aqueous-solution-of-fe-iii-salt-is-1-redox-reaction-occurs-2-disproportionation-reaction-occurs-3-displacement-reaction-occ https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTY1-the-poisonous-gases-which-contain-s-chlorine-atom-s-is-are-1-phosgene-2-mustard-gas-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTY4-the-gas-used-in-diving-apparatus-is-1-he-2-so2-3-neon-4-o3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzE2NTY5-consider-the-following-reaction-xef6-2h2o-x-4hf-the-product-x-is-1-xeo2f2-2-xeo3-3-xeof4-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODA0-the-maximum-covalency-of-nitrogen-is-1-3-2-5-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODA1-which-of-the-following-statements-is-wrong-1-single-n-n-bond-is-stronger-than-a-single-p-p-bond-2-ph3ph3ph3-can-act-as-a-ligand-in-the-formation-of-coordination-compound-with-transition-elements-3-no2 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODA4-on-heating-ammonium-dichromate-and-barium-azide-separately-we-get-1-n2n2n2-in-both-cases-2-n2n2n2-with-ammonium-dichromate-and-nonono-with-barium-azide-3-n2on2on2o-with-ammonium-dichromate-and-n2n2n2 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODA5-in-the-preparation-of-hno3hno3hno3-we-get-nonono-gas-by-catalytic-oxidation-of-ammonia-the-moles-of-no-produced-by-the-oxidation-of-two-moles-of-nh3nh3nh3-will-be-1-2-2-3-3-4-4-6-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODEw-the-oxidation-state-of-the-central-atom-in-the-anion-of-the-compound-nah2po2nah2po2nah2po2-will-be-1-3-2-5-3-1-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODEx-which-of-the-following-is-not-tetrahedral-in-shape-1-nh-41-nh4-1-nh4-2-sicl42-sicl42-sicl4-3-sf43-sf43-sf4-4-so2-44-so42-4-so42-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODEy-which-of-the-following-are-peroxoacids-of-sulphur-1-mathrm-h-2-so-5-text-and-mathrm-h-2-s-2-o-8-2-mathrm-h-2-so-5-text-and-mathrm-h-2-s-2-o-7-3-mathrm-h-2-s-2-o-7-text-and-mathrm-h-2-s-2-o-8-4-mathrm https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODEz-hot-conc-h2so4h2so4h2so4-acts-as-moderately-strong-oxidising-agent-it-oxidises-both-metals-and-non-metals-which-of-the-following-element-is-oxidised-by-conc-h2so4h2so4h2so4-into-two-gaseous-products-1 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODE0-a-black-compound-of-manganese-reacts-with-a-halogen-acid-to-give-greenish-yellow-gas-when-an-excess-of-this-gas-reacts-with-nh3nh3nh3-an-unstable-trihalide-is-formed-in-this-process-the-oxidation-stat https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODE1-in-the-preparation-of-compounds-of-xe-bartlett-had-taken-o-2ptf-6o2-ptf6-o2-ptf6-as-a-base-compound-this-is-because-1-both-o2-and-xe-have-the-same-size-2-both-o2-and-xe-have-the-same-electron-gain-ent https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODIx-which-of-the-following-is-correct-for-p4-molecule-of-white-phosphorus-a-it-has-6-lone-pairs-of-electrons-b-it-has-six-p-p-single-bonds-c-it-has-three-p-p-single-bonds-d-it-has-four-lone-pairs-of-elect https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODIy-which-of-the-following-statements-are-correct-a-among-halogens-the-radius-ratio-between-iodine-and-fluorine-is-maximum-b-leaving-f-f-bond-all-halogens-have-weaker-x-x-bond-than-x-x-bond-in-interhaloge https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODIz-which-of-the-following-statements-are-correct-for-so2-gas-a-it-acts-as-a-bleaching-agent-in-moist-conditions-b-its-molecule-has-linear-geometry-c-its-dilute-solution-is-used-as-a-disinfectant-d-it-can https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODI0-which-of-the-following-statements-are-correct-a-all-the-three-n-o-bond-lengths-in-hno3-are-equal-b-all-p-cl-bond-lengths-in-pcl5-molecule-in-the-gaseous-state-are-equal-c-p4-molecule-in-white-phosphor https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODI1-which-of-the-following-orders-are-correct-as-per-the-properties-mentioned-against-each-column-i-column-ii-a-as2o3-h2s-h2se-h2te-iv-thermal-stability-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODI2-which-of-the-following-statements-are-correct-a-s-s-bond-is-present-in-h2s2o6-b-in-peroxosulphuric-acid-h2so5-sulphur-is-in-6-oxidation-state-c-iron-powder-along-with-al2o3-and-k2o-is-used-as-a-cataly https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODI4-which-of-the-following-statements-is-are-true-a-only-types-of-interactions-between-particles-of-noble-gases-are-due-to-weak-dispersion-forces-b-the-ionization-enthalpy-of-molecular-oxygen-is-very-clos https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODQx-match-the-compounds-given-in-column-i-with-the-hybridisation-and-shape-given-in-column-ii-and-mark-the-correct-option-column-i-column-ii-a-xef6-1-sp3d3-distorted-octahedral-b-xeo3-2-sp3d2-square-plana https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjI5ODQ2-given-below-are-two-statements-assertion-a-n2-is-less-reactive-than-p4-reason-r-nitrogen-has-more-electron-gain-enthalpy-than-phosphorus-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjU1OTQx-on-addition-of-conc-h2so4h2so4-to-a-chloride-salt-colourless-fumes-are-evolved-but-in-case-of-iodide-salt-violet-fumes-come-out-this-is-because-1-h2so4h2so4-reduces-hi-to-i2i2-2-hi-is-of-violet-colour https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjU1OTQy-in-qualitative-analysis-when-h2sh2s-is-passed-through-an-aqueous-solution-of-salt-acidified-with-dil-hcl-a-black-precipitate-is-obtained-on-boiling-the-precipitate-with-dil-hno3hno3-it-forms-a-solutio https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjU1OTQz-in-a-cyclotrimetaphosphoric-acid-molecule-how-many-single-and-double-bonds-are-present-1-3-double-bonds-9-single-bonds-2-6-double-bonds-6-single-bonds-3-3-double-bonds-12-single-bunds-4-zero-double-bo https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjU1OTQ2-affinity-for-hydrogen-decreases-in-the-group-from-fluorine-to-iodine-which-of-the-halogen-acids-should-have-highest-bond-dissociation-enthalpy-1-hf-2-hcl-3-hbr-4-hi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjU1OTQ3-the-bond-dissociation-enthalpy-of-e-h-e-element-bonds-is-given-below-which-of-the-compounds-will-act-as-the-strongest-reducing-agent-compound-nh3nh3-ph3ph3-ash3ash3-sbh3sbh3-diss-e-h-kjmol-1-diss-e-h https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjU1OTQ4-on-heating-with-concentrated-naoh-solution-in-an-inert-atmosphere-of-co2co2-white-phosphorus-gives-a-gas-which-of-the-following-statement-is-incorrect-about-the-gas-1-it-is-highly-poisonous-and-has-sm https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjU1OTUw-strong-reducing-behavior-of-h3po2h3po2-is-due-to-1-low-oxidation-state-of-phosphorus-2-presence-of-two-oh-groups-and-one-p-h-bond-3-presence-of-one-oh-group-and-two-p-h-bonds-4-high-electron-gain-enth https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjk5MjQw-assertion-a-on-hydrolysis-pcl3-produces-a-dibasic-oxyacid-of-phosphorous-reason-r-h3po2-is-a-dibasic-acid-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5ODEy-assertion-a-nitrogen-and-oxygen-are-the-main-components-in-the-atmosphere-but-these-do-not-react-to-form-oxides-of-nitrogen-reason-r-the-reaction-between-nitrogen-and-oxygen-requires-a-high-temperatur https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzM3MTY2-the-correct-statement-s-among-the-following-is-a-aqua-regia-is-prepared-by-mixing-conc-hcl-and-conc-hno-3-in-3-1-v-v-ratio-b-the-yellow-colour-of-aqua-regia-is-due-to-the-presence-of-nocl-and-cl-2-c-r https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTc2NjA1-consider-the-following-statements-about-halogens-i-the-bond-dissociation-energies-for-halogens-are-in-the-order-i-2-ii-the-only-oxidation-state-is-1-iii-the-energy-required-for-the-excitation-of-elect https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzM3Mzk3-match-the-substance-given-in-column-i-with-the-application-given-in-column-ii-and-mark-the-appropriate-option-column-i-substance-column-ii-application-a-liquid-helium-i-chlorinating-agent-b-argon-ii-i https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246ODkxMjk-in-which-pair-of-ions-both-the-species-contain-s-s-bond-1-s2o2-7-s2o72-s2o72-s2o2-8s2o82-s2o82-2-s4o2-6-s4o62-s4o62-s2o2-3s2o32-s2o32-3-s4o2-6-s4o62-s4o62-s2o2-7s2o72-s2o72-4-s2o2-7-s2o72-s2o72-s2o2-3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246OTEwMDE-nitrogen-dioxide-and-sulphur-dioxide-have-some-properties-in-common-which-property-is-shown-by-one-of-these-compounds-but-not-by-the-other-1-forms-acid-rain-2-is-a-reducing-agent-3-is-soluble-in-water https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjY0MTA4-the-correct-order-of-acid-strength-is-1-hclo4-hclo3-hclo2-hclohclo4-hclo3-hclo2-hclohclo4-hclo3-hclo2-hclo-2-hclo2-hclo3-hclo4-hclohclo2-hclo3-hclo4-hclohclo2-hclo3-hclo4-hclo-3-hclo4-hclo-hclo2-hclo3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzYyODA4-what-is-the-oxidation-state-of-a-phosphorus-atom-in-hypophosphoric-acid-1-3-2-4-3-5-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQyMTgw-assertion-a-nitrogen-is-unreactive-at-room-temperature-but-becomes-reactive-at-elevated-temperatures-on-heating-or-in-the-presence-of-catalysts-reason-r-in-nitrogen-molecules-there-is-extensive-deloca https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQwNzE5-given-below-are-two-statements-assertion-a-molecular-nitrogen-is-less-reactive-than-molecular-oxygen-reason-r-the-bond-length-of-n2-is-shorter-than-that-of-oxygen-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NzIxMjg-what-condition-or-substance-is-used-to-react-with-white-phosphorus-p4-to-selectively-produce-phosphorus-trioxide-p2o3-1-dry-o2o2o2-2-a-mixture-of-o2o2o2-and-n2n2n2-3-moist-o2o2o2-4-o2o2o2-in-the-prese https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzM3OTAw-when-nh-3-gas-is-passed-through-nessler-s-reagent-a-red-brown-solution-is-obtained-it-is-due-to-the-formation-of-1-millon-s-base-2-potassium-mercuric-iodide-3-hgi-2-4-k-2hgi-4-koh-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjk3MDcw-which-of-the-following-compounds-on-hydrolysis-produces-a-base-as-one-of-its-products-1-nf3-2-ncl3-3-pcl3-4-bcl3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzI1NzQ5-the-correct-order-of-acidic-strength-of-hpo3-h3po4-h3po3-and-h3po2-is-1-mathrm-hpo-3-mathrm-h-3-mathrm-po-4-mathrm-h-3-mathrm-po-3-mathrm-h-3-mathrm-po-2-2-mathrm-h-3-mathrm-po-4-mathrm-h-3-mathrm-po https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-pb246NjEwNjA-what-is-produced-when-orthophosphoric-acid-reacts-with-phosphate-rock-fluorapatite-1-ca-h2po4-2-caf2cah2po42-caf2-2-ca3-po4-2-caf2-h2oca3po42-caf2-h2o-3-ca-h2po4-2-hfcah2po42-hf-4-ca3-po4-2-hf-h2oca3p https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzM2Mzg5-the-most-acidic-oxyacid-of-phosphorous-is-1-h-3po-4-2-hpo-3-3-h-4p-2o-7-4-h-3po-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTI0OTAx-the-large-difference-between-the-melting-and-boiling-points-of-oxygen-and-sulphur-may-be-explained-based-on-1-atomic-size-2-atomicity-3-electronegativity-4-electron-gain-enthalpy-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjk3MjIy-when-sodium-thiosulphate-is-reacted-with-i2-then-the-product-of-sulphur-will-be-1-na2so3na2so3-2-na2so4na2so4-3-na2s4o6na2s4o6-4-so2so2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MTk4-if-the-boiling-point-of-h2o-is-373-k-the-boiling-point-of-h2s-will-be-1-greater-than-300-k-but-less-than-373-k-2-less-than-300-k-3-more-than-373-k-4-equal-to-373-k-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQwNzIy-assertion-a-the-s-s-s-bond-angle-in-s-8-molecule-is-105-reason-r-s-8-has-v-shape-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r-are-true-but-r-is-not-the-correct-explanat https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTQ5MDcz-the-most-volatile-halogen-acid-is-1-hf-2-hcl-3-hbr-4-hi-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MTM2NzYw-l2l2l2-reacts-with-aqueous-na2s2o3na2s2o3na2s2o3-to-give-na2s4o6na2s4o6na2s4o6-and-nal-the-products-of-the-reaction-of-cl2-with-aqueous-na2s2o3na2s2o3na2s2o3-are-1-na2s4o6na2s4o6na2s4o6-nacl-2-nahso4n https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjk5MjAx-which-is-not-the-product-of-hydrolysis-of-xef6-1-xeo3-2-xeo2f2-3-xeof4-4-xeof2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzYyOTI0-the-correct-decreasing-order-of-positive-electron-gain-enthalpy-for-the-following-inert-gases-is-he-ne-kr-xe-1-he-ne-kr-xe-2-he-ne-xe-kr-3-he-xe-ne-kr-4-ne-kr-xe-he-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTc1ODQ0-given-below-are-two-statements-statement-i-the-order-of-bond-dissociation-energy-for-halogens-is-cl2-br2-f2-i2-statement-ii-bond-dissociation-energy-is-independent-of-bond-order-1-both-statement-i-and https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTc1ODcz-given-below-are-two-statements-statement-i-the-correct-order-of-electron-affinity-is-cl-br-s-o-statement-ii-correct-order-of-ionic-character-is-pbcl2-sncl2-1-statement-i-is-correct-and-statement-ii-is https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTc2MTcz-list-i-species-list-ii-hybridization-list-iii-shape-a-if-3-sp-3-t-shape-b-if-7-sp-3d-3-p-b-p-c-if-5-sp-3d-2-square-pyramidal-d-cio-4-dsp-2-square-planar-select-the-correct-match-1-a-b-c-2-a-b-c-d-3-b https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTc2MjQ1-which-of-the-following-is-correct-if-x-is-the-most-electronegative-element-and-y-is-the-least-electronegative-element-in-the-group-15-elements-n-p-as-and-sb-1-x-2o-3-is-acidic-and-y-2o-3-is-amphoteric https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTI1MTMz-which-of-the-following-statements-is-incorrect-1-ph3-shows-lower-proton-affinity-than-nh3-2-pf3-exists-but-nf5-does-not-3-no2-can-dimerise-easily-4-so2-can-act-as-an-oxidizing-agent-but-not-as-a-reduc https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTMyMjgw-consider-the-following-statements-statement-i-mathrm-n-n-bond-has-less-bond-strength-than-mathrm-p-p-bond-statement-ii-all-group-15-elements-in-3-oxidation-state-undergoes-disproportionation-in-the-li https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTMyNTky-determine-the-molecular-geometry-of-a-compound-ax-y-based-on-the-given-conditions-i-all-elements-are-from-the-p-block-ii-a-is-a-monoatomic-and-non-radioactive-element-iii-x-is-more-electronegative-tha https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NTMyNTkz-which-property-of-group-17-elements-deviates-from-the-usual-periodic-trend-observed-down-the-group-1-electron-affinity-2-ionisation-energy-3-covalent-radii-4-ionic-radii-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDQwMjQ2-consider-the-given-reaction-mathrm-kmno-4-text-conc-mathrm-h-2-mathrm-so-4-xrightarrow-text-salt-mathrm-x-greenish-yellow-gas-salt-x-contains-1-f-2-cl-3-br-4-i-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDU0NTkx-consider-the-following-statements-i-mathrm-n-2-is-stable-in-divalent-form-ii-group-15-elements-exist-in-3-3-and-5-oxidation-states-iii-stability-of-5-oxidation-state-increases-down-the-group-iv-delta https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDU0OTQy-given-below-are-two-statements-statement-i-text-ph-3-will-have-a-lower-boiling-point-than-text-nh-3-statement-ii-there-are-strong-van-der-waals-forces-in-text-nh-3-and-strong-hydrogen-bonding-in-text https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDU1MTc0-which-of-the-following-cannot-show-a-variable-oxidation-state-1-chlorine-2-fluorine-3-bromine-4-iodine-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDU1MTg2-in-which-of-the-following-compound-central-atom-has-4-oxidation-state-1-so3-2-h2so3-3-h2s2o7-4-baso4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDU2MTk1-why-does-oxygen-show-anomalous-behaviour-1-large-size-high-electronegativity-2-small-size-small-electronegativity-3-small-size-high-electronegativity-absence-of-vacant-d-orbital-4-large-size-high-elec https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDU2MjQ4-oxidation-state-of-fe-iron-in-the-complex-formed-in-the-brown-ring-test-1-eight-8-2-three-3-3-one-1-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzYyODIz-molecule-among-the-following-with-the-highest-bond-dissociation-energy-is-1-i22-f2-3-cl24-br2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzYyOTIz-thionyl-chloride-on-reaction-with-white-phosphorous-gives-compound-a-a-on-hydrolysis-gives-compound-b-which-is-dibasic-identify-a-and-b-a-b-1-pcl5-h3po2-2-p4o6-h3po4-3-pocl3-h3po4-4-pcl3-h3po3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzYyOTM2-which-of-the-following-oxoacids-can-reduce-agno3-1-hpo3-n-2-h4p2o7-3-h4p2o5-4-h3po4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzYyOTM5-statement-i-chlorine-easily-forms-oxides-and-the-compounds-are-explosive-statement-ii-the-higher-oxidation-states-of-chlorine-bromine-and-iodine-are-released-when-halogens-form-oxides-and-fluorides-1 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzYyOTQ0-consider-the-following-condition-i-x-oxidation-number-of-br-in-bromic-acid-ii-y-oxidation-number-of-br-in-perbromic-acid-the-value-of-x-y-is-1-10-2-1-3-12-4-8-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzYzMTg1-chloride-salt-of-m-is-treated-with-excess-of-agno3-it-forms-curdy-white-precipitate-a-when-a-is-treated-with-nh4oh-it-forms-a-soluble-salt-b-the-a-and-b-respectively-are-1-agcl-ag-nh3-2-2-agbr-ag-oh-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzYzMjY1-identify-the-correct-order-of-bond-dissociation-energy-of-halogens-1-mathrm-f-2-mathrm-cl-2-2-text-br-2-text-f-2-3-mathrm-i-2-mathrm-f-2-4-mathrm-br-2-mathrm-cl-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQxMTI4-find-the-products-formed-when-white-phosphorus-p-reacts-with-concentrated-naoh-1-ph-and-nah-po-2-ph-and-na-po-3-ph-and-na-hpo-4-nah-po-and-na-po-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQxMTgy-given-below-are-two-statements-statement-i-fluorine-forms-only-one-oxoacid-statement-ii-fluorine-forms-three-oxides-of2-o2f2-and-o2f-1-both-statement-i-statement-ii-are-true-2-both-statement-i-stateme https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQxMTky-the-gas-that-is-produced-during-the-following-reaction-nh-4-cl-nano-2-xrightarrow-delta-product-1-nh3-2-n2-3-cl2-4-n2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQxMTkz-match-the-acid-radicals-present-in-column-i-with-their-characteristic-observations-in-column-ii-column-i-column-ii-i-co-2-3-p-brisk-effervescence-ii-no-3-q-white-ppt-iii-so-2-4-r-brown-ring-iv-s-2-s-r https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQxMjg3-most-stable-trihalide-from-nf-3-nbr-3-ncl-3-and-ni-3-is-1-nf-3-2-ncl-3-3-nbr-3-4-ni-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQxNDIx-pcl5-is-formed-whereas-ncl5-is-not-formed-because-1-phosphorous-has-vacant-d-orbitals-while-nitrogen-does-not-have-vacant-d-orbitals-2-pcl5-is-stable-while-ncl5-is-unstable-3-phosphorous-is-more-react https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQxNDU0-given-below-are-two-statements-statement-i-the-oxide-e-o-is-less-acidic-than-e-o-where-element-e-is-from-group-15-statement-ii-the-acidic-strength-of-e-o-decreases-as-one-moves-down-in-group-15-where https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQxNDY1-which-of-the-following-compounds-on-thermal-decomposition-gives-nitrogen-gas-1-ba-n3-2-2-nano2-3-ba-no3-2-4-nano3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQxNTE2-which-of-the-following-options-correctly-indicates-the-number-of-compounds-containing-a-direct-nitrogen-nitrogen-n-n-bond-among-n-o-n-o-n-o-and-n-o-1-one-1-2-zero-0-3-three-3-4-two-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQxNTIz-choose-the-compound-s-among-the-following-that-have-sulphur-atoms-in-two-different-oxidation-states-a-h2s2o3-b-h2s2o8-c-h2s2o7-d-h2s2o5-1-only-a-2-a-and-d-3-only-d-4-b-and-c-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQyMTY0-consider-the-following-reactions-begin-aligned-mathrm-pcl-5-mathrm-h-2-mathrm-o-longrightarrow-mathrm-a-mathrm-hcl-mathrm-a-mathrm-h-2-mathrm-o-longrightarrow-mathrm-b-mathrm-hcl-end-aligned-what-is-t https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQyMTcy-lead-nitrate-decomposes-on-heating-as-mathrm-pb-left-mathrm-no-3-right-2-stackrel-delta-longrightarrow-mathrm-a-mathrm-pbo-mathrm-o-2-a-on-dimerization-gives-b-then-the-number-of-bridging-oxygen-atom https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQyMjA4-the-correct-order-of-melting-point-of-the-following-compound-is-1-h-2o-h-2s-h-2se-h-2te-2-h-2o-h-2te-h-2se-h-2s-3-h-2te-h-2se-h-2s-h-2o-4-h-2te-h-2o-h-2se-h-2s-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzQyMjM3-select-the-incorrect-option-regarding-the-test-of-no-3-radical-1-a-nitrosyl-complex-is-formed-2-a-brown-ring-is-obtained-in-the-brown-ring-test-at-the-junction-of-the-two-liquids-3-the-formula-of-the https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgxNjk3-which-of-the-following-is-the-most-stable-trihalide-of-nitrogen-1-text-nf-3-2-text-ncl-3-3-text-nbr-3-4-text-n-i-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgxNzE3-the-interhalogen-compound-formed-from-the-reaction-of-bromine-with-an-excess-of-fluorine-is-a-1-hypohalite-2-halate-3-perhalate-4-halite-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgxNzYz-which-oxoacid-of-phosphorus-has-the-highest-number-of-oxygen-atoms-present-in-its-chemical-formula-1-pyrophosphorus-acid-2-hypophosphoric-acid-3-phosphoric-acid-4-pyrophosphoric-acid-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgxNzg3-the-oxide-which-contains-an-odd-electron-at-the-nitrogen-atom-is-1-n-2o-2-no-2-3-n-2o-3-4-n-2o-5-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgxODQ3-match-list-i-with-list-ii-list-i-list-ii-a-begin-aligned-4-mathrm-nh-3-mathrm-g-5-mathrm-o-2-mathrm-g-rightarrow-4-mathrm-no-mathrm-g-6-mathrm-h-2-mathrm-o-mathrm-g-end-aligned-i-no-g-b-begin-aligned https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgxODc1-match-list-i-with-list-ii-match-the-gas-evolved-during-each-reaction-list-i-list-ii-a-left-mathrm-nh-4-right-2-mathrm-cr-2-mathrm-o-7-xrightarrow-delta-i-mathrm-h-2-b-mathrm-kmno-4-mathrm-hcl-rightarr https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgxODkw-the-sum-of-the-number-of-lone-pairs-of-electrons-present-on-the-central-atoms-of-mathrm-xeo-3-xeof-4-and-xef-6-is-1-two-2-2-five-5-3-three-3-4-one-1-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgxOTMx-the-number-of-bridged-oxygen-atoms-present-in-compound-b-formed-from-the-following-reactions-is-mathrm-pb-left-mathrm-no-3-right-2-xrightarrow-673-mathrm-k-mathrm-a-mathrm-pbo-mathrm-o-2-mathrm-a-xrig https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgxOTcx-in-the-following-reaction-product-a-is-formed-begin-aligned-mathrm-pcl-3-mathrm-h-2-mathrm-o-rightarrow-mathrm-a-mathrm-hcl-end-aligned-the-number-of-ionisable-protons-present-in-the-product-a-is-1-tw https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyMDIx-the-gas-produced-by-treating-an-aqueous-solution-of-ammonium-chloride-with-sodium-nitrite-is-1-text-nh-3-2-text-n-2-3-text-n-2-text-o-4-text-cl-2-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyMDI4-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-fluorine-forms-one-oxoacid-reason-r-fluorine-has-the-smallest-size-amongst-all-halogens https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyMDM1-how-many-interhalogens-among-those-given-below-have-a-square-pyramidal-structure-mathrm-clf-3-mathrm-if-7-mathrm-brf-5-mathrm-brf-3-mathrm-i-2-mathrm-cl-6-mathrm-if-5-mathrm-cif-mathrm-clf-5-1-3-2-5-3 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyMDQx-what-is-the-correct-order-of-melting-points-for-hydrides-in-group-16-1-h-2s-h-2se-h-2te-h-2o-2-h-2o-h-2s-h-2se-h-2te-3-h-2s-h-2te-h-2se-h-2o-4-h-2se-h-2s-h-2te-h-2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyMDQ1-consider-the-following-reaction-text-a-alkali-rightarrow-text-b-major-product-identify-a-considering-b-is-a-phosphorus-oxoacid-without-any-p-h-bonds-1-white-p-4-2-red-p-4-3-p-2o-3-4-h-3po-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyMDc1-match-list-i-with-list-ii-list-i-oxide-list-ii-nature-a-begin-equation-mathrm-cl-2-mathrm-o-7-end-equation-i-amphoteric-b-mathrm-na-2-mathrm-o-ii-basic-c-mathrm-al-2-mathrm-o-3-iii-neutral-d-mathrm-n https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyMTUz-nitrogen-gas-is-obtained-by-thermal-decomposition-of-1-mathrm-ba-no-3-2-2-mathrm-ba-n-3-2-3-mathrm-nano-2-4-mathrm-nano-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyMTU1-given-below-are-two-statements-statement-i-the-pentavalent-oxide-of-group-15-element-mathrm-e-2o-5-is-less-acidic-than-the-trivalent-oxide-mathrm-e-2o-3-of-the-same-element-statement-ii-the-acidic-cha https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyMjYx-among-the-given-oxides-of-nitrogen-mathrm-n-2o-n-2o-3-n-2o-4-and-mathrm-n-2o-5-the-number-of-compound-s-having-mathrm-n-n-bond-is-1-one-1-2-two-2-3-three-3-4-four-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyMjYy-which-of-the-following-oxoacids-of-sulphur-contains-mathrm-s-in-two-different-oxidation-states-1-mathrm-h-2s-2o-3-2-mathrm-h-2s-2o-6-3-mathrm-h-2s-2o-7-4-mathrm-h-2s-2o-8-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyNDYw-the-oxoacid-of-phosphorus-that-is-easily-obtained-from-a-reaction-of-alkali-and-white-phosphorus-and-has-two-text-p-h-bonds-is-1-phosphonic-acid-2-phosphinic-acid-3-pyrophosphorus-acid-4-hypophosphori https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDgyNzE2-consider-the-following-sulphur-based-oxoacids-mathrm-h-2-mathrm-so-3-mathrm-h-2-mathrm-so-4-mathrm-h-2-mathrm-s-2-mathrm-o-8-and-mathrm-h-2-mathrm-s-2-mathrm-o-7-amongst-these-oxoacids-the-number-of-t https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4OTQz-the-correct-order-of-bond-dissociation-enthalpy-of-halogens-is-1-cl2-f2-br2-i2cl2-f2-br2-i2cl2-f2-br2-i2-2-i2-br2-cl2-f2i2-br2-cl2-f2i2-br2-cl2-f2-3-cl2-br2-f2-i2cl2-br2-f2-i2cl2-br2-f2-i2-4-f2-cl2-br https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4OTYx-given-below-are-two-statements-statement-i-the-and-forms-of-sulphur-can-interconvert-reversibly-through-slow-heating-or-slow-cooling-statement-ii-at-room-temperature-the-stable-crystalline-form-of-sul https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5MTg3-among-the-following-allotropic-forms-of-sulphur-the-form-paramagnetic-in-nature-is-1-sulphur-2-sulphur-3-s2-form-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDg4OTQz-which-of-the-following-statements-is-incorrect-1-on-hydrolysis-cif-forms-hocl-and-hf-2-cl-2-is-more-reactive-than-cif-3-f-2-is-more-reactive-than-cif-4-f-2-is-a-stronger-oxidizing-agent-than-cl-2-in-a https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDkzNDY0-match-list-i-with-list-ii-list-i-species-list-ii-no-of-lone-pairs-of-electrons-on-the-central-atom-a-xef-2-i-0-b-xeo-2f-2-ii-1-c-xeo-3f-2-iii-2-d-xef-4-iv-3-choose-the-most-appropriate-answer-from-the https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDk1NDA1-the-number-of-halogen-s-forming-halic-v-acid-is-1-one-1-2-two-2-3-three-3-4-four-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDk1NDQ2-the-oxide-without-a-nitrogen-nitrogen-bond-is-1-n-2o-2-n-2o-3-3-n-2o-5-4-n-2o-4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDk1ODEy-the-number-of-cl-o-bonds-in-chlorous-acid-chloric-acid-and-perchloric-acid-respectively-are-1-4-1-and-0-2-1-1-and-3-3-3-1-and-1-4-1-2-and-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc3ODQy-on-heating-compound-a-gives-a-gas-b-which-is-a-constituent-of-air-this-gas-when-treated-with-h2-in-the-presence-of-a-catalyst-gives-another-gas-c-which-is-basic-in-nature-a-should-not-be-1-nh4-2cr2o7 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4MTg1-aqua-regia-is-used-for-dissolving-noble-metals-au-pt-etc-the-gas-evolved-in-this-process-is-1-n2o5-2-n2o3-3-n2-4-no-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc4NTI0-on-heating-lead-ii-nitrate-gives-a-brown-gas-a-the-gas-a-on-cooling-changes-to-a-colourless-solid-liquid-b-b-on-heating-with-no-changes-to-a-blue-solid-c-the-oxidation-number-of-nitrogen-in-solid-c-is https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5MjM2-the-correct-statement-regarding-the-dinitrogen-among-the-below-is-1-it-can-be-used-as-an-inert-diluent-for-reactive-chemicals-2-it-can-combine-with-dioxygen-at-25-c-3-n2-is-paramagnetic-in-nature-4-li https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5Mjcw-the-number-of-cl-ocl-ocl-o-bonds-in-perchloric-acid-is-1-4-2-5-3-2-4-3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5MzE0-the-reaction-of-no-with-n2o4n2o4n2o4-at-250-k-gives-1-n2o5-2-no2-3-n2o-4-n2o3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDg5MzA3-the-electron-gain-enthalpy-in-mathrm-kj-mathrm-mol-of-fluorine-chlorine-bromine-and-iodine-respectively-are-1-349-333-325-and-296-2-333-325-349-and-296-3-296-325-333-and-349-4-333-349-325-and-296-1-2 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246NDkyNzcx-the-number-of-bonds-between-sulphur-and-oxygen-atoms-in-mathrm-s-2-mathrm-o-8-2-and-the-number-of-bonds-between-sulphur-and-sulphur-atoms-in-rhombic-sulphur-respectively-are-1-4-and-6-2-4-and-8-3-12-a https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc3NDMx-which-of-the-following-is-the-key-factor-that-explains-why-hf-has-the-highest-boiling-point-among-hydrogen-halides-1-lowest-ionic-character-2-lowest-dissociation-enthalpy-3-strongest-van-der-waals-int https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5MDg4-the-compound-that-does-not-produce-nitrogen-gas-by-the-thermal-decomposition-is-1-ba-n3-2-2-nh4-2cr2o7-3-nh4no2-4-nh4-2so4-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5NTM2-the-products-obtained-when-chlorine-gas-reacts-with-cold-and-dilute-aqueous-naoh-are-1-cl-and-clo-2-cl-and-clo2-3-clo-and-clo3-4-clo3-and-clo3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5OTUy-the-reaction-of-zinc-with-dilute-and-concentrated-nitric-acid-respectively-produces-1-n2o-and-no2-2-no2-and-no-3-no-and-n2o-4-no2-and-n2o-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5OTUz-the-pair-in-which-phosphorous-atoms-have-a-oxidation-state-of-3-is-1-orthophosphorous-and-pyrophosphorous-acids-2-pyrophosphorous-and-hypophosphoric-acids-3-orthophosphorous-and-hypophosphoric-acids-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5ODA3-the-most-reactive-species-among-the-following-is-1-cl2cl2cl2-2-br2br2br2-3-i2i2i2-4-ici-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5ODA5-the-element-having-the-highest-boiling-point-among-the-following-is-1-he-2-ne-3-kr-4-xe-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5NjY1-among-the-following-oxoacids-the-correct-decreasing-order-of-acid-strength-is-1-hclo4-hocl-hclo2-hclo3hclo4-hocl-hclo2-hclo3hclo4-hocl-hclo2-hclo3-2-hclo4-hclo3-hclo2-hoclhclo4-hclo3-hclo2-hoclhclo4-h https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzA5ODMw-among-the-following-substances-the-one-with-the-highest-proton-affinity-is-1-h2o-2-h2s-3-nh3-4-ph3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MzA5OTU3-the-substance-used-in-holmes-signals-of-the-ship-is-a-mixture-of-1-cac2-ca3p2-2-ca3-po4-2-pb3o4-3-h3po4-cacl2-4-nh3-hocl-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjg0MzAy-in-which-of-the-following-arrangements-the-sequence-is-not-strictly-according-to-the-property-written-against-it-1-co2-sio2-sno2-pbo2-increasing-oxidising-power-2-hf-hcl-hbr-hi-increasing-acid-strengt https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjg0MzIw-which-of-the-following-reactions-of-xenon-is-not-feasible-1-xeo3-6hf-xef6-3h2o-2-3xef4-6h2o-2xe-xeo3-12hf-1-5-o2-3-2xef2-2h2o-2xe-4hf-o2-4-xef6-rbf-rb-xef7-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5NzY0-the-wrong-statement-among-the-following-is-1-the-stability-of-hydrides-increases-from-nh3-to-bih3-in-group-15-of-the-periodic-table-2-nitrogen-cannot-form-d-p-bond-3-single-n-n-bond-is-weaker-than-the https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5Nzc4-choose-the-incorrect-statement-among-the-following-statements-regarding-the-sulphur-1-s2-molecule-is-paramagnetic-2-the-vapour-sulphur-partly-exists-as-s2-molecule-3-in-cyclo-s6-the-ring-adopts-the-ch https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246MjgwMDM4-which-of-the-following-has-a-maximum-number-of-lone-pairs-associated-with-xe-1-xef4-2-xef6-3-xef2-4-xeo3-1-2-3-4 https://medminds.me/qbank/chemistry/the-p-block-elements-xii/?q=NP-b246Mjc5NzU0-which-of-the-following-is-the-wrong-statement-1-ozone-is-violet-black-in-solid-state-2-ozone-is-paramagnetic-gas-3-oncl-and-ono-are-not-isoelectronic-4-o3-molecule-is-bent-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYyMA-work-done-in-the-reversible-adiabatic-process-is-given-by-1-2-303-rt-log-v2-v1-2-nr-gamma-1-t2-t1-3-2-303-rt-log-v1-v2-4-none-of-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYyMQ-determine-the-enthalpy-change-for-the-specified-reaction-2h2o2-l-rarr-2h2o-l-o2-g-given-the-heat-of-formation-of-h2o2-l-and-h2o-l-are-ndash-188-and-ndash-286-kj-mol-respectively-1-ndash-196-kj-mol-2-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYyMg-one-mole-of-a-non-ideal-gas-undergoes-a-change-of-state-2-0-atm-3-0-l-95-k-8594-4-0-atm-5-0-l-245-k-with-a-change-in-internal-energy-8710-u-30-0-l-atm-the-change-in-enthalpy-8710-h-of-the-process-in-l https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYyMw-according-to-the-law-a-perfect-crystal-s-entropy-is-0-at-absolute-zero-which-is-1-the-first-law-2-second-law-3-third-law-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYyNA-at-constant-pressure-and-temperature-the-direction-of-any-chemical-reaction-is-one-where-the-decrease-1-entropy-2-enthalpy-3-gibbs-energy-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYyNQ-the-work-done-by-a-mass-less-piston-in-causing-an-expansion-8710-v-at-constant-temperature-when-the-opposing-pressure-p-is-variable-is-given-by-1-w-8747-p-8710-v-2-w-0-3-w-p-8710-v-4-none-of-these-1-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYyNg-which-of-the-following-processes-involves-a-decrease-in-entropy-1-crystallization-of-sucrose-from-solution-2-rusting-of-iron-3-melting-of-ice-4-vaporization-of-camphor-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYyNw-entropy-change-of-vaporization-at-constant-pressure-is-given-by-1-s-p-hpt-2-s-v-uvt-3-s-v-hvp-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYyOA-what-is-the-entropy-change-for-the-reaction-given-below-2h2-g-o2-g-8594-2h2o-l-at-temperature-300-k-standard-entropies-of-h2-g-o2-g-and-h2o-l-are-126-6-201-20-and-68-0-jk-1mol-1-respectively-1-318-4-j https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYzMA-if-s-deg-for-h2-cl2-and-hcl-are-0-13-0-22-and-0-19-kj-k-1mol-1-respectively-the-total-change-in-standard-entropy-for-the-reaction-h2-cl2-rarr-2hcl-is-1-30-j-k-1mol-1-2-40-j-k-1mol-1-3-60-j-k-1mol-1-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYzMQ-the-direct-conversion-of-a-to-b-is-difficult-and-thus-it-is-converted-by-path-a-rarr-c-rarr-d-rarr-b-given-sa-rarr-c-50e-u-sc-rarr-d-30e-u-sb-rarr-d-20e-u-where-e-u-is-the-entropy-unit-then-sa-rarr-b https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYzMg-in-a-flask-colourless-n2o4-g-is-in-equilibrium-with-brown-coloured-no2-g-at-equilibrium-when-the-flask-is-heated-to-100-176-c-the-brown-colour-deepens-and-on-cooling-it-becomes-less-coloured-which-sta https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYzMw-enthalpy-of-the-reaction-ch4-g-1-2o2-g-ch3oh-l-is-negative-if-the-enthalpy-of-combustion-of-ch4-and-ch3oh-are-x-and-y-respectively-then-which-relation-is-correct-1-x-y-2-x-y-3-x-y-4-x-geq-y-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYzNA-in-the-reaction-both-h-and-s-are-positive-the-condition-s-under-which-the-reaction-would-not-be-spontaneous-are-is-1-h-t-s-2-s-h-t-3-h-t-s-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYzNQ-when-an-ideal-gas-is-compressed-adiabatically-and-reversibly-the-final-temperature-is-1-higher-than-the-initial-temperature-2-lower-than-the-initial-temperature-3-the-same-as-the-initial-temperature-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYzNg-1-liter-atmosphere-is-equal-to-1-101-3-j-2-24-20-cal-3-101-3-x-107-erg-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYzNw-find-the-standard-gibbs-energy-change-for-the-reaction-h-o-h-oh-at-25-deg-c-1-100-kj-2-90-kj-3-90-kj-4-100-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTYzOA-the-entropy-change-in-the-fusion-of-one-mole-of-a-solid-melting-at-27-deg-c-is-the-latent-heat-of-fusion-is-2930-j-mol-1-1-9-77-jk-1mol-1-2-19-73-jk-1mol-1-3-2930-jk-1mol-1-4-108-5-jk-1mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY0MA-the-maximum-work-done-in-expanding-16-g-of-oxygen-at-300-k-and-occupying-a-volume-of-5-dm3-isothermally-until-the-volume-becomes-25-dm3-is-1-2-01-x-103-j-2-2-81-x-103-j-3-2-01-x-10-3-j-4-2-01-x-10-6-j https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY0MQ-1-mole-of-an-ideal-gas-at-25-deg-c-is-subjected-to-expand-reversibly-ten-times-of-its-initial-volume-the-change-in-entropy-of-expansion-is-1-19-15-jk-ndash-1mol-ndash-1-2-16-15-jk-ndash-1mol-ndash-1-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY0Mw-for-the-process-h2o-l-rarr-h2o-g-at-t-100-deg-c-and-1-atmosphere-pressure-the-correct-choice-is-1-ssystem-0and-ssurrounding-0-2-ssystem-0and-ssurrounding-0-4-ssystem-0and-ssurrounding-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY0NA-which-of-the-following-statements-correctly-describes-an-adiabatic-process-1-pressure-remains-constant-throughout-the-process-2-gas-undergoes-isothermal-expansion-3-the-system-is-perfectly-insulated-f https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY0NQ-heat-of-combustion-8710-h-176-for-c-s-h2-g-and-ch4-g-are-94-68-and-213-kcal-mol-then-8710-h-176-for-c-s-2h2-g-8594-ch4-g-is-1-17-kcal-mol-2-111-kcal-mol-3-170-kcal-mol-4-85-kcal-mol-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY0Ng-what-is-the-resulting-change-in-the-internal-energy-of-the-system-when-50-calories-are-added-to-the-system-and-the-system-does-work-of-30-calories-on-the-surroundings-1-20-cal-2-50-cal-3-40-cal-4-30-c https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY0Nw-for-the-process-h2o-l-1-bar-373-k-h2o-g-1-bar-373-k-the-correct-set-of-thermodynamic-parameters-are-1-g-0-s-ve-2-g-0-s-ve-3-g-ve-s-0-4-g-ve-s-ve-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY0OA-the-internal-energy-change-when-a-system-goes-from-state-a-to-b-is-40-kj-mol-if-the-system-goes-from-a-to-b-by-a-reversible-path-and-returns-to-state-a-by-an-irreversible-path-what-would-be-the-change https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY0OQ-change-in-entropy-is-negative-for-1-bromine-l-8594-bromine-g-2-c-s-h2o-g-8594-co-g-h2-g-3-n2-g-10-atm-8594-n2-g-1-atm-4-fe-1mol-400-k-8594-fe-1mol-300-k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY1MA-the-mathematical-form-of-the-first-law-of-thermodynamics-when-heat-q-is-supplied-and-w-is-work-done-by-the-system-ve-is-1-8710-u-q-w-2-8710-u-q-w-3-8710-u-q-w-4-8710-u-q-w-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY1MQ-which-statements-are-correct-1-2-303logp2p1-8710-hvap-rt2-t1t1t2-is-called-clausius-clapeyron-equation-2-8710-hvap-boilingpoint-88jmol-1k-1-is-called-trouton-s-rule-3-entropy-is-a-measure-of-unavailab https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY1Mg-8710-s-176-will-be-highest-for-the-reaction-1-ca-s-1-2-o2-g-8594-cao-s-2-caco3-s-8594-cao-s-co2-g-3-c-s-o2-g-8594-co2-g-4-n2-g-o2-g-8594-2no-g-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY1Mw-one-mole-of-ice-is-converted-to-water-at-273-k-the-entropies-of-h-o-s-and-h-o-l-are-38-20-j-mol-sup1-k-sup1-and-60-01-j-mol-sup1-k-sup1-respectively-what-is-the-enthalpy-change-for-this-conversion-1-5 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY1NA-a-gaseous-system-changes-from-state-a-p1-v1-t1-to-b-p2-v2-t2-b-to-c-p3-v3-t3-and-finally-from-c-to-a-the-whole-process-may-be-called-1-reversible-process-2-cyclic-process-3-isobaric-process-4-spontane https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY1NQ-when-one-mole-of-monoatomic-ideal-gas-at-tk-undergoes-reversible-adiabatic-change-under-a-constant-external-pressure-of-1-atm-changes-volume-from-1-litre-to-2-litre-the-final-temperature-in-kelvin-wou https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY1Ng-which-is-not-a-spontaneous-process-1-expansion-of-gas-into-the-vacuum-2-water-flowing-downhill-3-heat-flowing-from-a-colder-body-to-a-hotter-body-4-evaporation-of-water-from-clothes-during-drying-1-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-Rpb246NTY1Nw-all-the-naturally-occurring-processes-i-e-spontaneous-proceed-spontaneously-in-a-direction-that-leads-to-1-decrease-of-free-energy-2-increase-of-free-energy-3-decrease-of-entropy-4-increase-of-enthalp https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MjU3NDA-warming-ammonium-chloride-with-sodium-hydroxide-in-a-test-tube-is-an-example-of-1-closed-system-2-isolated-system-3-open-system-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MjU3NDE-the-reaction-ch4-g-cl2-g-rarr-ch3cl-g-hcl-g-has-h-25-kcal-bond-bond-energy-kcal-ec-cl-84-eh-cl-103-ec-h-x-ecl-cl-y-x-y-9-5-from-the-given-data-what-is-the-bond-enthalpy-of-cl-cl-bond-1-70-kcal-2-80-kc https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MjU3NDk-entropy-decreases-in-which-of-the-following-reactions-1-boiling-of-egg-2-combustion-of-benzene-at-127-deg-c-3-stretching-of-rubber-band-4-dissolution-of-sugar-in-water-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MjU3NTU-heat-of-the-neutralization-is-greater-than-13-7-kcal-in-1-hf-nh4oh-2-hcl-naoh-3-hi-koh-4-hf-naoh-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MjU5MTk-consider-the-reaction-n2-g-3h2-g-8594-2nh3-g-carried-out-at-constant-temperature-and-pressure-if-8710-h-and-8710-e-are-enthalpy-change-and-internal-energy-change-respectively-which-of-the-following-ex https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MjU5NDI-under-which-process-is-the-maximum-work-achieved-1-isobaric-work-2-isothermal-work-3-isochoric-work-4-adiabatic-work-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MjcyMTQ-for-exothermic-reaction-to-be-spontaneous-s-negative-temperature-must-be-1-high-2-zero-3-constant-4-low-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MjcyMTU-find-the-condition-required-for-the-following-reaction-to-be-spontaneous-at-0-deg-c-and-1-atm-h-o-s-h-o-l-1-delta-h-delta-g-2-delta-h-t-delta-s-4-h-t-s-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MjcyMTY-the-free-energy-change-due-to-a-reaction-is-zero-when-1-the-reactants-are-initially-mixed-2-a-catalyst-is-added-3-the-system-is-at-equilibrium-4-the-reactants-are-completely-consumed-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3Mzg-an-ideal-gas-expands-at-a-constant-external-pressure-of-2-0-atmosphere-by-20-litre-and-absorbs-10kj-of-heat-from-surrounding-what-is-the-change-in-internal-energy-of-the-system-1-4052-j-2-5948-j-3-140 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NDA-36-ml-of-pure-water-takes-100-sec-to-evaporate-from-a-vessel-and-heater-connected-to-an-electric-source-which-delivers-806-watt-the-8710-hvaporisation-of-h2o-is-1-40-3-kj-mol-2-43-2-kj-mol-3-4-03-kj-m https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NDE-5-moles-of-an-ideal-gas-expands-isothermally-and-irreversibly-from-a-pressure-of-10-atm-to-1-atm-against-a-constant-external-pressure-of-1-atm-find-the-wirr-at-300-k-1-15-921-kj-2-11-224-kj-3-110-83-k https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NDI-in-the-reaction-at-300-k-h2-g-cl2-g-8594-2hcl-g-8710-h-176-185-kj-if-2-mol-of-h2-completely-react-with-2-mole-of-cl2-to-form-hcl-what-is-8710-u-176-for-this-reaction-1-0-2-185-kj-3-370-kj-4-none-of-th https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NDM-which-of-the-following-reactions-has-have-a-positive-delta-s-entropy-change-i-ag-aq-cl-aq-rarr-agcl-s-ii-nh4cl-g-rarr-nh3-g-hcl-g-iii-2nh3-g-rarr-n2-g-3h2-g-1-i-ii-2-iii-3-ii-iii-4-ii-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NDQ-when-two-moles-of-an-ideal-gas-cp-m-52r-heated-from-300-k-to-600-k-at-constant-pressure-the-change-in-entropy-of-gas-8710-s-is-1-32rln2-2-32rln2-3-7r-ln-2-4-5-rln2-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NDU-the-free-energy-change-8710-g-0-when-1-the-system-is-at-equilibrium-2-catalyst-is-added-3-reactants-are-initially-mixed-throughly-4-the-reactants-are-completely-consumed-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NDY-for-isothermal-expanison-in-case-of-an-ideal-gas-1-8710-g-8710-s-2-8710-g-8710-h-3-8710-g-t-8710-s-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NDc-at-25-deg-c-for-the-process-h2o-l-h2o-g-g-deg-is-8-6-kj-the-vapour-pressure-of-water-at-this-temperature-is-nearly-1-24-torr-2-285-torr-3-32-17-torr-4-100-torr-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NDg-what-will-be-the-standard-enthalpy-of-reaction-for-the-following-reaction-using-the-listed-enthalpies-of-reaction-3co-s-2o2-g-rarr-co3o4-s-h-2co-s-o2-g-rarr-2coo-s-h1-475-8-kj-6coo-s-o2-g-rarr-2co3o4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NDk-for-given-following-equations-and-h-deg-values-determine-the-enthalpy-of-reaction-at-298-k-for-the-reaction-c2h4-g-6f2-g-rarr-2cf4-g-4hf-g-given-h2-g-f2-g-rarr-2hf-g-h1-deg-537-kj-c-s-2f2-g-rarr-cf4-g https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NTA-if-8710-hf-176-c2h4-and-8710-hf-176-c2h6-are-x1-and-x2-kcal-mol-then-heat-of-hydrogenation-of-c2h4-is-1-x1-x2-2-x1-x2-3-x2-x1-4-x1-2x2-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NTE-the-following-reaction-is-given-for-reference-4fe-s-3o2-g-rarr-2fe2o3-s-also-for-the-oxidation-of-iron-at-298-k-hr-deg-1648-x-103-j-mol-1-s-549-4-j-k-1mol-1-based-on-the-data-given-above-it-can-be-con https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjc3NTM-18-g-of-ice-is-converted-into-water-at-0-176-c-and-1-atm-the-entropy-of-h2o-s-and-h2o-l-are-38-2-and-60-j-k-1-mol-1-respectively-the-enthalpy-for-this-conversion-will-be-1-5951-4-j-mol-2-595-14-j-mol https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Mjk3ODY-one-mole-of-methanol-when-burnt-in-o2-gives-out-723-kj-mol-1-of-heat-if-one-mole-of-o2-is-used-what-will-be-the-amount-of-heat-evolved-1-482-kj-2-241-kj-3-723-kj-4-924-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MzAyODg-if-the-bond-energies-of-h-h-br-br-and-h-br-are-433-192-and-364-kj-mol-1-respectively-the-8710-h-176-for-the-reaction-h2-g-br2-g-8594-2hbr-g-is-1-103-kj-2-261-kj-3-103-kj-4-261-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDA4MDM-for-a-given-reaction-if-delta-h-35-5-kj-mol-and-delta-s-83-6-j-k-middot-mol-at-what-temperature-is-the-reaction-spontaneous-assume-delta-h-and-delta-s-remain-constant-with-temperature-1-t-425-k-3-all https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDA4MTM-a-gas-is-allowed-to-expand-in-a-well-insulated-container-against-a-constant-external-pressure-of-2-5-atm-from-an-initial-volume-of-2-50-l-to-a-final-volume-of-4-50-l-determine-the-change-in-internal-e https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDA4NDM-for-a-sample-of-perfect-gas-when-its-pressure-is-changed-isothermally-from-pi-to-pf-the-entropy-change-is-given-by-1-8710-s-nrln-pf-pi-2-8710-s-nrln-pi-pf-3-8710-s-nrtln-pf-pi-4-8710-s-rtln-pf-pi-1-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDA5MDI-the-correct-thermodynamic-conditions-for-the-spontaneous-reaction-at-all-temperatures-is-1-h-0and-s-0-3-h-0and-s-0-4-h-0and-s-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDA5OTg-the-heat-of-combustion-of-carbon-to-co2-is-393-5-kj-mol-the-heat-released-upon-the-formation-of-35-2-g-of-co2-from-carbon-and-oxygen-gas-is-1-315-kj-2-315-kj-3-630-kj-4-3-15-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDEwMzA-for-the-reaction-x2o4-l-8594-2xo2-g-8710-u-2-1-kcal-8710-s-20-cal-k-1-at-300-k-hence-8710-g-is-1-2-7-kcal-2-2-7-kcal-3-9-3-kcal-4-9-3-kcal-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDExNDM-the-standard-enthalpy-of-vaporisation-vaph-deg-for-water-at-100-deg-c-is-40-66-kj-mol-1-the-internal-energy-of-vaporisation-of-water-at-100-deg-c-in-kj-mol-1-is-assume-water-vapour-to-behave-like-an-i https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDExNzI-if-the-enthalpy-change-for-the-transition-of-liquid-water-to-steam-is-30-kj-mol-1-at-27-deg-c-the-entropy-change-for-the-process-would-be-1-1-0-j-mol-1-k-1-2-0-1-j-mol-1k-1-3-100-j-mol-1k-1-4-10-j-mol https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDExODM-which-of-the-following-options-correctly-describes-the-free-expansion-of-an-ideal-gas-under-adiabatic-conditions-1-mathrm-q-neq-0-delta-t-0-w-0-2-mathrm-q-0-delta-t-0-w-0-3-mathrm-q-0-delta-t-0-w-neq https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDExODQ-enthalpy-change-for-the-reaction-4h-g-8594-2h2-g-is-869-6-kj-the-dissociation-energy-of-h-h-bond-is-1-869-6-kj-2-434-8-kj-3-217-4-kj-4-434-8-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDEyNTc-given-the-following-bond-energies-h-h-bond-energy-431-37-kj-mol-1-c-c-bond-energy-606-10-kj-mol-1-c-c-bond-energy-336-49-kj-mol-1-c-h-bond-energy-410-50-kj-mol-1-based-on-the-data-given-above-enthalpy https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDEyODg-the-values-of-h-and-s-for-the-given-reaction-are-170-kj-and-170-jk-ndash-1-respectively-mathrm-c-text-graphite-mathrm-co-2-mathrm-g-rightarrow-2-mathrm-co-mathrm-g-this-reaction-will-be-spontaneous-at https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDEzMTA-which-of-the-following-are-not-state-functions-i-q-w-ii-q-iii-w-iv-h-ts-1-i-and-iv-2-ii-iii-and-iv-3-i-ii-and-iii-4-ii-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDEzNzk-consider-the-following-reactions-and-determine-the-enthalpy-of-formation-of-h2o-l-small-text-i-text-h-aq-text-oh-aq-rightarrow-text-h-2-text-o-l-quad-delta-h-x-1-text-kj-mol-1-small-text-ii-text-h-2-g https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDE0MDU-identify-the-correct-statement-for-the-change-of-gibbs-free-energy-for-a-system-gsystem-at-constant-temperature-and-pressure-1-if-gsystem-0-the-process-is-spontaneous-2-if-gsystem-0-the-system-has-att https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDE0MTg-the-enthalpy-and-entropy-change-for-the-reaction-br2-l-cl2-g-rarr-2brcl-g-are-30-kj-mol-1-and-105-j-k-1-mol-1-respectively-the-temperature-at-which-the-reaction-will-be-in-equilibrium-is-1-285-7-k-2-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDE0Mjk-the-enthalpy-of-combustion-of-h2-cyclohexene-c6h10-and-cyclohexane-c6h12-are-241-3800-and-3920-kj-per-mol-respectively-heat-of-hydrogenation-of-cyclohexene-is-a-121-kj-per-mol-b-121-kj-per-mol-c-242-k https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDM5ODY-consider-the-reactionat-300k-h2-9-cl2-9-rarr-2hci-g-delta-h-deg-mdash-185-kj-if-3-mole-of-h2-completely-react-with-3-mol-of-cl2-to-form-cl-8710-u-deg-of-the-reaction-will-be-1-zero-2-ndash-185-kj-3-55 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDM5ODc-for-a-perfectly-crystalline-solid-cpm-at3-where-a-is-constant-if-cpm-is-0-42-j-k-ndash-mol-at-10-k-molar-entropy-at-10-k-is-1-0-42-j-k-ndash-mol-2-0-14-j-k-ndash-mol-3-4-2-j-k-ndash-mol-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDM5ODg-one-mole-of-an-ideal-monoatomic-gas-expands-isothermally-against-constant-external-pressure-of-1-atm-from-initial-volume-of-1l-to-a-state-where-its-final-pressure-becomes-equal-to-external-pressure-if https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDM5ODk-at-1000-k-water-vapour-at-1-atm-has-been-found-to-be-dissociated-into-h2-and-o2-to-the-extent-of-3-x-10-ndash-6-calculate-the-free-energy-decrease-of-the-system-assuming-ideal-behaviour-1-ndash-delta https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDM5OTI-an-ideal-gas-is-taken-from-the-same-initial-pressure-p1-to-the-same-final-pressure-p2-by-three-different-processes-if-it-is-known-that-point-1-corresponds-to-a-reversible-adiabatic-and-point-2-corresp https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDQwNzI-during-winters-moisture-condenses-in-the-form-of-dew-and-can-be-seen-on-plant-leaves-and-grass-the-entropy-of-the-system-in-such-cases-decreases-as-liquids-possess-lesser-disorder-as-compared-to-gases https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDQwNzQ-for-which-process-will-h-deg-and-g-deg-be-expected-to-be-most-similar-1-2al-s-al2o3-s-rarr-2fe-s-al2o3-s-2-2na-s-2h2o-l-rarr-2naoh-aq-h2-g-3-2no2-g-rarr-n2o4-g-4-2h2-g-o2-g-rarr-2h2o-g-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDQwNzU-a-copper-block-of-mass-m-at-temperature-t1-is-kept-in-the-open-atmosphere-at-temperature-t2-where-t2-t1-the-variation-of-entropy-of-the-copperblock-with-time-is-best-illustrated-by-1-2-3-4-1-2-3-4-1-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNTg-the-heat-produced-in-calories-by-the-combustion-of-one-gram-of-carbon-is-called-1-heat-of-combustion-of-carbon-2-heat-of-formation-of-carbon-3-calorific-value-of-carbon-4-heat-of-production-of-carbon https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNjA-which-of-the-following-best-describes-the-behavior-of-an-ideal-gas-during-isothermal-expansion-delta-e-delta-h-represent-the-change-in-internal-energy-and-enthalpy-respectively-1-delta-e-and-delta-h-i https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNjE-if-a-refrigerator-s-door-is-opened-then-we-get-1-room-heated-2-room-cooled-3-more-amount-of-heat-is-passed-out-4-no-effect-on-room-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNjI-point-out-the-wrong-statement-in-relation-to-enthalpy-1-it-is-a-state-function-2-it-is-an-intensive-property-3-it-is-independent-of-the-path-followed-for-the-change-4-its-value-depends-upon-the-amount https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNjM-which-of-the-following-is-zero-for-an-isochoric-process-1-dp-2-dv-3-dt-4-de-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNjQ-mark-the-correct-statement-is-1-for-a-chemical-reaction-to-be-feasible-delta-g-should-be-zero-2-entropy-is-a-measure-of-order-in-a-system-3-for-a-chemical-reaction-to-be-feasible-delta-g-should-be-pos https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNjU-which-of-the-following-best-describes-internal-energy-u-as-a-thermodynamic-property-1-path-function-2-state-function-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNjY-identify-the-intensive-property-among-the-following-quantities-1-enthalpy-2-mass-volume-3-mass-4-volume-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNjc-which-of-the-following-is-not-a-state-function-1-delta-s-2-delta-g-3-delta-h-4-delta-q-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNjg-which-of-the-following-is-true-for-an-adiabatic-process-1-delta-h-0-2-delta-w-0-3-delta-q-0-4-delta-v-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNjk-which-of-the-following-is-not-a-state-function-1-internal-energy-2-enthalpy-3-work-4-entropy-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNzA-which-of-the-following-properties-is-an-intensive-property-1-mass-2-volume-3-surface-tension-4-enthalpy-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNzE-the-first-law-of-thermodynamics-is-a-statement-of-1-conservation-of-mass-2-conservation-of-linear-momentum-3-conservation-of-energy-4-conservation-of-angular-momentum-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNzI-a-mixture-of-two-moles-of-carbon-monoxide-and-one-mole-of-oxygen-in-a-closed-vessel-is-ignited-to-convert-the-carbon-monoxide-to-carbon-dioxide-if-delta-h-is-the-enthalpy-change-and-delta-e-is-the-cha https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNzM-the-relation-between-delta-e-and-delta-h-is-mp-pet-1992-mp-pmt-1996-mp-pet-pmt-1998-1-delta-h-delta-e-minus-p-thinsp-delta-v-2-delta-h-delta-e-p-thinsp-delta-v-3-delta-e-delta-v-delta-h-4-delta-e-delt https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNzQ-at-constant-t-and-p-which-one-of-the-following-statements-is-correct-for-the-reaction-co-g-12o2-g-8594-co2-g-1-delta-h-is-independent-of-the-physical-state-of-the-reactants-of-that-compound-2-delta-h https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNzU-for-the-reaction-of-one-mole-of-zinc-dust-with-one-mole-of-sulphuric-acid-in-a-bomb-calorimeter-delta-u-and-w-correspond-to-1-916-u-60-0-8201-w-0-2-916-u-0-8201-w-60-0-3-916-u-62-0-8201-w-0-4-916-u-60 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNzY-if-delta-h-is-the-change-in-enthalpy-and-delta-e-the-change-in-internal-energy-accompanying-a-gaseous-reaction-1-delta-h-is-always-greater-than-delta-e-2-delta-h-delta-e-only-if-the-number-of-moles-of https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNzc-enthalpy-for-the-reaction-c-o2-rarr-co2-is-1-positive-2-negative-3-zero-4-none-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNzg-the-work-done-in-ergs-for-the-reversible-expansion-of-one-mole-of-an-ideal-gas-from-a-volume-of-10-liters-to-20-liters-at-25-deg-c-is-1-2-303-times-298-times-0-082-log-2-2-298-times-107-times-8-31-tim https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwNzk-find-the-change-in-internal-energy-of-an-ideal-gas-when-it-undergoes-a-reversible-isothermal-process-1-zero-2-positive-3-negative-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwODA-the-enthalpy-of-neutralization-of-which-of-the-following-acids-and-bases-is-nearly-ndash-13-6-kcal-roorkee-1999-1-hcn-and-naoh-2-hcl-and-koh-3-hcl-and-hcn-4-hcl-and-nh4oh-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwODE-what-is-the-work-done-when-one-mole-of-an-ideal-gas-undergoes-isothermal-expansion-from-an-initial-pressure-of-10-atm-to-a-final-pressure-of-1-atm-at-a-constant-temperature-of-300-k-gas-constant-2-cal https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwODI-joule-thomson-expansion-is-jipmer-2000-1-isobaric-2-isoenthalpic-3-isothermal-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwODM-in-an-adiabatic-expansion-of-an-ideal-gas-1-w-ndash-delta-e-2-w-delta-e-3-delta-e-0-4-w-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwODQ-consider-the-given-reaction-c-h-3-c-o-o-h-left-right-l-left-right-2-o-2-left-right-g-left-right-rightleftharpoons-2-c-o-2-left-right-g-left-right-2-h-2-o-left-right-l-left-right-at-25-deg-c-and-1-atm https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwODU-which-of-the-following-statements-is-not-true-regarding-the-expansion-of-one-mole-of-an-ideal-gas-that-expands-freely-and-adiabatically-into-a-vacuum-until-its-volume-doubles-1-delta-h-0-2-delta-s-0-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwODY-at-27-deg-c-one-mole-of-an-ideal-gas-is-compressed-isothermally-and-reversibly-from-a-pressure-of-2-atm-to-10-atm-the-values-of-delta-e-and-q-are-r-2-1-0-ndash-965-84-cal-2-ndash-965-84-cal-965-84-cal https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwODc-delta-e-deg-of-combustion-of-isobutylene-is-ndash-x-kj-mol-ndash-1-the-value-of-delta-h-deg-is-dce-2004-1-delta-e-deg-2-delta-e-deg-3-0-4-delta-e-deg-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwODg-an-ideal-gas-expands-in-volume-from-1-times-10-ndash-3-m3-to-1-times-10-ndash-2-m3-at-300-k-against-a-constant-pressure-of-1-times-105-nm-ndash-2-the-work-done-is-aieee-2004-1-270-kj-2-ndash-900-kj-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwODk-the-spontaneous-flow-of-heat-is-always-1-from-low-to-high-pressure-2-from-high-to-high-pressure-3-unidirectional-from-lower-temperature-to-higher-temperature-4-unidirectional-from-the-higher-to-lower https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwOTA-the-mixing-of-non-reacting-gases-is-generally-accompanied-by-1-decrease-in-entropy-2-increase-in-entropy-3-change-in-enthalpy-4-change-in-free-energy-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwOTE-an-irreversible-process-occuring-isothermally-in-an-isolated-system-leads-to-1-zero-entropy-2-an-increase-in-the-total-entropy-of-the-system-3-a-decrease-in-the-total-entropy-of-the-system-4-none-of-t https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwOTI-calculate-the-entropy-change-for-the-reaction-h-g-cl-g-rarr-2hcl-g-given-that-the-entropy-values-at-298-k-and-1-atm-are-s-h-130-6-j-k-sup1-mol-sup1-s-cl-223-0-j-k-sup1-mol-sup1-s-hcl-186-7-j-k-sup1-mo https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwOTM-the-delta-s-for-the-vaporization-of-1-mol-of-water-is-88-3-j-mole-k-the-value-of-delta-s-for-the-condensation-of-1-mol-of-vapour-will-be-1-88-3-j-mol-k-2-88-3-2-j-mol-k-3-ndash-88-3-j-mol-k-4-188-3-j https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwOTQ-the-occurrence-of-a-reaction-is-impossible-if-1-delta-h-is-ve-delta-s-is-also-ve-but-delta-h-t-delta-s-3-delta-h-is-ndash-ve-delta-s-is-ve-4-delta-h-is-ve-delta-s-is-ndash-ve-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwOTU-the-enthalpy-and-entropy-change-for-a-chemical-reaction-are-ndash-2-5-times-103-cal-and-7-4-cal-deg-ndash-1-respectively-predict-the-reaction-at-298-k-is-1-spontaneous-2-reversible-3-irreversible-4-no https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwOTY-which-of-the-following-is-true-for-the-reaction-h2o-l-h2o-g-at-100-deg-c-and-1-atmosphere-1-delta-e-0-2-delta-h-0-3-delta-h-delta-e-4-delta-h-t-delta-s-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwOTc-the-enthalpy-of-vapourization-water-is-386-kj-what-is-the-entropy-of-water-1-0-5-kj-2-1-03-kj-3-1-5-kj-4-22-05-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwOTg-mark-the-correct-statement-regarding-entropy-1-at-0-deg-c-the-entropy-of-a-perfectly-crystalline-substance-is-taken-to-be-zero-2-at-absolute-zero-temperature-the-entropy-of-a-perfectly-crystalline-sub https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUwOTk-an-engine-operating-between-150-deg-c-and-25-deg-c-takes-500-j-heat-from-a-higher-temperature-reservoir-if-there-are-no-frictional-losses-then-work-done-by-engine-is-mh-cet-1999-1-147-7-j-2-157-75-j-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMDA-the-standard-entropies-of-co2-g-c-s-and-o2-g-are-213-5-5-690-and-205-jk-ndash-1-respectively-the-standard-entropy-of-formation-of-co2-g-is-1-1-86-jk-ndash-1-2-1-96-jk-ndash-1-3-2-81-jk-ndash-1-4-2-86 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMDE-equal-volumes-of-monoatomic-and-diatomic-gases-at-same-initial-temperature-and-pressure-are-mixed-the-ratio-of-specific-heats-of-the-mixture-cp-cv-will-be-afmc-2002-1-1-2-2-3-1-67-4-1-5-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMDI-the-unit-of-entropy-is-1-j-mol-ndash-1-2-jk-mol-ndash-1-3-j-mol-ndash-1-k-ndash-1-4-j-ndash-1-k-ndash-1-mol-ndash-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMDM-the-entropy-changed-involved-in-the-conversion-of-1-mole-of-liquid-water-at-373-k-to-vapor-at-the-same-temperature-will-be-delta-hvap-2-257kj-gm-1-0-119-thinsp-k-j-m-o-l-k-2-0-109-thinsp-k-j-m-o-l-k-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMDQ-during-the-boiling-of-a-liquid-which-of-the-following-thermodynamic-changes-take-place-1-an-increase-in-entropy-2-a-decrease-in-entropy-3-an-increase-in-heat-of-vaporization-4-an-increase-in-free-ener https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMDU-during-a-thermodynamic-process-a-gas-inside-a-cylinder-is-compressed-requiring-462-joules-of-work-to-be-done-on-the-system-throughout-this-compression-128-joules-of-heat-energy-is-released-into-the-su https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMDY-for-a-carnot-engine-the-source-is-at-500-k-and-the-sink-at-300-k-what-is-efficiency-of-this-engine-1-0-2-2-0-4-3-0-6-4-0-3-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMDc-from-kirchhoff-s-equation-which-factor-affects-the-heat-of-reaction-mp-pmt-1990-1-pressure-2-temperature-3-volume-4-molecularity-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMDg-the-absolute-enthalphy-of-neutralisation-of-the-reaction-mgo-s-2hcl-aq-8594-mgcl2-aq-h2o-l-will-be-cbse-pmt-2005-1-less-than-ndash-57-33-kj-mol-ndash-1-2-ndash-57-33-kj-mol-ndash-1-3-greater-than-ndas https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMDk-the-heat-of-transition-delta-ht-of-graphite-into-diamond-would-be-where-c-graphite-o2-g-8594-co2-g-8201-8201-916-h-x-8201-kj-c-diamond-8201-o2-g-8594-co2-g-8201-8201-916-h-y-8201-kj-pb-pet-1985-1-x-y https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMTA-given-that-small-2c-s-2o-2-g-rightarrow-2co-2-g-delta-h-787-kj-small-h-2-g-1-over-2-o-2-g-rightarrow-h-2o-l-delta-h-286-kj-small-c-2h-2-g-2-1-over-2-o-2-g-rightarrow-2co-2-g-h-2o-l-delta-h-1301-kj-the https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMTE-the-enthalpy-of-combustion-at-25-deg-c-of-h2-cyclohexane-c6h12-and-cyclohexene-c6h10-are-ndash-241-ndash-3920-and-ndash-3800-kj-mole-respectively-the-heat-of-hydrogenation-of-cyclohexene-is-1-ndash-12 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMTI-the-heat-change-for-the-reaction-h2-g-12o2-g-rarr-h2o-l-is-called-1-heat-of-reaction-2-heat-of-formation-3-heat-of-vaporization-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMTM-the-heat-of-neutralisation-of-a-strong-acid-and-a-strong-alkali-is-57-0-kj-mol-ndash-1-the-heat-released-when-0-5-mole-of-hno3-solution-is-mixed-with-0-2-mole-of-koh-is-kcet-1991-aiims-2002-1-57-0-kj https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMTQ-a-solution-of-500-ml-of-0-2-m-koh-and-500-ml-of-0-2-m-hcl-is-mixed-and-stirred-the-rise-in-temperature-is-t1-the-experiment-is-repeated-using-250-ml-each-of-solution-the-temperature-raised-is-t2-which https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMTU-the-conversion-of-diamond-into-graphite-is-accompanied-by-an-enthalpy-change-of-minus-453-5-cal-this-indicates-that-1-diamond-is-thermodynamically-more-stable-than-graphite-2-both-allotropes-possess-e https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMTY-which-of-the-following-equations-correctly-represents-the-standard-heat-of-formation-916-hfo-of-methane-iit-jee-screening-1992-1-c-diamond-8201-2h2-g-ch4-g-2-c-graphite-2h2-g-ch4-l-3-c-graphite-2h2-g https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMTc-in-which-of-the-following-reactions-does-the-heat-change-represent-the-heat-of-the-formation-of-water-1-2h2-g-o2-g-rarr-2h2o-l-thinsp-delta-h-minus-116-thinsp-kcal-2-h2-g-12o2-g-rarr-h2o-l-thinsp-delt https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMTg-based-on-the-following-thermochemical-equations-h2o-g-c-s-8594-co-g-h2-g-8201-916-h-131-8201-kj-co-g-12o2-g-8594-co2-g-916-h-8722-282-8201-kj-h2-g-12o2-g-8594-h2o-g-8201-916-h-8722-242-8201-kj-c-s-o2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMTk-if-enthalpies-of-formation-of-c2h4-g-co2-g-and-h2o-l-at-25-deg-c-and-1-atm-pressure-be-52-ndash-394-and-ndash-286-kj-mol-ndash-1-respectively-the-enthalpy-of-combustion-of-c2h4-g-will-be-cbse-pmt-1995 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMjA-ozone-is-prepared-by-passing-silent-electric-discharge-through-oxygen-in-this-reaction-afmc-1998-1-energy-is-given-out-2-energy-is-absorbed-3-oxygen-is-loaded-with-energy-4-oxygen-is-dissociated-into https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMjE-combustion-of-glucose-takes-place-according-to-the-equation-c6h12o6-6o2-8594-6co2-6h2o-8710-h-72kcal-energy-required-for-the-production-of-1-6-g-of-glucose-is-molecular-mass-of-glucose-180-g-1-0-064-k https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMjI-equal-amounts-of-water-are-used-to-dissolve-four-different-compounds-at-25-circ-text-c-given-their-respective-molar-heats-of-solution-delta-h-text-sol-below-identify-which-compound-will-absorb-the-max https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMjM-a-system-is-changed-from-state-a-to-state-b-by-one-path-and-from-b-to-a-by-another-path-if-e1-and-e2-are-the-corresponding-changes-in-internal-energy-then-pb-pmt-2001-1-e1-e2-minus-ve-2-e1-e2-ve-3-e1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMjQ-calculate-the-heat-of-reaction-q-for-the-reaction-c-o-rarr-co-given-that-the-heats-of-reaction-for-the-following-reactions-are-i-c-o-rarr-co-q-ii-c-frac12-o-rarr-co-minus-12-iii-co-frac12-o-rarr-co-mi https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMjU-adsorption-of-gases-on-a-solid-surface-is-generally-exothermic-because-1-enthalpy-is-positive-2-entropy-decreases-3-entropy-increases-4-free-energy-increase-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMjY-what-is-the-enthalpy-change-in-kj-for-a-process-if-two-moles-of-an-ideal-gas-are-expanded-isothermally-and-reversibly-from-1-litre-to-10-litre-at-300-k-1-11-4-kj-2-ndash-11-4-kj-3-0-kj-4-4-8-kj-1-2-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMjc-when-a-gas-undergoes-adiabatic-expansion-it-gets-cooled-due-to-1-loss-of-energy-2-fall-in-pressure-3-decrease-in-velocity-4-increase-in-energy-with-work-done-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMjg-in-an-isobaric-process-the-ratio-of-heat-supplied-to-the-system-dq-and-work-done-by-the-system-dw-for-diatomic-gas-is-1-1-1-2-7-2-3-7-5-4-5-7-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMjk-if-for-a-given-substance-melting-point-is-tb-and-freezing-point-is-ta-then-correct-variation-shown-by-graph-between-entropy-change-and-temperature-is-dce-2001-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMzA-which-of-the-following-thermodynamic-quantities-is-measured-as-heat-in-a-bomb-calorimeter-during-a-reaction-1-delta-g-2-delta-h-3-delta-u-4-p-delta-v-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMzE-a-beckmann-thermometer-is-used-to-measure-1-high-temperature-2-low-temperature-3-normal-temperature-4-all-temperatures-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMzI-the-heat-liberated-when-1-89-g-of-benzoic-acid-is-burnt-in-a-bomb-calorimeter-at-25-deg-c-increases-the-temperature-of-18-94-kg-of-water-by-0-632-deg-c-if-the-specific-heat-of-water-at-25-deg-c-is-0-9 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMzM-the-enthalpy-of-neutralization-of-hcn-by-naoh-is-ndash-12-13-kj-mol-ndash-1-the-enthalpy-of-ionisation-of-hcn-will-be-1-45-07-kj-2-4-310-kj-3-451-9-kj-4-33-77-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMzQ-in-thermodynamics-a-process-is-called-reversible-when-1-the-system-and-surroundings-change-into-each-other-2-there-is-no-boundary-between-the-system-and-the-surroundings-3-the-surroundings-are-always https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMzU-c-graphite-o2-g-8201-8594-8201-co2-g-916-h-8722-94-05-8201-kcal-8201-mol-8722-1-c-diamond-o2-g-8201-8594-8201-co2-g-8201-916-h-8722-94-50-8201-kcal-8201-mol-8722-1-which-of-the-following-is-correct-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxMzY-identify-the-incorrect-statement-among-the-following-1-when-delta-g-is-negative-the-process-is-spontaneous-2-when-delta-g-is-zero-the-process-is-in-a-state-of-equilibrium-3-when-delta-g-is-positive-th https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjYxNDU-assertion-a-the-ratio-by-volume-of-gaseous-reactants-and-products-is-in-agreement-with-their-molar-ratio-reason-r-volume-of-a-gas-is-inversely-proportional-to-the-number-of-moles-of-a-gas-1-both-a-and https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY0MDc-among-mass-volume-density-and-specific-volume-of-a-gas-the-intensive-properties-are-1-density-and-specific-volume-2-volume-and-density-3-specific-volume-and-mass-4-density-only-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY0MjI-the-heat-of-formation-of-hcl-g-from-the-reaction-h2-g-cl2-g-8594-2hcl-g-8710-h-44kcal-is-1-44-kcal-2-44-kcal-3-22-kcal-4-22-kcal-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY0MjY-if-a-chemical-change-is-brought-about-by-one-or-more-methods-in-one-or-more-steps-then-the-amount-of-heat-absorbed-or-evolved-during-the-complete-course-of-reaction-is-same-which-ever-method-was-follo https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2MjU-if-1-00-kcal-of-heat-is-added-to-1-2-l-of-oxygen-in-a-cylinder-at-constant-pressure-of-1-000-atm-the-volume-increases-to-1-5-l-hence-e-for-this-process-is-1-0-993-kcal-2-1-0073-kcal-3-0-0993-kcal-4-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2MjY-find-the-compound-with-the-lowest-fuel-value-kj-g-from-the-following-heats-of-combustion-ch-c-h-and-c-h-have-heats-of-combustion-minus-890-minus-1411-and-minus-1560-kj-mol-respectively-1-ch-2-c-h-3-c https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2Mjc-given-below-are-two-statements-assertion-a-the-standard-heat-of-combustion-of-a-hydrocarbon-compound-is-an-intensive-property-reason-r-the-standard-heat-of-combustion-is-considered-an-intensive-proper https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2Mjk-the-temperature-of-5-ml-of-a-strong-acid-increases-by-5-8728-when-5-ml-of-a-strong-base-is-added-to-it-if-10-ml-of-each-is-mixed-temperature-should-increase-by-1-5-8728-2-10-8728-3-15-8728-4-cannot-be https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2MzA-the-heat-of-neutralisation-of-hcl-by-naoh-is-55-9-kj-mole-if-the-heat-of-neutralisation-of-hcn-by-naoh-is-12-1-kj-mole-then-energy-of-dissociation-of-hcn-is-1-43-8-kj-2-43-8-kj-3-68-kj-4-68-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2MzE-identify-the-correct-statement-for-a-system-at-equilibrium-1-delta-g-delta-g-deg-0-2-delta-g-0-but-delta-g-deg-ne-0-3-delta-g-deg-0-but-delta-g-ne-0-4-delta-g-delta-g-deg-ne-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2MzI-using-only-the-following-data-i-fe2o3s-3cog-8652-2fe-s-3co2-g-8710-h-8728-26-8kj-ii-fes-co2g-8652-feos-cog-8710-h-8728-16-5kj-the-8710-h-8728-value-in-kilojoules-for-the-reaction-fe2o3s-cog-8594-2feos https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2MzM-82-litres-of-carbon-dioxide-are-produced-at-a-pressure-of-1-atm-by-the-action-of-acid-on-a-metal-carbonate-the-work-done-at-room-temp-by-the-gas-in-calories-in-pushing-back-the-atmosphere-is-1-1000-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2MzQ-among-the-following-the-reaction-for-which-h-e-is-1-pcl5g-rarr-pcl3g-cl2g-2-h2g-cl2g-rarr-2hclg-3-c2h5ohl-3o2g-rarr-2co2g-3h2ol-4-c2h4g-h2g-rarr-c2h6g-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2MzU-for-which-change-8710-h-8800-8710-e-1-h2-i2-8652-2hi-2-hcl-naoh-8594-nacl-h2o-3-cs-o2g-8652-co2g-4-n2-3h2-8594-2nh3-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2MzY-enthalpy-change-when-1-00-g-water-is-frozen-at-0-c-is-hfus-1-435kcalmol-1-1-0-0797-kcal-2-0-0797-kcal-3-1-435-kcal-4-1-435-kcal-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2Mzc-one-mole-of-hydrogen-gas-at-25-c-and-1-atm-pressure-is-heated-at-constant-pressure-until-its-volume-has-doubled-given-that-cv-for-hydrogen-is-3-0-cal-deg-1-mol-1-the-hand-e-for-this-process-are-1-h-14 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2Mzg-the-enthalpy-change-of-the-reaction-al2cl6s-6nas-rarr-2als-6nacls-is-257-kcal-given-the-heat-of-formation-of-nacl-s-is-98-0-kcal-the-heat-of-formation-of-al2cl6s-is-1-158-kcal-2-331-kcal-3-166-kcal-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2Mzk-some-of-the-thermodynamic-parameters-are-state-variables-while-some-are-process-variables-some-grouping-of-the-parameters-are-given-choose-the-correct-one-1-state-variables-temperature-no-of-moles-pro https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2NDA-one-mole-of-a-real-gas-is-subjected-to-heating-at-constant-volume-fromp1-v1-t1-state-to-p2-v2-t2-state-then-it-is-subjected-to-irreversible-adiabatic-compression-against-constant-external-pressure-of https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2NjY-begin-aligned-mathrm-h-2-g-frac-1-2-mathrm-o-2-g-rightarrow-mathrm-h-2-mathrm-o-g-quad-quad-delta-h-241-8-mathrm-kj-mathrm-co-g-frac-1-2-mathrm-o-2-g-rightarrow-mathrm-co-2-g-quad-quad-delta-h-283-mat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2Njk-in-which-case-of-mixing-of-a-strong-acid-and-a-base-each-of-1-n-concentration-temperature-increase-is-the-highest-1-20-ml-acid-and-30-ml-alkali-2-10-ml-acid-and-40-ml-alkali-3-25-ml-acid-and-25-ml-alk https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2NzI-the-heats-of-neutralisation-of-four-acids-a-b-c-and-d-are-13-7-9-4-11-2-and-12-4-kcal-respectively-when-they-are-neutralised-by-a-common-base-the-acidic-character-obeys-the-order-1-a-b-c-d-2-a-d-c-b-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2NzM-the-8710-hf-8728-for-co2-g-co-g-and-h2o-g-are-393-5-110-5-and-241-8-kj-mol-1-respectively-the-standard-enthalpy-change-in-kj-for-the-reaction-co2g-h2g-8594-h2og-co-g-is-1-524-21-2-41-2-3-262-5-4-41-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2NzU-the-bond-dissociation-energy-of-ch4-and-c2h6-are-360-and-620-kcal-mole-respectively-determine-the-bond-enthalpy-of-a-single-carbon-carbon-c-ndash-c-bond-1-260-kcal-mole-2-180-kcal-mole-3-130-kcal-mole https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2Nzc-for-an-endothermic-reaction-1-sum-h-text-products-sum-h-text-reactants-2-sum-h-text-products-sum-h-text-reactants-4-sum-h-text-products-0-text-but-sum-h-text-reactants-text-is-positive-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2ODA-all-the-natural-process-in-this-universe-produce-1-a-decrease-in-entropy-of-the-universe-2-an-increase-in-entropy-of-the-universe-3-no-change-in-entropy-4-sometimes-increase-or-sometimes-decrease-in-e https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2ODI-for-the-reaction-2n2g-o2g-rarr-2n2o-g-at-298k-h-is-164-kj-mol-1-the-e-of-the-reaction-is-1-166-5-mathrm-kj-mathrm-mol-1-2-141-5-mathrm-kj-mathrm-mol-1-3-104-0-mathrm-kj-mathrm-mol-1-4-169-mathrm-kj-ma https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2ODQ-for-a-rightarrow-b-delta-h-4-kcal-mol-1-delta-s-10-cal-mol-1-k-1-the-reaction-is-spontaneous-when-the-temperature-is-1-400-k-2-300-k-3-500-k-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2OTU-44-0-kj-of-heat-is-required-to-evaporate-one-mole-of-water-at-298-k-if-hf-of-h2o-l-is-286-kj-mol-1-h-f-of-h2og-is-1-330-kj-mol-1-2-242-kj-mol-1-3-242-kj-mol-1-4-198-kj-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2OTc-the-correct-calculate-value-for-h-for-m-s-rarr-m2-aq-from-following-arbitrary-values-m-s-rarr-m-g-h-1000kjmol-1-m-g-rarr-m-g-h-750kjmol-1-m-g-rarr-m2-g-h-1200kjmol-1-m2-g-aq-rarr-m2-aq-h-1800kjmol-1-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY2OTg-the-molar-heat-capacity-cv-of-an-ideal-gas-whose-energy-is-that-of-translational-motion-only-is-1-2-98jdeg-1mol-1-2-12-47jdeg-1mol-1-3-6-43jdeg-1mol-1-4-9-41jdeg-1mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY3MDI-the-enthalpy-of-hydration-of-na-g-and-cl-g-ions-are-406-kj-mol-1-and-364-kj-mol-1-respectively-the-enthalpy-of-the-solution-of-nacl-s-is-text-the-lattice-energy-of-nacl-is-780-kj-mol-1-1-23-kj-mol-1-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY3MDQ-calculate-the-melting-point-of-a-substance-given-that-its-enthalpy-of-fusion-is-1-435-kcal-mol-sup1-and-its-molar-entropy-change-is-5-26-cal-mol-sup1-k-sup1-1-100-deg-c-2-0-deg-c-3-373-k-4-273-deg-c-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY3MDc-delta-g-deg-of-the-following-reaction-at-25-deg-c-is-2-n-o-left-mathrm-g-right-c-l-2-left-mathrm-g-right-rightleftharpoons-2-n-o-c-l-left-mathrm-g-right-1-times-10-5-mathrm-atm-1-times-10-2-mathrm-atm https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY3MTA-when-1-mole-of-an-ideal-gas-to-20-atm-pressure-and-15-l-volume-expands-such-that-the-final-pressure-becomes-10-atm-and-the-final-volume-become-60-l-calculate-entropy-change-for-the-reaction-cp-m-30-96 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY3MjU-which-of-the-following-conditions-is-correct-for-a-process-that-is-both-endothermic-and-spontaneous-1-entropy-change-delta-s-0-positive-2-entropy-change-delta-s-0-positive-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY3Mjc-the-bond-energies-of-c-c-and-c-c-at-298-k-are-590-and-331-kj-mol-1-respectively-the-enthalpy-of-polymerization-per-mole-of-ethylene-is-1-70-kj-2-72-kj-3-72-kj-4-68-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjY3MzA-find-the-final-temperature-and-work-done-when-1-mole-of-nh-gas-at-27-deg-c-is-expanded-adiabatically-until-its-volume-becomes-8-times-the-initial-volume-given-gamma-1-33-1-150-k-900-cal-2-150-k-400-ca https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjkzNzk-which-of-the-following-statements-is-correct-with-regard-to-g-of-a-cell-reaction-and-emf-of-the-cell-e-in-which-the-reaction-occurs-1-both-g-and-e-are-extensive-properties-2-g-is-an-intensive-property https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0Mjk-temperature-of-1-mol-of-a-gas-is-increased-by-1-8728-at-constant-pressure-work-done-is-1-r-2-2r-3-r-2-4-3r-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0MzA-when-0-16-g-of-glucose-was-burnt-in-a-bomb-calorimeter-the-temperature-rose-by-4-deg-calculate-the-calorimeter-constant-water-equivalent-of-the-calorimeter-given-that-8710-h-8728-2-8-215-106jmol-1-mol https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0MzE-the-c-cl-bond-energy-can-be-calculated-from-1-8710-h-8728-fccl4-lonly-2-8710-8728-fccl4-land-8710-cl2-3-8710-h-8728-fccl4-l-8710-cl2-4-8710-h-8728-fccl4-l-8710-cl2-8710-h-8728-fc-gand-8710-h-8728-vapc https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0MzI-consider-the-following-thermochemical-data-at-standard-conditions-where-enthalpy-values-are-in-text-kj-mol-1-i-text-dy-s-frac-3-2-text-cl-2-g-rightarrow-text-dycl-3-s-delta-h-circ-1-994-30-ii-frac-1-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0MzM-when-1-g-h2-gas-at-s-t-p-is-expanded-to-twice-its-initial-volume-then-the-work-done-is-1-22-4-l-atm-2-5-6-l-atm-3-11-2-l-atm-4-44-8-l-atm-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0MzU-the-gas-absorbs-100-j-heat-and-is-simultaneously-compressed-by-a-constant-external-pressure-of-1-50-atm-from-8-lit-to-2-lit-in-volume-hence-8710-e-will-be-1-812-j-2-812-j-3-1011-j-4-911-j-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0MzY-if-g-h-t-s-and-g-h-td-gdtp-then-variation-of-emf-of-a-cell-e-with-temperature-t-is-given-by-1-hnf-2-gnf-3-snf-4-snf-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0Mzc-the-standard-heat-of-combustion-of-al-is-837-8-kj-mol-1-at-25-8728-c-which-of-the-following-releases-250-kcal-of-heat-1-the-reaction-of-0-624-mol-of-al-2-the-formation-of-0-624-mol-of-al2o3-3-the-reac https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0Mzg-which-of-the-following-statements-correctly-represents-the-physical-meaning-of-the-gas-constant-r-in-the-relation-cp-minus-cv-r-1-it-represents-the-change-in-kinetic-energy-of-the-gas-2-it-represents https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NDA-heat-of-neutralisation-of-oxalic-acid-is-25-4-k-cal-mol-1-using-strong-base-naoh-hence-enthalpy-change-of-the-process-is-h2c2o4-8652-2h-c2h42-is-1-2-0-kcal-2-11-8-kcal-3-1-0-kcal-4-1-0-kcal-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NDE-5-moles-of-nitrogen-gas-are-enclosed-in-an-adiabatic-cylindrical-vessel-the-piston-itself-is-a-rigid-light-cylindrical-container-containing-3-moles-of-helium-gas-there-is-a-heater-which-gives-out-a-po https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NDI-during-the-isothermal-mixing-of-ideal-gases-at-pressure-p-the-entropy-change-per-mole-for-the-mixing-process-is-r-8721-xilnxi-where-x1-x2-xi-are-the-mole-fractions-of-the-components-1-2-i-of-the-mixtu https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NDM-an-ideal-gas-can-be-expanded-from-an-initial-state-to-a-certain-volume-through-two-different-processes-a-pv2-k-and-b-p-kv2-where-k-is-a-positive-constant-choose-the-correct-option-based-on-the-above-s https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NDU-heat-of-hydrogenation-of-ethene-is-x1-and-that-of-benzene-is-x2-hence-resonance-energy-is-1-x1-x2-2-x1-x2-3-3x1-x2-4-x1-3x2-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NDc-c2h6g-3-5o2g-rarr-2co2g-3h2og-svaph2o-l-x1calk-1b-p-t1-hfh2o-l-x2-hfco2-x3-hfc2h6-x4hence-hforthereactionis-1-2x3-3x2-x4-2-2x3-3x2-x4-3x1t1-3-2x3-3x2-x4-3x1t1-4-x1t1-x2-x3-x4-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NDg-the-bond-energies-of-c-equiv-c-c-h-h-h-and-c-c-are-198-98-103-and-145-kcal-respectively-the-enthalpy-change-of-the-reaction-hc-equiv-ch-h2-rarr-c2h4-would-be-1-48-kcal-2-96-kcal-3-40-kcal-4-152-kcal-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NDk-h2g-12o2g-rarr-h2ol-b-e-h-h-x1-b-e-o-o-x2-b-e-o-h-x3-latent-heat-of-vaporization-of-water-liquid-into-water-vapour-x4-then-hf-heat-of-formation-of-liquid-water-is-1-x1-x22-x3-x4-2-2x3-x1-x22-x4-3-x1-x https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NTA-in-a-process-the-pressure-of-a-gas-is-inversely-proportional-to-the-square-of-the-volume-if-temperature-of-the-gas-is-increased-then-work-done-on-the-gas-1-is-positive-2-is-negative-3-is-zero-4-maybe https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NTE-for-the-following-reaction-2-2-delta-h-circ-172-5-text-kj-the-standard-enthalpies-of-formation-of-co2-g-and-co-g-at-298-k-are-in-the-ratio-2-57-1-what-is-the-standard-enthalpy-of-formation-delta-h-f-c https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NTI-in-an-adiabatic-expansion-the-product-of-pressure-and-volume-1-decreases-2-increases-3-remains-constant-4-first-increase-then-decreases-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NTM-the-molar-entropy-of-the-vapourization-of-acetic-acid-is-14-4-mathrm-cal-mathrm-k-1-mathrm-mol-1-at-its-boiling-point-118-c-the-latent-heat-of-vapourization-of-acetic-acid-is-1-49-mathrm-cal-mathrm-g https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NTQ-100-ml-of-0-3-m-hcl-solution-is-mixed-with-100-ml-of-0-35-m-naoh-solution-the-amount-of-heat-liberated-is-1-7-3-kj-2-5-71-kj-3-10-42-kj-4-1-713-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NTY-the-quantity-948-q-i-e-heat-absorbed-an-infinitesimal-process-is-1-dependent-on-the-path-of-transformation-2-dependent-on-the-thermodynamic-state-of-the-system-3-independent-of-both-4-an-exact-differe https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NTc-an-ideal-gas-absorbs-2000-cal-of-heat-from-a-heat-reservoir-and-does-mechanical-work-equivalent-to-4200-j-the-change-in-internal-energy-of-the-gas-is-1-3000-cal-2-2000-cal-3-1500-cal-4-1000-cal-1-2-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NTg-for-an-ideal-gas-four-processes-are-marked-as-1-2-3-and-4-on-p-v-diagram-as-shown-in-figure-the-amount-of-heat-supplied-to-the-gas-in-the-process-1-2-3-and-4-are-q1-q2-q3-and-q4-repectively-then-corre https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NTk-the-latent-heat-of-vapourisation-of-water-at-25-8728-c-is-10-5-kcal-mol-1-and-the-standard-heat-of-formation-of-liquid-water-is-68-3-kcal-the-enthalpy-change-of-the-reaction-h2g-1-2o2g-8594-h2og-is-th https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NjE-which-of-the-following-thermodynamic-quantities-is-an-outcome-of-the-second-law-of-thermodynamics-1-work-2-enthalpy-3-internal-energy-4-entropy-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NjM-from-the-following-data-of-h-of-the-following-reactions-cs-12o2-rarr-cog-h-110kj-cs-h2o-rarr-cog-h2g-h-132kj-what-is-the-mole-composition-of-the-mixture-of-steam-and-oxygen-on-being-passed-over-coke-a https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0Njc-state-which-of-the-following-statements-is-true-1-first-law-of-thermodynamics-is-not-adequate-in-predicting-the-direction-of-the-process-2-in-an-exothermic-reaction-the-total-enthalpy-of-the-products https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NzI-the-intermediate-sih2-is-formed-in-the-thermal-decomposition-of-silicon-hydrides-calculate-8710-hf-8728-of-sih2-given-the-following-reactions-si2h6g-h2g-8594-2sih4g-8710-h-8728-11-7kj-mol-sih4g-8594-s https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0NzQ-a-certain-vessel-x-has-water-and-nitrogen-gas-at-a-total-pressure-of-2-atm-and-300-k-all-the-contents-of-the-vessel-are-transferred-to-another-vessel-y-having-half-the-capacity-of-the-vessel-x-the-pre https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0Nzc-for-a-reaction-a-b-rarr-ab-cp-is-given-by-the-equation-40-5-times-10-3tjk4-in-the-temperature-range-300-600-k-the-enthalpy-of-the-reaction-at-300-k-is-25-0-kj-calculate-the-enthalpy-of-the-reaction-at https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0Nzg-given-that-the-heat-of-combustion-of-ethylene-at-17-deg-c-and-constant-volume-is-332-19-kcal-what-is-the-value-of-the-heat-of-combustion-at-constant-pressure-assuming-water-is-in-the-liquid-state-1-13 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0ODA-the-enthalpies-of-the-following-reactions-are-shown-alongwith-12h2g-12o2g-8594-ohg-8710-h-42-09kjmol-1-h2g-8594-2hg-8710-h-435-89kjmol-1-o2g-8594-2og-8710-h-495-05kjmol-1-calculate-the-o-h-bond-energi https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0ODE-the-bond-dissociation-enthalpies-of-gaseous-h2-cl2-and-hcl-are-435-243-and-431-kj-mol-1-respectively-calculate-the-enthalpy-of-formation-of-hcl-gas-1-92-kj-mol-1-2-82-kj-mol-1-3-21-kj-mol-1-4-55-kj-mo https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0ODY-a-3-67-l-mixture-of-ethylene-and-methane-produces-6-11-l-of-co-on-complete-combustion-at-25-deg-c-calculate-the-heat-evolved-by-burning-1-l-of-the-gas-mixture-given-delta-h-c-h-minus-1423-kj-mol-sup1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0ODk-the-enthalpy-of-formation-of-co2-g-h2o-l-and-propene-g-are-393-5-285-8-and-20-42-kj-mol-1-respectively-the-enthalpy-change-for-the-combustion-of-cyclopropane-at-298-k-will-be-the-enthalpy-of-isomeriza https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246ODkyNTA-the-bond-dissociation-energies-of-x2-y2-and-xy-are-in-the-ratio-of-1-0-5-1-h-for-the-formation-of-xy-is-ndash-200-kj-mol-ndash-1-the-bond-dissociation-energy-of-x2-will-be-1-200-kj-mol-ndash-1-2-100-k https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTA4MDM-the-heat-of-combustion-of-carbon-to-co2-is-ndash-393-5-kj-mol-the-heat-released-upon-the-formation-of-35-2-g-of-co2-from-carbon-and-oxygen-gas-is-1-ndash-315-kj-2-315-kj-3-ndash-630-kj-4-630-kj-1-2-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTEwNTE-the-correct-statement-for-a-reversible-process-in-a-state-of-equilibrium-is-1-g-ndash-2-30rt-log-k-2-g-2-30rt-log-k-3-go-ndash-2-30rt-log-k-4-go-2-30rt-log-k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTExOTc-what-is-the-value-of-mathrm-k-sp-of-mathrm-ag-2co-3-s-in-water-at-25-ordm-c-for-the-following-reaction-mathrm-ag-2-co-3-s-rightarrow-2ag-aq-co-2-3-aq-given-text-r-8-314-text-j-text-k-1-text-mol-1-delt https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTEyMDg-for-the-reaction-mathrm-x-2-mathrm-o-4-l-rightarrow-2-mathrm-xo-2-g-with-the-given-values-delta-u-2-1-text-kcal-and-delta-s-20-text-cal-k-1-at-300-text-k-what-is-the-value-of-delta-g-1-2-7-kcal-2-ndas https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTIxNDU-in-which-of-the-following-reactions-the-standard-reaction-entropy-change-s0-is-positive-and-standard-gibb-s-energy-change-g0-decreases-sharply-with-increasing-temperature-1-c-graphite-frac-1-2-o2-g-ra https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTIxNjI-the-enthalpy-of-fusion-of-water-is-1-435-kcal-mol-the-molar-entropy-change-for-the-melting-of-ice-at-0-oc-is-1-10-52-cal-mol-k-2-21-04-cal-mol-k-3-5-260-cal-mol-k-4-0-526-cal-mol-k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTI1MDA-given-the-following-reaction-4h-g-rarr-2-h-2-g-the-enthalpy-change-for-the-reaction-is-869-6-kj-the-dissociation-energy-of-the-h-h-bond-is-1-869-6-kj-2-434-8kj-3-217-4kj-4-434-8-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTI2Njk-standard-entropies-of-x2-y2-and-xy3-are-60-40-and-50jk-1mol-1-respectively-for-the-reaction-12x2-32y2-xy3-h-30-kj-to-be-at-equilibrium-the-temperature-should-be-1-750-k-2-1000-k-3-1250-k-4-500-k-1-2-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTMyNDc-give-the-following-bond-energies-h-mdash-h-bond-energy-431-37-kj-mol-1-c-c-bond-energy-606-10-kj-mol-1-c-mdash-c-bond-energy-336-49-kj-mol-1-c-mdash-h-bond-energy-410-50-kj-mol-1-enthalpy-for-the-foll https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTMyOTc-the-values-of-delta-h-and-delta-s-for-the-given-reaction-are-170-kj-and-170-jk-1-respectively-c-graphite-co2-g-rarr-2co-g-this-reaction-will-be-spontaneous-at-1-710-k-2-910-k-3-1110-k-4-510-k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTMzOTM-for-the-gas-phase-reaction-pcl5-g-pcl3-g-cl2-g-which-of-the-following-conditions-is-correct-1-delta-h-0-and-delta-s-0-and-delta-s-0-3-delta-h-0-and-delta-s-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTM0Mzg-the-standard-free-energies-of-formation-in-kj-mol-at-298-k-are-237-2-394-4-and-8-2-for-h2o-l-co2-g-and-pentane-g-respectively-the-value-of-ecell-for-the-pentane-oxygen-fuel-cell-is-1-1-968-v-2-2-0968 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTM0Nzc-bond-dissociation-enthalpy-of-h2-cl2-and-hcl-are-434-242-and-431-kj-mol1-respectively-enthalpy-of-formation-of-hcl-is-1-93-kj-mol-1-2-245-kj-mol-1-3-93-kj-mol-1-4-245-kj-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTM2NjY-the-bond-energy-of-h-mdash-h-and-cl-cl-is-430-kj-mol-1-and-240-kj-mol-1-respectively-and-delta-hf-for-hcl-is-90-kj-mol-1-the-bond-enthalpy-of-hcl-is-1-290-kj-mol-1-2-380-kj-mol-1-3-425-kj-mol-1-4-245 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTQwMTQ-assuming-each-reaction-is-carried-out-in-an-open-container-reaction-that-shows-delta-h-delta-e-is-1-h2-g-br2-g-rarr-2hbr-g-2-c-s-2h2o-g-rarr-2h2-g-co2-g-3-pcl5-g-rarr-pcl3-g-cl2-g-4-2cog-o2g-rarr-2co2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTU1OTU-under-the-isothermal-condition-a-gas-at-300-mathrm-k-expands-from-0-1-mathrm-l-to-0-25-mathrm-l-against-a-constant-external-pressure-of-2-bar-the-work-done-by-the-gas-is-1-30-mathrm-j-2-30-mathrm-j-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTU1OTg-which-of-the-following-processes-shows-a-decrease-in-entropy-1-2-text-h-left-g-right-rightarrow-text-h-2-left-g-right-2-evaporation-of-water-3-expansion-of-a-gas-at-a-constant-temperature-4-sublimatio https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTEzNTgw-what-is-the-enthalpy-of-formation-of-fes-in-kj-mol-if-2-1-g-of-fe-combines-with-sulfur-and-releases-3-77-kj-of-heat-1-ndash-3-77-2-ndash-1-79-3-ndash-100-5-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTIyNjM5-which-is-an-extensive-property-1-temperature-2-chemical-potential-3-gibbs-free-energy-4-molar-volume-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTMxNjU0-what-is-the-amount-of-work-done-by-an-ideal-gas-if-the-gas-expands-isothermally-from-10-3-m-3-to-10-2-m-3-at-300-k-against-a-constant-pressure-of-10-5-nm-2-1-270-kj-2-900-j-3-900-kj-4-900-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTMxNjU1-reversible-expansion-of-an-ideal-gas-under-isothermal-and-adiabatic-conditions-are-shown-in-the-figure-ab-rarr-isothermal-expansion-ac-rarr-adiabatic-expansion-which-of-the-following-options-is-not-co https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTQzNjA5-a-piston-filled-with-0-04-mol-of-an-ideal-gas-expands-reversibly-from-50-0-ml-to-375-ml-at-a-constant-temperature-of-37-0-ordm-c-as-it-does-so-it-absorbs-208-j-of-heat-the-values-of-q-and-w-for-the-pr https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTc1MTA4-the-pair-of-isochoric-among-the-transformation-of-state-is-1-k-to-l-and-l-to-m-2-l-to-m-and-n-to-k-3-l-to-m-and-m-to-n-4-m-to-n-and-n-to-k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTg1NDcw-hydrolysis-of-sucrose-is-given-by-the-following-reaction-sucrose-h2o-glucose-fructose-if-the-equilibrium-constant-kc-is-2-times-1013-at-300-k-the-value-of-rg-at-the-same-temperature-will-be-1-8-314-j https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTg1NDcx-for-the-reaction-2cl-g-rarr-cl2-g-the-correct-option-is-1-delta-mathrm-r-mathrm-h-0-and-delta-mathrm-r-mathrm-s-0-3-delta-mathrm-r-mathrm-h-0-and-delta-mathrm-r-mathrm-s-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTg1NTAx-the-correct-option-for-free-expansion-of-an-ideal-gas-under-adiabatic-condition-is-1-q-0-t-0-2-q-0-t-0-and-w-0-4-q-0-t-0-and-w-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkwMTU5-the-solubility-of-a-solute-in-water-varies-with-temperature-and-is-given-as-s-ae-8710-h-rt-here-8710-h-is-enthalpy-of-the-solution-for-the-given-solute-variation-of-log-s-with-temperature-can-be-shown https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkwMzcy-the-equilibrium-constant-for-the-reaction-h2-g-s-g-h2s-g-is-18-5-at-925-and-9-25-at-1000-respectively-what-is-the-enthalpy-of-the-reaction-1-142-16-kj-mole-2-71-08-kj-mole-3-35-54-kj-mole-4-none-of-th https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjEw-if-the-value-of-8710-h-in-a-reaction-is-positive-then-the-reaction-is-called-1-exothermic-2-endothermic-3-polymorphic-4-polytropic-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjEy-molar-heat-capacity-at-constant-p-for-a-substance-is-equal-to-1-left-right-delta-u-delta-t-left-right-v-2-left-right-delta-h-delta-t-left-right-v-3-left-right-delta-h-delta-t-left-right-p-4-delta-u-de https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjE0-plants-and-living-beings-are-examples-of-1-isolated-system-2-adiabatic-system-3-open-system-4-closed-system-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjE2-for-an-adiabatic-expansion-of-a-perfect-gas-8710-p-p-is-equal-to-1-8710-vv-2-y-8710-vv-3-y-8710-vv-4-y2-8710-vv-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjE3-what-happens-to-a-gas-when-it-expands-at-constant-temperature-and-pressure-1-internal-energy-decreases-2-entropy-increases-and-then-decreases-3-internal-energy-increases-4-internal-energy-remains-cons https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjE4-if-a-gas-absorbs-200-j-of-heat-and-expands-by-500-cm3-against-the-constant-pressure-of-2x105-nm-2-then-the-change-in-internal-energy-is-1-200-j-2-100j-3-100j-4-300j-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjE5-the-internal-energy-of-a-substance-does-not-depend-upon-1-translational-energy-2-vibrational-energy-3-energy-due-to-the-gravitational-pull-4-rotational-energy-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjIw-internal-energy-e-and-pressure-of-a-gas-of-unit-volume-are-related-as-1-p-23e-2-p-32e-3-p-e2-4-p-2e-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjIx-identify-the-false-statement-among-the-following-1-temperature-is-a-state-function-2-work-is-a-state-function-3-change-in-the-state-is-completely-defined-when-the-initial-and-final-states-are-specifie https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjIy-considering-entropy-s-as-a-thermodynamic-parameter-the-criterion-for-the-spontaneity-of-any-process-is-1-ssystem-ssurroundings-0-2-ssystem-ssurroundings-0-3-ssystem-0-only-4-ssurroundings-0-only-1-2-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjIz-for-which-of-the-following-processes-will-the-entropy-increase-1-reaction-of-magnesium-with-oxygen-to-form-magnesium-oxide-2-reaction-of-nitrogen-and-hydrogen-to-form-ammonia-3-sublimation-of-dry-ice https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjI0-which-of-the-following-is-the-correct-first-law-thermodynamics-equation-1-u-delta-q-w-2-delta-w-delta-u-delta-q-3-delta-u-delta-w-delta-q-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjI2-which-of-the-following-conditions-result-in-a-spontaneous-reaction-1-exothermic-and-increasing-disorder-2-exothermic-and-decreasing-disorder-3-endothermic-and-increasing-disorder-4-endothermic-and-dec https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjI4-assume-each-reaction-is-carried-out-in-an-open-container-for-which-of-the-following-reactions-will-h-be-equal-to-u-1-pcl3-g-rarr-pcl3-g-cl2-g-2-2co-g-o2-g-rarr-2co2-g-3-h2-g-br2-g-rarr-2hbr-g-4-c-s-2h https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjI5-ldentify-the-correct-statement-regarding-entropy-1-at-absolute-zero-temperature-entropy-of-a-perfectly-crystalline-substance-is-ve-2-at-absolute-zero-temperature-entropy-of-a-perfectly-crystalline-sub https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjMx-the-reaction-that-has-a-value-of-s-deg-greater-than-zero-among-the-following-is-begin-align-1-cao-left-s-right-co-2-rightarrow-caco-3-left-s-right-2-nacl-left-aq-right-rightarrow-nacl-left-s-right-3-n https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjMy-the-net-work-done-for-an-ideal-gas-is-given-as-1-3pv-2-3pv-3-pv-4-zero-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjMz-which-of-the-following-statements-is-correct-for-a-spontaneous-process-1-the-entropy-of-the-system-always-increases-2-the-free-energy-of-the-system-always-increases-3-the-total-entropy-change-is-alway https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjM0-which-one-of-the-following-has-the-maximum-entropy-of-vaporization-assuming-all-are-in-the-liquid-phase-1-water-2-toluene-3-diethyl-ether-4-acetone-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjM1-which-of-the-following-is-not-an-endothermic-reaction-1-combustion-of-methane-2-decomposition-of-water-3-dehydrogenation-of-ethane-or-ethylene-4-conversion-of-graphite-to-diamond-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjM2-which-of-the-following-statements-is-false-1-work-is-a-state-function-2-temperature-is-a-state-function-3-density-is-a-state-function-4-entropy-is-state-function-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjM4-standard-molar-enthalpy-of-formation-of-co2-is-equal-to-1-zero-0-2-the-standard-molar-enthalpy-of-combustion-of-carbon-graphite-3-the-standard-molar-enthalpy-of-combustion-of-c-g-4-the-standard-molar https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjM5-which-one-of-the-following-reactions-obeys-h-ne-e-1-h-2-g-i-2-g-2-hi-g-2-hcl-aq-naoh-aq-rarr-nacl-aq-h2o-l-3-c-s-o2-g-co2-g-4-n2-g-3h2-g-rarr-2nh3-g-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjQ0-the-gibbs-free-energy-is-defined-as-1-g-h-t-s-2-g-h-t-s-3-g-e-t-s-4-g-e-t-s-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjQ5-which-of-the-following-statement-is-true-for-g-1-it-is-always-proportional-to-h-2-it-may-be-less-than-or-greater-than-or-equal-to-h-3-it-is-always-greater-than-h-4-it-is-always-less-than-h-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjUw-the-free-energy-change-g-deg-is-negative-when-1-the-surroundings-do-no-electrical-work-on-the-system-2-the-surroundings-do-electrical-work-on-the-system-3-the-system-does-electrical-work-on-the-surrou https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjU0-in-a-constant-volume-calorimeter-3-5g-of-a-gas-mol-wt-28-was-burnt-in-excess-o2-at-298-k-the-increase-in-temperature-is-0-45-k-due-to-combus-tion-if-heat-capacity-of-calorimeter-is-2-5-kj-k-the-value https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTkyMjU3-the-amount-of-heat-required-to-raise-the-temperature-of-one-mole-of-the-substance-by-1-k-is-called-its-1-molar-heat-capacity-2-entropy-3-thermal-capacity-4-specific-heat-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTk0OTg1-at-standard-conditions-the-change-in-enthalpy-for-the-following-reaction-is-ndash-109-kj-mol-1-h2-g-br2-g-rarr-2hbr-g-given-that-the-bond-energy-of-h2-and-br2-is-435-kj-mol-1-and-192-kj-mol-1-respecti https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjA1MzIy-latticeh-or-u-for-nabr-is-given-thinsp-subh-for-sodium-metal-108-4kjmol-1-ionisation-enthalpy-of-sodium-496kjmol-1-electron-gain-enthalpy-of-bromine-325kjmol-1-bond-dissociation-enthalpy-of-bromine-19 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjEyMTc4-the-enthalpy-of-combustion-of-methane-graphite-and-dihydrogen-at-298-k-are-ndash-890-3-kj-mol-ndash-1-ndash-393-5-kj-mol-1-and-ndash-285-8-kj-mol-ndash-1-respectively-the-enthalpy-of-formation-of-ch4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjEyMTc5-for-the-reaction-a-b-rarr-c-d-q-kj-mol-entropy-change-is-positive-the-reaction-will-be-1-possible-only-at-high-temperature-2-possible-only-at-low-temperature-3-not-possible-at-any-temperature-4-possib https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjEyMjE3-consider-the-given-reaction-2-mathrm-cl-mathrm-g-rightarrow-mathrm-cl-2-mathrm-g-what-are-the-values-of-mathrm-h-and-mathrm-s-respectively-1-delta-mathrm-h-0-delta-mathrm-s-mathrm-ve-2-delta-mathrm-h https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDcx-which-among-the-following-statements-about-open-closed-and-isolated-systems-is-correct-1-the-presence-of-reacting-species-in-a-covered-beaker-represents-an-open-system-2-in-a-closed-system-there-is-an https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDcz-what-happens-to-the-specific-heat-of-a-gas-when-its-volume-is-reduced-to-half-of-its-initial-value-1-reduce-to-half-2-be-doubled-3-remain-constant-4-increase-four-times-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDc1-the-standard-internal-energy-change-of-formation-delta-fu-deg-of-ch-g-at-a-certain-temperature-is-ndash-393-kj-mol-sup1-find-the-value-of-the-standard-enthalpy-of-formation-delta-fh-deg-1-zero-2-less https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDc2-in-an-adiabatic-process-no-transfer-of-heat-takes-place-between-the-system-and-its-surroundings-the-correct-option-for-free-expansion-of-an-ideal-gas-under-adiabatic-condition-from-the-following-is-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDc3-the-pressure-volume-work-for-an-ideal-gas-can-be-calculated-by-using-the-expression-w-int-vivfpextdv-the-work-can-also-be-calculated-from-the-pv-plot-by-using-the-area-under-the-curve-within-the-speci https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDc4-the-entropy-change-can-be-calculated-by-using-the-expression-s-qrevt-when-water-freezes-in-a-glass-beaker-the-correct-statement-among-the-following-is-1-s-system-decreases-but-s-surroundings-remains-t https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDgw-based-on-the-reactions-ascertain-the-valid-algebraic-relationship-i-c-g-4h-g-rarr-ch4-g-hr-x-kj-mol-1-ii-c-graphite-2h2-g-rarr-ch4-hr-y-kj-mol-1-1-x-y-2-x-2y-3-x-y-4-x-y-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDgx-the-enthalpies-of-elements-in-their-standard-states-are-taken-as-zero-the-enthalpy-of-formation-of-a-compound-is-1-generally-negative-2-always-positive-3-zero-4-never-negative-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3NDU1-consider-the-following-statement-a-thermodynamic-quantity-is-a-state-function-the-correct-option-is-1-used-to-determine-heat-changes-2-whose-value-is-independent-of-the-path-3-used-to-determine-pressu https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3NDU2-what-is-a-necessary-condition-for-an-adiabatic-process-to-occur-1-t-0-2-p-0-3-q-0-4-w-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3NDU3-the-enthalpy-of-formation-of-all-elements-in-their-standard-state-is-1-unity-2-zero-3-less-than-zero-4-different-for-each-element-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3NDU4-u-deg-for-combustion-of-methane-is-ndash-x-kj-mol-ndash-1-the-value-of-h-deg-for-the-same-reaction-would-be-1-u-deg-2-u-deg-3-u-deg-4-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3NDU5-701-j-of-heat-is-absorbed-by-a-system-and-394-j-of-work-is-done-by-the-system-the-change-in-internal-energy-for-the-process-is-1-307-j-2-307-j-3-1095-j-4-701-j-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3NDYw-the-reaction-of-cyanamide-nh2cn-s-with-dioxygen-was-carried-out-in-a-bomb-calorimeter-and-u-was-found-to-be-742-7-kj-mol-1-at-298-k-small-mathrm-nh-2-mathrm-cn-mathrm-s-frac-3-2-mathrm-o-2-mathrm-g-ri https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3NDYx-the-amount-of-heat-needed-to-raise-the-temperature-of-60-0-g-of-aluminium-from-35-deg-c-to-55-deg-c-would-be-molar-heat-capacity-of-al-is-24-j-text-mol-1-k-1-1-1-07-j-2-1-07-kj-3-106-7-kj-4-100-7-kj-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3NzY4-the-enthalpy-of-formation-of-cog-co2g-n2og-thinsp-and-n2o4g-are-ndash-110-kj-mol-1-ndash-393-kj-mol-1-81-kj-mol-1-and-9-7-kj-text-mol-1-respectively-the-value-of-left-delta-right-r-h-for-the-following https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3NzY5-for-the-reaction-n-g-3h-g-rarr-2nh-g-delta-h-deg-ndash-92-4-kj-mol-sup1-what-is-the-standard-enthalpy-of-formation-delta-fh-deg-of-nh-g-1-92-4-j-mol-1-2-46-2-kj-mol-1-3-46-2-j-mol-1-4-92-4-kj-mol-1-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3Nzcw-the-standard-enthalpy-of-the-formation-of-ch3oh-l-from-the-following-data-is-small-mathrm-ch-3-mathrm-oh-l-frac-3-2-mathrm-o-2-mathrm-g-rightarrow-mathrm-co-2-mathrm-g-2-mathrm-h-2-mathrm-o-l-text-del https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3Nzcy-based-on-the-given-data-select-the-correct-statement-vaph-deg-ccl4-30-5-kj-mol-1-fh-deg-ccl4-135-5-kj-mol-1-ah-deg-c-715-0-kj-mol-1-ah-deg-cl2-thinsp-242-kj-mol-1-the-enthalpy-change-for-the-following https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3Nzcz-for-an-isolated-system-with-u-0-the-s-value-will-be-1-positive-2-negative-3-zero-4-not-possible-to-define-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3Nzc0-for-the-reaction-2a-b-rightarrow-c-the-enthalpy-change-delta-h-is-400-kj-mol-sup1-and-entropy-change-delta-s-is-0-2-kj-k-sup1-mol-sup1-determine-the-temperature-at-which-the-reaction-becomes-spontaneo https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3Nzc1-the-value-of-g-deg-for-the-given-reaction-would-be-2-mathrm-a-mathrm-g-mathrm-b-mathrm-g-rightarrow-2-mathrm-d-mathrm-g-given-u-deg-ndash-10-5-kj-and-s-deg-ndash-44-1-j-k-ndash-1-1-1-6-j-2-ndash-0-16 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3Nzc2-determine-the-value-of-g-deg-if-the-equilibrium-constant-for-a-reaction-is-10-r-8-314-j-k-1-mol-1-t-300-k-1-5-74-mathrm-kj-mathrm-mol-1-2-5-74-mathrm-j-mathrm-mol-1-3-4-57-mathrm-kj-mathrm-mol-1-4-57 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjM3Nzc3-find-the-entropy-change-of-the-surroundings-when-1-mol-of-h-o-l-is-formed-under-standard-conditions-at-298-k-given-delta-hf-deg-h-o-l-minus-286-kj-mol-sup1-1-minus-959-73-j-k-sup1-mol-sup1-2-234-98-j https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjQ1MDg5-if-for-a-certain-reaction-rh-is-30-kj-mol-ndash-1-at-450-k-the-value-of-rs-in-jk-ndash-1-mol-ndash-1-for-which-the-same-reaction-will-be-spontaneous-at-the-same-temperature-is-1-70-2-ndash-33-3-33-4-n https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxMDgx-consider-the-following-processes-h-kj-mol-frac12-a-rarr-b-150-3b-rarr-2c-d-ndash-125-e-a-rarr-2d-350-for-b-d-rarr-e-2c-h-will-be-1-325-kj-mol-2-525-kj-mol-3-ndash-175-kj-mol-4-ndash-325-kj-mol-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxMDkx-for-vaporization-of-water-at-1-atmospheric-pressure-the-values-of-h-and-s-are-40-63-kj-mol-ndash-1-and-108-8-jk-ndash-1-mol-ndash-1-respectively-the-temperature-when-gibbs-energy-change-g-for-this-tra https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxMDk3-three-moles-of-an-ideal-gas-expanded-spontaneously-into-vacuum-the-work-done-will-be-1-3-joules-2-9-joules-3-zero-4-infinite-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxMDk4-the-following-two-reactions-are-knownfe2o3-s-3co-g-rarr-2fe-s-3co2-g-h-26-88-kj-feo-s-co-g-rarr-fe-s-co2-g-h-16-5-kj-the-value-of-h-for-the-following-reaction-fe2o3-s-co-g-rarr-2feo-s-co2-g-is-1-43-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxMTUx-match-list-i-equations-with-list-ii-type-of-processes-and-select-the-correct-option-list-i-equation-list-ii-type-of-processes-a-kp-q-i-non-spontaneous-b-g-ordm-frac-delta-h-delta-s-iv-spontaneous-opti https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxMTYy-equal-volumes-of-two-monoatomic-gases-a-and-b-at-same-temperature-and-pressure-are-mixed-the-ratio-of-specific-heats-cp-cv-of-the-mixture-will-be-1-1-50-2-3-3-3-1-67-4-0-83-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY0Mzg1-one-mole-of-an-ideal-gas-at-300-k-is-expanded-isothermally-from-an-initial-volume-of-1-litre-to-10-litres-the-e-for-this-process-is-r-2-cal-mol-1k-1-1-1381-1-cal-2-zero-3-163-7-cal-4-9-lit-atm-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY0Nzgw-if-the-bond-energies-of-h-ndash-h-br-ndash-br-and-h-ndash-br-are-433-192-and-364-kj-mol-ndash-1-respectively-the-h-ordm-for-the-reaction-h2-g-br2-g-rarr-2hbr-g-will-be-1-103-kj-2-261kj-3-ndash-103-kj https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY0ODE3-if-a-system-is-expanded-under-adiabatic-process-then-1-temperature-increases-2-e-decreases-3-e-increases-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY0ODE5-which-of-the-following-statements-is-true-for-a-reaction-where-all-the-reactants-and-products-are-in-the-liquid-phase-1-h-e-2-h-w-3-h-e-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY0ODIx-considering-entropy-s-as-a-thermodynamic-parameter-the-criterion-for-the-spontaneity-of-any-process-is-1-delta-ssystem-minus-delta-ssurrounding-0-2-delta-ssystem-0only-3-delta-ssurroundings-0-only-4-d https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY0ODM5-the-standard-enthalpy-and-standard-entropy-changes-for-the-oxidation-of-ammonia-at-298-k-are-ndash-382-64-kj-mol-ndash-1-and-ndash-145-6-jk-ndash-1-mol-ndash-1-respectively-standard-gibbs-energy-chang https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY0ODY1-the-work-done-during-the-expansion-of-a-gas-from-a-volume-of-4-dm3-to-6-dm3-against-a-constant-external-pressure-of-3-atm-is-1-ndash-608-j-2-304-j-3-ndash-304-j-4-ndash-6-00-j-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY1MTk4-2zn-o2-rarr-2zno-g-deg-616-j-2zn-s2-rarr-2zns-g-deg-293-j-s2-2o2-rarr-2so2-g-deg-408j-g-deg-for-the-following-reaction-is-2zns-3o2-rarr-2zno-2so2-1-731-j-2-1317-j-3-501-j-4-731-j-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY1MTk5-at-27-deg-c-the-latent-heat-of-fusion-of-a-substance-is-2930-j-mol-sup1-calculate-the-entropy-change-delta-s-for-the-process-1-9-77-j-mol-k-2-10-77-j-mol-k-3-9-07-j-mol-k-4-0-977-j-mol-k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY1MjAw-for-the-reaction-c2h5oh-l-3o2-g-rarr-2co2-g-3h2o-l-which-one-is-true-1-h-e-ndash-rt-2-h-e-rt-3-h-e-2rt-4-h-e-ndash-2rt-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY1MzAw-in-a-closed-insulated-container-a-liquid-is-stirred-with-a-paddle-to-increase-the-temperature-the-correct-option-regarding-this-among-the-following-is-1-e-w-ne-0-q-0-2-e-w-q-ne-0-3-e-0-w-q-ne-0-4-w-0 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY1MzAy-2-mole-of-an-ideal-gas-at-27-ordm-c-temp-is-expanded-reversibly-from-2-lit-to-20-lit-find-entropy-change-r-2-cal-mol-k-1-92-1-2-0-3-4-4-9-2-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY1MzAz-given-that-the-standard-heats-of-combustion-delta-h-deg-of-c-s-h-g-and-ch-g-are-minus-94-kcal-mol-minus-68-kcal-mol-and-minus-213-kcal-mol-respectively-what-is-the-standard-enthalpy-change-delta-h-deg https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY1NzQz-when-1-mol-gas-is-heated-at-constant-volume-the-temperature-is-raised-from-298-to-308-k-heat-supplied-to-the-gas-is-500-j-the-correct-statement-among-the-following-is-1-q-w-500-j-u-0-2-q-u-500-j-w-0-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY2MDM3-the-densities-of-graphite-and-diamond-at-298-k-are-2-25-and-3-31-g-cm-ndash-3-respectively-if-the-standard-free-energy-difference-g-ordm-is-equal-to-1895-j-mol-ndash-1-the-pressure-at-which-graphite-w https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY2MDM4-what-is-the-entropy-change-in-jk-ndash-1-mol-ndash-1-when-one-mole-of-ice-is-converted-into-water-at-0-ordm-c-the-enthalpy-change-for-the-conversion-of-ice-to-liquid-water-is-6-0-kj-mol-ndash-1-at-0-o https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY2MDQ2-the-formation-of-a-solution-from-two-components-can-be-considered-as-i-pure-solvent-rarr-separated-solvent-molecules-h1-ii-pure-solute-rarr-separated-solute-molecules-h2-iii-separated-solvent-and-solu https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY2MDQ5-the-molar-heat-capacity-of-water-at-constant-pressure-c-is-75-jk-ndash-1-mol-ndash-1-when-1-0-kj-of-heat-is-supplied-to-100-g-of-water-which-is-free-to-expand-the-increase-in-temperature-of-the-water https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjcxMzg1-the-thermodynamic-stability-of-no-g-based-on-the-given-data-is-12n2-g-12o2-g-rarr-no-g-rh-deg-90kjmol-1-no-g-12o2-g-rarr-no2-g-thinsp-rh-deg-74kjmol-1-1-less-than-no2-g-2-more-than-no2-g-3-equal-to-no https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjcyODU5-what-is-the-entropy-change-of-the-surroundings-when-1-00-mol-of-liquid-water-h-o-l-is-formed-under-standard-conditions-given-fh-theta-ndash-286-kj-mol-ndash-1-1-952-5-j-mol-1-2-979-7-j-mol-1-3-949-7-j https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc0MTM5-for-the-graph-given-below-it-can-be-concluded-that-work-done-during-the-process-shown-will-be-1-zero-2-negative-3-positive-4-cannot-be-determined-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc0MTQy-consider-the-following-graph-the-work-done-as-per-the-graph-above-is-1-positive-2-negative-3-zero-4-cannot-be-determined-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc0MTQz-consider-the-following-diagram-for-a-reaction-a-rarr-c-the-nature-of-the-reaction-is-1-exothermic-2-endothermic-3-reaction-at-equilibrium-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc0MTQ1-what-is-the-nature-of-the-reaction-depicted-in-the-given-diagram-for-a-rarr-c-1-exothermic-2-endothermic-3-reaction-at-equilibrium-4-none-of-these-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3MTY0-which-of-the-following-options-correctly-represents-the-relationship-between-c-p-text-and-c-v-for-one-mole-of-an-ideal-gas-1-c-p-r-c-v-2-c-v-rc-p-3-c-p-c-v-r-4-c-p-c-v-r-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3MTg4-which-of-the-following-statements-is-correct-for-an-irreversible-isothermal-expansion-of-an-ideal-gas-1-u-0-stotal-ne-0-2-u-ne-0-stotal-0-3-u-0-stotal-0-4-u-ne-0-stotal-ne-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTgy-two-litres-of-1-mol-of-an-ideal-gas-at-a-pressure-of-10-atm-expand-isothermally-at-25-deg-c-until-its-total-volume-is-10-litres-the-amount-of-heat-absorbed-during-expansion-is-given-the-same-expansion https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTg2-calculate-the-change-in-internal-energy-when-1-mole-of-water-vapor-treated-as-an-ideal-gas-at-100-deg-c-and-1-bar-pressure-is-transformed-into-ice-at-0-deg-c-the-enthalpy-of-fusion-of-ice-6-00-kj-mol https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzMzODkx-one-mole-of-an-ideal-gas-at-900-k-undergoes-two-reversible-processes-i-followed-by-ii-as-shown-below-if-the-work-done-by-the-gas-in-the-two-processes-is-same-the-value-of-ln-v-3-over-v-2-is-u-internal https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzMzODky-tin-is-obtained-from-cassiterite-by-reduction-with-coke-use-the-data-given-below-to-determine-the-minimum-temperature-in-k-at-which-the-reduction-of-cassiterite-by-coke-would-take-place-at-298-mathrm https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzM5Mzk2-which-p-v-curve-among-the-following-depicts-the-highest-amount-of-work-done-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzM5Nzk2-the-work-done-when-1-mole-of-gas-expands-reversibly-and-isothermally-from-a-pressure-of-5-atm-to-1-atm-at-300-k-is-given-log-5-0-6989-and-r-8-314-j-k-1-mol-1-1-zero-j-2-150-j-3-4014-6-j-4-4014-6-j-1-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ2NDUz-determine-delta-u-for-the-process-where-one-mole-of-an-ideal-gas-at-300-k-is-expanded-isothermally-from-1-l-to-10-l-volume-use-r-8-314-j-k-ndash-1-mol-ndash-1-1-1260-j-2-2520-j-3-5040-j-4-0-j-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzY2OTkz-what-is-the-correct-relationship-between-changes-in-enthalpy-and-internal-energy-within-the-following-options-1-mathrm-delta-h-delta-u-delta-nr-2-mathrm-delta-h-delta-u-delta-n-grt-3-mathrm-delta-h-de https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzY4MzYy-consider-the-following-reaction-mathrm-2h-2-g-o-2-g-rightarrow-2h-2o-g-delta-rh-circ-483-64-kj-what-is-the-enthalpy-change-in-kj-for-the-decomposition-of-one-mole-of-water-1-120-9-2-241-82-3-18-4-100 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzcxMTUw-if-it-is-discovered-that-a-certain-non-spontaneous-reaction-becomes-spontaneous-if-the-temperature-is-lowered-then-which-of-the-following-must-be-true-1-s-is-negative-and-h-is-positive-2-s-is-negative https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzcxMTUy-find-the-change-in-temperature-of-a-50-g-tungsten-sample-when-it-absorbs-100-calories-of-heat-given-that-the-specific-heat-of-tungsten-is-0-03-cal-g-sup1-deg-c-sup1-1-76-deg-c-2-55-deg-c-3-67-deg-c-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU1MDA2-match-list-i-with-list-ii-list-i-process-list-ii-conditions-a-isothermal-process-i-no-heat-exchange-b-isochoric-process-ii-carried-out-at-constant-temperature-c-isobaric-process-iii-carried-out-at-con https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU1MDA5-in-which-of-the-following-processes-entropy-increases-a-a-liquid-evaporates-to-vapour-b-temperature-of-a-crystalline-solid-lowered-from-130-text-k-to-0-text-k-c-2-mathrm-nahco-3-mathrm-s-rightarrow-ma https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU1MDM4-work-done-during-reversible-isothermal-expansion-of-one-mole-of-hydrogen-gas-at-25-deg-c-from-a-pressure-of-20-atmospheres-to-a-pressure-of-10-atmospheres-is-given-r-2-0-cal-k-ndash-1-mol-ndash-1-1-nd https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU2NzE5-if-the-standard-enthalpy-of-neutralization-reaction-of-text-hcl-and-mathrm-naoh-is-57-3-mathrm-k-mathrm-j-mathrm-mol-1-then-find-out-the-enthalpy-of-neutralization-of-0-25-mathrm-mol-of-text-hcl-by-0 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU2Nzg5-match-the-processes-or-properties-in-list-i-with-their-corresponding-characteristics-in-list-ii-list-i-process-property-list-ii-characteristic-a-adiabatic-process-i-independent-of-the-amount-of-substa https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU2ODY3-find-the-amount-of-heat-released-when-35-0-g-of-co-is-formed-from-the-combustion-of-carbon-in-dioxygen-gas-given-that-the-enthalpy-of-combustion-of-carbon-to-carbon-dioxide-is-minus-390-0-kj-mol-sup1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDcw-thermodynamics-is-not-concerned-about-which-of-the-following-1-energy-changes-involved-in-a-chemical-reaction-2-the-extent-to-which-a-chemical-reaction-proceeds-3-the-rate-at-which-a-reaction-proceeds https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzM2NDM5-the-intensive-property-among-the-following-is-1-volume-2-enthalpy-3-molar-heat-capacity-4-internal-energy-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzMxNzU5-for-which-of-the-following-equations-delta-h-delta-e-1-mathrm-n-2-g-3-mathrm-h-2-mathrm-g-longrightarrow-2-mathrm-nh-3-mathrm-g-2-mathrm-h-2-g-frac-1-2-mathrm-o-2-mathrm-g-longrightarrow-mathrm-h-2-ma https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTgz-if-water-vapour-is-assumed-to-be-a-perfect-gas-molar-enthalpy-change-for-vapourisation-of-1-mol-of-water-at-1-bar-and-100-c-is-41kj-mol-1-the-internal-energy-change-when-1-mol-of-water-is-vapourised-a https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTg1-a-swimmer-coming-out-from-a-pool-is-covered-with-a-film-of-water-weighing-about-18g-the-internal-energy-of-vaporization-at-298k-is-given-vaph-for-water-at-298k-44-01kj-mol-1-1-38-63-kj-2-43-82-j-3-41 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ3MjQw-the-amount-of-heat-required-to-raise-the-temperature-of-a-body-through-1-circ-c-is-called-its-1-molar-heat-2-specific-heat-3-entropy-4-heat-capacity-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNzIx-given-below-are-two-statements-assertion-a-the-increase-in-internal-energy-delta-e-for-the-vapourisation-of-one-mole-of-water-at-1-atm-and-373-k-is-zero-reason-r-for-all-isothermal-processes-delta-e-0 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ0NTQ2-match-list-i-with-list-ii-list-i-list-ii-a-delta-h-q-i-p-ext-0-b-free-expansion-ii-heat-c-path-function-iii-at-constant-pressure-d-reversible-process-iv-an-infinitely-slow-process-that-proceeds-throug https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTgw-two-litres-of-an-ideal-gas-at-a-pressure-of-10-atm-expands-isothermally-at-25-c-into-a-vacuum-until-its-total-volume-is-10-litres-the-amount-of-heat-absorbed-during-expansion-is-1-80-j-2-80-j-3-zero-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTc4-match-the-processes-in-column-i-with-the-correct-expressions-in-column-ii-column-i-process-column-ii-expression-a-no-heat-is-absorbed-by-the-system-from-the-surroundings-but-work-w-is-done-on-the-syst https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTM2NjU-consider-the-following-reactions-i-h-aq-oh-aq-h2o-l-h-x1-kjmol-1-ii-h2-g-1-2o2-g-h2o-l-h-x2-kjmol-1-iii-co2-g-h2-g-co-g-h2o-l-h-x3-kjmol-1-iv-c2h2-g-5-2o2-g-2co2-h2o-l-h-x4-kjmol-1-enthalpy-of-formati https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTg4-the-combustion-of-one-mole-of-benzene-takes-place-at-298-k-and-1-atm-after-combustion-co2-g-and-h2o-l-are-produced-and-3267-0-kj-of-heat-is-liberated-the-standard-enthalpy-of-formation-fh-of-benzene-i https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQwOTg2-assertion-a-all-combustion-reactions-are-exothermic-reason-r-for-an-exothermic-reaction-enthalpies-of-products-are-greater-than-enthalpies-of-reactants-sigma-v-p-delta-fh-p-sigma-v-r-delta-fh-r-1-both https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ4Njc4-identify-the-species-among-the-following-for-which-delta-fh-circ-is-non-zero-1-s-text-monoclinic-2-c-text-graphite-3-h2-g-4-o-2-g-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTYyMTA5-given-the-following-reaction-n2h4-g-n2h2-g-h2-g-n2h4-g-n2h2-g-h2-g-given-h-109-kj-mol-b-e-of-n-n-163-kj-mol-b-e-of-n-h-391-kj-mol-and-b-e-of-h-h-436-kj-mol-calculate-the-bond-enthalpy-of-n-n-1-182-kj https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc5NTE5-given-begin-aligned-mathrm-c-graphite-o-2-g-mathrm-co-2-g-mathrm-delta-r-h-circ-393-5-kj-mol-1-mathrm-h-2-g-frac-1-2-o-2-g-mathrm-h-2-o-l-mathrm-delta-r-h-circ-285-8-kj-mol-1-mathrm-co-2-g-2-h-2-o-l-m https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzM2NDQw-given-the-reaction-a-b-rightarrow-c-d-q-cal-is-found-to-have-a-positive-entropy-change-the-reaction-will-be-1-possible-at-high-temperature-2-possible-only-at-low-temperatures-3-not-possible-at-any-tem https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Njk0Mzk-following-reaction-occurs-at-25-c25-c-2no-g-1-10-5-atm-cl2-g-1-10-2-atm-2nocl-g-1-10-2-atm-go-is-1-45-65-kj-2-28-53-kj-3-22-82-kj-4-57-06-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY0Mzgw-identify-the-correct-statement-regarding-entropy-1-at-absolute-zero-of-temperature-the-entropy-of-all-crystalline-substances-is-taken-to-be-zero-2-at-absolute-zero-of-temperature-the-entropy-of-a-perf https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDExMjg-the-enthalpy-of-fusion-of-water-is-1-435-kcal-mol-the-molar-entropy-change-for-the-melting-of-ice-at-0-c-is-1-10-52-cal-mol-k-2-21-04-cal-mol-k-3-5-260-cal-mol-k-4-0-526-cal-mol-k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTkx-for-the-oxidation-of-iron-4fe-s-3o2-g-2fe2o3-s-entropy-change-is-549-4-jk-1-mol-1-at-298-k-rh-rh-for-this-reaction-is-1648-103jmol-1-1648-103jmol-1-the-reaction-is-1-spontaneous-reaction-2-non-spontan https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ5ODM2-consider-the-given-reaction-2a-g-b-g-c-s-rightarrow-2d-g-for-this-reaction-delta-mathrm-u-circ-10-5-mathrm-kj-text-and-delta-mathrm-s-circ-44-1-mathrm-jk-1-the-value-of-delta-g-o-for-the-above-reactio https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgxODYz-match-list-i-with-list-ii-list-i-list-ii-a-spontaneous-process-i-mathrm-delta-h-b-process-with-mathrm-delta-p-0-mathrm-delta-t-0-ii-mathrm-delta-g-t-p-c-mathrm-delta-h-reaction-iii-isothermal-and-isob https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzc1NTIy-given-below-are-two-statements-assertion-a-variables-like-p-v-and-t-are-called-state-functions-reason-r-their-values-depend-solely-on-the-system-s-state-and-not-on-how-it-is-reached-1-both-a-and-r-are https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNzE4-given-below-are-two-statements-assertion-a-mass-and-volume-are-extensive-properties-reason-r-mass-volume-is-also-an-extensive-property-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-b https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTYwMjUw-a-system-that-can-neither-exchange-matter-nor-energy-with-the-surroundings-is-classified-as-1-open-system-2-isolated-system-3-closed-system-4-both-1-2-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzM0Mzc4-which-of-the-following-is-not-a-state-function-1-h-enthalpy-2-q-heat-3-s-entropy-4-e-internal-energy-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzIwNzE3-match-the-items-given-in-column-i-with-those-given-in-column-ii-column-i-column-ii-a-temperature-i-path-function-b-free-energy-ii-state-function-c-heat-d-work-options-a-b-c-d-1-i-ii-ii-i-2-ii-ii-i-i-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDYw-match-the-terms-in-list-i-with-their-corresponding-descriptions-in-list-ii-list-i-term-list-ii-description-a-adiabatic-process-i-at-constant-temperature-b-isolated-system-ii-no-transfer-of-heat-c-isot https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU2MjU0-which-of-the-following-statements-is-are-correct-a-heat-is-a-way-of-transferring-energy-b-heat-is-not-a-property-of-the-system-whereas-temperature-is-a-property-of-the-system-c-reactions-that-are-acco https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzk4ODA4-identify-the-intensive-quantities-properties-from-the-following-a-enthalpy-b-temperature-c-volume-d-refractive-index-1-a-b-and-c-2-b-and-d-3-d-and-a-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTYyMTQ3-which-of-the-following-are-not-state-functions-i-q-w-ii-q-iii-w-iv-h-ts-1-i-ii-iii-2-ii-iii-3-i-iv-4-ii-iii-iv-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc2NzE4-what-is-the-change-in-internal-energy-for-5-moles-of-an-ideal-gas-when-it-undergoes-reversible-compression-from-100-k-to-200-k-given-cv-28-j-k-1-mol-1-1-u-8kj-2-u-14kj-3-u-10kj-4-u-2-8-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDcwMDk1-the-following-reactions-were-carried-out-in-an-open-vessel-the-reaction-for-which-mathrm-delta-h-delta-u-will-be-1-mathrm-pcl-5-mathrm-g-rightarrow-mathrm-pcl-3-mathrm-g-mathrm-cl-2-mathrm-g-2-2-mathr https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzk4ODYy-consider-the-data-in-the-table-given-below-and-choose-the-correct-answer-i-mathrm-h-2-mathrm-g-frac-1-2-mathrm-o-2-mathrm-g-rightarrow-mathrm-h-2-mathrm-o-mathrm-l-delta-mathrm-h-circ-298-mathrm-k-285 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ0MzEz-given-below-are-two-statements-statement-i-a-process-or-change-is-said-to-be-reversible-if-it-is-brought-out-in-such-a-way-that-the-process-can-at-any-point-be-reversed-by-an-infinitesimal-change-stat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc0NDQ5-a-1-0-mol-sample-of-a-monoatomic-ideal-gas-undergoes-a-complete-cyclic-process-involving-expansion-and-compression-as-illustrated-in-the-accompanying-graph-what-is-the-value-of-the-change-in-enthalpy https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ3MDI4-choose-the-incorrect-statement-from-the-following-1-in-a-reversible-process-the-system-and-surroundings-are-always-in-equilibrium-with-each-other-2-work-done-in-free-expansion-0-3-for-adiabatic-change https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzk4NzEy-five-moles-of-an-ideal-gas-at-1-bar-and-298-k-undergo-free-expansion-expansion-into-vacuum-such-that-its-volume-becomes-double-calculate-the-work-done-during-the-process-1-mathrm-c-mathrm-v-left-mathr https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTI4NTY0-nitrogen-gas-n-is-confined-in-a-cylinder-fitted-with-a-movable-piston-and-undergoes-an-adiabatic-expansion-which-of-the-following-statements-is-correct-for-this-process-1-q-w-2-u-w-3-u-0-4-u-q-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ4NjIy-at-27-c-for-which-of-the-following-reactions-is-the-value-of-h-u-maximum-1-mathrm-h-2-mathrm-g-mathrm-cl-2-mathrm-g-longrightarrow-2-mathrm-hcl-mathrm-g-2-mathrm-pcl-5-g-longrightarrow-mathrm-pcl-3-ma https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk2Mjkz-consider-the-given-reaction-3-cao-2-al-longrightarrow-3-ca-al-2-mathrm-o-3-the-standard-enthalpies-of-formation-of-al-2o-3-text-and-cao-text-are-1675-kj-mol-1-and-635-kj-mol-1-respectively-calculate-t https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNzE5-assertion-a-absolute-values-of-the-internal-energy-of-substances-cannot-be-determined-reason-r-it-is-impossible-to-determine-the-exact-values-of-constituent-energies-of-the-substances-1-both-a-and-r-a https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNzMx-assertion-a-for-an-isothermal-physical-process-the-change-in-internal-energy-is-equal-to-zero-reason-r-the-internal-energy-is-directly-proportional-to-temperature-for-physical-processes-1-both-a-and-r https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzM0Mzc2-for-which-of-the-following-reaction-delta-h-1-n-2-g-3h-2-g-rightarrow-2nh-3-g-2-pcl-5-g-rightarrow-pcl-3-g-cl-2-g-3-h-2-g-i-2-g-rightarrow-2hi-g-4-caco-3-s-rightarrow-cao-s-co-2-g-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzc0NzQz-a-sample-of-54-0g-of-methanol-is-heated-from-25-0-c-to-35-0-c-the-amount-of-heat-required-is-given-the-specific-heat-capacity-of-methanol-is-2-48-j-g-1-k-1-1-0-00459-j-2-0-0747-j-3-1340-j-4-4690-j-1-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzkwMTA5-match-column-i-with-column-ii-and-mark-the-appropriate-choice-column-i-column-ii-a-state-function-i-at-constant-pressure-b-delta-h-q-ii-specific-heat-c-delta-u-q-iii-entropy-d-intensive-property-iv-at https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzYzMjE4-1-mole-of-gas-undergoes-an-adiabatic-process-given-that-c-v-20-mathrm-jkmol-1-w-3-mathrm-kj-t-1-27-circ-mathrm-c-what-is-the-value-of-t-2-in-oc-1-169-2-184-3-177-4-191-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgyMTk3-what-is-the-amount-of-heat-absorbed-in-the-expansion-of-an-ideal-gas-from-mathrm-4-0-l-to-mathrm-20-l-when-the-gas-is-allowed-to-expand-isothermally-into-a-vacuum-1-20-mathrm-l-atm-2-0-mathrm-l-atm-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzYzMTg4-the-correct-match-for-the-following-options-is-list-i-list-ii-a-adiabatic-p-t-0-b-isothermal-q-heat-exchange-is-zero-c-isochoric-r-p-0-d-isobaric-s-work-done-is-zero-1-a-q-b-p-c-s-d-r-2-a-p-b-q-c-r-d https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ4NTk0-calculate-the-work-done-when-1-mol-of-a-monoatomic-ideal-gas-expands-against-a-constant-external-pressure-of-2-atm-from-10-l-to-60-l-at-27-c-1-10-l-atm-2-100-l-atm-3-200-l-atm-4-400-l-atm-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDQwMjcz-calculate-the-magnitude-of-heat-q-in-joules-for-an-isothermal-irreversible-expansion-where-the-system-expands-against-an-external-pressure-of-8-bar-and-the-volume-increases-by-10-l-1-8000-j-2-2000-j-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNDQx-an-ideal-gas-undergoes-isothermal-expansion-from-4-l-to-20-l-against-vacuum-calculate-the-amount-of-heat-absorbed-during-the-process-1-zero-2-50-kj-3-50-kj-4-40-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzYzMTc3-if-the-volume-of-an-ideal-gas-is-increased-isothermally-then-its-internal-energy-will-be-1-increases-2-remains-constant-3-decreases-4-can-be-increased-or-decreased-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTMyNDc3-find-out-the-magnitude-of-work-done-in-the-process-mathrm-abcd-in-text-kj-mathrm-1-atm-lit-101-3-j-1-304-2-324-3-360-4-388-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzYyODE0-assertion-a-the-first-law-of-thermodynamics-has-the-equation-u-q-w-reason-r-the-first-law-of-thermodynamics-is-based-on-the-law-of-conservation-of-energy-1-both-a-and-r-are-true-and-r-is-the-correct-e https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjg2MTE5-calculate-the-change-in-internal-energy-e-of-a-system-that-absorbs-300-cal-of-heat-and-performs-500-cal-of-work-on-the-surroundings-1-200-cal-2-300-cal-3-200-cal-4-300-cal-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDE0MDg-assume-each-of-the-following-reactions-is-carried-out-in-an-open-container-for-which-reaction-will-h-be-equal-to-e-1-h2-g-br2-g-2hbr-g-2-c-s-2h2o-g-2h2-g-co2-g-3-pcl5-g-pcl3-g-cl2-g-4-2co-g-o2-g-2co2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDkyODcw-the-magnitude-of-work-done-by-a-gas-during-a-reversible-expansion-along-the-path-abc-as-shown-in-the-figure-is-1-44-nm-2-46-nm-3-48-nm-4-50-nm-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzkwMTA3-match-column-i-reactions-with-column-ii-enthalpy-and-mark-the-appropriate-choice-column-i-reactions-column-ii-enthalpy-a-small-ch-4-g-2o-2-g-rightarrow-co-2-g-2h-2o-i-delta-sol-h-o-b-h-2-g-rightarrow https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTYwMjU2-the-enthalpy-change-for-the-reaction-is-called-c2h4-3o2-2co2-2h2oc2h4-3o2-2co2-2h2oc2h4-3o2-2co2-2h2o-1-enthalpy-of-formation-2-enthalpy-of-vaporisation-3-enthalpy-of-sublimation-4-enthalpy-of-combust https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzY2Njgx-consider-a-reaction-a-2-b-2-rightarrow-2ab-g-g-g-if-delta-h-o-f-of-a-2-ab-and-b-2-are-in-the-ratio-1-1-over-2-1-and-delta-h-of-the-reaction-is-200-kj-mol-the-value-of-delta-h-o-f-a-2-kj-mol-1-is-1-250 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU5OTY1-given-the-following-reaction-mathrm-c-2-mathrm-h-4-g-6-mathrm-f-2-g-rightarrow-2-mathrm-cf-4-g-4-mathrm-hf-g-which-species-has-a-standard-enthalpy-of-formation-delta-h-circ-equal-to-0-1-mathrm-c-2-mat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ4NzI2-the-standard-heat-of-combustion-of-carbon-graphite-to-co-is-393-5-kj-mol-calculate-the-heat-released-when-15-84-g-of-co-is-formed-from-carbon-graphite-and-oxygen-gas-1-212-49-kj-2-141-66-kj-3-21-25-kj https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNzc3-the-enthalpy-of-vaporisation-of-a-liquid-is-30-kj-mol-1-and-entropy-of-vaporisation-is-75-j-mol-1-k-1-what-is-the-boiling-point-of-the-liquid-at-1-atm-1-50-k-2-400-k-3-450-k-4-600-k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ5MzQz-the-standard-enthalpies-of-formation-of-diamond-and-fullerene-are-1-90-kj-mol-and-38-1-kj-mol-respectively-calculate-the-enthalpy-change-for-the-conversion-of-diamond-to-fullerene-1-19-kj-mol-1-2-36-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzkwMTA4-what-is-the-enthalpy-change-h-for-the-reaction-represented-by-the-equation-mathrm-of-2-h-2o-rightarrow-o-2-2hf-given-the-bond-energies-of-mathrm-o-f-o-h-h-f-mathrm-and-o-o-as-44-111-135-and-119-kcal-m https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTQyNzQx-what-is-the-standard-enthalpy-of-combustion-per-18-text-g-of-glucose-in-kj-given-standard-enthalpies-of-formation-of-mathrm-co-2-mathrm-g-mathrm-h-2-mathrm-o-and-glucose-s-at-25-circ-text-c-are-x-frac https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTYwMjYz-calculate-the-amount-of-heat-required-to-raise-the-temperature-of-12-0-g-of-iron-from-25-c-to-100-c-given-specific-heat-of-iron-is-0-45-j-c-1-g-1-1-0-945-kj-2-0-405-kj-3-0-285-kj-4-12-34-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDYwNTUz-what-is-the-enthalpy-change-h-for-the-following-reaction-mathrm-h-2-mathrm-c-mathrm-ch-2-text-g-mathrm-h-2-text-g-rightarrow-mathrm-h-3-mathrm-c-mathrm-ch-3-text-g-use-the-following-bond-energy-data-h https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU2MjM2-when-it-is-difficult-to-determine-the-enthalpy-of-a-reaction-experimentally-which-method-can-be-used-to-calculate-the-enthalpy-indirectly-1-kirchhoff-s-equation-2-hess-s-law-3-henry-s-law-4-van-t-hoff https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzMxNzYw-the-correct-representation-for-the-formation-of-ch4-g-is-1-mathrm-c-diamond-2-mathrm-h-2-g-longrightarrow-mathrm-ch-4-g-2-c-graphite-4-mathrm-h-g-longrightarrow-mathrm-ch-4-g-3-mathrm-c-graphite-2-mat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ4Nzkz-if-enthalpies-of-formation-of-co-g-co2-g-n2o-g-and-n2o4-g-are-a-b-c-and-d-respectively-then-find-out-delta-r-h-of-the-given-reaction-n2o4-g-3co-g-n2o-g-3co2-g-1-a-b-c-d-2-d-a-b-c-3-3a-3b-c-d-4-d-c-3b https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjg0NjI4-the-oxidizing-power-of-chlorine-in-an-aqueous-solution-can-be-determined-by-the-following-parameters-small-frac-1-2-left-cl-right-2-left-g-right-overset-frac-1-2-left-delta-right-diss-h-theta-longrigh https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzkwMTEz-the-temperature-at-which-the-given-reaction-is-in-equilibrium-is-mathrm-x-g-3y-g-rightleftharpoons-2z-g-delta-h-40-kj-mol-1-the-standard-entropies-of-x-y-and-z-are-60-40-and-50-j-k-1-mol-1-respectivel https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxMTUx-identify-correct-match-using-column-i-column-ii-column-i-column-ii-i-spontaneous-process-a-isothermal-and-isobaric-process-ii-delta-h-circ-b-delta-h-iii-delta-t-0-delta-p-0-c-delta-g-iv-exothermic-pro https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzk5MDMz-match-the-reaction-given-in-column-i-with-appropriate-options-in-column-ii-column-i-reaction-column-ii-characteristics-property-a-mathrm-co-2-mathrm-s-rightarrow-mathrm-co-2-mathrm-g-p-phase-transitio https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzc3MzU3-at-1-atm-pressure-mathrm-delta-s-75-jk-1-mol-1-and-delta-h-30-kj-mol-1-the-temperature-at-which-the-reaction-attains-equilibrium-is-1-400-k-2-330-k-3-200-k-4-110-k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzk4ODcx-what-is-the-boiling-point-of-the-liquid-at-1-atm-if-the-enthalpy-of-vaporization-of-a-liquid-is-30-mathrm-kj-mathrm-mol-1-and-entropy-of-vaporization-is-75-mathrm-j-mathrm-mol-1-mathrm-k-1-1-250-k-2-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzkwMTE0-match-the-process-name-given-in-column-i-with-the-corresponding-data-in-column-ii-and-mark-the-appropriate-option-column-i-column-ii-a-exothermic-i-delta-h-0-delta-u-0-b-spontaneous-ii-delta-g-0-c-cyc https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzY0MDE1-among-the-following-the-reaction-that-is-accompanied-by-a-decrease-in-the-entropy-is-1-n-2-g-3h-2-g-longrightarrow-2nh-3-g-2-c-6h-12-o-6-s-6o-2-g-longrightarrow-6co-2-g-6h-2o-l-3-pcl-5-s-longrightarro https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTYwMjc1-in-which-of-the-following-process-entropy-change-s-is-negative-1-hg-l-hg-g-2-cgraphite-cdiamond-3-agno3-s-agno3-aq-4-l2-s-xrightarrow-delta-l2-g-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY1Mjk5-the-unit-of-entropy-is-1-jk-1-mol-1-2-j-mol-1-3-j-1k-1-mol-1-4-jk-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzc0ODcz-the-reaction-among-the-following-that-has-s-0-is-1-s8-l-s8-s-monoclinic-2-h2-g-o2-g-h2o2-aq-3-h2-g-2-ag-aq-2-h-aq-2-ag-s-4-pcl5-g-pcl3-g-cl2-g-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzY0MjE2-which-of-the-following-processes-would-have-a-negative-delta-s-1-the-evaporation-of-a-liquid-2-the-freezing-of-a-liquid-3-the-melting-of-a-solid-4-the-sublimation-of-a-solid-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk2MDk2-during-which-of-the-following-processes-does-entropy-decrease-a-freezing-of-water-to-ice-at-0-circ-c-b-freezing-of-water-to-ice-at-10-circ-c-c-mathrm-n-2-mathrm-g-3-mathrm-h-2-mathrm-g-rightarrow-2-ma https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNjE1-assertion-a-a-process-for-which-delta-s-system-0-as-well-as-delta-h-0-passes-from-non-spontaneous-to-spontaneous-state-as-temperature-is-increased-reason-r-at-higher-temperatures-t-delta-s-exceeds-del https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU5NzIz-what-is-the-entropy-change-for-the-vaporization-of-water-if-the-molar-heat-of-vaporization-of-water-is-43-9-text-kj-mol-1-1-8-49-mathrm-j-mathrm-mol-1-mathrm-k-1-2-4-184-mathrm-j-mathrm-mol-1-mathrm-k https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTg5-the-incorrect-statement-s-among-the-following-statements-is-are-i-when-liquid-crystallizes-into-a-solid-entropy-increases-ii-when-the-temperature-of-a-crystalline-solid-is-raised-from-0-k-to-115-k-the https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTQ3Mjc1-the-enthalpy-and-entropy-change-for-the-reaction-br2-l-cl2-g-2brcl-g-are-30-kj-mol-1-and-105-jk-1-mol-1-respectively-the-temperature-at-which-the-reaction-will-be-in-equilibrium-is-1-285-7-k-2-273-k-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzg2Mzg1-at-which-of-the-following-conditions-does-a-reaction-with-positive-delta-mathrm-h-becomes-spontaneous-1-delta-s-ve-low-temperature-2-delta-s-ve-high-temperature-3-delta-s-ve-at-all-temperature-4-delta https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjAwNTUz-the-hydrolysis-of-sucrose-is-represented-by-the-reaction-text-sucrose-text-h-2-text-o-rightleftharpoons-text-glucose-text-fructose-at-300-k-the-equilibrium-constant-kc-for-the-reaction-is-2-10-calcula https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzM3Nzgx-the-free-energy-change-due-to-a-reaction-is-zero-when-1-the-reactants-are-initially-mixed-2-a-catalyst-is-added-3-the-system-is-at-an-equilibrium-4-the-reactants-are-completely-consumed-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDYwMjIy-which-of-the-following-is-the-maximum-energy-available-for-useful-work-from-a-spontaneous-reaction-1-gibbs-free-energy-2-lattice-energy-3-kinetic-energy-4-ionization-energy-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTI1MTgy-the-standard-enthalpy-and-entropy-changes-of-decomposition-of-n2o4-to-no2-are-55-0-kjmol-1-and-175-0-jk-1-mol-1-respectively-the-standard-free-energy-change-for-this-reaction-at-25-c-in-j-mol-1-is-1-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzc5NTM4-given-the-following-reaction-mathrm-ag-2-mathrm-o-s-rightarrow-2-mathrm-ag-s-frac-1-2-mathrm-o-2-g-the-values-of-delta-h-and-delta-s-are-30-56-kj-mol-and-66-00-j-kmol-respectively-the-temperature-at-w https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTAyMTg-what-is-the-correct-thermodynamic-conditions-for-a-spontaneous-reaction-at-all-temperatures-1-h-0-and-s-0-3-h-0-and-s-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1Njc1-for-a-given-chemical-reaction-a-b-at-text-300-text-k-the-free-energy-change-is-49-4-mathrm-kj-mol-1-and-the-enthalpy-of-reaction-is-51-4-mathrm-kj-mol-1-the-entropy-change-of-the-reaction-is-1-140-mat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Nzg1NDc-which-among-the-following-is-not-a-state-function-1-internal-energy-2-free-energy-3-work-4-enthalpy-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Nzg1NDY-which-among-the-following-state-functions-is-an-extensive-property-of-the-system-1-temperature-2-volume-3-refractive-index-4-viscosity-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxNDc1-select-the-correct-option-based-on-the-statements-given-below-statement-i-specific-heat-is-an-intensive-property-statement-ii-heat-capacity-is-an-extensive-property-1-statement-i-is-correct-statement https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTE3NzA4-pairs-correctly-represent-intensive-property-among-the-following-is-1-entropy-gibb-s-energy-2-enthalpy-heat-capacity-3-electrode-potential-vapour-pressure-4-resistance-conductance-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY2MDM1-the-difference-between-enthalpy-h-and-internal-energy-e-for-the-given-below-reaction-under-constant-temperature-is-c-3-h-8-left-right-g-left-right-5-o-2-left-right-g-left-right-rightarrow-3-co-2-left https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTQ3Mjcx-for-the-following-given-equations-and-h-h-values-determine-the-enthalpy-of-reaction-at-298-k-for-the-reaction-c2h4-g-6f2-g-2cf4-g-4hf-g-h2-g-f2-g-2hf-g-h-1-h1-537-kj-c-s-2f2-g-cf4-g-h-2-h2-680-kj-2c-s https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxNDg0-select-the-correct-option-based-on-statements-below-assertion-a-h-is-positive-for-endothermic-reactions-reason-r-if-the-total-enthalpy-of-reactants-and-products-are-hr-hp-respectively-then-for-an-endo https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDc0-during-the-complete-combustion-of-one-mole-of-butane-2658-kj-of-heat-is-released-the-thermochemical-reaction-for-this-change-is-1-2c4h10-g-13o2-g-8co2-g-10h2o-l-2c4h10-g-13o2-g-8co2-g-10h2o-l-ch-2658 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxNzg-which-plot-represents-an-exothermic-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTI4Mjcw-as-an-isolated-box-equally-partitioned-contains-two-ideal-gasses-a-and-b-as-shown-when-the-partition-is-removed-the-gases-mix-the-changes-in-enthalpy-h-h-and-entropy-s-s-in-the-process-respectively-ar https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY1NzQy-for-the-given-reaction-2h2o2-l-2h2o2-l-2h2o-l-2h2o-l-o2-g-o2-g-the-heat-of-formations-of-h2o2-l-h2o2-l-andand-h2oh2o-l-l-are-188-kj-mol-286-kj-mol-respectively-the-change-in-the-enthalpy-of-the-reacti https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTI4Mjgw-the-h-h-h-for-vaporization-of-a-liquid-is-20-mathrm-kj-mathrm-mol-assuming-ideal-behaviour-the-change-in-internal-energy-for-the-vaporization-of-1-mathrm-mol-of-the-liquid-at-60-circ-mathrm-c-and-1-ba https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxNDc0-select-the-correct-option-based-on-statements-below-assertion-a-cdiamond-cgraphite-h-and-u-are-the-same-for-this-reaction-reason-r-entropy-increases-during-the-conversion-of-diamond-to-graphite-1-both https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTcyMDM4-the-difference-in-h-h-h-andandand-u-u-u-for-combustion-of-benzoic-acid-at-300-k-is-equal-to-1-1-247-kj-2-1-247-kj-3-1-247-j-4-1-247-j-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NDUxNzc-thefactor-q-t-p-q-t-visequalto-thefactor-q-tp-q-tvisequalto-thefactor-q-tp-q-tvisequalto-1-2-r-3-rmrmrm-4-nrt-nrt-nrt-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTAwMTQ2-two-moles-of-an-ideal-gas-is-heated-at-a-constant-pressure-of-one-atmosphere-from-27-c-to-127-c-if-cv-m-20-10-2tjk-1mol-1-cv-m-20-10-2tjk-1mol-1-cv-m-20-10-2tjk-1mol-1-then-q-and-u-u-u-for-the-process https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxNDgy-select-the-correct-option-based-on-statements-below-statement-i-total-enthalpy-change-of-a-multistep-process-is-the-sum-of-h1-h2-h3-statement-ii-when-heat-is-absorbed-by-the-system-the-sign-of-q-is-ta https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxNDg4-select-the-correct-option-based-on-statements-below-assertion-a-work-done-in-an-irreversible-isothermal-process-at-constant-volume-is-zero-reason-r-work-is-assigned-a-negative-sign-during-expansion-an https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246Nzg1NDg-which-of-the-following-is-correct-for-isothermal-expansion-of-an-ideal-gas-1-wrev-wirr-2-wrev-wirr-0-3-wrev-wirr-4-qrev-qirr-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTc4NTEz-to-calculate-the-amount-of-work-done-in-joules-during-reversible-isothermal-expansion-of-an-ideal-gas-the-volume-must-be-expressed-in-1-m3-only-2-dm3-only-3-cm3-only-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTIyOTI1-an-ideal-gas-is-expanded-irreversibly-against-10-bar-pressure-from-20-litres-to-30-litres-calculate-w-if-the-process-is-isoenthalpic-1-0-2-100j-3-100-j-4-10-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTIyOTI2-the-standard-enthalpy-of-combustion-at-25-c25-c-of-hydrogen-cyclohexene-c6h10-and-cyclohexane-c6h12-are-241-3800-and-3920-kj-mol-1-respectively-calculate-the-standard-enthalpy-of-hydrogenation-of-cycl https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDgy-the-enthalpy-of-sublimation-of-a-substance-is-equal-to-1-enthalpy-of-fusion-enthalpy-of-vaporization-2-enthalpy-of-fusion-3-enthalpy-of-vaporization-4-twice-the-enthalpy-of-vaporization-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTEzNTc4-consider-the-following-reaction-s-o2-so2-h-298-2-kj-mole-1-so2-1-2-o2-so3-h-98-7kj-mole-1-so3-h2o-h2so4-h-130-2-kj-mole-1-h2-1-2-o2-h2o-h-287-3-kj-mole-1-the-enthalpy-of-formation-of-h2so4-at-298-k-wi https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTM0MTI5-h0f-hf0-298k-of-methanol-is-given-by-the-chemical-equation-1-mathrm-c-text-diamond-frac-1-2-mathrm-o-2-mathrm-g-2-mathrm-h-2-mathrm-g-rightarrow-mathrm-ch-3-mathrm-oh-mathrm-l-2-mathrm-ch-4-mathrm-g-f https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDY0-select-the-correct-option-based-on-statements-given-below-assertion-a-combustion-of-all-organic-compounds-is-an-exothermic-reaction-reason-r-the-enthalpies-of-all-elements-in-their-standard-state-are https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjEyMjE2-the-enthalpy-of-combustion-of-carbon-to-co2-is-393-5-kj-mol-1-the-amount-of-heat-released-upon-formation-of-35-2g-of-co2-from-carbon-and-dioxygen-gas-would-be-1-393-5-kj-mol-1-2-314-8-kj-mol-1-3-314-8 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTcyMzEw-when-4-g-of-iron-is-burnt-in-oxygen-to-form-ferric-oxide-at-constant-pressure-29-28-kj-of-heat-is-evolved-calculate-the-enthalpy-of-formation-of-ferric-oxide-at-mass-of-fe-56-1-81-98-kj-2-819-8-kj-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246NjU2MTc-determine-the-enthalpy-of-formation-for-h2o2-l-h2o2-l-h2o2l-using-the-following-enthalpies-of-reaction-n2h4-l-2h2o2-l-n2-g-4h2o-l-n2h4-l-2h2o2-l-n2-g-4h2o-l-n2h4l-2h2o2l-n2g-4h2ol-h01-818-h01-818-h10 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxNDgx-select-the-correct-option-based-on-statements-below-assertion-a-combustion-is-an-exothermic-process-reason-r-combustion-is-a-spontaneous-process-1-both-a-and-r-are-true-and-r-is-the-correct-explanatio https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjQ1MjUx-at-standard-conditions-if-the-change-in-the-enthalpy-for-the-following-reaction-is-109-kj-mol-1-h2-g-br2-g-2hbr-g-and-the-bond-energy-of-h2-and-br2-is-435-kj-mol-1-and-192-kj-mol-1-respectively-what-i https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTAyNzY2-the-standard-heat-of-combustion-of-propane-is-2220-1-kj-mol-1-the-standard-heat-of-vaporisation-of-liquid-water-is-44-0-kj-mol-1-the-enthalpy-change-for-the-reaction-is-c3h8-g-5o2-g-3co2-g-4h2o-g-1-22 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTg3NTE4-what-is-the-value-of-h-for-the-reaction-2al-cr-o-2cr-al-o-knowing-that-the-enthalpies-of-formation-of-al-o-and-cr-o-are-1596-kj-and-1134-kj-respectively-1-1365-kj-2-2730-kj-3-2730-kj-4-462-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTI3Njk3-on-complete-combustion-4-8-g-of-diamond-releases-158-4-kj-of-heat-the-standard-enthalpy-of-formation-of-gaseous-carbon-is-725-kj-mol-calculate-the-energy-required-for-the-following-process-given-heat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTczOTQ3-the-maximum-work-done-in-expanding-16g-o2o2o2-isothermally-at-300-k-and-occupying-a-volume-of-5-dm3-until-the-volume-becomes-25-dm3-is-1-2-01-103-103-103-j-2-2-01-10-310-310-3-j-3-2-81-103-103-103-j-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDgz-which-of-the-following-is-not-correct-1-g-g-g-is-zero-for-a-reversible-reaction-2-g-g-g-is-positive-for-a-spontaneous-reaction-3-g-g-g-is-negative-for-a-spontaneous-reaction-4-g-g-g-is-positive-for-a https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDY2-select-the-correct-option-based-on-statements-below-assertion-a-a-liquid-crystallizes-into-a-solid-and-is-accompanied-by-a-decrease-in-entropy-reason-r-in-crystals-molecules-organize-in-an-ordered-man https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTQ3MjYy-entropy-decreases-during-1-crystallization-of-sucrose-from-solution-2-rusting-of-iron-3-melting-of-ice-4-vaporization-of-camphor-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTQ3MjYz-at-a-temperature-of-300k-what-is-the-entropy-change-for-the-reaction-given-below-2h2-g-o2-g-2h2o-l-standard-entropies-of-h2-g-o2-g-and-h2o-l-are-126-6-201-20-and-68-0-jk-1mol-1-respectively-1-318-4-jk https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDYx-match-the-following-processes-with-given-entropy-changes-process-entropy-change-a-a-liquid-vaporizes-1-s-0-s-0-b-reaction-is-non-spontaneous-at-all-temperatures-and-h-h-is-positive-2-s-positive-s-posi https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDYy-match-the-following-parameters-with-a-description-for-spontaneity-delta-r-h-delta-r-s-delta-r-g-description-a-1-non-spontaneous-at-high-temperature-b-2-spontaneous-at-all-temperatures-c-3-non-spontane https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTc4NTQw-underset-10-7-mathrm-jk-1-mathrm-h-a-q-mathrm-oh-a-q-rightarrow-underset-70-mathrm-jk-1-mathrm-mol-1-mathrm-h-2-mathrm-o-l-mathrm-s-circ-298-mathrm-k-standard-entropy-change-for-the-above-reaction-is https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTc4NDkx-which-of-the-following-conditions-will-always-lead-to-a-non-spontaneous-change-1-positive-delta-h-and-positive-delta-s-2-negative-delta-h-and-negative-delta-s-3-positive-delta-h-and-negative-delta-s-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTI4MzAx-the-entropy-change-in-the-isothermal-reversible-expansion-of-2-moles-of-an-ideal-gas-from-10-to-100-l-at-300-k-is-1-42-3jk-142-3jk-1-2-35-8jk-135-8jk-1-3-38-3jk-138-3jk-1-4-32-3jk-132-3jk-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTQ3MjY0-find-the-process-showing-negative-entropy-change-1-bromine-l-bromine-g-2-c-s-h2o-g-co-g-h2-g-3-n2-g-10-atm-n2-g-1-atm-4-fe-1mol-400-k-fe-1mol-300-k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjUxNDc5-select-the-correct-option-based-on-statements-below-assertion-a-dissolution-of-sugar-in-water-proceeds-via-an-increase-in-entropy-reason-r-entropy-decreases-when-an-egg-is-boiled-hard-1-both-a-and-r-a https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTc4NTE0-which-of-the-following-is-the-correct-sign-of-entropy-change-s-for-the-conversion-c-graphite-c-diamond-1-zero-2-positive-3-negative-4-cannot-be-determined-from-given-data-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTc4NTIy-the-entropy-change-in-the-conversion-of-one-mole-of-liquid-water-at-373-k-to-vapour-at-the-same-temperature-would-be-latent-heat-of-vaporization-of-water-hvap-2-257-hvap-2-257-kj-gkj-g-1-105-9-jk-1mol https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDY1-select-the-correct-option-based-on-statements-below-assertion-a-spontaneous-process-is-an-irreversible-process-and-may-be-reversed-by-some-external-agency-reason-r-a-decrease-in-enthalpy-is-a-contribu https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc0NDUx-an-enthalpy-diagram-for-a-particular-reaction-is-given-below-which-of-the-following-statements-is-correct-1-reaction-is-spontaneous-2-reaction-is-non-spontaneous-3-the-spontaneity-of-the-reaction-cann https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTAwMjM3-calculate-fh-fh-fh-in-kj-mol-for-cr2o3cr2o3cr2o3-from-the-rg-rg-rg-and-the-s-s-s-values-provided-at-27-c-begin-array-ll-4-c-r-s-3-o-2-g-rightarrow-2-c-r-2-o-3-s-delta-r-g-circ-2093-4-k-j-m-o-l-s-circ https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246MjU3NTM-equilibrium-is-represented-by-1-h-0-2-gtotal-0-3-stotal-0-4-e-0-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTkyODQ1-consider-the-following-reaction-2a-g-b-g-2d-g-u-10-kj-mol-1-and-s-44-j-k-1-at-298-k-identify-the-correct-option-with-g-for-the-reaction-and-spontaneity-of-the-reaction-at-298-k-given-r-8-31-j-mol-1-k https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTkyODMw-at-a-certain-temperature-t-k-during-a-process-500-j-is-absorbed-by-the-system-and-work-of-200-j-is-done-by-the-system-then-change-in-internal-energy-of-the-system-is-1-700-j-2-300-j-3-400-j-4-500-j-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTk4MjUy-consider-the-reversible-processes-for-1-0-mol-of-an-ideal-gas-as-shown-in-the-figure-w-w-w-and-w-represent-work-done-in-calories-in-the-processes-1-2-3-and-4-respectively-u-and-u-are-changes-in-the-in https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTk4MjMx-two-moles-of-an-ideal-gas-undergo-free-expansion-from-10-l-to-100-l-at-300-k-the-values-of-delta-mathrm-s-text-system-and-delta-mathrm-s-text-surroundings-are-r-is-universal-gas-constant-1-delta-mathr https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTM1MTcx-the-standard-heat-of-formation-in-kcal-mol-of-ba-2-is-given-standard-heat-of-formation-of-so-2-4-ion-aq-216-text-kcal-mol-standard-heat-of-crystallisation-of-baso-4-s-4-5-text-kcal-mol-standard-heat-o https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDY4ODM4-choose-the-correct-statement-for-the-work-done-in-the-expansion-and-heat-absorbed-or-released-when-5-liters-of-an-ideal-gas-at-10-atmospheric-pressure-isothermally-expands-into-a-vacuum-until-the-volu https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDY4ODY0-for-an-endothermic-reaction-a-q-p-heat-at-constant-pressure-is-negative-b-delta-r-h-enthalpy-change-of-the-reaction-is-positive-c-delta-r-h-is-negative-d-q-p-is-positive-which-of-the-following-combina https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDY4ODkx-consider-the-following-reaction-mathrm-a-2-mathrm-g-3-mathrm-b-2-mathrm-g-rightarrow-2-mathrm-ab-3-mathrm-g-if-at-300k-the-enthalpy-change-for-the-above-reaction-is-15-kj-then-the-internal-energy-chan https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246ODkwOTI-for-a-given-reaction-h-35-5-kj-mol-1-and-s-83-6-j-k-1-mol-1-the-reaction-is-spontaneous-at-note-assume-that-h-and-s-do-not-vary-with-temperature-1-t-425k-2-all-temperatures-3-t-298k-4-t-425k-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246ODkxMjI-a-gas-is-allowed-to-expand-in-a-well-insulated-container-against-a-constant-external-pressure-of-2-5atm-from-an-initial-volume-of-2-50-l-to-a-final-volume-of-4-50l-the-change-in-internal-energy-u-of-t https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246ODkwNTk-for-a-sample-of-a-perfect-gas-when-its-pressure-is-changed-isothermally-from-pi-to-pf-the-entropy-change-is-given-by-1-s-nr-s-nr-s-nr-lnlnln-pfpi-pfpi-pfpi-2-s-nr-s-nr-s-nr-lnlnln-pipf-pipf-pipf-3-s-n https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTIxNzc-the-standard-enthalpy-of-vaporization-vapho-vapho-vapho-for-water-at-100-oc-is-40-66-kj-mol-1-the-internal-energy-of-vaporization-of-water-at-100-oc-in-kj-mol-1-is-assume-water-vapour-behaves-like-an https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTI0OTk-identify-which-of-the-following-is-the-correct-option-for-free-expansion-of-an-ideal-gas-under-adiabatic-condition-1-delta-mathrm-q-neq-0-delta-mathrm-t-0-mathrm-w-0-2-delta-mathrm-q-0-delta-mathrm-t https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTMzNzQ-which-of-the-following-are-not-state-functions-i-q-w-ii-q-iii-w-iv-h-ts-1-i-and-iv-2-ii-iii-and-iv-3-i-ii-and-iii-4-ii-and-iii-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTQwMTE-identify-the-correct-statement-for-change-of-gibbs-energy-for-a-system-gsystem-at-constant-temperature-and-pressure-1-if-begin-equation-delta-g-text-system-end-equation-0-the-process-is-spontaneous-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTQwMjQ-the-enthalpy-and-entropy-change-for-the-reaction-br2-l-cl2-g-2brcl-g-are-30kj-mol-1-and-105-jk-1-mol-1-respectively-the-temperature-at-which-the-reaction-will-be-in-equilibrium-is-1-285-7-k-2-273-k-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-pb246OTQwMzU-the-enthalpy-of-combustion-of-h2-cyclohexene-c6h10-and-cyclohexane-c6h12-are-241-3800-and-3920-kj-per-mol-respectively-heat-of-hydrogenation-of-cyclohexene-is-1-121-kj-per-mol-2-121-kj-per-mol-3-242-k https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjYzOTQ0-a-reaction-occurs-spontaneously-if-1-t-s-h-and-h-is-ve-and-s-are-ve-2-t-s-h-and-both-h-and-s-are-ve-3-t-s-h-and-both-h-and-s-are-ve-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY0MDk4-which-of-the-following-pairs-of-chemical-reactions-is-certain-to-result-in-a-spontaneous-reaction-1-endothermic-and-decreasing-disorder-2-exothermic-and-increasing-disorder-3-endothermic-and-increasin https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY2MDQ3-for-which-one-of-the-following-equations-is-h-reaction-h-reaction-h-reaction-equal-to-h-formation-h-formation-h-formation-for-the-product-1-n2-g-o3-g-n2o3-g-2-ch4-g-2cl2-g-ch2cl2-l-2hcl-g-3-xe-g-2f2-g https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY1NzQ0-the-enthalpy-of-ch-4-dfrac-1-2-o-2-rightarrow-ch-3oh-is-negative-if-enthalpy-of-combustion-of-methane-and-ch-3oh-are-x-and-y-respectively-then-which-of-the-following-relations-is-correct-1-x-y-2-x-y-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjY0Nzk1-which-of-the-following-statements-are-true-for-a-cyclic-process-a-w-0-b-e-0-c-h-0-d-e-0-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTgx-two-litres-of-an-ideal-gas-at-a-pressure-of-10-atm-expands-isothermally-at-25-c-against-a-constant-external-pressure-of-1-atm-until-its-total-volume-is-10-litres-the-amount-of-heat-absorbed-during-exp https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTg0-1g-of-graphite-is-burnt-in-a-bomb-calorimeter-in-excess-of-oxygen-at-298-k-and-1-atmospheric-pressure-according-to-the-equation-c-graphite-o2-g-co2-g-during-the-reaction-the-temperature-rises-from-298 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTkz-for-conversion-of-oxygen-to-ozone-32o2-g-o3-g-32o2-g-o3-g-32o2-g-o3-g-at-298-k-the-value-of-kp-for-this-conversion-is-2-47-10-29-the-value-of-rg-is-1-163-kj-mol-1-2-153-kj-mol-1-3-178-kj-mol-1-4-169-k https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTk0-consider-the-following-reaction-at-298-k-2nh3-g-co2-g-nh2conh2-aq-h2o-l-2nh3-g-co2-g-nh2conh2-aq-h2o-l-2nh3-g-co2-g-nh2conh2-aq-h2o-l-for-the-above-reaction-the-standard-gibbs-energy-change-rg-at-the https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTk1-determine-the-standard-gibbs-free-energy-change-for-n-o-at-60-c-when-50-dissociation-occurs-1-863-8-kjmol-1-2-652-7-kjmol-1-3-763-8-kjmol-1-4-789-9-kjmol-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjcwMDQ2-consider-the-given-reaction-2-zn-s-o-2-g-rightarrow-2zno-s-for-this-reaction-delta-h-693-8-text-kj-mol-1-the-correct-statements-among-the-following-are-a-the-enthalpy-of-two-moles-of-zno-is-less-than https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjcwMDQz-a-sample-containing-1-0-mol-of-an-ideal-gas-undergoes-an-isothermal-reversible-expansion-to-ten-times-its-original-volume-in-two-separate-experiments-the-expansion-is-carried-out-at-temperatures-of-30 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjcwMDQy-the-processes-among-the-following-that-occur-spontaneously-are-a-the-flow-of-heat-from-a-colder-to-a-warmer-body-b-gas-in-a-container-contracting-into-one-corner-c-gas-expanding-to-fill-the-available https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjcwMDQx-in-an-exothermic-reaction-heat-is-evolved-and-the-system-loses-heat-to-the-surrounding-the-correct-choice-among-the-following-for-such-a-system-are-a-qp-will-be-negative-b-rh-rh-rh-will-be-negative-c https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjcwMDQw-thermodynamics-primarily-focuses-on-a-interrelation-of-various-forms-of-energy-and-their-transformation-from-one-form-to-another-b-energy-changes-in-the-processes-depend-only-on-the-initial-and-final https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDYz-match-the-statements-given-in-column-1-with-corresponding-characteristics-given-in-column-ii-and-choose-the-correct-option-column-i-column-ii-a-entropy-of-vaporization-1-decreases-b-k-for-a-spontaneou https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjI4NDc5-which-of-the-following-algebraic-relationships-is-correct-based-on-the-given-thermochemical-equations-i-c-graphite-o2-g-co2-g-rh-x-kjmol-1-ii-c-graphite-frac-1-2-o2-g-co-g-rh-y-kj-mol-1-iii-co-g-frac https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNzMw-given-below-are-two-statements-statement-i-thermodynamic-properties-are-macroscopic-in-nature-statement-ii-when-a-gas-expands-into-a-vacuum-the-work-done-by-it-is-zero-1-statement-i-is-incorrect-and-s https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNzI4-given-below-are-two-statements-assertion-a-decrease-in-free-energy-causes-a-spontaneous-reaction-reason-r-spontaneous-reactions-are-invariably-exothermic-reactions-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNzI1-consider-the-given-two-statements-assertion-a-the-molar-entropy-of-vaporization-of-water-is-different-from-that-of-ethanol-reason-r-water-is-more-polar-than-ethanol-1-both-a-and-r-are-true-and-r-is-th https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNzI0-assertion-a-delta-h-and-delta-e-are-almost-the-same-for-the-reaction-n-2-g-o-2-g-rightleftharpoons-2no-g-reason-r-all-reactants-and-products-are-in-the-gaseous-state-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNjI3-consider-the-given-two-statements-assertion-a-during-an-adiabatic-process-heat-energy-is-not-exchanged-between-the-system-and-its-surroundings-reason-r-the-temperature-of-a-gas-increases-when-it-under https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNjI2-assertion-a-heat-energy-is-completely-transformed-into-work-during-the-isothermal-expansion-of-a-gas-reason-r-during-an-isothermal-process-the-changes-in-the-internal-energy-of-a-gas-due-to-a-decrease https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNjI0-consider-the-given-two-statements-assertion-a-the-temperature-of-a-gas-does-not-change-when-it-undergoes-an-adiabatic-expansion-reason-r-during-an-adiabatic-process-the-container-should-be-a-perfect-c https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNjIz-assertion-a-the-enthalpy-of-formation-of-gaseous-oxygen-molecules-at-298-k-under-a-pressure-of-one-atm-is-zero-reason-r-the-entropy-of-the-formation-of-gaseous-oxygen-molecules-under-the-same-conditio https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNjIy-assertion-a-enthalpy-of-graphite-is-lower-than-that-of-a-diamond-reason-r-entropy-of-graphite-is-greater-than-that-of-a-diamond-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-a https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNjE5-assertion-a-c-p-c-v-r-for-1-mole-of-an-ideal-gas-reason-r-r-is-equal-to-the-work-done-when-the-temperature-of-one-mole-of-an-ideal-gas-is-increased-by-1-1-both-a-and-r-are-true-and-r-is-the-correct-ex https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzIwNzM1-select-the-correct-option-based-on-the-statements-below-statement-i-pressure-molar-heat-capacity-density-mole-fraction-specific-heat-temperature-and-molarity-are-intensive-properties-statement-ii-mass https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzIwNjk1-statement-i-the-standard-enthalpy-change-for-the-formation-of-one-mole-of-a-compound-from-its-elements-in-their-most-stable-states-reference-states-is-called-standard-molar-enthalpy-of-formation-state https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc4NTMz-for-one-mole-of-an-ideal-gas-which-of-these-statements-must-be-true-i-u-and-h-each-depend-only-on-temperature-ii-compressibility-factor-z-is-not-equal-to-1-iii-cp-m-cv-m-r-iv-du-cvdt-for-any-process-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc0NDUz-1-0-mol-of-a-monoatomic-ideal-gas-is-expanded-from-state-1-to-state-2-as-shown-in-the-graph-below-the-work-done-for-the-expansion-of-gas-from-state-1-to-state-2-at-298-k-will-be-1-1617-6-j-2-1617-6-j https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTM4MDk4-in-this-p-text-v-diagram-below-the-dashed-curved-line-is-adiabatic-for-a-process-that-is-described-by-a-straight-line-joining-two-points-x-and-y-on-the-adiabat-solid-line-in-the-diagram-heat-is-consid https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzU4Mjgx-calculate-the-heat-released-when-5-l-of-a-gaseous-mixture-of-methane-ch-and-propane-c-h-is-completely-combusted-at-0-c-and-1-atm-given-that-16-l-of-oxygen-is-consumed-enthalpy-of-combustion-hc-ch-890 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzU4Mjg1-three-thermochemical-equations-are-given-below-i-c-graphite-o2-g-rightarrow-co2-g-delta-r-h-x-kj-mol-1-ii-cgraphite-1-2-o2-g-rightarrow-co-g-delta-r-h-y-kj-mol-1-iii-co-g-1-2-o2-g-rightarrow-co2-g-del https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjYzOTY5-the-absolute-enthalpy-of-neutralisation-of-the-reaction-mgo-s-2hcl-aq-mgcl2-aq-h2o-l-will-be-1-57-33-kj-mol-1-2-57-33-kj-mol-1-3-greater-than-57-33-kj-mol-1-4-less-than-57-33-kj-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzk4Nzkw-an-ideal-gas-in-a-thermally-insulated-vessel-at-internal-pressure-p-1-volume-v-1-and-absolute-temperature-t-1-expands-irreversibly-against-zero-external-pressure-as-shown-in-the-diagram-the-final-inte https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQwOTYz-consider-the-two-given-statements-assertion-a-heat-and-work-are-definite-quantities-reason-r-heat-and-work-are-not-properties-of-a-system-their-values-depend-on-the-path-of-the-process-and-vary-accord https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDc5MTQw-at-a-pressure-of-5-times-10-5-bar-the-densities-of-diamond-and-graphite-are-3-g-cc-and-2-g-cc-respectively-at-a-certain-temperature-t-the-value-of-delta-u-delta-h-mathrm-for-the-conversion-of-1-mole-o https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQwOTMz-given-below-are-two-statements-assertion-a-the-heat-absorbed-during-the-isothermal-expansion-of-an-ideal-gas-against-a-vacuum-is-zero-reason-r-the-volume-occupied-by-the-molecules-of-an-ideal-gas-is-z https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzg2NDM1-maximum-work-is-obtained-by-a-system-in-1-irreversible-process-2-reversible-process-3-adiabatic-process-4-isobaric-process-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDQwNjY4-calculate-the-standard-enthalpy-of-formation-delta-fh-circ-for-2-moles-of-liquid-benzene-mathrm-c-6h-6-l-at-25-c-based-on-the-given-thermodynamic-data-given-data-delta-c-mathrm-h-mathrm-c-6h-6-mathrm https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTQzNjQy-given-c-graphite-o2-g-co2-g-c-graphite-o2-g-co2-g-rh-393-5kjmol-1-rh-393-5kjmol-1-h2-g-12o2-g-h2o-i-h2-g-12o2-g-h2o-i-rh-285-8kjmol-1-rh-285-8kjmol-1-co2-g-2h2o-i-ch4-g-2o2-g-co2-g-2h2o-i-ch4-g-2o2-g https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ3MTQ0-the-enthalpy-of-combustion-of-four-allotropic-forms-of-element-x-are-given-as-allotropic-forms-delta-text-comb-h-circ-kj-mol-a-270-3-b-189-1-c-390-5-d-465-0-the-most-stable-allotropic-form-of-element https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzc1MjAx-c2h6-g-frac-7-2-o2-g-2co2-g-3h2o-g-h-1427-7-kj-if-the-enthalpy-of-vaporization-for-h2o-l-is-44-0-kj-mol-calculate-h-for-this-reaction-if-h2o-l-is-formed-instead-of-h2o-g-1-1295-7-kj-2-1383-7-kj-3-1471 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQwOTc3-given-below-are-two-statements-assertion-a-enthalpy-and-entropy-of-any-elementary-substance-in-the-standard-states-are-taken-as-zero-reason-r-at-absolute-zero-particles-of-the-perfectly-crystalline-su https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzg2MjQw-for-an-isolated-system-if-u-0-then-what-is-the-value-of-s-1-s-0-2-s-0-3-s-0-4-s-is-not-defined-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzc3MzU1-what-is-the-entropy-change-delta-s-for-water-at-its-boiling-point-of-100-c-expressed-in-cal-k-mol-for-water-delta-h-vap-540-cal-g-1-1-540-2-1-45-3-26-06-4-35-60-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzM3Nzg1-at-equilibrium-which-of-the-following-is-always-zero-1-delta-h-2-delta-s-total-3-delta-s-system-4-delta-g-o-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzA5OTcx-which-of-the-following-situations-results-in-a-reduction-of-the-system-s-entropy-1-boiling-of-egg-2-combustion-of-benzene-at-27oc-3-combustion-of-benzene-at-127oc-4-dissolution-of-sugar-in-water-1-2-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc0MDgz-what-is-the-change-in-gibbs-free-energy-g-for-the-melting-of-three-moles-of-water-at-0-c-1-zero-2-positive-3-negative-4-unpredictable-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ3MTQz-at-300k-delta-rg-and-delta-rg-circ-are-12-8-kj-mol-1-and-11-5-kj-mol-1-respectively-for-the-following-reaction-a-g-b-g-rightleftharpoons-c-l-d-aq-if-the-reaction-is-at-equilibrium-then-the-equilibrium https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQ0MzA0-consider-the-given-two-statements-statement-i-a-molar-property-left-x-mathrm-m-right-is-the-value-of-an-extensive-property-left-x-mathrm-right-of-the-system-for-0-1-mol-of-the-substance-statement-ii-i https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDYwMDk3-when-solid-sodium-hydroxide-mathrm-naoh-mathrm-s-is-added-to-water-at-25-circ-mathrm-c-it-dissolves-and-the-temperature-of-the-solution-increases-which-of-the-following-is-true-for-the-values-of-delta https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mzk4ODY3-for-the-process-mathrm-h-2-mathrm-o-mathrm-l-1-mathrm-bar-373-mathrm-k-rightarrow-mathrm-h-2-mathrm-o-mathrm-g-1-mathrm-bar-373-mathrm-k-the-correct-set-of-thermodynamic-parameters-is-1-delta-g-mathrm https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MTYyNTAy-what-is-the-value-of-go-at-27-c-and-one-atmosphere-if-pcl5-is-50-dissociated-at-27-c-1-go-300-r-ln3-2-go-300-r-ln3-3-go-900-r-ln3-4-go-900-r-ln3-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTc1MjQw-one-mole-of-a-gas-is-undergoing-following-process-in-which-of-the-following-work-done-by-the-gas-is-maximum-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTc1Mjcy-for-the-reaction-a-2-b-2-xrightarrow-500-k-2-ab-where-log-k-2-2-mathrm-h-mathrm-f-0-text-kj-mole-mathrm-s-mathrm-f-0-mathrm-j-mathrm-k-text-mole-ab-32-240-a-2-6-224-b-2-x-238-calculate-the-value-of-x https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTc1ODE1-ten-moles-of-oxygen-gas-o-are-heated-at-constant-volume-causing-the-temperature-to-increase-from-30-c-to-40-c-calculate-the-change-in-internal-energy-of-the-gas-in-calories-given-mathrm-c-p-7-frac-mat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTc1ODIz-calculate-bond-energy-of-c-h-bond-in-ch-4-given-delta-h-r-of-ch-4-g-text-x-kj-mol-delta-h-sub-of-carbon-y-kj-mol-b-e-of-h-h-z-kj-mol-1-frac-x-y-z-4-2-frac-y-2-z-x-4-3-frac-y-2-z-x-4-4-frac-2-y-z-x-4-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTc2MDY0-4-kg-of-water-is-heated-from-4-circ-c-to-20-circ-c-at-constant-pressure-10-5-pa-so-that-density-changes-from-1000-kg-m-3-to-998-kg-m-3-then-find-delta-u-in-joules-given-c-s-of-h-2o-4-2-joule-gm-k-1-26 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTc2MDgz-list-i-isothermal-process-list-ii-work-done-v-f-v-i-p-reversible-expansion-1-w-0-q-free-expansion-2-w-n-r-t-ln-frac-v-f-v-i-r-irreversible-expansion-3-w-mathrm-p-mathrm-ext-left-mathrm-v-mathrm-f-math https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTc2MjA0-find-the-magnitude-of-lattice-energy-of-lif-in-kj-mol-given-enthalpy-of-sublimation-of-li-s-161-kj-mol-ionisation-enthalpy-of-li-g-520-kj-mol-bond-enthalpy-of-f-2-g-154-kj-mol-electron-gain-enthalpy-o https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTc2NTcx-for-an-ideal-gas-volume-is-made-8-times-and-temperature-is-decreased-4-times-and-heat-exchanged-during-process-is-zero-q-0-select-the-correct-gas-1-ch-4-2-he-3-co-2-4-nh-3-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTc2NTgy-list-i-list-ii-kj-i-isothermal-reversible-1mole-ideal-gas-t-300k-2dm-3-to-20dm-3-calculate-w-a-8-32-ii-isothermal-irreversible-3kpa-1m-3-text-to-3m-3-calculate-w-b-6-iii-1-mole-gas-undergoes-constant https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTc3OTQ2-for-the-following-change-begin-aligned-mathrm-h-2-mathrm-o-ell-rightarrow-mathrm-h-2-mathrm-o-mathrm-g-5-circ-mathrm-c-quad-100-circ-mathrm-c-end-aligned-choose-the-correct-answer-1-mathrm-q-mathrm-ve https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTI0ODk1-which-of-the-following-is-true-for-an-endothermic-reaction-that-is-non-spontaneous-at-the-freezing-point-of-water-and-spontaneous-at-the-boiling-point-of-water-1-both-delta-h-and-delta-s-are-positive https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTI0OTA1-consider-the-table-given-below-and-choose-the-correct-option-h-s-temperature-spontaneity-a-any-t-spontaneous-b-low-t-non-spontaneous-c-low-t-spontaneous-d-any-t-non-spontaneous-the-effect-of-temperatu https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTI0OTI1-standard-entropies-of-x2-y2-and-xy5-are-70-50-and-110-jk-1mol-1-respectively-the-temperature-in-kelvin-at-which-the-given-reaction-will-be-at-equilibrium-is-frac-1-2-mathrm-x-2-frac-5-2-mathrm-y-2-rig https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTI0OTUz-the-bond-dissociation-enthalpy-of-x2-delta-mathrm-h-mathrm-bond-mathrm-o-in-kj-mol-1-calculated-from-the-given-data-is-begin-aligned-small-mathrm-mx-mathrm-s-rightarrow-mathrm-m-mathrm-g-mathrm-x-math https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTI1MTQz-ice-at-5-c-is-heated-to-convert-into-vapour-with-temperature-of-110-c-at-atmospheric-pressure-the-entropy-change-associated-with-this-process-can-be-obtained-from-which-of-the-following-where-t-f-is-m https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTI1MTQ0-an-ideal-gas-undergoes-a-cyclic-transformation-starting-from-the-point-a-and-coming-back-to-the-same-point-by-tracing-the-path-mathrm-a-rightarrow-mathrm-b-rightarrow-mathrm-c-rightarrow-mathrm-d-righ https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTI2MDk0-consider-the-following-reactions-mathrm-s-mathrm-g-frac-3-2-mathrm-o-2-mathrm-g-rightarrow-mathrm-so-3-mathrm-g-2-mathrm-x-mathrm-kcal-mathrm-so-2-mathrm-g-frac-1-2-mathrm-o-2-mathrm-g-rightarrow-math https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTMyNDgy-the-heat-capacity-of-a-bomb-calorimeter-is-5-mathrm-kj-mathrm-k-when-combustion-of-octane-takes-place-in-presence-of-excess-mathrm-o-2-the-temperature-rises-by-5-circ-mathrm-c-the-value-of-delta-mathr https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTMyNTA1-one-mole-of-an-ideal-gas-expands-from-10-mathrm-dm-3-to-20-mathrm-dm-3-through-isothermal-reversible-process-find-delta-u-q-w-1-delta-u-0-q-0-w-0-2-delta-u-0-q-neq-0-w-neq-0-3-delta-mathrm-u-neq-0-mat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTMyNTg5-which-of-the-following-statement-s-is-are-correct-for-the-adiabatic-process-a-molar-heat-capacity-is-zero-b-molar-heat-capacity-is-infinite-c-work-done-on-gas-is-equal-to-the-increase-in-internal-ener https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NTMyNjM5-in-an-adiabatic-process-the-magnitude-of-work-done-in-the-case-of-one-step-infinite-steps-follows-the-order-1-left-mathrm-w-text-rev-right-text-expansion-left-mathrm-w-text-irrev-right-text-expansion https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDM4MDMw-for-a-certain-reaction-if-delta-mathrm-r-mathrm-h-is-400-mathrm-kj-mathrm-mol-and-delta-mathrm-s-0-2-mathrm-kj-mathrm-mol-calculate-the-minimum-temperature-in-kelvin-at-which-the-reaction-becomes-spon https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDM4MTEz-find-out-work-done-on-the-gas-for-following-process-1-61-5-text-joule-2-61-5-text-joule-3-text-246-joule-4-text-246-joule-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDM5OTc1-from-the-given-data-find-the-enthalpy-of-hydrogenation-of-ethene-in-kj-mol-a-b-e-of-c-c-350-kj-mol-b-b-e-of-c-c-600-kj-mol-c-b-e-of-h-h-400-kj-mol-d-b-e-of-c-h-410-kj-mol-1-170-2-580-3-170-4-580-1-2-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDUyNjM4-a-mixture-contains-one-mole-of-a-monoatomic-gas-and-one-mole-of-a-diatomic-gas-what-is-the-ratio-of-the-heat-capacities-at-constant-volume-c-v-to-the-heat-capacities-at-constant-pressure-c-p-for-the-m https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDUyODE4-calculate-the-magnitude-of-work-done-on-the-gas-at-18-circ-mathrm-c-when-1-mole-of-an-ideal-gas-undergoes-compression-from-9-litre-to-1-litre-through-a-reversible-isothermal-process-take-log3-0-48-1-5 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU0NTMw-a-1-mol-ideal-gas-expands-from-10-l-to-100-l-at-300-k-if-the-above-expansion-takes-place-reversibly-and-isothermally-then-the-magnitude-of-work-done-is-1-6-kj-2-9-kj-3-4-kj-4-5-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU1MTU2-which-of-the-following-is-correct-for-adiabatic-free-expansion-against-vacuum-1-mathrm-q-0-delta-mathrm-u-0-mathrm-w-0-2-mathrm-q-neq-0-mathrm-w-0-delta-mathrm-u-0-3-mathrm-q-0-delta-mathrm-u-neq-0-ma https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU1MjAw-we-have-a-mixture-of-gases-having-2-moles-of-monoatomic-gas-left-c-v-m-frac-3-r-2-right-and-6-moles-of-diatomic-gas-left-text-c-text-v-m-frac-5-r-2-right-find-out-molar-heat-capacity-text-c-text-vm-of https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU1NTA4-what-is-the-value-of-enthalpy-change-delta-text-h-in-kj-mole-for-the-given-reaction-3-mathrm-c-mathrm-s-mathrm-fe-2-mathrm-o-3-mathrm-s-rightarrow-2-mathrm-fe-mathrm-s-3-mathrm-co-mathrm-g-given-begin https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU1NjU5-equal-volume-of-1-mathrm-m-mathrm-hcl-and-1-mathrm-m-mathrm-h-2-mathrm-so-4-neutralised-by-dil-mathrm-naoh-and-heat-released-is-mathrm-x-and-mathrm-y-kcal-mol-1-respectively-which-of-the-following-is https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU1NzQ5-heat-of-solution-of-mathrm-cuso-4-and-mathrm-cuso-4-cdot-5-mathrm-h-2-mathrm-o-is-given-as-70-kj-mole-and-12-kj-mole-respectively-then-delta-mathrm-h-text-hydration-for-converting-mathrm-cuso-4-to-mat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU1OTY2-calculate-the-work-done-in-joules-for-the-given-cyclic-process-1-300-2-200-3-400-4-600-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU2MDkw-what-is-the-work-done-on-the-gas-in-cyclic-process-abca-1-773-7-mathrm-j-2-773-7-mathrm-j-3-4762-3-mathrm-j-4-4762-3-mathrm-j-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU2MjEw-which-of-the-following-statement-is-incorrect-1-triangle-text-g-0-for-reversible-process-2-triangle-text-g-0-for-spontaneous-process-4-triangle-text-g-0-for-non-spontaneous-process-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU2MjU3-if-the-standard-enthalpy-of-vaporization-of-text-ccl-4-is-30-5-kj-mol-find-heat-absorbed-for-vaporization-of-294-gm-of-text-ccl-4-1-78-kj-2-58-kj-3-100-kj-4-80-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDU3MTA3-given-that-the-values-of-h-and-s-for-a-process-reaction-are-77-2-kj-and-48-j-k-respectively-calculate-the-value-of-log-1-k-when-the-temperature-is-300-k-1-11-2-5-3-15-4-100-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzYyODY4-an-athlete-is-given-100-g-of-glucose-energy-equivalent-to-1560-kj-to-utilize-50-of-this-gained-energy-in-an-event-enthalpy-of-evaporation-of-h2o-is-44-kj-mol-in-order-to-avoid-storage-of-energy-in-the https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzYyOTMy-for-independent-processes-at-300-k-begin-array-c-c-c-hline-text-process-delta-mathbf-h-mathbf-k-j-mathrm-mol-1-delta-mathbf-s-mathrm-j-mathrm-k-1-hline-text-a-25-80-hline-text-b-22-40-hline-mathrm-c-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxMTk5-5-mole-of-an-ideal-gas-change-its-volume-from-10-l-to-20-l-reversible-isothermally-at-300-k-then-work-done-by-gas-is-given-r-2-cal-1-2-07-kcal-2-2-97-kcal-3-2-65-kcal-4-1-94-kcal-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNDM4-calculate-the-internal-energy-of-2-moles-of-an-ideal-monoatomic-gas-at-300-k-given-r-8-31-j-mol-k-1-7421-j-2-7479-j-3-7589-j-4-7531-j-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxNDUz-calculate-the-standard-enthalpy-of-formation-delta-h-0-f-of-c-2h-6-in-kj-mole-using-the-given-enthalpy-of-combustion-data-delta-mathrm-h-0-text-comb-left-mathrm-c-2-mathrm-h-mathrm-6-mathrm-g-right-15 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxODA3-a-fish-swimming-in-a-water-body-when-taken-out-from-the-water-body-is-covered-with-a-film-of-water-of-weight-36-g-when-it-is-subjected-to-cooking-at-100-c-then-the-internal-energy-for-vaporization-is https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxODg1-for-the-combustion-of-ch-oh-the-reaction-ch-3oh-l-frac32o-2-g-rightarrow-co-2-g-2h-2o-l-is-carried-out-and-the-heat-of-reaction-measured-in-a-bomb-calorimeter-at-27-c-is-786-kj-if-the-heat-of-combusti https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgxNzQy-which-of-the-following-relations-is-not-correct-1-delta-mathrm-h-delta-mathrm-u-mathrm-p-delta-mathrm-v-2-delta-mathrm-u-mathrm-q-mathrm-w-3-delta-s-text-sys-delta-s-text-surr-geq-0-4-delta-g-delta-h https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgxNzQz-the-enthalpy-of-combustion-of-propane-graphite-and-dihydrogen-at-298-mathrm-k-text-are-2220-0-mathrm-kj-mathrm-mol-1-text-393-5-mathrm-kj-mathrm-mol-1-text-and-285-8-mathrm-kj-mathrm-mol-1-respectivel https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgxODIy-calculate-the-enthalpy-of-formation-of-ethane-at-25-circ-text-c-and-1-atm-pressure-if-the-enthalpies-of-combustion-are-as-follows-substance-h-2-c-graphite-c-2h-6-g-dfrac-delta-c-h-ominus-mathrm-kjmol https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgxODgz-while-performing-a-thermodynamics-experiment-a-student-made-the-following-observations-begin-aligned-mathrm-hcl-mathrm-naoh-rightarrow-mathrm-nacl-mathrm-h-2-mathrm-o-delta-mathrm-h-57-3-mathrm-kj-mat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgxOTA1-at-25-circ-text-c-and-1-atm-pressure-the-enthalpies-of-combustion-of-benzene-l-and-acetylene-g-are-3268-text-kj-mol-1-and-1300-text-kj-mol-1-respectively-find-out-the-change-in-enthalpy-for-the-reacti https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgxOTU5-mathrm-2-4-g-coal-is-burnt-in-a-bomb-calorimeter-in-excess-of-oxygen-at-mathrm-298-k-and-1-atm-the-temperature-of-the-calorimeter-rises-from-mathrm-298-k-to-mathrm-300-k-the-enthalpy-change-during-the https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgyMDM5-calculate-the-enthalpy-change-for-the-reaction-begin-aligned-mathrm-h-2-mathrm-f-2-mathrm-g-rightarrow-mathrm-h-2-mathrm-g-mathrm-f-2-mathrm-g-text-given-delta-u-59-6-mathrm-kj-mathrm-mol-1-text-at-27 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgyMDcy-the-molar-heat-capacity-for-an-ideal-gas-at-constant-pressure-is-20-785-mathrm-j-mathrm-k-1-mathrm-mol-1-text-if-the-change-in-internal-energy-is-5000-text-j-upon-heating-it-from-300-text-k-to-500-tex https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgyMTA5-calculate-the-magnitude-of-the-maximum-work-obtained-in-joules-when-5-moles-of-he-gas-expand-isothermally-and-reversibly-at-300-k-from-10-litres-to-20-litres-given-text-r-8-3-j-k-1-text-mol-1-and-text https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgyMjMw-2-2-text-g-of-nitrous-oxide-text-n-2-text-o-gas-is-cooled-at-a-constant-pressure-of-1-atm-from-310-k-to-270-k-causing-the-compression-of-the-gas-from-217-1-text-ml-to-167-75-text-ml-the-change-in-inte https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgyMjg0-for-combustion-of-one-mole-of-magnesium-in-an-open-container-at-mathrm-300-k-and-mathrm-1-bar-pressure-delta-mathrm-ch-ominus-601-70-mathrm-kj-mathrm-mol-1-the-magnitude-of-change-in-internal-energy-f https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgyNDc4-when-600-ml-of-0-2-m-mathrm-hno-3-is-mixed-with-400-ml-of-0-1-m-text-naoh-solution-in-a-flask-the-rise-in-the-temperature-of-the-flask-is-x-times-10-2-circ-text-c-find-the-value-of-x-neglect-the-heat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgyNTMz-mathrm-17-0-g-of-mathrm-nh-3-completely-vapourises-at-mathrm-33-42-circ-c-and-mathrm-1-bar-pressure-and-the-enthalpy-change-in-the-process-is-mathrm-23-4-kj-mol-1-the-enthalpy-change-for-the-vapourisa https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgyNTcz-a-gas-text-molar-mass-280-g-was-burnt-in-excess-mathrm-o-2-in-a-constant-volume-calorimeter-and-during-combustion-the-temperature-of-the-calorimeter-increased-from-298-0-mathrm-k-text-to-298-45-mathrm https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDgyNTg2-consider-the-following-reactions-begin-aligned-mathrm-c-mathrm-s-mathrm-o-2-mathrm-g-rightarrow-mathrm-co-2-mathrm-g-400-mathrm-kj-mathrm-c-mathrm-s-frac-1-2-mathrm-o-2-mathrm-g-rightarrow-mathrm-co-m https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzQxODgy-a-container-of-fixed-volume-filled-with-an-ideal-gas-which-have-frac-c-p-c-v-1-4-is-moving-with-velocity-v-and-then-suddenly-stopped-if-no-heat-loss-is-observed-then-the-final-increase-in-temperature https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc5MTk1-assuming-ideal-behaviour-the-magnitude-of-log-k-for-the-following-reaction-at-25-c-is-x-10-1-the-value-of-x-is-3hc-ch-g-c6h6-l-3hc-ch-g-c6h6-l-3hc-ch-g-c6h6-l-given-given-given-fg-hc-ch-2-04-105-j-mol https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc5NDY4-the-average-s-f-bond-energy-in-kj-mol-1-of-sf6-is-the-values-of-standard-enthalpy-of-formation-of-sf6-g-s-g-and-f-g-are-1100-275-and-80-kjmol-1-respectively-1-309-kj-mol-1-2-313-kj-mol-1-3-305-kj-mol https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc5NTE0-the-reaction-of-cyanamide-nh2cn-s-with-oxygen-was-run-in-a-bomb-calorimeter-and-u-was-found-to-be-742-24-kj-mol-1-the-magnitude-of-h298-h298-h298-kj-for-the-given-below-reaction-is-nh2cn-s-frac-3-2-o2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDkwMDMy-the-born-haber-cycle-for-kcl-is-evaluated-with-the-following-data-delta-f-mathrm-h-ominus-text-for-mathrm-kcl-436-7-mathrm-kj-mathrm-mol-1-delta-mathrm-sub-mathrm-h-ominus-text-for-mathrm-k-89-2-mathr https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDkzMDM1-for-water-delta-text-vap-mathrm-h-41-mathrm-kj-mathrm-mol-1-at-373-text-k-and-1-bar-pressure-assuming-that-water-vapour-is-an-ideal-gas-that-occupies-a-much-larger-volume-than-liquid-water-what-is-the https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1MzU3-given-the-standard-enthalpy-of-formation-delta-mathrm-f-mathrm-h-circ-and-standard-molar-entropy-delta-mathrm-s-circ-values-for-the-reactants-and-products-in-the-reaction-mathrm-feo-mathrm-s-mathrm-c https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1NDEw-consider-the-following-cell-reaction-mathrm-cd-mathrm-s-mathrm-hg-2-mathrm-so-4-mathrm-s-frac-9-5-mathrm-h-2-mathrm-o-l-rightleftharpoons-mathrm-cdso-4-cdot-frac-9-5-mathrm-h-2-mathrm-o-mathrm-s-2-mat https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1NDE3-which-of-the-following-is-an-incorrect-statement-1-in-an-isothermal-process-wreversible-nrt-text-ln-frac-v-f-v-i-2-operatorname-lnk-frac-delta-h-circ-t-delta-s-circ-r-t-3-k-e-delta-g-circ-r-t-4-frac-d https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1NDQ3-which-one-of-the-following-graphs-represents-the-variation-of-the-equilibrium-constant-k-with-temperature-t-for-an-endothermic-reaction-1-2-3-4-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1NTA2-for-the-reaction-2no-g-n-o-g-given-that-the-entropy-change-s-is-176-0-j-k-mol-and-the-enthalpy-change-h-is-57-8-kj-mol-the-magnitude-of-the-gibbs-free-energy-change-g-at-298-k-for-this-reaction-is-1-5 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1NTc1-an-average-person-needs-about-10000-text-kj-energy-per-day-what-is-the-amount-of-glucose-molar-mass-180-0-text-g-mol-1-needed-to-meet-this-energy-requirement-given-delta-mathrm-ch-text-glucose-2700-ma https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1NjMy-if-the-standard-molar-enthalpy-change-for-the-combustion-of-graphite-powder-is-2-48-times-10-2-mathrm-kj-mathrm-mol-1-the-amount-of-heat-generated-on-the-combustion-of-1-g-of-graphite-powder-is-1-12-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1NzQy-a-system-does-200-j-of-work-and-at-the-same-time-absorbs-150-j-of-heat-find-out-the-value-of-the-change-in-internal-energy-1-80-text-joule-2-50-text-joule-3-15-text-joule-4-50-text-joule-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1Nzg4-at-298-k-the-enthalpy-of-fusion-of-a-solid-x-is-2-8-mathrm-kj-mathrm-mol-1-and-the-enthalpy-of-vaporisation-of-the-liquid-x-is-98-2-mathrm-kj-mathrm-mol-1-text-the-enthalpy-of-sublimation-of-the-subst https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1Nzk1-for-water-at-100-circ-c-and-1-bar-delta-text-vap-mathrm-h-delta-text-vap-mathrm-u-x-times-10-2-text-j-text-mol-find-out-x-assume-volume-of-h-2o-l-is-much-smaller-than-volume-of-h-2o-g-consider-h-2o-g https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1ODIw-when-400-ml-of-a-0-2-m-h-so-solution-is-mixed-with-600-ml-of-a-0-1-m-naoh-solution-what-is-the-increase-in-temperature-of-the-resulting-solution-assume-the-total-volume-of-the-solution-remains-constan https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1OTM3-consider-the-reaction-given-below-mathrm-c-2-mathrm-h-6-rightarrow-mathrm-c-2-mathrm-h-4-mathrm-h-2-the-value-of-enthalpy-of-reaction-delta-r-h-is-given-bond-enthalpies-in-text-kj-mol-1-text-c-c-347-c https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3ODg3-the-internal-energy-change-in-kj-when-90g-of-water-undergoes-complete-evaporation-at-100-c-is-given-hvap-for-water-at-373-k-41-kj-mol-r-8-314-jk-1mol-1-1-154-5-2-168-5-3-176-5-4-189-5-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc4MjAy-the-heat-of-combustion-of-ethanol-into-carbon-dioxides-and-water-is-327-kcal-at-constant-pressure-the-heat-evolved-in-cal-at-constant-volume-and-27-c-if-all-gases-behave-ideally-is-r-2-cal-mol-1-k-1-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc4NTc4-five-moles-of-an-ideal-gas-at-1-bar-and-298-k-are-expanded-into-a-vacuum-till-the-volume-doubles-the-work-done-is-1-rt-ln-v2-v1-2-cv-t2-t1-3-zero-4-rt-v2-v1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc4Nzgw-lattice-energy-and-enthalpy-of-the-solution-of-nacl-are-788-kj-mol-1-and-4-kj-mol-1-respectively-the-hydration-enthalpy-of-nacl-is-1-780-kj-mol-1-2-784-kj-mol-1-3-780-kj-mol-1-4-784-kj-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc4ODQ2-if-for-a-dimerization-reaction-2a-g-a2-g-at-298-k-u-20-kj-mol-1-s-30-j-k-1mol-1-then-g-will-be-1-10-4-kj-2-18-9-kj-3-13-5-kj-4-17-4-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDkxMzg1-given-the-standard-heats-of-combustion-of-ethane-hydrogen-and-graphite-as-1560-kj-mol-393-5-kj-mol-and-286-kj-mol-respectively-calculate-the-standard-heat-of-formation-fh-circ-298-of-ethane-in-kj-mol https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1MzY5-identify-the-correct-relation-between-x-and-y-the-enthalpy-required-to-convert-br-l-into-gaseous-bromine-atoms-is-x-kj-mol-while-the-bond-enthalpy-of-br-br-bond-in-br-g-is-y-kj-mol-1-x-and-y-are-equal https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246NDk1OTMw-the-change-in-internal-energy-is-found-to-be-5000-j-when-4-mole-of-an-ideal-gas-is-heated-from-300-k-to-500-k-at-constant-volume-what-is-the-molar-heat-capacity-at-constant-volume-1-3-50-2-6-25-3-8-15 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc2NzEy-which-one-of-the-following-equations-does-not-correctly-represent-the-first-law-of-thermodynamics-for-the-given-processes-involving-an-ideal-gas-assume-non-expansion-work-is-zero-1-adiabatic-process-u https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc2ODcy-what-is-the-difference-between-delta-h-and-delta-u-delta-h-delta-u-when-the-combustion-of-one-mole-of-heptane-l-is-carried-out-at-a-temperature-t-1-3rt-2-4rt-3-3rt-4-4rt-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NDc3-the-change-in-internal-energy-u-in-kj-when-a-spring-undergoes-compression-with-10-kj-of-work-performed-and-2-kj-escaping-as-heat-to-the-surroundings-is-1-12-2-8-3-8-4-12-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTc2-enthalpy-of-sublimation-of-iodine-is-24-cal-g-1-at-200-c-if-specific-heat-of-i2-s-and-l2-vap-are-0-055-and-0-031-cal-g-1k-1-respectively-then-enthalpy-of-sublimation-of-iodine-at-250-c-in-cal-g-1-is-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc3NTky-an-ideal-gas-is-allowed-to-expand-form-1-l-to-10-l-against-a-constant-external-pressure-of-1-bar-the-work-done-in-kj-is-1-10-0-2-9-0-3-2-0-4-0-9-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc5NTIy-u-is-equal-to-1-adiabatic-work-2-isothermal-work-3-isochoric-work-4-isobaric-work-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc5Njg3-for-complete-combustion-of-ethanol-c2h5oh-l-3o2-g-2-co2-g-3h2o-l-the-amount-of-heat-produced-as-measured-in-a-bomb-calorimeter-is-1364-47-kj-mol-1-at-25-c-assuming-ideality-the-enthalpy-of-combustion https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzA4MjQ1-heat-required-to-raise-the-temperature-of-1-mole-of-a-substance-by-1o-c-is-called-1-specific-heat-2-molar-heat-capacity-3-water-equivalent-4-specific-gravity-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzA4NDA4-if-a-reaction-is-non-spontaneous-at-the-freezing-point-of-water-but-is-spontaneous-at-the-boiling-point-of-water-then-delta-h-delta-s-1-ve-ve-2-ve-ve-3-ve-ve-4-ve-ve-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzA5NDMz-if-at-298-k-the-bond-energies-of-c-h-c-c-c-c-and-h-h-bonds-are-respectively-414-347-615-and-435-kj-mol-1-the-value-of-enthalpy-change-for-the-reaction-at-298-k-will-be-mathrm-h-2-mathrm-c-mathrm-ch-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzA5NDM5-the-enthalpy-change-for-a-reaction-does-not-depend-upon-the-1-physical-state-of-reactants-and-products-2-use-of-different-reactants-for-the-same-product-3-nature-of-intermediate-reaction-steps-4-diffe https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzEwNTcx-the-internal-energy-change-when-a-system-goes-from-state-a-to-b-is-40-k-j-mol-if-the-system-goes-from-a-to-b-by-a-reversible-path-and-returns-to-state-a-by-an-irreversible-path-what-would-be-the-net-c https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjk5MTkw-calculate-the-work-done-when-an-ideal-gas-expands-from-1-10-m-to-1-10-m-at-300-k-against-a-constant-pressure-of-1-10-n-m-1-900-j-2-900-kj-3-270-kj-4-900-kj-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjk5MjY3-which-of-the-following-is-the-standard-enthalpy-of-formation-of-carbon-monoxide-co-if-the-standard-enthalpies-of-combustion-of-carbon-c-and-carbon-monoxide-co-respectively-are-393-5-kj-mol-and-283-kj https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzAwMTEx-the-enthalpy-changes-for-the-following-processes-are-listed-below-cl2-g-2cl-g-242-3-kj-mol-1-i2-g-2i-g-151-0-kj-mol-1-ici-g-i-g-cl-g-211-3-kj-mol-1-i2-s-i2-g-62-76-kj-mol-1-given-that-the-standard-sta https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MzAwMTE5-delta-h-delta-u-for-the-formation-of-carbon-monoxide-co-from-its-elements-at-298-k-is-r-8-314-jk-1-mol-1-1-1238-78-j-mol-1-2-1238-78-j-mol-1-3-2477-57-j-mol-1-4-2477-57-j-mol-1-1-2-3-4 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjg0ODE5-assuming-that-water-vapor-is-an-ideal-gas-the-internal-energy-change-u-when-1-mol-of-water-is-vaporized-at-1-bar-pressure-and-100-c-will-be-given-molar-enthalpy-of-vaporization-of-water-at-1-bar-and-3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjg0ODcx-consider-the-following-reaction-for-the-conversion-of-limestone-to-lime-caco3-s-cao-s-co2-g-the-values-of-h-and-s-are-179-1-kj-mol-and-160-2-j-k-respectively-at-298-k-and-1-bar-assuming-that-h-and-s-r https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjg0NjM3-standard-entropy-of-x2-y2x2-y2-and-xy3xy3-are-60-4060-40-and-50jk-1mol-1-50-jk-1mol-1-respectively-for-the-reaction-12x2-32y2-xy3-h-30kj-12x2-32y2-xy3-h-30kj-to-be-at-equilibrium-the-temperature-will https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjg0MzE0-on-the-basis-of-the-following-thermochemical-data-fg-h-aq-0-h2o-l-h-aq-oh-aq-h-57-32-kj-h2-g-frac-1-2-o2-g-h2o-l-h-286-20-kj-the-value-of-enthalpy-of-formation-of-oh-ion-at-25-c-is-1-22-88-kj-2-228-88 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc5ODc0-which-of-the-following-conditions-is-correct-for-a-reversible-reaction-having-both-enthalpy-change-h-enthalpy-change-and-entropy-change-s-entropy-change-positive-if-te-is-the-equilibrium-temperature-1 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc5ODgy-the-standard-enthalpy-of-formation-of-nh3-is-46-0-kj-mol-1-if-the-enthalpy-of-formation-of-h2-from-its-atoms-is-436-kj-mol-1-and-that-of-n2-is-712-kj-mol-1-the-average-bond-enthalpy-of-n-h-bond-in-nh3 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc5Nzc5-the-entropy-change-involved-in-the-isothermal-reversible-expansion-of-2-moles-of-an-ideal-gas-from-a-volume-of-10-dm3-to-a-volume-of-100-dm3-at-27-c-is-1-38-3-j-mol-1-k-1-2-35-8-j-mol-1-k-1-3-32-3-j-m https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjgwMDE4-the-value-of-enthalpy-change-h-for-the-reaction-c2h5oh-1-3o2-g-2co2-g-3h2o-l-c2h5oh-1-3o2-g-2co2-g-3h2o-l-at-27-c27-c-is-1366-5-kj-mol-1-the-value-of-internal-energy-change-for-the-above-reaction-at-t https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246MjgwMDIx-consider-the-reaction-4no2-g-o2-g-2n2o5-g-rh-111-kj-if-n2o5-s-is-formed-instead-of-n2o5-g-in-the-above-reaction-the-rh-value-will-be-given-h-of-sublimation-for-n2o5-is-54-kj-mol-1-1-54-kj-2-219-kj-3-2 https://medminds.me/qbank/chemistry/thermodynamics/?q=NP-b246Mjc5NTk5-the-incorrect-expression-among-the-following-is-text-1-in-isothermal-process-mathrm-w-text-reversible-mathrm-nrt-ln-frac-mathrm-v-mathrm-f-mathrm-v-mathrm-i-text-2-ln-k-frac-delta-mathrm-h-circ-mathrm https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246MjU0MzQ-the-voltage-reading-on-the-voltmeter-v-in-the-circuit-shown-below-will-be-1-zero-2-100-v-3-200-v-4-300-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246MjY2MTc-an-alternating-current-is-given-as-i-i-1-cos-omega-t-i-2-sin-omega-t-the-rms-current-is-given-by-1-thinsp-dfrac-i-1-i-2-sqrt-2-2-thinsp-dfrac-i-1-i-2-2-sqrt-2-3-thinsp-sqrt-dfrac-i-1-2-i-2-2-2-4-thins https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246Mjk2NDk-in-a-step-up-transformer-the-turn-ratio-is-1-2-a-leclanche-cell-e-m-f-1-5v-is-connected-across-the-primary-coil-the-voltage-developed-in-the-secondary-coil-would-be-1-3-0-v-2-0-75-v-3-1-5-v-4-zero-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246Mjk2NTE-a-220-text-v-50-text-hz-ac-source-is-connected-to-an-inductance-of-0-2-text-h-and-a-resistance-of-20-omega-in-series-what-is-the-current-in-the-circuit-1-10-text-a-2-5-text-a-3-33-3-text-a-4-3-33-text https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246Mjk4NTg-if-x-l-x-c-then-the-reading-of-ideal-voltmeter-is-1-v-v-l-v-c-2-v-sqrt-v-r-2-v-l-2-3-v-sqrt-v-r-2-v-l-2-v-c-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI4NjQ-the-core-of-a-transformer-is-laminated-to-reduce-energy-losses-due-to-1-eddy-currents-2-hysteresis-3-resistance-in-winding-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI4NjY-an-electric-motor-operating-on-a-60-v-dc-supply-draws-a-current-of-10-a-if-the-efficiency-of-the-motor-is-50-the-resistance-of-its-winding-is-1-3-omega-2-6-omega-3-15-omega-4-30-omega-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI4Njc-a-step-down-transformer-is-connected-to-2400-volts-line-and-80-amperes-of-current-is-found-to-flow-in-output-load-the-ratio-of-the-turns-in-primary-and-secondary-coil-is-20-1-if-transformer-efficiency https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI4Njg-a-loss-free-transformer-has-500-turns-on-its-primary-winding-and-2500-in-secondary-the-meters-of-the-secondary-indicate-200-volts-at-8-amperes-under-these-conditions-the-voltage-and-current-in-the-pri https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI4Njk-a-transformer-connected-to-220-volt-line-shows-an-output-of-2-a-at-11000-volt-the-efficiency-is-100-the-current-drawn-from-the-line-is-1-100-a-2-200-a-3-22-a-4-11-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI4NzA-a-power-transformer-is-used-to-step-up-an-alternating-e-m-f-of-220-v-to-11-kv-to-transmit-4-4-kw-of-power-if-the-primary-coil-has-1000-turns-what-is-the-current-rating-of-the-secondary-assume-100-effi https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI4NzE-the-primary-winding-of-transformer-has-500-turns-whereas-its-secondary-has-5000-turns-the-primary-is-connected-to-an-ac-supply-of-20-v-50-hz-the-secondary-will-have-an-output-of-1-200-v-50-hz-2-2-v-50 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI4NzI-a-step-down-transformer-is-connected-to-main-supply-200v-to-operate-a-6v-30w-bulb-the-current-in-primary-is-1-3-a-2-1-5-a-3-0-3-a-4-0-15-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI4NzM-a-transformer-has-100-turns-in-the-primary-coil-and-carries-8-a-current-if-input-power-is-one-kilowatt-the-number-of-turns-required-in-the-secondary-coil-to-have-500v-output-will-be-1-100-2-200-3-400 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI5Mjk-the-potential-difference-v-and-the-current-i-flowing-through-an-instrument-in-an-ac-circuit-of-frequency-f-are-given-by-v-5cos-omega-thinsp-t-volts-and-i-2-sin-omega-t-amperes-where-omega-2-pi-f-the-p https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI5MzI-a-generator-produces-a-voltage-that-is-given-by-v-240-sin-120-t-where-t-is-in-seconds-the-frequency-and-r-m-s-voltage-are-1-60-hz-and-240-v-2-19-hz-and-120-v-3-19-hz-and-170-v-4-754-hz-and-70-v-1-2-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI5MzM-the-peak-value-of-an-alternating-e-m-f-e-is-given-by-e-e0cos-omega-thinsp-t-is-10-volts-and-its-frequency-is-50-hz-at-time-t-1600sec-the-instantaneous-e-m-f-is-1-10-v-2-53-thinsp-v-3-5-v-4-1-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI5MzQ-if-a-current-i-given-by-i0sin-thinsp-omega-thinsp-t-minus-pi-2-flows-in-an-ac-circuit-across-which-an-ac-potential-of-e-e0sin-omega-thinsp-t-has-been-applied-then-the-power-consumption-p-in-the-circui https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDI5Mzg-a-resistance-of-20-omega-is-connected-to-a-source-of-an-alternating-potential-v-220-sin-100-pi-t-the-time-taken-by-the-current-to-change-from-its-peak-value-to-its-rms-value-will-be-1-0-2-text-sec-2-0 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMjI-an-alternating-current-of-frequency-f-is-flowing-in-a-circuit-containing-a-resistance-r-and-a-choke-l-in-series-the-impedance-of-this-circuit-will-be-1-r-2-pi-f-l-2-sqrt-r-2-4-pi-2-f-2-l-2-3-sqrt-r-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMjM-a-resistance-of-300-omega-and-an-inductance-of-frac-1-pi-henry-are-connected-in-series-to-an-ac-voltage-of-20-volts-and-a-200-hz-frequency-the-phase-angle-between-the-voltage-and-current-will-be-1-tan https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMjQ-in-a-region-of-uniform-magnetic-induction-b-10-ndash-2-tesla-a-circular-coil-of-radius-30-cm-and-resistance-pi-2-ohm-is-rotated-about-an-axis-that-is-perpendicular-to-the-direction-of-b-and-which-form https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMjU-in-a-lcr-circuit-having-l-8-0-henry-c-0-5-mu-f-and-r-100-ohm-in-series-the-resonance-frequency-in-radian-per-second-is-1-600-radian-second-2-600-hz-3-500-radian-second-4-500-hz-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMjY-the-impedance-of-a-circuit-consists-of-3-ohm-resistance-and-4-ohm-reactance-the-power-factor-of-the-circuit-is-1-0-4-2-0-6-3-0-8-4-1-0-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMjc-the-power-factor-of-a-good-choke-coil-is-1-nearly-zero-2-exactly-zero-3-nearly-one-4-exactly-one-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMjg-l-c-and-r-represent-physical-quantities-inductance-capacitance-and-resistance-respectively-the-combination-representing-the-dimension-of-frequency-will-be-1-lc-2-lc-frac-1-2-3-left-frac-l-c-right-frac https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMjk-in-an-ac-circuit-a-resistance-of-r-ohm-is-connected-in-series-with-an-inductance-l-if-the-phase-angle-between-voltage-and-current-is-45-circ-the-value-of-inductive-reactance-will-be-1-frac-r-4-2-frac https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMzA-the-phase-difference-between-the-current-and-voltage-of-lcr-circuit-in-series-combination-at-resonance-is-1-0-2-pi-2-3-pi-4-ndash-pi-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMzE-in-a-series-resonant-circuit-the-ac-voltage-across-resistance-r-inductance-l-and-capacitance-c-are-5-v-10-v-and-10-v-respectively-the-ac-voltage-applied-to-the-circuit-will-be-1-20-v-2-10-v-3-5-v-4-25 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMzI-in-a-series-lcr-circuit-resistance-r-10-omega-and-the-impedance-z-20-omega-the-phase-difference-between-the-current-and-the-voltage-is-1-30-deg-2-45-deg-3-60-deg-4-90-deg-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMzM-in-the-circuit-shown-below-the-ac-source-has-voltage-v-20-cos-omega-t-volts-with-omega-2000-rad-sec-the-amplitude-of-the-current-is-closest-to-1-2-a-2-3-3-a-3-frac-2-sqrt-5-a-4-sqrt-5-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMzQ-in-an-ac-circuit-the-reactance-of-a-coil-is-sqrt-3-times-its-resistance-the-phase-difference-between-the-voltage-across-the-coil-to-the-current-through-the-coil-will-be-1-pi-3-2-pi-2-3-pi-4-4-pi-6-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMzY-the-power-factor-of-an-ac-circuit-having-resistance-r-and-inductance-l-connected-in-series-and-an-angular-velocity-omega-is-1-r-omega-l-2-r-r2-omega-2l2-1-2-3-omega-l-r-4-r-r2-minus-omega-2l2-1-2-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMzc-an-inductor-of-inductance-l-and-resistor-of-resistance-r-are-joined-in-series-and-connected-by-a-source-of-frequency-omega-the-power-dissipated-in-the-circuit-is-1-dfrac-left-r-2-omega-2-l-2-right-v-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMzg-in-an-lcr-circuit-the-potential-difference-between-the-terminals-of-the-inductance-is-60-v-between-the-terminals-of-the-capacitor-is-30-v-and-that-between-the-terminals-of-the-resistance-is-40-v-the-s https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDMxMzk-in-a-circuit-l-c-and-r-are-connected-in-series-with-an-alternating-voltage-source-of-frequency-f-the-current-leads-the-voltage-by-45-circ-the-value-of-c-will-be-1-dfrac-1-2-pi-f-left-2-pi-f-l-r-right https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0MTU-in-an-lr-circuit-the-inductive-reactance-is-equal-to-the-resistance-r-of-the-circuit-an-e-m-f-e-e0cos-omega-t-applied-to-the-circuit-the-power-consumed-in-the-circuit-is-1-e02r-2-e022r-3-e024r-4-e028r https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0MTY-one-10-v-60-w-bulb-is-to-be-connected-to-100-v-line-the-required-induction-coil-has-a-self-inductance-of-value-f-50-hz-1-0-052-h-2-2-42-h-3-16-2-mh-4-1-62-mh-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0MTc-in-the-circuit-given-below-what-will-be-the-reading-of-the-voltmeter-1-300-v-2-900-v-3-200-v-4-400-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0MTk-in-the-circuit-shown-below-what-will-be-the-readings-of-the-voltmeter-and-ammeter-1-800-text-v-2-text-a-2-300-text-v-2-text-a-3-220-text-v-2-2-text-a-4-100-text-v-2-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0MjE-the-diagram-shows-a-capacitor-c-and-a-resistor-r-connected-in-series-to-an-ac-source-v1-and-v2-are-voltmeters-and-a-is-an-ammeter-consider-now-the-following-statements-i-readings-in-a-and-v2-are-alway https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0MjQ-in-the-circuit-shown-in-figure-neglecting-source-resistance-the-voltmeter-and-ammeter-reading-will-respectively-will-be-1-0v-3a-2-150v-3a-3-150v-6a-4-0v-8a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0Mjg-in-the-circuit-shown-in-the-figure-the-ac-source-gives-a-voltage-v-20cos-2000-thinsp-t-neglecting-source-resistance-the-voltmeter-and-ammeter-reading-will-be-1-0v-0-47a-2-1-68v-0-47a-3-0v-1-4-a-4-5-6v https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0MzA-an-ac-source-of-angular-frequency-omega-is-fed-across-a-resistor-r-and-a-capacitor-c-in-series-i-is-the-current-in-the-circuit-if-the-frequency-of-the-source-is-changed-to-frac-omega-3-but-maintaining https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0MzE-for-a-series-rlc-circuit-r-x-l-2x-c-the-impedance-of-the-circuit-and-phase-difference-between-v-and-i-will-be-1-frac-sqrt-5-r-2-tan-1-left-2-right-2-frac-sqrt-5-r-2-tan-1-left-frac-1-2-right-3-sqrt-5 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0MzI-in-the-adjoining-ac-circuit-the-voltmeter-whose-reading-will-be-zero-at-resonance-is-1-v1-2-v2-3-v3-4-v4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM0MzM-in-the-adjoining-figure-the-impedance-of-the-circuit-will-be-1-120-ohm-2-50-ohm-3-60-ohm-4-90-ohm-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM1MTU-in-a-series-lcr-circuit-which-one-of-the-following-curves-represents-the-variation-of-impedance-z-with-frequency-f-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM1MTk-the-variation-of-the-instantaneous-current-i-and-the-instantaneous-emf-e-in-a-circuit-are-shown-in-the-figure-which-of-the-following-statements-is-correct-1-the-voltage-lags-behind-the-current-by-frac https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM1MjI-the-figure-shows-the-variation-of-r-xl-and-xc-with-frequency-f-in-a-series-l-c-r-circuit-then-for-what-frequency-point-the-circuit-is-inductive-1-a-2-b-3-c-4-all-points-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM1MjU-an-ac-source-of-variable-frequency-f-is-connected-to-an-lcr-series-circuit-which-one-of-the-graphs-in-the-figure-represents-the-variation-of-the-current-i-in-the-circuit-with-frequency-f-1-2-3-4-1-2-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM1Mjg-a-constant-voltage-at-different-frequencies-is-applied-across-a-capacitance-c-as-shown-in-the-figure-which-of-the-following-graphs-accurately-illustrates-how-current-varies-with-frequency-1-2-3-4-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM1MzE-the-output-current-versus-time-curve-of-a-rectifier-is-shown-in-the-figure-the-average-value-of-the-output-current-in-this-case-will-be-1-0-2-dfrac-i-0-2-3-dfrac-2i-0-pi-4-i-0-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM1MzI-the-current-i-in-an-inductance-coil-varies-with-time-t-according-to-the-following-graph-which-one-of-the-following-plots-shows-the-variations-of-voltage-in-the-coil-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM1MzM-when-an-ac-source-of-emf-e-e-0-sin-100t-is-connected-across-a-circuit-the-phase-difference-between-the-emf-e-and-the-current-i-in-the-circuit-is-observed-to-be-frac-pi-4-as-shown-in-the-diagram-if-the https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM1MzQ-in-the-diagram-two-sinusoidal-voltages-of-the-same-frequency-are-shown-what-is-the-frequency-and-the-phase-relationship-between-the-voltages-frequency-in-hz-phase-lead-of-n-over-m-in-radians-1-0-4-pi https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDM1MzU-which-of-the-following-plots-may-represent-the-reactance-of-a-series-of-lc-combinations-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTEwNjg-which-of-the-following-combinations-should-be-selected-for-better-tuning-of-an-l-c-r-circuit-used-for-communication-1-r-20-omega-l-1-5h-c-35-mu-f-2-r-25-omega-l-2-5h-c-45-mu-f-3-r-15-omega-l-3-5h-c-30 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTEwNzA-the-potential-differences-across-the-resistance-capacitance-and-inductance-are-80-v-40-v-and-100-v-respectively-in-an-lcr-circuit-what-is-the-power-factor-of-this-circuit-1-0-4-2-0-5-3-0-8-4-1-0-1-2-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTEwNzE-a-100-omega-resistance-and-a-capacitor-of-100-omega-reactance-are-connected-in-series-across-a-220-v-source-when-the-capacitor-is-50-charged-the-peak-value-of-the-displacement-current-is-1-2-2-a-2-11a https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTExMjA-a-small-signal-voltage-v-t-vo-sin-omega-t-is-applied-across-an-ideal-capacitor-c-1-over-a-full-cycle-the-capacitor-c-does-not-consume-any-energy-from-the-voltage-source-2-current-i-t-is-in-phase-with https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTExMjI-an-inductor-20-mh-a-capacitor-50-mu-f-and-a-resistor-40-omega-are-connected-in-series-across-a-source-of-emf-v-10sin340t-the-power-loss-in-the-ac-circuit-is-1-0-67-w-2-0-78w-3-0-89-w-4-0-46-w-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTExNTk-a-resistance-r-draws-power-p-when-connected-to-an-ac-source-if-an-inductance-is-now-placed-in-series-with-the-resistance-such-that-the-impedance-of-the-circuit-becomes-z-the-power-drawn-will-be-1-prz2 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTExOTE-a-series-r-c-circuit-is-connected-to-an-alternating-voltage-source-consider-two-situations-1-when-the-capacitor-is-air-filled-2-when-the-capacitor-is-mica-filled-current-through-the-resistor-is-i-and https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTEyNDg-a-transformer-having-efficiency-of-90-is-working-on-200-v-and-3-kw-power-supply-if-the-current-in-the-secondary-coil-is-6a-the-voltage-across-the-secondary-coil-and-the-current-in-the-primary-coil-res https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTEyOTI-a-coil-of-self-inductance-l-is-connected-in-series-with-a-bulb-b-and-an-ac-source-the-brightness-of-the-bulb-decreases-when-1-frequency-of-the-ac-source-is-decreased-2-the-number-of-turns-in-the-coil https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTEzMjA-in-an-electrical-circuit-r-l-c-and-an-ac-voltage-source-are-all-connected-in-series-when-l-is-removed-from-the-circuit-the-phase-difference-between-the-voltage-and-the-current-in-the-circuit-is-pi-3-i https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTEzNzU-the-instantaneous-values-of-alternating-current-and-voltages-in-a-circuit-are-given-as-i-12sin-100-pi-t-ampere-e-12sin-100-pi-t-pi-3-volt-the-average-power-in-watts-consumed-in-the-circuit-is-1-14-2-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTE1NTY-an-ac-voltage-is-applied-to-a-resistance-r-and-an-inductor-l-in-series-if-r-and-the-inductive-reactance-are-both-equal-to-3-omega-then-the-phase-difference-between-the-applied-voltage-and-the-current https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTE1Njk-the-rms-value-of-potential-difference-v-shown-in-the-figure-is-1-vo-2-vo2-3-vo2-4-vo3-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTE1NzA-a-coil-has-resistance-30-937-and-inductive-reactance-20-937-at-50-hz-frequency-if-an-ac-source-of-200-v-100-hz-is-connected-across-the-coil-the-current-in-the-coil-will-be-1-4-0a-2-8-0a-3-2013a-4-2-0a https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTE2MzE-a-220v-input-is-supplied-to-a-transformer-the-output-circuit-draws-a-current-of-2-0a-at-440v-if-the-efficiency-of-the-transformer-is-80-the-current-drawn-by-the-primary-windings-of-the-transformer-is https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTE3MDc-power-dissipated-in-an-l-c-r-series-circuit-connected-to-an-ac-source-of-emf-949-is-a-949-2rr2-l-969-1c-969-2-b-949-2r2-l-969-1c-969-2r-c-949-2r2-l-969-1c-969-2r-d-949-2rr2-l-969-1c-969-2-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NTE3NTk-in-ac-circuit-the-emf-e-and-the-current-i-at-any-instant-are-given-respectively-by-e-eosin-omega-t-i-iosin-omega-t-the-average-power-in-the-circuit-over-one-cycle-of-ac-is-1-eoio2-2-eoio2sin-3-eoio2co https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NzE4ODg-in-an-ideal-transformer-the-voltage-and-the-current-in-the-primary-are-200-volt-and-2-amp-respectively-if-the-voltage-in-the-secondary-is-2000-volt-then-value-of-current-in-the-secondary-will-be-ndash https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTAxNDc-an-inductor-20-text-mh-a-capacitor-50-mu-text-f-and-a-resistor-40-omega-are-connected-in-series-across-a-source-of-emf-v-10-text-sin-340t-the-power-loss-in-the-ac-circuit-is-1-0-67-text-w-2-0-76-text https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTA4Nzk-a-resistance-r-draws-power-p-when-connected-to-an-ac-source-if-an-inductance-is-now-placed-in-series-with-the-resistance-such-that-the-impedance-of-the-circuit-becomes-z-the-power-drawn-will-be-1-p-bi https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTI0NDA-in-an-ac-circuit-an-alternating-voltage-varepsilon-200-sqrt-2-sin-100-t-text-v-is-connected-to-a-capacitor-of-capacity-1-mu-text-f-the-rms-value-of-the-current-in-the-circuit-is-1-100-text-ma-2-200-te https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTI1ODQ-in-the-given-circuit-the-reading-of-voltmeter-v1-and-v2-are-300-v-each-the-reading-of-the-voltmeter-v3-and-ammeter-a-are-respectively-1-150-v-2-2-a-2-220-v-2-2-a-3-220-v-2-0-a-4-100-v-2-0-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTMyMjk-the-power-dissipated-in-an-l-c-r-series-circuit-connected-to-an-ac-source-of-emf-e-is-1-frac-varepsilon-2r-big-r-2-big-l-omega-frac-1-c-omega-big-2-big-2-frac-varepsilon-2-sqrt-r-2-big-l-omega-frac-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTM1MDc-what-is-the-value-of-inductance-l-for-which-the-current-is-maximum-in-a-series-lcr-circuit-with-c-10-mu-f-and-omega-1000-s-1-1-100-mh-2-1-mh-3-cannot-be-calculated-unless-r-is-known-4-10-mh-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTM1NjA-a-transformer-is-used-to-light-a-100-text-w-and-110-text-v-lamp-from-a-220-text-v-main-if-the-main-current-is-0-5-text-a-the-efficiency-of-the-transformer-is-approximately-1-30-2-50-3-90-4-10-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTM5Mjk-a-transistor-oscillator-using-a-resonant-circuit-with-an-inductance-l-of-negligible-resistance-and-a-capacitance-c-has-a-frequency-f-if-l-is-doubled-and-c-is-changed-to-4c-the-frequency-will-be-1-f-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTM5NTc-the-core-of-a-transformer-is-laminated-so-that-1-energy-losses-due-to-eddy-currents-may-be-minimized-2-the-weight-of-the-transformer-may-be-reduced-3-rusting-of-the-core-may-be-prevented-4-the-ratio-o https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTM5NjU-a-coil-of-inductive-reactance-31-omega-has-a-resistance-of-8-omega-it-is-placed-in-series-with-a-condenser-of-capacitive-reactance-25-omega-the-combination-is-connected-to-an-a-c-source-of-110-text-v https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTMxNzI0-the-variation-of-emf-with-time-for-four-types-of-generators-is-shown-in-the-figures-which-amongst-them-can-be-called-ac-voltage-a-b-c-d-1-a-and-d-2-a-b-c-and-d-3-a-and-b-4-only-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTMxNzMx-a-circuit-when-connected-to-an-ac-source-of-12-text-v-gives-a-current-of-0-2-text-a-the-same-circuit-when-connected-to-a-dc-source-of-12-text-v-gives-a-current-of-0-4-text-a-the-circuit-is-1-series-lr https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyODkx-for-the-circuit-shown-in-the-figure-the-time-constant-is-1-1011s-2-910s-3-57s-4-34s-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyODk1-if-i-2t-then-the-r-m-s-value-of-current-between-0-to-2-second-is-1-23-2-43-3-53-4-zero-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTE1-l-c-and-r-denote-inductance-capacitance-and-resistance-respectively-pick-out-the-combination-which-does-not-have-the-dimension-of-frequency-1-1rc-2-rl-3-1lc-4-cl-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTE3-the-phase-difference-981-between-emf-and-current-in-lcr-series-a-c-circuit-is-1-981-0-2-0-8804-981-60-960-2-3-960-2-60-981-60-960-4-981-960-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTE5-the-primary-and-secondary-coils-of-an-ideal-transformer-have-100-and-5000-turns-respectively-the-magnetic-flux-linking-the-primary-coil-is-given-by-981-20t-10-the-output-voltage-across-the-secondary-c https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTIx-in-the-lcr-circuit-shown-below-if-the-reading-of-the-voltmeters-v1and-v2-are-same-then-1-omega-2-1lc-2-reading-of-the-voltmeter-v-is-50-v-3-reading-of-the-ammeter-a-is-5-a-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTIy-if-r-and-l-are-resistance-and-inductance-of-a-choke-coil-and-f-is-the-frequency-of-current-through-it-then-the-average-power-of-the-choke-coil-is-proportional-to-1-r-2-frac-1-f-2-3-frac-1-l-2-4-all-of https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTI1-which-of-the-following-is-are-copper-loss-losses-in-a-transformer-1-hysteresis-loss-2-eddy-current-loss-3-heat-loss-in-the-primary-and-second-coils-4-both-1-2-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTI3-half-power-frequencies-for-the-circuit-shown-below-are-200rad-s-and-800-rad-s-the-value-of-the-product-lc-is-issecond2-radian2-1-6-25-215-10-3-2-6-25-215-10-6-3-1-25-215-10-3-4-1-25-215-10-5-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTMx-in-the-network-shown-below-what-is-the-reading-of-the-ac-voltmeter-1-zero-2-100-text-v-3-200-text-v-4-500-text-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTMy-the-power-factor-of-the-given-circuit-is-1-1-over-2-2-1-over-sqrt2-3-sqrt3-over-2-4-0-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTM0-in-lc-oscillation-what-is-the-current-in-the-circuit-when-the-total-energy-is-stored-in-the-form-of-magnetic-energy-q0-is-the-maximum-charge-stored-by-the-capacitor-1-zero-2-q0lc-3-q0lc-4-q0lc-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTM2-the-graph-shows-how-an-alternating-current-i-varies-with-time-t-what-is-the-average-value-of-the-current-over-a-half-cycle-1-dfrac-2i-0-pi-2-dfrac-i-0-sqrt-2-3-dfrac-i-0-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTM4-a-capacitor-and-a-resistor-are-connected-in-series-across-a-c-supply-which-of-the-following-phasor-diagram-may-be-correct-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTQx-an-inductor-of-inductance-l-a-capacitor-of-capacitance-c-and-a-resistor-of-resistance-r-are-connected-in-series-across-e-e0sintlc-the-reading-of-hot-wire-voltmeter-connected-across-the-resistor-is-1-e https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTQz-the-power-factor-of-a-series-lcr-circuit-in-resonance-condition-is-1-zero-2-dfrac-1-2-3-dfrac-1-sqrt-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTQ2-what-is-the-instantaneous-power-of-a-resistor-having-resistance-r-across-an-ac-supply-of-e-e-0-sin-omega-t-1-dfrac-e-0-2-r-sin-2-omega-t-2-dfrac-e-0-2-r-cos-2-omega-t-3-dfrac-e-0-2-r-4-text-zero-1-2-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTQ4-the-ratio-of-resonant-angular-frequency-and-bandwidth-of-a-given-series-lcr-circuit-is-1-inversely-proportional-to-the-angular-frequency-of-ac-2-directly-proportional-to-the-angular-frequency-of-ac-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTg4-an-electric-bulb-rated-100-w-40-v-has-to-be-operated-across-50-v-50-hz-a-c-supply-the-capacitance-of-the-capacitor-which-has-to-be-connected-in-series-will-the-bulb-is-1-12f-2-24-960-f-3-6-960-f-4-112 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTkx-an-electricbulb-is-connected-in-series-with-an-inductor-across-a-c-supply-when-an-iron-is-inserted-in-the-inductor-the-brightness-of-bulb-1-increases-2-decreases-3-first-increases-the-deceares-4-remai https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTkz-the-quality-factor-of-the-series-resonant-circuit-is-1-2-960-xmaximumenergystoredenergydissipationpercycle-2-resonantfrequencybandwidth-3-potentialdifferenceacrosscapacitorpotentialdifferenceacrossres https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTk1-when-alternating-current-flows-through-a-conductor-the-rate-of-flux-change-1-is-higher-in-the-inner-part-of-the-conductor-2-is-lower-in-the-inner-part-of-the-conductor-3-is-uniform-throughout-the-cond https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUyOTk4-in-a-step-up-transformer-the-turn-ratio-is-1-20-the-resistance-of-100-omega-connected-across-the-secondary-is-drawing-a-current-of-2-text-a-what-are-the-primary-voltage-and-current-respectively-1-100 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMDAw-an-ideal-inductor-of-20-h-is-joined-in-series-with-a-resistance-of-5-ohms-and-a-battery-of-5v-the-current-flowing-in-the-circuit-after-4s-is-in-amperes-1-1e-2-e-3-1-1e-4-1-e-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMDkw-the-rms-value-of-the-current-in-a-series-lcr-circuit-is-plotted-with-angular-frequency-as-shown-below-the-ohmic-resistance-is-r-inductance-is-l-and-capacitance-is-c-in-the-circuit-the-value-of-the-dif https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMDkz-in-the-circuit-diagram-shown-below-the-reading-of-the-mathrm-a-c-voltmeter-is-1-200-text-v-2-100-text-v-3-50-sqrt2-text-v-4-zero-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMDk4-in-a-series-rlc-alternating-current-circuit-the-r-m-s-value-of-current-is-l-the-average-power-loss-in-the-circuit-is-1-l2r-2-l2-969-l-3-l2-969-c-4-l2-969-l-1-969-c-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTAx-a-step-down-transformer-transforms-200-v-to-100-volts-if-the-current-in-primary-and-secondary-coils-are-6-a-and-9-6-a-respectively-the-efficiency-of-the-transformer-is-1-60-2-70-3-80-4-90-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTA2-an-ideal-inductor-connected-to-a-cell-is-shown-in-figure-select-the-correct-relations-between-readings-of-ammeters-a1anda2-just-after-the-switch-is-closed-and-a-long-time-after-closing-the-switch-1-a1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTA4-the-power-dissipated-in-the-following-circuit-will-be-about-half-of-its-maximum-value-at-approximately-1-969-1050rad-s-2-969-1000rad-s-3-969-950rad-s-4-both-1-38-3-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTEy-an-ac-source-of-emf-e-50-sin-100-960-t-is-connected-across-a-circuit-for-which-the-phasor-diagram-is-shown-in-the-figure-the-time-difference-between-current-and-voltage-applied-across-the-circuit-is-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTE1-the-instantaneous-values-of-current-in-ampere-and-potential-in-volt-in-an-a-c-circuit-are-i-4-sin-969-t-and-v-100cos-969-t-960-3-respectively-the-power-factor-of-the-circuit-is-1-12-2-12-3-1-4-32-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTE4-in-the-given-a-c-circuit-the-instantaneous-current-through-inductor-and-capacitor-are-0-8-a-and-0-4-a-respectively-the-instantaneous-current-through-the-resistor-is-xa0-1-1-2-a-2-0-6-a-3-0-4-a-4-0-8-x https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTMw-in-the-lcr-series-a-c-circuit-as-we-vary-the-frequency-of-a-c-source-peak-current-is-obtained-the-value-of-this-peak-current-apart-from-the-supply-voltage-depends-upon-symbols-have-their-usual-meaning https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTMx-a-direct-current-of-2-text-a-and-an-alternating-current-having-peak-value-2-text-a-flow-through-two-identical-resistances-at-the-same-time-the-ratio-of-heat-produced-in-the-two-resistance-will-be-1-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTMz-the-inductive-reactance-and-resistance-of-the-l-r-circuit-are-respectively-30-ohm-and-40-ohm-the-impedance-of-the-circuit-is-1-50-ohm-2-10-ohm-3-70-ohm-4-43-ohm-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTM1-a-bulb-and-a-capacitor-are-in-series-with-an-a-c-source-on-increasing-frequency-how-will-the-glow-of-the-bulb-change-1-the-glow-decreases-2-the-glow-increases-3-the-glow-remains-the-same-4-the-glow-fi https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTM3-in-the-circuit-shown-x-is-joining-to-y-for-a-long-time-and-then-x-is-joined-to-z-the-total-heat-produced-in-r2-is-symbols-have-their-usual-meaning-1-le22r12-2-le22r22-3-le22r1r2-4-le2r22r13-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTM5-a-transformer-has-a-turn-ratio-of-1-5-a-dc-source-of-emf-10-v-is-applied-across-its-primary-emf-across-the-secondary-will-be-1-50-v-2-2-v-3-zero-4-100-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTQw-a-series-lcr-circuit-has-resistance-2-937-and-self-inductance-20-mh-bandwidth-of-the-circuit-is-in-radian-s-1-1000-2-100-3-10-4-11000-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTQ2-voltage-across-the-resistor-inductor-and-capacitor-in-series-lcr-circuit-are-20-v-50-v-and-50-v-respectively-peak-value-of-the-applied-source-is-1-20-v-2-202-v-3-1202-v-4-120-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTUw-the-r-m-s-value-of-current-for-l-3sin-969-t-4cos-969-tis-1-5-a-2-52-a-3-52a-4-72a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTU1-if-omega-1-and-omega-2-are-half-power-frequencies-of-a-series-lcr-circuit-then-resonant-frequency-omega-r-can-be-expressed-as-1-omega-r-omega-1-omega-22-2-omega-r-omega-1-omega-2-3-omega-r-omega-12-om https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTYx-voltage-and-current-in-an-ac-circuit-are-given-by-v-5-sin-left-100-pi-t-dfrac-pi-6-right-text-v-and-i-4-sin-left-100-pi-t-dfrac-pi-6-right-text-a-hence-1-the-voltage-leads-the-current-by-30-circ-2-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTYz-the-r-m-s-voltage-of-the-waveform-shown-is-1-10-v-2-6-37-v-3-7-v-4-10-5-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTcw-if-potential-differences-measured-in-ac-voltmeters-across-the-inductor-capacitor-and-resistor-in-series-lcr-ac-circuit-are-100-text-v-100-text-v-text-and-50-text-v-respectively-then-the-peak-value-of https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTcz-voltage-and-current-in-an-a-c-circuit-is-given-by-v-20sin-314t-vandl-10sin314t-960-3a-wattful-current-in-the-circuit-is-1-10a-2-5a-3-52a-4-102a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMjAx-which-of-the-following-devices-is-not-based-on-faraday-s-law-of-electromagnetic-induction-1-ac-generator-2-speedometer-3-induction-motor-4-dc-motor-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzA5-current-l-through-an-inductor-is-increasing-according-to-i-2t-variation-of-the-rate-of-increment-of-its-energy-dudt-with-time-t-is-correctly-shown-in-the-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzEy-a-time-varying-current-is-given-by-l-5sin-969-t-960-6-its-r-m-s-value-is-symbols-have-usual-meanings-1-55a-2-10a-3-52a-4-152a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzE5-an-alternating-voltage-v2sin-omega-t-at-different-frequencies-is-applied-across-a-capacitor-c-as-shown-in-the-figure-which-of-the-following-graphs-between-rms-current-i-i-observed-by-an-ammeter-and-an https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzI0-it-is-found-that-the-current-through-the-lcr-series-circuit-is-at-its-maximum-if-v-r-v-c-text-and-v-l-are-potential-differences-across-resistance-capacitor-and-inductor-respectively-then-which-of-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzI4-in-a-series-l-c-r-circuit-different-physical-quantities-vary-with-frequency-969-which-of-the-following-curves-represent-the-correct-frequency-variation-of-the-corresponding-quantity-1-curve-l-for-r-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzMy-for-the-circuit-shown-in-figure-below-the-ammeter-a2-reads-1-6-a-and-ammeter-a3-read-0-4-a-if-969-0-is-angular-frequency-and-f-is-frequency-of-ac-then-1-969-0-4lc-2-f-2-960-lc-3-theammetera1reads1-2a https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzM3-if-the-reading-of-v1-and-v3-are-100-v-each-the-reading-of-v2-is-1-0-v-2-100-v-3-200-v-4-cannot-be-determined-by-given-information-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzQx-given-that-the-current-i-1-3a-sin-omega-t-and-the-current-i-2-4a-cos-omega-t-what-will-be-the-expression-for-the-current-i-3-1-5-a-sin-left-omega-t-53-circ-right-2-5-a-sin-left-omega-t-37-circ-right-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzQy-a-capacitor-of-capacitance-1-mu-text-f-is-charged-to-a-potential-of-1-v-it-is-connected-in-parallel-to-an-inductor-of-inductance-10-3-text-h-what-is-the-value-of-the-maximum-current-that-will-flow-in https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzQ2-in-a-box-z-of-unknown-elements-l-or-r-or-any-other-combination-an-ac-voltage-e-e-0-sin-omega-t-phi-is-applied-and-the-current-in-the-circuit-is-found-to-be-i-i-0-sin-left-omega-t-phi-frac-pi-4-right-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzQ5-in-the-transformer-shown-in-the-figure-the-ratio-of-the-number-of-turns-of-primary-to-the-secondary-is-n1n2-150-if-a-battery-of-emf-10-v-is-connected-across-primary-then-induced-current-through-the-lo https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzUy-what-is-the-average-power-dissipated-in-the-ac-circuit-if-current-i-100-sin-100t-a-and-v-100-sin-left-100t-frac-pi-3-right-volts-1-2500-w-2-250-w-3-5000-w-4-4000-w-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzU0-emf-induced-in-the-secondary-coil-of-an-ideal-transformer-does-not-depend-upon-1-emf-in-the-primary-coil-2-frequency-of-source-3-ratio-of-number-of-turns-4-both-1-3-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzU2-the-phase-difference-between-emf-and-current-through-the-choke-coil-maybe-1-0-176-2-85-176-3-45-176-4-30-176-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzU4-a-bulb-is-rated-at-100-v-100-w-and-is-treated-as-a-resistor-the-inductance-of-an-inductor-choke-coil-that-should-be-connected-in-series-with-the-bulb-to-operate-the-bulb-at-its-rated-power-with-the-he https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzYw-the-value-of-current-in-two-series-lcr-circuit-at-resonance-is-the-same-when-connected-across-a-sinusoidal-voltage-source-then-1-both-circuit-should-have-the-same-value-of-capacitance-and-inductor-2-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzYz-an-ideal-transformer-is-made-to-step-down-the-power-line-voltage-of-2200-v-for-distribution-to-a-city-at-220-v-if-the-full-load-impedance-of-the-city-is-4-937-then-the-primary-current-is-1-45-a-2-5-5 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzY0-what-is-the-phase-difference-between-potential-difference-across-the-inductor-and-potential-difference-across-the-capacitor-in-a-series-lcr-circuit-1-zero-2-960-4-3-960-4-4-960-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzY2-for-a-series-lcr-circuit-quality-factor-is-945-and-potential-difference-across-circuit-946-the-potential-difference-across-the-inductor-in-resonance-state-will-be-1-zero-2-945-946-3-946-945-4-945-946 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzY3-the-ratio-of-current-delivered-by-the-battery-just-after-the-switch-is-closed-to-a-long-time-after-the-switch-closed-is-1-23-2-56-3-32-4-34-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzcy-what-is-the-reading-of-the-a-c-voltmeter-in-the-network-as-shown-in-the-figure-1-zero-2-100-v-3-200-v-4-400-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzcz-what-is-the-value-of-the-power-factor-for-a-parallel-lc-circuit-at-a-frequency-less-than-the-resonance-frequency-1-zero-2-1-3-1-4-1-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzc0-when-an-alternating-voltage-is-given-as-e-6-sin-omega-t-2-cos-omega-t-text-v-what-is-its-rms-value-1-4-sqrt-2-text-v-2-2-sqrt-5-text-v-3-2-sqrt-3-text-v-4-4-text-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzc3-current-through-an-elements-in-ac-circuit-is-said-to-be-wattless-when-the-elements-is-1-pure-inductor-l-2-pure-capacitor-c-3-series-l-c-circuit-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzgw-an-lc-circuit-contains-an-inductor-l-25-mh-and-a-capacitor-c-25-mf-with-an-initial-charge-of-q0-at-what-time-will-the-circuit-have-an-equal-amount-of-electrical-and-magnetic-energy-1-pi-160s-2-3-pi-16 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzgy-in-which-of-the-following-circuits-can-the-power-factor-be-zero-1-lc-circuit-2-lcr-circuit-3-purely-resistive-circuit-4-both-1-2-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzg0-the-quality-factor-of-the-resonance-circuit-is-given-by-symbols-have-usual-meanings-1-969-0lr-2-1-969-0rc-3-969-0cr-4-both-1-38-2-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzg4-in-the-given-circuit-switch-s-is-closed-at-t-0-after-a-long-time-the-iron-rod-is-withdrawn-from-the-inductor-l-then-the-bulb-1-glow-with-the-same-brightness-2-glows-more-brightly-3-gets-dimmer-4-stops https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzky-the-circuit-is-in-a-steady-state-when-the-key-is-at-position-1-if-the-switch-is-changed-from-position-1-to-position-2-then-the-steady-current-in-the-circuit-will-be-1-e-o-over-r-2-e-o-over-3r-3-e-o-ov https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzk2-lcr-series-circuit-is-connected-with-an-alternating-emf-source-if-the-peak-current-and-voltage-are-l0andv0-respectively-then-at-resonance-the-value-of-wattless-current-is-1-l0-2-l02-3-2l0-4-zero-1-2-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzk5-the-value-of-quality-factor-q-value-of-the-series-resonant-circuit-with-inductance-l-2-0-h-capacitance-c-32-956-f-and-resistance-r-10-937-is-1-25-2-250-3-0-25-4-2-5-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzOTQ3-given-below-are-two-statements-assertion-a-when-a-current-i-3-4-sin-omega-t-flows-in-a-wire-then-the-reading-of-a-dc-ammeter-connected-in-series-is-4-units-reason-r-a-dc-ammeter-measures-only-the-valu https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzOTUx-given-below-are-two-statements-assertion-a-a-capacitor-can-replace-the-choke-coils-in-an-ac-circuit-reason-r-a-capacitor-can-reduce-the-current-in-an-ac-circuit-like-an-inductor-in-the-light-of-the-ab https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzOTU0-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-on-the-increasing-frequency-of-a-c-through-a-conductor-resistance-of-the-circuit-may-inc https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzOTU3-given-below-are-two-statements-statement-i-in-an-lcr-circuit-the-total-energy-stored-is-constant-at-resonance-statement-ii-resistance-of-the-lcr-circuit-doesn-t-affect-the-total-energy-stored-in-the-c https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzOTU5-given-below-are-two-statements-statement-i-average-value-of-ac-is-always-zero-in-a-one-time-period-statement-ii-net-charge-transferred-in-one-time-period-of-ac-is-zero-1-statement-i-is-false-but-state https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzOTYx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-average-power-in-series-lcr-ac-circuit-is-maximum-at-resonance-reason-r-at-the-resonance https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzOTYz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-current-through-a-pure-inductor-is-wattless-reason-r-phase-difference-between-e-m-f-acro https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzOTY0-given-below-are-two-statements-statement-i-dc-and-ac-both-can-be-measured-by-a-hot-wire-instrument-statement-ii-a-hot-wire-instrument-works-on-the-principle-of-the-magnetic-effect-of-current-1-stateme https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzOTY2-a-when-the-frequency-of-the-ac-source-in-a-series-lcr-circuit-equals-to-the-resonant-frequency-the-reactance-of-the-circuit-is-zero-r-there-is-maximum-current-through-the-inductor-as-well-as-a-capacit https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTg1NDI5-a-40-mu-text-f-capacitor-is-connected-to-a-200-text-v-50-text-hz-ac-supply-the-rms-value-of-the-current-in-the-circuit-is-nearly-1-2-05-text-a-2-2-5-text-a-3-25-1-text-a-4-1-7-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTk4NjM4-a-100-omega-resistor-is-connected-to-a-220-text-v-50-text-hz-text-ac-supply-the-net-power-consumed-over-a-full-cycle-is-1-484-text-w-2-848-text-w-3-400-text-w-4-786-text-w-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTk4NjM5-the-rms-value-of-current-in-an-ac-circuit-is-10-text-a-the-peak-current-in-the-circuit-is-1-1-41-text-a-2-14-1-text-a-3-7-07-text-a-4-0-707-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTk4NjQw-a-44-mh-inductor-is-connected-to-a-220-v-50-hz-ac-supply-the-rms-value-of-the-current-in-the-circuit-is-1-1-0-text-a-2-15-text-a-3-15-92-text-a-4-14-29-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTk4NjQx-calculate-the-q-text-value-of-a-series-lcr-circuit-with-l-2-0-text-h-c-32-mu-text-f-and-r-10-omega-1-35-2-20-3-15-4-25-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTk4NjQy-a-charged-30-micro-f-capacitor-is-connected-to-a-27-mh-inductor-what-is-the-angular-frequency-of-free-oscillations-of-the-circuit-1-1-11-times-10-3-rad-s-2-2-11-times-10-3-rad-s-3-1-11-times-10-2-rad https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTk5OTUw-figure-shows-a-series-lcr-circuit-connected-to-a-variable-frequency-230-v-source-l-5-0-text-h-c-80-mu-text-f-r-40-omega-the-amplitude-of-current-at-the-resonating-frequency-is-1-8-13-a-2-3-82-a-3-4-44 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTk5OTUx-the-figure-shows-a-series-lcr-circuit-connected-to-a-variable-frequency-230-text-v-source-l-5-0-text-h-c-80-mu-text-f-r-40-omega-the-rms-potential-drop-across-the-resistor-under-the-resonating-conditi https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMDI5-a-radio-can-tune-over-the-frequency-range-of-a-portion-of-the-mw-broadcast-band-800-khz-to-1200-khz-if-its-lc-circuit-has-an-effective-inductance-of-200-micro-h-what-must-be-the-range-of-its-variable https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMDMw-a-series-lcr-circuit-with-r-20-l-1-5-h-and-c-35-micro-f-is-connected-to-a-variable-frequency-200-v-ac-supply-when-the-frequency-of-the-supply-equals-the-natural-frequency-of-the-circuit-what-is-the-av https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMDMx-a-60-micro-f-capacitor-is-connected-to-a-110-v-60-hz-ac-supply-the-rms-value-of-the-current-in-the-circuit-is-1-2-49-a-2-2-12-a-3-1-97-a-4-1-24-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTcx-an-lc-circuit-contains-a-20-mh-inductor-and-a-50-micro-f-capacitor-with-an-initial-charge-of-10-mc-the-resistance-of-the-circuit-is-negligible-let-the-instant-the-circuit-is-closed-be-t-0-what-is-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTcy-a-coil-of-inductance-0-50-h-and-resistance-100-omega-is-connected-to-a-240-v-50-hz-ac-supply-what-is-the-maximum-current-in-the-coil-1-1-29-a-2-1-82-a-3-2-29-a-4-2-82-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTcz-a-coil-of-inductance-0-50-h-and-resistance-100-is-connected-to-a-240-v-50-hz-ac-supply-what-is-the-time-lag-between-the-voltage-maximum-and-the-current-maximum-1-4-11-times-10-minus-3-s-2-2-10-times-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTc0-a-100-micro-f-capacitor-in-series-with-a-40-omega-resistance-is-connected-to-a-110-v-60-hz-supply-what-is-the-maximum-current-in-the-circuit-1-2-19-a-2-2-29-a-3-3-14-a-4-3-24-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTc1-a-circuit-containing-an-80-mh-inductor-and-a-60-micro-f-capacitor-in-series-is-connected-to-a-230-v-50-hz-supply-the-resistance-of-the-circuit-is-negligible-the-current-amplitude-is-1-11-63-a-2-8-22-a https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTc2-a-circuit-containing-an-80-mh-inductor-and-a-60-micro-f-capacitor-in-series-is-connected-to-a-230-v-50-hz-supply-the-resistance-of-the-circuit-is-negligible-what-is-the-average-power-transferred-to-th https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTc3-a-series-lcr-circuit-with-l-0-12-h-c-480-nf-r-23-omega-is-connected-to-a-230-v-variable-frequency-supply-what-is-the-source-frequency-for-which-current-amplitude-is-maximum-1-444-4-hz-2-663-48-hz-3-54 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTc4-a-series-lcr-circuit-with-l-0-12-h-c-480-nf-r-23-omega-is-connected-to-a-230-v-variable-frequency-supply-what-is-the-q-factor-of-the-given-circuit-1-11-11-2-13-31-3-21-74-4-22-21-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTc5-a-small-town-with-a-demand-of-800-kw-of-electric-power-at-220-v-is-situated-15-km-away-from-an-electric-plant-generating-power-at-440-v-the-resistance-of-the-two-wirelines-carrying-power-is-0-5-omega https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTgx-at-a-hydroelectric-power-plant-the-water-pressure-head-is-at-a-height-of-300-m-and-the-water-flow-available-is-100-m3-s-1-if-the-turbine-generator-efficiency-is-60-the-electric-power-available-from-th https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTgy-a-power-transmission-line-feeds-input-power-at-2300-text-v-to-a-step-down-transformer-with-its-primary-windings-having-4000-turns-what-should-be-the-number-of-turns-in-the-secondary-in-order-to-get-ou https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTgz-what-is-the-q-factor-of-a-series-lcr-circuit-with-l-3-0-h-c-27-micro-f-and-r-7-4-1-45-2-55-3-37-4-49-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjA4NDIx-a-simple-electric-motor-has-an-armature-resistance-of-1-937-and-runs-from-a-d-c-source-of-12-v-it-draws-a-current-of-2-a-when-unloaded-when-a-certain-load-is-connected-to-it-its-speed-reduces-by-10-of https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjA4NDI4-the-time-required-for-a-50-text-hz-sinusoidal-alternating-current-to-change-its-value-from-zero-to-the-rms-value-will-be-1-1-5-times-10-2-text-s-2-2-5-times-10-3-text-s-3-10-1-text-s-4-10-6-text-s-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjA4NDMw-when-100-volt-d-c-is-applied-across-a-solenoid-a-current-of-1-0-a-flows-in-it-when-100-volt-a-c-is-appliead-across-the-same-coil-the-current-drops-to-0-5-a-if-the-frequency-of-a-c-source-is-50-hz-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjA4NDM1-in-a-series-rlc-circuit-potential-differences-across-r-l-and-c-are-30-v-60-v-and-100-v-respectively-as-shown-in-the-figure-the-emf-of-the-source-in-volts-will-be-1-190-2-70-3-50-4-40-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjA4NDM4-in-a-series-lcr-circuit-the-phase-difference-between-voltage-across-l-and-voltage-across-c-is-equal-to-1-zero-2-pi-3-dfrac-pi-2-4-2-pi-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjA4NDQ5-when-does-the-voltage-in-a-series-lcr-circuit-lead-the-current-given-that-omega-0-resonant-angular-frequency-1-omega-omega-0-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjEzMjM0-the-reactance-of-a-circuit-is-zero-it-is-possible-that-the-circuit-contains-1-an-inductor-and-a-capacitor-2-an-inductor-but-no-capacitor-3-a-capacitor-but-no-inductor-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjEzMjM1-in-the-given-figure-a-lamp-p-is-in-series-with-an-iron-core-inductor-l-when-the-switch-s-is-closed-the-brightness-of-the-lamp-rises-relatively-slowly-to-its-full-brightness-than-it-would-do-without-in https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjEzMjM4-in-a-series-r-l-c-circuit-the-frequency-of-the-source-is-half-of-the-resonance-frequency-the-name-of-the-circuit-will-be-1-capacitive-2-inductive-3-purely-resistive-4-data-insufficient-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODYz-if-the-rms-current-in-a-50-text-hz-ac-circuit-is-5-text-a-the-value-of-the-current-dfrac-1-300-text-s-after-its-value-becomes-zero-is-1-5-sqrt2-text-a-2-5-sqrt-dfrac32-text-a-3-sqrt-dfrac56-text-a-4-d https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODY0-an-alternating-current-generator-has-an-internal-resistance-r-g-and-an-internal-reactance-x-g-it-is-used-to-supply-power-to-a-passive-load-consisting-of-a-resistance-r-g-and-a-reactance-x-l-for-maximu https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODY1-when-a-voltage-measuring-device-is-connected-to-ac-mains-the-meter-shows-the-steady-input-voltage-of-220-text-v-this-means-1-input-voltage-cannot-be-ac-voltage-but-a-dc-voltage-2-maximum-input-voltage https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODY2-to-reduce-the-resonant-frequency-in-an-lcr-series-circuit-with-a-generator-1-the-generator-frequency-should-be-reduced-2-another-capacitor-should-be-added-in-parallel-to-the-first-3-the-iron-core-of-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODY4-an-inductor-of-reactance-1-omega-and-a-resistor-of-2-omega-are-connected-in-series-to-the-terminals-of-a-6-text-v-rms-ac-source-the-power-dissipated-in-the-circuit-is-1-8-text-w-2-12-text-w-3-14-4-tex https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODY5-the-output-of-a-step-down-transformer-is-measured-to-be-24-v-when-connected-to-a-12-w-light-bulb-the-value-of-the-peak-current-is-1-dfrac-1-sqrt-2-text-a-2-sqrt-2-text-a-3-2-text-a-4-2-sqrt-2-text-a-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODcw-as-the-frequency-of-an-ac-circuit-increases-the-current-first-increases-and-then-decreases-what-combination-of-circuit-elements-is-most-likely-to-comprise-the-circuit-a-inductor-and-capacitor-b-resist https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODcx-in-an-alternating-current-circuit-consisting-of-elements-in-series-the-current-increases-on-increasing-the-frequency-of-the-supply-which-of-the-following-elements-are-likely-to-constitute-the-circuit https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODcy-electrical-energy-is-transmitted-over-large-distances-at-high-alternating-voltages-which-of-the-following-statements-is-are-correct-a-for-a-given-power-level-there-is-a-lower-current-b-lower-current-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODc0-for-an-lcr-circuit-the-power-transferred-from-the-driving-source-to-the-driven-oscillator-is-p-i-2z-cos-phi-a-here-the-power-factor-cos-phi-ge0-p-ge0-b-the-driving-force-can-give-no-energy-to-the-osci https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODc1-when-an-ac-voltage-of-220-v-is-applied-to-the-capacitor-c-a-the-maximum-voltage-between-plates-is-220-v-b-the-current-is-in-phase-with-the-applied-voltage-c-the-charge-on-the-plates-is-in-phase-with-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODc2-the-line-that-draws-the-power-supply-to-your-house-from-the-street-has-a-zero-average-current-b-220-text-v-average-voltage-c-voltage-and-current-out-of-phase-by-90-circ-d-voltage-and-current-possibly https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjQ1MDY2-a-light-bulb-and-an-inductor-coil-are-connected-to-an-ac-source-through-a-key-as-shown-in-the-figure-below-the-key-is-closed-and-after-some-time-an-iron-rod-is-inserted-into-the-interior-of-the-induct https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcxNjY2-a-light-bulb-is-rated-at-100-text-w-for-a-220-text-v-ac-supply-the-peak-voltage-of-the-source-is-1-220-text-v-2-110-text-v-3-311-text-v-4-100-text-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcxNjY3-a-light-bulb-is-rated-at-100-text-w-for-a-220-text-v-ac-supply-the-rms-current-through-the-bulb-is-1-0-243-a-2-0-454-a-3-0-222-a-4-0-312-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcxNjY4-a-pure-inductor-of-25-0-text-mh-is-connected-to-an-ac-source-of-220-text-v-the-rms-current-in-the-circuit-is-the-frequency-of-the-source-is-50-text-hz-1-20-text-a-2-25-text-a-3-28-text-a-4-32-text-a-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTQ0-a-lamp-is-connected-in-series-with-a-capacitor-predict-your-observations-for-dc-and-ac-connections-1-when-a-dc-source-is-connected-to-a-capacitor-the-lamp-will-not-glow-in-a-steady-state-condition-2-w https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTQ1-a-lamp-is-connected-in-series-with-a-capacitor-ac-and-dc-sources-are-connected-to-the-circuit-one-by-one-then-mark-the-correct-statement-s-1-when-the-dc-source-is-connected-to-the-capacitor-the-lamp-w https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTQ2-a-15-0-mu-text-f-capacitor-is-connected-to-a-220-text-v-50-text-hz-source-if-the-frequency-is-doubled-what-happens-to-the-capacitive-reactance-and-the-current-1-the-capacitive-reactance-is-halved-and https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTQ3-a-light-bulb-and-an-open-coil-inductor-are-connected-to-an-ac-source-through-a-key-as-shown-in-the-figure-the-switch-is-closed-and-after-some-time-an-iron-rod-is-inserted-into-the-interior-of-the-indu https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTU0-a-resistor-of-200-mathrm-omega-and-a-capacitor-of-15-0-mu-text-f-are-connected-in-series-to-a-220-text-v-50-hz-ac-source-the-voltage-rms-across-the-resistor-and-the-capacitor-are-respectively-1-160-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTYw-which-one-of-the-following-is-incorrect-1-for-circuits-used-for-transporting-electric-power-a-low-power-factor-implies-large-power-loss-in-transmission-2-power-factor-can-often-be-improved-by-the-use https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTYx-a-sinusoidal-voltage-of-peak-value-283-text-v-and-a-frequency-50-text-hz-is-applied-to-a-series-lcr-circuit-in-which-r-3-omega-l-25-48-text-mh-and-c-796-mu-text-f-the-impedance-of-the-circuit-is-1-5-o https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTYy-a-sinusoidal-voltage-of-peak-value-283-text-v-and-frequency-50-text-hz-is-applied-to-a-series-lcr-circuit-in-which-r-3-omega-l-25-48-text-mh-and-c-796-mu-text-f-the-approximate-phase-difference-betwee https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTYz-a-sinusoidal-voltage-of-peak-value-283-v-and-frequency-50-hz-is-applied-to-a-series-lcr-circuit-in-which-r-3-omega-l-25-48-mh-and-c-796-micro-f-the-power-dissipated-in-the-circuit-is-1-6000-w-2-5200-w https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTY0-a-sinusoidal-voltage-of-peak-value-283-text-v-and-frequency-50-text-hz-is-applied-to-a-series-lcr-circuit-in-which-r-3-omega-l-25-48-text-mh-and-c-796-mu-text-f-the-power-factor-is-1-0-4-2-0-5-3-0-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTY1-a-sinusoidal-voltage-of-peak-value-283-text-v-suppose-the-frequency-of-the-source-can-be-varied-is-applied-to-a-series-lcr-circuit-in-which-r-3-omega-l-25-48-text-mh-and-c-796-mu-text-f-the-frequency https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTY2-a-sinusoidal-voltage-of-peak-value-283-text-v-assuming-that-the-frequency-of-the-source-can-be-varied-is-applied-to-a-series-lcr-circuit-in-which-r-3-omega-l-25-48-text-mh-and-c-796-mu-text-f-the-curr https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTY4-a-sinusoidal-voltage-of-peak-value-283-text-v-suppose-the-frequency-of-the-source-can-be-varied-is-applied-to-a-series-lcr-circuit-in-which-r-3-omega-l-25-48-text-mh-and-c-796-mu-text-f-the-power-diss https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTY5-at-an-airport-a-person-is-made-to-walk-through-the-doorway-of-a-metal-detector-for-security-reasons-if-she-he-is-carrying-anything-made-of-metal-the-metal-detector-emits-a-sound-on-what-principle-does https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjcyMTcw-in-the-free-oscillations-of-an-lc-circuit-the-sum-of-energies-stored-in-the-capacitor-and-the-inductor-is-1-maybe-constant-and-variable-in-time-2-variable-in-time-3-constant-in-time-4-none-of-the-abov https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc0OTQ1-the-graph-given-below-shows-the-variation-of-voltage-and-current-with-phase-for-an-ac-circuit-the-circuit-is-1-purely-capacitive-circuit-2-purely-inductive-circuit-3-purely-resistive-circuit-4-rc-circ https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc0OTQ2-graph-given-below-shows-variation-of-current-with-phase-for-an-ac-circuit-such-that-i-im2-then-current-i-is-1-peak-current-2-average-current-3-rms-current-4-mean-squared-current-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc0OTQ3-phasor-diagram-for-a-circuit-is-given-below-the-circuit-is-1-purely-capacitive-circuit-2-purely-inductive-circuit-3-purely-resistive-circuit-4-rc-circuit-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc0OTUw-graph-given-below-shows-variation-of-voltage-current-and-flux-for-a-magnetisation-demagnetisation-cycle-for-an-inductor-one-of-the-correct-conclusion-out-of-the-graph-below-can-be-1-voltage-leads-curr https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc0OTUx-phasor-diagram-given-below-represents-which-circuit-1-purely-capacitive-circuit-2-purely-inductive-circuit-3-purely-resistive-circuit-4-rc-circuit-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc0OTUy-graph-given-below-shows-variation-of-voltage-current-and-charge-for-a-charging-discharging-cycle-for-a-capacitor-then-1-voltage-leads-current-2-current-leads-voltage-3-voltage-and-current-are-in-phase https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc0OTUz-the-phasor-diagram-given-below-represents-a-series-lcr-circuit-the-circuit-is-predominantly-1-capacitive-2-inductive-3-resistive-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc0OTU0-in-the-phasor-diagram-given-below-phase-difference-between-current-and-voltage-981-8800-960-2-then-the-circuit-is-1-purely-capacitive-circuit-2-purely-inductive-circuit-3-purely-resistive-circuit-4-lc https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc0OTU1-figure-shows-the-variation-of-peak-current-im-with-angular-frequency-omega-for-a-lcr-series-circuit-for-different-values-of-resistor-r-then-the-resonant-frequency-is-1-1-times-1062-pi-2-2-times-1062-p https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc2MzMy-the-graph-given-below-shows-the-variation-of-voltage-and-current-with-phase-for-an-ac-circuit-the-circuit-is-1-purely-capacitive-circuit-2-purely-inductive-circuit-3-purely-resistive-circuit-4-rc-circ https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc2MzMz-graph-given-below-shows-variation-of-voltage-and-current-with-phase-for-an-ac-circuit-then-the-circuit-is-predominantly-1-capacitive-2-inductive-3-resistive-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc2MzM0-graph-given-below-shows-variation-of-voltage-and-current-with-phase-for-an-ac-circuit-what-is-the-phase-difference-between-current-i-and-voltage-v-1-0-2-960-6-3-960-4-4-960-2-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc2MzQw-phasor-diagram-given-below-represents-which-circuit-1-purely-capacitive-circuit-2-purely-inductive-circuit-3-purely-resistive-circuit-4-rc-circuit-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc3MTIz-an-inductor-of-inductance-l-a-capacitor-of-capacitance-c-and-a-resistor-of-resistance-r-are-connected-in-series-to-an-ac-source-of-potential-difference-v-volts-as-shown-in-figure-the-potential-differe https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc3MTQx-a-step-down-transformer-connected-to-an-ac-mains-supply-of-220-text-v-is-made-to-operate-at-11-text-v-44-text-w-lamp-ignoring-power-losses-in-the-transformer-what-is-the-current-in-the-primary-circuit https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc3MTQ2-a-series-lcr-circuit-containing-5-0-text-h-inductor-80-mu-text-f-capacitor-and-40-omega-resistor-is-connected-to-230-text-v-variable-frequency-ac-source-the-angular-frequencies-of-the-source-at-which https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIyNzAz-a-resistor-of-resistance-100-omega-is-connected-to-an-ac-source-e-12v-sin-250-pi-s-1-t-the-energy-dissipated-as-heat-during-t-0-to-t-1-0-ms-is-1-2-64-times-10-4-j-2-2-64-times-10-2-j-3-4-84-times-10-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzM5MzMz-the-peak-voltage-of-the-ac-source-is-equal-to-1-1-sqrt-2-times-the-rms-value-of-the-ac-source-2-the-value-of-voltage-supplied-to-the-circuit-3-the-rms-value-of-the-ac-source-4-sqrt-2-times-the-rms-val https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzM5Mzcy-a-series-lcr-circuit-with-inductance-10-text-h-capacitance-10-mu-text-f-resistance-50-omega-is-connected-to-an-ac-source-of-voltage-v-200-sin-100-t-text-volt-if-the-resonant-frequency-of-the-lcr-circu https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzM5NzY5-an-ac-source-given-by-v-v-m-sin-omega-t-is-connected-to-a-pure-inductor-l-in-a-circuit-and-i-m-is-the-peak-value-of-the-ac-current-the-instantaneous-power-supplied-to-the-inductor-is-1-dfrac-v-mi-m-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2NTUz-given-below-are-two-statements-statement-i-in-an-ac-circuit-the-current-through-a-capacitor-leads-the-voltage-across-it-statement-ii-in-ac-circuits-containing-pure-capacitance-only-the-phase-differenc https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2NTY0-an-inductor-of-inductance-2-text-mh-is-connected-to-a-220-text-v-50-text-hz-ac-source-let-the-inductive-reactance-in-the-circuit-is-x-1-if-a-220-text-v-dc-source-replaces-the-ac-source-in-the-circuit https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2NTkz-a-standard-filament-lamp-consumes-100-text-w-when-connected-to-200-text-v-ac-mains-supply-the-peak-current-through-the-bulb-will-be-1-0-707-text-a-2-1-text-a-3-1-414-text-a-4-2-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY2OTEx-an-ac-source-is-connected-to-a-capacitor-c-due-to-decrease-in-its-operating-frequency-1-capacitive-reactance-remains-constant-2-capacitive-reactance-decreases-3-displacement-current-increases-4-displa https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY2OTM0-a-12-text-v-60-text-w-lamp-is-connected-to-the-secondary-of-a-step-down-transformer-whose-primary-is-connected-to-ac-mains-of-220-text-v-assuming-the-transformer-to-be-ideal-what-is-the-current-in-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY2OTM1-in-a-series-lcr-circuit-the-inductance-l-is-10-text-mh-capacitance-c-is-1-mu-text-f-and-resistance-r-is-100-omega-the-frequency-at-which-resonance-occurs-is-1-1-59-text-khz-2-15-9-text-rad-s-3-15-9-te https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY2OTU0-the-net-impedance-of-the-circuit-as-shown-in-the-figure-will-be-1-25-omega-2-10-sqrt-2-omega-3-15-omega-4-5-sqrt-5-omega-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY4MTU4-an-ac-source-is-connected-to-the-given-circuit-the-value-of-phi-will-be-1-60-circ-2-90-circ-3-30-circ-4-45-circ-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY4Mjcz-if-z-1-and-z-2-are-the-impedances-of-the-given-circuits-mathrm-a-and-mathrm-b-as-shown-in-the-figures-then-choose-the-correct-option-1-z-1-z-2-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY4Mjg4-the-maximum-power-is-dissipated-for-an-ac-in-a-an-1-resistive-circuit-2-lc-circuit-3-inductive-circuit-4-capacitive-circuit-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY4MzI1-for-very-high-frequencies-the-effective-impedance-of-the-circuit-shown-in-the-figure-will-be-1-4-omega-2-6-omega-3-1-omega-4-3-omega-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU0OTU3-in-an-ideal-transformer-the-turns-ratio-is-frac-n-p-n-s-frac-1-2-the-ratio-v-s-v-p-is-equal-to-the-symbols-carry-their-usual-meaning-1-2-1-2-1-1-3-1-4-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU0OTkz-a-10-mu-text-f-capacitor-is-connected-to-a-210-text-v-50-text-hz-source-as-shown-in-the-figure-the-peak-current-in-the-circuit-is-nearly-pi-3-14-1-0-93-text-a-2-1-20-text-a-3-0-35-text-a-4-0-58-text-a https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU2Njk4-l-c-and-r-represent-the-value-of-inductance-capacitance-and-resistance-respectively-the-factor-which-has-the-same-dimensions-as-that-of-the-inverse-of-the-resonance-frequency-is-1-sqrt-lc-2-sqrt-dfrac https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTk5NTAy-the-variation-of-emf-with-time-for-four-types-of-generators-is-shown-in-the-figures-which-amongst-them-can-be-called-ac-voltage-a-b-c-d-choose-the-correct-option-from-the-given-ones-1-a-and-d-2-a-b-c https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTczMTEz-in-a-heating-arrangement-an-alternating-current-having-a-peak-value-of-28-text-a-is-used-to-produce-the-same-heat-energy-if-direct-current-is-used-to-produce-the-same-amount-of-heat-then-its-magnitude https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTc1-an-ac-source-is-rated-220-mathrm-v-50-mathrm-hz-the-average-voltage-is-calculated-in-a-time-interval-of-0-01-mathrm-s-it-1-must-be-zero-2-may-be-zero-3-is-never-zero-4-is-220-sqrt-2-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQxMDQ4-a-household-ac-circuit-has-an-applied-voltage-of-220-v-rms-and-the-current-flowing-through-the-circuit-is-2-2-a-rms-the-phase-difference-between-them-being-60-circ-then-1-the-impedance-in-the-circuit https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzMjkx-an-alternating-emf-ac-is-applied-across-the-circuit-shown-in-the-figure-let-v-ax-be-the-voltage-across-the-inductor-l-and-v-xy-be-the-voltage-across-the-resistor-r-let-the-angular-frequency-be-omega-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1MTYz-two-circuits-1-an-l-text-r-circuit-and-2-an-r-text-c-circuit-are-driven-by-the-same-alternating-current-the-phase-difference-between-the-current-and-the-voltage-is-twice-in-the-1-st-case-with-respect https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIyNzk0-exactly-identical-voltages-are-imposed-on-the-system-at-x-y-and-z-v-m-sin-omega-t-the-peak-voltage-at-o-is-v-o-then-1-v-o-v-m-2-v-o-v-m-4-any-of-the-above-can-be-possible-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTIxMDM-in-an-electrical-circuit-r-l-c-and-an-ac-voltage-source-are-all-connected-in-series-when-l-is-removed-from-the-circuit-the-phase-difference-between-the-voltage-and-the-current-in-the-circuit-is-tan-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246ODkxMDM-an-inductor-of-20-text-mh-a-capacitor-of-100-mu-text-f-and-a-resistor-of-50-omega-are-connected-in-series-across-a-source-of-emf-v-10-sin-314-t-what-is-the-power-loss-in-this-circuit-1-0-79-text-w-2-0 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTkz-an-ac-source-rated-100-text-v-rms-supplies-a-current-of-10-text-a-rms-to-a-circuit-the-average-power-delivered-by-the-source-a-must-be-1000-text-w-b-may-be-1000-text-w-c-may-be-greater-than-1000-text https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjUwODky-the-instantaneous-values-of-alternating-current-and-voltages-in-a-circuit-are-given-as-i-frac-1-sqrt-2-sin-left-100-pi-t-right-text-ampere-e-frac-1-sqrt-2-sin-left-100-pi-t-pi-3-right-text-volt-what-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjY1MjM0-for-a-series-mathrm-lcr-circuit-the-power-loss-at-resonance-is-1-frac-v-2-left-omega-l-frac-1-omega-c-right-2-mathrm-i-2-mathrm-l-omega-3-i-2-r-4-frac-mathrm-v-2-mathrm-c-omega-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzM3NzIx-the-primary-has-100-turns-with-100-v-rms-applied-to-it-while-the-secondary-has-a-total-number-of-20-turns-with-the-connection-c-made-at-the-centre-the-current-i-flowing-towards-c-has-the-rms-value-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzU4MjQ4-the-primary-coil-of-a-transformer-when-connected-to-a-10-text-v-text-dc-battery-draws-a-current-of-1-text-ma-the-number-of-turns-in-the-primary-and-secondary-coils-are-50-and-100-respectively-the-volt https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzMyMzEx-an-alternating-current-in-a-circuit-is-given-by-i-20-sin-left-100-pi-t-0-05-pi-right-text-a-the-rms-value-and-the-frequency-of-the-current-respectively-are-1-10-a-and-100-hz-2-10-a-and-50-hz-3-10-sqrt https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzM4MTI5-an-alternating-emf-of-v-20-v-mathrm-sin-100-pi-text-s-1-t-is-applied-to-an-inductor-and-the-peak-current-through-the-inductor-is-observed-to-be-dfrac-20-pi-a-the-inductance-is-1-dfrac-1-10-h-2-dfrac-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5MDA2-an-alternating-current-is-given-by-i-i-1-sin-omega-t-i-2-cos-omega-t-what-is-the-rms-value-of-the-current-1-dfrac-1-sqrt-2-left-i-1-2-i-2-2-right-1-2-2-dfrac-1-sqrt-2-left-i-1-i-2-right-2-3-dfrac-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0MDEy-in-an-ac-circuit-alternating-voltage-e-200-sqrt-2-sin-100-t-volt-is-connected-to-a-capacitor-of-capacity-1-mu-text-f-the-rms-value-of-the-current-in-the-circuit-is-1-100-ma-2-200-ma-3-20-ma-4-10-ma-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzNzQw-an-alternating-current-ac-flowing-in-a-circuit-cannot-be-measured-by-a-dc-ammeter-because-1-the-average-value-of-the-current-over-a-complete-cycle-is-zero-2-ac-does-not-change-its-direction-after-a-fi https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2MTEw-the-current-flowing-through-an-ac-circuit-is-given-by-i-5-sin-120-pi-t-text-a-how-long-will-the-current-take-to-reach-the-peak-value-starting-from-zero-1-frac-1-60-text-s-2-60-text-s-3-frac-1-120-text https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTcy-the-peak-voltage-in-a-220-v-ac-source-is-1-220-v-2-about-160-v-3-about-310-v-4-440-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzYzMjQ1-for-a-series-lcr-circuit-across-an-ac-source-current-and-voltage-are-in-the-same-phase-given-the-resistance-is-20-omega-and-voltage-of-the-source-is-220-what-is-the-current-in-the-circuit-1-11-a-2-22 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NzEwNDk-a-sinusoidal-voltage-v-0-sin-omega-t-is-applied-across-a-series-combination-of-resistance-r-and-capacitance-c-the-amplitude-of-the-current-in-this-circuit-is-1-frac-v-0-sqrt-r-2-omega-2-c-2-2-frac-v-0 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzYzMjk2-across-an-inductor-of-5-mh-an-ac-source-with-potential-given-as-268-sin-200-pi-t-volts-is-used-the-value-of-inductive-reactance-provided-by-the-inductor-is-equal-to-1-2-pi-omega-2-frac-pi-2-omega-3-20 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzI0MTQ1-in-the-circuit-depicted-below-what-will-be-the-voltmeter-and-ammeter-readings-1-800-v-2-a-2-300-v-2-a-3-220-v-2-2-a-4-100-v-2-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mzk1MzI0-a-circuit-consists-of-an-inductor-l-2-times10-3-text-h-and-a-capacitor-c-20-mu-text-f-connected-in-series-an-alternating-voltage-v-t-v-0-sin-omega-t-is-applied-v-0-300-text-v-and-omega-2500-text-s-1-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzI0MTU1-a-series-lcr-circuit-is-shown-in-the-figure-with-the-following-given-values-v-0-200-text-v-omega-100-text-rad-s-x-l-100-omega-x-c-100-omega-r-100-omega-for-the-given-data-the-circuit-is-1-purely-resis https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2NzMy-the-correct-representation-of-the-variation-of-capacitative-reactance-x-c-with-frequency-f-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY3Mzg3-the-variation-of-impedance-z-with-angular-frequency-omega-for-two-electrical-elements-is-shown-in-the-graph-given-if-x-l-x-c-and-r-are-inductive-reactance-capacitive-reactance-and-resistance-respectiv https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzNzA1-an-ac-voltage-source-is-applied-to-a-lcr-series-circuit-if-the-frequency-of-the-source-is-f-then-the-expression-of-impedance-will-be-1-sqrt-r-2-left-2-pi-f-l-dfrac-1-2-pi-f-c-right-2-2-dfrac-1-sqrt-r https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQyMTYx-a-capacitor-has-a-capacitance-of-c-and-reactance-of-x-if-both-capacitance-and-frequency-are-doubled-the-new-reactance-will-be-1-4x-2-x-2-3-x-4-4-2x-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQyNjcx-a-series-lcr-circuit-is-operated-at-resonance-statement-i-the-power-transferred-to-the-resistor-is-the-maximum-statement-ii-the-current-in-the-circuit-is-maximum-1-statement-i-is-correct-and-statement https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzI0MTU0-in-the-given-figure-a-series-lcr-circuit-is-shown-with-the-following-parameters-v-0-200-text-volts-omega-100-text-rad-s-x-l-100-omega-x-c-100-omega-text-and-r-100-omega-symbols-have-their-usual-meanin https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1NDYz-an-alternating-emf-e-440-sin-100-pi-t-is-applied-to-a-circuit-containing-an-inductance-of-frac-sqrt-2-pi-h-if-an-ac-ammeter-is-connected-to-the-circuit-its-reading-will-be-1-4-4-a-2-1-55-a-3-2-2-a-4-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDA5MDc1-an-alternating-voltage-of-angular-frequency-omega-is-applied-to-the-circuit-shown-in-the-figure-for-what-value-of-omega-will-the-impedance-of-the-capacitor-equal-that-of-the-resistor-1-10-3-text-s-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDY1OTEw-determine-the-impedance-of-the-circuit-depicted-in-the-figure-1-100-omega-2-50-omega-3-30-omega-4-40-omega-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzUwMDUz-a-resistance-of-5-omega-is-connected-in-series-with-a-capacitance-of-1-text-mf-the-combination-is-connected-to-an-ac-source-of-angular-frequency-200-text-rad-s-then-1-voltage-leads-the-current-by-60-c https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1OTkx-in-a-series-lcr-circuit-the-inductance-capacitance-and-resistance-are-l-100-text-mh-c-100-mu-text-f-and-r-10-omega-respectively-they-are-connected-to-an-ac-source-of-voltage-220-text-v-and-frequency-o https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY2NzY1-evaluate-the-maximum-current-flowing-through-the-capacitor-in-the-given-ac-circuit-1-0-65-pi-text-a-2-0-35-pi-text-a-3-0-2-pi-text-a-4-0-8-pi-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU0NjQ3-what-is-the-value-of-the-resistance-r-in-a-series-lcr-circuit-containing-a-5-text-h-inductor-a-2-text-mf-capacitor-and-a-resistor-r-when-it-is-connected-to-a-220-text-v-ac-source-of-angular-frequency https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzMzAx-the-rms-value-of-conduction-current-in-a-parallel-plate-capacitor-is-6-9-mu-text-a-the-capacity-of-this-capacitor-if-it-is-connected-to-230-v-ac-supply-with-an-angular-frequency-of-600-rad-s-will-be-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4NjM4-the-total-current-through-the-generator-is-left-dfrac-v-0-r-right-sin-omega-t-in-the-direction-shown-in-the-figure-where-v-0-is-the-peak-voltage-and-omega-is-the-angular-frequency-the-peak-values-of-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc4MzM5-an-inductance-coil-has-a-reactance-of-100-omega-when-an-ac-signal-of-frequency-1000-hz-is-applied-to-the-coil-the-applied-voltage-leads-the-current-by-45-circ-the-self-inductance-of-the-coil-is-1-1-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1OTE4-a-100-text-v-50-text-hz-text-ac-voltage-source-is-connected-across-a-2-mu-text-f-capacitor-the-current-in-the-circuit-is-1-42-ma-2-62-8-ma-3-200-ma-4-300-ma-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDE1MTI2-in-the-circuit-shown-r-1-text-k-omega-and-c-10-mu-text-f-an-ac-voltage-text-v-ab-200-sin-100-text-s-1-text-t-volt-is-applied-across-ab-the-impedance-of-the-capacitor-in-the-circuit-is-1-10-3-omega-2-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1NjI3-a-resistance-of-40-omega-is-connected-to-a-source-of-alternating-current-rated-220-v-50-hz-the-time-taken-by-the-current-to-change-from-its-maximum-value-to-the-rms-value-is-1-2-5-ms-2-1-25-ms-3-2-5-s https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1Njk4-a-capacitor-is-in-series-with-a-resistor-of-30-omega-and-is-connected-to-a-220-text-v-ac-line-the-reactance-of-this-capacitor-is-30-omega-what-is-the-phase-angle-between-the-current-and-the-supply-vol https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzODY1-in-an-lcr-series-circuit-connected-to-an-ac-voltage-source-which-option-shows-the-correct-voltage-across-the-resistor-and-the-current-in-the-circuit-based-on-the-given-values-of-resistance-r-inductive https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1OTc0-a-sinusoidal-voltage-v-t-210-sin-3000-t-text-v-is-applied-to-a-series-lcr-circuit-in-which-l-10-text-mh-c-25-mu-text-f-and-r-100-omega-the-phase-difference-phi-between-the-applied-voltage-and-resultan https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzNzk4-a-resistor-of-resistance-r-is-connected-in-series-with-an-inductor-of-inductance-l-in-an-ac-circuit-if-the-phase-difference-between-the-applied-voltage-and-the-current-is-45-circ-the-inductive-reactan https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4NDMw-a-series-lcr-circuit-of-r-5-omega-l-20-text-mh-and-c-0-5-mu-text-f-is-connected-across-an-ac-supply-of-250-text-v-having-a-variable-frequency-the-power-dissipated-at-resonance-condition-is-1-105-times https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1OTE3-an-ac-voltage-v-is-applied-across-an-impedance-that-gives-rise-to-a-current-i-the-angle-between-v-and-i-is-theta-the-power-loss-is-1-vi-cos-theta-2-vi-sin-theta-3-vi-cos-theta-4-vi-sin-theta-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzODIw-in-which-of-the-following-circuits-maximum-power-dissipation-is-observed-1-pure-resistive-circuit-2-pure-capacitive-circuit-3-pure-inductive-circuit-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc4OTk0-in-an-ac-circuit-the-instantaneous-e-m-f-and-current-are-given-by-begin-aligned-e-100-sin-30-t-i-20-sin-left-30-t-frac-pi-4-right-end-aligned-in-one-cycle-of-ac-the-average-power-consumed-by-the-circu https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDY1OTg3-when-ac-voltage-is-applied-across-an-inductor-with-inductance-l-the-average-power-dissipated-across-the-inductor-is-1-non-zero-and-greater-than-one-2-zero-3-unity-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246ODg5Nzk-the-potential-differences-across-the-resistance-capacitance-and-inductance-are-80-text-v-40-text-v-and-100-text-v-respectively-in-an-lcr-circuit-the-power-factor-of-this-circuit-is-1-0-4-2-0-5-3-0-8-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDM5MDE0-the-ac-voltage-applied-to-the-circuit-has-a-peak-value-of-200-text-v-and-an-angular-frequency-omega-300-text-s-1-the-power-factor-of-this-circuit-equals-1-dfrac-3-5-2-dfrac-4-5-3-dfrac-3-4-4-dfrac-4-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY2NjM2-in-a-series-lcr-circuit-the-resistance-r-inductance-l-and-capacitance-c-are-10-omega-0-1-text-h-and-2-text-mf-respectively-if-the-angular-frequency-of-the-ac-source-is-100-text-rad-s-the-power-factor https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzMDMx-two-coils-a-and-b-are-connected-in-series-across-a-240-text-v-50-text-hz-supply-the-resistance-of-a-is-5-omega-and-the-inductance-of-b-is-0-02-text-h-the-power-consumed-is-3-text-kw-and-the-power-fact https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzOTIx-an-alternating-voltage-v-v-0-sin-omega-t-is-applied-across-a-circuit-as-a-result-a-current-i-i-0-sin-big-omega-t-dfrac-pi-2-big-flows-in-it-the-power-consumed-per-cycle-is-1-dfrac-v-0i-0-2-2-dfrac-v-0 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU2MTA1-the-alternating-voltage-and-current-in-a-circuit-are-given-by-v-100-sin-omega-t-text-volts-i-100-sin-left-omega-t-dfrac-pi-3-right-milliamperes-the-average-power-dissipated-in-the-circuit-is-1-2-5-tex https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDUzNzc4-an-ideal-inductor-is-connected-to-an-ac-supply-of-100-text-v-20-text-hz-and-a-current-of-20-text-ma-flows-through-it-what-is-the-power-consumed-by-the-inductor-1-1-text-w-2-25-text-w-3-39-text-w-4-zer https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTAxNDQ-a-small-signal-voltage-v-t-v-0-text-sin-omega-t-is-applied-across-an-ideal-capacitor-c-find-the-correct-statement-from-the-options-given-below-1-over-a-full-cycle-the-capacitor-c-does-not-consume-any https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzM5OTk0-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-transformer-cannot-work-on-dc-supply-reason-r-dc-changes-neither-in-magnitude-nor-in-d https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU2NDgy-if-the-primary-side-of-a-transformer-is-connected-with-230-text-v-50-text-hz-text-ac-supply-and-the-ratio-of-the-number-of-turns-of-primary-to-the-secondary-winding-is-10-1-the-load-resistance-at-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2NzM3-the-core-of-the-transformer-is-laminated-so-that-1-the-copper-loss-is-minimized-2-the-eddy-current-loss-is-minimized-3-the-rusting-of-the-core-is-stopped-4-the-change-in-flux-is-increased-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzNzQ4-a-transformer-has-an-efficiency-of-80-text-it-works-at-40-kw-and-100-v-if-the-secondary-voltage-is-240-v-the-current-in-the-secondary-coil-is-nearly-1-40-a-2-133-3-a-3-86-7-a-4-112-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1OTE5-a-step-down-transformer-operates-on-2-kv-line-the-ratio-of-the-primary-winding-to-the-secondary-winding-is-20-1-assuming-100-efficiency-the-secondary-voltage-v-2-is-1-100-text-v-2-110-text-v-3-200-tex https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzODY4-an-ideal-transformer-has-100-turns-in-the-primary-coil-and-carries-a-5-a-current-to-achieve-a-1600-v-output-with-a-2-kw-power-output-the-number-of-turns-in-the-secondary-coil-must-be-1-100-2-200-3-300 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzI4NjQ2-a-transformer-is-used-to-light-140-watts-24-volt-lamp-from-240-volt-ac-mains-the-current-in-the-main-cable-is-0-7-amp-the-efficiency-of-the-transformer-is-1-63-8-2-84-3-83-3-4-48-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246MjY1NDY-a-step-down-transformer-is-employed-to-reduce-the-main-supply-of-ac-from-220-text-v-to-11-text-v-if-the-primary-coil-draws-a-current-of-5-text-a-and-the-secondary-supplies-a-current-of-90-text-a-then https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDA5MDU1-the-primary-to-secondary-turns-ratio-large-frac-n-p-n-s-10-for-a-transformer-if-a-primary-text-ac-voltage-of-100-text-v-rms-is-applied-at-the-primary-the-text-ac-output-voltage-at-secondary-will-be-rm https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mzg3MDE5-a-transformer-has-50-turns-in-the-primary-coil-and-100-turns-in-the-secondary-coil-if-the-primary-is-connected-to-a-200-mathrm-v-ac-supply-what-will-be-the-voltage-in-the-secondary-coil-1-100-mathrm-v https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3MjM3-a-power-transmission-line-feeds-input-power-at-2300-text-v-to-a-step-down-transformer-with-its-primary-windings-having-4000-turns-giving-the-output-power-at-230-text-v-if-the-current-in-the-primary-of https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzNjkz-a-transformer-operating-at-a-primary-voltage-of-8-kv-and-secondary-voltage-of-160-v-serves-a-load-of-80-kw-assuming-the-transformer-to-be-ideal-with-purely-resistive-load-and-working-on-unity-power-fa https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU1NjMw-an-ideal-transformer-has-100-turns-on-its-primary-coil-across-which-220-text-v-is-applied-the-secondary-coil-has-10-turns-and-is-connected-in-series-with-a-2-omega-resistor-and-a-3-omega-resistor-what https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzOTIy-transformers-are-used-properly-in-1-dc-circuit-only-2-ac-circuit-only-3-both-dc-and-ac-circuits-4-integrated-circuit-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzNTk4-a-transformer-with-8-1-turns-ratio-has-50-text-hz-100-text-v-input-the-frequency-of-the-output-is-1-40-text-hz-2-50-text-hz-3-400-text-hz-4-500-text-hz-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzMzNTg3-in-a-transformer-the-output-current-and-voltage-are-respectively-4-a-and-20-v-if-the-ratio-of-the-number-of-turns-in-the-primary-to-secondary-is-2-1-what-is-the-input-current-and-voltage-1-2-a-and-40 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2MzYy-what-material-is-used-to-make-the-core-of-a-transformer-1-copper-2-aluminium-3-soft-iron-4-steel-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ3MzU5-a-transmission-line-feeds-input-power-at-2200-text-v-to-a-step-down-transformer-having-a-primary-winding-of-1000-turns-to-get-the-output-power-at-220-text-v-the-number-of-turns-in-the-secondary-windin https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTczMTU3-an-ac-ammeter-is-used-to-measure-the-current-in-a-circuit-when-a-given-direct-current-passes-through-the-circuit-the-ac-ammeter-reads-6-text-a-when-another-alternating-current-passes-through-the-circu https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTE0OTIz-alternating-current-cannot-be-measured-by-a-dc-ammeter-because-1-ac-cannot-pass-through-dc-ammeter-2-ac-changes-direction-3-average-value-of-current-for-the-complete-cycle-is-zero-4-dc-ammeter-will-ge https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODgx-a-generator-produces-a-voltage-that-is-given-by-v-240-sin-120t-where-t-is-in-seconds-the-frequency-and-rms-voltage-are-1-60-hz-and-240-v-2-19-hz-and-120-v-3-19-hz-and-170-v-4-754-hz-and-70-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODc2-an-alternating-current-is-given-as-i-i-1-cos-omega-t-i-2-sin-omega-t-the-value-of-rms-current-is-given-by-1-frac-1-sqrt-2-left-i-1-i-2-right-2-frac-1-sqrt-2-left-i-i-i-2-right-2-3-frac-1-sqrt-2-left-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjA4NDI3-the-peak-value-of-an-alternating-emf-e-e-0-sin-omega-t-is-10-text-v-and-its-frequency-is-50-text-hz-at-a-time-t-dfrac-1-600-text-s-the-instantaneous-value-of-the-emf-will-be-1-1-text-v-2-5-sqrt-3-text https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjUxMDA1-the-rms-value-of-the-potential-difference-v-shown-in-the-figure-is-1-dfrac-v-0-sqrt-3-2-v-0-3-dfrac-v-0-sqrt-2-4-dfrac-v-0-2-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NDkyNjY-in-an-ac-circuit-i-100-sin-200-pi-t-the-time-required-for-the-current-to-reach-its-peak-value-will-be-1-frac-1-100-text-sec-2-frac-1-200-text-sec-3-frac-1-300-text-sec-4-frac-1-400-text-sec-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0OTA1-match-list-i-expression-for-current-with-list-ii-rms-value-of-current-and-select-the-correct-answer-list-i-list-ii-a-i-i-0-sin-omega-t-cos-omega-t-i-i-0-b-i-i-0-sin-left-omega-t-frac-pi-3-right-ii-i-0 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMTY2-an-alternating-voltage-in-volts-given-by-v-200-sqrt-2-sin100t-is-connected-to-a-1-mu-text-f-capacitor-through-an-text-ac-ammeter-the-reading-of-the-ammeter-will-be-1-10-text-ma-2-20-text-ma-3-40-text https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODcz-in-an-lcr-series-network-v-l-40-text-v-v-c-20-text-v-text-and-v-r-15-text-v-the-supply-voltage-will-be-1-25-text-v-2-75-text-v-3-35-text-v-4-zero-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTIyMTcw-a-series-ac-circuit-has-a-resistance-of-4-omega-and-an-inductor-of-reactance-3-omega-the-impedance-of-the-circuit-is-z-1-now-when-a-capacitor-of-reactance-6-omega-is-connected-in-series-with-the-above https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTc3NjMz-a-transistor-oscillator-using-a-resonant-circuit-with-an-inductance-l-of-negligible-resistance-and-a-capacitance-c-has-a-frequency-f-if-l-is-doubled-and-c-is-changed-to-4c-the-frequency-will-be-1-frac https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODky-in-the-circuit-shown-in-the-figure-neglecting-source-resistance-the-voltmeter-and-ammeter-reading-respectively-will-be-1-0-text-v-3-text-a-2-150-text-v-3-text-a-3-150-text-v-6-text-a-4-0-text-v-8-text https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzNzA4-choose-the-correct-statements-regarding-a-series-lcr-circuit-1-the-voltage-across-the-capacitor-lags-behind-the-current-2-the-voltage-across-the-inductor-leads-the-current-3-the-voltage-across-the-res https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTc3NDc0-an-ideal-resistance-r-ideal-inductance-l-ideal-capacitance-c-and-ac-voltmeters-v-1-v-2-v-3-text-and-v-4-are-connected-to-an-ac-source-as-shown-at-resonance-1-reading-in-v-3-reading-in-v-1-2-reading-in https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODg5-in-a-series-lcr-circuit-resistance-r-10-omega-and-the-impedance-z-20-omega-the-phase-difference-between-the-current-and-the-voltage-will-be-1-30-circ-2-45-circ-3-60-circ-4-90-circ-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjA4NDMz-a-sinusoidal-supply-of-frequency-10-hz-and-rms-voltage-of-12-v-is-connected-to-a-2-1-mu-text-f-capacitor-what-is-the-rms-value-of-current-1-5-5-text-ma-2-20-text-ma-3-26-text-ma-4-1-6-text-ma-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246NzEwNTE-for-a-lcr-series-circuit-with-an-ac-source-of-angular-frequency-omega-1-circuit-will-be-capacitive-if-omega-frac-1-sqrt-lc-2-circuit-will-be-inductive-if-omega-frac-1-sqrt-lc-3-power-factor-of-circuit https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ4NDI1-alternating-voltage-v-v-0-sin-omega-t-is-applied-to-a-circuit-containing-some-elements-in-series-match-the-values-of-current-in-column-i-with-the-possible-elements-connected-in-the-circuit-in-column-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODkz-an-ac-source-of-variable-frequency-f-is-connected-to-an-lcr-series-circuit-which-of-the-following-graphs-represents-the-variation-of-the-current-i-in-the-circuit-with-frequency-f-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTAwNzA3-what-is-the-value-of-inductance-l-for-which-the-current-is-a-maximum-in-a-series-lcr-circuit-with-c-10-mu-text-f-and-omega-1000-text-s-1-1-10-mh-2-100-mh-3-1-mh-4-cannot-be-calculated-unless-r-is-know https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTAwNjg3-a-50-hz-ac-source-of-20-volts-is-connected-across-r-and-c-as-shown-in-the-figure-below-if-the-voltage-across-r-is-12-volts-then-the-voltage-across-c-will-be-1-8-v-2-16-v-3-10-v-4-not-possible-to-deter https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzYyOTc4-in-a-series-lcr-circuit-connected-across-220-v-50-hz-ac-supply-if-the-inductive-reactance-of-the-circuit-is-79-6-omega-if-the-power-delivered-in-the-circuit-is-maximum-then-the-capacitance-of-the-circ https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODg1-in-an-lcr-circuit-having-l-8-0-text-h-c-0-5-mu-text-f-and-r-100-omega-in-series-what-is-the-resonance-frequency-1-600-radian-sec-2-600-hz-3-500-radian-sec-4-500-hz-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTc3OTY2-in-an-lcr-series-ac-circuit-the-voltage-across-each-of-the-components-l-c-and-r-is-50-v-the-voltage-across-the-lr-combination-will-be-1-50-v-2-50-sqrt-2-text-v-3-100-v-4-0-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjA4NDQx-in-a-series-lc-circuit-if-l-10-3-text-h-and-c-3-times-10-7-text-f-is-connected-to-a-left-100-text-v-50-text-hz-right-ac-source-the-impedance-of-the-circuit-is-1-dfrac-10-5-3-pi-10-pi-2-0-1-pi-3-times https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTcxMjE4-in-the-circuit-shown-the-value-of-rms-current-is-11-a-the-potential-difference-across-the-inductor-is-1-220-v-2-zero-3-300-v-4-200-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQwMzE4-an-alternating-voltage-source-is-connected-to-a-series-rc-circuit-consider-two-situations-1-when-the-capacitor-is-air-filled-2-when-the-capacitor-is-mica-filled-if-the-current-through-the-resistor-is https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODc4-a-220-v-50-hz-ac-source-is-connected-to-an-inductance-of-0-2-h-and-a-resistance-of-20-ohms-in-series-how-much-current-flows-across-the-circuit-1-10-a-2-5-a-3-33-3-a-4-3-33-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQwMzI1-the-diagram-shows-a-capacitor-c-and-a-resistor-r-connected-in-series-to-an-ac-source-v-1-and-v-2-are-voltmeters-and-a-is-an-ammeter-consider-now-the-following-statements-i-readings-in-a-and-v-2-are-al https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTczMTU1-the-ac-source-in-the-circuit-shown-in-the-figure-produces-a-voltage-v-20-cos-2000t-volts-neglecting-source-resistance-the-voltmeter-and-ammeter-readings-will-be-approximately-1-4-text-v-2-0-text-a-2-0 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjUxMDA2-a-coil-has-a-resistance-of-30-text-ohm-and-inductive-reactance-of-20-text-ohm-at-a-50-text-hz-frequency-if-an-ac-source-of-200-text-volts-100-text-hz-is-connected-across-the-coil-the-current-in-the-co https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQwMzMx-the-figure-shows-the-variation-of-r-x-l-and-x-c-with-frequency-f-in-a-series-of-l-c-and-r-circuits-for-which-frequency-point-is-the-circuit-inductive-1-a-2-b-3-c-4-all-points-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTIyODg2-an-inductor-l-and-resistance-r-are-connected-in-series-with-an-ac-source-the-phase-difference-between-voltage-v-and-current-i-is-45-circ-if-the-phase-difference-between-v-and-i-remains-the-same-then-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTczMTY2-if-q-is-the-capacitor-s-charge-and-i-is-the-current-at-time-t-the-voltage-v-will-be-1-l-frac-di-dt-ir-frac-q-c-v-2-l-frac-di-dt-ir-frac-q-c-v-3-l-frac-di-dt-ir-frac-q-c-v-4-l-frac-di-dt-ir-frac-q-c-v https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQwMzM0-one-10-text-v-60-text-w-bulb-is-to-be-connected-to-100-text-v-line-the-required-induction-coil-has-a-self-inductance-of-value-f-50-text-hz-1-0-052-h-2-2-42-h-3-16-2-mh-4-1-62-mh-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTY1Mjk4-a-capacitor-and-a-resistor-are-connected-in-series-across-the-ac-supply-which-of-the-following-phasor-diagrams-may-be-correct-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzM5NjQx-given-below-are-two-statements-assertion-a-if-the-frequency-of-the-applied-ac-is-doubled-then-the-power-factor-of-a-series-r-text-l-circuit-decreases-reason-r-power-factor-of-series-r-text-l-circuit-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODg0-in-an-ac-circuit-the-current-is-given-by-i-5-sin-left-100t-frac-pi-2-right-and-the-ac-potential-is-v-200-sin-100-t-text-v-the-power-consumption-is-1-20-text-w-2-40-text-w-3-1000-text-w-4-zero-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQwMzE2-a-coil-of-inductive-reactance-of-31-omega-has-a-resistance-of-8-omega-it-is-placed-in-series-with-a-condenser-of-capacitive-reactance-25-omega-the-combination-is-connected-to-an-ac-source-of-110-v-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTUzMzM1-in-a-series-lcr-circuit-the-current-through-the-ac-source-is-2-a-if-resistor-r-has-a-resistance-of-10-omega-the-average-power-dissipated-in-the-circuit-is-1-20-w-2-30-w-3-10-w-4-40-w-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODg2-a-circuit-consists-of-3-ohms-of-resistance-and-4-ohms-of-reactance-the-power-factor-of-the-circuit-is-1-0-4-2-0-6-3-0-8-4-1-0-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQwMzEz-how-much-power-is-dissipated-in-an-lcr-series-circuit-connected-to-an-text-ac-source-of-emf-e-1-frac-varepsilon-2-r-left-r-2-left-l-omega-frac-1-c-omega-right-2-right-2-frac-varepsilon-2-sqrt-r-2-left https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTg1NDU5-an-ac-voltage-source-is-connected-to-a-series-lcr-circuit-when-l-is-removed-from-the-circuit-the-phase-difference-between-current-and-voltage-is-dfrac-pi-3-if-c-is-instead-removed-from-the-circuit-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTc3NDEy-an-lcr-series-circuit-with-100-omega-resistance-is-connected-to-an-ac-source-of-200-text-v-and-an-angular-frequency-of-300-text-rad-s-when-only-the-capacitance-is-removed-the-current-lags-behind-the-v https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQwMzI0-a-resistance-r-draws-power-p-when-connected-to-an-ac-source-if-an-inductance-is-now-placed-in-series-with-the-resistance-such-that-the-impedance-of-the-circuit-becomes-z-the-power-drawn-will-be-1-p-le https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTE4MDQ3-in-an-l-text-r-circuit-the-inductive-reactance-is-equal-to-the-resistance-r-of-the-circuit-an-emf-of-e-e-0-cos-omega-t-is-applied-to-the-circuit-the-power-consumed-by-the-circuit-is-1-dfrac-e-2-0-sqrt https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODg3-the-power-factor-of-a-good-choke-coil-is-1-nearly-zero-2-exactly-zero-3-nearly-one-4-exactly-one-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODk4-an-inductor-of-20-text-mh-a-capacitor-of-50-mu-text-f-and-a-resistor-of-40-omega-are-connected-in-series-across-a-source-of-emf-v-10-sin340t-what-will-be-the-power-loss-in-the-ac-circuit-1-0-67-text-w https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQwMzA1-the-core-of-a-transformer-is-laminated-because-1-energy-losses-due-to-eddy-currents-may-be-minimized-2-the-weight-of-the-transformer-may-be-reduced-3-rusting-of-the-core-may-be-prevented-4-ratio-of-vo https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjYzODkw-turn-ratio-of-a-step-up-transformer-is-1-25-if-current-in-load-coil-is-2-text-a-then-the-current-in-primary-coil-will-be-1-25-text-a-2-50-text-a-3-0-25-text-a-4-0-5-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQxODUz-given-below-are-two-statements-assertion-a-if-the-terminals-of-the-primary-of-a-transformer-are-connected-across-a-battery-then-no-emf-is-induced-across-the-secondary-in-a-steady-state-reason-r-the-ba https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0OTEx-the-primary-and-secondary-coils-of-a-transformer-have-50-and-1500-turns-respectively-if-the-magnetic-flux-phi-linked-with-the-primary-coils-is-given-by-phi-phi-0-4t-where-phi-is-in-webers-t-is-time-in https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0OTQx-the-primary-winding-of-a-transformer-has-500-turns-whereas-its-secondary-has-5000-turns-the-primary-is-connected-to-an-ac-supply-of-20-v-50-hz-what-will-be-the-output-of-the-secondary-transformer-1-20 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0OTAz-a-step-down-transformer-transforms-a-supply-line-voltage-of-2200-volt-into-220-volt-the-primary-coil-has-5000-turns-the-efficiency-and-power-transmitted-by-the-transformer-are-90-and-8-kilowatts-respe https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODc5-when-a-step-down-transformer-is-connected-to-a-2400-volt-line-the-output-load-receives-80-amps-of-current-the-ratio-of-the-turns-in-the-primary-and-secondary-coils-is-20-1-if-transformer-efficiency-is https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTY1MzAw-in-the-transformer-shown-in-the-figure-the-ratio-of-the-number-of-turns-of-the-primary-to-the-secondary-is-dfrac-n-1-n-2-dfrac-1-50-if-a-voltage-source-of-10-text-v-is-connected-across-the-primary-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQwMjQw-a-transformer-has-an-efficiency-of-90-when-working-on-a-200-v-and-3-kw-power-supply-if-the-current-in-the-secondary-coil-is-6-a-the-voltage-across-the-secondary-coil-and-the-current-in-the-primary-coi https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTkyMDU2-in-a-transformer-the-number-of-turns-in-the-primary-and-secondary-coils-is-410-and-1230-respectively-if-the-current-in-the-primary-is-6-text-a-then-what-is-the-current-in-the-secondary-coil-1-2-text-a https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQwMzE3-a-220-v-input-is-supplied-to-a-transformer-the-output-circuit-draws-a-current-of-2-0-a-at-440-v-what-is-the-current-drawn-by-the-primary-windings-of-the-transformer-if-the-efficiency-of-the-transforme https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0ODc3-in-a-step-up-transformer-the-turn-ratio-is-1-2-a-leclanche-cell-emf-1-5-v-is-connected-across-the-primary-coil-what-would-be-the-voltage-developed-in-the-secondary-coil-1-3-0-v-2-0-75-v-3-1-5-v-4-zero https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQxNzEz-given-below-are-two-statements-assertion-a-large-scale-transmission-and-distribution-of-electric-energy-over-long-distances-are-done-by-stepping-the-voltage-up-by-a-transformer-reason-r-this-cuts-down https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTM3MTU2-in-ac-alternating-current-generator-a-coil-of-wire-rotates-in-a-magnetic-field-which-of-the-following-would-change-the-potential-difference-measured-by-the-voltmeter-in-the-system-above-a-use-more-tur https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTkyNzkz-the-peak-value-of-an-alternating-current-is-5-a-and-frequency-is-60-hz-how-long-will-the-current-starting-from-zero-take-to-reach-the-peak-value-1-dfrac-1-240-text-s-2-dfrac-1-30-text-s-3-dfrac-1-120 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTkyNzY3-an-ac-circuit-contains-a-resistance-of-1-text-k-omega-a-capacitor-of-0-1-mu-text-f-and-an-inductor-of-1-text-mh-connected-in-series-the-resonance-frequency-of-the-circuit-is-approximately-the-followin https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTk4MTgz-an-ac-voltage-v-220-mathrm-sin-2-times-10-3t-volt-is-applied-to-a-series-lcr-circuit-then-the-current-amplitude-in-the-circuit-is-given-l-10-text-mh-c-25-mu-text-f-r-100-omega-1-22-0-a-2-2-2-a-3-5-5-a https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTM1MTMw-to-an-ac-power-supply-of-220-text-v-at-50-text-hz-a-resistor-of-20-omega-a-capacitor-of-reactance-25-omega-and-an-inductor-of-reactance-45-omega-are-connected-in-series-the-corresponding-current-in-th https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDY4Nzk5-a-step-up-transformer-is-connected-to-an-ac-mains-supply-of-220-text-v-to-operate-at-11000-text-v-88-text-w-the-current-in-the-secondary-circuit-ignoring-the-power-loss-in-the-transformer-is-1-8-text https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDY4Nzgz-in-the-circuit-shown-below-the-inductance-l-is-connected-to-a-source-the-current-flowing-in-the-circuit-is-i-i-0-sin-omega-t-the-voltage-drop-v-l-across-l-is-1-omega-l-i-0-sin-omega-t-2-frac-i-0-omega https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTA3MDI-a-series-rc-circuit-is-connected-to-an-alternating-voltage-source-consider-two-situations-1-when-the-capacitor-is-air-filled-2-when-the-capacitor-is-mica-filled-the-current-through-the-resistor-is-i-a https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTExNjM-a-transformer-has-an-efficiency-of-90-working-on-200-text-v-and-3-text-kw-power-supply-if-the-current-in-the-secondary-coil-is-6-text-a-the-voltage-across-the-secondary-coil-and-the-current-in-the-pri https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTI0NTM-an-ac-voltage-is-applied-to-a-resistance-r-and-an-inductor-l-in-series-if-r-and-the-inductive-reactance-are-both-equal-to-3-the-phase-difference-between-the-applied-voltage-and-the-current-in-the-circ https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTI1ODU-a-220-v-input-is-supplied-to-a-transformer-the-output-circuit-draws-a-current-of-2-0-a-at-440-v-if-the-efficiency-of-the-transformer-is-80-the-current-drawn-by-the-primary-windings-of-the-transformer https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTMzMzM-in-an-ac-circuit-the-emf-e-and-the-current-i-at-any-instant-are-given-respectively-by-e-e0sin-t-i-i0sin-t-t-the-average-power-in-the-circuit-over-one-cycle-of-ac-is-1-eoio2eoio2-2-eoio2eoio2-sinsin-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjYzNzc0-in-a-circuit-l-c-and-r-are-connected-in-series-with-an-alternating-voltage-source-of-frequency-f-the-current-leads-the-voltage-by-45-circ-the-value-of-c-is-1-frac-1-2-pi-f-2-pi-f-l-r-2-frac-1-2-pi-f-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjY1NjM2-a-capacitor-of-capacity-c-has-reactance-x-if-capacitance-and-frequency-are-doubled-then-the-reactance-will-be-1-4x-2-frac-x-2-3-frac-x-4-4-2x-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTc3MDU0-a-direct-current-of-5-a-is-superimposed-on-an-alternating-current-i-10sin-omega-t-flowing-through-a-wire-the-effective-value-of-the-resulting-current-will-be-1-15-2-a-2-5-sqrt-3-a-3-5-sqrt-5-a-4-15-a https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjAwMTgw-a-small-town-with-a-demand-of-800-kw-of-electric-power-at-220-v-is-situated-15-km-away-from-an-electric-plant-generating-power-at-440-v-the-resistance-of-the-two-wirelines-carrying-power-is-0-5-per-km https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjI2ODY3-which-of-the-following-combinations-should-be-selected-for-better-tuning-of-an-lcr-circuit-used-for-communication-1-r-20-omega-l-1-5-text-h-c-35-mu-text-f-2-r-25-omega-l-2-5-text-h-c-45-mu-text-f-3-r https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDUwODU0-to-reduce-the-reasonant-frequency-in-an-lcr-series-circuit-with-a-generator-1-the-generator-frequency-should-be-reduced-2-another-capacitor-should-be-added-in-parallel-to-the-first-3-the-iron-core-of https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDUwODU4-as-the-frequency-of-an-ac-circuit-increases-the-current-first-increases-and-then-decreases-what-combination-of-circuit-elements-is-most-likely-to-comprise-the-circuit-a-inductor-and-capacitor-b-resist https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDUwODU5-in-an-alternating-current-circuit-consisting-of-elements-in-series-the-current-increases-on-increasing-the-frequency-of-supply-which-of-the-following-elements-are-likely-to-constitute-the-circuit-a-on https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzNTM5-a-series-r-c-circuit-is-connected-to-an-alternating-voltage-source-consider-two-situations-a-when-the-capacitor-is-air-filled-b-when-the-capacitor-is-mica-filled-current-passing-through-the-resistor-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzNzAy-the-graph-representing-the-variation-of-current-i-in-an-lcr-series-circuit-for-the-frequency-f-of-the-applied-ac-source-is-best-depicted-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzNzEx-an-ac-supply-is-connected-across-a-series-lcr-circuit-if-the-capacitor-is-removed-then-which-of-the-following-phasor-diagram-may-be-correct-for-the-remaining-circuit-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzNzM1-the-variation-of-an-alternating-current-i-i-0-mathrm-sin-omega-t-with-time-t-is-shown-in-the-figure-below-the-average-value-of-the-current-for-the-half-cycle-will-be-1-dfrac-i-0-pi-2-dfrac-i-0-2-3-dfr https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIzOTI5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-glowing-bulb-becomes-dim-when-an-iron-bar-is-put-in-the-inductor-in-series-lr-ac-circu https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzI0MTQ2-given-below-are-two-statements-assertion-a-when-an-ac-circuit-contains-only-a-resistor-its-power-is-at-a-minimum-reason-r-the-power-of-a-circuit-is-independent-of-the-phase-angle-1-both-a-and-r-are-tr https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzI0MTUw-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-transformer-cannot-work-on-a-steady-dc-supply-reason-r-steady-dc-changes-neither-in-ma https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246MzEzOTY-a-series-r-l-and-c-circuit-is-shown-here-the-source-frequency-f-is-varied-but-the-current-is-kept-unchanged-which-of-the-curves-shows-changes-of-v-c-and-v-l-with-frequency-that-would-be-valid-for-the https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246OTYwMjY-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-power-loss-in-the-admin-ideal-choke-coil-is-zero-reason-r-ideal-choke-coil-has-zero-resi https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzMxODE3-in-a-purely-resistive-ac-circuit-which-of-the-following-sketches-represents-the-variation-of-the-current-amplitude-i-0-with-the-frequency-omega-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTY4-a-capacitor-acts-as-an-infinite-resistance-for-1-dc-2-ac-3-dc-as-well-as-ac-4-neither-ac-nor-dc-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTcw-an-ac-source-producing-emf-0-cos-100-s-1-t-cos-500-s-1-t-is-connected-in-series-with-a-capacitor-and-a-resistor-the-steady-state-current-in-the-circuit-is-found-to-be-i-i1-cos-100-s-1-t-1-i2-cos-500-s https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTc4-which-of-the-following-plots-may-represent-the-reactance-of-a-series-lc-combination-correct-option-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTgw-a-series-ac-circuit-has-a-resistance-of-4-and-a-reactance-of-3-the-impedance-of-the-circuit-is-1-5-2-7-3-12-7-4-7-12-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTgx-transformers-are-used-1-in-dc-circuits-only-2-in-ac-circuits-only-3-in-both-dc-and-ac-circuits-4-neither-in-dc-nor-in-ac-circuits-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTg0-an-alternating-current-is-given-by-i-i-1-cos-omega-t-i-2-sin-omega-t-the-rms-current-is-given-by-1-frac-i-1-i-2-sqrt-2-2-frac-left-i-1-i-2-right-sqrt-2-3-sqrt-frac-i-1-2-i-2-2-2-4-sqrt-frac-i-1-2-i-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTg1-an-alternating-current-having-a-peak-value-14-text-a-is-used-to-heat-a-metal-wire-to-produce-the-same-heating-effect-a-constant-current-i-can-be-used-where-the-value-of-i-is-1-14-text-a-2-about-20-tex https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTg2-a-constant-current-of-2-8-a-exists-in-a-resistor-the-rms-current-is-1-2-8-a-2-about-2-a-3-1-4-a-4-undefined-for-a-direct-current-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTg3-an-inductor-a-resistor-and-a-capacitor-are-joined-in-series-with-an-ac-source-as-the-frequency-of-the-source-is-slightly-increased-from-a-very-low-value-the-reactance-a-of-the-inductor-increases-b-of https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTg4-the-reactance-of-a-circuit-connected-to-an-ac-circuit-is-zero-it-is-possible-that-the-circuit-contains-a-an-inductor-and-a-capacitor-b-an-inductor-but-no-capacitor-c-a-capacitor-but-no-inductor-d-neit https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTg5-in-an-ac-series-circuit-the-instantaneous-current-is-zero-when-the-instantaneous-voltage-is-maximum-connected-to-the-source-may-be-a-a-pure-inductor-b-pure-capacitor-c-pure-resistor-d-combination-of-a https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTkw-an-inductor-coil-having-some-resistance-is-connected-to-an-ac-source-which-of-the-following-quantities-have-zero-average-value-over-a-cycle-a-current-b-induced-emf-in-the-inductor-c-joule-heat-d-magne https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTkx-the-ac-voltage-across-a-resistance-can-be-measured-using-a-a-potentiometer-b-a-hot-wire-voltmeter-c-a-moving-coil-galvanometer-d-a-moving-magnet-galvanometer-choose-the-correct-option-1-a-b-2-b-only-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTky-to-convert-mechanical-energy-into-electrical-energy-one-can-use-a-dc-dynamo-b-ac-dynamo-c-motor-d-transformer-choose-the-correct-option-1-a-only-2-b-c-3-a-b-4-a-d-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-pb246ODg5NzY-which-of-the-following-combinations-should-be-selected-for-better-tuning-of-an-lcr-circuit-used-for-communication-1-r-20-omega-l-1-5-text-h-c-35-mu-text-f-2-r-25-omega-l-2-5-text-h-c-45-mu-text-f-3-r https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjYzNzYz-the-value-of-the-quality-factor-is-1-lr-lr-lr-2-rc-rc-rc-3-lc-lclc-4-l-r-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjY0Njg3-a-coil-of-40-h-inductance-is-connected-in-series-with-a-resistance-of-8-omega-and-the-combination-is-joined-to-the-terminals-of-a-2-text-v-battery-the-time-constant-of-the-circuit-is-1-1-5-text-s-2-40 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTAwNjg5-in-an-ideal-parallel-lc-circuit-the-capacitor-is-charged-by-connecting-it-to-a-dc-source-which-is-then-disconnected-the-current-in-the-circuit-will-1-become-zero-instantaneously-2-grow-monotonically-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTc3NDU2-for-which-of-the-following-reasons-are-lc-oscillations-not-sustainable-for-long-1-every-inductor-has-some-resistance-2-the-effect-of-resistance-is-to-introduce-a-damping-effect-on-the-charge-current-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzA2NTc3-the-magnetic-field-energy-in-an-inductor-changes-from-maximum-value-to-minimum-value-in-5-0-ms-when-connected-to-an-ac-source-the-frequency-of-the-source-is-1-20-hz-2-50-hz-3-200-hz-4-500-hz-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MjUxMDU3-a-condenser-of-capacity-c-is-charged-to-a-potential-difference-of-v1-the-plates-of-the-condenser-are-then-connected-to-an-ideal-inductor-of-inductance-l-the-current-through-the-inductor-when-the-poten https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MTQ0OTAy-the-natural-frequency-of-the-circuit-shown-in-the-figure-is-1-12-lc12-lc-2-1-lc1-lc-3-2-lc2-lc-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjk5MjE3-a-resistor-of-40-omega-is-connected-to-the-secondary-of-a-step-down-transformer-with-an-input-voltage-of-200-text-v-and-an-output-of-20-text-v-across-the-secondary-the-resistance-as-seen-in-the-primar https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzM1MjA4-in-an-text-ac-circuit-the-power-dissipated-in-a-resistance-is-found-to-p-1-when-a-source-voltage-of-v-1-is-connected-across-it-if-the-same-resistance-is-connected-in-series-with-a-capacitance-and-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIyNzg2-an-alternating-text-emf-v-0-sin-omega-t-is-applied-between-the-two-ends-a-b-of-the-circuit-shown-below-the-current-through-c-has-the-same-rms-value-as-that-through-r-the-rms-value-of-the-current-flowi https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzM4MzQ1-when-an-ac-supply-of-100-v-rms-50-hz-is-applied-across-an-inductor-l-a-current-of-20-a-rms-flows-and-if-the-same-voltage-is-applied-across-a-capacitor-c-the-same-current-of-20-a-rms-flows-a-circuit-is https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIyODAz-an-rc-circuit-is-connected-to-a-10-v-ac-source-and-it-is-observed-to-supply-a-200-ma-current-at-a-frequency-of-100-khz-the-same-resistance-is-now-paired-with-an-inductor-l-in-series-and-the-same-sourc https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIyNzg5-the-rms-voltage-across-the-inductor-is-twice-that-across-the-capacitor-while-the-applied-rms-voltage-across-the-entire-combination-i-e-v-ax-is-v-r-the-rms-voltage-across-the-capacitor-is-1-dfrac-v-r-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzM2Njg5-an-alternating-current-given-by-i-i-0-sin-omega-t-i-0-cos-omega-t-flows-through-a-circuit-the-rms-current-is-1-i-0-2-dfrac-i-0-sqrt2-3-sqrt2i-0-4-zero-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzMxOTIx-in-which-of-the-following-cases-is-the-rms-voltage-equal-to-the-maximum-voltage-in-magnitude-a-b-c-1-a-2-a-b-3-a-b-c-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzIyNzg0-sinusoidal-voltages-are-applied-at-x-and-y-so-that-the-currents-flowing-into-the-capacitor-at-x-and-into-the-resistor-at-y-are-equal-and-out-of-phase-with-each-other-the-rms-values-of-the-voltages-acr https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzUwMDEx-in-an-lcr-series-circuit-the-potential-difference-across-each-element-is-initially-60-text-v-now-the-value-of-resistance-alone-is-doubled-then-the-potential-drops-across-r-l-and-c-respectively-are-1-6 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzI2MTAz-the-end-b-of-the-circuit-is-earthed-v-b-0-while-a-sinusoidal-voltage-is-applied-at-a-v-a-v-0-sin-omega-t-the-rms-voltage-across-the-capacitor-c-equals-that-across-the-upper-resistor-r-as-shown-in-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTg4ODQx-the-figure-given-below-shows-an-lcr-series-circuit-with-two-switches-s-1-and-s-2-when-switch-s-1-is-closed-keeping-s-2-open-the-phase-difference-phi-between-the-current-and-source-voltage-is-30-circ-a https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTg5NzQ4-an-inductor-of-inductance-10-text-mh-having-resistance-of-100-omega-is-connected-to-battery-of-emf-1-text-v-through-a-switch-as-shown-in-the-figure-below-after-switch-is-closed-the-ratio-of-instantane https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTg5NzY1-a-lcr-series-circuit-driven-with-e-r-m-s-90-text-v-at-frequency-f-d-30-text-hz-has-resistance-r-80-omega-an-inductance-with-inductive-reactance-x-l-20-0-omega-and-capacitance-with-capacitive-reactance https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTg5NzAx-an-a-c-source-of-angular-frequency-omega-is-connected-across-a-resistor-r-and-a-capacitor-c-in-series-the-current-is-observed-as-i-now-the-frequency-of-the-source-is-changed-to-dfrac-omega-4-keeping-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTg5MjAx-a-series-lcr-circuit-with-r-20-omega-l-1-6-text-h-and-c-40-mu-text-f-is-connected-to-a-variable-frequency-a-c-source-the-inductive-reactance-at-resonant-frequency-is-in-omega-1-200-2-450-3-100-4-150-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTg5ODE0-an-inductor-of-10-text-mh-capacitor-of-0-1-mu-text-f-and-a-resistor-of-100-omega-are-connected-in-series-across-an-ac-power-supply-220-text-v-70-text-hz-the-power-factor-of-the-given-circuit-is-0-5-th https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTgxMjU0-a-capacitor-c-is-first-charged-fully-with-potential-difference-of-v-0-and-disconnected-from-the-battery-the-charged-capacitor-is-connected-across-an-inductor-having-inductance-l-in-t-s-25-of-the-initi https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTgwODM4-figure-shows-the-circuit-that-contains-three-resistances-9-omega-each-and-two-inductors-4-text-mh-each-the-reading-of-ammeter-at-the-moment-switch-k-is-turned-on-is-in-text-a-1-1-2-zero-3-3-4-2-1-2-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTgxMjE2-using-a-variable-frequency-a-c-voltage-source-the-maximum-current-measured-in-the-given-lcr-circuit-is-50-text-ma-for-v-5-sin-100t-the-values-of-l-and-r-are-shown-in-the-figure-the-capacitance-of-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTgxOTU3-for-the-series-text-l-text-c-text-r-circuit-connected-with-220-text-v-50-text-hz-text-a-c-source-as-shown-in-the-figure-the-power-factor-is-dfrac-a-10-the-value-of-a-is-1-4-2-10-3-6-4-8-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTgxOTk4-the-electric-current-in-the-circuit-is-given-as-i-i-0-t-t-the-r-m-s-current-for-the-period-t-0-to-t-t-is-1-dfrac-i-0-sqrt-2-2-i-0-3-dfrac-i-0-sqrt-6-4-dfrac-i-0-sqrt-3-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTgyNTg4-an-inductor-stores-16-text-j-of-magnetic-field-energy-and-dissipates-32-text-w-of-thermal-energy-due-to-its-resistance-when-an-a-c-current-of-2-text-a-rms-and-frequency-50-hz-flows-through-it-the-rati https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTQxMDgw-an-inductor-of-self-inductance-1-text-h-is-connected-in-series-with-a-resistor-of-100-pi-omega-and-an-ac-supply-of-100-pi-text-v-50-text-hz-maximum-current-flowing-in-the-circuit-is-in-a-1-1-2-10-3-6 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTQwOTY4-an-alternating-current-is-represented-by-the-equation-i-100-sqrt-2-sin-100-pi-t-ampere-the-text-rms-value-of-current-and-the-frequency-of-the-given-alternating-current-are-1-100-text-a-50-text-hz-2-10 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTQwOTIy-an-electric-bulb-rated-as-100-text-w-text-220-text-v-is-connected-to-an-ac-source-of-rms-voltage-220-text-v-the-peak-value-of-current-through-the-bulb-is-1-0-45-text-a-2-0-32-text-a-3-0-64-text-a-4-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTQwODY2-an-inductor-of-reactance-100-a-capacitor-of-reactance-50-and-a-resistor-of-resistance-50-are-connected-in-series-with-an-ac-source-of-10-text-v-50-text-hz-the-average-power-dissipated-by-the-circuit-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTQwNzY1-for-ac-circuit-shown-in-figure-r-100-text-k-omega-and-c-100-text-pf-and-the-phase-difference-between-v-text-in-and-left-v-b-v-a-right-is-90-circ-the-input-signal-frequency-is-10-x-text-rad-sec-where-x https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTQwNzI2-an-ac-current-is-represented-as-i-5-2-10-cos-650-t-6-text-a-the-rms-value-of-the-current-is-1-10-text-a-2-5-sqrt-2-text-a-3-50-text-a-4-100-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTM1OTkx-in-a-series-lcr-circuit-a-resistor-of-300-omega-a-capacitor-of-25-text-nf-and-an-inductor-of-100-text-mh-are-used-for-maximum-current-in-the-circuit-the-angular-frequency-of-the-ac-source-is-1-7-times https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTM1Nzg0-an-alternating-current-is-given-by-i-i-a-sin-omega-t-i-b-cos-omega-t-the-rms-current-will-be-1-dfrac-sqrt-i-a-2-i-b-2-2-2-dfrac-left-i-a-i-b-right-sqrt-2-3-sqrt-i-a-2-i-b-2-4-sqrt-dfrac-i-a-2-i-b-2-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTM1NzM1-given-below-are-two-statements-assertion-a-choke-coil-is-simply-a-coil-having-a-large-inductance-but-a-small-resistance-choke-coils-are-used-with-fluorescent-mercury-tube-fittings-if-household-electri https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTM1NzI1-a-series-lcr-circuit-is-connected-to-an-alternating-source-of-emf-e-the-current-amplitude-at-the-resonant-frequency-is-i-0-if-the-value-of-resistance-r-becomes-twice-its-initial-value-then-the-amplitu https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTIxNDUy-a-text-lcr-circuit-is-at-resonance-for-a-capacitor-mathrm-c-inductance-mathrm-l-and-resistance-mathrm-r-now-the-value-of-resistance-is-halved-keeping-all-other-parameters-same-the-current-amplitude-at https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTIxMjc5-match-list-i-with-list-ii-list-i-list-ii-a-purely-capacitive-circuit-i-b-purely-inductive-circuit-ii-c-lcr-series-at-resonance-iii-d-lcr-series-circuit-iv-choose-the-correct-answer-from-the-options-gi https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTIwODY5-a-capacitor-of-reactance-4-sqrt-3-omega-and-a-resistor-of-resistance-4-omega-are-connected-in-series-with-an-ac-source-of-peak-value-8-sqrt-2-mathrm-v-the-power-dissipation-in-the-circuit-is-text-w-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTIwNTI4-when-a-coil-is-connected-across-a-20-text-v-dc-supply-draws-a-current-of-5-text-a-when-it-is-connected-across-20-text-v-50-text-hz-ac-supply-it-draws-a-current-of-4-text-a-the-self-inductance-of-the-c https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTIwMzI4-a-bulb-and-a-capacitor-are-connected-in-series-across-an-ac-supply-a-dielectric-is-then-placed-between-the-plates-of-the-capacitor-the-glow-of-the-bulb-1-remains-same-2-decrease-3-increase-4-becomes-z https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTE5OTIw-for-a-given-series-lcr-circuit-it-is-found-that-he-maximum-current-is-drawn-when-the-value-of-variable-capacitance-is-2-5-text-nf-if-resistance-of-200-omega-and-100-text-mh-an-inductor-is-being-used-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTE3NTg4-when-a-dc-voltage-of-100-text-v-is-applied-to-an-inductor-a-dc-current-of-5-text-a-flows-through-it-when-an-ac-voltage-of-200-text-v-peak-value-is-connected-to-the-inductor-its-inductive-reactance-is https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NTE3NTU1-given-below-are-two-statements-statement-i-in-an-lcr-series-circuit-current-is-maximum-at-resonance-statement-ii-current-in-a-purely-resistive-circuit-can-never-be-less-than-that-is-a-series-lcr-circu https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4MzEz-the-efficiency-of-a-transformer-is-80-the-input-voltage-is-10-text-volts-and-input-power-is-4-text-kw-then-the-output-current-if-the-output-voltage-is-240-text-volts-is-1-dfrac-40-3-text-a-2-dfrac-20 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU2NDg4-if-a-series-ac-circuit-has-l-dfrac-1-10-pi-text-h-c-dfrac-1-1000-pi-text-f-r-10-omega-and-is-powered-by-a-220-text-v-50-text-hz-source-what-is-the-power-factor-1-0-75-2-0-5-3-1-4-none-of-the-above-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU1Njgy-a-capacitor-having-capacitance-of-100-mu-text-f-is-charged-with-a-potential-difference-of-12-text-v-is-connected-to-an-inductor-of-inductance-10-text-mh-then-the-maximum-current-through-the-inductor-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU1NjQ1-an-ac-circuit-with-source-voltage-varepsilon-20-sin-1000t-is-connected-to-a-series-l-text-r-circuit-whose-power-factor-is-dfrac-1-sqrt2-if-e-25-sin-2000t-then-the-new-power-factor-is-1-dfrac-2-sqrt5-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU1MzI1-the-voltage-across-a-5-omega-resistor-is-given-as-v-200-text-sin-100-pi-t-find-out-the-time-required-for-current-through-it-to-change-from-frac-i-0-2-to-i-0-i-0-is-peak-current-1-frac-1-300-text-s-2-f https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU0OTEw-in-a-series-lcr-circuit-connected-to-an-text-ac-source-the-value-of-the-elements-are-l-0-c-0-and-r-0-such-that-the-circuit-is-in-resonance-mode-if-now-capacity-of-the-capacitor-is-made-4c-0-then-the-n https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU0NDA0-a-capacitive-ac-circuit-is-given-the-rms-value-of-the-current-is-1-22-text-ma-2-28-text-ma-3-44-text-ma-4-48-text-ma-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU0Mzc3-a-heater-with-a-rating-1000-mathrm-w-100-mathrm-v-is-connected-to-an-ac-source-in-series-with-an-inductor-of-reactance-of-10-omega-as-shown-in-the-figure-the-power-dissipated-in-the-heater-is-1-500-sq https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU0Mzc1-the-average-power-in-an-electric-circuit-if-the-source-voltage-v-20-sin-100-omega-t-and-current-in-the-circuit-i-2-sin-left-100-omega-t-frac-pi-3-right-is-1-10-text-w-2-20-text-w-3-5-text-w-4-15-5-tex https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDU0MzMz-in-the-given-text-ac-circuit-consisting-a-resistor-r-and-an-inductor-l-and-source-emf-two-voltmeter-v-1-text-and-v-2-are-connected-as-shown-if-v-2-36-volts-then-the-inductance-of-the-inductor-is-resis https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDQwMjcy-the-current-i-up-to-the-nearest-integer-in-the-given-circuit-is-1-20-text-a-2-10-text-a-3-40-text-a-4-30-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDM4MDY1-an-alternating-voltage-is-applied-to-a-series-lcr-circuit-as-shown-in-the-figure-the-current-of-the-circuit-is-1-20-text-a-2-30-text-a-3-40-text-a-4-10-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDM3OTgz-in-the-lcr-series-ac-circuit-as-given-the-voltage-across-the-capacitor-is-1-25-sqrt-8-text-v-2-40-sqrt-2-text-v-3-50-sqrt-3-text-v-4-18-sqrt-2-text-v-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDM3OTQx-the-circuit-in-which-the-phase-between-maximum-current-i-max-and-maximum-voltage-v-max-is-frac-pi-2-a-l-text-circuit-b-r-text-circuit-c-c-text-circuit-d-lc-text-circuit-1-a-b-c-2-a-c-d-3-b-c-4-c-d-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDM3OTE1-instantaneous-current-in-a-circuit-is-i-t-left-6-sqrt-54-sin-left-2-pi-t-frac-pi-3-right-right-mathrm-a-the-rms-value-of-the-current-is-1-2-sqrt-6-text-a-2-7-text-a-3-3-sqrt-7-text-a-4-6-sqrt-2-text-a https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3Nzky-for-the-given-figures-choose-the-correct-options-1-the-rms-current-in-mathrm-figure-a-is-always-equal-to-that-in-mathrm-figure-b-2-at-resonance-the-current-in-mathrm-b-is-less-than-that-in-mathrm-a-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY3MTMw-consider-the-following-statements-statement-1-an-lcr-circuit-connected-to-an-ac-source-has-maximum-average-power-at-resonance-statement-2-a-resistor-only-circuit-with-zero-phase-difference-has-maximum https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY2Njk0-in-an-lc-oscillating-circuit-with-l-75-mh-and-c-30-mu-f-the-maximum-charge-of-capacitor-is-2-7-times-10-4-c-maximum-current-through-the-circuit-will-be-1-0-18-text-amp-2-0-24-text-amp-3-0-72-text-amp https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY2NjM4-given-below-are-two-statements-statement-i-in-a-purely-inductive-circuit-the-average-power-consumed-is-very-high-statement-ii-in-a-purely-inductive-circuit-only-resonance-can-be-achieved-1-both-statem https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzYzMzQw-what-would-be-the-ratio-between-bandwidth-and-quality-factor-for-the-following-circuit-1-1-3-2-1-8-3-1-16-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzYzMzEy-consider-the-following-two-circuit-if-omega-1-and-omega-2-are-resonance-frequencies-of-the-two-circuits-then-frac-omega-1-omega-2-equal-to-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzYzMjk3-in-a-series-rlc-circuit-r-80-omega-x-l-100-omega-x-c-40-omega-if-the-source-voltage-is-2500-cos-628-t-v-the-peak-current-is-equal-to-1-5-a-2-25-a-3-10-a-4-12-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzYzMTUz-if-an-insulator-with-inductive-reactance-x-l-r-is-connected-in-series-with-resistance-r-across-an-a-c-voltage-the-power-factor-comes-out-to-be-p-1-now-if-a-capacitor-with-capacitive-reactance-x-c-r-is https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzY3NDM5-statement-i-in-lcr-circuit-by-increasing-frequency-current-increases-first-then-decreases-statement-ii-power-factor-of-lcr-circuit-is-one-choose-the-correct-option-1-statement-i-is-correct-and-stateme https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzYzMTM5-in-the-ac-circuit-shown-in-the-figure-the-value-of-i-rms-is-equal-to-1-2-a-2-2-sqrt-2-a-3-4-a-4-sqrt-2-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzYzMDUy-for-the-given-lcr-series-circuit-x-l-130-omega-x-c-80-omega-and-r-80-omega-the-value-of-the-power-factor-of-the-circuit-is-1-dfrac-sqrt-54-9-2-dfrac-8-sqrt-89-3-dfrac-8-13-4-dfrac-7-9-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2ODk1-in-the-given-circuit-the-magnitude-of-v-l-and-v-c-are-twice-that-of-v-r-given-that-f-50-text-hz-the-inductance-of-the-coil-is-frac-1-k-pi-text-mh-the-value-of-k-is-1-1-2-3-3-0-4-4-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2NzYz-a-telegraph-line-of-length-100-text-km-has-a-capacity-of-0-01-mu-text-f-km-and-it-carries-an-alternating-current-at-0-5-kilocycle-per-second-if-the-minimum-impedance-is-required-then-the-value-of-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2NzU3-an-ac-source-is-connected-to-an-inductance-of-100-text-mh-a-capacitance-of-100-mu-text-f-and-resistance-of-120-omega-as-shown-in-the-figure-the-time-in-which-the-resistance-having-a-thermal-capacity-o https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2MTIx-a-220-text-v-50-text-hz-ac-source-is-connected-to-a-25-text-v-5-text-w-lamp-and-an-additional-resistance-r-in-series-as-shown-in-the-figure-to-run-the-lamp-at-its-peak-brightness-then-the-value-of-r-i https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ2MDMx-a-110-text-v-50-text-hz-ac-source-is-connected-in-the-circuit-as-shown-in-the-figure-the-current-through-the-resistance-55-omega-at-resonance-in-the-circuit-will-be-1-2-text-a-2-5-text-a-3-0-text-a-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1ODEz-if-wattless-current-flows-in-the-ac-circuit-then-the-circuit-is-1-purely-resistive-circuit-2-purely-inductive-circuit-3-lcr-series-circuit-4-rc-series-circuit-only-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1ODA2-match-list-i-with-list-ii-list-i-list-ii-a-ac-generator-i-detects-the-presence-of-current-in-the-circuit-b-galvanometer-ii-converts-mechanical-energy-into-electrical-energy-c-transformer-iii-works-on https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1NzE1-given-below-are-two-statements-statement-i-the-reactance-of-an-ac-circuit-is-zero-it-is-possible-that-the-circuit-contains-a-capacitor-and-an-inductor-statement-ii-in-an-ac-circuit-the-average-power-d https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1NjQy-as-shown-in-the-figure-an-inductor-of-inductance-200-mh-is-connected-to-an-ac-source-of-emf-220-v-and-frequency-50-hz-the-instantaneous-voltage-of-the-source-is-0-v-when-the-peak-value-of-the-current https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1NjE1-a-capacitor-of-capacitance-500-mu-f-is-charged-completely-using-a-dc-supply-of-100-v-it-is-now-connected-to-an-inductor-of-inductance-50-mh-to-form-an-text-lc-circuit-the-maximum-current-in-the-text-l https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1NTgx-a-circuit-element-x-when-connected-to-an-ac-supply-of-peak-voltage-100-v-gives-a-peak-current-of-5-a-which-is-in-phase-with-the-voltage-a-second-element-y-when-connected-to-the-same-ac-supply-also-giv https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQ1Mzk3-an-inductor-of-0-5-mh-a-capacitor-of-200-mu-text-f-and-a-resistor-of-2-omega-are-connected-in-series-with-a-220-v-ac-source-if-the-current-is-in-phase-with-the-emf-the-frequency-of-the-ac-source-will https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzNzE5-for-a-series-lcr-circuit-i-vs-omega-curve-is-shown-a-to-the-left-of-omega-r-the-circuit-is-mainly-capacitive-b-to-the-left-of-omega-r-the-circuit-is-mainly-inductive-c-at-omega-r-the-impedance-of-the https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzNjY2-the-frequencies-at-which-the-current-amplitude-in-an-lcr-series-circuit-becomes-1-over-sqrt-2-times-its-maximum-value-are-212-rad-s-1-and-232-rad-s-1-the-value-of-resistance-in-the-circuit-is-r-5-omeg https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzNjU2-the-equation-of-current-in-a-purely-inductive-circuit-is-5-sin-49-pi-t-30-circ-if-the-inductance-is-30-mh-then-the-equation-for-the-voltage-across-the-inductor-will-be-left-text-let-pi-22-over-7-right https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzNjI2-a-series-lcr-circuit-has-l-0-01-text-h-r-10-omega-text-and-c-1-mu-text-f-and-it-is-connected-to-an-ac-voltage-of-amplitude-v-m-50-v-at-a-frequency-60-lower-than-resonant-frequency-the-amplitude-of-cur https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzNTM0-to-light-a-50-w-100-v-lamp-is-connected-in-series-with-a-capacitor-of-capacitance-frac-50-pi-sqrt-x-mu-text-f-with-200-v-50-hz-ac-source-the-value-of-x-will-be-1-3-2-6-3-9-4-1-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzNTI0-a-direct-current-of-4-a-and-an-alternating-current-of-peak-value-4-a-flow-through-resistance-of-3-omega-and-2-omega-respectively-the-ratio-of-heat-produced-in-the-two-resistances-in-same-interval-of-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzMzk4-in-the-given-circuit-what-will-be-the-effective-current-i-when-the-frequency-is-very-high-1-40-a-2-24-a-3-36-a-4-44-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzMzc0-in-a-series-lr-circuit-x-l-r-and-power-factor-of-the-circuit-is-p-1-when-capacitor-with-capacitance-c-such-that-x-l-x-c-is-put-in-series-the-power-factor-becomes-p-2-the-ratio-p-1-over-p-2-is-1-1-over https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzMzM1-when-you-walk-through-a-metal-detector-carrying-a-metal-object-in-your-pocket-it-raises-an-alarm-this-phenomenon-works-on-1-resonance-in-ac-circuits-2-mutual-induction-in-ac-circuits-3-interference-of https://medminds.me/qbank/physics/alternating-current/?q=NP-b246MzQzMjk2-to-increase-the-resonant-frequency-in-series-lcr-circuit-1-source-frequency-should-be-increased-2-another-resistance-should-be-added-in-series-with-the-first-resistance-3-another-capacitor-should-be-a https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc5MDY0-a-series-lcr-circuit-driven-by-300-text-v-at-a-frequency-of-50-text-hz-contains-a-resistance-r-3-text-k-omega-an-inductor-of-inductive-reactances-x-l-250-pi-omega-and-an-unknown-capacitor-the-value-of https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc5MDYx-in-the-given-circuit-the-ac-source-has-omega-100-text-rad-s-1-considering-the-inductor-and-capacitor-to-be-ideal-what-will-be-the-current-i-flowing-through-the-circuit-1-5-9-text-a-2-3-16-text-a-3-6-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc5MDYw-an-inductor-coil-stores-64-text-j-of-magnetic-field-energy-and-dissipates-energy-at-the-rate-of-640-text-w-when-a-current-of-8-text-a-is-passed-through-it-if-this-coil-is-joined-across-an-ideal-batter https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc5MDMw-given-the-two-circuits-shown-in-figures-mathrm-a-and-mathrm-b-then-the-frequency-at-which-the-average-power-dissipated-over-one-cycle-will-be-the-same-in-both-circuits-is-1-200-text-rad-s-2-500-text-r https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc5MDAx-a-10-omega-resistance-is-connected-across-220-text-v-text-50-text-hz-text-ac-supply-the-time-taken-by-the-current-to-change-from-its-maximum-value-to-the-rms-value-is-1-2-5-text-ms-2-4-5-text-ms-3-3-0 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4OTg4-an-inductor-of-10-text-mh-is-connected-to-a-20-text-v-battery-through-a-resistor-of-10-text-k-omega-and-a-switch-after-a-long-time-when-the-maximum-current-is-set-up-in-the-circuit-the-current-is-swit https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4Nzk5-in-a-series-lcr-circuit-the-inductive-reactance-x-l-text-is-10-omega-and-the-capacitive-reactance-x-c-text-is-4-omega-the-resistance-r-in-the-circuit-is-6-omega-the-power-factor-of-the-circuit-is-1-fr https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4NzI1-the-time-taken-for-the-magnetic-energy-to-reach-25-of-its-maximum-value-when-the-solenoid-of-resistance-r-inductance-l-is-connected-to-a-battery-is-1-frac-l-r-text-ln-2-2-frac-l-r-text-ln-10-3-text-in https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4Mzg0-for-a-series-lcr-circuit-with-r-100-omega-l-0-5-text-mh-and-c-0-1-text-pf-connected-across-220-text-v-text-50-text-hz-ac-supply-the-phase-angle-between-current-and-supplied-voltage-and-the-nature-of-t https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4Mzc3-in-a-series-lcr-resonance-circuit-if-we-change-the-resistance-only-from-a-lower-to-a-higher-value-1-the-quality-factor-will-increase-2-the-resonance-frequency-will-increase-3-the-quality-factor-and-th https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4Mjk5-an-ac-circuit-has-an-inductor-and-a-resistor-of-resistance-r-in-series-such-that-x-l-3r-now-a-capacitor-is-added-in-series-such-that-x-c-2r-the-ratio-of-the-new-power-factor-to-the-old-power-factor-of https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4MjE4-a-100-omega-resistance-a-0-1-mu-text-f-capacitor-and-an-inductor-are-connected-in-series-across-a-250-text-v-supply-at-variable-frequency-then-the-value-of-the-inductance-of-the-inductor-at-which-reso https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4MTg0-consider-an-electrical-circuit-containing-a-two-way-switch-s-initially-s-is-open-and-then-t-1-is-connected-to-t-2-as-the-current-in-r-6-omega-attains-a-maximum-value-of-steady-state-level-t-1-is-disco https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4MTMy-a-0-07-text-h-inductor-and-a-12-omega-resistor-are-connected-in-series-to-a-220-mathrm-v-5-mathrm-hz-ac-source-the-approximate-current-in-the-circuit-and-the-phase-angle-between-the-current-and-source https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4MDk0-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-omega-l-frac-1-omega-c-mathrm-i-the-current-is-in-phase-with-emf-mathrm-b-omega-l-frac-1-omega-c-mathrm-ii-the-current-lags-behind-the-applied-emf-mat https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4MDg3-an-ac-circuit-consists-of-a-capacitor-c-connected-to-an-alternating-voltage-source-generator-with-emf-e-e-g-sin-omega-t-let-v-c-represent-the-voltage-across-the-capacitor-and-i-c-represent-the-current https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4MDYx-in-an-lcr-series-circuit-an-inductor-30-text-mh-and-a-resistor-1-omega-are-connected-to-an-ac-source-of-angular-frequency-300-text-rad-s-the-value-of-capacitance-for-which-the-current-leads-the-voltag https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3OTcw-in-an-ac-circuit-an-inductor-a-capacitor-and-a-resistor-are-connected-in-series-with-x-l-text-r-text-x-c-the-impedance-of-this-circuit-is-1-2-r-2-zero-3-r-sqrt-2-4-r-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3ODI2-the-alternating-current-is-given-by-i-left-sqrt-42-sin-left-frac-2-pi-t-t-right-10-right-a-the-text-rms-value-of-this-current-is-1-7-text-a-2-9-text-a-3-11-text-a-4-13-text-a-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3Nzk4-match-list-i-with-list-ii-list-i-list-ii-a-the-phase-difference-between-current-and-voltage-in-a-purely-resistive-ac-circuit-i-frac-pi-2-current-leads-voltage-b-the-phase-difference-between-current-an https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3NzY0-what-happens-to-the-inductive-reactance-and-the-current-in-a-purely-inductive-circuit-if-the-frequency-is-halved-1-both-inducting-reactance-and-current-will-be-doubled-2-inductive-reactance-will-be-ha https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3NjM4-for-the-given-circuit-comment-on-the-type-of-transformer-used-1-step-down-transformer-2-auxiliary-transformer-3-step-up-transformer-4-auto-transformed-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3NTcz-an-ac-current-is-given-by-i-i-1-sin-omega-t-i-2-cos-omega-t-a-hot-wire-ammeter-will-give-a-reading-1-frac-i-1-i-2-2-sqrt-2-2-sqrt-frac-i-1-2-i-2-2-2-3-frac-i-1-i-2-sqrt-2-4-sqrt-frac-i-1-2-i-2-2-2-1-2 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3NDQ1-a-sinusoidal-voltage-of-peak-value-250-text-v-is-applied-to-a-series-lcr-circuit-in-which-r-9-omega-l-24-text-mh-and-c-60-mu-text-f-the-value-of-power-dissipated-at-the-resonant-condition-is-1-4-text https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5NDI2-find-the-peak-current-and-resonant-frequency-of-the-following-circuit-as-shown-in-the-figure-1-0-2-a-and-50-hz-2-0-2-a-and-100-hz-3-2-a-and-100-hz-4-2-a-and-50-hz-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5Mjc2-a-transmitting-station-releases-waves-of-wavelength-960-text-m-a-capacitor-of-2-56-mu-f-is-used-in-the-resonant-circuit-the-self-inductance-of-the-coil-necessary-for-resonance-is-1-10-times-10-8-mathr https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5MjAx-the-angular-frequency-of-alternating-current-in-a-l-text-c-text-r-circuit-is-100-rad-s-the-components-connected-are-shown-in-the-figure-find-the-value-of-the-inductance-of-the-coil-and-the-capacity-of https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5MTMz-a-series-lcr-circuit-is-designed-to-resonate-at-an-angular-frequency-omega-0-10-5-mathrm-rad-s-the-circuit-draws-16-w-power-from-120-v-source-at-resonance-the-value-of-resistance-r-in-the-circuit-is-1 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5MDMy-in-a-series-lcr-resonant-circuit-the-quality-factor-q-at-resonance-is-measured-as-100-the-inductance-l-is-increased-two-fold-l-2l-and-the-resistance-r-is-decreased-two-fold-left-r-frac-r-2-right-while https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc4OTQ2-a-resonance-circuit-having-inductance-and-resistance-2-times-10-4-h-and-6-28-omega-respectively-oscillates-at-10-mhz-frequency-the-value-of-quality-factor-of-this-resonator-is-pi-3-14-1-1000-2-2000-3 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc4ODc4-an-lcr-circuit-contains-resistance-of-110-omega-and-a-supply-of-220-v-at-300-rad-s-angular-frequency-if-only-capacitance-is-removed-from-the-circuit-current-lags-behind-the-voltage-by-45-circ-if-on-th https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4NDY0-as-shown-in-the-figure-a-battery-of-emf-e-is-connected-to-an-inductor-l-and-resistance-r-in-series-the-switch-is-closed-at-t-0-the-total-charge-that-flows-from-the-battery-between-t-0-and-t-t-c-where https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5MjEz-an-ac-circuit-has-r-100-omega-c-2-mu-text-f-l-80-text-mh-connected-in-series-the-quality-factor-of-the-circuit-is-1-0-5-2-20-3-2-4-400-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5MTA0-in-a-series-lr-circuit-a-power-of-400-w-is-dissipated-from-a-source-of-250-v-and-50-hz-the-power-factor-of-the-circuit-is-0-8-cdot-to-bring-the-power-factor-to-unity-a-capacitor-of-value-left-dfrac-n https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc4NDQ3-a-750-text-hz-20-text-v-rms-source-is-connected-to-a-resistance-of-100-omega-an-inductance-of-0-1803-text-h-and-a-capacitance-of-10-mu-text-f-all-in-series-the-time-in-which-the-resistance-heat-capaci https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc4MjM3-in-the-given-circuit-c-frac-sqrt-3-2-mu-text-f-r-2-20-omega-l-frac-sqrt-3-10-text-h-text-and-r-1-10-omega-text-the-current-in-l-rightarrow-r-1-path-is-i-1-and-c-rightarrow-r-2-path-is-i-2-the-voltage https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3NDA5-a-series-text-ac-circuit-containing-an-inductor-text-20-mh-a-capacitor-120-mu-text-f-and-a-resistor-60-omega-is-driven-by-an-text-ac-source-of-24-text-v-50-text-hz-the-energy-dissipated-in-the-circuit https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3MzY1-a-power-transmission-line-feeds-2300-text-v-to-the-primary-of-a-step-down-transformer-with-4000-turns-the-transformer-delivers-an-output-voltage-of-230-text-v-and-the-current-in-the-primary-is-5-text https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc2ODky-a-transformer-consisting-of-300-turns-in-the-primary-and-150-turns-in-the-secondary-gives-output-power-of-2-2-text-kw-if-the-current-in-the-secondary-coil-is-10-text-a-then-the-input-voltage-and-curre https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc2Njk1-a-circuit-connected-to-an-ac-source-of-emf-varepsilon-varepsilon-0-sin-100t-with-t-in-seconds-gives-a-phase-difference-of-frac-pi-4-between-the-emf-varepsilon-and-current-i-which-of-the-following-circ https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc2NjM0-an-alternating-voltage-v-t-220-sin-100-pi-t-text-volts-is-applied-to-a-purely-resistive-load-of-50-mathrm-omega-the-time-taken-for-the-current-to-rise-from-half-of-the-peak-value-to-the-peak-value-is https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5MDE3-for-an-lcr-circuit-driven-with-voltage-of-amplitude-v-m-and-frequency-omega-0-frac-1-sqrt-lc-the-current-exhibits-resonance-the-quality-factor-q-is-given-by-1-frac-omega-0-l-r-2-frac-omega-0r-l-3-frac https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3MjUx-a-sinusoidal-voltage-of-peak-value-283-text-v-and-angular-frequency-320-text-s-1-is-applied-to-a-series-lcr-circuit-given-that-r-5-omega-l-25-text-mh-and-c-1000-mu-text-f-the-total-impedance-and-phase https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5OTEw-an-arc-lamp-requires-a-direct-current-of-10-text-a-at-80-text-v-to-function-if-it-is-connected-to-a-220-text-v-rms-50-text-hz-ac-supply-the-series-inductor-needed-for-it-to-work-is-close-to-1-80-text https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc3MDIw-in-the-given-circuits-a-and-b-switches-s-1-and-s-2-are-closed-at-t-0-and-are-kept-closed-for-a-long-time-the-variation-of-currents-in-the-two-circuits-for-t-geq0-are-roughly-shown-by-figures-are-schem https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc2OTY3-the-ac-voltage-across-a-resistance-can-be-measured-using-a-1-hot-wire-voltmeter-2-moving-coil-galvanometer-3-potential-coil-galvanometer-4-moving-magnet-galvanometer-1-2-3-4 https://medminds.me/qbank/physics/alternating-current/?q=NP-b246NDc2ODgz-for-the-lcr-circuit-shown-here-the-current-is-observed-to-lead-the-applied-voltage-an-additional-capacitor-c-when-joined-with-the-capacitor-c-present-in-the-circuit-makes-the-power-factor-of-the-circu https://medminds.me/qbank/physics/alternating-current/?q=NP-b246Mjc5NzYx-a-lcr-circuit-is-equivalent-to-a-damped-pendulum-in-an-lcr-circuit-the-capacitor-is-charged-to-q-0-and-then-connected-to-the-l-and-r-as-shown-below-if-a-student-plots-graphs-of-the-square-of-maximum-c https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzODI-the-diagram-shows-the-energy-levels-for-an-electron-in-a-certain-atom-which-transition-shown-represents-the-emission-of-a-photon-with-the-most-energy-1-mathrm-i-2-mathrm-ii-3-mathrm-iii-4-mathrm-iv-1 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzODM-what-is-the-kinetic-energy-of-the-electron-in-an-orbit-of-radius-r-in-the-hydrogen-atom-e-electronic-charge-1-dfrac-k-e-2-r-2-2-dfrac-k-e-2-2-r-3-dfrac-k-e-2-r-4-dfrac-k-e-2-2-r-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzODQ-what-happens-whenever-a-hydrogen-atom-emits-a-photon-in-the-balmer-series-1-it-may-emit-another-photon-in-the-balmer-series-2-it-must-emit-another-photon-in-the-lyman-series-3-it-may-emit-another-phot https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzODU-the-ionisation-potential-of-hydrogen-atom-is-1-13-60-volt-2-8-24-volt-3-10-36-volt-4-14-24-bolt-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzODY-which-source-is-associated-with-a-line-emission-spectrum-1-electric-fibre-2-neon-street-sign-3-red-traffic-light-4-sun-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzODc-ionisation-potential-of-hydrogen-atom-is-13-6-ev-hydrogen-atoms-in-the-ground-state-are-excited-by-monochromatic-radiation-of-photon-energy-12-1-ev-according-to-bohr-s-theory-the-spectral-lines-emitte https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzODg-the-frequency-of-the-series-limit-of-the-balmer-series-of-hydrogen-atoms-in-terms-of-the-rydberg-constant-r-and-velocity-of-light-c-is-1-frac-rc-4-2-rc-3-frac-4-rc-4-4rc-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzODk-orbital-acceleration-of-electrons-is-1-frac-n-2h-2-4-pi-2m-2r-3-2-frac-n-2h-2-4n-2r-3-3-frac-4n-2h-2-pi-2m-2r-3-4-frac-4n-2h-2-4-pi-2m-2r-3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzOTA-consider-the-spectral-line-resulting-from-transition-n-2-to-n-1-in-the-atoms-and-ions-given-below-the-shortest-wavelength-is-given-by-1-hydrogen-atom-2-deuterium-3-singly-ionised-helium-4-doubly-ionis https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzOTM-an-945-particle-of-energy-5-mev-is-scattered-through-180-176-by-a-fixed-uranium-nucleus-the-distance-of-closest-approach-is-of-the-order-1-10-10m-2-10-13m-3-10-14m-4-10-16m-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzOTQ-out-of-the-following-which-one-is-not-a-possible-energy-for-a-photon-to-be-emitted-by-hydrogen-atom-according-to-bohr-s-atomic-model-1-13-6-ev-2-0-65-ev-3-1-9-ev-4-11-1-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzOTU-the-energy-of-an-electron-in-an-excited-hydrogen-atom-is-3-4-text-ev-its-angular-momentum-will-be-h-6-626-times-10-34-j-s-1-1-11-times-10-34-text-j-s-2-1-51-times-10-31-text-j-s-3-2-11-times-10-34-tex https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzOTc-as-per-the-bohr-model-the-minimum-energy-in-ev-required-to-remove-the-electron-from-the-ground-state-of-a-double-ionised-lithium-ion-z-3-is-1-1-51-2-13-6-3-40-8-4-122-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzOTg-the-wavelength-of-ka-x-rays-produced-by-an-x-ray-tube-is-0-76-a-8728-find-the-atomic-number-of-the-anode-material-of-the-tube-1-41-2-30-3-20-4-10-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTUzOTk-according-to-bohr-s-theory-the-moment-of-momentum-of-an-electron-revolving-in-second-orbit-of-hydrogen-atom-will-be-1-2-pi-h-2-pi-h-3-frac-h-pi-4-frac-2h-pi-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MDA-the-ionisation-energy-of-a-hydrogen-atom-is-13-6-text-ev-following-bohr-s-theory-what-is-the-energy-corresponding-to-a-transition-between-the-3-th-and-4-th-orbit-1-3-40-text-ev-2-1-51-text-ev-3-0-85-t https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MDI-the-ratio-of-the-energies-of-the-hydrogen-atom-in-its-first-to-second-excited-states-is-1-14-2-49-3-94-4-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MDM-energy-levels-a-b-c-of-a-certain-atom-correspond-to-increasing-values-of-energy-i-e-ea-60-eb-60-ec-if-955-1-955-2-955-3-are-the-wavelengths-of-the-radiation-corresponding-to-the-transitions-c-to-b-b-t https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MDQ-in-the-rutherford-scattering-experiment-what-will-be-the-correct-angle-for-8733-scattering-for-an-impact-parameter-b-0-1-90-8728-2-270-8728-3-0-8728-4-180-8728-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MDU-the-velocity-of-the-electron-in-the-ground-state-h-atom-is-1-2-18-215-105m-s-2-2-18-215-106m-s-3-2-18-215-107m-s-4-2-18-215-108m-s-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MDY-the-element-which-has-k-945-x-ray-line-whose-wavelength-is-0-18-nm-is-1-cobalt-2-xenon-3-copper-4-iron-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MDg-calculate-the-highest-frequency-of-the-emitted-photon-in-the-paschen-series-of-spectral-lines-of-the-hydrogen-atom-1-3-7-215-1014hz-2-9-1-215-1015hz-3-10-23-215-1014hz-4-29-7-215-1015hz-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MDk-the-energy-of-24-6-ev-is-required-to-remove-one-of-the-electrons-from-a-neutral-helium-atom-what-is-the-energy-in-ev-required-to-remove-both-the-electrons-from-a-neutral-helium-atom-1-38-2-2-49-2-3-51 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MTE-which-of-the-following-transitions-gives-photon-of-maximum-energy-1-n-1-to-n-2-2-n-2-to-n-1-3-n-2-to-n-6-4-n-6-to-n-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MTM-hydrogen-atoms-are-excited-from-ground-state-of-the-principal-quantum-number-4-then-the-number-of-spectral-lines-observed-will-be-1-3-2-6-3-5-4-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MTQ-when-electron-jumps-from-n-4-to-n-2-orbit-we-get-2000-1-second-line-of-lyman-series-2-second-line-of-balmer-series-3-second-line-of-paschen-series-4-an-absorption-line-of-balmer-series-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MTY-the-spectrum-obtained-from-a-sodium-vapour-lamp-is-an-example-of-1-band-spectrum-2-continuous-spectrum-3-emission-spectrum-4-absorption-spectrum-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MTc-the-radius-of-a-hydrogen-atom-in-its-ground-state-is-5-3-times-10-11-m-after-collision-with-an-electron-it-is-found-to-have-a-radius-of-21-2-times-10-11-m-what-is-the-principal-quantum-number-n-of-the https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MTg-in-terms-of-bohr-radius-a0-the-radius-of-the-second-bohr-orbit-of-a-hydrogen-atom-is-given-by-1992-1-4a0-2-8a0-3-2a0-4-2a0-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MjA-an-x-ray-tube-is-operating-at-30-kv-then-the-minimum-wavelength-of-the-x-rays-coming-out-of-the-tube-is-1-1-24-a0-2-0-413-a0-3-0-124-a0-4-0-13-a0-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MjE-a-diatomic-molecule-is-made-of-two-masses-m1andm2-which-are-separated-by-a-distance-r-if-we-calculate-its-rotational-energy-by-applying-bohr-s-rule-of-angular-momentum-quantization-its-energy-will-be https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MjI-in-a-hydrogen-atom-which-of-the-following-electronic-transitions-would-involve-the-maximum-energy-change-1-from-n-2-to-n-1-2-from-n-3-to-n-1-3-from-n-4-to-n-2-4-from-n-3-to-n-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MjQ-the-bohr-model-of-the-atom-1-assumes-that-the-angular-momentum-of-electrons-is-quantized-2-uses-einstein-s-photoelectric-equation-3-predicts-continuous-emission-spectra-for-atoms-4-predicts-the-same-e https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MjU-when-a-hydrogen-atom-is-raised-from-the-ground-state-to-excited-state-1-both-ke-and-pe-increase-2-both-ke-and-pe-decrease-3-pe-increases-and-ke-decreases-4-pe-decreases-and-ke-increases-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MjY-the-extreme-wavelengths-of-paschen-series-are-1-0-365-956-m-and-0-565-956-m-2-0-818-956-m-and-0-189-956-m-3-1-45-956-m-and-4-04-956-m-4-2-27-956-m-and-7-43-956-m-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0Mjc-a-hydrogen-atom-is-in-an-excited-state-of-principal-quantum-number-n-it-emits-a-photon-of-wavelength-lambda-when-it-returns-to-the-ground-state-the-value-of-n-is-1-sqrt-frac-lambda-r-lambda-r-1-2-sqrt https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0Mjg-consider-an-electron-in-the-n-mathrm-th-orbit-of-a-hydrogen-atom-in-the-bohr-model-the-circumference-of-the-orbit-can-be-expressed-in-terms-of-the-de-broglie-wavelength-lambda-of-that-electron-as-1-0 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0Mjk-in-the-bohr-s-model-of-a-hydrogen-atom-the-centripetal-force-is-furnished-by-the-coulomb-attraction-between-the-proton-and-the-electron-if-alpha-0-is-the-radius-of-the-ground-state-orbit-m-is-the-mass https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MzA-the-ground-state-energy-of-h-atom-is-13-6-ev-the-energy-needed-to-ionise-h-atom-from-its-second-excited-state-1991-1-1-51-ev-2-3-4-ev-3-13-6-ev-4-12-1-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MzI-the-given-diagram-indicates-the-energy-levels-of-a-certain-atom-when-the-system-moves-from-the-2e-level-to-e-a-photon-of-wavelength-lambda-is-emitted-what-is-the-wavelength-of-the-photon-produced-duri https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MzM-the-wavelength-of-the-first-spectral-line-in-the-balmer-series-of-hydrogen-atom-is-6561-a0-the-wavelength-of-the-second-spectral-line-in-the-balmer-series-of-singly-ionized-helium-atom-is-iit-jee-2011 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MzQ-energy-e-of-a-hydrogen-atom-with-principal-quantum-number-n-is-given-by-e-13-6n2ev-the-energy-of-a-photon-ejected-when-the-electron-jumps-from-n-3-state-to-n-2-state-of-hydrogen-is-approximately-2004 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MzU-the-energy-of-ground-electronic-state-of-hydrogen-atom-is-13-6-ev-the-energy-of-the-first-excited-state-will-be-1997-1-54-4-ev-2-27-2-ev-3-6-8-ev-4-3-4-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0MzY-the-total-energy-of-an-electron-in-the-first-excited-state-of-hydrogen-is-about-3-4-ev-its-kinetic-energy-in-this-state-is-2005-1-3-4-ev-2-6-8-ev-3-6-8-ev-4-3-4-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0Mzg-when-hydrogen-atom-is-in-its-first-excited-level-its-radius-is-1997-1-four-times-its-ground-state-radius-2-twice-its-ground-state-radius-3-same-as-its-ground-state-radius-4-half-of-its-ground-state-ra https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0Mzk-the-ionisation-potential-of-helium-atom-is-24-6-volt-the-energy-required-to-ionise-it-will-be-1-24-6-ev-2-24-6-volt-3-13-6-volt-4-13-6-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0NDE-the-ionization-energy-of-10-times-ionized-sodium-atom-is-1-13-6-ev-2-13-6-215-11ev-3-13-611ev-4-13-6-215-11-2ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0NDI-the-ionisation-energy-of-hydrogen-atom-is-13-6-ev-the-ionisation-energy-of-helium-atom-would-be-1988-1-13-6-ev-2-27-2-ev-3-6-8-ev-4-54-4-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0NDM-the-photon-radiated-from-hydrogen-corresponding-to-the-second-line-of-lyman-series-is-absorbed-by-a-hydrogen-like-atom-x-in-the-second-excited-state-as-a-result-the-hydrogen-like-atom-x-makes-a-transi https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0NDQ-if-an-electron-in-an-hydrogen-atom-jumps-from-an-orbit-ni-3-to-an-orbit-with-level-nf-2-the-frequency-of-the-emitted-radiation-is-1-v-36c5r-2-v-cr6-3-v-5rc36-4-v-6cr-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0NDc-the-wavenumber-of-a-photon-in-the-brackett-series-of-a-hydrogen-atom-is-frac-9-400-r-what-is-the-quantum-number-of-the-electron-that-has-transited-from-the-orbit-1-5-2-6-3-4-4-7-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0NDg-in-an-experiment-to-determine-the-e-m-value-for-an-electron-using-thomson-s-method-the-electrostatic-deflection-plates-were-0-01-m-apart-and-had-a-potential-difference-of-200-volts-applied-then-the-el https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0NTA-hydrogen-1-mathrm-h-1-deuterium-1-mathrm-h-2-singly-ionised-helium-left-2-mathrm-he-4-right-and-doubly-ionised-lithium-left-3-mathrm-li-6-right-all-have-one-electron-around-the-nucleus-consider-an-ele https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0NTE-to-explain-his-theory-bohr-used-1-conservation-of-linear-momentum-2-conservation-of-angular-momentum-3-conservation-of-quantum-frequency-4-conservation-of-energy-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU0NzY-bragg-s-law-for-x-rays-is-1-dsin-952-2n-955-2-2dsin-952-n-955-3-nsin-952-2-955-d-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU1MDU-the-minimum-wavelength-of-x-rays-produced-by-electrons-accelerated-by-a-potential-difference-of-v-volt-is-equal-to-1-evhc-2-ehcv-3-hcev-4-cveh-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU1MTc-the-graph-between-the-square-root-of-the-frequency-of-a-specific-line-of-the-characteristic-spectrum-of-x-rays-and-the-atomic-number-of-the-target-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU1NTM-the-wavelength-of-k-945-x-rays-for-lead-isotopes-pb208-pb206-pb204are-955-1-955-2and-955-3-respectively-then-1-955-1-955-2-62-955-3-2-955-1-62-955-2-62-955-3-3-955-1-60-955-2-60-955-3-4-955-2-955-1-95 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU1Nzk-which-of-the-following-is-positively-charged-1-945-particles-2-946-particles-3-947-rays-4-x-rays-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MTU1ODI-a-x-ray-tube-operates-at-an-accelerating-potential-of-20-kv-which-of-the-following-wavelength-will-be-absent-in-the-continuous-spectrum-of-x-rays-1-12-pm-2-75-pm-3-65-pm-4-95-pm-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MjU0NTY-the-longest-and-shortest-wavelength-of-the-lyman-series-are-respectively-1-1215a0-500a0-2-1215a0-912a0-3-912a0-500a0-4-912a0-700a0-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Mjk2MzQ-the-frequency-of-radiation-emitted-during-the-transition-of-an-electron-from-a-second-excited-state-to-a-first-excited-state-in-h-atom-is-f0-the-frequency-of-the-same-transition-emitted-by-a-singly-io https://medminds.me/qbank/physics/atoms/?q=NP-pb246Mjk2Mzc-when-the-electron-of-a-hydrogen-like-atom-jumps-from-a-higher-energy-level-to-a-lower-energy-level-then-1-the-angular-momentum-of-the-electron-remains-constant-2-the-kinetic-energy-of-the-electron-inc https://medminds.me/qbank/physics/atoms/?q=NP-pb246Mjk2NTQ-the-energy-of-a-hydrogen-atom-in-its-ground-state-is-mdash-13-6-ev-the-energy-of-the-level-corresponding-to-the-quantum-number-n-2-first-excited-state-in-the-hydrogen-atom-is-1-2-72-ev-2-0-85-ev-3-0-5 https://medminds.me/qbank/physics/atoms/?q=NP-pb246MzAzNDg-magnetic-moment-due-to-the-motion-of-the-electron-in-nth-energy-state-of-a-hydrogen-atom-is-proportional-to-1-n-2-n0-3-n5-4-n3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTEwMTM-the-ratio-of-wavelengths-of-the-last-line-of-balmer-series-and-the-last-line-of-lyman-series-is-1-2-2-1-3-4-4-0-05-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTEwOTQ-given-the-value-of-rydberg-constant-is-107m-1-the-wave-number-of-the-last-line-of-the-balmer-series-in-hydrogen-spectrum-will-be-1-0-5-times-107m-1-2-0-25-times-107m-1-3-2-5-times-107m-1-4-0-025-times https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTExNjc-considering-the-3-rd-orbit-of-mathrm-he-helium-ion-using-the-non-relativistic-approach-the-speed-of-the-electron-in-this-orbit-will-be-given-z-2-k-9-times-10-9-and-planck-s-constant-h-6-6-times10-34-t https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTEyNTY-a-monochromatic-radiation-of-lambda-975-mathring-a-excites-a-hydrogen-atom-in-its-ground-state-the-number-of-spectral-lines-in-the-resulting-spectrum-emitted-will-be-1-3-2-2-3-6-4-10-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTEzMDY-electron-in-hydrogen-atom-first-jumps-from-third-exicted-state-to-second-exicted-state-and-then-from-second-exicted-to-the-first-excited-state-the-ratio-of-the-wavelengths-lambda-1-lambda-2-emitted-in https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTEzMjg-an-electron-of-a-stationary-hydrogen-atom-passes-from-the-fifth-energy-level-to-the-ground-level-the-velocity-that-the-atom-acquires-as-a-result-of-photon-emission-will-be-m-is-the-mass-of-the-hydroge https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTEzODI-the-transition-from-the-state-n-3-to-n-1-a-hydrogen-like-atom-results-in-ultraviolet-radiation-infrared-radiation-will-be-obtained-in-the-transition-from-1-2-rarr-1-2-3-rarr-2-3-4-rarr-2-4-4-rarr-3-1 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTE1NTA-the-wavelength-of-the-first-line-of-lyman-series-for-hydrogen-atom-is-equal-to-that-of-the-second-line-of-balmer-series-for-a-hydrogen-like-ion-the-atomic-number-z-of-hydrogen-like-ion-is-1-4-2-1-3-2 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTE1ODU-an-electron-in-the-hydrogen-atom-jumps-from-nth-excited-state-to-the-ground-state-the-wavelength-so-emitted-illuminates-a-photosensitive-material-having-work-function-2-75-ev-if-the-stopping-potential https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTE2MjI-the-energy-of-a-hydrogen-atom-in-the-ground-state-is-13-6-text-ev-what-is-the-energy-of-a-mathrm-he-ion-in-the-first-excited-state-1-13-6-text-ev-2-27-2-text-ev-3-54-4-text-ev-4-6-8-text-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTE2MjY-an-alpha-nucleus-of-energy-1-over-2-mv-2-bombards-a-heavy-nuclear-target-of-charge-ze-then-the-distance-of-the-closest-approach-for-the-alpha-nucleus-will-be-proportional-to-1-v-2-2-1-v-4-3-1-m-4-1-ze https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTE2NjE-the-electron-in-the-hydrogen-atom-jumps-from-excited-state-n-3-to-its-ground-state-n-1-and-the-photons-thus-emitted-irradiate-a-photosensitive-material-if-the-work-function-of-the-material-is-5-1ev-th https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTE3MDE-in-a-rutherford-scattering-experiment-when-a-projectile-of-charge-z-1-and-mass-m-1-approaches-a-target-nucleus-of-charge-z-2-and-mass-m-2-the-distance-of-the-closest-approach-is-r-0-what-is-the-energy https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTE3MTY-the-ionization-energy-of-the-electron-in-the-hydrogen-atom-in-its-ground-state-is-13-6-ev-the-atoms-are-excited-to-higher-energy-levels-to-emit-radiations-of-6-wavelengths-maximum-wavelength-of-emitte https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTE3MzE-the-ground-state-energy-of-hydrogen-atom-is-13-6-ev-when-its-electron-is-in-the-first-excited-state-its-excitation-energy-is-1-3-4-ev-2-6-8-ev-3-10-2-ev-4-zero-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTE3NDY-in-the-phenomenon-of-electric-discharge-through-gases-at-low-pressure-the-coloured-glow-in-the-tube-appears-as-a-result-of-1-excitation-of-electrons-in-the-atoms-2-the-collision-between-the-atoms-of-t https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTgzNTY-the-ratio-of-momenta-of-an-electron-and-an-alpha-text-particle-which-are-accelerated-from-rest-by-a-potential-difference-of-100-text-v-is-1-1-2-sqrt-frac-2m-e-m-alpha-3-sqrt-frac-m-e-m-alpha-4-sqrt-fr https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTgzNTg-the-fact-that-electric-charges-are-integral-multiples-of-the-fundamental-electronic-charge-was-proved-experimentally-by-1-planck-2-j-j-thomson-3-einstein-4-millikan-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTgzNjA-the-specific-charge-of-an-electron-is-a-1-6-215-10-19-coulomb-b-4-8-215-10-10-stat-coulomb-c-1-76-215-1011-coulomb-kg-d-1-76-215-10-11-coulomb-kg-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTgzNjc-the-ratio-of-specific-charge-of-an-945-particle-to-that-of-a-proton-is-1-2-1-2-1-1-3-1-2-4-1-3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTg0NjQ-which-of-the-following-have-the-highest-specific-charge-1-positron-2-proton-3-he-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTg0NzQ-for-the-bohr-s-first-orbit-of-circumference-2-960-r-the-de-broglie-wavelength-of-revolving-electron-will-be-a-2-960-r-b-960-r-c-12-960-r-d-14-960-r-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTg1NzQ-according-to-de-broglie-the-de-broglie-wavelength-for-electron-in-an-orbit-of-hydrogen-atom-is-10-10-m-the-principle-quantum-number-for-this-electron-is-r-5-13-times-10-11m-a-1-b-2-c-3-d-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTg2MjE-the-energy-of-a-photon-of-light-with-wavelength-5000-aring-is-approximately-2-5-ev-this-way-the-energy-of-an-x-ray-photon-with-wavelength-1-aring-would-be-1-2-5-5000-ev-2-2-5-50002ev-3-2-5-215-5000ev https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjAwODE-the-graph-that-correctly-represents-the-relation-of-frequency-v-of-a-particular-characteristic-x-ray-with-the-atomic-number-z-of-the-material-is-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MDA-if-in-nature-there-may-not-be-an-element-for-which-the-principal-quantum-number-n-4-then-the-total-possible-number-of-elements-will-be-1-60-2-32-3-4-4-64-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MDI-in-the-n-th-orbit-the-energy-of-an-electron-is-e-n-frac-13-6-n-2-text-ev-for-the-hydrogen-atom-what-will-be-the-energy-required-to-take-the-electron-from-the-first-orbit-to-the-second-orbit-1-10-2-tex https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MDQ-the-lyman-series-of-hydrogen-spectrum-lies-in-the-region-1-infrared-2-visible-3-ultraviolet-4-x-rays-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MDY-which-one-of-the-series-of-hydrogen-spectrum-is-in-the-visible-region-1-lyman-series-2-balmer-series-3-paschen-series-4-bracket-series-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MDc-the-rutherford-945-particle-experiment-shows-that-most-of-the-945-particles-pass-through-almost-unscattered-while-some-are-scattered-through-large-angles-what-information-does-it-give-about-the-struct https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MDg-which-of-the-following-is-true-1-lyman-series-is-a-continuous-spectrum-2-paschen-series-is-a-line-spectrum-in-the-infrared-3-balmer-series-is-a-line-spectrum-in-the-ultraviolet-4-the-spectral-series-f https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MDk-the-energy-required-to-knock-out-the-electron-in-the-third-orbit-of-a-hydrogen-atom-is-equal-to-1-13-6-ev-2-13-69ev-3-13-63ev-4-313-6ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MTA-an-electron-has-a-mass-of-9-1-215-10-31kg-it-revolves-round-the-nucleus-in-a-circular-orbit-of-radius-0-529-215-10-10-metre-at-a-speed-of-2-2-215-106m-s-the-magnitude-of-its-linear-momentum-in-this-mo https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MTE-the-ionization-potential-for-second-he-electron-is-1-13-6-ev-2-27-2-ev-3-54-4-ev-4-100-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MTI-the-energy-required-to-remove-an-electron-in-a-hydrogen-atom-from-n-10-state-is-1-13-6-ev-2-1-36-ev-3-0-136-ev-4-0-0136-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1MTM-every-series-of-hydrogen-spectrum-has-an-upper-and-lower-limit-in-wavelength-the-spectral-series-which-has-an-upper-limit-of-wavelength-equal-to-18752-aring-is-1-balmer-series-2-lyman-series-3-paschen https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1OTQ-an-electron-jumps-from-the-4th-orbit-to-the-2nd-orbit-of-hydrogen-atom-given-the-rydberg-s-constant-r-105cm-1-the-frequency-in-hz-of-the-emitted-radiation-will-be-a-316-times-105-b-316-times-1015-c-91 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1OTU-the-ionisation-potential-of-hydrogen-atom-is-13-6-volt-the-energy-required-to-remove-an-electron-in-the-n-2-state-of-the-hydrogen-atom-is-1-27-2-ev-2-13-6-ev-3-6-8-ev-4-3-4-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA1OTg-a-beam-of-fast-moving-alpha-particles-was-directed-towards-a-thin-film-of-gold-the-parts-a-b-and-c-of-the-transmitted-and-reflected-beams-corresponding-to-the-incident-parts-a-b-and-c-of-the-beam-are https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA2MTY-if-m-is-mass-of-electron-v-its-velocity-r-the-radius-of-stationary-circular-orbit-around-a-nucleus-with-charge-ze-then-from-bohr-s-first-postulate-the-kinetic-energy-k-12mv2-of-the-electron-in-c-g-s-s https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3MjQ-figure-shows-the-energy-levels-p-q-r-s-and-g-of-an-atom-where-g-is-the-ground-state-a-red-line-in-the-emission-spectrum-of-the-atom-can-be-obtained-by-an-energy-level-change-from-q-to-s-a-blue-line-ca https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3MzE-a-hydrogen-atom-ionisation-potential-13-6-ev-makes-a-transition-from-third-excited-state-to-first-excited-state-the-energy-of-the-photon-emitted-in-the-process-is-1-1-89-ev-2-2-55-ev-3-12-09-ev-4-12-7 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3MzU-the-figure-indicates-the-energy-level-diagram-of-an-atom-and-the-origin-of-six-spectral-lines-in-emission-e-g-line-no-5-arises-from-the-transition-from-level-b-to-a-the-following-spectral-lines-will-a https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3NjM-an-electron-in-the-n-1-orbit-of-hydrogen-atom-is-bound-by-13-6-ev-if-a-hydrogen-atom-is-in-the-n-3-state-how-much-energy-is-required-to-ionize-it-1-13-6-ev-2-4-53-ev-3-3-4-ev-4-1-51-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3Njc-which-of-the-following-statements-about-the-bohr-model-of-the-hydrogen-atom-is-false-1-acceleration-of-electron-in-n-2-orbit-is-less-than-that-in-n-1-orbit-2-angular-momentum-of-electron-in-n-2-orbit https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3NzA-the-ratio-of-the-frequencies-of-the-long-wavelength-limits-of-lyman-and-balmer-series-of-hydrogen-spectrum-is-1-27-5-2-5-27-3-4-1-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3NzI-which-of-the-following-transitions-in-a-hydrogen-atom-emits-photon-of-the-highest-frequency-1-n-1-to-n-2-2-n-2-to-n-1-3-n-2-to-n-6-4-n-6-to-n-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3NzY-which-of-the-transitions-in-hydrogen-atom-emits-a-photon-of-lowest-frequency-n-quantum-number-1-n-2-to-n-1-2-n-4-to-n-3-3-n-3-to-n-1-4-n-4-to-n-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3Nzk-according-to-bohr-s-theory-the-expressions-for-the-kinetic-and-potential-energy-of-an-electron-revolving-in-an-orbit-is-given-respectively-by-a-e28-960-949-0r-and-e24-960-949-0r-b-8-960-949-0e2r-and-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3ODQ-the-absorption-transitions-between-the-first-and-the-fourth-energy-states-of-hydrogen-atom-are-3-the-emission-transitions-between-these-states-will-be-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3ODU-the-ratio-of-longest-wavelength-and-the-shortest-wavelength-observed-in-the-five-spectral-series-of-emission-spectrum-of-hydrogen-is-1-43-2-525376-3-25-4-90011-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3ODg-in-bohr-s-model-of-hydrogen-atom-let-pe-represents-potential-energy-and-te-the-total-energy-in-going-to-a-higher-level-1-pe-decreases-te-increases-2-pe-increases-te-increases-3-pe-decreases-te-decreas https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3OTA-according-to-bohr-s-model-the-radius-of-the-second-orbit-of-helium-atom-is-1-0-53-aring-2-1-06-aring-3-2-12-aring-4-0-265-aring-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3OTE-the-fact-that-photons-carry-energy-was-established-by-1-doppler-s-effect-2-compton-s-effect-3-bohr-s-theory-4-diffraction-of-light-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3OTI-an-ionic-atom-equivalent-to-hydrogen-atom-has-wavelength-equal-to-1-4-of-the-wavelengths-of-hydrogen-lines-the-ion-will-be-1-he-2-li-3-ne9-4-na10-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3OTM-the-third-line-of-balmer-series-of-an-ion-equivalent-to-hydrogen-atom-has-wavelength-of-108-5-nm-the-ground-state-energy-of-an-electron-of-this-ion-will-be-1-3-4-ev-2-13-6-ev-3-54-4-ev-4-122-4-ev-1-2 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA5MTI-hydrogen-atom-emits-blue-light-when-it-changes-from-n-4-energy-level-to-the-n-2-level-which-colour-of-light-would-the-atom-emit-when-it-changes-from-the-n-5-level-to-the-n-2-level-1-red-2-yellow-3-gre https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA5MjA-the-first-line-of-balmer-series-has-wavelength-6563-aring-what-will-be-the-wavelength-of-the-first-member-of-lyman-series-1-1215-4-aring-2-2500-aring-3-7500-aring-4-600-aring-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA5NDI-the-wavelength-of-the-energy-emitted-when-electrons-come-from-the-fourth-orbit-to-the-second-orbit-in-hydrogen-is-20-397-text-cm-the-wavelength-of-energy-for-the-same-transition-in-mathrm-he-is-1-5-09 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA5NDU-minimum-excitation-potential-of-bohr-s-first-orbit-in-hydrogen-atom-is-1-13-6-v-2-3-4-v-3-10-2-v-4-3-6-v-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA5NDY-which-of-the-following-statements-are-true-regarding-bohr-s-model-of-hydrogen-atom-i-orbiting-speed-of-electron-decreases-as-it-shifts-to-discrete-orbits-away-from-the-nucleus-ii-radii-of-allowed-orbi https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA5NTI-for-electron-moving-in-nth-orbit-of-h-atom-the-angular-velocity-is-proportional-to-1-n-2-1-n-3-n3-4-1-n3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk0ODg-which-of-the-following-spectral-series-in-hydrogen-atom-give-spectral-line-of-4860-aring-1-lyman-2-balmer-3-paschen-4-brackett-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk0OTA-when-an-electron-in-hydrogen-atom-is-excited-from-its-4th-to-5th-stationary-orbit-the-change-in-angular-momentum-of-electron-is-planck-rsquo-s-constant-h-6-6-215-10-34j-s6-6-1-4-16-215-10-34j-s-2-3-32 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk0OTE-the-concept-of-stationary-orbits-was-proposed-by-1-neil-bohr-2-j-j-thomson-3-ruther-ford-4-i-newton-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk0OTM-who-discovered-spin-quantum-number-1-unlenbeck-and-goudsmit-2-nell-rsquo-s-bohr-3-zeeman-4-sommerfield-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk0OTQ-the-time-of-revolution-of-an-electron-around-a-nucleus-of-charge-ze-in-nth-bohr-orbit-is-directly-proportional-to-1-n-2-n3z2-3-n2z-4-zn-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk0OTU-in-bohr-rsquo-s-model-if-the-atomic-radius-of-the-first-orbit-is-r0-then-the-radius-of-the-fourth-orbit-is-1-r0-2-4r0-3-r0-16-4-16r0-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk0OTY-if-r-is-the-rydberg-rsquo-s-constant-for-hydrogen-the-wave-number-of-the-first-line-in-the-lyman-series-will-be-1-r4-2-3r4-3-r2-4-2r-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk0OTc-in-hydrogen-atom-if-the-difference-in-the-energy-of-the-electron-in-n-2-and-n-3-orbits-is-e-the-ionization-energy-of-hydrogen-atom-is-1-13-2-e-2-7-2-e-3-5-6-e-4-3-2-e-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk0OTg-the-first-member-of-the-paschen-series-in-hydrogen-spectrum-is-of-wavelength-18-800-aring-the-short-wavelengths-limit-of-paschen-series-is-1-1215-aring-2-6560-aring-3-8225-aring-4-12850-aring-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk0OTk-what-is-the-ratio-of-the-largest-to-shortest-wavelengths-in-the-lyman-series-of-hydrogen-spectra-1-dfrac-25-9-2-dfrac-17-6-3-dfrac-9-5-4-dfrac-4-3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MDA-in-bohr-model-of-hydrogen-atom-the-ratio-of-periods-of-revolution-of-an-electron-in-n-2-and-n-1-orbits-is-1-2-1-2-4-1-3-8-1-4-16-1-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MDI-what-is-the-ratio-of-the-longest-to-shortest-wavelengths-in-brackett-series-of-hydrogen-spectra-1-dfrac-25-9-2-dfrac-17-6-3-dfrac-9-5-4-dfrac-4-3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MDQ-the-electron-in-a-hydrogen-atom-makes-a-transition-from-an-excited-state-to-the-ground-state-which-of-the-following-statements-is-true-1-its-kinetic-energy-increases-and-its-potential-and-total-energi https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MDY-the-ratio-of-minimum-to-maximum-wavelength-in-balmer-series-is-1-5-9-2-5-36-3-1-4-4-3-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MDg-rutherford-rsquo-s-945-particle-experiment-showed-that-the-atoms-have-1-proton-2-nucleus-3-neutron-4-electrons-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MDk-which-of-the-following-is-true-for-number-of-spectral-lines-in-going-from-lyman-series-to-pfund-series-1-increases-2-decreases-3-unchanged-4-may-decreases-or-increases-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MTA-radius-of-the-first-orbit-of-the-electron-in-a-hydrogen-atom-is-0-53-aring-so-the-radius-of-the-third-orbit-will-be-1-2-12-aring-2-4-77-aring-3-1-06-aring-4-1-59-aring-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MTI-the-first-line-in-the-lyman-series-has-wavelength-955-the-wavelength-of-the-first-line-in-balmer-series-is-1-29-955-2-92-955-3-527-955-4-275-955-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MTM-in-the-following-transitions-which-one-has-higher-frequency-1-3-ndash-2-2-4-ndash-3-3-4-ndash-2-4-3-ndash-1-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MTU-the-diagram-depicts-the-paths-of-four-alpha-particles-with-identical-energies-being-scattered-simultaneously-by-the-nucleus-of-an-atom-which-of-these-paths-are-is-not-physically-possible-1-3-4-2-2-3-3 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MTY-an-electron-jumps-from-5th-orbit-to-4th-orbit-of-hydrogen-atom-taking-the-rydberg-constant-as-107-per-metre-what-will-be-the-frequency-of-radiation-emitted-1-6-75-215-1012hz-2-6-75-215-1014hz-3-6-75-2 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MTg-four-lowest-energy-levels-of-h-atom-are-shown-in-the-figure-the-number-of-possible-emission-lines-would-be-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MjQ-the-wavelength-of-light-emitted-when-an-electron-jumps-from-second-orbit-to-first-orbits-in-a-hydrogen-atom-is-a-1-215-215-10-7m-b-1-215-215-10-5m-c-1-215-215-10-4m-d-1-215-215-10-3m-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1Mjc-the-de-broglie-wavelength-of-an-electron-in-the-first-bohr-orbit-is-1-equal-to-one-fourth-the-circumference-of-the-first-orbit-2-equal-to-half-the-circumference-of-the-first-orbit-3-equal-to-twice-the https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1Mjg-the-frequency-of-1st-line-of-balmer-series-in-h2-atom-is-v0-the-frequency-of-line-emitted-by-singly-ionised-he-atom-is-1-2v0-2-4v0-3-v0-2-4-v0-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MzA-when-the-electron-in-the-hydrogen-atom-jumps-from-2nd-orbit-to-1st-orbit-the-wavelength-of-radiation-emitted-is-955-when-the-electrons-jump-from-3rd-orbit-to-1st-orbit-the-wavelength-of-emitted-radiat https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MzI-which-of-the-following-transition-will-have-shortest-emission-wavelength-1-n-2-to-n-1-2-n-1-to-n-2-3-n-2-to-n-5-4-n-5-to-n-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1MzQ-if-the-binding-energy-of-the-electron-in-a-hydrogen-atom-is-13-6-ev-the-energy-required-to-remove-the-electron-from-the-first-excited-state-of-li-is-1-122-4-ev-2-30-6-ev-3-13-6-ev-4-3-4-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1Mzc-which-state-of-triply-ionised-beryllium-be-has-the-same-orbital-radius-as-that-of-the-ground-state-of-hydrogen-1-n-4-2-n-3-3-n-2-4-n-1-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NDA-the-ratio-of-areas-within-the-electron-orbits-for-the-first-excited-state-to-the-ground-state-for-hydrogen-atom-is-1-16-1-2-18-1-3-4-1-4-2-1-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NDE-taking-rydberg-rsquo-s-constant-rh-1-097-215-107m-first-and-second-wavelength-of-balmer-series-in-hydrogen-spectrum-is-1-2000-aring-3000-aring-2-1575-aring-2960-aring-3-6529-aring-4280-aring-4-6552-ar https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NDI-the-kinetic-energy-of-electron-in-the-first-bohr-orbit-of-the-hydrogen-atom-is-1-ndash-6-5-ev-2-ndash-27-2-ev-3-13-6-ev-4-ndash-13-6-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NDM-in-bohr-rsquo-s-model-of-hydrogen-atom-which-of-the-following-pairs-of-quantities-are-quantized-1-energy-and-linear-momentum-2-linear-and-angular-momentum-3-energy-and-angular-momentum-4-none-of-the-a https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NDU-the-energy-of-the-highest-energy-photon-of-balmer-series-of-hydrogen-spectrum-is-close-to-1-13-6-ev-2-3-4-ev-3-1-5-ev-4-0-85-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NDY-which-one-of-the-relation-is-correct-between-time-period-and-number-of-orbits-while-an-electron-is-revolving-in-a-orbit-1-n2-2-1n2-3-n3-4-1n-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NDc-an-electron-changes-its-position-from-orbit-n-4-to-the-orbit-n-2-of-an-atom-the-wavelength-of-the-emitted-radiation-rsquo-s-is-r-rydberg-rsquo-s-constant-1-16r-2-163r-3-165r-4-167r-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NDg-if-the-energy-of-a-hydrogen-atom-in-nth-orbit-is-en-then-energy-in-the-nth-orbit-of-a-singly-ionized-helium-atom-will-be-1-4en-2-en-4-3-2en-4-en-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NTE-the-ground-state-energy-of-hydrogen-atom-is-ndash-13-6-ev-what-is-the-potential-energy-of-the-electron-in-this-state-1-0-ev-2-ndash-27-2-ev-3-1-ev-4-2-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NTM-as-the-electron-in-bohr-orbit-of-hydrogen-atom-passes-from-state-n-2-to-n-1-the-kinetic-energy-k-and-potential-energy-u-change-as-1-k-two-fold-u-four-fold-2-k-four-fold-u-two-fold-3-k-four-fold-u-also https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NTQ-the-magnetic-moment-mu-of-a-revolving-electron-around-the-nucleus-varies-with-principal-quantum-number-n-as-1-mu-prop-n-2-mu-prop-1-n-3-mu-prop-n2-4-mu-prop-1-n2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk1NTU-bohr-s-atom-model-assumes-1-the-nucleus-is-of-infinite-mass-and-is-at-rest-2-electrons-in-a-quantized-orbit-will-not-radiate-energy-3-mass-of-electron-remains-constant-4-all-the-above-conditions-1-2-3 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk5MzU-the-ratio-of-the-speed-of-the-electrons-in-the-ground-state-of-hydrogen-to-the-speed-of-light-in-vacuum-is-1-1-2-2-2-137-3-1-137-4-1-237-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk5Mzk-in-a-hypothetical-bohr-hydrogen-the-mass-of-the-electron-is-doubled-what-will-be-the-energy-e-0-and-the-radius-r-0-of-the-first-orbit-a-0-is-the-bohr-radius-1-e-0-27-2-text-ev-r-0-a-0-2-2-e-0-27-2-tex https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk5NDM-a-double-charged-lithium-atom-is-equivalent-to-hydrogen-whose-atomic-number-is-3-the-wavelength-of-required-radiation-for-exciting-electron-from-first-to-third-bohr-orbit-in-li-will-be-ionisation-ener https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk5NDY-the-ionisation-potential-of-h-atom-is-13-6-v-when-it-is-excited-from-ground-state-by-monochromatic-radiations-of-970-6a0-the-number-of-emission-lines-will-be-according-to-bohr-rsquo-s-theory-1-10-2-8 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk5NTM-imagine-an-atom-made-up-of-a-proton-and-a-hypothetical-particle-of-double-the-mass-of-the-electron-but-having-the-same-charge-as-the-electron-apply-the-bohr-atom-model-and-consider-all-possible-transi https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk5NTU-in-the-bohr-model-of-the-hydrogen-atom-let-r-v-and-e-represent-the-radius-of-the-orbit-the-speed-of-electron-and-the-total-energy-of-the-electron-respectively-which-of-the-following-quantity-is-propor https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk5NTY-the-electric-potential-between-a-proton-and-an-electron-is-given-by-v-v-0-mathrm-ln-left-frac-r-r-0-right-where-r-0-is-a-constant-assuming-bohr-rsquo-s-model-to-be-applicable-the-variation-of-r-n-with https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk5NTc-if-the-atom-fm100257-follows-the-bohr-model-and-the-radius-of-fm100257-is-n-times-the-bohr-radius-then-the-value-of-n-is-1-100-2-200-3-4-4-14-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246Njk5Nzk-consider-a-hydrogen-like-atom-whose-energy-in-nth-exicited-state-is-given-by-en-13-6z2n2-when-this-excited-atom-makes-a-transition-from-excited-state-to-ground-state-most-energetic-photons-have-energy https://medminds.me/qbank/physics/atoms/?q=NP-pb246NzE5NTQ-when-a-hydrogen-atom-is-excited-from-ground-state-to-first-excited-state-then-the-incorrect-option-is-ndash-1-its-kinetic-energy-increases-by-10-2ev-2-its-kinetic-energy-decreases-by-10-2ev-3-its-pote https://medminds.me/qbank/physics/atoms/?q=NP-pb246ODg5ODk-electrons-of-mass-m-with-de-broglie-wavelength-lambda-fall-on-the-target-in-an-x-ray-tube-the-cut-off-wavelength-lambda-o-of-the-emitted-x-ray-is-1-lambda-0-2mc-lambda-2h-2-lambda-0-2hmc-3-lambda-0-2m https://medminds.me/qbank/physics/atoms/?q=NP-pb246ODg5OTI-if-an-electron-in-a-hydrogen-atom-jumps-from-the-3-text-rd-orbit-to-the-2-text-nd-orbit-it-emits-a-photon-of-wavelength-lambda-when-it-jumps-from-the-4-text-th-orbit-to-the-3-text-rd-orbit-the-corresp https://medminds.me/qbank/physics/atoms/?q=NP-pb246ODkwNDk-the-ratio-of-kinetic-energy-to-the-total-energy-of-an-electron-in-a-bohr-orbit-of-the-hydrogen-atom-is-1-1-1-2-1-1-3-2-1-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTAxNTA-when-an-alpha-text-particle-of-mass-m-moving-with-velocity-v-bombards-on-a-heavy-nucleus-of-charge-ze-its-distance-of-closest-approach-from-the-nucleus-depends-on-m-as-1-dfrac-1-sqrt-m-2-dfrac-1-m-2-3 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTE0MzI-the-ratio-of-the-longest-wavelengths-corresponding-to-the-lyman-and-balmer-series-in-the-hydrogen-spectrum-is-1-dfrac-3-23-2-dfrac-7-29-3-dfrac-9-31-4-dfrac-5-27-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTIxMjk-monochromatic-radiation-emitted-when-electron-on-hydrogen-atom-jumps-from-first-excited-to-the-ground-state-irradiates-a-photosensitive-material-the-stopping-potential-is-measured-to-be-3-57-text-v-th https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTMyMzg-the-ionization-energy-of-the-electron-in-the-hydrogen-atom-in-its-ground-state-is-13-6-text-ev-the-atoms-are-excited-to-higher-energy-levels-to-emit-radiations-of-6-wavelengths-the-maximum-wavelength https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTM5NjE-in-a-discharge-tube-ionization-of-enclosed-gas-is-produced-due-to-collisions-between-1-positive-ions-and-neutral-atoms-molecules-2-negative-electrons-and-neutral-atoms-molecules-3-photons-and-neutral https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTU1NDM-the-total-energy-of-an-electron-in-the-orbit-of-an-atom-is-3-4-text-ev-its-kinetic-and-potential-energies-are-respectively-1-3-4-text-ev-3-4-text-ev-2-3-4-text-ev-3-4-text-ev-3-3-4-text-ev-6-8-text-ev https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTU1NTI-alpha-text-particle-consists-of-1-2-protons-only-2-2-protons-and-2-neutrons-only-3-2-electrons-2-protons-and-2-neutrons-4-2-electrons-and-4-protons-only-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTA1NTMy-an-electron-and-a-proton-are-separated-by-a-large-distance-the-electron-starts-approaching-the-proton-with-energy-2ev-the-proton-captures-the-electron-and-forms-a-hydrogen-atom-in-first-excited-state https://medminds.me/qbank/physics/atoms/?q=NP-b246MTMxNzI1-the-radius-of-the-first-permitted-bohr-orbit-for-the-electron-in-a-hydrogen-atom-is-0-5-aring-and-its-ground-state-energy-is-13-6-text-ev-if-the-electron-in-the-hydrogen-atom-is-replaced-by-a-muon-mu https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU0NDQw-an-electron-in-bohr-s-hydrogen-atom-has-angular-momentum-2h-960-the-energy-of-the-electron-is-1-3-4-ev-2-0-64-ev-3-0-85-ev-4-10-25-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3MjE4-if-the-energy-of-the-electron-in-an-mathrm-h-atom-in-the-ground-state-is-taken-to-be-13-6-ev-then-the-kinetic-energy-of-the-electron-in-the-first-excited-state-will-be-1-3-4-ev-2-6-8-ev-3-10-2-ev-4-13 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTg1NDQw-for-which-one-of-the-following-bohr-models-is-not-valid-1-singly-ionised-helium-atom-big-mathrm-he-big-2-deuteron-atom-3-singly-ionised-neon-atom-big-mathrm-ne-big-4-hydrogen-atom-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk4NjYz-which-one-of-the-following-statements-is-not-true-1-the-sizes-of-the-atoms-taken-in-thomson-s-model-and-rutherford-s-model-have-the-same-order-of-magnitude-2-in-the-ground-state-of-thomson-s-model-the https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk4NjY0-what-is-the-shortest-wavelength-present-in-the-paschen-series-of-spectral-lines-1-818-9-text-nm-2-779-text-nm-3-500-text-nm-4-1024-text-nm-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk4NjY1-a-difference-of-2-3-ev-separates-two-energy-levels-in-an-atom-what-is-the-frequency-of-radiation-emitted-when-the-atom-makes-a-transition-from-the-upper-level-to-the-lower-level-1-6-6-times10-14-hz-2 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk4NjY2-the-ground-state-energy-of-the-hydrogen-atom-is-13-6-text-ev-what-is-the-potential-energy-of-the-electron-in-this-state-1-13-6-text-ev-2-27-2-text-ev-3-27-2-text-ev-4-13-6-text-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk4NjY3-the-radius-of-the-innermost-electron-orbit-of-a-hydrogen-atom-is-5-3-times10-11-m-what-is-the-radius-of-the-n-2-orbit-1-1-67-mathring-a-2-4-77-mathring-a-3-2-12-mathring-a-4-3-11-mathring-a-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk5ODc5-a-hydrogen-atom-initially-in-the-ground-level-absorbs-a-photon-which-excites-it-to-the-n-4-level-the-wavelength-of-the-photon-is-1-97-text-nm-2-89-text-nm-3-45-text-nm-4-80-text-nm-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk5ODgw-the-speed-of-the-electron-in-a-hydrogen-atom-in-the-n-1-level-is-1-1-1-times10-6-text-m-s-2-2-18-times10-6-text-m-s-3-1-08-times10-6-text-m-s-4-3-07-times10-6-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk5ODgy-in-accordance-with-bohr-rsquo-s-model-what-is-the-quantum-number-that-characterizes-the-earth-rsquo-s-revolution-around-the-sun-in-an-orbit-of-radius-1-5-times-1011m-with-orbital-speed-3-times-104m-s https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk5ODgz-the-total-energy-of-an-electron-in-the-first-excited-state-of-the-hydrogen-atom-is-about-3-4-ev-what-is-the-kinetic-energy-of-the-electron-in-this-state-1-3-4-ev-2-3-4-ev-3-3-2-ev-4-3-2-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk5ODg0-the-total-energy-of-an-electron-in-the-first-excited-state-of-the-hydrogen-atom-is-about-3-4-ev-what-is-the-potential-energy-of-the-electron-in-this-state-1-6-8-ev-2-6-8-ev-3-0-4-3-4-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk5ODg1-the-ground-state-energy-of-a-muonic-hydrogen-atom-is-mass-of-a-negatively-charged-muon-m-mu-207me-1-2-07-kev-2-2-81-kev-3-2-81-kev-4-2-07-kev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjAwMDM0-the-minimum-wavelength-of-x-text-rays-produced-by-30-text-kv-electrons-is-1-0-0414-text-nm-2-0-0041-text-nm-3-0-1410-text-nm-4-0-4140-text-nm-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjAwMDc4-an-x-text-ray-tube-produces-a-continuous-spectrum-of-radiation-with-its-short-wavelength-ending-at-0-45-mathring-a-what-is-the-maximum-energy-of-a-photon-in-radiation-1-27-6-text-kev-2-25-5-text-kev-3 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTQ5-taking-the-bohr-radius-as-a0-53pm-the-radius-of-li-ion-in-its-ground-state-on-the-basis-of-bohr-s-model-will-be-about-1-53-pm-2-27-pm-3-18-pm-4-13-pm-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTUw-the-binding-energy-of-a-h-atom-considering-an-electron-moving-around-a-fixed-nucleus-proton-is-b-dfrac-me-4-8-n-2-varepsilon-0-2-h-2-mathrm-m-electron-mass-if-one-decides-to-work-in-a-frame-of-referen https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTUx-the-simple-bohr-model-cannot-be-directly-applied-to-calculate-the-energy-levels-of-an-atom-with-many-electrons-this-is-because-1-of-the-electrons-not-being-subjected-to-a-central-force-2-of-the-electr https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTY0-for-the-ground-state-the-electron-in-the-h-atom-has-an-angular-momentum-dfrac-h-2-pi-according-to-the-simple-bohr-model-angular-momentum-is-a-vector-and-hence-there-will-be-infinitely-many-orbits-with https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTY2-two-h-atoms-in-the-ground-state-collide-inelastically-the-maximum-amount-by-which-their-combined-kinetic-energy-is-reduced-is-1-10-20-ev-2-20-40-ev-3-13-6-ev-4-27-2-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTY3-a-set-of-atoms-in-an-excited-state-decays-1-in-general-to-any-of-the-states-with-lower-energy-2-into-a-lower-state-only-when-excited-by-an-external-electric-field-3-all-together-simultaneously-into-a https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTY4-an-ionised-text-h-molecule-consists-of-an-electron-and-two-protons-the-protons-are-separated-by-a-small-distance-of-the-order-of-angstrom-in-the-ground-state-a-the-electron-would-not-move-in-circular https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTY5-consider-aiming-a-beam-of-free-electrons-towards-free-protons-when-they-scatter-an-electron-and-a-proton-cannot-combine-to-produce-a-h-atom-a-because-of-energy-conservation-b-without-simultaneously-re https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTcw-the-bohr-model-for-the-spectra-of-a-h-atom-a-will-not-apply-to-hydrogen-in-the-molecular-form-b-will-not-be-applicable-as-it-is-for-a-he-atom-c-is-valid-only-at-room-temperature-d-predicts-continuous https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTcx-the-balmer-series-for-the-h-atom-can-be-observed-a-if-we-measure-the-frequencies-of-light-emitted-when-an-excited-atom-falls-to-the-ground-state-b-if-we-measure-the-frequencies-of-light-emitted-due-to https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTcy-let-e-n-frac-1m-e-4-8-varepsilon-0-2-n-2-h-2-be-the-energy-of-the-n-text-th-level-of-h-atom-if-all-the-h-atoms-are-in-the-ground-state-and-radiation-of-frequency-frac-left-right-e-2-e-1-left-right-h-f https://medminds.me/qbank/physics/atoms/?q=NP-b246MjI3MTcz-the-simple-bohr-model-is-not-applicable-to-text-he-4-atom-because-a-text-he-4-is-an-inert-gas-b-text-he-4-has-neutrons-in-the-nucleus-c-text-he-4-has-one-more-electron-d-electrons-are-not-subject-to-c https://medminds.me/qbank/physics/atoms/?q=NP-b246MjQ1MDcx-the-total-energy-of-an-electron-in-the-n-th-stationary-orbit-of-the-hydrogen-atom-can-be-obtained-by-1-e-n-frac-13-6-n-2-text-ev-2-e-n-frac-13-6-n-2-text-ev-3-e-n-frac-1-36-n-2-text-ev-4-e-n-13-6-time https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc0NzIz-in-rutherford-rsquo-s-nuclear-model-of-the-atom-the-nucleus-radius-about-10-15-text-m-is-analogous-to-the-sun-about-which-the-electron-move-in-orbit-radius-approx-10-10-text-m-like-the-earth-orbits-ar https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc0NzI0-in-a-geiger-marsden-experiment-what-is-the-distance-of-the-closest-approach-to-the-nucleus-of-a-7-7-text-mev-alpha-particle-before-it-comes-momentarily-to-rest-and-reverses-its-direction-1-10-text-fm https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc0NzI1-it-is-found-experimentally-that-13-6-text-ev-energy-is-required-to-separate-a-hydrogen-atom-into-a-proton-and-an-electron-the-velocity-of-the-electron-in-a-hydrogen-atom-is-1-3-2-times10-6-text-m-s-2 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc0NzI2-according-to-the-classical-electromagnetic-theory-the-initial-frequency-of-the-light-emitted-by-the-electron-revolving-around-a-proton-in-the-hydrogen-atom-is-the-velocity-of-the-electron-moving-aroun https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc0NzI3-a-10-text-kg-satellite-circles-earth-once-every-2-text-h-in-an-orbit-having-a-radius-of-8000-text-km-assuming-that-bohr-rsquo-s-angular-momentum-postulate-applies-to-satellites-just-as-it-does-to-an-e https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc0NzI4-the-wavelength-of-the-first-spectral-line-of-the-lyman-series-of-the-hydrogen-spectrum-is-1-1218-mathring-a-2-974-3-mathring-a-3-2124-mathring-a-4-2120-mathring-a-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM5MzU3-let-t-1-and-t-2-be-the-energy-of-an-electron-in-the-first-and-second-excited-states-of-the-hydrogen-atom-respectively-according-to-bohr-s-model-of-an-atom-the-ratio-t-1-t-2-is-1-9-4-2-1-4-3-4-1-4-4-9 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM5NzU3-let-l-1-and-l-2-be-the-orbital-angular-momentum-of-an-electron-in-the-first-and-second-excited-states-of-the-hydrogen-atom-respectively-according-to-bohr-s-model-the-ratio-l-1-l-2-is-1-1-2-2-2-1-3-3-2 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ2NTk0-let-r-1-be-the-radius-of-the-second-stationary-orbit-and-r-2-be-the-radius-of-the-fourth-stationary-orbit-of-an-electron-in-bohr-s-model-the-ratio-of-dfrac-r-1-r-2-is-1-0-25-2-0-5-3-2-4-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY2OTEy-in-hydrogen-spectrum-the-shortest-wavelength-in-the-balmer-series-is-lambda-the-shortest-wavelength-in-the-bracket-series-is-1-16-lambda-2-2-lambda-3-4-lambda-4-9-lambda-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY2OTM5-the-minimum-wavelength-of-x-rays-produced-by-an-electron-accelerated-through-a-potential-difference-of-v-volts-is-proportional-to-1-v-2-2-sqrt-v-3-1-v-4-frac-1-sqrt-v-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY2OTUy-the-radius-of-innermost-orbit-of-a-hydrogen-atom-is-5-3-times-10-11-text-m-what-is-the-radius-of-the-third-allowed-orbit-of-a-hydrogen-atom-1-4-77-mathring-a-2-0-53-mathring-a-3-1-06-mathring-a-4-1-59 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY4MTUy-the-ground-state-energy-of-a-hydrogen-atom-is-13-6-text-ev-the-energy-needed-to-ionize-the-hydrogen-atom-from-its-second-excited-state-will-be-1-13-6-text-ev-2-6-8-text-ev-3-1-51-text-ev-4-3-4-text-ev https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY4Mjc3-the-wavelength-of-the-lyman-series-of-hydrogen-atom-appears-in-1-visible-region-2-far-infrared-region-3-ultraviolet-region-4-infrared-region-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY4MzYw-the-angular-momentum-of-an-electron-moving-in-an-orbit-of-a-hydrogen-atom-is-1-5-left-frac-h-pi-right-the-energy-in-the-same-orbit-is-nearly-1-1-5-text-ev-2-1-6-text-ev-3-1-3-text-ev-4-1-4-text-ev-1-2 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDU0OTU0-match-list-i-with-list-ii-list-i-spectral-lines-of-hydrogen-for-transitions-from-list-ii-wavelength-nm-mathrm-a-n-2-3-to-n-1-2-mathrm-i-410-2-mathrm-b-n-2-4-to-n-1-2-mathrm-ii-434-1-mathrm-c-n-2-5-to https://medminds.me/qbank/physics/atoms/?q=NP-b246NDU0OTY0-given-below-are-two-statements-statement-i-atoms-are-electrically-neutral-as-they-contain-equal-number-of-positive-and-negative-charges-statement-ii-atoms-of-each-element-are-stable-and-emit-their-cha https://medminds.me/qbank/physics/atoms/?q=NP-b246NDU2NzQ3-match-list-i-spectral-series-with-list-ii-corresponding-wave-number-expressions-list-i-series-list-ii-wave-number-in-text-cm-1-a-balmer-series-i-r-left-dfrac-1-1-2-dfrac-1-n-2-right-b-lyman-series-ii https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQxMDU5-given-below-are-two-statements-statement-i-the-time-period-of-revolution-of-an-electron-in-its-n-mathrm-th-bohr-orbit-in-an-atom-is-directly-proportional-to-n-3-statement-ii-the-kinetic-energy-of-an-e https://medminds.me/qbank/physics/atoms/?q=NP-b246MzU4MjYx-an-electron-in-hydrogen-atom-makes-a-transition-n-1-rightarrow-n-2-where-n-1-and-n-2-are-principal-quantum-numbers-of-the-two-states-assuming-bohr-s-model-to-be-valid-the-time-period-of-the-electron-i https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA2Njc1-the-minimum-orbital-angular-momentum-of-the-electron-in-a-hydrogen-atom-is-1-h-2-h-2-3-h-2-pi-4-h-lambda-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjg0MDI4-taking-the-bohr-radius-as-a-0-53-pm-the-radius-of-li-ion-in-its-ground-state-on-the-basis-of-bohr-s-model-will-be-about-1-153-pm-2-27-pm-3-18-pm-4-13-pm-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQxMDYw-the-product-of-the-angular-momentum-and-the-kinetic-energy-of-an-electron-in-the-n-text-th-bohr-orbit-in-a-hydrogen-atom-is-proportional-to-1-n-2-n-2-3-dfrac1n-4-dfrac-1-n-3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQzMzA2-light-having-a-wavelength-equal-to-the-first-line-of-the-balmer-series-is-incident-onto-a-metal-of-work-function-2-ev-the-kinetic-energy-of-the-ejected-electron-is-1-1-4-ev-2-0-5-ev-3-0-1-ev-4-no-elec https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQzMjc3-the-electrostatic-potential-at-the-location-of-an-electron-in-the-ground-state-of-the-mathrm-h-atom-is-1-13-6-text-v-2-6-8-text-v-3-27-2-text-v-4-3-4-text-v-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzMxOTAz-the-zero-of-the-potential-energy-is-so-chosen-that-the-total-energy-of-the-hydrogen-atom-in-its-1-text-st-excited-state-is-zero-then-the-energy-of-the-ground-state-of-the-hydrogen-atom-is-1-3-4-text-e https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTI1NzM-the-energy-of-a-hydrogen-atom-in-the-ground-state-is-13-6-ev-the-energy-of-a-mathrm-he-ion-in-the-first-excited-state-will-be-1-13-6-ev-2-27-2-ev-3-54-4-ev-4-6-8-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM4MzUy-light-having-the-wavelength-equal-to-the-first-line-of-the-lyman-series-is-incident-on-a-metal-having-a-work-function-of-6-text-ev-the-energy-of-the-fastest-photo-electron-emitted-is-1-7-6-text-ev-2-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzMxOTA3-whenever-a-photon-is-emitted-by-a-hydrogen-atom-in-the-paschen-series-it-is-followed-by-further-emissions-of-photons-in-the-balmer-series-or-the-lyman-series-these-photons-can-have-1-2-possible-energy https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA2Njgy-in-which-of-the-following-systems-will-the-wavelength-corresponding-to-n-2-to-n-1-be-minimum-1-hydrogen-atom-2-deuterium-atom-3-singly-ionized-helium-4-doubly-ionized-lithium-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246ODg5OTk-the-ratio-of-wavelengths-of-the-last-line-of-the-balmer-series-and-the-last-line-of-the-lyman-series-is-1-1-2-4-3-0-5-4-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTI0NDc-the-wavelength-of-the-first-line-of-lyman-series-for-the-hydrogen-atom-is-equal-to-that-of-the-second-line-of-balmer-series-for-a-hydrogen-like-ion-the-atomic-number-z-of-hydrogen-like-ion-is-1-4-2-1 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjUwOTE5-the-transition-from-the-state-n-3-to-n-1-in-hydrogen-like-atoms-results-in-ultraviolet-radiation-infrared-radiation-will-be-obtained-in-the-transition-from-1-3-rightarrow-2-2-4-rightarrow-2-3-4-righta https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA2Njc5-which-of-the-following-transitions-will-the-wavelength-be-minimum-1-n-5-text-to-n-4-2-n-4-text-to-n-3-3-n-3-text-to-n-2-4-n-2-text-to-n-1-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTI3NTIw-which-statement-about-the-rutherford-model-of-the-atom-is-not-true-1-there-is-a-positively-charged-centre-in-an-atom-called-the-nucleus-2-nearly-all-the-mass-of-an-atom-resides-in-the-nucleus-3-the-si https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTMyMjM-in-a-rutherford-scattering-experiment-when-a-projectile-of-charge-z-1-and-mass-m-1-approaches-a-target-nucleus-of-charge-z-2-and-mass-m-2-the-distance-of-the-closest-approach-is-r-0-the-energy-of-the https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQyMTk5-given-below-are-two-statements-statement-i-the-scattering-of-particles-at-large-angles-is-primarily-due-to-the-atomic-nucleus-statement-ii-the-atomic-nucleus-is-very-heavy-in-comparison-to-electrons-1 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzI1OTE2-as-compared-to-12-mathrm-c-atoms-14-mathrm-c-atom-has-1-two-extra-protons-and-two-extra-electrons-2-two-extra-protons-but-no-extra-electrons-3-two-extra-neutrons-but-no-extra-electrons-4-two-extra-neu https://medminds.me/qbank/physics/atoms/?q=NP-b246Mzg3MDI4-what-is-the-minimum-orbital-angular-momentum-of-an-electron-in-a-hydrogen-atom-1-h-2-dfrac-h-2-3-dfrac-h-2-pi-4-dfrac-h-lambda-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzYzMTQ3-the-velocity-of-an-electron-in-the-seventh-orbit-of-a-hydrogen-like-atom-is-3-6-times-10-6-m-s-the-velocity-of-the-electron-in-the-3-text-rd-orbit-is-1-4-2-times-10-6-text-m-s-2-8-4-times-10-6-text-m https://medminds.me/qbank/physics/atoms/?q=NP-b246MzIzODc2-which-of-the-following-statements-correctly-describes-bohr-s-model-of-the-atom-1-it-incorporates-einstein-s-photoelectric-equation-2-it-predicts-a-continuous-emission-spectrum-for-atoms-3-the-quantiza https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ1OTI2-the-radius-of-the-innermost-electron-orbit-in-a-hydrogen-atom-is-5-3-times-10-11-text-m-what-is-the-radius-of-the-third-orbit-1-11-3-times-10-11-m-2-12-9-times-10-11-m-3-15-9-times-10-11-m-4-47-7-time https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ1NDk1-the-ground-state-energy-of-electrons-in-hydrogen-atom-is-13-6-ev-the-corresponding-kinetic-and-potential-energies-are-respectively-1-zero-13-6-ev-2-6-8-ev-6-8-ev-3-13-6-ev-27-2-ev-4-13-6-ev-zero-1-2-3 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTc4MDE0-the-bohr-s-model-of-the-atom-1-assumes-that-the-angular-momentum-of-electrons-is-quantized-2-uses-einstein-s-photo-electric-equation-3-predicts-continuous-emission-spectra-for-atoms-4-predicts-the-sam https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ2MTIz-a-beam-of-monochromatic-light-is-used-to-excite-the-electron-in-mathrm-li-from-the-first-orbit-to-the-third-orbit-the-wavelength-of-monochromatic-light-is-found-to-be-x-times-10-10-text-m-the-value-of https://medminds.me/qbank/physics/atoms/?q=NP-b246Mzg2NzUw-for-a-hydrogen-atom-the-radius-of-the-first-orbit-is-known-as-the-bohr-radius-a-0-for-a-hydrogen-like-ion-with-z-protons-what-is-the-radius-of-the-n-mathrm-th-orbit-1-na-0-2-na-0-z-3-na-0-z-2-4-n-2a-0 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ1NzQ1-in-bohr-s-atomic-model-of-hydrogen-let-k-p-and-e-be-the-kinetic-energy-potential-energy-and-total-energy-of-the-electron-respectively-choose-the-correct-option-when-the-electron-undergoes-transitions https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY2NjAw-energy-of-he-in-2-text-nd-orbit-is-13-6-ev-then-energy-of-be-in-n-4-is-1-3-4-ev-2-27-2-ev-3-13-6-ev-4-54-4-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzIzODg1-bohr-s-atomic-model-can-explain-1-the-spectrum-of-hydrogen-atom-only-2-the-spectrum-of-an-atom-or-ions-containing-one-electron-only-3-the-spectrum-of-the-hydrogen-molecule-4-the-solar-spectrum-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjYzODk0-the-life-span-of-atomic-hydrogen-is-1-fraction-of-one-sec-2-one-year-3-one-hour-4-one-day-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjYzODcz-energy-levels-a-b-and-c-of-a-certain-atom-correspond-to-increasing-values-of-energy-i-e-e-a-e-b-e-c-if-lambda-1-lambda-2-and-lambda-3-are-wavelengths-of-radiations-corresponding-to-transitions-c-to-b https://medminds.me/qbank/physics/atoms/?q=NP-b246NDEwNzMz-the-time-period-of-revolution-of-the-electron-in-the-n-text-th-bohr-orbit-is-proportional-to-1-n-3-2-2-n-3-3-n-3-4-n-1-3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTY1Mzgz-the-de-broglie-wavelength-of-an-electron-in-the-first-orbit-of-the-hydrogen-atom-is-equal-to-1-diameter-of-the-orbit-2-perimeter-of-the-orbit-3-half-the-perimeter-of-the-orbit-4-half-the-radius-of-the https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA2Njgz-which-of-the-following-curves-may-represent-the-speed-of-the-electron-in-a-hydrogen-atom-as-a-function-of-the-principal-quantum-number-n-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTEyNTI0-given-below-are-two-statements-assertion-a-if-a-hydrogen-atom-in-its-ground-state-interacts-with-a-photon-of-energy-less-than-10-2-text-ev-the-photon-will-not-be-absorbed-reason-r-the-first-excited-st https://medminds.me/qbank/physics/atoms/?q=NP-b246MjY0Njc4-energy-e-of-a-hydrogen-atom-with-principal-quantum-number-n-is-given-by-e-frac-13-6-n-2-text-ev-the-energy-of-a-photon-ejected-when-the-electron-jumps-from-n-3-state-to-n-2-state-of-hydrogen-is-approx https://medminds.me/qbank/physics/atoms/?q=NP-b246MzIzODc1-in-which-of-the-following-cases-is-the-bohr-model-invalid-1-hydrogen-atom-2-deuterium-atom-3-singly-ionized-helium-4-singly-ionized-lithium-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzMxOTA0-which-of-the-following-has-the-same-orbital-radius-as-the-bohr-radius-1-n-2-state-of-mathrm-he-left-z-2-right-ion-2-n-4-state-of-mathrm-he-left-z-2-right-ion-3-n-2-state-of-mathrm-be-3-left-z-4-right https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3MjY3-if-the-velocity-of-an-electron-in-the-third-energy-level-of-a-hydrogen-like-atom-is-v-then-the-velocity-of-the-electron-in-the-fifth-energy-level-is-1-3v53v5-2-925v925v-3-259v259v-4-39v39v-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDU1NTg5-what-is-the-ratio-of-the-kinetic-energy-to-the-potential-energy-of-a-hydrogen-atom-in-its-5-text-th-excited-state-1-2-2-2-3-dfrac-1-2-4-dfrac-1-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjY1Njc1-if-the-energy-of-the-hydrogen-atom-in-n-text-th-orbit-is-e-n-then-the-energy-in-n-text-th-orbit-of-the-singly-ionised-helium-atom-will-be-1-4e-n-2-dfrac-e-n-4-3-2e-n-4-dfrac-e-n-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ1NjYw-in-a-hydrogen-atom-the-kinetic-energy-potential-energy-and-total-energy-of-an-electron-are-represented-by-symbols-k-u-and-e-respectively-which-one-of-the-following-relations-is-correct-1-k-u-2e-2-k-df https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQzMzQ5-x-over-x-4-is-the-ratio-of-energies-of-photons-produced-due-to-the-transition-of-an-electron-of-the-hydrogen-atom-from-its-i-third-permitted-energy-level-to-the-second-level-and-ii-the-highest-permitt https://medminds.me/qbank/physics/atoms/?q=NP-b246MzI1ODg3-a-hydrogen-atom-is-in-an-excited-state-of-principle-quantum-number-n-it-emits-a-photon-of-wavelength-mathit-lambda-when-it-returns-to-the-first-excited-state-the-value-of-n-is-r-rydberg-s-constant-1-s https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc3NDE1-a-mathrm-he-ion-is-in-its-first-excited-state-its-ionization-energy-is-1-48-36-text-ev-2-13-60-text-ev-3-54-40-text-ev-4-6-04-text-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTkyNTc0-atomic-number-of-h-like-atom-with-ionization-potential-122-4-text-v-for-n-1-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM1MjQ5-given-below-are-two-statements-assertion-a-the-magnetic-moment-of-a-hydrogen-like-atom-is-higher-when-it-is-in-a-state-of-higher-quantum-number-n-reason-r-the-magnetic-moment-of-hydrogen-like-atom-as https://medminds.me/qbank/physics/atoms/?q=NP-b246MTQ0NjQy-the-de-broglie-wavelength-of-an-electron-in-the-first-bohr-orbit-is-1-equal-to-one-fourth-the-circumference-of-the-first-orbit-2-equal-to-half-the-circumference-of-the-first-orbit-3-equal-to-twice-the https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTA4OTc-consider-3-text-rd-orbit-of-he-helium-using-a-non-relativistic-approach-the-speed-of-the-electron-in-this-orbit-will-be-given-z-2-and-h-planck-s-constant-6-6-times10-34-text-j-s-1-2-92-times-10-6-text https://medminds.me/qbank/physics/atoms/?q=NP-b246MzMzMDU2-as-the-quantum-number-increases-the-difference-of-energy-between-consecutive-energy-levels-1-decreases-2-increases-3-first-decreases-and-then-increases-4-remains-the-same-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDAwNTE5-in-bohr-s-theory-of-the-mathrm-h-atom-the-de-broglie-wavelength-of-the-electron-in-the-n-text-th-orbit-is-lambda-n-while-the-circumference-of-that-orbit-is-c-n-then-1-c-n-large-frac-lambda-n-n-2-c-n-n https://medminds.me/qbank/physics/atoms/?q=NP-b246NDU3MDI3-the-expression-for-the-longest-wavelength-in-the-paschen-series-for-mathrm-h-atom-is-dfrac-144-xr-then-the-value-of-x-is-r-is-rydberg-s-constant-1-5-2-6-3-7-4-8-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzYzMDUw-the-diagram-shown-represents-different-transitions-of-electron-a-b-c-d-between-the-energy-levels-with-the-energies-mentioned-among-the-shown-transitions-which-transition-will-generate-a-photon-of-wave https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc5NzI5-hydrogen-1-mathrm-h-1-deuterium-1-mathrm-h-2-singly-ionised-helium-2-mathrm-he-4-and-doubly-ionised-lithium-3-mathrm-li-6-all-have-one-electron-around-the-nucleus-consider-an-electron-transition-from https://medminds.me/qbank/physics/atoms/?q=NP-b246MzI4NDg1-if-mathit-lambda-1-and-mathit-lambda-2-are-the-wavelengths-of-the-first-members-of-the-lyman-and-paschen-series-respectively-then-mathit-lambda-1-mathit-lambda-2-is-1-1-3-2-1-30-3-7-50-4-7-108-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTExNzIy-the-transition-from-the-state-n-3-to-n-1-in-a-hydrogen-like-atom-results-in-ultraviolet-radiation-how-will-the-infrared-radiation-be-obtained-in-the-transition-1-4-2-2-4-3-3-2-1-4-3-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzYzMjMx-in-a-sample-of-hydrogen-atoms-one-atom-goes-through-a-transition-n-3-rightarrow-ground-state-with-emitted-wavelength-lambda-1-another-atom-goes-through-a-transition-n-2-rightarrow-ground-state-with-em https://medminds.me/qbank/physics/atoms/?q=NP-b246NDY4ODA4-the-spectral-series-which-corresponds-to-the-electronic-transition-from-the-levels-n-2-5-6-ldots-to-the-level-n-1-4-mathrm-is-1-pfund-series-2-brackett-series-3-lyman-series-4-balmer-series-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3MjQy-what-is-the-ratio-of-the-maximum-wavelength-of-the-lyman-series-in-the-hydrogen-spectrum-to-the-maximum-wavelength-of-the-balmer-series-1-27-5-2-5-27-3-5-7-4-15-17-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzMzOTk0-some-energy-levels-of-a-molecule-are-shown-in-the-figure-the-ratio-of-wavelengths-r-lambda-1-lambda-2-is-given-by-1-r-dfrac34-2-r-dfrac13-3-r-dfrac43-4-r-dfrac23-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDAwNTIy-the-figure-represents-the-transitions-between-the-different-levels-of-an-mathrm-h-atom-with-n-representing-the-principal-quantum-number-of-the-electron-in-that-energy-level-the-wavelengths-of-the-emit https://medminds.me/qbank/physics/atoms/?q=NP-b246MTQ0NjM3-ratio-of-the-wavelengths-of-first-line-of-lyman-series-and-first-line-of-balmer-series-is-1-1-3-2-27-5-3-5-27-4-4-9-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc5MTE5-according-to-bohr-atom-model-in-which-of-the-following-transitions-will-the-frequency-be-maximum-1-n-4-to-n-3-2-n-2-to-n-1-3-n-5-to-n-4-4-n-3-to-n-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc2OTE4-the-electron-in-a-hydrogen-atom-first-jumps-from-the-third-excited-state-to-the-second-excited-state-and-subsequently-to-the-first-excited-state-the-ratio-of-the-respective-wavelengths-lambda-1-lambda https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY2ODY0-in-the-given-transition-states-a-b-and-c-are-first-second-and-third-exited-states-respectively-then-lambda-1-over-lambda-2-7-over-4n-find-the-value-of-n-1-5-2-3-3-7-4-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQyOTMx-the-transition-from-the-state-n-4-text-to-n-3-in-hydrogen-like-atoms-results-in-ultraviolet-radiation-infrared-radiation-will-be-obtained-in-the-transition-1-2-rightarrow1-2-3-rightarrow2-3-4-rightarr https://medminds.me/qbank/physics/atoms/?q=NP-b246NDUzMjY4-in-a-hydrogen-atom-consider-three-energy-levels-as-shown-in-the-diagram-if-the-wavelengths-of-photons-corresponding-to-two-transitions-are-lambda-1-1200-mathring-a-and-lambda-2-2400-mathring-a-what-is https://medminds.me/qbank/physics/atoms/?q=NP-b246MzUwMDM3-in-which-of-the-following-systems-will-be-wavelength-corresponding-to-n-3-to-n-1-be-minimum-1-hydrogen-atom-2-deuterium-atom-3-singly-ionized-helium-4-doubly-ionized-lithium-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc4ODc3-the-wavelength-of-the-photon-emitted-by-a-hydrogen-atom-when-an-electron-makes-a-transition-from-n-2-to-n-1-state-is-1-194-8-text-nm-2-913-3-text-nm-3-490-7-text-nm-4-121-8-text-nm-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc2NzYx-taking-the-wavelength-of-first-balmer-line-in-hydrogen-spectrum-n-3-text-to-n-2-as-660-text-nm-the-wavelength-of-the-2-nd-balmer-line-n-4-text-to-n-2-will-be-1-889-2-text-nm-2-388-9-text-nm-3-488-9-te https://medminds.me/qbank/physics/atoms/?q=NP-b246MTQ0NjMy-the-rutherford-particle-experiment-shows-that-most-of-the-particles-pass-through-almost-unscattered-while-some-are-scattered-through-large-angles-what-information-does-it-give-about-the-structure-of-t https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTI1Nzk-if-an-alpha-nucleus-of-energy-frac-1-2-mv-2-bombards-a-heavy-nuclear-target-of-charge-ze-then-the-distance-of-the-closest-approach-for-the-alpha-nucleus-will-be-proportional-to-1-frac-1-ze-2-v-2-3-fra https://medminds.me/qbank/physics/atoms/?q=NP-b246MTc3ODE2-when-an-alpha-text-particle-of-mass-m-moving-with-velocity-v-bombards-a-heavy-nucleus-of-charge-ze-its-distance-of-closest-approach-from-the-nucleus-depends-on-m-as-1-frac-1-sqrt-m-2-frac-1-m-2-3-m-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU4MzAz-in-an-alpha-text-particle-scattering-experiment-the-number-of-particles-scattered-per-minute-in-a-direction-perpendicular-to-the-direction-of-incident-particles-is-40-what-will-be-the-number-of-partic https://medminds.me/qbank/physics/atoms/?q=NP-b246MjA2MTc4-what-was-rutherford-s-atom-according-to-classical-theory-1-electrostatically-stable-2-electrodynamically-unstable-3-semi-stable-4-stable-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjY1NjYy-an-electron-is-moving-around-the-nucleus-of-a-hydrogen-atom-in-a-circular-orbit-of-radius-r-what-is-the-coulomb-force-vec-f-between-the-two-left-text-where-k-frac-1-4-pi-epsilon-0-right-1-k-frac-e-2-r https://medminds.me/qbank/physics/atoms/?q=NP-b246MTQ0NjI2-whose-atomic-model-describes-electrons-being-embedded-in-a-gel-of-positive-charge-1-dalton-s-model-2-bohr-s-model-3-thomson-s-model-4-rutherford-s-model-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA5MjQ-in-bohr-s-model-if-the-atomic-radius-of-the-first-orbit-is-r-0-then-what-will-be-the-radius-of-the-third-orbit-1-dfrac-r-0-9-2-r-0-3-9r-0-4-3r-0-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU0NDQx-what-is-the-ratio-of-the-speed-of-an-electron-in-the-first-orbit-of-an-mathrm-h-text-atom-to-the-speed-of-light-1-dfrac-1-137-2-137-3-dfrac-1-83-4-dfrac-1-47-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjYzODUy-the-total-energy-of-an-electron-in-the-first-excited-state-of-a-hydrogen-atom-is-about-3-4-text-ev-its-kinetic-energy-in-this-state-will-be-1-6-8-text-ev-2-3-4-text-ev-3-6-8-text-ev-4-3-4-text-ev-1-2 https://medminds.me/qbank/physics/atoms/?q=NP-pb246NTEwNzk-if-an-electron-in-a-hydrogen-atom-jumps-from-the-3-rd-orbit-to-the-2-nd-orbit-it-emits-a-photon-of-wavelength-lambda-what-will-be-the-corresponding-wavelength-of-the-photon-when-it-jumps-from-the-4-th https://medminds.me/qbank/physics/atoms/?q=NP-b246MTMwNTc4-what-is-the-ratio-of-the-circumference-of-the-first-bohr-orbit-for-the-electron-in-the-hydrogen-atom-to-the-de-broglie-wavelength-of-electrons-having-the-same-velocity-as-the-electron-in-the-first-boh https://medminds.me/qbank/physics/atoms/?q=NP-b246MTIyOTI4-how-much-is-the-total-energy-of-an-electron-in-the-first-orbit-of-a-hydrogen-atom-equal-to-1-total-energy-of-electron-in-1-text-st-orbit-of-mathrm-he-2-total-energy-of-electron-in-3-text-rd-orbit-of-m https://medminds.me/qbank/physics/atoms/?q=NP-pb246NjA3NDM-when-a-hydrogen-atom-is-raised-from-the-ground-state-to-an-excited-state-1-its-potential-energy-increases-and-kinetic-energy-decreases-2-its-potential-energy-decreases-and-kinetic-energy-increases-3-b https://medminds.me/qbank/physics/atoms/?q=NP-b246MTQ0NjEw-what-is-the-ratio-of-the-energies-of-the-hydrogen-atom-in-its-first-and-second-excited-states-1-dfrac-1-4-2-dfrac-4-9-3-dfrac-9-4-4-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTczODEy-what-happens-when-an-electron-makes-a-transition-from-an-excited-state-to-the-ground-state-of-a-hydrogen-like-atom-or-ion-1-its-kinetic-energy-increases-but-potential-energy-and-total-energy-decrease https://medminds.me/qbank/physics/atoms/?q=NP-b246MTY1NDgz-the-de-broglie-wavelength-of-an-electron-in-the-second-orbit-of-a-hydrogen-atom-is-equal-to-1-the-perimeter-of-the-orbit-2-the-half-of-the-perimeter-of-the-orbit-3-the-half-of-the-diameter-of-the-orbi https://medminds.me/qbank/physics/atoms/?q=NP-b246MTIyMTM1-an-electron-revolves-around-a-nucleus-of-charge-ze-in-order-to-excite-the-electron-from-the-state-n-3-to-n-4-the-energy-required-is-66-0-text-ev-the-value-of-z-will-be-1-25-2-10-3-4-4-5-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3ODM5-let-r-represent-the-orbital-radius-of-an-electron-moving-in-an-orbit-and-k-represent-its-kinetic-energy-then-the-quantity-kr-varies-with-principal-quantum-number-n-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3Mjkz-in-the-bohr-model-of-the-hydrogen-atom-the-force-on-the-electron-depends-on-the-principal-quantum-number-n-as-1-f-propto-frac-1-n-3-2-f-propto-frac-1-n-4-3-f-propto-frac-1-n-5-4-it-does-not-depend-on https://medminds.me/qbank/physics/atoms/?q=NP-b246MTQ0NjEy-which-of-the-following-transitions-gives-a-photon-the-maximum-energy-1-n-1-text-to-n-2-2-n-2-text-to-n-1-3-n-2-text-to-n-6-4-n-6-text-to-n-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTk5NTAz-the-radius-of-the-first-permitted-bohr-orbit-for-the-electron-in-a-hydrogen-atom-equals-0-5-mathring-a-and-its-ground-state-energy-equals-13-6-ev-if-the-electron-in-the-hydrogen-atom-is-replaced-by-a https://medminds.me/qbank/physics/atoms/?q=NP-b246MTQwNzg4-the-difference-between-n-th-and-n-1-th-bohr-s-radius-of-the-mathrm-h-atom-is-equal-to-its-n-1-th-bohr-s-radius-what-is-the-value-of-n-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTA1Mzg2-the-ratio-of-the-total-acceleration-of-the-electron-in-a-singly-ionised-helium-atom-and-a-hydrogen-atom-both-in-the-ground-state-is-1-1-2-8-3-4-4-16-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3ODEx-which-other-physical-quantity-like-angular-momentum-is-quantized-in-bohr-s-model-of-a-hydrogen-atom-1-kinetic-energy-2-magnetic-moment-3-potential-energy-4-mechanical-energy-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3MjYz-what-happens-when-an-electron-in-a-hydrogen-like-atom-jumps-from-a-lower-energy-level-to-a-higher-energy-level-1-kinetic-energy-increases-2-angular-momentum-decreases-3-de-broglie-wavelength-associate https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQzMzA0-given-below-are-two-statements-statement-i-the-stationary-orbits-in-bohr-s-theory-correspond-to-those-orbits-in-which-an-integer-number-of-de-broglie-wavelengths-of-the-orbiting-electron-fit-in-statem https://medminds.me/qbank/physics/atoms/?q=NP-b246MTQ0NjM4-a-hydrogen-atom-is-excited-from-the-ground-state-to-the-state-of-the-principal-quantum-number-4-then-the-number-of-spectral-lines-observed-will-be-1-3-2-6-3-5-4-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTAxMDE-given-that-the-value-of-the-rydberg-constant-is-10-7-text-m-1-what-will-be-the-wave-number-of-the-last-line-of-the-balmer-series-in-the-hydrogen-spectrum-1-0-5-times-10-7-text-m-1-2-0-25-times-10-7-te https://medminds.me/qbank/physics/atoms/?q=NP-b246MjYzODk2-when-an-electron-transitions-from-n-4-to-n-2-then-the-emitted-line-in-the-spectrum-will-be-1-the-first-line-of-the-lyman-series-2-the-second-line-of-the-balmer-series-3-the-first-line-of-the-paschen-s https://medminds.me/qbank/physics/atoms/?q=NP-b246MTc3NjY5-what-is-the-ratio-of-wavelengths-of-the-last-line-of-the-balmer-series-and-the-last-line-of-the-lyman-series-1-1-2-4-3-0-5-4-2-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3ODEw-in-an-atom-if-the-transition-from-n-4-to-n-3-gives-ultraviolet-radiation-then-to-obtain-infrared-radiation-the-transition-should-be-1-5-rightarrow-4-2-3-rightarrow-2-3-2-rightarrow-1-4-3-rightarrow-1 https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3MzI4-e-1-e-2-and-e-3-are-energies-of-an-electron-in-three-consecutive-energy-levels-of-a-hydrogen-like-atom-such-that-e-1-1-frac-lambda-1-lambda-2-lambda-1-lambda-2-2-frac-lambda-1-lambda-2-2-3-sqrt-lambda https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3Mjkw-if-the-wavelength-of-the-first-line-in-the-balmer-series-of-the-hydrogen-spectrum-is-lambda-then-what-is-the-wavelength-of-the-second-line-in-this-series-1-frac-20-27-lambda-2-frac-27-20-lambda-3-frac https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3MjE0-in-the-diagram-shown-below-two-atomic-transitions-are-shown-if-lambda-1-3000-mathring-a-and-lambda-2-6000-mathring-a-then-the-value-of-lambda-will-be-1-2000-mathring-a-2-4000-mathring-a-3-4500-mathrin https://medminds.me/qbank/physics/atoms/?q=NP-b246MTc3Njc2-the-wavelength-of-the-first-line-of-the-lyman-series-for-a-hydrogen-atom-is-equal-to-that-of-the-second-line-of-the-balmer-series-for-a-hydrogen-like-ion-what-is-the-atomic-number-z-of-hydrogen-like-i https://medminds.me/qbank/physics/atoms/?q=NP-b246MTc3Njgz-the-ionisation-potential-of-the-hydrogen-atom-is-13-6-text-ev-the-hydrogen-atoms-in-the-ground-state-are-excited-by-monochromatic-radiation-of-photon-energy-of-12-1-text-ev-according-to-bohr-s-theory https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3MjM4-the-ionisation-potential-of-mathrm-h-text-atom-is-13-6-text-ev-photons-with-an-energy-of-12-85-ev-are-incident-on-a-sample-of-mathrm-h-text-atoms-in-their-ground-state-how-many-spectral-lines-are-expe https://medminds.me/qbank/physics/atoms/?q=NP-b246MTU3MjU4-let-f-1-be-the-maximum-frequency-of-the-lyman-series-f-2-be-the-frequency-of-the-first-line-of-the-lyman-series-and-f-3-be-the-frequency-of-the-series-limit-of-the-balmer-series-then-which-of-the-foll https://medminds.me/qbank/physics/atoms/?q=NP-b246MzI2MTIw-given-below-are-two-statements-assertion-a-when-light-consisting-of-wavelengths-corresponding-to-the-balmer-series-is-incident-on-a-gas-containing-mathrm-he-ions-in-the-first-three-excited-states-it-c https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM5NjI5-given-below-are-two-statements-assertion-a-the-hydrogen-atom-consists-of-only-one-electron-but-its-emission-spectrum-has-many-lines-reason-r-only-lyman-series-is-found-in-the-absorption-spectrum-of-hy https://medminds.me/qbank/physics/atoms/?q=NP-b246NTkyODAz-in-the-first-excited-state-of-hydrogen-atom-the-energy-of-its-electron-is-3-4-text-ev-the-radial-distance-of-the-electron-from-the-hydrogen-nucleus-in-this-case-is-approximately-take-1-text-ev-1-6-tim https://medminds.me/qbank/physics/atoms/?q=NP-b246NTk4MjE0-in-the-geiger-marsden-experiment-the-number-of-scattered-alpha-particles-n-theta-is-plotted-as-a-function-of-scattering-angle-theta-which-of-the-following-options-represents-the-correct-plot-1-2-3-4-1 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTk4MjAz-consider-that-an-electron-is-revolving-in-an-excited-state-of-hydrogen-atom-with-velocity-sqrt-25-6-times-10-5-text-ms-1-the-radius-of-the-orbit-is-x-times-10-9-text-m-the-value-of-x-is-take-the-mass https://medminds.me/qbank/physics/atoms/?q=NP-b246NTM1MTE5-a-particle-of-mass-m-is-moving-around-the-origin-with-a-constant-force-f-pulling-it-towards-the-origin-if-bohr-model-is-used-to-describe-its-motion-the-radius-r-of-the-n-text-th-orbit-and-the-particle https://medminds.me/qbank/physics/atoms/?q=NP-b246NDY4ODMw-some-energy-levels-of-a-molecule-are-shown-in-the-figure-with-their-wavelengths-of-transitions-then-1-lambda-3-lambda-2-lambda-1-2-lambda-2-2-lambda-3-lambda-2-lambda-1-4-lambda-2-3-lambda-1-lambda-2 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTA2ODU-in-the-spectrum-of-hydrogen-the-ratio-of-the-longest-wavelength-in-the-lyman-series-to-the-longest-wavelength-in-the-balmer-series-is-1-dfrac-4-9-2-dfrac-9-4-3-dfrac-27-5-4-dfrac-5-27-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTExNzc-the-hydrogen-gas-with-its-atoms-in-the-ground-state-is-excited-by-monochromatic-radiation-of-lambda-975-mathring-a-the-number-of-spectral-lines-in-the-resulting-spectrum-emitted-will-be-1-3-2-2-3-6-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTIwNTk-electron-in-hydrogen-atom-first-jumps-from-the-third-excited-state-to-the-second-excited-state-and-then-from-the-second-excited-to-the-first-excited-state-the-ratio-of-the-wavelengths-lambda-1-lambda https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTIxMTE-an-electron-of-a-stationary-hydrogen-atom-passes-from-the-fifth-energy-level-to-the-ground-level-the-velocity-that-the-atom-acquired-as-a-result-of-photon-emission-will-be-m-is-the-mass-of-hydrogen-at https://medminds.me/qbank/physics/atoms/?q=NP-b246MjUxMDA4-an-electron-in-the-hydrogen-atom-jumps-from-the-excited-state-n-to-the-ground-state-the-wavelength-so-emitted-illuminates-a-photosensitive-material-having-a-work-function-of-2-75-text-ev-if-the-stoppi https://medminds.me/qbank/physics/atoms/?q=NP-b246MjUxMDEw-out-of-the-following-which-one-is-not-possible-energy-for-a-photon-to-be-emitted-by-hydrogen-atom-according-to-bohr-s-atomic-model-1-0-65-ev-2-1-9-ev-3-11-1-ev-4-13-6-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjUxMDgy-the-electrons-in-the-hydrogen-atom-jump-from-the-excited-state-n-3-to-its-ground-state-n-1-and-the-photons-thus-emitted-irradiate-a-photosensitive-material-if-the-work-function-of-the-material-is-5-1 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTMyNzQ-the-ground-state-energy-of-the-hydrogen-atom-is-13-6-ev-when-its-electron-is-in-the-first-excited-state-its-excitation-energy-is-1-3-4-ev-2-6-8-ev-3-10-2-ev-4-zero-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTM1NzE-the-total-energy-of-an-electron-in-the-ground-state-of-a-hydrogen-atom-is-13-6-ev-the-kinetic-energy-of-an-electron-in-the-first-excited-state-is-1-3-4-ev-2-6-8-ev-3-13-6-ev-4-1-7-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTM5MzU-the-ionization-potential-of-the-hydrogen-atom-is-13-6-v-hydrogen-atoms-in-the-ground-state-are-excited-by-monochromatic-radiation-of-photon-energy-12-1-ev-according-to-bohr-s-theory-the-spectral-lines https://medminds.me/qbank/physics/atoms/?q=NP-b246MjY0Njg0-the-bohr-model-of-atoms-1-uses-einstein-s-photoelectric-equation-2-predicts-continuous-emission-spectra-for-atoms-3-predicts-the-same-emission-spectra-for-all-types-of-atoms-4-assumes-that-the-angular https://medminds.me/qbank/physics/atoms/?q=NP-b246MjY1OTk2-in-which-of-the-following-systems-will-the-radius-of-the-first-orbit-n-1-be-minimum-1-doubly-ionized-lithium-2-singly-ionized-helium-3-deuterium-atom-4-hydrogen-atom-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjYzNzE0-maximum-frequency-of-emission-is-obtained-for-the-transition-1-n-2-to-n-1-2-n-6-to-n-2-3-n-1-to-n-2-4-n-2-to-n-6-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjYzODg3-in-the-bohr-model-of-mathrm-h-text-atom-an-electron-e-is-revolving-around-a-proton-p-with-velocity-v-if-r-is-the-radius-of-the-orbit-m-is-the-mass-and-varepsilon-0-is-vacuum-permittivity-then-the-valu https://medminds.me/qbank/physics/atoms/?q=NP-b246MjY1OTk4-j-j-thomson-s-cathode-ray-tube-experiment-demonstrated-that-1-cathode-rays-are-streams-of-negatively-charged-ions-2-all-the-mass-of-an-atom-is-essentially-in-the-nucleus-3-the-frac-e-m-of-electrons-is https://medminds.me/qbank/physics/atoms/?q=NP-b246MjY0NzE2-which-of-the-following-is-not-the-property-of-cathode-rays-1-it-produces-a-heating-effect-2-it-does-not-deflect-in-the-electric-field-3-it-casts-a-shadow-4-it-produces-fluorescence-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MjY0NzAw-the-total-energy-of-an-electron-is-3-555-text-mev-its-kinetic-energy-will-be-1-3-545-text-mev-2-3-045-text-mev-3-3-5-text-mev-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM5NjEz-given-below-are-two-statements-assertion-a-the-positively-charged-nucleus-of-an-atom-has-a-radius-of-almost-10-15-text-m-reason-r-i-n-alpha-particle-scattering-experiment-the-distance-of-the-closest-a https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM5OTYz-given-below-are-two-statements-assertion-a-the-balmer-series-lies-in-the-visible-region-of-the-electromagnetic-spectrum-reason-r-frac-1-lambda-r-left-frac-1-2-2-frac-1-n-2-right-text-where-n-3-4-5-1-b https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQyMzE3-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-rydberg-s-constant-does-not-vary-with-the-mass-number-of-a-given-element-reason-r-the-re https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQyMzE4-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-laser-is-used-to-measure-distant-objects-as-moon-reason-r-they-are-highly-coherent-sourc https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQyMzE5-given-below-are-two-statements-assertion-a-bohr-had-to-postulate-that-the-electrons-in-stationary-orbits-around-the-nucleus-do-not-radiate-reason-r-according-to-classical-physics-all-accelerating-elec https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQyMzIw-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-in-he-ne-laser-population-inversion-takes-place-between-energy-levels-of-neon-atoms-reas https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQyMzI0-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-hydrogen-atom-at-the-ground-state-cannot-absorb-a-photon-of-energy-10-ev-reason-r-firs https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQyMzI2-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-magnetic-moment-associated-with-an-electron-in-hydrogen-atom-is-quantized-reason-r-magne https://medminds.me/qbank/physics/atoms/?q=NP-b246MzI2MTE4-the-energy-of-an-atom-with-a-k-text-shell-vacancy-is-e-k-that-with-an-l-text-shell-vacancy-is-e-l-and-that-with-an-m-text-shell-vacancy-is-e-m-all-compared-to-an-atom-with-no-vacancy-then-i-e-k-ii-e-l https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTM1MjQ-if-the-nucleus-13-27-mathrm-al-has-a-nuclear-radius-of-about-3-6-fermis-then-52-125-mathrm-te-would-have-its-radius-approximately-as-1-6-0-fermi-2-9-6-fermi-3-12-0-fermi-4-4-8-fermi-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-pb246OTM5Njk-the-radius-of-germanium-mathrm-ge-nuclide-is-measured-to-be-twice-the-radius-of-4-9-mathrm-be-the-number-of-nucleons-in-mathrm-ge-is-1-73-2-74-3-75-4-72-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDQ5-50-of-the-x-ray-coming-from-a-coolidge-tube-is-able-to-pass-through-a-0-1-mm-thick-aluminium-foil-the-potential-difference-between-the-target-and-the-filament-is-increased-the-thickness-of-aluminium-f https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDM0-the-x-ray-beam-coming-from-an-x-ray-tube-1-is-monochromatic-2-has-all-wavelengths-smaller-than-a-certain-maximum-wavelength-3-has-all-wavelengths-greater-than-a-certain-minimum-wavelength-4-has-all-wa https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDYx-for-harder-x-rays-a-the-wavelength-is-higher-b-the-intensity-is-higher-c-the-frequency-is-higher-d-the-photon-energy-is-higher-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDI5-if-the-current-in-the-circuit-for-heating-the-filament-is-increased-the-cutoff-wavelength-1-will-increase-2-will-decrease-3-will-remain-unchanged-4-will-change-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDgy-consider-a-photon-of-continuous-x-ray-and-a-photon-of-characteristic-x-ray-of-the-same-wavelength-which-of-the-following-are-different-for-the-two-photons-a-frequency-b-energy-c-penetrating-power-d-me https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDU4-visible-light-passing-through-a-circular-hole-forms-a-diffraction-disc-of-radius-0-1-mm-on-a-screen-if-x-ray-is-passed-through-the-same-set-up-the-radius-of-the-diffraction-disc-will-be-1-zero-2-0-1-m https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDI4-if-the-potential-difference-applied-to-the-tube-is-doubled-and-the-separation-between-the-filament-and-the-target-is-also-doubled-the-cutoff-wavelength-1-will-remain-unchanged-2-will-be-doubled-3-will https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDI2-consider-a-photon-of-continuous-x-ray-coming-from-a-coolidge-tube-its-energy-comes-from-1-the-kinetic-energy-of-the-striking-electron-2-the-kinetic-energy-of-the-free-electrons-of-the-target-3-the-kin https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDYy-cutoff-wavelength-of-x-rays-coming-from-a-coolidge-tube-depends-on-the-a-target-material-b-accelerating-voltage-c-separation-between-the-target-and-the-filament-d-temperature-of-the-filament-choose-th https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM5NjE3-given-below-are-two-statements-assertion-a-the-phenomenon-of-x-ray-production-is-basically-inverse-of-photoelectric-effect-reason-r-x-rays-are-electromagnetic-waves-1-both-a-and-r-are-true-and-r-is-th https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM1OTQw-moseley-s-law-for-characteristic-x-rays-states-sqrt-nu-a-z-b-a-a-depends-on-the-type-of-x-rays-transition-k-alpha-k-beta-l-alpha-l-beta-b-a-is-independent-of-material-of-cathode-c-b-depends-on-z-1-all https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDI1-x-ray-beam-can-be-deflected-1-by-an-electric-field-2-by-a-magnetic-field-3-by-an-electric-field-as-well-as-by-a-magnetic-field-4-neither-by-an-electric-field-nor-by-a-magnetic-field-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDQx-50-of-the-x-ray-coming-from-a-coolidge-tube-is-able-to-pass-through-a-0-1-mm-thick-aluminum-foil-if-the-potential-difference-between-the-target-and-the-filament-is-increased-the-fraction-of-the-x-ray https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDU1-x-ray-from-a-coolidge-tube-is-incident-on-a-thin-aluminium-foil-the-intensity-of-the-x-ray-transmitted-by-the-foil-is-found-to-be-i0-the-heating-current-is-increased-so-as-to-increase-the-temperature https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDM3-one-of-the-following-wavelengths-is-absent-and-the-rest-are-present-in-the-x-rays-coming-from-a-coolidge-tube-which-one-is-the-absent-wavelength-1-25-pm-2-50-pm-3-75-pm-4-100-pm-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDgw-when-an-electron-strikes-the-target-in-a-coolidge-tube-its-entire-kinetic-energy-a-is-converted-into-a-photon-b-may-be-converted-into-a-photon-c-is-converted-into-heat-d-may-be-converted-into-heat-cho https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDgz-the-potential-difference-applied-to-an-x-ray-tube-is-increased-as-a-result-in-the-emitted-radiation-a-the-intensity-increases-b-the-minimum-wavelength-increases-c-the-intensity-remains-unchanged-d-the https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA3MDgx-x-ray-incident-on-a-material-a-exerts-a-force-on-it-b-transfers-energy-to-it-c-transfers-momentum-to-it-d-transfers-impulse-to-it-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzA2NjE4-which-of-the-following-are-true-for-cathode-ray-a-it-travels-along-straight-lines-b-it-emits-x-ray-when-strikes-a-metal-c-it-is-an-electromagnetic-wave-d-it-is-not-deflected-by-magnetic-field-choose-t https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQyOTY3-given-below-are-two-statements-assertion-a-the-absorption-line-observed-in-the-spectra-of-an-element-is-never-completely-dark-reason-r-the-sample-used-for-absorption-is-thin-so-that-all-photons-corres https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM2Njk5-electrons-accelerated-through-a-potential-difference-v-0-are-incident-on-a-gas-of-hydrogen-atoms-in-the-ground-state-for-what-minimum-value-of-v-0-will-the-collisions-of-the-electrons-with-the-atom-be https://medminds.me/qbank/physics/atoms/?q=NP-b246MzIyOTI4-among-the-given-options-which-is-the-minimum-work-function-so-that-light-from-the-balmer-series-will-not-be-able-to-cause-any-photo-electric-effect-1-13-6-text-ev-2-dfrac-13-6-2-text-ev-3-13-6-left-df https://medminds.me/qbank/physics/atoms/?q=NP-b246MzIyOTIx-a-hydrogen-atom-collides-with-another-similar-atom-at-rest-the-minimum-energy-of-the-first-atom-so-that-one-of-them-may-get-ionised-is-1-13-6-ev-2-dfrac-13-6-2-ev-3-2-times-13-6-ev-4-10-2-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzIyOTI5-a-hydrogen-atom-in-the-ground-state-absorbs-an-ultraviolet-photon-of-wavelength-25-nm-ignore-any-momentum-associated-with-the-photon-the-ejected-electron-has-an-energy-of-nearly-take-hc-1240-ev-nm-1-1 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM4MTQ5-the-de-broglie-wavelength-of-an-electron-in-the-ground-state-of-the-mathrm-h-text-atoms-is-lambda-1-while-that-in-the-mathrm-he-ion-is-lambda-2-the-ratio-dfrac-lambda-1-lambda-2-is-1-4-2-2-3-dfrac12-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjk5MzQ4-assume-that-an-electron-orbits-around-a-nucleus-in-a-circular-orbit-and-newton-s-laws-are-valid-what-is-the-ratio-of-the-kinetic-energy-ke-of-the-electron-to-its-potential-energy-pe-in-orbit-in-magnit https://medminds.me/qbank/physics/atoms/?q=NP-b246MzIyOTI0-radiation-from-hydrogen-atom-making-transitions-from-state-n-2-text-to-n-1-falls-on-a-gas-containing-mathrm-li-2-ions-in-n-1-2-3-states-which-of-the-following-statements-is-correct-1-some-radiation-is https://medminds.me/qbank/physics/atoms/?q=NP-b246MzMxOTA2-in-stimulated-emission-an-incoming-photon-interacts-with-an-excited-atom-e-g-mathrm-h-and-brings-the-atom-to-its-ground-state-while-an-extra-photon-is-emitted-as-it-happens-in-a-laser-when-a-photon-st https://medminds.me/qbank/physics/atoms/?q=NP-b246MzM1OTY3-an-electron-of-mass-m-charge-e-moves-in-a-circular-orbit-in-a-uniform-magnetic-field-assume-that-bohr-s-law-of-quantisation-of-angular-momentum-is-valid-for-the-electron-the-minimum-possible-magnetic https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQzNzM2-instead-of-angular-momentum-quantization-a-student-posits-that-energy-is-quantized-as-e-dfrac-e-0-n-left-e-0-0-right-and-n-is-a-positive-integer-which-of-the-following-options-is-correct-1-the-radius https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQyODE1-in-a-muonic-atom-a-muon-of-mass-of-200-times-of-that-of-an-electron-and-the-same-charge-is-bound-to-the-proton-the-wavelengths-of-its-balmer-series-are-in-the-range-of-1-x-text-text-rays-2-infrared-3 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzI2MTE5-a-muon-is-approximately-200-times-heavier-than-an-electron-but-it-is-negatively-charged-just-like-the-electron-if-a-muonic-mathrm-h-like-atom-is-formed-by-a-proton-and-a-negative-muon-assuming-everyth https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc4NDc2-a-hydrogen-ion-and-a-singly-ionised-helium-atom-are-accelerated-from-rest-through-the-same-potential-difference-the-ratio-of-their-final-speeds-is-close-to-1-1-2-2-10-7-3-5-7-4-2-1-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTg4NDQ0-in-rutherford-s-alpha-particle-scattering-experiment-only-a-few-alpha-particles-rebound-back-because-mathrm-a-the-size-of-gold-nucleus-is-very-small-as-compared-to-the-size-of-gold-atom-mathrm-b-alpha https://medminds.me/qbank/physics/atoms/?q=NP-b246NTg4ODY1-using-bohr-s-model-calculate-the-ratio-of-the-magnetic-field-generate-due-to-the-motion-of-the-electrons-in-the-2-nd-and-4-th-orbits-of-hydrogen-atom-1-1-1-2-32-2-3-16-3-4-32-1-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTg5NzU3-the-ratio-of-momentum-of-the-photons-of-the-1-text-st-and-2-text-nd-line-of-balmer-series-of-hydrogen-atoms-is-alpha-beta-the-possible-values-of-alpha-and-beta-are-1-27-text-and-20-2-3-text-and-16-3-5 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTg4ODI5-angular-momentum-of-an-electron-in-a-hydrogen-atoms-is-dfrac-3-h-pi-then-the-energy-electron-is-in-ev-1-1-51-2-0-85-3-0-38-4-0-28-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTg5NjM2-in-the-hydrogen-atom-the-electron-makes-a-transition-from-the-higher-orbit-i-to-a-lower-orbit-f-the-ratio-of-the-radius-of-the-orbits-in-given-by-r-i-r-f-16-4-the-wavelength-of-photon-emitted-due-to-t https://medminds.me/qbank/physics/atoms/?q=NP-b246NTgxMTE0-if-an-alpha-particle-with-energy-7-7-text-mev-is-bombarded-on-a-thin-gold-foil-the-closest-distance-from-nucleus-it-can-reach-is-in-m-atomic-number-of-gold-79-and-dfrac-1-4-pi-varepsilon-0-9-times-10 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTgxNjA3-the-energy-of-an-electron-in-an-orbit-of-the-bohr-s-atom-is-0-04-e-0-text-ev-where-e-0-is-the-ground-state-energy-if-l-is-the-angular-momentum-of-the-electron-in-this-orbit-and-h-is-the-planck-s-const https://medminds.me/qbank/physics/atoms/?q=NP-b246NTgwNTIw-7-9-text-mev-alpha-particle-scatters-from-a-target-material-of-atomic-number-79-from-the-given-data-the-estimated-diameter-of-nuclei-of-the-target-material-is-approximately-left-frac-1-4-pi-epsilon-o https://medminds.me/qbank/physics/atoms/?q=NP-b246NTgwNzg0-the-smallest-wavelength-of-the-lyman-series-is-91-text-nm-the-difference-between-the-largest-wavelength-of-the-paschen-and-balmer-series-is-nearly-1-1875-mm-2-1550-mm-3-1217-mm-4-1784-mm-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTgwNzM0-in-hydrogen-atom-spectrum-r-rightarrow-rydberg-s-constant-mathrm-a-the-maximum-wavelength-of-the-radiation-of-lyman-series-is-dfrac-4-3-r-mathrm-b-the-balmer-series-lies-in-the-visible-region-of-the-s https://medminds.me/qbank/physics/atoms/?q=NP-b246NTgxODk4-two-electrons-are-moving-in-orbits-of-two-hydrogen-like-atoms-with-speeds-3-times10-5-text-m-s-and-2-5-times10-5-text-m-s-respectively-if-the-radii-of-these-orbits-are-nearly-the-same-then-the-possibl https://medminds.me/qbank/physics/atoms/?q=NP-b246NTQxMDU5-given-below-are-two-statements-statement-i-the-dimensions-of-planck-s-constant-and-angular-momentum-are-same-statement-ii-in-bohr-s-model-electron-revolve-around-the-nucleus-only-in-those-orbits-for-w https://medminds.me/qbank/physics/atoms/?q=NP-b246NTQwOTYw-considering-the-bohr-model-of-hydrogen-like-atoms-the-ratio-of-the-radius-of-5-th-orbit-of-the-electron-in-mathrm-li-2-and-mathrm-he-is-1-dfrac-3-2-2-dfrac-4-9-3-dfrac-9-4-4-dfrac-2-3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTQwOTQw-an-electron-in-the-hydrogen-atom-initially-in-the-fourth-excited-state-makes-a-transition-to-n-text-th-energy-state-by-emitting-a-photon-of-energy-2-86-text-ev-the-integer-value-of-n-will-be-1-2-2-10 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTQwOTMx-given-below-are-two-statements-assertion-a-the-bohr-model-is-applicable-to-hydrogen-and-hydrogen-like-atoms-only-reason-r-the-formulation-of-bohr-model-does-not-include-repulsive-force-between-electro https://medminds.me/qbank/physics/atoms/?q=NP-b246NTQwNzYw-in-hydrogen-like-ion-the-energy-difference-between-the-2-text-nd-excitation-energy-state-and-ground-is-108-8-text-ev-the-atomic-number-of-the-ion-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTQwNzI1-assuming-the-validity-of-bohr-s-atomic-model-for-hydrogen-like-ions-the-radius-of-mathrm-li-ion-in-its-ground-state-is-given-by-a-0-x-then-the-value-of-x-where-a-0-is-the-first-bohr-s-radius-1-3-2-2-3 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTQwNzEw-for-a-hydrogen-atom-the-ratio-of-the-largest-wavelength-of-lyman-series-to-that-of-the-balmer-series-is-1-27-5-2-5-27-3-5-36-4-3-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTQwNjIx-considering-bohr-s-atomic-model-for-hydrogen-atom-mathrm-a-the-energy-of-mathrm-h-atom-in-ground-state-is-same-as-energy-of-mathrm-he-ion-in-its-first-exited-state-mathrm-b-the-energy-of-mathrm-h-atom https://medminds.me/qbank/physics/atoms/?q=NP-b246NTM2MDY4-the-frequency-of-revolution-of-the-electron-in-bohr-s-orbit-varies-with-n-the-principal-quantum-number-as-1-dfrac-1-n-3-2-dfrac-1-n-2-3-dfrac-1-n-4-dfrac-1-n-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTM1ODY4-during-the-transition-of-electron-from-state-a-to-state-c-of-a-bohr-atom-the-wavelength-of-emitted-radiation-is-2000-mathring-text-a-and-it-becomes-6000-mathring-text-a-when-the-electron-jumps-from-st https://medminds.me/qbank/physics/atoms/?q=NP-b246NTM1ODIy-the-number-of-spectral-lines-emitted-by-atomic-hydrogen-that-is-in-the-4-text-th-energy-level-is-1-3-2-1-3-6-4-0-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTM1NzE0-an-electron-projected-perpendicular-to-a-uniform-magnetic-field-b-moves-in-a-circle-if-bohr-s-quantization-is-applicable-then-the-radius-of-the-electronic-orbit-in-the-first-excited-state-is-1-sqrt-df https://medminds.me/qbank/physics/atoms/?q=NP-b246NTM1Njc0-an-electron-in-the-ground-state-of-the-hydrogen-atom-has-the-orbital-radius-of-5-3-times-10-11-m-while-that-for-the-electron-in-third-excited-state-is-8-48-times-10-10-m-the-ratio-of-the-de-broglie-wa https://medminds.me/qbank/physics/atoms/?q=NP-b246NTIxNTAx-in-an-alpha-text-particle-m-6-72-times-10-27-mathrm-kg-scattering-experiment-the-distance-of-closest-approach-of-the-alpha-text-particle-is-4-5-times-10-14-text-m-if-the-atomic-number-of-the-target-nu https://medminds.me/qbank/physics/atoms/?q=NP-b246NTIxMjYx-according-to-bohr-s-theory-the-moment-of-momentum-of-an-electron-revolving-in-4th-orbit-of-hydrogen-atom-is-1-frac-mathrm-h-2-pi-2-8-frac-mathrm-h-pi-3-2-frac-mathrm-h-pi-4-frac-mathbf-h-pi-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTIwODI0-a-hydrogen-atom-in-ground-state-is-given-an-energy-of-10-2-ev-how-many-spectral-lines-will-be-emitted-due-to-transition-of-electrons-1-10-2-3-3-1-4-6-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTE5OTQ4-in-franck-hertz-experiment-the-first-dip-in-the-current-voltage-graph-for-hydrogen-is-observed-at-10-2-text-v-the-wavelength-of-light-emitted-by-hydrogen-atom-when-excited-to-the-first-excitation-leve https://medminds.me/qbank/physics/atoms/?q=NP-b246NTE5Nzg5-the-longest-wavelength-associated-with-paschen-series-is-given-r-h-1-097-times-10-7-si-unit-1-2-973-times-10-6-mathrm-m-2-3-646-times-10-6-mathrm-m-3-1-094-times-10-6-mathrm-m-4-1-876-times-10-6-mathr https://medminds.me/qbank/physics/atoms/?q=NP-b246NTE3NTkw-radius-of-a-certain-orbit-of-hydrogen-atom-is-8-48-if-energy-of-electron-in-this-orbit-is-e-x-then-x-given-a-0-0-529-e-energy-of-electron-in-ground-state-1-16-2-10-3-6-4-26-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NTE3NTU5-the-ratio-of-the-shortest-wavelength-of-balmer-series-to-the-shortest-wavelength-of-lyman-series-for-hydrogen-atom-is-1-2-1-2-1-4-3-1-2-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc4MzI1-in-the-transition-from-n-text-2-to-n-text-1-in-hydrogen-atom-emitted-frequency-is-f-0-the-frequency-for-the-transition-n-text-3-to-n-text-1-is-1-dfrac-27-32-f-0-2-dfrac-25-18-f-0-3-dfrac-32-27-f-0-4-d https://medminds.me/qbank/physics/atoms/?q=NP-b246NDU1NzYx-a-stationary-hydrogen-atom-de-excites-from-a-first-excited-state-to-the-ground-state-find-the-recoil-speed-of-the-hydrogen-atom-up-to-the-nearest-integral-value-mass-of-hydrogen-atom-1-8-times10-27-te https://medminds.me/qbank/physics/atoms/?q=NP-b246NDU1NzQ4-electrons-in-a-hydrogen-atom-are-excited-to-an-energy-level-having-energy-0-85-text-ev-find-the-number-of-possible-transitions-it-can-make-while-de-excitation-1-2-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDU1NDUw-an-electron-in-the-5-text-th-excited-state-of-mathrm-he-atom-moves-to-1-text-st-excited-state-then-the-number-of-possible-spectral-lines-formed-is-1-10-2-20-3-15-4-30-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDU0ODM0-in-a-single-electron-atom-ion-the-first-member-of-the-lyman-series-is-lambda-then-the-wavelength-of-the-second-member-of-this-series-shall-be-1-dfrac-5-27-lambda-2-dfrac-5-32-lambda-3-dfrac-27-32-lamb https://medminds.me/qbank/physics/atoms/?q=NP-b246NDU0ODAy-the-lowest-energy-of-a-photon-emitted-in-the-balmer-series-of-hydrogen-atoms-is-1-10-02-text-ev-2-1-88-text-ev-3-1-65-text-ev-4-2-02-text-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDQwMjQy-the-angular-momentum-of-the-revolving-electron-of-a-hydrogen-atom-in-a-given-orbit-is-dependent-on-radius-r-as-1-dfrac-1-r-2-dfrac-1-r-2-3-dfrac-1-sqrt-r-4-sqrt-r-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDQwMTc1-the-shortest-wavelength-of-the-spectral-lines-in-the-lyman-series-of-hydrogen-spectrum-is-915-mathring-a-the-longest-wavelength-of-spectral-lines-in-the-balmer-series-will-be-1-5296-mathring-a-2-3647 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDM3OTc0-the-speed-of-an-electron-in-the-first-orbit-of-a-hydrogen-atom-is-1-1-2-times-10-5-text-m-s-2-2-2-times-10-5-text-m-s-3-2-8-times-10-6-text-m-s-4-2-2-times-10-6-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDM3OTMx-which-graph-correctly-represents-the-variation-of-kinetic-energy-k-e-with-orbital-radius-r-for-an-electron-revolving-around-the-nucleus-of-an-atom-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY3MTc3-in-the-diagram-below-four-electronic-transitions-are-labelled-as-a-b-c-and-d-which-of-these-transitions-corresponds-to-the-emission-of-light-with-the-shortest-wavelength-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY3MTc2-the-radius-of-the-orbit-corresponding-to-the-4-text-th-excited-state-in-mathrm-li-ion-is-where-a-0-is-the-radius-of-the-first-orbit-in-the-hydrogen-atom-1-dfrac-25-3-a-0-2-dfrac-16-3-a-0-3-25a-0-4-12a https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY3MTM2-angular-momentum-of-an-e-in-first-bohr-s-orbit-is-l-the-change-in-angular-momentum-if-this-electron-jumps-to-the-second-orbit-will-be-1-l-2-2l-3-3l-4-1-5l-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY2NzE2-potential-energy-of-an-electron-is-defined-as-u-1-over-2-mw-2-x-2-and-follows-bohr-s-law-radius-of-orbital-as-function-of-n-depends-on-omega-is-some-constant-1-n2-2-1-over-sqrt-n-3-sqrt-n-4-n2-3-1-2-3 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzYzMjg2-the-ionization-energy-of-the-ground-state-of-a-hydrogen-atom-is-13-6-ev-the-onization-energy-of-2-nd-excited-state-of-li-2-ion-is-1-20-4-ev-2-27-2-ev-3-6-8-ev-4-13-6-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY3MzEx-the-energy-of-hydrogen-in-the-ground-state-is-13-6-ev-and-the-energy-of-mathrm-he-in-the-first-excited-state-is-13-6x-the-value-of-x-is-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzY3NDUw-a-photon-of-energy-12-75-ev-falls-a-h-atom-find-out-number-of-spectral-lines-observed-1-6-2-7-3-5-4-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzYzMDgz-the-ratio-of-the-maximum-wavelength-of-the-lyman-series-of-a-hydrogen-atom-to-the-minimum-wavelength-of-the-balmer-series-of-helium-ion-is-1-frac-4-3-2-1-3-frac-3-2-4-frac-3-4-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzYzMDE3-in-a-hydrogen-atom-an-electron-makes-a-transition-from-3rd-excited-state-to-the-ground-state-the-energy-of-the-photon-emitted-is-1-10-8-ev-2-13-6-ev-3-12-75-ev-4-8-6-ev-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ2NTY2-consider-the-given-statements-statement-i-in-a-hydrogen-atom-the-frequency-of-radiation-emitted-when-an-electron-jumps-from-a-lower-energy-orbit-e-1-to-a-higher-energy-orbit-e-2-is-given-as-hf-e-1-e-2 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ2MTE3-a-hydrogen-atom-in-its-ground-state-absorbs-10-2-text-ev-of-energy-the-angular-momentum-of-the-electron-of-the-hydrogen-atom-will-increase-by-the-value-of-given-plank-s-constant-6-6-times-10-34-text-j https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ1ODI3-the-ratio-of-the-speed-of-the-electron-in-the-3-mathrm-rd-orbit-of-mathrm-he-to-the-speed-of-the-electron-in-the-3-mathrm-rd-orbit-of-the-hydrogen-atom-will-be-1-1-1-2-1-2-3-4-1-4-2-1-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ1NjMw-choose-the-correct-option-from-the-following-options-given-below-1-in-the-ground-state-of-rutherford-s-model-electrons-are-in-stable-equilibrium-while-in-thomson-s-model-electrons-always-experience-a https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQ1NTUx-the-ratio-of-energies-of-photons-produced-due-to-the-transition-of-an-election-of-a-hydrogen-atom-from-its-i-second-permitted-energy-level-to-the-first-level-and-ii-the-highest-permitted-energy-level https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQzNzQy-sqrt-d-1-and-sqrt-d-2-are-the-impact-parameters-corresponding-to-scattering-angles-60-circ-and-90-circ-respectively-when-an-alpha-particle-is-approaching-a-gold-nucleus-for-d-1-xd-2-the-value-of-x-wil https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQzNDAw-in-a-hydrogen-spectrum-lambda-be-the-wavelength-of-the-first-transition-line-of-the-lyman-series-the-wavelength-difference-will-be-a-lambda-between-the-wavelength-of-the-3-text-rd-transition-line-of-t https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQzMzQ1-hydrogen-atom-from-excited-state-comes-to-the-ground-state-by-emitting-a-photon-of-wavelength-lambda-the-value-of-the-principal-quantum-number-n-of-the-excited-state-will-be-r-rydberg-constant-1-sqrt https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQzMzEy-the-magnetic-moment-of-an-electron-e-revolving-in-an-orbit-around-nucleus-with-an-orbital-angular-momentum-vec-l-is-given-by-1-vec-mu-l-frac-e-vec-l-2-m-2-vec-mu-l-frac-e-vec-l-2-m-3-vec-mu-l-frac-e-v https://medminds.me/qbank/physics/atoms/?q=NP-b246MzQzMzA5-the-momentum-of-an-electron-revolving-in-n-th-orbit-is-given-by-symbols-have-their-usual-meanings-1-frac-nh-2-pi-r-2-frac-nh-2r-3-frac-nh-2-pi-4-frac-2-pi-r-nh-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc5MDg2-a-particular-hydrogen-like-ion-emits-radiation-of-frequency-2-92-times10-15-text-hz-when-it-makes-the-transition-from-n-3-text-to-n-1-the-frequency-in-text-hz-of-radiation-emitted-in-transition-from-n https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc4NjA5-the-k-alpha-text-x-ray-of-molybdenum-has-wavelength-0-071-text-nm-if-the-energy-of-a-molybdenum-atom-with-a-k-electron-knocked-out-is-27-5-text-kev-the-energy-of-this-atom-when-an-l-electron-is-knocke https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc4Mjkz-x-different-wavelengths-may-be-observed-in-the-spectrum-from-a-hydrogen-sample-if-the-atoms-are-excited-to-states-with-principal-quantum-number-n-6-the-value-of-x-is-1-10-2-15-3-20-4-25-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc4MjA2-consider-the-following-statements-mathrm-a-atoms-of-each-element-emit-characteristics-spectrum-mathrm-b-according-to-bohr-s-postulate-an-electron-in-a-hydrogen-atom-revolves-in-a-certain-stationary-or https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc4MTk1-in-bohr-s-atomic-model-the-electron-is-assumed-to-revolve-in-a-circular-orbit-of-radius-0-5-mathring-a-if-the-speed-of-the-electron-is-2-2-times-10-6-text-m-s-then-the-current-associated-with-the-elec https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3NTQ5-a-photon-is-emitted-in-transition-from-n-4-text-to-n-1-level-in-the-hydrogen-atom-the-corresponding-wavelength-for-this-transition-is-given-h-4-times-10-15-text-ev-s-1-94-1-text-nm-2-974-text-nm-3-993 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3OTk4-a-particle-of-mass-m-moves-in-a-circular-orbit-in-a-central-potential-field-u-r-u-0-r-4-if-bohr-s-quantization-conditions-are-applied-radii-of-possible-orbitals-r-n-vary-with-n-frac-1-alpha-where-alph https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3ODE1-the-atomic-hydrogen-emits-a-line-spectrum-consisting-of-various-series-which-series-of-hydrogen-atomic-spectra-is-lying-in-the-visible-region-1-paschen-series-2-balmer-series-3-lyman-series-4-brackett https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3NTc5-if-an-electron-is-moving-in-the-n-text-th-orbit-of-the-hydrogen-atom-then-its-velocity-left-v-n-right-for-the-n-text-th-orbit-is-given-as-1-v-n-propto-frac-1-n-2-v-n-propto-n-2-3-v-n-propto-n-4-v-n-pr https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3NTU5-which-level-of-the-single-ionized-carbon-has-the-same-energy-as-the-ground-state-energy-of-the-hydrogen-atom-1-6-2-8-3-4-4-3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3NDk2-the-first-three-spectral-of-mathrm-h-text-atom-in-the-balmer-series-are-given-lambda-1-lambda-2-lambda-3-considering-the-bohr-atomic-model-the-wavelengths-of-the-first-and-third-spectral-lines-left-fr https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc5NDI1-the-recoil-speed-of-a-hydrogen-atom-after-it-emits-a-photon-in-going-from-n-5-state-to-n-1-state-will-be-1-4-17-m-s-2-2-19-m-s-3-3-25-m-s-4-4-34-m-s-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc5MTE3-an-x-ray-tube-is-operated-at-1-24-million-volt-the-shortest-wavelength-of-the-produced-photon-will-be-1-10-3-nm-2-10-1-nm-3-10-2-nm-4-10-4-nm-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc5MDAz-if-lambda-1-represents-the-wavelength-of-the-third-member-of-the-lyman-series-and-lambda-2-represents-the-wavelength-of-the-first-member-of-the-paschen-series-then-the-ratio-lambda-1-lambda-2-is-1-1-9 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc4OTIz-the-diagram-shows-the-energy-levels-of-a-hydrogen-atom-with-several-transitions-marked-as-a-b-c-d-and-e-what-do-transitions-a-b-and-c-respectively-represent-1-the-ionisation-potential-of-hydrogen-the https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc4NjUx-the-first-member-of-the-balmer-series-of-hydrogen-atoms-has-a-wavelength-of-6561-mathring-a-the-wavelength-of-the-second-member-of-the-balmer-series-in-nm-is-1-289-text-nm-2-360-text-nm-3-486-text-nm https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc4NDQ5-which-of-the-following-schematic-graphs-correctly-represents-the-results-of-rutherford-s-gold-foil-experiment-with-alpha-text-particles-here-theta-is-the-scattering-angle-and-y-is-the-number-of-alpha https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc4MzQ1-the-time-period-of-revolution-of-an-electron-in-its-ground-state-orbit-in-a-hydrogen-atom-is-1-6-times-10-16-mathrm-s-the-frequency-of-revolution-of-the-electron-is-its-first-excited-state-in-mathrm-s https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc4NzQz-in-the-line-spectra-of-hydrogen-atom-the-difference-between-the-largest-and-the-shortest-wavelengths-of-the-lyman-series-is-304-mathring-a-the-corresponding-difference-for-the-paschan-series-in-mathri https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc4NTgy-a-particle-of-mass-200-text-mev-c-2-collides-with-a-hydrogen-atom-at-rest-soon-after-the-collision-the-particle-comes-to-rest-and-the-atom-recoils-and-goes-to-its-first-excited-state-the-initial-kinet https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc4MzMy-in-a-hydrogen-atom-the-electron-makes-a-transition-from-n-1-th-level-to-the-n-th-level-if-n-1-the-frequency-of-radiation-emitted-is-proportional-to-1-dfrac-1-n-4-2-dfrac-1-n-3-3-dfrac-1-n-2-4-dfrac-1 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc4MTE1-a-particle-of-mass-m-moves-in-a-circular-orbit-in-a-central-potential-field-u-r-1-over-2-kr-2-if-bohr-s-quantization-conditions-are-applied-radii-of-possible-orbits-and-energy-levels-vary-with-quantum https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc3MzY4-an-excited-mathrm-he-ion-emits-two-photons-in-succession-with-wavelengths-108-5-text-nm-and-30-4-text-nm-in-making-a-transition-to-ground-state-the-quantum-number-n-corresponding-to-its-initial-excite https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc2ODEy-in-mathrm-li-electron-in-first-bohr-orbit-is-excited-to-a-level-by-a-radiation-of-wavelength-lambda-when-the-ion-gets-deexcited-to-the-ground-state-in-all-possible-ways-including-intermediate-emission https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc2NjM1-radiation-coming-from-transitions-n-2-to-n-1-of-hydrogen-atoms-fall-on-he-ions-in-n-1-and-n-2-states-the-possible-transition-of-helium-ions-as-they-absorb-energy-from-the-radiation-is-1-n-2-rightarrow https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3MjQ2-both-the-nucleus-and-the-atom-of-some-element-are-in-their-respective-first-excited-states-they-get-deexcited-by-emitting-photons-of-wavelengths-lambda-n-lambda-a-respectively-the-ratio-of-their-wavel https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3MjI5-the-de-broglie-wavelength-lambda-b-associated-with-the-electron-orbiting-in-the-second-excited-state-of-a-hydrogen-atom-is-related-to-that-in-the-ground-state-lambda-g-by-1-lambda-b-3-lambda-g-2-lambd https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3MTA1-the-energy-required-to-remove-the-electron-from-a-singly-ionized-helium-atom-is-2-2-times-the-energy-required-to-remove-an-electron-from-a-helium-atom-the-total-energy-required-to-ionize-the-helium-at https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc5MDQy-if-the-series-limit-frequency-of-the-lyman-series-is-nu-l-what-is-the-series-limit-frequency-of-the-pfund-series-1-25-nu-l-2-16-nu-l-3-nu-l-16-4-nu-l-25-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc5MDM5-an-electron-from-various-excited-states-of-hydrogen-atom-emit-radiation-to-come-to-the-ground-state-let-lambda-n-lambda-g-be-the-de-broglie-wavelength-of-the-electron-in-the-n-text-th-state-and-the-gr https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3MzU5-the-acceleration-of-an-electron-in-the-first-bohr-orbit-n-1-of-a-hydrogen-atom-is-given-by-1-dfrac-h-2-pi-2m-2r-3-2-dfrac-h-2-4-pi-2m-2r-3-3-dfrac-h-2-4-pi-m-2r-3-4-dfrac-h-2-8-pi-2m-2r-3-1-2-3-4 https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3MTE4-according-to-bohr-s-theory-the-time-averaged-magnetic-field-at-the-centre-i-e-nucleus-of-a-hydrogen-atom-due-to-the-motion-of-electrons-in-the-n-text-th-orbit-is-proportional-to-n-principal-quantum-nu https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc5MzYy-some-energy-levels-of-a-molecule-are-marked-at-e-dfrac-4e-3-2e-and-3e-a-photon-of-wavelength-lambda-2-is-emitted-during-a-transition-from-e-to-dfrac-4e-3-and-another-of-wavelength-lambda-1-during-a-tr https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc3MTg4-a-hydrogen-atom-makes-a-transition-from-n-2-to-n-1-and-emits-a-photon-this-photon-strikes-a-doubly-ionized-lithium-atom-z-3-in-an-excited-state-and-completely-removes-the-orbiting-electron-the-last-qu https://medminds.me/qbank/physics/atoms/?q=NP-b246NDc2OTk4-if-one-were-to-apply-the-bohr-model-to-a-particle-of-mass-m-and-charge-q-moving-in-a-plane-under-the-influence-of-a-magnetic-field-b-the-energy-of-the-charged-particle-in-the-n-text-th-level-will-be-1 https://medminds.me/qbank/physics/atoms/?q=NP-b246Mjc5NzU4-as-an-electron-makes-a-transition-from-an-excited-state-to-the-ground-state-of-a-hydrogen-like-atom-ion-1-its-kinetic-energy-increases-but-potential-energy-and-total-energy-decrease-2-kinetic-energy-p https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MjYzMzQ-if-a-resistance-coil-is-made-by-joining-in-parallel-two-resistances-each-of-20-omega-an-emf-of-2v-is-applied-across-this-coil-for-100-seconds-the-heat-produced-in-the-coil-is-1-20-j-2-10-j-3-40-j-4-80 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MjYzMzc-which-of-the-following-graph-correctly-represents-the-variation-of-mobility-mu-of-electrons-with-applied-electric-field-e-in-a-metallic-conductor-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MjYzNTI-if-i-be-the-current-limit-of-a-fuse-wire-of-length-l-and-radius-r-then-select-the-appropriate-relation-1-i-alpha-l-2-i-alpha-r2-3-i-alpha-l0-4-i-alpha-r0-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MjYzNTM-the-resistance-of-platinum-wire-at-0-176-c-is-22-05-937-and-at-100-176-c-it-becomes-22-70-937-when-the-wire-is-heated-to-a-temperature-of-t-176-c-the-resistance-of-wire-becomes-24-91-937-the-value-of https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MjYzNTg-the-sensitivity-of-a-potentiometer-can-be-increased-by-1-increasing-the-potential-gradient-2-decreasing-the-length-of-potentiometer-wire-3-decreasing-the-current-in-the-potentiometer-wire-4-all-of-the https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MjYzNzY-in-the-circuit-shown-in-figure-if-power-dissipated-in-9-resistor-is-144-text-w-then-potential-difference-across-3-6-resistor-will-be-1-36-text-v-2-18-text-v-3-9-text-v-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mjk2NDM-a-current-of-1-ma-is-flowing-through-a-copper-wire-how-many-electrons-will-pass-a-given-point-in-one-second-e-1-6-215-10-19coulomb-1-6-25-215-1019-2-6-25-215-1015-3-6-25-215-1031-4-6-25-215-108-1-2-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mjk2NDQ-the-drift-velocity-of-free-electrons-in-a-conductor-is-v-when-a-current-i-is-flowing-in-it-if-both-the-radius-and-current-are-doubled-then-the-drift-velocity-will-be-1-v-2-dfrac-v-2-3-dfrac-v-4-4-dfra https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mjk2NDU-a-battery-has-emf-4-v-and-internal-resistance-r-when-this-battery-is-connected-to-an-external-resistance-of-2-ohm-a-current-of-1-ampere-flows-in-the-circuit-how-much-current-will-flow-if-the-terminals https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzAwNDk-the-current-i-as-shown-in-the-circuit-will-be-1-10-text-a-2-dfrac-20-3-text-a-3-dfrac-2-3-text-a-4-dfrac-5-3-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzAzMjE-a-meter-bridge-is-set-up-to-determine-unknown-resistance-x-using-a-standard-10-omega-resistor-the-galvanometer-shows-the-null-point-when-the-tapping-key-is-at-a-52-cm-mark-end-corrections-are-1-cm-and https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MTk-the-resistivity-of-iron-is-1-times-10-ndash-7-ohm-ndash-m-the-resistance-of-iron-wire-of-particular-length-and-thickness-is-1-ohm-if-the-length-and-the-diameter-of-wire-both-are-doubled-then-the-resis https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MjI-the-resistivity-of-a-wire-1-increases-with-the-length-of-the-wire-2-decreases-with-the-area-of-cross-section-3-decreases-with-the-length-and-increases-with-the-cross-section-of-the-wire-4-none-of-the https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MjM-drift-velocity-v-d-varies-with-the-intensity-of-the-electric-field-as-per-the-relation-1-v-d-propto-e-2-v-d-propto-frac-1-e-3-v-d-text-constant-4-v-d-propto-e-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MjQ-in-a-conductor-4-coulombs-of-charge-flows-for-2-seconds-the-value-of-electric-current-will-be-1-4-volts-2-4-amperes-3-2-amperes-4-2-volts-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MjU-the-specific-resistance-of-a-wire-is-rho-its-volume-is-3-m3-and-its-resistance-is-3-ohms-then-its-length-will-be-1-1-rho-2-3-rho-3-1-rho-3-4-rho-13-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MjY-when-a-piece-of-aluminum-wire-of-finite-length-is-drawn-through-a-series-of-dies-to-reduce-its-diameter-to-half-its-original-value-its-resistance-will-become-1-two-times-2-four-times-3-eight-times-4-s https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2Mjc-through-a-semiconductor-an-electric-current-is-due-to-drift-off-1-free-electrons-2-free-electrons-and-holes-3-positive-and-negative-ions-4-protons-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2Mjg-if-a-metallic-block-has-no-potential-difference-applied-across-it-then-the-mean-velocity-of-free-electron-is-t-absolute-temperature-of-the-block-1-proportional-to-t-2-proportional-to-sqrt-t-3-zero-4-f https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2Mjk-the-specific-resistance-of-all-metals-is-most-affected-by-1-temperature-2-pressure-3-degree-of-illumination-4-applied-magnetic-field-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MzA-the-positive-temperature-coefficient-of-resistance-is-for-1-carbon-2-germanium-3-copper-4-an-electrolyte-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MzE-the-electric-intensity-e-current-density-j-and-specific-resistance-k-are-related-to-each-other-by-the-relation-1-e-j-k-2-e-jk-3-e-k-j-4-k-j-e-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MzI-the-resistance-of-a-wire-of-uniform-diameter-d-and-length-l-is-r-the-resistance-of-another-wire-of-the-same-material-but-diameter-2d-and-length-4l-will-be-1-2r-2-r-3-r-2-4-r-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MzM-there-is-a-current-of-1-344-amp-in-a-copper-wire-whose-area-of-cross-section-normal-to-the-length-of-the-wire-is-1-mm2-if-the-number-of-free-electrons-per-cm3-is-8-4-times-1022-then-the-drift-velocity https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MzQ-an-electric-wire-of-length-lsquo-i-rsquo-and-area-of-cross-section-a-has-a-resistance-r-ohms-another-wire-of-the-same-material-having-the-same-length-and-area-of-cross-section-4a-has-a-resistance-of-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MzU-if-n-e-tau-and-m-respectively-represent-the-density-charge-relaxation-time-and-mass-of-the-electron-then-the-resistance-of-a-wire-of-length-l-and-area-of-cross-section-a-will-be-1-frac-ml-ne-2-tau-a-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2MzY-the-relaxation-time-in-conductors-1-increases-with-the-increase-in-temperature-2-decreases-with-the-increase-in-temperature-3-it-does-not-depend-on-the-temperature-4-all-of-the-sudden-changes-at-400-k https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2Mzg-resistance-of-tungsten-wire-at-150-deg-c-is-133-omega-its-resistance-temperature-coefficient-is-0-0045-deg-c-the-resistance-of-this-wire-at-500-deg-c-will-be-1-180-omega-2-225-omega-3-258-omega-4-317 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NDA-which-of-the-following-has-a-negative-temperature-coefficient-of-resistance-1-c-2-fe-3-mn-4-ag-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NDE-the-reciprocal-of-resistance-is-1-conductance-2-resistivity-3-voltage-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NDI-a-solenoid-is-at-the-potential-difference-of-60-text-v-and-the-current-flows-through-it-is-15-text-a-then-the-resistance-of-the-coil-will-be-1-4-omega-2-8-omega-3-0-25-omega-4-2-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NDM-all-of-the-following-statements-are-true-except-1-conductance-is-the-reciprocal-of-resistance-and-is-measured-in-siemens-2-ohm-s-law-is-not-applicable-at-very-low-and-very-high-temperatures-3-ohm-s-la https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NDQ-the-resistance-of-a-discharge-tube-is-1-ohmic-2-non-ohmic-3-both-1-and-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NDU-a-steady-current-flows-in-a-metallic-conductor-of-non-uniform-cross-section-the-quantity-quantities-constant-along-the-length-of-the-conductor-is-are-1-current-electric-field-and-drift-speed-2-drift-s https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NDY-sigma-1-and-sigma-2-are-the-electrical-conductivities-of-ge-and-na-respectively-if-these-substances-are-heated-then-1-both-sigma-1-and-sigma-2-increase-2-sigma-1-increases-and-sigma-2-decreases-3-sigm https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NDk-masses-of-3-wires-of-same-metal-are-in-the-ratio-1-2-3-and-their-lengths-are-in-the-ratio-3-2-1-the-electrical-resistances-are-in-ratio-1-1-4-9-2-9-4-1-3-1-2-3-4-27-6-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NTE-a-wire-of-radius-r-has-resistance-r-if-it-is-stretched-to-a-radius-of-3r4-its-resistance-becomes-1-9r16-2-16r9-3-81r256-4-256r81-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NTI-a-copper-wire-has-a-square-cross-section-2-0-mm-on-a-side-it-carries-a-current-of-8-a-and-the-density-of-free-electrons-is-8-times-1028-m-ndash-3-the-drift-speed-of-electrons-is-equal-to-1-0-156-times https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NTM-what-length-of-the-wire-of-specific-resistance-48-times-10-minus-8-thinsp-omega-thinsp-thinsp-mis-needed-to-make-the-resistance-of-4-2-omega-diameter-of-wire-0-4-mm-1-4-1-m-2-3-1-m-3-2-1-m-4-1-1-m-1-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NTQ-a-strip-of-copper-and-another-of-germanium-are-cooled-from-room-temperature-to-80-k-the-resistance-of-1-each-of-these-increases-2-each-of-these-decreases-3-copper-strip-increases-and-that-of-germanium https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NTU-the-length-of-a-given-cylindrical-wire-is-increased-by-100-due-to-the-consequent-decrease-in-diameter-the-change-in-the-resistance-of-the-wire-will-be-1-300-2-200-3-100-4-50-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NTY-express-which-of-the-following-setups-can-be-used-to-verify-ohm-rsquo-s-law-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NTc-in-a-hydrogen-discharge-tube-it-is-observed-that-through-a-given-cross-section-3-13-times-1015-electrons-are-moving-from-right-to-left-and-3-12-times-1015-protons-are-moving-from-left-to-right-per-sec https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NjA-the-electric-resistance-of-a-certain-wire-of-iron-is-r-if-its-length-and-radius-are-both-doubled-then-1-the-resistance-will-be-doubled-and-the-specific-resistance-will-be-halved-2-the-resistance-will https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NjE-the-following-four-wires-are-made-of-the-same-material-and-are-at-the-same-temperature-which-one-of-them-has-highest-electrical-resistance-1-length-50-cm-diameter-0-5-mm-2-length-100-cm-diameter-1-mm https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NjM-the-potential-difference-between-points-a-and-b-of-the-adjoining-figure-is-1-23v-2-89v-3-43v-4-2-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NjQ-two-resistors-of-resistance-r1-and-r2-having-r1-r2-are-connected-in-parallel-for-equivalent-resistance-r-the-correct-statement-is-1-r-r1-r2-2-r1-r-r2-3-r2-r-r1-r2-4-r-r1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NjU-a-wire-of-resistance-r-is-divided-into-10-equal-parts-these-parts-are-connected-in-parallel-the-equivalent-resistance-of-such-connection-will-be-1-0-01r-2-0-1r-3-10r-4-100r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2Njg-three-resistors-each-of-2-ohm-are-connected-together-in-a-triangular-shape-the-resistance-between-any-two-vertices-will-be-1-4-3-ohm-2-3-4-ohm-3-3-ohm-4-6-ohm-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2Njk-there-are-n-similar-conductors-each-of-resistance-r-the-resultant-resistance-comes-out-to-be-x-when-connected-in-parallel-if-they-are-connected-in-series-the-resistance-comes-out-to-be-1-x-n2-2-n2x-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NzA-equivalent-resistance-between-a-and-b-will-be-1-2-ohm-2-18-ohm-3-6-ohm-4-3-6-ohm-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NzI-referring-to-the-figure-below-the-effective-resistance-of-the-network-is-1-2r-2-4r-3-10r-4-5r-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2NzM-two-resistances-are-joined-in-parallel-whose-resultant-is-68-ohm-one-of-the-resistance-wire-is-broken-and-the-effective-resistance-becomes-2-omega-then-the-resistance-in-ohm-of-the-wire-that-got-broke https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg2OTk-the-equivalent-resistance-of-resistors-connected-in-series-is-always-1-equal-to-the-mean-of-component-resistors-2-less-than-the-lowest-of-component-resistors-3-in-between-the-lowest-and-the-highest-of https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MDA-a-cell-of-negligible-resistance-and-e-m-f-2-volts-is-connected-to-a-series-combination-of-2-3-and-5-omega-the-potential-difference-in-volts-between-the-terminals-of-3-omega-resistance-will-be-1-0-6-v https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MDE-four-wires-of-equal-length-and-of-resistances-10-ohms-each-are-connected-in-the-form-of-a-square-the-equivalent-resistance-between-two-opposite-corners-of-the-square-is-1-10-ohm-2-40-ohm-3-20-ohm-4-10 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MDI-two-resistors-are-connected-a-in-series-b-in-parallel-the-equivalent-resistance-in-the-two-cases-is-9-ohm-and-2-ohms-respectively-then-the-resistances-of-the-component-resistors-are-1-2-ohm-and-7-ohm https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MDM-resistors-of-1-2-3-ohm-are-connected-in-the-form-of-a-triangle-if-a-1-5-volt-cell-of-negligible-internal-resistance-is-connected-across-a-3-ohm-resistor-the-current-flowing-through-this-resistance-wil https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MDQ-resistances-of-6-ohm-each-are-connected-in-the-manner-shown-in-adjoining-figure-with-the-current-0-5-ampere-as-shown-in-figure-the-potential-difference-vp-minus-vq-is-1-3-6-v-2-6-0-v-3-3-0-v-4-7-2-v-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MDU-the-equivalent-resistance-of-the-arrangement-of-resistances-shown-in-adjoining-figure-between-the-points-a-and-b-is-1-6-ohm-2-8-ohm-3-16-ohm-4-24-ohm-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MDY-in-the-network-of-resistors-shown-in-the-adjoining-figure-the-equivalent-resistance-between-a-and-b-is-1-54-ohm-2-18-ohm-3-36-ohm-4-9-ohm-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MDc-a-wire-is-broken-in-four-equal-parts-a-packet-is-formed-by-keeping-the-four-wires-together-the-resistance-of-the-packet-in-comparison-to-the-resistance-of-the-wire-will-be-1-equal-2-one-fourth-3-one-e https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MDg-four-resistances-are-connected-in-a-circuit-in-the-given-figure-the-electric-current-flowing-through-4-ohm-and-6-ohm-resistance-is-respectively-1-2-amp-and-4-amp-2-1-amp-and-2-amp-3-1-amp-and-1-amp-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MTE-in-the-figure-shown-the-total-resistance-between-a-and-b-is-1-12-omega-2-4-omega-3-6-omega-4-8-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MTM-in-the-given-figure-when-key-k-is-opened-the-reading-of-the-ammeter-a-will-be-1-50-a-2-2-a-3-0-5-a-4-109a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MTQ-in-the-given-circuit-the-potential-of-the-point-e-is-1-zero-2-ndash-8-v-3-ndash-4-3-v-4-4-3-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MTU-if-a-resistance-r2-is-connected-in-parallel-with-the-resistance-r-in-the-circuit-shown-then-possible-value-of-current-through-r-and-the-possible-value-of-r2-will-be-1-i3-thinsp-r-2-i-thinsp-2r-3-i3-th https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MTY-a-battery-of-emf-10-v-is-connected-to-resistance-as-shown-in-the-figure-below-the-potential-difference-v-a-v-b-between-the-points-a-and-b-is-1-2-v-2-2-v-3-5-v-4-frac-20-11-text-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MTc-a-student-has-10-resistors-of-resistance-lsquo-r-rsquo-the-minimum-resistance-made-by-him-from-given-resistors-is-1-10-r-2-r10-3-r100-4-r5-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MTg-two-wires-of-same-metal-have-the-same-length-but-their-cross-sections-are-in-the-ratio-3-1-they-are-joined-in-series-the-resistance-of-the-thicker-wire-is-10-omega-the-total-resistance-of-the-combinat https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MTk-the-equivalent-resistance-of-the-following-infinite-network-of-resistances-is-1-less-than-4-omega-2-4-omega-3-more-than-4-omega-but-less-than-12-omega-4-12-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MjA-in-the-figure-given-below-the-current-passing-through-6-omega-resistor-is-1-0-40-ampere-2-0-48-ampere-3-0-72-ampere-4-0-80-ampere-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MjI-the-equivalent-resistance-between-points-a-and-b-of-an-infinite-network-of-resistances-each-of-1-omega-connected-as-shown-is-1-infinite-2-2-omega-3-1-52-omega-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MjM-in-the-circuit-shown-the-point-lsquo-b-rsquo-is-earthed-the-potential-at-the-point-lsquo-a-rsquo-is-1-14-v-2-24-v-3-26-v-4-50-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MjQ-in-the-circuit-shown-below-the-cell-has-an-e-m-f-of-10-v-and-internal-resistance-of-1-ohm-the-other-resistances-are-shown-in-the-figure-the-potential-difference-va-minus-vb-is-1-6-v-2-4-v-3-2-v-4-ndas https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MjU-a-wire-of-resistance-r-is-cut-into-lsquo-n-rsquo-equal-parts-these-parts-are-then-connected-in-parallel-the-equivalent-resistance-of-the-combination-will-be-1-nr-2-rn-3-nr-4-rn2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3Mjc-the-current-in-the-given-circuit-is-1-8-31-a-2-6-82-a-3-4-92-a-4-2-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3Mjg-what-is-the-current-i-in-the-circuit-as-shown-in-figure-1-2-a-2-1-2-a-3-1-a-4-0-5-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3Mjk-n-equal-resistors-are-first-connected-in-series-and-then-connected-in-parallel-what-is-the-ratio-of-the-maximum-to-the-minimum-resistance-1-n-2-1n2-3-n2-4-1n-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MzA-in-the-figure-current-through-the-3-omega-resistor-is-0-8-ampere-then-potential-drop-through-4-omega-resistor-is-1-9-6-v-2-2-6-v-3-4-8-v-4-1-2-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MzI-what-is-the-equivalent-resistance-between-a-and-b-in-the-figure-below-if-r-3-omega-1-9-omega-2-12-omega-3-15-omega-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MzM-what-is-the-equivalent-resistance-between-a-and-b-1-23r-2-32r-3-r2-4-2-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MzU-what-is-the-equivalent-resistance-of-the-circuit-1-6-omega-2-7-omega-3-8-omega-4-9-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MzY-the-equivalent-resistance-of-the-circuit-shown-in-the-figure-is-1-8-omega-2-6-omega-3-5-omega-4-4-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3Mzc-in-the-given-figure-the-equivalent-resistance-between-the-points-a-and-b-is-1-8-omega-2-6-omega-3-4-omega-4-2-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3NDA-a-battery-of-emf-10-v-and-internal-resistance-3-omega-is-connected-to-a-resistor-as-shown-in-the-figure-if-the-current-in-the-circuit-is-0-5-a-then-the-resistance-of-the-resistor-will-be-1-19-omega-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3NDE-the-potential-drop-across-the-3-omega-resistor-is-1-1-v-2-1-5-v-3-2-v-4-3-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg4ODY-if-each-resistance-in-the-figure-is-9-omega-then-the-reading-of-the-ammeter-is-1-5-text-a-2-8-text-a-3-2-text-a-4-9-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg4ODc-two-wires-of-equal-diameters-of-resistivities-rho-1-and-rho-2-and-lengths-l1-and-l2-respectively-are-joined-in-series-the-equivalent-resistivity-of-the-combination-is-1-rho-1l1-rho-2l2l1-l2-2-rho-1l2 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg4ODg-four-resistances-of-100-omega-each-are-connected-in-the-form-of-square-then-the-effective-resistance-along-the-diagonal-points-is-1-200-omega-2-400-omega-3-100-omega-4-150-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg4ODk-equivalent-resistance-between-the-points-a-and-b-is-in-omega-1-15-2-114-3-213-4-312-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg4OTA-in-the-circuit-shown-here-what-is-the-value-of-the-unknown-resistor-r-so-that-the-total-resistance-of-the-circuit-between-points-p-and-q-is-also-equal-to-r-1-3-ohms-2-39-thinsp-ohms-3-69-thinsp-ohms-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg4OTE-the-resistors-of-resistances-2-omega-4-omega-and-8-omega-are-connected-in-parallel-then-the-equivalent-resistance-of-the-combination-will-be-1-87-omega-2-78-omega-2-74-omega-4-49-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg4OTQ-in-the-circuit-the-potential-difference-across-pq-will-be-nearest-to-1-9-6-v-2-6-6-v-3-4-8-v-4-3-2-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg4OTU-three-resistors-are-connected-to-form-the-sides-of-a-triangle-abc-the-resistance-of-the-sides-ab-bc-and-ca-are-40-ohms-60-ohms-and-100-ohms-respectively-the-effective-resistance-between-the-points-a-a https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg4OTY-equivalent-resistance-across-terminals-a-and-b-will-be-1-1-omega-2-2-omega-3-3-omega-4-4-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg4OTk-two-wires-of-the-same-dimensions-but-resistivities-rho-1-and-rho-2-are-connected-in-series-the-equivalent-resistivity-of-the-combination-is-1-rho-1-rho-2-2-rho-1-rho-22-3-rho-1-rho-2-4-2-rho-1-rho-2-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MDA-a-3-volt-battery-with-negligible-internal-resistance-is-connected-in-a-circuit-as-shown-in-the-figure-the-current-i-in-the-circuit-will-be-1-1-3-a-2-1-a-3-1-5-a-4-2-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MDE-find-the-equivalent-resistance-between-the-points-a-and-b-1-2-omega-2-4-omega-3-8-omega-4-16-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MDI-the-potential-difference-between-points-a-and-b-is-1-207-v-2-407-v-3-107-v-4-0-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MDM-in-the-circuit-shown-below-the-reading-of-the-voltmeter-v-is-1-12-v-2-8-v-3-20-v-4-16-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MDU-in-the-circuit-shown-in-the-figure-the-current-flowing-in-2-omega-resistance-1-1-4-a-2-1-2-a-3-0-4-a-4-1-0-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MDc-in-the-figure-given-the-value-of-x-resistance-will-be-when-the-p-d-between-b-and-d-is-zero-1-4-ohm-2-6-ohm-3-8-ohm-4-9-ohm-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MDk-five-resistors-of-given-values-are-connected-together-as-shown-in-the-figure-the-current-in-the-arm-bd-will-be-1-half-the-current-in-the-arm-abc-2-zero-3-twice-the-current-in-the-arm-abc-4-four-times https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MTA-in-the-network-shown-in-the-figure-each-of-the-resistance-is-equal-to-2-omega-the-resistance-between-the-points-a-and-b-is-1-1-omega-2-4-omega-3-3-omega-4-2-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MTE-in-the-arrangement-of-resistances-shown-below-the-effective-resistance-between-points-a-and-b-is-1-20-omega-2-30-omega-3-90-omega-4-110-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MTU-in-the-wheatstone-s-bridge-shown-p-2-omega-q-3-omega-r-6-omega-and-s-8-omega-in-order-to-obtain-balance-shunt-resistance-across-s-must-be-scra-1998-1-2-omega-2-3-omega-3-6-omega-4-8-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MTc-potential-difference-between-the-points-p-and-q-in-the-electric-circuit-shown-is-1-4-5-v-2-1-2-v-3-2-4-v-4-2-88-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5MjQ-in-a-typical-wheatstone-network-the-resistances-in-cyclic-order-are-a-10-omega-b-5-omega-c-4-omega-and-d-4-omega-for-the-bridge-to-be-balanced-1-10-omega-should-be-connected-in-parallel-with-a-2-10-om https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5Mjc-in-the-circuit-shown-in-figure-the-current-drawn-from-the-battery-is-4a-if-10-omega-resistor-is-replaced-by-20-omega-resistor-then-current-drawn-from-the-circuit-will-be-1-1-a-2-2-a-3-3-a-4-4-a-1-2-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NDU-if-each-of-the-resistance-of-the-network-shown-in-the-figure-is-r-the-equivalent-resistance-between-a-and-b-is-1-5-r-2-3-r-3-r-4-r-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NDc-thirteen-resistances-each-of-resistance-r-ohm-are-connected-in-the-circuit-as-shown-in-the-figure-below-the-effective-resistance-between-a-and-b-is-1-2r-omega-2-4r3-thinsp-thinsp-omega-3-2-thinsp-r3-t https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NDg-for-what-value-of-unknown-resistance-x-the-potential-difference-between-b-and-d-will-be-zero-in-the-circuit-shown-in-the-figure-1-4-omega-2-6-omega-3-2-omega-4-5-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NDk-which-arrangement-of-four-identical-resistances-should-be-used-to-draw-maximum-energy-from-a-cell-of-voltage-v-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NTA-an-unknown-resistance-r1-is-connected-in-series-with-a-resistance-of-10-omega-this-combinations-is-connected-to-one-gap-of-a-metre-bridge-while-a-resistance-r2-is-connected-in-the-other-gap-the-balanc https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NTE-a-wire-has-a-resistance-of-6-omega-it-is-cut-into-two-parts-and-both-half-values-are-connected-in-parallel-the-new-resistance-is-1-12-omega-2-1-5-omega-3-3-omega-4-6-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NTI-six-equal-resistances-are-connected-between-points-p-q-and-r-as-shown-in-the-figure-then-the-net-resistance-will-be-maximum-between-1-p-and-q-2-q-and-r-3-p-and-r-4-any-two-points-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NTM-the-total-current-supplied-to-the-circuit-by-the-battery-is-1-1-text-a-2-2-text-a-3-4-text-a-4-6-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NTQ-an-electric-current-is-passed-through-a-circuit-containing-two-wires-of-the-same-material-connected-in-parallel-if-the-lengths-and-radii-of-the-wires-are-in-the-ratio-of-4-3-and-2-3-then-the-ratio-of https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NTU-in-circuit-shown-below-the-resistances-are-given-in-ohms-and-the-battery-is-assumed-ideal-with-emf-equal-to-3-volt-the-voltage-across-the-resistance-r-4-is-1-0-4-v-2-0-6-v-3-1-2-v-4-1-5-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NTY-if-you-are-provided-three-resistances-2-omega-3-omega-and-6-omega-how-will-you-connect-them-so-as-to-obtain-the-equivalent-resistance-of-4-omega-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NTc-the-equivalent-resistance-and-potential-difference-between-a-and-b-for-the-circuit-is-respectively-1-4-omega-8-v-2-8-omega-4-v-3-2-omega-2-v-4-16-omega-8-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NTg-five-equal-resistances-each-of-resistance-r-are-connected-as-shown-in-the-figure-a-battery-of-v-volts-is-connected-between-a-and-b-the-current-flowing-in-afceb-will-be-1-3vr-2-vr-3-v2r-4-2vr-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NTk-for-the-network-shown-in-the-figure-the-value-of-the-current-i-is-1-9v35-2-5v18-3-5v9-4-18v5-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NjA-when-a-wire-of-uniform-cross-section-a-length-l-and-resistance-r-is-bent-into-a-complete-circle-the-resistance-between-any-two-of-diametrically-opposite-points-will-be-1-r4-2-r8-3-4r-4-r2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NjE-in-the-circuit-given-e-6-0-v-r1-100-ohms-r2-r3-50-ohms-r4-75-ohms-the-equivalent-resistance-of-the-circuit-in-ohms-is-1-11-875-2-26-31-3-118-75-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NjI-by-using-only-two-resistance-coils-singly-in-series-or-in-parallel-one-should-be-able-to-obtain-resistances-of-3-4-12-and-16-ohms-the-separate-resistances-of-the-coil-are-1-3-and-4-2-4-and-12-3-12-and https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NjQ-in-the-adjoining-circuit-the-battery-e1-has-an-e-m-f-of-12-volts-and-zero-internal-resistance-while-the-battery-e-has-an-e-m-f-of-2-volts-if-the-galvanometer-g-reads-zero-then-the-value-of-the-resista https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NjU-the-magnitude-and-direction-of-the-current-in-the-circuit-shown-will-be-1-73a-from-a-to-b-through-e-2-73a-from-b-to-a-through-e-3-1a-from-b-to-a-through-e-4-1a-from-a-to-b-through-e-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NjY-the-e-m-f-of-a-cell-is-e-volts-and-internal-resistance-is-r-ohm-the-resistance-in-external-circuit-is-also-r-ohm-the-p-d-across-the-cell-will-be-1-e-2-2-2e-3-4e-4-e-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5Njc-kirchhoff-s-first-law-i-e-sigma-i-0-at-a-junction-is-based-on-the-law-of-conservation-of-1-charge-2-energy-3-momentum-4-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5Njg-the-figure-below-shows-currents-in-a-part-of-electric-circuit-the-current-i-is-1-1-7-amp-2-3-7-amp-3-1-3-amp-4-1-amp-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5Njk-in-the-circuit-shown-a-and-v-are-ideal-ammeter-and-voltmeter-respectively-reading-of-the-voltmeter-will-be-1-2-v-2-1-v-3-0-5-v-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NzA-the-terminal-potential-difference-of-a-cell-when-short-circuited-is-e-e-m-f-of-the-cell-1-e-2-e-2-3-zero-4-e-3-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NzE-the-potential-difference-in-open-circuit-for-a-cell-is-2-2-volts-when-a-4-ohm-resistor-is-connected-between-its-two-electrodes-the-potential-difference-becomes-2-volts-the-internal-resistance-of-the-c https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NzI-a-cell-whose-e-m-f-is-2-v-and-internal-resistance-is-0-1-omega-is-connected-with-a-resistance-of-3-9-omega-the-voltage-across-the-cell-terminal-will-be-1-0-50-v-2-1-90-v-3-1-95-v-4-2-00-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NzM-n-identical-cells-each-of-e-m-f-e-and-internal-resistance-r-are-connected-in-series-an-external-resistance-r-is-connected-in-series-to-this-combination-the-current-through-r-is-1-ner-nr-2-nenr-r-3-er https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NzQ-a-cell-of-internal-resistance-r-is-connected-to-an-external-resistance-r-the-current-will-be-maximum-in-r-if-1-r-r-2-r-r-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NzU-two-identical-cells-send-the-same-current-in-2-omega-resistance-whether-connected-in-series-or-in-parallel-the-internal-resistance-of-the-cell-should-be-1-1-omega-2-2-omega-3-12-omega-4-2-5-omega-1-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5NzY-the-internal-resistances-of-the-two-cells-shown-are-0-1-omega-and-0-3-omega-if-r-0-2-omega-the-potential-difference-across-the-cell-1-b-will-be-zero-2-a-will-be-zero-3-a-and-b-will-be-2v-4-a-will-be-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5Nzc-the-figure-shows-a-network-of-currents-the-magnitude-of-currents-is-shown-here-the-current-i-will-be-1-3-a-2-13-a-3-23-a-4-ndash-3-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5Nzg-a-battery-of-emf-e-and-internal-resistance-r-is-connected-to-a-variable-resistor-r-as-shown-below-which-one-of-the-following-is-true-1-the-potential-difference-across-the-terminals-of-the-battery-is-m https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5Nzk-consider-the-circuit-given-here-with-the-following-parameters-e-m-f-of-the-cell-12-v-internal-resistance-of-the-cell-2-omega-resistance-r-4-omega-which-one-of-the-following-statements-is-true-1-rate-o https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5ODA-the-current-in-the-arm-cd-of-the-circuit-will-be-1-i-1-i-2-2-i-2-i-3-3-i-1-i-3-4-i-1-i-2-i-3-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5ODE-two-non-ideal-identical-batteries-are-connected-in-parallel-consider-the-following-statements-i-the-equivalent-e-m-f-is-smaller-than-either-of-the-two-e-m-f-s-ii-the-equivalent-internal-resistance-is https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5ODI-consider-the-circuit-shown-in-the-figure-below-the-current-i-3-is-equal-to-1-5-a-2-3-a-3-3-a-4-frac-5-6-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5ODM-if-vab-4v-in-the-given-figure-then-resistance-x-will-be-1-5-omega-2-10-omega-3-15-omega-4-20-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5ODQ-the-number-of-dry-cells-each-of-e-m-f-1-5-volt-and-internal-resistance-0-5-ohm-that-must-be-joined-in-series-with-a-resistance-of-20-ohms-so-as-to-send-a-current-of-0-6-amperes-through-the-circuit-is https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5ODU-for-driving-a-current-of-2-a-for-6-minutes-in-a-circuit-1000-j-of-work-is-to-be-done-the-e-m-f-of-the-source-in-the-circuit-is-1-1-38-v-2-1-68-v-3-2-04-v-4-3-10-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5ODY-two-batteries-of-e-m-f-4v-and-8-v-with-internal-resistances-1-omega-and-2-omega-are-connected-in-a-circuit-with-a-resistance-of-9-omega-as-shown-in-figure-the-current-and-potential-difference-between https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5ODc-four-identical-cells-each-having-an-electromotive-force-e-m-f-of-12v-are-connected-in-parallel-the-resultant-electromotive-force-e-m-f-of-the-combination-is-1-48-v-2-12-v-3-4-v-4-3-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5ODg-the-internal-resistance-of-a-cell-of-e-m-f-12v-is-5-times-10-minus-2-thinsp-omega-it-is-connected-across-an-unknown-resistance-the-voltage-across-the-cell-when-a-current-of-60-a-is-drawn-from-it-is-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5ODk-the-current-in-the-given-circuit-is-1-0-1-a-2-0-2-a-3-0-3-a-4-0-4-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5OTA-consider-four-circuits-shown-in-the-figure-below-in-which-circuit-power-dissipated-is-greatest-neglect-the-internal-resistance-of-the-power-supply-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5OTE-in-the-circuit-the-reading-of-the-ammeter-is-assume-internal-resistance-of-the-battery-be-zero-1-4029a-2-109a-3-53a-4-2-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5OTI-eels-are-able-to-generate-current-with-biological-cells-called-electroplaques-the-electroplaques-in-an-eel-are-arranged-in-100-rows-each-row-stretching-horizontally-along-the-body-of-the-fish-containi https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5OTM-a-battery-is-charged-at-a-potential-of-15-v-for-8-hours-when-the-current-flowing-is-10-a-the-battery-on-discharge-supplies-a-current-of-5-a-for-15-hours-the-mean-terminal-voltage-during-discharge-is-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5OTU-a-capacitor-is-connected-to-a-cell-of-emf-e-having-some-internal-resistance-r-the-potential-difference-in-steady-state-across-the-1-cell-is-e-4-capacitor-is-e-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5OTY-the-maximum-power-drawn-out-of-the-cell-from-a-source-is-given-by-where-r-is-internal-resistance-1-e2-2r-2-e2-4r-3-e2-r-4-e2-3r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5OTc-find-out-the-value-of-current-through-2-omega-resistance-for-the-given-circuit-1-5-a-2-2-a-3-zero-4-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5OTg-two-sources-of-equal-emf-are-connected-to-an-external-resistance-r-the-internal-resistances-of-the-two-sources-are-r1-and-r2-thinsp-r2-r1-if-the-potential-difference-across-the-source-having-internal https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg5OTk-the-magnitude-of-i-in-ampere-unit-is-1-0-1-2-0-3-3-0-6-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMDA-to-draw-maximum-current-from-a-combination-of-cells-how-should-the-cells-be-grouped-1-series-2-parallel-3-mixed-4-depends-upon-the-relative-values-of-external-and-internal-resistance-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMDI-by-ammeter-which-of-the-following-can-be-measured-1-electric-potential-2-potential-difference-3-current-4-resistance-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMDM-the-resistance-of-1-text-a-ammeter-is-0-018-omega-to-convert-it-into-10-text-a-ammeter-the-shunt-resistance-required-will-be-1-0-18-omega-2-0-0018-omega-3-0-002-omega-4-0-12-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMDQ-for-measurement-of-potential-difference-the-potentiometer-is-preferred-in-comparison-to-the-voltmeter-because-1-the-potentiometer-is-more-sensitive-than-the-voltmeter-2-the-resistance-of-the-potentiom https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMDY-the-potential-gradient-along-the-length-of-a-uniform-wire-is-10-text-v-m-b-and-c-are-the-two-points-at-30-text-cm-and-60-text-cm-point-on-a-meter-scale-fitted-along-the-wire-the-potential-difference-b https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMDk-in-wheatstone-s-bridge-p-9-ohm-q-11-ohm-r-4-ohm-and-s-6-ohm-how-much-resistance-must-be-put-in-parallel-to-the-resistance-s-to-balance-the-bridge-1-24-ohm-2-449ohm-3-26-4-ohm-4-18-7-ohm-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMTA-a-potentiometer-is-an-ideal-device-of-measuring-potential-difference-because-1-it-uses-a-sensitive-galvanometer-2-it-does-not-disturb-the-potential-difference-it-measures-3-it-is-an-elaborate-arrangem https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMTE-a-battery-of-6-volts-is-connected-to-the-terminals-of-a-three-metre-long-wire-of-uniform-thickness-and-resistance-of-the-order-of-100-omega-the-difference-of-potential-between-two-points-separated-by https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMTI-a-potentiometer-is-used-for-the-comparison-of-e-m-f-of-two-cells-e1-and-e2-for-cell-e1-the-no-deflection-point-is-obtained-at-20cm-and-for-e2-the-no-deflection-point-is-obtained-at-30cm-the-ratio-of-t https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMTM-if-the-length-of-the-potentiometer-wire-is-increased-then-the-length-of-the-previously-obtained-balance-point-will-1-increase-2-decrease-3-remain-unchanged-4-become-two-times-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMTQ-if-in-the-experiment-of-wheatstone-s-bridge-the-positions-of-cells-and-galvanometer-are-interchanged-then-balance-points-will-1-change-2-remain-unchanged-3-depend-on-the-internal-resistance-of-cell-an https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMTU-two-cells-when-connected-in-series-are-balanced-on-8m-on-a-potentiometer-if-the-cells-are-connected-with-polarities-of-one-of-the-cells-reversed-they-balance-on-2m-the-ratio-of-e-m-f-s-of-the-two-cell https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMTg-in-the-diagram-shown-the-reading-of-voltmeter-is-20-v-and-that-of-ammeter-is-4-a-the-value-of-r-should-be-consider-given-ammeter-and-voltmeter-are-not-ideal-1-equal-to-5-omega-2-greater-from-5-omega-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMjA-which-is-a-wrong-statement-1-the-wheatstone-bridge-is-most-sensitive-when-all-the-four-resistances-are-of-the-same-order-2-in-a-balanced-wheatstone-bridge-interchanging-the-positions-of-galvanometer-a https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMjE-ab-is-a-wire-of-uniform-resistance-the-galvanometer-g-shows-no-current-when-the-length-ac-20-text-cm-and-cb-80-text-cm-the-resistance-r-is-equal-to-1-2-omega-2-8-omega-3-20-omega-4-40-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMjI-the-circuit-shown-here-is-used-to-compare-the-e-m-f-of-two-cells-e1-and-e2-e1-e2-the-null-point-is-at-c-when-the-galvanometer-is-connected-to-e1-when-the-galvanometer-is-connected-to-e2-the-null-point https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMjM-in-the-wheatstone-s-bridge-shown-in-the-figure-below-x-y-and-a-b-the-direction-of-the-current-between-a-and-b-will-be-1-from-a-to-b-2-from-b-to-a-3-from-b-to-a-through-c-4-from-a-to-b-through-c-1-2-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMjU-a-resistance-of-4-omega-and-a-wire-of-length-5-metres-and-resistance-5-omega-are-joined-in-series-and-connected-to-a-cell-of-e-m-f-10-v-and-internal-resistance-1-omega-a-parallel-combination-of-two-id https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMjg-constantan-wire-is-used-in-making-standard-resistances-because-of-its-1-specific-resistance-is-low-2-density-is-high-3-temperature-coefficient-of-resistance-is-negligible-4-melting-point-is-high-1-2-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMzA-a-potentiometer-consists-of-a-wire-of-length-4-m-and-resistance-10-omega-it-is-connected-to-a-cell-of-e-m-f-2-v-the-potential-difference-per-unit-length-of-the-wire-will-be-1-0-5-v-m-2-2-v-m-3-5-v-m-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMzE-in-the-circuit-shown-p-ne-r-the-reading-of-the-galvanometer-is-same-with-switch-s-open-or-closed-then-1-ir-ig-2-ip-ig-3-iq-ig-4-iq-ir-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMzI-in-the-following-wheatstone-bridge-p-q-r-s-if-key-k-is-closed-then-the-galvanometer-will-show-deflection-1-in-left-side-2-in-right-side-3-no-deflection-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMzQ-in-a-potentiometer-experiment-the-galvanometer-shows-no-deflection-when-a-cell-is-connected-across-60-cm-of-the-potentiometer-wire-if-the-cell-is-shunted-by-a-resistance-of-6-omega-the-balance-is-obta https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMzc-in-the-circuit-given-below-the-emf-of-the-cell-is-2-volt-and-the-internal-resistance-is-negligible-the-resistance-of-the-voltmeter-is-80-ohm-the-reading-of-the-voltmeter-will-be-1-0-80-volt-2-1-60-vol https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwMzg-a-voltmeter-has-resistance-of-2000-ohms-and-it-can-measure-upto-2v-if-we-want-to-increase-its-range-to-10-v-then-the-required-resistance-in-series-will-be-1-2000-omega-2-4000-omega-3-6000-omega-4-8000 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNDE-in-the-given-figure-battery-e-is-balanced-on-55-cm-length-of-potentiometer-wire-but-when-a-resistance-of-10-omega-is-connected-in-parallel-with-the-battery-then-it-balances-on-50-cm-length-of-the-pote https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNDM-in-the-circuit-shown-a-meter-bridge-is-in-its-balanced-state-the-meter-bridge-wire-has-a-resistance-0-1-ohm-cm-the-value-of-unknown-resistance-x-and-the-current-drawn-from-the-battery-of-negligible-re https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNDU-ab-is-a-potentiometer-wire-of-length-100-cm-and-its-resistance-is-10-ohms-it-is-connected-in-series-with-a-resistance-r-40-ohms-and-a-battery-of-e-m-f-2-v-and-negligible-internal-resistance-if-a-sourc https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNDg-the-measurement-of-the-voltmeter-in-the-following-circuit-is-1-2-4-text-v-2-3-4-text-v-3-4-0-text-v-4-6-0-text-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNTA-the-potential-difference-across-the-100-omega-resistance-in-the-following-circuit-is-measured-by-a-voltmeter-of-900-omega-resistance-the-percentage-error-made-in-reading-the-potential-difference-is-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNTI-if-the-ammeter-in-the-given-circuit-reads-2-a-the-resistance-r-is-1-1-ohm-2-2-ohm-3-3-ohm-4-4-ohm-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNTM-two-resistances-of-400-omega-and-800-omega-are-connected-in-series-with-a-6-volt-battery-of-negligible-internal-resistance-a-voltmeter-of-resistance-10-000-omega-is-used-to-measure-the-potential-diffe https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNTY-the-length-of-a-wire-of-a-potentiometer-is-100-text-cm-and-the-emf-of-its-standard-cell-is-e-volt-it-is-employed-to-measure-the-emf-of-a-battery-whose-internal-resistance-is-0-5-omega-if-the-balance-p https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNTc-what-is-the-reading-of-the-voltmeter-in-the-following-figure-1-3-v-2-2-v-3-5-v-4-4-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNjA-in-a-metre-bridge-experiment-the-null-point-is-obtained-at-20-cm-from-one-end-of-the-wire-when-resistance-x-is-balanced-against-another-resistance-y-if-x-y-then-where-will-be-the-new-position-of-the-n https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNjE-in-given-figure-the-potentiometer-wire-ab-has-a-resistance-of-5-omega-and-length-10-m-the-balancing-length-am-for-the-emf-of-0-4-v-is-1-0-4-m-2-4-m-3-0-8-m-4-8-m-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNjQ-if-the-resistance-of-voltmeter-is-10000-omega-and-resistance-of-ammeter-is-2-omega-then-find-r-when-voltmeter-reads-12v-and-ammeter-reads-0-1-a-1-118-omega-2-120-omega-3-124-omega-4-114-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkwNjU-potentiometer-wire-of-length-1-m-is-connected-in-series-with-490-omega-resistance-and-2v-battery-if-0-2-mv-cm-is-the-potential-gradient-then-the-resistance-of-the-potentiometer-wire-is-1-4-9-omega-2-7 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMTM-in-an-electrical-cable-there-is-a-single-wire-of-radius-9-mm-of-copper-its-resistance-is-5-omega-the-cable-is-replaced-by-6-different-insulated-copper-wires-the-radius-of-each-wire-is-3-mm-now-the-tot https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMTQ-two-uniform-wires-a-and-b-are-of-the-same-metal-and-have-equal-masses-the-radius-of-wire-a-is-twice-that-of-wire-b-the-total-resistance-of-a-and-b-when-connected-in-parallel-is-1-4-omega-when-the-resi https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMTU-twelve-wires-of-equal-length-and-same-cross-section-are-connected-in-the-form-of-a-cube-if-the-resistance-of-each-of-the-wires-is-r-the-effective-resistance-between-two-diagonal-ends-a-and-e-will-be-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMTY-you-are-given-several-identical-resistances-each-of-value-r-10-omega-and-each-capable-of-carrying-maximum-current-of-1-ampere-it-is-required-to-make-a-suitable-combination-of-these-resistances-to-prod https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMTc-the-resistance-of-a-wire-is-10-ndash-6-omega-per-metre-it-is-bend-in-the-form-of-a-circle-of-diameter-2-m-a-wire-of-the-same-material-is-connected-across-its-diameter-the-total-resistance-across-its-d https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMTg-in-the-figure-shown-the-capacity-of-the-condenser-c-is-2-thinsp-mu-f-the-current-in-2-omega-resistor-is-1-9-a-2-0-9-a-3-19a-4-10-9a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMTk-when-the-key-k-is-pressed-at-time-t-0-which-of-the-following-statements-about-the-current-i-in-the-resistor-ab-of-the-given-circuit-is-true-1-i-2-ma-at-all-t-2-i-oscillate-between-1-ma-and-2ma-3-i-1-m https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMjI-there-are-three-resistance-coils-of-equal-resistance-the-maximum-number-of-resistances-you-can-obtain-by-connecting-them-in-any-manner-you-choose-being-free-to-use-any-number-of-the-coils-in-any-way-i https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMjQ-if-in-the-circuit-shown-below-the-internal-resistance-of-the-battery-is-1-5-omega-and-vp-and-vq-are-the-potentials-at-p-and-q-respectively-what-is-the-potential-difference-between-the-points-p-and-q-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMjU-two-wires-of-resistance-r1-and-r2-have-temperature-coefficient-of-resistance-alpha-1-thinsp-and-thinsp-alpha-2-respectively-these-are-joined-in-series-the-effective-temperature-coefficient-of-resistan https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMjY-two-cells-of-equal-e-m-f-and-of-internal-resistances-r1-and-r2-r1-r2-are-connected-in-series-on-connecting-this-combination-to-an-external-resistance-r-it-is-observed-that-the-potential-difference-acr https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMjc-when-connected-across-the-terminals-of-a-cell-a-voltmeter-measures-5v-and-a-connected-ammeter-measures-10-a-of-current-a-resistance-of-2-ohms-is-connected-across-the-terminals-of-the-cell-the-current https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMjg-in-the-circuit-shown-here-e1-e2-e3-2-v-and-r1-r2-4-ohms-the-current-flowing-between-points-a-and-b-through-battery-e2-is-1-zero-2-2-amp-from-a-to-b-3-2-amp-from-b-to-a-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMjk-in-the-circuit-shown-below-e-1-4-0-text-v-r-1-2-omega-e-2-6-0-text-v-r-2-4-omega-and-r-3-2-omega-the-current-i-1-is-1-1-6-a-2-1-8-a-3-1-25-a-4-1-0-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMzA-the-potential-difference-across-8-omega-resistance-is-48-text-v-as-shown-in-the-figure-below-the-value-of-potential-difference-across-x-and-y-points-will-be-1-160-text-v-2-128-text-v-3-80-text-v-4-62 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMzE-two-resistances-r1-and-r2-are-made-of-different-materials-the-temperature-coefficient-of-the-material-of-r1-is-alpha-and-of-the-material-of-r2-is-ndash-beta-the-resistance-of-the-series-combination-of https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMzI-an-ionization-chamber-with-parallel-conducting-plates-as-anode-and-cathode-has-5-times-10-7-electrons-and-the-same-number-of-singly-charged-positive-ions-per-text-cm-3-the-electrons-are-moving-at-0-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMzM-a-wire-of-resistance-10-omega-is-bent-to-form-a-circle-p-and-q-are-points-on-the-circumference-of-the-circle-dividing-it-into-a-quadrant-and-are-connected-to-a-battery-of-3-v-and-internal-resistance-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMzQ-in-the-given-circuit-it-is-observed-that-the-current-i-is-independent-of-the-value-of-the-resistance-r6-then-the-resistance-values-must-satisfy-1-r1r2r5-r3r4r6-2-1r5-1r6-1r1-r2-1r3-r4-3-r1r4-r2r3-4-r1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMzU-in-the-given-circuit-with-a-steady-current-the-potential-drop-across-the-capacitor-must-be-1-v-2-v-2-3-v-3-4-2v-3-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMzY-a-wire-of-length-l-and-3-identical-cells-of-negligible-internal-resistances-are-connected-in-series-due-to-current-the-temperature-of-the-wire-is-raised-by-delta-t-in-a-time-t-a-number-n-of-similar-ce https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMzc-what-is-the-equivalent-resistance-between-terminals-a-and-b-of-the-network-1-dfrac-57-7-omega-2-8-omega-3-6-omega-4-dfrac-57-5-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMzg-the-effective-resistance-between-points-p-and-q-of-the-electrical-circuit-shown-in-the-figure-is-1-frac-2-r-r-left-r-r-right-2-frac-8r-left-r-r-right-left-3-r-r-right-3-2r-4r-4-frac-5r-2-2r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxMzk-in-the-circuit-element-given-here-if-the-potential-at-point-b-vb-0-then-the-potentials-of-a-and-d-are-given-as-1-va-minus-1-5-thinsp-v-thinsp-vd-2-thinsp-v-2-va-1-5-thinsp-v-thinsp-vd-2-thinsp-v-3-va https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNDE-the-current-in-a-conductor-varies-with-time-t-as-i-2t-3t2-where-i-is-in-ampere-and-t-in-seconds-the-electric-charge-flowing-through-a-section-of-the-conductor-during-t-2-sec-to-t-3-sec-is-1-10-c-2-24 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNDM-in-the-shown-arrangement-of-the-experiment-of-the-meter-bridge-if-ac-corresponding-to-null-deflection-of-galvanometer-is-x-what-would-be-its-value-if-the-radius-of-the-wire-ab-is-doubled-1-x-2-x-4-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNDQ-seven-resistances-are-connected-as-shown-in-the-figure-the-equivalent-resistance-between-a-and-b-is-1-3-omega-2-4-omega-3-4-5-omega-4-5-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNDU-a-battery-of-internal-resistance-4-omega-is-connected-to-the-network-of-resistances-as-shown-in-order-to-give-the-maximum-power-to-the-network-the-value-of-r-in-omega-should-be-1-4-9-2-8-9-3-2-4-18-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNDY-in-the-circuit-shown-here-the-readings-of-the-ammeter-and-voltmeter-are-1-6-a-60-v-2-0-6-a-6-v-3-6-11-a-60-11-v-4-11-6-a-11-60-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNDg-a-wire-of-resistor-r-is-bent-into-a-circular-ring-of-radius-r-equivalent-resistance-between-two-points-x-and-y-on-its-circumference-when-angle-xoy-is-alpha-can-be-given-by-1-r-alpha-4-pi-2-2-pi-minus https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNTA-as-the-switch-s-is-closed-in-the-circuit-shown-in-the-figure-the-current-passed-through-it-is-1-4-5-a-2-6-0-a-3-3-0-a-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNTE-in-the-following-circuit-a-10-m-long-potentiometer-wire-with-resistance-1-2-ohm-m-a-resistance-r1-and-an-accumulator-of-emf-2-v-are-connected-in-series-when-the-emf-of-the-thermocouple-is-2-4-mv-then https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNTI-in-the-following-circuit-bulb-rated-as-1-5-v-0-45-w-if-bulbs-glows-with-full-intensity-then-what-will-be-the-equivalent-resistance-between-x-and-y-1-0-45-omega-2-1-omega-3-3-omega-4-5-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNTM-consider-the-circuits-shown-in-the-figure-both-the-circuits-are-taking-same-current-from-battery-but-current-through-r-in-the-second-circuit-is-110th-of-current-through-r-in-the-first-circuit-if-r-is https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNTQ-in-order-to-quadruple-the-resistance-of-a-uniform-wire-a-part-of-its-length-was-uniformly-stretched-till-the-final-length-of-the-entire-wire-was-1-5-times-the-original-length-the-part-of-the-wire-was https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNTU-in-the-circuit-shown-in-figure-reading-of-voltmeter-is-v1-when-only-s1-is-closed-reading-of-voltmeter-is-v2-when-only-s2-is-closed-and-reading-of-voltmeter-is-v3-when-both-s1-and-s2-are-closed-then-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNTY-current-through-wire-xy-of-circuit-shown-is-1-1-a-2-4-a-3-2-a-4-3-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNTc-12-cells-each-having-the-same-emf-are-connected-in-series-with-some-cells-wrongly-connected-the-arrangement-is-connected-in-series-with-an-ammeter-and-two-similar-cells-which-are-in-series-current-is https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNTg-following-figure-shows-cross-sections-through-three-long-conductors-of-the-same-length-and-material-with-square-cross-section-of-edge-lengths-as-shown-conductor-b-will-fit-snugly-within-conductor-a-an https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNTk-in-the-following-star-circuit-diagram-figure-the-equivalent-resistance-between-the-points-a-and-h-will-be-1-1-944-r-2-0-973-r-3-0-486-r-4-0-243-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNjE-in-the-circuit-of-adjoining-figure-the-current-through-12-omega-resister-will-be-1-1-a-2-15a-3-25a-4-0-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNjM-the-resistance-of-the-series-combination-of-two-resistance-is-s-when-they-are-joined-in-parallel-the-total-resistance-is-p-if-s-np-then-the-minimum-possible-value-of-n-is-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNjU-which-of-the-adjoining-graphs-represents-ohmic-resistance-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNjY-variation-of-current-passing-through-a-conductor-with-the-voltage-applied-across-its-ends-varies-is-shown-in-the-diagram-below-if-the-resistance-r-is-determined-at-points-a-b-c-and-d-we-will-find-that https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNjc-the-voltage-v-and-current-i-graph-for-a-conductor-at-two-different-temperatures-t1-and-t2-are-shown-in-the-figure-the-relation-between-t1-and-t2-is-1-t1-t2-2-t1-8776-t2-3-t1-t2-4-t1-t2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNjg-from-the-graph-between-current-i-and-voltage-v-shown-below-identify-the-portion-corresponding-to-negative-resistance-1-ab-2-bc-3-cd-4-de-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNjk-i-v-characteristic-of-a-copper-wire-of-length-l-and-area-of-cross-section-a-is-shown-in-figure-the-slope-of-the-curve-becomes-1-more-if-the-experiment-is-performed-at-higher-temperature-2-more-if-a-wi https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNzA-e-denotes-electric-field-in-a-uniform-conductor-i-corresponding-current-through-it-vd-drifts-velocity-of-electrons-and-p-denotes-thermal-power-produced-in-the-conductor-then-which-of-the-following-gra https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNzE-the-two-ends-of-a-uniform-conductor-are-joined-to-a-cell-of-e-m-f-e-and-some-internal-resistance-starting-from-the-midpoint-p-of-the-conductor-we-move-in-the-direction-of-current-and-return-to-p-the-p https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNzI-the-resistance-rt-of-a-conductor-varies-with-temperature-t-as-shown-in-the-figure-if-the-variation-is-represented-by-rt-r01-945-t-946-t2-then-1-alpha-and-beta-are-both-negative-2-alpha-and-beta-are-bo https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNzM-variation-of-current-and-voltage-in-a-conductor-has-been-shown-in-the-diagram-below-the-resistance-of-the-conductor-is-1-4-ohm-2-2-ohm-3-3-ohm-4-1-ohm-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNzQ-resistance-as-shown-in-figure-is-negative-at-1-a-2-b-3-c-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNzU-for-a-cell-the-graph-between-the-potential-difference-v-across-the-terminals-of-the-cell-and-the-current-i-drawn-from-the-cell-is-shown-in-the-figure-below-the-emf-and-the-internal-resistance-of-the-c https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNzc-when-a-current-i-is-passed-through-a-wire-of-constant-resistance-it-produces-a-potential-difference-v-across-its-ends-the-graph-drawn-between-log-i-and-log-v-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNzg-the-v-i-graph-for-a-conductor-at-temperature-t1-and-t2-are-as-shown-in-the-figure-t2-8722-t1-is-proportional-to-1-cos2-952-2-sin-952-3-cot2-952-4-tan-952-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxNzk-a-cylindrical-conductor-has-a-uniform-cross-section-the-resistivity-of-its-material-increases-linearly-from-the-left-end-to-the-right-end-if-a-constant-current-is-flowing-through-it-and-at-a-section-d https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxODA-the-v-i-graph-for-a-conductor-makes-an-angle-theta-with-v-axis-here-v-denotes-the-voltage-and-i-denotes-current-the-resistance-of-the-conductor-is-given-by-1-sin-952-2-cos-952-3-tan-952-4-cot-952-1-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxODE-a-battery-consists-of-a-variable-number-n-of-identical-cells-having-internal-resistances-connected-in-series-the-terminals-of-battery-are-short-circuited-and-the-current-i-is-measured-the-graph-below https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzkxODI-in-an-experiment-a-graph-was-plotted-of-the-potential-difference-v-between-the-terminals-of-a-cell-against-the-circuit-current-i-by-varying-load-rheostat-internal-conductance-of-the-cell-is-given-by-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NDc3NDY-a-light-bulb-a-capacitor-and-a-battery-are-connected-together-as-shown-below-with-the-switch-s-initially-open-when-the-switch-s-is-closed-which-one-of-the-following-is-true-1-the-bulb-will-light-up-fo https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NDc3NzA-as-in-figure-shown-if-a-capacitor-c-is-charged-by-connecting-it-with-resistance-r-then-energy-given-by-the-battery-will-be-1-12cv2-2-more-than-12cv2-3-less-than-12cv2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTA5OTg-the-resistance-of-a-wire-is-r-ohm-if-it-is-melted-and-stretched-to-n-times-its-original-length-its-new-resistance-will-be-1-nr-2-frac-r-n-3-n-2r-4-frac-r-n-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEwMjk-a-potentiometer-is-an-accurate-and-versatile-device-to-make-electrical-measurement-of-emf-because-the-method-involves-1-cells-2-potential-gradients-3-a-condition-of-no-current-flow-through-the-galvano https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEwNjM-the-potential-difference-va-vb-between-points-a-and-b-in-the-given-figure-is-if-the-current-is-flowing-from-a-to-b-1-3-v-2-3-v-3-6-v-4-9-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEwODY-a-potentiometer-wire-is-100-cm-long-and-a-constant-potential-is-maintained-across-it-two-cells-are-connected-in-series-first-to-support-one-another-and-then-in-the-opposite-direction-the-balance-point https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTExNTM-a-potentiometer-wire-has-a-length-4-m-and-resistance-8-omega-the-resistance-that-must-be-connected-in-series-with-the-wire-and-an-accumulator-of-emf-2v-so-as-to-get-a-potential-gradient-1mv-per-cm-of https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTExNTQ-a-b-and-c-are-voltmeters-of-resistance-r-1-5r-and-3r-respectively-as-shown-in-the-figure-when-some-potential-difference-is-applied-between-x-and-y-the-voltmeter-readings-are-va-vb-and-vc-respectively https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEyMTI-a-potentiometer-wire-of-length-l-and-a-resistance-r-are-connected-in-series-with-a-battery-of-e-m-f-eo-and-a-resistance-r1-an-unknown-e-m-f-is-balanced-at-a-length-l-of-the-potentiometer-wire-the-e-m https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEyNDE-two-cities-are-150-km-apart-electric-power-is-sent-from-one-city-to-another-city-through-copper-wires-the-fall-of-potential-per-km-is-8v-and-the-average-resistance-per-km-is-0-5-omega-the-power-loss-i https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEyNDI-the-resistances-in-the-two-arms-of-the-meter-bridge-are-5-and-r-respectively-when-the-resistance-r-is-shunted-with-an-equal-resistance-the-new-balance-point-is-at-1-6l1-the-resistance-r-is-1-10-omega https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEyNDM-a-potentiometer-circuit-has-been-setup-for-finding-the-internal-resistance-of-a-given-cell-the-main-battery-used-across-the-potentiometer-wire-has-an-emf-of-2-0-v-and-a-negligible-internal-resistance https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEyODU-a-wire-of-resistance-4-omega-is-stretched-to-twice-its-original-length-the-resistance-of-a-stretched-wire-would-be-1-2-omega-2-4-omega-3-8-omega-4-16-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEyODY-the-internal-resistance-of-a-2-1v-cell-which-gives-a-current-of-0-2a-through-a-resistance-of-10-omega-is-1-0-2-omega-2-0-5-omega-3-0-8-omega-4-1-0-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEyODc-the-resistances-of-the-four-arms-p-q-r-and-s-in-a-wheatstone-s-bridge-are-10-omega-30-omega-30-omega-and-90-omega-respectively-the-emf-and-internal-resistance-of-the-cell-are-7-v-and-5-omega-respectiv https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEzMzA-in-the-circuit-shown-the-cells-a-and-b-have-negligible-resistances-for-va-12v-r1-500-omega-andr-100-omega-the-galvanometer-g-shown-no-deflection-the-value-of-vb-is-1-4v-2-2v-3-12v-4-6v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEzNDQ-if-voltage-across-a-bulb-rated-220-v-100-w-drops-by-2-5-of-its-rated-value-the-percentage-of-the-rated-value-by-which-the-power-would-decrease-is-1-20-2-2-5-3-5-4-10-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEzNTU-a-ring-is-made-of-a-wire-having-a-resistance-r0-12-omega-find-the-points-a-and-b-as-shown-in-the-figure-at-which-a-current-carrying-conductor-should-be-connected-so-that-the-resistance-r-of-the-sub-ci https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEzNzE-the-power-dissipated-in-the-circuit-shown-in-the-figure-is-30-watt-the-value-of-r-is-1-20-omega-2-15-omega-3-10-omega-4-30-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEzNzI-a-cell-having-an-emf-epsilon-internal-resistance-r-is-connected-across-a-variable-external-resistance-r-as-the-resistance-r-is-increased-the-plot-of-potential-difference-v-across-r-is-given-by-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTEzOTQ-if-power-dissipated-in-the-9-omega-resistor-in-the-circuit-shown-is-36-w-the-potential-difference-across-the-2-omega-resistor-is-1-8-v-2-10-v-3-2-v-4-4-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE0MDM-a-current-of-2a-flows-through-a-2-omega-resistor-when-connected-across-a-battery-the-same-battery-supplies-a-current-of-0-5-a-when-connected-across-a-9-omega-resistor-the-internal-resistance-of-the-ba https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE1OTA-in-the-circuit-in-the-figure-if-the-potential-at-point-a-is-taken-to-be-zero-the-potential-at-point-b-is-1-1v-2-2v-3-2v-4-1v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE2MDk-which-one-of-the-following-bonds-produces-a-solid-that-reflects-light-in-the-visible-region-and-whose-electrical-conductivity-decreases-with-temperature-and-has-high-melting-point-1-metallic-bonding-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE2MTY-a-potentiometer-circuit-is-set-up-as-shown-the-potential-gradient-across-the-potentiometer-wire-is-k-volt-cm-and-the-ammeter-present-in-the-circuit-reads-1-0a-when-two-way-key-is-switched-off-the-bala https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE2NDE-consider-the-following-two-statements-1-kirchhoff-s-junction-law-follows-from-the-conservation-of-charge-2-kirchhoff-s-loop-law-follows-from-the-conservation-of-energy-which-of-the-following-is-correc https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE2OTE-a-wire-of-resistance-12-omega-text-m-1-is-bent-to-form-a-complete-circle-of-radius-10-text-cm-the-resistance-between-its-two-diametrically-opposite-points-a-and-b-as-shown-in-the-figure-is-1-0-6-pi-om https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE2OTY-a-student-measures-the-terminal-potential-difference-v-of-a-cell-of-emf-varepsilon-and-internal-resistance-r-as-a-function-of-the-current-i-flowing-through-it-the-slope-and-intercept-of-the-graph-betw https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE3MzI-a-current-of-3a-flows-through-the-2-omega-resistor-shown-in-the-circuit-the-power-dissipated-in-the-5-omega-resistor-is-1-4-w-2-2-w-3-1-w-4-5-w-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE3NDQ-a-wire-of-a-certain-material-is-stretched-slowly-by-ten-per-cent-its-new-resistance-and-specific-resistance-become-respectively-1-1-text-2-times-1-1-times-2-text-1-21-times-same-3-text-both-remain-the https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE3NDU-an-electric-kettle-takes-4-a-current-at-220-v-how-much-time-will-it-take-to-boil-1-kg-of-water-from-temperature-20-deg-c-the-temperature-of-boiling-water-is-100-deg-c-1-6-3-min-2-8-4-min-3-12-6-min-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE3NDk-a-cell-can-be-balanced-against-110cm-and-100-cm-of-potentiometer-wire-respectively-with-and-without-being-short-circuited-through-a-resistance-of-10-omega-its-internal-resistance-is-1-1-0-omega-2-0-5 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTE3NjA-in-the-circuit-shown-the-current-through-the-4-omega-resistor-is-1-text-a-when-the-points-p-and-m-are-connected-to-a-dc-voltage-source-the-potential-difference-between-the-points-m-and-n-is-1-1-5-text https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTQxNzg-a-capacitor-of-capacitance-5-mu-f-is-connected-as-shown-in-the-figure-the-internal-resistance-of-the-cell-is-0-5-omega-the-amount-of-charge-on-the-capacitor-plate-is-1-0-mu-c-2-5-mu-c-3-10-mu-c-4-25-m https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTQxODg-in-the-circuit-here-the-steady-state-voltage-across-capacitor-c-is-a-fraction-of-the-battery-e-m-f-the-fraction-is-decided-by-1-r1-only-2-r1-and-r2-only-3-r1-and-r3-only-4-r1-r2-and-r3-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTQ5NDQ-in-the-given-figure-each-plate-of-capacitance-c-has-partial-value-of-charge-equal-to-1-ce-2-cer1r2-minus-r-3-cer2r2-r-4-cer1r1-minus-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTQ5NDk-a-4-mu-f-capacitor-and-a-resistance-of-2-5-m-omega-are-in-series-with-a-12-v-battery-the-time-after-which-the-potential-difference-across-the-capacitor-is-3-times-the-potential-difference-across-the-r https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NTUwOTA-three-identical-capacitors-are-given-a-charge-q-each-and-they-are-then-allowed-to-discharge-through-resistance-r1-r2-and-r3-their-charges-as-a-function-of-time-shown-in-the-graph-below-the-smallest-of https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Njk5OTM-assertion-electric-conduction-in-gases-is-possible-at-normal-pressure-reason-the-electric-conduction-in-gases-depends-only-upon-the-potential-difference-between-the-electrodes-if-both-the-assertion-an https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246NzUxMTQ-the-potential-difference-vb-va-between-points-a-and-b-in-the-figure-is-if-r-0-7-937-and-i-3-is-1-3-v-2-15-v-3-5-1-v-4-5-1-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246ODg4OTQ-a-set-of-n-equal-resistors-of-value-r-each-are-connected-in-series-to-a-battery-of-emf-e-and-internal-resistance-r-the-current-drawn-is-i-now-if-n-resistors-are-connected-in-parallel-to-the-same-batte https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246ODg4OTU-the-resistance-of-a-wire-is-r-omega-if-it-is-melted-and-stretched-n-times-its-original-length-its-new-resistance-will-be-1-frac-r-n-2-n-2-r-3-frac-r-n-2-4-nr-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246ODg5MDA-a-carbon-resistor-47-plusmn-4-7-k-omega-is-to-be-marked-with-rings-of-different-colours-for-its-identification-the-colour-code-sequence-will-be-1-violet-yellow-orange-silver-2-yellow-violet-orange-sil https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246ODg5NDM-the-figure-shows-a-circuit-that-contains-three-identical-resistors-with-resistance-r-9-0-omega-each-two-identical-inductors-with-inductance-l-2-0-text-mh-each-and-an-ideal-battery-with-emf-varepsilon https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246ODg5NjM-the-potential-difference-v-a-v-b-between-the-points-a-and-b-in-the-given-figure-is-1-3-text-v-2-3-text-v-3-6-text-v-4-9-text-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246ODg5NjY-a-filament-bulb-500-text-w-100-text-v-is-to-be-used-in-a-230-text-v-main-supply-when-a-resistance-r-is-connected-in-series-the-bulb-works-perfectly-and-consumes-500-text-w-the-value-of-r-is-1-230-omeg https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTAwOTQ-the-charge-flowing-through-a-resistance-r-varies-with-time-t-as-q-at-bt-2-where-a-and-b-are-positive-constants-the-total-heat-produced-in-r-is-1-dfrac-a-3r-3b-2-dfrac-a-3r-2b-3-dfrac-a-3r-b-4-dfrac-a https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTA2OTQ-two-metal-wires-of-identical-dimensions-are-connected-in-series-if-sigma-1-text-and-sigma-2-are-the-conductivities-of-the-metal-wires-respectively-the-effective-conductivity-of-the-combination-is-1-df https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTA3MjI-a-circuit-contains-an-ammeter-a-battery-of-30-text-v-and-a-resistance-40-8-omega-all-connected-in-series-if-the-ammeter-has-a-coil-of-resistance-480-omega-and-a-shunt-of-20-omega-then-the-reading-in-t https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTA4Njk-a-b-text-and-c-are-voltmeters-of-resistance-r-1-5r-and-3r-respectively-as-shown-in-the-figure-above-when-some-potential-difference-is-applied-between-x-and-y-the-voltmeter-readings-are-v-a-v-b-and-v-c https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTA4NzE-across-a-metallic-conductor-of-non-uniform-cross-section-a-constant-potential-difference-is-applied-the-quantity-which-remains-constant-along-the-conductor-is-1-current-density-2-current-3-drift-veloc https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTExNTc-the-figure-given-below-shows-a-circuit-when-resistances-in-the-two-arms-of-the-meter-bridge-are-5-omega-and-r-respectively-when-the-resistance-r-is-shunted-with-equal-resistance-the-new-balance-point https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTE0MjM-the-resistances-of-the-four-arms-p-q-r-text-and-s-in-a-wheatstone-rsquo-s-bridge-are-10-omega-30-omega-30-omega-and-90-omega-respectively-the-emf-and-internal-resistance-of-the-cell-are-7-text-v-and-5 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTI0MDE-if-power-dissipated-in-the-9-omega-resistor-in-the-circuit-shown-is-36-w-the-potential-difference-across-the-2-omega-resistor-will-be-1-8-v-2-10-v-3-2-v-4-4-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTI0Mjc-a-current-of-2-text-a-flows-through-a-2-omega-resistor-when-connected-across-a-battery-the-same-battery-supplies-a-current-of-0-5-text-a-when-connected-across-a-9-omega-resistor-the-internal-resistanc https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTI0MzM-the-rate-of-increase-of-thermo-emf-with-the-temperature-at-the-neutral-temperature-of-a-thermocouple-1-is-zero-2-depends-upon-the-choice-of-the-two-materials-of-the-thermocouple-3-is-negative-4-is-pos https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTMyMzQ-see-the-electrical-circuit-shown-in-this-figure-which-of-the-following-is-a-correct-equation-for-it-1-varepsilon-1-i-1-i-2-r-i-1r-1-0-2-varepsilon-2-i-2r-2-varepsilon-1-i-1r-1-0-3-varepsilon-2-i-1-i-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTMyNzY-a-current-of-3-text-a-flows-through-the-2-omega-resistor-shown-in-the-circuit-the-power-dissipated-in-the-5-omega-resistor-is-1-4-text-w-2-2-text-w-3-1-text-w-4-5-text-w-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTM1MTY-the-total-power-dissipated-in-watts-in-the-circuit-shown-below-is-1-16-w-2-40-w-3-54-w-4-4-w-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTM1Nzc-three-resistances-mathrm-p-mathrm-q-and-mathrm-r-each-of-2-omega-and-an-unknown-resistance-mathrm-s-form-the-four-arms-of-a-wheatstone-bridge-circuit-when-the-resistance-of-6-omega-is-connected-in-par https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTM3NjQ-in-the-circuit-shown-below-if-a-conducting-wire-is-connected-between-points-a-and-b-the-current-in-this-wire-will-all-resistances-are-given-in-ohms-1-flow-from-a-to-b-2-flow-in-the-direction-which-wil https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTM5MjY-two-cells-having-the-same-emf-are-connected-in-series-through-an-external-resistance-r-cells-have-internal-resistance-r1-and-r2-respectively-when-the-circuit-is-closed-the-potential-difference-across https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTM5NzM-the-power-dissipated-across-the-8-omega-resistor-in-the-circuit-shown-here-is-2-text-w-the-power-dissipated-in-watts-across-the-3-omega-resistor-is-1-2-0-2-1-0-3-0-5-4-3-0-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTM5NzQ-kirchhoff-rsquo-s-first-and-second-laws-for-electrical-circuits-are-consequences-of-1-conservation-of-energy-2-conservation-of-electric-charge-and-energy-respectively-3-conservation-of-electric-charge https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTU1MzQ-in-the-circuits-shown-below-the-readings-of-the-voltmeters-and-the-ammeters-will-be-1-v-2-v-1-text-and-i-1-i-2-2-v-2-v-1-text-and-i-1-i-2-3-v-2-v-1-text-and-i-1-i-2-4-v-2-v-1-text-and-i-1-i-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTU1NDg-which-of-the-following-acts-as-a-circuit-protection-device-1-fuse-2-conductor-3-inductor-4-switch-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTU1NjA-six-similar-bulbs-are-connected-as-shown-in-the-figure-with-a-dc-source-of-emf-e-and-zero-internal-resistance-the-ratio-of-power-consumption-by-the-bulbs-when-i-all-are-glowing-and-ii-in-the-situation https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTc3-an-ideal-ammeter-zero-resistance-and-an-ideal-voltmeter-infinite-resistance-are-connected-as-shown-in-fig-6-47-the-ammeter-and-the-voltmeter-readings-are-1-6-25-a-3-75-v-2-3-00-a-5v-3-3-00-a-3-75-v-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTc4-in-the-circuit-shown-in-fig-6-50-an-ideal-ammeter-and-an-ideal-voltmeter-are-used-when-the-key-is-open-the-voltmeter-reads-1-53-v-when-the-key-is-closed-the-ammeter-reads-1-0-a-and-the-voltmeter-reads https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTg1-three-voltmeters-are-connected-as-shown-a-potential-difference-has-been-applied-between-a-and-b-on-closing-the-switch-s-readings-of-volmeters-1-v1-increases-2-v1-decreases-3-v2andv3-both-increase-4-on https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTg2-in-the-circuit-in-fig-7-27-bulb-b-does-not-glow-although-ammeter-a-indicates-that-the-current-is-flowing-why-does-the-bulb-not-glow-1-the-bulb-is-fused-2-there-is-a-break-in-the-circuit-between-bulb-a https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTg4-all-bulbs-in-fig-7-30-are-identical-which-bulb-lights-more-brightly-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTg5-which-of-the-two-switches-s1ands2-shown-in-fig-7-31-will-produce-short-circuiting-1-s1-2-s2-3-both-s1-and-s2-4-neither-s1-nor-s2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTkw-three-similar-light-bulbs-are-connected-to-a-constant-voltage-dc-supply-as-shown-in-fig-7-32-each-bulb-operates-at-normal-brightness-and-the-ammeter-of-negligible-resistance-registers-a-steady-current https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTkx-the-circuit-shown-in-fig-7-33-contains-a-battery-a-rheostat-and-two-identical-lamps-what-will-happen-to-the-brightness-of-the-lamps-if-the-resistance-of-the-rheostat-is-increased-lamp-p-lamp-q-a-less https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTky-two-similar-headlight-lamps-are-connected-in-parallel-to-each-other-together-they-consume-48-w-from-a-6-v-battery-what-is-the-resistance-of-each-filament-1-6-937-2-4-937-3-3-0-937-4-1-5-937-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTkz-two-electric-bulbs-rated-for-the-same-voltage-have-powers-of-200-w-and-100-w-respectively-if-their-resistances-are-r1andr2-respectively-then-1-r1-2r2-2-r2-2r1-3-r2-4r1-4-r1-4r2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTk0-if-the-current-in-an-electric-bulb-decreases-by-0-5-the-power-in-the-bulb-decreases-by-approximately-1-1-2-2-3-0-5-4-0-25-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTk1-an-electric-bulb-rated-for-500-w-at-100-v-is-used-in-a-circuit-having-a-200-v-supply-the-resistance-r-that-must-be-put-in-series-with-the-bulb-so-that-the-bulb-draws-500-w-is-1-18-937-2-20-937-3-40-93 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTk2-a-wire-when-connected-to-a-220-text-v-mains-supply-has-power-dissipation-p-1-now-the-wire-is-cut-into-two-equal-pieces-which-are-connected-in-parallel-to-the-same-supply-power-dissipation-in-this-case https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTk3-three-bulbs-of-40-w-60-w-and-100-w-are-connected-in-series-with-a-240-v-source-then-1-the-potential-difference-will-be-the-maximum-across-the-40-w-bulb-2-the-current-will-be-the-maximum-in-100-w-bulb https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTk4-the-resistance-of-hot-tungsten-filament-is-about-10-times-the-cold-resistance-what-will-be-the-resistance-of-100-w-and-200-v-lamp-when-not-in-use-1-14-000-937-2-400-937-3-40-937-4-4-937-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMwOTk5-two-electric-bulbs-a-and-b-are-rated-60-w-and-100-w-respectively-if-they-are-connected-in-parallel-to-the-same-source-then-1-both-the-bulbs-draw-the-same-current-2-bulb-a-draws-more-current-than-bulb https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMxMDAw-figure-7-44-shows-three-similar-lamps-l1-l2andl3-connected-across-a-power-supply-if-the-lamp-l3-fuses-how-will-the-light-emitted-by-l1andl2-change-1-no-change-2-brilliance-of-both-l1-decreases-and-tha https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMxMDAx-a-factory-is-served-by-a-220-v-supply-line-in-a-circuit-protected-by-a-fuse-marked-10-a-the-maximum-number-of-100-w-lamps-in-parallel-that-can-be-turned-on-is-1-11-2-22-3-33-4-66-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMxMDAy-a-100-w-bulb-designed-to-operate-on-100-v-is-to-be-connected-across-a-500-v-source-find-the-resistance-to-be-put-in-series-so-that-bulb-consumes-100-w-only-1-100-937-2-500-937-3-400-937-4-300-937-1-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMxMDAz-a-torch-bulb-rated-4-5-w-1-5-v-is-connected-as-shown-in-the-figure-below-the-emf-of-the-cell-needed-to-make-the-bulb-glow-at-full-intensity-is-1-4-5-v-2-1-5-v-3-2-67-v-4-13-5-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMxNzI2-the-reading-of-an-ideal-voltmeter-in-the-circuit-shown-is-1-0-6-text-v-2-0-text-v-3-0-5-text-v-4-0-4-text-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTMxNzI3-the-metre-bridge-shown-is-in-a-balanced-position-with-frac-p-q-frac-l-1-l-2-if-we-now-interchange-the-position-of-the-galvanometer-and-the-cell-will-the-bridge-work-if-yes-what-will-be-the-balanced-co https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMDAw-current-through-the-branch-ao-is-1-2-a-2-4-a-3-1-a-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMzE0-the-value-of-electric-current-i1-in-the-network-below-is-1-5-a-2-9-a-3-8-a-4-7-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzNDAy-in-the-network-shown-the-potential-at-junction-d-is-1-18011v-2-11180v-3-10-v-4-5-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzODY1-the-current-i-in-the-circuit-shown-below-is-1-3a-2-3-a-3-13-a-4-20-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzODY3-as-the-switch-is-closed-in-the-circuit-then-current-passed-through-it-is-1-7-5-a-2-3-a-3-4-5-a-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzOTA5-in-the-electrical-network-shown-below-what-is-the-magnitude-of-current-i-text-1-4-a-2-3-a-3-2-a-4-1-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTY0MDUz-a-portion-of-an-electric-circuit-is-shown-in-the-figure-below-in-this-circuit-the-potential-difference-v-b-v-c-equals-12-v-what-is-the-value-of-the-current-i-1-text-1-1-a-2-2-a-3-3-a-4-4-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTg1NDI2-which-of-the-following-graph-represents-the-variation-of-resistivity-rho-with-temperature-t-for-copper-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTg1NDQz-a-charged-particle-having-drift-velocity-of-7-5-times10-4-text-ms-1-in-an-electric-field-of-3-times10-10-text-vm-1-has-mobility-of-1-2-5-times-10-6-text-m-2-text-v-1-text-s-1-2-2-5-times-10-6-text-m-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTg1NDUy-a-resistance-wire-connected-in-the-left-gap-of-a-meter-bridge-balances-a-10-omega-resistance-in-the-right-gap-at-a-point-which-divides-the-bridge-wire-in-the-ratio-3-2-lf-the-length-of-the-resistance https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTg1NDY0-the-colour-code-of-resistance-is-given-below-the-values-of-resistance-and-tolerance-respectively-are-1-47-k-omega-10-2-4-7-k-omega-5-3-470-omega-5-4-470-k-omega-5-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk4MjY3-a-storage-battery-of-emf-8-0-text-v-and-internal-resistance-0-5-omega-is-being-charged-by-a-120-text-v-dc-supply-using-a-series-resistor-of-15-5-omega-what-is-the-terminal-voltage-of-the-battery-durin https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk4MjY4-in-a-potentiometer-arrangement-a-cell-of-emf-1-25-v-gives-a-balance-point-at-35-0-cm-length-of-the-wire-if-the-cell-is-replaced-by-another-cell-and-the-balance-point-shifts-to-63-0-cm-then-the-emf-of https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk4Mjcw-choose-the-correct-alternative-1-alloys-of-metals-usually-have-less-resistivity-than-that-of-their-constituent-metals-2-alloys-usually-have-much-higher-temperature-coefficients-of-resistance-than-pure https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk4MzEz-given-n-resistors-each-of-resistance-r-what-is-the-ratio-of-the-maximum-to-minimum-resistance-1-dfrac-1-n-2-n-3-dfrac-1-n-2-4-n-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk4Mzg5-given-the-resistances-of-1-omega-2-omega-3-omega-how-will-we-combine-them-to-get-an-equivalent-resistance-of-11-3-1-1-omega-2-omega-in-parallel-and-the-combination-in-series-with-3-omega-2-3-omega-2-o https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk5OTkz-the-number-density-of-free-electrons-in-a-copper-conductor-is-8-5-10-28-text-m-3-how-long-does-an-electron-take-to-drift-from-one-end-of-a-wire-3-0-text-m-long-to-its-other-end-the-area-of-the-cross-s https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk5OTk0-six-lead-acid-type-of-secondary-cells-each-of-emf-2-0-text-v-and-internal-resistance-0-015-omega-are-joined-in-series-to-provide-a-supply-to-a-resistance-of-8-5-omega-what-is-the-current-drawn-from-th https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk5OTk1-a-secondary-cell-after-long-use-has-an-emf-of-1-9-text-v-and-a-large-internal-resistance-of-380-omega-what-maximum-current-can-be-drawn-from-the-cell-1-0-05-text-a-2-0-005-text-a-3-5-0-text-a-4-0-5-te https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk5OTk2-the-storage-battery-of-a-car-has-an-emf-of-12-text-v-if-the-internal-resistance-of-the-battery-is-0-4-omega-what-is-the-maximum-current-that-can-be-drawn-from-the-battery-1-30-text-a-2-20-text-a-3-10 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk5OTk3-a-battery-of-emf-10-text-v-and-internal-resistance-3-omega-is-connected-to-a-resistor-if-the-current-in-the-circuit-is-0-5-text-a-what-is-the-terminal-voltage-of-the-battery-when-the-circuit-is-closed https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk5OTk4-three-resistors-1-omega-2-omega-and-3-omega-are-combined-in-series-if-the-combination-is-connected-to-a-battery-of-emf-12-text-v-and-negligible-resistance-the-potential-drop-across-2-omega-resistor-is https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTk5OTk5-three-resistors-2-omega-4-omega-and-5-omega-are-combined-in-parallel-if-the-combination-is-connected-to-a-battery-of-emf-20-text-v-and-negligible-internal-resistance-the-total-current-drawn-from-the-b https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjAwMDAw-at-room-temperature-27-circ-text-c-the-resistance-of-a-heating-element-is-100-omega-what-is-the-temperature-of-the-element-if-the-resistance-is-found-to-be-117-omega-given-that-the-temperature-coeffic https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjAwMDAx-a-negligibly-small-current-is-passed-through-a-wire-of-length-15-text-m-and-uniform-cross-section-6-0-times10-7-text-m-2-and-its-resistance-is-measured-to-be-5-0-omega-what-is-the-resistivity-of-the-m https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjAwMDAy-a-silver-wire-has-a-resistance-of-2-1-omega-at-27-5-circ-text-c-and-a-resistance-of-2-7-omega-at-100-circ-text-c-the-temperature-coefficient-of-resistivity-of-silver-is-1-0-0033-circ-text-c-1-2-0-039 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjAwMDA1-the-current-drawn-from-a-12-text-v-supply-with-internal-resistance-0-5-omega-by-the-infinite-network-shown-in-the-figure-is-1-3-12-text-a-2-3-72-text-a-3-2-29-text-a-4-2-37-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjAwMDA2-figure-shows-a-potentiometer-with-a-cell-of-2-0-v-and-internal-resistance-0-40-omega-maintaining-a-potential-drop-across-the-resistor-wire-ab-a-standard-cell-which-maintains-a-constant-emf-of-1-02-v-f https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjAwMDA3-figure-shows-a-potentiometer-circuit-for-comparison-of-two-resistances-the-balance-point-with-a-standard-resistor-r-10-0-omega-is-found-to-be-58-3-cm-while-that-with-the-unknown-resistance-x-is-68-5-c https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjAwMDA4-the-figure-shows-a-2-0-v-potentiometer-used-for-the-determination-of-the-internal-resistance-of-a-1-5-v-cell-the-balance-point-of-the-cell-in-the-open-circuit-is-76-3-cm-when-a-resistor-of-9-5-is-used https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODI4-a-potential-difference-of-10-v-is-applied-across-a-conductor-of-1000-937-the-number-of-electrons-flowing-through-the-conductor-in-300-sec-is-1-1-875-215-1016-2-1-875-215-1017-3-1-875-215-1022-4-1-875 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODMy-ohm-s-law-fails-in-1-diode-2-thyristor-3-pn-junction-system-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODM3-identical-pieces-of-ge-and-cu-are-taken-and-cooled-then-1-resistivity-of-both-increases-2-resistivity-of-both-decreases-3-resistivity-of-cu-increases-and-ge-decreases-4-resistivity-of-cu-decreases-and https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODQ2-a-potential-difference-of-5-v-is-applied-across-a-conductor-of-length-10-cm-if-the-drift-velocity-of-electrons-is-2-5-215-10-4-m-s-then-the-electron-mobility-will-be-1-5-215-10-4m2v-1s-1-2-5-215-10-6m https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODQ4-the-resistance-of-a-rectangular-block-of-copper-of-dimensions-2mm-215-2mm-215-5m-between-two-square-faces-is-0-02-937-what-is-the-resistivity-of-copper-1-1-6-215-10-8-937-2-1-6-215-10-6-937-m-3-1-6-21 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODQ5-two-wires-a-and-b-of-the-same-material-having-radii-in-the-ratio-of-1-2-carry-currents-in-the-ratio-of-4-1-the-ratio-of-the-drift-speed-of-electrons-in-a-and-b-is-1-16-1-2-1-16-3-1-4-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODUx-if-a-copper-wire-is-stretched-to-make-its-radius-decrease-by-0-1-then-the-percentage-increase-in-resistance-is-nearly-1-0-1-2-0-8-3-0-4-4-0-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODU2-a-certain-piece-of-copper-is-to-be-shaped-into-a-conductor-of-minimum-resistance-its-length-and-diameter-should-respectively-be-1-l-d-2-2l-d2-3-l2-2d-4-l-d2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODYw-a-wire-of-resistance-x-ohm-is-drawn-out-so-that-its-length-is-increased-to-twice-its-original-length-and-its-new-resistance-becomes-20-937-then-x-will-be-1-5-937-2-10-937-3-15-937-4-20-937-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODY0-a-piece-of-wire-is-cut-into-four-equal-parts-and-the-pieces-are-bundled-together-side-by-side-to-form-a-thicker-wire-compared-with-that-of-the-original-wire-the-resistance-of-the-bundle-is-1-the-same https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODY2-the-temperature-coefficient-of-resistance-of-a-wire-at-0-176-c-is-0-00125-176-c-1-at-25-176-c-its-resistance-is-one-ohm-the-resistance-of-the-wire-will-be-1-2-ohms-at-1-225-k-2-190-176-c-3-260-176-c-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODcx-at-conductor-behaves-as-a-superconductor-1-above-the-critical-temperature-2-at-the-critical-temperature-3-at-100-176-c-4-at-the-boiling-point-of-that-metal-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODc3-a-carbon-resistor-has-coloured-strips-as-shown-in-the-figure-what-is-its-resistance-1-410-937-177-2-2-470-937-177-5-3-420-937-177-3-4-405-937-177-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODgw-a-wire-has-a-resistance-of-12-ohms-it-is-bent-in-the-form-of-a-circle-the-effective-resistance-between-the-two-points-on-any-diameter-of-the-circle-is-1-12-937-2-24-937-3-3-937-4-6-937-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODgy-a-technician-has-only-two-resistance-coils-by-using-them-singly-in-series-or-in-parallel-he-is-able-to-obtain-the-resistance-3-4-12-and-16-ohms-the-resistance-of-the-two-coils-are-1-6-and-10-ohms-2-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODkw-the-resultant-resistance-value-of-n-resistors-each-of-r-ohms-and-connected-in-series-is-x-when-those-n-resistors-are-connected-in-parallel-the-resultant-value-is-1-xn-2-xn2-3-n2x-4-nx-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODk0-the-same-mass-of-aluminium-is-drawn-into-two-wires-1mm-and-2mm-thick-two-wires-are-connected-in-series-and-current-is-passed-through-them-the-heat-produced-in-the-wires-is-in-the-ratio-of-1-16-1-2-8-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODk1-in-a-circuit-shown-in-the-figure-the-heat-produced-in-3-ohm-resistance-due-to-a-current-flowing-in-it-is-12-j-the-heat-produced-in-4-ohm-resistor-is-1-2-j-2-4-j-3-64-j-4-32-j-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODk2-refer-to-the-circuit-shown-what-will-be-the-total-power-dissipation-in-the-circuit-if-p-is-the-power-dissipated-in-r1-it-is-given-that-xa0-r2-4-xa0-r1-xa0-and-xa0-r3-12-xa0-r1-1-4p-2-7p-3-13p-4-17p-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTAy-three-identical-resistors-xa0-r1-r2-r3-xa0-are-connected-as-shown-to-a-battery-of-constant-e-m-f-the-power-dissipated-is-1-the-least-in-r1-2-greatest-in-r1-3-in-the-ratio-of-1-2-in-resistance-r1-xa0-a https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTA2-four-equal-resistances-dissipated-5-w-of-power-together-when-connected-in-series-to-a-battery-of-negligible-internal-resistance-the-total-power-dissipated-in-these-resistances-when-connected-in-parall https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTEw-a-cell-sends-a-current-through-a-resistance-r-for-time-t-now-the-same-cell-sends-current-through-another-resistance-r-for-the-same-time-if-the-same-amount-of-heat-is-developed-in-both-the-resistances https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTIw-according-to-this-diagram-the-potential-difference-across-the-terminals-is-internal-resistance-of-cell-r-1-v-e-ir-2-v-e-ir-3-v-e-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTIy-the-value-of-current-through-2-omega-is-1-1-0-a-2-1-5-a-3-5-0-a-4-2-1-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTIz-the-reading-of-the-ammeter-in-the-circuit-below-is-1-5-a-2-15-a-3-20-a-4-25-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTI1-a-thousand-cells-of-the-same-emf-e-and-same-internal-resistance-r-are-connected-in-series-in-the-same-order-without-external-resistance-the-potential-drop-across-399-cells-is-found-to-be-1-zero-2-399 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTI2-five-cells-each-of-e-m-f-e-and-internal-resistance-r-are-connected-in-series-if-due-to-oversight-one-cell-is-connected-wrongly-then-the-equivalent-e-m-f-of-the-combination-is-1-5-e-2-2-e-3-3-e-4-4-e-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTI3-two-batteries-of-different-e-m-f-s-and-internal-resistances-are-connected-in-series-with-each-other-and-with-an-external-load-resistor-the-current-is-3-0-a-when-the-polarity-of-one-battery-is-reversed https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTI4-in-the-figure-the-e-m-f-of-the-cell-is-2v-and-the-internal-resistance-is-negligible-the-resistance-of-the-voltmeter-is-80-ohm-the-reading-of-the-voltmeter-will-be-1-2-volt-2-1-33-volt-3-1-60-volt-4-0 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTI5-calculate-the-current-shown-by-ammeter-a-in-the-circuit-diagram-1-0-1-a-2-0-2-a-3-0-3-a-4-0-4-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTMw-ends-a-and-b-are-connected-to-positive-and-negative-terminals-of-a-cell-of-emf-12-v-respectively-the-value-of-voltage-shown-by-the-voltmeter-of-negligible-resistance-is-1-zero-2-3-v-3-6-v-4-12-v-1-2-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTMy-in-the-circuit-shown-r1-xa0-is-increased-what-happens-to-the-reading-of-the-voltmeter-ideal-1-increases-2-decreases-3-first-increases-then-decrease-4-does-not-change-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTM2-a-combination-of-five-resistors-is-connected-to-a-cell-of-emf-10-v-as-shown-in-the-figure-the-potential-difference-xa0-vb-ve-xa0-will-be-1-5-v-2-3-v-3-1-v-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTM4-in-the-meter-bridge-shown-the-resistance-x-has-a-negative-temperature-coefficient-of-resistance-neglecting-the-variation-in-other-resistors-when-current-is-passed-for-some-time-in-the-circuit-the-bala https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTQy-two-cells-of-e-m-f-e1-and-e2-are-joined-in-series-and-the-balancing-length-of-the-potentiometer-wire-is-625-cm-if-the-terminals-of-e1-are-reversed-the-balancing-length-obtained-is-125-cm-given-e2-e1-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTQ0-a-10-m-long-potentiometer-wire-is-connected-to-a-battery-having-a-steady-voltage-a-leclanche-cell-is-balanced-at-4-m-length-of-the-wire-if-the-length-is-kept-the-same-but-its-cross-section-is-doubled https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTQ1-of-the-two-bulbs-in-a-household-circuit-one-glows-brighter-than-the-other-which-of-the-two-bulbs-has-a-large-resistance-1-the-bright-bulb-2-the-dim-bulb-3-both-have-the-same-resistance-4-the-brightnes https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTQ2-two-electric-bulbs-whose-resistances-are-in-the-ratio-of-1-2-are-connected-in-parallel-to-a-constant-voltage-source-the-power-dissipated-in-them-has-the-ratio-of-1-2-1-2-1-1-3-1-4-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTUx-three-identical-bulbs-b1-b2-and-b3-are-connected-to-the-mains-as-shown-in-the-figure-if-b3-xa0-is-disconnected-from-the-circuit-by-opening-switch-s-then-incandescence-of-bulb-b1-will-1-increase-2-decr https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTUy-a-50-w-bulb-connected-in-series-with-a-heater-coil-is-put-to-an-ac-mains-now-the-bulb-is-replaced-by-a-100-w-bulb-the-heater-output-will-1-double-2-halve-3-increase-4-decrease-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3OTUz-two-heater-coils-separately-take-10-minutes-and-5-minutes-to-boil-a-certain-amount-of-water-if-both-the-coils-are-connected-in-series-the-time-taken-will-be-1-15-min-2-7-5-min-3-3-33-min-4-2-5-min-1-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjEx-the-power-generated-across-a-uniform-wire-connected-across-a-supply-is-h-if-the-wire-is-cut-into-n-equal-parts-and-all-the-parts-are-connected-in-parallel-across-the-same-supply-the-total-power-genera https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjEy-when-electric-bulbs-of-the-same-power-but-different-marked-voltage-are-connected-in-series-across-the-power-line-their-brightness-will-be-1-proportional-to-their-marked-voltage-2-inversely-proportiona https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjE0-a-battery-consists-of-a-variable-number-n-of-identical-cells-having-internal-resistance-connected-in-series-the-terminals-of-the-battery-are-short-circuited-and-the-current-i-measured-which-one-of-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjE2-three-identical-resistors-are-connected-across-a-voltage-source-v-so-that-one-of-them-is-in-parallel-with-two-others-which-are-connected-in-series-as-shown-the-power-dissipated-through-the-first-one-c https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjI5-a-metallic-resistor-is-connected-across-a-battery-if-the-number-of-collisions-of-free-electrons-with-the-lattice-is-somehow-decreased-in-the-resistor-for-example-cooling-it-the-current-will-1-increase https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjMw-a-constant-voltage-is-applied-between-the-two-ends-of-a-uniform-metallic-wire-some-heat-is-developed-in-it-the-heat-developed-doubles-if-1-both-the-length-and-the-radius-of-the-wire-are-halved-2-both https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjMx-in-an-electrical-circuit-containing-a-battery-the-charge-assume-positive-inside-the-battery-1-always-goes-from-the-positive-terminal-to-the-negative-terminal-2-may-go-from-the-positive-terminal-to-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjMz-two-non-ideal-batteries-are-connected-in-parallel-consider-the-following-statements-a-the-equivalent-emf-is-smaller-than-either-of-the-two-emfs-b-the-equivalent-internal-resistance-is-smaller-than-eit https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjM0-in-a-balanced-wheatstone-bridge-the-current-in-the-galvanometer-is-zero-it-remains-zero-when-1-battery-emf-is-increased-2-all-resistances-are-increased-by-10-ohms-3-all-resistances-are-made-five-times https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjM1-when-a-battery-is-getting-charged-1-the-voltage-drop-across-its-internal-resistance-is-zero-2-the-terminal-potential-difference-is-less-than-its-emf-3-the-terminal-potential-difference-is-more-than-it https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjM2-which-of-the-following-wiring-diagrams-can-be-used-to-experimentally-determine-r-using-ohm-s-law-assume-the-voltmeter-and-the-ammeter-to-be-ideal-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjM5-in-the-diagrams-all-light-bulbs-are-identical-all-cells-are-ideal-and-identical-in-which-circuit-will-the-bulbs-be-dimmest-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjQw-a-battery-or-batteries-connected-to-two-parallel-plates-produce-equipotential-lines-between-the-plates-as-shown-which-of-the-following-configurations-is-most-likely-to-produce-these-equipotential-line https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjQx-in-the-circuit-diagram-all-the-bulbs-are-identical-which-bulb-will-glow-the-brightest-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjQ1-a-cuboid-has-the-longest-dimension-double-the-shortest-dimension-then-the-ratio-of-maximum-to-minimum-resistance-across-its-parallel-faces-is-1-2-1-2-4-1-3-8-1-4-3-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjQ3-a-current-passes-through-a-wire-of-non-uniform-cross-section-which-of-the-following-quantities-is-independent-of-the-cross-section-1-the-charge-crossing-in-a-given-time-interval-2-drift-speed-3-curren https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjQ5-two-identical-fuses-are-rated-at-10-a-if-they-are-joined-1-in-parallel-the-combination-acts-as-a-fuse-of-rating-20-a-2-in-parallel-the-combination-acts-as-a-fuse-of-rating-5-a-3-in-series-the-combinat https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjUy-the-ammeter-connected-in-the-following-circuits-has-zero-resistance-the-voltmeter-in-option-1-has-infinite-resistance-and-a-reading-of-8-v-the-value-of-resistance-r-has-not-been-specified-which-of-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEyNjU1-in-the-circuit-diagram-shown-in-the-figure-which-of-the-following-is-true-1-points-a-and-c-are-at-the-same-potential-2-a-is-at-a-higher-potential-than-c-3-magnitude-of-p-d-between-a-and-c-is-10-volt-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEzMDQy-a-capacitor-is-charged-upto-a-potential-v0-it-is-then-connected-to-a-resistance-r-and-a-battery-of-emf-949-two-possible-graphs-of-potentials-across-capacitor-vs-time-are-shown-what-is-the-most-reasona https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjEzMTA5-in-the-charging-process-of-r-c-circuit-the-time-constant-may-be-defined-as-the-time-during-which-1-capacitor-voltage-rises-to-0-632-of-its-final-steady-value-2-charging-current-falls-to-0-632-of-its-i https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NDgw-a-capacitor-of-4-mu-f-is-connected-as-shown-in-the-circuit-the-internal-resistance-of-the-battery-is-0-5-omega-the-amount-of-charge-on-the-capacitor-plates-will-be-1-0-mu-c-2-4-mu-c-3-16-mu-c-4-8-mu-c https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTAz-temperature-dependence-of-resistivity-rho-t-of-semiconductors-insulators-and-metals-is-significantly-based-on-the-following-factors-a-number-of-charge-carriers-can-change-with-temperature-t-b-the-time https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTA0-the-measurement-of-an-unknown-resistance-r-is-to-be-carried-out-using-a-wheatstone-bridge-two-students-perform-an-experiment-in-two-ways-the-first-students-take-r-2-10-omega-and-r-1-5-omega-the-other https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTA1-in-a-meter-bridge-point-d-is-a-neutral-point-as-shown-in-the-figure-a-the-meter-bridge-can-have-no-other-neutral-point-for-this-set-of-resistances-b-when-the-jockey-contacts-a-point-on-the-meter-wire https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTQz-consider-a-current-carrying-wire-current-text-i-in-the-shape-of-a-circle-note-that-as-the-current-progresses-along-the-wire-the-direction-of-text-j-current-density-changes-in-an-exact-manner-while-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTQ0-two-batteries-of-emf-varepsilon-1-and-varepsilon-2-varepsilon-2-varepsilon-1-respectively-are-connected-in-parallel-as-shown-in-the-figure-1-the-equivalent-emf-varepsilon-eq-of-the-two-cells-is-betwee https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTQ1-a-resistance-r-is-to-be-measured-using-a-meter-bridge-a-student-chooses-the-standard-resistance-s-to-be-100-omega-he-finds-the-null-point-at-l-1-2-9-text-cm-he-is-told-to-attempt-to-improve-accuracy-w https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTQ2-two-cells-of-emf-s-approximately-5-v-and-10-v-are-to-be-accurately-compared-using-a-potentiometer-of-length-400-cm-1-the-battery-that-runs-the-potentiometer-should-have-a-voltage-of-8-v-2-the-battery https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTQ3-a-metal-rod-of-length-10-cm-and-a-rectangular-cross-section-of-1-text-cm-times-1-2-text-cm-is-connected-to-a-battery-across-opposite-faces-the-resistance-will-be-1-maximum-when-the-battery-is-connecte https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTQ4-which-of-the-following-characteristics-of-electrons-determines-the-current-in-a-conductor-1-drift-velocity-alone-2-thermal-velocity-alone-3-both-drift-velocity-and-thermal-velocity-4-neither-drift-nor https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTQ5-kirchhoff-s-junction-rule-is-a-reflection-of-a-conservation-of-the-current-density-vector-b-conservation-of-charge-c-the-fact-that-the-momentum-with-which-a-charged-particle-approaches-a-junction-is-u https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjI2NTUw-consider-a-simple-circuit-shown-in-the-figure-r-stands-for-variable-resistance-r-can-vary-from-r-0-to-infinity-r-is-the-internal-resistance-of-the-battery-r-r-r-0-a-potential-drop-across-ab-is-nearly https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjQ1MDY5-for-the-circuit-shown-in-the-figure-the-current-i-will-be-1-0-75-text-a-2-1-text-a-3-1-5-text-a-4-0-5-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjQ1Mjkz-two-solid-conductors-are-made-up-of-the-same-material-and-have-the-same-length-and-the-same-resistance-one-of-them-has-a-circular-cross-section-of-area-1-and-the-other-one-has-a-square-cross-section-o https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjQ1Mjk5-for-the-circuit-given-below-kirchhoff-s-loop-rule-for-the-loop-bcdeb-is-given-by-the-equation-1-i-2-r-2-e-2-e-3-i-3-r-1-0-2-i-2-r-2-e-2-e-3-i-3-r-1-0-3-i-2-r-2-e-2-e-3-i-3-r-1-0-4-i-2-r-2-e-2-e-3-i-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjQ1NDIx-the-equivalent-resistance-between-a-and-b-for-the-mesh-shown-in-the-figure-is-1-7-2-omega-2-16-omega-3-30-omega-4-4-8-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODEx-what-is-the-average-drift-speed-of-conduction-electrons-in-a-copper-wire-of-cross-sectional-area-1-0-times-10-7m2-carrying-a-current-of-1-5-a-assume-that-each-copper-atom-contributes-roughly-one-condu https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODIx-an-electric-toaster-uses-nichrome-for-its-heating-element-when-a-negligibly-small-current-passes-through-it-its-resistance-at-room-temperature-27-0-deg-c-is-found-to-be-75-3-when-the-toaster-is-connec https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODIy-the-resistance-of-the-platinum-wire-of-a-platinum-resistance-thermometer-at-the-ice-point-is-5-and-at-the-steam-point-is-5-23-when-the-thermometer-is-inserted-into-a-hot-bath-the-resistance-of-the-pla https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODIz-a-network-of-resistors-is-connected-to-a-16-v-battery-with-an-internal-resistance-of-1-omega-as-shown-in-the-figure-the-equivalent-resistance-of-the-network-is-1-4-omega-2-5-omega-3-7-omega-4-2-omega https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODI1-a-network-of-resistors-is-connected-to-a-16-v-battery-with-an-internal-resistance-of-1-omega-as-shown-in-the-figure-the-current-in-1-omega-resistor-between-b-and-c-will-be-1-4a-2-2a-3-1a-4-3a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODI3-a-network-of-resistors-is-connected-to-a-16-v-battery-with-an-internal-resistance-of-1-omega-as-shown-in-the-figure-the-voltage-drop-across-ab-is-1-2-v-2-25-v-3-4-v-4-6-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODMz-a-battery-of-10-v-and-negligible-internal-resistance-is-connected-across-the-diagonally-opposite-corners-of-a-cubical-network-consisting-of-12-resistors-each-of-resistance-1-omega-as-shown-in-the-figu https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODM1-the-current-in-the-branch-ab-in-the-given-network-is-1-5-8-a-2-5-2-a-3-15-8-a-4-3-2-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODM2-the-four-arms-of-a-wheatstone-bridge-have-the-following-resistances-as-shown-in-the-figure-a-galvanometer-of-15-resistance-is-connected-across-bd-what-is-the-current-through-the-galvanometer-when-a-po https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODM5-in-a-meter-bridge-shown-in-the-figure-the-null-point-is-found-at-a-distance-of-33-7-text-cm-from-a-if-now-a-resistance-of-12-omega-is-connected-in-parallel-with-s-the-null-point-occurs-at-51-9-text-cm https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcwODUw-a-resistance-of-r-omega-draws-current-from-a-potentiometer-the-potentiometer-has-a-total-resistance-r0-omega-as-shown-in-the-figure-a-voltage-v-is-supplied-to-the-potentiometer-what-is-the-voltage-acr https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjcxNjY1-a-light-bulb-is-rated-at-100-text-w-for-a-220-text-v-supply-the-resistance-of-the-bulb-is-1-423-omega-2-440-omega-3-444-omega-4-484-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjczNDM4-which-one-of-the-following-is-correct-1-after-acquiring-drift-speed-by-the-electrons-there-is-no-acceleration-of-the-electrons-2-to-have-a-large-amount-of-electric-current-the-drift-speed-of-the-elect https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc0OTE1-the-curve-in-the-given-graph-shows-the-variation-of-potential-difference-v-across-a-conductor-with-current-i-flowing-through-a-conductor-the-dashed-line-in-the-graph-given-below-represents-1-a-non-ohm https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc0OTIw-graph-shows-the-variation-of-resistivity-961-with-temperature-for-a-material-the-material-can-be-1-copper-2-aluminum-3-gaas-4-nichrome-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc3MTA0-match-column-i-and-column-ii-with-appropriate-relations-column-i-column-ii-mathrm-a-drift-velocity-mathrm-p-dfrac-m-ne-2-rho-mathrm-b-electrical-resistivity-mathrm-q-nev-d-mathrm-c-relaxation-period-m https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc3MTE5-in-a-potentiometer-circuit-a-cell-of-emf-1-5-text-v-gives-a-balance-point-at-36-cm-length-of-wire-if-another-cell-of-emf-2-5-v-replaces-the-first-cell-then-at-what-length-of-the-wire-the-balance-point https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc3MTIw-the-effective-resistance-of-a-parallel-connection-that-consists-of-four-wires-of-equal-length-equal-area-of-cross-section-and-same-material-is-0-25-omega-what-will-be-the-effective-resistance-if-they https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc3MTQ4-three-resistors-having-resistances-r-1-r-2-text-and-r-3-are-connected-as-shown-in-the-given-circuit-the-ratio-dfrac-i-3-i-1-of-currents-in-terms-of-resistances-used-in-the-circuit-is-1-dfrac-r-1-r-1-r https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM5MzM4-two-resistors-of-resistance-100-omega-and-200-omega-are-connected-in-parallel-in-an-electrical-circuit-the-ratio-of-the-thermal-energy-developed-in-100-omega-resistor-to-that-in-200-omega-resistor-in https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM5MzUw-a-copper-wire-of-length-10-m-and-radius-left-10-2-sqrt-pi-right-m-has-an-electrical-resistance-of-10-omega-the-current-density-in-the-wire-for-an-electric-field-strength-of-10-v-m-is-1-10-5-a-m2-2-10 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM5MzY5-a-wheatstone-bridge-is-used-to-determine-the-value-of-unknown-resistance-x-by-adjusting-the-variable-resistance-y-as-shown-in-the-figure-for-the-most-precise-measurement-of-x-the-resistances-p-and-q-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM5NzQ1-the-plot-of-current-i-text-a-flowing-through-a-metallic-conductor-versus-the-applied-voltage-v-text-volt-across-the-ends-of-a-conductor-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM5NzQ2-a-network-of-resistors-is-connected-across-a-10-text-v-battery-with-an-internal-resistance-of-1-omega-as-shown-in-the-circuit-diagram-the-equivalent-resistance-of-the-circuit-is-1-dfrac-17-3-omega-2-d https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM5NzQ5-the-value-of-resistance-for-the-colour-code-of-the-given-resistor-is-1-36-pm36-k-omega-2-470-pm47-k-omega-3-360-pm36-k-omega-4-360-pm18-k-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM5Nzc3-in-a-meter-bridge-experiment-the-null-point-is-at-a-distance-of-30-text-cm-from-a-if-a-resistance-of-16-omega-is-connected-in-parallel-with-resistance-y-the-null-point-occurs-at-50-text-cm-from-a-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2NTUy-a-cell-of-emf-4-text-v-and-internal-resistance-0-5-omega-is-connected-to-a-7-5-omega-external-resistance-the-terminal-potential-difference-of-the-cell-is-1-3-75-text-v-2-4-25-text-v-3-4-text-v-4-0-375 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2NTU2-the-equivalent-resistance-of-the-infinite-network-given-below-is-1-2-omega-2-1-sqrt2-omega-3-1-sqrt3-omega-4-1-sqrt5-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2NTg1-the-reciprocal-of-resistance-is-1-reactance-2-mobility-3-conductivity-4-conductance-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2NjMx-the-sliding-contact-c-is-at-one-fourth-of-the-length-of-the-potentiometer-wire-ab-from-a-as-shown-in-the-circuit-diagram-if-the-resistance-of-the-wire-ab-is-r-0-then-the-potential-drop-v-across-the-re https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2OTEz-resistance-of-a-carbon-resistor-determined-from-colour-codes-is-22000-pm-5-omega-the-colour-of-third-band-must-be-1-yellow-2-red-3-green-4-orange-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2OTI5-the-magnitude-and-direction-of-the-current-in-the-following-circuit-is-1-1-5-text-a-from-b-to-a-through-e-2-0-2-text-a-from-b-to-a-through-e-3-0-5-text-a-from-a-to-b-through-e-4-dfrac-5-9-text-a-from https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2OTQw-if-the-galvanometer-g-does-not-show-any-deflection-in-the-circuit-shown-the-value-of-r-is-given-by-1-400-omega-2-200-omega-3-50-omega-4-100-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2OTQ5-10-resistors-each-of-resistance-r-are-connected-in-series-to-a-battery-of-e-and-negligible-internal-resistance-then-those-are-connected-in-parallel-to-the-same-battery-the-current-is-increased-n-times https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2OTUz-the-resistance-of-platinum-wire-at-0-circ-text-c-is-2-omega-and-6-8-omega-at-80-circ-text-c-the-temperature-coefficient-of-resistance-of-the-wire-is-1-3-times-10-1-circ-text-c-1-2-3-times-10-4-circ-te https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY4MTU1-on-the-basis-of-electrical-conductivity-which-one-of-the-following-material-has-the-smallest-resistivity-1-germanium-2-silver-3-glass-4-silicon-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY4MTYz-a-certain-wire-a-has-resistance-81-omega-the-resistance-of-another-wire-b-of-the-same-material-and-equal-length-but-of-diameter-thrice-the-diameter-of-a-will-be-1-81-omega-2-9-omega-3-729-omega-4-243 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY4MzA3-a-copper-wire-of-radius-1-mm-contains-10-22-free-electrons-per-cubic-metre-the-drift-velocity-for-free-electrons-when-10-a-current-flows-through-the-wire-will-be-given-charge-on-electron-1-6-times10-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY4MzMw-the-emf-of-a-cell-having-internal-resistance-1-omega-is-balanced-against-a-length-of-330-text-cm-on-a-potentiometer-wire-when-an-external-resistance-of-2-omega-is-connected-across-the-cell-the-balanci https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU0OTU2-a-battery-with-an-emf-of-10-text-v-and-an-internal-resistance-of-1-omega-is-connected-to-an-external-resistance-of-4-omega-as-shown-in-the-figure-the-terminal-voltage-of-the-battery-in-this-configurat https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU0OTg0-a-wire-of-length-l-and-resistance-100-omega-is-divided-into-10-equal-parts-the-first-5-parts-are-connected-in-series-while-the-next-5-parts-are-connected-in-parallel-the-two-combinations-are-again-con https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU0OTkx-two-heaters-mathrm-a-and-mathrm-b-have-power-rating-of-1-text-kw-and-2-text-kw-respectively-those-two-are-first-connected-in-series-and-then-in-parallel-to-a-fixed-power-source-the-ratio-of-power-outp https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU2Njk3-the-equivalent-resistance-r-ab-between-points-a-and-b-in-the-given-network-is-1-1r-2-dfrac35-r-3-dfrac78-r-4-dfrac58-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU2NzI3-the-value-of-r-in-the-given-circuit-when-there-is-no-current-in-the-5-omega-resistor-is-1-12-omega-2-9-omega-3-3-omega-4-2-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU2NzUw-there-are-two-heaters-a-and-b-the-heater-a-takes-time-t-1-to-boil-a-given-quantity-of-water-while-b-takes-time-t-2-to-boil-the-same-quantity-of-water-across-the-same-supply-voltage-if-the-two-heaters https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU2NzYy-arrange-the-following-in-the-order-of-their-resistance-a-0-to-1-text-a-ranged-ammeter-b-0-to-100-text-ma-ranged-milli-ammeter-c-0-to-500-mu-text-a-ranged-micro-ammeter-d-0-to-100-text-v-ranged-voltmet https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTQ1-when-no-current-is-passed-through-a-conductor-a-the-free-electrons-do-not-move-b-the-average-speed-of-a-free-electron-over-a-large-period-of-time-is-zero-c-the-average-velocity-of-a-free-electron-over https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTA4-as-the-temperature-of-a-metallic-resistor-is-increased-the-product-of-its-resistivity-and-conductivity-1-increases-2-decreases-3-remains-constant-4-may-increase-or-decrease-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzE1OTM2-a-uniformly-increasing-current-flows-through-a-30-omega-resistance-as-shown-in-the-graph-the-thermal-energy-generated-in-the-resistance-due-to-joule-heating-is-1-240-j-2-480-j-3-160-j-4-320-j-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM1MjAw-all-the-resistances-in-the-circuit-shown-below-are-2-omega-the-equivalent-resistance-between-a-and-c-is-1-4-omega-2-2-omega-3-dfrac43-omega-4-dfrac-10-3-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTMyMTg-a-student-measures-the-terminal-potential-difference-v-of-a-cell-of-emf-e-and-internal-resistance-r-as-a-function-of-the-current-i-flowing-through-it-the-slope-and-intercept-of-the-graph-between-v-and https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246ODg4OTY-a-battery-consists-of-a-variable-number-n-of-identical-cells-having-internal-resistance-r-each-which-are-connected-in-series-the-terminals-of-the-battery-are-short-circuited-and-the-current-i-is-measu https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzNzc2-two-batteries-one-of-emf-18-volts-and-internal-resistance-2-omega-and-the-other-of-emf-12-v-and-internal-resistance-1-omega-are-connected-as-shown-the-voltmeter-mathrm-v-will-record-a-reading-of-1-18 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzE1OTU3-ab-is-a-20-omega-resistor-with-a-tapping-point-c-that-can-be-moved-along-ab-the-resistances-in-ac-bc-are-proportional-to-the-lengths-ac-bc-initially-c-is-at-the-mid-point-of-ab-and-the-circuit-is-swit https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM1OTI2-the-current-flowing-through-the-left-20-omega-resistor-is-1-1-text-a-2-0-5-text-a-3-2-5-text-a-4-3-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzMxNzU4-all-the-cells-shown-in-the-figure-below-are-of-2-text-v-and-all-the-resistances-are-1-omega-when-a-potential-difference-v-is-applied-between-a-and-b-the-current-through-the-circuit-doubles-compared-to https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzAwMTc3-given-below-are-two-statements-statement-i-the-law-of-conservation-of-energy-is-valid-in-electric-circuits-statement-ii-kirchhoff-s-junction-law-is-applicable-to-electric-circuits-1-statement-i-and-st https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzE1OTUz-a-wire-is-connected-to-form-an-equilateral-triangle-abc-each-side-having-a-resistance-of-4-omega-the-vertex-c-is-maintained-at-zero-volts-v-c-0-and-currents-flowing-in-at-a-and-b-are-as-shown-in-the-f https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM3NzEx-in-the-wheatstone-bridge-arrangement-shown-the-resistance-p-is-2-omega-the-bridge-is-initially-balanced-if-p-and-q-are-interchanged-an-amount-equal-to-s-has-to-be-added-to-r-to-restore-the-balance-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzE1OTQ5-in-a-wheatstone-bridge-arrangement-as-shown-in-the-figure-the-bridge-is-balanced-however-when-the-resistances-in-the-arms-p-q-are-switched-the-bridge-is-balanced-only-when-r-is-replaced-by-4r-in-the-o https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzNzEy-the-amount-of-charge-q-passed-in-time-t-through-a-cross-section-of-a-wire-is-q-7t-2-4t-1-text-c-the-value-of-current-at-time-t-6-seconds-is-1-38-text-a-2-27-text-a-3-104-text-a-4-88-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMjM4-if-n-number-density-of-charge-carriers-a-cross-sectional-area-of-the-conductor-q-charge-on-each-charge-carrier-i-current-through-the-conductor-then-the-expression-of-drift-velocity-is-1-frac-naq-i-2-f https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2MzUx-the-quantity-represented-by-the-drift-velocity-per-unit-electric-field-is-1-potential-2-resistivity-3-current-4-mobility-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQwMTgx-given-below-are-two-statements-assertion-a-as-the-drift-velocity-decreases-the-current-flowing-through-the-conductor-decreases-reason-r-the-current-flowing-through-a-conductor-is-directly-proportional https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzODY3-what-will-be-the-number-of-electrons-passing-through-a-heater-wire-in-one-minute-if-it-carries-a-current-of-4-text-a-1-5-times-10-20-2-4-times-10-21-3-15-times-10-20-4-3-times-10-20-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzkzOTg2-the-si-unit-of-current-density-is-1-text-a-m-3-2-text-a-m-2-3-text-a-m-4-text-a-m-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzI0MDU1-when-a-current-i-flows-through-a-conductor-the-drift-velocity-of-free-electrons-is-v-if-the-current-is-increased-to-2i-and-the-cross-sectional-area-of-the-conductor-is-doubled-what-will-be-the-new-dri https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDA0OTE4-ammeter-and-voltmeter-readings-were-recorded-as-0-5-text-a-and-1-text-v-during-the-experiment-to-determine-the-resistance-of-a-given-wire-using-ohm-s-law-the-correct-value-of-the-resistance-is-1-1-ome https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDA0ODk2-the-ohm-s-law-for-a-metallic-conductor-can-be-represented-by-1-frac-text-potential-difference-text-current-text-resistance-2-text-current-text-resistance-times-text-potential-difference-3-text-current https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDA0OTIy-the-shape-of-v-vs-i-graph-for-an-ohmic-conductor-is-1-parabola-2-straight-line-3-hyperbola-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDA0OTIw-for-the-given-v-i-graphs-it-can-be-concluded-that-1-r-1-r-2-r-3-2-r-1r-3-3-r-1-r-2-r-3-4-r-3-r-2-r-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDA0OTA2-the-resistance-of-a-wire-depends-on-1-length-of-the-wire-2-area-of-cross-section-of-the-conductor-3-nature-of-material-and-temperature-across-the-conductor-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDY5MDA0-given-below-are-two-statements-assertion-a-the-conductance-of-a-wire-increases-linearly-with-its-cross-sectional-area-but-is-inversely-proportional-to-its-length-reason-r-the-conductance-is-inverse-of https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDA1MDI3-the-resistance-of-the-conductor-of-unit-length-and-unit-area-of-cross-section-is-called-1-conductance-2-capacitance-3-specific-resistance-4-conductivity-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1NTc0-given-below-are-two-statements-assertion-a-alloys-such-as-constantan-and-manganin-are-used-in-making-standard-resistance-coils-reason-r-constantan-and-manganin-have-a-very-small-value-of-temperature-c https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzMzOTY0-a-nichrome-wire-50-text-cm-long-and-1-text-mm-2-cross-section-carries-a-current-of-4-text-a-when-connected-to-a-2-text-v-battery-the-resistivity-of-nichrome-wire-is-1-1-times-10-6-omega-text-m-2-4-tim https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2MDE1-an-aluminium-wire-is-stretched-to-make-its-length-0-4-larger-then-the-percentage-change-in-resistance-is-1-0-4-2-0-2-3-0-8-4-0-6-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA1NDUw-which-of-the-following-i-text-v-graphs-represents-ohmic-conductors-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMDU5-a-wire-with-a-resistance-of-5-omega-is-stretched-redrawn-to-increase-its-length-5-times-what-will-be-the-final-resistance-of-the-wire-1-25-omega-2-16-omega-3-125-omega-4-32-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA1NDcx-figure-i-and-figure-ii-both-are-showing-the-variation-of-resistivity-rho-with-a-temperature-t-for-some-materials-identify-the-type-of-these-materials-1-conductor-and-semiconductor-2-conductor-and-insu https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1NjU3-an-electric-field-of-10-text-n-c-is-applied-across-a-wire-of-an-area-of-cross-section-10-8-text-m-2-through-which-a-current-of-1-text-a-is-flowing-the-resistivity-of-the-material-of-the-wire-is-1-10-8 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4OTI5-a-circuit-to-verify-ohm-s-law-uses-ammeter-and-voltmeter-in-series-or-parallel-connected-correctly-to-the-resistor-in-the-circuit-1-the-ammeter-is-always-connected-in-series-and-the-voltmeter-is-in-pa https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY3MTU0-10-resistors-each-of-10-omega-resistance-when-connected-together-give-minimum-equivalent-resistance-r-1-and-maximum-equivalent-resistance-r-2-among-various-possible-combinations-so-r-2-over-r-1-is-equ https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1NzA3-what-will-be-the-most-suitable-combination-of-three-resistors-a-2-omega-b-4-omega-c-6-omega-so-that-left-22-over-3-right-omega-is-the-equivalent-resistance-of-combination-1-parallel-combination-of-a-a https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mzg2NzM1-what-is-the-equivalent-resistance-of-the-network-shown-in-fig-between-the-points-a-and-b-1-4-r-2-r-4-3-3-r-4-r-3-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NTg4-two-resistors-are-connected-in-series-giving-an-equivalent-resistance-s-when-the-same-resistors-are-connected-in-parallel-the-equivalent-resistance-is-p-if-s-np-what-is-the-minimum-value-of-n-text-rou https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzI0MTM0-in-the-given-figure-the-equivalent-resistance-between-the-points-a-and-b-is-1-8-omega-2-6-omega-3-4-omega-4-2-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2MDc1-the-equivalent-resistance-between-points-a-and-b-in-the-given-network-is-1-65-omega-2-20-omega-3-5-omega-4-2-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2ODI1-the-effective-resistance-in-the-following-circuit-across-terminal-a-and-b-is-equal-to-1-5-omega-2-10-omega-3-20-omega-4-40-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzODkw-two-wires-of-equal-diameter-and-of-resistivity-rho-1-and-rho-2-and-length-x-1-and-x-2-are-joined-in-series-the-equivalent-resistivity-of-the-combination-is-1-dfrac-rho-1x-1-rho-2x-2-x-1-x-2-2-dfrac-rh https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzkzOTc2-a-potential-difference-v-ab-is-impressed-across-ab-and-the-potential-difference-across-cd-v-cd-is-measured-assume-v-ab-300-text-v-the-current-through-the-8-omega-resistance-is-1-dfrac-300-17-text-a-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2NzA2-in-the-figure-shown-what-is-the-current-in-ampere-drawn-from-the-battery-you-are-given-r-1-15-omega-r-2-10-omega-r-3-20-omega-r-4-5-omega-r-5-25-omega-r-6-30-omega-e-15-v-1-7-18-2-20-3-3-9-32-4-13-24 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzMzM3-a-current-of-15-ma-flows-in-the-circuit-as-shown-in-the-figure-the-value-of-the-potential-difference-between-the-points-a-and-b-will-be-1-50-v-2-75-v-3-150-v-4-275-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzkzOTcz-the-equivalent-resistance-between-a-and-b-is-1-20-omega-2-4-8-omega-3-10-omega-4-5-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ3MzM4-in-the-circuit-shown-the-current-i-1-and-i-2-are-respectively-1-4-text-a-4-text-a-2-2-text-a-6-text-a-3-6-text-a-2-text-a-4-5-text-a-3-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIyNTYx-the-potential-difference-between-points-mathrm-a-and-mathrm-b-is-1-122-v-2-60-v-3-100-v-4-30-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQyMTc5-in-the-electrical-network-shown-below-resistors-are-connected-between-points-p-and-q-each-corner-branch-contains-a-resistance-of-2r-while-the-central-horizontal-branch-contains-two-resistors-of-resist https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0Mjk4-resistances-n-each-of-r-text-ohm-when-connected-in-parallel-give-an-equivalent-resistance-of-r-text-ohm-if-these-resistances-were-connected-in-series-the-combination-would-have-resistance-in-text-ohms https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMzEw-consider-a-network-of-resistors-as-shown-the-effective-resistance-across-a-and-b-is-given-by-1-5-omega-2-3-omega-3-9-omega-4-1-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzU4MDcy-in-the-circuit-shown-r-1-1-omega-r-2-2-omega-and-the-emf-of-the-cell-is-6-text-v-how-does-the-current-through-resistor-r-1-compare-to-the-current-through-resistor-r-2-1-the-current-through-r-1-is-smal https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY3MTI2-find-the-equivalent-resistance-between-points-a-and-b-in-the-given-circuit-1-6-4-omega-2-4-omega-3-3-2-omega-4-8-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQyOTQ1-the-current-in-a-simple-series-circuit-is-5-0-a-when-an-additional-resistance-of-2-0-omega-is-inserted-the-current-decreases-to-4-0-a-the-original-resistance-of-the-circuit-was-1-1-25-omega-2-8-omega https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MjYzNDE-the-equivalent-resistance-between-points-a-and-b-in-the-circuit-shown-in-the-figure-is-1-6r-2-4r-3-2r-4-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMzI4-what-is-the-equivalent-resistance-of-the-given-circuit-across-the-terminals-of-ideal-battery-1-2r-2-3r-3-4r-4-5r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1NzQ4-the-effective-resistance-of-a-number-of-identical-resistors-connected-in-parallel-is-x-when-one-of-the-resistors-is-removed-the-effective-resistance-becomes-y-what-is-the-resistance-of-the-removed-res https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ0NjA1-a-resistor-has-a-resistance-of-5-0-omega-there-is-a-direct-current-of-10-text-a-in-the-resistor-what-is-the-power-dissipated-by-the-resistor-1-50-text-w-2-2500-text-w-3-20-text-w-4-500-text-w-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2Njgw-a-cell-of-internal-resistance-r-drives-current-through-an-external-resistance-r-the-power-delivered-by-the-cell-to-the-external-resistance-will-be-maximum-when-1-r-1000-r-2-r-0-001r-3-r-2r-4-r-r-1-2-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1ODU1-a-resistor-develops-300-text-j-of-thermal-energy-in-15-text-s-when-a-current-of-2-text-a-is-passed-through-it-if-the-current-increases-to-3-text-a-the-energy-developed-in-10-text-s-is-1-150-text-j-2-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNzMy-two-coils-require-20-minutes-and-60-minutes-respectively-to-produce-the-same-amount-of-heat-energy-when-connected-separately-to-the-same-source-if-they-are-connected-in-parallel-arrangement-to-the-sam https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjUwODkz-the-power-dissipated-in-the-circuit-shown-in-the-figure-is-30-text-watts-the-value-of-r-is-1-15-omega-2-10-omega-3-30-omega-4-20-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzMxNjE0-a-house-is-served-by-220-text-v-supply-line-in-a-circuit-protected-by-a-fuse-marked-by-9-text-a-the-maximum-number-of-60-text-w-lamps-in-parallel-that-can-be-turned-on-is-1-44-2-20-3-22-4-33-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzMxNjEz-two-electric-bulbs-one-of-200-text-v-40-text-w-and-the-other-of-200-text-v-100-text-w-are-connected-in-a-domestic-circuit-then-1-they-have-equal-currents-through-them-2-the-resistances-of-both-the-bul https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2MjMy-a-resistor-with-resistance-r-produces-440-text-j-of-thermal-energy-in-22-text-s-when-a-current-of-2-text-a-flows-through-it-when-the-current-is-increased-to-5-text-a-the-thermal-energy-generated-in-th https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0NjQx-in-india-electricity-is-supplied-for-domestic-use-at-220-text-v-it-is-supplied-at-110-text-v-in-the-usa-if-the-resistance-of-a-60-text-w-bulb-for-use-in-india-is-r-the-resistance-of-a-60-text-w-bulb-f https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY1OTc0-an-electric-kettle-has-two-heating-coils-when-one-of-the-coils-is-connected-to-an-a-c-source-the-water-in-the-kettle-boils-in-10-minutes-when-the-other-coil-is-used-the-water-boils-in-40-minutes-if-bo https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc3MzE3-the-resistive-network-shown-below-is-connected-to-a-d-c-source-of-16-text-v-the-power-consumed-by-the-network-is-4-watt-the-value-of-r-is-1-16-omega-2-1-omega-3-8-omega-4-6-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDA0OTA0-the-resistance-of-a-conductor-increases-with-an-increase-in-1-current-2-potential-difference-3-temperature-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDYwOTM1-two-electric-bulbs-rated-25-text-w-220-text-v-and-100-text-w-220-text-v-are-connected-in-series-across-a-220-text-v-power-supply-let-the-powers-dissipated-by-the-25-text-w-and-100-text-w-bulbs-under-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMTM2-a-cell-of-emf-2-v-and-internal-resistance-1-omega-is-connected-across-a-resistor-of-resistance-3-omega-the-voltage-across-the-terminals-of-the-cell-will-be-1-1-5-v-2-2-0-v-3-1-39-v-4-1-79-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1OTEy-a-cell-has-emf-of-2-2-text-v-and-its-internal-resistance-is-0-1-omega-what-is-the-current-in-the-circuit-if-the-cell-is-connected-across-a-resistance-of-1-omega-1-1-text-a-2-1-5-text-a-3-2-0-text-a-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzODI0-the-combination-of-two-identical-cells-whether-connected-in-series-or-parallel-combination-provides-the-same-current-through-an-external-resistance-of-2-omega-the-value-of-the-internal-resistance-of-e https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzMxMDU2-the-figure-shows-a-circuit-with-two-cells-connected-in-opposition-one-cell-has-an-emf-of-6-text-v-and-an-internal-resistance-of-2-omega-while-the-other-cell-has-an-emf-of-4-text-v-and-an-internal-resi https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzI0MTg4-what-would-be-the-value-of-current-through-2-omega-resistance-for-the-given-circuit-in-the-figure-1-zero-2-2-a-3-5-a-4-4-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MjA0-in-the-circuit-shown-when-the-switch-s-is-closed-what-will-be-the-value-of-the-current-i-1-3-text-a-2-5-text-a-3-4-text-a-4-2-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzODcy-what-is-the-potential-difference-between-points-a-and-b-in-the-given-circuit-1-28-v-2-42-v-3-32-v-4-36-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzU4MDcz-two-batteries-are-connected-to-a-single-resistor-as-shown-in-the-diagram-given-v-1-6-text-v-v-2-9-text-v-r-60-omega-what-is-the-current-through-the-resistor-1-0-083-a-2-0-125-a-3-0-020-a-4-0-250-a-1-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU2NTI5-three-voltmeters-are-connected-in-a-circuit-as-shown-in-the-diagram-then-the-correct-relation-among-their-readings-v-1-v-2-text-and-v-3-is-1-v-1-v-2-v-3-2-v-1-v-2-v-3-3-v-1-v-2-v-3-4-v-1-v-3-v-2-1-2-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzMzNTcx-in-the-adjoining-figure-the-galvanometer-reads-zero-the-resistance-x-is-1-7-omega-2-14-omega-3-21-omega-4-28-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNDE1-a-battery-of-6-v-is-connected-to-the-circuit-as-shown-below-the-current-i-drawn-from-the-battery-is-1-1-a-2-2-a-3-frac-6-11-text-a-4-frac-4-3-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDYwOTA4-in-the-given-circuit-a-potential-difference-is-applied-between-points-a-and-b-and-the-equivalent-resistance-between-these-points-is-r-then-a-no-current-flows-through-the-5-omega-resistor-b-r-15-omega https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA1NDY5-in-a-wheatstone-s-network-p-2-omega-q-2-omega-and-r-2-omega-and-s-3-omega-the-resistance-with-which-s-is-to-be-shunted-in-order-that-the-bridge-may-be-balanced-is-1-1-omega-2-2-omega-3-4-omega-4-6-ome https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4NjMz-four-resistors-of-resistances-15-omega-12-omega-4-omega-and-10-omega-are-connected-in-cyclic-order-to-form-a-wheatstone-network-to-balance-the-network-an-additional-resistor-is-connected-in-parallel-w https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzMzc3-the-current-i-in-the-given-circuit-will-be-1-10-a-2-20-a-3-4-a-4-40-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY1Njg4-the-resistance-of-each-arm-of-the-wheat-stone-bridge-is-10-omega-a-resistance-of-10-omega-is-connected-in-series-with-a-galvanometer-the-equivalent-resistance-across-the-battery-will-be-1-10-omega-2-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzI2MDkx-given-below-are-two-statements-assertion-a-in-the-wheatstone-bridge-shown-in-the-figure-if-the-resistances-in-opposite-arms-are-switched-i-e-q-r-are-exchanged-then-the-bridge-remains-balanced-if-it-wa https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDA1MDI5-a-meter-bridge-works-on-the-principle-of-1-balanced-wheatstone-bridge-2-kirchhoff-s-voltage-law-3-kirchhoff-s-current-law-4-principle-of-superposition-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDA1MDMy-in-a-meter-bridge-there-are-two-unknown-resistance-r-1-and-r-2-the-ratio-of-r-1-and-r-2-if-the-galvanometer-shows-a-null-deflection-at-30-cm-from-one-end-1-2-7-2-5-4-3-3-7-4-2-9-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzNzU5-in-a-metre-bridge-with-standard-resistance-of-10-omega-in-the-left-gap-the-ratio-of-balancing-length-of-meter-bridge-wire-is-2-3-the-unknown-resistance-in-the-right-gap-is-1-15-omega-2-40-omega-3-25-o https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1ODc1-in-a-meter-bridge-experiment-as-shown-in-the-figure-the-balance-point-is-found-to-be-40-text-cm-from-end-a-given-that-resistance-y-is-12-0-omega-what-is-the-value-of-the-resistance-x-1-4-omega-2-8-ome https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDA1MDMw-choose-the-correct-statement-regarding-meter-bridge-1-a-meter-bridge-works-on-the-principle-of-null-deflection-2-the-meter-bridge-usually-consists-of-a-wire-of-length-1-m-and-a-uniform-cross-sectional https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzMzk3-resistances-are-connected-in-a-meter-bridge-circuit-as-shown-in-the-figure-the-balancing-length-l-1-is-40-cm-now-an-unknown-resistance-x-is-connected-in-series-with-p-and-the-new-balancing-length-is-f https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM0MDUz-the-given-figure-represents-a-meter-bridge-setup-with-the-galvanometer-showing-null-deflection-at-the-balance-point-what-is-the-value-of-the-unknown-resistor-r-1-13-75-omega-2-220-omega-3-110-omega-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYyOTY4-if-the-potential-difference-across-ends-of-a-metallic-wire-is-doubled-the-drift-velocity-of-charge-carriers-will-become-1-double-2-half-3-four-times-4-one-fourth-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzAzMjU-the-current-in-a-wire-varies-with-time-according-to-the-relation-i-3-2t-text-a-the-amount-of-charge-passing-a-cross-section-of-the-wire-in-the-time-interval-t-0-to-t-4-0-text-s-would-be-where-t-is-tim https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTg3NDg-the-current-in-a-wire-varies-with-time-according-to-the-equation-i-4-2t-where-i-is-in-ampere-and-t-is-in-seconds-the-quantity-of-charge-which-has-passed-through-a-cross-section-of-the-wire-during-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1NjU0-when-the-potential-difference-applied-in-a-conductor-is-doubled-and-also-the-length-of-the-conductor-is-halved-the-drift-speed-of-electrons-in-the-conductor-will-1-not-change-2-be-halved-3-be-four-tim https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMDIz-a-current-passes-through-a-wire-of-variable-cross-section-in-steady-state-as-shown-then-incorrect-statement-is-1-current-density-increases-in-the-direction-of-the-current-2-potential-increases-in-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM5OTg0-given-below-are-two-statements-assertion-a-though-a-large-number-of-free-electrons-are-present-in-the-metal-yet-there-is-no-current-in-the-absence-of-an-electric-field-reason-r-in-the-absence-of-an-el https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQxNjcx-given-below-are-two-statements-assertion-a-insulators-do-not-allow-flow-of-current-through-themselves-reason-r-they-have-no-free-charge-carriers-1-both-a-and-r-are-true-and-r-is-the-correct-explanatio https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ0Mzkw-a-wire-made-of-a-metal-of-uniform-resistivity-1-0-times-10-6-omega-text-m-is-2-0-text-m-long-and-has-a-diameter-of-2-0-times-10-3-text-m-what-is-the-electrical-resistance-of-this-length-of-the-wire-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTE0MDQ-a-wire-of-resistance-4-omega-is-stretched-to-twice-its-original-length-the-resistance-of-a-stretched-wire-would-be-1-4-omega-2-8-omega-3-16-omega-4-2-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY1MjMz-the-specific-resistance-of-a-conductor-increases-with-1-increase-in-temperature-2-increase-in-cross-section-area-3-increase-in-cross-section-and-decrease-in-length-4-decrease-in-cross-section-area-1-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzODcx-the-current-voltage-graph-for-a-given-metallic-conductor-at-two-different-temperatures-t-1-and-t-2-is-as-shown-in-the-figure-then-1-t-1-t-2-2-t-2-t-1-3-t-1-t-2-4-insufficient-information-to-conclude-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMjk2-the-dependence-of-resistivity-rho-on-the-temperature-t-of-a-semiconductor-is-roughly-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzOTM0-consider-a-thin-rectangular-sheet-of-side-l-width-b-and-thickness-t-made-of-a-material-of-resistivity-rho-the-resistance-between-two-opposite-faces-shown-by-the-shaded-areas-in-the-figure-is-1-directl https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTM3MDg0-three-resistors-are-connected-to-a-20-v-battery-with-a-constant-voltage-supply-one-of-the-resistors-is-a-variable-resistor-the-resistance-of-the-variable-resistor-is-gradually-increased-from-0-omega-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTM2OTc3-a-student-has-three-6-0-omega-resistors-that-can-be-connected-together-in-any-configuration-what-are-the-maximum-and-minimum-resistances-that-can-be-obtained-by-using-one-or-more-of-these-three-resist https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQyOTM5-a-circuit-consists-of-five-identical-conductors-as-shown-in-the-figure-the-two-similar-conductors-are-added-as-indicated-by-the-dotted-lines-the-ratio-of-resistances-before-and-after-the-addition-will https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTQ1MTM4-the-equivalent-resistance-between-points-a-and-b-in-the-circuit-shown-in-the-figure-is-1-6r-2-4r-3-2r-4-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTIyODc0-what-is-the-equivalent-resistance-between-a-and-b-in-the-figure-below-if-r-3-omega-1-9-omega-2-12-omega-3-15-omega-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTcxMjA0-a-potential-divider-is-used-to-give-outputs-of-2-text-v-and-3-text-v-from-a-5-text-v-source-as-shown-in-the-figure-which-combination-of-resistances-from-the-ones-given-below-r-1-r-2-text-and-r-3-give https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MjYzNDY-in-the-circuit-shown-in-the-figure-the-effective-resistance-between-a-and-b-is-1-2-omega-2-4-omega-3-6-omega-4-8-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzMzNTcy-the-resistance-between-points-a-and-b-in-the-circuit-shown-in-the-following-figure-is-1-10-omega-2-20-omega-3-30-omega-4-40-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mjk4NDI-the-equivalent-resistance-between-a-and-b-is-1-3-omega-2-6-omega-3-9-omega-4-12-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTg3NTU-what-is-total-resistance-across-terminals-a-and-b-in-the-following-network-1-r-2-2r-3-dfrac-3r-5-4-dfrac-2r-3-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzQ3ODg-in-the-circuit-shown-the-value-of-each-of-the-resistances-is-r-the-equivalent-resistance-of-the-circuit-between-terminals-a-and-b-will-be-1-dfrac-4r-3-2-dfrac-3r-2-3-dfrac-r-3-4-dfrac-8r-7-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMTk2-what-is-the-reading-of-the-voltmeter-of-resistance-1200-omega-connected-in-the-following-circuit-diagram-1-2-5-v-2-5-0-v-3-7-5-v-4-40-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYyOTgz-the-resistance-between-terminals-a-and-b-is-1-5-omega-2-15-omega-3-10-omega-4-20-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTMyMTM-a-wire-of-resistance-12-omega-text-m-1-is-bent-to-form-a-complete-circle-of-radius-10-text-cm-the-resistance-between-its-two-diametrically-opposite-points-a-and-b-as-shown-in-the-figure-is-1-0-6-pi-om https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246Mzg3MTA-in-the-figure-the-value-of-resistors-to-be-connected-between-c-and-d-so-that-the-resistance-of-the-entire-circuit-between-a-and-b-does-not-change-with-the-number-of-elementary-sets-used-is-1-r-2-r-sqr https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTIxMzg-a-ring-is-made-of-a-wire-having-a-resistance-of-r-0-12-omega-find-points-mathrm-a-and-mathrm-b-as-shown-in-the-figure-at-which-a-current-carrying-conductor-should-be-connected-so-that-the-resistance-r https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTcxMjky-three-voltmeters-are-connected-as-shown-a-potential-difference-is-applied-between-a-and-b-on-closing-the-switch-s-readings-of-voltmeter-s-1-v-1-increases-2-v-2-increases-3-v-2-v-3-both-increases-4-one https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzODYw-if-there-are-two-bulbs-of-40-text-w-200-text-v-and-100-text-w-200-text-v-then-the-correct-relation-for-their-resistance-is-1-r-40-r-100-3-r-40-r-100-4-no-relation-can-be-predicted-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzNzc5-a-5-text-a-fuse-wire-can-withstand-a-maximum-power-of-1-text-w-in-a-circuit-the-resistance-of-the-fuse-wire-is-1-5-omega-2-0-04-omega-3-0-2-omega-4-0-4-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTExNTY-two-cities-are-150-text-km-apart-the-electric-power-is-sent-from-one-city-to-another-city-through-copper-wires-the-fall-of-potential-per-km-is-8-text-volts-and-the-average-resistance-per-text-km-is-0 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTIxMjc-if-the-voltage-across-a-bulb-rated-220-text-v-text-100-text-w-drops-by-2-5-of-its-rated-value-the-percentage-of-the-rated-value-by-which-the-power-would-decrease-is-1-20-2-2-5-3-5-4-10-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYyOTQ4-power-consumed-in-the-given-circuit-is-p-1-on-interchanging-the-position-of-3-omega-and-12-omega-resistances-the-new-power-consumption-is-p-2-the-ratio-of-dfrac-p-2-p-1-is-1-2-2-dfrac-12-3-dfrac-35-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzODYx-when-three-identical-bulbs-are-connected-in-series-the-consumed-power-is-10-w-if-they-are-now-connected-in-parallel-then-the-consumed-power-will-be-1-30-w-2-90-w-3-frac-10-3-w-4-270-w-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTc3Mzcx-when-a-100-text-w-240-text-v-bulb-is-operated-at-200-text-volt-the-current-in-it-is-1-0-35-text-a-2-0-42-text-a-3-0-50-text-a-4-0-58-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTc3MjY0-for-the-given-circuit-the-value-of-the-resistance-in-which-the-maximum-heat-is-produced-is-1-2-omega-2-6-omega-3-4-omega-4-12-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTM2NTUz-an-electric-heater-consists-of-a-nichrome-coil-and-operates-under-220-text-v-consuming-1-text-kw-of-power-part-of-its-coil-burned-out-and-was-reconnected-after-removing-the-burnt-portion-the-power-it https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYyOTU5-a-coil-heating-a-bucket-full-of-water-raises-the-temperature-by-5-circ-text-c-in-2-min-lf-the-current-in-the-coil-is-doubled-what-will-be-the-change-in-the-temperature-of-water-in-1-min-assume-no-loss https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzOTM1-four-identical-bulbs-a-b-c-and-d-are-connected-in-a-circuit-as-shown-in-the-figure-now-whenever-any-bulb-fails-then-it-cannot-conduct-current-through-it-then-which-of-the-following-statement-s-is-are https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTMzMDQ-an-electric-kettle-takes-4-text-a-current-at-220-text-v-how-much-time-will-it-take-to-boil-1-kg-of-water-at-a-temperature-of-20-circ-text-c-the-temperature-of-boiling-water-is-100-circ-text-c-1-6-3-mi https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMTgy-in-the-given-circuit-diagram-3-identical-bulbs-are-connected-if-bulb-b-3-get-fused-suddenly-how-will-the-brightness-of-bulbs-b-1-and-b-2-change-1-brightness-of-bulb-b-1-will-increase-whereas-brightnes https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzOTYx-a-50-kw-dc-generator-produces-a-potential-difference-of-250-v-if-the-resistance-of-the-transmission-line-is-1-omega-what-percentage-of-the-original-power-is-lost-during-transmission-1-80-2-40-3-20-4-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQwMTE4-given-below-are-two-statements-assertion-a-a-60-text-w-220-text-v-bulb-glows-more-than-a-100-text-w-220-text-v-bulb-when-they-are-connected-in-series-across-a-potential-difference-reason-r-when-they-a https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTE0MTk-the-internal-resistance-of-a-2-1-text-v-cell-which-gives-a-current-of-0-2-text-a-through-a-resistance-of-10-omega-is-1-0-5-omega-2-0-8-omega-3-1-0-omega-4-0-2-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTQ1MTMy-a-battery-of-internal-resistance-r-when-connected-across-2-omega-resistor-supplies-a-current-of-4-text-a-when-the-battery-is-connected-across-a-5-omega-resistor-it-supplies-a-current-of-2-text-a-the-v https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTExNjM5-a-voltmeter-of-resistance-660-omega-reads-the-voltage-of-a-very-old-cell-to-be-1-32-v-while-a-potentiometer-reads-its-voltage-to-be-1-44-v-the-internal-resistance-of-the-cell-is-1-30-omega-2-60-omega https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY1MjM2-for-a-cell-the-terminal-potential-difference-is-2-2-text-v-when-the-circuit-is-open-and-reduces-to-1-8-text-v-when-the-cell-is-connected-to-the-resistance-of-r-5-omega-the-internal-resistance-of-cell https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0Njg5-a-battery-is-charged-at-a-potential-of-15-v-for-8-hours-when-the-current-flowing-is-10-a-the-battery-on-discharge-supplies-a-current-of-5-a-for-15-hours-the-mean-terminal-voltage-during-discharges-is https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjUwOTIz-a-cell-having-an-emf-varepsilon-and-internal-resistance-r-is-connected-across-a-variable-external-resistance-r-as-the-resistance-r-is-increased-the-plot-of-potential-difference-v-across-r-is-given-by https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzODU4-a-car-battery-of-emf-12-text-v-and-internal-resistance-5-times-10-2-omega-receives-a-current-of-60-text-a-from-an-external-source-the-terminal-voltage-of-the-battery-is-1-12-text-v-2-9-text-v-3-15-tex https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMDI1-the-value-of-e-emf-of-the-cell-in-the-circuit-given-below-is-1-24-v-2-32-v-3-16-v-4-8-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0NjAz-the-terminal-potential-difference-of-a-cell-is-greater-than-its-emf-when-1-a-battery-of-less-emf-is-connected-in-its-series-2-a-battery-of-higher-emf-is-connected-in-its-series-3-a-battery-of-higher-e https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM5NTQ2-given-below-are-two-statements-assertion-a-terminal-voltage-of-a-cell-is-greater-than-emf-of-a-cell-during-charging-of-the-cell-reason-r-the-emf-of-a-cell-is-always-greater-than-its-terminal-voltage-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzOTIz-two-batteries-one-of-emf-18-text-v-and-internal-resistance-2-omega-and-the-other-of-emf-12-text-v-and-internal-resistance-1-omega-are-connected-as-shown-reading-of-the-voltmeter-is-if-a-voltmeter-is-i https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMzk4-current-through-the-2-omega-resistance-in-the-electrical-network-shown-is-1-zero-2-1-text-a-3-3-text-a-4-5-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzOTQw-a-current-of-2-a-is-to-be-sent-through-a-resistor-of-5-omega-number-of-cells-required-in-series-if-each-has-emf-2-v-and-internal-resistance-0-5-omega-are-1-40-2-30-3-20-4-10-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTQ1MTUy-eels-are-able-to-generate-current-with-biological-cells-called-electroplaques-the-electroplaques-in-an-eel-are-arranged-in-100-rows-each-row-stretching-horizontally-along-the-body-of-the-fish-containi https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMTcw-two-cells-of-emf-e-and-internal-resistance-r-1-and-r-2-are-connected-in-series-through-an-external-resistance-r-the-value-of-r-for-which-the-potential-difference-across-one-of-the-cells-becomes-zero-w https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTIyODcy-the-figure-below-shows-currents-in-a-part-of-the-electric-circuit-the-current-i-is-1-1-7-text-a-2-3-7-text-a-3-1-3-text-a-4-1-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTQ1MTUw-the-figure-below-shows-a-network-of-currents-the-current-i-will-be-1-3-text-a-2-13-text-a-3-23-text-a-4-3-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMDE1-what-is-the-value-of-current-i-in-the-network-shown-below-1-2-a-2-3-a-3-4-a-4-7-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTI1OTc-given-below-two-statements-statement-i-kirchhoff-s-junction-law-follows-the-conservation-of-charge-statement-ii-kirchhoff-s-loop-law-follows-the-conservation-of-energy-1-both-statement-i-and-statement https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzMzIy-in-the-given-figure-the-value-of-v-0-will-be-1-2-v-2-4-v-3-6-v-4-3-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzI0MDYy-kirchhoff-s-second-law-is-based-on-the-principle-of-conservation-of-1-charge-2-energy-3-momentum-4-the-sum-of-mass-and-the-energy-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTIyNTcw-in-the-following-circuit-the-battery-e-1-has-an-emf-of-12-volts-and-zero-internal-resistance-while-the-battery-e-has-an-emf-of-2-volts-if-the-galvanometer-g-reads-zero-then-the-value-of-the-resistance https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjA3ODkz-twelve-wires-of-equal-resistance-r-are-connected-to-form-a-cube-the-effective-resistance-between-two-diagonal-ends-a-and-e-will-be-1-dfrac-5-r-6-2-dfrac-6-r-5-3-12-r-4-3-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzAzMjQ-the-current-through-the-5-omega-resistor-is-1-3-2-text-a-2-2-8-text-a-3-0-8-text-a-4-0-2-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYyOTg5-what-is-the-ratio-of-currents-flowing-in-the-resistors-x-and-y-of-resistance-10-omega-each-1-1-2-0-5-3-1-5-4-2-0-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjUwOTk5-in-the-circuit-shown-in-the-figure-below-if-the-potential-at-point-a-is-taken-to-be-zero-the-potential-at-point-b-will-be-1-1-v-2-1-v-3-2-v-4-2-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0NTgy-the-current-in-8-omega-resistance-is-in-the-figure-below-1-0-69-a-2-0-92-a-3-1-30-a-4-1-6-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzNTE4-a-capacitor-c-is-charged-with-the-help-of-a-resistance-r-as-shown-in-the-figure-variation-of-v-r-v-c-with-time-t-is-correctly-shown-in-which-of-the-options-v-r-and-v-c-are-instantaneous-potential-drop https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzNjU0-the-net-resistance-of-the-circuit-between-a-and-b-is-1-dfrac-8-3-omega-2-dfrac-14-3-omega-3-dfrac-16-3-omega-4-dfrac-22-3-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTYzMDA4-what-is-the-equivalent-resistance-between-points-a-and-b-if-the-value-of-each-resistance-is-r-1-7r-2-5r-3-4r-4-3r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTQ1MTM0-in-the-circuit-shown-in-the-figure-below-the-current-supplied-by-the-battery-is-1-2-text-a-2-1-text-a-3-0-5-text-a-4-0-4-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY1OTc5-in-a-wheatstone-bridge-all-four-arms-have-equal-resistance-r-if-the-resistance-of-the-galvanometer-arm-is-also-r-the-equivalent-resistance-of-the-combination-is-1-r-4-2-r-2-3-r-4-2r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTQ1MTQ5-in-the-circuit-shown-in-the-figure-below-if-the-potential-difference-between-b-and-d-is-zero-then-value-of-the-unknown-resistance-x-is-1-4-omega-2-2-omega-3-3-omega-4-emf-of-a-cell-is-required-to-find https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTM2NTQ2-figure-a-below-shows-a-wheatstone-bridge-in-which-p-q-r-s-are-fixed-resistances-g-is-a-galvanometer-and-b-is-a-battery-for-this-particular-case-the-galvanometer-shows-zero-deflection-now-only-the-posi https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ4NDY4-in-the-figure-shown-each-resistor-has-resistance-r-match-column-i-and-column-ii-column-i-column-ii-a-equivalent-resistance-between-a-and-b-p-dfrac-r-2-b-equivalent-resistance-between-a-and-c-q-dfrac-5 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzODIy-for-the-network-shown-in-the-figure-below-the-value-of-the-current-i-is-1-frac-18v-5-2-frac-5v-9-3-frac-9v-35-4-frac-5v-18-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0Njkw-five-equal-resistances-each-of-resistance-r-are-connected-as-shown-in-the-figure-below-a-battery-of-v-volts-is-connected-between-a-and-b-the-current-flowing-in-afceb-will-be-1-dfrac-v-r-2-dfrac-v-2r-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTg3NTQ-the-wheatstone-bridge-shown-in-the-figure-below-is-balanced-when-the-uniform-slide-wire-ab-is-divided-as-shown-value-of-the-resistance-x-is-1-3-omega-2-4-omega-3-2-omega-4-7-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTgxNTY-when-two-resistances-x-and-y-are-put-in-the-left-hand-and-right-hand-gaps-in-a-wheatstone-meter-bridge-the-null-point-is-at-60-cm-if-x-is-shunted-by-a-resistance-equal-to-half-of-itself-then-the-shift https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTkyNzg5-a-room-heater-is-rated-400-w-220-v-if-the-supply-voltage-drops-to-200-v-what-will-be-the-power-consumed-approximately-1-121-text-w-2-331-text-w-3-200-text-w-4-400-text-w-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTkyNzg2-a-resistor-is-connected-to-a-battery-of-12-v-emf-and-internal-resistance-2-omega-if-the-current-in-the-circuit-is-0-6-a-the-terminal-voltage-of-the-battery-is-1-10-text-v-2-10-8-text-v-3-12-text-v-4-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTkyNzc2-in-a-metre-bridge-experiment-see-figure-the-positions-of-the-cell-e-and-galvanometer-g-are-interchanged-we-shall-observe-in-the-galvanometer-1-only-the-right-sided-deflection-2-only-the-left-sided-def https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTkyNzY5-a-uniform-metallic-wire-having-resistance-4-omega-is-bent-to-form-a-square-loop-abcd-see-figure-a-resistance-of-2-omega-is-connected-between-points-b-and-d-and-a-battery-of-2-text-v-is-connected-acros https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTk4MTc4-consider-two-circuits-mathrm-a-and-mathrm-b-each-having-two-resistors-one-of-them-has-a-positive-temperature-coefficient-of-resistance-alpha-while-the-other-one-has-a-negative-temperature-coefficient https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTM1MTUw-a-constant-voltage-of-50-text-v-is-maintained-between-the-points-a-and-b-of-the-circuit-shown-in-the-figure-the-current-through-the-branch-c-d-of-the-circuit-is-1-2-5-text-a-2-3-0-text-a-3-1-5-text-a https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTM1MTQz-a-wire-of-resistance-r-is-cut-into-8-equal-pieces-from-these-pieces-two-equivalent-resistance-are-made-by-adding-four-of-these-together-in-parallel-then-these-two-sets-are-added-in-series-the-net-effe https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTM1MTE1-the-current-passing-through-the-battery-in-the-given-circuit-is-1-2-5-text-a-2-1-5-text-a-3-2-0-text-a-4-0-5-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDY4Nzk2-in-an-electrical-circuit-the-voltage-is-measured-as-v-200-pm4-volts-and-the-current-is-measured-as-i-20-pm0-2-text-a-the-value-of-the-resistance-is-1-10-pm4-2-omega-2-10-pm0-3-omega-3-10-pm0-1-omega-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDY4ODY1-the-steady-state-current-in-the-circuit-shown-below-is-1-0-67-text-a-2-1-5-text-a-3-2-text-a-4-1-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDY4Nzg5-a-uniform-wire-of-diameter-d-carries-a-current-of-100-text-ma-when-the-mean-drift-velocity-of-electrons-in-the-wire-is-v-for-a-wire-of-diameter-dfrac-d-2-of-the-same-material-to-carry-a-current-of-200 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDY4ODA3-a-uniform-metal-wire-of-length-l-has-10-omega-resistance-now-this-wire-is-stretched-to-a-length-2l-and-then-bent-to-form-a-perfect-circle-the-equivalent-resistance-across-any-arbitrary-diameter-of-tha https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDY4ODU1-the-given-circuit-shows-a-uniform-straight-wire-ab-of-40-text-cm-length-fixed-at-both-ends-in-order-to-get-zero-reading-in-the-galvanometer-g-the-free-end-of-j-is-to-be-placed-from-the-end-b-at-1-32-t https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTIxMTM-in-the-circuit-shown-cells-a-and-b-have-negligible-resistance-for-v-a-12-text-v-r-1-500-omega-and-r-100-omega-the-galvanometer-text-g-shows-no-deflection-the-value-of-v-b-is-1-4-text-v-2-2-text-v-3-12 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjUxMDAx-a-thermocouple-of-negligible-resistance-produces-an-e-m-f-of-40-v-c-in-the-linear-range-of-temperature-a-galvanometer-of-resistance-10-ohm-whose-sensitivity-is-1-a-division-is-employed-with-the-thermo https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTMzMDI-a-wire-of-a-certain-material-is-stretched-slowly-by-ten-percent-it-s-new-resistance-and-specific-resistance-become-respectively-1-1-2-times-1-1-times-2-1-21-times-same-3-both-remain-the-same-4-1-1-tim https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTMzMzU-in-the-circuit-shown-the-current-through-the-4-resistors-is-1-a-when-the-points-p-and-m-are-connected-to-a-dc-voltage-source-the-potential-difference-between-the-points-m-and-n-is-1-1-5-v-2-1-0-v-3-0 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzNzg5-when-a-wire-of-uniform-cross-section-a-length-l-and-resistance-r-is-bent-into-a-complete-circle-the-resistance-between-any-two-diametrically-opposite-points-will-be-1-r-2-2-r-4-3-r-8-4-4r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0Mjk1-when-three-identical-bulbs-of-60-text-watts-and-200-text-volt-rating-are-connected-in-series-to-a-200-text-volt-supply-the-power-drawn-by-them-will-be-1-180-text-watt-2-10-text-watt-3-20-text-watt-4-6 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0Mjk2-the-electric-resistance-of-a-particular-wire-of-iron-is-r-if-its-length-and-radius-are-doubled-then-1-the-resistance-will-be-halved-and-the-specific-resistance-will-remain-unchanged-2-the-resistance-w https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0Njky-a-6-volt-battery-is-connected-to-the-terminals-of-a-three-metre-long-wire-of-uniform-thickness-and-resistance-of-100-ohms-the-difference-of-potential-between-two-points-on-the-wire-separated-by-a-dist https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY1OTcx-two-220-volts-100-watts-bulbs-are-connected-first-in-series-and-then-in-parallel-each-time-the-combination-is-connected-to-a-220-volts-ac-supply-line-the-power-drawn-by-the-combination-in-each-case-re https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY1Njg5-if-copper-and-silicon-are-cooled-from-300-k-to-60-k-then-the-specific-resistance-will-1-decrease-in-copper-but-increase-in-silicon-2-increase-in-copper-but-decrease-in-silicon-3-increase-in-both-4-dec https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0NTk3-if-the-power-dissipated-in-5-omega-is-20-text-w-then-the-power-dissipated-in-4-omega-is-1-4-text-w-2-6-text-w-3-10-text-w-4-20-text-w-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY0NTk4-the-value-of-r-for-which-power-in-it-is-maximum-is-1-3-omega-2-6-omega-3-12-omega-4-9-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzODc4-in-a-hot-wire-ammeter-due-to-the-flowing-of-the-current-the-temperature-of-the-wire-is-increased-by-5-circ-c-if-the-value-of-the-current-is-doubled-then-the-increase-in-temperature-will-be-1-15-circ-c https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTA3NDM-a-potentiometer-wire-of-length-l-and-a-resistance-r-are-connected-in-series-with-a-battery-of-emf-e-0-and-resistance-r-1-an-unknown-emf-is-balanced-at-a-length-l-of-the-potentiometer-wire-the-emf-e-wi https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDUwNzk0-consider-a-current-carrying-wire-current-i-in-the-shape-of-a-circle-note-that-as-the-current-progresses-along-the-wire-the-direction-of-j-current-density-changes-in-an-exact-manner-while-the-current-i https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzI0MTQ5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-electric-bulbs-glow-immediately-when-switch-is-on-reason-r-the-drift-velocity-of-ele https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246ODk2NzY-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-in-a-meter-bridge-experiment-null-point-for-an-unknown-resistance-is-put-inside-an-enclo https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzMjc5-given-below-are-two-statements-statement-i-kirchhoff-s-current-law-is-a-consequence-of-the-conservation-of-energy-as-applied-to-electric-circuits-statement-ii-kirchhoff-s-voltage-law-is-a-consequence https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzE1OTM5-given-below-are-two-statements-several-resistances-r-1-r-2-r-n-are-connected-in-parallel-the-equivalent-resistance-of-the-combination-is-r-assertion-a-the-fractional-error-in-r-is-most-affected-by-tha https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM1MjAy-the-potential-difference-v-ab-in-volts-is-plotted-as-a-function-of-the-resistance-r-the-graph-is-given-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzNzky-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-resistance-of-a-conducting-metallic-wire-depends-on-the-voltage-applied-across-it-and-cu https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIyNjIx-the-electric-current-through-a-wire-varies-with-time-as-shown-in-the-figure-the-total-charge-flown-across-any-cross-section-of-the-wire-in-the-time-interval-0-text-t-is-1-i-0-t-2-dfrac-i-0-t-2-3-dfrac https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzOTMy-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-when-an-external-resistor-of-resistance-r-connected-across-a-cell-of-internal-resistance https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTA0-a-metallic-resistor-is-connected-across-a-battery-if-the-number-of-collisions-of-the-free-electrons-with-the-lattice-is-somehow-decreased-in-the-resistor-for-example-by-cooling-it-the-current-will-1-i https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTA2-two-resistors-a-and-b-have-resistances-r-a-and-r-b-respectively-with-r-a-and-rho-b-is-1-a-b-2-a-b-3-a-4-the-information-is-not-sufficient-to-find-the-relation-between-rho-a-and-rho-b-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTA3-the-product-of-resistivity-and-conductivity-of-a-cylindrical-conductor-depends-on-1-temperature-2-material-3-area-of-cross-section-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTA5-in-an-electric-circuit-containing-a-battery-the-charge-assumed-positive-inside-the-battery-1-always-goes-from-the-positive-terminal-to-the-negative-terminal-2-may-go-from-the-positive-terminal-to-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTEw-a-resistor-of-resistance-r-is-connected-to-an-ideal-battery-if-the-value-of-r-is-decreased-the-power-dissipated-in-the-resistor-will-1-increase-2-decrease-3-remains-unchanged-4-can-t-be-determined-1-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTEy-a-current-passes-through-a-resistor-let-k1-and-k2-represent-the-average-kinetic-energy-of-the-conduction-electrons-and-the-metal-ions-respectively-1-k1-k2-4-any-of-these-three-may-occur-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTIw-two-resistors-r-and-2r-are-connected-in-series-in-an-electric-circuit-the-thermal-energy-developed-in-r-and-2r-are-in-the-ratio-of-1-1-2-2-2-1-3-1-4-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTIx-two-resistances-r-and-2r-are-connected-in-parallel-in-an-electric-circuit-the-thermal-energy-developed-in-r-and-2r-are-in-the-ratio-1-1-2-2-2-1-3-1-4-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTI2-a-uniform-wire-of-resistance-50-omega-is-cut-into-5-equal-parts-these-parts-are-now-connected-in-parallel-the-equivalent-resistance-of-the-combination-is-1-2-omega-2-10-omega-3-250-omega-4-6250-omega https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTI5-consider-the-following-two-statements-statement-i-kirchhoff-s-junction-law-follows-from-the-conservation-of-charge-statement-ii-kirchhoff-s-loop-law-follows-from-the-conservative-nature-of-the-electri https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTM0-two-non-ideal-batteries-are-connected-in-series-consider-the-following-statements-a-the-equivalent-emf-is-larger-than-either-of-the-two-emfs-b-the-equivalent-internal-resistance-is-smaller-than-either https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTM3-two-non-ideal-batteries-are-connected-in-parallel-consider-the-following-statements-statement-i-the-equivalent-emf-is-smaller-than-either-of-the-two-emfs-statement-ii-the-equivalent-internal-resistanc https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTQz-the-electrons-are-emitted-by-a-hot-filament-and-are-accelerated-by-an-electric-field-as-shown-in-the-figure-the-two-stops-at-the-left-ensure-that-the-electron-beam-has-a-uniform-cross-section-a-the-sp https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTQ3-which-of-the-following-quantities-do-not-change-when-a-resistor-connected-to-a-battery-is-heated-due-to-the-current-a-drift-speed-b-resistivity-c-resistance-d-the-number-of-free-electrons-choose-the-c https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTQ4-as-the-temperature-of-a-conductor-increases-its-resistivity-and-conductivity-change-the-ratio-of-resistivity-to-conductivity-a-increases-b-decreases-c-remains-constant-d-may-increase-or-decrease-depen https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTU0-which-of-the-following-plots-may-represent-the-thermal-energy-produced-in-a-resistor-in-a-given-time-as-a-function-of-the-electric-current-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTU1-a-constant-current-i-is-passed-through-a-resistor-taking-the-temperature-coefficient-of-resistance-into-account-indicate-which-of-the-plots-shown-in-the-figure-best-represents-the-rate-of-production-o https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTYy-two-resistors-having-equal-resistances-are-joined-in-series-and-a-current-is-passed-through-the-combination-neglect-any-variation-in-resistance-as-the-temperature-changes-in-a-given-time-interval-a-eq https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTUw-a-current-passes-through-a-wire-of-non-uniform-cross-section-which-of-the-following-quantities-are-independent-of-the-cross-section-a-the-charge-crossing-in-a-given-time-interval-b-drift-speed-c-curre https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTUy-a-capacitor-of-capacitance-500-f-is-connected-to-a-battery-through-a-10-k-resistor-the-charge-stored-on-the-capacitor-in-the-first-5-s-is-larger-than-the-charge-stored-in-the-next-a-5-s-b-50-s-c-500-s https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTU2-consider-the-following-statements-regarding-a-thermocouple-statement-i-the-neutral-temperature-does-not-depend-on-the-temperature-of-the-cold-junction-statement-ii-the-inversion-temperature-does-not-d https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTYz-a-copper-strip-ab-and-an-iron-strip-ac-are-joined-at-a-the-junction-a-is-maintained-at-0-c-and-the-free-ends-b-and-c-are-maintained-at-100-c-there-is-a-potential-difference-between-a-the-two-ends-of-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTU3-the-heat-developed-in-a-system-is-proportional-to-the-current-through-it-1-it-cannot-be-thomson-heat-2-it-cannot-be-peltier-heat-3-it-cannot-be-joule-heat-4-it-can-be-any-of-the-three-heats-mentioned https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTU4-consider-the-following-two-statements-a-free-electron-density-is-different-in-different-metals-b-free-electron-density-in-a-metal-depends-on-temperature-seebeck-effect-is-caused-1-due-to-both-a-and-b https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTU5-consider-the-statements-a-and-b-in-the-previous-question-peltier-effect-is-caused-1-due-to-both-a-and-b-2-due-to-a-but-not-due-to-b-3-due-to-b-but-not-due-to-a-4-neither-due-to-a-nor-due-to-b-previous https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTYw-consider-the-statements-a-and-b-in-question-5-thomson-effect-is-caused-1-due-to-both-a-and-b-2-due-to-a-but-not-due-to-b-3-due-to-b-but-not-due-to-a-4-neither-due-to-a-nor-due-to-b-question-no-5-consi https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTYx-faraday-constant-1-depends-on-the-amount-of-the-electrolyte-2-depends-on-the-current-in-the-electrolyte-3-is-a-universal-constant-4-depends-on-the-amount-of-charge-passed-through-the-electrolyte-1-2-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTY0-the-constants-a-and-b-for-the-pair-silver-lead-are-2-50-v-c-1-and-0-012-v-c-2-respectively-for-a-silver-lead-thermocouple-with-colder-junction-at-0-c-a-there-will-be-no-neutral-temperature-b-there-wil https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTY1-an-electrolysis-experiment-is-stopped-and-the-battery-terminals-are-reversed-a-the-electrolysis-will-stop-b-the-rate-of-liberation-of-material-at-the-electrodes-will-increase-c-the-rate-of-liberation https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTY2-the-electrochemical-equivalent-of-a-material-depends-on-a-the-nature-of-the-material-b-the-current-through-the-electrolyte-containing-the-material-c-the-amount-of-charge-passed-through-the-electrolyte https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA2NjE3-electric-conduction-takes-place-in-a-discharge-tube-due-to-the-movement-of-a-positive-ions-b-negative-ions-c-electrons-d-protons-choose-the-correct-option-1-a-b-c-2-b-c-3-b-c-d-4-a-b-d-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDY4ODYx-the-amplitude-of-the-charge-oscillating-in-a-circuit-decreases-exponentially-as-mathrm-q-q-0-e-rt-2l-where-q-0-is-the-charge-at-t-0-text-s-the-time-at-which-charge-amplitude-decreases-to-0-50-q-0-is-n https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246ODg5Mzk-a-potentiometer-is-an-accurate-and-versatile-device-to-make-electrical-measurements-of-e-m-f-because-the-method-involves-1-the-potential-gradients-2-a-condition-of-no-current-flow-through-the-galvanom https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTAwODc-a-potentiometer-wire-is-100-cm-long-and-a-constant-potential-difference-is-maintained-across-it-two-cells-are-connected-in-series-first-to-support-one-another-and-then-in-opposite-directions-the-balan https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTA4NjY-a-potentiometer-wire-has-a-length-of-4-text-m-and-resistance-8-omega-the-resistance-that-must-be-connected-in-series-with-the-wire-and-an-energy-source-of-emf-2-text-v-so-as-to-get-a-potential-gradien https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTExNTg-a-potentiometer-circuit-has-been-set-up-for-finding-the-internal-resistance-of-a-given-cell-the-main-battery-used-across-the-potentiometer-wire-has-an-emf-of-2-0-text-v-and-negligible-internal-resista https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzU4MjQy-two-rods-of-equal-length-1-text-m-and-equal-cross-sectional-area-0-01-text-cm-2-are-joined-in-series-as-shown-one-rod-is-copper-with-resistivity-1-7-times10-6-omega-text-cm-and-the-other-is-iron-with https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzU4MzIx-a-12-cm-wire-is-given-a-shape-of-a-right-angled-triangle-mathrm-abc-having-sides-3-cm-4-cm-and-5-cm-as-shown-in-the-figure-the-resistance-between-two-ends-mathrm-ab-bc-ca-of-the-respective-sides-are-m https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzU4MzI2-ten-identical-cells-connected-in-series-are-required-to-heat-a-wire-of-length-1-metre-and-radius-r-by-10-circ-text-c-in-time-t-how-many-cells-will-be-needed-to-heat-a-wire-of-length-2-metres-with-the https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTI1NTg-a-potentiometer-circuit-is-set-up-as-shown-in-the-figure-below-the-potential-gradient-across-the-potentiometer-wire-is-k-volt-cm-ammeter-present-in-the-circuit-reads-1-0-a-when-the-two-way-key-is-swit https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjUxMDcw-the-thermo-e-m-f-e-in-volts-of-a-certain-thermocouple-is-found-to-vary-with-temperature-difference-in-c-between-the-two-junctions-according-to-the-relation-e-30e-30e-30-215-215-215-the-neutral-tempera https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246OTMzMTE-a-cell-can-be-balanced-against-100-cm-and-110-cm-of-potentiometer-wire-respectively-with-and-without-being-short-circuited-through-a-resistance-of-10-its-internal-resistance-is-1-1-0-2-0-5-3-2-0-4-zer https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzODY0-according-to-the-faraday-law-of-electrolysis-the-mass-deposited-at-electrode-will-be-proportional-to-1-m-i2-2-m-q-3-m-q2-4-m-does-not-depend-on-q-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjYzODgx-the-potentiometer-is-best-for-measuring-voltage-as-1-it-has-a-sensitive-galvanometer-2-it-has-wire-of-high-resistance-3-it-measures-p-d-like-in-closed-circuit-4-it-measures-p-d-like-in-open-circuit-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY1NjM4-if-the-specific-resistance-of-a-potentiometer-wire-is-10-710-710-7-m-m-m-and-the-current-flow-through-it-is-0-1-a-the-cross-sectional-area-of-the-wire-is-10-610-610-6-m2m2m2-then-potential-gradient-wi https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MjY1OTgy-a-fuse-wire-is-a-wire-of-1-high-resistance-and-high-melting-point-2-high-resistance-and-low-melting-point-3-low-resistance-and-low-melting-point-4-low-resistance-and-high-melting-point-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzE1OTYz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-a-battery-of-emf-e-is-used-to-charge-an-uncharged-capacitor-c-through-a-resistance-r-the-time-consta https://medminds.me/qbank/physics/current-electricity/?q=NP-pb246MzAzMjY-in-the-figure-a-carbon-resistor-has-bands-of-different-colours-on-its-body-as-shown-the-value-of-the-resistance-is-1-2-2-k-2-3-3-k-3-5-6-k-4-9-1-k-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTUz-a-capacitor-c1-of-capacitance-1-f-and-a-capacitor-c2-of-capacitance-2-f-are-separately-charged-by-a-common-battery-for-a-long-time-the-two-capacitors-are-then-separately-discharged-through-equal-resis https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzA0NTQx-consider-a-capacitor-charging-circuit-let-q1-be-the-charge-given-to-the-capacitor-in-a-time-interval-of-10-ms-and-q2-be-the-charge-given-in-the-next-time-interval-of-10-ms-let-10-c-charge-be-deposited https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTQwMDkw-when-the-key-k-is-pressed-at-time-t-0-which-of-the-following-statement-about-the-current-i-in-the-resistor-ab-of-the-given-circuit-is-true-1-i-2-ma-at-all-t-2-i-oscillates-between-1-ma-and-2-ma-3-i-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTQwMDA5-in-the-figure-below-what-is-the-potential-difference-between-the-point-a-and-b-and-between-b-and-c-respectively-in-steady-state-1-vab-vbc-100-vvab-vbc-100-vvab-vbc-100-v-2-vab-75-v-vbc-25-vvab-75-v-vb https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ5NzQ3-n-identical-cells-each-with-an-emf-e-and-internal-resistance-r-are-connected-in-series-to-form-a-closed-circuit-one-of-the-cells-a-is-connected-with-its-polarity-reversed-what-is-the-potential-differe https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM4MTIy-current-density-is-the-current-crossing-per-unit-area-consider-a-cylindrical-wire-of-uniform-cross-section-a-carrying-a-current-i-imagine-a-cross-section-formed-by-a-30-circ-cut-as-shown-the-wire-is-n https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ5OTk4-two-wires-a-and-b-are-made-of-the-same-metal-and-have-equal-lengths-the-diameter-of-wire-a-is-half-the-diameter-of-wire-b-if-the-resistance-of-wire-a-is-48-omega-the-resistance-of-wire-b-will-be-1-96 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzOTkx-18-cells-each-having-the-same-emf-are-connected-in-series-with-some-cells-being-wrongly-connected-this-arrangement-of-battery-is-connected-in-series-with-an-ammeter-and-two-identical-cells-which-are-i https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzE1OTM4-two-non-ideal-batteries-are-connected-in-parallel-battery-of-emf-e-1-resistance-r-1-and-of-emf-e-2-resistance-r-2-the-resulting-equivalent-battery-has-emf-e-resistance-r-if-r-1-1-e-e-1-2-e-e-1-3-e-e-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzMzOTkz-150-cc-of-water-taken-in-an-electric-kettle-boils-in-20-minutes-if-the-same-amount-of-water-is-to-be-boiled-in-10-minutes-the-length-of-the-heating-element-will-have-to-be-1-one-fourth-2-one-third-3-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTM2NTIz-each-branch-in-the-following-circuit-has-a-resistance-r-the-equivalent-resistance-of-the-circuit-between-points-a-and-b-is-1-r-2-2r-3-4r-4-8r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDYwODUz-a-beam-of-electrons-emitted-from-the-electron-gun-g-is-accelerated-by-an-electric-field-e-the-area-of-cross-section-of-the-beam-remains-constant-as-the-beam-moves-away-from-g-a-the-speed-of-the-electr https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzIzOTkw-two-hundred-cells-of-the-same-emf-e-and-same-internal-resistance-r-are-connected-in-series-in-the-same-order-without-external-resistance-the-potential-drop-across-50-cells-is-found-to-be-1-50e-2-150e https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1NjUz-the-current-flowing-through-the-resistance-r-1-when-r-1-r-2-and-r-3-r-4-is-1-frac-v-4-left-r-1-r-3-right-2-frac-2-v-left-r-1-r-3-right-3-frac-v-left-r-1-r-3-right-4-frac-v-2-left-r-1-r-3-right-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDUwMTA4-in-the-given-circuit-what-will-be-the-current-passing-through-the-15-omega-resistor-1-dfrac-3-11-text-a-2-dfrac-4-11-text-a-3-dfrac-5-11-text-a-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzE1OTYy-the-potential-difference-between-the-ends-of-a-12-text-v-battery-when-it-is-being-charged-by-a-2-text-a-charger-is-found-to-be-13-2-text-v-if-this-battery-is-connected-in-a-circuit-with-a-6-omega-resi https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzE1OTQw-all-the-resistances-shown-in-the-network-are-equal-to-1-omega-find-the-resistance-of-the-network-measured-between-a-and-d-1-1-omega-2-2-omega-3-dfrac-1-2-omega-4-dfrac-1-4-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzMjgw-the-resistance-between-a-b-is-found-to-be-500-omega-while-that-between-a-c-is-400-omega-the-minimum-possible-value-of-r-2-is-1-100-omega-2-200-omega-3-400-omega-4-900-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQxNTA3-nine-similar-resistors-of-resistance-r-are-connected-as-shown-in-the-figure-equivalent-resistance-between-points-a-and-b-is-1-frac-3-5-r-2-frac-4-3-r-3-frac-9-5-r-4-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzUwMTI5-in-the-circuit-shown-the-current-in-5-omega-resistor-is-1-1-5-text-a-from-q-to-p-2-1-5-text-a-from-p-to-q-3-3-text-a-from-p-to-q-4-no-current-flows-from-q-to-p-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDYwOTI5-a-cell-with-an-emf-e-and-internal-resistance-r-drives-a-current-i-through-an-external-resistance-r-the-following-statements-describe-the-power-and-heat-dissipation-in-the-circuit-a-the-cell-supplies-p https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzM4MzM4-a-thin-circular-conducting-wire-is-connected-at-a-b-where-the-smaller-arc-ab-represents-dfrac14-text-th-of-the-circumference-a-current-flows-from-a-to-b-dividing-into-two-branches-i-1-and-i-2-at-a-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MTM2NTk0-in-the-circuit-wire-1-is-of-negligible-resistance-then-1-current-will-flow-through-wire-1-if-e-1-neq-e-2-2-current-will-flow-through-wire-1-if-dfrac-e-1-r-1-neq-dfrac-e-2-r-2-3-current-will-flow-throu https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzE1OTU5-what-is-the-current-flowing-through-the-rightmost-2-omega-resistor-in-the-given-circuit-1-1-text-a-2-2-text-a-3-0-5-text-a-4-0-25-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTg4Nzg0-two-resistors-of-200-omega-and-400-omega-are-connected-in-series-with-a-battery-of-100-text-v-a-bulb-rated-at-200-text-v-100-text-w-is-connected-across-the-400-omega-resistance-the-potential-drop-acro https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTg5NTcz-two-cells-of-emfs-1-text-v-and-2-text-v-and-internal-resistance-2-omega-and-1-omega-respectively-connected-in-parallel-gave-a-current-of-1-text-a-through-an-external-resistance-if-the-polarity-of-one https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTg5Nzc1-refer-to-the-circuit-diagram-given-below-the-heat-generated-across-the-6-omega-resistance-in-100-second-is-dfrac-alpha-100-text-j-the-value-of-alpha-is-nearest-integer-1-32-2-35-3-39-4-45-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTg5NjI4-refer-the-figure-given-below-the-values-of-i-1-i-2-text-and-i-3-are-1-i-1-2-5-text-a-i-2-1-875-text-a-i-3-1-875-text-a-2-i-1-1-875-text-a-i-2-2-5-text-a-i-3-1-875-text-a-3-i-1-1-875-text-a-i-2-1-875-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTg5NjQ1-refer-to-the-figure-given-below-current-between-terminals-a-and-b-is-in-a-1-12-5-2-1-25-3-7-5-4-5-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTg5MDgw-in-an-experiment-to-determined-the-resistance-of-a-given-wire-using-ohm-s-law-the-voltmeter-and-ammeter-readings-are-noted-as-10-text-v-and-5-text-a-respectively-the-least-counts-of-voltmeter-and-amme https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTg5MTM1-under-steady-state-condition-the-potential-difference-across-the-capacitor-in-the-circuit-is-in-text-v-1-0-5-2-1-5-3-0-4-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTg5MjAy-when-an-external-resistance-of-5-omega-is-connected-across-terminals-of-a-cell-a-current-of-0-25-a-flows-through-it-when-the-5-omega-resistor-is-replaced-by-a-2-omega-resistor-a-current-of-0-5-a-flows https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTg5ODAw-the-voltage-and-the-current-between-a-and-b-points-shown-in-the-circuit-are-1-24-text-v-12-text-a-2-24-text-v-4-text-a-3-18-text-v-12-text-a-4-27-text-v-4-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgxMjQ2-the-heat-generated-in-1-minute-between-points-a-and-b-in-the-given-circuit-when-a-battery-of-9-text-v-with-internal-resistance-of-1-omega-is-connected-across-these-points-is-in-j-1-1080-2-1000-3-500-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgxMjUz-the-total-length-of-potentiometer-wire-ab-is-50-text-cm-in-the-arrangement-as-shown-in-figure-if-p-is-the-point-where-the-galvanometer-shows-zero-reading-then-the-length-ap-is-in-cm-1-15-2-30-3-25-4-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgxNTA4-a-battery-with-emf-e-and-internal-resistance-r-is-connected-across-a-resistance-r-the-power-consumption-in-r-will-be-maximum-when-1-r-2r-2-r-dfrac-r-2-3-r-sqrt-2-r-4-r-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgxNTc1-two-known-resistance-of-r-omega-and-2r-omega-and-one-unknown-resistance-x-omega-are-connected-in-a-circuit-as-shown-in-the-figure-if-the-equivalent-resistance-between-points-a-and-b-in-the-circuit-is https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgwNTU0-a-meter-bridge-with-two-resistance-r-1-and-r-2-as-shown-in-figure-was-balanced-nul-point-at-40-text-cm-from-the-point-p-the-null-point-changed-to-50-text-cm-from-the-point-p-when-16-omega-resistance-i https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgwODIw-an-electric-power-line-having-total-resistance-of-2-omega-delivers-1-text-kw-of-power-of-250-text-v-the-percentage-efficiency-of-transmission-line-is-1-96-9-2-86-5-3-100-4-92-5-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgwOTE0-a-cylindrical-conductor-of-length-2-text-m-and-area-of-cross-section-0-2-text-mm-2-carries-an-electric-current-of-1-6-text-a-when-its-ends-are-connected-to-a-2-text-v-battery-mobility-of-electrons-in https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgwNzMw-a-wire-of-uniform-resistance-lambda-omega-text-m-is-bent-into-a-circle-of-radius-r-and-another-piece-of-wire-with-length-2r-is-connected-between-points-a-and-b-aob-as-shown-in-figure-the-equivalent-re https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgxODg4-to-compare-emf-of-two-cells-using-potentiometer-the-balancing-lengths-obtained-are-200-text-cm-and-150-text-cm-the-least-count-of-scale-is-1-text-cm-the-percentage-error-in-the-ratio-of-emfs-is-1-1-45 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgxODkz-two-resistors-of-100-omega-each-connected-in-series-with-a-9-text-v-battery-a-voltmeter-of-400-omega-resistance-is-connected-to-measure-the-voltage-drop-across-one-the-resistors-the-voltmeter-reading https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgxODc1-two-resistors-2-omega-and-3-omega-are-connected-in-the-gaps-of-bridge-as-shown-in-figure-the-null-point-is-obtained-with-the-contact-of-jockey-at-some-point-on-wire-xy-when-an-unknown-resistor-is-conn https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgwMzU0-the-reading-of-the-ammeter-a-in-steady-state-in-the-following-circuit-assuming-negligible-internal-resistance-of-the-ammeter-is-in-a-1-2-2-1-3-dfrac-12-4-0-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgwNTUz-a-regular-hexagon-is-formed-by-six-wires-each-of-resistance-r-omega-and-the-corners-are-joined-to-centre-by-wires-of-same-resistance-if-the-current-enters-at-one-corner-and-leaves-at-the-opposite-corn https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgxNzUx-in-a-meter-bridge-experiment-to-determine-the-value-of-unknown-resistance-first-the-resistances-2-omega-and-3-omega-are-connected-in-the-left-and-right-gaps-of-the-bridge-and-the-null-points-is-obtain https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgxOTk5-in-the-potentiometer-when-the-cell-in-the-secondary-circuit-is-shunted-with-4-omega-resistance-the-balance-is-obtained-at-the-length-120-text-cm-of-wire-now-when-the-same-cell-is-shunted-with-12-omega https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgyMTM1-for-the-two-cells-having-same-emf-e-and-internal-resistance-r-the-current-passing-through-the-external-resistor-6-omega-is-same-when-both-the-cells-are-connected-either-in-parallel-or-in-series-the-va https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgyNDY4-the-equivalent-resistance-between-the-points-a-and-b-in-the-following-circuit-is-dfrac-x-5-omega-the-value-of-x-is-1-11-2-21-3-30-4-40-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgyNTcx-a-wheatstone-bridge-is-initially-at-room-temperature-and-all-arms-of-the-bridge-have-same-value-of-resistances-r-1-r-2-r-3-r-4-when-r-3-resistance-is-heated-to-some-temperature-its-resistance-value-ha https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTgyNTc4-which-one-of-the-following-is-not-a-measurable-quantity-1-voltage-difference-2-resistance-3-voltage-4-displacement-current-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTQxMDI3-there-are-n-number-of-identical-electric-bulbs-each-is-designed-to-draw-a-power-p-independently-from-the-mains-supply-they-are-now-joined-in-series-across-the-mains-supply-the-total-power-drawn-by-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTQxMDE3-from-the-combination-of-resistors-with-resistances-values-r-1-r-2-r-3-5-omega-and-r-4-10-omega-which-of-the-following-combination-is-the-best-circuit-to-get-an-equivalent-resistance-of-6-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTQwOTYy-current-passing-through-a-wire-as-function-of-time-is-given-as-i-t-0-02t-0-01-text-a-the-charge-that-will-flow-through-the-wire-from-t-1-text-s-to-t-2-text-s-is-1-0-06-text-c-2-0-04-text-c-3-0-02-text https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTQwOTM5-two-cells-of-emfs-1-text-v-and-2-text-v-and-internal-resistances-2-omega-and-1-omega-respectively-are-connected-in-series-with-an-external-resistance-of-6-omega-the-total-current-in-the-circuit-is-i-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTQwOTIx-a-motor-operating-on-100-text-v-draws-a-current-of-1-text-a-if-the-efficiency-of-the-motor-is-91-6-then-the-loss-of-power-in-units-of-cal-s-is-1-2-2-6-2-3-4-4-8-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTQwODQ4-a-wire-of-length-25-text-m-and-cross-sectional-area-5-text-mm-2-having-resistivity-of-2-times-10-6-omega-text-m-is-bent-into-a-complete-circle-the-resistance-between-diametrically-opposite-points-will https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTQwNzQ3-a-wire-of-resistance-r-is-bent-into-a-triangular-pyramid-as-show-in-figure-with-each-segment-having-same-length-the-resistance-between-points-a-and-b-is-r-n-the-value-of-n-is-1-14-2-16-3-12-4-10-1-2-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTQwNjQw-the-battery-of-a-mobile-phone-is-rated-as-4-2-text-v-5800-text-mah-how-much-energy-is-stored-in-it-when-fully-charged-1-24-4-text-kj-2-48-7-text-kj-3-87-7-text-kj-4-43-8-text-kj-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTM2MDky-the-value-of-the-current-i-in-the-electrical-circuit-as-given-below-when-the-potential-at-a-is-equal-to-the-potential-at-b-will-be-1-20-text-a-2-2-text-a-3-7-5-text-a-4-13-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTM1OTI2-find-the-equivalent-resistance-between-two-ends-of-the-following-circuit-1-dfrac-r-9-2-dfrac-r-6-3-r-4-dfrac-r-3-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTM1OTAw-a-wire-of-resistance-r-is-bent-into-an-equilateral-triangle-and-an-identical-wire-is-bent-into-a-square-the-ratio-of-resistance-between-the-two-end-points-of-an-edge-of-the-triangle-to-that-of-the-squ https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTM1ODcw-a-wire-of-resistance-9-omega-is-bent-to-form-an-equilateral-triangle-then-the-equivalent-resistance-across-any-two-vertices-will-be-1-9-omega-2-5-omega-3-4-4-omega-4-2-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTM1ODQx-in-the-given-circuit-the-sliding-contact-is-pulled-outwards-such-that-electric-current-in-the-circuit-changes-at-the-rate-of-8-text-a-s-at-an-instant-when-r-is-12-omega-the-value-of-the-current-in-the https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTM1NjY2-which-of-the-following-resistivity-rho-v-s-temperature-t-curves-is-most-suitable-to-be-used-in-wire-bound-standard-resistors-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTM1NjU0-given-below-are-two-statements-statements-i-the-equivalent-emf-of-two-non-ideal-batteries-connected-in-parallel-is-smaller-than-either-of-the-two-emfs-statements-ii-the-equivalent-internal-resistance https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTIxNDkw-resistance-of-a-wire-at-0-circ-mathrm-100-circ-c-and-mathrm-t-circ-c-is-found-to-be-10-omega-10-2-omega-and-10-95-omega-respectively-the-temperature-mathrm-t-in-the-kelvin-scale-is-1-273-text-k-2-363 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTIxNDUw-in-the-given-circuit-the-terminal-potential-difference-of-the-cell-is-1-4-text-v-2-2-text-v-3-3-text-v-4-1-5-text-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTIxMjg3-two-wires-a-and-b-are-made-up-of-the-same-material-and-have-the-same-mass-wire-a-has-radius-of-2-0-mm-and-wire-b-has-radius-of-4-0-text-mm-the-resistance-of-wire-b-is-2-omega-the-resistance-of-wire-a https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTIxMjUw-an-electric-bulb-rated-50-w-200-v-is-connected-across-a-100-v-supply-the-power-dissipation-of-the-bulb-is-1-12-5-w-2-25-w-3-100-w-4-50-w-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTIwODc3-at-room-temperature-27-circ-mathrm-c-the-resistance-of-a-heating-element-is-50-the-temperature-coefficient-of-the-material-is-2-4-times-10-4-mathrm-c-1-the-temperature-of-the-element-when-its-resistan https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTIwODY1-the-effective-resistance-between-a-and-b-if-resistance-of-each-resistor-is-r-will-be-1-frac-2-3-r-2-frac-4-r-3-3-frac-5-r-3-4-frac-8-mathrm-r-3-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTIwNTQ3-the-current-flowing-through-the-1-resistor-is-dfrac-n-10-text-a-the-value-of-n-is-1-45-2-234-3-179-4-25-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTIwNTI1-the-equivalent-resistance-between-a-and-b-is-1-begin-equation-27-omega-end-equation-2-begin-equation-19-omega-end-equation-3-begin-equation-25-omega-end-equation-4-begin-equation-18-omega-end-equation https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTE5NzQ2-the-number-of-electrons-flowing-per-second-in-the-filament-of-a-110-w-bulb-operating-at-220-v-is-given-mathrm-e-1-6-times-10-19-mathrm-c-1-1-25-times-10-19-2-6-25-times-10-17-3-6-25-times-10-18-4-31-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTE3NTg2-a-wire-of-resistance-r-and-radius-r-is-stretched-till-is-radius-became-dfrac-r-2-if-new-resistance-of-the-stretched-of-the-stretched-wire-is-xr-then-value-of-x-is-1-32-2-8-3-14-4-16-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NTE3NTc3-the-value-of-unknown-resistance-x-for-which-the-potential-difference-between-b-and-d-will-be-zero-in-the-arrangement-shown-is-1-6-omega-2-9-omega-3-42-omega-4-3-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MzA0-in-the-given-figure-the-balanced-length-is-40-text-cm-from-the-point-a-if-2-omega-is-connected-parallel-to-r-then-the-change-in-balance-length-from-a-will-be-1-20-text-cm-2-22-5-text-cm-3-15-text-cm-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU2NTM5-in-a-meter-bridge-an-unknown-resistance-x-has-a-specific-resistance-s-1-dfrac-x-pi-r-2-l-where-r-is-radius-and-l-is-length-if-the-length-and-radius-both-are-doubled-the-new-specific-resistance-is-1-s https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU2MTE1-consider-the-circuit-shown-the-ammeter-reads-0-9-text-a-then-the-value-of-r-is-1-30-omega-2-40-omega-3-50-omega-4-60-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU2MTEx-in-a-given-circuit-an-ideal-battery-is-connected-with-four-resistances-as-shown-find-the-current-i-as-mentioned-in-the-diagram-1-2-text-a-2-1-text-a-3-4-text-a-4-0-5-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU1NzQz-two-cells-one-of-emf-8-text-v-internal-resistance-2-omega-and-the-other-of-emf-2-text-v-and-internal-resistance-4-omega-are-connected-as-shown-in-the-figure-then-the-potential-difference-in-text-v-acr https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU1NzMy-if-electric-current-passing-through-a-conductor-varies-with-time-as-i-i-0-beta-t-where-i-0-20-text-a-beta-3-text-a-s-then-the-charge-flows-through-the-conductor-in-the-first-10-sec-is-1-400-text-c-2-5 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU1NjY0-a-wire-has-a-resistance-of-60-omega-at-temperature-27-circ-text-c-when-it-is-connected-to-a-220-text-v-dc-supply-a-current-of-2-75-text-a-flows-through-it-at-a-certain-temperature-then-the-value-of-te https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU1NTkx-in-the-given-circuit-the-potential-difference-across-700-omega-resistance-is-i-e-v-0-1-2-text-v-2-0-5-text-v-3-1-1-text-v-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU1Mjcw-in-the-given-circuit-the-reading-of-the-voltmeter-is-1-text-v-then-the-resistance-of-the-voltmeter-is-1-100-omega-2-200-omega-3-200-sqrt5-omega-4-50-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU0OTQw-in-the-given-meter-bridge-circuit-a-null-point-is-found-at-60-text-cm-from-the-end-a-the-unknown-resistance-s-in-omega-is-1-60-omega-2-80-omega-3-70-omega-4-90-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU0OTE1-the-current-through-a-conductor-varies-with-time-as-i-3t-2-4t-3-then-the-amount-of-charge-in-text-c-passes-through-the-cross-section-of-a-conductor-in-the-interval-t-1-text-sec-to-t-2-text-sec-is-1-28 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU0ODg1-eight-identical-batteries-each-with-an-electromotive-force-emf-of-5-text-v-and-internal-resistance-of-1-omega-are-connected-in-a-circuit-as-shown-in-the-diagram-an-ideal-voltmeter-is-connected-across https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU0ODUx-the-equivalent-resistance-between-the-points-a-and-b-for-a-given-circuit-in-ohms-is-1-3-omega-2-1-omega-3-5-omega-4-3-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU0ODQx-a-rod-of-length-l-having-a-resistance-r-is-cut-into-two-equal-parts-these-parts-are-connected-in-parallel-then-the-new-resistance-is-1-r-2-frac-r-2-3-frac-r-4-4-2r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU0NDM2-in-the-given-circuit-r-2-omega-then-the-power-dissipated-in-the-circuit-is-1-4-text-w-2-7-text-w-3-5-text-w-4-2-text-w-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDU0MzY5-if-the-current-through-an-incandescent-lamp-decreases-by-20-then-the-change-in-its-illumination-is-1-36-2-64-3-20-4-40-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDQwMjQw-the-ratio-of-power-dissipated-in-5-omega-and-10-omega-resistor-is-1-1-2-2-1-4-3-2-1-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDQwMTgw-a-20r-resistance-wire-is-cut-into-10-equal-parts-now-each-part-is-first-connected-in-series-and-then-in-parallel-then-the-ratio-of-equivalent-resistance-in-both-cases-left-r-text-series-r-text-paralle https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDM3OTcx-in-an-experiment-to-determine-the-internal-resistance-of-a-battery-using-a-potentiometer-for-external-resistance-of-10-omega-balancing-length-is-50-text-cm-and-for-external-resistance-of-1-omega-balan https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDM3OTE0-the-current-i-in-the-given-circuit-is-1-dfrac-12-13-text-a-2-dfrac-6-7-text-a-3-dfrac-5-6-text-a-4-dfrac-7-8-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDM3ODk4-twelve-resistors-each-having-resistance-r-are-arranged-to-form-the-edges-of-a-cube-as-shown-in-the-figure-a-voltage-v-0-is-applied-across-the-face-of-the-cube-causing-a-current-i-to-flow-through-the-b https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3OTE4-when-two-resistance-r-1-and-r-2-connected-in-series-and-introduced-into-the-left-gap-of-a-meter-bridge-and-a-resistance-of-10-omega-is-introduced-into-the-right-gap-a-null-point-is-found-at-60-text-cm https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY3Mjk2-for-the-given-circuit-diagram-find-the-current-i-1-5-over-16-a-2-5-over-48-a-3-5-over-12-a-4-1-over-16-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY3Mjkw-when-an-electric-field-is-applied-to-a-conductor-in-which-direction-do-the-electrons-drift-1-in-a-straight-line-2-from-higher-potential-to-lower-potential-3-from-lower-potential-to-higher-potential-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY3MTg0-if-the-length-of-a-conductor-is-increased-by-20-percent-and-cross-sectional-area-is-decreased-by-4-percent-then-calculate-the-percentage-change-in-resistance-of-a-conductor-1-27-2-25-3-20-4-16-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY3MTU2-the-equivalent-resistance-of-the-following-circuit-in-ohms-is-equal-to-frac-x-7-what-is-the-value-of-x-1-14-2-10-3-12-4-16-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2ODY1-find-the-magnitude-of-potential-difference-in-volt-between-a-and-b-in-given-circuit-1-2-v-2-0-3-3-v-4-6-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2ODU5-given-below-are-two-statements-statement-i-in-a-series-combination-of-resistors-the-equivalent-resistance-is-smaller-than-the-individual-resistances-statement-ii-the-resistivity-of-a-wire-depends-on-i https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2Nzgw-in-the-given-circuit-the-current-passes-through-20-omega-is-1-0-45-text-a-2-0-23-text-a-3-0-40-text-a-4-0-78-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2NzI5-in-the-given-circuit-the-reading-on-the-ideal-voltmeter-is-equal-to-1-3-text-v-2-1-8-text-v-3-1-2-text-v-4-zero-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2Njkx-what-is-the-ratio-of-potential-difference-across-c-1-and-c-2-at-steady-state-for-the-given-circuit-1-4-5-2-2-5-3-1-4-4-3-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2NjUx-if-a-wire-of-resistance-r-is-connected-across-v-0-then-power-is-p-0-the-wire-is-cut-into-two-equal-parts-and-connected-with-v-0-individually-then-sum-of-power-dissipated-is-p-1-then-p-0-over-p-1-is-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY2NTk3-select-increasing-order-of-power-consumption-1-p-1-p-2-p-4-p-3-2-p-3-p-4-p-1-p-2-3-p-4-p-3-p-1-p-2-4-p-2-p-1-p-4-p-3-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMzM3-in-the-circuit-shown-the-current-through-r-4-i-4-and-r-5-i-5-is-1-i-4-dfrac-24-55-text-a-text-and-i-5-dfrac-96-55-text-a-2-i-4-dfrac-96-55-text-a-text-and-i-5-dfrac-24-55-text-a-3-i-4-dfrac-24-37-text https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY3Mzg4-find-the-current-flowing-in-3-omega-resistor-in-the-given-circuit-1-0-4-text-a-2-0-2-text-a-3-0-8-text-a-4-0-6-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMjk1-when-current-of-4-a-is-made-to-run-through-a-resistance-of-r-ohms-for-10-s-it-produces-heat-energy-of-h-units-now-if-16-a-of-current-is-made-to-flow-through-the-same-resistance-for-10-s-then-the-heat https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY3Mzk4-two-identical-bulbs-are-first-connected-in-series-then-in-parallel-find-the-ratio-of-power-consumed-in-two-cases-1-1-1-2-1-4-3-4-1-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMjQ3-the-current-through-a-5-omega-resistance-remains-the-same-irrespective-of-its-connection-across-a-series-or-parallel-combination-of-two-identical-cells-the-internal-resistance-of-the-cell-is-1-5-omega https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMjQw-a-conductor-of-length-l-and-cross-sectional-are-a-has-drift-velocity-v-d-when-used-across-a-potential-difference-v-when-another-conductor-of-the-same-material-and-length-l-but-double-cross-sectional-a https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMTY1-in-the-circuit-shown-below-the-value-of-current-i-1-in-amperes-is-equal-to-1-11-over-5-2-11-over-5-3-5-over-7-4-5-over-7-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzY3NDM4-the-length-of-a-conductor-having-resistance-160-omega-is-compressed-to-25-of-its-initial-value-the-new-resistance-will-be-1-10-omega-2-20-omega-3-15-omega-4-17-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMTQw-for-the-given-electrical-circuit-the-potential-difference-between-point-b-and-c-is-zero-the-value-of-x-is-1-dfrac-1-2-omega-2-dfrac-3-2-omega-3-dfrac-2-3-omega-4-dfrac-3-5-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMDk3-in-the-part-of-a-circuit-shown-the-ratio-of-the-rate-of-heat-produced-in-r-to-that-in-3r-is-1-1-9-2-1-3-3-3-1-4-9-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMDkz-consider-the-meter-bridge-setup-shown-if-a-shunt-resistance-is-added-to-3-omega-resistor-the-balance-point-shifts-by-22-5-text-cm-the-shunt-resistance-is-equal-to-1-1-omega-2-2-omega-3-3-omega-4-4-ome https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMDcz-a-uniform-wire-of-resistance-r-is-folded-into-a-regular-polygon-of-n-sides-the-equivalent-resistance-of-this-system-between-any-two-adjacent-points-is-1-n-1-over-n-r-2-n-1-over-n-2-r-3-n-1-over-n-3-r https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMDU1-in-the-circuit-shown-in-the-figure-the-internal-resistances-of-5-v-and-8-v-cells-are-3-omega-and-4-omega-respectively-the-current-in-amperes-flows-through-the-4-omega-external-resistor-connected-acros https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMDMz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-for-making-a-voltmeter-we-prefer-a-voltmeter-of-resistance-of-4000-over-a-voltmeter-of-r https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYzMDMy-consider-the-circuit-shown-below-where-all-resistors-have-a-resistance-of-10-omega-each-the-circuit-contains-two-batteries-with-emf-values-of-e-and-2e-three-currents-i-1-i-2-and-i-3-flow-through-diffe https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzYyOTY5-in-the-circuit-shown-the-equivalent-resistance-between-terminals-a-and-b-is-1-3r-2-2-2r-3-4r-4-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2ODk4-all-resistances-in-the-figure-are-1-omega-each-the-value-of-the-current-i-is-frac-a-5-text-a-the-value-of-a-is-1-8-2-6-3-12-4-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2ODYy-resistance-of-the-wire-is-measured-as-2-omega-and-3-omega-at-10-circ-text-c-and-30-circ-text-c-respectively-the-temperature-co-coefficient-of-resistance-of-the-material-of-the-wire-is-1-0-033-circ-tex https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2NzU1-current-measured-by-the-ammeter-a-in-the-reported-circuit-when-no-current-flows-through-10-omega-resistance-will-be-1-20-text-a-2-30-text-a-3-10-text-a-4-0-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2NzU0-a-meter-bridge-setup-is-shown-in-the-figure-it-is-used-to-determine-an-unknown-resistance-r-using-a-given-resistor-of-15-omega-the-galvanometer-g-shows-a-null-deflection-when-the-tapping-key-is-at-43 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2NjI4-in-the-given-circuit-a-is-an-arbitrary-constant-the-value-of-m-for-which-the-equivalent-circuit-resistance-is-minimum-will-be-sqrt-frac-x-2-the-value-of-x-is-1-6-2-9-3-3-4-12-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2NjI3-the-current-density-in-a-cylindrical-wire-of-radius-r-4-0-text-mm-is-1-0-times-10-6-text-a-m-2-the-current-through-the-outer-portion-of-the-wire-between-radial-distances-frac-r-2-and-r-is-x-pi-text-a https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2MTI1-a-cylindrical-wire-of-radius-4-text-mm-carries-a-uniform-current-density-of-4-times-10-6-text-am-2-what-is-the-current-flowing-through-the-outer-portion-of-the-wire-between-radial-distances-dfrac-r-2 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ2MTI0-a-cell-shunted-by-a-8-omega-resistance-is-balanced-across-a-potentiometer-wire-of-length-3-m-the-balancing-length-is-2-m-when-the-cell-is-shunted-by-4-omega-resistance-the-value-of-the-internal-resist https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1OTkw-the-length-of-a-given-cylindrical-wire-is-increased-to-double-of-its-original-length-the-percentage-increase-in-the-resistance-of-the-wire-will-be-1-400-2-200-3-100-4-300-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1OTcx-two-cells-of-the-same-emf-but-different-internal-resistances-r-1-and-r-2-are-connected-in-series-with-a-resistance-r-the-value-of-resistance-r-for-which-the-potential-difference-across-the-second-cell https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1ODU3-the-total-current-supplied-to-the-circuit-as-shown-in-the-figure-by-the-5-text-v-battery-is-1-4-text-a-2-1-text-a-3-2-text-a-4-3-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1NjE4-two-identical-cells-each-of-emf-1-5-text-v-and-internal-resistance-r-are-connected-in-parallel-and-used-to-supply-a-parallel-combination-of-two-resistors-each-of-resistance-20-omega-a-voltmeter-across https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1NTc1-a-1-m-long-wire-is-broken-into-two-unequal-parts-x-and-y-the-x-part-of-the-wire-is-stretched-into-another-wire-w-length-of-w-is-twice-the-length-of-x-and-the-resistance-of-w-is-twice-that-of-y-the-rat https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1NTYx-the-current-i-flowing-through-the-given-circuit-will-be-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1NDYx-two-metallic-wires-of-identical-dimensions-are-connected-in-series-if-sigma-1-and-sigma-2-are-the-conductivities-of-these-wires-respectively-the-effective-conductivity-of-the-combination-is-1-dfrac-si https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQ1Mzc2-two-resistors-with-resistances-of-500-omega-and-600-omega-are-connected-in-series-across-a-20-text-v-battery-as-shown-in-the-circuit-diagram-when-a-voltmeter-with-an-internal-resistance-of-2000-omega https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNzY3-a-capacitor-is-discharging-through-a-resistor-r-consider-in-time-t-1-the-energy-stored-in-the-capacitor-reduces-to-half-of-its-initial-value-and-in-time-t-2-the-charge-stored-reduces-to-one-eighth-of https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNzQ5-for-the-network-shown-below-the-value-v-b-v-a-is-1-10-v-2-15-v-3-20-v-4-25-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNzM4-the-variation-of-applied-potential-v-and-the-current-i-flowing-through-a-given-wire-is-shown-in-the-figure-the-length-of-the-wire-is-31-4-text-cm-the-diameter-of-the-wire-is-measured-as-2-4-cm-the-res https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNzA2-for-the-given-circuit-the-current-through-a-battery-of-6-v-just-after-closing-the-switch-s-will-be-1-2-a-2-1-a-3-4-a-4-6-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNzA1-an-electrical-bulb-rated-220-v-100-w-is-connected-in-series-with-another-bulb-rated-220-v-60-w-if-the-voltage-across-the-combination-is-220-v-the-power-consumed-by-the-100-w-bulb-will-be-about-1-10-w https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNjkw-given-below-are-two-statements-statement-i-a-uniform-wire-of-resistance-80-omega-is-cut-into-four-equal-parts-these-parts-are-connected-in-parallel-the-equivalent-resistance-of-the-combination-is-5-om https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNjUz-a-wire-of-resistance-r-1-is-drawn-out-so-that-its-length-is-increased-by-twice-its-original-length-the-ratio-of-new-resistance-to-original-resistance-is-1-9-1-2-1-9-3-4-1-4-3-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNjM3-as-shown-in-the-figure-in-a-steady-state-the-charge-stored-in-the-capacitor-is-x-times-10-6-c-the-value-of-x-is-1-20-2-10-3-30-4-40-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNjM0-in-the-given-figure-of-the-meter-bridge-experiment-the-balancing-length-ac-corresponding-to-the-null-deflection-of-the-galvanometer-is-40-cm-the-balancing-length-if-the-radius-of-the-wire-ab-is-double https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNjIz-consider-the-following-statements-regarding-the-drift-velocity-of-electrons-in-a-conductor-a-the-drift-velocity-of-electrons-decreases-with-an-increase-in-the-temperature-of-the-conductor-b-the-drift https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNTM1-a-1-m-long-copper-wire-carries-a-current-of-1-a-if-the-cross-section-of-the-wire-is-2-0-mm2-and-the-resistivity-of-copper-is-1-7-times10-8-omega-m-the-force-experienced-by-a-moving-electron-in-the-wir https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNTMx-in-a-meter-bridge-experiment-the-null-point-is-observed-at-a-distance-of-30-text-cm-from-the-left-end-point-d-when-the-known-resistance-r-5-6-text-k-omega-is-connected-what-is-the-value-of-the-unknown https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzNDQ0-two-identical-cells-each-having-emf-e-are-connected-in-series-to-an-external-resistance-r-the-internal-resistances-of-the-cells-are-r-1-and-r-2-with-r-1-r-2-if-the-potential-difference-across-the-cell https://medminds.me/qbank/physics/current-electricity/?q=NP-b246MzQzMzIz-eight-copper-wire-of-length-l-and-diameter-d-are-joined-in-parallel-to-form-a-single-composite-conductor-of-resistance-r-if-a-single-copper-wire-of-length-2l-have-the-same-resistance-r-then-its-diamet https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc5MTA5-what-equal-length-of-an-iron-wire-and-a-copper-nickel-alloy-wire-each-of-2-text-mm-diameter-connected-in-parallel-to-give-an-equivalent-resistance-of-3-omega-given-resistivities-of-iron-and-copper-nic https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc5MDU4-in-the-given-figure-the-emf-of-the-cell-is-2-2-text-v-and-if-internal-resistance-is-0-6-omega-then-the-power-dissipated-in-the-whole-circuit-is-1-2-2-text-w-2-0-65-text-w-3-4-4-text-w-4-1-32-text-w-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc5MDUz-if-you-are-provided-a-set-of-resistances-2-omega-4-omega-6-omega-and-8-omega-connect-these-resistances-so-as-to-obtain-an-equivalent-resistance-of-frac-46-3-omega-1-4-omega-and-6-omega-are-in-parallel https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc5MDUx-an-electric-bulb-of-500-text-w-at-100-text-v-is-used-in-a-circuit-having-a-200-text-v-supply-calculate-the-resistance-r-to-be-connected-in-series-with-the-bulb-so-that-the-power-delivered-by-the-bulb https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc5MDI4-a-wire-of-total-resistance-16-omega-is-bent-into-the-shape-of-a-square-a-9-text-v-cell-with-an-internal-resistance-of-1-omega-is-connected-across-one-side-of-the-square-tthe-potential-difference-acros https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4OTkx-an-electric-bulb-rated-as-200-text-w-at-100-text-v-is-used-in-a-circuit-having-200-text-v-supply-the-resistance-r-that-must-be-put-in-series-with-the-bulb-so-that-the-bulb-delivers-the-same-power-is-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4OTEw-in-the-given-figure-there-is-a-circuit-of-a-potentiometer-of-length-ab-10-text-m-the-resistance-per-unit-length-is-0-1-omega-text-cm-across-ab-a-battery-of-emf-e-and-the-internal-resistance-r-is-conne https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4ODU4-two-wires-of-the-same-length-and-thickness-having-specific-resistance-6-omega-text-text-cm-and-3-omega-text-text-cm-respectively-are-connected-in-parallel-the-effective-resistivity-is-1-6-omega-text-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4ODM3-consider-a-72-text-cm-long-wire-ab-as-shown-in-the-figure-the-galvanometer-jockey-is-placed-at-p-on-ab-at-a-distance-x-text-cm-from-a-the-galvanometer-shows-zero-deflection-the-value-of-x-to-nearest-i https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4NTkx-for-the-circuit-shown-the-value-of-current-at-the-time-t-3-2-text-s-will-be-voltage-distribution-v-t-is-shown-by-mathrm-i-and-the-circuit-is-shown-by-mathrm-ii-1-7-text-a-2-5-text-a-3-3-text-a-4-1-tex https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4NTYx-a-square-shaped-wire-with-resistance-on-each-side-3-omega-is-bent-to-form-a-complete-circle-the-resistance-between-two-diametrically-opposite-points-of-the-circle-in-the-unit-of-omega-will-be-1-4-2-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4NTU4-the-voltage-drop-across-15-omega-the-resistance-in-the-given-figure-will-be-1-2-text-v-2-4-text-v-3-6-text-v-4-8-text-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4NDQw-in-the-given-figure-switches-s-1-and-s-2-are-in-open-condition-the-resistance-across-ab-when-the-switches-s-1-and-s-2-are-closed-is-1-5-omega-2-10-omega-3-15-omega-4-20-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4Mzkw-the-circuit-shown-in-the-figure-consists-of-a-charged-capacitor-of-capacity-3-mu-text-f-and-a-charge-of-30-mu-text-c-at-time-t-0-when-the-key-is-closed-the-value-of-current-flowing-through-the-5-text https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4Mzgy-the-voltage-across-the-10-omega-resistor-in-the-given-circuit-is-1-50-text-v-2-70-text-v-3-20-text-v-4-90-text-v-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MzAw-the-ratio-of-the-equivalent-resistance-of-the-network-shown-in-the-figure-between-points-a-and-b-when-the-switch-is-open-and-the-switch-is-closed-is-x-8-the-value-of-x-is-1-9-2-7-3-5-4-3-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MjI0-a-uniform-heating-wire-of-resistance-36-omega-is-connected-across-a-potential-difference-of-240-text-v-the-wire-is-then-cut-into-half-and-a-potential-difference-of-240-text-v-is-applied-across-each-ha https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MjEx-for-the-given-circuit-the-current-i-through-the-battery-when-the-key-is-closed-and-the-steady-state-has-been-reached-is-1-25-text-a-2-0-text-a-3-6-text-a-4-10-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MTk4-due-to-cold-weather-a-1-text-m-water-pipe-of-a-cross-sectional-area-1-text-cm-2-is-filled-with-ice-at-10-circ-text-c-resistive-heating-is-used-to-melt-the-ice-the-current-of-0-5-text-a-is-passed-throu https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MTU4-a-cell-with-unknown-emf-and-internal-resistance-is-connected-to-two-different-load-resistances-when-a-5-omega-resistor-is-connected-the-potential-difference-across-it-is-1-25-text-v-and-when-a-2-omega https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NTQy-a-cell-of-emf-90-text-v-is-connected-across-a-series-combination-of-two-resistors-each-of-100-omega-resistance-a-voltmeter-of-resistance-400-omega-is-used-to-measure-the-potential-difference-across-ea https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MTE4-a-copper-text-cu-rod-of-length-25-text-cm-and-cross-sectional-area-3-text-mm-2-is-joined-with-a-similar-aluminum-text-al-rod-as-shown-in-the-figure-find-the-resistance-of-the-combination-between-the-e https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NjI0-if-a-copper-wire-is-stretched-to-increase-its-length-by-20-the-percentage-increase-in-resistance-of-the-wire-is-1-11-2-22-3-33-4-44-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MDgw-a-capacitor-of-capacitance-c-1-mu-text-f-is-suddenly-connected-to-a-battery-of-100-text-volts-through-a-resistance-r-100-omega-the-time-taken-for-the-capacitor-to-be-charged-to-get-50-text-v-is-take-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MDc4-in-the-given-figure-a-battery-of-emf-e-is-connected-across-a-conductor-pq-of-length-l-the-conductor-has-different-cross-sectional-areas-at-its-ends-with-radii-r-1-at-point-p-and-r-2-at-point-q-where-r https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MDMx-a-current-of-5-text-a-is-passing-through-a-non-linear-magnesium-wire-of-cross-section-0-04-text-m-2-at-every-point-the-direction-of-current-density-is-at-an-angle-of-60-circ-with-the-unit-vector-of-th https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MDI0-in-the-circuit-shown-what-is-the-value-of-the-current-flowing-through-the-6-omega-resistor-1-6-text-a-2-10-text-a-3-4-text-a-4-8-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3OTM5-the-four-arms-of-a-wheatstone-bridge-have-resistances-as-shown-in-the-figure-a-galvanometer-of-15-omega-resistance-is-connected-across-bd-calculate-the-current-through-the-galvanometer-when-a-potentia https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3ODMz-first-a-set-of-n-equal-resistors-of-10-omega-each-are-connected-in-series-to-a-battery-of-emf-20-text-v-and-internal-resistance-10-omega-a-current-i-is-observed-to-flow-then-n-resistors-are-connected https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3ODE4-five-identical-cells-each-of-internal-resistance-1-omega-text-and-text-emf-5-text-v-are-connected-in-series-and-in-parallel-with-an-external-resistance-r-then-the-value-of-r-current-in-series-and-para https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3Nzgy-at-what-value-of-r-will-the-terminal-voltage-of-the-first-cell-drop-to-zero-in-a-series-circuit-containing-two-cells-with-emfs-2e-and-e-and-internal-resistances-r-1-and-r-2-connected-to-an-external-re https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NjUx-the-energy-dissipated-by-a-resistor-is-10-text-mj-in-1-text-s-when-an-electric-current-of-2-text-ma-flows-through-it-the-resistance-is-round-off-to-the-nearest-integer-1-2100-omega-2-2300-omega-3-2500 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NjQw-a-resistor-develops-500-text-j-of-thermal-energy-in-20-text-s-when-a-current-of-1-5-text-a-is-passed-through-it-if-the-current-is-increased-from-1-5-text-a-to-3-text-a-what-will-be-the-energy-develope https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NTIw-a-current-of-10-text-a-exists-in-a-wire-of-cross-sectional-area-of-5-text-mm-2-with-a-drift-velocity-of-2-times-10-3-text-m-s-the-number-of-free-electrons-in-each-cubic-meter-of-the-wire-is-1-2-times https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NDM3-in-the-figure-given-below-the-electric-current-flowing-through-the-5-text-k-omega-resistor-is-1-3-text-ma-2-5-text-ma-3-7-text-ma-4-9-text-ma-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MzY3-a-conducting-wire-of-length-l-area-of-cross-section-a-and-electric-resistivity-rho-is-connected-between-the-terminals-of-a-battery-a-potential-difference-v-is-developed-between-its-ends-causing-an-ele https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5NDMz-a-wire-of-resistance-1-omega-and-length-1-text-m-is-stretched-so-that-its-length-increases-by-25-while-its-volume-remains-constant-what-is-the-percentage-change-in-its-resistance-to-the-nearest-intege https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5MTI3-a-cylindrical-wire-with-a-radius-of-0-5-text-mm-and-electrical-conductivity-of-5-times-10-7-text-s-m-is-subjected-to-a-uniform-electric-field-of-10-text-milivolts-per-meter-what-is-the-expected-curren https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5MDIy-five-equal-resistances-are-connected-in-a-network-as-shown-in-the-figure-the-net-resistance-between-point-a-and-point-b-is-1-2r-2-dfrac-r-2-3-dfrac-3-r-2-4-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4OTMy-a-cell-e-1-of-emf-6-text-v-and-internal-resistance-2-omega-is-connected-with-another-cell-e-2-of-emf-4-text-v-and-internal-resistance-8-omega-as-shown-in-the-figure-the-potential-difference-across-poi https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4OTE1-a-current-through-a-wire-depends-on-time-as-i-alpha-0t-beta-t-2-where-alpha-0-20-mathrm-a-s-and-beta-8-mathrm-as-2-the-charge-crossed-through-a-cross-section-of-wire-in-15-mathrm-s-is-1-2250-mathrm-c https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4ODk3-a-current-of-6-a-enters-an-equilateral-triangle-network-pqr-at-corner-p-and-exits-at-corner-r-each-side-of-the-triangle-consists-of-a-wire-with-resistance-2-omega-what-is-the-current-i-in-amperes-flow https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4NjUy-the-series-combination-of-two-batteries-both-of-the-same-emf-10-text-v-but-different-internal-resistances-of-20-omega-and-5-omega-is-connected-to-the-parallel-combination-of-two-resistors-25-omega-and https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4NTIz-in-the-given-circuit-diagram-a-wire-is-joining-points-b-and-d-the-current-in-this-wire-is-1-zero-2-2-text-a-3-0-4-text-a-4-4-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4NDUw-the-length-of-a-potentiometer-wire-is-1200-text-cm-and-it-carries-a-current-of-60-text-ma-for-a-cell-of-emf-5-text-v-and-internal-resistance-of-20-the-null-point-on-it-is-found-to-be-at-1000-text-cm-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MzUz-in-a-building-there-are-15-bulbs-of-45-text-w-15-bulbs-of-100-text-w-15-small-fans-of-10-text-w-and-2-heaters-of-1-text-kw-the-voltage-of-the-electric-main-is-220-text-v-the-minimum-fuse-capacity-rate https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MzM1-the-current-i-1-in-text-a-flowing-through-the-1-omega-resistor-in-the-following-circuit-is-1-0-25-text-a-2-0-4-text-a-3-0-2-text-a-4-0-5-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5MzM5-four-resistances-40-omega-60-omega-90-omega-text-and-110-omega-make-the-arms-of-a-quadrilateral-abcd-across-ac-is-a-battery-of-emf-40-text-v-and-internal-resistance-negligible-the-potential-difference https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5MjY3-in-the-given-circuit-an-8-text-v-battery-powers-a-network-of-resistors-the-current-i-1-flows-from-point-a-to-point-c-through-the-resistor-network-the-value-of-i-1-is-1-2-text-a-2-1-text-a-3-5-text-a-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5MTk3-for-the-given-input-voltage-waveform-v-text-in-t-the-output-voltage-waveform-v-text-o-t-across-the-capacitor-is-correctly-depicted-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4OTgy-in-the-figure-shown-the-current-in-the-10-text-v-battery-is-close-to-1-0-36-text-a-from-negative-to-positive-terminal-2-0-71-text-a-from-positive-to-negative-terminal-3-0-21-text-a-from-positive-to-ne https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4NzI5-a-battery-of-3-0-text-v-is-connected-to-a-resistor-dissipating-0-5-text-w-of-power-if-the-terminal-voltage-of-the-battery-is-2-5-text-v-the-power-dissipated-within-the-internal-resistance-is-1-0-10-te https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4NTg4-in-the-circuit-given-in-the-figure-currents-in-different-branches-and-value-of-one-resistor-are-shown-then-potential-at-point-b-with-respect-to-the-point-a-is-1-1-mathrm-v-2-1-mathrm-v-3-2-mathrm-v-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4NTQ3-an-electrical-power-line-having-a-total-resistance-of-2-omega-delivers-1-text-kw-at-220-text-v-the-efficiency-of-the-transmission-line-is-approximately-1-72-2-96-3-91-4-85-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4NDcw-two-resistors-400-omega-and-800-omega-are-connected-in-series-across-a-6-text-v-battery-the-potential-difference-measured-by-a-voltmeter-of-10-text-k-omega-across-400-omega-resistor-is-close-to-1-2-05 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4MzQ2-an-ideal-cell-of-emf-10-text-v-is-connected-in-circuit-shown-in-figure-each-resistance-is-2-omega-the-potential-difference-in-v-across-the-capacitor-when-it-is-fully-charged-is-1-2-2-4-3-6-4-8-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4MjE2-model-a-torch-battery-of-length-l-to-be-made-up-of-a-thin-cylindrical-bar-of-radius-a-and-a-concentric-thin-cylindrical-shell-of-radius-b-filled-in-between-with-an-electrolyte-of-resistivity-rho-see-f https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4MTM2-consider-four-conducting-materials-copper-tungsten-mercury-and-aluminium-with-resistivity-rho-c-rho-t-rho-m-and-rho-a-respectively-then-1-rho-c-rho-a-rho-t-2-rho-m-rho-a-rho-c-3-rho-a-rho-t-rho-c-4-rh https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MjY0-the-charge-on-a-capacitor-plate-in-a-circuit-as-a-function-of-time-is-shown-in-the-figure-what-is-the-value-of-the-current-at-t-4-text-s-1-zero-2-3-mu-text-a-3-2-mu-text-a-4-1-5-mu-text-a-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MjUz-in-the-given-circuit-diagram-the-currents-i-1-0-3-text-a-i-4-0-8-text-a-text-and-i-5-0-4-text-a-text-are-flowing-as-shown-the-currents-i-2-i-3-and-i-6-respectively-are-1-1-1-text-a-0-4-text-a-0-4-text https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc4MTc1-the-galvanometer-deflection-when-key-k-1-is-closed-but-k-2-is-open-equals-theta-0-see-figure-on-closing-k-2-also-and-adjusted-r-2-to-5-omega-the-deflection-in-the-galvanometer-becomes-frac-theta-0-5-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NTYw-two-electric-bulbs-rated-at-25-text-w-220-text-v-and-100-text-w-220-text-v-are-connected-in-series-across-a-220-text-v-voltage-source-if-the-25-text-w-and-100-text-w-bulbs-draw-powers-p-1-and-p-2-resp https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NTU2-in-a-meter-bridge-the-wire-of-length-1-text-m-has-a-nonuniform-cross-section-such-that-the-variation-dr-over-dl-of-its-resistance-r-with-length-l-is-left-frac-dr-d-l-propto-frac-1-sqrt-l-right-two-equ https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NTAx-a-current-of-2-text-ma-was-passed-through-an-unknown-resistor-which-dissipated-power-of-4-4-text-w-the-power-dissipated-when-an-ideal-power-supply-of-11-text-v-is-connected-across-it-is-1-11-times-10 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NDg3-the-actual-value-of-resistance-r-shown-in-the-figure-is-30-omega-this-is-measured-in-an-experiment-as-shown-using-the-standard-formula-r-frac-v-i-where-v-and-i-are-the-readings-of-the-voltmeter-and-am https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NDc0-in-the-given-circuit-the-internal-resistance-of-the-18-text-v-cell-is-negligible-if-r-1-400-omega-r-3-100-omega-text-and-r-4-500-omega-and-the-reading-of-an-ideal-voltmeter-is-across-r-4-text-is-5-tex https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NDY3-the-wheatstone-bridge-shown-in-the-figure-gets-balanced-when-the-carbon-resistor-is-used-as-r-1-has-the-colour-code-orange-red-brown-the-resistors-r-2-and-r-4-are-80-omega-and-40-omega-respectively-as https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NDUz-a-2-text-w-carbon-resistor-is-color-coded-with-green-black-red-and-brown-respectively-the-maximum-current-which-can-be-passed-through-this-resistor-is-1-20-text-ma-2-100-text-ma-3-0-4-text-ma-4-63-tex https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NDUx-in-the-given-circuit-the-cells-have-zero-internal-resistance-the-currents-in-amperes-passing-through-resistance-r-1-and-r-2-respectively-are-1-1-2-2-2-2-3-0-5-0-4-0-1-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3NDQ3-in-the-experimental-setup-of-a-metre-bridge-shown-in-the-figure-the-null-point-is-initially-obtained-at-a-distance-of-40-text-cm-from-point-a-when-a-10-omega-resistor-is-connected-in-series-with-r-1-t https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MzY2-a-uniform-metallic-wire-has-a-resistance-of-18-omega-and-is-bent-into-an-equilateral-triangle-then-the-resistance-between-any-two-vertices-of-the-triangle-is-1-4-omega-2-8-omega-3-12-omega-4-2-omega-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MTUx-the-mobility-of-electrons-in-a-semiconductor-is-defined-as-the-ratio-of-their-drift-velocity-to-the-applied-electric-field-if-for-an-n-type-semiconductor-the-density-of-electrons-is-10-19-text-m-3-and https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MTA5-the-drift-speed-of-electrons-when-a-current-of-1-5-text-a-flows-through-a-copper-wire-of-cross-sectional-area-5-text-mm-2-is-v-if-the-electron-density-in-copper-is-9-times10-28-text-m-3-and-the-charge https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc3NDE2-a-metal-wire-of-resistance-3-omega-is-elongated-to-make-a-uniform-wire-of-double-its-previous-length-this-new-wire-is-now-bent-and-the-ends-are-joined-to-make-a-circle-if-two-points-on-this-circle-mak https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc3NDE0-in-a-conductor-if-the-number-of-conduction-electrons-per-unit-volume-is-8-5-times-10-28-text-m-3-and-mean-free-time-is-25-text-fs-femto-second-it-s-approximate-resistivity-is-m-e-9-1-times-10-31-text https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc3MzU5-to-verify-ohm-s-law-a-student-connects-the-voltmeter-across-the-battery-as-shown-in-the-figure-the-measured-voltage-is-plotted-as-a-function-of-the-current-and-the-following-graph-is-obtained-if-v-0-i https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2OTE1-how-long-will-it-take-for-1-text-kg-of-water-at-20-circ-text-c-to-evaporate-completely-in-an-electric-kettle-whose-heating-element-has-a-mean-resistance-of-20-omega-when-connected-to-an-rms-voltage-of https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2ODkx-in-an-experiment-the-resistance-of-a-material-is-plotted-as-a-function-of-temperature-in-some-range-as-shown-in-the-figure-it-is-a-straight-line-one-may-conclude-that-1-r-t-r-0-e-t-2-t-0-2-2-r-t-frac https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2ODgz-in-a-meter-bridge-experiment-the-circuit-diagram-and-the-corresponding-observation-table-are-shown-in-the-figure-sl-no-r-omega-l-text-cm-1-1000-60-2-100-13-3-10-1-5-4-1-1-0-which-of-the-reading-is-inc https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2ODgy-in-the-given-circuit-an-ideal-voltmeter-connected-across-the-10-omega-resistance-reads-2-text-v-the-internal-resistance-r-of-each-cell-is-1-1-omega-2-0-5-omega-3-1-5-omega-4-0-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2ODgx-a-current-of-5-text-a-passes-through-a-copper-conductor-resistivity-1-7-times-10-8-omega-text-m-of-radius-of-cross-section-5-text-mm-find-the-mobility-of-the-charges-if-their-drift-velocity-is-1-1-tim https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2Nzk5-space-between-two-concentric-conducting-spheres-of-radii-a-and-b-b-a-is-filled-with-a-medium-of-resistivity-rho-the-resistance-between-the-two-spheres-will-be-1-frac-p-2-pi-left-frac-1-a-frac-1-b-righ https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2Nzc3-a-wire-of-resistance-r-is-bent-to-form-a-square-abcd-as-shown-in-the-figure-the-effective-resistance-between-e-and-c-is-e-is-mid-point-of-arm-cd-1-frac-3-4-r-2-frac-1-16-r-3-frac-7-64-r-4-r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2NzY2-determine-the-charge-on-the-capacitor-in-the-following-circuit-1-200-mu-text-c-2-10-mu-text-c-3-60-mu-text-c-4-2-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2NjU0-a-200-omega-resistor-has-a-certain-color-code-if-one-replaces-the-red-color-by-green-in-the-code-the-new-resistance-will-be-1-100-omega-2-500-omega-3-400-omega-4-300-omega-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc2NjQx-in-the-circuit-shown-below-the-component-values-are-r-1-1-omega-r-2-2-omega-e-1-2-text-v-e-2-4-text-v-and-e-3-4-text-v-what-is-the-approximate-potential-difference-between-points-a-and-b-1-3-7-v-2-2-7 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MjEy-in-the-given-circuit-all-resistances-are-of-value-of-r-text-ohm-each-the-equivalent-resistance-between-a-and-b-is-1-dfrac-5r-2-2-3r-3-dfrac-5r-3-4-2r-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MjA3-in-a-meter-bridge-as-shown-in-the-figure-it-is-given-that-resistance-y-12-5-omega-and-that-balance-are-obtained-at-a-distance-39-5-text-cm-from-the-end-a-by-jockey-j-after-interchanging-the-resistance https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5MDU2-on-interchanging-the-resistances-the-balance-point-of-a-meter-bridge-shifts-to-the-left-by-10-text-cm-the-resistance-of-their-series-combination-is-1-text-k-omega-how-much-was-the-resistance-on-the-le https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc4OTk2-two-batteries-with-emf-12-text-v-and-13-text-v-are-connected-in-parallel-across-a-load-resistor-of-10-omega-the-internal-resistances-of-the-two-batteries-are-1-omega-and-2-omega-respectively-the-volta https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MzUw-a-uniform-wire-of-length-l-and-radius-r-has-a-resistance-of-100-omega-it-is-recast-into-a-wire-of-radius-frac-r-2-the-resistance-of-the-new-wire-will-be-1-400-omega-2-100-omega-3-200-omega-4-1600-omeg https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MjI3-the-figure-shows-three-circuits-mathrm-i-ii-and-mathrm-iii-which-are-connected-to-a-3-text-v-battery-if-the-powers-dissipated-by-the-configurations-mathrm-i-ii-and-mathrm-iii-are-p-1-p-2-and-p-3-respe https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MTkw-in-a-meter-bridge-experiment-resistances-are-connected-as-shown-in-the-figure-initially-resistance-p-4-omega-and-the-neutral-point-n-is-at-60-text-cm-from-a-now-an-unknown-resistance-r-is-connected-in https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MTYw-a-9-text-v-battery-with-internal-resistance-of-0-5-omega-is-connected-across-an-infinite-network-as-shown-in-the-figure-all-ammeters-a-1-a-2-a-3-and-voltmeter-v-are-ideal-choose-the-correct-statement https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MTM3-a-potentiometer-pq-is-set-up-to-compare-two-resistances-as-shown-in-the-figure-the-ammeter-a-in-the-circuit-reads-1-0-text-a-when-the-two-way-key-k-3-is-open-the-balance-point-is-at-a-length-l-1-text https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5Mzcx-which-of-the-following-statements-is-false-1-wheatstone-bridge-is-the-most-sensitive-when-all-the-four-resistances-are-of-the-same-order-of-magnitude-2-in-a-balanced-wheatstone-bridge-if-the-cell-and https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5MzUx-in-the-circuit-shown-three-1-omega-resistors-are-connected-vertically-between-the-upper-and-lower-conductors-each-section-of-both-the-upper-and-lower-conductors-contains-an-ideal-2-text-v-source-all-o https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5MzUw-in-the-given-circuit-diagram-when-the-current-reaches-steady-state-in-the-circuit-the-charge-on-the-capacitor-of-capacitance-c-will-be-1-ce-2-ce-frac-r-1-left-r-2-r-right-3-ce-frac-r-2-left-r-r-2-righ https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MjAy-a-50-omega-resistance-is-connected-to-a-battery-of-5-text-v-a-galvanometer-of-resistance-100-omega-is-to-be-used-as-an-ammeter-to-measure-the-current-through-the-resistance-for-this-a-resistance-r-s-i https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc3MTg3-in-the-circuit-shown-the-resistance-r-is-variable-if-r-fr-the-heat-generation-in-r-is-maximum-then-the-value-of-f-is-1-1-2-3-over-4-3-1-over-4-4-1-over-2-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc2OTky-if-the-drift-velocity-v-d-of-charge-carriers-in-a-material-varies-with-the-applied-electric-field-e-according-to-the-relationship-v-d-propto-sqrt-e-which-graph-best-represents-the-voltage-current-v-te https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc2OTgz-in-the-electric-network-shown-when-no-current-flows-through-the-4-omega-resistor-in-the-arm-eb-the-potential-difference-between-the-point-a-and-d-will-be-1-6-text-v-2-3-text-v-3-5-text-v-4-4-text-v-1 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246NDc2ODkw-a-10-text-v-battery-with-internal-resistance-1-omega-and-a-15-text-v-battery-with-internal-resistance-0-6-omega-are-connected-in-parallel-to-a-voltmeter-see-figure-the-reading-in-the-voltmeter-will-be https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5NTgx-in-the-circuit-shown-the-current-in-the-1-omega-resistor-is-1-1-3-text-a-from-p-to-q-2-0-text-a-3-0-13-text-a-from-q-to-p-4-0-13-text-a-from-p-to-q-1-2-3-4 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5NTc3-when-5-text-v-potential-difference-is-applied-across-a-wire-of-length-0-1-text-m-the-drift-speed-of-electrons-is-2-5-times-10-4-text-ms-1-if-the-electron-density-in-the-wire-is-8-times-10-28-text-m-3 https://medminds.me/qbank/physics/current-electricity/?q=NP-b246Mjc5NzE4-in-a-large-building-there-are-15-bulbs-of-40-text-w-5-bulbs-of-100-text-w-5-fans-of-80-text-w-and-1-heater-of-1-text-kw-the-voltage-of-the-electric-mains-is-220-text-v-the-minimum-capacity-of-the-main https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246MTU1ODg-if-v-be-the-accelerating-voltage-then-the-maximum-frequency-of-continuous-x-rays-is-given-by-1-ehv-2-hve-3-evh-4-hev-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246MjU0Mzc-the-maximum-kinetic-energy-of-photoelectron-emitted-from-the-surface-of-work-function-f-due-to-incidence-of-light-of-frequency-n-is-e-if-the-frequency-of-incident-light-is-doubled-then-maximum-kinetic https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246MjU0NTU-what-is-the-de-broglie-wavelength-associated-with-an-electron-accelerated-through-a-voltage-of-900-v-1-0-31-mathring-a-2-0-41-mathring-a-3-0-5-mathring-a-4-0-16-mathring-a-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEwMTQ-what-is-the-de-broglie-wavelength-of-a-neutron-in-thermal-equilibrium-with-heavy-water-at-a-temperature-t-kelvin-and-mass-m-1-frac-h-sqrt-m-k-t-2-frac-h-sqrt-3-m-k-t-3-frac-2-h-sqrt-3-m-k-t-4-frac-2-h https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEwNzc-if-an-electron-of-mass-m-with-a-de-broglie-wavelength-of-lambda-falls-on-the-target-in-an-x-text-ray-tube-the-cut-off-wavelength-lambda-0-of-the-emitted-x-text-ray-will-be-1-lambda-0-frac-2mc-lambda-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEwNzg-photons-with-energy-5-ev-are-incident-on-a-cathode-c-in-a-photoelectric-cell-the-maximum-energy-of-emitted-photoelectrons-is-2-ev-when-photons-of-energy-6-ev-are-incident-on-c-no-photoelectron-will-re https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEwODc-when-a-metallic-surface-is-illuminated-with-radiation-of-wavelength-lambda-the-stopping-potential-is-v-if-the-same-surface-is-illuminated-with-radiation-of-wavelength-2-lambda-the-stopping-potential-i https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTExMjM-an-electron-of-mass-m-and-a-photon-have-the-same-energy-e-find-the-ratio-of-de-broglie-wavelength-associated-with-the-electron-to-that-associated-with-the-photon-c-is-the-velocity-of-light-1-e2m1-2-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTExNjA-a-radiation-of-energy-e-falls-normally-on-a-perfectly-reflecting-surface-the-momentum-transferred-to-the-surface-is-c-velocity-of-light-1-e-c-2-2e-c-3-2e-c2-4-e-c2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTExNjU-a-certain-metallic-surface-is-illuminated-with-monochromatic-light-of-wavelength-lambda-the-stopping-potential-for-photoelectric-current-for-this-light-is-3v-0-if-the-same-surface-is-illuminated-with https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTExNjY-which-of-the-following-figures-represents-the-variation-of-the-particle-momentum-and-the-associated-de-broglie-wavelength-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTExOTQ-a-photoelectric-surface-is-illuminated-successively-by-monochromatic-light-of-wavelengths-lambda-and-frac-lambda-2-if-the-maximum-kinetic-energy-of-the-emitted-photoelectrons-in-the-second-case-is-3-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEyMDk-light-with-a-wavelength-of-500-nm-is-incident-on-a-metal-with-a-work-function-of-2-28-text-ev-the-de-broglie-wavelength-of-the-emitted-electron-will-be-1-2-8-times-10-10-text-m-2-2-8-times-10-9-text-m https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEyNDk-light-with-an-energy-flux-of-25-times-10-4-text-wm-2-falls-on-a-perfectly-reflecting-surface-at-normal-incidence-if-the-surface-area-is-15-text-cm-2-then-the-average-force-exerted-on-the-surface-is-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEyNTQ-when-the-energy-of-the-incident-radiation-is-increased-by-20-the-kinetic-energy-of-the-photoelectrons-emitted-from-a-metal-surface-increases-from-0-5-ev-to-0-8-ev-the-work-function-of-the-metal-will-b https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEyNTU-what-will-be-the-percentage-change-in-the-de-broglie-wavelength-of-the-particle-if-the-kinetic-energy-of-the-particle-is-increased-to-16-times-its-previous-value-1-25-2-75-3-60-4-50-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEyOTg-the-wavelength-lambda-e-of-an-electron-and-lambda-p-of-a-photon-of-the-same-energy-e-are-related-as-1-lambda-p-propto-lambda-2-e-2-lambda-p-propto-lambda-e-3-lambda-p-propto-sqrt-lambda-e-4-lambda-p-p https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEzMDg-a-200w-sodium-street-lamp-emits-yellow-light-of-wavelength-0-6-mu-m-assuming-it-to-be-25-efficient-in-converting-electrical-energy-to-light-the-number-of-photons-of-yellow-light-it-emits-per-second-is https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEzNDY-monochromatic-radiation-emitted-when-electron-on-hydrogen-atom-jumps-from-first-excited-to-the-ground-state-irradiates-a-photosensitive-material-the-stopping-potential-is-measured-to-be-3-57-v-the-thr https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEzNTA-an-alpha-text-particle-moves-in-a-circular-path-of-radius-0-83-cm-in-the-presence-of-a-magnetic-field-of-0-25-text-wb-m-2-the-de-broglie-wavelength-associated-with-the-particle-will-be-1-1-mathring-a https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEzODA-if-the-momentum-of-an-electron-is-changed-by-p-then-the-de-broglie-wavelength-associated-with-it-changes-by-0-5-what-is-the-initial-momentum-of-the-electron-1-200p-2-400p-3-frac-p-200-4-100p-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEzODY-in-the-davisson-and-germer-experiment-the-velocity-of-electrons-emitted-from-the-electron-gun-can-be-increased-by-1-increasing-the-filament-current-2-decreasing-the-filament-current-3-decreasing-the-p https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTEzODg-a-radioactive-nucleus-of-mass-m-emits-a-photon-of-frequency-nu-and-the-nucleus-recoils-the-recoil-energy-will-be-1-h2-nu-2-2mc2-2-zero-3-h-nu-4-mc2-h-nu-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTE1NDE-photoelectric-emission-occurs-only-when-the-incident-light-has-more-than-a-certain-minimum-1-wavelength-2-intensity-3-frequency-4-power-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTE1NjU-the-threshold-frequency-for-a-photo-sensitive-metal-is-3-3-215-1014hz-if-the-light-of-frequency-8-2-215-1014hz-is-incident-on-this-metal-the-cut-off-voltage-for-the-photo-electric-emission-is-nearly-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTE2MzY-the-potential-difference-that-must-be-applied-to-stop-the-fastest-photoelectrons-emitted-by-a-nickel-surface-having-a-work-function-of-5-01-ev-when-ultraviolet-light-of-200-nm-falls-on-it-is-1-2-4-v-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTE2NDg-when-monochromatic-radiation-of-intensity-i-falls-on-a-metal-surface-the-number-of-photoelectrons-and-their-maximum-kinetic-energy-are-n-and-t-respectively-if-the-intensity-of-radiation-is-2i-what-is https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTE3MDY-the-figure-shows-a-plot-of-photo-current-versus-anode-potential-for-a-photo-sensitive-surface-for-three-difference-radiations-which-one-of-the-following-is-a-correct-statement-1-curves-a-and-b-represe https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTE3NDc-a-particle-of-mass-1-mg-has-the-same-wavelength-as-an-electron-moving-with-a-velocity-of-3-times-10-6-text-m-s-what-will-be-the-velocity-of-the-particle-mass-of-electrons-9-1-times-10-31-kg-1-2-7-time https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTIwMDU-an-electron-massm-with-an-initial-velocity-v-v0i-v0-0-is-in-an-electric-field-e-e0i-e0-constant-0-it-s-de-broglie-wavelength-at-the-time-t-is-given-by-1-lambda-01-ee0mtv0-2-lambda-01-ee0tmv0-3-lambda https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTgzNjE-cathode-rays-are-similar-to-visible-light-rays-in-that-1-they-both-can-be-deflected-by-electric-and-magnetic-fields-2-they-both-have-a-definite-magnitude-of-wavelength-3-they-both-can-ionize-a-gas-thr https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTgzNjU-electron-volt-is-a-unit-of-1-potential-2-charge-3-power-4-energy-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTgzNzM-in-an-electron-gun-the-electrons-are-accelerated-by-the-potential-v-if-e-is-the-charge-and-m-is-the-mass-of-an-electron-then-the-maximum-velocity-of-these-electrons-will-be-1-2evm-2-2evm-3-2mev-4-v22e https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0NjU-the-idea-of-matter-waves-was-given-by-1-davisson-and-germer-2-de-broglie-3-einstein-4-planck-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0NjY-waves-are-associated-with-matter-only-1-when-it-is-stationary-2-when-it-is-in-motion-with-the-velocity-of-light-only-3-when-it-is-in-motion-with-any-velocity-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0Njc-the-de-broglie-wavelength-associated-with-the-particle-of-mass-m-moving-with-velocity-v-is-1-h-mv-2-mv-h-3-mh-v-4-m-hv-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0Njg-a-photon-an-electron-and-a-uranium-nucleus-all-have-the-same-wavelength-the-one-with-the-most-energy-1-is-the-photon-2-is-the-electron-3-is-the-uranium-nucleus-4-depends-upon-the-wavelength-and-the-pr https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0Njk-a-particle-which-has-zero-rest-mass-and-non-zero-energy-and-momentum-must-travel-with-a-speed-1-equal-to-c-the-speed-of-light-in-vacuum-2-greater-than-c-3-less-than-c-4-tending-to-infinity-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0NzA-when-the-kinetic-energy-of-an-electron-is-increased-the-wavelength-of-the-associated-wave-will-1-increase-2-decrease-3-wavelength-does-not-depend-on-the-kinetic-energy-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0NzE-if-the-de-broglie-wavelengths-for-a-proton-and-an-alpha-particle-are-equal-then-the-ratio-of-their-velocities-will-be-1-4-1-2-2-1-3-1-2-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0NzI-the-de-broglie-wavelength-955-associated-with-an-electron-having-kinetic-energy-e-is-given-by-the-expression-1-h2me-2-2hme-3-2mhe-4-22meh-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0NzM-dual-nature-of-radiation-is-shown-by-1-diffraction-and-reflection-2-refraction-and-diffraction-3-photoelectric-effect-alone-4-photoelectric-effect-and-diffraction-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0NzU-an-electron-of-mass-m-when-accelerated-through-a-potential-difference-v-has-de-broglie-wavelength-955-the-de-broglie-wavelength-associated-with-a-proton-of-mass-m-accelerated-through-the-same-potentia https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0NzY-what-is-the-de-broglie-wavelength-of-the-945-particle-accelerated-through-a-potential-difference-v-1-0-287v-aring-2-12-27v-aring-3-0-101v-aring-4-0-202v-aring-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0Nzc-how-much-energy-should-be-added-to-an-electron-to-reduce-its-de-broglie-wavelength-from-10-10-m-to-0-5-times10-10-m-1-four-times-the-initial-energy-2-thrice-the-initial-energy-3-equal-to-the-initial-e https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0Nzg-the-de-broglie-wavelength-of-an-electron-having-80-text-ev-of-energy-is-nearly-1-text-ev-1-6-times-10-19-text-j-mass-of-electron-9-times-10-31-text-kg-plank-rsquo-s-constant-6-6-times-10-34-text-j-s-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0Nzk-if-the-following-particles-are-moving-at-the-same-velocity-then-which-among-them-will-have-the-maximum-de-broglie-wavelength-1-neutron-2-proton-3-particle-4-particle-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0ODA-if-an-electron-and-a-photon-propagate-in-the-form-of-waves-having-the-same-wavelength-it-implies-that-they-have-the-same-1-energy-2-momentum-3-velocity-4-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0ODE-the-de-broglie-wavelength-is-proportional-to-1-955-8733-1v-2-955-8733-1m-3-955-8733-1p-4-955-8733-p-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0ODI-particle-nature-and-wave-nature-of-electromagnetic-waves-and-electrons-can-be-shown-by-1-electron-has-small-mass-deflected-by-the-metal-sheet-2-x-ray-is-diffracted-reflected-by-thick-metal-sheet-3-lig https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg0ODM-the-de-broglie-wavelength-of-a-particle-moving-with-a-velocity-2-25-times-10-8-m-s-is-equal-to-the-wavelength-of-the-photon-what-is-the-ratio-of-the-kinetic-energy-of-the-particle-to-the-energy-of-the https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg1OTU-the-speed-of-an-electron-having-a-wavelength-of-10-10m-is-a-7-25-215-106-m-s-b-6-26-215-106-m-s-c-5-25-215-106-m-s-d-4-24-215-106-m-s-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg1OTY-the-kinetic-energy-of-electron-and-proton-is-10-32-j-then-the-relation-between-their-de-broglie-wavelengths-is-1-955-p-60-955-e-2-955-p-62-955-e-3-955-p-955-e-4-955-p-2-955-e-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg1OTc-the-de-broglie-wavelength-of-a-particle-accelerated-with-150-volt-potential-is-10-10-m-if-it-is-accelerated-by-600-volts-p-d-its-wavelength-will-be-1-0-25-aring-2-0-5-aring-3-1-5-aring-4-2-aring-1-2-3 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg1OTg-the-de-broglie-wavelength-associated-with-a-hydrogen-molecule-moving-with-a-thermal-velocity-of-3-km-s-will-be-1-1-aring-2-0-66-aring-3-6-6-aring-4-66-aring-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg1OTk-when-the-momentum-of-a-proton-is-changed-by-an-amount-p0-the-corresponding-change-in-the-de-broglie-wavelength-is-found-to-be-0-25-then-the-original-momentum-of-the-proton-was-a-p0-b-100-p0-c-400-p0-d https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MDA-the-de-broglie-wavelength-of-a-neutron-at-27-176-c-is-955-what-will-be-its-wavelength-at-927-176-c-a-955-2-b-955-3-c-955-4-d-955-9-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MDE-an-electron-and-proton-have-the-same-de-broglie-wavelength-then-the-kinetic-energy-of-the-electron-is-1-zero-2-infinity-3-equal-to-the-kinetic-energy-of-the-proton-4-greater-than-the-kinetic-energy-of https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MDI-for-the-moving-ball-of-cricket-the-correct-statement-about-de-broglie-wavelength-is-1-it-is-not-applicable-for-such-big-particle-2-frac-h-sqrt-2me-3-sqrt-frac-h-2me-4-frac-h-2me-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MDM-the-kinetic-energy-of-an-electron-with-de-broglie-wavelength-of-0-3-nanometer-is-1-0-168-ev-2-16-8-ev-3-1-68-ev-4-2-5-ev-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MDU-the-wavelength-of-de-broglie-wave-is-2-956-m-then-its-momentum-is-h-6-63-215-10-34-j-s-a-3-315-215-10-28-kg-m-s-b-1-66-215-10-28-kg-m-s-c-4-97-215-10-28-kg-m-s-d-9-9-215-10-28-kg-m-s-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MDg-if-the-kinetic-energy-of-a-free-electron-doubles-its-de-broglie-wavelength-changes-by-the-factor-1-12-2-2-3-12-4-2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MDk-the-energy-that-should-be-added-to-an-electron-to-reduce-its-de-broglie-wavelength-from-one-nm-to-0-5-nm-is-1-four-times-the-initial-energy-2-equal-to-the-initial-energy-3-twice-the-initial-energy-4-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MTA-the-wavelength-of-the-matter-wave-is-independent-of-1-mass-2-velocity-3-momentum-4-charge-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MTI-the-energy-of-a-photon-of-wavelength-lambda-is-given-by-1-h-lambda-2-ch-lambda-3-lambda-hc-4-hc-lambda-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MTM-the-rest-mass-of-the-photon-is-1-0-2-8734-3-between-0-and-8734-4-equal-to-that-of-an-electron-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MTU-the-momentum-of-a-photon-of-energy-hv-will-be-1-hv-2-hv-c-3-hvc-4-h-v-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MTY-if-the-momentum-of-a-photon-is-p-then-its-frequency-is-1-phc-2-pch-3-mhc-4-mch-where-m-is-the-rest-mass-of-the-photon-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MTc-an-air-station-is-broadcasting-the-waves-of-wavelength-300-metres-if-the-radiating-power-of-the-transmitter-is-10-kw-then-the-number-of-photons-radiated-per-second-is-1-1-5-215-1029-2-1-5-215-1031-3-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MTg-the-energy-of-a-photon-is-e-hv-and-the-momentum-of-photon-p-h-955-then-the-velocity-of-photon-will-be-1-e-p-2-ep-3-ep2-4-3-215-108m-s-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MTk-the-approximate-wavelength-of-a-photon-of-energy-2-48-ev-is-1-500-aring-2-5000-aring-3-2000-aring-4-1000-aring-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MjA-what-is-the-momentum-of-a-photon-in-an-x-text-ray-beam-of-10-10-meter-wavelength-1-1-5-times-10-23-text-kg-m-s-2-6-6-times-10-24-text-kg-m-s-3-6-6-times-10-44-text-kg-m-s-4-2-2-times-10-52-text-kg-m-s https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MjI-the-energy-of-quanta-of-frequency-10-15-text-hz-and-h-6-6-times-10-34-text-j-s-will-be-1-6-6-times-10-19-text-j-2-6-6-times-10-12-text-j-3-6-6-times-10-49-text-j-4-6-6-times-10-41-text-j-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MjQ-wavelength-of-a-1-kev-photon-is-1-24-times-10-9m-what-is-the-frequency-of-1-mev-photon-1-1-24-times-1015hz-2-2-4-times-1020hz-3-1-24-times-1018hz-4-2-4-times-1023hz-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MjU-what-is-the-momentum-of-a-photon-having-frequency-1-5-215-1013hz-a-3-3-215-10-29kgm-s-b-3-3-215-10-34kgm-s-c-6-6-215-10-34kgm-s-d-6-6-215-10-30kgm-s-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MzE-the-energy-of-a-photon-of-light-of-wavelength-450-nm-is-1-4-4-215-10-19j-2-2-5-215-10-19j-3-1-25-215-10-17j-4-2-5-215-10-17j-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg5OTM-which-of-the-following-is-true-for-photon-1-e-hc-955-2-e-12mu2-3-p-e2v-4-e-12mc2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg5OTg-einstein-s-photoelectric-equation-states-that-e-k-h-nu-phi-in-this-equation-e-k-refers-to-1-kinetic-energy-of-all-the-emitted-electrons-2-mean-kinetic-energy-of-the-emitted-electrons-3-maximum-kinetic https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg5OTk-kinetic-energy-with-which-the-electrons-are-emitted-from-the-metal-surface-due-to-photoelectric-effect-is-1-independent-of-the-intensity-of-illumination-2-independent-of-the-frequency-of-light-3-inver https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMDA-the-threshold-wavelength-for-photoelectric-emission-from-a-material-is-5200-aring-photo-electrons-will-be-emitted-when-this-material-is-illuminated-with-monochromatic-radiation-from-1-50-watt-infrared https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMDE-the-threshold-frequency-of-a-metal-is-10-15-text-hz-when-light-with-a-wavelength-lambda-4000-mathring-a-is-incident-on-its-surface-which-of-the-following-statements-is-correct-1-no-photoelectric-emiss https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMDI-einstein-got-nobel-prize-on-which-of-the-following-works-1-mass-energy-relation-2-special-theory-of-relativity-3-photoelectric-equation-4-a-and-b-both-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMDM-the-photo-electrons-emitted-from-a-surface-of-sodium-metal-are-such-that-1-they-all-are-of-the-same-frequency-2-they-have-the-same-kinetic-energy-3-they-have-the-same-de-broglie-wavelength-4-they-have https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMDQ-a-metal-surface-of-work-function-1-07-ev-is-irradiated-with-light-of-wavelength-332-nm-the-retarding-potential-required-to-stop-the-escape-of-photo-electrons-is-1-4-81-ev-2-3-74-ev-3-2-66-ev-4-1-07-ev https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMDU-in-a-photo-cell-the-photo-electrons-emission-takes-place-1-after-10-1-sec-on-incident-of-light-rays-2-after-10-3-sec-on-incident-of-light-rays-3-after-10-6-sec-on-incident-of-light-rays-4-after-10-8-s https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMDY-when-light-falls-on-a-metal-surface-the-maximum-kinetic-energy-of-the-emitted-photo-electrons-depends-upon-1-the-time-for-which-light-falls-on-the-metal-2-frequency-of-the-incident-light-3-intensity-o https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMDc-the-electrons-are-emitted-in-the-photoelectric-effect-from-a-metal-surface-1-only-if-the-frequency-of-the-incident-radiation-is-above-a-certain-threshold-value-2-only-if-the-temperature-of-the-surface https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMDg-the-work-function-of-a-metal-is-4-2-text-ev-its-threshold-wavelength-will-be-1-4000-mathring-text-a-2-3500-mathring-text-a-3-2955-mathring-text-a-4-2500-mathring-text-a-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMDk-the-number-of-photo-electrons-emitted-per-second-from-a-metal-surface-increases-when-1-the-energy-of-incident-photons-increases-2-the-frequency-of-incident-light-increases-3-the-wavelength-of-the-inci https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMTA-the-work-function-of-metal-is-1-ev-light-of-wavelength-3000-aring-is-incident-on-this-metal-surface-the-velocity-of-emitted-photo-electrons-will-be-a-10-m-sec-b-1-215-103-m-sec-c-1-215-104-m-sec-d-1-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMTE-the-work-function-of-a-metal-is-1-6-215-10-19-j-when-the-metal-surface-is-illuminated-by-the-light-of-wavelength-6400-aring-then-the-maximum-kinetic-energy-of-emitted-photo-electrons-will-be-planck-s https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMTI-ultraviolet-radiations-of-6-2-ev-falls-on-an-aluminium-surface-work-function-4-2-ev-the-kinetic-energy-in-joules-of-the-fastest-electron-emitted-is-approximately-1-3-2-times-10-21-2-3-2-times-10-19-3 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMTM-the-work-function-for-tungsten-and-sodium-are-4-5-ev-and-2-3-ev-respectively-if-the-threshold-wavelength-955-for-sodium-is-5460-aring-the-value-of-955-for-tungsten-is-1-5893-aring-2-10683-aring-3-2791 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMTQ-a-photon-of-energy-3-4-text-ev-is-incident-on-a-metal-having-a-work-function-of-2-text-ev-the-maximum-k-e-of-photo-electrons-is-equal-to-1-1-4-text-ev-2-1-7-text-ev-3-5-4-text-ev-4-6-8-text-ev-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMTU-the-photoelectric-threshold-wavelength-for-a-metal-surface-is-6600-aring-the-work-function-for-this-is-1-1-87-v-2-1-87-ev-3-18-7-ev-4-0-18-ev-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMTY-photoelectric-effect-was-successfully-explained-first-by-1-planck-2-hallwash-3-hertz-4-einstein-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMTg-a-photocell-is-receiving-light-from-a-source-placed-at-a-distance-of-1-m-if-the-same-source-is-placed-at-a-distance-of-2-m-then-the-ejected-electron-1-moves-with-one-fourth-of-energy-as-that-of-the-in https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMTk-in-a-photoelectric-experiment-for-4000-mathring-a-incident-radiation-the-potential-difference-to-stop-the-ejection-is-2-text-v-if-the-incident-light-is-changed-to-3000-mathring-a-then-the-potential-re https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMjA-light-of-wavelength-4000-mathrm-mathring-a-is-incident-on-a-sodium-surface-for-which-the-threshold-wavelength-of-photoelectrons-is-5420-mathrm-mathring-a-the-work-function-of-sodium-is-1-4-58-ev-2-2-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMjE-photocell-is-a-device-to-1-store-photons-2-measure-light-intensity-3-convert-photon-energy-into-mechanical-energy-4-store-electrical-energy-for-replacing-storage-batteries-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMjI-if-the-work-function-for-a-certain-metal-is-3-2-215-10-19-joule-and-it-is-illuminated-with-light-of-frequency-8-215-1014-hz-the-maximum-kinetic-energy-of-the-photo-electrons-would-be-h-6-63-215-10-34j https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMjM-the-stopping-potential-for-photoelectrons-1-does-not-depend-on-the-frequency-of-the-incident-light-2-does-not-depend-upon-the-nature-of-the-cathode-material-3-depends-on-both-the-frequency-of-the-inci https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMjQ-the-maximum-wavelength-of-radiation-that-can-produce-photoelectric-effect-in-a-certain-metal-is-200-nm-the-maximum-kinetic-energy-acquired-by-electron-due-to-radiation-of-wavelength-100-nm-will-be-1-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMjU-when-the-light-source-is-kept-20-cm-away-from-a-photo-cell-stopping-potential-0-6-v-is-obtained-when-source-is-kept-40-cm-away-the-stopping-potential-will-be-1-0-3-v-2-0-6-v-3-1-2-v-4-2-4-v-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMjY-the-minimum-energy-required-to-remove-an-electron-is-called-1-stopping-potential-2-kinetic-energy-3-work-function-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMjc-assuming-photoemission-to-take-place-the-factor-by-which-the-maximum-velocity-of-the-emitted-photoelectrons-changes-when-the-wavelength-of-the-incident-radiation-is-increased-four-times-is-1-4-2-14-3 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMjg-if-the-work-function-of-a-metal-is-981-and-the-frequency-of-the-incident-light-is-957-there-is-no-emission-of-photoelectron-if-1-v-60-981-h-2-v-981-h-3-v-62-981-h-4-v-62-981-h-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMjk-light-of-wavelength-955-strikes-a-photo-sensitive-surface-and-electrons-are-ejected-with-kinetic-energy-e-if-the-kinetic-energy-is-to-be-increased-to-2e-the-wavelength-must-be-changed-to-955-where-1-9 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMzA-if-in-a-photoelectric-experiment-the-wavelength-of-incident-radiation-is-reduced-from-6000-mathring-a-to-4000-mathring-a-then-1-the-stopping-potential-will-decrease-2-the-stopping-potential-will-incre https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMzE-the-photoelectric-work-function-for-a-metal-surface-is-4-125-ev-the-cut-off-wavelength-for-this-surface-is-1-4125-aring-2-2062-5-aring-3-3000-aring-4-6000-aring-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMzI-as-the-intensity-of-incident-light-increases-1-photoelectric-current-increases-2-photoelectric-current-decreases-3-kinetic-energy-of-emitted-photoelectrons-increases-4-kinetic-energy-of-emitted-photoe https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMzM-which-of-the-following-is-dependent-on-the-intensity-of-incident-radiation-in-a-photoelectric-experiment-1-work-function-of-the-surface-2-amount-of-photoelectric-current-3-stopping-potential-4-maximum https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMzU-the-maximum-kinetic-energy-of-photoelectrons-emitted-from-a-surface-when-photons-of-energy-6-ev-fall-on-it-is-4-ev-the-stopping-potential-in-volts-is-1-2-2-4-3-6-4-10-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMzY-work-function-of-a-metal-is-2-1-ev-which-of-the-waves-of-the-following-wavelengths-will-be-able-to-emit-photoelectrons-from-its-surface-1-4000-aring-7500-aring-2-5500-aring-6000-aring-3-4000-aring-600 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMzc-the-cathode-of-a-photoelectric-cell-is-changed-such-that-the-work-function-changes-from-w1-to-w2-w2-62-w1-if-the-current-before-and-after-the-change-are-i1-and-i2-all-other-conditions-remaining-unchan https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMzg-a-beam-of-light-of-wavelength-lambda-and-with-illumination-l-falls-on-a-clean-surface-of-sodium-if-n-photoelectrons-are-emitted-each-with-kinetic-energy-e-then-1-n-propto-l-and-e-propto-l-2-n-propto-l https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMzk-which-of-the-following-statements-is-correct-1-the-current-in-a-photocell-increases-with-increasing-frequency-of-light-2-the-photocurrent-is-proportional-to-applied-voltage-3-the-photocurrent-increase https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNDA-for-the-intensity-i-of-a-light-of-wavelength-5000-mathring-a-the-photoelectron-saturation-current-is-0-40-mu-text-a-and-the-stopping-potential-is-1-36-text-v-the-work-function-of-the-metal-is-1-2-47-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNDE-the-work-functions-of-metals-a-and-b-are-in-the-ratio-1-2-if-light-of-frequencies-f-and-2f-are-incident-on-the-surfaces-of-a-and-b-respectively-the-ratio-of-the-maximum-kinetic-energies-of-photoelectr https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNDM-4-ev-is-the-energy-of-the-incident-photon-and-the-work-function-in-2ev-what-is-the-stopping-potential-1-2v-2-4v-3-6v-4-22v-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNDQ-the-number-of-photons-of-wavelength-540-nm-emitted-per-second-by-an-electric-bulb-of-power-100w-is-taking-h-6-215-10-34j-sec-a-100-b-1000-c-3-215-1020-d-3-215-1018-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNDU-light-of-frequency-4v0-is-incident-on-the-metal-of-the-threshold-frequency-v0-the-maximum-kinetic-energy-of-the-emitted-photoelectrons-is-1-3hv0-2-2hv0-3-32hv0-4-12hv0-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNDY-two-identical-photo-cathodes-receive-light-of-frequencies-f1-and-f2-if-the-velocities-of-the-photo-electrons-of-mass-m-coming-out-are-respectively-v1-and-v2-then-1-v1-v2-2hmf1-f21-2-2-v12-v22-2hmf1-f2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNDc-when-radiation-of-wavelength-955-is-incident-on-a-metallic-surface-the-stopping-potential-is-4-8-volts-if-the-same-surface-is-illuminated-with-radiation-of-double-the-wavelength-then-the-stopping-pote https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNDg-if-the-energy-of-the-photon-is-increased-by-a-factor-of-4-then-its-momentum-1-does-not-change-2-decreases-by-a-factor-of-4-3-increases-by-a-factor-of-4-4-decreases-by-a-factor-of-2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNTA-the-work-function-for-metals-a-b-and-c-are-respectively-1-92-ev-2-0-ev-and-5-ev-according-to-einstein-rsquo-s-equation-the-metals-which-will-emit-photo-electrons-for-a-radiation-of-wavelength-4100-ari https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNTE-the-magnitude-of-saturation-photoelectric-current-depends-upon-1-frequency-2-intensity-3-work-function-4-stopping-potential-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNTI-the-light-rays-having-photons-of-energy-1-8-text-ev-are-falling-on-a-metal-surface-having-a-work-function-1-2-text-ev-what-is-the-stopping-potential-to-be-applied-to-stop-the-emitting-electrons-1-3-te https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNTU-a-photon-and-an-electron-have-equal-energy-e-then-955-photon-955-electron-is-proportional-to-1-e-2-1-e-3-1-e-4-does-not-depend-upon-e-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNTY-an-image-of-the-sun-is-formed-by-a-lens-of-focal-length-of-30-cm-on-the-metal-surface-of-a-photoelectric-cell-and-a-photoelectric-current-i-is-produced-the-lens-forming-the-image-is-then-replaced-by-a https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNTc-a-photon-of-1-7-215-10-13-joules-is-absorbed-by-a-material-under-special-circumstances-the-correct-statement-is-1-electrons-of-the-atom-of-absorbed-material-will-go-the-higher-energy-states-2-electron https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNTg-the-maximum-velocity-of-an-electron-emitted-by-light-of-wavelength-955-incident-on-the-surface-of-a-metal-of-work-function-981-is-1-2hc-955-981-m-955-1-2-2-2hc-955-981-m-955-1-2-3-2hc-955-981-m-955-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNTk-in-a-photoemissive-cell-with-executing-wavelength-955-the-fastest-electron-has-speed-v-if-the-exciting-wavelength-is-changed-to-3-955-4-the-speed-of-the-fastest-emitted-electron-will-be-a-v3-41-2-b-v4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwNjA-photoelectric-emission-is-observed-from-a-metallic-surface-for-frequencies-v1-and-v2-of-the-incident-light-rays-v1-62-v2-if-the-maximum-values-of-kinetic-energy-of-the-photoelectrons-emitted-in-the-tw https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNjE-the-ratio-of-de-broglie-wavelengths-of-molecules-of-hydrogen-and-helium-which-are-at-temperature-27-176-c-and-127-176-c-respectively-is-1-12-2-38-3-83-4-1-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNjI-a-photon-of-wavelength-6630-aring-is-incident-on-a-totally-reflecting-surface-the-momentum-delivered-by-the-photon-is-equal-to-1-6-63-215-10-27-kg-m-sec-2-2-215-10-27-kg-m-sec-3-10-27-kg-m-sec-4-none https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNjM-the-ratio-of-de-broglie-wavelength-of-a-alpha-particle-to-that-of-a-proton-being-subjected-to-the-same-magnetic-field-so-that-the-radii-of-their-path-are-equal-to-each-other-assuming-the-field-inducti https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNjQ-in-a-photocell-bichromatic-light-of-wavelength-2475-aring-and-6000-aring-are-incident-on-cathode-whose-work-function-is-4-8-ev-if-a-uniform-magnetic-field-of-3-215-10-5-tesla-exists-parallel-to-the-pl https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNjc-according-to-einstein-s-photoelectric-equation-the-graph-between-the-kinetic-energy-of-photoelectrons-ejected-and-the-frequency-of-incident-radiation-is-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNjg-for-the-photoelectric-effect-the-maximum-kinetic-energy-e1-of-the-emitted-photoelectrons-is-plotted-against-the-frequency-v-of-the-incident-photons-as-shown-in-the-figure-the-slope-of-the-curve-gives https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNjk-the-stopping-potential-v-for-photoelectric-emission-from-a-metal-surface-is-plotted-along-the-y-text-axis-and-the-frequency-nu-of-incident-light-along-the-x-text-axis-a-straight-line-is-obtained-as-sh https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNzA-in-an-experiment-on-the-photoelectric-effect-the-frequency-f-of-the-incident-light-is-plotted-against-the-stopping-potential-v-0-the-work-function-of-the-photoelectric-surface-is-given-by-e-is-an-elec https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNzE-the-stopping-potential-as-a-function-of-the-frequency-of-the-incident-radiation-is-plotted-for-two-different-photoelectric-surfaces-a-and-b-the-graphs-demonstrate-that-a-s-work-function-is-1-greater-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNzI-the-graph-between-the-intensity-of-light-falling-on-a-metallic-plate-i-and-the-generated-current-i-is-given-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNzM-for-a-photoelectric-cell-the-graph-showing-the-variation-of-the-cut-of-voltage-v-0-with-frequency-nu-of-incident-light-is-best-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNzQ-which-is-the-correct-curve-between-the-stopping-potential-v-0-and-the-intensity-of-incident-light-i-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNzU-the-value-of-stopping-potential-in-the-following-diagram-is-given-by-1-4-v-2-3-v-3-2-v-4-1-v-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNzY-in-the-following-diagram-if-v2-62-v1-then-1-955-1-955-2-2-955-1-60-955-2-3-955-1-955-2-4-955-1-62-955-2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNzc-a-point-source-of-light-is-used-in-an-experiment-on-photoelectric-effects-which-of-the-following-curves-best-represents-the-variation-of-photocurrent-i-with-distance-d-of-the-source-from-the-emitter-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwNzg-the-stopping-potential-v-0-versus-frequency-nu-0-plot-of-a-substance-is-shown-in-the-figure-what-will-be-the-threshold-wavelength-1-5-times-10-14-text-m-2-6000-mathring-a-3-5000-mathring-a-4-cannot-be https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwODI-the-dependence-of-the-short-wavelength-limit-955-min-on-the-accelerating-potential-v-is-represented-by-the-curve-of-figure-1-a-2-b-3-c-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NjAwODM-the-curves-a-b-c-and-d-show-the-variation-between-the-applied-potential-difference-v-and-the-photoelectric-current-i-at-two-different-intensities-of-light-i1-62-i2-in-which-figure-is-the-correct-varia https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246ODg5OTU-the-photoelectric-threshold-wavelength-of-silver-is-3250-times-10-10-text-m-what-will-be-the-velocity-of-the-electron-ejected-from-a-silver-surface-by-the-ultraviolet-light-of-wavelength-2536-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246ODkwNDY-when-the-light-of-frequency-2-nu-0-where-nu-0-is-threshold-frequency-is-incident-on-a-metal-plate-the-maximum-velocity-of-electrons-emitted-is-v-1-when-the-frequency-of-the-incident-radiation-is-incre https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTA4ODE-radiation-of-energy-e-falls-normally-on-a-perfectly-reflecting-surface-the-momentum-transferred-to-the-surface-is-c-velocity-of-light-1-e-over-c-2-2e-over-c-3-2e-over-c-2-4-e-over-c-2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTA4OTI-a-certain-metallic-surface-is-illuminated-with-monochromatic-light-of-wavelength-lambda-the-stopping-potential-for-photoelectric-current-for-this-light-is-3v-0-if-the-same-surface-is-illuminated-with https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTA4OTQ-which-of-the-following-figures-represent-the-variation-of-the-particle-momentum-and-the-associated-de-broglie-wavelength-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTE0MTE-for-photoelectric-emission-from-certain-metals-the-cutoff-frequency-is-nu-if-radiation-of-frequency-2-nu-impinges-on-the-metal-plate-the-maximum-possible-velocity-of-the-emitted-electron-will-be-m-is https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTI0MDU-in-the-photoelectric-emission-process-from-a-metal-of-work-function-1-8-ev-the-kinetic-energy-of-most-energetic-electrons-is-0-5-ev-the-corresponding-stopping-potential-is-1-1-3-v-2-0-5-v-3-2-3-v-4-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTI0MjY-light-of-two-different-frequencies-whose-photons-have-energies-of-1-ev-and-2-5-ev-respectively-illuminates-a-metallic-surface-whose-work-function-is-0-5-ev-successively-the-ratio-of-maximum-speeds-of https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTI0Mzk-electrons-used-in-an-electron-microscope-are-accelerated-by-a-voltage-of-25-kv-if-the-voltage-is-increased-to-100-kv-then-the-de-broglie-wavelength-associated-with-the-electrons-would-1-decrease-by-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTI1ODY-a-source-s1-is-producing-1015-photons-per-sec-of-wavelength-5000-aring-another-source-s2-is-producing-1-02-times-1015-photons-per-second-of-wavelength-5100-aring-then-power-of-s2-power-of-s1-is-equal https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTMyMjc-monochromatic-light-of-wavelength-667-nm-is-produced-by-a-helium-neon-laser-the-power-emitted-is-9mw-the-number-of-photons-arriving-per-second-on-average-at-a-target-irradiated-by-this-beam-is-1-9-x-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTMyMzY-the-number-of-photoelectrons-emitted-for-the-light-of-a-frequency-nu-higher-than-the-threshold-frequency-nu-0-is-proportional-to-1-nu-nu-0-2-threshold-frequency-nu-0-3-intensity-of-light-4-frequency-o https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTMyNzI-the-work-function-of-the-surface-of-a-photosensitive-material-is-6-2-ev-in-which-region-does-the-wavelength-of-the-incident-radiation-for-which-the-stopping-potential-is-5-v-lie-1-ultraviolet-region-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTMzMDU-in-the-phenomenon-of-electric-discharge-through-gases-at-low-pressure-the-colored-glow-in-the-tube-appears-as-a-result-of-1-excitation-of-electrons-in-the-atoms-2-a-collision-between-the-atoms-of-the https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTM1NDc-a-5-text-w-emits-monochromatic-light-of-wavelength-5000-mathring-a-when-placed-0-5-text-m-away-it-liberates-photoelectrons-from-a-photosensitive-metallic-surface-when-the-source-is-moved-1-0-text-m-aw https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTM1ODY-monochromatic-light-of-frequency-6-0-times-1014-hz-is-produced-by-a-laser-the-power-emitted-is-2-times-10-3-w-the-number-of-photons-emitted-on-average-by-the-source-per-second-is-1-5-times-1015-2-5-ti https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTM5NTY-a-photocell-employs-a-photo-electric-effect-to-convert-1-change-in-the-frequency-of-light-into-a-change-in-electric-voltage-2-change-in-the-intensity-of-illumination-into-a-change-in-photoelectric-cur https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTM5NjI-when-photons-of-energy-h-nu-fall-on-an-aluminium-plate-of-work-function-e0-photoelectrons-of-maximum-kinetic-energy-k-are-ejected-if-the-frequency-of-the-radiation-is-doubled-the-maximum-kinetic-energ https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTM5Njg-the-momentum-of-a-photon-of-energy-1-mev-in-kg-m-s-will-be-1-0-33-times-106-2-7-times-10-24-3-10-22-4-5-times-10-22-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTU1NzA-an-electron-is-accelerated-through-a-potential-difference-of-10-000-text-v-its-de-broglie-wavelength-is-nearly-left-m-e-9-times-10-31-text-kg-right-1-12-2-text-nm-2-12-2-times-10-13-text-m-3-12-2-time https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTIxNTYy-a-plane-electromagnetic-wave-of-wave-intensity-6-w-m2-strikes-a-small-mirror-of-area-30-cm2-held-perpendicular-to-the-approaching-wave-the-momentum-transferred-in-kg-ms-1-by-the-wave-to-the-mirror-eac https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTMxNzQx-the-work-function-of-the-photosensitive-material-is-4-0-text-ev-the-longest-wavelength-of-light-that-can-cause-photoelectric-emission-from-the-substance-is-approximately-1-3100-text-nm-2-966-text-nm-3 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTMxNzQy-a-proton-and-an-alpha-text-particle-are-accelerated-from-rest-to-the-same-energy-the-de-broglie-wavelength-lambda-p-and-lambda-alpha-are-in-the-ratio-1-2-1-2-1-1-3-sqrt-2-1-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY3NDA5-the-work-function-of-a-metal-surface-is-2-ev-when-the-light-of-frequency-f-is-incident-on-the-surface-the-maximum-kinetic-energy-of-the-photoelectrons-emitted-is-5-ev-if-the-frequency-of-the-incident https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY4MTU4-the-variation-of-the-kinetic-energy-k-of-photoelectrons-as-a-function-of-the-frequency-f-of-the-incident-radiation-is-best-shown-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTg1NDI0-light-of-a-frequency-of-1-5-times-the-threshold-frequency-is-incident-on-a-photosensitive-material-what-happens-to-the-photoelectric-current-when-the-frequency-is-cut-in-half-and-the-intensity-is-doub https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTg1NDMx-an-electron-is-accelerated-from-rest-through-a-potential-difference-of-v-volt-if-the-de-broglie-wavelength-of-an-electron-is-1-227-times10-2-text-nm-what-will-be-its-potential-difference-1-10-2-text-v https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTk4NjU4-light-of-wavelength-488-nm-is-produced-by-an-argon-laser-which-is-used-in-the-photoelectric-effect-when-light-from-this-spectral-line-is-incident-on-the-emitter-the-stopping-cut-off-potential-of-photo https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTk4NjU5-what-will-be-the-momentum-of-the-electrons-accelerated-through-a-potential-difference-of-56-text-v-1-4-07-times-10-25-text-kg-text-ms-1-2-4-04-times-10-24-text-kg-text-ms-1-3-4-07-times-10-24-text-kg https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTk4NjYw-what-is-the-de-broglie-wavelength-of-an-electron-with-the-kinetic-energy-of-120-ev-1-0-123-nm-2-0-121-nm-3-0-112-nm-4-0-131-nm-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTk4NjYx-for-what-kinetic-energy-of-a-neutron-will-the-associated-de-broglie-wavelength-be-1-40-x-10-10-m-1-1-1-times-10-2-ev-2-2-1-times-10-2-ev-3-3-3-times-10-2-ev-4-4-2-times-10-2-ev-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTk4NjYy-what-is-the-de-broglie-wavelength-of-a-nitrogen-molecule-in-air-at-300-k-assume-that-the-molecule-is-moving-with-the-root-mean-square-speed-of-molecules-at-this-temperature-atomic-mass-of-nitrogen-14 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTk5OTA3-about-5-of-the-power-of-a-100-w-light-bulb-is-converted-to-visible-radiation-what-is-the-average-intensity-of-visible-radiation-at-a-distance-of-1-m-from-the-bulb-1-0-472-w-m2-2-0-398-w-m2-3-0-323-w-m https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDMy-what-is-the-de-broglie-wavelength-of-a-bullet-of-mass-0-040-kg-traveling-at-the-speed-of-1-0-km-s-1-1-65-times10-35-m-2-1-05-times10-35-m-3-2-15-times10-35-m-4-2-11-times10-35-m-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDMz-an-electron-and-a-photon-each-have-a-wavelength-of-1-00-nm-the-momentum-of-the-electron-will-be-1-greater-than-photon-2-equal-to-the-photon-3-less-than-photon-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDM1-the-work-function-of-cesium-metal-is-2-14-ev-when-light-of-frequency-6-times10-14-hz-is-incident-on-the-metal-surface-photoemission-of-electrons-occurs-what-is-the-stopping-potential-of-the-metal-1-0 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDM2-the-photoelectric-cut-off-voltage-in-a-certain-experiment-is-1-5-text-v-what-is-the-maximum-kinetic-energy-of-photoelectrons-emitted-1-2-1-times-10-19-text-j-2-1-7-times-10-19-text-j-3-2-4-times-10-19 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDM3-monochromatic-light-of-wavelength-632-8-text-nm-is-produced-by-a-helium-neon-laser-the-power-emitted-is-9-42-text-mw-the-energy-of-each-photon-in-the-light-beam-is-1-4-801-times-10-19-text-j-2-2-121-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDM4-the-energy-flux-of-sunlight-reaching-the-surface-of-the-earth-is-1-388-times10-3-w-m2-how-many-photons-nearly-per-square-meter-are-incident-on-the-earth-per-second-assume-an-average-wavelength-of-550 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDM5-in-an-experiment-on-the-photoelectric-effect-the-slope-of-the-cut-off-voltage-versus-frequency-of-incident-light-is-found-to-be-4-12-times-10-15vs-the-value-of-planck-s-constant-is-1-6-682-times-10-4j https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDQw-a-100-w-sodium-lamp-radiates-energy-uniformly-in-all-directions-the-lamp-is-located-at-the-center-of-a-large-sphere-that-absorbs-all-the-sodium-light-which-is-incident-on-it-the-wavelength-of-sodium-l https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDQx-light-of-frequency-7-21-times-10-14-text-hz-is-incident-on-a-metal-surface-electrons-with-a-maximum-speed-of-6-0-times-10-5-text-m-s-are-ejected-from-the-surface-what-is-the-threshold-frequency-for-th https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDQy-the-threshold-frequency-for-a-certain-metal-is-3-3-times10-14-text-hz-if-the-light-of-frequency-8-2-times10-14-text-hz-is-incident-on-the-metal-the-cut-off-voltage-for-the-photoelectric-emission-is-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDc0-light-of-intensity-10-5-w-m-2-falls-on-a-sodium-photo-cell-of-surface-area-2-cm2-assuming-that-the-top-5-layers-of-sodium-absorb-the-incident-energy-the-time-required-for-photoelectric-emission-in-the https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDc1-monochromatic-radiation-of-wavelength-640-2-nm-1-nm-10-9-m-from-a-neon-lamp-irradiates-photosensitive-material-made-of-cesium-on-tungsten-the-stopping-voltage-is-measured-to-be-0-54-v-the-source-is-re https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDc2-ultraviolet-light-of-wavelength-2271-aring-from-a-100-w-mercury-source-irradiates-a-photocell-made-of-molybdenum-metal-if-the-stopping-potential-is-minus-1-3-v-the-work-function-of-the-metal-is-1-4-15 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDc3-in-an-accelerator-experiment-on-high-energy-collisions-of-electrons-with-positrons-a-certain-event-is-interpreted-as-the-annihilation-of-an-electron-positron-pair-of-total-energy-10-2-bev-into-two-gam https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDc5-the-typical-de-broglie-wavelength-of-an-electron-in-metal-at-27-circ-text-c-will-be-1-4-4-times-10-10-text-m-2-3-4-times-10-9-text-m-3-1-3-times-10-10-text-m-4-6-2-times-10-9-text-m-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDgw-the-typical-de-broglie-wavelength-associated-with-a-he-atom-in-helium-gas-at-room-temperature-27-deg-c-and-1-atm-pressure-will-be-1-4-63-times-10-11-mathrm-m-2-6-2-times-10-12-mathrm-m-3-7-3-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjAwMDgx-an-electron-microscope-uses-electrons-accelerated-by-a-voltage-of-50-kv-the-de-broglie-wavelength-associated-with-the-electrons-is-1-6-7-times-10-12-mathrm-m-2-5-4-times-10-12-mathrm-m-3-8-5-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ1MDcz-an-electron-with-144-text-ev-of-kinetic-energy-has-a-de-broglie-wavelength-that-is-very-similar-to-1-102-times10-3-text-nm-2-102-times10-4-text-nm-3-102-times10-5-text-nm-4-102-times10-2-text-nm-1-2-3 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ1MDgw-which-among-the-following-verified-the-wave-nature-of-electrons-experimentally-1-de-broglie-2-hertz-3-einstein-4-davisson-and-germer-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTUz-a-particle-is-dropped-from-a-height-h-the-de-broglie-wavelength-of-the-particle-as-a-function-of-height-is-proportional-to-1-h-2-h-1-2-3-h-0-4-h-1-2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTU0-the-wavelength-of-a-photon-needed-to-remove-a-proton-from-a-nucleus-which-is-bound-to-the-nucleus-with-1-text-mev-energy-is-nearly-1-1-2-text-nm-2-1-2-times-10-3-text-nm-3-1-2-times-10-6-text-nm-4-1-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTU1-consider-a-beam-of-electrons-each-electron-with-energy-e-0-incident-on-a-metal-surface-kept-in-an-evacuated-chamber-then-1-no-electrons-will-be-emitted-as-only-photons-can-emit-electrons-2-electrons-c https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTU2-consider-the-figure-given-below-suppose-the-voltage-applied-to-a-is-increased-the-diffracted-beam-will-have-the-maximum-at-a-value-of-theta-that-1-will-be-larger-than-the-earlier-value-2-will-be-the-s https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTU3-a-particle-moves-in-a-closed-orbit-around-the-origin-due-to-a-force-which-is-directed-toward-the-origin-the-de-broglie-wavelength-of-the-particle-varies-cyclically-between-the-two-values-lambda-1-lamb https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTU4-photons-absorbed-in-matter-are-converted-to-heat-a-source-emitting-n-photon-sec-of-frequency-nu-is-used-to-convert-1-text-kg-of-ice-at-0-circ-text-c-to-water-at-0-circ-text-c-then-the-time-t-taken-for https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTU5-the-de-broglie-wavelength-of-a-photon-is-twice-the-de-broglie-wavelength-of-an-electron-the-speed-of-the-electron-is-v-e-dfrac-c-100-then-1-dfrac-e-e-e-p-10-4-2-dfrac-e-e-e-p-10-2-3-dfrac-p-e-m-ec-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTYw-two-particles-a-1-and-a-2-of-masses-m-1-m-2-m-1-m-2-have-the-same-de-broglie-wavelength-then-a-their-momenta-magnitude-are-the-same-b-their-energies-are-the-same-c-the-energy-of-a-1-is-less-than-the-e https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTYx-relativistic-corrections-become-necessary-when-the-expression-for-the-kinetic-energy-dfrac-1-2-mv-2-becomes-comparable-with-mc-2-where-m-is-the-mass-of-the-particle-at-what-de-broglie-wavelength-will https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTYy-an-electron-mass-m-with-an-initial-velocity-overset-rightarrow-v-v-0-hat-i-is-in-an-electric-field-overset-rightarrow-e-e-0-hat-j-if-lambda-0-dfrac-h-mv-0-its-de-broglie-wavelength-at-time-t-is-given https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTYz-an-electron-mass-m-with-an-initial-velocity-vec-v-v-0-hat-i-v-0-0-thinsp-is-in-an-electric-field-thinsp-vec-e-e-0-hat-i-e-0-constant-0-its-de-broglie-wavelength-at-time-t-is-given-by-1-dfrac-lambda-0 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTY1-an-electron-is-moving-with-an-initial-velocity-vec-v-v-0-hat-i-and-is-in-a-magnetic-field-vec-b-b-0-hat-j-then-its-de-broglie-wavelength-1-remains-constant-2-increases-with-time-3-decreases-with-time https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjQ5NTY2-a-proton-a-neutron-an-electron-and-an-alpha-text-particle-have-the-same-energy-then-their-de-broglie-wavelengths-compare-as-1-lambda-p-lambda-n-lambda-e-lambda-alpha-2-lambda-alpha-lambda-alpha-4-lamb https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjczODgz-monochromatic-light-of-frequency-6-0-times-10-14-text-hz-is-produced-by-a-laser-the-power-emitted-is-2-0-times-10-3-text-w-how-many-photons-per-second-on-average-are-emitted-by-the-source-1-6-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjczODkw-the-work-function-of-cesium-is-2-14-text-ev-the-threshold-frequency-for-cesium-is-1-5-03-times10-12-text-hz-2-6-12-times10-14-text-hz-3-5-16-times10-14-text-hz-4-6-51-times10-12-text-hz-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjczODk0-the-work-function-of-caesium-is-2-14-text-ev-the-wavelength-of-incident-light-if-the-photocurrent-is-brought-to-zero-by-a-stopping-potential-of-0-60-text-v-will-be-1-454-text-nm-2-440-text-nm-3-333-te https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjczOTAy-the-wavelength-of-light-in-the-visible-region-is-about-390-nm-for-violet-colour-the-energy-of-photons-in-ev-is-take-h-6-63-times-10-34-mathrm-js-and-1-mathrm-ev-1-6-times-10-19-mathrm-j-1-1-64-ev-2-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjczOTE0-what-is-the-de-broglie-wavelength-associated-with-an-electron-moving-at-a-speed-of-5-4-times10-6-text-m-s-1-0-244-text-nm-2-0-135-text-nm-3-0-157-text-nm-4-0-111-text-nm-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjczOTgz-the-de-broglie-wavelength-associated-with-a-ball-of-mass-150-text-g-travelling-at-a-speed-of-30-0-text-m-s-is-1-1-47-times10-32-text-m-2-2-01-times10-34-text-m-3-2-01-times10-32-text-m-4-1-47-times10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjczOTg0-an-electron-an-text-particle-and-a-proton-have-the-same-kinetic-energy-which-of-these-particles-has-the-shortest-de-broglie-wavelength-1-electron-2-text-particle-3-proton-4-all-have-the-same-de-brogli https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjczOTg1-a-particle-is-moving-three-times-as-fast-as-an-electron-the-ratio-of-the-de-broglie-wavelength-of-the-particle-to-that-of-the-electron-is-1-813-times-10-4-the-particle-rsquo-s-mass-is-1-9-371-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc0NzE4-what-is-the-de-broglie-wavelength-associated-with-an-electron-accelerated-through-a-potential-difference-of-100-text-v-1-0-123-text-nm-2-0-232-text-nm-3-0-031-text-nm-4-0-312-text-nm-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc0OTU5-graph-shows-variation-of-photoelectric-current-with-intensity-of-light-it-can-be-concluded-that-photoelectrons-emitted-per-second-are-1-independent-of-intensity-of-incident-radiation-2-inversely-propo https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc0OTYw-the-graph-shows-the-variation-of-photocurrent-with-collector-plate-potential-for-different-intensities-of-incident-radiation-then-the-maximum-intensity-is-1-i1-2-i2-3-i3-4-all-intensities-are-same-1-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc1Nzc1-the-wavelength-of-light-in-the-visible-region-is-about-550-text-nm-average-wavelength-for-yellow-green-colour-three-materials-with-work-functions-are-given-as-al-4-28-text-ev-cu-4-65-text-ev-and-na-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc3MTI3-the-number-of-photons-per-second-on-an-average-emitted-by-a-source-of-monochromatic-light-of-wavelength-600-text-nm-when-it-delivers-the-power-of-3-3-times-10-3-watt-will-be-h-6-6-times10-34-text-j-s https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc3MTMx-an-electromagnetic-wave-of-wavelength-lambda-is-incident-on-a-photosensitive-surface-of-negligible-work-function-if-m-is-the-mass-of-photoelectron-emitted-from-the-surface-and-lambda-d-is-the-de-brogl https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzM5MzMw-when-two-monochromatic-lights-of-frequency-nu-and-dfrac-nu-2-are-incident-on-a-photoelectric-metal-their-stopping-potential-becomes-dfrac-v-s-2-and-v-s-respectively-the-threshold-frequency-for-this-me https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzM5MzU4-the-graph-that-shows-the-variation-of-the-de-broglie-wavelength-lambda-of-a-particle-and-its-associated-momentum-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzM5NzMy-the-de-broglie-wavelength-of-the-thermal-electron-at-27-circ-text-c-is-lambda-when-the-temperature-is-increased-to-927-circ-text-c-its-de-broglie-wavelength-will-become-1-2-lambda-2-4-lambda-3-dfrac-l https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzM5NzY0-in-a-photoelectric-experiment-blue-light-is-capable-of-ejecting-a-photoelectron-from-a-specific-metal-while-green-light-is-not-able-to-eject-a-photoelectron-ejection-of-photoelectrons-is-also-possible https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ2NTY3-the-light-rays-having-photons-of-energy-4-2-text-ev-are-falling-on-a-metal-surface-having-a-work-function-of-2-2-text-ev-the-stopping-potential-of-the-surface-is-1-2-text-ev-2-2-text-v-3-1-1-text-v-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ2NTg3-the-threshold-frequency-of-a-photoelectric-metal-is-nu-0-if-the-light-of-frequency-4-nu-0-is-incident-on-this-metal-then-the-maximum-kinetic-energy-of-emitted-electrons-will-be-1-h-nu-0-2-2h-nu-0-3-3h https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY2OTI0-the-work-functions-of-caesium-mathrm-cs-potassium-mathrm-k-and-sodium-mathrm-na-are-2-14-text-ev-2-30-text-ev-and-2-75-text-ev-respectively-if-incident-electromagnetic-radiation-has-an-incident-energy https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY4Mjg3-the-de-broglie-wavelength-associated-with-an-electron-accelerated-by-a-potential-difference-of-81-v-is-given-by-1-13-6-nm-2-136-nm-3-1-36-nm-4-0-136-nm-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY4Mjkx-the-maximum-kinetic-energy-of-the-emitted-photoelectrons-in-the-photoelectric-effect-is-independent-of-the-1-work-function-of-material-2-intensity-of-incident-radiation-3-frequency-of-incident-radiati https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU0OTY4-if-c-is-the-velocity-of-light-in-free-space-the-correct-statements-about-photons-among-the-following-are-a-the-energy-of-a-photon-is-e-h-nu-b-the-velocity-of-a-photon-is-c-c-the-momentum-of-a-photon-p https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU0OTcw-the-graph-that-shows-the-variation-of-dfrac-1-lambda-2-with-the-kinetic-energy-e-where-lambda-is-the-de-broglie-wavelength-of-a-free-particle-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU2NzEx-radiation-of-wavelength-280-text-nm-is-used-in-an-experiment-of-photoelectric-effect-with-cathode-of-work-function-2-5-text-ev-the-maximum-kinetic-energy-of-the-photoelectrons-is-take-h-6-62-times10-3 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU2NzIx-given-below-are-two-statements-statement-i-the-de-broglie-wavelength-associated-with-a-material-particle-depends-on-its-charge-and-nature-statement-ii-the-wave-nature-of-particles-in-sub-atomic-domain https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzI2MTE3-a-monochromatic-source-of-light-emits-50-text-w-at-a-wavelength-of-400-text-nm-the-number-of-photons-emitted-per-second-is-approximately-take-hc-1240-text-ev-nm-1-10-20-2-10-25-3-10-30-4-10-40-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY1Njk1-a-photo-cell-is-illuminated-by-a-source-of-light-which-is-placed-at-a-distance-d-from-the-cell-if-the-distance-becomes-dfrac-d-2-then-the-number-of-electrons-emitted-per-second-will-be-1-same-2-four-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzI2MTE2-a-metallic-ball-work-function-2-ev-is-irradiated-with-light-consisting-of-photons-of-wavelength-200-nm-the-ball-has-an-initial-charge-giving-it-a-potential-1-v-take-the-product-of-planck-s-constant-an https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzIyOTA3-a-fraction-f-of-the-incident-energy-in-a-beam-of-light-of-wavelength-lambda-is-absorbed-by-a-metallic-surface-and-causes-photoemission-if-the-power-of-the-beam-falling-on-the-surface-is-p-then-the-max https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzU4MjY3-a-source-of-light-is-placed-at-a-distance-of-50-cm-from-a-photocell-and-the-stopping-potential-is-found-to-be-v-0-if-the-distance-between-the-light-source-and-photocell-is-made-25-cm-the-new-stopping https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY0NjM1-according-to-einstein-s-photoelectric-equation-the-graph-between-the-kinetic-energy-of-photoelectrons-ejected-and-the-frequency-of-incident-radiation-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzIyOTE5-the-frequency-of-light-in-a-photoelectric-experiment-is-tripled-the-stopping-potential-will-1-be-tripled-2-be-more-than-tripled-3-be-less-than-tripled-4-become-one-third-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQxMDYx-in-an-experiment-on-the-photoelectric-effect-the-maximum-kinetic-energy-of-the-emitted-electrons-is-plotted-as-a-function-of-the-frequency-of-incident-radiation-the-graph-is-1-a-straight-line-with-a-p https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzIyOTEw-the-electric-field-associated-with-a-light-wave-is-given-by-e-e-0-sin-omega-1-t-sin-omega-2-t-this-light-wave-falls-on-a-metal-having-a-threshold-frequency-nu-0-the-maximum-kinetic-energy-of-the-emitt https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ1MTgw-light-of-wavelength-4000-mathring-a-is-incident-on-a-metal-whose-work-function-is-2-0-text-ev-the-fastest-photo-electrons-emitted-have-an-energy-of-take-hc-12400-ev-mathring-a-1-0-5-text-ev-2-3-1-text https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTAwODg-when-a-metallic-surface-is-illuminated-with-radiation-of-wavelength-lambda-the-stopping-potential-is-v-if-the-same-surface-is-illuminated-with-radiation-of-wavelength-2-lambda-the-stopping-potential-i https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY1NTk0-which-of-the-following-demonstrates-the-particle-nature-of-light-1-photoelectric-effect-2-interference-3-refraction-4-polarisation-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzA2NjI1-two-photons-have-1-equal-wavelengths-have-equal-linear-momenta-2-equal-energies-have-equal-linear-momenta-3-equal-frequencies-have-equal-linear-momenta-4-equal-linear-momenta-have-equal-wavelengths-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzA2NjI3-let-n-r-and-n-b-be-respectively-the-number-of-photons-emitted-by-a-red-bulb-and-a-blue-bulb-of-equal-power-in-a-given-time-then-1-n-r-n-b-2-n-r-3-n-r-n-b-4-the-information-is-insufficient-to-get-a-rel https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQzMzAy-photons-and-electrons-of-the-same-wavelength-are-compared-which-one-carries-larger-momentum-1-photon-2-electron-3-neither-since-both-have-equal-momenta-4-it-could-be-either-depending-on-the-energy-1-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzIyOTA5-photons-of-wavelength-lambda-cause-the-emission-of-photoelectrons-from-a-metallic-surface-the-de-broglie-wavelength-of-the-fastest-photoelectron-being-lambda-d-a-graph-of-dfrac-1-lambda-text-vs-dfrac https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzA2NjI5-the-work-function-of-a-metal-is-h-nu-0-light-of-frequency-nu-falls-on-this-metal-the-photoelectric-effect-will-take-place-only-if-1-nu-geq-nu-0-2-nu-2-nu-0-3-nu-nu-0-4-nu-nu-0-2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQwMTI2-given-below-are-two-statements-assertion-a-the-work-function-of-aluminium-is-4-2-text-ev-emission-of-electrons-will-not-be-possible-if-two-photons-each-of-energy-2-5-text-ev-strike-an-electron-of-alum https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzkzNDkw-why-does-the-wave-theory-of-light-fail-to-explain-the-photoelectric-effect-1-the-photoelectric-effect-does-not-occur-if-the-frequency-of-light-is-below-a-certain-threshold-regardless-of-its-intensity https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ1NjYx-a-photosensitive-plate-has-a-threshold-frequency-which-is-in-the-range-of-blue-light-it-can-also-exhibit-a-photoelectric-effect-if-illuminated-by-1-orange-light-2-yellow-light-3-green-light-4-violet-l https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY4MTQ2-the-correct-graph-between-photoelectric-current-i-and-intensity-i-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY1NDU3-if-the-frequency-of-incident-radiations-is-doubled-then-which-of-the-following-will-increase-1-kinetic-energy-of-the-electron-2-photoelectric-current-3-stopping-potential-4-both-1-3-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mzg3MDI2-the-figure-below-shows-the-variation-of-photocurrent-i-with-anode-potential-v-the-three-curves-are-due-to-1-variation-in-the-colour-of-light-2-variation-in-the-frequency-of-light-3-variation-in-the-in https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDAwNTA5-which-of-the-following-solid-substances-will-most-likely-show-the-photoelectric-effect-easily-1-potassium-2-rubber-3-plastic-4-solid-hydrogen-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ1NDk0-the-work-function-of-a-certain-metal-is-3-3-text-ev-the-threshold-frequency-for-the-same-metal-for-photoelectric-emission-will-be-text-take-h-6-6-times-10-34-text-j-s-1-text-ev-1-6-times-10-19-text-j https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzA2NjM0-a-point-source-of-light-is-used-in-a-photoelectric-effect-if-the-source-is-removed-farther-from-the-emitting-metal-the-stopping-potential-1-will-increase-2-will-decrease-3-will-remain-constant-4-will https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzMxMDg1-the-maximum-velocity-of-the-photoelectrons-emitted-by-a-metal-surface-is-1-2-times-10-6-text-ms-1-assuming-the-specific-charge-of-the-electron-is-1-8-times-10-11-text-c-kg-1-the-value-of-the-stopping https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzYzMzQy-which-of-the-following-statements-correctly-describes-the-photoelectric-effect-1-the-maximum-kinetic-energy-of-emitted-electrons-depends-on-the-intensity-of-light-2-the-stopping-potential-depends-only https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5MjU4-in-a-photoelectric-effect-experiment-the-stopping-potential-v-is-plotted-against-the-reciprocal-of-wavelength-1-lambda-of-incident-radiation-what-happens-to-this-graph-when-the-intensity-of-the-incide https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY2NTk1-the-work-functions-of-two-metals-are-9-text-ev-and-4-5-text-ev-respectively-what-is-the-approximate-difference-between-their-threshold-wavelengths-text-use-hc-1240-text-ev-nm-1-138-text-nm-2-130-text https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzU3NDgy-to-determine-the-value-of-planck-s-constant-h-using-the-photoelectric-effect-experiment-where-both-the-frequency-of-incident-light-and-its-intensity-are-varied-while-measuring-voltage-and-current-whic https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY4MTMw-the-figure-shows-different-graphs-between-stopping-potential-v-0-and-frequency-v-for-photosensitive-surfaces-of-cesium-potassium-sodium-and-lithium-the-plots-are-parallel-which-of-the-following-about https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NzQyNjg-if-the-threshold-wavelength-for-a-photosensitive-plate-is-4000-what-will-be-the-value-of-saturation-current-if-radiation-of-wavelength-5000-is-incident-1-zero-2-1-ma-3-3-ma-4-data-is-insufficient-to-p https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzUwMDEy-in-a-photoelectric-experiment-if-the-intensity-w-m2-of-incident-light-is-doubled-while-keeping-the-frequency-the-same-then-the-saturation-current-1-remains-constant-2-also-doubles-3-halves-4-becomes-f https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzA2NjQ1-the-photocurrent-in-an-experiment-on-the-photoelectric-effect-increases-if-a-the-intensity-of-the-source-is-increased-b-the-exposure-time-is-increased-c-the-intensity-of-the-source-is-decreased-d-the https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTIwODY0-uv-light-of-4-13-ev-is-incident-on-a-photosensitive-metal-surface-having-work-function-3-13-ev-the-maximum-kinetic-energy-of-ejected-photoelectrons-will-be-1-7-26-ev-2-1-ev-3-3-13-ev-4-4-13-ev-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTE3NTY0-in-photoelectric-experiment-energy-of-2-48-mathrm-ev-irradiates-a-photo-sensitive-material-the-stopping-potential-was-measured-to-0-5-mathrm-v-work-function-of-the-photo-sensitive-material-is-1-2-48-m https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU2NDQz-if-the-work-function-of-a-metal-is-6-63-text-ev-then-find-its-threshold-frequency-for-the-photoelectric-effect-1-1-9-times10-15-text-hz-2-1-6-times10-15-text-hz-3-2-times10-16-text-hz-4-1-2-times10-15 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzI1ODkz-the-work-function-for-a-metal-is-4-text-ev-to-emit-a-photoelectron-of-zero-velocity-from-the-surface-of-the-metal-the-wavelength-of-incident-light-should-be-1-2700-mathring-a-2-1700-mathring-a-3-2900 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ1NzM5-the-light-of-two-different-frequencies-whose-photons-have-energies-3-8-text-ev-and-1-4-text-ev-respectively-illuminate-a-metallic-surface-whose-work-function-is-0-6-text-ev-successively-the-ratio-of-m https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTE5OTA4-when-uv-light-of-wavelength-300-nm-is-incident-on-the-metal-surface-having-work-function-2-13-ev-electron-emission-takes-place-the-stopping-potential-is-1-4-1-v-2-2-v-3-4-v-4-1-5-v-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU1NjEw-the-maximum-wavelength-of-the-light-source-such-that-photoelectrons-can-be-ejected-from-the-material-of-work-function-3-text-ev-is-1-2133-3-mathring-a-2-3133-3-mathring-a-3-4133-3-mathring-a-4-313-3-m https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc2ODkz-in-a-photoelectric-effect-experiment-the-threshold-wavelength-of-light-is-380-text-nm-if-the-wavelength-of-incident-light-is-260-text-nm-the-maximum-kinetic-energy-of-emitted-electrons-will-be-given-e https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ1OTIz-which-of-the-following-graphs-is-the-variation-of-stopping-potential-v-s-with-frequency-nu-for-a-photosensitive-material-correctly-shown-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzMxNjIx-representing-the-stopping-potential-v-along-y-text-axis-and-left-1-mathit-lambda-right-along-x-text-axis-for-a-given-photocathode-the-curve-is-a-straight-line-the-slope-of-which-is-equal-to-1-dfrac-e https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY0Njk3-light-of-wavelength-3000-mathring-a-in-photoelectric-effect-gives-electron-of-maximum-kinetic-energy-0-5-text-ev-if-the-wavelength-changes-to-2000-mathring-a-then-the-maximum-kinetic-energy-of-emitted https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzYzMDQ3-for-a-photoelectric-setup-threshold-frequency-is-f-0-for-incident-frequency-of-2f-0-stopping-potential-is-v-1-for-incident-frequency-of-5f-0-stopping-potential-is-v-2-then-frac-v-1-v-2-1-1-5-2-1-2-3-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTczNzcw-a-photoelectric-surface-is-illuminated-successively-by-monochromatic-light-of-wavelengths-and-2-if-the-maximum-kinetic-energy-of-the-emitted-photoelectrons-in-the-second-case-is-three-times-than-in-th https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDY4ODI3-if-phi-is-the-work-function-of-photosensitive-material-in-electron-volts-and-light-of-a-wavelength-of-numerical-value-lambda-dfrac-hc-e-metres-is-incident-on-it-with-energy-above-its-threshold-value-a https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQyMTY4-the-threshold-frequency-for-a-photosensitive-metal-is-nu-0-when-photons-of-frequency-2-nu-0-are-incident-on-a-photosensitive-plate-the-cut-off-potential-is-v-0-what-will-be-the-cut-off-potential-when https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzMxNjIw-the-threshold-frequency-for-a-certain-metal-is-nu-0-when-the-light-of-frequency-nu-2-nu-0-is-incident-on-it-the-maximum-velocity-of-photoelectrons-is-4-times-10-6-text-m-s-if-the-frequency-of-incident https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU2NDY0-light-of-energy-e-is-incident-normally-on-a-metal-surface-having-a-work-function-dfrac-e-3-the-possible-range-of-kinetic-energies-k-of-the-emitted-photoelectrons-is-1-k-dfrac-2-e-3-2-k-dfrac-e-3-3-0-l https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQzMzA3-a-metal-exposed-to-light-of-wavelength-800-text-nm-and-emits-photoelectrons-with-a-certain-kinetic-energy-the-maximum-kinetic-energy-of-photo-electron-doubles-when-light-of-wavelength-500-text-nm-is-u https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5NDM3-two-streams-of-photons-with-energies-equal-to-twice-and-ten-times-the-work-function-of-the-metal-are-incident-on-its-surface-successively-the-ratio-of-the-maximum-velocities-of-the-photoelectrons-emit https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ1NjQ1-when-the-light-of-frequency-twice-the-threshold-frequency-is-incident-on-the-metal-plate-the-maximum-velocity-of-emitted-election-is-v-1-when-the-frequency-of-incident-radiation-is-increased-to-five-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ1NTQ5-the-kinetic-energy-of-the-emitted-electron-is-e-when-the-light-incident-on-the-metal-has-a-wavelength-lambda-to-double-the-kinetic-energy-the-incident-light-must-have-the-wavelength-1-frac-h-c-e-lambd https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQxOTM2-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-kinetic-energy-of-the-emitted-photoelectrons-for-a-given-metal-changes-only-with-a-c https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzI1ODgy-regarding-the-photoelectric-effect-mark-the-incorrect-statement-1-there-is-a-minimum-frequency-of-light-below-which-no-photoelectric-effect-takes-place-2-by-reverse-potential-the-photoelectric-effect https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mzg2ODE5-light-emitted-from-a-hydrogen-atom-during-the-transition-from-n-4-to-n-2-is-incident-on-cesium-metal-with-a-work-function-of-1-9-text-ev-the-maximum-kinetic-energy-of-the-emitted-photoelectrons-will-b https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzUwMTY5-in-an-inert-gas-discharge-tube-2-9-times-10-18-positive-ions-e-move-to-the-right-through-a-cross-section-of-the-tube-every-second-while-1-2-times-10-18-negative-ions-e-move-to-the-left-in-the-same-tim https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDUyNDgw-a-laser-emits-monochromatic-light-with-a-frequency-of-8-times-10-15-text-hz-and-a-power-output-of-5-times-10-3-text-w-what-is-the-number-of-photons-emitted-per-second-1-9-5-times-10-18-2-9-5-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ3MzMy-a-laser-emits-monochromatic-light-with-a-frequency-of-6-0-times-10-14-text-hz-the-energy-of-a-single-photon-in-this-light-beam-is-text-take-h-6-63-times10-34-text-j-s-1-3-98-times-10-16-text-j-2-3-98 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU1MzM2-6-times10-5-text-j-of-electromagnetic-energy-is-incident-on-a-surface-in-time-t-0-then-the-total-momentum-imparted-if-the-surface-is-completely-absorbing-is-1-2-times-10-3-text-kg-m-s-2-10-3-text-kg-m https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ5MjM4-match-the-following-items-in-column-i-with-their-corresponding-descriptions-in-column-ii-column-i-column-ii-mathrm-a-radiation-pressure-mathrm-i-particle-nature-of-radiation-mathrm-b-threshold-wavelen https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4NDc0-two-light-sources-emit-mathrm-x-rays-with-a-wavelength-of-1-text-nm-and-visible-light-with-a-wavelength-of-500-text-nm-respectively-both-sources-emit-light-with-the-same-power-of-200-text-w-what-is-th https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc2ODM5-a-laser-with-a-power-output-of-2-text-mw-operates-at-a-wavelength-of-500-text-nm-the-number-of-photons-emitted-per-second-is-planck-s-constant-h-6-6-times-10-34-text-j-s-speed-of-light-c-3-0-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDQ5NjEw-the-energy-flux-of-sunlight-reaching-the-earth-s-surface-is-2-776-times-10-3-text-w-m-2-the-photons-in-sunlight-have-an-average-wavelength-of-650-text-nm-how-many-photons-per-square-metre-are-incident https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY2NjQz-if-a-substance-absorbs-500-text-nm-wavelength-radiation-and-emits-radiation-of-wavelength-600-text-nm-then-the-net-change-in-energy-is-take-hc-1240-text-ev-nm-1-1-2-times10-3-text-ev-2-3-0-times10-4-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ1Nzcw-if-the-minimum-wavelength-emitted-by-an-x-text-ray-tube-is-0-041-text-nm-the-corresponding-anode-voltage-applied-to-the-x-text-ray-tube-is-planck-s-constant-h-6-63-times-10-34-text-j-s-1-15-text-kv-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzMyOTM2-which-of-the-following-statements-about-photons-is-incorrect-1-the-rest-mass-of-a-photon-is-zero-2-the-momentum-of-a-photon-is-given-by-h-nu-c-3-the-energy-of-a-photon-is-h-nu-4-photons-do-not-exert-a https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mzg2NzQ4-how-much-energy-is-carried-by-each-photon-emitted-from-a-5-text-mw-laser-operating-at-a-wavelength-of-663-text-nm-take-h-6-63-times10-34-j-s-and-c-3-times-10-8-m-s-1-3-times-10-18-text-j-2-3-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTI3NTQ2-a-lithium-atom-of-mass-9-96-times-10-27-emits-a-photon-of-wavelength-600-times-10-9-text-m-what-is-the-recoil-velocity-of-the-atom-1-0-11-text-m-s-2-0-05-text-m-s-3-0-02-text-m-s-4-data-insufficient-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ2Mjkx-an-electron-has-been-accelerated-by-a-potential-difference-of-v-volts-the-de-broglie-wavelength-for-the-electron-is-given-by-1-lambda-dfrac-h-sqrt-2-m-v-e-2-lambda-dfrac-h-m-sqrt-2-v-e-3-lambda-dfrac https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzkzNTY3-which-graph-correctly-shows-the-variation-of-momentum-p-of-a-particle-with-its-associated-de-broglie-wavelength-lambda-text-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzM1MjQ2-the-total-energy-of-an-electron-in-the-n-text-th-orbit-of-a-hydrogen-atom-is-e-n-the-de-broglie-wavelength-of-the-electron-in-this-orbit-is-mass-of-electron-m-1-dfrac-h-sqrt-2me-n-2-dfrac-h-sqrt-me-n https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTIwMzI1-a-proton-an-electron-an-alpha-particle-have-the-same-energies-their-de-broglie-wavelengths-will-be-compared-as-1-lambda-mathrm-p-lambda-mathrm-e-lambda-mathrm-a-2-lambda-alpha-lambda-alpha-lambda-p-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU1Njc0-if-a-proton-and-an-electron-have-the-same-de-broglie-wavelength-then-the-approximate-ratio-of-the-kinetic-energy-of-the-electron-to-that-of-the-proton-is-1-1-2-1835-3-1-over-1867-4-933-5-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzIzNjY2-as-the-speed-of-the-electron-increases-its-de-broglie-wavelength-1-decreases-2-increase-3-remains-same-4-either-2-and-3-is-possible-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQzNjU5-the-equation-lambda-1-227-over-x-text-nm-can-be-used-to-find-the-de-broglie-wavelength-of-an-electron-in-this-equation-x-stands-for-where-m-mass-of-the-electron-p-momentum-of-the-electron-k-kinetic-en https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzMzNDYz-in-the-de-broglie-equation-wavelength-mathit-lambda-depends-upon-mass-m-and-energy-e-according-to-the-relation-represented-as-1-me-1-2-2-m-1-2-e-1-2-3-m-1-2-e-1-2-4-m-1-2-e-1-2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzMxNzk2-if-the-kinetic-energy-of-a-particle-is-doubled-the-de-broglie-wavelength-becomes-1-2-times-2-4-times-3-sqrt-2-times-4-left-1-sqrt-2-right-times-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzMyOTM1-if-the-kinetic-energy-of-an-electron-gets-tripled-then-the-de-broglie-wavelength-associated-with-it-changes-by-a-factor-1-dfrac-1-3-2-sqrt-3-3-dfrac-1-sqrt-3-4-3-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDEwNjQ2-a-beam-of-neutrons-mass-m-kinetic-energy-e-is-split-into-two-beams-by-a-partial-reflection-and-then-the-two-beams-beam-1-beam-2-travel-distances-d-1-d-2-before-being-recombined-the-neutrons-are-regard https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4ODgw-an-electron-of-mass-m-e-and-a-proton-of-mass-m-p-1836m-e-are-moving-with-the-same-speed-the-ratio-of-their-de-broglie-wavelength-frac-lambda-text-electron-lambda-text-proton-will-be-1-1836-2-1-3-918-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzU3Nzk3-neutral-gas-molecules-each-with-a-mass-m-are-contained-at-temperature-t-in-a-zero-gravity-environment-how-does-the-average-de-broglie-wavelength-lambda-of-a-molecule-vary-with-temperature-t-text-1-lam https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY2NzU5-if-the-de-broglie-wavelength-is-lambda-when-the-energy-is-e-what-will-the-wavelength-be-when-the-energy-is-dfrac-e-4-kinetic-energy-1-2-lambda-2-sqrt-2-lambda-3-lambda-4-dfrac-lambda-sqrt-2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MTE-the-momentum-of-a-photon-is-3-3-times10-29-kg-m-s-its-frequency-will-be-1-3-times10-3-hz-2-6-times10-3-hz-3-7-5-times10-12-hz-4-1-5-times10-13-hz-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ2Njgy-the-de-broglie-wavelength-of-an-electron-when-accelerated-through-a-potential-difference-of-49-text-v-is-nearly-1-0-0175-text-nm-2-0-175-text-nm-3-0-175-mu-text-m-4-0-175-text-mm-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDUzOTk4-which-graph-illustrates-the-relationship-between-the-de-broglie-wavelength-lambda-of-a-particle-and-the-reciprocal-of-its-momentum-left-dfrac-1-p-right-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQxMDYz-which-of-the-following-shows-the-correct-graph-of-the-de-broglie-wavelength-lambda-of-a-particle-and-its-kinetic-energy-e-k-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzI1ODky-if-h-is-planck-s-constant-the-momentum-of-a-photon-of-wavelength-0-01-mathring-a-is-1-10-2-h-2-h-3-10-2h-4-10-12-h-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQyMTcw-the-de-broglie-wavelength-of-a-body-of-mass-1-text-kg-moving-with-velocity-2000-text-m-s-is-1-3-32-times-10-27-mathring-a-2-1-6-times-10-7-mathring-a-3-0-55-times-10-22-mathring-a-4-none-of-the-above https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc3NDE4-a-particle-p-is-formed-due-to-a-completely-inelastic-collision-of-particles-x-and-y-having-de-broglie-wavelengths-lambda-x-and-lambda-y-respectively-if-x-and-y-were-moving-in-opposite-directions-then https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzA2NjI2-let-p-and-e-denote-the-linear-momentum-and-energy-of-a-photon-if-the-wavelength-is-decreased-then-1-both-p-and-e-increase-2-p-increases-and-e-decreases-3-p-decreases-and-e-increases-4-both-p-and-e-dec https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTQ0Njg5-the-curves-1-2-3-and-4-show-the-variation-between-the-applied-potential-difference-v-and-the-photoelectric-current-i-at-two-different-intensities-of-light-i-1-i-2-in-which-figure-is-the-correct-variat https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTMyMjg-the-figure-shows-a-plot-of-photocurrent-versus-anode-potential-for-a-photosensitive-surface-for-three-different-radiations-which-one-of-the-following-is-a-correct-statement-1-curves-a-and-b-represent https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTExNzE4-the-figure-shows-different-graphs-between-stopping-potential-v-0-and-frequency-nu-for-the-photosensitive-surfaces-of-cesium-potassium-sodium-and-lithium-the-plots-are-parallel-1-cesium-2-potassium-3-s https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY3Mzk2-the-figure-shows-the-variation-in-photoelectric-current-i-with-voltage-v-between-the-electrodes-in-a-photocell-for-two-different-radiations-if-i-a-and-i-b-are-the-intensities-of-the-incident-radiation https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY0NzEz-when-ultraviolet-rays-strike-a-metal-plate-the-photoelectric-effect-does-not-occur-it-occurs-by-the-incidence-of-1-infrared-rays-2-x-rays-3-radio-wave-4-lightwave-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTc3NjM1-the-photoelectric-effect-is-used-by-a-photocell-to-convert-1-change-in-the-frequency-of-light-into-a-change-in-electric-voltage-2-change-in-the-intensity-of-illumination-into-a-change-in-photoelectric https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQwMDEw-given-below-are-two-statements-assertion-a-the-threshold-frequency-of-the-photoelectric-effect-supports-the-particle-nature-of-sunlight-reason-r-if-frequency-of-incident-light-is-less-than-the-thresho https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTExNzIx-the-collector-plate-in-an-experiment-on-the-photoelectric-effect-is-kept-vertically-above-the-emitter-plate-a-light-source-is-put-on-and-a-saturation-photocurrent-is-recorded-when-an-electric-field-is https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY1NDY5-when-monochromatic-photons-of-wavelength-4000-mathring-a-are-incident-on-the-metal-plate-of-work-function-2-1-text-ev-what-will-be-the-stopping-potential-for-the-photocurrent-1-1-text-v-2-2-1-text-v-3 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTcxMTkw-the-correct-graph-between-the-maximum-energy-of-a-photoelectron-left-k-max-right-and-the-inverse-of-the-wavelength-left-frac-1-lambda-right-of-the-incident-radiation-is-given-by-the-curve-1-a-2-b-3-c https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjYzNzg0-the-work-function-of-a-metal-surface-is-phi-1-5-ev-if-a-light-of-wavelength-5000-mathring-a-falls-on-it-then-the-maximum-k-e-of-the-ejected-electron-will-be-1-1-2-ev-2-0-98-ev-3-0-45-ev-4-0-ev-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjYzNzcx-the-work-functions-for-metals-a-b-and-c-are-respectively-1-92-ev-2-0-ev-and-5-ev-according-to-einstein-s-equation-the-metals-that-will-emit-photoelectrons-for-a-radiation-of-wavelength-4100-mathring-a https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjYzNzk1-a-photosensitive-metallic-surface-has-a-work-function-of-h-nu-0-if-photons-of-energy-2h-nu-0-fall-on-this-surface-the-electrons-come-out-with-a-maximum-velocity-of-4-times10-6-m-s-when-the-photon-ener https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY1NDgw-a-metallic-surface-is-exposed-to-two-radiations-separately-one-of-wavelength-4000-mathring-a-and-the-other-of-8000-mathring-a-if-the-work-function-of-metal-is-1-ev-then-the-ratio-of-maximum-kinetic-en https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTk5NTE5-the-photosensitive-material-s-work-function-is-4-0-ev-the-longest-wavelength-of-light-that-can-cause-a-substance-s-photoelectric-emission-is-approximately-1-3100-nm-2-966-nm-3-31-nm-4-310-nm-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTc3NzQz-in-the-photoelectric-emission-process-from-a-metal-of-work-function-1-8-ev-the-kinetic-energy-of-most-energetic-electrons-is-0-5-ev-what-is-the-corresponding-stopping-potential-1-1-3-v-2-0-5-v-3-2-3-v https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTc3OTgy-in-an-experiment-of-the-photoelectric-effect-the-wavelength-of-incident-radiation-is-the-wavelength-of-incident-radiation-is-reduced-to-131313rd-of-initial-value-and-the-maximum-kinetic-energy-of-phot https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY1NDc0-the-stopping-potential-of-a-photosensitive-material-is-4-v-when-the-wavelength-of-incident-monochromatic-radiation-is-lambda-if-the-wavelength-of-incident-radiation-is-doubled-on-the-same-photosensiti https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY3NDE0-when-a-point-source-of-monochromatic-light-is-at-a-distance-of-0-2-text-m-from-a-photoelectric-cell-the-cut-off-voltage-and-saturation-current-are-0-6-volt-and-18-text-ma-respectively-what-will-happen https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjUxMDA3-the-threshold-frequency-for-a-photosensitive-metal-is-3-3-times10-14-text-hz-if-the-light-of-frequency-8-2-times10-14-text-hz-is-incident-on-this-metal-the-cutoff-voltage-for-the-photoelectric-emissio https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjYzNzI2-a-light-of-wavelength-lambda-is-incident-on-the-metal-surface-and-the-ejected-fastest-electron-has-speed-v-if-the-wavelength-is-changed-to-frac-3-lambda-4-then-the-speed-of-the-fastest-emitted-electro https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTc3NzU0-when-photons-of-energy-h-nu-fall-on-an-aluminium-plate-of-work-function-e-0-photoelectrons-of-maximum-kinetic-energy-k-are-ejected-if-the-frequency-of-the-radiation-is-doubled-the-maximum-kinetic-ener https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjYzNzEz-what-did-einstein-prove-by-the-photo-electric-effect-1-e-h-nu-2-k-e-frac-1-2-mv-2-3-e-mc-2-4-e-frac-rhc-2-n-2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTkwMTc-the-spectrum-of-radiation-1-0-times-10-14-hz-is-in-the-infrared-region-the-energy-of-one-photon-of-this-in-joules-will-be-1-6-62-times-10-48-2-6-62-times-10-20-3-frac-6-62-3-times-10-28-4-3-times-6-62 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTE3MDU-a-helium-neon-laser-produces-monochromatic-light-of-a-wavelength-of-667-text-nm-the-power-emitted-is-9-text-mw-the-average-number-of-photons-arriving-per-second-on-average-at-a-target-irradiated-by-th https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTc3NzQ2-a-source-s-1-is-producing-10-15-photons-per-sec-of-wavelength-5000-mathring-a-another-source-s-2-is-producing-1-02-times-10-15-photons-per-second-of-wavelength-5100-mathring-a-then-the-ratio-of-the-po https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTc3NzM5-a-200-text-w-sodium-street-lamp-emits-yellow-light-of-wavelength-0-6-mu-text-m-if-it-is-25-efficient-in-converting-electrical-energy-to-light-how-many-photons-of-yellow-light-does-it-emit-per-second-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTc3NzUz-monochromatic-light-of-frequency-6-0-times-10-14-hz-is-produced-by-a-laser-the-power-emitted-is-2-times-10-3-w-what-will-be-the-average-number-of-photons-emitted-by-the-source-per-second-1-5-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzM5Njc5-given-below-are-two-statements-assertion-a-mass-of-a-moving-photon-varies-inversely-to-the-wavelength-reason-r-energy-of-the-particle-mass-times-speed-of-light-2-1-both-a-and-r-are-true-and-r-is-the-c https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQwMDg4-given-below-are-two-statements-assertion-a-a-photon-has-no-rest-mass-yet-it-carries-definite-momentum-reason-r-momentum-of-a-photon-is-due-to-its-energy-and-hence-its-equivalent-mass-1-both-a-and-r-ar https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY4MTI2-the-de-broglie-wavelength-of-an-electron-is-the-same-as-that-of-a-photon-of-wavelength-lambda-if-the-mass-of-an-electron-is-m-then-its-kinetic-energy-will-be-1-frac-h-2-m-2-lambda-2-2-frac-2-h-m-2-lam https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTc3NzQ1-electrons-used-in-an-electron-microscope-are-accelerated-by-a-voltage-of-25-kv-if-the-voltage-were-increased-to-100-kv-then-the-de-broglie-wavelength-associated-with-the-electrons-would-1-decrease-by https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTc3OTg2-the-de-broglie-wavelength-of-a-particle-accelerated-by-a-150-volt-potential-difference-is-10-10-m-what-will-its-wavelength-be-if-it-is-accelerated-by-a-600-volt-potential-difference-1-0-25-mathring-a https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246ODkwNDE-an-electron-of-mass-m-with-an-initial-velocity-overrightarrow-v-v-0-hat-i-v-o-0-enters-in-an-electric-field-overrightarrow-e-e-0-hat-i-e-0-text-constant-0-at-t-0-if-lambda-0-is-its-de-broglie-waveleng https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246NTg2MDQ-a-proton-and-an-alpha-text-particle-are-accelerated-through-a-potential-difference-of-100-v-what-is-the-ratio-of-the-wavelength-associated-with-the-proton-to-that-of-the-alpha-particle-1-sqrt-2-1-2-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTcxNTI1-if-alpha-beta-and-gamma-rays-carry-the-same-momentum-which-has-the-longest-wavelength-1-alpha-rays-2-beta-rays-3-gamma-rays-4-none-all-have-same-wavelength-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY0Njk5-if-the-k-e-of-an-electron-and-a-photon-is-the-same-then-the-relation-between-their-de-broglie-wavelength-will-be-1-lambda-ph-lambda-e-4-lambda-ph-2-lambda-e-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246Mjk4NTU-a-particle-of-mass-m-at-rest-decays-into-two-masses-m-1-and-m-1-having-non-zero-velocities-what-will-be-the-ratio-of-their-de-broglie-wavelengths-1-frac-m-1-m-2-2-frac-m-2-m-1-3-1-4-sqrt-frac-mathrm-m https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTQ4OTU0-a-stationary-nucleus-of-mass-number-a-emits-an-alpha-text-particle-if-the-de-broglie-wavelength-of-the-daughter-nucleus-is-left-lambda-right-1-and-that-of-the-alpha-text-particle-is-left-lambda-right https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTkyODAy-for-a-metal-of-work-function-6-6-ev-which-of-the-following-wavelengths-of-incident-radiation-does-not-give-rise-to-the-photoelectric-effect-take-planck-s-constant-as-6-6-times-10-34-j-s-1-200-text-nm https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTkyNzYy-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-e-h-nu-mathrm-i-de-broglie-wavelength-mathrm-b-diffraction-and-interference-mathrm-ii-particle-nature-of-light-mathrm-c-lambda-h-p-mathrm-iii-wave-nat https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTk4MjEx-a-ray-of-light-with-wavelength-lambda-is-incident-on-three-different-photo-electric-cells-namely-1-2-and-3-the-threshold-wavelength-of-these-photo-electric-cells-are-lambda-1-lambda-2-and-lambda-3-res https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTk4MTc5-a-beam-of-light-falls-on-a-metal-surface-such-that-photo-electrons-are-generated-if-the-power-of-the-light-source-starts-to-decrease-linearly-with-time-t-then-the-variation-of-the-photocurrent-i-and-m https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTk4MTcz-a-photon-and-an-electron-each-of-20-text-ev-energy-move-in-free-space-the-ratio-of-the-linear-momentum-of-electron-p-mathrm-e-to-that-of-photon-p-mathrm-ph-dfrac-p-mathrm-e-p-mathrm-ph-is-take-speed-o https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1MTQ0-a-photon-and-an-electron-of-mass-m-have-the-same-total-energy-e-if-c-denotes-the-speed-of-light-what-is-the-ratio-of-their-de-broglie-wavelengths-lambda-text-photon-lambda-text-electron-text-1-c-sqrt https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1MTMx-which-of-the-following-options-represents-the-variation-of-photoelectric-current-with-the-property-of-light-shown-on-the-x-text-axis-a-b-c-d-1-a-and-d-2-b-and-d-3-a-only-4-a-and-c-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1MTI5-de-broglie-wavelength-of-an-electron-orbiting-in-the-n-2-state-of-a-hydrogen-atom-is-close-to-given-bohr-radius-0-052-text-nm-1-1-67-text-nm-2-2-67-text-nm-3-0-067-text-nm-4-0-67-text-nm-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDY4NzU5-an-electron-and-an-alpha-particle-are-accelerated-by-the-same-potential-difference-let-lambda-mathrm-e-and-lambda-mathrm-alpha-denote-the-de-broglie-wavelengths-of-the-electron-and-the-alpha-particle https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTUxNjI-the-de-broglie-wavelength-of-a-neutron-in-thermal-equilibrium-with-heavy-water-at-a-temperature-t-kelvin-and-mass-m-is-1-dfrac-h-sqrt-mkt-2-dfrac-h-sqrt-3mkt-3-dfrac-2h-sqrt-3mkt-4-dfrac-2h-sqrt-mkt-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246ODg5OTE-photons-with-energy-5-text-ev-are-incident-on-a-cathode-c-in-a-photoelectric-cell-the-maximum-energy-of-emitted-photoelectrons-is-2-text-ev-when-photons-of-energy-6-text-ev-are-incident-on-c-no-photoe https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTAxNDg-an-electron-of-mass-m-and-a-photon-have-the-same-energy-e-the-ratio-of-de-broglie-wavelengths-associated-with-them-is-c-is-the-velocity-of-light-1-sqrt-left-frac-e-2-m-right-2-c-sqrt-2-me-3-frac-1-c-s https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTA3MTE-a-photoelectric-surface-is-illuminated-successively-by-the-monochromatic-light-of-wavelength-lambda-and-frac-lambda-2-if-the-maximum-kinetic-energy-of-the-emitted-photoelectrons-in-the-second-case-is https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTA3Mzk-light-of-wavelength-500-text-nm-is-incident-on-metal-with-work-function-2-28-text-ev-the-de-broglie-wavelength-of-the-emitted-electron-is-1-2-3-geq-2-8-times-10-9-text-m-4-leq-2-8-times-10-12-text-m-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTExNzM-when-the-energy-of-the-incident-radiation-is-increased-by-20-the-kinetic-energy-of-the-photoelectrons-emitted-from-a-metal-surface-increases-from-0-5-text-ev-to-0-8-text-ev-the-work-function-of-the-me https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTExNzU-if-the-kinetic-energy-of-the-particle-is-increased-to-16-times-its-previous-value-the-percentage-change-in-the-de-broglie-wavelength-of-the-particle-is-1-25-2-75-3-60-4-50-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTE0MjE-the-wavelength-lambda-e-of-an-electron-and-lambda-p-of-a-photon-of-the-same-energy-e-are-related-by-1-lambda-p-propto-lambda-e-2-lambda-p-propto-sqrt-lambda-e-3-lambda-p-propto-frac-1-sqrt-lambda-e-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTIwNjc-a-200-text-w-sodium-street-lamp-emits-yellow-light-of-wavelength-0-6-mu-text-m-assuming-it-to-be-25-efficient-in-converting-electrical-energy-to-light-the-number-of-photons-of-yellow-light-it-emits-pe https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTIxMzM-an-alpha-text-particle-moves-in-a-circular-path-of-radius-0-83-text-cm-in-the-presence-of-a-magnetic-field-of-0-25-text-wb-m-2-the-de-broglie-wavelength-associated-with-the-particle-will-be-1-1-mathri https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjUwODk5-two-radiations-of-photons-energies-1-ev-and-2-5-ev-successively-illuminate-a-photosensitive-metallic-surface-of-work-function-0-5-ev-the-ratio-of-the-maximum-speeds-of-the-emitted-electrons-is-1-1-2-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjUwOTA2-if-the-momentum-of-an-electron-is-changed-by-p-then-the-de-broglie-wavelength-associated-with-it-changes-by-0-5-the-initial-momentum-of-an-electron-will-be-1-400p-2-frac-p-100-3-100p-4-200p-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTIzODA-a-radioactive-nucleus-of-mass-m-emits-a-photon-of-frequency-and-the-nucleus-will-recoil-the-recoil-energy-will-be-1-h2-22mc2h2-22mc2h2-22mc2-2-zero-3-h-c-2mh-c-2mh-c2m-4-c-2mh-c-2mh-c2mh-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTI1OTA-the-potential-difference-that-must-be-applied-to-stop-the-fastest-photoelectrons-emitted-by-a-nickel-surface-having-work-function-5-01-ev-when-ultraviolet-light-of-200-nm-falls-on-it-must-be-1-2-4-v-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjUxMDc3-when-monochromatic-radiation-of-intensity-i-falls-on-a-metal-surface-the-number-of-photoelectrons-and-their-maximum-kinetic-energy-are-n-and-t-respectively-if-the-intensity-of-radiation-is-2i-the-numb https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTMzMDc-a-particle-of-mass-1-mg-has-the-same-wavelength-as-an-electron-moving-with-a-velocity-of-3-times-10-6-ms-1-the-velocity-of-the-particle-is-mass-of-electron-9-1-times-10-31-kg-1-2-7-times-10-18-text-ms https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY1OTk0-a-photoelectric-cell-is-illuminated-by-a-point-source-of-light-1-m-away-when-the-source-is-shifted-to-2-m-then-1-each-emitted-electron-carries-one-quarter-of-the-initial-energy-2-number-of-electrons-e https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY0NzA3-the-value-of-planck-s-constant-is-1-6-63-times-10-34-text-j-s-2-6-63-times-10-34-text-kg-text-m-2-text-s-3-6-63-times-10-34-text-kg-text-m-2-4-6-63-times-10-34-text-j-s-2-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY0NzEy-if-particles-are-moving-with-the-same-velocity-then-the-de-broglie-wavelength-is-maximum-for-1-proton-2-alpha-text-particle-3-neutron-4-beta-text-particle-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY0Njk1-the-current-conduction-in-a-discharge-tube-is-due-to-1-electrons-only-2-ve-ions-and-ve-ions-3-ve-ions-and-electrons-4-ve-ions-and-electrons-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MjY0Njk2-if-a-light-of-amplitude-a-and-wavelength-is-incident-on-a-metallic-surface-then-the-saturation-current-flow-is-proportional-to-assume-cut-off-wavelength-0-0-0-1-a2-a2-a2-ififif-0-0-0-2-a2-a2-a2-ififif https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzI1ODgw-for-a-photoelectric-cell-the-graph-showing-the-variation-of-stopping-potential-v-0-with-the-frequency-f-of-incident-light-is-best-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTQ4OTYx-in-the-given-graph-of-the-photoelectric-experiment-the-maximum-energy-of-the-emitted-photoelectron-will-be-1-2-text-ev-2-0-3-4-text-ev-4-4-text-j-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY1NDAy-if-stopping-potential-v-0-is-plotted-versus-frequency-nu-in-an-experiment-of-the-photoelectric-effect-the-graph-as-shown-in-the-diagram-is-obtained-then-e-is-an-electronic-charge-1-planck-s-constant-d https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzM5NjM5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-particle-of-mass-m-at-rest-decay-into-two-particles-of-masses-m1-and-m2-having-non-zer https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQwMTU0-given-below-are-two-statements-assertion-a-the-photoelectric-effect-demonstrates-the-wave-nature-of-light-reason-r-the-number-of-photoelectrons-emitted-is-proportional-to-the-frequency-of-light-1-both https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQwMjI1-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-when-ultraviolet-light-is-incident-on-a-photocell-its-stopping-potential-is-v0-and-the-m https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQwMjQx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-stopping-potential-depends-upon-the-frequency-of-incident-light-but-is-independent-of-th https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQxOTM1-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-relative-velocity-of-two-photons-travelling-in-opposite-directions-is-the-velocity-o https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQxOTM5-given-below-are-two-statements-assertion-a-a-tube-light-emits-white-light-reason-r-the-emission-of-light-in-a-tube-takes-place-at-a-very-high-temperature-1-both-a-and-r-are-true-and-r-is-the-correct-e https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQxOTQz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-photoelectrons-produced-by-a-monochromatic-light-beam-incident-on-a-metal-surface-ha https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQxOTQ0-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-in-a-photoelectron-emission-the-velocity-of-an-electron-ejected-from-near-the-surface-is https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzU4MzIz-the-de-broglie-wavelength-of-neutrons-in-thermal-equilibrium-at-temperature-t-is-1-dfrac-3-08-sqrt-t-mathring-a-2-dfrac-0-308-sqrt-t-mathring-a-3-dfrac-0-0308-sqrt-t-mathring-a-4-dfrac-30-8-sqrt-t-mat https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTY4MTYx-on-which-surface-is-the-electron-beam-made-to-fall-in-the-davisson-germer-experiment-1-iron-crystals-2-nickel-crystals-3-gold-crystals-4-cesium-crystals-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-pb246OTIzNjg-in-the-davisson-and-germer-experiment-the-velocity-of-electrons-emitted-from-the-electron-gun-can-be-increased-by-1-increasing-the-filament-current-2-decreasing-the-filament-current-3-decreasing-the-p https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTQ0NjQ3-in-the-davisson-and-germer-experiment-how-can-we-increase-the-velocity-of-electrons-emitted-from-the-electron-gun-1-increasing-the-filament-current-2-decreasing-the-filament-current-3-decreasing-the-p https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzMxOTAx-photoelectrons-emerging-from-a-photocathode-work-function-2-2-text-ev-are-allowed-to-fall-onto-a-gas-containing-hydrogen-atoms-in-the-ground-state-and-the-first-excited-state-what-is-the-minimum-energ https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzM0MDQy-a-photon-of-energy-10-2-ev-corresponds-to-light-of-wavelength-lambda-0-due-to-electron-transition-from-n-2-to-n-1-in-a-hydrogen-atom-light-of-wavelength-lambda-is-emitted-if-we-take-into-account-the-r https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQzMzMy-the-ratio-of-wavelengths-of-proton-and-deuteron-accelerated-by-potential-v-p-and-v-d-is-1-sqrt2-then-the-ratio-of-v-p-to-v-d-will-be-1-1-1-2-sqrt-2-1-3-2-1-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzMzOTU1-a-and-b-are-two-metals-with-threshold-frequencies-1-8-times-10-14-hz-and-2-2-times-10-14-hz-two-identical-photons-of-energy-0-825-ev-each-are-incident-on-them-then-photoelectrons-are-emitted-in-take-h https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzM4MTUw-the-de-broglie-wavelength-of-a-photon-of-energy-e-is-lambda-ph-and-that-of-an-electron-non-relativistic-of-the-same-energy-e-is-lambda-e-then-assume-e-text-few-e-text-v-1-lambda-ph-lambda-e-2-lambda-p https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQyNjc4-given-below-are-two-statements-statement-i-according-to-de-broglie-s-hypothesis-the-momentum-of-an-electron-is-p-dfrac-h-lambda-statement-ii-the-energy-of-an-electron-is-given-by-e-dfrac-hc-lambda-1-s https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4ODg2-the-stopping-potential-for-electrons-emitted-from-a-photosensitive-surface-illuminated-with-light-of-wavelength-491-text-nm-is-0-710-text-v-when-the-wavelength-of-the-incident-light-changes-the-stoppi https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzI2MTE1-photons-of-light-of-wavelength-lambda-400-nm-are-incident-on-a-composite-photocathode-consisting-of-multiple-regions-with-metals-having-work-functions-of-2-1-ev-and-1-1-ev-the-emitted-photoelectrons-a https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ2ODcy-let-k-1-and-k-2-be-the-maximum-kinetic-energies-of-photo-electrons-emitted-when-two-monochromatic-beams-of-wavelength-lambda-1-and-lambda-2-respectively-are-incident-on-a-metallic-surface-if-lambda-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQzNDEx-a-nucleus-of-mass-m-initially-at-rest-splits-into-two-fragments-with-masses-dfrac-m-3-and-dfrac-2m-3-m-1-1-2-2-2-1-3-1-1-4-2-3-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzIyOTE2-photons-of-frequency-nu-fill-a-room-a-metallic-plate-having-a-work-function-w-1-does-not-depend-on-v-2-increases-as-v-increases-3-decreases-as-v-increases-4-first-increases-and-then-decreases-as-v-is https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MTI3NTQy-in-the-case-of-the-photoelectric-effect-1-since-photons-are-absorbed-as-single-discrete-units-there-is-no-significant-time-delay-in-the-emission-of-photoelectrons-2-according-to-einstein-the-critical https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc3MzA3-the-figure-shows-the-stopping-potential-v-0-in-volts-as-a-function-of-frequency-nu-for-a-sodium-emitter-from-the-data-plotted-in-the-graph-what-is-the-work-function-of-sodium-given-planck-s-constant-h https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTg4NDUy-the-de-broglie-wavelength-associated-with-an-electron-accelerated-through-a-potential-difference-v-is-lambda-e-and-the-de-broglie-wavelength-associated-with-a-proton-accelerated-through-the-same-poten https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTg5NTQ2-the-de-broglie-wavelength-for-an-electron-accelerated-through-the-potential-difference-of-v-1-volt-is-lambda-1-when-the-potential-difference-is-changed-to-v-2-volt-the-associated-de-broglie-wavelength https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTg4ODIz-for-a-certain-metal-when-monochromatic-light-of-wavelength-lambda-is-incident-the-stopping-potential-for-photoelectrons-is-3v-0-when-the-same-metal-is-illuminated-by-light-of-wavelength-2-lambda-then https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTg5NjMz-an-electron-of-mass-m-is-moving-in-an-electric-field-vec-e-2-e-0-hat-i-left-e-0-text-constant-0-right-with-an-initial-velocity-v-0-hat-i-left-v-0-text-constant-0-right-text-if-lambda-0-dfrac-h-4-m-v-0 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTg5NjY4-light-source-having-wavelength-331-text-nm-to-generate-photo-electrons-whose-stopping-potential-is-0-2-text-v-the-work-function-of-the-used-metal-in-the-experiment-is-alpha-times-10-19-text-j-the-valu https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTg5MTYw-an-electron-is-travelling-with-a-velocity-v-in-free-space-and-when-it-enters-a-medium-its-velocity-is-reduced-by-20-the-de-broglie-wavelength-of-electron-in-the-medium-is-alpha-lambda-0-where-lambda-0 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTg5NTk1-k-1-and-k-2-be-the-maximum-kinetic-energies-of-photoelectrons-emitted-from-a-surface-of-a-given-material-for-the-light-of-wavelength-lambda-1-and-lambda-2-respectively-if-lambda-1-2-lambda-2-then-the https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTg5Njkw-the-graph-shows-variations-of-stopping-potential-v-0-with-the-frequency-nu-of-the-incident-radiation-for-three-photosensitive-metals-x-1-x-2-text-and-x-3-which-metal-will-give-out-electrons-with-great https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTgxMTEz-a-light-wave-described-by-e-60-sin-3-times-10-15-t-sin-12-times-10-15-t-in-si-units-falls-on-a-metal-surface-of-work-function-2-8-text-ev-the-maximum-kinetic-energy-of-ejected-photoelectron-is-approxi https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTgxNzQ0-a-particle-having-electric-charge-3-times-10-19-text-c-and-mass-6-times-10-27-text-kg-is-accelerated-by-applying-an-electric-potential-of-1-21-text-v-wavelength-of-the-matter-wave-associated-with-the https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTgwODk5-light-is-incident-on-a-metallic-plate-having-work-function-110-times-10-20-text-j-if-the-produced-photoelectrons-have-zero-kinetic-energy-then-the-angular-frequency-of-the-incident-light-is-in-rad-s-h https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTgwNzI2-the-de-broglie-wavelength-of-an-oxygen-molecule-at-27-circ-text-c-is-x-times-10-12-m-the-value-of-x-is-take-planck-s-constant-6-63-times-10-34-text-j-s-boltzmann-constant-1-38-times-10-23-j-k-mass-of https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTgwODE3-when-a-light-of-a-given-wavelength-falls-on-a-metallic-surface-the-stopping-potential-for-photoelectrons-is-text-3-2-text-v-if-a-second-light-having-wavelength-twice-of-first-light-is-used-the-stoppin https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTgyNDY1-the-ratio-of-de-broglie-wavelength-of-a-deutron-with-kinetic-energy-e-to-that-of-an-alpha-particle-with-kinetic-energy-2e-is-n-1-the-value-of-n-is-assume-mass-of-proton-mass-of-neutron-1-5-2-3-3-2-4-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTgyNTc2-number-of-photons-of-equal-energy-emitted-per-second-by-a-6-text-mw-laser-source-operating-at-663-text-nm-is-given-h-6-63-times-10-34-text-j-s-and-c-3-times-10-8-text-m-s-1-5-times-10-16-2-5-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTQxMDA1-given-below-are-two-statements-assertion-a-in-photoelectric-effect-on-increasing-the-intensity-of-incident-light-the-stopping-potential-increases-reason-r-increase-in-intensity-of-light-increases-the https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTQwOTU5-an-electron-is-released-from-rest-near-an-infinite-non-conducting-sheet-of-uniform-charge-density-text-the-rate-of-change-of-de-broglie-wavelength-associated-with-the-electron-varies-inversely-as-n-te https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTQwODgx-the-work-function-of-a-metal-is-3-text-ev-the-colour-of-the-visible-light-that-is-required-to-cause-emission-of-photoelectrons-is-1-green-2-red-3-blue-4-yellow-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTQwODQ2-a-photo-emissive-substance-is-illuminated-with-a-radiation-of-wavelength-i-so-that-it-releases-electrons-with-de-broglie-wavelength-e-the-longest-wavelength-of-radiation-that-can-emit-photoelectron-is https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTQwNzAz-an-electron-with-mass-m-with-an-initial-velocity-t-0-vec-v-v-0-hat-imath-left-v-0-0-right-enters-a-magnetic-field-vec-b-b-0-hat-jmath-if-the-initial-de-broglie-wavelength-at-t-0-is-lambda-0-then-its-v https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTQwNjMw-a-monochromatic-light-is-incident-on-a-metallic-plate-having-work-function-phi-an-electron-emitted-normally-to-the-plate-from-a-point-a-with-maximum-kinetic-energy-enters-a-constant-magnetic-field-per https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM2MTYw-the-ratio-of-the-power-of-a-light-source-s-1-to-that-the-light-source-s-2-is-2-s-1-is-emitting-2-10-15-photons-per-second-at-600-text-nm-if-the-wavelength-of-the-source-s-2-is-300-text-nm-then-the-num https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1OTk0-in-the-photoelectric-effect-the-stopping-potential-v-0-v-s-frequency-v-curve-is-plotted-h-is-planck-s-constant-and-phi-0-is-the-work-function-of-metal-a-v-0-v-s-v-is-linear-b-the-slope-of-v-0-v-s-v-cu https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1OTg3-a-proton-of-mass-m-p-has-the-same-energy-as-that-of-a-photon-of-wavelength-lambda-if-the-proton-is-moving-at-a-non-relativistic-speed-then-the-ratio-of-its-de-broglie-wavelength-to-the-wavelength-of-a https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1OTc2-in-the-photoelectric-effect-electromagnetic-wave-is-incident-on-a-metal-surface-and-electrons-are-ejected-from-the-surface-if-the-work-function-of-the-metal-is-2-14-text-ev-and-stopping-potential-is-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1ODM5-a-sub-atomic-of-mass-10-30-text-kg-is-moving-with-a-velocity-2-21-times-10-6-text-m-s-under-the-matter-wave-consideration-the-particle-will-behave-closely-like-left-mathrm-h-6-63-times-10-34-right-mat https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1ODMx-in-an-experiment-with-photoelectric-effect-the-stopping-potential-1-increases-with-increase-in-the-intensity-of-the-incident-light-2-decreases-with-increase-in-the-intensity-of-the-incident-light-3-in https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1ODIx-an-electron-of-mass-m-with-an-initial-velocity-vec-v-v-0-hat-i-v-0-0-enters-an-electric-field-vec-e-e-0-hat-k-if-the-initial-de-broglie-wavelength-is-lambda-0-the-value-after-time-t-would-be-1-lambda https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1NzM3-if-and-k-are-de-broglie-wavelength-and-kinetic-energy-are-respectively-of-a-particle-with-constant-mass-the-correct-graphical-representation-for-the-particle-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1NzAz-a-light-source-of-wavelength-lambda-illuminates-a-metal-surface-and-electrons-are-ejected-with-maximum-kinetic-energy-of-2-text-ev-if-the-same-surface-is-illuminated-by-a-light-source-of-wavelength-df https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1Njk3-given-below-are-two-statements-assertion-a-emission-of-electrons-in-photoelectric-effect-can-be-suppressed-by-applying-a-sufficiently-negative-electron-potential-to-the-photo-emissive-substance-reason https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTM1NjU1-cesium-mathrm-cs-and-lithium-mathrm-li-have-work-functions-of-1-9-text-ev-and-2-5-text-ev-respectively-if-light-of-wavelength-550-text-nm-is-incident-on-both-metal-surfaces-for-which-metal-s-will-the https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTIxNDY0-a-proton-and-an-electron-are-associated-with-same-debroglie-wavelength-the-ratio-of-their-kinetic-energies-is-assume-mathrm-h-6-63-times-10-34-mathrm-js-mathrm-m-mathrm-e-9-0-times-10-31-mathrm-kg-and https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTIxNDUx-average-force-exerted-on-a-non-reflecting-surface-at-normal-incidence-is-2-4-times-10-4-mathrm-n-if-360-mathrm-w-mathrm-cm-2-is-the-light-energy-flux-during-span-of-1-hour-30-minutes-then-the-area-of https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NTIxMjMy-given-below-are-two-statements-assertion-a-number-of-photons-increases-with-increase-in-frequency-of-light-reason-r-maximum-kinetic-energy-of-emitted-electrons-increases-with-the-frequency-of-incident https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4Mjg3-if-a-bulb-of-power-40-text-w-is-producing-a-light-of-wavelength-lambda-4000-mathring-a-then-the-number-of-photons-emitted-by-the-bulb-per-second-is-1-16-times10-16-2-8-times10-19-3-8-times10-16-4-24-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU1MjY1-the-slope-of-the-graph-between-stopping-potential-v-0-and-frequency-of-incident-photon-f-in-photoelectric-effect-is-h-planck-s-constant-e-charge-on-electron-1-dfrac-h-e-2-dfrac-h-2e-3-dfrac-2h-e-4-dfr https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU0ODM3-when-light-of-wavelength-lambda-is-incident-on-a-metal-the-stopping-potential-is-8-text-v-if-the-wavelength-is-made-3-lambda-the-stopping-potential-becomes-2-text-v-then-the-threshold-wavelength-for-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU0ODA1-the-de-broglie-wavelength-of-a-proton-lambda-and-that-of-an-alpha-particle-is-2-lambda-the-ratio-of-the-velocity-of-a-proton-to-that-of-alpha-particle-is-1-8-2-dfrac-1-8-3-4-4-dfrac-1-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU0Mzc4-in-a-photoelectric-experiment-the-frequency-f-1-5f-0-f-0-threshold-frequency-if-the-frequency-of-light-is-changed-to-f-2-then-photocurrent-becomes-intensity-of-light-has-doubled-1-zero-2-doubled-3-sam https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDU0MzU1-an-electron-and-a-proton-have-the-same-de-broglie-wavelength-if-k-e-and-k-p-are-their-respective-kinetic-energies-then-the-correct-relation-is-1-k-p-k-e-2-k-e-k-p-3-k-e-k-p-4-nothing-can-be-said-1-2-3 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDQwMjQz-in-a-photoelectric-effect-the-stopping-potential-of-photoelectrons-does-not-depend-on-1-intensity-of-radiation-2-frequency-of-radiation-3-material-or-metal-4-the-kinetic-energy-of-electrons-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDM3OTQ1-the-graph-showing-the-relationship-between-stopping-potential-v-0-and-frequency-nu-for-the-photoelectric-effect-is-given-below-for-two-metals-m-1-and-m-2-statement-i-for-incident-light-of-the-same-fre https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDM3OTA4-in-the-photoelectric-effect-which-graph-correctly-shows-how-photocurrent-i-varies-with-stopping-potential-v-s-when-light-of-the-same-frequency-but-two-different-intensities-i-1-i-2-is-used-1-2-3-4-1-2 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3ODA4-the-ratio-of-the-de-broglie-wavelength-of-an-alpha-text-particle-and-a-proton-accelerated-from-rest-by-the-same-potential-is-frac-1-sqrt-m-the-value-of-m-is-1-2-2-8-3-4-4-16-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY3Mjg2-based-on-the-given-graph-between-stopping-potential-v-and-frequency-nu-of-irradiation-the-work-function-of-the-metal-is-equal-to-1-1-ev-2-3-ev-3-2-ev-4-4-ev-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY3MTYy-kinetic-energy-of-electron-proton-and-alpha-particle-is-given-as-k-2k-and-4k-respectively-then-which-of-the-following-gives-the-correct-order-of-de-broglie-wavelength-of-electron-proton-and-alpha-part https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY2Nzcz-the-radius-of-the-first-orbit-in-a-hydrogen-atom-is-a-0-the-de-broglie-wavelength-of-the-electron-in-the-third-orbit-is-begin-align-1-3-mathit-pi-a-0-2-6-mathit-pi-a-0-3-9-mathit-pi-a-0-4-12-mathit-pi https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY2NzYz-two-different-photosensitive-materials-have-work-function-phi-and-2-phi-respectively-are-illuminated-with-light-of-sufficient-energy-to-emit-electrons-if-the-graph-of-stopping-potential-versus-frequen https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY2Njgy-for-an-electron-and-a-proton-m-p-1847-m-e-with-same-de-broglie-wavelength-the-ratio-of-linear-momentum-is-equal-to-1-1-2-2-2-1847-3-1-1-4-sqrt-1847-1-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzYzMzI3-when-an-electron-is-accelerated-by-20-kv-its-de-broglie-wavelength-is-lambda-0-if-the-electron-is-accelerated-by-40-kv-then-its-de-broglie-wavelength-will-be-1-2-lambda-0-2-frac-lambda-0-2-3-sqrt-2-la https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY3Mzk2-the-stopping-potential-for-a-metal-when-illuminated-with-light-of-wavelength-lambda-is-v-0-for-light-of-wavelength-2-lambda-the-stopping-potential-is-dfrac-v-0-4-the-threshold-wavelength-of-the-metal https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzYzMjMz-consider-the-two-statements-assertion-a-the-beam-of-electrons-shows-wave-nature-and-exhibits-interference-and-diffraction-reason-r-davisson-germer-experiment-verified-the-wave-nature-of-electrons-1-bo https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY3MzEw-proton-and-electrons-have-equal-kinetic-energy-the-ratio-of-de-broglie-wavelength-of-proton-and-electron-is-1-x-find-x-mass-of-proton-1849-times-mass-of-electron-1-43-2-56-3-76-4-21-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzY3NDI4-what-is-the-ratio-of-de-broglie-wavelengths-of-a-proton-and-an-alpha-particle-when-the-proton-is-accelerated-through-2-v-and-the-alpha-particle-through-4-v-1-4-1-2-2-1-3-1-8-4-16-1-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzYzMTM1-the-ratio-of-the-de-broglie-wavelength-of-a-proton-when-it-is-accelerated-across-v-and-3v-potential-difference-is-1-3-1-2-1-sqrt-3-3-1-3-4-sqrt-3-1-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzYyOTc5-an-alpha-particle-and-a-proton-having-the-same-de-broglie-wavelengths-will-have-kinetic-energies-in-the-ratio-1-frac-1-2-2-frac-1-4-3-1-4-frac-2-1-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ2NzM1-the-de-broglie-wavelengths-for-an-electron-and-a-photon-are-lambda-e-and-lambda-p-respectively-for-the-same-kinetic-energy-of-electron-and-photon-which-of-the-following-represents-the-correct-relation https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ2MTEy-an-alpha-text-particle-and-a-carbon-12-atom-have-the-same-kinetic-energy-k-the-ratio-of-their-de-broglie-wavelengths-left-lambda-alpha-lambda-c-12-right-is-1-1-sqrt-3-2-sqrt-3-1-3-3-1-4-2-sqrt-3-1-2-3 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ2MDk1-the-stopping-potential-for-photoelectrons-emitted-from-a-surface-illuminated-by-the-light-of-wavelength-6630-mathring-a-is-0-42-text-v-the-threshold-frequency-is-x-times-10-13-text-s-1-where-x-is-give https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ2MDgx-a-metal-surface-is-illuminated-by-a-radiation-of-wavelength-4500-mathring-a-the-ejected-photo-electron-enters-a-constant-magnetic-field-of-2-text-mt-making-an-angle-of-90-circ-with-the-magnetic-field https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ2MDE5-an-electron-with-speed-v-and-a-photon-with-speed-c-have-the-same-de-broglie-wavelength-if-the-kinetic-energy-and-momentum-of-the-electron-are-e-e-and-rho-e-and-that-of-photon-are-e-ph-and-rho-ph-respe https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ1OTc4-a-proton-a-neutron-an-electron-and-an-alpha-text-particle-have-the-same-energy-if-lambda-p-lambda-n-lambda-e-text-and-lambda-alpha-are-the-de-broglie-s-wavelengths-of-proton-neutron-electron-and-alpha https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQ1ODI0-given-below-are-two-statements-statement-i-davisson-germer-s-experiment-establishes-the-wave-nature-of-electrons-statement-ii-if-electrons-have-a-wave-nature-they-can-interfere-and-show-diffraction-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQzNzY1-the-electric-field-at-a-point-associated-with-a-light-wave-is-given-by-e-200-left-sin-6-times-10-15-t-sin-9-times10-15-t-right-vm-1-given-h-4-14-times-10-15-evs-if-this-light-falls-on-a-metal-surface https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQzNzE2-given-below-are-two-statements-assertion-a-the-photoelectric-effect-does-not-take-place-if-the-energy-of-the-incident-radiation-is-less-than-the-work-function-of-a-metal-reason-r-kinetic-energy-of-the https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQzNjk2-two-streams-of-photons-possessing-energies-equal-to-five-and-ten-times-the-work-function-of-metal-are-incident-on-the-metal-surface-successively-the-ratio-of-the-maximum-velocities-of-the-photoelectro https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQzNjI5-consider-the-following-statements-related-to-the-observations-in-the-photoelectric-effect-a-the-square-of-the-maximum-velocity-of-photoelectrons-varies-linearly-with-the-frequency-of-the-incident-ligh https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246MzQzNTI3-an-electron-mass-m-with-an-initial-velocity-overrightarrow-v-v-0-hat-i-left-v-0-0-right-is-moving-in-an-electric-field-overrightarrow-e-e-0-hat-i-left-e-0-0-right-where-e-0-is-constant-if-at-t-0-de-br https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc5MDU0-the-de-broglie-wavelength-of-a-particle-having-kinetic-energy-e-is-lambda-how-much-extra-energy-must-be-given-to-this-particle-so-that-the-de-broglie-wavelength-reduces-to-75-of-the-initial-value-1-fr https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc5MDMy-a-light-beam-of-wavelength-500-text-nm-is-incident-on-a-metal-having-a-work-function-of-1-25-text-ev-placed-in-a-magnetic-field-of-intensity-b-the-electrons-emitted-perpendicular-to-the-magnetic-field https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc5MDE3-when-radiation-of-wavelength-lambda-is-incident-on-a-metallic-surface-the-stopping-potential-of-ejected-photoelectrons-is-4-8-text-v-if-the-same-surface-is-illuminated-by-radiation-of-double-the-previ https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4OTk4-an-electron-moving-with-speed-v-and-a-photon-moving-with-speed-c-have-the-same-de-broglie-wavelength-the-ratio-of-the-kinetic-energy-of-the-electron-to-that-of-the-photon-is-1-v-over-2c-2-2c-over-v-3 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4OTgz-a-particle-of-mass-4m-at-rest-disintegrates-into-two-particles-of-mass-m-and-3m-respectively-having-non-zero-velocities-the-ratio-of-the-de-broglie-wavelength-of-the-particle-of-mass-m-to-that-of-mass https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4ODg2-what-should-be-the-order-of-arrangement-of-the-de-broglie-wavelength-of-an-electron-lambda-e-an-alpha-particle-lambda-alpha-and-a-proton-lambda-p-given-that-all-have-the-same-kinetic-energy-1-mathrm-l https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4NDI3-a-certain-metallic-surface-is-illuminated-by-monochromatic-radiation-of-wavelength-lambda-the-stopping-potential-for-photoelectric-current-for-this-radiation-is-3-v-0-if-the-same-surface-is-illuminate https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4Mzkx-an-electron-having-de-broglie-wavelength-lambda-is-incident-on-a-target-in-an-x-text-ray-tube-the-cut-off-wavelength-of-the-emitted-x-text-ray-is-1-0-2-dfrac-2-m-c-lambda-2-h-3-dfrac-hc-mc-4-dfrac-2-m https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4Mzc2-a-particle-is-traveling-4-text-times-as-fast-as-an-electron-assuming-the-ratio-of-the-de-broglie-wavelength-of-a-particle-to-that-of-an-electron-is-2-1-the-mass-of-the-particle-is-1-frac-1-16-text-tim https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4MjE0-an-electron-and-proton-are-separated-by-a-large-distance-the-electron-starts-approaching-the-proton-with-energy-3-text-ev-the-proton-captures-the-electron-and-forms-a-hydrogen-atom-in-the-second-excit https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4MTkx-the-temperature-of-an-ideal-gas-in-three-dimensions-is-300-text-k-the-corresponding-de-broglie-wavelength-of-the-electron-approximately-at-300-text-k-is-text-m-text-e-mass-of-electron-9-times10-31-tex https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4MTg4-a-particle-of-mass-9-1-times10-text-kg-travels-in-a-medium-with-a-speed-of-10-6-text-m-s-and-a-photon-of-radiation-of-linear-momentum-10-27-text-kg-m-s-travels-in-a-vacuum-then-the-ratio-of-their-wave https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3NTM5-an-alpha-text-particle-a-proton-and-an-electron-have-the-same-kinetic-energy-which-one-of-the-following-is-correct-in-the-case-of-their-de-broglie-wavelength-1-lambda-alpha-lambda-mathrm-p-lambda-p-la https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4MDc0-an-electron-of-mass-m-e-and-a-proton-of-mass-m-p-are-accelerated-through-the-same-potential-difference-the-ratio-of-the-de-broglie-wavelength-associated-with-the-electron-to-that-with-the-proton-is-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4MDI1-a-hydrogen-atom-undergoes-a-transition-from-n-3-to-n-2-emitting-radiation-that-falls-on-a-gold-surface-to-produce-photoelectrons-the-emitted-electrons-are-then-passed-through-a-magnetic-field-of-stren https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3OTc4-a-moving-proton-and-electron-have-the-same-de-broglie-wavelength-if-k-and-p-denote-the-k-e-and-momentum-respectively-then-choose-the-correct-option-1-k-p-k-e-and-p-p-p-e-2-k-p-3-k-p-4-k-p-k-e-and-p-p https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3ODg3-a-monochromatic-neon-lamp-with-a-wavelength-of-670-5-text-nm-illuminates-a-photo-sensitive-material-which-has-a-stopping-voltage-of-0-48-text-v-then-the-stopping-voltage-if-the-source-light-is-changed https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3Nzk5-in-a-photoelectric-experiment-what-is-the-effect-of-increasing-the-intensity-of-the-incident-light-1-it-increases-the-number-of-incident-photons-and-also-increases-the-kinetic-energy-of-the-ejected-el https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3NzY3-two-identical-photocathodes-are-illuminated-with-monochromatic-light-of-frequencies-f-1-and-f-2-respectively-the-maximum-velocities-of-the-emitted-photoelectrons-are-v-1-and-v-2-which-of-the-following https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3NjMy-the-de-broglie-wavelength-associated-with-an-electron-and-a-proton-was-calculated-by-accelerating-them-through-the-same-potential-of-100-text-v-what-should-be-the-ratio-of-their-wavelengths-m-p-1-0072 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3NTg2-if-2-5-times-10-6-text-n-average-force-is-exerted-by-a-light-wave-on-a-non-reflecting-surface-area-of-30-text-cm-2-during-40-text-minutes-of-time-span-the-energy-flux-of-light-just-before-it-falls-on https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3NTIx-an-electron-of-mass-m-and-a-photon-have-the-same-energy-e-the-ratio-of-the-wavelength-of-an-electron-to-that-of-a-photon-is-c-being-the-velocity-of-light-1-dfrac-1-c-left-dfrac-e-2-m-right-1-2-2-left https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3Mzg2-the-stopping-potential-in-the-context-of-photoelectric-depends-on-the-following-properties-of-incident-electromagnetic-radiation-1-frequency-2-amplitude-3-intensity-4-phase-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5MjA3-an-alpha-particle-and-a-proton-are-accelerated-from-rest-by-a-potential-difference-of-200-text-v-after-this-their-de-broglie-wavelengths-are-lambda-alpha-andandand-lambda-p-respectively-the-ratio-frac https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5MTE1-the-de-broglie-wavelength-of-a-proton-and-alpha-particle-are-equal-the-ratio-of-their-velocities-is-1-4-3-2-4-1-3-4-2-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4OTE5-given-below-are-two-statements-assertion-a-two-photons-having-equal-linear-momenta-have-equal-wavelengths-reason-r-if-the-wavelength-of-the-photon-is-decreased-then-the-momentum-and-energy-of-a-photon https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4NTk5-a-beam-of-electromagnetic-radiation-of-intensity-6-4-times-10-5-mathrm-w-mathrm-cm-2-is-comprised-of-wavelength-lambda-310-mathrm-nm-it-falls-normally-on-a-metal-work-function-phi-2-mathrm-ev-of-surfa https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4NTM3-a-particle-moving-with-kinetic-energy-e-has-de-broglie-wavelength-lambda-if-energy-delta-e-is-added-to-its-energy-the-wavelength-becomes-lambda-2-the-value-of-energy-delta-e-is-1-e-2-3-e-3-2-e-4-4-e-1 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4NDg4-the-radiation-with-a-wavelength-6561-mathring-a-falls-on-a-metal-surface-to-produce-photoelectrons-the-electrons-are-made-to-enter-a-uniform-magnetic-field-3-times-10-4-text-t-if-the-radius-of-the-lar https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4NDc3-an-electron-mass-m-with-initial-velocity-vec-v-v-0-hat-i-v-0-hat-j-is-in-an-electric-field-vec-e-e-0-hat-k-if-lambda-0-is-the-initial-de-broglie-wavelength-of-the-electron-its-de-broglie-wavelength-at https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4NDM5-when-a-photon-of-energy-4-0-text-ev-strikes-the-surface-of-a-metal-a-the-ejected-photoelectrons-have-maximum-kinetic-energy-t-a-text-ev-and-de-broglie-wavelength-lambda-a-the-maximum-kinetic-energy-of https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4MzU0-an-electron-of-mass-m-and-a-photon-have-the-same-energy-e-in-the-range-of-a-few-text-ev-the-ratio-of-the-de-broglie-wavelength-associated-with-the-electron-and-the-wavelength-of-the-photon-is-c-speed https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5MjQz-an-electron-a-doubly-ionized-helium-ion-mathrm-he-2-and-a-proton-have-the-same-kinetic-energy-the-correct-relationship-between-their-respective-de-broglie-wavelengths-lambda-e-lambda-mathrm-he-2-and-l https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5MDY2-assuming-the-nitrogen-molecule-is-moving-with-rms-velocity-at-400-text-k-the-de-broglie-wavelength-of-nitrogen-molecule-is-close-to-given-nitrogen-molecule-weight-4-64-times-10-26-text-kg-boltzmann-co https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4NzIz-the-given-figure-shows-a-few-data-points-in-a-photo-electric-effect-experiment-for-a-certain-metal-the-minimum-energy-for-ejection-of-an-electron-from-its-surface-is-planck-s-constant-h-6-62-times-10 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4Njg0-particle-a-of-mass-m-a-frac-m-2-moving-along-the-x-axis-with-velocity-v-0-collides-elastically-with-another-particle-b-at-rest-having-mass-m-b-frac-m-3-if-both-particles-move-along-the-x-axis-after-th https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4NjY3-when-a-metal-surface-is-alternately-illuminated-with-photons-of-energies-e-1-4-text-ev-and-e-2-2-5-text-ev-the-ratio-of-the-maximum-speeds-of-the-emitted-photoelectrons-is-2-for-the-two-cases-respecti https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4NTgx-a-beam-of-electrons-of-energy-e-scatters-from-a-target-having-atomic-spacing-of-1-mathring-a-the-first-maximum-intensity-occurs-at-theta-60-circ-then-e-in-ev-is-planck-constant-h-6-64-times-10-34-text https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4MzQ1-a-particle-is-moving-5-times-as-fast-as-an-electron-the-ratio-of-the-de-broglie-wavelength-of-the-particle-to-that-of-the-electron-is-1-878-times-10-4-the-mass-of-the-particle-is-close-to-1-4-8-times https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4MjIy-when-the-wavelength-of-radiation-falling-on-a-metal-is-changed-from-500-text-nm-to-200-text-nm-the-maximum-kinetic-energy-of-the-photoelectrons-becomes-three-times-larger-the-work-function-of-the-meta https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc4MTM1-when-radiation-with-a-wavelength-lambda-is-used-to-illuminate-a-metallic-surface-the-stopping-potential-is-v-however-when-the-same-surface-is-illuminated-with-radiation-of-wavelength-3-lambda-the-stop https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4MjQ5-in-a-frank-hertz-experiment-an-electron-of-energy-5-6-text-ev-passes-through-mercury-vapour-and-emerges-with-an-energy-0-7-text-ev-the-minimum-wavelength-of-photons-emitted-by-mercury-atoms-is-close-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc4MTc4-a-particle-a-of-mass-m-and-charge-q-is-accelerated-through-a-potential-difference-of-50-text-v-another-particle-b-of-mass-4m-and-charge-q-is-accelerated-through-a-potential-difference-of-2500-text-v-w https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3NDkz-a-metal-plate-of-area-1-times-10-4-text-m-2-is-illuminated-by-a-radiation-of-intensity-16-text-mw-m-2-the-work-function-of-the-metal-is-5-text-ev-and-the-energy-of-the-incident-photons-is-10-text-ev-i https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3NDcx-the-magnetic-field-of-a-light-wave-at-the-origin-is-given-by-b-b-0-sin-3-14-times-10-7-ct-sin-6-28-times-10-7-ct-in-tesla-if-this-light-falls-on-a-silver-plate-with-a-work-function-of-4-7-text-ev-what https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3MzQ5-in-an-electron-microscope-the-resolution-that-can-be-achieved-is-of-the-order-of-the-wavelength-of-electrons-used-to-resolve-a-width-of-7-5-10-12-text-m-the-minimum-electron-energy-required-is-close-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3MTQ3-the-surface-of-a-metal-is-first-illuminated-with-a-light-of-wavelength-lambda-1-350-text-nm-and-then-with-a-light-of-wavelength-lambda-2-540-text-nm-it-is-observed-that-the-maximum-speeds-of-the-emitt https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc2OTE2-consider-an-electron-in-a-hydrogen-atom-revolving-in-its-second-excited-state-having-radius-4-65-mathring-text-a-the-de-broglie-wavelength-of-this-electron-is-1-6-6-mathring-text-a-2-3-5-mathring-text https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc2NzUz-the-electric-field-of-light-wave-is-given-as-vec-e-10-3-cos-left-frac-2-pi-x-5-times-10-7-2-pi-times-6-times-10-14-t-right-text-n-c-this-light-falls-on-a-metal-plate-of-work-function-2-text-ev-the-sto https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc2NjY3-a-nucleus-a-with-a-finite-de-broglie-wavelength-lambda-a-undergoes-spontaneous-fission-into-two-nuclei-b-and-c-of-equal-mass-b-flies-in-the-same-direction-as-that-of-a-while-c-flies-in-the-opposite-di https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc2NjQ3-two-particles-move-at-the-right-angle-to-each-other-their-de-broglie-wavelengths-are-lambda-1-and-lambda-2-respectively-the-particles-suffer-perfectly-inelastic-collision-the-de-broglie-wavelength-lam https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3MjE3-two-electrons-are-moving-with-non-relativistic-speeds-in-mutually-perpendicular-directions-if-their-respective-de-broglie-wavelengths-are-lambda-1-and-lambda-2-then-their-de-broglie-wavelength-in-the https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3MjMz-a-laser-light-of-wavelength-660-text-nm-is-used-to-weld-retina-detachment-if-a-laser-pulse-of-width-60-text-ms-and-power-0-5-text-kw-is-used-the-approximate-number-of-photons-in-the-pulse-are-take-pla https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3MTM0-when-monochromatic-light-of-frequency-n-is-incident-on-a-metal-surface-the-maximum-speed-of-the-emitted-photoelectrons-is-v-if-the-frequency-of-the-incident-light-is-increased-to-3n-what-will-be-the-n https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5MzYx-a-particle-a-of-mass-m-moving-with-speed-v-collides-elastically-and-head-on-with-another-particle-b-of-mass-dfrac-m-2-which-is-initially-at-rest-after-the-collision-the-de-broglie-wavelengths-of-parti https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5MzU2-an-electron-beam-is-accelerated-by-a-potential-difference-v-to-hit-a-metallic-target-to-produce-x-ray-it-produces-continuous-as-well-as-characteristic-x-rays-if-lambda-text-min-is-the-smallest-possibl https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3Mjc0-a-photoelectric-surface-is-illuminated-successively-by-monochromatic-light-of-wavelengths-lambda-and-lambda-over-2-if-the-maximum-kinetic-energy-of-the-emitted-photoelectrons-in-the-second-case-is-3-t https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc3MjA4-when-photons-of-wavelength-lambda-1-are-incident-on-an-isolated-sphere-the-corresponding-stopping-potential-is-found-to-be-v-when-photons-of-wavelength-lambda-2-are-used-the-corresponding-stopping-pot https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5OTE0-radiation-with-wavelength-lambda-is-incident-on-a-photocell-causing-the-fastest-emitted-electron-to-have-a-speed-v-if-the-wavelength-is-changed-to-dfrac-3-lambda-4-what-will-be-the-speed-of-the-fastes https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc2OTk5-the-de-broglie-wavelength-associated-with-the-electron-in-the-n-4-level-is-1-mathrm-1-over-4-th-of-the-de-broglie-wavelength-of-the-electron-in-the-ground-state-2-four-times-the-de-broglie-wavelength https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246NDc2OTg4-the-de-broglie-wavelength-of-an-electron-accelerated-by-a-voltage-of-50-text-v-is-close-to-text-e-1-6-times10-19-text-c-m-text-e-9-1-times10-31-text-kg-h-6-6-times10-34-text-js-1-1-2-mathring-a-2-2-4 https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5NzU5-match-list-i-fundamental-experiment-with-list-ii-its-conclusion-and-select-the-correct-option-from-the-choices-given-below-the-list-list-i-list-ii-a-frank-hertz-experiment-i-particle-nature-of-light-b https://medminds.me/qbank/physics/dual-nature-of-radiation-and-matter/?q=NP-b246Mjc5NzAz-the-radiation-corresponding-to-3-rightarrow-2-transition-of-hydrogen-atom-falls-on-a-metal-surface-to-produce-photoelectrons-these-electrons-are-made-to-enter-a-magnetic-field-of-3-times-10-4-text-t-i https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246MjU0OTc-an-electric-dipole-is-in-unstable-equilibrium-in-the-uniform-electric-field-the-angle-between-its-dipole-moment-and-the-electric-field-is-1-90-circ-2-120-circ-3-0-circ-4-180-circ-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246MjYzMjU-a-particle-having-charge-q1-exerts-f-electrostatic-force-on-charge-q2-at-rest-if-a-particle-having-charge-q14-is-placed-midway-between-the-line-joining-the-two-charges-q1andq2-then-electrostatic-force https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246MjYzNDM-a-charge-q-is-to-be-divided-on-two-small-conducting-spheres-what-should-be-the-value-of-charges-on-the-spheres-so-that-when-placed-at-a-certain-distance-apart-the-repulsive-force-between-them-is-maxim https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246MjYzNzg-an-electric-dipole-of-dipole-moment-p-is-placed-in-an-electric-field-of-intensity-e-such-that-angle-between-electric-field-and-dipole-moment-is-theta-assuming-that-the-potential-energy-of-the-dipole-i https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246MzAzMzU-the-electrostatic-field-due-to-a-charged-conductor-just-outside-the-conductor-is-1-zero-and-parallel-to-the-surface-at-every-point-inside-the-conductor-2-zero-and-is-normal-to-the-surface-at-every-poi https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5Njk-the-law-governing-the-force-between-electric-charges-is-known-as-1-ampere-s-law-2-ohm-s-law-3-faraday-s-law-4-coulomb-s-law-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5NzA-fg-and-fe-represents-gravitational-and-electrostatic-force-respectively-between-electrons-situated-at-a-distance-10-cm-the-ratio-of-fg-fe-is-of-the-order-of-1-1042-2-10-3-1-4-10-ndash-43-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5NzI-four-charges-are-arranged-at-the-corners-of-a-square-abcd-as-shown-in-the-adjoining-figure-the-force-on-the-positive-charge-q-kept-at-the-centre-o-is-1-zero-2-along-the-diagonal-ac-3-along-the-diagona https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5NzM-in-the-absence-of-other-conductors-the-surface-charge-density-1-is-proportional-to-the-charge-on-the-conductor-and-its-surface-area-2-inversely-proportional-to-the-charge-and-directly-proportional-to https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5NzQ-out-of-gravitational-electromagnetic-vander-waals-electrostatic-and-nuclear-forces-which-two-are-able-to-provide-an-attractive-force-between-two-neutrons-1-electrostatic-and-gravitational-2-electrosta https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5NzY-three-charges-4q-q-and-q-are-in-a-straight-line-in-the-position-of-0-l-2-and-l-respectively-the-resultant-force-on-q-will-be-zero-if-q-equal-to-1-q-2-2q-3-frac-q-2-4-4q-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5Nzc-two-small-spheres-each-having-the-charge-q-are-suspended-by-insulating-threads-of-length-l-from-a-hook-if-this-arrangement-is-taken-in-space-where-there-is-no-gravitational-effect-then-the-angle-betwe https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5Nzg-two-charges-each-of-1-coulomb-are-at-a-distance-1-km-apart-the-force-between-them-is-1-9-times-103-newton-2-9-times-10-ndash-3-newton-3-1-1-times-10-ndash-4-newton-4-104-newton-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5Nzk-two-charges-2-c-and-6-c-are-repelling-each-other-with-a-force-of-12-n-if-each-charge-is-given-2-c-of-charge-then-the-value-of-the-force-will-be-1-4-n-attractive-2-4-n-repulsive-3-8-n-repulsive-4-zero https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5ODA-the-dielectric-constant-of-pure-water-is-81-its-permittivity-will-be-1-7-12-times-10-ndash-10-mks-units-2-8-86-times-10-ndash-12-mks-units-3-1-02-times-1013-mks-units-4-cannot-be-calculated-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5ODE-force-of-attraction-between-two-point-charges-q-and-ndash-q-separated-by-d-meter-is-fe-when-these-charges-are-given-to-two-identical-spheres-of-radius-r-0-3-d-whose-centres-are-d-meter-apart-the-force https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5ODI-one-metallic-sphere-a-is-given-a-positive-charge-whereas-another-identical-metallic-sphere-b-of-the-exact-same-mass-as-of-a-is-given-an-equal-amount-of-negative-charge-then-1-mass-of-a-and-mass-of-b-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5ODM-the-force-between-two-charges-0-06-m-apart-is-5-n-if-each-charge-is-moved-towards-the-other-by-0-01-m-then-the-force-between-them-will-become-1-7-20-text-n-2-11-25-text-n-3-22-50-text-n-4-45-00-text-n https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5ODQ-when-10-19-electrons-are-removed-from-a-neutral-metal-plate-the-electric-charge-on-it-is-1-1-6-text-c-2-1-6-text-c-3-10-19-text-c-4-10-19-text-c-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5ODU-two-charges-each-equal-to-2-mu-c-are-0-5m-apart-if-both-of-them-exist-inside-the-vacuum-then-the-force-between-them-is-1-1-89-n-2-2-44-n-3-0-144-n-4-3-144-n-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5ODY-a-solid-conducting-sphere-of-radius-a-has-a-net-positive-charge-2q-a-conducting-spherical-shell-of-inner-radius-b-and-outer-radius-c-is-concentric-with-the-solid-sphere-and-has-a-net-charge-ndash-q-th https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5ODc-three-charges-are-placed-at-the-vertices-of-an-equilateral-triangle-of-side-lsquo-a-rsquo-as-shown-in-the-following-figure-the-force-experienced-by-the-charge-placed-at-the-vertex-a-in-a-direction-nor https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5ODg-two-particles-of-equal-mass-m-and-charge-q-are-placed-at-a-distance-of-16-text-cm-they-do-not-experience-any-net-force-the-value-of-frac-q-m-is-1-l-2-sqrt-frac-pi-varepsilon-0-g-3-sqrt-frac-g-4-pi-var https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5ODk-an-electron-is-moving-around-the-nucleus-of-a-hydrogen-atom-in-a-circular-orbit-of-radius-r-the-coulomb-force-f-rarr-on-electron-is-where-k-14-pi-epsilon-0-1-minus-ke2r3r-2-ke2r3r-rarr-3-minus-ke2r3r https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5OTA-five-balls-numbered-1-to-5-are-suspended-using-separate-threads-pairs-1-2-2-4-and-4-1-show-electrostatic-attraction-while-pairs-2-3-and-4-5-show-repulsion-therefore-ball-1-must-be-1-positively-charged https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5OTE-equal-charges-q-are-placed-at-the-four-corners-a-b-c-d-of-a-square-of-length-a-the-magnitude-of-the-force-on-the-charge-at-b-will-be-1-3q24-pi-epsilon-0a2-2-4q24-pi-epsilon-0a2-3-1-222q24-pi-epsilon-0 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5OTI-two-identical-conductors-of-copper-and-aluminium-are-placed-in-an-identical-electric-field-the-magnitude-of-induced-charge-in-the-aluminum-will-be-1-zero-2-greater-than-in-copper-3-equal-to-that-in-co https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5OTM-two-spherical-conductors-b-and-c-having-equal-radii-and-carrying-equal-charges-in-them-repel-each-other-with-a-force-f-when-kept-apart-at-some-distance-a-third-spherical-conductor-having-same-radius-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5OTQ-two-equally-charged-identical-metal-spheres-a-and-b-repel-each-other-with-a-force-f-the-spheres-are-kept-fixed-with-a-distance-r-between-them-a-third-identical-but-uncharged-sphere-c-is-brought-in-con https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5OTU-an-infinite-number-of-charges-each-of-charge-1-mu-text-c-are-placed-on-the-x-text-axis-with-co-ordinates-x-1-2-4-8-infty-if-a-charge-of-1-text-c-is-kept-at-the-origin-then-what-is-the-net-force-acting https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5OTY-a-charge-q-is-placed-at-the-centre-of-the-line-joining-two-equal-charges-q-the-system-of-the-three-charges-will-be-in-equilibrium-if-q-is-equal-to-1-minus-q2-2-minus-q4-3-q4-4-q2-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5OTg-the-figure-shows-the-electric-lines-of-force-emerging-from-a-charged-body-if-the-electric-fields-at-a-and-b-are-ea-and-eb-respectively-and-if-the-distance-between-a-and-b-is-r-then-1-e-a-e-b-2-e-a-e-b https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5OTk-abc-is-an-equilateral-triangle-charges-q-are-placed-at-each-corner-the-electric-intensity-at-o-will-be-1-dfrac-1-4-pi-epsilon-0-dfrac-q-r-2-2-dfrac-1-4-pi-epsilon-0-dfrac-q-r-3-zero-4-dfrac-1-4-pi-eps https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMDA-the-magnitude-of-electric-field-intensity-e-is-such-that-an-electron-placed-in-it-would-experience-an-electrical-force-equal-to-its-weight-is-given-by-1-mge-2-mge-3-emg-4-e2m2g-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMDE-a-charged-particle-is-free-to-move-in-an-electric-field-it-will-travel-1-always-along-a-line-of-force-2-along-a-line-of-force-if-its-initial-velocity-is-zero-3-along-a-line-of-force-if-it-has-some-ini https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMDI-an-uncharged-sphere-of-metal-is-placed-in-between-two-charged-plates-as-shown-the-lines-of-force-look-like-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMDM-the-electric-field-near-a-conducting-surface-having-a-uniform-surface-charge-density-sigma-is-given-by-1-frac-sigma-varepsilon-0-and-is-parallel-to-the-surface-2-frac-2-sigma-varepsilon-0-and-is-paral https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMDc-the-magnitude-of-electric-field-e-in-the-annular-region-of-a-charged-cylindrical-capacitor-1-is-same-throughout-2-is-higher-near-the-outer-cylinder-than-near-the-inner-cylinder-3-varies-as-1-r-where-r https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMDg-a-metallic-solid-sphere-is-placed-in-a-uniform-electric-field-the-lines-of-force-follow-the-path-s-shown-in-the-figure-as-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMDk-the-figure-shows-some-of-the-electric-field-lines-corresponding-to-an-electric-field-the-figure-suggests-1-ea-eb-ec-2-ea-eb-ec-3-ea-ec-eb-4-ea-ec-eb-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMTE-a-hollow-insulated-conducting-sphere-is-given-a-positive-charge-of-10-mu-c-what-will-be-the-electric-field-at-the-centre-of-the-sphere-if-its-radius-is-2-meters-1-zero-2-5-mu-cm-ndash-2-3-20-mu-cm-nda https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMTI-an-electron-of-mass-m-e-initially-at-rest-moves-through-a-certain-distance-in-a-uniform-electric-field-in-time-t-1-a-proton-of-mass-m-p-also-initially-at-rest-takes-time-t-2-to-move-through-an-equal-d https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMTM-point-charges-4q-ndash-q-and-4q-are-kept-on-the-x-axis-at-points-x-0-x-a-and-x-2a-respectively-then-1-only-q-is-in-stable-equilibrium-2-none-of-the-charges-are-in-equilibrium-3-all-the-charges-are-in https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMTQ-three-identical-positive-point-charges-as-shown-are-placed-at-the-vertices-of-an-isosceles-right-angled-triangle-which-of-the-numbered-vectors-coincides-in-direction-with-the-electric-field-at-the-mid https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMTY-the-figures-below-show-regular-hexagons-with-charges-at-the-vertices-in-which-of-the-following-cases-the-electric-field-at-the-centre-is-not-zero-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMTc-an-electron-enters-an-electric-field-with-its-velocity-in-the-direction-of-the-electric-lines-of-force-then-1-the-path-of-the-electron-will-be-a-circle-2-the-path-of-the-electron-will-be-a-parabola-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMjA-two-small-spherical-balls-each-carrying-a-charge-q-10-mu-c-10-micro-coulomb-are-suspended-by-two-insulating-threads-of-equal-lengths-1m-each-from-a-point-fixed-in-the-ceiling-it-is-found-that-in-equil https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIwMjE-an-electron-having-charge-e-and-mass-m-is-moving-in-a-uniform-electric-field-e-its-acceleration-will-be-1-dfrac-e-2-m-2-dfrac-e-2e-m-3-dfrac-ee-m-4-dfrac-me-e-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIxNzg-infinite-charges-of-magnitude-q-each-are-lying-at-x-1-2-4-8-meter-on-x-axis-the-value-of-the-intensity-of-the-electric-field-at-point-x-0-due-to-these-charges-will-be-1-12-times-109q-n-c-2-zero-3-6-ti https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIxNzk-a-pendulum-bob-of-mass-30-7-times-10-minus-6-thinsp-kg-and-carrying-a-charge-2-times-10-minus-8-thinsp-c-is-at-rest-in-a-horizontal-uniform-electric-field-of-20000-v-m-the-tension-in-the-thread-of-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIxODA-a-charged-ball-b-hangs-from-a-silk-thread-s-which-makes-an-angle-theta-with-a-large-charged-conducting-sheet-p-as-shown-in-the-figure-the-surface-charge-density-sigma-of-the-sheet-is-proportional-to-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIxODE-two-point-charges-8q-and-2q-are-located-at-x-0-and-x-l-respectively-the-location-of-a-point-on-the-x-axis-at-which-the-net-electric-field-due-to-these-two-point-charges-is-zero-is-1-8-text-l-2-4-text https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIxODI-three-infinitely-long-charge-sheets-are-placed-as-shown-in-the-figure-the-electric-field-at-point-p-is-1-2-sigma-epsilon-ok-2-minus-2-sigma-epsilon-ok-3-4-sigma-epsilon-ok-4-4-sigma-epsilon-ok-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIxODM-two-infinitely-long-parallel-conducting-plates-having-surface-charge-densities-sigma-and-sigma-respectively-are-separated-by-a-small-distance-the-medium-between-the-plates-is-a-vacuum-if-varepsilon-0 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIxODQ-four-point-ve-charges-of-the-same-magnitude-q-are-placed-at-four-corners-of-a-rigid-square-frame-as-shown-in-the-figure-the-plane-of-the-frame-is-perpendicular-to-z-axis-if-a-ndash-ve-point-charge-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMDM-a-cylinder-of-radius-r-and-length-l-is-placed-in-a-uniform-electric-field-e-parallel-to-the-cylinder-axis-the-total-flux-for-the-surface-of-the-cylinder-is-given-by-1-2-pi-r2e-2-pi-r2-e-3-pi-r2-minus https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMDQ-electric-field-at-a-point-varies-as-r0-for-1-an-electric-dipole-2-a-point-charge-3-a-plane-infinite-sheet-of-charge-4-a-line-charge-of-infinite-length-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMDY-total-electric-flux-coming-out-of-a-unit-positive-charge-put-in-air-is-1-varepsilon-0-2-varepsilon-0-1-3-4-pi-varepsilon-0-1-4-4-pi-varepsilon-0-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMDc-a-cube-of-side-l-is-placed-in-a-uniform-field-e-where-e-ei-the-net-electric-flux-through-the-cube-is-1-zero-2-l2e-3-4l2e-4-6l2e-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMDg-eight-dipoles-of-charges-of-magnitude-e-are-placed-inside-a-cube-the-total-electric-flux-coming-out-of-the-cube-will-be-1-frac-8e-epsilon-0-2-frac-16e-epsilon-0-3-frac-e-epsilon-0-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMDk-a-charge-q-is-placed-at-the-centre-of-the-open-end-of-the-cylindrical-vessel-the-flux-of-the-electric-field-through-the-surface-of-the-vessel-is-1-0-2-dfrac-q-varepsilon-0-3-dfrac-q-2-varepsilon-0-4-d https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMTE-electric-charge-is-uniformly-distributed-along-a-long-straight-wire-of-radius-1-mm-the-charge-per-cm-length-of-the-wire-is-q-coulomb-another-cylindrical-surface-of-radius-50-cm-and-length-1-m-symmetri https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMTI-the-s-i-unit-of-electric-flux-is-1-weber-2-newton-per-coulomb-3-volt-times-metre-4-joule-per-coulomb-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMTY-shown-below-is-a-distribution-of-charges-the-flux-of-electric-field-due-to-these-charges-through-the-surface-s-is-1-3q-varepsilon-0-2-2q-varepsilon-0-3-q-varepsilon-0-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMTc-consider-the-charge-configuration-and-spherical-gaussian-surface-as-shown-in-the-figure-while-calculating-the-flux-of-the-electric-field-over-the-spherical-surface-the-electric-field-will-be-due-to-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMTg-an-electric-dipole-is-put-in-a-north-south-direction-in-a-sphere-filled-with-water-which-statement-is-correct-1-electric-flux-is-coming-towards-the-sphere-2-electric-flux-is-coming-out-of-the-sphere-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMTk-the-electric-flux-for-gaussian-surface-a-that-encloses-the-charged-particles-in-free-space-is-given-q1-ndash-14-nc-q2-78-85-nc-q3-ndash-56-nc-1-103-nm2-c-ndash-1-2-103-cn-1-m-ndash-2-3-6-32-times-103 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMjA-the-electric-intensity-due-to-an-infinite-cylinder-of-radius-r-and-having-charge-q-per-unit-length-at-a-distance-r-r-r-from-its-axis-is-1-directly-proportional-to-r2-2-directly-proportional-to-r3-3-in https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMjE-two-equal-negative-charges-of-charge-q-are-fixed-at-the-points-0-a-and-0-a-on-the-y-text-axis-a-positive-charge-q-is-released-from-rest-at-the-point-2a-0-on-the-x-text-axis-the-charge-q-will-1-execute https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMjI-an-electrostatic-line-of-force-in-the-xy-plane-is-given-by-equation-x-2-y-2-1-a-particle-with-unit-positive-charge-initially-at-rest-at-the-point-x-1-y-0-in-the-xy-plane-will-1-not-move-at-all-2-will https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMjM-a-positively-charged-ball-hangs-from-a-silk-thread-we-put-a-positive-test-charge-q0-at-a-point-and-measure-f-q0-then-it-can-be-predicted-that-the-electric-field-strength-e-1-f-q0-2-f-q0-3-f-q0-4-canno https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMjQ-a-solid-metallic-sphere-has-a-charge-3q-concentric-with-this-sphere-is-a-conducting-spherical-shell-having-charge-ndash-q-the-radius-of-the-sphere-is-a-and-that-of-the-spherical-shell-is-b-b-a-what-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMjY-a-point-charge-q-is-placed-at-a-distance-dfrac-a-2-directly-above-the-centre-of-a-square-of-side-a-the-electric-flux-through-the-square-i-e-one-face-is-1-dfrac-q-varepsilon-0-2-dfrac-q-pi-varepsilon-0 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMjc-two-infinitely-long-parallel-wires-having-linear-charge-densities-lambda-1-and-lambda-2-respectively-are-placed-at-a-distance-of-r-meters-the-force-per-unit-length-on-either-wire-will-be-k-14-pi-epsil https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMjk-the-charge-on-500-cc-of-water-due-to-protons-will-be-1-6-0-times-1027-c-2-2-67-times-107-c-3-6-times-1023-c-4-1-67-times-1023-c-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMzI-in-the-given-figure-two-tiny-conducting-balls-of-identical-mass-m-and-identical-charge-q-hang-from-non-conducting-threads-of-equal-length-l-assume-that-theta-is-so-small-that-tan-theta-asymp-sin-theta https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMzM-three-positive-charges-of-equal-value-q-are-placed-at-the-vertices-of-an-equilateral-triangle-the-resulting-lines-of-force-should-be-sketched-as-in-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMzQ-two-equal-charges-are-separated-by-a-distance-d-a-third-charge-placed-on-a-perpendicular-bisector-at-x-distance-will-experience-maximum-coulomb-force-when-1-x-d2-2-x-d2-3-x-d22-4-x-d23-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMzU-an-electric-dipole-is-situated-in-an-electric-field-of-uniform-intensity-e-whose-dipole-moment-is-p-and-moment-of-inertia-is-i-if-the-dipole-is-displaced-slightly-from-the-equilibrium-position-then-th https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMzY-an-infinite-number-of-electric-charges-each-equal-to-5-nc-magnitude-are-placed-along-the-x-text-axis-at-x-1-cm-x-2-cm-x-4-cm-x-8-cm-hellip-hellip-hellip-and-so-on-in-the-setup-if-the-consecutive-charg https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMzg-three-charges-ndash-q1-q2-and-ndash-q3-are-placed-as-shown-in-the-figure-the-x-component-of-the-force-on-ndash-q1-is-proportional-to-1-q2b2-minus-q3a2sin-theta-2-q2b2-minus-q3a2cos-theta-3-q2b2-q3a2si https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyMzk-two-point-charges-q-and-q-are-held-fixed-at-d-0-and-d-0-respectively-of-a-x-y-coordinate-system-then-1-e-at-all-points-on-the-y-text-axis-is-along-hat-i-2-the-electric-field-vec-e-at-all-points-on-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyNDA-a-point-charge-of-40-text-stat-coulomb-is-placed-2-text-cm-in-front-of-an-earthed-metallic-plane-plate-of-large-size-then-the-force-of-attraction-on-the-point-charge-is-1-100-text-dynes-2-160-text-dyn https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyNDM-which-of-the-following-graphs-shows-the-variation-of-electric-field-e-due-to-a-hollow-spherical-conductor-of-radius-r-as-a-function-of-distance-from-the-centre-of-the-sphere-1-2-3-4-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDIyNDQ-the-electric-field-due-to-a-uniformly-charged-solid-sphere-of-radius-r-as-a-function-of-the-distance-from-its-centre-is-represented-graphically-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDUzNzA-the-electric-field-inside-a-spherical-shell-of-uniform-surface-charge-density-is-1-zero-2-constant-less-than-zero-3-directly-proportional-to-the-distance-from-the-centre-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDUzOTY-the-distance-between-charges-5-times-10-ndash-11-c-and-ndash-2-7-times-10-ndash-11-c-is-0-2-m-the-distance-at-which-a-third-charge-should-be-placed-in-order-that-it-will-not-experience-any-force-along https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTEwMTE-suppose-the-charge-of-a-proton-and-an-electron-differ-slightly-one-of-them-is-text-e-and-the-other-is-e-delta-e-if-the-net-of-electrostatic-force-and-gravitational-force-between-two-hydrogen-atoms-pla https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTExMTU-two-identical-charged-spheres-suspended-from-a-common-point-by-two-massless-strings-of-lengths-l-are-initially-at-a-distance-d-d-l-apart-because-of-their-mutual-repulsion-the-charges-begin-to-leak-fro https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTExNTI-the-electric-field-in-a-certain-region-is-acting-radially-outward-and-is-given-by-e-ar-a-charge-contained-in-a-sphere-of-radius-a-centered-at-the-origin-of-the-field-will-be-given-by-1-4-pi-varepsilon https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTEyODM-two-pith-balls-carrying-equal-charges-are-suspended-from-a-common-point-by-strings-of-equal-length-the-equilibrium-separation-between-them-is-r-now-the-strings-are-rigidly-clamped-at-half-the-height-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTEzNDk-what-is-the-flux-through-a-cube-of-side-a-if-a-point-charge-q-is-at-one-of-its-corners-1-2q-epsilon-0-2-q8-epsilon-0-3-q-epsilon-0-4-q2-epsilon-06a2-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTE0MDg-a-charge-q-is-enclosed-by-a-gaussian-spherical-surface-of-radius-r-if-the-radius-is-doubled-then-the-outward-electric-flux-will-1-be-reduced-to-half-2-remain-the-same-3-be-doubled-4-increase-four-time https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTE2MzU-two-positive-ions-each-carrying-a-charge-q-are-separated-by-a-distance-d-if-f-is-the-force-of-repulsion-between-the-ions-the-number-of-electrons-missing-from-each-ion-will-be-e-being-the-charge-on-an https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTE2Mzc-a-surface-of-side-l-metre-in-the-plane-of-the-paper-is-placed-in-a-uniform-electric-field-e-volt-m-acting-along-the-same-plane-at-an-angle-952-with-the-horizontal-side-of-the-square-as-shown-in-figure https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTE2NDU-two-parallel-metal-plates-having-charges-q-and-q-faces-each-other-at-a-certain-distance-between-them-if-the-plates-are-now-dipped-in-kerosene-oil-tank-the-electric-field-between-the-plates-will-1-beco https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTE2NDY-the-electric-field-at-a-distance-3r2-from-the-centre-of-a-charged-conducting-spherical-shell-of-radius-r-is-e-the-electric-field-at-a-distance-r2-from-the-centre-of-the-sphere-is-1-zero-2-e-3-e2-4-e3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTE3NTQ-a-thin-conducting-ring-of-radius-r-is-given-a-charge-q-the-electric-field-at-the-centre-o-of-the-ring-due-to-the-charge-on-the-part-akb-of-the-ring-is-e-the-electric-field-at-the-centre-due-to-the-cha https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTQ5MTk-there-is-a-uniform-electric-field-of-strength-10-3-v-m-along-the-y-axis-a-body-of-mass-1-g-and-charge-10-6-c-is-projected-into-the-field-from-the-origin-along-the-positive-x-axis-with-a-velocity-10-m https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTQ5MjU-six-charges-three-positive-and-three-negative-of-equal-magnitude-are-to-be-placed-at-the-vertices-of-a-regular-hexagon-such-that-the-electric-field-at-o-is-double-the-electric-field-when-only-one-posi https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NTgzNzA-a-charge-of-magnitude-3e-and-mass-2m-is-moving-in-an-electric-field-e-the-acceleration-imparted-to-the-charge-is-1-2ee-3m-2-3ee-2m-3-2m-3ee-4-3m-2ee-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246ODkwMjY-an-electron-falls-from-rest-through-a-vertical-distance-h-in-a-uniform-and-vertically-upward-directed-electric-field-e-the-direction-of-the-electric-field-is-now-reversed-keeping-its-magnitude-the-sam https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246ODkwNjY-a-toy-car-with-charge-q-moves-on-a-frictionless-horizontal-plane-surface-under-the-influence-of-a-uniform-electric-field-vec-e-due-to-the-force-q-vec-e-its-velocity-increases-from-0-to-6-text-m-s-in-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTAxMzk-two-identical-charged-spheres-suspended-from-a-common-point-by-two-massless-strings-of-lengths-l-are-initially-at-a-distance-d-left-d-ll-l-right-apart-because-of-their-mutual-repulsion-the-charges-beg https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTE0Mzc-two-pith-balls-carrying-equal-charges-are-suspended-from-a-common-point-by-strings-of-equal-length-the-equilibrium-separation-between-them-is-r-as-shown-in-fig-i-now-as-shown-in-fig-ii-the-strings-are https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTI0MzI-a-charge-q-is-enclosed-by-a-gaussian-spherical-surface-of-radius-r-if-the-radius-is-doubled-then-the-outward-electric-flux-will-1-be-reduced-to-half-2-remain-the-same-3-be-doubled-4-increase-four-time https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTMyMzU-the-mean-free-path-of-electrons-in-a-metal-is-4-times-10-8-text-m-the-electric-field-which-can-give-an-average-of-2-text-ev-energy-to-an-electron-in-the-metal-will-be-in-units-of-vm-1-1-8-times-10-7-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTMzMjY-a-thin-conducting-ring-of-the-radius-r-is-given-a-charge-q-the-electric-field-at-the-centre-o-of-the-ring-due-to-the-charge-on-the-part-akb-of-the-ring-is-e-the-electric-field-at-the-centre-due-to-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTM1MTA-three-point-charges-q-2q-and-q-are-placed-at-points-x-0-y-a-z-0-x-0-y-0-z-0-and-x-a-y-0-z-0-respectively-the-magnitude-and-direction-of-the-electric-dipole-moment-vector-of-this-charge-assembly-are-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTM1NTg-a-hollow-cylinder-has-a-charge-q-coulomb-within-it-at-the-geometrical-centre-if-phi-is-the-electric-flux-in-units-of-volt-meter-associated-with-the-curved-surface-b-the-flux-linked-with-the-plane-surf https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTUzOTk-find-electric-field-due-to-a-uniformly-charged-long-and-thin-rod-this-question-includes-concepts-from-12th-syllabus-1-k-lambda-r-2-k-lambda-2r-3-2k-lambda-r-4-k-lambda-4r-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTU1NDU-a-hollow-metal-sphere-of-radius-r-is-uniformly-charged-the-electric-field-due-to-the-sphere-at-a-distance-r-from-the-centre-1-decreases-as-r-increases-for-r-r-2-increases-as-r-increases-for-r-r-3-is-z https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTU1NDk-two-point-charges-a-and-b-having-charges-q-and-q-respectively-are-placed-at-a-certain-distance-apart-and-the-force-acting-between-them-is-f-if-25-charge-of-a-is-transferred-to-b-then-the-force-between https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTU1NzE-two-parallel-infinite-line-charges-with-linear-charge-densities-lambda-text-c-m-and-lambda-text-c-m-are-placed-at-a-distance-r-the-electric-field-mid-way-between-the-two-line-charges-is-1-frac-lambda https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTMxNzM0-a-sphere-encloses-an-electric-dipole-with-charges-pm3-times10-6-text-c-what-is-the-total-electric-flux-through-the-sphere-1-3-times10-6-text-n-m-2-text-c-2-zero-3-3-times10-6-text-n-m-2-text-c-4-6-tim https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTUzMDA1-the-figure-shows-some-of-the-equipotential-surfaces-magnitude-and-direction-of-the-electric-field-is-given-by-1-200-v-m-making-an-angle-120-8728-with-the-x-axis-2-100-v-m-pointing-towards-negative-x-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTUzMDI2-electric-field-in-a-region-is-increasing-in-magnitude-along-x-direction-the-equipotential-surfaces-associated-are-1-planes-parallel-to-xy-plane-2-planes-parallel-to-yz-plane-3-co-axial-cylinders-aroun https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTUzMDQ2-if-a-unit-positive-charge-is-taken-from-one-point-to-another-on-an-equipotential-surface-then-1-work-is-done-on-the-charge-2-work-is-done-by-the-charge-3-potential-energy-of-the-charged-is-changed-4-n https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5MjY5-four-charges-of-1-mu-text-c-1-mu-text-c-1-mu-text-c-and-1-mu-text-c-are-placed-at-the-vertices-of-a-square-of-side-sqrt-2-text-cm-in-sequence-the-net-force-experienced-by-0-1-mu-text-c-charge-at-the-c https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5Mjc2-two-short-dipoles-are-placed-at-a-certain-distance-exert-a-force-f-on-each-other-if-the-distance-between-them-is-doubled-then-the-force-will-become-1-f-2-f4-3-4f-4-f16-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5Mjc5-the-net-dipole-moment-of-the-system-is-of-the-magnitude-1-q-times-2a-2-2q-times-2a-3-q-times-a-4-2-times-2q-times-2a-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5Mjgy-the-electric-field-calculated-by-gauss-s-law-is-the-field-due-to-the-charges-which-1-lie-inside-the-gaussian-surface-2-lie-outside-the-gaussian-surface-3-lie-on-the-surface-of-the-gaussian-surface-4-l https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5Mjg0-a-small-sphere-of-mass-m-and-having-charge-q-is-suspended-by-a-silk-thread-of-length-l-in-a-uniform-horizontal-electric-field-if-it-stands-at-a-distance-x-from-the-vertical-line-from-point-of-suspensi https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDQ1-a-pendulum-oscillates-with-the-time-period-t-the-string-used-in-the-pendulum-is-stretchable-the-point-to-which-it-is-attached-is-given-a-positive-charge-and-the-bob-is-also-given-positive-charge-q-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDQ4-two-identical-small-metal-spheres-having-charges-q-and-3q-exert-force-f-on-each-other-the-spheres-are-touched-with-each-other-and-then-kept-at-the-same-separation-the-magnitude-of-the-new-force-betwee https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDUw-two-charges-2-mu-text-c-and-8-mu-text-c-are-separated-by-6-text-cm-the-neutral-point-is-at-1-4-text-cm-from-2-mu-text-c-2-2-text-cm-from-2-mu-text-c-3-2-text-cm-from-8-mu-text-c-4-3-text-cm-from-8-mu https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDU2-at-what-distance-from-the-larger-point-charge-the-electric-field-is-zero-1-4-cm-2-11-cm-3-22-cm-4-40-cm-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDU4-a-point-charge-q-is-kept-at-the-center-of-the-circle-formed-by-cutting-a-spherical-shell-by-a-plane-as-shown-the-electric-flux-linked-with-the-remaining-surface-of-the-shell-is-1-q2-epsilon-0-4-q-epsi https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDYx-in-the-diagram-shown-below-the-block-has-charge-q-and-is-attached-at-one-end-of-the-light-spring-the-surface-is-smooth-and-horizontal-and-the-spring-is-in-its-natural-length-if-the-electric-field-e-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDYz-a-point-charge-q-is-kept-at-the-center-of-the-curvature-of-thin-semicircular-wire-of-length-l-as-shown-the-wire-has-uniformly-distributed-charge-q-on-it-the-dipole-moment-of-the-system-is-1-dfrac-2ql https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDcy-a-conducting-body-has-a-cavity-in-its-as-shown-in-the-diagram-below-a-point-charge-q-is-held-at-the-centre-of-the-cavity-the-electric-flux-linked-with-the-closed-surface-s-shown-dotted-is-1-q-epsilon https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDc3-a-neutral-bubble-made-of-soap-solution-has-radius-r-if-some-negative-charge-is-given-which-gets-distributed-uniformly-on-the-surface-of-the-bubble-the-radius-of-the-bubble-becomes-r-then-1-r-r-2-r-r-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDc5-a-large-non-conducting-sheet-s-is-given-a-uniform-charge-density-two-uncharged-small-metal-rods-a-and-b-are-placed-near-the-sheet-as-shown-in-the-following-diagram-choose-the-incorrect-option-1-s-attr https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDgy-an-electric-dipole-is-placed-at-the-centre-of-a-sphere-which-of-the-following-statements-is-correct-1-the-electric-flux-through-the-sphere-is-zero-2-the-electric-field-is-zero-at-every-point-on-the-sp https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDg1-a-particle-with-charge-ve-and-mass-m-is-projected-with-velocity-v-in-the-opposite-direction-of-a-uniform-electric-field-e-as-shown-in-the-figure-in-a-gravity-free-space-after-what-time-the-velocity-wi https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDg3-which-of-the-following-statements-is-correct-about-a-dipole-in-a-non-uniform-field-1-torque-is-always-nonzero-2-net-force-may-be-nonzero-3-torque-is-always-zero-4-net-force-is-always-zero-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDk0-a-particle-of-mass-m-has-a-charge-q0-when-it-is-at-rest-when-the-particle-moves-with-speed-v-the-charge-on-the-particle-will-become-c-is-the-velocity-of-light-in-vacuum-1-q0vc-2-q0cv-3-q01-v2c2-4-q0-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDk3-starting-from-rest-an-electron-moves-through-a-small-distance-in-a-uniform-electric-field-of-magnitude-2-times-104nc-1-the-direction-of-the-field-is-reserved-keeping-the-magnitude-unchanged-and-a-prot https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NTAy-a-source-charge-q-is-kept-at-a-distance-of-3-km-from-a-test-charge-q0-if-q-is-displaced-slightly-then-the-change-in-the-electric-field-detected-by-q0-will-be-after-1-10-s-2-10-ms-3-10-mu-s-4-10-ns-1-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NTA0-two-point-charges-q-and-9q-are-kept-at-r-12-cm-apart-as-shown-the-electric-field-is-zero-at-1-6-cm-from-point-a-toward-b-2-3-cm-from-point-a-opposite-to-b-3-9-cm-from-point-b-towards-a-4-18-cm-from-th https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NTA3-two-point-charges-2-mu-text-c-and-6-mu-text-c-repel-each-other-with-a-force-of-60-text-n-if-a-charge-4-mu-text-c-is-added-to-each-of-them-the-force-between-them-will-become-1-60-text-n-2-360-text-n-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NTEw-a-cone-of-the-radius-of-base-1-m-and-height-2-m-is-placed-with-its-base-in-the-xz-plane-in-a-region-with-the-uniform-electric-field-e-rarr-20i-v-m-as-shown-in-the-figure-the-magnitude-of-electric-flux https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NTEz-there-are-two-charges-1-mu-c-and-2-mu-c-the-ratio-of-the-magnitude-of-forces-acting-on-them-due-to-their-interaction-will-be-1-1-2-2-2-1-3-1-1-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NTE2-the-dielectric-constant-for-the-metal-in-electrostatics-is-1-1-2-0-3-81-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NTE5-a-cube-of-side-a-has-a-charge-q-at-each-of-its-vertices-the-net-electric-field-intensity-at-its-centre-is-r-is-the-distance-between-a-corner-and-the-centre-and-k-1-4-pi-varepsilon-0-1-zero-2-kq-r-2-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NTQ2-the-torque-acting-on-an-electric-dipole-of-the-dipole-moment-p-rarr-in-a-uniform-electric-field-e-rarr-is-1-p-rarr-e-rarr-2-p-rarr-x-e-rarr-3-zero-4-e-rarr-x-p-rarr-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NTQ3-the-unit-of-electric-permittivity-is-1-joule-coulomb-2-volt-meter2-3-farad-meter-4-henry-meter-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NTUx-a-pendulum-bob-carries-a-positive-charge-another-positive-charge-q-is-held-at-the-point-of-support-then-the-time-period-of-bob-is-l-length-of-the-simple-pendulum-1-greater-than-2-pi-lg-2-less-than-2-p https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5ODA5-24-electric-dipoles-each-of-dipole-moment-2-mu-cm-are-packed-inside-a-hollow-sphere-the-net-electric-flux-through-the-sphere-is-1-28-mu-cm2-2-28-mu-nm2c-3-zero-4-infinity-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5ODE3-which-of-the-following-is-not-the-property-of-charge-1-like-point-charges-repel-each-other-2-for-an-isolated-system-the-net-charge-is-conserved-3-specific-charge-is-invariant-4-charge-is-quantized-1-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5ODIy-three-charges-q-and-q-and-2q-are-kept-at-three-corners-of-an-equilateral-triangle-of-side-a-the-magnitude-of-the-electric-dipole-moment-of-the-arrangement-is-1-2qa-2-qa2-3-qa3-4-qa-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5ODI1-charge-q-is-distributed-uniformly-in-a-spherical-region-of-radius-r-which-if-the-following-roughly-represents-the-variation-of-the-electric-field-e-versus-distance-r-from-the-center-of-the-sphere-1-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5ODM2-the-electric-field-at-point-a-is-perpendicular-to-the-direction-of-the-dipole-moment-xa0-p-x2192-xa0-of-a-short-electric-dipole-the-angle-xa0-x3b8-xa0-is-equal-to-1-xa0-xa0-0-xb0-2-xa0-xa0-90-xb0-3-xa https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5ODUw-two-charges-are-arranged-as-shown-in-the-figure-if-the-electric-field-at-the-center-of-the-circle-is-along-the-negative-y-axis-then-q1q2-is-1-3-2-13-3-13-4-32-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5ODU1-a-square-of-side-a-is-lying-in-xy-plane-such-that-its-two-adjacent-sides-are-lying-on-the-x-and-y-axes-if-an-electric-field-xa0-e-x2192-xa0-xa0-e0k-xa0-is-applied-on-the-square-then-the-flux-passing-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5ODYw-the-electric-field-intensity-which-would-be-just-sufficient-to-balance-the-weight-of-a-particle-of-charge-10-mu-c-and-mass-10-mg-is-take-g-10-text-m-s-2-1-10-n-c-in-an-upward-direction-2-103-n-c-in-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5ODY2-two-charges-are-placed-at-a-certain-distance-apart-in-the-air-if-a-glass-slab-is-introduced-between-them-then-the-force-between-the-two-charges-will-1-become-zero-2-decrease-3-increase-4-remain-the-sa https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5OTA0-a-particle-of-mass-m-and-charge-q-is-placed-at-rest-in-a-uniform-electric-field-e-and-then-released-the-kinetic-energy-attained-by-the-particle-after-moving-a-distance-y-is-1-qey-2-qey2-3-qe2y-4-q2ey https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5OTA2-force-of-interaction-between-two-bodies-of-the-same-nature-of-the-charge-1-must-be-repulsive-2-may-be-attractive-3-must-be-attractive-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5OTE3-on-the-axis-of-a-uniformly-charged-ring-of-radius-r-as-shown-the-electric-field-is-maximum-at-1-xa0-x-0-2-xa0-xa0-x-xa0-xa0-r2-3-xa0-xa0-x-xa0-xa0-r2-4-xa0-xa0-x-xa0-xa0-r2-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5OTIy-at-the-three-corners-of-an-equilateral-triangle-charges-are-placed-as-shown-in-the-figure-the-magnitude-of-the-electric-field-at-point-o-is-1-14-pi-epsilon-02qr2-2-14-pi-epsilon-0qr2-3-14-pi-epsilon-0 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5OTI3-two-symmetrical-parallel-metal-each-of-one-side-plate-area-a-having-charges-q1and-q2-are-placed-at-small-separation-what-will-be-the-electric-field-at-a-point-in-between-the-plates-1-q1-q22a-epsilon-0 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5OTMx-an-electric-dipole-of-the-moment-p-rarr-is-released-in-a-uniform-electric-field-e-rarr-from-the-position-of-maximum-torque-the-angular-speed-of-the-dipole-when-p-rarr-becomes-parallel-to-e-rarr-will-b https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5OTMz-a-charge-q-is-given-to-a-conducting-sphere-of-radius-r-now-if-a-charge-q-is-placed-as-shown-at-a-distance-r-from-the-center-then-the-magnitude-of-the-force-of-attraction-between-charges-is-1-14-960-94 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5OTQx-if-the-electric-flux-entering-and-leaving-a-closed-surface-are-respectively-of-magnitude-1and-2-then-the-electric-charge-inside-the-surface-will-be-1-epsilon-0-2-1-2-1-2-2-epsilon-0-3-epsilon-0-2-1-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYwMjAw-electric-field-at-an-axial-point-of-short-dipole-is-e1-rarr-if-the-electric-field-at-the-equatorial-point-of-same-dipole-is-e2-rarr-then-which-of-the-following-is-correct-1-e1-rarr-e2-rarr-0-3-e1-rarr https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYwMjA1-a-long-thin-rod-is-charged-such-that-charge-per-unit-length-of-the-rod-is-lambda-the-rod-is-inserted-into-a-hollow-spherical-surface-of-radius-r-maximum-electric-flux-coming-out-the-surface-is-1-lambd https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYwMjA3-two-charges-q-and-4q-are-separated-by-a-distance-r-the-neutral-point-in-between-the-line-joining-the-charges-is-at-a-distance-1-r3fromq-2-2r3fromq-3-2rfromq-4-rfrom4q-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYwMjEw-a-positron-and-a-proton-are-projected-normally-into-a-uniform-electric-field-with-equal-kinetic-energy-the-trajectory-followed-by-them-are-1-circular-with-equal-radius-2-elliptical-with-the-same-major https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYwMjE3-the-distance-between-two-point-charges-is-increased-by-10-the-force-of-interaction-1-increases-by-10-2-decreases-by-10-3-decreases-by-17-4-increases-by-17-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYwMjE4-the-unit-text-c-m-coulomb-ndash-metre-corresponds-to-which-of-the-following-physical-quantities-1-electric-flux-2-electric-potential-3-electric-dipole-moment-4-electric-field-intensity-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYwMjE5-a-solid-sphere-of-radius-r-has-a-uniform-distribution-of-electric-charge-in-its-volume-at-a-distance-x-from-its-center-x-r-the-electric-field-is-directly-proportional-to-1-1x2-2-1x-3-x-4-x2-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxMjIw-an-insulated-sphere-of-radius-r-has-a-uniform-charge-density-961-the-electric-field-at-a-distance-r-from-the-center-of-the-sphere-r-r-is-1-961-r3-949-0-2-961-r3-949-0-3-961-r-949-0-4-961-949-0r-1-2-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxMjIx-the-electric-flux-from-a-cube-of-edge-l-is-phi-what-will-be-its-value-if-the-edge-of-the-cube-is-made-2l-and-the-charge-enclosed-is-halved-1-frac-1-2-phi-2-2-phi-3-4-phi-4-phi-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxMjMx-three-identical-plates-are-kept-as-shown-plate-1-is-given-5q-charge-and-plate-3-is-given-q-charge-electric-field-intensity-at-point-x-is-1-3qa-epsilon-0down-2-3q2a-epsilon-0down-3-3q2a-epsilon-0upward https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxMjMy-the-equation-of-trajectory-of-a-charged-particle-moving-in-xy-plane-in-a-uniform-electric-field-maybe-1-y-2x-8-2-x-y2-4-3-y-2x2-6-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxMjM0-a-short-electric-dipole-having-dipole-moment-pi-is-placed-at-origin-and-a-point-charge-q-is-placed-at-point-0-r-the-force-on-dipole-due-to-charge-is-in-1-x-direction-2-x-direction-3-y-direction-4-y-di https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxMjM4-a-point-charge-q-is-placed-at-the-center-of-the-open-face-of-a-hemispherical-surface-as-shown-in-the-figure-the-flux-linked-with-the-surface-is-1-zero-2-frac-q-2-varepsilon-0-3-frac-q-varepsilon-0-4-q https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxMjM5-order-of-q-m-ratio-of-the-proton-alpha-particle-and-electron-is-1-e-p-alpha-2-p-alpha-e-3-e-alpha-p-4-p-e-alpha-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxMjQy-a-body-can-be-negatively-charged-by-1-giving-excess-of-electrons-to-it-2-removing-some-electrons-from-it-3-giving-some-protons-to-it-4-removing-some-neutrons-from-it-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxMjQz-an-electric-field-in-space-is-given-by-10i-3j-4k-unit-then-electric-flux-through-a-surface-of-area-1-unit-lying-in-yz-plane-is-1-10-units-2-17-units-3-30-units-4-40-units-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNDk3-when-a-positive-charge-inside-a-metallic-shell-of-thickness-t-is-moved-then-induced-surface-charge-density-1-on-inner-surface-will-same-and-on-the-outer-surface-will-change-2-on-inner-surface-will-cha https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTAx-charge-distribution-at-three-vertices-of-an-equilateral-of-side-is-shown-in-the-figure-the-net-electric-dipole-moment-of-the-system-is-1-23qaj-2-23qaj-3-23qaj-23qaj-4-23qaj-23qaj-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTEw-a-circular-plate-subtends-a-solid-angle-960-steradian-at-a-point-where-a-point-charge-2q-is-kept-the-total-electric-flux-through-the-circular-plate-is-1q4-949-0-2-q2-949-0-3-2q3-949-0-4-2q-949-0-1-2-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTE4-a-uniform-electric-field-of-strength-e-exists-in-a-region-an-electron-is-projected-in-the-region-perpendicularly-with-speed-v-as-shown-in-the-diagram-electron-exits-at-point-b-the-electric-field-in-th https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTI1-a-point-charge-is-placed-at-the-center-of-the-spherical-gaussian-surface-the-electric-flux-through-the-surface-is-changed-if-the-1-sphere-is-replaced-by-a-cube-of-the-same-volume-2-sphere-is-replaced https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTMy-in-a-region-volume-charge-density-varies-with-radial-distance-r-as-p-kr-where-k-is-positive-constant-the-electric-field-e-varies-with-the-radial-distance-in-the-region-as-1-e-8733-r-2-e-8733-1r2-3-e-8 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTM2-which-of-the-following-is-incorrect-about-electrostatic-force-1-it-is-conservative-2-it-is-a-central-force-3-electrostatic-field-line-never-intersect-4-it-also-depends-on-the-mass-content-of-the-body https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTQw-two-charges-each-equal-to-nq-n-1-e0-4-e3-ge-e0-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTY2-given-below-are-two-statements-statement-i-the-mass-of-a-body-increases-slightly-when-it-is-negatively-charged-statement-ii-charging-occurs-due-to-the-transfer-of-electrons-1-statement-i-is-incorrect https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTcx-given-below-are-two-statements-statement-i-a-positive-point-charge-initially-at-rest-in-a-uniform-electric-field-starts-moving-along-electric-lines-of-forces-statement-ii-a-point-charge-released-from https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTc0-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-like-charges-may-attract-each-other-reason-r-unlike-charges-always-attract-each-other-in https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTc2-given-below-are-two-statements-statement-i-net-charge-of-an-electric-dipole-is-zero-statement-ii-an-electric-dipole-consists-of-two-equal-and-opposite-charges-separated-by-a-very-small-distance-1-stat https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTc5-a-two-spherical-conductors-having-the-same-surface-charge-density-will-have-the-same-electric-field-near-their-surfaces-due-to-their-own-charge-r-surface-charge-density-is-a-charge-per-unit-area-1-if https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTcwMjkx-the-electric-potential-in-a-certain-region-of-space-is-given-by-v-8x-2-4x-where-v-is-in-volt-and-x-is-in-metre-in-this-region-the-equipotential-surface-is-1-plane-parallel-to-yz-plane-2-plane-parallel https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTg1NDY1-a-spherical-conductor-of-radius-10-text-cm-has-a-charge-of-3-2-times-10-7-text-c-distributed-uniformly-what-is-the-magnitude-of-the-electric-field-at-a-point-15-text-cm-from-the-centre-of-the-sphere-l https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk3OTU2-the-force-between-two-small-charged-spheres-having-charges-of-2-times-10-7-text-c-and-3-times-10-7-text-c-placed-30-cm-apart-in-the-air-is-1-6-times-10-3-text-n-2-5-times-10-3-text-n-3-4-times-10-4-te https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk4MTc1-the-electrostatic-force-on-a-small-sphere-of-charge-0-4-micro-c-due-to-another-small-sphere-of-charge-ndash-0-8-micro-c-in-the-air-is-0-2-n-the-distance-between-the-two-spheres-is-1-14-cm-2-12-cm-3-16 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk4MTc3-dimensional-formula-of-ke2gmemp-is-1-m1l1t1-2-m0l1t1-3-m0l0t0-4-m-1l0t2-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk4MTg4-four-point-charges-q-a-2-text-c-q-b-5-text-c-q-c-2-text-c-and-q-d-5-text-c-are-located-at-corners-of-a-square-abcd-of-side-10-cm-the-force-on-a-charge-of-1-text-c-placed-at-the-centre-of-the-square-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk4MjA1-two-point-charges-q-a-3-mu-text-c-and-q-b-3-mu-text-c-are-located-20-cm-apart-in-a-vacuum-the-electric-field-at-the-midpoint-o-of-the-line-ab-joining-the-two-charges-is-1-4-5-times10-6-text-n-c-along https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk4MjUx-a-spherical-conductor-of-radius-12-text-cm-has-a-charge-of-1-6-times10-7-text-c-distributed-uniformly-on-its-surface-the-electric-field-just-outside-the-sphere-is-1-text-zero-2-10-5-text-nc-1-3-10-5-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTcz-a-system-has-two-charges-q-mathrm-a-2-5-times-10-7-text-c-and-q-mathrm-b-2-5-times-10-7-text-c-is-located-at-points-mathrm-a-0-0-15-text-cm-and-mathrm-b-0-0-15-text-cm-respectively-the-electric-dipole https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTc0-an-electric-dipole-with-dipole-moment-4-times-10-9-text-c-m-is-aligned-at-30-circ-with-the-direction-of-a-uniform-electric-field-of-magnitude-5-times-10-4-text-nc-1-the-magnitude-of-the-torque-acting https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTc1-which-of-the-following-statements-about-electric-field-lines-due-to-static-charges-is-incorrect-1-electric-field-lines-never-cross-each-other-at-any-point-2-electric-field-lines-do-not-form-any-closed https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTc2-a-polythene-piece-rubbed-with-wool-is-found-to-have-a-negative-charge-of-3-times10-7-text-c-transfer-of-mass-from-wool-to-polythene-is-1-0-7-times10-18-text-kg-2-1-7-times10-17-text-kg-3-0-7-times10-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTc3-two-insulated-charged-copper-spheres-a-and-b-have-their-centers-separated-by-a-distance-of-50-text-cm-what-is-the-mutual-force-of-electrostatic-repulsion-if-the-charge-on-each-is-6-5-10-7-text-c-the-r https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTc4-the-figure-below-shows-tracks-of-three-charged-particles-in-a-uniform-electrostatic-field-which-particle-has-the-highest-charge-to-the-mass-ratio-1-2-2-3-3-1-4-1-and-3-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTc5-what-is-the-flux-of-electric-field-vec-e-3-times-10-3-hat-i-text-n-c-through-a-square-of-10-cm-on-a-side-whose-plane-is-parallel-to-the-yz-text-plane-1-15-text-nm-2-text-c-2-10-text-nm-2-text-c-3-30-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTgw-the-electric-field-at-the-surface-of-a-black-box-indicates-that-the-net-outward-flux-through-the-surface-of-the-box-is-8-0-times10-3-text-nm-2-text-c-what-is-the-net-charge-inside-the-box-1-1-01-mu-te https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTgx-a-point-charge-10-text-c-is-at-a-distance-5-text-cm-directly-above-the-centre-of-a-square-of-side-10-text-cm-as-shown-in-the-figure-what-is-the-magnitude-of-the-electric-flux-through-the-square-1-3-18 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTgy-a-point-charge-of-2-0-mu-c-is-at-the-center-of-a-cubic-gaussian-surface-9-0-cm-on-edge-what-is-the-net-electric-flux-through-the-surface-1-2-26-times-105-n-m2-c-1-2-2-09-times-105-n-m2-c-1-3-4-33-time https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTgz-a-point-charge-causes-an-electric-flux-of-1-0-times-10-3-text-nm-2-text-c-to-pass-through-a-spherical-gaussian-surface-of-10-0-text-cm-radius-centered-on-the-charge-if-the-radius-of-the-gaussian-surfa https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTg0-a-conducting-sphere-of-radius-10-cm-has-an-unknown-charge-if-the-electric-field-20-cm-from-the-centre-of-the-sphere-is-1-5-times10-3-n-c-and-points-radially-inward-what-is-the-net-charge-on-the-sphere https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTg1-a-uniformly-charged-conducting-sphere-of-2-4-m-diameter-has-a-surface-charge-density-of-80-0-mu-c-m2-the-charge-on-the-sphere-is-1-2-077-times-10-3-c-2-2-453-times-10-3c-3-1-447-times-10-3c-4-3-461-ti https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTg2-an-infinite-line-charge-produces-a-field-of-9-times10-4-text-n-c-at-a-distance-of-2-text-cm-the-linear-charge-density-is-1-0-1-mu-text-c-m-2-100-mu-text-c-m-3-1-0-mu-text-c-m-4-10-mu-text-c-m-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTg3-two-large-thin-metal-plates-are-parallel-and-close-to-each-other-on-their-inner-faces-the-plates-have-surface-charge-densities-of-opposite-signs-and-of-magnitude-17-0-x-10-22-c-m2-the-electric-field-b https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTg4-an-oil-drop-of-12-excess-electrons-is-held-stationary-under-a-constant-electric-field-of-2-55-times10-4-text-n-c-the-density-of-the-oil-is-1-26-text-g-cm-3-the-radius-of-the-drop-is-1-9-82-times10-4-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTg5-which-among-the-curves-shown-in-the-figure-represents-electrostatic-field-lines-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTkw-in-a-certain-region-of-space-the-electric-field-is-along-the-z-text-direction-throughout-the-magnitude-of-the-electric-field-is-however-not-constant-but-increases-uniformly-along-the-positive-z-text-d https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTkx-a-hollow-charged-conductor-has-a-tiny-hole-cut-into-its-surface-the-electric-field-in-the-hole-is-1-left-frac-3-sigma-varepsilon-0-right-widehat-n-2-left-frac-2-sigma-varepsilon-0-right-widehat-n-3-le https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTk5OTky-a-particle-of-mass-m-and-charge-ndash-q-enters-the-region-between-the-two-charged-plates-initially-moving-along-the-x-axis-with-speed-vx-as-shown-in-the-figure-the-length-of-the-plate-is-l-and-a-unifo https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjAwMDE2-a-spherical-conducting-shell-of-inner-radius-r-1-and-outer-radius-r-2-has-a-charge-q-a-charge-q-is-placed-at-the-centre-of-the-shell-the-surface-charge-density-on-the-outer-surfaces-of-the-shell-is-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjAwMDE3-a-long-charged-cylinder-of-linear-charged-density-is-surrounded-by-a-hollow-co-axial-conducting-cylinder-what-is-the-electric-field-in-the-space-between-the-two-cylinders-at-distance-d-from-the-common https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTY0-sure-check-for-the-presence-of-electric-charge-is-1-process-of-induction-2-repulsion-between-bodies-3-attraction-between-bodies-4-frictional-force-between-bodies-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTY1-if-a-solid-and-a-hollow-conducting-sphere-have-the-same-radii-then-1-the-hollow-sphere-will-hold-more-maximum-charge-2-the-solid-sphere-will-hold-more-maximum-charge-3-both-the-spheres-will-hold-the-s https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTY2-five-balls-marked-a-to-e-are-suspended-using-separate-threads-pairs-b-c-and-d-e-show-electrostatic-repulsion-while-pairs-a-b-c-e-and-a-e-show-electrostatic-attraction-the-ball-marked-a-must-be-1-negat https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTY3-when-a-plastic-rod-rubbed-with-wool-is-brought-near-the-knob-of-a-negatively-charged-gold-leaf-electroscope-the-gold-leaves-1-contract-2-dilate-3-start-oscillating-4-collapse-completely-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTY4-which-of-the-following-is-not-true-about-the-electric-charge-1-charge-on-a-body-is-always-an-integral-multiple-of-a-certain-charge-known-as-the-charge-of-an-electron-2-charge-is-a-scalar-quantity-3-ne https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTcw-which-of-the-following-processes-involves-the-principle-of-electrostatic-induction-1-pollination-2-chocolate-making-3-xerox-copying-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTcx-when-a-conducting-soap-bubble-is-negatively-charged-then-1-its-size-starts-varying-arbitrarily-2-it-expands-3-it-contracts-4-no-change-in-its-size-takes-place-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTcy-coulomb-s-law-is-analogous-to-1-charge-conservation-law-2-newton-s-second-law-of-motion-3-law-of-conservation-of-energy-4-newton-s-law-of-gravitation-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTcz-two-point-charges-q1-and-q2-exert-a-force-f-on-each-other-when-kept-at-a-certain-distance-apart-if-the-charge-on-each-particle-is-halved-and-the-distance-between-the-two-particles-is-doubled-then-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTc2-two-equally-charged-identical-small-balls-kept-at-some-fixed-distance-apart-exert-a-repulsive-force-f-on-each-other-a-similar-uncharged-ball-after-touching-one-of-them-is-placed-at-the-mid-point-of-th https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTc4-two-equal-point-charges-a-and-b-are-r-distance-apart-a-third-point-charge-placed-on-the-perpendicular-bisector-at-a-distance-d-from-the-centre-will-experience-a-maximum-electrostatic-force-when-1-d-r2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTgy-a-charged-gold-leaf-electroscope-has-its-leaves-apart-by-a-certain-amount-of-having-enclosed-air-when-the-electroscope-is-subjected-to-x-rays-then-the-leaves-1-further-dilate-2-start-oscillating-3-col https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTg1-two-equal-positive-charges-q-are-fixed-at-points-a-0-and-a-0-on-the-x-axis-an-opposite-charge-q-at-rest-is-released-from-point-0-a-on-the-y-axis-the-charge-q-will-1-move-to-infinity-2-move-to-the-orig https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTg5-four-charges-each-equal-to-q-are-placed-at-the-four-corners-of-a-square-and-a-charge-q-is-placed-at-the-centre-of-the-square-if-the-system-is-in-equilibrium-then-the-value-of-q-is-1-q2-1-22-2-q4-1-22 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTkz-according-to-coulomb-apos-s-law-which-is-the-correct-relation-for-the-following-diagram-1-xa0-q1q2-0-3-xa0-q1q2-0-4-xa0-q1q2-100c-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTk1-a-charge-q-is-to-be-distributed-on-two-conducting-spheres-what-should-be-the-value-of-the-charges-on-the-spheres-so-that-the-repulsive-force-between-them-is-maximum-when-they-are-placed-at-a-fixed-dis https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTk2-a-point-charge-q1-exerts-an-electric-force-on-a-second-point-charge-q2-if-third-charge-q3-is-brought-near-the-electric-force-of-q1-exerted-on-q2-1-decreases-2-increases-3-remains-unchanged-4-increases https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NTk5-three-charges-4q-q-and-q-are-placed-in-a-straight-line-of-length-l-at-points-0-l2-and-l-distance-away-from-one-end-respectively-what-should-be-q-in-order-to-make-the-net-force-on-q-to-be-zero-1-q-2-4q https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjA2-a-particle-of-mass-m-carrying-charge-q-1-is-moving-around-a-charge-q-2-along-a-circular-path-of-radius-r-the-period-of-revolution-of-the-charge-q-1-is-1-sqrt-frac-16-pi-3-varepsilon-0-mr-3-q-1-q-2-2-s https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjA5-consider-three-point-objects-p-q-and-r-p-and-q-repel-each-other-while-p-and-r-attract-each-other-what-is-the-nature-of-force-between-q-and-r-1-repulsive-force-2-attractive-force-3-no-force-4-none-of-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjEx-the-electric-field-intensity-at-a-point-in-a-vacuum-is-equal-to-1-zero-2-the-force-a-proton-would-experience-there-3-the-force-an-electron-would-experience-there-4-the-force-a-unit-positive-charge-wou https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjE0-a-sphere-of-radius-r-has-an-electric-charge-uniformly-distributed-in-its-entire-volume-at-a-distance-d-from-the-centre-inside-the-sphere-d-r-the-electric-field-intensity-is-directly-proportional-to-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjE1-the-electric-field-at-a-distance-2r-from-the-centre-of-a-uniformly-charged-non-conducting-sphere-of-radius-r-is-e-the-electric-field-at-a-distance-r2-from-the-centre-will-be-1-zero-2-2e-3-4e-4-16e-1-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjIw-in-a-uniform-electric-field-if-a-charge-is-fired-in-a-direction-different-from-the-line-of-the-electric-field-then-the-trajectory-of-the-charge-will-be-a-1-straight-line-2-circle-3-parabola-4-ellipse https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjIy-a-positively-charged-pendulum-is-oscillating-in-a-uniform-electric-field-pointing-upwards-its-time-period-as-compared-to-that-when-it-oscillates-without-electric-field-1-is-less-2-is-more-3-remains-un https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjI2-how-many-electrons-should-be-removed-from-a-coin-of-mass-1-6-g-so-that-it-may-float-in-an-electric-field-of-intensity-109-n-c-directed-upwards-1-9-8-215-107-2-9-8-215-105-3-9-8-215-103-4-9-8-215-101-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjI5-abc-is-an-equilateral-triangle-charges-q-are-placed-at-each-corner-the-electric-field-intensity-at-the-centroid-of-the-triangle-will-be-1-14-960-949-0-215-qr2-2-14-960-949-0-215-3qr2-3-14-960-949-0-21 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjMz-a-charge-q-is-placed-at-the-centre-of-a-square-if-the-electric-field-intensity-due-to-the-charges-at-the-corners-of-the-square-is-e1-and-the-intensity-at-the-midpoint-of-the-side-of-the-square-is-e2-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjM1-point-charges-each-of-magnitude-q-are-placed-at-the-three-corners-of-a-square-as-shown-in-the-diagram-what-is-the-direction-of-the-resultant-electric-field-at-point-a-1-oc-2-oe-3-od-4-ob-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjM2-two-charges-e-and-3e-are-placed-at-a-distance-r-the-distance-of-the-point-where-the-electric-field-intensity-will-be-zero-is-1-r-1-3-from-3e-charge-2-r-1-3-from-e-charge-3-r-1-3-from-3e-charge-4-r1-13 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjM3-if-the-electric-lines-of-force-in-a-region-are-represented-as-shown-in-the-figure-then-one-can-conclude-that-the-electric-field-is-1-non-uniform-2-uniform-3-both-uniform-and-non-uniform-4-zero-everywh https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjM5-an-uncharged-sphere-of-metal-is-placed-in-a-uniform-electric-field-produced-by-two-oppositely-charged-plates-the-lines-of-force-will-appear-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjQx-an-electron-released-on-the-axis-of-a-positively-charged-ring-at-a-large-distance-from-the-centre-will-1-not-move-2-do-oscillatory-motion-3-do-shm-4-do-non-periodic-motion-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjQ0-the-figure-shows-electric-lines-of-forces-due-to-charges-q1-and-q2-hence-1-q1-and-q2-both-are-negative-2-q1-and-q2-both-are-positive-3-q1-q2-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjQ2-the-figure-shows-the-electric-lines-of-force-if-ex-xa0-and-ey-xa0-are-the-magnitudes-of-the-electric-field-at-points-x-and-y-respectively-then-1-xa0-ex-ey-2-xa0-ex-ey-3-xa0-ex-ey-4-any-of-these-1-2-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjQ3-electric-charges-q-q-and-2q-respectively-are-placed-at-the-three-corners-of-an-equilateral-triangle-of-side-a-the-magnitude-of-the-electric-dipole-moment-of-the-system-is-1-2qa-2-3qa-3-qa-4-2qa-1-2-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjQ4-an-electric-dipole-placed-in-a-uniform-electric-field-experiences-a-maximum-moment-of-couple-when-the-dipole-is-placed-1-against-the-direction-of-the-field-2-towards-the-electric-field-3-perpendicular https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjUx-the-force-of-interaction-between-two-co-axial-short-electric-dipoles-whose-centres-are-r-distance-apart-varies-as-1-1r-2-1r2-3-1r3-4-1r4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjU0-two-charges-of-25-times-10-9-coulomb-and-25-times-10-9-coulomb-are-placed-6m-apart-find-the-electric-field-intensity-ratio-at-points-4-m-from-the-centre-of-the-electric-dipole-i-on-the-axial-line-ii-o https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjU3-the-electric-force-on-a-point-charge-situated-on-the-axis-of-a-short-dipole-is-f-if-the-charge-is-shifted-along-the-axis-to-double-the-distance-the-electric-force-acting-will-be-1-4f-2-f2-3-f4-4-f8-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjYy-an-electric-dipole-is-placed-at-an-angle-60-176-with-an-electric-field-of-strength-4-215-106-n-c-it-experiences-a-torque-equal-to-83nm-calculate-the-charge-on-the-dipole-if-the-dipole-is-of-length-4-c https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjY1-a-charge-q-is-situated-at-the-centre-of-a-cube-the-electric-flux-through-one-of-the-faces-of-the-cube-is-1-q-949-0-2-q3-949-0-3-q6-949-0-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NjY4-a-charge-q-is-placed-at-the-centre-of-the-open-end-of-a-cylindrical-vessel-the-electric-flux-through-the-surface-of-the-vessel-is-1-q2-949-0-2-q-949-0-3-2q-949-0-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njcy-a-hemispherical-surface-of-radius-r-is-kept-in-a-uniform-electric-field-e-as-shown-in-the-figure-the-flux-through-the-curved-surface-is-1-xa0-2e-x3c0-r2-2-xa0-e-x3c0-r2-3-xa0-4e-x3c0-r4-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njc0-total-electric-flux-associated-with-a-unit-positive-charge-in-a-vacuum-is-1-4-960-949-0-2-14-960-949-0-3-1-949-0-4-949-0-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njc3-a-charged-body-has-an-electric-flux-f-associated-with-it-now-if-the-body-is-placed-inside-a-conducting-shell-then-the-electric-flux-outside-the-shell-is-1-zero-2-greater-than-f-3-less-than-f-4-equal-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njgw-a-cylinder-of-radius-r-and-length-l-is-placed-in-a-uniform-electric-field-e-parallel-to-the-cylinder-axis-the-outward-flux-over-the-surface-of-the-cylinder-is-given-by-1-2-960-r2e-2-960-r2e2-3-2-960-r https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njgy-a-rectangular-surface-of-sides-10-cm-and-15-cm-is-placed-inside-a-uniform-electric-field-of-25-v-m-such-that-the-surface-makes-an-angle-of-30-176-with-the-direction-of-the-electric-field-find-the-flux https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njg0-if-an-electric-field-is-given-by-10i-3j-4k-calculate-the-electric-flux-through-a-surface-of-area-10-units-lying-in-the-yz-plane-1-100-units-2-10-units-3-30-units-4-40-units-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njg1-there-is-a-uniform-electric-field-of-8-215-103i-n-c-what-is-the-net-flux-in-si-units-of-the-uniform-electric-field-through-a-cube-of-side-0-3-m-oriented-so-that-its-faces-are-parallel-to-the-coordinat https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njg3-a-charge-q-is-kept-at-the-corner-of-a-cube-the-electric-flux-passing-through-one-of-those-faces-not-touching-that-charge-is-1-q24-949-0-2-q3-949-0-3-q8-949-0-4-q6-949-0-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njg5-the-electric-field-in-a-region-is-radially-outward-and-at-a-point-is-given-by-e-250rv-m-where-r-is-the-distance-of-the-point-from-origin-calculate-the-charge-contained-in-a-sphere-of-radius-20-cm-cent https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njkw-an-isolated-solid-metal-sphere-of-radius-r-is-given-an-electric-charge-which-of-the-graphs-below-best-shows-the-way-in-which-the-electric-field-e-varies-with-distance-x-from-the-centre-of-the-sphere-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njky-the-electric-field-intensity-at-p-and-q-in-the-shown-arrangement-are-in-the-ratio-of-1-1-2-2-2-1-3-1-1-4-4-3-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njkz-consider-an-atom-with-atomic-number-z-as-consisting-of-a-positive-point-charge-at-the-centre-and-surrounded-by-a-distribution-of-negative-charges-uniformly-distributed-within-a-sphere-of-radius-r-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njk1-an-electron-is-rotating-around-an-infinite-positive-linear-charge-in-a-circle-of-radius-0-1-m-if-the-linear-charge-density-is-1-956-c-m-then-the-velocity-of-the-electron-in-m-s-will-be-1-0-582-215-107 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3Njk4-for-two-infinitely-long-charged-parallel-sheets-the-electric-field-at-p-will-be-1-xa0-x3c3-2x-x3c3-2-r-x-2-xa0-x3c3-2-x3b5-0x-x3c3-2-x3c0-r-x-x3b5-0-3-xa0-x3c3-x3b5-0-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NzQz-when-a-test-charge-is-brought-in-from-infinity-along-the-perpendicular-bisector-of-an-electric-dipole-the-work-done-is-1-positive-2-zero-3-negative-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NzYw-two-small-spheres-each-carrying-a-charge-q-are-placed-at-distance-r-apart-if-one-of-the-spheres-is-taken-around-the-other-in-a-circular-path-the-work-done-will-be-equal-to-1-force-between-them-215-r-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA3NzY2-work-done-in-moving-a-charge-q-coulomb-on-the-surface-of-a-given-charged-conductor-of-potential-v-is-1-vq-joule-2-vq-joule-3-qv-joule-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjEyMzU3-the-variation-of-electric-field-between-the-two-charges-q1-and-q2-along-the-line-joining-the-charges-is-plotted-against-distance-from-q1-taking-rightwards-direction-of-field-as-positive-as-shown-then https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjEyMzYx-two-identical-infinite-positive-line-charges-are-placed-along-the-lines-x-plusmn-a-in-the-x-y-plane-a-positive-point-charge-placed-at-origin-is-restricted-to-move-along-y-axis-its-equilibrium-is-1-sta https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjEyMzYy-in-the-figure-below-a-point-charge-q1-is-at-the-centre-of-an-imaginary-spherical-gaussian-surface-and-another-point-charge-q2-is-outside-of-the-gaussian-surface-point-p-is-on-the-surface-of-the-sphere https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjEyMzYz-in-a-millikan-type-experiment-there-are-two-oil-droplets-p-and-q-between-the-charged-horizontal-plates-as-shown-in-the-diagram-droplet-p-is-in-rest-while-droplet-q-is-moving-upwards-the-polarity-of-th https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjEyMzcw-in-the-electric-field-of-a-point-charge-q-a-certain-charge-is-carried-from-point-a-to-b-c-d-and-e-the-work-done-1-is-least-along-the-path-ab-2-is-least-along-the-path-ad-3-is-zero-along-any-one-of-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjEyMzcz-a-positively-charged-insulator-is-brougnt-near-but-does-not-touch-two-metallic-spheres-that-are-in-contact-the-metallic-spheres-are-then-separated-the-sphere-which-was-initially-farthest-from-the-insu https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjEzNTM5-a-proton-is-kept-at-rest-a-positively-charged-particle-is-released-from-rest-at-a-distance-s-in-its-field-consider-two-experiments-one-in-which-the-charged-particle-is-also-a-proton-and-in-another-a-p https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzI4-if-there-were-only-one-type-of-charge-in-the-universe-then-a-oint-s-e-ds-neq-0-on-any-surface-b-oint-s-e-ds-0-if-the-charge-is-outside-the-surface-c-oint-s-e-ds-could-not-be-defined-d-oint-s-e-ds-frac https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzI5-consider-a-region-inside-where-there-are-various-types-of-charges-but-the-total-charge-is-zero-at-points-outside-the-region-a-the-electric-field-is-necessarily-zero-b-the-electric-field-is-due-to-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzMw-refer-to-the-arrangement-of-charges-in-the-figure-and-a-gaussian-surface-of-a-radius-r-with-q-at-the-centre-then-a-total-flux-through-the-surface-of-the-sphere-is-frac-q-varepsilon-0-b-field-on-the-su https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzMx-a-positive-charge-q-is-uniformly-distributed-along-a-circular-ring-of-radius-r-a-small-test-charge-q-is-placed-at-the-centre-of-the-ring-then-a-if-q-0-and-is-displaced-away-from-the-centre-in-the-plan https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzMy-an-electric-dipole-is-placed-inside-an-arbitrary-closed-surface-what-is-the-net-electric-flux-phi-e-through-the-surface-1-phi-e-dfrac-q-epsilon-0-2-phi-e-dfrac-2q-epsilon-0-3-phi-e-dfrac-p-epsilon-0-r https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzMz-a-metallic-spherical-shell-has-an-inner-radius-r-1-and-an-outer-radius-r-2-a-point-charge-q-is-placed-at-the-center-of-the-spherical-cavity-what-are-the-surface-charge-densities-sigma-in-and-sigma-out https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzM3-sketch-the-electric-field-lines-for-a-uniformly-charged-hollow-cylinder-shown-in-the-figure-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzM4-what-will-be-the-total-flux-through-the-faces-of-the-cube-as-given-in-the-figure-with-a-side-of-length-a-if-a-charge-q-is-placed-at-match-the-following-column-i-column-ii-a-a-corner-of-the-cube-i-phi https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzM5-a-paisa-coin-is-made-up-of-al-mg-alloy-and-weighs-0-75-text-g-it-has-a-square-shape-and-its-diagonal-measures-17-text-mm-it-is-electrically-neutral-and-contains-equal-amounts-of-positive-and-negative https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzQw-a-paisa-coin-is-electrically-neutral-and-contains-equal-amounts-of-positive-and-negative-charge-of-magnitude-34-8-text-kc-34-8-kc-suppose-that-these-equal-charges-were-concentrated-in-two-point-charge https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzQx-the-figure-represents-a-crystal-unit-of-caesium-chloride-cscl-the-caesium-atoms-represented-by-open-circles-are-situated-at-the-corners-of-a-cube-of-side-0-40-nm-whereas-a-cl-atom-is-situated-at-the-c https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzQy-two-charges-q-and-3q-are-placed-fixed-on-x-axis-separated-by-distance-d-where-should-a-third-charge-2q-be-placed-such-that-it-will-not-experience-any-force-1-at-a-distance-dfrac-d-sqrt3-2-to-the-left https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjI3MzQz-the-figure-shows-the-electric-field-lines-around-three-point-charges-a-b-and-c-in-which-region-or-regions-of-the-picture-could-the-electric-field-be-zero-a-near-a-b-near-b-c-near-c-d-nowhere-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ1MDY0-the-electric-field-at-a-point-on-the-equatorial-plane-at-a-distance-r-from-the-centre-of-a-dipole-having-dipole-moment-overrightarrow-p-is-given-by-r-gg-separation-of-two-charges-forming-the-dipole-va https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ1MDc5-the-acceleration-of-an-electron-due-to-the-mutual-attraction-between-the-electron-and-a-proton-when-they-are-1-6-mathring-a-apart-is-left-dfrac-1-4-pi-varepsilon-0-9-times-10-9-text-nm-2-text-c-2-righ https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ5MzA4-in-the-figure-given-below-two-positive-charges-q-2-and-q-3-fixed-along-the-y-axis-exert-a-net-electric-force-in-the-x-text-direction-on-a-charge-q-1-fixed-along-the-x-axis-if-a-positive-charge-q-is-ad https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ5MzA5-a-point-positive-charge-is-brought-near-an-isolated-conducting-sphere-figure-the-electric-field-is-best-given-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ5MzEw-the-electric-flux-through-the-surface-1-in-figure-iv-is-the-largest-2-in-figure-iii-is-the-least-3-in-figure-ii-is-same-as-figure-iii-but-is-smaller-than-figure-iv-4-is-the-same-for-all-the-figures-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ5MzEx-five-charges-q-1-q-2-q-3-q-4-text-and-q-5-are-fixed-at-their-positions-as-shown-in-the-figure-s-is-a-gaussian-surface-the-gauss-law-is-given-by-int-s-e-cdot-ds-frac-q-varepsilon-0-which-of-the-followi https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ5MzEy-the-figure-shows-electric-field-lines-in-which-an-electric-dipole-p-is-placed-as-shown-in-the-figure-which-of-the-following-statements-is-correct-1-the-dipole-will-not-experience-any-force-2-the-dipol https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ5MzEz-a-point-charge-q-is-placed-at-a-distance-d-from-an-isolated-conducting-plane-the-field-at-a-point-p-on-the-other-side-of-the-plane-is-1-directed-perpendicular-to-the-plane-and-away-from-the-plane-2-di https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ5MzE0-a-hemisphere-is-uniformly-charged-positively-the-electric-field-at-a-point-on-a-diameter-away-from-the-centre-is-directed-1-perpendicular-to-the-diameter-2-parallel-to-the-diameter-3-at-an-angle-tilte https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ5MzE1-if-int-s-e-ds-0-over-a-surface-then-a-the-electric-field-inside-the-surface-and-on-it-is-zero-b-the-electric-field-inside-the-surface-is-necessarily-uniform-c-the-number-of-flux-lines-entering-the-sur https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjQ5MzE2-the-electric-field-at-a-point-is-a-always-continuous-b-continuous-if-there-is-no-charge-at-that-point-c-discontinuous-only-if-there-is-a-negative-charge-at-that-point-d-discontinuous-if-there-is-a-cha https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjYx-we-can-charge-a-metal-sphere-positively-without-touching-it-by-1-conduction-2-induction-3-friction-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjY0-if-10-9-electrons-move-out-of-a-body-to-another-body-every-second-how-much-time-approximately-is-required-to-get-a-total-charge-of-1-c-on-the-other-body-1-200-years-2-100-years-3-150-years-4-250-years https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjY3-the-amount-of-positive-and-negative-charges-in-a-cup-of-water-250-g-are-respectively-1-1-6-times10-9-c-1-4-times10-9-c-2-1-4-times10-9-c-1-6-times10-9-c-3-1-34-times10-7-c-1-34-times10-7-c-4-1-6-times https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjcy-the-ratio-of-the-magnitude-of-electric-force-to-the-magnitude-of-gravitational-force-for-an-electron-and-a-proton-will-be-m-p-1-67-times10-27-text-kg-m-e-9-11-times10-31-text-kg-1-2-4-times10-39-2-2-6 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjc4-a-charged-metallic-sphere-a-is-suspended-by-a-nylon-thread-another-identical-charged-metallic-sphere-b-held-by-an-insulating-handle-is-brought-close-to-a-such-that-the-distance-between-their-centres-i https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjgy-consider-three-charges-q-1-q-2-q-3-each-equal-to-q-at-the-vertices-of-an-equilateral-triangle-of-side-l-what-is-the-force-on-a-charge-q-with-the-same-sign-as-q-placed-at-the-centroid-of-the-triangle-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjg3-consider-the-charges-q-q-and-q-placed-at-the-vertices-of-an-equilateral-triangle-as-shown-in-the-figure-then-the-sum-of-the-forces-on-the-three-charges-is-1-frac-1-4-pi-epsilon-0-frac-q-2-l-2-2-zero-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjky-an-electron-falls-through-a-distance-of-1-5-text-cm-in-a-uniform-electric-field-of-magnitude-2-times10-4-text-n-c-figure-a-the-direction-of-the-field-is-reversed-keeping-its-magnitude-unchanged-and-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjkz-two-point-charges-q1-and-q2-of-magnitude-10-8c-and-10-8c-respectively-are-placed-0-1-m-apart-the-electric-field-at-point-a-as-shown-in-the-figure-is-1-3-6-times-104nc-1-2-7-2-times-104nc-1-3-9-times-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjk0-two-charges-pm10-mu-text-c-are-placed-5-0-mm-apart-the-electric-field-at-a-point-p-on-the-axis-of-the-dipole-15-cm-away-from-its-centre-o-on-the-side-of-the-positive-charge-as-shown-in-the-figure-is-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNjk1-two-charges-pm-10-mu-text-c-are-placed-5-0-mm-apart-the-electric-field-at-a-point-q-15-cm-away-from-o-on-a-line-passing-through-o-and-normal-to-the-axis-of-the-dipole-as-shown-in-the-figure-is-1-2-8-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNzM5-the-electric-field-components-in-the-shown-figure-are-ex-alpha-x1-2-ey-ez-0-in-which-alpha-800n-cm1-2-the-net-flux-through-the-cube-is-assume-that-a-0-1-m-1-1-05nm2c-1-2-2-03nm2c-1-3-3-05nm2c-1-4-4-03 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNzQz-an-electric-field-is-uniform-and-in-the-positive-x-direction-for-positive-x-and-uniform-with-the-same-magnitude-but-in-the-negative-x-direction-for-negative-x-it-is-given-that-vec-e-200-hat-i-n-c-for https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNzQ0-an-electric-field-is-uniform-and-in-the-positive-x-direction-for-positive-x-and-uniform-with-the-same-magnitude-but-in-the-negative-x-direction-for-negative-x-it-is-given-that-e-200i-n-c-for-x-0-and-e https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNzUx-an-early-model-for-an-atom-considered-it-to-have-a-positively-charged-point-nucleus-of-charge-ze-surrounded-by-a-uniform-density-of-negative-charge-up-to-a-radius-r-the-atom-as-a-whole-is-neutral-for https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjczMzU1-the-accelerations-of-electron-and-proton-due-to-the-electrical-force-of-their-mutual-attraction-when-they-are-1-aring-10-10m-apart-are-respectively-m-p-1-67-times10-27-text-kg-m-e-9-11-times10-31-text https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc2MDkw-two-point-charges-8q-and-2q-are-located-at-x-0-and-x-l-respectively-the-point-on-x-axis-at-which-net-electric-field-is-zero-due-to-these-charges-is-1-8l-2-4l-3-2-l-4-l-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc2MTAx-two-point-charges-placed-in-a-medium-of-dielectric-constant-5-are-at-a-distance-r-between-them-experience-an-electrostatic-force-lsquo-f-rsquo-the-electrostatic-force-between-them-in-vacuum-at-the-sam https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc2MTAy-which-statement-is-true-for-gauss-law-1-all-the-charges-whether-inside-or-outside-the-gaussian-surface-contribute-to-the-electric-flux-2-electric-flux-depends-upon-the-geometry-of-the-gaussian-surface https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc2MTMw-a-cylinder-of-radius-r-and-length-l-is-placed-in-an-uniform-electric-field-parallel-to-the-axis-of-the-cylinder-the-total-flux-for-the-surface-of-the-cylinder-is-given-by-1-zero-2-960-r2-3-e-960-r2-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc3MTAy-polar-molecules-are-the-molecules-1-that-acquires-a-dipole-moment-only-when-the-magnetic-field-is-absent-2-has-a-permanent-electric-dipole-moment-3-has-zero-dipole-moment-4-that-acquire-a-dipole-momen https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc3MTIy-a-dipole-is-placed-in-an-electric-field-as-shown-in-which-direction-will-it-move-1-towards-the-left-as-its-potential-energy-will-decrease-2-towards-the-right-as-its-potential-energy-will-increase-3-to https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM5Mzcw-two-point-charges-q-and-q-are-placed-at-a-distance-of-l-as-shown-in-the-figure-the-magnitude-of-electric-field-intensity-at-a-distance-r-r-gg-l-varies-as-1-dfrac-1-r-6-2-dfrac-1-r-2-3-dfrac-1-r-3-4-df https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM5NzU2-twelve-point-charges-each-of-charge-q-text-c-are-placed-at-the-circumference-of-a-circle-of-radius-r-text-m-with-equal-angular-spacing-if-one-of-the-charges-is-removed-the-net-electric-field-in-text-n https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ2NjMy-the-ratio-of-coulomb-s-electrostatic-force-to-the-gravitational-force-between-an-electron-and-a-proton-separated-by-some-distance-is-2-4-times-10-39-the-ratio-of-the-proportionality-constant-k-dfrac-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY2OTI1-if-oint-s-vec-e-cdot-d-vec-s-0-over-a-surface-then-1-the-electric-field-inside-the-surface-is-necessarily-uniform-2-the-number-of-flux-lines-entering-the-surface-must-be-equal-to-the-number-of-flux-li https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY2OTMw-an-electric-dipole-is-placed-at-an-angle-of-30-circ-with-an-electric-field-of-intensity-2-times-10-5-text-nc-1-it-experiences-a-torque-equal-to-4-text-n-m-if-the-dipole-length-is-2-cm-calculate-the-ma https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY4MjU1-according-to-gauss-s-law-in-electrostatics-the-electric-flux-through-a-closed-surface-depends-on-1-the-area-of-the-surface-2-the-quantity-of-charges-enclosed-by-the-surface-3-the-shape-of-the-surface https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY4Mjk1-a-charge-q-mu-text-c-is-placed-at-the-centre-of-a-cube-the-flux-coming-out-from-any-one-of-its-faces-will-be-in-si-units-1-dfrac-q-varepsilon-0-times10-6-2-dfrac-2q-3-varepsilon-0-times10-3-3-dfrac-q https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU2NzEw-two-identical-rectangular-plane-sheet-a-and-b-each-of-surface-charge-density-varepsilon-0-text-cm-2-are-placed-parallel-to-each-other-as-shown-in-figure-the-electric-field-at-the-mid-point-p-will-be-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU2NzE4-match-list-i-with-list-ii-list-i-application-of-gauss-law-list-ii-value-of-e-mathrm-a-the-field-inside-a-thin-shell-mathrm-i-dfrac-lambda-2-pi-varepsilon-0-r-hat-n-mathrm-b-the-field-outside-a-thin-sh https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU2NzQ0-a-particle-of-mass-m-and-charge-q-is-placed-in-a-uniform-electric-field-e-at-t-0-text-s-the-kinetic-energy-of-the-particle-after-time-t-is-1-dfrac-eqm-t-2-dfrac-e-2q-2t-2-2m-3-dfrac-2e-2t-2-qm-4-dfrac https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzAzOTY1-if-a-body-is-charged-by-rubbing-it-its-weight-1-remains-precisely-constant-2-increases-slightly-3-decreases-slightly-4-may-increase-slightly-or-may-decrease-slightly-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDAz-given-below-are-four-statements-a-the-total-charge-of-the-universe-is-constant-b-the-total-positive-charge-of-the-universe-is-constant-c-the-total-negative-charge-of-the-universe-is-constant-d-the-tot https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzU4MjUy-a-charge-q-is-placed-at-the-centre-of-the-line-joining-two-equal-positive-charges-q-the-system-of-the-three-charges-will-be-in-equilibrium-if-q-is-equal-to-1-dfrac-q-4-2-dfrac-q-4-3-dfrac-q-2-4-dfrac https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzE1NjI4-three-charges-q-q-q-are-placed-at-the-three-corners-of-an-equilateral-triangle-abc-of-side-a-the-mid-point-of-side-ab-is-p-while-the-circumcenter-of-abc-is-o-let-the-electric-field-at-p-be-e-p-and-tha https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzAzOTQ5-the-figure-shows-some-of-the-electric-field-lines-corresponding-to-an-electric-field-the-figure-suggests-that-1-e-a-e-b-e-c-2-e-a-e-b-e-c-3-e-a-e-c-e-b-4-e-a-e-c-e-b-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzE1Njc0-which-of-the-following-field-configurations-is-are-possible-note-a-b-c-are-conductors-other-charges-may-be-present-in-the-vicinity-1-i-iii-2-ii-3-i-ii-iii-4-none-of-i-ii-iii-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzE1NjUx-identical-point-charges-q-each-are-placed-at-the-eight-corners-of-a-cube-of-side-a-when-one-of-the-charges-is-removed-the-electric-field-at-the-center-becomes-e-c-now-identical-point-charges-same-magn https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQxMDI3-the-electric-field-at-the-centre-of-a-square-with-charges-placed-at-its-four-vertices-as-shown-in-the-figure-is-left-k-dfrac-1-4-pi-varepsilon-0-right-1-zero-2-4-dfrac-kq-a-2-3-2-dfrac-kq-a-2-4-2-sqrt https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM4MzM0-four-charges-q-q-and-q-q-are-placed-at-the-four-vertices-of-a-square-of-side-a-with-like-charges-across-a-diagonal-the-electric-field-at-the-centre-of-the-square-is-left-k-dfrac-1-4-pi-varepsilon-0-ri https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzAzOTY5-an-electric-dipole-is-placed-in-a-uniform-electric-field-the-net-electric-force-on-the-dipole-1-is-always-zero-2-depends-on-the-orientation-of-the-dipole-3-can-never-be-zero-4-depends-on-the-strength https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246ODg5NTg-an-electric-dipole-is-placed-at-an-angle-of-30-circ-with-an-electric-field-intensity-2-times10-5-text-n-c-it-experiences-a-torque-equal-to-4-text-n-m-the-charge-on-the-dipole-if-the-dipole-length-is-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM1OTIy-equal-and-opposite-charges-are-placed-at-the-two-vertices-of-an-equilateral-triangle-giving-a-dipole-moment-p-a-small-dipole-p-is-placed-at-the-third-vertex-parallel-to-the-previous-dipole-if-the-elec https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTQwMDY-a-square-surface-of-a-side-l-text-m-is-in-the-plane-of-the-paper-a-uniform-electric-field-vec-e-text-v-m-also-in-the-plane-of-the-paper-is-limited-only-to-the-lower-half-of-the-square-surface-see-figu https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTA4NjQ-the-electric-field-in-a-certain-region-is-acting-radially-outward-and-is-given-by-e-aa-a-charge-contained-in-a-sphere-of-radius-a-centered-at-the-origin-of-the-field-will-be-given-by-1-4-pi-varepsilon https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjYzNzU1-if-a-charge-q-is-situated-at-the-corner-of-a-cube-the-electric-flux-passing-through-all-six-faces-of-the-cube-is-1-frac-q-6-varepsilon-0-2-frac-q-8-varepsilon-0-3-frac-q-varepsilon-0-4-frac-q-2-vareps https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1MTQw-three-charged-particles-having-charges-equal-to-1-text-c-2-text-c-and-3-text-c-are-placed-on-the-x-text-axis-at-x-1-text-cm-2-text-cm-3-text-cm-respectively-consider-a-sphere-of-radius-10-text-cm-cent https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDQwMTgx-on-vehicles-that-carry-inflammable-fluids-you-might-notice-metallic-chains-dangling-down-touching-the-ground-why-are-they-actually-used-1-just-a-random-custom-2-to-alert-other-vehicles-3-to-discharge https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU2MzEy-a-small-metallic-sphere-carries-a-net-charge-of-3-2-mu-text-c-text-if-each-electron-has-a-charge-of-1-6-times10-19-text-c-how-many-excess-electrons-must-be-present-on-the-sphere-1-5-12-times-10-25-2-5 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDY1Mjc5-a-system-contains-six-charges-1-mu-text-c-2-mu-text-c-3-mu-text-c-4-mu-text-c-5-mu-text-c-and-6-mu-text-c-the-total-charge-of-the-system-is-1-5-mu-text-c-2-5-mu-text-c-3-zero-4-2-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzIzNzAz-which-of-the-following-is-not-the-property-of-electric-charge-1-charge-on-any-body-is-quantised-2-charge-on-any-isolated-system-remains-conserved-3-unlike-mass-the-charge-is-non-relativistic-4-unlike https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ4NjI4-which-of-the-following-statements-is-correct-1-charges-were-named-as-positive-and-negative-by-the-american-scientist-benjamin-franklin-2-gold-leaf-electroscope-can-be-used-to-detect-charge-on-a-body-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTY5MDcz-a-particle-of-mass-m-and-charge-q-is-at-rest-in-an-inertial-frame-it-is-then-given-a-velocity-dfrac-sqrt-3-c-2-where-c-is-the-speed-of-light-in-a-vacuum-the-electric-charge-of-the-particle-as-measured https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzI4NjQw-in-nature-the-electric-charge-of-any-system-is-always-equal-to-1-half-integral-multiple-of-the-least-amount-of-charge-2-zero-3-square-of-the-least-amount-of-charge-4-integral-multiple-of-the-least-amo https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjYzODU2-who-evaluated-the-mass-of-electron-indirectly-with-help-of-charge-1-thomson-2-millikan-3-rutherford-4-newton-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDY0OTE4-which-one-of-the-following-statements-about-electric-charge-is-incorrect-1-the-charge-on-a-body-is-always-an-integral-multiple-of-the-elementary-charge-2-electric-charge-is-a-scalar-quantity-3-the-tot https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzIzNzA0-two-charged-particles-2q-and-6q-are-kept-at-a-distance-of-4-text-m-apart-as-shown-in-the-figure-the-magnitude-of-the-electrostatic-force-of-attraction-between-them-is-1-dfrac-1-3-kq-2-2-dfrac34kq-2-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQzNjIy-a-charge-of-4-mu-text-c-is-to-be-divided-into-two-the-distance-between-the-two-divided-charges-is-constant-the-magnitude-of-the-divided-charges-so-that-the-force-between-them-is-maximum-will-be-1-1-mu https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzIyNTg5-two-charges-q-1-and-q-2-are-separated-by-a-distance-d-if-both-q-1-and-q-1-are-doubled-the-force-is-1-increased-by-a-factor-of-2-2-decreased-by-a-factor-of-2-3-unchanged-4-increased-by-a-factor-of-4-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTA5MjUy-four-charged-particles-a-b-c-and-d-are-placed-at-the-four-corners-of-a-square-as-shown-in-the-figure-charges-a-and-d-each-carry-a-charge-of-2-text-c-while-charges-b-and-c-each-carry-a-charge-of-4-text https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU0MjQ4-two-identical-small-conducting-spheres-carry-charges-q-and-5q-and-exert-a-force-f-on-each-other-when-placed-at-a-certain-distance-apart-the-spheres-are-then-brought-into-contact-and-separated-again-to https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU0NDA5-the-force-between-two-charged-particles-placed-in-the-air-at-separation-x-is-f-0-both-the-charged-particles-immersed-in-a-medium-of-dielectric-constant-k-without-changing-the-separation-between-two-ch https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY2NjI0-a-charge-of-10-mu-text-c-is-split-into-two-equal-parts-and-the-resulting-charges-are-placed-1-text-cm-apart-what-will-be-the-force-of-repulsion-between-the-two-charges-1-225-n-2-450-n-3-2250-n-4-4500 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3MzM2-two-identical-conducting-spheres-a-and-b-carry-an-equal-charge-they-are-separated-by-a-distance-much-larger-than-their-diameters-and-the-force-between-them-is-f-a-third-identical-conducting-sphere-c-i https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzkzODUy-two-uniformly-charged-spheres-of-radii-r-carrying-charges-q-1-and-q-2-are-placed-with-their-centres-a-distance-r-apart-the-force-between-the-spheres-is-left-r-gg-r-right-1-k-dfrac-q-1q-2-r-2-2-k-dfrac https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1NzA0-two-identical-charged-particles-each-having-a-mass-10-g-and-charge-2-0-times-10-7-c-are-placed-on-a-horizontal-table-with-a-separation-of-l-between-them-such-that-they-stay-in-limited-equilibrium-if-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1Njg5-two-identical-point-charges-are-placed-1-text-km-apart-in-vacuum-and-repel-each-other-with-a-force-of-9-text-kn-the-magnitude-of-each-charge-is-1-2-c-2-1-c-3-0-9-c-4-0-3-c-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mzg2NzEz-a-charge-100-text-c-is-to-be-divided-into-two-parts-and-then-placed-at-a-certain-distance-from-each-other-what-should-be-the-values-of-the-two-parts-so-that-the-force-between-them-is-maximum-1-99-text https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1NzQ0-two-point-charges-q-and-4q-are-separated-by-a-distance-x-in-a-medium-experiencing-an-electrostatic-force-of-magnitude-f-the-charges-are-then-brought-into-contact-allowing-the-charge-to-redistribute-eq https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzI0MTE4-a-charged-particle-of-mass-m-and-charge-q-is-released-from-rest-in-an-electric-field-of-constant-magnitude-e-the-kinetic-energy-of-the-particle-after-time-t-is-1-dfrac-2e-2t-2-mq-2-dfrac-e-2q-2t-2-2m https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mzg2Nzgy-a-ring-of-radius-r-contains-a-charge-q-distributed-uniformly-over-its-length-what-is-the-electric-field-at-the-centre-of-the-ring-1-dfrac-q-4-pi-varepsilon-0r-2-2-dfrac-q-4-pi-varepsilon-0r-3-zero-4-d https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1NjI0-a-vertical-electric-field-of-magnitude-4-9-times-10-5-n-c-just-prevents-a-water-droplet-of-a-mass-of-0-1-g-from-falling-the-value-of-charge-on-the-droplet-will-be-given-g-9-8-m-s2-1-1-6-times-10-9-c-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzI4NDYw-two-equal-and-opposite-charges-of-masses-m-1-and-m-2-are-accelerated-in-a-uniform-electric-field-through-the-same-distance-what-is-the-ratio-of-their-accelerations-if-their-ratio-of-masses-is-dfrac-m https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1NTA2-the-electric-field-inside-a-uniformly-charged-thin-spherical-shell-having-radius-r-and-total-charge-q-is-varepsilon-0-is-the-permittivity-of-free-space-1-frac-q-4-pi-varepsilon-0r-2-2-frac-q-4-pi-vare https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzYyOTc3-two-thin-insulating-sheets-each-having-charge-density-sigma-are-arranged-as-shown-the-net-electric-field-magnitude-in-the-three-regions-will-be-respectively-1-e-1-dfrac-mathit-sigma-mathit-epsilon-0-e https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzU4MDYx-in-the-figure-points-a-b-and-c-are-the-vertices-of-an-equilateral-triangle-with-sides-of-length-10-4-m-positive-charges-of-magnitude-q-1-1-times-10-10-text-c-are-located-at-points-b-and-c-what-is-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjYzNzMw-the-electric-field-at-centre-o-of-a-semicircle-of-radius-a-having-linear-charge-density-lambda-is-given-by-1-dfrac-2-lambda-epsilon-0-a-2-dfrac-lambda-pi-epsilon-0-a-3-dfrac-lambda-2-pi-epsilon-0-a-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU0MDA0-the-diagram-illustrates-the-electric-field-lines-due-to-two-charges-q-1-and-q-2-based-on-the-direction-of-the-field-lines-the-signs-of-these-charges-are-1-q-1-is-positive-but-q-2-is-negative-2-q-1-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc2NjU4-the-bob-of-a-simple-pendulum-has-mass-2-text-g-and-a-charge-of-5-0-mu-text-c-it-is-at-rest-in-a-uniform-horizontal-electric-field-of-intensity-2000-text-v-m-at-equilibrium-the-angle-that-the-pendulum https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzIyMjAy-what-is-the-direction-of-the-electric-field-at-point-o-as-shown-in-the-figure-1-positive-x-text-axis-2-negative-x-text-axis-3-positive-y-text-axis-4-negative-y-text-axis-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzIzODEw-when-a-soap-bubble-is-given-a-negative-charge-its-radius-1-increases-2-decreases-3-remains-unchanged-4-nothing-can-be-predicted-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1ODg4-a-proton-and-an-electron-are-placed-in-an-electric-field-then-we-can-say-1-the-electric-force-acting-on-them-are-equal-2-the-magnitude-of-the-forces-is-equal-3-their-acceleration-is-equal-4-the-magnit https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTI1OTI-a-square-surface-of-side-l-metre-in-the-plane-of-the-paper-is-placed-in-a-uniform-electric-field-e-volt-m-acting-along-the-same-plane-at-an-angle-with-the-horizontal-side-of-the-square-as-shown-in-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU1NjAy-for-a-short-electric-dipole-how-does-the-electric-field-vary-with-distance-r-at-a-point-on-its-axial-line-when-r-gg-length-of-the-dipole-1-dfrac-1-r-2-dfrac-1-r-3-3-dfrac-1-r-2-4-r-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjY1NjU2-a-dipole-with-moment-vec-p-is-placed-in-a-uniform-electric-field-vec-e-the-torque-acting-on-the-dipole-is-given-by-1-vec-tau-vec-p-cdot-vec-e-2-vec-tau-vec-p-times-vec-e-3-vec-tau-vec-p-vec-e-4-vec-ta https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzU4MjUx-an-electric-dipole-of-dipole-moment-p-is-aligned-parallel-to-a-uniform-electric-field-e-the-energy-required-to-rotate-the-dipole-by-90-circ-is-1-p-2-e-2-p-e-3-infinite-4-pe-2-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQzNjY4-two-electric-dipoles-of-dipole-moments-1-2-times10-30-c-m-and-2-4-times10-30-c-m-are-placed-in-two-different-uniform-electric-fields-of-strengths-5-times10-4-nc-1-and-15-times10-4-nc-1-respectively-th https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjYzOTA5-a-point-q-lies-on-the-perpendicular-bisector-of-an-electric-dipole-of-dipole-moment-p-if-the-distance-of-q-from-the-dipole-is-r-much-larger-than-the-size-of-the-dipole-then-the-electric-field-at-q-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mzg0MzMy-an-electric-dipole-is-placed-in-a-uniform-electric-field-of-intensity-2-times-10-5-text-n-c-at-an-angle-of-30-circ-if-it-experiences-a-torque-of-4-text-n-m-the-charge-on-the-dipole-dipole-length-2-tex https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzI0MTE1-an-electric-dipole-consisting-of-two-opposite-charges-of-2-times10-6-text-c-each-separated-by-a-distance-of-0-03-text-m-is-placed-in-an-electric-field-of-2-times10-5-text-n-c-the-maximum-torque-on-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzkzODg0-a-point-charge-q-is-placed-on-the-x-axis-at-x-a-an-identical-charge-is-placed-on-the-y-axis-at-y-a-at-the-origin-is-placed-a-charge-2q-the-dipole-moment-of-the-charge-distribution-is-1-2qa-2-sqrt2qa-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzAzMDcx-if-vec-e-a-x-and-vec-e-e-q-represents-an-electric-field-at-a-point-on-the-axial-and-equatorial-line-of-a-dipole-if-points-are-at-a-distance-r-from-the-centre-of-the-dipole-for-r-gg-a-1-vec-e-a-x-vec-e https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDYwOTY0-a-dipole-with-a-dipole-moment-vec-p-is-placed-in-a-uniform-electric-field-vec-e-the-force-acting-on-the-dipole-is-vec-f-and-the-torque-is-vec-tau-which-of-the-following-expressions-are-correct-a-vec-f https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjYzNTk5-a-hollow-conducting-sphere-of-radius-1-text-m-is-given-a-positive-charge-of-10-mu-text-c-the-electric-field-at-the-centre-of-the-hollow-sphere-will-be-1-60-times10-3-text-vm-1-2-90-times10-3-text-vm-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjEwNDQ0-a-sphere-encloses-an-electric-dipole-with-charges-pm-3-times-10-6-text-c-what-is-the-total-electric-flux-through-the-sphere-1-3-times-10-6-text-nm-2-text-c-2-zero-3-3-times-10-6-text-nm-2-text-c-4-6-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTIwNjg5-five-charges-q-5-q-2-q-3-q-and-4-q-are-situated-a-shown-in-the-figure-the-electric-flux-due-to-this-configuration-through-the-surface-s-is-1-frac-4-q-epsilon-0-2-frac-q-epsilon-0-3-frac-5-q-epsilon-0 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzIzNzQz-the-following-figure-shows-some-point-charges-placed-and-a-closed-surface-s-total-electric-flux-linked-with-the-closed-surface-s-is-1-dfrac-3q-varepsilon-0-2-dfrac-8q-varepsilon-0-3-dfrac-4q-varepsilo https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU2MTI0-the-electric-field-in-a-region-is-given-by-vec-e-6-hat-i-7-hat-j-8-hat-k-text-v-m-if-a-surface-of-area-30-text-m-2-lies-in-the-yz-text-plane-what-is-the-electric-flux-through-this-surface-in-v-m-1-180 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjgyODMy-the-electric-field-in-a-region-is-given-vec-e-dfrac-4-5-hat-j-text-n-c-the-electric-flux-in-si-units-through-the-rectangular-surface-of-area-5-text-m-2-parallel-to-xz-plane-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ3MzQy-an-electric-dipole-is-enclosed-by-a-gaussian-surface-see-figure-the-total-electric-flux-through-the-surface-is-1-q-varepsilon-0-2-zero-3-q-varepsilon-0-4-2q-varepsilon-0-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY3NDQw-given-below-are-two-statements-assertion-a-when-an-electric-dipole-is-completely-enclosed-by-a-closed-gaussian-surface-the-total-electric-flux-through-the-surface-is-zero-reason-r-the-net-charge-enclo https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzAzMDU5-if-there-were-only-one-type-of-charge-in-the-universe-then-1-oint-s-vec-e-cdot-d-vec-s-neq-0-on-any-surface-2-oint-s-vec-e-cdot-d-vec-s-0-if-the-charge-is-outside-the-surface-3-oint-s-vec-e-cdot-d-vec https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTQ1MjYy-a-charge-q-is-enclosed-by-a-gaussian-spherical-surface-of-radius-r-if-the-radius-is-doubled-then-the-outward-electric-flux-will-1-be-reduced-to-half-2-remain-the-same-3-be-doubled-4-increase-four-time https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzMzNTg0-if-the-electric-field-is-given-by-left-5-hat-i-4-hat-j-9-hat-k-right-the-electric-flux-through-a-surface-of-area-20-unit-lying-in-the-yz-text-plane-will-be-1-100-text-units-2-80-text-units-3-180-text https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDUyNTgx-a-uniform-electric-field-in-a-region-is-given-by-overrightarrow-e-2-hat-i-3-hat-j-hat-k-text-n-c-a-plane-surface-of-area-pi-r-2-text-m-2-is-placed-in-this-field-such-that-its-area-vector-is-overrighta https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA2NzM5-if-oint-s-vec-e-cdot-d-vec-s-0-over-a-surface-then-1-the-electric-field-inside-the-surface-and-on-it-is-zero-2-the-electric-field-inside-the-surface-is-necessarily-uniform-3-the-number-of-flux-lines-e https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3MTAz-a-charge-q-is-placed-at-a-distance-dfrac-a-2-above-the-centre-of-the-square-surface-of-the-edge-a-as-shown-in-the-figure-the-electric-flux-through-the-square-surface-is-1-dfrac-q-6-epsilon-0-2-dfrac-q https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjgyNTUx-a-cube-of-side-a-has-point-charges-q-located-at-each-of-its-vertices-then-the-electric-field-at-the-centre-of-cube-is-1-dfrac-q-3-sqrt3-pi-epsilon-0a-2-2-0-3-dfrac-2q-3-sqrt3-pi-epsilon-0a-2-4-dfrac-q https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU1NzU5-a-solid-sphere-has-a-radius-of-4a-and-is-centered-at-the-origin-two-charges-are-positioned-one-with-a-charge-of-2q-at-the-coordinates-5a-0-and-5q-at-3a-0-the-electric-flux-through-the-sphere-is-given https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1ODAw-in-the-figure-a-very-large-plane-sheet-of-positive-charge-is-shown-p-1-and-p-2-are-two-points-at-distance-l-and-2l-from-the-charge-distribution-if-sigma-is-the-surface-charge-density-then-the-magnitud https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5MTMx-a-point-charge-of-12-mathrm-mu-c-is-at-a-distance-6-cm-vertically-above-the-centre-of-a-square-of-side-12-cm-as-shown-in-figure-the-magnitude-of-the-electric-flux-through-the-square-will-be-1-226-time https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ2NTU0-a-point-charge-q-is-placed-at-the-centre-of-a-closed-non-conducting-hemispherical-surface-made-of-a-curved-hemisphere-and-a-flat-circular-base-the-total-electric-flux-passing-through-the-flat-base-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDUzNzU0-choose-the-correct-graph-between-electric-field-e-due-to-a-uniformly-charged-infinite-straight-wire-versus-perpendicular-distance-r-from-the-wire-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTQ1MjUx-the-charge-on-500-text-cc-of-water-due-to-protons-will-be-1-6-0-times-10-27-text-c-2-2-67-times-10-7-text-c-3-6-times-10-23-text-c-4-1-67-times-10-23-text-c-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM5NzA1-given-below-are-two-statements-assertion-a-when-charges-are-shared-between-any-two-bodies-no-charge-is-really-lost-but-some-loss-of-energy-does-occur-reason-r-some-energy-disappears-in-the-form-of-hea https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NDE5NzU-a-total-charge-q-is-broken-in-two-parts-q-1-and-q-2-and-they-are-placed-at-a-distance-r-from-each-other-the-maximum-force-of-repulsion-between-them-will-occur-when-1-q-2-frac-q-r-q-1-q-frac-q-r-2-q-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTI1ODk-two-positive-ions-each-carrying-a-charge-q-are-separated-by-a-distance-d-if-f-is-the-force-of-repulsion-between-the-ions-the-number-of-electrons-missing-from-each-ion-will-be-e-is-the-charge-on-an-ele https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjY0Mjk5-the-unit-of-permittivity-of-free-space-varepsilon-0-is-1-newton-metre2-coulomb2-2-coulomb2-newton-metre2-3-coulomb2-newton-metre-2-4-coulomb-newton-metre-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNDk1-four-charges-are-arranged-at-the-corners-of-a-square-abcd-as-shown-in-the-figure-the-force-on-a-positive-charge-kept-at-the-center-of-the-square-is-1-zero-2-along-diagonal-ac-3-along-diagonal-bd-4-per https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ0Mzcy-two-charged-particles-p-and-q-are-0-10-text-m-apart-the-charge-on-p-is-1-50-times10-7-text-c-and-the-charge-on-q-is-1-50-times10-7-text-c-particle-p-experiences-an-electrostatic-force-of-magnitude-f-b https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM5NTUx-given-below-are-two-statements-assertion-a-if-electrons-in-an-atom-were-stationary-then-they-would-fall-into-the-nucleus-reason-r-electrostatic-force-of-attraction-acts-between-negatively-charged-elec https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTQ1MjI5-three-charges-are-placed-at-the-vertices-of-an-equilateral-triangle-of-side-a-as-shown-in-the-following-figure-the-force-experienced-by-the-charge-placed-at-the-vertex-a-in-a-direction-normal-to-bc-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246ODg4OTM-suppose-the-charge-of-a-proton-and-an-electron-differ-slightly-one-of-them-is-e-the-other-is-e-delta-e-if-the-net-of-electrostatic-force-and-gravitational-force-between-two-hydrogen-atoms-placed-at-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTIxOTUw-if-a-soap-bubble-is-given-some-charge-then-its-radius-1-increases-2-decreases-3-remains-unchanged-4-may-increase-or-decrease-depending-upon-whether-the-given-charge-is-positive-or-negative-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTIyNTY2-when-2-point-charges-q-and-3q-held-at-a-distance-r-from-each-other-are-released-they-have-an-acceleration-of-a-and-2a-respectively-when-we-distribute-the-total-charge-equally-between-them-keep-them-at https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTM5OTIw-an-electron-is-moving-around-the-nucleus-of-a-hydrogen-atom-in-a-circular-orbit-of-radius-r-the-coulomb-force-ff-on-the-electron-is-where-k-14-0k-14-0-1-ke2r3-r-ke2r3r-2-ke2r3-rke2r3r-3-ke2r3-r-ke2r3r https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjA2NzU5-point-charges-4q-q-and-4q-are-kept-on-the-x-axis-at-points-x-0-x-a-and-x-2a-respectively-then-1-only-q-is-in-stable-equilibrium-2-none-of-the-charges-are-in-equilibrium-3-all-the-charges-are-in-unstab https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTM5OTQz-the-figure-shows-the-electric-lines-of-force-emerging-from-a-charged-body-if-the-electric-field-at-a-and-b-are-e-a-and-e-b-respectively-and-if-the-displacement-between-a-and-b-is-r-then-1-e-a-e-b-2-e https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTM5OTQ0-a-metallic-solid-sphere-is-placed-in-a-uniform-electric-field-the-lines-of-force-as-shown-in-the-figure-follow-the-path-s-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjYzODgy-a-charge-q-is-placed-in-a-uniform-electric-field-e-if-it-is-released-then-the-kinetic-energy-of-the-charge-after-travelling-distance-y-will-be-1-qey-2-2qey-3-qey2qey2qey2-4-qeyqeyqey-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxMjM3-a-charged-particle-q-of-mass-m-is-released-on-the-y-text-axis-at-y-a-in-an-electric-field-vec-e-4y-hat-j-the-speed-of-the-particle-on-reaching-the-origin-will-be-1-sqrt-frac-2-a-m-q-2-frac-a-sqrt-m-q https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM5NzE1-given-below-are-two-statements-assertion-a-work-done-in-moving-a-charge-between-any-two-points-in-a-uniform-electric-field-is-independent-of-the-path-followed-by-the-charge-between-these-points-reason https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQyOTYw-given-below-are-two-statements-assertion-a-the-number-of-field-lines-drawn-from-a-charge-is-proportional-to-the-magnitude-of-the-charge-reason-r-the-electric-field-at-any-point-is-proportional-to-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTM5OTMy-two-point-charges-8q-and-2q-are-located-at-x-0-and-x-l-respectively-the-location-of-a-point-on-the-x-text-axis-at-which-the-net-electric-field-due-to-these-two-point-charges-is-zero-is-1-8l-2-4l-3-2l https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTM5OTM5-three-positive-charges-of-equal-value-q-are-placed-at-the-vertices-of-an-equilateral-triangle-the-resulting-lines-of-force-should-be-sketched-as-in-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTE1NTE4-in-the-following-four-situations-charged-particles-are-at-an-equal-distance-from-the-origin-arrange-the-magnitude-of-the-net-electric-field-at-origin-starting-with-the-highest-i-ii-iii-iv-1-i-ii-iii-i https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQzOTM0-consider-two-charges-q-and-q-q-0-placed-at-a-distance-2a-from-each-other-at-the-point-mathrm-m-see-figure-below-the-electric-field-makes-an-angle-phi-from-the-x-axis-the-correct-value-of-phi-is-1-0-ci https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjY0NjA0-in-the-millikan-oil-drop-experiment-a-charged-drop-falls-with-a-terminal-velocity-v-if-an-electric-field-e-is-applied-vertically-upwards-it-moves-with-terminal-velocity-2v-in-the-upward-direction-if-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjYzODg5-the-electric-field-at-the-equator-of-a-dipole-is-e-if-the-strength-of-the-dipole-and-distance-are-now-doubled-then-the-electric-field-will-be-1-e-2-2-e-8-3-e-4-4-e-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTYxNTQ0-an-electric-dipole-is-kept-in-a-uniform-electric-field-such-that-the-dipole-moment-is-not-collinear-with-the-electric-field-it-experiences-1-a-force-and-torque-2-a-force-but-no-torque-3-a-torque-but-n https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDY5-an-electric-dipole-is-kept-at-the-origin-as-shown-in-the-diagram-the-point-a-b-c-are-on-a-circular-arc-with-the-centre-of-curvature-at-the-origin-if-the-electric-fields-at-a-b-and-c-respectively-are-v https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjIxMjMw-two-point-dipoles-of-dipole-moment-vec-p-1-and-vec-p-2-are-at-a-distance-x-from-each-other-and-vec-p-1-left-right-vec-p-2-the-force-between-the-dipole-is-1-frac-1-4-varepsilon-0-frac-4-p-1-p-2-x-4-2-f https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTQ1MjU0-two-point-charges-q-and-q-are-held-fixed-at-d-0-and-d-0-respectively-of-an-x-y-coordinate-system-then-1-e-at-all-points-on-the-y-text-axis-is-along-hat-i-2-the-electric-field-vec-e-at-all-points-on-th https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTU5NDU0-the-ratio-of-the-electric-flux-linked-with-shell-a-and-shell-b-in-the-diagram-shown-below-is-1-1-1-2-1-2-3-1-4-4-4-2-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTIxMzI-what-is-the-flux-through-a-cube-of-side-a-if-a-point-charge-of-q-is-placed-at-one-of-its-corners-1-dfrac-2q-varepsilon-0-2-dfrac-q-8-varepsilon-0-3-dfrac-q-varepsilon-0-4-dfrac-q-2-varepsilon-0-1-2-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjUxMDYy-the-electric-field-at-a-distance-frac-3r-2-from-the-centre-of-a-charged-conducting-spherical-shell-of-radius-r-is-e-the-electric-field-at-a-distance-frac-r-2-from-the-centre-of-the-sphere-is-1-e-2-fra https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTM5OTM4-which-of-the-following-graphs-shows-the-variation-of-electric-field-e-due-to-a-hollow-spherical-conductor-of-radius-r-as-a-function-of-distance-from-the-centre-of-the-sphere-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM5NjQ4-given-below-are-two-statements-assertion-a-a-charge-q-is-placed-in-a-cube-of-side-b-the-flux-associated-with-the-cube-is-independent-of-side-length-reason-r-gauss-s-law-is-independent-of-the-size-of-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjAwNDQz-a-hollow-metal-sphere-of-radius-r-is-uniformly-charged-the-electric-field-due-to-the-sphere-at-a-distance-r-from-the-centre-1-decreases-as-r-increases-for-rr-2-increases-as-r-increases-for-rr-3-is-zer https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTM5OTI0-three-infinitely-long-charge-sheets-are-placed-as-shown-in-the-figure-the-electric-field-at-point-p-is-1-dfrac-2-sigma-varepsilon-0-hat-k-2-dfrac-2-sigma-varepsilon-0-hat-k-3-dfrac-4-sigma-varepsilon https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246OTgxNTU-an-isolated-sphere-of-radius-r-contains-a-uniform-volume-distribution-of-positive-charge-which-of-the-curve-on-the-graph-below-correctly-illustrates-the-dependence-of-the-magnitude-of-the-electric-fie https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTM5OTEz-consider-the-charge-configuration-and-spherical-gaussian-surface-as-shown-in-the-figure-when-calculating-the-flux-of-the-electric-field-over-the-spherical-surface-the-electric-field-will-be-due-to-1-q https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MTQ1MjI0-x-and-y-are-large-parallel-conducting-plates-close-to-each-other-each-face-has-an-area-a-x-is-given-a-charge-q-y-is-without-any-charge-points-a-b-and-c-are-as-shown-in-the-figure-the-incorrect-option https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzUwMDA4-given-below-are-two-statements-statement-i-electrostatic-field-lines-never-form-closed-loops-statement-ii-gauss-s-law-is-particularly-useful-for-calculating-the-electrostatic-field-in-systems-that-lac https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQxMDMw-given-below-are-two-statements-statement-i-gauss-s-law-for-electric-fields-is-a-consequence-of-the-conservation-of-energy-statement-ii-coulomb-s-law-for-electric-charges-leads-to-a-conservative-electr https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM1MTI2-two-identical-charged-conducting-spheres-a-and-b-have-their-centres-separated-by-a-certain-distance-charge-on-each-sphere-is-q-and-the-force-of-repulsion-between-them-is-f-a-third-identical-uncharged https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDY4NzQz-a-metal-cube-of-a-side-5-text-cm-is-charged-with-6-text-c-the-surface-charge-density-on-the-cube-is-1-0-125-times10-3-text-c-m-2-2-0-25-times10-3-text-c-m-2-3-4-times10-3-text-c-m-2-4-0-4-times10-3-te https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjY1NjYw-a-charge-q-is-located-at-the-centre-of-a-cube-the-electric-flux-through-any-face-is-1-frac-2-pi-q-6-4-pi-varepsilon-0-2-frac-4-pi-q-6-4-pi-varepsilon-0-3-frac-pi-q-6-4-pi-varepsilon-0-4-frac-q-6-4-pi https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjY1NDYx-if-a-charge-q-mu-text-c-is-placed-at-the-centre-of-the-cube-the-flux-in-si-unit-coming-out-from-any-surface-will-be-1-dfrac-q-6-varepsilon-0-times10-6-2-dfrac-q-6-varepsilon-0-times10-3-3-dfrac-q-2-va https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNzQy-the-electric-field-components-in-the-shown-figure-are-ex-ax1-2ex-ax1-2ex-ax1-2-ey-ez-0-in-which-800n-cm1-2-800n-cm1-2-800n-cm1-2-find-the-charge-within-the-cube-if-net-flux-through-the-cube-is-1-05nm2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MjcwNzUy-an-early-model-for-an-atom-considered-it-to-have-a-positively-charged-point-nucleus-of-charge-ze-surrounded-by-a-uniform-density-of-negative-charge-up-to-a-radius-r-the-atom-as-a-whole-is-neutral-for https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM5NTQ0-given-below-are-two-statements-assertion-a-mass-of-a-body-decreases-slightly-when-it-is-negatively-charged-reason-r-charging-is-due-to-the-transfer-of-electrons-1-both-a-and-r-are-true-and-r-is-the-co https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM5NjAx-given-below-are-two-statements-assertion-a-if-the-electric-field-due-to-a-dipole-on-its-axis-line-at-a-distance-r-is-e-then-the-electric-field-due-to-a-dipole-at-the-same-distance-at-the-equatorial-li https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM5NjIx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-electrons-in-the-atom-are-held-due-to-coulomb-forces-reason-r-the-atom-is-stable-only-be https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM5NzI1-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-electrons-move-from-a-region-of-higher-potential-to-a-region-of-lower-potential-reason-r https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NzEwOTE-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-if-a-proton-and-an-electron-are-placed-in-the-same-uniform-electric-field-then-they-expe https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NzUxNTY-given-below-are-two-statements-assertion-a-if-two-charged-bodies-placed-near-each-other-attract-each-other-then-they-must-be-oppositely-charged-reason-r-unlike-charges-repel-each-other-and-like-charge https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NzUxNTc-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-while-applying-gauss-s-law-the-axis-of-the-gaussian-cylinder-should-coincide-with-the-li https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-pb246NzUxNjM-given-below-are-two-statements-assertion-a-the-number-of-field-lines-drawn-from-a-charge-is-proportional-to-the-magnitude-of-the-charge-reason-r-the-electric-field-at-any-point-is-proportional-to-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzAyOTMy-the-electric-flux-through-the-surface-i-ii-iii-iv-1-in-figure-iv-is-the-largest-2-in-figure-iii-is-the-least-3-in-figure-ii-is-same-as-in-figure-iii-but-is-smaller-than-figure-iv-4-is-the-same-for-all https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzIyMTk3-given-below-are-two-statements-assertion-a-point-charges-q-1-and-q-2-produce-electric-field-of-magnitude-e-1-and-e-2-at-a-point-and-potential-v-1-and-v-2-at-the-same-point-the-electric-field-due-to-bo https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDA2-a-point-charge-is-brought-in-an-electric-field-the-electric-field-at-a-nearby-point-a-will-increase-if-the-charge-is-positive-b-will-decrease-if-the-charge-is-negative-c-may-increase-if-the-charge-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDE3-an-electric-dipole-is-placed-in-an-electric-field-generated-by-a-point-charge-a-the-net-electric-force-on-the-dipole-must-be-zero-b-the-net-electric-force-on-the-dipole-may-be-zero-c-the-torque-on-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDE4-a-proton-and-an-electron-are-placed-in-a-uniform-electric-field-a-the-electric-forces-acting-on-them-will-be-equal-b-the-magnitudes-of-the-forces-will-be-equal-c-their-accelerations-will-be-equal-d-th https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDIw-a-charge-q-is-uniformly-distributed-over-a-large-plastic-plate-the-electric-field-at-a-point-p-close-to-the-centre-of-the-plate-is-10-v-m-1-if-the-plastic-plate-is-replaced-by-a-copper-plate-of-the-sa https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDIx-a-metallic-particle-having-no-net-charge-is-placed-near-a-finite-metal-plate-carrying-a-positive-charge-the-electric-force-on-the-particle-will-be-1-towards-the-plate-2-away-from-the-plate-3-parallel https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDI0-electric-charges-are-distributed-in-a-small-volume-the-flux-of-the-electric-field-through-a-spherical-surface-of-radius-10-mathrm-cm-surrounding-the-total-charge-is-25-v-m-the-flux-over-a-concentric-s https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDI1-the-figure-a-shows-an-imaginary-cube-of-edge-l-2-a-uniformly-charged-rod-of-length-l-moves-towards-left-at-a-small-but-constant-speed-u-at-t-0-the-left-end-just-touches-the-centre-of-the-face-of-the-c https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDI2-a-charge-q-is-placed-at-the-centre-of-the-open-end-of-a-cylindrical-vessel-shown-in-the-figure-the-flux-of-the-electric-field-through-the-surface-of-the-vessel-is-1-zero-2-dfrac-q-varepsilon-0-3-dfrac https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDI3-given-below-are-four-statements-a-gauss-s-law-is-valid-only-for-symmetrical-charge-distributions-b-gauss-s-law-is-valid-only-for-charges-placed-in-vacuum-c-the-electric-field-calculated-by-gauss-s-law https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDI4-a-positive-point-charge-q-is-brought-near-an-isolated-metal-cube-a-the-cube-becomes-negatively-charged-b-the-cube-becomes-positively-charged-c-the-interior-becomes-positively-charged-and-the-surface-b https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDI5-a-large-nonconducting-sheet-m-is-given-a-uniform-charge-density-two-uncharged-small-metal-rods-a-and-b-are-placed-near-the-sheet-as-shown-in-the-figure-a-m-attracts-a-b-m-attracts-b-c-a-attracts-b-d-b https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDMw-if-the-flux-of-the-electric-field-through-a-closed-surface-is-zero-a-the-electric-field-must-be-zero-everywhere-on-the-surface-b-the-electric-field-may-be-zero-everywhere-on-the-surface-c-the-charge-i https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDMx-an-electric-dipole-is-placed-at-the-centre-of-a-sphere-which-of-the-following-statements-are-correct-a-the-flux-of-the-electric-field-through-the-sphere-is-zero-b-the-electric-field-is-zero-at-every-p https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDMy-the-figure-shows-a-charge-q-placed-at-the-centre-of-a-hemisphere-a-second-charge-q-is-placed-at-one-of-the-positions-a-b-c-and-d-in-which-position-s-of-this-second-charge-the-flux-of-the-electric-fiel https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDMz-a-closed-surface-s-is-constructed-around-a-conducting-wire-connected-to-a-battery-and-a-switch-shown-in-the-figure-as-the-switch-is-closed-the-free-electrons-in-the-wire-start-moving-along-the-wire-in https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzA0MDM0-the-figure-shows-a-closed-surface-which-intersects-a-conducting-sphere-if-a-positive-charged-is-placed-at-the-point-p-the-flux-of-the-electric-field-through-the-closed-surface-a-will-remain-zero-b-wil https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM1MTk0-a-point-charge-q-is-placed-within-a-spherical-cavity-inside-a-metallic-conductor-slightly-off-centre-the-charge-q-induces-a-charge-distribution-on-the-inner-surface-of-the-cavity-the-net-force-on-q-du https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzkzODU2-given-below-are-two-statements-assertion-a-the-electrostatic-field-of-a-charge-distributed-uniformly-over-the-surface-of-a-sphere-vanishes-within-the-sphere-only-at-its-centre-reason-r-this-cancellati https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzI2MDg0-an-electric-field-is-given-by-vec-e-x-y-4-x-hat-imath-3-y-hat-jmath-the-field-being-measured-in-text-v-m-and-the-distances-in-text-m-the-variation-of-the-potential-along-the-direction-hat-i-hat-j-at-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDE1MDQ0-three-identical-charges-q-each-are-placed-at-the-three-vertices-a-b-c-of-an-equilateral-triangle-of-side-a-let-o-be-the-centre-centroid-of-the-triangle-abc-and-o-be-the-reflection-of-o-in-bc-the-elect https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzkzODMz-two-identical-balls-of-cork-mathrm-c-1-c-2-are-charged-oppositely-with-equal-amounts-of-charge-distributed-uniformly-over-their-respective-surfaces-two-similar-of-same-size-balls-of-copper-m-1-m-2-are https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzMxNzQy-a-dipole-is-placed-at-the-centre-of-a-uniformly-charged-circular-ring-with-the-axis-of-the-dipole-along-the-axis-of-the-ring-the-dipole-experiences-1-no-force-and-no-torque-2-a-force-but-no-torque-3-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzE1NjM2-a-thin-uniform-rod-of-mass-m-and-length-l-is-suspended-from-one-of-its-ends-a-so-that-it-can-rotate-freely-about-it-a-charge-q-is-fixed-to-its-lower-end-b-a-uniform-horizontal-electric-field-is-switch https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM3NzA3-two-infinite-line-charges-carrying-charges-lambda-lambda-per-unit-length-are-placed-parallel-to-each-other-a-short-distance-a-apart-the-electric-field-at-a-distance-r-from-one-of-the-charges-a-p-r-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM2NjY5-an-electric-dipole-of-dipole-moment-p-is-placed-at-the-centre-of-a-spherical-surface-of-radius-r-the-net-flux-of-the-electric-field-of-the-dipole-through-the-hemisphere-where-it-is-positive-is-proport https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjk5MjQ5-a-solid-sphere-carrying-a-uniformly-distributed-charge-q-within-its-volume-rotates-about-a-diameter-d-2r-so-that-the-speed-on-its-equator-is-v-the-electric-field-at-the-outer-surface-of-the-sphere-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzkzODI1-consider-an-hcl-molecule-where-one-of-its-electrons-is-located-exactly-midway-between-the-two-nuclei-at-a-given-instant-ignore-all-the-other-electrons-and-any-quantum-effects-let-vec-f-h-be-the-electr https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDA4ODgy-given-below-are-two-statements-assertion-a-the-electrostatic-field-of-a-charge-on-a-spherical-conductor-is-identical-to-that-of-an-equal-charge-placed-at-its-centre-reason-r-any-charge-given-to-a-sphe https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDIwMzE4-an-infinitely-long-straight-line-carries-a-uniform-positive-charge-lambda-per-unit-length-a-negative-point-charge-q-moves-in-a-circular-path-with-the-charge-lambda-as-its-axis-under-the-action-of-its https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzkzODQ2-a-small-conducting-sphere-of-variable-radius-is-given-a-charge-q-consider-the-electrostatic-field-at-a-point-p-outside-this-sphere-due-to-the-charge-as-the-radius-of-the-sphere-is-slowly-increased-lik https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzE1NjQ3-a-uniformly-charged-sphere-carrying-a-charge-q-distributed-uniformly-on-its-outer-surface-is-placed-in-an-isotropic-medium-of-dielectric-constant-k-the-electric-field-within-the-medium-due-to-the-char https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzMxNzQx-a-uniformly-charged-circular-ring-of-radius-r-has-a-total-charge-q-a-second-point-charge-q-is-placed-at-the-center-of-the-ring-consider-a-point-p-on-the-axis-of-the-ring-at-a-distance-x-from-its-cente https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzE1NjQx-a-point-charge-q-is-placed-at-the-centre-of-a-spherical-cavity-at-the-centre-of-a-conducting-sphere-the-sphere-is-initially-uncharged-the-radius-of-the-cavity-is-a-and-that-of-the-sphere-is-2a-let-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzE1NjM4-two-very-long-insulated-glass-rods-are-charged-uniformly-by-giving-them-identical-charges-q-each-the-rods-have-lengths-l-each-and-are-placed-parallel-to-each-other-at-a-distance-r-apart-where-r-ll-l-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzkzODUw-a-point-charge-q-is-placed-at-the-centre-of-the-flat-surface-of-a-semi-infinite-cylinder-of-radius-r-the-flux-of-its-electric-field-through-the-curved-surface-of-the-cylinder-is-1-dfrac-q-varepsilon-0 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDA4OTEw-a-point-charge-q-positive-is-placed-just-below-the-centre-o-of-the-top-face-of-a-cylinder-of-height-h-and-radius-r-h-gg-r-the-flux-of-the-electric-field-of-the-charge-q-through-the-top-face-is-phi-t-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzM4MTE4-two-identical-point-charges-q-each-are-placed-at-the-opposite-ends-of-a-long-diagonal-of-a-cube-the-flux-of-the-electric-field-due-to-these-charges-out-of-the-cube-is-1-dfrac-q-varepsilon-0-2-dfrac-q https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTg4ODI1-the-metal-plates-a-b-are-kept-horizontally-with-separation-of-left-dfrac-12-pi-right-text-cm-with-plate-a-on-the-top-an-atomizer-jet-sprays-oil-density-1-5-text-g-cm-3-droplets-or-radius-1-text-mm-hor https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTg4ODMw-the-point-charges-8-mu-text-c-and-2-mu-text-c-are-located-at-x-2-text-cm-and-x-4-text-cm-respectively-on-the-x-axis-the-ratio-of-electric-flux-due-to-these-through-two-spheres-of-radii-3-text-cm-and-5 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTg5NzE0-a-thin-ring-of-radius-35-text-cm-is-uniformly-charged-with-a-total-charge-of-q-coulomb-if-the-magnitude-of-the-electric-field-at-centre-of-the-half-ring-is-100-text-v-m-then-the-value-of-q-is-in-nc-le https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTg4Njk4-two-charged-conducting-spheres-s-1-and-s-2-of-radii-8-text-cm-and-18-text-cm-are-connected-to-each-other-by-a-wire-after-equilibrium-is-established-the-ratio-of-electric-fields-on-s-1-and-s-2-spheres https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTg4NzMz-two-short-electric-dipoles-a-and-b-having-dipole-moment-p-1-and-p-2-respectively-are-placed-with-their-axis-mutually-perpendicular-as-shown-in-the-figure-the-resultant-electric-field-at-a-point-x-is-m https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTg5NTc2-two-point-charges-q-1-3-mu-text-c-text-and-q-2-4-mu-text-c-are-placed-at-points-2-hat-i-3-hat-j-3-hat-k-and-hat-i-hat-j-hat-k-respectively-force-on-charge-q-2-is-in-n-left-text-take-dfrac-1-4-pi-epsil https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTgwNTIx-six-point-charges-are-kept-60-circ-apart-from-each-other-on-the-circumference-of-a-circle-of-radius-r-as-shown-in-the-figure-the-net-electric-field-at-the-centre-of-the-circle-is-varepsilon-0-is-the-p https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTgwNjYz-a-simple-pendulum-has-a-bob-with-mass-m-and-charge-q-the-pendulum-string-has-negligible-mass-when-a-uniform-and-horizontal-electric-field-vec-e-is-applied-the-tension-in-the-string-changes-the-final-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTgwNzM2-two-point-charges-2q-and-q-are-placed-at-vertex-a-and-centre-of-face-cdef-of-the-cube-as-shown-in-figure-the-electric-flux-passing-through-the-cube-is-1-dfrac-3-q-varepsilon-0-2-dfrac-q-varepsilon-0-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTgxODcx-two-shorts-dipoles-a-b-a-having-charges-pm-2-mu-text-c-and-length-1-text-cm-and-b-having-charges-pm-4-mu-text-c-and-length-1-text-cm-are-placed-with-their-centres-80-text-cm-apart-as-shown-in-the-figu https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTgxODc4-three-charges-2-q-3-q-and-4q-are-situated-at-0-3-a-2-a-0-and-2-a-0-respectively-in-the-xy-plane-the-resultant-dipole-moment-about-origin-is-1-2-q-a-3-hat-j-hat-i-2-2-q-a-3-hat-i-7-hat-j-3-2-q-a-7-hat https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTgxNzQ5-a-point-charge-q-1-mu-text-c-is-located-at-a-distance-2-text-cm-from-one-end-of-a-thin-insulating-wire-of-length-10-text-cm-having-a-charge-q-24-mu-text-c-distributed-uniformly-along-its-length-as-sho https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTgyNTgx-identify-the-correct-statements-mathrm-a-electrostatic-field-lines-form-closed-loops-mathrm-b-the-electric-field-lines-point-radially-outward-when-charge-is-greater-than-zero-mathrm-c-the-gauss-law-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQxMDE2-a-metallic-ring-is-uniformly-charged-as-shown-in-figure-ac-and-bd-are-two-mutually-perpendicular-diameters-electric-field-due-to-arc-ab-at-o-is-e-in-magnitude-what-would-be-the-magnitude-of-electric-f https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwOTkx-two-small-spherical-balls-of-mass-10-g-each-with-charges-2-mu-text-c-and-2-mu-text-c-are-attached-to-two-ends-of-very-light-rigid-rod-of-length-20-text-cm-the-arrangement-is-now-placed-near-an-infinit https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwOTc3-two-infinite-identical-charged-sheets-and-a-charged-spherical-body-of-charge-density-rho-are-arranged-as-shown-in-figure-then-the-correct-relation-between-the-electrical-fields-at-a-b-c-and-d-points-i https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwOTA2-an-infinitely-long-wire-has-uniform-linear-charge-density-lambda-2-text-nc-m-the-net-flux-through-a-gaussian-cube-of-side-length-sqrt-3-text-cm-if-the-wire-passes-through-any-two-corners-of-the-cube-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwODgw-electric-charge-is-transferred-to-an-irregular-metallic-disk-as-shown-in-figure-if-1-2-3-and-4-are-charge-densities-at-given-points-then-mathrm-a-1-3-2-4-mathrm-b-1-2-3-4-mathrm-c-1-3-2-4-mathrm-d-1-m https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwODYx-the-electric-field-in-a-region-is-given-by-vec-e-2-hat-i-4-hat-j-6-hat-k-10-3-text-n-c-the-flux-of-the-field-through-a-rectangular-surface-parallel-to-xz-text-plane-is-6-0-text-nm-2-text-c-1-the-area https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwODM5-a-dipole-with-two-electric-charges-of-2-text-c-magnitude-each-with-separation-distance-0-5-text-m-is-placed-between-the-plates-of-a-capacitor-such-that-its-axis-is-parallel-to-an-electric-field-establ https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwODI2-given-below-are-two-statements-assertion-a-the-outer-body-of-an-air-craft-is-made-of-metal-which-protects-persons-sitting-inside-from-lightning-strikes-reason-r-the-electric-field-inside-the-cavity-en https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwNzMx-given-below-are-two-statements-assertion-a-net-dipole-moment-of-a-polar-linear-isotropic-dielectric-substance-is-not-zero-even-in-the-absence-of-an-external-electric-field-reason-r-in-absence-of-an-ex https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwNjg3-consider-a-circular-loop-that-is-uniformly-charged-and-has-a-radius-a-sqrt2-find-the-position-along-the-positive-z-text-axis-of-the-cartesian-coordinate-system-where-the-electric-field-is-maximum-if-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwNjUx-consider-two-infinitely-large-plane-parallel-conducting-plates-as-shown-below-the-plates-are-uniformly-charged-with-a-surface-charge-density-sigma-and-2-sigma-the-force-experienced-by-a-point-charge-q https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwNjM5-a-point-charge-q-is-placed-at-the-origin-a-second-point-charge-9q-is-placed-at-d-0-0-in-cartesian-coordinate-system-the-point-in-between-them-where-the-electric-field-vanishes-is-1-left-dfrac-d4-0-0-r https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTQwNjE4-a-small-bob-of-mass-100-text-mg-and-charge-10-text-c-is-connected-to-an-insulating-string-of-length-1-text-m-it-is-brought-near-to-an-infinitely-long-non-conducting-sheet-of-charge-density-sigma-as-sh https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM2MTI5-a-small-uncharged-conducting-sphere-is-placed-in-contact-with-an-identical-sphere-but-having-4-10-8-text-c-charge-and-then-removed-to-a-distance-such-that-the-force-of-repulsion-between-them-is-9-10-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM2MDkz-an-electric-dipole-of-dipole-moment-6-times-10-6-text-cm-is-placed-in-a-uniform-electric-field-of-magnitude-10-6-text-v-m-initially-the-dipole-moment-is-parallel-to-electric-field-the-work-that-needs https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM1OTY4-two-point-charges-4-mu-text-c-and-4-mu-text-c-constituting-an-electric-dipole-are-placed-at-9-0-0-cm-and-9-0-0-cm-in-a-uniform-electric-field-of-strength-104-text-nc-1-the-work-done-on-the-dipole-in-r https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM1OTI0-a-particle-of-mass-m-and-charge-q-is-fastened-to-one-end-a-of-a-massless-string-having-equilibrium-length-l-whose-other-end-is-fixed-at-a-point-o-the-whole-system-is-placed-on-a-frictionless-horizonta https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM1ODgw-an-electric-dipole-is-placed-at-a-distance-of-2-cm-from-an-infinite-plane-sheet-having-positive-charge-density-sigma-0-choose-the-correct-option-from-the-following-1-potential-energy-and-torque-both-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM1ODc5-a-point-charge-causes-an-electric-flux-of-2-times-10-4-text-nm-2-text-c-1-to-pass-through-a-spherical-gaussian-surface-of-8-0-text-cm-radius-centred-on-the-charge-the-value-of-the-point-charge-is-give https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM1Nzk0-the-electric-flux-is-phi-alpha-sigma-beta-lambda-where-lambda-are-sigma-are-linear-and-surface-charge-density-respectively-left-dfrac-alpha-beta-right-represents-1-electric-field-2-area-3-charge-4-dis https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM1NzM2-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-electric-field-inside-distance-r-0-from-centre-of-a-uniformly-charged-spherical-shell-with-surface-charge-density-sigma-and-radius-r-mathrm-i-dfrac-si https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM1NzA4-an-electric-dipole-of-mass-m-charge-q-and-length-l-is-placed-in-a-uniform-electric-field-vec-e-e-0-hat-i-when-the-dipole-is-rotated-slightly-from-its-equilibrium-position-and-released-the-time-period https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM1Njc1-a-line-charge-of-length-a-2-is-kept-at-the-center-of-an-edge-text-bc-of-a-cube-text-abcdefgh-having-edge-length-a-as-shown-in-the-figure-if-the-density-of-line-charge-is-lambda-c-per-unit-length-then https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTM1NjY3-an-electron-is-made-to-enter-symmetrically-between-two-parallel-and-equally-but-oppositely-charged-metal-plates-each-of-10-text-cm-length-the-electron-emerges-out-of-the-electric-field-region-with-a-h https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTIxNTA1-an-electric-field-overrightarrow-e-frac-2-hat-i-6-hat-j-8-hat-k-sqrt-6-passes-through-the-surface-of-4-mathrm-m-2-area-having-unit-vector-hat-n-left-frac-2-hat-i-hat-j-hat-k-sqrt-6-right-the-electric https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTIxMjI3-a-charge-q-is-placed-at-the-centre-of-one-of-the-surface-of-a-cube-the-flux-linked-with-the-cube-is-1-dfrac-q-4-epsilon-0-2-dfrac-q-2-epsilon-0-3-dfrac-q-8-epsilon-0-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTIwODcx-an-electric-field-overrightarrow-mathrm-e-2-x-hat-i-mathrm-nc-1-exists-in-space-a-cube-of-side-2-m-is-placed-in-the-space-as-per-figure-given-below-the-electric-flux-through-the-cube-is-1-0-text-nm-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTE5OTEx-two-identical-conducting-spheres-p-and-s-with-charge-q-on-each-repel-each-other-with-a-force-16-text-n-a-third-identical-uncharged-conducting-sphere-r-is-successively-brought-in-contact-with-the-two-s https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTE4NDg1-three-infinitely-long-charged-thin-sheets-are-placed-as-shown-in-the-figure-the-magnitude-of-electric-field-at-the-point-p-is-1-dfrac-2-sigma-varepsilon-0-hat-k-2-dfrac-2-sigma-varepsilon-0-hat-k-3-df https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NTE3NTYx-sigma-is-the-uniform-surface-charge-density-of-a-thin-spherical-shell-of-radius-r-the-electric-field-at-any-point-on-the-surface-of-the-spherical-shell-is-1-sigma-epsilon-0-text-r-2-sigma-epsilon-0-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MzE5-a-charge-of-the-particle-of-mass-2-text-gm-and-charge-frac-1-sqrt-x-mu-text-c-is-suspended-by-a-thread-of-length-20-text-cm-as-shown-in-the-figure-then-the-value-of-x-if-the-magnitude-of-uniform-horiz https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MzAz-in-the-given-figure-two-cubes-are-shown-if-the-charge-inside-the-inner-cube-is-2-text-c-and-the-charge-between-the-inner-and-outer-cube-is-3-text-c-then-the-ratio-of-flux-through-the-outer-cube-and-in https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU1NzQ3-an-electron-is-moving-with-the-speed-1-text-m-s-at-a-distance-1-text-m-from-a-large-sheet-of-charge-with-density-sigma-text-c-m-2-then-the-maximum-value-of-sigma-such-that-the-electron-hit-the-sheet-a https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU1NDU3-two-identical-charged-particles-are-suspended-from-a-common-point-by-light-inextensible-threads-as-shown-in-the-figure-due-to-electrostatic-repulsion-the-threads-make-equal-angles-theta-with-the-verti https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU1NDUz-a-negatively-charged-particle-m-q-rotates-around-a-positively-charged-infinite-line-charge-as-shown-in-the-figure-time-period-of-the-particle-is-sqrt-dfrac-x-pi-3-varepsilon-0-m-r-2-lambda-q-then-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU0OTUw-a-ring-of-radius-3-text-cm-carries-a-uniformly-distributed-charge-of-2-pi-text-c-a-point-charge-of-10-6-text-c-is-placed-at-its-centre-what-is-the-tension-developed-in-the-ring-due-to-electrostatic-re https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU0ODI1-two-charges-q-and-3q-are-placed-at-a-distance-r-from-each-other-then-the-distance-from-q-where-the-electric-field-is-zero-is-1-dfrac-r-sqrt-3-1-2-dfrac-r-2-3-dfrac-r-sqrt-3-1-4-dfrac-2r-3-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDU0MzI1-the-figure-shows-two-charges-q-1-and-q-2-placed-on-the-x-text-axis-as-shown-in-the-figure-if-the-electric-field-at-p-is-along-the-x-text-direction-then-the-ratio-of-charges-frac-q-1-q-2-is-1-dfrac-4-s https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDQwMjcw-the-electric-field-due-to-the-dipole-at-p-is-e-and-at-the-point-q-is-frac-e-k-then-the-value-of-k-is-1-46-2-36-3-16-4-26-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDM3OTc3-an-electron-and-a-proton-are-placed-at-a-certain-distance-apart-then-the-ratio-of-coulombs-force-and-gravitational-force-is-1-10-32-2-10-39-3-10-36-4-10-42-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3ODI1-a-point-charge-2-times10-2-text-c-is-moved-from-p-to-s-in-a-uniform-electric-of-30-text-n-c-1-directed-along-the-positive-x-text-axis-if-coordinates-of-p-and-s-are-1-2-0-text-m-and-0-0-0-text-m-respec https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY2ODY3-the-electric-field-due-to-a-dipole-at-a-point-on-its-equatorial-plane-varies-as-r-n-the-value-of-n-is-1-0-2-2-3-3-4-3-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY2NzI3-an-electric-dipole-is-shown-in-the-figure-if-it-is-displaced-by-a-small-angle-with-respect-to-the-electric-field-the-angular-frequency-of-its-oscillation-is-given-by-1-sqrt-dfrac-6qe-ml-2-sqrt-dfrac-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY2NzA2-an-electric-dipole-having-a-dipole-moment-of-5-text-microcoulomb-metres-is-placed-in-a-uniform-electric-field-of-magnitude-600-text-n-c-if-the-dipole-axis-is-perpendicular-to-the-direction-of-the-elec https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY2Njg4-the-graph-showing-the-variation-of-the-electric-field-e-with-the-distance-r-from-the-centre-of-a-conducting-spherical-shell-is-where-r-is-the-radius-of-spherical-shell-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY2NjAx-a-line-charge-of-linear-charge-density-lambda-and-a-large-non-conducting-sheet-of-charge-density-sigma-are-placed-parallel-to-each-other-as-shown-the-ratio-of-electric-field-at-a-to-that-at-b-is-1-fra https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY2NTky-a-dipole-with-a-charge-of-magnitude-0-01-text-c-and-a-separation-distance-of-0-4-text-mm-is-positioned-within-an-electric-field-that-has-a-strength-of-10-dyne-c-the-maximum-torque-exerted-on-the-dipol https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzYzMzM1-two-charges-q-1-and-q-2-separated-by-a-distance-d-are-placed-in-a-medium-with-a-dielectric-constant-k-if-these-charges-are-placed-in-the-air-the-equivalent-separation-at-which-they-experience-the-same https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY3MzIy-an-infinite-line-charge-density-lambda-has-a-charged-particle-q-m-revolving-about-it-in-a-circle-of-radius-r-find-the-orbital-speed-1-sqrt-frac-lambda-a-pi-varepsilon-0-m-2-sqrt-frac-lambda-q-4-pi-var https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzY3Mzky-a-fixed-charge-p-and-a-free-charge-q-both-having-the-same-charge-and-mass-are-positioned-as-shown-in-the-diagram-given-that-q-2-mu-text-c-theta-30-circ-and-m-20-text-g-what-is-the-maximum-height-h-att https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzYzMjQ0-the-electric-field-in-a-region-is-given-by-4000-x-2-hat-i-text-n-c-the-electric-flux-through-the-cube-given-below-would-be-1-6-4-text-n-m-2-text-c-2-3-2-text-n-m-2-text-c-3-64-text-n-m-2-text-c-4-32-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzYzMTQ4-the-electric-field-in-a-region-is-given-by-overrightarrow-mathbf-e-dfrac-a-x-2-hat-i-dfrac-b-y-3-hat-j-where-x-y-are-coordinates-of-a-point-the-si-units-of-a-and-b-are-respectively-1-mathrm-nm-2-mathr https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzYzMTM0-the-electric-field-in-a-region-is-overrightarrow-mathbf-e-2-x-2-widehat-i-4-y-widehat-j-6-z-widehat-k-what-is-the-charge-inside-the-cuboid-shown-below-1-8-varepsilon-o-2-36-varepsilon-o-3-12-varepsilo https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzYzMTI4-a-point-charge-q-is-placed-inside-the-cavity-made-of-a-uniform-conducting-solid-sphere-as-shown-e-a-e-b-and-e-c-are-electric-field-magnitudes-at-points-a-b-and-c-respectively-then-1-e-a-0-e-b-0-and-e https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzYzMTAy-two-point-charges-are-arranged-as-shown-in-the-figure-at-what-distance-from-the-charge-4q-0-is-the-net-electric-field-equal-to-zero-1-4r-2-3r-3-r-4-2r-1-2-3-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzYzMDg5-a-charge-q-is-placed-at-the-centre-of-the-bottom-face-of-a-cuboid-as-shown-in-the-diagram-what-is-the-electric-flux-through-the-shaded-surface-1-dfrac-2q-7-varepsilon-0-2-dfrac-q-12-varepsilon-0-3-dfr https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzYzMDYz-a-charge-of-10-mathrm-mu-c-is-placed-at-the-origin-where-should-a-charge-of-40-mathrm-mu-c-be-placed-on-the-x-text-axis-so-that-the-electric-field-at-x-2-units-is-zero-1-2-units-2-4-units-3-6-units-4 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzYyOTgz-x-2-two-point-charges-each-of-magnitude-q-is-kept-at-a-separation-of-2a-the-distance-from-mid-point-on-perpendicular-bisector-where-a-point-charge-will-experience-maximum-force-is-dfrac-a-sqrt-x-then https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ2ODYx-two-point-charges-a-and-b-of-magnitude-8-times-10-6-text-c-and-8-times-10-6-text-c-respectively-are-placed-at-a-distance-d-apart-the-electric-field-at-the-middle-point-o-between-the-charges-is-6-4-tim https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ2NzIw-the-three-charges-frac-q-2-q-and-frac-q-2-are-placed-at-the-corners-a-b-and-c-of-a-square-of-side-a-as-shown-in-the-figure-the-magnitude-of-the-electric-field-e-at-the-corner-d-of-the-square-is-1-frac https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ2NzE4-consider-the-following-statements-statement-i-a-point-charge-is-brought-in-an-electric-field-the-value-of-the-electric-field-at-a-point-near-the-charge-may-increase-if-the-charge-is-positive-statement https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ2NTU1-three-identical-charged-balls-each-of-charge-2c-are-suspended-from-a-common-point-p-by-silk-threads-of-2-text-m-each-as-shown-in-the-figure-they-form-an-equilateral-triangle-of-side-1-text-m-the-ratio https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ2MDEz-given-below-are-two-statements-assertion-a-non-polar-materials-do-not-possess-any-permanent-electric-dipole-moment-in-the-absence-of-an-external-electric-field-reason-r-when-a-non-polar-material-is-pl https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1NzM0-a-long-cylindrical-volume-contains-a-uniformly-distributed-charge-of-density-rho-the-radius-of-cylindrical-volume-is-r-a-charged-particle-q-revolves-around-the-cylindrical-path-the-kinetic-energy-of-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1NTY4-two-identical-metallic-spheres-a-and-b-when-placed-at-a-certain-distance-in-the-air-repel-each-other-with-a-force-f-another-identical-uncharged-sphere-c-is-first-placed-in-contact-with-a-and-then-in-c https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQ1NDU3-a-spherically-symmetric-charge-distribution-is-considered-with-charge-density-varying-as-rho-r-begin-cases-rho-0-left-frac-3-4-frac-r-r-right-text-for-r-leq-r-text-zero-text-for-r-r-end-cases-where-r https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQzNzU3-two-point-charges-q-each-are-placed-at-a-distance-d-apart-a-third-point-charge-q-is-placed-at-a-distance-x-from-the-mid-point-on-the-perpendicular-bisector-the-value-of-x-at-which-charge-q-will-experi https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQzNzI5-a-positive-charge-particle-of-100-mg-is-thrown-in-opposite-direction-to-a-uniform-electric-field-of-strength-1-times-10-5-nc-1-if-the-charge-on-the-particle-is-40-c-and-the-initial-velocity-is-200-ms https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQzNjg5-a-uniform-electric-field-e-left-frac-8m-e-right-v-m-is-created-between-two-parallel-plates-of-length-1-m-as-shown-in-the-figure-where-m-mass-of-the-electron-and-e-charge-of-the-electron-an-electron-en https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQzNTM2-a-long-cylindrical-volume-contains-a-uniformly-distributed-charge-of-density-rho-text-cm-3-the-electric-field-inside-the-cylindrical-volume-at-a-distance-x-dfrac-2-varepsilon-0-rho-m-from-its-axis-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQzNDI4-three-point-charges-of-magnitude-5-mu-text-c-0-16-mu-text-c-and-0-3-mu-text-c-are-located-at-the-vertices-a-b-c-of-a-right-angled-triangle-whose-sides-are-ab-3-text-cm-bc-3-sqrt-2-cm-and-ca-3-cm-and-p https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246MzQzMzIx-the-volume-charge-density-of-a-sphere-of-radius-6-m-is-2-mu-text-c-cm-3-the-number-of-lines-of-force-per-unit-surface-area-coming-out-from-the-surface-of-the-sphere-is-left-text-given-permittivity-of https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc5MDQ2-a-solid-metal-sphere-of-radius-r-having-charge-q-is-enclosed-inside-the-concentric-spherical-shell-of-inner-radius-a-and-outer-radius-b-as-shown-in-the-figure-the-approximate-variation-electric-field https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc5MDAw-two-ideal-electric-dipoles-a-and-b-having-their-dipole-moment-p-1-and-p-2-respectively-are-placed-on-a-plane-with-their-centers-at-o-as-shown-in-the-figure-at-point-c-on-the-axis-of-dipole-a-the-resul https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4OTg3-a-particle-of-mass-1-text-mg-and-charge-q-is-lying-at-the-mid-point-of-two-stationary-particles-kept-at-a-distance-2-text-m-when-each-is-carrying-the-same-change-q-if-the-free-charged-particle-is-disp https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4ODg1-an-infinite-number-of-point-charges-each-carrying-1-mu-text-c-charge-are-placed-along-the-y-axis-at-y-text-1m-2m-4m-8m-the-total-force-on-a-1-text-c-point-charge-placed-at-the-origin-is-left-text-take https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MzUy-an-oil-drop-of-radius-2-text-mm-with-a-density-3-text-g-cm-3-is-held-stationary-under-a-constant-electric-field-3-55-times-10-5-text-v-m-in-millikan-s-oil-drop-experiment-what-is-the-number-of-excess https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MjE3-as-shown-in-the-figure-eight-charges-are-placed-on-a-structure-where-each-side-has-length-l-what-is-the-magnitude-of-the-net-electric-field-at-point-o-text-1-dfrac-1-4-pi-varepsilon-0-dfrac-q-2l-2-2-s https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MjE2-a-cube-is-placed-inside-an-electric-field-overrightarrow-e-150-y-2-hat-j-the-side-of-the-cube-is-0-5-text-m-and-is-placed-in-the-field-as-shown-in-the-given-figure-the-charge-inside-the-cube-is-1-8-3 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MTI1-an-electric-dipole-is-placed-on-the-x-text-axis-in-proximity-to-a-line-charge-of-linear-density-3-0-times10-6-text-c-m-line-charge-is-placed-on-the-z-text-axis-and-the-positive-and-negative-charge-of https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MDYz-two-identical-tennis-balls-each-having-mass-m-and-charge-q-are-suspended-from-a-fixed-point-by-threads-of-length-l-what-is-the-equilibrium-separation-when-each-thread-makes-a-small-angle-theta-with-th https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MDUw-a-body-having-a-specific-charge-8-mu-text-c-g-is-resting-on-a-frictionless-plane-at-a-distance-10-text-cm-from-the-wall-as-shown-in-the-figure-it-starts-moving-toward-the-wall-when-a-uniform-electric https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MDM3-a-total-charge-q-is-divided-into-two-parts-q-and-q-q-which-are-placed-at-a-fixed-distance-apart-what-value-should-q-have-in-terms-of-q-so-that-the-electrostatic-repulsive-force-between-the-two-charges https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3OTk5-the-electric-field-in-a-region-is-given-by-overrightarrow-e-frac-2-5-e-0-hat-i-frac-3-5-e-0-hat-j-with-e-0-4-0-times-10-3-text-n-c-the-flux-of-this-field-through-a-rectangular-surface-area-0-4-text-m https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3OTg4-two-particles-a-and-b-having-charges-of-20-text-c-and-5-text-c-respectively-are-held-fixed-with-a-separation-of-5-text-cm-at-what-position-should-a-third-charged-particle-be-placed-so-that-it-does-not https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3OTE0-the-figure-shows-a-rod-ab-which-is-bent-in-a-120-circ-circular-arc-of-radius-r-a-charge-q-is-uniformly-distributed-over-the-rod-ab-the-electric-field-overrightarrow-e-at-the-center-of-curvature-o-is-1 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3NzY1-a-uniformly-charged-disc-of-radius-r-having-surface-charge-density-sigma-is-placed-in-the-xy-plane-with-its-center-at-the-origin-then-the-electric-field-intensity-along-the-z-text-axis-at-a-distance-z https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3NjM1-find-out-the-surface-charge-density-at-the-intersection-of-the-point-x-text-3-m-plane-on-the-x-text-axis-in-the-region-of-a-uniform-line-charge-of-8-text-nc-m-lying-along-the-z-text-axis-in-free-space https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5NDI3-an-inclined-plane-making-an-angle-of-30-circ-with-the-horizontal-is-placed-in-a-uniform-horizontal-electric-field-200-mathrm-n-c-as-shown-in-the-figure-a-body-of-mass-1-kg-and-charge-5-mc-is-allowed-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5NDI0-given-below-are-two-statements-statement-i-an-electric-dipole-is-placed-at-the-centre-of-a-hollow-sphere-the-flux-of-the-electric-field-through-the-sphere-is-zero-but-the-electric-field-is-not-zero-an https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5Mjc3-the-electric-field-in-a-region-is-given-overrightarrow-e-left-frac-3-5-e-0-hat-i-frac-4-5-e-0-hat-j-right-frac-mathrm-n-mathrm-c-the-ratio-of-the-flux-of-the-reported-field-through-the-rectangular-sur https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5MTA3-two-electrons-are-fixed-at-a-distance-of-2d-apart-a-proton-is-placed-at-the-midpoint-between-them-and-is-displaced-slightly-by-a-distance-x-x-ll-d-perpendicular-to-the-line-joining-the-two-fixed-elect https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5MDE0-find-the-electric-field-at-point-p-as-shown-in-the-figure-on-the-perpendicular-bisector-of-a-uniformly-charged-thin-wire-of-length-l-carrying-a-charge-q-the-distance-of-point-p-from-the-centre-of-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc4OTMz-a-cube-of-side-a-has-point-charges-q-located-at-each-of-its-vertices-except-at-the-origin-where-the-charge-is-q-the-electric-field-at-the-centre-of-cube-is-1-frac-mathrm-q-3-sqrt-3-pi-varepsilon-0-mat https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc4ODk2-two-identical-conducting-spheres-each-with-negligible-volume-carry-initial-charges-of-2-1-text-nc-and-0-1-text-nc-respectively-the-spheres-are-brought-into-contact-allowing-charge-to-redistribute-and https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc4ODkw-two-small-spheres-each-of-mass-10-text-mg-are-suspended-from-a-point-by-threads-0-5-text-m-long-they-are-equally-charged-and-repel-each-other-to-a-distance-of-0-20-text-m-the-charge-on-each-of-the-sph https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc4ODc2-a-point-charge-q-is-placed-at-one-corner-of-a-cube-as-shown-in-the-figure-what-is-the-electric-flux-through-the-shaded-area-1-dfrac-q-4-varepsilon-0-2-dfrac-q-24-varepsilon-0-3-dfrac-q-48-varepsilon-0 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4NTI5-consider-a-sphere-of-radius-r-that-carries-a-uniform-charge-density-rho-if-a-sphere-of-the-radius-dfrac-r-2-is-carved-out-of-it-as-shown-the-ratio-frac-left-vec-e-a-right-left-vec-e-b-right-of-the-mag https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4NTI2-an-electric-dipole-moment-vec-p-hat-i-3-hat-j-2-hat-k-times10-29-text-c-m-is-at-the-origin-0-0-0-the-electric-field-due-to-this-dipole-at-vec-r-hat-i-3-hat-j-5-hat-k-note-that-vec-r-vec-p-0-is-paralle https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4NDgw-a-particle-of-mass-m-and-the-charge-q-is-released-from-rest-in-a-uniform-electric-field-if-there-is-no-other-force-on-the-particle-the-dependence-of-its-speed-v-on-the-distance-x-traveled-by-it-is-cor https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4NDU5-three-charged-particles-a-b-and-c-with-charges-4-q-2-q-and-2-q-are-present-on-the-circumference-of-a-circle-of-radius-d-the-charged-particles-a-c-and-center-o-of-the-circle-formed-an-equilateral-trian https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4NDQx-in-finding-the-electric-field-using-gauss-law-the-formula-vec-e-dfrac-q-text-enc-varepsilon-0-a-is-applicable-in-the-formula-varepsilon-0-is-the-permittivity-of-free-space-a-is-the-area-of-the-gaussia https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MzMx-two-infinite-planes-each-with-uniform-surface-charge-density-are-kept-in-such-a-way-that-the-angle-between-them-is-30-circ-the-electric-field-in-the-region-shown-between-them-is-given-by-1-dfrac-2-var https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5Mjcx-a-particle-of-charge-q-and-mass-m-is-subjected-to-an-electric-field-e-e-0-left-1-a-x-2-right-in-the-x-direction-where-a-and-e-0-are-constants-initially-the-particle-was-at-rest-at-x-0-other-than-the-i https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5MjI0-charges-q-1-and-q-2-are-at-points-a-and-b-of-a-right-angle-triangle-oab-see-figure-the-resultant-electric-field-at-point-o-is-perpendicular-to-the-hypotenuse-then-frac-q-1-q-2-is-proportional-to-1-fra https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc4OTUz-consider-the-force-f-on-a-charge-q-due-to-a-uniformly-charged-spherical-shell-of-radius-r-carrying-charge-q-distributed-uniformly-over-it-which-one-of-the-following-statements-is-true-for-f-if-q-is-pl https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc4NzI0-two-charged-thin-infinite-plane-sheets-of-uniform-surface-charge-density-sigma-and-sigma-where-sigma-sigma-intersect-at-right-angle-which-of-the-following-best-represents-the-electric-field-lines-for https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc4MzQx-a-small-point-mass-carrying-a-positive-charge-is-released-from-the-edge-of-a-table-there-is-a-uniform-electric-field-in-the-horizontal-direction-which-of-the-following-options-correctly-describes-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc4MTE2-a-charged-particle-mass-m-and-charge-q-moves-along-x-axis-with-velocity-v-0-when-it-passes-through-the-origin-it-enters-a-region-having-uniform-electric-field-vec-e-e-hat-j-which-extends-upto-x-d-equa https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MjYz-a-parallel-plate-capacitor-with-plates-of-area-mathrm-1-m-2-each-are-at-a-separation-of-mathrm-0-1-m-if-the-electric-field-between-the-plates-is-mathrm-100-n-c-the-magnitude-of-charge-on-each-plate-is https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc4MDUy-three-point-charges-are-placed-at-the-vertices-of-an-equilateral-triangle-of-side-length-l-as-shown-in-the-figure-the-two-charges-at-the-base-of-the-triangle-are-each-q-while-the-charge-at-the-top-ver https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3NDU3-the-charge-is-distributed-within-a-sphere-of-radius-r-with-a-volume-charge-density-rho-r-frac-a-r-2-e-left-frac-2r-a-right-where-a-and-a-are-constants-if-q-is-the-total-charge-of-this-charge-distribut https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3Mzgx-two-point-charges-q-1-sqrt-10-mu-text-c-text-and-q-2-25-mu-text-c-are-placed-on-the-x-text-axis-at-x-1-text-m-text-and-x-4-text-m-respectively-the-electric-field-text-in-v-m-at-a-point-y-3-text-m-on-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3MTUz-three-charges-q-q-q-are-placed-respectively-at-a-distance-0-d-2-and-d-from-the-origin-on-the-x-text-axis-if-the-net-force-experienced-by-q-placed-at-x-0-is-zero-then-the-value-of-q-is-1-dfrac-q-4-2-df https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3MTQ0-for-a-uniformly-charged-ring-of-the-radius-r-the-electric-field-on-its-axis-has-the-largest-magnitude-at-a-distance-h-from-its-centre-then-the-value-of-h-is-1-dfrac-r-sqrt-5-2-dfrac-r-sqrt-2-3-r-4-r-s https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc3NDE3-four-point-charges-q-q-q-and-q-are-placed-on-y-axis-at-y-2d-y-d-y-d-y-2d-respectively-the-magnitude-of-the-electric-field-e-at-a-point-a-the-x-axis-at-x-d-with-d-d-will-behave-as-1-e-propto-frac-1-d-2 https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc3MzAy-shown-in-the-figure-is-a-shell-made-of-a-conductor-it-has-inner-radius-a-and-outer-radius-b-and-carries-charge-q-at-its-centre-is-a-dipole-vec-p-as-shown-in-this-case-1-surface-charge-density-on-the-i https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc2OTEw-let-a-total-charge-2q-be-distributed-in-a-sphere-of-radius-r-with-the-charge-density-given-by-rho-r-kr-where-r-is-the-distance-from-the-centre-two-charges-a-and-b-of-q-each-are-placed-on-diametrically https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc2ODI5-a-simple-pendulum-of-length-l-is-suspended-between-the-plates-of-a-parallel-plate-capacitor-producing-a-uniform-electric-field-e-as-shown-in-the-figure-the-bob-has-a-mass-m-and-a-charge-q-the-time-per https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc2Njc5-a-electric-dipole-is-formed-by-two-equal-and-opposite-charges-q-with-separation-d-the-charges-have-same-mass-m-it-is-kept-in-a-uniform-electric-field-e-if-it-is-slightly-rotated-from-its-equilibrium-o https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3MjYw-the-mass-density-of-a-spherical-body-is-given-by-rho-r-frac-k-r-for-r-leq-r-and-rho-r-0-for-r-leq-r-where-r-is-the-distance-from-the-centre-the-correct-graph-that-describes-qualitatively-the-accelerat https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3MTg1-consider-that-four-closed-surfaces-s-1-s-2-s-3-and-s-4-enclosing-different-charge-distributions-as-shown-in-the-figure-what-is-the-correct-relationship-between-their-respective-electric-fluxes-phi-1-p https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5MzQ3-an-electric-dipole-with-dipole-moment-vec-p-inclined-at-an-angle-theta-to-the-x-text-axis-experiences-a-torque-vec-tau-1-tau-hat-k-in-the-field-vec-e-1-e-hat-i-and-a-torque-vec-tau-2-vec-tau-1-in-the https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3MTM2-the-potential-in-volts-of-charge-distribution-is-given-by-v-z-30-5z-2-for-z-leq1-text-m-v-z-35-10-z-for-z-geq1-text-m-v-z-does-not-depend-on-x-and-y-if-this-potential-is-generated-by-a-constant-charge https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5ODk0-the-region-between-two-concentric-spheres-of-radii-a-and-b-respectively-see-figure-has-volume-charge-density-rho-frac-a-r-where-a-is-a-constant-and-r-is-the-distance-from-the-centre-at-the-centre-of-t https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc3MDUz-a-thin-disc-of-radius-b-2-a-has-a-concentric-hole-of-radius-a-in-it-see-figure-it-carries-a-uniform-surface-charge-sigma-on-it-if-the-electric-field-on-its-axis-at-height-h-h-ll-a-from-its-centre-is-g https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246NDc2ODk5-a-wire-of-length-l-20-text-cm-is-bent-into-a-semicircular-arc-if-the-two-equal-halves-of-the-area-were-each-to-be-uniformly-charged-with-charges-pm-q-left-q-10-3-varepsilon-0-right-text-c-where-vareps https://medminds.me/qbank/physics/electric-charges-and-fields/?q=NP-b246Mjc5NTcy-a-long-cylindrical-shell-is-uniformly-charged-such-that-the-upper-half-of-its-curved-surface-carries-a-positive-surface-charge-density-sigma-while-the-lower-half-carries-an-equal-negative-surface-char https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246MjY1OTc-if-all-linear-dimensions-of-an-inductor-are-tripled-then-self-inductance-will-become-keeping-the-total-number-of-turns-per-unit-length-constant-1-3-times-2-9-times-3-27-times-4-1-3-times-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246MjY2MTQ-a-coil-of-resistance-20-omega-and-inductance-5h-has-been-connected-to-a-200-v-battery-the-maximum-energy-stored-in-the-coil-is-1-250-j-2-125-j-3-500-j-4-100-j-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4MzA-lenz-s-law-is-a-consequence-of-the-law-of-conservation-of-1-charge-2-momentum-3-mass-4-energy-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4MzE-the-magnetic-flux-through-a-circuit-of-resistance-r-changes-by-an-amount-delta-phi-in-time-delta-t-then-the-total-quantity-of-electric-charge-q-which-passing-during-this-time-through-any-point-of-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4MzI-a-metallic-ring-is-attached-to-the-wall-of-a-room-when-the-north-pole-of-a-magnet-is-brought-near-to-it-the-induced-current-in-the-ring-will-be-1-first-clockwise-and-then-anticlockwise-2-in-the-clockw https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4MzM-a-coil-having-an-area-a0-is-placed-in-a-magnetic-field-which-changes-from-b0-to-4b0-in-a-time-interval-t-the-e-m-f-induced-in-the-coil-will-be-1-3a0b0t-2-4a0b0t-3-3b0a0t-4-4b0a0t-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4MzQ-a-copper-ring-is-held-horizontally-and-a-bar-magnet-is-dropped-through-the-ring-with-its-length-along-the-axis-of-the-ring-the-acceleration-of-the-falling-magnet-while-it-is-passing-through-the-ring-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4MzU-a-magnet-is-brought-towards-a-coil-i-speedily-ii-slowly-then-the-induced-e-m-f-induced-charge-will-be-respectively-1-more-in-first-case-more-in-the-first-case-2-more-in-first-case-equal-in-both-case-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4MzY-as-shown-in-the-figure-a-magnet-is-moved-with-a-fast-speed-towards-a-coil-at-rest-due-to-this-induced-electromotive-force-induced-current-and-induced-charge-in-the-coil-is-e-i-and-q-respectively-if-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4Mzc-a-coil-having-500-square-loops-each-of-the-side-10-cm-is-placed-normal-to-a-magnetic-field-which-increases-at-the-rate-of-1-0-tesla-second-the-induced-e-m-f-in-volts-is-1-0-1-2-0-5-3-1-4-5-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4Mzg-when-a-magnet-is-pushed-in-and-out-of-a-circular-coil-c-connected-to-a-very-sensitive-galvanometer-g-as-shown-in-the-adjoining-diagram-with-a-frequency-v-then-1-constant-deflection-is-observed-in-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4Mzk-the-magnetic-field-in-a-coil-of-100-turns-and-40-square-cm-area-is-increased-from-1-tesla-to-6-tesla-in-2-second-the-magnetic-field-is-perpendicular-to-the-coil-the-emf-generated-in-it-is-1-10-4-text https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NDA-a-metallic-ring-connected-to-a-rod-oscillates-freely-like-a-pendulum-if-now-a-magnetic-field-is-applied-in-the-horizontal-direction-so-that-the-pendulum-now-swings-through-the-field-the-pendulum-will https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NDE-in-a-circuit-with-a-coil-of-resistance-2-omega-the-magnetic-flux-changes-from-2-0-wb-to-10-0-wb-in-0-2-s-the-charge-that-flows-in-the-coil-during-this-time-is-1-5-text-c-2-4-text-c-3-1-text-c-4-0-8-te https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NDI-the-total-charge-induced-in-a-conducting-loop-when-it-is-moved-in-the-magnetic-field-depends-on-1-the-rate-of-change-of-magnetic-flux-2-initial-magnetic-flux-only-3-the-total-change-in-magnetic-flux-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NDM-an-aluminum-ring-b-faces-an-electromagnet-a-the-current-i-through-a-can-be-altered-then-1-whether-i-increases-or-decreases-b-will-not-experience-any-force-2-if-i-decrease-a-will-repel-b-3-if-i-increas https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NDQ-a-coil-having-n-turns-and-resistance-r-omega-is-connected-with-a-galvanometer-of-resistance-4r-omega-this-combination-is-moved-in-time-t-seconds-from-a-magnetic-field-w-1-weber-m2-to-w-2-weber-m2-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NDU-a-rectangular-coil-abcd-is-rotated-anticlockwise-with-a-uniform-angular-velocity-about-the-axis-shown-in-the-diagram-below-the-axis-of-rotation-of-the-coil-as-well-as-the-magnetic-field-b-are-horizont https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NDY-an-electric-potential-difference-will-be-induced-between-the-ends-of-the-conductor-shown-in-the-diagram-when-the-conductor-moves-in-the-direction-1-p-2-q-3-l-4-m-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NDc-two-rails-of-a-railway-track-insulated-from-each-other-and-the-ground-are-connected-to-a-milli-voltmeter-what-is-the-reading-of-voltmeter-when-a-train-travels-with-a-speed-of-180-km-hr-along-the-track https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NDg-a-conducting-square-loop-of-side-l-and-resistance-r-moves-in-its-plane-with-a-uniform-velocity-v-perpendicular-to-one-of-its-sides-a-magnetic-induction-b-constant-in-time-and-space-pointing-perpendicu https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NDk-a-conducting-wire-is-moving-towards-right-in-a-magnetic-field-b-the-direction-of-induced-current-in-the-wire-is-shown-in-the-figure-the-direction-of-magnetic-field-will-be-1-in-the-plane-of-paper-poin https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NTA-one-conducting-u-tube-can-slide-inside-another-as-shown-in-figure-maintaining-electrical-contacts-between-the-tubes-the-magnetic-field-b-is-perpendicular-to-the-plane-of-the-figure-if-each-tube-moves https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NTE-the-magnitude-of-the-earth-rsquo-s-magnetic-field-at-a-place-is-b0-and-the-angle-of-dip-is-delta-a-horizontal-conductor-of-length-l-lying-along-the-magnetic-north-south-moves-eastwards-with-a-velocity https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NTM-two-circuits-have-coefficient-of-mutual-induction-of-0-09-henry-average-e-m-f-induced-in-the-secondary-by-a-change-of-current-from-0-to-20-ampere-in-0-006-second-in-the-primary-will-be-1-120-v-2-80-v https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NTQ-a-coil-and-a-bulb-are-connected-in-series-with-a-dc-source-and-a-soft-iron-core-is-then-inserted-in-the-coil-then-1-intensity-of-the-bulb-remains-the-same-2-intensity-of-the-bulb-decreases-3-intensity https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NTU-the-inductance-of-a-coil-is-60-mu-h-a-current-in-this-coil-increases-from-1-0-a-to-1-5-a-in-0-1-second-the-magnitude-of-the-induced-e-m-f-is-1-60-times-10-ndash-6-v-2-300-times-10-ndash-4-v-3-30-times https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NTY-the-self-inductance-of-a-coil-is-l-keeping-the-length-and-area-same-the-number-of-turns-in-the-coil-is-increased-to-four-times-the-self-inductance-of-the-coil-will-now-be-1-14l-2-l-3-4-l-4-16-l-1-2-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NTc-a-coil-has-an-inductance-of-2-5-h-and-a-resistance-of-0-5-r-if-the-coil-is-suddenly-connected-across-a-6-0-volt-battery-then-the-time-required-for-the-current-to-rise-0-63-of-its-final-value-is-1-3-5 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NTg-pure-inductance-of-3-0-h-is-connected-as-shown-below-the-equivalent-inductance-of-the-circuit-is-1-1-h-2-2-h-3-3-h-4-9-h-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NTk-if-a-current-of-10-a-flows-in-one-second-through-a-coil-and-the-induced-e-m-f-is-10-v-then-the-self-inductance-of-the-coil-is-1-25h-2-45h-3-54h-4-1-h-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NjA-the-adjoining-figure-shows-two-bulbs-b-1-and-b-2-resistor-r-and-an-inductor-l-when-the-switch-s-is-turned-off-1-both-b-1-and-b-2-die-out-promptly-2-both-b-1-and-b-2-die-out-with-some-delay-3-b-1-dies https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NjE-an-inductance-l-and-a-resistance-r-are-first-connected-to-a-battery-after-some-time-the-battery-is-disconnected-but-l-and-r-remain-connected-in-a-closed-circuit-then-the-current-reduces-to-37-of-its-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NjI-in-an-lr-circuit-the-time-constant-is-that-time-in-which-current-grows-from-zero-to-the-value-where-i0-is-the-steady-state-current-1-0-63-i0-2-0-50-i0-3-0-37-i0-4-i0-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NjM-in-the-figure-magnetic-energy-stored-in-the-coil-is-1-zero-2-infinite-3-25-joules-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NzQ-a-copper-rod-of-length-l-is-rotated-about-one-end-perpendicular-to-the-magnetic-field-b-with-constant-angular-velocity-omega-the-induced-e-m-f-between-the-two-ends-is-1-12b-omega-l2-2-34b-omega-l2-3-b https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4NzY-two-conducting-circular-loops-of-radii-r-1-and-r-2-are-placed-in-the-same-plane-with-their-centres-coinciding-if-r-1-r-2-the-mutual-inductance-m-between-them-will-be-directly-proportional-to-1-dfrac-r https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4Nzc-a-thin-semicircular-conducting-ring-of-radius-r-is-falling-with-its-plane-vertical-in-a-horizontal-magnetic-induction-b-at-the-position-mnq-the-speed-of-the-ring-is-v-and-the-potential-difference-deve https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4Nzg-consider-the-situation-shown-in-the-figure-the-wire-ab-is-sliding-on-the-fixed-rails-with-a-constant-velocity-if-the-wire-ab-is-replaced-by-semicircular-wire-the-magnitude-of-the-induced-current-will https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4Nzk-a-circular-loop-of-radius-r-carrying-current-i-lies-in-the-x-y-plane-with-its-centre-at-the-origin-the-total-magnetic-flux-through-the-x-y-plane-is-1-directly-proportional-to-i-2-directly-proportional https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4ODA-a-small-square-loop-of-wire-of-side-l-is-placed-inside-a-large-square-loop-of-wire-of-side-l-l-l-the-loop-are-coplanar-and-their-centre-coincide-the-mutual-inductance-of-the-system-is-proportional-to https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4ODE-a-uniform-but-time-varying-magnetic-field-b-t-exists-in-a-circular-region-of-radius-a-and-is-directed-into-the-plane-of-the-paper-as-shown-the-magnitude-of-the-induced-electric-field-at-point-p-at-a-d https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4ODI-a-coil-of-wire-having-finite-inductance-and-resistance-has-a-conducting-ring-placed-coaxially-within-it-the-coil-is-connected-to-a-battery-at-time-t-0-so-that-a-time-dependent-current-i1-t-starts-flow https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4ODM-two-circular-coils-can-be-arranged-in-any-of-the-three-situations-shown-in-the-figure-their-mutual-inductance-will-be-1-maximum-in-situation-a-2-maximum-in-situation-b-3-maximum-in-situation-c-4-the-s https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4ODQ-a-conducting-rod-of-length-2l-is-rotating-with-constant-angular-speed-omega-about-its-perpendicular-bisector-a-uniform-magnetic-field-b-rarr-exists-parallel-to-the-axis-of-rotation-the-e-m-f-induced-b https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4ODU-as-shown-in-the-figure-p-and-q-are-two-coaxial-conducting-loops-separated-by-some-distance-when-the-switch-s-is-closed-a-clockwise-current-ip-flows-in-p-as-seen-by-e-and-an-induced-current-iq1-flows-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4ODY-a-conducting-wireframe-is-placed-in-a-magnetic-field-that-is-directed-into-the-paper-the-magnetic-field-is-increasing-at-a-constant-rate-the-directions-of-induced-current-in-wires-ab-and-cd-are-1-b-to https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4ODc-a-square-metallic-wire-loop-of-side-0-1-text-m-and-resistance-of-1-omega-is-moved-with-a-constant-velocity-in-a-magnetic-field-of-2-text-wb-m-2-as-shown-in-the-figure-the-magnetic-field-is-perpendicul https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4ODg-a-conductor-abocd-moves-along-its-bisector-with-a-velocity-of-1-m-s-through-a-perpendicular-magnetic-field-of-1-wb-m2-as-shown-in-fig-if-all-the-four-sides-are-of-1m-length-each-then-the-induced-emf-b https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4ODk-a-conducting-rod-pq-of-length-l-1-0-m-is-moving-with-a-uniform-speed-v-2-m-s-in-a-uniform-magnetic-field-b-4-0-t-directed-into-the-paper-a-capacitor-of-capacity-c-10-mu-f-is-connected-as-shown-in-figu https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4OTA-the-resistance-in-the-following-circuit-is-increased-at-a-particular-instant-at-this-instant-the-value-of-resistance-is-10-omega-the-current-in-the-circuit-will-be-1-i-0-5-text-a-2-i-0-5-text-a-3-i-0 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4OTE-shown-in-the-figure-is-a-circular-loop-of-radius-r-and-resistance-r-a-variable-magnetic-field-of-induction-b-b0e-ndash-t-is-established-inside-the-coil-if-the-key-k-is-closed-the-electrical-power-deve https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4OTI-a-highly-conducting-ring-of-radius-r-is-perpendicular-to-and-concentric-with-the-axis-of-a-long-solenoid-as-shown-in-fig-the-ring-has-a-narrow-gap-of-width-d-in-its-circumference-the-solenoid-has-a-cr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4OTM-a-rectangular-loop-with-a-sliding-connector-of-length-l-1-0-m-is-situated-in-a-uniform-magnetic-field-b-2t-perpendicular-to-the-plane-of-the-loop-resistance-of-connector-is-r-2-omega-two-resistances-o https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4OTQ-a-wire-cd-of-length-l-and-mass-m-is-sliding-without-friction-on-conducting-rails-ax-and-by-as-shown-the-vertical-rails-are-connected-to-each-other-with-a-resistance-r-between-a-and-b-a-uniform-magneti https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4OTU-a-conducting-rod-ac-of-length-4l-is-rotated-about-a-point-o-in-a-uniform-magnetic-field-b-rarr-directed-into-the-paper-ao-l-and-oc-3l-then-1-va-minus-vo-b-omega-l22-2-vo-minus-vc-72b-omega-l2-3-va-min https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4OTY-the-figure-shows-three-circuits-with-identical-batteries-inductors-and-resistors-rank-the-circuits-according-to-the-current-in-descending-order-through-the-battery-i-just-after-the-switch-is-closed-an https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4OTc-the-network-shown-in-the-figure-is-a-part-of-a-complete-circuit-if-at-a-certain-instant-the-current-i-is-5-a-and-is-decreasing-at-the-rate-of-103-a-s-then-vb-ndash-va-is-1-5-v-2-10-v-3-15-v-4-20-v-1-2 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4OTg-a-simple-pendulum-with-bob-of-mass-m-and-conducting-wire-of-length-l-swings-under-gravity-through-an-angle-2-theta-the-earth-rsquo-s-magnetic-field-component-in-the-direction-perpendicular-to-swing-is https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI4OTk-the-variation-of-induced-emf-e-with-time-t-in-a-coil-if-a-short-bar-magnet-is-moved-along-its-axis-with-a-constant-velocity-is-best-represented-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI5MDA-a-loop-abcd-is-moved-across-the-pole-pieces-of-a-magnet-as-shown-in-the-figure-with-a-constant-speed-v-when-the-edge-ab-of-the-loop-enters-the-pole-pieces-at-time-t-0-text-sec-which-one-of-the-followi https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI5MDE-some-magnetic-flux-is-changed-from-a-coil-of-resistance-10-ohm-as-a-result-an-induced-current-is-developed-in-it-which-varies-with-time-as-shown-in-figure-the-magnitude-of-change-in-flux-through-the-c https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI5MDI-the-graph-gives-the-magnitude-b-t-of-a-uniform-magnetic-field-that-exists-throughout-a-conducting-loop-perpendicular-to-the-plane-of-the-loop-rank-the-five-regions-of-the-graph-according-to-the-magnit https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI5MDM-figure-i-shows-a-conducting-loop-being-pulled-out-of-a-magnetic-field-with-a-speed-v-which-of-the-four-plots-shown-in-figure-ii-may-represent-the-power-delivered-by-the-pulling-agent-as-a-function-of https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI5MDQ-a-rectangular-loop-is-being-pulled-at-a-constant-speed-v-through-a-region-of-certain-thickness-d-in-which-a-uniform-magnetic-field-b-is-set-up-the-graph-between-position-x-of-the-right-hand-edge-of-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI5MDc-the-current-i-in-an-induction-coil-varies-with-time-t-according-to-the-graph-shown-in-figure-which-of-the-following-graphs-shows-the-induced-emf-e-in-the-coil-with-time-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI5MDg-switch-s-of-the-circuit-shown-in-the-figure-is-closed-at-t-0-if-e-denotes-the-induced-emf-in-l-and-i-denotes-the-current-flowing-through-the-circuit-at-time-t-then-which-of-the-following-graphs-is-cor https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NDI5MDk-a-square-loop-of-side-5-cm-enters-a-magnetic-field-with-1-cms-1-the-front-edge-enters-the-magnetic-field-at-t-0-then-which-graph-best-depicts-emf-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NTAzMDU-if-induction-of-magnetic-field-at-a-point-is-b-and-energy-density-is-u-then-which-of-the-following-graphs-is-correct-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NTEwMTA-a-long-solenoid-of-diameter-0-1m-has-2-times-104-turns-per-meter-at-the-centre-of-the-solenoid-a-coil-of-100-turns-and-radius-0-01m-is-placed-with-its-axis-coinciding-with-the-solenoid-s-axis-the-curr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NTEwNjk-a-uniform-magnetic-field-is-restricted-within-a-region-of-radius-r-the-magnetic-field-changes-with-time-at-a-rate-dbdt-loop-2-of-radius-r-is-outside-the-region-of-magnetic-field-as-shown-in-the-figure https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NTEyMDM-an-electron-moves-on-a-straight-line-path-xy-as-shown-the-abcd-is-a-coil-adjacent-to-the-path-of-the-electron-what-will-be-the-direction-of-the-current-if-any-induced-in-the-coil-1-abcd-2-adcb-3-the-c https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NTEyOTE-a-wire-loop-is-rotated-in-a-magnetic-field-the-frequency-of-change-of-direction-of-the-induced-emf-is-1-once-per-revolution-2-twice-per-revolution-3-four-times-per-revolution-4-six-times-per-revolutio https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NTEzMTM-a-coil-of-resistance-400-omega-is-placed-in-a-magnetic-field-if-the-magnetic-flux-wb-linked-with-the-coil-varies-with-time-t-sec-as-50t2-4-the-current-in-the-coil-at-t-2s-is-1-0-5a-2-0-1a-3-2a-4-1a-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NTE2NzQ-a-conducting-circular-loop-is-placed-in-a-uniform-magnetic-field-0-04t-with-its-plane-perpendicular-to-the-magnetic-field-the-radius-of-the-loop-starts-shrinking-at-2mm-s-the-induced-emf-in-the-loop-w https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NTE2ODk-a-rectangular-a-square-a-circular-and-an-elliptical-loop-all-in-the-x-y-plane-are-moving-out-of-a-uniform-magnetic-field-with-a-constant-velocity-v-rarr-vi-the-magnetic-field-is-directed-along-the-neg https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NTE3NTc-a-long-solenoid-has-500-turns-when-a-current-of-2-a-is-passed-through-it-the-resulting-magnetic-flux-linked-with-each-turn-of-the-solenoid-is-4-times-10-3-wh-the-self-inductance-of-the-solenoid-is-1-2 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NTE3NjM-a-circular-disc-of-the-radius-0-2-text-m-is-placed-in-a-uniform-magnetic-field-of-induction-dfrac-1-pi-left-dfrac-text-wb-text-m-2-right-in-such-a-way-that-its-axis-makes-an-angle-of-60-circ-with-vec https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzEwNjY-the-current-in-an-l-ndash-r-circuit-builds-up-to-3-4-th-of-its-steady-state-value-in-4-seconds-the-time-constant-of-this-circuit-is-1-1in2sec-2-2in2sec-3-3in2sec-4-4in2sec-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzEwNjg-an-emf-of-15-volt-is-applied-in-a-circuit-containing-5-henry-inductance-and-10-ohm-resistance-the-ratio-of-the-currents-at-time-t-8734-and-at-t-1-second-is-1-e1-2e1-2-1-2-e2e2-1-3-1-e-1-4-e-1-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4NzY-a-uniform-magnetic-field-of-induction-b-is-confined-to-a-cylindrical-region-of-radius-r-the-magnetic-field-is-increasing-at-a-constant-rate-of-frac-db-dt-tesla-second-an-electron-of-charge-q-placed-at https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4Nzc-in-the-figure-shown-a-square-loop-pqrs-of-side-8216-a-8217-and-resistance-8216-r-8217-is-placed-near-an-infinitely-long-wire-carrying-a-constant-current-i-the-sides-pq-and-rs-are-parallel-to-the-wire https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4Nzg-a-short-circuited-coil-is-placed-in-a-time-varying-magnetic-field-electrical-power-is-dissipated-due-to-the-current-induced-in-the-coil-if-the-number-of-turns-were-to-be-quadrupled-and-the-wire-radius https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4Nzk-a-coil-having-number-of-turns-n-and-cross-sectional-area-a-is-rotated-in-a-uniform-magnetic-field-b-with-an-angular-velocity-969-the-maximum-value-of-the-emf-induced-in-it-is-ndash-1-nba-969-2-nba-969 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4ODE-a-metal-rod-moves-at-a-constant-velocity-in-a-direction-perpendicular-to-its-length-a-constant-uniform-magnetic-field-exists-in-space-in-a-direction-perpendicular-to-the-rod-as-well-as-its-velocity-se https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4ODI-the-mutual-inductance-of-a-pair-of-coils-is-2h-if-the-current-of-the-coil-changes-from-10a-to-zero-in-0-1s-the-emf-induced-in-the-other-coil-is-ndash-1-2-v-2-20-v-3-0-2-v-4-200-v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4ODQ-a-current-carrying-wire-is-placed-below-a-coil-in-its-plane-with-current-flowing-as-shown-in-the-figure-if-the-current-increases-1-no-current-will-be-induced-in-the-coil-2-an-anticlockwise-current-wil https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4ODU-the-back-emf-induced-in-a-coil-when-current-changes-from-1-ampere-to-zero-in-one-milli-second-is-4-volts-the-self-inductance-of-the-coil-is-1-1-text-h-2-4-text-h-3-10-3-text-h-4-4-times10-3-text-h-1-2 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4ODc-average-energy-stored-in-a-pure-inductance-l-when-a-current-i-flows-through-it-is-1-li2-2-2li2-3-li2-4-4-li2-2-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4ODk-a-small-magnet-is-along-the-axis-of-a-coil-and-its-distance-from-the-coil-is-80-cm-in-this-position-the-flux-linked-with-the-coil-are-4-215-10-8211-5-weber-turns-if-the-coil-is-displaced-40-cm-towards https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4OTI-a-wooden-stick-of-length-3l-is-rotated-about-an-end-with-constant-angular-velocity-969-in-a-uniform-magnetic-field-b-perpendicular-to-the-plane-of-motion-if-the-upper-one-third-of-its-length-is-coated https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4OTM-a-train-is-moving-at-a-rate-of-72-km-hr-on-a-horizontal-plane-if-the-earth-s-horizontal-component-of-magnetic-field-is-0-345-a-m-and-the-angle-of-dip-is-30-deg-then-the-potential-difference-across-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4OTU-an-air-plane-with-20m-wing-spread-is-flying-at-250ms-1-straight-south-parallel-to-the-earth-rsquo-s-surface-the-earth-rsquo-s-magnetic-field-has-a-horizontal-component-of-2-215-10-8211-5-wbm-8211-2-an https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4OTY-a-wire-of-fixed-lengths-is-wound-on-a-solenoid-of-length-l-and-radius-r-its-self-inductance-is-found-to-be-l-now-if-same-wire-is-wound-on-a-solenoid-of-length-l-2-and-radius-r-2-then-the-self-inductan https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4OTc-a-wire-in-the-form-of-a-circular-loop-of-radius-10-cm-lies-in-a-plane-normal-to-a-magnetic-field-of-100-t-if-this-wire-is-pulled-to-take-a-square-shape-in-the-same-plane-in-0-1-s-average-induced-emf-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4OTg-a-superconducting-loop-of-radius-r-has-self-inductance-l-a-uniform-and-constant-magnetic-field-b-is-applied-perpendicular-to-the-plane-of-the-loop-initially-current-in-this-loop-is-zero-the-loop-is-ro https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4OTk-a-coil-of-inductance-8-4-mh-and-resistance-6-937-is-connected-to-a-12-v-battery-the-current-in-the-coil-is-1-0-a-at-approximately-the-time-1-500-ms-2-20-ms-3-35-ms-4-1-ms-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5MzA-pq-is-an-infinite-current-carrying-conductor-ab-and-cd-are-smooth-conducting-rods-on-which-a-conductor-ef-moves-with-constant-velocity-v-as-shown-the-force-needed-to-maintain-constant-speed-of-ef-is-n https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5MzE-a-50-turns-circular-coil-has-a-radius-of-3-cms-it-is-kept-in-a-magnetic-field-acting-normal-to-the-area-of-the-coil-the-magnetic-field-b-increased-from-0-10-tesla-to-0-35-tesla-in-2-milliseconds-the-a https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5MzI-a-semicircular-wire-of-radius-r-is-rotated-with-constant-angular-velocity-969-about-an-axis-passing-through-one-end-and-perpendicular-to-the-plane-of-the-wire-there-is-a-uniform-magnetic-field-of-stre https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5MzM-the-inductance-of-a-closed-packed-coil-of-400-turns-is-8-mh-a-current-of-5-ma-is-passed-through-it-the-magnetic-flux-through-each-turn-of-the-coil-is-approximately-1-0-1-956-0wb-2-0-2-956-0wb-3-1-0-95 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5MzQ-loop-a-of-radius-r-r-moves-towards-loop-b-with-a-constant-velocity-v-in-such-a-way-that-their-planes-are-always-parallel-what-is-the-distance-x-between-the-two-loops-when-the-induced-emf-in-loop-a-is https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5MzY-the-magnetic-flux-through-each-turn-of-a-100-turn-coil-is-t3-8211-2t-215-10-3wb-where-t-is-in-second-the-induced-emf-at-t-2-s-is-1-4v-2-1v-3-1v-4-4v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5NDE-a-copper-rod-of-length-0-19-m-is-moving-parallel-to-a-long-wire-with-a-uniform-velocity-of-10-m-s-the-long-wire-carries-5-ampere-current-and-is-perpendicular-to-the-rod-the-ends-of-the-rod-are-at-dist https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5NDI-rate-of-increment-of-energy-in-an-inductor-with-time-in-series-lr-circuit-getting-charge-with-battery-of-emf-e-is-best-represented-by-ndash-inductor-has-initially-zero-current-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5NDM-a-long-solenoid-having-1000-turns-per-cm-is-carrying-alternating-current-of-one-ampere-peak-value-a-search-coil-of-area-of-cross-section-1-215-10-4m2-and-of-20-turns-is-placed-in-the-middle-of-the-sol https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5NDU-a-coil-of-the-area-7cm2-and-of-50-turns-is-kept-with-its-plane-normal-to-a-magnetic-field-b-a-resistance-of-30-ohms-is-connected-to-the-resistance-less-coil-b-is-75e-200t-gauss-the-current-passing-thr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5NDY-assertion-when-a-coil-is-joined-to-a-cell-the-current-through-the-cell-will-be-10-less-than-its-steady-state-value-at-time-t-964-loge10-where-964-is-the-time-constant-of-the-circuit-reason-when-a-coil https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5NDc-assertion-the-magnetic-flux-linked-with-a-coil-is-981-and-the-emf-induced-in-it-is-949-if-981-0-949-must-be-zero-reason-949-d-981-dt-8658-949-0when-981-0-a-assertion-and-reason-both-are-correct-and-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE5NDg-assertion-the-coil-in-the-resistance-boxes-are-made-by-doubling-the-wire-reason-thick-wire-is-required-in-resistance-box-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-expla https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246ODg4NTQ-the-magnetic-potential-energy-stored-in-a-certain-inductor-is-25-text-mj-when-the-current-in-the-inductor-is-60-text-ma-this-inductor-is-of-inductance-1-0-138-text-h-2-138-88-text-h-3-1-389-text-h-4-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTAxMDU-a-long-solenoid-has-1000-turns-when-a-current-of-4-text-a-flows-through-it-the-magnetic-flux-linked-with-each-turn-of-the-solenoid-is-4-times-10-3-text-wb-the-self-inductance-of-the-solenoid-is-1-3-te https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTA4Nzc-a-conducting-square-frame-of-side-a-and-a-long-straight-wire-carrying-current-i-are-located-in-the-same-plane-as-shown-in-the-figure-the-frame-moves-to-the-right-with-a-constant-velocity-v-the-emf-ind https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTEzOTY-a-coil-of-self-inductance-l-is-connected-in-series-with-a-bulb-b-and-an-ac-source-the-brightness-of-the-bulb-decreases-when-1-number-of-turns-in-the-coil-is-reduced-2-a-capacitance-of-reactance-x-c-x https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTIxMDU-the-current-i-in-the-inductance-is-varying-with-time-t-according-to-the-plot-shown-in-the-figure-which-one-of-the-following-is-the-correct-variation-of-voltage-with-time-in-the-coil-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTI0NTI-the-current-i-in-a-coil-varies-with-time-as-shown-in-the-figure-the-variation-of-induced-emf-with-time-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTM1MzE-the-primary-and-secondary-coils-of-a-transformer-have-50-and-1500-turns-respectively-if-the-magnetic-flux-phi-linked-with-the-primary-coil-is-given-by-phi-phi-0-4t-where-phi-is-in-weber-t-is-time-in-s https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTM5NTg-two-coils-of-self-inductance-2-text-mh-and-8-text-mh-are-placed-so-close-together-that-the-effective-flux-in-one-coil-is-completely-linked-with-the-other-the-mutual-inductance-between-these-coils-is-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTU1MzE-in-which-of-the-following-devices-the-eddy-current-effect-is-not-used-1-electric-heater-2-induction-furnace-3-magnetic-braking-in-train-4-electromagnet-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTU1NjY-a-800-turn-coil-of-effective-area-0-05-text-m-2-is-kept-perpendicular-to-a-magnetic-field-5-times-10-5-text-t-when-the-plane-of-the-coil-is-rotated-by-90-circ-around-any-of-its-coplanar-axis-in-0-1-te https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTE1MTY4-the-sun-delivers-103w-m2-of-electromagnetic-flux-to-the-earth-s-surface-the-total-power-that-is-incident-on-a-roof-of-dimensions-8-m-215-20-m-will-be-1-2-56-215-104w-2-6-4-215-105w-3-4-0-215-105w-4-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTMxNzMy-a-cycle-wheel-of-radius-0-5-m-is-rotated-with-a-constant-angular-velocity-of-10-rad-s-in-a-region-of-a-magnetic-field-of-0-1-t-which-is-perpendicular-to-the-plane-of-the-wheel-the-emf-generated-betwee https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMDc2-a-proton-is-moving-with-constant-speed-towards-a-conducting-ring-placed-in-the-same-plane-along-with-the-path-op-the-direction-of-the-path-of-proton-ahead-of-p-is-1-along-with-a-2-along-with-b-3-along https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMDc3-a-coil-has-500-turns-and-the-flux-through-the-coil-is-phi-3t-2-4t-9-milliweber-the-magnitude-of-induced-emf-between-the-ends-of-the-coil-at-t-5-text-s-is-1-34-millivolt-2-17-volt-3-17-millivolt-4-34-v https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMDgx-a-circular-wheel-of-24-spokes-is-rotated-at-300-rpm-in-a-uniform-magnetic-field-of-2-215-10-3-tesla-length-of-each-spoke-is-25-cm-and-the-magnetic-field-is-along-the-axis-of-the-wheel-then-the-value-o https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMDkx-when-the-length-of-a-solenoid-and-number-of-turns-per-unit-length-is-doubled-then-the-self-inductance-of-solenoid-becomes-remains-1-4-times-2-2-times-3-unchanged-4-8-times-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMDk0-when-the-current-through-a-solenoid-increases-at-a-constant-rate-the-induced-current-1-is-constant-and-is-in-the-direction-of-inducing-current-2-is-constant-and-is-in-the-direction-opposite-to-the-ind https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMDk2-a-non-conducting-ring-having-a-uniformly-distributed-negative-charge-is-placed-in-the-plane-of-smooth-paper-a-uniformly-decreasing-inward-magnetic-field-is-passing-through-the-ring-then-1-ring-will-st https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTAz-a-motor-having-an-armature-resistance-2-937-is-operating-at-220-volts-at-full-speed-the-back-emf-of-the-motor-is-200-volts-then-the-value-of-current-in-the-armature-at-full-speed-is-1-100-a-2-10-a-3-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTA1-the-current-i-in-an-inductance-coil-varies-with-time-t-according-to-the-graph-shown-in-the-figure-which-one-of-the-following-plots-shows-the-variation-of-voltage-in-the-coil-with-time-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTA3-a-square-loop-enters-into-a-uniform-magnetic-field-the-sides-of-the-square-are-5-cm-and-its-speed-is-1-cm-s-its-front-edge-enters-into-the-magnetic-field-at-t-0-then-which-curve-represents-the-variati https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTA5-the-figure-shows-a-current-carrying-wire-whose-current-is-increasing-continuously-then-the-direction-of-induced-current-in-the-conducting-loop-placed-in-the-plane-of-paper-is-1-anticlockwise-2-clockwi https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTEz-work-done-in-increasing-the-current-through-a-solenoid-from-0-to-2-a-is-20-j-work-done-in-increasing-the-current-from-4-a-to-6-a-is-1-100-j-2-60-j-3-80-j-4-120-j-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTE3-a-wire-of-length-6-m-is-rotated-about-the-axis-passing-through-point-c-and-parallel-to-the-magnetic-field-lines-with-angular-velocity-4-radian-second-if-b-0-5t-the-potential-difference-across-the-ends https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTE5-the-current-flowing-in-an-inductor-of-inductance-2-0-h-varies-as-i-2-sin-40t-960-3-where-i-is-in-amperes-and-t-is-in-seconds-the-maximum-value-of-the-emf-induced-in-the-inductor-is-1-320-v-2-160-v-3-8 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTIx-if-a-magnet-is-allowed-to-fall-through-a-long-conducting-pipe-then-the-final-acceleration-of-the-magnet-will-be-1-g-2-62-g-3-zero-4-8805-g-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTIy-in-a-uniform-magnetic-field-a-ring-is-rotating-about-its-axis-which-is-parallel-to-the-magnetic-field-and-the-magnetic-field-is-perpendicular-to-the-plane-of-the-ring-the-induced-electric-field-in-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTIz-which-of-the-following-is-not-based-on-the-application-of-eddy-currents-1-speedometer-2-dead-beat-galvanometer-3-energy-meter-4-tangent-galvanometer-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTI1-a-railway-track-running-north-south-has-two-parallel-rails-l-distance-apart-if-h-is-the-horizontal-component-of-the-earth-s-field-angle-of-dip-is-952-then-the-induced-emf-between-the-rails-when-a-trai https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTI3-two-coils-of-self-inductance-l1-and-l2-are-placed-so-close-together-that-they-completely-link-the-magnetic-flux-of-each-other-if-m-be-their-mutual-inductance-then-the-correct-relation-is-1-m-l1l2-2-m https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTI4-calculate-the-self-inductance-of-a-solenoid-having-1000-turns-and-length-1-m-the-area-of-cross-section-is-7-cm2-and-mu-r-1000-1-888-h-2-0-88-h-3-0-088-h-4-88-8-h-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTI5-two-discs-of-radii-r-and-2r-are-moving-with-velocities-v-and-2v-in-opposite-directions-on-a-conducting-platform-as-shown-in-the-figure-if-magnetic-field-b-is-applied-in-the-plane-perpendicular-to-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTM0-what-is-the-effective-self-inductance-of-two-solenoids-in-series-wound-on-a-core-as-shown-in-the-figure-if-l-is-the-self-inductance-of-each-solenoid-1-l-2-2l-3-l-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTM2-a-uniform-conductor-having-length-l-is-moving-in-uniform-magnetic-field-b-with-speed-v-if-b-l-and-v-are-mutually-perpendicular-and-r-is-the-resistance-of-the-conductor-then-the-power-delivered-by-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTQx-a-circular-ring-of-radius-r-is-at-the-centre-of-a-square-having-side-a-left-a-gg-r-right-the-mutual-inductance-of-the-system-is-1-dfrac-mu-0-r-2-a-2-dfrac-sqrt-2-mu-0-r-2-pi-3-dfrac-2-sqrt-2-mu-0-r-2 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTQz-a-semicircular-conducting-loop-acb-rotates-in-the-plane-of-the-paper-with-a-constant-angular-velocity-omega-about-point-o-the-uniform-magnetic-field-is-directed-perpendicular-to-the-plane-of-the-loop https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTQ1-a-current-carrying-cable-is-penetrating-a-loop-as-shown-in-the-figure-if-the-magnitude-of-the-current-is-decreasing-with-time-then-the-current-induced-in-the-loop-is-1-zero-2-clockwise-3-anticlockwise https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTQ3-a-solenoid-has-an-inductance-of-20-h-and-a-resistance-of-5-ohms-it-is-connected-to-a-battery-of-20-volts-the-maximum-magnetic-energy-stored-in-the-magnetic-field-of-the-solenoid-is-1-40-j-2-160-j-3-32 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTQ5-the-slotting-processes-in-a-metallic-sheet-results-in-1-the-increase-of-the-resistance-in-the-path-for-circulation-of-current-2-decrease-in-the-strength-of-eddy-current-3-a-feeble-in-the-electromagnet https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTUx-the-square-loop-shown-below-is-rotated-about-the-axis-pq-and-magnetic-field-is-perpendicular-to-the-plane-of-the-paper-the-magnitude-of-induced-emf-in-the-loop-is-minimum-when-the-plane-of-the-loop-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTU0-a-small-square-shaped-loop-of-edge-length-l-is-placed-at-the-centre-of-a-circular-loop-a-of-radius-r-with-its-plane-perpendicular-to-the-plane-of-the-circular-loop-the-coefficient-of-mutual-induction https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTU2-a-horizontal-ring-of-radius-r-spins-about-its-vertical-axis-with-an-angular-velocity-969-in-a-uniform-vertical-magnetic-field-of-magnitude-b-the-emf-induced-in-the-ring-is-1-zero-2-960-r2b-969-3-12b-9 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTU4-if-n-is-the-total-number-of-turns-in-a-coil-then-the-value-of-self-inductance-varies-as-1-n-176-2-n-3-n2-4-n-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTYw-eddy-currents-are-produced-in-a-material-when-it-is-1-heated-2-placed-in-an-electric-field-3-placed-in-a-uniform-constant-magnetic-field-4-placed-in-a-time-varying-magnetic-field-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTY1-lenz-s-law-associated-with-faraday-s-laws-of-electromagnetic-induction-are-consequence-of-the-conservation-of-1-charge-2-energy-3-magnetic-field-4-mass-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTcx-self-inductances-of-two-uncoupled-coils-are-40-mh-and-90mh-their-mutual-inductance-is-1-60-mh-2-130-mh-3-50-mh-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTcy-magnetic-flux-through-a-circuit-of-resistance-20-omega-is-changed-from-20-wb-to-40-wb-in-5-ms-the-charge-passed-through-the-circuit-during-this-time-is-1-1-c-2-2-c-3-zero-4-0-5-c-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTc0-a-long-straight-conductor-carrying-current-i-is-fixed-on-a-smooth-plane-a-circular-loop-is-placed-on-the-same-plane-as-shown-in-the-figure-if-the-current-i-through-the-wire-is-increasing-then-the-loop https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTc1-two-coils-have-a-mutual-inductance-of-5-mh-the-current-changes-in-the-first-coil-according-to-the-equation-i-i-0-cos-omega-t-where-i-0-10-text-a-and-omega-100-pi-text-rad-s-the-maximum-value-of-emf-in https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTc2-a-circular-loop-is-placed-near-a-current-carrying-conductor-as-shown-if-the-current-in-the-straight-conductor-is-decreasing-then-the-direction-of-the-induced-current-in-the-loop-is-1-clockwise-2-antic https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTc3-two-rails-of-a-railway-track-insulated-from-each-other-on-the-ground-are-connected-to-a-millivoltmeter-the-reading-of-millivoltmeter-when-the-train-travels-at-a-speed-of-20m-s-along-the-track-is-given https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTc4-the-current-through-a-choke-coil-increases-from-zero-to-6-a-in-0-3-seconds-and-an-induced-emf-of-30-v-is-produced-the-inductance-of-the-coil-is-1-5-h-2-2-5-h-3-1-5-h-4-2-h-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTc5-self-inductance-of-primary-and-secondary-of-a-perfectly-coupled-coil-is-40-mh-and-90mh-respectively-coefficient-of-mutual-induction-between-them-is-1-65-mh-2-50-mh-3-130-mh-4-60-mh-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTgw-a-conducting-square-loop-of-side-l-and-resistance-r-moves-in-its-plane-with-a-uniform-velocity-v-perpendicular-to-one-of-its-sides-a-constant-magnetic-field-b-exists-as-shown-in-the-figure-mechanical https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTgx-a-conducting-disc-of-radius-r-rotates-about-its-axis-with-an-angular-speed-omega-in-a-uniform-magnetic-field-b-perpendicular-to-the-plane-of-the-disc-as-shown-a-resistance-r-is-connected-between-centr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTgy-a-train-is-moving-on-a-straight-horizontal-track-induced-emf-across-the-axle-is-maximum-when-it-moves-1-at-poles-2-at-equator-3-along-the-direction-where-the-angle-of-dip-is-45-176-4-emf-is-not-induce https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTgz-a-square-loop-enters-into-a-magnetic-field-with-a-constant-velocity-v-as-shown-in-the-figure-the-front-edge-of-the-loop-enters-the-magnetic-field-at-t-0-which-of-the-following-graphs-correctly-represe https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTg1-a-rectangular-metal-loop-abcd-of-is-passed-through-the-magnetic-field-with-a-constant-velocity-v-which-of-the-following-represents-power-p-dissipated-vs-time-t-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTg2-self-inductance-of-a-solenoid-is-5-mh-if-the-current-is-decreasing-through-it-at-the-rate-10-3-a-s-then-emf-induced-in-the-solenoid-is-1-5v-2-5v-3-2-5v-4-2-5v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTg4-keeping-number-of-turns-constant-self-inductance-l-of-a-solenoid-varies-with-its-length-l-as-1-l-8733-l-2-l-8733-1l-3-l-8733-l2-4-l-8733-1l2-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTkw-a-conducting-rod-ac-of-length-4l-is-rotated-with-angular-velocity-969-about-a-point-o-in-a-uniform-magnetic-field-b-8594-directed-into-the-plane-of-the-paper-if-ao-l-and-oc-3l-then-the-potential-diffe https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTkx-a-flexible-wire-bent-in-the-form-of-a-circle-is-placed-in-a-uniform-magnetic-field-perpendicular-to-the-plane-of-the-circle-the-radius-r-of-the-circle-changes-with-time-t-as-shown-in-the-figure-the-gr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTky-a-cylindrical-space-of-radius-r-is-filled-with-a-uniform-magnetic-induction-b-parallel-to-the-axis-of-the-cylinder-if-b-changes-at-a-constant-rate-the-graph-showing-the-variation-of-the-induced-electr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTk0-a-long-conducting-wire-ah-is-moved-over-a-conducting-triangular-wire-cde-with-a-constant-v-in-a-uniform-magnetic-field-b-8594-directed-into-the-plane-of-the-paper-resistance-per-unit-length-of-each-wi https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTk1-the-figure-below-shows-a-square-loop-of-side-0-5-m-and-resistance-10-937-the-magnetic-field-has-a-magnitude-b-1-0-t-the-work-done-in-pulling-the-loop-out-of-the-field-slowly-and-uniformly-in-2-seconds https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTk2-the-wires-mathrm-p-1-mathrm-q-1-and-mathrm-p-2-mathrm-q-2-are-made-to-slide-on-the-rails-with-the-same-speed-10-text-m-s-if-mathrm-p-1-mathrm-q-1-moves-towards-the-left-and-mathrm-p-2-mathrm-q-2-moves https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTk3-the-triangular-circuit-abc-shown-in-the-figure-is-in-a-very-long-solenoid-of-radius-r-such-that-the-plane-of-the-triangular-circuit-is-normal-to-the-length-of-the-solenoid-if-the-magnetic-field-change https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTk4-if-conducting-triangle-is-pulled-out-with-a-uniform-velocity-from-the-uniform-magnetic-field-as-shown-in-the-figure-then-which-graph-of-induced-current-versus-time-is-possible-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTk5-two-circular-coils-of-different-radii-lie-in-the-same-plane-with-their-centres-at-same-point-i-e-inner-coil-is-surrounded-by-a-bigger-outer-coil-if-the-current-in-the-outer-coil-is-clockwise-and-incre https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjAw-a-field-of-0-2-t-acts-perpendicular-to-a-coil-of-area-100cm2-with-50-turns-if-the-coil-is-removed-within-0-1s-from-the-field-then-the-minimum-emf-induced-in-the-coil-is-1-1-v-2-2-v-3-3-v-4-4-v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjAy-if-by-keeping-number-of-turns-per-unit-length-constant-the-volume-of-an-air-core-inductor-is-doubled-then-its-self-inductance-will-become-remain-1-two-times-2-half-3-same-4-four-times-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjAz-eddy-currents-are-used-in-1-induction-furnace-2-electromagnetic-brakes-3-speedometers-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjA0-a-square-loop-of-sides-4-cm-having-a-resistance-of-2-937-is-placed-normal-to-a-magnetic-field-if-the-magnetic-field-is-gradually-reduced-at-the-rate-of-0-02-t-s-the-induced-current-in-the-loop-is-1-8 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjA1-the-direction-of-the-runway-on-the-airport-should-be-1-along-n-a-2-along-e-w-3-along-nw-se-4-along-ne-sw-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjA2-a-metallic-wheel-of-radius-l-and-8-spokes-is-rotated-in-a-uniform-magnetic-field-b-as-shown-the-motional-emf-across-centre-and-rim-is-given-by-1-4bl2-969-2-2bl2-969-3-8bl2-969-4-12bl2-969-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjA3-charged-pollen-grains-are-lying-on-a-frictionless-table-these-are-now-subject-to-a-certain-field-and-are-found-to-be-moving-by-these-fields-the-field-cannot-be-1-time-dependent-electric-field-2-positi https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjEw-the-magnetic-field-in-the-region-is-decreasing-in-such-a-way-that-db-dt-947-if-resistance-per-unit-length-of-the-loop-shown-is-955-then-the-current-flowing-in-the-loop-is-given-by-1-2-960-r-947-955-cl https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjEx-two-inductor-coils-of-self-inductance-l1-10-h-and-l2-20-h-are-placed-as-shown-in-the-figure-the-mutual-inductance-of-the-coil-is-3h-the-equivalent-inductance-between-ab-of-the-system-of-coils-is-1-36 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjEy-there-is-a-solenoid-of-length-1-5-m-having-1000-turns-per-metre-kept-in-a-region-where-the-magnetic-field-is-increased-with-time-as-0-2-t-s-1-radius-of-the-solenoid-is-10-960-cm-the-current-through-re https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjEz-a-one-metre-long-metallic-rod-is-rotated-with-an-angular-frequency-of-400-radians-sec-about-an-axis-normal-to-the-rod-passing-through-its-one-end-the-other-end-of-the-rod-is-in-contact-with-a-circular https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjE0-self-inductances-of-primary-and-secondary-of-an-ideal-transformer-are-90-mh-and-40-mh-if-the-current-in-the-primary-decreases-at-the-rate-103-as-1-then-emf-across-the-secondary-is-1-40-v-2-90-v-3-60-v https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjE1-a-short-magnet-is-allowed-to-fall-along-the-axis-of-a-horizontal-metallic-ring-starting-from-rest-the-distance-fallen-by-the-magnet-in-one-second-may-be-1-4-m-2-5-m-3-6-m-4-7-m-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjE2-in-the-figure-as-shown-straight-wire-carries-a-constant-current-the-direction-of-induced-current-in-the-rotating-loop-about-an-axis-xx-at-the-instant-shown-1-is-anticlockwise-2-is-clockwise-3-there-is https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjE3-the-figure-shows-a-circular-region-of-radius-r-in-which-uniform-magnetic-field-is-increasing-at-a-constant-rate-db-dt-945-the-induced-electric-field-at-a-distance-r-from-the-centre-is-1-945-r2-for-all https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjE4-if-the-instantaneous-charge-in-the-capacitor-is-400-956-c-and-current-through-the-circuit-is-decreasing-at-the-rate-103-a-s-then-potential-difference-va-vb-is-equal-to-1-30-v-2-zero-3-10-v-4-70-v-1-2 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjE5-a-uniform-rod-rotates-in-a-uniform-magnetic-field-b-perpendicular-to-its-length-about-its-one-of-the-end-with-constant-angular-velocity-the-electric-field-produced-is-1-uniform-along-its-length-2-non https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjIw-when-the-current-in-a-coil-changes-from-0-to-5-a-in-0-5-s-the-average-induced-emf-in-the-coil-is-1-volt-the-self-inductance-of-the-coil-is-1-0-1h-2-0-2h-3-0-4h-4-1-5h-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjIx-the-magnetic-flux-linked-with-a-coil-varies-with-time-as-phi-2t-2-6t-5-where-phi-is-in-weber-and-t-is-in-seconds-the-induced-current-is-zero-at-1-t-0-2-t-1-5-text-s-3-t-3-text-s-4-t-5-text-s-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMjIy-choke-coil-works-on-the-principle-of-1-kirchhoff-s-law-2-self-induction-3-mutual-induction-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTU0MDM4-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-self-inductance-is-called-the-inertia-of-electricity-reason-r-it-is-on-account-of-self-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTU0MDM5-given-below-are-two-statements-assertion-a-when-a-piece-of-non-metal-and-a-metal-are-dropped-from-the-same-height-near-the-surface-of-the-earth-the-non-metallic-piece-will-reach-the-ground-first-reaso https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTU0MDQw-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-iron-loss-is-minimized-by-using-a-laminated-core-reason-r-lamination-of-core-restricts-e https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTU0MDQx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-induced-electric-field-is-non-conservative-reason-r-work-done-in-a-closed-path-in-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTU0MDQy-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-lenz-s-law-is-in-accordance-with-the-conservation-of-energy-reason-r-the-amount-of-mecha https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTU0MDQz-given-below-are-two-statements-statement-i-time-dependent-magnetic-field-generates-an-electric-field-statement-ii-direction-of-the-electric-field-generated-from-the-time-variable-magnetic-field-does-n https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTU0MDQ1-given-below-are-two-statements-statement-i-if-the-current-passing-through-an-inductor-varies-with-time-t-as-t-2-the-induced-emf-will-vary-as-a-straight-line-statement-ii-emf-through-an-inductor-is-giv https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTU0MDQ4-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-group-of-inductors-behave-in-the-same-way-as-a-group-of-capacitors-reason-r-l-series-l-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk1MDg4-the-magnetic-flux-linked-with-a-coil-in-wb-is-given-by-the-equation-5t2-3t-16-the-magnitude-of-induced-emf-in-the-coil-at-the-four-second-will-be-1-33-v-2-43-v-3-108-v-4-10-v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk4NjI1-a-long-solenoid-with-15-turns-text-cm-has-a-small-loop-of-area-2-0-text-cm-2-placed-inside-the-solenoid-normal-to-its-axis-if-the-current-carried-by-the-solenoid-changes-steadily-from-2-0-text-a-to-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk4NjMx-a-circular-coil-of-radius-8-0-cm-and-20-turns-is-rotated-about-its-vertical-diameter-with-an-angular-speed-of-50-rad-s-in-a-uniform-horizontal-magnetic-field-of-magnitude-3-times-10-2t-the-maximum-emf https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk4NjM2-a-horizontal-straight-wire-10-m-long-extending-from-east-to-west-is-falling-with-a-speed-of-5-0-ms-1-at-right-angle-to-the-horizontal-component-of-the-earth-s-magnetic-field-0-30-times-10-4-text-wb-m https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk4NjM3-current-in-a-circuit-falls-from-5-0-text-a-to-0-text-a-in-0-1-text-s-if-an-average-emf-of-200-text-v-is-induced-the-self-inductance-of-the-circuit-is-1-4-text-h-2-2-text-h-3-1-text-h-4-3-text-h-1-2-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk5OTQw-a-rectangular-wire-loop-of-sides-8-text-cm-and-2-text-cm-with-a-small-cut-is-moving-out-of-a-region-of-the-uniform-magnetic-field-of-magnitude-0-3-text-t-directed-normally-to-the-loop-what-is-the-emf https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk5OTQx-a-jet-plane-is-traveling-towards-the-west-at-a-speed-of-1800-km-h-what-is-the-voltage-difference-developed-between-the-ends-of-the-wing-having-a-span-of-25-m-if-the-earth-rsquo-s-magnetic-field-at-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk5OTQy-a-pair-of-adjacent-coils-has-a-mutual-inductance-of-1-5-text-h-if-the-current-in-one-coil-changes-from-0-to-20-text-a-in-0-5-text-s-what-is-the-change-of-flux-linkage-with-the-other-coil-1-35-text-wb https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk5OTQz-if-a-loop-changes-from-an-irregular-shape-to-a-circular-shape-then-magnetic-flux-linked-with-it-1-decreases-2-remains-constant-3-first-decreases-and-then-increases-4-increases-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk5OTQ0-a-line-charge-lambda-per-unit-length-is-lodged-uniformly-onto-the-rim-of-a-wheel-of-mass-m-and-radius-r-the-wheel-has-light-non-conducting-spokes-and-is-free-to-rotate-without-friction-about-its-axis https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk5OTQ1-a-straight-wire-carries-a-current-of-50-a-and-the-loop-is-moved-to-the-right-with-a-constant-velocity-v-10-m-s-the-induced-emf-in-the-loop-at-the-instant-when-x-0-2-m-is-take-a-0-1-m-and-assume-that-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk5OTQ2-an-air-cored-solenoid-having-a-length-of-30-cm-whose-area-is-25-text-cm-2-and-the-number-of-turns-is-500-carries-a-current-of-2-5-a-suddenly-the-current-is-turned-off-and-the-time-taken-for-it-is-10-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk5OTQ3-figure-shows-a-metal-rod-pq-resting-on-the-smooth-rails-ab-and-positioned-between-the-poles-of-a-permanent-magnet-the-rails-the-rod-and-the-magnetic-field-are-in-three-mutually-perpendicular-direction https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk5OTQ4-figure-shows-a-metal-rod-pq-resting-on-the-smooth-rails-ab-and-positioned-between-the-poles-of-a-permanent-magnet-the-rails-the-rod-and-the-magnetic-field-are-in-three-mutually-perpendicular-direction https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk5OTQ5-it-is-desired-to-measure-the-magnitude-of-the-field-between-the-poles-of-a-powerful-loudspeaker-magnet-a-small-flat-search-coil-of-area-2cm2-with-25-closely-wound-turns-is-positioned-normal-to-the-fie https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4Mzg4-what-is-the-dimensional-formula-of-magnetic-flux-1-left-m-l-2-t-2-a-1-right-2-left-m-l-1-t-1-a-2-right-3-left-m-l-2-t-3-a-1-right-4-left-m-l-2-t-2-a-2-right-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4Mzkw-a-cylindrical-magnet-is-kept-along-the-axis-of-a-circular-coil-on-rotating-the-magnet-about-its-axis-the-coil-will-have-induced-in-it-1-no-current-2-a-current-3-only-an-emf-4-both-an-emf-and-a-current https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4Mzk4-a-bar-magnet-is-made-to-fall-through-a-long-surface-copper-tube-the-speed-v-of-the-magnet-as-a-function-of-time-t-is-best-represented-by-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4NDEz-a-long-solenoid-has-self-inductance-l-if-its-length-is-doubled-keeping-total-number-of-turns-constant-then-its-new-self-inductance-will-be-1-frac-l-2-2-2l-3-l-4-frac-l-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4NDE1-a-solenoid-has-2000-turns-wound-over-a-length-of-0-3-m-the-area-of-its-cross-section-is-1-2-215-10-3m2-around-its-central-section-of-a-coil-of-300-turns-is-wound-if-an-initial-current-of-2a-is-reverse https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4NDE2-with-the-decrease-of-current-in-the-primary-coil-from-2-a-to-zero-in-0-01-s-the-emf-generated-in-the-secondary-coil-is-1000-text-v-the-mutual-inductance-of-the-two-coils-is-1-1-25-h-2-2-50-h-3-5-00-h https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4NDE4-the-coefficient-of-self-induction-of-two-inductor-coils-are-20-mh-and-40-mh-respectively-if-the-coils-are-connected-in-series-so-as-to-support-each-other-and-the-resultant-inductance-is-80-mh-then-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4NDMy-a-coil-and-a-bulb-are-connected-in-series-with-a-12-volt-direct-current-source-a-soft-iron-core-is-now-inserted-in-the-coil-then-1-the-intensity-of-the-bulb-remains-the-same-2-the-intensity-of-the-bul https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMTg5-a-uniform-magnetic-field-b-is-directed-out-of-the-page-a-metallic-wire-has-the-shape-of-a-square-frame-and-is-placed-in-the-field-as-shown-while-the-shape-of-the-wire-is-steadily-transformed-into-a-ci https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMTkw-the-dimension-of-the-ratio-of-magnetic-flux-and-the-resistance-is-equal-to-that-of-1-induced-emf-2-charge-3-inductance-4-current-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMTkx-three-identical-coils-a-b-and-c-carrying-currents-are-placed-coaxially-with-their-planes-parallel-to-one-another-a-and-c-carry-currents-as-shown-b-is-kept-fixed-while-a-and-c-both-are-moved-towards-b https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMTky-in-the-arrangement-shown-in-given-figure-current-from-a-to-b-is-increasing-in-magnitude-induced-current-in-the-loop-will-1-have-clockwise-direction-2-have-anticlockwise-direction-3-be-zero-4-oscillate https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMTkz-two-identical-coaxial-circular-loops-carry-a-current-i-each-circulating-in-the-same-direction-if-the-loops-approach-each-other-1-the-current-in-each-will-decrease-2-the-current-in-each-will-increase-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMTk3-a-rectangular-coil-of-wire-rotates-about-an-axis-which-is-perpendicular-to-a-uniform-magnetic-field-at-a-steady-rate-consider-the-instant-when-the-plane-of-the-coil-is-parallel-to-the-magnetic-field-l https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjAx-mathrm-a-and-mathrm-b-are-two-metallic-rings-placed-at-opposite-sides-of-an-infinitely-long-straight-conducting-wire-as-shown-if-current-in-the-wire-is-slowly-decreased-the-direction-of-the-induced-cu https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjA0-a-metal-disc-rotates-freely-between-the-poles-of-a-magnet-in-the-direction-indicated-brushes-p-and-q-makes-contact-with-the-edge-of-the-disc-and-the-metal-axle-what-current-if-any-flows-through-r-1-a https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjA1-two-identical-inductance-currents-vary-with-time-according-to-linear-laws-as-shown-in-figure-in-which-of-two-inductances-is-the-self-induction-emf-greater-1-1-2-2-3-same-4-data-are-insufficient-to-dec https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjA2-figure-shows-a-uniform-magnetic-field-b-confined-to-a-cylindrical-volume-and-is-increasing-at-a-constant-rate-the-instantaneous-acceleration-experienced-by-an-electron-placed-at-p-is-1-zero-2-towards https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjA4-a-conducting-wire-frame-is-placed-in-a-magnetic-field-which-is-directed-into-the-plane-of-the-paper-see-figure-the-magnetic-field-is-increasing-at-a-constant-rate-the-directions-of-induced-currents-in https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjEw-two-identical-conductors-p-and-q-are-placed-on-two-frictionless-conducting-rails-r-and-s-in-a-uniform-magnetic-field-directed-into-the-plane-if-p-is-moved-in-the-direction-as-shown-in-the-figure-with https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjI0-two-circular-coils-a-and-b-are-facing-each-other-as-shown-in-figure-the-current-i-through-a-can-be-altered-then-1-there-will-repulsion-between-a-and-b-if-i-is-increased-2-there-will-be-attraction-betw https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjI3-the-e-m-f-induced-in-a-coil-of-wire-which-is-rotating-in-a-magnetic-field-does-not-depend-on-1-the-angular-speed-of-rotation-2-the-area-of-the-coil-3-the-number-of-turns-on-the-coil-4-the-resistance-o https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjMw-a-bar-magnet-is-moved-along-the-axis-of-copper-ring-placed-far-away-from-the-magnet-looking-from-the-side-of-the-magnet-an-anticlockwise-current-is-found-to-be-induced-in-the-ring-which-of-the-followi https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjMx-for-l-r-circuit-the-time-constant-is-equal-to-1-twice-the-ratio-of-the-energy-stored-in-the-magnetic-field-to-the-rate-of-the-dissipation-of-energy-in-the-resistance-2-the-ratio-of-the-energy-stored-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjMy-coefficient-of-mutual-inductance-for-the-given-coils-does-not-depend-on-1-their-relative-orientation-2-their-geometry-3-rate-at-which-current-changes-in-the-coil-4-the-medium-in-which-the-coil-lies-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjMz-an-l-r-circuit-is-connected-to-a-battery-at-t-0-which-of-the-following-quantities-is-not-zero-just-after-the-circuit-is-formed-1-current-in-the-circuit-2-magnetic-field-energy-in-the-inductor-3-power https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjEzMjQ2-the-adjoining-figure-shows-two-different-arrangements-in-which-two-square-wireframes-are-placed-in-a-uniform-magnetic-field-b-decreasing-with-time-the-direction-of-the-induced-current-i-in-the-figure https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjI2Njcx-a-square-of-side-l-meters-lies-in-the-xy-text-plane-in-a-region-where-the-magnetic-field-is-given-by-vec-b-b-0-left-2-hat-i-3-hat-j-4-hat-k-right-text-t-where-b-0-is-constant-the-magnitude-of-flux-pas https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjI2Njcy-a-loop-made-of-straight-edges-has-six-corners-at-a-0-0-0-b-l-0-0-c-l-l-0-d-0-l-0-e-0-l-l-and-f-0-0-l-a-magnetic-field-b-b0i-k-t-is-present-in-the-region-the-flux-passing-through-the-loop-abcdefa-in-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjQ1MDYz-the-magnetic-flux-linked-with-a-coil-in-wb-is-given-by-the-equation-phi-5-t-2-3-t-60-the-magnitude-of-induced-emf-in-the-coil-at-t-4-s-will-be-1-33-v-2-43-v-3-108-v-4-10-v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjQ1Mzk4-a-wheel-with-20-metallic-spokes-each-1-m-long-is-rotated-with-a-speed-of-120-rpm-in-a-plane-perpendicular-to-a-magnetic-field-of-0-4-text-g-the-induced-emf-between-the-axle-and-rim-of-the-wheel-will-b https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjQ5NTQ1-a-cylindrical-bar-magnet-is-rotated-about-its-axis-a-wire-is-connected-from-the-axis-and-is-made-to-touch-the-cylindrical-surface-through-a-contact-then-1-a-direct-current-flows-in-the-ammeter-mathrm https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjQ5NTQ2-q-4-there-are-two-coils-a-and-b-as-shown-in-the-figure-a-current-starts-flowing-in-b-as-shown-when-a-is-moved-towards-b-and-stops-when-a-stops-moving-the-current-in-a-is-counterclockwise-b-is-kept-sta https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjQ5NTQ3-q-5-same-as-problem-4-except-coil-a-is-made-to-rotate-about-a-vertical-axis-figure-no-current-flows-in-b-if-a-is-at-rest-the-current-in-coil-a-when-the-current-in-b-at-t-0-is-counter-clockwise-and-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjQ5NTQ4-the-self-inductance-l-of-a-solenoid-of-length-l-and-area-of-cross-section-a-with-a-fixed-number-of-turns-n-increases-as-1-l-and-a-increase-2-l-decreases-and-a-increases-3-l-increases-and-a-decreases-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjQ5NTQ5-a-metal-plate-is-getting-heated-it-can-be-because-a-a-direct-current-is-passing-through-the-plate-b-it-is-placed-in-a-time-varying-magnetic-field-c-it-is-placed-in-space-varying-magnetic-field-but-doe https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjQ5NTUw-an-emf-is-produced-in-a-coil-which-is-not-connected-to-an-external-voltage-source-this-can-be-due-to-a-the-coil-being-in-a-time-varying-magnetic-field-b-the-coil-moving-in-a-time-varying-magnetic-fiel https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjQ5NTUx-q-9-the-mutual-inductance-m12-of-coil-1-with-respect-to-coil-2-a-increases-when-they-are-brought-nearer-b-depends-on-the-current-passing-through-the-coils-c-increases-when-one-of-them-is-rotated-about https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcwOTUz-a-square-loop-of-side-10-text-cm-and-resistance-0-5-omega-is-placed-vertically-in-the-east-west-plane-a-uniform-magnetic-field-of-0-10-text-t-is-set-up-across-the-plane-in-the-north-east-direction-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcwOTU0-a-circular-coil-of-radius-10-text-cm-500-turns-and-resistance-2-omega-is-placed-with-its-plane-perpendicular-to-the-horizontal-component-of-the-earth-rsquo-s-magnetic-field-it-is-rotated-about-its-ver https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxMzUy-consider-the-given-figure-what-would-you-do-to-obtain-a-large-deflection-of-the-galvanometer-1-use-a-rod-made-of-soft-iron-inside-the-coil-c-2-2-connect-the-coil-to-a-powerful-battery-3-move-the-arran https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxMzUz-the-figure-shows-planar-loops-of-different-shapes-moving-out-of-or-into-a-region-of-a-magnetic-field-which-is-directed-normally-to-the-plane-of-the-loop-away-from-the-reader-then-1-for-the-rectangular https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNDU3-mark-the-correct-statement-1-a-closed-loop-is-held-stationary-in-the-magnetic-field-between-the-north-and-south-poles-of-two-permanent-magnets-held-fixed-we-can-generate-current-in-the-loop-by-using-v https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNDU4-a-rectangular-loop-and-a-circular-loop-are-moving-out-of-a-uniform-magnetic-field-region-as-shown-in-the-figure-to-a-field-free-region-with-a-constant-velocity-v-in-which-loop-do-you-expect-the-induce https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNDU5-the-polarity-of-the-capacitor-in-the-given-figure-is-1-the-polarity-of-plate-b-will-be-positive-with-respect-to-plate-a-2-the-polarity-of-plate-a-will-be-positive-with-respect-to-plate-b-3-the-polarit https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNDYx-a-metallic-rod-of-1-text-m-length-is-rotated-with-a-frequency-of-50-text-rev-s-with-one-end-hinged-at-the-centre-and-the-other-end-at-the-circumference-of-a-circular-metallic-ring-of-radius-1-text-m-a https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNDYz-a-wheel-with-10-metallic-spokes-each-0-5-text-m-long-is-rotated-with-a-speed-of-120-text-rev-min-in-a-plane-normal-to-the-horizontal-component-of-earth-rsquo-s-magnetic-field-h-e-at-a-place-if-h-e-0-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNDY0-refer-to-figure-the-arm-pq-of-the-rectangular-conductor-is-moved-from-x-0-outwards-the-uniform-magnetic-field-is-perpendicular-to-the-plane-and-extends-from-x-0-to-x-b-and-is-zero-for-x-b-only-the-arm https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNDY1-refer-to-the-figure-the-arm-pq-of-the-rectangular-conductor-is-moved-from-x-0-outwards-the-uniform-magnetic-field-is-perpendicular-to-the-plane-and-extends-from-x-0-to-x-b-to-x-b-and-is-zero-for-x-b-o https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNjYw-the-arm-pq-of-the-rectangular-conductor-is-moved-from-x-0-outwards-the-uniform-magnetic-field-is-perpendicular-to-the-plane-and-extends-from-x-0-to-x-b-and-is-zero-for-x-b-only-the-arm-pq-possesses-su https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNjYx-two-concentric-circular-coils-one-of-small-radius-r-1-and-the-other-of-large-radius-r-2-such-that-r-1-r-2-are-placed-co-axially-with-centres-coinciding-the-mutual-inductance-of-the-arrangement-is-1-df https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNjYy-the-expression-for-the-magnetic-energy-stored-in-a-solenoid-in-terms-of-magnetic-field-b-area-a-and-length-l-of-the-solenoid-is-1-dfrac-1-mu-0-b-2al-2-dfrac-1-2-mu-0-b-2al-3-dfrac-2-mu-0-b-2al-4-dfrac https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNjYz-the-ratio-of-magnetic-energy-per-unit-volume-and-electrostatic-energy-stored-per-unit-volume-in-a-parallel-plate-capacitor-is-1-left-dfrac-1-varepsilon-0-mu-0-right-dfrac-b-2-e-2-2-left-dfrac-1-vareps https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjcxNjY0-kamla-peddles-a-stationary-bicycle-the-pedals-of-the-bicycle-are-attached-to-a-100-turn-coil-of-an-area-of-0-10-text-m-2-the-coil-rotates-at-half-a-revolution-per-second-and-it-is-placed-in-a-uniform https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM5MzQ3-a-square-loop-with-a-side-length-of-1-text-m-and-resistance-of-1-omega-is-placed-in-a-uniform-magnetic-field-of-0-5-text-t-the-plane-of-the-loop-is-perpendicular-to-the-direction-of-the-magnetic-field https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM5MzY4-a-big-circular-coil-with-1000-turns-and-an-average-radius-of-10-text-m-is-rotating-about-its-horizontal-diameter-at-a-rate-of-2-text-rad-s-1-the-vertical-component-of-the-earth-s-magnetic-field-at-tha https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM5NzMw-the-current-in-an-inductor-of-self-inductance-4-text-h-changes-from-4-text-a-to-2-text-a-in-1-text-s-the-emf-induced-in-the-coil-is-1-2-text-v-2-2-text-v-3-4-text-v-4-8-text-v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM5NzQ0-the-dimensions-of-mutual-inductance-m-are-1-left-m-2lt-2-a-2-right-2-left-mlt-2-a-2-right-3-left-m-2-l-2-t-2-a-2-right-4-left-ml-2-t-2-a-2-right-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM5NzQ4-an-inductor-coil-of-self-inductance-10-text-h-carries-a-current-of-1-text-a-the-magnetic-field-energy-stored-in-the-coil-is-1-10-text-j-2-2-5-text-j-3-20-text-j-4-5-text-j-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2NTk3-the-magnetic-flux-linked-to-a-circular-coil-of-radius-r-is-given-by-phi-2t-3-4t-2-2t-5-wb-what-is-the-magnitude-of-the-induced-emf-in-the-coil-at-t-5-s-1-108-v-2-197-v-3-150-v-4-192-v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzY2OTIx-the-magnetic-energy-stored-in-an-inductor-of-inductance-4-mu-text-h-carrying-a-current-of-2-text-a-is-1-8-mu-text-j-2-4-mu-text-j-3-4-text-mj-4-8-text-mj-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzY4MzIz-an-emf-is-generated-by-an-ac-generator-having-100-turn-coil-of-loop-area-1-m2-the-coil-rotates-at-a-speed-of-one-revolution-per-second-and-placed-in-a-uniform-magnetic-field-of-0-05-t-perpendicular-to https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDU0OTgy-in-the-above-diagram-a-strong-bar-magnet-is-moving-towards-solenoid-2-from-solenoid-1-the-direction-of-induced-current-in-solenoid-1-and-that-in-solenoid-2-respectively-are-through-the-directions-1-ba https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDU2NzAw-an-ideal-inductor-resistor-battery-circuit-is-switched-on-at-t-0-text-s-at-time-t-the-current-is-i-i-0-left-1-e-left-frac-t-tau-right-right-text-a-where-i-0-is-the-steady-state-value-the-time-at-which https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDU2NzU3-a-conducting-circular-loop-of-face-area-2-5-times-10-3-text-m-2-is-placed-perpendicular-to-a-magnetic-field-which-varies-as-b-0-5-text-sin-100-pi-t-text-t-the-magnitude-of-induced-emf-at-time-t-0-text https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDU2Nzcz-a-rod-of-length-l-rotates-with-a-small-uniform-angular-velocity-omega-about-its-perpendicular-bisector-a-uniform-magnetic-field-b-exists-parallel-to-the-axis-of-rotation-the-potential-difference-betwe https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjUwOTEz-in-a-coil-of-resistance-10-omega-the-induced-current-developed-by-changing-magnetic-flux-through-it-is-shown-in-the-figure-as-a-function-of-time-the-magnitude-of-change-in-flux-through-the-coil-in-web https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTIwOTA-a-coil-of-resistance-400-omega-is-placed-in-a-magnetic-field-the-magnetic-flux-phi-text-wb-linked-with-the-coil-varies-with-time-t-text-s-as-phi-50t-2-4-the-current-in-the-coil-at-t-2-text-s-is-1-0-5 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzI2MTAw-a-circular-loop-of-radius-r-enters-a-region-of-uniform-magnetic-field-b-as-shown-in-the-diagram-the-field-b-is-perpendicular-to-the-plane-of-the-loop-while-the-velocity-of-the-loop-v-is-along-its-plan https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQxMDQ1-the-magnetic-field-through-a-closed-loop-of-conducting-wire-covering-an-area-of-100-cm2-is-5-times10-2-t-and-it-is-uniform-and-normal-to-the-area-if-the-field-is-switched-off-in-a-time-of-10-ms-the-av https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTI1NDg-a-conducting-circular-loop-is-placed-in-a-uniform-magnetic-field-b-0-025-text-t-with-its-plane-perpendicular-to-the-loop-the-radius-of-the-loop-is-made-to-shrink-at-a-constant-rate-of-1-text-mm-s-1-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIyNzY2-a-square-wire-loop-of-resistance-0-5-omega-m-having-a-side-10-cm-and-made-of-100-turns-is-suddenly-flipped-in-a-magnetic-field-b-which-is-perpendicular-to-the-plane-of-the-loop-a-charge-of-2-times10-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTE0MDE-a-wire-loop-is-rotated-in-a-magnetic-field-the-frequency-of-change-of-direction-of-the-induced-emf-is-1-twice-per-revolution-2-four-times-per-revolution-3-six-times-per-revolution-4-once-per-revolutio https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQzMjg5-a-straight-horizontal-wire-mathrm-ab-of-length-l-falls-from-rest-under-gravity-a-uniform-horizontal-magnetic-field-b-acts-perpendicular-to-the-plane-of-motion-of-mathrm-ab-as-shown-in-the-figure-the-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDUz-a-rod-of-length-l-rotates-with-a-uniform-angular-velocity-omega-about-its-perpendicular-bisector-a-uniform-magnetic-field-b-exists-parallel-to-the-axis-of-rotation-the-potential-difference-between-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDY1-a-conducting-rod-is-moved-with-a-constant-velocity-v-in-a-magnetic-field-a-potential-difference-appears-across-the-two-ends-a-if-overrightarrow-v-overrightarrow-l-b-if-overrightarrow-v-overrightarrow https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM4MzQz-an-l-shaped-rod-abc-ab-bc-a-moves-in-its-own-plane-with-a-velocity-v-parallel-to-ab-there-is-a-uniform-magnetic-field-b-acting-into-the-plane-as-shown-the-emf-developed-between-a-c-is-1-bav-2-sqrt2bav https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM4MTI3-a-conducting-circular-wire-of-radius-r-is-moving-with-constant-velocity-v-towards-the-right-in-a-uniform-magnetic-field-b-we-consider-two-points-x-y-such-that-chord-xy-is-perpendicular-to-the-velocity https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM1OTMx-a-straight-horizontal-wire-of-mass-m-and-length-l-and-having-a-negligible-resistance-can-slide-freely-on-a-pair-of-conducting-parallel-rails-placed-vertically-the-rails-are-connected-at-the-top-by-a-c https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzMxNzc4-a-triangular-wire-frame-in-the-form-of-an-equilateral-triangle-pqr-moves-with-a-uniform-velocity-into-a-region-where-there-is-a-uniform-magnetic-field-b-the-edge-pq-is-parallel-to-the-boundary-of-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIyNzU5-a-rod-xy-of-length-l-is-placed-in-a-uniform-magnetic-field-b-as-shown-in-the-diagram-the-rod-moves-with-a-velocity-v-making-an-angle-of-60-circ-with-its-length-the-emf-induced-in-the-rod-is-1-vbl-2-df https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzI2MDk5-a-rectangular-loop-of-conducting-wire-is-bent-symmetrically-so-that-its-two-plane-halves-are-inclined-at-right-angles-with-respect-to-each-other-i-e-angle-pqr-angle-s-t-u-90-circ-every-segment-has-a-l https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzMxNzgw-a-small-solenoid-is-kept-inside-a-much-larger-solenoid-with-their-axes-parallel-to-each-other-the-small-solenoid-has-a-cross-sectional-radius-r-1-length-l-1-and-the-total-number-of-turns-n-1-the-corre https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM3NzE4-the-self-inductance-of-a-long-solenoid-of-cross-section-a-total-length-l-and-total-number-of-turns-n-is-approximately-1-dfrac-mu-0a-l-cdot-n-2-dfrac-mu-0a-l-cdot-n-2-3-dfrac-mu-0l-3-a-cdot-n-4-dfrac-m https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzU4MjU5-a-current-of-2-5-text-a-flows-through-a-coil-of-inductance-5-text-h-the-magnetic-flux-linked-with-the-coil-is-1-0-5-text-wb-2-12-5-text-wb-3-zero-4-2-text-wb-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDY1OTYw-a-uniform-magnetic-field-exists-in-space-as-vec-b-4-hat-i-text-t-the-magnetic-flux-through-an-area-vec-s-2-hat-i-4-hat-j-text-m-2-is-1-6-text-wb-2-2-text-wb-3-8-text-wb-4-4-text-wb-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDU0Mzk2-the-magnetic-flux-through-a-circular-loop-varies-with-time-according-to-the-given-equation-phi-5-t-2-3-t-5-where-phi-is-in-webers-and-t-is-in-seconds-if-the-resistance-of-the-loop-is-8-omega-what-is-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzUwMDAw-an-iron-rod-is-placed-parallel-to-magnetic-field-of-intensity-2000-a-m-the-magnetic-flux-through-the-rod-is-6-times-10-4-wb-and-area-of-cross-section-is-3-cm2-the-magnetic-permeability-of-the-rod-in-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc5MzU1-in-a-coil-of-resistance-100-omega-a-current-is-induced-by-changing-the-magnetic-flux-through-it-as-shown-in-the-graph-the-magnitude-of-the-change-in-the-flux-through-the-coil-is-1-200-text-wb-2-225-te https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzI4NDc1-the-flux-linked-with-a-coil-at-any-instant-t-is-given-by-phi-ct-2-20t-3-if-the-induced-emf-at-t-2-text-s-is-zero-then-value-of-c-is-1-2-2-3-3-5-4-10-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQzMzU2-magnetic-flux-in-weber-in-a-closed-circuit-of-resistance-20-omega-varies-with-time-t-text-s-as-phi-8-t-2-9-t-5-the-magnitude-of-the-induced-current-at-t-0-25-text-s-will-be-1-150-ma-2-300-ma-3-250-ma https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzNzY2-which-of-the-following-statements-is-true-according-to-lenz-s-law-of-electromagnetic-induction-1-the-induced-emf-is-such-that-it-supports-the-change-in-magnetic-flux-2-the-induced-current-flows-in-a-d https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc4NzIx-a-small-bar-magnet-is-moved-through-a-coil-at-constant-speed-from-one-end-to-the-other-which-of-the-following-series-of-observations-will-be-seen-on-the-galvanometer-g-attached-across-the-coil-three-p https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjY0NjQy-the-magnetic-flux-through-a-circuit-of-resistance-r-changes-by-an-amount-delta-phi-in-a-time-delta-t-then-the-total-quantity-of-electric-charge-q-that-passes-any-point-in-the-circuit-during-the-time-d https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ4MTE1-on-increasing-the-clockwise-current-in-one-of-the-coaxial-loops-the-current-induced-in-the-other-loop-will-be-1-clockwise-2-anticlockwise-3-no-current-will-be-induced-4-dependent-on-the-distance-betwe https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2MTYx-an-ac-generation-1-involves-rotation-of-a-coil-in-a-magnetic-field-parallel-to-the-axis-of-rotation-of-the-coil-2-involves-rotation-of-a-coil-in-a-magnetic-field-perpendicular-to-the-axis-of-rotation https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzMDQw-a-time-varying-magnetic-flux-passing-through-a-coil-is-given-by-phi-xt-2-if-at-t-3-text-s-the-emf-induced-is-9-text-v-then-the-value-of-x-is-1-0-66-text-wb-s-2-2-0-66-text-wb-s-2-3-1-5-text-wb-s-2-4-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mzk1MzA0-in-order-for-an-electromotive-force-emf-to-be-induced-in-a-circuit-1-a-time-dependent-magnetic-field-must-be-present-2-circuit-must-move-relative-to-a-magnetic-field-3-magnetic-flux-through-the-circui https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ4OTQx-the-given-figure-shows-two-loops-a-and-b-in-the-same-plane-if-the-current-in-the-loop-a-is-increased-the-current-induced-in-the-loop-b-as-observed-by-us-1-will-be-clockwise-2-will-be-anticlockwise-3-w https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mzk1MzAx-if-a-coil-of-wire-having-n-turns-is-placed-in-a-uniform-time-varying-magnetic-field-b-and-the-area-of-the-coil-is-a-then-an-emf-is-induced-in-the-coil-1-nab-2-na-large-frac-db-dt-3-int-nabdt-4-na-larg https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQzNjM2-a-conducting-circular-loop-of-radius-1-text-m-lies-in-the-xy-text-plane-in-a-time-dependent-magnetic-field-vec-b-3t-2-hat-j-3t-2-hat-k-in-si-units-if-the-induced-emf-in-the-loop-at-t-2-text-s-is-expre https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246MzA2MjI-when-a-metallic-plate-swings-between-the-poles-of-a-magnet-1-no-effect-of-the-plate-2-eddy-current-are-set-up-inside-the-plate-and-the-direction-of-the-current-is-along-the-motion-of-the-plate-3-eddy https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzY3Mzg1-variation-of-the-magnetic-field-through-a-coil-of-area-4-text-m-2-is-shown-in-the-figure-what-is-the-emf-induced-in-the-coil-in-mv-1-8-text-mv-2-16-text-mv-3-4-text-mv-4-2-text-mv-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzOTA1-if-the-radius-of-the-coil-changing-at-the-rate-of-10-2-m-s-in-a-normal-magnetic-field-10-4-t-the-induced-emf-at-particular-instant-is-1-mu-text-v-what-is-the-approximate-radius-of-the-coil-at-that-ins https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ1OTE2-a-coil-with-an-area-of-100-cm-is-initially-positioned-perpendicular-to-a-uniform-magnetic-field-of-0-2-text-t-it-is-then-rotated-by-90-circ-in-a-duration-of-2-text-s-making-it-parallel-to-the-magnetic https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzY2ODI3-the-emf-generated-in-a-moving-rod-within-a-uniform-magnetic-field-b-is-0-08-text-v-the-speed-v-of-the-rod-is-1-1-m-s-2-2-m-s-3-3-m-s-4-4-m-s-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzMDM2-a-metal-wire-of-mass-m-slides-without-friction-on-two-horizontal-rails-l-distance-apart-the-track-is-in-a-vertical-uniform-magnetic-field-of-induction-b-a-battery-of-constant-emf-varepsilon-is-connect https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzMDU3-a-copper-disc-of-radius-0-1-text-m-is-rotated-about-its-centre-with-20-revolutions-per-second-in-a-uniform-magnetic-field-of-0-1-text-t-with-its-plane-perpendicular-to-the-field-the-emf-induced-across https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc4NjM1-an-infinitely-long-straight-wire-carrying-current-i-one-side-opened-rectangular-loop-and-a-conductor-c-with-a-sliding-connector-are-located-in-the-same-plane-as-shown-in-the-figure-the-connector-has-l https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDU2MTA3-a-conducting-rod-moves-in-a-uniform-magnetic-field-as-shown-in-the-figure-the-induced-emf-across-the-ends-of-the-rod-is-1-3-text-mv-2-6-text-mv-3-0-text-v-4-1-text-mv-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDU4-consider-the-following-statements-a-an-emf-can-be-induced-by-moving-a-conductor-in-a-magnetic-field-b-an-emf-can-be-induced-by-changing-the-magnetic-field-1-both-a-and-b-are-true-2-a-is-true-but-b-is https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzODky-a-conducting-rod-ab-of-length-l-1-text-m-is-moving-at-a-velocity-2-text-m-s-making-an-angle-30-circ-with-its-length-a-uniform-magnetic-field-b-1-text-t-exists-in-a-direction-perpendicular-to-the-plane https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzYzMDU2-a-metal-rod-of-length-1-m-is-moving-perpendicular-to-its-length-with-8-m-s-velocity-along-the-positive-x-text-axis-a-magnetic-field-b-2-text-t-exists-perpendicular-to-the-plane-of-motion-the-emf-induc https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246MjY1NjE-a-rod-of-length-l-rotates-with-uniform-angular-velocity-omega-about-an-axis-passing-through-its-one-end-and-perpendicular-to-its-length-if-a-uniform-magnetic-field-exists-perpendicular-to-the-axis-of https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTIwODI5-a-square-loop-of-side-15-cm-being-moved-towards-right-at-a-constant-speed-of-2-cm-s-as-shown-in-figure-the-front-edge-enters-the-50-cm-wide-magnetic-field-at-t-0-the-value-of-induced-emf-in-the-loop-a https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2NzMw-in-an-ac-generator-a-coil-with-n-turns-all-having-the-same-area-a-and-a-total-resistance-r-rotates-with-an-angular-frequency-omega-in-a-uniform-magnetic-field-b-the-peak-value-of-the-induced-emf-will https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjY0NTk5-initially-plane-of-a-coil-is-parallel-to-the-uniform-magnetic-field-b-if-in-time-delta-t-the-coil-is-perpendicular-to-the-magnetic-field-then-charge-flows-in-delta-t-depends-on-this-time-as-1-propto-d https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mzg2ODA0-a-rod-of-length-l-is-translated-with-a-velocity-v-making-an-angle-theta-with-its-length-as-shown-in-the-figure-a-uniform-magnetic-field-vec-b-exists-normal-to-the-plane-of-motion-the-induced-emf-in-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTA3MTcz-which-of-the-following-statements-about-electromagnetic-induction-are-correct-a-electromagnetic-induction-occurs-when-a-conductor-moves-relative-to-a-magnet-b-electromagnetic-induction-occurs-when-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTExNjI-a-thin-semicircular-conducting-the-ring-pqr-of-radius-r-is-falling-with-its-plane-vertical-in-a-horizontal-magnetic-field-b-as-shown-in-the-figure-the-potential-difference-developed-across-the-ring-wh https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzY3MzA2-a-cube-with-side-length-25-text-cm-is-moving-with-a-uniform-velocity-of-8-text-m-s-in-the-positive-y-direction-as-shown-in-the-figure-the-cube-is-placed-in-a-uniform-magnetic-field-of-1-text-t-which-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzNzY4-the-self-inductance-of-a-coil-in-which-an-emf-of-20-text-v-is-induced-when-the-current-in-the-circuit-changes-uniformly-from-1-text-a-to-2-5-text-a-in-0-5-text-s-is-1-dfrac-20-3-text-h-2-dfrac-40-3-te https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc2OTk0-when-the-current-in-a-coil-changes-from-5-text-a-to-2-text-a-in-0-1-text-s-the-average-voltage-of-50-text-v-is-produced-the-self-inductance-of-the-coil-is-1-1-67-text-h-2-6-text-h-3-3-text-h-4-0-67-te https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzI4NDc3-a-coil-of-resistance-10-ohm-and-inductance-5-henry-is-connected-to-a-100-volt-battery-the-energy-stored-in-the-coil-is-1-250-text-joule-2-250-text-erg-3-125-text-joule-4-125-text-erg-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mzg2NzQz-an-average-induced-emf-of-0-2-text-v-appears-in-a-coil-when-the-current-in-it-is-changed-from-5-0-text-a-in-one-direction-to-5-0-text-a-in-the-opposite-direction-within-0-2-text-s-the-self-inductance https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246MjU0MTg-the-current-through-a-choke-coil-increases-from-zero-to-6-a-in-0-3-seconds-and-an-induced-emf-of-30-v-is-produced-the-inductance-of-the-coil-is-1-5-h-2-2-5-h-3-1-5-h-4-2-h-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDgyNTg5-given-below-are-two-statements-statement-i-energy-is-stored-by-a-current-carrying-inductance-and-this-is-proportional-to-the-square-of-the-current-statement-ii-the-emf-developed-by-an-inductance-is-pr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2MzYx-if-a-current-of-10-a-in-a-coil-of-self-inductance-5-mh-is-cut-off-in-time-0-1-s-then-induced-emf-in-the-coil-is-1-0-5-text-v-2-50-text-mv-3-5-text-mv-4-0-5-text-mv-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ1NzU3-a-current-of-0-2-a-flowing-through-a-coil-is-increasing-at-a-constant-rate-of-0-4-a-s-if-the-power-flowing-through-the-coil-is-0-4-w-the-self-inductance-of-the-coil-will-be-1-1-25-h-2-2-5-h-3-5-h-4-10 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ1NjU1-a-solenoid-has-a-cross-sectional-area-a-inductance-l-and-n-turns-per-unit-length-if-the-magnetic-field-inside-the-solenoid-is-b-then-the-magnetic-energy-stored-in-the-solenoid-is-1-dfrac-1-2-l-left-df https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2MDI3-a-10-omega-20-text-mh-coil-carrying-constant-current-is-connected-to-a-battery-of-20-text-v-through-a-switch-when-the-switch-is-opened-the-current-becomes-zero-in-100-mu-text-s-the-average-emf-induced https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ3MzU4-how-can-the-magnetic-energy-stored-in-a-solenoid-be-expressed-in-terms-of-its-magnetic-field-b-cross-sectional-area-a-length-l-and-permeability-of-free-space-mu-0-1-b-2al-mu-0-2-bal-2-mu-0-3-b-2al-2-m https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ1MTYw-two-long-solenoids-have-the-same-total-length-and-the-same-total-number-of-turns-but-their-cross-sectional-areas-are-different-a-1-a-2-where-a-1-a-2-their-self-inductances-l-1-l-2-are-in-the-ratio-app https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ1ODYw-a-coil-of-self-inductance-2-text-h-carries-a-current-increasing-according-to-the-law-i-2-sin-t-2-text-a-the-energy-stored-in-the-coil-when-the-current-rises-from-0-text-a-to-2-text-a-is-1-4-text-j-2-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQxODUx-given-below-are-two-statements-assertion-a-a-small-resistor-i-e-a-lamp-is-usually-applied-in-parallel-to-the-current-carrying-coil-of-an-electromagnet-reason-r-during-switching-off-high-voltage-is-ind https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTMwODA2-in-an-induction-coil-the-coefficient-of-mutual-inductance-is-4-h-if-current-of-5-a-in-the-primary-coil-is-cut-off-in-11500-1150011500-second-the-emf-at-the-terminals-of-the-secondary-coil-will-be-1-15 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzOTA2-two-coils-of-self-inductance-l-1-and-l-2-are-placed-so-close-together-that-the-effective-flux-in-one-coil-is-completely-linked-with-the-other-if-m-is-the-mutual-inductance-between-them-then-1-m-l-1l-2 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ1Njk3-when-the-current-in-a-certain-coil-changes-at-a-rate-of-3-text-a-s-an-induced-emf-of-7-text-mv-is-observed-in-a-nearby-coil-what-is-the-mutual-inductance-of-this-arrangement-1-0-33-text-mh-2-1-66-text https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDY1OTc1-two-closed-conducting-loops-have-a-mutual-inductance-of-1-text-h-what-is-the-average-emf-induced-in-one-loop-if-the-current-in-the-other-loop-changes-by-2-text-a-in-1-text-s-1-1-text-v-2-2-text-v-3-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzMDQy-two-coils-of-self-inductance-2-text-mh-and-8-text-mh-are-placed-so-close-together-that-the-effective-flux-in-one-coil-is-completely-linked-with-the-other-the-mutual-inductance-between-these-coils-is-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2MzYw-current-varying-at-the-rate-4-a-s-in-a-coil-generates-an-emf-of-16-mv-in-a-nearby-coil-the-mutual-inductance-of-the-two-coils-is-1-4-0-times-10-3-mh-2-4-0-times-10-3-h-3-2-5-times-10-2-h-4-2-5-times-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTkz-a-small-circular-loop-of-radius-r-is-placed-inside-a-circular-loop-of-radius-r-left-r-gg-r-right-the-loops-are-coplanar-and-their-centres-coincide-the-mutual-inductance-of-the-system-is-proportional-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIyNzY0-the-mutual-inductance-between-the-two-circuits-can-be-determined-by-simply-letting-a-current-i-flow-through-one-circuit-and-finding-the-flux-of-the-magnetic-field-through-the-second-circuit-phi-2-m-12 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQwMTY4-given-below-are-two-statements-assertion-a-when-two-coils-are-wound-on-each-other-the-mutual-induction-between-the-coils-is-maximum-reason-r-mutual-induction-does-not-depend-on-the-orientation-of-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mzk1MzA1-two-circuits-are-placed-close-to-each-other-the-first-circuit-a-carries-a-current-i-a-changing-with-time-while-the-second-circuit-b-is-kept-closed-with-a-resistance-r-b-in-it-the-emf-induced-in-the-se https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjYzNzk3-two-coils-have-a-mutual-inductance-0-005-h-the-current-changes-in-the-first-coil-according-to-equation-i-i-0-sin-omega-t-where-i-0-2-a-and-omega-100-pi-rad-s-the-maximum-value-of-emf-in-the-second-coi https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3MDc0-a-small-circular-loop-of-wire-of-radius-a-is-located-at-the-centre-of-a-much-larger-circular-wire-loop-of-radius-b-the-two-loops-are-in-the-same-plane-the-outer-loop-of-radius-b-carries-an-alternating https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc3Mzk1-two-coil-p-and-q-are-separated-by-some-distance-when-a-current-of-3-text-a-flows-through-coil-p-a-magnetic-flux-of-10-3-text-wb-passes-through-q-no-current-is-passed-through-q-when-no-current-passes-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc5MjQ5-an-electrical-circuit-segment-contains-a-50-text-mh-inductor-in-series-with-a-30-text-v-source-and-a-2-omega-resistor-connected-between-points-p-and-q-as-shown-at-a-certain-instant-the-current-through https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIyNzYx-an-inductor-l-and-a-resistor-r-are-connected-in-series-across-a-battery-of-emf-e-and-the-circuit-is-switched-on-the-current-rises-steadily-the-rate-of-increase-of-the-current-left-text-i-e-dfrac-di-dt https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzMzOTk2-an-ac-sub-circuit-contains-an-inductor-l-and-a-resistor-r-0-2-omega-connected-in-series-as-shown-in-the-diagram-below-at-a-certain-instant-v-a-v-b-0-5-text-v-i-0-5-text-a-and-the-current-is-increasing https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzYzMTYw-in-a-part-of-the-circuit-as-shown-it-is-given-that-the-current-is-decreasing-at-a-rate-of-1-text-a-s-then-v-a-v-b-is-equal-to-1-18-text-v-2-18-text-v-3-9-text-v-4-9-text-v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDk0-l-c-and-r-represent-the-physical-quantities-inductance-capacitance-and-resistance-respectively-which-of-the-following-combinations-have-dimensions-of-frequency-a-dfrac-1-rc-b-dfrac-r-l-c-dfrac-1-sqrt https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDU0MDQ2-the-figure-below-illustrates-a-part-of-a-circuit-the-rate-of-change-of-current-in-the-inductor-is-1-dfrac-1-2-text-a-s-1-2-1-text-a-s-1-3-dfrac-1-4-text-a-s-1-4-dfrac-1-4-text-a-s-1-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc5Mjg2-a-coil-of-inductance-2-text-h-having-negligible-resistance-is-connected-to-a-source-of-supply-whose-voltage-is-given-by-v-3t-volt-where-t-is-in-second-if-the-voltage-is-applied-when-t-0-then-the-energ https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzNzQx-the-core-of-any-transformer-is-laminated-by-doing-this-we-are-ensuring-that-1-transformer-is-light-weighted-2-the-efficiency-of-transformer-is-low-3-losses-due-to-eddy-currents-are-minimized-4-transfo https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzNjI2-eddy-currents-can-be-minimised-by-1-reducing-relative-motion-between-the-core-and-magnet-in-an-electric-motor-2-by-making-the-core-of-thin-laminations-3-by-increasing-the-conductor-cross-sectional-are https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDUwODQz-a-metal-plate-is-getting-heated-it-can-be-because-a-a-direct-current-is-passing-through-the-plate-b-it-is-placed-in-a-time-varying-magnetic-field-c-it-is-placed-in-a-space-varying-magnetic-field-but-d https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzNjI4-eddy-currents-are-useful-in-several-practical-applications-but-not-in-all-in-which-of-the-following-devices-are-eddy-currents-not-used-1-electromagnetic-braking-system-in-trains-2-induction-furnace-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMzUx-the-net-magnetic-flux-through-any-closed-surface-kept-in-uniform-magnetic-field-is-1-zero-2-dfrac-mu-0-4-pi-3-4-pi-0-4-dfrac-4-mu-0-pi-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMzYx-if-a-current-is-passed-through-a-circular-loop-of-radius-r-then-magnetic-flux-through-a-coplanar-square-loop-of-side-l-as-shown-in-the-figure-l-1-dfrac-mu-0-i-2-dfrac-r-2-l-2-dfrac-mu-0-i-l-2-2-r-3-df https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzNjAw-the-radius-of-a-loop-as-shown-in-the-figure-is-10-text-cm-if-the-magnetic-field-is-uniform-and-has-a-value-10-2-text-t-then-the-flux-through-the-loop-will-be-1-2-pi-times-10-2-text-wb-2-3-pi-times-10 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTQ1-a-circular-loop-of-radius-r-carrying-current-i-lies-in-the-x-text-y-plane-if-the-centre-of-the-loop-coincides-with-the-origin-then-the-total-magnetic-flux-passing-through-the-x-text-y-plane-will-be-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTc2-a-coil-having-number-of-turns-n-and-cross-sectional-area-a-is-rotated-in-a-uniform-magnetic-field-b-with-an-angular-velocity-omega-the-maximum-value-of-the-emf-induced-in-it-is-1-frac-nba-omega-2-nba https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQwMjg0-in-a-circuit-with-a-coil-of-resistance-2-omega-the-magnetic-flux-changes-from-2-0-wb-to-10-0-wb-in-0-2-text-s-the-charge-that-flows-in-the-coil-during-this-time-is-1-5-0-text-c-2-4-0-text-c-3-1-0-text https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTIyMTY5-the-current-in-a-coil-varies-with-time-t-as-i-3-t-2-2t-if-the-inductance-of-coil-be-10-mh-the-value-of-induced-emf-at-t-2-text-s-will-be-1-0-14-text-v-2-0-12-text-v-3-0-11-text-v-4-0-13-text-v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTMwNTY5-a-coil-having-an-area-a-0-is-placed-in-a-magnetic-field-which-changes-from-b-0-text-to-4b-0-in-time-interval-t-the-average-emf-induced-in-the-coil-will-be-1-frac-3-a-0-b-0-t-2-frac-4-a-0-b-0-t-3-frac https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTEx-a-bar-magnet-is-released-along-the-vertical-axis-of-the-conducting-coil-the-acceleration-of-the-bar-magnet-is-1-greater-than-g-2-less-than-g-3-equal-to-g-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTk5-a-wire-loop-is-rotated-in-a-magnetic-field-the-frequency-of-change-of-direction-of-the-induced-e-m-f-is-1-twice-per-revolution-2-four-times-per-revolution-3-six-times-per-revolution-4-once-per-revolut https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM5NjQ0-given-below-are-two-statements-assertion-a-the-bar-magnet-falling-vertically-along-the-axis-of-the-horizontal-coil-will-be-having-acceleration-less-than-g-reason-r-clockwise-current-induced-in-the-coi https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ4ODg3-in-the-given-magnetic-flux-versus-time-graph-the-magnitude-of-emf-induced-in-the-loop-at-t-3-text-s-is-1-5-v-2-4-v-3-3-v-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTIz-an-aluminium-ring-b-faces-an-electromagnet-a-if-the-current-i-through-a-can-be-altered-then-1-whether-i-increases-or-decreases-b-will-not-experience-any-force-2-if-i-decreases-a-will-repel-b-3-if-i-in https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTI4MDI-a-conducting-circular-loop-is-placed-in-a-uniform-magnetic-field-of-0-04-t-with-its-plane-perpendicular-to-the-magnetic-field-the-radius-of-the-loop-starts-shrinking-at-a-rate-of-2-mm-s-the-induced-em https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTIw-as-shown-in-the-figure-a-magnet-is-moved-at-a-fast-speed-towards-a-coil-at-rest-due-to-this-induced-electromotive-force-induced-current-and-induced-charge-in-the-coil-is-e-i-and-q-respectively-if-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTE5-a-magnet-is-brought-towards-a-coil-first-i-speedily-ii-slowly-it-can-be-concluded-that-the-induced-e-m-f-and-the-induced-charge-in-the-two-cases-will-be-respectively-1-more-in-the-first-case-more-in-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4Mzk1-the-magnetic-flux-through-a-coil-varies-with-time-t-as-shown-in-the-diagram-which-graph-best-represents-the-variation-of-the-emf-e-induced-in-the-coil-with-time-t-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTcxMjE1-some-magnetic-flux-is-changed-from-a-coil-of-resistance-10-omega-as-a-result-an-induced-current-is-developed-in-it-which-varies-with-time-as-shown-in-the-figure-the-magnitude-of-change-in-flux-through https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTYy-the-graph-gives-the-magnitude-b-t-of-a-uniform-magnetic-field-that-exists-throughout-a-conducting-loop-perpendicular-to-the-plane-of-the-loop-rank-the-five-regions-of-the-graph-according-to-the-magnit https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTM2NDEz-a-rectangular-loop-of-wire-shown-below-is-coplanar-with-a-long-wire-carrying-current-i-the-loop-is-pulled-to-the-right-as-indicated-what-are-the-directions-of-the-induced-current-in-the-loop-and-the-m https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTIxOTU5-a-coil-has-1000-turns-and-500-cm2-as-its-area-the-plane-of-the-coil-is-placed-at-right-angles-to-a-magnetic-field-of-2-times-10-5-text-wb-m-2-the-coil-is-rotated-through-180-circ-in-0-2-seconds-the-av https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTIyNTc0-a-coil-of-a-mean-area-of-500-text-cm-2-and-1000-turns-is-held-perpendicular-to-a-uniform-field-of-0-4-gauss-the-coil-is-turned-through-180-circ-in-frac-1-10-seconds-the-average-induced-emf-is-1-0-04-v https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTQ3-a-uniform-but-time-varying-magnetic-field-b-t-exists-in-a-circular-region-of-radius-a-and-is-directed-into-the-plane-of-the-paper-as-shown-the-magnitude-of-the-induced-electric-field-at-point-p-at-a-d https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTc3Mzkw-a-square-coil-acde-with-its-plane-vertical-is-released-from-rest-in-a-horizontal-uniform-magnetic-field-vec-b-of-length-2l-figure-the-acceleration-of-the-coil-is-1-less-than-g-for-all-the-time-till-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQzMjg4-given-below-are-two-statements-statement-i-a-steady-magnetic-field-can-be-produced-by-a-steady-current-statement-ii-a-steady-current-can-be-produced-in-a-circuit-by-a-changing-magnetic-field-1-stateme https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTIy-a-metallic-ring-connected-to-a-rod-oscillates-freely-like-a-pendulum-if-now-a-magnetic-field-is-applied-in-the-horizontal-direction-so-that-the-pendulum-now-swings-through-the-field-the-pendulum-will https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQwMzAy-in-the-figure-shown-a-square-loop-pqrs-of-side-a-and-resistance-r-is-placed-near-an-infinitely-long-wire-carrying-a-constant-current-i-the-sides-pq-and-rs-are-parallel-to-the-wire-the-wire-and-the-loo https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQzOTk0-a-magnetic-rod-is-inside-a-coil-of-wire-which-is-connected-to-an-ammeter-if-the-rod-is-stationary-which-of-the-following-statements-is-true-1-the-rod-induces-a-small-current-2-the-rod-loses-its-magnet https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTk4NjI5-a-1-text-m-long-metallic-rod-is-rotating-with-an-angular-frequency-of-400-text-rad-s-about-an-axis-normal-to-the-rod-passing-through-its-one-end-the-other-end-of-the-rod-is-in-contact-with-a-circular https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTU2-a-wire-cd-of-length-l-and-mass-m-is-sliding-without-friction-on-conducting-rails-ax-and-by-as-shown-the-vertical-rails-are-connected-to-each-other-with-a-resistance-r-between-a-and-b-a-uniform-magneti https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTUy-a-conductor-abocd-moves-along-its-bisector-with-a-velocity-of-1-m-s-through-a-perpendicular-magnetic-field-of-1-text-wb-m-2-as-shown-in-fig-if-all-the-four-sides-are-of-1-m-length-each-then-the-induce https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTQ0-consider-the-situation-shown-in-the-figure-the-wire-ab-is-sliding-on-the-fixed-rails-with-a-constant-velocity-if-the-wire-ab-is-replaced-by-a-semicircular-wire-the-magnitude-of-the-induced-current-wil https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTI5MTY-a-rectangular-a-square-a-circular-and-an-elliptical-loop-all-in-the-x-text-y-plane-are-moving-out-of-a-uniform-magnetic-field-with-a-constant-velocity-vec-v-v-hat-i-the-magnetic-field-is-directed-alon https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4NDA0-when-a-conducting-wire-xy-is-moved-towards-the-right-a-current-flows-in-the-anti-clockwise-direction-direction-of-magnetic-field-at-point-o-is-1-parallel-to-the-motion-of-wire-2-along-with-xy-3-perpen https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQwMjk3-a-conducting-square-frame-of-side-a-and-a-long-straight-wire-carrying-current-i-are-located-in-the-same-plane-as-shown-in-the-figure-the-frame-moves-to-the-right-with-a-constant-velocity-v-the-emf-ind https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQwMjYy-an-electric-potential-difference-will-be-induced-between-the-ends-of-the-conductor-shown-in-the-diagram-when-the-conductor-moves-in-the-direction-of-1-p-2-q-3-l-4-m-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTI4-a-conducting-wire-is-moving-towards-the-right-in-a-magnetic-field-b-the-direction-of-the-induced-current-in-the-wire-is-shown-in-the-figure-the-direction-of-the-magnetic-field-will-be-1-in-the-plane-o https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTMy-a-rod-having-length-l-and-resistance-r-0-is-moving-with-a-speed-v-as-shown-in-the-figure-the-current-through-the-rod-is-1-dfrac-b-l-v-frac-r-1-r-2-r-1-r-2-r-0-2-dfrac-blv-left-frac-1-r-1-frac-1-r-2-fr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTMwOTIw-a-rod-ab-of-length-l-is-moving-with-constant-speed-v-in-a-uniform-magnetic-field-on-a-conducting-u-shaped-wire-as-shown-if-the-rate-of-loss-of-heat-energy-across-resistance-r-is-q-then-the-force-neede https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTc3OTU0-a-copper-rod-of-mass-m-slides-under-gravity-on-two-smooth-parallel-rails-l-distance-apart-and-set-at-an-angle-theta-to-the-horizontal-as-shown-in-figure-at-the-bottom-the-rails-are-joined-by-a-resista https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTQ5-a-conducting-rod-of-length-2l-is-rotating-with-constant-angular-speed-omega-about-its-perpendicular-bisector-a-uniform-magnetic-field-vec-b-exists-parallel-to-the-axis-of-rotation-the-emf-induced-betw https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTY2-a-square-loop-of-side-5-cm-enters-a-magnetic-field-with-1-cms-1-if-the-front-edge-enters-the-magnetic-field-at-t-0-then-which-graph-best-depicts-emf-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTU3-a-conducting-rod-ac-of-length-4l-is-rotated-about-point-o-in-a-uniform-magnetic-field-vec-b-directed-into-the-paper-if-ao-l-and-oc-3l-then-1-v-a-v-o-dfrac-b-omega-l-2-2-2-v-o-v-c-dfrac-7-2-b-omega-l-2 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTk2-a-long-solenoid-has-1000-turns-when-a-current-of-4-a-flows-through-it-the-magnetic-flux-linked-with-each-turn-of-the-solenoid-is-4-times-10-3-wb-the-self-inductance-of-the-solenoid-is-1-3-h-2-2-h-3-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTE1-a-coil-of-resistance-20-omega-and-inductance-5-h-has-been-connected-to-a-200-v-battery-the-maximum-energy-stored-in-the-coil-is-1-250-j-2-125-j-3-500-j-4-100-j-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQwNzgw-the-number-of-turns-in-a-coil-of-wire-of-fixed-radius-length-is-600-and-its-self-inductance-is-108-mh-the-self-inductance-of-a-coil-of-500-turns-will-be-1-74-mh-2-75-mh-3-76-mh-4-77-mh-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTcxMjE3-a-10-h-inductor-carries-a-current-of-20-a-how-much-ice-at-0-circ-text-c-could-be-melted-by-the-energy-stored-in-the-magnetic-field-of-the-inductor-latent-heat-of-ice-is-2-26-times-10-3-j-kg-1-0-08-kg https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTAwNzE4-a-coil-is-wound-of-a-frame-of-rectangular-cross-section-if-the-linear-dimensions-of-the-frame-are-doubled-and-the-number-of-turns-per-unit-length-of-the-coil-remains-the-same-then-the-self-inductance https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMzg3-the-dimensions-of-inductance-are-1-1-1-mlt-2a-2-mlt-2a-2-mlt-2a-2-2-2-2-ml2t-2a2-ml2t-2a2-ml2t-2a2-3-3-3-ml2t-2a-1-ml2t-2a-1-ml2t-2a-1-4-4-4-ml2t-2a-2-ml2t-2a-2-ml2t-2a-2-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjY1NjQ4-for-a-coil-having-l-2-text-mh-the-current-flow-through-it-is-i-t-2e-t-the-time-at-which-emf-becomes-zero-is-1-2-s-2-1-s-3-4-s-4-3-s-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4NDEx-the-magnetic-energy-stored-in-a-long-solenoid-of-an-area-of-cross-section-a-in-a-small-region-of-length-l-is-1-dfrac-b-2-al-2-mu-0-2-2-dfrac-al-2-mu-0-3-dfrac-1-2-mu-0-b-2-al-4-dfrac-b-2-al-2-mu-0-1-2 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTMy-two-circuits-have-coefficient-of-mutual-induction-of-0-09-henry-average-emf-induced-in-the-secondary-by-a-change-of-current-from-0-to-20-ampere-in-0-006-second-in-the-primary-will-be-1-120-v-2-80-v-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTYy-the-coefficient-of-mutual-inductance-between-two-coils-depends-upon-1-medium-between-coils-2-separation-between-coils-3-orientation-of-coils-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTc2ODIw-two-coils-of-10-turns-each-are-arranged-such-that-the-mutual-inductance-between-them-is-150-mh-the-magnetic-flux-linked-through-one-coil-when-2-amperes-current-will-flow-in-another-coil-will-be-1-1-ti https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTQ4-two-circular-coils-can-be-arranged-in-any-of-the-three-situations-shown-in-the-figure-their-mutual-inductance-will-be-1-maximum-in-the-situation-a-2-maximum-in-the-situation-b-3-maximum-in-the-situati https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4NDE3-two-coaxial-coils-are-very-close-to-each-other-and-their-mutual-inductance-is-5-mh-if-a-current-50-sin-500-t-is-passed-in-one-of-the-coils-then-the-peak-value-of-induced-emf-in-the-secondary-coil-will https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTY5-a-small-square-loop-of-wire-of-side-l-is-placed-inside-a-large-square-loop-of-side-l-l-l-if-the-loops-are-coplanar-and-their-centres-coincide-the-mutual-inductance-of-the-system-is-directly-proportion https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTcwNDE2-a-straight-solenoid-has-50-turns-per-cm-in-primary-coil-and-200-turns-in-the-secondary-coil-the-area-of-cross-section-of-the-solenoid-is-4-cm2-calculate-the-mutual-inductance-1-5-0-text-h-2-5-0-times https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQwMjk0-a-long-solenoid-of-diameter-0-1-m-has-2-times-10-4-turns-per-meter-at-the-centre-of-the-solenoid-a-coil-of-100-turns-and-a-radius-of-0-01-m-is-placed-with-its-axis-coinciding-with-the-solenoid-s-axis https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTQ0OTM3-in-the-figure-magnetic-energy-stored-in-the-coil-is-1-zero-2-infinite-3-25-joules-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTUzMTU3-a-solenoid-of-inductance-l-and-resistance-r-is-connected-to-a-battery-of-emf-e-the-maximum-value-of-magnetic-energy-stored-in-the-inductor-is-1-dfrac-e-2-2-r-2-dfrac-e-2-l-2-r-2-3-dfrac-e-2-l-r-4-dfra https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTcxMTIy-when-the-current-in-the-portion-of-the-circuit-shown-in-the-figure-is-2-a-and-increases-at-the-rate-of-1-a-s-the-measured-potential-difference-v-ab-8-v-however-when-the-current-is-2-a-and-decreases-at https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTIyODg0-the-network-shown-in-figure-is-a-part-of-a-complete-circuit-if-at-a-certain-instant-the-current-i-is-10-a-and-is-increasing-at-the-rate-of-4-times-10-3-a-sec-then-v-a-v-b-is-1-6-v-2-6-v-3-10-v-4-10-v https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTcxMTIx-in-the-circuit-diagram-shown-in-figure-r-10-omega-l-5-text-h-e-20-text-v-and-i-2-text-a-this-current-is-decreasing-at-a-rate-of-1-0-a-s-v-ab-at-this-instant-will-be-1-40-v-2-35-v-3-30-v-4-45-v-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzE4ODA-a-series-combination-of-inductance-l-and-resistance-r-is-connected-to-a-battery-of-emf-e-the-final-value-of-current-depends-on-1-l-and-r-2-e-and-r-3-e-and-l-4-e-l-and-r-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4NDEy-an-inductor-is-connected-to-a-direct-voltage-source-through-a-switch-then-1-a-very-large-emf-is-induced-in-inductor-when-the-switch-is-closed-2-a-large-emf-is-induced-when-the-switch-is-opened-3-a-lar https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjA4NDA3-eddy-currents-are-induced-when-1-a-metal-block-is-kept-in-a-changing-magnetic-field-2-a-metal-block-is-kept-in-a-uniform-magnetic-field-3-a-coil-is-kept-in-a-uniform-magnetic-field-4-current-is-passed https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTAwNzEy-consider-the-following-statements-i-a-small-magnet-takes-a-longer-time-in-falling-into-a-hollow-metallic-tube-without-touching-the-wall-ii-there-is-an-opposition-to-motion-due-to-the-production-of-edd https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjAwNTQw-in-which-of-the-following-devices-the-eddy-current-effect-is-not-used-1-electric-heater-2-induction-furnace-3-magnetic-braking-in-train-4-electromagnet-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTkyNzcx-a-rectangular-wire-loop-of-sides-8-cm-and-3-cm-with-a-small-cut-is-moving-out-of-a-region-of-uniform-magnetic-field-of-magnitude-0-3-t-directed-normal-to-the-plane-of-the-loop-the-emf-developed-across https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTk4MTg2-a-conducting-loop-of-finite-resistance-lies-on-the-xy-text-plane-there-is-a-constant-magnetic-field-in-the-z-direction-the-area-of-the-loop-varies-with-time-t-as-a-a-0-1-mathrm-sin-t-in-appropriate-un https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTk4MTg0-two-identical-inductors-are-connected-in-two-different-configurations-p-and-q-where-a-time-varying-current-i-t-is-flowing-as-shown-in-the-figure-the-induced-emf-between-points-a-and-b-for-configuratio https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTk4MTc2-consider-a-long-solenoid-of-length-l-and-radius-r-if-n-is-the-number-of-turns-per-unit-length-and-mu-0-is-the-permeability-of-free-space-the-inductance-of-the-solenoid-is-1-2-mu-0-pi-n-2-r-2-l-2-mu-0 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTM1MTE4-ab-is-a-part-of-an-electrical-circuit-see-figure-the-potential-difference-v-a-v-b-at-the-instant-when-current-i-2-text-a-and-is-increasing-at-a-rate-of-1-text-amp-second-is-1-9-text-volts-2-10-text-vo https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDY4ODE1-let-us-consider-two-solenoids-a-and-b-made-from-the-same-magnetic-material-of-relative-permeability-mu-r-and-of-equal-area-of-cross-section-length-of-a-is-twice-that-of-b-and-the-number-of-turns-per-u https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc3MTM5-two-conducting-circular-loops-of-radii-r-1-and-r-2-are-placed-in-the-same-plane-with-their-centres-coinciding-if-r-1-r-2-the-mutual-inductance-m-between-them-will-be-directly-proportional-to-1-dfrac-r https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246ODg5MDg-a-long-solenoid-of-diameter-0-1-m-has-2-times-10-4-turns-per-meter-at-the-center-of-the-solenoid-a-coil-of-100-turns-and-radius-0-01-m-is-placed-with-its-axis-coinciding-with-the-solenoid-axis-the-cur https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246ODg5Nzg-a-uniform-magnetic-field-is-restricted-within-a-region-of-radius-r-the-magnetic-field-changes-with-time-at-a-rate-frac-db-dt-loop-1-of-radius-r-r-is-enclosed-within-the-region-r-and-loop-2-of-radius-r https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTA3MzI-an-electron-moves-on-a-straight-line-path-xy-as-shown-the-abcd-is-a-coil-adjacent-to-the-path-of-electrons-what-will-be-the-direction-of-current-if-any-induced-in-the-coil-1-abcd-2-adcb-3-the-current https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTMzMzE-a-long-solenoid-has-500-turns-when-a-current-of-2-text-a-is-passed-through-it-the-resulting-magnetic-flux-linked-with-each-turn-of-the-solenoid-is-4-times-10-3-text-wb-the-self-inductance-of-the-solen https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246OTMzNDE-a-circular-disc-of-radius-0-2-text-m-is-placed-in-a-uniform-magnetic-field-of-induction-frac-1-pi-text-wb-m-2-in-such-a-way-that-its-axis-makes-an-angle-of-60-circ-with-vec-b-the-magnetic-flux-linked https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjYzODE3-as-a-result-of-a-change-in-the-magnetic-flux-linked-to-the-closed-loop-shown-in-the-figure-an-emf-v-volt-is-induced-in-the-loop-the-work-done-joules-in-taking-a-charge-q-coulomb-once-along-the-loop-is https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MjY0NjAy-for-an-inductor-coil-l-0-04-text-h-the-work-done-by-a-source-to-establish-a-current-of-5-text-a-in-it-is-1-0-5-text-j-2-1-00-text-j-3-100-text-j-4-20-text-j-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTExNzA2-an-aeroplane-in-which-the-distance-between-the-tips-of-wings-is-50-m-is-flying-horizontally-with-a-speed-of-360-km-hr-over-a-place-where-the-vertical-component-of-earth-magnetic-field-is-2-0-10-42-0-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246Mjk4NDU-the-key-k-is-inserted-at-time-t-0-the-initial-t-0-and-final-t-rightarrow-infty-currents-through-the-battery-are-1-frac-1-15-text-a-frac-1-10-text-a-2-frac-1-10-text-a-frac-1-15-text-a-3-frac-2-15-text https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDUwODI3-a-square-of-side-l-meters-lies-in-the-x-text-y-plane-in-a-region-where-the-magnetic-field-is-given-by-b-b-0-2-hat-i-3-hat-j-4-hat-k-text-t-where-b-0-is-constant-the-magnitude-of-flux-passing-through-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDUwODMw-a-loop-made-of-straight-edges-has-six-corners-at-a-0-0-0-b-l-0-0-c-l-l-0-d-0-l-0-e-0-l-l-and-f-0-0-l-a-magnetic-field-b-b-0-hat-i-hat-k-text-t-is-present-in-the-region-the-flux-passing-through-the-loo https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDUwODM0-a-cylindrical-bar-magnet-is-rotated-about-its-axis-see-figure-a-wire-is-connected-from-the-axis-and-is-made-to-touch-the-cylindrical-surface-through-a-contact-then-1-a-direct-current-flows-in-the-amme https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDUwODM3-there-are-two-coils-a-and-b-as-shown-in-the-figure-a-current-starts-flowing-in-b-as-shown-when-a-is-moved-towards-b-and-stops-when-a-stops-moving-the-current-in-a-is-counterclockwise-b-is-kept-station https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDUwODM5-same-as-previous-problem-except-the-coil-a-is-made-to-rotate-about-a-vertical-axis-no-current-flows-in-b-if-a-is-at-rest-the-current-in-coil-a-when-the-current-in-b-at-t-0-is-counterclockwise-and-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDUwODQw-the-self-inductance-l-of-a-solenoid-of-length-l-and-area-of-cross-section-a-with-a-fixed-number-of-turns-n-increases-as-1-l-and-a-increase-2-l-decreases-and-a-increases-3-l-increases-and-a-decreases-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDUwODQ2-an-emf-is-produced-in-a-coil-which-is-not-connected-to-an-external-voltage-source-this-can-be-due-to-a-the-coil-being-in-a-time-varying-magnetic-field-b-the-coil-moving-in-a-time-varying-magnetic-fiel https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDUwODUx-the-mutual-inductance-m-12-of-coil-1-with-respect-to-coil-2-a-increases-when-they-are-brought-nearer-b-depends-on-the-current-passing-through-the-coils-c-increases-when-one-of-them-is-rotated-about-an https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDUwODUy-a-circular-coil-expands-radially-in-a-region-of-magnetic-field-and-no-electromotive-force-is-produced-in-the-coil-this-can-be-because-a-the-magnetic-field-is-constant-b-the-magnetic-field-is-in-the-sa https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzOTMx-given-below-are-two-statements-assertion-a-a-bar-magnet-is-dropped-into-a-long-vertical-copper-tube-even-if-air-resistance-is-negligible-the-magnet-attains-a-constant-terminal-velocity-if-the-tube-is https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-pb246NzEwNjk-a-conducting-rod-is-rotated-in-a-plane-perpendicular-to-a-uniform-magnetic-field-with-constant-angular-velocity-the-correct-graph-between-the-induced-emf-e-across-the-rod-and-time-t-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM4MzQ0-given-below-are-two-statements-assertion-a-faraday-s-law-of-electromagnetic-induction-is-not-consistent-with-the-law-of-conservation-of-energy-reason-r-lenz-s-law-is-consistent-with-energy-conservatio https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM4MTI4-given-below-are-two-statements-assertion-a-faraday-s-law-of-electromagnetic-induction-is-a-consequence-of-biot-savart-s-law-reason-r-currents-cause-magnetic-fields-and-interact-with-magnetic-flux-1-a https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIyNzY4-given-below-are-two-statements-a-rectangular-loop-of-resistance-r-is-placed-in-a-region-where-there-is-a-magnetic-field-b-passing-perpendicularly-through-the-plane-of-the-loop-as-shown-in-the-figure-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQzMjg0-given-below-are-two-statements-statement-i-the-magnetic-field-due-to-a-very-long-current-carrying-solenoid-at-its-centre-is-inversely-proportional-to-the-radius-of-the-solenoid-other-things-remaining https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQzMjg2-match-the-quantities-in-list-i-with-their-appropriate-units-in-list-ii-list-i-list-ii-a-inductance-times-current-i-v-b-frequency-times-capacitance-ii-wb-c-frequency-times-magnetic-flux-iii-omega-1-d-e https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDUy-a-rod-of-length-l-rotates-with-a-small-but-uniform-angular-velocity-omega-about-its-perpendicular-bisector-a-uniform-magnetic-field-b-exists-parallel-to-the-axis-of-rotation-the-potential-difference-b https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDU0-consider-the-situation-shown-in-the-figure-if-the-switch-is-closed-and-after-some-time-it-is-opened-again-the-closed-loop-will-show-1-an-anticlockwise-current-pulse-2-a-clockwise-current-pulse-3-an-an https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDU1-solve-the-previous-question-if-the-closed-loop-is-completely-enclosed-in-the-circuit-containing-the-switch-1-an-anticlockwise-current-pulse-2-a-clockwise-current-pulse-3-an-anticlockwise-current-pulse https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDU2-a-bar-magnet-is-released-from-rest-along-the-axis-of-a-very-long-vertical-copper-tube-after-some-time-the-magnet-1-will-stop-in-the-tube-2-will-move-with-almost-constant-speed-3-will-move-with-an-acce https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDU3-the-figure-shows-a-horizontal-solenoid-connected-to-a-battery-and-a-switch-a-copper-ring-is-placed-on-a-frictionless-track-the-axis-of-the-ring-being-along-the-axis-of-the-solenoid-as-the-switch-is-cl https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDU5-consider-the-situation-shown-in-the-figure-the-wire-ab-is-slid-on-the-fixed-rails-with-a-constant-velocity-if-the-wire-ab-is-replaced-by-a-semi-circular-wire-the-magnitude-of-the-induced-current-will https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDYw-figure-a-shows-a-conducting-loop-being-pulled-out-of-a-magnetic-field-with-a-speed-v-which-of-the-four-plots-shown-in-figure-b-may-represent-the-power-delivered-by-the-pulling-agent-as-a-function-of-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDYx-two-circular-loops-of-equal-radii-are-placed-coaxially-at-some-separation-the-first-is-cut-and-a-battery-is-inserted-in-between-to-drive-a-current-in-it-the-current-changes-slightly-because-of-the-var https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDYy-a-small-conducting-circular-loop-is-placed-inside-a-long-solenoid-carrying-a-current-the-plane-of-the-loop-contains-the-axis-of-the-solenoid-if-the-current-in-the-solenoid-is-varied-the-current-induce https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDYz-a-conducting-square-loop-of-side-l-and-resistance-r-moves-in-its-plane-with-a-uniform-velocity-v-perpendicular-to-one-of-its-sides-a-uniform-and-constant-magnetic-field-b-exists-along-the-perpendicula https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDY0-a-bar-magnet-is-moved-along-the-axis-of-a-copper-ring-placed-far-away-from-the-magnet-looking-from-the-side-of-the-magnet-an-anticlockwise-current-is-found-to-be-induced-in-the-ring-which-of-the-follo https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDY3-a-conducting-loop-is-placed-in-a-uniform-magnetic-field-with-its-plane-perpendicular-to-the-field-an-emf-is-induced-in-the-loop-if-a-it-is-translated-b-it-is-rotated-about-its-axis-c-it-is-rotated-abo https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDcx-a-metal-sheet-is-placed-in-front-of-a-strong-magnetic-pole-a-force-is-needed-to-a-hold-the-sheet-there-if-the-metal-is-magnetic-b-hold-the-sheet-there-if-the-metal-is-nonmagnetic-c-move-the-sheet-away https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDcz-a-constant-current-i-is-maintained-in-a-solenoid-which-of-the-following-quantities-will-increase-if-an-iron-rod-is-inserted-in-the-solenoid-along-its-axis-a-magnetic-field-at-the-centre-b-magnetic-flu https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDc4-two-solenoids-have-identical-geometrical-construction-but-one-is-made-of-thick-wire-and-the-other-of-thin-wire-which-of-the-following-quantities-are-different-for-the-two-solenoids-a-self-inductance-b https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDg0-an-lr-circuit-with-a-battery-is-connected-at-t-0-which-of-the-following-quantities-is-not-zero-just-after-the-connection-a-current-in-the-circuit-b-magnetic-field-energy-in-the-inductor-c-power-delive https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDkw-a-rod-ab-moves-with-a-uniform-velocity-v-in-a-uniform-magnetic-field-as-shown-in-the-figure-a-the-rod-becomes-electrically-charged-b-the-end-a-becomes-positively-charged-c-the-end-b-becomes-positively https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzA1MDk3-the-switches-in-figure-a-and-b-are-closed-at-t-0-and-reopened-after-a-long-time-at-t-t0-1-the-charge-on-c-just-after-t-0-is-c-2-the-charge-on-c-long-after-t-0-is-c-3-the-current-in-l-just-before-t-t0 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTM2NDA0-the-following-figure-shows-two-copper-rods-moving-with-the-same-velocity-parallel-to-a-long-straight-wire-carrying-current-if-the-induced-emf-in-rod-ab-is-mathrm-e-the-induced-emf-in-rod-cd-is-1-mathr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM2Njg4-a-circular-wire-of-radius-r-is-placed-in-a-uniform-magnetic-field-b-which-acts-into-the-plane-as-shown-the-wire-is-given-a-half-turn-about-a-diameter-the-resistance-per-unit-length-of-the-wire-is-lamb https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzI2MTAy-the-current-through-the-inductor-in-the-figure-is-initially-zero-the-initial-rate-of-change-of-the-current-i-through-the-inductor-i-e-dfrac-di-dt-is-1-zero-2-dfrac-i-0-r-l-3-dfrac-i-0-r-l-4-dfrac-i-0 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQzNzU0-suppose-a-long-rectangular-loop-of-width-w-is-moving-along-the-x-direction-with-its-left-arm-in-a-magnetic-field-perpendicular-to-the-plane-of-the-loop-see-figure-the-resistance-of-the-loop-is-zero-an https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTM2NDE2-a-conducting-rod-of-mass-m-and-length-l-is-free-to-move-without-friction-on-two-parallel-long-conducting-rails-as-shown-below-there-is-a-resistance-r-across-the-rails-and-in-the-entire-space-around-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIyNzcz-the-two-long-parallel-wires-shown-in-the-diagram-carry-equal-and-opposite-currents-i-the-currents-change-linearly-with-time-dfrac-di-dt-a-constant-k-the-small-circuit-is-situated-midway-between-the-wi https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTM2NDA2-rings-are-rotated-and-translated-in-a-uniform-magnetic-field-as-shown-in-the-figure-arrange-the-magnitude-of-emf-induced-across-ab-1-mathrm-emf-a-2-mathrm-emf-a-emf-b-3-mathrm-emf-a-emf-c-4-mathrm-emf https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIzNjIx-the-network-shown-in-the-figure-is-part-of-a-complete-circuit-if-the-current-flowing-in-the-circuit-is-i-10t-5-text-a-the-potential-difference-v-b-v-a-at-t-0-is-1-15-text-v-2-5-text-v-3-5-text-v-4-15 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTM2NDEx-the-diagram-below-shows-two-circular-loops-of-wire-a-and-b-centered-on-and-perpendicular-to-the-x-axis-and-oriented-with-their-planes-parallel-to-each-other-the-y-axis-passes-vertically-through-the-lo https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzMxNzc2-a-rectangular-conducting-wire-frame-having-dimensions-of-a-2a-is-bent-symmetrically-so-that-its-two-halves-are-at-right-angle-with-respect-to-each-other-a-uniform-constant-magnetic-field-b-acts-parall https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM1MjA2-a-wire-bent-into-the-shape-of-a-right-angled-triangle-pqr-lies-with-its-side-pr-parallel-to-a-current-carrying-wire-and-side-qr-perpendicular-to-it-the-loop-lies-in-the-plane-of-the-wire-emf-induced-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ5NzYy-a-conducting-circular-loop-of-radius-r-is-moving-with-a-velocity-v-to-the-right-in-a-region-of-uniform-magnetic-field-b-0-directed-into-the-page-represented-by-times-points-p-and-q-are-at-the-top-and https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzIyNzY1-a-metallic-rod-of-length-3-text-m-rotates-with-an-angular-speed-of-4-text-rad-s-in-a-uniform-magnetic-field-the-field-makes-an-angle-of-30-circ-with-the-plane-of-rotation-the-emf-induced-across-the-ro https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzAwMTcy-a-small-square-wire-loop-of-side-a-is-placed-at-the-centre-of-a-circular-wire-of-radius-r-both-loops-lying-in-the-same-plane-the-mutual-inductance-between-the-two-loops-varies-as-1-dfrac-r-2-a-2-2-dfr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ5MjU5-two-coils-1-and-2-have-mutual-inductance-m-and-resistance-r-each-a-current-flow-in-coil-1-which-varies-with-time-as-i-1-kt-2-where-k-is-constant-t-is-time-the-total-charge-that-flown-through-coil-2-be https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTM2NDA4-the-figure-shows-a-bar-magnet-and-a-metallic-coil-consider-four-situations-i-moving-the-magnet-away-from-the-coil-ii-moving-the-coil-towards-the-magnet-iii-rotating-the-coil-about-the-vertical-diamete https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2NzM0-two-coils-are-placed-near-each-other-allowing-a-time-varying-current-in-one-coil-to-induce-a-time-varying-current-in-the-other-the-mutual-inductance-between-the-coils-depends-on-1-the-rate-of-change-o https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQyOTQx-in-two-circuits-1-and-2-where-m-12-represents-the-mutual-inductance-of-circuit-1-with-respect-to-circuit-2-and-m-21-represents-the-mutual-inductance-of-circuit-2-with-respect-to-circuit-1-while-l-1-an https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MTM2NDE0-a-blackbox-bb-which-may-contain-a-combination-of-electrical-circuit-elements-resistor-capacitor-or-inductor-is-connected-with-other-external-circuit-elements-as-shown-below-in-figure-a-after-the-switc https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ1NzYx-in-a-uniform-magnetic-field-of-induction-vec-b-a-wire-in-the-form-of-a-closed-semicircle-aoca-of-radius-r-rotates-about-the-diametre-of-the-circle-with-angular-frequency-omega-as-shown-in-the-figure-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM1OTMy-an-inductor-of-0-1-h-is-connected-with-a-10-omega-resistance-in-series-with-it-as-shown-in-the-figure-a-dc-source-of-emf-20-v-and-an-ac-source-of-emf-20-v-rms-are-separately-connected-across-ab-the-ac https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzM1OTMz-an-inductor-of-0-1-text-h-is-connected-with-a-10-omega-resistance-in-series-with-it-as-shown-in-the-figure-a-dc-source-of-emf-20-text-v-and-an-ac-source-of-emf-20-text-v-rms-are-separately-connected-a https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTg4ODQ4-a-circular-current-loop-of-radius-r-is-placed-inside-square-loop-of-side-length-l-l-r-such-that-they-are-co-planar-and-their-centres-coincide-the-permeability-of-free-space-is-mu-0-the-mutual-inductan https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTg5NDk0-a-sqaure-loop-of-side-2-text-cm-is-placed-in-a-time-varying-magnetic-field-with-magnitude-as-b-0-4-text-sin-300t-tesla-the-normal-to-the-plane-of-loop-makes-an-angle-of-60-circ-with-the-field-the-maxi https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTg4NzUy-when-a-coil-is-placed-in-a-time-dependent-magnetic-field-the-power-dissipated-in-it-is-p-the-number-of-turns-area-of-the-coil-and-radius-of-the-coil-wire-are-n-a-and-r-respectively-for-a-second-coils https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTg5NzMy-in-the-given-circuit-below-inductance-values-of-l-1-l-2-text-and-l-3-are-same-the-magnetic-energy-stored-in-the-entire-circuit-is-left-u-t-right-and-that-stored-in-the-l-2-inductor-is-left-u-l-right-u https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTg5MTM0-a-metal-rod-of-length-l-rotates-about-one-end-at-origin-with-a-uniform-angular-velocity-omega-the-magnetic-field-radially-falls-off-as-b-r-b-0-e-lambda-r-lambda-being-a-positive-constant-the-emf-induc https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTg5MjA0-a-circular-loop-of-radius-20-text-cm-and-resistance-2-omega-is-placed-in-a-time-varying-magnetic-field-vec-b-left-2-t-2-2-t-3-right-text-t-at-t-0-for-the-plane-of-the-loop-being-perpendicular-to-the-m https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTg5NTYz-a-30-text-cm-long-solenoid-has-10-turns-per-cm-and-area-of-5-text-cm-2-the-current-through-the-solenoid-coil-varies-from-2-text-a-to-4-text-a-in-3-14-text-s-the-emf-induced-in-the-coils-is-alpha-times https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTgwNzQx-a-conducting-circular-loop-of-area-1-0-text-m-2-is-placed-perpendicular-to-a-magnetic-field-which-varies-as-b-sin-100-t-text-t-if-the-resistance-of-the-loop-is-100-omega-then-the-average-thermal-energ https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTgxMTE3-a-1-text-m-long-metal-rod-ab-completes-the-circuit-as-shown-in-figure-the-area-of-circuit-is-perpendicular-to-the-magnetic-field-of-0-10-text-t-if-the-resistance-of-the-total-circuit-is-2-omega-then-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTgwNTUx-xpqy-is-a-vertical-smooth-long-loop-having-a-total-resistance-r-where-px-is-parallel-to-qy-and-separation-between-them-is-l-a-constant-magnetic-field-b-perpendicular-to-the-plane-of-the-loop-exists-in https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTgwNjcz-three-identical-coils-c-1-c-2-and-c-3-are-closely-placed-such-that-they-share-a-common-axis-c-2-is-exactly-midway-c-1-carries-current-i-in-anti-clockwise-direction-while-c-3-carries-current-i-in-clock https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTgwNjg0-inductance-of-a-coil-with-10-4-turns-per-unit-length-is-10-text-mh-and-it-is-connected-to-a-dc-source-of-10-text-v-with-internal-resistance-of-10-omega-the-energy-density-in-the-inductor-when-the-curr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTgwOTA3-a-conducting-circular-loop-is-rotated-about-its-diameter-at-a-constant-angular-speed-of-100-text-rad-s-in-a-magnetic-field-of-0-5-text-t-perpendicular-to-the-axis-of-rotation-when-the-loop-is-rotated https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTgwNzM3-a-20-m-long-uniform-copper-wire-held-horizontally-is-allowed-to-fall-under-the-gravity-g-10-m-s2-through-a-uniform-horizontal-magnetic-field-of-0-5-gauss-perpendicular-to-the-length-of-the-wire-the-in https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTgxMjE0-a-simple-pendulum-made-of-mass-10-text-g-and-a-metallic-wire-of-length-10-text-cm-is-suspended-vertically-in-a-uniform-magnetic-field-of-2-text-t-the-magnetic-field-direction-is-perpendicular-to-the-p https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTgxOTAz-a-circular-loop-of-radius-7-cm-is-placed-in-uniform-magnetic-field-of-0-2-t-directed-perpendicular-to-plane-of-loop-the-loop-is-converted-into-a-square-loop-in-0-5-s-the-emf-induced-in-the-loop-is-in https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTgxOTA0-suppose-a-long-solenoid-of-100-text-cm-length-radius-2-text-cm-having-500-turns-per-unit-length-carries-a-current-i-10-sin-omega-t-text-a-where-omega-1000-text-rad-s-a-circular-conducting-loop-b-of-ra https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTQxMDEx-conductor-wire-abcde-with-each-arm-10-text-cm-in-length-is-placed-in-magnetic-field-of-1-sqrt-2-text-tesla-perpendicular-to-its-plane-when-conductor-is-pulled-towards-right-with-constant-velocity-of-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTQwNzA4-a-solenoid-having-area-a-and-length-l-is-filled-with-a-material-having-relative-permeability-2-the-magnetic-energy-stored-in-the-solenoid-is-1-mathrm-b-2-mathrm-a-ell-2-dfrac-b-2-mathrm-a-ell-2-mu-0-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTM2MDg1-a-uniform-magnetic-field-of-0-4-text-t-acts-perpendicular-to-a-circular-copper-disc-20-text-cm-in-radius-the-disc-is-having-a-uniform-angular-velocity-of-10-pi-text-rad-s-1-about-an-axis-through-its-c https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTM1ODIw-regarding-self-inductance-mathrm-a-the-self-inductance-of-the-coil-depends-on-its-geometry-mathrm-b-self-inductance-does-not-depend-on-the-permeability-of-the-medium-mathrm-c-self-induced-mathrm-emf-o https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTM1NzM0-consider-i-1-and-i-2-are-the-currents-flowing-simultaneously-in-two-nearby-coils-1-2-respectively-if-l-1-self-inductance-of-coil-1-m-12-mutual-inductance-of-coil-1-with-respect-to-coil-2-then-the-valu https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTM1NzA2-a-coil-of-area-a-and-n-turns-is-rotating-with-angular-velocity-in-a-uniform-magnetic-field-vec-b-about-an-axis-perpendicular-to-vec-b-magnetic-flux-phi-and-induced-emf-varepsilon-across-it-at-an-insta https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTM1Njg5-a-rectangular-metallic-loop-is-moving-out-of-a-uniform-magnetic-field-region-to-a-field-free-region-with-a-constant-speed-when-the-loop-is-partially-inside-the-magnetic-field-the-plot-of-magnitude-of https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTIxNDk2-a-square-loop-mathrm-pqsr-having-10-turns-area-3-6-times-10-mathbf-3-mathrm-m-2-and-resistance-100-omega-is-slowly-and-uniformly-being-pulled-out-of-a-uniform-magnetic-field-of-magnitude-mathrm-b-0-5 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTIxMzE0-a-rod-of-length-60-text-cm-rotates-with-a-uniform-angular-velocity-20-text-rad-s-about-its-perpendicular-bisector-in-a-uniform-magnetic-field-0-5-text-t-the-direction-of-the-magnetic-field-is-parallel https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NTE5NzQ4-in-a-coil-the-current-changes-from-2-a-to-2-a-in-0-2-s-and-induces-an-emf-0-1-v-the-self-inductance-of-the-coil-is-1-4-mh-2-5-mh-3-2-5-mh-4-1-mh-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDU0OTMy-a-metallic-rectangular-frame-has-the-dimensions-of-2-5-text-m-times2-text-m-the-area-vector-of-the-frame-makes-an-angle-of-60-circ-with-an-external-uniform-magnetic-field-b-4-text-t-the-frame-is-compl https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDU0ODU5-at-any-instant-the-magnetic-field-inside-a-coil-is-3000-text-t-and-it-changes-2000-text-t-in-the-next-2-second-if-the-average-induced-emf-through-coil-is-22-volts-then-the-number-of-turns-of-the-coil https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDQwMjM3-the-current-through-an-inductor-varies-with-time-according-to-i-3-t-2-text-a-where-t-is-in-seconds-if-the-magnitude-of-the-back-emf-induced-in-the-inductor-at-a-certain-instant-is-12-text-v-what-is-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDM3OTEx-two-concentric-conducting-coplanar-rings-of-radius-a-and-b-are-placed-as-shown-in-the-diagram-a-1-dfrac-mu-0-pi-b-2-a-2-dfrac-mu-0-pi-a-2-2-b-3-dfrac-mu-0-a-2-2-b-4-dfrac-mu-0-a-3-2-pi-b-2-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3ODEy-a-square-loop-of-area-25-text-cm-2-has-a-resistance-of-10-omega-the-loop-is-placed-in-the-uniform-magnetic-field-of-magnitude-40-0-text-t-the-plane-of-the-loop-is-perpendicular-to-the-magnetic-field-t https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzY3MzA0-consider-the-following-assertion-and-reason-assertion-a-moving-magnet-in-conducting-pipe-slows-down-reason-r-because-eddy-current-is-formed-1-a-is-correct-but-r-is-wrong-2-both-a-and-r-are-wrong-3-bot https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzY2ODU3-in-given-l-r-circuit-connected-with-a-d-c-source-of-12v-inductance-is-lmh-and-resistances-is-6-if-the-emf-induced-in-the-inductor-at-t-1ms-is-10v-value-of-l-is-1-3-over-ln-left-1-2-right-2-6-over-ln-l https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzYzMzM5-a-circular-loop-of-radius-dfrac-10-sqrt-pi-cm-is-placed-in-a-linearly-varying-perpendicular-magnetic-field-which-has-magnitude-0-5-t-at-time-t-0-the-magnetic-field-reduces-to-zero-at-t-0-5-text-s-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzY3NDQx-a-circular-ring-is-placed-in-a-magnetic-field-of-0-4-text-t-suddenly-its-radius-starts-shrinking-at-the-rate-of-1-text-mm-s-what-will-be-the-induced-emf-in-the-ring-at-r-2-text-cm-1-16-pi-mu-text-v-2 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzYzMTAx-the-magnetic-field-through-a-circular-loop-is-0-8-t-the-radius-of-the-loop-is-expanding-at-the-rate-of-2-cm-s-the-induced-emf-in-the-loop-when-the-radius-of-the-loop-is-10-cm-is-1-32-times-10-4-v-2-16 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzYzMDk1-a-small-circular-loop-of-radius-r-is-placed-in-the-plane-of-a-square-loop-of-side-length-l-r-ll-l-a-circular-loop-is-at-the-center-of-the-square-as-shown-in-the-figure-the-mutual-inductance-of-the-giv https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2ODY1-a-coil-is-placed-in-a-time-varying-magnetic-field-if-the-number-of-turns-in-the-coil-were-to-be-halved-and-the-radius-of-wire-doubled-the-electrical-power-dissipated-due-to-the-current-induced-in-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2NjMw-a-metallic-rod-of-length-20-text-cm-is-placed-in-a-north-south-direction-and-is-moved-at-a-constant-speed-of-20-text-m-s-towards-the-east-the-horizontal-component-of-the-earth-s-magnetic-field-at-that https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2MDc4-a-metallic-conductor-of-length-1-text-m-rotates-in-a-vertical-plane-parallel-to-the-east-west-direction-about-one-of-its-ends-with-an-angular-velocity-of-5-text-rad-s-if-the-horizontal-component-of-ea https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2MDc3-two-coils-of-self-inductance-l-1-and-l-2-are-connected-in-series-combination-having-a-mutual-inductance-of-the-coils-as-m-the-equivalent-self-inductance-of-the-combination-will-be-1-frac-1-l-1-frac-1 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ2MDE0-the-magnetic-flux-through-a-coil-perpendicular-to-its-plane-is-varying-according-to-the-relation-phi-5t-3-4t-2-2t-5-text-wb-if-the-resistance-of-the-coil-is-5-omega-then-the-induced-current-through-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ1Nzc4-a-circular-coil-with-1000-turns-each-having-an-area-of-1-text-m-2-is-rotated-about-its-vertical-diameter-at-a-rate-of-one-revolution-per-second-in-a-uniform-horizontal-magnetic-field-of-0-07-text-t-wh https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQ1NTQ2-a-coil-of-inductance-1-h-and-resistance-100-omega-is-connected-to-a-battery-of-6-v-determine-approximately-i-the-time-elapsed-before-the-current-acquires-half-of-its-steady-state-value-ii-the-energy-s https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQzNDI5-in-a-coil-of-resistance-8-omega-the-magnetic-flux-due-to-an-external-magnetic-field-varies-with-time-as-phi-frac-2-3-left-9-t-2-right-the-value-of-total-heat-produced-in-the-coil-till-the-flux-becomes https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246MzQzMjk5-a-small-square-loop-of-wire-of-side-ell-is-placed-inside-a-large-square-loop-of-wire-l-l-gg-l-both-loops-are-coplanar-and-their-centres-coincide-at-point-o-as-shown-in-the-figure-the-mutual-inductance https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc5MTA3-a-circular-coil-of-radius-8-0-text-cm-and-20-turns-is-rotated-about-its-vertical-diameter-with-an-angular-speed-of-50-text-rad-s-1-in-a-uniform-horizontal-magnetic-field-of-3-0-times10-2-text-t-the-ma https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4OTk0-a-circular-conducting-coil-of-radius-1-text-m-is-being-heated-by-the-change-of-magnetic-field-overrightarrow-b-passing-perpendicular-to-the-plane-in-which-the-coil-is-laid-the-resistance-of-the-coil-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4NjAz-in-the-given-figure-the-magnetic-flux-through-the-loop-increases-according-to-the-relation-phi-beta-t-10t-2-20-t-where-phi-beta-is-in-milliwebers-and-t-is-in-seconds-the-magnitude-of-current-through-r https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4MjEw-a-square-loop-of-side-20-text-cm-and-resistance-1-omega-is-moved-towards-the-right-with-a-constant-speed-v-0-the-right-arm-of-the-loop-is-in-a-uniform-magnetic-field-of-5-text-t-the-field-is-perpendic https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3NTM2-a-metallic-rod-of-length-l-is-rotated-with-an-angular-speed-of-omega-normal-to-a-uniform-magnetic-field-b-about-an-axis-passing-through-one-end-of-the-rod-as-shown-in-the-figure-the-induced-emf-will-b https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4MDI3-the-arm-pq-of-a-rectangular-conductor-is-moving-from-x-0-to-x-2-b-outwards-and-then-inwards-from-x-2-b-to-x-0-as-shown-in-the-figure-a-uniform-magnetic-field-perpendicular-to-the-plane-is-acting-from https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3OTcz-a-small-square-loop-of-side-a-and-one-turn-is-placed-inside-a-larger-square-loop-of-side-b-and-one-turn-b-a-the-two-loops-are-coplanar-with-their-centers-coinciding-if-a-current-i-is-passed-in-the-squ https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3ODgx-a-constant-magnetic-field-of-1-text-t-is-applied-in-the-x-0-region-a-metallic-circular-ring-of-radius-1-text-m-is-moving-with-a-constant-velocity-of-1-text-m-s-along-the-x-text-axis-at-t-0-text-s-the https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3ODAy-a-bar-magnet-of-length-l-passes-through-a-conducting-loop-of-radius-r-which-the-magnet-just-fits-through-with-constant-velocity-v-n-pole-leading-which-of-the-given-graphs-correctly-represents-the-vari https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3NTA1-the-magnetic-field-in-a-region-is-given-by-vec-b-b-0-left-frac-x-a-right-hat-k-a-square-loop-of-side-d-is-placed-with-its-edges-along-the-x-and-y-axes-the-loop-is-moved-with-a-constant-velocity-vec-v https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc5Mjc0-the-current-i-at-time-t-0-and-t-infty-respectively-for-the-given-circuit-is-1-frac-18-mathrm-e-55-frac-5-mathrm-e-18-2-frac-10-mathrm-e-33-frac-5-mathrm-e-18-3-frac-5-mathrm-e-18-frac-18-mathrm-e-55-4 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc5MTE0-figure-shows-a-circuit-that-contains-four-identical-resistors-with-resistance-r-2-0-omega-two-identical-inductors-with-inductance-l-2-0-mathrm-mh-and-an-ideal-battery-with-emf-e-9-v-the-current-i-just https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4NjY2-in-a-fluorescent-lamp-choke-a-small-transformer-100-text-v-of-reverse-voltage-is-produced-when-the-choke-current-changes-uniformly-from-0-25-text-a-to-0-in-a-duration-of-0-025-text-ms-the-self-inducta https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4NTk0-a-loop-abcdefa-of-straight-edges-has-six-corner-points-a-0-0-0-b-5-0-0-c-5-5-0-d-0-5-0-e-0-5-5-and-f-0-0-5-the-magnetic-field-in-this-region-in-vec-b-3-hat-i-4-hat-k-text-t-the-quantity-of-flux-throug https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4NDQ2-at-time-t-0-magnetic-field-of-1000-gauss-is-passing-perpendicularly-through-the-area-defined-by-the-closed-loop-shown-in-the-figure-if-the-magnetic-field-reduces-linearly-to-500-gauss-in-the-next-5-te https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4MzU5-a-planar-loop-of-wire-rotates-in-a-uniform-magnetic-field-initially-at-t-0-the-plane-of-the-loop-is-perpendicular-to-the-magnetic-field-if-it-rotates-with-a-period-of-10-text-s-about-an-axis-in-its-pl https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4MzUw-an-emf-of-20-text-v-is-applied-at-time-t-0-to-a-circuit-containing-in-series-10-text-mh-inductor-and-5-resistor-the-ratio-of-the-currents-at-time-t-infty-and-at-t-40-text-s-is-close-to-take-e-2-7-389 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4MzM4-consider-a-circular-coil-of-wire-carrying-constant-current-i-forming-a-magnetic-dipole-the-magnetic-flux-through-an-infinite-plane-that-contains-the-circular-coil-and-excluding-the-circular-coil-area https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4MzMy-a-long-solenoid-of-radius-r-carries-a-time-t-dependent-current-i-t-i-0-t-1-t-a-ring-of-radius-2-r-is-placed-cordially-near-its-middle-during-the-time-interval-0-leq-t-leq-1-the-induced-current-left-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc5MjUw-a-series-l-text-r-circuit-is-connected-to-a-battery-of-emf-v-if-the-circuit-is-switched-on-at-t-0-then-the-time-at-which-the-energy-stored-in-the-inductor-reaches-frac-1-n-times-of-its-maximum-value-i https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc4NTc3-two-concentric-circular-coils-c-1-and-c-2-are-placed-in-the-xy-plane-c-1-has-500-turns-and-a-radius-of-1-cm-c-2-has-200-turns-and-radius-of-20-cm-c-2-carries-a-time-dependent-current-i-t-left-5-t-2-2 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc4NDc5-a-uniform-magnetic-field-b-exists-in-a-direction-perpendicular-to-the-plane-of-a-square-loop-made-of-a-metal-wire-the-wire-has-a-diameter-of-4-text-mm-and-a-total-length-of-30-text-cm-the-magnetic-fie https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc4NDQ5-an-elliptical-loop-with-resistance-r-semi-major-axis-a-and-semi-minor-axis-b-is-placed-in-a-magnetic-field-as-shown-in-the-figure-if-the-loop-is-rotated-about-the-x-text-axis-with-an-angular-frequency https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc4MTMz-a-circular-coil-of-radius-10-cm-is-placed-in-a-uniform-magnetic-field-of-3-0-times-10-5-mathrm-t-with-its-plane-perpendicular-to-the-field-initially-it-is-rotated-at-constant-angular-speed-about-an-ax https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4MjQy-a-mathrm-10-m-long-horizontal-wire-extends-from-north-east-to-south-west-it-is-falling-with-a-speed-of-5-0-text-ms-1-at-right-angles-to-the-horizontal-component-of-the-earth-s-magnetic-field-of-0-3-ti https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc4MTI5-in-the-figure-shown-a-circuit-contains-two-identical-resistors-with-resistance-r-5-omega-and-an-inductance-with-l-2-text-mh-an-ideal-battery-of-15-text-v-is-connected-in-the-circuit-what-will-be-the-c https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3NDQw-a-solid-metal-cube-with-an-edge-length-of-2-text-cm-is-moving-in-the-positive-y-text-direction-at-a-constant-speed-of-6-text-m-s-a-uniform-magnetic-field-of-0-1-text-t-is-directed-along-the-positive-z https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3MTYz-a-conducting-circular-loop-made-of-a-thin-wire-has-area-3-5-times-10-3-text-m-2-and-resistance-10-omega-it-is-placed-perpendicular-to-a-time-dependent-magnetic-field-b-t-0-4-text-sin-50-pi-t-text-t-th https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc3NDAw-a-very-long-solenoid-of-radius-r-is-carrying-current-i-t-k-t-e-alpha-t-k-0-as-a-function-of-time-t-geq0-counter-clockwise-current-is-taken-to-be-positive-a-circular-conducting-coil-of-radius-2r-is-pla https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc3MzM0-the-figure-shows-a-square-loop-l-with-a-side-length-of-5-text-cm-which-is-connected-to-a-network-of-resistances-the-entire-setup-is-moving-to-the-right-with-a-constant-speed-of-1-text-cm-s-at-a-certai https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc2OTE0-consider-the-lr-circuit-shown-in-the-figure-if-the-switch-s-is-closed-at-t-0-then-the-amount-of-charge-that-passes-through-the-battery-between-t-0-and-t-frac-l-r-is-1-frac-7-3el-r-2-2-frac-2-7el-r-2-3 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc2Nzk3-a-coil-of-self-inductance-10-text-mh-and-resistance-0-1-omega-is-connected-through-a-switch-to-a-battery-of-internal-resistance-0-9-omega-after-the-switch-is-closed-the-time-taken-for-the-current-to-a https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc2NzY3-the-total-number-of-turns-and-the-cross-sectional-area-of-a-solenoid-are-fixed-however-its-length-l-is-varied-by-adjusting-the-separation-between-the-windings-the-inductance-of-the-solenoid-will-be-pr https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc2NjQz-a-20-henry-inductor-and-coil-is-connected-to-a-10-omega-resistance-in-series-as-shown-in-the-figure-the-time-at-which-the-rated-of-dissipation-of-energy-joule-s-heat-across-the-resistance-is-equal-to https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3MjY3-a-coil-of-cross-sectional-area-a-having-n-turns-is-placed-in-a-uniform-magnetic-field-b-when-it-is-rotated-with-an-angular-velocity-omega-the-maximum-e-m-f-induced-in-the-coil-will-be-1-frac-3-2-nba-o https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3Mjgy-a-conducting-metal-circular-wire-loop-of-radius-r-is-placed-perpendicular-to-a-magnetic-field-which-varies-with-time-as-b-b-0e-t-tau-where-b-0-and-tau-are-constants-at-t-0-if-the-resistance-of-the-loo https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246NDc3MjI4-a-fighter-plane-of-length-20-text-m-wing-span-distance-from-the-tip-of-one-wing-to-the-tip-of-the-other-wing-of-15-text-m-and-height-5-text-m-is-flying-towards-east-over-delhi-its-speed-is-240-text-ms https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc5NTk0-an-inductor-l-0-03-text-h-and-a-resistor-r-0-15-text-k-omega-are-connected-in-series-to-a-battery-of-15-text-v-emf-in-a-circuit-shown-below-the-key-k-1-has-been-kept-closed-for-a-long-time-then-at-t-0 https://medminds.me/qbank/physics/electromagnetic-induction/?q=NP-b246Mjc5NzAy-in-the-circuit-shown-here-the-point-c-is-kept-connected-to-point-a-till-the-current-flowing-through-the-circuit-becomes-constant-afterward-suddenly-point-c-is-disconnected-from-point-a-and-connected-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246MTU1ODA-the-x-text-ray-beam-can-be-deflected-by-1-magnetic-field-2-electric-field-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTEwMzY-in-an-electromagnetic-wave-in-free-space-the-root-mean-square-value-of-the-electric-field-is-erms-6-v-m-the-peak-value-of-the-magnetic-field-is-1-1-41-times-10-8t-2-2-83-times-10-8t-3-0-70-times-10-8t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTEwODk-out-of-the-following-options-which-one-can-be-used-to-produce-a-propagating-electromagnetic-wave-1-a-stationary-charge-2-a-chargeless-particle-3-an-accelerating-charge-4-a-charge-moving-at-constant-ve https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTEyMDg-the-energy-of-the-em-wave-is-of-the-order-of-15-kev-to-which-part-of-the-spectrum-does-it-belong-1-x-rays-2-infrared-rays-3-ultraviolet-rays-4-y-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTEzNTE-the-electric-field-associated-with-an-electromagnetic-wave-in-vacuum-is-given-by-e-40-cos-left-k-z-6-times-10-8-t-right-where-e-z-and-t-are-in-volt-m-meter-and-second-respectively-the-value-of-the-wav https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTEzNzc-the-ratio-of-the-amplitude-of-the-magnetic-field-to-the-amplitude-of-electric-field-for-an-electromagnetic-wave-propagating-in-vacuum-is-equal-to-1-the-speed-of-light-in-vacuum-2-reciprocal-of-speed-o https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTE0MDQ-the-electric-and-the-magnetic-field-associated-with-an-electromagnetic-wave-propagating-along-the-z-text-axis-can-be-represented-by-1-left-e-e-0-hat-k-b-b-0-hat-i-right-2-left-e-e-0-hat-j-b-b-0-hat-j https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTE1NTk-the-decreasing-order-of-the-wavelength-of-infrared-microwave-ultraviolet-and-gamma-rays-is-1-gamma-rays-ultraviolet-infrared-microwaves-2-microwaves-gamma-rays-infrared-ultraviolet-3-infrared-microwav https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTE2MjE-which-of-the-following-statements-is-false-for-the-properties-of-electromagnetic-waves-1-both-electric-and-magnetic-field-vectors-attain-the-maxima-and-minima-at-the-same-place-and-the-same-time-2-the https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTE2NDk-the-electric-field-of-an-electromagnetic-wave-in-free-space-is-given-by-overrightarrow-e-10-cos-10-7t-kx-hat-j-text-v-m-where-t-and-x-are-in-seconds-and-meters-respectively-it-can-be-inferred-that-1-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTE3NTU-the-velocity-of-electromagnetic-radiation-in-a-medium-of-permittivity-varepsilon-0-and-permeability-mu-0-is-given-by-1-sqrt-frac-varepsilon-0-mu-0-2-sqrt-mu-0-varepsilon-0-3-frac-1-sqrt-mu-0-varepsilo https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NTYwNzQ-a-wave-is-propagating-in-a-medium-of-electric-dielectric-constant-2-and-relative-magnetic-permeability-50-the-wave-impedance-of-such-a-medium-is-1-5-omega-2-376-6-omega-3-1883-omega-4-3776-omega-1-2-3 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246ODg4NTE-an-em-wave-is-propagating-in-a-medium-with-a-velocity-overrightarrow-v-v-hat-i-the-instantaneous-oscillating-electric-field-of-this-em-wave-is-along-the-y-axis-the-direction-of-the-oscillating-magneti https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTExNjQ-light-with-an-energy-flux-of-25-times10-4-wm-ndash-2-falls-on-a-perfectly-reflecting-surface-at-normal-incidence-if-the-surface-area-is-15-cm2-the-average-force-exerted-on-the-surface-is-1-1-25-times https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTMyMTQ-the-electric-field-part-of-an-electromagnetic-wave-in-a-medium-is-represented-by-ex-0-ey-2-5nccos2-pi-times-106radmt-pi-times-10-2radsx-es-0-the-wave-is-1-moving-along-y-direction-with-frequency-21-pi https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTM1Nzk-the-electric-and-magnetic-fields-of-an-electromagnetic-wave-are-1-in-phase-and-parallel-to-each-other-2-in-opposite-phases-and-perpendicular-to-each-other-3-in-opposite-phases-and-parallel-to-each-oth https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTU1NTA-which-colour-of-the-light-has-the-longest-wavelength-1-violet-2-red-3-blue-4-green-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTU1NTg-a-parallel-plate-capacitor-of-capacitance-20-mu-text-f-is-being-charged-by-a-voltage-source-whose-potential-is-changing-at-the-rate-of-3-text-v-s-the-conduction-current-through-the-connecting-wires-an https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTU0-displacement-current-is-the-same-as-1-conduction-current-due-to-the-flow-of-free-electrons-2-conduction-current-due-to-the-flow-of-positive-ions-3-conduction-current-due-to-the-flow-of-both-positive-a https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTU2-the-maxwell-s-equation-8750-b-8594-dl-8594-956-0i-949-0-d-981-edt-is-a-statement-of-1-faraday-s-law-of-induction-2-modified-ampere-s-law-3-gauss-s-law-of-electricity-4-gauss-s-law-of-magnetism-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTU3-the-charge-of-a-parallel-plate-capacitor-is-varying-as-q-q-0-sin-omega-t-the-magnitude-of-displacement-current-through-the-capacitor-is-the-plate-area-a-separation-of-plates-d-1-q-0-cos-left-omega-t-r https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTYw-an-electromagnetic-wave-is-propagating-along-y-axis-then-1-the-oscillating-electric-field-is-along-x-axis-and-the-oscillating-magnetic-field-is-along-y-axis-2-the-oscillating-electric-field-is-along-z https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTYx-in-electromagnetic-wave-the-phase-difference-between-electric-and-magnetic-field-vectors-vec-e-text-and-vec-b-is-1-0-2-frac-pi-2-3-pi-4-frac-pi-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTYy-an-electromagnetic-wave-going-through-the-vacuum-is-described-by-e-e0sin-kx-omega-t-which-is-the-following-is-are-independent-of-the-wavelength-1-k-2-k-over-omega-3-k-omega-4-omega-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTYz-in-a-plane-em-wave-the-electric-field-oscillates-sinusoidally-at-a-frequency-of-2-5-times-10-10-text-hz-and-amplitude-480-v-m-the-amplitude-of-the-oscillating-magnetic-field-will-be-1-1-52-times10-8-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTY2-the-energy-density-of-the-electromagnetic-wave-in-vacuum-is-given-by-the-relation-1-12-e2-epsilon-0-b22-mu-0-2-12-epsilon-0e2-12-mu-0b2-3-e2-b2c-4-12-epsilon-0e2-b22-mu-0-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTY3-a-lamp-radiates-power-p-0-uniformly-in-all-directions-the-amplitude-of-electric-field-strength-e-0-at-a-distance-r-from-it-is-1-e-0-dfrac-p-0-2-pi-varepsilon-0-cr-2-2-e-0-sqrt-dfrac-p-0-2-pi-varepsilo https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTY5-the-intensity-of-visible-radiation-at-a-distance-of-1-m-from-a-bulb-of-100-w-which-converts-only-5-of-its-power-into-light-is-1-0-4-w-m2-2-0-5-w-m2-3-0-1-w-m2-4-0-01-w-m2-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTcw-on-an-em-wave-the-amplitude-of-electric-and-magnetic-fields-are-100-v-m-and-0-265-a-m-the-maximum-energy-flow-is-1-26-5-w-m2-2-46-7-w-m2-3-66-5-w-m2-4-86-5-w-m2-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTcy-the-most-penetrating-radiation-out-of-the-following-is-1-x-rays-2-946-rays-3-945-rays-4-947-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTcz-which-of-the-following-statements-about-electromagnetic-waves-is-are-correct-a-x-text-rays-in-a-vacuum-travel-faster-than-light-waves-in-a-vacuum-b-the-energy-of-a-x-text-ray-photon-is-greater-than-th https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTc1-the-magnetic-field-in-a-plane-em-wave-traveling-in-the-positive-x-direction-is-given-by-b-100-mu-t-sin-2-times-1015s-1-t-x-c-j-the-equation-for-electric-field-is-1-e-100sin-2-times-1015s-1-t-x-c-k-2-e https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTc2-statement-i-a-changing-electric-field-produces-a-magnetic-field-statement-ii-a-changing-magnetic-field-produces-an-electric-field-1-if-both-statement-i-and-statement-ii-are-true-and-statement-ii-is-th https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1MTc3-statement-i-gamma-rays-are-more-energetic-than-x-rays-statement-ii-gamma-rays-are-of-nuclear-origin-but-x-rays-are-produced-due-to-sudden-deceleration-of-high-energy-electrons-while-falling-on-a-metal https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDMw-the-s-i-unit-of-displacement-current-is-1-henry-2-coulomb-3-ampere-4-farad-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDQw-the-relation-between-electric-field-e-and-magnetic-field-intensity-h-in-an-electromagnetic-wave-is-1-e-h-2-e-956-0-949-0h-3-e-949-0-956-0h-4-e-956-0-949-0h-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDQx-an-electromagnetic-wave-going-through-vaccum-is-described-by-e-e0sin-kx-969-t-b-b0sin-kx-969-t-1-e0b0-969-k-2-e0-969-b0k-3-e0k-b0-969-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDQy-the-ratio-of-e0h0-for-a-plane-electromagnetic-wave-has-the-dimension-of-1-impedance-2-resistance-3-both-4-none-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDQz-if-an-electromagnetic-wave-going-through-a-medium-is-given-by-e-e-0-sin-left-kx-omega-t-right-and-b-b-0-sin-left-kx-omega-t-right-then-1-e-0k-b-0-omega-2-if-the-electric-field-is-in-the-z-text-directi https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDQ0-a-plane-e-m-wave-of-frequency-25-mhz-travels-in-free-space-in-the-x-direction-at-a-particular-point-in-space-and-time-e-6-3j-v-m-then-b-at-the-point-is-1-2-1-215-10-8-k-2-2-1-215-10-8k-3-2-1-k-4-2-1-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDQ3-in-an-electromagnetic-wave-the-amplitude-of-the-electric-field-is-1-text-v-m-the-frequency-of-a-wave-is-5-times-10-14-text-hz-the-wave-is-propagating-along-the-z-text-axis-the-average-energy-density-o https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDUx-the-infra-red-spectrum-lies-between-1-radio-wave-and-microwave-region-2-the-micro-wave-and-visible-region-3-the-visible-and-ultraviolet-region-4-the-ultraviolet-and-the-x-ray-region-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDU3-consider-an-electric-charge-oscillating-with-a-frequency-of-10-mhz-the-radiation-emitted-will-have-a-wavelength-equal-to-1-20-m-2-30-m-3-40-m-4-10-m-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDU5-which-of-the-following-electromagnetic-waves-has-minimum-frequency-1-radio-waves-2-infrared-waves-3-microwaves-4-x-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDYw-a-parallel-plate-capacitor-consists-of-two-circular-plates-each-of-radius-12-cm-and-separated-by-5-0-mm-the-capacitor-is-being-charged-by-an-external-source-the-charging-current-is-constant-and-is-equ https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDYx-a-lamp-emits-monochromatic-green-light-uniformly-in-all-directions-the-lamp-is-3-efficient-in-converting-electrical-power-to-electromagnetic-waves-and-consumes-100-w-of-power-the-amplitude-of-the-elec https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDYy-a-parallel-plate-capacitor-consists-of-two-circular-plates-each-of-radius-2-cm-separated-by-a-distance-of-0-1-mm-if-the-voltage-across-the-plates-is-varying-at-the-rate-of-5-215-1013-v-s-then-the-valu https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDY0-in-an-electromagnetic-wave-the-direction-of-the-magnetic-field-induction-b-8594-is-1-parallel-to-electric-field-e-8594-2-perpendicular-to-electric-field-e-8594-3-antiparallel-to-poynting-vector-s-8594 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDY4-in-an-electromagnetic-wave-1-power-is-transmitted-along-the-magnetic-field-2-power-is-transmitted-along-the-electric-field-3-power-is-equally-transferred-along-with-the-electric-and-magnetic-fields-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDcw-for-any-e-m-wave-if-e-100-v-m-and-the-magnetising-field-is-equal-to-0-265-a-m-then-the-rate-of-maximum-energy-flow-per-unit-area-is-1-3-33-215-10-5j-m2-2-26-5-w-m2-3-3-215-108j-m2-4-none-of-these-1-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDcy-a-variable-frequency-ac-source-is-connected-to-a-capacitor-then-on-increasing-the-frequency-1-both-conduction-current-and-displacement-current-will-increase-2-both-conduction-current-and-displacement https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDc1-source-of-an-electromagnetic-wave-is-1-a-charge-moving-with-constant-velocity-2-a-charge-at-rest-3-a-charge-moving-in-a-circular-orbit-4-charges-cannot-produce-an-em-wave-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDc2-the-dimension-of-e-h-is-that-of-1-impedance-2-inductance-3-capacitance-4-inductance-215-capacitance-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDc4-poynting-vector-p-8594-for-an-em-wave-is-1-p-8594-e-8594-215-b-8594-2-p-8594-e-8594-215-h-8594-3-p-8594-e-8594-b-8594-4-p-8594-e-8594-h-8594-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDc5-which-one-statement-is-incorrect-about-the-electromagnetic-waves-1-e-8594-215-b-8594-gives-always-the-direction-of-propagation-2-e-8594-is-always-perpendicular-to-b-8594-3-transverse-in-nature-4-e-859 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDgx-instantaneous-displacement-current-of-2-0-text-a-is-set-up-in-the-space-between-two-parallel-plates-of-1-mu-text-f-capacitor-the-rate-of-change-in-potential-difference-across-the-capacitor-is-1-3-time https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDgz-which-statement-is-incorrect-1-speed-of-light-in-free-space-frac-1-sqrt-mu-0-epsilon-0-2-speed-of-light-in-the-medium-frac-1-sqrt-mu-epsilon-3-frac-e-0-b-0-c-4-frac-b-0-e-0-c-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDg3-displacement-current-is-1-continuous-when-the-electric-field-is-changing-in-the-circuit-2-continuous-when-the-magnetic-field-is-changing-in-the-circuit-3-continuous-in-both-types-of-fields-4-continuou https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDg5-a-radiowave-has-a-maximum-magnetic-field-induction-of-10-4-t-on-arrival-at-a-receiving-antenna-the-maximum-electric-field-intensity-of-such-a-wave-is-1-zero-2-3-215-104v-m-3-5-8-215-10-9v-m-4-3-3-215 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDkw-a-capacitor-is-having-a-capacity-of-2-text-pf-the-electric-potential-across-the-capacitor-is-changing-with-a-value-of-10-12-text-v-s-the-displacement-current-is-1-2-text-a-2-3-text-a-3-6-text-a-4-9-te https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDkx-the-shortest-wavelength-is-for-1-947-rays-2-x-rays-3-ultraviolet-rays-4-microwaves-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDky-an-accelerated-charge-1-emits-an-electromagnetic-wave-2-does-not-emit-electromagnetic-wave-3-produces-a-gravitational-field-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDkz-the-electromagnetic-radiations-are-in-descending-order-of-wavelength-in-the-following-sequences-1-infra-red-waves-radio-waves-x-rays-visible-light-rays-2-radio-waves-infra-red-waves-visible-light-rays https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDk0-x-rays-and-947-rays-are-both-electromagnetic-waves-which-one-of-the-following-statements-is-true-1-in-general-x-rays-have-a-larger-wavelength-than-that-of-947-rays-2-x-rays-have-a-smaller-wavelength-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDk1-which-of-the-following-are-not-electromagnetic-waves-1-cosmic-rays-2-gamma-rays-3-microwaves-4-x-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDk2-the-frequencies-of-x-rays-947-rays-and-ultraviolet-rays-are-respectively-a-b-and-c-then-1-a-b-b-c-3-a-b-b-a-4-a-c-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDk3-a-plane-electromagnetic-wave-of-frequency-40-mhz-travels-in-free-space-in-the-x-direction-at-some-point-and-at-some-instant-the-electric-field-e-8594-has-its-maximum-value-of-750-n-c-in-y-direction-th https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNDk5-the-waves-used-in-telecommunication-are-1-infrared-2-visible-light-3-microwaves-4-ultraviolet-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTAx-given-below-are-two-statements-assertion-a-light-can-travel-in-vacuum-but-sound-cannot-do-so-reason-r-light-is-an-electromagnetic-wave-and-sound-is-a-mechanical-wave-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTA0-the-wave-impedance-of-free-space-is-1-0-937-2-376-6-937-3-1883-937-4-3776-937-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTA1-the-frequency-1057-mhz-of-radiation-arising-from-two-close-energy-levels-in-hydrogen-belongs-to-1-radio-waves-2-infrared-waves-3-micro-waves-4-947-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTA3-the-wave-associated-with-2-7-k-kelvin-belongs-to-1-radio-waves-2-micro-waves-3-ultraviolet-ways-4-infrared-waves-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTEw-the-penetration-power-of-x-ray-increases-with-the-increases-in-its-1-velocity-2-intensity-3-frequency-4-wavelength-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTE1-the-shortest-wavelength-of-x-rays-emitted-from-an-x-ray-tube-depends-upon-1-nature-of-the-gas-in-the-tube-2-the-voltage-applied-to-the-tube-3-current-in-the-tube-4-nature-of-the-target-of-the-tube-1-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTE3-x-rays-are-not-used-for-radar-purposes-because-they-are-not-1-reflected-by-target-2-partly-absorbed-by-the-target-3-electromagnetic-waves-4-completely-absorbed-by-the-target-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTE4-the-energy-of-the-x-rays-photon-is-3-3-215-10-16j-its-frequency-is-1-2-215-1019hz-2-5-215-1018hz-3-5-215-1017hz-4-5-215-1016hz-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTMw-if-a-source-is-transmitting-an-electromagnetic-wave-of-frequency-8-2-times-10-6-text-hz-then-the-wavelength-of-the-electromagnetic-wave-transmitted-from-the-source-will-be-1-36-6-m-2-40-5-m-3-42-3-m-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTM0-a-plane-electromagnetic-wave-ez-100cos-6-215-108t-4x-v-m-propagates-in-a-medium-of-dielectric-constant-1-1-5-2-2-0-3-2-4-4-4-0-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTM4-if-956-0-be-the-permeability-and-k0-the-dielectric-constant-of-a-medium-its-refractive-index-is-given-by-1-1-956-0k0-2-1-956-0k0-3-k0-4-956-0k0-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTQ0-if-varepsilon-0-text-and-mu-0-represent-the-permittivity-and-permeability-of-vacuum-and-varepsilon-text-and-mu-represent-the-permittivity-and-permeability-of-the-medium-the-refractive-index-of-the-med https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTUz-the-magnetic-field-between-the-plates-of-radius-12-cm-separated-by-a-distance-of-4-mm-of-a-parallel-plate-capacitor-of-capacitance-100-pf-along-the-axis-of-plates-having-conduction-current-of-0-15-a-i https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTU0-a-flood-light-is-covered-with-a-fitter-that-transmits-red-light-the-electric-field-of-the-emerging-beam-is-represented-by-a-sinusoidal-plane-wave-ex-36sin-1-20-215-107z-3-6-215-1015t-v-m-the-average-i https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTU2-a-larger-parallel-plate-capacitor-whose-plates-have-an-area-of-1-m2-are-separated-from-each-other-by-1-mm-is-being-charged-at-a-rate-of-25-8-v-s-if-the-plates-has-dielectric-constant-10-then-the-displ https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTU3-a-parallel-plate-capacitor-with-plate-area-a-and-separation-between-the-plates-d-is-charged-by-a-constant-current-i-consider-a-plane-surface-of-area-a-2-parallel-to-the-plates-and-drawn-symmetrically https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTU4-the-sun-delivers-104w-m2-of-electromagnetic-flux-to-the-earth-s-surface-the-total-power-that-is-incident-on-a-roof-of-dimensions-10-215-10-m2-will-be-1-104-w-2-105w-3-106w-4-107w-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTY1-the-wave-of-wavelength-5900-a0-thinsp-emitted-by-any-atom-or-molecule-must-have-some-finite-total-length-which-is-known-as-coherence-length-for-sodium-light-this-length-is-2-4-cm-the-number-of-oscilla https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTcx-the-transmitting-antenna-of-a-radio-station-is-mounted-vertically-at-a-point-10-km-due-north-of-the-transmitter-the-peak-electric-field-is-10-3-v-m-the-amplitude-of-the-radiated-magnetic-field-is-1-3 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTc1-a-circular-ring-of-radius-r-is-placed-in-a-homogeneous-magnetic-field-perpendicular-to-the-plane-of-the-ring-the-field-b-changes-with-time-according-to-the-equation-b-kt-where-k-is-a-constant-and-t-is https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTgw-a-plane-em-wave-of-wave-intensity-of-10-w-m2-strikes-a-small-mirror-of-area-20-cm2-held-perpendicular-to-the-approaching-wave-the-radiation-force-on-the-mirror-will-be-1-6-6-215-10-11n-2-1-33-215-10-1 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTg0-in-a-region-of-free-space-the-electric-field-at-some-instant-of-time-is-e-8594-80i-32j-64k-v-m-and-the-magnetic-field-is-b-8594-0-2i-8594-0-08j-0-29k-956-t-the-poynting-vector-for-these-fields-is-1-11 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTg1-a-plane-electromagnetic-wave-propagating-in-the-x-direction-has-wavelength-of-60-mm-the-electric-field-is-in-the-y-direction-and-its-maximum-magnitude-is-33-v-m-1-the-equation-for-the-electric-field-a https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxNTg3-the-magnetic-field-in-a-plane-electromagnetic-wave-is-given-by-b-z-2-times10-7-sin-left-0-5-times10-3-x-1-5-times10-11-t-right-text-t-the-expression-for-the-electric-field-will-be-1-e-z-30-sqrt-2-sin https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTMxNzMz-for-a-transparent-medium-relative-permeability-and-permittivity-mu-r-and-varepsilon-r-are-1-0-and-1-44-respectively-the-velocity-of-light-in-this-medium-would-be-1-2-5-times-10-8-text-m-s-2-3-times-10 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTUzNDY3-what-is-the-energy-density-of-electric-field-at-a-distance-of-5-m-from-a-point-source-of-em-wave-if-the-electric-field-strength-at-that-point-be-100-v-m-1-44-x-10-9-j-m3-2-11-x-10-9-j-m3-3-22-x-10-9-j https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTUzNDk5-which-one-of-the-following-rays-or-waves-has-maximum-speed-in-air-1-beta-rays-2-heat-radiations-3-cosmic-rays-4-ultrasonic-waves-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTUzNTAx-which-of-the-following-phenomenon-proves-the-transverse-nature-of-electromagnetic-waves-1-polarisation-2-interference-3-diffraction-4-reflection-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTUzNTA4-the-impulse-imparted-by-an-electromagnetic-pulse-of-energy-1-5-x-10-2-joule-when-it-falls-normally-on-a-perfectly-reflecting-surface-is-1-4-x-10-10-kg-m-s-2-2-x-10-10-kg-m-s-3-10-10-kg-m-s-4-0-5-x-10 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTUzNTQ5-the-electric-field-vector-of-an-electromagnetic-wave-is-given-by-vec-e-e-0-sin-omega-t-k-x-hat-j-the-corresponding-expression-for-magnetic-field-is-1-vec-b-b-0-sin-omega-t-k-x-hat-k-2-vec-b-b-0-sin-om https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTUzNTUx-electromagnetic-waves-are-generated-due-to-1-static-charges-2-charges-moving-with-uniform-velocity-3-an-oscillating-accelerating-charge-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTUzNTY1-figure-shows-a-parallel-plate-capacitor-being-charged-by-a-battery-if-x-and-y-are-two-closed-curves-then-during-charging-8750-b-8594-dl-8594-is-zero-along-the-curve-1-x-only-2-y-only-3-both-x-y-4-neit https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTg1NDQ5-the-ratio-of-contributions-made-by-the-electric-field-and-magnetic-field-components-to-the-intensity-of-an-electromagnetic-wave-is-c-speed-of-electromagnetic-waves-1-1-1-2-1-c-3-1-c-2-4-c-1-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTg1NDU2-light-with-an-average-flux-of-20-text-w-cm-2-falls-on-a-non-reflecting-surface-at-normal-incidence-having-a-surface-area-20-text-cm-2-the-energy-received-by-the-surface-during-time-span-of-1-minute-is https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTk4NjQz-a-capacitor-is-made-of-two-circular-plates-each-of-radius-12-text-cm-and-separated-by-5-0-text-cm-the-capacitor-being-charged-by-an-external-source-the-charging-current-is-constant-and-equal-to-0-15-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTk4NjQ0-a-parallel-plate-capacitor-is-made-of-circular-plates-each-of-radius-r-6-0-text-cm-has-a-capacitance-c-100-text-pf-the-capacitor-is-connected-to-a-230-text-v-ac-supply-with-an-angular-frequency-of-300 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTk4NjQ1-a-plane-electromagnetic-wave-travels-in-a-vacuum-along-the-z-text-direction-then-the-directions-of-its-electric-and-magnetic-field-vectors-will-be-1-in-the-x-text-y-plane-and-they-are-parallel-to-each https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTk4NjQ2-a-radio-can-tune-in-to-any-station-in-the-7-5-mhz-to-12-mhz-bands-what-is-the-corresponding-wavelength-band-1-40-to-25-m-2-10-to-100-m-3-50-to-60-m-4-20-to-10-m-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTk4NjQ3-a-charged-particle-oscillates-about-its-mean-equilibrium-position-with-a-frequency-of-10-9-hz-what-is-the-frequency-of-the-electromagnetic-waves-produced-by-the-oscillator-1-10-11-hz-2-10-7-hz-3-10-8 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTk5OTAy-which-physical-quantity-does-not-change-in-a-vacuum-for-x-text-rays-1-speed-of-light-2-wavelength-3-frequency-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTk5OTAz-the-amplitude-of-the-magnetic-field-part-of-a-harmonic-electromagnetic-wave-in-a-vacuum-is-b-0-510-text-nt-what-is-the-amplitude-of-the-electric-field-part-of-the-wave-1-200-text-n-c-2-153-text-n-c-3 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTk5OTA0-suppose-that-the-electric-field-amplitude-of-an-electromagnetic-wave-is-e-0-120-text-n-c-and-that-its-frequency-is-nu-50-0-text-mhz-the-value-of-propagation-constant-k-is-1-2-01-text-rad-m-2-1-72-text https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTk5OTA1-in-a-plane-electromagnetic-wave-the-electric-field-oscillates-sinusoidally-at-a-frequency-of-2-0-times-10-10-text-hz-and-amplitude-48-text-v-m-what-is-the-amplitude-of-the-oscillating-magnetic-field-1 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTk5OTA2-the-electric-field-part-of-an-electromagnetic-wave-in-a-vacuum-is-vec-e-3-1-text-n-c-cos-left-1-8-text-rad-m-y-left-5-4-times-10-8-text-rad-s-right-t-right-hat-i-what-is-the-frequency-of-the-wave-1-5 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjA4NDY3-if-an-electromagnetic-wave-propagating-through-vacuum-is-described-by-e-y-e-0-sin-kx-omega-t-b-z-b-0-sin-kx-omega-t-then-1-e-0k-b-0-omega-2-e-0b-0-omega-k-3-e-0-omega-b-0k-4-e-0b-0-frac-omega-k-1-2-3 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTUy-a-charged-particle-oscillates-about-its-mean-equilibrium-position-with-a-frequency-of-10-9-text-hz-the-electromagnetic-waves-produced-a-will-have-frequency-of-2-10-9-text-hz-b-will-have-frequency-of-1 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTUz-the-source-of-electromagnetic-waves-can-be-a-charge-a-moving-with-a-constant-velocity-b-moving-in-a-circular-orbit-c-at-rest-d-falling-in-an-electric-field-choose-the-correct-options-1-b-d-2-a-c-3-b-c https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTU0-an-em-wave-of-intensity-i-falls-on-a-surface-kept-in-a-vacuum-and-exerts-radiation-pressure-p-on-it-which-of-the-following-are-true-a-radiation-pressure-is-frac-i-c-if-the-wave-is-totally-absorbed-b-r https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTYy-one-requires-11-ev-of-energy-to-dissociate-a-carbon-monoxide-molecule-into-carbon-and-oxygen-atoms-the-minimum-frequency-of-the-appropriate-electromagnetic-radiation-to-achieve-the-dissociation-lies-i https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTYz-a-linearly-polarised-electromagnetic-wave-given-as-e-e0i-cos-kz-omega-t-is-incident-normally-on-a-perfectly-reflecting-infinite-wall-at-z-a-assuming-that-the-material-of-the-wall-is-optically-inactive https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTY0-light-with-an-energy-flux-of-20-text-w-cm-2-falls-on-a-non-reflecting-surface-at-normal-incidence-if-the-surface-has-an-area-of-30-text-cm-2-the-momentum-delivered-for-complete-absorption-during-30-mi https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTY1-the-electric-field-produced-by-the-radiations-coming-from-100-text-w-bulb-at-a-3-text-m-distance-is-e-the-electric-field-intensity-produced-by-the-radiations-coming-from-50-text-w-bulb-at-the-same-dis https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTY2-if-e-and-b-represent-electric-and-magnetic-field-vectors-of-the-electromagnetic-wave-the-direction-of-propagation-of-the-electromagnetic-wave-is-along-1-e-2-b-3-b-x-e-4-e-x-b-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTY3-the-ratio-of-contributions-made-by-the-electric-field-and-magnetic-field-components-to-the-intensity-of-an-em-wave-is-1-c-1-2-c2-1-3-1-1-4-c-1-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTY4-an-em-wave-radiates-outwards-from-a-dipole-antenna-with-e-0-as-the-amplitude-of-its-electric-field-vector-the-electric-field-e-0-which-transports-significant-energy-from-the-source-falls-off-as-1-dfra https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTY5-an-electromagnetic-wave-travels-in-a-vacuum-along-the-z-direction-e-left-e-1-hat-i-e-2-hat-j-right-cos-k-z-omega-t-choose-the-correct-options-from-the-following-a-the-associated-magnetic-field-is-give https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTcw-an-electromagnetic-wave-travelling-along-z-axis-is-given-as-e-e0-cos-kz-omega-t-choose-the-correct-options-from-the-following-a-the-associated-magnetic-field-is-given-as-b-frac1c-widehat-k-times-e-fra https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjI2OTcx-a-plane-electromagnetic-wave-propagating-along-x-direction-can-have-the-following-pairs-of-e-and-b-a-ex-by-b-ey-bz-c-bx-ey-d-ez-by-1-b-c-2-a-c-3-b-d-4-c-d-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjQ0OTY4-the-em-wave-with-the-shortest-wavelength-among-the-following-is-1-ultraviolet-rays-2-x-rays-3-gamma-rays-4-microwaves-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjQ1MDc3-the-magnetic-field-in-a-plane-electromagnetic-wave-is-given-by-b-y-2-times10-7-text-sin-left-pi-times10-3-x-3-pi-times10-11-t-right-text-t-the-wavelength-is-1-pi-times-10-3-text-m-2-2-times10-3-text-m https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjcyMTcy-a-parallel-plate-capacitor-with-circular-plates-of-radius-1-text-m-has-a-capacitance-of-1-text-nf-at-t-0-it-is-connected-for-charging-in-series-with-a-resistor-r-1-text-m-omega-across-a-2-text-v-batte https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjcyODI4-a-plane-electromagnetic-wave-of-frequency-25-text-mhz-travels-in-free-space-along-the-x-text-direction-at-a-particular-point-in-space-and-time-vec-e-0-6-3-hat-j-text-v-m-what-is-vec-b-0-at-this-point https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjcyODM3-the-magnetic-field-in-a-plane-electromagnetic-wave-is-given-by-b-left-2-times-10-7-right-sin-left-0-5-times-10-3-x-1-5-times-10-11-t-right-text-t-the-wavelength-and-frequency-of-the-wave-are-respectiv https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjcyODQ4-the-magnetic-field-in-a-plane-electromagnetic-wave-is-given-by-b-y-left-2-times-10-7-right-sin-left-0-5-times-10-3-x-1-5-times-10-11-t-right-text-t-the-expression-for-the-electric-field-is-1-e-z-60-si https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjcyODU4-light-with-an-energy-flux-of-18-text-w-cm-2-falls-on-a-non-reflecting-surface-at-normal-incidence-if-the-surface-has-an-area-of-20-text-cm-2-what-is-the-average-force-exerted-on-the-surface-during-a-3 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjcyODY5-assume-a-bulb-of-efficiency-2-5-as-a-point-source-the-peak-values-of-the-electric-field-and-magnetic-field-produced-by-the-radiation-coming-from-a-100-text-w-bulb-at-a-distance-of-3-text-m-are-respect https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc3MTI2-for-a-plane-electromagnetic-wave-propagating-in-the-x-direction-which-one-of-the-following-combinations-gives-the-correct-possible-directions-for-the-electric-field-e-and-magnetic-field-b-respectively https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc3MTI5-a-capacitor-of-capacitance-c-is-connected-across-an-ac-source-of-voltage-v-given-by-v-v-0-sin-omega-t-the-displacement-current-between-the-plates-of-the-capacitor-would-then-be-given-by-1-i-d-dfrac-v https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM5MzI1-match-list-i-with-list-ii-list-i-electromagnetic-waves-list-ii-wavelength-a-am-radio-waves-i-10-10-text-m-b-microwaves-ii-10-2-text-m-c-infrared-radiation-iii-10-2-text-m-d-x-rays-iv-10-4-text-m-choos https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM5MzQx-when-light-propagates-through-a-material-medium-of-relative-permittivity-varepsilon-r-and-relative-permeability-mu-r-the-velocity-of-light-v-is-given-by-c-velocity-of-light-in-vacuum-1-v-dfrac-c-sqrt https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM5NzU1-if-lambda-x-lambda-i-lambda-m-and-lambda-gamma-are-the-wavelengths-of-x-rays-infrared-rays-microwaves-and-gamma-rays-respectively-then-1-lambda-gamma-lambda-x-lambda-i-lambda-m-2-lambda-m-lambda-i-lam https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM5NzYz-an-electromagnetic-wave-is-moving-along-negative-z-z-direction-and-at-any-instant-of-time-at-a-point-its-electric-field-vector-is-3-hat-j-text-v-m-the-corresponding-magnetic-field-at-that-point-and-in https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2NTUw-the-magnetic-field-of-a-plane-electromagnetic-wave-is-given-by-vec-b-3-times10-8-text-cos-1-6-times10-3x-48-times10-10-t-hat-j-text-t-the-associated-electric-field-will-be-1-3-times-10-8-cos-left-1-6 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2NTg4-the-ratio-of-the-magnitude-of-the-magnetic-field-and-electric-field-intensity-of-a-plane-electromagnetic-wave-in-free-space-of-permeability-mu-0-and-permittivity-varepsilon-0-is-given-that-c-velocity https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY2OTI3-in-a-plane-electromagnetic-wave-travelling-in-free-space-the-electric-field-component-oscillates-sinusoidally-at-a-frequency-of-2-0-times-10-10-text-hz-and-amplitude-48-text-vm-1-then-the-amplitude-of https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY4MjQz-varepsilon-0-and-mu-0-are-the-electric-permittivity-and-magnetic-permeability-of-free-space-respectively-if-the-corresponding-quantities-of-a-medium-are-2-varepsilon-0-and-1-5-mu-0-respectively-the-re https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY4MzIw-to-produce-an-instantaneous-displacement-current-of-2-text-ma-in-the-space-between-the-parallel-plates-of-a-capacitor-of-capacitance-4-mu-text-f-the-rate-of-change-of-applied-variable-potential-differ https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDU0OTk1-a-parallel-plate-capacitor-is-charged-by-connecting-it-to-a-battery-through-a-resistor-if-i-is-the-current-in-the-circuit-then-in-the-gap-between-the-plates-1-a-displacement-current-of-magnitude-equal https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDU1MDAw-the-property-which-is-not-of-an-electromagnetic-wave-travelling-in-free-space-is-that-1-the-energy-density-in-electric-field-is-equal-to-energy-density-in-magnetic-field-2-they-travel-with-a-speed-equ https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDU2NzA4-if-vec-e-and-vec-b-represent-the-electric-field-vector-and-magnetic-field-vector-respectively-in-an-electromagnetic-wave-then-the-direction-of-em-wave-is-along-1-vec-e-2-vec-b-3-vec-e-times-vec-b-4-ve https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDU2NzM3-match-list-i-with-list-ii-the-symbols-carry-their-usual-meaning-list-i-list-ii-mathrm-a-oint-vec-e-cdot-d-vec-a-dfrac-q-varepsilon-0-mathrm-i-ampere-maxwell-s-law-mathrm-b-oint-vec-b-cdot-d-vec-a-0-ma https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NTk1-a-compass-needle-is-placed-in-the-gap-of-a-parallel-plate-capacitor-the-capacitor-is-connected-to-a-battery-through-a-resistance-the-compass-needle-1-does-not-deflect-2-deflects-for-a-very-short-time https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NjA0-displacement-current-goes-through-the-gap-between-the-plates-of-a-capacitor-when-the-charge-of-the-capacitor-a-increases-b-decreases-c-does-not-change-d-is-zero-choose-the-correct-option-1-a-b-2-b-c-3 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM1OTM0-which-of-the-following-situation-s-can-cause-the-radiation-of-an-electromagnetic-wave-a-a-varying-sinusoidal-current-flowing-through-a-capacitor-b-an-electric-dipole-whose-size-and-magnitude-is-oscill https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjk5Mzg2-consider-the-following-statements-statement-i-charged-particles-which-undergo-acceleration-or-deceleration-radiate-their-energy-away-statement-ii-therefore-charged-particles-moving-in-circular-paths-i https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTAwOTI-out-of-the-following-options-which-one-can-be-used-to-produce-a-propagating-electromagnetic-wave-1-a-stationary-charge-2-a-chargeless-particle-3-an-accelerating-charge-4-a-charge-moving-at-constant-ve https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzIyODEz-the-electric-field-of-an-electromagnetic-wave-is-given-by-overrightarrow-e-e-0-hat-j-cos-omega-t-kx-e-0-hat-i-sin-omega-t-kx-the-maximum-value-of-the-electric-field-in-the-wave-is-1-dfrac-e-0-sqrt-2-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM4MzQ2-when-an-electromagnetic-wave-of-frequency-f-0-undergoes-refraction-at-the-interface-of-two-transparent-non-absorbing-media-the-frequency-of-the-transmitted-wave-is-f-t-then-1-f-t-f-0-2-f-t-f-0-3-f-t-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM3NzIy-a-plane-electromagnetic-waveform-given-by-vec-e-1-e-0-hat-j-sin-omega-t-kx-propagates-along-the-x-axis-a-second-waveform-given-by-vec-e-2-e-0-hat-k-sin-omega-t-kx-is-also-allowed-to-propagate-the-magn https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzMxNzg2-a-plane-electromagnetic-wave-is-given-by-its-electric-field-vec-e-vec-e-0-cos-dfrac-omega-c-ct-beta-x-where-omega-and-beta-are-constants-t-is-the-time-and-x-represents-the-x-text-coordinate-c-is-the-s https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzI2MTA1-an-electromagnetic-waveform-given-by-vec-e-e-0-hat-j-sin-omega-t-cos-k-x-is-set-up-in-a-certain-region-of-space-where-vec-e-represents-the-electric-field-the-magnetic-field-associated-with-this-wavefo https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzIyODIw-the-maximum-electric-field-of-a-plane-electromagnetic-wave-traveling-through-a-vacuum-is-300-text-v-m-the-maximum-magnetic-field-of-this-wave-is-1-300-text-t-2-10-6-text-t-3-9-times-10-10-text-t-4-300 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzIyODEw-the-average-electric-field-associated-with-the-plane-electromagnetic-wave-vec-e-e-0-hat-i-sin-wt-kz-is-1-e-0-hat-i-2-dfrac-e-0-sqrt-2-hat-i-3-sqrt-2e-0-hat-i-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1MTY0-the-speed-of-electromagnetic-waves-is-1-higher-in-vacuum-compared-to-other-media-2-lower-in-vacuum-compared-to-other-media-3-independent-of-the-medium-4-lower-in-some-media-than-in-vacuum-and-higher-i https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzU4MzE4-an-electromagnetic-wave-of-frequency-nu-3-0-mhz-passes-from-a-vacuum-into-a-dielectric-medium-with-relative-permittivity-varepsilon-4-0-then-1-wavelength-is-doubled-and-frequency-becomes-half-2-wavele https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM4MTQ0-the-region-on-the-left-of-the-y-axis-x-represents-vacuum-and-the-region-on-the-right-x-0-represents-a-transparent-medium-an-electromagnetic-wave-travelling-along-the-x-axis-given-by-vec-e-1-x-t-e-1-ha https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NTE4-the-speed-of-light-depends-1-on-elasticity-of-the-medium-only-2-on-inertia-of-the-medium-only-3-on-elasticity-as-well-as-inertia-4-neither-on-elasticity-nor-on-inertia-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjYzNzI4-the-frequency-order-for-gamma-text-rays-b-x-text-rays-a-and-uv-text-rays-c-is-1-b-a-c-2-a-b-c-3-c-b-a-4-a-c-b-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTI0NTY-the-decreasing-order-of-wavelength-of-infrared-microwave-ultraviolet-and-gamma-rays-is-1-gamma-rays-ultraviolet-infrared-microwaves-2-microwaves-gamma-rays-infrared-ultraviolet-3-infrared-microwave-ul https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTA3Mzg-the-energy-of-the-em-waves-is-of-the-order-of-15-mathrm-kev-to-which-part-of-the-spectrum-does-it-belong-1-x-rays-2-infrared-rays-3-ultraviolet-rays-4-gamma-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjY1NDQ5-the-biological-importance-of-the-ozone-layer-is-1-it-stops-ultraviolet-rays-2-ozone-layer-reduces-the-greenhouse-effect-3-ozone-layer-reflects-radio-waves-4-ozone-layer-controls-mathrm-o-2-mathrm-h-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzkyNDk1-in-maxwell-s-famous-modification-of-amp-re-s-law-in-electromagnetism-he-introduced-the-concept-of-1-ac-current-2-dc-current-3-displacement-current-4-reactance-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzkyOTM1-a-parallel-plate-capacitor-of-capacitance-dfrac-1-2-text-f-is-such-that-an-instantaneous-displacement-current-of-i-ampere-flows-between-its-plates-what-is-the-corresponding-rate-of-change-of-voltage-d https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzMyMzEy-displacement-current-exists-1-when-an-electric-field-is-changing-in-the-circuit-2-when-an-electric-field-is-constant-3-when-an-electric-field-is-absent-4-always-exists-independent-of-the-electric-fiel https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzkyNzMz-a-capacitor-is-connected-across-a-battery-which-delivers-a-current-of-1-text-a-at-an-instant-in-the-capacitor-displacement-current-through-the-capacitor-at-that-instant-is-1-1-text-a-2-0-text-a-3-2-te https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjgwNDYx-a-parallel-plate-capacitor-of-capacitance-20-mu-text-f-is-being-charged-by-a-voltage-source-whose-potential-is-changing-at-the-rate-of-3-text-v-s-the-conduction-current-through-the-connecting-wires-an https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1Mzc4-a-displacement-current-of-4-425-mu-text-a-is-developed-in-the-space-between-the-plates-of-a-parallel-plate-capacitor-when-voltage-is-changing-at-a-rate-of-10-6-text-v-s-the-area-of-each-plate-of-the-c https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzkyNTgz-the-separation-between-the-pate-of-a-parallel-plate-capacitor-is-1-mm-is-connected-in-an-electric-circuit-if-rate-of-change-of-voltage-between-the-plate-is-10-8-text-v-s-and-plate-area-is-30-text-cm-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzIzNDk5-maxwell-unified-1-electricity-and-gravitation-2-electricity-and-magnetism-3-electromagnetism-with-weak-nuclear-forces-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzYzMDY5-correctly-match-the-two-lists-list-i-list-ii-a-gauss-s-law-electrostatics-p-oint-vec-b-cdot-d-vec-a-0-b-ampere-s-circuital-law-q-oint-vec-b-cdot-d-vec-l-mu-0i-text-enclosed-c-gauss-s-law-magnetism-r-o https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzkyNjM0-according-to-the-modified-ampere-s-circuital-law-ampere-maxwell-law-where-i-c-represents-the-conduction-current-and-i-d-represents-the-displacement-current-the-correct-equation-is-1-oint-vec-b-d-vec-l https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzI4NDgw-maxwell-s-modified-form-of-ampere-s-circuital-law-is-1-oint-vec-b-d-vec-s-0-2-oint-vec-b-d-vec-l-mathit-mu-0-i-3-oint-vec-b-d-vec-l-mu-0-i-dfrac-1-varepsilon-0-dfrac-dq-dt-4-oint-vec-b-d-vec-l-mu-0-i https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NTk3-electromagnetic-waves-are-produced-by-1-a-static-charge-2-a-moving-charge-3-an-accelerating-charge-4-chargeless-particles-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mzg2ODA3-in-a-vacuum-if-c-represents-the-velocity-of-light-mu-0-denotes-the-permeability-and-0-signifies-the-permittivity-we-can-express-the-relationship-as-1-c-dfrac-1-mu-0-varepsilon-0-2-c-dfrac-1-sqrt-varep https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwOTA5-a-charged-particle-oscillates-about-its-mean-equilibrium-position-with-a-frequency-of-10-9-text-hz-the-electromagnetic-waves-produced-a-will-have-frequency-of-10-9-text-hz-b-will-have-frequency-of-2-1 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM5NjQz-given-below-are-two-statements-about-a-charge-q-moving-in-a-circular-orbit-assertion-a-a-charge-moving-in-a-circular-orbit-can-produce-an-electromagnetic-wave-reason-r-the-source-of-the-electromagneti https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwOTEx-the-source-of-electromagnetic-waves-can-be-a-charge-a-moving-with-a-constant-velocity-b-moving-in-a-circular-orbit-c-at-rest-d-falling-in-an-electric-field-choose-the-correct-option-1-a-d-2-a-b-c-3-b https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3MzY4-the-energy-associated-with-an-electric-field-is-u-e-and-with-a-magnetic-field-is-u-b-for-an-electromagnetic-wave-in-free-space-then-1-u-e-dfrac-u-b-2-2-u-e-u-b-3-u-e-u-b-4-u-e-u-b-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDU2MDcw-an-electromagnetic-wave-has-an-electric-field-given-by-vec-e-9-6-hat-j-sin-left-2-pi-left-30-times-10-6-t-frac-1-10-x-right-right-x-and-t-are-in-s-l-units-the-maximum-magnetic-field-b-0-associated-wit https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY2Nzg1-average-energy-density-of-an-em-wave-with-electric-field-amplitude-e0-and-magnetic-field-amplitude-b0-is-equal-to-begin-align-1-frac-1-2-varepsilon-0-e-0-2-2-frac-b-0-2-mathit-mu-0-3-varepsilon-0-e-0 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTI0Mjg-the-electric-and-the-magnetic-fields-associated-with-an-electromagnetic-wave-propagating-along-the-positive-z-axis-can-be-represented-by-1-left-e-e-0-hat-k-b-b-0-hat-i-right-2-left-e-e-0-hat-j-b-b-0-h https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDU1NjQ5-in-an-electromagnetic-wave-the-electric-field-is-given-as-vec-e-e-0-sin-omega-t-k-z-hat-i-then-the-corresponding-magnetic-field-will-be-1-e-0-c-sin-omega-t-k-z-hat-j-2-dfrac-e-0-c-sin-omega-t-k-z-hat https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2ODY3-an-em-wave-propagating-in-x-text-direction-has-a-wavelength-of-8-text-mm-the-electric-field-vibrating-y-text-direction-has-maximum-magnitude-of-60-text-vm-1-choose-the-correct-equations-for-electric-a https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1OTc1-the-electromagnetic-waves-travel-in-a-medium-at-a-speed-of-2-0-times-10-8-text-m-s-the-relative-permeability-of-the-medium-is-1-0-the-relative-permittivity-of-the-medium-will-be-1-2-25-2-4-25-3-6-25-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1NzYz-during-the-propagation-of-the-electromagnetic-wave-in-a-medium-1-electric-energy-density-is-double-the-magnetic-energy-density-2-electric-energy-density-is-half-the-magnetic-energy-density-3-electric https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzMzM0-a-light-wave-traveling-in-air-along-x-direction-is-given-by-e-y-540-sin-pi-times-10-4-x-c-t-vm-1-the-peak-value-of-the-magnetic-field-of-the-wave-will-be-given-c-3-times-10-8-ms-1-1-18-times-10-7-t-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzkyNTE0-in-an-apparatus-the-electric-field-was-found-to-oscillate-with-an-amplitude-of-18-text-vm-1-the-magnitude-of-the-oscillating-magnetic-field-will-be-1-4-times-10-6-text-t-2-6-times-10-8-text-t-3-9-time https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwODk1-the-ratio-of-contributions-made-by-the-electric-field-and-magnetic-field-components-to-the-intensity-of-an-em-wave-is-1-c-1-2-c-2-1-3-1-1-4-sqrt-c-1-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NTQy-when-light-propagates-in-a-vacuum-there-is-an-electric-field-and-a-magnetic-field-these-fields-a-are-constant-in-time-b-have-zero-average-value-c-are-perpendicular-to-the-direction-of-propagation-of-l https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDgwNzQ0-given-below-are-two-statements-assertion-a-the-electric-field-of-a-travelling-plane-electromagnetic-wave-oscillates-in-the-plane-of-the-wavefront-reason-r-the-direction-of-the-electric-field-is-perpen https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mzk1MzM4-a-plane-polarised-progressive-electromagnetic-wave-is-propagating-along-the-y-axis-its-electric-field-is-along-the-z-axis-the-magnetic-field-associated-with-the-wave-is-along-1-hat-j-2-hat-k-3-hat-i-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDU0OTM5-an-electromagnetic-wave-is-given-as-e-200-sin-1-5x-4-5-times10-8-t-here-e-is-the-electric-field-in-text-n-c-if-energy-density-in-the-electromagnetic-field-is-given-as-n-10-8-text-j-m-3-then-n-is-varep https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc4OTU1-an-electromagnetic-wave-of-frequency-5-ghz-is-travelling-in-a-medium-whose-relative-electric-permittivity-and-relative-magnetic-permeability-both-are-2-its-velocity-in-this-medium-is-1-15-times-10-7-m https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2Mjkw-which-of-the-following-statement-is-not-correct-1-electromagnetic-waves-can-be-diffracted-refracted-and-polarised-2-electromagnetic-waves-carry-both-energy-and-momentum-3-electromagnetic-waves-exert-r https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDgwNzQ4-given-below-are-two-statements-statement-i-when-electromagnetic-waves-are-reflected-their-frequency-does-not-change-statement-ii-when-electromagnetic-waves-undergo-refraction-the-frequency-does-not-ch https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1NTE2-a-plane-electromagnetic-wave-of-frequency-50-mhz-is-traveling-in-free-space-in-the-mathrm-x-direction-at-a-particular-point-in-space-and-time-vec-e-6-3-hat-j-v-m-1-the-magnetic-field-vec-b-at-this-poi https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3MjU4-a-plane-electromagnetic-wave-of-wavelength-lambda-has-an-intensity-i-it-is-propagating-along-the-positive-y-text-direction-the-allowed-expressions-for-the-electric-and-magnetic-fields-are-given-by-1-v https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDA5MDk1-an-electromagnetic-wave-given-by-its-electric-field-vec-e-is-travelling-in-space-vec-e-e-0-hat-j-sin2-pi-big-10-3-text-s-1-t-large-frac-x-lambda-big-the-magnetic-field-associated-with-the-wave-c-speed https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzNDA3-the-oscillating-magnetic-field-in-a-plane-electromagnetic-wave-is-given-by-b-y-5-times-10-6-sin-1000-pi-5x-4-times-10-8-t-the-amplitude-of-the-electric-field-will-be-1-15-times-10-2-text-vm-1-2-5-time https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQxODk0-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-energy-of-an-electromagnetic-wave-is-not-equally-distributed-among-the-electric-fiel https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwOTA3-a-plane-electromagnetic-wave-propagating-along-x-direction-can-have-the-following-pairs-of-vec-e-and-vec-b-a-e-x-b-y-b-e-y-b-z-c-b-x-e-y-d-e-z-b-y-choose-the-correct-options-1-a-d-2-a-b-c-3-b-d-4-c-d https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NTk4-an-electromagnetic-wave-going-through-vacuum-is-described-by-e-e-0-sin-k-x-omega-t-b-b-0-sin-k-x-omega-t-then-1-e-0-k-b-0-omega-2-e-0-b-0-omega-k-3-e-0-omega-b-0-k-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc4NTY5-an-electron-is-constrained-to-move-along-the-y-text-axis-with-a-speed-of-0-1-c-c-is-the-speed-of-light-in-the-presence-of-an-electromagnetic-wave-whose-electric-field-is-vec-e-30-hat-j-sin-left-1-5-ti https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTkxNzM1-the-dimension-of-0-0-12-0-0-12-is-1-length-2-time-3-velocity-4-force-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzYzMTQ2-an-electromagnetic-wave-beam-of-power-20-mw-is-incident-on-a-perfectly-absorbing-body-for-300-ns-the-total-momentum-transferred-by-the-beam-to-the-body-is-equal-to-1-2-times-10-17-n-s-2-1-times-10-17 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQyOTA2-the-wavelength-of-the-waves-having-a-frequency-3000-mhz-is-1-10-cm-2-50-cm-3-100-cm-4-150-cm-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzIzMDU1-which-of-the-following-electromagnetic-radiations-is-used-for-viewing-through-haze-and-fog-1-radio-wave-2-infrared-wave-3-microwave-4-matter-wave-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzIyODE4-an-electromagnetic-wave-is-incident-onto-a-surface-and-delivers-an-energy-e-and-a-momentum-p-then-1-e-and-p-are-both-zero-2-e-and-p-are-both-non-zero-3-e-is-zero-and-p-is-non-zero-4-e-is-non-zero-p-is https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzIzMDQ3-the-dimensional-formula-of-mathit-mu-0-varepsilon-0-is-1-left-m-0-l-1-t-1-right-2-left-m-0-l-2-t-2-right-3-left-m-0-l-2-t-2-right-4-left-m-0-l-1-t-right-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc2ODE4-light-is-incident-normally-on-a-completely-absorbing-surface-with-an-energy-flux-of-25-text-wcm-2-if-the-surface-has-an-area-of-25-text-cm-2-the-momentum-transferred-to-the-surface-in-40-min-time-dura https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1ODE1-the-electric-field-in-an-electromagnetic-wave-is-given-by-e-56-5-sin-omega-t-frac-x-c-text-nc-1-the-intensity-of-the-wave-if-it-is-propagating-along-the-x-text-axis-in-the-free-space-is-given-varepsil https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzMzYw-a-parallel-beam-of-light-of-wavelength-900-nm-and-intensity-100-wm-2-is-incident-on-a-surface-perpendicular-to-the-beam-the-number-of-photons-crossing-1-cm2-area-perpendicular-to-the-beam-in-one-secon https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzNjU3-as-shown-in-the-figure-after-passing-through-the-medium-1-the-speed-of-light-v-2-in-medium-2-will-be-given-c-3-times-10-8-ms-1-1-1-0-times-10-8-ms-1-2-0-5-times-10-8-ms-1-3-1-5-times-10-8-ms-1-4-3-0-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2NjQz-if-the-total-energy-of-electromagnetic-waves-falling-on-a-surface-is-e-for-total-absorption-the-momentum-delivered-will-be-where-c-is-the-speed-of-light-1-e-c-2-2e-c-3-4e-c-4-e-2c-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1OTMw-a-plane-electromagnetic-wave-is-traveling-in-free-space-along-the-x-direction-at-a-certain-point-the-magnetic-field-vector-is-given-as-vec-b-2-times-10-8-hat-k-text-t-what-is-the-electric-field-vector https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzYzMjgz-match-the-types-of-radiation-listed-in-column-i-with-their-corresponding-applications-in-column-ii-column-i-radiation-column-ii-applications-a-ultraviolet-rays-i-physiotherapy-b-infrared-rays-ii-treat https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc4NzA3-choose-the-correct-option-relating-wavelengths-of-different-parts-of-electromagnetic-wave-spectrum-1-lambda-text-radio-waves-lambda-text-micro-waves-lambda-text-visible-lambda-text-x-rays-2-lambda-tex https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc5NzE0-match-list-i-electromagnetic-wave-type-with-list-ii-its-association-application-and-select-the-correct-option-from-the-choices-given-below-the-list-list-i-list-ii-a-infrared-waves-i-to-treat-muscular https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzMxNDI3-the-energy-of-gamma-left-gamma-right-ray-photon-is-e-gamma-and-that-of-an-x-text-ray-photon-is-e-chi-if-the-visible-light-photon-has-an-energy-of-e-upsilon-then-we-can-say-that-1-e-chi-e-gamma-e-upsil https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY3NDQ0-which-is-more-energetic-an-infrared-wave-or-a-microwave-1-infrared-wave-2-microwave-3-both-have-the-same-energy-4-it-cannot-be-predicted-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjAwNDgy-which-colour-of-the-light-has-the-longest-wavelength-1-violet-2-red-3-blue-4-green-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1NTQ3-match-list-i-with-list-ii-list-i-list-ii-a-uv-rays-i-diagnostic-tool-is-medicine-b-x-rays-ii-water-purification-c-microwave-iii-communication-radar-d-infrared-wave-iv-improving-visibility-on-foggy-day https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY2ODMx-which-of-the-following-electromagnetic-waves-has-the-highest-energy-1-mathrm-x-text-rays-2-infrared-3-microwaves-4-radio-waves-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1ODY3-remote-switches-of-mathrm-tv-sets-video-recorders-and-hi-fi-systems-use-1-mathrm-uv-rays-2-x-rays-3-gamma-rays-4-infrared-waves-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY2ODUz-match-list-i-with-list-ii-and-choose-the-correct-option-list-i-list-ii-a-microwave-p-400-text-nm-1-text-nm-b-ultraviolet-q-1-text-nm-1-text-pm-c-x-rays-r-2-5-mu-text-m-750-text-nm-d-infrared-s-1-text https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDY4ODI4-among-the-various-types-of-electromagnetic-radiation-the-one-with-the-smallest-wavelength-is-1-mathrm-x-rays-2-gamma-rays-3-ultraviolet-rays-4-microwaves-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc5MTIz-match-column-i-with-column-ii-column-i-column-ii-a-source-of-microwave-frequency-i-radioactive-decay-on-the-nucleus-b-source-of-infrared-frequency-ii-magnetron-c-source-of-gamma-rays-iii-inner-shell-e https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2Njg0-visible-light-has-a-frequency-range-of-approximately-1-4-times-10-14-text-hz-text-to-7-5-times-10-14-text-hz-2-1-5-times-10-14-text-hz-text-to-1-times-10-15-text-hz-3-1-times-10-14-text-hz-text-to-2-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTAwNzc0-in-an-electric-circuit-there-is-a-capacitor-of-reactance-100-omega-connected-across-the-source-of-220-text-v-the-rms-value-of-displacement-current-will-be-1-2-2-text-a-2-0-22-text-a-3-4-2-text-a-4-2-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQ0ODYx-a-parallel-plate-capacitor-with-plate-area-a-and-separation-between-the-plates-d-is-charged-by-a-source-having-current-i-at-some-instant-consider-a-plane-surface-of-area-a-2-parallel-to-the-plates-and https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQ0ODYw-a-larger-parallel-plate-capacitor-whose-plates-have-an-area-of-1-text-m-2-separated-from-each-other-by-1-text-mm-is-being-charged-at-a-rate-of-25-8-text-v-s-if-the-plates-have-a-dielectric-constant-10 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQ0ODQw-a-parallel-plate-capacitor-consists-of-two-circular-plates-each-of-radius-2-text-cm-separated-by-a-distance-of-0-1-text-mm-if-the-voltage-across-the-plates-is-varying-at-the-rate-of-5-times10-13-text https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQwMDQz-given-below-are-two-statements-assertion-a-displacement-current-goes-through-the-gap-between-the-plates-of-a-capacitor-when-the-charge-of-the-capacitor-does-not-change-reason-r-the-displacement-curren https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246NDk0Mjg-maxwell-s-equation-describes-the-fundamental-laws-of-1-electricity-only-2-magnetism-only-3-mechanics-only-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQwMzY1-the-maxwell-s-equation-oint-vec-b-vec-dl-mu-0-left-i-varepsilon-0-frac-d-left-phi-right-e-d-t-right-is-a-statement-of-1-faraday-s-law-of-induction-2-modified-ampere-s-law-3-gauss-s-law-of-electricity https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTY1Mjk3-the-figure-shows-a-parallel-plate-capacitor-being-charged-by-a-battery-if-x-and-y-are-two-closed-curves-then-during-charging-oint-vec-b-d-vec-l-is-zero-along-the-curve-1-x-only-2-y-only-3-both-x-y-4-n https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTE1ODQ1-which-of-the-following-is-not-maxwell-s-equation-rho-volume-charge-density-j-current-density-m-pole-strength-v-volume-s-is-a-closed-surface-and-c-is-closed-loop-1-oint-s-vec-e-cdot-overrightarrow-d-s https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQxMDQ3-given-below-are-two-statements-statement-i-electromagnetic-waves-are-radiated-when-a-charged-particle-undergoes-shm-statement-ii-electromagnetic-waves-propagate-energy-in-the-direction-of-the-electric https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTc3OTY5-the-magnetic-field-amplitude-of-an-electromagnetic-wave-is-2-times-10-7-text-t-its-electric-field-amplitude-if-the-wave-is-travelling-in-free-space-is-1-6-text-vm-1-2-60-text-vm-1-3-frac-10-6-text-vm https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIyNTc3-a-plane-electromagnetic-wave-travels-in-free-space-along-x-text-axis-at-a-particular-point-in-space-the-electric-field-along-y-text-axis-is-9-3-text-vm-1-the-magnetic-induction-is-1-3-1-times-10-8-tex https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTAwNzIx-the-velocity-of-electromagnetic-wave-is-parallel-to-1-vec-b-times-vec-e-2-vec-e-times-vec-b-3-vec-e-4-vec-b-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQwMzU1-which-of-the-following-statements-is-false-regarding-the-properties-of-electromagnetic-waves-1-both-electric-and-magnetic-field-vectors-attain-the-maxima-and-minima-at-the-same-place-and-the-same-time https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTMwNTcz-in-an-electromagnetic-wave-energy-density-associated-with-a-magnetic-field-will-be-1-12li212li2-2-b22-0b22-0-3-12-0b212-0b2-4-12qb212qb2-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTkyMDc5-consider-an-oscillator-which-has-a-charged-particle-oscillating-about-its-mean-position-with-a-frequency-of-300-mhz-the-wavelength-of-electromagnetic-waves-produced-by-this-oscillator-would-be-1-1-m-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQ0ODYy-the-sun-delivers-10-3-text-w-m-2-of-electromagnetic-flux-to-the-earth-s-surface-the-total-power-that-is-incident-on-a-roof-of-dimensions-8-m-20-m-will-be-1-2-56-times-10-4-text-w-2-6-4-times-10-5-text https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQ0ODI5-the-electric-field-part-of-an-electromagnetic-wave-in-a-medium-is-represented-by-e-x-0-e-y-left-2-5-frac-text-n-text-c-right-cos-left-left-2-pi-times-10-6-frac-text-rad-text-s-right-t-left-pi-times-10 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjUwOTI1-the-ratio-of-the-amplitude-of-a-magnetic-field-to-the-amplitude-of-an-electric-field-for-an-electromagnetic-wave-propagating-in-a-vacuum-is-equal-to-1-reciprocal-of-speed-of-light-in-vacuum-2-the-rati https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQwNzgy-if-an-electromagnetic-wave-of-frequency-f-3-mhz-passes-from-vacuum-into-a-dielectric-medium-with-relative-permittivity-k-4-0-then-1-wavelength-is-2-times-and-frequency-becomes-half-2-wavelength-is-hal https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQwMzM4-for-a-transparent-medium-relative-permeability-and-permittivity-mu-r-text-and-varepsilon-r-are-1-0-and-1-44-respectively-the-velocity-of-light-in-this-medium-would-be-1-2-5-times10-8-text-m-s-2-3-time https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246ODg5ODc-in-an-electromagnetic-wave-in-free-space-the-root-mean-square-value-of-the-electric-field-is-e-text-rms-6-text-v-m-the-peak-value-of-the-magnetic-field-is-1-2-83-times-10-8-text-t-2-0-70-times-10-8-te https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTUzNTM5-the-speed-of-an-electromagnetic-wave-in-a-medium-of-dielectric-constant-2-25-and-relative-permeability-4-is-approximately-1-1-times-10-8-m-s-2-2-5-times-10-8-m-s-3-3-times-10-8-m-s-4-2-times-10-8-m-s https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzMzNTg4-consider-the-following-statements-about-electromagnetic-waves-and-choose-the-correct-ones-s1-electromagnetic-waves-having-wavelengths-1000-times-smaller-than-light-waves-are-called-x-rays-s2-ultraviol https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQ0ODY2-in-an-electromagnetic-wave-if-the-electric-field-oscillated-sinusoidally-with-an-amplitude-of-48-text-vm-1-then-the-rms-value-of-the-oscillating-magnetic-field-will-be-1-1-6-times-10-8-text-t-2-1-6-ti https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQ0ODQx-in-an-electromagnetic-wave-1-power-is-transmitted-along-the-magnetic-field-2-power-is-transmitted-along-the-electric-field-3-power-is-equally-transferred-along-with-the-electric-and-magnetic-fields-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzMjkz-given-below-are-two-statements-statement-i-electromagnetic-waves-propagate-through-all-media-with-a-speed-c-dfrac-1-sqrt-varepsilon-0-mu-0-statement-ii-electromagnetic-waves-can-undergo-reflection-and https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTc3OTY3-choose-the-correct-option-1-the-radiation-in-increasing-order-of-frequency-are-radio-waves-microwaves-infrared-visible-ultraviolet-x-rays-gamma-rays-2-the-wavelength-of-colours-in-increasing-order-is https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTc3NTMx-which-colour-of-light-has-the-longest-wavelength-1-violet-2-red-3-blue-4-green-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTc3OTk5-which-statement-is-correct-for-x-rays-and-gamma-rays-1-x-rays-are-emitted-from-electronic-transitions-while-gamma-rays-are-emitted-from-nuclear-transitions-2-x-rays-have-less-penetrating-power-in-comp https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjYzODIw-if-lambda-v-lambda-x-and-lambda-m-represent-the-wavelengths-of-visible-light-x-text-rays-and-microwaves-respectively-then-1-lambda-m-lambda-x-lambda-v-2-lambda-v-lambda-m-lambda-x-3-lambda-v-lambda-x https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjEwMDM4-which-of-the-following-is-not-an-electromagnetic-wave-1-radio-wave-2-micro-wave-3-cosmic-rays-4-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQwMzU5-the-most-penetrating-radiation-out-of-the-following-is-1-x-text-rays-2-beta-text-rays-3-alpha-text-rays-4-gamma-text-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQ0ODI1-the-condition-under-which-a-microwave-oven-heats-up-a-food-item-containing-water-molecules-most-efficiently-is-1-the-frequency-of-the-microwave-must-match-the-resonant-frequency-of-the-water-molecules https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQ0ODI3-the-decreasing-order-of-the-wavelength-of-infrared-microwave-ultraviolet-and-gamma-rays-is-1-gamma-rays-ultraviolet-infrared-microwaves-2-microwaves-gamma-rays-infrared-ultraviolet-3-infrared-microwav https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2MTEx-match-list-i-with-list-ii-list-i-list-ii-a-ultraviolet-rays-i-study-crystal-structure-b-microwaves-ii-greenhouse-effect-c-infrared-waves-iii-sterilizing-surgical-instrument-d-x-rays-iv-radar-system-ch https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTIxOTM1-light-is-a-kind-of-wave-the-wavelength-of-visible-light-ranges-from-about-4000-mathring-a-to-7000-mathring-a-which-of-the-following-statements-is-false-1-ultraviolet-light-has-a-wavelength-shorter-tha https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTAwNzc1-an-electromagnetic-radiation-has-an-energy-14-4-text-kev-to-which-region-of-the-electromagnetic-spectrum-does-it-belong-1-infrared-region-2-visible-region-3-x-text-ray-region-4-gamma-text-ray-region-1 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjY0NzE1-what-is-the-cause-of-greenhouse-effect-1-infra-red-rays-2-ultraviolet-rays-3-x-text-rays-4-radio-waves-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTQ0ODUz-the-frequency-1057-text-mhz-of-radiation-arising-due-to-electron-transition-between-two-close-energy-levels-in-hydrogen-belongs-to-1-radio-waves-2-infrared-waves-3-microwaves-4-gamma-text-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjY0NzEx-which-of-the-following-has-the-minimum-wavelength-1-x-text-rays-2-ultraviolet-rays-3-gamma-text-rays-4-cosmic-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTkyODAw-match-list-i-with-list-ii-list-i-electromagnetic-wave-list-ii-production-a-microwave-i-electrons-in-atoms-emit-light-when-they-move-from-a-higher-energy-level-to-a-lower-energy-level-b-visible-light-i https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTk4MTk0-an-electromagnetic-wave-travelling-in-a-lossless-dielectric-medium-having-a-dielectric-constant-varepsilon-r-9-has-the-electric-field-e-x-e-0-sin-kz-2-pi-times-10-6-t-vm-1-where-e-0-is-the-amplitude-a https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTk4MTg5-the-following-table-presents-the-parts-of-the-electromagnetic-spectrum-and-their-corresponding-major-applications-part-of-the-electromagnetic-spectrum-applications-mathrm-p-microwave-mathrm-i-for-puri https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTM1MTQ3-the-electric-field-in-a-plane-electromagnetic-wave-is-given-by-e-z-60-cos-5x-1-5-times10-9t-text-v-m-then-expression-for-the-corresponding-magnetic-field-is-here-subscripts-denote-the-direction-of-the https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTM1MTEw-a-parallel-plate-capacitor-made-of-circular-plates-is-being-charged-such-that-the-surface-charge-density-on-its-plates-is-increasing-at-a-constant-rate-with-time-the-magnetic-field-arising-due-to-disp https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDY4ODMy-if-the-ratio-of-relative-permeability-and-relative-permittivity-of-a-uniform-medium-is-1-4-the-ratio-of-the-magnitudes-of-electric-field-intensity-e-to-the-magnetic-field-intensity-h-of-an-em-wave-pro https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246ODg5ODA-a-100-omega-resistance-and-a-capacitor-of-100-omega-reactance-are-connected-in-series-across-a-220-text-v-source-when-the-capacitor-is-50-charged-the-peak-value-of-the-displacement-current-is-1-2-2-te https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTEzOTk-the-condition-under-which-a-microwave-oven-heats-up-a-food-item-containing-water-molecules-most-efficiently-is-1-the-frequency-of-microwaves-has-no-relation-with-the-natural-frequency-of-water-molecul https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTIxMzQ-the-electric-field-associated-with-an-electromagnetic-wave-in-a-vacuum-is-given-by-vec-e-40-cos-left-kz-6-times-10-8-t-right-hat-i-where-e-z-and-t-are-in-volt-m-meter-and-second-respectively-the-value https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTI1NzI-which-of-the-following-statement-is-false-for-the-properties-of-electromagnetic-waves-1-both-electric-and-magnetic-field-vectors-attain-the-maxima-and-minima-at-the-same-place-and-same-time-2-the-ener https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjUxMDQ1-the-electric-field-of-an-electromagnetic-wave-in-free-space-is-given-by-e-10e-10e-10-coscoscos-107t-kx-107t-kx-107t-kx-jj-j-v-mv-mv-m-where-t-and-x-are-in-seconds-and-metres-respectively-it-can-be-inf https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246OTMzMjc-the-velocity-of-electromagnetic-radiation-in-a-medium-of-permittivity-0-0-0-and-permeability-0-0-0-is-given-by-1-o-o-o-o-o-o-2-o-o-o-o-o-o-3-1-o-o1-o-o1-o-o-4-o-o-o-o-o-o-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjY1Mjgy-the-velocity-of-electromagnetic-waves-is-parallel-to-1-b-eb-e-b-e-2-e-be-b-e-b-3-ee-e-4-bb-b-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjY0NzM0-if-the-frequency-of-an-em-wave-is-10-mhz-then-its-wavelength-is-1-30-m-2-300-m-3-3-m-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MjY2MDA5-which-of-the-following-rays-are-not-electromagnetic-waves-1-x-text-rays-2-gamma-text-rays-3-beta-text-rays-4-heat-rays-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwODc3-one-requires-11-text-ev-of-energy-to-dissociate-a-carbon-monoxide-molecule-into-carbon-and-oxygen-atoms-the-minimum-frequency-of-the-appropriate-electromagnetic-radiation-to-achieve-the-dissociation-l https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwODgz-a-linearly-polarized-electromagnetic-wave-given-as-e-e-o-hat-i-cos-k-z-omega-mathrm-t-is-incident-normally-on-a-perfectly-reflecting-infinite-wall-at-z-a-assuming-that-the-material-of-the-wall-is-opti https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwODg5-the-electric-field-intensity-produced-by-the-radiations-coming-from-100-text-w-bulb-at-a-3-text-m-distance-is-e-the-electric-field-intensity-produced-by-the-radiations-coming-from-50-text-w-bulb-at-th https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwODkz-if-e-and-b-represent-electric-and-magnetic-field-vectors-of-the-electromagnetic-wave-the-direction-of-propagation-of-electromagnetic-wave-is-along-1-e-2-b-3-b-times-e-4-e-times-b-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwODk4-an-em-wave-radiates-outwards-from-a-dipole-antenna-with-e-0-as-the-amplitude-of-its-electric-field-vector-the-electric-field-e-0-which-transports-significant-energy-from-the-source-falls-off-as-1-frac https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwOTAx-an-electromognetic-wave-travels-in-vacuum-along-z-direction-e-left-e-1-hat-i-e-2-hat-j-right-cos-k-z-omega-t-choose-the-correct-options-from-the-following-a-the-associated-magnetic-field-is-given-as-b https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUwOTA1-an-electromagnetic-wave-travelling-along-z-axis-is-given-as-vec-e-e-0-cos-k-z-omega-t-choose-the-correct-options-from-the-following-a-the-associated-magnetic-field-is-given-as-vec-b-dfrac-1-c-hat-k-ti https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDUxMDEw-an-em-wave-of-intensity-i-falls-on-a-surface-kept-in-vacuum-and-exerts-radiation-pressure-p-on-it-which-of-the-following-are-true-a-radiation-pressure-is-i-c-if-the-wave-is-totally-absorbed-b-radiatio https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-pb246ODk2ODc-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-charge-moving-in-a-circular-orbit-can-produce-electromagnetic-wave-reason-r-the-source https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzIyODE0-given-below-are-two-statements-assertion-a-the-fastest-speed-of-propagation-of-any-wave-in-any-medium-is-the-speed-of-electromagnetic-waves-in-that-medium-reason-r-all-signals-can-at-most-travel-at-th https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQwMDA1-assertion-like-light-radiation-thermal-radiations-are-also-electromagnetic-radiation-reason-the-thermal-radiations-require-no-medium-for-propagation-1-both-assertion-and-reason-are-true-and-the-reason https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQwMTM1-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-energy-of-x-text-ray-photons-is-greater-than-that-of-light-photons-reason-r-x-text-r https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQwMjM5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-for-cooking-in-a-microwave-oven-food-is-always-kept-in-metal-containers-reason-r-the-ene https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQxODkw-assertion-environmental-damage-has-increased-the-amount-of-ozone-in-the-atmosphere-reason-the-increase-of-ozone-increases-the-amount-of-ultraviolet-radiation-on-earth-1-both-assertion-and-reason-are-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQwMDU3-assertion-if-the-earth-did-not-have-an-atmosphere-its-average-surface-temperature-would-be-lower-than-what-is-now-reason-greenhouse-effect-of-the-atmosphere-would-be-absent-if-the-earth-did-not-have-a https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQxODk2-given-below-are-two-statements-assertion-a-displacement-current-can-be-produced-by-both-ac-and-dc-sources-reason-r-in-a-capacitor-circuit-the-conduction-current-in-the-circuit-is-equal-to-the-displace https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQxODk3-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-in-an-electromagnetic-wave-the-electric-vibration-and-magnetic-vibration-are-on-two-mutu https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NTE5-the-equation-of-a-light-wave-is-written-as-y-a-sin-kx-omega-t-here-y-represents-1-displacement-of-ether-particles-2-pressure-in-the-medium-3-density-of-the-medium-4-electric-field-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NTQ1-three-observers-a-b-and-c-measure-the-speed-of-light-coming-from-a-source-to-be-va-vb-and-vc-the-observer-a-moves-towards-the-source-and-c-moves-away-from-the-source-at-the-same-speed-the-observer-b-s https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NTk0-a-magnetic-field-can-be-produced-by-1-a-moving-charge-2-a-changing-electric-field-3-none-of-them-4-both-of-them-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NTk2-dimensions-of-1-0-0-is-1-l-t-2-t-l-3-l2-t2-4-t2-l2-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NTk5-an-electric-field-vec-e-and-a-magnetic-field-vec-b-exist-in-a-region-the-fields-are-not-perpendicular-to-each-other-1-this-is-not-possible-2-no-electromagnetic-wave-is-passing-through-the-region-3-an https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NjAw-consider-the-following-two-statements-regarding-a-linearly-polarized-plane-electromagnetic-wave-statement-i-the-electric-field-and-the-magnetic-field-have-equal-average-values-statement-ii-the-electri https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NjAx-a-free-electron-is-placed-in-the-path-of-a-plane-electromagnetic-wave-the-electron-will-start-moving-1-along-the-electric-field-2-along-the-magnetic-field-3-along-the-direction-of-propagation-of-the-w https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NjAy-a-plane-electromagnetic-wave-is-incident-on-a-material-surface-the-wave-delivers-momentum-p-and-energy-e-then-1-p-0-e-neq0-2-p-neq0-e-0-3-p-neq0-e-neq0-4-p-0-e-0-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NjAz-an-electromagnetic-wave-going-through-vacuum-is-described-by-e-e0-sin-kx-t-which-of-the-following-is-are-independent-of-the-wavelength-a-k-b-c-k-d-k-choose-the-correct-option-1-a-b-2-b-c-3-c-only-4-a https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NjA1-speed-of-electromagnetic-waves-is-the-same-a-for-all-wavelengths-b-in-all-media-c-for-all-intensities-d-for-all-frequencies-choose-the-correct-option-1-a-b-2-b-c-3-c-only-4-a-d-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NjA2-which-of-the-following-quantities-have-an-average-value-of-zero-in-a-plane-electromagnetic-wave-a-electric-field-b-magnetic-field-c-electric-energy-d-magnetic-energy-choose-the-correct-option-from-the https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2NjA3-the-energy-contained-in-a-small-volume-through-which-an-electromagnetic-wave-is-passing-oscillates-with-a-zero-frequency-b-the-frequency-of-the-wave-c-half-the-frequency-of-the-wave-d-double-the-frequ https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2Njky-light-passes-through-a-closed-cylindrical-tube-containing-a-gas-if-the-gas-is-gradually-pumped-out-the-speed-of-light-inside-the-tube-will-1-increase-2-decrease-3-remain-constant-4-first-increase-and https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2Njkz-the-speeds-of-red-light-and-yellow-light-are-exactly-same-1-in-vacuum-but-not-in-air-2-in-air-but-not-in-vacuum-3-in-vacuum-as-well-as-in-air-4-neither-in-vacuum-nor-in-air-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2Njk1-the-speed-of-light-is-299-792-458-ms-1-a-with-respect-to-the-earth-b-with-respect-to-the-sun-c-with-respect-to-a-train-moving-on-the-earth-d-with-respect-to-a-spaceship-going-in-outer-space-1-a-and-b https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2Njk2-which-of-the-following-methods-can-be-used-to-measure-the-speed-of-light-in-laboratory-1-roemer-method-2-fizeau-method-3-foucault-method-4-michelson-method-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzA2Njk3-which-of-the-following-methods-can-be-used-to-measure-the-speed-of-light-in-water-1-roemer-method-2-fizeau-method-3-foucault-method-4-michelson-method-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzU4MjY2-alpha-particles-beta-particles-and-gamma-rays-are-all-having-the-same-energy-their-penetrating-power-in-a-given-medium-in-increasing-order-will-be-1-gamma-alpha-beta-2-alpha-beta-gamma-3-beta-alpha-ga https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDIwMzM5-an-electromagnetic-waveform-whose-electric-field-is-given-by-vec-e-2-times10-4-text-v-m-hat-j-sin-bigg-large-frac-2-pi-0-2-text-m-bigg-x-2-times10-8-text-m-s-t-is-travelling-in-a-region-when-this-wave https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTI3NTM4-the-orange-colour-of-a-carrot-is-due-to-the-presence-of-the-beta-carotene-molecule-this-means-that-the-beta-carotene-molecule-absorbs-light-at-wavelengths-that-are-1-longer-than-550-text-nm-2-shorter https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM1OTM5-an-incident-light-beam-of-power-p-falls-on-a-flat-surface-at-an-angle-of-incidence-of-60-circ-50-of-the-of-the-beam-is-absorbed-and-the-remaining-reflected-the-force-exerted-on-the-surface-is-1-dfrac https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzIyODE1-a-positively-charged-particle-is-placed-on-the-x-text-axis-in-the-path-of-an-electromagnetic-wave-propagating-along-the-x-text-axis-with-its-electric-field-oscillating-along-the-y-text-axis-the-charge https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzkyNjgy-the-magnetic-field-in-a-plane-electromagnetic-wave-is-given-by-b-2-times10-7-sin-left-0-5-times10-3x-10-11-t-right-text-t-the-electromagnetic-wave-is-1-visible-light-2-infrared-3-microwave-4-radio-wav https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MTM2MzU3-two-perfectly-black-bodies-of-the-same-diameter-a-sphere-and-a-disc-are-placed-in-front-of-a-uniform-beam-of-light-the-plane-of-the-disc-is-perpendicular-to-the-light-rays-the-force-acting-upon-them-b https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzIyODA2-a-plane-electromagnetic-wave-propagating-along-the-x-text-axis-has-a-magnetic-field-given-by-vec-b-b-0-hat-j-hat-k-sin-omega-t-kx-the-wave-is-polarised-along-1-hat-j-2-hat-k-3-hat-j-hat-k-4-hat-j-hat https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzkyNjEy-a-circular-region-of-radius-r-contains-a-uniform-magnetic-field-b-directed-perpendicular-to-its-plane-if-the-magnetic-field-is-increasing-at-a-constant-rate-dfrac-db-dt-what-is-the-magnitude-of-the-in https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM0MDg0-the-conduction-current-is-same-as-displacement-current-when-source-is-1-ac-only-2-dc-only-3-both-ac-and-dc-4-neither-ac-nor-dc-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mzk1MzM1-an-electromagnetic-wave-given-by-vec-e-e-0-hat-i-hat-j-sin-omega-t-kz-is-travelling-in-space-where-vec-e-is-the-electric-field-at-x-y-z-at-time-t-the-electric-field-is-along-the-vector-1-hat-i-hat-j-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDM2MTcx-an-electromagnetic-wave-propagating-along-the-x-axis-carries-momentum-1-along-x-axis-2-along-y-axis-3-along-z-axis-4-both-along-y-z-but-not-along-x-axis-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzM2Njkx-in-a-plane-polarised-electromagnetic-wave-of-wavelength-lambda-the-electric-field-at-a-certain-point-p-has-the-value-vec-e-p-t-at-a-different-point-q-the-electric-field-is-vec-e-q-t-if-vec-e-p-and-vec https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzkyNjIz-a-parallel-plate-capacitor-with-circular-plates-of-radius-r-is-being-charged-as-illustrated-at-the-given-instant-the-displacement-current-in-the-region-between-the-plates-enclosed-between-the-radius-d https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzI2MTA2-an-electromagnetic-waveform-which-has-an-electric-field-given-by-vec-e-e-0-hat-imath-cos-omega-t-k-z-hat-jmath-cos-omega-t-k-x-and-the-waveform-propagates-the-maximum-electric-field-has-the-magnitude https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzkyNTEx-a-light-wave-propagates-along-the-y-text-axis-with-its-corresponding-electric-field-vec-e-directed-along-the-x-text-axis-at-any-instant-the-magnetic-field-vec-b-at-that-instant-is-directed-along-the-1 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzMxNzg1-electromagnetic-waveform-given-by-the-electric-field-vec-e-e-0-hat-i-hat-j-cos-omega-t-kx-is-established-in-space-the-magnetic-field-associated-with-the-wave-has-the-amplitude-1-dfrac-e-0-c-2-dfrac-2e https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTg4NDM2-a-magnetic-field-vector-in-an-electromagnetic-wave-is-represented-by-vec-b-b-0-sin-left-2-pi-v-t-dfrac-2-pi-x-lambda-right-hat-j-its-associated-electric-field-vector-is-1-vec-e-v-lambda-b-0-sin-left-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTg4NzYy-an-electromagnetic-wave-travels-in-free-space-along-the-x-text-direction-at-a-particular-point-in-space-and-time-vec-b-2-times-10-7-hat-j-text-t-is-associated-with-this-wave-the-value-of-corresponding https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTg4OTg5-for-an-electromagnetic-wave-propagating-through-vacuum-vec-k-vec-e-and-omega-represent-propagation-vector-electric-field-and-angular-frequency-respectively-the-magnetic-field-associated-with-this-wave https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTg5NzMz-a-point-light-source-emits-e-m-waves-in-free-space-a-detector-placed-at-a-distance-of-l-text-m-measures-the-intensity-as-i-0-the-detector-is-now-shifted-to-another-location-on-the-same-spherical-surfa https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTg4ODI3-an-electromagnetic-wave-travelling-in-x-text-direction-is-described-by-field-equation-e-y-300-sin-omega-left-t-dfrac-x-c-right-if-the-electron-is-restricted-to-move-in-y-text-direction-only-with-speed https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTg5NjQx-a-displacement-current-of-4-0-text-a-can-be-set-up-in-the-space-between-two-parallel-plates-of-6-mu-text-f-capacitor-the-rate-of-change-of-potential-difference-across-the-plates-of-the-capacitor-is-ne https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTg5MTQ3-given-below-are-two-statements-assertion-a-the-electromagnetic-wave-exerts-pressure-on-the-surface-on-which-they-are-allowed-to-fall-reason-r-there-is-no-mass-associated-with-the-electromagnetic-waves https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTg5NTQy-a-monochromatic-source-of-light-operating-at-15-text-kw-emits-2-5-times-10-22-photons-s-the-region-of-an-electromagnetic-spectrum-to-which-the-emitted-electromagnetic-radiation-belongs-to-take-h-6-6-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgxMTEx-the-electric-field-a-plane-electromagnetic-wave-is-given-by-e-y-69-sin-left-0-6-times-10-3-x-1-8-times-10-11-t-right-text-v-m-the-expression-for-magnetic-field-associated-with-this-electromagnetic-wav https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgxNzQx-an-electromagnetic-wave-of-frequency-100-text-mhz-propagates-through-a-medium-of-conductivity-sigma-10-text-mho-m-the-ratio-of-maximum-conducting-current-density-to-maximum-displacement-current-densit https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgwNjc2-the-electric-field-of-a-plane-electromagnetic-wave-travelling-in-an-unknown-non-magnetic-medium-is-given-by-e-y-20-sin-left-3-times-10-6-x-4-5-times-10-14-t-right-text-v-m-where-x-t-and-other-values-h https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgwODk2-a-laser-beam-has-intensity-of-4-0-times10-14-text-w-m-2-the-amplitude-of-magnetic-field-associated-with-beam-is-in-text-t-take-varepsilon-0-8-85-times-10-12-text-c-2-text-nm-2-and-c-3-times10-8-text-m https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgwNzI0-match-list-i-with-list-ii-list-i-relation-list-ii-law-a-oint-overrightarrow-e-cdot-d-overrightarrow-l-frac-d-dt-oint-overrightarrow-b-cdot-d-overrightarrow-a-i-ampere-s-circuital-law-b-oint-overrighta https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgxMjE1-the-equation-of-the-electric-field-of-an-electromagnetic-wave-propagating-through-free-space-is-given-by-e-sqrt-377-sin-left-6-27-times-10-3-t-2-09-times-10-5-x-right-text-n-c-the-average-power-of-the https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgxOTA1-the-ratio-of-speeds-of-electromagnetic-waves-in-vacuum-and-a-medium-having-dielectric-constant-k-3-and-permeability-of-mu-2-mu-0-is-mu-0-permeability-of-vacuum-1-36-1-2-3-2-3-6-1-4-sqrt-6-1-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgxOTcw-match-the-mathrm-list-text-i-with-mathrm-list-text-ii-mathrm-list-text-i-mathrm-list-text-ii-mathrm-a-radio-wave-mathrm-i-is-produced-by-magnetron-value-mathrm-b-micro-wave-mathrm-ii-due-to-change-in https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgwOTA0-a-point-source-is-kept-at-the-centre-of-a-spherically-enclosed-detector-if-the-volume-of-the-detector-increased-by-8-times-the-intensity-will-1-increased-by-8-times-2-increased-by-64-times-3-decreased https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgyMDY5-the-electric-field-of-an-electromagnetic-wave-propagating-through-a-medium-is-given-by-vec-e-x-t-25-sin-left-2-0-times-10-15-t-10-7-x-right-hat-n-all-quantities-are-in-si-units-what-is-the-refractive https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTgyNTY3-a-plane-electromagnetic-wave-is-moving-in-free-space-with-velocity-c-3-times-10-8-text-m-s-and-its-electric-field-is-given-as-vec-e-54-sin-kz-omega-t-hat-j-text-v-m-where-hat-j-is-the-unit-vector-alon https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTQxMDc5-if-an-optical-medium-possesses-a-relative-permeability-of-dfrac-10-pi-and-relative-permittivity-of-dfrac-1-0-0885-then-the-ratio-of-velocity-of-light-in-vacuum-to-that-in-this-medium-is-1-6-2-8-3-10-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTQwODY5-the-radiation-pressure-exerted-by-a-450-text-w-light-source-on-a-perfectly-reflecting-surface-placed-at-2-text-m-away-from-it-is-in-pa-1-6-times-10-8-2-0-3-3-times-10-8-4-1-5-times-10-8-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTQwNzU2-if-varepsilon-0-denotes-the-permittivity-of-free-space-and-phi-e-is-the-flux-of-the-electric-field-through-the-area-bounded-by-the-closed-surface-then-dimensions-of-left-varepsilon-0-frac-d-phi-e-d-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTQwNjAz-a-light-wave-is-propagating-with-plane-wave-fronts-of-the-type-x-y-z-constant-the-angle-made-by-the-direction-of-wave-propagation-with-the-x-axis-is-1-cos-1-left-dfrac-1-3-right-2-cos-1-left-dfrac-sqr https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTM2MTUx-arrange-the-following-in-the-ascending-order-of-wavelength-lambda-a-microwaves-lambda-1-b-ultraviolet-rays-lambda-2-c-infrared-rays-lambda-3-d-x-rays-lambda-4-choose-the-most-appropriate-answers-from https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTM2MDgy-the-magnetic-field-of-an-electromagnetic-wave-is-given-by-vec-b-left-dfrac-sqrt-3-2-hat-imath-dfrac-1-2-hat-jmath-right-30-sin-left-omega-left-t-dfrac-z-c-right-right-text-s-i-units-the-corresponding https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTM1OTc5-a-plane-electromagnetic-wave-of-frequency-20-text-mhz-travels-in-free-space-along-the-x-direction-at-a-particular-point-in-space-and-time-the-electric-field-vector-of-the-wave-is-ey-9-3-text-vm-1-then https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTM1OTc3-due-to-the-presence-of-an-electromagnetic-wave-whose-electric-component-is-given-by-e-100-sin-omega-t-k-x-text-nc-1-a-cylinder-of-length-200-text-cm-holds-certain-amount-of-electromagnetic-energy-insi https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTM1ODU0-a-plane-electromagnetic-wave-propagates-along-the-x-direction-in-free-space-the-components-of-the-electric-field-vec-e-and-magnetic-field-vec-b-vectors-associated-with-the-wave-in-cartesian-frame-are https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTM1ODIz-the-electric-field-of-an-electromagnetic-wave-in-free-space-is-vec-e-57-cos-left-7-5-times-10-6-t-5-times-10-3-3-x-4-y-right-4-hat-imath-3-hat-jmath-text-n-c-the-associated-magnetic-field-in-tesla-is https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTM1NzM5-given-below-are-two-statements-assertion-a-electromagnetic-waves-carry-energy-but-not-momentum-reason-r-the-rest-mass-of-a-photon-is-zero-in-the-light-of-the-above-statements-choose-the-most-appropria https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTIxMjYz-arrange-the-following-in-the-ascending-order-of-wavelength-a-gamma-rays-left-lambda-1-right-b-x-rays-left-lambda-2-right-c-infrared-waves-left-lambda-3-right-d-microwaves-left-lambda-4-right-choose-th https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTIwODY2-the-magnetic-field-in-a-plane-electromagnetic-wave-is-b-y-left-3-5-times-10-7-right-sin-left-1-5-times-10-3-x-0-5-times-10-11-t-right-t-the-corresponding-electric-field-will-be-1-e-mathrm-z-105-sin-le https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTIwNDI1-a-plane-em-wave-is-propagating-along-x-direction-it-has-a-wavelength-of-mm-if-electric-field-is-in-y-direction-with-the-maximum-magnitude-of-60-mathrm-vm-1-the-equation-for-magnetic-field-is-1-begin-e https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTE5OTAw-in-the-given-electromagnetic-wave-e-y-600-sin-omega-t-k-x-mathrm-vm-1-intensity-of-the-associated-light-beam-is-in-w-m-2-given-varepsilon-0-9-times-10-12-mathrm-c-2-mathrm-n-1-mathrm-m-2-1-729-2-243-3 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NTE3NTYz-electromagnetic-waves-travel-in-a-medium-with-speed-of-1-5-times-10-8-text-ms-1-the-relative-permeability-of-the-medium-is-2-0-the-relative-permittivity-will-be-1-2-2-1-3-5-4-4-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4Mjg2-a-source-produces-an-electromagnetic-wave-of-frequency-60-text-mhz-then-the-wavelength-of-this-wave-in-a-vacuum-in-meters-is-1-3-text-m-2-7-text-m-3-5-text-m-4-8-text-m-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDU0ODQ0-the-average-energy-density-of-an-electromagnetic-wave-whose-electric-field-is-oscillating-with-amplitude-50-text-v-m-and-frequency-5-times10-10-text-hz-is-1-2-times10-6-text-jm-3-2-1-1-times-10-8-math https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDQwMjQ3-match-the-terms-of-column-i-with-the-items-of-column-ii-and-choose-the-correct-option-from-the-codes-given-below-column-i-column-ii-mathrm-a-x-ray-mathrm-p-lambda-700-text-nm-mathrm-b-uv-ray-mathrm-q https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDM3OTQ0-for-an-electromagnetic-wave-the-electric-field-is-given-as-overrightarrow-e-40-i-cos-left-omega-left-t-frac-z-c-right-right-where-c-is-the-speed-of-light-symbols-have-their-usual-meanings-the-variatio https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3Nzk3-given-below-are-two-statements-statement-i-electromagnetic-waves-are-not-deflected-by-electric-and-magnetic-fields-statement-ii-the-amplitude-of-the-electric-field-and-the-magnetic-field-in-electromag https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY3MzAy-a-parallel-plate-capacitor-with-capacitance-c-is-connected-to-a-battery-of-voltage-v-0-a-closed-gaussian-surface-is-shown-by-the-dotted-boundary-in-the-diagram-what-is-the-electric-flux-through-this-s https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY3Mjk4-if-electric-field-left-overrightarrow-e-right-at-an-instant-is-6-6-n-c-hat-j-and-the-em-wave-is-propagating-along-positive-x-direction-then-b-at-that-instant-is-given-by-1-2-2-times-10-8-hat-kt-2-2-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY3MTc5-in-an-em-wave-ratio-of-average-electric-field-and-magnetic-field-energy-density-in-a-region-of-wave-is-equal-to-1-2-varepsilon-0-over-mu-0-c-2-2-c-2-varepsilon-0-over-mu-0-3-1-1-4-varepsilon-0-over-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzY2NjQ1-which-of-the-following-shows-time-varying-magnetic-field-1-linearly-varying-2-permanent-magnet-3-antenna-signal-4-constant-electric-field-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzYzMDc2-in-the-electromagnetic-wave-the-ratio-of-average-energy-density-carried-by-the-electric-field-to-that-by-the-magnetic-field-is-1-1-2-1-2-3-2-1-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2NzI3-a-radar-sends-an-electromagnetic-signal-of-an-electric-field-e-0-2-25-text-v-m-and-a-magnetic-field-b-0-1-5-times-10-8-text-t-which-strikes-a-target-on-the-line-of-sight-at-a-distance-of-3-text-km-in https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2NTYw-consider-the-following-statements-statement-i-a-time-varying-electric-field-is-a-source-of-a-changing-magnetic-field-and-vice-versa-thus-a-disturbance-in-the-electric-or-magnetic-field-creates-em-wave https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2MDc5-which-is-the-correct-ascending-order-of-wavelengths-1-lambda-text-visible-lambda-text-x-text-ray-lambda-text-gamma-ray-lambda-text-microwave-2-lambda-text-gamma-ray-lambda-text-x-ray-lambda-text-visib https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ2MDE3-if-the-electric-field-intensity-of-a-uniform-plane-electromagnetic-wave-is-given-as-e-301-6-sin-k-z-omega-t-hat-a-x-452-4-sin-k-z-omega-t-hat-a-y-text-v-m-then-magnetic-intensity-h-of-this-wave-in-tex https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1NzM2-an-electric-bulb-is-rated-as-200-text-w-what-will-be-the-peak-magnetic-field-at-4-text-m-distance-produced-by-the-radiations-coming-from-this-bulb-consider-the-bulb-as-a-point-source-with-3-5-efficien https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1NjI5-a-plane-electromagnetic-wave-travels-in-a-medium-with-relative-permeability-1-61-and-relative-permittivity-6-44-if-the-magnitude-of-magnetic-intensity-is-4-5-times10-2-am-1-at-a-point-the-approximate https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQ1NjA0-nearly-10-of-the-power-of-a-110-w-light-bulb-is-converted-to-visible-radiation-the-change-in-average-intensities-of-visible-radiation-at-a-distance-of-1-m-from-the-bulb-to-a-distance-of-5-m-is-a-times https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzNzMz-the-intensity-of-the-light-from-a-bulb-incident-on-a-surface-is-0-22-w-m2-the-amplitude-of-the-magnetic-field-in-this-light-wave-is-given-permittivity-of-vacuum-varepsilon-0-8-85-times-10-12-text-c-2 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzNjk0-sunlight-falls-normally-on-a-surface-of-an-area-of-36-cm2-and-exerts-an-average-force-of-7-2-times10-9-n-within-a-time-period-of-20-minutes-considering-a-case-of-complete-absorption-the-energy-flux-of https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzNjI3-identify-the-correct-statements-from-the-following-descriptions-of-various-properties-of-electromagnetic-waves-a-in-a-plane-electromagnetic-wave-the-electric-field-and-magnetic-field-must-be-perpendic https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzNTI1-a-beam-of-light-travelling-along-x-text-axis-is-described-by-the-electric-field-e-y-900-sin-omega-t-x-c-the-ratio-of-electric-force-to-magnetic-force-on-a-charge-q-moving-along-y-text-axis-with-a-spee https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzMzYy-the-magnetic-field-of-a-plane-electromagnetic-wave-is-given-by-vec-b-2-times-10-8-sin-left-0-5-times-10-3-x-1-5-times-10-11-t-right-hat-j-text-t-the-amplitude-and-direction-of-the-corresponding-electr https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246MzQzMzU4-a-radio-can-tune-to-any-station-in-6-mhz-to-10-mhz-band-the-value-of-corresponding-wavelength-bandwidth-will-be-1-4-m-2-20-m-3-30-m-4-50-m-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc5MTYy-the-electric-field-in-a-plane-electromagnetic-wave-is-given-by-overrightarrow-e-200-cos-left-bigg-dfrac-0-5-times10-3-m-bigg-x-bigg-1-5-times10-11-dfrac-text-rad-s-times-t-bigg-right-dfrac-text-v-text https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc5MDc1-a-light-beam-is-described-by-e-800-sin-omega-left-t-frac-x-c-right-an-electron-is-allowed-to-move-normal-to-the-propagation-of-the-light-beam-with-a-speed-of-3-times10-7-text-ms-1-what-is-the-maximum https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4OTA1-a-linearly-polarized-electromagnetic-wave-in-a-vacuum-is-e-3-1-cos-left-1-8-z-left-5-4-times-10-6-right-t-right-hat-i-text-n-c-is-incident-normally-on-a-perfectly-reflecting-wall-at-z-a-the-correct-op https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4ODEy-a-plane-electromagnetic-wave-propagating-along-y-text-direction-can-have-the-following-pair-of-electric-field-overrightarrow-e-and-magnetic-field-overrightarrow-b-components-1-e-x-b-y-text-or-e-y-b-x https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4NTcw-the-electric-field-in-an-electromagnetic-wave-is-given-by-e-50-text-nc-1-sin-omega-t-x-c-the-energy-contained-in-a-cylinder-of-volume-v-is-5-5-times-10-12-text-j-the-value-of-v-is-given-by-epsilon-0-8 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4NDAw-in-an-electromagnetic-wave-the-electric-field-vector-and-magnetic-field-vector-are-given-as-overrightarrow-e-e-0-hat-i-text-and-overrightarrow-b-b-0-hat-k-respectively-the-direction-of-propagation-of https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4Mzcx-a-plane-electromagnetic-wave-of-frequency-100-text-mhz-is-traveling-in-a-vacuum-along-the-x-text-direction-at-a-particular-point-and-time-overrightarrow-b-2-0-times-10-8-hat-k-text-t-text-where-hat-k https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4MzAx-a-plane-electromagnetic-wave-with-a-frequency-of-30-text-mhz-travels-in-free-space-at-a-particular-point-in-space-and-time-the-electric-field-is-6-text-v-m-the-magnetic-field-at-this-point-will-be-x-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4MjAx-the-electric-field-of-a-plane-electromagnetic-wave-propagating-through-a-non-magnetic-medium-is-given-by-e-20-cos-left-2-times-10-10-t-200-x-right-text-v-m-the-dielectric-constant-of-the-medium-is-equ https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3NTQ3-the-electric-field-and-magnetic-field-components-of-an-electromagnetic-wave-going-through-a-vacuum-are-described-by-begin-aligned-e-x-e-o-sin-k-z-omega-t-text-and-b-y-b-o-sin-k-z-omega-t-end-aligned-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4MDkx-the-relative-permittivity-of-distilled-water-is-81-the-velocity-of-light-in-it-will-be-given-mu-r-1-1-4-33-times10-7-text-m-s-2-2-33-times10-7-text-m-s-3-5-33-times10-7-text-m-s-4-3-33-times10-7-text https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4MDM0-an-ac-voltage-v-t-20-sin-omega-t-of-frequency-50-text-hz-is-applied-to-a-parallel-plate-capacitor-the-plate-separation-is-2-text-mm-and-the-area-of-each-plate-is-1-text-m-2-what-is-the-amplitude-of-th https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3OTk1-the-electric-field-intensity-produced-by-the-radiation-coming-from-a-100-text-w-bulb-at-a-distance-of-3-text-m-is-e-the-electric-field-intensity-produced-by-the-radiation-coming-from-60-text-w-at-the https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3ODE0-the-electric-field-in-a-plane-electromagnetic-wave-is-given-by-e-50-sin-left-500-x-10-times-10-10-t-right-text-v-m-the-velocity-of-the-electromagnetic-wave-in-this-medium-is-text-given-c-text-speed-of https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3NDIx-for-an-electromagnetic-wave-traveling-in-free-space-the-relation-between-average-energy-densities-due-to-electric-u-e-and-magnetic-u-m-fields-is-1-u-e-u-m-2-u-e-u-m-3-u-e-neq-u-m-4-u-e-u-m-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3Mzgy-a-plane-electromagnetic-wave-of-frequency-500-text-mhz-is-traveling-in-a-vacuum-along-the-y-text-direction-at-a-particular-point-in-space-and-time-vec-b-8-0-times10-8-hat-z-text-t-the-value-of-the-ele https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc5MTM1-an-electromagnetic-wave-of-frequency-3-ghz-enters-a-dielectric-medium-of-relative-electric-permittivity-2-25-from-vacuum-the-wavelength-of-this-wave-in-that-medium-will-be-1-3-45-mathrm-m-2-3-45-mathr https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc5MDI3-a-radiation-is-emitted-by-1000-w-bulb-and-it-generates-an-electric-field-and-magnetic-field-at-mathrm-p-placed-at-a-distance-of-2-m-the-efficiency-of-the-bulb-is-1-25-the-value-of-the-peak-electric-fi https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc4ODg5-the-peak-electric-field-produced-by-the-radiation-coming-from-the-8-w-bulb-at-a-distance-of-10-m-is-frac-mathrm-x-10-sqrt-frac-mu-0-mathrm-c-pi-frac-mathrm-v-mathrm-m-the-efficiency-of-the-bulb-is-10 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4NTI1-the-electric-fields-of-two-plane-electromagnetic-plane-waves-in-a-vacuum-are-given-by-begin-aligned-vec-e-1-e-0-hat-j-cos-omega-t-k-x-text-and-vec-e-2-e-0-hat-k-cos-omega-t-k-y-end-aligned-at-t-0-a-pa https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4NDc2-a-plane-electromagnetic-wave-of-frequency-25-text-ghz-is-propagating-in-a-vacuum-along-the-z-text-direction-at-a-particular-point-in-space-and-time-the-magnetic-field-is-given-by-vec-b-5-times-10-8-ha https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4NDE4-the-electric-field-of-a-plane-electromagnetic-wave-is-given-by-vec-e-vec-e-0-left-frac-hat-i-hat-j-sqrt-2-right-cos-kz-omega-t-at-t-0-a-positively-charged-particle-is-at-the-point-x-y-z-left-0-0-frac https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4MzQ3-if-the-magnetic-field-in-a-plane-electromagnetic-wave-is-given-by-vec-b-3-times-10-8-sin-left-1-6-times-10-3-x-48-times-10-10-t-right-hat-j-text-t-then-what-will-be-the-expression-for-an-electric-fiel https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc5MzE4-the-electric-field-of-a-plane-electromagnetic-wave-is-given-by-vec-e-e-0-hat-x-widehat-y-sin-k-z-omega-t-its-magnetic-filed-will-be-given-by-1-frac-e-0-c-hat-x-hat-y-sin-k-z-omega-t-2-frac-e-0-c-hat-x https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc5MjQ3-suppose-that-the-intensity-of-a-laser-is-left-frac-315-pi-right-text-w-m-2-the-rms-electric-field-in-units-of-v-m-associated-with-this-source-is-close-to-the-nearest-integer-is-varepsilon-0-8-86-times https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc4OTEz-for-a-plane-electromagnetic-wave-the-magnetic-field-at-a-point-x-and-time-t-is-vec-b-x-t-left-1-2-times-10-7-sin-left-0-5-times-10-3-x-1-5-times-10-11-t-right-hat-k-right-text-t-the-instantaneous-elec https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc4NjY1-column-i-lists-types-of-radiation-and-column-ii-lists-their-corresponding-wavelengths-match-the-correct-pairs-column-i-column-ii-mathrm-a-microwaves-mathrm-i-100-text-m-mathrm-b-gamma-rays-mathrm-ii-1 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc4NDc1-the-electric-field-of-a-plane-electromagnetic-wave-propagating-along-the-x-direction-is-vaccum-is-vec-e-e-0-cos-left-begin-array-ll-omega-t-k-x-end-array-right-hat-j-the-magnetic-field-vec-b-at-the-mo https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc4NDU2-the-magnetic-field-of-a-plane-electromagnetic-wave-is-given-by-vec-b-3-times-10-8-sin-200-pi-y-ct-hat-i-text-t-where-c-3-times-10-8-text-m-s-is-the-speed-of-light-the-corresponding-electric-field-is-1 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc4MzQ0-in-a-plane-electromagnetic-wave-the-directions-of-electric-field-and-magnetic-field-are-represented-by-hat-k-and-2-hat-i-2-hat-j-respectively-what-is-the-unit-vector-along-direction-of-propagation-of https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc4MDkz-a-plane-electromagnetic-wave-has-frequency-of-2-0-times-10-10-mathrm-hz-and-its-energy-density-is-1-02-times-10-8-mathrm-j-mathrm-m-3-in-vacuum-the-amplitude-of-the-magnetic-field-of-the-wave-is-close https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc4MjYy-the-mean-intensity-of-radiation-on-the-surface-of-the-sun-is-about-10-8-text-w-m-2-the-rms-value-of-the-corresponding-magnetic-field-is-1-1-text-t-2-10-2-text-t-3-10-2-text-t-4-10-4-text-t-1-2-3-4 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3NTc0-a-light-wave-is-incident-normally-on-a-glass-slab-of-refractive-index-1-5-if-4-of-light-gets-reflected-and-the-amplitude-of-the-electric-field-of-the-incident-light-is-30-text-v-m-then-the-amplitude-o https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3NDMy-if-the-magnetic-field-of-a-plane-electromagnetic-wave-is-given-by-the-speed-of-light-3-times-10-8-text-m-s-b-100-times-10-6-sin-bigg-2-pi-times-2-times10-15-bigg-t-dfrac-x-c-bigg-bigg-then-the-maximum https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3MTUy-a-plane-electromagnetic-wave-of-frequency-travels-in-free-space-along-the-positive-x-text-direction-at-a-particular-point-in-space-and-time-vec-e-6-3-hat-j-text-v-m-the-corresponding-magnetic-field-ve https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc3Mzky-50-text-w-m-2-energy-density-of-sunlight-is-normally-incident-on-the-surface-of-a-solar-panel-some-part-of-incident-energy-25-is-reflected-from-the-surface-and-the-rest-is-absorbed-the-force-exerted-o https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc3MzM2-an-electromagnetic-wave-is-represented-by-an-electric-field-vec-e-e-0-hat-n-sin-omega-t-6y-8z-taking-unit-factors-in-x-y-and-z-directions-to-be-hat-i-hat-j-hat-k-the-direction-of-propagation-hat-s-is https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc2OTEz-a-plane-electromagnetic-wave-having-a-frequency-nu-23-9-ghz-propagates-along-the-positive-z-direction-in-free-space-the-peak-value-of-the-electric-field-is-60-text-v-m-which-among-the-following-is-the https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc2ODkw-the-electric-field-of-a-plane-electromagnetic-wave-is-given-by-vec-e-e-0-hat-i-cos-k-z-cos-omega-t-what-is-the-corresponding-magnetic-field-vec-b-of-the-wave-1-vec-b-dfrac-e-0-c-hat-k-sin-k-z-cos-omeg https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc2ODg5-given-below-in-the-left-column-are-different-modes-of-communication-using-the-kinds-of-waves-given-in-the-right-column-a-optical-fibre-communication-p-ultrasound-b-radar-q-infrared-light-c-sonar-r-mic https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc2NzQ4-the-magnetic-field-of-a-plane-electromagnetic-wave-is-given-by-vec-b-b-0-hat-i-cos-k-z-omega-t-b-1-hat-j-cos-k-z-omega-t-where-mathrm-b-0-3-times-10-5-text-t-and-mathrm-b-1-2-times-10-6-text-t-the-rms https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc2Njcw-the-magnetic-field-of-an-electromagnetic-wave-is-given-by-vec-b-1-6-times-10-6-text-cos-left-2-times-10-7-z-6-times-10-15-t-right-2-hat-i-hat-j-text-wb-m-2-the-associated-electric-field-will-be-1-vec https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc2NjM2-a-plane-electromagnetic-wave-travels-in-free-space-along-the-x-direction-the-electric-field-component-of-the-wave-at-a-particular-point-of-space-and-time-is-e-6-text-vm-1-along-y-direction-its-corresp https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3MTU4-a-monochromatic-beam-of-light-has-a-frequency-v-frac-3-2-pi-times10-12-text-hz-and-is-propagating-along-the-direction-frac-i-j-sqrt-2-it-is-polarized-along-the-hat-k-direction-the-acceptable-form-of-t https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc5MDIz-an-em-wave-from-air-enters-a-medium-the-electric-fields-are-overrightarrow-e-1-e-01-hat-x-cos-left-2-pi-nu-left-frac-z-c-t-right-right-in-air-and-overrightarrow-e-2-e-02-hat-x-cos-k-2-z-ct-in-medium-w https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3MzQ4-the-electric-field-component-of-a-monochromatic-radiation-is-given-by-vec-e-2-e-0-hat-i-cos-kz-cos-omega-t-its-magnetic-field-vec-b-is-given-by-1-dfrac-2-e-0-c-hat-j-cos-kz-cos-omega-t-2-dfrac-2-e-0-c https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3MTU1-the-magnetic-field-in-a-plane-electromagnetic-wave-is-given-by-vec-b-b-0-sin-k-x-omega-t-hat-j-text-t-the-expression-for-the-corresponding-electric-field-will-be-where-c-is-the-speed-of-light-1-vec-e https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3MjE4-consider-an-electromagnetic-wave-propagating-in-a-vacuum-choose-the-correct-statement-1-for-an-electromagnetic-wave-propagating-in-y-direction-the-electric-field-is-vec-e-1-over-sqrt-2-e-yz-x-t-hat-z https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3MTk1-microwave-oven-acts-on-the-principle-of-1-giving-rotational-energy-to-water-molecules-2-giving-vibrational-energy-to-water-molecules-3-giving-translational-energy-to-water-molecules-4-transferring-ele https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc5OTEx-four-types-of-electromagnetic-radiation-are-listed-below-arrange-them-in-the-order-of-increasing-photon-energy-a-blue-light-b-yellow-light-c-mathrm-x-text-ray-d-radio-wave-choose-the-correct-sequence https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc3MDMy-an-electromagnetic-wave-traveling-in-the-x-text-direction-has-the-frequency-of-2-times-10-14-text-hz-and-electric-field-amplitude-of-27-text-vm-1-from-the-options-given-below-which-one-describes-the-m https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246NDc2ODc1-for-plane-electromagnetic-waves-propagating-in-the-z-direction-which-one-of-the-following-combinations-gives-the-correct-possible-direction-for-vec-e-and-vec-b-field-respectively-1-2-hat-i-3-hat-j-and https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc5NTk4-a-red-led-emits-light-at-0-1-watt-uniformly-around-it-the-amplitude-of-the-electric-field-of-the-light-at-a-distance-of-1-text-m-from-the-diode-is-1-1-73-text-v-m-2-2-45-text-v-m-3-5-48-text-v-m-4-7-7 https://medminds.me/qbank/physics/electromagnetic-waves/?q=NP-b246Mjc5NzI3-during-the-propagation-of-electromagnetic-waves-in-a-medium-1-electric-energy-density-is-half-of-the-magnetic-energy-density-2-electric-energy-density-is-equal-to-the-magnetic-energy-density-3-both-el https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjU0MzY-a-hollow-conducting-sphere-is-placed-in-an-electric-field-produced-by-a-point-charge-placed-at-p-as-shown-in-the-figure-let-v-a-v-b-v-c-be-the-potentials-at-points-a-b-and-c-respectively-then-1-v-a-v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzMTY-four-particles-each-having-charge-q-are-placed-at-the-vertices-of-a-square-of-side-a-the-value-of-the-electric-potential-at-the-midpoint-of-one-of-the-side-will-be-1-0-2-14-960-1013-02qa-2-25-3-14-960 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzMjA-if-e-be-the-electric-field-inside-a-parallel-plate-capacitor-due-to-q-and-q-charges-on-the-two-plates-then-electrostatic-force-on-plate-having-charge-q-due-to-the-plate-having-charge-q-will-be-1-qe-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzMjE-if-w-be-the-amount-of-heat-produced-in-the-process-of-charging-an-uncharged-capacitor-then-the-amount-of-energy-stored-in-it-is-1-2w-2-frac-w-2-3-w-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzMjI-a-metallic-sphere-of-capacitance-c1-charged-to-electric-potential-v1-is-connected-by-a-metal-wire-to-another-metallic-sphere-of-capacitance-c2-charged-to-electric-potential-v2-the-amount-of-heat-produ https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzMjM-the-electric-potential-at-the-surface-of-a-charged-solid-sphere-of-insulator-is-20-text-v-the-value-of-electric-potential-at-its-centre-will-be-1-30-text-v-2-20-text-v-3-40-text-v-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzMzU-the-capacitance-of-a-parallel-plate-capacitor-is-c-if-a-dielectric-slab-of-thickness-equal-to-one-fourth-of-the-plate-separation-and-dielectric-constant-k-is-inserted-between-the-plates-then-new-capac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzNDI-the-electric-potential-at-a-point-at-distance-r-from-a-short-dipole-is-proportional-to-1-r2-2-r-1-3-r-2-4-r1-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzNDc-a-hollow-charged-metal-spherical-shell-has-radius-r-if-the-potential-difference-between-its-surface-and-a-point-at-a-distance-3r-from-the-center-is-v-then-the-value-of-electric-field-intensity-at-a-po https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzNTU-capacitors-c1-10-mu-fandc2-30-mu-f-are-connected-in-series-across-a-source-of-emf-20kv-the-potential-difference-across-c1-will-be-1-5-kv-2-15-kv-3-10-kv-4-20-kv-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzNTc-the-equivalent-capacitance-between-a-and-b-is-as-the-given-figure-1-16-pi-epsilon-0-r-2-4-pi-epsilon-0-r-3-8-pi-epsilon-0-r-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzNzQ-two-metallic-spheres-of-radii-2cm-and-3cm-are-given-charges-6mc-and-4mc-respectively-the-final-charge-on-the-smaller-sphere-will-be-if-they-are-connected-by-a-conducting-wire-1-4mc-2-6mc-3-5mc-4-10mc https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MjYzOTQ-when-a-proton-at-rest-is-accelerated-by-a-potential-difference-v-its-speed-is-found-to-be-v-the-speed-of-an-alpha-text-particle-when-accelerated-by-the-same-potential-difference-from-rest-will-be-1-v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246Mjk2Mjg-in-the-circuit-shown-in-the-figure-the-energy-stored-in-6-mu-text-f-capacitor-will-be-1-48-times10-6-text-j-2-32-times10-6-text-j-3-96-times10-6-text-j-4-24-times10-6-text-j-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246Mjk2Mzg-the-figure-shows-some-of-the-equipotential-surfaces-magnitude-and-direction-of-the-electric-field-is-given-by-1-200-v-m-making-an-angle-1200-with-the-x-axis-2-100-v-m-pointing-towards-the-negative-x-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246Mjk2NDI-an-air-capacitor-of-capacity-c-10-956-f-is-connected-to-a-constant-voltage-battery-of-12-v-now-the-space-between-the-plates-is-filled-with-a-liquid-of-dielectric-constant-5-the-charge-that-flows-now-f https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MzAwNDc-a-and-b-are-two-concentric-metallic-shells-if-a-is-positively-charged-and-b-is-earthed-then-electric-1-field-at-common-centre-is-non-zero-2-field-outside-b-is-nonzero-3-potential-outside-b-is-positive https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MzAxMDg-the-electric-potential-at-a-point-at-distance-sqrt-3-r-from-the-centre-of-disc-of-radius-r-lying-in-the-axis-of-the-disc-whose-surface-charge-density-is-sigma-will-be-given-by-1-frac-sigma-2-varepsilo https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246MzIzMzY-an-elementary-particle-of-mass-m-and-charge-e-is-projected-with-velocity-v-at-a-much-more-massive-particle-of-charge-ze-where-z-0-what-is-the-closest-possible-approach-of-the-incident-particle-1-ze22 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDIwMDQ-four-equal-charges-q-are-placed-at-the-four-corners-of-a-square-of-each-side-is-lsquo-a-rsquo-work-done-in-removing-a-charge-ndash-q-from-its-centre-to-infinity-is-1-0-2-2q24-960-949-0a-3-2q2-960-949 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDIwMTA-two-spheres-of-radius-a-and-b-respectively-are-charged-and-joined-by-a-wire-the-ratio-of-the-electric-field-at-the-surface-of-the-spheres-is-1-a-b-2-b-a-3-a2-b2-4-b2-a2-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDIwMTg-an-electron-of-mass-m-and-charge-e-is-accelerated-from-rest-through-a-potential-difference-v-in-vacuum-the-final-speed-of-the-electron-will-be-1-ve-m-2-ev-m-3-2ev-m-4-2ev-m-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDIwMTk-the-dimension-of-1-2-949-0e2-949-0-permittivity-of-free-space-e-electric-field-is-1-mlt-ndash-1-2-ml2l-ndash-2-3-ml-ndash-1t-ndash-2-4-ml2t-ndash-1-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDIwMjI-a-table-tennis-ball-that-has-been-covered-with-conducting-paint-is-suspended-by-a-silk-thread-so-that-it-hangs-between-two-plates-out-of-which-one-is-earthed-and-other-is-connected-to-a-high-voltage-g https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDIyMjU-two-equal-charges-q-of-opposite-sign-separated-by-a-distance-2a-constitute-an-electric-dipole-of-dipole-moment-p-if-p-is-a-point-at-a-distance-r-from-the-centre-of-the-dipole-and-the-line-joining-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDIyMjg-a-charge-q-is-fixed-at-each-of-the-points-x-x0-x-3x0-x-5x0-infinite-on-the-x-axis-and-a-charge-q-is-fixed-at-each-of-the-points-x-2x0-x-4x0-x-6x0-infinite-here-x-0-is-a-positive-constant-take-the-elec https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDIyNDI-point-charge-q-moves-from-point-p-to-point-s-along-the-path-pqrs-figure-shown-in-a-uniform-electric-field-e-pointing-co-parallel-to-the-positive-direction-of-the-x-axis-the-coordinates-of-the-points-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNjc-inside-a-hollow-charged-spherical-conductor-the-potential-1-is-constant-2-varies-directly-as-the-distance-from-the-centre-3-varies-inversely-as-the-distance-from-the-centre-4-varies-inversely-as-the-s https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNjg-two-small-spheres-each-carrying-a-charge-q-are-placed-r-meter-apart-if-one-of-the-spheres-is-taken-around-the-other-one-in-a-circular-path-of-radius-r-the-work-done-will-be-equal-to-1-force-between-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNjk-two-charged-spheres-of-radii-10-cm-and-15-cm-are-connected-by-a-thin-wire-no-current-will-flow-if-they-have-1-the-same-charge-on-each-2-the-same-potential-3-the-same-energy-4-the-same-field-on-their-s https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNzE-the-electric-potential-v-at-any-point-o-x-y-z-all-in-metres-in-space-is-given-by-v-4x2-thinsp-volt-the-electric-field-at-the-point-1m-thinsp-0-thinsp-2m-in-volt-metre-is-1-8-along-negative-x-axis-2-8 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNzI-a-hollow-metal-sphere-of-radius-5-cm-is-charged-so-that-the-potential-on-its-surface-is-10-v-the-potential-at-the-centre-of-the-sphere-is-1-0-v-2-10-v-3-same-as-at-point-5-cm-away-from-the-surface-4-s https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNzM-if-a-unit-positive-charge-is-taken-from-one-point-to-another-over-an-equipotential-surface-then-1-work-is-done-on-the-charge-2-work-is-done-by-the-charge-3-work-done-is-constant-4-no-work-is-done-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNzQ-in-the-electric-field-of-a-point-charge-q-a-certain-charge-is-carried-from-point-a-to-b-c-d-and-e-then-the-work-done-1-is-least-along-the-path-ab-2-is-least-along-the-path-ad-3-is-zero-along-all-the-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNzU-a-conductor-with-a-positive-charge-1-is-always-at-ve-potential-2-is-always-at-zero-potential-3-is-always-at-negative-potential-4-may-be-at-ve-zero-or-ndash-ve-potential-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNzc-on-rotating-a-point-charge-having-a-charge-q-around-a-charge-q-in-a-circle-of-radius-r-the-work-done-will-be-1-q-times2-pi-r-2-q-times2-pi-q-over-r-3-zero-4-q-over-2-varepsilon-0r-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNzg-two-charge-q-and-ndash-q-are-situated-at-a-certain-distance-at-the-point-exactly-midway-between-them-1-electric-field-and-potential-both-are-zero-2-electric-field-is-zero-but-the-potential-is-not-zero https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzNzk-in-the-figure-the-charge-q-is-at-the-centre-of-the-circle-work-done-by-the-conservative-force-is-maximum-when-another-charge-is-taken-from-point-p-to-1-k-2-l-3-m-4-n-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzODA-two-insulated-charged-conducting-spheres-of-radii-20-cm-and-15-cm-respectively-and-having-an-equal-charge-of-10-c-are-connected-by-a-copper-wire-and-then-they-are-separated-then-1-both-the-spheres-wil https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzODE-two-equal-charges-q-are-placed-at-a-distance-of-2a-and-a-third-charge-ndash-2q-is-placed-at-the-midpoint-the-potential-energy-of-the-system-is-1-q28-pi-epsilon-0a-2-6q28-pi-epsilon-0a-3-minus-7q28-pi https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzODI-a-particle-of-mass-m-and-charge-q-is-placed-at-rest-in-a-uniform-electric-field-e-and-then-released-the-kinetic-energy-attained-by-the-particle-after-moving-a-distance-y-is-1-qey2-2-qe2y-3-qey-4-q2ey https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzODM-how-much-kinetic-energy-will-be-gained-by-an-alpha-ndash-particle-in-going-from-a-point-at-70-v-to-another-point-at-50-v-1-40-thinsp-ev-2-40-thinsp-kev-3-40mev-4-0-thinsp-ev-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzODQ-if-a-charged-spherical-conductor-of-radius-10-cm-has-potential-v-at-a-point-distant-5-cm-from-its-centre-then-the-potential-at-a-point-distant-15-cm-from-the-centre-will-be-1-13v-2-23v-3-32v-4-3-v-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzODU-what-is-the-potential-energy-of-two-equal-positive-point-charges-of-1-mu-text-c-each-held-1-text-m-apart-in-the-air-1-9-times-10-3-text-j-2-9-times-10-3-text-ev-3-2-text-ev-m-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzODY-an-oil-drop-having-charge-2e-is-kept-stationary-between-two-parallel-horizontal-plates-2-0-cm-apart-when-a-potential-difference-of-12000-volts-is-applied-between-them-if-the-density-of-oil-is-900-kg-m https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzODc-the-ratio-of-momenta-of-an-electron-and-an-alpha-particle-which-are-accelerated-from-rest-by-a-potential-difference-of-100-volt-is-1-1-2-2mem-alpha-3-mem-alpha-4-me2m-alpha-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzODg-when-a-proton-is-accelerated-through-1v-then-its-kinetic-energy-will-be-1-1840-ev-2-13-6-ev-3-1-ev-4-0-54-ev-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzODk-ten-electrons-are-equally-spaced-and-fixed-around-a-circle-of-radius-r-relative-to-v-0-at-infinity-the-electrostatic-potential-v-and-the-electric-field-e-at-the-centre-c-are-1-v-neq-0-text-and-vec-e-n https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzOTA-the-displacement-of-a-charge-q-in-the-electric-field-e-e1i-e2j-e3k-is-r-ai-bj-the-work-done-is-1-q-ae1-be2-2-q-ae1-2-be2-2-3-q-e1-e2-a2-b2-4-q-e12-e22-thinsp-a-b-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzOTE-three-charges-q-q-and-q-are-placed-at-the-vertices-of-a-right-angled-isosceles-triangle-as-shown-the-net-electrostatic-energy-of-the-configuration-is-zero-if-q-is-equal-to-1-minus-q1-2-2-minus-2q2-2-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzOTI-a-cube-of-a-metal-is-given-a-positive-charge-q-for-the-above-system-which-of-the-following-statements-is-true-1-the-electric-potential-at-the-surface-of-the-cube-is-zero-2-the-electric-potential-withi https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzOTM-three-charges-q-q-and-q-are-placed-at-the-vertices-of-an-equilateral-triangle-of-side-l-as-shown-in-the-figure-if-the-net-electrostatic-energy-of-the-system-is-zero-then-q-is-equal-to-1-frac-q-2-2-q-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzOTQ-electric-potential-at-any-point-is-v-minus-5x-3y-15z-then-the-magnitude-of-the-electric-field-is-1-32-2-42-3-52-4-7-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzOTU-kinetic-energy-of-an-electron-accelerated-in-a-potential-difference-of-100-v-is-1-1-6-times-10-ndash-17-j-2-1-6-times-1021-j-3-1-6-times-10-ndash-29-j-4-1-6-times-10-ndash-34-j-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzOTc-if-identical-charges-ndash-q-are-placed-at-each-corner-of-a-cube-of-side-b-then-electric-potential-energy-of-charge-q-which-is-placed-at-centre-of-the-cube-will-be-1-82q24-pi-epsilon-0b-2-minus-82q2-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzOTg-a-proton-is-about-1840-times-heavier-than-an-electron-when-it-is-accelerated-by-a-potential-difference-of-1-kv-its-kinetic-energy-will-be-1-1840-kev-2-1-1840-kev-3-1-kev-4-920-kev-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDUzOTk-a-thin-spherical-conducting-shell-of-radius-r-has-a-charge-q-another-charge-q-is-placed-at-the-centre-of-the-shell-the-electrostatic-potential-at-a-point-p-which-is-at-a-distance-dfrac-r-2-from-the-ce https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MDE-a-charge-of-10-e-s-u-is-placed-at-a-distance-of-2-cm-from-a-charge-of-40-e-s-u-and-4-cm-from-another-charge-of-20-e-s-u-the-potential-energy-of-the-charge-10-e-s-u-is-in-ergs-1-87-5-2-112-5-3-150-4-25 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MDI-a-sphere-of-4-cm-radius-is-suspended-within-a-hollow-sphere-of-6-cm-radius-the-inner-sphere-is-charged-to-potential-3-e-s-u-and-the-outer-sphere-is-earthed-the-charge-on-the-inner-sphere-is-1-54-e-s-u https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MDM-when-one-electron-is-taken-towards-the-other-electron-then-the-electric-potential-energy-of-the-system-1-decreases-2-increases-3-remains-unchanged-4-becomes-zero-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MDQ-four-charges-q-thinsp-minus-q-thinsp-q-thinsp-minus-q-are-placed-at-the-corners-of-a-square-taken-in-order-at-the-centre-of-the-square-1-e-0-thinsp-v-0-2-e-0-thinsp-v-ne-0-3-e-ne-0-thinsp-v-0-4-e-0-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MDU-point-charge-q1-2-mu-c-and-q2-ndash-1-mu-c-are-kept-at-points-x-0-and-x-6-respectively-electrical-potential-will-be-zero-at-points-1-x-2-and-x-9-2-x-1-and-x-5-3-x-4-and-x-12-4-x-ndash-2-and-x-2-1-2-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MDY-equipotential-surfaces-associated-with-an-electric-field-which-is-increasing-in-magnitude-along-the-x-direction-are-1-planes-parallel-to-yz-plane-2-planes-parallel-to-xy-plane-3-planes-parallel-to-xz https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MDc-a-bullet-of-mass-2-gm-is-having-a-charge-of-2-mu-c-through-what-potential-difference-must-it-be-accelerated-starting-from-rest-to-acquire-a-speed-of-10-m-s-1-5-kv-2-50-kv-3-5-v-4-50-v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MDk-in-a-certain-charge-distribution-all-points-having-zero-potential-can-be-joined-by-a-circle-s-the-points-inside-s-have-positive-potential-and-points-outside-s-have-a-negative-potential-a-positive-char https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MTA-a-square-of-side-lsquo-a-rsquo-has-charge-q-at-its-centre-and-charge-lsquo-q-rsquo-at-one-of-the-corners-the-work-required-to-be-done-in-moving-the-charge-lsquo-q-rsquo-from-the-corner-to-the-diagonal https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MTE-as-per-this-diagram-a-point-charge-q-is-placed-at-the-origin-o-work-done-in-taking-another-point-charge-ndash-q-from-the-point-a-co-ordinates-0-a-to-another-point-b-co-ordinates-a-0-along-the-straight https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MTI-two-charges-q-1-and-q-2-are-placed-30-text-cm-apart-as-shown-in-the-figure-a-third-charge-q-3-is-moved-along-the-arc-of-a-circle-of-radius-40-text-cm-from-c-to-d-the-change-in-the-potential-energy-of https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MTM-two-thin-wire-rings-each-having-a-radius-r-are-placed-at-a-distance-d-apart-with-their-axes-coinciding-the-charges-on-the-two-rings-are-q-and-ndash-q-the-potential-difference-between-the-centres-of-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU0MTU-a-hollow-metallic-sphere-of-radius-r-is-given-a-charge-q-then-the-potential-at-the-centre-is-1-zero-2-14-pi-epsilon-0-qr-3-14-pi-epsilon-0-2qr-4-14-pi-epsilon-0-q2r-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NjM-a-capacitor-is-charged-by-using-a-battery-which-is-then-disconnected-a-dielectric-slab-is-then-slipped-between-the-plates-which-results-in-1-reduction-of-charge-on-the-plates-and-increase-of-potential https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NjQ-the-capacity-of-a-condenser-is-4-times-10-ndash-6-farad-and-its-potential-is-100-volts-the-energy-released-on-discharging-it-fully-will-be-1-0-02-joule-2-0-04-joule-3-0-025-joule-4-0-05-joule-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NjU-the-insulated-spheres-of-radii-r1-and-r2-having-charges-q1-and-q2-respectively-are-connected-to-each-other-there-is-1-no-change-in-the-energy-of-the-system-2-an-increase-in-the-energy-of-the-system-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NjY-the-energy-stored-in-a-condenser-of-capacity-c-which-has-been-raised-to-a-potential-v-is-given-by-1-12cv-2-12cv2-3-cv-4-12vc-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1Njc-if-two-conducting-spheres-are-separately-charged-and-then-brought-in-contact-1-the-total-energy-of-the-two-spheres-is-conserved-2-the-total-charge-on-the-two-spheres-is-conserved-3-both-the-total-ener https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1Njg-eight-drops-of-mercury-of-equal-radii-possessing-equal-charges-combine-to-form-a-big-drop-then-the-capacitance-of-bigger-drop-compared-to-each-individual-small-drop-is-1-8-times-2-4-times-3-2-times-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NzA-a-parallel-plate-condenser-has-a-capacitance-50-mu-f-in-air-and-110-mu-f-when-immersed-in-an-oil-the-dielectric-constant-lsquo-k-rsquo-of-the-oil-is-1-0-45-2-0-55-3-1-10-4-2-20-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NzE-separation-between-the-plates-of-a-parallel-plate-capacitor-is-d-and-the-area-of-each-plate-is-a-when-a-slab-of-material-of-dielectric-constant-k-and-thickness-t-t-d-is-introduced-between-the-plates-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NzI-the-capacity-of-parallel-plate-condenser-depends-on-1-the-type-of-metal-used-2-the-thickness-of-plates-3-the-potential-applied-across-the-plates-4-the-separation-between-the-plates-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NzM-the-capacity-of-a-parallel-plate-condenser-is-c-it-s-capacity-when-the-separation-between-the-plates-is-halved-will-be-1-4-c-2-2-c-3-c2-4-c4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NzQ-eight-small-drops-each-of-radius-r-and-having-same-charge-q-are-combined-to-form-a-big-drop-the-ratio-between-the-potentials-of-the-bigger-drop-and-the-smaller-drop-is-1-8-1-2-4-1-3-2-1-4-1-8-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NzU-1000-small-water-drops-each-of-radius-r-and-charge-q-coalesce-together-to-form-one-spherical-drop-the-potential-of-the-big-drop-is-larger-than-that-of-the-smaller-drop-by-a-factor-of-1-1000-2-100-3-10 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1NzY-a-parallel-plate-condenser-is-immersed-in-an-oil-of-dielectric-constant-2-the-field-between-the-plates-is-1-increased-proportional-to-2-2-decreased-proportional-to-12-3-increased-proportional-to-2-4-d https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDU1Nzc-if-the-dielectric-constant-and-dielectric-strength-be-denoted-by-k-and-x-respectively-then-a-material-suitable-for-use-as-a-dielectric-in-a-capacitor-must-have-1-high-k-and-high-x-2-high-k-and-low-x-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDY2NTQ-when-air-in-a-capacitor-is-replaced-by-a-medium-of-dielectric-constant-k-the-capacity-1-decreases-k-times-2-increases-k-times-3-increases-k2-times-4-remains-constant-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDY2NTY-the-capacity-of-a-parallel-plate-capacitor-increases-with-the-1-decrease-of-its-area-2-increase-of-its-distance-3-increase-of-its-area-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDY2NTc-the-radii-of-two-metallic-spheres-p-and-q-are-r1-and-r2-respectively-they-are-given-the-same-charge-if-r1-r2-then-on-connecting-them-with-a-thin-wire-the-charge-will-flow-1-from-p-to-q-2-from-q-to-p-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDY2NTg-between-the-plates-of-a-parallel-plate-condenser-a-plate-of-thickness-t1-and-dielectric-constant-k1-is-placed-in-the-rest-of-the-space-there-is-another-plate-of-thickness-t2-and-dielectric-constant-k2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDY2NTk-the-true-statement-is-on-increasing-the-distance-between-the-plates-of-a-parallel-plate-condenser-1-the-electric-intensity-between-the-plates-will-decrease-2-the-electric-intensity-between-the-plates https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NDA-the-capacity-and-the-energy-stored-in-a-parallel-plate-condenser-with-air-between-its-plates-are-respectively-co-and-wo-if-the-air-is-replaced-by-the-glass-dielectric-constant-5-between-the-plates-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NDE-force-of-attraction-between-the-plates-of-a-parallel-plate-capacitor-whose-dielectric-constant-is-k-will-be-1-q22-epsilon-0ak-2-q2-epsilon-0ak-3-q2-epsilon-0a-4-q22-epsilon-0a2k-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NDI-a-6-mu-f-capacitor-is-charged-from-10-volts-to-20-volts-increase-in-energy-will-be-1-18-times-10-ndash-4-j-2-9-times-10-ndash-4-j-3-4-5-times-10-ndash-4-j-4-9-times-10-ndash-6-j-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NDM-twenty-seven-drops-of-water-of-the-same-size-are-equally-and-similarly-charged-they-are-then-united-to-form-a-bigger-drop-by-what-factor-will-the-electrical-potential-changes-1-9-times-2-27-times-3-6 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NDQ-the-dielectric-constant-k-of-an-insulator-cannot-be-1-3-2-6-3-8-4-infin-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NDU-a-parallel-plate-capacitor-is-charged-and-the-charging-battery-is-then-disconnected-if-the-plates-of-the-capacitor-are-moved-further-apart-by-means-of-insulating-handles-then-1-the-charge-on-the-capac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NDc-a-spherical-condenser-has-inner-and-outer-spheres-of-radii-a-and-b-respectively-the-space-between-the-two-is-filled-with-air-the-difference-between-the-capacities-of-two-condensers-formed-when-outer-s https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NDg-the-intensity-of-electric-field-at-a-point-between-the-plates-of-a-charged-capacitor-1-is-directly-proportional-to-the-distance-between-the-plates-2-is-inversely-proportional-to-the-distance-between-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NDk-in-a-spherical-condenser-radius-of-the-outer-sphere-is-r-the-difference-in-the-radii-of-the-outer-and-inner-sphere-is-x-its-capacity-is-proportional-to-1-xr-r-minus-x-2-x-r-minus-x-r-3-r-r-minus-x-x-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NTA-a-capacitor-when-filled-with-a-dielectric-k-3-has-charge-q-0-voltage-v-0-and-field-e-0-if-the-dielectric-is-replaced-with-another-one-having-k-9-the-new-values-of-charge-voltage-and-field-will-be-resp https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NTE-a-parallel-plate-condenser-with-oil-between-the-plates-dielectric-constant-of-oil-k-2-has-a-capacitance-c-if-the-oil-is-removed-then-capacitance-of-the-capacitor-becomes-1-2c-2-2c-3-c2-4-c2-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NTQ-two-identical-charged-spherical-drops-each-of-capacitance-c-merge-to-form-a-single-drop-the-resultant-capacitance-is-1-equal-to-2c-2-greater-than-2c-3-less-than-2c-but-greater-than-c-4-less-than-c-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NTU-a-12pf-capacitor-is-connected-to-a-50v-battery-how-much-electrostatic-energy-is-stored-in-the-capacitor-1-1-5-times-10-ndash-8-joule-2-2-5-times-10-ndash-7-joule-3-3-5-times-10-ndash-5-joule-4-4-5-tim https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NTY-the-capacity-of-a-parallel-plate-condenser-is-15-mu-text-f-when-the-distance-between-its-plates-is-6-text-cm-if-the-distance-between-the-plates-is-reduced-to-2-text-cm-then-the-capacity-of-this-parall https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NTc-the-capacity-of-a-parallel-plate-capacitor-with-no-dielectric-substance-but-with-a-separation-of-0-4-cm-is-2-mu-f-the-separation-is-reduced-to-half-and-it-is-filled-with-a-dielectric-substance-of-valu https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NTg-two-insulated-metallic-spheres-of-3-mu-f-and-5-mu-f-capacitances-are-charged-to-300-v-and-500v-respectively-the-energy-loss-when-they-are-connected-by-a-wire-is-1-0-012-j-2-0-0218-j-3-0-0375-j-4-3-75 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NjA-a-charge-of-40-mu-c-is-given-to-a-capacitor-having-capacitance-c-10-mu-f-the-stored-energy-in-ergs-is-1-80-times-10-ndash-6-2-800-3-80-4-8000-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NjE-a-parallel-plate-capacitor-has-plate-area-a-and-separation-d-it-is-charged-to-a-potential-difference-v0-the-charging-battery-is-disconnected-and-the-plates-are-pulled-apart-to-three-times-the-initial https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NjI-the-electric-field-between-the-plates-of-a-parallel-plate-capacitor-when-connected-to-a-certain-battery-is-e0-if-the-space-between-the-plates-of-the-capacitor-is-filled-by-introducing-a-material-of-di https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NjM-if-the-distance-between-parallel-plates-of-a-capacitor-is-halved-and-dielectric-constant-is-doubled-then-the-capacitance-1-decreases-two-times-2-increases-two-times-3-increases-four-times-4-remain-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3NjQ-if-there-are-n-capacitors-each-of-capacitance-c-in-parallel-connected-to-v-volt-source-then-the-energy-stored-is-equal-to-1-cv-2-12ncv2-3-cv2-4-12ncv2-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3Njc-the-unit-of-electric-permittivity-is-1-volt-m2-2-joule-coulomb-3-farad-m-4-henry-m-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3Njg-the-work-done-in-placing-a-charge-of-8-times-10-ndash-18-coulomb-on-a-condenser-of-capacity-100-micro-farad-is-1-32-times-10-ndash-32-joule-2-16-times-10-ndash-32-joule-3-3-1-times-10-ndash-26-joule-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc3Njk-a-parallel-plate-capacitor-of-capacity-c-0-is-charged-to-a-potential-v-0-i-the-energy-stored-in-the-capacitor-when-the-battery-is-disconnected-and-the-separation-is-doubled-is-e-1-ii-the-energy-stored https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NTU-two-identical-capacitors-are-joined-in-parallel-charged-to-a-potential-v-and-then-separated-and-then-connected-in-series-i-e-the-positive-plate-of-one-is-connected-to-negative-of-the-other-1-the-charg https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NTY-a-parallel-plate-capacitor-is-made-by-stacking-n-equally-spaced-plates-connected-alternately-if-the-capacitance-between-any-two-plates-is-c-then-the-resultant-capacitance-is-1-c-2-nc-3-n-ndash-1-c-4-n https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NTc-four-plates-of-equal-area-a-are-separated-by-equal-distances-d-and-are-arranged-as-shown-in-the-figure-the-equivalent-capacity-is-1-2-epsilon-0ad-2-3-epsilon-0ad-3-4-epsilon-0ad-4-epsilon-0ad-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NTg-a-parallel-plate-capacitor-with-air-as-medium-between-the-plates-has-a-capacitance-of-10-mu-f-the-area-of-capacitor-is-divided-into-two-equal-halves-and-filled-with-two-media-as-shown-in-the-figure-ha https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NTk-three-capacitors-are-connected-to-d-c-source-of-100-volts-shown-in-the-adjoining-figure-if-the-charge-accumulated-on-plates-of-c1-c2-and-c3-are-qa-thinsp-qb-thinsp-qc-qd-qe-and-qf-respectively-then-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NjA-n-identical-condensers-are-joined-in-parallel-and-are-charged-to-potential-v-now-they-are-separated-and-joined-in-series-then-the-total-energy-and-potential-difference-of-the-combination-will-be-1-ene https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NjE-five-capacitors-of-10-mu-f-capacity-each-are-connected-to-a-d-c-potential-of-100-volts-as-shown-in-the-adjoining-figure-the-equivalent-capacitance-between-the-points-a-and-b-will-be-equal-to-1-40-mu-f https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NjI-three-capacitors-of-capacitances-3-mu-text-f-9-mu-text-f-and-18-mu-text-f-are-connected-once-in-series-and-another-time-in-parallel-the-ratio-of-equivalent-capacitance-in-the-two-cases-frac-c-s-c-p-wi https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NjM-four-condensers-each-of-capacity-4-mu-f-are-connected-as-shown-in-figure-and-vp-ndash-vq-15-volts-the-energy-stored-in-the-system-is-1-2400-ergs-2-1800-ergs-3-3600-ergs-4-5400-ergs-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NjQ-in-an-adjoining-figure-are-shown-three-capacitors-c1-c2-and-c3-joined-to-a-battery-the-correct-condition-will-be-symbols-have-their-usual-meanings-1-q1-q2-q3-and-v1-v2-v3-v-2-q1-q2-q3-and-v-v1-v2-v3-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NjU-in-the-circuit-diagram-shown-in-the-adjoining-figure-the-resultant-capacitance-between-p-and-q-is-1-47-mu-f-2-3-mu-f-3-60-mu-f-4-10-mu-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NjY-two-capacitances-of-capacity-c1-and-c2-are-connected-in-series-and-potential-difference-v-is-applied-across-it-then-the-potential-difference-across-c1-will-be-1-vc2c1-2-vc1-c2c1-3-vc2c1-c2-4-vc1c1-c2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4Njc-a-capacitor-of-capacity-c1-is-charged-to-the-potential-of-v0-on-disconnecting-with-the-battery-it-is-connected-with-a-capacitor-of-capacity-c2-as-shown-in-the-adjoining-figure-the-ratio-of-energies-be https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4Njg-four-capacitors-each-of-capacity-3-mu-text-f-are-connected-as-shown-in-the-adjoining-figure-the-ratio-of-equivalent-capacitance-between-a-and-b-and-between-a-and-c-will-be-1-4-3-2-3-4-3-2-3-4-3-2-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NzA-a-parallel-plate-condenser-is-filled-with-two-dielectrics-as-shown-area-of-each-plate-is-a-metre2-and-the-separation-is-t-metre-the-dielectric-constants-are-k-1-and-k-2-respectively-its-capacitance-in https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NzE-three-condensers-each-of-capacitance-2f-are-put-in-series-the-resultant-capacitance-is-1-6f-2-32f-3-23f-4-5f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NzI-four-condensers-are-joined-as-shown-in-the-adjoining-figure-the-capacity-of-each-is-8-mu-f-the-equivalent-capacity-between-the-points-a-and-b-will-be-1-32-mu-f-2-2-mu-f-3-8-mu-f-4-16-mu-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDc4NzM-the-capacities-and-connection-of-five-capacitors-are-shown-in-the-adjoining-figure-the-potential-difference-between-the-points-a-and-b-is-60-volts-then-the-equivalent-capacity-between-a-and-b-and-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDkxMTk-four-plates-of-the-same-area-of-cross-section-are-joined-as-shown-in-the-figure-the-distance-between-each-plate-is-d-the-equivalent-capacity-across-a-and-b-will-be-1-2-epsilon-0ad-2-3-epsilon-0ad-3-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDkxMjA-in-the-adjoining-figure-four-capacitors-are-shown-with-their-respective-capacities-and-the-p-d-applied-the-charge-and-the-p-d-across-the-4-mu-f-capacitor-will-be-1-600-mu-c-150-volts-2-300-mu-c-75-vol https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDkxMjE-in-the-connections-shown-in-the-adjoining-figure-the-equivalent-capacity-between-a-and-b-will-be-1-10-8-mu-text-f-2-69-mu-text-f-3-15-mu-text-f-4-10-mu-text-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTAyMTU-2-mu-f-capacitance-has-potential-difference-across-its-two-terminals-200-volts-it-is-disconnected-with-battery-and-then-another-uncharged-capacitance-is-connected-in-parallel-to-it-then-p-d-becomes-20 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTAyMTY-the-resultant-capacitance-across-300-v-battery-in-the-figure-shown-is-equal-to-1-1-mu-f-2-31120-mu-f-3-2-mu-f-4-12031-mu-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTA5OTk-a-capacitor-is-charged-by-a-battery-the-battery-is-removed-and-another-identical-uncharged-capacitor-is-connected-in-parallel-the-total-electrostatic-energy-of-the-resulting-system-1-increases-by-a-fa https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEwMzg-the-diagrams-below-show-regions-of-equipotentials-a-positive-charge-is-moved-from-mathrm-a-to-mathrm-b-in-each-diagram-then-1-the-maximum-work-is-required-to-move-q-in-figure-iii-2-in-all-four-cases-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEwNjE-an-electric-dipole-is-place-at-an-angle-of-30-circ-with-an-electric-field-intensity-2-times10-5-text-n-c-it-experiences-a-torque-equal-to-4-text-n-m-the-charge-on-the-dipole-if-the-dipole-length-is-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEwNjI-a-parallel-plate-capacitor-of-area-a-plate-separation-d-and-capacitance-c-is-filled-with-four-dielectric-materials-having-dielectric-constants-k-1-k-2-k-3-and-k-4-as-shown-in-the-figure-below-if-a-sin https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEwODQ-a-capacitor-of-2-mu-text-f-is-charged-as-shown-in-the-figure-when-the-switch-s-is-turned-to-position-2-the-percentage-of-its-stored-energy-dissipated-is-1-20-2-75-3-80-4-0-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTExNTE-a-parallel-plate-air-capacitor-of-capacitance-c-is-connected-to-a-cell-of-emf-v-and-then-disconnected-from-it-a-dielectric-slab-of-dielectric-constant-k-which-can-just-fill-the-air-gap-of-the-capacito https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTExODM-if-potential-in-volts-in-a-region-is-expressed-as-v-x-y-z-6xy-y-2yz-the-electric-field-in-n-c-at-point-1-1-0-is-1-3i-5j-3k-2-6i-5j-2k-3-2i-3j-k-4-6i-9j-k-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEyMzg-two-thin-dielectric-slabs-of-dielectric-constants-k1-k2-k1-60-k2-are-inserted-between-plates-of-a-parallel-capacitor-as-shown-in-the-figure-the-variation-of-electric-field-e-between-the-plates-with-di https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEyMzk-a-conducting-sphere-of-radius-r-is-given-a-charge-q-the-electric-potential-and-field-at-the-centre-of-the-sphere-respectively-are-1-zero-and-q-4-pi-epsilon-or2-2-q-4-pi-epsilon-or-and-zero-3-q-4-pi-ep https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEyNDA-in-a-region-the-potential-is-represented-by-v-x-y-z-6x-8xy-8y-6yz-where-v-is-in-volts-and-x-y-z-are-in-meters-the-electric-force-experienced-by-a-charge-of-2-coulomb-situated-at-point-1-1-1-is-1-6-rad https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEyODQ-a-b-and-c-are-three-points-in-a-uniform-electric-field-the-electric-potential-is-1-maximum-at-a-2-maximum-at-b-3-maximum-at-c-4-same-at-all-the-three-points-a-b-and-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEzMzE-four-point-charges-q-q-2qand2q-are-placed-one-at-each-corner-of-the-square-the-relation-between-q-and-q-for-which-the-potential-at-the-centre-of-the-square-is-zero-is-1-q-q-2-q-1q-3-q-q-4-q-1q-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEzNzA-two-metallic-spheres-of-radii-1-cm-and-3-cm-are-given-charges-of-1-times-10-2-text-c-and-5-times-10-2-text-c-respectively-if-these-are-connected-by-a-conducting-wire-the-final-charge-on-the-bigger-sph https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTEzOTI-a-parallel-plate-condenser-has-a-uniform-electric-field-e-v-m-in-the-space-between-the-plates-if-the-distance-between-the-plates-is-d-m-and-area-of-each-plate-is-a-text-m-2-the-energy-joule-stored-in https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTE1NDY-four-electric-charges-q-q-q-and-q-are-placed-at-the-corners-of-a-square-of-side-2l-see-figure-the-electric-potential-at-point-a-mid-way-between-the-two-charges-q-and-q-is-1-14-960-949-02ql1-15-2-14-96 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTE1OTI-three-charges-each-q-are-placed-at-the-corners-of-an-isosceles-triangle-abc-of-sides-bc-and-ac-equal-to-2a-d-and-e-are-the-mid-points-of-bc-and-ca-the-work-done-in-taking-a-charge-q-from-d-to-e-is-1-e https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTE2Mzg-a-series-combination-of-n-1-capacitors-each-of-value-c-1-is-charged-by-a-source-of-potential-difference-4-v-when-another-parallel-combination-of-n-2-capacitors-each-of-value-c-2-is-charged-by-a-source https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTE2Nzc-three-concentric-spherical-shells-have-radii-a-b-and-c-a-b-c-and-have-surface-charge-densities-sigma-sigma-and-sigma-respectively-if-va-vb-and-vc-denote-the-potential-of-the-three-shells-if-c-a-b-we-h https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTE3MDI-three-capacitors-each-of-capacitance-c-and-of-breakdown-voltage-v-are-joined-in-series-the-capacitance-and-breakdown-voltage-of-the-combination-will-be-1-c3-v3-2-3c-v3-3-c3-3v-4-3c-3v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTE3MDg-the-electric-potential-at-a-point-x-y-z-is-given-by-v-x2y-xz3-4-the-electric-field-e-8594-at-that-point-is-a-e-8594-i-2xy-z3-j-x2-k-3xz2-b-e-8594-i-2xy-j-x2-y2-k-3xz-y2-c-e-8594-i-z3-j-xyz-k-z2-d-e-85 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTE3MTM-the-mean-free-path-of-electrons-in-a-metal-is-4-times-10-8m-the-electric-field-which-can-give-on-an-average-2-ev-energy-to-an-electron-in-the-metal-will-be-in-a-unit-of-vm-1-1-8-times-107-2-5-times-10 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQxNzI-two-dielectric-slabs-of-constant-k-1-and-k-2-have-been-filled-in-between-the-plates-of-a-capacitor-as-shown-below-what-will-be-the-capacitance-of-the-capacitor-1-frac-2-varepsilon-0a-2-left-k-1-k-2-ri https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQxNzM-what-is-the-equivalent-capacitance-between-a-and-b-in-the-given-figure-all-are-in-farad-1-1318f-2-4813f-3-131f-4-24071f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQxNzU-100-capacitors-each-having-a-capacity-of-10-mu-text-f-are-connected-in-parallel-and-are-charged-by-a-potential-difference-of-100-kv-the-energy-stored-in-the-capacitors-and-the-cost-of-charging-them-if https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQxNzY-four-capacitors-are-connected-as-shown-in-the-figure-their-capacities-are-indicated-in-the-figure-the-effective-capacitance-between-points-x-and-y-is-in-mu-f-1-56-2-76-3-83-4-2-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQxNzk-a-10-mu-f-capacitor-and-a-20-mu-f-capacitor-are-connected-in-series-across-a-200-v-supply-line-the-charged-capacitors-are-then-disconnected-from-the-line-and-reconnected-with-their-positive-plates-tog https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQxODA-two-condensers-c1-and-c2-in-a-circuit-are-joined-as-shown-in-figure-the-potential-of-point-a-is-v1-and-that-of-b-is-v2-the-potential-of-point-d-will-be-1-12-v1-v2-2-c2v1-c1v2c1-c2-3-c1v1-c2v2c1-c2-4-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQxODI-the-combined-capacity-of-the-parallel-combination-of-two-capacitors-is-four-times-their-combined-capacity-when-connected-in-series-this-means-that-1-their-capacities-are-equal-2-their-capacities-are-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQxODM-in-the-given-network-capacitance-c1-10-mu-f-c2-5-mu-f-and-c3-4-mu-f-what-is-the-resultant-capacitance-between-a-and-b-1-2-2-mu-f-2-3-2-mu-f-3-1-2-mu-f-4-4-7-mu-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQxODQ-the-equivalent-capacitance-between-a-and-b-is-1-2-mu-text-f-2-3-mu-text-f-3-5-mu-text-f-4-0-5-mu-text-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQxODY-in-the-circuit-shown-in-figure-each-capacitor-has-a-capacity-of-3-mu-f-the-equivalent-capacity-between-a-and-b-is-1-34-mu-f-2-3-mu-f-3-6-mu-f-4-5-mu-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQyMjM-in-the-figure-three-capacitors-each-of-capacitance-6-pf-are-connected-in-series-the-total-capacitance-of-the-combination-will-be-1-9-times-10-ndash-12-f-2-6-times-10-ndash-12-f-3-3-times-10-ndash-12-f https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQyMjQ-equivalent-capacitance-between-a-and-b-is-1-8-mu-f-2-6-mu-f-3-26-mu-f-4-10-3-mu-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQyMjU-in-the-figure-a-capacitor-is-filled-with-dielectrics-the-resultant-capacitance-is-1-2-epsilon-0ad-thinsp-1k1-1k2-1k3-2-epsilon-0ad-thinsp-1k1-1k2-1k3-3-2-epsilon-0ad-thinsp-k1-k2-k3-4-none-of-these-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQyMjc-three-capacitors-of-capacitance-3-mu-f-10-mu-f-and-15-mu-f-are-connected-in-series-to-a-voltage-source-of-100v-the-charge-on-15-mu-f-is-1-50-mu-c-2-100-mu-c-3-200-mu-c-4-280-mu-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQyMjg-two-capacitors-c-1-2-mu-text-f-and-c-2-6-mu-text-f-in-series-are-connected-in-parallel-to-a-third-capacitor-c-3-4-mu-text-f-this-arrangement-is-then-connected-to-a-battery-of-text-emf-2-text-v-as-show https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQyOTU-a-parallel-plate-capacitor-has-capacitance-c-if-it-is-equally-filled-with-parallel-layers-of-materials-of-dielectric-constants-k-1-and-k-2-its-capacity-becomes-c-1-the-ratio-of-c-1-to-c-is-1-k-1-k-2-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQyOTY-the-equivalent-capacitance-in-the-circuit-between-a-and-b-will-be-1-1-mu-f-2-2-mu-f-3-3-mu-f-4-13-thinsp-mu-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQyOTc-the-equivalent-capacitance-between-a-and-b-is-1-c4-2-3c4-3-c3-4-4c3-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQyOTg-in-the-given-figure-the-capacitors-c1-c3-c4-c5-have-a-capacitance-4-mu-f-each-and-if-the-capacitor-c2-has-a-capacitance-10-mu-f-then-effective-capacitance-between-a-and-b-will-be-1-2-mu-f-2-4-mu-f-3-6 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQyOTk-two-identical-capacitors-have-the-same-capacitance-c-one-of-them-is-charged-to-potential-v1-and-the-other-to-v2-the-negative-ends-of-the-capacitors-are-connected-together-when-the-positive-ends-are-al https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQzMDA-three-capacitors-each-of-capacity-4-mu-f-are-to-be-connected-in-such-a-way-that-the-effective-capacitance-is-6-mu-f-this-can-be-done-by-1-connecting-them-in-parallel-2-connecting-two-in-series-and-one https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQzMDE-three-capacitors-of-capacitance-3-mu-f-are-connected-in-a-circuit-then-their-maximum-and-minimum-capacitances-will-be-1-9-mu-f-1-mu-f-2-8-mu-f-2-mu-f-3-9-mu-f-0-mu-f-4-3-mu-f-2-mu-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQzMDI-a-capacitor-of-capacity-c1-is-charged-upto-v-volt-and-then-connected-to-an-uncharged-capacitor-of-capacity-c2-then-final-potential-difference-across-each-will-be-1-c2vc1-c2-2-1-c2c1v-3-c1vc1-c2-4-1-mi https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQzMDY-four-identical-capacitors-are-connected-as-shown-in-diagram-when-a-battery-of-6-v-is-connected-between-a-and-b-the-charge-stored-is-found-to-be-1-5-mu-c-the-value-of-c1-is-1-2-5-mu-f-2-15-mu-f-3-1-5-m https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MTM-two-identical-thin-rings-each-of-radius-r-meters-are-coaxially-placed-at-a-distance-r-meters-apart-if-q1-coulomb-and-q2-coulomb-are-respectively-the-charges-uniformly-spread-on-the-two-rings-the-work https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MTQ-a-non-conducting-ring-of-radius-0-5-text-m-carries-a-total-charge-of-1-11-times10-10-text-c-distributed-non-uniformly-on-its-circumference-producing-an-electric-field-vec-e-everywhere-in-space-the-val https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MTU-a-negatively-charged-plate-has-charge-density-of-2-times-10-ndash-6-c-m2-the-initial-distance-of-an-electron-which-is-moving-toward-plate-but-cannot-strike-the-plate-if-it-is-having-energy-of-200-ev-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MTY-electric-potential-is-given-by-v-6x-8722-8xy2-8722-8y-6yz-8722-4z2-then-electric-force-acting-on-2c-point-charge-placed-on-origin-will-be-1-2n-2-6n-3-8n-4-20n-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MTc-consider-two-points-1-and-2-in-a-region-outside-a-charged-sphere-two-points-are-not-very-far-away-from-the-sphere-if-e-and-v-represent-the-electric-field-vector-and-the-electric-potential-which-of-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MTg-a-uniform-electric-field-pointing-in-positive-x-direction-exists-in-a-region-let-a-be-the-origin-b-be-the-point-on-the-x-axis-at-x-1-cm-and-c-be-the-point-on-the-y-axis-at-y-1-cm-then-the-potentials-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MjA-the-electric-potential-at-a-point-x-y-in-the-x-ndash-y-plane-is-given-by-v-ndash-kxy-the-field-intensity-at-a-distance-r-from-the-origin-varies-as-1-r2-2-r-3-1r-4-1r2-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MjE-two-equal-point-charges-are-fixed-at-x-ndash-a-and-x-a-on-the-x-axis-another-point-charge-q-is-placed-at-the-origin-the-change-in-the-electrical-potential-energy-of-q-when-it-is-displaced-by-a-small-d https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MjM-a-solid-conducting-sphere-having-a-charge-q-is-surrounded-by-an-uncharged-concentric-conducting-hollow-spherical-shell-let-the-potential-difference-between-the-surface-of-the-solid-sphere-and-that-of https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MjQ-a-piece-of-cloud-is-having-area-25-times-10-6-text-m-2-and-an-electric-potential-of-10-5-volts-if-the-height-of-cloud-is-0-75-text-km-then-find-the-energy-of-the-electric-field-between-the-earth-and-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MjY-a-parallel-plate-air-capacitor-has-a-capacitance-of-100-mu-f-the-plates-are-at-a-distance-d-apart-if-a-slab-of-thickness-t-t-8804-d-and-dielectric-constant-5-is-introduced-between-the-parallel-plates https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5Mjc-capacitance-of-a-capacitor-made-by-a-thin-metal-foil-is-2-mu-f-if-the-foil-is-folded-with-paper-of-thickness-0-15-mm-dielectric-constant-of-paper-is-2-5-and-width-of-paper-is-400-mm-then-length-of-foi https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5Mjg-a-parallel-plate-capacitor-is-connected-to-a-battery-the-plates-are-pulled-apart-with-a-uniform-speed-if-x-is-the-separation-between-the-plates-the-time-rate-of-change-of-electrostatic-energy-of-the-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MzA-to-form-a-composite-16-mu-f-1000-v-capacitor-from-a-supply-of-identical-capacitors-marked-8-mu-f-250-v-we-require-a-minimum-number-of-capacitors-1-40-2-32-3-8-4-2-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MzQ-figure-given-below-shows-two-identical-parallel-plate-capacitors-connected-to-a-battery-with-switch-s-closed-the-switch-is-now-opened-and-the-free-space-between-the-plate-of-capacitors-is-filled-with https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MzU-a-parallel-plate-capacitor-of-capacitance-c-is-connected-to-a-battery-and-is-charged-to-a-potential-difference-v-another-capacitor-of-capacitance-2c-is-connected-to-another-battery-and-is-charged-to-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MzY-condenser-a-has-a-capacity-of-15-mu-f-when-it-is-filled-with-a-medium-of-dielectric-constant-15-another-condenser-b-has-a-capacity-of-1-mu-f-with-air-between-the-plates-both-are-charged-separately-by https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5Mzc-four-metallic-plates-each-with-a-surface-area-of-one-side-a-are-placed-at-a-distance-d-from-each-other-the-plates-are-connected-as-shown-in-the-circuit-diagram-then-the-capacitance-of-the-system-betwe https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5Mzg-in-the-given-circuit-if-point-c-is-connected-to-the-earth-and-a-potential-of-2000-v-is-given-to-the-point-a-the-potential-at-b-is-1-1500-v-2-1000-v-3-500-v-4-400-v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5Mzk-a-finite-ladder-is-constructed-by-connecting-several-sections-of-2-mu-f-4-mu-f-capacitor-combinations-as-shown-in-the-figure-it-is-terminated-by-a-capacitor-of-capacitance-c-what-value-should-be-chose https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5NDA-in-an-isolated-parallel-plate-capacitor-of-capacitance-c-the-four-surface-have-charges-q1-q2-q3-and-q4-as-shown-the-potential-difference-between-the-plates-is-1-q1-q2-q3-q42c-2-q2-q32c-3-q2-8722-q32c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5NDE-for-the-circuit-shown-which-of-the-following-statements-is-true-1-with-s1-closed-v1-15-v-v2-20-v-2-with-s3-closed-v1-v2-25-v-3-with-s1-and-s2-closed-v1-v2-0-4-with-s1-and-s3-closed-v1-30-v-v2-20-v-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5NDI-consider-the-situation-shown-in-the-figure-the-capacitor-a-has-a-charge-q-on-it-whereas-b-is-uncharged-the-charge-appearing-on-the-capacitor-b-a-long-time-after-the-switch-is-closed-is-1-zero-2-frac-q https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5NDM-a-capacitor-of-capacitance-c1-1-mu-f-can-withstand-maximum-voltage-v1-6kv-kilo-volt-and-another-capacitor-of-capacitance-c2-3-mu-f-can-withstand-maximum-voltage-v2-4-kv-when-the-two-capacitors-are-con https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5NDY-the-plates-of-a-parallel-plate-condenser-are-pulled-apart-with-a-velocity-v-if-at-any-instant-their-mutual-distance-of-separation-is-d-then-the-magnitude-of-the-time-rate-of-change-of-capacity-depends https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5NDc-a-fully-charged-capacitor-has-a-capacitance-lsquo-c-rsquo-it-is-discharged-through-a-small-coil-of-resistance-wire-embedded-in-a-thermally-insulated-block-of-specific-heat-capacity-lsquo-s-rsquo-and-m https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5NDg-a-network-of-four-capacitors-of-capacity-equal-to-c1-c-8201-8201-c2-2c-8201-c3-3c-and-c4-4-c-are-connected-in-a-battery-as-shown-in-the-figure-the-ratio-of-the-charges-on-c2-and-c4-is-1-223-2-322-3-74 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTUwODI-the-variation-of-potential-with-distance-r-from-a-fixed-point-is-as-shown-below-the-electric-field-at-r-5-m-is-1-2-5-volt-m-2-ndash-2-5-volt-m-3-2-5-volt-m-4-ndash-2-5-volt-m-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTUwODM-the-figure-gives-the-electric-potential-v-as-a-function-of-distance-through-five-regions-on-x-axis-which-of-the-following-is-true-for-the-electric-field-e-in-these-regions-1-e1-62-e2-62-e3-62-e4-62-e5 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTUwODQ-in-a-hollow-spherical-shell-potential-v-changes-with-respect-to-distance-r-from-centre-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTUwODY-between-the-plates-of-a-parallel-plate-capacitor-a-dielectric-plate-is-introduced-just-to-fill-the-space-between-the-plates-the-capacitor-is-charged-and-later-disconnected-from-the-battery-the-dielect https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTUwODk-equipotential-surfaces-are-shown-in-figure-then-the-electric-field-strength-will-be-1-100-vm-ndash-1-along-x-axis-2-100-vm-ndash-1-along-y-axis-3-200-vm-ndash-1-at-an-angle-120o-with-x-axis-4-50-vm-nd https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTUwOTE-a-condenser-of-2-mu-f-capacitance-is-charged-steadily-from-0-to-5-coulomb-which-of-the-following-graphs-correctly-represents-the-variation-of-potential-difference-across-its-plates-with-respect-to-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NDk-figure-shows-a-solid-hemisphere-with-a-charge-of-5nc-distributed-uniformly-through-its-volume-the-hemisphere-lies-on-a-plane-and-point-p-is-located-on-the-plane-along-a-radial-line-from-the-centre-of https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NTA-a-point-charge-q-is-placed-at-a-distance-d-from-the-centre-of-an-uncharged-conducting-sphere-of-radius-r-the-potential-of-the-sphere-is-d-r-ndash-1-14-960-8712-0-qd-r-2-14-960-8712-0-qd-3-14-960-8712 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NTI-an-electric-field-is-given-by-ex-8211-2x3kn-c-the-potential-of-the-point-1-ndash-2-if-potential-of-the-point-2-4-is-taken-as-zero-is-ndash-1-7-5-215-103v-2-7-5-215-103v-3-15-215-103v-4-15-215-103v-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NTU-a-conducting-disc-of-radius-r-is-rotating-about-its-axis-with-an-angular-velocity-969-then-the-potential-difference-between-the-centre-of-the-disc-and-its-edge-is-no-magnetic-field-is-present-1-zero-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NTY-a-uniform-electric-field-of-400-v-m-exists-in-space-as-shown-in-graph-two-points-a-and-b-are-also-shown-with-their-co-ordinates-the-potential-difference-vb-8211-va-in-volts-is-ndash-1-18-v-2-15-v-3-8 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NTc-figure-shows-three-circular-arcs-each-of-radius-r-and-total-charge-as-indicated-the-net-electric-potential-at-the-centre-of-curvature-is-ndash-1-q2-960-949-0r-2-q4-960-949-0r-3-2q-960-949-0r-4-q-960-9 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NTg-a-neutral-conducting-spherical-shell-is-kept-near-a-charge-q-as-shown-the-potential-at-point-p-due-to-the-induced-charges-is-ndash-1-kqr-2-kqr-3-kqr-kqr-4-kqcp-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NTk-two-concentric-uniformly-charged-spheres-of-radius-10-cm-and-20-cm-are-arranged-as-shown-in-figure-potential-difference-between-the-sphere-is-ndash-1-4-5-215-1011v-2-2-7-215-1011v-3-0-4-none-of-these https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NjE-in-a-uniform-field-ndash-1-all-points-are-at-the-same-potential-2-pairs-of-points-separated-by-the-same-distance-must-have-the-same-potential-difference-3-no-two-points-can-have-the-same-potential-4-n https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NjI-two-metallic-bodies-separated-by-a-distance-of-20-cm-are-given-equal-and-opposite-charges-of-the-magnitude-of-0-88-956-c-the-component-of-the-electric-field-along-the-line-ab-between-the-plates-varies https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NjM-electrical-potential-lsquo-v-rsquo-in-space-as-a-function-of-coordinates-is-given-by-v-1x-1y-1z-then-the-electric-field-intensity-at-1-1-1-is-given-by-ndash-1-i-j-k-2-i-j-k-3-zero-4-13i-j-k-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NjQ-two-concentric-thin-metallic-spheres-of-radii-r1-and-r2-r1-62-r2-bear-changes-q1-and-q2-respectively-then-the-potential-at-distance-r-between-r1-and-r2-will-be-k-14-960-949-0-1-kq1-q2r-2-kq1r-q2r2-3-k https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NjY-the-grid-each-square-of-1m-times-1m-represents-a-region-in-space-containing-a-uniform-electric-field-if-potentials-at-points-o-a-b-c-d-e-f-and-g-h-are-respectively-0-ndash-1-ndash-2-1-2-0-ndash-1-1-an https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5Njc-figure-shows-an-electric-line-of-force-which-curves-along-a-circular-arc-the-magnitude-of-electric-field-intensity-is-same-at-all-points-on-this-curve-and-is-equal-to-e-if-the-potential-at-a-is-v-then https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5Njg-a-parallel-plate-capacitor-with-air-between-the-plates-is-charged-to-a-potential-difference-of-500v-and-then-insulated-a-plastic-plate-is-inserted-between-the-plates-filling-the-whole-gap-the-potentia https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NzA-the-circuit-was-in-the-shown-state-for-a-long-time-now-if-the-switch-s-is-closed-then-the-charge-that-flows-through-the-switch-s-will-be-ndash-1-4003-956-c-2-100-956-c-3-1003-956-c-4-50-956-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NzE-a-capacitor-of-1-mu-text-f-withstands-a-maximum-voltage-of-6-kilovolts-while-another-capacitor-of-2-mu-text-f-withstands-a-maximum-voltage-of-4-kilovolts-if-the-two-capacitors-are-connected-in-series https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NzI-the-potential-at-a-certain-point-in-an-electric-field-is-200-v-the-work-done-in-carrying-an-electron-upto-that-point-will-be-1-3-2-215-10-17j-2-3-2-215-10-17j-3-200j-4-200j-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NzM-two-charged-conducting-spheres-of-radii-r1-and-r2-are-at-the-same-potential-the-ratio-of-their-surface-charge-densities-will-be-1-r1-r2-2-r2-r1-3-r12-r22-4-r22-r12-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NzQ-at-the-mid-point-of-a-line-joining-an-electron-and-a-proton-the-values-of-e-and-v-will-be-1-e-0-v-8800-0-2-e-8800-0-v-0-3-e-8800-0-v-8800-0-4-e-0-v-0-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NzU-a-charge-of-10-181-c-is-kept-at-the-origin-of-x-8211-y-coordinate-system-the-potential-difference-in-volts-between-two-points-a-0-and-a-2-a-2-will-be-1-zero-2-9-215-104-3-9-215-104a-4-9-215-1042-1-2-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5NzY-find-equivalent-capacitance-between-x-and-y-if-each-capacitor-is-4-956-f-1-4-956-f-2-2-956-f-3-12-956-f-4-1-956-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5Nzc-two-point-charge-of-8-956-c-and-12-956-c-are-kept-in-air-at-a-distance-of-10-cm-from-each-other-the-work-required-to-change-the-distance-between-them-to-6-cm-will-be-1-5-8j-2-4-8j-3-3-8j-4-2-8j-1-2-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5Nzg-two-parallel-plate-capacitors-of-capacitances-c-and-2c-are-connected-in-parallel-and-charged-to-a-potential-difference-v-the-battery-is-then-disconnected-and-the-region-between-the-plates-of-the-capac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5Nzk-maximum-charge-stored-on-a-metal-sphere-of-radius-15-cm-may-be-7-5-181-c-the-potential-energy-of-the-sphere-in-this-case-is-1-9-67j-2-0-25j-3-3-25j-4-1-69j-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5ODA-four-identical-particles-each-of-mass-m-and-charge-q-are-kept-at-the-four-corners-of-a-square-of-length-l-the-final-velocity-of-these-particles-after-setting-them-free-will-be-1-kq2ml5-41-2-2-kq2ml1-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5ODE-a-parallel-plate-capacitor-is-charged-to-a-certain-potential-difference-a-slab-of-thickness-3-mm-is-inserted-between-the-plates-and-it-becomes-necessary-to-increase-the-distance-between-the-plates-by https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5ODI-a-charge-q-is-distributed-over-two-concentric-hollow-spheres-of-radii-r-and-rr-62-r-such-that-the-surface-densities-are-equal-the-potential-at-the-common-centre-is-14-960-949-0-times-ndash-1-qr-rr2-r2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5ODM-a-charge-q-is-uniformly-distributed-over-a-thin-ring-of-radius-r-velocity-of-an-electron-at-the-moment-it-passes-through-the-centre-o-of-the-ring-if-the-electron-was-initially-at-rest-at-a-point-a-whi https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5ODQ-the-electric-potential-v-as-a-function-of-distance-x-in-metre-is-given-by-v-5x2-10x-9v-the-value-of-the-electric-field-of-x-1m-would-be-1-20v-m-2-6v-m-3-11v-m-4-23v-m-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5ODU-in-a-region-the-electric-field-intensity-e-is-given-by-e-frac-100-x-2-where-x-is-in-metre-the-potential-difference-between-the-points-at-x-10-text-m-and-x-20-text-m-will-be-1-1-text-v-2-2-text-v-3-5-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5ODY-an-uncharged-capacitor-with-a-solid-dielectric-is-connected-to-a-similar-air-capacitor-charged-to-a-potential-of-v0-if-the-common-potential-after-sharing-of-charges-becomes-v-then-the-dielectric-const https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5ODc-two-parallel-conducting-plates-5mm-apart-are-held-horizontally-one-above-the-other-the-upper-plate-is-maintained-at-a-positive-potential-of-15kv-while-the-lower-plate-is-earthed-if-a-small-oil-drop-of https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5ODg-an-infinite-number-of-charges-each-of-magnitude-1-181-c-are-placed-along-the-x-axis-at-x-1-2-4-8-metre-if-the-charges-are-alternately-of-opposite-sign-then-the-potential-at-the-point-x-0-due-to-these https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5OTA-figure-shows-a-ball-having-a-charge-q-fixed-at-a-point-a-two-identical-balls-having-charges-q-and-q-and-mass-m-each-are-attached-to-the-ends-of-a-light-rod-of-length-2-a-the-rod-is-free-to-rotate-abou https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5OTE-a-proton-and-an-945-particle-are-at-a-distance-r-from-each-other-after-letting-them-free-if-they-move-to-infinity-the-kinetic-energy-of-the-proton-will-be-1-8ke2-5r-2-2ke2-5r-3-8ke2-r-4-ke2-5r-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5OTI-103-small-water-drops-each-of-radius-r-and-each-carrying-charge-q-combine-to-form-one-bigger-drop-the-potential-of-a-bigger-drop-as-compared-to-that-of-a-smaller-drop-will-be-1-105v-2-103v-3-10v-4-102 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5OTQ-the-plates-of-a-parallel-plate-capacitor-have-an-area-of-90cm2-each-and-are-separated-by-2-5mm-the-capacitor-is-charged-by-a-400-volt-supply-how-much-electrostatic-energy-is-stored-by-the-capacitor-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5OTc-an-alpha-particle-with-kinetic-energy-10mev-is-heading-towards-a-stationary-nucleus-of-atomic-number-50-calculate-the-distance-of-closest-approach-1-1-4-215-10-15m-2-4-215-10-15m-3-14-4-215-10-15m-4-8 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5OTg-calculate-the-area-of-the-plates-of-a-one-farad-parallel-plate-capacitor-if-the-separation-between-plates-is-1mm-and-plates-are-in-a-vacuum-1-18-215-108m2-2-0-3-215-108m2-3-1-3-215-108m2-4-1-13-215-10 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5OTk-a-solid-conducting-sphere-of-radius-a-having-a-charge-q-is-surrounded-by-a-concentric-conducting-spherical-shell-of-inner-radius-2a-and-outer-radius-3a-as-shown-in-figure-find-the-amount-of-heat-produ https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMDE-a-parallel-plate-capacitor-of-area-lsquo-a-rsquo-plate-separation-lsquo-d-rsquo-is-filled-with-two-dielectrics-as-shown-what-is-the-capacitance-of-the-arrangement-1-3k-949-0a4d-2-4k-949-0a3d-3-k-1-949 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMDI-assertion-a-particle-a-of-mass-m-and-charge-q-moves-directly-towards-a-fixed-particle-b-which-has-charge-q-the-speed-of-a-is-v-when-it-is-far-away-from-b-the-minimum-separation-between-the-particles-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMDM-assertion-potential-difference-between-two-points-lying-in-a-uniform-electric-field-may-be-equal-to-zero-reason-points-of-line-normal-to-electric-field-is-equipotential-line-if-both-the-assertion-and https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMDQ-assertion-at-a-distance-r-from-a-ve-charged-particle-potential-is-v-and-electric-field-strength-is-e-then-graph-between-v2-e-is-straight-line-reason-for-a-point-charge-v2e-q4-960-8712-0-if-both-the-as https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMDU-assertion-electrons-move-away-from-a-region-of-lower-potential-to-a-region-of-higher-potential-reason-since-an-electron-has-a-negative-charge-if-both-the-assertion-and-the-reason-are-true-and-the-reas https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMDc-given-below-are-two-statements-assertion-a-charges-are-given-to-plates-of-two-plane-parallel-plate-capacitors-c1-and-c2-such-that-c2-2c1-as-shown-in-the-figure-then-the-key-k-is-pressed-to-complete-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMDg-assertion-each-of-the-plates-of-a-parallel-plate-capacitor-is-given-equal-positive-charge-q-the-charges-on-the-facing-surfaces-will-be-same-reason-a-negative-charge-ndash-q-will-be-induced-on-each-of https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMDk-assertion-electric-potential-is-a-property-of-an-electric-field-regardless-of-whether-a-charged-object-has-been-placed-in-that-field-reason-potential-depends-on-test-charge-if-both-the-assertion-and-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMTA-assertion-electric-potential-and-electric-potential-energy-are-different-quantities-reason-for-a-system-of-positive-test-charge-and-point-charge-electric-potential-energy-electric-potential-if-both-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMTE-assertion-the-component-of-e-8594-in-any-direction-is-the-negative-of-the-rate-of-change-of-the-electric-potential-with-distance-in-that-direction-reason-potential-gradient-in-any-direction-at-a-point https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMTI-assertion-two-equipotential-surfaces-cannot-cut-each-other-reason-two-equipotential-surfaces-are-parallel-to-each-other-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explan https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246ODkwMzc-the-electrostatic-force-between-the-metal-plates-of-an-isolated-parallel-plate-capacitor-c-having-a-charge-q-and-area-a-is-1-independent-of-the-distance-between-the-plates-2-linearly-proportional-to-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTAwODU-a-capacitor-of-2-mu-text-f-is-charged-as-shown-in-the-figure-when-the-switch-s-is-turned-to-position-2-the-percentage-of-its-stored-energy-dissipated-is-1-20-2-75-3-80-4-0-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTA2OTE-if-potential-text-in-volts-in-a-region-is-expressed-as-v-x-y-z-6xy-y-2yz-the-electric-field-text-in-n-c-at-point-1-1-0-is-1-left-3-hat-i-5-hat-j-3-hat-k-right-2-left-6-hat-i-5-hat-j-2-hat-k-right-3-le https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTA2OTk-a-parallel-plate-air-capacitor-has-capacitance-c-the-distance-of-separation-between-plates-is-d-and-potential-difference-v-is-applied-between-the-plates-the-force-of-attraction-between-the-plates-of-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTExNDY-two-thin-dielectric-slabs-of-dielectric-constants-k-1-and-k-2-k-1-k-2-are-inserted-between-plates-of-a-parallel-plate-capacitor-as-shown-in-the-figure-the-variation-of-electric-field-e-between-the-pla https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTExNTU-in-a-region-the-potential-is-represented-by-v-x-y-z-6x-8xy-8y-6yz-where-v-is-in-volts-and-x-y-z-are-in-meters-the-electric-force-experienced-by-a-charge-of-2-coulomb-situated-at-a-point-1-1-1-is-1-6-s https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTEzOTU-a-b-and-c-are-three-points-in-a-uniform-electric-field-the-electric-potential-is-1-maximum-at-b-2-maximum-at-c-3-same-at-all-the-three-points-a-b-and-c-4-maximum-at-a-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTIwODQ-an-electric-dipole-of-moment-p-is-placed-in-an-electric-field-of-intensity-e-the-dipole-acquires-a-position-such-that-the-axis-of-the-dipole-makes-an-angle-theta-with-the-direction-of-the-field-assumi https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTMyMjQ-three-capacitors-each-of-capacitance-c-and-of-breakdown-voltage-v-are-joined-in-series-the-capacitance-and-breakdown-voltage-of-the-combination-will-be-1-c3-v3-2-3c-v3-3-c3-3v-4-3c-3v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTMyMzA-the-electric-potential-at-a-point-x-y-z-is-given-by-v-x2y-xz3-4-the-electric-field-e-rarr-at-that-point-is-1-e-rarr-2xy-z3-i-x2j-3xz2k-2-e-rarr-2xyi-x2-y2-j-3xz-y2-k-3-e-rarr-z3i-xyzj-z2k-4-e-rarr-2xy https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTMyNjM-the-electric-potential-at-a-point-in-free-space-due-to-a-charge-q-coulomb-is-q-times10-11-text-v-the-electric-field-at-that-point-is-1-4-pi-varepsilon-0-q-times-10-22-text-v-m-2-12-pi-varepsilon-0-q-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTM1MzM-two-condensers-one-of-capacity-c-and-the-other-of-capacity-frac-c-2-are-connected-to-a-v-volt-battery-as-shown-in-the-figure-the-energy-stored-in-the-capacitors-when-both-condensers-are-fully-charged https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTM1ODI-charges-q-and-ndash-q-are-placed-at-points-a-and-b-respectively-which-are-at-a-distance-2l-apart-c-is-the-midpoint-between-a-and-b-the-work-done-in-moving-a-charge-q-along-the-semicircle-crd-is-1-qq4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTM5ODI-an-electric-dipole-of-moment-vec-p-is-lying-along-a-uniform-electric-field-vec-e-the-work-done-in-rotating-the-dipole-by-90-circ-is-1-sqrt-2-pe-2-dfrac-pe-2-3-2pe-4-pe-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTM5ODM-a-parallel-plate-air-capacitor-is-charged-to-a-potential-difference-of-v-volts-after-disconnecting-the-charging-battery-the-distance-between-the-plates-of-the-capacitor-is-increased-using-an-insulatin https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTU0MDE-the-electric-field-vector-in-a-region-given-by-e-8594-3i-4yj-vm-1-calculate-the-potential-at-1m-1m-taking-potential-at-origin-to-be-zero-this-question-includes-concepts-from-12th-syllabus-1-5v-2-3v-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTgwOTg-two-point-charges-each-of-charge-q-are-fixed-at-a-0-and-a-0-another-positive-point-charge-q-placed-at-the-origin-is-free-to-move-along-x-axis-the-charge-q-at-origin-in-equilibrium-will-have-1-maximum https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTMxNjU2-two-metal-spheres-one-of-radius-r-and-the-other-of-radius-2r-respectively-have-the-same-surface-charge-density-sigma-they-are-brought-in-contact-and-separated-what-will-be-the-new-surface-charge-densi https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTMxNzM1-two-identical-capacitors-c-1-and-c-2-of-equal-capacitance-are-connected-as-shown-in-the-circuit-terminals-a-and-b-of-the-key-k-are-connected-to-charge-capacitor-c-1-using-a-battery-of-emf-v-volt-now-d https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUyODk5-the-electric-potential-v-is-given-as-a-function-of-x-in-metre-as-v-x-2-6x-5-volt-the-electric-field-is-zero-at-1-x-1-text-m-2-x-2-text-m-3-x-3-text-m-4-x-6-text-m-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUzMDEx-if-n-identical-drops-each-of-capacitance-c-coalesce-to-form-a-single-big-drop-the-capacitance-of-the-big-drop-will-be-1-n3c-2-nc-3-n1-2c-4-n1-3c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUzMDMz-an-electric-field-is-given-by-vec-e-hat-i-2-hat-j-hat-k-n-c-the-work-done-in-moving-a-1-c-charge-from-vec-r-a-2-hat-i-2-hat-j-m-to-vec-r-b-4-hat-i-hat-j-m-is-1-8-j-2-4-j-3-4-j-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTU5NDky-which-of-the-following-is-incorrect-about-the-electrostatic-field-lines-1-these-can-be-never-be-closed-curves-2-on-a-conducting-surface-the-lines-are-perpendicular-3-they-can-pass-through-a-conductor https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTU5NDk5-the-conducting-shells-a-and-b-are-arranged-as-shown-below-if-the-charge-on-the-shell-b-is-q-then-electric-flux-linked-with-the-spherical-gaussian-surface-s-is-1-q-epsilon-0-2-q2-epsilon-0-3-q-epsilon https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTU5ODY1-a-particle-of-mass-2-g-and-charge-1-mu-c-is-held-at-a-distance-of-1-m-from-a-fixed-charge-of-1-mc-if-the-particle-is-released-then-its-speed-when-it-is-at-a-distance-of-10-m-from-the-fixed-charge-is-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTU5ODcz-the-insulation-property-of-air-breaks-down-at-e-3-times-10-6-text-v-m-the-maximum-charge-that-can-be-given-to-a-sphere-of-diameter-5-m-is-approximately-1-2-times-10-5-text-c-2-2-times-10-4-text-c-3-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTYxNTU2-given-below-are-two-statements-statement-i-a-sensitive-electrical-device-can-be-protected-from-an-external-electric-field-by-enclosing-it-within-a-metallic-shell-statement-ii-the-electric-field-inside https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTYxNTYx-given-below-are-two-statements-statement-i-the-electric-field-lines-are-normal-to-a-conducting-surface-statement-ii-a-conducting-surface-is-an-equipotential-surface-in-equilibrium-1-statement-i-is-fal https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTYxNTY0-given-below-are-two-statements-statement-i-if-the-separation-between-two-small-electric-dipoles-is-doubled-without-changing-their-relative-orientation-the-force-between-them-becomes-one-eight-of-the-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTcwMjYw-some-equipotential-surfaces-are-shown-in-the-figure-the-electric-field-at-points-a-b-and-c-are-respectively-1-1-text-v-cm-frac-1-2-text-v-cm-2-text-v-cm-text-all-along-ve-x-axis-2-1-text-v-cm-frac-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTg1NDI1-in-a-certain-region-of-space-with-volume-0-2-text-m-3-the-electric-potential-is-found-to-be-5-text-v-throughout-the-magnitude-of-the-electric-field-in-this-region-is-1-0-5-text-n-c-2-1-text-n-c-3-5-te https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTg1NDMz-a-short-electric-dipole-has-a-dipole-moment-of-16-times-10-9-text-c-text-m-the-electric-potential-due-to-the-dipole-at-a-point-at-a-distance-of-0-6-text-m-from-the-centre-of-the-dipole-situated-on-a-l https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTg1NDQ1-the-capacitance-of-a-parallel-plate-capacitor-with-air-as-a-medium-is-6-mu-text-f-with-the-introduction-of-a-dielectric-medium-the-capacitance-becomes-30-mu-text-f-the-permittivity-of-the-medium-is-le https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTk4MjQ3-a-regular-hexagon-of-side-10-cm-has-a-charge-5-micro-c-at-each-of-its-vertices-the-potential-at-the-center-of-the-hexagon-is-1-2-7-times10-6-v-2-0-3-3-7-times10-6-v-4-2-0-times10-6-v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTk4MjUz-a-parallel-plate-capacitor-with-air-between-the-plates-has-a-capacitance-of-8-p-text-f-what-will-be-the-capacitance-if-the-distance-between-the-plates-is-reduced-by-half-and-the-space-between-them-is https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTk4MjU1-three-capacitors-connected-in-series-have-a-capacitance-of-9-text-pf-each-the-potential-difference-across-each-capacitor-if-the-combination-is-connected-to-a-120-text-v-supply-is-1-10-text-v-2-20-text https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTk4MjU5-three-capacitors-of-capacitances-2-text-pf-3-text-pf-and-4-text-pf-are-connected-in-parallel-the-charge-on-the-4-text-pf-capacitor-if-the-combination-is-connected-to-a-100-text-v-supply-is-1-4-times10 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDA5-two-charges-5-10-8-text-c-and-3-times-10-8-text-c-are-located-16-text-cm-apart-from-each-other-at-what-point-on-the-line-joining-the-two-charges-is-the-electric-potential-zero-take-the-potential-at-in https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDEw-in-a-parallel-plate-capacitor-with-air-between-the-plates-each-plate-has-an-area-of-6-times10-3-text-m-2-and-the-distance-between-the-plates-is-3-text-mm-the-capacitance-of-the-capacitor-is-1-16-12-te https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDEx-a-12-text-pf-capacitor-is-connected-to-a-50-text-v-battery-how-much-electrostatic-energy-is-stored-in-the-capacitor-1-3-1-times10-8-text-j-2-2-9-times10-8-text-j-3-3-3-times10-8-text-j-4-1-5-times10-8 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDEy-a-600-text-pf-capacitor-is-charged-by-a-200-text-v-supply-it-is-then-disconnected-from-the-supply-and-is-connected-to-another-uncharged-600-text-pf-capacitor-how-much-electrostatic-energy-is-lost-in-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDEz-a-charge-of-8-text-mc-is-located-at-the-origin-the-work-done-in-taking-a-small-charge-of-2-times-10-9-text-c-from-a-point-p-0-0-3-text-cm-to-a-point-q-0-4-text-cm-0-via-a-point-r-0-6-text-cm-9-text-cm https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDE0-a-cube-of-side-b-has-a-charge-q-at-each-of-its-vertices-the-potential-due-to-this-charge-array-at-the-center-of-the-cube-is-1-dfrac-4q-sqrt3-pi-varepsilon-0b-2-dfrac-8q-sqrt3-pi-varepsilon-0b-3-dfrac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDE1-two-tiny-spheres-carrying-charges-of-1-5-micro-c-and-2-5-micro-c-are-located-30-cm-apart-what-is-the-potential-at-a-point-10-cm-from-the-midpoint-in-a-plane-normal-to-the-line-and-passing-through-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDE4-in-a-hydrogen-atom-the-electron-and-proton-are-bound-at-a-distance-of-about-0-53-mathring-a-the-potential-energy-of-the-system-in-text-ev-is-taking-the-zero-of-the-potential-energy-at-an-infinite-sepa https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDE5-two-charged-conducting-spheres-of-radii-a-and-b-are-connected-to-each-other-by-a-wire-the-ratio-of-electric-fields-at-the-surfaces-of-the-two-spheres-is-1-dfrac-a-b-2-1-3-dfrac-2a-b-4-dfrac-b-a-1-2-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDIw-what-is-the-area-of-the-plates-of-a-2-text-f-parallel-plate-capacitor-given-that-the-separation-between-the-plates-is-0-5-text-cm-1-1100-text-km-2-2-1130-text-km-2-3-1110-text-km-2-4-1105-text-km-2-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDIx-the-equivalent-capacitance-of-the-circuit-is-1-200-text-pf-2-dfrac-200-3-text-pf-3-200-mu-text-f-4-150-text-pf-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDIy-the-plates-of-a-parallel-plate-capacitor-have-an-area-of-90-text-cm-2-each-and-are-separated-by-2-5-text-mm-the-capacitor-is-charged-by-connecting-it-to-a-400-text-v-supply-how-much-electrostatic-ener https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDIz-a-4-mu-text-f-capacitor-is-charged-by-a-200-text-v-supply-it-is-then-disconnected-from-the-supply-and-is-connected-to-another-uncharged-2-mu-text-f-capacitor-how-much-electrostatic-energy-of-the-first https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDI0-if-q-is-the-charge-on-the-capacitor-and-e-is-the-magnitude-of-the-electric-field-between-the-plates-then-force-on-each-plate-of-a-parallel-plate-capacitor-has-a-magnitude-equal-to-1-dfrac-1-2-qe-2-qe https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDI1-a-spherical-capacitor-has-an-inner-sphere-of-radius-12-cm-and-an-outer-sphere-of-radius-13-cm-the-outer-sphere-is-earthed-and-the-inner-sphere-is-given-a-charge-of-2-5-mu-c-the-space-between-the-conce https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDI2-a-cylindrical-capacitor-has-two-co-axial-cylinders-of-length-15-text-cm-and-radii-1-5-text-cm-and-1-4-text-cm-the-outer-cylinder-is-earthed-and-the-inner-cylinder-is-given-a-charge-of-3-5-mu-text-c-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDI3-a-parallel-plate-capacitor-is-to-be-designed-with-a-voltage-rating-of-1-text-kv-using-a-material-of-dielectric-constant-3-and-dielectric-strength-of-about-10-7-text-v-m-1-for-safety-we-should-like-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwMDI4-in-a-van-de-graff-type-generator-a-spherical-metal-shell-is-to-be-a-15-times-10-6-text-v-electrode-the-dielectric-strength-of-the-gas-surrounding-the-electrode-is-5-times-10-7-text-v-m-what-is-the-min https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzE4-three-isolated-equal-charges-are-placed-at-the-three-corners-of-an-equilateral-triangle-as-shown-in-the-figure-the-statement-which-is-true-for-net-electric-potential-v-and-net-electric-field-intensity https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzIw-the-potential-at-a-point-0-1-m-from-an-isolated-point-charge-is-100-volt-the-nature-of-the-point-charge-is-1-positive-2-negative-3-zero-4-either-positive-or-zero-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzMw-a-charge-of-10-956-c-is-placed-at-the-origin-of-the-x-y-coordinate-system-the-potential-difference-between-two-points-0-a-and-a-0-in-volt-will-be-1-9-215-104a-2-9-215-104a2-3-9-215-1042a-4-zero-1-2-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzM0-four-charges-of-the-same-magnitude-q-are-placed-at-four-corners-of-a-square-of-side-a-the-value-of-the-electric-potential-at-the-centre-of-the-square-will-be-where-k-14-960-949-0-1-4kqa-2-42kqa-3-4kq2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzQw-two-identical-positive-charges-are-placed-on-the-y-axis-at-y-a-and-y-a-the-variation-of-v-the-electric-potential-along-the-x-axis-is-shown-by-the-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzQx-which-graph-best-represents-the-variation-of-electric-potential-as-a-function-of-distance-from-the-centre-of-a-uniformly-charged-solid-sphere-of-radius-r-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzQ0-the-electric-potential-at-a-distance-of-3-m-on-the-axis-of-a-short-dipole-of-dipole-moment-4-215-10-12-coulomb-metre-is-1-1-33-215-10-3v-2-4-mv-3-12-mv-4-27-mv-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzQ1-the-electric-potential-in-volts-due-to-an-electric-dipole-moment-of-2-215-10-8-coulomb-metre-at-a-distance-of-3m-on-a-line-making-an-angle-of-60-176-with-the-axis-of-the-dipole-is-1-zero-2-10-v-3-20-v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzQ2-an-electric-dipole-of-length-2-cm-is-placed-with-its-axis-making-an-angle-of-30-176-to-a-uniform-electric-field-105n-c-if-it-experiences-a-torque-of-103nm-then-the-potential-energy-of-the-dipole-1-10 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzQ3-a-hollow-charged-metal-sphere-has-radius-r-if-the-potential-difference-between-its-surface-and-a-point-at-a-distance-3r-from-the-centre-is-v-then-the-electric-field-intensity-at-distance-3r-from-the-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzQ4-two-concentric-hollow-conducting-spheres-of-radius-r-and-r-are-shown-the-charge-on-the-outer-shell-is-q-what-charge-should-be-given-to-the-inner-sphere-so-that-the-potential-at-any-point-p-outside-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzQ5-the-potential-gradient-is-a-1-vector-quantity-2-scalar-quantity-3-conversion-factor-4-constant-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzUw-the-electric-potential-v-at-a-point-p-x-y-z-in-space-is-given-by-v-4x2-volt-the-electric-field-at-a-point-1m-0-2m-in-v-m-is-1-8-along-the-ve-x-axis-2-8-along-the-ve-x-axis-3-16-along-the-ve-x-axis-4-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzUx-the-figure-shows-the-variation-of-electric-field-intensity-e-with-distance-x-what-is-the-potential-difference-between-two-points-at-x-2-m-and-at-x-6-m-from-o-1-30-v-2-60-v-3-40-v-4-80-v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzUy-the-figure-shows-a-set-of-equipotential-surfaces-the-magnitude-and-direction-of-the-electric-field-that-exists-in-the-region-are-1-xa0-102-xa0-v-m-at-xa0-45-xb0-xa0-with-x-axis-2-xa0-102-xa0-v-m-at-xa https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzU1-determine-the-electric-field-strength-vector-if-the-potential-of-this-field-depends-on-x-y-coordinates-as-v-10axy-1-10a-yi-xj-2-10a-yi-xj-3-a-yi-xj-4-10a-xi-yk-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzU3-if-on-the-x-axis-the-electric-potential-decreases-uniformly-from-60-v-to-20-v-between-x-2-m-to-x-2-m-then-the-magnitude-of-electric-field-at-the-origin-1-must-be-10-v-m-2-may-be-greater-than-10-v-m-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3NzU4-an-infinite-conducting-sheet-has-a-surface-charge-density-sigma-the-distance-between-the-two-equipotential-surface-is-r-the-potential-difference-between-these-two-surfaces-is-1-sigma-r2-epsilon-0-2-si https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzcw-if-an-945-particle-and-a-proton-are-accelerated-from-rest-by-a-potential-difference-of-1-megavolt-then-the-ratio-of-their-kinetic-energies-will-be-1-12-2-1-3-2-4-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzc3-three-charges-q-q-and-q-are-placed-respectively-at-equal-distances-on-a-straight-line-if-the-potential-energy-of-the-system-of-three-charges-is-zero-then-what-is-the-ratio-of-q-q-1-1-1-2-1-2-3-1-3-4-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzgx-a-particle-a-has-charge-q-and-another-particle-b-has-charge-4q-with-each-of-them-having-the-same-mass-m-when-allowed-to-fall-from-rest-through-the-same-electric-potential-difference-the-ratio-of-their https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzkw-if-50-text-j-of-work-must-be-done-to-move-an-electric-charge-of-2-text-c-from-a-point-where-the-potential-is-10-text-volts-to-another-point-where-the-potential-is-text-v-volts-then-the-value-of-mathrm https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzkx-a-proton-has-a-mass-1-67-times-10-27-kg-and-a-charge-1-6-times-10-19-c-if-the-proton-is-accelerated-through-a-potential-difference-of-1-million-volts-then-the-kinetic-energy-is-1-1-6-times-10-15j-2-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzky-calculate-the-work-done-in-taking-a-charge-xa0-2-xd7-10-9-xa0-c-from-a-to-b-via-c-in-the-diagram-1-0-2-joule-2-1-2-joule-3-2-2-joule-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzkz-two-electrons-are-moving-towards-each-other-each-with-a-velocity-of-106-m-s-what-will-be-the-closest-distance-of-approach-between-them-1-1-53-215-10-8m-2-2-53-215-10-10m-3-3-53-215-10-6m-4-zero-1-2-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzk0-a-point-charge-q-is-surrounded-by-eight-identical-charges-at-distance-r-as-shown-in-the-figure-how-much-work-is-done-by-the-forces-of-electrostatic-repulsion-when-the-point-charge-at-the-centre-is-rem https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzk1-1000-small-water-drops-each-of-capacitance-c-join-together-to-form-one-large-spherical-drop-the-capacitance-of-the-bigger-sphere-is-1-c-2-10c-3-100c-4-1000c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzk2-two-similar-conducting-balls-having-charges-q-and-q-are-placed-at-a-separation-d-from-each-other-in-the-air-the-radius-of-each-ball-is-r-and-the-separation-between-their-centres-is-d-d-r-calculate-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzk3-two-parallel-plate-capacitors-have-their-plate-areas-100-cm2-and-500-cm2-respectively-if-they-have-the-same-charge-and-potential-and-the-distance-between-the-plates-of-the-first-capacitor-is-0-5-mm-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzk4-a-dielectric-slab-of-dielectric-constant-k-is-placed-between-the-plates-of-a-parallel-plate-capacitor-carrying-charge-q-the-induced-charge-q-on-the-surface-of-the-slab-is-given-by-1-q-q-qk-2-q-q-qk-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3Nzk5-two-charge-capacitors-have-their-outer-plates-fixed-and-inner-plates-connected-by-a-spring-of-force-constant-apos-k-apos-the-charge-on-each-capacitor-is-q-find-the-extension-in-the-spring-at-equilibri https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODAw-the-following-arrangement-consists-of-five-identical-metal-plates-parallel-to-each-other-the-area-of-such-plate-is-a-and-separation-between-the-successive-plates-is-d-the-capacitance-between-p-and-q-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODAx-a-capacitor-is-half-filled-with-a-dielectric-k-2-as-shown-in-figure-a-if-the-same-capacitor-is-to-be-filled-with-the-same-dielectric-as-shown-in-figure-b-what-would-be-the-thickness-of-the-dielectric https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODAy-capacitors-c1-10-mu-f-and-c2-20-mu-f-are-connected-in-series-across-a-3-kv-supply-as-shown-what-is-the-charge-on-the-capacitor-c1-1-45000-mu-text-c-2-20000-mu-text-c-3-15000-mu-text-c-4-10000-mu-text https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODAz-the-charge-on-the-6-956-f-capacitors-in-the-circuit-shown-is-1-540-956-c-2-270-956-c-3-180-956-c-4-90-956-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODA0-in-the-circuit-below-xa0-c1-20-x3bc-f-xa0-c2-40-x3bc-f-xa0-and-xa0-c3-50-x3bc-f-if-no-capacitor-can-sustain-more-than-50-v-then-the-maximum-potential-difference-between-x-and-y-is-1-95-v-2-75-v-3-150 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODA1-in-the-circuit-shown-below-c1-10-956-f-c2-c3-20-956-f-and-c4-40-956-f-if-the-charge-on-c1-is-20-956-c-then-potential-difference-between-x-and-y-is-1-2-v-2-3-v-3-6-v-4-3-5-v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODA5-in-the-circuit-below-if-a-dielectric-is-inserted-into-c2-xa0-then-the-charge-on-c1-xa0-will-1-increase-2-decrease-3-remains-same-4-be-halved-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODEw-a-capacitor-with-plate-separation-d-is-charged-to-v-volts-the-battery-is-disconnected-and-a-dielectric-slab-of-thickness-d2-and-dielectric-constant-2-is-inserted-between-the-plates-the-potential-diffe https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODEy-an-uncharged-parallel-plate-capacitor-having-a-dielectric-of-constant-k-is-connected-to-a-similar-air-cored-parallel-capacitor-charged-to-a-potential-v-the-two-capacitors-share-charges-and-the-common https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODEz-a-battery-does-200-j-of-work-in-charging-a-capacitor-the-energy-stored-in-the-capacitor-is-1-200-j-2-100-j-3-50-j-4-400-j-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjA3ODE1-two-identical-capacitors-are-connected-in-parallel-across-a-potential-difference-v-after-they-are-fully-charged-the-positive-plate-of-the-first-capacitor-is-connected-to-the-negative-plate-of-the-seco https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEyMzU4-the-figure-shows-equipotential-surfaces-for-a-two-charges-system-at-which-of-the-labeled-points-will-an-electron-have-the-highest-potential-energy-1-point-a-2-point-b-3-point-c-4-point-d-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEyMzY3-a-thin-metallic-spherical-shell-contains-a-charge-q-on-it-a-point-charge-q-is-placed-at-the-centre-of-the-shell-and-another-charge-q1-is-placed-outside-it-as-shown-in-the-figure-all-the-three-charges https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEyMzc3-in-a-certain-region-of-space-the-electric-field-is-zero-from-this-we-can-conclude-that-the-electric-potential-in-this-region-is-1-constant-2-zero-3-positive-4-negative-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEyMzc5-an-uncharged-aluminium-block-has-a-cavity-within-it-the-block-is-placed-in-a-region-permeated-by-a-uniform-electric-field-which-is-directed-upwards-which-of-the-following-is-a-correct-statement-descri https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDMz-a-capacitor-is-filled-with-an-insulator-and-a-certain-potential-difference-is-applied-to-its-plates-the-energy-stored-in-the-capacitor-is-u-now-the-capacitor-is-disconnected-from-the-source-and-the-in https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDM2-an-insulator-plate-is-passed-between-the-plates-of-a-capacitor-then-current-outside-the-capacitor-1-always-flows-from-a-to-b-2-always-flows-from-b-to-a-3-first-flows-from-a-to-b-and-then-from-b-to-a-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDM3-for-a-uniformly-charged-sphere-with-a-positive-charge-distributed-over-its-volume-and-having-a-radius-r-which-location-will-the-electric-potential-be-maximum-1-on-the-surface-2-at-the-centre-3-at-a-di https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDM4-a-student-charges-a-capacitor-in-such-a-manner-that-it-stores-energy-of-1-j-now-he-wants-to-increase-the-potential-energy-to-4-j-he-should-1-quadruple-the-potential-difference-across-the-capacitor-wit https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDQx-an-electron-beam-passes-between-two-parallel-plate-electrodes-as-shown-in-the-diagram-the-bottom-plate-is-kept-at-zero-potential-while-a-slowly-varying-positive-voltage-is-applied-to-the-upper-plate-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDY0-a-parallel-plate-capacitor-is-charged-from-a-cell-and-then-isolated-from-it-the-separation-between-the-plates-is-now-increased-1-the-force-of-attraction-between-the-plates-will-increased-2-the-field-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDY1-a-parallel-plate-capacitor-has-a-parallel-sheet-of-copper-inserted-between-and-parallel-to-the-two-plates-without-touching-the-plates-the-capacity-of-the-capacitor-after-the-introduction-of-the-copper https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDY2-a-parallel-plate-capacitor-is-charged-by-connecting-it-to-a-battery-the-battery-is-disconnected-and-the-plates-of-the-capacitor-are-pulled-apart-to-make-the-separation-between-the-plates-twice-again-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDY3-a-capacitor-c-is-charged-to-a-potential-difference-v-and-battery-is-disconnected-now-if-the-capacitor-plates-are-brought-close-slowly-by-some-distance-1-some-ve-work-is-done-by-external-agent-2-energy https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDcw-the-separation-between-the-plates-of-a-isolated-charged-parallel-plate-capacitor-is-increased-which-of-the-following-quantities-will-not-change-1-charge-on-the-capacitor-2-potential-difference-across https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDcx-an-isolated-metallic-sphere-of-radius-r-has-an-electric-charge-it-is-connected-by-means-of-a-conducting-wire-to-a-distant-uncharged-metallic-sphere-of-radius-r-r-r-which-of-the-following-statements-is https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMDk1-an-uncharged-capacitor-having-capacitance-c-is-connected-across-a-battery-of-emf-epsilon-now-the-capacitor-is-disconnected-and-then-reconnected-across-the-same-battery-but-with-reversed-polarity-then https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMTAw-when-a-parallel-plate-capacitor-is-connected-to-a-source-of-constant-potential-difference-1-all-the-charge-drawn-from-source-is-not-stored-in-the-capacitor-2-all-the-energy-drawn-from-the-source-is-st https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMTAy-which-of-the-following-statements-is-true-1-the-capacitance-of-a-capacitor-is-the-magnitude-of-net-charge-present-on-the-two-plates-divided-by-the-potential-difference-between-the-plates-2-the-equival https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMTEx-if-the-voltage-across-the-series-combination-of-capacitor-c-and-2c-is-increased-which-capacitor-will-undergo-breakdown-first-1-c-2-2c-3-both-at-same-moment-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjEzMTEy-if-the-voltage-across-the-parallel-combination-of-two-capacitors-of-c-and-2c-is-increased-which-capacitor-will-undergo-breakdown-first-1-c-2-2c-3-both-at-same-moment-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDQx-the-work-done-to-move-a-charge-along-an-equipotential-from-a-to-b-1-can-not-be-defined-as-int-a-b-vec-e-cdot-vec-dl-2-must-be-defined-as-int-a-b-vec-e-cdot-vec-dl-3-is-zero-4-can-have-a-non-zero-value https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDQy-in-a-region-of-constant-potential-a-the-electric-field-is-uniform-b-the-electric-field-is-zero-c-there-can-be-no-charge-inside-the-region-d-the-electric-field-shall-necessarily-change-if-a-charge-is-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDQz-in-the-circuit-shown-in-the-figure-initially-key-k-1-is-closed-and-key-k-2-is-open-then-k-1-is-opened-and-k-2-is-closed-order-is-important-take-q-1-and-q-2-as-charges-on-c-1-and-c-2-and-v-1-and-v-2-as https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDQ0-if-a-conductor-has-a-potential-v-ne-0-and-there-are-no-charges-anywhere-else-outside-then-a-there-must-be-charges-on-the-surface-or-inside-itself-b-there-cannot-be-any-charge-in-the-body-of-the-conduc https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDQ1-a-parallel-plate-capacitor-is-connected-to-a-battery-as-shown-in-the-figure-consider-two-situations-a-key-k-is-kept-closed-and-plates-of-capacitors-are-moved-apart-using-the-insulating-handle-b-key-k https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDgx-2-a-positively-charged-particle-is-released-from-rest-in-a-uniform-electric-field-the-electric-potential-energy-of-the-charge-a-remains-constant-because-the-electric-field-is-uniform-b-increases-becau https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDgy-3-figure-shows-some-equipotential-lines-distributed-in-space-a-charged-object-is-moved-from-point-a-to-point-b-a-the-work-done-in-fig-i-is-the-greatest-b-the-work-done-in-fig-ii-is-least-c-the-work-do https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDgz-the-electrostatic-potential-on-the-surface-of-a-charged-conducting-sphere-is-100-text-v-two-statements-are-made-in-this-regard-statement-i-at-any-point-inside-the-sphere-electric-intensity-is-zero-sta https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDg0-equipotential-at-a-great-distance-from-a-collection-of-charges-whose-total-sum-is-not-zero-are-approximately-1-spheres-2-planes-3-paraboloids-4-ellipsoids-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDg1-a-parallel-plate-capacitor-is-made-of-two-dielectric-blocks-in-series-one-of-the-blocks-has-thickness-d-1-and-dielectric-constant-k-1-and-the-other-has-thickness-d-2-and-dielectric-constant-k-2-as-sho https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDg2-consider-a-uniform-electric-field-in-the-z-text-direction-the-potential-is-constant-a-in-all-space-b-for-any-x-for-a-given-z-c-for-any-y-for-a-given-z-d-on-the-x-text-y-plane-for-a-given-z-1-a-b-c-2-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDg3-equipotential-surfaces-a-are-closer-in-regions-of-large-electric-fields-compared-to-regions-of-lower-electric-fields-b-will-be-more-crowded-near-the-sharp-edges-of-a-conductor-c-will-be-more-crowded-n https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjQ1NDEw-the-variation-of-electrostatic-potential-with-radial-distance-r-from-the-centre-of-a-positively-charged-metallic-thin-shell-of-radius-r-is-given-by-the-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjQ1NDE3-a-parallel-plate-capacitor-with-cross-sectional-area-a-and-separation-d-has-air-between-the-plates-an-insulating-slab-of-the-same-area-but-the-thickness-of-dfrac-d-2-is-inserted-between-the-plates-as https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzU4-the-potential-at-a-point-p-due-to-a-charge-of-4-times-10-ndash-7-c-located-9-cm-away-is-1-3-times-106v-2-4-times-106v-3-3-times-104v-4-4-times-104v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzU5-the-potential-at-point-p-is-4-times-104v-the-work-done-in-bringing-a-charge-of-2-times-10-ndash-9-c-from-infinity-to-the-point-p-is-1-6-times-10-6j-2-4-times-10-4j-3-8-times-10-5j-4-9-times-10-4j-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzYw-two-charges-3-times-10-ndash-8-c-and-ndash-2-times-10-ndash-8-c-are-located-15-cm-apart-at-what-point-on-the-line-joining-the-two-charges-is-the-electric-potential-zero-take-the-potential-at-infinity https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzYx-figures-a-and-b-show-the-field-lines-of-a-positive-and-negative-point-charge-respectively-the-signs-of-the-potential-difference-vp-vqandvb-vaarerespectively-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzYy-figures-a-and-b-show-the-field-lines-of-a-positive-and-negative-point-charge-respectively-the-signs-of-the-potential-energy-difference-of-a-small-negative-charge-between-the-points-q-and-p-a-and-b-are https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzYz-figures-a-and-b-show-the-field-lines-of-a-positive-and-negative-point-charge-respectively-the-sign-of-the-work-done-by-the-field-in-moving-a-small-positive-charge-from-q-to-p-and-the-sign-of-the-work https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzY0-figures-a-and-b-show-the-field-lines-of-a-positive-and-negative-point-charge-respectively-the-kinetic-energy-of-a-small-negative-charge-in-going-from-b-to-a-1-decreases-2-increases-3-remains-the-same https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzY1-four-charges-are-arranged-at-the-corners-of-a-square-abcd-of-side-d-as-shown-in-the-figure-the-work-required-to-put-together-this-arrangement-will-be-1-q24-pi-epsilon-0d4-2-2-q24-pi-epsilon-0d2-2-3-q2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzY2-four-charges-are-arranged-at-the-corners-of-a-square-abcd-of-side-d-as-shown-in-the-figure-a-charge-q-0-is-brought-from-infty-to-the-centre-e-of-the-square-the-four-charges-being-held-fixed-at-its-cor https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzY3-the-electrostatic-potential-energy-of-a-system-consisting-of-two-charges-7-micro-c-and-ndash-2-micro-c-and-with-no-external-field-placed-at-ndash-9-cm-0-0-and-9-cm-0-0-respectively-is-1-0-2-j-2-0-7-j https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzY4-how-much-work-is-required-to-separate-two-charges-7-micro-c-and-ndash-2-micro-c-and-with-no-external-field-placed-at-ndash-9-cm-0-0-and-9-cm-0-0-infinitely-away-from-each-other-1-0-2-j-2-0-7-j-3-0-2-j https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzY5-the-electrostatic-potential-energy-of-a-system-consisting-of-two-charges-7-micro-c-and-ndash-2-micro-c-in-an-external-electric-field-e-a-1-r2-a-9-times-105-c-m-ndash-2-placed-at-ndash-9-cm-0-0-and-9-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzcw-a-molecule-of-a-substance-has-a-permanent-electric-dipole-moment-of-magnitude-10-ndash-29-c-m-a-mole-of-this-substance-is-polarised-at-low-temperature-by-applying-a-strong-electrostatic-field-of-magni https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzkx-which-one-of-the-following-is-wrong-1-a-comb-run-through-one-rsquo-s-dry-hair-attracts-small-bits-of-paper-2-ordinary-rubber-is-an-insulator-but-special-rubber-tyres-of-aircraft-are-made-slightly-cond https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzky-a-slab-of-material-of-dielectric-constant-k-has-the-same-area-as-the-plates-of-a-parallel-plate-capacitor-of-capacitance-c0-but-has-a-thickness-3-4-d-where-d-is-the-separation-of-the-plates-what-is-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzk0-a-network-of-four-10-micro-f-capacitors-is-connected-to-a-500-v-supply-as-shown-in-the-figure-the-equivalent-capacitance-of-the-network-is-1-103-mu-f-2-203-mu-f-3-403-mu-f-4-163-mu-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwNzk3-a-network-of-four-10-micro-f-capacitors-is-connected-to-a-500-v-supply-as-shown-in-the-figure-the-charge-on-the-capacitor-c4-is-note-the-charge-on-a-capacitor-is-the-charge-on-the-plate-with-higher-po https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjcwODA1-a-900-pf-capacitor-is-charged-by-a-100-v-battery-the-electrostatic-energy-is-stored-by-the-capacitor-is-u-if-the-capacitor-is-disconnected-from-the-battery-and-connected-to-another-900-pf-capacitor-as https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2MDg1-which-of-the-following-is-not-the-property-of-equipotential-surface-1-they-do-not-cross-each-other-2-the-rate-of-change-of-potential-with-distance-on-them-is-zero-3-for-a-uniform-electric-field-they-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2MDkx-an-electric-dipole-of-moment-p-is-placed-parallel-to-the-uniform-electric-field-the-amount-of-work-done-in-rotating-the-dipole-by-900-is-1-2pe-2-pe-3-pe-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2MDk2-three-capacitors-2-micro-f-3-micro-f-and-6-micro-f-are-joined-in-series-with-each-other-the-equivalent-capacitance-is-1-1-2-micro-f-2-1-micro-f-3-2-micro-f-4-11-micro-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2MTA1-a-capacitor-plates-are-charged-by-a-battery-with-lsquo-v-rsquo-volts-after-charging-battery-is-disconnected-and-a-dielectric-slab-with-dielectric-constant-lsquo-k-rsquo-is-inserted-between-its-plates https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc3MTI0-the-equivalent-capacitance-of-the-combination-shown-in-the-figure-is-1-dfrac-c-2-2-dfrac-3c-2-3-3c-4-2c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc3MTMw-two-charged-spherical-conductors-of-radii-r-1-and-r-2-are-connected-by-a-wire-the-ratio-of-surface-charge-densities-of-spheres-left-dfrac-sigma-1-sigma-2-right-is-1-sqrt-dfrac-r-1-r-2-2-dfrac-r-2-1-r https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc3MTQy-twenty-seven-drops-of-same-size-are-charged-at-220-text-v-each-they-combine-to-form-a-bigger-drop-calculate-the-potential-of-the-bigger-drop-1-1520-text-v-2-1980-text-v-3-660-text-v-4-1320-text-v-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM5MzM5-two-hollow-conducting-spheres-of-radii-r-1-and-r-2-left-r-1-gg-r-2-right-are-concentric-and-have-equal-charges-the-potential-would-be-1-dependent-on-the-material-property-of-the-sphere-2-more-on-the-b https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM5MzU1-the-angle-between-the-electric-lines-of-force-and-the-equipotential-surface-is-1-180-circ-2-0-circ-3-45-circ-4-90-circ-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM5MzYz-a-capacitor-of-capacitance-c-900-text-pf-is-charged-fully-by-100-text-v-battery-b-as-shown-in-figure-a-then-it-is-disconnected-from-the-battery-and-connected-to-another-uncharged-capacitor-of-capacita https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM5NzQz-a-hollow-metal-sphere-of-radius-r-is-given-q-charges-to-its-outer-surface-the-electric-potential-at-a-distance-dfrac-r-3-from-the-centre-of-the-sphere-will-be-1-dfrac-1-4-pi-varepsilon-0-dfrac-q-9r-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM5NzY1-three-capacitors-each-of-capacitance-0-3-mu-text-f-are-connected-in-parallel-this-combination-is-connected-with-another-capacitor-of-capacitance-0-1-mu-text-f-in-series-then-the-equivalent-capacitance https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM5Nzc0-a-positively-charged-particle-q-is-projected-with-speed-v-toward-a-fixed-charge-q-and-rebounds-after-reaching-a-minimum-distance-r-what-will-be-the-new-closest-distance-of-approach-if-its-initial-velo https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2NTc2-the-distance-between-the-two-plates-of-a-parallel-plate-capacitor-is-doubled-and-the-area-of-each-plate-is-halved-if-c-is-its-initial-capacitance-its-final-capacitance-is-equal-to-1-2c-2-dfrac-c-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2NTgy-the-effective-capacitances-of-two-capacitors-are-3-mu-text-f-and-16-mu-text-f-when-they-are-connected-in-series-and-parallel-respectively-the-capacitance-of-two-capacitors-are-1-10-mu-text-f-6-mu-text https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2NjAw-six-charges-q-q-q-q-q-and-q-are-fixed-at-the-corners-of-a-hexagon-of-side-d-as-shown-in-the-figure-the-work-done-in-bringing-a-charge-q-0-to-the-centre-of-the-hexagon-from-infinity-is-varepsilon-0-tex https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY2OTMy-the-equivalent-capacitance-of-the-system-shown-in-the-following-circuit-is-1-9-mu-text-f-2-2-mu-text-f-3-3-mu-text-f-4-6-mu-text-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY2OTQ2-an-electric-dipole-is-placed-as-shown-in-the-figure-the-electric-potential-in-10-2-text-v-at-the-point-p-due-to-the-dipole-is-varepsilon-0-permittivity-of-free-space-and-dfrac-1-4-pi-varepsilon-0-k-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY4MTYx-the-equivalent-capacitance-of-the-arrangement-shown-in-the-figure-is-1-30-mu-text-f-2-15-mu-text-f-3-25-mu-text-f-4-20-mu-text-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY4MzEx-if-a-conducting-sphere-of-radius-r-is-charged-then-the-electric-field-at-a-distance-r-r-r-from-the-centre-of-the-sphere-would-be-v-potential-on-the-surface-of-the-sphere-1-dfrac-rv-r-2-2-dfrac-r-2v-r https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU0OTYx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-potential-v-at-any-axial-point-at-2-text-m-distance-r-from-the-centre-of-the-dipole https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU0OTc3-in-the-following-circuit-the-equivalent-capacitance-between-terminal-a-and-terminal-b-is-1-1-mu-text-f-2-0-5-mu-text-f-3-4-mu-text-f-4-2-mu-text-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU0OTg2-a-thin-spherical-shell-is-charged-by-some-source-the-potential-difference-between-the-two-points-c-and-p-in-v-shown-in-the-figure-is-take-dfrac-1-4-pi-epsilon-0-9-times-10-9-si-units-1-1-times-10-5-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU0OTk4-if-the-plates-of-a-parallel-plate-capacitor-connected-to-a-battery-are-moved-closer-to-each-other-then-a-the-charge-stored-in-it-increases-b-the-energy-stored-in-it-decreases-c-its-capacitance-increas https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU2ODA4-a-dielectric-slab-of-dielectric-constant-3-having-the-same-area-of-cross-section-as-that-of-a-parallel-plate-capacitor-but-of-thickness-frac-3-4-text-th-of-the-separation-of-the-plates-is-inserted-int https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM4MzM1-four-charges-q-q-and-q-q-are-placed-at-the-four-vertices-of-a-square-of-side-a-with-like-charges-across-the-diagonal-the-potential-at-the-center-of-the-square-is-1-zero-2-sqrt2-dfrac-kq-a-3-2-dfrac-kq https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM3NzEw-a-charge-is-uniformly-distributed-on-the-circumference-of-a-disc-and-the-potential-at-its-centre-is-5-volt-if-the-charge-was-uniformly-distributed-on-the-surface-of-this-disc-the-potential-at-a-point https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM3NzEy-a-negative-point-charge-q-is-placed-at-the-centre-of-a-spherical-ball-of-charge-distributed-uniformly-over-its-volume-the-radius-of-the-ball-is-r-the-electric-field-on-its-surface-is-zero-the-potentia https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246ODg5NTY-the-diagrams-below-show-regions-of-equipotential-a-positive-charge-is-moved-from-a-to-b-in-each-diagram-choose-the-correct-statement-from-the-options-given-below-1-in-all-four-cases-the-work-done-is-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDE0-consider-a-uniform-electric-field-in-the-z-text-direction-the-potential-is-a-constant-a-in-all-space-b-for-any-x-for-a-given-z-c-for-any-y-for-a-given-z-d-on-the-x-text-y-plane-for-a-given-z-choose-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzAzOTY0-the-electric-field-at-the-origin-is-along-the-positive-x-text-axis-a-small-circle-is-drawn-with-the-centre-at-the-origin-cutting-the-axes-at-points-mathrm-a-mathrm-b-mathrm-c-and-mathrm-d-having-coord https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzAzOTUw-when-the-separation-between-two-charges-is-increased-the-electric-potential-energy-of-the-charges-1-increases-2-decreases-3-remains-the-same-4-may-increase-or-decrease-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjYzNzgw-as-per-this-diagram-a-point-charge-q-is-placed-at-the-origin-o-work-done-in-taking-another-point-charge-q-from-the-point-a-coordinates-0-a-to-another-point-b-coordinates-a-0-along-the-straight-path-ab https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzMjcz-four-particles-having-identical-charges-are-placed-at-the-four-corners-of-a-square-of-side-2-text-m-the-potential-at-the-centre-of-the-square-is-2-sqrt2-text-v-the-potential-energy-of-the-system-of-ch https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjk5MzU0-a-positively-charged-light-particle-of-charge-q-and-mass-m-approaches-another-heavy-particle-of-positive-charge-q-coming-towards-it-with-an-initial-speed-u-when-it-is-far-away-the-distance-of-the-clos https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzE1NjY4-a-dipole-p-is-placed-so-that-it-is-always-aligned-along-the-x-axis-but-it-can-undergo-displacement-along-the-x-axis-the-dipole-is-placed-exactly-midway-between-two-fixed-charges-q-and-q-in-two-possibl https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0MDIy-a-thin-metallic-spherical-shell-contains-a-charge-mathrm-q-on-it-a-point-charge-mathrm-q-is-placed-at-the-centre-of-the-shell-and-another-charge-mathrm-q-1-is-placed-outside-as-it-is-shown-in-the-figu https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjY1MjM1-some-charge-is-being-given-to-a-conductor-then-it-s-potential-1-is-maximum-at-the-surface-2-is-maximum-at-the-centre-3-remains-the-same-throughout-the-conductor-4-is-maximum-somewhere-between-the-surf https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzMjc1-the-capacitance-of-a-system-of-concentric-conducting-spherical-shells-is-2-mu-text-f-if-the-radii-of-both-the-shells-are-doubled-then-the-capacitance-of-the-system-will-be-1-8-mu-text-f-2-4-mu-text-f https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjk5MjU2-the-6-mu-f-capacitor-is-initially-charged-to-2-v-i-e-v-b-v-a-2-v-while-the-3-mu-f-capacitor-is-uncharged-the-switch-is-now-closed-the-final-potential-difference-across-the-3-mu-f-capacitor-will-be-1-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDk2-a-dielectric-slab-is-inserted-between-the-plates-of-an-isolated-charged-capacitor-which-of-the-following-quantities-will-remain-the-same-a-the-electric-field-in-the-capacitor-b-the-charge-on-the-capac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM1OTI0-the-left-plate-a-of-an-air-capacitor-is-connected-to-the-positive-terminal-while-the-right-plate-b-is-connected-to-the-negative-terminal-of-a-cell-of-voltage-v-0-assume-that-the-plate-area-is-a-and-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM1OTI1-the-equivalent-capacitance-of-the-circuit-between-the-points-a-text-and-b-is-equal-to-1-2c-2-dfrac-3c-2-3-3c-4-dfrac-5c-2-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTA4NjI-a-parallel-plate-air-capacitor-of-capacitance-c-is-connected-to-a-cell-of-emf-v-and-then-disconnected-from-it-a-dielectric-slab-of-dielectric-constant-k-which-can-just-fill-the-air-gap-of-the-capacito https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQyNDA3-work-done-in-carrying-a-charge-q-from-a-to-b-as-shown-in-the-figure-on-a-circle-of-the-radius-r-with-a-charge-q-at-the-centre-is-1-dfrac-1-4-pi-varepsilon-0-dfrac-q-r-2-dfrac-q-2-4-pi-varepsilon-0-r-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIzOTYz-three-protons-each-having-a-mass-m-and-charge-e-are-placed-at-rest-at-the-corners-of-an-equilateral-triangle-with-side-length-a-the-electrostatic-potential-energy-of-the-system-is-left-text-here-k-dfr https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzI0MDgy-if-e-is-the-electric-field-intensity-of-an-electrostatic-field-then-the-electrostatic-energy-density-is-proportional-to-1-e-2-e-2-3-dfrac-1-e-2-4-e-3-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIzOTU1-two-free-charge-particles-of-the-same-mass-m-and-charge-q-separated-by-a-distance-r-are-released-when-the-charged-particles-reach-at-infinite-separation-then-the-potential-energy-that-is-converted-int https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIyMTk5-a-particle-of-mass-0-002-kg-and-charge-1-mu-text-c-is-held-at-rest-on-a-frictionless-horizontal-surface-at-a-distance-of-1-m-from-a-fixed-charge-of-1-mc-if-the-particle-is-released-it-will-be-repelled https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5NDQw-twenty-seven-identical-spherical-drops-of-mercury-are-each-maintained-at-a-potential-of-10-text-v-if-all-these-drops-coalesce-to-form-a-single-large-spherical-drop-then-the-potential-energy-of-this-la https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzUwMDYw-a-charge-q-2-mu-text-c-is-situated-at-the-origin-of-co-ordinate-axis-another-charge-5-mu-text-c-on-the-x-text-axis-at-point-a-3-0-is-brought-to-point-b-0-2-on-y-text-axis-the-work-done-by-an-external https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5MDI1-in-an-electrical-circuit-a-battery-is-connected-to-pass-20-c-of-charge-through-it-in-a-certain-given-time-the-potential-difference-between-two-plates-of-the-battery-is-maintained-at-15-v-the-work-done https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY2ODI5-find-the-distance-from-a-point-charge-of-magnitude-5-times-10-9-c-where-the-electric-potential-is-50-v-1-90-cm-2-70-cm-3-60-cm-4-50-cm-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIzNzA3-a-hollow-metallic-sphere-of-the-radius-5-text-cm-is-charged-such-that-the-potential-on-its-surface-is-40-text-v-the-potential-at-a-distance-of-3-text-cm-from-the-centre-of-the-sphere-is-1-20-text-v-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTExNDg-a-conducting-sphere-of-the-radius-r-is-given-a-charge-q-the-electric-potential-and-the-electric-field-at-the-centre-of-the-sphere-respectively-are-1-zero-and-frac-q-4-pi-varepsilon-0-r-2-2-frac-q-4-pi https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzAzNjAw-two-tiny-spheres-carrying-charges-1-8-mu-text-c-and-2-8-mu-text-c-are-located-at-40-text-cm-apart-the-potential-at-the-mid-point-of-the-line-joining-the-two-charges-is-1-3-8-10-4-text-v-2-2-1-10-5-tex https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQwMDcw-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-lightning-conductor-at-the-top-of-high-building-has-sharp-pointed-ends-reason-r-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUyODYz-work-done-when-a-point-charge-0-2-text-c-is-moved-from-infinity-to-a-given-point-p-is-20-text-j-the-potential-at-point-p-is-potential-at-infinity-is-zero-1-20-text-v-2-100-text-v-3-200-text-v-4-text-z https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzU4MDY1-charges-q-1-and-q-2-both-1-1-times-10-4-mathrm-c-are-located-at-3-text-m-0-text-m-and-at-3-text-m-0-text-m-on-the-mathrm-xy-plane-the-coordinates-of-points-a-b-and-c-are-1-text-m-0-text-m-1-text-m-0-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIzOTYx-the-electric-potential-is-1-a-scalar-quantity-2-a-vector-quantity-3-sometimes-scalar-but-sometimes-it-is-a-vector-quantity-4-a-tensor-quantity-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIyMTk2-which-of-these-is-not-the-property-of-a-charged-conductor-in-electrostatic-conditions-1-body-of-metal-is-equipotential-2-field-lines-are-perpendicular-to-the-metal-surface-3-electrostatic-potential-in https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIzOTY3-a-particle-of-mass-m-and-positive-charge-q-is-released-from-point-a-its-speed-is-found-to-be-v-when-it-passes-through-point-b-the-potential-difference-between-the-two-points-will-be-1-dfrac-m-v-2-q-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5Mjg1-512-identical-drops-of-mercury-are-charged-to-a-potential-of-2-text-v-each-the-drops-are-joined-to-form-a-single-drop-the-potential-of-this-drop-is-1-64-mathrm-v-2-128-mathrm-v-3-32-mathrm-v-4-16-math https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzkzODU3-a-particle-having-a-positive-charge-q-and-mass-m-is-accelerated-through-a-potential-difference-v-the-speed-of-the-particle-if-it-starts-from-rest-is-1-sqrt-cfrac-qv-m-2-sqrt-cfrac-mv-q-3-sqrt-cfrac-2q https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIzOTY2-two-points-p-and-q-are-maintained-at-electric-potentials-v-p-and-v-q-respectively-with-v-p-v-q-what-is-the-work-done-in-moving-a-positive-charge-q-from-point-q-to-point-p-1-left-v-p-v-q-right-q-2-left https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIzOTc4-two-thin-conducting-shells-are-at-a-large-distance-apart-one-sphere-of-radius-10-cm-is-given-charge-of-0-5-mu-c-and-other-of-radius-20-cm-given-charge-of-0-7-mu-c-the-potential-difference-between-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTUzMDg4-consider-a-system-of-three-charges-dfrac-q-3-dfrac-q-3-and-dfrac-2q-3-placed-at-points-a-b-and-c-respectively-as-shown-in-the-figure-take-o-to-be-the-centre-of-the-circle-of-radius-r-and-angle-angle-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDY4ODMz-the-value-of-the-electric-potential-at-a-distance-of-9-text-cm-from-the-point-charge-4-times10-7-text-c-is-left-mathrm-given-dfrac-1-4-pi-varepsilon-0-9-times10-9-text-n-m-2-text-c-2-right-1-4-times10 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTIxMTQ-four-point-charges-q-q-2q-text-and-2q-are-placed-one-at-each-corner-of-the-square-the-relation-between-q-and-q-for-which-the-potential-at-the-center-of-the-square-is-zero-is-1-q-q-2-q-2q-3-q-q-4-q-2q https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIyNTgw-where-is-the-electric-potential-due-to-a-charged-conducting-shell-constant-1-outside-it-2-inside-it-3-both-inside-and-outside-it-4-neither-inside-nor-outside-it-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ3MzQz-a-charge-q-is-placed-at-the-centre-of-a-thin-spherical-shell-of-radius-r-an-electron-is-moved-from-point-a-to-point-b-see-figure-the-total-work-done-will-be-1-zero-2-frac-q-4-pi-epsilon-0r-3-frac-q-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU2NTM0-statement-i-work-done-by-electrostatic-force-is-zero-if-a-charge-is-moving-along-an-equipotential-surface-statement-ii-equipotential-surfaces-are-perpendicular-to-the-electric-field-1-statement-i-is-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDE2-the-work-done-to-move-a-charge-along-an-equipotential-from-a-to-point-b-1-cannot-be-defined-as-int-a-b-e-dl-2-must-be-defined-as-int-a-be-dl-3-is-zero-4-can-have-a-non-zero-value-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ5OTk3-identify-the-incorrect-statement-from-the-following-1-the-equipotential-surface-created-by-a-single-point-charge-is-spherical-2-equipotential-surfaces-can-also-be-constructed-for-a-dipole-3-equipotent https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQxNjc2-given-below-are-two-statements-assertion-a-work-done-in-moving-a-charge-along-the-equatorial-line-of-an-electric-dipole-from-the-centre-of-the-dipole-through-a-distance-equal-to-the-length-of-the-dipo https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM0MDU3-a-uniform-electric-field-of-intensity-is-shown-in-the-figure-how-many-of-the-labelled-points-have-the-same-electric-potential-as-the-fully-shaded-point-1-2-2-3-3-8-4-11-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc2OTc2-an-electric-field-vec-e-25-hat-i-30-hat-j-text-nc-1-exists-in-a-region-of-space-if-the-potential-at-the-origin-is-taken-to-be-zero-then-the-potential-at-x-2-text-m-y-2-text-m-is-1-110-text-j-2-140-tex https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzI0MTI1-the-tangent-at-any-point-of-an-equipotential-surface-makes-an-angle-theta-with-the-electric-intensity-vector-at-that-point-such-that-1-theta-0-circ-2-theta-90-circ-3-theta-120-circ-4-theta-180-circ-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjAwNjEx-in-a-certain-region-of-space-with-volume-0-2-text-m-3-the-electric-potential-is-found-to-be-5-text-v-throughout-the-magnitude-of-the-electric-field-in-this-region-is-1-0-5-text-n-c-2-1-text-n-c-3-5-te https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzODIz-the-electric-potential-at-any-point-x-y-z-text-m-in-space-is-given-by-v-3x-2-text-v-the-electric-field-at-the-point-1-0-3-text-m-will-be-1-3-text-v-m-directed-along-the-positive-x-text-axis-2-3-text-v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU2NDY4-there-exists-a-uniform-electric-field-of-20-hat-i-text-n-c-a-dipole-of-dipole-moment-vec-p-15-text-c-m-is-placed-at-angle-30-circ-with-the-electric-field-the-torque-on-the-dipole-is-1-250-text-n-m-2-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQyNDk3-given-below-are-two-statements-assertion-a-radio-transmitters-do-not-work-satisfactorily-when-used-inside-a-railway-carriage-reason-r-railway-carriage-is-made-of-iron-which-acts-as-faraday-cages-1-bot https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1NDU4-given-below-are-two-statements-statement-i-electric-potential-is-constant-within-and-at-the-surface-of-each-conductor-statement-ii-an-electric-field-just-outside-a-charged-conductor-is-perpendicular-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY2ODYz-in-the-given-circuit-diagram-the-total-charge-stored-in-capacitors-is-50-mu-text-c-the-value-of-capacitor-x-is-1-3-2-0-3-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzMyMzA2-a-parallel-plate-capacitor-with-air-as-a-medium-between-the-plates-has-a-capacitance-of-10-mu-text-f-the-area-of-the-capacitor-is-divided-into-two-equal-halves-and-filled-with-two-media-having-dielect https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzE1OTI5-initially-uncharged-capacitors-are-connected-in-a-circuit-as-shown-in-the-diagram-the-potentials-at-c-d-satisfy-v-c-v-d-then-1-c-1c-2-c-3c-4-2-dfrac-c-1-c-4-dfrac-c-2-c-3-3-dfrac-c-1-c-3-dfrac-c-2-c-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIzNzQ0-in-the-given-circuit-what-will-be-the-charge-on-the-12-mu-text-f-capacitor-1-144-mu-text-c-2-72-mu-text-c-3-36-mu-text-c-4-28-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDY1OTUy-two-parallel-plate-capacitors-each-having-air-between-their-plates-have-plate-areas-100-text-cm-2-and-500-text-cm-2-respectively-both-capacitors-carry-the-same-charge-and-are-at-the-same-potential-if https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2OTA4-a-capacitor-c-1-of-capacitance-5-mu-text-f-is-charged-to-a-potential-of-30-text-v-using-a-battery-the-battery-is-then-removed-and-the-charged-capacitor-is-connected-to-an-uncharged-capacitor-c-2-of-ca https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzkzOTYx-given-below-are-two-statements-assertion-a-the-plates-of-a-parallel-plate-capacitor-attract-each-other-when-it-is-charged-reason-r-the-plates-carry-opposite-charges-and-hence-they-attract-by-coulomb-s https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2OTA3-in-the-given-circuit-the-charge-on-4-mu-text-f-capacitor-will-be-1-5-4-mu-text-c-2-9-6-mu-text-c-3-13-4-mu-text-c-4-24-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzE1OTE5-consider-a-parallel-plate-capacitor-of-plate-area-a-plate-separation-d-suppose-that-the-plates-are-given-charges-q-q-respectively-the-force-between-the-two-plates-is-proportional-to-1-dfrac-q-2-d-2-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzE1OTMw-the-capacitors-are-initially-uncharged-the-three-points-a-b-c-are-maintained-at-potentials-v-a-4-text-v-v-b-1-text-v-and-v-c-1-text-v-the-potential-at-x-v-x-1-2-text-v-2-1-5-text-v-3-3-text-v-4-0-5-te https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4MzQy-a-10-mu-text-f-capacitor-is-fully-charged-to-a-potential-difference-of-50-v-after-disconnecting-the-voltage-source-it-is-connected-in-parallel-with-an-initially-uncharged-capacitor-the-potential-diffe https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4NjQ1-in-the-circuit-shown-charge-on-the-5-mu-mathrm-f-capacitor-is-1-5-45-mu-mathrm-c-2-16-36-mu-mathrm-c-3-10-90-mu-mathrm-c-4-18-00-mu-mathrm-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1OTMy-two-capacitors-of-capacitances-2-pf-and-3-pf-are-connected-in-parallel-and-connected-to-a-100-v-supply-the-charge-stored-is-1-5-pc-2-500-pc-3-5000-pc-4-50-pc-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzMzc4-the-total-charge-on-the-system-of-capacitance-c-1-1-mu-text-f-c-2-2-mu-text-f-c-3-4-mu-text-f-and-c-4-3-mu-text-f-connected-in-parallel-is-assume-a-battery-of-20-text-v-is-connected-to-the-combination https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzE1OTE2-n-capacitances-c-each-are-available-to-be-connected-in-series-or-in-parallel-the-ratio-of-the-minimum-c-text-min-and-maximum-c-text-max-capacitance-that-can-be-formed-from-these-is-dfrac-c-text-max-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDMw-two-capacitors-each-having-capacitance-c-and-breakdown-voltage-v-are-joined-in-parallel-the-capacitance-and-the-breakdown-voltage-of-the-combination-will-be-1-2c-and-2v-2-c-and-2v-3-2c-and-v-4-c-and-v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2MDcy-the-charge-on-the-capacitor-of-capacitance-15-mu-text-f-in-the-figure-given-below-is-1-60-mu-text-c-2-130-mu-text-c-3-260-mu-text-c-4-585-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4OTI2-two-equal-capacitors-are-first-connected-in-series-and-then-in-parallel-the-ratio-of-the-equivalent-capacitances-left-dfrac-c-series-c-parallel-right-in-these-two-cases-will-be-1-4-1-2-2-1-3-1-4-4-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDYwOTY4-in-the-circuit-shown-a-potential-difference-is-applied-between-points-a-and-b-if-points-c-and-d-are-connected-consider-the-following-statements-a-no-charge-will-flow-between-c-and-d-b-some-charge-will https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDMx-the-equivalent-capacitance-of-the-combination-shown-in-the-figure-is-1-c-2-2c-3-dfrac-c-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2MDcz-a-parallel-plate-capacitor-with-plate-area-a-and-plate-separation-d-2-text-m-has-a-capacitance-of-4-mu-text-f-the-new-capacitance-of-the-system-if-half-of-the-space-between-them-is-filled-with-a-diele https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3MTAy-the-equivalent-capacitance-between-a-and-b-in-the-circuit-given-below-is-1-3-6-mu-text-f-2-2-4-mu-text-f-3-4-9-mu-text-f-4-5-4-mu-text-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTM3MTI1-three-identical-capacitors-are-connected-as-follows-which-of-the-following-shows-the-order-of-increasing-capacitance-smallest-first-1-mathrm-3-2-1-2-mathrm-1-2-3-3-mathrm-2-1-3-4-mathrm-2-3-1-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzkzOTU1-three-identical-capacitances-c-each-are-connected-in-the-form-of-a-triangle-the-capacitance-of-the-combination-between-a-and-b-is-1-dfrac23c-2-2c-3-dfrac-3-2-c-4-3c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1OTcw-two-metallic-plates-form-a-parallel-plate-capacitor-the-distance-between-the-plates-is-d-a-metal-sheet-of-thickness-d-over-2-and-area-equal-to-the-area-of-each-plate-is-introduced-between-the-plates-w https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDUwOTM2-a-parallel-plate-capacitor-is-made-of-two-dielectric-blocks-in-series-one-of-the-blocks-has-thickness-d-1-and-dielectric-constant-k-1-and-the-other-has-thickness-d-2-and-dielectric-constant-k-2-as-sho https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzI0MTIx-as-shown-in-the-figure-a-parallel-plate-condenser-is-filled-with-two-dielectrics-the-area-of-each-plate-is-a-m2-and-the-separation-between-the-plates-is-d-metre-the-dielectric-constants-are-k-1-and-k https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzkzOTU3-a-pair-of-parallel-plates-of-surface-area-a-are-placed-at-a-small-distance-d-from-each-other-if-a-dielectric-of-dielectric-constant-k-is-inserted-between-the-plates-the-capacitance-is-1-dfrac-varepsil https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzNjg4-a-dielectric-slab-with-a-dielectric-constant-k-has-the-same-cross-sectional-area-as-the-plates-of-a-parallel-plate-capacitor-and-a-thickness-of-dfrac-3-4-d-where-d-is-the-separation-between-the-plates https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQxNjY1-given-below-are-two-statements-assertion-a-in-the-absence-of-an-externally-applied-electric-field-the-displacement-per-unit-volume-of-a-polar-dielectric-material-is-always-zero-reason-r-in-polar-diele https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjUwOTE0-a-parallel-plate-capacitor-has-a-uniform-electric-field-e-in-the-space-between-the-plates-if-the-distance-between-the-plates-is-d-and-the-area-of-each-plate-is-a-the-energy-stored-in-the-capacitor-is https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2MzAy-a-capacitor-of-capacitance-c-is-fully-charged-to-200-text-v-it-is-then-discharged-through-a-small-coil-of-resistance-wire-embedded-in-a-thermally-insulated-block-of-mass-0-2-text-kg-and-specific-heat https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzkzOTU4-if-a-capacitor-of-capacitance-c-is-charged-by-giving-it-a-charge-q-the-potential-difference-between-its-plates-is-observed-to-be-v-the-energy-stored-in-the-capacitor-is-1-qv-2-dfrac-q-v-3-dfrac-qv-2-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQyMTU2-energy-per-unit-volume-for-a-capacitor-having-area-a-and-separation-d-kept-at-the-potential-difference-v-is-given-by-1-dfrac-1-2-varepsilon-o-dfrac-v-2-d-2-2-dfrac-1-2-varepsilon-o-dfrac-v-2-d-2-3-dfr https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTcxMTQ5-a-charge-q-1-5-times-10-8-text-c-is-kept-at-3-cm-from-a-charge-q-2-2-times-10-8-text-c-the-potential-energy-of-the-system-relative-to-the-potential-energy-at-infinite-separation-is-1-3-times-10-4-text https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NTQ5MjI-an-elementary-particle-of-mass-m-and-charge-e-is-projected-with-velocity-v-at-a-much-more-massive-particle-of-charge-ze-where-z-0-what-is-the-closest-possible-approach-of-the-incident-particle-1-dfrac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MTgy-four-equal-charges-q-are-placed-at-the-four-corners-of-a-square-of-each-side-a-work-done-in-removing-a-charge-q-from-its-centre-to-infinity-is-1-0-2-frac-sqrt-2-q-2-4-pi-varepsilon-0-a-3-frac-sqrt-2-q https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUyNzkx-three-charges-q-q-and-2q-are-placed-along-a-line-as-shown-in-the-figure-the-system-of-charges-will-have-a-positive-potential-energy-configuration-when-q-is-placed-at-the-midpoint-of-line-joining-q-and https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTYzMDI5-in-a-circuit-5-text-c-of-charge-is-passed-through-a-battery-in-a-given-time-the-plates-of-the-battery-are-maintained-at-a-potential-difference-of-12-text-v-the-work-done-by-the-battery-is-1-120-text-j https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjUwOTk3-three-charges-each-q-are-placed-at-the-corners-of-an-equilateral-triangle-abc-of-sides-bc-ac-and-ab-d-and-e-are-the-mid-points-of-bc-and-ca-the-work-done-in-taking-a-charge-q-from-d-to-e-is-1-frac-3qq https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MTky-how-much-kinetic-energy-will-be-gained-by-an-alpha-text-text-particle-in-going-from-a-point-at-70-text-v-to-another-point-at-50-text-v-1-40-text-ev-2-40-text-kev-3-40-text-mev-4-0-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MjEw-four-point-charges-q-q-2q-text-and-2q-are-placed-one-at-each-corner-of-the-square-the-relation-between-q-and-q-for-which-the-potential-at-the-center-of-the-square-is-zero-is-1-q-q-2-q-frac-1-q-3-q-q-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjY0NjQz-a-bullet-of-mass-2-text-gm-has-a-charge-of-2-mu-text-c-through-what-potential-difference-must-it-be-accelerated-starting-from-rest-to-acquire-a-speed-of-10-text-m-s-1-50-text-kv-2-5-text-v-3-50-text-v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTkxOTE5-the-increasing-order-of-the-electrostatic-potential-energies-for-the-given-system-of-charges-is-given-by-1-mathrm-a-d-2-mathrm-b-d-3-mathrm-b-c-4-mathrm-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTI0NDM-four-electric-charges-q-q-q-and-q-are-placed-at-the-corners-of-a-square-of-side-2l-see-figure-the-electric-potential-at-the-point-a-mid-way-between-the-two-charges-q-and-q-is-1-frac-1-4-pi-varepsilon https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjY0NjAx-eight-equally-charged-tiny-drops-are-combined-to-form-a-big-drop-if-the-potential-on-each-drop-is-10-v-then-the-potential-of-the-big-drop-will-be-1-40-v-2-10-v-3-30-v-4-20-v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MTg0-two-equal-charges-q-of-opposite-sign-separated-by-a-distance-2a-constitute-an-electric-dipole-of-dipole-moment-p-if-p-is-a-point-at-a-distance-r-from-the-centre-of-the-dipole-and-the-line-joining-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzE5OTY-a-ball-of-mass-1-text-g-and-charge-10-7-text-c-moves-from-a-point-a-whose-potential-is-500-text-v-to-a-point-b-whose-potential-is-zero-if-the-speed-of-the-ball-at-a-is-0-51-text-m-s-its-speed-at-point https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUzMDc0-a-positive-charge-q-and-a-negative-charge-q-are-placed-at-x-a-and-x-a-respectively-the-variation-of-v-along-x-text-axis-is-represented-by-the-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTI4MDU-three-concentric-spherical-shells-have-radii-a-b-text-and-c-a-1-mathrm-v-mathrm-c-mathrm-v-mathrm-a-neq-mathrm-v-mathrm-b-2-mathrm-v-mathrm-c-mathrm-v-b-neq-mathrm-v-mathrm-a-3-mathrm-v-mathrm-c-neq-m https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NDIwMDU-the-angle-between-equipotential-surface-and-electric-lines-of-force-is-1-zero-2-180-circ-3-90-circ-4-45-circ-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjUwOTk4-the-electric-potential-v-at-any-point-x-y-z-all-in-meters-in-space-is-given-by-v-4x-2-text-volt-the-electric-field-at-the-point-1-0-2-is-1-8-text-v-m-along-the-negative-x-text-axis-2-8-text-v-m-along https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUyODU4-the-electric-field-intensity-and-the-electric-potential-at-a-point-are-e-and-v-respectively-which-of-the-following-is-correct-1-if-e-neq0-v-cannot-be-zero-2-if-v-neq0-e-cannot-be-zero-3-if-v-is-consta https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQwMDA1-the-figure-shows-some-of-the-equipotential-surfaces-the-magnitude-and-direction-of-the-electric-field-are-given-by-1-200-text-v-m-making-an-angle-120-circ-with-the-x-text-axis-2-100-text-v-m-pointing https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQwNzcx-when-a-negative-charge-is-released-and-moves-in-the-electric-field-it-moves-towards-a-position-of-1-lower-electric-potential-and-lower-potential-energy-2-lower-electric-potential-and-higher-potential https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUyODY3-work-done-to-carry-a-negatively-charged-body-in-direction-of-the-electric-field-assuming-no-other-force-is-acting-on-the-body-1-is-always-negative-2-maybe-negative-3-is-always-positive-4-maybe-zero-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTExNjI4-the-variation-of-potential-with-distance-x-from-a-fixed-point-is-shown-in-the-figure-the-electric-field-at-x-13-text-m-is-1-7-5-text-v-m-2-7-5-text-v-m-3-5-text-v-m-4-5-text-v-m-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTkxOTI2-an-electric-field-vec-e-10-x-hat-i-exists-in-a-certain-region-of-space-then-the-potential-difference-v-v-0-v-a-where-v-0-is-the-potential-at-the-origin-and-v-a-is-the-potential-at-x-2-m-is-1-10-v-2-20 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjIxNDgz-the-potential-field-of-an-electric-field-e-y-hat-i-x-hat-j-is-1-v-x-y-constant-2-v-constant-3-v-left-x-2-y-2-right-constant-4-v-x-y-constant-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MjYw-an-electric-dipole-of-moment-p-is-placed-in-an-electric-field-of-intensity-e-the-dipole-acquires-a-position-such-that-the-axis-of-the-dipole-makes-an-angle-theta-with-the-direction-of-the-field-assumi https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjY0Njg2-an-electric-dipole-has-the-magnitude-of-its-charges-as-q-and-its-dipole-moment-is-p-it-is-placed-in-a-uniform-electric-field-e-if-its-dipole-moment-is-along-the-direction-of-the-field-the-force-on-it https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTExNjI2-an-electric-dipole-with-dipole-moment-vec-p-left-3-hat-i-4-hat-j-right-times-10-30-text-c-m-is-placed-in-an-electric-field-vec-e-4000-hat-i-text-n-c-an-external-agent-turns-the-dipole-slowly-until-its https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUzMDg0-which-of-the-following-statements-is-correct-regarding-the-electrostatics-of-conductors-1-the-interior-of-the-conductor-with-no-cavity-can-have-no-excess-charge-in-the-static-situation-2-the-electrost https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MjA5-a-conducting-sphere-of-radius-r-is-given-a-charge-q-the-electric-potential-and-field-at-the-centre-of-the-sphere-respectively-are-1-zero-and-q-4-pi-varepsilon-0-r-2-2-q-4-pi-varepsilon-0-r-and-zero-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM5OTY4-given-below-are-two-statements-assertion-a-a-metallic-shield-in-the-form-of-a-hollow-shell-may-be-built-to-block-an-electric-field-reason-r-in-a-hollow-spherical-shield-the-electric-field-inside-it-is https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUzMDAy-two-concentric-metallic-spherical-shells-a-and-b-of-radii-a-and-b-respectively-b-a-are-arranged-such-that-outer-shell-is-earthed-and-inner-shell-is-charged-to-q-charge-on-the-outer-surface-of-outer-sh https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTIyODkw-two-concentric-conducting-spherical-shells-carry-charge-q-each-the-inner-shell-is-earthed-the-charge-that-flows-into-the-earth-is-1-q-2-frac-3q-2-3-frac-q-2-4-frac-3q-2-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTc3MjQ2-the-electric-potential-difference-between-two-parallel-plates-is-2000-text-v-if-the-plates-are-separated-by-2-text-mm-what-is-the-magnitude-of-the-electrostatic-force-on-a-charge-of-4-times-10-6-text https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTc3Mzgw-a-parallel-plate-air-capacitor-is-charged-to-potential-difference-v-after-disconnecting-the-battery-the-distance-between-the-plates-of-the-capacitor-is-increased-using-an-insulating-handle-as-a-result https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTM5OTU1-a-parallel-plate-air-capacitor-has-a-capacity-of-c-the-distance-of-separation-between-plates-is-d-and-potential-difference-v-is-applied-between-the-plates-the-force-of-attraction-between-the-plates-of https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ0MDAx-in-the-given-figure-if-v-4-text-volt-each-plate-of-the-capacitor-has-a-surface-area-of-10-2-text-m-2-and-the-plates-are-0-1-times10-3-text-m-apart-then-the-number-of-excess-electrons-on-the-negative-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzMzNTY5-the-figure-shows-charge-q-versus-voltage-v-graph-for-series-and-parallel-combination-of-two-given-capacitors-the-capacitances-are-1-50-mu-text-f-and-30-mu-text-f-2-20-mu-text-f-and-30-mu-text-f-3-60-m https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ5MjUw-choose-the-correct-statements-among-the-following-a-free-electrons-move-always-from-a-region-of-higher-potential-to-a-region-of-lower-potential-b-the-capacitance-of-the-capacitor-does-not-depend-upon https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjY0NTgz-the-effective-capacity-of-the-network-between-terminals-a-and-b-is-1-6-mu-text-f-2-20-mu-text-f-3-3-mu-text-f-4-10-mu-text-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMDA-three-uncharged-capacitors-of-capacities-c-1-c-2-text-and-c-3-are-connected-to-one-another-as-shown-in-the-figure-if-points-a-b-text-and-d-are-at-potential-v-1-v-2-text-and-v-3-then-the-potential-at-o https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjY1OTgw-three-capacitors-each-of-capacity-4-f-are-to-be-connected-in-such-a-way-that-the-effective-capacitance-is-6-f-this-can-be-done-by-1-connecting-all-of-them-in-a-series-2-connecting-them-in-parallel-3-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUyNzg4-two-capacitors-of-capacitance-6-mu-text-f-and-3-mu-text-f-are-connected-in-series-with-battery-of-30-text-v-the-charge-on-3-mu-text-f-capacitor-is-1-3-mu-text-c-2-1-5-mu-text-c-3-60-mu-text-c-4-900-mu https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MjE1-three-capacitors-each-of-capacitance-c-and-of-breakdown-voltage-v-are-joined-in-series-the-capacitance-and-breakdown-voltage-of-the-combination-will-be-1-frac-c-3-frac-v-3-2-3c-frac-v-3-3-frac-c-3-3v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUyNzg3-the-equivalent-capacitance-of-the-following-arrangement-is-1-18-mu-text-f-2-9-mu-text-f-3-6-mu-text-f-4-12-mu-text-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUzMDE1-the-equivalent-capacitance-across-a-and-b-in-the-given-figure-is-1-dfrac-3-2-c-2-c-3-dfrac-2-3-c-4-dfrac-5-3-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ4OTUw-the-equivalent-capacitance-between-points-a-and-b-in-the-network-shown-below-is-1-5-text-c-2-4-text-c-3-3-text-c-4-2-text-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjY1MjUx-a-capacitor-of-capacity-c-1-is-charged-up-to-v-volt-and-then-connected-to-an-uncharged-capacitor-c-2-then-final-p-d-across-each-will-be-1-frac-c-2-v-c-1-c-2-2-frac-c-1-v-c-1-c-2-3-left-1-frac-c-2-c-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MjE4-a-network-of-four-capacitors-of-capacity-equal-to-c-1-c-c-2-2c-c-3-3c-and-c-4-4c-are-connected-in-a-battery-as-shown-in-the-figure-the-ratio-of-the-charges-on-c-2-and-c-4-is-1-frac-22-3-2-frac-3-22-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTMwOTEz-the-equivalent-capacitance-between-the-points-a-and-b-in-the-given-network-is-1-25-mu-text-f-2-16-mu-text-f-3-21-mu-text-f-4-12-mu-text-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MjE3-five-identical-plates-each-of-area-a-are-joined-as-shown-in-the-figure-the-distance-between-the-plates-is-d-the-plates-are-connected-to-a-potential-difference-of-v-volts-the-charge-on-plates-1-and-4-w https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUzMDI5-two-capacitors-of-capacity-2-mu-text-f-and-3-mu-text-f-are-charged-to-the-same-potential-difference-of-6-text-v-now-they-are-connected-with-opposite-polarity-as-shown-after-closing-switches-s-1-text-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTExNjMz-in-the-circuit-diagram-shown-all-the-capacitors-are-in-mu-text-f-the-equivalent-capacitance-between-points-a-b-is-in-mu-text-f-1-frac-14-5-2-7-5-3-frac-3-7-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjIxMjAx-three-capacitors-a-b-and-c-are-connected-in-a-circuit-as-shown-in-fig-what-is-the-charge-in-mu-text-c-on-the-capacitor-b-1-frac-1-3-2-frac-2-3-3-1-4-frac-4-3-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTM5OTk1-in-the-given-circuit-if-point-c-is-connected-to-the-earth-and-a-potential-of-2000-text-v-is-given-to-the-point-a-the-potential-at-b-is-1-1500-v-2-1000-v-3-500-v-4-400-v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUzMDQw-how-many-capacitors-each-of-8-mu-text-f-and-250-text-v-are-required-to-form-a-composite-capacitor-of-16-mu-text-f-and-1-text-kv-1-16-2-8-3-64-4-32-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTcwMzk1-a-circuit-has-section-ab-as-shown-in-figure-the-emf-of-the-cell-is-10-v-the-potential-difference-v-ab-5-text-v-the-charge-on-the-capacitor-c-1-is-1-10-mu-text-c-2-5-mu-text-c-3-15-mu-text-c-4-can-t-be https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MTk1-a-parallel-plate-condenser-has-a-capacitance-50-mu-text-f-in-air-and-110-mu-text-f-when-immersed-in-an-oil-the-dielectric-constant-k-of-the-oil-is-1-0-45-2-0-55-3-1-10-4-2-20-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjUxMDU4-two-parallel-metal-plates-having-charges-q-and-q-face-each-other-at-a-certain-distance-between-them-if-the-plates-are-now-dipped-in-the-kerosene-oil-tank-the-electric-field-between-the-plates-will-1-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MTc3-the-capacitance-of-a-parallel-plate-capacitor-is-c-if-a-dielectric-slab-of-thickness-equal-to-one-fourth-of-the-plate-separation-and-dielectric-constant-k-is-inserted-between-the-plates-then-the-new-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MjA4-two-thin-dielectric-slabs-of-dielectric-constants-k-1-text-and-k-2-k-1-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTYxMjQx-the-dielectric-constant-of-pure-water-is-81-its-permittivity-will-be-in-mks-units-1-1-02-times-10-13-2-8-86-times-10-12-3-7-17-times-10-10-4-7-8-times-10-10-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTIyMTYz-two-identical-parallel-plate-capacitors-are-placed-in-series-and-connected-to-a-constant-voltage-source-of-v-0-volt-if-one-of-the-capacitors-is-completely-immersed-in-a-liquid-with-dielectric-constant https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTQ1MTc5-an-air-capacitor-of-capacity-c-10-mu-text-f-is-connected-to-a-constant-voltage-battery-of-12-v-now-the-space-between-the-plates-is-filled-with-a-liquid-of-dielectric-constant-5-the-charge-that-flows-n https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM5NTQ1-given-below-are-two-statements-assertion-a-the-charge-on-an-isolated-capacitor-does-not-change-by-introducing-a-dielectric-between-the-plates-of-the-capacitor-reason-r-charge-on-an-isolated-system-is https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUzMDI4-surface-charge-density-on-the-positive-plate-of-a-charged-parallel-plate-capacitor-is-sigma-energy-density-in-the-electric-field-of-the-capacitor-is-1-dfrac-sigma-2-varepsilon-0-2-dfrac-sigma-2-2-vare https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjY0Njk0-the-energy-and-capacity-of-a-charged-parallel-plate-capacitor-are-e-and-c-respectively-if-a-dielectric-slab-of-e-r-6-is-inserted-in-it-then-the-energy-and-capacity-become-assuming-the-charge-on-plates https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTIyNTY4-five-equal-capacitors-connected-in-series-have-a-resultant-capacitance-of-4-mu-text-f-the-total-energy-stored-in-these-when-these-are-connected-in-parallel-and-charged-to-400-v-is-1-1-text-j-2-8-text https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTM5OTc4-a-capacitor-is-charged-by-a-battery-the-battery-is-removed-and-another-identical-uncharged-capacitor-is-connected-in-parallel-the-total-electrostatic-energy-of-the-resulting-system-1-increases-by-a-fa https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTc3MjU3-two-condensers-of-capacity-0-3-mu-text-f-and-0-6-mu-text-f-are-connected-in-series-the-combination-is-connected-across-a-potential-of-6-v-the-ratio-of-energies-stored-by-the-condensers-will-be-1-frac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTAwNDY-maximum-charge-stored-on-a-metal-sphere-of-radius-15-cm-may-be-7-5-mu-text-c-the-potential-energy-of-the-sphere-in-this-case-is-1-9-67-j-2-0-25-j-3-3-25-j-4-1-69-j-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTkyODAx-which-of-the-following-statements-are-correct-mathrm-a-inside-a-conductor-the-electrostatic-field-is-zero-mathrm-b-the-electric-field-at-the-surface-of-a-charged-conductor-does-not-depend-on-its-surfa https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTkyNzkx-consider-two-uncharged-capacitors-of-equal-capacitance-200-text-pf-one-of-them-is-charged-by-a-100-text-v-supply-and-disconnected-now-this-capacitor-is-connected-to-the-uncharged-capacitor-the-amount https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTkyNzc1-five-capacitors-of-capacitances-c-1-c-2-c-3-c-4-10-mu-text-f-and-c-5-2-5-mu-text-f-are-connected-as-shown-along-with-a-battery-of-50-v-the-equivalent-capacitance-and-the-charges-on-each-capacitor-resp https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTk4MjEz-a-point-charge-q-is-placed-inside-a-cavity-within-a-solid-isolated-conducting-sphere-consider-points-a-b-and-c-as-shown-in-the-figure-where-the-magnitudes-of-the-electric-fields-are-e-a-e-b-and-e-c-re https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTk4MTk3-consider-a-fixed-uniformly-charged-insulating-sphere-with-radius-r-and-total-charge-q-a-point-charge-q-left-q-ll-q-right-with-mass-m-is-released-from-rest-at-a-distance-of-3r-from-the-centre-of-charge https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTk4MTkx-a-unit-positive-point-charge-is-taken-slowly-through-an-infinitesimally-thin-tube-that-is-inside-a-charged-dielectric-sphere-of-radius-r-having-uniform-positive-charge-density-rho-as-shown-in-the-figu https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTk4MTg1-three-identical-capacitors-p-q-and-s-each-of-the-capacitance-c-are-connected-to-a-battery-of-voltage-v-as-shown-in-the-figure-if-the-energy-stored-in-the-capacitor-p-and-total-energy-stored-in-the-sys https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1MTUx-the-plates-of-a-parallel-plate-capacitor-are-separated-by-d-two-slabs-of-different-dielectric-constant-k-1-and-k-2-with-thickness-dfrac-3-8-d-and-dfrac-d-2-respectively-are-inserted-in-the-capacitor-d https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1MTEx-an-electric-dipole-with-dipole-moment-5-times10-6-text-c-m-is-aligned-with-the-direction-of-a-uniform-electric-field-of-magnitude-4-times10-5-text-n-c-the-dipole-is-then-rotated-through-an-angle-of-60 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDY4Nzg3-a-12-text-pf-capacitor-is-connected-to-a-50-text-v-battery-the-electrostatic-energy-stored-in-the-capacitor-in-text-nj-is-1-15-2-7-5-3-0-3-4-150-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDY4ODA1-the-capacitance-of-a-capacitor-with-charge-q-and-a-potential-difference-v-depends-on-1-both-q-and-v-2-the-geometry-of-the-capacitor-3-q-only-4-v-only-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc3MTI4-a-parallel-plate-capacitor-has-a-uniform-electric-field-vec-e-in-the-space-between-the-plates-if-the-distance-between-the-plates-is-d-and-the-area-of-each-plate-is-a-the-energy-stored-in-the-capacitor https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246ODg4Njg-a-capacitor-is-charged-by-a-battery-the-battery-is-removed-and-another-identical-uncharged-capacitor-is-connected-in-parallel-the-total-electrostatic-energy-of-the-resulting-system-1-decreases-by-a-fa https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246ODg5NjI-a-parallel-plate-capacitor-of-area-a-plate-separation-d-and-capacitance-c-is-filled-with-four-dielectric-materials-having-dielectric-constants-k-1-k-2-k-3-and-k-4-as-shown-in-the-figure-below-if-a-sin https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjUwODk4-two-metallic-spheres-of-radii-1-text-cm-and-3-text-cm-are-given-charges-of-1-times-10-2-text-c-and-5-times-10-2-text-c-respectively-if-these-are-connected-by-a-conducting-wire-then-the-final-charge-on https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTIzOTI-a-parallel-plate-condenser-has-a-uniform-electric-field-e-v-m-in-the-space-between-the-plates-if-the-distance-between-the-plates-is-d-m-and-the-area-of-each-plate-is-a-m2-the-energy-joule-stored-in-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTI1OTM-a-series-combination-of-n1-capacitors-each-of-value-c1-is-charged-by-a-source-of-potential-difference-4v-when-another-parallel-combination-of-n2-capacitors-each-of-value-c2-is-charged-by-a-source-of-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246OTMyNjg-the-energy-required-to-charge-a-parallel-plate-condenser-of-plate-separation-d-and-plate-area-of-cross-section-a-such-that-the-uniform-electric-field-between-the-plates-is-e-is-1-dfrac-varepsilon-0e-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjYzNzc3-two-charges-q1-and-q2-are-placed-30-cm-apart-as-shown-in-the-figure-a-third-charge-q3-is-moved-along-the-arc-of-a-circle-of-radius-40-cm-from-c-to-d-the-change-in-the-potential-energy-of-the-system-is https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjYzODQ3-a-network-of-four-capacitors-of-capacity-equal-to-c1-c-c2-2c-c3-3c-and-c4-4cc1-c-c2-2c-c3-3c-and-c4-4c-is-conducted-to-a-battery-as-shown-in-the-figure-the-ratio-of-the-charges-on-c2-and-c4c2-and-c4-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjY1MjYy-if-identical-charges-q-are-placed-at-each-corner-of-a-cube-of-side-b-then-the-electrical-potential-energy-of-charge-q-which-is-placed-at-centre-of-the-cube-will-be-1-dfrac-4-sqrt-2-q-2-pi-varepsilon-0 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjY1NjIz-energy-per-unit-volume-for-a-capacitor-having-area-a-and-separation-d-kept-at-a-potential-difference-v-is-given-by-1-dfrac-1-2-varepsilon-0-dfrac-v-2-d-2-2-dfrac-1-2-dfrac-v-2-varepsilon-0d-2-3-dfrac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjYzNjU4-a-capacitor-is-charged-with-a-battery-and-energy-stored-is-u-after-disconnecting-the-battery-another-capacitor-of-the-same-capacity-is-connected-in-parallel-with-it-the-energy-stored-in-each-capacitor https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDA4-a-capacitor-of-4-mu-text-f-is-connected-as-shown-in-the-circuit-the-internal-resistance-of-the-battery-is-0-5q-the-amount-of-charge-on-the-capacitor-plates-will-be-1-0-2-4-mu-text-c-3-16-mu-text-c-4-8 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDEw-the-figure-shows-some-equipotential-lines-distributed-in-space-a-charged-object-is-moved-from-point-a-to-point-b-choose-the-correct-option-1-the-work-done-in-fig-i-is-the-greatest-2-the-work-done-in-f https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDEy-equipotentials-at-a-great-distance-from-a-collection-of-charges-whose-total-sum-is-not-zero-are-approximately-1-spheres-2-planes-3-paraboloids-4-ellipsoids-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDEz-a-parallel-plate-capacitor-is-made-of-two-dielectric-blocks-in-series-one-of-the-blocks-has-thickness-d-1-and-dielectric-constant-k-1-and-the-other-has-thickness-d-2-and-dielectric-constant-k-2-as-sho https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDE1-equipotential-surfaces-a-are-closer-in-regions-of-large-electric-fields-compared-to-regions-of-lower-electric-fields-b-will-be-more-crowded-near-sharp-edges-of-a-conductor-c-will-be-more-crowded-near https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDE3-in-a-region-of-constant-potential-a-the-electric-field-is-uniform-b-the-electric-field-is-zero-c-there-can-be-no-charge-inside-the-region-d-the-electric-field-shall-necessarily-change-if-a-charge-is-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDE4-in-the-circuit-shown-in-the-figure-initially-key-k-1-is-closed-and-key-k-2-is-open-then-k-1-is-opened-and-k-2-is-closed-order-is-important-take-q-1-and-q-2-as-charges-on-c-1-and-c-2-and-v-1-and-v-2-as https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDE5-if-a-conductor-has-a-potential-v-neq-0-and-there-are-no-charges-anywhere-else-outside-then-a-there-must-be-charges-on-the-surface-or-inside-itself-b-there-cannot-be-any-charge-in-the-body-of-the-condu https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MjI2NDIw-a-parallel-plate-capacitor-is-connected-to-a-battery-as-shown-in-the-figure-consider-two-situations-a-key-k-is-kept-closed-and-plates-of-capacitors-are-moved-apart-using-insulating-handle-b-key-k-is-o https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDUwODI4-a-proton-is-kept-at-rest-a-positively-charged-particle-is-released-from-rest-at-a-distance-d-in-its-field-consider-two-experiments-one-in-which-the-charged-particle-is-also-a-proton-and-in-another-a-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDUwOTM3-the-work-done-to-move-a-charge-along-an-equipotential-from-a-to-b-a-cannot-be-defined-as-int-mathrm-a-mathrm-b-mathbf-e-cdot-d-mathbf-1-b-must-be-defined-as-int-mathrm-a-mathrm-b-mathbf-e-cdot-d-mathb https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzI0MDc1-as-per-the-figure-a-point-charge-q-is-placed-at-the-origin-o-work-done-in-taking-another-point-charge-q-from-the-point-a-0-a-to-another-point-b-a-0-along-the-straight-path-ab-is-1-big-dfrac-qq-4-pi-va https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NTA1-equipotential-surfaces-1-are-closer-in-regions-of-large-electric-fields-compared-to-regions-of-lower-electric-fields-2-will-be-more-crowded-near-the-sharp-edges-of-a-conductor-3-will-always-be-equally https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM4MTIx-the-potential-on-the-surface-of-a-spherical-region-varies-from-2-v-to-4-v-from-point-to-point-there-are-no-charges-in-the-interior-of-the-region-assertion-a-the-potential-at-the-centre-cannot-be-0-v-r https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzE1OTM0-consider-a-spherical-conductor-of-radius-r-centred-at-the-point-o-a-point-charge-q-q-0-is-placed-outside-the-sphere-at-a-distance-d-from-its-centre-o-d-r-and-the-sphere-is-earthed-given-below-are-two https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzE1OTIy-a-parallel-plate-capacitor-c-is-charged-by-connecting-it-to-a-battery-emf-e-a-dielectric-slab-is-inserted-into-the-space-between-the-plates-i-the-charge-on-the-plates-increases-ii-the-energy-stored-in https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzE1OTE3-a-dielectric-slab-is-inserted-between-the-plates-of-an-isolated-charged-capacitor-which-of-the-following-remains-unchanged-i-the-charge-on-the-plates-ii-the-potential-difference-between-the-plates-iii https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTkxOTMw-a-thin-conducting-spherical-shell-of-radius-r-has-a-charge-q-which-is-uniformly-distributed-on-its-surface-the-correct-plot-for-the-electrostatic-potential-due-to-this-spherical-shell-is-1-2-3-4-1-2-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-pb246NzIwMDY-given-below-are-two-statements-assertion-a-an-isolated-system-consists-of-two-particles-of-equal-masses-m-10-gm-and-charges-q-1-1-mu-c-and-q-2-1-mu-c-as-shown-in-the-figure-the-initial-separation-of-b https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MTUyNzg5-if-e-and-v-are-electric-field-and-electric-potential-respectively-due-to-a-point-charge-then-which-of-the-following-graphs-best-represents-their-variation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIyNjky-the-electric-field-e-and-potential-v-due-to-the-field-are-related-as-e-dfrac-dv-dr-for-the-v-vs-r-graph-shown-identify-the-correct-e-vs-r-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzMxMDUy-the-variation-of-potential-with-distance-r-from-a-fixed-point-is-shown-in-the-figure-the-electric-field-at-r-5-text-m-is-given-the-potential-v-in-volts-and-distance-r-in-meters-1-2-5-text-vm-1-2-2-5-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzIzNzkz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-absolute-potential-at-any-point-is-meaningful-only-when-some-reference-level-for-the-pot https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzAzOTUx-if-a-positive-charge-is-shifted-from-a-low-potential-region-to-a-high-potential-region-the-electric-potential-energy-1-increases-2-decreases-3-remains-the-same-4-may-increase-or-decrease-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzAzOTU3-two-equal-positive-charges-are-kept-at-points-a-and-b-the-electric-potential-at-the-points-between-a-and-b-excluding-these-points-is-studied-while-moving-from-a-to-b-the-potential-1-continuously-incre https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzAzOTc5-consider-the-situation-of-the-figure-the-work-done-in-taking-a-point-charge-from-mathrm-p-to-mathrm-a-is-w-mathrm-a-from-mathrm-p-to-mathrm-b-is-w-mathrm-b-and-from-mathrm-p-to-mathrm-c-is-w-mathrm-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzAzOTgz-a-point-charge-q-is-rotated-along-a-circle-in-the-electric-field-generated-by-another-point-charge-q-the-work-done-by-the-electric-field-on-the-rotating-charge-in-one-complete-revolution-is-1-zero-2-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0MDE0-the-electric-field-and-the-electric-potential-at-a-point-are-e-and-v-respectively-a-if-e-0-v-must-be-zero-b-if-v-0-e-must-be-zero-c-if-e-0-v-cannot-be-zero-d-if-v-0-e-cannot-be-zero-choose-the-coorect https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0MDE1-the-electric-potential-decreases-uniformly-from-120-v-to-80-v-as-one-moves-on-the-x-axis-from-x-1-cm-to-x-1-cm-the-electric-field-at-the-origin-a-must-be-equal-to-20-v-cm-1-b-may-be-equal-to-20-v-cm-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0MDE2-which-of-the-following-quantities-do-not-depend-on-the-choice-of-zero-potential-or-zero-potential-energy-a-potential-at-a-point-b-potential-difference-between-two-points-c-potential-energy-of-a-two-ch https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0MDE5-the-electric-field-in-a-region-is-directed-outward-and-is-proportional-to-the-distance-r-from-the-origin-taking-the-electric-potential-at-the-origin-to-be-zero-a-it-is-uniform-in-the-region-b-it-is-pr https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0MDIz-consider-the-situation-of-the-previous-problem-the-force-on-the-central-charge-due-to-the-shell-is-1-towards-left-2-towards-right-3-upward-4-zero-previous-problem-a-thin-metallic-spherical-shell-conta https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDE4-a-capacitor-of-capacitance-c-is-charged-to-a-potential-v-the-flux-of-the-electric-field-through-a-closed-surface-enclosing-the-capacitor-is-1-frac-cv-varepsilon-0-2-frac-2cv-varepsilon-0-3-frac-cv-2-v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDI0-two-capacitors-each-having-capacitance-c-and-breakdown-voltage-v-are-joined-in-series-the-capacitance-and-the-breakdown-voltage-of-the-combination-will-be-1-2c-and-2v-2-dfrac-c-2-and-dfrac-v-2-3-2c-an https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDM3-a-dielectric-slab-is-inserted-between-the-plates-of-an-isolated-capacitor-the-force-between-the-plates-will-1-increase-2-decrease-3-remain-unchanged-4-become-zero-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDQ3-the-energy-density-in-the-electric-field-created-by-a-point-charge-falls-off-with-the-distance-from-the-point-charge-as-1-dfrac-1-r-2-dfrac-1-r-2-3-dfrac-1-r-3-4-dfrac-1-r-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDU1-a-parallel-plate-capacitor-has-plates-of-unequal-area-the-larger-plate-is-connected-to-the-positive-terminal-of-the-battery-and-the-smaller-plate-to-its-negative-terminal-let-q-and-q-be-the-charges-ap https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDYz-a-thin-metal-plate-p-is-inserted-between-the-plates-of-a-parallel-plate-capacitor-of-capacitance-c-in-such-a-way-that-its-edges-touch-the-two-plates-shown-in-the-figure-the-capacitance-now-becomes-1-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDY5-the-figure-shows-two-capacitors-connected-in-series-and-joined-to-a-battery-the-graph-shows-the-variation-in-potential-as-one-moves-from-left-to-right-on-the-branch-containing-the-capacitors-then-1-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDc3-two-metal-plates-having-charges-q-q-face-each-other-at-some-separation-and-are-dipped-into-an-oil-tank-if-the-oil-is-pumped-out-the-electric-field-between-the-plates-will-1-increase-2-decrease-3-remai https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDg4-two-metal-spheres-of-capacitances-c-1-and-c-2-carry-some-charges-they-are-put-in-contact-and-then-separated-the-final-charges-q-1-and-q-2-on-them-will-satisfy-1-dfrac-q-1-q-2-2-dfrac-q-1-q-2-dfrac-c-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDk0-three-capacitors-of-capacitances-6-f-each-are-available-the-minimum-and-maximum-capacitances-which-may-be-obtained-are-1-6-mu-text-f-18-mu-text-f-2-3-mu-text-f-12-mu-text-f-3-2-mu-text-f-12-mu-text-f https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDk1-the-capacitance-of-a-capacitor-does-not-depend-on-a-the-shape-of-the-plates-b-the-size-of-the-plates-c-the-charges-on-the-plates-d-the-separation-between-the-plates-choose-the-correct-option-1-a-b-2-b https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDk3-a-dielectric-slab-is-inserted-between-the-plates-of-a-capacitor-the-charge-on-the-capacitor-is-q-and-the-magnitude-of-the-induced-charge-on-each-surface-of-the-dielectric-is-q-a-q-may-be-larger-than-q https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDk4-each-plate-of-a-parallel-plate-capacitor-has-a-charge-q-on-it-the-capacitor-is-now-connected-to-a-battery-now-a-the-facing-surfaces-of-the-capacitor-have-equal-and-opposite-charges-b-the-two-plates-of https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NDk5-the-separation-between-the-plates-of-a-charged-parallel-plate-capacitor-is-increased-which-of-the-following-quantities-will-change-a-charge-on-the-capacitor-b-potential-difference-across-the-capacitor https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NTAw-a-parallel-plate-capacitor-is-connected-to-a-battery-a-metal-sheet-of-negligible-thickness-is-placed-between-the-plates-the-sheet-remains-parallel-to-the-plates-of-the-capacitor-a-the-battery-will-sup https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NTAx-following-operations-can-be-performed-on-a-capacitor-x-connect-the-capacitor-to-a-battery-of-emf-y-disconnect-the-battery-z-reconnect-the-battery-with-polarity-reversed-w-insert-a-dielectric-slab-in-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzA0NTQ0-a-capacitor-with-no-dielectric-is-connected-to-a-battery-at-t-0-consider-a-point-a-in-the-connecting-wires-and-a-point-b-in-between-the-plates-a-there-is-no-current-through-a-b-there-is-no-current-thr https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDMxODAy-the-left-half-of-a-parallel-plate-capacitor-is-filled-with-a-dielectric-of-relative-permittivity-k-while-the-right-half-is-filled-with-air-the-capacitor-is-charged-by-connecting-its-plates-to-a-batter https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjk5MjU1-two-charges-q-q-are-placed-at-the-two-ends-of-the-hypotenuse-of-an-isosceles-right-angled-triangle-the-smaller-sides-being-of-length-a-a-dipole-of-dipole-moment-p-is-placed-at-the-right-angled-vertex https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzE1OTEz-two-identical-capacitors-each-of-capacitance-c-are-connected-in-series-and-are-charged-by-means-of-an-ideal-battery-of-emf-e-they-are-disconnected-and-reconnected-in-parallel-and-connected-to-the-same https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzMxNzQ1-a-uniform-electric-field-exists-in-a-certain-region-of-space-the-potential-at-the-following-points-are-given-all-units-are-in-si-a-left-1-0-0-right-v-a-2-volt-b-left-0-2-0-right-v-b-4-volt-c-left-0-0 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzkzODYy-a-uniformly-charged-thin-rod-of-length-l-carries-a-total-charge-q-the-potential-at-a-point-a-on-the-perpendicular-bisector-of-the-rod-and-at-a-distance-l-from-its-centre-is-left-text-take-k-dfrac-1-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM4MTE5-a-capacitance-is-formed-by-connecting-two-metallic-balls-of-radius-r-by-a-conducting-wire-and-two-oppositely-charged-identical-metallic-hemispheres-a-b-slightly-larger-than-the-balls-the-separation-be https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzMxNzUy-the-arrangement-shown-in-the-figure-is-set-up-with-capacitors-initially-uncharged-and-the-circuit-is-completed-a-potential-difference-is-imposed-across-ab-so-that-the-charge-on-the-upper-capacitor-is https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzI2MDg3-a-12-mu-text-f-capacitor-is-charged-by-means-of-a-6-text-v-battery-and-the-charged-capacitor-and-the-battery-are-connected-in-series-so-that-their-combined-potential-difference-is-twice-as-much-when-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjk5MzQ2-an-electron-charge-e-mass-m-emitted-from-the-positive-plate-a-of-the-capacitor-ab-just-manages-to-reach-the-negative-plate-b-if-the-potential-difference-between-the-plates-is-v-0-then-the-speed-of-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzI2MDgz-a-semi-circular-wire-carries-a-positive-charge-q-distributed-uniformly-over-its-circumference-and-lies-with-its-center-at-the-origin-and-its-ends-on-the-x-axis-as-shown-in-the-figure-a-single-point-ch https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzE1NjU1-a-sector-of-a-circle-radius-r-carries-a-uniform-surface-charge-q-distributed-over-it-the-potential-due-to-this-charge-at-the-centre-of-curvature-if-the-sector-o-is-1-dfrac-kq-r-2-dfrac-kq-2r-3-dfrac-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1MTQ3-the-capacitance-between-a-pair-of-identical-conducting-parallel-plates-a-b-placed-close-together-is-20-nf-fig-i-an-identical-third-conducting-plate-c-is-placed-parallel-to-the-other-two-fig-ii-so-that https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1MTM3-consider-an-electric-field-of-the-form-vec-e-k-y-hat-i-x-hat-j-where-k-is-a-constant-and-x-y-are-the-coordinates-statement-i-if-a-charged-particle-is-taken-along-the-x-axis-no-work-will-be-done-by-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDE1MDcx-two-large-plane-metallic-plates-of-surface-area-a-are-placed-parallel-to-each-other-and-they-are-charged-oppositely-with-equal-charges-q-q-the-separation-between-the-two-plates-is-d-which-is-very-smal https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzM2Njcx-two-concentric-metallic-spheres-surface-areas-a-1-a-2-and-separation-d-have-a-capacitance-c-0-if-a-parallel-plate-capacitor-is-built-with-the-same-separation-d-and-has-the-same-capacitance-c-0-then-it https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDM2MDcx-an-uncharged-conducting-sphere-radius-r-is-placed-in-the-field-of-a-point-charge-q-the-potential-of-the-point-a-on-the-sphere-nearest-to-q-is-bigg-k-large-frac-1-4-pi-varepsilon-0-bigg-1-large-frac-kq https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQxMDIz-three-charges-are-placed-at-the-three-corners-of-an-equilateral-triangle-as-shown-in-the-figure-the-potential-at-the-mid-point-of-a-side-with-opposite-charges-is-2-text-v-the-potential-at-the-centre-o https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDA4ODg3-two-identical-thin-non-conducting-spherical-shells-of-radius-r-are-charged-uniformly-with-equal-and-opposite-charges-q-q-and-placed-so-that-their-surfaces-almost-touch-each-other-externally-see-figure https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDIwMzE5-a-pair-of-parallel-metallic-plates-having-a-surface-area-a-each-facing-each-other-are-placed-with-a-small-separation-d-between-them-the-two-plates-mathrm-i-ii-are-given-different-charges-and-their-pot https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDIwMzE1-a-parallel-plate-capacitor-is-charged-by-giving-it-a-total-charge-q-resulting-in-an-electric-field-e-between-its-plates-a-small-charge-q-is-placed-between-the-plates-of-the-capacitor-the-force-on-q-is https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzI2MDg4-an-arrangement-consisting-of-two-concentric-spherical-shells-a-and-b-has-a-capacitance-c-0-between-them-if-the-upper-hemispherical-space-between-them-is-filled-by-a-dielectric-of-relative-permittivity https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzMxNzUz-three-metallic-spheres-of-radii-r-1-r-2-r-3-are-connected-by-very-long-conducting-wires-to-form-an-equilateral-triangle-the-capacitance-of-the-system-is-1-4-pi-varepsilon-0-left-r-1-r-2-r-3-right-2-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDA4OTE3-a-capacitor-is-charged-up-to-a-voltage-v-0-thereafter-50-of-the-charge-is-taken-from-the-positive-plate-and-placed-on-the-negative-plate-slowly-if-the-initial-energy-stored-in-the-capacitor-was-e-0-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTg4NDIy-from-the-circuit-given-below-the-capacitance-between-terminals-a-and-b-shown-in-the-circuit-is-in-mu-text-f-take-c-1-c-2-c-3-1-mu-text-f-and-c-4-2-mu-text-f-1-2-2-7-2-3-7-3-4-5-2-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTg4NDI5-given-below-are-two-statements-assertion-a-in-electrostatics-a-conductor-does-not-store-any-net-charge-inside-reason-r-inside-the-capacitor-with-no-dielectric-medium-the-free-charge-carriers-if-placed https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTg5NDc3-the-electric-potential-as-a-function-of-x-y-is-given-by-v-5-x-2-y-2-text-v-the-electric-field-at-a-point-2-3-text-m-is-in-text-v-m-1-20-hat-imath-30-hat-jmath-2-20-hat-imath-30-hat-jmath-3-20-hat-imat https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTg5NDk4-a-sphere-of-capacitance-100-text-pf-is-charged-to-a-potential-of-100-text-v-another-identical-uncharged-metal-sphere-is-brought-in-contact-with-the-charged-sphere-then-the-change-in-the-total-energy-s https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTg5Nzk2-a-three-coulomb-charge-moves-from-the-point-0-2-5-to-the-point-5-1-2-in-an-electric-field-expressed-as-vec-e-2-x-hat-i-3-y-2-hat-j-4-hat-k-text-n-c-the-work-done-in-moving-the-charge-is-in-j-1-110-2-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTg4Njc4-a-parallel-plate-air-capacitor-has-a-capacitance-c-when-it-is-half-filled-as-show-in-figure-with-a-dielectric-constant-k-5-the-percentage-increase-in-the-capacitance-is-1-33-34-2-66-67-3-200-4-400-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTg5NjIz-a-parallel-plate-capacitor-is-having-separation-between-plates-0-885-text-mm-it-has-a-capacitance-of-1-mu-text-f-when-the-space-between-the-plates-is-filled-with-an-insulating-material-of-resistivity https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTg5NjMx-the-stored-charge-in-the-capacitor-in-steady-state-of-the-following-circuit-is-in-mu-text-c-1-300-2-200-3-700-4-500-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTg5Nzk1-a-parallel-plate-air-capacitor-is-connected-to-a-battery-the-plates-are-pulled-apart-at-uniform-speed-v-if-x-is-the-separation-between-the-plates-at-any-instant-then-the-time-rate-of-change-of-electro https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgwNzM5-potential-energy-v-versus-distance-x-is-given-by-the-graph-rank-various-regions-as-per-the-magnitudes-of-the-force-f-acting-on-a-particle-from-high-to-low-1-f-mathrm-bc-f-mathrm-cd-f-mathrm-de-f-mathr https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgxMTEw-a-parallel-plate-capacitor-has-capacitance-c-when-there-is-vacuum-within-the-parallel-plates-a-sheet-having-thickness-left-dfrac-1-3-right-mathrm-rd-of-the-separation-between-the-plates-and-relative-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgxMjQ0-a-point-charge-of-10-8-text-c-is-placed-at-the-origin-the-work-done-in-moving-a-point-charge-2-mu-text-c-from-point-a-4-4-2-text-m-to-b-2-2-1-text-m-is-in-j-left-dfrac-1-4-pi-varepsilon-0-9-times-10-9 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgxMjUx-consider-two-identical-metallic-spheres-of-radius-r-each-having-charge-q-and-mass-m-their-centres-have-an-initial-separation-of-4r-both-the-spheres-are-given-an-initial-speed-of-u-towards-each-other-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgxMjUy-the-charge-stored-by-the-capacitor-c-in-the-given-circuit-in-the-steady-state-is-in-mu-text-c-1-12-5-2-10-3-7-5-4-5-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgwNjU5-the-electric-field-in-a-region-is-given-by-vec-e-a-x-hat-i-b-y-hat-j-where-a-10-text-v-m-2-and-b-5-text-v-m-2-if-the-electric-potential-at-a-point-10-20-is-500-text-v-then-the-electric-potential-at-or https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgwNzgy-three-small-identical-bubbles-of-water-having-same-charge-on-each-coalesce-to-form-a-bigger-bubble-then-the-ratio-of-the-potentials-on-one-initial-bubble-and-that-on-the-resultant-bigger-bubble-is-1-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgwODg3-five-positive-charges-each-having-charge-q-are-placed-at-the-vertices-of-a-pentagon-as-shown-in-the-figure-the-electric-potential-v-and-the-electric-field-vec-e-at-the-centre-o-of-the-pentagon-due-to https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgwOTA4-a-capacitor-p-with-capacitance-10-times-10-6-text-f-is-fully-charged-with-a-potential-difference-of-6-0-text-v-and-disconnected-from-the-battery-the-charged-capacitor-p-is-connected-across-another-cap https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgxMjE4-the-space-between-the-plates-of-a-parallel-plate-capacitor-of-capacitance-c-without-any-dielectric-is-now-filled-with-three-dielectric-slabs-of-dielectric-constants-k-1-2-k-2-3-and-k-3-5-as-shown-in-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgxODcy-two-charges-7-mu-text-c-and-2-mu-text-c-are-placed-at-9-0-0-cm-and-9-0-0-cm-respectively-in-an-external-field-e-dfrac-a-r-2-hat-r-where-a-9-times-10-5-text-n-c-m-2-considering-the-potential-at-infinit https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgxODg0-a-parallel-plate-capacitor-with-plate-separation-5-mm-is-charged-by-a-battery-on-introducing-a-mica-sheet-of-2-mm-and-maintaining-the-connections-of-the-plates-with-the-terminals-of-the-battery-it-is https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgxODc5-the-electrostatic-potential-in-a-charged-spherical-region-of-radius-r-varies-as-v-a-r-3-b-where-a-and-b-are-constants-the-total-charge-in-the-sphere-of-unit-radius-is-alpha-times-pi-a-varepsilon-0-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgxODg2-there-are-three-co-centric-conducting-spherical-shells-a-b-text-and-c-of-radii-a-b-text-and-c-respectively-the-potential-of-the-spheres-a-b-text-and-c-respectively-are-1-dfrac-1-4-pi-varepsilon-0-left https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgwODU0-three-parallel-plate-capacitors-each-with-area-a-and-separation-d-are-filled-with-two-dielectric-k-1-and-k-2-in-the-following-fashion-which-of-the-following-is-true-k-1-k-2-1-c-b-c-c-c-a-2-c-c-c-b-c-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgyNDAx-two-points-charges-of-1-text-nc-and-2-text-nc-are-placed-at-the-two-corners-of-equilateral-triangle-of-side-3-text-cm-the-work-done-is-bringing-a-charge-of-3-text-nc-from-infinity-to-the-third-corner https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTgyNTc1-identify-the-correct-statements-mathrm-a-effective-capacitance-of-a-series-combination-of-capacitors-is-always-smaller-than-the-smallest-capacitance-of-the-capacitor-in-the-combination-mathrm-b-when-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQxMDcx-three-parallel-plate-capacitors-c-1-c-2-and-c-3-each-of-capacitance-5-mu-text-f-are-connected-as-shown-in-figure-the-effective-capacitance-between-points-a-and-b-when-the-space-between-the-parallel-pl https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQxMDEw-four-capacitors-each-of-capacitance-16-mu-text-f-are-connected-as-shown-in-the-figure-the-capacitance-between-points-a-and-b-is-in-mu-text-f-1-64-2-50-3-44-4-30-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQwOTYz-space-between-the-plates-of-a-parallel-plate-capacitor-of-plate-area-4-text-cm-2-and-separation-of-d-1-77-text-mm-is-filled-with-uniform-dielectric-materials-with-dielectric-constants-3-and-5-as-shown https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQwOTE3-using-a-battery-a-100-text-pf-capacitor-is-charged-to-60-text-v-and-then-the-battery-is-removed-after-that-a-second-uncharged-capacitor-is-connected-to-the-first-capacitor-in-parallel-if-the-final-vol https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQwOTEx-two-metal-spheres-of-radius-r-and-3r-have-same-surface-charge-density-if-they-are-brought-in-contact-and-then-separated-the-surface-charge-density-on-smaller-and-bigger-sphere-becomes-1-and-2-respecti https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQwODY3-given-below-are-two-statements-assertion-a-work-done-in-moving-a-test-charge-between-two-points-inside-a-uniformly-charged-spherical-shell-is-zero-no-matter-which-path-is-chosen-reason-r-electrostatic https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQwODYy-the-electrostatic-potential-on-the-surface-of-uniformly-charged-spherical-shell-of-radius-r-10-text-cm-is-120-text-v-the-potential-at-the-centre-of-shell-at-a-distance-r-5-text-cm-from-centre-and-at-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQwODU5-a-parallel-plate-capacitor-has-charge-5-10-6-text-c-a-dielectric-slab-is-inserted-between-the-plates-and-almost-fills-the-space-between-the-plates-if-the-induced-charge-on-one-face-of-the-slab-is-4-10 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQwNzcy-a-parallel-plate-capacitor-is-filled-equally-half-with-two-dielectrics-of-dielectric-constants-varepsilon-1-and-varepsilon-2-as-shown-in-figures-the-distance-between-the-plates-is-d-and-area-of-each-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQwNzM0-two-large-plane-parallel-conducting-plates-are-kept-10-text-cm-apart-as-shown-in-figure-the-potential-difference-between-them-is-v-the-potential-difference-between-the-points-a-and-b-shown-in-the-figu https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTQwNzAx-two-charges-q-1-and-q-2-are-separated-by-a-distance-of-30-text-cm-a-third-charge-q-3-initially-at-c-as-shown-in-the-figure-is-moved-along-the-circular-path-of-radius-40-cm-from-c-to-d-if-the-differenc https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM2MDg5-a-parallel-plate-capacitor-of-capacitance-1-mu-f-is-charged-to-a-potential-difference-of-20-text-v-the-distance-between-plates-is-1-mu-text-m-the-energy-density-between-plates-of-capacitor-is-1-1-8-ti https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1OTk2-in-the-first-configuration-1-as-shown-in-the-figure-four-identical-charges-q-0-are-kept-at-the-corners-a-b-c-text-and-d-of-the-square-of-side-length-a-in-the-second-configuration-2-the-same-charges-ar https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1OTg5-a-time-varying-potential-difference-is-applied-between-the-plates-of-a-parallel-plate-capacitor-of-capacitance-2-5-mu-text-f-the-dielectric-constant-of-the-medium-between-the-capacitor-plates-is-1-it https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1OTg2-at-steady-state-the-charge-on-the-capacitor-as-shown-in-the-circuit-below-is-1-16-mu-text-c-2-32-mu-text-c-3-27-mu-text-c-4-11-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1OTgw-two-capacitors-c-1-and-c-2-are-connected-in-parallel-to-a-battery-the-charge-time-graph-is-shown-below-for-the-two-capacitors-the-energy-stored-with-them-are-u-1-and-u-2-respectively-which-of-the-give https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1OTMy-two-charges-7-mu-text-c-and-4-mu-text-c-are-placed-at-at-7-text-cm-0-0-and-7-text-cm-0-0-respectively-given-epsilon-0-8-85-10-12-text-c-2-text-n-1-text-m-2-the-electrostatic-potential-energy-of-charge https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1ODk2-three-infinitely-long-wires-with-linear-charge-density-are-placed-along-the-x-axis-y-axis-and-z-axis-respectively-which-of-the-following-denotes-an-equipotential-surface-1-1-xyz-constant-2-x-y-y-z-z-x https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1ODg0-a-parallel-plate-capacitor-consisting-of-two-circular-plates-of-radius-10-text-cm-is-being-charged-by-a-constant-current-of-0-15-text-a-if-the-rate-of-change-of-potential-difference-between-the-plates https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1ODY2-consider-a-parallel-plate-capacitor-of-are-a-of-each-plate-and-separation-d-between-the-plates-if-e-is-the-electric-field-and-varepsilon-0-is-the-permittivity-of-free-space-between-the-plates-then-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1ODU1-a-parallel-plate-capacitor-was-made-with-two-rectangular-plates-each-with-a-length-of-l-3-text-cm-and-breath-of-b-1-text-cm-the-distance-between-the-plates-is-3-mu-text-m-out-of-the-following-which-ar https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1ODM1-a-capacitor-c-1-6-mu-text-f-is-charged-to-a-potential-difference-of-v-0-5-text-v-using-a-5-text-v-battery-the-battery-is-removed-and-another-capacitor-c-2-12-mu-text-f-is-inserted-in-place-of-the-batt https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1NzMz-a-parallel-plate-capacitor-of-area-a-16-text-cm-2-and-separation-between-the-plates-10-text-cm-is-charged-by-a-dc-current-consider-a-hypothetical-plane-surface-of-area-a-0-3-2-text-cm-2-inside-the-cap https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1NzI3-which-one-of-the-following-is-the-correct-dimensional-formula-for-the-capacitance-in-f-m-l-t-and-c-stand-for-unit-of-mass-length-time-and-charge-1-f-left-c-2-m-1-l-2-mathrm-t-2-right-2-f-left-mathrm-c https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1NzE4-a-short-electric-dipole-with-dipole-moment-p-is-placed-at-the-origin-o-orientated-along-the-positive-x-text-axis-point-a-is-located-at-distance-r-along-the-x-text-axis-and-point-b-is-located-at-distan https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTM1Njc3-a-parallel-plate-capacitor-of-capacitance-40-mu-f-is-connected-to-a-100-v-power-supply-now-the-intermediate-space-between-the-plates-is-filled-with-a-dielectric-material-of-dielectric-constant-k-2-due https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTIxNDcy-two-charged-conducting-spheres-of-radii-a-and-b-are-connected-to-each-other-by-a-conducting-wire-the-ratio-of-charges-of-the-two-spheres-respectively-is-1-frac-b-a-2-mathrm-sqrt-ab-3-mathrm-ab-4-frac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTIxMjkz-a-parallel-plate-capacitor-of-capacitance-12-5-text-pf-is-charged-by-a-battery-connected-between-its-plates-to-a-potential-difference-of-12-0-text-v-the-battery-is-now-disconnected-and-a-dielectric-sl https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTIwNTMz-at-the-centre-of-a-half-ring-of-radius-r-10-text-cm-and-linear-charge-density-begin-equation-4-n-1-end-equation-the-potential-is-x-pi-v-the-value-of-x-is-1-12-2-36-3-48-4-55-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NTIwNDA5-a-capacitor-is-made-of-a-flat-plate-of-area-a-and-a-second-plate-having-a-stair-like-structure-as-shown-in-figure-if-the-area-of-each-stair-is-a-3-and-the-height-is-d-the-capacitance-of-the-arrangemen https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4MzEx-the-charge-in-the-capacitor-at-a-steady-state-is-given-in-the-figure-1-60-mu-text-c-2-100-mu-text-c-3-90-mu-text-c-4-50-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4Mjg4-in-the-given-figure-galvanometer-has-2-omega-resistance-then-the-ratio-of-charge-stored-in-4-mu-text-f-capacitor-and-6-mu-text-f-capacitor-is-1-1-2-2-2-1-3-1-3-4-3-1-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU3MDE2-an-atom-of-atomic-number-z-50-is-having-nuclear-radius-9-times-10-13-text-cm-the-potential-at-the-surface-of-the-nucleus-is-1-4-times10-6-text-v-2-8-times10-6-text-v-3-10-6-text-v-4-10-5-text-v-1-2-3 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU2MTE4-consider-the-circuit-shown-charge-on-6-mu-text-f-when-a-and-b-are-shorted-is-1-32-mu-text-c-2-40-mu-text-c-3-36-mu-text-c-4-48-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU1NzU1-the-energy-stored-in-the-circuit-1-is-e-if-capacitors-in-the-circuit-1-and-the-circuit-2-are-connected-in-parallel-as-shown-the-energy-stored-becomes-dfrac-x-e-6-then-the-value-of-x-is-1-50-2-40-3-30 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU1Njk2-a-square-loop-of-resistance-16-omega-is-connected-with-a-battery-of-9-text-v-and-an-internal-resistance-of-1-omega-in-steady-state-find-the-energy-stored-in-a-capacitor-of-capacity-c-4-mu-text-f-as-sh https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU0ODc1-find-the-charge-on-the-capacitor-in-the-given-circuit-at-steady-state-1-frac-40-7-mu-text-c-2-frac-20-7-mu-text-c-3-frac-60-7-mu-text-c-4-frac-10-7-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU0ODYx-a-parallel-plate-capacitor-with-plates-separated-by-5-text-mm-then-it-draws-current-of-i-0-from-the-ac-source-now-a-dielectric-of-thickness-2-text-mm-is-inserted-between-plates-the-current-drawn-incre https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU0ODMy-two-capacitors-are-charged-as-shown-in-the-figure-when-both-the-positive-terminals-and-negative-terminals-of-capacitors-are-connected-then-the-energy-loss-is-1-dfrac-1-2-cv-2-2-dfrac-3-4-cv-2-3-dfrac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDU0ODI0-a-charge-q-10-6-text-c-is-placed-at-the-origin-find-the-potential-difference-between-two-points-a-and-b-whose-position-vectors-are-sqrt-3-i-sqrt-3-j-text-m-and-sqrt-6-j-text-m-respectively-1-zero-2-10 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDQwMjQ4-a-conducting-sphere-is-given-a-charge-q-on-it-the-ratio-of-potential-at-points-at-a-distance-frac-r-2-and-frac-3-r-2-from-the-center-of-the-sphere-is-1-1-3-2-3-2-3-3-1-4-2-3-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDM3OTIz-given-below-are-two-circuits-each-containing-a-capacitor-system-if-e-1-and-e-2-represent-the-energy-stored-in-the-capacitor-systems-of-the-first-and-second-circuits-respectively-then-the-ratio-of-e-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3OTIy-for-a-charged-spherical-ball-electrostatic-potential-inside-the-ball-varies-with-r-as-v-2-ar-2-b-here-a-and-b-are-constant-and-r-is-the-distance-from-the-center-the-volume-charge-density-inside-the-ba https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY3Mjkz-potential-at-the-surface-of-a-uniformly-charged-nonconducting-sphere-is-v-then-the-potential-at-its-centre-is-1-0-2-v-over-2-3-2v-4-3v-over-2-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY3Mjkx-a-metallic-slab-of-thickness-2d-over-3-and-area-of-surface-same-as-that-of-plates-of-capacitor-of-capacitance-c-1-is-inserted-parallel-to-plates-of-capacitor-such-that-its-new-capacitance-becomes-equa https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY3MTY0-pick-the-correct-graph-between-potential-v-at-distance-r-from-centre-for-the-uniformly-charged-spherical-shell-of-radius-r-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY3MTU5-three-concentric-shells-a-b-and-c-having-surface-charge-density-sigma-sigma-and-sigma-respectively-the-radii-of-a-and-b-are-2-cm-and-3-cm-respectively-electric-potential-at-surface-a-is-v-a-and-at-c-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY3MTIz-what-will-be-the-equivalent-capacitance-across-points-a-and-b-in-the-given-electrical-circuit-1-dfrac-c-2-2-2c-3-dfrac-5c-3-4-dfrac-3c-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY2NjI3-find-energy-stored-in-capacitor-in-given-circuit-1-0-2-mj-2-0-4-mj-3-0-6-mj-4-0-8-mj-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzYzMzUw-two-charges-both-at-rest-initially-having-a-charge-q-and-q-are-released-from-the-situation-shown-if-the-kinetic-energy-of-the-system-when-the-separation-between-them-becomes-half-is-1-over-4-pi-epsilo https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY3Mzk0-a-2-mu-text-f-capacitor-is-initially-charged-to-a-potential-v-storing-an-energy-e-1-the-capacitor-is-then-disconnected-from-the-battery-and-connected-in-parallel-with-an-identical-uncharged-capacitor https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzYzMjMw-which-of-the-following-graphs-depicts-the-variation-of-electric-potential-v-with-radial-distance-r-from-the-centre-of-a-positively-charged-conducting-sphere-of-radius-r-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzY3NDQ4-64-identical-balls-made-of-conducting-material-with-a-potential-of-10-mv-are-joined-to-form-a-bigger-ball-the-potential-of-the-bigger-ball-is-1-150-mv-2-160-mv-3-120-mv-4-100-mv-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzYzMTA1-two-conducting-solid-spheres-a-and-b-are-placed-at-a-very-large-distance-with-charge-densities-and-radii-as-shown-when-the-key-k-is-closed-the-ratio-of-final-charge-densities-will-be-1-4-1-2-1-2-3-2-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2NjI2-a-parallel-plate-capacitor-is-made-up-of-a-stair-like-structure-with-a-plate-area-a-of-each-stair-and-that-is-connected-with-a-wire-of-length-b-as-shown-in-the-figure-the-capacitance-of-the-arrangemen https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2MTI2-a-capacitor-of-capacitance-50-text-pf-is-charged-by-a-100-text-v-source-it-is-then-connected-to-another-uncharged-identical-capacitor-of-the-same-capacitance-electrostatic-energy-loss-in-the-process-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2MTEz-a-force-of-10-text-n-acts-on-a-charged-particle-placed-between-two-plates-of-a-charged-capacitor-if-one-plate-of-the-capacitor-is-removed-then-the-force-acting-on-that-particle-will-be-1-5-text-n-2-10 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2MDc0-sixty-four-conducting-drops-each-of-radius-0-02-text-m-and-each-carrying-a-charge-of-5-mu-text-c-are-combined-to-form-a-bigger-drop-the-ratio-of-the-surface-charge-density-of-the-bigger-drop-to-the-sm https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ2MDEy-two-capacitors-having-capacitance-c-1-and-c-2-respectively-are-connected-as-shown-in-the-figure-initially-capacitor-c-1-is-charged-to-a-potential-difference-v-volt-by-a-battery-the-battery-is-then-rem https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1OTg5-27-identical-drops-are-charged-at-22-text-v-each-they-combine-to-form-a-bigger-drop-the-potential-of-the-bigger-drop-will-be-1-198-text-v-2-236-text-v-3-333-text-v-4-124-text-v-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1ODUz-the-equivalent-capacitance-between-points-a-and-b-in-the-figure-shown-below-will-be-1-2-mu-text-f-2-4-mu-text-f-3-6-mu-text-f-4-8-mu-text-f-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1NzI5-if-the-charge-on-a-capacitor-is-increased-by-2-text-c-the-energy-stored-in-it-increases-by-44-text-the-original-charge-on-the-capacitor-in-coulomb-is-1-10-2-20-3-30-4-40-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1NjM1-a-parallel-plate-capacitor-is-formed-by-two-plates-each-of-area-30-pi-cm2-separated-by-1-mm-a-material-of-dielectric-strength-3-6-times10-7-vm-1-is-filled-between-the-plates-if-the-maximum-charge-that https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1NTg1-an-alpha-particle-and-a-proton-are-accelerated-from-rest-through-the-same-potential-difference-the-ratio-of-linear-momenta-acquired-by-the-above-two-particles-will-be-1-sqrt-2-1-2-2-sqrt-2-1-3-4-sqrt https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQ1NTcx-two-identical-thin-metal-plates-have-charges-q-1-and-q-2-respectively-such-that-q-1-q-2-the-plates-were-brought-close-to-each-other-to-form-a-parallel-plate-capacitor-of-capacitance-c-the-potential-di https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzNzI3-a-parallel-plate-capacitor-filled-with-a-medium-of-dielectric-constant-10-is-connected-across-a-battery-and-is-charged-the-dielectric-slab-is-replaced-by-another-slab-of-dielectric-constant-15-then-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzNjUy-two-capacitors-each-having-a-capacitance-of-40-mu-text-f-are-connected-in-series-the-space-between-one-of-the-capacitors-is-filled-with-a-dielectric-material-of-dielectric-constant-k-such-that-the-equ https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzNjM4-a-parallel-plate-capacitor-with-a-width-of-4-cm-length-of-8-cm-and-separation-between-the-plates-of-4-mm-is-connected-to-a-battery-of-20-v-a-dielectric-slab-of-dielectric-constant-5-having-a-length-of https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzNDE2-a-source-of-potential-difference-v-is-connected-to-the-combination-of-two-identical-capacitors-as-shown-in-the-figure-when-key-k-is-closed-the-total-energy-stored-across-the-combination-is-e-1-now-key https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzNDA2-two-uniformly-charged-spherical-conductors-a-and-b-of-radii-5-mm-and-10-mm-are-separated-by-a-distance-of-2-cm-if-the-spheres-are-connected-by-a-conducting-wire-then-in-equilibrium-condition-the-ratio https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzMzk2-a-composite-parallel-plate-capacitor-is-made-up-of-two-different-dielectric-materials-with-different-thicknesses-t-1-and-t-2-as-shown-in-the-figure-the-two-different-dielectric-materials-are-separated https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzMzU0-two-parallel-plate-capacitors-having-capacitances-of-c-and-3c-are-connected-in-parallel-and-charged-to-a-potential-difference-of-18-text-v-after-the-charging-process-the-battery-is-disconnected-and-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzMzMx-the-capacitance-of-an-isolated-conducting-sphere-of-radius-r-1-becomes-n-times-when-it-is-enclosed-by-a-concentric-conducting-sphere-of-radius-r-2-connected-to-earth-the-ratio-of-their-radii-left-frac https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246MzQzMjky-a-capacitor-of-capacitance-2-mu-text-f-is-charged-gradually-from-zero-charge-to-5-text-c-which-of-the-following-graphs-correctly-shows-the-variation-of-the-potential-difference-v-across-the-capacitor https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc5MDkw-the-material-filled-between-the-plates-of-a-parallel-plate-capacitor-has-resistivity-200-omega-text-text-m-the-value-of-capacitance-of-the-capacitor-is-2-text-pf-if-a-potential-difference-of-40-text-v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc5MDg0-a-parallel-plate-capacitor-with-plate-area-a-has-a-separation-distance-d-between-the-plates-two-dielectric-slabs-of-dielectric-constant-k-1-and-k-2-of-the-same-area-a-2-and-thickness-d-2-are-inserted https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc5MDY4-the-two-thin-coaxial-rings-each-of-radius-a-and-having-charges-q-and-q-respectively-are-separated-by-a-distance-of-s-the-potential-difference-between-the-centers-of-the-two-rings-is-1-frac-q-2-pi-vare https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc5MDEy-if-q-f-is-the-free-charge-on-the-capacitor-plates-and-q-b-is-the-bound-charge-on-the-dielectric-slab-of-dielectric-constant-k-placed-between-the-capacitor-plates-then-the-bound-charge-q-b-can-be-expre https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4OTgx-a-parallel-plate-capacitor-with-plate-area-a-and-distance-of-separation-d-is-filled-with-a-dielectric-the-capacity-of-the-capacitor-when-the-permittivity-of-the-dielectric-varies-as-begin-aligned-vare https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4NTY0-a-capacitor-of-50-mu-text-f-is-connected-in-a-circuit-as-shown-in-the-figure-the-charge-on-the-upper-plate-of-the-capacitor-is-1-100-mu-text-c-2-50-mu-text-c-3-200-mu-text-c-4-250-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4Mzgx-a-parallel-plate-capacitor-has-plate-area-100-text-m-2-and-plate-separation-of-10-text-m-the-space-between-the-plates-is-filled-up-to-a-thickness-5-text-m-with-a-material-of-dielectric-constant-of-10 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4MjMz-a-simple-pendulum-of-mass-m-length-l-and-charge-q-suspended-in-the-electric-field-is-produced-by-two-conducting-parallel-plates-as-shown-in-the-figure-the-value-of-deflection-of-the-pendulum-in-the-eq https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4MTgy-a-capacitor-is-connected-to-a-20-text-v-battery-through-a-resistance-of-10-omega-it-is-found-that-the-potential-difference-across-the-capacitor-rises-to-2-text-v-in-1-mu-text-s-the-capacitance-of-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3NTQx-two-concentric-semicircular-arcs-with-radii-r-1-and-r-2-are-positioned-with-their-centre-at-point-o-both-arcs-carry-the-same-uniform-linear-charge-density-lambda-charge-per-unit-length-what-is-the-ele https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4MTE2-two-capacitors-of-capacities-2c-and-c-are-joined-in-parallel-and-charge-up-to-potential-v-the-battery-is-removed-and-the-capacitor-of-capacity-c-is-filled-completely-with-a-medium-of-dielectric-consta https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4MDg1-in-the-reported-figure-a-capacitor-is-formed-by-placing-a-compound-dielectric-between-the-plates-of-a-parallel-plate-capacitor-the-expression-for-the-capacity-of-the-said-capacitor-will-be-given-the-a https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3OTk2-sea-water-at-a-frequency-f-9-times-10-2-text-hz-has-permittivity-varepsilon-80-varepsilon-0-and-resistivity-rho-0-25-omega-text-m-imagine-a-parallel-plate-capacitor-is-immersed-in-seawater-and-is-driv https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3OTQz-a-2-mu-text-f-capacitor-c-1-is-first-charged-to-a-potential-difference-of-10-text-v-using-a-battery-then-the-battery-is-removed-and-the-capacitor-is-connected-to-an-uncharged-capacitor-c-2-of-8-mu-tex https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3ODY4-three-capacitors-c-1-2-mu-text-f-c-2-6-mu-text-f-text-and-c-3-12-mu-text-f-are-connected-as-shown-in-the-figure-then-the-ratio-of-the-charges-on-capacitors-c-1-c-2-text-and-c-3-respectively-1-2-1-1-2 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3Nzgw-calculate-the-amount-of-charge-on-the-capacitor-of-4-mu-text-f-the-internal-resistance-of-the-battery-is-1-omega-1-8-mu-text-c-2-text-zero-3-16-mu-text-c-4-4-mu-text-c-1-2-3-4 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3NjQ0-in-a-parallel-plate-capacitor-setup-the-plate-area-of-the-capacitor-is-2-text-m-2-and-the-plates-are-separated-by-1-text-m-if-the-space-between-the-plates-is-filled-with-a-dielectric-material-of-thick https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3NTg5-four-identical-rectangular-plates-with-length-l-2-text-cm-and-breadth-b-frac-3-2-text-cm-are-arranged-as-shown-in-the-figure-the-equivalent-capacitance-between-a-and-c-is-round-off-to-the-nearest-inte https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3NTgx-a-parallel-plate-capacitor-whose-capacitance-c-is-14-text-pf-is-charged-by-a-battery-to-a-potential-difference-v-12-text-v-between-its-plates-the-charging-battery-is-now-disconnected-and-a-porcelain-p https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3Mzc4-for-changing-the-capacitance-of-a-given-parallel-plate-capacitor-a-dielectric-material-of-dielectric-constant-k-is-used-which-has-the-same-area-as-the-plates-of-the-capacitor-the-thickness-of-the-diel https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5MDAx-consider-the-combination-of-2-capacitors-mathrm-c-1-and-mathrm-c-2-with-mathrm-c-2-mathrm-c-1-when-connected-in-parallel-the-equivalent-capacitance-is-frac-15-4-times-the-equivalent-capacitance-of-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4ODgz-an-electron-with-kinetic-energy-k-1-enters-the-region-between-the-parallel-plates-of-a-capacitor-at-an-angle-alpha-with-the-plates-it-leaves-the-plates-at-an-angle-beta-with-kinetic-energy-k-2-the-rat https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4NjIw-a-60-text-pf-capacitor-is-fully-charged-by-a-20-text-v-supply-it-is-then-disconnected-from-the-supply-and-is-connected-to-another-uncharged-60-text-pf-capacitor-in-parallel-the-electrostatic-energy-th https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4NDcx-a-parallel-plate-capacitor-is-made-using-two-square-plates-each-of-side-a-the-lower-plate-is-horizontal-while-the-upper-plate-is-slightly-tilted-so-that-the-plates-make-a-very-small-angle-alpha-with-e https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4NDYz-consider-two-charged-metallic-spheres-s-1-and-s-2-of-radii-r-1-and-r-2-respectively-the-electric-fields-e-1-text-on-s-1-and-e-2-text-on-s-2-on-their-surfaces-are-such-that-e-1-e-2-r-1-r-2-then-the-rat https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4NDU1-the-effective-capacitance-of-a-parallel-combination-of-two-capacitors-c-1-and-c-2-is-10-mu-text-f-when-these-capacitors-are-individually-connected-to-a-voltage-source-of-1-text-v-the-energy-stored-in https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4MzM0-a-parallel-plate-capacitor-has-plates-of-area-a-separated-by-distance-d-between-them-it-is-filled-with-a-dielectric-which-has-a-dielectric-constant-that-varies-as-k-x-k-1-alpha-x-where-x-is-the-distan https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5MzE1-a-capacitor-c-is-fully-charged-with-voltage-v-0-after-disconnecting-the-voltage-source-it-is-connected-in-parallel-with-another-uncharged-capacitor-of-capacitance-dfrac-c-2-the-energy-loss-in-the-proc https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4OTY4-two-identical-electric-point-dipoles-have-dipole-moments-vec-p-1-p-hat-i-and-vec-p-2-p-hat-i-and-are-held-on-the-x-axis-at-distance-a-from-each-other-when-released-they-move-along-the-x-axis-with-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4NzEy-a-two-point-charges-4q-and-q-are-fixed-on-the-x-axis-at-x-frac-d-2-and-x-frac-d-2-respectively-if-a-third-point-charge-q-is-taken-from-the-origin-to-x-d-along-the-semicircle-as-shown-in-the-figure-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4NjMz-ten-charges-are-placed-on-the-circumference-of-a-circle-of-radius-r-with-constant-angular-separation-between-successive-charges-alternate-charges-1-3-5-7-9-have-charge-q-each-while-2-4-6-8-10-have-cha https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4NjMy-a-parallel-plate-capacitor-has-plate-of-length-l-width-w-and-separation-of-plates-is-d-it-is-connected-to-a-battery-of-emf-v-a-dielectric-slab-of-the-same-thickness-d-and-of-dielectric-constant-k-4-is https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4NTcz-two-capacitors-of-capacitances-c-and-2c-are-charged-to-potential-differences-v-and-2v-respectively-these-are-then-connected-in-parallel-in-such-a-manner-that-the-positive-terminal-of-one-is-connected https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4NTQx-a-solid-sphere-of-radius-r-carries-a-charge-q-q-distributed-uniformly-over-its-volume-a-very-small-point-like-piece-of-it-of-mass-m-gets-detached-from-the-bottom-of-the-sphere-and-falls-down-verticall https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4NDgx-concentric-metallic-hollow-spheres-radii-r-and-4r-hold-charges-q-1-and-q-2-respectively-given-that-surface-charge-densities-of-the-concentric-spheres-are-equal-the-potential-difference-v-r-v-4r-is-1-f https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4MzM4-a-charge-q-is-distributed-over-two-concentric-conducting-thin-spherical-shells-radii-r-and-r-r-r-if-the-surface-charge-densities-on-the-two-shells-are-equal-the-electric-potential-at-the-common-centre https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4MjI2-in-the-circuit-shown-in-the-figure-the-total-charge-is-750-mathrm-mu-c-and-the-voltage-across-capacitor-c-2-is-20-text-v-then-the-charge-on-capacitor-c-2-is-1-450-mu-mathrm-c-2-590-mu-mathrm-c-3-160-m https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4MjI0-two-isolated-conducting-spheres-s-1-and-s-2-of-radius-frac-2r-3-and-frac-r-3-have-12-mathrm-mu-c-and-3-mathrm-mu-c-charges-respectively-and-are-at-a-large-distance-from-each-other-they-are-now-connect https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4MTI1-a-5-mathrm-mu-f-capacitor-is-charged-fully-by-a-220-text-v-supply-it-is-then-disconnected-from-the-supply-and-is-connected-in-series-to-another-uncharged-2-5-mathrm-mu-f-capacitor-if-the-energy-change https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4MjQw-in-the-circuit-shown-below-if-the-effective-capacitance-of-the-whole-circuit-is-to-be-0-5-mu-text-f-then-the-value-of-the-capacitor-c-is-all-values-in-the-circuit-are-in-mathrm-mu-f-1-dfrac-7-11-mu-te https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4MTgw-there-is-a-uniform-spherically-symmetric-surface-charge-density-at-a-distance-r-0-from-the-origin-the-charge-distribution-is-initially-at-rest-and-starts-expanding-because-of-mutual-repulsion-the-figu https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc4MTQz-in-the-figure-shown-after-the-switch-s-is-turned-from-position-a-to-position-b-the-energy-dissipated-in-the-circuit-in-terms-of-capacitance-c-and-total-charge-q-is-1-dfrac-q-2-8c-2-dfrac-3q-2-8c-3-dfr https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3NDYx-a-parallel-plate-capacitor-with-square-plates-is-filled-with-four-dielectrics-of-dielectric-constants-k-1-k-2-k-3-k-4-arranged-as-shown-in-the-figure-the-effective-dielectric-constant-k-will-be-1-k-df https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3NDQ4-two-electric-dipoles-a-b-with-respective-dipole-moments-vec-d-a-4qa-hat-i-and-vec-d-b-2-qa-hat-i-are-placed-on-the-x-text-axis-with-a-separation-r-as-shown-in-the-figure-the-distance-from-a-at-which-b https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3NDA3-a-charge-q-is-distributed-over-three-concentric-spherical-shells-of-radii-a-b-c-a-b-c-such-that-their-surface-charge-densities-are-equal-to-one-another-the-total-potential-at-a-point-at-a-distance-r-f https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3NDAw-a-parallel-plate-capacitor-is-of-the-area-6-text-cm-2-and-a-separation-3-text-mm-the-gap-is-filled-with-three-dielectric-materials-of-equal-thickness-see-figure-with-dielectric-constants-k-1-10-k-2-12 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3MTcx-a-parallel-plate-capacitor-is-made-of-two-square-plates-of-side-a-separated-by-a-distance-d-d-1-dfrac-k-varepsilon-0a-2-2d-k-1-2-dfrac-k-varepsilon-0a-2-d-k-1-mathrm-ln-k-3-dfrac-k-varepsilon-0a-2-d-m https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc3NDAy-the-parallel-combination-of-two-air-filled-parallel-plate-capacitors-of-capacitance-c-and-nc-is-connected-to-a-battery-of-voltage-v-when-the-capacitors-are-fully-charged-the-battery-is-removed-and-aft https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc3MzMx-a-point-dipole-with-dipole-moment-vec-p-p-0-hat-x-is-placed-at-the-origin-what-are-the-electric-potential-and-electric-field-due-to-this-dipole-at-a-point-located-on-the-y-text-axis-at-a-distance-d-fr https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc3MzA4-two-identical-parallel-plate-capacitors-of-capacitance-c-each-have-plates-of-area-a-separated-by-a-distance-d-the-space-between-the-plates-of-the-two-capacitors-is-filled-with-three-dielectrics-of-equ https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2OTAy-a-uniformly-charged-ring-of-radius-3a-and-total-charge-q-is-placed-in-xy-plane-centered-at-the-origin-a-point-charge-q-is-moving-towards-the-ring-along-the-z-axis-and-has-speed-v-at-z-4a-the-minimum-v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2OTAw-the-figure-shows-the-charge-q-versus-voltage-v-graphs-corresponding-to-two-different-combinations-of-the-same-pair-of-capacitors-1-in-parallel-a-2-in-series-b-based-on-the-graphs-for-a-b-what-are-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2Nzk0-in-free-space-a-particle-a-of-charge-1-mu-text-c-is-held-fixed-at-a-point-p-another-particle-b-of-the-same-charge-and-mass-4-mu-text-g-is-kept-at-a-distance-of-1-text-mm-from-p-if-b-is-released-then-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2Nzc2-three-point-charges-are-arranged-along-a-straight-line-as-follows-a-charge-q-and-a-charge-q-are-separated-by-a-small-distance-d-forming-a-dipole-a-third-charge-q-is-placed-on-the-same-line-at-a-distan https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2Nzcw-a-5-mu-text-f-capacitor-is-charged-to-a-charge-of-5-mu-text-c-if-the-plates-are-then-separated-so-that-their-capacitance-decreases-to-2-mu-text-f-with-the-battery-disconnected-how-much-work-is-done-in https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2Njky-a-positive-point-charge-is-released-from-rest-at-a-distance-r-0-from-an-infinitely-long-straight-line-of-positive-charge-having-uniform-linear-charge-density-as-the-point-charge-moves-directly-away-fr https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2Njc0-voltage-rating-of-a-parallel-plate-capacitor-is-500-text-v-its-dielectric-can-withstand-a-maximum-electric-field-of-10-6-text-v-m-the-plate-area-is-10-4-text-m-2-what-is-the-dielectric-constant-if-the https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2Njcz-a-parallel-plate-capacitor-has-1-mu-text-f-capacitance-one-of-its-two-plates-is-given-2-mu-text-c-charge-and-the-other-plate-4-mu-text-c-charge-the-potential-difference-developed-across-the-capacitor https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2NjU1-the-electric-field-in-a-region-is-given-by-vec-e-a-x-b-hat-i-where-e-is-in-text-nc-1-and-x-is-in-meters-the-value-of-constants-are-a-20-si-unit-and-b-10-si-unit-if-the-potential-at-x-1-is-v-1-and-that https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc2NjMy-a-solid-conducting-sphere-having-a-charge-q-is-surrounded-by-an-uncharged-conducting-hollow-spherical-shell-let-the-potential-difference-between-the-surface-of-the-solid-sphere-and-that-of-the-outer-s https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3MzMw-in-the-following-circuit-the-switch-s-is-closed-at-t-0-the-charge-on-the-capacitor-c-1-as-a-function-of-time-will-be-given-by-bigg-text-take-c-eq-frac-c-1c-2-c-1c-2-bigg-1-c-1e-1-e-tr-c-1-2-c-eq-e-e-t https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3MTc3-an-ideal-capacitor-of-capacitance-0-2-mu-text-f-is-charged-to-a-potential-difference-of-10-text-v-the-charging-battery-is-then-disconnected-the-capacitor-is-connected-to-an-ideal-inductor-of-self-indu https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4OTkw-a-parallel-plate-capacitor-of-capacitance-90-text-pf-is-connected-to-a-battery-of-emf-20-text-v-if-a-dielectric-material-of-dielectric-constant-k-frac-5-3-is-inserted-between-the-plates-the-magnitude https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc4OTg5-three-concentric-metal-shells-a-b-and-c-of-respective-radii-a-b-and-c-a-b-c-have-surface-charge-densities-sigma-sigma-and-sigma-respectively-the-potential-of-the-shell-b-is-1-frac-sigma-varepsilon-0-l https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3MTc5-a-combination-of-parallel-plate-capacitors-is-maintained-at-a-certain-potential-difference-when-a-3-text-mm-thick-slab-is-introduced-between-all-the-plates-in-order-to-maintain-the-same-potential-diff https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3MTAx-the-energy-stored-in-the-electric-field-produced-by-a-metal-sphere-is-4-5-text-j-if-the-sphere-contains-4-mu-text-c-charge-its-radius-will-be-take-frac-1-4-pi-epsilon-0-9-times10-9-text-n-text-m-2-tex https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3MDYw-there-is-a-uniform-electrostatic-field-in-a-region-the-potential-at-various-points-on-a-small-sphere-centered-at-p-in-the-region-is-found-to-vary-between-the-limits-589-0-text-v-to-589-8-text-v-what-i https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5MzQ5-an-electrical-circuit-requires-a-capacitance-of-2-mu-text-f-across-a-potential-difference-of-1-0-text-kv-a-large-number-of-1-mu-text-f-capacitors-are-available-each-of-which-can-withstand-a-maximum-vo https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3Mjkw-within-a-spherical-charge-distribution-of-charge-density-rho-r-n-equipotential-surfaces-of-potential-v-0-v-0-delta-v-v-0-2-delta-v-v-0-n-delta-v-delta-v-0-are-drawn-and-have-increasing-radii-r-0-r-1-r https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3Mjc3-the-figure-shows-a-network-of-capacitors-where-the-number-indicates-capacitance-in-micro-farad-the-value-of-capacitance-c-if-the-equivalent-capacitance-between-point-a-and-b-is-to-be-1-mu-text-f-is-1 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc3MTgy-three-capacitors-each-of-4-mu-text-f-are-to-be-connected-in-such-a-way-that-the-effective-capacitance-is-6-mu-text-f-this-can-be-done-by-connecting-them-1-connecting-all-of-them-in-a-series-2-connecti https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5ODk1-a-combination-of-capacitors-is-set-up-as-shown-in-the-figure-the-magnitude-of-the-electric-field-due-to-a-point-charge-q-having-a-charge-equal-to-the-sum-of-the-charges-on-the-4-mu-text-f-and-9-mu-tex https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc2OTA1-the-figure-shows-a-system-of-four-capacitors-connected-across-a-10-text-v-battery-the-charge-that-will-flow-from-the-switch-s-when-it-is-closed-is-1-5-mu-text-c-from-b-to-a-2-20-mu-text-c-from-a-to-b https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246NDc2ODg4-the-figure-shows-two-point-charges-q-and-q-inside-the-cavity-of-a-spherical-shell-the-charges-are-kept-near-the-surface-of-the-cavity-on-opposite-sides-of-the-centre-of-the-shell-if-sigma-1-is-the-sur https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5NTc2-in-the-given-circuit-charge-q-2-on-the-2-mu-text-f-capacitor-changes-as-c-is-varied-from-1-mu-text-f-to-3-mu-text-f-q-2-as-a-function-of-c-is-given-properly-by-figures-are-drawn-schematically-and-are https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5NTc1-a-uniformly-charged-solid-sphere-of-radius-r-has-potential-v-0-measured-with-respect-to-infty-on-its-surface-for-this-sphere-the-equipotential-surfaces-with-potentials-frac-3v-0-2-frac-5v-0-4-frac-3v https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5NzEz-assume-that-an-electric-field-vec-e-30x-2-hat-i-exists-in-space-then-the-potential-difference-v-a-v-o-where-v-o-is-the-potential-at-the-original-and-v-a-the-potential-at-x-2-text-m-is-1-120-text-v-2-8 https://medminds.me/qbank/physics/electrostatic-potential-and-capacitance/?q=NP-b246Mjc5NzIy-a-parallel-plate-capacitor-is-made-of-two-circular-plates-separated-by-a-distance-of-5-text-mm-and-with-a-dielectric-of-dielectric-constant-2-2-between-them-when-the-electric-field-in-the-dielectric-i https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MjU4ODM-a-satellite-is-moving-very-close-to-a-planet-of-density-rho-the-time-period-of-the-satellite-is-1-sqrt-frac-3-pi-g-2-left-frac-3-pi-g-right-3-2-3-sqrt-frac-3-pi-2-g-4-left-frac-3-pi-2-g-right-3-2-1-2 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MjU4ODQ-a-projectile-is-fired-upwards-from-the-surface-of-the-earth-with-a-velocity-kv-e-where-v-e-is-the-escape-velocity-and-k-1-if-r-is-the-maximum-distance-from-the-center-of-the-earth-to-which-it-rises-an https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MjU4ODU-the-gravitational-potential-difference-between-the-surface-of-a-planet-and-10-m-above-is-5-j-kg-if-the-gravitational-field-is-supposed-to-be-uniform-the-work-done-in-moving-a-2-kg-mass-from-the-surfac https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MjU4ODY-a-planet-is-moving-in-an-elliptical-orbit-if-t-v-e-and-l-stand-respectively-for-its-kinetic-energy-gravitational-potential-energy-total-energy-and-angular-momentum-about-the-center-of-the-orbit-then-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MjU4OTA-in-planetary-motion-the-areal-velocity-of-the-position-vector-of-a-planet-depends-on-the-angular-velocity-omega-and-the-distance-of-the-planet-from-the-sun-r-the-correct-relation-for-areal-velocity-is https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MjU4OTE-if-a-is-the-areal-velocity-of-a-planet-of-mass-m-then-its-angular-momentum-is-1-frac-m-a-2-2ma-3-a-2m-4-am-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MjU4OTI-two-bodies-of-masses-m-and-4m-are-placed-at-a-distance-r-the-gravitational-potential-at-a-point-on-the-line-joining-them-where-the-gravitational-field-is-zero-is-1-5gmr-2-6gmr-3-9gmr-4-0-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MjU4OTY-magnitude-of-potential-energy-u-and-time-period-t-of-a-satellite-are-related-to-each-other-as-1-t-2-propto-frac-1-u-3-2-t-propto-frac-1-u-3-3-t-2-propto-u-3-4-t-2-propto-frac-1-u-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MjU5MzY-a-projectile-fired-vertically-upwards-with-a-speed-v-escapes-from-the-earth-if-it-is-to-be-fired-at-45-176-to-the-horizontal-what-should-be-its-speed-so-that-it-escapes-from-the-earth-1-v-2-v2-3-2v-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MjcyNDU-kepler-s-second-law-regarding-constancy-of-the-areal-velocity-of-a-planet-is-a-consequence-of-the-law-of-conservation-of-1-energy-2-linear-momentum-3-angular-momentum-4-mass-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246MzAzMTM-a-point-p-lies-on-the-axis-of-a-ring-of-mass-m-and-radius-a-at-a-distance-a-from-its-centre-c-a-small-particle-starts-from-p-and-reaches-c-under-gravitational-attraction-its-speed-at-c-will-be-1-sqrt https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NDI3NDg-if-g-is-the-acceleration-due-to-gravity-on-the-earth-s-surface-the-gain-in-the-potential-energy-of-an-object-of-mass-m-raised-from-the-surface-of-earth-to-a-height-equal-to-the-radius-of-the-earth-r-i https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTAzNzA-weightlessness-experienced-while-orbiting-the-earth-in-a-space-ship-is-the-result-of-1-inertia-2-acceleration-3-zero-gravity-4-freefall-towards-the-earth-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTAzODQ-the-escape-velocity-for-a-rocket-from-the-earth-is-11-2-km-s-its-value-on-a-planet-where-the-acceleration-due-to-gravity-is-double-that-on-the-earth-and-the-diameter-of-the-planet-is-twice-that-of-the https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTAzODY-the-escape-velocity-from-the-earth-is-about-11-km-second-the-escape-velocity-from-a-planet-having-twice-the-radius-and-the-same-mean-density-as-the-earth-is-1-22-km-sec-2-11-km-sec-3-5-5-km-sec-4-15-5 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTAzODk-what-should-be-the-velocity-of-earth-due-to-rotation-about-its-own-axis-so-that-the-weight-at-equator-become-3-5-of-initial-value-radius-of-earth-on-equator-is-6400-km-1-7-4-times-10-4-rad-sac-2-6-4-t https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTAzOTA-if-g-is-the-acceleration-due-to-gravity-at-the-earth-s-surface-and-r-is-the-radius-of-the-earth-the-escape-velocity-for-the-body-to-escape-out-of-the-earth-s-gravitational-field-is-1-gr-2-2gr-3-g-r-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTAzOTM-the-escape-velocity-of-a-projectile-from-the-earth-is-approximately-1-11-2-m-sec-2-112-km-sec-3-11-2-km-sec-4-11200-km-sec-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTAzOTY-the-escape-velocity-of-a-particle-of-mass-m-varies-as-1-m2-2-m-3-m0-4-m-1-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTAzOTk-acceleration-due-to-gravity-is-lsquo-g-rsquo-on-the-surface-of-the-earth-the-value-of-acceleration-due-to-gravity-at-a-height-of-32-km-above-earth-rsquo-s-surface-is-radius-of-the-earth-6400-km-1-0-9 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MDI-the-time-period-of-a-simple-pendulum-on-a-freely-moving-artificial-satellite-is-1-zero-2-2-sec-3-3-sec-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MDM-for-the-moon-to-cease-as-the-earth-s-satellite-its-orbital-velocity-has-to-be-increased-by-a-factor-of-1-2-2-sqrt-2-3-1-sqrt-2-4-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MDY-the-height-of-a-point-vertically-above-the-earth-rsquo-s-surface-at-which-the-acceleration-due-to-gravity-becomes-1-of-its-value-at-the-surface-is-radius-of-the-earth-r-1-8r-2-9r-3-10r-4-20r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MDc-the-escape-velocity-of-an-object-from-the-earth-depends-upon-the-mass-of-the-earth-m-its-mean-density-its-radius-r-and-the-gravitational-constant-g-thus-the-formula-for-escape-velocity-is-1-v-r8-pi-3g https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MDk-escape-velocity-on-a-planet-is-ve-if-radius-of-the-planet-remains-same-and-mass-becomes-4-times-the-escape-velocity-becomes-1-4ve-2-2ve-3-ve-4-12ve-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MTA-the-mass-of-the-earth-is-81-times-that-of-the-moon-and-the-radius-of-the-earth-is-3-5-times-that-of-the-moon-the-ratio-of-the-escape-velocity-on-the-surface-of-earth-to-that-on-the-surface-of-moon-wil https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MTE-if-radius-of-earth-is-r-then-the-height-h-rsquo-at-which-value-of-lsquo-g-rsquo-becomes-one-fourth-is-1-r4-2-3r4-3-r-4-r8-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MTM-the-escape-velocity-from-the-surface-of-the-earth-is-ve-the-escape-velocity-from-the-surface-of-a-planet-whose-mass-and-radius-are-3-times-those-of-the-earth-will-be-1-ve-2-3ve-3-9ve-4-27ve-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MTc-how-much-energy-will-be-necessary-for-making-a-body-of-500-kg-escape-from-the-earth-g-9-8m-s2-radiusofearth-6-4-times-106m-1-about9-8-times-106j-2-about6-4-times-108j-3-about3-1-times-1010j-4-about27 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MTk-two-planets-have-the-same-average-density-but-their-radii-are-r1-and-r2-if-acceleration-due-to-gravity-on-these-planets-be-g1-and-g2-respectively-then-1-g1g2-r1r2-2-g1g2-r2r1-3-g1g2-r12r22-4-g1g2-r13r https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MjE-assume-that-the-acceleration-due-to-gravity-on-the-surface-of-the-moon-is-0-2-times-the-acceleration-due-to-gravity-on-the-surface-of-the-earth-if-re-is-the-maximum-range-of-a-projectile-on-the-earth https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MjQ-if-the-density-of-the-earth-is-increased-4-times-and-its-radius-becomes-half-of-what-it-is-our-weight-will-be-1-four-times-the-present-value-2-doubled-3-the-same-4-halved-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MjY-the-escape-velocity-on-earth-is-11-2-km-s-on-another-planet-having-twice-radius-and-8-times-mass-of-the-earth-the-escape-velocity-will-be-1-3-7-km-s-2-11-2-km-s-3-22-4-km-s-4-43-2-km-s-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0Mjc-when-a-body-is-taken-from-the-equator-to-the-poles-its-weight-1-remains-constant-2-increases-3-decreases-4-increases-at-n-pole-and-decreases-at-s-pole-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0Mjg-the-escape-velocity-of-a-body-on-the-surface-of-the-earth-is-11-2-km-s-if-the-earth-s-mass-increases-to-twice-its-present-value-and-the-radius-of-the-earth-becomes-half-the-escape-velocity-would-becom https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MzA-a-body-of-mass-m-is-taken-to-the-bottom-of-a-deep-mine-then-1-its-mass-increases-2-its-mass-decreases-3-its-weight-increases-4-its-weight-decreases-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MzI-given-mass-of-the-moon-is-1-81-of-the-mass-of-the-earth-and-corresponding-radius-is-1-4-of-the-earth-if-escape-velocity-on-the-earth-surface-is-11-2-km-s-the-value-of-same-on-the-surface-of-the-moon-i https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MzQ-the-angular-velocity-of-rotation-of-star-of-mass-m-and-radius-r-at-which-the-matter-start-to-escape-from-its-equator-will-be-1-2gm2r-2-2gmg-3-2gmr3-4-2grm-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MzU-a-body-weighs-700-gm-wt-on-the-surface-of-the-earth-how-much-will-it-weigh-on-the-surface-of-a-planet-whose-mass-17-of-earth-s-mass-and-radius-is-half-that-of-the-earth-1-200-gm-wt-2-400-gm-wt-3-50-gm https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0MzY-what-will-be-the-acceleration-due-to-gravity-at-height-h-if-h-r-where-r-is-radius-of-earth-and-g-is-acceleration-due-to-gravity-on-the-surface-of-earth-1-g1-hr2-2-g1-2hr-3-g1-hr2-4-g1-hr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0Mzc-how-many-times-is-escape-velocity-of-orbital-velocity-for-a-satellite-revolving-near-earth-1-2-times-2-2-times-3-3-times-4-4-times-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NDA-the-acceleration-due-to-gravity-near-the-surface-of-a-planet-of-radius-r-and-density-d-is-proportional-to-1-dr2-2-dr2-3-dr-4-dr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NDE-the-weight-of-a-body-at-the-centre-of-the-earth-is-1-zero-2-infinite-3-same-as-on-the-surface-of-the-earth-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NDM-if-the-radius-of-a-planet-is-r-and-its-density-is-rho-the-escape-velocity-from-its-surface-will-be-1-v-e-propto-p-r-2-v-e-propto-r-sqrt-rho-3-v-e-propto-dfrac-sqrt-p-r-4-v-e-propto-dfrac-1-sqrt-p-r-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NDU-if-the-distance-between-two-masses-is-doubled-the-gravitational-attraction-between-them-1-is-doubled-2-becomes-four-times-3-is-reduced-to-half-4-is-reduced-to-a-quarter-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NDY-if-the-earth-stops-rotating-the-value-of-g-at-the-equator-will-1-increase-2-remain-same-3-decrease-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NDc-if-acceleration-due-to-gravity-on-the-surface-of-a-planet-is-two-times-that-on-surface-of-earth-and-its-radius-is-double-that-of-earth-then-escape-velocity-from-the-surface-of-that-planet-in-compariso https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NDg-a-body-weight-w-newton-at-the-surface-of-the-earth-its-weight-at-a-height-equal-to-half-the-radius-of-the-earth-will-be-1-w2-2-2w3-3-4w9-4-8w27-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NDk-the-escape-velocity-of-a-rocket-launched-from-the-surface-of-the-earth-1-does-not-depend-on-the-mass-of-the-rocket-2-does-not-depend-on-the-mass-of-the-earth-3-depends-on-the-mass-of-the-planet-toward https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NTA-which-of-the-following-is-the-evidence-to-show-that-there-must-be-a-force-acting-on-earth-and-directed-towards-the-sun-1-deviation-of-the-falling-bodies-towards-east-2-revolution-of-the-earth-around-t https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NTE-a-mass-of-6-215-1024kg-is-to-be-compressed-in-a-sphere-in-such-a-way-that-the-escape-velocity-from-the-sphere-is-3-215-108m-s-radius-of-the-sphere-should-be-g-6-67-215-10-11n-m2-kg2-1-9-km-2-9-m-3-9-c https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NTI-the-mass-and-diameter-of-a-planet-have-twice-the-value-of-the-corresponding-parameters-of-earth-acceleration-due-to-gravity-on-the-surface-of-the-planet-is-1-9-8m-sec2-2-4-9m-sec2-3-980m-sec2-4-19-6m https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NTQ-force-of-gravity-is-least-at-1-the-equator-2-the-poles-3-a-point-in-between-the-equator-and-any-pole-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NTU-the-velocity-with-which-a-projectile-must-be-fired-so-that-it-escapes-earth-rsquo-s-gravitation-does-not-depend-on-1-mass-of-the-earth-2-mass-of-the-projectile-3-radius-of-the-projectile-rsquo-s-orbit https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NTY-the-gravitational-force-between-two-stones-of-mass-1-kg-each-separated-by-a-distance-of-1-metre-in-vacuum-is-1-zero-2-6-675-215-10-8208-5newton-3-6-675-215-10-8208-11newton-4-6-675-215-10-8208-8newton https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NTg-the-escape-velocity-for-the-earth-is-taken-v-d-then-the-escape-velocity-for-a-planet-whose-radius-is-four-times-and-the-density-is-nine-times-that-of-the-earth-is-1-36v-d-2-12v-d-3-6v-d-4-20v-d-1-2-3 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NjA-two-particles-of-equal-mass-go-round-a-circle-of-radius-r-under-the-action-of-their-mutual-gravitational-attraction-the-speed-of-each-particle-is-1-957-12r1gm-2-957-gm2r-3-957-12gmr-4-957-4gmr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NjE-the-acceleration-of-a-body-due-to-the-attraction-of-the-earth-radius-r-at-a-distance-2r-from-the-surface-of-the-earth-is-g-acceleration-due-to-gravity-at-the-surface-of-the-earth-1-g9-2-g3-3-g4-4-g-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NjM-if-v-r-and-g-denote-respectively-the-escape-velocity-from-the-surface-of-the-earth-the-radius-of-the-earth-and-acceleration-due-to-gravity-then-the-correct-equation-is-1-v-gr-2-v-43gr3-3-v-rg-4-v-2gr https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NjQ-the-depth-at-which-the-effective-value-of-acceleration-due-to-gravity-is-g4-is-1-r-2-3r4-3-r2-4-r4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NjU-the-value-of-g-at-a-particular-point-is-9-8-text-m-s-2-suppose-the-earth-suddenly-shrinks-uniformly-to-half-its-present-size-without-losing-any-mass-then-value-of-g-at-the-same-point-will-now-become-a https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0Njg-if-both-the-mass-and-the-radius-of-the-earth-is-decreased-by-1-then-the-value-of-the-acceleration-due-to-gravity-will-1-decrease-by-1-2-increase-by-1-3-increase-by-2-4-remain-unchanged-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NzA-the-earth-mass-6-215-1024kg-revolves-round-the-sun-with-angular-velocity-2-215-10-8208-7rad-s-in-a-circular-orbit-of-radius-1-5-215-108km-the-force-exerted-by-the-sun-on-the-earth-in-newtons-is-1-18-2 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NzM-the-gravitational-force-between-two-point-masses-m1-and-m2-at-separation-r-is-given-by-f-km1m2r2-the-constant-k-1-depends-on-system-of-units-only-2-depends-on-medium-between-masses-only-3-depends-on-b https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NzU-the-density-of-a-newly-discovered-planet-is-twice-that-of-earth-the-acceleration-due-to-gravity-at-the-surface-of-the-planet-is-equal-to-that-at-the-surface-of-the-earth-if-the-radius-of-the-earth-is https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0NzY-if-r-is-the-radius-of-the-earth-and-g-the-acceleration-due-to-gravity-on-the-earth-s-surface-the-mean-density-of-the-earth-is-1-4-960-g-3gr-2-3-960-r-4gg-3-3g-4-960-rg-4-960-rg-12g-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0Nzc-a-planet-has-twice-the-radius-but-the-mean-density-is-14th-as-compared-to-earth-what-is-the-ratio-of-escape-velocity-from-earth-to-that-from-the-planet-1-3-1-2-1-2-3-1-1-4-2-1-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0ODA-a-body-weighs-500-n-on-the-surface-of-the-earth-how-much-would-it-weigh-halfway-below-the-surface-of-the-earth-1-125-n-2-250-n-3-500-n-4-1000-n-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0ODE-who-among-the-following-gave-first-the-experimental-value-of-g-1-cavendish-2-copernicus-3-brook-taylor-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0ODI-3-particles-each-of-mass-m-are-kept-at-vertices-of-an-equilateral-triangle-of-side-l-the-gravitational-field-at-centre-due-to-these-particles-is-1-zero-2-3gml2-3-9gml2-4-123gml2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0ODM-the-weight-of-an-object-in-the-coal-mine-sea-level-at-the-top-of-the-mountain-are-w1-w2-and-w3-respectively-then-1-w1-8804-w2-8805-w3-2-w1-w2-w3-3-w1-8804-w2-8804-w3-4-w1-8805-w2-8805-w3-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0ODQ-the-value-of-escape-velocity-on-a-certain-planet-is-2-km-s-then-the-value-of-orbital-speed-for-a-satellite-orbiting-close-to-its-surface-is-1-12km-s-2-1km-s-3-2km-s-4-22km-s-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0ODY-four-particles-each-of-mass-m-are-located-at-the-vertices-of-a-square-with-side-l-the-gravitational-potential-due-to-this-at-the-centre-of-the-square-is-1-32gml-2-64gml2-3-zero-4-32gml-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0ODc-the-mass-of-the-moon-is-7-34-215-1022kg-and-the-radius-is-1-74-215-106m-the-value-of-gravitation-field-will-be-1-1-45n-kg-2-1-55n-kg-3-1-75n-kg-4-1-62n-kg-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0ODg-the-centripetal-force-acting-on-a-satellite-orbiting-round-the-earth-and-the-gravitational-force-of-earth-acting-on-the-satellite-both-equal-f-the-net-force-on-the-satellite-is-1-zero-2-f-3-f2-4-2-f-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0OTA-reason-of-weightlessness-in-a-satellite-is-1-zero-gravity-2-centre-of-mass-3-zero-reaction-force-by-satellite-surface-4-none-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0OTE-mass-m-is-divided-into-two-parts-xm-and-1-xm-for-a-given-separation-the-value-of-x-for-which-the-gravitational-attraction-between-the-two-pieces-becomes-maximum-is-1-12-2-35-3-1-4-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0OTI-if-earth-is-supposed-to-be-a-sphere-of-radius-r-if-g30-176-is-value-of-acceleration-due-to-gravity-at-latitude-of-30o-and-g-at-the-pole-the-value-of-g-g30-959-is-1-14-969-2r-2-34-969-2r-3-969-2r-4-12 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0OTY-if-m-the-mass-of-the-earth-and-r-its-radius-the-ratio-of-the-gravitational-acceleration-and-the-gravitational-constant-is-1-r2m-2-mr2-3-mr2-4-mr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0OTc-two-sphere-of-mass-m-and-m-are-situated-in-air-and-the-gravitational-force-between-them-is-f-the-space-around-the-masses-is-now-filled-with-a-liquid-of-specific-gravity-3-the-gravitational-force-will https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0OTg-earth-binds-the-atmosphere-because-of-1-gravity-2-oxygen-between-earth-and-atmosphere-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA0OTk-the-mass-of-the-earth-is-81-times-that-of-the-moon-and-the-radius-of-the-earth-is-3-5-times-that-of-the-moon-the-ratio-of-the-acceleration-due-to-gravity-at-the-surface-of-the-moon-to-that-at-the-surf https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA1MDE-spot-the-wrong-statement-the-acceleration-due-to-gravity-lsquo-g-rsquo-decreases-if-1-we-go-down-from-the-surface-of-the-earth-towards-its-centre-2-we-go-up-from-the-surface-of-the-earth-3-we-go-from https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA1MDI-two-identical-solid-copper-spheres-of-radius-r-were-placed-in-contact-with-each-other-the-gravitational-attraction-between-them-is-proportional-to-1-r2-2-r-3-r4-4-r5-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA1MDM-which-of-the-following-statements-is-true-1-g-is-less-at-the-earth-s-surface-than-at-a-height-above-it-or-a-depth-below-it-2-g-is-the-same-at-all-places-on-the-surface-of-the-earth-3-g-has-its-maximum https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA1MDU-a-spring-balance-is-graduated-on-sea-level-if-a-body-is-weighed-with-this-balance-at-consecutively-increasing-heights-from-earth-s-surface-the-weight-indicated-by-the-balance-1-will-go-on-increasing-c https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA1MTA-the-gravitational-field-due-to-a-mass-distribution-is-e-k-x3-in-the-x-direction-k-is-a-constant-taking-the-gravitational-potential-to-be-zero-at-infinity-its-value-at-a-distance-x-is-1-k-x-2-k-2x-3-k https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA1MTI-the-change-in-the-potential-energy-when-a-body-of-mass-m-is-raised-to-a-height-nr-from-the-earth-s-surface-is-r-radius-of-the-earth-1-mgr-left-frac-n-n-1-right-2-nmgr-3-mgr-left-frac-n-2-n-2-1-right-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA1MTQ-the-value-of-g-on-the-earth-s-surface-is-980-cm-sec2-its-value-at-a-height-of-64-km-from-the-earth-s-surface-is-1-960-40cm-sec2-2-984-90cm-sec2-3-982-45cm-sec2-4-980-45-cm-sec2-radius-of-the-earth-r-6 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA1MTc-if-the-earth-suddenly-shrinks-without-changing-mass-to-half-of-its-present-radius-the-acceleration-due-to-gravity-will-be-1-g-2-2-4g-3-g-4-4-2g-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA1MTk-the-masses-and-radii-of-the-earth-and-moon-are-m1-r1-and-m2-r2-respectively-their-centres-are-distance-d-apart-the-minimum-velocity-with-which-a-particle-of-mass-m-should-be-projected-from-a-point-mid https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA1MjM-if-the-mass-of-the-earth-is-m-the-radius-is-r-and-the-gravitational-constant-is-g-then-work-done-to-take-1-kg-mass-from-earth-surface-to-infinity-will-be-1-gm2r-2-gmr-3-2gmr-4-gm2r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NDc-if-ve-and-vo-represent-the-escape-velocity-and-orbital-velocity-of-a-satellite-corresponding-to-a-circular-orbit-of-radius-r-then-1-ve-vo-2-2vo-ve-3-ve-vo-2-4-ve-and-vo-are-not-related-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NDg-if-r-represents-the-radius-of-the-orbit-of-a-satellite-of-mass-m-moving-around-a-planet-of-mass-m-the-velocity-of-the-satellite-is-given-by-1-v2-gmr-2-v2-gmmr-3-v-gmr-4-v2-gmr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NDk-an-earth-satellite-of-mass-m-revolves-in-a-circular-orbit-at-a-height-h-from-the-surface-of-the-earth-r-is-the-radius-of-the-earth-and-g-is-acceleration-due-to-gravity-at-the-surface-of-the-earth-the https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NTE-a-satellite-which-is-geostationary-in-a-particular-orbit-is-taken-to-another-orbit-its-distance-from-the-centre-of-earth-in-new-orbit-is-2-times-that-of-the-earlier-orbit-the-time-period-in-the-second https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NTI-the-ratio-of-the-k-e-required-to-be-given-to-the-satellite-to-escape-earth-s-gravitational-field-to-the-k-e-required-to-be-given-so-that-the-satellite-moves-in-a-circular-orbit-just-above-earth-atmosp https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NTM-an-astronaut-orbiting-the-earth-in-a-circular-orbit-120-km-above-the-surface-of-earth-gently-drops-a-spoon-out-of-space-ship-the-spoon-will-1-fall-vertically-down-to-the-earth-2-move-towards-the-moon https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NTQ-the-period-of-a-satellite-in-a-circular-orbit-around-a-planet-is-independent-of-1-the-mass-of-the-planet-2-the-orbital-radius-of-satellite-around-the-planet-3-the-mass-of-the-satellite-4-all-the-three https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NTY-a-geostationary-satellite-1-revolves-about-the-polar-axis-2-has-a-time-period-less-than-that-of-the-near-earth-satellite-3-moves-faster-than-a-near-earth-satellite-4-is-stationary-in-the-space-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NTc-a-small-satellite-is-revolving-near-earth-s-surface-its-orbital-velocity-will-be-nearly-1-8-km-sec-2-11-2-km-sec-3-4-km-sec-4-6-km-sec-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NTg-the-distance-of-neptune-and-saturn-from-sun-are-nearly-1013-and-1012-meters-respectively-assuming-that-they-move-in-circular-orbits-their-periodic-times-will-be-in-the-ratio-1-10-2-100-3-1010-4-1-10-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NTk-the-orbital-velocity-of-an-artificial-satellite-in-a-circular-orbit-just-above-the-earth-s-surface-is-v-for-a-satellite-orbiting-at-an-altitude-of-half-of-the-earth-s-radius-the-orbital-velocity-is-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NjE-in-a-satellite-if-the-time-of-revolution-is-t-then-k-e-is-proportional-to-1-1t-2-1t2-3-1t3-4-t-23-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NjI-the-period-of-a-satellite-in-a-circular-orbit-of-radius-r-is-t-the-period-of-another-satellite-in-a-circular-orbit-of-radius-4r-is-1-4t-2-t4-3-8t-4-t8-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NjM-if-the-height-of-a-satellite-from-the-earth-is-negligible-in-comparison-to-the-radius-of-the-earth-r-the-orbital-velocity-of-the-satellite-is-1-gr-2-gr-2-3-g-r-4-gr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NjQ-choose-the-correct-statement-from-the-following-the-radius-of-the-orbit-of-a-geostationary-satellite-depends-upon-1-mass-of-the-satellite-its-time-period-and-the-gravitational-constant-2-mass-of-the-s https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NjY-a-planet-moves-around-the-sun-at-a-given-point-p-it-is-closest-from-the-sun-at-a-distance-d1-and-has-a-speed-v1-at-another-point-q-when-it-is-farthest-from-the-sun-at-a-distance-d2-its-speed-will-be-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2Njc-a-satellite-is-moving-around-the-earth-with-speed-v-in-a-circular-orbit-of-radius-r-if-the-orbit-radius-is-decreased-by-1-its-speed-will-1-increase-by-1-2-increase-by-0-5-3-decrease-by-1-4-decrease-by https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2Njg-orbital-velocity-of-an-artificial-satellite-does-not-depend-upon-1-mass-of-the-earth-2-mass-of-the-satellite-3-radius-of-the-earth-4-acceleration-due-to-gravity-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2Njk-the-time-period-of-a-geostationary-satellite-is-1-24-hours-2-12-hours-3-365-days-4-one-month-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NzE-the-orbital-velocity-of-earth-s-satellite-near-the-surface-is-7-km-s-when-the-radius-of-the-orbit-is-4-times-more-than-that-of-earth-s-radius-then-orbital-velocity-in-that-orbit-is-1-3-5-km-s-2-7-km-s https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NzQ-a-mass-m-is-split-into-two-parts-m-and-m-ndash-m-which-are-then-separated-by-a-certain-distance-what-ratio-of-m-m-maximizes-the-gravitational-force-between-the-two-parts-1-1-3-2-1-2-3-1-4-4-1-5-1-2-3 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NzU-two-identical-satellites-are-at-r-and-7r-away-from-earth-surface-the-wrong-statement-is-r-radius-of-earth-1-ratio-of-total-energy-will-be-4-2-ratio-of-kinetic-energies-will-be-4-3-ratio-of-potential-e https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2NzY-for-a-satellite-the-escape-velocity-is-11-km-s-if-the-satellite-is-launched-at-an-angle-of-60-deg-with-the-vertical-then-escape-velocity-will-be-1-11-km-s-2-113km-s-3-113km-s-4-33-km-s-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2Nzc-the-mean-radius-of-the-earth-is-r-its-angular-speed-on-its-own-axis-is-omega-and-the-acceleration-due-to-gravity-at-the-earth-s-surface-is-g-the-cube-of-the-radius-of-the-orbit-of-a-geostationary-sate https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2Nzg-a-satellite-whose-mass-is-m-is-revolving-in-a-circular-orbit-of-radius-r-around-the-earth-of-mass-m-time-of-revolution-of-the-satellite-is-1-t-propto-frac-r-5-gm-2-t-propto-sqrt-frac-r-3-gm-3-t-propto https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2ODA-suppose-the-gravitational-force-varies-inversely-as-the-n-th-power-of-distance-then-the-time-period-of-a-planet-in-circular-orbit-of-radius-r-around-the-sun-will-be-proportional-to-1-r-left-frac-n-1-2 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2ODE-the-orbital-speed-of-an-artificial-satellite-very-close-to-the-surface-of-the-earth-is-vo-then-the-orbital-speed-of-another-artificial-satellite-at-a-height-equal-to-three-times-the-radius-of-the-eart https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2ODM-the-distance-of-a-geostationary-satellite-from-the-centre-of-the-earth-radius-r-6400-km-is-nearest-to-1-5r-2-7r-3-10r-4-18r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2ODQ-in-order-to-make-the-effective-acceleration-due-to-gravity-equal-to-zero-at-the-equator-the-angular-velocity-of-rotation-of-the-earth-about-its-axis-should-be-g-10-text-ms-2-and-the-radius-of-the-eart https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2ODY-a-body-of-mass-m-is-taken-from-the-earth-s-surface-to-the-height-h-equal-to-the-radius-of-the-earth-the-increase-in-potential-energy-will-be-1-mgr-2-dfrac-1-2-mgr-3-2-mgr-4-dfrac-1-4-mgr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2ODc-time-period-of-a-satellite-revolving-above-earth-rsquo-s-surface-at-a-height-equal-to-r-the-radius-of-earth-will-be-g-is-the-acceleration-due-to-gravity-at-earth-rsquo-s-surface-1-2-pi-sqrt-frac-2-r-g https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2ODg-an-artificial-satellite-moving-in-a-circular-orbit-around-the-earth-has-a-total-kinetic-potential-energy-e0-its-potential-energy-is-1-e0-2-1-5e0-3-2e0-4-e0-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2ODk-given-the-radius-of-earth-lsquo-r-rsquo-and-length-of-a-day-lsquo-t-rsquo-the-height-of-a-geostationary-satellite-is-g-ndash-gravitational-constant-m-ndash-mass-of-earth-1-4-pi-2gmt213-2-4-pi-gmr213-r https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2OTA-a-rocket-of-mass-m-is-launched-vertically-from-the-surface-of-the-earth-with-an-initial-speed-v-assuming-the-radius-of-the-earth-to-be-r-and-negligible-air-resistance-the-maximum-height-attained-by-th https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2OTE-two-bodies-of-masses-m1-and-m2-are-initially-at-rest-at-infinite-distance-apart-they-are-then-allowed-to-move-towards-each-other-under-mutual-gravitational-attraction-their-relative-velocity-of-approa https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2OTI-the-rotation-period-of-an-earth-satellite-close-to-the-surface-of-the-earth-is-83-minutes-the-time-period-of-another-earth-satellite-in-an-orbit-at-a-distance-of-three-earth-radii-from-its-surface-wil https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2OTQ-a-satellite-of-mass-m-is-circulating-around-the-earth-with-constant-angular-velocity-if-the-radius-of-the-orbit-is-r0-and-mass-of-the-earth-m-the-angular-momentum-about-the-centre-of-the-earth-is-1-mg https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2OTY-if-the-distance-between-the-earth-and-the-sun-becomes-half-its-present-value-the-number-of-days-in-a-year-would-have-been-1-64-5-2-129-3-182-5-4-730-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2OTg-a-geostationary-satellite-orbits-around-the-earth-in-a-circular-orbit-of-radius-36000-text-km-then-the-time-period-of-a-satellite-orbiting-a-few-hundred-kilometres-above-the-earth-rsquo-s-surface-r-ea https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA2OTk-a-planet-revolves-around-the-sun-whose-mean-distance-is-1-588-times-the-mean-distance-between-earth-and-the-sun-the-revolution-time-of-the-planet-will-be-1-1-25-years-2-1-59-years-3-0-89-years-4-2-yea https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MDE-the-earth-e-moves-in-an-elliptical-orbit-with-the-sun-s-at-one-of-the-foci-as-shown-in-figure-its-speed-of-motion-will-be-maximum-at-the-point-1-c-2-a-3-b-4-d-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MDI-the-period-of-revolution-of-planet-a-around-the-sun-is-8-times-that-of-b-the-distance-of-a-from-the-sun-is-how-many-times-greater-than-that-of-b-from-the-sun-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MDM-if-the-radius-of-earth-s-orbit-is-made-1-4-th-the-duration-of-an-year-will-become-1-8-times-2-4-times-3-1-8-times-4-1-4-times-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MDQ-if-the-mass-of-a-satellite-is-doubled-and-the-time-period-remain-constant-the-ratio-of-orbit-in-the-two-cases-will-be-1-1-2-2-1-1-3-1-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MDY-the-maximum-and-minimum-distances-of-a-comet-from-the-sun-are-8-times-1012-m-and-1-6-times-1012-m-if-its-velocity-when-nearest-to-the-sun-is-60-m-s-what-will-be-its-velocity-in-m-s-when-it-is-farthest https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MDc-a-body-revolved-around-the-sun-27-times-faster-than-the-earth-what-is-the-ratio-of-their-radii-1-1-3-2-1-9-3-1-27-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MDg-the-period-of-the-moon-rsquo-s-rotation-around-the-earth-is-nearly-29-days-if-the-moon-rsquo-s-mass-were-2-fold-its-present-value-and-all-other-things-remained-unchanged-the-period-of-the-moon-rsquo-s https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MDk-if-two-planets-are-at-mean-distances-d-1-and-d-2-from-the-sun-and-their-frequencies-are-n-1-and-n-2-respectively-then-1-n-2-1d-2-1-n-2d-2-2-2-n-2-2d-3-2-n-2-1d-3-1-3-n-1d-2-1-n-2d-2-2-4-n-2-1d-1-n-2-2 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MTA-suppose-the-law-of-gravitational-attraction-suddenly-changes-and-becomes-an-inverse-cube-law-i-e-f-propto-frac-1-r-3-but-the-force-still-remains-a-central-force-then-1-kepler-s-law-of-areas-still-hold https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MTI-a-planet-is-revolving-around-the-sun-as-shown-in-an-elliptical-path-the-correct-option-is-1-the-time-taken-in-travelling-dab-is-less-than-that-for-bcd-2-the-time-taken-in-travelling-dab-is-greater-tha https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MTM-in-an-elliptical-orbit-under-gravitational-force-in-general-1-tangential-velocity-is-constant-2-angular-velocity-is-constant-3-radial-velocity-is-constant-4-areal-velocity-is-constant-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MTQ-earth-is-revolving-around-the-sun-if-the-distance-of-the-earth-from-the-sun-is-reduced-to-1-4th-of-the-present-distance-then-the-present-year-length-reduced-to-1-14-2-12-3-18-4-16-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MTU-two-satellite-are-revolving-around-the-earth-with-velocities-v1-and-v2-and-in-radii-r1-and-r2r1-r2respectively-then-1-v1-v2-2-v1-v2-3-v1-v2-4-v1r1-v2r2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MTY-if-orbital-velocity-of-planet-is-given-by-v-gambrc-then-1-a-1-3-b-1-3-c-1-3-2-a-1-2-b-1-2-c-1-2-3-a-1-2-b-1-2-c-1-2-4-a-1-2-b-1-2-c-1-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MTc-the-mass-of-a-planet-that-has-a-moon-whose-time-period-and-orbital-radius-are-t-and-r-respectively-can-be-written-as-1-4-pi-2r3g-1t-2-2-8-pi-2r3g-1t-2-3-12-pi-2r3g-1t-2-4-16-pi-2r3g-1t-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MTg-the-eccentricity-of-earth-s-orbit-is-0-0167-the-ratio-of-its-maximum-speed-in-its-orbit-to-its-minimum-speed-is-1-2-507-2-1-033-3-8-324-4-1-000-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MTk-assuming-the-earth-to-have-a-constant-density-point-out-which-of-the-following-curves-show-the-variation-of-acceleration-due-to-gravity-from-the-centre-of-earth-to-the-points-far-away-from-the-surface https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NDA-the-radius-of-orbit-of-a-planet-is-two-times-that-of-the-earth-the-time-period-of-the-planet-is-1-4-2-years-2-2-8-years-3-5-6-years-4-8-4-years-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NDE-the-diagram-showing-the-variation-of-gravitational-potential-of-earth-with-distance-r-from-the-centre-of-earth-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NDI-the-orbital-angular-momentum-of-a-satellite-revolving-at-a-distance-r-from-the-centre-is-l-if-the-distance-is-increased-to-16r-then-the-new-angular-momentum-will-be-1-16l-2-64l-3-l-over-4-4-4l-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NDQ-the-condition-for-a-uniform-spherical-mass-m-of-radius-r-to-be-a-black-hole-is-g-gravitational-constant-and-g-acceleration-due-to-gravity-1-2gm-r1-2-le-c-2-2gm-r1-2-c-3-2gm-r1-2-ge-c-4-gm-r1-2-ge-c-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NDY-a-sphere-of-mass-m-and-radius-r2-has-a-concentric-cavity-of-radius-r1-as-shown-in-figure-the-force-f-exerted-by-the-sphere-on-a-particle-of-mass-m-located-at-a-distance-r-from-the-centre-of-sphere-var https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NDc-which-one-of-the-following-graphs-represents-correctly-the-variation-of-the-gravitational-field-i-with-the-distance-r-from-the-centre-of-a-spherical-shell-of-mass-m-and-radius-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NDg-suppose-the-acceleration-due-to-gravity-at-the-earth-rsquo-s-surface-is-10-m-s2-and-at-the-surface-of-mars-it-is-4-0-m-s2-a-60-kg-passenger-goes-from-the-earth-to-mars-in-a-spaceship-moving-with-a-con https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NDk-which-of-the-following-graphs-represents-the-motion-of-a-planet-moving-about-the-sun-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NTE-the-correct-graph-representing-the-variation-of-total-energy-et-kinetic-energy-ek-and-potential-energy-u-of-a-satellite-with-its-distance-from-the-centre-of-the-earth-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NTU-what-is-the-intensity-of-gravitational-field-of-the-centre-of-a-spherical-shell-1-gm-r2-2-g-3-zero-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NTg-the-diameters-of-two-planets-are-in-the-ratio-4-1-and-their-mean-densities-in-the-ratio-1-2-the-acceleration-due-to-gravity-on-the-planets-will-be-in-the-ratio-of-1-1-2-2-2-3-3-2-1-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NjE-if-the-angular-speed-of-the-earth-is-doubled-the-value-of-acceleration-due-to-gravity-g-at-the-north-pole-1-doubles-2-becomes-half-3-remains-same-4-becomes-zero-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NjI-the-escape-velocity-of-a-body-of-1-kg-mass-on-a-planet-is-100-text-m-s-the-gravitational-potential-energy-of-the-body-at-the-planet-is-1-5000-text-j-2-1000-text-j-3-2400-text-j-4-5000-text-j-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NjM-at-the-surface-of-a-certain-planet-acceleration-due-to-gravity-is-one-quarter-of-that-on-earth-if-a-brass-ball-is-transported-to-this-planet-then-which-one-of-the-following-statements-is-not-correct-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NjU-weight-of-1-kg-becomes-1-6-kg-on-moon-if-radius-of-moon-is-1-768-times-106m-then-the-mass-of-moon-will-be-1-1-99-times-1030kg-2-7-56-times-1022kg-3-5-98-times-1024kg-4-7-65-times-1022kg-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3Njg-let-g-be-the-acceleration-due-to-gravity-at-earth-s-surface-and-k-be-the-rotational-kinetic-energy-of-the-earth-suppose-the-earth-s-radius-decreases-by-2-keeping-all-other-quantities-same-then-1-g-dec https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3Njk-the-distance-between-centre-of-the-earth-and-moon-is-384000-km-if-the-mass-of-the-earth-is-6-times-1024kg-and-g-6-66-times-10-11nm2-kg2-the-speed-of-the-moon-is-nearly-1-1-km-sec-2-4-km-sec-3-8-km-sec https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NzA-a-body-is-projected-vertically-upwards-from-the-surface-of-a-planet-of-radius-r-with-a-velocity-equal-to-half-the-escape-velocity-for-that-planet-the-maximum-height-attained-by-the-body-is-1-frac-r-3 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NzE-a-satellite-is-launched-into-a-circular-orbit-of-radius-r-around-the-earth-while-a-second-satellite-is-launched-into-an-orbit-of-radius-1-02-text-r-the-percentage-difference-in-the-time-periods-of-the https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NzM-distance-of-geostationary-satellite-from-the-center-of-the-earth-re-6400km-in-terms-of-re-is-1-13-76re-2-10-76re-3-6-59re-4-2-56re-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NzQ-energy-required-to-move-a-body-of-mass-m-from-an-orbit-of-radius-2r-to-3r-is-1-gmm-12r2-2-gmm-3r2-3-gmm-8r-4-gmm-6r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NzU-if-the-radius-of-the-earth-contracts-by-2-and-its-mass-remains-the-same-then-weight-of-the-body-at-the-earth-surface-1-will-decrease-2-will-increase-3-will-remain-the-same-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3NzY-the-kinetic-energy-needed-to-project-a-body-of-mass-m-from-the-earth-surface-radius-r-to-infinity-is-1-mgr-2-2-2-mgr-3-mgr-4-mgr-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3Nzc-a-satellite-is-to-revolve-round-the-earth-in-a-circle-of-radius-8000-km-the-speed-at-which-this-satellite-be-projected-into-an-orbit-will-be-1-3km-s-2-16-km-s-3-7-15-km-s-4-8-km-s-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3Nzg-if-the-mass-of-a-body-is-m-on-the-earth-surface-then-the-mass-of-the-same-body-on-the-moon-surface-is-1-m-6-2-zero-3-m-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3Nzk-radius-of-orbit-of-satellite-of-earth-is-r-its-kinetic-energy-is-proportional-to-1-1r-2-1r-3-r-4-1r3-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3ODA-a-particle-falls-towards-earth-from-infinity-it-rsquo-s-velocity-on-reaching-the-earth-would-be-1-infinity-2-2gr-3-2gr-4-zero-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3ODE-two-satellite-a-and-b-ratio-of-masses-3-1-are-in-circular-orbits-of-radii-r-and-4r-then-ratio-of-total-mechanical-energy-of-a-to-b-is-1-1-3-2-3-1-3-3-4-4-12-1-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3ODM-the-orbital-velocity-of-a-planet-revolving-close-to-earth-s-surface-is-1-2gr-2-gr-3-2gr-4-gr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3ODY-if-the-gravitational-force-between-two-objects-were-proportional-to-frac-1-r-and-not-as-frac-1-r-2-where-r-is-the-separation-between-them-then-a-particle-in-circular-orbit-under-such-a-force-would-hav https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3OTA-when-a-satellite-going-round-the-earth-in-a-circular-orbit-of-radius-r-and-speed-v-loses-some-of-its-energy-then-r-and-v-change-as-1-r-and-v-both-will-increase-2-r-and-v-both-will-decrease-3-r-will-de https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3OTQ-which-of-the-following-quantities-does-not-depend-upon-the-orbital-radius-of-the-satellite-1-tr-2-t2r-3-t2r2-4-t2r3-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3OTc-a-satellite-moves-round-the-earth-in-a-circular-orbit-of-radius-r-making-one-revolution-per-day-a-second-satellite-moving-in-a-circular-orbit-moves-round-the-earth-once-in-8-days-the-radius-of-the-orb https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA4MDY-a-satellite-moves-in-a-circle-around-the-earth-the-radius-of-this-circle-is-equal-to-one-half-of-the-radius-of-the-moon-rsquo-s-orbit-the-satellite-completes-one-revolution-in-1-12-lunar-month-2-23-lu https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA5OTY-if-the-acceleration-due-to-gravity-at-a-height-1-km-above-the-earth-is-similar-to-a-depth-d-below-the-surface-of-the-earth-then-1-d-0-5-km-2-d-1-km-3-d-1-5-km-4-d-2-km-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTEwMTI-two-astronauts-are-floating-in-a-gravity-free-space-after-having-lost-contact-with-their-spaceship-the-two-will-1-keep-floating-at-the-same-distance-between-them-2-move-towards-each-other-3-move-away https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTEwNDk-starting-from-the-centre-of-the-earth-having-radius-r-the-variation-of-g-acceleration-due-to-gravity-is-shown-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTEwOTE-at-what-height-from-the-surface-of-earth-the-gravitation-potential-and-the-value-of-g-are-5-4-times-107j-kg-2-and-6-0-ms-2-respectively-take-the-radius-of-earth-as-6400-km-1-1600-km-2-1400-km-3-2000-k https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTExMzk-kepler-s-third-law-states-that-the-square-of-the-period-of-revolution-t-of-a-planet-around-the-sun-is-proportional-to-the-third-power-of-the-average-distance-r-between-the-sun-and-planet-i-e-t2-kr3-he https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTExNDA-two-spherical-bodies-of-masses-m-and-5m-and-radii-r-and-2r-are-released-in-free-space-with-initial-separation-between-their-centres-equal-to-12r-if-they-attract-each-other-due-to-gravitational-force-o https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTExODQ-a-remote-sensing-satellite-of-the-earth-revolves-in-a-circular-orbit-at-a-height-of-0-25-times-10-6-m-above-the-surface-of-the-earth-if-the-earth-rsquo-s-radius-is-6-38-times-10-6-m-and-g-9-8-ms-1-the https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTExODY-a-satellite-s-is-moving-in-an-elliptical-orbit-around-the-earth-the-mass-of-the-satellite-is-very-small-as-compared-to-the-mass-of-the-earth-then-1-the-angular-momentum-of-s-about-the-centre-of-the-ea https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTEyMjY-a-black-hole-is-an-object-whose-gravitational-field-is-so-strong-that-even-light-cannot-escape-from-it-to-what-approximate-radius-would-earth-mass-5-98x-1024-kg-have-to-be-compressed-to-be-a-black-hol https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTEyMjc-dependence-of-intensity-of-gravitational-field-e-of-earth-with-distance-r-from-centre-of-earth-is-correctly-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTEyNzA-a-body-of-mass-m-is-taken-from-the-earth-rsquo-s-surface-to-the-height-equal-to-twice-the-radius-r-of-the-earth-the-change-in-potential-energy-of-the-body-will-be-1-2mgr-2-frac-2-3-mgr-3-3mgr-4-frac-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTEyNzE-infinite-number-of-bodies-each-of-mass-2-kg-are-situated-on-x-axis-at-distance-1m-2m-4m-8m-respectively-from-the-origin-the-resulting-gravitational-potential-due-to-this-system-at-the-origin-will-be-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTEzMjc-the-height-at-which-the-weight-of-a-body-becomes-1-16th-its-weight-on-the-surface-of-the-earth-radius-r-is-1-5r-2-15r-3-3r-4-4r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTE0MDc-a-planet-moving-along-an-elliptical-orbit-is-closest-to-the-sun-at-a-distance-r1-and-farthest-away-at-a-distance-of-r2-if-v1andv2-are-the-linear-velocities-at-these-points-respectively-then-the-ratio https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTE1NDU-a-body-projected-vertically-from-the-earth-reaches-a-height-equal-to-earth-s-radius-before-returning-to-the-earth-the-power-exerted-by-the-gravitational-force-is-greatest-1-at-the-instant-just-before https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTE1NzE-a-particle-of-mass-m-is-thrown-upwards-from-the-surface-of-the-earth-with-a-velocity-u-the-mass-and-the-radius-of-the-earth-are-respectively-m-and-r-g-is-gravitational-constant-and-g-is-acceleration-d https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTE1OTg-the-radii-of-the-circular-orbits-of-two-satellites-a-and-b-of-the-earth-are-4r-and-r-respectively-if-the-speed-of-the-satellite-a-is-3v-then-the-speed-of-the-satellite-b-will-be-1-3v-4-2-6v-3-12v-4-3v https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTE2MTQ-a-particle-of-mass-m-is-situated-at-the-centre-of-a-spherical-shell-of-mass-m-and-radius-a-the-gravitational-potential-at-a-point-situated-at-a-2-distance-from-the-centre-will-be-1-3gma-2-2gma-3-gma-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTE2NTM-the-additional-kinetic-energy-to-be-provided-to-a-satellite-of-mass-m-revolving-around-a-planet-of-mass-m-to-transfer-it-from-a-circular-orbit-of-radius-r1-to-another-of-radius-r2-r2-r1-is-1-gmm1r12-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTE2NjQ-the-dependence-of-acceleration-due-to-gravity-g-on-the-distance-r-from-the-centre-of-the-earth-assumed-to-be-a-sphere-of-radius-r-of-uniform-density-is-as-shown-in-the-figure-below-1-2-3-4-the-correct https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTE3MTk-the-figure-shows-elliptical-orbit-of-a-planet-m-about-the-sun-s-the-shaded-area-scd-is-twice-the-shaded-area-sab-if-t1-is-the-time-for-planet-to-move-from-c-to-d-and-t2-is-the-time-to-move-from-a-to-b https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NzQxOTI-mass-and-radius-of-the-earth-is-m-and-r-respectively-then-the-gravitational-potential-at-a-distance-r-3-from-the-centre-of-the-earth-is-1-gmr-2-3gmr-3-119gmr-4-139gmr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246ODg5MTc-starting-from-the-centre-of-the-earth-having-radius-r-the-variation-of-g-acceleration-due-to-gravity-is-shown-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246ODkxMTM-if-the-mass-of-the-sun-were-ten-times-smaller-and-the-universal-gravitational-constant-were-ten-times-larger-in-magnitude-which-of-the-following-statements-would-not-be-correct-1-raindrops-would-drop https://medminds.me/qbank/physics/gravitation/?q=NP-pb246ODkxMjE-the-kinetic-energies-of-a-planet-in-an-elliptical-orbit-around-the-sun-at-positions-a-b-text-and-c-are-k-a-k-b-text-and-k-c-respectively-ac-is-the-major-axis-and-sb-is-perpendicular-to-ac-at-the-posit https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTAwOTY-at-what-height-from-the-surface-of-the-earth-are-the-gravitation-potential-and-the-value-of-g-are-5-4-times-10-7-text-j-kg-2-and-6-0-text-ms-2-respectively-take-the-radius-of-the-earth-as-6400-text-km https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTAxMDQ-the-ratio-of-escape-velocity-at-the-earth-v-e-to-the-escape-velocity-at-a-planet-v-p-whose-radius-and-mean-density-are-twice-that-of-the-earth-is-1-1-2-sqrt-2-2-1-4-3-1-sqrt-2-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTExMjA-dependence-of-intensity-of-gravitational-field-mathrm-e-of-the-earth-with-distance-mathrm-r-from-the-centre-of-the-earth-is-correctly-represented-by-where-mathrm-r-is-the-radius-of-the-earth-1-2-3-4-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTE0MzE-a-body-of-mass-m-is-taken-from-the-earth-rsquo-s-surface-to-the-height-equal-to-twice-the-radius-r-of-the-earth-the-change-in-potential-energy-of-the-body-will-be-1-frac-2-3-mgr-2-3mgr-3-frac-1-3-mgr https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTE0MzM-an-infinite-number-of-bodies-each-of-mass-2-text-kg-are-situated-on-the-x-text-axis-at-distances-1-text-m-2-text-m-4-text-m-8-text-m-respectively-from-the-origin-the-resulting-gravitational-potential https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTIxMjI-a-spherical-planet-has-a-mass-m-p-and-diameter-d-p-a-particle-of-mass-m-falling-freely-near-the-surface-of-this-planet-will-experience-acceleration-due-to-gravity-equal-to-1-dfrac-4gm-pm-d-p-2-2-dfrac https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTI0NDI-a-body-projected-vertically-from-the-earth-reaches-a-height-equal-to-earth-rsquo-s-radius-before-returning-to-the-earth-the-power-exerted-by-the-gravitational-force-1-is-greatest-at-the-instant-just-b https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTMyNDE-the-figure-shows-the-elliptical-orbit-of-a-planet-m-about-the-sun-s-the-shaded-area-scd-is-twice-the-shaded-area-sab-if-t-1-is-the-time-for-the-planet-to-move-from-c-to-d-and-t-2-is-the-time-to-move-f https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTM1ODE-two-satellites-of-earth-s-1-and-s-2-are-moving-in-the-same-orbit-the-mass-of-s-1-is-four-times-the-mass-of-s-2-which-one-of-the-following-statements-is-true-1-the-time-period-of-s-1-is-four-times-that https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTM5NzE-the-earth-is-assumed-to-be-a-sphere-of-radius-r-a-platform-is-arranged-at-a-height-r-from-the-surface-of-the-earth-the-escape-velocity-of-a-body-from-this-platform-is-fv-e-where-v-e-is-its-escape-velo https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTUzNjI-the-gravitational-field-due-to-a-mass-distribution-is-given-by-i-8594-kx2i-where-k-is-a-constant-assuming-the-potential-to-be-zero-at-infinity-find-the-potential-at-a-point-x-a-this-question-includes https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTU1NDI-the-work-done-to-raise-a-mass-m-from-the-surface-of-the-earth-to-a-height-h-which-is-equal-to-the-radius-of-the-earth-is-1-dfrac-3-2-mgr-2-mgr-3-2mgr-4-dfrac-1-2-mgr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTU1Njk-a-body-weighs-200-n-on-the-surface-of-the-earth-how-much-will-it-weigh-halfway-down-the-centre-of-the-earth-1-100-n-2-150-n-3-200-n-4-250-n-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTE3NTY5-a-planet-whose-density-is-double-of-earth-and-radius-is-half-of-the-earth-will-produce-gravitational-field-on-its-surface-g-acceleration-due-to-gravity-at-the-surface-of-earth-1-g-2-2g-3-dfrac-g-2-4-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTMwNTk0-which-of-the-following-graphs-represents-correctly-the-variation-of-intensity-of-gravitational-field-l-with-the-distance-r-from-the-centre-of-a-spherical-shell-of-mass-m-and-radius-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTMxMzcx-a-uniform-spherical-shell-gradually-shrinks-maintaining-its-shape-the-gravitational-potential-at-the-centre-1-increases-2-decreases-3-remains-constant-4-oscillates-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTMxNjU4-a-mass-falls-from-a-height-h-and-its-time-of-fall-t-is-recorded-in-terms-of-time-period-t-of-a-simple-pendulum-on-the-surface-of-the-earth-it-is-found-that-t-2t-the-entire-setup-is-taken-on-the-surfac https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTMxNzMw-the-time-period-of-a-geostationary-satellite-is-24-text-hr-at-a-height-6r-e-r-e-is-the-radius-of-the-earth-from-the-surface-of-the-earth-the-time-period-of-another-satellite-whose-height-is-2-5r-e-fro https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTMxNzM4-assuming-that-the-gravitational-potential-energy-of-an-object-at-infinity-is-zero-the-change-in-potential-energy-final-initial-of-an-object-of-mass-m-when-taken-to-a-height-h-from-the-surface-of-the-e https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTQzOTI0-a-particle-of-mass-m-is-at-distance-apos-a-apos-from-the-surface-of-a-thin-spherical-shell-of-mass-m-and-radius-a-if-xa0-vo-xa0-and-xa0-vs-xa0-are-the-potentials-at-the-centre-and-the-surface-of-the-s https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTQ1NzA2-the-distance-between-the-centres-of-moon-and-earth-is-d-the-mass-of-earth-is-81-times-the-mass-of-the-moon-at-what-distance-from-the-centre-of-the-earth-the-gravitational-force-will-be-zero-1-d2-2-2d2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTQ1NzQ1-which-one-of-the-following-plots-represent-the-variation-of-gravitational-field-on-a-particle-at-distance-r-due-to-a-thin-spherical-shell-of-radius-r-r-is-measured-from-the-centre-of-the-spherical-she https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDA4-potential-energy-u-and-time-period-t-of-a-satellite-are-related-to-each-other-as-1-t2-8733-1u3-2-t-8733-1u3-3-t2-8733-u3-4-u2-8733-1t3-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDM5-the-gravitational-potential-at-the-centre-of-a-solid-sphere-is-v-if-the-radius-of-the-sphere-is-doubled-while-keeping-its-mass-unchanged-then-the-gravitational-potential-on-the-surface-of-the-new-sphe https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDYz-two-concentric-shells-of-uniform-density-of-mass-m-and-2m-are-situated-as-shown-in-the-figure-the-ratio-of-forces-experienced-by-a-particle-of-mass-m-at-position-a-and-b-is-1-2-1-2-1-2-3-4-3-4-3-2-1-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTY0NDA2-a-tunnel-has-been-dug-through-a-diameter-of-a-solid-sphere-of-uniform-mass-density-which-graph-best-represents-the-variation-of-gravitational-field-intensity-e-with-position-r-as-one-moves-from-a-to-b https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTY0NDk3-assuming-the-earth-as-a-uniform-solid-sphere-of-radius-r-the-gravitational-field-on-its-surface-is-x-the-gravitational-field-inside-at-a-distance-r2-from-its-surface-is-1-x-2-x3-3-2x-4-x2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTY0NTAz-variation-of-gravitational-field-due-to-a-uniform-solid-sphere-of-radius-r-with-distance-r-from-the-centre-is-1-straight-line-for-r-r-3-parabolic-for-r-r-4-both-1-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTY0NjE3-given-below-are-two-statements-statement-i-the-gravitational-field-due-to-earth-is-zero-both-at-the-center-of-the-earth-and-at-an-infinite-distance-statement-ii-the-gravitational-potential-of-the-eart https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTg1NDQy-a-body-weighs-72-text-n-on-the-surface-of-the-earth-what-is-the-gravitational-force-on-it-at-a-height-equal-to-half-the-radius-of-the-earth-1-32-text-n-2-30-text-n-3-24-text-n-4-48-text-n-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk1MTI0-what-is-the-depth-at-which-the-value-of-acceleration-due-to-gravity-becomes-1-n-times-the-value-of-that-at-the-surface-of-the-earth-radius-of-earth-r-1-r-n2-2-r-n-ndash-1-n-3-rn-n-ndash-1-4-r-n-1-2-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk3MDgx-choose-the-correct-alternative-1-acceleration-due-to-gravity-increases-with-increasing-altitude-2-acceleration-due-to-gravity-remains-unchanged-with-increasing-altitude-3-acceleration-due-to-gravity-i https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk3MDkx-acceleration-due-to-gravity-is-1-independent-of-the-mass-of-the-earth-2-independent-of-the-mass-of-the-body-3-independent-of-both-the-mass-of-the-earth-and-the-body-4-dependent-on-both-the-mass-of-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk3MDky-suppose-there-existed-a-planet-that-went-around-the-sun-twice-as-fast-as-the-earth-then-its-orbital-size-as-compared-to-that-of-the-earth-would-be-1-0-63-times-greater-than-that-of-earth-2-0-73-times https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk3MDkz-one-of-the-satellites-of-jupiter-has-an-orbital-period-of-1-769-days-and-the-radius-of-the-orbit-is-4-22-times-10-8-m-the-ratio-of-the-mass-of-jupiter-and-the-mass-of-the-sun-nearly-is-mass-of-the-sun https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk3MDk0-choose-the-correct-alternative-1-if-the-zero-of-potential-energy-is-at-infinity-the-total-energy-of-an-orbiting-satellite-is-negative-of-its-kinetic-energy-2-if-the-zero-of-potential-energy-is-at-infi https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NTc3-let-us-assume-that-our-galaxy-consists-of-2-5-times-1011-stars-each-of-one-solar-mass-how-long-will-a-star-at-a-distance-of-50-000-ly-from-the-galactic-centre-take-to-complete-one-revolution-the-diame https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjEw-the-escape-speed-of-a-body-from-the-earth-depends-on-1-the-mass-of-the-body-2-the-location-from-where-it-is-projected-3-the-direction-of-projection-4-the-height-of-the-location-from-where-the-body-is https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjEx-a-comet-orbits-the-sun-in-a-highly-elliptical-orbit-the-comet-has-a-constant-1-linear-speed-2-angular-speed-3-angular-momentum-4-kinetic-energy-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjEy-which-of-the-following-symptoms-is-not-likely-to-afflict-an-astronaut-in-space-1-swollen-feet-2-swollen-face-3-headache-4-orientational-problem-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjEz-the-gravitational-intensity-at-the-centre-of-a-hemispherical-shell-of-uniform-mass-density-has-the-direction-indicated-by-the-arrow-1-a-d-2-b-d-3-c-e-4-d-e-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjE0-a-rocket-is-fired-from-the-earth-towards-the-sun-at-what-distance-from-the-earth-rsquo-s-centre-is-the-gravitational-force-on-the-rocket-zero-given-the-mass-of-the-sun-2-times-1030-kg-the-mass-of-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjE1-if-the-mean-orbital-radius-of-the-earth-around-the-sun-is-1-5-times-10-8-text-km-then-the-mass-of-the-sun-is-approximately-1-3-10-34-text-kg-2-2-10-30-text-kg-3-1-5-10-28-text-kg-4-1-10-35-text-kg-1-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjE2-a-saturn-year-is-29-5-times-the-earth-year-how-far-is-saturn-from-the-sun-if-the-earth-is-1-5-times-10-8-text-km-away-from-the-sun-1-2-01-10-12-text-m-2-3-86-10-12-text-m-3-1-43-10-12-text-m-4-4-19-10 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjE3-a-body-weights-63-n-on-the-surface-of-the-earth-what-is-the-gravitational-force-on-it-due-to-the-earth-at-a-height-equal-to-half-the-radius-of-the-earth-1-98-text-n-2-35-text-n-3-63-text-n-4-28-text-n https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjE4-assuming-the-earth-to-be-a-sphere-of-uniform-mass-density-how-much-would-a-body-weigh-halfway-down-to-the-centre-of-the-earth-if-it-weighed-250-n-on-the-surface-1-250-n-2-125-n-3-175-n-4-145-n-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjE5-a-rocket-is-fired-vertically-with-a-speed-of-5-km-s-from-the-earth-rsquo-s-surface-how-far-from-the-earth-does-the-rocket-go-before-returning-to-the-earth-1-8-times10-6-m-2-1-6-times10-6-m-3-6-4-times https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjIw-the-escape-speed-of-a-projectile-on-the-earth-rsquo-s-surface-is-11-2-text-km-s-a-body-is-projected-out-with-thrice-this-speed-what-is-the-speed-of-the-body-far-away-from-the-earth-ignore-the-presence https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjIx-a-satellite-orbits-the-earth-at-a-height-of-400-km-above-the-surface-how-much-energy-must-be-expended-to-rocket-the-satellite-out-of-the-earth-rsquo-s-gravitational-influence-mass-of-the-satellite-200 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjQz-two-heavy-spheres-each-of-mass-100-text-kg-and-radius-0-10-text-m-are-placed-1-0-text-m-apart-on-a-horizontal-table-what-is-the-gravitational-potential-at-the-midpoint-of-the-line-joining-the-centres https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjQ0-a-spaceship-is-stationed-on-mars-how-much-energy-must-be-expended-on-the-spaceship-to-launch-it-out-of-the-solar-system-mass-of-the-space-ship-1000-kg-mass-of-the-sun-2-times-1030-kg-mass-of-mars-6-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NjQ1-a-rocket-is-fired-vertically-from-the-surface-of-mars-with-a-speed-of-2-km-s-if-20-of-its-initial-energy-is-lost-due-to-martian-atmospheric-resistance-how-far-will-the-rocket-go-from-the-surface-of-ma https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA3OTky-according-to-kepler-the-planets-move-in-1-the-circular-orbits-around-the-sun-with-the-sun-at-its-center-2-the-elliptical-orbits-around-the-sun-3-the-straight-lines-with-constant-velocity-4-the-ellipti https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA3OTkz-the-minimum-and-maximum-distances-of-a-planet-revolving-around-the-sun-are-r-and-r-if-the-minimum-speed-of-the-planet-on-its-trajectory-is-v-0-its-maximum-speed-will-be-1-dfrac-v-0r-r-2-dfrac-v-0r-r-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA3OTk1-the-torque-on-a-planet-about-the-centre-of-the-sun-is-1-zero-2-negative-3-positive-4-dependent-on-the-mass-of-the-planet-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA3OTk2-during-the-motion-of-a-planet-from-perihelion-to-aphelion-the-work-done-by-the-gravitational-force-of-the-sun-on-it-is-1-zero-2-negative-3-positive-4-may-be-positive-or-negative-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA3OTk3-the-time-period-of-a-satellite-in-a-circular-orbit-of-radius-r-is-t-the-period-of-another-satellite-in-a-circular-orbit-of-radius-4r-is-1-4t-2-t4-3-8t-4-t8-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA3OTk4-gravitation-is-the-phenomenon-of-interaction-between-1-point-masses-only-2-any-arbitrarily-shaped-masses-3-planets-only-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA3OTk5-the-force-of-gravitation-between-two-masses-is-found-to-be-f-in-a-vacuum-if-both-the-masses-are-dipped-in-water-at-the-same-distance-then-the-new-force-will-be-1-f-2-f-3-f-4-cannot-say-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDAw-two-point-masses-m-and-4m-are-separated-by-a-distance-d-on-a-line-a-third-point-mass-m0-xa0-is-to-be-placed-at-a-point-on-the-line-such-that-the-net-gravitational-force-on-it-is-equal-to-zero-the-dist https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDAy-three-particles-a-b-and-c-each-of-mass-m-are-lying-at-the-corners-of-an-equilateral-triangle-of-side-l-if-particle-a-is-released-keeping-the-particles-b-and-c-fixed-the-magnitude-of-the-instantaneous https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDAz-a-uniform-sphere-of-mass-m-and-radius-r-is-surrounded-by-a-concentric-spherical-shell-of-the-same-mass-but-radius-2r-a-point-mass-m-is-kept-at-a-distance-x-r-in-the-region-bounded-by-the-spheres-as-sh https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDA0-the-gravitational-constant-depends-upon-1-size-of-the-bodies-2-gravitational-masses-3-distance-between-the-bodies-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDA1-two-planets-have-the-same-density-but-different-radii-the-acceleration-due-to-gravity-would-be-1-same-on-both-planets-2-greater-on-the-smaller-planet-3-greater-on-the-larger-planet-4-dependent-on-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDA2-if-the-radius-of-the-earth-shrinks-by-1-5-mass-remaining-the-same-then-the-value-of-the-gravitational-acceleration-changes-by-1-2-2-2-3-3-4-3-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDA3-if-the-density-of-a-planet-is-double-that-of-the-earth-and-the-radius-is-1-5-times-that-of-the-earth-the-acceleration-due-to-gravity-on-the-surface-of-the-planet-is-1-34-times-that-on-the-surface-of-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDA4-the-gravitational-force-on-a-body-of-mass-1-5-kg-situated-at-a-point-is-45-n-the-gravitational-field-intensity-at-that-point-is-1-30-n-kg-2-67-5-n-kg-3-46-5-n-kg-4-43-5-n-kg-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDA5-two-point-masses-having-mass-m-and-2m-are-placed-at-distance-d-the-point-on-the-line-joining-point-masses-where-the-gravitational-field-intensity-is-zero-will-be-at-a-distance-1-xa0-2d3-1-xa0-from-poi https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDEw-at-what-height-above-the-surface-of-the-earth-the-value-of-g-decreases-by-2-radius-of-the-earth-is-6400-km-1-32-km-2-64-km-3-128-km-4-1600-km-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDEx-during-the-motion-of-a-man-from-the-equator-to-the-pole-of-the-earth-its-weight-will-neglect-the-effect-of-change-in-the-radius-of-the-earth-1-increase-by-0-34-2-decrease-by-0-34-3-increase-by-0-52-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDEz-if-r-is-the-radius-of-earth-and-g-is-the-acceleration-due-to-gravity-on-the-earth-s-surface-then-mean-density-of-the-earth-is-1-4-960-g3gr-2-3-960-r4gg-3-3g4-960-rg-4-960-rg12g-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDE0-the-value-of-g-at-the-surface-of-the-earth-is-9-8-m-s2-then-the-value-of-g-at-a-place-480-km-above-the-surface-of-the-earth-will-be-nearly-radius-of-the-earth-is-6400-km-1-9-8-m-s2-2-7-2-m-s2-3-8-5-m https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDE1-if-the-change-in-the-value-of-g-at-a-height-h-above-the-surface-of-the-earth-is-the-same-as-at-a-depth-x-below-it-then-x-and-h-being-much-smaller-than-the-radius-of-the-earth-1-x-h-2-x-2h-3-x-h2-4-x-h https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDE2-as-we-go-from-the-equator-to-the-poles-the-value-of-g-1-remains-the-same-2-decreases-3-increases-4-first-increase-and-then-decrease-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDE3-what-should-be-the-angular-speed-with-which-the-earth-has-to-rotate-on-its-axis-so-that-a-person-on-the-equator-would-weigh-35th-as-much-as-he-weighs-at-present-1-2g5r-2-2r5g-3-2r5g-4-2g5r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDE4-the-acceleration-due-to-gravity-on-a-planet-is-1-96-m-s2-if-it-is-safe-to-jump-from-a-height-of-3-m-on-the-earth-the-corresponding-height-on-the-planet-will-be-1-3-m-2-6-m-3-9-m-4-15-m-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDE5-an-object-is-taken-to-height-2r-above-the-surface-of-the-earth-the-increase-in-potential-energy-is-r-is-the-radius-of-the-earth-1-mgr2-2-mgr3-3-2mgr3-4-2mgr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDIw-the-change-in-potential-energy-when-a-body-of-mass-m-is-raised-to-height-nr-from-the-earth-s-surface-is-r-is-the-radius-of-the-earth-1-mgrnn-1-2-nmgr-3-mgrnn-1-4-mgrn2n2-1-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDIx-a-stationary-object-is-released-from-a-point-p-at-a-distance-of-3r-from-the-centre-of-the-moon-which-has-radius-r-and-mass-m-which-of-the-following-gives-the-speed-of-the-object-on-hitting-the-moon-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDIy-four-particles-a-b-c-and-d-each-of-mass-m-are-kept-at-the-corners-of-a-square-of-side-l-now-the-particle-d-is-taken-to-infinity-by-an-external-agent-keeping-the-other-particles-fixed-with-their-respec https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDIz-if-an-object-is-projected-vertically-upward-with-a-speed-equal-to-half-the-escape-velocity-on-earth-then-the-maximum-height-attained-by-it-is-r-is-radius-of-earth-1-r-2-r2-3-2r-4-r3-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDI0-if-a-satellite-of-mass-400-kg-revolves-around-the-earth-in-an-orbit-with-a-speed-of-200-m-s-then-its-potential-energy-is-1-1-2-mj-2-8-0-mj-3-16-mj-4-2-4-mj-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDI1-an-artificial-satellite-revolves-around-a-planet-for-which-gravitational-force-f-varies-with-the-distance-r-from-its-centre-as-f-propto-r-2-if-v-0-is-its-orbital-speed-then-1-v-0-propto-r-1-2-2-v-0-pr https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDI2-if-the-gravitational-potential-on-the-surface-of-the-earth-is-v0-then-the-potential-at-a-point-at-a-height-equal-to-half-of-the-radius-of-the-earth-is-1-v02-2-23v0-3-v03-4-3v02-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDI3-the-total-mechanical-energy-of-an-object-of-mass-m-projected-from-the-surface-of-the-earth-with-escape-speed-is-1-zero-2-infinite-3-gmm2r-4-gmm3r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDI4-a-body-is-thrown-with-a-velocity-equal-to-n-times-the-escape-velocity-ve-the-velocity-of-the-body-at-a-large-distance-away-will-be-1-ven2-1-2-ven2-1-3-ve1-n2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDI5-the-escape-velocity-of-a-body-from-the-earth-is-about-11-2-km-s-assuming-the-mass-and-radius-of-the-earth-to-be-about-81-and-4-times-the-mass-and-radius-of-the-moon-respectively-the-escape-velocity-in https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDMw-if-m-is-the-mass-of-a-planet-and-r-is-its-radius-then-in-order-to-become-black-hole-c-is-speed-of-light-1-gmr-8804-c-2-gm2r-8805-c-3-2gmr-8805-c-4-2gmr-8804-c-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDMx-the-atmosphere-on-a-planet-is-possible-only-if-where-vrms-is-root-mean-square-speed-of-gas-molecules-on-planet-and-ve-is-escape-speed-on-its-surface-1-vrms-ve-2-vrms-62-ve-3-vrms-8804-ve-4-vrms-60-ve https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDMy-when-the-speed-of-a-satellite-is-increased-by-x-percentage-it-will-escape-from-its-orbit-where-the-value-of-x-is-1-11-2-2-41-4-3-27-5-4-34-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDMz-in-an-orbit-if-the-time-of-revolution-of-a-satellite-is-t-then-p-e-is-proportional-to-1-t1-3-2-t3-3-t-2-3-4-t-4-3-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDM0-a-small-satellite-is-revolving-near-earth-s-surface-its-orbital-velocity-will-be-nearly-1-8-km-s-2-11-2-km-s-3-4-km-s-4-6-km-s-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDM1-if-the-potential-energy-of-a-satellite-is-2-mj-then-the-binding-energy-of-the-satellite-is-1-1-mj-2-2-mj-3-8-mj-4-4-mj-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDM2-the-time-period-of-a-polar-satellite-is-about-1-24-hr-2-100-min-3-84-6-min-4-6-hr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDM3-the-mean-radius-of-the-earth-is-r-and-its-angular-speed-on-its-axis-is-969-what-will-be-the-radius-of-orbit-of-a-geostationary-satellite-1-rg-969-21-3-2-r2g-969-21-3-3-r2g-969-1-3-4-r2-969-2g1-3-1-2-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDM4-a-satellite-of-the-earth-is-revolving-in-a-circular-orbit-with-a-uniform-speed-v-if-the-gravitational-force-suddenly-disappears-the-satellite-will-1-continue-to-move-with-velocity-v-along-the-original https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDM5-the-relay-satellite-transmits-the-television-signals-continuously-from-one-part-of-the-world-to-another-because-its-1-period-is-greater-than-the-period-of-rotation-of-the-earth-2-period-is-less-than-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjA4MDQw-if-the-height-of-a-satellite-from-the-surface-of-the-earth-is-increased-then-its-1-potential-energy-will-increase-2-kinetic-energy-will-decrease-3-total-energy-will-increase-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjEzNTQx-which-of-the-following-diagrams-most-closely-shows-the-variation-in-kinetic-energy-of-the-earth-as-it-moves-once-around-the-sun-in-its-elliptical-orbit-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjEzNzc5-starting-from-the-centre-of-the-earth-having-radius-r-the-variation-of-g-acceleration-due-to-gravity-is-shown-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjEzNzgy-on-doubling-the-distance-between-two-masses-the-gravitational-force-between-them-will-1-remains-unchanged-2-becomes-one-fourth-3-becomes-half-4-becomes-double-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjEzNzgz-newton-s-law-of-gravitation-is-true-for-1-only-uncharged-particles-2-only-for-planets-3-only-for-heavenly-bodies-4-all-the-bodies-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjEzNzg0-the-gravitational-force-between-two-bodies-is-1-repulsive-at-short-distances-2-attractive-at-large-distances-3-repulsive-at-large-distances-4-attractive-at-all-distances-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjEzNzg3-a-body-is-in-a-state-of-rest-at-infinite-distance-if-it-is-made-a-satellite-of-earth-which-of-the-following-physical-quantities-will-be-reduced-1-gravitational-force-2-kinetic-energy-3-potential-energ https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjEzODA3-the-earth-is-an-approximate-sphere-if-the-interior-contained-matter-that-is-not-of-the-same-density-everywhere-then-on-the-surface-of-the-earth-the-acceleration-due-to-gravity-1-will-be-directed-towar https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjEzODEw-which-of-the-following-are-true-1-a-polar-satellite-goes-around-the-earth-s-pole-in-west-east-direction-2-a-geostationary-satellite-goes-around-the-earth-in-east-west-direction-3-a-geostationary-satel https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njgw-as-observed-from-the-earth-the-sun-appears-to-move-in-an-approximately-circular-orbit-for-the-motion-of-another-planet-like-mercury-as-observed-from-the-earth-this-would-1-be-similarly-true-2-not-be-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njgx-different-points-in-the-earth-are-at-slightly-different-distances-from-the-sun-and-hence-experience-different-forces-due-to-gravitation-for-a-rigid-body-we-know-that-if-various-forces-act-at-various-p https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njgy-satellites-orbiting-the-earth-have-a-finite-life-and-sometimes-debris-of-satellites-fall-to-the-earth-this-is-because-1-the-solar-cells-and-batteries-in-satellites-run-out-2-the-laws-of-gravitation-pr https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njgz-both-the-earth-and-the-moon-are-subject-to-gravitational-force-of-the-sun-as-observed-from-the-sun-the-orbit-of-the-moon-1-will-be-elliptical-2-will-not-be-strictly-elliptical-because-the-total-gravit https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njg0-in-our-solar-system-the-interplanetary-region-has-chunks-of-matter-much-smaller-in-size-compared-to-planets-called-asteroids-they-1-will-not-move-around-the-sun-since-they-have-very-small-masses-compa https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njg1-choose-the-wrong-option-1-inertial-mass-is-a-measure-of-the-difficulty-of-accelerating-a-body-by-an-external-force-whereas-gravitational-mass-is-relevant-in-determining-the-gravitational-force-on-it-b https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njg2-particles-of-masses-2m-m-and-m-are-respectively-at-points-a-b-and-c-with-a-b-dfrac-1-2-left-b-c-right-the-mass-m-is-much-much-smaller-than-m-and-at-time-t-0-they-are-all-at-rest-as-given-in-the-figure https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njg3-consider-the-following-statements-a-the-acceleration-due-to-gravity-decreases-with-increasing-altitude-b-the-acceleration-due-to-gravity-increases-with-increasing-depth-assuming-the-earth-is-of-unifor https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njg4-if-the-law-of-gravitation-instead-of-being-inverse-square-law-becomes-an-inverse-cube-law-a-planets-will-not-have-elliptic-orbits-b-circular-orbits-of-planets-are-not-possible-c-the-projectile-motion https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njk5-if-the-mass-of-the-sun-were-ten-times-smaller-and-gravitational-constant-g-were-ten-times-larger-in-magnitude-then-a-walking-on-the-ground-would-become-more-difficult-b-the-acceleration-due-to-gravity https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3NzAw-if-the-sun-and-the-planets-carried-huge-amounts-of-opposite-charges-then-a-all-three-of-kepler-rsquo-s-laws-would-still-be-valid-b-only-the-third-law-would-be-valid-c-the-second-law-would-not-change-d https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3NzAx-there-have-been-suggestions-that-the-value-of-the-gravitational-constant-g-becomes-smaller-when-considered-over-a-very-large-time-period-in-billions-of-years-in-the-future-if-that-happens-for-our-eart https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3NzAy-supposing-newton-rsquo-s-law-of-gravitation-for-gravitation-forces-f-1-and-f-2-between-two-masses-m-1-and-m-2-at-positions-r-1-and-r-2-read-f-1-f-2-dfrac-r-12-r-12-3-g-m-2-0-left-dfrac-m-1-m-2-m-0-2-r https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3NzAz-the-following-are-the-given-statements-a-a-polar-satellite-goes-around-the-earth-rsquo-s-pole-in-the-north-south-direction-b-a-geostationary-satellite-goes-around-the-earth-in-the-east-west-direction https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzM1-let-the-speed-of-the-planet-at-the-perihelion-p-in-figure-shown-below-be-v-p-and-the-sun-planet-distance-mathrm-sp-be-r-p-relation-between-r-p-v-p-to-the-corresponding-quantities-at-the-aphelion-r-a-v https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzM2-let-the-speed-of-the-planet-at-the-perihelion-p-in-the-figure-shown-below-be-v-p-and-the-sun-planet-distance-sp-be-r-p-will-the-planet-take-equal-time-to-traverse-bac-and-cpb-1-no-2-yes-3-depends-on-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzM3-three-equal-masses-of-m-kg-each-are-fixed-at-the-vertices-of-an-equilateral-triangle-abc-what-is-the-force-acting-on-a-mass-2m-placed-at-the-centroid-g-of-the-triangle-use-ag-bg-cg-1-m-1-gm-2-hat-i-ha https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzQ4-the-potential-energy-of-a-system-of-four-particles-placed-at-the-vertices-of-a-square-of-side-l-as-shown-in-the-figure-below-and-the-potential-at-the-centre-of-the-square-respectively-are-1-5-41-dfrac https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzQ5-two-uniform-solid-spheres-of-equal-radii-r-but-mass-m-and-4m-have-a-centre-to-centre-separation-6r-as-shown-in-the-figure-the-two-spheres-are-held-fixed-a-projectile-of-mass-m-is-projected-from-the-su https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzUw-the-planet-mars-has-two-moons-phobos-and-delmos-phobos-has-a-period-of-7-hours-39-minutes-and-an-orbital-radius-of-9-4-times-10-3-km-the-mass-of-mars-is-1-6-48-times-10-23-text-kg-2-6-48-times-10-25-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzUz-you-are-given-the-following-data-g-9-81-text-m-s-2-r-e-6-37-times-10-6-text-m-the-distance-to-the-moon-r-3-84-times-10-8-text-m-and-the-time-period-of-the-moon-rsquo-s-revolution-is-27-3-days-mass-of https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzU0-constant-k-10-13-text-s-2-text-m-3-in-days-and-kilometres-is-1-10-13-text-d-2-text-km-3-2-1-33-times-10-14-text-dkm-3-3-10-13-text-d-2-text-km-4-1-33-times-10-14-text-d-2-text-km-3-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzU1-the-moon-is-at-a-distance-of-3-84-times10-5-text-km-from-the-earth-its-time-period-of-revolution-in-days-is-left-text-given-k-dfrac-4-pi-2-gm-e-1-33-times10-14-text-days-2-text-text-km-3-right-1-17-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzU2-a-400-text-kg-satellite-is-in-a-circular-orbit-of-radius-2r-e-where-r-e-is-the-radius-of-the-earth-about-the-earth-how-much-energy-is-required-to-transfer-it-to-a-circular-orbit-of-radius-4r-e-given-r https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzU3-a-400-text-kg-satellite-is-in-a-circular-orbit-of-radius-2r-e-about-the-earth-what-are-the-changes-in-the-kinetic-and-potential-energies-respectively-to-transfer-it-to-a-circular-orbit-of-radius-4r-e https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc0NDc3-assume-that-earth-and-mars-move-in-circular-orbits-around-the-sun-with-the-martian-orbit-being-1-52-times-the-orbital-radius-of-the-earth-the-length-of-the-martian-year-in-days-is-approximately-take-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc3MTAz-a-particle-is-released-from-a-height-of-s-above-the-surface-of-the-earth-at-a-certain-height-its-kinetic-energy-is-three-times-its-potential-energy-the-distance-from-the-earth-s-surface-and-the-speed https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc3MTA2-the-escape-velocity-from-the-earth-s-surface-is-v-the-escape-velocity-from-the-surface-of-another-planet-having-a-radius-four-times-that-of-earth-and-the-same-mass-density-is-1-3v-2-4v-3-v-4-2v-1-2-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc3MTQ0-a-particle-of-mass-m-is-projected-with-a-velocity-v-kv-e-k-1-from-the-surface-of-the-earth-the-maximum-height-above-the-surface-reached-by-the-particle-is-where-v-e-escape-velocity-r-the-radius-of-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM5MzM1-a-body-of-mass-60-text-g-experiences-a-gravitational-force-of-3-0-text-n-when-placed-at-a-particular-point-the-magnitude-of-the-gravitational-field-intensity-at-that-point-is-1-180-text-n-kg-2-0-05-te https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM5Mzcx-match-list-i-with-list-ii-list-i-list-ii-a-gravitational-constant-g-i-l-2-t-2-b-gravitational-potential-energy-ii-m-1-l-3-t-2-c-gravitational-potential-iii-lt-2-d-gravitational-intensity-iv-ml-2-t-2-c https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM5NzMz-assuming-the-earth-to-be-a-sphere-of-uniform-density-its-acceleration-due-to-gravity-acting-on-a-body-1-increases-with-increasing-altitude-2-increases-with-increasing-depth-3-is-independent-of-the-mas https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM5Nzc5-two-planets-orbit-a-star-in-circular-paths-with-radii-r-and-4r-respectively-at-a-specific-time-the-two-planets-and-the-star-are-aligned-in-a-straight-line-if-the-orbital-period-of-the-planet-closest-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2NjA1-in-a-gravitational-field-the-gravitational-potential-is-given-by-v-frac-k-x-text-j-kg-the-gravitational-field-intensity-at-the-point-2-0-3-text-m-is-1-dfrac-k2-2-dfrac-k-2-3-dfrac-k-4-4-dfrac-k4-1-2-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY2OTM2-two-bodies-of-mass-m-and-9m-are-placed-at-a-distance-r-the-gravitational-potential-on-the-line-joining-the-bodies-where-the-gravitational-field-equals-zero-will-be-g-gravitational-constant-1-dfrac-20 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY2OTQ4-a-satellite-is-orbiting-just-above-the-surface-of-the-earth-with-period-t-if-d-is-the-density-of-the-earth-and-g-is-the-universal-constant-of-gravitation-the-quantity-dfrac-3-pi-g-d-represents-1-sqrt https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY4MTUw-the-escape-velocity-of-a-body-on-the-earth-s-surface-is-11-2-text-km-s-if-the-same-body-is-projected-upward-with-a-velocity-22-4-text-km-s-the-velocity-of-this-body-at-an-infinite-distance-from-the-ce https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY4MzA0-if-r-is-the-radius-of-the-earth-and-g-is-the-acceleration-due-to-gravity-on-the-earth-surface-then-the-mean-density-of-the-earth-will-be-1-dfrac-pi-rg-12g-2-dfrac-3-pi-r-4gg-3-dfrac-3g-4-pi-rg-4-dfrac https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU0OTg3-a-planet-has-a-mass-equal-to-left-dfrac-1-10-right-mathrm-th-of-earth-s-mass-and-a-diameter-equal-to-half-of-earth-s-diameter-the-acceleration-due-to-gravity-on-this-planet-is-1-9-8-text-ms-2-2-4-9-te https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU0OTg4-the-minimum-energy-required-to-launch-a-satellite-of-mass-m-from-the-surface-of-the-earth-of-mass-m-and-radius-r-in-a-circular-orbit-at-an-altitude-of-2r-from-the-surface-of-the-earth-is-1-dfrac-2-g-m https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU2NzM1-a-rocket-is-fired-vertically-upward-with-a-speed-of-dfrac-v-e-sqrt2-from-the-earth-s-surface-where-v-e-is-escape-velocity-on-the-surface-of-earth-the-distance-from-the-surface-of-earth-upto-which-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU2ODEw-a-body-weighing-100-text-n-on-the-surface-of-the-earth-weights-x-text-kg-ms-2-at-a-height-frac-1-9-r-e-above-the-surface-of-earth-the-value-of-x-is-take-g-10-text-m-text-s-2-at-the-surface-of-earth-an https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1NDEx-which-of-the-following-quantities-remain-constant-in-a-planetary-motion-consider-elliptical-orbits-as-seen-from-the-sun-1-speed-2-angular-speed-3-kinetic-energy-4-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM4MzIy-the-force-of-gravitation-between-a-particle-a-and-another-particle-b-when-separated-by-a-distance-r-is-f-ab-while-the-force-between-a-particle-c-and-a-separated-by-the-same-distance-is-4f-ab-the-ratio https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjY1NjQw-two-spheres-of-masses-m-and-m-are-situated-in-air-and-the-gravitational-force-between-them-is-f-if-the-space-around-the-masses-is-filled-with-a-liquid-of-specific-density-3-the-gravitational-force-wil https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzEyNTYx-if-a-particle-is-projected-vertically-upward-with-a-speed-u-and-rises-to-a-maximum-altitude-h-above-the-earth-s-surface-then-g-acceleration-due-to-gravity-at-the-surface-1-h-dfrac-u-2-2g-2-h-dfrac-u-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzMxMTg1-the-gravitational-potential-energy-of-a-particle-of-mass-m-increases-by-mgh-when-it-is-raised-through-a-height-h-in-a-uniform-gravitational-field-g-if-a-particle-of-mass-m-is-raised-through-a-height-h https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM4MTA2-a-satellite-is-in-a-circular-orbit-around-a-planet-orbiting-with-a-speed-of-2-km-s-what-is-the-minimum-additional-velocity-that-should-be-given-to-it-perpendicular-to-its-motion-so-that-it-escapes-1-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM0Mjc3-what-should-be-the-mass-of-a-uniform-sphere-of-radius-r-so-that-the-escape-velocity-from-its-surface-equals-c-the-velocity-of-light-in-vacuum-assume-newton-s-theory-of-gravitation-to-hold-true-1-dfrac https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjUwOTA4-if-v-e-is-the-escape-velocity-and-v-0-is-the-orbital-velocity-of-a-satellite-for-orbit-close-to-the-earth-s-surface-then-these-are-related-by-1-v-o-v-e-2-v-e-sqrt-2v-o-3-v-e-sqrt-2-v-o-4-v-o-sqrt-2-v https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA2MDcx-assume-that-a-space-shuttle-flies-in-a-circular-orbit-very-close-to-the-earth-s-surface-taking-the-radius-of-the-space-shuttle-s-orbit-to-be-equal-to-the-radius-of-the-earth-r-and-the-acceleration-due https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTA2OTM-a-remote-sensing-satellite-of-the-earth-revolves-in-a-circular-orbit-at-a-height-of-0-25-times10-6-text-m-above-the-surface-of-the-earth-if-earth-s-radius-is-6-38-times10-6-text-m-and-g-9-8-text-ms-2 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTI1MjY-the-radii-of-circular-orbits-of-two-satellites-a-and-b-of-the-earth-are-4r-and-r-respectively-if-the-speed-of-satellite-a-is-3v-then-the-speed-of-satellite-b-will-be-1-3v-4-2-6v-3-12v-4-3v-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjYzODIx-for-a-satellite-moving-in-an-orbit-around-the-earth-the-ratio-of-kinetic-energy-to-potential-energy-is-1-1-212-2-2-3-22-4-1212-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzk0-the-time-period-of-an-earth-satellite-in-circular-orbit-is-independent-of-1-the-mass-of-the-satellite-2-radius-of-the-orbit-3-none-of-them-4-both-of-them-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1NDEw-two-satellites-a-and-b-move-around-the-earth-in-the-same-orbit-the-mass-of-b-is-twice-the-mass-of-a-then-1-speeds-of-a-and-b-are-equal-2-the-potential-energy-of-earth-a-is-same-as-that-of-earth-b-3-th https://medminds.me/qbank/physics/gravitation/?q=NP-pb246ODg5MTg-a-satellite-of-mass-m-is-orbiting-the-earth-of-radius-r-at-a-height-h-from-its-surface-what-is-the-total-energy-of-the-satellite-in-terms-of-g-0-g-0-is-the-value-of-acceleration-due-to-gravity-at-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzI2Njcw-kepler-s-second-law-is-based-on-1-newton-s-first-law-2-newton-s-second-law-3-special-theory-of-relativity-4-conservation-of-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3MjA2-if-the-angular-momentum-of-a-planet-of-mass-m-moving-around-the-sun-in-a-circular-orbit-is-l-about-the-center-of-the-sun-its-areal-velocity-is-1-dfrac-l-m-2-dfrac-4l-m-3-dfrac-l-2m-4-dfrac-2l-m-1-2-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDE0MDg4-if-kepler-s-law-of-time-periods-were-to-be-stated-in-terms-of-the-average-angular-speed-omega-of-a-planet-in-orbit-and-its-orbital-radius-r-then-1-omega-2-propto-r-3-2-omega-2-propto-dfrac-1-r-3-3-ome https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzIzMzU5-a-geostationary-satellite-is-taken-to-another-orbit-radius-of-which-is-twice-that-of-it-earlier-orbit-its-new-time-period-would-be-1-48-sqrt-2-text-hours-2-48-text-hours-3-dfrac-48-sqrt-2-text-hours-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1NzAy-the-distance-between-sun-and-earth-is-r-the-duration-of-the-year-if-the-distance-between-sun-and-earth-becomes-3r-will-be-1-sqrt-3-years-2-3-years-3-9-years-4-3-sqrt-3-years-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1NDc2-a-comet-is-orbiting-the-sun-in-a-highly-elliptical-orbit-which-of-the-following-quantities-remains-constant-during-its-revolution-1-linear-speed-2-angular-momentum-3-angular-speed-4-kinetic-energy-1-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQzNzcz-the-time-period-of-a-satellite-revolving-around-the-earth-in-a-given-orbit-is-7-hours-if-the-radius-of-the-orbit-is-increased-to-three-times-its-previous-value-then-the-approximate-new-time-period-of https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjgyNzgw-two-satellites-a-and-b-of-masses-200-kg-and-400-kg-are-revolving-around-the-earth-at-heights-of-600-km-and-1600-km-respectively-if-t-a-and-t-b-are-the-time-periods-of-a-and-b-respectively-then-the-rat https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc1MTE5-if-r-is-the-radius-of-the-orbit-of-a-planet-and-t-is-the-time-period-of-the-planet-then-which-of-the-following-graphs-correctly-shows-the-motion-of-a-planet-revolving-around-the-sun-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2NzEw-if-the-period-of-a-satellite-in-a-circular-orbit-of-radius-r-is-t-then-the-period-of-another-satellite-in-a-circular-orbit-of-radius-2r-is-1-2t-2-t-2-3-t-sqrt8-4-sqrt8t-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTQ1NzEz-a-mass-m-is-split-into-two-parts-m-and-m-m-which-are-then-separated-by-a-certain-distance-what-ratio-of-m-m-maximizes-the-gravitational-force-between-the-two-parts-1-1-3-2-1-2-3-1-4-4-1-5-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTY0NDAw-the-figure-shows-two-concentric-shells-of-masses-m-and-m-at-which-point-a-particle-of-mass-m-shall-experience-zero-gravitational-force-because-of-them-1-a-2-c-3-d-4-b-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2ODU3-two-objects-of-equal-masses-placed-at-certain-distance-from-each-other-attracts-each-other-with-a-force-of-f-if-one-third-mass-of-one-object-is-transferred-to-the-other-object-then-the-new-force-will https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzU3MDcw-the-gravitational-force-between-two-objects-1-occurs-only-when-the-objects-have-very-different-masses-2-is-greater-on-the-more-massive-of-the-two-objects-3-is-not-an-attractive-force-4-increases-in-ma https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDk3NTU4-three-identical-particles-each-of-mass-m-are-kept-at-the-three-vertices-of-an-equilateral-triangle-of-side-a-the-physical-quantities-associated-with-the-gravitational-field-of-these-particles-are-give https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDE5Mjc5-the-net-gravitational-force-acting-on-a-particle-when-three-such-identical-particles-mass-m-each-are-situated-on-the-three-vertices-of-an-equilateral-triangle-of-side-a-is-1-dfrac-2gm-2-a-2-2-dfrac-gm https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mzk1NTEx-given-below-are-two-statements-statement-i-the-force-of-gravitation-between-two-particles-acts-on-the-respective-particles-only-when-there-is-no-other-medium-between-them-statement-ii-the-gravitationa https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjczNjA0-a-body-weighs-200-text-n-on-the-surface-of-the-earth-how-much-will-it-weigh-halfway-down-to-the-centre-of-the-earth-1-100-text-n-2-150-text-n-3-200-text-n-4-250-text-n-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjAwOTAy-what-is-the-depth-at-which-the-value-of-acceleration-due-to-gravity-becomes-1-n-times-the-value-that-at-the-surface-of-the-earth-radius-of-earth-r-1-dfrac-r-n-2-2-dfrac-r-n-1-n-3-dfrac-rn-n-1-4-dfrac https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQyMTQ0-a-body-weighs-72-n-on-the-surface-of-the-earth-what-is-the-gravitational-force-on-it-due-to-the-earth-at-a-height-equal-to-half-the-radius-of-the-earth-from-the-surface-1-72-n-2-32-n-3-28-n-4-16-n-1-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1NTU3-if-the-acceleration-due-to-gravity-experienced-by-a-point-mass-at-a-height-h-above-the-surface-of-the-earth-is-the-same-as-that-of-the-acceleration-due-to-gravity-at-a-depth-alpha-h-left-h-ll-mathrm-r https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjUxMDM2-the-dependence-of-acceleration-due-to-gravity-g-on-the-distance-r-from-the-centre-of-the-earth-assumed-to-be-a-sphere-of-radius-r-of-uniform-density-is-as-shown-in-figure-below-a-b-c-d-the-correct-fig https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzU3ODQ3-two-girls-are-standing-on-the-edge-of-a-building-tossing-coins-over-the-edge-alice-is-dropping-her-coins-each-of-which-is-10-text-gm-barbara-is-tossing-her-coins-horizontally-at-0-3-text-m-s-and-her-c https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY2Njgz-the-weight-of-an-object-on-the-earth-s-surface-is-400-n-what-would-be-the-weight-of-the-same-object-at-a-depth-dfrac-r-2-from-the-surface-where-r-is-the-radius-of-the-earth-1-100-n-2-300-n-3-200-n-4-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk0NDMw-the-height-from-the-surface-of-the-earth-at-which-the-value-of-g-becomes-one-fourth-of-that-on-the-earth-s-surface-will-be-r-is-the-radius-of-the-earth-1-2-45-r-2-1-45-r-3-r-4-dfrac-5-6-r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU0ODE5-if-the-diameter-of-the-earth-becomes-half-keeping-mass-constant-then-the-acceleration-due-to-gravity-at-the-surface-of-the-earth-becomes-1-half-2-four-times-3-twice-4-three-times-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzU3MDAx-a-mathrm-dna-sample-has-a-mass-of-2-text-mg-and-an-mathrm-rna-sample-has-a-mass-three-times-that-of-the-mathrm-dna-what-is-the-ratio-of-the-weight-of-the-mathrm-dna-to-the-weight-of-the-mathrm-rna-if https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYzMzMy-what-is-the-ratio-of-acceleration-due-to-gravity-at-an-altitude-h-r-to-the-value-at-the-surface-of-the-earth-where-radius-of-earth-1-1-2-2-1-4-3-1-8-4-1-6-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjYzNjk2-when-a-body-of-weight-72-text-n-moves-from-the-surface-of-the-earth-at-a-height-half-of-the-radius-of-the-earth-then-the-gravitational-force-exerted-on-it-will-be-1-36-text-n-2-32-text-n-3-144-text-n https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQzMzg3-the-percentage-decrease-in-the-weight-of-a-rocket-when-it-is-taken-to-a-height-of-32-text-km-above-the-surface-of-the-earth-will-be-radius-of-the-earth-r-6400-text-km-1-1-text-2-3-text-3-4-text-4-0-5 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzMxODky-at-what-height-h-above-the-earth-does-the-value-of-g-become-dfrac-g-2-where-r-is-the-radius-of-the-earth-1-3r-2-sqrt-2-r-3-left-sqrt-2-1-right-r-4-dfrac-1-sqrt-2-r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY2NjMw-planet-a-has-a-density-and-radius-represented-by-rho-and-r-respectively-while-planet-b-has-a-density-of-rho-2-and-a-radius-of-1-5r-if-g-large-as-and-g-large-bs-denote-the-acceleration-at-the-surface-o https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY2NzIw-if-w-is-the-weight-on-the-surface-of-the-earth-then-the-weight-of-the-same-body-at-a-height-of-dfrac-r-e-4-above-the-surface-of-earth-is-equal-to-r-e-radius-of-earth-1-dfrac-4-5-w-2-dfrac-16-25-w-3-df https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTE5Nzg1-assuming-the-earth-to-be-a-sphere-of-uniform-mass-density-a-body-weighed-300-n-on-the-surface-of-earth-how-much-it-would-weight-at-r-4-depth-under-the-surface-of-the-earth-1-300-n-2-75-n-3-225-n-4-375 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY2ODI4-which-of-the-following-expressions-gives-the-value-of-acceleration-due-to-gravity-g-at-the-altitude-h-above-the-surface-of-the-earth-r-radius-of-earth-g-acceleration-due-to-gravity-at-the-surface-of-e https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1NTMx-imagine-that-there-exists-a-planet-whose-mass-and-radius-are-both-half-that-of-the-earth-the-acceleration-due-to-gravity-on-that-planet-will-be-1-g-4-2-g-2-3-2g-4-4g-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTIxMjU5-a-90-kg-body-placed-at-2r-distance-from-surface-of-earth-experiences-gravitational-pull-of-r-radius-of-earth-g-10-ms-2-1-100-n-2-300-n-3-120-n-4-225-n-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYzMzQ3-if-the-weight-of-an-object-at-the-earth-s-surface-is-18-n-what-will-be-its-weight-when-taken-to-a-height-of-3200-km-above-the-surface-given-radius-of-earth-6400-km-1-9-n-2-8-n-3-20-n-4-18-n-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwMDgy-given-below-are-two-statements-assertion-a-the-orbit-of-a-satellite-lies-within-earth-s-gravitational-field-while-escaping-occurs-beyond-the-earth-s-gravitational-field-reason-r-the-orbital-velocity-o https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjY0NzM5-if-a-body-of-mass-m-placed-on-the-earth-s-surface-is-taken-to-a-height-of-h-3r-then-the-change-in-gravitational-potential-energy-is-1-dfrac-mgr-4-2-dfrac-2-3-mgr-3-dfrac-3-4-mgr-4-dfrac-mgr-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzMyMzIw-how-much-work-per-kilogram-needs-to-be-done-to-shift-a-1-kg-mass-from-the-surface-of-the-earth-to-infinity-take-acceleration-due-to-gravity-g-and-radius-of-the-earth-r-1-dfrac-g-r-2-dfrac-r-g-3-gr-4-d https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzI1MTg0-if-three-particles-each-of-mass-m-are-placed-at-the-corners-of-an-equilateral-triangle-of-side-a-the-potential-energy-of-the-system-and-the-work-done-if-the-side-of-the-triangle-is-changed-from-a-to-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mzg2OTE2-in-the-gravitational-field-of-the-earth-mass-m-a-point-mass-m-is-located-at-a-distance-r-from-earth-s-centre-which-of-the-following-expressions-correctly-represents-the-gravitational-potential-energy https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDM3OTMz-match-the-following-physical-quantities-related-to-the-earth-sun-system-given-mass-of-sun-m-s-mass-of-earth-m-e-radius-of-earth-r-distance-between-sun-and-earth-a-mathrm-a-the-kinetic-energy-of-the-ea https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjUwOTY5-a-particle-of-mass-m-is-thrown-upwards-from-the-surface-of-the-earth-with-a-velocity-u-the-mass-and-the-radius-of-the-earth-are-respectively-m-and-r-g-is-the-gravitational-constant-and-g-is-the-accele https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2NzA5-for-a-satellite-the-escape-velocity-is-11-2-km-s-from-the-surface-of-the-earth-if-the-satellite-is-launched-at-an-angle-of-60-circ-with-the-vertical-then-the-escape-velocity-will-be-1-11-2-cos60-circ https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDY4NzUz-if-the-escape-velocity-from-the-surface-of-earth-is-denoted-by-v-then-what-would-be-the-escape-velocity-from-the-surface-of-a-planet-whose-mass-is-9-times-and-radius-is-16-times-that-of-earth-1-dfrac https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYyOTgw-if-mass-of-a-planet-is-9-times-that-of-the-earth-and-radius-is-2-times-that-of-the-earth-then-the-escape-speed-from-this-planet-is-v-e-is-escape-speed-from-the-earth-1-dfrac-v-e-sqrt2-2-dfrac-v-e-2-sq https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjg0MjY2-a-body-is-moving-in-a-low-circular-orbit-about-a-planet-of-mass-m-and-radius-r-the-radius-of-the-orbit-can-be-taken-to-be-r-itself-the-ratio-of-the-speed-of-this-body-in-the-orbit-to-the-escape-veloci https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY3MzAz-a-satellite-is-moving-around-earth-surface-how-much-minimum-speed-should-be-increased-so-that-it-escapes-from-earth-surface-g-acceleration-due-to-gravity-r-radius-of-earth-1-2-sqrt-gr-2-left-sqrt-2-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2MzQz-the-escape-velocity-of-a-rocket-launched-from-the-surface-of-the-earth-towards-a-planet-1-does-not-depend-on-the-mass-of-the-rocket-2-does-not-depend-on-the-mass-of-the-earth-3-depends-on-the-mass-of https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2MzQy-a-planet-has-a-radius-twice-but-density-dfrac14-as-compared-to-earth-the-ratio-of-escape-velocity-from-earth-to-that-from-the-planet-will-be-1-1-2-2-1-1-3-2-1-4-3-1-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mzk1NTE0-the-escape-velocity-of-a-particle-projected-tangentially-from-the-surface-of-a-planet-of-radius-r-is-g-is-the-gravitational-acceleration-on-the-planet-s-surface-1-sqrt-5gr-2-sqrt-3gr-3-sqrt-2gr-4-infi https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDk3NTY2-a-planet-of-uniform-density-has-a-narrow-frictionless-tunnel-ab-along-its-diameter-2r-the-acceleration-due-to-gravity-on-the-surface-of-the-planet-is-g-a-particle-is-given-a-velocity-v-e-and-launched https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQzNzI0-the-escape-velocity-of-a-body-on-a-planet-a-is-12-kms-1-the-escape-velocity-of-the-body-on-another-planet-b-whose-density-is-four-times-and-radius-is-half-of-the-planet-a-is-1-12-kms-1-2-24-kms-1-3-36 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1OTAx-the-value-of-acceleration-due-to-gravity-on-the-surface-of-a-planet-is-left-dfrac-1-6-right-th-that-of-the-earth-the-radius-of-the-planet-is-left-dfrac-1-3-right-rd-of-earth-s-radius-what-is-the-escap https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1Njc2-the-escape-speed-of-a-projectile-on-the-earth-s-surface-is-nearly-11-text-km-s-a-body-is-projected-out-from-earth-at-twice-this-speed-what-is-the-speed-of-the-body-far-away-from-the-earth-ignore-the-p https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mzk1NTEz-if-the-escape-velocity-from-a-planet-s-surface-is-v-text-esc-and-its-radius-r-then-the-gravitational-acceleration-on-its-surface-equals-1-dfrac-v-2-text-esc-r-2-dfrac-v-2-text-esc-2r-3-dfrac-v-2-text https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzMzMDY0-a-satellite-orbiting-around-earth-has-potential-energy-e-then-the-kinetic-energy-is-1-e-4-2-e-3-3-e-2-4-e-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTIxMjU-a-geostationary-satellite-is-orbiting-the-earth-at-a-height-of-5r-above-the-surface-of-the-earth-r-being-the-radius-of-the-earth-the-time-period-of-another-satellite-in-hours-at-a-height-of-2r-from-th https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5MjI1-a-satellite-is-in-an-elliptical-orbit-around-a-planet-p-it-is-observed-that-the-velocity-of-the-satellite-when-it-is-farthest-from-the-planet-is-6-times-less-than-that-when-it-is-closest-to-the-planet https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2NjYy-a-satellite-of-mass-m-is-revolving-around-the-earth-in-a-stationary-orbit-with-a-time-period-t-if-10-of-the-satellite-s-mass-is-detached-what-will-happen-to-its-time-period-1-remain-the-same-2-increas https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTE5Mzk-for-a-satellite-moving-in-an-orbit-around-the-earth-the-ratio-of-kinetic-energy-to-potential-energy-is-1-dfrac-1-sqrt-2-2-2-3-sqrt-2-4-dfrac-1-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY3MzE5-if-the-time-period-for-one-revolution-by-satellite-near-the-earth-s-surface-is-t-then-the-time-period-of-revolution-of-the-satellite-at-a-height-equal-to-the-radius-of-the-earth-will-be-1-sqrt-8-t-2-s https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzIzMzYw-the-energy-required-to-shift-a-satellite-from-orbital-radius-r-to-orbital-radius-2r-is-e-what-energy-will-be-required-to-shift-the-satellite-from-orbital-radius-2r-to-orbital-radius-3r-1-e-2-e-2-3-e-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTIxMjQ1-the-correct-formula-for-the-height-of-a-satellite-from-earth-s-surface-is-1-left-dfrac-t-2-r-2-g-4-pi-2-right-1-3-r-2-left-dfrac-t-2-r-2-g-4-pi-right-1-2-r-3-left-dfrac-t-2-r-2-4-pi-2-g-right-1-3-r-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxNTI2-the-variation-of-gravitational-intensity-g-for-a-uniform-solid-sphere-of-mass-m-and-radius-r-is-given-by-where-r-is-the-distance-from-the-centre-of-the-solid-sphere-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDY0MjMw-if-the-gravitational-potential-on-the-surface-of-earth-is-v-0-then-potential-at-a-point-at-a-height-equal-to-half-of-the-radius-of-earth-is-1-dfrac-v-0-2-2-dfrac-2v-0-3-3-dfrac-v-0-3-4-dfrac-3v-0-2-1 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MTE-the-distance-of-a-planet-from-the-sun-is-5-times-the-distance-between-the-earth-and-the-sun-the-time-period-of-the-planet-is-1-5-3-2-years-2-5-2-3-years-3-5-1-3-years-4-5-1-2-years-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk0NDYw-a-planet-moves-around-the-sun-at-a-point-p-it-is-closest-to-the-sun-at-a-distance-d-1-and-has-speed-v-1-at-another-point-q-when-it-is-farthest-from-the-sun-at-distance-d-2-its-speed-will-be-1-dfrac-d https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTA3MzE-kepler-s-third-law-states-that-the-square-of-the-period-of-revolution-t-of-a-planet-around-the-sun-is-proportional-to-the-third-power-of-average-distance-r-between-the-sun-and-planet-i-e-t-2-kr-3-here https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYzNDcw-if-r-represents-the-orbital-radius-of-a-planet-and-t-its-orbital-period-which-of-the-following-graphs-correctly-depicts-the-relationship-between-r-and-t-for-a-planet-revolving-around-the-sun-1-2-3-4-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk1MjU0-a-satellite-that-is-geostationary-in-a-particular-orbit-is-taken-to-another-orbit-its-distance-from-the-centre-of-the-earth-in-the-new-orbit-is-2-times-that-of-the-earlier-orbit-the-time-period-in-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTk5NTA4-the-time-period-of-a-geostationary-satellite-is-24-h-at-a-height-of-6r-e-r-e-is-the-radius-of-the-earth-from-the-surface-of-the-earth-the-time-period-of-another-satellite-whose-height-is-2-5r-e-from-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTY0NDA4-a-planet-moves-around-the-sun-s-in-an-elliptical-orbit-as-shown-in-the-figure-if-its-distances-from-the-sun-at-points-a-and-b-are-r-1-and-r-2-respectively-what-is-the-ratio-of-its-linear-momentum-at-a https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTczNzg3-two-satellites-s-1-and-s-2-move-in-the-same-direction-in-coplanar-concentric-circular-orbits-of-radii-r-1-and-r-2-their-orbital-periods-are-1-text-hr-and-8-text-hr-respectively-if-r-1-10-4-text-km-wha https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYyODA5-when-a-planet-revolves-around-the-sun-in-an-elliptical-orbit-then-which-of-the-following-remains-constant-1-velocity-2-angular-velocity-3-areal-velocity-4-both-2-3-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTAyNzUw-mass-m-is-divided-into-two-parts-xm-and-1-x-m-for-a-given-separation-the-value-of-x-for-which-the-gravitational-attraction-between-the-two-pieces-becomes-maximum-is-1-frac-1-2-2-frac-3-5-3-1-4-2-1-2-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTY0NDk5-two-particles-of-mass-m-and-4m-are-separated-by-a-distance-r-their-neutral-point-is-at-1-frac-r-2-text-from-m-2-frac-r-3-text-from-4m-3-frac-r-3-text-from-m-4-frac-r-4-text-from-4m-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTY0NDY3-three-identical-point-masses-each-of-mass-1-text-kg-lie-at-three-points-0-0-0-0-2-text-m-0-2-text-m-0-the-net-gravitational-force-on-the-mass-at-the-origin-is-1-6-67-times-10-9-hat-i-hat-j-text-n-2-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwODkw-given-below-are-two-statements-statement-i-the-gravitational-force-exerted-by-the-sun-on-the-earth-is-reduced-when-the-moon-is-between-the-earth-and-the-sun-statement-ii-the-gravitational-force-exerte https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTA3MzM-two-spherical-bodies-of-masses-m-and-5m-and-radii-r-and-2r-are-released-in-free-space-with-initial-separation-between-their-centres-equal-to-12r-if-they-attract-each-other-due-to-gravitational-force-o https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDY1-two-identical-hollow-spheres-of-negligible-thickness-are-placed-in-contact-with-each-other-the-force-of-gravitation-between-the-spheres-will-be-proportional-to-r-radius-of-each-sphere-1-r-2-r-2-3-r-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTQ1NzEw-two-identical-solid-copper-spheres-of-radius-r-are-placed-in-contact-with-each-other-the-gravitational-attraction-between-them-is-proportional-to-1-r-2-2-r-2-3-r-4-4-r-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTQ1NzA1-the-gravitational-force-between-two-point-masses-m-1-and-m-2-at-separation-r-is-given-by-f-k-frac-m-1m-2-r-2-the-constant-k-1-depends-on-the-system-of-units-only-2-depends-on-the-medium-between-masses https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQzMTcy-given-below-are-two-statements-statement-i-the-gravitational-force-acting-on-a-particle-depends-on-the-electric-charge-of-the-particle-statement-ii-the-gravitational-force-on-an-extended-body-can-be-c https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjQ1NDE4-what-is-the-depth-at-which-the-value-of-acceleration-due-to-gravity-becomes-dfrac-1-n-times-it-s-value-at-the-surface-of-the-earth-radius-of-the-earth-mathrm-r-1-dfrac-r-n-2-2-dfrac-r-n-1-n-3-dfrac-rn https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDA2-radii-and-densities-of-two-planets-are-r-1-r-2-and-rho-1-rho-2-respectively-the-ratio-of-accelerations-due-to-gravity-on-their-surfaces-is-1-frac-rho-1-r-1-frac-rho-2-r-2-2-frac-rho-1-r-2-1-frac-rho-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDEz-1-kg-of-sugar-has-maximum-weight-1-at-the-pole-2-at-the-equator-3-at-a-latitude-of-45-circ-4-in-india-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjYzODY4-imagine-a-new-planet-having-the-same-density-as-that-of-the-earth-but-3-times-bigger-than-the-earth-in-size-if-the-acceleration-due-to-gravity-on-the-surface-of-the-earth-is-g-and-that-on-the-surface https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwMTIy-given-below-are-two-statements-assertion-a-generally-the-path-of-a-projectile-from-the-earth-is-parabolic-but-it-is-elliptical-for-a-projectile-going-to-a-very-great-height-reason-r-at-the-ordinary-he https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTAyNzU4-an-object-weighs-72-n-on-earth-its-weight-at-a-height-frac-r-2-from-the-surface-of-the-earth-will-be-1-32-n-2-56-n-3-72-n-4-zero-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjY0MzA0-the-density-of-a-newly-discovered-planet-is-twice-that-of-earth-if-the-acceleration-due-to-gravity-on-its-surface-is-the-same-as-that-on-earth-and-the-radius-of-earth-is-r-what-will-be-the-radius-of-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYzMjg2-the-value-of-acceleration-due-to-gravity-at-a-height-of-800-text-km-from-the-surface-of-the-earth-radius-of-the-earth-is-6400-text-km-and-value-of-acceleration-due-to-gravity-on-the-earth-s-surface-is https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjY0NzIz-for-moon-its-mass-is-frac-1-81-of-earth-s-mass-and-its-diameter-is-frac-1-3-7-of-earth-s-diameter-if-acceleration-due-to-gravity-at-earth-s-surface-is-9-8-text-m-s-2-then-at-the-moon-its-value-is-1-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjY1NjMw-the-acceleration-due-to-gravity-on-planet-a-is-9-times-the-acceleration-due-to-gravity-on-planet-b-a-man-jumps-to-a-height-of-2-m-on-the-surface-of-a-what-is-the-height-of-a-jump-by-the-same-person-on https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTAwODk-a-projectile-is-fired-from-the-surface-of-the-earth-with-a-velocity-of-5-m-s-and-angle-theta-with-the-horizontal-another-projectile-fired-from-another-planet-with-a-velocity-of-3-m-s-at-the-same-angle https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjI3Njc5-the-earth-is-an-approximate-sphere-if-the-interior-contained-matter-which-is-not-of-the-same-density-everywhere-then-on-the-surface-of-the-earth-the-acceleration-due-to-gravity-1-will-be-directed-towa https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTczODMx-the-gravitational-potential-energy-of-an-isolated-system-of-three-particles-each-of-mass-m-placed-at-three-corners-of-an-equilateral-triangle-of-side-l-is-1-gm-over-l-2-2-gm-2-over-2-l-3-2gm-2-over-l https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTQ1NzE2-an-artificial-satellite-moving-in-a-circular-orbit-around-the-earth-has-a-total-kinetic-potential-energy-e-0-its-potential-energy-is-1-e-0-2-1-5e-0-3-2e-0-4-e-0-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTIyMTUw-the-energy-required-to-move-a-satellite-of-mass-m-from-an-orbit-of-radius-2r-to-3r-around-the-earth-having-mass-m-is-1-frac-gmm-12r-2-frac-gmm-r-3-frac-gmm-8-r-4-frac-gmm-2r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTcxMTg1-a-body-of-mass-m-is-situated-at-a-distance-4r-e-above-the-earth-s-surface-where-r-e-is-the-radius-of-the-earth-what-minimum-energy-should-be-given-to-the-body-so-that-it-may-escape-1-mgr-e-2-2mgr-e-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYzMjUw-a-satellite-of-mass-1000-kg-revolves-in-a-circular-orbit-around-the-earth-with-a-constant-speed-of-100-m-s-the-total-mechanical-energy-of-the-satellite-is-1-0-5-mj-2-25-mj-3-5-mj-4-2-5-mj-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTIyOTE0-three-equal-masses-m-are-placed-at-the-three-vertices-of-an-equilateral-triangle-of-sides-r-the-work-required-to-double-the-separation-between-masses-will-be-1-gm-2-over-r-2-3gm-2-over-r-3-3-over-2-gm https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM5NzI4-given-below-are-two-statements-assertion-a-a-satellite-moving-in-a-circular-orbit-around-the-earth-has-a-total-energy-e-0-then-its-potential-energy-is-e-0-reason-r-potential-energy-of-the-body-at-a-po https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NzQyMzk-if-a-particle-is-dropped-from-a-height-h-3r-from-the-earth-s-surface-the-speed-with-which-the-particle-will-strike-the-ground-is-1-sqrt-3gr-2-sqrt-2gr-3-sqrt-1-5gr-4-sqrt-gr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTcxMTM5-the-potential-energy-of-a-satellite-having-mass-m-and-rotating-at-a-height-of-6-4-times-10-6-text-m-from-the-earth-s-surface-is-1-0-5mg-r-e-2-mg-r-e-3-2mg-r-e-4-4mg-r-e-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3Njc-a-body-of-mass-m-kg-starts-falling-from-a-point-2r-above-the-earth-s-surface-its-kinetic-energy-when-it-has-fallen-to-a-point-r-above-the-earth-s-surface-is-r-text-radius-of-earth-m-text-mass-of-earth https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDI5-a-body-is-thrown-vertically-upwards-with-an-initial-speed-sqrt-gr-where-r-is-the-radius-of-the-earth-the-maximum-height-reached-by-the-body-from-the-surface-of-the-earth-is-1-frac-r-2-2-frac-3r-2-3-r https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTE0MTYy-if-the-radius-of-a-planet-is-r-and-its-density-is-rho-the-escape-velocity-from-its-surface-will-be-1-v-e-propto-rho-r-2-v-e-propto-sqrt-rho-r-3-v-e-propto-frac-sqrt-rho-r-4-v-e-propto-frac-1-sqrt-rho https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjYzODkx-for-a-planet-having-mass-equal-to-the-mass-of-the-earth-but-a-radius-equal-to-one-fourth-of-the-radius-of-the-earth-its-escape-velocity-will-be-1-11-2-text-km-s-2-22-4-text-km-s-3-5-6-text-km-s-4-44-8 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjgyODk1-the-initial-velocity-v-i-required-to-project-a-body-vertically-upwards-from-the-surface-of-the-earth-to-just-reach-a-height-of-10r-where-r-is-the-radius-of-the-earth-described-in-terms-of-escape-veloc https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTExMTc-a-black-hole-is-an-object-whose-gravitational-field-is-so-strong-that-even-light-cannot-escape-from-it-to-what-approximate-radius-would-earth-mass-m-5-98-times-10-24-text-kg-have-to-be-compressed-to-b https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5NDA3-a-satellite-is-revolving-in-a-circular-orbit-at-a-height-h-from-the-earth-s-surface-radius-of-earth-r-h-1-sqrt-2gr-2-sqrt-gr-3-sqrt-frac-gr-2-4-sqrt-gr-left-sqrt-2-1-right-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDMz-a-particle-is-located-midway-between-two-point-masses-each-of-mass-m-kept-at-a-separation-2d-the-escape-speed-of-the-particle-is-neglecting-the-effect-of-any-other-gravitational-effect-1-sqrt-frac-2-g https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDM2-three-identical-particles-each-of-mass-m-are-located-at-the-vertices-of-an-equilateral-triangle-of-side-a-the-escape-speed-of-one-particle-will-be-1-sqrt-frac-4-gm-a-2-sqrt-frac-3-gm-a-3-sqrt-frac-2-g https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDYw-the-escape-velocities-from-the-surface-of-two-planets-of-the-same-mass-are-in-the-ratio-of-1-sqrt-2-the-ratio-of-their-densities-is-1-1-2-2-1-4-3-1-8-4-1-16-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjY0NzIy-rohini-satellite-is-at-a-height-of-500-km-and-insat-b-is-at-a-height-of-3600-km-from-the-surface-of-the-earth-the-relation-between-their-orbital-velocity-v-r-v-i-is-1-v-r-v-i-2-v-r-v-i-3-v-r-v-i-4-no https://medminds.me/qbank/physics/gravitation/?q=NP-pb246NTA3MjA-two-satellites-a-and-b-go-around-the-earth-in-circular-orbits-at-heights-of-r-a-text-and-r-b-respectively-from-the-surface-of-the-earth-assuming-earth-to-be-a-uniform-sphere-of-radius-r-e-the-ratio-of https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTAyNzQ4-two-particles-of-equal-masses-go-around-a-circle-of-radius-r-under-the-action-of-their-mutual-gravitational-attraction-the-speed-of-each-particle-is-1-v-frac-1-2-r-sqrt-frac-1-gm-2-v-sqrt-frac-gm-2-r https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTA2OTY-a-satellite-s-is-moving-in-an-elliptical-orbit-around-the-earth-if-the-mass-of-the-satellite-is-very-small-as-compared-to-the-mass-of-the-earth-then-1-the-angular-momentum-of-s-about-the-centre-of-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTY0NDcx-a-satellite-is-revolving-around-the-earth-with-speed-v-0-if-it-is-stopped-suddenly-then-with-what-velocity-will-the-satellite-hit-the-ground-v-e-escape-velocity-from-the-earth-s-surface-1-sqrt-v-e-2-v https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYwNDY2-a-planet-is-revolving-around-a-massive-star-in-a-circular-orbit-of-radius-r-if-the-gravitational-force-of-attraction-between-the-planet-and-the-star-is-inversely-proportional-to-r-3-then-the-time-peri https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYzMzUx-a-satellite-of-mass-m-revolving-around-the-earth-in-a-circular-orbit-of-radius-r-has-its-angular-momentum-equal-to-l-about-the-centre-of-the-earth-the-potential-energy-of-the-satellite-is-1-frac-l-2-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTYzMzg4-if-the-speed-of-an-artificial-satellite-revolving-around-the-earth-in-a-circular-orbit-be-2-over-3-of-the-escape-velocity-from-the-surface-of-earth-then-its-altitude-above-the-surface-of-the-earth-is https://medminds.me/qbank/physics/gravitation/?q=NP-b246MTQ1NzA4-the-centripetal-force-acting-on-a-satellite-orbiting-around-the-earth-and-the-gravitational-force-of-the-earth-acting-on-the-satellite-both-are-equal-to-f-the-net-force-on-the-satellite-is-1-zero-2-f https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzMy-given-below-are-two-statements-assertion-a-gravitational-potential-is-constant-everywhere-inside-a-spherical-shell-reason-r-gravitational-field-inside-a-spherical-shell-is-zero-everywhere-1-both-a-and https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzI0MDM1-a-particle-starts-from-rest-at-a-large-distance-from-a-planet-reaches-the-planet-solely-under-gravitational-attraction-and-passes-through-a-smooth-tunnel-through-its-center-which-statement-about-the-p https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1ODA5-which-of-the-following-graphs-correctly-represents-the-variation-of-gravitational-potential-v-with-distance-r-from-the-center-of-a-uniform-thin-spherical-shell-given-r-radius-of-the-shell-1-2-3-4-1-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTkyNzg3-the-amount-of-work-done-to-raise-a-mass-m-from-the-surface-of-the-earth-to-a-height-equal-to-the-radius-of-the-earth-r-will-be-1-2mgr-2-mgr-3-mg-dfrac-r-4-4-mg-dfrac-r-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTk4MjA5-in-a-solar-system-the-time-period-of-revolution-of-a-planet-tracing-a-circular-orbit-of-radius-r-is-proportional-to-1-r-3-2-r-1-2-3-r-3-2-4-r-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTk4MTgy-p-1-1-2-2-dfrac-1-sqrt-2-3-1-4-sqrt-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTM1MTQ4-a-body-weight-48-text-n-on-the-surface-of-the-earth-the-gravitational-force-experienced-by-the-body-due-to-the-earth-at-a-height-equal-to-one-third-the-radius-of-the-earth-from-its-surface-is-1-32-tex https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTM1MTQy-the-radius-of-martian-orbit-around-the-sun-is-about-4-times-the-radius-of-the-orbit-of-mercury-the-martian-year-is-687-earth-days-then-which-of-the-following-is-the-length-of-1-year-on-mercury-1-172-e https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDY4ODM1-an-object-of-mass-100-text-kg-falls-from-point-a-to-b-as-shown-in-the-figure-the-change-in-its-weight-corrected-to-the-nearest-integer-r-e-is-the-radius-of-the-earth-is-1-49-text-n-2-89-text-n-3-5-tex https://medminds.me/qbank/physics/gravitation/?q=NP-pb246ODg5MzY-the-acceleration-due-to-gravity-at-a-height-1-text-km-above-the-earth-s-surface-is-the-same-as-at-a-depth-d-below-the-surface-of-the-earth-then-1-d-1-text-km-2-d-frac-3-2-text-km-3-d-2-text-km-4-d-fra https://medminds.me/qbank/physics/gravitation/?q=NP-pb246ODg5NjA-two-astronauts-are-floating-in-gravitation-free-space-after-having-lost-contact-with-their-spaceship-the-two-will-1-move-towards-each-other-2-move-away-from-each-other-3-become-stationary-4-keep-float https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTIxMTA-the-height-at-which-the-weight-of-a-body-becomes-left-frac-1-16-right-mathrm-th-of-its-weight-on-the-surface-of-the-earth-radius-r-is-1-5r-2-15r-3-3r-4-4r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjUwOTE2-which-one-of-the-following-plots-represents-the-variation-of-a-gravitational-field-on-a-particle-with-distance-r-due-to-a-thin-spherical-shell-of-radius-r-r-is-measured-from-the-centre-of-the-spherica https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTI0MzE-a-planet-moving-along-an-elliptical-orbit-is-closest-to-the-sun-at-a-distance-r1-and-farthest-away-at-a-distance-of-r2-if-v1-and-v2-are-the-linear-velocities-at-these-points-respectively-then-the-rati https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjUwOTcz-a-particle-of-mass-m-is-situated-at-the-centre-of-a-spherical-shell-of-the-same-mass-and-radius-a-the-magnitude-of-the-gravitational-potential-at-a-point-situated-at-a-2-distance-from-the-centre-will https://medminds.me/qbank/physics/gravitation/?q=NP-pb246OTI1NTI-a-particle-of-mass-m-is-situated-at-the-centre-of-a-spherical-shell-of-the-same-mass-and-radius-a-the-gravitational-potential-at-a-point-situated-at-a-2-distance-from-the-centre-will-be-1-dfrac-3gm-a https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjUxMDM4-the-additional-kinetic-energy-to-be-provided-to-a-satellite-of-mass-m-revolving-around-a-planet-of-mass-m-to-transfer-it-from-a-circular-orbit-of-radius-r-1-to-another-of-radius-r-2-r-2-r-1-is-1-gmm-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjY1NTA5-with-what-velocity-should-a-particle-be-projected-so-that-its-height-becomes-equal-to-the-radius-of-the-earth-1-gmr-1-2-gmr-1-2-gmr-1-2-2-8gmr-1-2-8gmr-1-2-8gmr-1-2-3-2gmr-1-2-2gmr-1-2-2gmr-1-2-4-4gmr https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjY0NzE4-if-the-radius-of-the-earth-shrinks-by-1-then-for-acceleration-due-to-gravity-there-would-be-1-no-change-at-the-poles-2-no-change-at-the-equator-3-maximum-change-at-the-equator-4-equal-change-at-all-lo https://medminds.me/qbank/physics/gravitation/?q=NP-b246MjcwNzM4-three-equal-masses-of-m-kg-each-are-fixed-at-the-vertices-of-an-equilateral-triangle-abc-what-is-the-force-acting-on-a-mass-2m-placed-at-the-centroid-g-of-the-triangle-if-the-mass-at-the-vertex-a-is-d https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDUwODM2-satellites-orbiting-the-earth-have-finite-life-and-sometimes-debris-of-satellites-fall-to-the-earth-this-is-because-1-the-solar-cells-and-batteries-in-satellites-run-out-2-the-laws-of-gravitation-pred https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDUwODQ1-supposing-newton-s-law-of-gravitation-for-gravitation-forces-f-1-and-f-2-between-two-masses-m-1-and-m-2-at-positions-r-1-and-r-2-read-mathbf-f-mathbf-1-mathbf-f-2-frac-mathbf-r-12-r-12-3-g-m-o-2-left https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDUwODQ3-which-of-the-following-are-true-1-a-polar-satellite-goes-around-the-earth-s-pole-in-northsouth-direction-2-a-geostationary-satellite-goes-around-the-earth-in-east-west-direction-3-a-geostationary-sate https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5MjE3-select-the-correct-option-based-on-the-statements-below-assertion-a-the-escape-velocities-of-planets-a-and-b-are-the-same-but-a-and-b-are-of-unequal-mass-reason-r-the-product-of-their-mass-and-radius https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzky-let-v-and-e-represent-the-gravitational-potential-and-field-at-a-distance-r-from-the-centre-of-a-uniform-solid-sphere-consider-the-two-statements-statement-a-the-plot-of-v-against-r-is-discontinuous-s https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzkx-let-v-and-e-be-the-gravitational-potential-and-gravitational-field-at-a-distance-r-from-the-centre-of-a-uniform-spherical-shell-consider-the-following-two-statements-statement-a-the-plot-of-v-against https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM5NjMy-given-below-are-two-statements-assertion-a-an-astronaut-in-an-orbiting-space-station-above-the-earth-experiences-weightlessness-reason-r-an-object-moving-around-the-earth-under-the-influence-of-the-ea https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM5Njkx-given-below-are-two-statements-assertion-a-the-satellites-equipped-with-electronic-devices-are-called-active-satellites-reason-r-passive-satellite-works-as-active-satellite-1-both-a-and-r-are-true-and https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwMDAw-given-below-are-two-statements-assertion-a-there-is-no-effect-of-rotation-of-earth-on-acceleration-due-to-gravity-at-poles-reason-r-rotation-of-earth-is-about-the-polar-axis-1-both-a-and-r-are-true-an https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwMDIz-given-below-are-two-statements-assertion-a-a-tennis-ball-bounces-higher-on-hills-than-on-plains-reason-r-acceleration-due-to-gravity-on-the-hill-is-greater-than-that-on-the-surface-of-the-earth-1-both https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwMTcw-given-below-are-two-statements-assertion-a-the-angular-velocity-of-a-planet-orbiting-around-the-sun-increases-when-it-is-nearest-to-the-sun-reason-r-angular-momentum-of-a-body-is-proportional-to-angul https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwMTc0-given-below-are-two-statements-assertion-a-a-body-becomes-weightless-at-the-centre-of-the-earth-reason-r-as-the-distance-from-the-centre-of-earth-decreases-acceleration-due-to-gravity-increases-1-both https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwMTk5-given-below-are-two-statements-assertion-a-the-binding-energy-of-a-satellite-depends-upon-the-mass-of-the-satellite-reason-r-binding-energy-is-the-negative-value-of-the-total-energy-of-a-satellite-1-b https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwMjMw-given-below-are-two-statements-assertion-a-the-speed-of-revolution-of-an-artificial-satellite-revolving-very-near-the-earth-is-8-kms-1-reason-r-orbital-velocity-of-a-satellite-becomes-independent-of-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwMjQ0-given-below-are-two-statements-assertion-a-the-length-of-the-day-is-slowly-increasing-reason-r-the-dominant-effect-causing-a-slowdown-in-the-rotation-of-the-earth-is-the-gravitational-pull-of-other-pl https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQwMjky-given-below-are-two-statements-assertion-a-a-planet-moves-faster-when-it-is-closer-to-the-sun-in-its-orbit-and-vice-versa-reason-r-orbital-velocity-in-the-orbit-of-the-planet-is-constant-1-both-a-and https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzIz-given-below-are-two-statements-assertion-a-the-comets-do-not-obey-kepler-s-law-of-planetary-motion-reason-r-the-comets-do-not-have-elliptical-orbits-1-both-a-and-r-are-true-and-r-is-the-correct-explan https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzI0-given-below-are-two-statements-assertion-a-the-square-of-the-period-of-revolution-of-a-planet-is-proportional-to-the-cube-of-the-semi-major-axis-of-its-elliptical-orbit-reason-r-sun-s-gravitational-fi https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzI1-given-below-are-two-statements-assertion-a-at-the-pole-the-value-of-acceleration-due-to-gravity-g-is-greater-than-that-at-the-equator-reason-r-earth-rotates-on-its-axis-in-addition-to-revolving-around https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzI2-given-below-are-two-statements-assertion-a-the-time-period-of-the-revolution-of-a-satellite-around-a-planet-is-directly-proportional-to-the-radius-of-the-orbit-of-the-satellite-reason-r-artificial-sat https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzI4-given-below-are-two-statements-assertion-a-the-earth-is-slowing-down-and-as-a-result-the-moon-is-coming-nearer-to-it-reason-r-the-angular-momentum-of-the-earth-moon-system-is-not-conserved-1-both-a-an https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzMx-given-below-are-two-statements-assertion-a-though-the-gravitational-force-between-two-particles-is-central-the-force-between-two-finite-rigid-bodies-is-not-necessarily-along-the-line-joining-their-cen https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzMz-given-below-are-two-statements-assertion-a-work-done-by-the-gravitational-force-is-positive-when-two-point-masses-are-brought-from-infinity-to-any-two-points-in-space-reason-r-gravitational-potential https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzM2-given-below-are-two-statements-assertion-a-light-from-a-distant-quasar-follows-a-curved-path-around-a-black-hole-reason-r-an-object-curves-the-space-around-it-due-to-its-mass-1-both-a-and-r-are-true-a https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzM3-given-below-are-two-statements-assertion-a-from-a-satellite-orbiting-around-earth-in-a-circular-orbit-an-object-is-fired-in-the-forward-direction-the-orbit-of-the-satellite-becomes-elliptical-reason-r https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQxMzM5-given-below-are-two-statements-assertion-a-the-gravitational-potential-energy-associated-with-a-particle-earth-system-depends-on-the-vertical-position-or-height-of-the-particle-relative-to-the-referen https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzgz-the-acceleration-of-the-moon-with-respect-to-earth-is-0-0027-m-s-2-and-the-acceleration-of-an-apple-falling-on-earth-s-surface-is-about-10-m-s-2-assume-that-the-radius-of-the-moon-is-one-fourth-of-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzg0-the-acceleration-of-the-moon-just-before-it-strikes-the-earth-in-the-previous-question-is-1-10-m-s-2-2-0-0027-m-s-2-3-6-4-m-s-2-4-5-0-m-s-2-previous-question-the-acceleration-of-the-moon-with-respect https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzg1-suppose-the-acceleration-due-to-gravity-at-the-earth-s-surface-is-10-ms-2-and-at-the-surface-of-mars-it-is-4-0-ms-2-a-60-kg-passenger-goes-from-the-earth-to-mars-in-a-spaceship-moving-with-a-constant https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzg3-consider-a-planet-in-some-solar-system-that-has-a-mass-double-the-mass-of-the-earth-and-density-equal-to-the-average-density-of-the-earth-an-object-weighing-w-on-the-earth-will-weigh-1-w-2-2w-3-w-2-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzg5-if-the-acceleration-due-to-gravity-at-the-surface-of-earth-is-g-the-work-done-in-slowly-lifting-a-body-of-mass-m-from-the-earth-s-surface-to-a-height-r-equal-to-the-radius-of-the-earth-is-1-frac-12-mg https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzkw-a-person-brings-a-mass-of-1-kg-from-infinity-to-a-point-a-initially-the-mass-was-at-rest-but-it-moves-at-a-speed-of-2-m-s-1-as-it-reaches-a-the-work-done-by-the-person-on-the-mass-is-3-j-the-potential https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzkz-take-the-effect-of-the-bulging-of-the-earth-and-its-rotation-in-account-consider-the-following-statements-statement-i-there-are-points-outside-the-earth-where-the-value-of-g-is-equal-to-its-value-at-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzk2-the-magnitude-of-the-gravitational-potential-energy-of-the-moon-earth-system-is-u-with-zero-potential-energy-at-infinite-separation-the-kinetic-energy-of-the-moon-with-respect-to-the-earth-is-k-then-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzk3-the-figure-shows-the-elliptical-path-of-a-planet-about-the-sun-the-two-shaded-parts-have-equal-area-if-t-1-and-t-2-be-the-time-taken-by-the-planet-to-go-from-a-to-b-and-from-c-to-d-respectively-then-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1Mzk4-a-person-sitting-in-a-chair-in-a-satellite-feels-weightless-because-1-the-earth-does-not-attract-the-objects-in-a-satellite-2-the-normal-force-by-the-chair-on-the-person-balances-the-earth-s-attractio https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1NDAw-a-body-is-suspended-from-a-spring-balance-kept-in-a-satellite-the-reading-of-the-balance-is-w1-when-the-satellite-goes-in-an-orbit-of-radius-r-and-is-w2-when-it-goes-in-an-orbit-of-radius-2r-1-w1-w2-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1NDAx-the-kinetic-energy-needed-to-project-a-body-of-mass-m-from-the-earth-s-surface-to-infinity-is-1-frac14-mgr-2-frac12-mgr-3-mgr-4-2-mgr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1NDAy-a-particle-is-kept-at-rest-at-a-distance-r-earth-s-radius-above-the-earth-s-surface-the-minimum-speed-with-which-it-should-be-projected-so-that-it-does-not-return-is-1-sqrt-frac-gm-4r-2-sqrt-frac-gm-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1NDA0-a-satellite-is-orbiting-the-earth-close-to-its-surface-a-particle-is-to-be-projected-from-the-satellite-to-just-escape-from-the-earth-the-escape-speed-from-the-earth-is-v-e-its-speed-with-respect-to-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1NDA2-let-v-and-e-denote-the-gravitational-potential-and-gravitational-field-at-a-point-it-is-possible-to-have-a-v-0-and-e-0-b-v-0-and-e-0-c-v-0-and-e-0-d-v-0-and-e-0-choose-the-correct-option-1-a-and-b-2-b https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1NDA3-inside-a-uniform-spherical-shell-a-the-gravitational-potential-is-zero-b-the-gravitational-field-is-zero-c-the-gravitational-potential-is-the-same-everywhere-d-the-gravitational-field-is-the-same-ever https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1NDA4-a-uniform-spherical-shell-gradually-shrinks-maintaining-its-shape-the-gravitational-potential-at-the-centre-1-increases-2-decreases-3-remains-constant-4-oscillates-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzA1NDA5-consider-a-planet-moving-in-an-elliptical-orbit-around-the-sun-the-work-done-on-the-planet-by-the-gravitational-force-of-the-sun-a-is-zero-in-any-small-part-of-the-orbit-b-is-zero-in-some-parts-of-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzU4MjU1-the-radius-of-a-planet-is-twice-the-radius-of-the-earth-both-have-almost-equal-average-mass-densities-if-v-p-and-v-e-are-escape-velocities-of-the-planet-and-the-earth-respectively-then-1-v-p-1-5-v-e-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzU4MjU4-a-particle-of-mass-m-is-kept-at-rest-at-a-height-3r-from-the-surface-of-the-earth-where-r-is-the-radius-of-the-earth-and-m-is-the-mass-of-the-earth-the-minimum-speed-with-which-it-should-be-projected https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDMxNzI0-a-block-of-mass-m-is-slowly-taken-vertically-upward-over-a-large-distance-h-in-the-earth-s-gravitational-field-starting-from-its-surface-the-gravitational-field-at-its-final-destination-is-large-frac https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mzk1NTA3-two-stars-of-equal-mass-rotate-about-a-common-centre-of-mass-in-a-common-circular-orbit-of-radius-r-the-total-mass-of-the-stars-is-m-the-gravitational-force-exerted-by-the-stars-on-each-other-is-1-lar https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mzk1NTEw-two-particles-of-masses-m-m-are-separated-by-a-distance-r-their-relative-acceleration-due-to-their-mutual-gravitational-forces-is-of-magnitude-1-large-frac-2gmm-r-2-m-m-2-large-frac-gmm-r-2-m-m-3-larg https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzEyNTU5-two-identical-mass-planets-mass-m-move-around-a-star-mass-m-in-a-circular-orbit-of-radius-r-in-a-symmetrical-manner-the-orbital-speed-of-the-planets-is-1-sqrt-dfrac-2gm-r-2-sqrt-dfrac-5gm-4r-3-sqrt-df https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM0Mjc4-the-angular-momentum-of-a-planet-of-mass-m-moving-around-the-sun-mass-m-gg-m-in-an-orbit-of-radius-r-is-proportional-to-1-mr-2-dfrac-m-r-3-m-sqrt-r-4-dfrac-m-sqrt-r-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDk3NTc0-a-point-particle-of-mass-m-is-placed-at-the-centre-o-of-a-uniform-hemispherical-shell-of-equal-mass-m-as-shown-a-third-particle-of-mass-m-is-placed-at-a-which-is-at-a-distance-2r-from-o-oa-lies-along https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mzk1NTA4-two-stars-of-equal-mass-rotate-about-a-common-centre-of-mass-in-a-common-circular-orbit-of-radius-r-the-total-mass-of-the-stars-is-m-the-orbital-speed-of-each-star-is-1-sqrt-dfrac-gm-8r-2-sqrt-dfrac-g https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDk3NTc3-two-large-uniform-solid-spheres-each-of-mass-m-radius-r-are-in-contact-with-each-other-if-a-particle-is-launched-from-a-point-on-the-surface-of-a-sphere-diametrically-opposite-to-the-contact-point-its https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDk3NTcx-given-below-are-two-statements-assertion-a-in-a-system-of-particles-interacting-by-means-of-gravitational-forces-the-gravitational-potential-energy-is-a-function-of-the-distances-between-the-particles https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mzk1NTA2-given-below-are-two-statements-assertion-a-the-gravitational-force-of-the-earth-on-a-person-decreases-when-the-sun-is-directly-overhead-reason-r-the-gravitational-force-of-the-earth-and-the-sun-act-in https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDA0Nzgz-assume-that-the-earth-and-the-sun-are-spherical-bodies-with-uniform-mass-distributions-if-the-radius-of-the-sun-is-halved-without-changing-its-mass-the-force-of-gravitation-on-the-earth-exerted-by-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzMxMTg0-two-particles-of-masses-m-1-m-2-are-placed-on-the-axis-of-a-uniform-circular-ring-of-mass-m-and-radius-r-on-opposite-sides-of-the-centre-of-the-ring-the-distances-of-m-1-m-2-from-the-centre-of-the-rin https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzEyNTYw-the-acceleration-due-to-gravity-g-near-a-spherically-symmetric-planet-s-surface-decreases-with-height-h-according-to-the-relation-g-h-g-s-k-cdot-h-where-h-ll-the-radius-of-the-planet-the-escape-speed https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDk3NTU5-a-uniform-solid-sphere-of-mass-m-and-radius-r-has-a-thin-uniform-ring-of-mass-dfrac-5m-3-and-radius-dfrac-4r-3-around-it-the-two-objects-have-a-common-centre-o-and-the-axis-of-the-ring-pp-lies-along-a https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzM1OTA1-a-particle-of-mass-m-is-placed-at-the-mid-point-of-the-radius-of-a-thin-uniform-spherical-shell-of-mass-m-as-shown-in-the-figure-consider-the-plane-that-slices-the-shell-into-two-parts-the-plane-is-pe https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDA0Nzc2-a-uniform-ring-of-mass-m-and-radius-r-has-a-particle-of-mass-m-placed-at-its-centre-as-shown-in-the-figure-the-gravitational-force-exerted-by-the-particle-mass-m-on-the-ring-mass-m-is-1-proportional-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDE5Mjg0-the-gravitational-acceleration-due-to-a-uniform-disc-of-mass-m-is-measured-at-a-point-p-on-the-axis-of-the-disc-at-a-distance-x-from-its-centre-at-very-large-distances-x-gg-r-the-radius-of-the-disc-th https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mzk1NTEy-the-path-of-a-particle-moving-in-the-earth-s-gravitational-field-in-outer-space-is-a-a-straight-line-b-an-ellipse-c-a-parabola-d-a-hyperbola-choose-the-correct-statements-from-the-ones-given-above-1-a https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDM1OTk5-a-planet-of-mass-m-moves-in-a-circular-orbit-around-the-sun-mass-m-m-gg-m-the-angular-momentum-of-the-planet-in-its-orbit-being-l-the-speed-of-the-planet-in-its-orbit-equals-1-dfrac-gmm-2l-2-dfrac-gmm https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTg4Mzkx-the-height-in-terms-of-radius-of-the-earth-r-at-which-the-acceleration-due-to-gravity-becomes-dfrac-g-9-where-g-is-acceleration-due-to-gravity-on-earth-s-surface-is-1-sqrt-3-r-2-2-sqrt-2-r-3-2r-4-dfra https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTg4Njc1-if-a-body-of-mass-1-text-kg-falls-on-the-earth-from-infinity-it-attains-velocity-v-and-kinetic-energy-k-on-reaching-the-surface-of-earth-the-values-of-v-and-k-respectively-are-take-radius-of-earth-to https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTg4NjYw-a-planet-p-1-is-having-around-the-star-of-mass-2m-in-the-orbit-of-radius-r-another-planet-p-2-is-moving-around-another-star-of-mass-4m-in-a-orbit-of-radius-2r-ratio-of-the-time-periods-of-revolution-o https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTg5MDA4-when-one-moves-from-a-point-16-text-km-below-the-earth-s-surface-to-a-point-16-text-km-above-the-earth-s-surface-the-change-in-g-is-approximately-alpha-the-value-of-alpha-is-1-0-12-2-0-25-3-0-50-4-0-7 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTg5MTE1-a-body-of-mass-m-is-taken-from-the-surface-of-earth-to-a-height-equal-to-twice-the-radius-of-earth-left-r-e-right-the-increase-in-potential-energy-will-be-g-is-acceleration-due-to-gravity-at-the-surfa https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTgxMjIx-initially-a-satellite-of-100-text-kg-is-in-a-circular-orbit-of-radius-1-5r-e-this-satellite-can-be-moved-to-a-circular-orbit-of-radius-3r-e-by-supplying-alpha-times-10-6-text-j-of-energy-the-value-of https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTgwNTUy-the-escape-velocity-from-a-spherical-planet-a-is-10-text-km-s-the-escape-velocity-from-another-planet-b-whose-density-and-radius-are-10-of-those-of-planet-a-is-1-1000-m-s-2-200-sqrt-5-m-s-3-100-sqrt-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTgwNjM2-net-gravitational-force-at-the-centre-of-a-square-is-found-to-be-f-1-when-four-particles-having-mass-m-2m-3m-and-4m-are-placed-at-the-four-corners-of-the-square-as-shown-in-the-figure-and-it-is-f-2-wh https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTgwODU2-given-below-are-two-statements-statement-i-a-satellite-is-moving-around-earth-in-the-orbit-very-close-to-the-earth-surface-the-time-period-of-revolution-of-satellite-depends-upon-the-density-of-earth https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTQxMDU4-an-object-is-kept-at-rest-at-a-distance-of-3r-above-the-earth-s-surface-where-r-is-earth-s-radius-the-minimum-speed-with-which-it-must-be-projected-so-that-it-does-not-return-to-earth-is-assume-m-mass https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTQxMDAx-given-below-are-two-statements-assertion-a-the-kinetic-energy-needed-to-project-a-body-of-mass-text-m-from-earth-surface-to-infinity-is-dfrac-mgr-2-where-r-is-the-radius-of-earth-reason-r-the-maximum https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTQwODkw-three-identical-spheres-of-mass-m-are-placed-at-the-vertices-of-an-equilateral-triangle-of-length-a-when-released-they-interact-only-through-gravitational-force-and-collide-after-a-time-t-4-seconds-if https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTQwODIz-given-below-are-two-statements-assertion-a-the-radius-vector-from-the-sun-to-a-planet-sweeps-out-equal-areas-in-equal-intervals-of-time-and-thus-area-velocity-of-planet-is-a-constant-reason-r-for-a-ce https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTQwNzQ2-a-satellite-of-mass-1000-text-kg-is-launched-to-revolve-around-the-earth-in-an-orbit-at-a-height-of-270-text-km-from-the-earth-s-surface-kinetic-energy-of-the-satellite-in-this-orbit-is-in-times-10-10 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTM2MTU2-acceleration-due-to-gravity-on-the-surface-of-earth-is-g-if-the-diameter-of-earth-is-reduced-to-one-third-of-its-original-value-and-mass-remains-unchanged-then-the-acceleration-due-to-gravity-on-the-s https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTM2MDg3-earth-has-a-mass-that-is-8-times-greater-and-a-radius-that-is-2-times-greater-than-those-of-a-certain-planet-if-the-escape-velocity-from-earth-is-11-2-text-km-s-what-is-the-escape-velocity-from-the-pl https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTM1OTg0-a-satellite-of-mass-dfrac-m-2-is-revolving-around-earth-in-a-circular-orbit-at-a-height-of-dfrac-r-3-from-earth-surface-the-angular-momentum-of-the-satellite-is-m-sqrt-dfrac-g-m-r-x-the-value-of-x-is https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTM1OTM0-if-a-satellite-orbiting-the-earth-is-9-times-closer-to-the-earth-than-the-moon-what-is-the-time-period-of-rotation-of-the-satellite-given-rotational-time-period-of-moon-27-text-days-and-gravitational https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTM1ODg2-two-planets-a-and-b-are-orbiting-a-common-star-in-circular-orbits-of-radii-r-a-and-r-b-respectively-with-r-b-2r-a-the-planet-b-is-4-sqrt-2-times-more-massive-than-planet-a-the-ratio-l-b-l-a-of-angular https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTM1Nzg1-a-satellite-is-launched-into-a-circular-orbit-of-radius-r-around-the-earth-a-second-satellite-is-launched-into-an-orbit-of-radius-1-03-r-the-time-period-of-revolutions-of-the-second-satellite-is-large https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTM1NjU4-a-small-point-of-mass-m-is-placed-at-a-distance-2-r-from-the-centre-o-of-a-big-uniform-solid-sphere-of-mass-m-and-radius-r-the-gravitational-force-on-m-due-to-m-is-f-1-a-spherical-part-of-radius-r-3-i https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTIxNDYz-two-planets-a-and-b-having-masses-m-1-and-m-2-move-around-the-sun-in-circular-orbits-of-r-1-and-r-2-radii-respectively-if-angular-momentum-of-a-is-l-and-that-of-b-is-3l-the-ratio-of-time-period-t-a-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTIwODI4-a-satellite-of-103-kg-mass-is-revolving-in-circular-orbit-of-radius-2-r-if-frac-10-4-mathrm-r-6-mathrm-j-energy-is-supplied-to-the-satellite-it-would-revolve-in-a-new-circular-orbit-of-radius-use-g-10 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTIwMzQy-an-astronaut-takes-a-ball-of-mass-m-from-earth-to-space-he-throws-the-ball-into-a-circular-orbit-about-earth-at-an-altitude-of-318-5-km-from-earth-s-surface-to-the-orbit-the-change-in-total-mechanical https://medminds.me/qbank/physics/gravitation/?q=NP-b246NTE3NjA4-to-project-a-body-of-mass-m-from-earth-s-surface-to-infinity-the-required-kinetic-energy-is-assume-the-radius-of-earth-is-r-e-g-acceleration-due-to-gravity-on-the-surface-of-earth-1-mathrm-mgr-mathrm https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4MzA2-if-the-force-acting-on-a-planet-is-proportional-to-the-r-2-7-where-r-is-distance-of-the-planet-from-the-sun-if-time-period-is-proportional-to-r-x-then-the-value-of-x-is-1-dfrac-4-7-2-dfrac-9-14-3-dfra https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU2MDcy-if-a-planet-at-a-distance-r-from-the-sun-takes-200-days-to-complete-one-revolution-what-will-be-the-orbital-period-of-a-planet-at-a-distance-dfrac-r-4-from-the-sun-1-50-text-days-2-25-text-days-3-100 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU1NjY1-if-an-object-has-the-same-weight-at-the-same-distance-above-and-below-the-surface-of-the-earth-then-its-distance-from-the-surface-of-the-earth-is-1-frac-r-2-2-sqrt-5-1-frac-r-2-3-sqrt-3-1-frac-r-2-4-s https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU1NjU3-at-a-point-above-the-planet-s-surface-of-radius-6400-text-km-the-gravitational-potential-is-6-4-10-7-text-j-kg-and-the-field-is-6-4-text-m-s-2-find-the-height-of-that-point-above-the-surface-of-the-pl https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU1NDQ5-a-planet-of-mass-of-frac-1-6-text-th-of-earth-s-mass-the-radius-of-frac-1-3-text-rd-of-earth-s-radius-if-the-escape-speed-for-earth-is-11-2-text-km-s-then-the-escape-speed-for-the-planet-shall-be-near https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU0Nzk5-four-identical-particles-of-mass-m-each-are-placed-at-4-corners-of-a-square-the-gravitational-force-exerted-on-one-of-the-masses-by-other-masses-is-left-frac-2-sqrt-2-1-32-right-frac-gm-2-l-2-then-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU0NDQ0-the-mass-of-the-moon-is-frac-1-81-times-the-mass-of-a-planet-and-the-radius-is-frac-1-9-times-the-radius-of-the-planet-the-ratio-of-escape-speed-from-the-planet-to-escape-speed-from-the-moon-is-1-2-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDU0NDEw-a-planet-is-revolving-in-a-circular-orbit-of-radius-r-around-the-sun-with-speed-v-if-another-planet-is-revolving-in-a-circular-orbit-of-radius-frac-r-4-then-its-velocity-is-1-2v-2-4v-3-6v-4-8v-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDM3OTM5-a-wire-of-mass-m-and-length-l-bent-in-the-form-of-a-semicircle-a-particle-of-mass-m-was-kept-at-the-center-of-the-semicircle-then-the-net-gravitational-force-on-the-particle-is-1-dfrac-2-g-m-m-pi-l-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDM3OTIx-the-correct-relation-between-kinetic-energy-k-e-and-the-total-energy-t-e-of-a-satellite-orbiting-around-the-planet-is-1-k-e-t-e-2-k-e-2-t-e-3-k-e-dfrac-t-e-2-4-t-e-3-k-e-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY3MTcx-on-a-planet-rho-mass-density-is-same-as-that-of-earth-while-mass-of-planet-is-twice-than-that-of-earth-ratio-of-weight-of-a-body-on-surface-of-planet-to-that-on-earth-is-equal-to-1-1-2-2-1-3-3-2-1-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY3MTY5-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-earth-has-atmosphere-and-moon-doesn-t-reason-r-escape-speed-on-moon-is-less-than-that-of https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY3MTM3-the-mass-and-radius-of-orbit-for-the-two-satellites-are-m-r-and-3m-3r-respectively-what-will-be-the-ratio-of-their-orbital-velocity-about-the-earth-1-sqrt-3-1-2-1-sqrt-3-3-sqrt-2-1-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY3MTI1-an-object-weighs-200-n-at-the-surface-of-earth-find-the-weight-at-a-depth-of-r-over-2-where-r-is-the-radius-of-earth-1-100-n-2-300-n-3-50-n-4-150-n-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY2ODU1-two-identical-particles-each-of-mass-m-move-in-circular-path-due-to-their-own-mutual-gravitational-force-find-the-velocity-of-the-particle-if-the-radius-of-circular-path-is-a-1-sqrt-4gm-over-a-2-sqrt https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY2Nzc0-consider-the-following-statements-a-planets-revolve-around-the-sun-with-constant-linear-speed-b-the-energy-of-a-planet-in-an-elliptical-orbit-is-constant-c-a-satellite-in-circular-motion-has-constant https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY2NzY5-a-particle-is-released-from-a-height-equal-to-radius-of-earth-r-its-velocity-when-it-strikes-the-ground-is-1-sqrt-gr-2-sqrt-gr-over-2-3-sqrt-2gr-4-sqrt-4gr-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY2Njk2-given-below-are-two-statements-statement-i-if-total-energy-of-a-satellite-revolving-around-earth-in-circular-path-is-e-then-potential-energy-of-satellite-is-2e-statement-ii-kinetic-energy-is-also-twic https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYzMzIz-the-period-of-a-pendulum-at-the-earth-s-surface-is-t-the-time-period-of-the-pendulum-at-distance-from-centre-which-is-twice-the-radius-of-the-earth-is-1-frac-t-4-2-4t-3-frac-t-2-4-2t-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY3MzIx-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-acceleration-due-to-gravity-is-minimum-at-equator-reason-r-rotation-of-earth-influences https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY3Mzkz-if-a-planet-a-has-density-rho-and-radius-r-planet-b-has-density-rho-over-3-and-radius-4r-then-find-ratio-of-their-acceleration-due-to-gravity-at-their-surface-1-3-4-2-4-3-3-1-3-4-2-3-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYzMjky-a-body-has-weight-w-on-the-surface-of-earth-what-is-the-weight-at-a-height-9-times-the-radius-of-the-earth-1-frac-w-100-2-frac-w-81-3-frac-w-64-4-frac-w-121-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYzMjI5-at-depth-mathrm-d-from-the-surface-of-the-earth-acceleration-due-to-gravity-is-same-as-its-value-at-height-mathrm-d-above-the-surface-of-the-earth-if-the-earth-is-a-sphere-of-radius-6400-km-then-the-v https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY3NDI3-a-planet-has-a-mass-equal-to-16-times-the-mass-of-earth-and-a-radius-equal-to-4-times-that-of-earth-the-ratio-of-the-escape-speed-of-the-planet-to-that-of-earth-will-be-1-2-1-2-1-2-3-sqrt-2-1-4-4-1-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzY3NDM0-suppose-a-situation-in-which-two-planet-orbits-around-the-sun-in-same-orbit-if-the-mass-of-planet-1-is-twice-the-mass-of-planet-2-then-what-do-they-have-same-1-potential-energy-2-kinetic-energy-3-tota https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYzMTM3-a-particle-is-released-at-a-height-equal-to-the-radius-of-the-earth-above-the-surface-of-the-earth-its-velocity-when-it-hits-the-surface-of-the-earth-is-equal-to-where-m-e-mass-of-earth-r-e-radius-of https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYzMDg1-two-point-masses-mass-m-each-are-moving-in-a-circle-of-radius-r-under-mutual-gravitational-attraction-what-is-the-speed-of-each-mass-1-begin-aligned-sqrt-gm-over-4r-end-aligned-2-begin-aligned-sqrt-gm https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYzMDYy-an-object-of-mass-m-is-placed-at-a-height-r-e-from-the-surface-of-the-earth-what-is-the-increase-in-potential-energy-of-the-object-if-the-height-of-the-object-is-increased-to-2r-e-from-the-surface-r-e https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYzMDE2-the-ratio-of-acceleration-due-to-gravity-on-the-surface-of-planet-1-and-planet-2-is-x-while-the-ratio-of-radii-of-respective-planets-is-y-the-ratio-of-respective-escape-velocity-on-the-surface-of-plan https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzYyOTE4-given-below-are-two-statements-statement-i-the-value-of-acceleration-due-to-gravity-is-same-at-all-the-points-inside-earth-assuming-it-to-be-made-up-of-uniform-density-statement-ii-the-value-of-gravit https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2NzA4-two-planets-a-and-b-of-equal-masses-are-having-their-periods-of-revolution-t-a-and-t-b-such-that-t-a-2-t-b-these-planets-are-revolving-in-the-circular-orbits-of-radii-r-a-and-r-b-respectively-which-of https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2MTUy-four-spheres-each-of-mass-m-are-placed-at-the-corners-of-a-square-of-side-d-a-fifth-sphere-of-mass-m-is-located-at-the-centre-of-the-square-what-is-the-total-gravitational-potential-energy-of-the-syst https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2MTA1-given-below-are-two-statements-statement-i-the-law-of-gravitation-holds-good-for-any-pair-of-bodies-in-the-universe-statement-ii-the-weight-of-any-person-becomes-zero-when-the-person-is-at-the-centre https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2MDY4-given-below-are-two-statements-assertion-a-if-we-move-from-the-poles-to-the-equator-the-direction-of-acceleration-due-to-the-gravity-of-the-earth-always-points-towards-the-centre-of-the-earth-without https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ2MDA4-which-of-the-following-graphs-correctly-represents-the-variation-of-acceleration-due-to-gravity-g-with-distance-r-from-the-centre-of-the-earth-assume-r-is-the-radius-of-the-earth-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1OTg3-two-satellites-s-1-and-s-2-are-revolving-in-circular-orbits-around-a-planet-with-radius-r-1-3200-text-km-and-r-2-800-text-km-respectively-the-ratio-of-the-speed-of-the-satellite-s-1-to-the-speed-of-th https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1Nzky-the-height-of-point-p-above-the-surface-of-the-earth-is-equal-to-the-diameter-of-the-earth-the-value-of-acceleration-due-to-gravity-at-point-p-will-be-given-g-acceleration-due-to-gravity-at-the-surfac https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1NjI2-the-approximate-height-from-the-surface-of-the-earth-at-which-the-weight-of-the-body-becomes-1-over-3-of-its-weight-on-the-surface-of-the-earth-is-radius-of-earth-r-6400-km-and-sqrt-3-1-732-1-3840-km https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQ1NTg4-an-object-of-mass-1-kg-is-taken-to-a-height-from-the-surface-of-the-earth-which-is-equal-to-three-times-the-earth-s-radius-the-gain-in-potential-energy-of-the-object-will-be-given-g-10-ms-2-and-radius https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQzNjQ3-if-the-radius-of-the-earth-shrinks-by-2-while-its-mass-remains-the-same-the-acceleration-due-to-gravity-on-the-earth-s-surface-will-approximately-1-decrease-by-2-2-decrease-by-4-3-increase-by-2-4-incr https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQzNjEy-a-body-of-mass-m-is-projected-with-velocity-lambda-v-e-in-vertically-upward-direction-from-the-surface-of-the-earth-into-space-it-is-given-that-v-e-is-escape-velocity-and-lambda-1-dfrac-r-1-lambda-2-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQzNDM3-two-satellites-a-and-b-have-masses-in-the-ratio-of-4-3-and-are-revolving-in-circular-orbits-with-radii-3r-and-4r-respectively-around-the-earth-the-ratio-of-the-total-mechanical-energy-of-the-satellite https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQzNDA5-a-body-is-projected-vertically-upwards-from-the-surface-of-the-earth-with-a-velocity-equal-to-one-third-of-escape-velocity-the-maximum-height-attained-by-the-body-will-be-take-the-radius-of-the-earth https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQzMzQx-an-object-is-taken-to-a-height-above-the-surface-of-earth-at-a-distance-5-over-4-r-from-the-centre-of-the-earth-where-radius-of-earth-r-6400-km-the-percentage-decrease-in-the-weight-of-the-object-will https://medminds.me/qbank/physics/gravitation/?q=NP-b246MzQzMjgy-three-identical-particles-a-b-and-c-of-mass-100-text-kg-each-are-placed-in-a-straight-line-with-ab-bc-13-text-m-the-gravitational-force-on-a-fourth-particle-p-of-the-same-mass-is-f-when-placed-at-a-di https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc5MDY2-consider-a-uniform-spherical-shell-which-of-the-following-statements-are-correct-regarding-the-gravitational-field-and-potential-inside-the-shell-a-the-gravitational-field-is-zero-b-the-gravitational https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc5MDA0-consider-a-planet-in-some-solar-system-that-has-a-mass-double-the-mass-of-earth-and-a-density-equal-to-the-average-density-of-earth-if-the-weight-of-an-object-on-earth-is-w-then-the-weight-of-the-same https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4NzM2-the-angular-momentum-of-a-planet-of-mass-m-moving-around-the-sun-in-an-elliptical-orbit-is-overrightarrow-l-the-magnitude-of-the-areal-velocity-of-the-planet-is-1-frac-2-l-m-2-frac-l-2-m-3-frac-4-l-m https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4NDEz-a-satellite-is-launched-into-a-circular-orbit-of-radius-r-around-earth-while-a-second-satellite-is-launched-into-a-circular-orbit-of-radius-1-02r-the-percentage-difference-in-the-time-periods-of-the-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4Mzcz-the-time-period-of-a-satellite-in-a-circular-orbit-of-radius-r-is-t-the-period-of-another-satellite-in-a-circular-orbit-of-radius-9r-is-1-12-text-t-2-9-text-t-3-27-text-t-4-3-text-t-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4MjI4-the-satellites-revolve-around-a-planet-in-coplanar-circular-orbits-in-an-anticlockwise-direction-their-period-of-revolutions-is-1-hours-and-8-hours-respectively-the-radius-of-the-orbit-of-a-nearer-sat https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4MjA0-two-identical-particles-of-mass-1-text-kg-each-go-around-a-circle-of-radius-r-under-the-action-of-their-mutual-gravitational-attraction-the-angular-speed-of-each-particle-is-1-frac-1-2-sqrt-frac-g-r-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4MTk3-the-planet-mars-has-two-moons-if-one-of-them-has-a-period-7-hours-30-minutes-and-an-orbital-radius-of-9-0-times-10-3-text-km-then-the-mass-of-mars-is-text-given-frac-4-pi-2-g-6-times-10-11-text-n-2-te https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4MTkz-suppose-two-planets-spherical-in-shape-of-radii-r-and-2-r-but-mass-m-and-9-m-respectively-have-a-center-to-center-separation-8-r-as-shown-in-the-figure-a-satellite-of-mass-m-is-projected-from-the-surf https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3NTI3-if-the-distance-of-the-earth-from-the-sun-is-1-5-10-6-text-km-then-the-distance-of-an-imaginary-planet-from-the-sun-if-its-period-of-revolution-is-2-83-years-is-1-6-times-10-6-text-km-2-3-times-10-6-t https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3NTQ2-given-below-are-two-statements-one-is-labeled-as-assertion-a-and-the-other-is-labeled-as-reason-r-assertion-a-acceleration-due-to-the-earth-s-gravity-decreases-as-you-go-up-or-down-from-the-earth-s-su https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3NzY4-the-time-period-of-a-satellite-of-earth-is-24-hours-if-the-separation-between-the-earth-and-the-satellite-is-decreased-to-one-fourth-of-the-previous-value-then-its-new-time-period-will-be-1-6-hours-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4MDcw-a-body-is-projected-vertically-upwards-from-the-surface-of-the-earth-with-a-velocity-sufficient-enough-to-carry-it-to-infinity-the-time-taken-by-it-to-earth-reach-height-h-is-1-sqrt-frac-2-r-e-g-left https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4MDQx-a-spaceship-carrying-a-100-kg-passenger-travels-from-earth-where-surface-gravity-is-10-m-s-to-mars-where-surface-gravity-is-4-m-s-neglecting-gravitational-effects-from-other-celestial-bodies-in-space https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3OTc1-the-masses-and-radii-of-the-earth-and-moon-are-m-1-r-1-and-m-2-r-2-respectively-their-centers-are-at-a-distance-r-apart-then-the-minimum-escape-velocity-for-a-particle-of-mass-m-is-to-be-projected-fro https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3OTM3-a-geostationary-satellite-is-orbiting-around-an-arbitrary-planet-p-at-a-height-of-11r-above-the-surface-of-p-r-being-the-radius-of-p-the-time-period-of-another-satellite-in-hours-at-a-height-of-2r-fro https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3ODgy-a-mass-of-50-text-kg-is-placed-at-the-center-of-a-uniform-spherical-shell-of-mass-100-text-kg-and-radius-50-text-m-if-the-gravitational-potential-at-a-point-25-text-m-from-the-center-is-v-text-kg-m-th https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3ODI0-a-body-of-mass-2m-splits-into-four-masses-m-m-m-m-m-m-which-are-rearranged-to-form-a-square-as-shown-in-the-figure-the-ratio-of-frac-m-m-for-which-the-gravitational-potential-energy-of-the-system-beco https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3Njkx-if-one-wants-to-remove-all-the-mass-of-the-earth-to-infinity-in-order-to-break-it-up-completely-the-amount-of-energy-that-needs-to-be-supplied-will-be-round-off-to-the-nearest-integer-m-is-the-mass-of https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3NTg1-the-radius-in-kilometers-to-which-the-radius-of-the-earth-r-6400-text-km-to-be-compressed-so-that-the-escape-velocity-is-increased-10-times-is-1-36-text-km-2-42-text-km-3-64-text-km-4-56-text-km-1-2-3 https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5NDQy-in-the-reported-figure-of-earth-the-value-of-acceleration-due-to-gravity-is-same-at-point-a-and-c-but-it-is-smaller-than-that-of-its-value-at-point-b-surface-of-the-earth-the-value-of-oa-ob-will-be-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5MjE0-a-solid-sphere-of-radius-r-gravitationally-attracts-a-particle-placed-at-3r-form-its-centre-with-a-force-f-1-now-a-spherical-cavity-of-radius-frac-r-2-is-made-in-the-sphere-as-shown-in-figure-and-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5MjAw-two-satellites-a-and-b-of-masses-200-kg-and-400-kg-are-revolving-round-the-earth-at-height-of-600-km-and-1600-km-respectively-if-t-a-and-t-b-are-the-time-periods-of-a-and-b-respectively-then-the-value https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5MTI1-a-body-weighs-49-n-on-a-spring-balance-at-the-north-pole-what-will-be-its-weight-recorded-on-the-same-weighing-machine-if-it-is-shifted-to-the-equator-use-g-frac-gm-r-2-9-8-mathrm-ms-2-radius-of-earth https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5MDA5-a-planet-revolving-in-an-elliptical-orbit-has-a-a-constant-velocity-of-revolution-b-has-the-least-velocity-when-it-is-nearest-to-the-sun-c-its-areal-velocity-is-directly-proportional-to-its-velocity-d https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5MDAw-determine-the-gravitational-force-of-attraction-between-a-ring-and-a-sphere-as-shown-in-the-figure-where-the-plane-of-the-ring-is-perpendicular-to-the-line-joining-their-centres-given-that-the-distanc https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4OTM0-consider-two-satellites-s-1-and-s-2-with-periods-of-revolution-1-text-hr-and-8-text-hr-respectively-revolving-around-a-planet-in-circular-orbits-the-ratio-of-the-angular-velocity-of-the-satellite-s-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4OTI0-four-identical-particles-of-equal-masses-1-kg-made-to-move-along-the-circumference-of-a-circle-of-radius-1-m-under-the-action-of-their-own-mutual-gravitational-attraction-the-speed-of-each-particle-wi https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4OTEy-two-stars-of-masses-m-and-2m-at-a-distance-d-rotate-about-their-common-centre-of-mass-in-free-space-the-period-of-revolution-is-1-frac-1-2-pi-sqrt-frac-d-3-3gm-2-2-pi-sqrt-frac-d-3-3gm-3-frac-1-2-pi-s https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4ODkx-the-initial-velocity-v-i-required-to-project-a-body-vertically-upward-from-the-surface-of-the-earth-to-reach-a-height-of-10r-where-r-is-the-radius-of-the-earth-may-be-described-in-terms-of-escape-velo https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4NjUz-an-asteroid-is-moving-directly-toward-the-center-of-the-earth-when-at-a-distance-of-10-r-r-is-the-radius-of-the-earth-from-the-earth-s-center-it-has-a-speed-of-12-text-km-s-neglecting-the-effect-of-ea https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4NDYw-consider-two-solid-spheres-of-radii-r-1-1-text-m-r-2-2-text-m-and-masses-m-1-and-m-2-respectively-the-gravitational-field-e-is-due-to-spheres-1-and-2-are-shown-in-the-figure-the-value-of-frac-m-1-m-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4MzYx-a-box-weighs-196-text-n-on-a-spring-balance-at-the-north-pole-its-weight-recorded-on-the-same-balance-if-it-is-shifted-to-the-equator-is-close-to-take-g-10-mathrm-ms-2-at-the-north-pole-and-the-radius https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5MjYz-a-body-is-moving-in-a-low-circular-orbit-about-a-planet-of-mass-m-and-radius-r-the-radius-of-the-orbit-can-be-taken-to-be-r-itself-then-the-ratio-of-the-speed-of-this-body-in-the-orbit-to-the-escape-v https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4ODk5-two-planets-have-masses-m-and-16m-and-their-radii-are-a-and-2a-respectively-the-separation-between-the-centres-of-the-planets-is-10a-a-body-of-mass-m-is-fired-from-the-surface-of-the-larger-planet-tow https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4Njg1-on-the-x-text-axis-at-a-distance-x-from-the-origin-the-gravitational-field-due-to-a-mass-distribution-is-given-by-frac-a-x-left-x-2-a-2-right-3-2-in-the-x-direction-the-magnitude-of-gravitational-pote https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4NjM2-the-acceleration-due-to-gravity-on-the-earth-s-surface-at-the-poles-is-g-and-the-angular-velocity-of-the-earth-about-the-axis-passing-through-the-pole-is-omega-an-object-is-weighed-at-the-equator-and https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4NTY4-the-value-of-the-acceleration-due-to-gravity-is-g-1-at-a-height-h-frac-r-2-r-radius-of-the-earth-from-the-surface-of-the-earth-it-is-again-equal-to-g-1-at-a-depth-d-below-the-surface-of-the-earth-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4NDY2-the-mass-density-of-a-planet-of-radius-r-varies-with-the-distance-r-from-its-centre-as-rho-r-rho-0-left-1-frac-r-2-r-2-right-then-the-gravitational-field-is-maximum-at-1-r-sqrt-frac-3-4-r-2-r-sqrt-fra https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4MzM2-the-height-h-at-which-the-weight-of-a-body-will-be-the-same-as-that-at-the-same-depth-h-from-the-surface-of-the-earth-is-radius-of-the-earth-is-r-and-effect-of-the-rotation-of-the-earth-is-neglected-1 https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4MjE0-a-satellite-is-moving-in-a-low-nearly-circular-orbit-around-the-earth-its-radius-is-roughly-equal-to-that-of-the-earth-s-radius-r-e-by-firing-rockets-attached-to-it-its-speed-is-instantaneously-increa https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc4MDcy-the-mass-density-of-a-spherical-galaxy-varies-as-dfrac-k-r-over-a-large-distance-r-from-its-centre-in-that-region-a-small-star-is-in-a-circular-orbit-of-radius-r-then-the-period-of-revolution-t-depend https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc4MjQ2-two-satellites-a-and-b-have-masses-m-and-2m-respectively-a-is-in-a-circular-orbit-of-radius-r-and-b-is-in-a-circular-orbit-of-radius-2r-around-the-earth-the-ratio-of-their-kinetic-energies-t-a-t-b-is https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3NTY0-a-straight-rod-of-length-l-extends-from-x-a-to-x-l-a-the-gravitational-force-it-exerts-on-a-point-mass-m-at-x-0-if-the-mass-per-unit-length-of-the-rod-is-a-bx-2-is-given-by-1-gm-left-a-left-dfrac-1-a https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3NDI1-a-satellite-is-moving-with-a-constant-speed-v-in-a-circular-orbit-around-the-earth-an-object-of-mass-m-is-ejected-from-the-satellite-such-that-it-just-escapes-from-the-gravitational-pull-of-the-earth https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3NDAy-the-energy-required-to-take-a-satellite-to-a-height-h-above-the-earth-s-surface-radius-of-earth-r-6-4-times-10-3-mathrm-km-text-is-e-1-and-kinetic-energy-required-for-the-satellite-to-be-in-a-circular https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc2ODY5-the-value-of-acceleration-due-to-gravity-at-earth-s-surface-is-9-8-text-ms-2-the-altitude-above-its-surface-at-which-the-acceleration-due-to-gravity-decreases-to-4-9-text-ms-2-is-close-to-radius-of-ea https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc3NDIx-a-test-particle-is-moving-in-a-circular-orbit-in-the-gravitational-field-produced-by-a-mass-density-rho-r-frac-k-r-2-identify-the-correct-relation-between-the-radius-r-of-the-particle-s-orbit-and-its https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc3MDg2-the-ratio-of-the-weights-of-a-body-on-the-earth-s-surface-to-that-on-the-surface-of-a-planet-is-9-4-the-mass-of-the-planet-is-left-dfrac-1-9-right-text-th-that-of-the-earth-if-r-is-the-radius-of-the-e https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc2ODA4-a-spaceship-orbits-around-a-planet-at-a-height-of-20-text-km-from-its-surface-assuming-that-only-gravitational-field-of-the-planet-acts-on-the-spaceship-what-will-be-the-number-of-complete-revolutions https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc2NzQ5-a-solid-sphere-of-mass-m-and-radius-a-is-surrounded-by-a-uniform-concentric-spherical-shell-of-thickness-2a-and-mass-2m-the-gravitational-field-at-distance-3a-from-the-centre-will-be-1-dfrac-gm-9a-2-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc2NjYz-four-identical-particles-of-mass-m-are-located-at-the-corners-of-a-square-of-side-a-what-should-be-their-speed-if-each-of-them-revolves-under-the-influence-of-another-gravitational-field-in-a-circular https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc2NjU3-a-rocket-has-to-be-launched-from-earth-in-such-a-way-that-it-never-returns-if-e-is-the-minimum-energy-delivered-by-the-rocket-launcher-what-should-be-the-minimum-energy-that-the-launcher-should-have-i https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3MjIw-the-relative-uncertainty-in-the-period-of-a-satellite-orbiting-around-the-earth-is-10-2-if-the-relative-uncertainty-in-the-radius-of-the-orbit-is-negligible-the-relative-uncertainty-in-the-mass-of-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3MTYy-take-the-mean-distance-of-the-moon-and-the-sun-from-the-earth-to-be-0-4-times10-6-text-km-and-150-10-6-text-km-respectively-their-masses-are-8-10-22-text-kg-text-and-2-10-30-text-kg-respectively-the-r https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3MTI1-a-body-of-mass-m-is-moving-in-a-circular-orbit-of-radius-r-about-a-planet-of-mass-m-at-some-instant-it-splits-into-two-equal-masses-the-first-mass-moves-in-a-circular-orbit-of-radius-frac-r-2-and-the https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3MTQ1-if-the-earth-has-no-rotational-motion-the-weight-of-a-person-on-the-equator-is-w-determine-the-speed-with-which-the-earth-would-have-to-rotate-about-its-axis-so-that-the-person-at-the-equator-will-wei https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc2ODYw-the-variation-of-acceleration-due-to-gravity-g-with-distance-d-from-the-centre-of-the-earth-is-best-represented-by-r-earth-s-radius-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3Mjcw-an-astronaut-of-mass-m-is-working-on-a-satellite-orbiting-the-earth-at-a-distance-h-from-the-earth-s-surface-the-radius-of-the-earth-is-r-while-its-mass-is-m-the-gravitational-pull-f-g-on-the-astronau https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc3MDE2-the-figure-shows-the-elliptical-path-abcd-of-the-planet-around-the-sun-s-such-that-the-area-of-triangle-csa-is-1-over-4-the-area-of-the-ellipse-with-db-as-the-semi-major-axis-and-ca-as-the-semi-minor https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc2OTc3-a-very-long-length-l-cylindrical-galaxy-is-made-of-uniformly-distributed-mass-and-has-radius-r-r-gg-l-a-star-outside-the-galaxy-is-orbiting-the-galaxy-in-a-plane-perpendicular-to-the-galaxy-and-passin https://medminds.me/qbank/physics/gravitation/?q=NP-b246NDc2OTI2-which-of-the-following-most-closely-depicts-the-correct-variation-of-the-gravitation-potential-v-r-due-to-a-large-planet-of-radius-r-and-uniform-mass-density-figures-are-not-drawn-to-scale-1-3-2-4-1-2 https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5NDgx-from-a-solid-sphere-of-mass-m-and-radius-r-a-spherical-potion-of-radius-dfrac-r-2-is-removed-as-shown-in-the-figure-taking-gravitational-potential-v-0-at-r-infty-the-potential-at-the-centre-of-the-cav https://medminds.me/qbank/physics/gravitation/?q=NP-b246Mjc5NzE5-four-particles-each-of-mass-m-and-equidistant-from-each-other-move-along-a-circle-of-radius-r-under-the-action-of-their-mutual-gravitational-attraction-the-speed-of-each-particle-is-1-sqrt-2-sqrt-2-fr https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMyODc-an-isolated-system-1-is-a-specified-region-where-transfer-of-energy-and-mass-takes-place-2-is-a-region-of-constant-mass-and-only-energy-is-allowed-through-the-closed-boundaries-3-is-one-in-which-mass https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMyODg-the-pressure-and-temperature-of-two-different-gases-are-p-and-t-with-volume-v-for-each-if-they-are-mixed-keeping-the-same-volume-and-temperature-the-pressure-of-the-mixture-will-be-1-p-2-2-p-3-2p-4-4p https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMyODk-if-the-mean-free-path-of-atoms-is-doubled-then-the-pressure-of-the-gas-will-become-1-p-4-2-p-2-3-p-8-4-p-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMyOTA-a-diatomic-molecule-has-how-many-degrees-of-freedom-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMyOTM-a-thermally-insulated-piston-divides-a-container-into-two-compartments-volume-temperature-and-pressure-in-the-right-compartment-are-2v-t-and-2p-while-in-the-left-compartment-the-respective-values-are https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMyOTQ-the-graph-which-represents-the-variation-of-mean-kinetic-energy-of-molecules-with-temperature-t-deg-c-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMyOTY-vrms-vav-vmp-are-root-mean-square-average-and-most-probable-speeds-of-molecules-of-a-gas-obeying-maxwellian-velocity-distribution-which-of-the-following-statements-is-correct-1-vrms-60-vav-60-vmp-2-vr https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMyOTc-gas-is-found-to-obey-the-law-p2v-constant-the-initial-temperature-and-volume-are-t0-and-v0-if-the-gas-expands-to-a-volume-3v0-its-final-temperature-becomes-1-t03-2-t03-3-3t0-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMyOTg-for-a-gas-the-r-m-s-speed-at-800-k-is-1-four-times-the-value-at-200-k-2-half-the-value-at-200-k-3-twice-the-value-at-200-k-4-same-as-at-200-k-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMyOTk-the-average-kinetic-energy-of-a-helium-atom-at-30-176-c-is-mp-pmt-2004-1-less-than-1-ev-2-a-few-kev-3-50-60-ev-4-13-6-ev-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMDE-choose-the-correct-option-related-to-the-specific-heat-at-constant-volume-cv-1-cv-12fr-2-cv-r-947-1-3-cv-cp-947-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMDI-the-curve-between-absolute-temperature-and-v-2-rms-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMDM-five-molecules-of-a-gas-have-speeds-1-2-3-4-and-5-kms-1-the-value-of-the-root-mean-square-speed-of-the-gas-molecules-is-1-3-kms-1-2-11-kms-1-3-12-960-kms-1-4-3-5-kms-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMDQ-the-average-velocity-of-an-ideal-gas-molecule-is-1-proportional-to-sqrt-t-2-proportional-to-t-2-3-proportional-to-t-3-4-zero-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMDU-for-a-gas-rcv-0-67-this-gas-is-made-up-of-molecules-which-are-jipmer-2001-02-1-diatomic-2-mixture-of-diatomic-and-polyatomic-molecules-3-monoatomic-4-polyatomic-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMDY-at-constant-temperature-on-increasing-the-pressure-of-a-gas-by-5-its-volume-will-decrease-by-1-5-2-5-26-3-4-26-4-4-76-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMDk-at-what-temperature-is-the-root-mean-square-speed-of-molecules-of-hydrogen-twice-as-that-at-stp-1-273-text-k-2-546-text-k-3-819-text-k-4-1092-text-k-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMTA-at-what-temperature-is-the-root-mean-square-velocity-of-gaseous-hydrogen-molecules-equal-to-that-of-oxygen-molecules-at-47-176-c-mp-pet-1997-2000-rpet-1999-aieee-2002-j-k-cet-2004-kerala-pet-2010-1-20 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMTE-the-average-kinetic-energy-of-a-gas-molecule-can-be-determined-by-knowing-rpet-2000-mp-pet-2010-1-the-number-of-molecules-in-the-gas-2-the-pressure-of-the-gas-only-3-the-temperature-of-the-gas-only-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMTI-volume-pressure-and-temperature-of-an-ideal-gas-are-v-p-and-t-respectively-if-the-mass-of-its-molecule-is-m-then-its-density-is-k-boltzmann-s-constant-1-mkt-2-dfrac-p-kt-3-dfrac-p-ktv-4-dfrac-pm-kt-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMTQ-one-liter-of-gas-a-and-two-liters-of-gas-b-both-having-the-same-temperature-100-deg-c-and-the-same-pressure-2-5-bar-will-have-the-ratio-of-average-kinetic-energies-of-their-molecules-as-1-1-1-2-1-2-3 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMTU-on-0-circ-text-c-the-pressure-measured-by-the-barometer-is-760-mm-what-will-be-pressure-at-100-circ-text-c-1-760-text-mm-2-730-text-mm-3-780-text-mm-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMTY-by-what-percentage-should-the-pressure-of-a-given-mass-of-gas-be-increased-so-as-to-decrease-its-volume-by-10-at-a-constant-temperature-1-5-2-7-2-3-12-5-4-11-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMTc-in-the-adjacent-v-t-diagram-what-is-the-relation-between-p1andp2-1-p2-p1-2-p2-p1-3-p2-p1-4-cannot-be-predicated-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMTk-which-one-of-the-following-graph-is-correct-at-constant-pressure-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMjE-the-root-mean-square-velocity-of-the-molecules-in-a-sample-of-helium-is-57th-of-that-of-the-molecules-in-a-sample-of-hydrogen-if-the-temperature-of-the-hydrogen-gas-is-0-176-c-that-of-the-helium-sampl https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMjU-the-kinetic-energy-of-one-gram-molecule-of-a-gas-at-standard-temperature-and-pressure-is-r-8-31-j-mol-k-1-0-56-215-104j-2-1-3-215-102j-3-2-7-215-102j-4-3-4-215-103j-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMjc-gases-exert-pressure-on-the-walls-of-containing-vessel-because-the-gas-molecules-1-possess-momentum-2-collide-with-each-other-3-have-finite-volume-4-obey-gas-laws-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMjg-the-equation-of-state-for-5-g-of-oxygen-at-a-pressure-p-and-temperature-t-when-occupying-a-volume-v-will-be-where-r-is-the-constant-1-pv-5rt-2-pv-52rt-3-pv-516rt-4-pv-532rt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMzI-the-equation-p-av2v-b-rt-is-known-as-1-perfect-gas-equation-2-joule-thomson-s-equation-3-vander-waal-s-equation-4-maxwell-s-equation-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMzM-the-temperature-of-an-ideal-gas-is-increased-from-27-176-to-927-176-c-the-r-m-s-speed-of-its-molecules-becomes-1-twice-2-half-3-four-times-4-one-fourth-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMzQ-an-ideal-gas-is-filled-in-a-vessel-then-1-if-it-is-placed-inside-a-moving-train-its-temperature-increases-2-its-centre-of-mass-moves-randomly-3-its-temperature-remains-constant-in-a-moving-car-4-none https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMzU-the-molecular-weight-of-two-gases-is-m-1-and-m-2-at-any-temperature-the-ratio-of-root-mean-square-velocities-v-1-and-v-2-will-be-1-sqrt-frac-m-1-m-2-2-sqrt-frac-m-2-m-1-3-sqrt-frac-m-1-m-2-m-1-m-2-4-s https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzMzg-according-to-the-kinetic-theory-of-gases-at-absolute-zero-temperature-aiim-1998-upseat-2000-1-water-freezes-2-liquid-helium-freezes-3-molecular-motion-stops-4-liquid-hydrogen-freezes-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzNDA-pv-versus-t-graphs-of-equal-masses-of-h-2-he-1-a-corresponds-to-h-2-b-to-he-and-c-to-o-2-2-a-corresponds-to-he-b-to-h-2-and-c-to-o-2-3-a-corresponds-to-he-b-to-o-2-and-c-to-h-2-4-a-corresponds-to-o-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzNDI-the-root-mean-square-speed-of-hydrogen-molecules-at-300-k-is-1930-m-s-then-the-root-mean-square-speed-of-oxygen-molecules-at-900-k-will-be-mh-cet-2002-odisha-jee-2010-1-19303-m-s-2-836-m-s-3-643-m-s-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzNDM-what-is-the-mass-of-2-liters-of-nitrogen-at-22-4-atmospheric-pressure-and-273-k-1-28-g-2-14-215-22-4-g-3-56-g-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzNDQ-mean-kinetic-energy-per-degree-of-freedom-of-gas-molecules-is-1-32kt-2-kt-3-12kt-4-32rt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MjUzOTY-the-root-mean-square-speed-of-oxygen-molecules-o2-at-a-certain-absolute-temperature-is-v-if-the-temperature-is-doubled-and-oxygen-gas-dissociates-into-oxygen-atom-the-rms-speed-would-be-1-v-2-2v-3-2v https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MjYxMDI-if-p-is-the-pressure-of-the-gas-then-the-ke-per-unit-volume-of-the-gas-is-1-p2-2-p-3-3p2-4-2p-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MjYxMTg-the-variation-of-pressure-versus-temperature-of-an-ideal-gas-is-shown-in-the-given-diagram-from-this-diagram-one-can-conclude-that-1-volume-increases-continuously-2-volume-decreases-continuously-3-vol https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MjYxMTk-the-variation-of-density-p-of-gas-with-its-absolute-temperature-t-at-constant-pressure-is-best-represented-by-the-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MjcyODA-maxwell-s-velocity-distribution-curve-is-given-for-two-different-temperatures-for-the-given-curves-1-t1-t2-2-t1-t2-3-t1-le-t2-4-t1-t2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246Mjk4MzQ-n1-mole-of-monoatomic-gas-is-mixed-with-n2-mole-of-diatomic-gas-such-that-947-mix-1-5-then-1-n1-2n2-2-n2-2n1-3-n1-n2-4-n1-3n2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246Mjk4NDk-molarheatcapacityoftheprocessp-atforamonoatomicgas-a-beingpositiveconstantis-1-72r-2-52r-3-32r-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MzgzOTU-a-rocket-is-propelled-by-a-gas-which-is-initially-at-a-temperature-of-4000-k-the-temperature-of-the-gas-falls-to-1000-k-as-it-leaves-the-exhaust-nozzle-the-gas-which-will-acquire-the-largest-momentum https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTEwMjE-a-gas-mixture-consist-of-2-moles-of-o2-and-4-moles-of-ar-at-temperature-t-neglecting-all-vibrational-modes-the-total-internal-energy-of-the-system-is-1-4rt-2-15rt-3-9rt-4-11rt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTEwNTU-one-mole-of-an-ideal-monatomic-gas-undergoes-a-process-described-by-the-equation-pv3-constant-the-heat-capacity-of-the-gas-during-this-process-is-1-32r-2-52r-3-2r-4-r-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTEwNTc-a-given-sample-of-an-ideal-gas-occupies-a-volume-v-at-a-pressure-p-and-absolute-temperature-t-the-mass-of-each-molecule-of-the-gas-is-m-which-of-the-following-gives-the-density-of-the-gas-1-dfrac-p-kt https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTExMDY-the-molecules-of-a-given-mass-of-gas-have-rms-velocity-of-200-ms-1-at-27-circ-mathrm-c-and-1-0-x-105-nm-2-pressure-when-the-temperature-and-pressure-of-the-gas-are-increased-to-respectively-127-circ-m https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTExOTc-two-vessels-separately-contain-two-ideal-gases-a-and-b-at-the-same-temperature-the-pressure-of-a-being-twice-that-of-b-under-such-conditions-the-density-of-a-is-found-to-be-1-5-times-the-density-of-b https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTEyMzI-a-monoatomic-gas-at-a-pressure-p-having-a-volume-v-expands-isothermally-to-a-volume-2-v-and-then-adiabatically-to-a-volume-16-v-the-final-pressure-of-the-gas-is-take-gamma-5-3-1-64-rho-2-32-rho-3-rho https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTEyMzQ-the-mean-free-path-of-molecules-of-a-gas-radius-r-is-inversely-proportional-to-1-r-3-2-r-2-3-r-4-sqrt-r-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTEyNzQ-the-molar-specific-heats-of-an-ideal-gas-at-constant-pressure-and-volume-are-denoted-by-cp-and-cv-respectively-if-gamma-cp-cv-and-r-is-the-universal-gas-constant-then-cv-is-equal-to-1-1-gamma-1-gamma https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTE2NjI-if-cp-and-cv-denote-the-specific-heats-per-unit-mass-of-an-ideal-gas-of-molecular-weight-m-1-cp-cv-rm2-2-cp-cv-r-3-cp-cv-rm-4-cp-cv-mr-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTE3NzA-at-10-deg-c-the-value-of-the-density-of-a-fixed-mass-of-an-ideal-gas-divided-by-its-pressure-is-x-at-110-deg-c-this-ratio-is-1-x-2-383283x-3-10110x-4-283383x-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTM5MTg-the-ratio-of-two-specific-heats-of-gas-cp-cv-for-argon-is-1-6-and-for-hydrogen-is-1-4-adiabatic-elasticity-of-argon-at-pressure-p-is-e-adiabatic-elasticity-of-hydrogen-will-also-be-equal-to-e-at-the-p https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NjAzMzk-one-mole-of-a-perfect-gas-in-a-cylinder-fitted-with-a-piston-has-a-pressure-p-volume-v-and-temperature-273-k-if-the-temperature-is-increased-by-1-k-keeping-pressure-constant-the-increase-in-volume-is https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NjAzNDI-if-300-ml-of-a-gas-at-27-deg-c-is-cooled-to-7-deg-c-at-constant-pressure-then-its-final-volume-will-be-1-540-ml-2-350-ml-3-280-ml-4-135-ml-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NjA0MDI-which-one-of-the-following-gases-possesses-the-largest-internal-energy-1-2-moles-of-helium-occupying-1-text-m-3-at-300-text-k-2-56-text-kg-of-nitrogen-at-10-5-text-nm-2-and-300-text-k-3-8-grams-of-oxy https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMTk-two-gases-of-equal-mass-are-in-thermal-equilibrium-if-pa-pb-and-va-and-vb-are-their-respective-pressures-and-volumes-then-which-relation-is-true-1-pa-8800-pb-va-vb-2-pa-pb-va-8800-vb-3-pava-pbvb-4-pav https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMjI-the-mean-free-path-of-gas-molecules-depends-on-d-molecular-diameter-1-d-2-d2-3-d-2-4-d-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMjM-for-boyle-s-law-to-hold-the-gas-should-be-1-perfect-and-of-constant-mass-and-temperature-2-real-and-of-constant-mass-and-temperature-3-perfect-and-at-a-constant-temperature-but-variable-mass-4-real-an https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMjQ-consider-a-1-c-c-sample-of-air-at-the-absolute-temperature-t0-at-sea-level-and-another-1-c-c-sample-of-air-at-a-height-where-the-pressure-is-the-one-third-atmosphere-the-absolute-temperature-t-of-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMjU-to-double-the-volume-of-a-given-mass-of-an-ideal-gas-at-27-deg-c-keeping-the-pressure-constant-one-must-raise-the-temperature-in-degree-centigrade-to-1-54-deg-2-270-deg-3-327-deg-4-600-deg-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMjY-which-of-the-following-statements-about-kinetic-theory-of-gases-is-wrong-1-the-molecules-of-a-gas-are-in-continuous-random-motion-2-the-molecules-continuously-undergo-inelastic-collisions-3-the-molecu https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMjc-if-a-vander-waal-s-gas-expands-freely-then-final-temperature-is-1-less-than-the-initial-temperature-2-equal-to-the-initial-temperature-3-more-than-the-initial-temperature-4-less-or-more-than-the-initi https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMjg-in-vander-waal-s-equation-p-av2v-b-rt-the-dimensions-of-a-are-1-m1l5t-2-2-m0l2t-3-3-m1l3t-2-4-m1l1t-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMjk-which-law-states-that-effect-of-pressure-is-same-for-all-portion-1-pascal-rsquo-s-law-2-gay-lussac-rsquo-s-law-3-dalton-rsquo-s-law-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMzA-the-equation-for-an-ideal-gas-is-pv-rt-where-v-represents-the-volume-of-1-1-gm-gas-2-any-mass-of-the-gas-3-one-gm-mol-gas-4-one-litre-gas-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMzE-under-which-of-the-following-conditions-is-the-law-pv-rt-obeyed-most-closely-by-a-real-gas-1-high-pressure-and-high-temperature-2-low-pressure-and-low-temperature-3-low-pressure-and-high-temperature-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMzI-the-gas-equation-pvt-constant-is-true-for-a-constant-mass-of-an-ideal-gas-undergoing-1-isothermal-change-2-adiabatic-change-3-isobaric-change-4-any-type-of-change-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMzM-that-gas-cannot-be-liquified-1-which-obeys-vander-waal-s-equation-2-which-obeys-gas-equation-at-every-temperature-and-pressure-3-the-molecules-of-which-are-having-potential-energy-4-which-is-a-inert-g https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMzQ-at-stp-the-mass-of-one-litre-of-air-is-1-293-gm-the-value-of-the-specific-gas-constant-will-be-1-0-29-j-k-gm-2-4-2-j-k-gm-3-8-3-j-k-gm-3-16-5-j-k-gm-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMzU-the-pressure-p-volume-v-and-temperature-t-of-gas-in-the-jar-a-and-the-other-gas-in-the-jar-b-at-pressure-2p-volume-v-4-and-temperature-2t-then-the-ratio-of-the-number-of-molecules-in-the-jar-a-and-b-w https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMzY-a-balloon-contains-500m3-of-helium-at-27-deg-c-and-1-atmosphere-pressure-the-volume-of-the-helium-at-ndash-3-deg-c-temperature-and-0-5-atmosphere-pressure-will-be-1-500m3-2-700m3-3-900m3-4-1000m3-1-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMzc-a-vessel-contains-1-mole-of-o2-gas-molar-mass-32-at-a-temperature-t-the-pressure-of-the-gas-is-p-an-identical-vessel-containing-one-mole-of-he-gas-molar-mass-4-at-temperature-2t-has-a-pressure-of-1-p https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMzg-a-given-mass-of-a-gas-is-allowed-to-expand-freely-until-its-volume-becomes-double-if-cb-and-ca-are-the-velocities-of-sound-in-this-gas-before-and-after-expansion-respectively-then-ca-is-equal-to-1-2cb https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzMzk-one-litre-of-helium-gas-at-a-pressure-76-cm-of-hg-and-temperature-27-deg-c-is-heated-till-its-pressure-and-volume-are-doubled-the-final-temperature-attained-by-the-gas-is-1-927-deg-c-2-900-deg-c-3-627 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNDA-the-molecular-weight-of-a-gas-is-44-the-volume-occupied-by-2-2-g-of-this-gas-at-0-176-c-and-2-atm-pressure-will-be-1-0-56-litre-2-1-2-litres-3-2-4-litres-4-5-6-litres-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNDE-a-gas-at-27-circ-text-c-temperature-and-30-atmospheric-pressure-is-allowed-to-expand-to-the-atmospheric-pressure-if-the-volume-becomes-10-times-its-initial-volume-then-the-final-temperature-becomes-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNDI-in-the-relation-n-pvrt-n-1-number-of-molecules-2-atomic-number-3-mass-number-4-number-of-moles-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNDM-the-equation-of-state-corresponding-to-8-g-of-o2-is-1-pv-8rt-2-pv-rt-4-3-pv-rt-4-pv-rt-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNDU-three-containers-of-the-same-volume-contain-three-different-gases-the-masses-of-the-molecules-are-m1-m2-and-m3-and-the-number-of-molecules-in-their-respective-containers-are-n1-n2-and-n3-the-gas-press https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNDY-at-a-given-volume-and-temperature-the-pressure-of-a-gas-1-varies-inversely-as-its-mass-2-varies-inversely-as-the-square-of-its-mass-3-varies-linearly-as-its-mass-4-is-independent-of-its-mass-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNDc-the-rate-of-diffusion-is-1-faster-in-solids-than-in-liquids-and-gases-2-faster-in-liquids-than-in-solids-and-gases-3-equal-to-solids-liquids-and-gases-4-faster-in-gases-than-in-liquids-and-solids-1-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNDg-two-thermally-insulated-vessels-1-and-2-are-filled-with-air-at-temperatures-t1-t2-volume-v1-v2-and-pressure-p1-p2-respectively-if-the-valve-joining-the-two-vessels-is-opened-the-temperature-inside-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNDk-for-matter-to-exist-simultaneously-in-gas-and-liquid-phases-1-the-temperature-must-be-0-k-2-the-temperature-must-be-less-than-0-176-c-3-the-temperature-must-be-less-than-the-critical-temperature-4-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNTA-the-value-of-critical-temperature-in-terms-of-vander-waal-rsquo-s-constant-a-and-b-is-1-tc-8a27rb-2-tc-a2rb-3-tc-827rb-4-tc-27a8rb-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNTE-in-vander-waal-rsquo-s-equation-a-and-b-represent-p-av2v-b-rt-1-both-a-and-b-represent-correction-in-volume-2-both-a-and-b-represent-adhesive-force-between-molecules-3-a-represents-adhesive-force-betw https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNTI-at-0-deg-c-the-density-of-a-fixed-mass-of-a-gas-divided-by-pressure-is-x-at-100-deg-c-the-ratio-will-be-1-x-2-273373x-3-373273x-4-100273x-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNTM-at-what-temperature-volume-of-an-ideal-gas-at-0-deg-c-becomes-triple-keeping-the-pressure-constant-1-546-deg-c-2-182-deg-c-3-819-deg-c-4-646-deg-c-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNTQ-if-an-ideal-gas-has-volume-v-at-27-deg-c-and-it-is-heated-at-a-constant-pressure-so-that-its-volume-becomes-1-5v-then-the-value-of-final-temperature-will-be-1-600-deg-c-2-177-deg-c-3-817-deg-c-4-none https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNTU-a-tyre-kept-outside-in-sunlight-bursts-off-after-sometime-because-of-1-increase-in-pressure-2-increases-in-volume-3-both-a-and-b-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNTY-in-boyle-s-law-what-remains-constant-1-pv-2-tv-3-vt-4-pt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNTg-the-figure-shows-two-flasks-connected-to-each-other-the-volume-of-the-flask-1-is-twice-that-of-flask-2-the-system-is-filled-with-an-ideal-gas-at-temperature-100-k-and-200-k-respectively-if-the-mass-of https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNjA-the-absolute-temperature-of-a-gas-is-determined-by-1-the-average-momentum-of-the-molecules-2-the-velocity-of-sound-in-the-gas-3-the-number-of-molecules-in-the-gas-4-the-mean-square-velocity-of-the-mol https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNjM-at-room-temperature-the-rms-speed-of-the-molecules-of-certain-diatomic-gas-is-found-to-be-1930-m-s-the-gas-is-1-h-2-2-f-2-3-o-2-4-cl-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNjQ-moon-has-no-atmosphere-because-1-the-r-m-s-the-velocity-of-all-gases-is-more-than-the-escape-velocity-from-the-moon-s-surface-2-its-surface-is-not-smooth-3-it-is-quite-far-away-from-the-earth-4-it-doe https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNjY-the-molecules-of-a-given-mass-of-a-gas-have-a-r-m-s-velocity-of-200-m-sec-at-27-deg-c-and-1-0-215-105n-m2-pressure-when-the-temperature-is-127-deg-c-and-pressure-is-0-5-215-105n-m2-the-r-m-s-velocity https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNjc-which-of-the-following-statement-is-true-1-absolute-zero-degree-temperature-is-not-zero-energy-temperature-2-two-different-gases-at-the-same-temperature-pressure-have-equal-root-mean-square-velocities https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNjg-at-which-temperature-the-velocity-of-mathrm-o-2-molecules-will-be-equal-to-the-velocity-of-mathrm-n-2-molecules-at-0-circ-text-c-1-40-circ-text-c-2-93-circ-text-c-3-39-circ-text-c-4-cannot-be-calculat https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNjk-the-respective-speeds-of-the-molecules-are-1-2-3-4-and-5-km-sec-the-ratio-of-their-r-m-s-velocity-and-the-average-velocity-will-be-1-11-3-2-3-thinsp-11-3-1-2-4-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNzA-two-vessels-having-equal-volume-contain-molecular-hydrogen-at-one-atmosphere-and-helium-at-two-atmospheres-respectively-if-both-samples-are-at-the-same-temperature-the-mean-velocity-of-hydrogen-molecu https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNzE-the-temperature-of-an-ideal-gas-is-increased-from-27-deg-c-to-927-deg-c-the-root-mean-square-speed-of-its-molecules-becomes-1-twice-2-half-3-four-times-4-one-fourth-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNzI-according-to-the-kinetic-theory-of-gases-the-r-m-s-velocity-of-gas-molecules-is-directly-proportional-to-1-t-2-t-3-t2-4-1-t-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNzM-at-a-given-temperature-the-root-mean-square-velocities-of-oxygen-and-hydrogen-molecules-are-in-the-ratio-1-16-1-2-1-16-3-4-1-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNzU-the-value-of-densities-of-two-diatomic-gases-at-constant-temperature-and-pressure-are-d1-and-d2-then-the-ratio-of-the-speed-of-sound-in-these-gases-will-be-1-d1d2-2-d2-d1-3-d1-d2-4-d1d2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNzY-by-what-factor-the-r-m-s-velocity-will-change-if-the-temperature-is-raised-from-27-deg-c-to-327-deg-c-1-2-2-2-3-22-4-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNzc-at-a-given-temperature-if-vrms-is-the-root-mean-square-velocity-of-the-molecules-of-a-gas-and-vs-the-velocity-of-sound-in-it-then-these-are-related-as-947-cpcv-1-vrms-vs-2-vrms-3-947-215-vs-3-vrms-947 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNzk-for-a-gas-at-a-temperature-the-root-mean-square-velocity-vrms-the-most-probable-speed-vmp-and-the-average-speed-vav-obey-the-relationship-1-vav-62-vrms-62-vmp-2-vrms-62-vav-62-vmp-3-vmp-62-vav-62-vrms https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzODM-molecular-motion-shows-itself-as-1-temperature-2-internal-energy-3-friction-4-viscosity-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzODU-what-is-the-velocity-of-wave-in-monoatomic-gas-having-pressure-1-kilopascal-and-density-2-6kg-m3-1-3-6m-s-2-8-9-215-103m-s-3-zero-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzODY-if-the-pressure-in-a-closed-vessel-is-reduced-by-drawing-out-some-gas-the-mean-free-path-of-the-molecules-1-decreases-2-increases-3-remains-unchanged-4-increases-or-decreases-according-to-the-nature-o https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzODc-at-constant-volume-temperature-is-increased-then-1-collision-on-walls-will-be-less-2-number-of-collisions-per-unit-time-will-increase-3-collisions-will-be-in-straight-lines-4-collisions-will-not-chang https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzODg-the-r-m-s-speed-of-a-certain-gas-is-n-at-400k-the-temperature-at-which-the-r-m-s-speed-becomes-two-times-will-be-1-800-k-2-1600-k-3-1200-k-3-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzODk-a-cubical-box-with-porous-walls-containing-an-equal-number-of-o2-and-h2-molecules-is-placed-in-a-large-evacuated-chamber-the-entire-system-is-maintained-at-constant-temperature-t-the-ratio-of-vrms-of https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzOTA-the-degrees-of-freedom-of-a-triatomic-gas-is-1-2-2-4-3-6-3-8-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzOTE-the-value-of-cv-for-one-mole-of-neon-gas-is-1-12r-2-32r-3-52r-4-72r-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzOTI-at-constant-volume-for-different-diatomic-gases-the-molar-specific-heat-is-1-same-and-3-cal-mole-deg-c-approximately-2-exactly-equal-and-its-value-is-4-cal-mole-deg-c-3-will-be-totally-different-4-app https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzOTM-at-constant-volume-the-specific-heat-of-a-gas-is-3r2-then-the-value-of-947-will-be-1-32-2-52-3-53-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzOTQ-the-relation-between-two-specific-heats-in-cal-mol-of-a-gas-is-where-text-j-represents-1-joule-1-c-p-c-v-dfrac-r-j-2-c-v-c-p-dfrac-r-j-3-c-p-c-v-r-4-c-v-c-p-r-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzOTU-the-specific-heat-of-an-ideal-gas-is-1-proportional-to-t-2-proportional-to-t2-3-proportional-to-t3-4-independent-of-t-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzOTc-the-following-sets-of-values-for-cv-and-cp-of-a-gas-has-been-reported-by-different-students-the-units-are-cal-gm-mole-k-which-of-these-sets-is-most-reliable-1-cv-3-cp-5-2-cv-4-cp-5-3-cv-3-cp-2-4-cv-3 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzOTg-the-specific-heats-at-constant-pressure-is-greater-than-that-of-the-same-gas-at-constant-volume-because-1-at-constant-pressure-work-is-done-in-expanding-the-gas-2-at-constant-volume-work-is-done-in-ex https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzOTk-the-specific-heat-of-a-gas-1-has-only-two-values-cp-and-cv-2-has-a-unique-value-at-a-given-temperature-3-can-have-any-value-between-0-and-infin-4-depends-upon-the-mass-of-the-gas-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MDE-for-hydrogen-gas-the-difference-between-molar-specific-heats-is-given-by-c-p-c-v-a-and-for-oxygen-gas-c-p-c-v-b-here-c-p-and-c-v-are-molar-specific-heats-expressed-in-text-j-mol-1-text-k-1-what-is-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MDI-for-a-gas-the-difference-between-the-two-specific-heats-is-4150-j-kg-k-what-is-the-specific-heats-at-constant-volume-of-gas-if-the-ratio-of-specific-heat-is-1-4-1-8475-j-kg-k-2-5186-j-kg-k-3-1600-j-kg https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MDM-the-specific-heat-of-1-mole-of-an-ideal-gas-at-constant-pressure-cp-and-at-constant-volume-cv-are-given-then-1-cp-of-hydrogen-gas-is-52r-2-cv-of-hydrogen-gas-is-72r-3-h2-has-very-small-values-of-cp-an https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MDQ-one-mole-of-ideal-monoatomic-gas-947-5-3-is-mixed-with-one-mole-of-diatomic-gas-947-7-5-what-is-947-for-the-mixture-947-denotes-the-ratio-of-specific-heat-at-constant-pressure-to-that-at-constant-volu https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MDU-a-gaseous-mixture-contains-equal-number-of-hydrogen-and-nitrogen-molecules-specific-heat-measurements-on-this-mixture-at-temperatures-below-100-k-would-indicate-that-the-value-of-947-ratio-of-specific https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MDY-one-mole-of-monoatomic-gas-and-three-moles-of-diatomic-gas-are-put-together-in-a-container-the-molar-specific-heat-injk-1mol-1-at-constant-volume-is-r-8-3jk-1mol-1-1-18-7-2-18-9-3-19-2-4-none-of-the-a https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MDc-the-number-of-translational-degrees-of-freedom-for-a-diatomic-gas-is-1-2-2-3-3-5-4-6-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MTA-a-gaseous-mixture-consists-of-16g-of-helium-and-16g-of-oxygen-the-ratio-cpcv-of-the-mixture-is-1-1-4-2-1-54-3-1-59-4-1-62-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MTE-the-pressure-exerted-by-the-gas-on-the-walls-of-the-container-because-1-it-loses-kinetic-energy-2-it-sticks-with-the-walls-3-on-collision-with-the-walls-there-is-a-change-in-momentum-4-it-is-accelerat https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MTI-gas-at-a-pressure-p0-is-contained-in-a-vessel-if-the-masses-of-all-the-molecules-are-halved-and-their-speeds-are-doubled-the-resulting-pressure-p-will-be-equal-to-1-4p0-2-2p0-3-p0-4-p02-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MTU-consider-a-gas-with-density-961-and-c-175-as-the-root-mean-square-velocity-of-its-molecules-contained-in-a-volume-if-the-system-moves-as-whole-with-velocity-v-then-the-pressure-exerted-by-the-gas-is-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MTY-in-kinetic-theory-of-gases-a-molecule-of-mass-m-of-an-ideal-gas-collides-with-a-wall-of-vessel-with-velocity-v-the-change-in-the-linear-momentum-of-the-molecule-is-1-2mv-2-mv-3-ndash-mv-4-zero-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MTg-the-ratio-of-mean-kinetic-energy-of-hydrogen-and-oxygen-at-a-given-temperature-is-1-1-16-2-1-8-3-1-4-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MjA-a-sealed-container-with-negligible-coefficient-of-volumetric-expansion-contains-helium-a-monoatomic-gas-when-it-is-heated-from-300-k-to-600-k-the-average-k-e-of-helium-atoms-is-1-halved-2-unchanged-3 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MjE-the-kinetic-energy-of-translation-of-20-gm-of-oxygen-at-47-deg-c-is-molecular-wt-of-oxygen-is-32-gm-mol-and-r-8-3-j-mol-k-1-2490-joules-2-2490-ergs-3-830-joules-4-124-5-joules-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1NjE-the-mean-kinetic-energy-of-a-gas-at-300-k-is-100-j-the-mean-energy-of-the-gas-at-450-k-is-equal-to-1-100-j-2-3000-j-3-450-j-4-150-j-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1NjI-read-the-given-statements-and-decide-which-is-are-correct-on-the-basis-of-kinetic-theory-of-gases-i-energy-of-one-molecule-at-absolute-temperature-is-zero-ii-r-m-s-speeds-of-different-gases-are-same-a https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1NjQ-at-27-deg-c-temperature-the-kinetic-energy-of-an-ideal-gas-is-e1-if-the-temperature-is-increased-to-327-deg-c-then-kinetic-energy-would-be-1-2e1-2-12e1-3-2e1-4-12e1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1NjU-the-average-kinetic-energy-of-a-gas-molecule-at-27-176-c-is-6-21-215-10-21j-its-average-kinetic-energy-at-227-176-c-will-be-1-52-2-215-10-21j-2-5-22-215-10-21j-3-10-35-215-10-21j-4-11-35-215-10-21j-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1Njc-the-average-translational-energy-and-the-r-m-s-speed-of-molecules-in-a-sample-of-oxygen-gas-at-300-k-are-6-21-215-10-21j-and-484-m-s-respectively-the-corresponding-values-at-600-k-are-nearly-assuming https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1Njg-at-0-k-which-of-the-following-properties-of-a-gas-will-be-zero-1-kinetic-energy-2-potential-energy-3-vibrational-energy-4-density-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1Njk-a-gas-mixture-consists-of-molecules-of-type-1-2-and-3-with-molar-masses-m1-62-m2-62-m3-vrms-and-k-175-are-the-r-m-s-speed-and-average-kinetic-energy-of-the-gases-which-of-the-following-is-true-1-vrms1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1NzA-two-ideal-gases-at-absolute-temperature-t1-and-t2-are-mixed-there-is-no-loss-of-energy-the-masses-of-the-molecules-are-m1-and-m2-and-the-number-of-molecules-in-the-gases-are-n1-and-n2-respectively-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1NzE-the-molecules-of-an-ideal-gas-at-a-certain-temperature-have-1-only-potential-energy-2-only-kinetic-energy-3-potential-and-kinetic-energy-both-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1NzM-the-temperature-at-which-the-average-translational-kinetic-energy-of-a-molecule-is-equal-to-the-energy-gained-by-an-electron-in-accelerating-from-rest-through-a-potential-difference-of-1-volt-is-1-4-6 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1NzY-the-kinetic-energy-of-one-mole-gas-at-300-k-temperature-is-e-at-400-k-temperature-kinetic-energy-is-e-the-value-of-e-e-is-1-1-33-2-43-3-169-4-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1Nzc-n-molecules-each-of-mass-m-of-gas-a-and-2n-molecules-each-of-mass-2m-of-gas-b-are-contained-in-the-same-vessel-at-temperature-t-the-mean-square-of-the-velocity-of-molecules-of-gas-b-is-v-2-and-the-mea https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1Nzg-a-gas-is-filled-in-a-cylinder-its-temperature-is-increased-by-20-on-kelvin-scale-and-volume-is-reduced-by-10-how-much-percentage-of-the-gas-will-leak-out-assume-pressure-is-constant-1-30-2-40-3-15-4-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1Nzk-the-air-density-at-mount-everest-is-less-than-that-at-the-sea-level-it-is-found-by-mountaineers-that-for-one-trip-lasting-a-few-hours-the-extra-oxygen-needed-by-them-corresponds-to-30-000-cc-at-sea-le https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1ODA-12-mole-of-helium-gas-is-contained-in-a-container-at-s-t-p-the-heat-energy-needed-to-double-the-pressure-of-the-gas-keeping-the-volume-constant-specific-heat-of-the-gas-3jgm-1k-1-is-1-3276-j-2-1638-j https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1ODE-the-equation-of-state-of-a-gas-is-given-by-p-at2vvc-rt-b-where-a-b-c-and-r-are-constants-the-isotherms-can-be-represented-by-p-avm-bvn-where-a-and-b-depend-only-on-temperature-and-1-m-candn-1-2-m-cand https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1ODI-70-calories-of-heat-is-required-to-raise-the-temperature-of-2-moles-of-an-ideal-gas-at-constant-pressure-from-30-circ-text-c-to-35-circ-text-c-the-amount-of-heat-required-to-raise-the-temperature-of-s https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1ODM-a-closed-compartment-containing-gas-is-moving-with-some-acceleration-in-horizontal-direction-neglect-effect-of-gravity-then-the-pressure-in-the-compartment-is-1-same-everywhere-2-lower-in-the-front-si https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1ODQ-three-closed-vessels-a-b-and-c-are-at-the-same-temperature-t-and-contain-gases-which-obey-the-maxwellian-distribution-of-velocities-vessel-a-contains-only-o2-b-only-n2-and-c-a-mixture-of-equal-quantit https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1ODU-a-box-containing-n-molecules-of-a-perfect-gas-at-temperature-t1-and-pressure-p1-the-number-of-molecules-in-the-box-is-doubled-keeping-the-total-kinetic-energy-of-the-gas-same-as-before-if-the-new-pres https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1ODY-two-identical-glass-bulbs-are-interconnected-by-a-thin-glass-tube-a-gas-is-filled-in-these-bulbs-at-n-t-p-if-one-bulb-is-placed-in-ice-and-another-bulb-is-placed-in-hot-bath-then-the-pressure-of-the-g https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1ODc-two-containers-of-equal-volumes-contain-the-same-gas-at-pressures-p-1-and-p-2-and-absolute-temperatures-t-1-and-t-2-respectively-on-joining-the-vessels-the-gas-reaches-a-common-pressure-p-and-common-t https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1ODg-at-the-top-of-a-mountain-a-thermometer-reads-7-circ-text-c-and-a-barometer-reads-70-cm-of-mercury-at-the-bottom-of-the-mountain-the-thermometer-reads-27-circ-text-c-and-the-barometer-reads-76-cm-of-me https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1OTA-a-vessel-is-partitioned-in-two-equal-halves-by-a-fixed-diathermic-separator-two-different-ideal-gases-are-filled-in-left-l-and-right-r-halves-the-rms-speed-of-the-molecules-in-l-part-is-equal-to-the-m https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1OTE-a-gas-is-filled-in-the-cylinder-shown-in-the-figure-the-two-pistons-are-joined-by-a-string-if-the-gas-is-heated-the-pistons-will-1-move-towards-left-2-move-towards-right-3-remain-stationary-4-none-of https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1OTI-a-closed-vessel-contains-8gm-of-oxygen-and-7gm-of-nitrogen-the-total-pressure-is-10-atm-at-a-given-temperature-if-now-oxygen-is-absorbed-by-introducing-a-suitable-absorbent-the-pressure-of-the-remaini https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1OTM-co2o-c-o-is-a-triatomic-gas-mean-kinetic-energy-of-one-gram-gas-will-be-if-n-avogadro-s-number-k-boltzmann-s-constant-and-molecular-weight-of-co2-44-degree-of-freedom-f-7-1-3-88nkt-2-5-88nkt-3-6-88nkt https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1OTQ-40-calories-of-heat-is-needed-to-raise-the-temperature-of-1-mole-of-an-ideal-monoatomic-gas-from-20-deg-c-to-30-deg-c-at-a-constant-pressure-the-amount-of-heat-required-to-raise-its-temperature-over-t https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1OTY-the-pressure-and-volume-of-saturated-water-vapour-are-p-and-v-respectively-it-is-compressed-isothermally-thereby-volume-becomes-v-2-the-final-pressure-will-be-1-more-than-2p-2-p-3-2p-4-4p-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1OTc-if-the-intermolecular-forces-vanish-away-the-volume-occupied-by-the-molecules-contained-in-4-5-kg-water-at-standard-temperature-and-pressure-will-be-1-5-6m3-2-4-5m3-3-11-2litre-4-11-2m3-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1OTg-when-an-air-bubble-of-radius-lsquo-r-rsquo-rises-from-the-bottom-to-the-surface-of-a-lake-its-radius-becomes-5r-4-the-pressure-of-the-atmosphere-is-equal-to-the-10-m-height-of-water-column-if-the-temp https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1OTk-a-horizontal-uniform-glass-tube-of-100-cm-length-sealed-at-both-ends-contain-10-cm-mercury-column-in-the-middle-the-temperature-and-pressure-of-air-on-either-side-of-mercury-column-are-respectively-81 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE2MDA-at-standard-temperature-and-pressure-the-density-of-a-gas-is-1-3kg-m3-and-the-speed-of-the-sound-in-gas-is-330-m-sec-then-the-degree-of-freedom-of-the-gas-will-be-1-3-2-4-3-5-4-6-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE2MDE-the-temperature-of-5-moles-of-a-gas-which-was-held-at-constant-volume-was-changed-from-100-176-c-to-120-176-c-the-change-in-internal-energy-was-found-to-be-80-joules-the-total-heat-capacity-of-the-gas https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE2MDI-the-temperature-at-which-the-r-m-s-speed-of-hydrogen-molecules-is-equal-to-escape-velocity-on-earth-surface-will-be-1-1060-k-2-5030-k-3-8270-k-4-10063-k-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE2MDQ-inside-a-cylinder-having-insulating-walls-and-closed-at-ends-is-a-movable-piston-which-divides-the-cylinder-into-two-compartments-on-one-side-of-the-piston-is-a-mass-m-of-a-gas-and-on-the-other-side-a https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE3MjQ-the-diameter-of-oxygen-molecules-is-2-94-215-10-10m-the-vander-waal-s-gas-constant-b-in-m3-mol-will-be-1-3-2-2-16-3-32-215-10-4-4-32-215-10-6-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE3NDU-the-temperature-of-the-mixture-of-one-mole-of-helium-and-one-mole-of-hydrogen-is-increased-from-0-176-c-to-100-176-c-at-constant-pressure-the-amount-of-heat-delivered-will-be-1-600-cal-2-1200-cal-3-18 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE3NTM-a-vessel-contains-a-mixture-of-one-mole-of-oxygen-and-two-moles-of-nitrogen-at-300-k-the-ratio-of-the-average-rotational-kinetic-energy-per-o2-molecule-to-that-per-n2-molecule-is-1-1-1-2-1-2-3-2-1-4-d https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE3NjI-a-vessel-contains-14-text-g-7-text-moles-of-hydrogen-and-96-text-g-3-text-moles-of-oxygen-at-stp-an-electric-spark-initiates-a-chemical-reaction-between-the-gases-which-proceeds-until-one-of-the-gases https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE3NzM-a-jar-contains-a-gas-and-few-drops-of-water-at-t-k-the-pressure-in-the-jar-is-830-mm-of-mercury-the-temperature-of-jar-is-reduced-by-1-the-saturated-vapour-pressure-of-water-at-the-two-temperatures-ar https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE3ODk-molar-specific-heat-of-oxygen-at-constant-pressure-cp-7-2cal-mol-176-candr-8-3joule-mol-k-at-constant-volume-5-mol-of-oxygen-is-heated-from-10-176-cto20-176-c-the-quantity-of-heat-required-is-approxim https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE3OTA-one-mole-of-an-ideal-gas-requires-207-j-heat-to-raise-the-temperature-by-10-k-when-heated-at-constant-pressure-if-the-same-gas-is-heated-at-constant-volume-to-raise-the-temperature-by-the-same-10-k-th https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4MzE-the-expansion-of-an-ideal-gas-of-mass-m-at-a-constant-pressure-p-is-given-by-the-straight-line-d-then-the-expansion-of-the-same-ideal-gas-of-mass-2m-at-a-pressure-p-2-is-given-by-the-straight-line-whe https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4MzI-an-experiment-is-carried-out-on-a-fixed-amount-of-gas-at-different-temperatures-and-at-high-pressure-such-that-it-deviates-from-the-ideal-gas-behaviour-the-variation-of-pvrt-with-p-is-shown-in-the-dia https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4MzQ-the-figure-below-shows-the-graph-of-pressure-and-volume-of-a-gas-at-two-temperatures-t-1-and-t-2-which-one-of-the-following-inferences-is-correct-1-t-1-t-2-2-t-1-t-2-3-t-1-t-2-4-no-inference-can-be-dr https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4MzU-the-expansion-of-unit-mass-of-a-perfect-gas-at-constant-pressure-is-shown-in-the-diagram-here-1-a-volume-b-176-c-temperature-2-a-volume-b-k-temperature-3-a-176-c-temperature-b-volume-4-a-k-temperature https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4MzY-an-ideal-gas-is-initially-at-temperature-t-and-volume-v-its-volume-increases-by-v-due-to-an-increase-in-temperature-t-pressure-remaining-constant-the-quantity-delta-v-v-t-varies-with-temperature-as-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4Mzc-pressure-versus-temperature-graph-of-an-ideal-gas-of-equal-number-of-moles-of-different-volumes-are-plotted-as-shown-in-figure-choose-the-correct-alternative-1-v1-v2-v3-v4andv2-62-v3-2-v1-v2-v3-v4andv https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4Mzg-pressure-versus-temperature-graph-of-an-ideal-gas-is-as-shown-in-figure-density-of-the-gas-at-point-a-is-961-0-density-at-b-will-be-1-34-961-0-2-32-961-0-3-43-961-0-4-2-961-0-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4NDA-graph-of-specific-heat-at-constant-volume-for-a-monoatomic-gas-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4NDE-a-fix-amount-of-nitrogen-gas-1-mole-is-taken-and-is-subjected-to-pressure-and-temperature-variation-the-experiment-is-performed-at-high-pressure-as-well-as-high-temperatures-the-results-obtained-are-s https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4NDI-a-pressure-p-absolute-temperature-t-diagram-was-obtained-when-a-given-mass-of-gas-was-heated-during-the-heating-process-from-the-state-1-to-state-2-the-volume-1-remained-constant-2-decreased-3-increas https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4NDM-a-volume-v-and-pressure-p-diagram-was-obtained-from-state-1-to-state-2-when-a-given-mass-of-a-gas-is-subjected-to-temperature-changes-during-this-process-the-gas-is-1-heated-continuously-2-cooled-cont https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4NjM-the-figure-shows-the-volume-v-versus-temperature-t-graphs-for-a-certain-mass-of-a-perfect-gas-at-two-constant-pressures-of-p1-and-p2-what-interference-can-you-draw-from-the-graphs-1-p1-62-p2-2-p1-60-p https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4NjY-from-the-following-p-t-graph-what-interference-can-be-drawn-1-v2-62-v1-2-v2-60-v1-3-v2-v1-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4Njg-pressure-versus-temperature-graph-of-an-ideal-gas-at-constant-volume-v-of-an-ideal-gas-is-shown-by-the-straight-line-a-now-mass-of-the-gas-is-doubled-and-the-volume-is-halved-then-the-corresponding-pr https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4Njk-two-different-isotherms-representing-the-relationship-between-pressure-p-and-volume-v-at-a-given-temperature-of-the-same-ideal-gas-are-shown-for-masses-m1-and-m2-of-the-gas-respectively-in-the-figure https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4NzA-two-different-masses-m-and-3m-of-an-ideal-gas-are-heated-separately-in-a-vessel-of-constant-volume-the-pressure-p-and-absolute-temperature-t-graphs-for-these-two-cases-are-shown-in-the-figure-as-a-and https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4NzE-under-constant-temperature-graph-between-p-and-1-v-is-1-parabola-2-hyperbola-3-straight-line-4-circle-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4NzI-which-one-of-the-following-graphs-represents-the-behaviour-of-an-ideal-gas-at-constant-temperature-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE4NzQ-volume-temperature-graph-at-atmospheric-pressure-for-a-monoatomic-gas-vinm3-tin-176-c-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246ODU0ODQ-assertion-at-a-particular-temperature-the-value-of-the-mean-free-path-increases-with-a-decrease-in-pressure-reason-all-the-gas-molecules-at-a-particular-temperature-possess-the-same-speed-if-both-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246ODkwOTM-at-what-temperature-will-the-text-rms-speed-of-oxygen-molecules-become-just-sufficient-for-escaping-from-the-earth-s-atmosphere-given-mass-of-oxygen-molecule-m-2-76-times-10-26-text-kg-boltzmann-s-con https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTAxMjI-the-molecules-of-a-given-mass-of-gas-have-rms-velocity-of-200-text-ms-1-at-27-circ-text-c-and-1-0-times-10-5-text-nm-2-pressure-when-the-temperature-and-the-pressure-of-the-gas-are-respectively-127-ci https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTA2ODg-4-0-text-gm-of-gas-occupies-22-4-text-litres-at-ntp-the-specific-heat-capacity-of-the-gas-at-a-constant-volume-is-5-0-text-jk-1-text-mol-1-if-the-speed-of-sound-in-the-gas-at-ntp-is-952-text-ms-1-then https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTA4NDg-one-mole-of-an-ideal-diatomic-gas-undergoes-a-transition-from-a-to-b-along-a-path-ab-as-shown-in-the-figure-the-change-in-internal-energy-of-the-gas-during-the-transition-is-1-20-text-kj-2-20-text-kj https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTA4NTI-the-ratio-of-the-specific-heats-frac-c-p-c-v-gamma-in-terms-of-degrees-of-freedom-n-is-given-by-1-left-1-frac-1-n-right-2-left-1-frac-n-3-right-3-left-1-frac-2-n-right-4-left-1-frac-n-2-right-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTE0MjQ-in-the-given-v-text-t-diagram-what-is-the-relation-between-pressure-p-1-and-p-2-1-p-2-p-1-2-p-2-p-1-3-cannot-be-predicted-4-p-2-p-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTE0MjY-the-amount-of-heat-energy-required-to-raise-the-temperature-of-1-g-of-helium-at-ntp-from-t-1-k-to-t-2-k-is-1-dfrac-3-2-n-ak-b-t-2-t-1-2-dfrac-3-4-n-ak-b-t-2-t-1-3-dfrac-3-4-n-ak-b-frac-t-2-t-1-4-dfrac https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTE1NzM-assertion-the-molecules-of-a-monoatomic-gas-have-three-degrees-of-freedom-reason-the-molecules-of-a-diatomic-gas-have-five-degrees-of-freedom-if-both-the-assertion-and-the-reason-are-true-and-the-reas https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTIyNjA-assertion-the-molecules-of-a-monatomic-gas-has-three-degree-of-freedom-reason-the-molecules-of-a-diatomic-gas-has-five-degree-of-freedom-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTU1NzI-an-increase-in-the-temperature-of-a-gas-filled-container-would-lead-to-1-decrease-in-intermolecular-distance-2-increase-in-its-mass-3-increase-in-its-kinetic-energy-4-decrease-in-its-pressure-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTI2Njc1-for-a-gas-if-the-ratio-of-specific-heats-at-constant-pressure-and-constant-volume-is-947-then-the-value-of-degree-of-freedom-is-1-947-1-947-1-2-947-1-947-1-3-947-1-2-4-2-947-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTMxNjk0-the-value-gamma-frac-c-p-c-v-for-hydrogen-helium-and-another-ideal-diatomic-gas-x-whose-molecules-are-not-rigid-but-have-an-additional-vibrational-mode-are-respectively-equal-to-1-dfrac-7-5-dfrac-5-3 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTU5NzQ1-what-is-the-ratio-of-temperatures-t1andt2-1-3-8201-1-2-3-1-3-9-1-4-27-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTU5NzU5-how-does-the-temperature-change-when-the-state-of-an-ideal-gas-is-changed-according-to-the-process-shown-in-the-figure-1-temperature-increases-continuously-2-temperature-decreases-continuously-3-tempe https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTYwMDYz-from-the-following-v-t-diagram-we-can-conclude-1-p1-p2-2-p1-p2-3-p1-p2-4-p1-ge-p2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTYwODU5-when-the-gas-in-an-open-container-is-heated-the-mean-free-path-1-increases-2-decreases-3-remains-the-same-4-any-of-the-above-depending-on-the-molar-mass-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTYwOTYy-maxwell-s-speed-distribution-graph-is-drawn-as-shown-below-the-most-probable-speed-of-the-gas-molecules-is-1-4-km-s-2-between-3-km-s-and-1-km-s-3-any-value-between-2-km-s-and-6-km-s-4-more-than-4-km-s https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTYwOTcy-a-closed-container-having-an-ideal-gas-is-heated-gradually-to-increase-the-temperature-by-20-the-mean-free-path-will-become-remain-1-20-more-2-same-3-20-less-4-33-less-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTYxMDIx-two-ideal-gases-have-the-same-number-of-molecules-per-unit-volume-and-the-radii-of-their-molecules-are-r-and-3r-respectively-the-ratio-of-their-mean-free-path-in-identical-containers-will-be-1-3-1-2-9 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTg1NDIz-the-mean-free-path-for-a-gas-with-molecular-diameter-d-and-number-density-n-can-be-expressed-as-1-dfrac-1-sqrt-2-n-pi-d-2-2-dfrac-1-sqrt-2-n-2-pi-d-2-3-dfrac-1-sqrt-2-n-2-pi-2-d-2-4-dfrac-1-sqrt-2-n-p https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTg1NDQ4-a-cylinder-contains-hydrogen-gas-at-a-pressure-of-249-text-kpa-and-temperature-27-circ-text-c-its-density-is-r-8-3-text-j-mol-1-text-k-1-1-0-2-text-kg-m-3-2-0-1-text-kg-m-3-3-0-02-text-kg-m-3-4-0-5-te https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTg1NDU4-the-average-thermal-energy-for-a-mono-atomic-gas-is-k-b-is-boltzmann-constant-and-t-absolute-temperature-1-dfrac-3-2-k-bt-2-dfrac-5-2-k-bt-3-dfrac-7-2-k-bt-4-dfrac-1-2-k-bt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk1MTE1-an-ideal-gas-equation-can-be-written-as-p-961-rtm0-where-961-and-m0-are-respectively-1-mass-density-the-mass-of-the-gas-2-number-density-molar-mass-3-mass-density-molar-mass-4-number-density-the-mass https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk3NzU1-the-fraction-of-molecular-volume-to-the-actual-volume-occupied-by-oxygen-gas-at-stp-is-take-the-diameter-of-an-oxygen-molecule-to-be-3-aring-1-4-times-10-minus-4-2-5-times-10-minus-4-3-3-times-10-minu https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk3NzU2-molar-volume-is-the-volume-occupied-by-1-mol-of-any-ideal-gas-at-standard-temperature-and-pressure-is-stp-1-atmospheric-pressure-0-circ-text-c-1-0-2-22-4-litres-3-11-2-litres-4-1-litres-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk3NzU4-the-figure-shows-a-plot-of-dfrac-pv-t-versus-p-for-1-00-times10-3-kg-of-oxygen-gas-at-two-different-temperatures-then-relation-between-t-1-and-t-2-is-1-t-1-t-2-2-t-1-t-2-4-t-1-geq-t-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk3NzYw-the-figure-shows-a-plot-of-frac-pv-t-versus-p-for-1-00-times-10-3-text-kg-of-oxygen-gas-at-two-different-temperatures-the-value-of-frac-pv-t-where-the-curves-meet-on-the-y-text-axis-is-1-0-06-text-jk https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk3NzYx-an-oxygen-cylinder-of-volume-30-litres-has-an-initial-gauge-pressure-of-15-atm-and-a-temperature-of-27-deg-c-after-some-oxygen-is-withdrawn-from-the-cylinder-the-gauge-pressure-drops-to-11-atm-and-its https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk5NzIx-an-air-bubble-of-volume-1-0-cm3-rises-from-the-bottom-of-a-lake-40-m-deep-at-a-temperature-of-12-deg-c-to-what-volume-does-it-grow-when-it-reaches-the-surface-which-is-at-a-temperature-of-35-deg-c-1-5 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk5NzIy-what-is-the-total-number-of-air-molecules-inclusive-of-oxygen-nitrogen-water-vapor-and-other-constituents-in-a-room-of-capacity-25-0-m3-at-a-temperature-of-27-circ-text-c-and-1-atm-pressure-1-6-1-time https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk5NzIz-what-is-the-average-thermal-energy-of-a-helium-atom-at-room-temperature-27-circ-text-c-1-11-21-times-10-20-text-j-2-3-09-times-10-16-text-j-3-6-21-times-10-21-text-j-4-5-97-times-10-19-text-j-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk5NzI0-at-what-temperature-is-the-root-mean-square-speed-of-an-atom-in-an-argon-gas-cylinder-equal-to-the-rms-speed-of-a-helium-gas-atom-at-20-circ-text-c-given-the-atomic-mass-of-mathrm-ar-39-9-text-u-and-o https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTk5NzI1-from-a-certain-apparatus-the-diffusion-rate-of-hydrogen-has-an-average-value-of-28-7-text-cm-3-text-s-1-the-diffusion-of-another-gas-under-the-same-conditions-is-measured-to-have-an-average-rate-of-7 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NDg5-the-effect-of-temperature-on-maxwell-apos-s-speed-distribution-is-correctly-shown-by-1-xa0-2-xa0-3-xa0-4-xa0-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NDkw-select-the-incorrect-statement-about-maxwell-s-speed-distribution-curve-1-the-distribution-function-depends-only-on-the-absolute-temperature-2-vrms-62-vav-62-vmp-3-the-area-under-the-distribution-curv https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NDkx-by-increasing-the-temperature-of-a-gas-by-6-oc-its-pressure-increases-by-0-4-at-constant-volume-then-the-initial-temperature-of-the-gas-is-1-1000-k-2-2000-k-3-1500-k-4-750-k-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NDkz-boyle-s-law-is-obeyed-by-1-real-gas-of-constant-mass-and-temperature-2-ideal-gas-of-constant-mass-and-temperature-3-both-ideal-and-real-gases-at-constant-temperature-and-variable-mass-4-both-ideal-and https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NDk0-for-an-ideal-gas-the-fractional-change-in-its-volume-per-degree-rise-in-temperature-at-constant-pressure-is-equal-to-t-is-the-absolute-temperature-of-the-gas-1-t0-2-t-3-t-1-4-t2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NDk1-the-rise-in-the-temperature-of-a-given-mass-of-an-ideal-gas-at-constant-pressure-and-at-temperature-27-oc-to-double-its-volume-is-1-327oc-2-54oc-3-300oc-4-600oc-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NDk2-a-container-has-n-molecules-at-absolute-temperature-t-if-the-number-of-molecules-is-doubled-but-kinetic-energy-in-the-box-remains-the-same-as-before-the-absolute-temperature-of-the-gas-is-1-t-2-t2-3-3 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NDk3-during-an-experiment-an-ideal-gas-is-found-to-obey-an-additional-law-vp2-constant-the-gas-is-initially-at-temperature-t-and-volume-v-when-it-expands-to-volume-2v-the-resulting-temperature-is-1-t2-2-2t https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NDk4-when-the-pressure-remaining-constant-at-what-temperature-will-the-r-m-s-speed-of-gas-molecules-increases-by-10-of-the-r-m-s-the-speed-at-ntp-1-81-5-k-2-81-5-oc-3-815-3-k-4-81-5-oc-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NDk5-select-the-appropriate-property-of-an-ideal-gas-1-its-molecules-are-infinitesimally-small-2-there-are-no-forces-of-interaction-between-its-molecules-3-it-strictly-obeys-the-ideal-gas-laws-4-all-of-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTAw-a-real-gas-behaves-as-an-ideal-gas-at-1-very-low-pressure-and-high-temperature-2-high-pressure-and-low-temperature-3-high-pressure-and-high-temperature-4-low-pressure-and-low-temperature-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTAx-a-gas-at-a-pressure-p0-is-contained-in-a-vessel-if-the-masses-of-all-the-molecules-are-halved-and-their-velocities-doubled-then-the-resulting-pressure-p-will-be-1-4p0-2-2p0-3-p0-4-p02-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTAy-if-e-is-the-energy-density-in-an-ideal-gas-then-the-pressure-of-the-ideal-gas-is-1-p-23e-2-p-32e-3-p-52e-4-p-25e-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTAz-a-sample-of-a-gas-in-a-box-is-at-pressure-p0-and-temperature-t0-if-the-number-of-molecules-is-doubled-and-the-total-kinetic-energy-of-the-gas-is-kept-constant-then-the-final-temperature-and-pressure-w https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTA0-the-average-velocity-of-gas-molecules-is-1-proportional-to-t-2-proportional-to-t-3-zero-4-not-possible-to-determine-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTA1-which-of-the-following-methods-will-enable-the-volume-of-an-ideal-gas-to-be-increased-four-times-1-double-the-temperature-and-reduce-the-pressure-to-half-2-double-the-temperature-and-also-double-the-p https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTA2-the-average-speed-of-gas-molecules-is-v-at-pressure-p-if-by-keeping-the-temperature-constant-the-pressure-of-the-gas-is-doubled-then-average-speed-will-become-1-2v-2-v-3-2v-4-v2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTA3-four-molecules-of-a-gas-have-speeds-of-1-2-3-and-4-km-s-the-value-of-the-r-m-s-speed-of-the-gas-molecules-is-1-1215km-s-2-1210km-s-3-2-5-km-s-4-152km-s-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTA4-the-rms-speed-of-the-molecules-of-an-enclosed-gas-is-v-what-will-be-the-rms-speed-if-the-pressure-is-doubled-keeping-the-temperature-constant-1-v-over-2-2-v-3-2v-4-4v-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTEw-the-ratio-of-number-of-collisions-per-second-at-the-walls-of-containers-by-he-and-o2-gas-molecules-kept-at-the-same-volume-and-temperature-is-assume-normal-incidence-on-walls-1-2-1-2-1-2-3-22-1-4-1-22 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTEx-an-ant-is-moving-on-a-plane-s-horizontal-surface-the-number-of-degrees-of-freedom-of-the-ant-will-be-1-1-2-2-3-3-4-6-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTEy-if-a-gas-has-f-degree-of-freedom-the-ratio-of-the-specific-heats-of-the-gases-cpcv-is-1-1-f2-2-1-f2-3-1-1f-4-1-2f-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTEz-molar-specific-heat-at-constant-volume-for-a-non-linear-triatomic-gas-is-vibration-mode-neglected-1-3r-2-4r-3-2r-4-r-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTE0-a-mixture-of-ideal-gases-has-2-moles-of-he-4-moles-of-oxygen-and-1-mole-of-ozone-at-absolute-temperature-t-the-internal-energy-of-the-mixture-is-1-13rt-2-11rt-3-16rt-4-14rt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTE1-e0-and-eh-respectively-represent-the-average-kinetic-energy-of-a-molecule-of-oxygen-and-hydrogen-if-the-two-gases-are-at-the-same-temperature-which-of-the-following-statement-is-true-1-e0-eh-2-e0-eh-3 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTE2-14-g-of-co-at-27-oc-is-mixed-with-16-g-of-o2-at-47-oc-the-temperature-of-the-mixture-is-vibration-mode-neglected-1-5-oc-2-32-oc-3-37-oc-4-27-oc-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTE3-when-one-mole-of-a-monatomic-gas-is-mixed-with-one-mole-of-a-diatomic-gas-then-the-equivalent-value-of-947-for-the-mixture-will-be-vibration-mode-neglected-1-1-33-2-1-40-3-1-50-4-1-6-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTE4-a-box-of-negligible-mass-containing-2-moles-of-an-ideal-gas-of-molar-mass-m-and-adiabatic-exponent-947-moves-with-constant-speed-v-on-a-smooth-horizontal-surface-if-the-box-suddenly-stops-then-the-cha https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA1NTE5-on-increasing-number-density-for-a-gas-in-a-vessel-the-mean-free-path-of-a-gas-1-decreases-2-increases-3-remains-same-4-becomes-double-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA3NDIz-two-closed-containers-of-equal-volume-are-filled-with-air-at-pressure-p0-and-temperature-t0-both-are-connected-by-a-narrow-tube-if-one-of-the-containers-is-maintained-at-temperature-t0-and-the-other-a https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA4MTQ5-the-pressures-of-a-gas-filled-in-the-bulb-of-a-constant-volume-gas-thermometer-at-temperatures-0-176-c-and-100-176-c-are-27-50-cm-and-37-50-cm-of-hg-respectively-at-an-unknown-temperature-the-pressure https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA4MTUw-a-graph-is-plotted-by-taking-pressure-along-the-y-axis-and-centigrade-temperature-along-the-x-axis-for-an-ideal-gas-at-constant-volume-the-x-intercept-of-the-graph-is-1-273-15-176-c-2-273-15k-3-273-17 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjE0MTUw-heat-is-associated-with-1-kinetic-energy-of-random-motion-of-molecules-2-kinetic-energy-of-orderly-motion-of-molecules-3-total-kinetic-energy-of-random-and-orderly-motion-of-molecules-4-kinetic-energy https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjE0MTY4-which-one-of-the-following-graphs-represents-the-behaviour-of-an-ideal-gas-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjE0MTcw-a-jar-has-a-mixture-of-hydrogen-and-oxygen-gases-in-the-ratio-of-1-5-the-ratio-of-mean-kinetic-energies-of-hydrogen-and-oxygen-molecules-is-1-1-16-2-1-4-3-1-5-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjE0MTcz-a-vessel-contains-a-mixture-of-one-mole-of-oxygen-and-two-moles-of-nitrogen-at-300-k-the-ratio-of-the-average-rotational-kinetic-energy-per-o2-molecule-to-that-per-n2-molecule-is-1-1-1-2-1-2-3-2-1-4-d https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjE0MTc2-a-closed-compartment-containing-gas-is-moving-with-some-acceleration-in-horizontal-direction-neglecting-effect-of-gravity-pressure-in-the-compartment-is-1-same-everywhere-2-lower-in-the-front-3-lower https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjE0MTc5-diatomic-molecules-like-hydrogen-have-energies-due-to-both-translational-as-well-as-rotational-motion-from-the-equation-in-kinetic-theory-pv-23e-e-is-1-the-total-energy-per-unit-volume-2-only-the-tran https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjE0MTgx-when-an-ideal-gas-is-compressed-adiabatically-its-temperature-rises-and-thus-the-molecules-on-the-average-have-more-kinetic-energy-than-before-the-kinetic-energy-increases-1-because-of-collisions-with https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NDk3-in-a-diatomic-molecule-the-rotational-energy-at-a-given-temperature-a-obeys-maxwell-rsquo-s-distribution-b-have-the-same-value-for-all-molecules-c-equals-the-translational-kinetic-energy-for-each-mole https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NDk4-which-of-the-following-diagrams-figure-depicts-ideal-gas-behaviour-1-a-c-2-a-d-3-c-d-4-a-b-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NTE3-a-cubic-vessel-with-faces-horizontal-vertical-contains-an-ideal-gas-at-ntp-the-vessel-is-being-carried-by-a-rocket-which-is-moving-at-a-speed-of-500-text-ms-1-in-the-vertical-direction-the-pressure-of https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NTE4-1-mole-of-an-ideal-gas-is-contained-in-a-cubical-volume-v-abcdefgh-at-300-k-figure-one-face-of-the-cube-efgh-is-made-up-of-a-material-which-totally-absorbs-any-gas-molecule-incident-on-it-at-any-given https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NTE5-boyle-s-law-is-applicable-for-an-1-adiabatic-process-2-isothermal-process-3-isobaric-process-4-isochoric-process-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NTIw-a-cylinder-containing-an-ideal-gas-is-in-a-vertical-position-and-has-a-piston-of-mass-m-that-is-able-to-move-up-or-down-without-friction-figure-if-the-temperature-is-increased-1-both-p-and-v-of-the-ga https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NTIx-the-volume-versus-temperature-graphs-for-a-given-mass-of-an-ideal-gas-are-shown-in-the-figure-at-two-different-values-of-constant-pressure-what-can-be-inferred-about-relation-between-mathrm-p-1-and-ma https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NTIy-1-mole-of-mathrm-h-2-gas-is-contained-in-a-box-of-volume-v-1-00-text-m-3-at-t-300-text-k-the-gas-is-heated-to-a-temperature-of-t-3000-text-k-and-the-gas-gets-converted-to-a-gas-of-hydrogen-atoms-the-f https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NTIz-a-vessel-of-volume-v-contains-a-mixture-of-1-mole-of-hydrogen-and-1-mole-of-oxygen-both-considered-ideal-let-f1-v-dv-denotes-the-fraction-of-molecules-with-a-speed-between-v-and-v-dv-with-f2-v-dv-simi https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NTI0-an-inflated-rubber-balloon-contains-one-mole-of-an-ideal-gas-has-a-pressure-p-volume-v-and-temperature-t-if-the-temperature-rises-to-1-1t-and-the-volume-is-increased-to-1-05v-the-final-pressure-will-b https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NTI1-abcdefgh-is-a-hollow-cube-made-of-an-insulator-figure-face-abcd-has-a-positive-charge-on-it-inside-the-cube-we-have-ionised-hydrogen-the-usual-kinetic-theory-expression-for-pressure-a-will-be-valid-b https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjQ1MDc0-the-mean-free-path-l-for-a-gas-molecule-depends-upon-the-diameter-d-of-the-molecule-as-1-l-propto-dfrac-1-d-2-2-l-propto-d-3-l-propto-d-2-4-l-propto-dfrac-1-d-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODMy-the-density-of-water-is-1000-text-kg-m-3-the-density-of-water-vapour-at-100-circ-text-c-and-1-atm-pressure-is-0-6-text-kg-m-3-the-volume-of-a-molecule-multiplied-by-the-total-number-gives-what-is-call https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODM3-the-density-of-water-is-1000-kg-m-ndash-3-the-volume-of-a-water-molecule-is-1-4-times-10-29-text-m-3-2-4-times-10-28-text-m-3-3-3-times-10-29-text-m-3-4-3-times-10-29-text-cm-3-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODM4-the-density-of-water-is-1000-kg-m-ndash-3-the-density-of-water-vapour-at-100-circ-text-c-and-1-atm-pressure-is-0-6-kg-m-ndash-3-what-is-the-average-distance-between-molecules-intermolecular-distance-i https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODQw-a-vessel-contains-two-nonreactive-gases-neon-monatomic-and-oxygen-diatomic-the-ratio-of-their-partial-pressures-is-3-2-the-ratio-of-the-number-of-molecules-is-atomic-mass-of-mathrm-ne-20-2-u-molecular https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODQx-a-vessel-contains-two-nonreactive-gases-neon-monatomic-and-oxygen-diatomic-the-ratio-of-their-partial-pressures-is-3-2-the-ratio-of-mass-density-of-neon-and-oxygen-in-the-vessel-is-atomic-mass-of-math https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODQy-a-flask-contains-argon-and-chlorine-in-the-ratio-of-2-1-by-mass-the-temperature-of-the-mixture-is-27-circ-mathrm-c-the-ratio-of-average-kinetic-energy-per-molecule-of-the-molecules-of-the-two-gases-is https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODQz-a-flask-contains-argon-and-chlorine-in-the-ratio-of-2-1-by-mass-the-temperature-of-the-mixture-is-27-circ-mathrm-c-the-ratio-of-root-mean-square-speed-v-rms-of-the-molecules-of-the-two-gases-is-atomic https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODQ0-uranium-has-two-isotopes-of-masses-235-and-238-units-if-both-are-present-in-uranium-hexafluoride-gas-which-would-have-the-larger-average-speed-1-235-mathrm-u-mathrm-f-6-2-238-mathrm-u-mathrm-f-6-3-bot https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODQ1-uranium-has-two-isotopes-of-masses-235-and-238-units-if-both-are-present-in-uranium-hexafluoride-gas-if-the-atomic-mass-of-fluorine-is-19-units-what-is-the-percentage-difference-in-speeds-of-isotopes https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODQ2-when-a-molecule-or-an-elastic-ball-hits-a-massive-wall-it-rebounds-with-the-same-speed-when-a-ball-hits-a-massive-bat-held-firmly-the-same-thing-happens-however-when-the-bat-is-moving-towards-the-ball https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODQ3-a-cylinder-of-fixed-capacity-44-8-litres-contains-helium-gas-at-standard-temperature-and-pressure-what-is-the-amount-of-heat-needed-to-raise-the-temperature-of-the-gas-in-the-cylinder-by-15-0-circ-tex https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjcwODQ4-the-diameter-of-the-water-vapour-molecule-is-2-times-10-10-text-m-and-the-number-of-molecules-per-unit-volume-at-stp-is-2-7-times-10-25-text-m-3-the-mean-free-path-for-a-water-molecule-in-water-vapour https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc3MTM1-match-column-i-and-column-ii-and-choose-the-correct-match-from-the-given-choices-column-i-column-ii-a-root-mean-square-speed-of-gas-molecules-p-dfrac13nm-bar-v-2-b-the-pressure-exerted-by-an-ideal-gas https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM5MzYw-the-volume-occupied-by-the-molecules-contained-in-4-5-text-kg-water-at-stp-if-the-molecular-forces-vanish-away-is-1-5-6-text-m-3-2-5-6-times10-6-text-m-3-3-5-6-times10-3-text-m-3-4-5-6-times10-3-text https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM5Nzc4-the-temperature-at-which-the-rms-speed-of-atoms-in-neon-gas-is-equal-to-the-rms-speed-of-hydrogen-molecules-at-15-circ-text-c-is-the-atomic-mass-of-neon-20-2-text-u-molecular-mass-of-hydrogen-2-text-u https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ2NjA0-three-vessels-of-equal-capacity-have-gases-at-the-same-temperature-and-pressure-the-first-vessel-contains-helium-monoatomic-the-second-contains-fluorine-diatomic-and-the-third-contains-sulfur-hexafluo https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzY2OTI4-the-temperature-of-a-gas-is-50-circ-text-c-to-what-temperature-the-gas-should-be-heated-so-that-the-rms-speed-is-increased-by-3-times-1-223-text-k-2-669-circ-text-c-3-3295-circ-text-c-4-3097-text-k-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzY4MzE3-a-container-of-volume-200-cm3-contains-0-2-mole-of-hydrogen-gas-and-0-3-mole-of-argon-gas-the-pressure-of-the-system-at-temperature-200-k-r-8-3-jk-ndash-1-mol-ndash-1-will-be-1-6-15-times-10-5-text-pa https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDU0OTk5-the-following-graph-represents-the-t-text-v-curves-of-an-ideal-gas-where-t-is-the-temperature-and-v-the-volume-at-three-pressures-p-1-p-2-and-p-3-compared-with-those-of-charles-s-law-represented-as-do https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDU2NzM5-an-ideal-gas-at-0-circ-text-c-and-atmospheric-pressure-p-has-volume-v-the-percentage-increase-in-its-temperature-needed-to-expand-it-to-3v-at-constant-pressure-is-1-100-2-200-3-300-4-50-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM1OTE0-given-below-are-two-statements-assertion-a-as-a-gas-bubble-rises-from-the-bottom-of-a-lake-its-volume-decreases-reason-r-as-the-gas-bubble-rises-from-the-bottom-of-a-lake-the-pressure-of-the-gas-withi https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyOTEz-the-process-on-an-ideal-gas-as-shown-in-the-figure-given-below-is-1-isothermal-2-isobaric-3-isochoric-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjQ1NDA5-an-ideal-gas-equation-can-be-written-as-p-dfrac-rt-m-0-where-rho-and-m-0-are-respectively-1-mass-density-the-mass-of-the-gas-2-number-density-molar-mass-3-mass-density-molar-mass-4-number-density-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzE0MzYy-the-pressure-exerted-by-a-gas-enclosed-within-a-room-is-due-to-1-collisions-of-the-gas-molecules-with-the-walls-of-the-room-2-the-repulsive-force-between-molecules-of-the-gas-3-weight-of-the-molecules https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzU4MjYz-a-gas-in-a-vessel-is-initially-at-pressure-p-if-the-mass-of-all-the-gas-molecules-is-halved-and-their-speed-is-doubled-then-the-resultant-pressure-will-be-1-2-p-2-p-3-dfrac-p-2-4-4-p-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzMxNDU1-suppose-that-the-average-kinetic-energy-translational-rotational-of-random-molecular-motion-of-helium-mathrm-he-at-temperature-t-mathrm-he-is-equal-to-that-of-hydrogen-mathrm-h-2-at-temperature-t-math https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyODYz-which-of-the-following-parameters-is-the-same-for-molecules-of-all-gases-at-a-given-temperature-1-mass-2-speed-3-momentum-4-kinetic-energy-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzE0MzYx-hydrogen-gas-is-contained-in-a-vessel-and-the-rms-speed-of-the-gas-molecules-is-v-the-gas-is-heated-isobarically-so-that-its-volume-doubles-then-it-is-compressed-isothermally-so-that-it-returns-to-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQzMjY1-given-below-are-two-statements-assertion-a-the-average-velocity-of-the-molecules-of-an-ideal-gas-increases-when-the-temperature-rises-reason-r-the-internal-energy-of-an-ideal-gas-increases-with-temper https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyODkx-suppose-a-container-is-evacuated-to-leave-just-one-molecule-of-a-gas-in-it-let-v-a-and-v-rms-represent-the-average-speed-and-the-rms-speed-of-the-gas-1-v-a-v-rms-2-v-a-3-v-a-v-rms-4-v-rms-is-undefined https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyOTEw-the-quantity-dfrac-pv-kt-represents-1-mass-of-the-gas-2-kinetic-energy-of-the-gas-3-number-of-moles-of-the-gas-4-number-of-molecules-in-the-gas-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246ODkwMDI-a-gas-mixture-consists-of-2-moles-of-mathrm-o-2-and-4-moles-of-mathrm-ar-at-temperature-t-neglecting-all-the-vibrational-modes-the-total-internal-energy-of-the-system-is-1-15rt-2-9rt-3-11rt-4-4rt-1-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzYzMDY0-what-is-the-molar-specific-heat-capacity-of-a-diatomic-gas-in-an-isochoric-process-if-it-has-an-additional-vibrational-mode-begin-align-1-frac-5-2-r-2-frac-3-2-r-3-frac-7-2-r-4-frac-9-2-r-end-align-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM4MTEz-one-mole-of-an-equimolar-mixture-of-monoatomic-he-and-diatomic-h-2-gases-is-heated-to-raise-the-temperature-by-1-k-under-constant-pressure-the-amount-of-heat-used-in-this-process-is-nearly-1-8-3-j-2-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjUxMDUy-if-c-p-and-c-v-denote-the-specific-heats-per-unit-mass-of-an-ideal-gas-of-molecular-weight-m-where-r-is-the-molar-gas-constant-the-correct-relation-is-1-c-p-c-v-r-2-c-p-c-v-frac-r-m-3-c-p-c-v-mr-4-c-p https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQwMDUy-given-below-are-two-statements-assertion-a-the-mean-free-path-of-gas-molecules-varies-inversely-with-the-density-of-the-gas-reason-r-the-mean-free-path-varies-inversely-with-the-pressure-of-the-gas-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTExMzg-the-mean-free-path-of-molecules-of-a-gas-radius-r-is-inversely-proportional-to-1-r-3-2-r-2-3-r-4-sqrt-r-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDU1NzYy-in-a-container-1-text-g-of-hydrogen-and-1-text-g-of-oxygen-are-taken-find-the-ratio-of-hydrogen-pressure-to-oxygen-pressure-1-16-2-12-3-18-4-20-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQyMTg4-given-below-are-two-statements-statement-i-on-reducing-the-volume-of-a-gas-at-a-constant-temperature-the-pressure-of-the-gas-increases-statement-ii-at-constant-temperature-according-to-boyle-s-law-vol https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzMzOTIy-a-flask-containing-air-at-27-circ-text-c-at-atmospheric-pressure-is-corked-up-a-pressure-of-2-5-atm-would-force-the-cork-out-the-temperature-at-which-this-happens-is-1-67-5-circ-text-c-2-750-k-3-577-c https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ2MTU1-for-a-perfect-gas-two-pressures-p-1-and-p-2-are-shown-in-the-figure-the-graph-shows-1-p-1-p-2-2-p-1-p-2-3-p-1-p-2-4-insufficient-data-to-draw-any-conclusion-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246ODg5NTI-a-given-sample-of-an-ideal-gas-occupies-a-volume-v-at-a-pressure-p-and-absolute-temperature-t-the-mass-of-each-molecule-of-the-gas-is-m-which-of-the-following-gives-the-density-of-the-gas-1-dfrac-p-kt https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTA4NjM0-the-compressibility-factor-z-dfrac-pv-nrt-is-defined-for-gases-r-being-the-universal-gas-constant-the-remaining-quantities-p-v-t-n-being-defined-using-standard-notation-a-graph-of-z-versus-pressure-p https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzMxODk0-the-equation-of-state-corresponding-to-8-text-g-of-o-2-is-1-pv-8rt-2-pv-dfrac-rt-4-3-pv-rt-4-pv-dfrac-rt-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyODY1-a-gas-behaves-more-closely-as-an-ideal-gas-at-1-low-pressure-and-low-temperature-2-low-pressure-and-high-temperature-3-high-pressure-and-low-temperature-4-high-pressure-and-high-temperature-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3Mzk1-an-enclosure-of-volume-v-contains-a-mixture-of-three-gases-16-text-g-of-oxygen-28-text-g-of-nitrogen-and-44-text-g-of-carbon-dioxide-at-an-absolute-temperature-t-considering-r-as-the-universal-gas-con https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDMxNzYy-given-below-are-two-statements-statement-i-if-a-mixture-of-ideal-gases-has-specific-molar-heat-capacities-c-p-at-constant-pressure-and-c-v-at-constant-volume-then-c-p-c-v-r-statement-ii-any-mixture-of https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc5MTA4-on-the-basis-of-kinetic-theory-of-gases-the-gas-exerts-pressure-because-its-molecules-1-continuously-lose-their-energy-till-it-reaches-wall-2-are-attracted-by-the-walls-of-container-3-continuously-sti https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzUwMDU5-a-certain-amount-of-ideal-gas-is-sealed-in-a-glass-flask-at-one-atmospheric-pressure-and-27-circ-text-c-the-flask-can-withstand-upto-a-pressure-of-2-atmosphere-what-is-the-temperature-to-which-the-gas https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTA4Nzg1-given-below-are-two-statements-assertion-a-a-real-gas-behaves-like-an-ideal-gas-at-low-pressures-and-high-temperatures-reason-r-at-low-pressures-high-temperatures-the-intermolecular-potential-energy-i https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ1OTg4-when-a-gas-filled-in-a-closed-vessel-is-heated-by-raising-the-temperature-by-1-circ-text-c-its-pressure-increase-by-0-4-the-initial-temperature-of-the-gas-is-1-350-k-2-150-k-3-100-k-4-250-k-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzI1MTk2-under-which-of-the-following-conditions-is-the-law-pv-rt-obeyed-most-closely-by-a-real-gas-1-high-pressure-and-high-temperature-2-low-pressure-and-low-temperature-3-low-pressure-and-high-temperature-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyODg5-the-following-figure-shows-graphs-of-pressure-versus-density-for-an-ideal-gas-at-two-temperatures-t-1-and-t-2-then-1-t-1-t-2-2-t-1-t-2-3-t-1-4-any-of-the-three-is-possible-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246MTMzNDE-which-one-of-the-following-graphs-represent-the-behaviour-of-an-ideal-gas-at-constant-temperature-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ0MzY3-a-fixed-mass-of-an-ideal-gas-is-compressed-at-a-constant-temperature-the-pressure-is-recorded-continuously-as-the-volume-decreases-the-pressure-y-text-axis-and-volume-x-text-axis-are-plotted-on-a-line https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzIxNTMz-a-gas-possesses-temperature-due-to-1-the-potential-energy-of-its-molecules-2-the-kinetic-energy-of-its-molecules-3-the-attractive-force-between-its-molecules-4-the-repulsive-force-between-its-molecule https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzYzMTQ0-the-ratio-of-temperature-in-mathrm-k-of-hydrogen-and-oxygen-is-2-1-the-ratio-of-their-average-kinetic-energy-per-molecule-is-1-6-1-2-1-6-3-2-1-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyODcx-the-energy-of-a-given-sample-of-an-ideal-gas-depends-only-on-its-1-volume-2-pressure-3-density-4-temperature-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzIxNTQx-kinetic-energy-of-an-ideal-gas-is-proportional-to-1-t-2-1-over-t-3-t-0-4-t-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ1Njg0-what-is-the-translational-kinetic-energy-of-one-mole-of-any-monatomic-ideal-gas-at-27-circ-text-c-r-8-3-j-mole-k-1-3735-j-2-336-j-3-1245-j-4-8300-j-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzg1NDky-match-column-i-and-column-ii-and-choose-the-correct-match-from-the-given-choices-column-i-column-ii-a-root-mean-square-speed-of-gas-molecules-p-dfrac13nm-overline-v-2-b-the-pressure-exerted-by-an-idea https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ1NzQw-a-container-has-n-molecules-at-absolute-temperature-t-if-the-number-of-molecules-is-doubled-but-the-total-kinetic-energy-of-the-molecules-in-the-container-remains-the-same-then-the-absolute-temperatur https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDUyNjE1-the-average-translational-kinetic-energy-of-molecules-in-a-sample-of-oxygen-gas-at-300-text-k-is-6-21-times-10-21-text-j-the-corresponding-value-at-600-text-k-is-assume-ideal-gas-behaviour-1-12-42-tim https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ2MzQ2-the-estimated-average-thermal-energy-of-a-helium-atom-at-room-temperature-27-circ-text-c-is-k-b-1-4-times10-23-text-j-k-1-3-1-times10-21-text-j-2-6-3-times10-21-text-j-3-1-26-times10-20-text-j-4-2-52 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTA4Nzgz-given-below-are-two-statements-assertion-a-the-pressure-exerted-by-a-gas-is-due-to-the-elastic-collisions-of-the-gas-molecules-with-the-walls-of-the-container-reason-r-when-gas-molecules-undergo-elast https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ3MzMw-a-flask-contains-argon-and-chlorine-in-the-ratio-2-1-by-mass-the-temperature-of-the-mixture-is-27-circ-text-c-the-ratio-of-the-average-kinetic-energy-per-molecule-of-argon-to-that-of-chlorine-is-1-1-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTIwODIz-the-temperature-of-a-gas-is-78-circ-and-the-average-translational-kinetic-energy-of-its-molecules-is-k-the-temperature-at-which-the-average-translational-kinetic-energy-of-the-molecules-of-the-same-ga https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzYzMzE0-if-t-is-the-temperature-of-a-gas-then-rms-velocity-of-the-gas-molecules-is-proportional-to-1-t-frac-1-2-2-t-frac-1-2-3-t-4-t-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyODgz-which-of-the-following-gases-has-maximum-rms-speed-at-a-given-temperature-1-hydrogen-2-nitrogen-3-oxygen-4-carbon-dioxide-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc2NzQw-for-a-given-at-1-atm-pressure-the-rms-speed-of-the-molecules-is-200-text-m-s-at-127-circ-text-c-at-2-atm-pressure-and-at-227-circ-text-c-the-rms-speed-of-the-molecules-will-be-1-100-text-m-s-2-80-sqrt https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzMzMDY2-if-the-root-mean-square-velocity-of-a-gas-is-v-then-1-v-2t-constant-2-v-2-t-constant-3-vt-2-constant-4-v-is-independent-of-t-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTE3NTYw-a-sample-contains-mixture-of-helium-and-oxygen-gas-the-ratio-of-root-mean-square-speed-of-helium-and-oxygen-in-the-sample-is-1-1-32-2-1-2-sqrt2-3-1-4-4-2-sqrt-2-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTA4Nzg2-a-mixture-of-monatomic-a-and-diatomic-b-gases-is-taken-in-the-molar-ratio-1-2-and-their-molecular-masses-are-in-ratio-m-a-m-b-1-4-assume-that-vibrational-degrees-of-freedom-are-absent-match-the-quanti https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzI0MjQy-the-root-mean-square-speed-of-an-ideal-gas-at-constant-pressure-varies-with-density-d-as-1-d-2-2-d-3-frac-1-sqrt-d-4-sqrt-d-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc5MTMw-the-root-mean-square-speed-of-molecules-of-a-given-mass-of-a-gas-at-27-circ-text-c-and-1-text-atm-is-200-text-m-s-the-root-mean-square-speed-of-molecules-of-the-gas-at-127-circ-text-c-and-2-text-atm-w https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyODk1-the-rms-speed-of-oxygen-at-room-temperature-is-about-500-m-s-the-rms-speed-of-hydrogen-at-the-same-temperature-is-about-1-125-m-s-1-2-2000-m-s-1-3-8000-m-s-1-4-31-m-s-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTA4Nzc4-the-ratio-of-the-rms-velocities-of-molecules-of-masses-m-x-m-y-in-a-gas-mixture-is-given-by-dfrac-v-text-rms-x-v-text-rms-y-1-sqrt-dfrac-m-x-m-y-2-dfrac-m-x-m-y-3-sqrt-dfrac-m-y-m-x-4-dfrac-m-y-m-x-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAzNDMy-consider-a-mixture-of-oxygen-and-hydrogen-kept-at-room-temperature-as-compared-to-a-hydrogen-molecule-an-oxygen-molecule-hits-the-wall-a-with-a-greater-average-speed-b-with-a-smaller-average-speed-c-w https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzY2NzMx-what-would-be-the-ratio-of-the-root-mean-square-speed-of-oxygen-gas-molecules-to-that-of-hydrogen-gas-molecules-if-the-temperature-of-both-the-gases-are-the-same-1-1-4-2-1-16-3-1-32-4-1-8-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3ODcx-if-the-root-mean-square-rms-speed-of-oxygen-molecules-at-0-circ-text-c-is-160-text-m-s-what-is-the-rms-speed-of-hydrogen-molecules-at-the-same-temperature-1-640-text-m-s-2-40-text-m-s-3-80-text-m-s-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM4MzI5-the-ratio-of-the-text-rms-speed-v-text-rms-of-the-molecules-of-an-ideal-gas-to-the-speed-of-sound-v-s-in-the-gas-i-e-dfrac-v-text-rms-v-s-small-1-dfrac-3-gamma-2-sqrt-dfrac-3-gamma-3-dfrac-gamma-3-4-s https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzIxNTI0-the-root-mean-square-speed-of-molecules-of-two-ideal-gases-a-and-b-at-the-same-temperature-are-1-the-same-2-inversely-proportional-to-the-square-root-of-the-molecular-weight-3-directly-proportional-to https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc4NjY5-nitrogen-gas-is-at-a-certain-temperature-300-circ-text-c-at-what-temperature-in-kelvin-will-the-root-mean-square-rms-speed-of-a-hydrogen-molecule-be-equal-to-the-rms-speed-of-a-nitrogen-molecule-given https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzEzNTk-if-the-molecular-weight-of-two-gases-are-m-1-and-m-2-then-at-a-temperature-the-ratio-of-root-mean-square-velocity-v-1-and-v-2-will-be-1-m1m2m1m2m1m2-2-m2m1m2m1m2m1-3-m1-m2m1-m2m1-m2m1-m2m1-m2m1-m2-4-m https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk0MzM2-which-of-the-following-gases-has-the-highest-rms-velocity-assuming-all-are-at-the-same-temperature-1-oxygen-2-carbon-dioxide-3-hydrogen-4-helium-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk0MzI1-the-relationship-between-the-root-mean-square-velocity-c-of-a-gas-and-its-density-d-at-constant-pressure-is-given-by-1-c-propto-d-2-c-propto-1-over-d-3-c-propto-sqrt-d-4-c-propto-1-over-sqrt-d-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ1OTY4-the-ratio-of-specific-heats-left-dfrac-c-p-c-v-right-in-terms-of-degree-of-freedom-f-is-given-by-1-left-1-dfrac-f-3-right-2-left-1-dfrac-2-f-right-3-left-1-dfrac-f-2-right-4-left-1-dfrac-1-f-right-1-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc5MjIx-molecules-of-an-ideal-gas-are-known-to-have-three-translational-degrees-of-freedom-and-two-rotational-degrees-of-freedom-the-gas-is-maintained-at-a-temperature-of-t-the-total-internal-energy-u-of-a-mo https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTYxMzgz-given-below-are-two-statements-statement-i-for-a-monatomic-gas-atom-the-number-of-degrees-of-freedom-is-3-statement-ii-for-a-monatomic-gas-the-ratio-dfrac-c-p-c-v-gamma-dfrac-5-3-1-statement-i-is-fals https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc4MTA0-a-gas-mixture-consists-of-3-moles-of-oxygen-and-5-moles-of-argon-at-temperature-t-assuming-the-gases-to-be-ideal-and-the-oxygen-bond-to-be-rigid-the-total-internal-energy-in-units-of-rt-of-the-mixture https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ1ODUw-the-molar-specific-heat-capacity-at-constant-volume-for-a-rigid-diatomic-molecule-is-r-is-the-universal-gas-constant-1-frac97r-2-frac72r-3-frac52r-4-frac32r-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTIxMjcx-the-translational-degrees-of-freedom-left-f-t-right-and-rotational-degrees-of-freedom-left-f-r-right-of-mathrm-ch-4-molecule-are-1-f-t-3-and-f-r-3-2-f-t-2-and-f-r-3-3-f-t-2-and-f-r-2-4-f-t-3-and-f-r-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzY3MzIw-in-a-mixture-0-5-moles-of-mathrm-o-2-and-4-moles-of-mathrm-ne-gas-are-taken-at-temperature-t-the-internal-energy-of-the-system-is-equal-to-1-left-dfrac-13-2-right-rt-2-left-dfrac-11-4-right-rt-3-left https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ5MjMw-three-moles-of-oxygen-and-four-moles-of-helium-are-mixed-at-room-temperature-what-is-the-degree-of-freedom-of-the-mixture-1-dfrac-15-7-2-dfrac-12-7-3-dfrac-27-7-4-dfrac-3-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk0MzM4-at-room-temperature-how-many-degrees-of-freedom-are-associated-with-the-motion-of-an-oxygen-molecule-mathrm-o-2-text-1-5-2-4-3-3-4-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc4Njc5-match-the-c-p-c-v-ratio-for-ideal-gases-with-different-types-of-molecules-column-i-column-ii-a-monatomic-i-7-5-b-diatomic-rigid-molecules-ii-9-7-c-diatomic-non-rigid-molecules-iii-4-3-d-triatomic-rigi https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3MTAw-an-ideal-gas-has-molecules-with-5-degrees-of-freedom-the-ratio-of-specific-heats-at-constant-pressure-c-p-and-at-constant-volume-c-v-is-1-frac-7-2-2-frac-7-5-3-6-4-frac-5-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTIxNDU0-a-mixture-contains-one-mole-of-a-monoatomic-gas-and-one-mole-of-a-rigid-diatomic-gas-at-room-temperature-left-27-circ-mathrm-c-right-what-is-the-ratio-of-their-specific-heats-at-constant-volume-1-dfra https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4NDcw-consider-a-mixture-of-n-moles-of-helium-gas-and-2n-moles-of-oxygen-gas-molecules-taken-to-be-rigid-as-an-ideal-gas-its-dfrac-c-p-c-v-value-is-1-dfrac-19-13-2-dfrac-40-27-3-dfrac-67-45-4-dfrac-23-15-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ1ODg3-let-c-p-and-c-v-denote-the-molar-heat-capacities-of-an-ideal-gas-at-constant-pressure-and-volume-respectively-which-of-the-following-is-a-universal-constant-1-c-p-c-v-2-c-p-times-c-v-3-c-p-c-v-4-c-p-c https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk0NTI0-which-of-the-following-is-an-incorrect-relation-where-symbols-have-their-usual-meaning-1-gamma-dfrac-c-p-c-v-2-c-v-dfrac-r-gamma-1-3-c-p-dfrac-gamma-r-gamma-1-4-gamma-1-dfrac2f-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc3Njg4-the-mean-free-path-for-gas-with-molecular-diameter-d-and-number-density-can-be-expressed-as-1-dfrac-1-sqrt-2-n-d-2-2-dfrac-1-sqrt-2-n-2-d-2-3-dfrac-1-sqrt-2-n-2-pi-2-d-2-4-dfrac-1-sqrt-2-n-d-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTQ1NDA0-the-mean-free-path-of-gas-molecules-depends-on-d-molecular-diameter-1-d-2-d-2-3-d-2-4-d-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk0NTIy-on-increasing-the-number-density-of-a-gas-in-a-vessel-the-mean-free-path-of-a-gas-1-decreases-2-increases-3-remains-the-same-4-becomes-double-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTkxODUz-what-is-the-graph-between-volume-and-temperature-in-charle-s-law-1-an-ellipse-2-a-circle-3-a-straight-line-4-a-parabola-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTA3MjA-two-vessels-separately-contain-two-ideal-gases-a-and-b-at-the-same-temperature-the-pressure-of-a-being-twice-that-of-b-under-such-conditions-the-density-of-a-is-found-to-be-1-5-times-the-density-of-b https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTAyOTQ0-the-volume-v-versus-temperature-t-graph-for-a-certain-amount-of-a-perfect-gas-at-two-pressures-p-1-and-p-2-are-shown-in-the-figure-here-1-p-1-2-p-1-p-2-3-p-1-p-2-4-pressures-can-t-be-related-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjY0NjQ0-the-equation-of-state-for-5g-of-oxygen-at-a-pressure-p-and-temperature-t-when-occupying-a-volume-v-will-be-where-r-is-the-gas-constant-1-pv-5-rt-2-pv-5-2-rt-3-pv-5-16-rt-4-pv-5-32-rt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTAyOTM0-during-an-experiment-an-ideal-gas-is-found-to-obey-an-additional-law-vp2-constant-the-gas-is-initially-at-temperature-t-and-volume-v-what-will-be-the-temperature-of-the-gas-when-it-expands-to-a-volume https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTQ1NDA4-two-thermally-insulated-vessels-1-and-2-are-filled-with-air-at-temperatures-mathrm-t-1-mathrm-t-2-volume-mathrm-v-1-mathrm-v-2-and-pressure-mathrm-p-1-mathrm-p-2-respectively-if-the-valve-joining-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTMzNTY-at-10-circ-text-c-the-value-of-the-density-of-a-fixed-mass-of-an-ideal-gas-divided-by-its-pressure-is-x-at-110-circ-text-c-this-ratio-is-1-x-2-dfrac-383-283-x-3-dfrac-10-110-x-4-dfrac-283-383-x-1-2-3 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTIwNTg5-the-volume-and-temperature-graph-is-given-in-the-figure-below-if-pressures-for-the-two-processes-are-different-then-which-one-of-the-following-is-true-1-p-1-p-2-and-p-3-p-4-and-p-3-p-2-2-p-1-p-2-and-p https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTY2NzMy-when-a-large-bubble-rises-from-the-bottom-of-a-lake-to-the-surface-its-radius-doubles-the-atmospheric-pressure-is-equal-to-that-of-a-column-of-water-of-height-h-the-depth-of-the-lake-is-1-h-2-2h-3-7h https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTAyOTM1-we-have-two-vessels-of-equal-volume-one-filled-with-hydrogen-and-the-other-with-equal-mass-of-helium-the-common-temperature-is-27-circ-text-c-what-is-the-relative-number-of-molecules-in-the-two-vessel https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTU5NzUz-how-does-the-pressure-of-an-ideal-gas-change-during-the-process-shown-in-the-diagram-1-pressure-increases-continuously-2-pressure-decreases-continuously-3-pressure-first-increases-and-then-decreases-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTM4MDMx-two-chambers-of-different-volumes-one-containing-m1m1m1g-of-a-gas-at-pressure-p1p1p1-and-other-containing-m2m2m2g-of-the-same-gas-at-pressure-p2p2p2-are-joined-to-each-other-if-the-temperature-of-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc3NjE2-an-increase-in-the-temperature-of-a-gas-filled-in-a-container-would-lead-to-1-decrease-in-the-intermolecular-distance-2-increase-in-its-mass-3-increase-in-its-kinetic-energy-4-decrease-in-its-pressure https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTYwOTIy-if-the-pressure-of-a-gas-is-doubled-then-the-average-kinetic-energy-per-unit-volume-of-the-gas-will-be-1-half-of-its-initial-value-2-double-its-initial-value-3-one-fourth-of-its-initial-value-4-four-t https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjA3NDI5-the-ratio-of-the-average-translatory-kinetic-energy-of-mathrm-he-gas-molecules-to-mathrm-o-2-gas-molecules-at-the-given-temperature-is-1-frac-25-21-2-frac-21-25-3-frac-3-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTc3OTky-a-gas-at-pressure-p0p0-is-contained-in-a-vessel-if-the-masses-of-all-the-molecules-are-halved-and-their-speeds-doubled-the-resulting-pressure-would-be-1-4p04p0-2-2p02p0-3-p0p0-4-p02p02-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTYwOTAy-the-translational-kinetic-energy-of-n-moles-of-a-diatomic-gas-at-absolute-temperature-t-is-given-by-1-frac-5-2-nrt-2-frac-3-2-nrt-3-5nrt-4-frac-7-2-nrt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE0MjI-the-translatory-kinetic-energy-of-a-gas-per-text-g-is-1-dfrac-3-2-dfrac-rt-n-2-dfrac-3-2-dfrac-rt-m-3-dfrac-3-2-rt-4-dfrac-3-2-nkt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQwMDA0-given-below-are-two-statements-assertion-a-if-a-gas-container-in-motion-is-suddenly-stopped-the-temperature-of-the-gas-rises-reason-r-the-kinetic-energy-of-ordered-mechanical-motion-is-converted-into https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTcwNDI5-if-at-a-pressure-of-10-6-dyne-cm2-one-gram-of-nitrogen-occupies-2-times10-4-c-c-volume-then-the-average-energy-of-a-nitrogen-molecule-in-erg-is-1-14-times10-13-2-10-times10-12-3-10-6-4-2-times10-6-1-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTczMTgx-without-change-in-temperature-a-gas-is-forced-in-a-smaller-volume-its-pressure-increases-because-its-molecules-1-strike-the-unit-area-of-the-container-wall-more-often-2-strike-the-unit-area-of-the-con https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NTI2-diatomic-molecules-like-hydrogen-have-energies-due-to-both-translational-as-well-as-rotational-motion-the-equation-in-kinetic-theory-pv-dfrac-2-3-e-e-is-1-the-total-energy-per-unit-volume-2-only-the-t https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjI3NDk5-when-an-ideal-gas-is-compressed-adiabatically-its-temperature-rises-the-molecules-on-an-average-have-more-kinetic-energy-than-before-the-kinetic-energy-increases-1-because-of-collisions-with-moving-pa https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTQ1NDIy-if-v-text-h-v-text-n-and-v-text-o-denote-the-root-mean-square-velocities-of-molecules-of-hydrogen-nitrogen-and-oxygen-respectively-at-a-given-temperature-then-1-v-text-n-v-text-o-v-text-h-2-v-text-h-v https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTMwNTU5-the-root-mean-square-velocity-of-the-molecules-of-a-gas-is-300-text-m-s-what-will-be-the-root-mean-square-speed-of-the-molecules-if-the-atomic-weight-is-doubled-and-the-absolute-temperature-is-halved https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTQ1NDIz-if-the-ratio-of-vapour-density-for-hydrogen-and-oxygen-is-frac-1-16-then-under-constant-pressure-the-ratio-of-their-rms-velocities-will-be-1-frac-4-1-2-frac-1-4-3-frac-1-16-4-frac-16-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ0Mzkz-the-earth-s-atmosphere-contains-both-oxygen-and-nitrogen-the-mass-of-an-oxygen-molecule-is-greater-than-that-of-a-nitrogen-molecule-on-a-certain-day-the-temperature-of-air-in-a-room-is-300-text-k-cons https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTQzOTg2-the-rms-speed-of-oxygen-atoms-is-v-if-the-temperature-is-halved-and-the-oxygen-atoms-combine-to-form-oxygen-molecules-then-the-rms-speed-will-be-1-v-2v2v2-2-v-2v2v2-3-2v-4-v2v2v2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1ODk-the-root-mean-square-speed-of-the-molecules-of-a-diatomic-gas-is-v-when-the-temperature-is-doubled-the-molecules-dissociate-into-two-atoms-the-new-root-mean-square-speed-of-the-atom-is-1-sqrt-2-v-2-v https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTQ1NDI0-what-is-the-velocity-of-a-wave-in-a-monoatomic-gas-having-pressure-1-text-kilopascal-and-density-2-6-text-kg-m-3-1-3-6-text-m-s-2-8-9-times-10-3-text-m-s-3-zero-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NzE1NjY-the-average-translational-kinetic-energy-of-o-2-molar-mass-32-molecules-at-a-particular-temperature-is-0-048-text-ev-the-translational-kinetic-energy-of-n-2-molar-mass-28-molecules-in-text-ev-at-the-s https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MjYzNzI3-to-find-out-the-degree-of-freedom-the-correct-expression-is-1-f-frac-2-gamma-1-2-f-frac-gamma-1-2-3-f-frac-2-gamma-1-4-f-frac-1-gamma-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTU5ODg4-in-the-pv-graph-shown-below-for-an-ideal-diatomic-gas-the-change-in-the-internal-energy-is-1-32p-v2-v1-32p-v2-v1-32p-v2-v1-2-52p-v2-v1-52p-v2-v1-52p-v2-v1-3-32p-v1-v2-32p-v1-v2-32p-v1-v2-4-72p-v1-v2-7 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTU5OTY3-the-change-in-the-internal-energy-of-an-ideal-gas-does-not-depend-on-1-number-of-moles-2-change-in-temperature-3-specific-heat-at-constant-pressure-c-p-of-the-gas-4-specific-heat-at-constant-volume-c https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTYwODY0-the-translational-kinetic-energy-of-oxygen-molecules-at-room-temperature-is-60-text-j-their-rotational-kinetic-energy-will-be-1-40-text-j-2-60-text-j-3-50-text-j-4-20-text-j-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTU5NTQz-the-pressure-in-a-diatomic-gas-increases-from-p0p0-to-3p03p0-when-its-volume-is-increased-from-v0v0-toto-2v02v0-the-increase-in-internal-energy-will-be-1-6pov06pov0-2-8-5pov08-5pov0-3-12-5pov012-5pov0 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQzNjE1-which-of-the-following-statements-about-degrees-of-freedom-are-correct-a-a-molecule-with-n-degrees-of-freedom-has-n-2-different-ways-of-storing-energy-b-each-degree-of-freedom-is-associated-with-an-av https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTQ2MTcw-the-relation-between-two-specific-heats-in-cal-mol-of-a-gas-is-1-cp-cv-rjcp-cv-rj-2-cv-cp-rjcv-cp-rj-3-cp-cv-jcp-cv-j-4-cv-cp-jcv-cp-j-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246NTExNDc-the-ratio-of-the-specific-heats-frac-c-p-c-v-gamma-in-terms-of-degrees-of-freedom-n-is-given-by-1-1-1-n-2-1-n-3-3-1-2-n-4-1-n-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQxNjE3-given-below-are-two-statements-assertion-a-the-ratio-c-p-over-c-v-is-more-for-helium-gas-than-for-hydrogen-gas-reason-r-atomic-mass-of-helium-is-more-than-that-of-hydrogen-1-both-a-and-r-are-true-and https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTU5ODk4-the-figure-shows-a-process-for-a-gas-in-which-pressure-p-and-volume-v-of-the-gas-change-if-c1c1-and-c2c2-are-the-molar-heat-capacities-of-the-gas-during-the-processes-ab-and-bc-respectively-then-1-c1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-pb246OTYyNTE-the-value-of-cp-cv-1-00cp-cv-1-00-rr-for-a-gas-in-state-a-and-cp-cv-1-06cp-cv-1-06-rr-in-another-state-b-if-papa-andand-pbpb-denote-the-pressure-and-ta-ta-tbtb-denote-the-temperatures-in-the-two-state https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTQ1NDMw-if-the-mean-free-path-of-atoms-is-doubled-then-the-pressure-of-the-gas-will-become-1-frac-p-4-2-frac-p-2-3-frac-p-8-4-p-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ2MTU4-according-to-the-kinetic-theory-of-gases-a-the-motion-of-the-gas-molecules-freezes-at-0-circ-text-c-b-the-mean-free-path-of-gas-molecules-decreases-if-the-density-of-molecules-is-increased-c-the-mean https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTkyODA1-a-flask-contains-argon-and-chlorine-in-the-ratio-of-2-1-by-mass-the-temperature-of-the-mixture-is-27-circ-text-c-the-ratio-of-root-mean-square-speed-of-the-molecules-of-the-two-gases-left-dfrac-v-text https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTk4MjA0-the-mean-free-path-of-molecules-in-an-ideal-gas-a-is-half-that-of-another-ideal-gas-b-the-diameter-of-the-spherical-molecules-of-gas-a-is-twice-the-diameter-of-the-molecules-of-b-if-number-densities-o https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTk4MTkw-an-ideal-gas-is-made-of-polyatomic-molecules-each-of-the-molecules-has-three-translational-three-rotational-and-f-number-of-vibrational-modes-if-the-ratio-of-heat-capacities-c-p-c-v-of-the-gas-is-8-7 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTM1MTM1-an-oxygen-cylinder-of-volume-30-litre-has-18-20-moles-of-oxygen-after-some-oxygen-is-withdrawn-from-the-cylinder-its-gauge-pressure-drops-to-11-atmospheric-pressure-at-temperature-27-circ-text-c-the-m https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTM1MTI4-a-container-has-two-chambers-of-volumes-v-1-2-text-litres-and-v-2-3-text-litres-separated-by-a-partition-made-of-a-thermal-insulator-the-chambers-contains-n-1-5-and-n-2-4-moles-of-ideal-gas-at-pressur https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDY4ODU3-according-to-the-law-of-equipartition-of-energy-the-number-of-vibrational-modes-of-a-polyatomic-gas-of-constant-gamma-dfrac-c-mathrm-p-c-mathrm-v-is-where-c-p-and-c-v-are-the-specific-heat-capacities https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTE4MzA5-the-ratio-of-vrms-vmp-vavgvrms-vmp-vavg-is-symbols-have-their-usual-meaning-1-3-2-81-3-2-8-2-3-2-832-3-2-83-3-3-8-23-3-8-2-4-3-2-8-4-3-2-8-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDUwODg1-heat-is-associated-with-1-kinetic-energy-of-random-motion-of-molecules-2-kinetic-energy-of-orderly-motion-of-molecules-3-total-kinetic-energy-of-random-and-orderly-motion-of-molecules-4-kinetic-energy https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDUwOTAz-a-vessel-of-volume-v-contains-a-mixture-of-1-mole-of-hydrogen-and-1-mole-of-oxygen-both-considered-as-ideal-let-f-1-v-dv-denote-the-fraction-of-molecules-with-speed-between-v-and-v-dv-with-v-dv-simila https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDUwOTA0-abcdefgh-is-a-hollow-cube-made-of-an-insulator-fig-13-4-face-abcd-has-positve-charge-on-it-inside-the-cube-we-have-ionized-hydrogen-the-usual-kinetic-theory-expression-for-pressure-a-will-be-valid-b-w https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDUwOTA2-diatomic-molecules-like-hydrogen-have-energies-due-to-both-translational-as-well-as-rotational-motion-the-equation-in-kinetic-theory-p-v-frac-2-3-e-text-e-is-1-the-total-energy-per-unit-volume-2-only https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM0Mjkx-given-below-are-two-statements-assertion-a-the-translational-kinetic-energy-of-every-molecule-of-an-ideal-gas-increases-by-50-if-the-absolute-temperature-is-raised-by-50-text-reason-r-the-average-tran https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzMzMDMz-consider-the-following-statements-the-internal-energy-of-an-ideal-monoatomic-gas-may-have-contributions-from-a-translational-kinetic-energy-of-its-molecules-b-vibrational-kinetic-energy-of-its-molecul https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM5NjA1-given-below-are-two-statements-assertion-a-the-molecules-of-a-monoatomic-gas-has-three-degrees-of-freedom-reason-r-the-molecules-of-diatomic-gas-have-five-degrees-of-freedom-1-both-a-and-r-are-true-an https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM5NjM0-given-below-are-two-statements-assertion-a-the-total-translational-kinetic-energy-of-all-the-molecules-of-a-given-mass-of-an-ideal-gas-is-1-5-times-the-product-of-its-pressure-and-volume-reason-r-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQwMTAy-given-below-are-two-statements-assertion-a-the-internal-energy-of-a-real-gas-is-a-function-of-both-temperature-and-volume-reason-r-internal-k-e-depends-on-temperature-and-internal-p-e-depends-on-volum https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQwMTQ1-given-below-are-two-statements-assertion-a-absolute-zero-temperature-is-also-the-zero-energy-temperature-of-gas-molecules-reason-r-at-absolute-zero-temperature-the-molecules-of-gas-come-to-rest-hence https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQwMjI2-given-below-are-two-statements-assertion-a-the-root-mean-square-velocity-of-molecules-of-gas-having-a-maxwellian-distribution-of-velocities-is-higher-than-their-most-probable-velocity-at-any-temperatu https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQwMjYy-given-below-are-two-statements-assertion-a-a-gas-can-be-liquified-at-any-temperature-by-an-increase-of-pressure-alone-reason-r-on-increasing-pressure-the-temperature-of-gas-decreases-1-both-a-and-r-ar https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQxNjE4-given-below-are-two-statements-assertion-a-the-root-mean-square-and-most-probable-speeds-of-the-molecules-in-a-gas-are-the-same-reason-r-the-maxwell-distribution-for-the-speed-of-molecules-in-a-gas-is https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQxNjIw-given-below-are-two-statements-assertion-a-for-a-gas-gamma-1-286-the-number-of-degrees-of-freedom-of-the-molecules-of-this-gas-is-7-reason-r-the-relation-between-gamma-1-2-over-n-1-both-a-and-r-are-tr https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQxNjM0-given-below-are-two-statements-assertion-a-the-molar-heat-capacity-of-the-gas-can-have-any-value-from-infty-to-infty-reason-r-the-molar-heat-capacity-of-the-gas-for-the-isothermal-process-is-infty-1-b https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQxNjM1-given-below-are-two-statements-assertion-a-molecules-of-air-in-a-room-do-not-all-fall-and-settle-on-the-ground-due-to-gravity-reason-r-air-molecules-have-very-high-speeds-and-undergo-incessant-collisi https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQxNjM2-given-below-are-two-statements-assertion-a-evaporation-of-water-which-makes-rains-a-possibility-to-occur-at-the-surface-of-water-reason-r-the-molecules-which-are-very-fast-i-e-having-speed-several-tim https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc3NjM2-for-the-process-a-rightarrow-b-of-an-ideal-gas-of-fixed-mass-the-density-of-the-gas-1-increases-2-decreases-3-remains-constant-4-first-increases-then-decreases-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc3Njg1-pv-versus-t-graph-of-equal-masses-of-h2-he-and-o2-is-shown-in-the-figure-choose-the-correct-alternative-1-a-corresponds-to-h2-b-to-he-and-c-to-o2-2-a-corresponds-to-he-b-to-h2-and-c-to-o2-3-a-correspo https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyODY5-the-pressure-of-an-ideal-gas-is-written-as-p-dfrac-2e-3v-here-e-refers-to-1-translational-kinetic-energy-2-rotational-kinetic-energy-3-vibrational-kinetic-energy-4-total-kinetic-energy-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyODkw-the-mean-square-speed-of-the-molecules-of-a-gas-at-absolute-temperature-t-is-proportional-to-1-1-over-t-2-sqrt-t-3-t-4-t-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyODk4-the-pressure-of-a-gas-kept-in-an-isothermal-container-is-200-text-kpa-if-half-the-gas-is-removed-from-it-the-pressure-will-be-1-100-text-kpa-2-200-text-kpa-3-400-text-kpa-4-800-text-kpa-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyOTA0-the-rms-speed-of-oxygen-molecules-in-a-gas-is-v-if-the-temperature-is-doubled-and-the-oxygen-molecules-dissociate-into-oxygen-atoms-the-rms-speed-will-become-1-v-2-v-sqrt-2-3-2v-4-4v-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAzNDMx-consider-a-collision-between-an-oxygen-molecule-and-a-hydrogen-molecule-in-a-mixture-of-oxygen-and-hydrogen-kept-at-room-temperature-which-of-the-following-are-possible-a-the-kinetic-energies-of-both https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAzNDMz-which-of-the-following-quantities-is-zero-on-average-for-the-molecules-of-an-ideal-gas-in-equilibrium-a-kinetic-energy-b-momentum-c-density-d-speed-choose-the-correct-option-from-the-given-ones-1-a-an https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAzNDM0-keeping-the-number-of-moles-volume-and-temperature-the-same-which-of-the-following-are-the-same-for-all-ideal-gases-a-rms-speed-of-a-molecule-b-density-c-pressure-d-average-magnitude-of-momentum-chooo https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAzNTc2-which-of-the-following-quantities-is-the-same-for-all-ideal-gases-at-the-same-temperature-a-the-kinetic-energy-of-1-mole-b-the-kinetic-energy-of-1-g-c-the-number-of-molecules-in-1-mole-d-the-number-of https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAzNTc4-consider-the-quantity-mkt-over-pv-of-an-ideal-gas-where-m-is-the-mass-of-the-gas-it-depends-on-the-a-temperature-of-the-gas-b-volume-of-the-gas-c-pressure-of-the-gas-d-nature-of-the-gas-chooose-the-co https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAyNjg2-for-a-constant-volume-gas-thermometer-one-should-fill-the-gas-at-1-low-temperature-and-low-pressure-2-low-temperature-and-high-pressure-3-high-temperature-and-low-pressure-4-high-temperature-and-high https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTQ1NDAx-a-gas-mixture-consist-of-2-moles-of-o2o2o2-and-4-moles-of-ar-at-temperature-t-neglecting-all-vibrational-modes-the-total-internal-energy-of-the-system-is-1-4rt-2-15rt-3-9rt-4-11rt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzAzNDM1-the-average-momentum-of-a-molecule-in-a-sample-of-an-ideal-gas-depends-on-a-temperature-b-number-of-moles-c-volume-d-none-of-these-chooose-the-correct-option-1-a-b-2-b-c-3-c-d-4-d-only-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQzNjUw-given-below-are-two-statements-statement-i-the-average-momentum-of-a-molecule-in-a-sample-of-an-ideal-gas-depends-on-temperature-statement-ii-the-rms-speed-of-oxygen-molecules-in-a-gas-is-v-if-the-tem https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTM4MTE4-on-the-basis-of-the-kinetic-theory-of-gases-one-compares-1-text-gm-of-hydrogen-with-1-text-gm-of-argon-both-at-0-circ-text-c-then-1-the-same-temperature-implies-that-the-average-kinetic-energy-of-the https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk5NDUy-given-below-are-two-statements-statement-i-in-an-ideal-gas-all-the-molecules-move-with-the-same-rms-speed-but-in-different-directions-statement-ii-the-molecules-of-an-ideal-gas-undergo-random-elastic https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQyNTc4-which-one-of-the-following-schematic-graphs-best-represents-the-variation-of-pv-in-joules-versus-t-in-kelvin-of-one-mole-of-an-ideal-gas-the-dotted-line-represents-pv-t-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTM4MTA4-consider-the-following-statements-for-air-molecules-in-an-airtight-container-i-the-average-speed-of-molecules-is-larger-than-the-root-mean-square-speed-ii-the-mean-free-path-of-molecules-is-larger-tha https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc4MzM3-an-ideal-gas-is-confined-in-a-closed-container-and-slowly-heated-as-the-temperature-rises-which-of-the-following-statements-are-correct-a-the-mean-free-path-of-gas-molecules-decreases-b-the-mean-colli https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzMxNDU3-the-average-momentum-of-the-molecules-in-a-sample-of-h-2-gas-at-temperature-300-text-k-has-a-magnitude-p-1-and-that-for-he-gas-at-the-same-temperature-has-the-magnitude-p-2-then-1-p-1-p-2-2-p-2-p-1-3 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk5Mzk5-an-equimolar-mixture-of-nitrogen-and-carbon-dioxide-gases-is-cooled-until-the-carbon-dioxide-gas-condenses-assume-that-the-volume-of-liquid-co-2-is-negligible-compared-to-co-2-gas-which-behaves-ideall https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM1MTgz-an-equimolar-mixture-of-helium-mathrm-he-and-hydrogen-mathrm-h-2-gases-is-kept-in-a-vessel-at-a-temperature-of-500-text-k-then-1-helium-and-hydrogen-molecules-have-the-same-kinetic-energy-on-average-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDA2NDEz-the-temperature-of-a-mono-atomic-gas-is-measured-by-indirectly-measuring-the-rms-speed-of-its-molecules-v-r-the-gas-is-enclosed-in-a-cubical-vessel-of-side-l-and-this-gas-expands-adiabatically-with-th https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk5NDU4-an-ideal-gas-at-absolute-temperature-t-is-contained-in-a-cubical-vessel-of-side-l-the-average-momentum-of-the-gas-molecules-in-a-direction-parallel-to-a-side-of-the-vessel-is-1-propto-t-2-propto-sqrt https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDE0MTAz-a-molecule-of-helium-he-having-a-speed-equal-to-the-rms-speed-at-a-temperature-of-400-text-k-is-introduced-into-hydrogen-gas-h-2-at-300-text-k-after-sufficient-time-and-collisions-with-the-hydrogen-ga https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk5MzU5-the-molar-specific-heat-capacity-at-constant-pressure-of-a-monoatomic-gas-is-c-1-of-a-diatomic-gas-is-c-2-and-of-an-equimolar-mixture-of-the-two-is-c-3-then-1-c-1-c-3-c-2-2-c-1-c-2-c-3-3-c-1-4-c-1-1-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk5NDY3-the-molar-heat-capacity-of-an-ideal-gas-1-is-dfrac32-r-2-geq-dfrac32-r-3-leq-dfrac32-r-4-can-have-any-value-depending-on-the-process-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mzk5NDM1-the-average-internal-kinetic-energy-due-to-translational-motion-of-a-molecule-in-an-ideal-gas-at-absolute-temperature-t-is-e-tr-this-quantity-e-tr-depends-on-a-mass-of-a-molecule-b-number-of-atoms-in https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MTM4MTEy-consider-a-mole-of-a-sample-of-hydrogen-gas-at-ntp-then-1-the-volume-of-the-gas-is-exactly-2-24-times10-2-text-m-3-2-the-volume-of-the-gas-is-approximately-2-24-times10-2-text-m-3-3-the-gas-will-be-in https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzE0NDQw-the-pressure-of-an-ideal-gas-is-written-as-p-dfrac-2e-3v-where-e-is-the-total-kinetic-energy-and-v-is-the-volume-this-statement-is-1-always-true-2-true-for-mono-atomic-gases-3-always-false-4-true-for https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM2NjYz-during-a-certain-atmospheric-process-a-pocket-of-air-near-the-earth-s-surface-rises-upwards-very-rapidly-into-the-upper-regions-of-the-atmosphere-as-a-result-the-temperature-of-this-air-1-increases-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzM2NjYy-an-ideal-gas-undergoes-a-process-during-which-the-ratio-dfrac-v-t-2-is-constant-the-variation-of-x-pv-as-a-function-of-volume-v-is-1-x-propto-v-2-x-propto-v-2-3-x-propto-v-frac12-4-x-propto-v-frac12-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc4NDQ4-consider-a-gas-of-triatomic-molecules-the-molecules-are-assumed-to-be-triangular-composed-of-massless-rigid-rods-with-atoms-at-the-vertices-the-internal-energy-of-a-mole-of-the-gas-at-temperature-t-is https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTg4NDAx-given-below-are-two-statements-assertion-a-if-the-average-kinetic-energy-of-h-2-and-o-2-molecules-kept-in-two-different-sized-containers-are-same-then-their-temperatures-will-be-same-reason-r-then-r-m https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTg4NzI4-a-mixture-of-carbon-dioxide-and-oxygen-has-volume-8310-text-cm-3-temperature-300-text-k-pressure-100-text-kpa-and-mass-13-2-text-g-the-number-of-moles-of-carbon-dioxide-and-oxygen-gases-in-the-mixture https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTg5Njk0-two-closed-vessels-of-same-volume-are-joined-through-a-narrow-tube-and-both-vessels-are-filled-with-air-of-pressure-90-text-kpa-and-temperature-400-text-k-keeping-the-temperature-of-one-vessel-constan https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTg4Njg2-heat-is-supplied-to-a-diatomic-gas-at-constant-pressure-then-the-ratio-of-delta-q-delta-u-delta-w-is-1-2-3-5-2-5-3-2-3-2-5-7-4-7-5-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTg5NzI1-one-gas-of-n-1-mole-of-molecules-at-temperature-t-1-volume-v-1-and-pressure-p-1-and-another-gas-of-n-2-mole-of-molecules-at-temperature-t-2-volume-v-2-and-pressure-p-2-are-mixed-resulting-in-pressure https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTg5NzQ2-an-ideal-gas-undergoes-a-process-maintaining-relation-between-pressure-p-and-volume-v-as-p-p-0-left-1-left-dfrac-v-0-v-right-2-right-1-where-p-0-and-v-0-are-constants-if-two-simples-a-and-b-two-moles https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTgxMjU1-the-root-mean-square-rms-speed-of-oxygen-molecules-at-47-circ-text-c-is-equal-to-that-of-hydrogen-molecules-at-what-temperature-in-circ-text-c-1-235-2-100-3-253-4-20-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTgwNjk1-consider-two-boxes-containing-ideal-gases-a-and-b-such-that-their-temperatures-pressures-and-number-densities-are-same-the-molecular-size-of-a-is-half-of-that-of-b-and-mass-of-molecule-a-is-four-times https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTgwOTE2-an-insulated-cylinder-of-volume-60-text-cm-3-is-filled-with-a-gas-at-27-circ-text-c-and-2-atmospheric-pressure-then-the-gas-is-compressed-making-the-final-volume-as-20-text-cm-3-while-allowing-the-tem https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTgxODk3-an-air-bubble-of-volume-2-9-cm3-rises-from-the-bottom-of-a-swimming-pool-of-5-m-deep-at-the-bottom-of-the-pool-water-temperature-is-17-circ-text-c-the-volume-of-the-bubble-when-it-reaches-the-surface https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTgxODkx-a-gas-of-certain-mass-filled-in-a-closed-cylinder-at-a-pressure-of-3-23-text-kpa-has-temperature-50-circ-text-c-the-gas-is-now-heated-to-double-its-temperature-the-modified-pressure-is-in-pa-1-3200-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTgyNTY5-the-mean-free-path-of-a-molecule-of-diameter-5-times-10-10-at-the-temperature-41-circ-text-c-and-pressure-1-38-times-10-5-text-pa-is-given-as-in-m-given-k-a-1-38-times-10-23-text-j-k-1-2-sqrt-2-times https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTQxMDU2-there-are-two-vessels-filled-with-an-ideal-gas-where-volume-of-one-is-double-the-volume-of-other-the-large-vessel-contains-the-gas-at-8-text-kpa-at-1000-text-k-while-the-smaller-vessel-contains-the-ga https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTQxMDAw-the-mean-free-path-and-the-average-speed-of-oxygen-molecules-at-300-text-k-and-1-text-atm-are-3-times-10-7-text-m-and-600-text-m-s-respectively-then-the-frequency-of-its-collisions-is-in-text-s-1-2-ti https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTQwODMw-the-helium-and-argon-are-put-in-the-flask-at-the-same-room-temperature-300-text-k-the-ratio-of-average-kinetic-energies-per-molecule-of-helium-and-argon-is-give-molar-mass-of-helium-4-text-g-mol-molar https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTQwNzQ0-the-internal-energy-of-air-in-4-text-m-times-4-text-m-times-3-text-m-sized-room-at-1-atmospheric-pressure-will-be-in-times-10-6-text-j-consider-air-as-diatomic-molecules-1-12-2-34-3-26-4-42-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTM2MDcx-the-kinetic-energy-of-translation-of-the-molecules-in-50-text-g-of-co-2-gas-at-17-circ-text-c-is-1-4205-5-text-j-2-3986-3-text-j-3-4102-8-text-j-4-3582-7-text-j-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTM2MDcw-the-ratio-of-vapour-densities-of-two-gases-at-the-same-temperature-is-dfrac-4-25-then-the-ratio-of-rms-velocities-will-be-1-dfrac-5-2-2-dfrac-2-5-3-dfrac-25-4-4-dfrac-4-25-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTM1OTAz-for-a-particular-ideal-gas-which-of-the-following-graphs-represents-the-variation-of-mean-squared-velocity-of-the-gas-molecules-with-temperature-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTM1NzEy-for-a-diatomic-gas-if-gamma-1-left-dfrac-c-p-c-v-right-for-rigid-molecules-and-gamma-2-left-dfrac-c-p-c-v-right-for-another-diatomic-molecules-but-also-having-vibrational-modes-then-which-one-of-the-f https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NTE5NzUw-energy-of-10-non-rigid-diatomic-molecules-at-temperature-t-is-1-35-kbt-2-35-rt-3-frac-7-2-rt-4-70-kbt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4MzIz-if-the-rms-velocity-of-hydrogen-gas-molecules-is-2-text-km-s-1-then-the-rms-velocity-of-oxygen-molecules-of-the-same-temperature-is-1-2-text-km-s-2-1-text-km-s-3-dfrac-1-4-text-km-s-4-dfrac-1-2-text-k https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDU2NDUy-find-the-total-kinetic-energy-of-1-mole-of-oxygen-gas-at-27-circ-text-c-left-text-take-r-frac-25-3-text-j-text-mol-text-k-right-1-6250-text-j-2-3125-text-j-3-12500-text-j-4-625-text-j-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDU2MTI2-n-moles-of-non-linear-polyatomic-gas-degree-of-freedom-6-is-mixed-with-2-moles-of-monoatomic-gas-the-resultant-mixture-has-molar-specific-heat-equal-to-that-of-a-diatomic-gas-then-the-number-of-moles https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDU1NjM5-find-the-temperature-of-mathrm-h-2-gas-at-which-its-rms-speed-is-equal-to-that-of-mathrm-o-2-at-47-circ-text-c-1-20-circ-text-c-2-20-circ-text-c-3-253-circ-text-c-4-17-circ-text-c-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDU0Mzk4-a-gas-mixture-consists-of-eight-moles-of-oxygen-and-four-moles-of-nitrogen-at-the-same-temperature-t-then-the-total-internal-energy-of-the-gas-is-1-60rt-2-15rt-3-30rt-4-90rt-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDU0Mzgw-statement-i-the-mean-free-path-is-inversely-proportional-to-the-diameter-of-gas-molecules-at-constant-volume-and-temperature-statement-ii-the-energy-of-n-moles-of-gas-is-directly-proportional-to-tempe https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDU0Mzcy-the-speed-of-sound-in-oxygen-gas-at-stp-is-1-250-text-m-s-2-350-text-m-s-3-330-text-m-s-4-400-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDM3OTcw-the-kinetic-energy-of-o-2-gas-at-temperature-300-text-k-is-1-10-35-times-10-21-text-j-molecule-2-9-35-times-10-22-text-j-molecule-3-20-70-times-10-21-text-j-molecule-4-10-70-times-10-21-text-j-molecul https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDM3OTI4-a-given-gas-is-taken-through-three-different-processes-at-three-different-densities-rho-1-rho-2-and-rho-3-the-corresponding-p-text-t-graphs-are-given-then-1-rho-3-rho-2-rho-1-2-rho-3-rho-1-3-rho-3-rho https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDM3ODk3-in-a-closed-rigid-chamber-the-collision-frequency-of-molecules-of-an-ideal-gas-at-27-circ-text-c-is-nu-what-will-be-the-collision-frequency-when-the-gas-temperature-is-increased-to-127-circ-text-c-1-d https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3ODE2-at-300-text-k-the-rms-speed-of-oxygen-molecules-is-sqrt-frac-alpha-5-alpha-times-to-that-of-its-average-speed-in-the-gas-then-the-value-of-alpha-will-be-left-text-used-pi-frac-22-7-right-1-27-2-28-3-3 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzY3Mjk5-the-average-speed-of-n2-at-27-circ-mathrm-c-is-1-476-m-s-2-470-m-s-3-480-m-s-4-490-m-s-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzY2NzAw-in-a-lake-of-depth-40-text-m-a-bubble-is-at-the-bottom-assuming-the-temperature-and-density-of-lake-water-to-be-uniform-what-will-be-the-density-of-air-in-the-bubble-assume-temperature-t-12-circ-text https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzYzMzEx-the-ratio-of-density-of-oxygen-o-8-16-to-the-density-of-helium-he-2-4-at-stp-is-equal-to-1-2-2-4-3-6-4-8-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzY3Mzk3-at-the-same-temperature-the-root-mean-square-rms-speed-of-neon-mathrm-ne-chlorine-mathrm-cl-2-and-oxygen-hexafluoride-mathrm-of-6-gases-is-measured-which-of-the-following-correctly-represents-the-orde https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ2ODYw-what-will-be-the-effect-on-the-root-mean-square-velocity-of-oxygen-molecules-if-the-temperature-is-doubled-and-the-oxygen-molecule-dissociates-into-atomic-oxygen-1-the-velocity-of-atomic-oxygen-remain https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ2NzYx-the-total-internal-energy-of-two-moles-of-a-monoatomic-ideal-gas-at-temperature-t-300-text-k-will-be-given-r-8-31-j-mol-k-1-4789-text-j-2-7479-text-j-3-5896-text-j-4-8346-text-j-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ2MTE5-a-mixture-of-hydrogen-and-oxygen-has-a-volume-of-2000-cm3-temperature-300-k-pressure-100-kpa-and-mass-0-76-g-the-ratio-of-the-number-of-moles-of-hydrogen-to-the-number-of-moles-of-oxygen-in-the-mixtur https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ2MDcx-a-flask-contains-argon-and-oxygen-in-the-ratio-of-3-2-in-mass-and-the-mixture-is-kept-at-27-circ-mathrm-c-the-ratio-of-their-average-kinetic-energy-per-molecule-respectively-will-be-1-3-2-2-9-4-3-2-3 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ1Nzk2-the-relation-between-root-mean-square-speed-vrms-and-most-probable-speed-vp-for-the-molar-mass-m-of-oxygen-gas-molecule-at-the-temperature-of-300-k-will-be-1-mathrm-v-mathrm-rms-sqrt-frac-2-3-mathrm-v https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ1NjM4-0-056-text-kg-of-nitrogen-is-enclosed-in-a-vessel-at-a-temperature-of-127-circ-text-c-the-amount-of-heat-required-to-double-the-speed-of-its-molecules-is-take-r-2-text-cal-mole-1-text-k-1-1-10-text-kc https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ1NjAw-the-root-mean-square-speed-of-smoke-particles-of-mass-5-10-17-kg-in-their-brownian-motion-in-air-at-ntp-is-approximately-given-k-1-38-10-23-jk-1-1-60-mm-s-1-2-12-mm-s-1-3-15-mm-s-1-4-36-mm-s-1-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQ1NTYw-one-mole-of-a-monoatomic-gas-is-mixed-with-three-moles-of-a-diatomic-gas-if-the-molecular-specific-heat-of-the-mixture-at-constant-volume-is-dfrac-alpha-2-4-r-text-j-text-mol-k-then-the-value-of-alpha https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQzNzg0-a-vessel-contains-16-g-of-hydrogen-and-128-g-of-oxygen-at-standard-temperature-and-pressure-the-volume-of-the-vessel-in-cm3-is-1-72-times10-5-2-32-times10-5-3-27-times10-4-4-54-times10-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQzNjgw-a-vessel-contains-14-g-of-nitrogen-gas-at-a-temperature-of-27-c-the-amount-of-heat-to-be-transferred-to-the-gas-to-double-the-r-m-s-speed-of-its-molecules-will-be-take-r-8-32-j-mol-1-k-1-1-2229-j-2-56 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQzNDQx-same-gas-is-filled-in-two-vessels-of-the-same-volume-at-the-same-temperature-if-the-ratio-of-the-number-of-molecules-is-1-4-then-a-the-rms-velocity-of-gas-molecules-in-two-vessels-will-be-the-same-b-t https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQzNDEz-a-gas-has-n-degrees-of-freedom-the-ratio-of-the-specific-heat-of-the-gas-at-constant-volume-to-the-specific-heat-of-the-gas-at-constant-pressure-will-be-1-dfrac-n-n-2-2-dfrac-n-2-n-3-dfrac-n-2n-2-4-df https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246MzQzMjg3-following-statements-are-given-i-the-average-kinetic-energy-of-a-gas-molecule-decreases-when-the-temperature-is-reduced-ii-the-average-kinetic-energy-of-a-gas-molecule-increases-with-increase-in-press https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc5MDU5-a-cylindrical-container-of-volume-4-0-times10-3-text-m-3-contains-one-mole-of-hydrogen-and-two-moles-of-carbon-dioxide-assume-the-temperature-of-the-mixture-is-400-text-k-the-pressure-of-the-mixture-o https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc5MDQ4-the-rms-speed-of-the-molecules-of-hydrogen-oxygen-and-carbon-dioxide-at-the-same-temperature-are-v-h-v-0-and-v-c-respectively-then-1-v-c-v-o-v-h-2-v-h-v-o-v-c-3-v-h-v-o-v-c-4-v-h-v-o-v-c-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc5MDM1-a-system-consists-of-two-types-of-gas-molecules-a-and-b-having-the-same-number-density-2-times10-25-text-m-3-the-diameter-of-a-and-b-are-10-mathring-a-and-5-mathring-a-respectively-they-suffer-a-colli https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4OTI1-for-a-gas-c-p-c-v-r-in-a-state-p-and-c-p-c-v-1-10-r-in-a-state-q-where-t-p-and-t-q-are-the-temperatures-in-two-different-states-p-and-q-respectively-then-the-correct-relation-is-1-t-pt-q-4-t-p-t-q-1-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4ODIx-consider-a-sample-of-oxygen-behaving-like-an-ideal-gas-at-300-text-k-the-ratio-of-the-root-mean-square-mathrm-rms-velocity-to-the-average-velocity-of-the-gas-molecule-would-be-text-molecular-weight-of https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4NDA2-which-of-the-following-graphs-correctly-represents-the-behaviour-of-an-ideal-gas-symbols-have-their-usual-meanings-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4Mzk3-the-correct-relation-between-the-degrees-of-freedom-f-and-the-ratio-of-specific-heat-gamma-is-1-f-dfrac-2-gamma-1-2-f-dfrac-2-gamma-1-3-f-dfrac-1-gamma-1-4-f-dfrac-gamma-1-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4MzY5-what-will-be-the-average-value-energy-along-one-degree-of-freedom-for-an-ideal-gas-in-thermal-equilibrium-at-a-temperature-t-k-b-text-is-text-boltzmann-constant-1-k-b-t-2-frac-2-3-k-b-t-3-frac-3-2-k-b https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4MjI3-at-what-temperature-in-circ-text-c-does-the-average-translational-kinetic-energy-of-gas-molecules-become-equal-to-the-kinetic-energy-of-an-electron-accelerated-from-rest-through-a-potential-difference https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4MTA5-what-will-be-the-average-value-of-energy-for-a-monoatomic-gas-in-thermal-equilibrium-at-temperature-t-1-frac-3-2-k-text-b-t-2-frac-1-2-k-text-b-t-3-k-text-b-t-4-frac-2-3-k-text-b-t-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4MTAx-the-number-of-molecules-in-one-litre-of-an-ideal-gas-at-300-text-k-and-2-atmospheric-pressure-with-mean-kinetic-energy-2-times10-9-text-j-per-molecule-is-1-0-75-times10-11-2-3-times10-11-3-6-times10-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4MDIx-consider-a-mixture-of-gas-molecules-of-types-a-b-and-c-having-masses-m-a-dfrac-1-v-b-dfrac-1-v-c-2-v-a-v-b-v-c-0-3-dfrac-1-v-a-dfrac-1-v-b-dfrac-1-v-c-4-v-a-v-b-neq-v-c-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3OTg1-for-an-ideal-gas-the-instantaneous-change-in-pressure-p-with-volume-v-is-given-by-the-equation-frac-d-p-d-v-ap-if-p-p-0-at-v-0-is-the-given-boundary-condition-then-the-maximum-temperature-one-mole-of https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3ODA5-if-one-mole-of-the-polyatomic-gas-has-two-vibrational-modes-and-beta-is-the-ratio-of-molar-specific-heats-for-polyatomic-gas-left-beta-frac-c-p-c-v-right-then-the-value-of-beta-is-1-1-02-2-1-25-3-1-35 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3Nzc1-a-balloon-carries-a-total-load-of-185-text-kg-at-normal-pressure-and-temperature-of-27-circ-text-c-what-load-will-the-balloon-carry-on-rising-to-a-height-at-which-the-barometric-pressure-is-45-text-cm https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3NTc1-two-ideal-polyatomic-gages-at-temperatures-t-1-and-t-2-are-mixed-so-that-there-is-no-loss-of-energy-if-f-1-and-f-2-m-1-and-m-2-n-1-and-n-2-be-the-degrees-of-freedom-masses-and-number-of-molecules-of-t https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3NTYz-a-polyatomic-ideal-gas-has-24-vibrational-modes-what-is-the-value-of-gamma-1-1-30-2-1-03-3-10-3-4-1-37-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3NTA3-calculate-the-value-of-the-mean-free-path-lambda-for-oxygen-molecules-at-temperature-27-circ-text-c-and-pressure-1-01-times-10-5-text-pa-assume-the-molecular-diameter-0-3-text-nm-and-the-gas-is-ideal https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc5NDIy-the-internal-energy-u-pressure-p-and-volume-v-of-an-ideal-gas-are-related-as-u-3pv-4-the-gas-is-1-diatomic-only-2-polyatomic-only-3-either-monoatomic-or-diatomic-4-monoatomic-only-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc4ODcz-given-below-are-two-statements-statement-i-in-a-diatomic-molecule-the-rotational-energy-at-a-given-temperature-obeys-maxwell-s-distribution-statement-ii-in-a-diatomic-molecule-the-rotational-energy-at https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4NTE1-consider-two-ideal-diatomic-gases-a-and-b-at-same-temperature-t-the-molecules-of-gas-a-are-rigid-and-have-a-mass-of-m-the-molecules-of-gas-b-have-an-additional-vibrational-mode-and-have-a-mass-of-dfra https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4NDQz-the-plot-that-depicts-the-behaviour-of-the-mean-free-time-tau-time-between-two-successive-collisions-for-the-molecules-of-an-ideal-gas-as-a-function-of-temperature-t-qualitatively-is-graphs-are-schema https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4MzQx-two-moles-of-an-ideal-gas-with-frac-c-p-c-v-frac-5-3-are-mixed-with-3-moles-of-another-ideal-gas-with-frac-c-p-c-v-frac-4-3-the-value-of-frac-c-p-c-v-for-the-mixture-is-1-1-42-2-1-47-3-1-45-4-1-50-1-2 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc5MjQ2-initially-a-gas-of-diatomic-molecules-is-contained-in-a-cylinder-of-volume-v-1-at-a-pressure-p-1-and-temperature-250-text-k-assume-that-25-of-the-molecules-get-dissociated-causing-a-change-in-the-numb https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc5MDQz-if-the-ratio-of-the-number-density-per-cm3-of-the-two-gases-is-5-3-and-the-ratio-of-the-diameters-of-the-molecules-of-the-two-gases-is-4-5-then-the-ratio-of-the-mean-free-path-of-molecules-of-two-gase https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc4NTU0-number-of-molecules-in-a-volume-of-4-text-cm-3-of-a-perfect-monoatomic-gas-at-some-temperature-t-and-at-a-pressure-of-2-text-cm-of-mercury-is-close-to-given-mean-kinetic-energy-of-a-molecule-at-t-is-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc4NDYz-to-raise-the-temperature-of-a-certain-mass-of-gas-by-50-circ-text-c-at-a-constant-pressure-160-calories-of-heat-is-required-when-the-same-mass-of-gas-is-cooled-by-100-circ-text-c-at-constant-volume-24 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4MjQ1-a-vertical-closed-cylinder-is-separated-into-two-parts-by-a-frictionless-piston-of-mass-m-and-of-negligible-thickness-the-piston-is-free-to-move-along-the-length-of-the-cylinder-the-length-of-the-cyli https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc4MjM4-an-ideal-gas-is-enclosed-in-a-cylinder-at-pressure-of-2-text-atm-and-temperature-300-text-k-the-mean-time-between-two-successive-collisions-is-6-times-10-8-text-s-if-the-pressure-is-doubled-and-temper https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3NTQ4-an-ideal-gas-occupies-a-volume-of-2-text-m-3-at-a-pressure-of-3-times-10-6-text-pa-the-energy-of-the-monoatomic-gas-is-1-9-times-10-6-text-j-2-6-times-10-4-text-j-3-10-8-text-j-4-3-times-10-2-text-j-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3NDE2-a-15-text-g-mass-of-nitrogen-gas-is-enclosed-in-a-vessel-at-a-temperature-27-circ-text-c-the-amount-of-heat-transferred-to-the-gas-so-that-the-text-rms-velocity-of-molecules-is-doubled-is-about-text-t https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3MTM5-a-mixture-of-2-mathrm-moles-of-helium-gas-text-atomic-mass-4-text-u-and-1-mathrm-mole-of-argon-gas-text-atomic-mass-40-text-u-is-kept-at-300-text-k-in-a-container-the-ratio-of-their-text-rms-speeds-le https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc2ODcx-a-25-times-10-3-text-m-3-volume-cylinder-is-filled-with-1-mol-of-mathrm-o-2-gas-at-room-temperature-300-text-k-the-molecular-diameter-of-mathrm-o-2-and-its-root-mean-square-speed-are-found-to-be-0-3-t https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc2ODAw-one-mole-of-an-ideal-gas-undergoes-a-process-in-which-pressure-and-volume-are-related-by-the-equation-p-p-0-left-1-dfrac-1-2-left-dfrac-v-0-v-right-2-right-where-p-0-and-v-0-are-constants-if-the-volum https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc2NzQ1-an-hcl-molecule-has-rotational-translational-and-vibrational-motions-if-the-rms-velocity-of-hcl-molecules-in-its-gaseous-phase-is-vec-v-m-is-its-mass-and-k-b-is-boltzmann-constant-then-its-temperature https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc2NzAw-the-temperature-at-which-the-root-mean-square-velocity-of-hydrogen-molecules-equals-their-escape-velocity-from-the-earth-is-closest-to-boltzmann-constant-k-b-1-38-times-10-23-text-j-k-avogadro-number https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc2Njcy-if-10-22-gas-molecules-each-of-mass-10-22-kg-collide-with-a-surface-perpendicular-to-it-elastically-per-second-over-an-area-1-text-m-2-with-a-speed-10-4-text-m-s-the-pressure-exerted-by-the-gas-molecu https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3MjI0-two-moles-of-helium-are-mixed-with-n-moles-of-hydrogen-if-frac-c-p-c-v-frac-3-2-for-the-mixture-then-the-value-of-n-is-1-1-2-3-3-2-4-dfrac-3-2-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc4OTE3-two-moles-of-an-ideal-monoatomic-gas-occupy-a-volume-v-at-27-circ-text-c-the-gas-expands-adiabatically-to-a-volume-2v-calculate-the-final-temperature-of-the-gas-and-the-change-in-its-internal-energy-1 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3MjAw-n-moles-of-a-diatomic-gas-in-a-cylinder-are-at-a-temperature-t-the-heat-is-supplied-to-the-cylinder-such-that-the-temperature-remains-constant-but-n-moles-of-the-diatomic-gas-get-converted-into-monoat https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246Mjc5MzQw-the-temperature-of-an-open-room-of-volume-30-text-m-3-increases-from-17-circ-text-c-to-27-circ-text-c-due-to-the-sunshine-the-atmospheric-pressure-in-the-room-remains-1-times-10-5-text-pa-in-n-i-and-n https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc3Mjc4-which-of-the-following-graphs-shows-the-correct-relationship-between-the-pressure-p-and-density-rho-of-an-ideal-gas-at-constant-temperature-1-3-2-4-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc2OTg3-using-equipartition-of-energy-the-specific-heat-in-text-j-kg-1-text-k-1-of-aluminum-at-room-temperature-can-be-estimated-to-be-atomic-weight-of-aluminum-27-1-410-2-25-3-1850-4-925-1-2-3-4 https://medminds.me/qbank/physics/kinetic-theory-of-gases/?q=NP-b246NDc2OTc0-for-an-ideal-gas-at-temperature-t-the-average-force-exerted-by-a-single-molecule-on-the-walls-of-a-closed-container-depends-on-t-as-t-q-which-of-the-following-is-a-good-estimate-for-q-1-dfrac-1-4-2-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MTI2MTY-when-a-ball-of-mass-5kg-hits-a-bat-with-a-velocity-3-m-s-in-positive-direction-and-it-moves-back-with-a-velocity-4-m-s-find-the-impulse-in-si-units-1-5-2-15-3-25-4-35-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MTI2MjE-a-particle-of-mass-m-has-momentum-p-it-s-kinetic-energy-will-be-1-mp-2-p2m-3-p2m-4-p22m-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MTI2NTg-a-particle-of-mass-15-kg-has-an-initial-velocity-vi-i-2j-m-s-it-collides-with-another-body-and-the-impact-time-is-0-1-s-resulting-in-a-velocity-vf-6i-4j-5k-m-s-after-impact-the-average-force-of-impact https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MTI2ODM-a-particle-of-mass-m-at-rest-is-acted-upon-by-a-constant-force-f-for-a-time-t-its-kinetic-energy-after-an-interval-t-is-1-f2t2m-2-f2t22m-3-f2t23m-4-ft2m-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MTI3MjU-for-a-rocket-moving-in-free-space-the-fraction-of-mass-to-be-disposed-of-off-to-attain-a-speed-equal-to-two-times-the-exhaust-speed-is-given-by-given-e2-7-4-1-0-40-2-0-37-3-0-50-4-0-86-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MTI3Njg-the-magnitude-of-the-impulse-developed-by-a-mass-of-0-2-kg-which-changes-its-velocity-from-5i-3j-7k-m-sto2i-3j-k-m-s-is-1-2-7-n-s-2-1-8-n-s-3-0-9-n-s-4-3-6-n-s-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjUzNzQ-a-soldier-is-firing-20-bullets-per-second-from-his-gun-having-a-muzzle-speed-of-150-m-s-the-mass-of-each-bullet-is-50-g-if-they-strike-the-wall-and-rebound-with-the-same-speed-then-the-force-on-the-wa https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjUzNzY-the-length-of-a-spring-is-l-1-and-l-2-when-stretched-with-a-force-of-4-n-and-5-n-respectively-its-natural-length-is-1-l-2-l-1-2-2-l-2-l-1-3-5l-1-4l-2-4-5l-2-4l-1-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU0NzU-a-simple-pendulum-hangs-from-the-roof-of-a-train-moving-on-horizontal-rails-if-the-string-is-inclined-towards-the-front-of-the-train-then-train-is-1-moving-with-constant-velocity-2-in-accelerated-moti https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2NTg-the-value-of-m-of-the-hanging-block-is-in-the-figure-which-will-prevent-the-smaller-block-m-1-kg-from-slipping-over-the-triangular-block-all-the-surfaces-are-smooth-and-string-and-pulley-are-ideal-giv https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2NjA-a-lighter-body-and-heavier-body-both-are-moving-with-same-momentum-and-applied-same-retarding-force-their-stoping-distances-are-s1ands2-respectively-then-the-correct-relation-between-s1ands2-1-s1-62-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2NjM-when-a-5-kg-plastic-box-is-placed-deep-inside-the-water-it-accelerates-up-at-a-rate-of-dfrac-g-6-how-much-sand-should-be-put-inside-the-box-so-that-it-may-accelerate-down-at-the-rate-of-dfrac-g-6-1-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2NjY-a-simple-pendulum-bob-of-mass-m-oscillates-in-a-vertical-plane-let-theta-be-the-angular-displacement-from-the-vertical-the-tension-in-the-string-is-equal-to-mg-mathrm-cos-theta-under-which-condition-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2Njg-the-graph-for-stopping-time-t-versus-mass-m-is-shown-in-the-figure-then-which-one-of-the-pairs-is-given-1-momentum-force-2-k-e-force-3-velocity-force-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2Njk-a-metal-ring-of-mass-m-and-radius-r-is-placed-on-smooth-horizontal-table-and-is-set-rotating-about-its-own-axis-in-such-a-way-that-each-part-of-the-ring-moves-with-a-speed-v-tension-in-the-ring-is-1-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2NzA-tension-on-the-string-at-point-p-is-t-the-graph-for-tension-t-versus-x-is-shown-in-the-figure-then-the-string-is-1-massless-2-massfull-3-tension-on-every-point-on-the-string-is-same-when-the-string-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2NzM-while-walking-on-ice-one-should-take-small-steps-to-avoid-slipping-this-is-because-smaller-steps-ensure-1-larger-friction-2-smaller-friction-3-larger-normal-force-4-smaller-normal-force-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2NzY-a-block-is-kept-on-a-rough-inclined-plane-with-angle-of-inclination-theta-the-graph-of-net-reaction-r-versus-theta-is-1-2-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2Nzg-a-block-is-placed-on-a-rough-horizontal-plane-a-time-dependent-horizontal-force-f-kt-acts-on-the-block-the-acceleration-time-graph-of-the-block-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2OTc-a-motorcycle-is-going-on-an-overbridge-of-radius-r-the-driver-maintains-a-constant-speed-as-the-motorcycle-is-ascending-on-the-overbridge-the-normal-force-on-it-1-increases-2-decreases-3-remains-the-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjU2OTg-a-rod-of-length-l-and-mass-m-is-acted-on-by-two-unequal-forces-f1-and-f2-f1-as-shown-in-the-following-figure-the-tension-in-the-rod-at-a-distance-y-from-the-end-a-is-given-by-1-f11-yl-f2yl-2-f21-yl-f1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjcyNjA-two-blocks-a-and-b-of-masses-m-2m-respectively-are-held-at-rest-such-that-the-spring-is-in-natural-length-find-the-accelerations-of-both-the-blocks-just-after-release-1-g-downarrow-g-downarrow-2-frac https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjcyNjE-two-blocks-a-and-b-each-of-mass-m-are-placed-on-a-smooth-horizontal-surface-two-horizontal-force-f-and-2f-are-applied-on-both-the-blocks-a-and-b-respectively-as-shown-in-figure-the-block-a-does-not-sl https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjcyNjI-five-persons-a-b-c-d-e-are-pulling-a-cart-of-mass-100-kg-on-a-smooth-surface-and-the-cart-is-moving-with-acceleration-3-m-s2-in-east-direction-when-person-a-stops-pulling-it-moves-with-acceleration-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MjcyNjU-a-body-moves-along-an-uneven-surface-with-constant-speed-at-all-points-the-normal-reaction-due-to-ground-on-the-body-is-1-maximum-at-a-2-maximum-at-b-3-minimum-at-c-4-the-same-at-a-b-and-c-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzAwOTA-two-masses-m-and-m-are-connected-by-a-light-string-passing-over-a-smooth-pulley-when-mass-m-moves-up-by-1-4-m-in-2-sec-the-ratio-frac-m-m-is-1-frac-13-15-2-frac-15-13-3-frac-9-7-4-frac-7-9-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzM5OTQ-a-car-is-moving-in-a-circular-horizontal-track-of-radius-10-m-with-a-constant-speed-of-10-m-sec-a-plumb-bob-is-suspended-from-the-roof-of-the-car-by-a-light-rigid-rod-of-length-1-00-m-the-angle-made-b https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQxODM-the-engine-of-a-car-produces-an-acceleration-of-4-m-s2-in-the-car-if-this-car-pulls-another-car-of-the-same-mass-what-will-be-the-acceleration-produced-1-8-m-s2-2-2-m-s2-3-4-m-s2-4-12m-s2-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQxODc-a-truck-and-a-car-are-moving-with-equal-velocity-if-equal-retarding-force-is-applied-on-each-then-on-applying-the-brakes-both-will-stop-after-certain-distance-1-truck-will-cover-less-distance-before-r https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQxOTk-a-constant-force-acts-on-a-body-of-mass-0-9-kg-at-rest-for-10s-if-the-body-moves-a-distance-of-250-m-the-magnitude-of-the-force-is-1-3-n-2-3-5-n-3-4-0-n-4-4-5-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQyMDc-a-body-of-5-kg-is-moving-with-a-velocity-of-20-m-s-if-a-force-of-100-n-is-applied-on-it-for-10-sec-in-the-same-direction-as-its-velocity-what-will-now-be-the-velocity-of-the-body-1-200-m-s-2-220-m-s-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ0MDM-a-cyclist-turns-around-a-curve-at-15-miles-hour-if-he-turns-at-double-the-speed-the-tendency-to-overturn-is-1-doubled-2-quadrupled-3-halved-4-unchanged-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ0MTE-if-the-overbridge-is-concave-instead-of-being-convex-the-thrust-on-the-road-at-the-lowest-position-will-be-1-mg-mv2r-2-mg-minus-mv2r-3-m2v2gr-4-v2gr-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NTM-a-car-sometimes-overturns-while-taking-a-turn-when-it-overturns-it-is-1-the-inner-wheel-which-leaves-the-ground-first-2-the-outer-wheel-which-leaves-the-ground-first-3-both-the-wheels-leave-the-ground https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NTY-a-motor-cyclist-moving-with-a-velocity-of-72-km-hour-on-a-flat-road-takes-a-turn-on-the-road-at-a-point-where-the-radius-of-curvature-of-the-road-is-20-meters-the-acceleration-due-to-gravity-is-10-m-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NjA-a-particle-moves-in-a-circular-orbit-under-the-action-of-a-central-attractive-force-inversely-proportional-to-the-distance-lsquo-r-rsquo-the-speed-of-the-particle-is-1-proportional-to-r2-2-independent https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NjE-two-masses-m-and-m-are-attached-to-a-vertical-axis-by-weightless-threads-of-combined-length-l-they-are-set-in-rotational-motion-in-a-horizontal-plane-about-this-axis-with-constant-angular-velocity-ome https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NjI-a-500-kg-car-takes-a-round-turn-of-radius-50-m-with-a-velocity-of-36-km-hr-the-centripetal-force-is-1-250-n-2-750-n-3-1000-n-4-1200-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NjM-a-ball-of-mass-0-25-kg-attached-to-the-end-of-a-string-of-length-1-96-m-is-moving-in-a-horizontal-circle-the-string-will-break-if-the-tension-is-more-than-25-n-what-is-the-maximum-speed-with-which-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NjQ-a-body-of-mass-5-kg-is-moving-in-a-circle-of-radius-1m-with-an-angular-velocity-of-2-radian-sec-the-centripetal-force-is-1-10-n-2-20-n-3-30-n-4-40-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NjU-a-stone-of-mass-of-16-kg-is-attached-to-a-string-144-m-long-and-is-whirled-in-a-horizontal-circle-the-maximum-tension-the-string-can-withstand-is-16-newton-the-maximum-velocity-of-revolution-that-can https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2Njc-find-the-maximum-velocity-for-skidding-for-a-car-moved-on-a-circular-track-of-radius-100-m-the-coefficient-of-friction-between-the-road-and-tyre-is-0-2-1-0-14-m-s-2-140-m-s-3-1-4-km-s-4-14-m-s-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NzE-a-ball-of-mass-0-1-text-kg-is-whirled-in-a-horizontal-circle-of-radius-1-m-by-means-of-a-string-at-an-initial-speed-of-10-text-rpm-keeping-the-radius-constant-the-tension-in-the-string-is-reduced-to-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NzI-a-cyclist-riding-the-bicycle-at-a-speed-of-143ms-ndash-1-takes-a-turn-around-a-circular-road-of-radius-203m-without-skidding-given-g-9-8-ms-ndash-2-what-is-his-inclination-to-the-vertical-1-30o-2-90o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NzM-a-point-mass-m-is-suspended-from-a-light-thread-of-length-l-fixed-at-o-and-is-whirled-in-a-horizontal-circle-at-a-constant-speed-as-shown-from-your-point-of-view-stationary-with-respect-to-the-mass-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NzQ-if-a-cyclist-moving-with-a-speed-of-4-9-m-s-on-a-level-road-can-take-a-sharp-circular-turn-of-radius-4-m-then-coefficient-of-friction-between-the-cycle-tyres-and-road-is-1-0-41-2-0-51-3-0-61-4-0-71-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2NzY-a-motor-cycle-driver-doubles-its-velocity-when-he-is-having-a-turn-the-force-exerted-outwardly-will-be-1-double-2-half-3-4-times-4-14-times-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2Nzk-two-bodies-of-equal-masses-revolve-in-circular-orbits-of-radii-r1-and-r2-with-the-same-period-their-centripetal-forces-are-in-the-ratio-1-r2r12-2-r1r2-3-r1r22-4-r1r2-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2ODA-a-mass-is-supported-on-a-frictionless-horizontal-surface-it-is-attached-to-a-string-and-rotates-about-a-fixed-centre-at-an-angular-velocity-omega-0-if-the-length-of-the-string-and-angular-velocity-are https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2ODI-three-identical-particles-are-joined-together-by-a-thread-as-shown-in-figure-all-the-three-particles-are-moving-in-horizontal-circles-centred-at-o-if-the-velocity-of-the-outermost-particle-is-v0-then https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2ODU-a-block-of-mass-m-at-the-end-of-a-string-is-whirled-round-in-a-vertical-circle-of-radius-r-the-critical-speed-of-the-block-at-the-top-of-its-swing-below-which-the-string-would-slacken-before-the-block https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2ODc-a-bucket-tied-at-the-end-of-a-1-6-m-long-string-is-whirled-in-a-vertical-circle-with-constant-speed-what-should-be-the-minimum-speed-so-that-the-water-from-the-bucket-does-not-spill-when-the-bucket-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ2ODk-a-1-kg-stone-at-the-end-of-1-m-long-string-is-whirled-in-a-vertical-circle-at-constant-speed-of-4-m-sec-the-tension-in-the-string-is-6-n-when-the-stone-is-at-g-10-m-sec2-1-top-of-the-circle-2-bottom-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ3MTI-the-tension-in-the-string-revolving-in-a-vertical-circle-with-a-mass-m-at-the-end-which-is-at-the-lowest-position-1-mv2r-2-mv2r-minus-mg-3-mv2r-mg-4-mg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ3MTU-a-coin-placed-on-a-rotating-turn-table-slips-when-it-is-placed-at-a-distance-of-9-cm-from-the-centre-if-the-angular-velocity-of-the-turn-table-is-trippled-it-will-just-slip-if-its-distance-from-the-ce https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ3MTc-a-body-of-mass-0-4-kg-is-whirled-in-a-vertical-circle-making-2-rev-sec-if-the-radius-of-the-circle-is-2-m-then-tension-in-the-string-when-the-body-is-at-the-top-of-the-circle-is-1-41-56-n-2-89-86-n-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ3MTg-a-bucket-full-of-water-is-revolved-in-vertical-circle-of-radius-2m-what-should-be-the-maximum-time-period-of-revolution-so-that-the-water-doesn-t-fall-off-the-bucket-1-1-sec-2-2-sec-3-3-sec-4-4-sec-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ3NjM-a-tube-of-length-l-is-filled-completely-with-an-incompressible-liquid-of-mass-m-and-closed-at-both-the-ends-the-tube-is-then-rotated-in-a-horizontal-plane-about-one-of-its-ends-with-a-uniform-angular https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ3NjU-a-car-is-moving-in-a-circular-horizontal-track-of-radius-10-text-m-with-a-constant-speed-of-10-text-m-s-a-plumb-bob-is-suspended-from-the-roof-of-the-car-by-a-light-rigid-rod-of-length-1-00-text-m-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzQ3Njk-a-long-horizontal-rod-has-a-bead-which-can-slide-along-its-length-and-initially-placed-at-a-distance-l-from-one-end-a-of-the-rod-the-rod-is-set-in-angular-motion-about-a-with-constant-angular-accelera https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMDA-a-particle-is-moving-with-a-constant-speed-along-a-straight-line-path-a-force-is-not-required-to-1-increase-its-speed-2-decrease-the-momentum-3-change-the-direction-4-keep-it-moving-with-uniform-veloc https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMDE-a-mass-of-1-kg-is-suspended-by-a-string-a-another-string-c-is-connected-to-its-lower-end-see-figure-if-a-sudden-jerk-is-given-to-c-then-1-the-portion-ab-of-the-string-will-break-2-the-portion-bc-of-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMDI-in-the-question-if-the-string-c-is-stretched-slowly-then-1-the-portion-ab-of-the-string-will-break-2-the-portion-bc-of-the-string-will-break-3-none-of-the-strings-will-break-4-none-of-the-above-1-2-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMDM-newton-s-second-law-gives-the-measure-of-1-acceleration-2-force-3-momentum-4-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMDQ-a-coin-is-dropped-in-a-lift-it-takes-time-t1-to-reach-the-floor-when-lift-is-stationary-it-takes-time-t2-when-the-lift-is-moving-up-with-constant-acceleration-then-1-t1-t2-2-t2-t1-3-t1-t2-4-t1-t2-1-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMDU-if-the-tension-in-the-cable-of-1000-text-kg-elevator-is-1000-text-kg-weight-the-elevator-1-is-accelerating-upwards-2-is-accelerating-downwards-3-may-be-at-rest-or-accelerating-4-may-be-at-rest-or-in-u https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMDY-an-object-with-a-mass-10-kg-moves-at-a-constant-velocity-of-10-m-sec-a-constant-force-then-acts-for-4-second-on-the-object-and-gives-it-a-speed-of-2-m-sec-in-opposite-direction-the-acceleration-produc https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMDk-a-machine-gun-is-mounted-on-a-2000-kg-car-on-a-horizontal-frictionless-surface-at-some-instant-the-gun-fires-bullets-of-mass-10-gm-with-a-velocity-of-500-m-sec-with-respect-to-the-car-the-number-of-bu https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMTA-in-the-above-diagram-the-acceleration-of-the-car-will-be-1-0-25-m-sec2-2-2-5-m-sec2-3-5-0-m-sec2-4-0-025-m-sec2-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMTE-a-particle-of-mass-0-3-kg-is-subjected-to-a-force-f-ndash-kx-with-k-15-n-m-what-will-be-its-initial-acceleration-if-it-is-released-from-a-point-20-cm-away-from-the-origin-1-5-m-s2-2-10-m-s2-3-3-m-s2-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMTI-an-elevator-weighing-6000-kg-is-pulled-upward-by-a-cable-with-an-acceleration-of-5-ms-ndash-2-taking-g-to-be-10-ms-ndash-2-then-the-tension-in-the-cable-is-1-6000-n-2-9000-n-3-60000-n-4-90000-n-1-2-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMTQ-the-ratio-of-the-weight-of-a-man-in-a-stationary-lift-and-when-it-is-moving-downward-with-uniform-acceleration-lsquo-a-rsquo-is-3-2-the-value-of-lsquo-a-rsquo-is-g-acceleration-due-to-gravity-of-the-e https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMTU-if-force-on-a-rocket-having-exhaust-velocity-of-300-m-sec-is-210-n-then-rate-of-combustion-of-the-fuel-is-1-0-7-kg-s-2-1-4-kg-s-3-0-07-kg-s-4-10-7-kg-s-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMTY-in-an-elevator-moving-vertically-up-with-an-acceleration-g-the-force-exerted-on-the-floor-by-a-passenger-of-mass-m-is-1-mg-2-12mg-3-zero-4-2-mg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMTc-a-5000-kg-rocket-is-set-for-vertical-firing-the-exhaust-speed-is-800-ms-ndash-1-to-give-an-initial-upward-acceleration-of-20-ms-ndash-2-the-amount-of-gas-ejected-per-second-to-supply-the-needed-thrust https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMTg-if-a-person-with-a-spring-balance-and-a-body-hanging-from-it-goes-up-and-up-in-an-aeroplane-then-the-reading-of-the-weight-of-the-body-as-indicated-by-the-spring-balance-will-1-go-on-increasing-2-go-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMTk-a-body-is-imparted-motion-from-rest-to-move-in-a-straight-line-if-it-is-then-obstructed-by-an-opposite-force-then-1-the-body-may-necessarily-change-direction-2-the-body-is-sure-to-slow-down-3-the-body https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMjE-two-balls-of-masses-m1-and-m2-are-separated-from-each-other-by-a-powder-charge-placed-between-them-the-whole-system-is-at-rest-on-the-ground-suddenly-the-powder-charge-explodes-and-masses-are-pushed-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMjI-a-force-vector-applied-on-a-mass-is-represented-as-f-rarr-6i-minus-8j-10k-and-accelerates-with-1-m-s2-what-will-be-the-mass-of-the-body-1-102-thinsp-kg-2-210-thinsp-kg-3-10-kg-4-20-kg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMjM-a-cricket-ball-of-mass-250-g-collides-with-a-bat-with-velocity-10-m-s-and-returns-with-the-same-velocity-within-0-01-second-the-force-acted-on-bat-is-1-25-n-2-50-n-3-250-n-4-500-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMjQ-a-pendulum-bob-of-mass-50-gm-is-suspended-from-the-ceiling-of-an-elevator-the-tension-in-the-string-if-the-elevator-goes-up-with-uniform-velocity-is-approximately-1-0-30-n-2-0-40-n-3-0-42-n-4-0-50-n-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMjU-the-average-force-necessary-to-stop-a-bullet-of-mass-20-g-moving-with-a-speed-of-250-m-s-as-it-penetrates-into-the-wood-for-a-distance-of-12-cm-is-1-2-2-times-103-n-2-3-2-times-103-n-3-4-2-times-103-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMjY-a-man-measures-time-period-of-a-pendulum-t-in-stationary-lift-if-the-lift-moves-upward-with-acceleration-g4-then-new-time-period-will-be-1-2t5-2-5t2-3-52t-4-25t-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMjc-if-rope-of-lift-breaks-suddenly-the-tension-exerted-by-the-surface-of-lift-a-acceleration-of-lift-1-mg-2-m-g-a-3-m-g-ndash-a-4-0-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMjg-a-lift-of-mass-1000-kg-is-moving-with-an-acceleration-of-1-m-s2-in-the-upward-direction-tension-developed-in-the-string-which-is-connected-to-the-lift-is-1-9-800-n-2-10-000-n-3-10-800-n-4-11-000-n-1-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMjk-a-lift-accelerated-downward-with-acceleration-a-a-man-in-the-lift-throws-a-ball-upward-with-acceleration-a0-a0-a-then-acceleration-of-ball-observed-by-an-observer-which-is-on-earth-is-1-a-a0-upward-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMzA-a-lift-is-moving-down-with-acceleration-a-a-man-in-the-lift-drops-a-ball-inside-the-lift-the-acceleration-of-the-ball-as-observed-by-the-man-in-the-lift-and-a-man-standing-stationary-on-the-ground-are https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMzE-a-monkey-of-mass-20kg-is-holding-a-vertical-rope-the-rope-will-not-break-when-a-mass-of-25-kg-is-suspended-from-it-but-will-break-if-the-mass-exceeds-25-kg-what-is-the-maximum-acceleration-with-which https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMzI-a-plumb-line-is-suspended-from-a-ceiling-of-a-car-moving-with-horizontal-acceleration-of-a-what-will-be-the-angle-of-inclination-with-vertical-1-tan-ndash-1-a-g-2-tan-ndash-1-g-a-3-cos-ndash-1-a-g-4-c https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMzM-a-body-of-mass-2-kg-has-an-initial-velocity-of-3-meters-per-second-along-oe-and-it-is-subjected-to-a-force-of-4-n-in-a-direction-perpendicular-to-oe-the-distance-of-the-body-from-o-after-4-seconds-wil https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMzQ-a-block-of-mass-m-is-placed-on-a-smooth-wedge-of-inclination-theta-the-whole-system-is-accelerated-horizontally-so-that-the-block-does-not-slip-on-the-wedge-the-force-exerted-by-the-wedge-on-the-block https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMzY-the-linear-momentum-p-of-a-body-moving-in-one-dimension-varies-with-time-according-to-the-equation-p-a-bt2-where-a-and-b-are-positive-constants-the-net-force-acting-on-the-body-is-1-a-constant-2-propo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMzg-a-man-of-weight-80-kg-is-standing-in-an-elevator-which-is-moving-with-an-acceleration-of-6-m-s2-in-upward-direction-the-apparent-weight-of-the-man-will-be-g-10-m-s2-1-1480-n-2-1280-n-3-1380-n-4-none-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzMzk-n-bullets-each-of-mass-m-kg-are-fired-with-a-velocity-v-ms-ndash-1-at-the-rate-of-n-bullets-per-second-upon-a-wall-the-reaction-offered-by-the-wall-to-the-bullets-is-given-by-1-nmv-2-nmvn-3-nnmv-4-nnv https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNDA-with-what-minimum-acceleration-can-a-fireman-slides-down-a-rope-while-breaking-strength-of-the-rope-is-23-of-his-weight-1-23g-2-g-3-13g-4-zero-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNDE-a-ball-of-mass-m-moves-with-speed-v-and-it-strikes-normally-with-a-wall-and-reflected-back-normally-if-its-time-of-contact-with-wall-is-t-then-find-force-exerted-by-ball-on-wall-1-2mvt-2-mvt-3-mvt-4-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNDI-a-body-of-mass-5-kg-starts-from-the-origin-with-an-initial-velocity-u-thinsp-rarr-thinsp-thinsp-30i-40j-thinsp-ms-minus-1-if-a-constant-force-f-thinsp-rarr-minus-i-5j-n-acts-on-the-body-the-time-in-wh https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNDM-a-ball-of-mass-0-5-kg-moving-with-a-velocity-of-2-m-sec-strikes-a-wall-normally-and-bounces-back-with-the-same-speed-if-the-time-of-contact-between-the-ball-and-the-wall-is-one-millisecond-the-average https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNDQ-a-particle-moves-in-the-xy-text-plane-under-the-action-of-a-force-f-such-that-the-components-of-its-linear-momentum-p-at-any-time-t-are-p-x-2-cos-t-p-y-2-sin-t-the-angle-between-f-and-p-at-time-t-will https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNDU-a-satellite-in-force-free-space-sweeps-stationary-interplanetary-dust-at-a-rate-dfrac-dm-dt-alpha-v-where-m-is-the-mass-v-is-the-velocity-of-the-satellite-and-alpha-is-a-negative-constant-what-is-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNDY-swimming-is-possible-on-account-of-1-first-law-of-motion-2-second-law-of-motion-3-third-law-of-motion-4-newton-s-law-of-gravitation-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNDc-on-a-stationary-sailboat-the-air-is-blown-at-the-sails-from-a-fan-attached-to-the-boat-the-boat-will-1-remain-stationary-2-spin-around-3-move-in-a-direction-opposite-to-that-in-which-air-is-blown-4-mo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNDg-a-man-is-standing-at-a-spring-platform-reading-of-spring-balance-is-60-kg-wt-if-a-man-jumps-outside-the-platform-then-reading-of-spring-balance-1-first-increases-then-decrease-to-zero-2-decreases-3-in https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNTA-a-body-of-mass-5-kg-is-suspended-by-a-spring-balance-on-a-smooth-inclined-plane-as-shown-in-the-figure-the-spring-balance-measure-1-50-n-2-25-n-3-500-n-4-10-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNTE-a-lift-is-going-up-the-total-mass-of-lift-and-the-passenger-is-1500-kg-the-variation-in-the-speed-of-the-lift-is-as-given-in-the-graph-the-tension-in-the-rope-pulling-the-lift-at-t-11-text-th-s-will-b https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNTM-a-player-caught-a-cricket-ball-of-mass-150-gm-moving-at-a-rate-of-20-m-s-if-the-catching-process-be-completed-in-0-1-s-then-the-force-of-the-blow-exerted-by-the-ball-on-the-hands-of-the-player-is-1-0 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNTQ-a-rocket-has-a-mass-of-100-kg-90-of-this-is-fuel-it-ejects-fuel-vapours-at-the-rate-of-1-kg-sec-with-a-velocity-of-500-m-sec-relative-to-the-rocket-it-is-supposed-that-the-rocket-is-outside-the-gravit https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNTU-in-which-of-the-following-cases-a-force-will-not-be-required-to-keep-the-particle-in-the-given-motion-a-the-particle-is-going-in-a-circle-b-the-particle-is-going-along-a-straight-line-c-the-momentum-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNTc-a-ball-of-mass-150g-starts-moving-with-an-acceleration-of-20-m-s2-when-hit-by-a-force-which-acts-on-it-for-0-1-sec-the-impulsive-force-is-1-0-5-n-s-2-0-1-n-s-3-0-3-n-s-4-1-2-n-s-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNTg-a-body-whose-momentum-is-constant-must-have-a-constant-1-force-2-velocity-3-acceleration-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNTk-rocket-engines-lift-a-rocket-from-the-earth-surface-because-hot-gases-with-high-velocity-1-push-against-the-earth-2-push-against-the-air-3-react-against-the-rocket-and-push-it-up-4-heat-up-the-air-whi https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNjE-a-force-of-50-dynes-is-acted-on-a-body-of-mass-5-g-which-is-at-rest-for-an-interval-of-3-seconds-then-impulse-is-1-0-15-times-10-minus-3-thinsp-ns-2-0-98-times-10-minus-3-thinsp-ns-3-1-5-times-10-minu https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNjg-three-forces-starts-acting-simultaneously-on-a-particle-moving-with-velocity-v-rarr-these-forces-are-represented-in-magnitude-and-direction-by-the-three-sides-of-a-triangle-abc-as-shown-the-particle-w https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNjk-two-blocks-are-connected-by-a-string-as-shown-in-the-diagram-the-upper-block-is-hung-by-another-string-a-force-f-applied-on-the-upper-string-produces-an-acceleration-of-2-m-s2-in-the-upward-direction https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNzE-a-block-is-kept-on-a-frictionless-inclined-surface-with-an-angle-of-inclination-alpha-the-incline-is-given-an-acceleration-a-to-keep-the-block-stationary-then-a-is-equal-to-1-g-2-gtan-alpha-3-g-tan-al https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNzI-a-block-of-mass-m-is-pulled-along-a-horizontal-frictionless-surface-by-a-rope-of-mass-m-if-a-force-p-is-applied-at-the-free-end-of-the-rope-the-force-exerted-by-the-rope-on-the-block-will-be-1-p-2-pmm https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNzM-three-equal-weights-a-b-and-c-of-mass-2-kg-each-are-hanging-on-a-string-passing-over-a-fixed-frictionless-pulley-as-shown-in-the-figure-the-tension-in-the-string-connecting-weights-b-and-c-is-1-zero-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNzQ-two-masses-of-4-kg-and-5-kg-are-connected-by-a-string-passing-through-a-frictionless-pulley-and-are-kept-on-a-frictionless-table-as-shown-in-the-figure-the-acceleration-of-5-kg-mass-is-1-49-m-s2-2-5-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNzU-two-masses-2-kg-and-3-kg-are-attached-to-the-end-of-the-string-passed-over-a-pulley-fixed-at-the-top-the-tension-and-acceleration-are-1-7g8-thinsp-g8-2-21g8-thinsp-g8-3-21g8-thinsp-g5-4-12g5-thinsp-g5 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNzY-three-blocks-a-b-and-c-weighing-1-8-and-27-kg-respectively-are-connected-as-shown-in-the-figure-with-an-inextensible-string-and-are-moving-on-a-smooth-surface-t3-is-equal-to-36-n-then-t2-is-1-18-n-2-9 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNzc-two-bodies-of-mass-3-kg-and-4-kg-are-suspended-at-the-ends-of-massless-string-passing-over-a-frictionless-pulley-the-acceleration-of-the-system-is-g-9-8-m-s2-1-4-9-m-s2-2-2-45-m-s2-3-1-4-m-s2-4-9-5-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNzg-three-solids-of-masses-m1-m2-and-m3-are-connected-with-weightless-string-in-succession-and-are-placed-on-a-frictionless-table-if-the-mass-m3-is-dragged-with-a-force-t-the-tension-in-the-string-between https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzNzk-three-blocks-of-masses-m1-m2-and-m3-are-connected-by-massless-strings-as-shown-on-a-frictionless-table-they-are-pulled-with-a-force-t3-40-n-if-m1-10-kg-m2-6-kg-and-m3-4-kg-the-tension-t2-will-be-1-20 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzODA-a-light-string-passes-over-a-frictionless-pulley-to-one-of-its-ends-a-mass-of-6-kg-is-attached-to-its-other-end-a-mass-of-10-kg-is-attached-the-tension-in-the-thread-will-be-1-24-5-n-2-2-45-n-3-79-n-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzODE-two-masses-of-5kg-and-10kg-are-connected-to-a-pulley-as-shown-what-will-be-the-acceleration-of-the-system-g-acceleration-due-to-gravity-1-g-2-g2-3-g3-4-g4-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzODI-a-block-a-of-mass-7-kg-is-placed-on-a-frictionless-table-a-thread-tied-to-it-passes-over-a-frictionless-pulley-and-carries-a-body-b-of-mass-3-kg-at-the-other-end-the-acceleration-of-the-system-is-give https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzODM-three-blocks-of-masses-2-kg-3-kg-and-5-kg-are-connected-to-each-other-with-light-string-and-are-then-placed-on-a-frictionless-surface-as-shown-in-the-figure-the-system-is-pulled-by-a-force-f-10-n-then https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzODU-a-body-of-weight-2kg-is-suspended-as-shown-in-the-figure-the-tension-t1-in-the-horizontal-string-in-kg-wt-is-1-2-3-2-3-2-3-23-4-2-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzODY-one-end-of-a-massless-rope-which-passes-over-a-massless-and-frictionless-pulley-p-is-tied-to-a-hook-c-while-the-other-end-is-free-maximum-tension-that-the-rope-can-bear-is-360-n-with-what-value-of-min https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzODc-a-light-string-passing-over-a-smooth-light-pulley-connects-two-blocks-of-masses-m1-and-m2-vertically-if-the-acceleration-of-the-system-is-g-8-then-the-ratio-of-the-masses-is-1-8-1-2-9-7-3-4-3-4-5-3-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzODk-a-block-of-mass-4-kg-is-suspended-through-two-light-spring-balances-a-and-b-then-a-and-b-will-read-respectively-1-4-kg-and-zero-kg-2-zero-kg-and-4-kg-3-4-kg-and-4-kg-4-2-kg-and-2-kg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzOTA-two-masses-m-and-m-2-are-joint-together-by-means-of-a-light-inextensible-string-passes-over-a-frictionless-pulley-as-shown-in-figure-when-bigger-mass-is-released-the-small-one-will-ascend-with-an-acce https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzOTE-two-masses-m-1-and-m-2-m-1-m-2-are-connected-by-massless-flexible-and-inextensible-string-passed-over-massless-and-frictionless-pulley-the-acceleration-of-centre-of-mass-is-1-left-dfrac-m-1-m-2-m-1-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzOTI-the-mass-of-a-body-measured-by-a-physical-balance-in-a-lift-at-rest-is-found-to-be-m-if-the-lift-is-going-up-with-an-acceleration-a-its-mass-will-be-measured-as-1-m-left-1-dfrac-a-g-right-2-m-left-1-d https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzOTM-three-weights-w-2w-and-3w-are-connected-to-identical-springs-suspended-from-a-rigid-horizontal-rod-the-assembly-of-the-rod-and-the-weights-fall-freely-the-positions-of-the-weights-from-the-rod-are-suc https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzOTQ-when-forces-f1-f2-f3-are-acting-on-a-particle-of-mass-m-such-that-f2-and-f3-are-mutually-perpendicular-then-the-particle-remains-stationary-if-the-force-f1-is-now-removed-then-the-acceleration-of-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzOTc-a-false-balance-has-equal-arms-an-object-weighs-x-when-placed-in-one-pan-and-y-when-placed-in-other-pan-then-the-weight-w-of-the-object-is-equal-to-1-xy-2-x-y2-3-x2-y22-4-2x2-y2-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzgzOTk-the-pulleys-and-strings-shown-in-the-figure-are-smooth-and-of-negligible-mass-for-the-system-to-remain-in-equilibrium-the-angle-theta-should-be-1-0-circ-2-30-circ-3-45-circ-4-60-circ-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MDA-a-string-of-negligible-mass-going-over-a-clamped-pulley-of-mass-m-supports-a-block-of-mass-m-as-shown-in-the-figure-the-force-on-the-pulley-by-the-clamp-is-given-by-1-sqrt-2-m-g-2-sqrt-2-m-g-3-g-sqrt https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MDE-a-pulley-fixed-to-the-ceilling-carries-a-string-with-blocks-of-mass-m-and-3-m-attached-to-its-ends-the-masses-of-string-and-pulley-are-negligible-when-the-system-is-released-its-centre-of-mass-moves-w https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MDQ-a-block-b-is-placed-on-top-of-block-a-the-mass-of-block-b-is-less-than-the-mass-of-block-a-friction-exists-between-the-blocks-whereas-the-ground-on-which-block-a-is-placed-is-assumed-to-be-smooth-a-ho https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MDU-in-the-figure-given-below-the-position-time-graph-of-a-particle-of-mass-0-1-kg-is-shown-the-impulse-at-t-2-sec-is-1-0-2-kg-m-sec-ndash-1-2-ndash-0-2-kg-m-sec-ndash-1-3-0-1-kg-m-sec-ndash-1-4-ndash-0-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MDY-the-force-time-f-ndash-t-curve-of-a-particle-executing-linear-motion-is-as-shown-in-the-figure-the-momentum-acquired-by-the-particle-in-time-interval-from-zero-to-8-second-will-be-1-ndash-2-n-s-2-4-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MDc-a-body-of-2-kg-has-an-initial-speed-5ms-ndash-1-a-force-acts-on-it-for-some-time-in-the-direction-of-motion-the-force-time-graph-is-shown-in-figure-the-final-speed-of-the-body-1-9-25-ms-ndash-1-2-5-ms https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MTA-a-particle-of-mass-m-initially-at-rest-is-acted-upon-by-a-variable-force-f-for-a-brief-interval-of-time-t-it-begins-to-move-with-a-velocity-u-after-the-force-stops-acting-f-is-shown-in-the-graph-as-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MTE-a-body-of-mass-3kg-is-acted-upon-by-a-force-which-varies-as-shown-in-the-graph-below-the-momentum-acquired-is-given-by-1-zero-2-5-n-s-3-30-n-s-4-50-n-s-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MTI-the-variation-of-momentum-with-the-time-of-one-of-the-bodies-in-a-two-body-collision-is-shown-in-fig-the-instantaneous-force-is-the-maximum-corresponding-to-the-point-1-p-2-q-3-r-4-s-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MTM-figures-i-ii-iii-and-iv-depict-variation-of-force-with-time-i-ii-iii-iv-the-impulse-is-highest-in-the-case-of-situations-depicted-figure-1-i-and-ii-2-iii-and-i-3-iii-and-iv-4-iv-only-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MTU-the-masses-of-10-kg-and-20-kg-respectively-are-connected-by-a-massless-spring-as-shown-in-figure-a-force-of-200-n-acts-on-the-20-kg-mass-at-the-instant-shown-the-10-kg-mass-has-acceleration-12-m-sec2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MTY-two-masses-m-and-m-are-connected-by-a-weightless-string-they-are-pulled-by-a-force-f-on-a-frictionless-horizontal-surface-the-tension-in-the-string-will-be-1-dfrac-fm-m-m-2-dfrac-f-m-m-3-dfrac-fm-m-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MTg-a-uniform-rope-of-length-l-lies-on-a-table-if-the-coefficient-of-friction-is-mu-then-the-maximum-length-l1-of-the-part-of-this-rope-which-can-overhang-from-the-edge-of-the-table-without-sliding-down-i https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MTk-a-heavy-uniform-chain-lies-on-a-horizontal-table-top-if-the-coefficient-of-friction-between-the-chain-and-table-surface-is-0-25-then-the-maximum-fraction-of-length-of-the-chain-that-can-hang-over-one https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MjI-a-uniform-chain-of-length-l-hangs-partly-from-a-table-which-is-kept-in-equilibrium-by-friction-if-the-maximum-length-that-can-be-supported-without-slipping-is-l-then-the-coefficient-of-friction-betwee https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MjM-when-two-surfaces-are-coated-with-a-lubricant-then-they-1-stick-to-each-other-2-slide-upon-each-other-3-roll-upon-each-other-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MjQ-a-20-kg-block-is-initially-at-rest-on-a-rough-horizontal-surface-a-horizontal-force-of-75-n-is-required-to-set-the-block-in-motion-after-it-is-in-motion-a-horizontal-force-of-60-n-is-required-to-keep https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MjU-a-block-a-with-mass-100-text-kg-is-resting-on-another-block-b-of-mass-200-text-kg-as-shown-in-figure-a-horizontal-rope-tied-to-a-wall-holds-it-the-coefficient-of-friction-between-a-and-b-is-0-2-while https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MjY-a-horizontal-force-of-10-n-is-necessary-to-just-hold-a-block-stationary-against-a-wall-the-coefficient-of-friction-between-the-block-and-the-wall-is-0-2-the-weight-of-the-block-is-1-2-n-2-20-n-3-50-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0Mjc-the-coefficient-of-static-friction-mu-s-between-block-a-of-mass-2-kg-and-the-table-as-shown-in-the-figure-is-0-2-what-would-be-the-maximum-mass-value-of-block-b-so-that-the-two-blocks-do-not-move-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0Mjk-the-maximum-speed-that-can-be-achieved-without-skidding-by-a-car-on-a-circular-unbanked-road-of-radius-r-and-coefficient-of-static-friction-mu-is-1-mu-rg-2-rg-mu-3-mu-rg-4-mu-rg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MzE-two-carts-of-masses-200-kg-and-300-kg-on-horizontal-rails-are-pushed-apart-suppose-the-coefficient-of-friction-between-the-carts-and-the-rails-are-same-if-the-200-kg-cart-travels-a-distance-of-36-m-an https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MzI-a-block-of-mass-50-kg-can-slide-on-a-rough-horizontal-surface-the-coefficient-of-friction-between-the-block-and-the-surface-is-0-6-the-least-force-of-pull-acting-at-an-angle-of-30-deg-to-the-upward-dr https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MzM-assuming-the-coefficient-of-friction-between-the-road-and-tyres-of-a-car-to-be-0-5-the-maximum-speed-with-which-the-car-can-move-round-a-curve-of-40-0-m-radius-without-slipping-if-the-road-is-unbanked https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MzQ-consider-a-car-moving-along-a-straight-horizontal-road-with-a-speed-of-72-km-h-if-the-coefficient-of-kinetic-friction-between-the-tyres-and-the-road-is-0-5-the-shortest-distance-in-which-the-car-can-b https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0MzY-on-the-horizontal-surface-of-a-truck-mu-0-6-a-block-of-mass-1-kg-is-placed-if-the-truck-is-accelerating-at-the-rate-of-5m-sec2-then-frictional-force-on-the-block-will-be-1-5-n-2-6-n-3-5-88-n-4-8-n-1-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0Mzc-a-vehicle-of-mass-m-is-moving-on-a-rough-horizontal-road-with-momentum-p-if-the-coefficient-of-friction-between-the-tyres-and-the-road-be-mu-then-the-stopping-distance-is-1-p2-mu-mg-2-p22-mu-mg-3-p2-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0Mzg-a-block-of-mass-m-5-text-kg-is-resting-on-a-rough-horizontal-surface-for-which-the-coefficient-of-friction-is-0-2-when-a-force-f-40-text-n-is-applied-the-acceleration-of-the-block-will-be-g-10-text-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NDA-a-given-object-takes-n-times-as-much-time-to-slide-down-a-45-deg-rough-incline-as-it-takes-to-slide-down-a-perfectly-smooth-45-deg-incline-the-coefficient-of-kinetic-friction-between-the-object-and-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NDE-starting-from-rest-a-body-slides-down-a-45-deg-inclined-plane-in-twice-the-time-it-takes-to-slide-down-the-same-distance-in-the-absence-of-friction-the-coefficient-of-friction-between-the-body-and-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NDI-a-force-of-750-n-is-applied-to-a-block-of-mass-102-kg-to-prevent-it-from-sliding-on-a-plane-with-an-inclination-angle-30-deg-with-the-horizontal-if-the-coefficients-of-static-friction-and-kinetic-fric https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NDQ-a-body-takes-time-t-to-reach-the-bottom-of-an-inclined-plane-of-angle-theta-with-the-horizontal-if-the-plane-is-made-rough-time-taken-now-is-2t-the-coefficient-of-friction-of-the-rough-surface-is-1-34 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NDU-a-block-is-kept-on-an-inclined-plane-of-inclination-theta-of-length-l-the-velocity-of-particle-at-the-bottom-of-inclined-is-the-coefficient-of-friction-is-mu-1-2gl-mu-cos-theta-minus-sin-theta-2-2gl-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NDY-a-block-of-mass-m-lying-on-a-rough-horizontal-plane-is-acted-upon-by-a-horizontal-force-p-and-another-force-q-inclined-at-an-angle-theta-to-the-vertical-the-block-will-remain-in-equilibrium-if-the-coe https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NDc-a-block-of-mass-0-1-kg-is-held-against-a-wall-by-applying-a-horizontal-force-of-5-n-on-the-block-if-the-coefficient-of-friction-between-the-block-and-the-wall-is-0-5-the-magnitude-of-the-frictional-fo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NDg-what-is-the-maximum-value-of-the-force-f-such-that-the-block-shown-in-the-arrangement-does-not-move-1-20-n-2-10-n-3-12-n-4-15-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NTA-a-body-of-mass-m-rests-on-horizontal-surface-the-coefficient-of-friction-between-the-body-and-the-surface-is-mu-if-the-mass-is-pulled-by-a-force-p-as-shown-in-the-figure-the-limiting-friction-between https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NTE-a-40-kg-slab-rests-on-a-frictionless-floor-as-shown-in-the-figure-a-10-kg-block-rests-on-the-top-of-the-slab-the-static-coefficient-of-friction-between-the-block-and-slab-is-0-60-while-the-kinetic-fri https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NTI-a-body-of-weight-50-n-placed-on-a-horizontal-surface-is-just-moved-by-a-force-of-28-2-n-the-frictional-force-and-the-normal-reaction-are-1-10-n-15-n-2-20-n-30-n-3-2-n-3-n-4-5-n-6-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0NTQ-a-rough-vertical-board-has-an-acceleration-a-so-that-a-2-text-kg-block-pressing-against-it-does-not-fall-the-coefficient-of-friction-between-the-block-and-the-board-should-be-1-g-a-2-a-g-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NDIyNjQ-it-is-easier-to-draw-up-a-wooden-block-along-an-smooth-inclined-plane-than-to-haul-it-vertically-principally-because-1-the-friction-is-reduced-2-the-mass-becomes-smaller-3-only-a-part-of-the-weight-ha https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NDI1MzM-a-lead-ball-strikes-a-wall-and-falls-down-a-tennis-ball-having-the-same-mass-and-velocity-strikes-the-wall-and-bounces-back-check-the-correct-statement-1-the-momentum-of-the-lead-ball-is-greater-than https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NDI1NDE-a-ball-of-weight-0-1-kg-coming-with-speed-30-m-s-strikes-with-a-bat-and-returns-in-opposite-direction-with-speed-40-m-s-then-the-impulse-is-taking-final-velocity-as-positive-1-minus-0-1-times-40-minus https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NDI1NDI-a-ball-of-mass-m-falls-vertically-to-the-ground-from-a-height-h1-and-rebound-to-a-height-h2-the-change-in-momentum-of-the-ball-on-striking-the-ground-is-1-mg-h1-8722-h2-2-m2gh1-2gh2-3-m2g-h1-h2-4-m2g https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NDI3NTM-consider-the-following-two-statements-1-linear-momentum-of-a-system-of-particles-is-zero-2-kinetic-energy-of-a-system-of-particles-is-zero-then-1-1-implies-2-and-2-implies-1-2-1-does-not-imply-2-and-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NDQyMDQ-an-elevator-and-its-load-have-a-total-mass-of-800-kg-find-the-tension-in-the-supporting-cable-when-the-elevator-moving-downward-at-10-m-s-is-brought-to-rest-with-constant-acceleration-in-a-distance-of https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NDY4NTA-two-blocks-a-and-b-of-masses-3m-and-m-respectively-are-connected-by-a-massless-and-inextensible-string-the-whole-system-is-is-suspended-by-a-massless-spring-as-shown-in-figure-the-magnitudes-of-accele https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NDY4NjY-a-car-is-negociating-a-curved-road-of-radius-r-the-road-is-banked-at-angle-theta-the-coefficient-of-friction-between-the-car-and-the-road-is-mu-s-the-maximum-safe-velocity-on-this-road-is-1-grtan-thet https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTAwNTM-the-length-of-a-spring-is-l-1-and-l-2-when-stretched-with-a-force-of-4-text-n-and-5-text-n-respectively-its-natural-length-is-1-l-2-l-1-2-2-l-2-l-1-3-5l-1-4l-2-4-5l-2-4l-1-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTAwODY-two-stones-of-masses-m-and-2m-are-whirled-in-horizontal-circles-the-heavier-one-in-a-radius-frac-r-2-and-the-lighter-one-in-the-radius-r-the-tangential-speed-of-lighter-stone-is-n-times-that-of-heavie https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTEwMDU-one-end-of-the-string-of-length-l-is-connected-to-a-particle-of-mass-m-and-the-other-end-is-connected-to-a-small-peg-on-a-smooth-horizontal-table-if-the-particle-moves-in-a-circle-with-speed-v-the-net https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTEwMTg-a-spring-of-force-constant-k-is-cut-into-lengths-of-ratio-1-2-3-they-are-connected-in-series-and-the-new-force-constant-is-k-if-they-are-connected-in-parallel-and-force-constant-is-k-thenk-k-is-1-1-6 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTExMzE-three-blocks-a-b-and-c-of-masses-4-kg-2-kg-and-1-kg-respectively-are-in-contact-on-a-frictionless-surface-as-shown-if-a-force-of-14-n-is-applied-on-the-4-kg-block-then-the-contact-force-between-a-and https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTExMzI-a-block-a-of-mass-m1-rests-on-a-horizontal-table-a-light-string-connected-to-it-passes-over-a-frictionless-pulley-at-the-edge-of-table-and-from-its-other-end-another-block-b-of-mass-m2-is-suspended-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTExNzQ-a-plank-with-a-box-on-it-at-one-end-is-gradually-raised-about-the-other-end-as-the-angle-of-inclination-with-the-horizontal-reaches-30-deg-the-box-starts-to-slip-and-slides-4-0-m-down-the-plank-in-4-0 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTEyMTk-a-system-consists-of-three-masses-m1-m2-and-m3-connected-by-a-string-passing-over-a-pulley-p-the-mass-m1-hangs-freely-and-m2-and-m3-are-on-a-rough-horizontal-table-the-coefficient-of-friction-mu-the-p https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTEyMjE-a-balloon-with-mass-m-is-descending-down-with-an-acceleration-a-where-a-g-how-much-mass-should-be-removed-from-it-so-that-it-starts-moving-up-with-an-acceleration-a-1-2ma-g-a-2-2ma-g-a-3-ma-g-a-4-ma-g https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTEyNjU-the-upper-half-of-an-inclined-plane-of-inclination-theta-is-perfectly-smooth-while-the-lower-half-is-rough-a-block-starting-from-rest-at-the-top-of-the-plane-will-again-come-to-rest-at-the-bottom-if-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTEzMzI-a-car-of-mass-1000-kg-negotiates-a-banked-curve-of-radius-90m-on-a-frictionless-road-if-the-banking-angle-is-45-deg-the-speed-of-the-car-is-1-20-ms-1-2-30-ms-1-3-5-ms-1-4-10-ms-1-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTEzNTg-a-car-of-mass-m-is-moving-on-a-level-circular-track-of-radius-r-if-mu-s-represent-the-static-friction-between-the-road-and-tyres-of-the-car-then-the-maximum-speed-of-the-car-in-circular-motion-is-give https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTEzOTc-a-person-of-mass-60-kg-is-inside-a-lift-of-mass-940-kg-and-presses-the-button-on-control-panel-the-lift-starts-moving-upwards-with-an-acceleration-1-0-m-s2-if-g-10-m-s2-the-tension-in-the-supporting-c https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTE0Nzg-two-masses-of-10-kg-and-20-kg-respectively-are-connected-by-massless-spring-as-shown-in-the-figure-a-force-of-200-n-acts-on-the-20-kg-mass-at-the-instant-shown-the-10-kg-mass-has-acceleration-12-m-s2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTE0ODc-the-slope-of-a-smooth-banked-horizontal-surface-road-is-p-if-the-radius-of-the-curve-be-r-the-maximum-velocity-with-which-a-car-can-negotiate-the-curve-is-given-by-a-prg-b-prg-c-p-rg-d-p-rg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTE0OTA-the-angle-of-banking-at-the-turning-of-a-road-does-not-depend-upon-the-1-mass-of-vehicle-2-acceleration-due-to-gravity-3-the-velocity-of-the-vehicle-4-radius-of-the-curved-path-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTE1OTM-a-block-of-mass-m-is-in-contact-with-the-cart-c-as-shown-in-the-figure-the-coefficient-of-static-friction-between-the-block-and-the-cart-is-956-the-acceleration-945-of-the-cart-that-will-prevent-the-b https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTE2MjA-a-gramophone-record-is-revolving-with-an-angular-velocity-969-a-coin-is-placed-at-a-distance-r-from-the-centre-of-the-record-the-static-coefficient-of-friction-is-956-the-coin-will-revolve-with-the-re https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTE2ODc-the-mass-of-a-lift-is-2000-kg-when-the-tension-in-the-supporting-cable-is-28000-n-its-acceleration-is-1-30ms-2downwards-2-4ms-2upwards-3-4ms-2downwards-4-14ms-2upwards-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTE3MjI-a-body-under-the-action-of-a-force-f-8594-6i-8j-10k-acquires-an-acceleration-of-1ms-2-the-mass-of-this-body-must-be-1-2010kg-2-10kg-3-20kg-4-102kg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTE3NTE-three-forces-acting-on-a-body-are-shown-in-the-figure-to-have-the-resultant-force-only-along-the-y-direction-the-magnitude-of-the-minimum-additional-force-needed-is-1-0-5n-2-1-5n-3-34-n-4-3n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTE3NjQ-a-particle-of-mass-m-is-projected-with-velocity-v-making-an-angle-of-45-176-with-the-horizontal-when-the-particle-lands-on-the-level-ground-the-magnitude-of-the-change-in-its-momentum-will-be-1-2mv-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTE3Njc-sand-is-being-dropped-on-a-conveyor-belt-at-the-rate-of-m-text-kg-s-the-force-necessary-to-keep-the-belt-moving-with-a-constant-velocity-of-v-text-m-s-will-be-1-mv-text-n-2-2mv-text-n-3-frac-mv-2-text https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTM4OTA-a-simple-pendulum-is-set-up-in-a-trolley-which-moves-to-the-right-with-an-acceleration-a-on-a-horizontal-plane-then-the-thread-of-the-pendulum-in-the-mean-position-makes-an-angle-theta-with-the-vertic https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NjU0NDg-a-pendulum-bob-is-suspended-in-a-car-moving-horizontally-with-acceleration-lsquo-a-rsquo-the-angle-the-string-will-make-with-vertical-is-1-tan-1ga-2-tan-1ag-3-sin-1ag-4-cos-1ag-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NjU0NTU-in-the-arrangement-shown-the-ends-p-and-q-of-an-inextensible-string-move-downwards-with-uniform-speed-v-the-pulleys-a-and-b-are-fixed-the-mass-m-moves-upward-with-a-speed-of-1-2-v-cos-theta-2-v-cos-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NjU0NTg-a-block-of-mass-m-is-placed-on-the-floor-of-lift-which-is-moving-with-velocity-v-4t2-where-t-is-time-in-second-and-velocity-m-s-find-the-time-at-which-normal-force-on-the-block-is-three-times-of-its-w https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NjU0NjU-two-blocks-of-masses-2-m-and-m-are-connected-as-shown-in-the-figure-now-the-string-between-the-blocks-is-suddenly-cut-then-at-that-instant-accelerations-of-the-blocks-a-and-b-will-be-1-g-and-g-respect https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NjU0Njg-the-relation-between-velocity-of-two-block-v-1-and-v-2-as-shown-in-the-figure-is-given-by-1-7v-1-v-2-0-2-7v-1-v-2-0-3-v-1-v-2-0-4-v-1-3v-2-0-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NjU0Njk-using-constraint-equations-relation-between-a1-xa0-and-a2-will-be-xa0-1-a1-3a2-2-aa2-3a1-3-aa2-6a1-4-aa2-7a1-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NjU0NzE-a-block-of-mass-2-kg-is-hanging-with-two-identical-xa0-massless-springs-as-shown-in-xa0-figure-the-xa0-acceleration-of-the-block-just-at-the-moment-the-xa0-right-spring-breaks-is-g-10-xa0-m-s2-1-10-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NjU1MDM-a-piece-of-wire-is-bent-in-the-shape-of-a-parabola-y-kx2-y-axis-vertical-with-a-bead-of-mass-m-on-it-the-bead-can-slide-on-the-wire-without-friction-it-stays-at-the-lowest-point-of-the-parabola-when-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NjU1MDc-three-block-of-masses-m-m-and-m-rsquo-are-arranged-as-shown-in-fig-the-surfaces-are-frictionless-pulley-and-strings-are-ideal-the-mass-m-rsquo-of-the-hanging-block-which-will-prevent-the-smaller-block https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NzcxOTI-a-string-with-constant-tension-t-is-deflected-through-an-angle-2-952-0-by-a-smooth-fixed-pulley-the-force-on-the-pulley-is-a-2tcos-952-0-b-tcos-952-0-c-2tsin-952-0-d-tsin-952-0-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NzcxOTY-asmoothsemicircularwiretrackofradiusrisfixedinaverticalplaneasshown-oneendofalightspringsofnaturallength3r4isattachedtothelowerpointo-ofthewiretrack-asmallbeadofmassmwhichcanslideonthetrack-is-attache https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246ODgyOTQ-traffic-is-moving-at-60-km-hr-along-a-circular-track-of-radius-0-2-km-the-correct-angle-of-banking-is-1-tan-1609-8-215-0-2-2-tan-160-215-9-8200-3-tan-15032200-215-9-8-4-tan-1503200-215-9-8-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246ODgyOTU-a-massless-frictionless-rope-is-attached-at-point-a-on-the-wall-then-passes-under-a-movable-pulley-p-2-goes-up-and-over-a-fixed-ceiling-pulley-p-1-and-supports-a-hanging-weight-w-1-the-movable-pulley https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246ODgzMjM-a-light-spring-is-compressed-and-placed-horizontally-between-a-vertical-fixed-wall-and-a-toy-car-which-is-free-to-slide-over-a-smooth-horizontal-table-if-the-system-is-released-from-rest-which-graph-b https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246ODg5MDU-a-rigid-ball-of-mass-m-strikes-a-rigid-wall-at-60-circ-and-gets-reflected-without-loss-of-speed-as-shown-in-the-figure-the-value-of-the-impulse-imparted-by-the-wall-on-the-ball-will-be-1-mv-2-2mv-3-df https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246ODg5MjE-which-one-of-the-following-statements-is-incorrect-1-rolling-friction-is-smaller-than-sliding-friction-2-the-limiting-value-of-static-friction-is-directly-proportional-to-the-normal-reaction-3-frictio https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246ODkwNjQ-a-block-of-mass-m-is-placed-on-a-smooth-inclined-wedge-abc-of-inclination-theta-as-shown-in-the-figure-the-wedge-is-given-an-acceleration-a-towards-the-right-the-relation-between-a-and-theta-for-the-b https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTAxMDc-a-car-is-negotiating-a-curved-road-of-radius-r-the-road-is-banked-at-an-angle-theta-the-coefficient-of-friction-between-the-tyre-of-the-car-and-the-road-is-mu-s-the-maximum-safe-velocity-on-this-road https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTA3MDk-three-blocks-mathrm-a-mathrm-b-and-mathrm-c-of-masses-4-text-kg-2-text-kg-and-1-text-kg-respectively-are-in-contact-on-a-frictionless-surface-as-shown-if-a-force-of-14-text-n-is-applied-to-the-4-text https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTA3MTI-a-block-mathrm-a-of-mass-m-1-rests-on-a-horizontal-table-a-light-string-connected-to-it-passes-over-a-frictionless-pulley-at-the-edge-of-the-table-and-from-its-other-end-another-block-mathrm-b-of-mass https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTExMDA-the-force-f-acting-on-a-particle-of-mass-m-is-indicated-by-the-force-time-graph-shown-below-the-change-in-momentum-of-the-particle-over-the-time-interval-from-0-to-8-s-is-1-24-text-n-s-2-20-text-n-s-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTE0MTM-three-blocks-with-masses-m-2m-and-3m-are-connected-by-strings-as-shown-in-the-figure-after-an-upward-force-f-is-applied-on-block-m-the-masses-move-upward-at-constant-speed-v-what-is-the-net-force-on-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTIxMTU-a-car-of-mass-1000-kg-negotiates-a-banked-curve-of-radius-90-m-on-a-frictionless-road-if-the-banking-angle-is-of-45-circ-the-speed-of-the-car-is-1-20-ms-ndash-1-2-30-ms-ndash-1-3-5-ms-ndash-1-4-10-ms https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTI0MDc-a-person-of-mass-60-kg-is-inside-a-lift-of-mass-940-kg-and-presses-the-button-on-the-control-panel-the-lift-starts-moving-upwards-with-an-acceleration-of-1-0-text-ms-2-if-g-10-text-ms-2-the-tension-in https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTI0NTg-a-body-of-mass-m-hits-normally-a-rigid-wall-with-velocity-v-and-bounces-back-with-the-same-velocity-the-impulse-experienced-by-the-body-is-1-1-5mv-2-2mv-3-zero-4-mv-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTI1MTM-a-block-of-mass-m-is-in-contact-with-the-cart-c-as-shown-in-the-figure-the-coefficient-of-static-friction-between-the-block-and-the-cart-is-mu-the-acceleration-a-of-the-cart-that-will-prevent-the-bloc https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTI5MTA-the-mass-of-a-lift-is-2000-kg-when-the-tension-in-the-supporting-cable-is-28000-n-then-its-acceleration-is-take-g-10-m-s2-1-30-ms-2-downwards-2-4-ms-2-upwards-3-4-ms-2-downwards-4-14-ms-2-upwards-1-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTMwNjE-two-blocks-of-masses-2-kg-and-3-kg-are-tied-at-the-ends-of-a-light-inextensible-string-passing-over-a-frictionless-pulley-as-shown-if-the-system-is-accelerating-upward-with-acceleration-5-m-s2-the-ten https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTMyNDQ-a-body-under-the-action-of-a-force-overset-rightarrow-f-6-hat-i-8-hat-j-10-hat-k-acquires-an-acceleration-of-1-ms-2-the-mass-of-this-body-must-be-1-2-radic-10-kg-2-10-kg-3-20-kg-4-10-radic-2-kg-1-2-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTMyNjk-a-roller-coaster-is-designed-such-that-riders-experience-weightlessness-as-they-go-around-the-top-of-a-hill-whose-radius-of-curvature-is-20-m-the-speed-of-the-car-at-the-top-of-the-hill-is-between-1-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTM1NTA-a-block-b-is-pushed-momentarily-along-a-horizontal-surface-with-an-initial-velocity-v-if-mu-is-the-coefficient-of-sliding-friction-between-b-and-the-surface-the-block-b-will-come-to-rest-after-a-time https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTM4MjU-a-particle-slides-down-on-a-smooth-incline-of-inclination-30-deg-fixed-in-an-elevator-going-up-with-an-acceleration-of-2-m-s2-the-box-of-incline-has-a-length-of-4-m-the-time-taken-by-the-particle-to-r https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTM5NjY-a-0-5-kg-ball-moving-with-a-speed-of-12-m-s-strikes-a-hard-wall-at-an-angle-of-30-deg-with-the-wall-it-is-reflected-with-the-same-speed-and-at-the-same-angle-if-the-ball-is-in-contact-with-the-wall-fo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTQ1OTQ-a-boy-on-a-cycle-pedals-around-a-circle-of-20-meters-radius-at-a-speed-of-20-m-s-the-combined-mass-of-the-body-and-the-cycle-makes-with-the-vertical-so-that-it-may-not-fall-is-take-g-9-8-m-s2-1-60-25 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTU1NjU-a-block-of-mass-10-text-kg-is-in-contact-with-the-inner-wall-of-a-hollow-cylindrical-drum-of-radius-1-text-m-the-coefficient-of-friction-between-the-block-and-the-inner-wall-of-the-cylinder-is-0-1-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTU1NzM-a-particle-moving-with-velocity-vec-v-is-acted-by-three-forces-shown-by-the-vector-triangle-pqr-the-velocity-of-the-particle-will-1-change-according-to-the-smallest-force-overrightarrow-q-r-2-increase https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTcwMDc-a-mass-m1-placed-on-top-of-a-trolley-of-mass-m3-is-connected-to-another-mass-m2-by-means-of-string-passing-over-a-smooth-pulley-as-shown-in-figure-the-friction-between-surfaces-is-negligible-for-m1-an https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTcwMDg-a-pendulum-of-mass-m-hangs-from-a-support-fixed-to-a-trolley-the-direction-of-the-string-when-the-trolley-rolls-up-a-plane-of-inclination-alpha-with-acceleration-a0-is-1-theta-tan-1-alpha-2-theta-tan https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTcwMTE-the-pulleys-and-strings-shown-in-the-figure-are-smooth-and-of-negligible-mass-for-the-system-to-remain-in-equilibrium-the-angle-theta-should-be-1-0-circ-2-30-circ-3-45-circ-4-60-circ-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTcwMTQ-system-shown-in-figure-is-in-equilibrium-and-at-rest-the-spring-and-string-are-massless-now-the-stringis-cut-the-acceleration-of-mass-2m-and-m-just-after-string-is-cut-will-be-1-g-2-upwards-g-downward https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTczNTQ-in-the-system-shown-xa0-m1-m2-system-is-held-at-rest-by-thread-bc-just-after-lower-thread-is-burnt-1-acceleration-of-xa0-m2-xa0-is-upward-2-magnitude-of-acceleration-of-both-blocks-will-be-xa0-m1-m2m1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTczNTU-two-blocks-of-4-kg-and-6-kg-are-attached-by-springs-they-are-hanging-in-vertical-position-lower-spring-breaks-due-to-excessive-force-acceleration-of-4-kg-block-just-after-breaking-1-15-xa0-m-s2-2-25-x https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTczNjQ-the-tension-in-the-spring-is-1-zero-2-2-5-n-3-5-n-4-10-n-xa0-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTc3MTQ-a-block-can-slide-on-a-smooth-inclined-plane-of-inclination-theta-kept-on-the-floor-of-a-lift-when-the-lift-is-descending-with-retardation-a-the-acceleration-of-the-block-relative-to-the-incline-is-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTA3NzEx-in-the-shown-system-each-of-the-blocks-is-at-rest-the-value-of-theta-is-1-tan-1-left-1-right-2-tan-1-left-frac-3-4-right-3-tan-1-left-frac-4-3-right-4-tan-1-left-frac-3-5-right-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTEzNzQx-at-a-given-instant-a-is-moving-with-velocity-of-5-m-s-upwards-what-is-velocity-of-b-at-this-time-1-15-m-s-8595-2-15-m-s-8593-3-5-m-s-8595-4-5-m-s-8593-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTE4MzA3-the-blocks-a-and-b-are-shown-in-figure-have-masses-5-kg-and-4-kg-respectively-the-system-is-released-from-rest-the-speed-of-b-after-a-has-travelled-a-distance-1-m-along-the-incline-is-take-g-10-text-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTMxNjc3-a-truck-is-stationary-and-has-a-bob-suspended-by-a-light-string-in-a-frame-attached-to-the-truck-the-truck-suddenly-moves-to-the-right-with-an-acceleration-of-a-in-the-frame-of-the-truck-the-pendulum https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTMxNzE1-a-body-of-mass-m-is-kept-on-a-rough-horizontal-surface-coefficient-of-friction-mu-a-horizontal-force-is-applied-to-the-body-but-it-does-not-move-the-resultant-of-normal-reaction-and-the-frictional-for https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY3Njcz-a-ladder-rests-against-a-smooth-vertical-wall-as-shown-in-the-figure-the-floor-is-also-smooth-the-mass-of-the-ladder-is-75-kg-if-upper-end-a-is-moving-with-velocity-v-vertically-downward-then-the-hori https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY3Njc1-which-of-the-following-sets-of-concurrent-forces-may-be-in-equilibrium-1-f1-2-n-f2-5-n-f3-9-n-2-f1-3-n-f2-6-n-f3-8-n-3-f1-4-n-f2-6-n-f3-12-n-4-f1-5-n-f2-10-n-f3-4-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY3OTUz-two-blocks-a-and-b-are-connected-by-a-light-string-as-shown-in-the-figure-the-force-exerted-by-the-string-on-the-block-b-is-1-20-n-2-15-n-3-12-n-4-8-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY3OTg0-a-rod-of-mass-m-length-l-is-moving-between-perpendicular-smooth-walls-as-shown-when-the-rod-is-at-an-angle-theta-with-horizontal-its-end-a-is-moving-right-with-speed-v-the-speed-of-end-b-is-1-v-cot-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY3OTk3-the-figure-shows-a-rod-of-length-5-m-its-ends-a-and-b-are-restrained-to-moving-in-horizontal-and-vertical-guides-when-the-end-a-is-3-m-above-o-it-moves-at-4-m-s-the-velocity-of-end-b-at-that-instant-i https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4MDE2-a-rod-supported-on-the-wall-starts-slipping-down-if-the-speed-va-of-upper-end-a-is-5-m-s-then-the-speed-vb-with-which-end-b-will-move-to-the-left-as-shown-in-the-figure-is-1-5-m-s-2-10-m-s-3-53-m-s-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4MDE5-if-the-block-is-being-pulled-by-the-rope-moving-at-speed-v-as-shown-then-the-horizontal-velocity-of-the-block-is-1-v-2-v-cos-theta-3-frac-v-cos-theta-4-frac-v-sin-theta-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4MTA4-in-the-given-figure-the-spring-balance-is-massless-so-the-reading-of-the-spring-balance-will-be-1-2-kg-2-3-5-kg-3-2-9-kg-4-3-1-kg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4MTEy-the-strings-and-pulleys-shown-in-the-figure-are-massless-the-reading-shown-by-the-light-spring-balance-s-is-1-2-4-kg-2-5-kg-3-2-5-kg-4-3-kg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4MTI4-in-the-figure-shown-the-horizontal-surface-is-smooth-and-the-strings-are-inextensible-and-the-massless-pulleys-are-light-if-the-acceleration-of-block-1-kg-is-a-then-acceleration-of-3-kg-is-1-0-2-2a-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4MzEy-what-is-the-velocity-of-the-block-when-the-angle-between-the-string-and-the-horizontal-is-30-circ-as-shown-in-the-diagram-1-v-b-v-p-2-v-b-frac-v-p-sqrt-3-3-v-b-2v-p-4-v-b-frac-2v-p-sqrt-3-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4MzUw-a-ball-of-mass-1-kg-projected-with-velocity-20-m-s-from-the-origin-of-an-xy-coordinate-axes-at-an-angle-30-deg-with-horizontal-the-change-in-momentum-in-1-s-is-1-103kg-m-sj-2-203kg-m-sj-3-10kg-m-sj-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NDA3-assertion-a-safe-turn-by-a-cyclist-should-neither-be-too-fast-nor-too-sharp-reason-this-is-so-because-it-increases-the-chances-of-skidding-1-both-assertion-and-reason-are-true-and-the-reason-is-the-co https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NTU5-a-motorcyclist-is-maintaining-constant-speed-while-going-on-an-overbridge-of-radius-r-when-the-motorcycle-is-ascending-on-the-overbridge-the-normal-reaction-on-it-1-increases-2-remains-the-same-3-decr https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NTYx-a-bucket-full-of-water-tied-with-the-help-of-a-2-m-long-string-performs-a-vertical-circular-motion-the-minimum-angular-velocity-of-the-bucket-at-the-uppermost-point-so-that-water-will-not-fall-will-be https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NTYy-a-mass-of-4-kg-is-suspended-as-shown-in-the-figure-with-the-help-of-massless-inextensible-string-a-another-identical-string-b-is-connected-at-the-lower-end-of-the-block-when-a-sudden-pulling-downward https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NTYz-a-0-5-kg-body-experiences-a-force-f-2-3x-2-n-where-x-in-metres-is-the-displacement-from-the-origin-if-it-is-released-to-move-along-the-x-axis-from-the-origin-then-its-initial-acceleration-is-1-2-text https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NTY1-on-the-application-of-an-impulsive-force-a-sphere-of-mass-500-grams-starts-moving-with-an-acceleration-of-10-m-s2-the-force-acts-on-it-for-0-5-s-the-gain-in-the-momentum-of-the-sphere-will-be-1-2-5-kg https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTcyODUx-what-will-be-the-reading-of-the-spring-balance-in-the-given-setup-take-g-10-text-m-s-2-1-60-text-n-2-40-text-n-3-50-text-n-4-80-text-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc4NTky-a-solid-sphere-of-mass-2-kg-is-resting-inside-a-cube-as-shown-in-the-figure-the-cube-is-moving-with-a-velocity-v-5ti-2tj-m-s-here-t-is-the-time-in-second-all-surface-are-smooth-the-sphere-is-at-rest-w https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc4NTkz-two-wooden-blocks-are-moving-on-a-smooth-horizontal-surface-such-that-the-mass-m-remains-stationary-with-respect-to-block-of-mass-m-as-shown-in-the-fig-the-magnitude-of-force-p-is-1-m-m-g-tan-beta-2-g https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc4NjA0-all-surface-shown-in-figure-are-smooth-system-is-released-with-the-spring-unstretched-in-equilibrium-compression-in-the-spring-will-be-xa0-1-xa0-2mgk-2-xa0-m-mg2k-3-xa0-mg2k-4-xa0-mgk-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc4NjE5-figure-shows-two-blocks-each-of-mass-m-the-system-is-released-form-rest-if-accelerations-of-blocks-a-and-b-at-any-instant-not-initially-are-xa0-a1-xa0-and-xa0-a2-respectively-then-1-xa0-a1-a2cos-x3b8 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc4NjI2-a-trolley-a-has-a-simple-pendulum-suspended-from-a-fixed-to-its-desk-a-block-b-is-in-contact-on-its-vertical-side-the-trolley-is-on-horizontal-rails-and-accelerates-towards-the-right-such-that-the-blo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc4NjI4-three-blocks-a-b-and-c-of-mass-3m-2m-and-m-respectively-are-suspended-vertically-with-the-help-of-springs-pq-and-tu-and-a-string-rs-as-shown-in-figure-the-acceleration-of-blocks-a-b-and-c-are-a-1-a-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTg1NDQ3-two-bodies-of-mass-4-text-kg-and-6-text-kg-are-tied-to-the-ends-of-a-massless-string-the-string-passes-over-a-pulley-which-is-frictionless-see-figure-the-acceleration-of-the-system-in-terms-of-acceler https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk1MTI4-calculate-the-acceleration-of-the-block-and-trolly-system-shown-in-the-figure-the-coefficient-of-kinetic-friction-between-the-trolly-and-the-surface-is-0-05-g-10-m-s2-the-mass-of-the-string-is-negligi https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk2MDA5-a-rocket-with-a-lift-off-mass-of-20-000-mathrm-kg-is-blasted-upwards-with-an-initial-acceleration-of-5-mathrm-ms-2-then-initial-thrust-force-of-the-blast-is-take-g-10-mathrm-ms-2-1-7-times-10-5-mathrm https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk2MDE1-two-masses-8-text-kg-and-12-text-kg-are-connected-at-the-two-ends-of-a-light-inextensible-string-that-goes-over-a-frictionless-pulley-the-acceleration-of-the-masses-and-the-tension-in-the-string-when https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk2MDIy-a-batsman-deflects-a-ball-of-mass-0-15-kg-by-an-angle-of-45-deg-without-changing-its-initial-speed-which-is-equal-to-54-km-h-then-impulse-imparted-to-the-ball-is-1-5-2-mathrm-kgms-1-2-3-2-mathrm-kgms https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk2MDQ3-the-figure-shows-the-position-time-graph-of-a-body-of-mass-0-04-text-kg-then-the-magnitude-of-each-impulse-is-1-8-times-10-4-text-kg-ms-1-2-8-times-10-3-text-kg-ms-1-3-4-times-10-4-text-kg-ms-1-4-4-ti https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5Mjg5-a-constant-retarding-force-of-50-text-n-is-applied-to-a-body-of-mass-20-text-kg-moving-initially-with-a-speed-of-15-text-m-s-how-long-does-the-body-take-to-stop-1-6-text-sec-2-5-text-sec-3-7-text-sec https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5Mjkw-a-constant-force-acting-on-a-body-of-mass-3-0-kg-changes-its-speed-from-2-0-m-s-to-3-5-m-s-in-25-s-the-direction-of-the-motion-of-the-body-remains-unchanged-what-is-the-magnitude-and-direction-of-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5Mjkx-a-body-of-mass-5-text-kg-is-acted-upon-by-two-perpendicular-forces-8-text-n-and-6-text-n-the-magnitude-of-the-acceleration-of-the-body-is-1-0-99-text-ms-2-2-3-text-ms-2-3-2-text-ms-2-4-0-77-text-ms-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5Mjky-the-driver-of-a-three-wheeler-moving-with-a-speed-of-36-text-km-h-sees-a-child-standing-in-the-middle-of-the-road-and-brings-his-vehicle-to-rest-in-4-0-text-s-just-in-time-to-save-the-child-what-is-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5Mjk0-a-bob-of-mass-0-1-kg-hung-from-the-ceiling-of-a-room-by-a-string-2-m-long-is-set-into-oscillations-the-speed-of-the-bob-at-its-mean-position-is-1ms-1-what-is-the-trajectory-of-the-bob-if-the-string-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5Mjk1-a-man-of-mass-70-text-kg-stands-on-a-weighing-scale-in-a-lift-that-is-moving-what-would-be-the-reading-if-the-lift-mechanism-failed-and-it-hurtled-down-freely-under-gravity-1-105-text-kg-2-70-text-kg https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5Mjk2-the-figure-shows-the-position-time-graph-of-a-particle-of-mass-4-text-kg-what-is-the-force-on-the-particle-for-t-4-text-s-consider-one-dimensional-motion-only-1-0-2-40-text-n-3-20-text-n-4-10-text-n-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzEz-two-billiard-balls-each-of-mass-0-05-text-kg-moving-in-opposite-directions-with-speed-6-text-m-s-collide-and-rebound-with-the-same-speed-what-is-the-impulse-imparted-to-each-ball-due-to-the-other-1-0 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzE1-a-stone-of-mass-0-25-kg-tied-to-the-end-of-a-string-is-whirled-around-in-a-circle-of-radius-1-5-m-with-a-speed-of-40-rev-min-in-a-horizontal-plane-the-tension-in-the-string-is-1-5-6-n-2-6-6-n-3-3-4-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzE2-the-figure-shows-a-man-of-mass-65-text-kg-standing-stationary-with-respect-to-a-horizontal-conveyor-belt-that-is-accelerating-with-1-text-m-s-2-if-the-coefficient-of-static-friction-between-the-man-rs https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzE3-a-stone-of-mass-m-tied-to-the-end-of-a-string-revolves-in-a-vertical-circle-of-radius-r-the-magnitude-of-net-forces-at-the-lowest-and-highest-points-of-the-circle-directed-vertically-downwards-are-t-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzE4-a-helicopter-of-mass-1000-kg-rises-with-a-vertical-acceleration-of-15ms-2-the-crew-and-the-passengers-weigh-300-kg-the-magnitude-and-direction-of-the-action-of-the-rotor-of-the-helicopter-on-the-surro https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzE5-a-stream-of-water-flowing-horizontally-with-a-speed-of-15-ms-ndash-1-pushes-out-of-a-tube-of-cross-sectional-area-10-2-m2-and-hits-a-vertical-wall-nearby-what-is-the-force-exerted-on-the-wall-by-the-i https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzIx-an-aircraft-executes-a-horizontal-loop-at-a-speed-of-720-km-h-with-its-wings-banked-at-15-circ-what-is-the-radius-of-the-loop-take-g-10-text-m-s-2-tan-15-circ-0-27-1-1-30-km-2-14-9-km-3-1-55-km-4-20-9 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzIy-a-train-runs-along-an-unbanked-circular-track-of-radius-30-m-at-a-speed-of-54-km-h-the-mass-of-the-train-is-10-6-kg-what-is-the-angle-of-banking-required-to-prevent-wearing-out-of-the-rail-1-30-circ-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzIz-a-monkey-of-mass-40-kg-climbs-on-a-massless-rope-as-shown-in-the-figure-which-can-stand-a-maximum-tension-of-600-n-in-which-of-the-following-cases-will-the-rope-break-1-the-monkey-climbs-up-with-an-ac https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzI0-the-rear-side-of-a-truck-is-open-and-a-box-of-40-kg-mass-is-placed-5-m-away-from-the-open-end-as-shown-in-figure-the-coefficient-of-friction-between-the-box-and-the-surface-below-it-is-0-15-on-a-strai https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzI1-what-is-the-minimum-speed-required-at-the-uppermost-position-to-perform-a-vertical-loop-if-the-radius-of-the-chamber-is-25-m-1-16-7-m-s-2-15-8-m-s-3-35-m-s-4-24-m-s-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzI2-a-70-kg-man-stands-in-contact-against-the-inner-wall-of-a-hollow-cylindrical-drum-of-radius-3-m-rotating-about-its-vertical-axis-with-200-revs-min-the-coefficient-of-friction-between-the-wall-and-his https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5NTIz-a-trolley-of-mass-200-kg-moves-with-a-uniform-speed-of-36-km-h-on-a-frictionless-track-a-child-of-mass-20-kg-runs-on-the-trolley-from-one-end-to-the-other-10-m-away-with-a-speed-of-4ms-1-relative-to-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjA1NzEx-a-particle-of-mass-200-text-g-is-moving-in-a-circle-of-radius-2-text-m-the-particle-is-just-looping-the-loop-the-speed-of-the-particle-and-the-tension-in-the-string-at-highest-point-of-the-circular-pa https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjA1NzEy-a-particle-of-mass-200-g-is-whirled-into-a-vertical-circle-of-radius-80-cm-using-a-massless-string-the-speed-of-the-particle-when-the-string-makes-an-angle-of-60-176-with-the-vertical-line-is-1-5-ms-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjA1ODcz-a-string-tied-on-a-roof-bears-a-maximum-tension-of-50-kg-wt-the-minimum-acceleration-that-can-be-acquired-by-a-man-of-98-kg-to-descend-will-be-take-g-9-8-m-s2-1-9-8-m-s2-2-4-9-m-s2-3-4-8-m-s2-4-5-m-s2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjA1ODky-a-balloon-has-2-g-of-air-a-small-hole-is-pierced-into-it-the-air-comes-out-with-a-velocity-of-4-m-s-if-the-balloon-shrinks-completely-in-2-5-s-the-average-force-acting-on-the-balloon-is-1-0-008-n-2-0 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjEzNTMy-in-a-cricket-match-the-fielder-draws-his-hands-backward-after-receiving-the-ball-in-order-to-take-a-catch-because-1-his-hands-will-be-saved-from-getting-hurt-2-he-deceives-the-player-3-it-is-a-fashion https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjEzNTM0-a-body-is-placed-on-a-rough-inclined-plane-of-inclination-952-as-the-angle-952-is-increased-from-0o-to-90o-the-contact-force-between-the-block-and-the-plane-1-remains-constant-2-first-remains-constant https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjEzNTYx-internal-forces-can-change-1-the-linear-momentum-but-not-the-kinetic-energy-of-the-system-2-the-kinetic-energy-but-not-the-linear-momentum-of-the-system-3-linear-momentum-as-well-as-kinetic-energy-of https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzc0-a-ball-is-traveling-with-uniform-translatory-motion-this-means-that-1-it-is-at-rest-2-the-path-can-be-a-straight-line-or-circular-and-the-ball-travels-with-uniform-speed-3-all-parts-of-the-ball-have-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzc2-a-cricket-ball-of-mass-150-g-has-an-initial-velocity-small-u-left-3-hat-i-4-hat-j-right-text-ms-1-and-a-final-velocity-small-v-left-3-hat-i-4-hat-j-right-text-ms-1-after-being-hit-the-change-in-moment https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzc4-conservation-of-momentum-in-a-collision-between-particles-can-be-understood-from-1-conservation-of-energy-2-newton-s-first-law-only-3-newton-s-second-law-only-4-both-newton-s-second-and-third-law-1-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzc5-a-hockey-player-is-moving-northward-and-suddenly-turns-westward-at-the-same-speed-to-avoid-an-opponent-the-force-that-acts-on-the-player-is-1-frictional-force-along-westward-2-muscle-force-along-south https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzgw-a-body-of-mass-2-text-kg-travels-according-to-the-law-x-left-t-right-pt-qt-2-rt-3-where-p-3-text-ms-1-q-4-text-ms-2-and-r-5-text-ms-3-the-force-acting-on-the-body-at-t-2-text-s-is-1-136-text-n-2-134-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzgx-a-body-with-a-mass-of-5-kg-is-acted-upon-by-a-force-vec-f-3-hat-i-4-hat-j-n-if-its-initial-velocity-at-t-0-is-vec-v-6-hat-i-12-hat-j-m-s-the-time-at-which-it-will-just-have-a-velocity-along-the-y-axis https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzgy-a-car-of-mass-m-starts-from-rest-and-acquires-a-velocity-along-the-east-v-v-mathrm-hat-i-v-0-in-two-seconds-assuming-the-car-moves-with-uniform-acceleration-the-force-exerted-on-the-car-is-1-mv-2-east https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzg0-in-the-figure-the-coefficient-of-friction-between-the-floor-and-body-b-is-0-1-the-coefficient-of-friction-between-bodies-b-and-a-is-0-2-a-force-f-is-applied-as-shown-on-b-the-mass-of-a-is-m-2-and-of-b https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzg1-mass-m-1-moves-on-a-slope-making-an-angle-theta-with-the-horizontal-and-is-attached-to-mass-m-2-by-a-string-passing-over-a-frictionless-pulley-as-shown-in-the-figure-the-coefficient-of-friction-betwee https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzg2-in-figure-a-body-a-of-mass-m-slides-on-a-plane-inclined-at-angle-left-theta-1-right-to-the-horizontal-and-mu-is-the-coefficient-of-friction-between-a-and-the-plane-a-is-connected-by-a-light-string-pas https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzg4-a-body-of-mass-10-text-kg-is-acted-upon-by-two-perpendicular-forces-6-text-n-and-8-text-n-the-resultant-acceleration-of-the-body-is-a-1-text-ms-2-at-an-angle-of-text-tan-1-left-dfrac-4-3-right-w-r-t-6 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjQ1MzU0-a-point-mass-m-is-moved-in-a-vertical-circle-of-radius-r-with-the-help-of-a-string-the-velocity-of-the-mass-is-sqrt-7gr-at-the-lowest-point-the-tension-in-the-string-at-the-lowest-point-is-1-6-text-mg https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjQ1NDIy-calculate-the-acceleration-of-the-block-and-trolly-system-shown-in-the-figure-the-coefficient-of-kinetic-friction-between-the-trolly-and-the-surface-is-0-05-g-10-text-m-s-2-the-mass-of-the-string-is-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTE4-an-astronaut-accidentally-gets-separated-out-of-his-small-spaceship-accelerating-in-interstellar-space-at-a-constant-rate-of-100-text-m-s-2-what-is-the-acceleration-of-the-astronaut-the-instant-after https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTE5-a-bullet-of-mass-0-04-text-kg-moving-with-a-speed-of-90-text-m-s-enters-a-heavy-fixed-wooden-block-and-is-stopped-after-a-distance-of-60-text-cm-the-average-resistive-force-exerted-by-the-block-on-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTIw-the-motion-of-a-particle-of-mass-m-is-described-by-y-ut-dfrac-1-2-gt-2-the-force-acting-on-the-particle-is-1-3mg-2-mg-3-dfrac-mg-2-4-2mg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTIx-a-batsman-hits-back-a-ball-straight-in-the-direction-of-the-bowler-without-changing-its-initial-speed-of-12-m-s-if-the-mass-of-the-ball-is-0-15-kg-then-the-impulse-imparted-to-the-ball-is-assume-linea https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTIz-two-identical-billiard-balls-strike-a-rigid-wall-with-the-same-speed-but-at-different-angles-and-get-reflected-without-any-change-in-speed-as-shown-in-the-figure-the-ratio-of-the-magnitudes-of-impulse https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTI0-see-the-figure-given-below-a-mass-of-6-kg-is-suspended-by-a-rope-of-length-2-m-from-the-ceiling-a-force-of-50-n-is-applied-at-the-mid-point-p-of-the-rope-in-the-horizontal-direction-as-shown-what-angl https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTI1-determine-the-maximum-acceleration-of-the-train-in-which-a-box-lying-on-its-floor-will-remain-stationary-given-that-the-coefficient-of-static-friction-between-the-box-and-the-train-rsquo-s-floor-is-0 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTI2-see-the-figure-given-below-a-mass-of-4-text-kg-rests-on-a-horizontal-plane-the-plane-is-gradually-inclined-until-at-an-angle-theta-15-circ-with-the-horizontal-the-mass-just-begins-to-slide-what-is-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTI3-what-is-the-acceleration-of-the-block-and-tension-in-the-string-of-the-block-and-trolley-system-shown-in-a-figure-if-the-coefficient-of-kinetic-friction-between-the-trolley-and-the-surface-is-0-04-tak https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTUw-a-cyclist-speeding-at-18-km-h-on-a-level-road-takes-a-sharp-circular-turn-of-radius-3-m-without-reducing-the-speed-the-coefficient-of-static-friction-between-the-tyres-and-the-road-is-0-1-will-the-cyc https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTcw-a-circular-racetrack-of-radius-300-text-m-is-banked-at-an-angle-of-15-circ-if-the-coefficient-of-friction-between-the-wheels-of-a-race-car-and-the-road-is-0-2-what-is-the-a-optimum-speed-of-the-race-c https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcwNTcz-in-the-figure-given-below-a-wooden-block-of-mass-2-text-kg-rests-on-a-soft-horizontal-floor-when-an-iron-cylinder-of-mass-25-text-kg-is-placed-on-top-of-the-block-the-floor-yields-steadily-and-the-blo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcxMjUz-two-identical-billiard-balls-strike-a-rigid-wall-with-the-same-speed-but-at-different-angles-and-get-reflected-without-any-change-in-speed-as-shown-in-the-figure-the-direction-of-the-force-on-the-wall https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc0Nzk5-the-figure-shows-the-position-time-graph-of-a-body-of-mass-0-04-kg-what-is-the-time-between-two-consecutive-impulses-received-by-the-body-1-2-s-2-4-s-3-1-s-4-3-s-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc1NzA5-figure-shows-the-position-time-graph-of-a-body-of-mass-0-04-kg-what-is-the-magnitude-of-each-impulse-recieved-by-the-body-1-8-215-10-4kg-m-s-2-2-215-10-4kg-m-s-3-4-215-10-4kg-m-s-4-6-215-10-4kg-m-s-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc3MTQw-a-ball-of-mass-0-15-text-kg-is-dropped-from-a-height-10-text-m-strikes-the-ground-and-rebounds-to-the-same-height-the-magnitude-of-impulse-imparted-to-the-ball-is-g-10-text-m-text-s-2-nearly-1-2-1-tex https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzE1NjU5-a-body-of-mass-m-is-placed-on-a-table-the-earth-is-pulling-the-body-with-a-force-mg-taking-this-force-to-be-the-action-what-is-the-reaction-1-friction-2-normal-force-3-coulomb-force-4-spring-force-1-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzE1OTAz-consider-the-situation-shown-in-the-figure-both-the-pulleys-and-the-string-are-light-and-all-the-surfaces-are-frictionless-find-the-acceleration-of-the-mass-m-and-the-tension-in-the-string-1-2g-3-mg-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzE2MTU4-a-car-driver-going-at-some-speed-v-suddenly-finds-a-wide-wall-at-a-distance-r-should-he-apply-breaks-or-turn-the-car-in-a-circle-of-radius-r-to-avoid-hitting-the-wall-1-he-should-apply-the-brakes-2-he https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzE2MTc4-the-diameter-of-earth-is-12800-km-and-it-takes-24-hours-for-the-earth-to-complete-one-revolution-about-its-axis-acceleration-of-a-particle-placed-on-the-surface-of-the-earth-at-the-equator-due-to-eart https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzE2NTQz-if-the-linear-momentum-of-a-particle-is-known-we-can-find-1-kinetic-energy-2-potential-energy-3-torque-acting-on-the-particle-4-both-1-2-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM5NzM4-given-below-are-two-statements-assertion-a-a-standing-bus-suddenly-accelerates-if-there-was-no-friction-between-the-feet-of-a-passenger-and-the-floor-of-the-bus-the-passenger-would-move-back-reason-r https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM5NzQ3-when-a-body-of-mass-m-just-begins-to-slide-as-shown-match-list-i-with-list-ii-list-i-list-ii-a-normal-reaction-i-p-b-frictional-force-f-s-ii-q-c-weight-mg-iii-r-d-mg-mathrm-sin-theta-iv-s-choose-the-c https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2NTcw-in-the-diagram-shown-the-normal-reaction-force-between-2-kg-and-1-kg-blocks-is-consider-the-surface-to-be-smooth-and-g-10-ms-ndash-2-1-25-n-2-39-n-3-6-n-4-10-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2NTgz-the-distance-covered-by-a-body-of-mass-5-g-having-linear-momentum-0-3-kg-m-s-in-5-s-is-1-300-m-2-30-m-3-3-m-4-0-3-m-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY2OTIz-a-football-player-is-moving-southward-and-suddenly-turns-eastward-with-the-same-speed-to-avoid-an-opponent-the-force-that-acts-on-the-player-while-turning-is-1-along-south-west-2-along-eastward-3-alon https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY2OTU1-calculate-the-maximum-acceleration-of-a-moving-car-so-that-a-body-lying-on-the-floor-of-the-car-remains-stationary-the-coefficient-of-static-friction-between-the-body-and-the-floor-is-0-15-take-g-10-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY4MzE1-a-block-of-mass-2-kg-is-placed-on-inclined-rough-surface-ac-as-shown-in-the-figure-of-coefficient-of-friction-mu-if-g-10-ms-ndash-1-the-net-force-in-n-on-the-block-will-be-1-10-sqrt3-2-zero-3-10-4-20 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY4MzU4-a-1-kg-object-strikes-a-wall-with-velocity-1-ms-ndash-1-at-an-angle-of-60-circ-with-the-wall-and-reflects-at-the-same-angle-if-it-remains-in-contact-with-the-wall-for-0-1-s-then-the-force-exerted-on-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU0OTc1-a-bob-is-whirled-in-a-horizontal-plane-by-means-of-a-string-with-an-initial-speed-of-omega-rpm-the-tension-in-the-string-is-t-if-speed-becomes-2-omega-while-keeping-the-same-radius-the-tension-in-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU0OTc4-a-horizontal-force-10-text-n-is-applied-to-a-block-a-as-shown-in-figure-the-mass-of-blocks-a-and-b-are-2-text-kg-and-3-text-kg-respectively-the-blocks-slide-over-a-frictionless-surface-the-force-exert https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTg4-neglect-the-effect-of-rotation-of-the-earth-suppose-the-earth-suddenly-stops-attracting-objects-placed-near-its-surface-a-person-standing-on-the-surface-of-the-earth-will-1-fly-up-2-slip-along-the-sur https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzA2MzQz-given-below-are-two-statements-assertion-a-it-is-observed-that-when-a-car-brakes-suddenly-the-passengers-are-thrown-forward-reason-r-newton-s-1st-law-of-motion-everybody-continues-in-its-state-of-rest https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTkx-two-objects-a-and-b-are-thrown-upward-simultaneously-with-the-same-speed-the-mass-of-a-is-greater-than-the-mass-of-b-suppose-the-air-exerts-a-constant-and-equal-force-of-resistance-on-the-two-bodies-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY1NDY3-a-cricketer-catches-a-ball-of-mass-150-mathrm-gm-in-0-1-mathrm-s-moving-with-a-speed-of-20-mathrm-ms-1-then-he-experiences-a-force-of-1-300-mathrm-n-2-30-mathrm-n-3-3-mathrm-n-4-0-3-mathrm-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM4MDk4-a-constant-force-f-is-applied-to-the-string-so-that-the-3-kg-block-does-not-move-but-the-5-kg-block-moves-horizontally-the-acceleration-of-the-5-kg-block-is-take-g-10-m-s2-1-6-m-s2-2-3-m-s2-3-1-5-m-s2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTgy-when-a-horse-pulls-a-cart-the-force-that-helps-the-horse-to-move-forward-is-the-force-exerted-by-1-the-cart-on-the-horse-2-the-ground-on-the-horse-3-the-ground-on-the-cart-4-the-horse-on-the-ground-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTgx-a-body-of-weight-mathrm-w-1-is-suspended-from-the-ceiling-of-a-room-through-a-chain-of-weight-mathrm-w-2-the-ceiling-pulls-the-chain-by-a-force-1-mathrm-w-1-2-mathrm-w-2-3-mathrm-w-1-mathrm-w-2-4-dfra https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyNDE4-a-nucleus-moving-with-a-velocity-overrightarrow-v-emits-an-alpha-particle-let-the-velocities-of-the-particle-and-the-remaining-nucleus-be-overrightarrow-v-1-and-overrightarrow-v-2-and-their-masses-be https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzMTQz-the-system-of-blocks-is-pulled-up-by-force-as-shown-in-the-figure-the-force-exerted-on-the-3-kg-block-by-the-connecting-string-is-1-80-text-n-2-60-text-n-3-40-text-n-4-100-text-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzEyNDE2-the-two-blocks-a-and-b-are-placed-on-a-smooth-horizontal-plane-with-the-string-initially-just-taut-forces-are-applied-as-shown-the-tension-in-the-string-is-1-5-text-n-2-2-text-n-3-1-text-n-4-0-text-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzMTQ2-a-block-is-placed-on-a-smooth-horizontal-surface-and-forces-are-applied-to-it-as-shown-in-the-diagram-take-g-10-text-m-s-2-the-normal-reaction-acting-on-the-block-is-1-100-text-n-2-60-text-n-3-40-text https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM0MjQy-a-block-of-mass-m-is-placed-between-two-springs-connected-to-the-ends-of-a-railroad-car-the-surface-supporting-the-block-is-horizontal-and-the-spring-are-initially-relaxed-the-car-is-given-an-accelera https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246ODg5Mjk-a-massless-and-inextensible-string-connects-two-blocks-mathrm-a-and-mathrm-b-of-masses-3m-and-m-respectively-the-whole-system-is-suspended-by-a-massless-spring-as-shown-in-the-figure-the-magnitudes-of https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjU2-a-particle-of-mass-m-is-observed-from-an-inertial-frame-of-reference-and-is-found-to-move-in-a-circle-of-radius-r-with-a-uniform-speed-v-the-centrifugal-force-on-it-is-1-frac-mv-2-r-towards-the-centre https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTA2OTg-two-stones-of-masses-m-and-2m-are-whirled-in-horizontal-circles-the-heavier-one-in-a-radius-dfrac-r-2-and-the-lighter-one-in-a-radius-r-the-tangential-speed-of-lighter-stone-is-n-times-that-of-the-val https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjk0-a-particle-is-going-in-a-spiral-path-as-shown-in-the-figure-with-constant-speed-1-the-velocity-of-the-particle-is-constant-2-the-acceleration-of-the-particle-is-constant-3-the-magnitude-of-the-acceler https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246ODg5NzA-one-end-of-the-string-of-length-l-is-connected-to-a-particle-of-mass-m-and-the-other-end-is-connected-to-a-small-peg-on-a-smooth-horizontal-table-if-the-particle-moves-in-a-circle-with-speed-v-the-net https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjU1-a-car-moves-at-a-constant-speed-on-a-road-as-shown-in-the-figure-the-normal-force-by-the-road-on-the-car-is-n-a-and-n-b-when-it-is-at-the-points-a-and-b-respectively-1-n-a-n-b-2-n-a-n-b-3-n-a-4-insuff https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1ODQz-a-mass-of-6-text-kg-is-suspended-by-a-rope-of-negligible-mass-and-a-length-of-2-text-m-from-the-ceiling-a-force-of-60-text-n-in-the-horizontal-direction-is-applied-at-the-mid-point-p-of-the-rope-see-f https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjA0-if-the-tension-in-the-cable-supporting-an-elevator-is-equal-to-the-weight-of-the-elevator-the-elevator-may-be-a-going-up-with-increasing-speed-b-going-down-with-increasing-speed-c-going-up-with-unifor https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzA2MTU1-a-block-of-mass-m-slides-down-a-smooth-plane-inclined-at-an-angle-of-60-circ-with-the-horizontal-the-normal-reaction-of-the-incline-acting-on-the-block-equals-1-mg-sin60-circ-2-mg-cos60-circ-3-mg-tan6 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzMzMDM2-in-the-system-shown-in-the-accompanying-figure-what-is-the-tension-t-2-1-g-2-2g-3-5g-4-6g-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2NjUy-a-mass-m-is-suspended-by-a-light-string-from-a-rigid-support-a-force-f-is-acting-on-the-string-as-shown-in-the-figure-and-the-string-makes-an-angle-theta-with-the-vertical-which-of-the-following-expre https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDUzNDAy-a-cylinder-of-weight-w-rests-on-two-smooth-inclined-planes-forming-a-symmetric-mathrm-v-text-groove-as-shown-in-the-figure-which-of-the-following-correctly-represents-the-free-body-diagram-of-the-cyli https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzIzODI4-the-tension-at-the-mid-point-mathrm-p-of-the-rope-is-consider-the-system-is-in-equilibrium-condition-mass-of-rope-4-kg-and-g-10-m-s2-1-100-n-2-120-n-3-140-n-4-190-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2MDg3-a-batsman-hits-back-a-ball-of-mass-0-4-text-kg-straight-in-the-direction-of-the-bowler-without-changing-its-initial-speed-of-15-text-m-s-the-impulse-imparted-to-the-ball-is-1-10-text-ns-2-11-text-ns-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzNjQ2-a-balloon-has-a-mass-of-10-text-g-in-the-air-the-air-escapes-from-the-balloon-at-a-uniform-rate-with-a-velocity-of-4-5-text-cm-s-if-the-balloon-shrinks-in-5-text-s-completely-then-the-average-force-ac https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTIxNDYy-a-player-caught-a-cricket-ball-of-mass-mathrm-150-g-moving-at-a-speed-of-20-mathrm-m-mathrm-s-if-the-catching-process-is-completed-in-mathrm-0-1-s-the-magnitude-of-force-exerted-by-the-ball-on-the-han https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMTQy-a-bullet-of-mass-10-g-is-fired-from-a-gun-mass-of-10-kg-without-a-bullet-with-a-speed-of-100-m-s-the-recoil-speed-of-the-gun-is-1-dfrac-1-10-m-s-2-dfrac-1-5-m-s-3-dfrac-5-2-m-s-4-dfrac-2-5-m-s-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY3NDI5-if-a-body-of-mass-5-text-kg-is-in-equilibrium-due-to-forces-f-1-f-2-and-f-3-f-2-and-f-3-are-perpendicular-to-each-other-if-f-1-is-removed-then-the-acceleration-of-the-body-is-given-f-2-6-text-n-and-f https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjA2-a-person-reports-that-a-particle-has-a-non-zero-acceleration-even-though-no-force-is-acting-on-it-which-of-the-following-could-explain-this-observation-1-the-person-is-lying-2-the-person-s-clock-might https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY3NDAz-a-machine-gun-is-firing-10-text-g-bullets-with-a-speed-of-250-text-m-s-to-keep-the-machine-gun-in-its-position-125-text-n-force-is-required-the-number-of-bullets-fired-per-second-are-1-40-2-50-3-25-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDM0NTM5-a-tennis-ball-of-mass-m-strikes-a-racquet-and-rebounds-with-the-same-speed-v-as-before-impact-the-ball-approaches-and-leaves-the-racquet-making-an-angle-theta-with-the-normal-to-the-racquet-s-surface https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzU3ODMx-at-time-t-0-text-s-two-dung-beetles-are-pushing-a-small-ball-of-mass-0-5-text-g-one-pushes-with-a-force-of-0-0015-text-n-toward-the-east-while-the-other-pushes-with-a-force-of-0-0010-text-n-toward-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ5Nzcw-a-1500-kg-automobile-collides-with-a-wall-in-a-particular-crash-test-the-automobile-s-initial-velocity-is-v-1-15-m-s-and-its-final-velocity-in-the-opposite-direction-is-v-2-2-6-m-s-if-the-collision-la https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mzk0NDEy-given-below-are-two-statements-assertion-a-a-block-near-the-surface-of-the-earth-is-pulled-down-by-its-weight-w-the-block-pulls-the-earth-upward-by-exerting-an-equal-force-reason-r-this-is-a-consequen https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM3Njkw-a-horizontal-force-f-acts-on-a-2-kg-block-placed-on-a-smooth-horizontal-plane-it-varies-with-time-t-as-shown-in-the-figure-the-block-is-initially-at-rest-the-momentum-of-the-block-at-t-2-s-is-1-3-kg-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzU3ODMw-three-men-exert-a-net-force-vec-f-on-a-station-wagon-producing-a-certain-acceleration-assume-there-is-no-friction-if-the-same-net-force-vec-f-is-applied-to-a-compact-car-whose-mass-is-half-that-of-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDUzOTI1-a-person-of-mass-60-text-kg-is-standing-in-an-elevator-column-i-lists-different-motion-conditions-of-the-elevator-and-column-ii-provides-the-corresponding-normal-force-i-e-the-force-exerted-by-the-flo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzNzIx-a-block-of-metal-weighing-2-text-kg-is-resting-on-a-frictionless-plane-as-shown-in-the-figure-it-is-struck-by-a-jet-releasing-water-at-a-rate-of-1-text-kg-s-and-at-a-speed-of-10-text-m-s-then-the-init https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzNDE5-two-masses-m-1-and-m-2-are-connected-by-a-light-inextensible-string-that-passes-over-a-frictionless-pulley-when-the-mass-m-2-is-twice-that-of-m-1-the-system-experiences-an-acceleration-a-1-similarly-w https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzODIy-a-block-of-mass-m-placed-inside-a-box-descends-vertically-with-acceleration-a-the-block-exerts-a-force-equal-to-one-fourth-of-its-weight-on-the-floor-of-the-box-the-value-of-a-will-be-1-dfrac-g-4-2-df https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc5MDI4-a-boy-pushes-a-box-of-mass-2-kg-with-a-force-vec-f-20-hat-i-10-hat-j-text-n-on-a-frictionless-surface-if-the-box-was-initially-at-rest-then-the-displacement-along-the-mathrm-x-axis-after-10-s-is-1-100 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDA0NjQ3-assume-that-the-rope-and-pulley-are-ideal-and-that-the-system-is-frictionless-for-what-value-of-m-will-the-4-text-kg-remain-at-rest-1-4-text-kg-2-8-text-kg-3-2-text-kg-4-1-text-kg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mzg2OTE3-a-box-of-mass-m-lies-on-the-floor-of-a-descending-lift-the-lift-accelerates-downward-with-an-acceleration-a-what-should-be-the-value-of-a-such-that-the-box-exerts-a-force-of-dfrac-mg-4-on-the-floor-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2MDA0-a-person-is-standing-in-an-elevator-in-which-situation-does-he-experience-weight-loss-1-when-the-elevator-moves-upward-with-constant-acceleration-2-when-the-elevator-moves-downward-with-constant-accel https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDA0NjM5-the-figure-shows-an-atwood-s-machine-with-ideal-ropes-and-pulley-and-a-frictionless-arrangement-take-g-10-text-m-s-2-the-acceleration-of-the-2-text-kg-block-is-1-dfrac-g-5-2-dfrac-g-3-3-dfrac-g-2-4-df https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjAx-the-figures-show-the-displacement-of-a-particle-going-along-the-x-text-axis-as-a-function-of-time-the-force-acting-on-the-particle-is-zero-in-the-region-a-ab-b-bc-c-cd-d-de-choose-the-correct-option-f https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2MDY1-in-the-arrangement-shown-in-figure-a-1-a-2-a-3-text-and-a-4-are-the-accelerations-of-masses-m-1-m-2-m-3-text-and-m-4-respectively-which-of-the-following-relation-is-true-for-this-arrangement-1-4-a-1-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjUwOTAz-a-car-of-mass-m-is-moving-on-a-level-circular-track-of-radius-r-if-mu-s-represents-the-static-friction-between-the-road-and-tyres-of-the-car-the-maximum-speed-of-the-car-in-circular-motion-is-given-by https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTIxMjg0-a-2-kg-brick-begins-to-slide-over-a-surface-which-is-inclined-at-an-angle-of-45-with-respect-to-horizontal-axis-the-co-efficient-of-static-friction-between-their-surfaces-is-1-1-2-0-5-3-1-7-4-frac-1-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1NDg1-what-is-the-maximum-acceleration-of-a-train-that-allows-a-box-resting-on-its-floor-to-remain-stationary-given-that-the-coefficient-of-static-friction-between-the-box-and-the-train-s-floor-is-0-2-and-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDA0NjU1-the-rope-and-pulley-are-ideal-and-there-is-no-friction-anywhere-except-between-the-10-text-kg-block-and-the-horizontal-plane-where-mu-coefficient-of-friction-0-2-take-g-10-text-m-s-2-if-required-what https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1NzIz-a-2-text-kg-box-is-resting-on-a-horizontal-floor-a-horizontal-force-of-30-text-n-is-applied-to-the-box-but-it-does-not-move-the-coefficient-of-static-friction-is-take-g-10-text-m-s-2-1-dfrac-2-3-2-dfr https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mzg2OTI5-a-box-rests-on-the-floor-of-a-train-the-coefficient-of-static-friction-between-the-box-and-the-floor-is-0-25-what-is-the-maximum-acceleration-the-train-can-have-without-causing-the-box-to-slip-text-ta https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDE4NTAw-a-light-rigid-block-is-placed-on-a-horizontal-surface-a-horizontal-force-f-2-and-a-vertical-force-f-1-are-exerted-on-the-block-so-that-it-just-stops-moving-due-to-friction-it-is-observed-that-f-1-4f-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcxMjkx-a-body-of-mass-m-is-kept-on-a-rough-horizontal-surface-coefficient-of-friction-a-horizontal-force-is-applied-to-the-body-but-it-does-not-move-the-resultant-of-normal-reaction-and-the-frictional-force https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY2ODQz-a-block-moving-with-speed-1-text-m-s-comes-to-rest-after-moving-for-20-text-cm-over-a-rough-surface-the-coefficient-of-friction-between-the-block-and-surface-is-1-0-25-2-0-33-3-0-1-4-0-5-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzNDM1-a-bag-is-gently-dropped-on-a-conveyor-belt-moving-at-a-speed-of-2-text-m-s-the-coefficient-of-friction-between-the-conveyor-belt-and-bag-is-0-4-initially-the-bag-slips-on-the-belt-before-it-stops-due https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1NjIx-a-block-of-mass-10-text-kg-starts-sliding-on-a-surface-with-an-initial-velocity-of-9-8-text-m-s-the-coefficient-of-friction-between-the-surface-and-block-is-0-5-the-distance-covered-by-the-block-befor https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcxMTgx-a-block-of-mass-m-is-in-contact-with-the-cart-c-as-shown-in-the-figure-the-coefficient-of-static-friction-between-the-block-and-the-cart-is-mu-the-acceleration-alpha-of-the-cart-that-will-prevent-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY0Njgy-the-coefficient-of-static-friction-mu-s-between-block-a-of-mass-2-kg-and-the-table-as-shown-in-the-figure-is-0-2-what-would-be-the-maximum-mass-value-of-block-b-so-that-the-two-blocks-do-not-move-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzI0OTkw-if-the-reaction-is-r-and-the-coefficient-of-friction-is-mathit-mu-what-is-the-work-done-against-friction-in-moving-the-body-horizontally-by-distance-d-slowly-1-dfrac-mu-rd-4-2-2-mu-rd-3-mu-rd-4-dfrac https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc4OTAz-two-masses-m-1-5-text-kg-and-m-2-10-text-kg-connected-by-an-inextensible-string-over-a-frictionless-pulley-are-moving-as-shown-in-the-figure-the-coefficient-of-friction-of-the-horizontal-surface-is-0 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0Mzk-consider-a-car-moving-on-a-straight-road-with-a-speed-of-100-text-m-s-the-distance-at-which-car-can-be-stopped-is-mu-k-0-5-1-100-text-m-2-400-text-m-3-800-text-m-4-1000-text-m-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzMzNDcw-a-car-travelling-on-a-level-road-cannot-have-an-acceleration-greater-in-magnitude-than-mathit-mu-is-coefficient-of-friction-1-mathit-mu-g-2-mu-2-g-3-g-4-g-mu-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY5MDkx-which-of-the-following-is-correct-about-friction-1-sliding-friction-is-self-adjusting-2-static-friction-is-self-adjusting-3-kinetic-friction-is-more-than-static-friction-4-static-friction-is-independe https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTkxNzY1-when-an-object-is-at-rest-on-the-inclined-rough-surface-then-1-static-and-kinetic-frictions-acting-on-the-object-is-zero-2-static-friction-is-zero-but-kinetic-friction-is-not-zero-3-static-friction-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NTg0-a-body-is-moving-at-the-speed-of-20-text-m-s-on-a-rough-surface-if-the-coefficient-of-friction-is-0-5-then-the-distance-after-which-velocity-becomes-zero-is-1-10-text-m-2-20-text-m-3-40-text-m-4-80-te https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjgyNTYz-the-coefficient-of-static-friction-between-a-wooden-block-of-mass-0-5-text-kg-and-a-vertical-rough-wall-is-0-2-to-keep-the-block-adhered-to-the-wall-a-horizontal-force-is-applied-which-of-the-followin https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDM3OTYy-a-spring-is-subjected-to-two-different-forces-separately-when-a-force-of-3-text-n-is-applied-the-spring-elongates-by-a-units-and-when-a-force-of-2-text-n-is-applied-the-elongation-is-b-units-what-is-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDE5MjUx-two-1-text-kg-blocks-are-connected-by-a-light-inextensible-string-and-the-system-is-suspended-by-a-spring-of-stiffness-1000-text-n-m-take-g-10-text-m-s-2-the-extension-in-the-spring-in-equilibrium-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY3Mzk1-a-particle-is-kept-at-rest-at-1-text-cm-from-axis-on-the-disc-rotating-with-angular-velocity-omega-if-angular-velocity-is-reduced-to-half-of-its-initial-value-then-find-the-distance-from-axis-where-pa https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1NzAz-a-stone-of-mass-m-tied-to-a-string-is-being-whirled-in-a-vertical-circle-with-a-uniform-speed-the-tension-in-the-string-is-1-the-same-throughout-the-motion-2-minimum-at-the-highest-position-of-the-cir https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY3MTY1-a-block-of-mass-m-is-connected-to-one-end-of-a-spring-and-kept-on-a-smooth-surface-the-other-end-of-the-spring-is-connected-to-fixed-shaft-rotating-with-constant-angular-speed-omega-find-tension-in-sp https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjkw-an-object-follows-a-curved-circular-path-the-following-quantities-may-remain-constant-during-the-motion-a-speed-b-velocity-c-acceleration-d-magnitude-of-acceleration-choose-the-correct-option-from-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzNzAy-a-particle-of-mass-m-is-tied-to-a-string-of-length-l-and-whirled-into-a-horizontal-plane-if-the-tension-in-the-string-is-t-then-the-speed-of-the-particle-will-be-1-sqrt-dfrac-t-l-m-2-sqrt-dfrac-2-t-l https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjQ5-two-cars-having-masses-m-1-and-m-2-move-in-circles-of-radii-r-1-and-r-2-respectively-if-they-complete-the-circles-in-equal-time-the-ratio-of-their-angular-speeds-dfrac-omega-1-omega-2-is-1-dfrac-m-1-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjkz-the-position-vector-of-a-particle-in-a-circular-motion-about-the-origin-sweeps-out-equal-area-in-equal-time-its-a-velocity-remains-constant-b-speed-remains-constant-c-acceleration-remains-constant-d-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3MjM5-a-conical-pendulum-of-length-1-text-m-makes-an-angle-theta-45-circ-with-respect-to-the-z-text-axis-and-moves-in-a-circle-in-the-xy-plane-the-radius-of-the-circle-is-0-4-text-m-and-its-center-is-vertic https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDM0NzE2-what-net-force-is-required-to-keep-a-1-0-text-kg-puck-moving-in-a-circle-of-radius-0-5-text-m-on-a-horizontal-frictionless-surface-at-a-speed-of-2-0-text-m-s-1-2-0-text-n-2-4-0-text-n-3-8-0-text-n-4-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY2NjQ0-a-car-with-a-mass-of-200-kg-is-moving-along-a-circular-track-with-a-radius-of-70-m-at-an-angular-velocity-of-0-2-rad-s-what-is-the-magnitude-of-the-centripetal-force-acting-on-the-car-1-560-n-2-400-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1OTg0-a-curve-in-a-level-road-has-a-radius-of-75-m-the-maximum-speed-of-a-car-turning-this-curved-road-can-be-30-m-s-without-skidding-if-the-radius-of-the-curved-road-is-changed-to-48-m-and-the-coefficient https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mzk0MDA0-a-car-is-moving-on-a-banked-road-with-a-radius-r-if-theta-is-the-banking-angle-and-g-is-the-acceleration-due-to-gravity-which-of-the-following-expressions-represents-the-optimum-speed-v-at-which-the-c https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTEwOTc-a-car-is-negotiating-a-curved-road-of-radius-r-the-road-is-banked-at-angle-theta-the-coefficient-of-friction-between-the-tyres-of-the-car-and-the-road-is-mu-s-the-maximum-safe-velocity-on-this-road-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mzg2ODM0-a-cyclist-speeding-with-uniform-velocity-on-a-level-road-takes-a-sharp-circular-turn-of-radius-4-text-m-without-reducing-the-speed-the-coefficient-of-static-friction-between-the-tyres-and-the-road-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NzY1-fundamentally-the-normal-force-between-two-surfaces-in-contact-is-1-electromagnetic-2-gravitational-3-weak-nuclear-force-4-strong-nuclear-force-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTEzNzQy-a-body-of-mass-5-kg-is-suspended-by-the-strings-making-angles-60-circ-and-30-circ-with-the-horizontal-then-a-t-1-25-text-n-b-t-2-25-text-n-c-t-1-25-sqrt-3-text-n-d-t-2-25-sqrt-3-text-n-choose-the-corr https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcxMTc5-three-blocks-with-masses-of-m-2m-and-3m-are-connected-by-strings-as-shown-in-the-figure-after-an-upward-force-f-is-applied-on-block-m-the-masses-move-upward-at-a-constant-speed-v-what-is-the-net-force https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzI2NjM0-a-mass-m-of-100-text-kg-is-suspended-with-the-use-of-strings-a-b-and-c-as-shown-in-the-figure-the-tension-in-the-string-b-will-be-1-100-g-text-n-2-zero-3-100-sqrt-2-g-text-n-4-frac-100-sqrt-2-g-text-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTcxMTYy-a-metal-sphere-is-suspended-from-a-wall-by-a-string-the-forces-acting-on-the-sphere-are-shown-in-the-figure-which-of-the-following-statements-is-not-correct-1-overrightarrow-n-overrightarrow-t-overrig https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTQ4OTMw-a-man-of-mass-60-kg-is-standing-on-the-ground-and-holding-a-string-passing-over-a-system-of-ideal-pulleys-a-mass-of-10-kg-is-hanging-over-a-light-pulley-such-that-the-system-is-in-equilibrium-the-forc https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NzUw-what-is-the-minimum-value-of-force-f-such-that-at-least-one-block-leaves-the-ground-in-the-given-figure-left-g-10-text-m-s-2-right-1-20-text-n-2-text-kg-leaves-the-ground-first-2-30-text-n-3-text-kg-l https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTc3MTU-a-man-of-mass-m-stands-on-a-crate-of-mass-m-he-pulls-on-a-light-rope-passing-over-a-smooth-light-pulley-the-other-end-of-the-rope-is-attached-to-the-crate-for-the-system-to-be-in-equilibrium-the-force https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTcyODYy-in-the-diagram-a-100-kg-block-is-moving-up-with-constant-velocity-find-out-the-tension-at-the-point-p-1-1330-n-2-490-n-3-1470-n-4-980-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4Nzgz-choose-the-incorrect-alternative-1-newton-s-first-law-is-the-law-of-inertia-2-newton-s-first-law-states-that-if-the-net-force-on-a-system-is-zero-the-acceleration-of-any-particle-of-the-system-is-not https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4ODA2-if-two-forces-left-6-hat-i-8-hat-j-right-and-left-4-hat-i-4-hat-j-right-n-are-acting-on-a-body-of-mass-2-kg-then-the-acceleration-produced-in-the-body-in-text-m-s-2-will-be-1-left-5-hat-i-6-hat-j-righ https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTkxNzU4-two-masses-m-1-and-m-2-are-experiencing-the-same-force-where-m-1-m-2-the-ratio-of-their-acceleration-frac-a-1-a-2-is-1-1-2-less-than-1-3-greater-than-1-4-all-the-three-cases-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NzM3-an-impulse-of-6m-hat-j-is-applied-to-a-body-of-mass-m-moving-with-velocity-hat-i-2-hat-j-the-final-velocity-of-the-body-will-be-1-hat-i-8-hat-j-2-hat-i-8-hat-j-3-hat-i-8-hat-j-4-8-hat-i-hat-j-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTcxMTYx-a-100-kg-gun-fires-a-ball-of-1-kg-horizontally-from-a-cliff-at-a-height-of-500-m-it-falls-on-the-ground-at-a-distance-of-400-m-from-the-bottom-of-the-cliff-the-recoil-velocity-of-the-gun-is-take-g-10 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY0NzM2-an-object-of-mass-3-kg-is-at-rest-now-if-a-force-of-overrightarrow-f-6-t-2-hat-i-4-t-hat-j-is-applied-to-the-object-then-the-velocity-of-the-object-at-t-3-second-will-be-1-18-hat-i-3-hat-j-2-18-hat-i https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY5MDg3-if-the-force-acting-on-a-system-is-zero-the-quantity-which-remains-constant-is-1-force-2-linear-momentum-3-speed-4-kinetic-energy-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NzQ5-a-parachutist-falls-downward-with-an-acceleration-of-2-text-m-s-2-at-a-height-of-200-m-from-the-ground-calculate-the-upthrust-of-air-if-the-mass-of-the-parachutist-is-60-kg-assume-g-10-text-m-s-2-1-48 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcxMTg2-sand-is-being-dropped-on-a-conveyor-belt-at-a-rate-of-m-kg-s-the-force-necessary-to-keep-the-belt-moving-with-at-a-constant-velocity-of-v-m-s-will-be-1-mv-newton-2-2mv-newton-3-frac-mv-2-newton-4-zero https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc3Mjkz-a-particle-is-on-a-smooth-horizontal-plane-a-force-f-is-applied-whose-f-text-t-graph-is-given-consider-the-following-statements-a-at-time-t-1-acceleration-is-constant-b-initially-the-particle-must-be https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTc3MTI-at-a-wall-n-bullets-each-of-mass-m-are-fired-with-a-velocity-v-at-the-rate-of-n-bullets-sec-upon-the-wall-the-bullets-are-stopped-by-the-wall-the-reaction-offered-by-the-wall-to-the-bullets-is-1-frac https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NzQ0-a-body-is-moving-with-a-velocity-of-2-hat-i-m-s-if-the-force-acting-on-the-body-is-2-hat-i-3-hat-j-3-hat-k-n-then-the-momentum-of-the-body-is-changing-in-1-x-direction-only-2-x-text-y-directions-3-y-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTQ1ODk2-a-block-a-of-mass-7-kg-is-placed-on-a-frictionless-table-a-thread-tied-to-it-passes-over-a-frictionless-pulley-and-carries-a-body-b-of-mass-3-kg-at-the-other-end-the-acceleration-of-the-system-will-be https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4Nzk0-the-tension-in-the-string-connecting-blocks-b-and-c-placed-on-a-smooth-horizontal-surface-in-the-following-diagram-is-1-25-n-2-30-n-3-32-5-n-4-37-5-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY1NjMy-a-monkey-weighing-20-kg-is-holding-a-vertical-rope-the-rope-will-not-break-when-a-mass-of-25-kg-is-suspended-from-it-but-will-break-if-the-mass-exceeds-25-kg-what-is-the-maximum-acceleration-with-whic https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc3MjEw-if-a-young-man-of-mass-60-kg-stands-on-the-floor-of-a-lift-which-is-accelerating-downwards-at-1-text-m-s-2-then-the-reaction-of-the-floor-of-the-lift-on-the-man-will-be-left-g-9-8-text-m-s-2-right-1-5 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzNzY1-a-small-ball-is-suspended-from-a-thread-if-it-is-lifted-up-with-an-acceleration-of-4-9-ms-2-and-lowered-with-an-acceleration-of-4-9-ms-2-then-the-ratio-of-the-tension-in-the-thread-in-both-cases-will https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4ODg1-a-simple-pendulum-hangs-from-the-roof-of-a-train-moving-on-horizontal-rails-if-the-string-is-inclined-towards-the-front-of-the-train-then-the-train-is-1-moving-with-constant-velocity-2-in-accelerated https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NjQw-two-masses-m-and-m-are-connected-by-a-weightless-string-they-are-pulled-by-a-force-on-a-frictionless-horizontal-surface-the-tension-in-the-string-will-be-1-dfrac-f-left-m-2-m-right-m-m-2-dfrac-f-m-m-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NTY2-three-identical-masses-each-of-mass-4-kg-are-connected-by-massless-inextensible-strings-the-string-joining-a-and-b-passes-over-a-massless-frictionless-pulley-as-shown-in-the-figure-the-tension-in-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4Nzgx-a-particle-of-mass-m-is-attached-to-a-string-and-is-moving-in-a-vertical-circle-tension-in-the-string-when-the-particle-is-at-its-highest-and-lowest-point-is-t-1-andandand-t-2-respectively-here-t-2-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTIyMTQx-a-5-m-long-uniformly-thick-string-rests-on-a-horizontal-frictionless-surface-it-is-pulled-by-a-horizontal-force-of-5-n-from-one-end-the-tension-in-the-string-at-1-m-from-the-end-where-the-force-is-app https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY5MDYz-a-block-b-of-mass-3-kg-is-kept-on-block-a-of-mass-5-kg-in-a-lift-accelerating-upward-with-an-acceleration-of-g-the-reaction-by-a-on-b-is-1-10g-2-16g-3-4g-4-6g-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4ODky-a-block-of-mass-m-is-pulled-by-a-force-f-making-an-angle-theta-with-the-horizontal-on-a-smooth-horizontal-surface-as-shown-if-a-is-the-acceleration-of-block-on-the-surface-then-the-contact-force-betwe https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzOTAw-a-rigid-rod-is-placed-against-the-wall-as-shown-in-the-figure-when-the-velocity-at-its-lower-end-is-10-ms-1-and-its-base-makes-an-angle-alpha-60-circ-with-horizontal-then-the-vertical-velocity-of-its https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTEwOTU-a-system-consists-of-three-masses-m-1-m-2-and-m-3-connected-by-a-string-passing-over-a-pulley-mathrm-p-the-mass-m-1-hangs-freely-and-m-2-and-m-3-are-on-a-rough-horizontal-table-the-coefficient-of-fric https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NTc0-two-masses-a-and-b-of-mass-4-kg-and-1-kg-respectively-are-connected-with-the-help-of-a-massless-inextensible-string-mass-a-is-placed-on-a-rough-horizontal-table-and-mass-b-is-suspended-with-the-help-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTQ1OTE1-a-plank-with-a-box-on-it-at-one-end-is-gradually-raised-at-the-other-end-as-the-angle-of-inclination-with-the-horizontal-reaches-30-circ-the-box-starts-to-slip-and-slides-4-0-m-down-the-plank-in-4-0-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246Mzg0Mjg-block-mathrm-a-has-a-mass-of-10-kg-between-block-mathrm-a-and-the-table-the-coefficient-of-static-friction-is-0-2-and-the-coefficient-of-kinetic-friction-is-also-0-2-the-required-mass-of-mathrm-b-to-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTEzOTc-the-upper-half-of-an-inclined-plane-of-inclination-theta-is-perfectly-smooth-while-the-lower-half-is-rough-a-block-starting-from-rest-at-the-top-of-the-plane-will-again-come-to-rest-at-the-bottom-if-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY1NjMx-on-the-horizontal-surface-of-a-truck-a-block-of-mass-1-kg-is-placed-mu-0-6-and-the-truck-is-moving-with-an-acceleration-of-5-m-s2-the-frictional-force-on-the-block-will-be-1-5-n-2-6-n-3-5-88-n-4-8-n-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjUwOTEw-a-conveyor-belt-is-moving-at-a-constant-speed-of-2-m-s-a-box-is-gently-dropped-on-it-the-coefficient-of-friction-between-them-is-mu-0-5-the-distance-that-the-box-will-move-relative-to-the-belt-before https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4Nzg3-a-block-slides-down-on-a-45-circ-rough-incline-in-thrice-the-time-it-takes-to-slide-down-on-a-frictionless-45-circ-incline-of-the-same-length-the-coefficient-of-friction-between-the-block-and-the-roug https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246MzAzNDI-a-heavy-uniform-chain-partly-lies-on-a-horizontal-table-if-the-coefficient-of-friction-between-the-chain-and-the-table-surface-is-0-25-then-the-maximum-fraction-of-the-length-of-the-chain-that-can-han https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc3MjM1-if-mu-between-block-a-and-inclined-plane-is-0-5-and-that-between-block-b-and-the-inclined-plane-is-0-8-then-the-normal-reaction-between-blocks-a-and-b-will-be-1-180-text-n-2-216-text-n-3-0-4-none-of-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NjEw-two-blocks-of-masses-2-kg-and-3-kg-placed-on-a-horizontal-surface-are-connected-by-a-massless-string-if-3-text-kg-is-pulled-by-10-n-as-shown-in-the-figure-then-the-force-of-friction-acting-on-the-2-te https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcxNDY3-a-40-kg-slab-rests-on-a-frictionless-floor-a-10-kg-block-rests-on-top-of-the-slab-the-static-coefficient-of-friction-between-the-block-and-the-slab-is-0-60-while-the-kinetic-coefficient-of-friction-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4ODE2-the-friction-between-the-front-foot-and-the-back-foot-when-walking-on-a-horizontal-surface-is-respectively-1-forward-forward-2-backward-backward-3-forward-backward-4-backward-forward-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NzU5-the-block-of-mass-m-shown-in-the-figure-does-not-move-on-applying-the-inclined-force-f-the-friction-force-acting-on-the-block-is-1-f-cos-theta-2-f-sin-theta-3-mu-mg-f-sin-theta-4-mu-mg-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTkxNzU1-an-object-of-mass-m-is-held-against-a-vertical-wall-by-applying-horizontal-force-f-as-shown-in-the-figure-the-minimum-value-of-the-force-f-will-be-consider-friction-between-wall-and-object-1-less-than https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTQ1ODgy-a-block-is-placed-on-a-rough-horizontal-plane-a-time-dependent-horizontal-force-f-kt-acts-on-the-block-the-acceleration-time-graph-of-the-block-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTA3NzI4-a-block-of-mass-1-kg-lying-on-the-floor-is-subjected-to-a-horizontal-force-given-by-f-2-sin-omega-t-newtons-the-coefficient-of-friction-between-the-block-and-the-floor-is-0-25-the-acceleration-of-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjA1ODc3-as-shown-in-the-figure-two-masses-of-10-text-kg-and-20-text-kg-respectively-are-connected-by-a-massless-spring-a-force-of-200-text-n-acts-on-the-20-text-kg-mass-at-the-instant-shown-the-10-text-kg-mas https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NTk0-what-is-the-acceleration-of-block-a-if-the-acceleration-of-b-is-4-text-m-s-2-towards-the-right-at-the-instant-shown-1-2-5-text-m-s-2-2-4-text-m-s-2-3-5-text-m-s-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjgzMzk0-two-masses-a-and-b-each-of-mass-m-are-fixed-together-by-a-massless-spring-a-force-acts-on-the-mass-b-as-shown-in-the-figure-if-the-mass-b-starts-moving-away-from-mass-a-with-acceleration-a-in-the-grou https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY5MTM0-two-blocks-a-and-b-of-masses-2m-and-4m-are-connected-by-a-string-the-block-of-mass-4m-is-connected-by-a-spring-massless-the-string-is-suddenly-cut-the-ratio-of-the-magnitudes-of-accelerations-of-masse https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk0MTE2-three-blocks-each-of-mass-m-are-hanged-vertically-with-the-help-of-inextensible-strings-and-ideal-springs-initially-the-system-was-in-equilibrium-if-at-any-instant-the-lowermost-string-is-cut-then-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NjQy-if-the-system-shown-in-the-figure-is-in-equilibrium-then-the-reading-of-spring-balance-in-kgf-is-1-10-2-20-3-100-4-zero-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY5MTQ4-the-reading-of-spring-balance-in-the-depicted-figure-will-be-1-0-n-2-20-n-3-10-n-4-5-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NjE0-two-plates-of-the-same-mass-are-attached-rigidly-to-the-two-ends-of-a-spring-one-of-the-plates-rests-on-a-horizontal-surface-and-the-other-results-in-compression-x-of-the-spring-when-it-is-in-steady-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4Nzcz-a-particle-of-mass-m-is-suspended-from-a-ceiling-through-a-massless-string-the-particle-moves-in-a-horizontal-circle-as-shown-in-the-given-figure-the-tension-in-the-string-is-1-mg-2-2mg-3-3mg-4-4mg-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTQ4OTMx-a-small-coin-is-kept-at-a-distance-r-from-the-centre-of-a-gramophone-disc-rotating-at-an-angular-speed-omega-the-minimum-coefficient-of-friction-for-which-a-coin-will-not-slip-is-1-dfrac-r-2-g-2-dfrac https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY5MTkw-the-maximum-constant-speed-with-which-a-car-can-move-on-a-flat-horizontal-circular-road-with-the-radius-of-curvature-20-m-and-a-coefficient-of-static-friction-0-5-is-left-g-10-text-m-s-2-right-1-36-km https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4NTk1-a-10-kg-block-is-kept-on-a-horizontal-turntable-that-rotates-at-an-angular-velocity-of-2-rad-s-if-the-distance-of-the-block-from-the-center-of-the-table-is-0-5-m-the-net-force-on-the-block-is-1-40-n-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc3NDUy-a-massless-string-of-length-1-m-fixed-at-one-end-carries-a-mass-of-2-kg-at-the-other-end-the-string-makes-frac-2-pi-rev-s-around-the-axis-through-the-fixed-end-as-shown-in-the-figure-the-tension-on-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjcxMTg1-a-roller-coaster-is-designed-such-that-riders-experience-weightlessness-as-they-go-round-the-top-of-a-hill-whose-radius-of-curvature-is-20-m-the-speed-of-the-car-at-the-top-of-the-hill-is-between-1-14 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTQ1ODg1-two-masses-m-and-m-are-attached-to-a-vertical-axis-by-weightless-threads-of-combined-length-l-they-are-set-in-rotational-motion-in-a-horizontal-plane-about-this-axis-with-constant-angular-velocity-ome https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTc3Mzg5-a-coin-placed-on-a-rotating-table-just-slips-if-it-is-placed-at-a-distance-4r-from-the-center-on-doubling-the-angular-velocity-of-the-table-the-coin-will-just-slip-when-the-distance-from-the-centre-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4OTE4-a-body-of-mass-m-is-moving-on-a-concave-bridge-abc-of-the-radius-of-curvature-r-at-a-speed-v-the-normal-reaction-of-the-bridge-on-the-body-at-the-instant-it-is-at-the-lowest-point-of-the-bridge-is-1-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTQwMDc-a-tube-of-length-l-is-filled-completely-with-an-incompressible-liquid-of-mass-m-and-closed-at-both-ends-the-tube-is-then-rotated-in-a-horizontal-plane-about-one-of-its-ends-with-a-uniform-angular-velo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTQ1ODgz-a-motorcycle-is-going-on-an-overbridge-of-radius-r-the-driver-maintains-a-constant-speed-the-normal-force-on-the-motorcycle-as-it-ascends-the-overbridge-will-be-1-increases-2-decreases-3-remains-the-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY5MTc2-the-angle-of-banking-for-a-cyclist-taking-a-turn-at-a-curve-is-given-by-tan-theta-frac-v-n-rg-where-symbols-have-their-usual-meaning-the-value-of-n-is-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTIyNTQw-the-banking-angle-for-a-curved-road-of-radius-490-m-for-a-vehicle-moving-at-35-m-s-is-1-tan-1-0-25-tan-1-0-25-2-tan-1-0-55-tan-1-0-55-3-tan-1-0-45-tan-1-0-45-4-tan-1-0-75-tan-1-0-75-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjAwNzg1-a-point-mass-m-is-moved-in-a-vertical-circle-of-radius-r-with-the-help-of-a-string-the-velocity-of-the-mass-is-sqrt-7-g-r-at-the-lowest-point-the-tension-in-the-string-at-the-lowest-point-will-be-1-6m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjAwNDMx-a-mass-m-is-attached-to-a-thin-wire-and-whirled-in-a-vertical-circle-the-wire-is-most-likely-to-break-when-1-inclined-at-a-60-circ-angle-from-vertical-2-the-mass-is-at-the-highest-point-3-the-wire-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTkzNTkx-a-particle-of-mass-m-having-speed-v-goes-in-a-vertical-circular-motion-such-that-its-centre-is-at-its-origin-as-shown-in-the-figure-if-at-any-instant-the-angle-made-by-the-string-with-a-negative-y-tex https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTY4Nzkx-the-kinetic-energy-k-of-a-particle-moving-in-a-circular-path-varies-with-the-distance-covered-s-as-k-as-2-where-a-is-constant-the-angle-between-the-tangential-force-and-the-net-force-acting-on-the-par https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTkzOTkz-the-angle-between-the-position-vector-and-the-acceleration-vector-of-a-particle-in-a-non-uniform-circular-motion-centre-of-the-circle-is-taken-as-the-origin-will-be-1-0-circ-2-45-circ-3-75-circ-4-135 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTkyNzk1-a-box-of-mass-15-kg-is-kept-on-the-floor-of-a-stationary-trolley-the-coefficient-of-static-friction-between-the-box-and-the-trolley-is-0-12-cdot-keeping-the-box-in-a-stationary-state-over-the-trolley https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTkyNzc0-the-magnitude-and-direction-of-the-acceleration-produced-in-a-body-of-mass-5-kg-when-two-mutually-perpendicular-forces-8-n-and-6-n-act-on-it-are-respectively-1-2-text-ms-2-tan-1-3-4-text-with-6-text-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTk4MTk4-a-car-travels-on-a-circular-racetrack-of-radius-50-m-which-is-banked-at-an-angle-theta-if-the-car-travels-at-a-speed-10-ms-1-then-the-wear-and-tear-on-its-tyres-is-minimum-taking-the-acceleration-due https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTM1MTIz-there-are-two-inclined-surfaces-of-equal-length-l-and-same-angle-of-inclination-45-circ-with-the-horizontal-one-of-them-is-rough-and-the-other-is-perfectly-smooth-a-given-body-takes-2-times-as-much-ti https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTM1MTEy-a-ball-of-mass-0-5-text-kg-is-dropped-from-a-height-of-40-text-m-the-ball-hits-the-ground-and-rises-to-a-height-of-10-text-m-the-impulse-imparted-to-the-ball-during-its-collision-with-the-ground-is-ta https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDY4ODMx-a-box-of-mass-5-text-kg-is-pulled-by-a-cord-up-along-a-frictionless-plane-inclined-at-30-circ-with-the-horizontal-the-tension-in-the-cord-is-30-text-n-the-acceleration-of-the-box-is-take-g-10-text-ms https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDY4NzQy-a-bob-is-whirled-in-a-horizontal-circle-by-means-of-a-string-at-an-initial-speed-of-10-rpm-if-the-tension-in-the-string-is-quadrupled-while-keeping-the-radius-constant-the-new-speed-is-1-20-rpm-2-40-r https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTA2ODI-a-plank-with-a-box-on-it-at-one-end-is-gradually-raised-about-the-other-end-as-the-angle-of-inclination-with-the-horizontal-reaches-30-circ-the-box-starts-to-slip-and-slide-4-0-text-m-down-the-plank-i https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTExMDg-a-balloon-with-mass-m-is-descending-down-with-an-acceleration-a-where-a-1-frac-2-m-a-g-a-2-frac-2-m-a-g-a-3-frac-m-a-g-a-4-frac-m-a-g-a-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjUwOTYx-a-small-mass-attached-to-a-string-rotates-on-a-frictionless-table-top-as-shown-if-the-tension-in-the-string-is-increased-by-pulling-the-string-causing-the-radius-of-the-circular-motion-to-decrease-by https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTI1NzA-a-gramophone-record-is-revolving-with-an-angular-velocity-a-coin-is-placed-at-a-distance-r-from-the-centre-of-the-record-the-static-coefficient-of-friction-is-the-coin-will-revolve-with-the-record-if https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTI4MDE-an-explosion-blows-a-rock-into-three-parts-two-parts-go-off-at-right-angles-to-each-other-these-two-are-the-first-part-1-kg-moving-with-a-velocity-of-12-ms-1ms-1ms-1-and-the-second-part-2-kg-moving-wi https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246OTMzNTA-sand-is-being-dropped-on-a-conveyor-belt-at-the-rate-of-m-kg-s-the-force-necessary-to-keep-the-belt-moving-with-a-constant-velocity-of-v-m-s-will-be-1-mv-newton-2-2mv-newton-3-mv2mv2mv2-newton-4-zero https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY0Njc2-a-block-of-mass-m-is-placed-on-a-smooth-wedge-of-inclination-theta-the-whole-system-is-accelerated-horizontally-so-that-the-block-does-not-slip-on-the-wedge-the-force-exerted-by-the-wedge-on-the-block https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY1NjMz-a-man-weighs-80-kg-he-stands-on-a-weighing-scale-in-a-lift-that-is-moving-upwards-with-a-uniform-acceleration-of-5m-s2-what-would-be-the-reading-on-the-scale-g-10-m-s2-1-zero-2-400-n-3-800-n-4-1200-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY0NzQ5-a-block-of-mass-10-kg-is-placed-on-a-rough-horizontal-surface-with-a-coefficient-of-friction-0-5-if-a-horizontal-force-of-100-n-acts-on-the-block-then-the-acceleration-of-the-block-will-be-1-10-m-s2-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY0NzUw-if-a-lift-of-mass-1000-kg-is-moving-with-an-acceleration-of-1-m-s2-in-an-upward-direction-then-the-tension-developed-in-the-string-that-is-connected-to-the-lift-is-1-9800-n-2-10-800-n-3-11000-n-4-10-0 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY1NzA4-a-1-kg-stationary-bomb-explodes-in-three-parts-having-mass-1-1-3-respectively-if-parts-having-the-same-mass-move-in-a-perpendicular-direction-with-a-velocity-of-30-ms-1s-1s-1-then-the-velocity-of-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzNTk4-two-masses-as-shown-are-suspended-from-a-massless-pulley-what-would-be-the-acceleration-of-the-system-when-masses-are-left-free-1-2g-3-2-g-3-3-g-9-4-g-7-where-g-is-the-acceleration-due-to-gravity-1-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzNjQw-a-body-of-mass-3-kg-hits-a-wall-at-an-angle-of-60-returns-at-the-same-angle-the-impact-time-was-0-2-s-calculate-the-force-exerted-on-the-wall-1-150-333-n-2-50-333-n-3-100-n-4-75-333-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzNjQx-a-mass-of-1-kg-is-thrown-up-with-a-velocity-of-100-m-s-after-5-seconds-it-explodes-into-two-parts-one-part-of-mass-400-g-comes-down-with-a-velocity-of-25-m-s-calculate-the-velocity-of-the-other-part-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzNjY4-a-mass-is-performing-a-vertical-circular-motion-see-figure-if-the-average-velocity-of-the-particle-is-increased-then-at-which-point-the-string-will-break-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzNjg0-a-man-is-slipping-on-a-frictionless-inclined-plane-a-bag-falls-down-from-the-same-height-then-the-speed-of-both-is-related-as-1-vb-vm-2-vb-vm-3-vb-vm-4-vb-and-vm-can-t-be-related-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjY0NTQx-if-100-n-force-is-applied-to-10-kg-block-as-shown-in-diagram-then-the-acceleration-produced-for-the-slab-will-be-1-1-65-m-s2-2-0-98-m-s2-3-1-2-m-s2-4-0-25-m-s2-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzNjgz-if-force-f-500-100t-then-the-function-of-impulse-with-time-will-be-1-500-t-50-t-2-2-50-t-10-3-50-t-2-4-100-t-2-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzODA2-if-a-ladder-is-not-in-a-balanced-condition-against-a-smooth-vertical-wall-then-it-can-be-brought-to-a-balanced-condition-by-1-decreasing-the-length-of-the-ladder-2-increasing-the-length-of-the-ladder https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjYzODE1-for-rocket-propulsion-the-velocity-of-exhaust-gases-relative-to-the-rocket-is-2-km-s-if-the-mass-of-a-rocket-system-is-1000-kg-then-the-rate-of-fuel-consumption-for-the-rocket-to-rise-with-an-accelera https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk2MDA1-one-end-of-a-string-of-length-l-is-connected-to-a-particle-of-mass-m-and-the-other-to-a-small-peg-on-a-smooth-horizontal-table-if-the-particle-moves-in-a-circle-with-speed-v-the-net-force-on-the-parti https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzE0-a-shell-of-mass-0-020-kg-is-fired-by-a-gun-of-mass-100-kg-if-the-muzzle-speed-of-the-shell-is-80-m-s-what-is-the-recoil-speed-of-the-gun-1-1-2-mathrm-cm-mathrm-s-1-2-2-2-mathrm-cm-mathrm-s-1-3-2-0-mat https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzM1-a-trolley-of-mass-300-kg-carrying-a-sandbag-of-25-kg-is-moving-uniformly-with-a-speed-of-27-km-h-on-a-frictionless-track-after-a-while-the-sand-starts-leaking-out-of-a-hole-on-the-floor-of-the-trolley https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTk5MzQw-a-bullet-of-mass-0-012-kg-and-horizontal-speed-70ms-170ms-170ms-1-strikes-a-block-of-wood-of-mass-0-4-kg-and-instantly-comes-to-rest-with-respect-to-the-block-the-block-is-suspended-from-the-ceiling-b https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI1MzUy-one-end-of-a-string-of-length-l-is-connected-to-a-particle-of-mass-m-and-the-other-to-a-small-peg-on-a-smooth-horizontal-table-if-the-particle-moves-in-a-circle-with-speed-v-the-net-force-on-the-parti https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzc3-a-cricket-ball-of-mass-150-g-has-an-initial-velocity-small-u-left-3-hat-i-4-hat-j-right-text-ms-1-and-a-final-velocity-small-v-left-3-hat-i-4-hat-j-right-text-ms-1-after-being-hit-the-magnitude-of-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MjI3Nzgz-the-motion-of-a-particle-of-mass-m-is-given-by-x-0-for-t0-and-x-0-for-t-1-4-text-s-then-a-the-force-at-t-1-8-text-s-on-the-particle-is-16-pi-2-text-am-b-the-particle-is-acted-upon-by-an-impulse-of-mag https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDUwODIx-the-motion-of-a-particle-of-mass-m-is-given-by-x-0-for-t-o-and-x-0-for-t-1-4-s-which-of-the-following-statements-is-true-a-the-force-at-t-1-8-s-on-the-particle-is-16-pi-2-text-am-b-the-particle-is-act https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDUwODI1-in-fig-5-3-a-body-a-of-mass-m-slides-on-plane-inclined-at-angle-theta-1-to-the-horizontal-and-mu-1-is-the-coefficent-of-friction-between-a-and-the-plane-a-is-connected-by-a-light-string-passing-over-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDUwODI2-two-billiard-balls-a-and-b-each-of-mass-50g-and-moving-in-opposite-directions-with-speed-of-5m-s-1-each-collide-and-rebound-with-the-same-speed-if-the-collision-lasts-for-10-3-s-which-of-the-following https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM4MzE0-select-the-correct-option-based-on-statements-below-assertion-a-newton-s-law-of-action-and-reaction-is-a-consequence-of-newton-s-law-of-inertia-reason-r-newton-s-law-of-inertia-implies-that-any-body-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM0MjQ2-a-block-of-mass-m-is-placed-on-a-flat-horizontal-surface-and-the-coefficient-of-friction-between-the-block-and-the-surface-is-mu-a-force-f-a-is-applied-to-the-block-from-above-and-a-force-f-r-is-appli https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzA2MzI3-a-block-of-mass-m-lies-at-rest-on-a-horizontal-table-statement-i-newton-s-3rd-law-to-every-action-there-is-an-equal-and-opposite-reaction-action-and-reaction-forces-act-on-different-bodies-and-in-oppo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMzcx-given-below-are-two-statements-statement-a-the-linear-momentum-of-a-particle-is-independent-of-the-frame-of-reference-statement-b-the-kinetic-energy-of-a-particle-is-independent-of-the-frame-of-refere https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjQw-mark-the-correct-statements-about-the-friction-between-two-bodies-a-static-friction-is-always-greater-than-kinetic-friction-b-the-coefficient-of-static-friction-is-always-greater-than-the-coefficient https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM5NTM2-given-below-are-two-statements-assertion-a-angle-of-repose-is-equal-to-the-angle-of-limiting-friction-reason-r-when-a-body-is-just-at-the-point-of-motion-the-force-of-friction-at-this-stage-is-called https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM5NTU0-given-below-are-two-statements-assertion-a-for-looping-a-vertical-loop-of-radius-r-the-minimum-velocity-at-lowest-point-should-be-sqrt-5gr-reason-r-in-this-event-looping-a-vertical-loop-of-radius-r-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM5NzEy-given-below-are-two-statements-assertion-a-a-body-must-be-at-rest-even-when-it-is-under-the-action-of-any-number-of-external-forces-reason-r-vector-sum-of-all-external-forces-is-zero-1-both-a-and-r-ar https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM5OTc0-given-below-are-two-statements-assertion-a-thrust-on-a-rocket-does-not-depend-only-on-the-rate-of-decrease-of-mass-reason-r-thrust-also-depends-upon-the-exhaust-speed-of-the-gases-1-both-a-and-r-are-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM5OTg4-given-below-are-two-statements-assertion-a-centripetal-forces-and-centrifugal-forces-never-cancel-out-reason-r-they-do-not-act-at-the-same-time-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMDAy-given-below-are-two-statements-assertion-a-a-safe-turn-by-a-cyclist-should-neither-be-fast-nor-sharp-reason-r-the-bending-angle-from-the-vertical-would-decrease-with-an-increase-in-velocity-1-both-a-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMDAz-given-below-are-two-statements-assertion-a-a-table-cloth-can-be-pulled-from-a-table-without-dislodging-the-dishes-reason-r-to-every-action-there-is-an-equal-and-opposite-reaction-1-both-a-and-r-are-tr https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMDM5-given-below-are-two-statements-assertion-a-a-body-of-mass-1-kg-is-making-1-rps-in-a-circle-of-radius-1-m-the-centrifugal-force-acting-on-it-is-4-pi-2-n-reason-r-centrifugal-force-is-given-by-f-frac-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMDY0-given-below-are-two-statements-assertion-a-the-acceleration-of-a-body-down-a-rough-inclined-plane-is-greater-than-the-acceleration-due-to-gravity-reason-r-the-body-is-able-to-slide-on-an-inclined-plan https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMDc0-given-below-are-two-statements-assertion-a-when-a-cyclist-doubles-his-speed-of-turning-the-chance-of-his-skidding-becomes-nearly-four-times-reason-r-when-the-speed-of-the-vehicle-increases-the-angle-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMDk1-given-below-are-two-statements-assertion-a-it-is-easier-to-pull-a-heavy-object-than-to-push-it-on-a-levelled-ground-reason-r-the-magnitude-of-the-frictional-force-depends-on-the-nature-of-the-two-surf https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMTA1-given-below-are-two-statements-assertion-a-a-man-who-falls-from-a-height-on-a-cement-floor-receives-more-injury-than-when-he-falls-from-the-same-height-on-a-heap-of-sand-reason-r-the-impulse-applied-b https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMTIz-given-below-are-two-statements-assertion-a-improper-banking-of-roads-causes-wear-and-tear-of-tyres-reason-r-the-necessary-centripetal-force-in-that-event-is-provided-by-the-force-of-friction-between-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMTMy-given-below-are-two-statements-assertion-a-a-rocket-moves-forward-by-pushing-the-surrounding-air-backward-reason-r-it-derives-the-necessary-thrust-to-move-forward-according-to-newton-s-first-law-of-mo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMTQx-given-below-are-two-statements-assertion-a-on-a-banked-curved-track-the-vertical-component-of-normal-reaction-provides-the-necessary-centripetal-force-reason-r-centripetal-force-is-not-always-required https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwMjg4-given-below-are-two-statements-assertion-a-a-rocket-works-on-the-principle-of-conservation-of-linear-momentum-reason-r-higher-is-the-velocity-smaller-is-the-pressure-and-vice-versa-1-both-a-and-r-are https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjY5-given-below-are-two-statements-assertion-a-banking-of-roads-provides-the-necessary-centripetal-force-reason-r-one-part-of-the-normal-reaction-of-the-automobile-gives-necessary-centripetal-force-1-both https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjcw-given-below-are-two-statements-assertion-a-the-apparent-weight-of-the-car-is-more-when-it-crosses-a-concave-bridge-rather-than-a-convex-bridge-with-the-same-velocity-reason-r-the-apparent-weight-of-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjUy-given-below-are-two-statements-assertion-a-in-a-non-uniform-circular-motion-the-acceleration-of-the-particle-is-equal-to-the-vector-sum-of-the-tangential-acceleration-and-the-centripetal-acceleration https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjU2-given-below-are-two-statements-assertion-a-in-a-non-uniform-circular-motion-there-are-two-types-of-accelerations-i-e-centripetal-and-tangential-reason-r-tangential-acceleration-is-responsible-to-chang https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjYx-given-below-are-two-statements-assertion-a-on-a-rainy-day-it-is-difficult-to-drive-a-car-or-a-bus-at-a-high-speed-reason-r-the-value-of-the-coefficient-of-friction-is-lowered-when-the-surface-is-wette https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjYy-given-below-are-two-statements-assertion-a-a-cyclist-leans-inwards-while-taking-a-turn-while-a-man-sitting-in-a-car-leans-outward-on-a-curve-reason-r-centripetal-acceleration-is-acting-towards-the-cen https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjYz-given-below-are-two-statements-assertion-a-the-driver-in-a-vehicle-moving-at-a-constant-speed-on-a-straight-road-is-in-a-non-inertial-frame-of-reference-reason-r-a-reference-frame-in-which-newton-s-la https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjY0-given-below-are-two-statements-assertion-a-the-use-of-ball-bearings-between-two-moving-parts-of-a-machine-is-a-common-practice-reason-r-ball-bearings-reduce-vibrations-and-provide-good-stability-1-bot https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjY1-given-below-are-two-statements-assertion-a-a-man-in-a-closed-cabin-which-is-falling-freely-does-not-experience-gravity-reason-r-inertial-and-gravitational-mass-have-equivalence-1-both-a-and-r-are-true https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjY3-given-below-are-two-statements-assertion-a-the-principle-of-rocket-propulsion-is-a-special-case-of-a-variable-mass-system-reason-r-the-principle-of-rocket-propulsion-can-be-explained-by-newton-s-secon https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQxMjY4-given-below-are-two-statements-assertion-a-it-is-difficult-to-move-a-bicycle-along-a-road-with-its-brakes-on-reason-r-when-a-bicycle-moves-with-its-brakes-on-it-skids-and-sliding-friction-is-greater-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTcw-when-neils-bohr-shook-hand-with-werner-heisenberg-what-kind-of-force-they-exerted-1-gravitational-2-electromagnetic-3-nuclear-4-weak-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTcx-let-e-g-text-and-n-represent-the-magnitudes-of-electromagnetic-gravitational-and-nuclear-forces-between-two-electrons-at-a-given-separation-then-1-n-e-g-2-e-n-g-3-g-n-e-4-e-g-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTcy-the-sum-of-all-electromagnetic-forces-between-different-particles-of-a-system-of-charged-particles-is-zero-1-only-if-all-the-particles-are-positively-charged-2-only-if-all-the-particles-are-negatively https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTcz-a-60-kg-man-pushes-a-40-kg-man-by-a-force-of-60-n-the-40-kg-man-has-pushed-the-other-man-with-a-force-of-1-40-n-2-0-3-60-n-4-20-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTc0-a-neutron-exerts-a-force-on-a-proton-which-is-a-gravitational-b-electromagnetic-c-nuclear-d-weak-choose-the-correct-option-1-a-and-b-2-a-and-c-3-b-and-c-4-a-and-d-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTc1-a-proton-exerts-a-force-on-a-proton-which-is-a-gravitational-b-electromagnetic-c-nuclear-d-weak-choose-the-correct-option-1-a-b-and-c-2-b-c-and-d-3-a-and-b-4-b-and-c-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTc2-mark-the-correct-statements-a-the-nuclear-force-between-two-protons-is-always-greater-than-the-electromagnetic-force-between-them-b-the-electromagnetic-force-between-two-protons-is-always-greater-than https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTc3-if-all-matter-were-made-of-electrically-neutral-particles-such-as-neutrons-a-there-would-be-no-force-of-friction-b-there-would-be-no-tension-in-the-string-c-it-would-not-be-possible-to-sit-on-a-chair https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTc4-which-of-the-following-systems-may-be-adequately-described-by-classical-physics-a-motion-of-a-cricket-ball-b-motion-of-a-dust-particle-c-a-hydrogen-atom-d-a-neutron-changing-to-a-proton-choose-the-cor https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTc5-the-two-ends-of-a-spring-are-displaced-along-the-length-of-the-spring-all-displacements-have-equal-magnitudes-in-which-case-or-cases-the-tension-or-compression-in-the-spring-will-have-a-maximum-magnit https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTgw-action-and-reaction-a-act-on-two-different-objects-b-have-equal-magnitude-c-have-opposite-directions-d-have-resultant-zero-choose-the-correct-option-1-a-and-b-2-b-and-c-3-a-b-and-c-4-all-of-these-1-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTk4-a-reference-frame-attached-to-the-earth-a-is-an-inertial-frame-by-definition-b-cannot-be-an-inertial-frame-because-the-earth-is-revolving-around-the-sun-c-is-an-inertial-frame-because-newton-s-laws-ar https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTk5-a-particle-stays-at-rest-as-seen-in-a-frame-we-can-conclude-that-a-the-frame-is-inertial-b-resultant-force-on-the-particle-is-zero-c-the-frame-may-be-inertial-but-the-resultant-force-on-the-particle-i https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjAw-a-particle-is-found-to-be-at-rest-when-seen-from-a-frame-s1-and-moving-with-a-constant-velocity-when-seen-from-another-frame-s2-mark-out-the-possible-options-a-both-the-frames-are-inertial-b-both-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjAy-the-figure-shows-a-heavy-block-kept-on-a-frictionless-surface-and-being-pulled-by-two-ropes-of-equal-mass-m-at-t-0-the-force-on-the-left-rope-is-withdrawn-but-the-force-on-the-right-end-continues-to-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjAz-the-force-exerted-by-the-floor-of-an-elevator-on-the-foot-of-a-person-standing-there-is-more-than-the-weight-of-the-person-if-the-elevator-is-a-going-up-and-slowing-down-b-going-up-and-speeding-up-c-g https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjA1-a-particle-is-observed-from-two-frames-s-1-and-s-2-the-frame-s-2-moves-with-respect-to-s-1-with-an-acceleration-a-let-f-1-and-f-2-be-the-pseudo-forces-on-the-particle-when-seen-from-s-1-and-s-2-respec https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTg1-a-block-of-mass-10-kg-is-suspended-through-two-light-spring-balances-as-shown-in-the-figure-1-both-the-scales-will-read-10-kg-2-both-the-scales-will-read-5-kg-3-the-upper-scale-will-read-10-kg-and-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTg2-a-block-of-mass-m-is-placed-on-a-smooth-inclined-plane-of-inclination-with-the-horizontal-the-force-exerted-by-the-plane-on-the-block-has-a-magnitude-1-mg-2-mg-cos-3-mg-cos-4-mg-tan-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTg3-a-block-of-mass-m-is-placed-on-a-smooth-wedge-of-inclination-the-whole-system-is-accelerated-horizontally-so-that-the-block-does-not-slip-on-the-wedge-the-force-exerted-by-the-wedge-on-the-block-has-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTg5-three-rigid-rods-are-joined-to-form-an-equilateral-triangle-abc-of-side-1-m-three-particles-carrying-charges-20-pc-each-are-attached-to-the-vertices-of-the-triangle-the-whole-system-is-at-rest-in-an-i https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTkw-a-force-f-1-acts-on-a-particle-so-as-to-accelerate-it-from-rest-to-a-velocity-v-the-force-f-1-is-then-replaced-by-f-2-which-decelerates-it-to-rest-1-f-1-must-be-equal-to-f-2-2-f-1-may-be-equal-to-f-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTkz-a-smooth-wedge-a-is-fitted-in-a-chamber-hanging-from-a-fixed-ceiling-near-the-earth-s-surface-a-block-b-placed-at-the-top-of-the-wedge-takes-a-time-t-to-slide-down-the-length-of-the-wedge-if-the-block https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTk0-in-an-imaginary-atmosphere-the-air-exerts-a-small-force-f-on-any-particle-in-the-direction-of-the-particle-s-motion-a-particle-of-mass-m-projected-upward-takes-a-time-t-1-in-reaching-the-maximum-heigh https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTk1-a-person-standing-on-the-floor-of-an-elevator-drops-a-coin-the-coin-reaches-the-floor-of-the-elevator-in-a-time-t-1-if-the-elevator-is-stationary-and-in-time-t-2-if-it-is-moving-uniformly-then-1-t-1-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTk3-a-free-238u-nucleus-kept-in-a-train-emits-an-alpha-particle-when-the-train-is-stationary-a-nucleus-decays-and-a-passenger-measures-that-the-separation-between-the-alpha-particle-and-the-recoiling-nucl https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTU2-in-the-arrangement-shown-in-the-figure-the-ends-p-and-q-of-an-inextensible-string-move-downwards-with-uniform-speed-u-pulleys-a-and-b-are-fixed-the-mass-m-moves-upwards-with-a-speed-1-2u-cos-theta-2-u https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjA3-in-a-situation-the-contact-force-by-a-rough-horizontal-surface-on-a-body-placed-on-it-has-constant-magnitude-if-the-angle-between-this-force-and-the-vertical-is-decreased-the-frictional-force-between https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjA4-while-walking-on-ice-one-should-take-small-steps-to-avoid-slipping-this-is-because-smaller-steps-ensure-1-larger-friction-2-smaller-friction-3-larger-normal-force-4-smaller-normal-force-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjE1-a-body-of-mass-m-is-kept-on-a-rough-horizontal-surface-friction-coefficient-a-person-is-trying-to-pull-the-body-by-applying-a-horizontal-force-but-the-body-is-not-moving-the-force-by-the-surface-on-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjE2-a-scooter-starting-from-rest-moves-with-constant-acceleration-for-a-time-t1-then-with-a-constant-velocity-for-the-next-t2-and-finally-with-a-constant-deceleration-for-the-next-t3-to-come-to-rest-a-500 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjIy-consider-the-situation-shown-in-the-figure-the-wall-is-smooth-but-the-surfaces-of-a-and-b-in-contact-are-rough-the-friction-on-b-due-to-a-in-equilibrium-1-is-upward-2-is-downward-3-is-zero-4-the-syste https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjIz-suppose-all-the-surfaces-in-the-previous-problem-are-rough-the-direction-of-friction-on-b-due-to-a-1-is-upward-2-is-downward-3-is-zero-4-depends-on-the-masses-of-a-and-b-previous-problem-consider-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjI0-two-cars-of-unequal-masses-use-similar-tyres-if-they-are-moving-at-the-same-initial-speed-the-minimum-stopping-distance-1-is-smaller-for-the-heavier-car-2-is-smaller-for-the-lighter-car-3-is-the-same https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjMw-in-order-to-stop-a-car-in-shortest-distance-on-a-horizontal-road-one-should-1-apply-the-brakes-very-hard-so-that-the-wheels-stop-rotating-2-apply-the-brakes-hard-enough-to-just-prevent-slipping-3-pump https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjMx-a-block-a-kept-on-an-inclined-surface-just-begins-to-slide-if-the-inclination-is-30-the-block-is-replaced-by-another-block-b-and-it-is-found-that-it-just-begins-to-slide-if-the-inclination-is-40-1-mas https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjMy-a-boy-of-mass-m-is-applying-a-horizontal-force-to-slide-a-box-of-mass-m-on-a-rough-horizontal-surface-the-coefficient-of-friction-between-the-shoes-of-the-boy-and-the-floor-is-and-that-between-the-box https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjMz-let-f-f-n-and-f-denote-the-magnitudes-of-the-contact-force-normal-force-and-the-friction-exerted-by-one-surface-on-the-other-kept-in-contact-if-none-of-these-is-zero-a-f-f-n-b-f-f-c-f-n-f-d-f-n-f-choo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjM0-the-contact-force-exerted-by-a-body-a-on-another-body-b-is-equal-to-the-normal-force-between-the-bodies-we-conclude-that-a-the-surfaces-must-be-frictionless-b-the-force-of-friction-between-the-bodies https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjQx-a-block-is-placed-on-a-rough-floor-and-a-horizontal-force-f-is-applied-on-it-the-force-of-friction-f-by-the-floor-on-the-block-is-measured-for-different-values-of-f-and-a-graph-is-plotted-between-them https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjQy-consider-a-vehicle-going-on-a-horizontal-road-towards-the-east-neglect-any-force-by-the-air-the-frictional-forces-on-the-vehicle-by-the-road-a-is-towards-east-if-the-vehicle-is-accelerating-b-is-zero https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjQ4-when-a-particle-moves-in-a-circle-with-a-uniform-speed-1-its-velocity-and-acceleration-are-both-constant-2-its-velocity-is-constant-but-the-acceleration-changes-3-its-acceleration-is-constant-but-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjYy-a-particle-of-mass-m-rotates-with-a-uniform-angular-speed-omega-it-is-viewed-from-a-frame-rotating-about-the-z-text-axis-with-a-uniform-angular-speed-omega-0-the-centrifugal-force-on-the-particle-is-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjYz-a-particle-is-kept-fixed-on-a-turntable-rotating-uniformly-as-seen-from-the-ground-the-particle-goes-in-a-circle-its-speed-is-20-cm-s-and-acceleration-is-20-cm-s2-the-particle-is-now-shifted-to-a-new https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjY2-water-in-a-bucket-is-whirled-in-a-vertical-circle-with-a-string-attached-to-it-the-water-does-not-fall-down-even-when-the-bucket-is-inverted-at-the-top-of-its-path-we-conclude-that-in-this-position-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjcw-a-stone-of-mass-m-tied-to-a-string-of-length-l-is-rotated-in-a-circle-with-the-other-end-of-the-string-as-the-centre-the-speed-of-the-stone-is-v-if-the-string-breaks-the-stone-will-move-1-towards-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjcx-a-coin-placed-on-a-rotating-turntable-just-slips-if-it-is-placed-at-a-distance-of-4-cm-from-the-centre-if-the-angular-velocity-of-the-turntable-is-doubled-it-will-just-slip-at-a-distance-of-1-1-cm-2-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjcy-a-motorcycle-is-going-on-an-overbridge-of-radius-r-the-driver-maintains-a-constant-speed-as-the-motorcycle-is-ascending-on-the-overbridge-the-normal-force-on-it-1-increases-2-decreases-3-remains-the-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjcz-three-identical-cars-a-b-and-c-are-moving-at-the-same-speed-on-three-bridges-the-car-a-goes-on-a-plane-bridge-b-on-a-bridge-convex-upward-and-c-goes-on-a-bridge-concave-upward-let-fa-fb-and-fc-be-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjc0-a-train-a-runs-from-east-to-west-and-another-train-b-of-the-same-mass-runs-from-west-to-east-at-the-same-speed-along-the-equator-a-presses-the-track-with-a-force-f1-and-b-presses-the-track-with-a-forc https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjgw-if-the-earth-stops-rotating-the-apparent-value-of-g-on-its-surface-will-1-increase-everywhere-2-decrease-everywhere-3-remain-the-same-everywhere-4-increase-at-some-places-and-remain-the-same-at-some-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjgx-a-rod-of-length-l-is-pivoted-at-one-end-and-is-rotated-with-a-uniform-angular-velocity-in-a-horizontal-plane-let-t1-and-t2-be-the-tensions-at-the-points-l-4-and-3l-4-away-from-the-pivoted-ends-1-t1-t2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjgy-a-simple-pendulum-having-a-bob-of-mass-m-is-suspended-from-the-ceiling-of-a-car-used-in-a-stunt-film-shooting-the-car-moves-up-along-an-inclined-cliff-at-a-speed-v-and-makes-a-jump-to-leave-the-cliff https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjgz-let-denote-the-angular-displacement-of-a-simple-pendulum-oscillating-in-a-vertical-plane-if-the-mass-of-the-bob-is-m-the-tension-in-the-string-is-mg-cos-1-always-2-never-3-at-the-extreme-positions-4-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjky-assume-that-the-earth-goes-round-the-sun-in-a-circular-orbit-with-a-constant-speed-of-30-km-s-1-the-average-velocity-of-the-earth-from-1st-jan-90-to-30th-june-90-is-zero-2-the-average-acceleration-dur https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMjk1-a-car-of-mass-m-is-moving-on-a-horizontal-circular-path-of-radius-r-at-an-instant-its-speed-is-v-and-is-increasing-at-a-rate-a-a-the-acceleration-of-the-car-is-towards-the-centre-of-the-path-b-the-mag https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMzAx-a-circular-road-of-radius-r-is-banked-for-a-speed-v-40-km-hr-a-car-of-mass-m-attempts-to-go-on-the-circular-road-the-friction-coefficient-between-the-tyre-and-the-road-is-negligible-a-the-car-cannot-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMzAy-a-person-applies-a-constant-force-overrightarrow-f-on-a-particle-of-mass-m-and-finds-that-the-particle-moves-in-a-circle-of-radius-r-with-a-uniform-speed-v-as-seen-from-an-inertial-frame-of-reference https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMzkw-internal-forces-can-change-1-the-linear-momentum-but-not-the-kinetic-energy-2-the-kinetic-energy-but-not-the-linear-momentum-3-linear-momentum-as-well-as-kinetic-energy-4-neither-the-linear-momentum-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyNDE5-a-shell-is-fired-from-a-cannon-with-a-velocity-v-at-an-angle-with-the-horizontal-direction-at-the-highest-point-in-its-path-it-explodes-into-two-pieces-of-equal-masses-one-of-the-pieces-retraces-its-p https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyNjM2-one-end-of-a-uniform-rod-of-mass-m-and-length-i-is-clamped-the-rod-lies-on-a-smooth-horizontal-surface-and-rotates-on-it-about-the-clamped-end-at-a-uniform-angular-velocity-the-force-exerted-by-the-cl https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyNjgz-in-rear-wheel-drive-cars-the-engine-rotates-the-rear-wheels-and-the-front-wheels-rotate-only-because-the-car-moves-if-such-a-car-accelerates-on-a-horizontal-road-the-friction-a-on-the-rear-wheels-is-i https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzAyMTgz-a-car-accelerates-on-a-horizontal-road-due-to-the-force-exerted-by-1-the-engine-of-the-car-2-the-driver-of-the-car-3-the-earth-4-the-road-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MTQ1OTEy-a-spring-of-force-constant-k-is-cut-into-lengths-of-ratio-1-2-3-they-are-connected-in-series-and-the-new-force-constant-is-k-k-k-if-they-are-connected-in-parallel-and-force-constant-is-k-thenk-k-k-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-pb246NTEwNDM-a-bullet-of-mass-10g-moving-horizontal-with-a-velocity-of-400-m-s-strikes-a-wood-block-of-mass-2-kg-which-is-suspended-by-light-inextensible-string-of-length-5-m-as-result-the-centre-of-gravity-of-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzU4MjUz-a-car-is-moving-in-a-circular-horizontal-track-of-radius-10-text-m-with-a-constant-speed-of-10-text-m-s-a-bob-is-suspended-from-the-roof-of-the-car-by-a-light-wire-of-length-1-0-text-m-the-angle-made https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzU4MjYy-a-person-holding-a-rifle-mass-of-person-and-rifle-together-is-100-kg-stands-on-a-smooth-surface-and-fires-10-shots-horizontally-in-5-s-each-bullet-has-a-mass-of-10-mathrm-g-with-a-muzzle-velocity-of-8 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzMxMTY2-a-3-kg-block-is-pressed-against-a-vertical-wall-with-a-coefficient-of-friction-mu-dfrac-3-4-what-minimum-force-should-be-applied-to-the-block-in-order-to-prevent-it-from-falling-down-take-g-10-text-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1MDk0-given-below-are-two-statements-statement-i-when-a-railway-engine-pulls-a-train-and-the-system-moves-forward-the-force-exerted-by-the-engine-on-the-train-is-greater-than-that-exerted-by-the-train-on-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzMxMTY4-the-acceleration-of-the-4-kg-block-is-1-dfrac-3-g-5-text-down-2-dfrac-6-g-5-text-down-3-dfrac-g-5-text-down-4-dfrac-11-g-5-text-down-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzA2MTYz-a-block-of-mass-m-placed-on-a-rough-incline-as-shown-is-observed-to-remain-at-rest-the-coefficient-of-friction-is-mu-the-net-force-exerted-by-the-incline-on-the-block-equals-in-magnitude-1-mg-cos-thet https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzMxMTgw-a-uniform-rod-is-pivoted-at-one-of-its-ends-so-that-it-can-rotate-freely-in-a-vertical-plane-initially-it-hangs-vertically-as-shown-in-the-figure-a-sharp-impulse-is-delivered-to-the-rod-at-its-lowest https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM1MTQz-a-box-is-moving-down-a-frictionless-30-circ-incline-and-a-particle-is-projected-within-the-box-the-acceleration-of-the-particle-relative-to-the-box-is-1-g-2-g-text-sin-30-circ-3-g-text-cos-30-circ-4-g https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM3Njg3-in-the-system-shown-in-the-figure-the-strings-and-pulleys-are-ideal-and-the-block-a-moves-downward-while-b-moves-to-the-right-a-b-have-equal-masses-the-acceleration-of-the-block-b-is-1-dfrac-g-2-2-dfr https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwODc5-given-below-are-two-statements-statement-i-given-that-the-magnitude-of-the-acceleration-of-a-body-is-constant-the-force-acting-on-it-must-be-constant-statement-ii-newton-s-second-law-leads-to-the-stat https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM4MDk3-two-blocks-of-weight-1-kg-and-2-kg-are-placed-in-contact-with-each-other-on-a-smooth-horizontal-plane-horizontal-forces-are-applied-to-the-blocks-as-shown-the-blocks-move-together-only-if-1-f-leq10-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzA2MTk1-two-blocks-of-masses-2m-m-are-placed-on-a-smooth-horizontal-table-and-they-are-in-contact-on-their-smooth-slanted-surfaces-a-horizontal-force-f-equal-to-mg-is-applied-to-the-system-from-the-left-which https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM2NDYz-the-two-blocks-a-b-have-identical-masses-and-are-connected-by-an-ideal-string-the-block-b-lies-on-a-smooth-horizontal-table-with-the-connecting-string-horizontal-and-passing-over-a-smooth-light-pulley https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM1MTQ5-an-atwood-s-machine-with-blocks-of-masses-3-kg-and-2-kg-is-set-up-in-a-laboratory-the-string-is-taut-and-the-blocks-start-moving-at-t-0-the-relative-acceleration-of-the-blocks-has-the-magnitude-1-dfra https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzEyNTMw-an-astronaut-in-a-space-shuttle-orbiting-close-to-the-earth-s-surface-take-g-10-text-m-s-2-suddenly-fires-his-engines-so-as-to-give-him-a-forward-acceleration-of-dfrac-3g-4-along-the-direction-of-his https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM0MjQ0-the-two-blocks-a-b-are-connected-by-an-inextensible-string-and-are-lying-on-a-horizontal-surface-the-blocks-move-under-the-action-of-forces-of-magnitudes-f-1-and-f-2-as-shown-in-the-figure-the-surface https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzEyNTM2-the-average-force-needed-to-accelerate-a-car-weighing-500-text-kg-from-rest-to-36-text-km-h-through-a-distance-of-25-text-m-up-a-30-circ-incline-is-g-10-text-m-s-2-1-1000-text-n-2-2500-text-n-3-1500-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzEyNTUx-a-ball-of-mass-m-falls-from-a-height-h-onto-the-ground-and-rebounds-to-a-height-dfrac-h-4-the-impulse-on-the-ball-from-the-ground-has-the-magnitude-1-dfrac-3-4-m-sqrt-2gh-2-dfrac-5-4-m-sqrt-2gh-3-dfra https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzMxMTY1-there-is-no-friction-anywhere-and-the-string-and-the-pulley-are-ideal-assume-that-m-1-down-the-plane-is-a-then-1-as-dfrac-m-1-m-2-rightarrow-1-a-rightarrow-0-2-as-dfrac-m-1-m-2-rightarrow-0-a-rightarr https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM3Njg2-a-2-kg-brick-is-placed-on-the-ground-as-shown-and-it-is-symmetrically-cut-into-two-equal-pieces-by-a-plane-ab-which-is-at-45-circ-with-the-horizontal-the-system-remains-at-rest-the-force-of-friction-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzM1ODkx-a-balloon-ascending-with-an-acceleration-a-has-a-ballast-of-mass-m-thrown-out-and-it-is-observed-to-move-upward-with-double-the-acceleration-the-mass-of-the-remaining-part-after-the-ballast-is-thrown https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzEyNDE0-blocks-a-and-b-are-connected-as-shown-by-an-ideal-string-passing-over-a-smooth-pulley-and-released-from-rest-take-g-10-text-m-s-2-the-acceleration-of-the-block-b-relative-to-a-will-be-1-5-text-m-s-2-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQwODc2-a-block-of-mass-5-kg-requires-a-minimum-horizontal-force-of-20-n-to-cause-it-to-move-take-g-10-m-s2-let-mu-s-be-the-coefficient-of-static-friction-and-mu-small-k-be-that-of-kinetic-friction-1-mu-s-0-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzEyNDE5-the-two-blocks-are-at-rest-on-a-smooth-horizontal-plane-and-are-connected-by-strings-passing-over-a-smooth-light-pulley-as-shown-the-strings-are-vertical-while-the-force-f-applied-to-the-pulley-is-ver https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzEyNTMy-the-mass-m-can-slide-along-a-smooth-radial-groove-in-a-horizontal-turntable-at-the-other-end-is-attached-a-spring-so-that-the-mass-m-presses-against-the-spring-as-it-moves-outward-the-free-end-a-of-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg4NjEx-a-0-5-text-kg-mass-is-in-contact-against-the-inner-wall-of-a-cylindrical-drum-of-radius-4-text-m-rotating-about-its-vertical-axis-the-minimum-rotational-speed-of-the-drum-to-enable-the-mass-to-remain https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg4NjIy-two-blocks-of-masses-2-text-kg-and-1-text-kg-respectively-are-tied-to-the-ends-of-a-string-which-passes-over-a-light-frictionless-pulley-as-shown-in-the-figure-below-the-masses-are-held-at-rest-at-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg4NzQw-a-spherical-ball-of-mass-2-text-kg-falls-from-a-height-of-10-text-m-and-is-brought-to-rest-after-penetrating-10-text-cm-into-sand-the-average-force-exerted-by-sand-the-ball-is-in-n-1-1980-2-2020-3-200 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg5NTI0-the-velocity-at-which-6-text-kg-mass-shown-in-figure-strikes-the-ground-when-it-is-released-from-a-height-of-6-text-m-above-the-ground-is-in-m-s-assume-pulley-is-massless-and-string-is-light-and-inext https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg5NTQx-a-block-takes-t-time-to-slide-down-a-plane-inclined-at-45-circ-to-the-horizontal-if-the-surface-is-made-smooth-frictionless-the-block-takes-time-dfrac-t-2-to-slide-down-the-plane-the-coefficient-of-fr https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg5NjU3-two-blocks-p-and-q-with-respectively-masses-2-text-kg-and-1-5-text-kg-are-joined-by-a-massless-thread-these-blocks-are-mounted-on-a-frictionless-pully-which-is-fixed-on-the-edge-of-a-cube-s-as-shown-i https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg5NjYz-a-lift-of-mass-1600-text-kg-is-supported-by-thick-iron-wire-if-the-maximum-stress-which-the-wire-can-withstand-is-4-times-10-8-text-n-m-2-and-its-radius-is-4-text-mm-then-maximum-acceleration-the-lift https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg5NTEx-three-masses-m-1-4-text-kg-m-2-4-text-kg-and-m-3-6-text-kg-are-suspended-from-a-fixed-smooth-frictionless-pully-as-shown-in-the-figure-below-the-value-of-dfrac-t-1-t-2-is-take-g-10-text-m-s-2-1-dfrac https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg5NTY1-a-wedge-y-with-mass-of-10-text-kg-and-all-frictionless-surfaces-and-the-inclined-surface-making-37-circ-with-horizontal-a-block-x-with-mass-2-text-kg-is-placed-at-the-highest-point-of-the-wedge-as-sho https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg5Njc0-two-wires-as-shown-in-the-figure-below-made-of-steel-and-have-breaking-stress-of-12-times-10-8-text-n-m-2-area-of-cross-section-of-upper-wire-is-0-008-text-cm-2-and-of-lower-wire-is-0-004-text-cm-2-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg5MDgx-a-mass-of-1-text-kg-is-kept-on-a-inclined-plane-with-30-circ-inclination-with-respect-to-horizontal-plane-and-it-is-at-rest-initially-then-the-whole-assembly-is-moved-up-with-constant-velocity-of-4-te https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg5NTAx-a-solid-cylinder-having-radius-r-and-length-l-is-slipping-on-a-rough-horizontal-plane-at-time-t-0-the-cylinder-has-a-translational-velocity-v-0-49-text-m-s-perpendicular-to-axis-and-a-rotational-veloc https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTg5Njcy-the-time-taken-by-a-block-of-mass-m-to-slide-down-from-the-highest-point-to-the-lowest-point-on-a-rough-inclined-plane-is-50-more-compared-to-the-time-taken-by-the-same-block-on-identical-inclined-smo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTgxNDc2-the-pulley-shown-in-figure-is-made-using-a-thin-rim-and-two-rods-of-length-equal-to-diameter-of-the-rim-the-rim-and-each-rod-have-a-mass-of-m-two-blocks-of-mass-of-m-and-m-are-attached-to-two-ends-of https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTgxNjcz-a-large-drum-having-radius-r-is-spinning-around-its-axis-with-angular-velocity-omega-as-shown-in-figure-the-minimum-value-of-omega-so-that-a-body-of-mass-m-remains-stuck-to-the-inner-wall-of-the-drum https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTgxODcz-a-spring-of-force-constant-15-text-n-m-is-cut-into-two-pieces-if-the-ratio-of-their-length-is-1-3-then-the-force-constant-of-smaller-piece-is-in-n-m-1-15-2-20-3-60-4-45-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTgxODk0-in-the-given-figure-the-blocks-a-b-text-and-c-weights-4-text-kg-6-text-kg-and-8-text-kg-respectively-the-co-efficient-of-sliding-friction-between-any-two-surfaces-is-0-5-the-force-overrightarrow-f-req https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTgwOTAw-a-flexible-chain-of-mass-m-hangs-between-two-fixed-points-at-the-same-level-the-inclination-of-the-chain-with-horizontal-at-the-two-points-of-support-is-30-circ-considering-the-equilibrium-of-each-hal https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTgyMTY5-a-block-of-mass-5-text-kg-is-moving-on-inclined-plane-which-makes-an-angle-of-30-circ-with-the-horizontal-friction-coefficient-between-the-block-and-inclined-plane-surface-is-dfrac-sqrt-3-2-the-force https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTgyNTgw-a-small-block-of-mass-m-slides-down-from-the-top-of-a-frictionless-inclined-surface-while-the-inclined-plane-is-moving-towards-left-with-constant-acceleration-a-e-the-angle-between-the-inclined-plane https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTQxMDYy-a-block-of-mass-25-text-kg-is-pulled-along-a-horizontal-surface-by-a-force-at-an-angle-45-circ-with-the-horizontal-the-friction-coefficient-between-the-block-and-the-surface-is-0-25-the-block-travels https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTQwOTc0-a-body-of-mass-m-is-suspended-by-two-strings-making-angles-theta-1-and-theta-2-with-the-horizontal-ceiling-with-tensions-t-1-and-t-2-simultaneously-t-1-and-t-2-are-related-by-t-1-sqrt-3-t-2-then-the-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTQwOTUw-a-body-of-mass-2-text-kg-moving-with-velocity-of-vec-v-in-3-hat-i-4-hat-j-text-m-s-enters-into-a-constant-force-field-of-6-text-n-directed-along-positive-z-text-axis-if-the-body-remains-in-the-field-f https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTQwODQy-an-object-with-mass-500-text-g-moves-along-x-text-axis-with-speed-v-4-sqrt-x-text-m-s-the-force-acting-on-the-object-is-1-4-text-n-2-6-text-n-3-8-text-n-4-5-text-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTQwNzE5-a-body-of-mass-1-text-kg-is-suspended-with-the-help-of-two-strings-making-angles-as-shown-in-figure-magnitudes-of-tensions-t-1-and-t-2-respectively-are-in-text-n-take-acceleration-due-to-gravity-10-te https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTQwNjkz-a-cubie-block-of-mass-m-is-sliding-down-on-an-inclined-plane-at-60-circ-with-an-acceleration-dfrac-g-2-the-value-of-coefficient-of-kinetic-friction-is-1-sqrt-dfrac-3-2-2-sqrt-3-1-3-1-sqrt-dfrac-3-2-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTM2MTU4-a-string-of-length-l-is-fixed-at-one-end-and-carries-a-mass-of-m-at-the-other-end-the-mass-makes-3-pi-rotations-per-second-about-the-vertical-axis-passing-through-end-of-the-string-as-shown-the-tensio https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTM2MDgw-a-balloon-and-its-content-having-mass-m-is-moving-up-with-an-acceleration-a-the-mass-that-must-be-released-from-the-content-so-that-the-balloon-starts-moving-up-with-an-acceleration-3a-will-be-take-g https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTM1OTIz-a-massless-spring-gets-elongated-by-amount-x-1-under-a-tension-of-5-text-n-its-elongation-is-x-2-under-the-tension-of-7-text-n-for-the-elongation-of-5x-1-2x-2-the-tension-in-the-spring-will-be-1-11-te https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTM1Nzg2-a-car-of-mass-m-is-moving-on-a-banked-curve-of-radius-r-and-banking-angle-theta-to-prevent-the-car-from-slipping-the-maximum-permissible-speed-is-v-0-the-coefficient-of-friction-mu-between-the-tyres-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTIwODI1-a-1-kg-mass-is-suspended-from-the-ceiling-by-a-rope-of-length-4-m-a-horizontal-force-f-is-applied-at-the-midpoint-of-the-rope-so-that-the-rope-makes-an-angle-of-45-circ-with-respect-to-the-vertical-ax https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTIwNTE1-a-light-unstretchable-string-passing-over-a-smooth-light-pulley-connects-two-blocks-of-masses-m-1-and-m-2-if-the-acceleration-of-the-system-is-g-8-then-the-ratio-of-the-masses-m-2-m-1-is-1-4-3-2-5-3-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTE5Nzkz-a-body-of-weight-200-n-is-suspended-from-a-tree-branch-through-a-chain-of-mass-10-kg-the-branch-pulls-the-chain-by-a-force-equal-to-if-g-10-mathrm-m-mathrm-s-2-1-300-n-2-150-n-3-100-n-4-200-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTE5Nzg4-a-car-of-800-kg-is-taking-turn-on-a-banked-road-of-radius-300-m-and-angle-of-banking-30-if-coefficient-of-static-friction-is-0-2-then-the-maximum-speed-with-which-car-can-negotiate-the-turn-safely-g-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NTE3NTc2-a-light-string-passing-over-a-smooth-light-pulley-connects-two-blocks-of-masses-text-m-1-and-text-m-2-where-text-m-2-text-m-1-if-the-acceleration-of-the-system-is-text-g-sqrt-2-then-the-ratio-of-the-m https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4MzEw-a-ball-of-mass-120-text-g-moving-with-initial-velocity-25-text-m-s-is-stopped-by-an-external-force-f-in-0-1-second-then-the-value-of-force-is-in-newton-1-60-text-n-2-40-text-n-3-100-text-n-4-30-text-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4Mjkx-two-forces-overrightarrow-f-1-6-hat-i-3-hat-j-hat-k-text-n-text-and-overrightarrow-f-2-2-hat-i-hat-j-3-hat-k-text-n-act-simultaneously-on-a-particle-of-mass-4-text-kg-what-is-the-magnitude-of-the-part https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU2NDk1-given-below-are-two-statements-statement-i-the-limiting-force-of-static-friction-depends-on-the-area-of-contact-and-is-independent-of-the-nature-of-the-materials-statement-ii-the-limiting-force-of-kin https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU1Njc2-a-block-of-mass-2-text-kg-is-placed-on-a-horizontal-disc-that-rotates-with-a-constant-angular-velocity-of-4-text-rad-s-the-block-is-located-at-a-distance-of-1-text-m-from-the-axis-of-rotation-if-the-b https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU1NjAw-a-ball-released-from-a-height-10-text-m-strikes-the-ground-and-rebounds-at-the-height-of-5-text-m-then-the-impulse-imparted-by-the-ground-while-collision-given-the-mass-of-the-ball-is-100-text-g-is-ta https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU1NTg0-the-acceleration-of-the-2-text-kg-block-is-shown-in-the-diagram-is-neglect-friction-1-frac-4g-15-2-frac-2g-15-3-frac-g-15-4-frac-2g-3-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU1MzQw-a-particle-is-placed-on-the-parabolic-curve-y-dfrac-x-2-4-where-the-coefficient-of-friction-between-the-particle-and-the-surface-is-mu-0-5-what-is-the-maximum-vertical-height-above-the-x-text-axis-at https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU1MjY0-three-blocks-of-masses-2-text-kg-3-text-kg-and-5-text-kg-are-connected-in-a-straight-line-on-a-smooth-horizontal-surface-as-shown-in-the-figure-a-horizontal-force-of-10-text-n-is-applied-to-the-5-text https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU0OTI1-a-train-moves-along-a-circular-track-of-radius-r-with-speed-v-the-track-has-a-width-w-w-ll-r-to-ensure-safe-motion-without-relying-on-friction-the-outer-rail-is-elevated-above-the-inner-rail-what-shou https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU0ODY3-a-block-of-mass-20-text-kg-is-placed-on-a-rough-surface-having-coefficient-of-friction-0-04-as-shown-in-the-figure-find-the-acceleration-of-the-system-when-it-is-released-1-3-text-m-s-2-2-text-m-s-3-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU0ODEz-an-artillery-gun-of-mass-m-1-fires-a-shell-of-mass-m-2-assuming-no-external-force-acts-on-the-system-what-is-the-ratio-of-the-kinetic-energy-of-the-artillery-to-that-of-the-shell-at-the-instant-of-fir https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU0Nzky-a-10-text-kg-block-m-slides-down-a-smooth-53-circ-incline-with-an-acceleration-of-2-text-m-s-2-it-is-connected-by-a-light-inextensible-string-over-a-frictionless-pulley-to-another-block-of-mass-m-on-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU0NDA1-in-the-system-shown-below-the-pulley-for-string-is-ideal-if-the-acceleration-of-blocks-is-frac-g-8-then-the-ratio-of-their-masses-frac-m-1-m-2-is-1-dfrac-9-7-2-dfrac-8-7-3-dfrac-5-7-4-dfrac-9-8-1-2-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU0Mzcx-on-two-separate-inclined-planes-one-smooth-and-the-other-rough-inclination-of-angle-theta-with-horizontal-two-particles-starting-from-rest-travel-the-same-length-in-time-t-and-nt-respectively-where-n https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDU0MzUx-for-the-block-shown-in-the-figure-f-1-is-the-minimum-force-required-to-move-the-block-upwards-and-f-2-is-the-minimum-force-required-to-prevent-it-from-slipping-then-the-value-of-overrightarrow-f-1-ove https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDQwMTM2-a-block-of-mass-50-text-kg-is-moving-with-a-speed-of-10-text-m-s-on-a-rough-horizontal-surface-take-friction-coefficient-is-0-3-then-the-kinetic-friction-acting-on-the-object-is-1-500-text-n-2-150-tex https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDM4MDU5-the-tension-t-in-the-given-string-is-1-220-text-n-2-192-text-n-3-320-text-n-4-270-text-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDM3OTU4-the-normal-force-between-the-table-and-5-text-kg-block-as-shown-in-the-diagram-is-take-g-10-text-m-s-2-1-306-text-n-2-303-text-n-3-296-text-n-4-297-text-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDM3OTAz-a-wooden-block-is-initially-at-rest-now-a-horizontal-force-is-applied-on-the-block-which-increases-linearly-with-time-the-acceleration-time-a-text-t-graph-for-the-block-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzY2NzA0-a-particle-of-mass-500-text-g-is-moving-with-a-velocity-given-by-vec-v-2-t-hat-i-3-t-2-hat-j-text-m-text-s-if-the-force-acting-on-the-particle-at-t-1-text-s-is-vec-f-hat-i-x-hat-j-text-n-then-the-valu https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMzUz-given-below-are-two-statements-assertion-a-if-the-weight-of-the-lift-is-equal-to-the-tension-force-in-the-cable-then-it-moves-with-uniform-velocity-reason-r-if-the-lift-moves-downward-with-an-accelera https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMzM4-in-the-figure-shown-two-blocks-of-masses-m-1-4-kg-and-m-2-1-kg-are-placed-over-a-smooth-fixed-wedge-connected-by-an-ideal-string-over-a-smooth-pulley-as-the-system-is-released-the-tension-in-the-strin https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMzAz-a-car-moving-with-a-constant-speed-of-2-m-s-in-a-circle-having-a-radius-r-a-pendulum-is-suspended-from-the-ceiling-of-the-car-the-angle-made-by-the-pendulum-with-vertical-is-take-r-frac-8-15-m-and-g-1 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMjk4-a-body-moving-horizontally-has-an-initial-speed-of-20-m-s-due-to-friction-the-body-stops-after-5-s-if-the-mass-of-the-body-is-5-kg-the-coefficient-of-friction-is-take-g-10-m-s2-1-0-1-2-0-2-3-0-3-4-0-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMjg3-a-ball-of-mass-1-kg-is-hanging-from-1-m-long-inextensible-string-which-can-withstand-a-maximum-tension-of-400-n-the-maximum-speed-u-that-should-be-given-to-the-ball-is-take-g-10-m-s2-1-sqrt-390-m-s-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMjI4-a-force-200-text-n-is-exerted-on-a-disc-of-mass-70-text-kg-as-shown-in-the-figure-what-is-the-normal-reaction-given-by-the-ground-on-the-disc-1-200-text-n-2-600-text-n-3-800-text-n-4-dfrac-200-sqrt-3 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMTU3-momentum-time-graph-of-an-object-moving-along-a-straight-line-is-as-shown-in-the-figure-if-p-2-p-1-1-a-b-2-a-c-3-b-a-4-b-c-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMTM4-a-block-remains-in-equilibrium-as-shown-if-the-mass-m-sqrt-3-kg-what-is-the-tension-in-the-string-1-sqrt-3-g-n-2-3g-n-3-dfrac-g-2-n-4-dfrac-g-sqrt-3-n-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMDky-a-ball-of-mass-2-mathrm-kg-is-dropped-from-a-height-of-9-8-mathrm-m-and-rebounds-to-a-height-of-4-9-mathrm-m-if-it-remains-in-contact-with-the-ground-for-0-2-mathrm-s-the-average-force-on-the-ball-exe https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMDgy-a-car-is-moving-on-a-circular-track-of-radius-50-text-cm-with-coefficient-of-friction-being-0-34-on-this-horizontal-track-the-maximum-safe-speed-for-turning-is-equal-to-take-g-10-text-m-s-2-1-1-03-tex https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMDgx-a-block-is-sliding-down-an-inclined-plane-of-inclination-30-circ-with-an-acceleration-of-dfrac-g-4-the-coefficient-of-friction-between-the-block-and-incline-is-1-dfrac-1-sqrt-3-2-dfrac-1-2-sqrt-3-3-df https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMDY1-a-block-is-placed-on-a-rough-inclined-plane-with-45-circ-inclination-if-minimum-force-required-to-push-the-block-up-the-incline-is-equal-to-2-times-the-minimum-force-required-to-slide-the-block-down-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYzMDQ4-a-block-of-mass-10-kg-is-subjected-to-a-force-f-as-shown-in-the-figure-if-the-coefficient-of-friction-is-0-25-what-is-the-minimum-value-of-f-required-to-make-the-block-slide-1-dfrac-200-4-sqrt-3-1-n-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzYyOTM3-a-force-of-30-n-is-applied-on-a-block-of-mass-5-kg-the-block-travels-a-distance-of-50-m-in-10-s-starting-from-rest-the-coefficient-of-friction-is-1-0-5-2-0-7-3-0-3-4-0-8-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2NzYw-a-hanging-mass-m-is-connected-to-four-times-bigger-mass-by-using-a-string-pulley-arrangement-as-shown-in-the-figure-the-bigger-mass-is-placed-on-a-horizontal-ice-slab-and-pulled-by-2-mg-force-in-this https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2MTQ1-one-end-of-a-massless-spring-of-spring-constant-k-and-natural-length-l-0-is-fixed-while-the-other-end-is-connected-to-a-small-object-of-mass-m-lying-on-a-frictionless-table-the-spring-remains-horizont https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2MTAx-a-system-of-two-blocks-of-masses-m-2-kg-and-m-8-kg-is-placed-on-a-smooth-table-as-shown-in-the-figure-the-coefficient-of-static-friction-between-two-blocks-is-0-5-the-maximum-horizontal-force-f-that-c https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2MDg4-a-system-of-10-balls-each-of-mass-2-kg-is-connected-via-massless-and-stretchable-string-the-system-is-allowed-to-slip-over-the-edge-of-a-smooth-table-as-shown-in-the-figure-when-6th-ball-just-leaves-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ2MDA2-a-ball-is-released-from-rest-from-point-p-of-a-smooth-semi-spherical-vessel-as-shown-in-the-figure-the-ratio-of-the-centripetal-force-and-the-normal-reaction-on-the-ball-at-point-q-is-a-while-the-angu https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1OTg1-a-block-of-mass-200-text-grams-is-kept-stationary-on-a-smooth-inclined-plane-by-applying-a-minimum-horizontal-force-f-sqrt-x-text-n-as-shown-in-the-figure-the-value-of-x-take-g-10-text-m-s-2-1-5-2-10 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1OTY1-a-disc-with-a-flat-small-bottom-beaker-placed-on-it-at-a-distance-r-from-its-centre-is-revolving-about-an-axis-passing-through-the-centre-and-perpendicular-to-its-plane-with-an-angular-velocity-omega https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1ODQy-a-uniform-chain-of-6-m-in-length-is-placed-on-a-table-such-that-a-part-of-its-length-is-hanging-over-the-edge-of-the-table-the-system-is-at-rest-the-coefficient-of-static-friction-between-the-chain-an https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1NzIy-an-object-of-mass-5-kg-is-thrown-vertically-upwards-from-the-ground-the-air-resistance-produces-a-constant-retarding-force-of-10-n-throughout-the-motion-the-ratio-of-time-of-ascent-to-the-descent-will https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1NjIz-a-boy-ties-a-stone-of-mass-100-g-to-the-end-of-a-2-m-long-string-and-whirls-it-around-in-a-horizontal-plane-the-string-can-withstand-the-maximum-tension-of-80-n-if-the-maximum-speed-with-which-the-sto https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1NjAz-a-tube-of-length-50-cm-is-filled-completely-with-an-incompressible-liquid-of-mass-250-g-and-closed-at-both-ends-the-tube-is-then-rotated-in-a-horizontal-plane-about-one-of-its-ends-with-a-uniform-angu https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1NTkz-if-the-momentum-of-a-body-is-increased-by-20-then-its-kinetic-energy-increases-by-1-36-2-40-3-44-4-48-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1NTky-two-bodies-of-masses-m1-5-kg-and-m2-3-kg-are-connected-by-a-light-string-going-over-a-smooth-light-pulley-on-a-smooth-inclined-plane-as-shown-in-the-figure-the-system-is-at-rest-the-force-exerted-by-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQ1NDEy-a-smooth-circular-groove-has-a-smooth-vertical-wall-as-shown-in-the-figure-a-block-of-mass-m-moves-against-the-wall-with-a-speed-v-which-of-the-following-curve-represents-the-correct-relation-between https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzODIw-a-block-of-mass-40-kg-slides-over-a-surface-when-a-mass-of-4-kg-is-suspended-through-an-inextensible-massless-string-passing-over-a-frictionless-pulley-as-shown-below-the-coefficient-of-kinetic-fricti https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzNjc2-a-uniform-metal-chain-of-mass-m-and-length-l-passes-over-a-massless-and-frictionless-pulley-it-is-released-from-rest-with-a-part-of-its-length-l-hanging-on-one-side-and-the-rest-of-its-length-l-l-is-h https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzNjc1-a-pressure-pump-has-a-horizontal-tube-of-a-cross-sectional-area-of-10-cm2-for-the-outflow-of-water-at-a-speed-of-20-m-s-the-force-exerted-on-the-vertical-wall-just-in-front-of-the-tube-which-stops-wat https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzNjQ1-in-two-different-experiments-an-object-of-mass-5-kg-moving-with-a-speed-of-25-ms-1-hits-two-different-walls-and-comes-to-rest-within-i-3-s-and-ii-5-s-respectively-choose-the-correct-option-from-the-fo https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzNjA5-a-block-of-mass-m-slides-down-on-a-rough-inclined-plane-with-constant-velocity-the-angle-made-by-the-incline-plane-with-horizontal-is-theta-the-magnitude-of-the-contact-force-will-be-1-mg-2-m-g-cos-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzNDA0-a-ball-of-mass-0-15-kg-hits-the-wall-with-its-initial-speed-of-12-ms-1-and-bounces-back-without-changing-its-initial-speed-if-the-force-applied-by-the-wall-on-the-ball-during-the-contact-is-100-n-calc https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzMzg5-a-monkey-of-mass-50-text-kg-climbs-on-a-rope-which-can-withstand-the-tension-t-of-350-text-n-the-monkey-initially-climbs-down-with-an-acceleration-of-4-text-m-s-2-and-then-climbs-up-with-an-accelerati https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzMzU3-three-masses-m-100-kg-m1-10-kg-and-m2-20-kg-are-arranged-in-a-system-as-shown-in-figure-all-the-surfaces-are-frictionless-and-strings-are-inextensible-and-weightless-the-pulleys-are-also-weightless-an https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzMzMw-four-forces-act-on-a-body-as-shown-in-the-figure-5-text-n-to-the-right-6-text-n-to-the-left-7-text-n-upward-and-8-text-n-downward-what-additional-force-magnitude-and-direction-measured-from-the-positi https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzMzI5-two-billiard-balls-of-mass-0-05-kg-each-moving-in-opposite-directions-with-10-ms-1-collide-and-rebound-with-same-speed-if-the-time-duration-of-contact-is-t-0-005-s-then-what-is-the-force-exerted-on-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246MzQzMzE3-four-forces-are-acting-at-a-point-p-in-equilibrium-as-shown-in-the-figure-if-the-ratio-of-force-f-1-to-f-2-is-1-x-then-the-value-of-x-is-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc5MTAy-the-initial-mass-of-a-rocket-is-1000-text-kg-calculate-at-what-rate-the-fuel-should-be-burnt-so-that-the-rocket-is-given-an-acceleration-of-20-text-m-s-2-the-gases-come-out-at-a-relative-speed-of-500 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc5MDky-two-blocks-of-masses-1-text-kg-and-2-text-kg-are-placed-one-above-the-other-on-a-smooth-horizontal-table-the-coefficient-of-static-friction-between-the-blocks-is-0-5-a-horizontal-force-f-is-applied-to https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc5MDYz-a-particle-of-mass-m-is-suspended-from-a-ceiling-through-a-string-of-length-l-the-particle-moves-in-a-horizontal-circle-of-radius-r-such-that-r-frac-l-sqrt2-the-speed-of-the-particle-will-be-1-sqrt-rg https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc5MDEw-a-force-overrightarrow-f-40-hat-i-10-hat-j-text-n-acts-on-a-body-of-mass-5-text-kg-if-the-body-starts-from-rest-its-position-vector-overrightarrow-r-at-time-t-10-text-s-will-be-1-100-hat-i-100-hat-j-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4ODk2-two-billiard-balls-of-equal-mass-30-text-g-strike-a-rigid-wall-with-the-same-speed-of-108-text-kmph-as-shown-but-at-different-angles-if-the-balls-get-reflected-with-the-same-speed-then-the-ratio-of-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4ODY4-the-projectile-motion-of-a-particle-of-mass-5-text-g-is-shown-in-the-figure-the-initial-velocity-of-the-projectile-is-5-sqrt-2-text-m-s-1-and-air-resistance-is-assumed-to-be-negligible-the-magnitude-o https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4ODE2-a-solid-cylinder-of-mass-m-is-wrapped-with-an-inextensible-light-string-and-is-placed-on-a-rough-inclined-plane-as-shown-in-the-figure-the-frictional-force-acting-between-the-cylinder-and-the-inclined https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4NTgw-a-particle-of-mass-m-originally-at-rest-is-subjected-to-a-force-whose-direction-is-constant-but-whose-magnitude-varies-with-time-according-to-the-relation-f-f-0-left-1-bigg-dfrac-t-t-t-bigg-2-right-wh https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4NDQy-a-body-of-mass-m-is-projected-upward-along-a-rough-inclined-plane-that-makes-an-angle-of-30-circ-with-the-horizontal-it-is-observed-that-the-time-of-ascent-is-exactly-half-the-time-of-descent-what-is https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4Mzgz-a-bullet-of-mass-0-1-text-kg-is-fired-on-a-wooden-block-to-pierce-through-it-but-it-stops-after-moving-a-distance-of-50-text-cm-into-it-if-the-velocity-of-the-bullet-before-hitting-the-wood-is-10-text https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4Mjk2-wires-w-1-text-and-w-2-are-made-of-the-same-material-having-the-breaking-stress-of-1-25-times-10-9-text-n-m-2-w-1-text-and-w-2-have-cross-sectional-area-of-8-times-10-7-text-m-2-text-and-4-times-10-7 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4MjI5-when-a-body-slides-down-from-rest-along-a-smooth-inclined-plane-making-an-angle-of-30-circ-with-the-horizontal-it-takes-time-t-when-the-same-body-slides-down-from-the-rest-along-a-rough-inclined-plane https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4MjA4-an-object-of-mass-m-is-being-moved-with-a-constant-velocity-under-the-action-of-an-applied-force-of-2-text-n-along-a-frictionless-surface-with-the-following-surface-profile-the-correct-applied-force-v https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4MTk0-a-block-of-mass-m-slides-on-the-wooden-wedge-which-in-turn-slides-backward-on-the-horizontal-surface-the-acceleration-of-the-block-with-respect-to-the-wedge-is-given-m-8-text-kg-m-16-text-kg-assume-al https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4MTg5-four-particles-each-of-mass-m-move-along-a-circle-of-radius-r-under-the-action-of-their-mutual-gravitational-attraction-as-shown-in-the-figure-the-speed-of-each-particle-is-1-frac-1-2-sqrt-frac-g-m-r https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3NTQ0-a-body-of-mass-200-text-g-is-tied-to-a-spring-constant-of-12-5-text-n-m-while-the-other-end-of-the-spring-is-fixed-at-a-point-o-if-the-body-moves-about-o-in-a-circular-path-on-a-smooth-horizontal-surf https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4MTAw-a-bullet-of-4-text-g-mass-is-fired-from-a-gun-of-mass-4-text-kg-if-the-bullet-moves-with-the-muzzle-speed-of-50-text-ms-1-the-impulse-imparted-to-the-gun-velocity-of-recoil-of-the-gun-is-1-0-4-text-kg https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3NzYx-the-time-taken-by-an-object-to-slide-down-45-circ-rough-inclined-plane-is-n-times-as-it-takes-to-slide-down-a-perfectly-smooth-incline-plane-the-coefficient-of-kinetic-friction-between-the-object-and https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3Nzc4-a-constant-force-acts-on-a-20-kg-body-for-20-s-starting-from-rest-after-the-force-ceases-the-body-continues-to-move-and-covers-50-m-in-the-next-10-s-what-is-the-magnitude-of-the-applied-force-1-40-n-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4MDM5-a-steel-block-of-mass-10-text-kg-rests-on-a-horizontal-floor-three-identical-iron-cylinders-each-of-mass-20-text-kg-are-placed-on-the-block-as-shown-in-the-figure-the-block-together-with-the-three-cyl https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4MDI5-the-normal-reaction-n-for-a-vehicle-of-800-text-kg-mass-negotiating-a-turn-on-a-30-circ-banked-road-at-the-maximum-possible-speed-without-skidding-is-given-cos30-circ-0-87-mu-s-0-2-1-6-96-times10-3-te https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3OTk0-a-boy-of-mass-4-text-kg-is-standing-on-a-piece-of-wood-having-a-mass-5-text-kg-if-the-coefficient-of-friction-between-the-wood-and-the-floor-is-0-5-the-maximum-force-that-a-boy-can-exert-on-the-rope-s https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3OTQ1-a-body-of-mass-1-text-kg-rests-on-a-horizontal-floor-with-which-it-has-a-coefficient-of-static-friction-frac-1-sqrt-3-the-minimum-possible-force-that-has-to-be-applied-to-make-the-body-move-round-off https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3ODU1-the-boxes-of-masses-2-text-kg-text-and-8-text-kg-are-connected-by-a-massless-string-passing-over-smooth-pulleys-calculate-the-time-taken-by-the-box-of-mass-8-text-kg-to-strike-the-ground-starting-from https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3NjQ5-a-body-of-mass-2-text-kg-moves-under-a-force-of-2-hat-i-3-hat-j-5-hat-k-text-n-it-started-from-rest-and-was-at-the-origin-initially-after-4-text-s-its-new-coordinates-are-8-b-20-the-value-of-b-is-roun https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3NjM3-a-cyclist-travels-at-a-speed-of-7-text-km-hr-on-an-unbanked-road-and-takes-a-sharp-circular-turn-of-radius-2-text-m-without-reducing-speed-the-coefficient-of-static-friction-between-the-tyres-and-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3NTg3-two-blocks-m-0-5-text-kg-and-m-4-5-text-kg-are-arranged-on-a-horizontal-frictionless-table-as-shown-in-the-figure-the-coefficient-of-static-friction-between-the-two-blocks-is-frac-3-7-then-the-maximum https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3NTYx-a-modern-grand-prix-racing-car-of-mass-m-is-traveling-on-a-flat-track-in-a-circular-arc-of-radius-r-with-a-speed-v-if-the-coefficient-of-static-friction-between-the-tires-and-the-track-is-mu-s-then-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3NDMz-consider-a-frame-that-is-made-up-of-two-thin-massless-rods-ab-and-ac-as-shown-in-the-figure-a-vertical-force-vec-p-of-magnitude-100-text-n-is-applied-at-point-a-of-the-frame-suppose-the-force-is-vec-p https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3Mzkz-a-block-of-200-text-g-mass-moves-with-a-uniform-speed-in-a-horizontal-circular-groove-with-vertical-side-walls-of-radius-20-text-cm-if-the-block-takes-40-text-s-to-complete-one-round-the-normal-force https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3Mzcy-a-block-of-mass-m-slides-along-a-floor-while-a-force-of-magnitude-f-is-applied-to-it-at-an-angle-theta-as-shown-in-the-figure-the-coefficient-of-kinetic-friction-is-mu-k-then-the-block-s-acceleration https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc5MTI0-a-particle-is-projected-with-velocity-v-0-along-x-axis-a-damping-force-is-acting-on-the-particle-which-is-proportional-to-the-square-of-the-distance-from-the-origin-i-e-ma-alpha-x-2-the-distance-at-wh https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc5MDI5-as-shown-in-the-figure-a-block-of-mass-sqrt-3-kg-is-kept-on-a-horizontal-rough-surface-of-coefficient-of-friction-dfrac-1-3-sqrt-3-the-critical-force-to-be-applied-on-the-vertical-surface-as-shown-at https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc5MDI0-a-person-standing-on-a-spring-balance-inside-a-stationary-lift-measures-60-kg-the-weight-of-that-person-if-the-lift-descends-with-the-uniform-downward-acceleration-of-1-8-m-s2-will-be-g-10-m-s2-1-321 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc4OTU0-an-inclined-plane-is-bent-in-such-a-way-that-the-vertical-cross-section-is-given-by-y-frac-x-2-4-where-y-is-in-vertical-and-x-in-the-horizontal-direction-if-the-upper-surface-of-this-curved-plane-is-r https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc4OTQ1-the-coefficient-of-static-friction-between-a-wooden-block-of-mass-0-5-kg-and-a-vertical-rough-wall-is-0-2-the-magnitude-of-horizontal-force-that-should-be-applied-on-the-block-to-keep-it-adhere-to-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4NDM1-a-particle-of-mass-m-is-attached-to-one-end-of-a-light-spring-with-spring-constant-k-and-natural-length-l-the-other-end-of-the-spring-is-fixed-the-system-rotates-in-a-circle-with-angular-speed-omega-i https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4NDE3-a-mass-of-10-text-kg-is-suspended-by-a-rope-of-length-4-text-m-from-the-ceiling-a-force-f-is-applied-horizontally-at-the-mid-point-of-the-rope-such-that-the-top-half-of-the-rope-makes-an-angle-of-45-c https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc5MjU1-a-small-ball-of-mass-m-is-thrown-upward-with-velocity-u-from-the-ground-the-ball-experiences-a-resistive-force-mkv-2-where-v-is-its-speed-the-maximum-height-attained-by-the-ball-is-1-frac-1-2-k-ln-lef https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc5MjIy-an-insect-is-at-the-bottom-of-a-hemispherical-ditch-of-radius-1-text-m-it-crawls-up-the-ditch-but-starts-slipping-after-it-is-at-height-h-from-the-bottom-if-the-coefficient-of-friction-between-the-gro https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc4NjYy-a-spaceship-in-space-sweeps-stationary-interplanetary-dust-as-a-result-its-mass-increases-at-a-rate-dfrac-d-m-t-d-t-b-v-2-t-where-v-t-is-its-instantaneous-velocity-the-instantaneous-acceleration-of-th https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc4NDg0-a-block-starts-moving-up-an-inclined-plane-of-inclination-30-circ-with-an-initial-velocity-of-v-0-it-comes-back-to-its-initial-position-with-velocity-frac-v-0-2-the-value-of-the-coefficient-of-kinetic https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc4MDg3-a-bead-of-mass-m-stays-at-point-p-a-b-on-a-wire-bent-in-the-shape-of-a-parabola-y-4cx-2-and-rotating-with-angular-speed-omega-see-figure-the-value-of-omega-is-neglect-friction-1-sqrt-dfrac-2-g-c-a-b-2 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc4MjQ4-a-block-kept-on-a-rough-inclined-plane-as-shown-in-the-figure-remains-at-rest-up-to-a-maximum-force-2-text-n-down-the-inclined-plane-the-maximum-external-force-up-the-inclined-plane-that-does-not-move https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3NDEz-a-mass-of-10-text-kg-is-suspended-vertically-by-a-rope-from-the-roof-when-a-horizontal-force-is-applied-to-the-rope-at-some-point-the-rope-deviates-at-an-angle-of-45-circ-at-the-roof-point-if-the-susp https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3MTY4-a-block-of-mass-10-text-kg-is-kept-on-a-rough-inclined-plane-as-shown-in-the-figure-a-force-of-3-text-n-is-applied-to-the-block-the-coefficient-of-static-friction-between-the-plane-and-the-block-is-0 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc3MzA2-a-uniform-rod-of-length-l-is-being-rotated-in-a-horizontal-plane-with-a-constant-angular-speed-about-an-axis-passing-through-one-of-its-ends-if-the-tension-generated-in-the-rod-due-to-rotation-is-t-x https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc3MDYx-a-block-of-mass-5-kg-is-i-pushed-in-case-a-and-ii-pulled-in-case-b-by-a-force-f-20-text-n-making-an-angle-of-30-circ-with-the-horizontal-as-shown-in-the-figures-the-coefficient-of-friction-between-the https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc2OTEy-a-smooth-wire-of-length-2-pi-r-is-bent-into-a-circle-and-kept-in-a-vertical-plane-a-bead-can-slide-smoothly-on-the-wire-when-the-circle-is-rotating-with-angular-speed-omega-about-the-vertical-diameter https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc2ODE2-two-blocks-a-and-b-of-masses-m-a-1-text-kg-and-m-b-3-text-kg-are-kept-on-the-table-as-shown-in-figure-the-coefficient-of-friction-between-a-and-b-is-0-2-and-between-b-and-the-surface-of-the-table-is-a https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3MjAz-a-given-object-takes-n-times-more-time-to-slide-down-a-45-circ-rough-inclined-plane-as-it-takes-to-slide-down-a-perfectly-smooth-45-incline-the-coefficient-of-kinetic-friction-between-the-object-and-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc4OTY3-the-mass-of-a-hydrogen-molecule-is-3-32-times-10-27-text-kg-if-10-23-hydrogen-molecules-strike-per-second-a-fixed-wall-of-area-2-text-cm-2-at-an-angle-of-45-circ-to-the-normal-and-rebound-elastically https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc4OTE0-a-particle-is-moving-with-a-uniform-speed-in-a-circular-orbit-of-radius-r-in-a-central-force-inversely-proportional-to-the-n-text-th-power-of-r-if-the-period-of-rotation-of-the-particle-is-t-then-1-t https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3Mjcz-concrete-mixture-is-made-by-mixing-cement-stone-and-sand-in-a-rotating-cylindrical-drum-if-the-drum-rotates-too-fast-the-ingredients-remain-stuck-to-the-wall-of-the-drum-and-proper-mixing-of-ingredien https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3MjI1-a-particle-of-mass-m-is-upon-by-a-force-f-given-by-the-empirical-law-f-r-over-t-2-v-t-if-this-law-is-to-be-tested-experimentally-by-observing-the-motion-from-rest-the-best-way-is-to-plot-1-log-v-t-aga https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3MTI4-a-rocket-is-fired-vertically-from-the-earth-with-an-acceleration-of-2g-where-g-is-the-gravitational-acceleration-on-an-inclined-plane-inside-the-rocket-making-an-angle-theta-with-the-horizontal-a-poin https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3MDE3-a-block-of-mass-m-10-text-kg-rests-on-a-horizontal-table-the-coefficient-of-friction-between-the-block-and-the-table-is-0-05-when-hit-by-a-bullet-of-mass-50-text-g-moving-with-speed-v-that-gets-embedd https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246NDc3MDA3-if-a-body-moving-in-a-circular-path-maintains-a-constant-speed-of-10-text-m-s-then-which-of-the-following-correctly-describes-the-relation-between-acceleration-and-radius-1-3-2-4-1-2-3-4 https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc5NDc3-given-in-the-figure-are-two-blocks-a-and-b-of-weight-20-text-n-and-100-text-n-respectively-these-are-being-pressed-against-a-wall-by-a-force-f-as-shown-if-the-coefficient-of-friction-between-the-block https://medminds.me/qbank/physics/laws-of-motion/?q=NP-b246Mjc5NzA4-a-block-of-mass-m-is-placed-on-a-surface-with-a-vertical-cross-section-given-by-y-dfrac-x-3-6-if-the-coefficient-of-friction-is-0-5-then-the-maximum-height-above-the-ground-at-which-the-block-can-be-p https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246MjY1Mzk-a-bar-magnet-of-length-l-and-magnetic-dipole-moment-m-is-bent-to-form-an-arc-which-subtends-an-angle-of-120-176-at-centre-the-new-magnetic-dipole-moment-will-be-1-3m2-960-2-33m2-960-3-3m-960-4-2m-960 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246MjY1NDE-a-small-bar-magnet-is-placed-with-its-north-pole-facing-the-magnetic-north-pole-the-neutral-points-are-located-at-a-distance-r-from-its-centre-if-the-magnet-is-rotated-by-180o-the-neutral-point-shall https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246MjY1NDI-the-unit-of-pole-strength-is-1-text-am-2-2-text-am-3-frac-text-a-2-text-m-4-frac-text-a-2-text-m-2-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246MjY1NDM-magnetic-field-lines-1-cannot-intersect-2-are-always-closed-curves-3-can-pass-through-vacuum-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246MjY1NzY-two-small-bar-magnets-are-placed-in-the-air-at-a-distance-r-apart-the-magnetic-force-between-them-is-proportional-to-1-r2-2-r-2-3-r-3-4-r-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246MjY1Nzg-a-short-magnetic-dipole-is-placed-at-the-origin-with-its-dipole-movement-directed-along-the-x-text-axis-if-magnetic-field-induction-at-a-point-p-r-0-is-b-hat-i-the-magnetic-field-induction-at-point-q https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246MzIyOTE-oersted-is-a-unit-of-1-dip-2-magnetic-intensity-3-magnetic-moment-4-pole-strength-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAwOTU-the-magnetic-field-at-a-point-x-on-the-axis-of-a-small-bar-magnet-is-equal-to-the-field-at-a-point-y-on-the-equator-of-the-same-magnet-the-ratio-of-the-distances-of-x-and-y-from-the-centre-of-the-magn https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAwOTY-a-magnet-of-magnetic-moment-20-c-g-s-units-are-freely-suspended-in-a-uniform-magnetic-field-of-intensity-0-3-c-g-s-units-the-amount-of-work-done-in-deflecting-it-by-an-angle-of-30o-in-c-g-s-units-is-1 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAwOTc-the-magnetic-field-due-to-a-short-magnet-at-a-point-on-its-axis-at-a-distance-x-cm-from-the-middle-point-of-the-magnet-is-200-gauss-the-magnetic-field-at-a-point-on-the-neutral-axis-at-a-distance-of-x https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAwOTg-a-sensitive-magnetic-instrument-can-be-shielded-very-effectively-from-outside-magnetic-fields-by-placing-it-inside-a-box-of-1-teak-wood-2-plastic-material-3-soft-iron-of-high-permeability-4-a-metal-of https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAxMDA-a-uniform-magnetic-field-parallel-to-the-plane-of-the-paper-existed-in-space-initially-directed-from-left-to-right-when-a-bar-of-soft-iron-is-placed-in-the-field-parallel-to-it-the-lines-of-force-pass https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAxMzg-a-neutral-point-is-obtained-at-the-centre-of-a-vertical-circular-coil-carrying-current-the-angle-between-the-plane-of-the-coil-and-the-magnetic-meridian-is-1-0-2-45-deg-3-60-deg-4-90-deg-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyMjk-the-figure-below-shows-the-north-and-south-poles-of-a-permanent-magnet-in-which-n-turn-coil-of-the-area-of-cross-section-a-is-resting-such-that-for-a-current-i-passed-through-the-coil-the-plane-of-the https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyMzE-two-short-magnets-with-their-axes-horizontally-perpendicular-to-the-magnetic-meridian-are-placed-with-their-centres-40-cm-east-and-50-cm-west-of-the-magnetic-needle-if-the-needle-remains-undeflected-t https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyMzI-if-a-bar-magnet-of-magnetic-moment-m-is-freely-suspended-in-a-uniform-magnetic-field-of-strength-b-the-work-done-in-rotating-the-magnet-through-an-angle-is-1-mb-1-sin-theta-2-mbsin-theta-3-mbcos-theta https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyMzY-a-magnet-of-magnetic-moment-m-is-situated-with-its-axis-along-the-direction-of-a-magnetic-field-of-strength-b-the-work-done-in-rotating-it-by-an-angle-of-180o-will-be-1-mb-2-mb-3-0-4-2mb-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyMzc-a-magnetic-needle-is-kept-in-a-non-uniform-magnetic-field-it-experiences-1-a-force-and-a-torque-2-a-force-but-not-a-torque-3-a-torque-but-not-a-force-4-neither-a-torque-nor-a-force-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNDI-a-long-magnetic-needle-of-length-2l-magnetic-moment-m-and-pole-strength-m-units-is-broken-into-two-pieces-at-the-middle-the-magnetic-moment-and-pole-strength-of-each-piece-will-be-1-frac-m-2-frac-m-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNDQ-two-identical-thin-bar-magnets-each-of-length-l-and-pole-strength-m-are-placed-at-the-right-angle-to-each-other-with-the-north-pole-of-one-touching-south-pole-of-the-other-the-magnetic-moment-of-the-s https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNDc-a-bar-magnet-of-magnetic-moment-104j-t-is-free-to-rotate-in-a-horizontal-plane-the-work-done-in-rotating-the-magnet-slowly-from-a-direction-parallel-to-a-horizontal-magnetic-field-of-4-times-10-ndash https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNDk-two-equal-bar-magnets-are-kept-as-shown-in-the-figure-the-direction-of-the-resultant-magnetic-field-indicated-by-arrowhead-at-the-point-p-is-approximately-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNTI-two-similar-bar-magnets-p-and-q-each-of-magnetic-moment-m-are-taken-if-p-is-cut-along-its-axial-line-and-q-is-cut-along-its-equatorial-line-all-the-four-pieces-obtained-have-1-equal-pole-strength-2-ma https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNTM-a-magnet-of-magnetic-moment-50i-a-m2-is-placed-along-the-x-axis-in-a-magnetic-field-b-rarr-0-5i-3-0j-t-the-torque-acting-on-the-magnet-is-1-175-k-n-m-2-150-k-n-m-3-75-k-n-m-4-2537-k-n-m-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNTY-a-bar-magnet-of-length-3-cm-has-points-a-and-b-along-its-axis-at-distances-of-24-cm-and-48-cm-on-the-opposite-sides-ratio-of-magnetic-fields-at-these-points-will-be-1-8-2-122-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNTc-a-dip-needle-in-a-plane-perpendicular-to-magnetic-meridian-will-remain-1-vertical-2-horizontal-3-in-any-direction-4-at-an-angle-of-dip-to-the-horizontal-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNTg-if-the-angles-of-dip-at-two-places-are-30o-and-45o-respectively-then-the-ratio-of-horizontal-components-of-earth-s-magnetic-field-at-the-two-places-will-be-assume-net-magnetic-field-to-be-equal-at-the https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNTk-a-line-passing-through-places-having-zero-value-of-magnetic-dip-is-called-1-isoclinic-line-2-agonic-line-3-isogonic-line-4-aclinic-line-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNjA-the-earth-s-magnetic-field-at-a-certain-place-has-a-horizontal-component-0-3-gauss-and-the-total-strength-0-5-gauss-the-angle-of-dip-is-1-tan-134-2-sin-134-3-tan-143-4-sin-135-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNjE-at-a-certain-place-the-horizontal-component-b0-and-the-vertical-component-v0-of-the-earth-s-magnetic-field-are-equal-in-magnitude-the-total-intensity-at-the-place-will-be-1-b0-2-b02-3-2b0-4-2b0-1-2-3 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNjI-two-bar-magnets-with-magnetic-moments-2-m-and-m-are-fastened-together-at-right-angles-to-each-other-at-their-centres-to-form-a-crossed-system-which-can-rotate-freely-about-a-vertical-axis-through-the https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNjM-the-angle-of-dip-at-a-certain-place-is-30o-if-the-horizontal-component-of-the-earth-rsquo-s-magnetic-field-is-h-the-intensity-of-the-total-magnetic-field-is-1-h2-2-2h3-3-h2-4-h3-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNjc-the-time-period-of-oscillation-of-a-freely-suspended-bar-magnet-with-usual-notations-is-given-by-1-t-2-pi-imbh-2-t-2-pi-mbhi-3-t-2imbh-4-t-2-pi-bhmi-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNjk-time-period-for-a-magnet-is-t-if-it-is-divided-in-four-equal-parts-along-its-axis-and-perpendicular-to-its-axis-as-shown-then-time-period-for-each-part-will-be-1-4t-2-t-4-3-t-2-4-t-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNzA-the-period-of-oscillation-of-a-magnet-in-vibration-magnetometer-is-2-sec-the-period-of-oscillation-of-a-magnet-whose-magnetic-moment-is-four-times-that-of-the-first-magnet-is-1-1-sec-2-4-sec-3-8-sec-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNzE-if-a-magnetic-needle-is-made-to-vibrate-in-uniform-field-h-then-its-time-period-is-t-if-it-vibrates-in-the-field-of-intensity-4h-its-time-period-will-be-1-2t-2-dfrac-t-2-3-dfrac-2-t-4-t-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNzI-a-magnet-is-suspended-in-such-a-way-that-it-oscillates-in-the-horizontal-plane-it-makes-20-oscillations-per-minute-at-a-place-where-dip-angle-is-30o-and-15-oscillations-per-minute-at-a-place-where-dip https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNzQ-a-magnet-of-magnetic-moment-m-oscillating-freely-in-earth-s-horizontal-magnetic-field-makes-n-oscillations-per-minute-if-the-magnetic-moment-is-quadrupled-and-the-earth-s-field-is-doubled-the-number-o https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNzU-magnets-a-and-b-are-geometrically-similar-but-the-magnetic-moment-of-a-is-twice-that-of-b-if-t-1-and-t-2-be-the-time-periods-of-the-oscillation-when-their-like-poles-and-unlike-poles-are-kept-together https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyNzc-a-magnetic-needle-suspended-by-a-silk-thread-is-vibrating-in-the-earth-s-magnetic-field-if-the-temperature-of-the-needle-is-increased-by-500-deg-c-then-1-the-time-period-decreases-2-the-time-period-re https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyODA-the-time-period-of-oscillation-of-a-bar-magnet-suspended-horizontally-along-the-magnetic-meridian-is-t0-if-this-magnet-is-replaced-by-another-magnet-of-the-same-size-and-pole-strength-but-with-double https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyODE-the-magnet-of-a-vibration-magnetometer-is-heated-so-as-to-reduce-its-magnetic-moment-by-19-by-doing-this-the-periodic-time-of-the-magnetometer-will-1-increase-by-19-2-decrease-by-19-3-increase-by-11-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyODI-a-thin-rectangular-magnet-suspended-freely-has-a-period-of-oscillation-equal-to-t-now-it-is-broken-into-two-equal-halves-each-having-half-of-the-original-length-and-one-piece-is-made-to-oscillate-free https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyODM-two-identical-short-bar-magnets-each-having-magnetic-moment-m-are-placed-a-distance-of-2d-apart-with-axes-perpendicular-to-each-other-in-a-horizontal-plane-the-magnetic-induction-at-a-point-midway-bet https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyOTM-a-superconductor-exhibits-perfect-1-ferrimagnetism-2-ferromagnetism-3-paramagnetism-4-diamagnetism-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAyOTQ-among-the-following-properties-describing-diamagnetism-identify-the-property-that-is-wrongly-stated-1-diamagnetic-material-do-not-have-permanent-magnetic-moment-2-diamagnetism-is-explained-in-terms-of https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMDM-if-a-magnet-is-suspended-at-an-angle-30o-to-the-magnetic-meridian-it-makes-an-angle-of-45o-with-the-horizontal-the-real-dip-is-1-tan-132-2-tan-13-3-tan-132-4-tan-123-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMDc-the-true-value-of-angle-of-dip-at-a-place-is-60o-the-apparent-dip-in-a-plane-inclined-at-an-angle-of-30o-with-magnetic-meridian-is-1-tan-112-2-tan-12-3-tan-123-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMDk-a-vibration-magnetometer-consists-of-two-identical-bar-magnets-placed-one-over-the-other-such-that-they-are-perpendicular-and-bisect-each-other-the-time-period-of-oscillation-in-a-horizontal-magnetic https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMTA-a-cylindrical-rod-magnet-has-a-length-of-5-cm-and-a-diameter-of-1-cm-it-has-a-uniform-magnetization-of-5-30-times-103amp-m3-what-is-its-magnetic-dipole-moment-1-1-times-10-2j-t-2-2-08-times-10-2j-t-3 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMTE-two-magnets-of-equal-mass-are-joined-at-right-angles-to-each-other-as-shown-the-magnet-1-has-a-magnetic-moment-3-times-that-of-magnet-2-this-arrangement-is-pivoted-so-that-it-is-free-to-rotate-in-the https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMTI-two-magnets-a-and-b-are-identical-and-these-are-arranged-as-shown-in-the-figure-their-length-is-negligible-in-comparison-to-the-separation-between-them-a-magnetic-needle-is-placed-between-the-magnets https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMTQ-two-short-magnets-of-equal-dipole-moments-m-are-fastened-perpendicularly-at-their-centres-figure-the-magnitude-of-the-magnetic-field-at-a-distance-d-from-the-centre-on-the-bisector-of-the-right-angle https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMTY-two-identical-bar-magnets-with-a-length-of-10-cm-and-weight-50-gm-weight-are-arranged-freely-with-their-like-poles-facing-in-an-inverted-vertical-glass-tube-the-upper-magnet-hangs-in-the-air-above-the https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMTg-each-atom-of-an-iron-bar-5-cm-times-1-cm-times-1-cm-has-a-magnetic-moment-1-8-times-10-23-a-m-2-knowing-that-the-density-of-iron-is-7-78-times-10-3-k-g-m-3-atomic-weight-is-56-and-avogadro-s-number-is https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMTk-a-dip-needle-vibrates-in-the-vertical-plane-perpendicular-to-the-magnetic-meridian-the-time-period-of-vibration-is-found-to-be-2-seconds-the-same-needle-is-then-allowed-to-vibrate-in-the-horizontal-pl https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMjM-a-bar-magnet-has-coercivity-4-215-103am-1-it-is-desired-to-demagnetize-it-by-inserting-it-inside-a-solenoid-12-cm-long-and-having-60-turns-the-current-that-should-be-sent-through-the-solenoid-is-1-2-a https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMjc-for-substances-hysteresis-b-h-curves-are-given-as-shown-in-figure-for-making-temporary-magnet-which-of-the-following-is-best-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMjg-the-variation-of-magnetic-susceptibility-967-with-temperature-for-a-diamagnetic-substance-is-best-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMjk-the-variation-of-magnetic-susceptibility-chi-with-absolute-temperature-t-for-a-ferromagnetic-material-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMzE-the-relative-permeability-mu-r-of-a-ferromagnetic-substance-varies-with-temperature-t-according-to-the-curve-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMzM-some-equipotential-surfaces-of-the-magnetic-scalar-potential-are-shown-in-the-figure-the-magnetic-field-at-a-point-in-the-region-is-x-axis-read-in-cm-1-10-4t-2-2-times-10-4t-3-0-5-times-10-4t-4-none-o https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMzQ-the-figure-illustrates-how-b-the-flux-density-inside-a-sample-of-unmagnetized-ferromagnetic-material-varies-with-b0-the-magnetic-flux-density-in-which-the-sample-is-kept-for-the-sample-to-be-suitable https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzMzU-the-variation-of-the-intensity-of-magnetisation-i-with-respect-to-the-magnetising-field-h-in-a-diamagnetic-substance-is-described-by-the-graph-1-od-2-oc-3-ob-4-oa-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTAzNDM-a-current-carrying-loop-is-placed-in-a-uniform-magnetic-field-in-four-different-orientations-i-ii-iii-iv-the-decreasing-order-of-potential-energy-is-1-i-iii-ii-iv-2-i-ii-iii-iv-3-i-iv-ii-iii-4-iii-iv https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTEwMDk-a-250-turn-rectangular-coil-with-a-length-of-2-1-cm-and-a-width-of-1-25-cm-carries-85-mu-a-and-is-subjected-to-a-magnetic-field-with-a-strength-of-0-85-t-what-is-the-work-done-to-rotate-the-coil-by-18 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTEwMzc-if-theta-1and-theta-2-be-the-apparent-angles-of-dip-observed-in-two-vertical-planes-at-right-angles-to-each-other-then-the-true-angle-of-dip-theta-is-given-by-1-cot2-theta-cot2-theta-1-cot2-theta-2-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTEwNjY-a-bar-magnet-is-hung-by-a-thin-cotton-thread-in-a-uniform-horizontal-magnetic-field-and-is-in-the-equilibrium-state-the-energy-required-to-rotate-it-by-60-circ-is-w-now-the-torque-required-to-keep-the https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTEwOTg-the-magnetic-susceptibility-is-negative-for-1-paramagnetic-material-only-2-ferromagnetic-material-only-3-paramagnetic-and-ferromagnetic-materials-4-diamagnetic-material-only-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTEyNDQ-the-following-figures-show-the-arrangement-of-bar-magnets-in-different-configurations-each-magnet-has-magnetic-dipole-which-configuration-has-the-highest-net-magnetic-dipole-moment-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTEyOTA-a-bar-magnet-of-length-l-and-magnetic-dipole-moment-m-is-bent-in-the-form-of-an-are-as-shown-in-figure-the-new-magnetic-dipole-moment-will-be-1-m-2-3m-pi-3-2-pi-m-4-m-2-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTEzNzQ-a-magnetic-needle-suspended-parallel-to-a-magnetic-field-requires-3-j-of-work-to-turn-it-through-60-deg-the-torque-needed-to-maintain-the-needle-in-this-position-will-be-1-23j-2-3-j-3-3-j-4-32-j-1-2-3 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTE0MTI-there-are-four-light-weight-rod-samples-a-b-c-d-separately-suspended-by-threads-a-bar-magnet-is-slowly-brought-near-each-sample-and-the-following-observations-are-noted-i-a-is-feebly-repelled-ii-b-is https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTE1Nzc-a-short-bar-magnet-of-magnetic-moment-0-4-text-j-t-is-placed-in-a-uniform-magnetic-field-of-0-16-text-t-the-magnet-is-in-stable-equilibrium-when-the-potential-energy-is-1-0-064-text-j-2-zero-3-0-082-t https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTE2MzQ-a-vibration-magnetometer-placed-in-a-magnetic-meridian-has-a-small-bar-magnet-the-magnet-executes-oscillations-with-a-time-period-of-2s-in-earth-s-horizontal-magnetic-field-of-24-956-t-when-a-horizont https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTE2Mzk-electromagnets-are-made-of-soft-iron-because-soft-iron-has-1-low-retentivity-and-high-coercive-force-2-high-retentivity-and-high-coercive-force-3-low-retentivity-and-low-coercive-force-4-high-retentiv https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTE2Njg-the-magnetic-moment-of-a-diamagnetic-atom-is-1-much-greater-than-one-2-one-3-between-zero-and-one-4-equal-to-zero-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTE2Njk-two-identical-bar-magnets-are-fixed-with-their-centres-at-a-distance-d-apart-a-stationary-charge-q-is-placed-at-p-in-between-the-gap-of-the-two-magnets-at-a-distance-d-from-the-centre-o-as-shown-in-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NTE2ODY-if-a-diamagnetic-substance-is-brought-near-the-north-or-the-south-pole-of-a-bar-magnet-it-is-1-repelled-by-both-the-poles-2-repelled-by-the-north-pole-and-attracted-by-the-south-pole-3-attracted-by-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246ODg5NzE-a-bar-magnet-is-hung-by-a-thin-cotton-thread-in-a-uniform-horizontal-magnetic-field-and-is-in-the-equilibrium-state-the-energy-required-to-rotate-it-by-60-circ-is-w-now-the-torque-required-to-keep-the https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246ODkxMDY-a-thin-diamagnetic-rod-is-placed-vertically-between-the-poles-of-an-electromagnet-when-the-current-in-the-electromagnet-is-switched-on-then-the-diamagnetic-rod-is-pushed-up-out-of-the-horizontal-magne https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTAxMDk-the-magnetic-susceptibility-is-negative-for-1-paramagnetic-material-only-2-ferromagnetic-material-only-3-paramagnetic-and-ferromagnetic-materials-4-diamagnetic-material-only-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTExNTk-the-following-figures-show-the-arrangement-of-bar-magnets-in-different-configurations-each-magnet-has-a-magnetic-dipole-which-configuration-has-the-highest-net-magnetic-dipole-moment-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTE0MDc-a-bar-magnet-of-length-l-and-magnetic-dipole-moment-m-is-bent-in-the-form-of-an-arc-as-shown-in-the-figure-the-new-magnetic-dipole-moment-will-be-1-dfrac-3m-pi-2-dfrac-2m-l-pi-3-dfrac-m-2-4-m-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTIxMTI-a-compass-needle-which-is-allowed-to-move-in-a-horizontal-plane-is-taken-to-a-geomagnetic-pole-it-1-will-become-rigid-showing-no-movement-2-will-stay-in-any-position-3-will-stay-in-north-south-directi https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTMzNTU-curie-temperature-is-the-temperature-above-which-1-ferromagnetic-material-becomes-paramagnetic-material-2-paramagnetic-material-becomes-diamagnetic-material-3-paramagnetic-material-becomes-ferromagnet https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTM1MDM-nickel-shows-the-ferromagnetic-property-at-room-temperature-if-the-temperature-is-increased-beyond-curie-s-temperature-then-it-will-show-1-paramagnetism-2-anti-ferromagnetism-3-no-magnetic-property-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTM5ODA-above-curie-temperature-1-a-ferromagnetic-substance-becomes-paramagnetic-2-a-paramagnetic-substance-becomes-diamagnetic-3-a-diamagnetic-substance-becomes-paramagnetic-4-a-paramagnetic-substance-become https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTU1NTU-at-point-a-on-the-earth-s-surface-the-angle-of-dip-is-delta-25-deg-at-a-point-b-on-the-earth-s-surface-the-angle-of-dip-is-delta-25-deg-we-can-interpret-that-1-a-and-b-are-both-located-in-the-southern https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTMxNzI4-the-relation-amongst-the-three-elements-of-earth-s-magnetic-field-namely-horizontal-component-h-vertical-component-v-and-dip-angle-delta-is-be-total-magnetic-field-1-v-betan-delta-h-be-2-v-besin-delta https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyNzk5-which-of-the-following-property-of-magnetic-materials-is-observed-in-all-the-materials-1-ferromagnetism-2-paramagnetism-3-diamagnetism-4-electromagnetism-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODAz-two-small-bar-magnets-are-placed-in-a-plane-the-direction-of-their-dipole-moments-and-the-position-of-magnets-are-as-shown-in-the-figure-the-appropriate-direction-of-the-net-magnetic-field-at-point-p https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODA2-if-h-is-the-horizontal-component-of-the-earth-s-magnetic-field-and-v-is-the-vertical-component-of-the-earth-s-magnetic-field-then-at-the-magnetic-equator-1-v-and-h-are-equal-2-values-of-v-and-h-are-ze https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODEy-the-magnetic-susceptibility-chi-of-a-diamagnetic-material-depends-on-absolute-temperature-t-as-1-chi-propto-t-2-chi-propto-frac-1-t-3-chi-propto-t-0-4-chi-propto-frac-1-sqrt-t-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODE2-the-force-between-two-magnetic-poles-of-strength-unity-at-a-separation-of-1-m-is-1-1n-2-10-74-960-3-10-7n-4-4-960-215-10-7m-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODE3-the-magnetic-lines-of-force-inside-a-bar-magnet-are-1-from-the-south-to-the-north-pole-2-from-the-north-to-the-south-pole-3-not-present-4-intersecting-each-other-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODE5-the-material-which-is-used-to-make-permanent-magnet-has-1-high-retentivity-low-coercivity-2-low-retentivity-low-coercivity-3-low-retentivity-high-coercivity-4-high-retentivity-high-coercivity-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODIy-on-a-magnetic-map-the-lines-joining-the-points-of-the-same-value-of-the-horizontal-component-of-the-earth-s-magnetic-field-are-called-1-aclinic-lines-2-isoclinic-lines-3-isodynamic-lines-4-isogonic-li https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODI1-what-is-the-unit-of-pole-strength-of-a-bar-magnet-1-ampere-metre-2-ampere-metre-3-ampere-metre2-4-ampere-metre2-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODMy-the-ratio-of-magnetic-length-and-geometrical-length-of-a-bar-magnet-is-about-1-0-84-2-0-42-3-0-21-4-1-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODM3-an-electric-cable-is-carrying-current-from-north-to-south-the-position-of-the-null-point-from-the-cable-is-1-vertically-upward-2-vertically-downward-3-eastward-4-nowhere-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODQx-a-substance-is-placed-in-an-external-magnetic-field-if-the-direction-of-induced-dipole-moment-is-opposite-to-the-direction-of-the-applied-magnetic-field-then-the-substance-may-be-1-paramagnetic-2-diam https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODQ2-if-bo-is-magnetic-flux-density-in-vacuum-produced-by-a-magnetising-force-and-magnetic-flux-density-produced-by-the-magnetisation-of-a-material-due-to-the-same-magnetising-force-is-bm-then-the-total-ma https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODUx-a-magnet-primary-oscillates-with-frequency-957-1-in-earth-s-magnetic-field-bh-alone-now-a-secondary-magnet-is-placed-near-the-primary-magnet-if-b-is-the-magnetic-field-of-the-second-magnet-on-the-prim https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODY0-the-angle-of-dip-is-952-1-on-a-given-meridian-which-is-at-an-angle-952-with-the-magnetic-meridian-if-952-2-is-the-angle-of-dip-on-another-meridian-which-is-perpendicular-to-the-first-meridian-then-952 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODY4-the-magnetic-susceptibility-chi-of-a-ferromagnetic-material-varies-with-temperature-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODcx-which-of-the-following-is-not-dimensionless-where-symbols-stand-for-their-usual-meanings-in-magnetism-1-frac-i-h-2-frac-b-mu-0h-3-mu-r-4-frac-mu-r-b-h-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODc1-the-unit-of-intensity-of-the-magnetising-field-is-1-nwb-2-jm3-215-tesla-3-jm-215-wb-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODc4-if-at-any-place-the-angle-of-dip-is-952-and-magnetic-latitude-is-955-then-assume-that-the-axis-of-earth-s-magnetic-moment-coincides-with-axis-of-rotation-of-the-earth-1-952-955-2-tan-952-cos-955-3-tan https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODgy-if-a-is-the-area-of-the-graph-of-the-intensity-of-magnetisation-in-ferromagnetic-material-versus-magnetising-field-intensity-v-is-the-volume-of-the-magnetic-sample-and-n-is-the-frequency-of-alternatin https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODg2-a-magnet-is-oscillating-with-the-time-period-t-in-a-vertical-plane-if-the-angle-of-dip-at-that-place-is-60-176-and-the-magnet-is-restricted-to-oscillate-in-the-horizontal-plane-then-the-time-period-of https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODg5-the-magnetic-susceptibility-of-a-substance-is-0-0002-at-room-temperature-if-this-substance-is-kept-in-a-uniform-external-magnetic-field-b-the-net-field-inside-the-substance-becomes-b-then-1-b-62-b-2-b https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODkz-the-true-value-of-the-angle-of-dip-at-a-place-is-952-if-the-plane-of-the-dip-circle-is-at-30-176-with-the-magnetic-meridian-the-angle-of-dip-is-952-then-one-concludes-that-1-952-952-2-952-60-952-3-952 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODk2-a-diamagnetic-substance-is-kept-in-a-uniform-external-magnetic-field-b-if-the-net-magnetic-field-inside-the-substance-is-b-then-1-b-60-b-2-b-b-3-b-62-b-4-any-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTAx-the-lines-joining-the-places-of-zero-declination-are-called-1-isogonic-lines-2-agonic-lines-3-isoclinic-lines-4-aclinic-lines-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTA0-a-magnetic-needle-makes-n-oscillations-per-minute-in-a-horizontal-plane-where-the-angle-of-dip-is-45-176-if-the-needle-is-made-to-oscillate-in-a-vertical-plane-coinciding-with-the-magnetic-meridian-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTM3-two-similar-nature-magnetic-poles-of-strength-16-a-m-and-64-a-m-are-placed-at-a-distance-of-120-cm-in-air-at-which-point-on-the-line-joining-the-two-poles-the-force-on-another-unit-north-pole-will-be https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTM5-the-magnetic-moment-of-a-short-dipole-is-100-a-m2-the-magnetic-induction-in-vacuum-at-1-m-from-the-dipole-on-the-axis-of-the-dipole-is-1-2-times10-5-text-t-2-10-5-text-t-3-2-mu-text-t-4-1-mu-text-t-1 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTQy-a-deflection-magnetometer-is-placed-in-tana-position-the-bar-magnet-is-placed-in-1-east-west-direction-2-north-south-direction-3-north-east-direction-4-south-west-direction-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTQ1-each-of-the-two-identical-magnets-when-suspended-alone-makes-30-oscillations-per-minute-at-a-place-the-number-of-oscillations-per-minute-if-they-are-fixed-at-right-angles-to-form-a-cross-and-allowed-t https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTQ3-if-the-apparent-value-of-dip-at-a-place-in-two-perpendicular-vertical-planes-are-respectively-30-deg-and-45-deg-then-the-true-angle-of-dip-at-that-place-is-1-cot-1-2-2-tan-1-2-3-cot-1-3-4-cot-1-5-1-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTQ5-the-magnetic-moment-of-a-magnet-10-text-cm-times-4-text-cm-times1-text-cm-is-4-text-am-2-its-intensity-of-magnetisation-is-1-10-3-text-a-m-2-10-2-text-a-m-3-10-5-text-a-m-4-10-4-text-a-m-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTUx-if-the-magnetic-field-of-the-earth-at-any-point-on-the-magnetic-equator-is-0-4-215-10-4-t-then-the-value-of-the-magnetic-field-at-the-magnetic-pole-of-the-earth-is-approximately-1-0-4-215-10-4-t-2-0-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTUy-s-i-unit-of-intensity-of-magnetization-is-1-ampere-metre-2-ampere-metre2-3-ampere-metre-4-ampere-metre2-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTU0-when-the-plane-of-a-dip-circle-is-along-the-magnetic-meridian-the-period-of-oscillations-of-dip-needle-is-t1-when-the-plane-of-dip-circle-is-perpendicular-to-the-magnetic-meridian-the-period-of-oscill https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTU1-a-ferromagnetic-material-is-placed-in-an-external-magnetic-field-the-magnetic-domains-1-must-increase-in-size-2-must-decrease-in-size-3-may-increase-or-decrease-in-size-4-disappear-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTYw-magnetic-permeability-is-maximum-for-1-diamagnetic-substance-2-paramagnetic-substance-3-ferromagnetic-substance-4-same-for-all-three-substances-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTYx-the-area-enclosed-by-hysteresis-loop-is-a-measure-of-1-permeability-2-susceptibility-3-retentivity-4-energy-loss-per-cycle-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTYy-susceptibility-of-a-diamagnetic-substance-at-300-text-k-is-0-00002-its-susceptibility-at-600-text-k-is-1-0-00001-2-0-00004-3-0-00006-4-0-00002-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTYz-line-joining-places-of-zero-angle-of-dip-on-earth-surface-is-called-1-isoclinic-line-2-aclinic-line-3-isogonic-line-4-agonic-line-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTY1-when-a-dip-circle-is-kept-at-a-place-the-angle-of-dip-obtained-is-45-176-when-the-dip-circle-is-rotated-about-its-vertical-axis-by-90-176-the-angle-of-dip-obtained-is-60-176-the-true-dip-at-that-place https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTY3-the-magnetic-moment-of-a-bar-magnet-shown-in-figure-i-is-m-if-a-hole-is-drilled-through-the-magnet-as-shown-in-figure-ii-then-the-new-magnetic-moment-of-the-magnet-will-be-1-equal-to-m-2-less-than-m-3 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTY5-when-a-substance-is-kept-in-a-magnetic-field-it-gets-repelled-which-of-the-following-represents-its-susceptibility-1-0-0004-2-0-0004-3-1-000-4-1-000-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTcw-the-time-period-of-vibration-of-a-bar-magnet-in-a-vibration-magnetometer-is-t-if-the-magnet-is-cut-into-n-identical-parts-such-that-the-length-of-each-part-is-equal-to-the-length-of-the-original-magne https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTcy-magnetic-susceptibility-of-a-substance-at-27-circ-mathrm-c-is-0-00025-its-magnetic-susceptibility-at-127-circ-mathrm-c-is-1-0-000125-2-0-0005-3-0-00025-4-0-00001-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTc0-locus-of-all-points-having-the-same-dip-on-the-magnetic-map-of-the-earth-is-known-as-1-isodynamic-line-2-isogonic-line-3-isothermal-line-4-isoclinic-line-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTc1-magnetic-induction-at-an-axial-point-of-a-short-magnet-at-a-distance-r-from-the-centre-of-dipole-is-vec-b-its-value-at-the-equatorial-point-of-the-short-magnet-at-the-same-distance-from-the-centre-of https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTc4-consider-a-magnetic-dipole-kept-in-the-east-west-direction-let-p1-p2-q1-q2-be-four-points-at-the-same-distance-from-the-dipole-towards-north-south-east-and-west-of-the-dipole-respectively-the-directio https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTc5-due-to-a-small-magnet-the-intensity-at-a-distance-x-in-the-end-on-position-is-9-text-gauss-what-will-be-the-intensity-at-a-distance-dfrac-x-2-on-equatorial-position-1-9-text-gauss-2-4-text-gauss-3-36 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTg0-at-the-magnetic-equator-the-angle-of-dip-is-1-0-176-2-90-176-3-45-176-4-135-176-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTg5-the-bar-magnet-a-of-magnetic-moment-m-a-is-found-to-oscillate-at-a-frequency-twice-that-of-magnet-b-of-magnetic-moment-m-b-and-the-same-moment-of-inertia-when-placed-in-a-vibration-magnetometer-we-may https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDA3-magnetic-screening-is-1-not-possible-2-possible-using-superconductors-3-possible-using-the-iron-ring-as-cover-4-both-2-3-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDA4-the-apparent-dip-at-a-place-is-always-greater-than-or-equal-to-the-value-of-true-dip-at-that-place-this-is-due-to-1-an-increase-in-the-apparent-value-of-bv-2-a-decrease-in-the-apparent-value-of-bh-3-a https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDEw-if-a-bar-magnet-is-kept-on-a-horizontal-plane-with-n-pole-of-bar-magnet-facing-geographic-n-pole-and-s-pole-of-bar-magnet-facing-geographic-s-pole-then-the-number-of-neutral-points-is-1-0-2-1-3-2-4-in https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDEy-the-magnetization-of-a-piece-of-iron-or-steel-1-depends-on-the-strength-of-the-magnetizing-field-2-depends-on-external-conditions-such-as-temperature-3-cannot-be-done-beyond-the-saturation-point-4-all https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDE0-a-gaussian-surface-is-drawn-enclosing-the-n-pole-of-a-bar-magnet-the-net-magnetic-flux-through-the-gaussian-surface-will-be-pole-strength-of-n-pole-is-treated-as-positive-and-s-pole-as-negative-1-posi https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDE2-a-material-when-heated-suddenly-changes-its-magnetic-property-at-a-particular-temperature-and-above-this-temperature-its-susceptibility-is-found-to-be-inversely-proportional-to-the-absolute-temperatur https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDE4-at-angle-cos-113-to-the-magnetic-meridian-the-apparent-dip-is-60-deg-the-true-dip-at-the-place-is-1-30-deg-2-45-deg-3-0-deg-4-60-deg-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDU4-a-long-solenoid-has-1500-turns-per-metre-and-an-iron-core-of-mu-r-1100-is-kept-inside-it-2a-current-flows-in-the-coil-of-the-solenoid-if-the-core-is-heated-beyond-curie-temperature-then-1-the-h-and-b https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDYw-choose-the-correct-statement-regarding-magnetism-1-paramagnetic-sample-displays-greater-magnetization-when-cooled-2-diamagnetism-is-almost-independent-of-temperature-3-ferromagnetic-substances-show-hy https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDYz-the-horizontal-component-of-the-earth-s-magnetic-field-at-a-place-is-3-times-10-4-t-and-the-dip-is-tan-143-a-metal-rod-of-length-0-25-m-placed-in-the-north-south-position-and-is-moved-at-a-constant-sp https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTU0MDMy-given-below-are-two-statements-assertion-a-magnetic-dip-at-the-pole-is-0-reason-r-magnetic-field-at-the-pole-is-directed-horizontally-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-bo https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTU0MDM3-given-below-are-two-statements-statement-i-oint-vec-b-cdot-overrightarrow-d-s-0-because-magnetic-monopoles-do-not-exist-statement-ii-oint-vec-b-cdot-overrightarrow-d-s-0-means-the-magnetic-field-is-ze https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTg1NDM0-an-iron-rod-of-susceptibility-599-is-subjected-to-a-magnetizing-field-of-1200-text-a-m-1-the-permeability-of-the-material-of-the-rod-is-mu-0-4-pi-times-10-7-text-t-ma-1-1-8-0-times-10-5-text-t-ma-1-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTk4NjA1-a-bar-magnet-of-magnetic-moment-1-5-text-j-t-lies-aligned-with-the-direction-of-a-uniform-magnetic-field-of-0-22-text-t-what-is-the-amount-of-work-required-by-an-external-torque-to-turn-the-magnet-so https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTk4NjA3-a-circular-coil-of-16-turns-and-a-radius-of-10-text-cm-carrying-a-current-of-0-75-text-a-rests-with-its-plane-normal-to-an-external-field-of-magnitude-5-0-times-10-2-text-t-the-coil-is-free-to-turn-ab https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTk4NjA4-a-magnetic-needle-free-to-rotate-in-a-vertical-plane-parallel-to-the-magnetic-meridian-has-its-north-tip-pointing-down-at-22-deg-with-the-horizontal-the-horizontal-component-of-the-earth-rsquo-s-magne https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjAwMTU3-a-closely-wound-solenoid-of-800-turns-and-area-of-cross-section-2-5-times-10-4m2-carries-a-current-of-3-0-a-is-free-to-turn-about-the-vertical-direction-and-a-uniform-horizontal-magnetic-field-of-0-25 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjAwMTU4-a-short-bar-magnet-of-magnetic-moment-5-25-times-10-2jt-1-is-placed-with-its-axis-perpendicular-to-the-earth-rsquo-s-field-direction-at-what-distance-from-the-center-of-the-magnet-the-resultant-field https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjAwMTU5-a-short-bar-magnet-placed-in-a-horizontal-plane-has-its-axis-aligned-along-the-magnetic-north-south-direction-null-points-are-found-on-the-axis-of-the-magnet-at-14-cm-from-the-centre-of-the-magnet-the https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjAwMTYx-at-a-certain-location-in-africa-a-compass-points-12-deg-west-of-the-geographic-north-the-north-tip-of-the-magnetic-needle-of-a-dip-circle-placed-in-the-plane-of-magnetic-meridian-points-60-deg-above-t https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjAwMTYy-a-rowland-ring-of-mean-radius-15-cm-has-3500-turns-of-wire-wound-on-a-ferromagnetic-core-of-relative-permeability-800-what-is-the-magnetic-field-b-in-the-core-for-a-magnetizing-current-of-1-2-a-1-3-27 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjAwMTYz-a-sample-of-paramagnetic-salt-contains-2-0-times-1024-atomic-dipoles-each-of-dipole-moment-1-5-times-10-23jt-1-the-sample-is-placed-under-a-homogeneous-magnetic-field-of-0-64-t-and-cooled-to-a-tempera https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjAwMTY2-a-compass-needle-free-to-turn-in-a-horizontal-plane-is-placed-at-the-centre-of-a-circular-coil-of-30-turns-and-a-radius-of-12-cm-the-coil-is-in-a-vertical-plane-making-an-angle-of-45-deg-with-the-magn https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjAwMTY4-a-long-straight-horizontal-cable-carries-a-current-of-2-5-a-in-the-direction-100-south-of-west-to-100-north-of-east-the-magnetic-meridian-of-the-place-happens-to-be-10-deg-west-of-the-geographic-merid https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjEzMTk0-a-negative-charge-is-given-to-a-non-conducting-loop-and-the-loop-is-rotated-in-the-plane-of-paper-about-its-centre-as-shown-in-the-figure-the-magnetic-field-produced-by-the-ring-affects-a-small-magnet https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjEzMTk1-figure-shows-a-bar-magnet-and-a-long-straight-wire-w-carrying-current-into-the-plane-of-paper-point-p-is-the-point-of-intersection-of-axis-of-magnet-and-the-line-of-shortest-distance-between-magnet-an https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjI2NTYz-a-circular-current-loop-of-magnetic-moment-m-is-in-an-arbitrary-orientation-in-an-external-magnetic-field-b-the-work-done-to-rotate-the-loop-by-30-circ-about-an-axis-perpendicular-to-its-plane-is-1-mb https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjI2NjI3-a-toroid-of-n-turns-mean-radius-r-and-cross-sectional-radius-a-carries-current-i-it-is-placed-on-a-horizontal-table-taken-as-xy-plane-its-magnetic-moment-m-1-is-non-zero-and-points-in-the-z-direction https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjI2NjI4-the-magnetic-field-of-the-earth-can-be-modelled-by-that-of-a-point-dipole-placed-at-the-center-of-the-earth-the-dipole-axis-makes-an-angle-of-11-3-deg-with-the-axis-of-the-earth-at-mumbai-declination https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjI2NjI5-in-a-permanent-magnet-at-room-temperature-1-the-magnetic-moment-of-each-molecule-is-zero-2-the-individual-molecules-have-a-non-zero-magnetic-moment-which-is-all-perfectly-aligned-3-domains-are-partial https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjI2NjMw-consider-the-two-idealized-systems-i-a-parallel-plate-capacitor-with-large-plates-and-small-separation-and-ii-a-long-solenoid-of-length-l-r-the-radius-of-the-cross-section-in-i-e-is-ideally-treated-as https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjI2NjMx-a-paramagnetic-sample-shows-a-net-magnetization-of-8-am-1-when-placed-in-an-external-magnetic-field-of-0-6-t-at-a-temperature-of-4-k-when-the-same-sample-is-placed-in-an-external-magnetic-field-of-0-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjI2NjMy-a-long-solenoid-has-1000-turns-per-meter-and-carries-a-current-of-1-a-it-has-a-soft-iron-core-of-mu-r-1000-the-core-is-heated-beyond-the-curie-temperature-tc-a-the-h-field-in-the-solenoid-is-nearly-un https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjI2ODMw-essential-difference-between-electrostatic-shielding-by-a-conducting-shell-and-magnetostatic-shielding-is-due-to-a-electrostatic-field-lines-can-end-on-charges-and-conductors-have-free-charges-b-lines https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjI2ODMx-let-the-magnetic-field-on-the-earth-be-modelled-by-that-of-a-point-magnetic-dipole-at-the-center-of-the-earth-the-angle-of-dip-at-a-point-on-the-geographical-equator-a-is-always-zero-b-can-be-zero-at https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjI4MTcw-the-primary-origin-s-of-magnetism-lies-in-a-atomic-current-b-pauli-exclusion-principle-c-polar-nature-of-molecules-d-intrinsic-spin-of-the-electron-1-a-d-2-c-d-3-b-d-4-b-c-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTIz-which-of-the-following-statements-is-incorrect-1-if-a-bar-magnet-is-cut-into-two-pieces-transverse-to-its-length-and-along-its-length-in-either-case-one-gets-two-magnets-each-with-a-north-and-south-po https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTI0-in-the-figure-the-magnetic-needle-has-a-magnetic-moment-of-6-7-times-10-ndash-2-am2-and-a-moment-of-inertia-i-7-5-times-10-ndash-6-kg-m2-it-performs-10-complete-oscillations-in-6-70-s-in-a-magnetic-fi https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTI4-a-short-bar-magnet-placed-with-its-axis-at-30-deg-with-an-external-field-of-800-g-experiences-a-torque-of-0-016-nm-what-is-the-magnetic-moment-of-the-magnet-1-0-80am2-2-0-40am2-3-0-29am2-4-0-60am2-1-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTMw-a-short-bar-magnet-placed-with-its-axis-at-30-circ-with-an-external-field-of-800-text-g-experiences-a-torque-of-0-016-text-n-m-what-is-the-work-done-in-moving-it-from-its-most-stable-to-the-most-unsta https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTM0-a-solenoid-of-cross-sectional-area-2-times-10-4-text-m-2-and-1000-turns-placed-with-its-axis-at-30-circ-with-an-external-field-of-800-text-g-experiences-a-torque-of-0-016-text-nm-the-current-flowing-t https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTM1-the-ratio-of-the-magnitudes-of-the-equatorial-and-axial-fields-due-to-a-bar-magnet-of-length-5-0-text-cm-at-a-distance-of-50-text-cm-from-its-mid-point-is-given-the-magnetic-moment-of-the-bar-magnet-i https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTM2-the-figure-shows-a-small-magnetized-needle-p-placed-at-a-point-o-the-arrow-shows-the-direction-of-its-magnetic-moment-the-other-arrows-show-different-positions-and-orientations-of-the-magnetic-moment https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTM3-which-of-the-following-is-the-correct-representation-of-magnetic-field-lines-1-g-c-2-d-f-3-a-b-4-c-e-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTM4-which-one-of-the-following-is-correct-1-the-magnetic-field-lines-also-represent-the-lines-of-force-on-a-moving-charged-particle-at-every-point-2-the-magnetic-field-lines-can-be-entirely-confined-withi https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTM5-the-earth-rsquo-s-magnetic-field-at-the-equator-is-approximately-0-4-g-the-earth-rsquo-s-dipole-moment-is-radius-of-earth-r-e-6-4-times10-6-m-1-1-05-times10-23-a-m2-2-8-0-times10-22-a-m2-3-4-5-times10 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTQw-in-the-magnetic-meridian-of-a-certain-place-the-horizontal-component-of-the-earth-rsquo-s-magnetic-field-is-0-26-text-g-and-the-dip-angle-is-60-circ-the-magnetic-field-of-the-earth-at-this-location-is https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTQy-a-solenoid-has-a-core-of-material-with-relative-permeability-400-the-windings-of-the-solenoid-are-insulated-from-the-core-and-carry-a-current-of-2-text-a-if-the-number-of-turns-is-1000-per-metre-the-m https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTQz-a-solenoid-has-a-core-of-material-with-relative-permeability-400-the-windings-of-the-solenoid-are-insulated-from-the-core-and-carry-a-current-of-2-text-a-if-the-number-of-turns-is-1000-per-metre-the-m https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTQ0-a-solenoid-has-a-core-of-material-with-relative-permeability-400-the-windings-of-the-solenoid-are-insulated-from-the-core-and-carry-a-current-of-2-text-a-if-the-number-of-turns-is-1000-per-metre-the-m https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTQ4-a-domain-in-ferromagnetic-iron-is-in-the-form-of-a-cube-of-side-length-1-mu-text-m-the-maximum-possible-dipole-moment-is-the-molecular-mass-of-iron-is-55-text-g-mole-and-its-density-is-7-9-text-g-cm-3 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc0OTI1-figure-shows-the-graph-for-magnetic-hysteresis-for-a-ferromagnetic-materail-from-the-graph-magnetic-retentivity-for-the-material-is-1-2-5-t-2-1-2-t-3-1-t-4-4-t-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzM5NzY4-given-below-are-two-statements-assertion-a-gauss-s-law-for-magnetism-states-that-the-net-magnetic-flux-through-any-closed-surface-is-zero-reason-r-the-magnetic-monopoles-do-not-exist-north-and-south-p https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzM5Nzcz-select-the-correct-option-based-on-the-statements-statement-i-the-magnetic-field-of-a-circular-loop-at-very-far-away-point-on-the-axial-line-varies-with-distance-as-like-that-of-a-magnetic-dipole-stat https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzY2OTE4-the-net-magnetic-flux-through-any-closed-surface-is-1-negative-2-zero-3-positive-4-infinity-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzY4MTQ5-the-variation-of-susceptibility-chi-with-absolute-temperature-t-for-a-paramagnetic-material-is-represented-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDU0OTYy-in-a-uniform-magnetic-field-of-0-049-text-t-a-magnetic-needle-performs-20-complete-oscillations-in-5-seconds-as-shown-the-moment-of-inertia-of-the-needle-is-9-8-10-6-text-kg-m-2-if-the-magnitude-of-ma https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDU0OTc2-match-list-i-with-list-ii-list-i-material-list-ii-susceptibility-chi-mathrm-a-diamagnetic-mathrm-i-chi-0-mathrm-b-ferromagnetic-mathrm-ii-0-chi-geq-1-mathrm-c-paramagnetic-mathrm-iii-chi-gg1-mathrm-d https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDU0OTk3-a-sheet-is-placed-on-a-horizontal-surface-in-front-of-a-strong-magnetic-pole-a-force-is-needed-to-a-hold-the-sheet-there-if-it-is-magnetic-b-hold-the-sheet-there-if-it-is-non-magnetic-c-move-the-sheet https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDU1MDAx-an-iron-bar-of-length-l-has-a-magnetic-moment-m-it-is-bent-at-the-middle-of-its-length-such-that-the-two-arms-make-an-angle-60-circ-with-each-other-the-magnetic-moment-of-this-new-magnet-is-1-dfrac-m https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDU2Nzcx-the-length-of-a-magnetized-iron-bar-is-l-and-its-magnetic-moment-is-m-when-this-bar-is-bent-to-form-a-semicircle-its-magnetic-moment-is-1-m-2-dfrac-m-pi-2-3-dfrac-m-2-pi-4-dfrac-2m-pi-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDU2Nzgw-match-list-i-with-list-ii-list-i-material-list-ii-example-a-diamagnet-i-alnico-b-paramagnet-ii-copper-c-soft-ferromagnet-iii-aluminium-d-hard-ferromagnet-iv-gadolinium-choose-the-correct-answer-from-t https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDU2ODA1-the-best-suited-curve-showing-the-variations-of-susceptibility-chi-of-a-paramagnetic-material-in-free-space-with-temperature-t-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0NjYx-a-circular-loop-carrying-a-current-is-replaced-by-an-equivalent-magnetic-dipole-a-point-on-the-axis-of-the-loop-is-in-1-end-on-position-2-broadside-on-position-3-both-4-none-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0Njc2-consider-a-magnetic-dipole-kept-in-the-north-south-direction-let-p1-p2-q1-q2-be-four-points-at-the-same-distance-from-the-dipole-towards-the-north-south-east-and-west-of-the-dipole-respectively-the-di https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjUxMDAz-a-short-bar-magnet-of-magnet-moment-0-4-jt-1jt-1jt-1-is-placed-in-a-uniform-magnetic-field-of-0-16-ttt-the-magnet-is-in-stable-equilibrium-when-the-potential-energy-is-1-0-064-j-2-0-064-j-3-zero-4-0-0 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzMxNzYz-a-current-carrying-circular-loop-of-wire-is-placed-in-a-magnetic-field-b-which-makes-an-angle-theta-with-the-normal-to-the-loop-the-radius-of-the-loop-is-r-and-the-loop-carries-a-current-i-the-magneti https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjk5MzU5-when-a-bar-magnet-is-rotated-from-its-position-parallel-to-the-external-magnetic-field-b-10-3-t-to-a-direction-opposite-to-the-field-anti-parallel-the-work-done-is-3-j-then-the-maximum-torque-experien https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzM2Njg0-assume-that-the-magnetic-field-of-the-earth-is-due-to-a-small-magnetic-dipole-placed-at-the-centre-of-the-earth-radius-r-the-magnetic-field-at-the-equator-is-b-e-the-dipole-moment-of-the-dipole-is-1-d https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzAwMTcx-three-identical-bar-magnets-each-having-a-dipole-moment-m-are-placed-at-the-origin-oriented-along-the-x-text-axis-the-y-text-axis-and-the-z-text-axis-respectively-the-net-magnetic-moment-of-the-dipole https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzU4MjU0-a-bar-magnet-of-the-magnetic-moment-m-is-placed-at-right-angles-to-a-magnetic-induction-b-if-a-force-f-is-experienced-by-each-pole-of-the-magnet-the-length-of-the-magnet-will-be-1-dfrac-mb-f-2-dfrac-b https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzI2MDk3-a-small-permanent-magnet-is-placed-antiparallel-to-a-uniform-magnetic-field-b-a-null-point-is-found-at-a-distance-r-on-the-axis-of-the-magnet-then-r-is-proportional-to-nearly-1-b-3-2-b-2-3-b-1-2-4-b-1 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0NjY2-two-short-magnets-of-equal-dipole-moments-mathrm-m-are-fastened-perpendicularly-at-their-centres-shown-in-the-figure-the-magnitude-of-the-magnetic-field-at-a-distance-mathrm-d-from-the-centre-on-the-b https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIyNzQ3-the-magnetic-field-at-a-point-10-cm-away-from-a-short-bar-magnet-is-3-times-10-4-t-when-the-magnet-is-placed-in-an-end-on-position-if-the-magnet-is-in-a-broadside-on-position-the-field-will-be-1-6-tim https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzMxNzY5-two-short-bar-magnets-are-placed-at-large-distances-from-each-other-with-their-axes-aligned-along-the-same-line-but-in-opposite-directions-to-each-other-a-null-point-is-formed-between-them-at-a-distan https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTQ3-a-solenoid-has-a-core-of-material-with-relative-permeability-400-the-windings-of-the-solenoid-are-insulated-from-the-core-and-carry-a-current-of-2-text-a-if-the-number-of-turns-is-1000-per-metre-the-m https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIyNzU2-the-coercive-force-for-a-certain-magnet-is-3-times-10-3-text-a-m-this-magnet-is-placed-within-a-solenoid-having-40-text-turns-cm-what-current-should-be-passed-through-the-solenoid-so-that-the-magnet-i https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDQ5-which-of-the-following-pairs-has-quantities-of-the-same-dimensions-a-the-magnetic-field-b-and-magnetizing-field-intensity-h-b-the-magnetic-field-b-and-intensity-of-magnetization-i-c-the-magnetizing-fi https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDA2-when-a-magnetic-material-is-subjected-to-a-very-small-magnetising-force-h-the-intensity-of-magnetisation-is-proportional-to-1-frac-1-sqrt-h-2-sqrt-h-3-h-4-h-2-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzM4MzQy-when-a-diamagnetic-material-is-placed-in-a-magnetic-field-the-field-strength-within-the-material-is-1-increased-2-decreased-3-unchanged-4-fluctuating-with-time-first-increasing-and-then-decreasing-1-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzM1MjA1-a-sample-of-magnetic-material-is-placed-in-a-magnetic-field-as-the-magnetic-field-is-increased-its-magnetisation-increases-and-finally-it-becomes-constant-even-if-the-field-is-increased-further-now-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIyNzU0-a-ferromagnetic-material-consists-of-domains-in-which-the-magnetic-moments-of-the-atoms-are-in-the-same-direction-within-each-domain-however-the-domains-are-randomly-oriented-a-ferromagnetic-material https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTI0MzY-there-are-four-light-weight-rod-samples-a-b-c-d-separately-suspended-by-threads-a-bar-magnet-is-slowly-brought-near-each-sample-and-the-following-observations-are-noted-i-a-is-feebly-repelled-ii-b-is https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzI2MDk4-two-small-paramagnetic-samples-are-placed-in-an-otherwise-uniform-strong-external-magnetic-field-b-if-the-two-samples-are-placed-with-a-separation-that-is-along-the-direction-of-the-external-field-b-t https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTE2Mjk5-which-one-of-the-following-statement-is-not-correct-about-the-magnetic-field-1-inside-the-magnet-the-lines-go-from-the-north-pole-to-the-south-pole-of-the-magnet-2-tangents-to-the-magnetic-lines-give https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ2Njc0-the-figure-illustrates-magnetic-field-lines-generated-by-a-magnet-three-points-f-g-and-h-are-marked-in-the-magnetic-field-based-on-the-pattern-of-field-lines-shown-in-the-figure-what-is-the-correct-re https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTE2MzA4-magnetic-lines-of-force-due-to-a-bar-magnet-do-not-intersect-because-1-a-point-always-has-a-single-net-magnetic-field-2-the-lines-have-similar-charges-and-so-repel-each-other-3-the-lines-always-diverg https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzNTE2-maxwell-is-a-unit-of-1-magnetic-susceptibility-2-magnetic-flux-3-magnetic-permeability-4-magnetic-dipole-moment-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQwMjIx-the-magnetic-field-lines-due-to-a-bar-magnet-are-correctly-shown-in-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc2NjI5-given-below-are-two-statements-statement-i-the-magnetic-field-of-a-short-bar-magnet-points-from-the-south-pole-to-the-north-pole-within-the-bar-magnet-statement-ii-bar-magnets-are-made-of-ferromagneti https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTMwNzAy-four-small-identical-bar-magnets-each-of-magnetic-dipole-moment-m-are-placed-on-the-vertices-of-a-square-of-side-a-such-that-the-diagonals-of-the-square-coincide-with-the-perpendicular-bisectors-of-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc3MTkz-a-bar-magnet-is-demagnetised-by-placing-it-inside-a-solenoid-of-length-0-2-text-m-having-100-turns-and-carrying-a-current-of-5-2-text-a-what-is-the-coercivity-of-the-bar-magnet-1-285-text-a-m-2-2600-t https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzMxODE1-the-magnetic-lines-of-force-inside-a-bar-magnet-1-do-not-exist-2-are-from-the-n-pole-to-the-s-pole-of-the-magnet-3-are-from-the-s-pole-to-the-n-pole-of-the-magnet-4-depend-upon-the-area-of-the-cross-s https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDY4ODA0-the-magnetic-moment-and-moment-of-inertia-of-a-magnetic-needle-as-shown-are-respectively-1-0-times10-2-text-a-m-2-text-and-frac-10-6-pi-2-text-kg-m-2-if-it-completes-10-oscillations-in-10-text-s-the-m https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTkyMDI5-a-bar-magnet-of-length-l-and-magnetic-moment-p-m-is-bent-in-the-form-of-an-arc-as-shown-in-the-figure-below-the-new-magnetic-dipole-moment-will-be-1-p-m-2-dfrac-3-pi-p-m-3-dfrac-2-pi-p-m-4-dfrac-1-2-p https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDA0-a-long-magnetic-needle-of-length-2l-magnetic-moment-m-and-pole-strength-m-units-is-broken-into-two-pieces-at-the-middle-the-magnetic-moment-and-pole-strength-of-each-piece-will-be-1-m2-m2m2-m2m2-m2-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDY4ODUz-the-magnetic-moment-of-an-iron-bar-is-m-it-is-now-bent-in-such-a-way-that-it-forms-an-arc-section-of-a-circle-subtending-an-angle-of-60-circ-at-the-centre-the-magnetic-moment-of-this-arc-section-is-1 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQyMjAx-given-below-are-two-statements-statement-i-the-poles-of-magnets-cannot-be-separated-by-breaking-into-two-pieces-statement-ii-the-magnetic-moment-will-be-reduced-to-half-when-a-magnet-is-broken-into-tw https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0Njc1-a-horizontal-circular-loop-carries-a-current-that-looks-clockwise-when-viewed-from-above-it-is-replaced-by-an-equivalent-magnetic-dipole-consisting-of-a-south-pole-s-and-a-north-pole-n-a-the-line-sn-s https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzMDYy-the-ratio-of-the-magnetic-field-due-to-a-small-bar-magnet-in-the-end-on-position-to-that-in-its-broad-side-on-position-at-equal-distance-from-the-magnet-is-1-1-4-2-1-2-3-1-1-4-2-1-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc4NzIy-a-small-bar-magnet-is-placed-in-a-uniform-external-magnetic-field-of-magnitude-0-06-text-t-such-that-its-magnetic-axis-makes-an-angle-of-30-circ-with-the-field-if-the-magnet-experiences-a-torque-of-0 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0NjY1-let-r-be-the-distance-of-a-point-on-the-axis-of-a-magnetic-dipole-from-its-centre-the-magnetic-field-at-such-a-point-is-proportional-to-1-dfrac-1-r-2-dfrac-1-r-2-3-dfrac-1-r-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjUxMDU1-two-identical-bar-magnets-are-fixed-with-their-centres-at-a-distance-d-apart-a-stationary-charge-q-is-placed-at-p-in-between-the-gap-of-the-two-magnets-at-a-distance-d-from-the-centre-o-as-shown-in-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ5OTcz-a-short-bar-magnet-has-points-a-and-b-along-its-axis-at-distances-of-24-text-cm-and-48-text-cm-on-the-opposite-sides-the-ratio-of-magnetic-fields-due-to-bar-magnets-at-these-points-will-be-1-8-2-4-3-d https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzMDU0-a-short-bar-magnet-of-magnetic-moment-0-4-text-jt-1-is-placed-in-a-uniform-magnetic-field-of-0-16-text-t-the-magnet-is-in-stable-equilibrium-when-the-potential-energy-is-1-0-064-text-j-2-0-064-text-j https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDM4OTE4-given-below-are-two-statements-assertion-a-magnetic-dipoles-when-placed-near-a-long-straight-current-carrying-wire-are-deflected-perpendicular-to-the-wire-reason-r-the-magnetic-field-lines-of-a-straig https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDY3-the-work-done-in-rotating-a-magnet-of-the-magnetic-moment-100-a-m2-through-90-circ-from-a-direction-parallel-to-the-uniform-magnetic-field-of-strength-0-4-times-10-4-tesla-is-1-4-mj-2-zero-3-6-mj-4-8 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1NTI1-the-magnetic-field-at-the-centre-of-a-circular-loop-of-area-a-is-b-the-magnetic-moment-of-the-loop-is-1-dfrac-ba-2-mu-0-pi-2-dfrac-ba-sqrt-a-mu-0-3-dfrac-ba-sqrt-a-mu-0-pi-4-dfrac-2ba-sqrt-a-mu-0-sqrt https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc2NjU5-a-short-bar-magnet-moment-m-is-placed-at-the-centre-of-a-solenoid-with-its-axis-along-the-axis-of-the-solenoid-the-magnetic-field-of-the-solenoid-is-b-at-its-centre-the-torque-on-the-magnet-is-1-mb-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjUwOTI0-a-magnetic-needle-suspended-parallel-to-a-magnetic-field-requires-sqrt-3-text-j-of-work-to-turn-it-through-60-circ-the-torque-needed-to-maintain-the-needle-in-this-position-will-be-1-3-n-m-2-sqrt-3-n https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTIxMjg2-a-bar-magnet-with-a-magnetic-moment-of-0-5-text-a-m-2-is-suspended-in-a-uniform-magnetic-field-of-8-times-10-2-text-t-how-much-work-is-required-to-rotate-the-magnet-from-its-most-stable-position-to-it https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjY1OTcw-a-bar-magnet-is-oscillating-in-the-earth-s-magnetic-field-with-a-period-t-what-happens-to-this-period-and-motion-if-this-mass-is-quadrupled-1-motion-remains-shm-with-time-period-frac-t-2-2-motion-rema https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc5MzUy-a-magnetic-needle-has-a-magnetic-moment-of-6-7-times-10-2-text-a-m-2-and-a-moment-of-inertia-of-7-5-times-10-6-text-kg-m-2-it-performs-simple-harmonic-oscillations-in-a-uniform-magnetic-field-of-0-01 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzMDE0-correct-relation-between-magnetic-field-b-magnetic-intensity-h-and-intensity-of-magnetization-i-is-1-b-mu-0-left-h-i-right-2-i-mu-0-left-h-b-right-3-h-mu-0-left-i-b-right-4-b-2h-left-i-mu-0-right-1-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc4NDI1-a-rod-is-made-of-a-material-whose-magnetic-susceptibility-is-499-if-the-permeability-of-free-space-is-4-pi-times-10-7-text-h-text-m-text-the-absolute-permeability-of-the-material-of-the-rod-is-1-3-pi https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NDE2MDM-the-dipole-moment-of-each-molecule-of-a-paramagnetic-gas-is-1-5-times10-23-a-m-2-the-temperature-of-the-gas-is-27-c27-c27-c-and-the-number-of-molecules-per-unit-volume-in-it-are-2-times10-26-m-3-the-m https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzI4NjQ1-a-paramagnetic-substance-of-susceptibility-3-times-10-4-is-placed-in-a-magnetic-field-of-4-times-10-4-text-a-m-1-the-intensity-of-magnetization-in-the-units-of-text-a-m-1-is-1-1-33-times10-8-2-0-75-ti https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTE2Mjk3-what-happens-when-a-magnetic-substance-is-heated-1-it-loses-its-magnetism-2-it-becomes-a-strong-magnet-3-does-not-effect-the-magnetism-4-either-2-and-3-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTE2MzA2-of-the-following-fig-the-lines-of-magnetic-induction-due-to-a-magnet-sn-are-given-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTI0MTEx-the-coercivity-of-a-bar-magnet-is-100a-m-it-is-to-be-demagnetised-by-placing-it-inside-a-solenoid-of-length-100-cm-and-number-of-turns-50-the-current-flowing-the-solenoid-will-be-1-4a-2-2a-3-1a-4-zero https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDM2MTQw-when-the-current-through-an-iron-cored-electromagnet-is-gradually-increased-it-is-observed-that-there-are-crackling-sounds-emerging-from-the-interior-of-the-magnet-these-are-due-to-1-thermal-expansion https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mzg2ODAz-a-steel-bar-magnet-has-a-magnetic-moment-of-2-5-text-a-m-2-and-a-mass-of-6-6-times-10-2-text-kg-if-the-density-of-the-material-is-6-6-times-10-3-text-kg-m-3-the-intensity-of-magnetisation-of-the-magne https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDA2-the-magnetic-susceptibility-is-negative-for-1-paramagnetic-materials-only-2-diamagnetic-materials-only-3-ferromagnetic-materials-only-4-paramagnetic-and-ferromagnetic-materials-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjY1Njg2-among-which-of-the-following-the-magnetic-susceptibility-does-not-depend-on-the-temperature-1-diamagnetism-2-paramagnetism-3-ferromagnetism-4-ferrite-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDQ4-the-permanent-magnetic-moment-of-the-atoms-of-a-material-is-zero-the-material-a-must-be-paramagnetic-b-must-be-diamagnetic-c-must-be-ferromagnetic-d-may-be-paramagnetic-choose-the-correct-option-1-a-b https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ2MzA3-for-a-ferromagnetic-material-the-susceptibility-is-1-large-and-negative-2-large-and-positive-3-small-and-positive-4-small-and-negative-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzY3MzE0-given-below-two-statements-statement-i-for-diamagnetic-substances-1-leq-chi-statement-ii-diamagnetic-substances-when-placed-in-an-external-magnetic-field-tend-to-move-from-the-stronger-to-the-weaker-p https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mzg1ODg0-match-the-terms-of-column-i-with-the-items-of-column-ii-and-choose-the-correct-option-from-the-codes-given-below-column-i-column-ii-mathrm-a-diamagnetic-mathrm-p-mu-mu-0-mu-r-1-and-chi-1-mathrm-b-para https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQwMTky-there-are-four-light-weight-rod-sample-a-b-c-d-separately-suspended-by-threads-a-bar-magnet-is-slowly-brought-near-each-sample-and-the-following-observation-are-noted-i-a-is-feebly-repelled-ii-b-is-fe https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDM4-domain-formation-is-the-necessary-feature-of-1-ferromagnetism-2-diamagnetism-3-paramagnetism-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzMDUz-the-magnetic-moment-of-a-diamagnetic-atom-is-1-much-greater-than-one-2-one-3-between-zero-and-one-4-equal-to-zero-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTE2MzAz-the-magnetic-susceptibility-of-an-ideal-diamagnetic-substance-is-1-1-2-0-3-1-4-infty-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQwMTkw-if-a-diamagnetic-substance-is-brought-near-the-north-or-the-south-pole-of-a-bar-magnet-it-is-1-repelled-by-both-the-poles-2-repelled-by-the-north-pole-and-attracted-by-the-south-pole-3-attracted-by-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTIxNDU1-paramagnetic-substances-a-align-themselves-along-the-directions-of-the-external-magnetic-field-b-attract-strongly-towards-an-external-magnetic-field-c-has-susceptibility-little-more-than-zero-d-move-f https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQxODM2-given-below-are-two-statements-assertion-a-a-disc-shaped-magnet-is-levitated-above-a-superconducting-material-that-has-been-cooled-by-liquid-nitrogen-reason-r-superconductors-repel-a-magnet-1-both-a-a https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDAy-a-paramagnetic-material-is-placed-in-a-magnetic-field-consider-the-following-statements-a-if-the-magnetic-field-is-increased-the-magnetization-is-increased-b-if-the-temperature-is-increased-the-magnet https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDE1MTEy-when-a-paramagnetic-substance-is-introduced-between-the-poles-of-a-strong-magnet-the-field-between-the-poles-1-increases-slightly-2-decreases-slightly-3-increases-by-a-large-factor-4-remains-unchanged https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ4OTEz-a-material-when-placed-in-a-uniform-magnetic-field-affects-the-magnetic-lines-as-shown-below-the-material-may-be-1-ferromagnetic-2-diamagnetic-3-paramagnetic-4-either-ferromagnetic-or-paramagnetic-1-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1NTEz-the-magnetic-moment-of-electron-due-to-orbital-motion-is-proportional-to-where-n-principle-quantum-number-1-frac1-n-2-2-frac1n-3-n-2-4-n-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ3MzU0-if-the-permeability-of-a-paramagnetic-substance-is-mu-and-the-permeability-of-free-space-is-mu-0-then-1-mu-mu-0-2-mu-gg-mu-0-3-mu-mu-0-4-mu-mu-0-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1NTE5-the-correct-direction-of-the-magnetic-field-in-the-given-figures-is-shown-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzOTE5-a-magnet-of-magnetic-dipole-moment-10-hat-i-text-a-m-2-is-placed-along-the-x-axis-in-a-magnetic-field-vec-b-hat-i-2-hat-j-text-t-the-torque-acting-on-the-magnet-is-1-30-widehat-k-text-n-m-2-10-widehat https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzODE4-two-identical-bar-magnets-are-kept-as-shown-in-the-figure-the-direction-of-the-resultant-magnetic-field-indicated-by-the-arrowhead-at-the-point-p-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzI0MDA5-the-unit-of-magnetic-flux-is-1-oersted-2-gauss-3-tesla-4-maxwell-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ2MDc2-a-bar-magnet-having-a-magnetic-moment-of-2-0-times10-5-text-jt-1-is-placed-along-the-direction-of-the-uniform-magnetic-field-of-magnitude-b-14-times10-5-text-t-the-work-done-in-rotating-the-magnet-slo https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIyNzU4-a-100-turn-coil-of-wire-of-size-2-text-cm-times-1-5-text-cm-is-suspended-between-the-poles-of-a-magnet-producing-a-field-of-1-text-t-inside-a-galvanometer-calculate-the-torque-on-the-coil-due-to-a-cur https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTgx-the-magnetic-moment-of-a-bar-magnet-of-length-l-and-area-of-cross-section-a-is-m-if-the-magnet-is-cut-into-four-identical-parts-each-of-length-l-and-area-of-cross-section-frac-a-4-then-the-magnetic-mo https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjA4MzYx-figure-shows-two-small-identical-magnetic-dipoles-a-and-b-of-magnetic-moments-m-each-placed-at-a-separation-2d-with-their-axes-perpendicular-to-each-other-the-magnetic-field-at-the-point-p-midway-betw https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTExNjk4-given-below-are-two-statements-assertion-a-magnetic-flux-linked-with-a-closed-surface-is-always-zero-reason-r-magnetic-monopole-does-not-exist-1-both-a-and-r-are-true-and-r-is-the-correct-explanation https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDI0-two-short-magnets-of-equal-dipole-moments-m-are-fastened-perpendicularly-at-their-centres-figure-the-magnitude-of-the-magnetic-field-at-a-distance-d-from-the-centre-on-the-bisector-of-the-right-angle https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTk2Mzk-a-closely-wound-solenoid-of-2000-turns-and-area-of-cross-section-1-5-times10-4-m2-carries-a-current-of-2-0-a-it-is-suspended-through-its-center-and-perpendicular-to-its-length-allowing-it-to-turn-in-a https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzUwMDYy-if-the-work-done-in-turning-a-magnet-of-magnetic-moment-m-by-an-angle-of-90-circ-from-magnetic-meridian-is-n-times-the-corresponding-work-done-to-turn-it-through-an-angle-of-60-circ-then-the-value-of https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTg3NjA-a-magnet-is-parallel-to-a-uniform-magnetic-field-if-it-is-rotated-by-60-circ-the-work-done-is-0-8-j-how-much-work-is-done-in-moving-it-30-circ-further-1-0-8-times-10-7-text-ergs-2-0-4-text-j-3-8-text https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODA5-two-bar-magnets-are-held-together-tightly-in-a-vibration-magnetometer-when-their-like-poles-are-together-they-make-20-oscillations-per-minute-and-when-their-unlike-poles-are-together-they-make-8-oscil https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQxNDc4-if-a-magnetic-monopole-were-to-exist-what-would-be-appropriate-units-of-its-strength-1-text-wb-text-t-2-text-t-text-m-3-3-text-c-m-text-s-4-text-d-text-t-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzOTk2-a-current-carrying-loop-is-placed-in-magnetic-field-as-shown-in-figure-what-is-the-time-period-of-small-oscillation-about-an-axis-passing-through-diameter-of-the-coil-mass-of-coil-is-m-radius-is-r-1-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzM5OTY1-given-below-are-two-statements-assertion-a-susceptibility-is-defined-as-the-ratio-of-intensity-of-magnetization-i-to-magnetic-intensity-h-reason-r-greater-the-value-of-susceptibility-the-smaller-the-v https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzI0MDEw-the-unit-of-magnetic-moment-is-1-a-m-2-am-3-am2-4-tesla-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzNjk5-there-are-two-materials-a-and-b-the-material-b-have-high-coercivity-and-a-have-low-coercivity-the-hysteresis-loop-area-of-material-a-is-lesser-than-the-material-b-then-1-material-a-is-preferred-for-ma https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQwMjE0-a-uniform-magnetic-field-parallel-to-the-plane-of-the-paper-existed-in-space-initially-directed-from-left-to-right-when-a-bar-of-soft-iron-is-placed-in-the-field-parallel-to-it-the-lines-of-force-pass https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzUwMDQw-when-a-small-ferromagnetic-magnet-is-fully-demagnetized-its-coercivity-is-measured-to-be-3-times-10-3-text-am-1-a-solenoid-of-length-10-text-cm-consisting-of-100-turns-is-used-to-achieve-this-demagnet https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzUwMTY1-the-relationship-between-permeability-mu-and-the-magnetising-field-h-for-a-sample-of-iron-is-given-by-mu-left-dfrac-0-5-h-8-times10-4-right-text-henry-per-metre-where-h-is-measured-in-text-a-m-what-va https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQwMjAx-a-bar-magnet-has-coercivity-4-times-10-3-text-am-1-it-is-desired-to-demagnetize-it-by-inserting-it-inside-a-solenoid-12-text-cm-long-and-having-60-turns-the-current-that-should-be-sent-through-the-sol https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDQw-the-magnetic-dipoles-in-a-diamagnetic-material-are-represented-for-three-situations-the-three-situations-differ-in-magnitude-if-a-magnetic-field-is-applied-to-the-material-in-which-situation-the-magne https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDM1-if-a-diamagnetic-substance-is-brought-near-the-north-or-the-south-pole-of-a-bar-magnet-it-is-1-repelled-by-both-the-poles-2-repelled-by-the-north-pole-and-attracted-by-the-south-pole-3-attracted-by-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzMzNTg1-needles-n-1-n-2-and-n-3-are-made-of-ferromagnetic-paramagnetic-and-diamagnetic-substances-respectively-a-magnet-when-brought-close-to-them-will-1-attract-all-three-of-them-2-attract-n-1-and-n-2-strong https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ2MTA5-the-susceptibility-of-a-paramagnetic-material-is-99-the-permeability-of-the-material-in-text-wb-a-m-is-permeability-of-free-space-mu-0-4-pi-times-10-7-text-wb-a-m-1-4-pi-times-10-7-2-4-pi-times-10-4-3 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjY2MDEy-diamagnetic-material-in-a-magnetic-field-moves-1-from-stronger-to-the-weaker-parts-of-the-field-2-from-weaker-to-the-stronger-parts-of-the-field-3-perpendicular-to-the-field-4-in-none-of-the-above-dir https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjYzNzg3-if-the-magnetic-dipole-moment-of-an-atom-of-diamagnetic-material-paramagnetic-material-and-ferromagnetic-material-are-denoted-by-mu-d-mu-p-text-and-mu-f-respectively-then-1-mu-p-0-text-and-mu-f-ne0-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTMwOTIy-select-the-incorrect-statement-regarding-magnetic-material-1-the-magnetic-dipole-moment-of-each-atom-of-para-and-ferromagnetic-substance-is-zero-and-that-of-diamagnetic-material-is-non-zero-in-the-abs https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTg1-the-possible-value-of-magnetic-susceptibility-of-a-diamagnetic-material-can-be-1-2-45-2-0-75-3-0-5-4-1-67-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDI4-the-variation-of-the-intensity-of-magnetisation-i-with-respect-to-the-magnetising-field-h-in-a-diamagnetic-substance-is-described-by-the-graph-1-od-2-oc-3-ob-4-oa-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTExNjky-a-frog-can-be-levitated-in-a-magnetic-field-produced-by-a-current-in-a-vertical-solenoid-placed-below-the-frog-this-is-possible-because-the-body-of-the-frog-behaves-as-1-paramagnetic-2-diamagnetic-3-f https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ2MzU4-the-universal-property-of-all-substances-is-1-diamagnetism-only-2-ferromagnetism-only-3-paramagnetism-only-4-both-paramagnetism-and-diamagnetism-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ1MTU0-given-below-are-two-statements-statement-i-all-paramagnetic-substances-become-diamagnetic-as-their-temperature-is-lowered-statement-ii-all-ferromagnetic-substances-become-paramagnetic-when-their-tempe https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDE5-a-superconductor-exhibits-perfect-1-ferrimagnetism-2-ferromagnetism-3-paramagnetism-4-diamagnetism-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTM3MTI0-when-cooled-below-4-2-k-mercury-becomes-a-superconductor-which-means-it-has-no-electrical-resistance-when-a-current-is-passed-through-mercury-under-these-conditions-which-one-of-the-following-effects https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjYzNjUz-for-protecting-a-magnetic-needle-it-should-be-placed-1-in-an-iron-box-2-in-a-wooden-box-3-in-a-metallic-box-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQwMjU0-given-below-are-two-statements-assertion-a-magnetic-susceptibility-is-a-pure-number-reason-r-the-value-of-magnetic-susceptibility-for-vacuum-is-one-1-both-a-and-r-are-true-and-r-is-the-correct-explana https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDI1-the-variation-of-magnetic-susceptibility-with-temperature-for-a-diamagnetic-substance-is-best-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTk4NjA2-a-closely-wound-solenoid-of-2000-turns-and-area-of-cross-section-as-1-6-times10-4-text-m-2-carrying-a-current-of-4-0-text-a-is-suspended-through-its-center-allowing-it-to-turn-in-a-horizontal-plane-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDY4NzQw-the-magnetic-potential-energy-when-a-magnetic-bar-with-a-magnetic-moment-vec-m-is-placed-perpendicular-to-the-magnetic-field-vec-b-is-1-dfrac-mb-2-2-zero-3-mb-4-mb-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDY4NzQ0-the-incorrect-relation-for-a-diamagnetic-material-all-the-symbols-carry-their-usual-meaning-and-varepsilon-is-a-small-positive-number-is-1-mu-2-0-leqslant-mu-mathrm-r-3-1-leqslant-chi-4-1-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjUxMDUz-the-magnetic-moment-of-a-diamagnetic-atom-is-1-1-2-between-zero-and-one-3-equal-to-zero-4-much-greater-than-one-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTI5MDk-if-a-diamagnetic-substance-is-brought-near-the-north-or-the-south-pole-of-a-bar-magnet-it-is-1-repelled-by-both-the-poles-2-repelled-by-the-north-pole-and-attracted-by-the-south-pole-3-attracted-by-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTMyMzE-a-bar-magnet-having-a-magnetic-moment-of-2-times10-4-jt-1-is-free-to-rotate-in-a-horizontal-plane-a-horizontal-magnetic-field-b-6-times10-4-t-exists-in-the-space-the-work-done-in-taking-the-magnet-slo https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjY1Mjc3-two-bar-magnets-having-the-same-geometry-with-magnetic-moments-m-and-2m-are-firstly-placed-in-such-a-way-that-if-their-similar-poles-are-on-the-same-side-then-their-time-period-of-oscillation-is-t-1-n https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTI1ODg-a-vibration-magnetometer-placed-in-a-magnetic-meridian-has-a-small-bar-magnet-the-magnet-executes-oscillations-with-a-time-period-of-2-s-in-the-earth-s-horizontal-magnetic-field-of-24-t-when-a-horizon https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDMz-there-are-four-light-weight-rod-samples-a-b-c-d-separately-suspended-by-threads-a-bar-magnet-is-slowly-brought-near-each-sample-and-the-following-observations-are-noted-i-a-is-feebly-repelled-ii-b-is https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjcwOTQ5-a-domain-in-ferromagnetic-iron-is-in-the-form-of-a-cube-of-side-length-1-mu-text-m-the-magnetisation-of-the-domain-is-the-molecular-mass-of-iron-is-55-text-g-mole-and-its-density-is-7-9-text-g-cm-3-as https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjAwMTYw-a-short-bar-magnet-has-a-magnetic-moment-of-0-48-text-jt-1-the-direction-and-magnitude-of-the-magnetic-field-produced-by-the-magnet-at-a-distance-of-10-text-cm-from-the-centre-of-the-magnet-on-the-equ https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDUwODAx-the-magnetic-field-of-earth-can-be-modelled-by-that-of-a-point-dipole-placed-at-the-centre-of-the-earth-the-dipole-axis-makes-an-angle-of-11-3-circ-with-the-axis-of-earth-at-mumbai-declination-is-near https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDUwODAz-in-a-permanent-magnet-at-room-temperature-1-magnetic-moment-of-each-molecule-is-zero-2-the-individual-molecules-have-non-zero-magnetic-moment-which-are-all-perfectly-aligned-3-domains-are-partially-al https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDUwODEy-a-paramagnetic-sample-shows-a-net-magnetisation-of-8-mathrm-am-1-when-placed-in-an-external-magnetic-field-of-0-6-mathrm-t-at-a-temperature-of-4-mathrm-k-when-the-same-sample-is-placed-in-an-external https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDUwODE2-s-is-the-surface-of-a-lump-of-magnetic-material-a-lines-of-b-are-necessarily-continuous-across-s-b-some-lines-of-b-must-be-discontinuous-across-s-c-lines-of-h-are-necessarily-continuous-across-s-d-lin https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDUwODE3-the-primary-origin-s-of-magnetism-lies-in-a-atomic-currents-b-pauli-exclusion-principle-c-polar-nature-of-molecules-d-intrinsic-spin-of-electron-choose-the-correct-options-1-a-d-2-a-b-c-3-b-d-4-c-d-1 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDUwODIw-a-long-solenoid-has-1000-turns-per-metre-and-carries-a-current-of-1-mathrm-a-it-has-a-soft-iron-core-of-mu-r-1000-the-core-is-heated-beyond-the-curie-temperature-t-c-1-the-h-field-in-the-solenoid-is-n https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDUwODIy-essential-difference-between-electrostatic-shielding-by-a-conducting-shell-and-magnetostatic-shielding-is-due-to-a-electrostatic-field-lines-can-end-on-charges-and-conductors-have-free-charges-b-lines https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDUwODIz-let-the-magnetic-field-on-earth-be-modelled-by-that-of-a-point-magnetic-dipole-at-the-centre-of-earth-the-angle-of-dip-at-a-point-on-the-geographical-equator-a-is-always-zero-b-can-be-zero-at-specific https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDIx-soft-iron-is-used-to-manufacture-electromagnets-because-1-it-has-a-high-permeability-2-its-retentivity-and-coercivity-are-small-3-its-retentivity-and-coercivity-are-high-4-both-1-2-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzNjk1-to-make-the-electromagnets-the-material-used-should-have-1-low-hysteresis-loss-2-high-hysteresis-loss-3-high-permeability-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzNjk2-to-make-the-permanent-magnets-the-material-used-should-have-1-low-hysteresis-loss-2-high-hysteresis-loss-3-high-retentivity-and-coercivity-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0NjYy-a-circular-loop-carrying-a-current-is-replaced-by-an-equivalent-magnetic-dipole-a-point-on-the-loop-is-in-1-end-on-position-2-broadside-on-position-3-both-4-none-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0NjYz-when-a-current-in-a-circular-loop-is-equivalently-replaced-by-a-magnetic-dipole-1-the-pole-strength-m-of-each-pole-is-fixed-2-the-distance-d-between-the-poles-is-fixed-3-the-product-md-is-fixed-4-none https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0NjY0-let-r-be-the-distance-of-a-point-on-the-axis-of-a-bar-magnet-from-its-centre-the-magnetic-field-at-such-a-point-is-proportional-to-1-1-over-r-2-1-over-r-2-3-1-over-r-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0Njcw-which-of-the-following-four-graphs-may-best-represent-the-current-deflection-relation-in-a-tangent-galvanometer-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0Njcx-a-tangent-galvanometer-is-connected-directly-to-an-ideal-battery-if-the-number-of-turns-in-the-coil-is-doubled-the-deflection-will-1-increase-2-decrease-3-remain-unchanged-4-either-increase-or-decreas https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0Njc0-consider-the-following-statements-a-the-magnetic-field-is-produced-only-by-electric-charges-b-magnetic-poles-are-only-mathematical-assumptions-having-no-real-existence-c-a-north-pole-is-equivalent-to https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0Njc3-consider-the-situation-of-the-previous-problem-the-directions-of-the-magnetic-field-due-to-the-dipole-are-opposite-at-a-p1-and-p2-b-q1-and-q2-c-p1-and-q1-d-p2-and-q2-choose-the-correct-option-1-a-b-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0Njc4-to-measure-the-magnetic-moment-of-a-bar-magnet-one-may-use-a-a-tangent-galvanometer-b-a-deflection-galvanometer-if-the-earth-s-horizontal-field-is-known-c-an-oscillation-magnetometer-if-the-earth-s-ho https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDAz-a-paramagnetic-material-is-kept-in-a-magnetic-field-the-field-is-increased-till-the-magnetization-becomes-constant-if-the-temperature-is-now-decreased-the-magnetization-1-will-increase-2-decrease-3-re https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDA0-a-ferromagnetic-material-is-placed-in-an-external-magnetic-field-the-magnetic-domains-1-increase-in-size-2-decrease-in-size-3-may-increase-or-decrease-in-size-4-have-no-relation-with-the-field-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDA1-a-long-straight-wire-carries-a-current-i-the-magnetizing-field-intensity-h-is-measured-at-a-point-p-close-to-the-wire-a-long-cylindrical-iron-rod-is-brought-close-to-the-wire-so-that-the-point-p-is-at https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDQ3-the-permanent-magnetic-moment-of-the-atoms-of-a-material-is-not-zero-the-material-a-must-be-paramagnetic-b-must-be-diamagnetic-c-must-be-ferromagnetic-d-may-be-paramagnetic-choose-the-correct-options https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDUx-mark-out-the-correct-options-a-diamagnetism-occurs-in-all-materials-b-diamagnetism-results-from-the-partial-alignment-of-permanent-magnetic-moment-c-the-magnetizing-field-intensity-h-is-always-zero-in https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjY0NjA1-for-a-vibration-magnetometer-the-time-period-of-the-suspended-bar-magnet-can-be-reduced-by-1-moving-it-towards-the-south-pole-2-moving-it-towards-the-north-pole-3-moving-it-towards-the-equator-4-anyon https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODk4-at-a-place-the-angle-of-dip-is-30-if-the-horizontal-component-of-the-earth-s-magnetic-field-is-b-the-total-intensity-is-1-3b23b23b2-2-2b-32b32b3-3-2b-4-b-333-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDEw-the-earth-s-magnetic-field-at-a-certain-place-has-a-horizontal-component-0-3-gauss-and-the-total-strength-0-5-gauss-the-angle-of-dip-is-1-tan-1-34-tan-134tan-134-2-sin-1-34-sin-134sin-134-3-tan-1-43-t https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0NjY3-magnetic-meridian-is-1-a-point-2-a-line-along-north-south-3-a-horizontal-plane-4-a-vertical-plane-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTIxOTU0-the-vertical-component-of-the-earth-s-magnetic-field-is-zero-at-1-the-magnetic-poles-2-the-magnetic-equator-3-the-geographic-poles-4-the-geographic-equator-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDY1-the-material-suitable-for-making-electromagnets-should-have-1-high-retentivity-and-high-coercivity-2-high-retentivity-and-low-coercivity-3-low-retentivity-and-high-coercivity-4-low-retentivity-and-low https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDUw-when-a-ferromagnetic-material-goes-through-a-hysteresis-loop-the-magnetic-susceptibility-a-has-a-fixed-value-b-may-be-zero-c-may-be-infinity-d-may-be-negative-choose-the-correct-option-1-a-b-c-2-b-c-d https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyODU1-which-of-the-following-graphs-represents-the-correct-variation-of-the-intensity-of-magnetisation-i-with-the-intensity-of-the-magnetising-field-h-in-a-ferromagnetic-substance-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NzIyNzA-given-below-are-two-statements-assertion-a-if-a-compass-needle-is-kept-at-the-magnetic-north-pole-of-the-earth-the-compass-needle-may-stay-in-any-direction-reason-r-the-dip-needle-will-stay-vertical-a https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MjY2MDEx-according-to-curie-s-law-the-magnetic-susceptibility-of-a-substance-at-an-absolute-temperature-t-is-proportional-to-1-1-t-2-t-3-1-t2-4-t2-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NzIyNzE-given-below-are-two-statements-assertion-a-the-earth-s-magnetic-field-is-due-to-iron-present-in-its-core-reason-r-at-a-high-temperature-magnet-losses-its-magnetic-property-or-magnetism-1-both-a-and-r https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUyOTc2-a-compass-needle-which-is-allowed-to-move-in-a-horizontal-plane-is-taken-to-a-geomagnetic-pole-it-will-1-stay-in-the-east-west-direction-only-2-stay-in-any-position-3-become-rigid-showing-no-movement https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0NjY4-a-compass-needle-which-is-allowed-to-move-in-a-horizontal-plane-is-taken-to-a-geomagnetic-pole-then-1-it-will-stay-in-north-south-direction-only-2-it-will-stay-in-east-west-direction-only-3-it-will-be https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246ODg5MjA-if-phi-1-and-phi-2-are-the-apparent-angles-of-dip-observed-in-two-vertical-planes-at-right-angles-to-each-other-then-the-true-angle-of-dip-phi-is-given-by-1-cos-2-phi-cos-2-phi-1-cos-2-phi-2-2-sec-2-p https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDEx-electromagnets-are-made-of-soft-iron-because-soft-iron-has-1-high-retentivity-and-high-coercive-force-2-high-retentivity-and-low-coercive-force-3-low-retentivity-and-high-coercive-force-4-low-retentiv https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA0NjY5-a-dip-circle-is-taken-to-geomagnetic-equator-the-needle-is-allowed-to-move-in-a-vertical-plane-perpendicular-to-the-magnetic-meridian-the-needle-will-stay-1-in-horizontal-direction-only-2-in-vertical https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTE3Mjk2-a-current-carrying-coil-is-placed-with-its-axis-perpendicular-to-n-s-direction-let-horizontal-component-of-earth-s-magnetic-field-be-h0h0h0-and-magnetic-field-inside-the-loop-be-h-if-a-magnet-is-suspe https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQwMjE4-a-dip-needle-vibrates-in-the-vertical-plane-perpendicular-to-the-magnetic-meridian-the-time-period-of-vibration-is-found-to-be-2-seconds-if-the-same-needle-is-then-allowed-to-vibrate-in-the-horizontal https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc2MjEw-given-below-are-two-statements-assertion-a-a-magnetic-needle-free-to-rotate-in-a-vertical-plane-orients-itself-with-its-axis-vertical-at-the-poles-of-the-earth-reason-r-at-the-poles-of-the-earth-the-h https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTI1OTQ-electromagnets-are-made-of-soft-iron-because-soft-iron-has-1-low-retentivity-and-high-coercive-force-2-high-retentivity-and-high-coercive-force-3-low-retentivity-and-low-coercive-force-4-high-retentiv https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTQ1MDA5-a-dip-needle-in-a-plane-perpendicular-to-magnetic-meridian-will-remain-1-vertical-2-horizontal-3-in-any-direction-4-at-an-angle-of-dip-to-the-horizontal-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzIzNzk1-given-below-are-two-statements-assertion-a-at-the-magnetic-poles-of-the-earth-horizontal-component-of-earth-s-magnetic-field-will-be-zero-reason-r-at-the-magnetic-equator-of-the-earth-vertical-compone https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTUzMDIw-as-we-go-from-the-magnetic-equator-towards-the-geographic-south-pole-the-angle-of-the-dip-will-become-1-more-and-more-vertically-downward-and-perpendicular-to-the-surface-at-the-magnetic-pole-2-more-a https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTcyOTU0-a-ferromagnetic-substance-is-placed-in-the-varying-magnetising-field-h-the-magnetic-induction-b-is-a-measure-for-various-values-of-the-direct-and-reverse-magnetising-field-the-following-graph-has-been https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246NzUxNjE-given-below-are-two-statements-assertion-a-at-most-of-the-points-in-northern-hemisphere-the-magnetic-field-is-inclined-to-an-angle-below-horizontal-whereas-in-the-southern-hemisphere-the-magnetic-fiel https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzMzMDUx-the-b-h-curve-for-a-certain-specimen-is-schematically-shown-in-the-following-diagram-which-one-of-the-following-is-the-correct-magnetic-nature-of-the-specimen-1-diamagnetic-and-not-ferromagnetic-or-pa https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-pb246OTg3NjU-the-current-of-30-a-is-flowing-in-a-vertical-straight-wire-if-the-horizontal-component-of-the-earth-s-magnetic-field-is-2-x-10-5-tesla-then-the-position-of-the-null-point-will-be-1-0-9-m-2-0-3-mm-3-0 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTkyMDM2-the-vertical-component-of-earth-s-magnetic-field-at-a-place-is-equal-to-the-horizontal-component-what-is-the-value-of-the-angle-of-dip-at-this-place-1-30o30o30o-2-45o45o45o-3-60o60o60o-4-90o90o90o-1-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzA1MDA3-the-desirable-properties-for-making-permanent-magnets-are-1-high-retentivity-and-high-coercive-force-2-high-retentivity-and-low-coercive-force-3-low-retentivity-and-high-coercive-force-4-low-retentivi https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDIwMzMx-a-piece-of-soft-iron-is-placed-within-the-coils-of-a-solenoid-the-current-through-the-solenoid-being-sufficiently-large-so-that-the-iron-is-completely-magnetised-if-the-current-is-increased-further-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTM2NDE1-a-regular-array-of-identical-vertical-current-carrying-wires-each-passing-through-a-horizontal-table-is-arranged-as-shown-in-the-figure-with-the-direction-of-current-flow-indicated-where-are-diamagnet https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mzk1Mjk5-two-materials-a-a-paramagnetic-substance-and-b-a-diamagnetic-substance-are-mixed-together-in-equal-amounts-equimolar-and-made-into-a-solid-they-do-not-react-or-interact-otherwise-with-each-other-the-m https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc2NjU2-two-short-identical-bar-magnets-are-placed-on-the-x-axis-at-x-1-and-x-1-with-their-magnetic-axes-along-the-x-direction-as-one-moves-along-the-y-axis-1-the-y-component-of-the-magnetic-field-0-2-the-x-c https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDgyNTk4-given-below-are-two-statements-statement-i-the-self-inductance-of-a-solenoid-is-increased-greatly-when-a-ferromagnetic-material-is-inserted-into-the-core-statement-ii-the-inductance-of-solenoid-become https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDIwMzMw-a-paramagnetic-substance-is-placed-within-the-field-of-a-solenoid-and-the-current-passing-through-the-coils-is-doubled-the-magnetic-field-within-the-substance-1-will-double-2-will-remain-constant-3-wi https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDE1MTEz-in-which-of-the-following-situations-is-the-interaction-energy-of-two-short-bar-magnets-higher-the-magnets-are-identical-and-held-at-the-same-separation-1-a-2-b-3-neither-a-nor-b-since-both-have-same https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc2Njg4-two-magnetic-dipoles-x-and-y-are-separated-by-a-distance-d-with-their-axes-oriented-perpendicular-to-each-other-the-dipole-moment-of-y-is-twice-that-of-x-a-charged-particle-with-charge-q-moves-with-ve https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDA5MDEz-two-permanent-magnets-oriented-in-the-same-direction-when-brought-together-1-will-attract-each-other-2-will-repel-each-other-3-will-not-exert-any-force-on-each-other-4-may-attract-or-repel-each-other https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc4ODcx-in-a-ferromagnetic-material-below-the-curie-temperature-a-domain-is-defined-as-1-a-macroscopic-region-with-zero-magnetization-2-a-macroscopic-region-with-consecutive-magnetic-dipoles-oriented-in-oppos https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MTMwNzIx-two-short-bar-magnets-each-with-a-magnetic-moment-m-are-arranged-as-shown-in-the-figure-what-will-the-magnetic-field-at-point-p-be-1-dfrac-mu-0-4-pi-dfrac-2-sqrt-2-m-d-3-towards-the-right-2-dfrac-mu-0 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc2NjQ5-two-short-identical-bar-magnets-are-placed-as-shown-in-the-figure-with-their-axes-parallel-to-each-other-the-null-point-or-points-is-are-as-follows-1-one-null-point-midway-between-the-centres-of-the-m https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTg4NDMz-a-solenoid-has-a-core-made-of-material-with-relative-permeability-400-the-magnetic-field-produced-in-the-interior-of-solenoid-is-1-0-text-t-the-magnetic-intensity-is-si-units-is-alpha-times-10-5-the-v https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTg4NTc0-two-identical-small-bar-magnets-each-of-dipole-moment-3-sqrt-5-text-j-t-are-placed-at-a-centre-to-centre-separation-of-10-text-cm-with-their-axes-perpendicular-to-each-other-as-shown-in-figure-the-val https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTg4NTc4-a-circular-coil-of-radius-2-text-cm-and-125-turns-carries-a-current-of-1-text-a-the-coil-is-placed-in-a-uniform-magnetic-field-of-magnitude-0-4-text-t-the-axis-of-the-coil-makes-an-angle-of-30-circ-wi https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTg5NTUy-a-current-carrying-circular-loop-of-radius-2-text-cm-with-unit-normal-hat-n-dfrac-hat-k-hat-i-sqrt-2-is-placed-in-a-magnetic-field-vec-b-b-0-3-hat-i-2-hat-k-if-b-0-4-times-10-3-text-t-and-current-i-10 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTgxMjEz-given-below-are-two-statements-assertion-a-the-individual-atoms-in-a-ferromagnetic-material-possess-a-magnetic-dipole-moment-and-interact-with-one-another-in-such-a-way-that-they-spontaneously-align-t https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTgxODkw-a-short-bar-magnet-placed-with-its-axis-at-30-circ-with-an-external-field-of-800-gauss-experiences-a-torque-of-0-016-n-m-the-work-done-in-moving-it-from-most-stable-to-most-unstable-position-is-alpha https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTQwOTEy-a-magnetic-dipole-experiences-a-torque-of-80-sqrt-3-text-nm-when-placed-in-uniform-magnetic-field-in-such-a-way-that-dipole-moment-makes-angle-of-60-circ-with-magnetic-field-the-potential-energy-of-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTQwODMy-given-below-are-two-statements-assertion-a-magnetic-monopoles-do-not-exist-reason-r-magnetic-field-lines-are-continuous-and-form-closed-loops-in-the-light-of-the-above-statements-choose-the-most-appro https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTQwNzM5-the-percentage-increase-in-magnetic-field-b-when-space-within-a-current-carrying-solenoid-is-filled-with-magnesium-magnetic-susceptibility-mathrm-x-mathrm-mg-1-2-times-10-5-is-1-dfrac-5-3-times-10-5-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTQwNjQy-the-relationship-between-the-magnetic-susceptibility-chi-and-the-magnetic-permeability-mu-is-given-by-mu-0-is-the-permeability-of-free-space-and-mu-r-is-relative-permeability-1-chi-1-dfrac-mu-mu-0-2-c https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTM2MDc1-a-bar-magnet-has-total-length-2l-20-units-and-the-field-point-p-is-at-a-distance-d-10-units-from-the-centre-of-the-magnet-if-the-relative-uncertainty-of-length-measurement-is-1-then-uncertainty-of-the https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTM1Njcw-if-b-is-he-magnetic-field-and-mu-0-is-the-permeability-of-free-space-then-the-dimensions-of-dfrac-b-mu-0-is-1-mathrm-ml-2-mathrm-t-2-mathrm-a-1-2-mathrm-l-1-mathrm-a-3-mt-2-a-1-4-lt-2-a-1-1-2-3-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTIwODc2-a-straight-magnetic-strip-has-a-magnetic-moment-of-44-text-am-2-if-the-strip-is-bent-in-a-semi-circular-shape-its-magnetic-moment-will-be-given-pi-frac-22-7-1-28-text-am-2-2-34-text-am-2-3-46-text-am https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NTE5Nzcw-match-list-i-with-list-ii-list-i-list-ii-a-y-magnetic-susceptibility-x-magnetizing-field-i-b-y-magnetic-field-x-distance-from-centre-of-a-current-carrying-wire-for-x-ii-c-y-magnetic-field-x-distance-f https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzY2ODMz-consider-the-two-statements-statement-i-electromagnet-are-made-of-soft-iron-statement-ii-soft-iron-has-lower-permeability-and-high-retentivity-choose-the-correct-option-related-to-statements-provided https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzYzMjM3-a-bar-magnet-with-a-magnetic-moment-of-5-text-am-2-is-initially-in-a-stable-equilibrium-within-a-uniform-external-magnetic-field-of-0-4-text-t-the-work-required-to-slowly-rotate-the-bar-magnet-into-a https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzY3NDMy-a-dipole-having-moment-m-is-placed-in-two-magnetic-fields-of-strength-b-1-and-b-2-respectively-if-the-dipole-oscillates-60-time-in-20-s-in-b-1-and-60-oscillations-in-30-s-in-b-2-then-frac-b-1-b-2-1-3 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ1OTcy-given-below-are-two-statements-statement-i-susceptibilities-of-paramagnetic-and-ferromagnetic-substances-increase-with-a-decrease-in-temperature-statement-ii-diamagnetism-is-a-result-of-orbital-motion https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ1NzA4-the-soft-iron-is-a-suitable-material-for-making-an-electromagnet-this-is-because-soft-iron-has-1-low-coercivity-and-high-retentivity-2-low-coercively-and-low-permeability-3-high-permeability-and-low-r https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQ1NTk4-the-vertical-component-of-the-earth-s-magnetic-field-is-6-10-5-t-at-any-place-where-the-angle-of-dip-is-37-the-earth-s-resultant-magnetic-field-at-that-place-will-be-given-tan37-3-over-4-1-8-10-5-t-2 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQzNzI1-at-a-certain-place-the-angle-of-dip-is-30-circ-and-the-horizontal-component-of-the-earth-s-magnetic-field-is-0-5-g-the-earth-s-total-magnetic-field-in-g-at-that-certain-place-is-1-1-over-sqrt-3-2-1-ov https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQzNjI0-a-compass-needle-of-oscillation-magnetometer-oscillates-20-times-per-minute-at-a-place-p-of-dip-30-circ-the-number-of-oscillations-per-minute-becomes-10-at-another-place-q-of-60-circ-dip-the-ratio-of https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQzNTIz-a-magnet-hung-at-45-circ-with-a-magnetic-meridian-makes-an-angle-of-60-circ-with-the-horizontal-the-actual-value-of-the-angle-of-dip-is-1-tan-1-left-sqrt-frac-3-2-right-2-tan-1-sqrt-6-3-tan-1-left-sqr https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246MzQzNDQ3-two-bar-magnets-oscillate-in-a-horizontal-plane-in-earth-s-magnetic-field-with-time-periods-of-3-s-and-4-s-respectively-if-their-moments-of-inertia-are-in-the-ratio-of-3-2-then-the-ratio-of-their-magn https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc4OTkz-what-is-the-percentage-increase-in-the-magnetic-field-b-when-the-space-inside-a-current-carrying-toroid-is-filled-with-aluminum-given-that-the-magnetic-susceptibility-chi-m-of-aluminum-is-2-2-10-5-1-1 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc4NzE5-which-of-the-following-statements-is-correct-a-electric-monopoles-do-not-exist-whereas-magnetic-monopoles-exist-b-magnetic-field-lines-due-to-a-solenoid-at-its-ends-and-outside-can-not-be-completely-s https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc4MTky-in-a-uniform-magnetic-field-the-magnetic-needle-has-a-magnetic-moment-9-85-times-10-2-text-a-m-2-and-moment-of-inertia-5-times-10-6-text-kg-m-2-if-it-performs-10-complete-oscillations-in-5-text-second https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc4MTg3-the-following-plots-show-magnetization-m-versus-magnetizing-field-h-and-magnetic-susceptibility-chi-versus-temperature-t-graph-which-of-the-following-combinations-will-be-represented-by-a-diamagnetic https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc4MDk3-statement-i-the-ferromagnetic-property-depends-on-temperature-at-high-temperatures-ferromagnet-becomes-paramagnet-statement-ii-at-high-temperatures-the-domain-wall-area-of-a-ferromagnetic-substance-in https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc3NDA4-a-conducting-bar-of-length-l-is-free-to-slide-on-two-parallel-conducting-rails-as-shown-in-the-figure-two-resistors-r-1-and-r-2-are-connected-across-the-ends-of-the-rails-there-is-a-uniform-magnetic-f https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc5NDE3-an-airplane-with-its-wings-spread-10-m-is-flying-at-a-speed-of-180-km-h-in-a-horizontal-direction-the-total-intensity-of-the-earth-s-field-at-that-part-is-2-5-times-10-4-mathrm-wb-mathrm-m-2-and-the-a https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc5MTA5-a-soft-ferromagnetic-material-is-placed-in-an-external-magnetic-field-the-magnetic-domains-1-increase-in-size-but-no-change-in-orientation-2-have-no-relation-with-an-external-magnetic-field-3-decrease https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc5MjY1-a-paramagnetic-sample-shows-a-net-magnetization-of-6-text-a-m-when-it-is-placed-in-an-external-magnetic-field-of-0-4-text-t-at-a-temperature-of-4-text-k-when-the-sample-is-placed-in-an-external-magnet https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc4NDgw-a-perfectly-diamagnetic-sphere-contains-a-small-spherical-cavity-at-its-centre-which-is-filled-with-a-paramagnetic-substance-the-entire-system-is-placed-in-a-uniform-external-magnetic-field-vec-b-what https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc4MDcw-magnetic-materials-used-for-making-permanent-magnets-text-p-and-magnets-in-a-transformer-text-t-have-different-properties-of-the-following-which-property-best-matches-for-the-type-of-magnet-required-1 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc4MjU1-a-paramagnetic-material-has-10-28-text-atoms-m-3-its-magnetic-susceptibility-at-temperature-350-text-k-text-is-2-8-times-10-4-its-susceptibility-at-300-text-k-is-1-3-267-times-10-4-2-3-672-times-10-4 https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc3Mzkx-a-magnet-of-total-magnetic-moment-10-2-hat-i-text-a-m-2-is-placed-in-a-time-varying-magnetic-field-b-hat-i-cos-omega-t-where-b-1-text-t-and-omega-0-125-text-rad-s-the-work-done-for-reversing-the-direc https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc3MjEw-the-b-text-h-curve-for-a-ferromagnet-is-shown-in-the-figure-the-ferromagnet-is-placed-inside-a-long-solenoid-with-1000-text-turns-cm-the-current-that-should-be-passed-in-the-solenoid-to-demagnetise-th https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246NDc3MDAx-a-solenoid-of-length-25-text-cm-and-radius-2-text-cm-has-500-turns-and-carries-a-current-of-15-text-a-if-it-is-equivalent-to-a-magnet-of-the-same-size-and-magnetisation-vec-m-magnetic-moment-per-unit https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc5NTky-a-rectangular-loop-with-sides-10-text-cm-carrying-a-current-i-12-text-a-is-placed-in-various-orientations-as-shown-in-the-figures-the-loop-is-subjected-to-a-uniform-magnetic-field-of-0-3-text-t-in-the https://medminds.me/qbank/physics/magnetism-and-matter/?q=NP-b246Mjc5NzA5-the-coercivity-of-a-small-magnet-where-the-ferromagnet-gets-demagnetized-is-3-times-10-3-text-am-1-the-current-required-to-be-passed-in-a-solenoid-of-length-10-text-cm-and-number-of-turns-100-so-that https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246MjU2NzU-two-forces-1-n-and-2-n-act-along-with-the-lines-x-0-and-y-0-the-equation-of-the-line-along-which-the-resultant-lies-is-given-by-1-y-2x-0-2-2y-x-0-3-y-x-0-4-y-x-0-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246MjU2ODY-component-of-3i-4j-perpendicular-to-i-j-and-in-the-same-plane-as-that-of-3i-4j-is-1-12-j-i-2-32-j-i-3-52-j-i-4-72-j-i-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246MjU2ODc-given-that-vec-c-vec-a-vec-b-text-and-vec-c-makes-an-angle-alpha-with-vec-a-thinsp-and-beta-with-vec-b-which-of-the-following-options-is-correct-1-alpha-cannot-be-less-than-beta-2-alpha-b-4-alpha-beta https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246MjU2ODg-if-the-angle-between-the-vector-a-8594-andb-8594-is-952-the-value-of-the-product-b-8594-215-a-8594-a-8594-is-equal-to-1-ba2cos-952-2-ba2sin-952-3-ba2sin-952-cos-952-4-zero-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246Mjk4MTc-two-forces-a-and-b-have-a-resultant-xa0-r1-if-b-is-doubled-the-new-resultant-xa0-r2-xa0-is-perpendicular-to-a-then-1-xa0-r1-a-2-xa0-r1-b-3-xa0-r2-a-4-xa0-r2-b-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246MzI2Mzk-given-below-are-two-statements-assertion-a-the-graph-between-p-and-q-is-a-straight-line-when-dfrac-p-q-is-constant-reason-r-the-straight-line-graph-means-that-p-is-proportional-to-q-or-p-is-equal-to-a https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246MzgzNjU-two-forces-of-magnitude-f-have-a-resultant-of-the-same-magnitude-f-the-angle-between-the-two-forces-is-1-45-deg-2-120-deg-3-150-deg-4-60-deg-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246MzgzNjY-two-forces-with-equal-magnitudes-f-act-on-a-body-and-the-magnitude-of-the-resultant-force-is-frac-f-3-the-angle-between-the-two-forces-is-1-cos-1-left-frac-17-18-right-2-cos-1-left-frac-1-3-right-3-co https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246MzgzNjc-two-forces-are-such-that-the-sum-of-their-magnitudes-is-18-text-n-and-their-resultant-is-perpendicular-to-the-smaller-force-and-the-magnitude-of-the-resultant-is-12-text-n-then-the-magnitudes-of-the-f https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246MzgzNzA-if-two-forces-of-5-n-each-are-acting-along-x-and-y-axes-then-the-magnitude-and-direction-of-resultant-is-1-52-thinsp-thinsp-pi-3-2-52-thinsp-thinsp-pi-4-3-minus-52-thinsp-thinsp-pi-3-4-minus-52-thinsp https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246NDkwNTA-if-the-magnitude-of-the-sum-of-two-vectors-is-equal-to-the-magnitude-of-the-difference-of-the-two-vectors-the-angle-between-these-vectors-is-1-0-circ-2-90-circ-3-45-circ-4-180-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246NTExMDc-if-the-magnitude-of-the-sum-of-two-vectors-is-equal-to-the-magnitude-of-the-difference-between-the-two-vectors-the-angle-between-these-vectors-is-1-90-circ-2-45-circ-3-180-circ-4-0-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246NTExODE-if-vectors-a-cos-omega-t-i-sin-omega-t-j-and-b-cos-omega-t-2-i-sin-omega-t-2-j-are-functions-of-time-then-the-value-of-t-at-which-they-are-orthogonal-to-each-other-1-t-pi-4-omega-2-t-pi-2-omega-3-t-pi https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246NTE2MTg-six-vectors-overrightarrow-a-text-through-overrightarrow-f-have-the-directions-as-indicated-in-the-figure-which-of-the-following-statements-may-be-true-1-overrightarrow-b-overrightarrow-c-overrightarr https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODg5MTA-a-particle-moves-from-a-point-left-right-2-hat-i-5-hat-j-left-right-to-left-right-4-hat-j-3-hat-k-left-right-when-a-force-of-left-right-4-hat-i-3-hat-j-left-right-text-n-is-applied-how-much-work-has-b https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1NzE-in-the-given-figure-vec-a-vec-b-vec-c-text-and-vec-d-are-vectors-which-of-the-following-statements-is-correct-1-the-angle-between-overrightarrow-a-and-overrightarrow-b-is-110-circ-2-the-angle-between https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1NzI-a-force-of-6-text-n-and-another-of-8-text-n-can-be-applied-together-to-produce-the-effect-of-a-single-force-of-1-1-text-n-2-11-text-n-3-15-text-n-4-20-text-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1NzM-which-of-the-sets-given-below-may-represent-the-magnitude-of-resultant-of-three-vectors-adding-to-zero-1-2-4-8-2-4-8-16-3-1-2-1-4-0-5-1-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1NzQ-a-blind-person-after-walking-10-steps-in-one-direction-each-of-length-80-cm-turns-randomly-to-the-left-or-to-the-right-by-90-circ-after-walking-a-total-of-40-steps-the-maximum-possible-displacement-of https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1NzU-the-resultant-of-two-vectors-a-and-b-is-perpendicular-to-the-vector-a-and-its-magnitude-is-equal-to-half-the-magnitude-of-vector-b-the-angle-between-a-and-b-is-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1NzY-the-three-vectors-oa-ob-and-oc-have-the-same-magnitude-r-then-the-sum-of-these-vectors-have-magnitude-1-r-2-2r-3-3r-4-1-2r-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1Nzc-a-truck-travelling-due-north-with-20m-s-turns-towards-west-and-travels-at-the-same-speed-then-the-change-in-velocity-is-1-40-m-s-north-west-2-202-m-s-north-west-3-40-m-s-south-west-4-202-m-s-south-wes https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1Nzg-a-particle-is-moving-with-constant-speed-v-along-a-circular-path-of-radius-r-centered-at-o-if-the-particle-moves-from-point-a-to-point-b-such-that-angle-aob-40-circ-then-the-magnitude-of-the-change-in https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1ODQ-what-is-the-resultant-of-three-coplanar-forces-300n-at-0-176-400n-at-30-176-and-400n-at-150-176-1-500n-2-700n-3-1100n-4-300n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1ODY-two-forces-f1-and-f2-are-acting-on-a-body-one-force-is-doubled-of-the-other-force-and-the-resultant-is-equal-to-the-greater-force-then-the-angle-between-the-two-forces-is-a-cos-11-2-b-cos-1-1-2-c-cos https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1ODg-if-the-angle-between-vector-a-and-b-is-an-acute-angle-then-the-difference-a-b-is-1-the-main-diagonal-of-the-parallelogram-2-the-minor-diagonal-of-the-parallelogram-3-any-of-the-above-4-none-of-the-abo https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk1OTk-what-displacement-must-be-added-to-the-displacement-25i-6j-m-to-give-a-displacement-of-7-0m-pointing-in-the-x-direction-1-18i-6j-2-32i-13j-3-18i-6j-4-25i-13j-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2MDU-a-child-pulls-a-box-with-a-force-of-200-text-n-at-an-angle-of-60-circ-above-the-horizontal-then-the-horizontal-and-vertical-components-of-the-force-will-be-1-100-text-n-175-text-n-2-86-6-text-n-100-te https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2MDY-a-man-rows-a-boat-at-a-speed-of-18-text-km-hr-in-the-northwest-direction-the-shoreline-makes-an-angle-of-15-circ-south-of-west-the-component-of-the-velocity-of-the-boat-along-the-shoreline-is-1-9-text https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2MDc-a-bird-moves-from-point-1-2-to-4-2-if-the-speed-of-the-bird-is-10-m-sec-then-the-velocity-vector-of-the-bird-is-1-5i-2j-2-54i-2j-3-0-6i-0-8j-4-6i-8j-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2MTE-if-the-angle-between-the-unit-vectors-a-and-b-is-60-176-then-a-b-is-1-0-2-1-3-2-4-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2MTQ-for-the-figure-1-a-b-c-2-b-c-a-3-c-a-b-4-a-b-c-0-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2Mzg-two-constant-forces-f-8594-1-2i-3j-3k-n-and-f-8594-2-i-j-2k-n-act-on-a-body-and-displace-it-from-the-position-r-8594-1-i-2j-2k-m-to-the-position-r-8594-2-7i-10j-5k-m-what-is-the-work-done-w-given-w-f https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2NTY-a-vector-a-points-vertically-upward-and-b-points-towards-north-the-vector-product-a-215-b-is-1-along-west-2-along-east-3-zero-4-vertically-downward-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2NjE-the-linear-velocity-of-a-rotating-body-is-given-by-v-rarr-omega-rarr-times-r-rarr-where-omega-is-the-angular-velocity-and-r-is-the-radius-vector-the-angular-velocity-of-a-body-omega-rarr-i-2j-2k-and-t https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2NzI-the-displacement-of-a-particle-is-given-by-y-a-bt-ct-2-dt-4-the-initial-velocity-and-initial-acceleration-respectively-are-left-text-given-v-frac-dx-dt-text-and-a-frac-d-2x-dt-2-right-1-b-4d-2-d-2c-3 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2NzQ-the-momentum-is-given-by-p-4t-1-the-force-at-t-2s-is-given-f-dpdt-a-4-n-b-8-n-c-10-n-d-15-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2ODA-if-the-momentum-of-a-particle-is-given-by-p-180-8t-kg-m-s-then-its-force-will-be-given-f-dpdt-1-zero-2-8-n-3-8-n-4-4-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3MzA-if-f-left-x-right-x-2-2-x-4-then-f-x-has-1-a-minimum-at-x-1-2-a-maximum-at-x-1-3-no-extreme-point-4-no-minimum-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3MzE-a-particle-is-moving-along-x-axis-the-velocity-v-of-particle-varies-with-its-position-x-as-v-1x-find-velocity-of-particle-as-a-function-of-time-t-given-that-at-t-0-x-1-1-v-2t-1-2-v-12t-1-3-v-1t-4-none https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3MzI-a-vector-a-8594-is-directed-along-30-176-west-of-north-direction-and-another-vector-b-8594-along-15-176-south-of-east-their-resultant-cannot-be-in-direction-1-north-2-east-3-north-east-4-south-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3MzM-abcd-is-a-quadrilateral-forces-ba-8594-bc-8594-cd-8594-38-da-8594-act-at-a-point-their-resultant-is-a-2ab-8594-b-2da-8594-c-zero-vector-d-2ba-8594-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3MzU-the-maximum-and-minimum-magnitude-of-the-resultant-of-two-vectors-are-17-units-and-7-units-respectively-then-the-magnitude-of-resultant-of-the-vectors-when-they-act-perpendicular-to-each-other-is-1-14 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3MzY-a-vector-a-8594-makes-an-angle-of-20-176-and-b-8594-makes-an-angle-of-110-176-with-the-x-axis-the-magnitudes-of-these-vectors-are-3-m-and-4-m-respectively-find-the-magnitude-of-the-resultant-a-1-b-52 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3Mzc-a-particle-is-moving-westward-with-a-velocity-v-8594-i-5m-s-its-velocity-changed-to-v-8594-f-5m-s-northward-the-change-in-velocity-vector-8710-v-8594-v-8594-f-v-8594-i-is-1-52m-s-towards-north-east-2 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3Mzg-consider-east-as-positive-x-axis-north-as-positive-y-axis-and-vertically-upward-direction-as-z-axis-a-helicopter-first-rises-up-to-an-altitude-of-100-m-than-flies-straight-in-north-500-m-and-then-sudd https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3Mzk-a-force-f-8594-6i-8j-10k-newton-produces-acceleration-1m-s2-in-a-body-the-mass-of-the-body-is-in-kg-1-6i-8j-10k-2-100-3-102-4-10-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NDE-given-the-vectors-a-8594-2i-3j-k-b-8594-3i-2j-2k-38-c-8594-pi-pj-2pk-find-the-angle-between-a-8594-b-8594-38-c-8594-a-952-cos-123-b-952-cos-132-c-952-cos-123-d-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NDM-the-vector-having-a-magnitude-of-10-and-perpendicular-to-the-vector-3i-4j-is-1-4i-3j-2-52i-52j-3-8i-6j-4-8i-6j-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NDQ-a-force-f-rarr-3i-cj-2k-acting-on-a-particle-causes-a-displacement-d-rarr-4i-2j-3k-if-the-work-done-is-6j-then-the-value-of-c-is-given-w-f-rarr-d-rarr-1-12-2-0-3-6-4-1-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NDU-a-particle-moving-along-a-straight-line-according-to-the-law-x-at-bt2-ct3-where-x-is-its-position-measured-from-a-fixed-point-on-the-line-and-t-is-the-time-elapsed-till-it-reaches-position-x-after-sta https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NDY-if-the-velocity-of-a-particle-moving-on-x-axis-is-given-by-v-3t2-12t-6-at-which-time-is-the-acceleration-of-particle-zero-1-2-sec-2-2-2-sec-3-2-2-sec-4-zero-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NDc-momentum-of-a-body-moving-in-a-straight-line-is-p-t2-2t-1kgm-s-find-the-force-acting-on-a-body-at-t-2-sec-1-6-n-2-8-n-3-4-n-4-2-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NDg-a-particle-moves-along-straight-line-such-that-at-time-t-its-position-from-a-fixed-point-o-on-the-line-is-x-3t2-2-the-velocity-of-the-particle-when-t-2-is-a-8ms-1-b-4ms-1-c-12ms-1-d-0-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NTA-coordinates-of-a-moving-particle-are-given-by-x-ct2-and-y-bt2-the-speed-of-the-particle-is-given-by-1-2tc-b-2-2tc2-b2-3-tc2-b2-4-2tc2-b2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NTE-the-x-and-y-components-of-vector-a-8594-are-4m-and-6m-respectively-the-x-y-components-of-vector-a-8594-b-8594-are-10m-and-9m-respectively-the-length-of-b-8594-is-and-angle-that-b-8594-makes-with-the-x https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NTI-a-particle-travels-with-speed-50-m-s-from-the-point-3-7-in-a-direction-7-hat-i-24-hat-j-find-its-position-vector-after-3-seconds-1-151-hat-i-45-hat-j-2-45-hat-i-137-hat-j-3-151-hat-i-45-hat-j-4-4-5-ha https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NTQ-if-overrightarrow-a-is-a-vector-and-x-is-a-non-zero-scalar-then-which-of-the-following-is-correct-1-x-overrightarrow-a-is-a-vector-in-the-direction-of-overrightarrow-a-2-x-overrightarrow-a-is-a-vector https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NTY-if-theta-is-the-angle-between-two-vectors-a-rarr-and-b-rarr-and-a-rarr-times-b-rarr-a-rarr-b-rarr-then-theta-is-equal-to-1-0-circ-2-180-circ-3-135-circ-4-45-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NTc-the-vector-overrightarrow-b-which-is-collinear-with-the-vector-overrightarrow-a-left-2-1-1-right-and-satisfies-the-condition-overrightarrow-a-overrightarrow-b-3-is-1-left-1-frac-1-2-frac-1-2-right-2-l https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NTk-if-a-b-and-c-are-three-non-zero-vectors-such-that-a-rarr-b-rarr-c-rarr-0-then-the-value-of-a-rarr-b-rarr-b-rarr-c-rarr-c-rarr-a-rarr-will-be-1-less-than-zero-2-equal-to-zero-3-greater-than-zero-4-3-1 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NjE-two-vectors-a-8594-and-b-8594-inclined-at-an-angle-952-with-respect-to-each-other-have-a-resultant-c-8594-which-makes-an-angle-946-with-a-8594-if-the-directions-of-a-8594-and-b-8594-are-interchanged-t https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NjI-two-vectors-a-8594-and-b-8594-lie-in-a-plane-another-vector-c-8594-lies-outside-this-plane-the-resultant-a-8594-b-8594-c-8594-of-these-three-vectors-1-can-be-zero-2-cannot-be-zero-3-lies-in-the-plane https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NjM-the-vector-sum-of-the-forces-of-10-n-and-6-n-can-be-1-2-n-2-8-n-3-18-n-4-20-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NjQ-a-set-of-vectors-taken-in-a-given-order-gives-a-closed-polygon-then-the-resultant-of-these-vectors-is-a-1-scalar-quantity-2-pseudovector-3-unit-vector-4-null-vector-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NjU-the-vector-sum-of-two-vectors-p-and-q-is-minimum-when-the-angle-952-between-their-positive-directions-is-a-960-4-b-960-3-c-960-2-d-960-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NjY-if-the-vector-sum-of-two-vectors-a-rarr-and-b-rarr-is-maximum-then-the-angle-theta-between-two-vectors-will-be-1-0-deg-2-30-deg-3-45-deg-4-60-deg-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3Njg-if-overrightarrow-p-overrightarrow-q-thinsp-thinsp-overrightarrow-p-overrightarrow-q-and-theta-is-the-angle-between-overrightarrow-p-and-overrightarrow-q-then-1-theta-0-circ-2-theta-90-circ-3-p-0-4-q https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3Njk-what-is-the-torque-of-a-force-f-rarr-2i-3j-4k-newton-acting-at-a-point-r-rarr-3i-2j-3k-metre-about-the-origin-given-tau-rarr-r-rarr-times-f-rarr-1-6i-6j-12k-2-17i-6j-13k-3-6i-6j-12k-4-17i-6j-13k-1-2-3 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NzA-three-non-zero-vectors-a-8594-b-8594-38-c-8594-satisfy-the-relation-a-8594-183-b-8594-0-38-a-8594-183-c-8594-0-then-a-8594-can-be-parallel-to-1-b-8594-2-c-8594-3-b-8594-183-c-8594-4-b-8594-215-c-8594 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NzE-the-scalar-product-of-two-vectors-is-8-and-the-magnitude-of-vector-product-is-83-the-angle-between-them-is-1-30-176-2-60-176-3-120-176-4-150-176-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NzI-given-a-8594-b-8594-c-8594-0-out-of-the-three-vectors-a-8594-b-8594-and-c-8594-two-are-equal-in-magnitude-the-magnitude-of-the-third-vector-is-2-times-that-of-either-of-the-two-having-equal-magnitude https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NzM-vector-a-8594-is-of-length-2-cm-and-is-60-176-above-the-x-axis-in-the-first-quadrant-vector-b-8594-is-of-length-2-cm-and-60-176-below-the-x-axis-in-the-fourth-quadrant-the-sum-a-8594-b-8594-is-a-vecto https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NzQ-six-forces-9-81-n-each-acting-at-a-point-are-coplanar-if-the-angle-between-neighboring-forces-are-equal-then-the-resultant-is-1-0-n-2-9-81-n-3-2-215-9-81-n-4-3-215-9-81-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3Nzg-the-temperature-of-a-body-varies-with-time-as-t-t-0-at-2-b-sin-t-k-where-t-0-is-the-temperature-in-kelvin-at-t-0-text-s-text-a-frac-2-pi-text-k-s-2-text-b-4-text-k-then-the-rate-of-change-of-temperatu https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3ODA-if-the-distance-s-travelled-by-a-body-in-time-t-is-given-by-s-at-bt2-then-the-acceleration-equals-1-2at3-2b-2-2st3-3-2b-2at3-4-st2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3ODI-the-velocity-of-a-particle-moving-on-the-x-axis-is-given-by-v-x2-x-where-v-is-in-m-s-and-x-is-in-m-find-its-acceleration-in-m-s2-when-passing-through-the-point-x-2m-1-0-2-5-3-11-4-30-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3ODQ-a-particle-moves-in-the-xy-plane-and-at-time-t-is-at-the-point-whose-coordinates-are-t2-t3-2t-then-at-what-instant-of-time-will-its-velocity-and-acceleration-vectors-be-perpendicular-to-each-other-1-1 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3ODc-a-motor-boat-of-mass-m-moving-along-a-lake-with-velocity-v0-at-t-0-the-engine-of-the-boat-is-shut-down-magnitude-of-resistance-force-offered-to-the-boat-is-equal-to-rv-v-is-instantaneous-speed-what-is https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3OTA-a-particle-is-moving-along-positive-x-text-axis-its-position-varies-as-x-t-3-3t-2-12t-20-where-x-is-in-meters-and-t-is-in-seconds-the-velocity-of-the-particle-when-its-acceleration-zero-is-1-1-text-m https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3OTE-two-forces-f-8594-1-2i-2j-n-and-f-8594-2-3j-4k-n-are-acting-on-a-particle-the-resultant-force-acting-on-particle-is-a-2i-5j-4k-b-2i-5j-4k-c-i-3j-2k-d-i-j-k-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3OTQ-a-4i-4j-4k-and-b-3i-j-4k-then-angle-between-vectors-a-and-b-is-1-180-176-2-90-176-3-45-176-4-0-176-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTA2ODk-if-vectors-overrightarrow-a-cos-omega-t-hat-i-sin-omega-t-hat-j-and-overrightarrow-b-cos-left-frac-omega-t-2-right-hat-i-sin-left-frac-omega-t-2-right-hat-j-are-functions-of-time-then-at-what-value-of https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTI1NjM-six-vectors-a-rarr-through-f-rarr-have-the-magnitudes-and-directions-indicated-in-the-figure-which-of-the-following-statements-is-true-1-b-rarr-c-rarr-f-rarr-2-d-rarr-c-rarr-f-rarr-3-d-rarr-e-rarr-f-r https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTM1OTE-overrightarrow-a-and-overrightarrow-b-are-two-vectors-and-theta-is-the-angle-between-them-if-left-overrightarrow-a-times-overrightarrow-b-right-sqrt-3-left-overrightarrow-a-cdot-overrightarrow-b-right https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUyOTM-if-a-curve-is-governed-by-the-equation-y-mathrm-sin-x-then-the-area-enclosed-by-the-curve-and-x-axis-between-x-0-and-x-pi-is-shaded-region-1-1-unit-2-2-units-3-3-units-4-4-units-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUzMTE-the-acceleration-of-a-particle-starting-from-rest-varies-with-time-according-to-relation-a-alpha-t-beta-the-velocity-of-the-particle-at-time-instant-t-is-left-text-here-a-frac-dv-dt-right-1-alpha-t2-b https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUzMTc-the-displacement-of-the-particle-is-zero-at-t-0-and-at-t-t-it-is-x-it-starts-moving-in-the-x-direction-with-a-velocity-that-varies-as-v-k-sqrt-x-where-k-is-constant-the-velocity-will-here-v-frac-dx-dt https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUzMTg-the-acceleration-of-a-particle-is-given-by-a-3x-2-where-a-v-dfrac-dv-dx-at-t-0-the-particle-is-at-the-origin-x-0-with-zero-velocity-v-0-what-is-the-velocity-of-the-particle-after-2-text-s-text-1-0-05 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUzMTk-the-acceleration-of-a-particle-is-given-by-a-3t-at-t-0-v-0-x-0-the-velocity-and-displacement-at-t-2-text-sec-will-be-left-text-here-a-frac-dv-dt-text-and-v-frac-dx-dt-right-1-6-text-m-s-4-text-m-2-4-t https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUzMjA-the-9-kg-block-is-moving-to-the-right-with-a-velocity-of-0-6-m-s-on-a-horizontal-surface-when-a-force-f-whose-time-variation-is-shown-in-the-graph-is-applied-to-it-at-time-t-0-calculate-the-velocity-v https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUzMjI-the-relationship-between-force-and-position-is-shown-in-the-figure-given-in-one-dimensional-case-find-the-work-done-by-the-force-in-displaying-a-body-from-x-1-cm-to-x-5cm-is-this-question-includes-con https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUzNTM-the-graph-between-the-resistive-force-f-acting-on-a-body-and-the-distance-covered-by-the-body-is-shown-in-the-figure-the-mass-of-the-body-is-25-kg-and-initial-velocity-is-2-m-s-when-the-distance-cover https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUzNTg-a-constant-force-f-is-applied-on-a-body-the-power-p-generated-is-related-to-the-time-elapsed-t-as-this-question-includes-concepts-from-work-energy-and-power-chapter-1-p-8733-t2-2-p-8733-t-3-p-8733-t-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUzOTY-electric-field-is-given-by-e-100x2-find-the-potential-difference-between-x-10-and-x-20-m-this-question-includes-concepts-from-12th-syllabus-1-5-v-2-10-v-3-15-v-4-20-v-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTUzOTc-calculate-the-electric-field-on-the-axis-of-a-very-long-uniformly-charged-thin-rod-at-a-distance-r-from-one-end-the-charge-per-unit-length-of-the-rod-is-lambda-this-question-includes-concepts-from-12t https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTEwOTM2-if-rain-falls-vertically-with-a-velocity-vr-wrt-wind-and-wind-blows-with-a-velocity-vw-from-east-to-west-then-a-person-standing-on-the-roadside-should-hold-the-umbrella-in-the-direction-1-tan-952-vwvr https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTIyODQy-the-component-of-vector-a-rarr-axi-ayj-azk-along-the-direction-of-i-j-is-1-ax-ay-az-2-ax-ay-3-ax-ay-2-4-ax-ay-az-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTI2NjQ5-a-force-is-60-circ-inclined-to-the-horizontal-if-its-rectangular-component-in-the-horizontal-direction-is-50-n-then-the-magnitude-of-the-force-in-the-vertical-direction-is-1-25-n-2-75-n-3-87-n-4-100-n https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTQyMzQy-which-of-the-following-represented-to-u-x-graph-of-u-dfrac-1-2-k-left-right-a-2-x-2-left-right-left-right-k-0-left-right-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTQyMzQ2-which-of-the-following-graphs-best-represents-the-straight-line-y-2x-5-text-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTQyMzQ4-if-the-relationship-between-pressure-p-and-volume-v-is-linear-as-shown-in-the-graph-express-p-in-terms-of-v-1-2p-0-dfrac-p-0v-v-0-2-3p-0-dfrac-p-0v-v-0-3-p-0-dfrac-p-0v-v-0-4-4p-0-dfrac-p-0v-v-0-1-2-3 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTQyMzUz-which-of-the-following-graphs-best-represents-the-relation-y-dfrac-3-x-text-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTQyMzU0-which-graph-represents-the-function-y-x-2-1-text-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTQyMzU1-the-slope-of-a-curve-between-y-and-x-changes-from-0-to-5-as-x-changes-from-0-to-5-which-of-the-following-curve-best-represents-the-above-mentioned-curve-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTQyMzU2-which-of-the-following-graphs-has-a-positive-decreasing-slope-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTQyMzU3-the-slope-of-a-curve-is-initially-positive-then-becomes-zero-and-thereafter-becomes-negative-which-of-the-following-graphs-best-represents-this-behaviour-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Njg0-for-the-given-figure-which-of-the-following-is-true-1-overrightarrow-b-overrightarrow-a-overrightarrow-c-2-overrightarrow-a-overrightarrow-b-overrightarrow-c-3-overrightarrow-c-overrightarrow-a-overri https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Njg1-the-value-of-the-unit-vector-which-is-perpendicular-to-both-a-hat-i-2-hat-j-3-hat-k-and-b-hat-i-2-hat-j-3-hat-k-is-equal-to-1-frac-hat-i-2-hat-j-3-hat-k-6-2-frac-6-hat-j-4-hat-k-sqrt-52-3-frac-6-hat-j https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzI5-the-instantaneous-velocity-defined-as-v-dsdt-at-time-t-pi-2-of-a-particle-whose-position-equation-is-given-as-s-t-12-tant2-pi-m-is-1-12-m-s-2-122-m-s-3-6-m-s-4-6-sqrt2-m-s-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzM3-if-the-acceleration-a-t-4t-6-the-velocity-of-a-particle-starting-from-rest-is-left-text-here-a-frac-d-v-d-t-right-1-2t-6-2-4-3-0-4-2t-2-6t-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzM5-a-force-of-f-x-2x2-3-n-is-applied-to-an-object-how-much-work-is-done-in-joules-moving-the-object-from-x-1-to-x-4-meters-work-8747-abf-x-dx-1-113j-2-51-j-3-53j-4-1643j-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzQx-a-car-has-a-certain-displacement-between-0-seconds-and-2-seconds-if-we-defined-its-velocity-as-v-t-6t-5-then-the-displacement-in-meters-is-here-v-dfrac-ds-dt-1-1-text-m-2-2-text-m-3-3-text-m-4-4-text https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzQ1-the-relation-between-time-t-and-distance-x-is-t-ax2-bx-where-a-and-b-are-constants-the-acceleration-is-here-v-dxdtanda-d2xdt2-1-2bv3-2-2abv2-3-2av2-4-2av3-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzQ4-given-velocity-v-t-52t-3-assume-s-t-is-measured-in-meters-and-t-is-measured-in-seconds-if-s-0-0-the-position-s-4-at-t-4s-is-given-v-dsdt-1-30-2-31-3-32-4-33-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzQ5-the-current-through-a-wire-depends-on-time-as-i-2-3t-text-a-the-charge-that-crosses-through-the-wire-in-10-seconds-is-left-text-instantaneous-current-i-frac-dq-dt-right-1-150-text-c-2-160-text-c-3-170 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzUz-the-area-of-a-blot-of-ink-a-is-growing-such-that-after-t-seconds-a-left-3t-2-frac-t-5-7-right-text-m-2-then-the-rate-of-increase-in-the-area-at-t-5-text-s-will-be-1-30-1-text-m-2-text-s-2-30-2-text-m https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzU2-a-particle-starts-rotating-from-rest-and-its-angular-displacement-is-given-by-theta-dfrac-t-2-40-dfrac-t-5-then-the-angular-velocity-omega-dfrac-d-theta-dt-at-the-end-of-10-text-s-will-be-1-0-7-2-0-6 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzU3-the-value-of-int-infty-r-frac-gmm-x-2-dx-is-1-dfrac-gmm-r-2-dfrac-2gmm-r-3-dfrac-gmm-r-4-dfrac-2gmm-r-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzU5-int-0qqcdq-where-c-is-a-constant-can-be-expressed-as-1-q2c-2-q22c-3-q2c-4-q22c-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzYx-if-the-force-on-an-object-as-a-function-of-displacement-is-f-left-x-right-3-x-2-x-what-is-work-as-a-function-of-displacement-w-x-left-w-int-f-cdot-dx-right-assume-w-0-0-and-force-is-in-the-direction-o https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzYz-the-velocity-of-a-rocket-in-metres-per-second-t-seconds-after-it-was-launched-is-modelled-by-v-t-2-sqrt-t-what-is-the-total-distance-travelled-by-the-rocket-during-the-first-four-seconds-of-its-launch https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzY1-the-work-done-by-gravity-exerting-an-acceleration-of-10-m-s2-for-a-10-kg-block-down-5-m-from-its-original-position-with-no-initial-velocity-is-left-f-text-gravitational-text-mass-times-text-accelerati https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzY2-water-flows-into-a-container-of-1000-l-at-a-rate-of-180-3t-gal-min-for-an-hour-where-t-is-measured-in-minutes-find-the-amount-of-water-that-flows-into-the-pool-during-the-first-20-minutes-1-4000-gal-2 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzY3-if-v-t-3t-1-and-x-2-1-then-the-original-position-function-is-hint-left-v-left-t-right-frac-d-s-d-t-right-1-32t2-t-3-2-12t2-t-3-3-32t2-2t-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzY4-if-charge-flown-through-a-wire-is-given-by-q-3sin-3t-then-current-flown-through-the-wire-at-t-pi-9-seconds-is-i-dqdt-1-4-5-amp-2-4-53-amp-3-32-amp-4-9-amp-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3NzY5-a-weight-hanging-from-a-spring-is-stretched-down-3-cm-beyond-its-rest-position-and-released-at-time-t-0-to-bob-up-and-down-its-position-at-any-later-time-t-is-s-3cos-t-then-its-velocity-at-time-t-is-v https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Nzcx-the-position-of-a-particle-is-given-by-s-left-t-right-dfrac-2-t-2-1-t-1-then-at-t-2-its-velocity-is-left-v-inst-dfrac-ds-dt-right-1-dfrac-16-3-2-dfrac-15-9-3-dfrac-15-3-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Nzcy-the-instantaneous-velocity-at-t-dfrac-pi-2-of-a-particle-whose-positional-equation-is-given-by-x-t-12-cos-2-t-is-left-v-inst-dfrac-dx-dt-right-1-0-2-24-3-24-4-12-sqrt-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Nzcz-if-acceleration-of-a-particle-is-given-as-a-t-sin-t-2t-then-the-velocity-of-the-particle-will-be-acceleration-a-dvdt-1-cos-t-frac-t-2-2-2-sin-t-t-2-3-cos-t-t-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Nzc2-if-x-3-tan-t-and-y-sec-t-then-the-value-of-dfrac-d-2-y-d-x-2-text-at-t-dfrac-pi-4-is-1-3-2-dfrac-1-18-sqrt-2-3-1-4-dfrac-1-6-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Nzg2-a-particle-s-position-as-a-function-of-time-is-given-by-x-t2-6t-3-the-maximum-value-of-the-position-co-ordinate-of-the-particle-is-1-8-2-12-3-3-4-6-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Nzg5-a-gas-undergoes-a-process-in-which-the-pressure-p-varies-with-volume-v-according-to-the-relation-p-3v-4-if-the-bulk-modulus-b-is-defined-as-b-v-dfrac-dp-dv-what-is-the-expression-for-b-in-terms-of-vol https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Nzk3-the-current-in-a-circuit-is-defined-as-i-dqdt-the-charge-q-flowing-through-a-circuit-as-a-function-of-time-t-is-given-by-q-5t2-20t-3-the-minimum-charge-flows-through-the-circuit-at-1-t-4-text-s-2-t-2 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Nzk5-the-current-in-a-circuit-is-given-by-i-dfrac-dq-dt-if-the-charge-flowing-through-the-circuit-is-described-by-q-t-2-3t-4-at-what-time-is-the-current-in-the-circuit-equal-to-zero-1-t-3-s-2-t-2-s-3-t-1-5 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3ODAy-work-done-by-a-force-f-in-displacing-a-body-by-dx-is-given-by-w-int-fx-dx-if-the-force-is-given-as-a-function-of-displacement-x-by-f-left-x-right-left-x-2-2-x-1-right-text-n-then-work-done-by-the-forc https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3ODA0-the-impulse-due-to-a-force-on-a-body-is-given-by-i-int-fdt-if-the-force-applied-on-a-body-is-given-as-a-function-of-time-t-as-f-left-3-t-2-2-t-5-right-text-n-then-impulse-on-the-body-between-t-3-text https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3OTI2-which-of-the-following-option-is-not-true-if-a-rarr-3i-4j-and-b-rarr-6i-8j-where-mathrm-a-and-mathrm-b-are-the-magnitudes-of-a-rarr-andb-rarr-1-a-rarr-times-b-rarr-0-rarr-2-ab-12-3-a-rarr-middot-b-rar https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3OTMy-the-angle-made-by-the-vector-a-8594-3i-3j-2k-with-y-axis-is-1-sin-1314-2-sin-174-3-cos-143-4-cos-135-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3OTQx-in-the-space-if-the-sum-of-vectors-of-unequal-magnitude-is-zero-then-the-minimum-number-of-vectors-are-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3OTU4-if-a-rarr-b-rarr-is-perpendicular-to-a-rarr-b-rarr-then-which-of-the-following-statement-is-correct-1-a-rarr-b-rarr-2-a-rarr-perp-b-rarr-3-a-rarr-middot-b-rarr-zero-4-a-rarr-b-rarr-middot-a-rarr-b-rar https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3OTY2-the-angle-between-the-two-vectors-left-2-hat-i-3-hat-j-hat-k-right-and-left-hat-i-2-hat-j-4-hat-k-right-is-1-0-circ-2-90-circ-3-180-circ-4-45-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3OTky-if-a-8594-b-8594-c-8594-0-8594-then-which-of-the-following-statements-is-incorrect-1-a-8594-b-8594-andc-8594-must-each-be-a-null-vector-2-the-magnitude-of-a-8594-b-8594-equals-the-magnitude-of-c-8594 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3OTk1-when-a-force-of-magnitude-f-acts-on-a-body-of-xa0-mass-m-the-acceleration-produced-in-the-body-is-a-if-three-coplanar-forces-of-equal-magnitude-f-act-on-the-same-body-as-shown-in-the-figure-then-accel https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MDA0-three-forces-each-of-magnitude-1-n-act-along-with-the-sides-ab-bc-and-cd-of-a-regular-hexagon-the-magnitude-of-their-resultant-is-1-4n-2-zero-3-2-n-4-1-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MDA1-if-a-unit-vector-hat-j-is-rotated-through-an-angle-of-45-circ-anticlockwise-then-the-new-vector-will-be-1-sqrt-2-hat-i-sqrt-2-hat-j-2-hat-i-hat-j-3-frac-1-sqrt-2-hat-i-frac-1-sqrt-2-hat-j-4-frac-1-sqr https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MDE0-if-a-rarr-2i-j-and-b-rarr-3i-2j-then-a-rarr-times-b-rarr-1-1-2-65-3-8-4-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MDIz-overrightarrow-a-and-overrightarrow-b-are-two-vectors-given-by-overrightarrow-a-2-hat-i-3-hat-j-and-overrightarrow-b-hat-i-hat-j-the-component-of-overrightarrow-a-parallel-to-overrightarrow-b-is-1-fra https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MzA1-if-a-vector-is-inclined-at-angles-alpha-beta-text-and-gamma-with-x-y-and-z-axis-respectively-then-the-value-of-sin-2-alpha-sin-2-beta-sin-2-gamma-is-equal-to-1-0-2-1-3-2-4-dfrac-1-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MzA2-if-p-is-the-unit-vector-in-the-direction-b-8594-then-1-p-b-8594-b-8594-2-p-b-8594-215-b-8594-3-p-b-8594-b-8594-4-p-b-8594-b-8594-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MzI1-which-of-the-following-sets-of-forces-cannot-give-zero-resultant-1-3-n-4-n-5-n-2-9-n-8-n-7-n-3-16-n-2-n-17-n-4-30-n-5-n-24-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MzI2-if-two-force-vectors-a-x2192-xa0-and-xa0-b-x2192-of-the-same-magnitude-xa0-are-arranged-in-the-following-manner-the-magnitude-of-resultant-is-maximum-for-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-1 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MzM2-the-minimum-number-of-non-coplanar-vectors-whose-vector-sum-can-be-zero-is-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MzYw-the-resultant-vector-of-p-8594-andq-8594-makes-angle-952-1-with-p-8594-and-952-2-with-q-8594-then-1-952-1-62-952-2-2-952-1-60-952-2ifp-62-q-3-952-1-60-952-2ifp-60-q-4-952-1-62-952-2ifp-q-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4MzYz-the-figure-shows-abcdef-as-a-regular-hexagon-xa0-what-is-the-value-of-ab-x2192-xa0-xa0-ac-x2192-xa0-xa0-ad-x2192-xa0-xa0-ae-x2192-xa0-xa0-af-x2192-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-1-xa0 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4Mzcy-a-vector-a-8594-which-has-magnitude-8-0-is-added-to-a-vector-b-8594-which-lies-on-the-x-axis-the-sum-of-these-two-vectors-lies-on-the-y-axis-and-has-a-magnitude-twice-the-magnitude-of-b-8594-the-magni https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4Mzc2-if-a-8594-2i-3j-6k-and-b-8594-3i-2j-k-then-the-unit-vector-in-the-direction-of-a-8594-b-8594-is-1-i-j-k-3-2-i-j-k-3-3-i-j-k-3-4-i-j-k-3-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4Mzc3-the-forces-f1andf2-are-acting-perpendicular-to-each-other-at-a-point-and-have-resultant-r-if-force-f2-is-replaced-by-r2-f12f2-acting-in-the-direction-opposite-to-that-of-f2-the-magnitude-of-resultant https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4Mzc5-a-force-of-20-n-acts-on-a-particle-along-a-direction-making-an-angle-of-60-circ-with-the-vertical-the-component-of-the-force-along-the-vertical-direction-will-be-1-2-n-2-5-n-3-10-n-4-20-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4Mzg4-if-overrightarrow-a-and-overrightarrow-b-are-two-vectors-inclined-to-each-other-at-an-angle-theta-then-the-component-of-overrightarrow-a-perpendicular-to-overrightarrow-b-and-lying-in-the-plane-contai https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4Mzg5-if-left-overrightarrow-a-right-ne-left-overrightarrow-b-right-and-left-overrightarrow-a-times-overrightarrow-b-right-left-overrightarrow-a-cdot-overrightarrow-b-right-then-1-overrightarrow-a-perp-over https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4Mzk1-if-r-8594-is-the-resultant-of-two-vectors-a-8594-andb-8594-and-r-8594-is-the-difference-in-them-and-r-8594-r-8594-then-1-a-8594-8741-b-8594-2-a-8594-8869-b-8594-3-a-8594-is-antiparallel-to-b-8594-4-a https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4Mzk3-two-forces-of-the-same-magnitude-are-acting-on-a-body-in-the-east-and-north-directions-respectively-if-the-body-remains-in-equilibrium-then-the-third-force-should-be-applied-in-the-direction-of-1-nort https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4Mzk4-given-are-two-vectors-overrightarrow-a-left-right-2-hat-i-5-hat-j-2-hat-k-left-right-and-overrightarrow-b-left-4-hat-i-10-hat-j-c-hat-k-right-what-should-be-the-value-of-c-so-that-vector-overrightarro https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4NDEy-given-below-are-two-statements-statement-i-three-vectors-equal-in-magnitude-cannot-produce-a-zero-resultant-statement-ii-a-minimum-of-four-vectors-are-required-to-produce-a-zero-resultant-1-statement https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY4NDEz-given-below-are-two-statements-statement-i-every-vector-must-possess-both-magnitude-and-direction-statement-ii-a-physical-quantity-with-zero-magnitude-cannot-be-classified-as-a-vector-1-statement-i-is https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTcwMjYz-if-overrightarrow-a-times-overrightarrow-b-overrightarrow-c-overrightarrow-d-then-which-of-the-following-statement-is-correct-1-overrightarrow-b-must-be-perpendicular-to-overrightarrow-c-2-overrightar https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTcxMTAy-what-is-the-maximum-value-of-5-sin-theta-12-cos-theta-text-1-12-2-17-3-7-4-13-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTc4ODk0-if-y-t-3-1-and-x-t-2-3-what-is-the-value-of-dfrac-dy-dx-1-dfrac-t-2-3-2-dfrac-t-2-3-dfrac-3t-2-4-t-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTc4ODk2-the-volume-flow-rate-of-water-flowing-out-of-a-tubewell-is-given-by-q-left-3-t-2-4-t-1-right-text-m-3-text-sec-what-volume-of-water-will-flow-out-of-the-tubewell-in-the-third-second-if-the-volume-flow https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTk1MjM2-a-thin-wire-bent-to-form-a-circle-and-carrying-a-current-i-has-a-magnetic-moment-m-the-shape-of-the-wire-is-changed-to-a-square-and-it-carries-the-same-current-it-will-have-a-magnetic-moment-1-960-m4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTk5Mjgz-a-scalar-quantity-is-one-that-1-is-conserved-in-a-process-2-will-never-accept-negative-values-3-must-be-dimensionless-4-has-the-same-value-for-observers-with-different-orientations-of-axes-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTI1-the-position-of-a-particle-in-a-rectangular-co-ordinate-system-is-3-2-5-then-its-position-vector-will-be-1-5-hat-i-6-hat-j-2-hat-k-2-3-hat-i-2-hat-j-5-hat-k-3-5-hat-i-3-hat-j-2-hat-k-4-none-of-these-1 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTI2-a-force-of-5n-acts-on-a-particle-along-a-direction-making-an-angle-of-60-deg-with-vertical-its-vertical-component-will-be-1-10-n-2-3-n-3-4-n-4-2-5-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTI3-overrightarrow-a-is-a-vector-with-magnitude-a-then-the-unit-vector-hat-a-in-the-direction-of-overrightarrow-a-is-1-a-overrightarrow-a-2-overrightarrow-a-cdot-overrightarrow-a-3-overrightarrow-a-times https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTI4-if-overrightarrow-a-2-hat-i-4-hat-j-5-hat-k-then-the-direction-cosines-of-the-vector-are-direction-cosines-or-directional-cosines-of-a-vector-are-the-cosines-of-the-angles-between-the-vector-and-the-t https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTI5-the-vector-that-must-be-added-to-the-vector-i-3j-2k-and-3i-6j-7k-so-that-the-resultant-vector-is-a-unit-vecotr-along-the-y-axis-is-1-4i-2j-5k-2-4i-2j-5k-3-3i-4j-5k-4-null-vector-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTMw-surface-area-is-1-scalar-2-vector-3-neither-scalar-nor-vector-4-both-scalar-and-vector-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTMy-a-force-f-applied-at-a-30-circ-angle-to-the-x-axis-has-the-following-x-and-y-components-1-frac-f-sqrt-2-f-2-frac-f-2-frac-sqrt-3-2-f-3-frac-sqrt-3-2-f-frac-1-2-f-4-f-frac-f-sqrt-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTMz-angular-momentum-is-1-a-scalar-2-a-polar-vector-3-an-axial-vector-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTM0-if-overrightarrow-p-overrightarrow-q-then-which-of-the-following-is-not-correct-1-widehat-p-widehat-q-2-left-overrightarrow-p-right-left-overrightarrow-q-right-3-p-widehat-q-q-widehat-p-4-overrightarr https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTM1-which-of-the-following-is-a-scalar-quantity-1-displacement-2-electric-field-3-acceleration-4-work-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTM2-there-are-two-force-vectors-one-of-5-text-n-and-the-other-of-12-text-n-at-what-angle-should-the-two-vectors-be-added-to-get-the-resultant-vector-of-17-text-n-7-text-n-and-13-text-n-respectively-1-0-ci https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTM3-if-a-8594-4i-3j-and-b-8594-6i-8j-then-magnitude-and-direction-of-a-8594-b-8594-will-be-1-5-tan-1-3-4-2-55-tan-1-1-2-3-10-tan-1-5-4-25-tan-1-3-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTM4-if-a-particle-moves-from-point-p-2-3-5-to-point-q-3-4-5-its-displacement-vector-be-1-i-j-10k-2-i-j-5k-3-i-j-4-2i-4j-6k-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTM5-if-the-vectors-hat-i-3-hat-j-5-hat-k-quad-text-and-quad-hat-i-3-hat-j-alpha-hat-k-are-equal-what-is-the-value-of-alpha-1-5-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTQw-a-plane-is-revolving-around-the-earth-with-a-speed-of-100-km-hr-at-a-constant-height-from-the-surface-of-the-earth-the-change-in-the-velocity-as-it-travels-half-circle-is-1-200-km-hr-2-150-km-hr-3-100 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTQx-a-particle-moves-from-position-null-to-left-11-hat-i-11-hat-j-15-hat-k-right-due-to-a-uniform-force-of-left-4-hat-i-hat-j-3-hat-k-right-n-if-the-displacement-is-in-m-then-the-work-done-will-be-given-w https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTQ0-if-for-two-vectors-overrightarrow-a-and-overrightarrow-b-overrightarrow-a-times-overrightarrow-b-0-then-the-vectors-1-are-perpendicular-to-each-other-2-are-parallel-to-each-other-3-act-at-an-angle-of https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTQ2-when-a-8594-b-8594-ab-then-1-a-8594-and-b-8594-are-perpendicular-to-each-other-2-a-8594-and-b-8594-act-in-the-same-direction-3-a-8594-and-b-8594-act-in-the-opposite-direction-4-a-8594-and-b-8594-can-a https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTQ3-the-dot-product-of-two-mutual-perpendicular-vector-is-1-0-2-1-3-infty-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjA1NDI1-current-in-a-circuit-is-given-by-i-3t2-2t-find-charge-that-crosses-a-cross-section-from-time-t-0-to-t-2-sec-1-12-c-2-10-c-3-8-c-4-2-c-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjA1NTk3-let-theta-be-the-angle-between-vectors-overrightarrow-a-and-overrightarrow-b-which-of-the-following-figures-correctly-represents-the-angle-theta-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjEzNDU5-if-the-angle-between-the-two-forces-increases-the-magnitude-of-their-resultant-1-decreases-2-increases-3-remains-unchanged-4-first-decreases-then-increases-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjEzNDYw-the-vector-sum-of-two-forces-is-perpendicular-to-their-vector-difference-which-of-the-following-statements-is-correct-1-the-two-forces-are-unequal-in-magnitude-2-the-magnitudes-of-the-forces-cannot-be https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzEy-which-one-of-the-following-statements-is-true-1-a-scalar-quantity-is-the-one-that-is-conserved-in-a-process-2-a-scalar-quantity-is-one-that-can-never-take-negative-values-3-a-scalar-quantity-is-one-th https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzEz-the-figure-shows-the-orientation-of-two-vectors-u-and-v-in-the-xy-plane-if-u-a-hat-i-b-hat-j-and-v-p-hat-i-q-hat-j-which-of-the-following-is-correct-1-a-and-p-are-positive-while-b-and-q-are-negative-2 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzE0-the-component-of-a-vector-vec-r-along-the-x-axis-will-have-maximum-value-if-1-vec-r-is-along-the-positive-y-axis-2-vec-r-is-along-the-positive-x-axis-3-vec-r-makes-an-angle-of-45-circ-with-the-x-axis https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzE2-consider-the-quantities-of-pressure-power-energy-impulse-gravitational-potential-electric-charge-temperature-and-area-out-of-these-the-only-vector-quantities-are-the-following-1-impulse-pressure-and-a https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzE5-three-vectors-a-b-and-c-add-up-to-zero-then-1-vector-a-times-b-times-c-is-not-zero-unless-vectors-b-and-c-are-parallel-2-vector-a-times-b-c-is-not-zero-unless-vectors-b-and-c-are-parallel-3-if-vectors https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzIw-it-is-found-that-vec-a-vec-b-vec-a-this-necessarily-implies-1-vec-b-0-2-vec-a-vec-b-are-antiparallel-3-vec-a-and-vec-b-are-perpendicular-4-vec-a-vec-b-leq0-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzMz-for-two-vectors-vec-a-and-vec-b-vec-a-vec-b-vec-a-vec-b-is-always-true-when-a-vec-a-vec-b-ne-0-b-vec-a-perp-vec-b-c-vec-a-vec-b-ne-0-and-vec-a-and-vec-b-are-parallel-or-antiparallel-d-when-either-vec https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzQ1-the-angle-between-mathrm-a-hat-mathbf-i-hat-mathbf-j-and-mathrm-b-hat-mathbf-i-hat-mathbf-j-is-1-45-circ-2-90-circ-3-45-circ-4-180-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjcwNTA2-the-magnitude-of-the-resultant-of-two-forces-a-8-text-n-and-b-6-text-n-acting-at-a-point-angle-of-90-circ-between-them-is-1-14-text-n-2-2-text-n-3-10-text-n-4-12-text-n-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjcwNjgz-the-scalar-and-vector-product-of-two-vectors-a-rarr-3i-4j-5k-and-b-rarr-2i-j-3k-is-equal-to-1-25-7i-j-5k-2-25-7i-j-5k-3-0-7i-j-3k-4-25-7i-j-5k-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzQ2NTc4-if-vec-f-2-hat-i-hat-j-hat-k-and-vec-r-3-hat-i-2-hat-j-2-hat-k-then-the-scalar-and-vector-products-of-vec-f-and-vec-r-have-the-magnitudes-respectively-as-1-5-sqrt3-2-4-sqrt5-3-10-sqrt2-4-10-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDU2NzA2-if-f-alpha-t-2-beta-t-is-the-magnitude-of-the-force-acting-on-a-particle-at-an-instant-t-then-the-time-at-which-the-force-becomes-constant-is-where-alpha-and-beta-are-constants-1-dfrac-beta-alpha-2-df https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTk3Njc4-for-x-ll-1-the-approximate-value-of-1-x-2-is-1-1-x-2-2-1-x-3-1-2x-4-1-2x-x-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTQ5NzYy-a-particle-having-a-velocity-v-v-0-at-t-0-is-decelerated-at-the-rate-a-alpha-sqrt-v-where-alpha-is-a-positive-constant-mathrm-a-the-particle-comes-to-rest-at-t-dfrac-2-sqrt-v-0-alpha-mathrm-b-the-part https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTUzOTIw-for-a-real-angle-theta-the-expression-k-5-sin-theta-12-cos-theta-is-given-what-is-the-maximum-possible-value-of-k-1-12-2-5-3-13-4-17-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc3NTM3-if-two-vectors-overrightarrow-p-hat-i-2-m-hat-j-m-hat-k-and-overrightarrow-q-4-hat-i-2-hat-j-m-hat-k-are-perpendicular-to-each-other-then-the-value-of-m-will-be-1-1-2-2-3-1-4-3-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjcxMTMw-overrightarrow-a-and-overrightarrow-b-are-two-vectors-given-by-overrightarrow-a-2-hat-i-3-hat-j-and-overrightarrow-b-hat-i-hat-j-the-component-of-overrightarrow-a-parallel-to-overrightarrow-b-is-1-fra https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTQ5Nzcw-the-displacement-x-of-a-particle-varies-with-time-as-x-ae-alpha-t-be-beta-t-where-a-b-alpha-beta-are-constant-and-are-positives-the-velocity-of-the-particle-will-1-drop-to-zero-when-alpha-beta-2-be-in https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTk3Njc5-if-x-ll-1-then-1-x-1-is-approximately-equal-to-1-1-x-2-1-x-3-1-x-2-4-1-x-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTUzODg3-a-fox-runs-along-the-straight-line-y-x-while-a-rabbit-moves-along-the-circular-path-x-2-y-2-8-which-of-the-following-coordinates-represents-a-point-where-the-fox-can-catch-the-rabbit-1-2-2-2-2-2-3-2-2 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTQ5NzI5-a-particle-is-moving-along-a-straight-line-whose-velocity-displacement-graph-is-as-shown-in-the-figure-what-is-the-magnitude-of-acceleration-when-displacement-is-3-text-m-1-4-sqrt3-text-ms-2-2-3-sqrt3 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTA4MTYx-all-of-the-following-describe-the-magnitude-and-direction-of-a-vector-except-1-10-text-m-s-west-2-10-text-m-s-in-a-circle-3-20-text-m-to-the-left-4-20-text-m-straight-up-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzU3ODI5-the-magnitudes-of-forces-vec-f-a-and-vec-f-b-are-400-text-n-and-300-text-n-respectively-as-shown-in-the-diagram-what-is-the-magnitude-of-the-net-force-in-each-of-the-three-given-cases-1-in-case-1-the https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjUwMTQx-in-the-figure-p-o-and-q-lie-on-a-straight-line-the-value-of-x-is-1-20-circ-2-25-circ-3-30-circ-4-35-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzI5Mjgy-what-will-be-the-unit-vector-in-the-direction-of-vec-a-5-vec-i-vec-j-2-vec-k-text-1-dfrac-5-sqrt-30-vec-i-dfrac-1-sqrt-30-vec-j-dfrac-2-sqrt-30-vec-k-2-dfrac-5-sqrt-30-vec-i-dfrac-1-sqrt-30-vec-j-dfra https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTIwNTM1-if-vec-a-and-vec-b-makes-an-angle-cos-1-left-frac-5-9-right-with-each-other-then-vec-a-vec-b-sqrt-2-vec-a-vec-b-for-vec-a-n-vec-b-the-integer-value-of-n-is-1-4-2-3-3-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDU1MzQ0-if-a-vector-has-a-magnitude-equal-to-that-of-vec-a-4-hat-i-3-hat-j-and-is-parallel-to-vec-b-4-hat-i-3-hat-j-then-the-x-and-y-components-of-this-vector-in-the-first-quadrant-are-x-and-3-respectively-th https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2NjQ-the-displacement-x-of-a-particle-along-a-straight-line-at-time-t-is-given-by-x-a0-a1t-a2t2x-a0-a1t-a2t2-the-acceleration-of-the-particle-is-1-a-0-2-a-1-3-2a-2-4-a-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzIzNjg1-the-area-a-of-a-metallic-disc-in-square-metres-varies-with-time-t-in-seconds-according-to-the-equation-a-5t-2-2t-what-is-the-rate-of-change-of-the-area-with-respect-to-time-at-t-3-text-s-text-1-30-tex https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzU3Nzky-the-following-diagram-shows-three-vectors-in-a-plane-each-with-equal-magnitudes-and-separated-by-angles-of-120-circ-from-each-other-what-arrow-best-represents-the-direction-of-their-vector-sum-1-downa https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzI2-if-vec-a-2-and-vec-b-4-then-match-the-relations-in-column-i-with-the-angle-theta-between-vec-a-and-vec-b-in-column-ii-column-i-column-ii-a-vec-a-vec-b-0-i-theta-0-circ-b-vec-a-vec-b-8-ii-theta-90-circ https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2Nzk-a-particle-moves-along-the-x-axis-so-that-its-x-coordinate-varies-with-time-t-according-to-the-equation-x-2-5t-6t2-mx-2-5t-6t2m-the-initial-velocity-of-the-particle-is-left-text-given-v-frac-dx-dt-rig https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTIxNDgx-three-vectors-overrightarrow-op-overrightarrow-oq-and-overrightarrow-or-each-of-magnitude-a-are-positioned-as-shown-in-the-figure-if-the-resultant-of-these-three-vectors-is-a-sqrt-x-the-value-of-x-is https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDUwODE1-consider-the-quantities-pressure-power-energy-impulse-gravitational-potential-electrical-charge-temperature-area-out-of-these-the-only-vector-quantities-are-1-impulse-pressure-and-area-2-impulse-and-a https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2Nzg-a-body-is-moving-according-to-the-equation-x-at-bt-2-ct-3-where-x-represents-displacement-and-a-b-text-and-c-are-constants-the-acceleration-of-the-body-is-text-given-a-frac-d-2x-dt-2-1-a-2bt-2-2b-6ct https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzI3-if-left-vec-a-right-2-and-left-vec-b-right-4-then-match-the-relations-in-column-i-with-the-angle-theta-between-vec-a-and-vec-b-in-column-ii-column-i-column-ii-a-left-vec-a-times-vec-b-right-0-p-theta https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzU3Nzkx-the-following-diagram-represents-three-vectors-of-equal-magnitudes-in-a-plane-what-arrow-best-represents-the-direction-of-the-sum-of-three-vectors-1-rightarrow-2-leftarrow-3-uparrow-4-downarrow-1-2-3 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzY2Njg1-two-forces-of-magnitude-a-and-a-over-2-act-perpendicular-to-each-other-the-magnitude-of-the-resultant-force-is-equal-to-1-dfrac-a2-2-dfrac-sqrt-5-a-2-3-dfrac-3a-2-4-dfrac-5a-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDU0NDE0-two-vectors-each-of-magnitude-a-are-inclined-at-an-angle-theta-to-each-other-the-magnitude-of-their-resultant-vector-is-1-a-cos-2-dfrac-theta-2-2-2-a-cos-dfrac-theta-2-3-2-a-cos-theta-4-a-cos-dfrac-th https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzkzNjYw-if-x-int-0-3-t-2dt-then-what-is-the-value-of-x-text-1-0-2-3-3-9-4-27-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk2Nzc-the-position-x-of-the-particle-varies-with-time-t-as-x-at-2-bt-3-the-acceleration-of-the-particle-will-be-zero-at-a-time-equal-to-left-text-given-a-frac-d-2x-dt-2-right-1-frac-a-b-2-frac-2a-b-3-frac-a https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDY2NDc4-column-i-shows-some-vector-equations-that-match-column-ii-in-which-the-values-of-the-angles-between-vec-a-and-vec-b-are-given-column-i-column-ii-a-vec-a-vec-b-vec-a-vec-b-p-45-circ-b-vec-a-times-vec-b https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjY4NjI1-the-area-under-the-curve-y-3x-2-between-the-co-ordinates-x-0-to-x-2-is-1-8-m2-2-3-m2-3-2-m2-4-9-m2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzIzODQ5-let-two-vectors-be-given-as-vec-a-a-1-hat-i-b-1-hat-j-c-1-hat-k-and-vec-b-a-2-hat-i-b-2-hat-j-c-2-hat-k-which-of-the-following-expressions-correctly-represents-the-angle-theta-between-the-two-vectors https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzI5MzA1-the-derivative-of-the-function-y-sin-left-x-2-right-with-respect-to-x-is-1-mathrm-cos-x-2-2-mathrm-sin-2x-3-mathrm-cos-x-2-4-2x-mathrm-cos-x-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTUzMDMw-using-a-definite-integral-what-is-the-area-of-the-region-enclosed-by-the-curve-y-2x-the-x-text-axis-and-the-vertical-lines-x-0-and-x-b-1-b-2-2-b-3-3-2b-2-4-dfrac-b-3-3-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDM3OTgy-the-angle-in-degrees-between-the-resultant-of-2-overrightarrow-q-2-overrightarrow-p-and-2-overrightarrow-q-2-overrightarrow-p-with-overrightarrow-q-is-1-0-circ-2-30-circ-3-45-circ-4-60-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzQ2MTQy-two-vectors-vec-a-and-vec-b-are-acting-at-an-angle-theta-on-an-object-if-the-magnitude-of-their-vector-product-is-sqrt3-times-their-scalar-product-the-angle-theta-between-them-is-1-30-circ-2-45-circ-3 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTQwMDk-the-vectors-aa-a-andandand-bb-b-are-such-that-a-b-a-b-a-b-a-b-a-b-a-b-the-angle-between-the-two-vectors-is-1-90-circ-2-60-circ-3-75-circ-4-45-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc4MDIw-if-overrightarrow-a-and-overrightarrow-b-are-two-vectors-satisfying-the-relation-overrightarrow-a-overrightarrow-b-overrightarrow-a-times-overrightarrow-b-then-the-value-of-overrightarrow-a-overrighta https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzI5MzA3-the-figure-shows-the-graph-of-the-function-y-x-2-what-is-the-area-under-the-curve-from-x-0-to-x-6-i-e-the-area-of-the-shaded-region-1-72-2-36-3-60-4-44-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTk1MjM5-if-overrightarrow-a-3-hat-i-4-hat-j-and-overrightarrow-b-7-hat-i-24-hat-k-then-the-vector-having-the-same-magnitude-as-that-of-overrightarrow-b-and-parallel-to-overrightarrow-a-is-1-15-hat-i-20-hat-j https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjUwNjIw-figure-shows-the-orientation-of-two-vectors-u-and-v-in-the-xy-plane-if-u-a-hat-i-b-hat-j-and-v-p-hat-i-q-hat-j-which-of-the-following-is-correct-1-a-and-p-are-positive-while-b-and-q-are-negative-2-a-p https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTQ1MzI-a-certain-vector-in-the-xy-plane-has-an-x-component-of-4-m-and-a-y-component-of-10-m-it-is-then-rotated-in-the-xy-plane-so-that-its-x-component-is-doubled-then-its-new-y-component-will-be-approximatel https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjUwNjIx-the-component-of-a-vector-r-along-the-x-axis-will-have-the-maximum-value-if-1-r-is-oriented-along-the-positive-y-axis-2-3r-is-oriented-along-the-positive-x-axis-3-r-makes-an-angle-of-45-circ-with-the https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246NDkwNzg-the-components-of-a-vector-along-the-x-and-y-directions-are-n-1-and-1-respectively-if-the-coordinate-system-is-rotated-by-an-angle-theta-then-the-components-change-to-n-and-3-the-value-of-n-will-be-1 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246NDkwNTE-the-projection-of-a-vector-overrightarrow-r-3-hat-i-hat-j-2-hat-k-on-the-xy-plane-has-a-magnitude-of-1-3-2-4-3-sqrt-14-4-sqrt-10-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTIyMTM2-if-left-overrightarrow-v-1-overrightarrow-v-2-right-left-overrightarrow-v-1-overrightarrow-v-2-right-and-overrightarrow-v-1-and-overrightarrow-v-2-are-non-zero-vectors-then-1-overrightarrow-v-1-is-par https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTQ1OTY2-if-overrightarrow-a-overrightarrow-b-overrightarrow-c-and-the-magnitudes-of-overrightarrow-a-overrightarrow-b-overrightarrow-c-are-5-4-and-3-units-respectively-then-the-angle-between-overrightarrow-a https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTcxMTE1-a-block-of-weight-w-is-supported-by-two-strings-inclined-at-60-circ-and-30-circ-to-the-vertical-the-tensions-in-the-strings-are-t-1-and-t-2-as-shown-if-these-tensions-are-to-be-determined-in-terms-of https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTc2OTE-at-what-angle-must-the-two-forces-x-y-and-x-y-act-so-that-the-resultant-comes-out-to-be-sqrt-x-2-y-2-1-cos-1-left-frac-x-2-y-2-2-x-2-y-2-right-2-cos-1-left-frac-2-x-2-y-2-x-2-y-2-right-3-cos-1-left-fr https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTkxNzM5-identify-the-unit-vector-in-the-following-1-hat-i-hat-j-2-frac-hat-i-sqrt-2-3-hat-k-frac-hat-i-sqrt-2-4-frac-hat-i-hat-j-sqrt-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjA1NjAy-if-the-sum-of-two-unit-vectors-is-also-a-unit-vector-then-the-magnitude-of-their-difference-and-angle-between-the-two-given-unit-vectors-is-1-sqrt-3-60-circ-2-sqrt-3-120-circ-3-sqrt-2-60-circ-4-sqrt-2 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3MzQ-the-resultant-of-the-forces-overrightarrow-p-and-overrightarrow-q-is-overrightarrow-r-if-overrightarrow-q-is-doubled-then-the-resultant-also-doubles-in-magnitude-find-the-angle-between-overrightarrow https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTk1NTc1-given-overrightarrow-a-overrightarrow-b-overrightarrow-c-overrightarrow-d-0-which-one-of-the-following-is-incorrect-1-overrightarrow-a-overrightarrow-b-overrightarrow-c-and-overrightarrow-d-must-be-nu https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTc2OTUx-if-overrightarrow-a-2-hat-i-hat-j-hat-k-overrightarrow-b-hat-i-2-hat-j-3-hat-k-and-overrightarrow-c-6-hat-i-2-hat-j-6-hat-k-then-the-angle-between-left-overrightarrow-a-overrightarrow-b-right-and-over https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTc2OTMw-the-magnitude-of-the-resultant-of-two-vectors-of-magnitude-3-units-and-4-units-is-1-unit-what-is-the-value-of-their-dot-product-1-12-units-2-7-units-3-1-unit-4-0-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTEwOTA2-if-vector-overrightarrow-a-cos-omega-t-hat-i-sin-omega-t-hat-j-and-overrightarrow-b-cos-dfrac-omega-t-2-hat-i-sin-dfrac-omega-t-2-hat-j-are-functions-of-time-then-the-value-of-t-at-which-they-are-orth https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246NDkwNjk-the-angle-which-the-vector-overrightarrow-a-2-hat-i-3-hat-j-makes-with-the-y-text-axis-where-hat-i-and-hat-j-are-unit-vectors-along-x-text-and-y-text-axis-respectively-is-1-cos-1-left-frac-3-5-right-2 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTc3Mjkx-the-unit-vector-perpendicular-to-vectors-overrightarrow-a-left-3-hat-i-hat-j-right-and-overrightarrow-b-left-2-hat-i-hat-j-5-hat-k-right-is-1-pm-frac-left-right-hat-i-3-hat-j-hat-k-left-right-sqrt-11 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTIzMDky-the-component-of-vector-overrightarrow-a-3-hat-i-hat-j-hat-k-along-the-direction-of-hat-i-hat-j-is-1-sqrt-2-2-2-3-sqrt-3-4-3-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246NjUyNzk-if-a-vector-2-hat-i-3-hat-j-8-hat-k-is-perpendicular-to-the-vector-4-hat-i-4-hat-j-alpha-hat-k-then-the-value-of-alpha-will-be-1-1-2-frac-1-2-3-frac-1-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NTM-if-overrightarrow-a-2-hat-i-hat-j-overrightarrow-b-hat-i-hat-j-then-the-components-of-overrightarrow-a-along-with-overrightarrow-b-perpendicular-to-overrightarrow-b-respectively-will-be-1-frac-hat-i-h https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTAwMTIy-component-of-3-i-4-j3-i-4-j3i-4j-perpendicular-to-i-j-i-ji-j-and-in-the-same-plane-as-that-of-3-i-4-j3-i-4-j3i-4j-is-1-12-j-i-12-j-i-12j-i-2-32-j-i-32-j-i-32j-i-3-52-j-i-52-j-i-52j-i-4-72-j-i-72-j-i-7 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjcwNDY2-the-angle-made-by-the-vector-vec-a-sqrt-3-hat-i-3-hat-j-2-hat-k-with-y-axis-is-1-sin-1-3-14-sin-1-3-14-sin-1314-2-sin-1-74-sin-1-74-sin-174-3-cos-1-43-cos-1-43-cos-143-4-cos-1-35-cos-1-35-cos-135-1-2 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjY0Njgx-if-a-b-3-a-b-then-the-value-of-a-b-is-if-a-b-3a-b-then-the-value-of-a-b-is-1-a2-b2-ab-3-1-2-a2-b2-ab3-1-2-2-a-b-3-a2-b2-3ab-1-2-a2-b2-3ab-1-2-4-a2-b2-ab-1-2-a2-b2-ab-1-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjAxNTQ1-the-angle-between-vectors-a-b-a-b-and-b-a-b-a-is-1-zero-2-3-4-4-4-2-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3OTI1-if-is-the-angle-between-vectors-aand-ba-andb-then-which-of-the-following-is-the-unit-vector-perpendicular-to-aand-ba-andb-1-a-babsin-a-b-absin-2-a-babcos-a-b-abcos-3-a-babsin-a-b-absin-4-a-baba-b-ab-1 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjYzODY5-if-the-angle-between-the-vector-a-and-ba-and-b-a-and-b-is-theta-the-value-of-the-product-b-a-a-b-a-a-b-a-a-is-equal-to-1-zero-2-ba2-sin-theta-cos-theta-3-ba2-cos-theta-4-ba2-sin-theta-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3NzY-the-momentum-of-a-body-moving-in-a-straight-line-is-p-t2-2t-1-kgm-sp-t2-2t-1kgm-sp-t2-2t-1kgm-s-force-acting-on-the-body-at-t-2-sec-will-be-left-text-given-f-frac-dp-dt-right-1-6-n-2-8-n-3-4-n-4-2-n-1 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTc3MTE5-the-maximum-or-the-minimum-value-of-the-function-y-25x-2-10x-5-is-1-y-text-min-4-2-y-text-max-8-3-y-text-min-8-4-y-text-max-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTc4ODk1-the-velocity-of-a-body-moving-along-the-x-axis-varies-with-x-as-v-left-x-3-x-2-right-m-s-find-the-acceleration-of-the-body-at-x-2-text-m-if-the-acceleration-is-defined-as-a-v-frac-dv-dx-1-132-text-m-s https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTY3Nzk0-the-equation-of-position-x-of-a-particle-is-given-by-x-3t-3-18t-2-5-text-m-the-maximum-velocity-of-the-particle-is-velocity-is-defined-as-v-dfrac-dx-dt-1-56-m-s-2-46-m-s-3-36-m-s-4-26-m-s-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246ODk3Mjk-the-maximum-value-of-the-function-7-6-x-9-x-2-is-1-8-2-8-3-4-4-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTM2MDY-a-particle-is-moving-along-the-x-axis-the-velocity-v-of-this-particle-varies-with-its-position-x-as-v-1xv-1x-find-the-velocity-of-the-particle-as-a-function-of-time-t-given-that-at-t-0-x-1-and-v-dxdtd https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MTc2OTM0-the-value-of-1x-1dx-is-1x-1dx-is-1x-1dx-is-1-ln-x-1-c-2-x-1-2-cx-1-2-cx-1-2-c-3-1-x-1-2-c1x-12-c1x-12-c-4-ln-x-1-c-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjUwMTU0-if-abc-abc-is-right-angled-at-c-then-the-value-of-cos-a-b-is-1-0-2-1-3-frac-1-2-4-frac-sqrt-3-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjUwMTYx-which-of-the-following-trigonometric-values-is-not-possible-for-any-angle-theta-1-sin-theta-dfrac-3-5-2-sec-theta-100-3-mathrm-cosec-theta-0-14-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTAxMjU-if-the-magnitude-of-the-sum-of-two-vectors-is-equal-to-the-magnitude-of-the-difference-between-the-two-vectors-the-angle-between-these-vectors-is-1-90-circ-2-45-circ-3-180-circ-4-0-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-pb246OTMzMTU-three-forces-acting-on-a-body-are-shown-in-the-figure-to-have-the-resultant-force-only-along-the-y-direction-the-magnitude-of-the-minimum-additional-force-needed-is-1-0-50-50-5-nnn-2-1-51-51-5-nnn-3-3 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjYzODU1-if-a-vector-2-hat-i-3-hat-j-8-hat-k-is-perpendicular-to-the-vector-4-hat-i-4-hat-j-alpha-hat-k-then-the-value-of-alpha-is-1-1-2-frac-1-2-3-frac-1-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjY1NjM5-the-vector-sum-of-two-forces-is-perpendicular-to-their-vector-difference-in-this-case-the-two-forces-1-are-equal-2-have-the-same-magnitude-3-are-not-equal-in-magnitude-4-cannot-be-predicted-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjY1NTc3-if-a-aa-b-bb-a-a-a-b-b-b-then-angle-between-a-and-b-will-be-1-90-90-90-2-120-120-120-3-0-0-0-4-60-60-60-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MjI1MzI1-given-below-in-column-i-are-the-relations-between-vectors-a-b-and-c-and-in-column-ii-are-the-orientations-of-a-b-and-c-in-the-xy-plane-match-the-relation-in-column-i-to-the-correct-orientations-in-col https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzAyMTIz-a-vector-is-not-changed-if-1-it-is-rotated-through-an-arbitrary-angle-2-it-is-multiplied-by-an-arbitrary-scalar-3-it-is-cross-multiplied-by-a-unit-vector-4-it-is-slid-parallel-to-itself-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzAyMTI1-which-of-the-sets-given-below-may-represent-the-magnitudes-of-three-vectors-adding-to-zero-1-2-4-8-2-4-8-16-3-1-2-1-4-0-5-1-2-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzAyMTI3-the-resultant-of-vec-a-and-vec-b-makes-an-angle-alpha-with-vec-a-and-beta-with-vec-b-then-1-alphab-4-alpha-beta-text-if-a-b-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzAyMTI4-the-component-of-a-vector-is-1-always-less-than-its-magnitude-2-always-greater-than-its-magnitude-3-always-equal-to-its-magnitude-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzAyMTMw-a-vector-overrightarrow-a-points-vertically-upward-and-overrightarrow-b-points-towards-north-the-vector-product-overrightarrow-a-times-overrightarrow-b-is-1-along-west-2-along-east-3-zero-4-vertically https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzAyMTM1-a-physical-situation-can-be-described-using-different-sets-of-coordinate-axes-with-varying-orientations-which-of-the-following-quantities-remain-unaffected-by-the-orientation-of-the-coordinate-system https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzAyMTM2-let-overrightarrow-mathrm-c-overrightarrow-mathrm-a-overrightarrow-mathrm-b-then-1-overrightarrow-mathrm-c-is-always-greater-than-overrightarrow-mathrm-a-2-it-is-possible-to-have-overrightarrow-mathrm https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzAyMTM4-let-the-angle-between-two-nonzero-vectors-overrightarrow-a-and-overrightarrow-b-be-120-and-its-resultant-be-overrightarrow-c-1-c-must-be-equal-to-a-b-2-c-must-be-less-than-a-b-3-c-must-be-greater-than https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzAyMTM5-the-x-component-of-the-resultant-of-several-vectors-a-is-equal-to-the-sum-of-the-x-components-of-the-vector-b-may-be-smaller-than-the-sum-of-the-magnitudes-of-the-vectors-c-may-be-greater-than-the-sum https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzAyMTQx-the-magnitude-of-the-vector-product-of-two-vectors-overrightarrow-a-and-overrightarrow-b-may-be-a-greater-than-ab-b-equal-to-ab-c-less-than-ab-d-equal-to-zero-choose-the-correct-option-1-a-b-and-c-2-b https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzU4MjY4-vectors-vec-mathrm-a-vec-mathrm-b-and-vec-mathrm-c-are-such-that-vec-mathrm-a-cdot-vec-mathrm-b-0-text-and-vec-mathrm-a-cdot-vec-mathrm-c-0-then-the-vector-parallel-to-vec-a-is-1-vec-a-times-vec-b-2-v https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTM1ODQy-two-particles-are-located-at-equal-distance-from-origin-the-position-vectors-of-those-are-represented-by-vec-a-2-hat-i-3n-hat-j-2-hat-k-and-vec-b-2-hat-i-2-hat-j-4p-hat-k-respectively-if-both-the-vect https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTIwODc5-the-resultant-of-two-vectors-vec-a-and-vec-b-is-perpendicular-to-vec-a-and-its-magnitude-is-half-that-of-vec-b-the-angle-between-vectors-vec-a-and-vec-b-is-1-30-circ-2-60-circ-3-120-circ-4-150-circ-1 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NTE3NTgx-for-three-vectors-vec-a-x-hat-i-6-hat-j-2-hat-k-vec-b-hat-i-4-hat-j-3-hat-k-and-vec-c-8-hat-i-hat-j-3-hat-k-text-if-vec-a-vec-b-times-vec-c-0-then-value-of-x-is-1-7-2-3-3-6-4-4-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDQwMjY4-if-a-body-is-moving-with-momentum-overrightarrow-p-sin-k-t-hat-i-text-cos-k-t-hat-j-then-the-angle-between-overrightarrow-f-and-overrightarrow-p-is-1-90-circ-2-60-circ-3-45-circ-4-30-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzY3Mjk0-if-overrightarrow-mathbf-a-2-hat-i-3-hat-j-2-hat-k-and-overrightarrow-mathbf-a-overrightarrow-mathbf-b-2-hat-j-then-find-left-overrightarrow-b-right-1-3-2-3-sqrt-3-3-2-4-sqrt-3-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzY2NzY2-a-force-vector-vec-f-lies-in-the-xy-plane-and-makes-an-angle-of-30-circ-with-the-positive-y-text-axis-as-shown-in-the-figure-if-the-y-text-component-of-the-force-is-given-as-2-sqrt-3-text-n-what-is-th https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzQ1Nzg2-which-of-the-following-relations-is-true-for-two-unit-vectors-hat-a-and-hat-b-making-an-angle-theta-to-each-other-1-hat-a-hat-b-hat-a-hat-b-mid-tan-dfrac-theta-2-2-hat-a-hat-b-hat-a-hat-b-tan-dfrac-th https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzQ1Nzgz-vec-a-is-a-vector-quantity-such-that-vec-a-non-zero-constant-which-of-the-following-expressions-is-true-for-vec-a-1-overrightarrow-mathrm-a-cdot-overrightarrow-mathrm-a-0-2-overrightarrow-mathrm-a-tim https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzQ1NDA5-if-t-sqrt-x-4-then-left-dfrac-dx-dt-right-t-4-is-1-4-2-0-3-8-4-16-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzQzNzIz-two-vectors-vec-a-and-vec-b-have-equal-magnitudes-if-the-magnitude-of-vec-a-vec-b-is-equal-to-two-times-the-magnitude-of-vec-a-vec-b-then-the-angle-between-vec-a-and-vec-b-will-be-1-sin-1-left-frac-3 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzQzNjYz-if-the-projection-of-2-hat-mathrm-i-4-hat-mathrm-j-2-hat-mathrm-k-text-on-hat-mathrm-i-2-hat-mathrm-j-alpha-hat-mathrm-k-is-zero-then-the-value-of-alpha-will-be-1-3-2-5-3-7-4-9-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246MzQzNDIy-if-overrightarrow-a-2-hat-i-3-hat-j-hat-mathrm-k-text-m-and-overrightarrow-mathrm-b-hat-i-2-hat-j-2-hat-k-text-m-the-magnitude-of-the-component-of-the-vector-vec-a-along-the-vector-vec-b-will-be-1-5-2 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc5MDU1-what-is-the-angle-made-with-the-positive-x-text-axis-by-the-resultant-vector-overrightarrow-oa-overrightarrow-ob-overrightarrow-oc-given-that-overrightarrow-oa-overrightarrow-ob-and-overrightarrow-oc https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc5MDQ3-the-angle-between-the-vector-overrightarrow-a-and-overrightarrow-a-overrightarrow-b-is-1-tan-1-left-dfrac-sqrt-3-b-2-a-b-right-2-tan-1-left-dfrac-b-cos-theta-a-b-sin-theta-right-3-tan-1-left-dfrac-a-0 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc4OTk5-two-vectors-overrightarrow-x-and-overrightarrow-y-have-equal-magnitude-the-magnitude-of-overrightarrow-x-text-overrightarrow-y-is-n-times-the-magnitude-of-overrightarrow-x-text-overrightarrow-y-the-an https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc4ODQx-match-list-i-with-list-ii-list-i-list-ii-a-overrightarrow-c-overrightarrow-a-overrightarrow-b-0-i-b-overrightarrow-a-overrightarrow-c-overrightarrow-b-0-ii-c-overrightarrow-b-overrightarrow-a-overrigh https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc4Mzk1-two-vectors-overrightarrow-p-and-overrightarrow-q-have-equal-magnitudes-if-the-magnitude-of-left-overrightarrow-p-overrightarrow-q-right-is-n-times-the-magnitude-of-left-overrightarrow-p-overrightarro https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc4MTY2-three-particles-p-q-and-r-are-moving-along-the-vectors-overrightarrow-a-hat-i-hat-j-overrightarrow-b-hat-j-hat-k-and-overrightarrow-c-hat-i-hat-j-respectively-they-strike-on-point-and-start-to-move-in https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc4MDk4-given-below-are-two-statements-assertion-a-if-a-b-c-d-are-four-points-on-a-semicircular-arc-with-the-center-at-o-such-that-overrightarrow-ab-overrightarrow-bc-overrightarrow-cd-then-overrightarrow-ab https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc4MDc5-given-two-vectors-vec-a-hat-i-hat-j-hat-k-and-vec-b-hat-i-hat-j-the-projection-of-vec-a-onto-vec-b-is-1-2-hat-i-hat-j-hat-k-2-sqrt-2-hat-i-hat-j-3-hat-i-hat-j-4-sqrt-2-hat-i-hat-j-hat-k-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc3Nzcz-if-the-forces-overrightarrow-op-overrightarrow-oq-overrightarrow-or-overrightarrow-os-text-and-overrightarrow-ot-act-simultaneously-at-the-origin-what-will-be-the-resultant-force-text-use-sqrt-3-1-7-s https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246Mjc5MjE2-in-a-regular-octagon-abcdefgh-all-sides-are-equal-in-length-the-position-vector-of-point-a-with-respect-to-the-center-o-of-the-octagon-is-given-by-overrightarrow-ao-2-hat-i-3-hat-j-4-hat-k-what-is-the https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246Mjc4ODk1-if-vec-p-times-vec-q-vec-q-times-vec-p-the-angle-between-vec-p-and-vec-q-is-theta-0-circ-theta-360-circ-then-the-value-of-theta-will-be-1-30-circ-2-60-circ-3-90-circ-4-180-circ-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc4NjI1-the-sum-of-two-forces-vec-p-and-vec-q-is-vec-r-such-that-vec-r-vec-p-the-angle-theta-in-degrees-that-the-resultant-of-2-vec-p-and-vec-q-will-make-with-vec-q-is-1-60-circ-2-90-circ-3-45-circ-4-30-circ https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246Mjc4OTM2-a-particle-moving-in-the-xy-plane-experiences-a-velocity-dependent-force-vec-f-k-left-v-y-hat-i-v-x-hat-j-right-1-quantity-vec-v-vec-a-is-constant-in-time-2-kinetic-energy-of-particle-is-constant-in-t https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246Mjc4NTEz-a-balloon-is-rising-vertically-above-a-fixed-point-a-on-the-ground-a-girl-at-point-b-located-d-metres-from-a-observes-the-balloon-at-a-height-h-1-and-sees-it-at-an-angle-of-45-circ-with-respect-to-the https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc3NDky-two-vectors-vec-a-and-vec-b-have-equal-magnitudes-the-magnitude-of-vec-a-vec-b-is-n-times-the-magnitude-of-vec-a-vec-b-the-angle-between-vec-a-and-vec-b-is-1-cos-1-bigg-dfrac-n-2-1-n-2-1-bigg-2-cos-1 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc3MzY0-consider-a-cube-of-side-length-a-as-shown-in-the-figure-what-is-the-vector-from-the-centre-of-the-face-abod-to-the-centre-of-the-face-befo-text-1-dfrac-1-2-a-bigg-hat-k-hat-i-bigg-2-dfrac-1-2-a-bigg-h https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246Mjc2NzEx-let-left-vec-a-1-right-3-left-vec-a-2-right-5-and-left-vec-a-1-vec-a-2-right-5-the-value-of-left-vec-2-a-1-3-vec-a-2-right-cdot-left-3-vec-a-1-2-vec-a-2-right-is-1-112-5-2-106-5-3-118-5-4-99-5-1-2-3-4 https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc3MzMx-let-vec-a-hat-i-hat-j-and-vec-b-hat-2-i-hat-j-if-vec-c-is-a-coplanar-vector-satisfying-vec-a-vec-c-vec-b-vec-c-vec-a-vec-b-what-is-the-magnitude-of-vec-c-1-sqrt-dfrac-9-12-2-sqrt-dfrac-20-9-3-sqrt-dfr https://medminds.me/qbank/physics/mathematical-tools/?q=NP-b246NDc2ODc5-a-vector-vec-a-is-rotated-by-small-angle-mathrm-delta-mathrm-theta-radians-delta-theta-1-to-get-a-new-vector-vec-b-in-that-case-vec-b-vec-a-is-1-vec-a-delta-theta-2-mathrm-vec-b-delta-theta-vec-a-3-ve https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246MTI3MjA-a-tube-of-length-l-is-filled-completely-with-an-incompressible-liquid-of-mass-m-and-closed-at-both-ends-the-tube-is-then-rotated-in-a-horizontal-plane-about-one-of-its-ends-with-a-uniform-angular-velo https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246MjUzOTQ-the-radius-of-a-soap-bubble-is-increased-from-r-to-2-r-work-done-in-this-process-t-surface-tension-is-1-24-pi-r2t-2-48-pi-r2t-3-12-pi-r2t-4-36-pi-r2t-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246MjU5MDI-the-flow-rate-from-a-tap-of-diameter-1-25-cm-is-3-lit-min-the-coefficient-of-viscosity-of-water-is-10-3-pas-the-nature-of-flow-is-1-turbulent-2-laminar-3-neither-laminar-nor-turbulent-4-data-inadequat https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246MjU5MTQ-a-small-spherical-solid-ball-is-dropped-in-a-viscous-liquid-its-journey-in-the-liquid-is-best-described-in-the-figure-by-1-curve-a-2-curve-b-3-curve-c-4-curve-d-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246MjU5MTU-water-flows-through-a-frictionless-duct-with-a-cross-section-varying-as-shown-in-the-figure-pressure-p-at-points-along-the-axis-is-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246MjU5MTY-the-area-of-cross-section-of-the-wider-tube-shown-in-the-figure-is-800-text-cm-2-if-a-mass-of-12-text-kg-is-placed-on-the-massless-piston-then-the-difference-in-heights-h-of-the-levels-of-water-in-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246MjU5MTg-equation-of-continuity-based-on-1-conservation-of-mass-2-conservation-of-energy-3-conservation-of-angular-momentum-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246MzE5NzA-the-cylindrical-tube-of-a-spray-pump-has-radius-r-one-end-of-which-has-n-fine-holes-each-of-radius-r-if-the-speed-of-the-liquid-in-the-tube-is-v-the-speed-of-the-ejection-of-the-liquid-through-the-hol https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246MzgzNjQ-the-weight-of-an-aeroplane-flying-in-the-air-is-balanced-by-1-vertical-component-of-the-thrust-created-by-air-currents-striking-the-lower-surface-of-the-wings-2-force-due-to-reaction-of-gases-ejected https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTA0Mzk-if-there-were-a-smaller-gravitational-effect-which-of-the-following-forces-do-you-think-would-alter-in-some-respect-1-viscous-forces-2-archimedes-uplift-3-electrostatic-force-4-none-of-the-above-1-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTEwMTc-a-u-tube-with-both-ends-open-to-the-atmosphere-is-partially-filled-with-water-oil-which-is-immiscible-with-water-is-poured-into-one-side-until-it-stands-at-a-distance-of-10mm-above-the-water-level-on https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTEwNTI-three-liquids-of-densities-rho-1-rho-2-and-rho-3-with-rho-1-rho-2-rho-3-having-the-same-value-of-surface-tension-t-rise-to-the-same-height-in-three-identical-capillaries-the-angles-of-contact-theta-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTEwODg-two-non-mixing-liquids-of-densities-and-n-n-1-are-put-in-a-container-the-height-of-each-liquid-is-h-a-solid-cylinder-floats-with-its-axis-vertical-and-length-pl-1-in-the-denser-liquid-the-density-of-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTExNDE-the-approximate-depth-of-an-ocean-is-2700-m-the-compressibility-of-water-is-45-4-x-10-11-pa-1-and-density-of-water-is-103kg-m3-what-fractional-compression-of-water-will-be-obtained-at-the-bottom-of-th https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTExNDM-a-wind-with-speed-40-text-m-s-blows-parallel-to-the-roof-of-a-house-the-area-of-the-roof-is-250-text-m-2-assuming-that-the-pressure-inside-the-house-is-atmospheric-pressure-the-force-exerted-by-the-wi https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTExNzE-the-cylindrical-tube-of-a-spray-pump-has-radius-r-one-end-of-which-has-n-fine-holes-each-of-radius-r-if-the-speed-of-the-liquid-in-the-tube-is-v-then-the-speed-of-ejection-of-the-liquid-through-the-ho https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTEyMDA-the-heart-of-a-man-pumps-5-l-of-blood-through-the-arteries-per-minute-at-a-pressure-of-150-mm-of-mercury-if-the-density-of-mercury-is-13-6-times-10-3-kg-m3-and-g-10-m-s2-then-the-power-of-heart-in-wat https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTEyMDY-water-rises-to-a-height-h-in-capillary-tube-if-the-length-of-capillary-tube-above-the-surface-of-water-is-made-less-than-h-then-1-water-rises-upto-the-tip-of-capillary-tube-and-then-starts-overflowing https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTEyMjk-a-certain-number-of-spherical-drops-of-a-liquid-of-radius-r-coalesce-to-form-a-single-drop-of-radius-r-and-volume-v-if-t-is-the-surface-tension-of-the-liquid-then-text-energy-4-v-t-left-frac-1-r-frac https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTE2OTk-an-engine-pumps-water-continuously-through-a-hose-water-leaves-the-hose-with-a-velocity-v-and-m-is-the-mass-per-unit-length-of-the-water-jet-what-is-the-rate-at-which-kinetic-energy-is-imparted-to-wat https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMDA-two-bodies-are-in-equilibrium-when-suspended-in-water-from-the-arms-of-a-balance-the-mass-of-one-body-is-36-text-g-and-its-density-is-9-text-g-cm-3-if-the-mass-of-the-other-is-48-text-g-its-density-in https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMDE-an-inverted-bell-lying-at-the-bottom-of-a-lake-47-6-m-deep-has-50-cm3-of-air-trapped-in-it-the-bell-is-brought-to-the-surface-of-the-lake-the-volume-of-the-trapped-air-will-be-atmospheric-pressure-70 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMDI-a-siphon-in-use-is-demonstrated-in-the-following-figure-the-density-of-the-liquid-flowing-in-siphon-is-1-5-gm-cc-the-pressure-difference-between-the-point-p-and-s-will-be-1-105n-m-2-2-times-105n-m-3-z https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMDM-the-height-of-a-mercury-barometer-is-75-cm-at-sea-level-and-50-cm-at-the-top-of-a-hill-ratio-of-density-of-mercury-to-that-of-air-is-104-the-height-of-the-hill-is-1-250-m-2-2-5-km-3-1-25-km-4-750-m-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMDQ-equal-masses-of-water-and-a-liquid-of-relative-density-2-are-mixed-together-then-the-mixture-has-a-density-of-1-dfrac-2-3-2-dfrac-4-3-3-dfrac-3-2-4-3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMDU-a-body-of-density-d1-is-counterpoised-by-mg-of-weights-of-density-d2-in-air-of-density-d-then-the-true-mass-of-the-body-is-1-m-2-m1-dd2-3-m1-dd1-4-m-1-d-d2-1-d-d1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMDc-the-value-of-g-at-a-place-decreases-by-2-the-barometric-height-of-mercury-1-increases-by-2-2-decreases-by-2-3-remains-unchanged-4-sometimes-increases-and-sometimes-decreases-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMDg-a-barometer-kept-in-a-stationary-elevator-reads-76-text-cm-if-the-elevator-starts-accelerating-up-the-reading-will-be-1-zero-2-equal-to-76-text-cm-3-more-than-76-text-cm-4-less-than-76-text-cm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMDk-a-closed-rectangular-tank-is-completely-filled-with-water-and-is-accelerated-horizontally-with-an-acceleration-a-towards-right-pressure-is-i-maximum-at-and-ii-minimum-at-1-i-b-ii-d-2-i-c-ii-d-3-i-b-ii https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMTI-a-vertical-mathrm-u-tube-of-uniform-inner-cross-section-contains-mercury-in-both-its-arms-a-glycerin-density-1-3-g-cm3-column-of-length-10-cm-is-introduced-into-one-of-its-arms-oil-of-density-0-8-g-cm https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMTM-a-triangular-lamina-of-area-a-and-height-h-is-immersed-in-a-liquid-of-density-rho-in-a-vertical-plane-with-its-base-on-the-surface-of-the-liquid-the-thrust-on-the-lamina-is-1-12a-rho-gh-2-13a-rho-gh-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMTQ-if-two-liquids-of-same-masses-but-densities-rho-1-and-rho-2-respectively-are-mixed-then-density-of-mixture-is-given-by-1-rho-rho-1-rho-22-2-rho-rho-1-rho-22-rho-1-rho-2-3-rho-2-rho-1-rho-2-rho-1-rho-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMTY-the-density-rho-of-water-of-bulk-modulus-b-at-a-depth-y-in-the-ocean-is-related-to-the-density-at-surface-rho-0-by-the-relation-1-rho-rho-01-rho-0gyb-2-rho-rho-01-rho-0gyb-3-rho-rho-01-b-rho-0gy-4-rho https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMTc-with-rise-in-temperature-density-of-a-given-body-changes-according-to-one-of-the-following-relations-a-961-961-01-947-d-952-b-961-961-01-947-d-952-c-961-961-0-947-d-952-d-961-961-0-947-d-952-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMTg-for-the-figures-given-below-the-correct-observation-is-1-pressure-at-the-bottom-of-the-tank-a-is-greater-than-at-the-bottom-of-the-tank-b-2-pressure-at-the-bottom-of-the-tank-a-is-lesser-than-at-the-b https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMTk-a-given-shaped-glass-tube-having-uniform-cross-section-is-filled-with-water-and-is-mounted-on-a-rotatable-shaft-as-shown-in-figure-if-the-tube-is-rotated-with-a-constant-angular-velocity-omega-then-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMjA-an-iceberg-of-density-900-text-kg-m-3-is-floating-in-the-water-of-density-1000-text-kg-m-3-the-percentage-of-the-volume-of-ice-cube-outside-the-water-is-1-20-2-35-3-10-4-25-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMjE-a-log-of-wood-of-mass-120-kg-floats-in-water-the-weight-that-can-be-put-on-the-raft-to-make-it-just-sink-should-be-density-of-wood-600-kg-m3-1-80-kg-2-50-kg-3-60-kg-4-30-kg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMjY-a-hemispherical-bowl-just-floats-without-sinking-in-a-liquid-of-density-1-2-times-103-kg-m3-if-the-outer-diameter-and-the-density-of-the-material-of-the-bowl-are-1-m-and-2-times-104-kg-m3-respectively https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMjk-in-making-an-alloy-a-substance-of-specific-gravity-s1-and-mass-m1-is-mixed-with-another-substance-of-specific-gravity-s2-and-mass-m2-then-the-specific-gravity-of-the-alloy-is-1-m1-m2s1-s2-2-s1s2m1-m2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyMzA-a-concrete-sphere-of-radius-r-has-a-cavity-of-radius-r-which-is-packed-with-sawdust-the-specific-gravities-of-concrete-and-sawdust-are-respectively-2-4-and-0-3-for-this-sphere-to-float-with-its-entire https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNTI-a-metallic-block-of-density-5-gm-cm-3-and-having-dimensions-5-cm-times-5-cm-times-5-cm-is-weighed-in-water-its-apparent-weight-will-be-1-5-times-5-times-5-times-5-gf-2-4-times-4-times-4-times-4-gf-3-5 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNTM-a-cubical-block-is-floating-in-a-liquid-with-half-of-its-volume-immersed-in-the-liquid-when-the-whole-system-accelerates-upwards-with-acceleration-of-g-3-the-fraction-of-volume-immersed-in-the-liquid https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNTQ-a-silver-ingot-weighing-2-1-kg-is-held-by-a-string-so-as-to-be-completely-immersed-in-a-liquid-of-relative-density-0-8-the-relative-density-of-silver-is-10-5-the-tension-in-the-string-in-kg-wt-is-1-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNTY-two-solids-a-and-b-float-in-water-it-is-observed-that-a-floats-with-half-its-volume-immersed-and-b-floats-with-2-3-of-its-volume-immersed-compare-the-densities-of-a-and-b-1-4-3-2-2-3-3-3-4-4-1-3-1-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNjA-the-fraction-of-a-floating-object-of-volume-v0-and-density-d0-above-the-surface-of-a-liquid-of-density-d-will-be-1-d0d-2-dd0d-d0-3-d-d0d-d-dd0d-d0-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNjI-pressure-applied-to-an-enclosed-fluid-is-transmitted-undiminished-to-every-portion-of-the-fluid-and-the-walls-of-the-containing-vessel-this-law-was-first-formulated-by-1-bernoulli-2-archimedes-3-boyle https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNjU-a-body-is-just-floating-on-the-surface-of-a-liquid-the-density-of-the-body-is-same-as-that-of-the-liquid-the-body-is-slightly-pushed-down-what-will-happen-to-the-body-1-it-will-slowly-come-back-to-its https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNjg-a-cork-is-submerged-in-water-by-a-spring-attached-to-the-bottom-of-a-bowl-when-the-bowl-is-kept-in-an-elevator-moving-with-acceleration-downwards-the-length-of-spring-1-increases-2-decreases-3-remains https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNzE-a-solid-sphere-of-density-eta-1-times-lighter-than-water-is-suspended-in-a-water-tank-by-a-string-tied-to-its-base-as-shown-in-fig-if-the-mass-of-the-sphere-is-m-then-the-tension-in-the-string-is-give https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNzM-a-hollow-sphere-of-volume-v-is-floating-on-water-surface-with-half-immersed-in-it-what-should-be-the-minimum-volume-of-water-poured-inside-the-sphere-so-that-the-sphere-now-sinks-into-the-water-1-v-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyNzk-a-ball-whose-density-is-0-4-times-103kg-m3-falls-into-water-from-a-height-of-9-cm-to-what-depth-does-the-ball-sink-1-9-cm-2-6-cm-3-4-5-cm-4-2-25-cm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyODM-a-boat-carrying-steel-balls-is-floating-on-the-surface-of-water-in-a-tank-if-the-balls-are-thrown-into-the-tank-one-by-one-how-will-it-affect-the-level-of-water-1-it-will-remain-unchanged-2-it-will-ri https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyODQ-two-pieces-of-metal-when-immersed-in-a-liquid-have-equal-upthrust-on-them-then-1-both-pieces-must-have-equal-weights-2-both-pieces-must-have-equal-densities-3-both-pieces-must-have-equal-volumes-4-bot https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyODU-a-candle-of-diameter-d-is-floating-on-a-liquid-in-a-cylindrical-container-of-diameter-d-d-d-as-shown-in-the-figure-if-it-is-burning-at-the-rate-of-2-text-cm-hour-then-the-top-of-the-candle-will-1-rema https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyODc-construction-of-submarines-is-based-on-1-archimedes-rsquo-principle-2-bernoulli-rsquo-s-theorem-3-pascal-rsquo-s-law-4-newton-rsquo-s-laws-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyODk-in-which-one-of-the-following-cases-will-the-liquid-flow-in-a-pipe-be-most-streamlined-1-liquid-of-high-viscosity-and-high-density-flowing-through-a-pipe-of-small-radius-2-liquid-of-high-viscosity-and https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyOTE-two-water-pipes-of-diameters-2-cm-and-4-cm-are-connected-with-the-main-supply-line-the-velocity-of-flow-of-water-in-the-pipe-of-2-cm-diameter-is-1-4-times-that-in-the-other-pipe-2-3-times-that-in-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyOTI-an-incompressible-liquid-flows-through-a-horizontal-tube-as-shown-in-the-following-fig-then-the-velocity-v-of-the-fluid-is-1-3-0-m-s-2-1-5-m-s-3-1-0-m-s-4-2-25-m-s-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyOTM-the-velocity-of-kerosene-oil-in-a-horizontal-pipe-is-5-text-m-s-if-g-10-text-m-s-2-then-the-velocity-head-of-oil-will-be-1-1-25-text-m-2-12-5-text-m-3-0-125-text-m-4-125-text-m-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQyOTQ-in-the-following-fig-is-shown-the-flow-of-liquid-through-a-horizontal-pipe-three-tubes-a-b-and-c-are-connected-to-the-pipe-the-radii-of-the-tubes-a-b-and-c-at-the-junction-are-respectively-2-cm-1-cm-a https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMDc-a-manometer-connected-to-a-closed-tap-reads-3-5-times-105n-m2-when-the-valve-is-opened-the-reading-of-manometer-falls-to-3-0-times-105n-m2-then-velocity-of-flow-of-water-is-1-100-m-s-2-10-m-s-3-1-m-s https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMDk-a-cylinder-of-height-20-m-is-completely-filled-with-water-the-velocity-of-efflux-of-water-in-m-s-through-a-small-hole-on-the-side-wall-of-the-cylinder-near-its-bottom-is-1-10-2-20-3-25-5-4-5-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMTE-there-is-a-hole-in-the-bottom-of-tank-having-water-if-total-pressure-at-bottom-is-3-text-atm-1atm-105n-m2-then-the-velocity-of-water-flowing-from-hole-is-1-sqrt-400-m-s-2-sqrt-600-m-s-3-sqrt-60-m-s-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMTI-a-cylindrical-tank-has-a-hole-of-1cm2-in-its-bottom-if-the-water-is-allowed-to-flow-into-the-tank-from-a-tube-above-it-at-the-rate-of-70cm3-sec-then-the-maximum-height-up-to-which-water-can-rise-in-th https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMTM-a-square-plate-of-0-1-m-side-moves-parallel-to-a-second-plate-with-a-velocity-of-0-1-m-s-both-plates-being-immersed-in-water-if-the-viscous-force-is-0-002-n-and-the-coefficient-of-viscosity-is-0-01-po https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMTQ-spherical-balls-of-radius-r-are-falling-in-a-viscous-fluid-of-viscosity-eta-with-a-velocity-v-the-retarding-viscous-force-acting-on-the-spherical-ball-is-1-inversely-proportional-to-r-but-directly-pro https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMTU-a-small-sphere-of-mass-m-is-dropped-from-a-great-height-after-it-has-fallen-100-m-it-has-attained-its-terminal-velocity-and-continues-to-fall-at-that-speed-the-work-done-by-air-friction-against-the-sp https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMTY-two-drops-of-the-same-radius-are-falling-through-air-with-a-steady-velocity-of-5-cm-per-sec-if-the-two-drops-coalesce-the-terminal-velocity-would-be-1-10-cm-per-sec-2-2-5-cm-per-sec-3-5-times-4-13-cm https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMTg-the-rate-of-steady-volume-flow-of-water-through-a-capillary-tube-of-length-l-and-radius-r-under-a-pressure-difference-of-p-is-v-this-tube-is-connected-with-another-tube-of-the-same-length-but-half-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMTk-a-liquid-is-flowing-in-a-horizontal-uniform-capillary-tube-under-a-constant-pressure-difference-p-the-value-of-pressure-for-which-the-rate-of-flow-of-the-liquid-is-doubled-when-the-radius-and-length-b https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMjA-we-have-two-narrow-capillary-tubes-t1-and-t2-their-lengths-are-l1-and-l2-and-radii-of-cross-section-are-r1-and-r2-respectively-the-rate-of-flow-of-water-under-a-pressure-difference-p-through-tube-t1-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMjE-the-reynolds-number-of-a-flow-is-the-ratio-of-1-gravity-to-viscous-force-2-gravity-force-to-pressure-force-3-inertia-forces-to-viscous-force-4-viscous-forces-to-pressure-forces-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMjI-water-is-flowing-through-a-tube-of-the-non-uniform-cross-section-the-ratio-of-the-radius-at-the-entry-and-exit-end-of-the-pipe-is-3-2-then-the-ratio-of-velocities-at-entry-and-exit-of-liquid-is-1-4-9 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMjM-a-liquid-flows-in-a-tube-from-left-to-right-as-shown-in-figure-a1-and-a2-are-the-cross-sections-of-the-portions-of-the-tube-as-shown-then-the-ratio-of-speeds-v1-v2-will-be-1-a1-a2-2-a2-a1-3-a2-a1-4-a1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMjQ-an-application-of-bernoulli-s-equation-for-fluid-flow-is-found-in-1-dynamic-lift-of-an-aeroplane-2-viscosity-meter-3-capillary-rise-4-hydraulic-press-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMjU-the-working-of-an-atomizer-depends-upon-1-bernoulli-s-theorem-2-boyle-s-law-3-archimedes-principle-4-newton-s-law-of-motion-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMjY-the-pans-of-a-physical-balance-are-in-equilibrium-air-is-blown-under-the-right-hand-pan-then-the-right-hand-pan-will-1-move-up-2-move-down-3-move-erratically-4-remain-at-the-same-level-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMzA-a-sniper-fires-a-rifle-bullet-into-a-gasoline-tank-making-a-hole-53-0-m-below-the-surface-of-gasoline-the-tank-was-sealed-at-3-10-atm-the-stored-gasoline-has-a-density-of-660-kgm-3-the-velocity-with-w https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMzE-an-l-shaped-tube-with-a-small-orifice-is-held-in-a-water-stream-as-shown-in-fig-the-upper-end-of-the-tube-is-10-6-cm-above-the-surface-of-water-what-will-be-the-height-of-the-jet-of-water-coming-from https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMzI-fig-represents-vertical-sections-of-four-wings-moving-horizontally-in-air-in-which-case-the-force-is-upwards-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMzM-a-tank-is-filled-with-water-up-to-a-height-h-water-is-allowed-to-come-out-of-a-hole-p-in-one-of-the-walls-at-a-depth-d-below-the-surface-of-water-express-the-horizontal-distance-x-in-terms-of-h-and-d https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMzQ-a-rectangular-vessel-when-full-of-water-takes-10-minutes-to-be-emptied-through-an-orifice-in-its-bottom-how-much-time-will-it-take-to-be-emptied-when-half-filled-with-water-1-9-minute-2-7-minute-3-5-m https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMzU-a-streamlined-body-falls-through-air-from-a-height-h-on-the-surface-of-a-liquid-if-d-and-d-d-d-represents-the-densities-of-the-material-of-the-body-and-liquid-respectively-then-the-time-after-which-th https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMzY-a-large-tank-of-cross-section-area-a-is-filled-with-water-to-a-height-h-a-small-hole-of-area-a-is-made-at-the-base-of-the-tank-it-takes-time-t1-to-decrease-the-height-of-water-to-h-eta-eta-1-and-it-ta https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMzc-as-the-temperature-of-water-increases-its-viscosity-1-remains-unchanged-2-decreases-3-increases-4-increases-or-decreases-depending-on-the-external-pressure-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMzg-a-small-drop-of-water-falls-from-rest-through-a-large-height-h-in-air-the-final-velocity-is-1-prop-h-2-prop-h-3-prop-1-h-4-almost-independent-of-h-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzMzk-the-rate-of-flow-of-liquid-in-a-tube-of-radius-r-length-l-whose-ends-are-maintained-at-a-pressure-difference-p-is-v-pi-qpr4-eta-l-where-eta-is-coefficient-of-the-viscosity-and-q-is-1-8-2-18-3-16-4-116 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNDA-water-flows-in-a-streamlined-manner-through-a-capillary-tube-of-radius-a-the-pressure-difference-being-p-and-the-rate-of-flow-q-if-the-radius-is-reduced-to-a-2-and-the-pressure-increased-to-2p-the-rat https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNDE-water-is-flowing-in-a-pipe-of-diameter-4-cm-with-a-velocity-3-m-s-the-water-then-enters-into-a-tube-of-diameter-2-cm-the-velocity-of-water-in-the-other-pipe-is-1-3-m-s-2-6-m-s-3-12-m-s-4-8-m-s-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNDM-what-is-the-velocity-v-of-a-metallic-ball-of-radius-r-falling-in-a-tank-of-liquid-at-the-instant-when-its-acceleration-is-one-half-that-of-a-freely-falling-body-the-densities-of-metal-and-of-liquid-ar https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNDU-an-incompressible-fluid-flows-steadily-through-a-cylindrical-pipe-which-has-a-radius-2r-at-the-point-a-and-a-radius-r-at-the-point-b-further-along-the-flow-direction-if-the-velocity-at-the-point-a-is https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNDY-a-homogeneous-solid-cylinder-of-length-l-l-h-2-cross-sectional-area-a-5-is-immersed-such-that-it-floats-with-its-axis-vertical-at-the-liquid-liquid-interface-with-length-l-4-in-the-denser-liquid-as-sh https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNDc-a-wooden-block-with-a-coin-placed-on-its-top-floats-in-water-as-shown-in-fig-the-distance-l-and-h-are-shown-there-after-some-time-the-coin-falls-into-the-water-then-1-l-decreases-and-h-increases-2-l-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNDg-a-block-of-ice-floats-on-a-liquid-of-density-1-2-g-cm3-in-a-beaker-then-level-of-liquid-when-ice-completely-melts-1-remains-same-2-rises-3-lowers-4-a-b-or-c-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNDk-a-vessel-of-area-of-cross-section-a-has-liquid-to-a-height-h-there-is-a-hole-at-the-bottom-of-vessel-having-area-of-cross-section-a-the-time-taken-to-decrease-the-level-from-h1-to-h2-will-be-1-aa2gh1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNTA-a-lead-shot-of-1mm-diameter-falls-through-a-long-column-of-glycerine-the-variation-of-its-velocity-v-with-distance-covered-is-represented-by-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNTE-water-flows-through-a-frictionless-duct-with-a-cross-section-varying-as-shown-in-fig-pressure-p-at-points-along-the-axis-is-represented-by-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNTI-from-amongst-the-following-curves-which-one-shows-the-variation-of-the-velocity-v-with-time-t-for-a-small-sized-spherical-body-falling-vertically-in-a-long-column-of-a-viscous-liquid-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNTM-a-liquid-does-not-wet-the-sides-of-a-solid-if-the-angle-of-contact-is-1-zero-2-obtuse-more-than-90-deg-3-acute-less-than-90-deg-4-90-deg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNTQ-the-meniscus-of-mercury-in-the-capillary-tube-is-1-convex-2-concave-3-plane-4-uncertain-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNTU-at-which-of-the-following-temperatures-the-value-of-surface-tension-of-water-is-minimum-1-4-deg-c-2-25-deg-c-3-50-deg-c-4-75-deg-c-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNTY-if-a-glass-rod-is-dipped-in-mercury-and-withdrawn-out-the-mercury-does-not-wet-the-rod-because-1-angle-of-contact-is-acute-2-cohesion-force-is-more-3-adhesion-force-is-more-4-the-density-of-mercury-is https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNTc-mercury-does-not-wet-glass-wood-or-iron-because-1-cohesive-force-is-less-than-the-adhesive-force-2-cohesive-force-is-greater-than-the-adhesive-force-3-the-angle-of-contact-is-less-than-90o-4-cohesive https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNTg-surface-tension-of-a-liquid-is-found-to-be-influenced-by-1-it-increases-with-the-increase-of-temperature-2-nature-of-the-liquid-in-contact-3-presence-of-soap-that-increases-it-4-its-variation-with-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNTk-when-a-drop-of-water-is-dropped-on-oil-surface-then-1-it-will-mix-up-with-oil-2-it-spreads-in-the-form-of-a-film-3-it-will-deform-4-it-remains-spherical-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNjA-small-liquid-drops-assume-spherical-shape-because-1-atmospheric-pressure-exerts-a-force-on-a-liquid-drop-2-volume-of-a-spherical-drop-is-minimum-3-gravitational-force-acts-upon-the-drop-4-liquid-tends https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNjE-it-is-easy-to-wash-clothes-in-hot-water-because-its-1-surface-tension-is-more-2-surface-tension-is-less-3-consumes-less-soap-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNjI-the-force-required-to-separate-two-glass-plates-of-area-10-2m2-with-a-film-of-water-0-05-mm-thick-between-them-is-surface-tension-of-water-is-70-times-10-3n-m-1-28-n-2-14-n-3-50-n-4-38-n-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNjM-oil-spreads-over-the-surface-of-water-whereas-water-does-not-spread-over-the-surface-of-the-oil-due-to-1-surface-tension-of-water-is-very-high-2-surface-tension-of-water-is-very-low-3-viscosity-of-oil https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNjQ-cohesive-force-is-experienced-between-1-magnetic-substances-2-molecules-of-different-substances-3-molecules-of-same-substances-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNjU-the-property-utilized-in-the-manufacture-of-lead-shots-is-1-specific-weight-of-liquid-lead-2-specific-gravity-of-liquid-lead-3-compressibility-of-liquid-lead-4-surface-tension-of-liquid-lead-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNjY-the-dimensions-of-surface-tension-are-1-mlt-1-2-ml2t-2-3-ml0t-2-4-ml1t-2this-quantity-s-is-the-magnitude-of-surface-tension-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNjc-a-wooden-stick-2-m-long-is-floating-on-the-surface-of-the-water-the-surface-tension-of-water-is-0-07-n-m-by-putting-soap-solution-on-one-side-of-the-stick-the-surface-tension-is-reduced-to-0-06-n-m-th https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNjk-surface-tension-may-be-defined-as-1-the-work-done-per-unit-area-in-increasing-the-surface-area-of-a-liquid-under-isothermal-condition-2-the-work-done-per-unit-area-in-increasing-the-surface-area-of-a https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNzA-the-energy-needed-to-break-a-drop-of-radius-r-into-n-drops-of-radii-r-is-given-by-1-4-t-nr-2-r-2-2-frac-4-3-pi-left-r-3-n-r-2-right-3-4-t-left-r-2-nr-2-right-4-4-t-left-nr-2-r-2-right-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNzE-the-potential-energy-of-a-molecule-on-the-surface-of-liquid-compared-to-one-inside-the-liquid-is-1-zero-2-smaller-3-the-same-4-greater-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNzI-two-droplets-merge-with-each-other-and-forms-a-large-droplet-in-this-process-1-energy-is-liberated-2-energy-is-absorbed-3-neither-liberated-nor-absorbed-4-some-mass-is-converted-into-energy-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNzQ-work-done-in-splitting-a-drop-of-water-of-1-mm-radius-into-106-droplets-is-surface-tension-of-water-72-times-10-3j-m2-1-9-58-times-10-5j-2-8-95-times-10-5j-3-5-89-times-10-5j-4-5-98-times-10-5j-1-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNzU-the-amount-of-work-done-in-blowing-a-soap-bubble-such-that-its-diameter-increases-from-d-to-d-is-t-surface-tension-of-the-solution-1-4-pi-d2-d2-t-2-8-pi-d2-d2-t-3-pi-d2-d2-t-4-2-pi-d2-d2-t-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNzc-a-spherical-drop-of-oil-of-radius-1-cm-is-broken-into-1000-droplets-of-equal-radii-if-the-surface-tension-of-oil-is-50-dynes-cm-the-work-done-is-1-18-pi-ergs-2-180-pi-ergs-3-1800-pi-ergs-4-8000-pi-erg https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzODQ-if-the-surface-tension-of-a-liquid-is-t-the-gain-in-surface-energy-for-an-increase-in-liquid-surface-by-a-is-1-at-1-2-at-3-a2t-4-a2t2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzODY-the-surface-tension-of-a-liquid-at-its-boiling-point-1-becomes-zero-2-becomes-infinity-3-is-equal-to-the-value-at-room-temperature-4-is-half-to-the-value-at-the-room-temperature-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzODg-the-surface-tension-of-liquid-is-0-5-n-m-if-a-film-is-held-on-a-ring-of-area-0-02-m2-its-surface-energy-is-1-5-times-10-2joule-2-2-times-10-2joule-3-4-times-10-4joule-4-0-8-times-10-1joule-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzOTI-a-liquid-drop-of-diameter-d-breaks-upto-into-27-small-drops-of-equal-size-if-the-surface-tension-of-the-liquid-is-963-then-change-in-surface-energy-is-a-960-d2-963-b-2-960-d2-963-c-3-960-d2-963-d-4-96 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzOTM-one-thousand-small-water-drops-of-equal-radii-combine-to-form-a-big-drop-the-ratio-of-final-surface-energy-to-the-total-initial-surface-energy-is-1-1000-1-2-1-1000-3-10-1-4-1-10-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzOTY-a-big-drop-of-radius-r-is-formed-by-1000-small-droplets-of-water-then-the-radius-of-small-drop-is-1-r-2-2-r-5-3-r-6-4-r-10-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzOTg-8000-identical-water-drops-are-combined-to-form-a-big-drop-then-the-ratio-of-the-final-surface-energy-to-the-initial-surface-energy-of-all-the-drops-together-is-1-1-10-2-1-15-3-1-20-4-1-25-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ0OTI-when-two-small-bubbles-join-to-form-a-bigger-one-energy-is-1-released-2-absorbed-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ0OTM-a-water-film-is-formed-between-the-two-straight-parallel-wires-each-of-length-10-text-cm-kept-at-a-separation-of-0-5-text-cm-now-the-separation-between-them-is-increased-by-1-text-mm-without-breaking https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ0OTQ-a-drop-of-mercury-of-radius-2-mm-is-split-into-8-identical-droplets-find-the-increase-in-surface-energy-surface-tension-of-mercury-is-0-465j-m2-1-23-4-mu-j-2-18-5-mu-j-3-26-8-mu-j-4-16-8-mu-j-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MDA-if-two-soap-bubbles-of-equal-radii-r-coalesce-then-the-radius-of-curvature-of-interface-between-two-bubbles-will-be-1-r-2-0-3-infinity-4-1-2r-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MDI-the-angle-of-contact-between-glass-and-mercury-is-1-0-deg-2-30-deg-3-90-deg-4-135-deg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MDM-a-mercury-drop-does-not-spread-on-a-glass-plate-because-the-angle-of-contact-between-glass-and-mercury-is-1-acute-2-obtuse-3-zero-4-90-deg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MDQ-the-liquid-meniscus-in-the-capillary-tube-will-be-convex-if-the-angle-of-contact-is-1-greater-than-90-deg-2-less-than-90-deg-3-equal-to-90-deg-4-equal-to-0-deg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MDU-the-value-of-contact-angle-for-kerosene-with-a-solid-surface-1-0-deg-2-90-deg-3-45-deg-4-33-deg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MDY-nature-of-meniscus-for-liquid-of-00-angle-of-contact-1-plane-2-parabolic-3-semi-spherical-4-cylindrical-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MDc-a-liquid-wets-a-solid-completely-the-meniscus-of-the-liquid-in-a-sufficiently-long-tube-is-1-flat-2-concave-3-convex-4-cylindrical-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MDg-for-which-of-the-two-pairs-the-angle-of-contact-is-same-1-water-and-glass-glass-and-mercury-2-pure-water-and-glass-glass-and-alcohol-3-silver-and-water-mercury-and-glass-4-silver-and-chromium-water-an https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MDk-if-the-surface-of-a-liquid-is-plane-then-the-angle-of-contact-of-the-liquid-with-the-walls-of-the-container-is-1-acute-angle-2-obtuse-angle-3-90-deg-4-0-deg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MTA-if-two-soap-bubbles-of-different-radii-are-in-communication-with-each-other-1-air-flows-from-larger-bubble-into-the-smaller-one-2-the-size-of-the-bubbles-remains-the-same-3-air-flows-from-the-smaller https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MTE-the-surface-tension-of-the-soap-solution-is-25-times-10-3nm-1-the-excess-pressure-inside-a-soap-bubble-of-diameter-1-cm-is-1-10-pa-2-20-pa-3-5-pa-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MTI-when-two-soap-bubbles-of-radius-r1-and-r2-r2-r1-coalesce-the-radius-of-curvature-of-the-common-surface-is-1-r2-r1-2-r2-r1r2r1-3-r2r1r2-r1-4-r2-r1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MTQ-a-long-cylindrical-glass-vessel-has-a-small-hole-of-radius-r-at-its-bottom-the-depth-to-which-the-vessel-can-be-lowered-vertically-in-the-deep-water-bath-surface-tension-t-without-any-water-entering-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MTU-the-excess-of-pressure-inside-a-soap-bubble-than-that-of-the-outer-pressure-is-1-2tr-2-4tr-3-t2r-4-tr-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MTY-the-pressure-of-air-in-a-soap-bubble-of-0-7cm-diameter-is-8-mm-of-water-above-the-pressure-outside-the-surface-tension-of-the-soap-solution-is-1-100-dyne-cm-2-68-66-dyne-cm-3-137-dyne-cm-4-150-dyne-cm https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MTc-the-pressure-inside-two-soap-bubbles-are-1-01-and-1-02-atmospheres-the-ratio-between-their-volumes-is-1-102-101-2-102-3-101-3-3-8-1-4-2-1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MTg-the-radii-of-two-soap-bubbles-are-r1-and-r2-in-isothermal-conditions-two-meet-together-in-a-vacuum-then-the-radius-of-the-resultant-bubble-is-given-by-1-r-r1-r2-2-2-r-r1-r1r2-r2-3-r2-r12-r22-4-r-r1-r2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MTk-when-a-large-bubble-rises-from-the-bottom-of-a-lake-to-the-surface-its-radius-doubles-if-atmospheric-pressure-is-equal-to-that-of-a-column-of-water-height-h-then-the-depth-of-the-lake-is-1-h-2-2h-3-7h https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MjA-the-excess-pressure-of-one-soap-bubble-is-four-times-more-than-the-other-then-the-ratio-of-the-volume-of-the-first-bubble-to-another-one-is-1-1-64-2-1-4-3-64-1-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MjE-there-are-two-liquid-drops-of-different-radii-the-excess-pressure-inside-over-the-outside-is-1-more-in-the-big-drop-2-more-in-the-small-drop-3-equal-in-both-drops-4-there-is-no-excess-pressure-inside https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MjI-if-pressure-at-half-the-depth-of-a-lake-is-equal-to-2-3-pressure-at-the-bottom-of-the-lake-then-what-is-the-depth-of-the-lake-1-10m-2-20m-3-60m-4-30m-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MjU-in-capillary-tube-pressure-below-the-curved-surface-of-water-will-be-1-equal-to-atmospheric-2-equal-to-upper-side-pressure-3-more-than-upper-side-pressure-4-lesser-than-upper-side-pressure-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1Mjg-two-soap-bubbles-have-different-radii-but-their-surface-tension-is-the-same-mark-the-correct-statement-1-internal-pressure-of-the-smaller-bubble-is-higher-than-the-internal-pressure-of-the-larger-bubb https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MzA-due-to-capillary-action-a-liquid-will-rise-in-a-tube-if-the-angle-of-contact-is-1-acute-2-obtuse-3-90-deg-4-zero-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MzE-two-parallel-glass-plates-are-dipped-partly-in-the-liquid-of-density-d-keeping-them-vertical-if-the-distance-between-the-plates-is-x-surface-tension-for-liquids-is-t-and-the-angle-of-contact-is-theta https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MzI-water-rises-in-a-capillary-tube-to-a-certain-height-such-that-the-upward-force-due-to-surface-tension-is-balanced-by-75-times-10-4-n-force-due-to-the-weight-of-the-liquid-if-the-surface-tension-of-wat https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MzM-two-capillary-tubes-p-and-q-are-dipped-in-water-the-height-of-water-level-in-capillary-p-is-2-3-to-the-height-in-q-capillary-the-ratio-of-their-diameters-is-1-2-3-2-3-2-3-3-4-4-4-3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1MzQ-a-vessel-whose-bottom-has-round-holes-with-a-diameter-of-0-1mm-is-filled-with-water-the-maximum-height-to-which-the-water-can-be-filled-without-leakage-is-s-t-of-water-75-dyne-cm-g-1000-cm-s2-1-100-cm https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1Mzc-by-inserting-a-capillary-tube-up-to-a-depth-l-in-water-the-water-rises-to-a-height-of-h-h-l-if-the-lower-end-of-the-capillary-is-closed-inside-the-water-and-the-capillary-is-taken-out-and-closed-end-o https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1Mzk-a-capillary-tube-when-immersed-vertically-in-liquid-records-a-rise-of-3-cm-if-the-tube-is-immersed-in-the-liquid-at-an-angle-of-60-deg-with-the-vertical-the-length-of-the-liquid-column-along-the-tube https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NDA-the-action-of-a-nib-split-at-the-top-is-explained-by-1-gravity-flow-2-diffusion-of-fluid-3-capillary-action-4-osmosis-of-liquid-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NDE-the-correct-relation-is-1-r-2tcos-theta-hdg-2-r-hdg2tcos-theta-3-r-2tdghcos-theta-4-r-tcos-theta-2hdg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NDI-during-the-capillary-rise-of-a-liquid-in-a-capillary-tube-the-surface-of-contact-that-remains-constant-is-of-1-glass-and-liquid-2-air-and-glass-3-air-and-liquid-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NDM-a-shell-having-a-hole-of-radius-r-is-dipped-in-water-it-holds-the-water-up-to-a-depth-of-h-then-the-value-of-r-is-1-r-2thdg-2-r-thdg-3-r-tghd-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NDQ-in-a-capillary-tube-the-water-rises-by-1-2-mm-the-height-of-water-that-will-rise-in-another-capillary-tube-having-half-the-radius-of-the-first-is-1-1-2-mm-2-2-4-mm-3-0-6-mm-4-0-4-mm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NDU-if-the-capillary-experiment-is-performed-in-a-vacuum-then-for-a-liquid-there-capillary-rise-1-it-will-rise-2-will-remain-the-same-3-it-will-fall-4-rise-to-the-top-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NDY-if-liquid-level-falls-in-a-capillary-then-radius-of-capillary-will-1-increase-2-decrease-3-unchanged-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NDc-water-rises-to-a-height-mathrm-h-in-a-capillary-at-the-surface-of-earth-on-the-surface-of-the-moon-the-height-of-water-column-in-the-same-capillary-will-be-1-mathrm-6h-2-16h-3-mathrm-h-4-mathrm-zero-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NDg-two-capillary-tubes-of-the-same-diameter-are-put-vertically-one-each-in-two-liquids-whose-relative-densities-are-0-8-and-0-6-and-surface-tensions-are-60-and-50-dyne-cm-respectively-ratio-of-heights-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NTE-in-a-capillary-tube-experiment-a-vertical-30-text-cm-long-capillary-tube-is-dipped-in-water-the-water-rises-up-to-a-height-of-10-text-cm-due-to-capillary-action-if-this-experiment-is-conducted-in-a-fr https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NTI-kerosene-oil-rises-up-the-wick-in-a-lantern-1-due-to-surface-tension-of-the-oil-2-the-wick-attracts-the-kerosene-oil-3-of-the-diffusion-of-the-oil-through-the-wick-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NTM-water-rises-against-gravity-in-a-capillary-tube-when-its-one-end-is-dipped-into-water-because-1-pressure-below-the-meniscus-is-less-than-atmospheric-pressure-2-pressure-below-the-meniscus-is-more-than https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NTU-there-is-a-horizontal-film-of-soap-solution-on-it-a-thread-is-placed-in-the-form-of-a-loop-the-film-is-pierced-inside-the-loop-and-the-thread-becomes-a-circular-loop-of-radius-r-if-the-surface-tension https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NTY-a-large-number-of-water-drops-each-of-radius-r-combines-to-have-a-drop-of-radius-r-if-the-surface-tension-is-t-and-the-mechanical-equivalent-of-heat-is-j-then-the-rise-in-temperature-will-be-1-2trj-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NTg-in-a-surface-tension-experiment-with-a-capillary-tube-water-rises-upto-0-1-m-if-the-same-experiment-is-repeated-on-an-artificial-satellite-which-is-revolving-around-the-earth-water-will-rise-in-the-ca https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NTk-the-correct-curve-between-the-height-of-depression-h-of-liquid-in-a-capillary-tube-and-its-radius-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NjA-a-soap-bubble-is-blown-with-the-help-of-a-mechanical-pump-at-the-mouth-of-a-tube-the-pump-produces-a-certain-increase-per-minute-in-the-volume-of-the-bubble-irrespective-of-its-internal-pressure-the-g https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1NjE-which-graph-represents-the-variation-of-surface-tension-with-temperature-over-small-temperature-ranges-for-water-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ5ODQ-two-equal-drops-of-water-each-of-radius-r-are-falling-through-air-with-a-steady-velocity-of-8-cm-s-the-two-drops-combine-to-form-a-big-drop-the-terminal-velocity-of-big-drop-will-be-1-8-2-23cm-s-2-16 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ5OTA-a-ball-of-mass-m-and-radius-r-is-released-in-a-viscous-liquid-the-value-of-its-terminal-velocity-varies-linearly-with-1-1-r-only-2-m-r-3-m-r-1-2-4-m-only-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NzIyNDI-a-cylindrical-vessel-filled-with-water-is-released-on-an-inclined-surface-of-an-angle-952-as-shown-in-the-figure-the-friction-coefficient-of-the-surface-with-the-vessel-is-956-60-tan-952-then-the-cons https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NzIyNDY-if-the-reynolds-number-of-water-flowing-in-a-pipe-in-cgs-units-is-1000-then-the-reynolds-number-of-water-in-si-units-will-be-1-102-2-104-3-106-4-103-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NzIyNTU-a-raindrop-of-radius-r-has-a-terminal-velocity-v-m-s-in-air-the-viscosity-of-air-is-951-poise-the-viscous-force-on-it-is-f-if-the-radius-of-the-drop-be-2r-and-the-drop-falls-with-terminal-velocity-in https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NzUxNTM-assertion-a-block-of-wood-floats-in-a-bucket-of-water-in-a-lift-the-block-sink-more-if-the-lift-starts-accelerating-up-reason-when-lift-is-accelerating-upward-then-weight-is-more-than-force-of-buoyanc https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246ODg4Nzc-a-small-sphere-of-radius-r-falls-from-rest-in-a-viscous-liquid-as-a-result-heat-is-produced-due-to-the-viscous-force-the-rate-of-production-of-heat-when-the-sphere-attains-its-terminal-velocity-is-pro https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246ODg5MjI-a-rectangular-film-of-liquid-is-extended-from-4-text-cm-times-2-text-cm-to-5-text-cm-times-4-text-cm-if-the-work-done-is-3-times-10-4-text-j-then-the-value-of-the-surface-tension-of-the-liquid-is-1-0 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTA4MzE-the-approximate-depth-of-an-ocean-is-2700-text-m-the-compressibility-of-water-is-45-4-times10-11-text-pa-1-and-the-density-of-water-is-10-3-text-kg-m-3-what-fractional-compression-of-water-will-be-obt https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTEzOTg-the-wettability-of-a-surface-by-a-liquid-depends-primarily-on-1-surface-tension-2-density-3-angle-of-contact-between-the-surface-and-the-liquid-4-viscosity-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTIyNzE-a-small-sphere-of-radius-r-falls-from-rest-in-a-viscous-liquid-as-a-result-heat-is-produced-due-to-the-viscous-force-the-rate-of-production-of-heat-when-the-sphere-attains-its-terminal-velocity-is-pro https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTU1NDc-a-small-hole-of-an-area-of-cross-section-2-text-mm-2-is-present-near-the-bottom-of-a-fully-filled-open-tank-of-height-2-text-m-taking-g-10-text-m-s-2-the-rate-of-flow-of-water-through-the-open-hole-wo https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTU1Njg-a-soap-bubble-having-a-radius-of-1-text-mm-is-blown-from-a-detergent-solution-having-a-surface-tension-of-2-5-times-10-2-text-n-m-the-pressure-inside-the-bubble-equals-at-a-point-z-0-below-the-free-su https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTc3ODE-the-density-of-ice-is-x-gm-cc-and-that-of-water-is-y-gm-cc-what-is-the-change-in-volume-in-cc-when-m-gm-of-ice-melts-1-m-y-x-2-y-x-m-3-mxy-x-y-4-m-1-y-1-x-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTAyODkx-a-body-weighs-160-g-in-air-130-g-in-water-and-136-g-in-oil-the-specific-gravity-of-oil-is-1-0-2-2-0-6-3-0-7-4-0-8-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTE0MjE3-three-liquids-of-densities-d-2d-and-3d-are-mixed-in-equal-proportions-of-weights-the-relative-density-of-the-mixture-is-1-11d-over-7-2-18d-over-11-3-13d-over-9-4-23d-over-18-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTE0MzM2-by-sucking-through-a-straw-a-student-can-reduce-the-pressure-in-his-lungs-to-750-mm-of-hg-density-13-6gm-cm3-using-the-straw-he-can-drink-water-from-a-glass-up-to-a-maximum-depth-of-1-10-cm-2-75-cm-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTE0MzM4-if-the-terminal-speed-of-a-sphere-of-gold-density-19-5kg-m3-is-0-2-m-s-in-a-viscous-liquid-density-1-5kg-m3-find-the-terminal-speed-of-a-sphere-of-silver-density-10-5kg-m3-of-the-same-size-in-the-same https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTE0MzQ1-a-xa0-spherical-xa0-solid-xa0-ball-xa0-of-xa0-volume-xa0-v-xa0-is-xa0-made-xa0-of-xa0-a-xa0-material-xa0-of-xa0-density-xa0-x3c1-1-xa0-it-xa0-is-xa0-falling-xa0-through-xa0-a-xa0-liquid-xa0-of-xa0-den https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTE0MzUw-1m3-water-is-brought-inside-the-lake-up-to-200-metres-depth-from-the-surface-of-the-lake-what-will-be-changed-in-the-volume-when-the-bulk-modulus-of-elastically-of-water-is-22000-atmosphere-densityofw https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTE3NTcz-two-horizontal-pipes-have-radii-in-ratio-1-2-and-lengths-in-ratio-1-2-same-viscous-fluid-flows-at-same-pressure-difference-in-both-the-pipes-the-flow-rates-are-in-the-ratio-1-1-2-2-1-4-3-1-8-4-1-16-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTE3NjAz-an-ice-block-of-volume-32-960-3cm3is-placed-in-gravity-free-space-when-ice-completely-melts-then-its-surface-area-neglect-difference-in-density-of-ice-and-water-1-4-960-cm2-2-8-960-cm2-3-16-960-cm2-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTMxNjY4-two-small-spherical-metal-balls-having-equal-masses-are-made-from-materials-of-densities-rho-1-and-rho-2-such-that-rho-1-8-rho-2-and-having-radii-of-1-mm-and-2-mm-respectively-they-are-made-to-fall-ve https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTMxNjgw-in-a-u-tube-as-shown-in-the-figure-the-water-and-oil-are-in-the-left-side-and-right-side-of-the-tube-respectively-the-height-of-the-water-and-oil-columns-are-15-text-cm-and-20-text-cm-respectively-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTc0-an-incompressible-liquid-travels-as-shown-in-the-figure-the-speed-of-the-fluid-in-the-lower-branch-will-1-1-m-s-2-1-5-m-s-3-2-25-m-s-4-3-m-s-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njgy-the-surface-tension-of-a-soap-solution-is-2-times-10-2-n-m-if-a-soap-bubble-with-a-radius-of-4-cm-is-blown-the-amount-of-work-done-is-1-4-pi-times-10-6-text-j-2-2-56-pi-times-10-4-text-j-3-16-pi-times https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njg1-a-small-tiny-water-droplet-is-falling-towards-earth-at-a-uniform-speed-of-1-cm-s-when-27-such-identical-droplets-combine-together-to-form-a-bigger-drop-then-with-what-uniform-velocity-will-this-bigger https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njkw-the-velocity-of-water-in-a-river-is-1-same-everywhere-2-more-in-the-middle-and-less-near-its-banks-3-less-in-the-middle-and-more-at-banks-4-increases-from-one-bank-to-other-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njky-a-steel-ball-is-dropped-on-the-water-surface-from-zero-height-the-variation-of-the-viscous-force-with-time-on-the-ball-can-be-represented-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njk1-a-body-with-an-air-cavity-loses-one-third-of-weight-when-immersed-in-water-if-the-relative-density-of-the-material-of-the-body-is-6-then-the-ratio-of-the-volume-of-the-cavity-to-the-volume-of-the-body https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njk4-which-of-the-following-graphs-correctly-shows-the-variation-in-kinetic-energy-ke-of-a-metal-sphere-falling-freely-in-a-lake-assume-sufficient-depth-of-the-lake-to-impart-terminal-velocity-to-the-spher https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzAw-if-an-incompressible-liquid-is-flowing-through-a-horizontal-pipe-having-branches-of-area-a-0-4-a-and-0-5-a-as-shown-in-the-figure-then-the-value-of-v-is-1-3-2-text-m-s-2-6-4-text-m-s-3-1-6-text-m-s-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzM0-the-continuity-equation-for-fluid-flow-is-based-on-the-principle-of-the-1-conservation-of-mass-2-conservation-of-energy-3-conservation-of-momentum-4-conservation-of-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzM2-blood-flows-in-an-artery-of-radius-r-in-a-laminar-manner-under-pressure-p-with-a-flow-rate-q-if-the-radius-gets-halved-and-the-pressure-quadruples-the-new-rate-of-flow-will-be-1-4q-2-q4-3-q-4-q8-1-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzQx-a-sphere-of-mass-m-and-radius-r-is-falling-in-a-viscous-liquid-the-terminal-velocity-attained-by-the-sphere-will-be-proportional-to-1-xa0-r2-2-r-3-1r-4-xa0-1r2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzQz-two-water-droplets-merge-with-each-other-to-form-a-larger-droplet-isothermally-in-this-process-1-energy-is-absorbed-2-energy-is-liberated-3-energy-is-neither-liberated-nor-absorbed-4-some-mass-is-conv https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzU1-from-the-given-diagram-what-is-the-velocity-v-3-1-4-text-m-s-2-3-text-m-s-3-1-text-m-s-4-2-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzY1-the-value-of-reynold-s-number-for-which-the-flow-of-water-through-a-pipe-becomes-turbulent-is-1-500-2-900-3-750-4-3000-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzY2-the-diameter-of-a-syringe-is-4-text-mm-and-the-diameter-of-its-nozzle-opening-is-1-text-mm-the-syringe-is-placed-on-the-table-horizontally-at-a-height-of-1-25-text-m-if-the-piston-is-moved-at-a-speed https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2ODE4-a-lead-sphere-of-mass-m-falls-in-a-viscous-liquid-with-terminal-velocity-v-another-lead-sphere-of-mass-m-falls-through-the-liquid-with-terminal-velocity-4v-the-ratio-frac-m-m-is-1-2-2-4-3-8-4-16-1-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2ODM1-in-the-given-figure-the-velocity-v3-of-inc-xa0-fluid-flowing-through-the-tube-will-be-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-xa0-1-3-m-s-2-4-5-m-s-3-3-5-m-s-4-5-m-s-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2ODM4-for-amongst-the-following-curves-which-one-shows-the-variation-of-velocity-with-time-for-a-small-sized-spherical-body-falling-vertically-in-a-long-column-of-viscous-liquids-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2ODQ5-a-sphere-of-mass-m-is-dropped-from-a-tall-tower-when-it-falls-by-10-m-it-attains-terminal-velocity-and-continues-to-fall-at-that-speed-the-work-done-by-air-friction-against-the-sphere-during-the-first https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY3NjA5-water-is-flowing-from-a-source-as-shown-in-the-figure-let-a-be-the-cross-sectional-area-of-the-liquid-flow-at-the-time-when-velocity-is-5-m-s-the-cross-sectional-area-of-the-liquid-flow-when-the-water https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTcxMjMw-water-flows-through-a-horizontal-tube-of-variable-cross-section-the-area-of-the-cross-section-at-a-and-b-are-4-mm2-and-2-mm2-respectively-if-1-cc-of-water-enters-per-second-through-a-then-the-speed-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTcyNjc1-two-equal-drops-of-water-are-falling-through-air-with-a-steady-velocity-v-if-the-drops-coalesce-the-new-steady-velocity-will-be-1-2v-2-2v-3-223v-4-v2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTg1NDM2-a-capillary-tube-of-radius-r-is-immersed-in-water-and-water-rises-in-it-to-a-height-h-the-mass-of-the-water-in-the-capillary-is-5-g-another-capillary-tube-of-radius-2r-is-immersed-in-water-the-mass-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTkxODUx-in-a-horizontal-pipe-of-a-non-uniform-cross-section-water-flows-with-a-velocity-of-1-text-ms-1-at-a-point-where-the-diameter-of-the-pipe-is-20-text-cm-the-velocity-of-water-text-ms-1-at-a-point-where https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk1MTA5-a-liquid-does-not-wet-the-solid-surface-if-the-angle-of-contact-is-1-equal-to-45-deg-2-equal-to-60-deg-3-greater-than-90-deg-4-zero-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk1MTIx-a-barometer-is-constructed-using-a-liquid-density-760-kg-m3-what-would-be-the-height-of-the-liquid-column-when-a-mercury-barometer-reads-76-cm-density-of-mercury-13600-kg-m3-1-1-36-m-2-13-6-m-3-136-m https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk3MzQy-bernoulli-s-theorem-is-applicable-in-the-case-of-1-the-compressible-liquid-in-a-streamlined-flow-2-the-compressible-liquid-in-a-turbulent-flow-3-the-incompressible-liquid-in-a-streamlined-flow-4-the-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk3MzQ1-in-a-test-experiment-on-a-model-aeroplane-in-a-wind-tunnel-the-flow-speeds-on-the-upper-and-lower-surfaces-of-the-wing-are-70-text-ms-1-and-63-text-ms-1-respectively-what-is-the-lift-on-the-wing-if-it https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk3MzUy-the-cylindrical-tube-of-a-spray-pump-has-a-cross-section-of-8-0-cm2-one-end-of-which-has-40-fine-holes-each-of-diameter-1-0-mm-if-the-liquid-flow-inside-the-tube-is-1-5-m-min-ndash-1-the-speed-of-ejec https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk3MzU3-a-mathrm-u-text-shaped-wire-is-dipped-in-a-soap-solution-and-removed-the-thin-soap-film-formed-between-the-wire-and-the-light-slider-supports-a-weight-of-1-5-times10-2-text-n-which-includes-the-small https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk3Mzc3-what-is-the-pressure-inside-the-drop-of-mercury-of-radius-3-00-mm-at-room-temperature-the-surface-tension-of-mercury-at-that-temperature-200c-is-4-65-times-10-ndash-1-n-m-ndash-1-the-atmospheric-press https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5MzM3-the-blades-of-a-windmill-sweep-out-a-circle-of-area-a-if-the-wind-flows-at-a-velocity-v-perpendicular-to-the-circle-what-is-the-mass-of-the-air-passing-through-it-in-time-t-1-rho-avt-2-12-rho-avt-3-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5Njk1-which-one-of-the-following-is-true-from-the-given-statements-1-surface-tension-of-liquids-generally-increases-with-temperatures-2-viscosity-of-gases-decreases-with-temperature-3-for-solids-with-an-ela https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5Njk2-a-50-text-kg-girl-wearing-high-heeled-shoes-balances-on-a-single-heel-the-heel-is-circular-with-a-diameter-of-1-0-text-cm-what-is-the-pressure-exerted-by-the-heel-on-the-horizontal-floor-1-6-24-times https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5Njk3-toricelli-rsquo-s-barometer-used-mercury-pascal-duplicated-it-using-french-wine-of-density-984-text-kg-m-3-the-height-of-the-wine-column-for-normal-atmospheric-pressure-is-1-11-5-text-m-2-10-5-text-m https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5Njk4-a-hydraulic-automobile-lift-is-designed-to-lift-cars-with-a-maximum-mass-of-3000-kg-the-area-of-the-cross-section-of-the-piston-carrying-the-load-is-425-cm2-what-maximum-pressure-would-the-smaller-pis https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5Njk5-a-mathrm-u-text-tube-contains-water-and-methylated-spirit-separated-by-mercury-the-mercury-columns-in-the-two-arms-are-in-level-with-10-0-text-cm-of-water-in-one-arm-and-12-5-text-cm-of-spirit-in-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5NzAw-glycerine-flows-steadily-through-a-horizontal-tube-of-a-length-of-1-5-m-and-a-radius-of-1-0-cm-if-the-amount-of-glycerine-collected-per-second-at-one-end-is-4-0-times-10-ndash-3-kg-s-ndash-1-what-is-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5NzAx-what-is-the-excess-pressure-inside-a-bubble-of-soap-solution-of-radius-5-00-text-mm-given-that-the-surface-tension-of-soap-solution-at-the-temperature-20-circ-text-c-is-2-5-times-10-2-text-n-m-1-10-te https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5NzAy-a-tank-with-a-square-base-of-an-area-of-1-0-m2-is-divided-by-a-vertical-partition-in-the-middle-the-bottom-of-the-partition-has-a-small-hinged-door-of-area-20-cm2-the-tank-is-filled-with-water-in-one https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5NzA0-during-a-blood-transfusion-the-needle-is-inserted-in-a-vein-where-the-gauge-pressure-is-2000-text-pa-at-what-height-must-the-blood-container-be-placed-so-that-blood-may-just-enter-the-vein-the-density https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5NzA2-what-is-the-largest-average-velocity-of-blood-flowing-in-an-artery-of-radius-2-times-10-3-m-if-the-flow-must-remain-laminar-take-the-viscosity-of-blood-to-be-2-084-times-10-3-pa-s-and-density-of-blood https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5NzA3-a-plane-is-in-level-flight-at-a-constant-speed-and-each-of-its-two-wings-has-an-area-of-25-m2-if-the-speed-of-the-air-is-180-km-h-over-the-lower-wing-and-234-km-h-over-the-upper-wing-surface-determine https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5NzA5-in-millikan-rsquo-s-oil-drop-experiment-what-is-the-terminal-speed-of-an-uncharged-drop-of-radius-2-times10-5-m-and-density-1-2-times10-3-kg-m-ndash-3-take-the-viscosity-of-air-at-the-temperature-of-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5NzEx-mercury-has-an-angle-of-contact-equal-to-140-circ-with-soda-lime-glass-a-narrow-tube-of-radius-1-00-text-mm-made-of-this-glass-is-dipped-in-a-trough-containing-mercury-by-what-amount-does-the-mercury https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5NzEz-two-narrow-bores-of-diameters-3-0-text-mm-and-6-0-text-mm-are-joined-together-to-form-a-u-tube-open-at-both-ends-if-the-u-tube-contains-water-what-is-the-difference-in-its-levels-in-the-two-limbs-of-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MDk2-the-term-fluid-is-used-for-1-liquids-only-2-gases-only-3-a-mixture-of-liquid-and-gas-only-4-both-liquids-and-gases-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MDk3-select-wrong-statement-about-pressure-1-pressure-is-a-scalar-quantity-2-pressure-is-always-compressive-in-nature-3-pressure-at-a-point-is-same-in-all-directions-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MDk4-gauge-pressure-1-may-be-positive-2-may-be-negative-3-may-be-zero-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTAw-the-pressure-of-confined-air-is-p-if-the-atmospheric-pressure-is-p-then-1-p-is-equal-to-p-2-p-is-less-than-p-3-p-is-greater-than-p-4-p-may-be-less-or-greater-than-p-depending-on-the-mass-of-the-confin https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTAx-figure-shows-a-container-filled-with-a-liquid-of-density-961-four-points-a-b-c-and-d-lie-on-the-diametrically-opposite-points-of-a-circle-as-shown-points-a-and-c-lie-on-vertical-line-and-points-b-and https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTAy-the-volume-of-an-air-bubble-is-doubled-as-it-rises-from-the-bottom-of-lake-to-its-surface-the-atmospheric-pressure-is-75-cm-of-mercury-the-ratio-of-density-of-mercury-to-that-of-lake-water-is-403-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTA0-a-beaker-containing-a-liquid-of-density-961-moves-up-with-an-acceleration-a-the-pressure-due-to-the-liquid-at-a-depth-h-below-free-surface-of-the-liquid-is-1-h-961-g-2-h-961-g-a-3-h-961-g-a-4-2h-961-g https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTA1-a-barometer-kept-in-an-elevator-reads-76-cm-when-it-is-at-rest-if-the-elevator-goes-up-with-some-acceleration-the-reading-will-be-1-76-cm-2-76-cm-3-76-cm-4-zero-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTA2-in-a-hydraulic-jack-as-shown-the-mass-of-the-car-w-800-text-kg-a-1-10-text-cm-2-a-2-10-text-m-2-the-minimum-force-f-required-to-lift-the-car-is-1-1-text-n-2-0-8-text-n-3-8-text-n-4-16-text-n-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTA3-a-barometer-tube-reads-75-cm-of-hg-if-tube-is-gradually-inclined-at-an-angle-of-30-176-with-horizontal-keeping-the-open-end-in-the-mercury-container-then-find-the-length-of-mercury-column-in-the-barom https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTA4-a-wooden-cube-just-floats-inside-water-with-a-200-gm-mass-placed-on-it-when-the-mass-is-removed-the-cube-floats-with-its-top-surface-2-cm-above-the-water-level-what-is-the-side-of-the-cube-1-6-cm-2-8 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTA5-a-block-of-steel-of-size-5-215-5-215-5cm3-is-weighed-in-water-if-relative-density-of-steel-is-7-its-apparent-weight-is-1-6-215-5-215-5-215-5gwt-2-4-215-4-215-4-215-7gwt-3-5-215-5-215-5-215-7gwt-4-4-21 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTEw-a-block-of-wood-floats-in-water-with-45th-of-its-volume-submerged-but-it-just-floats-in-another-liquid-the-density-of-liquid-is-in-kg-m3-1-750-2-800-3-1000-4-1250-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTEx-a-cubical-block-is-floating-in-a-liquid-with-one-fourth-of-its-volume-immersed-in-the-liquid-if-whole-of-the-system-accelerates-upward-with-acceleration-g-4-the-fraction-of-volume-immersed-in-the-liqu https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTEy-a-body-of-density-961-is-dropped-from-rest-from-a-height-h-into-a-lake-of-density-963-where-963-62-961-neglecting-all-dissipative-forces-the-maximum-depth-to-which-the-body-sinks-before-returning-to-f https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTEz-a-boat-carrying-a-number-of-stones-is-floating-in-a-water-tank-if-the-stones-are-unloaded-into-water-the-water-level-in-the-tank-will-1-remain-unchanged-2-rise-3-fall-4-rise-or-fall-depends-on-the-num https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTE0-a-block-of-ice-is-floating-on-a-liquid-of-specific-gravity-1-2-contained-in-a-beaker-when-the-ice-melts-completely-the-level-of-liquid-in-the-vessel-1-increases-2-decreases-3-remain-unchanged-4-first https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTE1-two-liquids-having-densities-d1-and-d2-are-mixed-in-such-a-way-that-both-have-same-mass-the-density-of-the-mixture-is-1-d1-d22-2-d1-d2d1d2-3-d1d2d1-d2-4-2d1d2d1-d2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTE2-a-metallic-sphere-weighing-3-kg-in-air-is-held-by-a-string-so-as-to-be-completely-immersed-in-a-liquid-of-relative-density-0-8-the-relative-density-of-metallic-is-10-the-tension-in-the-string-is-1-18 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTE3-a-rectangular-block-is-10cm-215-10cm-215-15cm-in-size-is-floating-in-water-with-10-cm-side-vertical-if-it-floats-with-15-cm-side-vertical-then-the-lever-of-water-will-1-rise-2-fall-3-remain-same-4-cha https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTE4-two-cubical-blocks-identical-in-dimensions-float-in-water-in-such-a-way-that-1st-block-floats-with-half-part-immersed-in-water-and-second-block-floats-with-3-4-of-its-volume-inside-the-water-the-ratio https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTE5-which-of-the-following-is-not-the-property-of-an-ideal-fluid-1-fluid-flow-is-irrotational-2-fluid-flow-is-streamline-3-fluid-is-incompressible-4-fluid-is-viscous-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTIw-a-liquid-flows-in-the-tube-from-left-to-right-as-shown-in-figure-a1-xa0-and-a2-xa0-are-the-cross-sections-of-the-portions-of-the-tube-as-shown-the-ratio-of-speed-xa0-v1v2-xa0-will-be-1-xa0-a1a2-2-xa0 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTIx-water-961-1000kg-m3-and-kerosene-963-800kg-m3-are-filled-in-two-identical-cylindrical-vessels-both-vessels-have-small-holes-at-their-bottom-the-speed-of-the-water-and-kerosene-coming-out-of-their-hole https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTIy-water-is-flowing-through-a-channel-lying-in-vertical-plane-as-shown-in-the-figure-three-sections-a-b-and-c-are-shown-sections-b-and-c-have-equal-area-of-cross-section-if-pa-pb-and-pc-are-the-pressures https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTIz-a-flat-plate-of-area-0-1-m2-is-placed-on-a-flat-surface-and-is-separated-from-it-by-a-film-of-oil-10-5-m-thick-whose-coefficient-of-viscocity-is-1-5-n-sm-2-the-force-required-to-cause-the-plate-to-sli https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTI0-a-ball-of-density-963-and-radius-r-is-dropped-on-the-surface-of-a-liquid-of-density-961-from-certain-height-if-speed-of-ball-does-not-change-even-on-entering-in-liquid-and-viscosity-of-liquid-is-951-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTI1-viscous-drag-force-depends-on-1-size-of-body-2-velocity-with-which-it-moves-3-viscosity-of-fluid-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTI2-the-terminal-velocity-of-a-small-sized-spherical-body-of-radius-r-falling-vertically-in-a-viscous-liquid-is-related-to-radius-r-as-1-v-8733-1r2-2-v-8733-r2-3-v-8733-1r-4-v-8733-r-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTI3-a-spherical-ball-is-dropped-in-a-long-column-of-viscous-liquid-the-speed-v-of-the-ball-varies-as-function-of-time-as-1-xa0-2-xa0-3-xa0-4-xa0-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTI4-on-putting-a-capillary-tube-in-a-pot-filled-with-water-the-level-of-water-rises-upto-a-height-of-4-cm-in-the-tube-if-a-tube-of-half-the-diameter-is-used-instead-the-water-will-rise-to-a-height-nerly-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTI5-soap-helps-in-cleaning-clothes-because-1-it-attracts-the-dirt-particles-2-it-decreases-the-surface-tension-of-water-3-it-increases-the-cohesive-force-between-water-molecules-4-it-increases-the-angle-o https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTMw-on-increasing-temperature-of-a-liquid-its-surface-tension-generally-1-increases-2-decreases-3-remains-constant-4-first-increases-and-then-decreases-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTMx-the-raincoats-are-made-water-proof-by-coating-it-with-a-material-which-1-absorb-water-2-increase-surface-tension-of-water-3-increase-the-angle-of-contact-4-decreases-the-density-of-water-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTMy-an-iron-needle-slowly-placed-on-the-surface-of-water-floats-because-1-it-displaces-water-more-than-its-weight-2-the-density-of-material-of-needle-is-less-than-that-of-water-3-of-surface-tension-4-of-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTMz-two-water-droplets-merge-with-each-other-to-form-a-larger-droplet-in-this-process-1-energy-is-liberated-2-energy-is-absorbed-3-energy-is-neither-liberated-nor-absorbed-4-some-mass-is-converted-into-en https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTM0-the-radius-of-a-soap-bubble-is-r-the-surface-tension-of-soap-solution-is-s-keeping-temperature-constant-the-radius-of-the-soap-bubble-is-soubled-the-energy-necessary-for-this-will-be-1-24-960-r2s-2-8 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTM1-the-surface-tension-of-a-liquid-is-5-n-m-if-a-film-is-held-on-a-ring-of-area-0-02-m2-its-surface-energy-is-about-1-5-215-10-2j-2-2-5-215-10-2j-3-2-215-10-1j-4-3-215-10-1j-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTM2-two-soap-bubbles-having-radii-3-cm-and-4-cm-in-vacuum-coalesce-under-isothermal-conditions-the-radius-of-the-new-bubble-is-1-1-cm-2-5-cm-3-7-cm-4-3-5-cm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTM4-the-work-done-to-break-a-spherical-drop-of-radius-r-in-n-drops-of-equal-size-is-proportional-to-1-1n2-3-1-2-1n1-3-1-3-n1-3-1-4-n4-3-1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTM5-the-kerosene-oil-rises-up-in-the-wick-of-a-lamp-1-due-to-high-surface-tension-of-coil-2-because-the-wick-attracts-the-oil-3-because-the-wick-decreases-the-surface-tension-of-oil-4-due-to-capillaries-f https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTQw-ploughing-help-to-retain-water-by-soil-1-by-creating-capillaries-2-by-breaking-capillaries-3-by-turning-the-soil-upside-down-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTQx-a-capillary-tube-of-radius-r-is-immersed-in-a-liquid-and-mass-of-liquid-which-rises-up-in-it-is-m-if-the-radius-of-tube-is-doubled-then-the-mass-of-liquid-which-will-rise-in-capillary-tube-will-be-1-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTQy-a-massless-inextensible-string-in-the-form-of-a-loop-is-placed-on-a-horizontal-film-of-soap-solution-of-surface-tension-t-if-film-is-pierced-inside-the-loop-and-it-converts-into-a-circular-loop-of-dia https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjA4MTQz-a-tank-is-filled-with-water-to-a-height-h-a-hole-is-made-in-one-of-the-walls-at-a-depht-d-below-the-water-surface-the-distance-x-from-the-foot-of-the-wall-at-which-the-stream-of-water-coming-out-the-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODYw-in-streamline-flow-of-liquid-the-total-energy-of-liquid-is-constant-at-1-all-points-2-inner-points-3-outer-points-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODYy-a-good-lubricant-should-have-1-high-viscosity-2-low-viscosity-3-moderate-viscosity-4-high-density-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODYz-water-is-flowing-in-a-horizontal-pipe-of-non-uniform-cross-section-at-the-most-contracted-place-of-the-pipe-1-velocity-of-water-will-be-maximum-and-pressure-minimum-2-pressure-of-water-will-be-maximum https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODY2-bernoulli-s-theorem-is-based-upon-1-faraday-s-law-2-conservation-of-energy-3-conservation-mass-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODY5-a-tank-has-an-orifice-near-its-bottom-the-volume-of-the-liquid-flowing-per-second-out-of-the-orifice-does-not-depend-upon-1-the-area-of-the-orifice-2-the-height-of-the-liquid-level-above-the-orifice-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODcw-pressure-is-a-scalar-quantity-because-1-it-is-the-ratio-of-force-to-area-and-both-force-and-area-are-vectors-2-it-is-the-ratio-of-the-magnitude-of-the-force-to-area-3-it-is-the-ratio-of-the-component https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODcx-along-a-streamline-1-the-velocity-of-a-fluid-particle-remains-constant-2-the-velocity-of-all-fluid-particles-crossing-a-given-position-is-constant-3-the-velocity-of-all-fluid-particles-at-a-given-inst https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODcz-with-increase-in-temperature-the-viscosity-of-1-gases-decreases-2-liquids-increases-3-gases-increases-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODc0-the-angle-of-contact-at-the-interface-of-water-glass-is-0o-ethylalcohol-glass-is-0o-mercury-glass-is-140o-and-methyliodideglass-is-30o-a-glass-capillary-is-put-in-a-trough-containing-one-of-these-four https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjI2Mjk3-a-tall-cylinder-is-filled-with-viscous-oil-a-round-pebble-is-dropped-from-the-top-with-zero-initial-velocity-the-plot-shown-in-the-figure-indicates-the-one-that-represents-the-velocity-v-of-the-pebble https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjI2Mjk4-which-of-the-following-diagrams-does-not-represent-a-streamline-flow-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjI2Mjk5-along-a-streamline-1-the-velocity-of-a-fluid-particle-remains-constant-2-the-velocity-of-all-fluid-particles-crossing-a-given-position-is-constant-3-the-velocity-of-all-fluid-particles-at-a-given-inst https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjI2MzAw-an-ideal-fluid-flows-through-a-pipe-of-circular-cross-section-made-of-two-sections-with-diameters-2-5-cm-and-3-75-cm-the-ratio-of-the-velocities-in-the-two-pipes-is-1-9-4-2-3-2-3-sqrt-3-sqrt-2-4-sqrt https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjI2MzAx-the-angle-of-contact-at-the-interface-of-the-water-glass-is-0-circ-ethyl-alcohol-glass-is-0-circ-mercury-glass-is-140-circ-and-methyl-iodide-glass-is-30-circ-a-glass-capillary-is-put-in-a-trough-conta https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjI2MzAy-for-a-surface-molecule-a-the-net-force-on-it-is-zero-b-there-is-a-net-downward-force-c-the-potential-energy-is-less-than-that-of-a-molecule-inside-d-the-potential-energy-is-more-than-that-of-a-molecul https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjI2MzA0-a-wooden-block-with-a-coin-placed-on-its-top-floats-in-water-as-shown-in-the-figure-the-distances-l-and-h-are-shown-in-the-figure-after-some-time-the-coin-falls-into-the-water-then-a-l-decreases-b-h-d https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjI2MzA1-with-an-increase-in-temperature-the-viscosity-of-a-gases-decrease-b-liquids-increase-c-gases-increase-d-liquids-decrease-which-of-the-following-options-is-are-correct-1-b-c-2-a-d-3-c-d-4-a-b-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjI2MzA2-streamline-flow-is-more-likely-for-liquids-with-a-high-density-b-high-viscosity-c-low-density-d-low-viscosity-choose-the-correct-option-1-a-b-2-c-d-3-b-c-4-a-d-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjQ1MzQz-a-liquid-does-not-wet-the-solid-surface-if-the-angle-of-contact-is-1-equal-to-45-circ-2-equal-to-60-circ-3-greater-then-90-circ-4-zero-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjQ1NDE1-a-barometer-is-constructed-using-a-liquid-density-760-text-kg-m-3-what-would-be-the-height-of-the-liquid-column-when-a-mercury-barometer-reads-76-text-cm-the-density-of-mercury-13600-text-kg-m-3-1-1-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODAw-the-two-thigh-bones-femurs-each-of-cross-sectional-area-10-text-cm-2-support-the-upper-part-of-a-human-body-of-mass-40-text-kg-the-average-pressure-sustained-by-the-femurs-is-1-0-2-times-10-5-text-nm https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODAx-pressure-on-a-swimmer-10-m-below-the-surface-of-a-lake-is-atmospheric-pressure-1-01-times10-5-pa-density-of-water-1000-kg-m3-and-g-10-m-s2-1-5-atm-2-4-atm-3-2-atm-4-3-atm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODAy-the-density-of-the-atmosphere-at-sea-level-is-1-29-text-kgm-3-assume-that-it-does-not-change-with-altitude-then-how-high-would-the-atmosphere-extend-1-8-text-km-2-5-text-km-3-7-text-km-4-6-text-km-1-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODAz-at-a-depth-of-1000-text-m-in-an-ocean-the-force-acting-on-the-window-of-area-20-text-cm-times-20-text-cm-of-a-submarine-is-the-interior-of-the-submarine-is-maintained-at-sea-level-atmospheric-pressure https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODA0-two-syringes-of-different-cross-sections-without-needles-filled-with-water-are-connected-with-a-tightly-fitted-rubber-tube-filled-with-water-diameters-of-the-smaller-piston-and-larger-piston-are-1-0-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODA2-two-syringes-of-different-cross-sections-without-needles-filled-with-water-are-connected-with-a-tightly-fitted-rubber-tube-filled-with-water-diameters-of-the-smaller-piston-and-larger-piston-are-1-0-c https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODA3-in-a-car-lift-the-compressed-air-exerts-a-force-f-1-on-a-small-piston-having-a-radius-of-5-0-cm-this-pressure-is-transmitted-to-the-second-piston-of-a-radius-of-15-cm-if-the-mass-of-the-car-to-be-lift https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODA4-the-flow-of-blood-in-a-large-artery-of-an-anesthetised-dog-is-diverted-through-a-venturi-meter-the-wider-part-of-the-meter-has-a-cross-sectional-area-equal-to-that-of-the-artery-a-8-mm2-the-narrower-p https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODA5-a-fully-loaded-boeing-aircraft-has-a-mass-of-3-3-times-10-5-text-kg-its-total-wing-area-is-500-text-m-2-it-is-in-level-flight-with-a-speed-of-960-km-h-the-pressure-difference-between-the-lower-and-upp https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODEw-a-metal-block-of-area-0-10-text-m-2-is-connected-to-a-0-010-text-kg-mass-via-a-string-that-passes-over-an-ideal-pulley-considered-massless-and-frictionless-as-in-the-figure-below-a-liquid-film-with-a https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODEy-the-terminal-velocity-of-a-copper-ball-of-radius-2-0-mm-falling-through-a-tank-of-oil-at-20-circ-text-c-is-6-5-text-cm-s-what-is-the-viscosity-of-the-oil-at-20-circ-text-c-density-of-oil-is-1-5-times https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODEz-the-flow-rate-of-water-from-a-tap-of-diameter-1-25-cm-is-0-48-text-l-min-the-coefficient-of-viscosity-of-water-is-10-3-text-pa-s-after-some-time-the-flow-rate-is-increased-to-3-text-l-min-the-type-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjcwODE0-the-lower-end-of-a-capillary-tube-of-diameter-2-00-mm-is-dipped-10-00-cm-below-the-surface-of-the-water-in-a-beaker-the-pressure-required-in-the-tube-in-order-to-blow-a-hemispherical-bubble-at-its-end https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc0NTE0-a-fully-loaded-boeing-aircraft-has-a-mass-of-3-3-times10-5-text-kg-its-total-wing-area-is-500-text-m-2-it-is-in-level-flight-with-a-speed-of-960-km-h-the-fractional-increase-in-the-speed-of-the-air-on https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc3MTA4-the-velocity-of-a-small-ball-of-mass-m-and-density-d-when-dropped-in-a-container-filled-with-glycerine-becomes-constant-after-some-time-if-the-density-of-glycerine-is-dfrac-d-2-then-the-viscous-force https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzE3NzE4-the-lower-end-of-a-capillary-tube-of-radius-1-text-mm-is-dipped-vertically-into-mercury-the-depression-of-the-mercury-column-in-the-capillary-tube-is-surface-tension-of-mercury-0-465-text-n-m-and-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5MzM3-if-a-soap-bubble-expands-the-pressure-inside-the-bubble-1-is-equal-to-the-atmospheric-pressure-2-decreases-3-increases-4-remains-the-same-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5MzU2-a-spherical-ball-is-dropped-into-a-long-column-of-a-highly-viscous-liquid-the-graph-that-represents-the-speed-of-the-ball-v-as-a-function-of-time-t-is-1-d-2-a-3-b-4-c-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5NzMx-the-correct-statement-about-the-variation-of-viscosity-of-fluids-with-an-increase-in-temperature-is-1-viscosity-of-gases-decreases-2-viscosity-of-both-liquids-and-gases-increases-3-viscosity-of-liquid https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5NzM2-a-fluid-of-density-rho-is-flowing-in-a-pipe-of-varying-cross-sectional-area-as-shown-in-the-figure-bernoulli-s-equation-for-the-motion-becomes-1-p-dfrac12-rho-v-2-rho-gh-text-constant-2-p-dfrac12-rho https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5Nzcy-air-is-pushed-carefully-into-a-soap-bubble-of-radius-r-to-double-its-radius-if-the-surface-tension-of-the-soap-solution-is-t-then-the-work-done-in-the-process-is-1-12-pi-r-2t-2-24-pi-r-2t-3-4-pi-r-2t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2NTc1-two-copper-vessels-a-and-b-have-the-same-base-area-but-are-of-different-shapes-a-takes-twice-the-volume-of-water-that-b-requires-to-fill-up-to-a-particular-common-height-then-the-correct-statement-amo https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2NTc3-the-terminal-velocity-of-a-copper-ball-of-radius-5-text-mm-falling-through-a-tank-of-oil-at-room-temperature-is-10-text-cm-text-s-1-if-the-viscosity-of-oil-at-room-temperature-is-0-9-text-kg-text-m-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzY2OTMz-the-venturi-meter-works-on-1-the-principle-of-perpendicular-axes-2-huygen-s-principle-3-bernoulli-s-principle-4-the-principle-of-parallel-axes-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzY2OTM4-the-amount-of-energy-required-to-form-a-soap-bubble-of-radius-2-text-cm-from-a-soap-solution-is-nearly-the-surface-tension-of-soap-solution-0-03-text-nm-1-1-50-1-times-10-4-text-j-2-30-16-times-10-4-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzY4MjYw-which-of-the-following-statements-is-not-true-1-the-coefficient-of-viscosity-is-a-scalar-quantity-2-surface-tension-is-a-scalar-quantity-3-pressure-is-a-vector-quantity-4-relative-density-is-a-scalar https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzY4Mjk4-the-viscous-drag-acting-on-a-metal-sphere-of-diameter-1-mm-falling-through-a-fluid-of-viscosity-0-8-pa-s-with-a-velocity-of-2-m-s-ndash-1-is-nearly-equal-to-1-15-times-10-3-text-n-2-30-times-10-3-text https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDU0OTYw-a-thin-flat-circular-disc-of-radius-4-5-text-cm-is-placed-gently-over-the-surface-of-water-if-the-surface-tension-of-water-is-0-07-text-nm-1-then-the-excess-force-required-to-take-it-away-from-the-sur https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDU2NzM0-a-wire-of-length-l-and-radius-r-r-ll-l-is-kept-floating-on-the-surface-of-a-liquid-of-density-rho-the-maximum-radius-of-the-wire-for-which-it-may-not-sink-is-the-surface-tension-of-liquid-is-t-1-sqrt https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDU2NzYx-the-pressure-experienced-by-a-swimmer-20-text-m-below-the-water-surface-in-a-lake-is-appropriately-given-density-of-water-10-3-text-kgm-3-g-10-text-ms-2-and-1-text-atm-10-5-text-pa-1-1-text-atm-2-2-te https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NTYz-equal-mass-of-three-liquids-are-kept-in-three-identical-cylindrical-vessels-a-b-and-c-the-densities-are-rho-a-rho-b-rho-c-with-rho-a-1-maximum-in-vessel-a-2-maximum-in-vessel-b-3-maximum-in-vessel-c-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM4MzI1-a-tank-full-of-water-is-placed-in-an-elevator-the-elevator-accelerates-upward-the-water-pressure-at-the-bottom-of-the-tank-1-decreases-2-increases-3-remains-unchanged-4-first-increases-and-then-decrea https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM2NjU5-a-small-sphere-of-density-rho-is-completely-submerged-in-a-liquid-of-density-3-rho-and-released-the-magnitude-of-its-acceleration-just-after-release-equals-1-g-2-dfrac-g-3-3-2g-4-3g-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTAwODk-two-non-mixing-liquids-of-densities-rho-and-n-rho-n-1-are-put-in-a-container-the-height-of-each-liquid-is-h-a-solid-cylinder-of-length-l-and-density-d-is-put-in-this-container-the-cylinder-floats-with https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTA2Nzk-the-cylindrical-tube-of-a-spray-pump-has-a-radius-r-one-end-of-which-has-n-fine-holes-each-of-radius-r-if-the-speed-of-the-liquid-in-the-tube-is-v-the-speed-of-the-ejection-of-the-liquid-through-the-h https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzQ1-water-enters-through-end-a-with-a-speed-v-1-and-leaves-through-end-b-with-a-speed-v-2-of-a-cylindrical-tube-ab-the-tube-is-always-completely-filled-with-water-in-case-i-the-tube-is-horizontal-in-case https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQzMTgx-given-below-are-two-statements-statement-i-the-pressure-at-the-bottom-of-a-vessel-containing-water-is-proportional-to-the-height-of-the-water-statement-ii-when-water-begins-to-flow-out-of-a-small-hole https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTA4NDA-a-wind-with-a-speed-of-40-text-m-s-blows-parallel-to-the-roof-of-a-house-the-area-of-the-roof-is-250-text-m-2-assuming-that-the-pressure-inside-the-house-is-atmospheric-pressure-the-force-exerted-by-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM4MTA5-when-water-flows-out-of-a-small-hole-at-the-bottom-of-a-large-tank-of-uniform-cross-section-the-average-flow-rate-equals-the-average-of-the-initial-and-the-final-flow-rate-the-time-to-empty-the-tank-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzQ3-water-is-flowing-through-a-long-horizontal-tube-let-p-a-and-p-b-be-the-pressures-at-two-points-a-and-b-of-the-tube-1-p-a-must-be-equal-to-p-b-2-p-a-must-be-greater-than-p-b-3-p-a-must-be-smaller-than https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQzMTc5-water-flows-from-a-small-hole-at-the-bottom-of-a-rectangular-tank-at-10-m-s-after-it-had-been-filled-for-20-min-for-how-much-time-should-the-empty-tank-be-filled-at-the-same-rate-so-that-the-speed-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM0Mjgy-a-viscous-liquid-flows-slowly-through-a-pipe-of-cross-sectional-radius-r-the-speed-of-the-particles-is-a-function-of-the-distance-from-the-axis-of-the-pipe-assume-that-the-flow-is-smooth-the-variation https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1ODEx-a-liquid-is-contained-in-a-vertical-tube-of-semicircular-cross-section-see-figure-the-contact-angle-is-zero-the-forces-of-surface-tension-on-the-curved-part-and-on-the-flat-part-are-in-the-ratio-1-1-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246ODg5Mjg-three-liquids-of-densities-rho-1-rho-2-and-rho-3-rho-1-rho-2-rho-3-having-the-same-value-of-the-surface-tension-t-rise-to-the-same-height-in-three-identical-capillaries-the-angles-of-contact-theta-1-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1ODEy-when-a-capillary-tube-is-dipped-into-a-liquid-the-liquid-neither-rises-nor-falls-in-the-capillary-a-the-surface-tension-of-the-liquid-must-be-zero-b-the-contact-angle-must-be-90-circ-c-the-surface-ten https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2ODQ3-the-average-depth-of-indian-ocean-is-3000-text-m-the-pressure-at-the-bottom-of-the-ocean-is-take-g-10-text-m-s-2-density-of-water-1000-text-kg-m-3-1-3-times-10-6-text-kg-text-m-1-text-s-2-2-3-times-10 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzQy-a-wooden-object-floats-in-water-kept-in-a-beaker-the-object-is-near-a-side-of-the-beaker-figure-let-p-1-p-2-p-3-be-the-pressures-at-the-three-points-a-b-and-c-of-the-bottom-as-shown-in-the-figure-then https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzUwMTE1-a-hydraulic-automobile-lift-is-designed-to-lift-cars-with-a-maximum-mass-of-500-kg-the-area-of-the-cross-section-of-the-piston-carrying-load-is-5-times-10-2-m2-the-maximum-pressure-that-smaller-piston https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc4OTQ3-a-hydraulic-press-can-lift-100-kg-when-a-mass-m-is-placed-on-the-smaller-piston-if-the-diameter-of-the-larger-piston-is-increased-by-a-factor-of-4-and-the-diameter-of-the-smaller-piston-is-reduced-by https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2NzEz-in-the-figure-shown-if-the-tank-mathrm-a-has-a-circular-cross-section-and-the-tank-mathrm-b-has-a-square-cross-section-then-when-filled-with-water-we-can-conclude-that-1-the-pressure-at-the-bottom-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzMzMDQz-a-ball-is-made-of-a-material-with-a-density-mathit-rho-where-rho-text-oil-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDYxNDI3-when-an-air-bubble-rises-from-the-bottom-of-a-deep-lake-to-a-point-just-below-the-water-s-surface-the-pressure-of-air-inside-the-bubble-a-is-greater-than-the-pressure-outside-it-b-is-less-than-the-pre https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzU3OTUy-a-mathrm-u-text-tube-barometer-consists-of-two-vertical-tubes-connected-at-the-bottom-partially-filled-with-mercury-large-rho-hg-13-6-text-g-cm-3-one-end-text-tube-1-is-closed-and-contains-gas-at-an-u https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzU3OTUz-the-two-flasks-shown-in-the-figure-have-no-ambient-atmosphere-that-is-they-exist-in-a-chamber-in-which-the-atmosphere-has-been-removed-both-flasks-contain-mercury-to-a-height-h-the-volume-of-mercury-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NTYw-a-liquid-can-easily-change-its-shape-but-a-solid-can-not-because-1-the-density-of-a-liquid-is-smaller-than-that-of-a-solid-2-the-forces-between-the-molecules-is-stronger-in-solid-than-in-liquids-3-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3OTk3-suppose-you-have-taken-a-dilute-solution-of-oleic-acid-in-such-a-way-that-its-concentration-becomes-0-01-text-cm-3-of-oleic-acid-per-text-cm-3-of-the-solution-then-you-make-a-thin-film-of-this-solutio https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzY2Nzcw-given-below-are-two-statements-assertion-a-when-toothpaste-is-pressed-squeezed-it-follows-pascal-s-law-reason-r-when-pressure-is-applied-to-a-fluid-it-is-transmitted-equally-throughout-the-fluid-in-al https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzMxODA0-two-substances-of-relative-densities-rho-1-and-rho-2-are-mixed-in-equal-volume-and-the-relative-density-of-the-mixture-is-4-when-they-are-mixed-in-equal-masses-the-relative-density-of-the-mixture-is-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTg3-an-ice-berg-of-density-900-text-kg-m-3-is-floating-in-water-of-density-1000-text-kg-m-3-the-percentage-of-volume-of-ice-cube-outside-the-water-is-1-20-2-35-3-10-4-25-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQyNjMx-a-wooden-block-floats-in-a-liquid-with-four-fifths-of-its-volume-submerged-given-that-the-relative-density-of-the-wood-is-0-8-then-the-density-of-the-liquid-is-left-text-in-kg-m-3-right-density-of-wat https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njg2-in-the-making-of-an-alloy-a-metal-of-density-n-1-and-another-metal-of-density-n-2-are-used-if-the-masses-of-the-two-metals-used-are-m-1-and-m-2-respectively-then-the-density-of-the-alloy-is-1-left-dfr https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzE0MTE0-a-metal-block-floats-at-the-interface-of-two-liquids-with-dfrac13-of-its-volume-in-the-upper-liquid-a-and-dfrac23-in-the-lower-liquid-b-the-densities-of-the-metal-liquid-a-and-liquid-b-are-rho-rho-a-r https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTI3NzQ3-a-uniform-solid-cylinder-of-cross-section-a-and-height-h-floats-at-the-interface-of-two-immiscible-liquids-of-density-rho-2-rho-within-a-tank-half-of-its-volume-is-in-the-upper-liquid-while-the-other https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njkz-15-volume-of-a-cubical-block-is-outside-water-the-relative-density-of-the-block-is-1-0-15-2-0-30-3-0-60-4-0-85-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mzk0ODI4-an-ideal-liquid-flows-through-a-horizontal-tube-as-shown-in-the-figure-the-cross-sectional-areas-at-ends-a-and-b-are-2-text-mm-2-and-4-text-mm-2-respectively-if-the-velocity-of-the-liquid-at-a-is-4-te https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzI0MzM4-a-large-open-tank-has-two-holes-in-the-wall-one-is-a-square-hole-of-side-l-at-a-depth-y-from-the-top-and-the-other-is-a-circular-hole-of-radius-r-at-a-depth-of-4y-from-the-top-when-the-tank-is-complet https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjI0-an-incompressible-fluid-flows-steadily-through-a-cylindrical-pipe-which-has-radius-2r-at-point-a-and-radius-r-at-b-further-along-the-flow-direction-if-the-velocity-at-point-a-is-v-its-velocity-at-poin https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ1Njgx-an-incompressible-liquid-flows-through-a-pipe-of-radius-4-cm-the-flow-rate-is-3-14-times-10-2-m3-s-what-is-the-approximate-average-velocity-of-the-fluid-1-2-m-s-2-4-m-s-3-5-m-s-4-6-m-s-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTIxNDUz-the-correct-bernoulli-s-equation-is-symbols-have-their-usual-meaning-1-p-rho-g-h-dfrac-1-2-rho-v-2-text-constant-2-p-rho-gh-rho-v-2-text-constant-3-p-mgh-dfrac-1-2-mv-2-text-constant-4-p-dfrac-1-2-rho https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ1NDc3-a-water-tank-filled-with-water-has-a-small-hole-at-a-depth-h-from-the-top-surface-of-the-water-if-the-tank-is-open-to-the-atmosphere-and-the-cross-sectional-area-of-the-tank-is-much-larger-than-that-o https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ1Njgz-an-open-top-tank-filled-up-to-a-height-of-5-text-m-has-a-hole-at-the-bottom-what-will-be-the-velocity-of-water-coming-out-of-the-hole-take-g-10-text-m-s-2-1-100-text-m-s-2-50-text-m-s-3-10-text-m-s-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzAxOTQ1-a-cylinder-of-height-20-text-m-is-completely-filled-with-water-the-velocity-of-efflux-of-water-in-text-ms-1-through-a-small-hole-on-the-side-wall-of-the-cylinder-near-its-bottom-is-1-10-text-m-s-2-20 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzI2-the-speed-of-water-stream-at-which-velocity-head-is-10-text-cm-of-water-will-be-take-g-1000-text-cm-s-2-1-121-2-text-cm-s-2-173-1-text-cm-s-3-141-4-text-cm-s-4-135-5-text-cm-s-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA2MzA4-the-inlet-and-outlet-pipes-have-the-same-cross-section-at-what-speed-v-should-water-flow-into-the-tank-so-that-the-water-level-remains-steady-1-sqrt-gh-2-sqrt-2gh-3-large-sqrt-frac-gh-2-4-2-sqrt-gh-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc2MzM1-the-speed-of-flow-past-the-lower-surface-of-a-wing-of-an-aeroplane-is-50-text-m-s-what-speed-of-flow-over-the-upper-surface-will-give-a-dynamic-lift-of-1000-text-pa-density-of-air-1-3-text-kg-m-3-1-25 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzQ2-bernoulli-s-theorem-is-based-on-the-conservation-of-1-momentum-2-mass-3-energy-4-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mzk0ODI5-if-water-is-flowing-through-a-pipe-located-4-text-m-above-the-ground-and-the-reference-level-is-taken-at-the-ground-with-g-10-text-m-s-2-what-will-be-its-potential-energy-per-unit-volume-1-20-text-kj https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mzk0NTkw-water-flows-through-a-pipe-at-a-speed-of-2-text-m-s-the-kinetic-energy-per-unit-volume-of-the-flowing-water-is-1-500-text-j-m-3-2-1000-text-j-m-3-3-1500-text-j-m-3-4-2000-text-j-m-3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDM0NzM3-water-flows-through-a-pipe-with-a-uniform-cross-sectional-area-a-the-height-of-the-pipe-changes-from-y-1-2-text-m-text-to-y-2-3-text-m-since-the-cross-sectional-area-remains-constant-the-velocities-at https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mzk0ODIz-a-container-is-filled-with-a-liquid-of-density-4-rho-as-shown-in-the-figure-what-is-the-velocity-of-efflux-through-the-orifice-rho-represents-the-density-of-water-and-the-acceleration-due-to-gravity-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ1OTMz-a-horizontal-pipe-is-shown-in-the-figure-the-velocity-of-water-at-point-a-is-20-cm-s-and-at-point-b-it-is-30-cm-s-given-that-the-density-of-water-is-1000-kg-m3-the-pressure-difference-between-points-a https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM4MzI0-two-small-holes-are-made-on-the-sides-of-a-tank-filled-with-water-one-hole-a-at-a-depth-of-4-text-m-and-another-hole-b-at-a-depth-of-9-text-m-below-the-water-level-the-speeds-of-water-issuing-from-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzNDI-a-manometer-connected-to-a-closed-tap-reads-4-5-1054-5-1054-5-105-pascal-when-the-tap-is-opened-the-reading-of-the-manometer-falls-to-4-1054-1054-105-pascal-then-the-velocity-of-flow-of-water-is-1-7-m https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ4OTMz-air-flows-across-the-horizontal-wings-of-an-airplane-in-such-a-way-that-its-speeds-below-and-above-the-wings-are-90-m-s-and-120-m-s-respectively-if-the-density-of-air-is-1-3-kg-m3-then-the-pressure-di https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2OTEz-a-liquid-of-density-750-text-kgm-3-flows-smoothly-through-a-horizontal-pipe-that-tapers-in-cross-sectional-area-from-a-1-1-2-times-10-2-text-m-2-to-a-2-dfrac-a-1-2-the-pressure-difference-between-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzUwMTI4-water-from-a-tap-emerges-vertically-downwards-with-an-initial-speed-of-1-m-s-the-cross-sectional-area-of-the-tap-is-10-4-m2-assuming-that-the-pressure-is-constant-throughout-the-stream-of-water-and-fl https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzU2-water-is-flowing-in-a-streamline-motion-through-a-tube-with-its-axis-horizontal-consider-two-points-a-and-b-in-the-tube-at-the-same-horizontal-level-a-the-pressures-at-a-and-b-are-equal-for-any-shape https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDU4-the-property-of-liquid-by-which-it-opposes-the-flow-of-itself-is-called-1-surface-tension-2-bulk-modulus-3-viscosity-4-shear-modulus-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1Njky-a-small-rigid-spherical-ball-of-mass-m-is-dropped-in-a-long-vertical-tube-containing-glycerine-the-velocity-of-the-ball-becomes-constant-after-some-time-if-the-density-of-glycerine-is-half-of-the-dens https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDUy-the-correct-dimensional-formula-of-coefficient-of-viscosity-is-1-left-mathrm-m-2-mathrm-l-1-mathrm-t-1-right-2-left-mathrm-m-0-mathrm-l-0-mathrm-t-1-right-3-left-mathrm-m-1-mathrm-l-2-mathrm-t-1-right https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDU0OTI5-out-of-air-and-liquid-which-substance-is-more-viscous-1-air-2-liquid-3-both-have-the-same-viscosity-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ1ODQ2-the-velocity-of-the-upper-layer-of-water-in-a-river-is-36-text-kmh-1-shearing-stress-between-horizontal-layers-of-water-is-10-3-text-nm-2-the-depth-of-the-river-is-coefficient-of-viscosity-of-water-is https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDU2MTA0-a-liquid-drop-of-radius-r-is-divided-into-27-identical-drops-if-the-surface-tension-of-the-drops-is-t-then-the-work-done-in-this-process-is-1-4-pi-r-2t-2-3-pi-r-2t-3-8-pi-r-2t-4-dfrac-1-8-pi-r-2t-1-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDUz-choose-the-correct-statement-among-the-following-1-as-temperature-increases-the-viscosity-of-a-liquid-decreases-2-as-temperature-increases-the-viscosity-of-gas-increases-3-as-temperature-decreases-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjk3ODA4-if-the-terminal-speed-of-a-sphere-of-gold-density-19-5-text-kg-m-3-is-0-2-text-m-s-in-a-viscous-liquid-density-1-5-text-kg-m-3-the-terminal-speed-of-a-sphere-of-silver-density-10-5-text-kg-m-3-of-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ4MTI2-water-on-the-surface-of-a-river-10-m-deep-is-observed-to-be-flowing-at-5-m-s-the-shearing-stress-between-horizontal-layers-of-the-river-is-eta-10-3-si-units-1-10-3-n-m2-2-0-8-times-10-3-n-m2-3-0-5-tim https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA2MzAx-the-dimensions-of-the-quantity-large-frac-eta-rho-where-eta-is-the-viscosity-and-rho-is-the-density-are-1-left-dfrac-l-t-right-2-left-dfrac-l-2-t-right-3-left-dfrac-l-t-2-right-4-left-dfrac-l-3-t-2-ri https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDUw-the-viscous-force-on-a-ball-of-radius-1-mathrm-mm-moving-through-a-liquid-of-viscosity-0-2-mathrm-ns-mathrm-m-2-at-a-speed-of-0-07-mathrm-m-mathrm-s-is-1-2-63-times-10-4-mathrm-n-2-0-263-mathrm-n-3-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjg0NzMz-a-spherical-solid-ball-of-volume-v-is-made-of-a-material-of-density-rho-1-it-is-falling-through-a-liquid-of-density-rho-2-rho-20-the-terminal-speed-of-the-ball-is-1-dfrac-vg-rho-1-k-2-sqrt-dfrac-vg-rh https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3OTEy-a-metal-block-with-a-base-area-of-0-20-text-m-2-rests-on-a-table-with-a-liquid-film-of-thickness-0-25-text-mm-between-them-when-a-horizontal-force-of-0-1-text-n-is-applied-the-block-moves-at-a-constan https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1ODA0-a-spherical-ball-is-dropped-in-a-long-column-of-a-viscous-liquid-the-speed-of-the-ball-v-as-a-function-of-time-t-may-be-best-represented-by-the-graph-1-mathrm-d-2-mathrm-b-3-mathrm-a-4-mathrm-c-1-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mzk1Nzc3-the-dimensions-of-velocity-gradient-defined-symbolically-by-dfrac-dv-x-dy-where-v-x-is-the-x-component-of-velocity-and-y-represents-the-y-coordinate-is-1-dfrac-l-2-t-2-dfrac-l-t-2-3-dfrac-1-t-4-dfrac https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ4NjI0-a-thin-rectangular-metal-plate-10-text-cm-times5-text-cm-is-lying-on-the-layer-of-glycerine-of-thickness-1-text-mm-and-coefficient-of-viscosity-0-8-text-pa-s-what-is-the-horizontal-force-needed-to-mov https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mzk0OTc3-a-metal-plate-with-an-area-of-10-3-text-cm-2-rests-on-a-6-text-mm-thick-layer-of-oil-a-tangential-force-of-10-2-text-n-is-applied-to-move-the-plate-at-a-constant-velocity-of-6-text-cm-s-1-the-coeffici https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDUx-two-balls-of-the-same-material-whose-radii-are-in-the-ratio-of-1-2-fall-in-a-liquid-the-ratio-of-their-terminal-velocities-is-given-by-1-2-3-2-1-4-3-3-2-4-5-9-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDU5-choose-the-correct-statement-among-the-following-1-the-terminal-velocity-is-directly-proportional-to-the-square-of-the-radius-of-the-body-2-the-terminal-velocity-is-inversely-proportional-to-viscosity https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDU2-a-graph-is-plotted-between-the-square-of-radius-text-a-of-a-body-and-the-terminal-velocity-v-t-acquired-by-the-body-while-falling-through-a-viscous-medium-the-slope-of-the-graph-is-given-by-where-term https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDU3-a-liquid-having-a-coefficient-of-viscosity-eta-is-filled-in-a-container-of-cross-sectional-area-a-if-viscous-drag-between-two-adjacent-layers-is-f-0-then-the-velocity-gradient-is-1-dfrac-a-eta-f-0-2-d https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzI0MjQ0-an-air-bubble-of-radius-r-rises-steadily-through-a-liquid-of-density-mathit-rho-at-the-rate-of-v-neglecting-the-density-of-air-the-coefficient-of-viscosity-of-the-liquid-is-1-dfrac-2-9-dfrac-r-2-rho-g https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjk4MTQx-spherical-balls-of-radius-r-are-falling-in-a-viscous-fluid-of-viscosity-with-a-velocity-v-the-retarding-viscous-force-acting-on-the-spherical-ball-is-1-directly-proportional-to-r-but-inversely-proport https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mzk1Nzg3-the-terminal-speed-of-a-raindrop-falling-through-air-depends-on-1-the-size-of-the-raindrop-2-the-viscosity-of-air-3-the-acceleration-due-to-gravity-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2ODU4-a-spherical-water-droplet-of-radius-1-mu-text-m-falls-through-air-where-the-buoyant-force-can-be-ignored-the-coefficient-of-viscosity-of-air-is-1-8-times-10-5-text-n-text-s-text-m-2-and-the-density-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ1Nzk1-the-terminal-velocity-v-t-of-a-spherical-raindrop-depends-on-the-radius-r-of-the-raindrop-as-follows-1-r-1-2-2-r-3-r-2-4-r-3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxNTQx-the-spherical-shape-of-raindrop-is-due-to-1-the-density-of-the-liquid-2-the-surface-tension-3-the-atmospheric-pressure-4-gravity-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTE5OTE1-pressure-inside-a-soap-bubble-is-greater-than-the-pressure-outside-by-an-amount-given-r-radius-of-bubble-s-surface-tension-of-bubble-1-4r-s-2-4s-r-3-2s-r-4-s-r-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mzk0NjAx-when-the-ends-of-a-glass-tube-are-heated-they-gradually-become-spherical-in-shape-this-phenomenon-occurs-due-to-1-tension-2-surface-tension-3-pressure-4-gravity-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTIwODI2-the-excess-pressure-inside-a-soap-bubble-is-thrice-the-excess-pressure-inside-a-second-soap-bubble-the-ratio-between-the-volume-of-the-first-and-the-second-bubble-is-1-1-81-2-1-9-3-1-27-4-1-3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ1NDUz-given-below-are-two-statements-assertion-a-clothes-containing-oil-or-grease-stains-cannot-be-cleaned-by-water-wash-reason-r-because-the-angle-of-contact-between-the-oil-grease-and-water-is-obtuse-1-bo https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQzODM-if-work-w-is-done-in-blowing-a-bubble-of-radius-r-from-a-soap-solution-then-the-work-done-in-blowing-a-bubble-of-radius-2r-from-the-same-solution-is-1-w-2-2-2w-3-4w-4-2-dfrac-1-3-w-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ1ODQ3-for-a-soap-bubble-the-difference-between-the-inside-pressure-and-the-outside-pressure-is-given-by-where-r-is-the-radius-of-the-bubble-and-s-is-the-surface-tension-of-the-soap-solution-1-dfrac-2s-r-2-d https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5NTQw-given-below-are-two-statements-assertion-a-smaller-drops-of-water-resist-deformation-forces-better-than-larger-drops-reason-r-excess-pressure-inside-the-drop-is-inversely-proportional-to-its-radius-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzM4-the-radius-of-an-air-bubble-is-double-that-of-another-the-ratio-of-the-excess-pressure-in-the-bubbles-will-be-1-1-sqrt-2-2-1-2-3-1-4-4-1-8-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTI3NDU3-consider-a-bowl-filled-with-water-on-which-some-black-pepper-powder-has-been-sprinkled-uniformly-now-a-drop-of-liquid-soap-is-added-at-the-centre-of-the-surface-of-the-water-the-picture-of-the-surface https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc4NDUw-the-pressure-inside-two-soap-bubbles-are-1-01-and-1-02-atmosphere-respectively-the-ratio-of-their-volumes-is-1-4-1-2-2-1-3-8-1-4-0-8-1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDQw-the-intermolecular-force-of-attraction-between-molecules-of-different-substances-is-known-as-1-adhesive-force-2-cohesive-force-3-surface-tension-4-contact-force-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDQ2-water-rises-in-the-two-capillaries-of-the-same-material-up-to-a-height-of-30-and-60-mathrm-mm-text-the-ratio-of-the-radii-of-the-capillaries-is-assume-h-gg-r-1-2-1-2-3-5-3-5-4-4-4-7-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA1MDQ3-the-pressure-difference-on-two-sides-of-the-curved-liquid-surface-is-due-to-1-surface-tension-2-buoyancy-3-viscosity-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NzIyNTg-a-capillary-tube-of-radius-0-20-mm-is-dipped-vertically-in-the-water-the-height-of-the-water-column-raised-in-the-tube-will-be-surface-tension-of-water-0-075-n-m-and-density-of-water-1000-kg-m3-take-g https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzI0MDcw-in-a-surface-tension-experiment-with-a-capillary-tube-the-water-rises-up-to-height-h-choose-the-correct-statement-from-the-following-options-1-in-a-lift-moving-upward-with-acceleration-height-is-less https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc4NDU4-when-a-long-glass-capillary-tube-of-radius-0-015-text-cm-is-dipped-in-a-liquid-the-liquid-rises-to-a-height-of-15-text-cm-within-it-if-the-contact-angle-between-the-liquid-and-glass-to-close-to-0-circ https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTQ1Mzg-if-the-surface-tension-of-water-is-0-06-text-n-m-then-the-capillary-rise-in-a-tube-of-diameter-1-text-mm-is-theta-0-circ-1-1-22-text-cm-2-2-44-text-cm-3-3-12-text-cm-4-3-86-text-cm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzI1MTg2-a-liquid-reaches-equilibrium-inside-a-capillary-tube-with-an-internal-radius-r-see-figure-given-the-surface-tension-t-of-the-liquid-the-angle-of-contact-theta-and-the-density-rho-of-the-liquid-what-is https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzA1-an-airplane-of-a-total-wing-area-of-120-text-m-2-is-in-a-level-flight-at-some-height-if-the-pressure-difference-between-the-upper-and-lower-surface-is-2-5-text-kpa-then-the-mass-of-the-airplane-is-tak https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzA5-a-liquid-is-poured-into-three-vessels-of-the-same-base-area-and-equal-heights-as-shown-in-the-figure-then-1-the-maximum-force-on-the-base-will-be-for-the-vessel-c-2-the-maximum-force-on-the-base-will https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjM4-if-pressure-at-half-the-depth-of-a-lake-is-equal-to-2-3rd-the-pressure-at-the-bottom-of-the-lake-then-the-depth-of-the-lake-is-1-10-m-2-20-m-3-60-m-4-30-m-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTAyODkz-a-diver-is-10-m-below-the-surface-of-the-water-the-approximate-pressure-experienced-by-the-diver-is-1-10-5-pa-2-2-times10-5-pa-3-3-times10-5-pa-4-4-times-10-5-pa-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTgy-the-value-of-g-at-a-place-decreases-by-2-then-the-barometric-height-of-mercury-1-increases-by-2-2-decreases-by-2-3-remains-unchanged-4-sometimes-increases-and-sometimes-decreases-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTgw-the-height-of-a-mercury-barometer-is-75-text-cm-at-sea-level-and-50-text-cm-at-the-top-of-a-hill-the-ratio-of-the-density-of-mercury-to-that-of-air-is-10-4-the-height-of-the-hill-is-1-250-text-m-2-2-5 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTc5-a-siphon-in-use-is-demonstrated-in-the-following-figure-the-density-of-the-liquid-flowing-in-the-siphon-is-1-5-gm-cc-the-pressure-difference-between-the-point-p-and-s-will-be-1-105-n-m-2-2-105-n-m-3-z https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTgz-a-barometer-kept-in-a-stationary-elevator-reads-76-text-cm-if-the-elevator-starts-accelerating-up-the-reading-will-be-1-zero-2-equal-to-76-text-cm-3-more-than-76-text-cm-4-less-than-76-text-cm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTc4-an-inverted-bell-lying-at-the-bottom-of-a-lake-47-6-m-deep-has-50-cm3-of-air-trapped-in-it-the-bell-is-brought-to-the-surface-of-the-lake-the-volume-of-the-trapped-air-will-be-atmospheric-pressure-70 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzMw-there-are-four-cylindrical-vessels-identical-in-dimensions-if-these-are-filled-with-equal-masses-of-four-different-liquids-p-q-r-and-s-such-that-their-densities-are-rho-p-rho-q-rho-r-rho-s-then-the-pr https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTAyODg4-a-mercury-filled-u-tube-arrangement-is-connected-to-a-bulb-containing-a-gas-atmospheric-pressure-is-1-012-times-10-5-pa-and-mathrm-h-0-05-m-then-1-gauge-pressure-at-mathrm-r-is-nil-2-gauge-pressure-at https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzA0-a-u-tube-is-partially-filled-with-water-oil-which-is-immiscible-in-water-is-poured-into-one-side-until-the-water-rises-by-25-cm-on-the-other-side-if-the-oil-level-is-12-5-cm-higher-than-the-water-leve https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzEw-a-liquid-is-filled-in-a-container-as-shown-in-the-figure-the-force-exerted-by-the-liquid-on-the-base-of-the-container-must-be-1-equal-to-the-weight-of-the-liquid-2-more-than-the-weight-of-the-liquid-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQzOTIz-a-tank-is-filled-with-water-up-to-a-height-h-and-the-pressure-at-the-bottom-of-the-tank-is-3p-where-p-is-the-atmospheric-pressure-the-height-of-a-point-from-the-bottom-of-the-tank-where-pressure-is-11 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzU4-given-below-are-two-statements-assertion-a-specific-gravity-of-a-fluid-is-a-dimensionless-quantity-reason-r-it-is-the-ratio-of-the-density-of-the-fluid-to-the-density-of-water-1-both-a-and-r-are-true https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzI3-if-two-iron-balls-when-fully-immersed-in-water-experience-thrust-force-in-the-ratio-of-1-2-then-the-ratio-of-the-masses-of-the-balls-will-be-1-1-1-2-1-2-3-2-1-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzI1-when-a-man-sits-on-a-boat-of-length-2-text-m-and-breadth-1-text-m-floating-on-a-lake-the-boat-sinks-by-2-text-cm-the-mass-of-the-man-is-1-25-text-kg-2-40-text-kg-3-60-text-kg-4-80-text-kg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQzOTg5-a-body-of-density-0-7-g-cm3-floats-on-a-lake-of-water-the-fraction-of-the-body-that-is-outside-water-is-1-30-text-2-70-text-3-25-text-4-50-text-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzA3-a-block-weighs-5-text-n-in-the-air-and-4-5-text-n-in-a-liquid-of-specific-gravity-0-5-its-weight-in-water-will-be-1-3-5-text-n-2-4-0-text-n-3-2-5-text-n-4-3-0-text-n-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzMz-the-reading-of-a-spring-balance-when-a-block-is-suspended-from-it-in-the-air-is-60-n-this-reading-is-changed-to-40-n-when-the-block-is-submerged-in-water-the-specific-gravity-of-the-block-therefore-mu https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzM3-a-beaker-full-of-water-is-placed-on-a-spring-balance-if-we-put-our-finger-in-water-without-touching-the-beaker-how-will-the-reading-of-the-balance-change-take-finger-wate-r-1-increase-2-decrease-3-rem https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTk3-if-two-pieces-of-metal-when-immersed-in-a-liquid-have-equal-upthrust-on-them-then-1-both-pieces-must-have-equal-weights-2-both-pieces-must-have-equal-densities-3-both-pieces-must-have-equal-volumes-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTkz-a-body-is-just-floating-on-the-surface-of-a-liquid-the-density-of-the-body-is-the-same-as-that-of-the-liquid-the-body-is-slightly-pushed-down-what-will-happen-to-the-body-1-it-will-slowly-come-back-to https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjI2-a-block-of-ice-floats-on-a-liquid-of-density-1-2-g-cm3g-cm3-in-a-beaker-the-level-of-liquid-when-ice-completely-melts-1-remains-same-2-rises-3-lowers-4-1-2-or-3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY1MjY4-a-solid-is-suspended-from-an-independent-support-in-a-liquid-placed-on-a-weighing-machine-due-to-which-the-weight-of-the-liquid-1-increases-2-decreases-3-remain-unchanged-4-may-increase-or-decrease-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njk5-a-metallic-sphere-with-an-internal-cavity-weighs-40-text-gwt-in-air-and-20-text-gwt-in-water-if-the-density-of-the-material-with-the-cavity-is-8-text-gm-cm-3-then-the-volume-of-the-cavity-is-1-0-text https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTI3NDYy-a-cube-floats-both-in-water-and-in-a-liquid-of-specific-gravity-of-0-8-therefore-a-the-apparent-weight-of-the-cube-is-the-same-in-water-and-in-liquid-b-the-cube-has-displaced-an-equal-volume-of-water https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQyOTU1-given-below-are-two-statements-assertion-a-a-piece-of-ice-floats-in-water-the-level-of-water-remains-unchanged-when-the-ice-melts-completely-reason-r-according-to-archimedes-principle-the-loss-in-weig https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTcz-equation-of-continuity-is-based-on-1-conservation-of-mass-2-conservation-of-energy-3-conservation-of-angular-momentum-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTcy-water-flows-through-a-smooth-frictionless-duct-whose-cross-sectional-area-varies-along-its-length-as-shown-in-the-figure-the-pressure-p-measured-at-different-points-along-the-central-axis-of-the-duct https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzIy-a-large-open-tank-with-a-square-hole-of-side-0-1-cm-in-the-wall-at-a-depth-of-0-2-m-from-the-top-is-completely-filled-with-a-liquid-the-rate-of-flow-of-liquid-in-cm3cm3-s-through-the-hole-will-be-1-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjE1-a-tank-is-filled-with-water-up-to-a-height-h-the-water-is-allowed-to-come-out-of-a-hole-p-in-one-of-the-walls-at-a-depth-d-below-the-surface-of-the-water-the-horizontal-distance-x-in-terms-of-h-and-d https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTAyODc4-the-pressure-of-water-in-a-water-pipe-when-tap-is-opened-and-closed-are-respectively-3-times10-5-nm-2-and-3-5-times10-5-nm-2-with-open-tap-the-velocity-of-water-flowing-is-1-10-ms-1-2-5-ms-1-3-20-ms-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTc4MDk-a-horizontal-pipe-line-carries-water-in-a-streamline-flow-at-a-point-along-the-pipe-where-cross-sectional-area-is-10-cm2-the-velocity-of-water-is-1-m-s-and-pressure-is-2000-pa-the-pressure-of-water-at https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjAw-the-following-figure-shows-the-flow-of-liquid-through-a-horizontal-pipe-three-tubes-a-b-and-c-are-connected-to-the-pipe-the-radii-of-the-tubes-a-b-and-c-at-the-junction-are-respectively-2-text-cm-1-te https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njg3-there-is-an-orifice-at-some-depth-in-the-water-tank-absolute-pressure-at-the-level-of-the-orifice-in-the-water-tank-is-4-atmospheric-pressure-the-density-of-water-is-10-3-text-kg-m-3-and-1-text-atm-pr https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2ODAy-the-water-flows-through-a-frictionless-tube-with-a-varying-cross-section-as-shown-in-the-figure-the-variation-of-pressure-p-at-the-point-x-along-the-axis-is-roughly-given-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTIyODc4-in-a-horizontal-pipe-line-the-pressure-falls-by-161616-nm-2nm-2nm-2-between-two-points-separated-by-a-distance-of-2-km-density-of-oil-is-800800800-kgkgkg-m-3m-3m-3-change-in-kinetic-energy-per-kg-of-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTczNzU5-the-speed-of-flow-past-the-lower-surface-of-a-wing-of-an-airplane-is-50-text-m-s-what-speed-of-flow-over-the-upper-surface-will-give-a-dynamic-lift-of-1000-text-pa-density-of-air-1-3-text-kg-m-3-1-25 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTA3OTI3-find-the-rate-of-flow-of-glycerin-of-density-1-25-103-kg-m3-through-the-conical-section-of-a-pipe-if-the-radii-of-its-ends-are-0-1-m-and-0-04-m-and-the-pressure-drop-across-its-length-is-10-n-m2-1-3-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjA0-there-is-a-hole-in-the-bottom-of-a-tank-having-water-if-the-total-pressure-at-the-bottom-is-3-atm-1-text-atm-10-5-text-n-text-m-2-then-the-velocity-of-water-flowing-from-the-hole-is-1-sqrt-400-text-m https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjEy-the-pans-of-a-physical-balance-are-in-equilibrium-if-air-is-blown-under-the-right-hand-pan-then-the-right-hand-pan-will-1-move-up-2-move-down-3-move-erratically-4-remain-at-the-same-level-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTA3OTI4-water-flows-through-a-frictionless-duct-with-a-cross-section-varying-as-shown-in-the-figure-pressure-p-at-points-along-the-axis-is-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Nzcw-a-water-tank-is-kept-at-a-height-h-above-the-ground-and-the-tank-contains-depth-h-of-water-as-shown-find-the-maximum-possible-range-of-water-current-if-there-exists-a-small-hole-on-the-sidewall-of-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjE0-a-sniper-fires-a-rifle-bullet-into-a-gasoline-tank-making-a-hole-53-0-m-below-the-surface-of-gasoline-the-tank-was-sealed-at-3-10-atm-the-stored-gasoline-has-a-density-of-660-kgm-3kgm-3kgm-3-the-veloc https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzU4-from-the-given-diagram-the-speed-with-which-water-leaves-the-tube-b-of-small-diameter-is-1-sqrt-2-left-gh-right-1-2-sqrt-2-left-gh-right-2-3-sqrt-2-g-left-h-1-h-2-right-4-sqrt-2-g-left-h-2-h-1-right-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTIyMTU2-fluid-flows-through-a-pipe-in-a-horizontal-plane-the-fluid-has-a-relative-density-of-0-9-and-its-velocity-at-p-where-cross-section-area-is-a-is-4-m-s-what-is-its-pressure-at-q-where-cross-section-area https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTcwNDQ0-water-flows-through-a-horizontal-tube-as-shown-in-figure-if-the-difference-in-heights-of-water-column-in-vertical-tubes-is-80-cm-and-the-area-of-cross-section-at-a-and-b-are-5-cm2-and-3-cm2-respective https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ4OTM3-an-ideal-fluid-is-flowing-in-a-steady-state-from-section-a-to-b-through-a-pipe-in-a-vertical-plane-as-shown-select-the-incorrect-statement-1-total-energy-per-unit-volume-is-the-same-at-both-sections-a https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjA2-a-spherical-ball-of-radius-r-is-falling-in-a-viscous-fluid-of-viscosity-eta-with-a-velocity-v-the-retarding-viscous-force-acting-on-the-spherical-ball-is-1-inversely-proportional-to-r-but-directly-pro https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzE4-the-relative-velocity-of-two-adjacent-layers-of-a-liquid-is-6-text-cm-s-and-the-perpendicular-distance-between-layers-is-0-1-text-mm-the-velocity-gradient-for-liquid-in-per-second-is-1-6-2-0-6-3-0-06 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTcyNjcw-the-velocity-of-a-small-ball-of-mass-m-and-density-when-dropped-in-a-container-filled-with-glycerin-of-density-becomes-constant-after-sometime-the-viscous-force-acting-on-the-ball-in-the-final-stage-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTkxODQz-with-an-increase-in-temperature-the-viscosity-of-liquid-and-gas-respectively-will-1-increase-and-increase-2-increase-and-decrease-3-decrease-and-increase-4-decrease-and-decrease-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjA1-a-square-plate-of-0-1-m-side-moves-parallel-to-a-second-plate-with-a-velocity-of-0-1-m-s-both-plates-being-immersed-in-water-if-the-viscous-force-is-0-002-n-and-the-coefficient-of-viscosity-is-0-01-po https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTk5NDgy-two-small-spherical-metal-balls-having-equal-masses-are-made-from-materials-of-densities-rho-1-and-rho-2-such-that-1-8-2-1-8-2-and-having-radii-of-1-mm-and-2-mm-respectively-they-are-made-to-fall-vert https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NTcx-a-small-spherical-solid-ball-is-dropped-in-a-viscous-liquid-its-journey-in-the-liquid-is-best-described-in-the-figure-by-1-curve-a-2-curve-b-3-curve-c-4-curve-d-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjE5-if-a-small-drop-of-water-falls-from-rest-through-a-large-height-h-in-air-then-the-final-velocity-is-1-propto-sqrt-mathrm-h-2-propto-mathrm-h-3-propto-1-h-4-almost-independent-of-h-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzYz-an-iron-sphere-is-dropped-into-a-viscous-liquid-which-of-the-following-represents-its-acceleration-a-versus-time-t-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjM5-a-spherical-drop-of-water-has-a-radius-of-1-mm-if-the-surface-tension-of-water-is-70-10-370-10-370-10-3-n-m-the-difference-in-pressures-inside-and-outside-the-spherical-drop-is-1-35-n-m2-2-70-n-m2-3-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzI0-the-property-of-surface-tension-of-the-liquid-is-due-to-1-the-gravitational-force-of-attraction-between-the-molecules-2-the-cohesive-forces-between-the-molecules-3-the-adhesive-force-between-the-molec https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjM2-in-order-to-float-a-ring-of-area-0-04-text-m-2-in-a-liquid-of-surface-tension-75-text-n-m-the-required-surface-energy-will-be-1-3-text-j-2-6-5-text-j-3-1-5-text-j-4-4-text-j-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjQz-if-the-excess-pressure-inside-a-soap-bubble-is-balanced-by-an-oil-column-of-height-of-2-text-mm-then-the-surface-tension-of-the-soap-solution-will-be-the-radius-of-the-soap-bubble-r-1-text-cm-and-dens https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY3NjM4-two-soap-bubbles-are-connected-by-a-tube-as-shown-in-the-figure-which-of-the-following-statement-is-true-1-the-volume-of-a-will-increase-2-the-volume-of-a-will-remain-constant-3-the-volume-of-b-will-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTczNzU3-small-droplets-of-liquid-are-usually-more-spherical-in-shape-than-the-larger-drops-of-the-same-liquid-because-1-the-force-of-surface-tension-is-equal-and-opposite-to-the-force-of-gravity-2-the-force-o https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzEz-the-surface-tension-of-a-liquid-is-5-n-m-1-if-a-film-is-held-on-a-ring-of-area-0-02-m2m2-then-its-total-surface-energy-is-1-3-times-10-210-2-j-2-2-times-10-110-1-j-3-3-times-10-310-3j-4-10-110-1-j-1-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246NTEwNTE-a-rectangular-film-of-liquid-is-extended-from-4-text-cm-times2-text-cm-to-5-text-cm-times-4-text-cm-if-the-work-done-is-3-times-10-4-text-j-the-value-of-the-surface-tension-of-the-liquid-is-1-0-25-n-m https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzA2-an-air-bubble-of-radius-r-in-water-is-at-a-certain-depth-below-the-water-surface-if-p-is-the-pressure-inside-the-bubble-then-the-depth-below-the-water-surface-is-p-0-atmospheric-pressure-rho-density-o https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTI3NDYw-when-two-drops-of-water-coalesce-i-total-surface-area-decreases-ii-there-is-some-rise-in-the-temperature-which-of-the-following-is-correct-1-both-i-and-ii-are-wrong-statements-2-i-is-true-but-ii-is-fa https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTA3OTI2-a-liquid-drop-at-temperature-t-isolated-from-its-surroundings-breaks-into-a-number-of-droplets-the-temperature-of-the-droplets-will-be-1-equal-to-t-2-greater-than-t-3-less-than-t-4-either-1-2-or-3-dep https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2Njg0-which-of-the-following-graphs-best-represents-the-variation-of-capillary-rise-of-a-liquid-with-the-radius-of-the-capillary-tube-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjQ3-if-the-surface-tension-of-water-is-0-06-text-n-m-2-then-the-capillary-rise-in-a-tube-of-diameter-1-text-mm-is-theta-0-circ-1-1-22-text-m-2-2-44-text-cm-3-3-12-text-cm-4-3-86-text-cm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODU3-the-wettability-of-a-surface-by-a-liquid-depends-primarily-on-1-viscosity-2-surface-tension-3-density-4-angle-of-contact-between-the-surface-and-the-liquid-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjEzODU5-water-rises-to-height-h-in-a-capillary-tube-if-the-length-of-the-capillary-tube-above-the-surface-of-water-is-made-less-than-h-then-1-water-does-not-rise-at-all-2-water-rises-up-to-the-top-of-the-capi https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzE1-a-liquid-filled-in-a-container-has-a-plane-meniscus-if-is-the-angle-of-contact-then-1-theta-0-circ-2-theta-90-circ-3-theta-4-theta-180-circ-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTY2NzU0-if-a-capillary-tube-is-partially-dipped-vertically-into-liquid-and-the-levels-of-the-liquid-inside-and-outside-are-the-same-then-the-angle-of-contact-is-1-90-circ-2-30-circ-3-45-circ-4-0-circ-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5NzAz-given-below-are-two-statements-assertion-a-when-height-of-a-tube-is-less-than-liquid-rise-in-the-capillary-tube-the-liquid-does-not-overflow-reason-r-product-of-radius-of-meniscus-and-height-of-liquid https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjQ4-if-the-capillary-experiment-is-performed-in-a-vacuum-then-for-a-liquid-the-capillary-will-1-rise-2-remain-the-same-3-fall-4-rise-to-the-top-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTQ1NjQw-in-a-capillary-tube-pressure-below-the-curved-surface-of-the-water-will-be-1-equal-to-atmospheric-pressure-2-equal-to-upper-side-pressure-3-more-than-upper-side-pressure-4-lesser-than-upper-side-press https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTkyNzk5-a-submarine-is-designed-to-withstand-an-absolute-pressure-of-100-atm-how-deep-can-it-go-below-the-water-surface-consider-the-density-of-water-1000-text-kg-m-3-1-text-atm-1-times-10-5-text-pa-and-gravi https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTk4MTgx-in-the-measurement-of-the-viscosity-of-liquids-using-the-terminal-velocity-experiment-spherical-balls-of-the-same-radius-but-having-different-densities-are-used-the-variation-of-the-terminal-velocity https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTk4MTc0-water-flows-in-a-streamline-motion-through-a-horizontal-pipe-of-circular-cross-section-as-shown-in-the-figure-the-pressure-difference-of-water-between-p-and-q-is-15-text-nm-2-the-areas-of-cross-sectio https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1MTU0-consider-a-water-tank-shown-in-the-figure-it-has-one-wall-at-x-l-and-can-be-taken-to-be-very-wide-in-the-z-direction-when-filled-with-a-liquid-of-surface-tension-s-and-density-rho-the-liquid-surface-m https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDY4NzQ1-an-ideal-fluid-is-flowing-in-a-non-uniform-cross-sectional-tube-xy-as-shown-in-the-figure-from-end-x-to-end-y-if-k-1-and-k-2-are-the-kinetic-energies-per-unit-volume-of-the-fluid-at-x-and-y-respective https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246ODkwMDQ-a-u-text-tube-with-both-ends-open-to-the-atmosphere-is-partially-filled-with-water-oil-which-is-immiscible-with-water-is-poured-into-one-side-until-it-stands-at-a-level-of-10-text-mm-above-the-water-l https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTA3MTc-water-rises-to-height-h-in-a-capillary-tube-if-the-length-of-capillary-tube-above-the-surface-of-the-water-is-made-less-than-h-then-1-water-does-not-rise-at-all-2-water-rises-up-to-the-tip-of-capillar https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTA3MjU-the-heart-of-a-man-pumps-5-text-l-of-blood-through-the-arteries-per-minute-at-a-pressure-of-150-text-mm-of-mercury-if-the-density-of-mercury-is-13-6-times10-3-text-kg-m-3-andandand-g-10-text-m-s-2-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-pb246OTExMjY-a-certain-number-of-spherical-drops-of-a-liquid-of-radius-r-coalesce-to-form-a-single-drop-of-radius-r-and-volume-v-if-t-is-the-surface-tension-of-the-liquid-then-1-the-energy-4-vt-left-frac-1-r-frac https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MjI2MzAz-pressure-is-a-scalar-quantity-because-a-it-is-the-ratio-of-force-to-the-area-and-both-force-and-area-are-vectors-b-it-is-the-ratio-of-the-magnitude-of-the-force-to-the-area-c-it-is-the-ratio-of-the-co https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzE0MTQ1-given-below-are-two-statements-assertion-a-insects-are-observed-to-walk-on-the-surface-of-water-reason-r-this-is-due-to-the-viscous-force-of-water-acting-on-the-insect-s-legs-1-both-a-and-r-are-true-a https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzE0MTIz-given-below-are-two-statements-assertion-a-water-flows-through-a-smooth-horizontal-tube-with-a-narrowing-cross-section-and-its-pressure-increases-reason-r-bernoulli-s-equation-for-fluids-states-that-p https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5NjMz-given-below-are-two-statements-assertion-a-the-stream-of-water-flowing-at-high-speed-from-a-garden-hose-pipe-tends-to-spread-like-a-fountain-when-held-vertically-up-but-tends-to-narrow-down-when-held https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5NzI5-given-below-are-two-statements-assertion-a-if-a-liquid-in-a-vessel-is-stirred-and-left-to-itself-the-motion-disappear-after-few-minutes-reason-r-the-moving-liquid-exerts-equal-and-opposite-force-1-bot https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5OTU4-given-below-are-two-statements-assertion-a-a-large-force-is-required-to-draw-apart-normally-two-glass-plates-enclosing-a-thin-water-film-reason-r-water-works-as-glue-and-sticks-two-glass-plates-1-both https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5OTU5-given-below-are-two-statements-assertion-a-water-rises-higher-in-a-capillary-tube-with-a-small-diameter-than-in-the-one-with-a-large-diameter-reason-r-the-height-to-which-a-liquid-rises-in-a-capillary https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5OTc3-given-below-are-two-statements-assertion-a-a-small-drop-of-mercury-is-spherical-but-bigger-drops-are-oval-in-shape-reason-r-surface-tension-of-liquid-decreases-with-increase-in-temperature-1-both-a-an https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM5OTgw-given-below-are-two-statements-assertion-a-to-float-a-body-must-displace-liquid-whose-weight-is-greater-than-the-actual-weight-of-the-body-reason-r-during-floating-the-body-will-experience-no-net-down https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQwMDE1-given-below-are-two-statements-assertion-a-a-ship-floats-higher-in-the-water-on-a-high-pressure-day-than-on-a-low-pressure-day-reason-r-floating-of-ship-in-the-water-is-not-possible-because-of-buoyanc https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQwMDUw-given-below-are-two-statements-assertion-a-a-bubble-comes-from-the-bottom-of-a-lake-to-the-top-reason-r-its-radius-increases-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQwMTAx-assertion-bigger-drops-of-liquid-resist-deforming-forces-better-than-the-smaller-drops-reason-excess-pressure-inside-the-drop-is-directly-proportional-to-its-radius-1-both-assertion-and-reason-are-tru https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQwMTI5-given-below-are-two-statements-assertion-a-when-two-soap-bubbles-of-different-radii-are-brought-into-contact-the-common-interface-of-contact-bulges-into-the-bubble-of-larger-radii-reason-r-pressure-in https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQwMTQ3-given-below-are-two-statements-assertion-a-a-spaceship-while-entering-the-earth-s-atmosphere-is-likely-to-catch-fire-reason-r-the-temperature-of-the-upper-atmosphere-is-very-high-1-both-a-and-r-are-tr https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQwMTUx-given-below-are-two-statements-assertion-a-a-thin-stainless-steel-needle-can-lay-floating-on-a-still-water-surface-reason-r-any-object-floats-when-the-buoyant-force-balances-the-weight-of-the-object-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQwMTk0-given-below-are-two-statements-assertion-a-the-shape-of-a-liquid-drop-is-spherical-reason-r-the-pressure-inside-the-drop-is-greater-than-that-outside-1-both-a-and-r-are-true-and-r-is-the-correct-expla https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQwMjQ2-assertion-the-velocity-of-a-man-jumping-with-a-parachute-first-increases-and-then-becomes-constant-reason-the-constant-velocity-of-the-fall-of-a-man-is-called-terminal-velocity-1-both-assertion-and-re https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQwMjYx-given-below-are-two-statements-assertion-a-at-the-critical-temperature-the-surface-tension-of-a-liquid-becomes-zero-reason-r-at-this-temperature-intermolecular-forces-for-liquids-and-gases-become-equa https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQwMjkz-given-below-are-two-statements-assertion-a-a-needle-placed-carefully-on-the-surface-of-the-water-may-float-whereas-a-ball-of-the-same-material-will-always-sink-reason-r-the-buoyancy-of-an-object-depen https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzQ4-given-below-are-two-statements-assertion-a-the-shape-of-an-automobile-is-so-designed-that-its-front-resembles-the-streamlined-pattern-of-the-fluid-through-which-it-moves-reason-r-the-resistance-offere https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzUw-given-below-are-two-statements-assertion-a-if-the-speed-of-a-fluid-element-increases-as-it-travels-along-a-horizontal-streamline-the-viscosity-of-the-fluid-must-decrease-reason-r-bernoulli-s-equation https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzUx-given-below-are-two-statements-assertion-a-machine-parts-often-become-jammed-in-winter-reason-r-the-viscosity-of-lubricants-used-in-machine-parts-increases-at-low-temperatures-1-both-a-and-r-are-true https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzU1-given-below-are-two-statements-assertion-a-a-hydrogen-filled-balloon-stops-rising-after-it-has-attained-a-certain-height-in-the-sky-reason-r-the-atmospheric-pressure-decreases-with-height-and-becomes https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzU3-given-below-are-two-statements-assertion-a-when-a-capillary-tube-is-dipped-into-mercury-the-mercury-level-in-the-tube-falls-reason-r-mercury-is-a-very-viscous-liquid-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzU5-given-below-are-two-statements-assertion-a-for-reynolds-number-r-e-3000-the-flow-of-fluid-is-turbulent-reason-r-inertial-forces-are-dominant-compared-to-viscous-forces-at-such-high-reynold-s-numbers-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzc2-given-below-are-two-statements-assertion-a-the-equation-of-continuity-is-a-1-v-1-rho-1-a-2-v-2-rho-2-symbols-have-their-usual-meanings-reason-r-the-equation-of-continuity-is-valid-only-for-incompressi https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzc5-given-below-are-two-statements-assertion-a-atomizer-is-based-on-the-principle-of-bernoulli-s-theorem-reason-r-bernoulli-s-theorem-is-based-on-the-conservation-of-energy-1-both-a-and-r-are-true-and-r-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzgx-given-below-are-two-statements-assertion-a-excess-pressure-inside-a-soap-bubble-is-4t-over-r-symbols-have-their-usual-meanings-reason-r-in-a-soap-bubble-surface-tension-force-counterbalances-the-force https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzgy-given-below-are-two-statements-assertion-a-when-a-drop-breaks-apart-into-smaller-drops-the-temperature-of-the-drop-decreases-reason-r-the-surface-energy-of-the-drop-increases-at-the-cost-of-internal-e https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzg0-given-below-are-two-statements-assertion-a-a-liquid-may-neither-rise-nor-fall-in-a-capillary-tube-reason-r-this-is-possible-if-and-only-if-the-surface-tension-is-zero-1-both-a-and-r-are-true-and-r-is https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQxMzg1-given-below-are-two-statements-assertion-a-a-scuba-diver-inhales-enough-air-from-his-oxygen-tank-to-fully-expand-his-lungs-while-at-bottom-of-the-swimming-pool-during-his-ascent-towards-the-water-s-su https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NTYx-consider-the-equations-p-operatorname-lim-delta-s-rightarrow-0-frac-f-delta-s-text-and-p-1-p-2-rho-g-z-in-an-elevator-accelerating-upward-1-both-the-equations-are-valid-2-the-first-is-valid-but-not-th https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NTYy-the-three-vessels-shown-in-the-figure-have-the-same-base-area-equal-volumes-of-a-liquid-are-poured-in-the-three-vessels-the-force-on-the-base-will-be-a-b-c-1-maximum-in-vessel-a-2-maximum-in-vessel-b https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NTY0-the-figure-shows-a-siphon-the-liquid-shown-is-water-the-pressure-difference-p-b-p-a-between-the-points-a-and-b-is-1-400-text-n-m-2-2-3000-text-n-m-2-3-1000-text-n-m-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NTY1-a-beaker-containing-a-liquid-is-kept-inside-a-big-closed-jar-if-the-air-inside-the-jar-is-continuously-pumped-out-the-pressure-in-the-liquid-near-the-bottom-of-the-liquid-will-1-increase-2-decrease-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzM0-the-pressure-in-a-liquid-at-two-points-in-the-same-horizontal-plane-are-equal-consider-an-elevator-accelerating-upward-and-a-car-accelerating-on-a-horizontal-road-the-above-statement-is-correct-in-1-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzM1-suppose-the-pressure-at-the-surface-of-mercury-in-a-barometer-tube-is-p1-and-the-pressure-at-the-surface-of-mercury-in-the-cup-is-p2-1-p1-0-p2-atmospheric-pressure-2-p1-atmospheric-pressure-p2-0-3-p1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzM2-a-barometer-kept-in-an-elevator-reads-76-cm-when-it-is-at-rest-if-the-elevator-goes-up-with-increasing-speed-the-reading-will-be-1-zero-2-76-cm-3-76-cm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzM3-a-barometer-kept-in-an-elevator-accelerating-upward-reads-76-cm-the-air-pressure-in-the-elevator-is-1-zero-2-76-cm-3-76-cm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzM4-to-construct-a-barometer-a-tube-of-length-1-m-is-filled-completely-with-mercury-and-is-inverted-in-a-mercury-cup-the-barometer-reading-on-a-particular-day-is-76-cm-suppose-a-1-m-tube-is-filled-with-me https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzM5-a-20-n-metal-block-is-suspended-by-a-spring-balance-a-beaker-containing-some-water-is-placed-on-a-weighing-machine-which-reads-40-n-the-spring-balance-is-now-lowered-so-that-the-block-gets-immersed-in https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzQw-a-piece-of-wood-is-floating-in-water-kept-in-a-bottle-the-bottle-is-connected-to-an-air-pump-neglect-the-compressibility-of-water-when-more-air-is-pushed-into-the-bottle-from-the-pump-the-piece-of-woo https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzQx-a-metal-cube-is-placed-in-an-empty-vessel-when-water-is-filled-in-the-vessel-so-that-the-cube-is-completely-immersed-in-the-water-the-force-on-the-bottom-of-the-vessel-in-contact-with-the-cube-1-will https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzQz-a-closed-cubical-box-is-completely-filled-with-water-is-accelerated-horizontally-towards-right-with-an-acceleration-a-the-resultant-normal-force-by-the-water-on-the-top-of-the-box-1-passes-through-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzQ0-consider-the-situation-of-the-previous-problem-let-the-water-push-the-left-wall-by-a-force-f1-and-the-right-wall-by-a-force-f2-1-f1-f2-2-f1-f2-3-f1-f2-4-the-information-is-insufficient-to-know-the-rel https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzQ4-water-and-mercury-are-filled-in-two-cylindrical-vessels-up-to-the-same-height-both-vessels-have-a-hole-in-the-wall-near-the-bottom-the-velocity-of-water-and-mercury-coming-out-of-the-holes-are-v-1-and https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzQ5-a-large-cylindrical-tank-has-a-hole-of-area-a-at-its-bottom-water-is-poured-into-the-tank-by-a-tube-of-equal-cross-sectional-area-a-ejecting-water-at-the-speed-v-1-the-water-level-in-the-tank-will-kee https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzUw-a-solid-floats-in-a-liquid-in-a-partially-dipped-position-then-a-the-solid-exerts-a-force-equal-to-its-weight-on-the-liquid-b-the-liquid-exerts-a-force-of-buoyancy-on-the-solid-which-is-equal-to-the-w https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzUx-the-weight-of-an-empty-balloon-on-a-spring-balance-is-w-1-the-weight-becomes-w-2-when-the-balloon-is-filled-with-air-let-the-weight-of-the-air-itself-be-w-neglect-the-thickness-of-the-balloon-when-it https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzUy-a-solid-is-completely-immersed-in-a-liquid-the-force-exerted-by-the-liquid-on-the-solid-will-a-increase-if-it-is-pushed-deeper-inside-the-liquid-b-change-if-its-orientation-is-changed-c-decrease-if-it https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzUz-a-closed-vessel-is-half-filled-with-water-there-is-a-hole-near-the-top-of-the-vessel-and-air-is-pumped-out-from-this-hole-a-the-water-level-will-rise-up-in-the-vessel-b-the-pressure-at-the-surface-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzU0-in-a-streamlined-flow-of-a-fluid-a-the-speed-of-a-particle-always-remains-the-same-b-the-velocity-of-a-particle-always-remains-the-same-c-the-kinetic-energies-of-all-the-particles-arriving-at-a-given https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzU1-water-flows-through-two-identical-tubes-a-and-b-a-volume-v0-of-water-passes-through-the-tube-a-and-2-v0-through-b-in-a-given-time-which-of-the-following-may-be-correct-a-flow-in-both-the-tubes-are-ste https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1NzU3-there-is-a-small-hole-near-the-bottom-of-an-open-tank-filled-with-a-liquid-the-speed-of-the-water-ejected-does-not-depend-on-a-area-of-the-hole-b-the-density-of-the-liquid-c-height-of-the-liquid-from https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzgz-by-the-surface-of-a-liquid-we-mean-1-a-geometrical-plane-like-x-0-2-all-molecules-exposed-to-the-atmosphere-3-a-layer-of-thickness-of-the-order-of-10-8-text-m-4-a-layer-of-thickness-of-the-order-of-10 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzg0-an-ice-cube-is-suspended-in-a-vacuum-in-a-gravity-free-hall-as-the-ice-melts-it-1-will-retain-its-cubical-shape-2-will-change-its-shape-to-spherical-3-will-fall-down-on-the-floor-of-the-hall-4-will-fl https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzg1-when-water-droplets-merge-to-form-a-bigger-drop-1-energy-is-liberated-2-energy-is-absorbed-3-energy-is-neither-liberated-nor-absorbed-4-energy-may-either-be-liberated-or-absorbed-depending-on-the-natu https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzg3-air-is-pushed-into-a-soap-bubble-of-radius-r-to-double-its-radius-if-the-surface-tension-of-the-soap-solution-is-s-the-work-done-in-the-process-is-1-8-pi-r2-s-2-12-pi-r2-s-3-16-pi-r2-s-4-24-pi-r2-s-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzg4-if-more-air-is-pushed-in-a-soap-bubble-the-pressure-in-it-1-decreases-2-increases-3-remains-same-4-becomes-zero-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzg5-if-two-soap-bubbles-of-different-radii-are-connected-by-a-tube-1-air-flows-from-bigger-bubble-to-the-smaller-bubble-till-the-sizes-become-equal-2-air-flows-from-bigger-bubble-to-the-smaller-bubble-til https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzkx-the-figure-shows-a-capillary-tube-of-radius-r-dipped-into-water-if-the-atmospheric-pressure-is-p-0-the-pressure-at-point-a-is-1-p-0-2-p-0-dfrac-2-s-r-3-p-0-dfrac-2-s-r-4-p-0-dfrac-4-s-r-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzky-the-excess-pressure-inside-a-soap-bubble-is-twice-the-excess-pressure-inside-a-second-soap-bubble-the-volume-of-the-first-bubble-is-n-times-the-volume-of-the-second-where-n-is-1-4-2-2-3-1-4-0-125-1-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzkz-which-of-the-following-graphs-may-represent-the-relation-between-the-capillary-rise-h-and-the-radius-r-of-the-capillary-1-d-2-b-3-c-4-a-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzk0-water-rises-in-a-vertical-capillary-tube-up-to-a-length-of-10-text-cm-if-the-tube-is-inclined-at-45-circ-the-length-of-water-rising-in-the-tube-will-be-1-10-text-cm-2-10-sqrt-2-text-cm-3-10-sqrt-2-tex https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzk1-a-20-text-cm-long-capillary-tube-is-dipped-in-water-the-water-rises-up-to-8-text-cm-if-the-entire-arrangement-is-put-in-a-freely-falling-elevator-the-length-of-the-water-column-in-the-capillary-tube-w https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzk2-viscosity-is-a-property-of-1-liquids-only-2-solids-only-3-solids-and-liquids-only-4-liquids-and-gases-only-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzk3-the-force-of-viscosity-is-1-electromagnetic-2-gravitational-3-nuclear-4-weak-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1Nzk5-the-viscous-force-acting-between-two-layers-of-a-liquid-is-given-by-frac-fa-eta-dfrac-dv-dz-this-f-a-may-be-called-1-pressure-2-longitudinal-stress-3-tangential-stress-4-volume-stress-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1ODAx-a-raindrop-falls-near-the-surface-of-the-earth-with-almost-uniform-velocity-because-1-its-weight-is-negligible-2-the-force-of-surface-tension-balances-its-weight-3-the-force-of-viscosity-of-air-balanc https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1ODAy-a-piece-of-wood-is-taken-deep-inside-a-long-column-of-water-and-released-it-will-move-up-1-with-a-constant-upward-acceleration-2-with-a-decreasing-upward-acceleration-3-with-a-deceleration-4-with-a-un https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1ODAz-a-solid-sphere-falls-with-a-terminal-velocity-of-20-m-s-1-in-air-if-it-is-allowed-to-fall-in-vacuum-1-terminal-velocity-will-be-20-m-s-1-2-terminal-velocity-will-be-less-than-20-m-s-1-3-terminal-veloc https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1ODA3-the-properties-of-a-surface-are-different-from-those-of-the-bulk-liquid-because-the-surface-molecules-a-are-smaller-than-other-molecules-b-acquire-charge-due-to-collision-from-air-molecules-c-find-dif https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1ODA4-the-height-to-which-a-liquid-rises-in-a-capillary-tube-depends-on-a-the-material-of-the-tube-b-the-length-of-the-tube-c-the-outer-radius-of-the-tube-d-the-inner-radius-of-the-tube-choose-the-correct-o https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1ODA5-the-contact-angle-between-a-solid-and-a-liquid-is-a-property-of-a-the-material-of-the-solid-b-the-material-of-the-liquid-c-the-shape-of-the-solid-d-the-mass-of-the-solid-choose-the-correct-option-from https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzA1ODE0-a-solid-sphere-moves-at-a-terminal-velocity-of-20-m-s-1-in-air-at-a-place-where-g-9-8-m-s-2-the-sphere-is-taken-in-a-gravity-free-hall-having-air-at-the-same-pressure-and-pushed-down-at-a-speed-of-20 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzU4MzE3-the-fluid-is-in-streamlined-flow-through-a-horizontal-pipe-with-a-variable-cross-sectional-area-which-of-the-following-statements-is-correct-1-the-velocity-is-maximum-at-the-narrowest-part-of-the-pipe https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTI3NDYx-the-density-of-ocean-water-increases-with-depth-this-variation-is-primarily-due-to-1-elasticity-2-viscosity-3-surface-tension-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQyNTY5-a-steel-ball-is-dropped-in-a-viscous-liquid-the-distance-time-graph-of-the-steel-ball-in-the-liquid-is-shown-below-the-terminal-velocity-of-the-ball-is-closest-to-1-0-26-text-m-s-2-0-33-text-m-s-3-0-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ1MTI1-a-viscous-liquid-is-flowing-through-a-straight-tube-under-the-action-of-a-pressure-difference-across-the-ends-of-the-tube-the-tube-is-aligned-with-the-x-axis-the-force-exerted-on-the-tube-by-the-liqui https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTI3NTU1-with-a-rise-in-temperature-1-surface-tension-of-water-decreases-2-viscosity-of-water-decreases-3-viscosity-of-air-decreases-4-viscosity-of-air-increases-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM4MTA4-the-surface-tension-of-soapy-water-is-s-when-bubbles-are-blown-with-soapy-water-one-bubble-of-radius-r-is-formed-within-another-of-radius-3r-the-excess-pressure-within-the-smaller-bubble-relative-to-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQzNDY1-the-platelets-are-drifting-with-the-blood-flowing-in-a-streamlined-flow-through-a-horizontal-artery-as-shown-below-the-artery-is-contracted-in-region-ii-choose-the-correct-statement-1-as-the-platelets https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzE0MTAz-a-block-of-wood-is-immersed-in-water-assume-that-the-wood-is-impervious-to-water-and-it-floats-half-immersed-it-is-placed-in-an-elevator-which-is-accelerating-upward-then-1-the-block-floats-slightly-m https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM0Mjg0-a-thin-spherical-shell-of-radius-r-thickness-t-made-of-a-metal-of-density-large-rho-small-s-floats-half-submerged-in-a-vessel-containing-a-liquid-of-density-large-rho-small-l-the-ratio-dfrac-large-rho https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzE0NDI0-a-small-tube-containing-air-at-atmospheric-pressure-p-76-cm-of-hg-has-a-mercury-column-of-the-length-of-19-cm-the-tube-is-initially-horizontal-then-it-is-turned-so-that-the-open-end-is-upward-and-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM0MjQ3-a-submarine-having-a-fixed-volume-is-floating-submerged-underwater-air-at-high-pressure-is-pumped-into-the-submarine-using-pipes-due-to-this-the-submarine-will-1-rise-2-sink-3-float-in-the-same-positi https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM1MTc0-a-large-vessel-of-liquid-of-density-rho-is-contained-in-a-tank-the-tank-is-pulled-towards-the-right-with-a-constant-acceleration-a-the-upper-level-of-the-liquid-is-not-shown-in-the-diagram-then-the-pr https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzMxMTg4-a-block-of-ice-floats-in-water-in-a-beaker-at-0-c-nearly-the-ice-melts-slowly-until-the-beaker-is-full-of-water-as-a-result-the-pressure-at-the-bottom-1-increases-slowly-2-decreases-slowly-3-first-inc https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTI3NDUy-water-containing-air-bubbles-flows-without-turbulence-through-a-horizontal-pipe-which-has-a-region-of-a-narrow-cross-section-in-this-region-the-bubbles-1-move-with-greater-speed-and-are-smaller-than-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM2NDcx-a-tank-of-uniform-cross-section-is-filled-with-water-the-pressure-at-the-bottom-of-the-tank-is-p-0-and-the-volume-of-water-is-v-0-ignore-atmospheric-pressure-the-potential-energy-of-the-water-in-the-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM0Mjgz-the-arrangement-shows-two-pistons-p-1-p-2-with-a-rigid-connecting-rod-c-so-that-they-can-slide-together-with-respect-to-the-two-fixed-cylinders-of-cross-sectional-areas-a-1-a-2-respectively-the-two-cy https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzMxNDQ2-a-liquid-of-density-rho-is-forced-out-through-a-small-hole-by-means-of-a-piston-of-cross-section-a-on-which-a-force-f-is-applied-the-flow-is-streamline-the-liquid-stream-strikes-the-ground-at-a-distan https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MTI3NDM3-we-sit-in-the-room-with-the-windows-open-then-1-the-air-pressure-on-the-floor-of-the-room-equals-the-atmospheric-pressure-but-the-air-pressure-on-the-ceiling-is-negligible-2-the-air-pressure-is-nearly https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM3Njk4-a-pair-of-soap-bubbles-cling-together-to-form-a-double-bubble-as-shown-their-respective-radii-are-3r-r-the-radius-of-their-interface-pq-is-1-2r-2-5r-3-dfrac-3r-4-4-dfrac-3r-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzM1MTc1-a-liquid-of-density-rho-flows-through-a-bent-tube-of-cross-section-a-with-a-speed-v-the-liquid-enters-at-point-a-and-exits-at-b-in-the-opposite-direction-the-radius-of-the-bend-is-r-the-tube-lies-on-a https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzE0MDUz-the-loss-in-weight-of-a-lead-block-is-3-times-in-liquid-a-compared-to-that-in-liquid-b-in-both-cases-the-block-is-half-immersed-if-rho-a-rho-b-be-the-densities-of-the-liquids-and-rho-l-the-density-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDA2Mjkw-a-body-floats-in-a-liquid-with-40-of-its-volume-outside-exposed-to-air-if-it-is-immersed-in-a-liquid-with-double-the-density-then-the-fraction-exposed-will-be-1-20-2-80-3-30-4-70-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTg4NDAw-a-water-spray-gun-is-attached-a-hose-of-cross-sectional-area-30-text-cm-2-the-gun-comprises-of-10-perforations-each-of-cross-sectional-area-of-15-text-mm-2-if-the-water-flows-in-the-hose-with-the-spee https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTg4NzEw-the-surface-tension-of-a-soap-bubble-is-0-03-text-n-m-the-work-done-in-increasing-the-diameter-of-bubble-from-2-text-cm-is-alpha-pi-times-10-4-text-j-the-value-of-alpha-is-take-pi-3-14-1-0-86-2-0-64-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTg4NzM3-if-an-air-bubble-of-diameter-2-text-mm-rises-steadily-through-a-liquid-of-density-200-text-kg-m-3-at-a-rate-of-0-5-text-cm-s-then-the-coefficient-of-viscosity-of-liquid-is-in-poise-take-g-10-text-m-s https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTg5MDE0-a-cylindrical-vessel-of-40-text-cm-radius-is-completely-filled-with-water-and-its-capacity-is-528-text-dm-3-dm-decimeter-the-vessel-is-placed-on-a-solid-block-of-exactly-same-height-as-vessel-if-a-sma https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTg4ODMy-a-liquid-drop-of-diameter-2-text-mm-breaks-into-512-droplets-the-change-in-surface-energy-is-alpha-times10-6-text-j-the-value-of-alpha-is-take-surface-tension-of-liquid-0-08-text-n-m-1-10-2-7-3-8-4-11 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTg4ODQ3-a-tub-is-filled-with-water-and-a-wooden-cube-10-cm-times10-cm-times-10-cm-is-placed-in-the-water-the-wooden-cube-is-found-to-float-on-the-water-with-a-part-of-it-submerged-in-water-when-a-metal-coin-i https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTg5MTIx-eight-mercury-drops-each-of-radius-r-coalesce-to-form-bigger-drop-the-surface-energy-released-in-this-process-is-s-is-the-surface-tension-of-mercury-1-8-pi-r-2-s-2-16-pi-r-2-s-3-64-pi-r-2-s-4-4-pi-r-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTg5NTA3-a-liquid-of-density-600-text-kg-m-3-flowing-steadily-in-a-tube-of-varying-cross-section-the-cross-section-at-a-point-a-is-1-0-text-cm-2-and-that-at-b-is-20-text-mm-2-both-the-points-a-and-b-are-in-sam https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTg5NTE5-a-spherical-liquid-drop-of-radius-r-acquires-the-terminal-velocity-v-1-when-falls-through-a-gas-of-viscosity-eta-now-the-drop-is-broken-into-64-indentical-droplets-and-each-droplets-acquires-terminal https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTg5ODA3-the-surface-tension-of-a-soap-solution-is-3-5-times-10-2-text-n-m-the-work-required-to-increase-the-radius-of-a-soap-bubble-from-1-text-cm-to-2-text-cm-is-alpha-times10-6-text-j-the-value-of-alpha-is https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTgxMDg1-water-flows-through-a-horizontal-tube-as-shown-in-the-figure-the-difference-in-height-between-the-water-columns-in-vertical-tubes-is-5-text-cm-and-the-area-of-cross-sections-at-a-and-b-are-6-text-cm-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTgxNTEw-a-spherical-body-of-radius-r-and-density-sigma-falls-freely-through-a-viscous-liquid-having-density-rho-and-viscosity-eta-and-attains-a-terminal-velocity-v-0-estimated-maximum-error-in-the-quantity-et https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTgxNTQx-surface-tension-of-two-liquids-having-same-densities-t-1-and-t-2-are-measured-using-capillary-rise-method-utilizing-two-tubes-with-inner-radii-of-r-1-and-r-2-where-r-1-r-2-the-measured-liquid-heights https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTgxNzQz-the-terminal-velocity-of-a-metallic-ball-of-radius-6-text-mm-in-a-viscous-fluid-is-20-text-cm-s-the-terminal-velocity-of-another-ball-of-same-material-and-having-radius-3-text-mm-in-the-same-fluid-wil https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTgwNjE3-given-below-are-two-statements-statement-i-pressure-of-fluid-is-exerted-only-on-a-solid-surface-in-contact-as-the-fluid-pressure-does-not-exist-everywhere-in-a-still-fluid-statement-ii-excess-potentia https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTgwNjQy-a-cylindrical-tube-ab-of-length-l-closed-at-both-ends-contains-an-ideal-gas-of-1-mol-having-molecular-weight-m-the-tube-is-rotated-in-a-horizontal-plane-with-constant-angular-velocity-omega-about-an-a https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTgxOTA3-a-small-metallic-sphere-of-diameter-2-mm-and-density-10-5-g-cm3-is-dropped-in-glycerine-having-viscosity-10-poise-and-density-1-5-g-cm3-respectively-the-terminal-velocity-attained-by-the-sphere-is-in https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTgxODk1-sixty-four-rain-drops-of-radius-1-text-mm-each-falling-down-with-a-terminal-velocity-of-10-text-cm-s-coalesce-to-form-a-bigger-drop-the-terminal-velocity-of-bigger-drop-is-in-text-cm-s-1-120-2-125-3-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTgwODc3-a-cubical-block-of-density-rho-b-600-text-kg-m-3-floats-in-a-liquid-of-density-rho-e-900-text-kg-m-3-if-the-height-of-block-is-h-8-0-text-cm-then-height-of-the-submerged-part-is-in-cm-1-7-3-2-4-3-3-6 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTgxNzcy-a-soap-bubble-of-surface-tension-0-04-text-n-m-is-blown-to-a-diameter-of-7-text-cm-if-1500-x-mu-text-j-of-work-is-done-in-blowing-it-further-to-make-its-diameter-14-text-cm-then-the-value-of-x-is-pi-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTQwOTg3-two-liquids-a-and-b-have-theta-a-and-theta-b-as-contact-angles-in-a-capillary-tube-if-k-cos-theta-a-cos-theta-b-then-identify-the-correct-statement-1-k-is-negative-then-liquid-a-and-liquid-b-have-conv https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTQwOTY3-a-cube-having-a-side-of-10-text-cm-with-unknown-mass-and-200-text-gm-mass-were-hung-at-two-ends-of-an-uniform-rigid-rod-of-27-text-cm-long-the-rod-along-with-masses-was-placed-on-a-wedge-keeping-the-d https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTQwOTMz-the-excess-pressure-inside-a-soap-bubble-a-in-air-is-half-the-excess-pressure-inside-another-soap-bubble-b-in-air-if-the-volume-of-the-bubble-a-is-times-the-volume-of-the-bubble-b-then-the-value-of-n https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTQwOTEw-two-cylindrical-vessels-of-equal-cross-sectional-area-of-2-text-m-2-contain-water-up-to-heights-10-text-m-and-6-text-m-respectively-if-the-vessels-are-connected-at-their-bottom-then-the-work-done-by-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTQwOTAx-a-solid-steel-ball-of-diameter-3-6-text-mm-acquired-terminal-velocity-2-45-times-10-2-text-m-s-while-falling-under-gravity-through-an-oil-of-density-925-text-kg-m-3-take-density-of-steel-as-7825-text https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTQwODc5-consider-a-completely-full-cylindrical-water-tank-of-height-1-6-text-m-and-of-cross-sectional-area-0-5-text-m-2-it-has-a-small-hole-in-its-side-at-a-height-90-text-cm-from-the-bottom-assume-the-cross https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTQwODU1-a-capillary-tube-of-radius-0-1-text-mm-is-partly-dipped-in-water-surface-tension-70-text-dyne-cm-and-glass-water-contact-angle-0-circ-with-30-circ-inclined-with-the-vertical-the-length-of-water-risen https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTQwNzIz-two-water-drops-each-of-radius-r-coalesce-to-form-a-bigger-drop-if-t-is-the-surface-tension-the-surface-energy-released-in-this-process-is-1-4-pi-r-2-t-left-2-2-1-3-right-2-4-pi-r-2-t-1-sqrt-2-3-4-pi https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTQwNjY5-a-vessel-with-square-cross-section-and-height-of-6-text-m-is-vertically-partitioned-a-small-window-of-100-text-cm-2-with-hinged-door-is-fitted-at-a-depth-of-3-text-m-in-the-partition-wall-one-part-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM2MDY5-a-400-text-g-solid-cube-having-an-edge-of-length-10-text-cm-floats-in-water-how-much-volume-of-the-cube-is-outside-the-water-given-density-of-water-1000-text-kg-text-m-3-1-4000-text-cm-3-2-1400-text-c https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1OTg4-an-air-bubble-of-radius-1-0-text-mm-is-observed-at-a-depth-of-20-text-cm-below-the-free-surface-of-a-liquid-having-surface-tension-0-095-text-j-m-2-and-density-10-3-the-difference-between-pressure-ins https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1OTc0-consider-following-statements-a-surface-tension-arises-due-to-extra-energy-of-the-molecules-at-the-interior-as-compared-to-the-molecules-at-the-surface-of-a-liquid-b-as-the-temperature-of-liquid-rises https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1OTY5-water-flows-in-a-horizontal-pipe-whose-one-end-is-closed-with-a-valve-the-reading-of-the-pressure-gauge-attached-to-the-pipe-is-p-1-the-reading-of-the-pressure-gauge-falls-to-p-2-when-the-valve-is-ope https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1OTEy-in-the-experiment-for-measurement-of-viscosity-of-given-liquid-with-a-ball-having-radius-r-consider-following-statement-a-graph-between-terminal-velocity-v-and-r-will-be-a-parabola-b-the-terminal-velo https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1ODI3-an-air-bubble-of-radius-0-1-text-cm-lies-at-a-depth-of-20-text-cm-below-the-free-surface-of-a-liquid-of-density-1000-text-kg-m-3-if-the-pressure-inside-the-bubble-is-2100-text-n-m-2-greater-than-the-a https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1ODAw-given-below-are-two-statements-statement-i-the-hot-water-flows-faster-than-cold-water-statement-ii-soap-water-has-higher-surface-tension-as-compared-to-fresh-water-in-the-light-above-statements-choose https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1Nzg4-the-amount-of-work-done-to-break-a-big-water-drop-of-radius-r-into-27-small-drops-of-equal-radius-is-10-text-j-the-work-done-required-to-break-the-same-big-drop-into-64-small-drops-of-equal-radius-wil https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1Nzgw-in-a-hydraulic-lift-the-surface-area-of-the-input-piston-is-6-cm2-and-that-of-the-output-piston-is-1500-cm2-if-100-n-force-is-applied-to-the-input-piston-to-raise-the-output-piston-by-20-cm-then-the-w https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1Njk5-a-tube-of-length-l-is-shown-in-the-figure-the-radius-of-cross-section-at-the-point-1-is-2-text-cm-and-at-the-point-2-is-1-text-cm-respectively-if-the-velocity-of-water-entering-at-point-1-is-2-text-m https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTM1Njg0-two-soap-bubbles-of-radius-2-text-cm-and-4-text-cm-respectively-are-in-contact-with-each-other-the-radius-of-curvature-of-the-common-surface-in-text-cm-is-1-4-text-cm-2-2-text-cm-3-dfrac-4-3-text-cm-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTIxNDky-a-liquid-column-of-height-mathrm-0-04-cm-balances-excess-pressure-of-a-soap-bubble-of-certain-radius-if-density-of-liquid-is-8-times-10-mathbf-3-mathrm-kg-mathrm-m-mathbf-3-and-surface-tension-of-soap https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTIxMjg5-mercury-is-filled-in-a-tube-of-radius-2-text-cm-cm-up-to-a-height-of-30-text-cm-the-force-exerted-by-mercury-on-the-bottom-of-the-tube-is-given-atmospheric-pressure-10-5-nm-2-density-of-mercury-1-36-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTIxMjQx-given-below-are-two-statements-statement-i-the-contact-angle-between-a-solid-and-a-liquid-is-a-property-of-the-material-of-the-solid-and-liquid-as-well-statement-ii-the-rise-of-a-liquid-in-a-capillary https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTIwODY4-a-spherical-ball-of-radius-1-times-10-4-m-and-density-10-5-mathrm-kg-mathrm-m-3-falls-freely-under-gravity-through-a-distance-h-before-entering-a-tank-of-water-if-after-entering-in-water-the-velocity https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTIwMzM4-a-sphere-of-relative-density-sigma-and-diameter-d-has-concentric-cavity-of-diameter-d-the-ratio-of-d-d-if-it-just-floats-on-water-in-a-tank-is-1-left-frac-sigma-1-sigma-right-1-3-2-left-frac-sigma-sig https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTE3NTg3-a-big-drop-is-formed-by-coalescing-1000-small-droplets-of-water-the-ratio-of-the-surface-energy-of-1000-droplets-to-that-of-energy-of-a-big-drop-is-dfrac-10-x-the-value-of-x-is-1-10-2-100-3-1-4-0-1-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NTE3NTU2-a-small-ball-of-mass-m-and-density-rho-is-dropped-in-a-viscous-liquid-of-density-rho-0-after-sometime-the-ball-falls-with-constant-velocity-the-viscous-force-on-the-ball-is-1-mathrm-mg-left-frac-rho-0 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4MzA1-a-big-drop-is-formed-by-coalescing-1000-small-droplets-of-water-the-ratio-of-the-surface-energy-of-a-big-drop-and-that-of-all-small-drops-will-be-1-1-10-2-10-1-3-100-1-4-1-100-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDU3MDM5-the-pressures-at-the-ends-of-a-horizontal-pipe-are-given-for-water-the-speed-v-at-end-2-if-the-speed-at-end-1-is-10-text-m-s-density-of-water-1000-text-kg-m-3-then-the-speed-v-in-text-m-s-is-1-22-2-33 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDU1NjY5-consider-the-two-statements-statement-i-a-capillary-tube-is-first-dipped-in-hot-water-and-then-in-cold-water-the-water-rises-higher-in-the-hot-water-statement-ii-a-capillary-tube-is-first-dipped-in-co https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDU0ODIw-when-a-small-spherical-ball-is-dropped-into-a-long-cylindrical-pipe-filled-with-glycerine-the-v-versus-t-graph-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDU0NDAz-an-ice-block-of-density-text-0-9-g-cc-is-sub-merged-as-shown-in-the-figure-the-density-of-oil-is-text-0-8-g-cc-the-density-of-water-is-text-1-g-cc-and-the-volume-inside-the-water-and-oil-is-v-2-and-v https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDQwMTcy-in-a-hydraulic-lift-a-force-f-is-applied-to-balance-a-load-of-10-text-n-the-diameter-of-the-effort-piston-is-14-text-cm-and-the-diameter-of-the-load-piston-is-1-4-text-cm-the-value-of-the-applied-forc https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDM3OTY5-a-soap-bubble-has-an-initial-radius-of-3-5-text-cm-the-work-36960-text-erg-is-done-on-it-to-blow-it-the-surface-tension-of-soap-bubble-is-40-text-dyne-cm-then-the-new-radius-is-1-7-text-cm-2-5-text-cm https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDM3OTM1-in-a-pipe-carrying-an-ideal-liquid-the-flow-speed-is-v-1-at-point-a-and-v-2-at-point-b-the-diagram-shows-a-pipe-with-two-vertical-tubes-manometers-connected-to-it-the-liquid-rises-to-different-heights https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzY3MzAx-six-identical-small-liquid-drops-each-falling-with-a-terminal-velocity-of-10-m-s-coalesce-to-form-a-single-larger-spherical-drop-assuming-the-drops-fall-through-the-same-viscous-medium-under-gravity-a https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzY3MTY4-a-ball-with-mass-m-radius-r-and-density-rho-is-dropped-into-a-liquid-with-density-rho-0-after-a-period-of-motion-the-speed-of-the-ball-becomes-constant-equal-to-v-0-the-coefficient-of-viscosity-of-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzY2Njg2-an-air-bubble-having-volume-1-cm3-at-depth-40-m-inside-water-comes-to-surface-what-will-be-the-volume-of-the-bubble-at-the-surface-1-5-cm-3-2-2-cm-3-3-4-cm-3-4-3-cm-3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzY2NjU1-water-is-flowing-inside-the-conical-type-tube-having-a-ratio-of-area-of-cross-section-6-1-if-the-speed-of-the-water-outlet-through-a-smaller-area-is-60-text-m-s-then-the-pressure-difference-across-the https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzYzMjI3-a-drop-of-water-of-10-mm-radius-is-divided-into-1000-droplets-if-the-surface-tension-of-the-water-surface-is-equal-to-0-073-j-m2-then-increment-in-surface-energy-while-breaking-down-the-bigger-drop-in https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzYzMDg2-the-amount-of-work-required-to-expand-the-soap-bubble-from-a-radius-of-r-1-3-5-text-cm-to-r-2-7-0-text-cm-is-given-surface-tension-of-soap-solution-t-0-03-text-n-m-1-0-14-text-mj-2-1-4-text-mj-3-0-7-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzYzMDg0-the-excess-pressure-inside-a-soap-bubble-of-radius-r-and-surface-tension-t-is-1-dfrac-t-r-2-dfrac-2t-r-3-dfrac-3t-r-4-dfrac-4t-r-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzYzMDY3-a-big-drop-is-divided-into-1000-identical-droplets-if-the-big-drop-had-surface-energy-u-i-and-all-small-droplets-together-had-a-surface-energy-u-f-then-dfrac-u-i-u-f-is-equal-to-1-1-100-2-10-3-1-10-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzYyOTc0-a-drop-of-mercury-is-divided-into-125-drops-of-equal-radius-10-3-text-m-each-if-the-surface-tension-of-mercury-is-equal-to-0-45-text-n-m-the-magnitude-of-change-in-surface-energy-is-equal-to-nearly-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2NzEx-a-water-drop-of-diameter-2-cm-is-broken-into-64-equal-droplets-the-surface-tension-of-water-is-0-075-n-m-in-this-process-the-gain-in-surface-energy-will-be-1-2-8-times-10-4-text-j-2-1-5-times-10-3-tex https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2MTI4-the-area-of-the-cross-section-of-a-large-tank-is-0-5-text-m-2-it-has-a-narrow-opening-near-the-bottom-having-an-area-of-cross-section-1-text-cm-2-a-load-of-25-text-kg-is-applied-on-the-water-at-the-to https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2MTA3-the-velocity-of-a-small-ball-of-mass-m-and-density-d-1-when-dropped-in-a-container-filled-with-glycerine-becomes-constant-after-some-time-if-the-density-of-glycerine-is-d-2-then-the-viscous-force-acti https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2MDY5-if-rho-is-the-density-and-eta-is-the-coefficient-of-viscosity-of-fluid-which-flows-with-a-speed-v-in-the-pipe-of-diameter-d-the-correct-formula-for-the-reynolds-number-r-e-is-1-mathrm-r-e-frac-eta-mat https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQ2MDMy-an-ideal-fluid-with-a-density-of-800-text-kg-text-m-3-flows-smoothly-through-a-bent-pipe-that-gradually-narrows-the-pipe-s-cross-sectional-area-decreases-from-a-at-the-entrance-to-dfrac-a-2-at-the-exi https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQzODI3-a-small-spherical-ball-of-radius-0-1-text-mm-and-density-10-4-text-kg-m-3-falls-freely-under-gravity-through-a-distance-of-h-before-entering-a-tank-of-water-if-after-entering-the-water-the-velocity-of https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQzNjc5-consider-that-a-cylindrical-tank-of-radius-1-m-is-filled-with-water-the-top-surface-of-the-water-is-at-15-m-from-the-bottom-of-the-cylinder-there-is-a-hole-in-the-wall-of-the-cylinder-at-a-height-of-5 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQzNjcw-the-diameter-of-an-air-bubble-which-was-initially-2-mm-rises-steadily-through-a-solution-of-density-1750-kgm-3-at-the-rate-of-0-35-cms-1-the-coefficient-of-viscosity-of-the-solution-is-in-the-nearest https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQzMzgy-a-water-drop-of-a-radius-1-cm-is-broken-into-729-equal-droplets-if-the-surface-tension-of-water-is-75-dyne-cm-then-the-gain-in-surface-energy-upto-first-decimal-place-will-be-given-pi-3-14-1-8-5-times https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246MzQzMzI4-a-drop-of-liquid-of-density-rho-is-floating-half-immersed-in-a-liquid-sigma-and-surface-tension-7-5-times-10-4-mathrm-ncm-1-the-radius-of-drop-in-cm-will-be-take-g-10-m-s2-1-15-over-sqrt-2-rho-sigma-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc5MTI1-a-soap-bubble-of-radius-3-text-cm-is-formed-inside-another-soap-bubble-of-radius-6-text-cm-the-radius-of-an-equivalent-soap-bubble-which-has-the-same-excess-pressure-as-inside-the-smaller-bubble-with https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc5MDk1-two-narrow-bores-of-diameter-5-0-text-mm-and-8-0-text-mm-are-joined-together-to-form-a-u-shaped-tube-open-at-both-ends-if-this-u-tube-contains-water-what-is-the-difference-in-the-level-of-the-two-limb https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4ODUy-consider-a-water-tank-as-shown-in-the-figure-its-cross-sectional-area-is-0-4-text-m-2-the-tank-has-an-opening-b-near-the-bottom-whose-cross-sectional-area-is-1-text-cm-2-a-load-of-24-text-kg-is-applie https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4NjA1-the-water-is-filled-up-to-a-height-of-12-text-m-in-a-tank-having-vertical-sidewalls-a-hole-is-made-in-one-of-the-walls-at-a-depth-h-below-the-water-level-the-value-of-h-for-which-the-emerging-stream-o https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4Mzkz-two-small-drops-of-mercury-each-of-radius-r-coalesce-to-form-a-single-large-drop-the-ratio-of-total-surface-energy-before-and-after-the-change-is-1-large-2-frac-1-3-1-2-large-1-2-frac-1-3-3-large-2-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4MjAw-a-raindrop-with-radius-r-0-2-text-mm-falls-from-a-cloud-at-a-height-h-2000-text-m-above-the-ground-assume-that-the-drop-is-spherical-through-its-fall-and-the-force-of-buoyance-may-be-neglected-then-th https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3NTY4-a-spherical-ball-of-radius-1-text-mm-and-density-10-5-text-g-cc-is-dropped-in-glycerine-with-a-coefficient-of-viscosity-of-9-8-poise-and-density-of-1-5-text-g-cc-viscous-force-on-the-ball-when-it-atta https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3NzUx-a-fully-loaded-boeing-aircraft-has-a-mass-of-5-4-times10-5-text-kg-its-total-wing-area-is-500-text-m-2-it-is-in-level-flight-with-a-speed-of-1080-text-km-hr-if-the-density-of-air-rho-is-1-2-text-kg-m https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4MDg4-a-light-cylindrical-vessel-is-kept-on-a-horizontal-surface-the-area-of-the-base-is-a-a-hole-of-cross-sectional-area-a-is-made-just-at-its-bottom-side-the-minimum-coefficient-of-friction-necessary-to-p https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3ODEw-in-millikan-s-oil-drop-experiment-the-viscous-force-acting-on-an-uncharged-drop-of-radius-2-0-times-10-5-text-m-text-and-density-1-2-times-10-3-text-kg-m-3-is-text-take-viscosity-of-liquid-1-8-times-1 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3NTY5-when-two-soap-bubbles-of-radii-a-and-b-b-a-coalesce-the-radius-of-curvature-of-the-common-surface-is-1-frac-a-b-a-b-2-frac-a-b-b-a-3-frac-b-a-a-b-4-frac-a-b-a-b-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3NTE0-what-will-be-the-nature-of-the-flow-of-water-from-a-circular-tap-when-its-flow-rate-increases-from-0-18-text-litre-min-to-0-48-text-litre-min-the-radius-of-the-tap-and-viscosity-of-water-are-0-5-text https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc5MDIx-a-large-number-of-water-drops-each-of-radius-r-combine-to-have-a-drop-of-radius-r-if-the-surface-tension-is-t-and-mechanical-equivalent-of-heat-is-j-the-rise-in-heat-energy-per-unit-volume-will-be-1-d https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4NDg5-the-water-flows-in-a-horizontal-tube-see-figure-the-pressure-of-water-changes-by-700-text-nm-2-between-the-point-a-and-b-the-area-of-the-cross-section-are-40-text-cm-2-and-20-text-cm-2-respectively-fi https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4NDcy-two-liquids-of-densities-rho-1-and-rho-2-left-rho-2-2-rho-1-right-are-filled-up-behind-a-square-wall-of-side-10-text-m-as-shown-in-the-figure-each-liquid-has-a-height-of-5-text-m-the-ratio-of-the-forc https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4NDU3-a-leakproof-cylinder-of-length-1-text-m-made-of-a-metal-which-has-a-very-low-coefficient-of-expansion-is-floating-vertically-in-water-at-0-circ-text-c-such-that-its-height-above-the-water-surface-is-2 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4NDUz-consider-a-solid-sphere-of-radius-r-and-mass-density-p-r-p-0-left-1-frac-r-2-r-2-right-0-r-leq-r-the-minimum-density-of-a-liquid-in-which-it-will-float-is-1-dfrac-p-0-5-2-dfrac-2-p-0-5-3-dfrac-2-p-0-3 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4NDE1-an-ideal-fluid-flows-laminar-flow-through-a-pipe-of-non-uniform-diameter-the-maximum-and-minimum-diameters-of-the-pipes-are-6-4-text-cm-and-4-8-text-cm-respectively-the-ratio-of-the-minimum-and-the-ma https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc5Mjcz-two-identical-cylindrical-vessels-are-kept-on-the-ground-and-each-contain-the-same-liquid-of-density-d-the-area-of-the-base-of-both-vessels-is-s-but-the-height-of-liquid-in-one-vessel-is-x-1-and-in-th https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc5MDU5-a-fluid-is-flowing-through-a-horizontal-pipe-of-varying-cross-sections-with-speed-v-ms-1-at-a-point-where-the-pressure-is-p-pascal-at-another-point-where-pressure-is-dfrac-p-2-pascal-its-speed-is-v-ms https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc4NzAz-a-air-bubble-of-radius-1-cm-in-water-has-an-upward-acceleration-9-8-text-cm-text-s-2-the-density-of-water-is-1-text-gm-text-cm-3-and-water-offers-negligible-drag-force-on-the-bubble-the-mass-of-the-bu https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc4NjQ3-in-an-experiment-to-verify-stokes-s-law-a-small-spherical-ball-of-radius-r-and-density-rho-falls-under-gravity-through-a-distance-h-in-air-before-entering-a-tank-of-water-if-the-terminal-velocity-of-t https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc4NTI3-a-hollow-spherical-shell-of-outer-radius-r-floats-just-submerged-beneath-the-surface-of-water-the-inner-radius-of-the-shell-is-r-if-the-specific-gravity-of-the-shell-material-with-respect-to-water-is https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc4MzM1-a-capillary-tube-made-of-glass-of-radius-0-15-text-mm-is-dipped-vertically-in-a-beaker-filled-with-methylene-iodide-surface-tension-0-05-text-nm-1-density-667-text-kg-m-3-which-rises-to-height-h-in-th https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc4MTAy-a-cylindrical-vessel-containing-a-liquid-is-rotated-about-its-axis-so-that-the-liquid-rises-at-its-sides-as-shown-in-the-figure-the-radius-of-vessel-is-5-text-cm-and-the-angular-speed-of-rotation-is-o https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4MjUy-a-soap-bubble-blown-by-a-mechanical-pump-at-the-mouth-of-a-tube-increases-in-volume-with-time-at-a-constant-rate-the-graph-that-correctly-depicts-the-time-dependence-of-pressure-inside-the-bubble-is-g https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4MjQ3-a-long-cylindrical-vessel-is-half-filled-with-a-liquid-when-the-vessel-is-rotated-about-its-own-vertical-axis-the-liquid-rises-up-near-the-wall-if-the-radius-of-the-vessel-is-5-text-cm-and-its-rotatio https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc4MjM2-a-load-of-mass-m-text-kg-is-suspended-from-a-steel-wire-of-length-2-text-m-and-radius-1-0-text-mm-in-searle-s-apparatus-experiment-the-increase-in-length-produced-in-the-wire-is-4-0-text-mm-now-the-lo https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3NDI2-the-water-flows-into-a-large-tank-with-flat-bottom-at-the-rate-of-10-4-text-m-3-text-s-1-water-is-also-leaking-out-of-a-hole-of-area-1-text-cm-2-at-its-bottom-if-the-height-of-the-water-in-the-tank-re https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3Mzk2-the-top-of-a-water-tank-is-open-to-air-and-its-water-level-is-maintained-it-is-giving-out-0-74-text-m-3-water-per-minute-through-a-circular-opening-of-2-text-cm-radius-in-its-wall-the-depth-of-the-cen https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc2ODY2-the-ratio-of-surface-tensions-of-mercury-and-water-is-given-to-be-7-5-while-the-ratio-of-their-densities-is-13-6-their-contact-angles-with-glass-are-close-to-135-circ-and-0-circ-respectively-it-is-obs https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc3Mzk3-a-wooden-block-is-initially-floating-in-a-bucket-of-water-with-dfrac-4-5-of-its-volume-submerged-when-a-certain-amount-of-oil-is-poured-into-the-bucket-the-block-is-found-to-be-just-under-the-oil-surf https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc3MDcw-a-solid-sphere-of-radius-r-acquires-a-terminal-velocity-v-1-when-falling-due-to-gravity-through-a-viscous-fluid-having-a-coefficient-of-viscosity-eta-the-sphere-is-broken-into-27-identical-solid-spher https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc2ODM1-a-cubical-block-of-side-0-5-m-floats-on-water-with-30-of-its-volume-under-water-what-is-the-maximum-weight-that-can-be-put-on-the-block-without-fully-submerging-it-underwater-take-density-of-water-10 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc2ODAy-a-submarine-experiences-a-pressure-of-5-05-106-pa-at-a-depth-of-d1-in-a-sea-when-it-goes-further-to-a-depth-of-d2-it-experiences-a-pressure-of-8-08-106-pa-then-d2-d1-is-approximately-density-of-water https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc2ODAx-water-from-a-tap-emerges-vertically-downwards-with-an-initial-speed-of-1-0-text-m-s-the-cross-sectional-area-of-the-tap-is-10-4-text-m-2-assume-that-the-pressure-is-constant-throughout-the-stream-of-w https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc2NzY0-if-m-is-the-mass-of-water-that-rises-in-a-capillary-tube-of-radius-r-then-mass-of-water-which-will-rise-in-a-capillary-tube-of-radius-2r-is-1-m-2-4m-3-m-2-4-2m-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc2NjU2-water-from-a-pipe-is-coming-at-a-rate-of-100-text-liters-per-minute-if-the-radius-of-the-pipe-is-5-text-cm-the-reynolds-number-for-the-flow-is-of-the-order-of-density-of-water-1000-text-kg-m-3-coeffic https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3MTM1-a-thin-uniform-tube-is-bent-into-a-circle-of-radius-r-in-the-vertical-plane-equal-volumes-of-two-immiscible-liquids-whose-densities-are-rho-1-and-rho-2-rho-1-rho-2-fill-half-the-circle-the-angle-theta https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3MjUz-two-tubes-of-radii-r-1-and-r-2-and-length-l-1-and-l-2-respectively-are-connected-in-series-and-a-liquid-flows-through-each-of-them-in-streamlined-conditions-p-1-and-p-2-are-pressure-differences-across https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3MjEz-consider-a-water-jar-of-radius-r-that-has-water-filled-up-to-height-h-and-is-kept-on-a-stand-of-height-h-see-figure-through-a-hole-of-radius-r-r-1-x-r-left-h-over-h-h-right-2-2-x-r-left-h-over-h-h-rig https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc3MDI2-if-two-glass-plates-have-water-between-them-and-are-separated-by-very-small-distance-see-figure-it-is-very-difficult-to-pull-them-apart-it-is-because-the-water-in-between-forms-a-cylindrical-surface-o https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246NDc2OTAw-if-it-takes-5-minutes-to-fill-a-15-litre-bucket-from-a-water-tap-of-diameter-frac-2-sqrt-pi-text-cm-then-the-reynolds-number-for-the-flow-is-density-of-water-10-3-text-kg-m-3-and-viscosity-of-water-10 https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc5NzA0-there-is-a-circular-tube-in-a-vertical-plane-two-liquids-which-do-not-mix-and-of-densities-d-1-and-d-2-are-filled-in-the-tube-each-liquid-subtends-a-90-circ-angle-at-the-center-the-radius-joining-thei https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc5NzIz-an-open-glass-tube-is-immersed-in-mercury-in-such-a-way-that-a-length-of-8-text-cm-extends-above-the-mercury-level-the-open-end-of-the-tube-is-then-closed-and-sealed-and-tube-is-raised-vertically-up-b https://medminds.me/qbank/physics/mechanical-properties-of-fluids/?q=NP-b246Mjc5NzI1-on-heating-water-bubbles-being-formed-at-the-bottom-of-the-vessel-detatch-and-rise-take-the-bubbles-to-be-spheres-of-radius-r-and-making-a-circular-contact-of-radius-r-with-the-bottom-of-the-vessel-if https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246MjUzOTg-a-gas-undergoes-a-process-in-which-its-pressure-p-and-volume-v-are-related-as-vpn-constant-the-bulk-modulus-for-the-gas-in-the-process-is-this-question-includes-concepts-from-kinetic-theory-chapter-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246MjU4OTg-the-young-s-modulus-of-a-wire-of-length-l-and-radius-r-is-y-if-length-is-reduced-to-l-2-and-radius-r-2-then-young-s-modulus-will-be-1-y-2-2-y-3-2y-4-4y-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246MjU4OTk-three-wires-a-b-c-made-of-the-same-material-and-radius-have-different-lengths-the-graphs-in-the-figure-show-the-elongation-load-variation-the-longest-wire-is-1-a-2-b-3-c-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246MjU5NTQ-the-breaking-stress-of-a-wire-depends-upon-1-material-of-the-wire-2-length-of-the-wire-3-radius-of-the-wire-4-shape-of-the-cross-section-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTEwMDI-the-bulk-modulus-of-a-spherical-object-is-b-if-it-is-subjected-to-uniform-pressure-p-the-fractional-decrease-in-radius-will-be-1-frac-p-b-2-frac-b-3p-3-frac-3p-b-4-frac-p-3b-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTEyMTM-the-young-s-modulus-of-steel-is-twice-that-of-brass-two-wires-of-the-same-length-and-of-the-same-area-of-cross-section-one-of-steel-and-another-of-brass-are-suspended-from-the-same-roof-if-we-want-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTEyNzI-the-following-four-wires-are-made-of-the-same-material-which-of-them-will-have-the-largest-extension-when-the-same-tension-is-applied-1-length-50-cm-diameter-0-5-mm-2-length-100-cm-diameter-1-mm-3-len https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4MjE-when-a-certain-weight-is-suspended-from-a-long-uniform-wire-its-length-increases-by-one-cm-if-the-same-weight-is-suspended-from-another-wire-of-the-same-material-and-length-but-having-a-diameter-half https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4MzQ-which-of-the-following-materials-exhibits-almost-no-elastic-after-effect-in-practice-1-copper-2-rubber-3-steel-4-quartz-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4Mzc-a-force-f-is-needed-to-break-a-copper-wire-having-radius-r-the-force-needed-to-break-a-copper-wire-of-radius-2r-will-be-1-f-2-2-2f-3-4f-4-f-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4Mzg-the-relationship-between-young-s-modulus-y-bulk-modulus-k-and-modulus-of-rigidity-n-is-1-y-9nkn-3k-2-9yky-3k-3-y-9nk3-k-4-y-3nk9n-k-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4NDQ-the-young-s-modulus-of-a-rubber-string-8-cm-long-and-density-1-5kg-m3-is-5-times-108n-m2-is-suspended-on-the-ceiling-in-a-room-the-increase-in-length-due-to-its-own-weight-will-be-1-9-6-times-10-5m-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4NDc-a-and-b-are-two-wires-of-same-material-the-radius-of-a-is-twice-that-of-b-they-are-stretched-by-the-same-load-then-the-stress-on-b-is-1-equal-to-that-on-a-2-four-times-that-on-a-3-two-times-that-on-a https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4NDg-if-the-length-of-a-wire-is-reduced-to-half-then-it-can-hold-the-load-1-half-2-same-3-double-4-one-fourth-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4NTA-why-the-spring-is-made-up-of-steel-in-comparison-of-copper-1-copper-is-more-costly-than-steel-2-copper-is-more-elastic-than-steel-3-steel-is-more-elastic-than-copper-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4NjA-two-wires-of-copper-having-length-in-the-ratio-of-4-1-and-radii-ratio-of-1-4-are-stretched-by-the-same-force-the-ratio-of-longitudinal-strain-in-the-two-will-be-1-1-16-2-16-1-3-1-64-4-64-1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4NjM-the-force-constant-of-a-wire-does-not-depend-on-1-nature-of-the-material-2-radius-of-the-wire-3-length-of-the-wire-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4NzE-the-length-of-a-wire-is-1-0-text-m-and-the-area-of-cross-section-is-1-0-times-10-2-text-cm-2-if-the-work-done-for-an-increase-in-length-by-0-2-text-cm-is-0-4-text-j-then-young-s-modulus-of-the-materia https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4NzM-the-quality-of-the-material-which-opposes-the-change-in-shape-volume-or-length-is-called-1-intermolecular-repulsion-2-intermolecular-behaviour-3-viscosity-4-elasticity-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4Nzc-a-wire-of-length-l-and-radius-r-is-rigidly-fixed-at-one-end-on-stretching-the-other-end-of-the-wire-with-a-force-f-the-increase-in-its-length-is-l-if-another-wire-of-same-material-but-of-length-2l-and https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4ODI-in-steel-the-young-s-modulus-and-the-strain-at-the-breaking-point-are-2-times-1011nm-2-and-0-15-respectively-the-stress-at-the-breaking-point-for-steel-is-therefore-1-1-33-times-1011nm-2-2-1-33-times https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4ODM-which-one-of-the-following-substances-possesses-the-highest-elasticity-1-rubber-2-glass-3-steel-4-copper-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4ODQ-which-one-of-the-following-quantities-does-not-have-the-unit-of-force-per-unit-area-1-stress-2-strain-3-young-s-modulus-of-elasticity-4-pressure-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4ODc-a-copper-wire-and-a-steel-wire-of-the-same-diameter-and-length-are-connected-end-to-end-and-a-force-is-applied-which-stretches-their-combined-length-by-1-cm-the-two-wires-will-have-1-different-stresse https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4OTE-the-possible-value-of-poisson-s-ratio-is-1-1-2-0-9-3-0-8-4-0-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4OTM-which-of-the-following-affects-the-elasticity-of-a-substance-1-hammering-and-annealing-2-change-in-temperature-3-impurity-in-substance-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5MDE-a-wire-of-diameter-1mm-breaks-under-a-tension-of-1000-n-another-wire-of-the-same-material-as-that-of-the-first-one-but-of-diameter-2-mm-breaks-under-a-tension-of-1-500-n-2-1000-n-3-10000-n-4-4000-n-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5MDM-there-is-no-change-in-the-volume-of-a-wire-due-to-change-in-its-length-on-stretching-the-poisson-s-ratio-of-the-material-of-the-wire-is-1-0-50-2-ndash-0-50-3-0-25-4-ndash-0-25-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5MTY-the-force-required-to-stretch-a-steel-wire-of-cross-section-1cm2-to-1-1-times-its-length-would-be-y-2-times-1011nm-2-1-2-times-106n-2-2-times-103n-3-2-times-10-6n-4-2-times-10-7n-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5MTk-a-fixed-volume-of-iron-is-drawn-into-a-wire-of-length-l-the-extension-x-produced-in-this-wire-by-a-constant-force-f-is-proportional-to-1-1l2-2-1l-3-l2-4-l-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5Mzg-the-length-of-an-elastic-string-is-a-metre-when-the-longitudinal-tension-is-4-n-and-b-metre-when-the-longitudinal-tension-is-5-n-the-length-of-the-string-in-metre-when-the-longitudinal-tension-is-9-n https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5Mzk-how-much-force-is-required-to-produce-an-increase-of-0-2-in-the-length-of-a-brass-wire-of-diameter-0-6-mm-young-rsquo-s-modulus-for-brass-0-9-times-1011n-m2-1-nearly-17-n-2-nearly-34-n-3-nearly-51-n-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5NDM-a-5-m-long-aluminium-wire-y-7-times-1010n-m2-of-diameter-3-mm-supports-a-40-kg-mass-in-order-to-have-the-same-elongation-in-a-copper-wire-y-12-times-1010n-m2-of-the-same-length-under-the-same-weight-t https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5NDY-a-steel-wire-of-1-m-long-and-cross-section-area-1mm2-is-hang-from-rigid-end-when-mass-of-1kg-is-hung-from-it-then-change-in-length-will-be-given-y-2-times-1011n-m2-1-0-5-mm-2-0-25-mm-3-0-05-mm-4-5-mm https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5NTA-an-iron-rod-of-length-2m-and-cross-section-area-of-50-x-10-6m2-is-stretched-by-0-5-mm-when-a-mass-of-250-kg-is-hung-from-its-lower-end-young-s-modulus-of-the-iron-rod-is-1-19-6-times-1010n-m2-2-19-6-t https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5NTI-in-which-case-there-is-a-maximum-extension-in-the-wire-if-the-same-force-is-applied-on-each-wire-1-l-500-cm-d-0-05-mm-2-l-200-cm-d-0-02-mm-3-l-300-cm-d-0-03-mm-4-l-400-cm-d-0-01-mm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5NTU-the-extension-of-a-wire-by-the-application-of-load-is-3-mm-the-extension-in-a-wire-of-the-same-material-and-length-but-half-the-radius-by-the-same-load-is-1-12-mm-2-0-75-mm-3-15-mm-4-6-mm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5NjI-the-isothermal-elasticity-of-a-gas-is-equal-to-1-density-2-volume-3-pressure-4-specific-heat-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5NjU-the-adiabatic-elasticity-of-a-gas-is-equal-to-1-gamma-times-density-2-gamma-times-volume-3-gamma-times-pressure-4-gamma-times-specific-heat-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5NzM-the-compressibility-of-water-is-4-times-10-5-per-unit-atmospheric-pressure-the-decrease-in-volume-of-100-cubic-centimeter-of-water-under-a-pressure-of-100-atmosphere-will-be-1-0-4-cc-2-4-times-10-5cc https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5NzQ-if-a-rubber-ball-is-taken-at-the-depth-of-200-m-in-a-pool-its-volume-decreases-by-0-1-if-the-density-of-the-water-is-1-times-103kg-m3-and-g-10m-s2-then-the-volume-elasticity-in-will-be-1-108-2-2-times https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5Nzc-when-a-pressure-of-100-atmosphere-is-applied-on-a-spherical-ball-then-its-volume-reduces-by-0-01-the-bulk-modulus-of-the-material-of-the-rubber-in-dyne-cm2-is-1-10-times-1012-2-100-times-1012-3-1-time https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5ODI-a-uniform-cube-is-subjected-to-volume-compression-if-each-side-is-decreased-by-1-then-bulk-strain-is-1-0-01-2-0-06-3-0-02-4-0-03-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5ODU-a-ball-falling-in-a-lake-of-depth-200-text-m-shows-0-1-decrease-in-its-volume-at-the-bottom-what-is-the-bulk-modulus-of-the-material-of-the-ball-1-19-6-times-left-10-right-8-text-n-m-2-2-19-6-times-le https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5ODc-the-bulk-modulus-for-an-incompressible-liquid-is-1-zero-2-unity-3-infinity-4-between-0-to-1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5OTE-the-ratio-of-lengths-of-two-rods-a-and-b-of-the-same-material-is-1-2-and-the-ratio-of-their-radii-is-2-1-the-ratio-of-modulus-of-rigidity-of-a-and-b-will-be-1-4-1-2-16-1-3-8-1-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5OTY-when-a-spiral-spring-is-stretched-by-suspending-a-load-on-it-the-strain-produced-is-called-1-shearing-2-longitudinal-3-volume-4-shearing-and-longitudinal-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMDA-the-young-s-modulus-of-the-material-of-a-wire-is-6-times-10-12-text-n-m-2-and-there-is-no-transverse-strain-in-it-then-its-modulus-of-rigidity-will-be-1-3-times-10-12-text-n-m-2-2-2-times-10-12-text-n https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMDM-modulus-of-rigidity-of-a-liquid-1-non-zero-constant-2-infinite-3-zero-4-can-not-be-predicted-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMDY-a-cube-of-aluminium-of-sides-0-1-text-m-is-subjected-to-a-shearing-force-of-100-n-the-top-face-of-the-cube-is-displaced-through-0-02-cm-with-respect-to-the-bottom-face-the-shearing-strain-would-be-1-0 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMDc-the-upper-end-of-a-wire-of-radius-4-mm-and-length-100-cm-is-clamped-and-its-other-end-is-twisted-through-an-angle-of-30-deg-then-angle-of-shear-is-1-12-deg-2-0-12-deg-3-1-2-deg-4-0-012-deg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMTQ-a-rod-of-length-l-and-radius-r-is-joined-to-a-rod-of-length-l-2-and-radius-r-2-of-same-material-the-free-end-of-small-rod-is-fixed-to-a-rigid-base-and-the-free-end-of-larger-rod-is-given-a-twist-of-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMTY-shearing-stress-causes-a-change-in-1-length-2-breadth-3-shape-4-volume-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMTk-to-break-a-wire-a-force-of-106n-m2-is-required-if-the-density-of-the-material-is-3-times-103kg-m3-then-the-length-of-the-wire-which-will-break-by-its-own-weight-will-be-1-34-m-2-30-m-3-300-m-4-3-m-1-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMjQ-the-strain-stress-curves-of-three-wires-of-different-materials-are-shown-in-the-figure-p-q-and-r-are-the-elastic-limits-of-the-wires-the-figure-shows-that-1-elasticity-of-wire-p-is-maximum-2-elasticit https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMjU-the-diagram-shows-a-force-extension-graph-for-a-rubber-band-consider-the-following-statements-i-it-will-be-easier-to-compress-this-rubber-than-expand-it-ii-rubber-does-not-return-to-its-original-lengt https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMjg-the-adjacent-graph-shows-the-extension-l-of-a-wire-of-length-1m-suspended-from-the-top-of-a-roof-at-one-end-with-a-load-w-connected-to-the-other-end-if-the-cross-sectional-area-of-the-wire-is-10-6m2-c https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMzI-the-diagram-shows-stress-v-s-strain-curve-for-the-materials-a-and-b-from-the-curves-we-infer-that-1-a-is-brittle-but-b-is-ductile-2-a-is-ductile-and-b-is-brittle-3-both-a-and-b-are-ductile-4-both-a-an https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMzU-if-the-potential-energy-of-a-spring-is-v-on-stretching-it-by-2-cm-then-its-potential-energy-when-it-is-stretched-by-10-cm-will-be-1-v-25-2-5v-3-v-5-4-25v-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMzg-two-wires-of-the-same-diameter-of-the-same-material-having-the-length-l-and-2l-if-the-force-f-is-applied-on-each-the-ratio-of-the-work-done-in-the-two-wires-will-be-1-1-2-2-1-4-3-2-1-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMzk-a-5-text-m-long-wire-is-fixed-to-the-ceiling-a-weight-of-10-text-kg-is-hung-at-the-lower-end-and-is-1-text-m-above-the-floor-the-wire-was-elongated-by-1-text-mm-the-energy-stored-in-the-wire-due-to-st https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNDA-if-the-force-constant-of-a-wire-is-k-the-work-done-in-increasing-the-length-of-the-wire-by-l-is-1-frac-kl-2-2-kl-3-frac-kl-2-2-4-kl-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNDI-when-strain-is-produced-in-a-body-within-elastic-limit-its-internal-energy-1-remains-constant-2-decreases-3-increases-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNDQ-a-wire-is-suspended-by-one-end-at-the-other-end-a-weight-equivalent-to-20-n-force-is-applied-if-the-increase-in-length-is-1-0-mm-the-increase-in-energy-of-the-wire-will-be-1-0-01-j-2-0-02-j-3-0-04-j-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNDc-the-ratio-of-young-s-modulus-of-the-material-of-two-wires-is-2-3-if-the-same-stress-is-applied-on-both-then-the-ratio-of-elastic-energy-per-unit-volume-will-be-1-3-2-2-2-3-3-3-4-4-4-3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNDg-the-stress-versus-strain-graphs-for-wires-of-two-materials-a-and-b-are-as-shown-in-the-figure-if-ya-and-yb-are-the-young-lsquo-s-modulii-of-the-materials-then-1-yb-2ya-2-ya-yb-3-yb-3ya-4-ya-3yb-1-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNTI-if-a-spring-extends-by-x-on-loading-then-the-energy-stored-by-the-spring-is-if-t-is-tension-in-the-spring-and-k-is-spring-constant-1-t22x-2-t22k-3-2xt2-4-2t2k-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNTU-a-stretched-rubber-has-1-increased-kinetic-energy-2-increased-potential-energy-3-decreased-kinetic-energy-4-decreased-potential-energy-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNTY-when-load-of-5kg-is-hung-on-a-wire-then-extension-of-3m-takes-place-then-work-done-will-be-1-75-joule-2-60-joule-3-50-joule-4-100-joule-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246ODg4ODU-two-wires-are-made-of-the-same-material-and-have-the-same-volume-the-first-wire-has-a-cross-sectional-area-a-and-the-second-wire-has-a-cross-sectional-area-3a-if-the-length-of-the-first-wire-is-increa https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246OTExMjI-copper-of-fixed-volume-v-is-drawn-into-a-wire-of-length-l-when-this-wire-is-subjected-to-a-constant-force-f-the-extension-produced-in-the-wire-is-delta-l-which-of-the-following-graphs-is-a-straight-li https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246OTE0MDM-the-following-four-wires-are-made-of-the-same-material-which-of-these-will-have-the-largest-extension-when-the-same-tension-is-applied-1-length-100-text-cm-diameter-1-text-mm-2-length-200-text-cm-diam https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246OTU1NTc-when-a-block-of-mass-m-is-suspended-by-a-long-wire-of-length-l-the-length-of-the-wire-becomes-l-l-the-elastic-potential-energy-stored-in-the-extended-wire-is-1-dfrac-1-2-mgl-2-mgl-3-mgl-4-dfrac-1-2-mg https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246OTc4MTU-a-cylindrical-wire-of-radius-1-mm-length-1m-young-s-modulus-2-215-1011n-m2-poisson-s-ratio-956-960-10-is-stretched-by-a-force-of-100-n-its-radius-will-become-1-0-99998-mm-2-0-99999-mm-3-0-99997-mm-4-0 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTE0MzQ4-which-of-the-following-relation-is-true-1-3y-k1-963-2-k-9-951-yy-951-3-963-6k-951-y-4-963-0-5y-951-951-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTE3NTc2-practically-range-of-possion-rsquo-s-ratio-963-is-1-0-5-to-1-2-ndash-1-to-0-5-3-0-to-0-5-4-ndash-0-5-to-0-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTI1OTky-the-poisson-ratio-cannot-have-value-1-0-7-2-0-2-3-0-1-4-0-5-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTMxNzEx-the-stress-strain-curves-are-drawn-for-two-different-materials-x-and-y-it-is-observed-that-the-ultimate-strength-point-and-the-fracture-point-are-close-to-each-other-for-material-x-but-are-far-apart-f https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQ1NjYx-if-young-modulus-y-equal-to-bulk-modulus-b-then-the-poisson-ratio-is-1-13-2-23-3-12-4-14-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTYxNTcz-given-below-are-two-statements-statement-i-air-is-more-elastic-than-iron-statement-ii-elasticity-is-directly-proportional-to-bulk-modulus-1-statement-i-is-false-but-statement-ii-is-true-2-both-stateme https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTE4-bridges-are-declared-unsafe-after-a-long-time-of-their-use-due-to-1-elastic-after-effect-2-elastic-fatigue-3-plasticity-4-both-1-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTE5-a-steel-wire-is-fixed-at-its-one-end-on-the-roof-at-other-ends-of-the-wire-1-kg-mass-is-hanged-so-that-the-energy-stored-in-the-wire-is-e-the-energy-stored-in-the-same-wire-if-we-hang-2-kg-mass-instea https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTIw-the-bulk-modulus-of-a-rubber-ball-is-9-215-108n-m2-to-what-depth-below-the-surface-of-the-sea-should-the-ball-be-taken-so-as-to-decrease-its-volume-by-0-1-1-1-m-2-10-m-3-90-m-4-1-km-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTIz-what-is-the-value-of-poisson-s-ratio-for-an-incompressible-material-1-zero-2-0-2-3-0-5-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTI0-if-the-poisson-s-ratio-of-a-material-is-0-5-then-its-bulk-modulus-is-equal-to-1-zero-2-young-s-modulus-3-infinite-4-three-times-young-s-modulus-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTI2-a-uniform-wire-of-cross-sectional-area-a-is-stretched-by-a-certain-force-so-that-its-length-is-elongated-by-x-what-should-be-the-cross-sectional-area-of-the-wire-so-that-elongation-becomes-x2-on-apply https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTI3-a-wire-suspended-vertically-from-one-of-its-ends-is-stretched-by-attaching-a-weight-of-100-n-if-the-elastic-energy-stored-in-the-wire-is-0-1-j-the-elongation-in-the-wire-is-1-1-mm-2-2-mm-3-3-mm-4-4-mm https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTI4-breaking-stress-of-a-wire-of-length-l-and-radius-r-is-b-if-another-wire-made-of-the-same-material-has-length-2l-and-radius-2r-its-breaking-stress-will-be-1-2b-2-frac-b-4-3-b-4-4b-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTI5-if-e-is-the-energy-stored-per-unit-volume-in-a-wire-having-young-s-modulus-of-the-material-y-then-stress-applied-is-1-2ey-2-2ey-3-12ey-4-32ey-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTMw-two-wires-of-the-same-material-have-lengths-in-the-ratio-of-1-2-if-they-are-stretched-by-applying-equal-forces-the-increase-in-lengths-is-the-same-the-ratio-of-their-respective-radii-is-1-1-1-2-1-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTMy-the-value-of-poisson-s-ratio-cannot-be-1-0-05-2-0-32-3-0-63-4-0-49-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTM0-a-steel-wire-of-cross-sectional-area-3-x-10-6m2-can-withstand-a-maximum-strain-of-10-3-if-young-s-modulus-of-steel-is-2-x-1011nm-2-then-maximum-mass-which-the-wire-can-hold-is-take-g-10-m-s2-1-40-kg-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTM1-if-poisson-s-ratio-963-is-12-for-material-then-the-material-is-1-incompressible-2-elastic-fatigue-3-compressible-4-plastic-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTM2-a-wire-can-bear-maximum-force-f-a-wire-of-same-material-but-triple-radius-can-bear-the-maximum-force-of-1-f-2-3f-3-9f-4-27-f-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTM5-the-increase-in-the-length-of-a-wire-on-stretching-is-0-04-if-poisson-s-ratio-for-the-material-of-wire-is-0-5-then-the-diameter-of-the-wire-will-1-decrease-by-0-02-2-decrease-by-0-01-3-decrease-by-0-0 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTQx-a-force-applied-on-a-brass-wire-of-uniform-cross-section-area-creates-change-in-its-length-and-cross-sectional-area-if-lateral-strain-produced-in-the-wire-is-3x10-2-then-the-energy-stored-per-unit-vol https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTQy-a-uniform-wire-of-length-3-m-and-mass-10-kg-is-suspended-vertically-from-one-end-and-loaded-at-another-end-by-a-block-of-mass-10-kg-the-radius-of-the-cross-section-of-the-wire-is-0-1-m-the-stress-in-t https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTQz-a-uniform-wire-is-held-at-one-end-and-stretched-by-applying-force-at-the-other-end-if-the-product-of-the-length-of-wire-and-area-of-cross-section-of-the-wire-remains-unchanged-then-poisson-s-ratio-of https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTQ1-a-wire-is-loaded-by-a-block-of-mass-10-kg-which-results-in-an-increase-in-its-length-by-10-cm-the-work-done-by-a-gravitational-force-which-increases-the-temperature-of-the-wire-is-1-2-5-text-j-2-5-tex https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTQ2-three-identical-balls-of-rubber-aluminium-and-steel-are-dropped-from-the-same-height-on-a-horizontal-rigid-surface-if-vrubberval-andvsteel-are-their-speeds-just-after-the-collision-then-1-vrubber-val https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTQ3-a-solid-cylinder-of-radius-10-text-cm-and-length-1-text-m-clamped-from-its-one-end-is-twisted-through-an-angle-of-0-4-text-rad-by-applying-torque-at-another-free-end-the-shear-strain-developed-in-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTQ5-if-two-wires-of-the-same-material-and-of-the-same-length-have-a-ratio-of-their-radii-1-2-then-under-the-effect-of-same-stretching-force-their-respective-elongation-will-be-in-the-ratio-of-1-1-1-2-1-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTUw-the-metal-rod-y-2-x-1012-dyne-sq-cm-of-the-coefficient-of-linear-expansion-1-6-x-10-5-per-deg-c-has-its-temperature-raised-by-20-deg-c-the-linear-compressive-stress-to-prevent-the-expansion-of-the-rod https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTUx-one-end-of-a-uniform-wire-of-length-l-and-weight-w0-is-attached-rigidly-to-a-point-in-the-roof-and-weight-w1-is-suspended-from-its-lower-end-if-s-is-the-area-of-cross-section-of-the-wire-the-stress-in https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTUy-an-elongation-of-0-1-in-a-wire-of-cross-sectional-area-10-6m2-causes-tension-of-100-n-the-young-s-modulus-is-1-1012-n-m2-2-1011-n-m2-3-1010-n-m2-4-102-n-m2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTUz-within-the-elastic-limit-the-elongation-x-of-a-steel-wire-varies-with-the-applied-force-f-as-shown-in-the-graph-which-of-the-following-graphs-correctly-represents-this-relationship-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTU1-a-steel-ring-of-radius-r-and-cross-section-area-a-is-fitted-on-to-a-wooden-disc-of-radius-r-r-r-if-y-is-young-s-modulus-of-elasticity-then-tension-with-which-the-steel-ring-is-expanded-is-1-ayrr-2-ayr https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTU5-young-s-modulus-of-a-material-is-2-4-times-that-of-its-modulus-of-rigidity-its-poisson-s-ratio-is-1-1-2-2-2-4-3-0-2-4-0-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTYx-the-longitudinal-strain-of-a-string-is-equal-to-twice-the-magnitude-of-lateral-strain-poisson-s-ratio-of-the-material-of-string-is-1-0-4-2-0-5-3-0-1-4-0-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTYz-when-a-mass-m-is-suspended-by-a-wire-it-elongates-the-wire-by-length-l-the-work-done-during-this-elongation-process-is-1-zero-2-12mgl-3-mgl-4-2mgl-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTY0-given-that-the-breaking-stress-of-a-wire-is-7-2-x-107-n-m2-and-its-density-is-7-2-g-cc-then-the-maximum-length-of-the-wire-which-can-hang-without-breaking-is-g-10-m-s2-1-1000-m-2-100-m-3-200-m-4-50-m https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTY1-work-done-in-increasing-the-length-of-a-1-text-m-long-wire-by-1-text-mm-is-10-text-j-the-work-done-in-increasing-the-length-further-by-1-text-mm-is-1-10-text-j-2-20-text-j-3-30-text-j-4-40-text-j-1-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTY2-if-the-pressure-of-a-gas-is-increased-from-1-04-x-105-pa-to-1-045-x-105-pa-and-volume-is-decreased-by-5-at-a-constant-temperature-then-the-bulk-modulus-of-the-gas-is-1-1-0425-x-105-pa-2-1-045-x-105-pa https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTY3-the-breaking-strength-of-the-iron-wire-of-radius-r-and-length-l-is-2-x-106n-m2-breaking-strength-of-another-iron-wire-of-radius-r-and-length-l-at-the-same-temperature-will-be-1-0-5-x-106n-m2-2-1-x-106 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjMy-the-stress-strain-curve-for-two-materials-a-and-b-are-as-shown-in-the-figure-select-the-correct-statement-1-material-a-is-less-brittle-and-less-elastic-as-compared-to-b-2-material-a-is-more-ductile-an https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjM2-a-material-has-poisson-s-ratio-of-0-5-and-if-a-uniform-rod-of-it-suffers-a-longitudinal-strain-of-4-x-10-6-then-the-percentage-change-in-its-volume-will-be-1-2-2-8-3-0-4-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjM3-select-the-incorrect-statement-about-bulk-modulus-of-elasticity-1-it-is-defined-for-solids-liquids-and-gases-2-bsolid-62-bliquid-62-bgas-3-the-bulk-modulus-of-gas-is-different-for-different-processes https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjM5-the-poisson-s-ratio-of-a-material-is-0-5-then-yb-is-y-is-young-s-modulus-b-is-bulk-modulus-1-5-2-3-3-zero-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjQw-the-young-s-modulus-of-a-wire-is-numerically-equal-to-the-stress-at-a-point-when-1-the-strain-produced-in-the-wire-is-equal-to-unity-2-the-length-of-the-wire-gets-doubled-3-the-length-increases-by-100 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjQx-practical-value-of-poisson-s-ratio-lies-between-1-1-to-0-5-2-0-5-to-1-3-0-to-0-5-4-0-to-1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjQz-which-of-the-following-has-the-greatest-elasticity-1-rubber-2-steel-3-wood-4-mud-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjQ0-the-figure-below-shows-the-stress-strain-curve-for-two-bodies-a-and-b-choose-the-correct-option-1-a-is-having-greater-elasticity-than-b-2-b-is-having-a-greater-elasticity-than-a-3-both-a-and-b-have-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjQ1-a-rod-of-uniform-cross-sectional-area-10-mm2-weighing-5-kg-and-length-2-m-is-suspended-vertically-from-a-fixed-support-what-is-the-elongation-produced-in-the-rod-young-s-modulus-for-rod-2-x-1011n-m2-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjQ3-unit-of-tensile-strain-is-1-meter-2-newton-metre-3-meter2-4-unitless-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjQ5-compressibility-of-a-substance-is-equal-to-reciprocal-of-1-bulk-modulus-2-young-s-modulus-3-rigidity-modulus-4-poisson-s-ratio-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjUw-for-two-different-material-wires-of-the-same-dimensions-young-s-modulus-is-1-higher-for-a-2-higher-for-b-3-same-for-both-4-infinite-for-both-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjUx-when-a-load-of-1-kg-is-hung-from-the-wire-then-the-extension-of-2-mm-is-produced-then-work-done-by-restoring-force-is-1-200-mj-2-400-mj-3-10-mj-4-20-mj-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjUy-the-longitudinal-strain-is-possible-in-1-liquid-2-solid-3-gasses-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjU0-breaking-stress-of-a-steel-wire-of-length-l-and-radius-r-is-f-if-its-radius-is-doubled-and-length-is-halved-its-new-breaking-stress-will-be-1-2f-2-f-3-f-2-4-4f-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjU1-compressed-rubber-ball-has-1-decreased-potential-energy-2-increased-potential-energy-3-decreased-kinetic-energy-4-increased-kinetic-energy-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjU2-stress-vs-strain-graphs-for-two-different-wires-a-and-b-are-given-if-y-a-and-y-b-are-young-s-moduli-of-the-materials-then-1-y-a-sqrt-3-y-b-2-sqrt-3-y-a-y-b-3-y-a-3-y-b-4-3-y-a-y-b-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjU4-hooke-s-law-is-obeyed-within-1-elastic-limit-2-proportionality-limit-3-breaking-point-4-freezing-point-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjU5-the-length-of-a-wire-is-2-01-m-when-5-kg-is-hanging-from-it-and-2-02-m-when-10-kg-is-hanging-then-the-natural-length-of-wire-is-1-2-m-2-1-95-m-3-1-9-m-4-2-005-m-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjYw-elongation-in-the-wire-of-length-l-and-young-s-modulus-of-y-when-blocks-of-weight-w-each-are-hung-as-shown-below-1-wlay-2-2wlay-3-wl2ay-4-14wlay-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjY0-a-uniform-rod-suspended-from-the-ceiling-gets-elongated-by-its-weight-which-one-of-the-following-graphs-represents-the-variation-of-elongation-with-length-l-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjY1-the-diagrams-represent-the-potential-energy-u-as-a-function-of-interatomic-separation-r-which-of-the-following-diagrams-corresponds-to-stable-molecules-found-in-nature-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjY3-the-maximum-load-that-a-wire-can-bear-is-w-if-the-wire-is-cut-to-half-of-its-length-then-the-maximum-load-it-can-sustain-is-1-w4-2-w3-3-w2-4-w-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjY4-two-wires-x-and-y-of-the-same-length-are-made-of-the-same-material-the-figure-represents-the-load-f-versus-extension-delta-x-graph-for-the-two-wires-hence-1-modulus-of-elasticity-of-y-is-greater-than https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2Njcw-when-a-helical-spring-is-stretched-then-the-kind-of-strain-produced-in-it-is-1-longitudinal-2-shear-3-volumetric-4-longitudinal-and-shear-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2Njcy-if-stress-versus-strain-plot-for-a-metal-at-two-different-temperatures-t1andt2-are-shown-below-then-1-t1-62-t2-2-t1-60-t2-3-t1-t2-4-t1-1t2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2Njcz-a-metallic-rope-of-diameter-1-text-mm-breaks-at-10-text-n-force-if-the-wire-of-the-same-material-has-a-diameter-of-2-text-mm-then-the-breaking-force-is-1-2-5-text-n-2-5-text-n-3-20-text-n-4-40-text-n https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2Njc0-in-which-of-the-following-cases-an-elastic-metal-rod-will-not-undergo-elongation-1-the-rod-falls-freely-2-it-is-pulled-with-constant-acceleration-on-a-smooth-surface-3-it-is-pulled-with-constant-veloc https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2Njc1-the-ratio-of-young-s-modulus-of-wire-a-to-wire-b-is-1-3-1-2-1-3-3-sqrt-3-1-4-1-sqrt-3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2Njc3-given-below-are-two-statements-statement-i-rubber-is-more-elastic-than-steel-statement-ii-deformation-in-steel-is-less-than-rubber-for-equal-forces-1-statement-i-is-false-but-statement-ii-is-true-2-bo https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2Njc4-given-below-are-two-statements-assertion-a-hooke-s-law-is-applicable-up-to-the-elastic-limit-reason-r-up-to-the-elastic-limit-stress-is-directly-proportional-to-strain-1-both-a-and-r-are-true-and-r-is https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2Njc5-given-below-are-two-statements-statement-i-air-is-more-elastic-than-iron-statement-ii-elasticity-is-directly-proportional-to-bulk-modulus-and-the-bulk-modulus-of-air-is-more-than-that-of-steel-1-state https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2Njgw-given-below-are-two-statements-statement-i-almost-for-all-metals-the-modulus-of-elasticity-decreases-with-a-rise-in-temperature-statement-ii-by-increasing-temperature-the-intermolecular-force-decrease https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTcxMTM4-the-poisson-s-ratio-of-a-material-is-0-4-if-a-force-is-applied-to-a-wire-of-this-material-there-is-a-decrease-in-the-cross-section-area-by-2-in-such-a-case-the-percentage-increase-in-its-length-will-b https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTcxNTIx-for-a-given-material-young-s-modulus-is-2-4-times-the-modulus-of-rigidity-its-poisson-s-ratio-is-1-0-1-2-0-15-3-0-2-4-0-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTg1NDI3-a-wire-of-length-l-area-of-cross-section-a-is-hanging-from-a-fixed-support-the-length-of-the-wire-changes-to-l-1-when-mass-m-is-suspended-from-its-free-end-the-expression-for-young-s-modulus-is-1-dfra https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk3MDk1-a-steel-wire-of-length-4-7-text-m-and-cross-sectional-area-3-0-times-10-5-text-m-2-is-stretched-by-the-same-amount-as-a-copper-wire-of-length-3-5-text-m-and-cross-sectional-area-of-4-0-times-10-5-text https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk3MDk2-the-figure-shows-the-strain-stress-curve-for-a-given-material-what-is-young-rsquo-s-modulus-for-this-material-1-7-5-times10-11-text-nm-2-2-7-5-times10-10-text-nm-2-3-7-5-times10-9-text-nm-2-4-7-5-time https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk3MDk4-the-stress-strain-graphs-for-materials-a-and-b-are-shown-in-the-figure-young-rsquo-s-modulus-of-material-a-is-the-graphs-are-drawn-to-the-same-scale-1-equal-to-material-b-2-less-than-material-b-3-grea https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjQ2-two-wires-of-diameter-0-25-cm-one-made-of-steel-and-the-other-made-of-brass-are-loaded-as-shown-in-the-figure-the-unloaded-length-of-the-steel-wire-is-1-5-m-and-that-of-the-brass-wire-is-1-0-m-the-elo https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjQ3-the-edge-of-an-aluminum-cube-is-10-text-cm-long-one-face-of-the-cube-is-firmly-fixed-to-a-vertical-wall-a-mass-of-100-text-kg-is-then-attached-to-the-opposite-face-of-the-cube-the-shear-modulus-of-alu https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjQ4-four-identical-hollow-cylindrical-columns-of-mild-steel-support-a-big-structure-of-a-mass-of-50-000-kg-the-inner-and-outer-radii-of-each-column-are-30-cm-and-60-cm-respectively-assuming-the-load-distr https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjQ5-a-steel-cable-with-a-radius-of-1-5-text-cm-supports-a-chairlift-at-a-ski-area-if-the-maximum-stress-is-not-to-exceed-10-8-text-n-m-2-what-is-the-maximum-load-that-the-cable-can-support-1-7-06-times-10 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjUw-a-14-5-kg-mass-fastened-to-the-end-of-a-steel-wire-of-unstretched-length-1-0-m-is-whirled-in-a-vertical-circle-with-an-angular-velocity-of-2-rev-s-at-the-bottom-of-the-circle-the-cross-sectional-area https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjUx-what-is-the-density-of-water-at-a-depth-where-pressure-is-80-0-atm-given-that-its-density-at-the-surface-is-1-03-times10-3-text-kg-m-3-1-0-021-times-10-3-text-kg-m-3-2-4-022-times10-3-text-kg-m-3-3-3 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjUy-the-volume-contraction-of-a-solid-copper-cube-10-text-cm-on-an-edge-when-subjected-to-a-hydraulic-pressure-of-7-0-times10-6-text-pa-is-bulk-modulus-of-copper-is-140-times10-9-text-pa-1-3-1-times-10-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjUz-how-much-should-the-pressure-on-a-litre-of-water-be-changed-to-compress-it-by-0-10-given-bulk-modulus-of-water-beta-2-2-times-10-9-text-n-m-2-1-4-8-times-10-6-text-n-m-2-2-2-2-times-10-6-text-n-m-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjU0-anvils-made-of-single-crystals-of-diamond-with-the-shape-as-shown-in-the-figure-are-used-to-investigate-the-behaviour-of-materials-under-very-high-pressures-flat-faces-at-the-narrow-end-of-the-anvil-h https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjU1-a-rod-of-length-1-05-m-having-negligible-mass-is-supported-at-its-ends-by-two-wires-of-steel-wire-a-and-aluminium-wire-b-of-equal-lengths-as-shown-in-the-figure-the-cross-sectional-areas-of-wires-a-an https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjU2-two-strips-of-metal-are-riveted-together-at-their-ends-by-four-rivets-each-of-diameter-6-0-mm-what-is-the-maximum-tension-that-can-be-exerted-by-the-riveted-strip-if-the-shearing-stress-on-the-rivet-i https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk5NjU3-the-marina-trench-is-located-in-the-pacific-ocean-and-at-one-place-it-is-nearly-11-km-beneath-the-surface-of-the-water-the-water-pressure-at-the-bottom-of-the-trench-is-about-1-1-times10-8-pa-a-steel https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDQx-select-the-correct-alternative-s-1-elastic-forces-are-not-always-conservative-2-elastic-forces-are-always-conservative-3-elastic-forces-are-conservative-only-when-hooke-s-law-is-obeyed-4-elastic-force https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDQy-which-of-the-following-affects-the-elasticity-of-a-substance-1-change-in-temperature-2-impurity-in-substance-3-hammering-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDQz-select-the-wrong-definition-1-deforming-force-force-that-changes-configuration-of-body-2-elasticity-property-of-regaining-original-configuration-3-plastic-body-which-can-be-easily-melted-4-elastic-lim https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDQ0-the-shear-strain-is-possible-in-1-solids-2-liquids-3-gases-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDQ1-the-ratio-of-radii-of-two-wires-of-the-same-material-is-2-1-if-these-wires-are-stretched-by-equal-force-the-ratio-of-stresses-produced-in-them-is-1-2-1-2-1-2-3-1-4-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDQ2-a-steel-wire-of-diameter-2-mm-has-a-breaking-strength-of-4-215-105n-what-is-the-breaking-force-of-similar-steel-wire-of-diameter-1-5-mm-1-2-3-215-105n-2-2-6-215-105n-3-3-215-105n-4-1-5-215-105n-1-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDQ3-a-steel-wire-is-1-m-long-and-1-mm2-in-area-of-cross-section-if-it-takes-200-n-to-stretch-this-wire-by-1-mm-how-much-force-will-be-required-to-stretch-a-wire-of-the-same-material-as-well-as-diameter-fr https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDQ4-what-is-the-percentage-increase-in-length-of-a-wire-of-diameter-2-5-mm-stretched-by-a-force-of-100-kg-wt-young-s-modulus-of-elasticity-of-wire-12-5-times-10-11-text-dyne-cm-2-1-0-16-2-0-32-3-0-08-4-0 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDUx-a-rod-of-length-l-and-radius-r-is-held-between-two-rigid-walls-so-that-it-is-not-allowed-to-expand-if-its-temperature-is-increased-then-the-force-developed-in-it-is-proportional-to-1-l-2-1l-3-r2-4-r-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDUy-a-uniform-cubical-block-is-subjected-to-volumetric-compression-which-decreases-its-each-side-by-2-the-bulk-strain-produced-in-it-is-1-0-03-2-0-02-3-0-06-4-0-12-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDU0-a-material-has-poisson-s-ratio-0-5-if-a-uniform-rod-of-it-suffers-a-longitudinal-strain-of-3-215-10-3-what-will-be-percentage-increase-in-volume-1-2-2-3-3-5-4-0-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDU1-hooke-s-law-is-applicable-for-1-elastic-materials-only-2-plastic-materials-only-3-elastomers-only-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDU2-when-a-load-of-10-kg-is-suspended-on-a-metallic-wire-its-length-increase-by-2mm-the-force-constant-of-the-wire-is-1-3-215-104n-m-2-2-5-215-103n-m-3-5-215-104n-m-4-7-5-215-103n-m-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDU3-the-figure-shows-the-graph-between-stress-and-strain-for-a-uniform-wire-at-two-different-temperatures-then-1-t-1-t-2-2-t-2-t-1-3-t-1-t-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDU4-if-two-different-types-of-rubber-are-found-to-have-stress-strain-curves-as-shown-then-1-a-is-suitable-for-shock-absorbers-2-b-is-suitable-for-shock-absorbers-3-b-is-suitable-for-car-tires-4-none-of-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDU5-the-stress-strain-graphs-for-two-materials-a-and-b-are-shown-in-the-figure-the-graphs-are-drawn-to-the-same-scale-select-the-correct-statement-1-material-a-has-a-greater-young-s-modulus-2-material-a-i https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDYx-the-load-versus-elongation-graph-for-four-wires-of-same-length-and-the-same-material-is-shown-in-figure-the-thinnest-wire-is-represented-by-line-1-oc-2-od-3-oa-4-ob-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDYy-in-the-given-figure-if-the-dimensions-of-the-two-wires-are-the-same-but-materials-are-different-then-young-s-modulus-is-1-more-for-a-than-b-2-more-for-b-than-a-3-equal-for-a-and-b-4-none-of-these-1-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDYz-the-length-of-wire-when-m1-xa0-is-hung-from-it-is-l1-xa0-and-is-l2-xa0-with-both-m1-xa0-and-m2-xa0-hanging-the-natural-length-of-wire-is-1-xa0-m1m2-l1-l2-l1-2-xa0-m2l1-m1l2m1-m2-3-xa0-l1-l22-4-xa0-l1l https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDY0-the-substances-having-very-short-plastic-region-are-1-ductile-2-brittle-3-malleable-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDY1-due-to-the-addition-of-impurities-the-modulus-of-elasticity-1-decreases-2-increases-3-remains-constant-4-may-increase-or-decrease-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDY2-a-load-of-2-kg-produces-an-extension-of-1-mm-in-a-wire-of-3-m-in-length-and-1-mm-in-diameter-the-young-s-modulus-of-wire-will-be-1-3-25-215-1010nm-2-2-7-48-215-1012nm2-3-7-48-215-1010nm-2-4-7-48-215-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDY4-the-value-of-young-s-modulus-for-a-perfectly-rigid-body-is-1-1-2-less-than-1-3-zero-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDY5-a-spherical-ball-contracts-in-a-volume-by-0-01-when-subjected-to-a-normal-uniform-pressure-of-100-atm-the-bulk-modulus-of-its-material-is-1-1-01-215-1011nm2-2-1-01-215-1012nm-2-3-1-01-215-1010nm-2-4-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDcw-a-metallic-rod-of-length-l-and-cross-sectional-area-a-is-made-of-a-material-of-young-s-modulus-y-if-the-rod-is-elongated-by-an-amount-y-then-the-work-done-is-proportional-to-1-y-2-dfrac-1-y-3-y-2-4-df https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDcx-if-the-bulk-modulus-of-lead-is-8-0-215-109n-m2-and-the-initial-density-of-the-lead-is-11-4-g-cc-then-under-the-pressure-of-2-0-215-108n-m2-the-density-of-the-lead-is-1-11-3-g-cc-2-11-5-g-cc-3-11-6-g-c https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDcy-for-a-given-material-the-young-s-modulus-is-2-4-times-its-modulus-of-rigidity-its-poisson-s-ratio-is-1-0-2-2-0-4-3-1-2-4-2-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDcz-when-the-temperature-of-a-gas-is-constant-at-20-176-c-and-pressure-is-changed-from-p1-1-01-215-105pa-to-p2-1-165-215-105pa-then-the-volume-changes-by-10-the-bulk-modulus-of-the-gas-is-1-1-55-215-105pa https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDc0-the-stress-versus-strain-growth-for-wires-of-two-materials-a-and-b-are-as-shown-in-the-figure-if-ya-xa0-and-yb-xa0-are-the-young-apos-s-moduli-of-the-materials-then-1-xa0-yb-2ya-2-xa0-ya-3yb-3-xa0-yb https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDc2-when-a-rubber-ball-is-taken-to-the-bottom-of-a-sea-of-depth-1400-m-its-volume-decreases-by-2-the-bulk-modulus-of-rubber-ball-is-density-of-water-is-1-g-cc-and-g-10m-s2-1-7-215-108n-m2-2-2-215-108n-m2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDc3-a-spherical-ball-contracts-in-volume-by-0-02-when-subjected-to-a-normal-uniform-pressure-of-50-atmosphere-the-bulk-modulus-of-its-material-is-1-1-215-1011n-m2-2-2-215-1010n-m2-3-2-5-215-1010n-m2-4-1-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDc4-for-an-elastic-material-1-947-62-951-2-947-60-951-3-947-951-1-4-947-951-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDc5-correct-pair-is-1-change-in-shape-longitudinal-strain-2-change-in-volume-shear-strain-3-change-in-length-bulk-strain-4-reciprocal-of-bulk-modulus-compressibility-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDgw-the-breaking-stress-of-aluminium-is-7-5-215-107nm-2-the-greatest-length-of-aluminium-wire-that-can-hang-vertically-without-breaking-is-density-of-aluminium-is-2-7-215-103kgm-3-1-283-215-103m-2-28-3-21 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDgx-a-wire-is-2-m-in-length-suspended-vertically-stretches-by-10-mm-when-mass-of-10-kg-is-attached-to-the-lower-end-the-elastic-potential-energy-gain-by-the-wire-is-take-g-10m-s2-1-0-5-j-2-5-j-3-50-j-4-50 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDgy-a-wire-of-length-l-and-cross-sectional-area-a-is-made-of-material-of-young-s-modulus-y-the-work-done-in-stretching-the-wire-by-an-amount-x-is-1-yax2l-2-yax22l-3-2yax2l-4-4yax2l-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDgz-two-exactly-similar-wires-of-steel-and-copper-are-stretched-by-equal-forces-if-the-total-elongation-is-2-cm-then-how-much-is-the-elongation-in-steel-and-copper-wire-respectively-given-ysteel-20-215-10 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDg1-the-proportional-limit-of-steel-is-8-215-108n-m2-and-its-young-s-modulus-is-2-215-1011n-m2-the-maximum-elongation-a-one-metre-long-steel-wire-can-be-given-without-exceeding-the-proportional-limit-is-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDg2-in-a-series-combination-of-copper-and-steel-wires-of-same-length-and-same-diameter-a-force-is-applied-at-one-of-their-ends-while-the-other-end-is-kept-fixed-the-combined-length-is-increased-by-2-cm-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDg4-if-in-case-a-elongation-in-wire-of-length-l-is-l-then-for-same-wire-elongation-in-case-b-will-be-1-4l-2-2l-3-l-4-l-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDkw-energy-stored-per-unit-volume-in-a-stretched-wire-having-young-s-modulus-y-and-stress-s-is-1-ys2-2-s2y2-3-s22y-4-s2y-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDkx-a-wire-suspended-vertically-from-one-end-and-is-stretched-by-attaching-a-weight-200-n-to-the-lower-end-the-weight-stretches-the-wire-by-1-mm-the-elastic-potential-energy-gained-by-the-wire-is-1-0-1-j https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDky-work-done-by-restoring-force-in-a-wire-within-elastic-limit-is-10-j-maximum-amount-of-heat-produced-in-the-wire-is-1-10-j-2-20-j-3-5-j-4-15-j-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjA4MDkz-the-work-done-per-unit-volume-to-stretch-the-length-of-area-of-cross-section-2-mm2-by-2-will-be-y-8-215-1010n-m2-1-40-mj-m3-2-16-mj-m3-3-64-mj-m3-4-32-mj-m3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjEzODEy-which-one-of-the-following-statement-is-incorrect-1-young-s-modulus-for-a-perfectly-rigid-body-is-zero-2-bulk-modulus-is-relevant-for-solids-liquids-and-gases-3-rubber-is-less-elastic-than-steel-4-you https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjEzODIw-on-stretching-some-substances-why-is-permanent-elongation-caused-1-they-are-perfectly-elastic-2-they-are-perfectly-plastic-3-more-stress-acts-on-them-4-their-strain-is-infinite-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjEzODIy-on-withdrawing-the-external-applied-force-on-bodies-within-the-elastic-limit-the-body-1-regains-its-previous-state-very-quickly-2-regains-its-previous-state-after-some-time-3-regains-its-previous-stat https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjEzODI0-on-abruptly-withdrawing-the-stretching-force-acting-on-a-wire-its-temperature-will-1-increase-2-decrease-3-remain-unchanged-4-nothing-can-be-stated-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjEzODI4-the-modulus-of-elasticity-of-a-material-does-not-depend-upon-1-shape-2-temperature-3-nature-of-material-4-impurities-mixed-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjEzODMw-what-is-the-effect-of-temperature-on-the-value-of-young-s-modulus-of-elasticity-for-various-substances-in-general-1-it-increases-with-increase-in-temperature-2-remains-constant-3-decreases-with-rise-i https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjEzODMy-the-maximum-load-a-wire-can-withstand-without-breaking-when-its-length-is-reduced-to-half-of-its-original-length-will-1-be-double-2-be-half-3-be-four-times-4-remain-same-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjEzODM0-the-stress-strain-graphs-for-two-materials-are-assume-same-scale-1-material-ii-is-more-elastic-than-material-i-and-hence-material-ii-is-more-brittle-2-material-i-and-ii-have-the-same-elasticity-and-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjEzODM1-a-wire-is-suspended-from-the-ceiling-and-stretched-under-the-action-of-a-weight-f-suspended-from-its-other-end-the-force-exerted-by-the-ceiling-on-it-is-equal-and-opposite-to-the-weight-which-of-the-f https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjEzODM4-modulus-of-rigidity-of-ideal-liquids-is-1-infinity-2-zero-3-unity-4-some-finite-small-non-zero-constant-value-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjE1-the-modulus-of-rigidity-of-the-ideal-liquid-is-1-infinity-2-zero-3-unity-4-some-finite-small-non-zero-constant-value-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjE2-the-maximum-load-a-wire-can-withstand-without-breaking-when-its-length-is-reduced-to-half-of-its-original-length-will-1-be-doubled-2-be-halved-3-be-four-times-4-remain-the-same-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjE3-the-temperature-of-the-wire-is-doubled-young-s-modulus-of-elasticity-1-will-also-double-2-will-become-four-times-3-will-remain-the-same-4-will-decrease-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjE4-a-spring-is-stretched-by-applying-a-load-to-its-free-end-the-strain-produced-in-the-spring-is-1-volumetric-2-shear-3-longitudinal-and-shear-4-longitudinal-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjE5-a-rigid-bar-of-mass-m-is-supported-symmetrically-by-three-wires-each-of-length-l-those-at-each-end-are-of-copper-and-the-middle-one-is-of-iron-the-ratio-of-their-diameters-if-each-is-to-have-the-same https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjIw-a-mild-steel-wire-of-length-2l-and-cross-sectional-area-a-is-stretched-well-within-the-elastic-limit-horizontally-between-two-pillars-figure-a-mass-m-is-suspended-from-the-mid-point-of-the-wire-strain https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjIx-a-rectangular-frame-is-to-be-suspended-symmetrically-by-two-strings-of-equal-length-on-two-supports-figure-it-can-be-done-in-one-of-the-following-three-ways-the-tension-in-the-strings-will-be-1-the-sa https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjIy-consider-two-cylindrical-rods-of-identical-dimensions-one-of-rubber-and-the-other-of-steel-both-the-rods-are-fixed-rigidly-at-one-end-of-the-roof-a-mass-m-is-attached-to-each-of-the-free-ends-at-the-c https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjIz-the-stress-strain-graphs-for-the-two-materials-are-shown-in-the-figure-assumed-the-same-scale-a-material-ii-is-more-elastic-than-material-i-and-hence-material-ii-is-more-brittle-b-material-i-and-ii-ha https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjI0-a-wire-is-suspended-from-the-ceiling-and-stretched-under-the-action-of-a-weight-f-suspended-from-its-other-end-the-force-exerted-by-the-ceiling-on-it-is-equal-and-opposite-to-the-weight-a-tensile-stre https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjI1-a-rod-of-length-l-and-negligible-mass-is-suspended-at-its-two-ends-by-two-wires-of-steel-wire-a-and-aluminium-wire-b-of-equal-lengths-figure-the-cross-sectional-areas-of-wires-a-and-b-are-1-0-text-mm https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjI2-for-an-ideal-liquid-a-the-bulk-modulus-is-infinite-b-the-bulk-modulus-is-zero-c-the-shear-modulus-is-infinite-d-the-shear-modulus-is-zero-choose-the-correct-option-from-the-options-given-below-1-a-and https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjI2MjI3-a-copper-and-a-steel-wire-of-the-same-diameter-are-connected-end-to-end-a-deforming-force-f-is-applied-to-this-composite-wire-which-causes-a-total-elongation-of-1-cm-the-two-wires-will-have-a-the-same https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjcwNzkz-a-structural-steel-rod-has-a-radius-of-10-text-mm-and-a-length-of-1-0-text-m-a-100-text-kn-force-stretches-it-along-its-length-the-stress-produced-and-the-elongation-in-the-rod-respectively-are-young https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjcwNzk1-a-copper-wire-of-length-2-2-m-and-a-steel-wire-of-length-1-6-m-both-of-diameter-3-0-mm-are-connected-end-to-end-when-stretched-by-a-load-the-net-elongation-is-found-to-be-0-70-mm-the-load-applied-is-y https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjcwNzk2-in-a-human-pyramid-in-a-circus-the-entire-weight-of-the-balanced-group-is-supported-by-the-legs-of-a-performer-who-is-lying-on-his-back-as-shown-in-the-figure-below-the-combined-mass-of-all-the-person https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjcwNzk4-a-square-lead-slab-of-side-50-text-cm-and-thickness-10-text-cm-is-subject-to-a-shearing-force-on-its-narrow-face-of-9-0-times-10-4-text-n-the-lower-edge-is-riveted-to-the-floor-as-shown-in-the-figure https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjcwNzk5-the-average-depth-of-the-indian-ocean-is-about-3000-text-m-the-fractional-compression-frac-delta-v-v-of-water-at-the-bottom-of-the-ocean-is-given-that-the-bulk-modulus-of-water-is-2-2-times10-9-text-n https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc0ODA1-the-figure-given-below-shows-the-longitudinal-stress-vs-longitudinal-strain-graph-for-a-given-material-based-on-the-given-graph-young-s-modulus-of-the-material-with-the-increase-in-strain-will-1-be-va https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzM5MzYy-given-below-are-two-statements-assertion-a-the-stretching-of-a-spring-is-determined-by-the-shear-modulus-of-the-material-of-the-spring-reason-r-a-coil-spring-of-copper-has-more-tensile-strength-than-a https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzY2OTMx-let-a-wire-be-suspended-from-the-ceiling-rigid-support-and-stretched-by-a-weight-w-attached-at-its-free-end-the-longitudinal-stress-at-any-point-of-the-cross-sectional-area-a-of-the-wire-is-1-zero-2-f https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzY4MjQ1-the-amount-of-elastic-potential-energy-per-unit-volume-in-si-unit-of-a-steel-wire-of-length-100-text-cm-to-stretch-it-by-1-text-mm-is-given-young-s-modulus-of-the-wire-y-2-0-times-10-11-text-n-m-2-1-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDU0OTY1-the-maximum-elongation-of-a-steel-wire-of-1-text-m-length-if-the-elastic-limit-of-steel-and-its-young-s-modulus-respectively-are-8-10-8-text-n-m-2-and-2-10-11-text-n-m-2-is-1-0-4-text-mm-2-40-text-mm https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzM4MTA3-the-breaking-stress-in-two-wires-of-different-materials-a-b-are-in-the-ratio-dfrac-s-a-s-b-dfrac12-while-their-radii-are-in-the-ratio-dfrac-r-a-r-b-dfrac12-the-tensions-under-which-they-break-are-t-a https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzMxMTg2-a-uniform-rod-of-mass-m-having-cross-section-a-is-pushed-along-its-length-l-by-means-of-a-force-of-magnitude-f-there-is-no-friction-anywhere-ignore-the-weight-of-the-rod-the-longitudinal-stress-in-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzgx-a-heavy-mass-is-attached-to-a-thin-wire-and-is-whirled-in-a-vertical-circle-the-wire-is-most-likely-to-break-1-when-the-mass-is-at-the-highest-point-2-when-the-mass-is-at-the-lowest-point-3-when-the-w https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk3MDk5-the-stress-strain-graphs-for-materials-a-and-b-are-shown-in-the-figure-the-strength-of-the-material-a-is-the-graphs-are-drawn-to-the-same-scale-1-greater-than-material-b-2-equal-to-material-b-3-less-t https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzM1MTcy-a-large-cylindrical-piece-of-a-dense-solid-elastic-metal-stands-on-its-end-as-shown-in-the-figure-the-metal-is-uniform-and-isotropic-the-stress-in-the-material-as-a-function-of-height-is-shown-correct https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzEzOTcx-a-wire-of-cross-section-a-1-and-length-l-1-breaks-when-it-is-under-tension-t-1-a-second-wire-made-of-the-same-material-but-of-cross-section-a-2-and-length-l-2-breaks-under-tension-t-2-a-third-wire-of https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQwODkx-if-two-identically-shaped-rods-are-joined-end-to-end-and-compressive-forces-are-applied-to-the-system-the-compressive-strain-will-be-1-larger-in-the-rod-with-a-larger-young-s-modulus-2-larger-in-the-r https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzcw-a-rope-1-cm-in-diameter-breaks-if-the-tension-in-it-exceeds-500-n-the-maximum-tension-that-may-be-given-to-a-similar-rope-of-diameter-2-cm-is-1-500-n-2-250-n-3-1000-n-4-2000-n-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzgw-the-length-of-a-metal-wire-is-l-1-when-the-tension-in-it-is-t-1-and-is-l-2-when-the-tension-is-t-2-the-natural-length-of-the-wire-is-1-dfrac-l-1-l-2-2-2-sqrt-l-1-l-2-3-dfrac-l-1-t-2-l-2-t-1-t-2-t-1-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MjY0Nzg4-the-edge-of-an-aluminum-cube-is-10-text-cm-long-one-face-of-the-cube-is-firmly-fixed-to-a-vertical-wall-a-mass-of-100-text-kg-is-then-attached-to-the-opposite-face-of-the-cube-the-shear-modulus-of-alu https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzM4MzIz-the-elastic-energy-density-in-a-stretched-wire-is-1-text-stress-2-text-strain-2-text-stress-text-strain-3-dfrac12-times-text-stress-text-strain-4-text-stress-text-strain-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzgy-when-a-metal-wire-elongates-by-hanging-a-load-on-it-the-gravitational-potential-energy-decreases-1-this-energy-completely-appears-as-the-increased-kinetic-energy-of-the-block-2-this-energy-completely https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNTQ-a-wire-of-length-l-and-cross-sectional-area-a-is-made-of-a-material-of-young-s-modulus-y-it-is-stretched-by-an-amount-x-the-work-done-is-1-dfrac-y-x-a-2-l-2-dfrac-y-x-2-a-l-3-dfrac-y-x-2-a-2-l-4-dfrac https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc2NjUz-a-steel-wire-having-a-radius-of-2-0-text-mm-carrying-a-load-of-4-text-kg-is-hanging-from-a-ceiling-given-that-g-3-1-pi-text-m-s-2-what-will-be-the-tensile-stress-that-would-be-developed-in-the-wire-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDI0NDU2-a-block-of-mass-m-is-attached-to-a-prop-on-a-smooth-horizontal-surface-of-a-truck-by-means-of-a-wire-of-length-l-cross-section-alpha-young-s-modulus-of-elasticity-of-the-material-of-the-wire-is-y-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDk4Nzc5-three-blocks-of-masses-1-text-kg-2-text-kg-2-text-kg-lie-in-a-line-on-a-smooth-horizontal-plane-connected-by-two-horizontal-metallic-wires-of-negligible-mass-i-ii-a-horizontal-force-of-10-text-n-acts https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc5MTI2-a-uniform-metallic-wire-is-elongated-by-0-04-m-when-subjected-to-a-linear-force-f-the-elongation-if-its-length-and-diameter-are-doubled-and-subjected-to-the-same-force-will-be-1-1-cm-2-2-cm-3-3-cm-4-6 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzYzMDM1-a-wire-of-length-l-cross-sectional-area-a-is-pulled-as-shown-y-is-young-s-modulus-of-wire-the-elongation-in-wire-is-f-100-n-a-10-cm2-l-1-m-y-5-times10-10-n-m2-1-10-6-m-2-10-5-m-3-2-times10-6-m-4-2-tim https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzY3MTgw-a-rod-is-fixed-at-one-end-and-other-end-is-pulled-with-force-f-62-8-text-kn-young-s-modulus-of-rod-is-2-10-11-text-n-m-2-if-the-radius-of-cross-section-of-rod-is-20-text-mm-the-strain-produced-in-rod https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzcx-the-breaking-stress-of-a-wire-depends-on-1-material-of-the-wire-2-length-of-the-wire-3-radius-of-the-wire-4-shape-of-the-cross-section-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQ2Njcw-consider-two-wires-a-and-b-which-are-made-of-same-material-the-diameter-of-a-is-four-times-larger-than-b-if-they-are-stretched-by-same-load-then-the-stress-on-b-is-1-equal-to-that-on-a-2-sixteen-times https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzYxMDE0-a-wire-of-length-l-area-of-cross-section-a-and-young-s-modulus-of-elasticity-y-is-stretched-by-a-longitudinal-force-f-the-change-in-length-is-delta-l-match-the-following-two-columns-column-i-column-ii https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTAyNzYw-a-4-0-m-long-copper-rod-of-cross-sectional-area-1-cm2-is-stretched-by-a-force-of-4-8-times-10-3-mathrm-n-if-young-s-modulus-for-copper-is-y-1-2-times-10-11-mathrm-n-m-2-the-strain-will-be-1-1-times-10 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTkxODM3-consider-two-wires-x-and-y-the-radius-of-the-wire-x-is-3-times-the-radius-of-y-if-they-are-stretched-by-the-same-load-then-the-stress-on-y-is-1-equal-to-that-on-x-2-thrice-that-on-x-3-nine-times-that https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk0NDYy-one-end-of-a-light-steel-wire-is-fixed-to-the-ceiling-of-an-elevator-moving-up-with-an-acceleration-of-2-text-m-s-2-and-a-load-of-10-text-kg-hangs-from-the-other-end-if-the-cross-sectional-area-of-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQzNDIx-the-area-of-cross-section-of-the-rope-used-to-lift-a-load-by-a-crane-is-2-5-times10-4-text-m-2-the-maximum-lifting-capacity-of-the-crane-is-10-text-metric-tons-to-increase-the-lifting-capacity-of-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQ1NjA1-a-metal-wire-of-length-0-5-m-and-cross-sectional-area-10-4-m2-has-breaking-stress-5-times10-8-nm-2-a-block-of-10-kg-is-attached-at-one-end-of-the-string-and-is-rotating-in-a-horizontal-circle-the-maxi https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQ1ODg0-a-wire-can-sustain-a-weight-of-20-text-kg-before-breaking-if-the-wire-is-cut-into-two-equal-pieces-each-part-can-support-a-weight-of-1-10-text-kg-2-20-text-kg-3-40-text-kg-4-80-text-kg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NzIyNDE-the-following-four-wires-length-l-and-diameter-d-are-made-of-the-same-material-which-of-these-will-have-the-largest-extension-when-the-same-tension-is-applied-1-l-50-cm-d-0-5-mm-2-l-100-cm-d-1-mm-3-l https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDk4ODU1-given-below-are-two-statements-statement-i-elastic-energy-density-is-proportional-to-the-product-of-the-stress-the-strain-statement-ii-hooke-s-law-is-valid-only-if-the-applied-stress-does-not-exceed-t https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mzk1Nzc1-given-below-are-two-statements-statement-i-stress-is-proportional-to-the-strain-within-elastic-limit-hooke-s-law-limit-statement-ii-the-energy-stored-locally-in-an-elastic-body-when-it-is-under-stress https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQxMzQz-given-below-are-two-statements-assertion-a-on-elastic-bodies-though-we-apply-force-and-experience-elongation-it-is-a-general-practice-to-plot-stress-versus-strain-instead-of-plotting-force-versus-elon https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQ4OTEy-the-figure-shows-the-relationship-between-tensile-stress-and-strain-for-some-typical-materials-a-material-which-is-good-for-making-wires-by-stretching-is-1-material-1-2-material-2-3-material-3-4-mater https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkyOTU5-the-stress-strain-curves-for-four-metals-are-shown-in-the-figure-which-metal-has-the-maximum-young-s-modulus-of-elasticity-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzUwMDU3-a-steel-wire-with-a-cross-sectional-area-of-3-times-10-6-m2-can-withstand-a-maximum-strain-of-10-3-young-s-modulus-of-steel-is-y-2-times-10-11-n-m2-the-maximum-mass-that-the-wire-can-hold-is-take-g-10 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQzMzE4-a-wire-of-length-l-and-radius-r-is-clamped-rigidly-at-one-end-when-the-other-end-of-the-wire-is-pulled-by-a-force-f-its-length-increases-by-5-text-cm-another-wire-of-the-same-material-of-length-4l-and https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mzk1Nzc0-the-dimensions-of-stress-strain-and-young-s-modulus-of-elasticity-are-respectively-1-left-mt-2-right-l-left-ml-1-t-2-right-2-left-ml-1-t-2-right-left-m-0l-0-t-0-right-left-ml-1-t-2-right-3-left-m-0l-0 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQ2MDI2-the-elongation-of-a-wire-on-the-surface-of-the-earth-is-10-4-text-m-the-same-wire-of-the-same-dimensions-elongates-by-6-times-10-5-text-m-on-another-planet-the-acceleration-due-to-gravity-on-the-plane https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkzMDA4-a-steel-wire-has-a-proportional-limit-of-8-times-10-8-text-n-m-2-and-a-young-s-modulus-of-2-times-10-11-text-n-m-2-if-the-wire-is-1-text-m-long-what-is-the-maximum-elongation-it-can-undergo-without-ex https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQzNDI2-a-uniform-heavy-rod-of-mass-20-kg-cross-sectional-area-of-0-4-m2-and-length-of-20-m-is-hanging-from-a-fixed-support-neglecting-the-lateral-contraction-the-elongation-in-the-rod-due-to-its-own-weight-i https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDA1MDI1-the-equivalent-of-spring-constant-k-for-a-wire-of-length-l-cross-sectional-area-and-young-s-modulus-y-is-1-dfrac-y-l-a-2-dfrac-ya-l-3-dfrac-a-l-y-4-yal-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQ1Njgy-a-vertical-wire-5-text-m-long-and-8-times-10-3-text-cm-2-cross-sectional-area-has-young-s-modulus-200-text-gpa-as-shown-in-the-figure-what-will-be-the-extension-in-its-length-when-a-2-text-kg-object-i https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQ5NzU2-the-radii-and-young-s-moduli-of-two-uniform-wires-a-and-b-are-in-the-ratio-2-1-and-1-2-respectively-both-wires-are-subjected-to-the-same-longitudinal-force-if-the-increase-in-length-of-the-wire-a-is-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDU2MDk3-two-forces-f-1-and-f-2-are-applied-on-two-rods-p-and-q-of-the-same-materials-such-that-elongation-in-rods-are-same-if-the-ratio-of-their-radii-is-x-y-and-the-ratio-of-length-is-m-n-then-the-ratio-of-f https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzI1MTg1-the-young-s-modulus-of-brass-and-steel-are-respectively-1-times-10-10-text-n-m-2-and-2-times-10-10-text-n-m-2-a-brass-wire-and-a-steel-wire-of-the-same-length-are-extended-by-1-text-mm-under-the-same https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDQ5Njc1-a-copper-wire-y-1-times10-11-text-n-text-m-2-of-length-4-text-m-and-a-steel-wire-y-2-times10-11-text-n-text-m-2-of-length-2-text-m-each-having-a-cross-sectional-area-of-0-25-text-cm-2-cross-section-ar https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDU1NjIw-if-the-area-of-the-cross-section-is-halved-and-the-length-of-the-wire-having-young-s-modulus-y-is-doubled-then-its-young-s-modulus-will-become-1-y-2-4y-3-dfrac-y-2-4-dfrac-y-4-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzg2-the-dimension-ml-1-t-2-can-correspond-to-1-moment-of-a-force-2-surface-tension-3-modulus-of-elasticity-4-coefficient-of-viscosity-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQzNjQ4-the-force-required-to-stretch-a-wire-of-cross-section-1-cm2-to-double-its-length-will-be-given-young-s-modulus-of-the-wire-2-times10-11-n-m2-1-1-times10-7-n-2-1-5-times10-7-n-3-2-times10-7-n-4-2-5-tim https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQxMzQy-given-below-are-two-statements-assertion-a-stress-is-the-restoring-force-per-unit-area-of-a-body-reason-r-rubber-is-more-elastic-than-steel-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkzMDEy-a-steel-plate-of-face-area-1-text-cm-2-and-thickness-4-text-cm-is-rigidly-fixed-at-the-lower-surface-the-tangential-force-f-10-text-kn-is-applied-on-the-upper-surface-as-shown-in-the-figure-the-latera https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzU4MjU2-if-the-ratio-of-diameters-lengths-and-young-s-modulus-of-steel-and-copper-wires-shown-in-the-figure-are-p-q-and-s-respectively-then-the-corresponding-ratio-of-increase-in-their-lengths-would-be-1-dfra https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDU0OTQ3-a-sphere-of-small-size-is-at-the-bottom-of-a-lake-of-depth-200-text-m-due-to-pressure-its-fractional-change-in-volume-is-alpha-times-10-7-what-is-the-value-of-alpha-if-the-bulk-modulus-of-the-sphere-i https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQ1NjE2-the-bulk-modulus-of-a-liquid-is-3-times10-10-nm-2-the-pressure-required-to-reduce-the-volume-of-liquid-by-2-text-is-1-3-times10-8-nm-2-2-9-times10-8-nm-2-3-6-times10-8-nm-2-4-12-times10-8-nm-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDA2Mjcz-the-dimensions-of-the-ratio-of-pressure-to-the-elastic-modulus-is-1-ml-2-2-lt-2-3-l-2-4-m-0l-0t-0-dimensionless-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjg0MzYx-a-metal-cube-is-exposed-to-a-hydrostatic-pressure-of-4-gpa-the-bulk-modulus-of-the-metal-is-given-as-b-8-times-10-10-text-pa-what-is-the-percentage-change-in-the-volume-of-the-cube-1-2-5-2-5-3-7-5-4-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkzMDIw-the-si-unit-of-bulk-modulus-is-same-as-1-young-s-modulus-2-stress-3-poisson-s-ratio-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA4MTM0-the-longitudinal-strain-of-a-string-equals-twice-the-magnitude-of-its-lateral-strain-what-is-poisson-s-ratio-of-the-material-of-the-string-1-0-4-2-0-5-3-0-1-4-0-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkyOTc2-a-material-has-a-poisson-s-ratio-of-0-5-if-a-uniform-rod-undergoes-a-longitudinal-strain-of-4-times-10-2-the-corresponding-lateral-strain-in-the-rod-is-1-4-times-10-2-2-1-times-10-2-3-2-times-10-2-4-3 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQ1NjYw-the-elastic-energy-stored-in-a-wire-of-young-s-modulus-y-is-1-y-times-dfrac-left-text-strain-right-2-text-volume-2-text-stress-times-text-strain-times-text-volume-3-dfrac-left-text-strain-right-2-time https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzI0MDcx-a-wire-of-natural-length-l-and-cross-sectional-area-a-is-made-of-a-material-of-young-s-modulus-y-if-the-wire-is-stretched-by-an-amount-x-the-energy-stored-in-the-wire-is-1-dfrac-y-a-x-2-l-2-dfrac-y-a https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDE5Mjkx-the-energy-density-in-a-wire-which-is-under-stress-is-given-by-1-large-frac12-text-stress-2-2-large-frac12-text-strain-2-3-large-frac12-text-stress-times-text-strain-4-large-frac-1-2-frac-text-stress https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQwMjY1-given-below-are-two-statements-assertion-a-identical-springs-of-steel-and-copper-are-equally-stretched-more-work-will-be-done-on-the-steel-spring-reason-r-steel-is-more-elastic-than-copper-1-both-a-an https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzI0MDcz-a-wire-of-length-l-and-cross-sectional-area-a-is-made-of-a-material-of-young-s-modulus-y-on-stretching-the-length-of-the-wire-by-l-the-elastic-energy-stored-per-unit-volume-is-1-dfrac-fa-2l-2-dfrac-fl https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQ1Njk5-the-young-s-modulus-of-a-wire-is-y-if-the-energy-per-unit-volume-is-e-then-the-strain-will-be-1-sqrt-dfrac-2-e-y-2-sqrt-2-e-y-3-e-y-4-dfrac-e-y-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzMzMDY1-when-a-rubber-is-stretched-what-happens-to-its-energy-1-its-kinetic-energy-increases-2-its-potential-energy-increases-3-its-kinetic-energy-decreases-4-its-potential-energy-decreases-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkzMDEx-work-done-by-the-restoring-force-in-a-wire-within-its-elastic-limit-is-10-text-j-the-maximum-amount-of-heat-produced-in-the-wire-is-1-10-text-j-2-20-text-j-3-5-text-j-4-15-text-j-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQwMTk4-given-below-are-two-statements-assertion-a-the-bridges-are-declared-unsafe-after-long-use-reason-r-the-bridges-lose-their-elastic-strength-with-time-1-both-a-and-r-are-true-and-r-is-the-correct-explan https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2NjUz-the-young-s-modulus-of-a-wire-of-length-l-and-radius-r-is-y-if-length-is-reduced-to-dfrac-l-4-and-radius-to-dfrac-r-2-then-young-s-modulus-will-be-1-dfrac-y-2-2-y-3-2y-4-4y-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDA2Mjc3-which-of-the-following-materials-is-the-most-elastic-1-steel-2-rubber-3-charcoal-4-chalk-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQxNzA3-given-below-are-two-statements-assertion-a-an-mathrm-i-text-shaped-beam-is-preferred-over-a-rectangular-beam-for-supporting-loads-such-as-traffic-on-structures-like-bridges-reason-r-an-mathrm-i-text-s https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQxMzQ1-given-below-are-two-statements-assertion-a-elastomers-are-used-as-vibration-dampers-reason-r-elastomers-show-elastic-hysteresis-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-a https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTU3-as-a-ball-falls-into-a-lake-with-a-depth-of-200-text-m-it-experiences-a-decrease-in-volume-of-0-1-text-at-the-bottom-the-bulk-modulus-of-the-material-of-the-ball-is-take-g-9-8-text-m-s-2-1-19-6-times1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246OTA3NDQ-young-s-modulus-of-steel-is-twice-that-of-brass-two-wires-of-the-same-length-and-of-the-same-area-of-cross-section-one-of-steel-and-another-of-brass-are-suspended-from-the-same-roof-if-we-want-the-low https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkzMDAw-the-load-versus-elongation-graph-for-four-wires-all-of-the-same-length-and-made-from-the-same-material-is-shown-in-the-figure-one-of-the-lines-corresponds-to-the-thinnest-wire-which-line-represents-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTY2MTMz-the-breaking-stress-of-a-wire-depends-on-1-length-of-the-wire-2-applied-force-3-material-of-the-wire-4-area-of-the-cross-section-of-the-wire-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTIzNjI2-a-light-rod-of-length-2-text-m-is-suspended-from-the-ceiling-horizontally-by-means-of-two-vertical-wires-of-equal-length-a-weight-w-is-hung-from-the-light-rod-as-shown-in-the-figure-the-rod-is-hung-by https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQxNDA-lf-rho-is-the-density-of-the-material-of-a-wire-and-sigma-is-the-breaking-stress-the-greatest-length-of-the-wire-that-can-hang-freely-without-breaking-is-1-dfrac-2-rho-g-2-dfrac-rho-sigma-g-3-dfrac-rh https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTcxMTg0-the-breaking-stress-of-a-wire-going-over-a-smooth-pulley-in-the-following-question-is-2-times-10-9-text-n-m-2-what-would-be-the-minimum-radius-of-the-wire-used-if-it-is-not-to-break-1-0-46-times10-6-t https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTAyODkw-a-wire-can-sustain-a-weight-of-10-kg-before-breaking-if-the-wire-is-cut-into-two-equal-parts-then-each-part-can-sustain-a-weight-of-1-2-5-kg-2-5-kg-3-10-kg-4-15-kg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NzQ2NTU-one-end-of-a-uniform-wire-of-length-l-and-of-weight-w-is-attached-rigidly-to-a-point-in-the-roof-and-a-weight-w-1-is-suspended-from-its-lower-end-if-a-is-the-area-of-the-cross-section-of-the-wire-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NzIyNTk-to-break-a-wire-a-force-of-10-6-text-n-m-2-is-required-if-the-density-of-the-material-is-3-times-10-3-text-kg-m-3-then-the-length-of-the-wire-which-will-break-by-its-own-weight-will-be-1-34-text-m-2-3 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTAyNzY1-a-1000-kg-lift-is-tied-with-metallic-wires-of-maximum-safe-stress-of-1-4-108-n-m-2-if-the-maximum-acceleration-of-the-lift-is-1-2-m-s-2-then-the-minimum-diameter-of-the-wire-is-1-1-m-2-0-1-m-3-0-01-m https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQ1Njcx-the-length-of-an-elastic-string-is-a-metre-when-the-longitudinal-tension-is-4-n-and-b-metre-when-the-longitudinal-tension-is-5-n-the-length-of-the-string-in-metre-when-the-longitudinal-tension-is-9-n https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NzIyMzc-an-elastic-string-obeying-hooke-s-law-has-a-length-l-1-metres-when-the-tension-is-4-text-n-and-a-length-l-2-metres-when-the-tension-is-5-text-n-what-is-its-natural-length-i-e-its-length-when-the-tensi https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk0MDEx-the-stress-versus-strain-graph-is-shown-for-two-wires-if-y-1-and-y-2-are-young-modulus-of-wire-a-and-b-respectively-then-the-correct-option-is-1-y-1-y-2-2-y-2-y-1-3-y-1-y-2-4-cannot-say-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTIzNjM1-the-stress-versus-strain-graphs-for-wires-of-two-materials-a-and-b-are-as-shown-in-the-figure-if-y-a-andandand-y-b-are-the-young-s-moduli-of-the-materials-then-1-y-b-2y-a-2-y-a-y-b-3-y-b-3y-a-4-y-a-3 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTk3MDk3-the-figure-shows-the-stress-strain-curve-for-a-given-material-the-approximate-yield-strength-for-this-material-is-1-3-times10-8-text-n-m-2-2-2-times10-8-text-n-m-2-3-4-times10-8-text-n-m-2-4-1-times10 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4NTM-steel-and-copper-wires-of-the-same-length-and-area-are-stretched-by-the-same-weight-one-after-the-other-young-s-modulus-of-steel-and-copper-are-2-times10-11-text-n-m-2-and-1-2-times10-11-text-n-m-2-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTIzNjE4-a-steel-ring-of-radius-r-and-cross-section-area-a-is-fitted-onto-a-wooden-disc-of-radius-r-r-r-if-young-s-modulus-is-e-then-the-force-with-which-the-steel-ring-is-expanded-is-1-ae-frac-r-r-2-a-e-left https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQxNDY-if-the-ratio-of-lengths-radii-and-young-s-modulus-of-steel-and-brass-wires-in-the-figure-are-a-b-and-c-respectively-then-the-corresponding-ratio-of-increase-in-their-lengths-will-be-1-dfrac-2-a-2-c-b https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQwMDgx-given-below-are-two-statements-assertion-a-young-s-modulus-for-a-perfectly-plastic-body-is-zero-reason-r-for-a-perfectly-plastic-body-restoring-force-is-zero-1-both-a-and-r-are-true-and-r-is-the-corre https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM5MzQ-on-applying-stress-of-20-times-10-8-text-n-m-2-the-length-of-a-perfectly-elastic-wire-is-doubled-it-s-young-s-modulus-will-be-1-40-times-10-8-text-n-m-2-2-20-times-10-8-text-n-m-2-3-10-times-10-8-text https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4MzM-in-the-cgs-system-young-s-modulus-of-a-steel-wire-is-2-times-10-12-text-dyne-cm-2-to-double-the-length-of-a-wire-of-unit-cross-section-area-the-force-required-is-1-4-times-10-6-text-dynes-2-2-times-10 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTM4MjY-the-area-of-cross-section-of-a-wire-of-length-1-1-m-is-1-mm2-it-is-loaded-with-mass-of-1-kg-if-young-s-modulus-of-copper-is-1-1-times10-11-n-m2-then-the-increase-in-length-will-be-if-g-10-text-m-s-2-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQxNDk-a-uniform-cylinder-rod-of-length-l-cross-sectional-area-a-and-young-s-modulus-y-is-acted-upon-by-the-forces-as-shown-in-the-figure-the-elongation-of-the-rod-is-1-frac-3fl-5ay-2-frac-2fl-5ay-3-frac-2fl https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246OTc4MTM-overall-changes-in-volume-and-radius-of-a-uniform-cylindrical-steel-wire-are-0-2-and-0-002-respectively-when-subjected-to-some-suitable-force-longitudinal-tensile-stress-acting-on-the-wire-is-left-2-0 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQxNDc-the-bulk-modulus-of-rubber-is-9-8-times10-8-text-n-m-2-to-what-depth-a-rubber-ball-be-taken-in-a-lake-so-that-its-volume-is-decreased-by-0-1-1-25-m-2-100-m-3-200-m-4-500-m-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTMxMzY4-a-vessel-of-1-times-10-3-m3-volume-contains-oil-when-a-pressure-of-1-2-times10-5-n-m2-is-applied-on-it-then-volume-decreases-by-0-3-times-10-6-m3-the-bulk-modulus-of-oil-is-1-1-times-10-6-text-n-m-2-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NzQ0MTk-the-bulk-modulus-of-water-is-2-times-10-9-text-n-m-2-the-increase-in-pressure-required-to-decrease-the-volume-of-the-water-sample-by-0-1-is-1-4-times-10-6-text-n-m-2-2-2-times-10-6-text-n-m-2-3-2-time https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQ1Njg0-a-ball-falling-into-a-lake-of-depth-200-text-m-shows-a-0-1-decrease-in-its-volume-at-the-bottom-what-is-the-bulk-modulus-of-the-material-of-the-ball-1-19-6-times-10-8-text-n-m-2-2-19-6-times-10-10-tex https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQ1Njgw-the-compressibility-of-water-is-4-times-10-5-per-unit-atmospheric-pressure-the-decrease-in-volume-of-100-cubic-centimeter-of-water-under-a-pressure-of-100-atmosphere-will-be-1-0-4-text-cc-2-4-times-10 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQ1Njgz-a-uniform-cube-is-subjected-to-volume-compression-if-each-side-is-decreased-by-1-then-bulk-strain-is-1-0-01-2-0-06-3-0-02-4-0-03-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTE4MzEx-choose-the-correct-statement-1-breaking-stress-does-not-depend-on-the-area-of-cross-section-2-b-text-solid-b-text-gas-b-text-liquid-where-b-is-the-bulk-modulus-3-breaking-load-does-not-depend-on-the-a https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzM5OTc5-given-below-are-two-statements-assertion-a-bulk-modulus-of-elasticity-b-represents-the-incompressibility-of-the-material-reason-r-b-frac-delta-p-delta-v-v-where-symbols-have-their-usual-meaning-1-both https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQxNDg-the-density-of-metal-at-normal-pressure-is-rho-lts-density-when-it-is-subjected-to-an-excess-pressure-p-is-rho-lf-b-is-the-bulk-modulus-of-the-metal-the-ratio-frac-rho-is-1-frac-1-1-frac-p-b-2-1-frac https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQxNDQ-a-material-has-poisson-s-ratio-of-0-5-if-a-uniform-rod-made-of-it-suffers-a-longitudinal-strain-of-2-times-10-3-what-is-the-percentage-increase-in-volume-1-2-2-4-3-0-4-5-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwMzc-the-work-done-in-stretching-an-elastic-wire-per-unit-volume-is-1-stress-times-strain-2-frac-1-2-times-stress-times-strain-3-2-times-stress-times-strain-4-stress-strain-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQxNDE-an-elastic-material-of-young-s-modulus-y-is-subjected-to-a-stress-s-the-elastic-energy-stored-per-unit-volume-of-the-material-is-1-frac-sy-2-2-frac-s-2-2y-3-frac-s-2y-4-frac-2s-y-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQ4OTM1-if-e-is-the-energy-stored-per-unit-volume-in-a-wire-having-y-as-young-s-modulus-of-the-material-then-the-stress-applied-is-1-sqrt-2ey-2-2-sqrt-ey-3-frac-1-2-sqrt-ey-4-frac-3-2-sqrt-ey-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNTA-the-young-s-modulus-of-a-wire-is-y-if-the-energy-per-unit-volume-is-e-then-the-strain-will-be-1-sqrt-frac-2e-y-2-sqrt-2ey-3-ey-4-frac-e-y-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzM5OTUy-given-below-are-two-statements-assertion-a-soft-steel-can-be-made-red-hot-by-continued-hammering-on-it-but-hard-steel-cannot-reason-r-energy-transfer-in-the-case-of-soft-is-large-as-in-hard-steel-1-bo https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQ1Njk3-the-ratio-of-young-s-modulus-of-the-material-of-two-wires-is-2-3-if-the-same-stress-is-applied-on-both-then-the-ratio-of-elastic-energy-per-unit-volume-will-be-1-3-2-2-2-3-3-3-4-4-4-3-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246NTQwNTg-the-work-done-per-unit-volume-to-stretch-the-length-of-a-wire-by-1-with-a-constant-cross-sectional-area-will-be-y-9-times10-11-text-n-m-2-1-9-times-10-11-text-j-2-4-5-times-10-7-text-j-3-9-times-10-7 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQzOTIx-a-wire-of-negligible-mass-and-length-2-m-is-stretched-by-hanging-a-20-kg-load-to-its-lower-end-keeping-its-upper-end-fixed-if-work-done-in-stretching-the-wire-is-50-j-then-the-strain-produced-in-the-w https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTkyNzc4-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-young-s-modulus-mathrm-i-dfrac-delta-d-delta-l-left-dfrac-l-d-right-mathrm-b-compressibility-mathrm-ii-dfrac-fl-a-delta-l-mathrm-c-bulk-modulus-mathrm https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-pb246ODg5ODQ-the-bulk-modulus-of-a-spherical-object-is-b-if-it-is-subjected-to-uniform-pressure-p-the-fractional-decrease-in-radius-is-1-frac-b-3p-2-frac-3p-b-3-frac-p-3b-4-frac-p-b-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDUwODU1-a-rigid-bar-of-mass-m-is-supported-symmetrically-by-three-wires-each-of-length-l-those-at-each-end-are-of-copper-and-the-middle-one-is-of-iron-the-ratio-of-their-diameters-if-each-is-to-have-the-same https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDUwODYw-a-mild-steel-wire-of-length-2l-and-cross-sectional-area-a-is-stretched-well-within-elastic-limit-horizontally-between-two-pillars-fig-9-1-a-mass-m-is-suspended-from-the-mid-point-of-the-wire-strain-in https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQxMzQw-given-below-are-two-statements-assertion-a-lead-is-more-elastic-than-rubber-reason-r-if-the-same-load-is-attached-to-lead-and-rubber-wires-of-the-same-cross-sectional-area-the-strain-of-lead-is-very-m https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1ODA1-a-student-plots-a-graph-from-his-readings-on-the-determination-of-young-modulus-of-a-metal-wire-but-forgets-to-put-the-labels-figure-the-quantities-on-x-and-y-axes-may-be-respectively-a-weight-hung-an https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc2ODQz-the-figure-shows-the-stress-strain-curve-for-a-given-material-young-s-modulus-for-the-material-is-1-7-5-1010nm-217-5-1010nm-2-2-5-1010nm-225-1010nm-2-3-7-5-109nm-237-5-109nm-2-4-7-5-108nm-247-5-108nm https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MTQ1Njkz-the-diagram-shows-stress-v-s-strain-curve-for-materials-a-and-b-from-the-curves-we-infer-that-1-a-is-brittle-but-b-is-ductile-2-a-is-ductile-and-b-is-brittle-3-both-a-and-b-are-ductile-4-both-a-and-b https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzcy-a-wire-can-sustain-a-weight-of-20-kg-before-breaking-if-the-wire-is-cut-into-two-equal-parts-each-part-can-sustain-a-weight-of-1-10-kg-2-20-kg-3-40-kg-4-80-kg-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzc0-two-wires-a-and-b-are-made-of-the-same-material-the-wire-a-has-a-length-l-and-diameter-r-while-the-wire-b-has-a-length-2l-and-diameter-r-2-if-the-two-wires-are-stretched-by-the-same-force-the-elongati https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzc1-a-wire-elongates-by-1-0-mm-when-a-load-w-is-hang-from-it-if-this-wire-goes-over-a-pulley-and-two-weights-w-each-are-hung-at-the-two-ends-the-elongation-of-the-wire-will-be-1-0-5-m-2-1-0-mm-3-2-0-mm-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzc2-a-heavy-uniform-rod-is-hanging-vertically-from-a-fixed-support-it-is-stretched-by-its-own-weight-the-diameter-of-the-rod-is-1-smallest-at-the-top-and-gradually-increases-down-the-rod-2-largest-at-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzA1Nzc4-when-a-metal-wire-is-stretched-by-a-load-the-fractional-change-in-its-volume-frac-delta-v-v-is-proportional-to-1-frac-delta-l-l-2-left-frac-delta-l-l-right-2-3-sqrt-delta-l-l-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzM2NDcz-a-uniform-rod-ab-is-rotated-at-a-constant-angular-speed-about-its-end-a-the-rotation-axis-being-perpendicular-to-ab-during-rotation-stresses-are-set-up-in-the-rod-let-the-stress-at-a-be-sigma-a-and-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDk4ODQz-a-simple-pendulum-oa-of-length-l-is-suspended-from-a-point-o-and-the-bob-mass-m-is-given-a-transverse-velocity-u-sqrt-4gl-at-its-lowest-point-when-the-suspended-wire-makes-an-angle-theta-with-the-vert https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzEzOTM4-a-wire-has-a-length-l-1-when-it-is-under-tension-t-1-and-length-l-2-when-it-is-under-tension-t-2-when-it-is-under-a-tension-t-1-t-2-its-length-is-1-l-1-l-2-2-dfrac-l-1t-1-l-2t-2-t-1-t-2-3-dfrac-l-1t-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzM0Mjc5-a-cube-made-of-a-homogeneous-isotropic-elastic-solid-is-acted-upon-by-forces-of-equal-magnitude-acting-perpendicular-to-its-opposite-faces-as-shown-forces-are-applied-uniformly-over-the-area-of-each-f https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDk4ODQy-a-simple-pendulum-of-length-l-is-suspended-from-o-and-is-released-from-rest-from-a-horizontal-position-the-cross-section-of-the-connecting-wire-is-a-and-young-s-modulus-is-y-the-mass-of-the-bob-is-m-w https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzEzOTc1-two-wires-of-identical-dimensions-but-of-different-materials-having-young-s-moduli-y-1-y-2-are-joined-end-to-end-when-the-first-wire-is-under-a-tension-t-it-elongates-by-x-1-while-the-second-wire-elon https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkzMDIy-two-equal-and-opposite-forces-each-of-magnitude-f-are-applied-along-a-rod-of-transverse-sectional-area-a-the-normal-stress-on-a-section-pq-inclined-at-an-angle-theta-to-the-transverse-section-is-given https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mzk1Nzcz-consider-a-uniform-beam-text-ab-which-is-being-pulled-by-a-horizontal-force-f-applied-at-the-end-text-a-so-that-it-is-accelerated-uniformly-the-cross-section-of-the-beam-is-a-let-the-stress-at-the-end https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzYzMDE4-a-uniform-rod-of-mass-10-text-kg-and-length-6-text-m-is-suspended-vertically-from-the-ceiling-as-shown-in-the-figure-the-cross-sectional-area-of-the-rod-is-3-text-mm-2-and-its-young-s-modulus-is-2-tim https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzMxMTg3-a-simple-pendulum-is-made-with-a-thin-wire-length-l-area-a-young-s-modulus-y-attached-to-a-heavy-bob-of-mass-m-the-pendulum-is-released-from-the-rest-with-the-bob-at-the-same-level-as-the-point-of-sus https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkzMDI1-one-end-of-uniform-wire-of-length-l-and-of-weight-w-is-attached-rigidly-to-a-point-in-a-roof-and-a-weight-w-1-is-suspended-from-the-lower-end-if-a-is-area-of-cross-section-of-the-wire-the-stress-in-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDA2Mjgz-two-identical-blocks-which-are-connected-by-means-of-a-light-metallic-wire-of-cross-sectional-area-alpha-are-dragged-along-a-smooth-horizontal-plane-by-means-of-a-horizontal-force-f-the-stress-in-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzM3Njk2-an-ideal-gas-has-an-isothermal-bulk-modulus-of-b-1-its-volume-is-doubled-isothermally-the-bulk-modulus-is-now-1-b-1-2-2b-1-3-dfrac-b-1-2-4-dfrac-b-1-sqrt-2-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzM0Mjgw-an-extremely-long-solid-rod-of-length-l-starts-falling-longitudinally-towards-a-large-point-mass-m-the-near-end-of-the-rod-being-at-a-distance-l-from-the-mass-m-the-rod-experiences-1-no-stress-2-compr https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkyOTYz-for-a-perfectly-rigid-body-the-elasticity-is-1-unity-2-zero-3-infinite-4-indeterminate-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDM4NTg3-a-rod-of-length-l-is-pulled-along-its-length-by-means-of-a-pulling-force-f-which-causes-it-to-accelerate-the-cross-section-of-the-rod-is-uniform-and-equals-a-the-average-stress-in-the-rod-equals-1-dfr https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDA2Mjg3-two-plates-a-b-are-bolted-together-by-means-of-a-bolt-pq-so-that-they-move-together-external-forces-f-1-f-2-act-along-the-planes-of-the-plates-the-material-of-the-bolt-pq-should-have-1-small-young-s-m https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkyOTcw-elastic-forces-are-1-always-conservative-2-not-always-conservative-3-never-conservative-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDk4ODQ4-a-solid-metallic-sphere-is-subjected-to-an-external-pressure-of-p-the-bulk-modulus-of-the-material-of-the-sphere-is-b-the-change-in-the-magnitude-of-the-middle-cross-sectional-area-of-the-sphere-delta https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzYzMTA0-choose-the-correct-expression-that-relates-poisson-s-ratio-sigma-bulk-modulus-b-and-modulus-of-rigidity-g-1-mathit-sigma-dfrac-3-b-2-g-2-g-6-b-2-mathit-sigma-dfrac-6-b-2-g-3-b-2-g-3-mathit-sigma-dfrac https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDk4NzM5-two-rods-having-the-same-cross-section-area-a-are-joined-end-to-end-and-forces-f-f-are-applied-at-the-two-ends-as-shown-the-lengths-of-the-rods-i-ii-are-l-2l-while-the-young-s-moduli-are-2y-y-respecti https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzkyOTky-select-the-incorrect-definition-1-deforming-force-a-force-that-changes-the-configuration-of-a-body-2-elasticity-the-property-of-regaining-the-original-configuration-3-plastic-body-a-body-that-can-be-e https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTg4Mzk2-a-metal-string-a-is-suspended-from-a-rigid-support-and-its-free-end-is-attached-to-a-block-of-mass-m-second-block-having-mass-2-m-is-suspended-at-the-bottom-of-the-first-block-using-a-string-b-the-are https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTg5MDA5-figure-represents-the-extension-delta-l-of-a-wire-of-length-1-meter-suspended-from-the-ceiling-of-the-room-at-one-end-with-a-load-w-connected-to-the-other-end-if-the-cross-sectional-area-of-the-wire-i https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTg5Njg5-the-two-wires-a-and-b-of-equal-cross-section-but-of-different-materials-are-joined-together-the-ratio-of-young-s-modulus-of-wire-a-and-wire-b-is-20-11-when-the-joined-wire-is-kept-under-certain-tensio https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTg4NjIz-the-diameter-of-a-wire-measured-by-a-screw-gauge-of-least-count-0-001-cm-is-0-08-cm-the-length-measured-by-a-scale-of-least-count-0-1-cm-is-150-cm-when-a-weight-of-100-text-n-is-applied-to-the-wire-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTg4ODQ1-a-uniform-wire-of-length-l-of-weight-w-is-suspended-from-the-roof-with-weight-of-w-at-the-other-end-the-stress-in-the-wire-at-dfrac-l-3-distance-from-the-top-is-left-dfrac-w-a-dfrac-2-gamma-dfrac-w-a https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTg5NTY5-the-young-s-modulus-of-steel-wire-of-radius-r-and-length-l-is-y-if-the-radius-r-and-length-l-of-the-wire-are-doubled-then-the-value-of-y-1-increases-by-two-times-2-reduces-by-half-3-remains-unchanged https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTg5NzEz-a-cube-has-side-length-5-text-cm-and-modulus-of-rigidity-10-5-text-n-m-2-the-displacement-produced-by-a-force-of-10-text-n-in-the-upper-face-of-cube-is-in-mm-1-5-2-3-3-2-4-6-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTg5MTk3-a-copper-wire-of-length-3-text-m-is-stretched-by-3-text-mm-by-applying-an-external-force-the-volume-of-the-wire-is-600-times-10-6-text-m-3-the-elastic-potential-energy-stored-in-the-wire-in-stretched https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTg5NzEw-a-string-a-of-length-0-314-text-m-and-young-s-modulus-2-times-10-10-text-n-m-2-is-connected-to-another-string-b-of-length-and-young-s-modulus-both-twice-of-those-of-a-this-series-combination-of-string https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTgwNzMx-the-strain-stress-plot-for-materials-a-b-c-text-and-d-is-shown-in-the-figure-which-material-has-the-largest-young-s-modulus-1-c-2-d-3-a-4-b-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTgyMTY4-two-wires-a-and-b-made-of-different-materials-of-length-6-0-text-cm-and-5-4-text-cm-respectively-and-area-of-cross-sections-3-0-times10-5-text-m-2-and-4-5-times10-5-text-m-2-respectively-are-stretched https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTQxMDY0-a-cylindrical-rod-of-length-1-text-m-and-radius-4-text-cm-is-mounted-vertically-it-is-subjected-to-a-sheer-force-of-10-5-text-n-at-the-top-considering-infinitesimally-small-displacement-in-the-upper-e https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTQxMDA4-two-slabs-with-square-cross-section-of-different-materials-1-2-with-equal-sides-l-and-thickness-d-1-and-d-2-such-that-d-2-2d-1-and-l-d-2-considering-lower-edges-of-these-slabs-are-fixed-to-the-floor-w https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTQwOTYx-a-sample-of-a-liquid-is-kept-at-1-text-atm-it-is-compressed-to-5-text-atm-which-leads-to-change-of-volume-of-0-8-text-cm-3-if-the-bulk-modulus-of-the-liquid-is-2-text-gpa-the-initial-volume-of-the-liq https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTQwODc1-a-3-text-m-long-wire-of-radius-3-text-mm-shows-an-extension-of-0-1-text-mm-when-loaded-vertically-by-a-mass-of-50-text-kg-in-an-experiment-to-determine-young-s-modulus-the-value-of-young-s-modulus-of https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTQwNzUz-the-length-of-a-light-string-is-1-4-text-m-when-the-tension-on-it-is-5-text-n-if-the-tension-increases-to-7-text-n-the-length-of-the-string-is-1-56-text-m-the-original-length-of-the-string-is-in-m-1-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTQwNzUy-two-wires-a-and-b-are-made-of-same-material-having-ratio-of-lengths-dfrac-l-a-l-b-dfrac-1-3-and-their-diameters-ratio-dfrac-d-a-d-b-2-if-both-the-wires-are-stretched-using-same-force-what-would-be-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTQwNjY4-a-steel-wire-of-length-2-text-m-and-young-s-modulus-2-0-times-10-11-text-nm-2-is-stretched-by-a-force-if-poisson-ratio-and-transverse-strain-for-the-wire-are-0-2-and-10-3-respectively-then-the-elastic https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTM2MTYz-the-increase-in-pressure-required-to-decrease-the-volume-of-a-water-sample-by-0-2-is-p-10-5-text-nm-2-the-bulk-modulus-of-water-is-2-15-109-text-nm-2-the-value-of-p-is-1-79-2-43-3-28-4-134-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTM2MDk1-the-volume-contraction-of-a-solid-copper-cube-of-edge-length-10-text-cm-when-subjected-to-a-hydraulic-pressure-of-7-times-10-6-text-pa-would-be-given-the-bulk-modulus-of-copper-1-4-times-10-11-mathrm https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTM1NzQy-the-fractional-compression-v-v-of-water-at-the-depth-of-2-5-text-km-below-the-sea-level-is-in-given-the-bulk-modulus-of-water-2-10-9-text-n-m-2-density-of-water-10-3-text-kg-m-3-acceleration-due-to-gr https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTIwNTUx-two-persons-pull-a-wire-towards-themselves-each-person-exerts-a-force-of-200-text-n-on-the-wire-young-s-modulus-of-the-material-of-wire-is-1-times-10-11-text-n-text-m-2-original-length-of-the-wire-is https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NTE5OTQ0-a-wire-of-cross-sectional-area-a-modulus-of-elasticity-2-times10-11-text-n-m-2-and-length-2-text-m-is-stretched-between-two-vertical-rigid-supports-when-a-mass-of-2-text-kg-suspended-at-the-middle-it https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc4Mjk3-two-identical-wires-wire-text-1-and-wire-text-2-each-with-young-s-modulus-y-cross-sectional-area-a-and-length-l-are-arranged-as-shown-below-then-the-ratio-of-strain-in-wire-1-to-wire-2-is-1-1-2-2-3-1 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDU2MDkz-a-uniform-wire-of-length-l-and-radius-r-is-subjected-to-a-stretching-force-f-resulting-in-an-elongation-of-delta-l-if-both-the-force-f-and-the-radius-r-are-reduced-to-half-their-original-values-what-w https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDU1NzY2-if-the-wire-bc-has-young-s-modulus-of-y-2-times10-11-text-n-m-2-and-cross-section-are-5-times10-4-text-cm-2-then-the-strain-in-the-wire-bc-is-in-units-of-10-4-1-30-2-20-3-60-4-40-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDU0Nzk4-how-does-the-elasticity-of-a-material-change-when-its-temperature-is-increased-1-increases-2-decreases-3-remains-constant-4-may-increase-or-decrease-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzY3Mjg4-wire-a-and-b-have-their-young-s-modulii-in-the-ratio-1-3-area-of-the-cross-section-in-the-ratio-of-1-2-and-lengths-in-the-ratio-of-3-4-if-the-same-force-is-applied-on-the-two-wires-to-elongate-then-th https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzY3MTUx-two-blocks-one-with-a-mass-of-2-text-kg-and-the-other-with-a-mass-of-1-14-text-kg-are-suspended-by-steel-and-brass-wires-respectively-as-shown-in-the-figure-given-young-s-moduli-for-steel-and-brass-as https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQ2MDI1-the-elastic-behaviour-of-a-material-for-linear-stress-and-linear-strain-is-captured-in-the-graph-below-the-energy-density-for-a-linear-strain-of-5-times-10-4-is-assume-that-the-material-is-elastic-up https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQ1NDU0-if-the-length-of-a-wire-is-doubled-and-its-radius-is-halved-compared-to-their-respective-initial-values-then-young-s-modulus-of-the-material-of-the-wire-will-1-remain-the-same-2-become-8-times-its-ini https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQzNzE1-a-wire-of-natural-length-l-is-suspended-vertically-from-a-fixed-point-the-length-changes-to-l-1-and-l-2-when-masses-1-kg-and-2-kg-are-suspended-respectively-from-its-free-end-the-value-of-l-is-1-sqrt https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQzNzAy-a-string-of-area-of-cross-section-4-mm2-and-length-0-5-is-connected-with-a-rigid-body-of-mass-2-kg-the-body-is-rotated-in-a-vertical-circular-path-of-a-radius-of-0-5-m-the-body-acquires-a-speed-of-5-m https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQzNjMz-in-an-experiment-to-determine-young-s-modulus-steel-wires-of-five-different-lengths-1-2-3-4-and-5-text-m-but-of-the-same-cross-section-2-text-mm-2-were-taken-and-curves-between-extension-and-load-were https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQzNjEz-a-steel-wire-of-length-3-2-m-y-s-2-0-times-10-11-n-m-2-and-a-copper-wire-of-length-4-4-m-y-c-1-1-times-10-11-n-m-2-both-having-a-radius-1-4-mm-are-connected-end-to-end-when-a-load-is-applied-the-net-s https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246MzQzNTM4-a-square-aluminium-shear-modulus-is-25-times10-9-text-nm-2-slab-of-side-60-text-cm-and-thickness-of-15-text-cm-is-subjected-to-a-shearing-force-on-its-narrow-face-of-18-0-times10-4-text-n-the-lower-ed https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc5MDgw-two-blocks-of-masses-3-text-kg-and-5-text-kg-are-connected-by-a-metal-wire-going-over-a-smooth-pulley-the-breaking-stress-of-the-metal-is-frac-24-pi-times10-2-text-nm-2-what-is-the-minimum-radius-of-t https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc4OTgw-two-wires-of-the-same-length-and-radius-are-joined-end-to-end-and-loaded-the-young-s-modulus-of-the-materials-of-the-two-wires-is-y-1-and-y-2-if-the-combination-behaves-as-a-single-wire-then-its-young https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc4NTY3-at-what-depth-in-the-deep-sea-will-the-volume-of-a-rubber-ball-decrease-by-0-5-given-that-the-bulk-modulus-of-rubber-is-9-8-times-10-8-text-nm-2-and-the-density-of-seawater-is-10-3-text-kg-m-3-g-9-8-t https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc4NDAy-the-length-of-a-metal-wire-is-l-1-when-the-tension-in-it-is-t-1-and-is-l-2-when-the-tension-is-t-2-the-natural-length-of-the-wire-is-1-sqrt-l-1-l-2-2-dfrac-l-1-l-2-2-3-dfrac-l-1-t-2-l-2-t-1-t-2-t-1-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc4Mzg4-two-separate-wires-a-and-b-are-stretched-by-2-text-mm-and-4-text-mm-respectively-when-they-are-subjected-to-a-force-of-2-text-n-assume-that-both-the-wires-are-made-up-of-the-same-material-and-the-radi https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc4MTg2-a-stone-of-mass-20-text-g-is-projected-from-a-rubber-catapult-of-length-0-1-text-m-and-area-of-cross-section-10-6-text-m-2-stretched-by-an-amount-0-04-text-m-the-velocity-of-the-projected-stone-is-you https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc3NTMx-given-below-are-two-statements-one-is-labeled-as-assertion-a-and-the-other-is-labeled-as-reason-r-assertion-a-steel-is-used-in-the-construction-of-buildings-and-bridges-reason-r-steel-is-more-elastic https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc4MTU2-the-area-of-the-cross-section-of-a-railway-track-is-0-01-text-m-2-the-temperature-variation-is-10-circ-text-c-the-coefficient-of-linear-expansion-of-the-material-of-the-track-is-10-5-circ-text-c-the-e https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc4MDMy-the-value-of-tension-in-a-long-thin-metal-wire-has-been-changed-from-t-1-to-t-2-the-lengths-of-the-metal-wire-at-two-different-values-of-tension-t-1-and-t-2-are-l-1-and-l-2-respectively-the-actual-len https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc3OTcy-a-uniform-heavy-rod-of-weight-10-text-kg-m-s-2-cross-sectional-area-of-100-text-cm-2-and-length-20-text-cm-is-hanging-from-a-fixed-support-the-young-s-modulus-of-the-material-of-the-rod-is-2-10-11-tex https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc3OTM1-an-object-is-located-at-2-text-km-beneath-the-surface-of-the-water-if-the-fractional-compression-frac-delta-v-v-is-1-36-the-ratio-of-hydraulic-stress-to-the-corresponding-hydraulic-strain-will-be-give https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc5NDE2-the-length-of-a-metallic-wire-is-l-1-when-the-tension-in-it-is-t-1-and-is-l-2-when-the-tension-is-t-2-the-original-natural-length-of-the-wire-is-1-dfrac-l-1-l-2-2-2-dfrac-t-2l-1-t-1l-2-t-1-t-2-3-dfrac https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc5MDA3-the-normal-density-of-a-material-is-rho-and-its-bulk-modulus-of-elasticity-is-k-the-magnitude-of-the-increase-in-the-density-of-material-when-a-pressure-p-is-applied-uniformly-on-all-sides-will-be-1-d https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc4OTIx-if-y-k-and-eta-are-the-values-of-young-s-modulus-bulk-modulus-and-modulus-of-rigidity-of-any-material-respectively-choose-the-correct-relation-for-these-parameters-1-mathrm-y-frac-9-mathrm-k-eta-3-mat https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc4NjY4-a-body-of-mass-m-10-text-kg-is-attached-to-one-end-of-a-wire-of-length-0-3-text-m-the-maximum-angular-speed-in-text-rad-text-s-1-with-which-it-can-be-rotated-about-its-other-end-in-the-space-station-i https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc5MzE5-a-cube-of-metal-is-subjected-to-a-hydrostatic-pressure-of-4-text-gpa-the-percentage-change-in-the-length-of-the-side-of-the-cube-is-close-to-given-bulk-modulus-of-metal-b-8-times-10-10-text-pa-1-5-2-2 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc2ODQx-the-elastic-limit-of-brass-is-400-mpa-what-should-be-the-minimum-diameter-of-a-brass-rod-if-it-is-to-support-a-400-pi-n-load-without-exceeding-its-elastic-limit-1-1-mm-2-1-5-mm-3-2-mm-4-2-5-mm-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc2ODI4-in-an-experiment-brass-and-steel-wires-of-length-1-text-m-each-with-areas-of-cross-section-1-text-mm-2-are-used-the-wires-are-connected-in-series-and-one-end-of-the-combined-wire-is-connected-to-a-rig https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc2NjY5-a-boy-s-catapult-is-made-of-a-rubber-cord-42-text-cm-long-and-6-text-mm-in-diameter-placing-a-0-02-text-kg-stone-on-it-the-boy-stretches-the-cord-by-20-text-cm-using-a-constant-force-when-released-the https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc2NjQ5-young-s-moduli-of-two-wires-a-and-b-are-in-the-ratio-10-4-wire-a-is-2-text-m-long-and-has-radius-r-wire-b-is-1-6-text-m-long-and-has-radius-2-text-mm-if-the-two-wires-stretch-by-the-same-length-for-a https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc4OTE2-a-solid-sphere-of-radius-r-made-of-a-soft-material-of-bulk-modulus-k-is-surrounded-by-a-liquid-in-a-cylindrical-container-a-massless-piston-of-area-a-floats-on-the-surface-of-the-liquid-covering-the-e https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246Mjc5MzIy-a-man-transforms-into-a-giant-such-that-all-his-linear-dimensions-become-9-times-their-original-values-assuming-his-density-remains-unchanged-the-stress-on-his-legs-changes-by-a-factor-of-1-9-2-dfrac https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc3Mjc2-a-thin-1-text-m-long-rod-has-a-radius-of-5-text-mm-a-force-of-50-pi-text-kn-is-applied-at-one-end-to-determine-its-young-s-modulus-assume-that-the-force-is-exactly-known-if-the-least-count-in-the-meas https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc3MjE2-a-bottle-has-an-opening-of-radius-a-and-length-b-a-cork-of-length-b-and-radius-a-delta-a-where-delta-a-1-2-pi-mu-b-b-delta-a-2-pi-mu-b-b-delta-a-3-pi-mu-b-b-a-4-4-pi-mu-b-b-delta-a-1-2-3-4 https://medminds.me/qbank/physics/mechanical-properties-of-solids/?q=NP-b246NDc3MTE0-a-uniformly-tapering-conical-wire-is-made-from-a-material-of-young-s-modulus-y-and-has-a-normal-unextended-length-l-the-radii-at-the-upper-and-lower-ends-of-this-conical-wire-have-values-r-and-3r-resp https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-Rpb246MTIyNA-a-ball-rolls-off-top-of-a-staircase-with-a-horizontal-velocity-u-m-s-if-the-steps-are-h-metre-high-and-b-mere-wide-the-ball-will-just-hit-the-edge-of-nth-step-if-n-equals-to-1-dfrac-h-u-2-g-b-2-2-dfra https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-Rpb246MTIyNg-a-man-standing-on-the-roof-of-a-house-of-height-h-throws-one-particle-vertically-downwards-and-another-particle-horizontally-with-the-same-velocity-u-the-ratio-of-their-velocities-when-they-reach-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MTI2NzA-a-man-weighing-80-kg-is-standing-in-a-trolley-weighing-320-kg-the-trolley-is-resting-on-frictionless-horizontal-rails-if-the-man-starts-walking-on-the-trolley-with-a-speed-of-1-m-s-then-after-4-sec-hi https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU0Nzg-a-particle-is-projected-at-an-angle-952-with-horizontal-with-an-initital-speed-u-when-it-makes-an-angle-945-with-horizontal-its-speed-v-is-1-ucos-952-2-ucos-952-ucos-945-3-usin-952-sin-945-4-ucos-952 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU2NTU-a-particle-is-moving-along-the-path-y-x2-from-x-0-m-to-x-2-m-then-the-distance-traveled-by-the-particle-is-1-4-m-2-20m-3-62-20m-4-60-20m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU2NTY-six-particles-situated-at-the-corners-of-a-regular-hexagon-of-side-a-move-at-constant-speed-v-each-particle-maintains-a-direction-towards-the-particle-at-the-next-the-time-which-the-particles-will-tak https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU2NjI-a-body-is-projected-with-velocity-203-m-s-with-an-angle-of-projection-60-176-with-horizontal-calculate-velocity-on-that-point-where-body-makes-an-angle-30-176-with-the-horizontal-1-20-m-s-2-203m-s-3-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU2Njc-in-a-uniform-circular-motion-which-of-the-following-quantity-is-not-constant-1-angular-momentum-2-speed-3-kinetic-energy-4-momentum-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU2NzQ-a-particle-is-moving-with-veocity-v-8594-k-yi-xj-where-k-is-constant-the-general-equation-for-the-path-is-1-y-x2-constant-2-y2-x2-constant-3-y-x-constant-4-xy-constant-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU2OTA-a-particle-is-projected-with-a-velocity-u-making-an-angle-952-with-the-horizontal-at-any-instant-its-velocity-v-is-at-right-angles-to-its-initial-velocity-u-then-v-is-1-ucos-952-2-utan-952-3-ucot-952 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU2OTE-a-projectile-is-given-an-initial-velocity-of-i-2j-the-cartesian-equation-of-its-path-is-g-10-ms-2-1-y-2x-5x2-2-y-x-5x2-3-4y-2x-5x2-4-y-2x-25x2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU2OTI-a-ship-a-is-moving-westwards-with-a-speed-of-10-km-h-1-and-a-ship-b-100-km-south-of-a-is-moving-northwards-with-a-speed-of-10-km-h-1-the-time-after-which-the-distance-between-them-becomes-the-shortest https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU2OTM-time-taken-by-the-projectile-to-reach-from-a-to-b-is-t-then-the-distance-ab-is-equal-to-1-ut3-2-3ut2-3-3ut-4-2ut-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjU3MzQ-a-particle-projected-with-kinetic-energy-k0-with-an-angle-of-projection-952-then-the-variation-of-kinetic-k-with-vertical-displacement-y-is-1-linear-2-parabolic-3-hyperbolic-4-periodic-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjcyNTE-a-river-is-flowing-with-a-speed-of-1-km-hr-a-swimmer-wants-to-go-to-point-c-starting-from-a-he-swims-with-a-speed-of-5-km-hr-at-an-angle-theta-with-respect-to-the-river-if-text-ab-bc-400-m-then-1-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjcyNTU-a-body-is-thrown-horizontally-with-a-velocity-sqrt-2-g-h-from-the-top-of-a-tower-of-height-h-it-strikes-the-level-ground-through-the-foot-of-the-tower-at-a-distance-x-from-the-tower-the-value-of-x-is https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MjcyNTk-two-men-p-and-q-are-standing-at-corners-a-and-b-of-a-square-abcd-of-side-8-text-m-they-start-moving-along-the-track-with-a-constant-speed-2-text-m-s-and-10-text-m-s-respectively-the-time-when-they-wil https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzAwMTE-a-particle-starts-from-the-origin-at-t-0-and-moves-in-the-x-y-plane-with-constant-acceleration-a-in-the-y-direction-its-equation-of-motion-is-y-bx2-the-x-component-of-its-velocity-at-t-0-is-1-variable https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzAwODk-a-body-is-projected-with-a-velocity-u-with-an-angle-of-projection-theta-the-change-in-velocity-after-the-time-t-from-the-time-of-projection-will-be-1-gt-2-frac-1-2-gt-2-3-u-sin-theta-4-u-cos-theta-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyMjY-what-determines-the-nature-of-the-path-followed-by-the-particle-1-speed-only-2-velocity-only-3-acceleration-only-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyMzE-a-boat-is-sent-across-a-river-in-perpendicular-direction-with-a-velocity-of-8-km-hr-if-the-resultant-velocity-of-boat-is-10-km-hr-then-velocity-of-the-river-is-1-10-km-hr-2-8-km-hr-3-6-km-hr-4-4-km-hr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyMzM-a-boat-is-moving-with-velocity-of-3i-4j-in-river-and-water-is-moving-with-a-velocity-of-minus-3i-minus-4j-with-respect-to-ground-relative-velocity-of-boat-with-respect-to-water-is-1-minus-6i-minus-8j https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyMzU-a-boat-moves-with-a-speed-of-5-km-h-relative-to-water-in-a-river-flowing-with-a-speed-of-3-km-h-and-having-a-width-of-1-km-the-minimum-time-taken-around-a-round-trip-returning-to-the-initial-point-is https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyMzc-a-river-is-flowing-from-w-to-e-with-a-speed-of-5-m-min-a-man-can-swim-in-still-water-with-a-velocity-10-m-min-in-which-direction-should-the-man-swim-so-as-to-take-the-shortest-possible-path-to-go-to-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyMzg-a-train-is-moving-towards-the-east-and-a-car-is-along-the-north-at-the-same-speed-the-observed-direction-of-the-car-to-the-passenger-on-the-train-is-1-east-north-direction-2-west-north-direction-3-sou https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyNDc-a-ball-p-is-dropped-vertically-and-another-ball-q-is-thrown-horizontally-from-the-same-height-and-at-the-same-time-if-air-resistance-is-neglected-then-1-ball-p-reaches-the-ground-first-2-ball-q-reache https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyNTM-a-frictionless-wire-ab-is-fixed-on-a-sphere-of-radius-r-a-very-small-spherical-ball-slips-on-this-wire-the-time-taken-by-this-ball-to-slip-from-a-to-b-is-1-frac-2-sqrt-g-r-g-cos-theta-2-2-sqrt-g-r-fra https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyNTQ-a-body-is-slipping-from-an-inclined-plane-of-height-h-and-length-l-if-the-angle-of-inclination-is-theta-the-time-taken-by-the-body-to-come-from-the-top-to-the-bottom-of-this-inclined-plane-is-1-sqrt-f https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyNjQ-an-airplane-is-moving-with-a-velocity-u-it-drops-a-packet-from-a-height-h-the-time-t-taken-by-the-packet-to-reach-the-ground-will-be-1-sqrt-frac-2-g-h-2-sqrt-frac-2-u-g-3-sqrt-frac-h-2-g-4-sqrt-frac-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyNjc-an-aeroplane-is-moving-with-horizontal-velocity-u-at-height-h-the-velocity-of-a-packet-dropped-from-it-on-the-earth-s-surface-will-be-g-is-acceleration-due-to-gravity-1-u2-2gh-2-2gh-3-2-gh-4-u2-minus https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyNjk-a-bullet-is-fired-with-a-speed-of-1000-thinsp-thinsp-m-sec-in-order-to-hit-a-target-100-m-away-if-g-10-thinsp-thinsp-m-s2-the-gun-should-be-aimed-1-directly-towards-the-target-2-5-cm-above-the-target https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyNzc-a-body-sliding-on-a-smooth-inclined-plane-requires-4-seconds-to-reach-the-bottom-starting-from-the-rest-at-the-top-how-much-time-does-it-take-to-cover-one-fourth-distance-starting-from-the-rest-at-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyODI-the-time-taken-by-a-block-of-wood-initially-at-rest-to-slide-down-a-smooth-inclined-plane-9-8-text-m-long-angle-of-inclination-is-30-circ-is-1-frac-1-2-text-sec-2-2-text-sec-3-4-text-sec-4-1-text-sec https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQyOTc-a-ball-is-dropped-from-the-top-of-a-tower-of-100m-height-simultaneously-another-ball-is-thrown-upwards-from-the-bottom-of-the-tower-with-a-speed-of-50-m-s-g-10m-s2-they-will-cross-each-other-after-1-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQzNjM-given-below-are-two-statements-assertion-a-a-rocket-in-flight-is-not-an-illustration-of-a-projectile-reason-r-the-rocket-takes-flight-due-to-the-combustion-of-fuel-and-does-not-move-under-the-gravitat https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ0MDE-if-the-body-is-moving-in-a-circle-of-radius-r-with-a-constant-speed-v-its-angular-velocity-is-1-v2-r-2-vr-3-v-r-4-r-v-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ0MDI-two-racing-cars-of-masses-m-1-and-m-2-are-moving-in-circles-of-radii-r-1-and-r-2-respectively-their-speeds-are-such-that-each-makes-a-complete-circle-in-the-same-duration-of-time-t-the-ratio-of-the-an https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ0MDU-if-a-particle-moves-in-a-circle-describing-equal-angles-in-equal-times-its-velocity-vector-1-remains-constant-2-changes-in-magnitude-3-changes-in-direction-4-changes-both-in-magnitude-and-direction-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ0MDY-a-motorcyclist-going-round-in-a-circular-track-at-a-constant-speed-has-1-constant-linear-velocity-2-constant-acceleration-3-constant-angular-velocity-4-constant-force-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ0MDc-a-particle-p-is-moving-in-a-circle-of-radius-lsquo-a-rsquo-with-a-uniform-speed-v-c-is-the-centre-of-the-circle-and-ab-is-a-diameter-when-passing-through-b-the-angular-velocity-of-p-about-a-and-c-are https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ0MDk-a-particle-moves-with-constant-angular-velocity-in-a-circle-during-the-motion-its-1-energy-is-conserved-2-momentum-is-conserved-3-energy-and-momentum-both-are-conserved-4-none-of-the-above-is-conserve https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2NTQ-two-bodies-of-mass-10-kg-and-5-kg-moving-in-concentric-orbits-of-radii-r-and-r-such-that-their-periods-are-the-same-then-the-ratio-between-their-centripetal-acceleration-is-1-r-r-2-r-r-3-r2-r2-4-r2-r2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2NTU-a-particle-is-moving-in-a-horizontal-circle-with-constant-speed-it-has-constant-1-velocity-2-acceleration-3-kinetic-energy-4-displacement-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2NTc-the-angular-speed-of-a-flywheel-making-120-revolutions-minute-is-1-2-pi-thinsp-thinsp-rad-s-2-4-pi-2-thinsp-thinsp-rad-s-3-pi-thinsp-thinsp-rad-s-4-4-pi-thinsp-thinsp-rad-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2NTg-certain-neutron-stars-are-believed-to-be-rotating-at-about-1-rev-sec-if-such-a-star-has-a-radius-of-20-km-the-acceleration-of-an-object-on-the-equator-of-the-star-will-be-1-20-times-108m-sec2-2-8-time https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2NTk-an-electric-fan-has-blades-of-length-30-cm-as-measured-from-the-axis-of-rotation-if-the-fan-is-rotating-at-1200-r-p-m-the-acceleration-of-a-point-on-the-tip-of-the-blade-is-about-1-1600-m-sec2-2-4740 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2Njg-the-angular-speed-of-seconds-needle-in-a-mechanical-watch-is-1-pi-30-rad-s-2-2-pi-rad-s-3-pi-rad-s-4-60-pi-rad-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2NzA-what-is-the-value-of-linear-velocity-if-vec-omega-3-hat-i-4-hat-j-hat-k-and-vec-r-5-hat-i-6-hat-j-6-hat-k-1-6-hat-i-2-hat-j-3-hat-k-2-18-hat-i-13-hat-j-2-hat-k-3-4-hat-i-13-hat-j-6-hat-k-4-6-hat-i-2-h https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2NzU-a-particle-moves-with-constant-speed-v-along-a-circular-path-of-radius-r-and-completes-the-circle-in-time-t-the-acceleration-of-the-particle-is-1-2-pi-v-t-2-2-pi-r-t-3-2-pi-r-2-t-4-2-pi-v-2-t-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2ODE-in-1-0-text-s-a-particle-goes-from-point-a-to-point-b-moving-in-a-semicircle-of-radius-1-0-text-m-see-figure-the-magnitude-of-the-average-velocity-is-1-3-14-text-m-s-2-2-0-text-m-s-3-1-0-text-m-s-4-ze https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2ODM-a-stone-tied-to-the-end-of-a-string-of-1-m-long-is-whirled-in-a-horizontal-circle-with-a-constant-speed-if-the-stone-makes-22-revolutions-in-44-s-what-is-the-magnitude-and-direction-of-acceleration-of https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ2OTA-if-the-equation-for-the-displacement-of-a-particle-moving-on-a-circular-path-is-given-by-theta-2t-3-0-5-where-theta-is-in-radians-and-t-in-seconds-then-the-angular-velocity-of-the-particle-after-2-sec https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MTM-for-a-particle-in-a-non-uniform-accelerated-circular-motion-1-velocity-is-radial-and-acceleration-is-transverse-only-2-velocity-is-transverse-and-acceleration-is-radial-only-3-velocity-is-radial-and-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MTY-the-coordinates-of-a-moving-particle-at-any-time-t-are-given-by-x-alpha-t-3-and-y-beta-t-3-the-speed-of-the-particle-at-a-time-t-is-given-by-1-sqrt-alpha-2-beta-2-2-3t-sqrt-alpha-2-beta-2-3-3t-2-sqrt https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MTk-the-figure-shows-a-body-of-mass-m-moving-with-a-uniform-speed-v-along-a-circle-of-radius-r-the-change-in-velocity-in-going-from-a-to-b-is-1-v2-2-v-2-3-v-4-zero-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MjA-a-particle-moves-in-a-circular-path-with-decreasing-speed-choose-the-correct-statement-1-angular-momentum-remains-constant-2-acceleration-a-8594-is-towards-the-center-3-particle-moves-in-a-spiral-path https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MjE-the-angle-turned-by-a-body-undergoing-circular-motion-depends-on-time-as-theta-theta-0-theta-1t-theta-2t-2-then-the-angular-acceleration-of-the-body-is-1-theta-1-2-theta-2-3-2-theta-1-4-2-theta-2-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MjI-a-stone-is-just-released-from-the-window-of-a-train-moving-along-a-horizontal-straight-track-the-stone-will-hit-the-ground-following-1-straight-path-2-circular-path-3-parabolic-path-4-hyperbolic-path https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MjM-an-aeroplane-is-flying-at-a-constant-horizontal-velocity-of-600-km-hr-at-an-elevation-of-6-km-towards-a-point-directly-above-the-target-on-the-earth-s-surface-at-an-appropriate-time-the-pilot-releases https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MjQ-a-bomb-is-dropped-from-an-aeroplane-moving-horizontally-at-constant-speed-when-air-resistance-is-taken-into-consideration-the-bomb-1-falls-to-earth-exactly-below-the-aeroplane-2-fall-to-earth-behind-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MjU-an-aeroplane-is-flying-horizontally-with-a-velocity-u-600-km-h-at-a-height-of-1960-m-when-it-is-vertically-at-a-point-a-on-the-ground-a-bomb-is-released-from-it-the-bomb-strikes-the-ground-at-point-b https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MjY-an-aeroplane-moving-horizontally-with-a-speed-of-720-km-h-drops-a-food-pocket-while-flying-at-a-height-of-396-9-m-the-time-taken-by-a-food-pocket-to-reach-the-ground-and-its-horizontal-range-is-take-g https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3Mjc-a-particle-a-is-dropped-from-a-height-and-another-particle-b-is-thrown-in-the-horizontal-direction-with-a-speed-of-5-m-sec-from-the-same-height-the-correct-statement-is-1-both-particles-will-reach-at https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3Mjg-a-bomber-plane-moves-horizontally-with-a-speed-of-500-text-m-s-and-a-bomb-is-released-from-it-the-bomb-strikes-the-ground-in-10-text-s-the-angle-at-which-it-strikes-the-ground-will-be-g-10-text-m-s-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3Mjk-a-projectile-fired-with-initial-velocity-u-at-some-angle-theta-has-a-range-r-if-the-initial-velocity-be-doubled-at-the-same-angle-of-projection-then-the-range-will-be-1-2-r-2-r-2-3-r-4-4-r-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MzA-if-the-initial-velocity-of-a-projectile-be-doubled-keeping-the-angle-of-projection-same-the-maximum-height-reached-by-it-will-1-remain-the-same-2-be-doubled-3-be-quadrupled-4-be-halved-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MzE-in-the-motion-of-a-projectile-freely-under-gravity-its-1-total-energy-is-conserved-2-momentum-is-conserved-3-energy-and-momentum-both-are-conserved-4-none-is-conserved-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MzI-the-range-of-a-projectile-for-a-given-initial-velocity-is-maximum-when-the-angle-of-projection-is-45-deg-the-range-will-be-minimum-if-the-angle-of-projection-is-1-90-deg-2-180-deg-3-60-deg-4-75-deg-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MzQ-a-ball-is-thrown-upwards-and-it-returns-to-the-ground-describing-a-parabolic-path-which-of-the-following-remains-constant-1-kinetic-energy-of-the-ball-2-speed-of-the-ball-3-horizontal-component-of-vel https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MzU-at-the-top-of-the-trajectory-of-a-projectile-the-directions-of-its-velocity-and-acceleration-are-1-perpendicular-to-each-other-2-parallel-to-each-other-3-inclined-to-each-other-at-an-angle-of-45-circ https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3MzY-an-object-is-thrown-along-a-direction-inclined-at-an-angle-of-45-deg-with-the-horizontal-direction-the-horizontal-range-of-the-particle-is-equal-to-1-vertical-height-2-twice-the-vertical-height-3-thri https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3Mzc-the-height-y-and-the-distance-x-along-the-vertical-plane-of-a-projectile-on-a-certain-planet-with-no-surrounding-atmosphere-are-given-by-y-8t-8722-5t2-meter-and-x-6t-meter-where-t-is-in-second-the-vel https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NDA-the-range-of-a-particle-when-launched-at-an-angle-of-15-deg-with-the-horizontal-is-1-5-km-what-is-the-range-of-the-projectile-when-launched-at-an-angle-of-45-deg-to-the-horizontal-1-1-5-km-2-3-0-km-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NDI-a-projectile-thrown-with-a-speed-v-at-an-angle-theta-has-a-range-r-on-the-surface-of-earth-for-same-v-and-theta-its-range-on-the-surface-of-moon-will-be-acceleration-due-to-gravity-on-moon-g6-1-r-6-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NDM-a-ball-is-projected-with-kinetic-energy-e-at-an-angle-of-45-deg-to-the-horizontal-at-the-highest-point-during-its-flight-its-kinetic-energy-will-be-1-zero-2-e2-3-e2-4-e-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NDQ-at-the-top-of-the-trajectory-of-a-projectile-the-magnitude-of-the-acceleration-is-1-maximum-2-minimum-3-zero-4-g-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NDU-a-body-is-projected-at-such-an-angle-that-the-horizontal-range-is-three-times-the-greatest-height-the-angle-of-projection-is-1-25o8-2-33o7-3-42o8-4-53o8-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NDY-two-bodies-are-projected-with-the-same-velocity-if-one-is-projected-at-an-angle-of-30-deg-and-the-other-at-an-angle-of-60-deg-to-the-horizontal-the-ratio-of-the-maximum-heights-reached-is-1-3-1-2-1-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NDc-if-the-range-of-a-gun-that-fires-a-shell-with-muzzle-speed-v-is-r-then-the-angle-of-elevation-of-the-gun-is-1-cos-8722-1v2rg-2-cos-8722-1grv2-3-12v2rg-4-12sin-8722-1grv2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NDg-if-a-body-a-of-mass-m-is-thrown-with-a-velocity-v-at-an-angle-of-30-deg-to-the-horizontal-and-another-body-b-of-the-same-mass-is-thrown-with-the-same-speed-at-an-angle-of-60-deg-to-the-horizontal-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NDk-four-bodies-p-q-r-and-s-are-projected-with-equal-velocities-having-angles-of-projection-15-circ-30-circ-45-circ-and-60-circ-with-the-horizontal-respectively-the-body-having-the-shortest-range-is-1-p-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NTA-a-stone-projected-with-a-velocity-u-at-an-angle-theta-with-the-horizontal-reaches-maximum-height-h-1-when-it-is-projected-with-velocity-u-at-an-angle-left-frac-pi-2-theta-right-with-the-horizontal-it https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NTE-which-of-the-following-sets-of-factors-will-affect-the-horizontal-distance-covered-by-an-athlete-in-a-long-ndash-jump-event-1-speed-before-he-jumps-and-his-weight-2-the-direction-in-which-he-leaps-and https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NTI-in-a-projectile-motion-velocity-at-maximum-height-is-1-u-8201-cos-8201-952-2-2-u-8201-cos-8201-952-3-u-8201-sin-8201-952-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NTM-the-equation-of-motion-of-a-projectile-is-given-by-x-36-t-metre-and-2y-96-t-ndash-9-8-t2-metre-the-angle-of-projection-is-1-sin-8722-145-2-sin-8722-135-3-sin-8722-143-4-sin-8722-134-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NTQ-for-a-given-velocity-a-projectile-has-the-same-range-of-r-for-two-angles-of-projection-if-t1-and-t2-are-the-times-of-flight-in-the-two-cases-then-1-t1t2-8733-8201-r2-2-t1t2-8733-8201-r-3-t1t2-8733-820 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NTU-a-body-of-mass-m-is-thrown-upwards-at-an-angle-theta-with-the-horizontal-with-velocity-v-while-rising-up-the-velocity-of-the-mass-after-t-seconds-will-be-1-v-8201-cos-8201-952-2-v-8201-sin-8201-952-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NTY-a-cricketer-can-throw-a-ball-to-a-maximum-horizontal-distance-of-100-text-m-with-the-same-effort-he-throws-the-ball-vertically-upwards-the-maximum-height-attained-by-the-ball-is-1-100-text-m-2-80-text https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NTc-a-ball-is-projected-with-velocity-v0-at-an-angle-of-elevation-30-deg-mark-the-correct-statement-1-kinetic-energy-will-be-zero-at-the-highest-point-of-the-trajectory-2-vertical-component-of-momentum-wi https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NTg-neglecting-the-air-resistance-the-time-of-flight-of-a-projectile-is-determined-by-1-uvertical-2-uhorizontal-3-u-u2vertical-u2horizontal-4-u-u-u2vertical-u2horizontal-1-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NjA-a-stone-is-thrown-at-an-angle-theta-with-the-horizontal-reaches-a-maximum-height-of-h-then-the-time-of-flight-of-stone-will-be-1-2hg-2-2-8201-2hg-3-22h-8201-sin-952-g-4-2h-8201-sin-952-g-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NjE-the-horizontal-range-of-a-projectile-is-4-sqrt-3-times-its-maximum-height-its-angle-of-projection-will-be-1-45-circ-2-60-circ-3-90-circ-4-30-circ-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NjI-the-maximum-horizontal-range-of-a-projectile-is-400-text-m-the-maximum-value-of-height-ever-possible-attained-by-it-will-be-1-100-text-m-2-200-text-m-3-400-text-m-4-800-text-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQ3NzU-figure-shows-four-paths-for-a-kicked-football-ignoring-the-effects-of-air-on-the-flight-rank-the-paths-according-to-initial-horizontal-velocity-component-highest-first-1-1-2-3-4-2-2-3-4-1-3-3-4-1-2-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyODI-a-man-standing-on-a-road-holds-his-umbrella-at-30-deg-with-the-vertical-to-keep-the-rain-away-he-throws-the-umbrella-and-starts-running-at-10-km-hr-he-finds-that-raindrops-are-hitting-his-head-vertica https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyODY-a-river-is-flowing-from-east-to-west-at-a-speed-of-5-m-min-a-man-on-south-bank-of-river-capable-of-swimming-10-m-min-in-still-water-wants-to-swim-across-the-river-in-shortest-time-he-should-swim-1-due https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyODk-a-thief-is-running-away-on-a-straight-road-in-a-jeep-moving-with-a-speed-of-9-m-s-a-police-man-chases-him-on-a-motor-cycle-moving-at-a-speed-of-10-m-s-if-the-instantaneous-separation-of-jeep-from-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyOTA-a-man-sitting-in-a-bus-travelling-in-a-direction-from-west-to-east-with-a-speed-of-40-km-h-observes-that-the-rain-drops-are-falling-vertically-downwards-to-another-man-standing-on-ground-the-rain-will https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyOTE-a-boat-takes-two-hours-to-travel-8-km-and-back-in-still-water-if-the-velocity-of-water-is-4-km-h-the-time-taken-for-going-upstream-8-km-and-coming-back-is-1-2h-2-2h-40-min-3-1h-20-min-4-cannot-be-esti https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyOTI-a-120-m-long-train-is-moving-towards-west-with-a-speed-of-10-m-s-a-bird-flying-towards-east-with-a-speed-of-5-m-s-crosses-the-train-the-time-taken-by-the-bird-to-cross-the-train-will-be-1-16-sec-2-12 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyOTM-a-boat-crosses-a-river-with-a-velocity-of-8-km-h-if-the-resulting-velocity-of-boat-is-10-km-h-then-the-velocity-of-river-water-is-1-4-km-h-2-6-km-h-3-8-km-h-4-10-km-h-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyOTQ-a-vector-vec-a-is-turned-without-a-change-in-its-length-through-a-small-angle-d-theta-the-values-of-left-delta-vec-a-right-and-delta-a-are-respectively-1-0-thinsp-thinsp-ad-theta-2-thinsp-ad-theta-thi https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyOTc-a-steam-boat-goes-across-a-lake-and-comes-back-a-on-a-quiet-day-when-the-water-is-still-and-b-on-a-rough-day-when-there-is-a-uniform-air-current-so-as-to-help-the-journey-onward-and-to-impede-the-jour https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyOTg-to-a-person-going-eastward-in-a-car-with-a-velocity-of-25-km-hr-a-train-appears-to-move-towards-north-with-a-velocity-of-253-km-hr-the-actual-velocity-of-the-train-will-be-1-25-km-hr-2-50-km-hr-3-5-km https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NDI1NDc-two-particles-having-position-vectors-overrightarrow-r-1-left-3-hat-i-5-hat-j-right-metres-and-overrightarrow-r-2-left-5-hat-i-3-hat-j-right-metres-are-moving-with-velocities-overrightarrow-v-1-left-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NDI3NTk-a-batsman-hits-a-sixer-and-the-ball-touches-the-ground-outside-the-cricket-field-which-of-the-following-graph-describes-the-variation-of-the-cricket-ball-s-vertical-velocity-v-with-time-between-the-ti https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTEwMjU-the-x-and-y-coordinates-of-the-particle-at-any-time-are-x-5t-2t-2-and-y-10t-respectively-where-x-and-y-are-in-metres-and-t-is-in-seconds-the-acceleration-of-the-particle-at-t-2-s-is-1-0-m-s2-2-5-m-s2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTEwMjc-preeti-reached-the-metro-station-and-found-that-the-escalator-was-not-working-she-walked-up-the-stationary-escalator-in-time-t1-on-other-days-if-she-remains-stationary-on-the-moving-escalator-then-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTExMTY-a-particle-moves-so-that-its-position-vector-is-given-by-r-cos-omega-t-hat-x-sin-omega-t-hat-y-where-omega-is-a-constant-based-on-the-information-given-which-of-the-following-is-true-1-the-velocity-an https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTExMjY-a-particle-of-mass-10g-moves-along-a-circle-of-radius-6-4-cm-with-a-constant-tangential-acceleration-what-is-the-magnitude-of-this-acceleration-if-the-kinetic-energy-of-the-particle-becomes-equal-to-8 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTEyMTc-a-projectile-is-fired-from-the-surface-of-the-earth-with-a-velocity-of-5-m-s-and-angle-952-with-the-horizontal-another-projectile-fired-from-another-planet-with-a-velocity-of-3-m-s-at-the-same-angle-f https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTEyMTg-a-particle-is-moving-such-that-its-position-coordinates-x-y-are-2m-3m-at-time-t-0-6m-7m-at-time-t-2s-and-13m-14m-at-time-t-5s-average-velocity-vector-vav-from-t-0-to-t-5s-is-1-15-13i-14j-2-73-i-j-3-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTEyNjI-the-velocity-of-a-projectile-at-the-initial-point-a-is-2-hat-i-3-hat-j-text-m-s-its-velocity-in-m-s-at-the-point-b-is-1-2-hat-i-3-hat-j-2-2-hat-i-3-hat-j-3-2-hat-i-3-hat-j-4-2-hat-i-3-hat-j-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTEzMTk-the-horizontal-range-and-the-maximum-height-of-a-projectile-are-equal-the-angle-of-projection-of-the-projectile-is-1-theta-tan-114-2-theta-tan-14-3-theta-tan-12-4-theta-45-deg-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTEzNDU-a-particle-has-an-initial-velocity-2-hat-i-3-hat-j-and-an-acceleration-0-3-hat-i-0-2-hat-j-the-magnitude-of-velocity-after-10-s-will-be-1-9-sqrt-2-text-units-2-5-sqrt-2-text-units-3-5-text-units-4-9-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTE1NDg-a-body-is-moving-with-velocity-30-m-s-towards-east-after-10-s-its-velocity-becomes-40-m-s-towards-north-the-average-acceleration-of-the-body-is-1-7m-s2-2-7m-s2-3-5m-s2-4-1m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTE1NTQ-a-missile-is-fired-for-maximum-range-with-an-initial-velocity-of-20-m-s-if-g-10-m-s2-the-range-of-the-missile-is-1-50-m-2-60-m-3-20-m-4-40-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTE1ODg-a-projectile-is-fired-at-an-angle-of-45-176-with-the-horizontal-the-elevation-angle-945-of-the-projectile-at-its-highest-point-as-seen-from-the-point-of-projection-is-1-60-176-2-tan-112-3-tan-132-4-45 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTE2MDY-a-particle-has-an-initial-velocity-3i-4j-and-has-an-acceleration-0-4i-0-3j-its-speed-after-10-s-is-1-7-unit-2-7-sqrt-2-unit-3-8-unit-4-8-sqrt-2-unit-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTE2NTQ-the-speed-of-a-projectile-at-its-maximum-height-is-half-of-its-initial-speed-the-angle-of-projection-is-1-60-176-2-15-176-3-30-176-4-45-176-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTE2NTY-a-particle-moves-in-the-x-y-plane-according-to-rule-x-asin-omega-t-and-y-acos-omega-t-the-particle-follows-1-an-elliptical-path-2-a-circular-path-3-a-parabolic-path-4-a-straight-line-path-inclined-equ https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NjU0MjE-drops-of-water-fall-from-the-roof-of-a-building-20-m-high-at-regular-intervals-of-time-the-first-drop-reaching-the-ground-at-the-same-instant-fifth-drop-starts-its-fall-what-are-the-distance-of-second https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NjU0MjI-a-particle-is-dropped-vertically-from-rest-from-a-height-the-time-taken-by-it-to-fall-through-successive-distances-of-1-m-will-the-be-1-all-equal-being-equal-to-2-g-second-2-in-the-ratio-of-the-square https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NjU0MjQ-a-ball-rolls-off-the-top-of-stairway-with-a-horizontal-velocity-of-magnitude-1-8-m-s-the-steps-are-0-20-m-high-and-0-20-m-wide-which-step-will-the-ball-hit-first-1-first-2-second-3-third-4-fourth-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NjU0MjU-a-car-accelerates-from-rest-at-a-constant-rate-alpha-for-some-time-after-which-it-decelerates-at-a-constant-rate-beta-to-come-to-rest-if-the-total-time-elapsed-is-t-the-distance-travelled-by-the-car-i https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NjU0MjY-a-train-accelerates-from-rest-at-a-constant-rate-alpha-for-distance-x-1-and-time-t-1-after-that-it-retards-to-rest-at-a-constant-rate-beta-for-distance-x-2-and-time-t-2-then-it-is-found-that-1-frac-x https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NjU0Mjk-a-man-in-a-lift-ascending-with-an-acceleration-throws-a-ball-vertically-upwards-with-a-velocity-u-and-catches-it-after-time-t1-afterwards-when-the-lift-is-descending-with-the-same-acceleration-the-man https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NjU0MzE-a-vertical-circular-disc-has-different-grooves-along-various-chords-as-shown-in-fig-the-particles-are-released-from-upper-end-o-the-times-taken-by-the-particles-to-reach-the-ends-of-the-grooves-oa-ob https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NjU0MzU-a-ball-is-dropped-vertically-from-a-height-above-the-ground-it-hits-the-ground-and-bounced-up-vertically-to-a-height-d-2-neglecting-subsequent-motion-and-the-air-resistance-its-velocity-v-with-height https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246ODg5MDI-in-the-given-figure-a-15-m-s2-represents-the-total-acceleration-of-a-particle-moving-in-the-clockwise-direction-in-a-circle-of-radius-r-2-5-m-at-a-given-instant-of-time-the-speed-of-the-particle-is-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246ODk3ODM-a-particle-moves-in-space-such-that-x-2t-3-3t-4-y-t-2-4t-1-z-2-sin-pi-t-where-x-y-z-are-measured-in-meters-and-t-in-seconds-the-acceleration-of-the-particle-at-t-3-seconds-will-be-1-36-hat-i-2-hat-j-h https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246ODk3ODU-the-coordinates-of-a-moving-particle-at-a-time-t-are-given-by-x-5sin10t-y-5cos10t-the-speed-of-the-particle-is-1-25-2-50-3-10-4-502-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTAxNDA-a-particle-moves-so-that-its-position-vector-is-given-by-vec-r-cos-omega-t-hat-x-sin-omega-t-hat-y-where-omega-is-a-constant-which-of-the-following-is-true-1-the-velocity-and-acceleration-both-are-par https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTA2OTc-two-particles-a-and-b-move-with-constant-velocities-vec-v-1-and-vec-v-2-respectively-at-the-initial-moment-their-position-vectors-are-vec-r-1-and-vec-r-2-respectively-the-conditions-for-particles-a-an https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTA3MDA-the-position-vector-of-a-particle-vec-r-as-a-function-of-time-t-is-given-by-vec-r-4-sin-2-pi-t-hat-i-4-cos-2-pi-t-hat-j-where-r-is-in-metres-t-is-in-seconds-and-hat-i-hat-j-denotes-unit-vectors-along https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTE0MDI-the-velocity-of-a-projectile-at-the-initial-point-a-is-2-hat-i-3-hat-j-text-m-s-its-velocity-in-m-s-at-the-point-b-is-1-2-hat-i-3-hat-j-2-2-hat-i-3-hat-j-3-2-hat-i-3-hat-j-4-2-hat-i-3-hat-j-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTIzODQ-a-particle-moves-in-a-circle-of-radius-5-cm-with-constant-speed-and-time-period-0-2-pi-s-the-acceleration-of-the-particle-is-1-25-m-s2-2-36-m-s2-3-5-m-s2-4-15-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTI0NTE-a-missile-is-fired-for-a-maximum-range-with-an-initial-velocity-of-20-text-m-s-if-g-10-text-m-s-2-then-the-range-of-the-missile-will-be-1-50-text-m-2-60-text-m-3-20-text-m-4-40-text-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTI1NDE-a-particle-has-initial-velocity-3-hat-i-4-hat-j-and-has-acceleration-0-4-hat-i-0-3-hat-j-its-speed-after-10-s-is-1-7-units-2-7-sqrt-2-units-3-8-5-units-4-10-units-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTMzNDQ-a-particle-of-mass-m-is-projected-with-velocity-v-making-an-angle-of-45-deg-with-the-horizontal-when-the-particle-lands-on-level-ground-the-magnitude-of-change-in-its-momentum-will-be-1-2mv-2-mv-2-3-m https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTM1MjM-a-particle-starting-from-the-origin-0-0-moves-in-a-straight-line-in-the-x-y-plane-its-coordinates-at-a-later-time-are-3-3-the-path-of-the-particle-makes-an-angle-of-with-the-x-axis-1-30-circ-2-45-circ https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTM5Mzk-for-a-projectile-projected-at-angles-45-circ-theta-and-45-circ-theta-the-horizontal-ranges-described-by-the-projectile-are-in-the-ratio-of-1-1-1-2-2-3-3-1-2-4-2-1-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTM5ODQ-a-car-turns-at-a-constant-speed-on-a-circular-track-of-radius-100-text-m-taking-62-8-text-s-for-every-circular-lap-the-average-velocity-and-average-speed-for-each-circular-lap-respectively-is-1-0-0-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTU1MzM-the-speed-of-a-swimmer-in-still-water-is-20-text-m-s-the-speed-of-river-water-is-10-text-m-s-and-is-flowing-due-east-if-he-is-standing-on-the-south-bank-and-wishes-to-cross-the-river-along-the-shortes https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTU1Njc-two-particles-a-and-b-are-moving-in-a-uniform-circular-motion-in-concentric-circles-of-radii-r-a-and-r-b-with-speeds-v-a-and-v-b-respectively-their-time-periods-of-rotation-are-the-same-the-ratio-of-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTY2OTE-a-particle-starts-from-rest-at-t-0-and-undergoes-an-acceleration-a-in-ms-2-with-time-t-in-second-which-is-as-shown-which-one-of-the-following-plot-represents-velocity-v-in-ms-1-versus-time-t-in-second https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTY3MzQ-a-particle-starts-from-rest-its-acceleration-a-versus-time-t-is-as-shown-in-the-figure-the-maximum-speed-of-the-particle-will-be-1-110ms-1-2-55ms-1-3-550ms-1-4-660ms-1-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTY3MzU-the-given-graph-shows-the-variation-of-velocity-with-displacement-which-one-of-the-graph-given-below-correctly-represents-the-variation-of-acceleration-with-displacement-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTc3MDk-a-particle-moves-along-a-parabolic-path-y-9x-2-in-such-a-way-that-the-x-component-of-the-velocity-remains-constant-and-has-a-value-of-frac-1-3-text-m-s-it-can-be-deduced-that-the-acceleration-of-the-p https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTgwODc-the-relation-between-time-and-distance-is-t-alpha-x2-beta-x-where-alpha-and-beta-are-constants-the-retardation-is-1-2-alpha-v3-2-2-beta-v3-3-2-alpha-beta-v3-4-2-beta-2v3-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTgwOTY-a-point-moves-in-a-straight-line-under-the-retardation-av2-if-the-initial-velocity-is-u-the-distance-covered-in-t-second-is-1-aut-2-1alnaut-3-1aln1-aut-4-alnaut-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTEwNTg0-two-particles-mathrm-a-and-mathrm-b-move-with-constant-velocities-overrightarrow-v-1-and-overrightarrow-v-2-respectively-at-the-initial-moment-their-position-vectors-are-overrightarrow-r-1-and-overrig https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTEwODUw-a-point-moves-in-a-straight-line-so-that-its-displacement-x-metre-at-time-t-sec-is-given-by-x2-1-t2-its-acceleration-in-m-s2-at-time-t-sec-is-1-1x3-2-1x-1x2-3-1x-t2x3-4-tx2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTE3NTU4-a-ball-is-falling-freely-strikes-to-ground-with-velocity-60-m-s-height-fallen-in-last-one-second-before-hitting-the-ground-is-1-55-m-2-70-m-3-60-m-4-80-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTE5Njkx-the-x-and-y-coordinates-of-the-particle-at-any-time-are-x-5t-2t-2-and-y-10-t-respectively-where-x-and-y-are-in-meters-and-t-in-seconds-the-acceleration-of-the-particle-at-t-2-text-s-is-1-0-2-5-text-m https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTI2NjQ0-a-bus-moves-over-a-straight-level-road-with-a-constant-acceleration-a-a-body-in-the-bus-drops-a-ball-outside-the-acceleration-of-the-ball-with-respect-to-the-bus-and-the-earth-are-respectively-1-a-and https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTI2NjQ2-a-ball-is-dropped-on-the-floor-from-a-height-of-10-m-it-rebounds-to-a-height-of-2-5-m-if-the-ball-is-in-contact-with-the-floor-for-0-01-s-the-average-acceleration-during-contact-is-nearly-take-g-10-ms https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTMxNzA0-two-bullets-are-fired-horizontally-and-simultaneously-towards-each-other-from-the-rooftops-of-two-buildings-building-being-100-text-m-apart-and-being-of-the-same-height-of-200-text-m-with-the-same-vel https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTgx-the-engine-of-a-motorcycle-can-produce-a-maximum-acceleration-5-m-s2-its-brakes-can-produce-a-maximum-retardation-10-m-s2-what-is-the-minimum-time-in-which-it-can-cover-a-distance-of-1-5-km-1-30-sec-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTkz-a-man-throws-balls-with-the-same-speed-vertically-upwards-one-after-the-other-at-an-interval-of-2-seconds-what-should-be-the-speed-of-the-throw-so-that-more-than-two-balls-are-in-the-sky-at-any-time-g https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ2MDAy-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-i https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ4OTI2-the-position-x-of-a-particle-moving-along-the-x-axis-varies-with-time-t-as-x-20t-5t-2-where-x-is-in-meters-and-t-is-in-seconds-the-particle-reverses-its-direction-of-motion-at-1-x-40-text-m-2-x-10-tex https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY0ODUy-a-body-starting-from-rest-moves-with-uniform-acceleration-on-a-horizontal-surface-the-body-covers-3-consecutive-equal-distances-from-the-beginning-in-time-t-1-t-2-text-and-t-3-seconds-the-ratio-of-t-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3NjY5-a-man-starts-from-point-p-and-goes-20-m-due-east-then-5-m-due-north-then-35-m-due-west-and-finally-25-m-due-south-his-displacement-from-point-p-is-1-25-m-at-tan-1-left-frac-4-3-right-west-of-south-2-8 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njcw-an-aircraft-is-flying-horizontally-at-a-height-of-1-km-from-the-ground-with-a-speed-of-200-m-s-an-anti-craft-missile-launcher-kept-at-a-point-on-the-ground-which-is-in-the-vertical-plane-of-the-motion https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njcx-a-man-can-throw-a-stone-to-a-maximum-height-h-the-greatest-horizontal-distance-up-to-which-he-can-throw-the-stone-is-1-h-2-2h-3-h2-4-4h-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njcy-an-oblique-projectile-is-projected-with-a-speed-u-it-takes-time-t-to-reach-the-maximum-height-and-time-t-to-come-back-to-the-ground-air-resistance-is-not-neglected-then-t1t2-is-1-1-2-1-3-1-4-depends-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njc2-the-speed-of-a-projectile-projected-from-level-ground-at-its-maximum-height-is-found-to-be-half-of-its-speed-of-projection-u-its-maximum-height-is-1-3u28g-2-3u22g-3-3u22g-4-3u24g-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njc3-a-body-moved-along-x-axis-and-y-axis-according-to-the-equation-x-2sin-theta-y-3cos-theta-what-is-the-trajectory-followed-by-the-body-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njc4-a-particle-of-mass-m-is-projected-with-a-velocity-at-an-angle-with-the-horizontal-into-a-uniform-gravitational-field-the-slope-of-the-trajectory-varies-with-horizontal-distance-x-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njc5-a-projectile-thrown-at-an-angle-30-deg-with-horizontal-from-the-level-ground-reaches-a-maximum-height-of-20-m-what-will-be-the-maximum-height-if-it-is-thrown-at-an-angle-60-deg-with-the-same-speed-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njgw-a-body-moving-in-a-uniform-circular-motion-with-speed-v-the-magnitude-of-the-change-in-its-velocity-after-it-rotates-by-an-angle-120-deg-is-1-2v-2-sqrt-3-v-3-v-4-frac-sqrt-3-2-v-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njgx-a-car-moves-on-a-circular-path-such-that-its-speed-is-given-by-v-kt-where-k-constant-and-t-is-time-also-given-radius-of-the-circular-path-is-r-the-net-acceleration-of-the-car-at-time-t-will-be-1-sqrt https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njgy-an-object-of-mass-10-kg-is-projected-from-level-ground-with-speed-40-m-s-at-angle-30-deg-with-horizontal-the-rate-of-change-of-momentum-of-object-in-si-units-1-second-after-the-projection-is-neglect-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njgz-a-particle-is-projected-horizontally-with-speed-20-m-s-from-a-cliff-of-height-20-m-the-magnitude-of-the-velocity-of-particle-when-it-reaches-the-ground-1-20-m-s-2-40-m-s-3-202-m-s-4-zero-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njg2-a-projectile-is-thrown-with-an-initial-velocity-of-20-m-s-at-an-angle-of-60-deg-with-horizontal-then-the-angle-of-the-velocity-of-the-projectile-with-horizontal-after-time-0-732-sec-is-1-45-deg-2-30-d https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njg3-if-arandat-represent-radial-and-tangential-accelerations-then-the-motion-of-particle-will-be-uniformly-circular-for-1-ar-0-at-0-2-ar-0-at-8800-0-3-ar-8800-0-at-0-4-ar-8800-0-at-8800-0-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njg4-a-helicopter-flies-from-a-city-a-to-b-the-line-joining-a-and-b-is-along-north-south-direction-and-its-length-is-100-km-the-speed-of-the-helicopter-is-kept-100-km-h-and-the-wind-blows-from-west-to-east https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njg5-four-particles-lie-initially-at-the-corners-of-a-square-of-side-length-l-all-the-particles-start-to-move-with-speed-v-a-moves-towards-b-b-moves-towards-c-c-moves-towards-d-and-d-moves-towards-a-the-di https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njkw-a-boat-can-move-with-a-maximum-speed-of-10-m-s-in-still-water-if-the-speed-of-river-water-is-5-m-s-then-in-how-much-minimum-time-the-boat-can-cross-the-river-of-width-500-m-1-1005-s-2-50-s-3-100-s-4-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njkx-a-particle-is-thrown-at-an-angle-of-projection-952-45-deg-with-speed-u-the-average-velocity-of-the-particle-during-its-ground-to-ground-flight-is-1-2u-2-u2-3-u2-4-0-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njky-the-raindrops-are-falling-with-speed-v-vertically-downwards-and-a-man-is-running-on-a-horizontal-road-with-speed-u-the-magnitude-of-the-velocity-of-the-raindrops-with-respect-to-the-man-is-1-v-u-2-v-u https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njkz-a-bomb-is-dropped-from-an-aeroplane-flying-horizontally-the-path-of-the-bomb-as-seen-by-the-pilot-will-be-neglect-air-friction-1-a-straight-line-2-a-parabola-3-an-ellipse-4-a-hyperbola-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njk0-the-range-of-a-bullet-fired-from-a-gun-at-an-angle-960-4-981-with-the-horizontal-is-the-same-as-the-range-of-another-bullet-fired-from-that-gun-at-an-angle-952-with-the-horizontal-then-1-952-981-2-952 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3Njk4-a-boy-runs-on-a-circular-track-of-radius-r-in-km-with-a-speed-of-dfrac-r-2-km-h-in-the-clockwise-direction-for-3-h-and-then-with-r-km-h-in-the-anticlockwise-direction-for-1-h-the-magnitude-of-his-disp https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTE4-two-projectiles-p-and-q-are-projected-with-the-same-speed-at-angles-60-deg-and-30-deg-with-horizontal-on-level-ground-then-r-range-t-time-of-flight-h-maximum-height-1-rp-2rq-2-tp-3tq-3-h-3hp-4-all-of https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTE5-a-body-is-projected-with-the-same-speed-at-two-different-angles-covers-the-same-horizontal-distance-r-if-t1andt2-are-two-times-of-flights-then-r-is-equal-to-1-gt1t22-2-2gt1t2-3-12gt1t2t1-t2-4-2gt1t2-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTIw-a-body-starts-moving-from-rest-on-a-horizontal-ground-such-that-the-position-vector-of-the-body-with-respect-to-its-starting-point-is-given-by-r-2-t-hat-i-3t-2-hat-j-the-equation-of-the-trajectory-of https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTIx-a-particle-starts-moving-with-constant-acceleration-with-initial-velocity-hat-mathrm-i-5-hat-mathrm-j-m-s-after-4-seconds-its-velocity-becomes-3-hat-mathrm-i-2-hat-mathrm-j-m-s-the-magnitude-of-its-di https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTIy-a-particle-is-revolving-in-a-circular-path-of-radius-200-m-at-a-speed-of-20-m-s-its-speed-is-increasing-at-a-rate-of-5-m-s2-its-acceleration-is-1-2-m-s2-2-7-m-s2-3-3-m-s2-4-5-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTIz-the-ratio-of-maximum-height-attained-by-two-projectiles-of-the-same-mass-is-25-9-the-ratio-of-their-minimum-kinetic-energy-is-4-9-the-ratio-of-their-ranges-is-1-25-4-2-10-9-3-5-2-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTI0-if-a-particle-is-moving-in-a-circular-orbit-with-constant-speed-then-1-its-velocity-is-variable-2-its-acceleration-is-variable-3-its-angular-momentum-is-constant-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTI3-in-a-uniform-circular-motion-1-both-velocity-and-acceleration-are-constant-2-acceleration-and-speed-are-constant-but-velocity-changes-3-both-acceleration-and-velocity-change-4-both-acceleration-and-sp https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTI4-the-relative-velocity-of-a-car-p-with-respect-to-q-is-202-m-s-north-east-the-velocity-of-car-q-is-40-m-s-due-to-south-the-velocity-of-car-p-is-1-20-m-s-east-2-202-m-s-south-east-3-20-m-s-west-4-202-m https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTI5-a-projectile-is-projected-with-initial-kinetic-energy-k-if-it-has-kinetic-energy-0-25k-at-its-highest-point-then-the-angle-of-projection-is-1-30-circ-2-45-circ-3-60-circ-4-75-circ-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTMw-a-body-is-projected-from-the-ground-at-an-angle-of-30-deg-with-horizontal-the-instantaneous-velocity-of-the-body-becomes-perpendicular-to-initial-velocity-during-its-motion-1-once-2-twice-3-thrice-4-n https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTM0-in-the-uniform-circular-motion-which-of-the-following-physical-quantity-remains-constant-1-angular-velocity-2-angular-momentum-3-angular-speed-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTM1-a-body-is-projected-with-velocity-v-8594-945-i-946-j-m-s-the-time-of-flight-of-body-considering-x-as-horizontal-and-y-as-the-vertical-axis-and-g-is-the-acceleration-due-to-gravity-1-2-946-g-2-2-945-g https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTM3-two-balls-are-projected-along-the-same-initial-line-from-a-height-h-20-m-the-direction-of-the-projections-is-horizontal-if-initial-speeds-are-20-m-s-and-25-m-s-the-maximum-separation-between-the-balls https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTM5-if-the-position-of-a-particle-varies-according-to-the-equations-x-3t-2-y-2t-and-z-4t-4-then-which-of-the-following-is-incorrect-1-velocities-in-y-and-z-directions-are-constant-2-acceleration-in-the-x https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTQw-if-three-coordinates-of-a-particle-change-according-to-the-equations-x-3-t-2-y-2-t-z-4-then-the-magnitude-of-the-velocity-of-the-particle-at-time-t-1-second-will-be-1-2-sqrt-11-text-unit-2-sqrt-34-tex https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTQy-two-bodies-of-equal-masses-are-projected-one-from-top-of-the-tower-in-the-horizontal-direction-and-other-from-the-foot-of-tower-at-an-angle-of-45-deg-with-the-horizontal-then-the-acceleration-of-their https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTQ0-a-projectile-is-projected-at-an-angle-of-60-deg-from-horizontal-at-an-instant-it-is-moving-at-an-angle-of-30-deg-with-horizontal-with-velocity-10-m-s-the-radial-acceleration-of-the-particle-at-that-in https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTQ1-the-initial-velocity-of-a-projectile-is-given-by-v-20i-50j-70k-m-s-if-acceleration-due-to-gravity-is-g-10-k-m-s2-then-the-time-after-which-projectile-returns-to-the-same-horizontal-level-is-1-4-s-2-10 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTQ2-two-persons-start-moving-along-two-crossroads-with-the-same-speed-5-m-s-one-in-the-direction-of-north-and-other-is-in-the-direction-of-the-east-as-shown-in-the-figure-angular-velocity-of-a-with-respec https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTQ4-in-projectile-motion-accelerations-of-the-projectile-when-it-is-gaining-height-and-losing-height-respectively-are-1-g-upward-g-upward-2-g-upward-g-downward-3-g-downward-g-downward-4-g-downward-g-upwar https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTQ5-a-person-who-can-swim-with-speed-u-relative-to-water-wants-to-cross-a-river-of-width-d-and-water-is-flowing-with-speed-v-the-minimum-time-in-which-the-person-can-do-so-is-1-dfrac-d-v-2-dfrac-d-u-3-dfr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTUw-the-position-vector-of-a-particle-overrightarrow-r-as-a-function-of-time-t-in-seconds-is-overrightarrow-r-3-t-hat-i-2t-2-hat-j-text-m-the-initial-acceleration-of-the-particle-is-1-2-text-m-s-2-2-3-tex https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTUx-a-particle-is-projected-on-a-horizontal-surface-with-kinetic-energy-k-at-an-angle-theta-with-the-vertical-the-kinetic-energy-of-the-particle-at-the-highest-point-of-trajectory-is-1-k-2-zero-3-k-cos-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTUy-velocity-and-acceleration-vectors-of-a-particle-moving-on-a-circular-path-are-shown-here-at-the-instant-shown-1-the-speed-of-the-particle-must-be-decreasing-2-acceleration-of-particle-must-be-increasi https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTU0-a-cricketer-can-throw-a-ball-to-a-maximum-horizontal-distance-of-50-m-how-much-high-above-the-ground-can-he-throw-the-same-ball-1-50-m-2-25-m-3-75-m-4-100-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTU1-coordinates-of-a-particle-as-a-function-of-time-t-are-x-2t-y-4t-it-can-be-inferred-that-the-path-of-the-particle-will-be-1-straight-line-2-ellipse-3-parabola-4-hyperbola-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTU3-when-a-man-walks-on-a-horizontal-road-with-velocity-1-km-h-the-rain-appears-to-him-coming-vertically-at-a-speed-of-2-km-h-the-actual-speed-of-the-rain-with-respect-to-ground-is-1-sqrt-3-km-h-2-sqrt-5 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTU5-path-of-a-projectile-as-seen-from-another-projectile-1-straight-2-circular-3-hyperbolic-4-parabolic-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTYw-at-a-certain-instant-a-particle-moving-in-the-xy-text-plane-has-a-velocity-of-vec-v-2-hat-i-3-hat-j-text-m-s-and-an-acceleration-of-vec-a-3-hat-i-2-hat-j-text-m-s-2-what-is-the-rate-of-change-of-the-p https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTYx-which-of-the-following-statement-s-is-are-incorrect-regarding-the-motion-in-a-plane-1-a-body-can-t-move-on-a-curved-path-with-constant-acceleration-2-the-angle-between-acceleration-and-velocity-can-be https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTYy-a-body-started-moving-with-an-initial-velocity-of-4-m-s-along-the-east-and-an-acceleration-1-m-s2-along-the-north-the-velocity-of-the-body-just-after-4-s-will-be-1-8-m-s-along-east-2-4-sqrt-2-m-s-alon https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTYz-the-radius-vector-of-a-particle-moving-on-a-circle-is-given-by-r-rarr-acosbti-asinbtj-a-and-b-are-constants-the-radius-of-the-circle-and-speed-of-the-particle-respectively-are-1-a-ab-2-a-a2b-3-b-ab-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTY0-for-a-particle-projected-on-a-horizontal-surface-the-ratio-of-range-to-maximum-height-is-952-is-the-angle-of-projection-with-respect-to-horizontal-1-4cot-952-2-4tan-952-3-0-25cot-952-4-0-25sin-952-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTY3-two-projectiles-one-fired-from-the-surface-of-the-earth-with-speed-5-m-s-and-the-other-fired-from-the-surface-of-a-planet-with-initial-speed-3-m-s-with-the-same-angle-of-the-projection-trace-identical https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTY5-a-projectile-is-projected-from-origin-of-a-co-ordinate-system-with-initial-velocity-of-2i-3j-m-s-considering-y-axis-along-vertical-the-equation-of-its-trajectory-is-take-g-10-m-s2-1-6y-4x-5x2-2-5y-6x https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTcw-during-the-downward-motion-of-an-oblique-projectile-from-the-top-point-of-its-trajectory-the-radius-of-curvature-of-its-trajectory-will-1-remain-constant-2-increase-3-decrease-4-may-increase-or-decrea https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTcx-a-particle-is-thrown-obliquely-at-t-0-the-particle-has-the-same-k-e-at-t-5-seconds-and-at-t-9-seconds-the-particle-attains-maximum-altitude-at-1-t-6-s-2-t-7-s-3-t-8-s-4-t-14-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTcy-a-particle-of-mass-m-is-thrown-at-t-0-with-kinetic-energy-k0-at-an-angle-30-deg-with-the-horizontal-from-the-top-of-a-tower-of-height-80-m-the-particle-again-has-kinetic-energy-k0-after-time-t0-the-t0 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTc0-the-position-vector-of-a-particle-is-vec-r-a-sin-omega-t-hat-i-a-cos-omega-t-hat-j-the-velocity-of-the-particle-is-1-parallel-to-the-position-vector-2-at-60-circ-with-position-vector-3-parallel-to-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTc1-which-of-the-following-angles-of-projections-will-provide-a-maximum-range-to-a-projectile-when-projected-with-the-same-speed-in-all-cases-1-37-deg-2-54-deg-3-42-deg-4-49-deg-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTc2-if-a-body-is-projected-from-the-surface-of-the-earth-for-maximum-range-r-then-the-maximum-height-attained-by-the-body-is-1-r-2-r8-3-4r-4-r4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTc3-a-projectile-is-projected-from-the-ground-with-the-velocity-v-0-at-an-angle-theta-with-the-horizontal-what-is-the-vertical-component-of-the-velocity-of-the-projectile-when-its-vertical-displacement-is https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTc4-a-projectile-is-projected-with-a-speed-of-60-m-s-at-an-angle-of-60-deg-from-the-horizontal-after-some-time-projectile-is-moving-at-an-angle-of-30-deg-with-horizontal-what-is-the-value-of-ddtv-8594-at https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTc5-a-particle-is-rotating-with-increasing-speed-on-a-circular-track-the-angle-between-its-radius-vector-and-acceleration-is-952-then-1-0-deg-952-90-deg-2-45-deg-952-90-deg-3-90-deg-952-180-deg-4-952-90-d https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTgw-a-particle-starts-moving-on-a-circular-path-from-rest-such-that-its-tangential-acceleration-varies-with-time-as-a-t-kt-distance-traveled-by-particle-on-the-circular-path-in-time-t-is-1-frac-kt-3-3-2-f https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTgx-a-projectile-thrown-from-the-ground-has-horizontal-range-r-if-velocity-at-the-highest-point-is-doubled-somehow-the-new-range-will-be-1-3-r-2-1-5-r-3-3-r-4-2-r-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTgy-the-time-of-flights-for-a-particle-thrown-for-equal-range-at-different-angles-is-4-sec-and-3-sec-speed-of-projection-is-1-10-m-s-2-20-m-s-3-25-m-s-4-50-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTg1-a-body-is-projected-from-the-ground-at-a-speed-v-at-an-angle-952-above-the-horizontal-the-radius-of-curvature-of-its-path-at-the-highest-point-is-1-v2cos2-952-2g-2-vcos-952-g-3-vcos2-952-g-4-v2cos2-95 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTg2-a-particle-is-projected-from-the-origin-with-velocity-4i-9j-m-s-the-acceleration-in-the-region-is-constant-and-10j-m-s2-the-magnitude-of-velocity-after-one-second-is-1-8-m-s-2-15-m-s-3-17-m-s-4-27-m-s https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTg3-the-speed-of-a-boat-in-still-water-is-half-of-the-velocity-of-the-flow-of-water-v-at-what-angle-boat-should-steer-with-the-direction-of-flow-of-water-so-that-drift-of-boat-is-minimum-1-30-deg-2-60-deg https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTg4-a-sports-car-travels-at-20-text-m-s-along-a-horizontal-road-a-camera-positioned-40-text-m-horizontally-away-from-the-road-as-shown-in-the-diagram-tracks-the-car-at-a-45-circ-viewing-angle-what-angular https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTg5-the-magnitude-of-a-vector-a-8594-is-constant-but-it-is-changing-its-direction-continuously-the-angle-between-a-8594-and-da-8594-dt-is-1-180-deg-2-120-deg-3-90-deg-4-0-deg-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTkw-a-particle-is-moving-on-a-circular-path-of-radius-r-when-the-particle-moves-from-point-a-to-b-angle-theta-the-ratio-of-the-distance-to-that-of-the-magnitude-of-the-displacement-will-be-1-dfrac-theta-s https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTkx-two-particles-move-from-a-to-c-and-a-to-d-on-a-circle-of-radius-r-and-the-diameter-ab-if-the-time-taken-by-both-particles-is-the-same-then-the-ratio-of-magnitudes-of-their-average-velocities-is-1-2-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTkz-a-particle-moves-on-the-curve-x-2-2y-the-angle-of-its-velocity-vector-with-the-x-axis-at-the-point-left-1-frac-1-2-right-will-be-1-30-circ-2-60-circ-3-45-circ-4-75-circ-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTk0-a-ball-is-projected-at-an-angle-952-with-the-horizontal-the-angle-of-elevation-of-the-ball-when-it-is-at-the-highest-point-is-1-tan-952-2-2-sin-952-2-3-cos-952-2-4-2tan-952-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTk2-a-particle-is-moving-along-a-curve-select-the-correct-statement-1-if-its-speed-is-constant-then-it-has-no-acceleration-2-if-its-speed-is-increasing-then-the-acceleration-of-the-particle-is-along-its-d https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTk4-a-man-can-row-a-boat-with-8-km-h-in-still-water-he-is-crossing-a-river-of-width-8-km-where-the-speed-of-water-flow-is-4-km-h-what-direction-should-he-head-the-boat-to-cross-the-river-in-the-shortest-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTk5-the-horizontal-range-of-a-particle-thrown-from-the-ground-is-four-times-the-maximum-height-the-angle-of-projection-with-the-vertical-is-1-60-deg-2-30-deg-3-45-deg-4-90-deg-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDAw-a-particle-is-moving-30-deg-north-of-east-with-speed-6-m-s-after-3-s-the-particle-is-found-to-be-moving-along-north-at-the-same-speed-the-magnitude-of-average-acceleration-in-this-interval-of-time-is https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDAx-a-particle-is-thrown-with-a-velocity-of-40-m-s-if-it-passes-a-and-b-as-shown-in-the-figure-at-time-t1-1-s-and-t2-3-s-the-value-of-h-is-1-15-m-2-10-m-3-30-m-4-20-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDAy-at-a-certain-moment-the-angle-between-the-velocity-vector-v-8594-and-the-acceleration-a-8594-of-a-particle-is-greater-than-90-deg-what-can-be-inferred-about-its-motion-at-that-moment-1-it-moves-along https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDAz-to-a-stationary-man-the-rain-is-falling-on-his-back-with-a-velocity-v-at-an-angle-952-with-vertical-to-make-the-rain-velocity-perpendicular-to-the-man-he-1-must-move-forward-with-a-velocity-vsin-952-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDA2-a-particle-is-thrown-from-the-ground-with-a-speed-of-20-m-s-at-an-angle-60-deg-above-the-horizontal-average-velocity-over-its-entire-journey-just-before-hitting-the-ground-is-1-10-m-s-2-20-m-s-3-zero https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDA3-a-person-can-throw-a-ball-up-to-a-maximum-horizontal-range-of-400-text-m-the-maximum-height-to-which-he-can-throw-the-ball-is-1-200-text-m-2-100-text-m-3-150-text-m-4-250-text-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDA4-a-particle-is-moving-on-a-circular-path-of-radius-1-m-with-a-speed-of-10-m-s-the-magnitude-of-change-in-its-velocity-in-the-interval-it-subtends-an-angle-60-deg-at-the-center-is-1-10-m-s-2-20-m-s-3-20 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDA5-a-car-is-moving-along-east-at-10-m-s-and-a-bus-is-moving-along-north-at-10-m-s-the-velocity-of-the-car-with-respect-to-the-bus-is-along-1-north-east-2-south-east-3-north-west-4-south-west-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDEy-a-particle-starts-moving-from-the-origin-in-the-xy-plane-and-its-velocity-after-time-t-is-given-by-overrightarrow-v-4-hat-i-2-t-hat-j-the-trajectory-of-the-particle-is-correctly-shown-in-the-figure-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDEz-a-body-a-is-projected-vertically-upwards-another-body-b-of-the-same-mass-is-projected-at-an-angle-of-60-deg-with-the-horizontal-if-both-the-bodies-attain-the-same-maximum-height-the-ratio-of-the-initi https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDE4-particles-p-and-q-are-at-r-8594-p-3i-2j-and-r-8594-q-2i-j-their-velocities-at-these-positions-are-v-8594-p-2i-3j-and-v-8594-q-3i-cj-respectively-if-they-collide-after-one-second-then-the-value-of-c-is https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDIw-two-projectiles-are-thrown-at-different-angles-but-their-ranges-r-are-the-same-if-their-times-of-flight-are-t1andt2-then-the-product-of-their-times-of-flight-t1t2-is-proportional-to-1-1r-2-1r2-3-r2-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDI0-it-is-raining-at-20-m-s-in-still-air-now-a-wind-starts-blowing-with-speed-10-m-s-in-the-north-direction-if-a-cyclist-starts-moving-at-10-m-s-in-the-south-direction-then-the-apparent-velocity-of-rain-w https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDI2-a-body-of-mass-2-kg-is-projected-at-a-speed-of-20-m-s-from-a-pillar-of-height-40-m-at-an-angle-of-30-deg-with-the-horizontal-in-an-upward-direction-the-speed-with-which-it-will-hit-the-ground-is-1-30 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mjk4-path-of-a-projectile-with-respect-to-another-projectile-so-long-as-both-remain-in-the-air-is-1-circular-2-parabolic-3-straight-4-hyperbolic-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mjk5-a-particle-is-thrown-with-velocity-u-making-an-angle-952-with-the-horizontal-it-just-crosses-the-top-of-two-poles-each-of-height-h-after-1-s-and-3-s-respectively-the-time-of-flight-of-the-particle-is https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzAw-a-projectile-is-moving-in-the-xy-plane-such-that-the-horizontal-and-vertical-directions-are-along-the-x-axis-and-y-axis-respectively-the-projectile-is-fired-from-the-origin-at-a-large-height-with-init https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzAy-a-particle-is-thrown-from-the-ground-with-a-speed-u-at-an-angle-theta-above-the-horizontal-the-rate-of-change-of-velocity-of-the-particle-at-the-highest-point-of-the-path-is-1-gsin-theta-2-gcos-theta https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzAz-a-missile-is-fired-for-maximum-range-with-an-initial-velocity-of-20-m-s-then-the-maximum-height-of-missile-is-take-g-10-m-s2-1-20-m-2-30-m-3-10-m-4-40-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzA3-a-particle-is-moving-along-a-circle-of-radius-r-with-constant-speed-v-0-what-is-the-magnitude-of-change-in-velocity-when-the-particle-goes-from-point-a-to-b-as-shown-1-2-v-0-sin-frac-theta-2-2-v-0-sin https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzA4-an-open-trolley-is-moving-on-a-horizontal-road-with-constant-velocity-v-1-a-man-on-the-trolley-throws-a-ball-vertically-upward-with-respect-to-trolley-with-velocity-v-2-select-the-correct-statement-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzEw-two-stones-are-thrown-simultaneously-from-the-top-of-a-building-horizontally-but-in-opposite-directions-they-will-be-moving-perpendicular-to-each-other-say-after-time-t-then-t-is-equal-to-the-initial https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzEx-two-projectiles-projected-with-the-same-speed-at-angles-952-and-90-deg-952-from-the-same-point-then-h1-215-h2-is-equal-to-where-symbols-have-their-usual-meanings-1-r216-2-r28-3-r24-4-r2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzEz-a-projectile-is-projected-from-the-ground-with-speed-20-m-s-at-an-angle-30-deg-with-vertical-the-radius-of-curvature-of-the-path-of-a-projectile-when-velocity-makes-30-deg-with-horizontal-is-g-10-m-s2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzE0-a-projectile-is-projected-with-speed-u-at-an-angle-of-30-deg-with-the-vertical-from-the-ground-the-angle-between-the-acceleration-of-the-projectile-and-its-velocity-at-the-time-of-striking-the-horizon https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzE1-which-of-the-following-statements-is-incorrect-1-the-average-speed-of-a-particle-in-a-given-time-interval-cannot-be-less-than-the-magnitude-of-the-average-velocity-2-it-is-possible-to-have-a-situation https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzE2-a-man-is-walking-on-a-horizontal-road-at-a-speed-of-4-text-km-hr-suddenly-the-rain-starts-vertically-downwards-with-a-speed-of-7-text-km-hr-the-magnitude-of-the-relative-velocity-of-the-rain-with-resp https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzE3-a-particle-of-mass-6-kg-moves-with-an-initial-velocity-of-v-8594-8i-8j-m-s-a-constant-force-of-f-8594-30j-n-is-applied-to-the-particle-initially-the-particle-was-at-0-0-the-x-coordinate-of-the-particl https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzE5-in-a-uniform-circular-motion-1-velocity-and-acceleration-remain-constant-2-kinetic-energy-remains-constant-3-speed-and-acceleration-changes-4-only-velocity-changes-acceleration-remains-constant-1-2-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzIw-if-a-body-is-accelerating-then-1-it-must-speed-up-2-it-may-move-at-the-same-speed-3-it-may-move-with-the-same-velocity-4-it-must-slow-down-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzIy-compared-to-an-ideal-projectile-motion-under-gravity-which-of-the-following-is-incorrect-regarding-another-projectile-motion-in-which-air-friction-is-also-considered-1-the-time-of-flight-decreases-2-d https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzIz-two-balls-are-projected-to-acquire-same-range-with-the-same-initial-speed-u-but-at-different-angles-of-projection-if-maximum-height-acquired-by-balls-are-h1andh2-then-h1-h2-is-angle-of-projection-of-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzI0-at-the-highest-point-of-trajectory-in-the-ground-to-the-ground-projectile-the-angle-between-gravitational-acceleration-and-momentum-is-1-30-deg-2-45-deg-3-90-deg-4-data-insufficient-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzI3-5-people-are-standing-at-the-vertices-of-a-regular-pentagon-of-side-a-each-person-moves-towards-the-person-standing-at-the-adjacent-corner-with-the-same-speed-v-then-the-persons-1-meet-at-the-centre-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzI4-a-particle-revolves-in-a-horizontal-circle-with-decreasing-velocity-the-angle-between-instantaneous-velocity-and-instantaneous-acceleration-of-the-particle-at-an-instant-is-1-90-deg-3-90-deg-4-8805-90 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzMx-two-projectiles-are-thrown-horizontally-from-a-high-cliff-in-the-opposite-direction-with-the-same-speed-20-m-s-simultaneously-at-what-time-velocities-of-both-particles-become-perpendicular-1-22-s-2-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzMy-the-equation-of-the-trajectory-of-a-projectile-is-given-as-y-4x-14x2-the-range-of-the-projectile-is-1-1-m-2-32-m-3-16-m-4-48-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzMz-a-cannon-can-give-a-maximum-speed-of-70-text-m-s-to-bombs-the-maximum-distance-up-to-which-the-cannon-projects-a-bomb-is-g-10-text-m-s-2-1-490-text-m-2-245-text-m-3-100-text-m-4-300-text-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzM0-a-man-is-running-horizontally-at-a-velocity-of-6-m-s-while-rain-is-falling-vertically-at-6-m-s-the-rain-strikes-the-man-with-a-speed-of-1-62-m-s-2-33-m-s-3-6-m-s-4-18-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzM1-a-man-wants-to-cross-a-river-600-m-wide-flowing-at-8-m-s-in-the-shortest-time-man-has-a-speed-of-6-m-s-in-still-water-what-is-the-path-length-covered-by-the-man-in-the-river-1-infinite-2-1-km-3-100-m https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzM3-the-trajectory-of-a-projectile-in-the-vertical-plane-is-y-ax-bx2-where-a-and-b-are-constants-x-and-y-are-horizontal-and-vertical-displacements-from-point-of-projection-the-angle-of-projection-from-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzQw-a-shell-is-fired-vertically-upward-with-a-velocity-of-20-m-s-from-a-trolley-moving-horizontally-with-a-velocity-of-10-m-s-a-person-on-the-ground-observes-the-motion-of-the-shell-like-a-parabola-whose https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzQy-a-car-is-moving-at-a-speed-of-30-m-s-on-a-horizontal-circular-track-of-radius-of-300-m-this-speed-is-increasing-at-a-rate-of-4-m-s2-total-acceleration-of-the-car-is-1-5-m-s2-2-7-m-s2-3-1-m-s2-4-3-m-s2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzQz-a-particle-is-moving-along-a-circular-path-of-radius-a-with-constant-angular-velocity-969-the-magnitude-of-displacement-of-the-particle-as-a-function-of-time-t-is-1-acos-969-t-2-acos-969-t2-3-asin-969 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzQ0-a-projectile-starts-with-speed-u-at-an-angle-952-from-the-horizontal-ground-the-average-velocity-of-the-projectile-between-the-point-of-projection-and-the-point-of-arrival-on-the-ground-is-1-usin-952 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzQ1-a-projectile-is-thrown-with-speed-50-m-s-at-an-angle-53-deg-with-the-horizontal-taking-horizontal-as-x-axis-and-vertical-as-y-axis-the-equation-of-trajectory-of-the-projectile-is-1-180y-140x-x2-2-180y https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzQ2-time-of-flight-of-a-body-dropped-from-a-height-h-is-t-if-another-body-is-projected-horizontally-with-speed-v-from-the-same-height-then-its-time-of-flight-will-be-1-t-2-t-hv-3-t-hv-4-t2-h2v2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzQ3-the-vertical-component-of-the-velocity-of-a-projectile-from-the-ground-is-40-m-s-and-its-velocity-at-the-highest-point-is-30-m-s-the-horizontal-range-of-the-projectile-is-1-120-m-2-1200-m-3-240-m-4-24 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzQ4-two-particles-are-thrown-for-same-horizontal-range-r-with-the-same-initial-speed-u-however-their-times-of-flight-are-t1andt2-respectively-which-of-the-following-is-correct-if-maximum-heights-attained https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzQ5-in-the-given-diagram-shown-for-a-projectile-what-is-the-angle-of-projection-1-tan-14-2-tan-183-3-tan-143-4-tan-153-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzUy-a-body-is-executing-uniform-circular-motion-in-a-circle-of-radius-100-m-at-speed-10-m-s-acceleration-of-the-body-is-1-zero-2-2-m-s2-3-1-m-s2-4-5-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzUz-a-particle-started-revolving-from-rest-with-a-constant-angular-acceleration-945-in-a-circular-path-of-radius-r-if-centripetal-acceleration-becomes-numerically-equal-to-tangential-acceleration-at-time https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzU1-balls-a-and-b-are-thrown-simultaneously-from-two-points-lying-on-the-same-horizontal-plane-separated-by-a-distance-120-m-path-of-a-w-rt-b-is-1-parabola-2-hyperbola-3-circle-4-straight-line-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzU2-which-of-the-following-is-the-angle-between-velocity-and-acceleration-of-a-body-in-uniform-circular-motion-1-30-circ-2-45-circ-3-60-circ-4-90-circ-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzU3-a-man-wants-to-cross-a-river-of-width-500-m-in-the-minimum-distance-the-rowing-speed-of-man-relative-to-water-is-3-km-h-and-river-flows-with-speed-2-km-h-the-time-taken-by-the-man-to-cross-the-river-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzY1-a-person-is-rotating-in-a-horizontal-circle-of-radius-7-m-find-the-period-of-rotation-for-which-the-acceleration-is-equal-to-3g-1-2-6-s-2-2-8-s-3-3-1-s-4-4-3-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzY3-a-man-can-row-a-boat-with-a-speed-of-10-text-kmph-in-still-water-the-river-flows-at-6-text-kmph-if-he-crosses-the-river-from-one-bank-to-the-other-along-the-shortest-possible-path-the-time-taken-to-cr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzY4-a-bus-is-going-to-the-north-at-a-speed-of-30-kmph-it-makes-a-90-circ-left-turn-without-changing-the-speed-the-change-in-the-velocity-of-the-bus-is-1-30-text-kmph-towards-mathrm-w-2-30-text-kmph-toward https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzY5-two-bullets-are-fired-simultaneously-horizontally-and-at-different-speeds-from-the-same-place-which-bullet-will-hit-the-ground-first-air-resistance-is-neglected-1-the-faster-one-2-the-slower-one-3-dep https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzcw-a-pilot-is-supposed-to-fly-east-from-a-to-b-and-back-again-a-due-west-if-the-wind-is-blowing-due-south-find-time-for-the-round-trip-if-ab-l-the-velocity-of-the-plane-in-the-air-is-v-and-the-velocity-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzcx-a-spotlight-source-is-fixed-4-m-from-the-vertical-wall-and-is-rotating-at-rate-1-rad-s-the-spot-image-moves-horizontally-on-the-wall-the-speed-of-the-spot-on-the-wall-when-the-spotlight-makes-the-angl https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzcz-a-projectile-is-projected-from-the-ground-such-that-2-seconds-before-it-reaches-the-highest-point-its-initial-velocity-makes-an-angle-of-37-deg-with-vertical-then-the-velocity-of-the-projectile-at-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzc0-a-ball-is-projected-horizontally-from-the-top-of-wall-a-of-height-80-m-with-speed-10-m-s-at-what-distance-from-the-wall-ball-hits-the-ground-1-20-m-2-50-m-3-60-m-4-40-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzc1-a-swimmer-swims-a-distance-d-upstream-in-4-s-and-swims-an-equal-distance-downstream-in-2-s-the-ratio-of-swimmer-s-speed-in-still-water-to-the-speed-of-river-water-will-be-1-65-2-31-3-53-4-43-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzc4-a-particle-starts-from-1-0-in-the-x-y-plane-along-a-straight-path-making-an-angle-of-60-deg-with-the-x-axis-which-of-the-following-will-not-be-the-coordinate-through-which-the-particle-will-pass-1-0-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzgx-an-aeroplane-flies-400-m-north-and-then-300-m-west-and-then-flies-1200-m-upwards-its-net-displacement-is-1-1200-m-2-1300-m-3-1400-m-4-1500-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzgy-a-projectile-is-thrown-with-an-initial-velocity-vxi-vyj-m-s-consider-horizontal-direction-and-vertical-direction-as-x-and-y-axes-respectively-if-the-range-of-the-projectile-is-double-the-maximum-heigh https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzgz-a-car-is-moving-on-a-circular-track-at-a-speed-of-20-m-s-having-a-radius-of-100-m-if-it-starts-decelerating-uniformly-at-the-rate-of-3m-s2-the-angle-made-by-the-resultant-acceleration-with-the-directi https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzg0-an-object-is-moving-on-a-circular-path-of-the-radius-r-with-constant-speed-v-the-average-acceleration-of-the-object-after-it-has-travelled-three-and-a-half-rounds-is-1-2v2-960-r-2-4v23-960-r-3-4v27-96 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzg1-a-swimmer-can-swim-in-still-water-at-a-speed-of-5-text-m-s-let-t-1-text-and-t-2-be-the-times-taken-to-cross-a-river-of-width-d-by-the-shortest-time-path-and-by-the-shortest-path-respectively-if-the-sp https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzg2-a-sprinkler-is-deployed-to-irrigate-the-garden-the-speed-of-water-jet-from-the-sprinkler-is-u-the-maximum-area-which-can-be-irrigated-by-the-sprinkler-is-1-960-2u2g-2-960-u2g-3-960-u2g2-4-960-u4g2-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzg3-which-of-the-following-is-an-appropriate-expression-for-the-radius-of-curvature-of-a-projectile-at-the-highest-point-r-8594-range-of-projectile-1-r2cot-952-2-r2tan-952-3-2r-cot-952-4-2r-tan-952-1-2-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzkw-the-coordinates-of-a-particle-moving-in-the-x-y-plane-vary-with-time-according-to-the-following-relation-x-bt-y-at-the-locus-of-the-particle-is-1-parabola-2-circle-3-eclipse-4-hyperbola-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzkx-if-t1-represents-the-instant-at-which-the-instantaneous-velocity-becomes-perpendicular-to-the-direction-of-initial-velocity-during-a-projectile-and-t2-represents-the-time-after-which-the-particle-atta https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzky-six-friends-stand-at-the-six-vertices-of-a-regular-hexagonal-park-each-friend-always-maintains-a-direction-towards-the-friend-at-the-next-corner-with-a-constant-speed-of-2-text-m-s-they-eventually-mee https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzkz-a-ball-is-projected-horizontally-from-a-cliff-40-m-high-at-a-speed-of-40-m-s-and-simultaneously-a-ball-is-dropped-if-the-time-taken-by-the-two-balls-to-reach-the-ground-are-t1andt2-respectively-taking https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzk0-select-the-incorrect-statement-1-it-is-possible-to-have-left-frac-d-overrightarrow-v-dt-right-0-and-frac-d-overrightarrow-v-dt-neq-0-2-it-is-possible-to-have-left-frac-d-overrightarrow-v-dt-right-neq https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzk2-a-projectile-is-fired-horizontally-from-the-top-of-a-tower-the-time-after-which-the-instantaneous-velocity-will-be-perpendicular-to-the-initial-velocity-is-neglect-air-resistance-1-t-usin-952-g-2-t-ug https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4Mzk5-a-particle-of-mass-2-kg-is-moving-in-a-circular-path-with-a-constant-speed-of-10-m-s-the-change-in-the-magnitude-of-velocity-when-a-particle-travels-from-p-to-q-will-be-assume-the-radius-of-the-circle https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4NDAw-uniform-circular-motion-is-an-example-of-1-uniform-motion-2-uniform-speed-3-uniform-acceleration-4-non-uniform-speed-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4NDAy-given-below-are-two-statements-statement-i-the-path-of-a-projectile-with-respect-to-another-projectile-is-a-straight-line-statement-ii-the-acceleration-of-one-projectile-with-respect-to-the-other-is-z https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4NDAz-given-below-are-two-statements-statement-i-during-the-projectile-motion-of-a-particle-near-the-earth-s-surface-only-a-vertical-component-of-its-velocity-changes-statement-ii-acceleration-due-to-gravit https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4NDA0-given-below-are-two-statements-statement-i-force-acting-on-a-particle-in-uniform-circular-motion-is-constant-statement-ii-acceleration-of-a-particle-in-uniform-circular-motion-is-constant-1-statement https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4NDA1-given-below-are-two-statements-statement-i-range-for-projectile-motion-on-a-horizontal-plane-is-maximum-for-the-angle-of-projection-equal-to-45-deg-statement-ii-the-time-of-flight-of-a-projectile-on-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4NDA2-given-below-are-two-statements-statement-i-a-body-either-dropped-or-thrown-horizontally-from-the-same-height-reach-the-ground-at-the-same-time-interval-statement-ii-the-horizontal-velocity-of-a-partic https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4NDA4-given-below-are-two-statements-assertion-a-uniform-circular-motion-is-an-unaccelerated-motion-reason-r-velocity-remains-constant-in-a-uniform-circular-motion-1-both-a-and-r-are-true-and-r-is-the-corre https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4NDEw-assertion-a-food-packet-is-dropped-from-an-airplane-flying-horizontally-the-path-of-the-food-packet-is-a-straight-line-for-the-pilot-reason-horizontal-velocity-of-plane-and-food-packet-is-the-same-1-b https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4NDEx-given-below-are-two-statements-statement-i-instantaneous-velocity-of-a-particle-is-always-along-the-tangent-on-the-path-statement-ii-frac-d-vec-v-dt-is-a-component-of-acceleration-which-is-at-90-circ https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4NDE0-given-below-are-two-statements-statement-i-the-path-of-a-projected-ball-is-parabolic-in-the-uniform-gravitational-field-for-oblique-projection-in-the-absence-of-air-resistance-statement-ii-the-gravita https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4OTU2-an-elevator-whose-floor-to-ceiling-height-is-12-meters-moves-upward-with-an-acceleration-of-2-2-text-m-s-2-after-1-5-text-s-since-starting-a-bolt-falls-from-its-ceiling-the-time-taken-by-the-bolt-to-r https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY5NTA5-if-velocity-of-the-particle-v-kx3-2-then-the-acceleration-versus-displacement-graph-is-1-parabola-2-circle-3-straight-line-4-rectangular-hyperbola-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTcxMTU5-the-position-vector-of-a-moving-particle-at-time-t-is-r-rarr-ai-4t2j-t3k-its-displacement-during-the-time-interval-t-1-s-to-t-3-s-is-1-i-j-2-3i-4j-k-3-9i-36j-27k-4-32j-26k-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTcxMjAy-two-objects-moving-along-the-same-straight-line-are-leaving-point-a-with-an-acceleration-a-2a-and-velocity-2u-u-respectively-at-time-t-0-the-distance-moved-by-the-objects-with-respect-to-point-a-when https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTkxNzQy-if-a-particle-has-negative-velocity-and-negative-acceleration-its-speed-1-increases-2-decreases-3-remains-the-same-4-zero-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk0MDkx-a-particle-has-an-initial-velocity-overrightarrow-u-left-4-hat-i-5-hat-j-right-m-s-and-it-is-moving-with-an-acceleration-overrightarrow-a-left-frac-1-4-hat-i-frac-1-5-hat-j-right-text-m-s-2-velocity-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk1MTAx-a-person-sitting-on-the-ground-floor-of-a-building-notices-through-the-window-of-height-1-5-m-a-ball-dropped-from-the-roof-of-the-building-crosses-the-window-in-0-1-s-what-is-the-velocity-of-the-ball https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk1NTY4-which-one-of-the-following-statements-is-not-true-1-the-magnitude-of-a-vector-is-always-a-scalar-2-the-average-speed-of-a-particle-is-either-greater-or-equal-to-the-magnitude-of-the-average-velocity-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk1OTg3-a-cyclist-starts-from-the-center-mathrm-o-of-a-circular-park-of-radius-1-km-reaches-the-edge-mathrm-p-of-the-park-then-cycles-along-the-circumference-and-returns-to-the-center-along-mathrm-qo-as-shown https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk2MDA0-an-aircraft-executes-a-horizontal-loop-of-radius-1-00-km-with-a-steady-speed-of-900-km-h-then-the-ratio-of-its-centripetal-acceleration-with-the-acceleration-due-to-gravity-is-1-5-4-1-2-6-4-1-3-4-1-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5MDY3-the-figure-gives-a-speed-time-graph-of-a-particle-in-motion-along-the-same-direction-three-equal-intervals-of-time-are-shown-in-which-interval-is-the-average-acceleration-greatest-in-magnitude-1-inter https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5MDcw-three-girls-skating-on-a-circular-ice-ground-of-radius-200-m-start-from-a-point-p-on-the-edge-of-the-ground-and-reach-a-point-q-diametrically-opposite-to-p-following-different-paths-as-shown-in-the-fi https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5MDcy-rain-falls-vertically-at-the-speed-of-30-text-m-s-a-woman-riding-a-bicycle-with-a-speed-of-10-text-m-s-in-the-north-to-south-direction-what-is-the-direction-in-which-she-should-hold-her-umbrella-given https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5MDcz-a-man-can-swim-at-a-speed-of-4-0-text-km-h-in-still-water-how-long-does-he-take-to-cross-a-river-1-0-text-km-wide-if-the-river-flows-steadily-at-3-0-text-km-h-and-he-makes-his-strokes-normal-to-the-ri https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5MDc0-in-a-harbor-the-wind-is-blowing-at-the-speed-of-72-text-km-h-and-the-flag-on-the-mast-of-a-boat-anchored-in-the-harbor-flutters-along-the-n-text-e-direction-if-the-boat-starts-moving-at-a-speed-of-51 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5MDc1-the-ceiling-of-a-long-hall-is-25-text-m-high-what-is-the-maximum-horizontal-distance-that-a-ball-thrown-with-a-speed-of-40-text-m-s-can-go-without-hitting-the-ceiling-of-the-hall-1-150-5-text-m-2-165 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5MDc2-a-stone-tied-to-the-end-of-a-string-80-cm-long-is-whirled-in-a-horizontal-circle-at-a-constant-speed-if-the-stone-makes-14-revolutions-in-25-s-what-is-the-magnitude-of-the-acceleration-of-the-stone-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5MDc3-which-one-of-the-following-is-not-true-1-the-net-acceleration-of-a-particle-in-a-circular-motion-is-always-along-the-radius-of-the-circle-towards-the-centre-2-the-velocity-vector-of-a-particle-at-a-po https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5MDc4-the-position-of-a-particle-is-given-by-vec-r-3-0-t-hat-i-2-0-t-2-hat-j-4-0-hat-k-text-m-where-t-is-in-seconds-and-the-coefficients-have-the-proper-units-for-vec-r-to-be-in-meters-what-is-the-magnitude https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5Mjgw-a-particle-starts-from-the-origin-at-t-0-sec-with-a-velocity-of-10-hat-j-text-m-s-and-moves-in-the-x-text-y-plane-with-a-constant-acceleration-of-8-0-hat-i-2-0-hat-j-text-m-s-2-at-what-time-is-the-x-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5Mjgx-hat-i-and-hat-j-are-unit-vectors-along-the-x-and-y-text-axis-respectively-what-is-the-magnitude-and-direction-of-the-vector-hat-i-hat-j-1-sqrt2-45-circ-with-the-x-text-axis-2-sqrt2-45-circ-with-the-x https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5Mjgy-for-any-arbitrary-motion-in-space-which-of-the-following-relations-is-true-1-vec-v-text-avg-frac-1-2-left-vec-v-left-t-1-right-vec-v-left-t-2-right-right-2-vec-v-t-vec-v-0-vec-a-t-3-vec-r-t-vec-r-0-ve https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5Mjg0-an-aircraft-is-flying-with-speed-v-at-a-height-of-3400-text-m-above-the-ground-as-shown-in-the-figure-if-the-angle-subtended-at-a-ground-observation-point-by-the-aircraft-positions-10-0-text-s-apart-i https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5Mjg1-a-bullet-fired-at-an-angle-of-30-deg-with-the-horizontal-hits-the-ground-3-0-km-away-by-adjusting-its-angle-of-projection-can-one-hope-to-hit-a-target-5-0-km-away-assume-the-muzzle-speed-to-be-fixed-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5Mjg2-a-fighter-plane-flying-horizontally-at-an-altitude-of-1-5-text-km-with-a-speed-of-720-text-km-hr-passes-directly-overhead-an-anti-aircraft-gun-at-what-angle-from-the-vertical-should-the-gun-be-fired-f https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5Mjg3-a-cyclist-is-riding-at-a-speed-of-27-km-h-as-he-approaches-a-circular-turn-on-the-road-of-a-radius-of-80-m-he-applies-brakes-and-reduces-his-speed-at-a-constant-rate-of-0-50-m-s-every-second-what-is-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5Mjg4-for-a-projectile-the-angle-between-the-velocity-and-the-x-axis-as-a-function-of-time-is-given-by-1-theta-t-cos-1uy-gtux-2-theta-t-sin-1uy-gtux-3-theta-t-cot-1uy-gtux-4-theta-t-tan-1uy-gtux-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk5Mjkz-a-truck-starts-from-rest-and-accelerates-uniformly-at-2-0-text-ms-2-at-t-10-text-s-a-stone-is-dropped-by-a-person-standing-on-the-top-of-the-truck-6-m-high-from-the-ground-what-is-the-acceleration-of https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDI2-a-particle-is-moving-along-a-circle-such-that-it-completes-one-revolution-in-40-seconds-in-2-minutes-20-seconds-the-ratio-of-displacement-over-distance-will-be-1-0-2-dfrac-1-7-3-dfrac-2-7-4-dfrac-1-11 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDI3-consider-the-motion-of-the-tip-of-the-second-hand-of-a-clock-in-one-minute-assuming-r-to-be-the-length-of-the-second-hand-its-1-displacement-is-2-pi-r-2-distance-covered-is-2r-3-displacement-is-zero-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDMw-a-car-moves-with-a-speed-of-60-km-h-for-1-hour-in-the-east-direction-and-with-the-same-speed-for-30-min-in-the-south-direction-the-displacement-of-the-car-from-the-initial-position-is-1-60-km-2-30-sqr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDM2-at-any-instant-the-velocity-and-acceleration-of-a-particle-moving-along-a-straight-line-are-v-and-a-the-speed-of-the-particle-is-increasing-if-1-v-0-a-0-2-v-0-3-v-0-a-0-a-0-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDM4-if-v-is-the-velocity-of-a-body-moving-along-x-axis-then-acceleration-of-body-is-1-dvdx-2-vdvdx-3-xdudx-4-vdxdv-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDM5-if-a-body-is-moving-with-constant-speed-then-its-acceleration-1-must-be-zero-2-may-be-variable-3-may-be-uniform-4-both-2-3-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDQx-an-object-is-moving-with-variable-speed-then-1-its-velocity-may-be-zero-2-its-velocity-must-be-variable-3-its-acceleration-may-be-zero-4-its-velocity-must-be-constant-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDQz-if-the-displacement-of-a-particle-varies-with-time-as-x-t-7-then-1-velocity-of-the-particle-is-inversely-proportional-to-t-2-velocity-of-the-particle-is-proportional-to-t2-3-velocity-of-the-particle-i https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDQ0-the-initial-velocity-of-a-particle-is-u-at-t-0-and-the-acceleration-a-is-given-by-945-t3-2-which-of-the-following-relations-is-valid-1-v-u-945-t3-2-2-v-u-3-945-t32-3-v-u-25-945-t5-2-4-v-u-945-t5-2-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDQ1-the-position-x-of-a-particle-moving-along-the-x-axis-varies-with-time-t-as-x-asin-omega-t-where-a-and-omega-are-positive-constants-the-acceleration-a-of-the-particle-varies-with-its-position-x-as-1-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDQ2-a-particle-moves-in-a-straight-line-and-its-position-x-at-time-t-is-given-by-x-2-2-t-its-acceleration-is-given-by-1-dfrac-2-x-3-2-dfrac-1-2x-2-3-dfrac-1-4x-3-4-dfrac-1-x-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDQ3-a-body-is-moving-with-variable-acceleration-a-along-a-straight-line-the-average-acceleration-of-the-body-in-time-interval-t-1-to-t-2-is-1-at2-t12-2-at2-t12-3-int-t1t2adtt2-t1-4-int-t1t2adtt2-t1-1-2-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDQ5-a-particle-moves-with-velocity-v-1-for-time-t-1-and-v-2-for-time-t-2-along-a-straight-line-the-magnitude-of-its-average-acceleration-is-1-v2-v1t1-t2-2-v2-v1t1-t2-3-v2-v1t2-t1-4-v1-v2t1-t2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDUz-a-body-is-projected-vertically-in-the-upward-direction-from-the-surface-of-the-earth-if-the-upward-direction-is-taken-as-positive-then-the-acceleration-of-the-body-during-its-upward-and-downward-journ https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NDU2-a-body-is-projected-vertically-upward-with-a-speed-10-m-s-and-another-at-the-same-time-with-the-same-speed-in-the-downward-direction-from-the-top-of-a-tower-the-magnitude-of-acceleration-of-first-body https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NjA5-a-car-with-a-vertical-windshield-moves-in-a-rain-storm-at-a-speed-of-40-km-hr-the-rain-drops-fall-vertically-with-a-constant-speed-of-20-m-s-the-angle-at-which-raindrops-strike-the-windshield-is-1-tan https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjEzNDYy-three-particles-a-b-and-c-are-projected-from-the-same-point-with-same-initial-speeds-making-angles-30o-45o-and-60o-respectively-with-the-horizontal-which-of-the-following-statements-is-correct-1-a-and https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjEzNDY1-the-horizontal-range-of-a-projectile-fired-at-an-angle-of-15o-is-50-m-if-it-is-fired-with-the-same-speed-at-an-angle-of-45o-its-range-will-be-1-60-m-2-71-m-3-100-m-4-141-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjEzNDY3-for-a-particle-performing-uniform-circular-motion-choose-the-correct-statement-s-from-the-following-1-magnitude-of-particle-velocity-speed-remains-variable-2-particle-velocity-remains-directed-paralle https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjEzNTMz-a-person-is-sitting-in-a-traveling-train-and-facing-the-engine-he-tosses-up-a-coin-and-the-coin-falls-behind-him-it-can-be-concluded-that-the-train-is-1-moving-forward-and-gaining-speed-2-moving-forwa https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjI1MzE1-the-horizontal-range-of-a-projectile-fired-at-an-angle-of-15-circ-is-50-text-m-if-it-is-fired-with-the-same-speed-at-an-angle-of-45-circ-its-range-will-be-1-60-text-m-2-71-text-m-3-100-text-m-4-141-te https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjI1MzE3-in-a-two-dimensional-motion-instantaneous-speed-v-0-is-a-positive-constant-then-which-of-the-following-is-necessarily-true-1-the-average-velocity-is-not-zero-at-any-time-2-the-average-acceleration-mus https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjI1MzE4-in-a-two-dimensional-motion-the-instantaneous-speed-of-a-particle-remains-constant-at-a-positive-value-v-0-which-of-the-following-statements-must-always-be-true-1-the-particle-has-zero-acceleration-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjI1MzMw-a-particle-slides-down-a-frictionless-parabolic-track-starting-from-rest-at-point-a-point-b-is-at-the-vertex-of-the-parabola-and-point-c-is-at-a-height-less-than-that-of-point-a-after-c-the-particle-m https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjI1MzMx-the-following-are-four-different-relations-about-displacement-velocity-and-acceleration-for-the-motion-of-a-particle-in-general-a-v-a-v-1-2-left-v-left-t-1-right-v-left-t-2-right-right-b-v-av-r-left-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjI1MzMy-for-a-particle-performing-uniform-circular-motion-a-the-magnitude-of-particle-velocity-speed-remains-constant-b-particle-velocity-is-always-perpendicular-to-the-radius-vector-c-the-direction-of-accele https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjI1MzQ3-two-particles-are-projected-in-the-air-with-speed-v-0-at-angles-theta-1-and-theta-2-to-the-horizontal-respectively-if-the-height-reached-by-the-first-particle-is-greater-than-that-of-the-second-then-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTA1-rain-is-falling-vertically-with-a-speed-of-35-text-ms-1-winds-starts-blowing-after-sometime-with-a-speed-of-12-text-ms-1-in-east-to-west-direction-at-what-angle-should-a-boy-waiting-at-a-bus-stop-hold https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTA3-a-motorboat-is-racing-towards-the-north-at-25-km-h-and-the-water-current-in-that-region-is-10-km-h-in-the-direction-of-60-circ-east-of-the-south-the-resultant-velocity-of-the-boat-is-1-12-km-h-at-23-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTA4-the-position-of-a-particle-is-given-by-vec-r-3-0t-hat-i-2-0t-2-hat-j-4-0-hat-k-text-m-where-t-is-in-seconds-and-the-coefficients-have-the-proper-units-for-r-to-be-in-meters-the-magnitude-and-direction https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTA5-a-particle-starts-from-the-origin-at-t-0-with-a-velocity-of-5-0-hat-i-text-m-s-and-moves-in-the-x-text-y-plane-under-the-action-of-a-force-that-produces-a-constant-acceleration-of-3-0-hat-i-2-0-hat-j https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTEy-rain-is-falling-vertically-with-a-speed-of-35-m-s-a-woman-rides-a-bicycle-with-a-speed-of-12-m-s-in-the-east-to-west-direction-what-is-the-direction-in-which-she-should-hold-her-umbrella-1-in-the-vert https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTEz-galileo-in-his-book-two-new-sciences-stated-that-for-elevations-that-exceed-or-fall-short-of-45-circ-by-equal-amounts-the-ranges-1-are-equal-to-each-other-2-are-not-equal-to-each-other-3-are-sometimes https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTE0-a-hiker-stands-on-the-edge-of-a-cliff-490-mathrm-m-above-the-ground-and-throws-a-stone-horizontally-with-an-initial-speed-of-15-m-s-neglecting-air-resistance-the-time-taken-by-the-stone-to-reach-the-g https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTE1-a-cricket-ball-is-thrown-at-a-speed-of-28-m-s-in-a-direction-30-circ-above-the-horizontal-the-time-taken-by-the-ball-to-return-to-the-same-level-is-1-2-5-s-2-2-9-s-3-3-5-s-4-3-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTE2-an-insect-trapped-in-a-circular-groove-of-radius-12-text-cm-moves-along-the-groove-steadily-and-completes-7-revolutions-in-100-text-s-what-is-the-angular-speed-of-the-motion-1-0-62-text-rad-s-2-0-06-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTE3-an-insect-trapped-in-a-circular-groove-of-radius-12-cm-moves-along-the-groove-steadily-and-completes-7-revolutions-in-100-s-is-the-acceleration-vector-a-constant-vector-what-is-its-magnitude-1-text-ye https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjczOTEz-a-cricket-ball-is-thrown-at-a-speed-of-28-m-s-in-a-direction-30-circ-above-the-horizontal-the-maximum-height-attained-by-the-ball-is-1-5-m-2-10-m-3-15-m-4-20-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc3MTQ1-a-car-starts-from-rest-and-accelerates-at-5-text-m-s-2-at-t-4-text-s-a-ball-is-dropped-out-of-a-window-by-a-person-sitting-in-the-car-what-is-the-velocity-and-acceleration-of-the-ball-at-t-6-text-s-ta https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc3MTQ3-a-particle-moving-in-a-circle-of-radius-r-with-a-uniform-speed-takes-a-time-t-to-complete-one-revolution-if-this-particle-were-projected-with-the-same-speed-at-an-angle-theta-to-the-horizontal-the-max https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM5Mzcz-a-ball-is-projected-with-a-velocity-of-10-text-m-s-at-an-angle-of-60-circ-with-the-vertical-direction-its-speed-at-the-highest-point-of-its-trajectory-will-be-1-10-text-m-s-2-zero-3-5-sqrt-3-text-m-s https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM5NzYy-rain-is-falling-vertically-downward-with-a-speed-of-35-text-m-s-the-wind-starts-blowing-after-some-time-with-a-speed-of-12-text-m-s-in-the-east-to-the-west-direction-the-direction-in-which-a-boy-stand https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ2NTU5-a-cricket-ball-is-thrown-by-a-player-at-a-speed-of-20-m-s-in-a-direction-30-circ-above-the-horizontal-the-maximum-height-attained-by-the-ball-during-its-motion-is-take-g-10-m-s2-1-5-m-2-10-m-3-20-m-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY2OTE2-a-bullet-is-fired-from-a-gun-at-the-speed-of-280-text-ms-1-in-the-direction-30-circ-above-the-horizontal-the-maximum-height-attained-by-the-bullet-is-left-g-9-8-text-m-s-2-sin30-circ-0-5-right-1-3000 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY4MTYw-the-position-of-a-particle-is-given-by-vec-r-t-4t-hat-i-2t-2-hat-j-5-hat-k-where-t-is-in-seconds-and-r-in-metres-find-the-magnitude-and-direction-of-the-velocity-v-t-at-t-1-text-s-with-respect-to-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY4MjU3-a-ball-is-projected-from-point-a-with-velocity-20-ms-ndash-1-at-an-angle-60-circ-to-the-horizontal-direction-at-the-highest-point-b-of-the-path-as-shown-in-figure-the-velocity-v-in-ms-ndash-1-of-the-b https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY4MzYz-a-particle-is-executing-uniform-circular-motion-with-velocity-vec-v-and-acceleration-vec-a-which-of-the-following-is-true-1-vec-v-is-a-constant-vec-a-is-not-a-constant-2-vec-v-is-not-a-constant-vec-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDU0OTY3-a-particle-moving-with-uniform-speed-in-a-circular-path-maintains-1-constant-acceleration-2-constant-velocity-but-varying-acceleration-3-varying-velocity-and-varying-acceleration-4-constant-velocity-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDU2Nzg1-for-a-smoothly-running-analog-clock-the-ratio-of-the-number-of-rotations-made-in-a-day-by-the-hour-hand-to-the-second-hand-respectively-is-1-24-1-2-1-720-3-1-60-4-2-5-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzA2MDQz-let-abcdef-be-a-regular-hexagon-with-the-vertices-taken-in-order-the-resultant-of-the-vectors-overrightarrow-ab-overrightarrow-bc-overrightarrow-cd-overrightarrow-de-equals-in-magnitude-the-vector-1-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTc3MTkz-the-position-of-a-moving-particle-at-time-t-is-overrightarrow-r-3-hat-i-4t-2-hat-j-t-3-hat-k-its-displacement-during-the-time-interval-t-1-s-to-t-3-s-will-be-1-hat-j-hat-k-2-3-hat-i-4-hat-j-hat-k-3-9 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTc3MjQ1-a-cat-is-situated-at-point-a-0-3-4-and-a-rat-is-situated-at-point-b-5-3-8-the-cat-is-free-to-move-but-the-rat-is-always-at-rest-the-minimum-distance-travelled-by-the-cat-to-catch-the-rat-is-1-5-unit-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTU4-a-particle-is-moving-such-that-its-position-coordinates-x-y-are-2-text-m-3-text-m-at-time-t-0-6-text-m-7-text-m-at-time-t-2-text-s-and-13-text-m-14-text-m-at-time-t-5-text-s-the-average-velocity-vecto https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTI0NDU-a-body-is-moving-with-a-velocity-of-30-text-m-s-towards-the-east-after-10-text-s-its-velocity-becomes-40-text-m-s-towards-the-north-the-average-acceleration-of-the-body-is-1-7-text-m-s-2-2-sqrt-7-text https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzAyMTUx-in-a-projectile-motion-the-velocity-1-is-always-perpendicular-to-the-acceleration-2-is-never-perpendicular-to-the-acceleration-3-is-perpendicular-to-the-acceleration-for-one-instant-only-4-is-perpendi https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM4MDk1-a-projectile-is-fired-so-as-to-give-a-maximum-horizontal-range-of-1-km-what-would-be-the-maximum-height-reached-by-it-if-it-were-to-be-fired-vertically-upward-1-2-km-2-1-km-3-dfrac12-km-4-dfrac14-km-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM0MjU1-consider-the-two-situations-shown-in-the-figures-in-figure-a-the-particle-p-is-given-a-velocity-u-up-a-smooth-horizontal-incline-and-it-reaches-a-maximum-vertical-height-h-a-in-figure-b-the-same-parti https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzEyNDA2-two-projectiles-are-launched-one-at-twice-the-speed-of-the-other-the-slower-one-at-30-circ-and-the-faster-one-at-60-circ-their-horizontal-ranges-are-in-the-ratio-slower-faster-1-dfrac-1-2-2-dfrac-1-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTIxMDI-the-horizontal-range-and-the-maximum-height-of-a-projectile-are-equal-the-angle-of-projection-of-the-projectile-is-1-theta-tan-1-left-frac-1-4-right-2-theta-tan-1-4-3-theta-tan-1-2-4-theta-45-circ-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjYzNjY3-if-two-projectiles-with-the-same-masses-and-with-the-same-velocities-are-thrown-at-an-angle-60-circ-and-30-circ-with-the-horizontal-then-which-of-the-following-quantities-will-remain-the-same-1-time-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjY1Mzcy-two-particles-having-mass-m-and-m-are-moving-in-a-circular-path-having-radius-r-r-respectively-if-their-time-periods-are-the-same-then-the-ratio-of-angular-velocities-will-be-1-dfrac-r-r-2-dfrac-r-r-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTIxMjY3-a-cyclist-starts-from-the-point-p-of-a-circular-ground-of-radius-2-text-km-and-travels-along-its-circumference-to-the-point-s-the-displacement-of-a-cyclist-is-1-4-text-km-2-6-text-km-3-sqrt-8-text-km https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ2Njk0-a-person-starts-from-home-to-reach-the-market-first-he-goes-50-m-due-north-then-30-m-due-east-and-finally-50-m-due-south-his-displacement-from-home-is-1-80-m-due-south-2-80-m-due-east-3-30-m-due-south https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc4NzEw-a-particle-starts-from-the-origin-at-time-t-0-with-an-initial-velocity-of-5-hat-j-text-ms-1-it-moves-in-the-xy-text-plane-under-a-constant-acceleration-of-left-10-hat-i-4-hat-j-right-text-ms-2-at-some https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ0NjA0-a-car-starts-at-point-x-it-travels-3-0-km-due-east-then-4-0-km-due-south-then-6-0-km-due-west-and-finally-8-0-km-due-north-how-far-away-is-the-car-from-point-x-when-it-has-reached-the-end-of-this-jour https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ5OTMy-a-man-walks-1-mile-due-east-then-5-miles-due-south-followed-by-2-miles-due-east-and-finally-9-miles-due-north-how-far-is-he-from-his-starting-point-1-3-miles-2-5-miles-3-4-miles-4-between-5-and-9-mile https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzAyMTU4-consider-the-motion-of-the-tip-of-the-minute-hand-of-a-clock-in-one-hour-a-the-displacement-is-zero-b-the-distance-covered-is-zero-c-the-average-speed-is-zero-d-the-average-velocity-is-zero-choose-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTQ1-the-coordinates-of-a-moving-particle-at-any-time-t-are-given-by-x-alpha-t-3-and-y-beta-t-3-the-speed-of-the-particle-at-time-t-is-given-by-1-sqrt-alpha-2-beta-2-2-3t-sqrt-alpha-2-beta-2-3-3t-2-sqrt-al https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc3NDA0-the-position-vector-of-a-particle-changes-with-time-according-to-the-relation-vec-r-t-15-t-2-hat-i-left-4-20-t-2-right-hat-j-where-vec-r-t-is-in-metres-and-t-is-in-seconds-what-is-the-magnitude-of-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQzNjc0-at-time-t-0-a-particle-starts-travelling-from-a-height-of-7-hat-z-cm-in-a-plane-keeping-the-mathrm-z-coordinate-constant-at-any-instant-of-time-its-position-along-the-x-text-and-y-text-directions-is-d https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDM0MTI4-which-of-the-following-motions-of-an-object-always-results-in-zero-acceleration-1-any-motion-in-a-straight-line-2-projectile-motion-3-any-motion-in-a-circle-4-none-of-the-motions-above-guarantees-zero https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcxMTQ0-the-equation-of-the-trajectory-of-a-projectile-is-given-as-y-4x-dfrac-1-4x-2-the-range-of-the-projectile-is-1-1-m-2-32-m-3-16-m-4-48-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzYzMDU0-two-projectiles-are-thrown-at-an-angle-of-projection-alpha-and-beta-with-the-horizontal-if-alpha-beta-90-circ-then-the-ratio-of-the-range-of-two-projectiles-on-the-horizontal-plane-is-equal-to-1-1-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNDQ5-a-projectile-is-fired-from-the-surface-of-the-earth-with-a-velocity-of-5-text-m-s-and-at-an-angle-theta-with-the-horizontal-another-projectile-fired-from-another-planet-with-a-velocity-of-3-text-m-s-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY2Njg0-two-particles-a-and-b-are-projected-with-speeds-40-text-m-s-and-60-text-m-s-at-angles-30-circ-and-60-circ-above-the-horizontal-respectively-what-is-the-ratio-of-the-range-of-a-to-the-range-of-b-text-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQyOTA3-two-projectiles-are-fired-from-the-same-point-with-the-same-speed-at-angles-of-projection-60-circ-and-30-circ-respectively-which-one-of-the-following-is-true-1-their-time-of-flight-will-be-the-same-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzQwMDM-the-horizontal-range-is-four-times-the-maximum-height-attained-by-a-projectile-the-angle-of-projection-is-1-90-circ-2-60-circ-3-45-circ-4-30-circ-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTY3NDY-two-bullets-are-fired-horizontally-with-different-velocities-from-the-same-height-which-will-reach-the-ground-first-1-slower-one-2-faster-one-3-both-will-reach-simultaneously-4-cannot-be-predicted-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzMxMDkx-an-arrow-is-shot-into-the-air-with-a-range-of-200-m-and-a-flight-time-of-5-s-assuming-g-to-be-10-text-m-s-2-what-is-the-horizontal-component-of-the-arrow-s-velocity-1-25-text-m-s-2-40-text-m-s-3-31-25 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQxMjUw-given-below-are-two-statements-assertion-a-when-a-body-is-projected-at-an-angle-of-45-circ-its-range-is-maximum-reason-r-for-maximum-range-the-value-of-sin2-theta-should-be-equal-to-one-1-both-a-and-r https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mzk0Mzky-a-boy-throws-two-balls-a-b-from-the-window-of-a-tall-multi-storeyed-building-ball-a-is-dropped-from-rest-while-ball-b-is-given-an-initial-horizontal-speed-of-30-text-m-s-the-position-of-the-boy-is-at https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQzMzQz-a-ball-is-projected-from-the-ground-with-a-speed-15-text-m-s-at-an-angle-theta-with-horizontal-so-that-its-range-and-maximum-height-are-equal-then-tan-theta-will-be-equal-to-1-dfrac-1-4-2-dfrac-1-2-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQwMjQ1-given-below-are-two-statements-assertion-a-the-maximum-horizontal-range-of-projectile-is-proportional-to-the-square-of-velocity-reason-r-the-maximum-horizontal-range-of-projectile-is-equal-to-maximum https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTkxNzUy-two-objects-are-projected-with-the-same-speed-at-angles-30-circ-and-60-circ-respectively-with-respect-to-the-horizontal-direction-the-range-of-two-objects-are-denoted-as-r-30-circ-and-r-60-circ-choose https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY3MTI5-if-a-projectile-is-launched-at-an-angle-of-15-circ-with-the-horizontal-and-achieves-a-range-of-50-text-m-what-will-be-the-range-when-it-is-launched-at-an-angle-of-45-circ-with-the-horizontal-1-50-text https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDYxMDEw-a-cart-moves-with-constant-speed-along-a-horizontal-circular-track-a-particle-is-projected-vertically-upward-relative-to-the-cart-consider-the-following-statements-a-the-particle-will-land-somewhere-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc5NDIw-the-trajectory-of-a-projectile-in-a-vertical-plane-is-y-alpha-x-beta-x-2-where-alpha-and-beta-are-constants-and-x-y-are-respectively-the-horizontal-and-vertical-distances-of-the-projectile-from-the-po https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mzk0Mzgx-a-projectile-is-thrown-at-an-angle-of-60-circ-with-the-horizontal-with-a-speed-of-20-text-m-s-the-horizontal-component-of-its-velocity-1-increases-with-time-2-decreases-with-time-3-first-increases-and https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDMyNTYz-a-target-t-lies-flat-on-the-ground-3-text-m-away-from-the-base-of-a-building-that-is-10-text-m-tall-as-shown-in-the-figure-a-student-rolls-a-ball-horizontally-off-the-edge-of-the-flat-roof-in-the-dire https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ5MjQy-two-particles-are-projected-in-the-air-at-the-same-speed-u-at-an-angle-theta-1-and-theta-2-theta-1-and-theta-2-are-acute-angles-to-the-horizontal-respectively-if-the-maximum-height-reached-by-the-firs https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzIzNzE5-two-identical-particles-are-projected-from-the-ground-with-the-same-initial-velocity-one-is-at-angle-theta-with-horizontal-and-another-is-at-an-angle-90-theta-with-vertical-the-ratio-of-their-ranges-i https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mzg2OTMy-a-cricket-ball-is-thrown-at-a-speed-of-30-m-s-in-a-direction-30-circ-above-the-horizontal-the-time-taken-by-the-ball-to-return-to-the-same-level-will-be-text-take-g-10-text-m-s-2-1-1-5-mathrm-s-2-3-ma https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzYyOTcy-a-ball-is-thrown-horizontally-from-height-of-10-text-m-with-a-speed-of-5-text-m-s-as-shown-what-would-be-the-speed-with-which-it-strikes-the-ground-take-g-10-text-m-s-2-1-15-text-m-s-2-5-text-m-s-3-10 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY3Mjky-a-particle-is-projected-at-an-angle-of-30-circ-with-the-ground-at-a-speed-of-40-m-s-the-speed-of-the-particle-after-two-seconds-is-use-g-10-m-s2-1-20-sqrt-2-m-s-2-20-sqrt-3-m-s-3-20-m-s-4-10-sqrt-3-m https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ2NjU2-a-projectile-is-thrown-with-an-initial-velocity-v-0-from-the-ground-at-an-angle-theta-with-the-horizontal-direction-which-of-the-following-statements-is-correct-during-its-entire-journey-ignoring-air https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQwMTU5-given-below-are-two-statements-assertion-a-for-angular-projection-when-angle-of-projection-theta-tan-1-1-the-horizontal-range-is-four-times-of-the-maximum-height-reason-r-the-horizontal-range-of-proje https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQyMDk4-the-velocity-of-projection-of-an-oblique-projectile-is-vec-v-left-3-hat-i-2-hat-j-right-ms-1-the-speed-of-the-projectile-at-the-highest-point-of-the-trajectory-is-1-3-ms-1-2-2-ms-1-3-1-ms-1-4-zero-1-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM0MDE5-a-projectile-is-fired-with-kinetic-energy-of-1-text-kj-if-the-range-is-maximum-what-is-its-kinetic-energy-at-the-highest-point-1-250-text-j-2-500-text-j-3-750-text-j-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ2MTU3-a-batsman-hits-a-ball-with-a-speed-of-14-sqrt2-ms-1-in-a-direction-45-circ-above-the-horizontal-the-maximum-height-attained-by-the-ball-will-be-1-20-0-m-2-10-0-m-3-dfrac-sqrt2-0-7-m-4-14-sqrt2-m-1-2-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1NTI1-a-ball-is-thrown-upward-at-an-angle-of-45-circ-with-the-vertical-and-velocity-v-during-its-entire-journey-we-can-say-1-its-total-momentum-will-be-constant-2-its-total-energy-will-not-be-constant-3-its https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1NDY4-a-cricket-ball-is-thrown-with-a-speed-of-32-text-m-s-at-an-angle-of-30-circ-above-the-horizontal-the-maximum-height-it-will-attain-is-take-g-10-text-m-s-2-1-0-8-text-m-2-12-8-text-m-3-25-6-text-m-4-51 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk1OTk2-a-cricketer-can-throw-a-ball-to-a-maximum-horizontal-distance-of-100-text-m-how-much-high-above-the-ground-can-the-cricketer-throw-the-same-ball-1-50-text-m-2-60-text-m-3-75-text-m-4-100-text-m-1-2-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzA2MDYx-the-x-y-components-of-the-velocity-of-a-particle-moving-in-a-plane-are-shown-in-the-graphs-the-maximum-velocity-of-the-particle-has-the-magnitude-1-35-text-m-s-2-20-sqrt-3-text-m-s-3-50-text-m-s-4-70 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNDgw-a-body-started-moving-with-an-initial-velocity-of-4-text-m-s-along-the-east-and-an-acceleration-of-1-text-m-s-2-along-the-north-the-velocity-of-the-body-just-after-4-text-s-is-1-8-text-m-s-along-east https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzMzNDY4-a-car-of-mass-m-moves-in-a-horizontal-circular-path-of-radius-r-metre-at-an-instant-its-speed-is-v-m-s-and-is-increasing-at-a-rate-of-a-m-s2-then-the-acceleration-of-the-car-is-1-dfrac-v-2-r-2-a-3-sqr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDU1Njc1-two-particles-are-moving-along-the-same-circular-path-if-the-ratio-of-their-centripetal-accelerations-is-3-4-then-the-ratio-of-their-tangential-velocities-is-1-2-sqrt3-2-sqrt3-2-3-sqrt3-1-4-1-sqrt-3-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNDUz-a-particle-moves-in-a-circle-of-radius-5-text-cm-with-constant-speed-and-time-period-0-2-pi-text-s-the-acceleration-of-the-particle-is-1-25-text-m-s-2-2-36-text-m-s-2-3-5-text-m-s-2-4-15-text-m-s-2-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY2NjQ3-a-particle-moving-in-a-uniform-circular-motion-of-radius-1-m-has-velocity-3-hat-j-text-m-s-at-point-b-what-are-the-velocity-vec-v-and-acceleration-vec-a-at-diametrically-opposite-point-a-1-vec-v-a-3-h https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDQwMjM2-a-particle-moves-along-a-circular-path-of-radius-9-text-m-and-completes-120-revolutions-in-3-minutes-what-is-the-centripetal-acceleration-of-the-particle-1-8-pi-2-text-m-s-2-2-16-pi-2-text-m-s-2-3-32 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzE2MTgw-a-particle-moves-in-a-circle-of-radius-1-0-text-cm-at-a-speed-given-by-v-2-0t-where-v-is-in-text-cm-s-and-t-in-seconds-the-magnitude-of-the-acceleration-at-t-1-text-s-is-1-sqrt-20-text-cm-s-2-2-sqrt-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1NTI3-a-body-of-mass-m-is-moving-in-a-horizontal-circle-of-radius-r-with-a-frequency-nu-which-of-the-following-represents-the-magnitude-of-the-centripetal-acceleration-acting-on-the-body-1-4m-pi-nu-2r-2-4-p https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDUzOTUw-a-body-moves-with-a-constant-speed-along-a-curved-path-in-a-plane-as-shown-in-the-figure-which-of-the-following-options-correctly-represents-the-direction-of-its-acceleration-vector-at-the-given-insta https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1ODM5-an-insect-trapped-in-a-circular-groove-of-radius-10-text-cm-moves-along-the-groove-steadily-and-completes-14-revolutions-in-100-text-s-the-angular-speed-of-the-insect-is-big-text-take-pi-dfrac-22-7-bi https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzY2-the-position-of-a-particle-at-time-t-is-given-by-x-3t-3-y-2t-2-8t-and-z-6t-5-the-initial-velocity-of-the-particle-is-1-20-text-unit-2-10-text-unit-3-5-text-unit-4-13-text-unit-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQxNTM3-the-velocity-of-a-particle-at-any-instant-is-given-by-the-equation-vec-v-2t-hat-i-3t-2-hat-j-text-m-s-and-the-radius-of-the-curvature-of-the-path-is-2-text-m-the-centripetal-acceleration-of-the-partic https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDM0NzA0-a-child-swings-a-ball-tied-to-a-rope-in-uniform-circular-motion-which-one-of-the-following-statements-is-not-correct-1-the-ball-s-speed-remains-constant-2-the-ball-s-velocity-remains-constant-3-the-ci https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1NzMw-a-particle-of-a-mass-m-is-moving-in-a-circle-of-the-radius-r-with-uniform-speed-v-choose-the-correct-option-1-radial-acceleration-a-r-0-tangential-acceleration-a-t-neq-0-2-radial-acceleration-a-r-0-ta https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTY3NDA-ship-a-is-travelling-with-a-velocity-of-5-text-km-h-due-east-a-second-ship-is-heading-30-circ-east-of-north-what-should-be-the-speed-of-the-second-ship-if-it-is-to-remain-always-due-north-with-respect https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mzk0Mzgy-raindrops-are-falling-vertically-downward-at-a-constant-speed-of-4-text-m-s-a-man-running-forward-at-4-text-m-s-observes-the-raindrops-falling-with-a-velocity-of-1-8-text-m-s-2-zero-3-begin-aligned-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTY3NDI-a-boat-is-moving-with-a-velocity-3-hat-i-4-hat-j-with-respect-to-ground-the-water-in-the-river-is-moving-with-a-velocity-3-hat-i-4-hat-j-with-respect-to-the-ground-the-relative-velocity-of-the-boat-wi https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwODcy-the-speed-of-water-in-a-river-is-4-text-km-h-and-a-man-can-swim-at-5-text-km-h-the-minimum-time-taken-by-the-man-to-cross-the-river-of-width-200-text-m-is-1-dfrac-1-5-text-h-2-dfrac-1-25-text-h-3-dfra https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjYzNzUz-the-speed-of-a-boat-is-5-km-hr-in-still-water-it-crosses-a-river-of-width-1-km-along-the-shortest-possible-path-in-15-minutes-the-velocity-of-the-river-water-is-1-3-km-hr-2-4-km-hr-3-5-km-hr-4-2-km-hr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzYzMjQx-a-swimmer-swims-perpendicular-to-river-flow-and-reaches-point-b-if-the-velocity-of-the-swimmer-in-still-water-is-4-km-hr-the-velocity-of-the-river-flow-is-1-3-km-hr-2-5-km-hr-3-2-km-hr-4-6-km-hr-1-2-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzYxNTA4-on-a-rainy-day-a-boy-standing-on-the-road-finds-that-he-needs-to-hold-his-umbrella-at-an-angle-of-30-circ-with-respect-to-the-vertical-to-avoid-getting-drenched-in-the-rain-he-throws-the-umbrella-and https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDI0MzYw-two-balls-are-thrown-simultaneously-at-the-same-speed-of-20-sqrt2-text-m-s-the-first-one-a-at-an-angle-of-45-circ-below-the-horizontal-and-the-second-one-b-at-an-angle-of-45-circ-above-the-horizontal https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzIzODMx-two-particles-a-and-b-are-projected-into-the-air-from-the-same-point-particle-a-is-thrown-with-a-speed-of-30-text-m-s-and-particle-b-with-a-speed-of-40-text-m-s-as-shown-in-the-diagram-the-separation https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTA3MDM0-a-particle-starting-from-the-point-1-2-moves-in-a-straight-line-in-the-xy-plane-its-coordinates-at-a-later-time-are-2-3-the-path-of-the-particle-makes-what-angle-with-the-x-axis-1-30-circ-2-45-circ-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ2Njk1-the-displacement-of-the-point-p-on-the-wheel-see-figure-as-the-wheel-completes-half-revolution-while-rolling-on-the-ground-is-1-2-pi-r-2-pi-r-3-pi-r-2r-4-r-sqrt-pi-2-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTUz-a-vector-vec-a-is-turned-without-a-change-in-its-length-through-a-small-angle-d-theta-the-value-of-delta-vec-a-and-delta-a-are-respectively-1-0-ad-theta-2-a-d-theta-0-3-0-0-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQzMjc2-a-person-moves-from-point-a-to-point-b-along-a-circular-arc-that-subtends-an-angle-of-135-circ-at-the-centre-o-as-shown-in-the-figure-the-length-of-the-arc-ab-is-60-text-m-if-cos135-circ-0-7-the-magni https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQwMTMz-given-below-are-two-statements-assertion-a-for-a-given-initial-and-final-position-the-average-velocity-is-single-valued-while-the-average-speed-can-have-many-values-reason-r-velocity-is-a-vector-quant https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTQ0-in-1-0-text-s-a-particle-goes-from-point-a-to-point-b-moving-in-a-semicircle-of-radius-1-0-text-m-see-figure-the-magnitude-of-the-average-velocity-is-1-3-14-text-m-s-2-2-0-text-m-s-3-1-0-text-m-s-4-ze https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTc3MzYx-a-particle-moves-along-the-positive-branch-of-the-curve-y-frac-x-2-2-where-x-frac-t-2-2-x-and-y-are-measured-in-metres-and-in-seconds-respectively-at-t-2-text-s-the-velocity-of-the-particle-will-be-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTkwODc-two-particles-a-and-b-move-with-constant-velocities-vec-v-1-and-vec-v-2-at-the-initial-moment-their-position-vector-are-vec-r-1-and-vec-r-2-respectively-the-conditions-for-particles-a-and-b-for-their https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjk5OTgw-the-following-are-four-different-relations-about-displacement-velocity-and-acceleration-for-the-motion-of-a-particle-in-general-a-v-avg-frac-1-2-v-t-1-v-t-2-b-v-avg-frac-r-t-2-r-t-1-t-2-t-1-c-r-frac-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTMw-three-particles-are-moving-with-constant-velocities-v-1-v-2-and-v-respectively-as-given-in-the-figure-after-some-time-if-all-the-three-particles-are-in-the-same-line-then-the-relation-among-v-1-v-2-an https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTI2-a-particle-is-moving-with-velocity-overrightarrow-v-k-left-y-hat-i-x-hat-j-right-where-k-is-a-constant-the-general-equation-for-the-path-will-be-1-y-x-2-text-constant-2-y-2-x-2-text-constant-3-y-x-tex https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTY1-the-coordinates-of-a-moving-particle-at-a-time-t-are-given-by-x-5-sin-10t-y-5-cos-10t-it-can-be-deduced-that-the-speed-of-the-particle-will-be-1-25-units-2-50-units-3-10-units-4-30-units-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NjEw-a-particle-is-projected-from-the-origin-and-moves-in-the-xy-text-plane-with-velocity-vec-v-3-hat-i-6-x-hat-j-where-hat-i-and-hat-j-are-unit-vectors-along-the-x-and-y-text-axes-respectively-which-of-th https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246ODg5NjU-the-x-and-y-coordinates-of-the-particle-at-any-time-are-x-5-t-2-t-2-and-y-10-t-respectively-where-x-and-y-are-in-meters-and-mathrm-t-in-seconds-the-acceleration-of-the-particle-at-mathrm-t-2-s-is-1-5 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDE1-a-particle-is-moving-in-the-xy-plane-such-that-x-left-t-2-2t-right-text-m-and-y-left-2t-2-t-right-text-m-then-1-the-acceleration-is-zero-at-t-1-text-s-2-the-speed-is-zero-at-t-0-text-s-3-the-accelerat https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzU4-a-particle-moving-on-a-curved-path-possesses-a-velocity-of-3-m-s-towards-the-north-at-an-instant-after-10-s-it-is-moving-with-speed-4-m-s-towards-the-west-the-average-acceleration-of-the-particle-is-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTUy-a-particle-is-moving-eastwards-with-velocity-of-5-m-s-in-10-seconds-the-velocity-changes-to-5-m-s-northwards-the-average-acceleration-in-this-time-is-1-zero-2-frac-1-sqrt-2-text-m-s-2-toward-north-wes https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246NTAwNzk-a-particle-starts-from-the-origin-at-t-0-and-moves-in-the-x-text-y-plane-with-constant-acceleration-a-in-the-y-text-direction-its-equation-of-motion-is-y-bx-2-the-x-component-of-its-velocity-is-1-vari https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjcwNTEw-a-particle-starts-from-the-origin-at-t-0-with-a-velocity-of-5-0-hat-i-text-m-s-and-moves-in-the-x-text-y-plane-under-the-action-of-a-force-that-produces-a-constant-acceleration-of-3-0-hat-i-2-0-hat-j https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQzNjQy-two-inclined-planes-are-placed-as-shown-in-the-figure-a-block-is-projected-from-the-point-a-of-the-inclined-plane-ab-along-its-surface-with-a-velocity-just-sufficient-to-carry-it-to-the-top-point-b-at https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQzOTIw-a-ball-is-projected-at-a-certain-angle-with-initial-velocity-u-it-covers-horizontal-range-r-with-what-initial-velocity-it-should-be-projected-keeping-the-angle-of-projection-the-same-so-that-its-horiz https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NjE0-the-position-coordinates-of-a-projectile-projected-from-ground-on-a-certain-planet-with-no-atmosphere-are-given-by-y-4-t-2-t-2-text-m-and-x-3t-metre-where-t-is-in-seconds-and-point-of-projection-is-ta https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTg2-what-determines-the-nature-of-the-path-followed-by-a-particle-1-speed-2-velocity-3-acceleration-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTk0NDQz-a-body-is-projected-with-a-velocity-of-left-3-hat-i-4-hat-j-right-text-m-s-the-maximum-height-attained-by-the-projectile-is-g-10-ms-2-1-0-8-m-2-8-m-3-4-m-4-0-4-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjY0NzUy-a-particle-a-is-dropped-from-a-height-and-another-particle-b-is-projected-in-a-horizontal-direction-with-a-speed-of-5-m-s-from-the-same-height-the-correct-statement-from-the-following-is-1-particle-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY1MjUw-a-body-is-projected-with-velocity-vec-v-left-alpha-hat-i-beta-hat-j-right-text-m-s-the-time-of-flight-of-the-body-is-considering-x-as-horizontal-and-y-as-vertical-axis-and-g-is-acceleration-due-to-gra https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTE3-the-equation-of-trajectory-of-a-projectile-is-given-by-y-x-10x-2-its-speed-of-projection-is-g-1-0-m-s2s2-1-1-m-s-2-2-m-s-3-3-m-s-4-4-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NjI1-when-a-particle-is-projected-at-some-angle-to-the-horizontal-it-has-a-range-r-and-time-of-flight-t-1-if-the-same-particle-is-projected-with-the-same-speed-at-some-other-angle-to-have-the-same-range-it https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTc3MDA-three-balls-are-thrown-from-the-top-of-a-building-with-equal-speeds-at-different-angles-when-the-balls-strike-the-ground-their-speeds-are-v-1-v-2-text-and-v-3-respectively-then-1-v-1-v-2-v-3-2-v-3-v-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NjE5-the-velocity-at-the-maximum-height-of-a-projectile-is-frac-sqrt-3-2-times-its-initial-velocity-of-projection-u-its-range-on-the-horizontal-plane-is-1-frac-sqrt-3-u-2-2-g-2-frac-3-u-2-2-g-3-frac-3-u-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NjIz-the-equation-of-a-projectile-is-y-ax-bx-2-its-horizontal-range-is-1-frac-a-b-2-frac-b-a-3-a-b-4-b-a-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTEwOTA-a-projectile-is-fired-from-the-surface-of-the-earth-with-a-velocity-of-5-text-m-s-and-at-an-angle-theta-with-the-horizontal-another-projectile-fired-from-another-planet-with-a-velocity-of-3-text-m-s-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTI3-a-body-is-thrown-vertically-so-as-to-reach-its-maximum-height-in-t-second-the-total-time-from-the-time-of-projection-to-reach-a-point-at-half-of-its-maximum-height-while-returning-in-second-is-1-sqrt https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MzU0-an-object-of-mass-m-is-projected-from-the-ground-with-a-momentum-p-at-such-an-angle-that-its-maximum-height-is-frac-1-4-th-of-its-horizontal-range-its-minimum-kinetic-energy-in-its-path-will-be-1-frac https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTEzNzM3-a-particle-is-projected-from-a-horizontal-plane-x-text-z-plane-such-that-its-velocity-vector-at-time-t-is-given-by-vec-v-a-hat-i-b-c-t-hat-j-its-range-on-this-horizontal-plane-is-given-by-1-frac-ba-c https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjUxMDQx-the-speed-of-a-projectile-at-its-maximum-height-is-half-of-its-initial-speed-the-angle-of-projection-is-1-15-circ-2-30-circ-3-45-circ-4-60-circ-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTc3Mjg3-a-body-is-projected-at-an-angle-of-30-circ-with-the-horizontal-with-a-speed-of-30-m-s-what-is-the-angle-made-by-the-velocity-vector-with-the-horizontal-after-1-5-sec-left-g-10-text-m-s-2-right-1-0-cir https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjY0NzM1-two-particles-are-projected-with-the-same-initial-velocity-one-makes-an-angle-theta-with-the-horizontal-while-the-other-makes-an-angle-theta-with-the-vertical-if-their-common-range-is-r-then-the-produ https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTMwNTg1-a-particle-is-projected-with-a-velocity-v-such-that-its-range-on-the-horizontal-plane-is-twice-the-greatest-height-attained-by-it-the-range-of-the-projectile-is-where-g-is-acceleration-due-to-gravity https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM5NTM1-given-below-are-two-statements-assertion-a-the-maximum-height-of-a-projectile-is-always-25-of-the-maximum-range-reason-r-for-maximum-height-the-projectile-should-be-projected-at-90-circ-1-both-a-and-r https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTQ3-the-angle-turned-by-a-body-undergoing-circular-motion-depends-on-the-time-as-given-by-the-equation-theta-theta-0-theta-1-t-theta-2-t-2-it-can-be-deduced-that-the-angular-acceleration-of-the-body-is-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjYzODQ5-a-stone-tied-to-the-end-of-a-1-m-long-string-is-whirled-in-a-horizontal-circle-at-a-constant-speed-if-the-stone-makes-22-revolutions-in-44-seconds-what-is-the-magnitude-and-direction-of-acceleration-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTQz-in-a-uniform-circular-motion-if-the-speed-of-the-particle-is-2-m-s-and-radius-of-the-circle-is-2-m-then-the-values-of-centripetal-and-tangential-acceleration-are-respectively-1-2-text-m-s-2-2-text-m-s https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjUxMDQ2-a-particle-moves-in-the-x-text-y-plane-according-to-the-rule-x-a-sin-omega-t-and-y-a-cos-omega-t-the-particle-follows-1-a-circular-path-2-a-parabolic-path-3-a-straight-line-path-inclined-equally-to-x https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NjQw-a-car-is-moving-at-a-speed-of-40-m-s-on-a-circular-track-of-radius-400-m-this-speed-is-increasing-at-the-rate-of-3-m-s2-the-acceleration-of-the-car-is-1-4-m-s2-2-7-m-s2-3-5-m-s2-4-3-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTQx-certain-neutron-stars-are-believed-to-be-rotating-at-about-1-rev-s-if-such-a-star-has-a-radius-of-20-km-the-acceleration-of-an-object-on-the-equator-of-the-star-will-be-1-20-times-10-8-text-m-s-2-2-8 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzA0Nzg4-the-magnitude-of-vector-vec-a-is-constant-but-it-is-changing-its-direction-continuously-the-angle-between-vec-a-and-frac-d-vec-a-dt-is-1-180-circ-2-120-circ-3-90-circ-4-0-circ-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTc3Mzgy-a-deer-wants-to-save-her-life-from-a-lion-the-lion-follows-a-path-whose-equation-is-x-2-y-2-16-for-saving-her-life-the-deer-needs-to-move-on-a-path-whose-equation-will-be-1-x-2-y-2-4-2-x-2-y-2-16-3-x https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjY1NjE0-a-particle-moves-along-a-circle-of-radius-frac-20-pi-text-m-with-constant-tangential-acceleration-if-the-velocity-of-the-particle-is-80-m-s-at-the-end-of-the-second-revolution-after-motion-has-begun-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTc3OTU1-a-particle-rotates-in-a-circular-path-starting-from-rest-if-angular-acceleration-is-4-text-rad-s-2-then-the-time-after-which-angle-between-net-acceleration-and-tangential-acceleration-becomes-45-circ https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTcyOTgw-an-object-moves-at-a-constant-speed-along-a-circular-path-in-a-horizontal-xy-plane-with-its-centre-at-the-origin-when-the-object-is-at-x-2-text-m-its-velocity-is-4-text-m-s-hat-j-what-is-the-object-s https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTc2ODg-a-particle-is-projected-with-a-speed-u-at-an-angle-theta-to-the-horizontal-radius-of-curvature-at-highest-point-of-its-trajectory-is-1-frac-u-2-cos-2-theta-2-g-2-frac-sqrt-3-u-2-cos-2-theta-2-g-3-frac https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTc2OTI-figure-below-shows-a-body-of-mass-m-moving-with-a-uniform-speed-v-on-a-circular-path-of-radius-r-what-is-the-change-in-acceleration-in-going-from-p-1-to-p-2-1-zero-2-v-2-2-r-3-2-v-2-r-4-frac-v-2-r-tim https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQxNzAz-given-below-are-two-statements-assertion-a-uniform-circular-motion-is-the-only-example-of-a-situation-in-which-the-speed-of-a-particle-remains-constant-even-though-a-force-is-acting-on-the-particle-re https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTIyMTM4-a-man-is-walking-on-the-road-with-a-speed-3-m-s-rain-is-falling-vertically-at-speed-3-m-s-at-what-angle-from-the-vertical-man-has-to-hold-his-umbrella-to-avoid-the-rain-drops-1-45-circ-2-30-circ-3-60 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246MzgyODQ-a-boat-is-moving-with-a-velocity-3-hat-i-4-hat-j-with-respect-to-ground-the-water-in-the-river-is-moving-with-a-velocity-3-hat-i-4-hat-j-with-respect-to-ground-the-relative-velocity-of-the-boat-with-r https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjA1NjA4-a-person-reaches-a-point-directly-opposite-on-the-other-bank-of-a-flowing-river-while-swimming-at-a-speed-of-5-text-m-s-at-an-angle-of-120-circ-with-the-flow-the-speed-of-the-flow-must-be-1-2-5-text-m https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ4OTI5-a-swimmer-swims-a-distance-d-upstream-in-4-s-and-swims-an-equal-distance-downstream-in-2-s-the-ratio-of-swimmer-s-speed-in-still-water-to-the-speed-of-river-water-will-be-1-frac-6-5-2-frac-3-1-3-frac https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTM0MTAy-a-man-standing-on-a-road-holds-his-umbrella-at-30-circ-with-the-vertical-to-keep-the-rain-away-he-throws-the-umbrella-and-starts-running-at-10-km-hr-he-finds-that-raindrops-are-hitting-his-head-vertic https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQwNzUx-a-man-is-crossing-a-river-flowing-with-a-velocity-of-5-m-s-he-reaches-a-point-directly-across-the-river-at-a-distance-of-60-m-in-5-s-his-velocity-in-still-water-should-be-1-12-m-s-2-13-m-s-3-5-m-s-4-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjY0NTI5-two-particles-are-separated-by-a-horizontal-distance-x-as-shown-in-the-figure-they-are-projected-at-the-same-time-as-shown-in-the-figure-with-different-initial-speeds-the-time-after-which-the-horizont https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTc3MjYw-balls-a-and-b-are-thrown-from-two-points-lying-on-the-same-horizontal-plane-separated-by-a-distance-of-120-m-which-of-the-following-statements-is-correct-1-the-balls-can-never-meet-2-the-balls-can-mee https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjYzODc1-two-boys-are-standing-at-the-ends-a-and-b-of-the-ground-where-ab-a-the-boy-at-b-starts-running-in-a-direction-perpendicular-to-ab-with-velocity-v-1-the-boy-at-a-starts-running-simultaneously-with-velo https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTM2-a-river-is-flowing-from-w-to-e-with-a-speed-of-5-m-min-a-man-can-swim-in-still-water-with-a-velocity-of-10-m-min-in-which-direction-should-the-man-swim-so-as-to-take-the-shortest-possible-path-to-go-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTQ1OTM1-a-boat-moves-with-a-speed-of-5-km-h-relative-to-water-in-a-river-flowing-with-a-speed-of-3-km-h-width-of-the-river-is-1-km-the-minimum-time-taken-for-a-round-trip-will-be-1-5-min-2-60-min-3-20-min-4-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY3OTgz-the-speed-of-water-in-a-river-is-4-km-h-and-a-man-can-swim-at-5-km-h-the-minimum-time-taken-by-the-man-to-cross-the-river-of-width-200-m-is-1-frac-1-5-text-h-2-frac-1-25-text-h-3-frac-1-15-text-h-4-fr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTY4MDI1-river-of-width-500-m-is-flowing-at-a-speed-of-10-m-s-a-swimmer-can-swim-at-a-speed-of-10-m-s-in-still-water-if-he-starts-swimming-at-an-angle-of-120-circ-with-the-flow-direction-then-the-distance-he-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTA2OTU-a-ship-a-is-moving-westward-with-a-speed-of-10-text-kmph-and-a-ship-b-100-text-km-south-of-a-is-moving-northward-with-a-speed-of-10-text-kmph-the-time-after-which-the-distance-between-them-becomes-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTcwMzg4-to-the-captain-of-a-ship-a-travelling-with-velocity-overrightarrow-v-a-left-3-hat-i-4-hat-j-right-km-h-a-second-ship-b-appears-to-have-a-velocity-overrightarrow-v-b-left-5-hat-i-12-hat-j-right-km-h-wh https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTMwODkz-a-man-moving-in-the-west-direction-observes-wind-is-blowing-towards-the-south-if-the-man-doubles-his-speed-in-the-same-direction-then-the-direction-of-wind-with-respect-to-man-will-be-1-north-west-2-s https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MTIyODU2-a-river-is-1-km-wide-the-banks-are-straight-and-parallel-the-current-is-5-km-h-and-is-parallel-to-the-banks-a-boat-has-a-maximum-speed-of-3-km-h-in-still-water-in-what-direction-should-the-boat-head-s https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-pb246OTAxNTM-a-particle-of-mass-10-g-moves-along-a-circle-of-radius-6-4-cm-with-a-constant-tangential-acceleration-what-is-the-magnitude-of-this-acceleration-if-the-kinetic-energy-of-the-particle-becomes-equal-to https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjUwOTc3-a-projectile-is-fired-at-an-angle-of-45-circ-with-the-horizontal-the-elevation-angle-alpha-of-the-projectile-at-its-highest-point-as-seen-from-the-point-of-projection-is-1-60-circ-2-tan-1-left-frac-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjY1MzUx-a-particle-is-projected-making-an-angle-of-45-circ-with-the-horizontal-and-having-kinetic-energy-k-the-kinetic-energy-at-the-highest-point-will-be-1-frac-k-sqrt-2-2-frac-k-2-3-2k-4-k-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MjYzNzM4-the-width-of-the-river-is-1-km-the-velocity-of-the-boat-is-5-km-hr-the-boat-covered-the-width-of-the-river-with-the-shortest-possible-path-in-15-min-then-the-velocity-of-the-river-stream-is-1-3-km-hr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDUwODE0-a-ball-is-bouncing-elastically-with-a-speed-of-1-m-s-between-walls-of-a-railway-compartment-of-size-10-m-in-a-direction-perpendicular-to-the-walls-the-train-is-moving-at-a-constant-velocity-of-10-m-s https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzMxMTY0-given-below-are-two-statements-assertion-a-if-two-particles-move-with-uniform-accelerations-in-different-directions-then-their-relative-velocity-changes-in-direction-reason-r-since-the-acceleration-ar https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM5NTk4-given-below-are-two-statements-assertion-a-when-theta-45-or-135-circ-the-value-of-range-r-remains-the-same-only-the-sign-changes-reason-r-r-u-2-sin-theta-over-g-1-both-a-and-r-are-true-and-r-is-the-co https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM5NjEw-given-below-are-two-statements-assertion-a-linear-momentum-of-a-body-changes-even-when-it-is-moving-uniformly-in-a-circle-reason-r-in-uniform-circular-motion-velocity-remains-constant-1-both-a-and-r-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM5OTQ4-given-below-are-two-statements-assertion-a-when-a-body-is-dropped-or-thrown-horizontally-from-the-same-height-it-would-reach-the-ground-at-the-same-time-reason-r-horizontal-velocity-has-no-effect-on-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM5OTQ5-given-below-are-two-statements-assertion-a-two-similar-trains-are-moving-along-the-equator-at-the-same-speed-but-in-opposite-directions-they-will-exert-equal-pressure-on-the-rails-reason-r-in-uniform https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM5OTcz-given-below-are-two-statements-assertion-a-a-projectile-has-only-vertical-component-of-velocity-at-the-highest-point-of-its-trajectory-reason-r-at-the-highest-point-only-one-component-of-velocity-is-p https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQwMDI3-select-the-correct-option-based-on-the-statements-given-below-assertion-a-generally-the-path-of-a-projectile-from-the-earth-is-parabolic-but-it-is-elliptical-for-projectiles-going-to-a-very-large-heig https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQwMTA0-given-below-are-two-statements-assertion-a-a-particle-is-projected-at-an-angle-theta-90-circ-to-horizontal-with-a-velocity-u-when-particle-strikes-the-ground-its-speed-is-again-u-reason-r-velocity-alo https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQwMTI0-given-below-are-two-statements-assertion-a-the-relative-velocity-between-any-two-bodies-may-be-equal-to-the-sum-of-the-speeds-of-the-two-bodies-reason-r-sometimes-the-relative-velocity-between-two-bod https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQwMTky-given-below-are-two-statements-assertion-a-when-a-particle-moves-in-a-circle-with-uniform-speed-both-its-velocity-and-its-acceleration-change-continuously-reason-r-the-centripetal-acceleration-in-circ https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQwMjY2-given-below-are-two-statements-assertion-a-if-in-a-projectile-motion-we-take-air-friction-into-consideration-then-tascent-tdescent-reason-r-during-ascent-the-magnitude-of-retardation-is-greater-than-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQxMjU3-given-below-are-two-statements-assertion-a-in-a-two-dimensional-motion-there-are-two-accelerations-acting-on-the-particle-reason-r-both-the-components-of-velocity-i-e-horizontal-and-vertical-in-case-o https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQxMjU4-given-below-are-two-statements-assertion-a-path-of-the-particle-thrown-with-some-velocity-at-some-angle-theta-not-90-circ-with-the-horizontal-is-a-parabola-reason-r-if-the-angle-between-acceleration-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQxMjU5-given-below-are-two-statements-assertion-a-if-two-particles-are-moving-on-the-same-circle-in-the-same-direction-with-different-uniform-angular-speeds-omega-a-text-and-omega-b-then-the-angular-velocity https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzAyMTQy-a-motor-car-is-going-due-north-at-a-speed-of-50-km-h-it-makes-a-90-left-turn-without-changing-the-speed-the-change-in-the-velocity-of-the-car-is-about-1-50-km-h-towards-west-2-70-km-h-towards-south-we https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzAyMTQ2-a-particle-has-a-velocity-u-towards-the-east-at-t-0-its-acceleration-is-towards-the-west-and-is-constant-let-x-a-and-x-b-be-the-magnitude-of-displacements-in-the-first-10-seconds-and-the-next-10-secon https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzAyMTUy-two-bullets-are-fired-simultaneously-horizontally-and-with-different-speeds-from-the-same-place-which-bullet-will-hit-the-ground-first-1-the-faster-one-2-the-slower-one-3-both-will-reach-simultaneousl https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzAyMTUz-the-range-of-a-projectile-fired-at-an-angle-of-15-circ-is-50-m-if-it-is-fired-with-the-same-speed-at-an-angle-of-45-circ-its-range-will-be-1-25-m-2-37-m-3-50-m-4-100-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzAyMTU0-two-projectiles-a-and-b-are-launched-at-angles-of-15-circ-and-45-circ-above-the-horizontal-respectively-in-the-absence-of-air-resistance-if-their-horizontal-ranges-are-denoted-by-r-a-and-r-b-which-of https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzAyMTU1-a-river-is-flowing-from-west-to-east-at-a-speed-of-5-metres-per-minute-a-man-on-the-south-bank-of-the-river-capable-of-swimming-at-10-metres-per-minute-in-still-water-wants-to-swim-across-the-river-in https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDA0NjI0-a-ball-is-thrown-at-an-angle-theta-0-above-the-horizontal-and-follows-the-parabolic-path-taken-by-a-projectile-let-its-speed-be-v-when-its-trajectory-makes-an-angle-theta-with-the-horizontal-assuming https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzA2MTAw-two-guns-mounted-along-the-forward-and-rear-directions-of-a-moving-railroad-car-are-firing-at-the-same-angle-relative-to-the-car-the-shells-rise-to-a-height-of-500-m-the-forward-range-of-the-shells-is https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM1MTEw-the-average-velocity-of-a-projectile-from-the-point-of-projection-to-impact-is-v-1-while-the-average-velocity-from-projection-to-maximum-height-h-is-v-2-it-can-be-concluded-that-1-v-1-v-2-2-v-1-3-v-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM2NDYw-a-projectile-is-launched-at-an-angle-theta-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzEyNDEy-a-man-drifting-on-a-raft-on-a-river-observes-a-boat-moving-in-the-same-direction-at-a-relative-speed-which-is-3-times-the-speed-of-the-river-s-flow-of-3-km-h-the-boat-overtakes-him-at-a-certain-moment https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDI4MTUx-a-particle-1-dropped-from-rest-from-the-topmost-point-a-of-a-vertical-circle-reaches-the-bottom-b-in-the-same-time-as-when-a-second-particle-2-moving-with-constant-speed-moves-along-the-circumference https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQwODcx-a-projectile-is-fired-from-the-top-of-a-cliff-the-maximum-range-of-the-projectile-being-1000-m-on-level-ground-the-maximum-range-of-the-projectile-measured-from-the-base-of-the-cliff-is-1-greater-than https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDEzOTc5-a-particle-moves-around-a-circle-with-a-speed-of-pi-text-m-s-while-another-moves-back-and-forth-along-a-diameter-with-a-speed-of-1-text-m-s-the-minimum-possible-relative-velocity-between-them-is-in-ma https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzEyNDA4-a-throws-a-ball-towards-b-who-then-catches-it-across-the-field-b-throws-the-ball-back-towards-a-who-then-catches-it-the-angle-of-the-throw-is-30-circ-for-a-while-it-is-60-circ-for-b-text-s-throw-the-r https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM1ODkw-a-ball-is-thrown-up-with-a-speed-u-at-an-angle-of-60-circ-with-the-horizontal-the-thrower-of-the-ball-runs-with-a-uniform-speed-v-and-stops-suddenly-when-he-reaches-a-certain-point-he-observes-that-th https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1MDk1-a-tangential-force-constant-in-magnitude-acts-on-a-particle-moving-in-a-circular-path-this-kind-of-force-is-1-conservative-2-non-conservative-3-neither-conservative-nor-non-conservative-4-either-conse https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzA2MDU0-the-average-velocity-component-in-the-horizontal-direction-for-a-projectile-projected-with-an-initial-speed-u-at-an-angle-of-theta-with-the-horizontal-is-v-when-the-average-is-calculated-between-the-p https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzA2MDY1-a-particle-moves-in-a-circle-of-radius-r-with-a-constant-speed-v-the-average-acceleration-of-the-particle-in-during-left-dfrac16-right-mathrm-th-revolution-is-1-dfrac-v-2-r-2-dfrac-2-pi-v-2-6r-3-dfrac https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzMxMTc0-a-particle-is-released-from-the-top-of-a-smooth-hemisphere-of-radius-r-and-it-slides-down-along-its-surface-after-it-slides-down-a-height-frac-r5-its-acceleration-will-be-a-where-1-a-2-dfrac-2-g-5-3-d https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM4MDk2-two-particles-a-b-move-along-the-periphery-of-a-circle-of-radius-r-with-the-same-uniform-speed-u-particle-a-follows-b-a-quarter-of-the-circumference-behind-it-the-acceleration-of-a-relative-to-b-is-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM3Njgz-two-particles-a-and-b-start-moving-uniformly-along-the-periphery-of-a-circle-a-making-2-revolutions-min-and-b-making-3-revolutions-min-a-and-b-start-from-the-same-point-moving-in-opposite-directions-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDA0NjI5-a-man-walks-in-the-rain-where-the-raindrops-are-falling-vertically-down-at-a-constant-speed-of-4-text-m-s-relative-to-ground-let-the-relative-velocity-of-a-droplet-with-respect-to-man-be-v-r-and-let-i https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM0MjM0-particles-are-simultaneously-projected-in-all-possible-directions-from-a-point-in-space-located-in-a-uniform-gravitational-field-the-initial-speed-of-the-particle-is-u-the-maximum-separation-between-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM0MjMz-two-particles-a-b-are-projected-simultaneously-from-the-base-of-a-triangle-abc-particle-a-is-projected-from-vertex-a-along-ac-and-particle-b-is-projected-from-vertex-b-along-bc-their-respective-veloci https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mzk0MzU5-the-acceleration-of-a-projectile-in-the-direction-of-its-motion-1-is-always-positive-2-is-always-negative-3-maybe-positive-negative-or-zero-4-is-always-non-zero-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzEyNDEz-a-projectile-launched-at-an-angle-theta-is-observed-to-move-at-an-angle-of-45-circ-with-the-vertical-upward-at-some-point-on-its-trajectory-if-the-launch-angle-theta-was-increased-then-the-horizontal https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDEzOTc4-a-ball-is-thrown-horizontally-with-a-speed-u-from-the-top-of-a-tall-building-and-it-impacts-the-ground-at-a-horizontal-distance-which-is-equal-to-the-height-of-the-building-the-height-of-the-building https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzM4MzEy-two-projectiles-are-fired-simultaneously-from-the-same-point-one-a-vertically-upward-and-the-other-b-at-some-angle-with-the-vertical-both-projectiles-reach-their-maximum-height-above-the-ground-simult https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTg4Mzc2-at-t-0-a-body-of-mass-100-text-g-starts-moving-under-the-influence-of-a-force-5-hat-i-10-hat-j-text-n-after-2-text-s-its-position-is-2x-hat-i-5y-hat-j-text-m-the-ratio-x-y-is-1-1-2-2-2-5-3-5-2-4-5-4-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTg4Mzgw-if-x-and-y-coordinates-of-a-projectile-as-a-function-of-time-t-are-given-as-24t-and-43-6t-4-9t-2-respectively-then-the-angle-in-degrees-made-by-the-projectile-with-horizontal-when-t-2-text-s-is-1-60-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTg4NTcz-a-gun-mounted-on-the-ground-fires-bullets-in-all-directions-with-same-speed-the-farthest-distance-the-bullets-could-reach-is-6-4-text-m-the-speed-of-bullets-from-the-gun-is-in-m-s-take-g-10-text-m-s-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTg4NjMy-the-velocity-of-particle-is-given-as-vec-v-x-hat-i-2-y-hat-j-z-hat-k-text-m-s-the-magnitude-of-acceleration-at-point-1-2-4-is-in-text-m-s-2-1-sqrt-6-2-9-3-sqrt-33-4-0-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTg5MjIy-a-car-moving-with-a-speed-of-54-text-km-h-takes-a-turn-of-radius-20-text-m-a-simple-pendulum-is-suspended-from-the-ceiling-of-the-car-determined-the-angle-made-by-the-string-of-the-pendulum-with-the-v https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTg5NDk1-two-identical-bodies-projected-with-the-same-speed-at-two-different-angles-cover-the-same-horizontal-range-r-if-the-time-of-these-bodies-are-5-text-s-and-10-text-s-respectively-then-the-value-of-r-is https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTg5Njg3-the-two-projectiles-are-projected-with-the-same-initial-velocities-at-the-15-circ-and-30-circ-with-respect-to-the-horizontal-the-ratio-of-their-ranges-is-1-x-the-value-of-x-is-1-sqrt2-2-sqrt3-3-2-sqrt https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTgxMTA1-a-4-text-kg-mass-moves-under-the-influence-of-a-force-vec-f-left-4-t-3-hat-i-3-t-hat-j-right-text-n-where-t-is-the-time-in-second-if-mass-starts-from-origin-at-t-0-the-velocity-and-position-after-t-2 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTgxNTc0-a-river-of-width-200-text-m-flows-from-west-to-east-with-a-speed-of-18-text-km-h-a-boat-moves-with-a-speed-of-36-text-km-h-in-still-water-if-the-boat-makes-a-round-trip-from-one-bank-to-the-opposite-b https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTgwNTg0-a-projectile-is-thrown-upward-at-an-angle-60-circ-with-the-horizontal-the-speed-of-the-projectile-is-20-text-m-s-when-its-direction-of-motion-is-45-circ-with-the-horizontal-the-initial-speed-of-the-pr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTgwNzM1-an-object-is-projected-with-kinetic-energy-k-from-a-point-a-at-an-angle-60-circ-with-the-horizontal-the-ratio-of-the-difference-in-kinetic-energies-points-b-and-c-to-that-at-point-a-see-figure-in-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTgxODg1-a-boy-thrown-a-ball-into-air-at-45-circ-from-the-horizontal-to-land-it-on-a-roof-of-a-building-of-height-h-if-the-ball-attains-maximum-height-in-2-text-s-and-lands-on-the-building-in-3-text-s-after-la https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTQwOTUx-two-balls-with-same-mass-and-initial-velocity-are-projected-at-different-angles-in-such-a-way-that-maximum-height-reached-by-first-ball-is-8-times-higher-than-that-of-the-second-ball-t-1-and-t-2-are-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTQwOTI5-a-particle-is-projected-with-velocity-u-so-that-its-horizontal-range-is-three-times-the-maximum-height-attained-by-it-the-horizontal-range-of-the-projectile-is-given-as-dfrac-nu-2-25g-where-value-of-n https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTQwODU0-a-helicopter-flying-horizontally-with-a-speed-of-360-text-km-h-at-an-altitude-of-2-text-km-drops-an-object-at-an-instant-the-object-hits-the-ground-at-a-point-o-20-text-s-after-it-is-dropped-displacem https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTQwNzY3-the-angle-of-projection-of-a-particle-is-measured-from-the-vertical-axis-as-phi-and-the-maximum-height-reached-by-the-particle-is-h-m-here-h-m-as-function-of-phi-can-be-presented-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTQwNzUw-two-projectiles-are-fired-ground-with-same-initial-speeds-from-same-point-at-angles-45-circ-alpha-and-45-circ-with-horizontal-direction-the-ratio-of-their-times-of-flights-is-1-1-2-dfrac-1-sin-2-alpha https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTQwNjI1-a-river-is-flowing-from-west-to-east-direction-with-speed-of-9-text-kmh-1-if-a-boat-capable-of-moving-at-a-maximum-speed-of-27-text-kmh-1-in-still-water-crosses-the-river-in-half-a-minute-while-moving https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTM1OTky-the-position-vector-of-a-moving-body-at-any-instant-of-time-is-given-as-vec-r-5t-2-hat-i-5t-hat-j-text-m-the-magnitude-and-direction-of-the-vector-at-t-2-text-s-is-1-5-sqrt-17-text-m-s-making-an-angle https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTM1Nzc5-the-maximum-speed-of-a-boat-in-still-water-is-27-text-km-h-now-this-boat-is-moving-downstream-in-a-river-flowing-at-9-text-km-h-a-man-in-the-boat-throws-a-ball-vertically-upwards-with-speed-of-10-text https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTM1Nzcx-two-projectiles-are-fired-with-same-initial-speed-from-same-point-on-ground-at-angles-of-45-circ-alpha-and-45-circ-alpha-respectively-with-the-horizontal-direction-the-ratio-of-their-maximum-heights-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTM1Njc5-a-particle-is-projected-at-an-angle-of-30-circ-from-horizontal-at-a-speed-of-60-text-m-s-the-height-traversed-by-the-particle-in-the-first-second-is-h-0-and-height-traversed-in-the-last-second-before https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NTIxNDY2-a-clock-has-75-mathrm-cm-60-mathrm-cm-long-second-hand-and-minute-hand-respectively-in-30-minutes-duration-the-tip-of-second-hand-will-travel-x-distance-more-than-the-tip-of-minute-hand-the-value-of-m https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc4Mjg1-two-trains-run-on-north-south-parallel-tracks-the-train-a-moves-with-72-text-km-hr-towards-the-north-and-train-b-moves-with-a-velocity-108-text-km-hr-towards-the-south-the-velocity-of-train-b-w-r-t-tr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDU2MTIz-the-displacement-of-a-particle-changes-with-time-as-x-6-t-3-12-t-2-20-t-30-the-velocity-of-the-particle-when-its-acceleration-becomes-zero-t-is-time-in-text-s-is-1-12-text-m-s-2-14-text-m-s-3-18-text https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDU1NzM3-a-ball-is-thrown-from-point-o-at-the-base-of-a-staircase-each-step-has-dimensions-of-0-5-text-m-times-0-5-text-m-width-times-height-what-is-the-minimum-initial-speed-required-for-the-ball-to-land-dire https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDU1MjY4-two-particles-a-and-b-are-thrown-at-angles-of-45-circ-and-60-circ-respectively-with-the-horizontal-from-the-top-of-a-400-text-m-high-tower-if-they-have-the-same-time-of-flight-then-the-ratio-of-their https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDU0ODk1-a-particle-starts-from-the-origin-at-time-t-0-with-an-initial-velocity-vec-u-5-hat-i-its-acceleration-is-constant-and-given-by-vec-a-3-hat-i-4-hat-j-the-speed-of-the-particle-when-its-x-coordinate-bec https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDU0ODU3-a-particle-is-moving-in-a-circle-of-radius-r-in-time-period-of-t-this-moving-particle-is-projected-at-an-angle-theta-with-horizontal-and-attains-a-maximum-height-of-4r-the-angle-theta-can-be-given-as https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDU0MzY1-an-object-is-projected-such-that-its-horizontal-range-and-maximum-height-are-the-same-then-the-angle-of-projection-is-1-tan-1-2-2-tan-1-1-3-tan-1-3-4-tan-1-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDQwMjQ5-a-particle-is-projected-with-some-speed-and-it-is-observed-that-it-achieves-a-maximum-height-of-64-text-m-if-the-same-particle-is-projected-with-an-initial-speed-half-to-the-first-value-then-the-new-m https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDM3OTQ2-a-particle-moves-in-the-xy-text-plane-with-coordinates-varying-with-time-as-x-2-4-t-y-3-t-8-t-2-where-t-in-seconds-which-of-the-following-best-describes-the-motion-of-the-particle-1-uniform-motion-2-u https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3OTA4-a-car-is-moving-on-a-circular-path-of-radius-600-text-m-such-that-the-magnitude-of-the-tangential-acceleration-and-centripetal-acceleration-are-equal-the-time-taken-by-the-car-to-complete-the-first-qu https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY3MTcy-given-below-are-two-statements-assertion-a-the-range-of-a-horizontal-projectile-is-maximum-when-the-angle-of-projection-is-mathit-theta-45-circ-reason-r-the-range-is-maximum-when-mathrm-sin-2-theta-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY2ODM2-a-projectile-is-launched-on-a-horizontal-surface-following-a-trajectory-described-by-the-equation-y-x-dfrac-x-2-20-where-the-y-text-axis-is-directed-vertically-upward-the-maximum-height-attained-by-th https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY2NzY0-the-position-vector-of-a-particle-is-expressed-as-overrightarrow-r-left-t-right-8-t-hat-i-5-t-2-hat-j-6-hat-k-which-of-the-following-statements-correctly-describes-the-direction-of-the-particle-s-acce https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzYzMzQx-if-a-ball-is-thrown-from-the-ground-in-a-vertical-plane-and-reaches-a-maximum-height-of-360-text-m-the-maximum-horizontal-distance-it-can-cover-on-level-ground-using-the-same-launch-speed-is-1-360-tex https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY3MzE3-two-projectiles-a-and-b-are-projected-from-the-same-point-o-on-the-ground-with-the-same-initial-speed-as-shown-in-the-figure-the-ratio-of-maximum-height-attained-by-the-projectile-a-to-that-attained-b https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzYzMzAy-a-particle-is-in-a-uniform-circular-motion-with-a-time-period-of-4-mathrm-s-and-radius-sqrt-2-mathrm-m-what-is-the-magnitude-of-displacement-in-3-mathrm-s-1-4-mathrm-m-2-3-mathrm-m-3-2-mathrm-m-4-1-ma https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzYzMjg1-two-balls-are-projected-with-equal-speed-40-m-s-one-at-an-angle-of-30-circ-and-the-other-at-60-circ-with-horizontal-the-ratio-of-maximum-heights-of-both-balls-is-equal-to-1-1-4-2-3-1-3-1-3-4-4-1-1-2-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzY3NDA0-a-particle-is-projected-at-an-angle-of-30-circ-with-the-horizontal-it-is-observed-that-the-particle-reaches-the-same-height-at-3-text-s-and-5-text-s-after-projection-the-initial-projection-speed-is-le https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzYzMjM0-a-projectile-is-launched-from-a-horizontal-surface-with-an-initial-velocity-u-at-its-maximum-height-the-velocity-of-the-projectile-is-dfrac-sqrt-3-u-2-the-time-of-flight-of-the-projectile-is-1-dfrac-s https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzYzMDc1-choose-the-correct-statement-regarding-a-ground-to-ground-projectile-1-kinetic-energy-is-zero-at-highest-point-2-potential-energy-is-highest-at-highest-point-3-horizontal-component-of-velocity-increas https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ2Njk4-the-motion-of-a-particle-in-the-xy-text-plane-is-described-by-the-following-equations-x-4-sin-left-dfrac-pi-2-omega-t-right-text-m-y-4-sin-left-omega-t-right-text-m-which-of-the-following-best-describ https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ2MDk4-a-girl-standing-on-the-road-holds-her-umbrella-at-45-circ-with-the-vertical-to-keep-the-rain-away-if-she-starts-running-without-an-umbrella-with-a-speed-of-15-sqrt-2-text-km-h-the-raindrops-hit-her-he https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ2MDk3-a-projectile-is-launched-at-an-angle-alpha-with-the-horizontal-with-a-velocity-of-20-ms-1-after-10-s-its-inclination-with-horizontal-is-beta-the-value-of-tan-beta-will-be-g-10-ms-2-1-tan-alpha-5-sec-a https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1OTY5-for-a-particle-in-a-uniform-circular-motion-the-acceleration-vec-a-at-any-point-p-r-theta-on-the-circular-path-of-radius-r-is-when-theta-is-measured-from-the-positive-x-axis-and-v-is-uniform-speed-1-f https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1ODY0-given-below-are-two-statements-assertion-a-two-identical-balls-a-and-b-thrown-with-the-same-velocity-u-at-two-different-angles-with-horizontal-attained-the-same-range-r-if-a-and-b-reached-the-maximum https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1NjIw-a-projectile-is-launched-with-an-initial-speed-of-25-text-m-s-at-an-angle-theta-above-the-horizontal-after-t-seconds-its-velocity-becomes-horizontal-if-the-horizontal-range-of-the-projectile-is-r-then https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1NTU2-an-object-is-projected-in-the-air-with-initial-velocity-u-at-an-angle-theta-the-projectile-motion-is-such-that-the-horizontal-range-r-is-maximum-another-object-is-projected-in-the-air-with-a-horizonta https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQ1NDEz-a-ball-is-projected-with-kinetic-energy-e-at-an-angle-of-60-circ-above-the-horizontal-what-will-be-its-kinetic-energy-at-the-highest-point-of-its-trajectory-1-0-2-dfrac-e-2-3-dfrac-e-4-4-e-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQzODI1-a-person-can-throw-a-ball-up-to-a-maximum-range-of-100-m-how-high-above-the-ground-can-he-throw-the-same-ball-1-25-m-2-50-m-3-100-m-4-200-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQzNjA4-a-body-of-mass-10-kg-is-projected-at-an-angle-of-45-with-the-horizontal-the-trajectory-of-the-body-is-observed-to-pass-through-a-point-20-10-if-t-is-the-time-of-flight-then-its-momentum-vector-at-time https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQzNDAy-two-projectiles-are-thrown-with-same-initial-velocity-making-an-angle-of-45-and-30-with-the-horizontal-respectively-the-ratio-of-their-respective-ranges-will-be-1-1-sqrt-2-2-sqrt-2-1-3-2-sqrt-3-4-sqrt https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246MzQzMzkw-two-projectiles-thrown-at-30-circ-and-45-circ-with-the-horizontal-respectively-reach-the-maximum-height-in-same-time-the-ratio-of-their-initial-velocities-is-1-1-sqrt-2-2-2-1-3-sqrt-2-1-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc5MDY5-a-bomb-is-released-from-a-fighter-plane-flying-horizontally-at-constant-speed-to-an-observer-sitting-inside-the-plane-the-trajectory-of-the-bomb-will-appear-as-1-a-hyperbola-2-a-parabola-in-the-direct https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc4NzE2-the-velocity-displacement-graph-of-a-particle-is-shown-in-the-figure-the-acceleration-displacement-graph-of-the-same-particle-is-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc4NTg4-a-swimmer-wishes-to-cross-a-river-from-a-point-a-to-a-point-b-the-line-ab-makes-an-angle-of-30-circ-with-the-direction-of-the-river-flow-if-the-swimmer-s-speed-relative-to-water-is-equal-to-the-speed https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc4Mzg3-a-person-is-swimming-at-a-speed-of-10-text-m-s-at-an-angle-of-120-circ-with-the-flow-and-reaches-to-a-point-directly-opposite-on-the-other-side-of-the-river-the-speed-of-the-flow-is-1-3-text-m-s-2-5-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc4MjA1-the-ranges-and-heights-for-two-projectiles-projected-with-the-same-initial-velocity-at-angles-42-circ-and-48-circ-with-the-horizontal-are-text-r-1-text-r-2-and-text-h-1-text-h-2-respectively-then-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3Nzg3-an-object-moves-at-a-constant-speed-along-a-circular-path-in-a-horizontal-plane-with-centre-at-the-origin-when-the-object-is-at-x-2-text-m-its-velocity-is-4-hat-j-text-m-s-the-object-s-velocity-v-and https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3OTc0-a-helicopter-flying-horizontally-with-a-speed-v-at-an-altitude-of-h-has-to-drop-a-food-packet-for-a-man-on-the-ground-then-the-distance-of-the-helicopter-from-the-man-when-the-food-packet-is-dropped-i https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3OTA3-a-player-kicks-a-football-with-an-initial-speed-of-25-text-m-s-1-at-an-angle-of-45-circ-from-the-ground-then-the-maximum-height-and-the-time-taken-by-the-football-to-reach-at-the-highest-point-during https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3NjQ1-a-swimmer-can-swim-with-velocity-of-12-text-km-h-in-still-water-and-the-river-has-a-current-flowing-at-a-speed-of-6-text-km-h-to-reach-a-point-directly-opposite-his-starting-point-on-the-other-bank-wh https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3NTAy-a-mosquito-is-moving-with-a-velocity-vec-v-0-5-t-2-hat-i-3-t-hat-j-9-hat-k-text-m-s-and-accelerating-in-uniform-conditions-what-will-be-the-direction-of-mosquitoes-after-2-text-s-1-tan-1-left-frac-2-3 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3Mzc3-the-velocity-displacement-graph-describing-the-motion-of-a-bicycle-is-shown-in-the-figure-the-acceleration-displacement-graph-of-the-bicycle-s-motion-is-best-described-by-1-3-2-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc5MDA4-a-particle-moves-at-a-constant-speed-along-the-circumference-of-a-circle-with-a-radius-r-subject-to-a-central-fictitious-force-f-that-is-inversely-proportional-to-r-3-its-time-period-of-revolution-wil https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc4NjM3-a-particle-is-moving-along-the-x-text-axis-with-its-coordinate-with-time-t-given-by-x-t-10-8t-3t-2-another-particle-is-moving-along-the-y-text-axis-with-its-coordinate-a-function-of-time-given-by-y-t https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc4NDY5-a-particle-moves-such-that-its-position-vector-vec-r-t-cos-omega-t-hat-i-sin-omega-t-hat-j-where-omega-is-a-constant-and-t-is-time-then-which-of-the-following-statements-is-true-for-the-velocity-vec-v https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc5MjQ0-a-clock-has-a-continuously-moving-second-s-hand-of-0-1-text-m-length-the-average-acceleration-of-the-tip-of-the-second-hand-in-units-of-ms-2-is-of-the-order-of-1-10-3-2-10-4-3-10-1-4-10-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc5MDgx-when-a-car-is-at-rest-its-driver-sees-rain-drops-falling-on-it-vertically-when-driving-the-car-with-speed-v-he-sees-that-rain-drops-are-coming-at-an-angle-60-circ-from-the-horizontal-on-further-increa https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc4NTIz-a-helicopter-rises-from-rest-on-the-ground-vertically-upwards-with-a-constant-acceleration-g-a-food-packet-is-dropped-from-the-helicopter-when-it-is-a-height-h-the-time-taken-by-the-packet-to-reach-th https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc4MDY3-a-person-standing-on-an-open-ground-hears-the-sound-of-a-jet-aeroplane-coming-from-north-at-an-angle-60-circ-with-ground-level-but-he-finds-the-airplane-right-vertically-above-his-position-if-v-is-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3NDc4-the-position-of-a-particle-in-a-three-dimensional-coordinate-system-is-described-by-x-a-cos-omega-t-y-a-sin-omega-t-text-and-z-a-omega-t-where-a-and-omega-are-constants-the-speed-of-the-particle-is-1 https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3NDU2-a-piece-of-wood-of-mass-0-03-text-kg-is-dropped-from-the-top-of-a-100-text-m-height-building-at-the-same-time-a-bullet-of-mass-0-02-text-kg-is-fired-vertically-upward-with-a-velocity-100-text-ms-1-fro https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3Mzc5-two-guns-a-and-b-can-fire-bullets-at-speed-1-text-km-s-text-and-2-text-km-s-respectively-from-a-point-on-a-horizontal-ground-they-are-fired-in-all-possible-directions-the-ratio-of-maximum-areas-covere https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3MTE1-a-particle-is-moving-with-a-velocity-vec-v-k-y-hat-i-x-hat-j-where-k-is-a-constant-the-general-equation-for-its-path-is-1-y-x-2-text-constant-2-y-2-x-text-constant-3-y-2-x-2-text-constant-4-xy-text-co https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc3MzI2-the-trajectory-of-a-projectile-near-the-surface-of-the-earth-is-given-as-y-2x-9x-2-if-it-were-launched-at-an-angle-theta-0-with-speed-v-0-then-left-g-10-text-ms-2-right-1-theta-0-cos-1-left-frac-1-sqr https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc3MDk0-a-shell-is-fired-from-a-fixed-artillery-gun-with-an-initial-speed-u-such-that-it-hits-the-target-on-the-ground-at-a-distance-r-from-it-if-t-1-and-t-2-are-the-values-of-the-time-taken-by-it-to-hit-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc3MDkz-two-particles-are-projected-from-the-same-point-with-the-same-speed-u-but-at-different-angles-they-both-cover-the-same-horizontal-range-r-but-reach-different-maximum-heights-h-1-and-h-2-which-of-the-f https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc2ODI1-a-particle-is-projected-with-a-speed-of-2-text-m-s-from-the-base-of-a-plane-inclined-at-30-circ-to-the-horizontal-the-direction-of-projection-makes-an-angle-of-15-circ-above-the-inclined-plane-as-show https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc2NzQ2-the-stream-of-a-river-is-flowing-with-a-speed-of-2-text-km-h-a-swimmer-can-swim-at-a-speed-of-4-text-km-h-what-should-be-the-direction-of-the-swimmer-with-respect-to-the-flow-of-the-river-to-cross-the https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246Mjc2NjY4-ship-a-is-sailing-towards-north-east-with-velocity-vec-v-30-hat-i-50-hat-j-50-hat-i-text-km-hr-where-hat-i-and-hat-j-north-ship-b-is-at-a-distance-of-80-text-km-east-and-150-text-km-north-of-ship-a-an https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3MjM4-the-machine-as-shown-has-2-rods-of-length-1-text-m-connected-by-a-pivot-at-the-top-the-end-of-one-rod-is-connected-to-the-floor-by-a-stationary-pivot-and-the-end-of-the-other-rod-has-a-roller-that-rol https://medminds.me/qbank/physics/motion-in-a-plane/?q=NP-b246NDc3MTIx-which-of-the-following-options-correctly-describes-the-variation-of-the-speed-v-and-acceleration-a-of-a-point-mass-falling-vertically-in-a-viscous-medium-that-applies-a-force-f-kv-where-k-is-constant https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MjU0NzY-a-ball-is-thrown-upward-with-a-certain-speed-it-passes-through-the-same-point-at-3-second-and-7-second-from-the-start-the-maximum-height-achieved-by-the-ball-is-1-500-text-m-2-250-text-m-3-125-text-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MjU0Nzc-for-the-following-acceleration-versus-time-graph-the-corresponding-velocity-versus-displacement-graph-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MjU2ODI-the-displacement-x-of-a-particle-moving-in-one-dimension-under-the-action-of-a-constant-force-is-related-to-time-t-by-the-equation-t-sqrt-x-3-where-x-is-in-meters-and-t-is-in-seconds-what-is-the-displ https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MjU2ODM-the-acceleration-a-in-ms-2-of-a-body-starting-from-rest-varies-with-time-t-in-mathrm-s-as-per-the-equation-a-3t-4-the-velocity-of-the-body-at-time-t-2-mathrm-s-will-be-1-10-text-ms-1-2-18-text-ms-1-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MjU2ODQ-a-body-thrown-vertically-so-as-to-reach-its-maximum-height-in-t-second-the-total-time-from-the-time-of-projection-to-reach-a-point-at-half-of-its-maximum-height-while-returning-in-second-is-1-2t-2-1-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MjU2ODU-a-stone-falls-freely-from-rest-from-a-height-h-and-it-travels-a-distance-9h25-in-the-last-second-the-value-of-h-is-1-145-m-2-100-m-3-125-m-4-200-ms-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MjcyNTI-a-point-moves-in-a-straight-line-under-the-retardation-av-2-if-the-initial-velocity-is-u-the-distance-covered-in-t-seconds-is-1-aut-2-frac-1-a-mathrm-ln-aut-3-frac-1-a-mathrm-ln-1-aut-4-a-mathrm-ln-au https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MjcyNTQ-a-particle-is-thrown-upwards-from-the-ground-it-experiences-a-constant-resistance-force-which-can-produce-retardation-of-2-text-m-s-2-the-ratio-of-the-time-of-ascent-to-the-time-of-descent-is-g-10-tex https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzAwODg-a-bullet-loses-dfrac-1-20-of-its-velocity-passing-through-a-plank-the-least-number-of-planks-required-to-stop-the-bullet-is-all-planks-offers-same-retardation-1-10-2-11-3-12-4-23-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNTI-a-body-starts-from-the-origin-and-moves-along-the-x-axis-such-that-the-velocity-at-any-instant-is-given-by-4t3-8722-2t-where-t-is-in-sec-and-velocity-in-m-s-what-is-the-acceleration-of-the-particle-wh https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNTM-the-relation-between-time-and-distance-is-given-by-t-alpha-x-2-beta-x-where-alpha-and-beta-are-constants-the-retardation-as-calculated-based-on-this-equation-will-be-assume-v-to-be-velocity-1-2-alpha https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNTQ-a-point-moves-with-uniform-acceleration-and-v1-v2-and-v3-denote-the-average-velocities-in-the-three-successive-intervals-of-time-t1-t2-and-t3-which-of-the-following-relations-is-correct-1-v1-minus-v2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNTU-the-acceleration-of-a-moving-body-can-be-found-from-1-area-under-the-velocity-time-graph-2-area-under-the-distance-time-graph-3-slope-of-the-velocity-time-graph-4-slope-of-the-distance-time-graph-1-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNTY-the-initial-velocity-of-a-particle-is-u-at-t-0-and-the-acceleration-f-is-given-by-at-which-of-the-following-relation-is-valid-1-v-u-at2-2-v-u-at22-3-v-u-at-4-v-u-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNTc-the-initial-velocity-of-the-particle-is-10-m-sec-and-its-retardation-is-2-m-sec2-the-distance-moved-by-the-particle-in-5th-second-of-its-motion-is-1-1-m-2-19-m-3-50-m-4-75-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNTg-a-motor-car-moving-with-a-uniform-speed-of-20-m-sec-comes-to-stop-on-the-application-of-brakes-after-travelling-a-distance-of-10-m-its-acceleration-is-1-20-m-sec2-2-ndash-20-m-sec2-3-ndash-40-m-sec2-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNTk-the-velocity-of-a-body-moving-with-a-uniform-acceleration-of-2-m-sec2-is-10-m-sec-its-velocity-after-an-interval-of-4-sec-is-1-12-m-sec-2-14-m-sec-3-16-m-sec-4-18-m-sec-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNjA-a-particle-starting-from-rest-moving-with-constant-acceleration-travels-a-distance-x-in-first-2-seconds-and-a-distance-y-in-next-two-seconds-then-1-y-x-2-y-2x-3-y-3x-4-y-4x-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNjE-the-initial-velocity-of-a-body-moving-along-a-straight-line-is-7-m-s-it-has-a-uniform-acceleration-of-4-m-s2-the-distance-covered-by-the-body-in-the-5th-second-of-its-motion-is-1-25-m-2-35-m-3-50-m-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNjI-the-velocity-of-a-body-depends-on-time-according-to-the-equation-v-20-0-1t2-the-body-is-undergoing-1-uniform-acceleration-2-uniform-retardation-3-non-uniform-acceleration-4-zero-acceleration-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNjM-which-of-the-following-four-statements-is-false-1-a-body-can-have-zero-velocity-and-still-be-accelerated-2-a-body-can-have-a-constant-velocity-and-still-have-a-varying-speed-3-a-body-can-have-a-consta https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNjQ-a-particle-moving-with-a-uniform-acceleration-travels-24-m-and-64-m-in-the-first-two-consecutive-intervals-of-4-text-s-each-its-initial-velocity-is-1-1-text-m-s-2-10-text-m-s-3-5-text-m-s-4-2-text-m-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNjU-the-position-of-a-particle-moving-in-the-xy-plane-at-any-time-t-is-given-by-x-3t2-minus-6t-metres-select-the-correct-statement-about-the-moving-particle-from-the-following-1-the-acceleration-of-the-pa https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNjY-if-body-having-initial-velocity-zero-is-moving-with-uniform-acceleration-8-m-sec2-then-the-distance-travelled-by-it-in-fifth-second-will-be-1-36-metres-2-40-metres-3-100-metres-4-zero-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNjc-an-alpha-particle-enters-a-hollow-tube-of-4-m-length-with-an-initial-speed-of-1-km-s-it-is-accelerated-in-the-tube-and-comes-out-of-it-with-a-speed-of-9-km-s-the-time-for-which-it-remains-inside-the-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNjg-two-cars-a-and-b-are-travelling-in-the-same-direction-with-velocities-v-1-and-v-2-v-1-v-2-when-the-car-a-is-at-a-distance-d-behind-car-b-the-driver-of-the-car-a-applied-the-brake-producing-uniform-ret https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNjk-a-body-of-mass-10-kg-is-moving-with-a-constant-velocity-of-10-m-s-when-a-constant-force-acts-for-4-seconds-on-it-it-moves-with-a-velocity-2-m-sec-in-the-opposite-direction-the-acceleration-produced-in https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNzA-a-body-starts-from-rest-from-the-origin-with-an-acceleration-of-6-text-m-s-2-along-the-x-text-axis-and-8-text-m-s-2-along-the-y-text-axis-its-distance-from-the-origin-after-4-seconds-will-be-1-56-text https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNzE-a-car-moving-with-a-velocity-of-10-m-s-can-be-stopped-by-the-application-of-a-constant-force-f-in-a-distance-of-20-m-if-the-velocity-of-the-car-is-30-m-s-it-can-be-stopped-by-this-force-in-1-203m-2-20 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNzI-the-displacement-of-a-particle-is-given-by-y-a-bt-ct-2-dt-4-the-initial-velocity-and-acceleration-are-respectively-1-b-4d-2-b-2c-3-b-2c-4-2c-2d-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNzM-a-car-moving-with-a-speed-of-40-km-h-can-be-stopped-by-applying-brakes-for-atleast-2-m-if-the-same-car-is-moving-with-a-speed-of-80-km-h-what-is-the-minimum-stopping-distance-1-8-m-2-2-m-3-4-m-4-6-m-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNzQ-an-elevator-car-whose-floor-to-ceiling-distance-is-equal-to-2-7-text-m-starts-ascending-with-constant-acceleration-of-1-2-text-ms-2-2-sec-after-the-start-a-bolt-begins-falling-from-the-ceiling-of-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNzU-the-displacement-is-given-by-x-2t2-t-5-the-acceleration-at-t-2s-is-1-4-thinsp-thinsp-m-s2-2-8-thinsp-thinsp-m-s2-3-10-thinsp-thinsp-m-s2-4-15-thinsp-thinsp-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNzY-two-trains-travelling-on-the-same-track-are-approaching-each-other-with-equal-speeds-of-40-m-s-the-drivers-of-the-trains-begin-to-decelerate-simultaneously-when-they-are-just-2-0-km-apart-assuming-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNzc-a-body-moves-from-rest-with-a-constant-acceleration-of-5-m-s2-its-instantaneous-speed-in-m-s-at-the-end-of-10-sec-is-1-50-2-5-3-2-4-0-5-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNzg-a-boggy-of-uniformly-moving-train-is-suddenly-detached-from-train-and-stops-after-covering-some-distance-the-distance-covered-by-the-boggy-and-distance-covered-by-the-train-in-the-same-time-has-relati https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxNzk-a-body-starts-from-rest-what-is-the-ratio-of-the-distance-travelled-by-the-body-during-the-4th-and-3rd-second-1-75-2-57-3-73-4-37-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxODA-the-acceleration-a-in-m-s2-of-a-particle-is-given-by-a-3t2-2t-2-where-t-is-the-time-if-the-particle-starts-out-with-a-velocity-u-2-m-s-at-t-0-then-the-velocity-at-the-end-of-2-seconds-will-be-1-12-m-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxODE-a-particle-moves-along-a-straight-line-such-that-its-displacement-at-any-time-t-is-given-by-s-t-3-6-t-2-3-t-4-metres-the-velocity-when-the-acceleration-is-zero-is-1-4-ms-1-2-12-ms-minus-1-3-42-ms-minu https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxODQ-if-a-body-starts-from-rest-and-travels-120-cm-in-the-6th-second-then-what-is-the-acceleration-1-0-20-m-s2-2-0-027-m-s2-3-0-218-m-s2-4-0-03-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxODU-if-a-car-at-rest-accelerates-uniformly-to-a-speed-of-144-km-h-in-20-s-then-it-covers-a-distance-of-1-20-m-2-400-m-3-1440-m-4-2880-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxODY-the-position-x-of-a-particle-varies-with-time-t-as-x-at-2-bt-3-the-acceleration-of-the-particle-will-be-zero-at-time-t-equal-to-1-dfrac-a-b-2-dfrac-2a-3b-3-dfrac-a-3b-4-zero-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxODg-if-a-train-travelling-at-72-kmph-is-to-be-brought-to-rest-in-a-distance-of-200-metres-then-its-retardation-should-be-1-20-ms-ndash-2-2-10-ms-ndash-2-3-2-ms-ndash-2-4-1-ms-ndash-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxODk-the-displacement-of-a-particle-starting-from-rest-at-t-0-is-given-by-s-6t2-minus-t3-the-time-in-seconds-at-which-the-particle-will-attain-zero-velocity-again-is-1-2-2-4-3-6-4-8-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxOTA-two-cars-a-and-b-are-at-rest-at-the-same-point-initially-if-a-starts-with-uniform-velocity-of-40-m-sec-and-b-starts-in-the-same-direction-with-a-constant-acceleration-of-4-m-s2-then-b-will-catch-a-aft https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxOTE-the-motion-of-a-particle-is-described-by-the-equation-x-a-bt2-where-a-15-cm-and-b-3-cm-s2-its-instantaneous-velocity-at-time-3-sec-will-be-1-36-cm-sec-2-18-cm-sec-3-16-cm-sec-4-32-cm-sec-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxOTI-a-body-travels-for-15-sec-starting-from-rest-with-constant-acceleration-if-it-travels-distances-s1-s2-and-s3-in-the-first-five-seconds-second-five-seconds-and-next-five-seconds-respectively-the-relati https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxOTM-a-body-is-moving-according-to-the-equation-x-at-bt2-minus-ct3-where-x-displacement-and-a-b-and-c-are-constants-the-acceleration-of-the-body-is-1-a-2bt-2-2b-6ct-3-2b-minus-6ct-4-3b-minus-6ct2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxOTQ-a-particle-travels-10-m-in-first-5-sec-and-10m-in-the-next-3-sec-assuming-constant-acceleration-what-is-the-distance-travelled-in-next-2-sec-1-8-3-m-2-9-3-m-3-10-3-m-4-none-of-above-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxOTU-the-distance-travelled-by-a-particle-is-proportional-to-the-squares-of-time-then-the-particle-travels-with-1-uniform-acceleration-2-uniform-velocity-3-increasing-acceleration-4-decreasing-velocity-1-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxOTY-velocity-of-a-particle-changes-when-1-direction-of-velocity-changes-2-magnitude-of-velocity-changes-3-both-of-above-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxOTc-the-motion-of-a-particle-is-described-by-the-equation-u-at-where-u-is-velocity-and-a-is-a-constant-the-distance-travelled-by-the-particle-in-the-first-4-seconds-1-4-a-2-12-a-3-6-a-4-8-a-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQxOTg-the-relation-3t-sqrt-3x-6-describes-the-displacement-of-a-particle-in-one-direction-where-x-is-in-metres-and-t-in-seconds-the-displacement-when-velocity-is-zero-is-1-24-metres-2-12-metres-3-5-metres-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMDA-the-average-velocity-of-a-body-moving-with-uniform-acceleration-travelling-a-distance-of-3-06-m-is-0-34-ms-ndash-1-if-the-change-in-velocity-of-the-body-is-0-18ms-ndash-1-during-this-time-its-uniform https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMDE-equation-of-displacement-for-any-particle-is-s-3t3-7t2-14t-8m-its-acceleration-at-time-t-1-sec-is-1-10-m-s2-2-16-m-s2-3-25-m-s2-4-32-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMDI-the-position-of-a-particle-moving-along-the-x-axis-at-certain-times-is-given-below-t-s-0-1-2-3-x-m-2-0-6-16-which-of-the-following-describes-the-motion-correctly-1-uniform-accelerated-2-uniform-decele https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMDM-consider-the-acceleration-velocity-and-displacement-of-a-tennis-ball-as-it-falls-to-the-ground-and-bounces-back-directions-of-which-of-these-changes-in-the-process-1-velocity-only-2-displacement-and-v https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMDQ-the-displacement-of-a-particle-moving-in-a-straight-line-is-given-by-s-2t2-2t-4-where-s-is-in-metres-and-t-in-seconds-the-acceleration-of-the-particle-is-1-2-m-s2-2-4-m-s2-3-6-m-s2-4-8-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMDU-a-body-a-starts-from-rest-with-an-acceleration-a1-after-2-seconds-another-body-b-starts-from-rest-with-an-acceleration-a2-if-they-travel-equal-distances-in-the-5th-second-after-the-start-of-a-then-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMDY-the-velocity-of-a-bullet-is-reduced-from-200m-s-to-100m-s-while-travelling-through-a-wooden-block-of-thickness-10cm-the-retardation-assuming-it-to-be-uniform-will-be-1-10-times-104-m-s2-2-12-times-104 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMDg-a-particle-starts-from-rest-accelerates-at-2-m-s2-for-10s-and-then-goes-for-constant-speed-for-30s-and-then-decelerates-at-4-m-s2-till-it-stops-what-is-the-distance-travelled-by-it-1-750-m-2-800-m-3-7 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMDk-the-engine-of-a-motorcycle-can-produce-a-maximum-acceleration-5-m-s2-its-brakes-can-produce-a-maximum-retardation-10-m-s2-what-is-the-minimum-time-in-which-it-can-cover-a-distance-of-1-5-km-1-30-sec-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMTA-a-car-moving-with-a-speed-of-50-km-hr-can-be-stopped-by-brakes-after-at-least-6m-if-the-same-car-is-moving-at-a-speed-of-100-km-hr-the-minimum-stopping-distance-is-1-6m-2-12m-3-18m-4-24m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMTE-a-student-is-standing-at-a-distance-of-50-metres-from-the-bus-as-soon-as-the-bus-begins-its-motion-with-an-acceleration-of-1-ms-ndash-2-the-student-starts-running-towards-the-bus-with-a-uniform-veloci https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMTI-a-body-a-moves-with-a-uniform-acceleration-a-and-zero-initial-velocity-another-body-b-starts-from-the-same-point-moves-in-the-same-direction-with-a-constant-velocity-v-the-two-bodies-meet-after-a-time https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMTM-a-particle-moves-along-x-axis-in-such-a-way-that-its-coordinate-x-varies-with-time-t-according-to-the-equation-x-2-minus-5t-6t2-thinsp-m-the-initial-velocity-of-the-particle-is-1-ndash-5-m-s-2-6-m-s-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMTQ-a-car-starts-from-rest-and-moves-with-uniform-acceleration-a-on-a-straight-road-from-time-t-0-to-t-t-after-that-a-constant-deceleration-brings-it-to-rest-in-this-process-the-average-speed-of-the-car-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMTU-an-object-accelerates-from-rest-to-a-velocity-of-27-5-m-s-in-10-sec-then-find-the-distance-covered-by-the-object-in-the-next-10-sec-1-550-m-2-137-5-m-3-412-5-m-4-275-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMTY-if-the-velocity-of-a-particle-is-given-by-v-180-16x-1-2-text-m-s-then-its-acceleration-will-be-1-zero-2-8-text-m-s-2-3-8-text-m-s-2-4-4-text-m-s-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMTc-the-displacement-of-a-particle-is-proportional-to-the-cube-of-time-elapsed-how-does-the-acceleration-of-the-particle-depends-on-time-obtained-1-a-prop-t2-2-a-prop-t4-3-a-prop-t3-4-a-prop-t-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMTg-starting-from-rest-acceleration-of-a-particle-is-a-2-t-minus-1-the-velocity-of-the-particle-at-t-5s-is-1-15-m-sec-2-25-m-sec-3-5-m-sec-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMTk-speed-of-two-identical-cars-are-u-and-4u-at-a-specific-instant-the-ratio-of-the-respective-distances-in-which-the-two-cars-are-stopped-from-that-instant-is-1-1-1-2-1-4-3-1-8-4-1-16-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMjA-a-body-is-moving-with-uniform-acceleration-describes-40-m-in-the-first-5-sec-and-65-m-in-the-next-5-sec-its-initial-velocity-will-be-1-4-m-s-2-2-5-m-s-3-5-5-m-s-4-11-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMjE-the-displacement-x-of-a-particle-varies-with-time-t-x-ae-minus-alpha-t-be-beta-t-where-a-thinsp-b-thinsp-alpha-thinsp-and-thinsp-beta-are-positive-constants-the-velocity-of-the-particle-will-1-go-on-d https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMjI-a-car-starting-from-rest-accelerates-at-the-rate-f-through-a-distance-s-then-continues-at-a-constant-speed-for-time-t-and-then-decelerates-at-the-rate-f2-to-come-to-rest-if-the-total-distance-traverse https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMjM-a-man-is-45-m-behind-the-bus-when-the-bus-starts-accelerating-from-rest-with-acceleration-of-2-5-m-s2-with-what-minimum-velocity-should-the-man-start-running-to-catch-the-bus-1-12-m-s-2-14-m-s-3-15-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMjQ-a-particle-moves-along-the-x-axis-as-x-4-t-2-a-t-2-2-which-of-the-following-is-true-1-the-initial-velocity-of-the-particle-is-4-2-the-acceleration-of-the-particle-is-2a-3-the-particle-is-at-the-origin https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMjU-a-body-starting-from-rest-moves-with-constant-acceleration-the-ratio-of-distance-covered-by-the-body-during-the-5th-sec-to-that-covered-in-5-sec-is-1-9-25-2-3-5-3-25-9-4-1-25-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMjc-two-trains-each-50-m-long-are-travelling-in-the-opposite-direction-with-velocities-10-m-s-and-15-m-s-the-time-of-crossing-is-1-10-sec-2-4-sec-3-2-sqrt-3-sec-4-4-sqrt-3-sec-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMjg-a-120-m-long-train-is-moving-in-a-direction-with-speed-20-m-s-a-train-b-moving-with-30-m-s-in-the-opposite-direction-and-130-m-long-crosses-the-first-train-in-a-time-1-4-s-2-36-s-3-38-s-4-5-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMjk-a-210-meter-long-train-is-moving-due-north-at-a-speed-of-25-m-s-a-small-bird-is-flying-due-south-a-little-above-the-train-with-a-speed-of-5m-s-the-time-taken-by-the-bird-to-cross-the-train-is-1-6-s-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMzA-a-police-jeep-is-chasing-with-a-velocity-of-45-text-km-h-a-thief-in-another-jeep-moving-with-a-velocity-of-153-text-km-h-police-fire-a-bullet-with-a-muzzle-velocity-of-180-text-m-s-the-velocity-with-w https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMzI-a-train-of-150-meter-length-is-going-towards-north-direction-at-a-speed-of-10-m-sec-a-parrot-flies-at-the-speed-of-5-m-sec-towards-south-direction-parallel-to-the-railway-track-the-time-taken-by-the-p https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMzQ-the-distance-between-two-particles-is-decreasing-at-the-rate-of-6-m-sec-when-they-are-moving-in-the-opposite-directions-if-these-particles-travel-with-the-same-initial-speeds-and-in-the-same-direction https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyMzk-an-express-train-is-moving-with-a-velocity-v1-its-driver-finds-another-train-is-moving-on-the-same-track-in-the-same-direction-with-velocity-v2-to-escape-collision-driver-applies-a-retardation-a-on-th https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNDA-a-stone-falls-from-a-balloon-that-is-descending-at-a-uniform-rate-of-12-m-s-the-displacement-of-the-stone-from-the-point-of-release-after-10-sec-is-1-490-m-2-510-m-3-610-m-4-725-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNDE-a-ball-is-dropped-on-the-floor-from-a-height-of-10-m-it-rebounds-to-a-height-of-2-5-m-if-the-ball-is-in-contact-with-the-floor-for-0-01-sec-the-average-acceleration-during-contact-is-1-2100-m-sec2-dow https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNDI-a-body-a-is-projected-upwards-with-a-velocity-of-98-m-s-the-second-body-b-is-projected-upwards-with-the-same-initial-velocity-but-after-4-sec-both-the-bodies-will-meet-after-1-6-sec-2-8-sec-3-10-sec-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNDM-two-bodies-of-different-masses-ma-and-mb-are-dropped-from-two-different-heights-a-and-b-the-ratio-of-the-time-taken-by-the-two-to-cover-these-distances-are-1-a-b-2-b-a-3-a-b-4-a2-b2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNDQ-a-body-falls-freely-from-rest-it-covers-as-much-distance-in-the-last-second-of-its-motion-as-covered-in-the-first-three-seconds-the-body-has-fallen-for-a-time-of-1-3-s-2-5-s-3-7-s-4-9-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNDU-a-stone-is-dropped-into-water-from-a-bridge-44-1-m-above-the-water-another-stone-is-thrown-vertically-downward-1-sec-later-both-strike-the-water-simultaneously-what-was-the-initial-speed-of-the-second https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNDY-a-body-is-thrown-vertically-upwards-if-the-air-resistance-is-to-be-taken-into-account-then-the-time-during-which-the-body-rises-is-1-equal-to-the-time-of-fall-2-less-than-the-time-of-fall-3-greater-th https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNDg-a-body-is-released-from-a-great-height-and-falls-freely-towards-the-earth-another-body-is-released-from-the-same-height-exactly-one-second-later-the-separation-between-the-two-bodies-two-seconds-after https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNDk-an-object-is-projected-upwards-with-a-velocity-of-100-m-s-it-will-strike-the-ground-after-approximately-1-10-sec-2-20-sec-3-15-sec-4-5-sec-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNTA-a-stone-dropped-from-the-top-of-the-tower-touches-the-ground-in-4-text-sec-the-height-of-the-tower-is-about-1-80-text-m-2-40-text-m-3-20-text-m-4-160-text-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNTE-a-body-is-released-from-the-top-of-a-tower-of-height-h-it-takes-t-sec-to-reach-the-ground-where-will-be-the-ball-after-time-t-2-sec-1-at-h-2-from-the-ground-2-at-h-4-from-the-ground-3-depends-upon-mas https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNTU-a-particle-is-projected-up-with-an-initial-velocity-of-80ft-sec-the-ball-will-be-at-a-height-of-96ft-from-the-ground-after-given-g-32ft-s2-1-2-0-and-3-0-sec-2-only-at-3-0-sec-3-only-at-2-0-sec-4-after https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNTY-a-body-falls-from-rest-its-velocity-at-the-end-of-first-second-is-g-32ft-sec2-1-16-thinsp-thinsp-ft-sec-2-32-thinsp-thinsp-ft-sec-3-64-thinsp-thinsp-ft-sec-4-24-thinsp-thinsp-ft-sec-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNTc-a-stone-thrown-upward-with-a-speed-u-from-the-top-of-the-tower-reaches-the-ground-with-a-velocity-3u-the-height-of-the-tower-is-1-3u2-g-2-4u2-g-3-6u2-g-4-9u2-g-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNTg-two-stones-of-different-masses-are-dropped-simultaneously-from-the-top-of-a-building-1-smaller-stone-hit-the-ground-earlier-2-larger-stone-hit-the-ground-earlier-3-both-stones-reach-the-ground-simulta https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNTk-a-body-was-thrown-up-with-an-initial-speed-of-96-thinsp-ft-sec-reaches-the-ground-after-g-32ft-sec2-1-3-sec-2-6-sec-3-12-sec-4-8-sec-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNjA-a-stone-is-dropped-from-a-certain-height-which-can-reach-the-ground-in-5-second-if-the-stone-is-stopped-after-3-second-of-its-fall-and-then-allowed-to-fall-again-then-the-time-taken-by-the-stone-to-re https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNjE-a-man-in-a-balloon-rising-vertically-with-an-acceleration-of-4-9-thinsp-m-sec2-releases-a-ball-2-sec-after-the-balloon-is-let-go-from-the-ground-the-greatest-height-above-the-ground-reached-by-the-bal https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNjI-a-particle-is-dropped-under-gravity-from-rest-from-a-height-h-g-9-8-thinsp-m-sec2-and-it-travels-a-distance-9h-25-in-the-last-second-the-height-h-is-1-100-m-2-122-5-m-3-145-m-4-167-5-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNjM-a-balloon-is-at-a-height-of-81-m-and-is-ascending-upwards-with-a-velocity-of-12-m-s-a-body-of-2-kg-weight-is-dropped-from-it-if-g-10-thinsp-m-s2-the-body-will-reach-the-surface-of-the-earth-in-1-1-5-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNjU-water-drops-fall-at-regular-intervals-from-a-tap-which-is-5-m-above-the-ground-the-third-drop-is-leaving-the-tap-at-the-instant-the-first-drop-touches-the-ground-how-far-above-the-ground-is-the-second https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNjY-a-ball-is-thrown-vertically-upwards-from-the-top-of-a-tower-at-4-9-thinsp-thinsp-ms-minus-1-it-strikes-the-pond-near-the-base-of-the-tower-after-3-seconds-the-height-of-the-tower-is-1-73-5-m-2-44-1-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNjg-a-rocket-is-fired-upward-from-the-earth-s-surface-such-that-it-creates-an-acceleration-of-19-6-m-sec2-if-after-5-sec-its-engine-is-switched-off-the-maximum-height-of-the-rocket-from-earth-s-surface-wo https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNzA-a-body-starts-to-fall-freely-under-gravity-the-distances-covered-by-it-in-the-first-second-and-third-second-will-be-in-the-ratio-1-1-3-5-2-1-2-3-3-1-4-9-4-1-5-6-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNzE-p-q-and-r-are-three-balloons-ascending-with-velocities-u-4u-and-8u-respectively-if-stones-of-the-same-mass-be-dropped-from-each-when-they-are-at-the-same-height-then-1-they-reach-the-ground-at-the-sam https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNzI-a-body-is-projected-up-with-a-speed-u-and-the-time-taken-by-it-is-t-to-reach-the-maximum-height-h-pick-out-the-correct-statement-1-it-reaches-frac-h-2-in-frac-t-2-sec-2-it-acquires-velocity-frac-u-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNzM-a-body-falling-for-2-seconds-covers-a-distance-s-equal-to-that-covered-in-next-second-taking-g-10-thinsp-m-s2-thinsp-s-1-30-m-2-10-m-3-60-m-4-20-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNzQ-a-body-dropped-from-a-height-h-with-an-initial-speed-of-zero-strikes-the-ground-with-a-velocity-3-thinsp-km-h-another-body-of-the-same-mass-is-dropped-from-the-same-height-h-with-an-initial-speed-minu https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNzU-a-ball-of-mass-m1-and-another-ball-of-mass-m2-are-dropped-from-equal-height-if-time-taken-by-the-balls-are-t1-and-t2-respectively-then-1-t1-t22-2-t1-t2-3-t1-4t2-4-t1-t24-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNzY-with-what-velocity-a-ball-be-projected-vertically-so-that-the-distance-covered-by-it-in-5th-second-is-twice-the-distance-it-covers-in-its-6th-second-g-10-thinsp-m-s2-1-58-8-m-s-2-49-m-s-3-65-m-s-4-19 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNzg-a-ball-is-dropped-downwards-after-1-second-another-ball-is-dropped-downwards-from-the-same-point-what-is-the-distance-between-them-after-3-seconds-1-25-m-2-20-m-3-50-m-4-9-8-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyNzk-a-stone-is-thrown-with-an-initial-speed-of-4-9-m-s-from-a-bridge-in-vertically-upward-direction-it-falls-down-in-water-after-2-sec-the-height-of-the-bridge-is-1-4-9-m-2-9-8-m-3-19-8-m-4-24-7-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyODA-a-stone-is-shot-straight-upward-with-a-speed-of-20-m-sec-from-a-tower-200-m-high-the-speed-with-which-it-strikes-the-ground-is-approximately-1-60-m-sec-2-65-m-sec-3-70-m-sec-4-75-m-sec-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyODE-a-body-freely-falling-from-the-rest-has-a-velocity-lsquo-v-rsquo-after-it-falls-through-a-height-lsquo-h-rsquo-the-distance-it-has-to-fall-down-for-its-velocity-to-become-double-is-1-2-h-2-4-h-3-6-h-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyODM-velocity-of-a-body-on-reaching-the-point-from-which-it-was-projected-upwards-is-1-v-0-2-v-2u-3-v-0-5u-4-v-u-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyODQ-a-body-projected-vertically-upwards-with-a-velocity-u-returns-to-the-starting-point-in-4-seconds-if-g-10m-sec2-the-value-of-u-is-1-5-m-sec-2-10-m-sec-3-15-m-sec-4-20-m-sec-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyODU-time-taken-by-an-object-falling-from-rest-to-cover-the-height-of-h1-and-h2-is-respectively-t1-and-t2-then-the-ratio-of-t1-to-t2-is-1-h1-h2-2-h1-thinsp-thinsp-h2-3-h1-2h2-4-2h1-h2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyODY-a-body-is-thrown-vertically-up-from-the-ground-it-reaches-a-maximum-height-of-100-m-in-5-s-after-what-time-will-it-reach-the-ground-from-the-position-of-maximum-height-1-1-2-s-2-5-s-3-10-s-4-25-s-1-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyODc-a-body-thrown-vertically-upwards-with-an-initial-velocity-u-reaches-maximum-height-in-6-seconds-the-ratio-of-the-distances-travelled-by-the-body-in-the-first-second-and-the-seventh-second-is-1-1-1-2-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyODg-a-particle-is-thrown-vertically-upwards-if-its-velocity-at-half-of-the-maximum-height-is-10-m-s-then-maximum-height-attained-by-it-is-take-g-10-m-s2-1-8-m-2-10-m-3-12-m-4-16-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyODk-a-body-thrown-upwards-with-some-velocity-reaches-the-maximum-height-of-20m-another-body-with-double-the-mass-thrown-up-with-double-initial-velocity-will-reach-a-maximum-height-of-1-200-m-2-16-m-3-80-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyOTA-a-balloon-starts-rising-from-the-ground-with-an-acceleration-of-1-25-m-s2-after-8s-a-stone-is-released-from-the-balloon-the-stone-will-g-10-m-s2-1-reach-the-ground-in-4-second-2-begin-to-move-down-aft https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyOTE-a-body-is-thrown-vertically-upwards-with-a-velocity-u-find-the-true-statement-from-the-following-1-both-velocity-and-acceleration-are-zero-at-its-highest-point-2-velocity-is-maximum-and-acceleration-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyOTI-a-man-throws-a-ball-vertically-upward-and-it-rises-through-20-m-and-returns-to-his-hands-what-was-the-initial-velocity-u-of-the-ball-and-for-how-much-time-t-it-remained-in-the-air-g-10m-s2-1-u-10-m-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyOTM-a-particle-when-thrown-moves-such-that-it-passes-from-the-same-height-at-2-sec-and-10-sec-the-height-is-1-g-2-2g-3-5g-4-10g-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyOTU-from-the-top-of-a-tower-a-particle-is-thrown-vertically-downwards-with-a-velocity-of-10-m-s-the-ratio-of-the-distances-covered-by-it-in-the-3rd-and-2nd-seconds-of-the-motion-is-take-g-10m-s2-1-5-7-2-7 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyOTY-two-balls-a-and-b-of-same-masses-are-thrown-from-the-top-of-the-building-a-thrown-upward-with-velocity-v-and-b-thrown-downward-with-velocity-v-then-1-velocity-of-a-is-more-than-b-at-the-ground-2-veloc https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyOTg-a-cricket-ball-is-thrown-up-with-a-speed-of-19-6-ms-ndash-1-the-maximum-height-it-can-reach-is-1-9-8-m-2-19-6-m-3-29-4-m-4-39-2-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQyOTk-a-very-large-number-of-balls-are-thrown-vertically-upwards-in-quick-succession-in-such-a-way-that-the-next-ball-is-thrown-when-the-previous-one-is-at-the-maximum-height-if-the-maximum-height-is-5-text https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMDA-a-body-falling-from-a-high-minaret-travels-40-meters-in-the-last-2-seconds-of-its-fall-to-the-ground-the-height-of-the-minaret-in-meters-is-take-g-10-text-ms-2-1-60-2-45-3-80-4-50-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMDE-a-body-falls-from-a-height-h-200m-at-new-delhi-the-ratio-of-distance-travelled-in-each-2-sec-during-t-0-to-t-6-second-of-the-journey-is-1-1-4-9-2-1-2-4-3-1-3-5-4-1-2-3-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMDI-a-man-drops-a-ball-downside-from-the-roof-of-a-tower-of-height-400-meters-at-the-same-time-another-ball-is-thrown-upside-with-a-velocity-50-meter-sec-from-the-surface-of-the-tower-then-they-will-meet https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMDM-two-balls-are-dropped-from-heights-h-and-2h-respectively-from-the-earth-surface-the-ratio-of-time-of-these-balls-to-reach-the-earth-is-1-1-2-2-2-1-3-2-1-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMDQ-the-acceleration-due-to-gravity-on-the-planet-a-is-9-times-the-acceleration-due-to-gravity-on-planet-b-a-man-jumps-to-a-height-of-2m-on-the-surface-of-a-what-is-the-height-of-jump-by-the-same-person-o https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMDU-a-body-falls-from-rest-in-the-gravitational-field-of-the-earth-the-distance-travelled-in-the-fifth-second-of-its-motion-is-g-10m-s2-1-25m-2-45m-3-90m-4-125m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMDY-if-a-body-is-thrown-up-with-the-velocity-of-15-m-s-then-the-maximum-height-attained-by-the-body-is-assume-g-10-m-s2-1-11-25-m-2-16-2-m-3-24-5-m-4-7-62-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMDc-a-balloon-is-rising-vertically-up-with-a-velocity-of-29-ms-ndash-1-a-stone-is-dropped-from-it-and-it-reaches-the-ground-in-10-seconds-the-height-of-the-balloon-when-the-stone-was-dropped-from-it-is-g https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMDg-a-ball-is-released-from-the-top-of-a-tower-of-height-h-meters-it-takes-t-seconds-to-reach-the-ground-what-is-the-position-of-the-ball-in-t-3-seconds-1-h-9-meters-from-the-ground-2-7h-9-meters-from-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMDk-two-balls-of-same-size-but-the-density-of-one-is-greater-than-that-of-the-other-are-dropped-from-the-same-height-then-which-ball-will-reach-the-earth-first-air-resistance-is-negligible-1-heavy-ball-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMTA-a-packet-is-dropped-from-a-balloon-which-is-going-upwards-with-the-velocity-12-m-s-the-velocity-of-the-packet-after-2-seconds-will-be-1-ndash-12-m-s-2-12-m-s-3-ndash-7-6-m-s-4-7-6-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMTE-if-a-freely-falling-body-travels-in-the-last-second-a-distance-equal-to-the-distance-travelled-by-it-in-the-first-three-seconds-the-time-of-the-travel-is-1-6-sec-2-5-sec-3-4-sec-4-3-sec-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMTI-the-effective-acceleration-of-a-body-when-thrown-upwards-with-acceleration-a-will-be-1-a-minus-g2-2-a2-g2-3-a-minus-g-4-a-g-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMTM-a-body-is-thrown-vertically-upwards-with-velocity-u-the-distance-travelled-by-it-in-the-fifth-and-the-sixth-seconds-are-equal-the-velocity-u-is-given-by-g-9-8-text-m-s-2-1-24-5-text-m-s-2-49-0-text-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMTU-a-parachutist-after-bailing-out-falls-50-text-m-without-friction-when-parachute-opens-it-decelerates-at-2-text-m-s-2-he-reaches-the-ground-with-a-speed-of-3-text-m-s-at-what-height-did-he-bail-out-1-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMTY-when-a-ball-is-thrown-up-vertically-with-velocity-v0-it-reaches-a-maximum-height-of-h-if-one-wishes-to-triple-the-maximum-height-then-the-ball-should-be-thrown-with-velocity-1-3vo-2-3v0-3-9v0-4-3-2-v0 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMTc-a-particle-moving-in-a-straight-line-covers-half-the-distance-with-a-speed-of-3-text-m-s-the-other-half-of-the-distance-is-covered-in-two-equal-time-intervals-with-speeds-of-4-5-text-m-s-and-7-5-text https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMTg-the-acceleration-of-a-particle-is-increasing-linearly-with-time-t-as-bt-the-particle-starts-from-the-origin-with-an-initial-velocity-of-v0-the-distance-travelled-by-the-particle-in-time-t-will-be-1-v0 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMTk-a-particle-starts-from-rest-its-acceleration-a-versus-time-t-is-as-shown-in-the-figure-the-maximum-speed-of-the-particle-will-be-1-110-text-m-s-2-55-text-m-s-3-550-text-m-s-4-660-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMjA-a-car-accelerates-from-rest-at-a-constant-rate-alpha-for-some-time-after-which-it-decelerates-at-a-constant-rate-beta-and-comes-to-rest-if-the-total-time-elapsed-is-t-then-the-maximum-velocity-acquire https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMjE-a-stone-dropped-from-a-building-of-height-h-and-reaches-the-earth-after-t-seconds-from-the-same-building-if-two-stones-are-thrown-one-upwards-and-other-downwards-with-the-same-velocity-u-and-they-reac https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMjI-a-ball-is-projected-upwards-from-a-height-h-above-the-surface-of-the-earth-with-velocity-v-the-time-at-which-the-ball-strikes-the-ground-is-1-vg-2hg2-2-vg1-minus-1-2hg-3-vg1-1-2ghv2-4-vg1-v2-2gh-1-2-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMjM-a-particle-is-dropped-vertically-from-rest-from-a-height-the-time-taken-by-it-to-fall-through-successive-distances-of-1-text-m-each-will-then-be-1-all-equal-being-equal-to-sqrt-2-g-s-2-in-the-ratio-of https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMjQ-a-man-throws-balls-with-the-same-speed-vertically-upwards-one-after-the-other-at-an-interval-of-2-seconds-what-should-be-the-speed-of-the-throw-so-that-more-than-two-balls-are-in-the-sky-at-any-time-g https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMjU-if-a-ball-is-thrown-vertically-upwards-with-speed-u-the-distance-covered-during-the-last-t-seconds-of-its-ascent-is-1-12gt2-2-ut-minus-12gt2-3-u-minus-gt-t-4-ut-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMjY-the-variation-of-velocity-of-a-particle-with-time-moving-along-a-straight-line-is-illustrated-in-the-following-figure-the-distance-travelled-by-the-particle-in-four-seconds-is-1-60-text-m-2-55-text-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMjc-the-displacement-of-a-particle-as-a-function-of-time-is-shown-in-the-figure-the-figure-shows-that-1-the-particle-starts-with-certain-velocity-but-the-motion-is-retarded-and-finally-the-particle-stops https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMjg-a-ball-is-thrown-vertically-upwards-which-of-the-following-graph-graphs-represent-velocity-time-graph-of-the-ball-during-its-flight-air-resistance-is-neglected-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMjk-the-graph-between-the-displacement-x-and-time-t-for-a-particle-moving-in-a-straight-line-is-shown-in-the-figure-during-the-interval-oa-ab-bc-and-cd-the-acceleration-of-the-particle-is-oa-ab-bc-cd-1-0 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMzA-the-v-ndash-t-graph-of-a-moving-object-is-given-in-the-figure-the-maximum-acceleration-is-1-1cm-sec2-2-2cm-sec2-3-3-thinsp-thinsp-cm-sec2-4-6-thinsp-thinsp-cm-sec2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMzE-the-displacement-versus-time-graph-for-a-body-moving-in-a-straight-line-is-shown-in-the-figure-which-of-the-following-regions-represents-the-motion-when-no-force-is-acting-on-the-body-1-ab-2-bc-3-cd-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMzI-the-x-minus-t-graph-shown-in-figure-represents-1-constant-velocity-2-velocity-of-the-body-is-continuously-changing-3-instantaneous-velocity-4-the-body-travels-with-constant-speed-upto-time-t1-and-then https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMzM-a-lift-is-going-up-the-variation-in-the-speed-of-the-lift-is-as-given-in-the-graph-what-is-the-height-to-which-the-lift-takes-the-passengers-1-3-6-text-m-2-28-8-text-m-3-36-0-text-m-4-it-cannot-be-cal https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMzQ-the-velocity-time-v-text-t-graph-of-a-body-moving-in-a-straight-line-is-shown-in-the-figure-the-displacement-and-distance-travelled-by-the-body-in-6-s-are-respectively-1-8-m-16-m-2-16-m-8-m-3-16-m-16 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMzU-velocity-time-v-text-t-graph-for-a-moving-object-is-shown-in-the-figure-total-displacement-of-the-object-during-the-time-interval-when-there-is-non-zero-acceleration-or-retardation-is-1-60-text-m-2-50 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMzY-for-the-velocity-time-graph-shown-in-figure-below-the-distance-covered-by-the-body-in-last-two-seconds-of-its-motion-is-what-fraction-of-the-total-distance-covered-by-it-in-all-the-seven-seconds-1-12 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMzc-in-the-following-graph-the-distance-travelled-by-the-body-in-metres-is-1-200-2-250-3-300-4-400-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMzg-velocity-time-curve-for-a-body-projected-vertically-upwards-is-1-parabola-2-ellipse-3-hyperbola-4-straight-line-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzMzk-the-displacement-time-graph-of-a-moving-particle-is-shown-below-the-instantaneous-velocity-of-the-particle-is-negative-at-the-point-1-d-2-f-3-c-4-e-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNDA-an-object-is-moving-with-a-uniform-acceleration-which-is-parallel-to-its-instantaneous-direction-of-motion-the-displacement-s-ndash-velocity-v-graph-of-this-object-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNDE-which-of-the-following-graph-represents-uniform-motion-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNDI-a-ball-is-dropped-vertically-from-a-height-d-above-the-ground-it-hits-the-ground-and-bounces-up-vertically-to-a-height-d-2-neglecting-subsequent-motion-and-air-resistance-its-velocity-v-varies-with-th https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNDM-the-graph-of-displacement-v-s-time-is-its-corresponding-velocity-time-graph-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNDQ-a-train-moves-from-one-station-to-another-in-2-hours-time-its-speed-time-graph-during-this-motion-is-shown-in-the-figure-the-maximum-acceleration-during-the-journey-is-1-140-km-h-2-2-160-km-h-2-3-100 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNDU-a-ball-is-thrown-vertically-upwards-which-of-the-following-plots-represents-the-speed-time-graph-of-the-ball-during-its-height-if-the-air-resistance-is-not-ignored-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNDY-which-graph-represents-a-uniformly-accelerated-motion-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNDc-which-of-the-following-velocity-time-graphs-shows-a-realistic-situation-for-a-body-in-motion-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNDg-which-of-the-following-velocity-time-graphs-represent-uniform-motion-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNDk-acceleration-time-graph-of-a-body-is-shown-the-corresponding-velocity-time-graph-of-the-same-body-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNTE-the-acceleration-time-graph-of-a-body-is-shown-below-the-most-probable-velocity-time-graph-of-the-body-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNTM-the-v-ndash-t-plot-of-a-moving-object-is-shown-in-the-figure-the-average-velocity-of-the-object-during-the-first-10-seconds-is-1-0-2-2-5-ms-ndash-1-3-5-ms-ndash-1-4-2-ms-ndash-1-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNTU-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNTc-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNTg-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-assertion-an-object-can-have-constant-speed-but-variable-velocity-reason-speed-is-a-scalar-but-velocit https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNTk-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-assertion-a-the-speed-of-a-body-can-be-negative-reason-r-if-the-body-is-moving-in-the-opposite-directi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNjA-given-below-are-two-statements-assertion-a-the-position-time-graph-of-a-uniform-motion-in-one-dimension-of-a-body-can-have-negative-slope-reason-r-when-the-speed-of-body-decreases-with-time-the-positi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNjE-given-below-are-two-statements-assertion-a-a-positive-acceleration-of-a-body-can-be-associated-with-a-lsquo-slowing-down-rsquo-of-the-body-reason-r-acceleration-is-a-vector-quantity-1-both-a-and-r-are https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNjI-given-below-are-two-statements-assertion-a-a-negative-acceleration-opposite-to-the-direction-of-velocity-of-a-body-can-be-associated-with-a-lsquo-speeding-up-rsquo-of-the-body-reason-r-increase-in-spe https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNjQ-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNjU-given-below-are-two-statements-assertion-a-position-time-graph-of-a-stationary-object-is-a-straight-line-parallel-to-the-time-axis-reason-r-for-a-stationary-object-the-position-does-not-change-with-ti https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNjY-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-assertion-the-slope-of-displacement-time-graph-of-a-body-moving-with-high-velocity-is-steeper-than-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNjc-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNjg-given-below-are-two-statements-assertion-a-displacement-of-a-body-may-be-zero-when-distance-travelled-by-it-is-not-zero-reason-r-the-displacement-is-the-longest-distance-between-initial-and-final-posi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNjk-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNzA-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNzE-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNzI-given-below-are-two-statements-assertion-a-velocity-time-graph-for-an-object-in-uniform-motion-along-a-straight-path-is-a-straight-line-parallel-to-the-time-axis-reason-r-in-uniform-motion-of-an-objec https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNzM-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNzQ-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNzU-read-the-assertion-and-reason-carefully-to-mark-the-correct-option-out-of-the-options-given-below-assertion-a-the-average-and-instantaneous-velocities-have-the-same-value-in-a-uniform-motion-reason-r https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNzY-a-car-travels-a-distance-s-on-a-straight-road-in-two-hours-and-then-returns-to-the-starting-point-in-the-next-three-hours-its-average-velocity-is-1-s-5-2-2s-5-3-s-2-s-3-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNzc-a-particle-moves-along-the-sides-ab-bc-cd-of-a-square-of-side-25-text-m-with-a-speed-of-15-text-ms-1-its-average-velocity-is-1-15-text-ms-1-2-10-text-ms-1-3-7-5-text-ms-1-4-5-text-ms-1-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNzg-a-body-has-speed-v-2v-and-3v-in-first-1-3-of-distance-s-second-1-3-of-s-and-third-1-3-of-s-respectively-its-average-speed-will-be-1-v-2-2v-3-1811v-4-1118v-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzNzk-if-the-body-covers-one-third-distance-at-speed-v1-next-one-third-at-speed-v2-and-last-one-third-at-speed-v3-then-average-speed-will-be-1-v1-thinsp-v2-v2-thinsp-v3-v3-thinsp-v1v1-v2-v3-2-v1-v2-v33-3-v1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzODA-the-displacement-of-the-particle-varies-with-time-according-to-the-relation-x-kb-1-minus-e-minus-bt-then-the-velocity-of-the-particle-is-1-k-thinsp-e-minus-bt-2-kb2e-minus-bt-3-k-thinsp-b-thinsp-e-min https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzODE-the-acceleration-of-a-particle-starting-from-rest-varies-with-time-according-to-the-relation-a-a-omega-2-sin-omega-t-the-displacement-of-this-particle-at-a-time-t-will-be-1-frac-1-2-left-a-omega-2-sin https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzODI-if-the-velocity-of-a-particle-is-10-2t2-m-s-then-the-average-acceleration-of-the-particle-between-2-sec-and-5-sec-is-1-2-m-s2-2-4-m-s2-3-12-m-s2-4-14-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzODQ-a-thief-is-running-away-on-a-straight-road-in-a-jeep-moving-with-a-speed-of-9-m-s-a-policeman-chases-him-on-a-motorcycle-moving-at-a-speed-of-10-m-s-if-the-instantaneous-separation-of-the-jeep-from-th https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzODU-a-car-a-is-travelling-on-a-straight-level-road-with-a-uniform-speed-of-60-km-h-it-is-followed-by-another-car-b-which-is-moving-with-a-speed-of-70-km-h-when-the-distance-between-them-is-2-5-km-the-car https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzODY-the-speed-of-a-body-moving-with-uniform-acceleration-is-u-this-speed-is-doubled-while-covering-a-distance-s-when-it-covers-an-additional-distance-s-its-speed-would-become-1-3-thinsp-u-2-5-thinsp-u-3-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzODc-two-trains-one-of-length-100-m-and-another-of-length-125-m-are-moving-in-mutually-opposite-directions-along-parallel-lines-meet-each-other-each-with-speed-10-m-s-if-their-acceleration-are-0-3-m-s2-and https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzODg-a-body-starts-from-rest-with-uniform-acceleration-if-its-velocity-after-n-second-is-v-then-its-displacement-in-the-last-two-seconds-is-1-2v-n-1-n-2-v-n-1-n-3-v-n-1-n-4-2v-n-1-n-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzOTA-a-particle-is-moving-in-a-straight-line-and-passes-through-a-point-o-with-a-velocity-of-6-ms-ndash-1-the-particle-moves-with-a-constant-retardation-of-2-ms-ndash-2-for-4-s-and-there-after-moves-with-c https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzOTI-a-particle-is-projected-with-velocity-v0-along-x-axis-the-deceleration-of-the-particle-is-proportional-to-the-square-of-the-distance-from-the-origin-i-e-a-alpha-x2-the-distance-at-which-the-particle-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzOTM-a-body-is-projected-vertically-up-with-a-velocity-v-and-after-some-time-it-returns-to-the-point-from-which-it-was-projected-the-average-velocity-and-average-speed-of-the-body-for-the-total-time-of-fli https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzOTQ-a-stone-is-dropped-from-a-height-h-simultaneously-another-stone-is-thrown-up-from-the-ground-which-reaches-a-height-4h-the-two-stones-cross-each-other-after-time-1-sqrt-frac-h-8g-2-sqrt-8g-h-3-sqrt-2g https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzOTU-four-marbles-are-dropped-from-the-top-of-a-tower-one-after-the-other-at-a-one-second-interval-the-first-one-reaches-the-ground-after-4-seconds-when-the-first-one-reaches-the-ground-the-distances-betwe https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzOTY-a-balloon-rises-from-rest-with-a-constant-acceleration-g-8-a-stone-is-released-from-it-when-it-has-risen-to-height-h-the-time-taken-by-the-stone-to-reach-the-ground-is-1-4hg-2-2hg-3-2hg-4-gh-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzOTc-two-bodies-are-thrown-simultaneously-from-a-tower-with-same-initial-velocity-v0-one-vertically-upwards-the-other-vertically-downwards-the-distance-between-the-two-bodies-after-time-t-is-1-2v0t-12g-thi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzOTg-a-body-falls-freely-from-the-top-of-a-tower-it-covers-36-of-the-total-height-in-the-last-second-before-striking-the-ground-level-the-height-of-the-tower-is-1-50-m-2-75-m-3-100-m-4-125-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQzOTk-a-particle-is-projected-upwards-the-times-corresponding-to-height-h-while-ascending-and-while-descending-are-t1-and-t2-respectively-the-velocity-of-projection-will-be-1-gt-1-2-gt-2-3-g-t-1-t-2-4-frac https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQ0MDA-a-projectile-is-fired-vertically-upwards-with-an-initial-velocity-u-after-an-interval-of-t-seconds-a-second-projectile-is-fired-vertically-upwards-also-with-initial-velocity-u-1-they-meet-at-time-t-ug https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzgyODE-two-cars-are-moving-in-the-same-direction-with-the-same-speed-30-km-hr-they-are-separated-by-a-distance-of-5-km-the-speed-of-a-car-moving-in-the-opposite-direction-if-it-meets-these-two-cars-at-an-int https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzgyODU-a-150-m-long-train-is-moving-to-north-at-a-speed-of-10-m-s-a-parrot-flying-towards-south-with-a-speed-of-5-m-s-crosses-the-train-the-time-taken-by-the-parrot-the-cross-to-train-would-be-1-30-s-2-15-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzgyODg-a-moves-with-65-text-km-h-while-b-is-coming-back-of-a-with-80-text-km-h-the-relative-velocity-of-b-with-respect-to-a-is-1-80-text-km-h-2-60-text-km-h-3-15-text-km-h-4-145-text-km-h-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzgyOTY-two-trains-along-the-same-straight-rails-moving-with-constant-speed-60-km-hr-and-30-km-hr-respectively-towards-each-other-if-at-time-t-0-the-distance-between-them-is-90-km-the-time-when-they-collide-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzgyOTk-a-bus-is-moving-with-a-velocity-10-m-s-on-a-straight-road-a-scooterist-wishes-to-overtake-the-bus-in-100-s-if-the-bus-is-at-a-distance-of-1-km-from-the-scooterist-with-what-velocity-should-the-scooter https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzgzMzU-an-automobile-travelling-with-a-speed-of-60-km-h-can-brake-to-stop-within-a-distance-of-20-m-if-the-car-is-going-twice-as-fast-i-e-120-km-h-the-stopping-distance-will-be-1-20-m-2-40-m-3-60-m-4-80-m-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzgzNTI-a-lift-is-going-up-the-total-mass-of-the-lift-and-the-passenger-is-1500-kg-the-variation-in-the-speed-of-the-lift-is-as-given-in-the-graph-the-height-to-which-the-lift-takes-the-passenger-is-1-3-6-met https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTA0MjM-an-iron-ball-and-a-wooden-ball-of-the-same-radius-are-released-from-a-height-h-in-a-vacuum-the-time-taken-by-both-of-them-to-reach-the-ground-is-1-unequal-2-exactly-equal-3-roughly-equal-4-zero-1-2-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTEwNDA-two-cars-p-and-q-start-from-a-point-at-the-same-time-in-a-straight-line-and-their-positions-are-represented-by-xpt-at-bt2-and-xq-t-ft-t2-at-what-time-do-the-cars-have-the-same-velocity-1-a-f1-b-2-a-f2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTExMTM-if-the-velocity-of-a-particle-is-v-at-bt2-where-a-and-b-are-constants-then-the-distance-travelled-by-it-between-1s-and-2s-is-1-3a-7b-2-3a2-7b3-3-a2-b3-4-a3-b2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTExMzA-a-particle-of-unit-mass-undergoes-one-dimensional-motion-such-that-its-velocity-varies-according-to-v-x-946-x-2n-where-946-and-n-are-constants-and-x-is-the-position-of-the-particle-the-acceleration-of https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTEyNjM-a-stone-falls-under-gravity-it-covers-distances-h1-h2-and-h3-in-the-first-5-seconds-the-next-5-seconds-and-the-next-5-seconds-respectively-the-relation-between-h1-h2-and-h3-is-1-h1-2h2-3h3-2-h1-h2-3-h https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTEzNTI-the-motion-of-a-particle-along-a-straight-line-is-described-by-the-equation-x-8-12-t-t-3-where-x-is-in-metre-and-t-is-in-second-the-retardation-of-the-particle-when-its-velocity-becomes-zero-is-1-24-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTE1NDQ-a-boy-standing-at-the-top-of-a-tower-of-20-m-height-drops-a-stone-assuming-g-10-m-s2-the-velocity-with-which-it-hits-the-ground-will-be-1-20-m-s-2-40-m-s-3-5-m-s-4-10-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTE1NzU-a-particle-covers-half-of-its-total-distance-with-speed-v1-and-the-rest-half-distance-with-speed-v2-its-average-speed-during-the-complete-journey-is-1-v1v2v1-v2-2-2v1v2v1-v2-3-2v12v22v12-v22-4-v1-v22 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTE2MDA-a-ball-is-dropped-from-a-high-rise-platform-at-t-0-starting-from-rest-after-6s-another-ball-is-thrown-downwards-from-the-same-platform-with-a-speed-v-the-two-balls-meet-at-t-18-s-what-is-the-value-of https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTE2MTA-a-particle-moves-a-distance-x-in-time-t-according-to-equation-x-t-5-1-thinsp-the-acceleration-of-the-particle-is-proportional-to-1-velocity3-2-2-distance2-3-distance-2-4-velocity2-3-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTE2Nzg-a-bus-is-moving-with-a-speed-of-10-text-ms-1-on-a-straight-road-a-scooterist-wishes-to-overtake-the-bus-in-100-text-s-if-the-bus-is-at-a-distance-of-1-text-km-from-the-scooterist-with-what-minimum-spe https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTE2OTA-a-particle-starts-its-motion-from-rest-under-the-action-of-a-constant-force-if-the-distance-covered-in-first-10-s-is-s1-and-that-covered-in-the-first-20-s-is-s2-then-1-s2-2s1-2-s2-3s1-3-s2-4s1-4-s2-s1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTE3NDE-the-distance-travelled-by-a-particle-starting-from-rest-and-moving-with-an-acceleration-43ms-2-in-the-third-second-is-1-6m-2-4m-3-103m-4-193m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTE3NDg-a-particle-shows-a-distance-time-curve-as-given-in-this-figure-the-maximum-instantaneous-velocity-of-the-particle-is-around-the-point-1-b-2-c-3-d-4-a-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246NTE3NjE-a-particle-moves-in-a-straight-line-with-a-constant-acceleration-it-changes-its-velocity-from-10-ms-1to-20ms-1-while-passing-through-a-distance-of-135-m-in-t-seconds-the-value-of-t-is-1-10-2-1-8-3-12 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246ODg5MTE-preeti-reached-the-metro-station-and-found-that-the-escalator-was-not-working-she-walked-up-the-stationary-escalator-in-time-t-1-on-other-days-if-she-remains-stationary-on-the-moving-escalator-then-th https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246ODk3NDk-the-coordinate-of-an-object-is-given-as-a-function-of-time-by-x-7-t-3-t-2-where-x-is-in-metres-and-t-is-in-seconds-its-average-velocity-over-the-interval-t-0-to-t-4-is-will-be-1-5-m-s-2-5-m-s-3-11-m-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246ODk3NzU-a-particle-moves-along-a-straight-line-and-its-position-as-a-function-of-time-is-given-by-x-t-3-3t-2-3t-3-then-particle-1-stops-at-t-1-text-s-and-reverses-its-direction-of-motion-2-stops-at-t-1-text-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246ODk3Nzk-a-particle-moves-in-a-straight-line-according-to-the-law-x-4at-asinta-where-x-is-its-position-in-meters-t-is-in-sec-a-is-some-constant-then-the-velocity-is-zero-at-1-x-4a2-pi-meters-2-t-pi-sec-3-t-0se https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246ODk3ODE-a-point-moves-in-a-straight-line-so-that-its-displacement-is-x-m-at-time-t-sec-given-by-x2-t2-1-its-acceleration-in-m-s2-at-time-1-sec-is-1-1x-2-1x-1x3-3-1x3-4-t2x3-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTAxMzY-if-the-velocity-of-a-particle-is-v-at-bt-2-where-a-and-b-are-constants-then-the-distance-travelled-by-it-between-1-text-s-and-2-text-s-is-1-3a-7b-2-frac-3-2-a-frac-7-3-b-3-frac-a-2-frac-b-3-4-frac-3a https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTA3MDY-a-particle-of-unit-mass-undergoes-one-dimensional-motion-such-that-its-velocity-varies-according-to-v-x-x-2-n-where-beta-and-n-are-constants-and-x-is-the-position-of-the-particle-the-acceleration-of-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTEwOTI-a-particle-is-moving-such-that-its-position-coordinates-x-y-are-2-m-3-m-at-time-t-0-6-m-7-m-at-time-t-2-s-and-13-m-14-m-at-time-t-5-s-the-average-velocity-vector-vec-v-avg-from-t-0-to-t-5-s-is-1-1-ove https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTE0Mzg-a-stone-falls-freely-under-gravity-it-covers-distances-h-1-h-2-and-h-3-in-the-first-5-seconds-the-next-5-seconds-and-the-next-5-seconds-respectively-the-relation-between-h-1-h-2-and-h-3-is-1-h-1-frac https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTI0NDE-a-boy-standing-at-the-top-of-a-tower-of-20-m-height-drops-a-stone-assuming-g-10-ms-2-the-velocity-with-which-it-hits-the-ground-is-1-20-m-s-2-40-m-s-3-5-m-s-4-10-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTI1NDU-a-particle-moves-a-distance-x-in-time-t-according-to-equation-x-t-5-1-the-acceleration-of-the-particle-is-proportional-to-1-velocity-3-2-2-distance-2-3-distance-2-4-velocity-2-3-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTI4MDY-a-bus-is-moving-at-a-speed-of-10-ms-1-on-a-straight-road-a-scooterist-wishes-to-overtake-the-bus-in-100-s-if-the-bus-is-at-a-distance-of-1-km-from-the-scooterist-with-what-speed-should-the-scooterist https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTI5MTg-a-particle-starts-its-motion-from-rest-under-the-action-of-a-constant-force-if-the-distance-covered-in-the-first-10-s-is-s-1-and-that-covered-in-the-first-20-s-is-s-2-then-1-s-2-2s-1-2-s-2-3s-1-3-s-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTMzMDk-a-particle-shows-the-distance-time-curve-as-given-in-this-figure-the-maximum-instantaneous-velocity-of-the-particle-is-around-the-point-1-b-2-c-3-d-4-a-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTM1MTQ-the-position-of-a-particle-with-respect-to-time-t-along-the-x-axis-is-given-by-x-9t-2-t-3-where-x-is-in-metres-and-t-in-seconds-what-will-be-the-position-of-this-particle-when-it-achieves-maximum-spee https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTM1NDM-a-car-moves-from-x-to-y-with-a-uniform-speed-v-u-and-returns-to-x-with-a-uniform-speed-v-d-the-average-speed-for-this-round-trip-is-1-dfrac-2-v-d-v-u-v-d-v-u-2-sqrt-v-u-v-d-3-dfrac-v-d-v-u-v-d-v-u-4-d https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTM1OTM-a-particle-moving-along-the-x-axis-has-acceleration-f-at-time-t-given-by-f-f-0-left-1-frac-t-t-right-where-f-0-and-t-are-constants-the-particle-at-t-0-has-zero-velocity-in-the-time-interval-between-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTM5NDM-a-particle-moves-along-a-straight-line-ox-at-a-time-t-in-seconds-the-displacement-x-in-metres-of-the-particle-from-o-is-given-by-x-40-12t-t-3-how-long-would-the-particle-travel-before-coming-to-rest-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTQwMTA-two-bodies-a-of-mass-1-text-kg-and-b-of-mass-3-text-kg-are-dropped-from-heights-of-16-text-m-and-25-text-m-respectively-the-ratio-of-the-time-taken-by-them-to-reach-the-ground-is-1-dfrac-5-4-2-dfrac-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTY1MzE-for-acceleration-of-a-particle-varies-with-time-as-shown-in-the-figure-calculate-the-displacement-of-the-particle-in-the-time-interval-from-t-2-s-to-t-4-s-1-203m-2-20-m-3-10-m-4-103m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTY1MzI-referring-to-a-s-diagram-as-shown-in-the-figure-find-the-velocity-of-the-particle-when-the-particle-just-covers-20-m-v0-50ms-1-1-350ms-1-2-300ms-1-3-100ms-1-4-10ms-1-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTc3MDU-a-point-starts-moving-in-a-straight-line-with-a-certain-acceleration-at-a-time-t-after-beginning-of-motion-the-acceleration-suddenly-becomes-retardation-of-the-same-value-the-time-in-which-the-point-r https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTMwODM2-a-ball-is-allowed-to-fall-freely-from-an-elevated-point-80-text-m-above-the-ground-the-distance-covered-in-the-last-second-just-before-reaching-the-ground-will-be-g-10-text-m-s-2-1-35-text-m-2-45-text https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTMxNjcz-a-person-standing-on-the-floor-of-an-elevator-drops-a-coin-the-coin-reaches-the-floor-in-time-t-1-if-the-elevator-is-moving-uniformly-and-time-t-2-if-the-elevator-is-stationary-then-1-t-1-t-2-dependin https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTMxNzM3-a-person-travelling-in-a-straight-line-moves-with-a-constant-velocity-v-1-for-a-certain-distance-x-and-with-a-constant-velocity-v-2-for-the-next-equal-distance-the-average-velocity-v-is-given-by-the-r https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQzOTE4-a-particle-moves-along-a-path-abcd-as-shown-in-the-figure-the-magnitude-of-the-displacement-of-the-particle-from-a-to-d-is-1-5-102-m-2-10-m-3-152-m-4-15-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY0Njc2-the-velocity-of-a-particle-moving-along-a-straight-line-with-constant-acceleration-a-reduces-to-frac-1-5-of-its-initial-velocity-in-time-tau-the-total-time-taken-by-the-body-till-its-velocity-becomes https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY0OTAx-a-boy-falls-from-a-building-of-height-320-m-after-5-seconds-superman-jumps-downward-with-initial-speed-u-such-that-the-boy-can-be-saved-the-minimum-value-of-u-is-assume-g-10-text-m-s-2-1-95-1-m-s-2-98 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY0OTA3-the-displacement-x-of-a-body-having-relation-with-time-as-x-3t-2-6t-7-then-distance-covered-by-body-in-first-two-second-is-where-x-is-in-metre-and-t-is-in-second-1-zero-2-6-m-3-3-m-4-9-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY4MzYx-the-acceleration-of-particle-for-which-the-v2-versus-s-graph-is-shown-is-1-8-m-s2-2-4-m-s2-3-4-m-s2-4-16-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY4NDA5-given-below-are-two-statements-assertion-a-a-body-is-momentarily-at-rest-when-it-reverses-the-direction-of-motion-reason-r-a-body-cannot-have-acceleration-if-its-velocity-is-zero-at-a-given-instant-of https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY4OTUx-the-position-x-of-a-particle-moving-along-x-axis-varies-with-time-t-as-x-t2-4t-5-the-particle-turns-around-at-1-t-1-s-2-t-2-s-3-t-3-s-4-t-4-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY4OTYx-the-velocity-v-of-a-particle-varies-with-position-x-as-shown-in-the-graph-its-acceleration-when-x-4-m-will-be-1-8m-s2-2-8m-s2-3-2m-s2-4-2m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY4OTYz-the-acceleration-time-graph-of-a-particle-moving-along-a-straight-line-is-shown-in-the-figure-the-time-taken-by-the-particle-to-acquire-its-initial-velocity-is-1-4-s-2-8-s-3-10-s-4-5-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY4OTc0-position-of-a-particle-moving-on-a-straight-line-is-given-by-x-2t2-6t-the-distance-travelled-by-the-particle-in-first-four-seconds-is-1-3-m-2-17-m-3-22-m-4-28-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY4OTg2-a-bird-flies-for-4-s-with-a-velocity-of-t-2-m-s-in-a-straight-line-where-t-is-time-in-seconds-it-covers-a-distance-of-1-2-m-2-4-m-3-6-m-4-8-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY5NDYy-the-acceleration-time-graph-of-a-particle-moving-along-a-straight-line-is-given-at-what-time-the-speed-of-a-particle-becomes-equal-to-its-initial-speed-1-10-s-2-8-s-3-6-s-4-4-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY5NzUx-the-acceleration-a-versus-time-t-graph-of-a-particle-moving-along-a-straight-line-is-shown-in-the-given-figure-the-particle-starts-from-rest-at-t-0-the-velocity-of-the-particle-is-maximum-at-1-t-2-s-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcwMDY4-a-graph-between-square-of-speed-with-time-t-for-a-particle-moving-on-a-straight-line-the-acceleration-of-the-particle-at-t-1-s-is-1-1m-s2-2-1-5m-s2-3-2-0m-s2-4-2-5m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcwMzk2-a-body-has-an-initial-velocity-of-3-m-s-and-has-an-acceleration-of-1-m-s2-normal-to-the-direction-of-the-initial-velocity-then-its-velocity-4-seconds-after-the-start-is-1-7-m-s-along-the-direction-of https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcwODQz-a-body-moved-in-a-straight-line-according-to-equation-x-30t-5t2-th-value-of-displacementdistance-between-t-2-s-to-t-5-s-is-1-1-2-1-3-1-4-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcwOTY3-a-particle-is-moving-with-a-velocity-of-v-3-6t-cms-1-the-displacement-of-the-particle-in-the-interval-t-0-sec-to-t-5-sec-is-1-75-cm-2-20-cm-3-50-cm-4-90-cm-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTg1NDMw-a-ball-is-thrown-vertically-downwards-with-a-velocity-of-20-m-s-from-the-top-of-a-tower-it-hits-the-ground-after-some-time-with-the-velocity-of-80-m-s-the-height-of-the-tower-is-assuming-g-10-text-m-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk1MzMy-which-one-is-not-an-example-of-a-point-object-1-a-railway-carriage-moving-without-jerks-between-two-stations-2-a-monkey-sitting-on-top-of-a-man-cycling-smoothly-on-a-circular-track-3-a-plane-under-a-j https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk1MzQ0-a-drunkard-walking-in-a-narrow-lane-takes-5-steps-forward-and-3-steps-backward-followed-again-by-5-steps-forward-and-3-steps-backward-and-so-on-each-step-is-1-m-long-and-requires-1-s-there-is-a-pit-on https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk1NDky-the-speed-time-graph-of-a-particle-moving-along-a-fixed-direction-is-shown-in-the-figure-then-the-distance-traversed-by-the-particle-between-t-0-s-to-10-s-is-1-70-m-2-60-m-3-50-m-4-40-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk1NTI0-the-velocity-time-graph-of-a-particle-in-one-dimensional-motion-is-shown-in-the-figure-which-of-the-following-formulae-is-correct-for-describing-the-motion-of-the-particle-over-the-time-interval-t-1-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk1NTYy-the-figure-gives-the-x-t-plot-of-a-particle-executing-a-one-dimensional-simple-harmonic-motion-then-the-signs-of-position-velocity-variables-of-the-particle-at-t-1-2-sec-respectively-are-1-positive-ne https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDMy-the-position-time-x-text-t-graphs-for-two-children-a-and-b-returning-from-their-school-o-to-their-homes-p-and-q-respectively-are-shown-in-the-graph-choose-the-incorrect-statement-1-b-reaches-home-fast https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDM2-a-jet-airplane-travelling-at-the-speed-of-500-text-km-h-ejects-its-products-of-combustion-at-the-speed-of-1500-text-km-h-relative-to-the-jet-plane-what-is-the-speed-of-the-latter-with-respect-to-an-ob https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDM4-a-car-moving-along-a-straight-highway-at-a-speed-of-126-text-km-h-is-brought-to-a-stop-within-a-distance-of-200-text-m-how-long-does-it-take-for-the-car-to-stop-1-10-2-text-s-2-9-6-text-s-3-11-4-text https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDQx-two-trains-a-and-b-of-length-400-text-m-each-are-moving-on-two-parallel-tracks-with-a-uniform-speed-of-72-text-km-h-in-the-same-direction-with-a-ahead-of-b-the-driver-of-b-decides-to-overtake-a-and-ac https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDQz-on-a-two-lane-road-car-a-is-travelling-at-a-speed-of-36-text-km-h-two-cars-b-and-c-approach-car-a-in-opposite-directions-with-a-speed-of-54-text-km-h-each-at-a-certain-instant-when-the-distance-ab-is https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDQ1-a-player-throws-a-ball-upwards-with-an-initial-speed-of-29-4-text-ms-1-what-is-the-direction-of-acceleration-during-the-upward-motion-of-the-ball-1-vertically-downwards-2-vertically-upwards-3-first-up https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDUy-a-particle-in-one-dimensional-motion-1-with-zero-speed-at-an-instant-may-have-non-zero-acceleration-at-that-instant-2-with-zero-speed-may-have-non-zero-velocity-3-with-constant-speed-must-have-non-zer https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDU1-a-man-walks-on-a-straight-road-from-his-home-to-a-market-2-5-km-away-with-a-speed-of-5-km-h-finding-the-market-closed-he-instantly-turns-and-walks-back-home-with-a-speed-of-7-5-km-h-what-is-the-magnit https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDU4-the-instantaneous-speed-is-always-1-less-than-the-magnitude-of-instantaneous-velocity-2-greater-than-the-magnitude-of-instantaneous-velocity-3-equal-to-the-magnitude-of-instantaneous-velocity-4-may-be https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDY1-a-police-van-moving-on-a-highway-with-a-speed-of-30kmh-1-fires-a-bullet-at-a-thief-rsquo-s-car-speeding-away-in-the-same-direction-with-a-speed-of-192kmh-1-if-the-muzzle-speed-of-the-bullet-is-150ms-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDY2-the-figure-gives-the-x-text-t-plot-of-a-particle-in-a-one-dimensional-motion-three-different-equal-intervals-of-time-are-shown-the-signs-of-average-velocity-for-each-of-the-intervals-1-2-and-3-respect https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDY4-a-boy-standing-on-a-stationary-lift-open-from-above-throws-a-ball-upwards-with-the-maximum-initial-speed-he-can-equal-to-49-text-ms-1-how-much-time-does-the-ball-take-to-return-to-his-hands-1-5-s-2-10 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDY5-on-a-long-horizontally-moving-belt-as-shown-in-the-figure-a-child-runs-to-and-fro-with-a-speed-9kmh-1-with-respect-to-the-belt-between-his-father-and-mother-located-50-m-apart-on-the-moving-belt-the-b https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTk5MDcx-a-passenger-arriving-in-a-new-town-wishes-to-go-from-the-station-to-a-hotel-located-10-text-km-away-on-a-straight-road-from-the-station-a-dishonest-cabman-takes-him-along-a-circuitous-path-23-text-km https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDI5-a-particle-moves-along-the-x-axis-with-a-speed-6-m-s-for-the-first-half-distance-of-a-journey-second-half-distance-with-a-speed-3-m-s-the-average-speed-in-the-total-journey-is-1-5-m-s-2-4-5-m-s-3-4-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDMx-a-person-travels-along-a-straight-road-for-the-first-t3-time-with-a-speed-v1-and-for-next-2t3-time-with-a-speed-v2-then-the-mean-speed-v-is-given-by-1-v-v1-2v23-2-1v-13v1-23v2-3-v-132v1v2-4-v-3v22v1-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDMy-the-figure-shows-the-graph-of-the-x-coordinate-of-a-particle-moving-along-the-x-axis-as-a-function-of-time-average-velocity-during-t-0-to-6-s-and-instantaneous-velocity-at-t-3-s-respectively-will-be-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDMz-position-time-graph-for-a-particle-is-shown-in-the-figure-starting-from-t-0-at-what-time-t-the-average-velocity-is-zero-1-1-s-2-3-s-3-6-s-4-7-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDM0-a-body-in-one-dimensional-motion-has-zero-speed-at-an-instant-at-that-instant-it-must-have-1-zero-velocity-2-zero-acceleration-3-non-zero-velocity-4-non-zero-acceleration-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDM1-if-a-particle-is-moving-along-a-straight-line-with-increasing-speed-then-1-its-acceleration-is-negative-2-its-acceleration-may-be-decreasing-3-its-acceleration-is-positive-4-both-2-3-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDM3-if-the-magnitude-of-average-speed-and-average-velocity-over-a-time-interval-are-the-same-then-1-the-particle-must-move-with-zero-acceleration-2-the-particle-must-move-with-non-zero-acceleration-3-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDQw-when-the-velocity-of-a-body-is-variable-then-1-its-speed-may-be-constant-2-its-acceleration-may-be-constant-3-its-average-acceleration-may-be-constant-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDQy-the-position-of-a-particle-moving-along-x-axis-is-given-by-x-10t-2t2-then-the-time-t-at-which-it-will-momently-come-to-rest-is-1-0-2-2-5-s-3-5-s-4-10-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDQ4-the-position-of-a-particle-moving-along-the-x-axis-given-by-x-2t3-3t2-5m-the-acceleration-of-a-particle-at-the-instant-its-velocity-becomes-zero-is-1-12-m-s2-2-12-m-s2-3-6-m-s2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDUw-a-particle-starts-moving-with-acceleration-2-m-s2-distance-travelled-by-it-in-5th-half-second-is-1-1-25-m-2-2-25-m-3-6-25-m-4-30-25-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDUx-the-two-ends-of-a-train-moving-with-constant-acceleration-pass-a-certain-point-with-velocities-u-and-3u-the-velocity-with-which-the-middle-point-of-the-train-passes-the-same-point-is-1-2u-2-32u-3-5u-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDUy-a-train-starts-from-rest-from-a-station-with-acceleration-0-2-text-m-s-2-on-a-straight-track-and-then-comes-to-rest-after-attaining-maximum-speed-on-another-station-due-to-retardation-0-4-text-m-s-2-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDU0-a-particle-starts-moving-from-rest-state-along-a-straight-line-under-the-action-of-a-constant-force-and-travel-distance-x-in-first-5-seconds-the-distance-travelled-by-it-in-the-next-five-seconds-will https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDU1-a-body-is-projected-vertically-upward-with-a-speed-40-m-s-the-distance-travelled-by-the-body-in-the-last-second-of-the-upward-journey-is-take-g-9-8-m-s2-and-neglect-effect-of-air-resistance-1-4-9-m-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDU3-a-car-travelling-at-a-speed-of-30-km-h-is-brought-to-rest-at-a-distance-of-8-m-by-applying-brakes-if-the-same-car-is-moving-at-a-speed-of-60-km-h-then-it-can-be-brought-to-rest-with-the-same-brakes-in https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDU4-a-particle-is-thrown-with-any-velocity-vertically-upward-the-distance-travelled-by-the-particle-in-the-first-second-of-its-descent-is-1-g-2-g2-3-g4-4-cannot-be-calculated-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDU5-a-body-is-thrown-vertically-upwards-and-takes-5-seconds-to-reach-maximum-height-the-distance-traveled-by-the-body-will-be-the-same-in-1-1st-and-10th-second-2-2nd-and-8th-second-3-4th-and-6th-second-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDYw-a-ball-is-dropped-from-a-bridge-of-122-5-metre-above-a-river-after-the-ball-has-been-falling-for-two-seconds-a-second-ball-is-thrown-straight-down-after-it-initial-velocity-of-the-second-ball-so-that https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDYx-a-balloon-starts-from-the-ground-from-rest-with-an-upward-acceleration-of-2-m-s2-after-1-sec-a-stone-is-dropped-from-it-the-time-taken-by-the-stone-to-strike-the-ground-is-approximately-1-0-3-s-2-0-7 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDYy-a-boy-throws-balls-into-the-air-at-a-regular-interval-of-2-seconds-the-next-ball-is-thrown-when-the-velocity-of-the-first-ball-is-zero-how-high-do-the-ball-rise-above-his-hand-take-g-9-8-m-s2-1-4-9-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDYz-a-ball-projected-from-the-ground-vertically-upward-is-at-the-same-height-at-time-t1-and-t2-the-speed-of-projection-of-ball-is-neglect-the-effect-of-air-resistance-1-gt2-t1-2-gt1-t22-3-gt2-t12-4-gt1-t2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDY0-two-balls-are-projected-upward-simultaneously-with-speeds-of-40-m-s-and-60-m-s-the-relative-position-x-of-the-second-ball-with-respect-to-the-first-ball-at-time-t-5-s-will-be-neglect-air-resistance-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDY1-a-ball-is-dropped-from-a-height-h-above-ground-neglect-the-air-resistance-its-velocity-v-varies-with-its-height-y-above-the-ground-as-1-2g-h-y-2-2gh-3-2gy-4-2g-h-y-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDY2-for-a-body-moving-with-uniform-acceleration-along-the-straight-line-the-variation-of-its-velocity-v-with-position-x-is-best-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDY3-the-position-time-graph-for-a-particle-moving-along-a-straight-line-is-shown-in-figure-the-total-distance-travelled-by-it-in-time-t-0-to-t-10-text-s-is-1-zero-2-10-text-m-3-20-text-m-4-80-text-m-1-2-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDY4-the-position-time-graph-for-a-body-moving-along-the-straight-line-between-o-and-a-is-shown-in-during-its-motion-between-o-and-a-how-many-times-the-body-comes-to-rest-1-zero-2-1-time-3-2-times-4-3-time https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDcw-which-one-of-the-following-graph-for-a-body-moving-along-a-straight-line-is-possible-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDcx-a-body-is-projected-vertically-upward-from-ground-if-we-neglect-the-effect-of-air-then-which-one-of-te-following-is-the-best-representation-of-variation-of-speed-v-with-timw-t-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDcy-which-one-of-the-following-displacement-time-graph-represents-two-moving-objects-p-and-q-with-zero-relative-velocity-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDcz-the-displacement-time-graph-for-two-particles-a-and-b-is-as-follows-the-ratio-vavb-is-1-1-2-2-1-3-3-3-1-4-1-3-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDc0-for-the-acceleration-time-a-t-graph-shown-in-figure-the-change-in-velocity-of-particle-from-t-0-to-t-6-text-s-is-1-10-text-m-s-2-4-text-m-s-3-12-text-m-s-4-8-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDc1-the-velocity-versus-time-graph-of-a-body-moving-in-a-straight-line-is-as-shown-in-the-figure-below-1-the-distance-covered-by-the-body-in-0-to-2-text-s-is-8-text-m-2-the-acceleration-of-the-body-in-0-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDc2-the-acceleration-time-graph-for-a-particle-is-given-in-the-figure-if-it-starts-motion-at-t-0-the-distance-travelled-in-3-s-will-be-1-4-text-m-2-2-text-m-3-0-text-m-4-6-text-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDc3-figure-shows-the-position-of-a-particle-moving-on-the-x-axis-as-a-function-of-time-1-the-particle-has-come-to-rest-4-times-2-the-velocity-at-t-8-s-is-negative-3-the-velocity-remains-positive-for-t-2-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDc4-a-particle-moves-along-x-axis-in-such-a-way-that-its-x-co-ordinate-varies-with-time-according-to-the-equation-x-4-2t-t2-the-velocity-of-the-particle-will-vary-with-time-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDc5-the-position-x-of-a-particle-moving-along-x-axis-vares-with-time-t-as-shown-in-figure-the-average-acceleration-of-particle-in-time-interval-t-0-to-t-8-s-is-1-3-m-s2-2-5-m-s2-3-4-m-s2-4-2-5-m-s2-1-2-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDgw-the-position-x-time-t-graph-for-a-particle-moving-along-a-straight-line-is-shown-in-the-figure-the-average-speed-of-particle-in-time-interval-t-0-to-t-8-text-s-is-1-zero-2-5-text-m-s-3-7-5-text-m-s-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDgx-a-boat-covers-certain-distance-between-two-spots-in-a-river-taking-t1-hrs-going-downstream-and-t2-hrs-going-upstream-what-time-will-be-taken-by-boat-to-cover-same-distance-in-still-water-1-t1-t22-2-2t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDgy-a-train-of-150-m-length-is-going-towards-north-a-speed-of-10-m-s-a-bird-is-flying-at-5-m-s-parallel-to-the-track-towards-the-south-the-time-taken-by-the-to-the-track-bird-to-cross-the-train-is-1-10-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDgz-two-cars-are-moving-in-the-same-direction-with-a-speed-of-30-km-h-they-are-separated-from-each-other-by-5-km-the-third-car-moving-in-the-opposite-direction-meets-the-two-cars-after-an-interval-of-4-mi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDg0-two-cars-a-and-b-are-moving-in-the-same-direction-with-velocities-30-m-s-and-20-m-s-when-car-a-is-at-a-distance-d-behind-the-car-b-the-driver-of-the-car-a-applies-brakes-producing-uniform-retardation https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDg2-a-ball-is-dropped-from-the-top-of-a-building-of-height-80-m-at-the-same-instant-another-ball-is-thrown-upwards-with-a-speed-50-m-s-from-the-bottom-of-the-building-the-time-at-which-balls-will-meet-is https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1Njgy-an-unloaded-bus-can-be-stopped-by-applying-brakes-on-straight-road-after-covering-a-distance-x-suppose-the-passenger-add-50-of-its-weight-as-the-load-and-the-braking-force-remains-unchanged-how-far-wi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjEzNDUx-figure-below-shows-the-velocity-time-graph-this-graph-tells-us-that-the-body-is-1-starting-from-rest-and-moving-with-increasing-acceleration-2-moving-with-uniform-speed-3-moving-with-uniform-accelerat https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjEzNDUy-in-the-following-velocity-time-graph-of-a-body-the-distance-and-displacement-traveled-by-the-body-in-5-seconds-in-metres-will-be-respectively-1-75-115-2-110-70-3-45-75-4-95-55-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjEzNDU0-a-body-is-thrown-upwards-and-reaches-its-maximum-height-at-that-position-1-its-velocity-is-zero-and-its-acceleration-is-also-zero-2-its-velocity-is-zero-but-its-acceleration-is-maximum-3-its-accelerat https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjI3ODY1-among-the-four-graphs-shown-in-the-figure-there-is-only-one-graph-for-which-average-velocity-over-the-time-interval-0-t-can-vanish-for-a-suitably-chosen-t-select-the-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjI3ODY3-a-lift-is-coming-from-the-8-th-floor-and-is-just-about-to-reach-the-4-th-floor-taking-the-ground-floor-as-the-origin-and-positive-direction-upwards-for-all-quantities-which-one-of-the-following-is-cor https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjI3ODY4-if-in-one-dimensional-motion-instantaneous-speed-v-satisfies-0-leq-v-v-0-then-1-the-displacement-in-time-t-must-always-take-non-negative-values-2-the-displacement-x-in-time-t-satisfies-v-0t-lt-x-lt-v https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjI3ODY5-a-vehicle-travels-half-the-distance-l-with-speed-v-1-and-the-other-half-with-speed-v-2-then-its-average-speed-is-1-dfrac-v-1-v-2-2-2-dfrac-2-v-1-v-2-v-1-v-2-3-dfrac-2-v-1-v-2-v-1-v-2-4-dfrac-l-left-ri https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjI3ODcw-the-displacement-of-a-particle-moving-along-a-straight-line-is-given-by-x-t-2-2-where-t-is-in-seconds-what-is-the-total-distance-travelled-by-the-particle-in-the-first-4-text-s-1-4-text-m-2-8-text-m-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjI3ODcx-at-a-metro-station-a-girl-walks-up-a-stationary-escalator-in-time-t-1-if-she-remains-stationary-on-the-escalator-then-the-escalator-takes-her-up-in-time-t-2-the-time-taken-by-her-to-walk-upon-the-movi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjI3ODcy-the-variation-of-quantity-a-with-quantity-b-is-plotted-in-the-given-figure-which-describes-the-motion-of-a-particle-in-a-straight-line-consider-the-following-statements-a-quantity-b-may-represent-time https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjI3ODcz-a-graph-of-x-versus-t-is-shown-in-the-figure-a-the-particle-was-released-from-rest-at-t-0-b-at-b-the-acceleration-a-0-c-average-velocity-for-the-motion-between-a-and-d-is-positive-d-the-speed-at-d-exc https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjI3ODc0-for-the-one-dimensional-motion-described-by-x-t-sin-t-the-following-statements-are-given-a-x-t-0-for-all-t-0-b-v-t-0-for-all-t-0-c-a-t-0-for-all-t-0-d-v-t-lies-between-0-and-2-choose-the-correct-optio https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjI3ODc2-a-ball-is-bouncing-elastically-with-a-speed-of-1-text-m-s-between-the-walls-of-a-railway-compartment-of-size-10-text-m-in-a-direction-perpendicular-to-the-walls-the-train-is-moving-at-a-constant-veloc https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjQ1MDc2-a-person-sitting-on-the-ground-floor-of-a-building-notices-through-the-window-of-height-1-5-text-m-a-ball-dropped-from-the-roof-of-the-building-crosses-the-window-in-0-1-text-s-what-is-the-velocity-of https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjUwMjY4-refer-to-the-graph-in-the-figure-match-the-following-graph-characteristics-i-has-v-0-and-a-0-throughout-and-has-a-point-with-v-0-and-a-point-with-a-0-iii-has-a-point-with-zero-displacement-for-t-0-iv https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjUwMjc2-a-uniformly-moving-cricket-ball-is-turned-back-by-hitting-it-with-a-bat-for-a-very-short-time-interval-the-variation-of-its-acceleration-with-time-is-take-acceleration-in-the-backward-direction-as-pos https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjUwMjkw-the-motion-of-a-particle-is-represented-by-xt-t-sint-then-1-the-particle-moving-along-negative-x-direction-comes-to-rest-periodically-and-moves-forward-2-the-particle-moving-along-x-direction-comes-to https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjUwMjkx-the-position-of-an-object-is-given-by-x-t-a-be-8722-947-t-wherea-62-band-947-62-0-then-at-any-time-t-1-x-0-a-0-2-x-0-v-0-3-x-0-a-0-this-objective-question-is-based-on-ncert-exemplar-subjective-questio https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjUwMjk3-an-object-falling-through-a-fluid-is-observed-to-have-acceleration-given-by-a-g-bv-where-g-gravitational-acceleration-and-b-is-constant-after-a-long-time-of-release-it-is-observed-to-fall-with-constan https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjUwMzE4-a-ball-is-dropped-and-its-displacement-versus-time-graph-is-as-shown-displacement-x-from-the-ground-and-all-quantities-are-positive-upwards-the-velocity-time-graph-of-the-ball-is-given-by-1-2-3-4-this https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNDM5-a-car-is-moving-along-a-straight-line-say-op-in-the-figure-it-moves-from-o-to-p-in-18-s-and-returns-from-p-to-q-in-6-0-s-the-average-velocity-and-average-speed-of-the-car-in-going-from-o-to-p-and-back https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNDQw-the-position-of-an-object-moving-along-x-axis-is-given-by-x-a-bt-2-where-a-8-5-m-b-2-5-text-ms-2-and-t-is-measured-in-seconds-its-average-velocity-between-t-2-0-s-and-t-4-0-s-is-1-10-text-m-s-2-15-tex https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNDk0-which-of-the-following-does-not-represent-the-equation-of-motion-for-constant-acceleration-1-v-v-0-at-2-v-2-v-0-2-2a-x-x-0-3-x-x-0v-0-dfrac-1-2-at-2-4-x-x-0-v-0t-dfrac-1-2-at-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNDk2-a-ball-is-thrown-vertically-upwards-with-a-velocity-of-20-m-s-from-the-top-of-a-multistorey-building-the-height-of-the-point-from-where-the-ball-is-thrown-is-25-0-m-from-the-ground-how-high-will-the-b https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNDk4-when-brakes-are-applied-to-a-moving-vehicle-the-distance-it-travels-before-stopping-is-called-stopping-distance-it-is-an-important-factor-for-road-safety-and-depends-on-the-initial-velocity-v-0-and-th https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNDk5-you-can-measure-your-reaction-time-by-a-simple-experiment-take-a-ruler-and-ask-your-friend-to-drop-it-vertically-through-the-gap-between-your-thumb-and-forefinger-figure-shown-below-after-you-catch-it https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNTAw-galileo-rsquo-s-law-of-odd-numbers-the-distances-traversed-during-equal-intervals-of-time-by-a-body-falling-from-rest-stand-to-one-another-in-the-ratio-1-as-the-odd-numbers-beginning-with-unity-2-as-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNTAy-a-train-is-moving-in-south-with-a-speed-of-90-text-km-h-the-velocity-of-ground-with-respect-to-the-train-is-1-0-text-m-s-2-25-text-m-s-3-25-text-m-s-4-40-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNTAz-two-parallel-rail-tracks-run-north-south-train-a-moves-north-with-a-speed-of-54-text-km-h-and-train-b-moves-south-with-a-speed-of-90-text-km-h-the-magnitude-of-the-velocity-of-b-with-respect-to-a-is-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNTA0-a-train-is-moving-in-the-north-direction-with-a-speed-of-54-kmh-1-the-velocity-of-a-monkey-running-on-the-roof-of-the-train-against-its-motion-with-a-velocity-of-18-kmh-1-with-respect-to-the-train-as https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjczODgx-the-position-of-an-object-moving-along-the-x-text-axis-is-given-by-x-a-bt-2-where-a-8-5-text-m-b-2-5-text-m-s-2-and-t-is-measured-in-seconds-its-velocity-at-t-2-0-text-s-will-be-1-13-text-m-s-2-17-tex https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjczOTAx-the-position-time-graph-for-a-free-falling-object-is-1-a-parabolic-curve-2-a-straight-line-3-a-circular-curve-4-an-elliptical-curve-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc0NzU4-figure-shows-x-t-graph-for-a-particle-undergoing-one-dimensional-motion-what-is-the-velocity-of-the-particle-at-t-20-s-1-5-m-s-2-10-m-s-3-zero-4-2-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc0NzYy-the-figure-shows-the-velocity-time-graph-for-a-particle-acceleration-in-the-time-interval-t-0-to-t-8s-will-be-1-constant-2-variable-and-decreasing-with-time-3-variable-and-increasing-with-time-4-can-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc0NzY3-the-figure-shows-the-velocity-time-graph-for-a-particle-what-is-the-acceleration-of-the-particle-1-v-voto-2-v-2voto-3-2v-voto-4-v-vo2to-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc0Nzc0-two-figures-shown-below-exhibit-position-time-graphs-for-particles-undergoing-one-dimensional-motion-in-which-of-the-following-graph-s-the-acceleration-of-the-particle-is-zero-1-only-graph-a-2-only-gr https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc3MTA3-a-small-block-slides-down-on-a-smooth-inclined-plane-starting-from-rest-at-time-t-0-let-s-n-be-the-distance-traveled-by-the-block-in-the-interval-t-n-1-to-t-n-then-the-ratio-dfrac-s-n-s-n-1-is-1-dfrac https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc4MTIy-train-mathrm-a-and-train-mathrm-b-are-running-on-parallel-tracks-in-opposite-directions-with-speeds-of-36-text-km-h-and-72-text-km-h-respectively-a-person-is-walking-inside-train-mathrm-a-in-the-direc https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc5NDMx-a-scooter-accelerates-from-rest-for-time-t-1-at-constant-rate-a-1-and-then-retards-at-constant-rate-a-2-for-time-t-2-and-comes-to-rest-the-correct-value-of-frac-t-1-t-2-will-be-1-frac-a-1-a-2-a-2-2-fr https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM5MzMx-the-displacement-time-s-text-t-graphs-of-two-moving-particles-a-text-and-b-make-angles-of-30-circ-and-45-circ-with-the-x-text-axis-as-shown-in-the-figure-the-ratio-of-their-respective-velocity-left-df https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM5MzM0-the-ratio-of-the-distances-travelled-by-a-freely-falling-body-in-the-1-st-2-nd-3-rd-and-4-th-second-is-1-1-1-1-1-2-1-2-3-4-3-1-4-9-16-4-1-3-5-7-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM5NzYx-a-stone-is-thrown-vertically-downwards-with-an-initial-velocity-of-40-text-m-s-from-the-top-of-a-building-if-it-reaches-the-ground-with-a-velocity-of-60-text-m-s-then-the-height-of-the-building-is-tak https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM5Nzcx-the-figure-given-below-shows-the-displacement-and-time-x-text-t-graph-of-a-particle-moving-along-a-straight-line-the-correct-statement-about-the-motion-of-the-particle-is-1-the-particle-moves-at-a-con https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ2NjAy-the-position-time-x-text-t-graph-for-positive-acceleration-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY2OTE0-a-vehicle-travels-half-the-distance-with-speed-v-and-the-remaining-distance-with-speed-2v-its-average-speed-is-1-dfrac-3v-4-2-dfrac-v-3-3-dfrac-2v-3-4-dfrac-4v-3-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY2OTUw-a-horizontal-bridge-is-built-across-a-river-a-student-standing-on-the-bridge-throws-a-small-ball-vertically-upwards-with-a-velocity-4-ms-ndash-1-the-ball-strikes-the-water-surface-after-4-s-the-height https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU0OTkw-the-velocity-v-time-t-plot-of-the-motion-of-a-body-is-shown-below-the-acceleration-a-time-t-graph-that-best-suits-this-motion-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU2NzY4-an-object-falls-freely-from-height-h-above-the-ground-it-travels-dfrac-5-9-h-of-the-total-height-in-the-last-1-text-s-the-height-h-is-left-text-use-g-10-text-m-s-2-right-1-5-text-m-2-25-text-m-3-45-te https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU2Nzk5-a-body-is-falling-freely-in-a-resistive-medium-the-motion-of-the-body-is-described-by-dfrac-dv-dt-4-2v-where-v-is-the-velocity-of-the-body-at-any-instant-in-text-ms-1-the-terminal-velocity-in-this-cas https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU2ODMw-the-speed-s-of-a-car-as-a-function-of-time-t-is-shown-figure-the-distance-travelled-by-the-car-in-8-seconds-is-1-180-text-m-2-60-text-m-3-80-text-m-4-18-text-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjYw-the-study-of-motion-of-objects-without-consideration-of-its-cause-is-1-statics-2-kinematics-3-mechanics-4-dynamics-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzI2NzYw-when-a-particle-s-position-changes-which-of-the-following-statements-is-true-about-its-displacement-and-the-distance-it-covers-1-both-cannot-be-zero-2-either-one-can-be-zero-3-both-must-be-zero-4-if-o https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTQ1-the-figure-shows-the-displacement-time-graph-of-a-particle-moving-on-the-x-axis-then-1-the-particle-is-continuously-going-in-a-positive-x-direction-2-the-particle-is-at-rest-3-the-velocity-increases-u https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjY0MDA1-if-a-body-travels-some-distance-in-a-given-time-interval-then-for-that-time-interval-its-1-average-speed-average-velocity-2-average-velocity-average-speed-3-average-speed-average-velocity-4-average-ve https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjYzODc0-the-displacement-x-of-a-particle-varies-with-time-t-as-x-ae-alpha-t-be-beta-t-where-a-b-alpha-and-beta-are-positive-constants-the-velocity-of-the-particle-will-1-be-independent-of-alpha-and-beta-2-go https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM4MzEw-the-velocity-time-graph-of-a-particle-moving-along-a-straight-line-is-shown-in-the-adjacent-figure-the-average-velocity-is-1-1-text-ms-1-2-2-text-ms-1-m-s-3-less-than-1-text-ms-1-4-greater-than-2-text https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM3Njg1-a-balloon-ascends-upward-with-a-constant-upward-velocity-5-m-s-at-the-same-time-it-is-being-pushed-to-the-right-by-the-wind-with-a-speed-that-is-proportional-to-its-height-y-v-text-right-2y-where-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTYy-mark-the-correct-statements-for-a-particle-going-on-a-straight-line-a-if-the-velocity-and-acceleration-have-opposite-sign-the-object-is-slowing-down-b-if-the-position-and-velocity-have-opposite-sign-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM2NDYy-a-particle-moves-along-a-straight-line-such-that-its-velocity-is-proportional-to-the-square-root-of-its-displacement-its-acceleration-is-1-zero-2-constant-3-proportional-to-time-4-proportional-to-disp https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY0ODYx-for-the-given-acceleration-left-a-right-versus-time-left-t-right-graph-of-a-body-the-body-is-initially-at-rest-from-the-following-the-velocity-left-v-right-versus-time-left-t-right-graph-will-be-1-2-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzEyMzcz-a-boy-throws-a-ball-straight-up-the-side-of-a-building-and-receives-it-after-4-text-s-on-the-other-hand-if-he-throws-it-so-that-it-strikes-a-ledge-on-its-way-up-it-returns-to-him-after-3-text-s-the-le https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTMyOTY-the-distance-travelled-by-a-particle-starting-from-rest-and-moving-with-an-acceleration-frac-4-3-ms-2-in-the-third-second-is-1-6-m-2-4-m-3-frac-10-3-m-4-frac-19-3-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTQ5-a-stone-is-released-from-an-elevator-going-up-with-an-acceleration-a-the-acceleration-of-the-stone-after-the-release-is-1-a-upward-2-g-a-upward-3-g-a-downward-4-g-downward-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzMxMTYw-a-particle-is-projected-vertically-upwards-with-a-speed-u-and-moves-under-the-force-of-gravity-the-distance-travelled-by-the-particle-during-its-entire-motion-until-it-returns-is-d-1-if-the-force-of-g https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTc3MDg-the-graph-of-displacement-time-is-given-below-its-corresponding-velocity-time-graph-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ1ODQx-a-batsman-takes-the-first-run-by-moving-from-a-to-b-and-then-goes-for-the-second-run-when-he-reaches-20-text-yards-from-b-to-d-see-figure-he-was-run-out-the-net-displacement-of-the-batsman-is-1-2-yard https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQxMjQ1-given-below-are-two-statements-assertion-a-the-displacement-of-a-body-can-be-zero-even-when-the-distance-travelled-by-it-is-not-zero-reason-r-displacement-is-the-longest-distance-between-the-initial-a https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3MTY5-an-automobile-moving-at-a-speed-of-40-text-km-hr-can-be-brought-to-rest-by-applying-brakes-over-a-distance-of-40-text-m-if-the-automobile-were-instead-moving-at-80-text-km-h-what-would-be-its-minimum https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTQ3NTk-the-numerical-ratio-of-displacement-to-the-distance-covered-is-always-1-less-than-one-2-equal-to-one-3-equal-to-or-less-than-one-4-equal-to-or-greater-than-one-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzkzNjYy-the-initial-and-final-positions-of-a-man-on-the-x-text-axis-are-given-for-the-following-three-cases-i-4-text-m-6-text-m-ii-4-text-m-3-text-m-iii-4-text-m-2-text-m-which-of-these-cases-represent-a-nega https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzYzMzEz-a-car-moving-on-a-straight-line-travels-in-same-direction-half-of-the-distance-with-uniform-velocity-v-1-and-other-half-of-the-distance-with-uniform-velocity-v-2-the-average-velocity-of-the-car-is-equ https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzYzMTI2-a-car-travels-4-text-km-distance-with-a-speed-of-3-text-km-h-and-next-4-text-km-with-a-speed-of-5-text-km-h-what-is-the-average-speed-of-the-car-1-dfrac-15-2-text-km-hr-2-dfrac-15-4-text-km-hr-3-15-te https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTIwNTIy-a-particle-moving-in-a-straight-line-covers-half-the-distance-with-speed-begin-equation-6-mathrm-m-mathrm-s-end-equation-the-other-half-is-covered-in-two-equal-time-intervals-with-speeds-begin-equatio https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDE4NDcx-buses-ply-between-two-towns-a-b-separated-by-6-text-km-those-going-from-a-towards-b-go-at-20-text-km-h-while-those-going-from-b-to-a-go-at-30-text-km-h-if-a-passenger-were-to-make-a-round-trip-from-a https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU2MzA1-a-vehicle-travels-east-for-6-text-km-then-south-for-8-text-km-without-stopping-if-the-trip-takes-15-text-min-what-is-the-magnitude-of-the-average-velocity-in-text-km-h-1-40-2-20-3-56-4-14-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjgy-a-boy-swims-in-100-m-long-pond-he-covers-40-m-distance-with-speed-of-10-m-s-and-next-60-m-with-speed-of-20-m-s-the-average-speed-of-the-boy-is-1-14-3-m-s-2-9-6-m-s-3-12-5-m-s-4-19-5-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjUy-the-numerical-ratio-of-average-velocity-to-average-speed-is-1-equal-to-one-2-greater-than-one-3-less-than-one-4-equal-to-or-less-than-one-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDM0MDc1-the-diagram-shows-the-motion-of-a-ball-undergoing-uniform-acceleration-the-position-of-the-ball-at-the-end-of-each-second-is-marked-what-is-the-average-speed-of-the-ball-between-3-text-s-and-4-text-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ2OTIz-a-car-travels-a-distance-ab-in-three-equal-segments-the-first-third-at-a-velocity-of-v-1-text-m-s-the-second-third-at-v-2-text-m-s-and-the-final-third-at-v-3-text-m-s-given-that-v-3-3v-1-v-2-2v-1-and https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjU0-the-velocity-time-v-text-t-graph-of-a-body-moving-along-the-x-text-axis-is-shown-in-the-figure-the-average-speed-during-the-first-six-seconds-of-motion-is-1-10-m-s-2-12-m-s-3-15-m-s-4-20-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzYzMDYw-what-will-be-the-velocity-of-the-particle-if-the-position-of-the-particle-is-given-by-x-2t-2-at-t-2-text-s-1-8-text-m-s-2-4-text-m-s-3-16-text-m-s-4-32-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcwMzEy-position-x-of-a-particle-moving-on-a-straight-line-as-a-function-of-time-t-is-x-2t-2-12t-5-text-m-the-particle-will-come-to-rest-at-time-t-equal-to-1-2-s-2-1-s-3-4-s-4-3-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzU4MzIw-the-displacement-x-in-text-m-of-a-particle-of-mass-m-in-text-kg-moving-in-one-dimension-under-the-action-of-a-force-is-related-to-time-t-in-text-s-by-t-sqrt-x-3-the-displacement-of-the-particle-when-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ2ODI5-the-position-of-an-object-moving-along-the-x-text-axis-is-described-by-x-a-bt-2-where-a-10-text-m-b-2-text-m-s-2-and-t-is-measured-in-seconds-what-is-the-velocity-of-the-object-at-t-3-0-text-s-text-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjgz-the-position-time-x-text-t-graph-of-a-moving-particle-is-shown-in-the-figure-the-instantaneous-velocity-of-the-particle-is-negative-at-the-point-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246MzQwOTc-the-coordinates-of-a-moving-particle-at-any-time-t-are-given-by-x-alpha-t-3-and-y-beta-t-3-the-speed-of-the-particle-at-time-t-is-given-by-1-sqrt-alpha-2-beta-2-2-3t-sqrt-alpha-2-beta-2-3-3t-2-sqrt-al https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246ODg4OTc-two-cars-p-and-q-start-from-a-point-at-the-same-time-in-a-straight-line-and-their-positions-are-represented-by-x-p-t-at-bt-2-and-x-q-t-ft-t-2-at-what-time-do-the-cars-have-the-same-velocity-1-dfrac-a https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQyMDk1-the-displacement-of-a-particle-is-represented-by-the-equation-s-left-3-t-3-7-t-2-5-t-8-right-where-s-is-in-metre-and-t-in-seconds-the-acceleration-of-the-particle-at-t-1-second-is-1-zero-2-14-text-m-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzU3ODE2-a-car-is-going-up-a-slight-slope-decelerating-at-0-1-m-s2-it-comes-to-a-stop-after-going-for-5-s-what-was-its-initial-velocity-1-0-02-text-m-s-2-0-25-text-m-s-3-0-5-text-m-s-4-1-0-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTY2NTk-the-acceleration-a-of-a-particle-starting-from-rest-varies-with-time-according-to-relation-a-t-the-velocity-of-the-particle-after-a-time-t-will-be-1-dfrac-t-2-2-beta-2-dfrac-t-2-2-t-3-t-2-dfrac-1-2-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTIxMzU-the-motion-of-a-particle-along-a-straight-line-is-described-by-the-equation-x-8-12t-t-3-where-x-is-in-meter-and-t-in-seconds-the-retardation-of-the-particle-when-its-velocity-becomes-zero-is-1-24-ms-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDY4MjY3-a-ball-is-thrown-vertically-upward-with-an-initial-speed-of-20-text-m-s-the-magnitude-of-average-acceleration-of-the-ball-during-its-motion-between-the-ground-and-a-height-of-15-text-m-is-text-take-g https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjQ4-a-bullet-moving-at-speed-of-10-text-m-s-hits-the-wooden-plank-and-is-stopped-when-it-penetrates-the-plank-50-text-cm-deep-what-is-the-retardation-of-the-bullet-assuming-constant-retardation-1-100-text https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTIxMjg-a-particle-has-initial-velocity-left-2-hat-i-3-hat-j-right-and-acceleration-left-0-3-hat-i-0-2-hat-j-right-the-magnitude-of-velocity-after-10-s-will-be-1-9-sqrt-2-text-units-2-5-sqrt-2-text-units-3-5 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mzk0Mzc5-during-uniformly-accelerated-motion-in-a-straight-line-which-of-the-following-can-be-negative-or-positive-1-distance-travelled-2-time-travelled-3-average-velocity-4-average-speed-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY2NzA5-an-object-begins-to-move-along-the-positive-x-text-direction-with-an-initial-speed-of-10-text-m-s-and-a-constant-acceleration-of-2-text-m-s-2-how-much-time-will-it-take-to-reach-a-speed-of-60-text-m-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc2NjUx-a-particle-starts-from-origin-o-from-rest-and-moves-with-a-uniform-acceleration-along-the-positive-x-text-axis-identify-all-figures-that-correctly-represent-the-motion-qualitatively-a-acceleration-v-v https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ1Njcz-a-person-traveling-at-a-speed-of-18-text-km-h-applies-the-brakes-causing-a-retardation-of-2-5-text-m-s-2-how-far-will-he-travel-before-stopping-1-50-text-m-2-5-text-m-3-25-text-m-4-64-8-text-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjg5-an-object-is-thrown-vertically-upwards-with-velocity-of-60-text-m-s-after-time-of-7-text-s-its-height-above-ground-is-take-g-10-text-m-s-2-1-245-text-m-2-175-text-m-3-305-text-m-4-60-text-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ0MzU4-a-car-which-is-initially-stationary-accelerates-for-5-text-s-at-4-0-text-m-s-2-along-a-straight-road-it-then-continues-in-the-same-direction-for-20-text-s-at-a-constant-speed-what-is-the-maximum-speed https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjYzODgw-a-car-is-moving-with-velocity-v-it-stops-after-applying-breaks-at-a-distance-of-20-text-m-if-the-velocity-of-the-car-is-doubled-then-how-much-distance-it-will-cover-travel-after-applying-breaks-1-40-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTE5NzU0-a-body-projected-vertically-upwards-with-a-certain-speed-from-the-top-of-tower-reaches-the-ground-in-t-1-if-it-is-projected-vertically-downwards-from-the-same-point-with-the-same-speed-it-reaches-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzU3ODE4-a-squirrel-moves-along-a-straight-wire-with-constant-acceleration-if-its-initial-velocity-is-0-4-text-m-s-and-it-reaches-a-velocity-of-1-8-text-m-s-in-4-text-s-what-is-the-total-distance-travelled-dur https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTY2NjE-a-body-starting-from-rest-moves-with-uniform-acceleration-the-distance-covered-by-the-body-in-time-t-is-proportional-to-1-sqrt-t-2-t-3-2-3-t-2-3-4-t-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTY1Mjg-a-particle-is-dropped-from-rest-from-a-large-height-assume-g-to-be-constant-throughout-the-motion-the-time-taken-by-it-to-fall-through-successive-distances-of-1-text-m-each-will-be-1-all-equal-being-e https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTY1MjQ-when-the-speed-of-a-car-is-u-the-minimum-distance-over-which-it-can-be-stopped-is-s-if-the-speed-becomes-nu-what-will-be-the-minimum-distance-over-which-it-can-be-stopped-1-dfrac-s-n-2-ns-3-dfrac-s-n https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDMyNDIw-in-the-absence-of-air-resistance-an-object-dropped-near-the-earth-s-surface-experiences-a-constant-acceleration-of-approximately-9-8-text-m-s-2-what-does-this-imply-1-the-speed-of-the-object-increases https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzMzOTg4-one-body-is-dropped-while-a-second-body-is-thrown-downwards-with-an-initial-velocity-of-2-m-s-simultaneously-the-separation-between-them-is-18-m-after-a-time-1-9-s-2-4-5-s-3-18-s-4-9-8-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mzg1MzUz-a-ball-is-projected-vertically-upward-from-the-top-of-a-cliff-let-the-point-of-projection-be-the-origin-and-take-upward-as-positive-match-the-physical-quantities-in-column-i-with-the-correct-sign-desc https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDM0MDg4-three-stones-of-masses-m-2-m-3-m-are-thrown-vertically-upward-with-initial-speeds-v-2v-3v-respectively-labels-mathrm-i-mathrm-ii-mathrm-iii-and-their-velocities-are-shown-in-the-figure-if-air-resistan https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc5MjEw-an-engine-of-a-train-moving-with-uniform-acceleration-passes-the-signal-post-with-velocity-u-and-the-last-compartment-passes-the-same-post-with-velocity-v-the-velocity-with-which-the-middle-point-of-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQzMzE2-a-car-is-moving-with-speed-of-150-text-km-h-and-after-applying-the-brake-it-will-move-27-text-m-before-it-stops-if-the-same-car-is-moving-with-a-speed-of-one-third-the-reported-speed-then-it-will-stop https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjcy-when-a-body-is-thrown-vertically-upwards-and-it-reaches-its-maximum-height-what-are-its-velocity-and-acceleration-conditions-at-that-moment-1-only-acceleration-is-zero-2-only-velocity-is-zero-3-veloci https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ1Njc5-a-point-mass-is-moving-with-a-velocity-v-in-the-positive-x-text-direction-the-velocity-v-in-m-s-is-described-by-the-equation-v-5t-10t-2-where-t-is-in-seconds-the-acceleration-of-the-point-mass-at-t-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTIwNjkz-two-cars-are-travelling-towards-each-other-at-speed-of-20-text-m-s-each-when-the-cars-are-300-text-m-apart-both-the-drivers-apply-brakes-and-the-cars-retard-at-the-rate-of-2-text-m-s-2-the-distance-be https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc2Nzgy-various-velocity-time-graphs-are-given-below-the-graph-representing-motion-where-velocity-changes-direction-is-a-b-c-d-1-graph-a-2-graph-b-3-graph-c-4-graph-d-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc0NzY0-different-position-time-graphs-are-given-for-objects-moving-in-different-conditions-the-graph-representing-object-moving-with-positive-acceleration-is-1-graph-mathrm-a-2-graph-mathrm-b-3-graph-mathrm https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDUwODA4-the-variation-of-quantity-a-with-quantity-b-plotted-in-figure-describes-the-motion-of-a-particle-in-a-straight-line-a-quantity-b-may-represent-time-b-quantity-a-is-velocity-if-motion-is-uniform-c-quan https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ1NTIy-a-car-moving-in-a-positive-x-text-direction-with-uniform-positive-acceleration-which-one-of-the-following-velocity-time-graphs-correctly-represents-the-motion-of-the-car-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ2MzE4-the-velocity-versus-time-v-text-t-graph-for-a-body-moving-with-constant-positive-acceleration-is-given-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3MzU1-a-car-is-standing-200-text-m-behind-a-bus-which-is-also-at-rest-the-two-start-moving-at-the-same-instant-but-with-different-forward-accelerations-the-bus-has-acceleration-2-text-m-s-2-and-the-car-has https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzMzNTc4-a-train-100-text-m-long-is-moving-with-a-velocity-of-40-text-m-s-it-overtakes-another-train-200-text-m-long-travelling-in-the-same-direction-at-30-text-m-s-how-much-time-will-the-first-train-take-to-p https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246Nzc1MTQ-a-thief-is-running-away-on-a-straight-road-in-a-jeep-moving-with-a-speed-of-9-text-m-s-a-policeman-chases-him-on-a-motor-cycle-moving-at-a-speed-of-10-text-m-s-if-the-instantaneous-separation-of-the-j https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzU3ODE3-a-bicycle-traveling-at-speed-v-covers-a-distance-delta-x-during-a-time-interval-delta-t-if-a-car-travels-at-speed-3v-how-much-time-does-it-take-the-car-to-go-the-same-distance-1-delta-t-3-2-3-delta-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDE4NDcy-two-particles-move-with-constant-speeds-of-3-text-m-s-and-5-text-m-s-along-the-periphery-of-a-square-abcd-of-side-2-text-m-as-shown-they-start-from-a-at-the-same-time-they-meet-for-the-first-time-1-at https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDUwODA1-at-a-metro-station-a-girl-walks-up-a-stationary-escalator-in-time-t-1-if-she-remains-stationary-on-the-escalator-then-the-escalator-take-her-up-in-time-t-2-the-time-taken-by-her-to-walk-up-on-the-movi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQ2MDAx-assertion-a-displacement-of-a-body-may-be-zero-when-distance-travelled-by-it-is-not-zero-reason-r-the-displacement-is-the-longest-distance-between-initial-and-final-position-1-both-a-and-r-are-true-an https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjk3-a-body-is-projected-vertically-upwards-with-a-speed-v-the-distance-travelled-by-the-body-in-the-last-second-of-upward-journey-is-the-same-as-that-of-1-distance-travelled-in-last-second-of-downward-jou https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQwMDg0-given-below-are-two-statements-assertion-a-adding-a-scalar-to-a-vector-of-the-same-dimension-is-a-meaningful-algebraic-operation-reason-r-displacement-can-be-added-to-distance-1-both-a-and-r-are-true https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjgx-an-object-moves-along-a-straight-line-it-travels-30-m-in-5-s-and-60-m-in-the-next-10-seconds-the-average-speed-of-the-object-is-1-6-m-s-2-10-m-s-3-12-m-s-4-9-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY0ODY3-a-particle-moves-with-a-velocity-v-t-3-along-a-straight-line-the-average-speed-in-time-interval-t-0-to-t-t-will-be-1-alpha-t-3-2-frac-t-3-2-3-frac-alpha-t-3-3-4-frac-t-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQxMjQ5-given-below-are-two-statements-assertion-a-if-the-average-velocity-of-a-particle-over-a-certain-time-interval-is-zero-it-is-possible-that-the-instantaneous-velocity-of-the-particle-is-never-zero-durin https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjY0NzE3-a-particle-starts-from-rest-with-constant-acceleration-the-ratio-of-space-average-velocity-to-the-time-average-velocity-is-where-time-average-velocity-and-space-average-velocity-respectively-are-defin https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzYzMTU4-a-particle-moving-in-unidirectional-motion-travels-half-of-the-total-distance-with-a-constant-speed-of-15-m-s-now-the-first-half-of-the-remaining-journey-time-it-travels-at-10-m-s-and-the-second-half https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY5NDgy-the-displacement-x-of-a-point-moving-in-a-straight-line-is-given-by-x-8t-2-4t-then-the-velocity-of-the-particle-is-zero-at-1-0-4-text-s-2-0-25-text-s-3-0-5-text-s-4-0-3-text-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjY0NTMw-for-a-particle-displacement-time-relation-is-given-by-tt-xx-33-its-displacement-when-its-velocity-is-zero-will-be-1-2-m-2-4-m-3-0-m-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ1ODM4-the-position-of-an-object-moving-along-the-mathrm-x-axis-is-given-by-x-a-bt-2-where-a-10-m-b-2-ms-2-and-t-is-in-seconds-the-velocity-at-t-3-0-s-is-1-12-ms-1-2-20-ms-1-3-36-ms-1-4-46-ms-1-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQ1OTc1-which-of-the-following-four-statements-is-false-1-a-body-can-have-zero-velocity-and-still-be-accelerated-2-a-body-can-have-a-constant-velocity-and-still-have-a-varying-speed-3-a-body-can-have-a-consta https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQ2MDEy-a-particle-moves-in-a-straight-line-according-to-the-law-x-4a-t-a-sin-t-a-where-x-is-its-position-in-metres-t-is-in-seconds-a-is-some-constant-then-the-velocity-is-zero-at-1-x-4-a-2-pi-metres-2-t-pi-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzI1MjE5-a-particle-is-moving-along-a-straight-line-such-that-its-position-depends-on-time-as-x-1-at-bt-2-where-a-2-text-m-s-b-1-text-m-s-2-the-distance-covered-by-the-particle-during-the-first-3-seconds-from https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ1ODY2-two-buses-p-and-q-start-from-a-point-at-the-same-time-and-move-in-a-straight-line-their-positions-are-represented-by-x-p-t-alpha-t-beta-t-2-and-x-q-t-ft-t-2-at-what-time-do-both-the-buses-have-the-sam https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjYzNzU0-the-motion-of-a-particle-is-given-by-the-equation-s-left-3-t-3-7-t-2-14-t-8-right-text-m-the-value-of-the-acceleration-of-the-particle-at-t-1-text-s-is-1-10-m-s2-2-32-m-s2-3-23-m-s2-4-16-m-s2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY5OTM3-a-body-is-moving-along-a-straight-line-according-to-the-equation-of-motion-x-t-2-3-t-4-where-x-is-in-metre-and-t-is-in-seconds-what-is-the-acceleration-of-the-body-when-it-comes-to-rest-1-zero-2-2-tex https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjkw-a-particle-starting-from-rest-undergoes-a-rectilinear-motion-with-an-acceleration-a-the-variation-of-acceleration-with-time-t-is-shown-in-the-diagram-the-final-velocity-of-the-object-during-its-motion https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQ2MDEw-a-particle-moves-a-distance-x-in-time-t-according-to-equation-x-t-5-1-the-acceleration-of-the-particle-is-proportional-to-1-text-velocity-frac-3-2-2-text-distance-2-3-text-distance-2-4-text-velocity-f https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcwOTkw-the-velocity-v-of-an-object-varies-with-its-position-x-on-a-straight-line-as-v-3-sqrt-x-its-acceleration-versus-time-a-text-t-graph-is-best-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQ2MDEz-a-point-moves-in-a-straight-line-so-that-its-displacement-is-x-m-at-time-t-sec-given-by-x-2-t-2-1-its-acceleration-in-text-m-s-2-at-time-1-sec-is-1-frac-1-x-2-frac-1-x-frac-1-x-3-3-frac-2-x-4-frac-t-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQwMjIy-given-below-are-two-statements-assertion-a-a-particle-having-zero-acceleration-must-have-a-constant-speed-reason-r-a-particle-having-constant-speed-must-have-zero-acceleration-1-both-a-and-r-are-true https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQyMTM5-a-particle-is-thrown-vertically-upward-its-velocity-at-half-of-the-height-is-10-m-s-then-the-maximum-height-attained-by-it-is-g-10-m-s2-1-8-m-2-20-m-3-10-m-4-16-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTMzMzc-a-particle-moves-in-a-straight-line-with-a-constant-acceleration-it-changes-its-velocity-from-10-ms-1-to-20-ms-1-while-covering-a-distance-of-135-m-in-t-seconds-the-value-of-t-is-1-10-2-1-8-3-12-4-9-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTkzOTkw-a-particle-starts-from-rest-with-constant-acceleration-and-acquires-velocity-20-m-s-in-5-s-the-distance-travelled-by-the-particle-in-the-next-2-s-will-be-1-50-m-2-48-m-3-100-m-4-150-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQ1OTcy-a-stone-falls-freely-from-rest-from-a-height-h-and-it-travels-a-distance-of-frac-9-h-25-in-the-last-second-the-value-of-h-is-1-145-m-2-100-m-3-122-5-m-4-200-ms-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjY1NjQx-a-man-throws-some-balls-with-the-same-speed-vertically-upwards-one-after-the-other-at-an-interval-of-2-seconds-what-should-be-the-speed-of-the-throw-so-that-more-than-two-balls-are-in-the-sky-at-any-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjcwNDk3-a-ball-is-thrown-vertically-upwards-with-a-velocity-of-20-m-s-from-the-top-of-a-multistorey-building-the-height-of-the-point-from-where-the-ball-is-thrown-is-25-0-m-from-the-ground-how-long-will-it-be https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjY1NjEy-if-a-ball-is-thrown-vertically-upwards-with-speed-u-the-distance-covered-during-the-last-t-seconds-of-its-ascent-is-1-ut-2-frac-1-2-gt-2-3-ut-frac-1-2-gt-2-4-u-gt-t-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTc3MzU1-a-helicopter-moving-vertically-upwards-releases-a-packet-when-it-is-at-a-certain-height-above-the-ground-the-packet-initially-moves-upwards-for-a-time-t-1-and-then-falls-downwards-for-a-time-t-2-until https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcxMDI1-starting-from-rest-a-car-accelerates-uniformly-at-the-rate-of-1-text-m-s-2-for-some-time-then-decelerates-uniformly-at-the-rate-of-2-text-m-s-2-and-finally-comes-to-rest-after-a-journey-of-1-minute-th https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcwMjU3-a-particle-is-allowed-to-fall-from-rest-from-a-height-h-which-of-the-following-represents-its-velocity-versus-time-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTI1MzE-a-ball-is-dropped-from-a-high-rise-platform-at-t-0-starting-from-rest-after-6-seconds-another-ball-is-thrown-downwards-from-the-same-platform-with-speed-v-the-two-balls-meet-after-18-seconds-what-is-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQxMjQ2-select-the-correct-option-based-on-the-statements-given-below-assertion-a-a-body-can-have-acceleration-even-if-its-velocity-is-zero-at-a-given-instant-of-time-reason-r-a-body-is-momentarily-at-rest-wh https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjY0NTA3-a-body-starts-falling-from-height-h-and-if-it-travels-a-distance-of-frac-h-2-during-the-last-second-of-motion-then-the-time-of-flight-is-in-seconds-1-sqrt-2-1-2-2-sqrt-2-3-sqrt-2-sqrt-3-4-sqrt-3-2-1-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzNjUx-a-falling-stone-from-rest-takes-0-2-text-s-to-fall-past-a-window-on-path-which-is-1-text-m-high-from-how-far-above-the-top-of-window-was-the-stone-dropped-1-dfrac45-text-m-2-dfrac54-text-m-3-dfrac95-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcxMDMw-a-particle-is-moving-along-the-x-axis-such-that-its-velocity-varies-with-time-as-per-the-equation-v-20-left-1-frac-t-2-right-at-t-0-particle-is-at-the-origin-from-the-following-select-the-correct-posi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQ1OTcz-the-initial-velocity-of-a-particle-is-u-at-t-0-and-the-acceleration-f-is-given-by-at-which-of-the-following-relation-is-valid-1-v-u-a-t-2-2-v-u-a-frac-t-2-2-3-v-u-a-t-4-v-u-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTIyMTM3-the-displacement-time-graph-of-a-moving-particle-is-shown-in-the-figure-below-the-instantaneous-velocity-of-the-particle-is-negative-at-the-point-1-d-2-f-3-c-4-e-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTY0ODgz-the-position-x-of-a-particle-in-a-straight-line-motion-is-given-by-x-2-10-t-5-t-2-text-m-its-velocity-v-is-best-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQ2MDEx-a-particle-shows-distance-time-curve-as-given-in-this-figure-the-maximum-instantaneous-velocity-of-the-particle-is-around-the-point-1-b-2-c-3-d-4-a-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTIyODUx-a-ball-is-thrown-vertically-upwards-then-the-velocity-time-v-text-t-graph-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTc3MDE-a-ball-is-dropped-vertically-from-a-height-h-above-the-ground-it-hits-the-ground-and-bounces-up-vertically-to-a-height-of-frac-h-2-neglecting-subsequent-motion-and-air-resistance-its-velocity-v-varies https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcwMzU2-the-graph-below-shows-position-as-a-function-of-time-for-two-trains-running-on-parallel-tracks-which-of-the-following-statements-is-true-1-at-time-t-b-both-the-trains-have-the-same-velocity-2-both-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcwMjYx-a-particle-is-moving-along-the-positive-x-axis-with-some-initial-velocity-the-acceleration-time-graphs-are-shown-in-which-case-the-velocity-of-the-particle-will-increase-for-the-entire-time-between-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQ1OTcw-for-the-following-acceleration-versus-time-graph-the-corresponding-velocity-versus-displacement-graph-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcwODcy-two-stones-are-thrown-vertically-up-simultaneously-with-different-velocities-which-of-the-following-graphs-represents-the-relative-separation-delta-y-between-them-as-a-function-of-time-t-1-2-3-4-1-2-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTMwODcx-in-the-following-displacement-x-versus-time-t-graph-at-which-points-p-q-and-r-will-the-object-s-speed-be-increasing-1-r-only-2-p-only-3-q-and-r-only-4-p-q-r-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjA1NDg1-two-trains-each-of-length-100-m-are-moving-parallel-towards-each-other-at-speeds-72-km-h-and-36-km-h-respectively-in-how-much-time-will-they-cross-each-other-1-4-5-text-s-2-6-67-text-s-3-3-5-text-s-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-pb246OTc3MDQ-a-car-a-is-traveling-on-a-straight-level-road-at-a-uniform-speed-of-60-km-h-it-is-followed-by-another-car-b-which-is-moving-at-a-speed-of-70-km-h-when-the-distance-between-them-is-2-5-km-car-b-is-give https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTcxMTU3-suppose-you-are-riding-a-bike-with-a-speed-of-20-text-m-s-due-east-relative-to-a-person-a-who-is-walking-on-the-ground-towards-the-east-if-your-friend-b-walking-on-the-ground-due-west-measures-your-sp https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTQ1OTc2-two-cars-a-and-b-are-travelling-in-the-same-direction-with-velocities-v-1-and-v-2-v-1-v-2-1-d-dfrac-left-v-1-v-2-right-2-2-a-4-d-dfrac-v-1-2-v-2-2-2-a-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTA3MDM1-a-ball-is-thrown-vertically-upwards-with-a-velocity-u-with-respect-to-ground-from-a-balloon-descending-with-velocity-v-with-respect-to-ground-the-ball-will-pass-the-balloon-after-time-1-frac-u-v-2g-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTkyNzkw-when-a-ruler-falls-vertically-5-different-persons-catch-it-with-different-reaction-times-g-9-8-text-m-s-2-mathrm-a-person-a-has-reaction-time-of-0-20-s-mathrm-b-person-b-has-reaction-time-of-0-22-s-ma https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTkyNzY1-the-following-plots-show-variation-of-velocity-v-with-time-t-of-a-ball-thrown-vertically-upward-and-falling-back-which-of-the-following-plots-is-are-correct-mathrm-a-mathrm-b-mathrm-c-mathrm-d-mathrm https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTk4MTg4-consider-a-particle-moving-along-a-straight-line-whose-position-as-a-function-of-time-is-given-by-s-t-alpha-t-2-beta-t-gamma-where-alpha-1-text-ms-2-beta-6-text-ms-1-and-gamma-5-text-m-the-average-spe https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTM1MTI3-two-cities-x-and-y-are-connected-by-a-regular-bus-service-with-a-bus-leaving-in-either-direction-every-t-text-min-a-girl-is-driving-scooty-with-a-speed-of-60-text-km-h-in-the-direction-x-to-y-notices https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTM1MTIw-in-some-appropriate-units-time-t-and-position-x-relation-of-a-moving-particle-is-given-by-t-x-2-x-the-acceleration-of-the-particle-is-1-dfrac-2-x-1-3-2-dfrac-2-2x-1-3-dfrac-2-x-2-3-4-dfrac-2-2x-1-3-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDY4ODAw-a-particle-is-moving-along-the-x-text-axis-with-its-position-x-varying-with-time-t-as-x-alpha-t-4-beta-t-2-gamma-t-delta-the-ratio-of-its-initial-velocity-to-its-initial-acceleration-is-1-2-alpha-delt https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjUwOTA1-a-particle-covers-half-of-its-total-distance-with-speed-v-1-and-the-rest-half-distance-with-speed-v-2-its-average-speed-during-the-complete-journey-is-1-v1-v22v1-v22v1-v22-2-v1v2v1-v2v1v2v1-v2v1v2v1-v https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjY0NjUx-a-ball-of-mass-2-kg-and-another-of-mass-4-kg-are-dropped-together-from-a-60-feet-tall-building-after-a-fall-of-30-feet-each-towards-the-earth-their-respective-kinetic-energies-will-be-in-the-ratio-of https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MjY1MzQ0-a-particle-is-thrown-vertically-upward-its-velocity-at-half-its-height-is-10-m-s-then-the-maximum-height-attained-by-it-is-assume-g-10-m-s2-1-8-m-2-20-m-3-10-m-4-16-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDUwNzk1-among-the-four-graphs-fig-3-1-there-is-only-one-graph-for-which-average-velocity-over-the-time-intervel-0-t-can-vanish-for-a-suitably-chosen-t-which-one-is-it-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDUwNzk4-a-lift-is-coming-from-8th-floor-and-is-just-about-to-reach-4th-floor-taking-ground-floor-as-origin-and-positive-direction-upwards-for-all-quantities-which-one-of-the-following-is-correct-1-x0-2-x-0-v0 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDUwODAw-in-one-dimensional-motion-instantaneous-speed-v-satisfies-0-leq-v-1-the-displacement-in-time-t-must-always-take-non-negative-values-2-the-displacement-x-in-time-t-satisfies-v-0-mathrm-t-3-the-accelera https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDUwODAy-a-vehicle-travels-half-the-distance-l-with-speed-v-1-and-the-other-half-with-speed-v-2-then-its-average-speed-is-1-frac-v-1-v-2-2-2-frac-2-v-1-v-2-v-1-v-2-3-frac-2-v-1-v-2-v-1-v-2-4-frac-l-left-v-1-v https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDUwODA0-the-displacement-of-a-particle-is-given-by-x-t-2-2-where-x-is-in-metres-and-t-in-seconds-the-distance-covered-by-the-particle-in-first-4-seconds-is-1-4-m-2-8-m-3-12-m-4-16-m-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDUwODEw-a-graph-of-x-versus-t-is-shown-in-the-figure-choose-correct-alternatives-from-below-a-the-particle-was-released-from-rest-at-t-0-b-at-b-the-acceleration-a-0-c-at-c-the-velocity-and-the-acceleration-va https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDUwODEx-for-the-one-dimensional-motion-described-by-x-t-sin-t-a-x-t-0-for-all-t-0-b-v-t-0-for-all-t-0-c-a-t-0-for-all-t-0-d-v-t-0-lies-between-0-and-2-choose-the-correct-option-1-b-c-2-a-b-d-3-a-d-4-b-d-1-2-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQxMjU1-given-below-are-two-statements-assertion-a-parabolic-curve-of-velocity-versus-time-implies-that-its-acceleration-varies-linearly-with-time-reason-r-parabolic-curve-represent-quadratic-function-and-acc https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQxMjQ4-given-below-are-two-statements-assertion-a-in-the-presence-of-air-friction-if-the-ball-is-thrown-vertically-upwards-the-time-of-ascent-is-less-than-the-time-of-descent-reason-r-force-due-to-air-fricti https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQxMjQ3-given-below-are-two-statements-assertion-a-a-body-may-have-velocity-that-changes-in-both-magnitude-and-direction-yet-still-experience-constant-acceleration-reason-r-acceleration-is-defined-as-the-rate https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQwMTU4-given-below-are-two-statements-assertion-a-two-balls-of-different-masses-are-thrown-vertically-upward-with-the-same-speed-they-will-pass-through-their-point-of-projection-in-the-downward-direction-wit https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQwMDEx-given-below-are-two-statements-assertion-a-the-average-velocity-of-the-object-over-an-interval-of-time-is-either-smaller-than-or-equal-to-the-average-speed-of-the-object-over-the-same-interval-reason https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzMxMDA0-which-of-the-following-statements-is-true-about-the-motion-depicted-in-the-diagram-1-the-acceleration-is-constant-and-non-zero-2-the-velocity-changes-suddenly-during-the-motion-3-the-velocity-is-posit https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzIzODMw-two-particles-a-and-b-are-projected-in-a-plane-as-shown-in-the-figure-the-incorrect-statement-is-1-velocity-of-b-is-more-than-the-velocity-of-a-2-velocity-of-a-is-more-than-the-velocity-of-b-3-magnitu https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTYw-pick-the-correct-statements-a-average-speed-of-a-particle-in-a-given-time-is-never-less-than-the-magnitude-of-the-average-velocity-b-it-is-possible-to-have-a-situation-in-which-frac-d-vec-v-d-t-neq-0 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTQ3-a-person-travelling-on-a-straight-line-moves-with-a-uniform-velocity-v-1-for-some-time-and-with-uniform-velocity-v-2-for-the-next-equal-time-the-average-velocity-v-is-given-by-1-v-dfrac-v-1-v-2-2-2-v https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTQ4-a-person-traveling-on-a-straight-line-moves-with-a-uniform-velocity-v-1-for-a-distance-x-and-with-a-uniform-velocity-v-2-for-the-next-equal-distance-the-average-velocity-v-is-given-by-1-v-frac-v-1-v-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTUw-a-person-standing-near-the-edge-of-the-top-of-a-building-throws-two-balls-a-and-b-the-ball-a-is-thrown-vertically-upward-and-b-is-thrown-vertically-downward-with-the-same-speed-the-ball-a-hits-the-gro https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTU5-a-particle-moves-along-the-x-text-axis-with-displacement-x-u-t-2-a-t-2-2-where-u-and-a-are-constants-and-t-is-time-in-seconds-consider-the-following-statements-a-the-initial-velocity-of-the-particle-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTYx-an-object-may-have-a-varying-speed-without-having-a-varying-velocity-b-varying-velocity-without-having-varying-speed-c-non-zero-acceleration-without-having-a-varying-velocity-d-non-zero-acceleration-w https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTY0-the-velocity-of-a-particle-is-zero-at-t-0-a-the-acceleration-at-t-0-must-be-zero-b-the-acceleration-at-t-0-may-be-zero-c-if-the-acceleration-is-zero-from-t-0-to-t-10-s-the-speed-is-also-zero-in-this-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTY1-mark-the-correct-statements-1-the-magnitude-of-the-velocity-of-a-particle-is-equal-to-its-speed-2-the-magnitude-of-average-velocity-in-an-interval-is-equal-to-its-average-speed-in-that-interval-3-it-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTY2-the-velocity-time-v-text-t-plot-for-a-particle-moving-in-a-straight-line-is-shown-in-the-figure-based-on-the-graph-evaluate-the-following-statements-a-the-particle-has-a-constant-acceleration-b-the-pa https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTY3-the-figure-shows-the-position-of-a-particle-moving-on-the-mathrm-x-axis-as-a-function-of-time-a-the-particle-has-come-to-rest-6-times-b-the-maximum-speed-is-at-t-6-mathrm-s-c-the-velocity-remains-posi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzAyMTY4-the-accelerations-of-a-particle-as-seen-from-two-frames-s1-and-s2-have-equal-magnitude-4-m-s2-1-the-frames-must-be-at-rest-with-respect-to-each-other-2-the-frames-may-be-moving-with-respect-to-each-ot https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM2NDYx-a-ball-a-is-projected-vertically-upward-a-second-ball-b-is-projected-horizontally-with-the-same-initial-speed-as-the-first-the-relative-velocity-of-ball-a-with-respect-to-b-1-is-constant-in-magnitude https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mzk0Mzc1-a-ball-thrown-vertically-upward-is-observed-to-move-upward-with-a-speed-v-1-at-time-t-1-and-a-speed-v-2-downward-at-time-t-2-the-acceleration-of-the-ball-is-downward-1-dfrac-v-2-v-1-t-2-t-1-2-dfrac-v https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTMwODY2-a-ball-is-dropped-vertically-from-height-h-and-bounces-elastically-on-the-floor-see-figure-which-of-the-following-plots-best-depicts-the-acceleration-of-the-ball-as-a-function-of-time-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM1MTA5-two-cars-a-and-b-start-moving-along-the-same-straight-road-from-the-same-point-simultaneously-the-first-car-a-accelerates-uniformly-to-a-maximum-speed-of-v-0-and-then-decelerates-uniformly-to-a-stop-t https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDA0NTk1-the-line-ab-makes-a-45-circ-angle-with-the-x-axis-but-it-moves-along-the-negative-y-axis-with-a-speed-of-1-text-m-s-the-velocity-of-the-intersection-c-of-ab-with-x-axis-is-1-1-text-m-s-along-the-posit https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MTMwODY1-the-accompanying-graph-of-position-x-versus-time-t-represents-the-motion-of-a-particle-if-p-and-q-are-both-positive-constants-the-expression-that-best-describes-the-acceleration-of-the-particle-is-1-a https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mzk0Mzc3-a-ball-thrown-vertically-upward-is-observed-to-move-upward-with-a-speed-v-1-at-time-t-1-and-a-speed-v-2-downward-at-time-t-2-the-average-velocity-of-the-ball-during-the-motion-is-downward-1-large-frac https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzA2MDUy-a-ball-is-thrown-vertically-upward-and-it-reaches-the-highest-point-in-4-text-s-immediately-a-second-ball-is-thrown-upwards-with-an-initial-speed-that-is-twice-that-of-the-first-the-second-ball-meets https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM4MDc5-two-cars-a-and-b-each-5-text-m-long-are-travelling-along-parallel-lanes-with-speeds-of-36-text-km-hr-and-72-text-km-hr-the-car-b-is-just-behind-the-car-a-but-is-beginning-to-overtake-what-will-be-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzA2MTIx-a-particle-projected-vertically-under-gravity-passes-a-certain-level-on-the-way-up-at-a-time-t-1-and-on-the-way-down-at-a-time-t-2-after-it-was-projected-the-speed-of-projection-is-1-dfrac-1-2-g-left https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQzNDMz-a-bullet-is-shot-vertically-downwards-with-an-initial-velocity-of-100-m-s-from-a-certain-height-within-10-s-the-bullet-reaches-the-ground-and-instantaneously-comes-to-rest-due-to-a-perfectly-inelastic https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzEyMzc0-a-man-driving-a-scooter-at-15-text-m-s-brakes-at-the-rate-of-2-text-m-s-2-his-speed-after-10-text-s-after-the-application-of-brakes-will-be-1-5-text-m-s-2-5-text-m-s-3-0-text-m-s-4-10-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQzNzAw-a-ball-is-thrown-vertically-upwards-with-a-velocity-of-19-6-text-ms-1-from-the-top-of-a-tower-the-ball-strikes-the-ground-after-6-text-s-the-height-from-the-ground-up-to-which-the-ball-can-rise-will-b https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzU3Nzcx-an-athlete-runs-along-a-straight-track-she-begins-from-rest-and-accelerates-uniformly-for-2-text-s-reaching-a-speed-of-9-text-m-s-she-then-runs-at-this-constant-speed-for-a-certain-duration-before-dec https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDE4NDc2-two-particles-move-with-constant-speeds-of-3-text-m-s-and-5-text-m-s-along-the-periphery-of-a-square-abcd-of-side-2-text-m-as-shown-they-start-from-a-at-the-same-time-their-average-accelerations-over https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDM1OTQ3-two-particles-a-b-start-moving-from-the-same-point-with-initial-velocities-and-accelerations-particles-rightarrow-a-b-initial-velocity-vec-u-vec-u-acceleration-vec-a-zero-the-vector-overrightarrow-ab https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzM2NjY2-a-small-particle-slides-up-and-down-along-a-smooth-path-abc-angle-b-90-circ-under-the-action-of-gravity-coming-to-a-stop-briefly-at-the-highest-points-a-c-of-the-path-abc-the-path-is-rounded-at-b-to-f https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQzMTM2-a-particle-moves-along-a-straight-line-with-its-velocity-v-varying-as-the-square-root-of-its-displacement-x-text-v-propto-sqrt-x-then-its-acceleration-varies-as-1-dfrac-1-sqrt-x-2-x-3-2-3-x-3-2-4-x-0 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDA0NjAz-given-below-are-two-statements-statement-i-if-the-displacement-of-a-particle-varies-quadratically-as-the-time-elapsed-the-particle-moves-with-a-constant-acceleration-statement-ii-the-distance-travelle https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzA2MDUw-a-man-a-has-to-throw-a-ball-vertically-up-to-a-partner-b-who-is-standing-up-above-his-level-by-15-text-m-the-b-partner-can-catch-the-ball-only-when-it-comes-downwards-with-a-maximum-speed-of-10-text-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDA0NjEx-consider-a-chessboard-as-shown-in-the-figure-where-the-width-of-each-square-is-2-text-cm-assume-that-all-pieces-are-kept-at-the-centres-of-the-squares-before-and-after-a-move-also-assume-that-each-sin https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTg4MzY5-two-cars-a-and-b-are-moving-in-the-same-direction-along-a-straight-line-with-speeds-100-text-km-h-and-80-text-km-h-respectively-such-that-car-a-is-moving-ahead-of-car-b-throws-a-stone-with-a-speed-v-s https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTg4ODU4-the-equation-of-motion-of-a-particle-is-given-by-x-a-sin-left-50t-dfrac-pi-3-right-text-cm-the-particle-will-come-to-rest-at-time-t-1-and-it-will-have-zero-acceleration-at-time-t-2-the-t-1-and-t-2-res https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTg5NzIw-from-18-text-m-height-above-the-ground-a-ball-is-dropped-from-rest-the-height-above-the-ground-at-which-the-magnitude-of-velocity-equal-to-the-magnitude-of-acceleration-in-the-same-set-of-units-due-to https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTg5MDgy-the-velocity-v-versus-time-t-plot-of-a-particle-is-shown-in-the-figure-for-a-time-interval-of-40-text-s-the-total-distance-travelled-by-the-particle-and-the-average-velocity-during-this-period-are-res https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTg5MjE1-a-new-unit-a-length-is-chosen-such-that-it-is-equal-to-the-speed-of-light-in-vacuum-what-is-the-distance-between-venus-and-earth-in-terms-of-a-units-if-light-takes-6-min-40-text-s-to-cover-this-distan https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTg5MjI1-a-gas-balloon-is-going-up-with-a-constant-velocity-of-10-text-m-s-when-this-balloon-reached-a-height-of-75-text-m-a-stone-is-dropped-from-it-and-balloon-keeps-moving-up-with-the-same-velocity-the-heig https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTg5NjM1-two-masses-of-3-4-text-kg-and-2-5-text-kg-are-accelerated-from-an-initial-speed-of-5-text-m-s-and-12-text-m-s-respectively-the-distances-traversed-by-the-masses-in-the-5-text-th-second-are-104-text-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTgxODA1-a-block-is-sliding-down-on-an-inclined-plane-of-slope-theta-and-at-an-instant-t-0-this-block-is-given-an-upward-momentum-so-that-it-starts-moving-up-on-the-inclined-surface-with-velocity-u-the-distanc https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTgxODM5-a-paratrooper-jumps-from-an-aeroplane-and-opens-a-parachute-after-2-text-s-of-free-fall-and-starts-deaccelerating-with-3-text-m-s-2-at-10-m-height-from-ground-while-descending-with-the-help-of-parachu https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTgxNzQy-the-velocity-v-distance-x-graph-is-shown-in-figure-which-graph-represents-a-versus-distance-x-variation-of-this-system-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTgyMDAz-water-drops-fall-from-a-tap-on-the-floor-5-text-m-below-at-regular-intervals-of-time-the-first-drop-strikes-the-floor-when-the-sixth-drop-begins-to-fall-the-height-at-which-the-fourth-drop-will-be-fro https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTgyNDAy-a-particle-of-mass-m-falls-from-rest-through-a-resistive-medium-having-resistive-force-f-kv-where-v-is-the-velocity-of-the-particle-and-k-is-a-constant-which-of-the-following-graphs-represents-velocit https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTgyNTcz-a-particle-starts-moving-from-time-t-0-and-its-coordinate-is-given-as-x-t-4t-3-3t-mathrm-a-the-particle-returns-to-its-original-position-origin-0-866-units-later-mathrm-b-the-particle-is-1-unit-away-f https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTQxMDc0-the-displacement-x-versus-time-graph-is-shown-below-mathrm-a-the-average-velocity-during-0-to-3-text-s-is-10-text-m-s-mathrm-b-the-average-velocity-during-3-to-5-text-s-is-0-text-m-s-mathrm-c-the-inst https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTQwODk2-a-particle-moves-along-the-text-axis-and-has-its-displacement-x-varying-with-time-t-according-to-the-equation-x-c-0-left-t-2-2-right-c-t-2-2-where-c-0-and-c-are-constants-of-appropriate-dimensions-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTQwODUz-which-of-the-following-curves-possibly-represent-one-dimensional-motion-of-a-particle-mathrm-a-mathrm-b-mathrm-c-mathrm-d-choose-the-correct-answer-from-the-options-given-below-1-mathrm-a-b-text-and-c https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTQwNzA2-a-sportsman-runs-around-a-circular-track-of-radius-r-such-that-he-traverses-the-path-ab-the-distance-travelled-and-displacement-respectively-are-1-3-pi-r-pi-r-2-2-r-3-pi-r-3-pi-r-3-r-4-3-pi-r-2-r-1-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTQwNjc0-a-person-travelling-on-a-straight-line-moves-with-a-uniform-velocity-v-1-for-a-distance-x-and-with-a-uniform-velocity-v-2-for-the-next-dfrac-3x-2-distance-the-average-velocity-in-this-motion-is-dfrac https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTM2MDg0-the-velocity-time-graph-of-an-object-moving-along-a-straight-line-is-shown-in-figure-what-is-the-distance-covered-by-the-object-between-t-0-text-to-t-4s-1-30-text-m-2-13-text-m-3-11-text-m-4-10-text-m https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTM1ODg4-two-cars-p-and-q-are-moving-on-a-road-in-the-same-direction-acceleration-of-car-p-increases-linearly-with-time-whereas-car-q-moves-with-a-constant-acceleration-both-cars-cross-each-other-at-time-t-0-f https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTM1ODM0-the-motion-of-an-airplane-is-represented-by-velocity-time-graph-as-shown-below-the-distance-covered-by-airplane-in-the-first-30-5-second-is-1-3-text-km-2-6-text-km-3-9-text-km-4-12-text-km-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTIxMzEz-a-bus-moving-along-a-straight-highway-with-speed-of-72-text-km-h-is-brought-to-halt-within-4-text-s-after-applying-the-brakes-the-distance-travelled-by-the-bus-during-this-time-assume-the-retardation https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTE5OTMx-a-particle-moves-in-a-straight-line-so-that-its-displacement-x-at-any-time-t-is-given-by-x-2-1-t-2-its-acceleration-at-any-time-t-is-x-n-where-n-1-3-2-3-3-1-4-1-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NTE3NTgw-a-train-starting-from-rest-first-accelerates-uniformly-up-to-a-speed-of-80-text-km-h-for-time-t-then-it-moves-with-a-constant-speed-for-time-3t-the-average-speed-of-the-train-for-this-duration-of-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc4Mjg5-if-the-velocity-of-the-particle-is-given-by-v-4-sqrt-x-then-the-acceleration-of-the-particle-is-1-2-text-m-s-2-2-4-text-m-s-2-3-8-text-m-s-2-4-16-text-m-s-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU3MDMy-an-object-is-dropped-from-rest-at-point-p-it-crosses-two-points-a-and-b-in-a-time-interval-of-2-text-s-where-the-distance-ab-80-text-m-if-g-10-text-m-s-2-then-what-is-the-distance-ap-in-metres-1-70-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU3MDI2-a-bullet-is-fired-into-a-fixed-target-it-loses-1-over-3-text-rd-of-its-velocity-after-travelling-4-text-cm-it-penetrates-further-p-times10-3-text-m-before-coming-to-rest-find-p-1-35-2-30-3-40-4-32-1-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU1NzE5-a-particle-has-uniform-acceleration-if-its-displacement-from-t-to-t-1-second-is-120-text-m-and-the-change-in-velocity-is-50-text-m-s-then-its-displacement-in-t-2-second-is-1-100-text-m-2-120-text-m-3 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU1Njcx-if-a-particle-starting-from-rest-having-constant-acceleration-covers-the-distance-s-1-in-first-p-1-seconds-and-s-2-in-the-first-p-seconds-then-find-the-time-for-which-displacement-is-s-1-s-2-1-sqrt-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU0OTQ1-a-particle-moves-along-a-straight-line-and-its-displacement-at-time-t-seconds-is-given-by-s-2t-2-5-text-m-what-is-the-velocity-of-the-particle-at-t-1-text-s-1-4-text-m-s-2-2-text-m-s-3-6-text-m-s-4-7 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDU0ODA2-a-particle-moves-in-one-dimension-such-that-its-position-x-in-metres-and-time-t-in-seconds-are-related-by-t-alpha-x-2-beta-x-where-alpha-and-beta-are-constants-what-is-the-relation-between-its-velocit https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDM3OTkx-a-particle-is-moving-in-a-straight-line-with-constant-acceleration-with-an-initial-velocity-of-zero-the-ratio-of-distance-travelled-by-the-particle-in-n-1-text-th-second-to-that-in-n-text-th-second-wh https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDM3OTY2-a-particle-covers-102-5-text-m-in-n-text-th-second-and-115-text-m-in-n-2-text-th-second-then-the-acceleration-of-the-particle-is-1-dfrac-25-4-text-ms-2-2-dfrac-27-4-text-ms-2-3-dfrac-34-4-text-ms-2-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY3Mjgz-an-object-travels-a-distance-x-with-a-constant-speed-v-1-and-then-covers-another-equal-distance-x-with-a-different-constant-speed-v-2-the-average-velocity-v-for-the-entire-journey-is-given-by-1-v-left https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY3MTM1-the-graph-shows-the-position-time-x-text-t-relation-for-two-students-mathrm-a-and-mathrm-b-from-school-to-their-home-a-mathrm-a-is-faster-than-mathrm-b-b-mathrm-b-is-faster-than-mathrm-a-c-mathrm-b-li https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY2ODM1-given-below-are-two-statements-statement-i-we-can-get-displacement-from-the-acceleration-time-graph-statement-ii-we-can-get-acceleration-from-the-velocity-time-graph-1-both-statement-i-and-statement-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY2Nzc1-a-particle-moves-from-a-to-b-via-c-with-uniform-speed-of-pi-m-s-the-average-velocity-during-the-journey-is-1-sqrt-3-text-m-s-2-dfrac-sqrt-3-2-text-m-s-3-dfrac-3-sqrt-3-2-text-m-s-4-2-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY2NzYx-if-position-of-particle-is-changing-with-time-as-r-t-2-2t-text-m-the-velocity-of-the-particle-at-t-2-text-s-is-1-2-text-m-s-2-3-text-m-s-3-0-text-m-s-4-4-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY2NjM3-the-position-x-of-a-particle-moving-along-the-x-text-axis-varies-with-time-t-according-to-the-equation-x-2-5t-2-what-is-the-speed-of-the-particle-at-t-5-s-1-5-m-s-2-10-m-s-3-25-m-s-4-50-m-s-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY2NjI1-two-identical-trains-cross-each-other-moving-on-parallel-tracks-opposite-in-direction-speed-of-one-of-the-train-is-70-km-hr-and-second-train-has-a-speed-of-110-km-hr-if-it-takes-8-seconds-for-two-trai https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY3Mzg5-velocity-of-particle-moving-along-a-straight-line-is-shown-in-figure-the-distance-and-displacement-travelled-by-the-body-is-1-250-text-m-and-150-text-m-2-250-text-m-and-250-text-m-3-150-text-m-and-150 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzY3NDQ3-a-particle-is-thrown-vertically-upward-with-initial-velocity-of-150-m-s-find-the-ratio-of-its-speed-at-t-3-seconds-and-t-5-seconds-take-g-10-m-s2-1-2-1-2-1-1-3-1-2-1-4-1-5-1-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzYzMTA2-the-position-time-graph-for-a-particle-is-parabolic-as-shown-in-the-figure-choose-the-corresponding-v-text-t-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzYzMDMx-a-train-moving-with-initial-speed-20-m-s-applies-brakes-to-stop-at-the-incoming-station-which-is-500-m-ahead-if-brakes-are-applied-after-moving-250-m-then-how-much-beyond-the-station-train-would-stop https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzYyOTY4-a-stone-is-thrown-vertically-up-with-speed-v-0-from-a-cliff-of-height-h-what-would-be-the-average-speed-of-the-ball-till-the-moment-it-reaches-ground-given-h-100-m-v-0-10-m-s-g-10-m-s-2-1-64-over-1-sq https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ2MTQx-when-a-ball-is-dropped-into-a-lake-from-a-height-4-9-m-above-the-water-level-it-hits-the-water-with-a-velocity-v-and-then-sinks-to-the-bottom-with-the-constant-velocity-v-it-reaches-the-bottom-of-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ1NjQ2-from-the-top-of-a-tower-a-ball-is-thrown-vertically-upward-which-reaches-the-ground-in-6-s-a-second-ball-thrown-vertically-downward-from-the-same-position-with-the-same-speed-reaches-the-ground-in-1-5 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ1NTkw-a-ball-is-released-from-a-height-h-if-t1-and-t2-be-the-time-required-to-complete-the-first-half-and-second-half-of-the-distance-respectively-then-the-correct-relation-between-t1-and-t2-is-1-mathrm-t-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ1NTc5-a-juggler-throws-balls-vertically-upward-with-the-same-initial-speed-he-throws-n-balls-per-second-if-he-throws-the-next-ball-just-as-the-previous-one-reaches-its-maximum-height-what-is-the-maximum-hei https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQ1NDA3-a-ball-is-thrown-up-vertically-with-a-certain-velocity-so-that-it-reaches-a-maximum-height-h-the-ratio-of-the-times-in-which-it-is-at-height-h-over-3-while-going-up-and-coming-down-respectively-is-1-f https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQzNzUz-a-small-toy-starts-from-rest-and-moves-with-a-constant-acceleration-it-travels-10-text-m-in-the-first-t-text-seconds-how-far-will-it-travel-in-the-next-t-text-seconds-text-1-10-text-m-2-20-text-m-3-30 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQzNzEw-two-balls-a-and-b-are-placed-at-the-top-of-a-180-m-tall-tower-ball-a-is-released-from-the-top-at-t-0-s-ball-b-is-thrown-vertically-down-with-an-initial-velocity-u-at-t-2-s-after-a-certain-time-both-ba https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQzNjQ0-an-ncc-parade-is-going-on-at-a-uniform-speed-of-9-km-h-under-a-mango-tree-on-which-a-monkey-is-sitting-at-a-height-of-19-6-m-at-any-particular-instant-the-monkey-drops-a-mango-a-cadet-will-receive-the https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQzNjEw-a-block-a-takes-2-s-to-slide-down-a-frictionless-incline-of-30-circ-and-length-l-kept-inside-a-lift-going-up-with-uniform-velocity-v-if-the-incline-is-changed-to-45-circ-the-time-taken-by-the-block-to https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246MzQzMzQ2-a-particle-is-moving-in-a-straight-line-such-that-its-velocity-is-increasing-at-5-ms-1-per-meter-the-acceleration-of-the-particle-at-a-point-where-its-velocity-is-20-ms-1-is-1-100-ms-2-2-200-ms-2-3-30 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc5MTEy-two-spherical-balls-having-equal-masses-with-a-radius-of-5-text-cm-each-are-thrown-upwards-along-the-same-vertical-direction-at-an-interval-of-3-text-s-with-the-same-initial-velocity-of-35-text-m-s-th https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc5MDE1-the-instantaneous-velocity-of-a-particle-moving-along-a-straight-line-is-given-by-v-alpha-t-beta-t-2-where-alpha-and-beta-are-constants-the-distance-travelled-by-the-particle-during-the-interval-from https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc5MDAy-the-relation-between-time-t-and-distance-x-for-a-moving-body-is-given-as-t-mx-2-nx-where-m-and-n-are-constants-the-retardation-of-the-motion-is-where-v-stands-for-velocity-1-2n-2v-2-2-2mnv-3-3-2mv-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc4OTk3-a-balloon-was-moving-upwards-with-a-uniform-velocity-of-10-text-m-s-an-object-of-finite-mass-is-dropped-from-the-balloon-when-it-was-at-a-height-of-75-text-m-from-the-ground-level-the-height-of-the-ba https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc4ODkw-water-droplets-are-coming-from-an-open-tap-at-a-particular-rate-the-spacing-between-a-droplet-observed-at-4-text-th-second-after-its-fall-to-the-next-droplet-is-34-3-text-m-at-what-rate-the-droplets-a https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc4Mzk2-a-boy-reaches-the-airport-and-finds-that-the-escalator-is-not-working-he-walks-up-the-stationary-escalator-in-time-t-1-if-he-remains-stationary-on-a-moving-escalator-then-the-escalator-takes-him-up-in https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc4MzY0-the-position-velocity-and-acceleration-of-a-particle-moving-with-a-constant-acceleration-can-be-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc4MTIx-a-ball-is-thrown-up-with-a-certain-velocity-so-that-it-reaches-a-height-h-then-the-ratio-of-the-two-different-times-of-the-ball-reaching-frac-h-3-in-both-directions-is-1-frac-sqrt-2-1-sqrt-2-1-2-frac https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3NTUy-the-velocity-time-v-text-t-graph-of-a-body-moving-along-a-straight-line-is-shown-in-the-figure-the-ratio-of-displacement-to-distance-travelled-by-the-body-in-time-0-text-s-to-10-text-s-is-1-1-1-2-1-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc4MDM1-a-butterfly-is-flying-with-a-velocity-4-sqrt2-text-m-s-in-a-north-east-direction-the-wind-is-slowly-blowing-at-1-text-m-s-from-north-to-south-the-resultant-displacement-of-the-butterfly-in-3-seconds-i https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3ODYx-water-drops-are-falling-from-the-nozzle-of-a-shower-onto-the-floor-from-a-height-of-9-8-text-m-the-drops-fall-at-regular-intervals-of-time-when-the-first-drop-strikes-the-floor-at-that-instant-the-thi https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3ODM5-if-the-velocity-of-a-body-related-to-displacement-x-is-given-by-v-sqrt-5000-24-x-text-m-s-then-the-acceleration-of-the-body-is-1-3-text-m-s-2-2-6-text-m-s-2-3-9-text-m-s-2-4-12-text-m-s-2-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3NzYz-the-velocity-of-a-particle-is-v-v-0-g-t-ft-2-its-position-is-x-0-at-t-0-then-its-displacement-after-time-t-1-is-1-v-0-frac-g-2-frac-f-3-2-v-0-frac-g-2-f-3-v-0-2-g-3-f-4-v-0-g-f-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3NTMy-a-car-accelerates-from-rest-at-a-constant-rate-alpha-for-some-time-after-which-it-decelerates-at-a-constant-rate-beta-to-come-to-rest-if-the-total-time-elapsed-is-t-text-seconds-then-the-total-distanc https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc4OTI1-if-the-velocity-time-graph-has-the-shape-amb-what-would-be-the-shape-of-the-corresponding-acceleration-time-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc4ODcy-a-stone-is-dropped-from-the-top-of-a-building-when-it-crosses-a-point-5-m-below-the-top-another-stone-starts-to-fall-from-a-point-25-m-below-the-top-both-stones-reach-the-bottom-of-the-building-simult https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc4NjY5-the-distance-x-covered-by-a-particle-in-one-dimensional-motion-varies-with-time-t-as-x-2-at-2-2bt-c-the-acceleration-of-the-particle-depends-on-1-x-3-2-x-5-3-x-6-4-x-1-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc4NjUw-a-ball-is-dropped-from-the-top-of-a-100-text-m-high-tower-on-a-planet-in-the-last-dfrac-1-2-text-s-before-hitting-the-ground-it-covers-a-distance-of-19-text-m-acceleration-due-to-gravity-in-text-ms-2 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc5MzQy-the-speed-verses-time-graph-for-a-particle-is-shown-in-the-figure-the-distance-travelled-in-m-by-the-particle-during-the-time-interval-text-t-0-text-s-to-text-t-5-text-s-will-be-1-10-2-20-3-30-4-40-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc4Njk5-a-tennis-ball-is-released-from-a-height-h-and-after-freely-falling-on-a-wooden-floor-it-rebounds-and-reaches-height-frac-h-2-the-velocity-versus-height-of-the-ball-during-its-motion-may-be-represented https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc4NjU4-the-velocity-v-and-time-t-graph-of-a-body-in-a-straight-line-motion-is-shown-in-the-figure-the-point-s-occurs-at-4-333-seconds-the-total-distance-covered-by-the-body-in-6-s-is-1-12-text-m-2-dfrac-49-1 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3NTU4-a-passenger-train-of-length-60-text-m-travels-at-a-speed-of-80-text-km-hr-another-freight-train-of-length-120-text-m-travels-at-a-speed-of-30-text-km-hr-the-ratio-of-times-taken-by-the-passenger-train https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3NDY4-in-a-straight-road-car-race-car-a-reaches-the-finish-line-t-seconds-earlier-than-car-b-and-has-a-final-speed-v-greater-than-the-speed-of-car-b-both-cars-start-from-rest-and-move-with-constant-accelera https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc3Mzk4-the-position-of-a-particle-as-a-function-of-time-t-is-given-by-x-t-a-t-b-t-2-c-t-3-where-a-b-and-c-are-constants-when-the-particle-attains-zero-acceleration-then-its-velocity-will-be-1-a-frac-b-2-4-c https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc2OTA4-a-particle-is-moving-with-speed-v-b-sqrt-x-along-the-positive-x-axis-the-speed-of-the-particle-at-time-t-t-is-assume-that-the-particle-is-at-origin-at-t-0-1-dfrac-b-2t-sqrt-2-2-b-2t-3-dfrac-b-2t-2-4-d https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc2OTAx-a-ball-is-thrown-upward-with-an-initial-velocity-v-0-from-the-surface-of-the-earth-the-motion-of-the-ball-is-affected-by-a-drag-force-equal-to-myv-2-where-m-is-mass-of-the-ball-v-is-its-instantaneous https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc2Nzg0-a-ball-is-thrown-vertically-up-taken-as-z-axis-from-the-ground-the-correct-momentum-text-height-p-text-h-diagram-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3MTM4-the-velocity-time-graphs-of-a-car-and-a-scooter-are-shown-in-the-figure-i-the-difference-between-the-distance-travelled-by-the-car-and-the-scooter-in-15-text-s-and-ii-the-time-at-which-the-car-will-ca https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc4OTAy-the-four-graphs-below-are-intended-to-represent-the-same-motion-however-one-of-them-is-incorrect-identify-the-graph-that-does-not-accurately-depict-the-motion-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246NDc3MTMy-which-graph-corresponds-to-an-object-moving-with-a-constant-negative-acceleration-and-a-positive-velocity-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc5MzIz-a-body-is-projected-vertically-upward-and-then-allowed-to-fall-back-down-under-gravity-which-of-the-following-velocity-time-v-text-t-graphs-correctly-represents-its-motion-throughout-the-ascent-and-de https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc5NDc1-two-stones-are-thrown-simultaneously-from-the-edge-of-a-cliff-240-text-m-high-the-first-stone-is-thrown-upward-with-an-initial-speed-of-10-text-m-s-and-the-second-with-40-text-m-s-assuming-the-stones https://medminds.me/qbank/physics/motion-in-a-straight-line/?q=NP-b246Mjc5NzIw-from-a-tower-of-height-h-a-particle-is-thrown-vertically-upwards-with-a-speed-u-the-time-taken-by-the-particle-to-hit-the-ground-is-n-times-that-taken-by-it-to-reach-the-highest-point-of-its-path-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MjY1MzU-a-current-carrying-closed-loop-in-the-form-of-a-right-isosceles-triangle-abc-is-placed-in-xy-plane-in-a-uniform-magnetic-field-acting-along-the-y-axis-as-shown-in-the-figure-if-the-magnetic-force-on-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MjY1MzY-a-uniform-electric-field-and-a-uniform-magnetic-field-are-acting-in-the-same-direction-in-a-certain-region-if-a-proton-is-projected-in-this-region-such-that-its-velocity-is-pointed-along-the-direction https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MjY1Mzc-when-a-proton-is-released-from-rest-in-a-room-it-starts-with-an-initial-acceleration-a0-towards-the-east-when-it-is-projected-towards-the-north-with-a-speed-v0-it-moves-with-initial-acceleration-3a0-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MjY1NDk-if-the-planes-of-two-identical-concentric-coils-are-perpendicular-and-the-magnetic-moment-of-each-coil-is-m-then-the-resultant-magnetic-moment-of-the-two-coil-system-will-be-1-m-2-sqrt-2-m-3-3-m-4-2-m https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MjY1NTI-which-of-the-following-graphs-correctly-represents-the-variation-of-magnetic-field-induction-with-distance-due-to-a-thin-wire-carrying-current-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MjY1NTM-when-an-electron-enters-perpendicularly-in-a-magnetic-field-with-velocity-v-time-period-of-its-revolution-is-t-if-it-enters-in-the-same-magnetic-field-with-a-velocity-2v-then-its-time-period-will-be-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MjY1NTY-a-positively-charged-particle-descends-vertically-in-which-direction-will-the-horizontal-component-of-the-earth-s-magnetic-field-deflect-1-east-2-west-3-north-4-south-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MjY1NzM-what-is-the-magnetic-dipole-moment-of-the-given-loop-1-5-over-2-pi-r-2i-2-3-pi-r-2i-3-3-over-2-pi-r-2i-4-5-pi-r-2i-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MjY1OTQ-the-magnetic-field-at-center-due-to-the-orbital-motion-of-the-electron-in-the-hydrogen-atom-is-1-12-5-tesla-2-5-tesla-3-24-tesla-4-1-tesla-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246Mjk2MzI-the-figure-shows-a-particle-of-charge-q-and-mass-m-moving-with-velocity-v-along-the-x-axis-enters-a-region-of-the-uniform-magnetic-field-the-minimum-value-of-v-so-that-the-charge-q-is-deflected-by-an https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246Mjk2NDY-an-electron-is-traveling-along-the-x-direction-it-encounters-a-magnetic-field-in-the-y-direction-its-subsequent-motion-will-be-1-straight-line-along-the-x-direction-2-a-circle-in-the-xz-plane-3-a-circ https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246Mjk4NDg-a-closed-loop-of-any-shape-carrying-current-lies-in-the-x-text-y-plane-what-happens-when-a-uniform-magnetic-field-b-is-present-in-the-region-such-that-the-loop-experiences-zero-force-1-b-acts-along-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzAzMjM-a-galvanometer-of-resistance-240-omega-allows-only-4-of-the-main-current-after-connecting-a-shunt-resistance-what-is-the-value-of-shunt-resistance-1-10-omega-2-20-omega-3-8-omega-4-5-omega-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzAzMjk-the-dots-in-the-figure-depict-a-magnetic-field-that-is-perpendicular-to-the-plane-of-the-paper-and-emanates-from-it-the-trajectory-of-a-particle-in-the-plane-of-the-paper-is-depicted-by-the-curve-abc https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzA0MDk-a-long-solenoid-has-800-turns-per-meter-length-of-the-solenoid-a-current-of-1-6-a-flows-through-it-the-magnetic-induction-at-the-end-of-the-solenoid-on-its-axis-is-1-16-215-10-4t-2-8-215-10-4t-3-32-21 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzIyNzc-the-unit-of-reduction-factor-of-the-tangent-galvanometer-is-1-ampere-2-gauss-3-radian-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwMDU-in-order-to-pass-10-of-the-main-current-through-a-moving-coil-galvanometer-of-99-ohms-the-resistance-of-the-required-shunt-is-1-9-9-omega-2-10-omega-3-11-omega-4-9-omega-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwMDc-when-a-12-omega-resistor-is-connected-in-parallel-with-a-moving-coil-galvanometer-its-deflection-reduces-from-50-divisions-to-10-divisions-what-will-be-the-resistance-of-the-galvanometer-1-24-omega-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwMTY-a-voltmeter-has-a-resistance-of-g-ohms-and-range-v-volts-the-value-of-resistance-used-in-series-to-convert-it-into-a-voltmeter-of-range-nv-volts-is-1-ng-2-n-minus-1-g-3-gn-4-g-n-minus-1-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwMTc-which-of-the-following-statement-is-wrong-1-voltmeter-should-have-high-resistance-2-ammeter-should-have-low-resistance-3-ammeter-is-placed-in-parallel-across-the-conductor-in-a-circuit-4-voltmeter-is https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwMTk-a-moving-coil-galvanometer-has-a-resistance-of-50-omega-and-gives-full-scale-deflection-for-10-ma-how-could-it-be-converted-into-an-ammeter-with-a-full-scale-deflection-for-1a-1-50-99-omega-in-series https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwMjc-the-resistance-of-an-ideal-voltmeter-is-1-zero-2-very-low-3-very-large-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwMjk-the-net-resistance-of-a-voltmeter-should-be-large-to-ensure-that-1-it-does-not-get-overheated-2-it-draws-excessive-current-3-it-can-measure-large-potential-difference-4-it-does-not-appreciably-change https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwMzM-a-galvanometer-having-a-resistance-of-8-omega-is-shunted-by-a-wire-of-resistance-2-omega-if-the-total-current-is-1-text-a-the-part-of-it-passing-through-the-shunt-will-be-1-0-25-text-a-2-0-8-text-a-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwMzU-a-voltmeter-of-resistance-1000-omega-gives-full-scale-deflection-when-a-current-of-100-ma-flow-through-it-the-shunt-resistance-required-across-it-to-enable-it-to-be-used-as-an-ammeter-reading-1-a-at-f https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwMzk-if-an-ammeter-a-reads-2-a-and-the-voltmeter-v-reads-20-v-what-is-the-value-of-resistance-r-assuming-finite-resistances-of-ammeter-and-voltmeter-1-exactly-10-omega-2-less-than-10-omega-3-more-than-10-o https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwNDI-a-galvanometer-has-a-resistance-of-25-ohm-and-a-maximum-of-0-01-a-current-can-be-passed-through-it-in-order-to-change-it-into-an-ammeter-of-range-10-a-the-shunt-resistance-required-is-1-5-999-ohm-2-10 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwNDQ-a-galvanometer-has-30-divisions-and-a-sensitivity-16-mu-a-div-it-can-be-converted-into-a-voltmeter-to-read-3-v-by-connecting-approximately-1-resistance-nearly-6-k-omega-in-series-2-6-k-omega-in-parall https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwNDc-a-voltmeter-has-a-range-0-v-with-a-series-resistance-r-with-a-series-resistance-2r-the-range-is-0-v-the-correct-relation-between-v-and-v-is-1-v-2v-2-v-2v-3-v-2v-4-v-2v-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwNDk-if-an-ammeter-is-to-be-used-in-place-of-a-voltmeter-then-we-must-connect-with-the-ammeter-a-1-low-resistance-in-parallel-2-high-resistance-in-parallel-3-high-resistance-in-series-4-low-resistance-in-s https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwNTE-a-galvanometer-with-a-resistance-of-36-omega-is-changed-into-an-ammeter-by-using-a-shunt-of-4-omega-the-fraction-f-0-of-total-current-passing-through-the-galvanometer-will-be-1-dfrac-1-40-2-dfrac-1-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwNTQ-a-galvanometer-having-a-resistance-of-50-omega-gives-a-full-scale-deflection-for-a-current-of-0-05-a-the-length-in-meter-of-a-resistance-wire-of-area-of-cross-section-2-97-times-10-ndash-2-cm2-that-ca https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwNTU-an-ammeter-reads-up-to-1-ampere-its-internal-resistance-is-0-81-ohm-to-increase-the-range-to-10-a-the-value-of-the-required-shunt-is-1-0-09-omega-2-0-03-omega-3-0-3-omega-4-0-9-omega-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwNTg-the-current-flowing-in-a-coil-of-resistance-90-omega-is-to-be-reduced-by-90-what-value-of-resistance-should-be-connected-in-parallel-with-it-1-9-omega-2-90-omega-3-1000-omega-4-10-omega-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwNTk-a-galvanometer-of-50-omega-resistance-has-25-divisions-a-current-of-4-times-10-ndash-4-a-gives-a-deflection-of-one-division-to-convert-this-galvanometer-into-a-voltmeter-having-a-range-of-25-v-it-shou https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkwNjM-a-moving-coil-galvanometer-of-resistance-100-omega-is-used-as-an-ammeter-using-a-resistance-0-1-omega-the-maximum-deflection-current-in-the-galvanometer-is-100-ma-find-the-minimum-current-in-the-circu https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkxNjQ-a-moving-coil-galvanometer-has-150-equal-divisions-its-current-sensitivity-is-10-divisions-per-milliampere-and-voltage-sensitivity-is-2-divisions-per-millivolt-in-order-that-each-division-reads-1-volt https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzkxODQ-the-ammeter-has-range-1-ampere-without-shunt-the-range-can-be-varied-by-using-different-shunt-resistances-the-graph-between-shunt-resistance-and-range-will-have-the-nature-1-p-2-q-3-r-4-s-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NDE5OTc-the-electric-charge-in-uniform-motion-produces-1-an-electric-field-only-2-a-magnetic-field-only-3-both-electric-and-magnetic-field-4-neither-electric-nor-magnetic-field-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAwOTQ-an-infinitely-long-straight-conductor-is-bent-into-the-shape-as-shown-in-the-figure-it-carries-a-current-of-i-amperes-and-the-radius-of-the-circular-loop-is-r-metres-what-will-be-the-magnetic-inductio https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAwOTk-a-current-i-ampere-flows-in-a-circular-arc-of-wire-whose-radius-is-r-which-subtend-an-angle-3-pi-2-radian-at-its-centre-the-magnetic-induction-b-at-the-centre-is-1-frac-mu-0i-r-2-frac-mu-0i-2r-3-frac https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMDE-a-straight-section-pq-of-a-circuit-lies-along-the-x-axis-from-x-a2-to-x-a2-and-carries-a-steady-current-i-the-magnetic-field-due-to-the-section-pq-at-a-point-x-a-will-be-1-proportional-to-a-2-proporti https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMjM-the-magnetic-induction-at-point-p-which-is-4-cm-from-a-long-current-carrying-wire-is-10-8-tesla-what-would-be-the-field-of-induction-at-a-distance-of-12-cm-from-the-same-current-1-3-33-times-10-9-tesl https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMjQ-two-straight-horizontal-parallel-wires-carry-the-same-current-in-the-same-direction-and-d-is-the-distance-between-them-you-are-given-a-small-magnetic-needle-that-is-freely-suspended-which-of-the-follo https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMjU-a-circular-coil-of-radius-r-carries-an-electric-current-the-magnetic-field-due-to-the-coil-at-a-point-on-the-axis-of-the-coil-located-at-a-distance-r-from-the-centre-of-the-coil-such-that-r-r-varies-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMjY-the-magnetic-induction-due-to-an-infinitely-long-straight-wire-carrying-a-current-i-at-a-distance-r-from-the-wire-is-given-by-1-b-dfrac-mu-0-4-pi-dfrac-2-i-r-2-b-dfrac-mu-0-4-pi-dfrac-r-2-i-3-b-dfrac https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMjc-the-magnetic-induction-at-the-centre-o-in-the-figure-shown-is-1-mu-0i41r1-1r2-2-mu-0i41r1-1r2-3-mu-0i4r1-r2-4-mu-0i4r1-r2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMjg-in-the-figure-shown-the-magnetic-induction-at-the-centre-of-the-arc-due-to-the-current-in-portion-ab-will-be-1-mu-0ir-3-mu-0i4r-2-mu-0i2r-4-zero-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMjk-two-concentric-circular-coils-of-ten-turns-each-are-situated-in-the-same-plane-their-radii-are-20-and-40-cm-and-they-carry-respectively-0-2-and-0-3-ampere-current-in-opposite-direction-the-magnetic-fi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMzA-in-the-figure-shown-below-there-are-two-semicircles-of-radius-r-1-and-r-2-in-which-a-current-i-is-flowing-the-magnetic-induction-at-the-centre-of-o-will-be-1-dfrac-mu-0-i-r-left-r-1-r-2-right-2-dfrac https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMzE-the-direction-of-magnetic-lines-of-forces-close-to-a-straight-conductor-carrying-current-will-be-1-along-the-length-of-the-conductor-2-radially-outward-3-circular-in-a-plane-perpendicular-to-the-condu https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMzI-a-vertical-wire-kept-in-z-x-plane-carries-a-current-from-q-to-p-see-figure-the-magnetic-field-due-to-current-carrying-wire-will-have-the-direction-at-the-origin-o-along-1-ox-2-ox-3-oy-4-oy-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMzM-the-magnetic-field-at-the-centre-of-a-coil-of-n-turns-bent-in-the-form-of-a-square-of-side-2-l-carrying-current-i-is-1-2-mu-0ni-pi-l-2-2-mu-0ni2-pi-l-3-2-mu-0ni4-pi-l-4-2-mu-0ni-pi-l-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMzU-a-circular-coil-a-has-a-radius-r-and-the-current-flowing-through-it-is-i-another-circular-coil-b-has-a-radius-2r-and-if-2i-is-the-current-flowing-through-it-then-the-magnetic-fields-at-the-centre-of-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMzY-a-straight-wire-of-diameter-0-5-mm-carrying-a-current-of-1-a-is-replaced-by-another-wire-of-1-mm-diameter-carrying-the-same-current-the-strength-of-the-magnetic-field-far-away-is-1-twice-the-earlier-v https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMzk-a-wire-carrying-current-i-is-shaped-as-shown-section-ab-is-a-quarter-circle-of-radius-r-the-magnetic-field-is-directed-1-at-an-angle-pi-4-to-the-plane-of-the-paper-2-perpendicular-to-the-plane-of-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxNDA-two-long-straight-wires-are-set-parallel-to-each-other-each-carries-a-current-i-in-the-same-direction-and-the-separation-between-them-is-2r-the-intensity-of-the-magnetic-field-midway-between-them-is-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxNDI-the-earth-rsquo-s-magnetic-field-at-a-given-point-is-0-5-times-10-5wb-m-2-this-field-is-to-be-annulled-by-magnetic-induction-at-the-center-of-a-circular-conducting-loop-of-radius-5-0cm-the-current-req https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxNDM-a-part-of-a-long-wire-carrying-a-current-i-is-bent-into-a-circle-of-radius-r-as-shown-in-the-figure-the-net-magnetic-field-at-the-centre-o-of-the-circular-loop-is-1-mu-0i4r-2-mu-0i2-pi-r-pi-1-3-mu-0i2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxNDQ-what-is-the-magnetic-field-at-point-o-in-the-figure-1-dfrac-mu-0-i-4-pi-r-2-dfrac-mu-0-i-4-pi-r-dfrac-mu-0-i-2-pi-r-3-dfrac-mu-0-i-4-r-dfrac-mu-0-i-4-pi-r-4-dfrac-mu-0-i-4-r-dfrac-mu-0-i-4-pi-r-1-2-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxNDU-the-magnetic-moment-of-a-current-i-carrying-circular-coil-of-radius-r-and-number-of-turns-n-varies-as-1-1-r2-2-1-r-3-r-4-r2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxNDY-if-the-current-is-flowing-in-the-south-direction-along-a-power-line-then-what-will-be-the-direction-of-the-magnetic-field-above-the-power-line-neglecting-the-earth-s-field-1-south-2-east-3-north-4-wes https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxNTE-for-the-magnetic-field-to-be-maximum-due-to-a-small-element-of-current-carrying-conductor-at-a-point-the-angle-between-the-element-and-the-line-joining-the-element-to-the-given-point-must-be-1-0-deg-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxNTQ-an-electron-and-a-proton-enter-a-magnetic-field-perpendicularly-both-have-the-same-kinetic-energy-which-of-the-following-is-true-1-trajectory-of-electron-is-less-curved-2-trajectory-of-proton-is-less https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxNzU-a-proton-a-deuteron-and-an-alpha-particle-having-the-same-kinetic-energy-are-moving-in-circular-trajectories-in-a-constant-magnetic-field-if-rp-rd-and-r-alpha-denote-respectively-the-radii-of-the-traj https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxNzg-an-electron-and-a-proton-with-equal-momentum-enter-perpendicularly-into-a-uniform-magnetic-field-then-1-the-path-of-the-proton-shall-be-more-curved-than-that-of-the-electron-2-the-path-of-the-proton-s https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxODM-one-proton-beam-enters-a-magnetic-field-of-10-4t-normally-specific-charge-1011c-kg-velocity-107m-s-what-is-the-radius-of-the-circle-described-by-it-1-0-1m-2-1m-3-10m-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMDM-the-maximum-kinetic-energy-of-the-positive-ion-of-charge-q-and-mass-m-in-the-cyclotron-of-radius-r-o-in-which-applied-magnetic-field-is-b-is-1-q2br02m-2-qb2r02m-3-q2b2r022m-4-qbr02m2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMDQ-an-electron-of-mass-m-and-charge-q-is-traveling-with-a-speed-v-along-a-circular-path-of-radius-r-at-right-angles-to-a-uniform-of-the-magnetic-field-b-if-the-speed-of-the-electron-is-doubled-and-the-ma https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMDU-cyclotron-cannot-be-used-to-accelerate-1-electrons-2-neutrons-3-positive-ions-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMDY-two-particles-a-and-b-of-masses-ma-and-mb-respectively-and-having-the-same-type-of-charge-are-moving-in-a-plane-a-uniform-magnetic-field-exists-perpendicular-to-this-plane-the-speeds-of-the-particles https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMDc-magnetic-field-due-to-a-ring-having-n-turns-at-a-distance-x-on-its-axis-is-proportional-to-if-r-radius-of-ring-1-r-x2-r2-2-r2-x2-r2-3-2-3-nr2-x2-r2-3-2-4-n2r2-x2-r2-3-2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMDg-a-and-b-are-two-concentric-circular-conductors-of-centre-o-and-carrying-currents-i1and-i2-as-shown-in-the-adjacent-figure-if-ratio-of-their-radii-is-1-2-and-ratio-of-the-flux-densities-at-o-due-to-a-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMDk-pqrs-is-a-square-loop-made-of-uniform-conducting-wire-the-current-enters-the-loop-at-p-and-leaves-at-s-then-the-magnetic-field-will-be-1-maximum-at-the-centre-of-the-loop-2-zero-at-the-centre-of-the-l https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMTA-an-electric-current-passes-through-a-long-straight-wire-at-a-distance-5-cm-from-the-wire-the-magnetic-field-is-b-the-field-at-20-cm-from-the-wire-would-be-1-b6-2-b4-3-b3-4-b2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMTE-the-dimension-of-the-magnetic-field-intensity-b-is-1-mlt-2a-1-2-mt-2a-1-3-ml2ta-2-4-m2lt-2a-1-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMTI-if-a-wire-in-the-form-of-a-square-with-a-side-a-carries-a-current-i-then-the-magnetic-induction-at-the-centre-of-the-square-wire-will-be-magnetic-permeability-of-free-space-mu-0-1-dfrac-mu-0-i-2-pi-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMTg-a-beam-of-ions-with-velocity-2-times-105-thinsp-m-s-enters-normally-into-a-uniform-magnetic-field-of-4-times-10-2tesla-if-the-specific-charge-of-the-ion-is-5-times-107-c-kg-then-the-radius-of-the-circ https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMTk-if-the-direction-of-the-initial-velocity-of-the-charged-particle-is-perpendicular-to-the-magnetic-field-then-the-orbit-will-be-or-the-path-executed-by-a-charged-particle-whose-motion-is-perpendicular https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMjA-a-proton-and-an-alpha-text-particle-enter-a-uniform-magnetic-field-perpendicularly-at-the-same-speed-if-a-proton-takes-25-mu-text-s-to-make-5-revolutions-then-the-periodic-time-for-the-alpha-text-part https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMjE-an-alpha-particle-travels-in-a-circular-path-of-radius-0-45-m-in-a-magnetic-field-b-1-2wb-m2-with-a-speed-of-2-6-times-107m-sec-the-period-of-revolution-of-the-alpha-particle-is-1-1-1-times-10-5-sec-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMjM-a-rectangular-loop-carrying-a-current-i-is-situated-near-a-long-straight-wire-such-that-the-wire-is-parallel-to-the-one-of-the-sides-of-the-loop-and-is-in-the-plane-of-the-loop-if-a-steady-current-i-i https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMjQ-two-thin-long-parallel-wires-separated-by-a-distance-b-are-carrying-a-current-i-amp-each-the-magnitude-of-the-force-per-unit-length-exerted-by-one-wire-on-the-other-is-1-mu-0i2b2-2-mu-0i22-pi-b-3-mu-0 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMjU-to-make-the-field-radial-in-a-moving-coil-galvanometer-1-the-number-of-turns-in-the-coil-is-increased-2-magnet-is-taken-in-the-form-of-horse-shoe-3-poles-are-cylindrically-cut-4-the-coil-is-wounded-on https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMjY-in-a-moving-coil-galvanometer-the-deflection-of-the-coil-theta-is-related-to-the-electrical-current-i-by-the-relation-1-i-prop-tan-theta-2-i-prop-theta-3-i-prop-theta-2-4-i-prop-theta-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMjc-a-moving-coil-galvanometer-has-n-number-of-turns-in-a-coil-of-effective-area-a-it-carries-a-current-i-the-magnetic-field-b-is-radial-the-torque-acting-on-the-coil-is-1-na2b2i-2-nabi2-3-n2abi-4-nabi-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMjg-if-a-particle-of-charge-10-12-coulomb-moving-along-the-x-direction-with-a-velocity-105-m-s-experiences-a-force-of-10-10-newton-in-y-direction-due-to-magnetic-field-then-the-minimum-magnetic-field-is-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMzM-a-small-coil-of-n-turns-has-an-effective-area-a-and-carries-a-current-i-it-is-suspended-in-a-horizontal-magnetic-field-b-such-that-its-plane-is-perpendicular-to-b-the-work-done-in-rotating-it-by-180-d https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMzg-an-electron-moves-with-a-constant-speed-v-along-a-circle-of-radius-r-its-magnetic-moment-will-be-e-is-the-electron-s-charge-1-evr-2-12evr-3-pi-r2ev-4-2-pi-rev-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyMzk-four-wires-each-of-length-2-0-metres-are-bent-into-four-loops-p-q-r-text-and-s-and-then-suspended-into-uniform-magnetic-field-same-current-is-passed-in-each-loop-which-statement-is-correct-1-couple-on https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyNDA-a-circular-current-carrying-coil-has-a-radius-r-the-distance-from-the-centre-of-the-coil-on-the-axis-where-the-magnetic-induction-will-be-18th-to-its-value-at-the-centre-of-the-coil-is-1-r3-2-r3-3-23r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyNDE-which-among-the-following-options-needs-to-be-decreased-to-increase-the-sensitivity-of-a-moving-coil-galvanometer-1-the-number-of-turns-in-the-coil-2-the-area-of-the-coil-3-the-magnetic-field-4-the-co https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyNDM-a-metallic-loop-is-placed-in-a-magnetic-field-if-a-current-is-passed-through-it-then-1-the-ring-will-feel-a-force-of-attraction-2-the-ring-will-feel-a-force-of-repulsion-3-it-will-move-to-and-fro-abou https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyNTA-a-straight-wire-carrying-a-current-i-is-turned-into-a-circular-loop-if-the-magnitude-of-the-magnetic-moment-associated-with-it-in-m-k-s-unit-is-m-the-length-of-wire-will-be-1-4-960-im-2-4-960-mi-3-4-9 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyNTE-a-100-turns-coil-shown-in-figure-carries-a-current-of-2-amp-in-a-magnetic-field-b-0-2wb-m2-the-torque-acting-on-the-coil-is-1-0-32-nm-tending-to-rotate-the-side-ad-out-of-the-page-2-0-32-nm-tending-to https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyNjQ-a-current-of-5-amperes-is-flowing-in-a-wire-of-length-1-5-meters-a-force-of-7-5-n-acts-on-it-when-it-is-placed-in-a-uniform-magnetic-field-of-2-tesla-the-angle-between-the-magnetic-field-and-the-direc https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyNjU-the-field-normal-to-the-plane-of-a-coil-of-n-turns-and-radius-r-which-carries-a-current-i-is-measured-on-the-axis-of-the-coil-at-a-small-distance-h-from-the-centre-of-the-coil-this-is-smaller-than-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyNjY-in-a-hydrogen-atom-the-electron-makes-6-6-times-10-15-rev-sec-around-the-nucleus-in-an-orbit-of-radius-0-528-mathring-a-what-will-a-m2-its-magnetic-moment-be-1-1-times-10-15-2-1-times-10-10-3-1-times https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyNjg-a-proton-of-mass-1-67-times-10-27kg-and-charge-1-6-times-10-19c-is-projected-with-a-speed-of-2-times-106m-s-at-an-angle-of-60-deg-to-the-x-axis-if-a-uniform-magnetic-field-of-0-104-tesla-is-applied-al https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyNzg-the-magnetic-field-at-the-centre-of-a-circular-coil-of-radius-r-is-pi-times-that-due-to-a-long-straight-wire-at-a-distance-r-from-it-for-equal-currents-figure-here-shows-three-cases-in-all-cases-the-c https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyODU-two-straight-long-conductors-aob-and-cod-are-perpendicular-to-each-other-and-carry-currents-i1-and-i2-the-magnitude-of-the-magnetic-induction-at-a-point-p-at-a-distance-a-from-the-point-o-in-a-directi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyODc-the-charge-on-a-particle-y-is-double-the-charge-on-particle-x-these-two-particles-x-and-y-after-being-accelerated-through-the-same-potential-difference-enter-a-region-of-the-uniform-magnetic-field-and https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyODg-in-the-given-figure-the-electron-enters-into-the-magnetic-field-it-deflects-in-the-direction-1-text-ve-x-text-direction-2-text-ve-x-text-direction-3-text-ve-y-text-direction-4-text-ve-y-text-direction https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyODk-if-the-angular-momentum-of-an-electron-is-j-rarr-then-the-magnitude-of-the-magnetic-moment-will-be-1-ejm-2-ej2m-3-ej-2m-4-2mej-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyOTE-a-cell-is-connected-between-the-points-a-and-c-of-a-circular-conductor-abcd-of-centre-o-with-angle-aoc-60-deg-if-b1-and-b2-are-the-magnitudes-of-the-magnetic-fields-at-o-due-to-the-currents-in-abc-and https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyOTI-an-electron-a-proton-a-deuteron-and-an-alpha-particle-each-having-the-same-speed-are-in-a-region-of-constant-magnetic-field-perpendicular-to-the-direction-of-the-velocities-of-the-particles-the-radius https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyOTU-an-infinitely-long-conductor-pqr-is-bent-to-form-a-right-angle-as-shown-a-current-i-flows-through-pqr-the-magnetic-field-due-to-this-current-at-the-point-m-is-h1-now-another-infinitely-long-straight-c https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyOTY-a-very-long-straight-wire-carries-a-current-i-at-the-instant-when-a-charge-q-at-point-p-has-velocity-vec-v-as-shown-the-force-on-the-charge-is-1-opposite-to-ox-2-along-ox-3-opposite-to-oy-4-along-oy-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyOTc-an-electric-field-of-1500-v-m-and-a-magnetic-field-of-0-40-weber-meter2-act-on-a-moving-electron-the-minimum-uniform-speed-along-a-straight-line-the-electron-could-have-is-1-1-6-times-1015m-s-2-6-time https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyOTg-a-coil-having-n-turns-is-wound-tightly-in-the-form-of-a-spiral-with-inner-and-outer-radii-a-and-b-respectively-when-a-current-i-passes-through-the-coil-the-magnetic-field-at-the-centre-is-1-mu-0nib-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAyOTk-an-electron-moving-in-a-uniform-magnetic-field-of-induction-of-intensity-b-has-its-radius-directly-proportional-to-1-its-charge-2-magnetic-field-3-speed-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMDA-what-is-a-representation-of-the-magnetic-field-caused-by-a-straight-conductor-with-a-uniform-cross-section-and-a-steady-current-of-radius-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMDE-a-non-planar-loop-of-conducting-wire-carrying-a-current-i-is-placed-as-shown-in-the-figure-each-of-the-straight-sections-of-the-loop-is-of-length-2a-the-magnetic-field-due-to-this-loop-at-the-point-p https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMDI-a-particle-of-charge-q-and-mass-m-is-moving-along-the-x-text-axis-with-a-velocity-of-v-and-enters-a-region-of-electric-field-e-and-magnetic-field-mathrm-b-as-shown-in-the-figure-below-for-which-figure https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMDQ-a-current-carrying-wire-is-placed-in-a-uniform-magnetic-field-in-the-shape-of-the-curve-y-alpha-sin-left-pi-x-over-l-right-0-le-x-le2l-what-will-be-the-force-acting-on-the-wire-1-ibl-over-pi-2-ibl-pi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMDY-a-long-straight-wire-along-the-z-axis-carries-a-current-i-in-the-negative-z-direction-the-magnetic-field-vector-b-rarr-at-a-point-having-coordinates-x-y-in-the-z-0-plane-is-1-mu-0i-yi-xj-2-pi-x2-y2-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMDg-a-circular-coil-is-in-the-y-text-z-plane-with-its-centre-at-the-origin-the-coil-carries-a-constant-current-assuming-the-direction-of-the-magnetic-field-at-x-25-text-cm-to-be-positive-which-of-the-foll https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMTM-the-ratio-of-the-magnetic-field-at-the-centre-of-a-current-carrying-circular-wire-and-the-magnetic-field-at-the-centre-of-a-square-coil-made-from-the-same-length-of-wire-will-be-1-pi-242-2-pi-282-3-pi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMTU-a-particle-of-charge-q-and-mass-m-moving-under-the-influence-of-a-uniform-electric-field-e-hat-i-and-a-uniform-magnetic-field-mathrm-b-hat-k-follows-a-trajectory-from-p-to-q-as-shown-in-the-figure-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMjE-figure-shows-a-square-loop-abcd-with-edge-length-a-the-resistance-of-the-wire-abc-is-r-and-that-of-adc-is-2r-the-value-of-magnetic-field-at-the-centre-of-the-loop-assuming-uniform-wire-is-1-2-mu-0i3-p https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMjI-for-a-positively-charged-particle-moving-in-a-x-y-shy-plane-initially-along-the-x-axis-there-is-a-sudden-change-in-its-path-due-to-the-presence-of-electric-and-or-magnetic-fields-beyond-p-the-curved-p https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMjQ-figure-shows-the-cross-sectional-view-of-the-partially-hollow-cylindrical-conductor-with-inner-radius-r-and-outer-radius-2r-carrying-uniformly-distributed-current-along-it-s-axis-the-magnetic-inductio https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMjU-a-long-wire-ab-is-placed-on-a-table-another-wire-pq-of-mass-1-0-g-and-length-50-cm-is-set-to-slide-on-two-rails-ps-and-qr-a-current-of-50a-is-passed-through-the-wires-at-what-distance-above-ab-will-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMjY-a-particle-with-charge-q-moving-with-a-momentum-p-enters-a-uniform-magnetic-field-normally-the-magnetic-field-has-magnitude-b-and-is-confined-to-a-region-of-width-d-where-d-frac-p-bq-the-particle-is-d https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMzA-the-same-current-i-2a-is-flowing-in-a-wireframe-as-shown-in-the-figure-the-frame-is-a-combination-of-two-equilateral-triangles-acd-and-cde-of-side-1m-it-is-placed-in-uniform-magnetic-field-b-4t-acting https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMzY-in-the-given-figure-net-magnetic-field-at-o-will-be-i-1-mu-0i3-pi-a4-pi-2-2-mu-0i3-pi-a4-pi-2-3-2-mu-0i3-pi-a4-pi-2-4-2-mu-0i3-pi-a4-pi-2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMzc-in-the-following-figure-a-wire-bent-in-the-form-of-a-regular-polygon-of-n-sides-is-inscribed-in-a-circle-of-radius-a-net-magnetic-field-at-centre-will-be-left-theta-frac-pi-n-right-1-frac-left-mu-righ https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMzg-the-unit-vectors-hat-i-hat-j-text-and-hat-k-are-as-shown-below-what-will-be-the-magnetic-field-at-o-in-the-following-figure-1-frac-mu-0-4-pi-frac-i-a-2-frac-pi-2-hat-j-2-frac-mu-0-4-pi-frac-i-a-2-frac https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzMzk-a-particle-of-charge-q-and-mass-m-moves-in-a-circular-orbit-of-radius-r-with-angular-speed-omega-the-ratio-of-the-magnitude-of-its-magnetic-moment-to-that-of-its-angular-momentum-depends-on-1-omega-an https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNDA-a-current-i-is-carried-by-an-elastic-circular-wire-of-length-l-it-is-placed-in-a-uniform-magnetic-field-b-out-of-paper-with-its-plane-perpendicular-to-b-text-s-direction-what-will-happen-to-the-wire-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNDE-wires-1-and-2-carrying-currents-i1-and-i2-respectively-are-inclined-at-an-angle-theta-to-each-other-what-is-the-force-on-a-small-element-dl-of-wire-2-at-a-distance-of-r-from-wire-1-as-shown-in-figure https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNDI-a-conducting-loop-carrying-a-current-i-is-placed-in-a-uniform-magnetic-field-pointing-into-the-plane-of-the-paper-as-shown-the-loop-will-tend-to-1-contract-2-expand-3-move-towards-ve-x-axis-4-move-tow https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNDQ-a-metallic-block-carrying-current-i-is-subjected-to-a-uniform-magnetic-induction-b-as-shown-in-the-figure-the-moving-charges-experience-a-force-f-given-by-which-results-in-the-lowering-of-the-potentia https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNDU-two-insulated-rings-one-of-slightly-smaller-diameter-than-the-other-are-suspended-along-their-common-diameter-as-shown-initially-the-planes-of-the-rings-are-mutually-perpendicular-when-a-steady-curren https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNDY-two-particles-each-of-mass-m-and-charge-q-are-attached-to-the-two-ends-of-a-light-rigid-rod-of-length-2r-the-rod-is-rotated-at-constant-angular-speed-about-a-perpendicular-axis-passing-through-its-cen https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNDc-a-ring-of-radius-r-made-of-an-insulating-material-carries-a-charge-q-uniformly-distributed-on-it-if-the-ring-rotates-about-the-axis-passing-through-its-center-and-normal-to-the-plane-of-the-ring-with https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNDg-three-long-straight-and-parallel-wires-carrying-currents-are-arranged-as-shown-in-the-figure-the-wire-c-which-carries-a-current-of-5-0-amp-is-so-placed-that-it-experiences-no-force-the-distance-of-wir https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNDk-if-m-is-the-magnetic-moment-and-b-is-the-magnetic-field-then-the-torque-is-given-by-1-m-rarr-b-rarr-2-m-rarr-b-rarr-3-m-rarr-times-b-rarr-4-m-rarr-b-rarr-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNTA-what-is-the-net-force-on-the-square-coil-1-1-67-times-10-6n-moving-towards-wire-2-25-times-10-7n-moving-away-from-wire-3-35-times-10-7n-moving-towards-wire-4-35-times-10-7n-moving-away-from-wire-1-2-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNTI-a-long-wire-a-carries-a-current-of-10-amp-another-long-wire-b-which-is-parallel-to-a-and-separated-by-0-1m-from-a-carries-a-current-of-5-amp-in-the-opposite-direction-to-that-in-a-what-is-the-magnitud https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNTM-the-relation-between-voltage-sensitivity-sigma-v-and-current-sensitivity-sigma-i-of-a-moving-coil-galvanometer-is-resistance-of-galvanometer-g-1-sigma-ig-sigma-v-2-sigma-vg-sigma-i-3-g-sigma-v-sigma-i https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNTQ-a-b-text-and-c-are-parallel-conductors-of-equal-length-carrying-currents-i-i-text-and-2i-respectively-the-distance-between-a-and-b-is-x-the-distance-between-b-text-and-c-is-also-x-f-1-is-the-force-exe https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNTU-two-galvanometers-a-and-b-require-3ma-and-5ma-respectively-to-produce-the-same-deflection-of-i0-divisions-then-1-a-is-more-sensitive-than-b-2-b-is-more-sensitive-than-a-3-a-and-b-are-equally-sensitive https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNTY-there-long-straight-wires-a-b-and-c-are-carrying-current-as-shown-figure-then-the-resultant-force-on-b-is-directed-1-towards-a-2-towards-c-3-perpendicular-to-the-plane-of-paper-and-outward-4-perpendic https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNTg-current-i-is-carried-in-a-wire-of-length-l-if-the-wire-is-turned-into-a-circular-coil-the-maximum-magnitude-of-torque-in-a-given-magnetic-field-b-will-be-1-lib22-2-li2b2-3-l2ib4-pi-4-li2b4-pi-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNjA-three-long-straight-parallel-wires-carrying-current-are-arranged-as-shown-in-figure-the-force-experienced-by-a-25-cm-length-of-wire-c-is-1-10-3n-2-2-5-times-10-3n-3-zero-4-1-5-times-10-3n-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTEwMjQ-an-arrangement-of-three-parallel-straight-wires-placed-perpendicular-to-the-plane-of-paper-carrying-the-same-current-i-along-the-same-direction-as-shown-in-the-figure-magnitude-of-force-per-unit-lengt https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTEwNjU-a-long-wire-carrying-a-steady-current-is-bent-into-a-circular-loop-of-one-turn-the-magnetic-field-at-the-center-of-loop-is-b-it-is-then-bent-into-a-circular-coil-of-n-turns-the-magnetic-field-at-the-c https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTEwNjc-an-electron-is-moving-in-a-circular-path-under-the-influence-of-a-transverse-magnetic-field-of-3-57-times-10-2-t-if-the-value-of-e-m-is-1-76-times-1011-c-kg-the-frequency-of-revolution-of-the-electron https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTExMDM-a-square-loop-abcd-carrying-a-current-i-is-placed-near-and-coplanar-with-a-long-straight-conductor-xy-carrying-a-current-i-the-net-force-on-the-loop-will-be-1-mu-0ii2-pi-2-2-mu-0iil3-pi-3-mu-0iil2-pi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTExMTE-a-long-straight-wire-of-radius-a-carries-a-steady-current-i-the-current-is-uniformly-distributed-over-its-cross-section-the-ratio-of-the-magnetic-fields-b-and-b-at-radial-distances-frac-a-2-and-2a-res https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTExNTY-a-wire-carrying-current-l-has-the-shape-as-shown-in-the-adjoining-figure-linear-parts-of-the-wire-are-very-long-and-parallel-to-x-axis-while-the-semicircular-portion-of-radius-r-is-lying-in-the-y-z-pl https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTExNTc-an-electron-moving-in-a-circular-orbit-of-radius-r-makes-n-rotations-per-second-the-magnetic-field-produced-at-the-centre-has-magnitude-1-956-0ne2-960-r-2-zero-3-n2er-4-956-0ne2r-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTExNzM-a-proton-and-an-alpha-particle-both-enter-a-region-of-uniform-magnetic-field-b-moving-at-right-angles-to-the-field-b-if-the-radius-of-circular-orbits-for-both-the-particles-is-equal-and-the-kinetic-en https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTExOTg-a-circuit-contains-an-ammeter-a-battery-of-30-v-and-a-resistance-40-8-omega-all-connected-in-series-if-the-ammeter-has-a-coil-of-resistance-480-omega-and-a-shunt-of-20-omega-then-reading-in-the-ammete https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTEyNDY-two-identical-long-conducting-wires-aob-and-cod-are-placed-at-right-angle-to-each-other-with-one-above-other-such-that-o-is-their-common-point-for-the-two-the-wires-carry-i1-and-i2-currents-respective https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTEyODk-a-current-loop-in-a-magnetic-field-1-experiences-a-torque-whether-the-field-is-uniform-or-non-uniform-in-all-orientations-2-can-be-in-equilibrium-in-one-orientation-3-can-be-equilibrium-in-two-orienta https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTEzMTY-two-similar-coils-of-radius-r-are-lying-concentrically-with-their-planes-at-right-angles-to-each-other-the-currents-flowing-in-them-are-i-and-2i-respectively-the-resultant-magnetic-field-induction-at https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTEzMjM-a-millivoltmeter-of-25-mv-range-is-to-be-converted-into-an-ammeter-of-25-a-range-the-value-in-ohm-of-necessary-shunt-will-be-1-0-001-2-0-01-3-1-4-0-05-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTEzMzc-an-alternating-electric-field-of-frequency-v-is-applied-across-the-dees-radius-r-of-a-cyclotron-that-is-being-used-to-accelerate-protons-mass-m-the-operating-magnetic-field-b-used-in-the-cyclotron-and https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTEzNzM-a-proton-carrying-1-mev-kinetic-energy-is-moving-in-a-circular-path-of-radius-r-in-a-uniform-magnetic-field-what-should-be-the-energy-of-an-alpha-particle-to-describe-a-circle-of-the-same-radius-in-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE1NTg-a-current-carrying-closed-loop-in-the-form-of-a-right-angle-isosceles-triangle-abc-is-placed-in-a-uniform-magnetic-field-acting-along-ab-if-the-magnetic-force-on-the-arm-bc-is-f-the-force-on-the-arm-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE1NjY-a-galvanometer-of-resistance-g-is-shunted-by-a-resistance-s-ohm-to-keep-the-main-current-in-the-circuit-unchanged-the-resistance-to-be-put-in-series-with-the-galvanometer-is-1-s2-s-g-2-sg-s-g-3-g2-s-g https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE1Njc-a-square-loop-carrying-a-steady-current-i-is-placed-in-a-horizontal-plane-near-a-long-straight-conductor-carrying-a-steady-current-i1-at-a-distance-d-from-the-conductor-as-shown-in-figure-the-loop-wil https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE1NzM-charge-q-is-uniformly-spread-on-a-thin-ring-of-radius-r-the-ring-rotates-about-its-axis-with-a-uniform-frequency-f-hz-the-magnitude-of-magnetic-induction-at-the-center-of-the-ring-is-1-956-0qf2r-2-956 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE1OTk-a-beam-of-cathode-rays-is-subjected-to-crossed-electric-e-and-magnetic-fields-b-the-fields-are-adjusted-such-that-the-beam-is-not-deflected-the-specific-charge-of-the-cathode-rays-is-given-by-1-b22ve2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE2MTk-a-galvanometer-has-a-coil-of-resistance-100-937-and-gives-a-full-scale-deflection-for-30-ma-current-if-it-is-to-work-as-a-voltmeter-of-30v-range-the-resistance-required-to-be-added-will-be-1-900-937-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE2NDA-a-square-current-carrying-loop-is-suspended-in-a-uniform-magnetic-field-acting-in-the-plane-of-the-loop-if-the-force-on-one-arm-of-the-loop-is-f-rarr-the-net-force-on-the-remaining-three-arms-of-the-l https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE2NDM-a-current-loop-consists-of-two-identical-semicircular-parts-each-of-radius-r-one-lying-in-the-x-text-y-plane-and-the-other-in-the-x-text-z-plane-if-the-current-in-the-loop-is-i-what-will-be-the-result https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE2NTc-a-closely-wound-solenoid-of-2000-turns-and-area-of-cross-section-1-5-times-10-4m2-carries-a-current-of-2-0a-it-is-suspended-through-its-centre-and-perpendicular-to-its-length-allowing-it-to-turn-in-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE2NTk-a-particle-having-a-mass-of-10-2kgcarries-a-charge-of-5-215-10-8c-the-particle-is-given-an-initial-horizontal-velocity-of-105ms-1-in-the-presence-of-electric-field-e-8594-and-magnetic-field-b-8594-to https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE2Nzk-under-the-influence-of-a-uniform-magnetic-field-a-charged-particle-moves-with-constant-speed-v-in-a-circle-of-radius-r-the-time-period-of-rotation-of-the-particle-1-depends-on-v-and-not-on-r-2-depends https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE3MDM-the-magnetic-force-acting-on-a-charged-particle-of-charge-2-mu-c-in-a-magnetic-field-of-2t-acting-in-y-direction-when-the-particle-velocity-is-2i-3j-times-106ms-1-is-1-8-n-in-z-direction-2-4-n-in-z-di https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE3MTA-a-galvanometer-having-a-coil-resistance-of-60-omega-shows-full-scale-deflection-when-a-current-of-1-0a-passes-through-it-it-can-be-converted-into-an-ammeter-to-read-currents-upto-5-0a-by-1-putting-in https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE3Mzg-a-closed-loop-pqrs-carrying-a-current-is-placed-in-a-uniform-magnetic-field-if-the-magnetic-forces-on-segments-ps-sr-and-ro-are-f1-f2andf3-respectively-and-are-in-the-plane-of-the-paper-and-along-with https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE3NDM-a-particle-mass-m-charge-q-and-kinetic-energy-t-enter-a-transverse-uniform-magnetic-field-of-induction-b-8594-after-3sec-the-kinetic-energy-of-the-particle-will-be-1-3t-2-2t-3-t-4-4t-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTE3NzI-a-galvanometer-of-resistance-50-omega-is-connected-to-a-battery-of-3-v-along-with-a-resistance-of-2950-omega-in-series-a-full-scale-deflection-of-30-divisions-is-obtained-in-the-galvanometer-in-order https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTgzNTk-a-narrow-electron-beam-passes-undeviated-through-an-electric-field-e-3-times-104volt-m-and-an-overlapping-magnetic-field-b-2-times-10-3weber-m2-if-electric-field-and-magnetic-field-are-mutually-perpen https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTgzNjI-a-beam-of-electrons-is-moving-with-constant-velocity-in-a-region-having-electric-and-magnetic-fields-of-strength-20vm-1-and-0-5-t-at-right-angles-to-the-direction-of-motion-of-the-electrons-what-is-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTgzNjg-in-bainbridge-mass-spectrograph-a-potential-difference-of-1000-v-is-applied-between-two-plates-distant-1-cm-apart-and-magnetic-field-in-b-1t-the-velocity-of-undeflected-positive-ions-in-m-s-from-the-v https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTgzNjk-order-of-q-m-ratio-of-proton-945-particle-and-electron-is-a-e-62-p-62-945-b-p-62-945-62-e-c-e-62-945-62-p-d-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTgzNzI-o-c-he-and-h-ions-are-projected-on-the-photographic-plate-with-the-same-velocity-in-a-mass-spectrograph-which-one-will-strike-the-farthest-1-o-2-c-3-he-4-h-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246ODg5OTc-a-250-turn-rectangular-coil-of-length-2-1-cm-and-width-1-25-cm-carries-a-current-of-85-mu-text-a-and-subjected-to-the-magnetic-field-of-strength-0-85-text-t-work-done-for-rotating-the-coil-by-180-circ https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246ODkwOTc-a-metallic-rod-of-mass-per-unit-length-of-0-5-kgm-ndash-1-is-lying-horizontally-on-a-smooth-inclined-plane-which-makes-an-angle-of-30-circ-with-the-horizontal-the-rod-is-not-allowed-to-slide-down-by-f https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246ODkxMTA-the-current-sensitivity-of-a-moving-coil-galvanometer-is-5-text-div-ma-and-its-voltage-sensitivity-angular-deflection-per-unit-voltage-applied-is-20-text-div-v-the-resistance-of-the-galvanometer-is-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTAxMTc-if-a-square-loop-abcd-carrying-a-current-i-is-placed-near-and-coplanar-with-a-long-straight-conductor-xy-carrying-a-current-i-what-will-be-the-net-force-on-the-loop-1-dfrac-mu-0ii-2-pi-2-dfrac-2-mu-0i https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTA3MzA-a-rectangular-coil-of-length-0-12-text-m-and-width-0-1-text-m-having-50-turns-of-wire-is-suspended-vertically-in-a-uniform-magnetic-field-of-strength-0-2-text-wb-m-2-the-coil-carries-a-current-of-2-te https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTA4NzM-a-wire-carrying-current-i-has-the-shape-as-shown-in-the-adjoining-figure-linear-parts-of-the-wire-are-very-long-and-parallel-to-x-axis-while-the-semicircular-portion-of-radius-r-is-lying-in-the-y-text https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTA4NzU-an-electron-moving-in-a-circular-orbit-of-radius-r-makes-n-rotations-per-second-the-magnetic-field-produced-at-the-centre-has-a-magnitude-1-dfrac-mu-0ne-2-pi-r-2-zero-3-dfrac-n-2e-r-4-dfrac-mu-0ne-2r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTM1Mjg-the-resistance-of-an-ammeter-is-13-omega-and-its-scale-is-graduated-for-a-current-up-to-100-a-after-an-additional-shunt-has-been-connected-to-this-ammeter-it-becomes-possible-to-measure-currents-up-to https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTM1NjM-if-a-charged-particle-charge-q-is-moving-in-a-circle-of-radius-r-at-a-uniform-speed-v-then-the-value-of-its-associated-magnetic-moment-mu-will-be-1-frac-qvr-2-2-qvr-2-3-frac-qvr-2-2-4-qvr-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTM1NzY-in-a-mass-spectrometer-used-for-measuring-the-masses-of-ions-the-ions-are-initially-accelerated-by-an-electric-potential-v-and-then-made-to-describe-semi-circular-paths-of-radius-r-using-a-magnetic-fi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTM1ODM-a-beam-of-electrons-passes-un-deflected-through-mutually-perpendicular-electric-and-magnetic-fields-where-do-the-electrons-move-if-the-electric-field-is-switched-off-and-the-same-magnetic-field-is-mai https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTM5MjU-when-a-charged-particle-with-velocity-vec-v-is-subjected-to-an-induction-magnetic-field-vec-b-the-force-on-it-is-non-zero-what-does-this-imply-1-angle-between-vec-v-and-vec-b-is-necessarily-90-circ-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTM5Mjg-two-circular-coils-1-and-2-are-made-from-the-same-wire-but-the-radius-of-the-1-st-coil-is-twice-that-of-the-2-nd-coil-what-is-the-ratio-of-the-potential-difference-applied-across-them-so-that-the-magn https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTU1Mzg-a-cylindrical-conductor-of-radius-r-is-carrying-a-constant-current-the-plot-of-the-magnitude-of-the-magnetic-field-b-with-the-distance-d-from-the-centre-of-the-conductor-is-correctly-represented-by-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTU1NjM-ionized-hydrogen-atoms-and-alpha-text-particles-with-the-same-momenta-enter-perpendicular-to-a-constant-magnetic-field-b-the-ratio-of-their-path-radii-r-h-r-alpha-will-be-1-1-4-2-2-1-3-1-2-4-4-1-1-2-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTYyMzM-adjoining-figure-shows-a-rectangular-loop-of-conductor-carrying-a-current-i-the-length-and-breadth-of-the-loop-are-respectively-a-and-b-the-magnetic-field-at-the-centre-of-loop-is-1-956-0i-a-b-2-960-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTMwOTgw-a-milliammeter-of-range-10-ma-and-resistance-9-937-is-joined-in-a-circuit-as-shown-in-fig-6-57-the-meter-gives-full-scale-deflection-for-current-i-when-a-and-c-are-used-as-its-terminals-if-current-ent https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTMwOTgx-a-candidate-connects-a-moving-coil-voltmeter-v-a-moving-coil-ammeter-a-and-a-resistor-r-as-shown-in-fig-6-58-if-the-voltmeter-reads-20-text-v-and-the-ammeter-reads-4-text-a-r-is-1-equal-to-5-omega-2-g https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTMwOTgz-a-galvanometer-has-a-resistance-of-3663-937-a-shunt-s-is-connected-across-it-such-that-1-34-of-the-total-current-passes-through-the-galvanometer-the-value-of-the-shunt-is-1-3663-937-2-111-937-3-107-7 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTMxNzIy-two-toroids-1-and-2-have-total-no-of-turns-200-and-100-respectively-with-average-radii-40-text-cm-and-20-text-cm-respectively-if-they-carry-the-same-current-i-what-will-be-the-ratio-of-the-magnetic-fi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTMxNzIz-a-straight-conductor-carrying-current-i-splits-into-two-parts-as-shown-in-the-figure-the-radius-of-the-circular-loop-is-r-the-total-magnetic-field-at-the-centre-p-of-the-loop-is-1-zero-2-dfrac-3-mu-0 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTM2ODI3-three-infinitely-long-conductors-carrying-currents-i-1-i-2-text-and-i-3-lie-perpendicular-to-the-plane-of-the-paper-as-shown-below-if-the-value-of-the-integral-oint-vec-b-vec-dl-for-the-loops-c-1-c-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUyOTU4-in-the-cosmic-shower-an-electron-is-falling-towards-the-earth-near-the-equator-in-which-direction-will-it-be-deflected-1-eastward-2-westward-3-northward-4-southward-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMTE0-the-endpoints-of-a-current-carrying-wire-lie-on-the-x-axis-and-y-axis-as-shown-the-magnetic-force-on-the-wire-is-1-zero-2-6-n-3-8-n-4-10-n-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjA4-the-given-figure-shows-a-semicircular-loop-of-radius-r-carrying-current-i-and-is-placed-in-a-uniform-magnetic-field-b-the-force-acting-on-the-semicircular-part-of-the-loop-is-1-b0-960-lr-2-2-960-lrb-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjA5-a-non-conducting-rod-ab-of-length-l-has-a-positive-linear-charge-density-lambda-this-rod-is-rotated-about-its-one-end-with-an-angular-speed-omega-as-shown-the-magnetic-moment-associated-with-this-rod https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjQ3-a-charge-is-moving-in-a-circular-path-of-radius-r-with-speed-v-in-a-transverse-magnetic-field-b-specific-charge-of-the-particle-is-1-vbr-2-bvr-3-bvr-4-vrb-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjQ4-voltage-sensitivity-of-a-moving-coil-galvanometer-is-vs-and-current-sensitivity-is-is-resistance-of-galvanometer-is-g-the-relation-between-vsandisis-1-vs-lsg-2-vs-ls-g-3-gvsis-vs-4-gvs-is-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjU1-a-straight-current-carrying-wire-is-placed-along-the-axis-of-a-current-carrying-loop-then-the-force-between-them-is-1-repulsive-2-attractive-3-zero-4-cannot-be-predicted-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjU4-an-945-particlecompletes-40-000-revolutions-in-a-cyclotron-before-exiting-from-it-if-potential-difference-between-the-dees-is-5000-v-then-the-energy-gained-by-the-particle-is-1-8-mev-2-800-mev-3-4-mev https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjYz-two-wires-of-large-length-carry-equal-currents-each-i-one-wire-is-kept-along-x-axis-and-the-other-is-kept-along-y-axis-the-magnitude-of-magnetic-field-at-a-point-on-z-axis-at-distance-d-from-the-origi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjY1-to-compensate-the-relativistic-variation-of-mass-at-high-speed-of-charge-in-cyclotron-adjustments-can-be-made-is-1-frequency-of-a-c-is-decreased-2-magnetic-field-is-increased-3-peak-value-of-a-c-is-in https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjY3-a-infinite-straight-wire-carrying-current-3-a-and-other-carrying-6-a-in-the-same-direction-produce-a-magnetic-field-of-12-tesla-at-the-midpoint-of-the-line-joining-them-when-6-ampere-current-wire-is-s https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjgx-the-magnetic-field-at-origin-in-the-situation-shown-in-the-figure-has-magnitude-bcd-is-a-semi-circular-arc-of-radius-r-in-xz-plane-1-956-0l4-960-r-2-956-0l2-960-r4-960-2-3-956-0l2-960-rr2-960-2-4-956 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjg1-three-long-straight-wires-a-b-and-c-are-shown-in-figure-the-resultant-magnetic-force-on-wire-b-is-1-towards-left-2-towards-right-3-upwards-perpendicular-to-the-plane-of-paper-4-downwards-perpendicular https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjk4-in-a-moving-coil-galvanometer-the-deflection-952-of-the-coil-is-related-to-the-electric-current-by-the-relation-1-l-8733-tan-952-2-l-8733-cos-952-3-l-8733-952-4-l-8733-952-2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjk5-a-half-metre-long-wire-is-lying-in-a-plane-perpendicular-to-the-magnetic-field-a-force-of-2-kg-wt-is-acting-on-it-in-a-magnetic-field-of-0-98-tesla-the-current-flowing-in-it-will-be-1-400-a-2-40-a-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMzAw-a-cyclotron-cannot-be-used-to-accelerate-1-deutrons-2-protons-3-neutrons-4-both-1-3-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMzIx-as-indicated-a-long-straight-conductor-xy-carrying-a-current-i-1-is-placed-antiparallel-to-a-conductor-ab-of-length-l-carrying-a-current-i-2-how-much-of-a-force-is-acting-on-ab-1-mu-0-i-1-i-2-2-dfrac https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMzM2-two-long-straight-conductors-with-currents-l1andl2-are-placed-along-x-and-y-axes-the-locus-of-points-of-zero-magnetic-induction-is-1-a-parabola-2-a-rectangular-hyperbola-3-a-straight-line-4-an-ellipse https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMzM5-cyclotron-frequency-does-not-depend-upon-1-specific-charge-2-speed-of-revolving-particle-3-magnetic-induction-4-charge-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMzU3-the-maximum-kinetic-energy-of-an-945-particle-coming-out-of-a-cyclotron-accelerator-is-20-mev-the-maximum-kinetic-energy-of-a-proton-that-can-be-obtained-from-this-accelerator-is-1-20-mev-2-40-mev-3-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNDA2-in-a-moving-coil-galvanometer-magnetic-fields-line-by-magnet-are-made-1-uniform-2-concentric-3-helical-4-radical-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNDI1-a-wire-abcdef-with-each-side-of-length-l-bent-as-shown-and-carrying-a-current-i-is-placed-in-a-uniform-magnetic-field-b-parallel-to-the-positive-y-direction-what-is-the-magnitude-and-direction-of-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNTAy-the-current-sensitivity-of-a-moving-coil-galvanometer-is-1-text-rad-a-and-its-resistance-is-5-omega-its-voltage-sensitivity-is-1-0-2-text-rad-v-2-0-1-text-rad-v-3-1-text-rad-v-4-2-text-rad-v-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNTIz-torque-on-a-current-carrying-coil-is-maximum-in-a-uniform-magnetic-field-when-1-plane-of-the-coil-makes-an-angle-45-8728-with-the-field-2-plane-of-the-coil-is-perpendicular-to-the-field-3-plane-of-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNTQ0-in-which-of-the-following-situations-will-there-be-no-force-1-a-positive-charge-projected-past-a-bar-magnet-2-a-positive-charge-sent-along-the-axis-of-a-solenoid-3-two-parallel-wires-carrying-current https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNTQ3-a-straight-wire-of-length-960-2-metre-is-carrying-a-current-of-2-a-and-the-magnetic-field-due-to-it-is-measured-at-a-point-distance-1-cm-from-it-if-the-wire-is-to-be-bent-into-a-circle-and-is-to-carry https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNTg1-a-current-carrying-wire-is-placed-in-non-conducting-liquid-medium-of-refractive-index-n-and-relative-electrical-permittivity-949-r-then-magnetic-field-at-a-point-r-distance-of-the-point-from-the-eleme https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNTky-magnetic-field-due-to-straight-current-carrying-conductor-is-1-radially-inward-2-radially-outward-3-square-shaped-4-concentric-and-circular-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzOTM5-the-ampere-law-is-based-on-which-theorem-1-green-rsquo-s-theorem-2-gauss-divergence-theorem-3-stoke-rsquo-s-theorem-4-maxwell-theorem-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzOTQ4-to-which-law-of-electricity-is-biot-savart-law-of-magnetism-analogous-to-1-coulomb-s-law-2-ohm-s-law-3-kirchoff-s-law-4-faraday-s-law-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTU0MDM1-given-below-are-two-statements-statement-i-a-magnetic-dipole-may-have-non-zero-torque-and-zero-force-in-the-non-uniform-magnetic-field-statement-ii-in-a-uniform-magnetic-field-the-net-force-on-the-mag https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTg1NDUw-a-long-solenoid-of-50-text-cm-length-having-100-turns-carries-a-current-of-2-5-text-a-the-magnetic-field-at-the-centre-of-the-solenoid-is-big-mu-0-4-pi-times-10-7-text-tma-1-big-1-3-4-times-10-4-text https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTk4NDY0-in-a-chamber-a-uniform-magnetic-field-of-6-5-text-g-1-text-g-10-4-text-t-is-maintained-an-electron-is-shot-into-the-field-with-a-speed-of-4-8-10-6-text-ms-1-normal-to-the-field-the-radius-of-the-circu https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTk4NDY2-a-circular-coil-of-30-turns-and-a-radius-of-8-0-text-cm-carrying-a-current-of-6-0-text-a-is-suspended-vertically-in-a-uniform-horizontal-magnetic-field-of-magnitude-1-0-text-t-the-field-lines-make-an https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTk4NDY4-two-concentric-circular-coils-x-and-y-of-radii-16-cm-and-10-cm-respectively-lie-in-the-same-vertical-plane-containing-the-north-to-south-direction-coil-x-has-20-turns-and-carries-a-current-of-16-a-coi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTk4NDcw-for-a-circular-coil-of-radius-r-and-n-turns-carrying-current-i-the-magnitude-of-the-magnetic-field-at-a-point-on-its-axis-at-a-distance-x-from-its-centre-is-given-by-b-frac-mu-0-i-r-2-n-2-left-x-2-r-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTk4NjA0-a-short-bar-magnet-placed-with-its-axis-at-30-circ-with-a-uniform-external-magnetic-field-of-0-25-text-t-experiences-a-torque-of-magnitude-equal-to-4-5-times-10-2-text-j-what-is-the-magnitude-of-the-m https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMDcy-a-monoenergetic-electron-beam-with-an-electron-speed-of-5-20-x-106-m-s-is-subject-to-a-magnetic-field-of-1-30-x-10-4-t-normal-to-the-beam-velocity-what-is-the-radius-of-the-circle-traced-by-the-beam-g https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMDcz-an-electron-gun-with-its-collector-at-a-potential-of-100-v-fires-out-electrons-in-a-spherical-bulb-containing-hydrogen-gas-at-low-pressure-10-2mmofhg-a-magnetic-field-of-2-83-times-10-4t-curves-the-pa https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTA1-a-toroid-has-a-core-non-ferromagnetic-of-inner-radius-25-text-cm-and-outer-radius-26-text-cm-around-which-3500-turns-of-a-wire-are-wound-if-the-current-in-the-wire-is-11-text-a-the-magnetic-field-insi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTA2-an-electron-emitted-by-a-heated-cathode-and-accelerated-through-a-potential-difference-of-2-0-kv-enters-a-region-with-a-uniform-magnetic-field-of-0-15-t-if-the-field-is-transverse-to-its-initial-veloc https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTA3-a-circular-coil-of-wire-consisting-of-100-turns-each-of-radius-8-0-cm-carries-a-current-of-0-40-a-what-is-the-magnitude-of-the-magnetic-field-b-at-the-centre-of-the-coil-1-3-14-times-10-4-t-2-2-12-tim https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTA4-two-moving-coil-meters-m1-and-m2-have-the-following-particulars-r1-10-n1-30-a1-3-6-x-10-3-m2-and-b1-0-25-t-r2-14-n2-42-a2-1-8-x-10-3-m2-and-b2-0-50-t-the-spring-constants-are-identical-for-the-two-met https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTA5-a-square-coil-of-side-10-text-cm-consists-of-20-text-turns-and-carries-a-current-of-12-text-a-the-coil-is-suspended-vertically-and-the-normal-to-the-plane-of-the-coil-makes-an-angle-of-30-circ-with-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTEw-closely-wound-solenoid-80-text-cm-long-has-5-layers-of-windings-of-400-turns-each-the-diameter-of-the-solenoid-is-1-8-text-cm-if-the-current-carried-is-8-0-text-a-the-magnitude-of-b-inside-the-solenoi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTEx-two-long-and-parallel-straight-wires-a-and-b-carrying-currents-of-8-0-text-a-and-5-0-text-a-in-the-same-direction-are-separated-by-a-distance-of-4-0-text-cm-the-force-on-a-10-cm-section-of-wire-a-is-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTEy-a-3-0-text-cm-wire-carrying-a-current-of-10-text-a-is-placed-inside-a-solenoid-perpendicular-to-its-axis-the-magnetic-field-inside-the-solenoid-is-given-to-be-0-27-text-t-what-is-the-magnetic-force-on https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTEz-what-is-the-magnitude-of-magnetic-force-per-unit-length-on-a-wire-carrying-a-current-of-8-text-a-and-making-an-angle-of-30-circ-with-the-direction-of-a-uniform-magnetic-field-of-0-15-text-t-1-0-04-tex https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTE0-a-horizontal-overhead-power-line-carries-a-current-of-90-a-in-the-east-to-west-direction-what-is-the-magnitude-and-direction-of-the-magnetic-field-due-to-the-current-1-5-text-m-below-the-line-1-1-2-ti https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTE1-a-long-straight-wire-in-the-horizontal-plane-carries-a-current-of-50-a-in-the-north-to-south-direction-the-magnitude-and-direction-of-the-magnetic-field-at-a-point-2-5-m-east-of-the-wire-is-1-4-times https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTE2-a-long-straight-wire-carries-a-current-of-35-text-a-the-magnitude-of-the-magnetic-field-at-a-point-20-text-cm-from-the-wire-is-1-3-5-times-10-6-text-t-2-3-5-times-10-5-text-t-3-4-5-times-10-6-text-t-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTQ4-a-straight-horizontal-conducting-rod-of-length-0-45-text-m-and-mass-60-text-gm-is-suspended-by-two-vertical-wires-at-its-ends-a-current-of-5-0-text-a-is-set-up-in-the-rod-through-the-wires-what-magnet https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTQ5-the-wires-that-connect-the-battery-of-an-automobile-to-its-starting-motor-carry-a-current-of-300-text-a-for-a-short-time-what-is-the-force-per-unit-length-between-the-wires-if-they-are-70-text-cm-long https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTUw-a-uniform-magnetic-field-of-1-5-t-exists-in-a-cylindrical-region-of-a-radius-of-10-0-cm-its-direction-parallel-to-its-axis-along-east-to-west-a-wire-carrying-a-current-of-7-0-a-in-the-north-to-south-d https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTUy-a-circular-coil-of-20-turns-and-a-radius-of-10-text-cm-is-placed-in-a-uniform-magnetic-field-of-0-10-text-t-normal-to-the-plane-of-the-coil-if-the-current-in-the-coil-is-5-0-text-a-what-is-the-total-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTUz-a-galvanometer-coil-has-a-resistance-of-15-and-the-metre-shows-full-scale-deflection-for-a-current-of-4-ma-how-will-you-convert-the-metre-into-an-ammeter-of-range-0-to-6-a-1-a-shunt-resistor-0-02-omeg https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTU0-a-galvanometer-coil-has-a-resistance-of-12-omega-and-the-metre-shows-full-scale-deflection-for-a-current-of-3-text-ma-how-will-you-convert-the-metre-into-a-voltmeter-of-range-0-to-18-text-v-1-a-resist https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTU1-a-solenoid-60-cm-long-and-of-radius-4-0-cm-has-3-layers-of-windings-of-300-turns-each-a-2-0-cm-long-wire-of-mass-2-5-g-lies-inside-the-solenoid-near-its-centre-normal-to-its-axis-both-the-wire-and-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTU2-a-closely-wound-solenoid-of-800-turns-and-area-of-cross-section-2-5-times10-4-text-m-2-carries-a-current-of-3-0-text-a-if-the-solenoid-acts-like-a-bar-magnet-then-what-is-its-associated-magnetic-momen https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTY0-a-monoenergetic-18-kev-electron-beam-initially-in-the-horizontal-direction-is-subjected-to-a-horizontal-magnetic-field-of-0-04-g-normal-to-the-initial-direction-the-up-or-down-deflection-of-the-beam-o https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjAwMTY1-a-magnetic-dipole-is-under-the-influence-of-two-magnetic-fields-the-angle-between-the-field-directions-is-60-circ-and-one-of-the-fields-has-a-magnitude-of-1-2-times-10-2-text-t-if-the-dipole-comes-to https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjA3OTQw-a-galvanometer-of-resistance-100-937-gives-full-scale-deflection-at-10-ma-current-what-should-be-the-value-of-the-shunt-so-that-it-can-measure-a-current-of-100-ma-1-11-11-937-2-1-1-937-3-9-9-937-4-4-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjEyNjEz-a-galvanometer-coil-has-a-resistance-of-90-omega-and-a-full-scale-deflection-current-of-10-ma-a-910-omega-resistance-is-connected-in-series-with-the-galvanometer-to-make-a-voltmeter-if-the-least-count https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjEyNjQy-a-galvanometer-with-an-internal-resistance-of-100-937-will-show-a-full-scale-deflection-with-a-current-of-10-ma-which-of-the-following-circuits-would-turn-this-galvanometer-into-an-ammeter-which-will https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjEzMTE5-a-direct-current-is-passing-through-a-wire-it-is-bent-to-form-a-coil-of-one-turn-now-it-is-further-bent-to-form-coil-of-two-turns-but-of-smaller-radius-the-ratio-of-the-magnetic-induction-at-the-centr https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjEzMTI1-rank-the-value-of-b-rarr-middot-dl-rarr-for-the-closed-paths-shown-in-figure-from-the-smallest-to-largest-1-a-b-c-d-2-a-c-d-b-3-a-d-c-b-4-a-c-b-d-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjEzMTI2-electrons-moving-with-different-speeds-enter-in-uniform-magnetic-field-in-a-direction-perpendicular-to-the-field-they-will-move-along-circular-paths-1-of-same-radius-2-with-larger-radius-for-the-faste https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjEzMTI3-electrons-moving-with-different-speeds-enter-in-uniform-magnetic-field-in-a-direction-perpendicular-to-the-field-if-they-move-along-circular-paths-then-the-time-periods-of-rotation-will-be-1-same-for https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjEzMTI5-consider-the-three-closed-loops-drawn-using-solid-line-in-the-magnetic-field-magnetic-field-lines-are-drawn-using-dotted-line-of-an-infinite-curent-carrying-wire-normal-to-the-plane-of-paper-as-shown https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjEzMTM5-only-the-current-inside-the-amperian-loop-contributes-in-1-finding-magnetic-field-at-any-point-on-the-ampere-s-loop-2-line-integral-of-magnetic-field-3-in-both-of-the-above-4-in-neither-of-them-1-2-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjEzNTQw-an-electron-and-a-proton-are-moving-under-the-influence-of-mutual-forces-in-calculating-the-change-in-the-kinetic-energy-of-the-system-during-motion-one-ignores-the-magnetic-force-of-one-on-another-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjI2NTU4-two-charged-particles-traverse-identical-helical-paths-in-a-completely-opposite-sense-in-a-uniform-magnetic-field-overrightarrow-b-b-0-hat-k-1-they-have-equal-z-components-of-momenta-2-they-must-have https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjI2NTU5-biot-savart-law-indicates-that-the-moving-electrons-velocity-v-produce-a-magnetic-field-b-such-that-1-b-perp-v-2-b-parallel-v-3-it-obeys-inverse-cube-law-4-it-is-along-the-line-joining-the-electron-an https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjI2NTYw-a-current-carrying-circular-loop-of-radius-r-is-placed-in-the-x-y-plane-with-center-at-the-origin-half-of-the-loop-with-x-0-is-now-bent-so-that-it-now-lies-in-the-y-z-plane-1-the-magnitude-of-the-magn https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjI2NTYx-an-electron-is-projected-with-uniform-velocity-along-the-axis-of-a-current-carrying-long-solenoid-which-of-the-following-is-true-1-the-electron-will-be-accelerated-along-the-axis-2-the-electron-path-w https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjI2NTYy-in-a-cyclotron-a-charged-particle-1-undergoes-acceleration-all-the-time-2-speeds-up-between-the-dees-because-of-the-magnetic-field-3-speeds-up-in-a-dee-4-slows-down-within-a-dee-and-speeds-up-between https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjI2NTY0-the-gyro-magnetic-ratio-of-an-electron-in-an-h-atom-according-to-the-bohr-model-is-1-independent-of-which-orbit-it-is-in-2-negative-3-positive-4-increases-with-the-quantum-number-n-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjI2NTY1-consider-a-wire-carrying-a-steady-current-i-placed-in-a-uniform-magnetic-field-b-perpendicular-to-its-length-consider-the-charges-inside-the-wire-it-is-known-that-magnetic-forces-do-no-work-this-impli https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjI2NTY2-two-identical-current-carrying-coaxial-loops-carry-current-i-in-an-opposite-sense-a-simple-amperian-loop-passes-through-both-of-them-once-calling-the-loop-as-c-a-oint-b-cdot-dl-mp-2-mu-0-i-b-the-value https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjI2NTY3-a-cubical-region-of-space-is-filled-with-some-uniform-electric-and-magnetic-fields-an-electron-enters-the-cube-across-one-of-its-faces-with-velocity-v-and-a-positron-enters-via-the-opposite-face-with https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjI2NTY4-a-charged-particle-would-continue-to-move-with-a-constant-velocity-in-a-region-wherein-a-e-0-b-ne0-b-e-ne0-b-ne0-c-e-ne0-b-0-d-e-0-b-0-choose-the-correct-option-1-a-c-2-b-d-3-b-c-d-4-c-d-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjQ1NDE2-a-wire-of-length-l-meters-carrying-a-current-of-i-ampere-is-bent-in-the-form-of-a-circle-what-is-its-magnetic-moment-1-dfrac-il-2-4-text-a-text-text-m-2-2-dfrac-i-times-pi-l-2-4-text-a-text-text-m-2-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwODU3-a-straight-wire-of-mass-200-text-g-and-length-1-5-text-m-carries-a-current-of-2-text-a-it-is-suspended-in-mid-air-by-a-uniform-horizontal-magnetic-field-b-shown-in-the-figure-what-is-the-magnitude-of https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwODYw-in-a-region-of-space-magnetic-field-is-parallel-to-the-positive-y-text-axis-and-the-charged-particle-is-moving-along-the-positive-x-text-axis-as-shown-in-the-figure-the-directions-of-lorentz-force-for https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwODYz-the-radius-of-the-path-of-an-electron-and-frequency-mass-9-times-10-31kg-and-charge-1-6-times-10-19c-moving-at-a-speed-of-3-times10-7-m-s-in-a-magnetic-field-of-6-times10-4-t-perpendicular-to-it-are-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwODY1-an-electron-mass9-times-10-31kgandcharge1-6-times-10-19c-is-moving-at-a-speed-of-3-times-107-m-s-in-a-magnetic-field-perpendicular-to-it-the-energy-of-the-electron-in-kev-is-1-ev-1-6-times-10-ndash-19 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwODY2-a-cyclotron-rsquo-s-oscillator-frequency-is-10-mhz-the-radius-of-its-lsquo-dees-rsquo-is-60-cm-what-should-be-the-operating-magnetic-field-for-accelerating-protons-and-the-kinetic-energy-in-mev-of-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTAx-an-element-delta-l-delta-x-hat-i-is-placed-at-the-origin-and-carries-a-large-current-of-i-10-text-a-as-shown-in-the-figure-what-is-the-magnetic-field-on-the-y-text-axis-at-a-distance-of-0-5-text-m-tex https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTAz-a-straight-wire-carrying-a-current-of-12-text-a-is-bent-into-a-semi-circular-arc-of-radius-2-0-text-cm-as-shown-in-the-figure-considering-the-magnetic-field-b-at-the-centre-of-the-arc-what-will-be-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTA1-consider-a-tightly-wound-100-turn-coil-of-radius-10-cm-carrying-a-current-of-1-a-what-is-the-magnitude-of-the-magnetic-field-at-the-centre-of-the-coil-1-8-2-times10-4-t-2-4-6-times10-4-t-3-5-2-times10 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTA2-the-figure-shows-a-long-straight-wire-of-a-circular-cross-section-radius-a-carrying-steady-current-i-the-current-i-is-uniformly-distributed-across-this-cross-section-if-the-magnetic-field-in-the-regio https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTA4-a-solenoid-of-length-0-5-text-m-has-a-radius-of-1-text-cm-and-is-made-up-of-500-turns-it-carries-a-current-of-5-text-a-what-is-the-magnitude-of-the-magnetic-field-inside-the-solenoid-1-6-28-times-10-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTEw-the-horizontal-component-of-the-earth-rsquo-s-magnetic-field-at-a-certain-place-is-3-0-times10-5-text-t-and-the-direction-of-the-field-is-from-the-geographic-south-to-the-geographic-north-a-very-long https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTEy-a-100-turn-closely-wound-circular-coil-of-radius-10-text-cm-carries-a-current-of-3-2-text-a-the-magnetic-field-at-the-centre-of-the-coil-is-1-4-times10-3-text-t-2-6-times10-3-text-t-3-2-times10-3-text https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTEz-a-100-turn-closely-wound-circular-coil-of-radius-10-text-cm-carries-a-current-of-3-2-text-a-the-magnetic-moment-of-this-coil-is-1-20-text-a-m-2-2-10-text-a-m-2-3-30-text-a-m-2-4-15-text-a-m-2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTE0-a-100-turn-closely-wound-circular-coil-of-radius-10-cm-carries-a-current-of-3-2-a-the-coil-is-placed-in-a-vertical-plane-and-is-free-to-rotate-about-a-horizontal-axis-that-coincides-with-its-diameter https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTE1-a-100-turn-closely-wound-circular-coil-of-radius-10-cm-carries-a-current-of-3-2-a-what-is-the-angular-speed-acquired-by-the-coil-when-it-has-rotated-by-90-deg-under-the-influence-of-a-magnetic-field-o https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTE2-which-one-of-the-following-statements-is-incorrect-1-a-current-carrying-circular-loop-lies-on-a-smooth-horizontal-plane-a-uniform-magnetic-field-can-be-set-up-in-such-a-manner-that-the-loop-turns-arou https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTE5-for-the-circuit-shown-in-the-figure-the-current-is-to-be-measured-the-ammeter-shown-is-a-galvanometer-with-a-resistance-rg-60-omega-the-value-of-current-is-1-0-004-a-2-0-032-a-3-0-222-a-4-0-048-a-1-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTIx-in-the-circuit-shown-in-the-figure-the-current-is-to-be-measured-what-is-the-value-of-the-current-if-the-ammeter-shown-is-a-galvanometer-rg-60-omega-but-converted-to-an-ammeter-by-a-shunt-resistance-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2MTE5-the-si-unit-of-magnetic-field-intensity-is-1-amn-1-2-na-1m-1-3-na-2m-2-4-na-1m-2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3MTA5-a-thick-current-carrying-cable-of-radius-r-carries-current-i-uniformly-distributed-across-its-cross-section-the-variation-of-magnetic-field-b-r-due-to-the-cable-with-the-distance-r-from-the-axis-of-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3MTMz-an-infinitely-long-straight-conductor-carries-a-current-of-5-text-a-as-shown-an-electron-is-moving-with-a-speed-of-10-5-text-m-s-parallel-to-the-conductor-the-perpendicular-distance-between-the-electr https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3MTM4-a-uniform-conducting-wire-of-length-12a-and-resistance-r-is-wound-up-as-a-current-carrying-coil-in-the-shape-of-i-an-equilateral-triangle-of-side-a-ii-a-square-of-side-a-the-magnetic-dipole-moments-of https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3MTUx-in-the-product-vec-f-q-left-vec-v-times-vec-b-right-q-vec-v-times-left-b-hat-i-b-hat-j-b-0-hat-k-right-for-q-1-and-vec-v-2-hat-i-4-hat-j-6-hat-k-and-vec-f-4-hat-i-20-hat-j-12-hat-k-what-will-be-the-co https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM5MzQy-a-long-solenoid-of-radius-1-text-mm-has-100-turns-per-mm-if-1-text-a-current-flows-in-the-solenoid-the-magnetic-field-strength-at-the-centre-of-the-solenoid-is-1-6-28-times-10-4-text-t-2-6-28-times-10 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM5MzQ2-given-below-are-two-statements-statement-i-biot-savart-s-law-gives-us-the-expression-for-the-magnetic-field-strength-of-an-infinitesimal-current-element-idl-of-a-current-carrying-conductor-only-statem https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM5MzY0-from-ampere-s-circuital-law-for-a-long-straight-wire-of-circular-cross-section-carrying-a-steady-current-the-variation-of-the-magnetic-field-inside-and-outside-the-region-of-the-wire-is-1-a-linearly-d https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM5NzQw-the-ratio-of-the-radii-of-two-circular-coils-is-1-2-the-ratio-of-currents-in-the-respective-coils-such-that-the-same-magnetic-moment-is-produced-at-the-centre-of-each-coil-is-1-4-1-2-2-1-3-1-2-4-1-4-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM5NzU5-a-strong-magnetic-field-is-applied-along-the-direction-of-the-velocity-of-an-electron-the-electron-would-move-along-1-a-parabolic-path-2-the-original-path-3-a-helical-path-4-a-circular-path-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ2NTYy-a-closely-packed-coil-having-1000-turns-has-an-average-radius-of-62-8-text-cm-if-the-current-carried-by-the-wire-of-the-coil-is-1-text-a-the-value-of-the-magnetic-field-produced-at-the-centre-of-the-c https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ2NTg5-the-shape-of-the-magnetic-field-lines-due-to-an-infinite-long-straight-current-carrying-conductor-is-1-a-straight-line-2-circular-3-elliptical-4-a-plane-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ2NjA2-two-very-long-straight-parallel-conductor-mathrm-a-and-mathrm-b-carry-current-of-5-text-a-and-10-text-a-respectively-and-are-at-a-distance-of-10-mathrm-cm-from-each-other-the-direction-of-the-current https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ2NjA3-the-magnetic-field-on-the-axis-of-a-circular-loop-of-radius-100-text-cm-carrying-current-i-sqrt-2-text-a-at-a-point-1-text-m-away-from-the-centre-of-the-loop-is-given-by-1-3-14-times-10-7-text-t-2-6-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY2OTQz-a-wire-carrying-a-current-i-along-the-positive-x-axis-has-length-l-it-is-kept-in-a-magnetic-field-overrightarrow-b-2-hat-i-3-hat-j-4-hat-k-text-t-the-magnitude-of-the-magnetic-force-acting-on-the-wire https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY2OTQ0-a-very-long-conducting-wire-is-bent-in-a-semi-circular-shape-from-a-to-b-as-shown-in-the-figure-the-magnetic-field-at-the-point-p-for-steady-current-configuration-is-given-by-1-dfrac-mu-0-i-4-r-left-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY4MjUx-a-long-straight-wire-of-length-2-m-and-mass-250-g-is-suspended-horizontally-in-a-uniform-horizontal-magnetic-field-of-0-7-t-the-amount-of-current-flowing-through-the-wire-will-be-g-9-8-text-ms-2-1-2-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY4MjYy-a-uniform-electric-field-and-a-uniform-magnetic-field-are-acting-along-the-same-direction-in-a-certain-region-if-an-electron-is-projected-in-the-region-such-that-its-velocity-is-pointed-along-the-dire https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU0OTcz-a-tightly-wound-100-turns-coil-of-radius-10-text-cm-carries-a-current-of-7-text-a-the-magnitude-of-the-magnetic-field-at-the-centre-of-the-coil-is-take-permeability-of-free-space-as-4-pi-times-10-7-si https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQxMDQy-given-below-are-two-statements-statement-i-a-charged-particle-moving-in-a-magnetic-field-experiences-a-force-which-is-zero-only-when-it-moves-in-the-direction-of-the-field-or-against-it-statement-ii-w https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIyNzM2-a-particle-of-mass-m-and-the-charge-q-is-observed-to-move-with-a-uniform-velocity-v-in-a-region-containing-a-uniform-magnetic-field-b-and-a-uniform-gravitational-field-g-the-magnetic-field-b-must-sati https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjk5MjQ0-a-wire-carrying-a-current-i-0-oriented-along-the-vector-big-3-hat-i-4-hat-j-big-experiences-a-force-per-unit-length-of-big-4f-hat-i-3f-hat-j-f-hat-k-big-the-magnetic-field-vec-b-equals-1-dfrac-f-i-0-l https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTg1-a-charged-particle-moves-in-a-gravity-free-space-without-change-in-velocity-which-of-the-following-is-are-possible-a-e-0-b-0-b-e-0-b-neq0-c-e-neq0-b-0-d-e-neq0-b-neq0-choose-the-correct-option-1-a-b-d https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM2Njgy-a-charged-particle-moves-in-a-circular-path-of-radius-r-in-a-uniform-magnetic-field-b-perpendicular-to-the-plane-of-motion-the-same-particle-is-observed-to-move-in-a-circular-path-around-an-infinite-l https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzMxNzYy-two-particles-of-equal-mass-m-and-charge-q-move-in-a-circular-orbit-of-radius-r-under-the-influence-of-a-magnetic-field-b-the-kinetic-energy-of-the-particles-is-proportional-to-assume-that-the-particl https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM1OTI4-a-current-i-flows-through-a-semi-circular-loop-of-radius-r-attached-to-two-long-straight-wires-along-the-open-diameter-of-the-loop-the-magnetic-field-at-the-centre-of-the-loop-is-1-dfrac-mu-0i-4r-2-df https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzMxNzc1-the-magnetic-field-at-a-point-p-on-the-axis-of-a-circular-current-carrying-wire-is-dfrac18-of-the-field-at-its-centre-the-radius-of-the-circular-curve-is-r-the-distance-between-p-and-the-centre-of-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQxMDQx-two-long-parallel-wires-carrying-currents-i-1-and-i-2-give-a-magnetic-field-of-3-g-at-a-point-exactly-mid-way-between-the-two-wires-when-one-of-the-currents-is-reversed-the-field-becomes-5-g-the-ratio https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI2MDk0-a-straight-current-carrying-wire-carrying-current-i-passes-perpendicular-to-the-plane-of-an-imaginary-rectangular-loop-pqrs-passing-through-its-centre-o-into-the-diagram-the-diagonals-intersect-at-60 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIyNzEz-a-long-solenoid-has-a-square-cross-section-of-side-a-it-has-turn-density-n-number-of-turns-per-unit-axial-length-a-current-i-is-passed-through-this-solenoid-the-magnetic-field-at-the-centre-of-the-sol https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjE0-a-proton-beam-is-going-from-north-to-south-and-an-electron-beam-is-going-from-south-to-north-neglecting-the-earth-s-magnetic-field-the-electron-beam-will-be-deflected-1-towards-the-proton-beam-2-away https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246ODkwMDM-an-arrangement-of-three-parallel-straight-wires-placed-perpendicular-to-the-plane-of-paper-carrying-the-same-current-in-the-same-direction-is-shown-in-the-figure-the-magnitude-of-force-per-unit-length https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzU4MjY0-a-circular-coil-abcd-carrying-a-current-i-is-placed-in-a-uniform-magnetic-field-if-the-magnetic-force-on-the-segment-ab-is-vec-f-then-the-force-on-the-remaining-segment-bcda-is-1-vec-f-2-3-vec-f-3-3-v https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTc3-a-circular-loop-of-area-1-cm2-carrying-a-current-of-10-a-is-placed-in-a-magnetic-field-of-0-1-t-perpendicular-to-the-plane-of-the-loop-the-torque-on-the-loop-due-to-the-magnetic-field-is-1-zero-2-10-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIyNzIx-two-current-carrying-loops-of-wire-are-placed-as-shown-in-the-figure-the-inner-loop-p-having-a-radius-r-which-is-much-smaller-than-the-radius-r-of-the-outer-loop-q-both-the-loops-are-concentric-but-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTQw-the-net-resistance-of-a-voltmeter-should-be-large-to-ensure-that-1-it-does-not-get-overheated-2-it-does-not-draw-excessive-current-3-it-can-measure-large-potential-differences-4-it-does-not-appreciabl https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM4MzM5-a-galvanometer-g-having-very-small-resistance-when-connected-with-a-resistance-of-10-text-k-omega-in-series-can-function-as-a-voltmeter-measuring-a-maximum-voltage-of-20-v-the-current-required-to-give https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTMzNjE-a-galvanometer-of-resistance-50-omega-is-connected-to-a-battery-of-3-text-v-along-with-a-resistance-of-2950-omega-in-series-a-full-scale-deflection-of-30-divisions-is-obtained-in-the-galvanometer-in-o https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjYzODA1-resistance-of-a-galvanometer-coil-is-8-omega-and-2-omega-shunt-resistance-is-connected-with-it-if-main-current-is-1-a-then-the-current-flow-through-2-omega-resistance-will-be-1-0-2-a-2-0-8-a-3-0-1-a-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjIz-a-moving-charge-produces-1-electric-field-only-2-magnetic-field-only-3-both-of-them-4-none-of-them-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIzNzY0-to-calculate-the-magnetic-field-due-to-a-straight-current-carrying-conducting-wire-at-a-nearby-point-we-use-1-fleming-s-left-hand-rule-2-biot-savart-law-3-gauss-s-law-4-lenz-s-law-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTU4NTQw-an-element-of-length-0-05-hat-i-text-m-is-placed-at-the-origin-as-shown-in-the-figure-and-carries-a-current-of-10-text-a-the-magnetic-field-at-a-point-1-text-m-away-in-a-direction-perpendicular-to-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI0MDEy-the-strength-of-the-magnetic-field-around-a-straight-current-carrying-conductor-as-observed-by-biot-and-savart-was-that-1-field-is-the-same-every-where-around-the-conductor-2-field-is-directly-proport https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI0MTM2-the-magnetic-induction-at-the-centre-o-in-the-figure-shown-is-1-dfrac-mu-0i-4-big-dfrac-1-r-1-dfrac-1-r-2-big-2-dfrac-mu-0i-4-big-dfrac-1-r-1-dfrac-1-r-2-big-3-dfrac-mu-0i-4-r-1-r-2-4-dfrac-mu-0i-4-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246ODg5Njg-a-long-wire-carrying-a-steady-current-is-bent-into-a-circular-loop-of-one-turn-the-magnetic-field-at-the-centre-of-the-loop-is-b-it-is-then-bent-into-a-circular-coil-of-n-turns-the-magnetic-field-at-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY2NzAz-in-a-long-solenoid-the-magnetic-field-intensity-inside-the-solenoid-is-equal-to-1-6-times-10-3-t-if-number-of-turns-per-unit-length-on-the-solenoid-is-equal-to-8-over-pi-per-cm-then-current-flowing-in https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDUzMTI3-a-thick-current-carrying-cable-of-radius-r-carries-current-i-that-is-uniformly-distributed-across-its-cross-section-the-variation-of-the-magnetic-field-b-r-due-to-the-cable-with-the-distance-r-from-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI4NDcx-a-straight-vertical-conductor-carries-a-current-vertically-upwards-a-point-p-lies-to-the-east-of-it-at-a-small-distance-and-another-point-q-lies-to-the-west-at-the-same-distance-the-magnetic-field-at https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzU4MDcw-a-current-i-is-flowing-through-a-wire-loop-as-shown-in-the-figure-point-p-is-located-at-the-centre-of-the-loop-what-is-the-direction-of-the-magnetic-field-at-the-point-p-text-1-out-of-the-page-2-into https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzMzOTU4-the-magnetic-induction-at-the-centre-of-a-current-carrying-circular-coil-is-b-0-and-the-radius-of-the-coil-is-r-the-magnetic-induction-b-at-a-point-on-the-axis-located-at-a-distance-x-from-the-centre https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDI4MjQ2-a-long-solenoid-of-length-l-has-a-total-number-of-turns-n-it-produces-the-same-magnetic-field-at-its-centre-as-a-long-straight-wire-does-at-a-distance-r-text-when-both-of-them-carry-the-same-current-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY1MjY1-the-magnetic-field-of-a-given-length-of-wire-for-a-single-turn-coil-at-its-centre-is-b-its-value-for-two-turns-coil-for-the-same-wire-will-be-1-frac-b-4-2-frac-b-2-3-4b-4-2b-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDIwMzI2-a-uniform-conducting-wire-is-formed-into-a-regular-hexagon-abcdef-the-vertices-a-e-are-connected-to-a-cell-and-currents-flow-through-segments-of-the-loop-the-magnetic-field-at-the-centre-o-due-to-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mzk1Mjg0-a-charged-particle-carrying-a-charge-q-moves-with-a-velocity-v-parallel-to-a-long-current-carrying-wire-current-i-at-a-distance-r-from-the-wire-the-magnetic-field-of-the-wire-and-the-velocity-of-the-c https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIzODM2-the-magnetic-field-at-the-center-o-of-the-circular-arc-as-shown-in-the-figure-is-1-dfrac-3-mu-0i-4-pi-r-2-dfrac-3-mu-0i-4r-3-dfrac-5-mu-0i-8r-4-dfrac-3-mu-0i-8r-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2NzAx-two-very-long-straight-and-insulated-wires-are-kept-at-90-circ-angle-from-each-other-in-xy-text-plane-as-shown-in-the-figure-these-wires-carry-currents-of-equal-magnitude-i-whose-directions-are-shown https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5MjEy-magnetic-fields-at-two-points-on-the-axis-of-a-circular-coil-at-a-distance-of-0-05-text-m-and-0-2-text-m-from-the-centre-are-in-the-ratio-8-1-the-radius-of-the-coil-is-1-0-2-mathrm-m-2-0-1-mathrm-m-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY1Mjcw-if-a-charge-q-moves-with-velocity-v-in-a-region-where-electric-field-e-and-magnetic-field-b-both-exist-then-force-on-it-is-1-q-vec-v-times-vec-b-2-q-vec-e-q-vec-v-times-vec-b-3-q-vec-e-q-vec-b-times-v https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU1NjE3-a-long-wire-carrying-current-sqrt2-text-a-is-placed-in-uniform-magnetic-field-of-3-times10-5-text-t-if-the-magnetic-field-is-perpendicular-to-the-wire-then-the-magnetic-force-is-on-the-unit-length-of https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MDk1-a-proton-carrying-1-mev-kinetic-energy-is-moving-in-a-circular-path-of-radius-r-in-a-uniform-magnetic-field-what-should-be-the-energy-of-an-particle-to-describe-a-circle-of-the-same-radius-in-the-same https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzMzc1-a-charged-particle-is-moving-in-a-uniform-magnetic-field-2-hat-i-3-hat-j-text-t-if-it-has-an-acceleration-of-alpha-hat-i-4-hat-j-text-m-s-2-then-the-value-of-alpha-will-be-1-3-2-6-3-12-4-2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTQ1NDU-a-magnetic-field-exerts-no-force-on-1-a-magnet-2-an-unmagnetised-iron-bar-3-a-moving-charge-4-stationary-charge-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mzk1Mjky-the-force-exerted-on-a-current-carrying-wire-of-length-l-carrying-a-current-i-and-placed-at-30-circ-to-a-uniform-magnetic-field-b-is-1-ilb-2-ilb-cos30-circ-3-ilb-sin30-circ-4-ilb-tan30-circ-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQwMTUz-a-uniform-electric-field-and-a-uniform-magnetic-field-are-acting-in-the-same-direction-in-a-certain-region-if-an-electron-is-projected-in-the-region-such-that-its-velocity-is-pointed-along-the-directi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mzk1Mjc2-the-product-of-charge-and-velocity-has-the-same-dimensions-as-1-text-current-2-dfrac-text-current-text-length-3-text-current-times-text-length-4-dfrac-text-current-text-area-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjU1-consider-three-quantities-x-e-b-y-sqrt-1-mu-0-varepsilon-0-and-z-frac-l-cr-here-l-is-the-length-of-a-wire-c-is-a-capacitance-and-r-is-resistance-all-other-symbols-have-standard-meanings-a-x-and-y-have https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU2MDk5-two-charged-particles-a-and-b-have-charge-q-each-while-masses-are-m-1-text-and-m-2-both-have-the-same-velocity-v-and-enter-into-a-transverse-magnetic-field-b-such-that-their-radii-are-r-1-text-and-r-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIzMDYx-an-electron-moving-with-a-velocity-overrightarrow-mathbf-v-1-1-hat-i-m-s-at-a-point-in-a-magnetic-field-experiences-a-force-overrightarrow-mathbf-f-1-2-hat-j-n-if-the-electron-is-moving-with-a-velocit https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjUwOTEx-a-proton-carrying-1-text-mev-kinetic-energy-is-moving-in-a-circular-path-of-radius-r-in-a-uniform-magnetic-field-what-should-be-the-energy-of-an-alpha-text-particle-to-describe-a-circle-of-the-same-ra https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY1OTY3-a-charged-particle-moves-through-a-magnetic-field-in-a-direction-perpendicular-to-it-then-1-the-speed-of-the-particle-remains-unchanged-2-the-direction-of-the-particle-remains-unchanged-3-the-accelera https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM4MzQx-a-charged-particle-of-charge-q-mass-m-moves-in-a-circular-path-in-a-uniform-magnetic-field-b-the-current-due-to-the-motion-of-this-particle-has-the-average-value-1-dfrac-q-2b-2-pi-m-2-dfrac-qb-2-m-3-d https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDM2MTM2-two-charged-particles-a-b-having-the-same-charge-and-same-speed-enter-a-magnetic-field-and-move-along-circular-paths-of-radii-r-2r-the-ratio-of-their-masses-is-1-large-frac12-2-large-frac14-3-large-fr https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4MDY5-a-beam-of-protons-with-speed-4-times-10-5-mathrm-ms-1-enters-a-uniform-magnetic-field-of-0-3-t-at-an-angle-of-60-circ-to-the-magnetic-field-the-pitch-of-the-resulting-helical-path-of-protons-is-close https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ4NjY0-a-particle-having-a-charge-of-80-mu-text-c-and-a-mass-of-8-text-mg-is-projected-with-a-speed-of-10-text-m-s-in-a-uniform-magnetic-field-of-20-text-mt-with-its-velocity-perpendicular-to-the-magnetic-fi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzMxNjE3-two-charged-particles-are-projected-into-a-region-in-which-a-magnetic-field-is-perpendicular-to-their-velocities-after-they-enter-the-magnetic-field-it-must-be-true-that-1-the-charges-are-deflected-in https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1OTcz-a-long-solenoid-carrying-a-current-produces-a-magnetic-field-b-along-its-axis-if-the-current-is-doubled-and-the-number-of-turns-per-cm-is-halved-then-the-new-value-of-the-magnetic-field-will-be-equal https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjU3-a-long-straight-wire-of-radius-r-carries-a-current-distributed-uniformly-over-its-cross-section-the-magnitude-of-the-magnetic-field-is-a-maximum-at-the-axis-of-the-wire-b-minimum-at-the-axis-of-the-wi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mzk1Mjg4-a-long-cylindrical-wire-carries-a-current-i-flowing-uniformly-along-its-axis-on-its-outer-surface-the-current-per-unit-circumference-of-the-wire-is-refer-to-diagram-1-large-frac-i-pi-r-2-2-large-frac https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjYzODYz-two-long-parallel-wires-are-at-a-distance-of-1-m-if-both-of-them-carry-one-ampere-of-current-in-the-same-direction-then-the-force-of-attraction-on-the-unit-length-of-the-wires-will-be-1-2-times10-7-n https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzMzNTc1-two-long-conductors-separated-by-a-distance-d-carry-currents-i-1-and-i-2-in-the-same-direction-exerting-a-force-f-on-each-other-now-the-current-in-one-of-the-conductors-is-doubled-and-its-direction-is https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMzQ0-two-parallel-infinite-wires-carry-equal-currents-as-shown-if-both-the-currents-are-doubled-and-separation-is-halved-the-force-on-a-10-text-cm-section-of-one-of-the-wires-becomes-1-4-times-2-dfrac-1-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIyNzI2-two-very-long-wires-of-length-l-are-placed-parallel-to-each-other-separated-by-a-distance-r-r-1-dfrac-mu-0-i-2-l-2-pi-r-2-dfrac-mu-0-i-2-l-4-pi-r-3-dfrac-mu-0-i-2-l-2-r-4-dfrac-mu-0-i-2-l-4-r-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjIx-consider-the-situation-shown-in-the-figure-the-straight-wire-is-fixed-but-the-loop-can-move-under-magnetic-force-the-loop-will-1-remain-stationary-2-move-towards-the-wire-3-move-away-from-the-wire-4-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDYwODM5-two-long-thin-parallel-conductors-are-separated-by-a-distance-d-and-carry-currents-i-1-and-i-2-respectively-the-force-per-unit-length-f-acting-on-one-conductor-is-analysed-under-the-following-conditio https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1OTE1-two-long-parallel-wires-separated-by-a-distance-of-4-cm-carry-currents-of-2-a-and-6-a-in-the-same-direction-the-force-per-metre-of-wire-length-acting-between-the-wires-is-1-4-times-10-5-text-n-m-2-6-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY1NjYx-if-the-number-of-turns-area-and-current-through-a-coil-are-given-by-n-a-and-i-respectively-then-its-magnetic-moment-will-be-1-nia-2-n-2-ia-3-nia-2-4-frac-ni-sqrt-a-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA1NDY3-for-a-circular-coil-of-radius-5-cm-having-100-turns-and-carrying-a-current-of-2-0-a-the-magnetic-moment-is-1-12-95-a-m2-2-25-97-a-m2-3-1-6-a-m2-4-24-79-a-m2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIzMDI4-a-current-carrying-wireframe-is-in-the-shape-of-digit-eight-8-it-is-carrying-current-i-0-if-the-radius-of-each-loop-is-r-0-then-the-net-magnetic-dipole-moment-of-the-figure-is-1-left-i-0-pi-r-0-2-righ https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNTUw-magnetic-dipole-moment-is-a-1-scalar-quantity-2-vector-quantity-3-constant-for-all-magnets-4-temperature-independent-quantity-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MjYy-a-charge-q-is-spread-uniformly-over-an-insulated-loop-of-radius-r-if-it-is-rotated-with-an-angular-velocity-omega-with-respect-to-the-normal-axis-then-the-magnetic-moment-of-the-loop-is-1-dfrac-3-2-q https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzMzMDI5-a-current-i-flows-through-a-conducting-wire-of-length-l-if-the-wire-is-bent-into-a-circular-form-what-would-its-magnetic-dipole-moment-be-1-dfrac-il-2-4-mathit-pi-2-dfrac-il-4-mathit-pi-3-dfrac-i-2-l https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDUzMjE1-a-uniform-conducting-wire-of-length-12a-and-resistance-r-is-wound-into-a-current-carrying-coil-in-the-shape-of-an-equilateral-triangle-with-side-length-a-if-a-current-i-flows-through-the-coil-what-is https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzUwMTI1-in-a-hydrogen-atom-the-electron-is-making-n-text-rev-s-around-the-nucleus-in-an-orbit-of-radius-r-the-magnetic-moment-will-be-1-n-pi-er-2-dfrac-e-pi-r-2-n-3-ne-pi-r-2-4-dfrac-e-pi-r-2-n-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMTQ5-coil-mathrm-a-of-radius-10-cm-has-n-a-number-of-turns-and-i-a-current-is-flowing-through-it-coil-mathrm-b-of-radius-20-cm-has-n-b-number-of-turns-and-i-b-current-is-flowing-through-it-if-the-magnetic https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjUxMDA0-a-square-loop-carrying-a-steady-current-i-is-placed-in-a-horizontal-plane-near-a-long-straight-conductor-carrying-a-steady-current-i-1-at-a-distance-d-from-the-conductor-as-shown-in-the-figure-the-loo https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4NDg1-a-glavanometer-coil-has-500-turns-and-each-turn-has-an-average-area-of-3-times-10-4-text-m-2-if-a-torque-of-1-5-text-nm-is-required-to-keep-this-coil-parallel-to-a-magnetic-field-when-a-current-of-0-5 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc5MTA4-a-coil-in-the-shape-of-an-equilateral-triangle-of-side-10-text-cm-lies-in-a-vertical-plane-between-the-pole-pieces-of-a-permanent-magnet-producing-a-horizontal-magnetic-field-20-text-mt-the-torque-act https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDA0OTE5-to-measure-the-potential-difference-across-an-element-in-a-circuit-1-voltmeter-is-connected-in-parallel-to-the-element-2-voltmeter-is-connected-in-series-to-the-element-3-ammeter-is-connected-in-paral https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDA1MDQy-the-device-used-to-measure-small-electric-current-in-a-circuit-1-meter-bridge-2-voltmeter-3-galvanometer-4-resistance-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MjY5-a-galvanometer-with-a-coil-resistance-of-25-omega-requires-a-current-of-1-text-ma-for-full-scale-deflection-to-construct-an-ammeter-that-can-measure-up-to-2-text-a-what-should-be-the-approximate-value https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU2NDU3-if-the-current-200-mu-text-a-deflects-the-coil-of-the-moving-coil-galvanometer-through-60-circ-then-the-current-required-to-cause-deflection-through-pi-over-10-radians-is-1-60-mu-text-a-2-50-mu-text-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQxODI4-given-below-are-two-statements-assertion-a-when-a-soft-iron-is-inserted-into-the-coil-of-a-moving-coil-galvanometer-both-the-current-sensitivity-and-voltage-sensitivity-of-the-galvanometer-increase-re https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4NTU3-a-galvanometer-of-resistance-g-is-converted-into-a-voltmeter-of-range-0-text-1-v-by-connecting-a-resistance-r-1-in-series-with-it-the-additional-resistance-that-should-be-connected-in-series-with-r-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTMyMzI-a-galvanometer-having-a-coil-resistance-of-60-omega-shows-full-scale-deflection-when-a-current-of-1-0-a-passes-through-it-it-can-be-converted-into-an-ammeter-to-read-currents-up-to-5-0-a-by-1-putting https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDA0OTM0-in-an-experiment-to-determine-the-resistance-of-a-galvanometer-by-half-deflection-method-the-following-circuit-is-used-in-one-set-of-readings-if-r-500-omega-and-s-50-omega-then-the-resistance-of-galva https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIzMDY4-the-deflection-of-a-moving-coil-galvanometer-falls-from-60-divisions-to-12-divisions-for-the-same-value-of-current-in-the-circuit-when-a-shunt-of-12-omega-is-connected-the-resistance-of-the-galvanomet https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTUx-choose-the-correct-statement-s-from-the-options-below-a-an-ammeter-should-have-small-resistance-b-an-ammeter-should-have-large-resistance-c-a-voltmeter-should-have-small-resistance-d-a-voltmeter-shoul https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY1MjUw-to-convert-a-galvanometer-into-a-voltmeter-one-should-connect-a-1-high-resistance-in-series-with-the-galvanometer-2-low-resistance-in-series-with-the-galvanometer-3-high-resistance-in-parallel-with-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ2MTA0-a-72-omega-galvanometer-is-shunted-by-a-resistance-of-8-omega-the-percentage-of-the-total-current-that-passes-through-the-galvanometer-is-1-0-1-2-10-3-25-4-0-25-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1NzUw-a-galvanometer-of-resistance-20-omega-gives-full-scale-deflection-when-a-current-of-1-text-ma-is-passed-through-it-it-is-converted-into-a-voltmeter-by-connecting-a-resistance-of-4980-omega-in-series-w https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTIxMDY-a-millivoltmeter-of-25-text-mv-range-is-to-be-converted-into-an-ammeter-of-25-text-a-range-the-value-in-ohm-of-the-necessary-shunt-will-be-1-0-001-2-0-01-3-1-4-0-05-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjY5-a-voltmeter-of-resistance-2000-omega-can-measure-a-maximum-potential-difference-of-2-text-v-if-it-is-to-be-converted-into-a-voltmeter-of-range-20-text-v-the-required-resistance-in-series-will-be-1-200 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzMyMzI4-the-current-range-of-an-ammeter-of-1-text-a-is-obtained-by-shunting-a-27-omega-galvanometer-with-a-3-omega-resistance-what-is-the-current-rating-of-the-galvanometer-1-0-1-text-a-2-0-2-text-a-3-0-3-tex https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDA4OTQ4-a-galvanometer-having-a-resistance-of-50-omega-gives-a-full-scale-deflection-for-a-current-of-10-text-ma-the-resistance-to-be-connected-to-it-to-convert-it-into-a-voltmeter-that-can-read-10-text-v-is https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY0Njkx-a-galvanometer-of-50-omega-resistance-has-25-divisions-a-current-of-4-times-10-4-text-a-gives-a-deflection-of-one-division-to-convert-this-galvanometer-into-a-voltmeter-having-a-range-of-25-text-v-it https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTE5OTMz-in-the-given-figure-an-ammeter-a-consists-of-a-240-omega-galvanometer-coil-connected-in-parallel-to-a-10-omega-shunt-resistor-the-reading-of-the-ammeter-is-1-354-text-ma-2-160-text-ma-3-280-text-ma-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMzc-which-one-of-the-following-gives-the-value-of-the-magnetic-field-according-to-biot-savart-s-law-1-dfrac-i-delta-l-sin-theta-r-2-2-dfrac-mu-0-4-pi-dfrac-i-delta-l-sin-theta-r-3-dfrac-mu-0-4-pi-dfrac-i https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTg3NjQ-to-maximise-the-magnetic-field-caused-by-a-small-element-of-a-current-carrying-conductor-at-a-point-the-angle-between-the-element-and-the-line-connecting-the-element-to-the-point-p-must-be-1-0-circ-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNTEx-which-one-of-the-following-expressions-represents-biot-savart-s-law-symbols-have-their-usual-meanings-1-overrightarrow-d-b-dfrac-mu-0-mathrm-i-overrightarrow-d-l-times-hat-r-4-pi-overrightarrow-mathrm https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MTE3-a-long-wire-carrying-a-steady-current-is-bent-into-a-circular-loop-of-one-turn-the-magnetic-field-at-the-centre-of-the-loop-is-b-it-is-then-bent-into-a-circular-coil-of-n-turns-what-will-the-magnetic https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTcxMTYz-the-resistances-of-three-parts-of-a-circular-loop-are-as-shown-in-the-figure-what-will-be-the-magnetic-field-at-the-centre-of-o-current-enters-at-a-and-leaves-at-b-and-c-as-shown-1-dfrac-mu-0-i-6-a-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTIwOTc-two-similar-coils-of-radius-r-are-lying-concentrically-with-their-planes-at-right-angles-to-each-other-the-currents-flowing-in-them-are-i-and-2i-respectively-what-will-be-the-resultant-magnetic-field https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTExNjE-two-identical-long-conducting-wires-aob-and-cod-are-placed-at-a-right-angle-to-each-other-with-one-above-the-other-such-that-o-is-the-common-point-for-the-two-the-wires-carry-i-1-and-i-2-currents-resp https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjUx-if-the-magnetic-field-at-the-centre-of-the-circular-coil-is-b-0-then-what-is-the-distance-on-its-axis-from-the-centre-of-the-coil-where-b-x-frac-b-0-8-r-radius-of-the-coil-1-r-over-3-2-sqrt-3-r-3-r-ov https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTM2ODI4-a-ring-of-radius-r-carries-a-linear-charge-density-lambda-it-is-rotating-with-angular-speed-omega-about-an-axis-passing-through-the-centre-and-perpendicular-to-the-plane-what-is-the-magnetic-field-at https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMzAy-an-electron-and-a-proton-are-revolving-around-a-common-centre-o-in-two-coplanar-circular-paths-as-shown-in-the-figure-with-a-time-period-of-rotation-of-1-s-and-2-s-respectively-what-will-be-the-net-ma https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQwMTYx-a-cell-is-connected-between-the-points-a-and-c-of-a-circular-conductor-abcd-of-centre-o-with-an-angle-of-aoc-60-circ-if-b-1-and-b-2-are-the-magnitudes-of-the-magnetic-fields-at-o-due-to-the-currents-i https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM5OTg2-given-below-are-two-statements-assertion-a-magnetic-field-due-to-an-infinite-straight-conductor-varies-inversely-as-the-distance-from-it-reason-r-the-magnetic-field-at-the-center-of-the-circular-coil https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTMzMDA-a-particle-of-mass-m-charge-q-and-kinetic-energy-t-enters-a-transverse-uniform-magnetic-field-of-induction-vec-b-what-will-be-the-kinetic-energy-of-the-particle-after-seconds-1-3-t-2-2-t-3-t-4-4-t-1-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQwMTcz-what-is-the-result-of-an-electric-charge-in-uniform-motion-1-an-electric-field-only-2-a-magnetic-field-only-3-both-electric-and-magnetic-field-4-neither-electric-nor-magnetic-field-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ3MzQ5-a-charged-particle-enters-perpendicular-to-a-uniform-magnetic-field-which-of-the-following-statements-is-true-for-the-charged-particle-1-kinetic-energy-changes-2-kinetic-energy-remains-constant-3-spee https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTA2ODE-moving-perpendicular-to-field-b-a-proton-and-an-alpha-particle-both-enter-an-area-of-uniform-magnetic-field-b-if-the-kinetic-energy-of-the-proton-is-1-text-mev-and-the-radius-of-the-circular-orbits-fo https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTMyMjU-the-magnetic-force-acting-on-a-charged-particle-of-charge-2-mu-text-c-in-a-magnetic-field-of-2-t-acting-in-the-y-text-direction-when-the-particle-velocity-is-2-hat-i-3-hat-j-times10-6-text-ms-1-is-1-8 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246ODg5NzM-an-electron-is-moving-in-a-circular-path-under-the-influence-of-a-transverse-magnetic-field-of-3-57-times-10-2-text-t-if-the-value-of-frac-e-m-is-1-76-times-10-11-text-c-kg-what-will-be-the-frequency https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzNzg2-given-below-are-two-statements-statement-i-the-electric-force-changes-the-speed-of-the-charged-particle-and-hence-changes-its-kinetic-energy-whereas-the-magnetic-force-does-not-change-the-kinetic-ener https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNjI2-a-neutron-a-proton-an-electron-and-an-alpha-text-particle-enter-a-region-of-the-uniform-magnetic-field-with-the-same-velocity-the-magnetic-field-is-perpendicular-and-directed-into-the-plane-of-the-pap https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNjE5-a-charged-particle-is-projected-through-a-region-in-a-gravity-free-space-if-it-passes-through-the-region-with-constant-speed-then-the-region-may-have-1-vec-e-0-vec-b-neq-0-2-vec-e-neq-0-vec-b-neq-0-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzAzMzA-if-an-electron-of-velocity-2-hat-i-3-hat-j-is-subjected-to-a-magnetic-field-of-4-hat-k-1-the-speed-will-change-2-the-direction-will-change-3-both-1-and-2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQwMTUx-a-particle-having-a-mass-of-10-2-text-kg-carries-a-charge-of-5-times-10-8-text-c-the-particle-is-given-an-initial-horizontal-velocity-of-10-5-text-ms-1-in-the-presence-of-an-electric-field-vec-e-and-m https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjc4-if-charge-q-is-moving-vertically-upwards-then-what-will-be-the-force-on-the-charged-particle-if-it-enters-a-magnetic-field-that-is-pointed-towards-the-south-1-north-2-south-3-east-4-west-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTE0MzQ-when-a-proton-is-released-from-rest-in-a-room-it-starts-with-an-initial-acceleration-a-0-towards-the-east-when-it-is-projected-towards-the-north-with-a-speed-of-v-0-it-moves-with-an-initial-accelerati https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MDU4-when-a-positively-charged-particle-moves-in-an-x-text-y-plane-its-path-abruptly-changes-due-to-the-presence-of-electric-and-or-magnetic-fields-beyond-p-the-curved-path-is-depicted-in-the-x-text-y-plan https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQwMTQ4-perpendicularly-an-electron-and-a-proton-enter-a-magnetic-field-both-have-the-same-amount-of-kinetic-energy-which-of-the-following-statements-is-correct-1-trajectory-of-electron-is-less-curved-2-traje https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjU5-a-charged-particle-is-projected-in-a-uniform-magnetic-field-at-an-angle-of-45-circ-to-the-magnetic-field-if-the-circumference-of-the-helical-path-followed-by-it-is-2-cm-then-the-pitch-of-the-helix-wil https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM5NjIz-given-below-are-two-statements-assertion-a-if-a-proton-and-an-alpha-particle-enters-a-uniform-magnetic-field-perpendicularly-with-the-same-speed-then-the-time-period-of-revolution-of-the-alpha-particl https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY1OTY1-a-long-solenoid-carrying-a-current-produces-a-magnetic-field-b-along-its-axis-if-the-current-is-doubled-and-the-number-of-turns-per-cm-is-halved-what-will-be-the-new-value-of-the-magnetic-field-1-b-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAxMzQ-in-a-current-carrying-long-solenoid-the-field-produced-does-not-depend-upon-1-number-of-turns-per-unit-length-2-current-flowing-3-radius-of-the-solenoid-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMzg5-magnetic-field-at-the-outer-surface-of-long-hollow-cylindrical-shells-of-radius-r-and-carrying-current-i-is-b-what-is-the-magnetic-field-at-a-distance-of-frac-3r-2-from-the-axis-of-the-cylindrical-she https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MTI5-if-an-i-text-a-current-flows-through-an-infinitely-long-straight-thin-walled-tube-what-will-be-the-magnetic-induction-at-any-point-within-the-tube-1-infinite-2-zero-3-frac-mu-0-2-i-4-pi-text-t-4-frac https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMzMw-if-a-long-hollow-copper-pipe-carries-a-direct-current-along-its-length-then-the-magnetic-field-associated-with-the-current-will-be-1-only-inside-the-pipe-2-only-outside-the-pipe-3-both-inside-and-outs https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQwMTU0-a-long-solenoid-has-800-turns-per-metre-of-the-length-of-the-solenoid-a-current-of-1-6-a-flows-through-it-what-is-the-magnetic-induction-at-the-end-of-the-solenoid-on-its-axis-1-16-times-10-4-text-t-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTcxMTE5-consider-six-wires-with-the-same-current-flowing-through-them-as-they-enter-or-exit-the-page-rank-the-magnetic-field-s-line-integral-counterclockwise-around-each-loop-going-from-most-positive-to-most https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTM2ODUw-the-figure-depicts-a-cross-section-of-a-large-metal-sheet-with-an-electric-current-flowing-along-its-surface-the-current-in-a-dl-width-strip-is-kdl-where-k-is-a-constant-what-is-the-magnetic-field-at https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MDcz-two-long-parallel-copper-wires-carry-currents-of-5-a-each-in-opposite-directions-if-the-wires-are-separated-by-a-distance-of-0-5-m-then-the-force-between-the-two-wires-will-be-1-10-5-text-n-attractive https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NTAzNTk-what-will-happen-if-two-thin-long-parallel-wires-separated-by-a-distance-d-carry-current-i-in-the-same-direction-1-attract-each-other-with-a-force-per-unit-length-of-frac-mu-0-i-2-2-pi-d-2-2-repel-eac https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTExNjk0-a-rectangular-loop-carrying-a-current-i-1-is-situated-near-a-long-straight-wire-carrying-a-steady-current-i-2-if-the-wire-is-parallel-to-one-of-the-sides-of-the-loop-and-is-in-the-plane-of-the-loop-as https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MDc0-a-long-wire-a-carries-a-current-of-10-a-another-long-wire-b-which-is-parallel-to-a-and-separated-by-0-1-m-from-a-carries-a-current-of-5-a-in-the-opposite-direction-to-that-in-a-what-is-the-magnitude-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MDUy-three-long-straight-and-parallel-wires-carrying-currents-of-30-a-10-a-and-20-a-in-p-q-and-r-respectively-are-arranged-as-shown-in-the-figure-what-is-the-force-experienced-by-a-10-cm-length-of-wire-q-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MDcx-a-charge-q-is-uniformly-distributed-on-a-ring-of-radius-r-made-of-an-insulating-material-if-the-ring-rotates-about-the-axis-passing-through-its-centre-and-normal-to-the-plane-of-the-ring-with-constant https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQwMTc0-two-particles-each-of-mass-m-and-charge-q-are-attached-to-the-two-ends-of-a-light-rigid-rod-of-length-2r-the-rod-is-rotated-at-constant-angular-speed-about-a-perpendicular-axis-passing-through-its-cen https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjk3-what-is-the-magnetic-moment-of-the-following-current-loop-1-24-text-am-2-2-12-text-am-2-3-6-text-am-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjky-the-two-parts-of-the-loop-are-circles-of-radii-2a-and-a-respectively-and-carry-the-same-current-i-as-shown-in-the-given-figure-what-is-the-magnitude-of-the-dipole-moment-of-the-current-loop-1-5-pi-a-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjYy-a-wire-of-length-l-carrying-current-i-is-folded-to-form-a-circular-coil-of-n-turns-what-should-be-the-value-of-n-to-have-the-maximum-value-of-the-magnetic-moment-in-the-coil-1-1-2-4-3-9-4-10-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTI1OTY-a-square-current-carrying-loop-is-suspended-in-a-uniform-magnetic-field-acting-in-the-plane-of-the-loop-if-the-force-on-one-arm-of-the-loop-is-overrightarrow-f-what-will-be-the-net-force-on-the-remain https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTMyODg-a-closed-loop-pqrs-carrying-a-current-is-placed-in-a-uniform-magnetic-field-if-the-magnetic-forces-on-segments-ps-sr-and-rq-are-f-1-f-2-text-and-f-3-respectively-and-are-in-the-plane-of-the-paper-and https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjUxMDU2-a-closely-wound-solenoid-of-2000-turns-and-an-area-of-cross-section-of-1-5-times-10-4-m2-carries-a-current-of-2-0-a-it-is-suspended-through-its-centre-and-perpendicular-to-its-length-allowing-it-to-tu https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTI0NTU-a-current-carrying-closed-loop-in-the-form-of-a-right-isosceles-triangle-abc-is-placed-in-a-uniform-magnetic-field-acting-along-with-ab-if-the-magnetic-force-on-the-arm-bc-is-f-then-what-is-the-force https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246MzAzMjc-a-circular-loop-with-a-radius-of-20-text-cm-is-placed-in-a-uniform-magnetic-field-mathrm-b-2-text-t-in-the-xy-plane-as-shown-in-the-figure-if-the-loop-carries-a-current-of-i-1-text-a-then-the-magnitud https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjYzODE5-a-coil-in-the-shape-of-an-equilateral-triangle-of-side-l-is-suspended-between-the-pole-pieces-of-a-permanent-magnet-such-that-vec-b-is-in-the-plane-of-the-coil-if-due-to-a-current-i-in-the-triangle-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MDcw-two-insulated-rings-one-of-a-slightly-smaller-diameter-than-the-other-are-suspended-along-their-common-diameter-as-shown-initially-the-planes-of-the-rings-are-mutually-perpendicular-what-happens-when https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjA4MzUw-a-square-loop-with-a-side-l-is-held-in-a-uniform-magnetic-field-b-such-that-its-plane-making-an-angle-alpha-with-b-a-current-i-flows-through-the-loop-what-will-be-the-torque-experienced-by-the-loop-in https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTE1ODM0-when-will-the-current-sensitivity-of-a-moving-coil-galvanometer-be-high-n-number-of-turns-b-magnetic-field-a-area-of-coil-and-c-torsional-constant-of-spring-1-n-is-small-2-b-is-small-3-a-is-small-4-c https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MDUw-by-which-relation-is-the-deflection-of-the-coil-theta-related-to-the-electrical-current-i-in-a-moving-coil-galvanometer-1-i-propto-tan-theta-2-i-propto-theta-3-i-propto-theta-2-4-i-propto-sqrt-theta-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQwMTI0-the-current-sensitivity-of-a-moving-coil-galvanometer-is-5-div-ma-and-its-voltage-sensitivity-angular-deflection-per-unit-voltage-applied-is-20-div-v-how-much-is-the-resistance-of-the-galvanometer-1-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzMjg0-what-happens-when-the-number-of-turns-in-a-galvanometer-is-doubled-1-the-voltage-sensitivity-becomes-double-2-the-current-sensitivity-becomes-double-3-the-voltage-sensitivity-becomes-half-4-the-curren https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MDc1-what-is-the-relation-between-voltage-sensitivity-sigma-v-and-current-sensitivity-sigma-i-of-a-moving-coil-galvanometer-resistance-of-galvanometer-g-1-frac-sigma-i-g-sigma-v-2-frac-sigma-v-g-sigma-i-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzNjU0-the-current-sensitivity-of-a-galvanometer-can-be-increased-by-a-decreasing-the-number-of-turns-b-increasing-the-magnetic-field-c-decreasing-the-area-of-the-coil-d-decreasing-the-torsional-constant-of https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTI1NjY-a-galvanometer-has-a-coil-resistance-of-100-omega-and-gives-a-full-scale-deflection-for-30-ma-of-current-if-it-is-to-work-as-a-voltmeter-in-the-30-v-range-how-much-resistance-does-it-require-to-be-add https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTc3MzU2-the-galvanometer-of-resistance-80-omega-deflects-a-full-scale-for-a-potential-of-20-mv-how-much-resistance-is-required-for-a-voltmeter-to-deflect-a-full-scale-of-5-v-to-be-made-using-this-galvanometer https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MTEw-a-galvanometer-having-a-coil-resistance-of-60-omega-shows-full-scale-deflection-when-a-current-of-1-0-a-passes-through-it-how-can-we-convert-it-into-an-ammeter-capable-of-reading-currents-up-to-5-0-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTMwOTc2-a-milliammeter-of-10-ma-has-a-coil-resistance-of-1-omega-to-use-it-as-an-ammeter-of-range-1-a-the-required-shunt-must-have-a-resistance-of-1-frac-1-101-omega-2-frac-1-100-omega-3-frac-1-99-omega-4-fra https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY0Mjk3-what-properties-will-a-galvanometer-that-is-acting-as-a-voltmeter-have-1-high-resistance-in-series-with-its-coil-2-low-resistance-in-parallel-with-its-coil-3-low-resistance-in-series-with-its-coil-4-h https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNDM1-on-connecting-a-shunt-of-10-omega-the-deflection-in-a-moving-coil-galvanometer-falls-from-40-divisions-to-6-divisions-what-is-the-resistance-of-the-galvanometer-1-frac-120-3-omega-2-frac-30-7-omega-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQwMDk2-a-galvanometer-having-a-resistance-of-8-ohms-is-shunted-by-a-wire-of-resistance-of-2-ohms-if-the-total-current-is-1-text-a-the-part-of-it-passing-through-the-shunt-will-be-1-0-25-text-a-2-0-8-text-a-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTExNjA-in-an-ammeter-0-2-of-the-main-current-passes-through-the-galvanometer-if-the-resistance-of-the-galvanometer-is-g-the-resistance-of-the-ammeter-will-be-1-1-over-499-g-2-499-over-500-g-3-1-over-500-g-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjUxMDAw-a-galvanometer-of-resistance-g-is-shunted-by-the-resistance-of-s-ohm-how-much-resistance-is-to-be-put-in-series-with-the-galvanometer-to-keep-the-main-current-in-the-circuit-unchanged-1-g-over-s-g-2-s https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTkyNzcy-a-galvanometer-of-resistance-100-omega-gives-full-scale-deflection-for-a-current-of-1-ma-it-is-converted-into-an-ammeter-of-range-0-text-10-a-the-shunt-required-is-1-0-01-omega-2-0-10-omega-3-0-001-om https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTkyNzY4-the-figure-given-below-shows-a-long-straight-solid-wire-of-circular-cross-section-of-radius-a-carrying-a-steady-current-i-the-current-i-is-uniformly-distributed-across-its-cross-section-the-plot-which https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTkyNzYx-a-100-text-turn-closely-wound-circular-coil-of-radius-5-text-cm-has-a-magnetic-field-of-3-14-times-10-3-text-t-at-its-centre-the-current-flowing-through-the-coil-and-the-magnitude-of-the-magnetic-mome https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTk4MjE2-two-infinitely-long-parallel-conducting-wires-a-and-b-carry-currents-i-and-2i-respectively-in-the-same-direction-the-wire-a-has-a-uniform-mass-per-unit-length-lambda-and-lies-on-an-insulated-floor-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTk4MTky-a-current-i-0-flows-through-a-circular-metallic-loop-of-radius-r-as-shown-in-the-figure-the-resistance-of-the-segment-abc-is-half-that-of-adc-magnitude-of-the-magnetic-field-at-the-centre-o-of-the-loo https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1MTUz-a-2-text-amp-current-is-flowing-through-two-different-small-circular-copper-coils-having-radii-ratio-1-2-the-ratio-of-their-respective-magnetic-moments-will-be-1-2-1-2-4-1-3-1-4-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1MTQ2-an-electron-mass-9-times10-31-text-kg-and-charge-1-6-times10-19-text-c-moving-with-speed-c-100-c-speed-of-light-is-injected-into-a-magnetic-field-vec-b-of-magnitude-9-times10-4-text-t-perpendicular-to https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1MTIx-a-model-for-the-quantized-motion-of-an-electron-in-a-uniform-magnetic-field-b-states-that-the-flux-passing-through-the-orbit-of-the-electron-is-n-h-e-where-n-is-an-integer-h-is-planck-s-constant-and-e https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTAxMzM-a-long-straight-wire-of-radius-a-carries-a-steady-current-i-the-current-is-uniformly-distributed-over-its-cross-section-the-ratio-of-the-magnetic-fields-b-and-b-at-radial-distances-frac-a-2-and-2a-res https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTE0MjA-a-current-loop-in-a-magnetic-field-1-can-be-in-equilibrium-in-one-orientation-2-can-be-in-equilibrium-in-two-orientations-both-the-equilibrium-states-are-unstable-3-can-be-in-equilibrium-in-two-orient https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTI0NTk-a-uniform-electric-field-and-a-uniform-magnetic-field-are-acting-in-the-same-direction-in-a-certain-region-if-an-electron-is-projected-in-the-region-such-that-its-velocity-is-pointed-along-the-directi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjUxMDAy-charge-q-is-uniformly-spread-on-a-thin-ring-of-radius-r-the-ring-rotates-about-its-axis-with-a-uniform-frequency-of-f-hz-the-magnitude-of-magnetic-induction-at-the-centre-of-the-ring-is-1-0qf2-r-0qf2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTI1Mjk-a-beam-of-cathode-rays-is-subjected-to-cross-electric-e-and-magnetic-fields-b-the-fields-are-adjusted-such-that-the-beam-is-not-deflected-the-specific-charge-of-the-cathode-rays-is-given-by-1-b22ve2b2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTI1NDM-a-thin-ring-of-radius-r-metre-has-a-charge-q-c-uniformly-spread-on-it-the-ring-rotates-about-its-axis-with-a-constant-frequency-of-f-revolutions-s-the-value-of-magnetic-induction-in-mathrm-wb-m-2-at-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjUxMDU0-a-current-loop-consists-of-two-identical-semicircular-parts-each-of-radius-r-one-lying-in-the-x-y-plane-and-the-other-in-x-z-plane-if-the-current-in-the-loop-is-i-then-the-resultant-magnetic-field-due https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjUxMDc1-a-particle-having-a-mass-of-10-2-kg-carries-a-charge-of-5-times-10-8-mathrm-c-the-particle-is-given-an-initial-horizontal-velocity-of-10-5-mathrm-ms-1-in-the-presence-of-electric-field-vec-e-and-magne https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTI4MDc-under-the-influence-of-a-uniform-magnetic-field-a-charged-particle-moves-with-constant-speed-v-in-a-circle-of-radius-r-the-time-period-of-rotation-of-the-particle-1-depends-on-v-and-not-on-r-2-depends https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTM1MzA-under-the-influence-of-a-uniform-magnetic-field-a-charged-particle-is-moving-in-a-circle-of-radius-r-with-constant-speed-v-the-time-period-of-the-motion-1-depends-on-v-and-not-on-r-2-depends-on-both-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjYzNzc4-an-electron-moves-in-a-circular-orbit-with-a-uniform-speed-v-it-produces-a-magnetic-field-b-at-the-centre-of-the-circle-the-radius-of-the-circle-is-proportional-to-1-sqrt-frac-v-b-2-frac-v-b-3-frac-b https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjYzNzg2-a-very-long-straight-wire-carries-a-current-i-at-the-instant-when-a-charge-q-at-point-p-has-velocity-vv-v-as-shown-the-force-on-the-charge-is-1-along-ox-2-opposite-to-oy-3-along-oy-4-opposite-to-ox-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY1MzM5-an-electron-having-mass-m-and-kinetic-energy-e-enter-in-a-uniform-magnetic-field-b-perpendicularly-its-frequency-will-be-1-eeqvbeeqvbeeqvb-2-2-meb2-meb2-meb-3-eb2-meb2-meb2-m-4-2mebe2mebe2mebe-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY1NjEz-in-the-thomson-mass-spectrograph-where-vec-e-perp-vec-b-the-velocity-of-the-undeflected-electron-beam-will-be-1-frac-left-vec-e-right-left-vec-b-right-2-vec-e-times-vec-b-3-frac-left-vec-b-right-left https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY1NjM0-the-tangent-galvanometer-is-used-to-measure-1-potential-difference-2-current-3-resistance-4-in-measuring-the-charge-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjYzNzU3-for-the-adjoining-figure-the-magnetic-field-at-a-point-p-will-be-1-04-04-04-2-0-0-0-3-02-02-02-4-02-02-02-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjYzNzYy-a-charge-having-q-m-equal-to-108-c-kg-and-with-velocity-3-105-m-s-enters-into-a-uniform-magnetic-field-b-0-3-tesla-at-an-angle-30-with-the-direction-of-field-then-the-radius-of-curvature-will-be-1-0-0 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY0NjAw-a-current-carrying-coil-i-5a-r-10-cm-has-50-turns-the-magnetic-field-at-its-centre-will-be-1-1-57-mt-2-3-14-mt-3-1-mt-4-2-mt-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjY0NzAz-two-identically-charged-particles-a-and-b-initially-at-rest-are-accelerated-by-a-common-potential-difference-v-they-enter-into-a-transverse-uniform-magnetic-field-b-if-they-describe-a-circular-path-of https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjYzNzI5-a-coil-of-one-loop-is-made-from-a-wire-of-length-l-and-thereafter-a-coil-of-two-loops-is-made-from-same-wire-the-ratio-of-magnetic-field-at-the-centre-of-the-coils-will-be-1-1-4-2-1-1-3-1-8-4-4-1-1-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTA0-a-straight-wire-carrying-a-current-of-12-text-a-is-bent-into-a-semi-circular-arc-of-radius-2-0-text-cm-as-shown-in-the-figure-consider-the-magnetic-field-b-at-the-centre-of-the-arc-what-is-the-magneti https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MjcwOTEx-the-horizontal-component-of-the-earth-s-magnetic-field-at-a-certain-place-is-3-0-10-5-t-and-the-direction-of-the-field-is-from-the-geographic-south-to-the-geographic-north-a-very-long-straight-conduct https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDUwNzk2-in-a-cyclotron-a-charged-particle-1-undergoes-acceleration-all-the-time-2-speeds-up-between-the-dees-because-of-the-magnetic-field-3-speeds-up-in-a-dee-4-slows-down-within-a-dee-and-speeds-up-between https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDUwNzk5-a-toroid-of-n-turns-mean-radius-r-and-cross-sectional-radius-a-carries-current-i-it-is-placed-on-a-horizontal-table-taken-as-x-y-plane-its-magnetic-moment-m-1-is-non-zero-and-points-in-the-z-direction https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDUwODA3-consider-the-two-idealized-systems-i-a-parallel-plate-capacitor-with-large-plates-and-small-separation-and-ii-a-long-solenoid-of-length-l-r-radius-of-cross-section-in-i-e-is-ideally-treated-as-a-const https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIzNzk0-given-below-are-two-statements-assertion-a-work-done-by-magnetic-force-on-a-charged-particle-moving-in-a-uniform-magnetic-field-is-zero-reason-r-path-of-a-charged-particle-in-a-uniform-magnetic-field https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIzOTMw-given-below-are-two-statements-assertion-a-if-a-proton-and-an-alpha-particle-enter-in-a-uniform-magnetic-field-perpendicularly-with-the-same-speed-the-time-period-of-revolution-of-alpha-particle-is-do https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI0MTQ3-given-below-are-two-statements-assertion-a-magnetic-field-interacts-with-a-moving-charge-and-not-with-a-stationary-charge-reason-r-a-moving-charge-produces-a-magnetic-field-which-interacts-with-anothe https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI0MTQ4-given-below-are-two-statements-assertion-a-if-a-charged-particle-is-moving-on-a-circular-path-in-a-perpendicular-magnetic-field-the-momentum-of-the-particle-is-not-changing-reason-r-the-velocity-of-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NzEyODU-given-below-are-two-statements-assertion-a-two-straight-current-carrying-conductors-a-and-b-are-lying-in-a-vertical-plane-as-shown-the-separation-between-them-is-h-and-mass-per-unit-length-is-keeping https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NzEyODc-given-below-are-two-statements-assertion-a-in-the-arrangement-shown-the-hoop-carries-a-constant-current-this-hoop-can-remain-stationary-under-the-effect-of-the-magnetic-field-of-the-bar-magnet-reason https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NzEyODk-given-below-are-two-statements-assertion-a-a-uniformly-moving-charged-particle-in-a-uniform-magnetic-field-may-follow-a-path-along-magnetic-field-lines-reason-r-the-direction-of-the-magnetic-force-exp https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NzEyOTA-given-below-are-two-statements-assertion-a-two-parallel-wires-carrying-current-in-the-same-direction-attract-each-other-whereas-two-proton-beams-moving-parallel-to-each-other-repel-each-other-reason-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246NzIyNjY-given-below-are-two-statements-assertion-a-no-electric-current-will-be-present-within-a-region-having-a-uniform-and-constant-magnetic-field-reason-r-within-a-region-of-uniform-and-constant-magnetic-fi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA1NDg5-the-correct-plot-of-the-magnitude-of-the-magnetic-field-vec-b-vs-distance-r-from-centre-of-the-wire-is-if-the-radius-of-the-wire-is-r-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM3NzE2-a-current-carrying-wire-is-placed-in-a-uniform-magnetic-field-and-the-force-on-the-wire-is-measured-at-different-angular-positions-of-the-wire-as-it-is-rotated-in-the-x-y-plane-initially-the-wire-is-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1MTQ5-given-below-are-two-statements-statement-i-if-a-galvanometer-is-connected-with-a-high-resistance-in-series-with-it-it-can-be-used-as-an-ammeter-statement-ii-if-a-galvanometer-is-connected-with-a-low-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTExNjk2-the-magnetic-field-due-to-a-straight-conductor-of-a-uniform-cross-section-of-radius-a-and-carrying-a-steady-current-is-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjk5MjUw-given-below-are-two-statements-statement-i-the-magnetic-field-due-to-a-segment-d-vec-l-of-a-current-carrying-wire-carrying-a-current-i-is-given-by-d-vec-b-dfrac-mu-0-4-pi-i-left-d-vec-l-times-dfrac-ve https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTM4-the-net-resistance-of-an-ammeter-should-be-small-to-ensure-that-1-it-does-not-get-overheated-2-it-does-not-draw-excessive-current-3-it-can-measure-large-currents-4-it-does-not-appreciably-change-the-c https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTcy-a-positively-charged-particle-projected-towards-east-is-deflected-towards-north-by-a-magnetic-field-the-field-may-be-1-towards-west-2-towards-south-3-upward-4-downward-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTcz-a-charged-particle-is-whirled-in-a-horizontal-circle-on-a-frictionless-table-by-attaching-it-to-a-string-fixed-at-one-point-if-a-magnetic-field-is-switched-on-in-the-vertical-direction-the-tension-in https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTc0-which-of-the-following-particles-will-experience-maximum-magnetic-force-magnitude-when-projected-with-the-same-velocity-perpendicular-to-a-magnetic-field-1-electron-2-proton-3-text-he-4-text-li-1-2-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTc1-which-of-the-following-particles-will-describe-the-smallest-circle-when-projected-with-the-same-velocity-perpendicular-to-a-magnetic-field-1-electron-2-proton-3-he-4-li-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTc2-which-of-the-following-particles-will-have-minimum-frequency-of-revolution-when-projected-with-the-same-velocity-perpendicular-to-a-magnetic-field-1-electron-2-proton-3-he-4-li-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTc4-a-beam-consisting-of-protons-and-electrons-moving-at-the-same-speed-goes-through-a-thin-region-in-which-there-is-a-magnetic-field-perpendicular-to-the-beam-the-protons-and-the-electrons-1-will-go-unde https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTc5-a-charged-particle-moves-in-a-uniform-magnetic-field-the-velocity-of-the-particle-at-some-instant-makes-an-acute-angle-with-the-magnetic-field-the-path-of-the-particle-will-be-1-a-straight-line-2-a-ci https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTgw-a-particle-moves-in-a-region-having-a-uniform-magnetic-field-and-a-parallel-uniform-electric-field-at-some-instant-the-velocity-of-the-particle-is-perpendicular-to-the-field-direction-the-path-of-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTgx-an-electric-current-i-enters-and-leaves-a-uniform-circular-wire-of-radius-a-through-diametrically-opposite-points-a-charged-particle-q-moving-along-the-axis-of-the-circular-wire-passes-through-its-cen https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTgy-if-a-charged-particle-at-rest-experiences-no-electromagnetic-force-then-a-the-electric-field-must-be-zero-b-the-magnetic-field-must-be-zero-c-the-electric-field-may-or-may-not-be-zero-d-the-magnetic-f https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTgz-if-a-charged-particle-kept-at-rest-experiences-an-electromagnetic-force-a-the-electric-field-must-not-be-zero-b-the-magnetic-field-must-not-be-zero-c-the-electric-field-may-or-may-not-be-zero-d-the-ma https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTg0-if-a-charged-particle-projected-in-a-gravity-free-room-deflects-a-there-must-be-an-electric-field-b-there-must-be-a-magnetic-field-c-both-fields-cannot-be-zero-d-both-fields-can-be-nonzero-choose-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTg2-a-charged-particle-moves-along-a-circle-under-the-action-of-possible-constant-electric-and-magnetic-fields-which-of-the-following-are-possible-a-e-0-b-0-b-e-0-b-ne0-c-e-ne0-b-0-d-e-ne0-b-ne0-choose-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTg3-a-charged-particle-goes-undeflected-in-a-region-containing-electric-and-magnetic-field-it-is-possible-that-a-overrightarrow-mathrm-e-overrightarrow-mathrm-b-quad-overrightarrow-mathrm-v-overrightarrow https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTkz-if-a-charged-particle-goes-unaccelerated-in-a-region-containing-electric-and-magnetic-fields-a-overrightarrow-mathrm-e-must-be-perpendicular-to-overrightarrow-mathrm-b-b-overrightarrow-mathrm-v-must-b https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTk0-two-ions-have-equal-masses-but-one-is-singly-ionized-and-the-other-is-doubly-ionized-they-are-projected-from-the-same-place-in-a-uniform-magnetic-field-with-the-same-velocity-perpendicular-to-the-fiel https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NTk2-an-electron-is-moving-along-the-positive-x-axis-you-want-to-apply-a-magnetic-field-for-a-short-time-so-that-the-electron-may-reverse-its-direction-and-move-parallel-to-the-negative-x-axis-this-can-be https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjA2-let-overrightarrow-mathrm-e-and-overrightarrow-mathrm-b-denote-electric-and-magnetic-fields-in-a-frame-s-and-overrightarrow-mathrm-e-and-overrightarrow-mathrm-b-in-another-frame-s-moving-with-respect https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjA3-a-vertical-wire-carries-a-current-in-an-upward-direction-an-electron-beam-sent-horizontally-towards-the-wire-will-be-deflected-1-towards-right-2-towards-left-3-upwards-4-downwards-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjEz-a-current-carrying-straight-wire-is-kept-along-the-axis-of-a-circular-loop-carrying-a-current-the-straight-wire-1-will-exert-an-inward-force-on-the-circular-loop-2-will-exert-an-outward-force-on-the-c https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjIw-a-circular-loop-is-kept-in-that-vertical-plane-which-contains-the-north-south-direction-it-carries-a-current-that-is-towards-the-north-at-the-topmost-point-let-a-be-a-point-on-the-axis-of-the-circle-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjIy-a-charged-particle-is-moved-along-a-magnetic-field-line-the-magnetic-force-on-the-particle-is-1-along-its-velocity-2-opposite-to-its-velocity-3-perpendicular-to-its-velocity-4-zero-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjMx-two-parallel-wires-carry-currents-of-20-text-a-and-40-text-a-in-opposite-directions-another-wire-carrying-a-current-antiparallel-to-20-text-a-is-placed-midway-between-the-two-wires-the-magnetic-force https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjM3-two-parallel-long-wires-carry-currents-i-1-and-i-2-with-i-1-i-2-when-the-currents-are-in-the-same-direction-the-magnetic-field-at-a-point-midway-between-the-wires-is-10-mu-text-t-if-the-direction-of-i https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjQ4-consider-a-long-straight-wire-of-cross-sectional-area-a-carrying-a-current-i-let-there-be-n-free-electrons-per-unit-volume-an-observer-places-himself-on-a-trolley-moving-in-the-direction-opposite-to-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjU0-a-current-element-i-overrightarrow-dl-is-placed-at-position-vec-r-from-the-origin-what-is-the-magnetic-field-overrightarrow-db-at-the-origin-due-to-this-current-element-a-dfrac-mu-0-i-4-pi-dfrac-overr https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjU2-a-long-straight-wire-carries-a-current-along-the-z-axis-one-can-find-two-points-in-the-x-y-plane-such-that-a-the-magnetic-fields-are-equal-b-the-direction-of-the-magnetic-fields-are-the-same-c-the-mag https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjU4-a-hollow-tube-is-carrying-an-electric-current-along-its-length-distributed-uniformly-over-its-surface-the-magnetic-field-a-increases-linearly-from-the-axis-to-the-surface-b-is-constant-inside-the-tube https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjU5-in-a-coaxial-straight-cable-the-central-conductor-and-the-outer-conductor-carry-equal-currents-in-opposite-directions-the-magnetic-field-is-zero-a-outside-the-cable-b-inside-the-inner-conductor-c-insi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjYw-a-steady-electric-current-is-flowing-through-a-cylindrical-conductor-a-the-electric-field-at-the-axis-of-the-conductor-is-zero-b-the-magnetic-field-at-the-axis-of-the-conductor-is-zero-c-the-electric https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0Njcy-if-the-current-is-doubled-the-deflection-is-also-doubled-in-1-a-tangent-galvanometer-2-a-moving-coil-galvanometer-3-both-4-none-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0Njcz-a-very-long-bar-magnet-is-placed-with-its-north-pole-coinciding-with-the-centre-of-a-circular-loop-carrying-an-electric-current-i-the-magnetic-field-due-to-the-magnet-at-a-point-on-the-periphery-of-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA1MDQ1-pick-the-correct-options-a-all-electrons-have-magnetic-moment-b-all-protons-have-magnetic-moment-c-all-nuclei-have-magnetic-moment-d-all-atoms-have-magnetic-moment-choose-the-correct-option-1-a-b-2-b https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzU4MjQz-a-long-straight-wire-carries-a-certain-current-and-produces-a-magnetic-field-2-times-10-4-text-wb-m-2-at-a-perpendicular-distance-of-5-text-cm-from-the-wire-an-electron-situated-at-5-text-cm-from-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjMw-two-particles-x-and-y-having-equal-charge-after-being-accelerated-through-the-same-potential-difference-enter-a-region-of-uniform-magnetic-field-and-describe-circular-paths-of-radii-r-1-and-r-2-respec https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-pb246OTIxMjA-an-alternating-electric-field-of-frequency-is-applied-across-the-dees-radius-r-of-a-cyclotron-that-is-being-used-to-accelerate-protons-mass-m-the-operating-magnetic-field-b-used-in-the-cyclotron-and-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTQ1MDk0-an-alternating-electric-field-of-frequency-nu-is-applied-across-the-dees-radius-r-of-a-cyclotron-that-is-being-used-to-accelerate-protons-mass-m-the-operating-magnetic-field-b-used-in-the-cyclotron-an https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzOTQz-suppose-a-cyclotron-is-operated-at-an-oscillator-frequency-of-12-mhz-and-a-discharge-radius-of-53-cm-what-is-the-resulting-kinetic-energy-of-the-deuterons-mass-of-deuteron-m-3-34-times10-27-kg-1-16-6 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzA0NjI0-a-particle-is-projected-in-a-plane-perpendicular-to-a-uniform-magnetic-field-the-area-bounded-by-the-path-described-by-the-particle-is-proportional-to-1-the-velocity-2-the-momentum-3-the-kinetic-energ https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNjIx-which-of-the-following-statements-about-cyclotron-is-correct-1-a-charged-particle-accelerates-only-between-the-dees-because-of-the-magnetic-field-2-a-charged-particle-accelerates-only-between-the-dees https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTUzNTk1-what-is-the-primary-function-of-the-electric-field-in-a-cyclotron-1-energize-the-charged-particle-2-bring-the-charged-particle-again-and-again-into-the-field-3-cancel-the-force-due-to-the-magnetic-fie https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQxNDgw-a-metal-slinky-can-be-used-as-a-solenoid-the-slinky-is-stretched-slightly-and-a-current-is-passed-through-it-will-the-resulting-magnetic-field-cause-the-slinky-to-collapse-or-to-stretch-out-further-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM4MzQw-a-conducting-wire-is-bent-into-the-form-of-a-square-abcd-and-electrical-connections-are-established-in-two-different-ways-i-at-two-adjacent-vertices-a-b-ii-at-two-points-a-c-at-the-ends-of-a-diagonal https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI0MTQx-to-ensure-that-the-magnetic-field-is-radial-in-a-moving-coil-galvanometer-1-the-number-of-turns-in-the-coil-is-increased-2-the-magnet-is-taken-in-the-form-of-a-horse-shoe-3-the-poles-are-cut-cylindric https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzM4MTI0-a-charged-particle-charge-q-moves-in-a-circular-orbit-in-a-uniform-magnetic-field-its-orbit-enclosing-a-magnetic-flux-phi-the-angular-momentum-of-the-particle-is-1-q-phi-2-dfrac-q-phi-2-pi-3-pi-q-phi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI2MDk1-two-small-current-carrying-loops-carrying-currents-in-the-clockwise-direction-are-placed-in-the-same-plane-separated-by-a-distance-d-which-is-much-larger-than-the-size-of-the-loops-the-two-loops-1-att https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIyNzQx-two-long-straight-wires-carrying-currents-i-1-i-2-are-placed-as-shown-in-the-figure-just-avoiding-contact-the-separation-between-the-wires-is-negligible-and-the-wires-are-aligned-along-x-y-axes-respec https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQxNTU1-a-metal-rod-pq-carrying-current-from-p-to-q-is-placed-perpendicular-to-an-infinitely-long-wire-carrying-a-current-i-0-if-this-arrangement-lies-in-a-horizontal-plane-in-which-direction-will-the-rod-pq https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI0MTQy-a-circular-coil-of-radius-r-carries-a-current-i-and-is-placed-in-a-uniform-magnetic-field-b-with-its-plane-parallel-to-the-field-the-magnitude-of-the-torque-acting-on-the-coil-is-1-zero-2-2-pi-r-i-b-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIzOTk1-a-current-carrying-loop-has-a-magnetic-moment-vec-m-and-carries-a-current-i-the-loop-is-placed-in-a-uniform-magnetic-field-vec-b-what-is-the-magnitude-of-torque-acting-on-the-loop-if-the-plane-of-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIzOTkz-the-same-current-i-is-flowing-in-two-infinitely-long-wires-in-the-positive-x-and-y-directions-the-magnetic-field-at-a-point-0-0-a-would-be-1-dfrac-mu-0-i-2-pi-a-hat-i-hat-j-2-dfrac-mu-0-i-2-pi-a-hat-i https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTM2ODg4-an-electron-enters-a-chamber-in-which-a-uniform-magnetic-field-is-present-as-shown-an-electric-field-of-appropriate-magnitude-is-also-applied-so-that-the-electron-travels-undeviated-without-any-change https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTM2ODk2-in-an-experimental-setup-a-consists-of-two-parallel-wires-which-carry-currents-in-opposite-directions-as-shown-in-the-figure-a-second-set-up-b-is-identical-to-set-up-a-except-that-there-is-a-metal-pla https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI0MDE0-as-shown-in-the-figure-the-equal-current-i-flows-in-the-two-segments-the-magnetic-field-at-the-centre-of-the-loop-due-to-segment-abc-is-b-1-and-due-to-segment-adb-is-b-2-then-1-b-1-b-2-2-b-1-b-2-3-b-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzU4MDY3-a-horizontal-wire-is-placed-in-a-uniform-magnetic-field-directed-vertically-downward-if-an-external-force-pulls-the-wire-straight-down-along-the-page-which-of-the-following-best-describes-the-magnetic https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQyOTM4-a-magnetized-wire-of-magnetic-moment-m-and-length-l-is-bent-in-the-form-of-the-semi-circle-of-radius-r-the-new-magnetic-moment-is-1-m-2-m-2-pi-3-m-pi-4-2m-pi-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTM2ODMx-an-electric-current-runs-counterclockwise-in-a-rectangular-loop-around-the-outside-edge-of-the-page-which-lies-flat-on-your-table-a-uniform-magnetic-field-is-then-turned-on-and-directed-parallel-to-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIyNzI5-identical-cells-are-connected-to-identical-square-wire-loops-as-shown-in-the-two-diagrams-and-the-magnetic-fields-are-respectively-b-1-and-b-2-at-the-centres-then-we-can-conclude-that-1-b-1-0-b-2-0-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzI2MDk2-a-long-current-carrying-solenoid-produces-a-magnetic-field-b-at-its-centre-o-when-a-current-carrying-wire-is-placed-parallel-to-the-axis-of-the-solenoid-the-field-at-o-has-the-magnitude-2b-the-field-d https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MTM2ODI2-the-variation-of-the-magnetic-field-along-the-axis-of-a-solenoid-is-graphically-represented-by-o-is-the-centre-with-i-i-as-the-extremities-of-the-solenoid-along-the-axis-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIzOTk3-which-of-the-following-statements-about-a-moving-coil-galvanometer-is-incorrect-1-the-spring-in-a-galvanometer-provides-a-counter-torque-that-balances-the-magnetic-torque-2-a-galvanometer-has-multiple https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzIyNzc3-a-parallel-plate-capacitor-is-being-charged-by-means-of-a-constant-current-i-the-plates-are-circular-of-radius-r-and-are-separated-by-a-distance-d-the-magnetic-field-between-the-plates-at-a-distance-d https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTg4NjQ0-a-particle-having-charge-10-9-text-c-moving-in-x-text-y-plane-in-fields-of-0-4-hat-j-text-n-c-and-4-times10-3-hat-k-text-t-experiences-a-force-of-4-hat-imath-2-hat-jmath-times-10-10-text-n-the-velocit https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTg5NDgx-a-current-at-30-text-a-each-flows-in-opposite-directions-in-two-conducting-wires-placed-parallel-to-each-other-at-a-distance-8-text-cm-the-magnetic-field-at-the-mid-point-between-the-two-wires-is-in-m https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTg5NTU0-a-moving-coil-of-galvanometer-when-shunted-with-2-omega-resistance-gives-a-full-scale-deflection-for-a-current-of-500-text-ma-when-a-resistance-of-470-omega-is-connected-in-series-it-gives-a-full-scal https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTg5NzQ3-a-small-cube-of-side-1-text-mm-is-placed-at-the-centre-of-a-circular-loop-of-radius-10-text-cm-carrying-a-current-of-2-text-a-the-magnetic-energy-stored-inside-the-cube-is-alpha-times-10-14-text-j-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTg4Nzcx-two-identical-long-current-carrying-wires-are-bent-into-the-shapes-shown-in-the-following-figures-if-the-magnitude-of-magnetic-fields-at-the-centres-p-and-q-of-a-semi-circular-arc-are-b-1-and-b-2-resp https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTg4ODQz-1-mu-text-c-charge-moving-with-velocity-vec-v-hat-i-2-hat-j-3-hat-k-text-m-s-in-the-region-of-magnetic-field-overrightarrow-b-2-hat-i-3-hat-j-5-hat-k-text-t-the-magnitude-of-forces-acting-on-it-is-sqr https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTg5NzMw-the-charged-particle-moving-in-a-uniform-magnetic-field-of-3-hat-i-2-hat-j-text-t-has-an-acceleration-left-4-hat-i-dfrac-x-2-hat-j-right-text-m-s-2-the-value-of-x-is-1-3-2-4-3-8-4-12-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTg5NjMw-a-5-text-mg-particle-carrying-a-charge-of-5-pi-times-10-6-text-c-is-moving-with-velocity-of-3-hat-i-2-hat-k-times-10-2-text-m-s-in-a-region-having-magnetic-field-vec-b-0-1-hat-k-text-wb-m-2-it-moves-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTg5Nzgy-a-voltmeter-with-internal-resistance-of-x-omega-can-used-to-measure-upto-20-text-v-in-order-to-increase-its-measuring-range-to-30-text-v-the-required-modification-is-to-1-connect-resistor-of-dfrac-x-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTg5Nzk4-an-insulated-wire-is-wound-so-that-it-forms-a-flat-coil-with-n-200-turns-the-radius-of-the-innermost-turns-is-r-1-3-text-cm-and-of-the-outermost-turn-r-2-6-text-cm-if-20-text-ma-current-flows-in-it-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTgxMTA5-a-current-carrying-solenoid-is-placed-vertically-and-a-particle-of-mass-m-with-charge-q-is-released-from-rest-the-particle-moves-along-the-axis-of-solenoid-if-g-is-acceleration-due-to-gravity-then-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTgxNjQw-an-infinitely-long-straight-wire-carrying-current-i-is-bent-in-a-planer-shape-as-shown-in-the-diagram-the-radius-of-the-circular-part-is-r-the-magnetic-field-at-the-centre-o-of-the-circular-loop-is-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTgxODM4-the-current-passing-through-a-conducting-loop-in-the-form-of-equilateral-triangle-of-side-4-sqrt-3-text-cm-is-2-text-a-the-magnetic-field-at-its-centroid-is-alpha-times-10-5-text-t-the-value-of-alpha https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTgwNzg3-two-identical-circular-loops-p-and-q-each-of-radius-r-are-lying-in-parallel-planes-such-that-they-have-common-axis-the-current-through-p-and-q-are-i-and-4i-respectively-in-clockwise-direction-as-seen https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTgwODgy-a-moving-coil-galvanometer-of-resistance-100-omega-shows-a-full-scale-deflection-for-a-current-of-1-text-ma-the-value-of-resistance-required-to-covert-this-galvanometer-into-an-ammeter-showing-full-sc https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTgyMTA1-three-long-straight-wires-carrying-current-are-arranged-mutually-parallel-as-shown-in-the-figure-the-force-experienced-by-15-text-cm-length-of-wire-q-is-left-mu-0-4-pi-times-10-7-text-t-m-a-right-1-6 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTgyNDAw-the-magnetic-field-at-the-centre-of-a-current-carrying-circular-loop-of-radius-r-is-16-mu-text-t-then-magnetic-field-at-a-distance-x-sqrt-3r-on-its-axis-from-the-centre-is-in-mu-text-t-1-2-2-5-3-7-4-9 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTgyNTc5-a-long-cylindrical-conductor-with-large-cross-section-carries-an-electric-current-distributed-uniformly-over-its-cross-section-magnetic-field-due-to-this-current-is-mathrm-a-maximum-at-either-ends-of https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTQxMDc4-a-particle-of-charge-1-6-mu-text-c-and-mass-16-mu-text-g-is-present-in-a-strong-magnetic-field-of-6-28-text-t-the-particle-is-then-fired-perpendicular-to-magnetic-field-the-time-required-for-the-parti https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTQwOTQ3-figure-shows-a-current-carrying-square-loop-abcd-of-edge-length-a-is-a-lying-in-a-plane-if-the-resistance-of-the-abc-part-is-r-and-that-of-adc-part-is-2r-then-the-magnitude-of-the-resultant-magnetic-f https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTQwOTIw-given-below-are-two-statements-assertion-a-if-oxygen-ion-o-2-and-hydrogen-ion-h-enter-normal-to-the-magnetic-field-with-equal-momentum-then-the-path-of-o-2-ion-has-a-smaller-curvature-than-that-of-h-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTQwODky-a-loop-abcda-carrying-current-i-12-text-a-is-placed-in-a-plane-consists-of-two-semi-circular-segments-of-radius-r-1-6-pi-text-m-and-r-2-4-pi-text-m-the-magnitude-of-the-resultant-magnetic-field-at-cen https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTQwODg4-a-4-0-text-cm-long-straight-wire-carrying-a-current-of-8-text-a-is-placed-perpendicular-to-a-uniform-magnetic-field-of-strength-0-15-text-t-the-magnetic-force-on-the-wire-is-in-mn-1-48-2-30-3-26-4-10 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTQwODg2-in-the-figure-shown-below-a-resistance-of-150-4-omega-is-connected-in-series-to-an-ammeter-a-of-resistance-240-omega-a-shunt-resistance-of-10-omega-is-connected-in-parallel-with-the-ammeter-the-readin https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTQwNzQ1-uniform-magnetic-field-of-different-strengths-b-1-and-b-2-both-normal-to-the-plane-of-the-paper-exist-as-shown-in-the-figure-a-charged-particle-of-mass-m-and-charge-q-at-the-interface-at-an-instant-mo https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTQwNjk4-a-particle-of-charge-q-mass-m-and-kinetic-energy-e-enters-in-magnetic-field-perpendicular-to-its-velocity-and-undergo-a-circular-arc-of-radius-r-which-of-the-following-curves-represents-the-variation https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTQwNjk0-in-a-moving-coil-galvanometer-two-moving-coils-1-and-2-have-the-following-particulars-r-1-5-omega-n-1-15-a-1-3-6-times-10-3-text-m-2-b-1-0-25-text-t-r-2-7-omega-n-2-21-a-2-1-8-times-10-3-text-m-2-b-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTQwNjMy-let-b-1-be-the-magnitude-of-magnetic-field-at-centre-of-a-circular-coil-of-radius-r-carrying-current-i-let-b-2-be-the-magnitude-of-magnetic-field-at-an-axial-distance-x-from-the-centre-for-x-r-3-4-b-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM2MTU1-a-tightly-wound-long-solenoid-carries-a-current-of-1-5-text-a-an-electron-is-executing-uniform-circular-motion-inside-the-solenoid-with-a-time-period-of-75-text-ns-the-number-of-turns-per-metre-in-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM2MTUw-given-below-are-two-statements-assertion-a-a-electron-in-a-certain-region-of-uniform-magnetic-field-is-moving-with-constant-velocity-in-a-straight-line-path-reason-r-the-magnetic-field-in-that-region https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM2MTQ4-n-equally-spaced-charges-each-of-value-q-are-placed-on-a-circle-of-radius-r-the-circle-rotates-about-its-axis-with-an-angular-velocity-omega-as-shown-in-the-figure-a-bigger-amperian-loop-b-encloses-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM2MTM3-a-long-straight-wire-of-a-circular-cross-section-with-radius-a-carries-a-steady-current-i-the-current-i-is-uniformly-distributed-across-this-cross-section-the-plot-of-magnitude-of-magnetic-field-b-wit https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM2MDg2-an-infinite-wire-has-a-circular-bend-of-radius-a-and-carrying-a-current-i-as-shown-in-figure-the-magnitude-of-magnetic-field-at-the-origin-o-of-the-arc-is-given-by-1-dfrac-mu-0-4-pi-dfrac-mathrm-i-mat https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1OTg1-consider-a-long-thin-conducting-wire-carrying-a-uniform-current-i-a-particle-having-mass-m-and-charge-q-is-released-at-a-distance-a-from-the-wire-with-a-speed-v-0-along-the-direction-of-current-in-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1OTM1-a-galvanometer-having-a-coil-of-resistance-30-omega-need-20-text-ma-of-current-for-full-scale-deflection-a-maximum-current-of-3-text-a-is-to-be-measured-using-this-galvanometer-the-resistance-of-the-s https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1OTI3-match-list-i-with-list-ii-list-i-list-ii-a-permeability-of-free-space-i-ml-2t-2-b-magnetic-field-ii-mt-2-a-1-c-magnetic-moment-iii-mlt-2-a-2-d-torsional-constant-iv-l-2a-choose-the-correct-answer-from https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1ODgy-the-magnetic-field-inside-a-200-turns-solenoid-of-radius-10-text-cm-is-2-9-times-10-4-tesla-if-the-solenoid-carries-a-current-of-0-29-text-a-then-the-length-of-the-solenoid-is-in-pi-text-cm-1-2-2-4-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1ODc0-a-current-of-5-text-a-exists-in-a-square-loop-of-side-dfrac-1-sqrt-2-text-m-then-the-magnitude-of-the-magnetic-field-b-at-the-centre-of-the-square-loop-will-be-rho-times-10-6-text-t-where-value-of-rho https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1ODM4-consider-a-moving-coil-galvanometer-mcg-a-the-torsional-constant-in-moving-coil-galvanometer-has-dimensions-ml-2-t-2-b-increasing-the-current-sensitivity-may-not-necessarily-increase-the-voltage-sensi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1Nzc1-consider-a-long-straight-wire-of-a-circular-cross-section-radius-a-carrying-a-steady-current-i-the-current-is-uniformly-distributed-across-this-cross-section-the-distances-from-the-centre-of-the-wire https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1NzMy-two-long-parallel-wires-x-and-y-separated-by-a-distance-of-6-text-cm-carry-currents-of-5-text-a-and-4-text-a-respectively-in-opposite-directions-as-shown-in-the-figure-magnitude-of-the-resultant-magne https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTM1NzI5-a-proton-is-moving-undeflected-in-a-region-of-crossed-electric-and-magnetic-fields-at-a-constant-speed-of-2-times10-5-text-ms-1-when-the-electric-field-is-switched-off-the-proton-moves-along-a-circula https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTIxNDgz-an-electron-with-kinetic-energy-mathrm-5-ev-enters-a-region-of-uniform-magnetic-field-of-3-mu-text-t-perpendicular-to-its-direction-an-electric-field-mathrm-e-is-applied-perpendicular-to-the-direction https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTIxMzEy-two-parallel-long-current-carrying-wires-separated-by-a-distance-2r-are-shown-in-the-figure-the-ratio-of-the-magnetic-field-at-a-to-the-magnetic-field-produced-at-c-is-dfrac-x-7-the-value-of-x-is-1-18 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTIwNjky-a-proton-and-a-deuteron-mathrm-q-mathrm-e-mathrm-m-2-0-mathrm-u-having-same-kinetic-energies-enter-a-region-of-uniform-magnetic-field-vec-b-the-ratio-of-the-radius-r-d-of-deuteron-path-to-the-radius-o https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTIwNTM3-a-square-loop-of-edge-length-2-text-m-carrying-a-current-of-2-text-a-is-placed-with-its-edges-parallel-to-the-x-y-axis-a-magnetic-field-is-passing-through-the-x-y-plane-and-expressed-as-vec-b-b-0-1-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTIwMzI2-a-galvanometer-has-a-coil-of-resistance-200-omega-with-a-full-scale-deflection-at-20-mu-mathrm-a-the-value-of-resistance-to-be-added-to-use-it-as-an-ammeter-of-range-0-20-text-ma-is-1-0-50-omega-2-0-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTIwMzI0-given-below-are-two-statements-statement-i-when-currents-vary-with-time-newton-s-third-law-is-valid-only-if-momentum-carried-by-the-electromagnetic-field-is-taken-into-account-statement-ii-ampere-s-ci https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTE5OTM3-a-coil-having-100-turns-area-of-5-times-10-3-text-m-2-carrying-current-of-1-text-ma-is-placed-in-uniform-magnetic-field-of-0-20-text-t-such-a-way-that-plane-of-coil-is-perpendicular-to-the-magnetic-fi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTE4NDc1-a-circular-coil-having-200-turns-2-5-times-10-4-mathrm-m-2-area-and-carrying-100-mu-a-current-is-placed-in-a-uniform-magnetic-field-of-1-t-initially-the-magnetic-dipole-moment-vec-m-was-directed-along https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NTE3NTU0-an-element-delta-mathbf-l-delta-mathrm-x-hat-mathrm-i-is-placed-at-the-origin-and-carries-a-large-current-text-l-10-text-a-the-magnetic-field-on-the-y-axis-at-a-distance-of-0-5-text-m-from-the-element https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4MzE1-resistance-of-a-galvanometer-is-g-when-it-is-converted-into-an-ammeter-5-of-total-current-passes-through-the-galvanometer-s-coil-then-the-resistance-of-the-shunt-is-1-dfrac-g-10-s-2-dfrac-g-15-s-3-dfr https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4MzE0-in-a-moving-coil-galvanometer-the-coil-experiences-a-deflection-of-0-05-text-rad-when-a-current-of-10-text-ma-flows-through-it-the-torsional-constant-of-the-suspension-wire-is-4-times10-5-text-n-m-rad https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU2NDYy-consider-the-following-current-carrying-structure-then-the-magnetic-field-at-the-centre-is-given-that-r-1-2-pi-units-and-r-2-4-pi-units-1-10-8-text-t-2-5-times10-8-text-t-3-10-7-text-t-4-4-times10-7-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU1NzUz-consider-the-circuit-shown-the-galvanometer-has-a-resistance-of-10-omega-and-a-current-of-3-text-ma-flows-through-it-what-is-the-resistance-of-the-shunt-1-10-3-omega-2-7-5-times10-3-omega-3-6-75-times https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU1NTc4-two-rings-of-equal-radius-r-arranged-perpendicular-to-each-other-with-a-common-centre-at-c-carrying-equal-current-i-then-the-magnetic-field-at-the-common-centre-c-is-1-frac-mu-0-i-2-r-2-frac-mu-0-i-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU1MzQ3-a-square-loop-of-side-1-text-m-is-carrying-a-current-of-5-text-a-as-shown-in-the-figure-if-the-magnetic-field-at-the-centre-is-x-sqrt2-times10-7-text-t-then-the-value-of-x-is-1-45-2-70-3-40-4-75-1-2-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU0ODg4-a-proton-having-velocity-vec-v-0-passes-through-a-region-having-an-electric-field-e-and-a-magnetic-field-b-if-the-velocity-of-a-proton-does-not-change-then-which-of-the-following-may-be-true-a-e-0-b-0 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU0ODM2-a-moving-coil-galvanometer-has-resistance-50-omega-and-full-deflection-current-is-5-text-ma-the-resistance-needed-to-convert-this-galvanometer-into-a-voltmeter-of-range-100-volt-is-1-19000-omega-2-185 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU0ODE0-two-infinite-current-carrying-wires-having-current-i-in-opposite-directions-are-shown-below-find-the-magnetic-field-in-s-i-units-at-point-p-1-frac-7-mu-0-i-pi-2-frac-10-mu-0-i-pi-3-frac-5-mu-0-i-pi-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDU0MzU3-find-the-ratio-of-the-magnetic-field-at-point-p-to-that-at-point-q-the-point-p-is-inside-the-solid-cylinder-and-q-is-outside-the-cylinder-the-current-is-uniform-through-the-crosssection-of-the-cylinde https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDQwMjQ1-if-f-1-is-electrostatic-force-and-f-2-is-the-magnetic-force-on-a-charged-particle-of-charge-q-where-e-is-the-electric-field-b-is-the-magnetic-field-and-v-is-the-velocity-of-the-particle-then-the-corre https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDQwMjAy-a-400-omega-series-resistance-is-required-to-convert-a-galvanometer-of-100-omega-to-a-voltameter-of-range-10-text-v-to-convert-the-same-galvanometer-in-an-ammeter-of-10-text-a-the-shunt-resistance-is https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDM3OTg3-the-magnetic-field-at-the-center-o-is-1-3-times-10-7-text-t-2-5-times-10-7-text-t-3-7-times-10-7-text-t-4-9-times-10-7-text-t-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDM3OTQ3-the-figure-shows-two-long-co-axial-cylindrical-cables-carrying-the-same-current-along-their-wall-in-opposite-directions-the-magnetic-field-will-be-zero-at-the-point-is-1-none-of-the-points-2-a-and-b-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDM3OTIw-in-a-magnetic-field-varying-with-x-text-axis-b-x-1-0-2-x-hat-i-as-square-loop-of-side-15-text-cm-is-placed-such-that-its-sides-are-parallel-to-the-x-and-y-axes-and-one-corner-is-at-2-2-as-shown-in-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDM3OTA1-an-electron-is-projected-along-the-axis-of-the-solenoid-then-the-trajectory-of-the-electron-is-1-circular-path-2-uniform-motion-along-the-axis-3-uniform-accelerated-motion-in-a-straight-line-4-parabol https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3ODA1-the-electric-current-in-a-circular-coil-of-four-turns-produces-a-magnetic-induction-32-text-t-at-its-center-the-coil-is-unwound-and-is-rewound-into-a-circular-coil-of-a-single-turn-the-magnetic-induct https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY3MzAw-a-charged-particle-is-projected-inside-along-the-axis-of-a-long-solenoid-then-a-the-path-will-be-a-straight-line-b-there-will-be-no-effect-of-the-magnetic-field-on-the-charge-c-the-path-will-be-parabo https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY3Mjg0-an-infinity-long-conductor-has-a-current-14-a-flowing-as-shown-find-magnetic-field-at-centre-c-is-1-88-mu-t-2-44-mu-t-3-10-mu-t-4-120-mu-t-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY3MTc0-the-given-figure-shows-a-long-cylindrical-shell-having-current-i-flowing-uniformly-along-the-wall-the-graph-showing-the-variation-of-magnetic-field-b-with-the-perpendicular-distance-r-from-the-axis-of https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY3MTY3-two-identical-circular-coils-each-carrying-a-current-of-i-sqrt-2-text-a-are-placed-such-that-their-planes-are-perpendicular-to-each-other-and-they-share-the-same-centre-c-if-the-radius-of-each-coil-is https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY3MTU1-a-conducting-rod-of-length-1-text-m-is-moved-across-a-magnetic-field-of-0-15-t-with-constant-speed-of-4-m-s-find-force-in-n-on-rod-1-2-n-2-3-n-3-0-4-1-n-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY3MTM0-a-solenoid-having-60-turns-and-length-15-cm-produces-magnetic-field-of-2-4-times-10-3-t-find-the-current-in-the-solenoid-1-90-over-2-pi-a-2-30-over-2-pi-a-3-10-over-pi-a-4-20-over-pi-a-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY2ODQ0-the-ratio-of-magnetic-field-due-to-coil-at-centre-and-at-a-distance-of-r-from-the-centre-on-the-axis-passing-through-the-centre-and-perpendicular-to-the-plane-of-ring-is-sqrt-x-1-r-is-the-radius-of-co https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY2Nzcy-circuit-i-is-converted-to-voltmeter-after-adding-resistance-r-and-current-in-circuit-i-is-1-ma-circuit-ii-is-converted-to-ammeter-after-adding-resistance-r-as-shown-if-current-through-battery-in-circu https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY2NzI0-a-proton-is-projected-with-a-speed-v-into-a-magnetic-field-b-of-magnitude-1-text-t-with-the-angle-between-the-proton-s-velocity-and-the-magnetic-field-being-60-circ-as-shown-the-kinetic-energy-of-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY2Njky-if-velocity-of-charged-particle-has-the-component-both-in-and-perpendicular-to-the-direction-of-magnetic-field-then-the-path-traced-by-the-charged-particle-will-be-1-circular-2-straight-line-3-cycloid https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY2NjMz-a-conducting-rod-suspended-freely-in-a-gravitational-field-carries-a-current-i-as-shown-in-the-figure-if-the-length-of-the-rod-current-in-the-rod-and-magnetic-field-strength-are-0-5-m-2-a-and-0-4-text https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY2NjI4-an-electron-is-moving-along-positive-x-direction-in-x-y-plane-magnetic-field-points-in-negative-z-direction-then-the-force-due-to-magnetic-field-on-electron-points-in-the-direction-is-1-hat-j-2-hat-j https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMzQ1-a-coil-of-radius-r-centred-at-o-carries-a-current-i-point-p-is-on-the-axis-of-coil-at-a-distance-r-from-the-centre-o-as-shown-in-the-figure-the-ratio-of-the-magnetic-field-at-point-o-to-the-magnetic-f https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMzI2-electric-field-is-applied-along-y-direction-a-charged-particle-is-travelling-along-hat-k-undeflected-then-magnetic-field-in-the-region-will-be-along-1-hat-i-2-hat-i-3-hat-j-4-hat-k-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMzA5-a-solenoid-of-length-2-m-has-1200-turns-the-magnetic-field-inside-the-solenoid-when-2-a-current-is-passed-through-it-is-diameter-of-the-solenoid-is-0-5-m-1-48-pi-times-10-5-t-2-48-pi-times-10-3-t-3-48 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY3Mzg2-the-characteristics-of-two-coils-are-given-below-coil-a-coil-b-radius-r-a-10-text-cm-r-a-20-text-cm-number-of-turns-n-a-n-b-current-i-a-text-ampere-i-b-text-ampere-if-the-magnetic-moments-of-both-coil https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY3Mzkx-in-a-moving-coil-galvanometer-if-the-number-of-turns-in-the-coil-increase-by-25-text-the-change-in-voltage-sensitivity-is-1-zero-2-1-text-3-25-text-4-50-text-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMjkz-a-wire-is-first-coiled-in-n-circular-turns-and-current-i-is-run-through-it-now-the-same-wire-is-coiled-in-n-circular-turns-and-the-same-current-i-is-run-through-it-if-b-1-and-b-2-are-the-magnetic-fiel https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMjkw-in-a-moving-coil-galvanometer-the-number-of-turns-in-the-coil-are-increased-to-increase-the-current-sensitivity-by-50-text-the-percentage-change-in-voltage-sensitivity-is-1-50-text-2-50-text-3-no-chan https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzY3NDA2-a-material-is-placed-in-a-toroid-if-the-susceptibility-of-material-is-x-2-times-10-2-then-percentage-change-in-the-magnetic-field-of-toroid-is-1-3-2-1-3-4-4-2-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMTI3-a-current-2-a-is-flowing-through-the-sides-of-an-equilateral-triangular-loop-of-side-4-sqrt-3-m-as-shown-the-magnetic-field-induction-at-the-centroid-of-the-triangle-is-1-3-sqrt-3-times-10-7-t-2-sqrt https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMDkx-a-current-carrying-loop-of-radius-a-is-placed-in-the-x-y-plane-with-its-center-at-the-origin-the-magnetic-field-on-the-point-0-0-a-is-1-mu-0-i-over-2-sqrt-2-a-2-mu-0-i-over-4-sqrt-2-a-3-2-mu-0-i-over https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMDgw-point-o-and-two-long-wires-are-kept-in-the-same-plane-such-that-point-o-lies-in-the-middle-of-the-line-the-magnetic-field-at-point-o-due-to-the-current-i-flowing-in-both-the-wires-is-equal-to-1-mu-0-i https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMDc5-the-magnetic-field-induced-at-point-p-on-axis-as-shown-in-figure-is-mu-0-i-over-x-sqrt-5-r-then-x-1-10-2-5-3-1-4-4-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMDc3-an-infinite-wire-is-bent-in-the-shape-as-shown-in-the-figure-with-portion-aob-being-semi-circular-of-radius-r-if-current-i-flows-through-the-wire-then-the-magnetic-field-at-the-centre-o-is-equal-to-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYzMDUx-two-straight-wires-placed-parallel-to-each-other-are-carrying-currents-as-shown-mathrm-p-is-equidistant-from-the-wires-the-magnetic-field-at-a-point-mathrm-p-is-1-8-times10-5-t-2-8-times10-7-t-3-16-ti https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYyOTc1-a-charged-particle-with-charge-2-times10-6-c-at-rest-is-first-accelerated-through-a-potential-difference-of-100-v-and-then-it-is-subjected-to-a-transverse-magnetic-field-of-4-mt-in-the-region-of-the-m https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzYyOTI2-an-infinite-wire-is-bent-in-the-shape-as-shown-in-the-figure-the-magnetic-field-at-point-c-is-1-mu-0-i-over-4-pi-r-1-pi-2-mu-0-i-over-4-pi-r-2-pi-3-mu-0-i-over-2-pi-r-1-pi-4-mu-0-i-over-4r-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ2ODY0-two-parallel-long-wires-are-kept-0-20-text-m-apart-in-a-vacuum-each-carrying-current-of-x-text-a-in-the-same-direction-if-the-force-of-attraction-per-meter-of-each-wire-is-2-times-10-6-text-n-then-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ2ODYz-the-space-inside-a-straight-current-carrying-solenoid-is-filled-with-a-magnetic-material-having-magnetic-susceptibility-equal-to-1-2-times-10-5-what-is-fractional-increase-in-the-magnetic-field-inside https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ2NzI2-an-infinitely-long-hollow-conducting-cylinder-with-radius-r-carries-a-uniform-current-along-its-surface-the-correct-representation-of-magnetic-field-b-as-a-function-of-radial-distance-r-from-the-axis https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ2NTU3-two-long-parallel-conductors-s1-and-s2-are-separated-by-a-distance-of-10-cm-and-carrying-currents-of-4-a-and-2-a-respectively-the-conductors-are-placed-along-the-x-axis-in-the-x-y-plane-there-is-a-poi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ2MDE2-a-proton-and-an-alpha-particle-of-the-same-velocity-enter-a-uniform-magnetic-field-which-is-acting-perpendicular-to-their-direction-of-motion-the-ratio-of-the-circular-paths-described-by-the-alpha-par https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1OTgy-if-n-represents-the-actual-number-of-deflections-in-a-converted-galvanometer-of-resistance-g-and-shunt-resistance-s-then-the-total-current-i-when-its-figure-of-merit-is-k-will-be-1-dfrac-ks-s-g-2-dfra https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1ODQw-a-teacher-in-his-laboratory-allotted-an-experiment-to-determine-the-resistance-g-of-a-galvanometer-students-took-the-observation-for-1-over-3-deflection-in-the-galvanometer-which-of-the-below-is-true https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1ODA4-a-long-straight-wire-with-a-circular-cross-section-having-radius-r-is-carrying-a-steady-current-i-the-current-i-is-uniformly-distributed-across-this-cross-section-then-the-variation-of-the-magnetic-fi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1NzEy-a-proton-a-deuteron-and-an-alpha-particle-with-the-same-kinetic-energy-enter-into-a-uniform-magnetic-field-the-ratio-of-the-radii-of-their-respective-circular-paths-is-1-1-sqrt-2-sqrt-2-2-1-1-sqrt-2-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1NjM2-the-magnetic-field-at-the-centre-of-a-circular-coil-of-radius-r-due-to-current-i-flowing-through-it-is-b-the-magnetic-field-at-a-point-along-the-axis-at-a-distance-r-over-2-from-the-centre-is-1-b-2-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1NjE3-given-below-are-two-statements-assertion-a-in-a-uniform-magnetic-field-speed-and-energy-remain-the-same-for-a-moving-charged-particle-reason-r-moving-charged-particle-experiences-a-magnetic-force-perp https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQ1NTc4-a-wire-mathrm-x-of-length-50-text-cm-carrying-a-current-2-text-a-is-placed-parallel-to-a-long-wire-mathrm-y-of-length-5-text-m-the-wire-mathrm-y-carries-a-current-3-text-a-the-distance-between-the-two https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzNzcx-two-long-current-carrying-conductors-are-placed-parallel-to-each-other-at-a-distance-of-8-cm-between-them-the-magnitude-of-the-magnetic-field-produced-at-the-mid-point-between-the-two-conductors-due-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzNzE4-a-charged-particle-moves-along-a-circular-path-in-a-uniform-magnetic-field-in-a-cyclotron-the-kinetic-energy-of-the-charged-particle-increases-to-4-times-its-initial-value-what-will-be-the-ratio-of-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzNjky-the-magnetic-field-at-the-center-of-a-current-carrying-circular-loop-is-b1-the-magnetic-field-at-a-distance-of-sqrt-3-times-the-radius-of-the-given-circular-loop-from-the-center-on-its-axis-is-b2-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzNjkx-a-triangular-shaped-wire-carrying-10-a-current-is-placed-in-a-uniform-magnetic-field-of-0-5-t-as-shown-in-the-figure-the-magnetic-force-on-segment-cd-is-given-bc-cd-bd-5-cm-1-0-126-n-2-0-312-n-3-0-216 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzNjU1-as-shown-in-the-figure-a-metallic-rod-of-linear-density-0-45-kg-m-1-is-lying-horizontally-on-a-smooth-incline-plane-which-makes-an-angle-of-45-with-the-horizontal-the-minimum-current-flowing-in-the-ro https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzNjI1-a-cyclotron-is-used-to-accelerate-protons-if-the-operating-magnetic-field-is-1-0-t-and-the-radius-of-the-cyclotron-dees-is-60-cm-the-kinetic-energy-of-the-accelerated-protons-in-mev-will-be-use-mp-1-6 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzNDE4-a-velocity-selector-consists-of-electric-field-vec-e-e-hat-k-and-magnetic-field-vec-b-b-hat-j-with-b-12-mt-the-value-e-required-for-an-electron-of-energy-728-ev-moving-along-the-positive-x-axis-to-pas https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzNDE3-two-concentric-circular-loops-of-radii-r-1-30-cm-and-r-2-50-cm-are-placed-in-x-text-y-plane-as-shown-in-the-figure-a-current-i-7-a-is-flowing-through-them-in-the-direction-as-shown-in-figure-the-net-m https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzMzc2-bx-and-by-are-the-magnetic-field-at-the-centre-of-two-coils-of-two-coils-x-and-y-respectively-each-carrying-equal-current-if-coil-x-has-200-turns-and-20-cm-radius-and-coil-y-has-400-turns-and-20-cm-ra https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzMzM2-an-electron-with-energy-0-1-kev-moves-at-right-angle-to-the-earth-s-magnetic-field-of-1-times-10-4-mathrm-wbm-2-the-frequency-of-revolution-of-the-electron-will-be-take-mass-of-electron-9-0-times-10-3 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzMzI3-the-electric-current-in-a-circular-coil-of-2-turns-produces-a-magnetic-induction-b-1-at-its-centre-the-coil-is-unwound-and-is-rewound-into-a-circular-coil-of-5-turns-and-the-same-current-produces-a-ma https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246MzQzMjk0-two-charged-particles-having-same-kinetic-energy-are-allowed-to-pass-through-a-uniform-magnetic-field-perpendicular-to-the-direction-of-motion-if-the-ratio-of-radii-of-their-circular-paths-is-6-5-and https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc5MTIw-two-short-magnetic-dipoles-m-1-and-m-2-each-having-a-magnetic-moment-of-1-text-am-2-are-placed-at-point-o-and-p-respectively-the-distance-between-op-is-1-meter-the-torque-experienced-by-the-magnetic-d https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc5MDk5-if-the-maximum-value-of-accelerating-potential-provided-by-a-radio-frequency-oscillator-is-12-text-kv-then-the-number-of-revolutions-made-by-a-proton-in-a-cyclotron-to-achieve-one-sixth-of-the-speed-o https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc5MDU3-the-fractional-change-in-the-magnetic-field-intensity-at-a-distance-r-from-the-center-on-the-axis-of-the-current-carrying-coil-of-radius-a-to-the-magnetic-field-intensity-at-the-center-of-the-same-coi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc5MDU2-match-list-i-with-list-ii-list-i-list-ii-a-magnetic-induction-i-ml-2-t-2-a-1-b-magnetic-flux-ii-m-0-l-1-a-c-magnetic-permeability-iii-mt-2-a-1-d-magnetization-iv-mlt-2-a-2-choose-the-most-appropriate https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc5MDEx-two-ions-having-the-same-mass-have-charges-in-the-ratio-1-2-they-are-projected-normally-in-a-uniform-magnetic-field-with-their-speeds-in-the-ratio-2-3-the-ratio-of-the-radii-of-their-circular-trajecto https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4NzIy-a-proton-and-an-alpha-text-text-particle-having-kinetic-energy-k-p-text-and-k-alpha-respectively-enter-into-a-magnetic-field-at-right-angles-the-ratio-of-the-radii-of-the-trajectory-of-the-proton-to-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4Mzc1-a-loop-of-flexible-wire-of-irregular-shape-carrying-current-is-placed-in-an-external-magnetic-field-identify-the-effect-of-the-field-on-the-wire-1-the-wire-gets-stretched-to-become-straight-2-the-loop https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4Mzcw-four-identical-long-solenoids-a-b-c-and-d-are-connected-to-each-other-as-shown-in-the-figure-if-the-magnetic-field-at-the-center-of-a-is-3-text-t-the-field-at-the-center-of-c-would-be-assume-that-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4MjAy-the-figure-a-and-b-shows-long-straight-wires-of-circular-cross-section-a-and-b-with-a-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4MTc2-there-are-two-infinitely-long-straight-current-carrying-conductors-and-they-are-held-at-right-angles-to-each-other-so-that-their-common-ends-meet-at-the-origin-as-shown-in-the-figure-given-below-the-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3NTUx-a-long-solenoid-is-formed-by-winding-70-turns-text-cm-1-if-2-0-text-a-current-flows-then-the-magnetic-field-produced-inside-the-solenoid-is-mu-0-4-pi-times-10-7-text-t-ma-1-1-176-times-10-4-text-t-2-8 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3NjI1-a-single-turn-current-loop-in-the-shape-of-a-right-angle-triangle-with-sides-5-text-cm-12-text-cm-13-text-cm-is-carrying-a-current-of-2-text-a-the-loop-is-in-a-uniform-magnetic-field-of-magnitude-0-75 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3OTc5-consider-a-galvanometer-shunted-with-5-omega-resistance-and-2-of-current-passes-through-it-the-resistance-of-the-given-galvanometer-is-1-300-omega-2-344-omega-3-226-omega-4-245-omega-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3OTY5-a-coil-having-n-turns-is-wound-tightly-in-the-form-of-a-spiral-with-inner-and-outer-radii-a-and-b-respectively-then-the-magnetic-field-at-the-center-when-a-current-i-passes-through-the-coil-is-1-frac https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3OTQ5-a-deuteron-and-an-alpha-particle-having-equal-kinetic-energy-enter-perpendicularly-into-a-magnetic-field-let-r-d-and-r-alpha-be-their-respective-radii-of-the-circular-path-the-ratio-of-their-radii-dfr https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3OTA0-a-coaxial-cable-consists-of-an-inner-wire-of-radius-a-surrounded-by-an-outer-shell-of-inner-and-outer-radii-b-and-c-respectively-the-inner-wire-carries-an-electric-current-i-0-which-is-distributed-uni https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3ODg0-for-a-full-scale-deflection-of-total-50-divisions-50-text-mv-voltage-is-required-in-the-galvanometer-the-resistance-of-the-galvanometer-if-its-current-sensitivity-is-2-text-div-ma-will-be-1-1-omega-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3ODI4-a-uniform-conducting-wire-of-length-24a-and-resistance-r-is-wound-up-as-a-current-carrying-coil-in-the-shape-of-an-equilateral-triangle-of-side-a-and-then-in-the-form-of-a-square-of-side-a-the-coil-is https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3ODA0-two-ions-of-masses-4-text-amu-text-and-16-text-amu-have-charges-2e-text-and-3e-respectively-these-ions-pass-through-the-region-of-constant-perpendicular-magnetic-field-the-kinetic-energy-of-both-ions https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3Nzc0-a-hairpin-like-shape-as-shown-in-the-figure-is-made-by-bending-a-long-current-carrying-wire-what-is-the-magnitude-of-a-magnetic-field-at-point-p-which-lies-on-the-center-of-the-semicircle-1-dfrac-mu-0 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3NjI4-a-charge-q-is-moving-d-vec-l-distance-in-the-magnetic-field-vec-b-the-work-done-by-the-magnetic-field-vec-b-is-1-1-2-zero-3-infinite-4-1-1-2-3-4 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3NTY2-a-solenoid-of-1000-turns-per-meter-has-a-core-with-a-relative-permeability-of-500-insulated-solenoid-windings-that-carry-an-electric-current-of-5-text-a-the-magnetic-flux-density-produced-by-the-solen https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5MjAy-a-proton-a-deuteron-and-an-alpha-text-particle-are-moving-with-same-momentum-in-a-uniform-magnetic-field-the-ratio-of-magnetic-forces-acting-on-them-is-and-their-speeds-are-in-the-ratio-1-1-2-4-and-2 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4NTI3-a-charged-particle-of-mass-m-and-charge-q-moving-under-the-influence-of-a-uniform-electric-field-e-vec-i-and-a-uniform-magnetic-field-b-vec-k-follows-a-trajectory-from-point-p-to-q-as-shown-in-figure https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4NTI0-a-long-straight-wire-of-radius-a-carries-a-current-distributed-uniformly-over-its-cross-section-the-ratio-of-the-magnetic-fields-due-to-the-wire-at-a-distance-dfrac-a-2-and-2-a-respectively-from-the-a https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4NDg0-a-galvanometer-having-a-coil-resistance-100-omega-gives-a-full-scale-deflection-when-a-current-of-1-text-ma-is-passed-through-it-what-is-the-value-of-the-resistance-that-can-convert-this-galvanometer https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4NDY1-a-very-long-wire-abdmndc-is-shown-in-the-figure-carrying-a-current-i-ab-and-bc-parts-are-straight-long-and-at-the-right-angle-at-d-wire-forms-a-circular-turn-dmnd-of-radius-r-ab-bc-parts-are-tangentia https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4NDUx-a-proton-with-kinetic-energy-of-1-text-mev-moves-from-south-to-north-it-gets-an-acceleration-of-10-12-text-m-s-2-by-an-applied-magnetic-field-west-to-east-the-value-of-the-magnetic-field-is-rest-mass https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4MzUx-a-particle-of-mass-m-and-charge-q-has-an-initial-velocity-vec-v-v-0-hat-j-if-an-electric-field-vec-e-e-0-hat-i-and-magnetic-field-vec-b-b-0-hat-i-act-on-the-particle-its-speed-will-double-after-a-time https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5MzI0-a-circular-coil-has-moment-of-inertia-0-8-text-kgm-2-around-any-diameter-and-is-carrying-current-to-produce-a-magnetic-moment-of-20-text-am-2-the-coil-is-kept-initially-in-a-vertical-position-and-it-c https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5MjI5-an-electron-is-moving-along-x-direction-with-a-velocity-of-6-times-10-6-text-ms-1-it-enters-a-region-of-uniform-electric-field-of-300-text-v-m-pointing-along-y-direction-the-magnitude-and-direction-of https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5MjI2-a-particle-of-charge-q-and-mass-m-is-moving-with-a-velocity-v-hat-i-v-neq0-towards-a-large-screen-placed-in-the-mathrm-y-text-z-plane-at-a-distance-d-if-there-is-a-magnetic-field-vec-b-b-0-hat-k-the-m https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5MDc4-a-square-loop-of-side-2a-and-carrying-current-i-is-kept-in-xz-plane-with-its-centre-at-origin-a-long-wire-carrying-the-same-current-i-is-placed-parallel-to-z-axis-and-passing-through-point-0-b-0-b-a-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5MDcx-a-charged-particle-going-around-in-a-circle-can-be-considered-to-be-a-current-loop-a-particle-of-mass-m-carrying-charge-q-is-moving-in-a-plane-with-speed-v-under-the-influence-of-a-magnetic-field-vec https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4NzE4-a-wire-a-bent-in-the-shape-of-an-arc-of-a-circle-carrying-a-current-of-2-text-a-and-having-radius-2-cm-and-another-wire-b-also-bent-in-the-shape-of-arc-of-a-circle-carrying-a-current-of-3-text-a-and-h https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4NjU1-in-laboratory-experiments-a-galvanometer-is-often-used-to-detect-the-null-point-the-figure-of-merit-of-a-galvanometer-is-a-measure-of-its-sensitivity-defined-as-the-current-required-to-produce-a-unit https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4NjM0-an-iron-rod-of-volume-10-3-text-m-3-and-relative-permeability-1000-is-placed-as-core-in-a-solenoid-with-10-text-turns-cm-if-a-current-of-0-5-text-a-is-passed-through-the-solenoid-then-the-magnetic-mom https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4NTU1-a-square-current-loop-of-side-2a-carrying-current-i-lies-in-the-xz-text-plane-with-its-centre-at-the-origin-a-long-straight-wire-carrying-the-same-current-i-is-placed-parallel-to-the-z-text-axis-and-p https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4NDgy-which-of-the-following-will-not-be-observed-when-a-multimeter-operating-in-resistance-measuring-mode-probes-connected-across-a-component-are-just-reversed-1-multimeter-shows-an-equal-deflection-in-bot https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4NDU1-a-charged-particle-carrying-charge-1-mathrm-mu-c-is-moving-with-velocity-2-hat-i-3-hat-j-4-hat-k-m-s-if-an-external-magnetic-field-of-5-hat-i-3-hat-j-6-hat-k-times-10-3-t-exists-in-the-region-where-th https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4MjI4-a-wire-carrying-current-i-is-bent-in-the-shape-abcdefa-as-shown-where-rectangle-abcda-and-adefa-are-perpendicular-to-each-other-if-the-sides-of-the-rectangles-are-of-lengths-a-and-b-then-the-magnitude https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4MjIz-if-a-proton-with-velocity-4-times-10-5-text-m-s-enters-a-region-of-uniform-magnetic-field-vec-b-0-3-text-t-at-an-angle-of-60-circ-and-completes-10-revolutions-while-crossing-a-region-of-length-l-what https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4MjE4-magnitude-of-magnetic-field-in-si-units-at-the-centre-of-a-hexagonal-shape-coil-of-side-10-text-cm-50-turns-and-carrying-current-i-ampere-in-units-of-frac-mu-0-i-pi-is-1-5-sqrt-3-2-250-sqrt-3-3-50-sqr https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4MjUx-a-galvanometer-whose-resistance-is-mathrm-50-ohm-has-25-divisions-in-it-when-a-current-of-4-times-10-4-text-a-passes-through-it-its-needle-pointer-deflects-by-one-division-to-use-this-galvanometer-as https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4MTIw-a-proton-and-an-alpha-particle-with-their-masses-in-the-ratio-of-1-4-and-charges-in-the-ratio-of-1-2-are-accelerated-from-rest-through-a-potential-difference-v-if-a-uniform-magnetic-field-b-is-set-up https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc4MTEw-as-shown-in-the-figure-two-infinitely-long-identical-wires-are-bent-by-90-circ-and-placed-in-such-a-way-that-the-segments-lp-and-qm-are-along-the-x-text-axis-while-segments-ps-and-qn-are-parallel-to-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3NDYw-an-insulating-thin-rod-of-length-l-has-a-linear-charge-density-p-x-p-0-dfrac-x-l-on-it-the-rod-is-rotated-about-an-axis-passing-through-the-origin-x-0-and-perpendicular-to-the-rod-if-the-rod-makes-n-r https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3NDQ5-one-of-the-two-identical-conducing-wires-of-length-l-is-bent-in-the-form-of-a-circular-loop-and-the-other-one-into-a-circular-coil-of-n-identical-turns-if-the-same-current-is-passed-in-both-the-ratio https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3Mzc0-a-particle-having-the-same-charge-as-of-electron-moves-in-a-circular-path-of-radius-0-5-text-cm-under-the-influence-of-a-magnetic-field-of-0-5-text-t-if-an-electric-field-of-100-text-v-m-makes-it-to-m https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MTY1-an-infinitely-long-current-carrying-wire-and-a-small-current-carrying-loop-are-in-the-plane-of-the-paper-as-shown-the-radius-of-the-loop-is-a-and-the-distance-of-its-centre-from-the-wire-is-d-where-d https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MTQx-a-current-loop-having-two-circular-arcs-joined-by-two-radial-lines-is-shown-in-the-figure-it-carries-a-current-of-10-text-a-the-magnetic-field-at-a-point-o-will-be-close-to-1-1-0-times-10-7-text-t-2-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3NDAz-the-resistance-of-a-galvanometer-is-50-omega-and-the-maximum-current-which-can-be-passed-through-it-is-0-002-text-a-what-resistance-must-be-connected-to-it-in-order-to-convert-it-into-an-ammeter-of-ra https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3Mzk0-a-moving-coil-galvanometer-has-a-coil-with-175-turns-and-area-1-text-cm-2-it-uses-a-torsion-band-of-torsion-constant-10-6-n-m-rad-the-coil-is-placed-in-a-magnetic-field-b-parallel-to-its-plane-the-coi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3MzMy-a-galvanometer-has-a-resistance-of-100-omega-a-full-scale-deflection-of-50-divisions-and-a-current-sensitivity-of-20-mu-text-a-division-it-is-to-be-converted-into-a-voltmeter-with-three-ranges-0-text https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3MzA1-a-thin-ring-of-10-text-cm-radius-carries-a-uniformly-distributed-charge-the-ring-rotates-at-a-constant-angular-speed-of-40-pi-text-rad-text-s-1-about-its-axis-perpendicular-to-its-plane-if-the-magneti https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3MDgx-find-the-magnetic-field-at-point-p-due-to-a-straight-line-segment-ab-of-length-6-text-cm-carrying-a-current-of-5-text-a-see-figure-mu-0-4-pi-times-10-7-text-n-a-2-1-1-5-times-10-5-text-t-2-3-0-times-1 https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3MDc0-an-electron-moving-along-the-x-axis-with-an-initial-energy-of-100-text-ev-enters-a-region-of-magnetic-field-vec-b-1-5-times-10-3-text-t-hat-k-at-s-see-figure-the-field-extends-between-x-0-and-x-2-text https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc3MDY4-a-moving-coil-galvanometer-having-a-resistance-g-produces-full-scale-deflection-when-a-current-i-g-flows-through-it-this-galvanometer-can-be-converted-into-i-an-ammeter-of-range-0-to-i-0-i-0-i-g-by-co https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2ODk1-a-proton-an-electron-and-a-helium-nucleus-have-the-same-energy-they-are-in-circular-orbits-in-a-plane-due-to-a-magnetic-field-perpendicular-to-the-plane-let-r-p-r-e-and-r-mathrm-he-be-their-respective https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2ODg0-two-wires-a-b-are-carrying-currents-i-1-i-2-as-shown-in-the-figure-the-separation-between-them-is-d-a-third-wire-c-carrying-a-current-i-is-to-be-kept-parallel-to-them-at-a-distance-x-from-a-such-that https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2ODc0-a-moving-coil-galvanometer-allows-a-full-scale-current-of-10-4-text-a-a-series-resistance-of-2-text-m-omega-is-required-to-convert-the-above-galvanometer-into-a-voltmeter-of-range-0-text-5-text-v-ther https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2ODY4-a-square-loop-carries-a-steady-current-i-and-has-a-magnetic-dipole-moment-of-magnitude-m-the-square-loop-is-then-replaced-by-a-circular-loop-made-from-the-same-wire-carrying-the-same-current-what-will https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2ODE5-the-magnitude-of-the-magnetic-field-at-the-centre-of-an-equilateral-triangular-loop-of-side-1-text-m-which-is-carrying-a-current-of-10-text-a-is-mu-0-4-pi-times-10-7-text-na-2-1-3-mu-text-t-2-18-mu-te https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2NzYw-a-moving-coil-galvanometer-with-a-resistance-of-50-omega-shows-full-deflection-at-a-current-of-4-text-ma-when-this-galvanometer-is-used-to-construct-a-voltmeter-with-a-series-resistance-of-5-text-k-om https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2NzU1-a-rigid-square-loop-of-side-a-carrying-a-current-i-2-lies-on-a-horizontal-surface-near-a-long-straight-wire-carrying-a-current-i-1-both-the-loop-and-the-wire-are-in-the-same-plane-as-shown-in-the-figu https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2NzUy-a-rectangular-coil-dimension-5-text-cm-times-2-5-text-cm-with-100-turns-carrying-a-current-of-3-text-a-in-the-clockwise-direction-is-kept-centered-at-the-origin-and-in-the-mathrm-xz-text-plane-a-magne https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc2NjYx-a-circular-coil-with-n-turns-and-radius-r-carries-a-current-i-it-is-held-in-the-xz-plane-within-a-magnetic-field-b-hat-i-the-torque-on-the-coil-due-to-the-magnetic-field-is-1-dfrac-b-pi-r-2-i-n-2-zero https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MTI5-a-helmholtz-coil-has-a-pair-of-loops-each-with-n-turns-and-radius-r-they-are-placed-coaxially-at-a-distance-r-and-the-same-current-i-flows-through-the-loops-in-the-same-direction-the-magnitude-of-the https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5MDE2-the-dipole-moment-of-a-circular-loop-carrying-a-current-i-is-m-and-the-magnetic-field-at-the-centre-of-the-loop-is-b-1-when-the-dipole-moment-is-doubled-by-keeping-the-current-constant-the-magnetic-fi https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc4OTk5-an-electron-a-proton-and-an-alpha-particle-having-the-same-kinetic-energy-are-moving-in-circular-orbits-of-radii-r-e-r-p-r-alpha-respectively-in-a-uniform-magnetic-field-b-the-relation-between-r-e-r-p https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MzUz-a-uniform-magnetic-field-b-of-0-3-text-t-is-along-the-positive-z-text-direction-a-rectangular-loop-abcd-of-sides-10-text-cm-times5-text-cm-carries-a-current-i-of-12-text-a-out-of-the-following-differe https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MTc0-a-negative-test-charge-is-moving-near-a-long-straight-wire-carrying-a-current-the-force-acting-on-the-test-charge-is-parallel-to-the-direction-of-the-current-the-motion-of-the-charge-is-1-parallel-to https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MDcx-a-magnetic-dipole-in-a-constant-magnetic-field-has-1-minimum-potential-energy-when-the-torque-is-maximum-2-zero-potential-energy-when-the-torque-is-minimum-3-maximum-potential-energy-when-the-torque-i https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MDY1-in-a-certain-region-static-electric-and-magnetic-fields-exist-the-magnetic-field-is-given-by-vec-b-b-0-hat-i-2-hat-j-4-hat-k-if-a-test-charge-moving-with-a-velocity-vec-v-v-0-3-hat-i-hat-j-2-hat-k-exp https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5MzUz-when-a-current-of-5-text-ma-is-passed-through-a-galvanometer-having-a-coil-of-resistance-15-omega-it-shows-full-scale-deflection-the-value-of-the-resistance-to-be-put-in-series-with-the-galvanometer-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MTk5-a-magnetic-dipole-is-acted-upon-by-two-magnetic-fields-which-are-inclined-to-each-other-at-an-angle-of-75-circ-one-of-the-fields-has-a-magnitude-of-15-text-mt-the-dipole-attains-stable-equilibrium-at https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc3MTg0-to-know-the-resistance-g-of-a-galvanometer-by-half-deflection-method-a-battery-of-emf-v-e-and-resistance-r-is-used-to-deflect-the-galvanometer-by-angle-theta-if-a-shunt-of-resistance-s-is-needed-to-ge https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5OTIw-a-galvanometer-having-a-coil-resistance-of-100-omega-gives-a-full-scale-deflection-when-a-current-of-1-text-ma-is-passed-through-it-the-value-of-the-resistance-which-can-convert-this-galvanometer-into https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5OTA4-two-identical-wires-mathrm-a-and-mathrm-b-each-of-length-l-carry-the-same-current-i-wire-mathrm-a-is-bent-into-a-circle-of-radius-r-and-wire-mathrm-b-is-bent-to-form-a-square-of-side-a-if-b-a-and-b-b https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc2OTQ1-a-short-bar-magnet-is-placed-in-the-magnetic-meridian-of-the-earth-with-the-north-pole-pointing-north-neutral-points-are-found-at-a-distance-of-30-text-cm-from-the-magnet-on-the-east-west-line-drawn-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc2OTIx-a-proton-mass-m-is-accelerated-through-a-potential-difference-v-and-then-enters-a-uniform-transverse-magnetic-field-vec-b-the-magnetic-field-occupies-a-region-of-space-with-width-d-if-alpha-is-the-ang https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc2ODg2-two-long-straight-parallel-wires-carrying-adjustable-currents-i-1-and-i-2-are-kept-at-a-distance-d-apart-the-force-f-between-the-two-wires-is-defined-as-positive-when-the-wires-repel-each-other-and-ne https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246NDc2ODgw-a-wire-carrying-current-i-is-tied-between-points-p-and-q-and-is-in-the-shape-of-a-circular-arch-of-radius-r-due-to-a-uniform-magnetic-field-b-perpendicular-to-the-plane-of-the-paper-shown-by-cross-mar https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5NTg5-two-long-current-carrying-thin-wires-both-with-current-i-are-held-by-insulating-threads-of-length-l-and-are-in-equilibrium-as-shown-in-the-figure-with-threads-making-an-angle-theta-with-the-vertical-t https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5NTg0-two-coaxial-solenoids-of-different-radii-carry-current-i-in-the-same-direction-let-vec-f-1-be-the-magnetic-force-on-the-inner-solenoid-due-to-the-outer-one-and-vec-f-2-be-the-magnetic-force-on-the-out https://medminds.me/qbank/physics/moving-charges-and-magnetism/?q=NP-b246Mjc5NzEw-a-conductor-lies-along-the-z-axis-at-1-5-leq-z-1-2-97-text-w-2-14-85-text-w-3-29-7-text-w-4-1-57-text-w-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0MDc-atoms-have-different-atomic-numbers-as-well-as-different-mass-numbers-but-have-the-same-number-of-neutrons-is-called-1-isotopes-2-isobars-3-isotones-4-isodiaphers-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NTI-in-a-radioactive-substance-at-t-0-the-number-of-atoms-is-8-times-104-its-half-life-period-is-3-yr-the-number-of-atoms-equal-to-1-times-104-will-remain-after-an-interval-of-1-9-yr-2-8-yr-3-6-yr-4-24-yr https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NTM-what-is-the-respective-number-of-945-and-946-particles-emitted-in-the-following-radioactive-decay-x90200-8594-y80168-1-6-and-8-3-6-and-6-3-8-and-8-4-8-and-6-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NTQ-the-half-life-of-radium-is-1622-years-how-long-will-it-take-for-seven-eighth-of-a-given-amount-of-radium-to-decay-1-3244-years-2-6488-years-3-4866-years-4-811-years-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NTU-the-mass-of-a-proton-is-1-0073-u-and-that-of-the-neutron-is-1-0087-u-u-atomic-mass-unit-the-binding-energy-of-h2e4-is-mass-of-helium-nucleus-4-0015-u-1-28-4-mev-2-0-061-u-3-0-0305-j-4-0-0305-erg-1-2-3 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NTY-the-binding-energies-of-the-nuclei-a-and-b-are-eaandeb-respectively-three-atoms-of-the-element-b-fuse-to-give-one-atom-of-element-a-and-an-energy-q-is-released-then-ea-eb-and-q-are-related-as-1-ea-3eb https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NTc-a-free-neutron-decays-into-a-proton-an-electron-and-1-a-beta-particle-2-an-alpha-particle-3-an-antineutrino-4-a-neutrino-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NTg-in-a-radioactive-sample-the-fraction-of-initial-number-of-radioactive-nuclei-which-remains-undecayed-after-n-mean-lives-is-1-1en-2-en-3-1-1en-4-1e-1n-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NTk-the-activity-of-a-radioactive-sample-is-measured-as-9750-counts-min-at-t-0-and-as-975-counts-min-at-t-5-min-the-decay-constant-is-approximately-1-0-922-min-2-0-691-min-3-0-461-min-4-0-230-min-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NjA-the-energy-equivalent-of-one-atomic-mass-unit-is-1-1-6-times-10-19-text-j-2-6-02-times-10-23-text-j-3-931-text-mev-4-9-31-text-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NjE-solar-energy-is-due-to-1-fusion-reaction-2-fission-reaction-3-combustion-reaction-4-chemical-reaction-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NjQ-at-time-t-0-n1-nuclei-of-decay-constant-lambda-1-and-n2-nuclei-of-decay-constant-lambda-2-are-mixed-the-decay-rate-of-the-mixture-is-1-n1n2e-lambda-1-lambda-2t-2-n1n2-e-lambda-1-lambda-2t-3-n1-lambda https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NjU-a-nucleus-xnm-emits-one-alpha-and-two-beta-particles-the-resulting-nucleus-is-1-xnm-4-2-xn-2m-4-3-xn-4m-4-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NjY-the-half-life-period-of-a-radioactive-substance-is-6-h-if-after-24-h-activity-is-0-01-mu-ci-what-was-the-initial-activity-1-0-04-mu-ci-2-0-08-mu-ci-3-0-24-mu-ci-4-0-16-mu-ci-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0Njc-the-radius-of-a-nucleus-of-a-mass-number-a-is-directly-proportional-to-mh-cet-1999-amu-en-2001-upseat-2004-dumet-2010-1-a3-2-a-3-a2-3-4-a1-3-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0Njk-mp-and-mn-are-masses-of-proton-and-neutron-respectively-an-element-of-mass-m-has-z-protons-and-n-neutrons-then-1-m-62-zmp-nmn-2-m-zmp-nmn-3-m-60-zmp-nmn-4-m-may-be-greater-than-less-than-or-equal-to-z https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NzA-the-nuclei-c136andn147-can-be-described-as-1990-1-isotones-2-isobars-3-isotopes-of-carbon-4-isotopes-of-nitrogen-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NzE-the-radioactivity-of-a-sample-is-a1-at-a-time-t1-and-a2-at-time-t2-if-the-mean-life-of-the-specimen-is-t-the-number-of-atoms-that-have-disintegrated-in-the-time-interval-of-t2-t1-is-1-a1-a2-2-a1-a2t-3 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NzM-what-is-the-radius-of-iodine-atom-atomic-no-53-mass-no-126-1988-1-2-5-215-10-11m-2-2-5-215-10-9m-3-7-215-10-9m-4-7-215-10-6m-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0NzQ-which-of-the-following-statements-is-true-for-nuclear-forces-1990-1-they-obey-the-inverse-square-law-of-distance-2-they-obey-the-inverse-third-power-law-of-distance-3-they-are-short-range-forces-4-the https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0Nzc-the-relationship-between-disintegration-constant-955-and-half-life-t-will-be-1-955-log102t-2-955-loge2t-3-955-tloge2-4-955-log2et-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0Nzg-alpha-particles-are-1-2-free-protons-2-helium-atoms-3-singly-ionized-helium-atoms-4-doubly-ionised-helium-atoms-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0Nzk-a-radioactive-sample-with-a-half-life-of-1-month-has-the-label-activity-2-microcurie-on-1-8-1991-what-would-be-its-activity-two-months-earlier-1-1-0-microcurie-2-0-5-microcurie-3-4-microcurie-4-8-micr https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0ODE-if-the-nuclear-force-between-two-protons-two-neutrons-and-between-a-proton-and-a-neutron-is-denoted-by-f-pp-f-nn-and-f-pn-respectively-then-1-f-p-p-approx-f-n-n-approx-f-p-n-2-f-p-p-neq-f-n-n-and-f-p https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0ODI-a-radioactive-element-has-half-life-period-800-yr-after-6400-yr-what-fraction-will-remain-1-12-2-116-3-18-4-1256-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0ODc-if-a-proton-and-anti-proton-come-close-to-each-other-and-annihilate-how-much-energy-will-be-released-1-1-5-215-10-10j-2-3-215-10-10j-3-4-5-215-10-10j-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0ODg-the-stable-nucleus-that-has-a-radius-half-of-the-radius-of-mathrm-fe-56-is-1-mathrm-li-7-2-mathrm-na-21-3-mathrm-s-16-4-mathrm-ca-40-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0OTA-the-mass-density-of-a-nucleus-varies-with-mass-number-a-as-1-a2-2-a-3-constant-4-1a-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0OTE-energy-released-in-the-fission-of-a-single-u23592-nucleus-is-200-mev-the-fission-rate-of-a-u23592-filled-reactor-operating-at-a-power-level-of-5-w-is-1-1-56-215-10-10s-1-2-1-56-215-1011s-1-3-1-56-215 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0OTI-in-one-alpha-text-and-2-beta-text-emissions-1-mass-number-reduced-by-2-2-mass-number-reduces-by-6-3-atomic-number-is-reduced-by-2-4-atomic-number-remains-unchanged-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0OTM-which-of-the-following-is-used-as-a-moderator-in-nuclear-reactors-1-plutonium-2-cadmium-3-heavy-water-4-uranium-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0OTQ-heavy-water-is-used-as-a-moderator-in-a-nuclear-reactor-the-function-of-the-moderator-is-1-to-control-energy-released-in-the-reactor-2-to-absorb-neutrons-and-stop-the-chain-reaction-3-to-cool-the-reac https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0OTY-the-binding-energy-per-nucleon-of-deuterium-and-helium-atom-is-1-1-mev-and-7-0-mev-if-two-deuterium-nuclei-fuse-to-form-a-helium-atom-the-energy-released-is-1-19-2-mev-2-23-6-mev-3-26-9-mev-4-13-9-mev https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0OTc-in-a-fission-reaction-236-92-mathrm-u-rightarrow-117-mathrm-x-117-mathrm-y-1-0n-1-0n-the-binding-energy-per-nucleon-of-mathrm-x-and-mathrm-y-is-8-5-mev-whereas-that-of-236-mathrm-u-is-7-6-mev-the-tota https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MDA-a-nuclear-decay-is-expressed-as-6-11-mathrm-c-rightarrow-5-11-mathrm-b-beta-mathrm-x-then-the-unknown-particle-x-is-1-neutron-2-antineutrino-3-proton-4-neutrino-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MDI-when-a-deuterium-is-bombarded-on-8-16-mathrm-o-nucleus-an-alpha-text-particle-is-emitted-then-the-product-nucleus-is-1-7-13-mathrm-n-2-5-10-mathrm-b-3-4-9-mathrm-be-4-7-14-mathrm-n-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MDM-a-nuclear-reaction-given-by-z-a-x-rightarrow-z-1-a-y-e-bar-v-represents-1-fusion-2-fission-3-beta-decay-4-gamma-decay-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MDQ-the-mass-of-7-15-mathrm-n-is-15-00011-amu-mass-of-8-16-mathrm-o-is-15-99492-amu-and-m-p-1-00783-amu-determine-the-binding-energy-of-the-last-proton-of-8-16-mathrm-o-1-2-13-mev-2-0-13-mev-3-10-mev-4-12 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MDY-the-rate-of-disintegration-of-a-fixed-quantity-of-a-radioactive-substance-can-be-increased-by-1-increasing-the-temperature-2-increasing-the-pressure-3-chemical-reaction-4-it-is-not-possible-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MDc-the-energy-released-by-the-fission-of-one-uranium-atom-is-200-mev-the-number-of-fission-per-second-required-to-produce-3-2-w-of-power-is-take-1-ev-1-6-times-10-19j-1-107-2-1010-3-1015-4-1011-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MDg-the-power-obtained-in-a-reactor-using-mathrm-u-235-disintegration-is-1000-kw-the-mass-decay-of-mathrm-u-235-per-hour-is-1-1-microgram-2-10-microgram-3-20-microgram-4-40-microgram-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MDk-light-energy-emitted-by-stars-is-due-to-1-breaking-of-nuclei-2-joining-of-nuclei-3-burning-of-nuclei-4-reflection-of-solar-light-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MTA-the-constituents-of-atomic-nuclei-are-believed-to-be-1-neutrons-and-protons-2-protons-only-3-electrons-and-protons-4-electrons-protons-and-neutrons-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MTE-the-half-life-of-radium-is-about-1600-yr-of-100-g-of-radium-existing-now-25-g-will-remain-unchanged-after-1-4800-yr-2-6400-yr-3-2400-yr-4-3200-yr-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MTM-half-life-of-a-radioactive-substance-is-12-5-h-and-its-mass-is-256-g-after-what-time-the-amount-of-remaining-substance-is-1-g-1-75-h-2-100-h-3-125-h-4-150-h-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MTQ-a-radioactive-substance-disintegrates-1-64-of-initial-value-in-60-s-the-half-life-of-this-substance-is-1-5-s-2-10-s-3-30-s-4-20-s-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MTU-the-nucleus-c612-absorbs-an-energetic-neutron-and-emits-a-beta-particle-beta-the-resulting-nucleus-is-1-c714-2-n713-3-b513-4-c613-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MTY-if-in-a-nuclear-fusion-process-the-masses-of-the-fusion-nuclei-be-m1andm2-and-the-mass-of-the-resultant-nucleus-be-m3-then-1-m3-m1-m2-2-m3-m1-m2-3-m3-m1-m2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MTg-the-nuclei-of-which-one-of-the-following-pairs-of-nuclei-are-isotones-1-s34e74-g31a71-2-m42o92-z40r92-3-s38r84-s38r86-4-c20a40-s3216-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MTk-the-counting-rate-observed-from-a-radioactive-source-at-t-0-second-was-1600-counts-per-second-and-at-t-8-seconds-it-was-100-counts-per-second-the-counting-rate-observed-as-counts-per-second-at-t-6-sec https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MjA-if-n0-is-the-original-mass-of-the-substance-of-half-life-period-t1-2-5-years-then-the-amount-of-substance-left-after-15-years-is-1-n0-8-2-n0-16-3-n0-2-4-n0-4-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MjI-the-numbers-of-nuclei-of-a-radioactive-substance-at-time-t-0-are-1000-and-900-at-time-t-2-sec-then-the-number-of-nuclei-at-time-t-4-sec-will-be-1-800-2-810-3-790-4-700-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MjM-a-nucleus-xza-has-mass-represented-by-m-a-z-if-mp-and-mn-denote-the-mass-of-proton-and-neutron-respectively-and-be-is-the-binding-energy-in-mev-then-1-be-m-a-z-zmp-a-z-mn-c2-2-be-zmp-a-z-mn-m-a-z-c2-3 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MjU-half-lives-of-two-radioactive-substances-a-and-b-respectively-are-20-min-and-40-min-initially-the-samples-of-a-and-b-have-an-equal-number-of-nuclei-after-80-min-the-ratio-of-the-remaining-number-of-a https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MjY-radioactive-c2760o-is-transformed-into-stable-n2860i-by-emitting-two-947-rays-of-energies-1-1-33-mev-and-1-17-mev-in-succession-2-1-17-mev-and-1-33-mev-in-succession-3-1-37-mev-and-1-13-mev-in-success https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1Mjc-the-volume-occupied-by-an-atom-is-greater-than-the-volume-of-the-nucleus-by-factor-of-about-1-1010-2-1015-3-101-4-105-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1Mjg-a-radioactive-nucleus-undergoes-a-series-of-decay-according-to-the-scheme-a-xrightarrow-alpha-a-1-xrightarrow-beta-a-2-xrightarrow-alpha-a-3-xrightarrow-gamma-a-4-if-the-mass-number-and-atomic-number https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MzA-what-fraction-of-a-radioactive-material-will-get-disintegrated-in-a-period-of-two-half-lives-1-whole-2-half-3-one-fourth-4-three-fourth-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MzE-if-the-nucleus-a1327l-has-a-nuclear-radius-of-about-3-6-fm-then-t52125e-would-have-its-radius-approximately-as-1-6-0-fm-2-9-6-fm-3-12-0-fm-4-4-8-fm-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MzI-after-two-hours-one-sixteenth-of-the-starting-amount-of-a-certain-radioactive-isotope-remained-undecayed-the-half-life-of-the-isotope-is-1-15-minutes-2-30-minutes-3-45-minutes-4-1-hour-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MzM-atomic-weight-of-boron-is-10-81-and-it-has-two-isotopes-b510andb511-then-the-ratio-of-atoms-of-b510andb511-in-nature-would-be-1-19-81-2-10-11-3-15-16-4-81-19-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MzQ-the-half-life-of-radium-is-1600-yr-the-fraction-of-a-sample-of-radium-that-would-remain-after-6400-yr-1-14-2-12-3-18-4-116-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MzU-the-count-rate-of-a-geiger-muller-counter-for-the-radiation-of-a-radioactive-material-of-half-life-30-min-decreases-to-5-s-1-after-2-h-the-initial-count-rate-was-1-20-s-1-2-25-s-1-3-80-s-1-4-625-s-1-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1MzY-an-element-a-decays-into-element-c-by-a-two-step-process-a-rightarrow-b-2-4-mathrm-he-b-rightarrow-c-2e-then-1-a-and-c-are-isotopes-2-a-and-c-are-isobars-3-a-and-b-are-isotopes-4-a-and-b-are-isobars-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1Mzc-the-radius-r-of-a-nuclear-matter-varies-with-a-as-1-r-945-a2-3-2-r-945-a1-3-3-r-945-a0-4-r-945-a-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1Mzg-number-of-nuclei-of-a-radioactive-substance-at-time-t-0-are-2000-and-1800-at-time-t-2s-number-of-nuclei-left-after-t-6s-is-1-1442-2-1554-3-1652-4-1458-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1Mzk-in-a-radioactive-material-the-activity-at-time-t1-is-r1-and-at-a-later-time-t2-is-r2-if-the-decay-constant-of-the-material-is-lambda-then-1-r1-r2e-lambda-t1-t2-2-r1-r2e-lambda-t1-t2-3-r1-r2t2t1-4-r1-r https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NDA-which-of-the-following-are-suitable-for-the-fusion-process-1-light-nuclei-2-heavy-nuclei-3-elements-lying-in-the-middle-of-periodic-table-4-elements-lying-in-the-middle-of-binding-energy-curve-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NDE-an-archeologist-analyses-the-wood-in-a-prehistoric-structure-and-finds-that-c14-half-life-5700-years-to-c12-is-only-one-fourth-of-that-found-in-the-cells-buried-plants-the-age-of-the-wood-is-about-1-5 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NDM-in-the-nuclear-reaction-mathrm-x-left-n-alpha-right-3-7-mathrm-li-the-term-x-will-be-1-5-10-mathrm-b-2-5-9-mathrm-b-3-5-11-mathrm-b-4-2-4-mathrm-he-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NDU-10-g-of-radioactive-material-of-half-life-15-year-is-kept-in-store-for-20-years-the-disintegrated-material-mass-is-1-12-5-g-2-10-5-g-3-6-03-g-4-4-03-g-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NDY-if-a-radioactive-nucleus-decays-according-to-the-following-reaction-x18072-rarr-alpha-x1-rarr-beta-x2-rarr-alpha-x3-rarr-gamma-x4-then-the-mass-number-and-the-atomic-number-of-x4-then-the-mass-number https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NDc-two-radioactive-materials-x1-and-x2-have-decay-constants-10-955-and-955-respectively-if-initially-they-have-the-same-number-of-nuclei-then-the-ratio-of-the-number-of-nuclei-of-x1-to-that-of-x2-will-be https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NDk-a-radioactive-material-has-mean-lives-of-1620-yr-and-520-yr-for-945-and-946-emission-the-material-decays-by-simultaneous-945-and-946-emission-the-time-in-which-1-4th-of-the-material-remains-intact-is https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NTA-the-radioactivity-of-an-element-becomes-164th-of-its-original-value-in-60-seconds-then-the-half-value-period-is-1-5-sec-2-10-sec-3-20-sec-4-30-sec-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NTE-a-nucleus-of-p84210o-originally-at-rest-emits-alpha-particle-with-speed-nu-what-will-be-the-recoil-speed-of-the-daughter-necleus-1-4-nu-206-2-4-nu-214-3-nu-206-4-nu-214-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NTI-an-atom-of-mass-number-15-and-atomic-number-7-captures-an-945-particle-and-then-emits-a-proton-the-mass-number-and-atomic-number-of-the-resulting-product-will-respectively-be-1-14-and-2-2-15-and-3-3-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NTU-solar-energy-is-mainly-caused-due-to-1-fusion-of-protons-during-synthesis-of-heavier-elements-2-gravitational-contraction-3-burning-of-hydrogen-in-the-oxygen-4-fission-of-uranium-present-in-the-sun-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NTY-a-sample-of-radioactive-elements-contains-4-215-1010-active-nuclei-if-half-life-of-element-is-10-days-then-the-number-of-decayed-nuclei-after-30-days-is-1-0-5-215-1010-2-2-215-1010-3-3-5-215-1010-4-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NTg-a-and-b-are-two-radioactive-substances-whose-half-lives-are-1-and-2-years-respectively-initially-10-g-of-a-and-1-g-of-b-is-taken-the-time-approximate-after-which-they-will-have-the-same-quantity-remai https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NjA-a-sample-of-radioactive-element-has-a-mass-of-10-gm-at-an-instant-t-0-the-approximate-mass-of-this-element-in-the-sample-after-two-means-lives-in-1-3-70-gm-2-6-30-gm-3-1-35-gm-4-2-50-gm-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NjE-given-a-sample-of-radium-226-having-half-life-of-4-days-find-the-probability-a-nucleus-disintegrates-after-2-half-lives-1-1-2-1-2-3-1-5-4-3-4-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NjI-complete-the-equation-for-the-following-fission-process-u92235-n01-8594-sr3890-1-xe54143-3n01-2-xe54145-3-xe57142-4-xe54142-n01-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NjM-a-nucleus-ruptures-into-two-nuclear-parts-which-have-their-velocity-ratio-equal-to-2-1-what-will-be-the-ratio-of-their-nuclear-size-nuclear-radius-1-21-3-1-2-1-21-3-3-31-2-1-4-1-31-2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NjQ-the-half-life-of-a-radioactive-material-is-3h-if-the-initial-amount-is-300g-then-after-18h-it-will-remain-1-4-68-g-2-46-8-g-3-9-375-g-4-93-75-g-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NjU-half-life-of-a-radioactive-substance-is-20-min-difference-between-points-of-time-when-it-is-33-disintegrated-and-67-disintegrated-is-approximately-1-10-min-2-20-min-3-30-min-4-40-min-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NjY-when-two-deuterium-nuclei-fuse-together-to-form-a-tritium-nuclei-we-get-a-1-neutron-2-deutron-3-945-particle-4-proton-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1Njc-the-most-penetrating-radiation-out-of-the-following-is-1-gamma-rays-2-alpha-particles-3-beta-rays-4-x-rays-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1Njg-in-any-fission-process-the-ratio-massoffissionproductsmassofparentnucleus-is-1-less-than-1-2-greater-than-1-3-equal-to-1-4-depends-on-the-mass-of-parent-nucleus-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NzA-the-nucleus-c48d115-after-two-successive-beta-decay-will-give-1-p46a115-2-i49n114-3-s50n113-4-s50n115-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NzE-in-nuclear-fission-process-energy-is-released-because-1-mass-of-products-is-more-than-mass-of-nucleus-2-total-binding-energy-of-products-formed-due-to-nuclear-fission-is-more-than-that-the-parent-fiss https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NzI-the-average-binding-energy-of-a-nucleon-inside-an-atomic-nucleus-is-about-1-8-mev-2-8-ev-3-8-j-4-8-erg-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NzM-a-nucleus-with-z-92-emits-the-following-in-a-sequence-945-946-946-945-945-945-945-945-946-946-945-946-946-945-the-z-of-the-resulting-nucleus-is-aieee-2003-1-74-2-76-3-78-4-82-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NzQ-in-nuclear-fission-the-percentage-of-mass-converted-into-energy-is-about-1-1-2-0-1-3-0-01-4-10-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NzU-the-mass-number-of-helium-is-4-and-that-for-suphur-is-32-the-radius-of-sulphur-nuclei-is-larger-than-that-of-helium-by-1-8-2-4-3-2-4-8-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1Nzc-in-the-nuclear-decay-given-below-xza-8594-yz-1a-8594-b-z-1a-4-8594-bz-1a-4-theparticlesemittedinthesequenceare-1-946-945-947-2-947-946-945-3-946-947-945-4-945-946-947-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1ODE-inthenucleusofn1123a-thenumberofprotons-neutronsandelectronsare-1-11-12-0-2-23-12-11-3-12-11-0-4-23-11-12-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1ODM-a-thorium-nucleus-is-formed-when-a-uranium-nucleus-emits-an-945-particle-the-atomic-number-of-thorium-is-1-92-2-90-3-82-4-94-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1ODU-the-activity-of-the-radioactive-element-decreases-to-one-third-of-the-original-activity-a0-in-a-period-of-7-years-after-a-further-lapse-of-7-years-its-activity-will-be-1-a0-2-23a0-3-a06-4-a09-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1ODc-the-radius-of-germanium-ge-nuclide-is-measured-to-be-twice-the-radius-of-be49-the-number-of-nucleons-in-ge-is-1-73-2-74-3-75-4-72-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1ODk-in-the-reaction-1-2-mathrm-h-1-3-mathrm-h-rightarrow-2-4-mathrm-he-0-1-mathrm-n-if-the-binding-energies-of-1-2-mathrm-h-1-3-mathrm-h-and-2-4-mathrm-he-are-respectively-a-b-and-c-in-mev-then-the-energy https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1OTI-a-radioactive-nucleus-x-decays-to-a-stable-nucleus-y-the-graph-of-the-rate-of-formation-of-y-against-time-t-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1OTM-a-stationary-radioactivity-nucleus-of-mass-210-units-disintegrates-into-an-alpha-particle-of-mass-4-units-and-residual-nucleus-of-mass-206-units-if-the-kinetic-energy-of-the-alpha-particles-is-e-the-k https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1OTQ-the-mass-number-of-a-nucleus-is-1-sometimes-equal-to-its-atomic-number-2-sometimes-less-than-and-sometimes-more-than-its-atomic-number-3-always-less-than-its-atomic-number-4-always-more-than-its-atomi https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MjU0NTc-twonucleonsareataseparationof1fm-thenetforcebetweenthemisf1ifbothareneutrons-f2ifbothareprotonsandf3ifoneis-protonandotherisaneutron-hence-1-f1-62-f2-62-f3-2-f2-62-f1-62-f3-3-f1-f3-62-f2-4-f1-f2-62-f3 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MjY5NjM-the-ratio-of-the-radius-of-the-nucleus-to-the-radius-of-an-atom-is-of-the-order-of-1-10-5-2-10-7-3-10-2-4-10-176-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MjY5NjQ-if-a-radioactive-material-reduces-to-12-5-of-its-value-in-24-days-then-its-half-life-is-1-16-days-2-8-days-3-4days-4-2-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MjY5NjU-the-half-life-of-a-radioactive-material-depends-on-1-the-initial-amount-of-material-2-rate-of-disintegration-3-decay-constant-4-temperature-and-pressure-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MjY5NzM-binding-energy-per-nucleon-is-1-maximum-for-middle-order-elements-2-maximum-for-lighter-order-elements-3-maximum-for-heavier-order-elements-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MjY5Nzc-intheequationai1327-he24-8594-p1530-xwherexis-1-p11-2-h12-3-he24-4-n01-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MjcwODg-the-half-life-of-a-radioactivity-isotope-x-is-100years-it-decays-to-an-element-y-which-is-stable-the-two-elements-are-found-to-be-ratio-1-32-in-a-sample-of-a-given-rock-assuming-that-at-the-time-of-fo https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Mjk2NTU-a-chain-reaction-is-continuous-due-to-1-large-mass-defect-2-large-energy-3-production-of-more-neutrons-in-fission-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MzAwNjc-the-binding-energy-per-nucleon-in-deuterium-and-helium-nuclei-are-1-1mev-and-7-0mev-respectively-when-two-deuterium-nuclei-fuse-to-form-a-helium-nucleus-the-energy-released-in-the-fusion-is-1-47-12-me https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MzAzNDc-the-initial-activity-of-a-certain-radioactive-isotope-was-measured-as-16000-counts-per-minute-that-the-only-activity-measured-was-due-to-this-and-that-its-activity-after-12-hours-was-2000-counts-minut https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MzAzNDk-how-much-energy-is-contained-in-a-particle-that-has-a-mass-of-1-956-g-1-9-215-107j-2-9-215-1016j-3-9-215-105j-4-9-215-1011j-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MzAzNTA-a-radioactivity-nuclide-can-decay-simultaneously-by-two-different-processes-that-have-decay-constants-955-1-and-955-2-the-effective-decay-constant-of-the-nuclide-is-955-then-1-955-955-1-955-2-2-955-12 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NDIwMTU-which-of-the-following-is-deflected-by-electric-field-1-x-rays-2-gamma-rays-3-neutrons-4-alpha-particles-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTEwODA-the-half-life-of-a-radioactive-substance-is-30-minutes-the-time-in-minute-taken-between-40-decay-and-85-decay-of-the-same-radioactive-substance-is-1-15-2-30-3-45-4-60-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTExNjg-if-the-radius-of-the-13al27-nucleus-is-taken-to-ral-then-the-radius-of-53te125-nucleus-is-nearly-1-53-13-1-3-ral-2-5-3-ral-3-3-5-ral-4-13-53-1-3-ral-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTEyMDQ-a-nucleus-of-uranium-decays-at-rest-into-nuclei-of-thorium-and-helium-then-1-the-helium-nucleus-has-more-kinetic-energy-than-the-thorium-nucleus-2-the-helium-nucleus-has-less-momentum-than-the-thorium https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTEyNTc-the-binding-energy-per-nucleon-of-li37and-he24nuclei-are-5-60mev-and-7-06mev-respectively-in-the-nuclear-reaction-li37-h11-rarr-he24-he24-q-the-value-of-energy-q-released-is-1-19-6mev-2-2-4mev-3-8-4me https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTEyNTg-a-radioisotope-x-with-a-half-life-1-4x109-yr-decays-into-y-which-is-stable-a-sample-of-the-rock-from-a-cave-was-found-to-contain-x-and-y-in-the-ratio-1-7-the-age-of-the-rock-is-1-1-96x109-yr-2-3-92x10 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTEyOTY-a-certain-mass-of-hydrogen-is-changed-to-helium-by-the-process-of-fusion-the-mass-defect-in-the-fusion-reaction-is-0-02866-u-the-energy-liberated-per-nucleon-is-given-1-u-931-mev-1-2-67-mev-2-26-7-mev https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTEzMTU-if-the-nuclear-radius-of-a27l-is-3-6-fermi-the-approximate-nuclear-radius-of-c64u-in-fermi-is-1-2-4-2-1-2-3-4-8-4-3-6-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTEzMjU-a-mixture-consists-of-two-radioactive-materials-a1-and-a2-with-half-lives-of-20-s-and-10-s-respectively-initially-the-mixture-has-40g-of-a1-and-160g-of-a2-the-amount-of-the-two-in-the-mixture-will-bec https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTEzODM-the-half-life-of-a-radioactive-nucleus-is-50-days-the-time-interval-t2-t1-between-the-time-t2-when-23-of-it-has-decayed-and-the-time-t1-when-13-of-it-had-decayed-is-1-30-days-2-50-days-3-60-days-4-15 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTE0MTA-fusion-reaction-takes-place-at-high-temperature-because-1-atoms-get-ionised-at-high-temperature-2-kinetic-energy-is-high-enough-to-overcome-the-coulomb-repulsion-between-nuclei-3-molecules-break-up-at https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTE1ODc-two-radioactive-nuclei-p-and-q-in-a-given-sample-decay-into-a-stable-nucleus-r-at-time-t-0-the-number-of-p-species-are-4n0-and-that-of-q-is-n0-thinsp-half-life-of-p-for-conversion-to-r-is-1-min-wherea https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTE1OTQ-the-mass-of-a-l37i-nucleus-is-0-042u-less-than-the-sum-of-the-masses-of-its-nucleons-the-binding-energy-per-nucleon-of-l37i-nucleus-is-nearly-a-46-mev-b-5-6-mev-c-3-9-mev-d-23-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTE2MTI-the-activity-of-a-radioactive-sample-is-measured-as-n0-counts-per-minute-at-t-0-and-n0-e-counts-per-minute-at-t-5-min-the-time-in-minute-at-which-the-activity-reduces-to-half-its-value-is-1-loge2-5-2 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTE2NTg-the-decay-constant-of-a-radio-isotope-is-lambda-if-a1-and-a2-are-its-activities-at-times-t1-and-t2-respectively-the-number-of-nuclei-which-have-decayed-during-the-time-t1-t2-is-1-a1t1-a2t2-2-a1-a2-3-a https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTE2ODg-the-number-of-beta-particles-emitted-by-a-radioactive-substance-is-twice-the-number-of-alpha-particles-emitted-by-it-the-resulting-daughter-is-an-1-isobar-of-parent-2-isomer-of-parent-3-isotone-of-par https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NTE3NjY-two-nuclei-have-their-mass-numbers-in-the-ratio-of-1-3-the-ratio-of-their-nuclear-densities-would-be-1-1-3-2-3-1-3-31-3-1-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246NjA1MDU-the-size-of-an-atom-is-of-the-order-of-a-10-8-m-b-10-10m-c-10-12m-d-10-14m-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1MTk-the-order-of-the-size-of-nucleus-and-bohr-radius-of-an-atom-respectively-are-1-10-14m-10-10m-2-10-10m-10-8m-3-10-20m-10-16m-4-10-8m-10-6m-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1NTg-which-of-the-following-particles-are-constituents-of-the-nucleus-1-protons-and-electrons-2-protons-and-neutrons-3-neutrons-and-electrons-4-neutrons-and-positrons-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1NjE-nuclear-binding-energy-is-equivalent-to-1-mass-of-proton-2-mass-of-neutron-3-mass-of-nucleus-4-mass-defect-of-nucleus-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1NjM-if-the-binding-energy-of-the-deutrium-is-2-23-mev-the-mass-defect-given-in-a-m-u-is-1-ndash-0-0024-2-ndash-0-0012-3-0-0012-4-0-0024-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1NjQ-which-of-the-following-has-the-mass-closest-in-value-to-that-of-the-positron-1-proton-2-electron-3-photon-4-neutrino-1-amu-931-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1NjU-size-of-nucleus-is-of-the-order-of-1-10-10m-2-10-15m-3-10-12m-4-10-19m-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1NjY-for-effective-nuclear-forces-the-distance-should-be-1-10-10m-2-10-13m-3-10-15m-4-10-20m-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1Njc-the-masses-of-neutron-and-proton-are-1-0087-a-m-u-and-1-0073-a-m-u-respectively-if-the-neutrons-and-protons-combine-to-form-a-helium-nucleus-alpha-particle-of-mass-4-0015-a-m-u-the-binding-energy-of-t https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1Njk-atomic-power-station-at-tarapore-has-a-generating-capacity-of-200-mw-the-energy-generated-in-a-day-by-this-station-is-1-200-mw-2-200-j-3-4800-215-106j-4-1728-215-1010-j-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1NzE-one-nanogram-of-matter-converted-into-energy-will-give-1-90-j-2-9-times-103j-3-9-times-1010j-4-9-times-10-4-j-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1ODI-the-binding-energy-of-deuteron-h12-is-1-112-mev-per-nucleon-and-an-945-particle-he24-has-a-binding-energy-of-7-047-mev-per-nucleon-then-in-the-fusion-reaction-h12-h12-8594-he24-q-the-energy-q-released https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1ODM-binding-energy-of-a-nucleus-is-1-energy-given-to-its-nucleus-during-its-formation-2-total-mass-of-nucleus-converted-to-energy-units-3-loss-of-energy-from-the-nucleus-during-its-formation-4-total-k-e-a https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1ODQ-which-of-the-following-pairs-is-an-isobar-1-h11-and-h21-2-h21-and-h31-3-c126-and-c136-4-p3015-and-si3014-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1ODU-equivalent-energy-of-mass-equal-to-1-a-m-u-is-1-931-kev-2-931-ev-3-931-mev-4-9-31-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1ODc-the-mass-number-of-a-nucleus-is-equal-to-the-number-of-1-electrons-it-contains-2-protons-it-contains-3-neutrons-it-contains-4-nucleons-it-contains-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1ODg-the-rest-energy-of-an-electron-is-1-510-kev-2-931-kev-3-510-mev-4-931-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1ODk-in-ra22688-nucleus-there-are-1-138-protons-and-88-neutrons-2-138-neutrons-and-88-protons-3-226-protons-and-88-electrons-4-226-neutrons-and-138-electrons-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1OTA-outside-a-nucleus-1-neutron-is-stable-2-proton-and-neutron-both-are-stable-3-neutron-is-unstable-4-neither-neutron-nor-proton-is-stable-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1OTE-order-of-magnitude-of-density-of-uranium-nucleus-is-mp-1-67-215-10-27kg-1-1020kg-m3-2-1017kg-m3-3-1014kg-m3-4-1011kg-m3-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1OTM-nucleus-of-an-atom-whose-atomic-mass-is-24-consists-of-1-11-electrons-11-protons-and-13-neutrons-2-11-electrons-13-protons-and-11-neutrons-3-11-protons-and-13-neutrons-4-11-protons-and-13-electrons-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1OTU-the-mass-of-a-neutron-is-very-nearly-the-same-as-that-of-1-a-proton-2-a-meson-3-an-epsilon-4-an-electron-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1OTY-the-mass-defect-per-nucleon-is-called-1-binding-energy-2-packing-fraction-3-ionisation-energy-4-excitation-energy-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1OTc-nuclear-forces-are-1-short-ranged-attractive-and-charge-independent-2-short-ranged-attractive-and-charge-dependent-3-long-ranged-repulsive-and-charge-independent-4-long-ranged-repulsive-and-charge-dep https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk1OTg-antiparticle-of-electron-is-1-n10-2-h11-3-positron-4-neutrino-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2MTk-the-binding-energy-per-nucleon-is-maximum-in-the-case-of-1-he42-2-fe2656-3-ba56141-4-u92235-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2MjA-isotopes-are-atoms-having-1-same-number-of-protons-but-different-number-of-neutrons-2-same-number-of-neutrons-but-different-number-of-protons-3-same-number-of-protons-and-neutrons-4-none-of-the-above https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2MjE-the-mass-of-an-alpha-particle-is-1-less-than-the-sum-of-masses-of-two-protons-and-two-neutrons-2-equal-to-the-mass-of-four-protons-3-equal-to-the-mass-of-four-neutrons-4-equal-to-the-sum-of-masses-of https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2MjY-atomic-number-of-a-nucleus-is-z-and-atomic-mass-is-m-the-number-of-neutron-is-1-m-z-2-m-3-z-4-m-z-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2Mjc-the-945-particle-is-the-nucleus-of-an-atom-of-1-neon-2-hydrogen-3-helium-4-deuterium-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2Mjg-the-force-acting-between-proton-and-proton-inside-the-nucleus-is-1-coulombic-2-nuclear-3-both-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2Mjk-for-a-nucleus-to-be-stable-the-correct-relation-between-neutron-number-n-and-proton-number-z-is-1-n-z-2-n-z-3-n-z-4-n-8805-z-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2MzA-mn-and-mp-represent-mass-of-neutron-and-proton-respectively-if-an-element-having-atomic-mass-m-has-n-neutron-and-z-proton-then-the-correct-relation-will-be-1-m-60-nmn-zmp-2-m-62-nmn-zmp-3-m-nmn-zmp-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2MzE-if-a-h2-nucleus-is-completely-converted-into-energy-the-energy-produced-will-be-around-1-1-mev-2-938-mev-3-9-38-mev-4-238-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2MzM-as-compared-c12-atom-c14-atom-has-1-two-extra-protons-and-two-extra-electrons-2-two-extra-protons-but-no-extra-electrons-3-two-extra-neutrons-and-no-extra-electrons-4-two-extra-neutrons-and-two-extra https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2MzU-if-m-mn-and-mp-are-the-masses-of-xaz-nucleus-neutron-and-proton-respectively-1-m-60-a-zmn-zmp-2-m-a-zmn-zmp-3-m-a-zmp-zmn-4-m-62-a-zmn-zmp-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2MzY-on-the-bombardment-of-neutron-with-boron-945-particle-is-emitted-and-product-nuclei-formed-is-1-c126-2-li63-3-li73-4-be94-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2Mzc-the-average-kinetic-energy-of-the-thermal-neutrons-is-of-the-order-of-1-0-03-ev-2-3-ev-3-3-kev-4-3-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2Mzg-which-of-the-following-isotopes-is-normally-fissionable-1-u23892-2-np23993-3-u23592-4-he42-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2Mzk-the-process-by-which-a-heavy-nucleus-splits-into-light-nuclei-is-known-as-1-fission-2-945-decay-3-fusion-4-chain-reaction-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NDA-the-explosion-of-the-atomic-bomb-takes-place-due-to-1-nuclear-fission-2-nuclear-fusion-3-scattering-4-thermionic-emission-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NDE-in-nuclear-reaction-2-4-mathrm-he-z-a-mathrm-x-rightarrow-z-2-a-3-mathrm-x-mathrm-b-mathrm-b-denotes-1-electron-2-positron-3-proton-4-neutron-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NDI-energy-generation-in-stars-is-mainly-due-to-1-chemical-reactions-2-fission-of-heavy-nuclei-3-fusion-of-light-nuclei-4-fusion-of-heavy-nuclei-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NDQ-fusion-reaction-is-initiated-with-the-help-of-1-low-temperature-2-high-temperature-3-neutrons-4-any-particle-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NDU-when-a-be49-atom-is-bombarded-with-945-particles-one-of-the-product-of-nuclear-transmutation-is-c612-the-other-is-1-e-10-2-h11-3-d12-4-n01-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NDY-during-the-nuclear-fusion-reaction-1-a-heavy-nucleus-breaks-into-two-fragments-by-itself-2-a-light-nucleus-bombarded-by-thermal-neutrons-breaks-up-3-a-heavy-nucleus-bombarded-by-thermal-neutrons-break https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NDk-a-gamma-ray-photon-creates-an-electron-positron-pair-if-the-rest-mass-energy-of-an-electron-is-0-5-mev-and-the-total-k-e-of-the-electron-positron-pair-is-0-78-mev-then-the-energy-of-the-gamma-ray-phot https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NTA-which-of-the-following-statement-is-true-1-pt19278-has-78-neutrons-2-po21484-8594-pb21082-946-3-u23892-8594-th23490-he42-4-th23490-8594-pa23491-he42-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NTE-fast-neutrons-can-easily-be-slowed-down-by-1-the-use-of-lead-shielding-2-passing-them-through-heavy-water-3-elastic-collisions-with-heavy-nuclei-4-applying-a-strong-electric-field-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NTI-when-u23592-undergoes-fission-0-1-of-its-original-mass-is-changed-into-energy-how-much-energy-is-released-if-1kg-of-u23592-undergoes-fission-1-9-215-1010j-2-9-215-1011j-3-9-215-1012j-4-9-215-1013j-1-2 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NTM-947-rays-radiation-can-be-used-to-create-electron-positron-pair-in-this-process-of-pair-production-947-rays-energy-cannot-be-less-than-1-5-0-mev-2-4-02-mev-3-15-0-mev-4-1-02-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NTQ-a-reaction-between-a-proton-and-o188-that-produces-f189-must-also-liberate-1-n10-2-e01-3-n01-4-e10-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NTU-in-the-nuclear-reaction-u23892-8594-thaz-he42-the-values-of-a-and-z-are-1-a-234-z-94-2-a-234-z-90-3-a-238-z-94-4-a-238-z-90-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NTY-if-200-mev-energy-is-released-in-the-fission-of-a-single-u235-nucleus-the-number-of-fissions-required-per-second-to-produce-1-kilowatt-power-shall-be-given-1ev-1-6-215-10-19j-1-3-125-215-1013-2-3-125 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NTg-in-nuclear-fission-the-fission-reactions-proceeds-with-a-projectile-which-of-the-following-suits-the-best-1-slow-proton-2-fast-neutron-3-slow-neutron-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NjA-in-the-nuclear-reaction-x85297-rarr-y-4-alpha-y-is-1-y28776-2-y28577-3-y28177-4-y28977-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NjE-thermal-neutrons-can-cause-fission-in-1-u235-2-u238-3-pu238-4-th232-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NjM-when-neutrons-are-bombarded-on-nucleus-of-u23592-the-number-of-emitted-neutrons-will-be-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NjU-the-energy-released-in-a-typical-nuclear-fusion-reaction-is-approximately-1-25-mev-2-200-mev-3-800-mev-4-1050-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NjY-which-one-of-the-following-nuclear-reactions-is-a-source-of-energy-in-the-sun-1-be49-he24-8594-c612-n0-1-2-he23-he23-8594-he24-h11-h11-3-ba56144-kr5692-8594-u92235-n0-1-4-fe2656-ca48112-8594-w74167-n0 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NzE-which-of-these-is-a-fusion-reaction-1-h13-h12-rarr-he24-n01-2-u92238-rarr-pb82206-8he24-6-beta-10-3-c712-rarr-c612-beta-gamma-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NzM-in-a-nuclear-fission-reaction-1-two-light-nuclei-combine-to-produce-a-heavier-nucleus-2-a-light-nucleus-bombarded-by-thermal-neutrons-breaks-up-3-a-heavy-nucleus-bombarded-by-thermal-neutrons-breaks-u https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2NzU-hydrogen-bomb-is-based-on-which-of-the-following-phenomenon-1-nuclear-fission-2-nuclear-fusion-3-radioactive-decay-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2ODY-the-number-of-neutrons-released-when-u23592-undergoes-fission-by-absorbing-n01-and-ba56144-kr3689are-formed-is-1-0-2-1-3-2-4-3-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2ODg-which-of-the-following-particle-has-similar-mass-to-electron-1-proton-2-neutron-3-positron-4-neutrino-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2OTA-neutrino-is-a-particle-which-is-1-charged-and-has-spin-2-charged-and-has-no-spin-3-charge-less-and-has-spin-4-charge-less-and-has-no-spin-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2OTY-to-generate-a-power-of-3-2-mega-watt-the-number-of-fissions-of-u235-per-minute-is-energy-released-per-fission-200mev-1ev-1-6-215-10-19j-1-6-215-1018-2-6-215-1017-3-1017-4-6-215-1016-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk2OTg-the-average-number-of-prompt-neutrons-produced-per-fission-of-u235-is-1-more-than-5-2-3-to-5-3-2-to-3-4-1-to-2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3MDg-in-an-atomic-bomb-the-energy-is-released-due-to-1-chain-reaction-of-neutrons-and-u92235-2-chain-reaction-of-neutrons-and-u92288-3-chain-reaction-of-neutrons-and-p92240-4-chain-reaction-of-neutrons-and https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3MDk-if-an-electron-and-a-positron-annihilate-then-the-energy-released-is-1-3-2-times-10-13-text-j-2-1-6-times-10-13-text-j-3-4-8-times-10-13-text-j-4-6-4-times-10-13-text-j-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3MTE-the-energy-liberated-on-complete-fission-of-1-kg-of-u92235-is-assume-200-mev-energy-is-liberated-on-fission-of-1-nucleus-1-8-2-215-1010j-2-8-2-215-109j-3-8-2-215-1013j-4-8-2-215-1016j-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3MTI-the-nuclear-reaction-h12-h12-8594-he24-mass-of-deuteron-2-0141-a-m-u-and-mass-of-he-4-0024-a-m-u-is-1-fusion-reaction-releasing-24-mev-energy-2-fusion-reaction-absorbing-24-mev-energy-3-fission-reacti https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3MTM-in-the-following-reaction-the-value-of-lsquo-x-rsquo-is-n714-he24-8594-x-h11-1-n817-2-o817-3-o716-4-n716-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3MTc-the-binding-energy-of-nucleus-is-a-measure-of-its-1-charge-2-mass-3-momentum-4-stability-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3MTg-heavy-water-is-1-water-at-4-176-c-2-compound-of-deuterium-and-oxygen-3-compound-of-heavy-oxygen-and-heavy-hydrogen-4-water-in-which-soap-does-not-lather-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3MTk-if-m-is-the-atomic-mass-and-a-is-the-mass-number-packing-fraction-is-given-by-1-am-a-2-a-ma-3-mm-a-4-m-aa-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3MjA-mp-denotes-the-mass-of-a-proton-and-mn-that-of-a-neutron-a-given-nucleus-of-binding-energy-b-contains-z-protons-and-n-neutrons-the-mass-m-n-z-of-the-nucleus-is-given-by-c-is-the-velocity-of-light-1-m https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3Mjk-complete-the-reaction-n-u92235-rarr-ba56144-3n-1-kr3689-2-kr3690-3-kr3691-4-kr3692-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3NDc-1-atomic-mass-unit-is-equal-to-1-125-mass-of-f2-molecules-2-114-mass-of-n2-molecules-3-112-mass-of-one-c-atom-4-116-mass-of-o2-molecules-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3NDg-the-nucleus-u92234-splits-exactly-in-half-in-a-fission-reaction-in-which-two-neutrons-are-released-the-resultant-nuclei-are-1-pd46116-2-rh45117-3-rh45116-4-pd46117-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3NTA-a-nucleus-is-bombarded-with-a-high-speed-neutron-so-that-resulting-nucleus-is-a-radioactive-one-this-phenomenon-is-called-1-artificial-radioactivity-2-fusion-3-fission-4-radioactivity-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3NTE-which-of-the-following-cannot-cause-fission-in-a-heavy-nucleus-1-945-particle-2-proton-3-deutron-4-laser-rays-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3NTI-if-the-mass-number-of-an-atom-is-a-40-and-its-electron-configuration-is-1s22s22p63s23p6-the-number-of-neutrons-and-protons-in-its-nucleus-will-be-1-22-18-2-18-22-3-20-20-4-18-18-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3NTM-which-of-the-following-is-most-unstable-1-electrons-2-protons-3-neutrons-4-945-particle-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3ODM-radioactive-substance-do-not-emit-1-electron-2-helium-nucleus-3-positron-4-proton-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3ODY-during-a-negative-beta-decay-1-an-atomic-electron-is-ejected-2-an-electron-which-is-already-present-within-the-nucleus-is-ejected-3-a-neutron-in-the-nucleus-decays-emitting-an-electron-4-a-part-of-the https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3ODc-some-radioactive-nucleus-may-emit-1-only-one-945-946-or-947-at-a-time-2-all-the-three-945-946-and-947-one-after-another-3-all-the-three-945-946-and-947-simultaneously-4-only-945-and-946-simultaneously https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3ODg-which-can-pass-through-20-cm-thickness-of-the-steel-1-945-particles-2-946-particles-3-947-rays-4-ultraviolet-rays-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3ODk-the-half-life-period-of-radium-is-1600-years-its-average-life-time-will-be-a-3200-years-b-4800-years-c-2319-years-d-4217-years-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3OTA-what-percentage-of-original-radioactive-atoms-is-left-after-five-half-lives-1-0-3-2-1-3-31-4-3-125-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3OTE-beta-rays-emitted-by-a-radioactive-material-are-1-electromagnetic-radiation-2-the-electrons-orbiting-around-the-nucleus-3-charged-particles-emitted-by-nucleus-4-neutral-particles-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3OTI-alpha-rays-emitted-from-a-radioactive-substance-are-1-negatively-charged-particles-2-ionised-hydrogen-nuclei-3-doubly-ionised-helium-atom-4-uncharged-particles-having-the-mass-equal-to-proton-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3OTM-half-life-of-bi210-is-5-days-if-we-start-with-50-000-atoms-of-this-isotope-the-number-of-atoms-left-over-after-10-days-is-1-5-000-2-25-000-3-12-500-4-20-000-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3OTQ-a-nucleus-of-atomic-mass-a-and-atomic-number-z-emits-946-particles-the-atomic-mass-and-atomic-number-of-the-resulting-nucleus-are-1-a-z-2-a-1-z-3-a-z-1-4-a-4-z-2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3OTY-radioactivity-was-discovered-by-1-becquerel-2-pierre-curie-3-roentgen-4-rutherford-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3OTc-the-average-life-t-and-the-decay-constant-955-of-a-radioactive-nucleus-are-related-as-1-t-955-1-2-t-0-693-955-3-t-955-1-4-t-c-955-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3OTg-if-t-is-the-half-life-of-a-radioactive-material-then-the-fraction-that-would-remain-after-a-time-t2-is-1-12-2-34-3-12-4-2-12-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MDA-which-of-the-following-is-in-the-increasing-order-for-penetrating-power-1-945-946-947-2-946-945-947-3-947-945-946-4-947-946-945-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MDE-the-half-life-of-a-radioactive-element-which-has-only-132-of-its-original-mass-left-after-a-lapse-of-60-days-is-1-12-days-2-32-days-3-60-days-4-64-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MDI-the-half-life-of-bi210-is-5-days-what-time-is-taken-by-7-8-th-part-of-the-sample-to-decay-1-3-4-days-2-10-days-3-15-days-4-20-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MDQ-radioactivity-is-1-irreversible-process-2-self-disintegration-process-3-spontaneous-process-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MDU-half-life-of-radioactive-element-depends-upon-1-amount-of-element-present-2-temperature-3-pressure-4-nature-of-element-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MDY-the-decay-constant-of-radium-is-4-28-215-10-4-per-year-its-half-life-will-be-1-2000-years-2-1240-years-3-63-years-4-1620-years-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MDc-which-of-the-following-is-not-a-mode-of-radioactive-decay-1-positron-emission-2-electron-capture-3-fusion-4-alpha-decay-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MDg-atomic-mass-number-of-an-element-thorium-is-232-and-its-atomic-number-is-90-the-end-product-of-this-radioactive-element-is-an-isotope-of-lead-atomic-mass-208-and-atomic-number-82-the-number-of-alpha-a https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MDk-a-sample-contains-16-gm-of-a-radioactive-material-the-half-life-of-which-is-two-days-after-32-days-the-amount-of-radioactive-material-left-in-the-sample-is-1-less-than-1-mg-2-14gm-3-12gm-4-1-gm-1-2-3 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MTA-a-radio-isotope-has-a-half-life-of-5-years-the-fraction-of-the-atoms-of-this-material-that-would-decay-in-15-years-will-be-1-1-8-2-2-3-3-7-8-4-5-8-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MTE-three-945-particles-and-one-946-particle-decaying-takes-place-in-series-from-an-isotope-ra88236-finally-the-isotope-obtained-will-be-1-x84220-2-x86222-3-x83224-4-x83215-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MTI-half-life-of-a-radioactive-substance-is-t-the-time-taken-for-all-the-nuclei-to-disintegrate-will-be-1-2t-2-t2-3-4t-4-uncertain-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MTM-the-half-life-of-polonium-is-140-days-after-how-many-days-16-gm-polonium-will-be-reduced-to-1-gm-or-15g-will-decay-1-700-days-2-280-days-3-560-days-4-420-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MTU-a-radioactive-element-emits-200-particles-per-second-after-three-hours-25-particles-per-second-are-emitted-the-half-life-period-of-element-will-be-1-50-minutes-2-60-minutes-3-70-minutes-4-80-minutes-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MTY-the-half-life-of-the-isotope-na1124-is-15-hrs-how-much-time-does-it-take-for-78th-of-a-sample-of-this-isotope-to-decay-1-75-hrs-2-65-hrs-3-55-hrs-4-45-hrs-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MTc-if-the-half-life-of-a-radioactive-sample-is-10-hours-its-mean-life-is-1-14-4-hours-2-7-2-hours-3-20-hours-4-6-93-hours-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MTg-if-20-gm-of-a-radioactive-substance-due-to-radioactive-decay-reduces-to-10-gm-in-4-minutes-then-in-what-time-80-gm-of-the-same-substance-will-reduce-to-10-gm-1-in-8-minutes-2-in-12-minutes-3-in-16-min https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MTk-16-gm-sample-of-a-radioactive-element-is-taken-from-bombay-to-delhi-in-2-hour-and-it-was-found-that-1-gm-of-the-element-remained-undisintegrated-half-life-of-the-element-is-1-2-hour-2-1-hour-3-12-hour https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MjA-unit-of-radioactivity-is-rutherford-its-value-is-1-3-7-215-1010-disintegrations-sec-2-3-7-215-106-disintegrations-sec-3-1-0-215-1010disintegrations-sec-4-1-0-215-106-disintegrations-sec-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MjM-a-radioactive-substance-has-a-half-life-of-60-minutes-after-3-hours-the-fraction-of-atom-that-have-decayed-would-be-1-12-5-2-87-5-3-8-5-4-25-1-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MjQ-an-element-used-for-radioactive-carbon-dating-for-more-than-5600-years-is-1-c-14-2-u-234-3-u-238-4-po-94-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MjY-n-atoms-of-a-radioactive-element-emit-n-alpha-particles-per-second-the-half-life-of-the-element-is-1-nn-sec-2-nn-sec-3-0-693nn-sec-4-0-693nn-sec-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4Mjc-the-radioactive-nucleus-n713-decays-to-c613-through-the-emission-of-1-neutron-2-proton-3-electron-4-positron-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4Mjk-the-radioactive-decay-of-uranium-into-thorium-is-expressed-by-the-equation-u92238-8594-th90234-x-where-x-is-1-an-electron-2-a-proton-3-a-deuteron-4-an-alpha-particle-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MzE-in-a-radioactive-decay-neither-the-atomic-number-nor-the-mass-number-changes-which-of-the-following-would-be-emitted-in-the-decay-process-1-proton-2-neutron-3-electron-4-photon-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MzQ-the-half-life-period-of-a-radioactive-substance-is-5-min-the-amount-of-substance-decayed-in-20-min-will-be-1-93-75-2-75-3-25-4-6-25-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MzU-in-the-uranium-radioactive-series-the-initial-nucleus-is-u92238-and-the-final-nucleus-is-pb82206-when-the-uranium-nucleus-decays-to-lead-the-number-of-945-particles-emitted-will-be-1-1-2-2-3-4-4-8-1-2 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4MzY-which-of-the-following-is-a-correct-statement-1-beta-rays-are-same-as-cathode-rays-2-gamma-rays-are-high-energy-neutrons-3-alpha-particles-are-singly-ionized-helium-atoms-4-protons-and-neutrons-have-e https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NDA-the-half-life-of-i131-is-8-days-given-a-sample-of-i131-at-time-t-0-we-can-assert-that-1-no-nucleus-will-decay-before-t-4-days-2-no-nucleus-will-decay-before-t-8-days-3-all-nuclei-will-decay-before-t-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NDE-carbon-14-decays-with-half-life-of-about-5-800-years-in-a-sample-of-bone-the-ratio-of-carbon-14-to-carbon-12-is-found-to-be-14-of-what-it-is-in-free-air-this-bone-may-belong-to-a-period-about-x-centur https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NDI-in-the-disintegration-series-u92238-8594-945-x-8594-946-yza-the-values-of-z-and-a-respectively-will-be-1-92-236-2-88-230-3-90-234-4-91-234-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NDM-the-particles-emitted-by-radioactive-decay-are-deflected-by-magnetic-field-the-particles-will-be-1-protons-and-945-particles-2-electrons-protons-and-945-particles-3-electrons-protons-and-neutrons-4-el https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NDQ-half-life-of-a-radioactive-element-is-10-days-the-time-during-which-quantity-remains-1-10-of-initial-mass-will-be-1-100-days-2-50-days-3-33-days-4-16-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NDU-in-the-given-nuclear-reaction-a-b-c-d-e-represents-u92238-8594-945-thba-8594-946-padc-8594-eu92234-1-a-234-b-90-c-234-d-91-e-946-2-a-234-b-90-c-238-d-94-e-945-3-a-238-b-93-c-234-d-91-e-946-4-a-234-b-9 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NDY-if-half-life-of-a-radioactive-element-is-3-hours-after-9-hours-its-activity-becomes-1-1-9-2-1-27-3-1-6-4-1-8-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NDg-at-any-instant-the-ratio-of-the-amount-of-radioactive-substances-is-2-1-if-their-half-lives-be-respectively-12-and-16-hours-then-after-two-days-what-will-be-the-ratio-of-the-substances-1-1-1-2-2-1-3-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NDk-which-of-the-following-isotopes-is-used-for-the-treatment-of-cancer-1-k40-2-co60-3-sr90-4-i131-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NTA-if-half-life-of-a-radioactive-atom-is-2-3-days-then-its-decay-constant-would-be-1-0-1-2-0-2-3-0-3-4-2-3-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NTI-a-radio-isotope-has-a-half-life-of-75-years-the-fraction-of-the-atoms-of-this-material-that-would-decay-in-150-years-will-be-1-66-6-2-85-5-3-62-5-4-75-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NTQ-an-artificial-radioactive-decay-series-begins-with-unstable-pu94241-the-stable-nuclide-obtained-after-eight-alpha-decays-and-five-946-decays-is-1-bi83209-2-pb82209-3-ti82205-4-hg82201-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NTU-the-activity-of-a-sample-is-64-215-10-5-ci-its-half-life-is-3-days-the-activity-will-become-5-215-10-6-ci-after-1-12-days-2-7-days-3-18-days-4-21-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NTY-the-half-life-of-radon-is-3-8-days-three-forth-of-a-radon-sample-decay-in-1-5-02-days-2-15-2-days-3-7-6-days-4-11-4-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NTg-a-nucleus-of-an-element-x84202-emits-an-945-particle-first-a-946-particle-next-and-then-a-gamma-photon-the-final-nucleus-formed-has-an-atomic-number-1-200-2-199-3-83-4-198-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NTk-plutonium-decays-with-a-half-life-of-24000-years-if-the-plutonium-is-stored-for-72000-years-then-the-fraction-of-plutonium-that-remains-is-1-12-2-13-3-14-4-18-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NjE-a-radioactive-substance-emits-1-945-rays-2-946-rays-3-947-rays-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NjI-the-large-scale-destruction-that-would-be-caused-due-to-the-use-of-nuclear-weapons-is-called-1-nuclear-holocaust-2-thermo-nuclear-reaction-3-nuetron-reproduction-factor-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NjY-a-radioactive-substance-has-a-half-life-of-1-year-the-fraction-of-this-material-that-would-remain-after-5-years-will-be-1-132-2-15-3-12-4-45-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NzU-if-half-life-of-a-substance-is-3-8-days-and-its-quantity-is-10-38-gm-then-substance-quantity-remaining-left-after-19-days-will-be-1-0-151-gm-2-0-32-gm-3-1-51-gm-4-0-16-gm-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4Nzc-which-is-the-correct-expression-for-half-life-1-t1-2-log2-2-t1-2-955-log2-3-t1-2-955-log2-2-303-4-t1-2-2-303log2-955-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4Nzk-a-nucleus-aza-emits-an-alpha-particle-the-resultant-nucleus-emits-a-beta-particle-the-respective-atomic-and-mass-no-of-the-final-nucleus-will-be-1-z-ndash-3-a-ndash-4-2-z-ndash-1-a-ndash-4-3-z-ndash-2 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4ODM-the-activity-of-a-radioactive-sample-is-1-6-curie-and-its-half-life-is-2-5-days-its-activity-after-10-days-will-be-1-0-8-curie-2-0-4-curie-3-0-1-curie-4-0-16-curie-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4ODQ-in-a-mean-life-of-a-radioactive-sample-1-about-1-3-of-substance-disintegrates-2-about-2-3-of-the-substance-disintegrates-3-about-90-of-the-substance-disintegrates-4-almost-all-the-substance-disintegra https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4ODY-three-fourth-of-the-active-decays-in-a-radioactive-sample-in-3-4-sec-the-half-life-of-the-sample-is-1-12-sec-2-1-sec-3-38-sec-4-34-sec-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4ODk-during-mean-life-of-a-radioactive-element-the-fraction-that-disintegrates-is-1-e-2-1e-3-e-1e-4-ee-1-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4OTE-1-curie-is-equal-to-1-3-215-1010-disintegrations-sec-2-3-7-215-107-disintegrations-sec-3-5-215-107-disintegrations-sec-4-3-7-215-1010-disintegrations-sec-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4OTI-the-electron-emitted-in-beta-radiation-originates-from-1-inner-orbits-of-atoms-2-free-electrons-existing-in-nuclei-3-decay-of-a-neutron-in-a-nucleus-4-photon-escaping-from-the-nucleus-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4OTM-when-a-radioactive-substance-emits-an-945-particle-its-position-in-the-periodic-table-is-lowered-by-1-one-place-2-two-places-3-three-places-4-four-places-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4OTU-a-radioactive-nucleus-emits-a-beta-particle-the-parent-and-daughter-nuclei-are-1-isotopes-2-isotones-3-isomers-4-isobars-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4OTY-if-a-radioactive-substance-reduces-to-116-of-its-original-mass-in-40-days-what-is-its-half-life-1-10-days-2-20-days-3-40-days-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4OTc-a-radioactive-nucleus-with-z-protons-and-n-neutrons-emits-an-945-particle-2-946-particles-and-2-gamma-rays-the-number-of-protons-and-neutrons-in-the-nucleus-left-after-the-decay-respectively-are-1-z-n https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4OTg-99-of-a-radioactive-element-will-decay-between-1-6-and-7-half-lives-2-7-and-8-half-lives-3-8-and-9-half-lives-4-9-half-lives-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4OTk-the-half-life-of-a-radioactive-substance-against-945-decay-is-1-2-215-107-s-what-is-the-decay-rate-for-4-215-1015-atoms-of-the-substance-1-4-6-215-1012atoms-s-2-2-3-215-1011atoms-s-3-4-6-215-1010atoms https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MDE-in-a-sample-of-radioactive-material-what-percentage-of-the-initial-number-of-active-nuclei-will-decay-during-one-mean-life-1-69-3-2-63-3-50-4-37-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MDI-the-s-i-unit-of-radioactivity-is-1-roentgen-2-rutherford-3-curie-4-becqueral-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MDM-a-radioactive-material-has-an-initial-amount-16-gm-after-120-days-it-reduces-to-1-gm-then-the-half-life-of-radioactive-material-is-1-60-days-2-30-days-3-40-days-4-240-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MDY-the-activity-of-a-sample-of-a-radioactive-material-is-a1-at-time-t1-and-a2-at-time-t2-t2-t1-if-its-mean-life-t-then-1-a1t1-a2t2-2-a1-a2-t2-t1-3-a2-a1et1-t2-t-4-a2-a1et1-t2t-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MDc-nucleus-produced-due-to-945-decay-of-the-nucleus-xza-is-1-yz-2a-4-2-yza-3-yz-2a-4-4-yz-4a-2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MDg-which-of-the-following-processes-represents-a-gamma-decay-1-xza-947-8594-xz-1a-a-b-2-xza-n01-8594-xz-2a-3-c-3-xza-8594-xza-f-4-xza-e-1-8594-xz-1a-g-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MDk-the-half-life-of-at215-is-100-956-s-the-time-taken-for-the-radioactivity-of-a-sample-of-at215-to-decay-to-1-16th-of-its-initial-value-is-1-400-956-s-2-6-3-956-s-3-40-956-s-4-300-956-s-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MTA-the-half-life-of-a-radioactive-substance-is-48-hours-how-much-time-will-it-take-to-disintegrate-to-its-116th-part-1-12-h-2-16-h-3-48-h-4-192-h-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MTE-a-radioactive-substance-has-an-average-life-of-5-hours-in-a-time-of-5-hours-1-half-of-the-active-nuclei-decay-2-less-than-half-of-the-active-nuclei-decay-3-more-than-half-of-the-active-nuclei-decay-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MTQ-which-of-the-following-radiations-has-the-least-wavelength-1-x-rays-2-947-rays-3-946-rays-4-945-rays-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MTU-a-radioactive-sample-at-any-instant-has-its-disintegration-rate-5000-disintegration-per-minute-after-5-minutes-the-rate-is-1250-disintegrations-per-minute-then-the-decay-constant-per-minute-is-1-0-8-i https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MTc-radioactive-nuclei-that-are-injected-into-a-patient-collect-at-certain-sites-within-its-body-undergoing-radioactive-decay-and-emitting-electromagnetic-radiation-these-radiations-can-then-be-recorded-b https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MTg-a-radioactive-decay-chain-starts-from-np93237-and-produces-th90229-by-successive-emissions-the-emitted-particles-can-be-1-two-945-particles-and-one-946-particle-2-three-946-particles-3-one-945-particl https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MTk-the-half-life-of-a-sample-of-a-radioactive-substance-is-1-hour-if-8-215-1010-atoms-are-present-at-t-0-then-the-number-of-atoms-decayed-in-the-duration-t-2-hour-to-t-4-hour-will-be-1-2-215-1010-2-1-5-2 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MjA-carbon-dating-is-best-suited-for-determining-the-age-of-fossils-if-their-age-in-years-is-of-the-order-of-1-103-2-104-3-105-4-106-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MjE-a-count-rate-meter-shows-a-count-of-240-per-minute-from-a-given-radioactive-source-one-hour-later-the-meter-shows-a-count-rate-of-30-per-minute-the-half-life-of-the-source-is-1-120-min-2-80-min-3-30-m https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MjI-the-half-life-of-a-radioactive-substance-is-40-years-how-long-will-it-take-to-reduce-to-one-fourth-of-its-original-amount-and-what-is-the-value-of-decay-constant-1-40-year-0-9173-year-2-90-year-9-017 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MjM-a-radioactive-material-has-a-half-life-of-10-days-what-fraction-of-the-material-would-remain-after-30-days-1-0-5-2-0-25-3-0-125-4-0-33-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MjQ-starting-with-a-sample-of-pure-cu66-78-of-it-decays-into-zn-in-15-min-the-corresponding-half-life-is-1-5-min-2-712-min-3-10-min-4-15-min-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MjU-a-radioactive-material-has-a-half-life-of-8-years-the-activity-of-the-material-will-decrease-to-about-1-8-of-its-original-value-in-1-256-year-2-128-year-3-64-year-4-24-year-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MjY-a-nucleus-of-mass-218-amu-in-free-state-decays-to-emit-an-945-particle-kinetic-energy-of-the-945-particle-emitted-is-6-7-mev-the-recoil-energy-in-mev-of-the-daughter-nucleus-is-1-1-0-2-0-5-3-0-25-4-0 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5Mjc-c14-has-half-life-5700-years-at-the-end-of-11400-years-the-actual-amount-left-is-1-0-5-of-original-amount-2-0-25-of-original-amount-3-0-125-of-original-amount-4-0-0625-of-original-amount-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5Mjg-mean-life-of-a-radioactive-sample-is-100-seconds-then-its-half-life-in-minutes-is-1-0-693-2-1-3-10-4-4-1-155-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5Mjk-a86222-8594-b84210-in-this-reaction-how-many-945-and-946-particles-are-emitted-a-6-945-3-946-b-3-945-4-946-c-4-945-3-946-d-3-945-6-946-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MzA-the-phenomenon-of-radioactivity-is-1-exothermic-change-which-increases-or-decreases-with-temperature-2-increases-on-applied-pressure-3-nuclear-process-does-not-depend-on-external-factors-4-none-of-the https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MzE-if-half-life-of-radium-is-77-days-its-decay-constant-in-day-will-be-1-3-215-10-13-day-2-9-215-10-3-day-3-1-215-10-3-day-4-6-215-10-3-day-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MzM-consider-two-nuclei-of-the-same-radioactive-nuclide-one-of-the-nuclei-was-created-in-a-supernova-explosion-5-billion-years-ago-the-other-was-created-in-a-nuclear-reactor-5-minutes-ago-the-probability https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5MzQ-an-alpha-text-particle-of-5-text-mev-energy-strikes-with-a-nucleus-of-uranium-at-stationary-at-a-scattering-angle-of-180-circ-the-nearest-distance-up-to-which-the-alpha-text-particle-reaches-the-nucle https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NTI-a-neutron-with-velocity-v-strikes-a-stationary-deuterium-atom-its-kinetic-energy-changes-by-a-factor-of-1-1516-2-12-3-21-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NTg-the-sun-radiates-energy-in-all-directions-the-average-radiations-received-on-the-earth-surface-from-the-sun-is-1-4-kilowatt-m2-the-average-earth-sun-distance-is-1-5-215-1011-metres-the-mass-lost-by-th https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NTk-the-binding-energy-per-nucleon-of-o16-is-7-97-mev-and-that-of-o17-is-7-75-mev-the-energy-in-mev-required-to-remove-a-neutron-from-o17-is-a-3-52-b-3-64-c-4-23-d-7-86-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NjA-the-rest-energy-of-an-electron-is-0-511-mev-the-electron-is-accelerated-from-rest-to-a-velocity-0-5-c-the-change-in-its-energy-will-be-1-0-026-mev-2-0-051-mev-3-0-079-mev-4-0-105-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NjE-for-uranium-nucleus-how-does-its-mass-vary-with-volume-1-m-8733-v-2-m-8733-1-v-3-m-8733-v-4-m-8733-v2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NjM-in-the-nuclear-fusion-reaction-h12-h13-8594-he24-n-given-that-the-repulsive-potential-energy-between-the-two-nuclei-is-7-7-215-10-14j-the-temperature-at-which-the-gases-must-be-heated-to-initiate-the https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NjQ-a-nucleus-with-mass-number-220-initially-at-rest-emits-an-945-particle-if-the-q-value-of-the-reaction-is-5-5-mev-calculate-the-kinetic-energy-of-the-945-particle-1-4-4-mev-2-5-4-mev-3-5-6-mev-4-6-5-me https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NjU-the-half-life-of-radioactive-radon-is-3-8-days-the-time-at-the-end-of-which-1-20-th-of-the-radon-sample-will-remain-undecayed-is-given-log10e-0-4343-a-3-8-days-b-16-5-days-c-33-days-d-76-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NjY-if-10-of-a-radioactive-material-decays-in-5-days-then-the-amount-of-original-material-left-after-20-days-is-approximately-1-60-2-65-3-70-4-75-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5Njc-a-radioactive-isotope-x-with-a-half-life-of-1-37-215-109-years-decays-to-y-which-is-stable-a-sample-of-rock-from-the-moon-was-found-to-contain-both-the-elements-x-and-y-which-were-in-the-ratio-of-1-7 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5Njg-from-a-newly-formed-radioactive-substance-half-life-2-hours-the-intensity-of-radiation-is-64-times-the-permissible-safe-level-the-minimum-time-after-which-work-can-be-done-safely-from-this-source-is-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5Njk-the-half-life-of-radium-is-1620-years-and-its-atomic-weight-is-226-kg-per-kilo-mol-the-number-of-atoms-that-will-decay-from-its-1-gm-sample-per-second-will-be-1-3-61-times-1010-2-3-6-times-1012-3-3-11 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NzA-a-radioactive-material-decays-by-simultaneous-emission-of-two-particles-with-respective-half-lives-1620-and-810-years-the-time-in-years-after-which-one-fourth-of-the-material-remains-is-a-1080-b-2430 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NzE-the-half-life-period-of-a-radioactive-element-x-is-same-as-the-mean-life-time-of-another-radioactive-element-y-initially-both-of-them-have-the-same-number-of-atoms-then-1-x-and-y-have-the-same-decay-r https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NzI-for-a-substance-the-average-life-for-alpha-emission-is-1620-years-and-for-beta-emission-is-405-years-after-how-much-time-the-1-4-of-the-material-remains-after-simultaneous-emission-1-1500-years-2-300 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NzM-a-nucleus-with-atomic-mass-a-is-initially-at-rest-and-undergoes-alpha-alpha-emission-to-form-a-stable-daughter-nucleus-if-the-alpha-text-particle-is-emitted-with-velocity-v-what-will-be-the-recoil-vel https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5NzY-the-half-life-of-a-radioactive-substance-is-20-minutes-the-time-between-20-and-80-decay-will-be-1-20-minutes-2-40-minutes-3-30-minutes-4-25-minutes-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5Nzc-after-280-days-the-activity-of-a-radioactive-sample-is-6000-dps-the-activity-reduces-to-3000-dps-after-another-140-days-the-initial-activity-of-the-sample-in-dps-is-1-6000-2-9000-3-3000-4-24000-1-2-3 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5ODA-a-radioactive-sample-is-945-emitter-with-half-life-138-6-days-is-observed-by-a-student-to-have-2000-disintegration-sec-the-number-of-radioactive-nuclei-for-given-activity-are-a-3-45-215-1010-b-1-215-1 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5ODE-the-ratio-of-radii-of-nuclei-al1327-and-x52a-is-3-5-the-number-of-neutrons-in-the-nuclei-of-x-will-be-1-52-2-73-3-125-4-13-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5ODI-the-dependence-of-binding-energy-per-nucleon-bn-on-the-mass-number-a-is-represented-by-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk5ODQ-binding-energy-per-nucleon-plot-against-the-mass-number-for-stable-nuclei-is-shown-in-the-figure-which-curve-is-correct-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246ODkwNDM-for-radioactive-material-the-half-life-is-10-minutes-if-initially-there-are-600-number-of-nuclei-the-time-taken-in-minutes-for-the-disintegration-of-450-nuclei-is-1-20-2-10-3-30-4-15-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTA5MDE-if-the-radius-of-13-27-mathrm-al-nucleus-is-taken-to-be-r-mathrm-al-then-the-radius-of-53-125-mathrm-te-nucleus-is-near-1-left-frac-53-13-right-frac-1-3-r-al-2-frac-5-3-r-al-3-frac-3-5-r-al-4-left-fra https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTE0MjI-the-half-life-of-a-radioactive-isotope-x-is-20-years-it-decays-to-another-element-y-which-is-stable-the-two-elements-x-and-y-were-found-to-be-in-the-ratio-1-7-in-a-sample-of-a-given-rock-the-age-of-th https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTIwOTI-if-the-nuclear-radius-of-27-text-al-is-3-6-fermi-the-approximate-nuclear-radius-of-64-text-cu-in-fermi-is-1-2-4-2-1-2-3-4-8-4-3-6-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTI4MDQ-in-the-nuclear-decay-given-below-mathrm-z-mathrm-a-mathrm-x-rightarrow-mathrm-z-1-mathrm-a-mathrm-y-rightarrow-mathrm-z-1-mathrm-a-4-mathrm-b-rightarrow-mathrm-z-1-mathrm-a-4-mathrm-b-the-particles-em https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTMzMTQ-if-m-a-z-m-p-and-m-n-denote-the-masses-of-the-nucleus-a-z-x-proton-and-neutron-respectively-in-units-of-u-1-u-931-5-text-mev-c-2-and-represent-its-binding-energy-be-in-text-mev-then-1-m-a-z-zm-p-a-z-m https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTMzNDg-two-nuclei-have-their-mass-numbers-in-the-ratio-of-1-3-the-ratio-of-their-nuclear-densities-would-be-1-1-3-2-3-1-3-3-1-3-1-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTM1MDU-in-the-radioactive-decay-process-the-negatively-charged-emitted-beta-particles-are-1-the-electrons-present-inside-the-nucleus-2-the-electrons-produced-as-a-result-of-the-decay-of-neutrons-inside-the-n https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTMxNzI5-the-rate-of-radioactive-disintegration-at-an-instant-for-a-radioactive-sample-of-half-life-2-2-times-109s-is-1010-s-1-the-number-of-radioactive-atoms-in-that-sample-at-that-instant-is-1-3-7-times-1020 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU3ODkx-a-freshly-prepared-radio-isotope-has-activity-64-times-the-allowed-level-if-half-life-is-3-h-then-how-long-one-must-wait-before-using-the-isotope-in-radio-diagnosis-1-24-h-2-18-h-3-12-h-4-6-h-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTg1NDM3-the-energy-equivalent-of-0-5-text-g-of-a-substance-is-1-4-5-times10-13-text-j-2-1-5-times10-13-text-j-3-0-5-times10-13-text-j-4-4-5-times10-16-text-j-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTg1NDU0-when-a-uranium-isotope-92-235-mathrm-u-is-bombarded-with-a-neutron-it-generates-36-89-mathrm-kr-three-neutrons-and-1-40-91-mathrm-zr-2-36-101-mathrm-kr-3-36-103-mathrm-kr-4-56-144-mathrm-ba-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk4Njcz-two-stable-isotopes-of-lithium-6-3-mathrm-li-and-7-3-mathrm-li-have-respective-abundances-of-7-5-and-92-5-these-isotopes-have-masses-6-01512-text-u-and-7-01600-text-u-respectively-the-atomic-mass-of-l https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk4Njc0-the-three-stable-isotopes-of-neon-n1020e-n1021e-andn1022e-have-respective-abundances-of-90-51-0-27-and-9-22-the-atomic-masses-of-the-three-isotopes-are-19-99-u-20-99-u-and-21-99-u-respectively-the-ave https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk4Njc1-what-is-the-binding-energy-in-mev-of-a-nitrogen-nucleus-n714-given-mp-1-007825u-mn-1-008665u-m-n714-14-003074u-1-102-7-mev-2-100-7-mev-3-104-7-mev-4-108-7-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk4Njc2-a-radioactive-isotope-has-a-half-life-of-t-years-how-long-will-it-take-the-activity-to-reduce-to-3-125-of-its-original-value-1-t-years-2-4t-years-3-3t-years-4-5t-years-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk4Njc3-what-is-the-amount-of-c2760o-necessary-to-provide-a-radioactive-source-of-8-0-mci-strength-the-half-life-of-c2760o-is-5-3-years-1-8-109-times-10-6g-2-7-106-times-10-6g-3-7-105-times-10-5g-4-8-107-time https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODYz-a-given-coin-has-a-mass-of-3-0-text-g-the-nuclear-energy-required-to-separate-all-the-neutrons-and-protons-from-each-other-will-be-for-simplicity-assume-that-the-coin-is-entirely-made-of-63-29-mathrm https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODY0-the-amount-of-c2760o-necessary-to-provide-a-radioactive-source-of-8-0-mci-strength-is-the-half-life-of-c2760o-is-5-3-years-1-6-3-times10-6-g-2-7-1-times10-6-g-3-5-7-times10-6-g-4-6-9-times10-6-g-1-2-3 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODY1-the-half-life-of-s3890r-is-28-years-what-is-the-disintegration-rate-of-15-mg-of-this-isotope-1-9-64-times-10-10-mathrm-atoms-mathrm-s-2-11-12-times-10-11-mathrm-atoms-mathrm-s-3-7-87-times-10-10-mathr https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODY2-the-approximately-nuclear-radii-ratio-of-the-gold-isotope-79-197-textrm-au-and-the-silver-isotope-47-107-textrm-au-is-1-1-1-23-2-1-1-32-3-1-01-1-4-1-22-1-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODY3-the-radionuclide-11-6-c-decays-according-to-11-6-c-rightarrow-11-5-b-e-nu-left-t-frac-1-2-20-3-text-min-right-the-maximum-energy-of-the-emitted-position-is-0-960-text-mev-given-the-mass-values-m-left https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODY4-the-nucleus-ne1023-decays-by-beta-ndash-emission-what-is-the-maximum-kinetic-energy-of-the-electrons-emitted-given-that-m-n1023e-22-994466-u-m-n1123a-22-989770-u-1-4-201-mev-2-3-791-mev-3-4-374-mev-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODY5-the-fission-properties-of-p94239u-are-very-similar-to-those-of-u92235-the-average-energy-released-per-fission-is-180-mev-how-much-energy-in-mev-is-released-if-all-the-atoms-in-1-kg-of-pure-p94239u-und https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODcw-a-1000-mw-fission-reactor-consumes-half-of-its-fuel-in-5-00-yr-how-much-u92235-did-it-contain-initially-assume-that-the-reactor-operates-80-of-the-time-that-all-the-energy-generated-arises-from-the-fi https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODcx-how-long-can-an-electric-lamp-of-100-w-be-kept-glowing-by-fusion-of-2-0-kg-of-deuterium-take-the-fusion-reaction-as-1-2-mathrm-h-1-2-mathrm-h-rightarrow-2-3-mathrm-he-n-3-27-text-mev-1-4-9-times-10-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODcy-what-is-the-height-of-the-potential-barrier-for-a-head-on-collision-of-two-deuterons-assume-that-they-can-be-taken-as-hard-spheres-of-radius-2-0-fm-1-300-kev-2-360-kev-3-376-kev-4-356-kev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODcz-the-neutron-separation-energy-is-defined-as-the-energy-required-to-remove-a-neutron-from-the-nucleus-the-neutron-separation-energies-of-the-nuclei-20-41-mathrm-ca-is-given-that-begin-aligned-mathrm-m https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODc0-a-source-contains-two-phosphorous-radio-nuclides-p1532-t1-2-14-3d-and-p1533-t1-2-25-3d-initially-10-of-the-decays-come-from-p1533-how-long-one-must-wait-until-90-do-so-1-208-5-days-2-200-2-days-3-263 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODc1-consider-the-fission-of-92-238-mathrm-u-by-fast-neutrons-in-one-fission-event-no-neutrons-are-emitted-and-the-final-end-products-after-the-beta-decay-of-the-primary-fragments-are-58-140-mathrm-ce-and https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODc2-consider-the-mathrm-d-text-t-reaction-deuterium-tritium-fusion-1-2-mathrm-h-1-3-mathrm-h-longrightarrow-2-4-mathrm-he-mathrm-n-the-energy-released-in-text-mev-in-this-reaction-from-the-data-is-take-m https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODc3-the-energy-released-by-the-fusion-of-1-0-text-kg-of-hydrogen-deep-within-the-sun-the-energy-released-in-fusion-26-text-mev-is-1-39-1495-times-10-26-text-mev-2-35-106-times-10-26-text-mev-3-33-106-time https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTk5ODc4-suppose-india-had-a-target-of-producing-by-2020-ad-200-000-mw-of-electric-power-ten-percent-of-which-was-to-be-obtained-from-nuclear-power-plants-suppose-we-are-given-that-on-average-the-efficiency-of https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MTY1-mathrm-o-2-molecule-consists-of-two-oxygen-atoms-in-the-molecule-nuclear-force-between-the-nuclei-of-the-two-atoms-1-is-not-important-because-nuclear-forces-are-short-ranged-2-is-as-important-as-elect https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MjI0-suppose-we-consider-a-large-number-of-containers-each-containing-initially-10000-atoms-of-a-radioactive-material-with-a-half-life-of-1-yr-after-1yr-1-all-the-containers-will-have-5000-atoms-of-the-mat https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MjI1-the-gravitational-force-between-text-h-text-atom-and-another-particle-of-mass-m-will-be-given-by-newton-s-law-f-dfrac-gmm-r-2-where-r-is-in-text-km-and-1-m-m-text-proton-m-text-electron-2-m-m-text-pro https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MjI2-when-a-nucleus-in-an-atom-undergoes-a-radioactive-decay-the-electronic-energy-levels-of-the-atom-1-do-not-change-for-any-type-of-radioactivity-2-change-for-alpha-and-beta-text-radioactivity-but-not-fo https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MjI3-m-x-and-m-y-denote-the-atomic-masses-of-the-parent-and-the-daughter-nuclei-respectively-in-radioactive-decay-the-q-text-value-for-a-beta-decay-is-q-1-and-that-for-a-beta-decay-is-q-2-if-m-e-denotes-th https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MjI4-tritium-is-an-isotope-of-hydrogen-whose-nucleus-triton-contains-2-neutrons-and-1-proton-free-neutrons-decay-into-p-e-1-nu-1-if-one-of-the-neutrons-in-triton-decays-it-would-transform-into-mathrm-he-3 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MjI5-heavy-stable-nuclei-havevc2-more-neutrons-than-protons-this-is-because-of-the-fact-that-1-neutrons-are-heavier-than-protons-2-electrostatic-force-between-protons-is-repulsive-3-neutrons-decay-into-pro https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MjMw-in-a-nuclear-reactor-moderators-slow-down-the-neutrons-which-come-out-in-a-fission-process-the-moderator-used-have-light-nuclei-the-heavy-nuclei-will-not-serve-the-purpose-because-1-they-will-break-up https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MjMx-fusion-processes-like-combining-two-deuterons-to-form-a-he-nucleus-are-impossible-at-ordinary-temperatures-and-pressure-the-reasons-for-this-can-be-traced-to-the-fact-a-nuclear-forces-have-short-range https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MjMy-samples-of-two-radioactive-nuclides-a-and-b-are-taken-lambda-a-and-lambda-b-are-the-disintegration-constants-of-a-and-b-respectively-in-which-of-the-following-cases-the-two-samples-can-simultaneously https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjI3MjMz-the-variation-of-the-decay-rate-of-two-radioactive-samples-a-and-b-with-time-is-shown-in-the-figure-which-of-the-following-statements-are-true-a-decay-constant-of-a-is-greater-than-that-of-b-hence-a-a https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjQ0OTk3-what-happens-to-the-mass-number-and-the-atomic-number-of-an-element-when-it-emits-gamma-text-radiation-1-mass-number-decreases-by-four-and-atomic-number-decreases-by-two-2-mass-number-and-atomic-numbe https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjQ1Mzc2-the-half-life-of-a-radioactive-sample-undergoing-alpha-text-decay-is-1-4-times-1017-sec-if-the-number-of-nuclei-in-the-sample-is-2-0-times-1021-the-activity-of-the-sample-is-nearly-equal-to-1-104-bq-2 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY0MzU5-xmn-emitted-one-alpha-and2-beta-particles-then-it-will-become-1-xm-4n-2-xm-1n-1-3-zm-4n-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY0MzYx-when-mathrm-x-rightarrow-7-14-mathrm-n-2-beta-then-the-number-of-neutrons-in-mathrm-x-will-be-1-3-2-5-3-7-4-9-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1NzQ2-a-human-body-required-the-0-01-curie-activity-of-radioactive-substance-after-24-hours-the-half-life-of-radioactive-is-6-hours-the-maximum-activity-of-a-radioactive-substance-that-can-be-injected-will https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0NzI5-if-the-mass-of-the-iron-nucleus-is-55-85-text-u-and-mathrm-a-56-the-nuclear-density-of-the-iron-is-1-2-27-times10-17-text-kg-m-3-2-1-36-times-10-15-text-kg-m-3-3-3-09-times10-17-text-kg-m-3-4-4-11-tim https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0NzMw-the-energy-equivalent-of-1-g-of-substance-is-1-8-3-times10-13-text-j-2-9-times10-13-text-j-3-7-7-times10-13-text-j-4-11-times10-13-text-j-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0NzM0-we-are-given-the-following-atomic-masses-92-238-mathrm-u-238-05079-text-u-2-4-mathrm-he-4-00260-text-u-90-234-mathrm-th-234-04363-text-u-1-1-mathrm-h-1-00783-text-u-91-237-mathrm-pa-237-05121-text-u-h https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0NzM1-we-are-given-the-following-atomic-masses-92-238-mathrm-u-238-05079-text-u-2-4-mathrm-he-4-00260-text-u-90-234-mathrm-th-234-04363-text-u-1-1-mathrm-h-1-00783-text-u-91-237-mathrm-pa-237-05121-text-u-h https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0ODUw-the-energy-required-in-text-mev-c-2-to-separate-8-16-mathrm-o-into-its-constituents-is-given-mass-defect-for-8-16-mathrm-o-0-13691-text-amu-1-127-5-2-120-0-3-222-0-4-119-0-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0ODUx-the-half-life-of-u92238-undergoing-alpha-decay-is-4-5-times-109-years-what-is-the-activity-of-the-1g-sample-of-u92238-1-2-11-times-104bq-2-3-12-times-103bq-3-1-23-times-104bq-4-2-38-times-103bq-1-2-3 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0ODUy-tritium-has-a-half-life-of-12-5-y-undergoing-beta-decay-what-fraction-of-a-sample-of-pure-tritium-will-remain-undecayed-after-25-y-1-18th-2-14th-3-13rd-4-15th-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0ODUz-which-one-of-the-following-is-incorrect-1-a-chemical-equation-is-balanced-in-the-sense-that-the-number-of-atoms-of-each-element-is-the-same-on-both-sides-of-the-equation-2-the-number-of-atoms-of-each https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0OTcy-graph-given-below-shows-the-variation-of-binding-energy-per-nucleon-ebn-as-a-function-of-mass-number-for-nuclei-with-mass-number-a-such-that-30-a-170-ebn-is-almost-constant-because-nuclear-forces-are https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0OTc1-graph-gives-the-variation-of-potential-energy-of-a-pair-of-nucleons-as-a-function-of-their-separation-r-from-the-graph-it-can-be-concluded-that-the-force-between-nucleons-is-attractive-for-distances-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc0OTc2-the-graph-shows-the-exponential-decay-of-a-radioactive-specie-the-number-of-nuclei-decayed-after-time-t-is-1-noe-lambda-t-2-2noe-lambda-t-3-no-noe-lambda-t-4-2no-noe-lambda-t-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc3MTEy-a-nucleus-with-mass-number-240-breaks-into-fragments-each-of-mass-number-120-the-binding-energy-per-nucleon-of-unfragmented-nuclei-is-7-6-text-mev-while-that-of-fragments-is-8-5-text-mev-the-total-gai https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc3MTIx-a-radioactive-nucleus-mathrm-z-mathrm-a-mathrm-x-undergoes-spontaneous-decay-in-the-sequence-mathrm-z-mathrm-a-mathrm-x-rightarrow-mathrm-b-mathrm-z-1-rightarrow-mathrm-c-mathrm-z-3-rightarrow-mathrm https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc3MTM0-the-half-life-of-a-radioactive-nuclide-is-100-hours-the-fraction-of-original-activity-that-will-remain-after-150-hours-would-be-1-23-2-232-3-1-2-4-122-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM5MzM2-in-the-given-nuclear-reaction-the-element-mathrm-x-is-11-22-mathrm-na-rightarrow-mathrm-x-mathrm-e-nu-1-12-22-mathrm-mg-2-11-23-mathrm-na-3-10-23-mathrm-ne-4-10-22-textrm-ne-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM5MzYx-a-nucleus-of-mass-number-189-splits-into-two-nuclei-having-mass-numbers-125-and-64-the-ratio-of-the-radius-of-two-daughter-nuclei-respectively-is-1-25-16-2-1-1-3-4-5-4-5-4-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM5NzUy-at-some-instant-the-number-of-radioactive-atoms-in-a-sample-is-n-0-and-after-time-t-the-number-decreases-to-n-it-is-found-that-the-graphical-representation-mathrm-ln-n-versus-t-along-the-y-and-x-axis https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM5Nzcw-the-fraction-of-the-original-number-of-radioactive-atoms-that-disintegrates-decays-during-the-average-lifetime-of-a-radioactive-substance-will-be-1-frac-1-e-2-frac-1-1-e-3-frac-e-1-e-1-4-frac-e-1-e-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ2NTkx-given-below-are-two-statements-statement-i-the-law-of-radioactive-decay-states-that-the-number-of-nuclei-undergoing-the-decay-per-unit-time-is-inversely-proportional-to-the-total-number-of-nuclei-in-t https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ2NTk5-at-any-instant-two-elements-x1-and-x2-have-the-same-number-of-radioactive-atoms-if-the-decay-constant-of-x1-and-x2-are-10-lambda-and-lambda-respectively-then-the-time-when-the-ratio-of-their-atoms-bec https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzY2OTE3-the-half-life-of-a-radioactive-substance-is-20-minutes-in-how-much-time-the-activity-of-substance-drops-to-frac-1-16-mathrm-th-of-its-initial-value-1-80-minutes-2-20-minutes-3-40-minutes-4-60-minutes https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDU0OTc5-82-290-x-xrightarrow-alpha-y-xrightarrow-e-z-xrightarrow-beta-p-xrightarrow-e-q-in-the-nuclear-emission-stated-above-the-mass-number-and-atomic-number-of-the-product-q-respectively-are-1-286-80-2-288 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDU2Nzgz-the-ratio-of-nuclear-densities-and-nuclear-volumes-of-56-26-fe-and-4-2-he-are-respectively-1-13-1-and-14-1-2-14-1-and-1-1-3-1-1-and-14-1-4-1-1-and-13-1-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDU2Nzk0-an-excited-heavy-nucleus-a-z-mathrm-x-emits-radiations-in-the-following-sequence-a-z-mathrm-x-rightarrow-a-4-z-2-mathrm-d-1-rightarrow-a-4-z-1-mathrm-d-2-rightarrow-a-8-z-3-mathrm-d-3-rightarrow-a-8-z https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY0NjM2-a-nucleus-represented-by-the-symbol-z-a-mathrm-x-has-1-z-protons-and-a-z-neutrons-2-z-protons-and-a-neutrons-3-a-protons-and-z-a-neutrons-4-z-neutrons-and-a-z-protons-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MTk3-as-compared-to-12-mathrm-c-atom-14-mathrm-c-atom-has-1-two-extra-protons-and-two-extra-electrons-2-two-extra-protons-but-no-extra-electron-3-two-extra-neutrons-and-no-extra-electron-4-two-extra-neutro https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1OTgz-the-volume-occupied-by-an-atom-is-greater-than-the-volume-of-the-nucleus-by-a-factor-of-about-1-10-2-10-5-3-10-10-4-10-15-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQxMDY0-the-radius-of-a-nucleus-r-is-directly-proportional-to-the-cube-root-of-the-number-of-nucleons-n-assume-that-the-mass-of-a-nucleon-is-fixed-m-n-the-density-rho-of-a-nucleus-varies-as-1-n-3-2-n-1-3-n-0 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM3NzI4-given-below-are-two-statements-assertion-a-the-density-of-the-nucleus-is-much-higher-than-that-of-ordinary-matter-reason-r-most-of-the-mass-of-the-atom-is-concentrated-in-the-nucleus-while-the-size-of https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzMzEw-which-of-the-following-particles-is-unstable-1-proton-2-neutron-3-electron-4-antineutrino-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTE0MTQ-a-certain-mass-of-hydrogen-is-changed-to-helium-by-the-process-of-fusion-the-mass-defect-in-the-fusion-reaction-is-0-02866-text-u-the-energy-liberated-per-nucleon-is-given-1-mathrm-u-931-text-mev-1-26 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzU4MjQ5-how-does-the-binding-energy-per-nucleon-vary-with-the-increase-in-the-number-of-nucleons-1-decrease-continuously-with-mass-number-2-first-decreases-and-then-increases-with-an-increase-in-mass-number-3 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MjE4-let-f-pp-f-pn-text-and-f-nn-denote-the-magnitudes-of-the-net-force-by-a-proton-on-a-proton-by-a-proton-on-a-neutron-and-by-a-neutron-on-a-neutron-respectively-neglect-gravitational-force-when-the-sepa https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM4MzU0-in-an-exoergic-nuclear-reaction-i-e-energy-is-released-in-the-reaction-let-1-e-1-total-binding-energy-of-initial-nuclei-2-e-2-total-binding-energy-of-final-nuclei-3-a-1-total-number-of-nucleons-of-ini https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTExNzg-the-binding-energy-per-nucleon-of-7-3-mathrm-li-and-4-2-mathrm-he-nucleon-are-5-60-text-mev-and-7-06-text-mev-respectively-in-the-nuclear-reaction-7-3-mathrm-li-1-1-mathrm-h-rightarrow-4-2-mathrm-he-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTI1MTQ-the-mass-of-a-li7373lili37-nucleus-is-0-042-text-u-less-than-the-sum-of-the-masses-of-all-its-nucleons-the-binding-energy-per-nucleon-of-the-li73li37-nucleus-is-near-1-4-6-text-mev-2-5-6-text-mev-3-3 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTM5MzA-the-binding-energy-of-deuteron-is-2-2-text-mev-and-that-of-2-mathrm-he-4-is-28-text-mev-if-two-deuterons-are-fused-to-form-one-2-mathrm-he-4-then-the-energy-released-is-1-25-8-text-mev-2-23-6-text-mev https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjYzNzcz-in-the-reaction-1-2-mathrm-h-1-3-mathrm-h-longrightarrow-2-4-mathrm-he-0-1-n-if-the-binding-energies-of-1-2-mathrm-h-1-3-mathrm-h-text-and-2-4-mathrm-h-he-are-respectively-a-b-and-c-in-mev-then-the-en https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY0NjM0-if-in-a-nuclear-fusion-process-the-masses-of-the-fusing-nuclei-be-m-1-and-m-2-and-the-mass-of-the-resultant-nucleus-be-m-3-then-1-m-3-left-m-1-m-2-right-2-m-3-3-m-3-left-m-1-m-2-right-4-m-3-left-m-1-m https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MjIz-two-protons-are-kept-at-a-separation-of-10-nm-let-f-n-and-f-e-be-the-nuclear-force-and-the-electromagnetic-force-between-them-1-f-e-f-n-2-f-e-f-n-3-f-e-4-f-e-and-f-n-differ-only-slightly-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MjY2-which-of-the-following-is-a-wrong-description-of-binding-energy-of-a-nucleus-1-it-is-the-energy-required-to-break-a-nucleus-into-its-constituent-nucleons-2-it-is-the-energy-made-available-when-free-nu https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3Mzc1-for-nuclei-with-a-100-a-the-binding-energy-of-the-nucleus-decreases-on-an-average-as-a-increases-b-the-binding-energy-per-nucleon-decreases-on-an-average-as-a-increases-c-if-the-nucleus-breaks-into-tw https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM2Njk4-antineutrinos-are-emitted-during-1-alpha-decay-2-beta-decay-3-gamma-decay-4-neutron-emission-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzIyOTMw-atomic-number-increases-in-1-alpha-text-decay-2-beta-text-decay-3-beta-text-decay-4-k-text-electron-capture-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1OTgx-solar-energy-is-mainly-caused-due-to-1-burning-of-hydrogen-in-the-oxygen-2-fission-of-uranium-present-in-the-sun-3-fusion-of-protons-during-synthesis-of-heavier-elements-4-gravitational-contraction-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ1NjYy-the-mass-numbers-of-two-nuclei-mathrm-a-and-mathrm-b-are-27-and-64-respectively-the-ratio-of-their-radii-is-1-3-4-2-5-8-3-2-1-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDUzMjQw-which-of-the-following-pairs-of-nuclei-are-isotones-1-6-16-mathrm-c-text-and-7-16-mathrm-n-2-7-16-mathrm-n-text-and-8-16-mathrm-o-3-8-16-mathrm-o-text-and-7-14-mathrm-n-4-6-14-mathrm-c-text-and-7-15-m https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDIwMzcz-the-nuclear-radius-of-a-nucleus-having-n-neutrons-and-p-protons-is-proportional-to-1-n-p-2-n-p-1-3-3-n-p-2-3-4-n-p-1-3-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzI2MTIy-the-nuclear-radius-of-a-3-8-mathrm-l-i-nucleus-is-2-2-text-fm-the-nuclear-radius-of-30-64-mathrm-zn-is-nearly-1-4-4-text-fm-2-7-text-fm-3-22-text-fm-4-17-6-text-fm-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDU2NDc5-the-radius-of-a-nucleus-is-given-by-r-r-0-a-1-3-where-r-0-1-2-times-10-15-text-m-what-is-the-ratio-of-the-volume-to-the-surface-area-of-an-mathrm-al-27-nucleus-1-2-1-times-10-15-text-m-2-1-3-times-10 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzYzMzMw-let-nuclear-densities-of-2-4-mathrm-he-and-20-40-mathrm-ca-be-rho-1-and-rho-2-respectively-then-rho-1-over-rho-2-is-equal-to-1-1-10-2-10-1-3-1-1-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ2MzAz-expression-for-the-average-radius-of-a-nucleus-and-hence-the-radius-of-a-given-hypothetical-nucleus-64-27-mathrm-x-will-respectively-be-given-that-r-0-1-1-text-fm-1-r-r-0a-frac-1-2-8-8-text-fm-2-r-r-0 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDAwNTI4-the-nucleus-of-an-atom-has-a-radius-which-is-of-the-order-of-1-10-9-text-m-2-10-12-text-m-3-10-15-text-m-4-10-18-text-m-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjg0NDY0-two-nuclei-have-their-mass-numbers-in-the-ratio-of-1-3-the-ratio-of-their-nuclear-densities-would-be-1-1-3-2-3-1-3-3-1-3-1-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc4NDY1-the-radius-r-of-a-nucleus-of-mass-number-a-can-be-estimated-by-the-formula-r-left-1-3-times-10-15-right-a-1-3-text-m-it-follows-that-the-mass-density-of-a-nucleus-is-of-the-order-of-left-m-text-propt https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQwMDky-given-below-are-two-statements-assertion-a-all-nuclei-are-not-of-the-same-size-reason-r-the-size-of-the-nucleus-depends-on-atomic-mass-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-b https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTEyNzcw-match-the-terms-mentioned-in-column-i-with-their-corresponding-examples-in-column-ii-column-i-column-ii-a-isobars-i-9-4-mathrm-be-10-5-mathrm-b-b-isotopes-ii-3-2-mathrm-he-3-1-mathrm-h-c-isotones-iii https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzMyMzM1-among-the-following-atoms-6-mathrm-c-14-7-mathrm-n-13-88-mathrm-ra-236-7-mathrm-n-14-8-mathrm-o-16-and-86-mathrm-rn-232-which-of-the-following-pairs-represents-a-pair-of-isobars-1-6-mathrm-c-11-7-math https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyNTc1-the-nuclear-radius-is-given-by-r-r-0a-1-3-where-r-0-is-constant-and-a-is-the-atomic-mass-number-then-1-the-nuclear-mass-density-of-mathrm-u-238-is-twice-that-of-mathrm-sn-119-2-the-nuclear-mass-densit https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ1OTc5-the-four-graphs-represent-different-possible-relationships-between-text-ln-left-dfrac-r-r-0-right-and-text-ln-a-where-r-is-the-radius-of-a-nucleus-and-a-is-its-mass-number-which-of-the-graphs-1-2-3-or https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDM3OTI1-the-correct-products-of-the-reaction-92-235-mathrm-u-0-1-n-longrightarrow-are-1-56-141-mathrm-ba-36-92-mathrm-kr-3-0-1-mathrm-n-2-56-141-mathrm-ba-36-92-mathrm-kr-4-0-1-mathrm-n-3-10-20-mathrm-ne-51-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ4OTE5-in-a-nuclear-reaction-2-text-amu-of-mass-is-converted-into-energy-according-to-einstein-s-mass-energy-relationship-the-energy-released-is-1-1863-text-j-2-931-5-text-mev-3-1863-text-mev-4-931-5-text-j https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ3MzM0-the-energy-equivalent-of-2-text-g-of-substance-is-the-velocity-of-light-c-3-times10-8-text-m-s-1-1-8-times-10-9-text-j-2-1-8-times-10-14-text-j-3-1-8-times-10-15-text-j-4-1-8-times-10-17-text-j-1-2-3 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ5MjQ4-in-a-nuclear-fusion-reaction-if-the-mass-defect-is-0-25-the-energy-released-during-the-fusion-of-1-text-kg-of-mass-is-1-22-5-times-10-11-j-2-28-times-10-12-j-3-22-5-times-10-13-j-4-28-times-10-14-j-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDQ5NjEy-during-a-nuclear-reaction-if-the-mass-defect-is-0-4-how-much-energy-will-be-released-when-2-text-kg-of-mass-undergoes-fusion-1-72-times-10-5-text-j-2-72-times-10-9-text-j-3-72-times-10-11-text-j-4-72 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzI1OTE3-energy-made-available-when-free-nucleons-combine-to-form-nucleus-is-called-1-gibbs-free-energy-2-ionisation-energy-3-potential-energy-4-binding-energy-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzMxNjIz-an-element-has-binding-energy-8-ev-nucleon-if-it-has-a-total-binding-energy-128-ev-then-the-number-of-nucleons-are-1-8-2-14-3-16-4-32-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDU3MDAz-in-the-given-reaction-find-the-value-of-q-value-6-mathrm-c-13-longrightarrow-6-mathrm-c-12-0-n-1-q-text-value-given-mass-of-6-mathrm-c-13-rightarrow-x-mass-of-6-mathrm-c-12-rightarrow-y-mass-of-0-n-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTEyODE0-consider-the-nuclear-reaction-235-92-mathrm-u-1-0-mathrm-n-longrightarrow-x-longrightarrow-144-56-text-ba-y-3z-it-is-known-that-z-is-a-particle-with-no-charge-but-has-mass-the-binding-energy-of-the-pr https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY0Njcz-m-p-denotes-the-mass-of-a-proton-and-m-n-that-of-a-neutron-a-given-nucleus-of-binding-energy-b-contains-z-protons-and-n-neutrons-the-mass-m-n-z-of-the-nucleus-is-given-by-c-is-the-velocity-of-light-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzIzODk0-which-force-is-responsible-for-holding-two-protons-together-with-the-same-strength-as-it-holds-two-neutrons-together-inside-a-nucleus-1-electric-force-2-weak-nuclear-force-3-strong-nuclear-force-4-gra https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc3MDk2-two-deuterons-undergo-nuclear-fusion-to-form-a-helium-nucleus-the-energy-released-in-this-process-is-given-binding-energy-per-nucleon-for-deuteron-1-1-text-mev-and-for-helium-7-0-text-mev-1-19-2-text https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzY2NTk5-for-the-given-radioactive-decay-reaction-298-94-x-rightarrow-294-92-y-4-2-alpha-q-text-text-value-where-the-binding-energy-per-nucleon-of-x-y-and-alpha-are-denoted-by-a-b-and-c-respectively-the-expres https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTM1MTI-a-nucleus-zxazxazxa-has-a-mass-represented-by-m-a-z-if-m-p-and-m-n-denote-the-mass-of-proton-and-neutron-respectively-and-be-the-binding-energy-then-1-be-m-a-z-zmp-a-z-mn-c2be-m-a-z-zmp-a-z-mn-c2be-m https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzkyODM1-a-nucleus-x-with-a-mass-number-of-200-undergoes-fission-according-to-the-reaction-x-200-rightarrow-a-110-b-90-if-the-binding-energy-per-nucleon-for-x-a-and-b-are-7-4-mev-8-2-mev-and-8-2-mev-respective https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzMzNDU4-which-of-the-following-graphs-accurately-represents-the-relationship-between-the-internuclear-distance-and-the-force-between-nucleons-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ1NjMx-nucleus-a-is-having-mass-number-220-and-its-binding-energy-per-nucleon-is-5-6-text-mev-it-split-into-two-fragments-b-and-c-of-mass-numbers-105-and-115-the-binding-energy-of-nucleons-in-b-and-c-is-6-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM3NDEx-the-binding-energy-per-nucleon-is-8-5-mev-for-nuclei-with-mass-number-a-120-and-7-6-mev-for-nuclei-with-a-240-as-shown-in-the-figure-if-a-nucleus-with-a-240-undergoes-fission-and-splits-into-two-nucle https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzNDI1-two-lighter-nuclei-combine-to-form-a-comparatively-heavier-nucleus-by-the-relation-given-below-1-2-mathrm-x-1-2-mathrm-x-2-4-mathrm-y-the-binding-energies-per-nucleon-for-1-2-mathrm-x-text-and-2-4-mat https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzMyOTM0-nuclear-forces-are-1-short-range-and-charge-dependent-2-short-range-and-charge-independent-3-long-range-and-charge-dependent-4-long-range-and-charge-independent-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzY2Njkw-an-atom-of-atomic-mass-242-having-binding-energy-per-nucleon-8-4-mev-breaks-into-two-atoms-of-atomic-mass-121-each-with-binding-energy-per-nucleon-of-7-1-mev-what-would-be-the-absolute-q-value-of-the https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMTc2-if-m-be-the-mass-of-the-nucleus-and-m-be-the-sum-of-the-individual-masses-of-the-nucleons-forming-the-nucleus-then-1-m-is-slightly-more-than-m-2-m-is-slightly-less-than-m-3-m-m-4-m-may-be-less-or-more https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzI2MTI0-let-the-average-nuclear-force-exerted-by-a-proton-on-a-proton-be-mathrm-f-pp-by-a-proton-on-a-neutron-be-mathrm-f-pn-and-by-a-neutron-on-a-neutron-be-mathrm-f-nn-when-their-separations-are-nearly-1-te https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzMyOTMz-in-the-reaction-represented-by-z-x-a-rightarrow-z-2-y-a-4-rightarrow-z-2-y-a-4-rightarrow-z-1-k-a-4-the-decays-in-the-sequence-are-1-mathit-alpha-mathit-beta-mathit-gamma-2-mathit-beta-mathit-alpha-ma https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MzY5-in-which-of-the-following-decays-the-atomic-number-decreases-a-alpha-text-decay-b-beta-text-decay-c-beta-text-decay-d-gamma-text-decay-choose-the-correct-option-1-a-b-2-b-c-3-c-4-a-d-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMTQ5-alpha-text-particles-beta-text-particles-and-gamma-text-rays-each-have-an-energy-of-10-text-mev-the-increasing-order-of-penetrating-powers-of-the-radiations-will-be-1-beta-alpha-gamma-2-alpha-beta-gam https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQwMTI3-given-below-are-two-statements-assertion-a-90sr-from-radioactive-fallout-from-a-nuclear-bomb-ends-up-in-the-bones-of-human-beings-through-the-milk-consumed-by-them-it-causes-impairment-of-the-producti https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY0NzA0-if-a-radioactive-element-emitted-one-alpha-and-one-beta-text-particle-then-the-mass-number-of-the-daughter-element-is-1-decreased-by-4-2-increased-by-4-3-decreased-by-2-4-increased-by-2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzI1OTAz-in-gamma-ray-emission-from-a-nucleus-1-only-the-proton-number-changes-2-both-the-neutron-number-and-the-proton-number-change-3-there-is-no-change-in-the-proton-number-and-the-neutron-number-4-only-the https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ2MDIw-how-many-alpha-and-beta-particles-are-emitted-when-uranium-92-u-238-decays-to-lead-82-pb-206-1-3-alpha-particles-and-5-beta-particles-2-6-alpha-particles-and-4-beta-particles-3-4-alpha-particles-and-5 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzMxMDg3-a-radioactive-decay-chain-starts-from-93-mathrm-np-237-and-produces-90-mathrm-th-229-by-successive-emissions-the-emitted-particles-can-be-1-three-beta-text-particles-2-one-alpha-text-particle-and-two https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTc3ODI3-a-nucleus-mnxxnmxnm-emits-one-particle-and-two-particles-the-resulting-nucleus-is-1-m-6nzznm-6znm-6-2-m-4nxxnm-4xnm-4-3-m-4n-2yyn-2m-4yn-2m-4-4-m-6n-4zzn-4m-6zn-4m-6-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDAwNTMy-when-a-nucleus-undergoes-alpha-decay-1-the-atomic-number-increases-2-the-mass-number-decreases-3-the-proton-number-increases-4-the-neutron-number-increases-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDEwNzQw-during-which-one-of-the-following-events-do-the-atomic-number-and-the-mass-number-of-the-emitting-nuclei-both-change-1-alpha-decay-2-beta-decay-3-gamma-emission-4-neutron-emission-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1Mjg3-if-a-deuteron-is-bombarded-on-a-8o16-nucleus-then-an-particle-is-emitted-the-product-nucleus-is-1-7n13-2-5b10-3-4be9-4-7n14-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY2ODEy-if-a-a-b-mathrm-x-species-emits-firstly-a-positron-then-two-alpha-and-two-beta-and-at-last-one-alpha-is-also-emitted-and-finally-converted-into-stable-d-c-mathrm-y-species-so-the-correct-relation-will https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ5Mjc2-a-radioactive-nucleus-a-with-mass-number-180-and-atomic-number-72-undergoes-a-series-of-decays-a-xrightarrow-alpha-a-1-xrightarrow-beta-a-2-xrightarrow-alpha-a-3-xrightarrow-gamma-a-4-what-are-the-mas https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ2MzA1-238-92-mathrm-u-converts-into-206-82-mathrm-pb-by-radio-active-decay-process-how-many-alpha-particles-and-beta-particles-may-be-emitted-in-the-process-1-8-alpha-text-and-8-beta-2-5-alpha-text-and-12-b https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM5NjA3-given-below-are-two-statements-assertion-a-in-alpha-text-text-decay-atomic-number-of-the-daughter-nucleus-is-reduced-by-2-units-from-the-parent-nucleus-reason-r-an-alpha-text-text-particle-carries-fou https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDIwMzc0-in-which-of-the-following-cases-will-the-final-nucleus-be-an-isotope-of-the-parent-1-1-alpha-decay-followed-by-1-beta-decay-2-1-beta-decay-followed-by-2-alpha-decays-3-1-alpha-decay-followed-by-2-beta https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTA4NDk0-match-the-entries-in-column-i-with-their-respective-consequences-in-column-ii-column-i-column-ii-a-after-the-emission-of-one-alpha-and-one-beta-text-particles-i-the-atomic-number-will-decrease-by-3-b https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTEyODE4-112-54-mathrm-xe-xrightarrow-x-y-108-51-mathrm-sb-of-the-two-charged-particles-emitted-x-is-very-light-both-x-y-are-positively-charged-then-x-y-are-1-beta-alpha-2-beta-alpha-3-beta-beta-4-beta-alpha-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ1OTI4-consider-the-given-fission-reaction-0-1-mathrm-n-92-235-mathrm-u-rightarrow-92-236-mathrm-u-rightarrow-56-144-mathrm-ba-36-89-mathrm-kr-text-neutrons-how-many-neutrons-are-produced-in-this-reaction-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MTk1-the-mass-number-of-a-nucleus-is-equal-to-1-the-number-of-neutrons-in-the-nucleus-2-the-number-of-protons-in-the-nucleus-3-the-number-of-nucleons-in-the-nucleus-4-none-of-them-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTI4NjAy-choose-the-correct-match-column-i-column-ii-a-moderator-p-cadmium-b-mass-alchemy-q-americium-am-c-control-rod-r-fusion-in-the-sun-s-core-d-transuranic-element-s-s-d2o-1-a-s-b-r-c-q-d-p-2-a-s-b-p-c-r-d https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MzYy-as-the-mass-number-a-increases-which-of-the-following-quantities-related-to-a-nucleus-do-not-change-a-mass-b-volume-c-density-d-binding-energy-choose-the-correct-option-from-the-given-ones-1-a-b-only https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzMx-given-below-are-two-statements-assertion-a-in-the-process-of-nuclear-fission-the-fragments-emit-two-or-three-neutrons-as-soon-as-they-are-formed-and-subsequently-emit-particles-reason-r-as-the-fragmen https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTI0MzQ-fusion-reaction-takes-place-at-high-temperature-because-1-atoms-get-ionized-at-high-temperature-2-kinetic-energy-is-high-enough-to-overcome-the-coulomb-repulsion-between-nuclei-3-molecules-break-up-at https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU4MzEx-if-the-density-of-the-gold-nucleus-is-x-then-the-density-of-the-silver-nucleus-will-be-1-2x-2-frac-x-3-3-4x-4-x-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ1NTg2-read-the-following-statements-a-volume-of-the-nucleus-is-directly-proportional-to-the-mass-number-b-volume-of-the-nucleus-is-independent-of-mass-number-c-density-of-the-nucleus-is-directly-proportiona https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU4Mjg5-the-volume-v-of-a-nucleus-is-related-to-its-mass-m-as-1-v-propto-m-2-v-propto-frac-1-m-3-v-propto-m-3-4-v-propto-frac-1-m-3-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU3ODYy-if-the-nuclear-density-of-the-material-of-atomic-mass-27-is-3-rho-0-then-the-nuclear-density-of-the-material-of-atomic-mass-125-is-1-5-rho-0-2-3-rho-0-3-frac-5-3-rho-0-4-rho-0-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTI4NjI5-consider-the-following-statements-i-all-isotopes-of-elements-have-the-same-number-of-neutrons-ii-only-one-isotope-of-an-element-can-be-stable-and-non-radioactive-iii-all-elements-have-isotopes-iv-all https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQxOTM3-given-below-are-two-statements-assertion-a-isotopes-of-an-element-can-be-separated-by-using-a-mass-spectrometer-reason-r-separation-of-isotopes-is-possible-because-of-the-difference-in-electron-number https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU0OTg-a-nuclear-reaction-along-with-the-masses-of-the-particle-taking-part-in-it-is-as-follows-a-b-rightarrow-c-d-q-text-mev-small-1-002-text-u-1-004-text-u-1-001-text-u-1-003-text-u-the-energy-q-liberated https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTIxOTQw-determine-the-energy-released-in-the-process-1-2-mathrm-h-1-2-mathrm-h-rightarrow-2-4-mathrm-he-q-given-m-left-1-2-mathrm-h-right-2-01471-text-amu-m-left-2-4-mathrm-he-right-4-00388-text-amu-1-3-79-me https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTQ0NTY2-if-a-proton-and-anti-proton-come-close-to-each-other-and-annihilate-how-much-energy-will-be-released-1-1-5-times10-10-text-j-2-3-times10-10-text-j-3-4-5-times10-10-text-j-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTA1Mzg3-calculate-the-q-text-value-of-the-nuclear-reaction-2-6-12-mathrm-c-rightarrow-10-20-mathrm-ne-2-4-mathrm-he-the-following-data-are-given-m-6-12-mathrm-c-12-000000-text-amu-m-10-20-mathrm-ne-19-992439 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTc3ODIw-a-certain-mass-of-hydrogen-is-changed-to-helium-by-the-process-of-fusion-the-mass-defect-in-the-fusion-reaction-is-0-02866-u-the-energy-liberated-per-nucleon-is-given-1-u-931-mev-1-26-7-mev-2-6-675-me https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTQ0NjAx-which-of-the-following-pairs-of-nuclei-are-isotones-1-34-74-mathrm-se-31-71-mathrm-ca-2-42-92-mathrm-mo-40-92-mathrm-zr-3-38-81-mathrm-sr-38-86-mathrm-sr-4-20-40-mathrm-ca-16-32-mathrm-s-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTc3ODM2-the-binding-energy-of-deuteron-is-2-2-mev-and-that-of-2-4-mathrm-he-is-28-mev-if-two-deuterons-are-fused-to-form-one-2-4-mathrm-he-then-the-energy-released-is-1-25-8-mev-2-23-6-mev-3-19-2-mev-4-30-2-m https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY2MDE1-the-mass-of-a-proton-is-1-0073-u-and-that-of-a-neutron-is-1-0087-u-u-atomic-mass-unit-the-binding-energy-of-2-4-mathrm-he-is-given-helium-nucleus-mass-4-0015-u-1-0-0305-j-2-0-0305-erg-3-28-4-mev-4-0-0 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTc3ODMy-if-m-a-z-m-p-and-m-n-denote-the-masses-of-the-nucleus-z-a-mathrm-x-proton-and-neutron-respectively-in-units-of-u-1-u-931-5-mev-c2-and-be-represents-its-binding-energy-in-mev-then-1-m-a-z-zm-p-a-z-m-n https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU4Mzk5-a-nucleus-with-mass-number-220-initially-at-rest-emits-an-alpha-text-particle-if-the-q-value-of-the-reaction-is-5-5-mev-then-the-kinetic-energy-of-alpha-text-particle-is-1-4-4-mev-2-5-4-mev-3-5-6-mev https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTc3ODI4-the-mass-of-a-3-7-mathrm-li-nucleus-is-0-042-u-less-than-the-sum-of-the-masses-of-all-its-nucleons-the-binding-energy-per-nucleon-of-the-3-7-mathrm-li-nucleus-is-near-1-4-6-mev-2-5-6-mev-3-3-9-mev-4-2 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTczODAw-the-binding-energies-of-the-nuclei-a-and-b-are-e-a-and-e-b-respectively-if-three-atoms-of-the-element-b-fuse-to-give-one-atom-of-element-a-and-an-energy-q-is-released-then-e-a-e-b-and-q-are-related-as https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTQ4OTU1-two-nuclei-fuse-together-to-form-a-single-nucleus-as-1-2-mathrm-a-1-2-mathrm-a-rightarrow-2-4-mathrm-b-if-binding-energy-per-nucleon-of-a-and-b-are-respectively-x-and-y-then-the-energy-released-in-the https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU4MTk1-binding-energy-per-nucleon-of-a-fixed-nucleus-a-mathrm-x-is-8-mev-it-absorbs-a-neutron-moving-with-kinetic-energy-4-mev-and-converts-into-y-emitting-a-photon-of-energy-2-mev-the-binding-energy-per-nuc https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk3NjM-fission-of-nuclei-is-possible-because-the-binding-energy-per-nucleon-in-them-1-increases-with-mass-number-at-high-mass-numbers-2-decreases-with-mass-number-at-high-mass-numbers-3-increases-with-mass-n https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY2MDE2-the-mass-number-of-a-nucleus-is-1-always-less-than-its-atomic-number-2-always-more-than-its-atomic-number-3-sometimes-equal-to-its-atomic-number-4-sometimes-less-than-and-sometimes-more-than-its-atomi https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTc3ODMw-in-the-nuclear-decay-given-below-z-a-mathrm-x-rightarrow-z-1-a-mathrm-y-rightarrow-z-1-a-4-mathrm-b-rightarrow-z-1-a-4-mathrm-b-the-particles-emitted-in-the-sequence-are-1-beta-alpha-gamma-2-gamma-bet https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY2MDI3-a-nuclear-reaction-is-given-by-z-a-mathrm-x-rightarrow-z-1-a-mathrm-y-1-0-mathrm-e-nu-represents-1-beta-text-decay-2-gamma-text-decay-3-fusion-4-fission-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4NjQ-an-atomic-nucleus-90-232-mathrm-th-emits-several-alpha-and-beta-radiations-and-finally-reduces-to-82-208-mathrm-pb-it-must-have-emitted-1-4-alpha-text-and-2-beta-2-6-alpha-text-and-4-beta-3-8-alpha-te https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTQ0NTYw-what-is-the-respective-number-of-alpha-and-beta-text-particles-emitted-in-the-following-radioactive-decay-90-200-mathrm-x-rightarrow-80-168-mathrm-y-1-6-and-8-2-6-and-6-3-8-and-8-4-8-and-6-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU3ODk3-after-two-alpha-decays-and-four-beta-ve-decays-the-atomic-number-1-decreases-by-4-and-the-mass-number-remains-the-same-2-remains-the-same-but-the-mass-number-increases-by-4-3-remains-the-same-but-the https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1NTk-in-a-radioactive-decay-process-the-negatively-charged-emitted-particles-are-1-the-electrons-present-inside-the-nucleus-2-the-electrons-produced-as-a-result-of-the-decay-of-neutrons-inside-the-nucleus https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTI0MzU-a-nucleus-n-m-mathrm-x-emits-one-alpha-text-text-particle-and-two-beta-text-text-particle-the-resulting-nucleus-is-1-m-n-6-mathrm-z-2-m-n-4-mathrm-x-3-m-4-n-2-mathrm-y-4-m-6-n-4-mathrm-z-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4OTQ-during-negative-decay-1-a-neutron-converts-into-proton-2-a-proton-converts-into-neutron-3-neutron-to-proton-ratio-increases-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjAwNTAy-alpha-text-particle-consists-of-1-2-protons-only-2-2-protons-and-2-neutrons-only-3-2-electrons-2-protons-and-2-neutrons-4-2-electrons-and-4-protons-only-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246Njk4Mzc-10-22-mathrm-ne-nucleus-after-absorbing-energy-decays-into-two-alpha-text-particle-and-an-unknown-nucleus-the-unknown-nucleus-is-1-nitrogen-2-carbon-3-boron-4-oxygen-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM5NTUy-given-below-are-two-statements-assertion-a-radioactive-nuclei-emits-beta-text-particles-reason-r-electrons-exist-inside-the-nucleus-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjYzNjgy-for-the-given-reaction-the-particle-mathrm-x-is-6-11-mathrm-c-rightarrow-5-11-mathrm-b-beta-mathrm-x-1-neutron-2-anti-neutrino-3-neutrino-4-proton-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTI5MTQ-the-number-of-beta-particles-emitted-by-a-radioactive-substance-is-twice-the-number-of-alpha-particles-emitted-by-it-the-resulting-daughter-is-an-1-isobar-of-a-parent-2-isomer-of-a-parent-3-isotone-of https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU3ODg3-8-19-mathrm-o-rightarrow-9-19-mathrm-f-mathrm-a-mathrm-b-in-the-given-decay-equation-mathrm-a-and-mathrm-b-indicate-1-electron-and-antineutrino-2-positron-and-antineutrino-3-positron-and-neutrino-4-el https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTQ0NTg0-the-nucleus-6-12-mathrm-c-absorbs-an-energetic-neutron-and-emits-beta-text-particle-the-resulting-nucleus-is-1-7-14-mathrm-n-2-5-13-mathrm-b-3-7-13-mathrm-n-4-6-13-mathrm-c-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTA1Mzg1-a-nucleus-z-a-mathrm-x-emits-9-alpha-text-particles-and-5-beta-text-particles-the-ratio-of-total-protons-and-neutrons-in-the-final-nucleus-is-1-dfrac-z-13-left-a-z-23-right-2-dfrac-left-z-18-right-lef https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTA1MjQz-an-element-mathrm-x-decays-first-by-positron-emission-and-then-two-alpha-text-particles-are-emitted-in-successive-radioactive-decay-if-the-product-nuclei-have-a-mass-number-229-and-atomic-number-89-th https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTMwNTc3-when-3-7-mathrm-li-nuclei-are-bombarded-by-protons-and-the-resultant-nuclei-are-4-8-mathrm-be-the-emitted-particles-will-be-1-neutrons-2-alpha-particles-3-beta-particles-4-gamma-photons-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTE1ODUy-if-frac-n-z-ratio-in-a-nucleus-is-smaller-than-the-required-value-for-stability-then-1-it-may-emit-alpha-text-particle-2-it-may-emit-beta-particle-3-it-may-go-for-k-capture-4-all-of-the-above-are-poss https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjYzODk4-for-the-nuclear-reaction-92-235-mathrm-u-0-1-mathrm-n-rightarrow-56-144-mathrm-ba-3-0-1-mathrm-n-the-blank-space-can-be-filled-by-1-26-89-mathrm-kr-2-36-89-mathrm-kr-3-26-90-mathrm-sr-4-38-89-mathrm-s https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTQ0NTg5-fusion-reaction-takes-place-at-a-higher-temperature-because-1-atoms-get-ionized-at-high-temperatures-2-kinetic-energy-is-high-enough-to-overcome-the-coulomb-repulsion-between-nuclei-3-molecules-break https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1MjYz-which-of-the-following-are-suitable-for-the-fusion-process-1-light-nuclei-2-heavy-nuclei-3-the-element-must-be-lying-in-the-middle-of-the-periodic-table-4-middle-elements-which-are-lying-on-the-bindin https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTA1Mzg4-if-in-nuclear-reactor-using-mathrm-u-235-as-fuel-the-power-output-is-4-8-mw-the-number-of-fissions-per-second-is-energy-released-per-fission-of-mathrm-u-235-200-mev-watts-1-text-ev-1-6-times-10-19-tex https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU4MjEw-the-statement-which-is-incorrect-about-nuclear-force-between-two-protons-is-1-these-are-always-attractive-forces-2-these-are-non-central-forces-3-these-are-charge-independent-4-these-are-short-range-f https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTkyNzk3-four-statements-are-given-a-is-mass-numbers-mathrm-a-the-volume-of-a-nucleus-is-proportional-to-a-1-3-mathrm-b-the-volume-of-a-nucleus-is-proportional-to-a-mathrm-c-the-difference-in-mass-of-an-atom-a https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTkyNzcw-an-unknown-nucleus-has-a-nuclear-density-of-2-29-times-10-17-text-kg-m-3-and-mass-of-19-926-times-10-27-text-kg-its-mass-number-a-is-approximately-take-r-0-1-2-times-10-15-text-m-4-pi-12-56-1-12-2-19 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTk4MjA3-consider-the-following-nuclear-reaction-238-mathrm-u-rightarrow-234-mathrm-th-4-mathrm-he-take-masses-of-238-mathrm-u-238-mathrm-th-and-4-mathrm-he-as-238-050-text-u-234-043-text-u-and-4-003-text-u-re https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDY4ODUx-select-the-correct-statements-among-the-following-a-slow-neutrons-can-cause-fission-in-mathrm-u-92-235-than-fast-neutrons-b-text-rays-are-helium-nuclei-c-text-rays-are-fast-moving-electrons-or-positro https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTIzODg-the-power-obtained-in-a-reactor-using-mathrm-u-235-disintegration-is-1000-text-kw-the-mass-decay-of-mathrm-u-235-per-hour-is-approximately-equal-to-1-20-mu-text-g-2-40-mu-text-g-3-1-mu-text-g-4-10-mu https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjUxMDgz-the-binding-energy-per-nucleon-in-deuterium-and-helium-nuclei-are-1-1-mev-and-7-0-mev-respectively-when-two-deuterium-nuclei-fuse-to-form-a-helium-nucleus-the-energy-released-in-the-fusion-is-1-2-2-me https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjYzODI0-in-any-fission-process-the-ratio-mass-of-fission-products-mass-of-parent-nucleus-is-mass-of-fission-products-mass-of-parent-nucleus-is-mass-of-fission-products-mass-of-parent-nucleus-is-1-greater-than https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjYzODI2-fission-of-nuclei-is-possible-because-the-binding-energy-per-nucleon-in-them-1-decreases-with-the-mass-number-at-low-mass-numbers-2-increases-with-the-mass-number-at-low-mass-numbers-3-decreases-with https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1MzM2-which-rays-contain-ve-charged-particle-1-rays-2-rays-3-rays-4-x-rays-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1NDY0-if-x-n-if-x-n-if-x-n-converts-into-converts-into-converts-into-73lil37il37i-then-x-will-be-1-105bb510b510-2-95bb59b59-3-114beb411eb411e-4-42heh24eh24e-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1Njk2-m-n-text-and-m-p-represent-the-mass-of-the-neutron-and-proton-respectively-an-element-having-mass-m-has-n-neutrons-and-z-protons-then-the-correct-relation-will-be-1-m-left-n-m-n-z-m-p-right-3-m-left-n https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1NzEx-the-energy-released-in-nuclear-fission-is-due-to-1-some-mass-is-converted-into-energy-2-the-total-binding-energy-of-fragments-is-more-than-the-b-e-of-the-parental-element-3-total-b-e-of-fragments-is-l https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjYzODMx-nuclear-fission-is-best-explained-by-1-liquid-droplet-theory-2-yukawa-pi-text-meson-theory-3-independent-particle-model-of-the-nucleus-4-proton-proton-cycle-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjYzNTc2-boron-has-two-isotopes-5b10b105b105-and-5b11b115b115-if-atomic-weight-of-boron-is-10-81-then-ratio-of-5b10b105b105-to-5b11b115b115in-nature-will-be-1-15-16-2-19-81-3-81-19-4-20-53-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDUwOTY5-suppose-we-consider-a-large-number-of-containers-each-containing-initially-10000-atoms-of-a-radioactive-material-with-a-half-life-of-1-year-after-1-year-1-all-the-containers-will-have-5000-atoms-of-th https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDUwOTcw-heavy-stable-nucle-have-more-neutrons-than-protons-this-is-because-of-the-fact-that-1-neutrons-are-heavier-than-protons-2-electrostatic-force-between-protons-are-repulsive-3-neutrons-decay-into-proton https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDUwOTcy-samples-of-two-radioactive-nuclides-a-and-b-are-taken-a-and-b-are-the-disintegration-constants-of-a-and-b-respectively-in-which-of-the-following-cases-the-two-samples-can-simultaneously-have-the-same https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDUwOTcz-the-variation-of-decay-rate-of-two-radioactive-samples-a-and-b-with-time-is-shown-in-fig-13-1-which-of-the-following-statements-are-true-a-decay-constant-of-a-is-greater-than-that-of-b-hence-a-always https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM5NjM3-given-below-are-two-statements-assertion-a-forces-nuclear-acting-between-proton-proton-mathrm-f-mathrm-pp-proton-neutron-mathrm-f-mathrm-pn-and-neutron-neutron-mathrm-f-mathrm-nn-are-such-that-mathrm https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM5OTk3-given-below-are-two-statements-assertion-a-the-mass-of-beta-particles-when-they-are-emitted-is-higher-than-the-mass-of-electrons-obtained-by-other-means-reason-r-beta-particles-and-electrons-both-are https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQwMDIw-given-below-are-two-statements-assertion-a-electron-capture-occurs-more-than-positron-emission-in-a-heavy-nucleus-reason-r-in-a-heavy-nucleus-electrons-are-relatively-close-to-the-nucleus-1-both-a-and https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQwMTA4-given-below-are-two-statements-assertion-a-the-ratio-of-time-taken-for-light-emission-from-an-atom-to-that-for-the-release-of-nuclear-energy-in-fission-is-1-100-reason-r-time-taken-for-the-light-emiss https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQwMTUy-given-below-are-two-statements-assertion-a-heavy-water-is-a-better-moderator-than-normal-water-reason-r-heavy-water-absorbs-neutrons-more-efficiently-than-normal-water-1-both-a-and-r-are-true-and-r-is https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQwMTgz-given-below-are-two-statements-assertion-a-the-mass-of-a-nucleus-can-be-either-less-than-or-more-than-the-sum-of-the-masses-of-nucleons-present-in-it-reason-r-the-density-of-nuclear-matter-is-dependen https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzMy-given-below-are-two-statements-assertion-a-if-a-heavy-nucleus-is-split-into-two-medium-sized-parts-each-of-the-new-nuclei-will-have-more-binding-energy-per-nucleon-than-the-original-nucleus-reason-r-j https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzM1-given-below-are-two-statements-assertion-a-the-density-of-all-the-nuclei-is-the-same-reason-r-the-radius-of-the-nucleus-is-directly-proportional-to-the-cube-root-of-the-mass-number-1-both-a-and-r-are https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzQw-given-below-are-two-statements-assertion-a-neutrons-penetrate-matter-more-readily-as-compared-to-protons-reason-r-neutrons-are-slightly-more-massive-than-protons-1-both-a-and-r-are-true-and-r-is-the-c https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzQx-given-below-are-two-statements-assertion-a-mass-of-a-moving-photon-varies-inversely-to-the-wavelength-reason-r-energy-of-the-particle-mass-times-speed-of-light-2-1-both-a-and-r-are-true-and-r-is-the-c https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzQ0-given-below-are-two-statements-assertion-a-energy-is-released-in-nuclear-fission-reason-r-total-binding-energy-of-the-fission-fragments-is-larger-than-the-total-binding-energy-of-the-parent-nucleus-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzQ2-given-below-are-two-statements-assertion-a-heavy-water-is-preferred-over-ordinary-water-as-a-moderator-in-reactors-reason-r-heavy-water-used-for-slowing-down-the-neutrons-has-a-lesser-absorption-proba https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzQ3-given-below-are-two-statements-assertion-a-it-is-not-possible-to-use-35cl-as-fuel-for-fusion-energy-reason-r-the-binding-energy-of-35cl-is-too-small-1-both-a-and-r-are-true-and-r-is-the-correct-explan https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzQ4-given-below-are-two-statements-assertion-a-the-binding-energy-per-nucleon-for-nuclei-with-atomic-mass-number-a-100-decreases-with-a-reason-r-the-nuclear-forces-are-weak-for-heavier-nuclei-1-both-a-and https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzUw-given-below-are-two-statements-assertion-a-the-scattering-of-alpha-particles-depend-on-the-atomic-number-of-both-the-incident-particle-and-the-target-scattered-reason-r-the-atomic-number-represents-th https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzUx-given-below-are-two-statements-assertion-a-photoelectrons-and-beta-particles-are-similar-reason-r-beta-particles-possess-exactly-the-same-kinetic-energy-as-that-of-photoelectrons-1-both-a-and-r-are-tr https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzUy-given-below-are-two-statements-assertion-a-nuclear-forces-are-spin-dependent-reason-r-nuclear-forces-are-charge-independent-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-and-r https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzU0-given-below-are-two-statements-assertion-a-quarks-inside-protons-and-neutrons-are-found-to-carry-fractional-charges-of-electronic-charge-but-they-do-not-show-up-in-millikan-s-oil-drop-experiment-reaso https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzU1-given-below-are-two-statements-assertion-a-a-heavy-nucleus-is-generally-unstable-reason-r-nuclear-forces-are-short-range-forces-while-electrostatic-force-acts-on-short-range-as-well-as-on-long-range-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzU3-assertion-nuclear-force-is-only-felt-among-hadrons-reason-neutrino-and-anti-neutrino-do-not-experience-strong-nuclear-force-1-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanati https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDY4ODEy-water-is-used-as-a-coolant-in-a-nuclear-reactor-because-of-its-1-high-thermal-expansion-coefficient-2-high-specific-heat-capacity-3-low-density-4-low-boiling-point-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTMyOTA-the-decay-constants-of-two-radioactive-materials-x1-and-x2-are-5-lambda-and-lambda-respectively-initially-they-have-the-same-number-of-nuclei-the-ratio-of-the-number-of-nuclei-of-x1-to-that-of-x2-will https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQyMzQ5-given-below-are-two-statements-assertion-a-cobalt-60-is-useful-in-cancer-therapy-reason-r-cobalt-60-is-a-source-of-gamma-radiation-capable-of-killing-cancerous-cells-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MzQ5-in-one-average-life-1-half-the-active-nuclei-decay-2-less-than-half-the-active-nuclei-decay-3-more-than-half-the-active-nuclei-decay-4-all-the-nuclei-decay-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MzUx-in-a-radioactive-decay-neither-the-atomic-number-nor-the-mass-number-changes-which-of-the-following-particles-is-emitted-in-the-decay-1-proton-2-neutron-3-electron-4-photon-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246ODg5NDc-radioactive-material-a-has-decay-constant-8-lambda-and-material-b-has-a-decay-constant-lambda-initially-they-have-the-same-number-of-nuclei-after-what-time-the-ratio-of-the-number-of-nuclei-of-materia https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjUwOTAy-the-half-life-of-a-radioactive-nucleus-is-50-days-the-time-interval-t2-t1-t2-t1-t2-t1-between-the-time-t2t2t2-when-232323-of-it-has-decayed-and-the-time-t1t1t1-when-131313-of-it-had-decayed-is-1-50-da https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU3ODgy-if-the-half-life-of-a-radioactive-substance-is-10-hours-then-its-mean-life-is-1-14-4-h-2-7-2-h-3-20-h-4-6-93-h-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM5NzI2-given-below-are-two-statements-assertion-a-in-a-radioactive-disintegration-an-electron-is-emitted-by-the-nucleus-reason-r-electrons-are-present-inside-the-nucleus-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTIyMTc2-if-the-activity-of-a-radioactive-sample-drops-to-1-32-of-its-initial-value-after-7-5-hours-its-half-life-will-be-1-3-hours-2-4-5-hours-3-7-5-hours-4-1-5-hours-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzM5NTU1-given-below-are-two-statements-assertion-a-a-beam-of-charged-particles-is-employed-in-the-treatment-of-cancer-reason-r-charged-particles-on-passing-through-a-material-medium-lose-their-energy-by-causi https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MzU4-ten-grams-of-57co-kept-in-an-open-container-beta-decays-with-a-half-life-of-270-days-the-weight-of-the-material-inside-the-container-after-540-days-will-be-very-nearly-1-10-g-2-5-g-3-2-5-g-4-1-25-g-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU4Mjk0-a-sample-of-radioactive-material-has-initial-mass-a-decay-constant-b-molecular-weight-c-and-avogadro-s-constant-d-the-activity-of-the-sample-after-time-t-will-be-1-adc-e-btadce-btadce-bt-2-adcb-e-btad https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU4ODg3-the-graph-shows-the-variation-of-the-number-of-radioactive-atoms-left-undecayed-with-time-the-time-t-corresponding-to-n05n05n05-is-1-ttt-t0t0t0-ln-5-ln-2-3-ln5ln2-3ln5ln2-3-2-ttt-t0t0t0-ln-5-ln-3-2-ln https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTA1MjQ0-90-of-a-radioactive-sample-is-left-undecayed-after-time-t-has-elapsed-what-percentage-of-the-initial-sample-will-decay-in-a-total-time-2t-1-20-2-19-3-40-4-38-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjUxMDg0-the-decay-constant-of-a-radioisotope-is-if-a1-and-a2-are-its-activities-at-times-t1-and-t2-respectively-the-number-of-nuclei-which-have-decayed-during-the-time-t1-t2-1-a1-a2-2-a1-a2-3-a1-a2-4-a1t1-a2t https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1NDY1-the-half-life-of-a-radioactive-element-is-12-5-h-and-its-quantity-is-256-gm-after-how-much-time-its-quantity-will-remain-at-1-gm-1-50-h-2-100-h-3-150-h-4-200-h-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1OTk1-a-sample-of-a-radioactive-element-has-a-mass-of-10-gm-at-an-instant-t-0-the-approximate-mass-of-this-element-in-the-sample-after-two-mean-lives-is-1-1-35-gm-2-2-50-gm-3-3-70-gm-4-6-30-gm-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MzU0-a-freshly-prepared-radioactive-source-of-half-life-2-h-emits-radiation-of-intensity-which-is-64-times-the-permissible-safe-level-the-minimum-time-after-which-it-would-be-possible-to-work-safely-with-t https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU4MzE0-the-activity-of-a-radioactive-substance-decays-from-8000-becquerel-to-4000-becquerel-in-5-days-the-activity-of-the-substance-after-the-next-10-days-will-be-1-500-becquerel-2-1500-becquerel-3-2000-becq https://medminds.me/qbank/physics/nuclei/?q=NP-pb246ODg5OTQ-the-half-life-of-a-radioactive-substance-is-30-minutes-the-time-in-minutes-taken-between-40-decay-and-85-decay-of-the-same-radioactive-substance-is-1-15-2-30-3-45-4-60-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjYzNjk3-if-the-half-life-periods-of-two-elements-are-40-minutes-and-20-minutes-respectively-then-after-80-minutes-the-ratio-of-the-remaining-nuclei-will-be-initially-both-have-equal-active-nuclei-1-4-1-2-1-2 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTIxMDg-a-mixture-consists-of-two-radioactive-materials-a1-and-a2-with-half-lives-of-20-s-and-10-s-respectively-initially-the-mixture-has-40-g-of-a1-and-160-g-of-a2-the-amount-of-the-two-in-the-mixture-will-b https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTExODA-a-radioisotope-x-with-a-half-life-1-4-109-years-decays-to-y-which-is-stable-a-sample-of-the-rock-from-a-cave-was-found-to-contain-x-and-y-in-the-ratio-1-7-the-age-of-the-rock-is-1-1-96-x-109-years-2-3 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246MTU1ODQ-two-radioactive-substances-a-and-b-have-decay-constant-5-and-respectively-at-t-0-they-have-the-same-number-of-nuclei-the-ratio-of-the-number-of-nuclei-of-a-to-those-of-b-will-be-1-e-2-after-a-time-int https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTI1NDk-the-activity-of-a-radioactive-sample-is-measured-as-n0-counts-per-minute-at-t-0-and-n0-e-counts-per-minute-at-t-5-min-the-time-in-minutes-at-which-the-activity-reduces-to-half-its-value-is-1-loge-25-l https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTA3MzQ-a-nucleus-of-uranium-decays-at-rest-into-nuclei-of-thorium-and-helium-then-1-the-nucleus-helium-has-more-kinetic-energy-than-the-thorium-nucleus-2-the-helium-nucleus-has-less-momentum-than-the-thorium https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY1Mjg0-the-half-life-of-a-sample-of-a-radioactive-element-containing-4-1016-active-nuclei-is-10-days-the-number-of-decayed-nuclei-after-30-days-will-be-1-0-5-10160-5-1016-2-2-10162-1016-3-3-5-10163-5-1016-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTIzODk-the-half-life-of-a-radioactive-element-x-is-50-yrs-it-decays-to-another-element-y-which-is-stable-the-two-elements-x-and-y-were-found-to-be-in-the-ratio-of-1-15-in-a-sample-of-a-given-rock-the-age-of https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY0NzA1-if-the-half-life-of-a-radionuclide-is-77-days-then-its-decay-constant-is-1-0-003-day-2-0-006-day-3-0-009-day-4-0-012-day-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzA3MzU1-the-decay-constant-of-a-radioactive-sample-is-lambda-the-half-life-and-the-average-life-of-the-sample-are-respectively-1-1-lambda-and-ln-2-lambda-2-ln-2-lambda-and-1-lambda-3-lambda-ln-2-and-1-lambda https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTM1NTI-two-radioactive-substances-a-and-b-have-decay-constants-5-and-respectively-at-t-0-they-have-the-same-number-of-nuclei-the-ratio-of-the-number-of-nuclei-of-a-to-those-of-b-will-be-1e21e21e2-after-a-tim https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjYzNzY5-the-relation-between-and-t1-2-is-t1-2-half-life-decay-constant-1-t1-2-ln2-t1-2-ln2-t1-2-ln2-2-t1-2t1-2t1-2-ln2-ln2-ln2-3-t1-2-1-t1-2-1-t1-2-1-4-t1-2-ln2-t1-2-ln2-t1-2-ln2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-pb246OTM5MzM-in-a-radioactive-material-the-activity-at-time-t1-is-r1-and-at-a-later-time-t2-it-is-r2-if-the-decay-constant-of-the-material-is-then-1-r1-r2e-t1-t2-r1-r2e-t1-t2-r1-r2e-t1-t2-2-r1-r2e-t1-t2-r1-r2e-t1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTU3ODY2-a-radioactive-sample-has-a-half-life-of-1770-years-at-some-instant-20-of-the-sample-has-decayed-if-taking-this-instant-as-ttt-t1t1t1-it-is-found-that-at-ttt-t2t2t2-20-of-the-sample-is-left-then-t2t2t2 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQwMTEy-given-below-are-two-statements-assertion-a-if-high-pressure-is-applied-to-a-radioactive-substance-rate-of-radioactivity-does-not-change-reason-r-radioactivity-is-a-nuclear-process-1-both-a-and-r-are-t https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjUxMDA5-two-radioactive-nuclei-p-and-q-in-a-given-sample-decay-into-a-stable-nucleus-r-at-time-t-0-number-of-p-species-are-4-n0n0n0-and-that-of-q-are-n0n0n0-the-half-life-of-p-for-conversion-to-r-is-1-minute https://medminds.me/qbank/physics/nuclei/?q=NP-b246MjY0NjUy-the-half-life-of-radium-is-about-1600-years-out-of-100-g-of-radium-existing-now-25-g-will-remain-undecayed-after-1-6400-years-2-2400-years-3-3200-years-4-4800-years-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzMzA4-of-the-radiations-particle-beams-mentioned-below-which-one-causes-maximum-ionisation-when-passing-through-matter-1-neutron-beam-2-beta-rays-3-gamma-rays-4-infra-red-light-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzY2NjMx-given-below-are-two-statements-assertion-a-binding-energy-per-nucleon-for-nuclei-atomic-number-30-to-107-is-independent-of-atomic-number-reason-r-nuclear-force-is-short-range-force-1-both-a-and-r-are https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDEwNzM4-which-of-the-following-particles-is-least-absorbed-by-matter-i-e-interacts-least-as-it-passes-through-1-alpha-rays-2-beta-rays-3-gamma-rays-4-neutrinos-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc4OTU2-given-the-following-particle-masses-m-p-1-0072-text-u-proton-m-n-1-0087-text-u-neutron-m-e-0-000548-text-u-electron-m-nu-0-text-u-antineutrino-m-d-2-0141-text-u-deuteron-which-of-the-following-process https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDE1MjAx-in-a-nuclear-reaction-the-following-quantities-is-are-conserved-1-kinetic-energy-2-mass-3-momentum-4-all-the-above-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDAwNTMz-during-a-beta-decay-fast-electrons-are-found-to-have-been-emitted-these-electrons-come-from-1-the-outermost-atomic-shell-2-the-innermost-atomic-shell-3-the-conduction-band-4-the-nucleus-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDEwNzM2-the-nuclear-radius-of-which-of-the-following-nuclei-is-approximately-twice-that-of-deuterium-1-mathrm-h-2-1-2-mathrm-he-4-2-3-mathrm-li-8-3-4-mathrm-be-8-4-8-mathrm-o-16-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc5MjU0-given-that-the-masses-of-a-proton-a-neutron-and-the-nucleus-of-50-120-mathrm-sn-are-1-00783-text-u-1-00867-text-u-and-119-902199-text-u-respectively-the-binding-energy-per-nucleon-of-the-tin-nucleus-i https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzMzNDU5-which-of-the-following-need-not-be-necessarily-obeyed-in-a-nuclear-reaction-1-the-conservation-of-charge-2-the-conservation-of-mass-3-the-conservation-of-mass-energy-4-the-conservation-of-momentum-1-2 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MTI4NjM2-which-of-the-following-statements-is-incorrect-regarding-nuclear-forces-1-nuclear-forces-are-stronger-being-roughly-a-hundred-times-that-of-electromagnetic-forces-2-nuclear-forces-have-a-short-range-d https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ1OTI3-which-one-of-the-following-statements-is-not-true-about-nuclear-forces-1-the-nuclear-force-between-two-nuclei-falls-rapidly-to-zero-as-their-distance-increases-more-than-a-few-femtometers-fm-2-the-nuc https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDI4MzAx-in-very-high-energy-nuclear-reactions-which-of-the-following-is-not-necessarily-conserved-1-number-of-neutrons-2-number-of-protons-3-number-of-electrons-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzIzODk4-the-strong-nuclear-force-between-two-nucleons-1-is-only-attractive-force-2-is-only-repulsive-force-3-maybe-attractive-or-repulsive-in-nature-depending-on-the-distance-4-is-a-central-force-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQxNzEy-given-below-are-two-statements-assertion-a-the-size-of-nuclei-of-various-elements-can-be-measured-more-accurately-by-performing-rutherford-type-scattering-experiments-in-which-fast-electrons-instead-o https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ2NzUx-the-average-energy-of-a-neutron-produced-in-fission-of-235-92-mathrm-u-in-mev-is-1-2-mev-2-3-mev-3-4-mev-4-6-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzY3Mjk3-if-a-nucleus-is-divided-in-the-ratio-of-1-2-1-3-what-is-the-ratio-of-the-velocities-of-the-resulting-parts-1-2-2-2-1-3-3-2-2-3-4-2-1-3-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTEyODAz-the-binding-energy-per-nucleon-text-mev-nucleon-is-given-below-for-the-following-mathrm-h-1-11-4-mathrm-he-7-07-120-mathrm-sn-8-50-3-mathrm-he-2-57-12-6-mathrm-c-7-68-184-mathrm-w-8-01-mathrm-h-2-83-5 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTEyODA0-the-binding-energy-per-nucleon-text-mev-nucleon-is-given-below-for-the-following-mathrm-h-1-11-4-mathrm-he-7-07-120-mathrm-sn-8-50-3-mathrm-he-2-57-12-6-mathrm-c-7-68-184-mathrm-w-8-01-mathrm-h-2-83-5 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTEyODA1-the-binding-energy-per-nucleon-text-mev-nucleon-is-given-below-for-the-following-mathrm-h-1-11-4-mathrm-he-7-07-120-mathrm-sn-8-50-3-mathrm-he-2-57-12-6-mathrm-c-7-68-184-mathrm-w-8-01-mathrm-h-2-83-5 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTEyODA3-the-binding-energy-per-nucleon-text-mev-nucleon-is-given-below-for-the-following-mathrm-h-1-11-4-mathrm-he-7-07-120-mathrm-sn-8-50-3-mathrm-he-2-57-12-6-mathrm-c-7-68-184-mathrm-w-8-01-mathrm-h-2-83-5 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTg4ODU2-the-binding-energy-per-nucleon-of-83-209-mathrm-bi-is-in-mev-take-m-left-83-209-mathrm-bi-right-208-980388-text-u-m-p-1-007825-text-u-m-n-1-008665-text-u-1-text-u-931-text-mev-c-2-1-7-48-2-7-84-3-8-79 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTg5NTA2-the-energy-released-if-hydrogen-atoms-are-combined-to-form-4-2-mathrm-he-is-in-text-mev-take-binding-energies-per-nucleon-of-1-2-mathrm-h-text-and-2-4-mathrm-he-as-1-1-text-mev-text-and-7-2-text-mev-t https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTg5MTcw-assuming-the-experimental-mass-of-6-12-mathrm-c-as-12-text-u-the-mass-defect-of-6-12-mathrm-c-atom-is-in-text-mev-c-2-mass-of-proton-1-00727-text-u-mass-of-neutron-1-00866-text-u-1-text-u-931-5-text-m https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTg5NjEw-two-radioactive-substance-a-and-b-of-mass-numbers-200-and-212-respectively-shown-spontaneous-alpha-text-decay-with-same-q-value-of-1-text-mev-the-ratio-of-energies-of-alpha-text-rays-produced-by-a-and https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTg5Njc1-two-nuclei-of-mass-number-3-combine-with-another-nucleus-of-mass-number-4-to-yield-a-nucleus-of-mass-number-10-if-the-binding-energy-per-nucleon-for-the-mass-numbers-3-4-and-10-are-5-6-text-mev-7-4-te https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTgwNjM5-the-minimum-frequency-of-a-photon-required-to-break-a-particle-of-mass-15-348-amu-into-4-alpha-particles-is-khz-mass-of-mathrm-he-nucleus-4-002-text-amu-1-amu-1-66-times10-27-text-kg-text-h-6-6-times https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTgxODk5-which-of-the-following-pair-of-nuclei-are-isobars-of-the-element-1-1-2-mathrm-h-text-and-1-3-mathrm-h-2-92-236-mathrm-u-text-and-92-238-mathrm-u-3-80-198-mathrm-hg-text-and-79-197-mathrm-au-4-1-3-math https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTgxOTA4-the-average-energy-released-per-fission-for-the-nucleus-of-92-235-mathrm-u-is-190-mev-when-all-the-atoms-of-47-g-pure-92-235-mathrm-u-undergo-fission-process-the-energy-released-is-alpha-times-10-23-m https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTgxODc2-given-below-are-two-statements-statement-i-for-all-elements-greater-the-mass-of-the-nucleus-greater-is-the-binding-energy-per-nucleon-statement-ii-for-all-elements-nuclei-with-less-binding-energy-per https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTgwODYy-the-binding-energy-for-the-following-nuclear-reactions-are-expressed-in-text-mev-2-mathrm-he-3-0-mathrm-n-1-rightarrow-2-mathrm-he-4-20-text-mev-2-mathrm-he-4-0-mathrm-n-1-rightarrow-2-mathrm-he-5-0-9 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTgyMDM2-an-atom-3-8-x-is-bombarded-by-shower-of-fundamental-particles-and-in-10-text-s-this-atom-absorbed-10-electrons-10-protons-and-9-neutrons-the-percentage-growth-in-the-surface-area-of-the-nucleons-is-re https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTgxOTQx-a-nucleus-has-mass-number-alpha-and-radius-r-alpha-another-nucleus-has-mass-number-beta-and-radius-r-beta-if-beta-8-alpha-then-dfrac-r-alpha-r-beta-is-1-2-2-8-3-1-4-0-5-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTQxMDIx-a-radioactive-material-p-first-decays-into-q-and-then-q-decays-to-non-radioactive-material-r-which-of-the-following-figure-represents-time-dependent-mass-of-p-q-and-r-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTQwOTU0-for-a-nucleus-of-mass-number-a-and-radius-r-the-mass-density-of-nucleus-can-be-represented-as-1-a-3-2-a-1-3-3-a-2-3-4-independent-of-a-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTQwODU2-match-the-list-i-with-list-ii-list-i-list-ii-mathrm-a-0-1-mathrm-n-92-235-mathrm-u-rightarrow-54-140-mathrm-xe-38-94-mathrm-sr-2-0-1-mathrm-n-mathrm-i-chemical-reaction-mathrm-b-2-mathrm-h-2-mathrm-o https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTQwODQ5-given-below-are-two-statements-assertion-a-the-density-of-the-copper-29-64-mathrm-cu-nucleus-is-greater-than-that-of-the-carbon-6-12-mathrm-nucleus-reason-r-the-nucleus-of-mass-number-a-has-a-radius-p https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTQwNjgx-energy-released-when-two-deuterons-1-mathrm-h-2-fuse-to-form-a-helium-nucleus-2-mathrm-he-4-is-given-binding-energy-per-nucleon-of-1-mathrm-h-2-1-1-text-mev-and-binding-energy-per-nucleon-of-2-mathrm https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTM1OTI5-choose-the-correct-nuclear-process-from-the-options-below-p-proton-n-neutron-e-electron-e-positron-v-neutrino-overline-v-antineutrino-1-n-rightarrow-p-e-v-2-n-rightarrow-p-e-bar-v-3-n-rightarrow-p-e-v https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTM1OTI1-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-the-binding-energy-per-nucleon-is-found-to-be-practically-independent-of-the-atomic-numb https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTIxNDY4-binding-energy-of-a-certain-nucleus-is-mathrm-18-times-10-8j-how-much-is-the-difference-between-total-mass-of-all-the-nucleons-and-nuclear-mass-of-the-given-nucleus-1-mathrm-0-2-mu-g-2-mathrm-20-mu-g https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTIxMzA1-the-disintegration-energy-q-for-the-nuclear-fission-of-235-mathrm-u-rightarrow-140-mathrm-ce-94-mathrm-zr-mathrm-n-is-given-atomic-masses-235-mathrm-u-235-0439-mathrm-u-140-mathrm-ce-139-9054-mathrm-u https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTIwODI3-a-nucleus-at-rest-disintegrates-into-two-smaller-nuclei-with-their-masses-in-the-ratio-of-2-1-after-disintegration-they-will-move-1-in-opposite-directions-with-the-same-speed-2-in-opposite-directions https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTIwODIy-the-energy-released-in-the-fusion-of-2-kg-of-hydrogen-deep-in-the-sun-is-e-h-and-the-energy-released-in-the-fission-of-2-kg-of-235-u-is-e-u-the-ratio-e-h-e-u-is-approximately-consider-the-fusion-react https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTIwNTMw-a-star-has-100-helium-composition-it-starts-to-convert-three-begin-equation-4-mathrm-he-end-equation-into-one-begin-equation-12-mathrm-c-end-equation-via-triple-alpha-process-as-begin-equation-4-mathr https://medminds.me/qbank/physics/nuclei/?q=NP-b246NTIwNDEx-the-energy-equivalent-of-1-g-of-substance-is-1-11-2-times-10-24-mathrm-mev-2-5-6-times-10-26-mathrm-mev-3-5-6-mathrm-ev-4-5-6-times-10-12-mathrm-mev-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc4MzE2-choose-the-correct-statements-mathrm-a-the-angular-momentum-of-orbiting-electrons-is-the-integral-multiplication-of-h-mathrm-b-the-nuclear-force-does-not-follow-the-inverse-square-law-mathrm-c-the-nuc https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDU1MzMw-a-nucleus-of-mass-m-splits-into-three-equal-mass-nuclei-and-the-total-mass-defect-is-delta-m-if-all-the-three-daughter-nuclei-move-with-the-same-speed-and-all-the-energy-from-the-mass-defect-is-conver https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDU0OTA2-the-nuclear-mass-and-size-of-the-nucleus-of-an-element-a-are-64-and-4-8-fermi-if-the-size-of-the-nucleus-of-the-element-b-is-4-fermi-then-its-nuclear-mass-is-1-dfrac-1000-27-2-dfrac-1000-30-3-dfrac-10 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDU0ODU2-the-mass-defect-in-a-nuclear-reaction-is-0-4-text-u-the-q-value-of-the-reaction-is-take-1-text-u-930-5-text-mev-c-2-1-dfrac-3722-10-text-mev-2-dfrac-3622-10-text-mev-3-dfrac-4722-10-text-mev-4-dfrac-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDU0NDQ2-the-mass-number-of-a-nucleus-having-a-radius-is-equal-to-half-of-the-radius-of-the-nucleus-with-a-mass-number-of-192-is-1-24-2-22-3-48-4-44-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDU0Mzkw-the-binding-energy-of-nuclei-5-12-x-if-its-mass-is-m-0-m-p-is-mass-of-the-proton-and-m-n-is-mass-of-the-neutron-is-1-left-12-m-p-5-m-n-m-0-right-c-2-2-left-5-m-p-12-m-n-m-0-right-c-2-3-left-m-o-5-m-p https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDM3OTM4-three-helium-nuclei-fuse-at-high-temperatures-to-form-a-carbon-nucleus-if-the-masses-of-a-helium-nucleus-and-a-carbon-nucleus-are-4-0002-text-amu-and-12-text-amu-respectively-what-is-the-energy-releas https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzY3Mjg5-if-half-life-for-a-radio-active-decay-reaction-is-t-find-the-time-after-which-7-over-8-th-of-initial-mass-decays-1-3-t-2-2-t-3-t-over-2-4-4-t-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzY3MTM4-decay-constant-for-a-radioactive-nuclide-is-given-to-be-2-times-10-3-if-molar-mass-of-sample-is-60-gm-then-activity-of-0-3-gm-sample-is-equal-to-in-disintegration-seconds-1-6-023-times-10-15-2-6-023-t https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzY3MTMx-a-radioactive-nuclei-x-decays-simultaneously-to-two-nuclei-y-and-z-as-t-1-2-is-12-minutes-while-t-1-2-is-3-minutes-find-the-time-in-which-nuclei-x-decays-50-1-4-8-minutes-2-15-minutes-3-2-4-minutes-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzY2NzU3-a-has-half-life-of-5-years-find-the-amount-of-a-left-after-15-years-1-1-over-8-of-initial-value-2-7-over-8-of-initial-value-3-1-over-4-of-initial-value-4-3-over-4-of-initial-value-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzY3Mzg0-if-half-life-of-a-radioactive-nuclide-a-is-equal-to-average-life-of-another-radioactive-nuclide-b-find-the-ratio-of-decay-constant-of-a-to-that-of-b-1-ln2-1-2-1-ln2-3-2-ln2-4-ln2-2-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzYzMDg4-if-the-half-life-of-a-sample-is-30-min-the-fraction-of-undecayed-sample-after-90-min-will-be-1-1-4-2-3-4-3-1-8-4-7-8-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzYzMDcw-a-stationary-nucleus-breaks-into-two-daughter-nuclei-which-move-with-velocities-in-the-ratio-3-2-what-is-the-ratio-of-their-nuclear-radii-1-left-dfrac-2-3-right-1-2-2-left-dfrac-2-3-right-1-3-3-left-d https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ2ODc1-following-statements-related-to-radioactivity-are-given-below-a-radioactivity-is-a-random-and-spontaneous-process-and-is-dependent-on-physical-and-chemical-conditions-b-the-number-of-undecayed-nuclei https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ2NzM2-the-q-text-value-of-a-nuclear-reaction-and-the-kinetic-energy-k-p-of-the-projectile-particle-are-related-in-which-of-the-following-ways-1-q-k-p-2-k-p-q-3-q-4-k-p-q-0-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQ2MDgz-a-radioactive-nucleus-can-decay-by-two-different-processes-the-half-life-for-the-first-process-is-3-0-hours-while-it-is-4-5-hours-for-the-second-process-the-effective-half-life-of-the-nucleus-will-be https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzNzYz-in-the-following-nuclear-reaction-mass-number-of-d-is-182-and-atomic-number-is-74-mass-number-and-atomic-number-of-d4-respectively-will-be-1-174-and-71-2-174-and-69-3-172-and-69-4-172-and-71-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzNzEy-the-activity-of-a-radioactive-material-is-2-56-10-3-ci-if-the-half-life-of-the-material-is-5-days-after-how-many-days-the-activity-will-become-2-10-5-ci-1-30-days-2-35-days-3-40-days-4-25-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzNjk3-a-radioactive-sample-decays-3-over-4-times-its-original-quantity-in-15-minutes-the-half-life-of-the-sample-is-1-5-min-2-7-5-min-3-15-min-4-30-min-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzNjYw-the-half-life-period-of-a-radioactive-substance-is-60-days-the-time-taken-for-7-over-8-th-of-its-original-mass-to-disintegrate-will-be-1-120-days-2-130-days-3-180-days-4-20-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzNjMw-the-activity-of-a-radioactive-material-is-6-4-10-4-curie-its-half-life-is-5-days-the-activity-will-become-5-10-6-curie-after-1-7-days-2-15-days-3-25-days-4-35-days-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzNTI4-what-is-the-half-life-period-of-radioactive-material-if-its-activity-drops-to-left-frac-1-16-right-text-th-of-its-initial-value-in-30-years-1-9-5-years-2-8-5-years-3-7-5-years-4-10-5-years-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzNDIw-mass-numbers-of-two-nuclei-are-in-the-ratio-of-4-3-their-nuclear-densities-will-be-in-the-ratio-of-1-4-3-2-left-frac-3-4-right-frac-1-3-3-1-1-4-left-frac-4-3-right-frac-1-3-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246MzQzMzU5-the-disintegration-rate-of-a-certain-radioactive-sample-at-any-instant-is-4250-disintegrations-per-minute-10-minutes-later-the-rate-becomes-2250-disintegrations-per-minute-the-approximate-decay-consta https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc5MDIx-from-the-given-data-the-amount-of-energy-required-to-break-the-nucleus-of-aluminum-13-27-text-al-is-mass-of-neutron-1-00866-text-u-mass-of-proton-1-00726-text-u-mass-of-aluminium-nucleus-27-18846-text https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc4OTgy-the-half-life-of-mathrm-198-au-is-3-days-if-the-atomic-weight-of-mathrm-198-au-is-198-text-g-mol-then-the-activity-of-2-text-mg-text-of-198-text-au-is-1-6-06-times-10-18-text-disintegration-second-2-2 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc4ODcy-some-nuclei-of-a-radioactive-material-are-undergoing-radioactive-decay-the-time-gap-between-the-instances-when-a-quarter-of-the-nuclei-have-decayed-and-when-half-of-the-nuclei-have-decayed-is-given-as https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc4NzM4-the-decay-of-a-proton-to-a-neutron-is-1-possible-only-inside-the-nucleus-2-not-possible-but-neutron-to-proton-conversion-is-possible-3-not-possible-as-the-proton-mass-is-less-than-the-neutron-mass-4-a https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc3NjI2-the-energy-released-per-fission-of-a-nucleus-of-mathrm-x-240-is-200-text-mev-if-all-the-atoms-present-in-120-text-g-of-pure-mathrm-x-240-undergo-fission-what-is-the-total-energy-released-1-4-2-times-1 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc4MDgz-a-nucleus-with-number-184-initially-at-rest-emits-an-alpha-text-particle-if-the-q-value-of-the-reaction-is-5-5-text-mev-then-the-kinetic-energy-of-the-alpha-text-particle-is-1-5-5-text-mev-2-5-38-text https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc4MDIy-a-nucleus-of-mass-m-emits-gamma-text-ray-photon-of-frequency-nu-the-loss-of-internal-energy-by-the-nucleus-is-take-c-as-the-speed-of-electromagnetic-wave-1-hv-left-1-dfrac-hv-2-mc-2-right-2-0-3-hv-lef https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc3OTgz-a-sample-of-a-radioactive-nucleus-a-disintegrates-into-another-radioactive-nucleus-b-which-in-turn-disintegrates-into-some-other-stable-nucleus-c-plot-of-a-graph-showing-the-variation-of-the-number-of https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc3NzY2-there-are-10-10-radioactive-nuclei-in-a-given-radioactive-element-its-half-life-time-is-1-text-minute-how-many-nuclei-will-remain-after-30-text-seconds-sqrt-2-1-414-1-2-times-10-10-2-7-times-10-9-3-10 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc3NjMx-the-half-life-time-of-text-au-198-is-2-7-days-the-activity-of-1-50-text-mg-of-text-au-198-if-its-atomic-weight-is-198-text-g-mol-1-is-n-a-6-times10-23-text-mol-1-1-240-text-ci-2-252-text-ci-3-535-text https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc3NTA4-calculate-the-time-interval-between-33-decay-and-67-decay-if-the-half-life-of-a-substance-is-20-minutes-1-13-minutes-2-60-minutes-3-40-minutes-4-20-minutes-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc4ODky-an-mathrm-x-text-ray-beam-has-a-wavelength-of-10-mathring-a-a-fictitious-particle-has-the-same-energy-as-that-of-an-mathrm-x-text-ray-photon-if-the-mass-of-this-particle-is-expressed-as-m-dfrac-xh-3-t https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc5MjE4-you-are-given-that-mass-of-a-7-mathrm-li-7-0160-text-u-mass-of-2-4-mathrm-he-4-0026-text-u-and-mass-of-1-1-mathrm-h-1-0079-text-u-when-20-text-g-of-a-7-mathrm-li-is-converted-into-2-4-mathrm-he-by-pro https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc4MDk5-in-a-reactor-2-kg-of-92-mathrm-u-235-fuel-is-fully-used-up-in-30-days-the-energy-released-per-fission-is-200-mev-given-that-the-avogadro-number-mathrm-n-6-023-times-10-26-per-kilo-mole-and-1-mathrm-ev https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc4MjU2-in-a-radioactive-decay-chain-the-initial-nucleus-is-232-90-text-th-at-the-end-there-are-6-alpha-text-particles-and-4-beta-particles-with-are-emitted-if-the-end-nucleus-is-a-z-text-x-a-and-z-are-given https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc3NDcw-consider-the-nuclear-fission-text-ne-20-rightarrow-2-text-he-4-text-c-12-given-that-the-binding-energy-nucleon-of-text-ne-20-text-he-4-and-text-c-12-are-respectively-8-03-text-mev-7-07-text-mev-and-7 https://medminds.me/qbank/physics/nuclei/?q=NP-b246Mjc2NzA0-the-ratio-of-the-mass-densities-of-the-nuclei-40-mathrm-ca-and-16-mathrm-o-is-close-to-1-0-1-2-2-3-5-4-1-1-2-3-4 https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc3MTEx-a-solution-containing-active-cobalt-frac-60-27-text-co-having-activity-of-0-8-mu-text-ci-and-decay-constant-lambda-is-injected-into-an-animal-s-body-if-1-text-cm-3-of-blood-is-drawn-from-the-animal-s https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc3MTcw-imagine-that-a-reactor-converts-all-given-mass-into-energy-and-that-it-operates-at-a-power-level-of-10-9-text-w-the-mass-of-the-fuel-consumed-per-hour-in-the-reactor-will-be-velocity-of-light-c-3-time https://medminds.me/qbank/physics/nuclei/?q=NP-b246NDc2OTM5-let-n-b-the-number-of-beta-particles-emitted-by-a-gram-of-na-24-radioactive-nuclei-half-life-15-hrs-in-7-5-hours-n-beta-is-close-to-avogadro-number-6-023-times10-23-text-g-mole-1-6-2-times10-21-2-7-5 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjU0MTQ-the-variation-of-acceleration-a-of-a-particle-executing-shm-with-displacement-x-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjYwOTQ-a-particle-is-subjected-to-two-simple-harmonic-motions-in-the-same-direction-having-equal-amplitudes-and-equal-frequency-if-the-resulting-amplitude-is-equal-to-the-amplitude-of-individual-motions-the https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjYwOTU-the-motion-of-a-particle-varies-with-time-according-to-the-relation-y-a-sin-omega-t-a-cos-omega-t-then-1-the-motion-is-oscillatory-but-not-shm-2-the-motion-is-shm-with-an-amplitude-a-sqrt-2-3-the-moti https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjYwOTY-if-a-particle-is-executing-shm-with-an-amplitude-a-the-distance-moved-and-the-displacement-of-the-body-in-a-time-equal-to-its-time-period-are-respectively-1-2a-a-2-4a-0-3-a-a-4-0-2a-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjYwOTc-the-equations-of-the-displacement-of-two-particles-making-shm-are-represented-by-y-1-a-sin-omega-t-phi-and-y-2-a-cos-omega-t-respectively-the-phase-difference-of-the-velocities-of-the-two-particles-wi https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjYwOTg-the-displacement-of-a-particle-executing-shm-is-given-by-y-0-25-sin-200t-cm-the-maximum-speed-of-the-particles-is-1-200-cm-sec-2-100-cm-sec-3-50-cm-sec-4-0-25-cm-sec-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjYwOTk-which-of-the-following-figure-represents-damped-harmonic-motion-i-ii-iii-iv-1-i-and-ii-2-iii-and-iv-3-i-ii-iii-and-iv-4-i-and-iv-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjYxMjk-a-particle-executes-shm-with-an-amplitude-a-and-the-time-period-t-if-at-t-0-the-particle-is-at-its-origin-mean-position-then-the-time-instant-when-it-covers-a-distance-equal-to-2-5a-will-be-1-frac-t-1 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjYxMzI-the-time-period-of-a-spring-mass-system-at-the-surface-of-the-earth-is-2-text-s-what-will-be-the-time-period-of-this-system-on-the-moon-where-the-acceleration-due-to-gravity-is-frac-1-16-text-th-of-th https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjcyODI-a-particle-undergoes-shm-with-a-time-period-of-2-seconds-in-how-much-time-will-it-travel-from-its-mean-position-to-a-displacement-equal-to-half-of-its-amplitude-1-12s-2-16s-3-14s-4-13s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjcyODM-the-uniform-stick-of-mass-m-length-text-l-is-pivoted-at-the-centre-in-the-equilibrium-position-shown-in-the-figure-the-identical-light-springs-have-their-natural-length-if-the-stick-is-turned-through https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MjcyODQ-if-the-displacement-x-and-the-velocity-v-of-a-particle-executing-simple-harmonic-motion-are-related-through-the-expression-4v-2-25-x-2-then-its-time-period-will-be-1-pi-2-2-pi-3-4-pi-4-6-pi-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MzQ3NzE-a-simple-pendulum-is-oscillating-without-damping-when-the-displacement-of-the-bob-is-less-than-maximum-its-acceleration-vector-vec-a-is-correctly-shown-in-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MzgzMjA-a-second-s-pendulum-is-mounted-in-a-rocket-its-period-of-oscillation-decreases-when-the-rocket-1-comes-down-with-uniform-acceleration-2-moves-around-the-earth-in-a-geostationary-orbit-3-moves-up-with https://medminds.me/qbank/physics/oscillations/?q=NP-pb246MzgzMzc-there-is-a-simple-pendulum-hanging-from-the-ceiling-of-a-lift-when-the-lift-is-stand-still-the-time-period-of-the-pendulum-is-t-if-the-resultant-acceleration-becomes-g-4-then-the-new-time-period-of-th https://medminds.me/qbank/physics/oscillations/?q=NP-pb246Mzg0NDk-a-block-p-of-mass-m-is-placed-on-a-frictionless-horizontal-surface-another-block-q-of-same-mass-is-kept-on-p-and-connected-to-the-wall-with-the-help-of-a-spring-of-spring-constant-k-as-shown-in-the-fi https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NDIyMzc-a-small-sphere-carrying-a-charge-lsquo-q-rsquo-is-hanging-in-between-two-parallel-plates-by-a-string-of-length-l-time-period-of-pendulum-is-t0-when-parallel-plates-are-charged-the-electric-field-betwe https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTA2ODU-a-simple-pendulum-has-a-time-period-t-1-when-on-the-earth-rsquo-s-surface-and-t-2-when-taken-to-a-height-r-above-the-earth-rsquo-s-surface-where-r-is-the-radius-of-the-earth-the-value-of-frac-t-2-t-1 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTA5OTc-a-particle-executes-linear-simple-harmonic-motion-with-an-amplitude-of-of-3-cm-when-the-particle-is-at-2-cm-from-the-mean-position-the-magnitude-of-its-velocity-is-equal-to-that-of-its-acceleration-th https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTEwNTg-a-body-mass-m-is-attached-to-the-lower-end-of-a-spring-whose-upper-end-is-fixed-the-spring-has-neglible-mass-when-the-mass-m-is-slightly-pulled-down-and-released-it-oscillates-with-a-time-period-of-3s https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTExNDg-when-two-displacements-represented-by-y1-asin-omega-t-and-y2-bcos-omega-t-are-superimposed-the-motion-is-1-not-a-simple-harmonic-2-simple-harmonic-with-amplitude-a-b-3-simple-harmonic-with-amplitude-a https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTEzNDA-the-damping-force-on-an-oscillator-is-directly-proportional-to-the-velocity-the-units-of-the-constant-of-proportionality-are-1-k-g-m-s-1-2-k-g-m-s-2-3-k-g-s-1-4-k-g-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTE1OTc-the-displacement-of-a-particle-along-the-x-text-axis-is-given-by-x-a-sin-2-omega-t-the-motion-of-the-particle-corresponds-to-1-simple-harmonic-motion-of-frequency-frac-omega-pi-2-simple-harmonic-motio https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTE2MDI-the-period-of-oscillation-of-a-mass-m-suspended-from-a-spring-of-negligible-mass-is-t-if-along-with-it-another-mass-m-is-also-suspended-the-period-of-oscillation-will-now-be-1-t-2-t-sqrt-2-3-2t-4-sqrt https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTE2ODE-a-body-performs-simple-harmonic-motion-about-x-0-with-an-amplitude-a-and-a-time-period-t-the-speed-of-the-body-at-x-frac-a-2-will-be-1-frac-pi-a-sqrt-3-2t-2-frac-pi-a-t-3-frac-3-pi-2-a-t-4-frac-pi-a-s https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTE3MDQ-which-one-of-the-following-equations-of-motion-represents-simple-harmonic-motion-where-k-k-0-k-1-text-and-a-are-all-positive-1-acceleration-k-0x-k-1x-2-2-acceleration-k-x-a-3-acceleration-k-x-a-4-acce https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTE3Mzc-two-simple-harmonic-motions-of-angular-frequency-100-text-rad-s-1-and-1000-text-rad-s-1-have-the-same-displacement-amplitude-the-ratio-of-their-maximum-acceleration-will-be-1-1-10-2-1-10-2-3-1-10-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTE3NTY-a-point-performs-simple-harmonic-oscillation-of-period-t-and-the-equation-of-motion-is-given-by-x-a-sin-omega-t-pi-6-after-the-elapse-of-what-fraction-of-the-time-period-the-velocity-of-the-point-will https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM3ODI-an-shm-has-an-amplitude-a-and-a-time-period-t-the-maximum-velocity-will-be-1-4a-over-t-2-2a-over-t-3-2-pi-over-t-4-2a-pi-over-t-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM3OTY-two-particles-p-and-q-start-from-origin-and-execute-simple-harmonic-motion-along-x-text-axis-with-same-amplitude-but-with-periods-3-seconds-and-6-seconds-respectively-the-ratio-of-the-velocities-of-p https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4MDU-the-angular-velocities-of-three-bodies-in-simple-harmonic-motion-are-omega-1-omega-2-omega-3-with-their-respective-amplitudes-as-a1-a2-a3-if-all-the-three-bodies-have-same-mass-and-maximum-velocity-th https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4MTI-the-amplitude-of-a-particle-executing-shm-is-4-cm-at-the-mean-position-the-speed-of-the-particle-is-16-cm-sec-the-distance-of-the-particle-from-the-mean-position-at-which-the-speed-of-the-particle-bec https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4MjA-the-maximum-velocity-of-a-simple-harmonic-motion-represented-by-y-3sin100t-pi-6-is-given-by-1-300-2-3-pi-6-3-100-4-pi-6-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4Mjg-the-displacement-equation-of-a-particle-is-x-3sin2t-4cos2t-the-amplitude-and-maximum-velocity-will-be-respectively-1-5-10-2-3-2-3-4-2-4-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4NTQ-the-instantaneous-displacement-of-a-simple-pendulum-oscillator-is-given-by-x-acos-omega-t-pi-4-its-speed-will-be-maximum-at-time-1-pi-4-omega-2-pi-2-omega-3-pi-omega-4-2-pi-omega-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4NjI-the-amplitude-of-a-particle-executing-s-h-m-with-frequency-of-60-hz-is-0-01-m-the-maximum-value-of-the-acceleration-of-the-particle-is-1-144-pi-2m-sec2-2-144m-sec2-3-144-pi-2m-sec2-4-288-pi-2m-sec2-1 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4Njg-a-particle-moving-along-the-x-axis-executes-simple-harmonic-motion-then-the-force-acting-on-it-is-given-by-1-ndash-a-kx-2-a-cos-kx-3-a-exp-ndash-kx-4-a-kx-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4NzA-what-is-the-maximum-acceleration-of-the-particle-doing-the-shm-y-2sin-pi-t2-where-2-is-in-cm-1-pi-2cm-s2-2-pi-22cm-s2-3-pi-4cm-s2-4-pi-4cm-s2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4NzI-a-particle-executes-simple-harmonic-motion-along-a-straight-line-with-an-amplitude-a-the-potential-energy-is-maximum-when-the-displacement-is-1-plusmn-a-2-zero-3-plusmn-a2-4-plusmn-a2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4Nzg-the-potential-energy-of-a-particle-with-displacement-x-depends-as-u-x-the-motion-is-simple-harmonic-when-k-is-a-positive-constant-1-u-kx22-2-u-kx2-3-u-k-4-u-kx-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4ODU-the-angular-velocity-and-the-amplitude-of-a-simple-pendulum-is-omega-and-a-respectively-at-a-displacement-x-from-the-mean-position-if-its-kinetic-energy-is-t-and-potential-energy-is-v-then-the-ratio-o https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4ODY-a-particle-is-executing-simple-harmonic-motion-with-frequency-f-the-frequency-at-which-its-kinetic-energy-changes-into-potential-energy-will-be-1-frac-f-2-2-f-3-2f-4-4f-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4ODg-there-is-a-body-having-mass-m-and-performing-s-h-m-with-amplitude-a-there-is-a-restoring-force-f-kx-where-x-is-the-displacement-the-total-energy-of-body-depends-upon-1-k-x-2-k-a-3-k-a-x-4-k-a-v-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4OTQ-the-potential-energy-of-a-simple-harmonic-oscillator-when-the-particle-is-half-way-to-its-end-point-is-where-e-is-the-total-energy-1-18e-2-14e-3-12e-4-23e-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4OTY-a-body-executes-simple-harmonic-motion-the-potential-energy-p-e-the-kinetic-energy-k-e-and-total-energy-t-e-are-measured-as-a-function-of-displacement-x-which-of-the-following-statements-is-true-1-p-e https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM4OTc-shy-shy-a-man-measures-the-period-of-a-simple-pendulum-inside-a-stationary-lift-and-finds-it-to-be-t-sec-if-the-lift-accelerates-upwards-with-an-acceleration-g4-then-the-period-of-the-pendulum-will-be https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5MDA-the-total-energy-of-a-particle-executing-simple-harmonic-motion-is-1-prop-x-2-prop-x2-3-independent-of-x-4-prop-x1-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5MzY-the-bob-of-a-pendulum-of-length-l-is-pulled-aside-from-its-equilibrium-position-through-an-angle-theta-and-then-released-the-bob-will-then-pass-through-its-equilibrium-position-with-a-speed-v-where-v https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5Mzc-a-body-is-executing-simple-harmonic-motion-at-a-displacement-x-its-potential-energy-is-e1-and-at-a-displacement-y-its-potential-energy-is-e2-the-potential-energy-e-at-displacement-x-y-is-1-e-e1-e2-2-e https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5NDE-in-a-simple-pendulum-the-period-of-oscillation-t-is-related-to-the-length-of-the-pendulum-l-as-1-frac-l-t-text-constant-2-frac-l-2-t-text-constant-3-frac-l-t-2-text-constant-4-frac-l-2-t-2-text-consta https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5NDI-the-equation-of-motion-of-a-particle-is-d2ydt2-ky-0-where-k-is-positive-constant-the-time-period-of-the-motion-is-given-by-1-2-pi-k-2-2-pi-k-3-2-pi-k-4-2-pi-k-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5NDQ-the-kinetic-energy-of-a-particle-executing-s-h-m-is-16-j-when-it-is-in-its-mean-position-if-the-amplitude-of-oscillations-is-25-cm-and-the-mass-of-the-particle-is-5-12-kg-the-time-period-of-its-oscill https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5NDc-a-pendulum-has-time-period-t-if-it-is-taken-on-to-another-planet-having-acceleration-due-to-gravity-half-and-mass-9-times-that-of-the-earth-then-its-time-period-on-the-other-planet-will-be-1-sqrt-t-2 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5NTE-a-simple-pendulum-hanging-from-the-ceiling-of-a-stationary-lift-has-a-time-period-t-1-when-the-lift-moves-downward-with-constant-velocity-then-the-time-period-becomes-t-2-it-can-be-concluded-that-1-t https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5NTM-if-the-length-of-a-pendulum-is-made-9-times-and-the-mass-of-the-bob-is-made-4-times-then-the-value-of-time-period-will-become-1-3t-2-dfrac-3-2-t-3-4-t-4-2-t-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5NTY-a-simple-harmonic-wave-having-an-amplitude-a-and-time-period-t-is-represented-by-the-equation-y-5sin-pi-t-4m-then-the-value-of-amplitude-a-in-m-and-time-period-t-in-second-are-1-a-10-t-2-2-a-5-t-1-3-a https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5NTg-the-period-of-a-simple-pendulum-measured-inside-a-stationary-lift-is-found-to-be-t-if-the-lift-starts-accelerating-upwards-with-acceleration-of-g-3-then-the-time-period-of-the-pendulum-is-1-t3-2-t3-3 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5NjM-the-time-period-of-a-simple-pendulum-of-length-l-as-measured-in-an-elevator-descending-with-acceleration-g3-is-1-2-pi-3lg-2-pi-3lg-3-2-pi-3l2g-4-2-pi-2l3g-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5NjY-if-a-body-is-released-into-a-tunnel-dug-across-the-diameter-of-earth-it-executes-simple-harmonic-motion-with-time-period-1-t-2-pi-sqrt-frac-r-e-g-2-t-2-pi-sqrt-frac-2r-e-g-3-t-2-pi-sqrt-frac-r-e-2g-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5OTc-if-the-displacement-equation-of-a-particle-be-represented-by-y-asinpt-bcospt-the-particle-executes-1-a-uniform-circular-motion-2-a-uniform-elliptical-motion-3-a-s-h-m-4-a-rectilinear-motion-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTM5OTg-a-particle-with-restoring-force-proportional-to-displacement-and-resisting-force-proportional-to-velocity-is-subjected-to-a-force-fsin-omega-t-if-the-amplitude-of-the-particle-is-maximum-for-omega-ome https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQwMDQ-the-displacement-of-a-particle-varies-according-to-the-relation-x-4-cos-pi-t-sin-pi-t-the-amplitude-of-the-particle-is-1-8-2-ndash-4-3-4-4-42-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQwMTU-a-s-h-m-is-represented-by-x-52sin2-pi-t-cos2-pi-t-the-amplitude-of-the-s-h-m-is-1-10-cm-2-20-cm-3-52-cm-4-50-cm-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQwMTc-amplitude-of-a-wave-is-represented-by-a-ca-b-c-then-resonance-will-occur-when-1-b-c-2-2-b-0-and-a-c-3-b-a-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQwMjc-the-displacement-of-a-particle-varies-with-time-as-x-12sinwt-16sin3wt-in-cm-if-its-motion-is-s-h-m-then-its-maximum-acceleration-is-1-12-omega-2-2-36-omega-2-3-144-omega-2-4-192-omega-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQwMzA-a-particle-of-mass-m-is-executing-oscillations-about-the-origin-on-the-x-axis-its-potential-energy-is-ux-kx3-where-k-is-a-positive-constant-if-the-amplitude-of-oscillation-is-a-then-its-time-period-t https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQwMzY-a-cylindrical-piston-of-mass-m-slides-smoothly-inside-a-long-cylinder-closed-at-one-end-enclosing-a-certain-mass-of-gas-the-cylinder-is-kept-with-its-axis-horizontal-if-the-piston-is-disturbed-from-it https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQwNTE-the-metallic-bob-of-a-simple-pendulum-has-the-relative-density-rho-the-time-period-of-this-pendulum-is-t-if-the-metallic-bob-is-immersed-in-water-then-the-new-time-period-is-given-by-1-t-rho-1-rho-2-t https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQwNjE-one-end-of-a-long-metallic-wire-of-length-l-is-tied-to-the-ceiling-the-other-end-is-tied-to-massless-spring-of-spring-constant-k-a-mass-m-hangs-freely-from-the-free-end-of-the-spring-the-area-of-cross https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQxNTk-on-a-smooth-inclined-plane-a-body-of-mass-m-is-attached-between-two-springs-the-other-ends-of-the-springs-are-fixed-to-firm-supports-if-each-spring-has-force-constant-k-the-period-of-oscillation-of-th https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQxNjE-an-ideal-spring-with-spring-constant-k-is-hung-from-the-ceiling-and-a-block-of-mass-m-is-attached-to-its-lower-end-the-mass-is-released-with-the-spring-initially-unstretched-then-the-maximum-extension https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQxNjQ-a-particle-of-mass-m-is-attached-to-three-identical-springs-a-b-and-c-each-of-force-constant-k-a-shown-in-figure-if-the-particle-of-mass-m-is-pushed-slightly-against-the-spring-a-and-released-then-the https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQxNjY-the-graph-shows-the-variation-of-displacement-of-a-particle-executing-shm-with-time-we-infer-from-this-graph-that-1-the-force-is-zero-at-the-time-t-8-2-the-velocity-is-maximum-at-the-time-t-4-3-the-ac https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQxNjg-for-a-particle-executing-shm-the-displacement-x-is-given-by-a-cos-omega-t-identify-the-graph-which-represents-the-variation-of-potential-energy-p-e-as-a-function-of-time-t-and-displacement-x-1-i-iii-2 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQxNjk-the-velocity-time-diagram-of-a-harmonic-oscillator-is-shown-in-the-adjoining-figure-the-frequency-of-oscillation-is-1-25-hz-2-50-hz-3-12-25-hz-4-33-3-hz-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQxNzA-the-variation-of-potential-energy-of-harmonic-oscillator-is-as-shown-in-figure-the-spring-constant-is-1-1-times-102-n-m-2-150-n-m-3-0-667-times-102-n-m-4-3-times-102-n-m-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQxNzE-a-body-performs-s-h-m-its-kinetic-energy-k-varies-with-time-t-as-indicated-by-graph-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTg1NDk-the-displacement-of-a-body-executing-shm-is-given-by-x-a-sin-2-960-t-960-3-the-first-time-from-t-0-when-the-velocity-is-maximum-is-1-0-33-sec-2-0-16-sec-3-0-25-sec-4-0-5-sec-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTg1NTM-the-time-period-of-a-particle-executing-shm-is-8-sec-at-t-0-it-is-at-the-mean-position-the-ratio-of-the-distance-covered-by-the-particle-in-the-1st-second-to-the-2nd-second-is-1-12-1-2-2-3-12-4-2-1-1 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTg1NTU-two-particles-are-in-shm-in-a-straight-line-amplitude-a-and-time-period-t-of-both-the-particles-are-equal-at-time-t-0-one-particle-is-at-displacement-y1-a-and-the-other-at-y2-a-2-and-they-are-approach https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTg1NTY-two-particles-execute-shm-of-the-same-amplitude-of-20-cm-with-the-same-time-period-along-the-same-line-about-the-same-equilibrium-position-the-maximum-distance-between-the-two-is-20-cm-their-phase-dif https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTg1NTc-two-particles-p-and-q-describe-simple-harmonic-motions-of-the-same-period-the-same-amplitude-along-the-same-line-about-the-same-equilibrium-position-o-when-p-and-q-are-on-opposite-sides-of-o-at-the-sa https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NzQ2NjE-a-pendulum-consisting-of-a-small-sphere-of-mass-m-suspended-by-an-inextensible-and-massless-string-of-length-l-is-made-to-swing-in-a-vertical-plane-if-the-breaking-strength-of-the-string-is-2mg-then-t https://medminds.me/qbank/physics/oscillations/?q=NP-pb246ODg4NDg-a-spring-of-force-constant-k-is-cut-into-lengths-of-ratio-1-2-3-they-are-connected-in-series-and-the-new-force-constant-is-k-then-they-are-connected-in-parallel-and-the-force-constant-is-k-then-k-k-is https://medminds.me/qbank/physics/oscillations/?q=NP-pb246ODkwMzM-a-pendulum-is-hung-from-the-roof-of-a-sufficiently-high-building-and-is-moving-freely-to-and-fro-like-a-simple-harmonic-oscillator-the-acceleration-of-the-bob-of-the-pendulum-is-20-text-m-s-2-at-a-dis https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTA3Mzc-a-particle-is-executing-a-simple-harmonic-motion-its-maximum-acceleration-is-alpha-and-maximum-velocity-is-beta-then-its-time-period-of-vibration-will-be-1-dfrac-beta-2-alpha-2-2-dfrac-beta-alpha-3-df https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTA4NTY-a-particle-is-executing-shm-along-a-straight-line-its-velocities-at-distances-x-1-and-x-2-from-the-mean-position-are-v-1-and-v-2-respectively-its-time-period-is-1-2-pi-sqrt-dfrac-x-1-2-x-2-2-v-1-2-v-2 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTExMTI-the-oscillation-of-a-body-on-a-smooth-horizontal-surface-is-represented-by-the-equation-x-a-text-cos-omega-t-where-x-displacement-at-time-t-omega-frequency-of-oscillation-which-one-of-the-following-gr https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTI0MDk-out-of-the-following-functions-which-represents-shm-i-y-sin-omega-t-cos-omega-t-ii-y-sin3-omega-t-iii-y-5-cos3-pi-4-3-omega-t-iv-y-1-omega-t-omega-2t2-1-only-iv-does-not-represent-shm-2-i-and-iii-3-i https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTI0Mjk-a-particle-of-mass-m-is-released-from-rest-and-follows-a-parabolic-path-as-shown-assuming-that-the-displacement-of-the-mass-from-the-origin-is-small-which-graph-correctly-depicts-the-position-of-the-p https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTI4MDk-a-simple-pendulum-performs-simple-harmonic-motion-about-x-0-with-an-amplitude-a-and-time-period-t-the-speed-of-the-pendulum-at-x-a2-will-be-1-frac-pi-a-sqrt3-2t-2-frac-pi-a-t-3-frac-3-pi-2-a-t-4-frac https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTMyMjY-which-one-of-the-following-equations-of-motion-represents-simple-harmonic-motion-where-k-k0-k1-and-a-are-all-positive-1-acceleration-k0x-k1x2-2-acceleration-k-x-a-3-acceleration-k-x-a-4-acceleration-k https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTMyODU-two-simple-harmonic-motions-of-angular-frequencies-100-and-1000-rad-s-1-have-the-same-displacement-amplitude-the-ratio-of-their-maximum-acceleration-is-1-1-10-2-1-102-3-1-103-4-1-104-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTMzNDc-two-points-are-located-at-a-distance-of-10-m-and-15-m-from-the-source-of-oscillation-the-period-of-oscillation-is-0-05-s-and-the-velocity-of-the-wave-is-300-m-s-what-is-the-phase-difference-between-th https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTM1NDU-a-particle-executes-simple-harmonic-oscillation-with-an-amplitude-a-the-period-of-oscillation-is-t-the-minimum-time-taken-by-the-particle-to-travel-half-of-the-amplitude-from-the-equilibrium-position https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTM1Nzg-a-particle-executing-simple-harmonic-motion-has-a-kinetic-energy-of-k-0-cos-2-omega-t-the-values-of-the-maximum-potential-energy-and-the-total-energy-are-respectively-1-0-text-and-2k-0-2-frac-k-0-2-te https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTM1ODA-a-mass-of-2-0-kg-is-put-on-a-flat-pan-attached-to-a-vertical-spring-fixed-on-the-ground-as-shown-in-the-figure-the-mass-of-the-spring-and-the-pan-is-negligible-when-pressed-slightly-and-released-the-m https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTM1ODk-the-phase-difference-between-the-instantaneous-velocity-and-acceleration-of-a-particle-executing-simple-harmonic-motion-is-1-0-5-pi-2-pi-3-0-707-pi-4-zero-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTM5MjM-a-rectangular-block-of-mass-m-and-area-of-cross-section-a-floats-in-a-liquid-of-density-rho-if-it-is-given-a-small-vertical-displacement-from-equilibrium-it-undergoes-oscillation-with-a-time-period-t https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTU1MzA-the-displacement-of-a-particle-executing-simple-harmonic-motion-is-given-by-y-a-0-a-sin-omega-t-b-cos-omega-t-then-the-amplitude-of-its-oscillation-is-given-by-1-a-b-2-a-0-sqrt-a-2-b-2-3-sqrt-a-2-b-2 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTU1MzI-the-average-velocity-of-a-particle-executing-shm-in-one-complete-vibration-is-1-zero-2-dfrac-a-omega-2-3-a-omega-4-dfrac-a-left-omega-right-2-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTA3OTQw-two-pendulums-with-the-same-angular-amplitudes-of-time-periods-3-text-s-and-7-text-s-respectively-start-oscillating-simultaneously-from-two-opposite-extreme-positions-with-the-same-angular-amplitudes https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTE3NTEz-the-amplitude-of-velocity-of-a-particle-is-given-by-vm-v0-a-969-2-b-969-c-where-v0-a-b-c-are-positive-the-condition-for-a-single-resonant-frequency-is-1-b2-60-4ac-2-b2-4ac-3-b2-5ac-4-b2-7ac-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMjkx-two-pendulums-have-time-periods-t-and-5t-4-they-start-shm-at-the-same-time-from-the-mean-position-what-will-be-the-phase-difference-between-them-after-the-bigger-pendulum-completed-one-oscillation-1-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMjkz-a-simple-harmonic-oscillator-has-amplitude-a-and-time-period-t-the-time-required-by-it-to-travel-from-x-a-to-x-a2-is-1-t6-2-t4-3-t3-4-t2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMjk0-the-piston-in-the-cylinder-head-of-a-locomotive-has-a-stroke-twice-the-amplitude-of-1-0-m-if-the-piston-moves-with-simple-harmonic-motion-with-an-angular-frequency-of-200-rad-min-what-is-the-maximum-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMjk2-a-horizontal-plank-has-a-rectangular-block-placed-on-it-the-plank-starts-oscillating-vertically-and-simple-harmonically-with-an-amplitude-of-40-cm-the-block-just-loses-contact-with-the-plank-when-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMjk3-a-body-has-a-time-period-t1-under-the-action-of-one-force-and-t2-under-the-action-of-another-force-the-square-of-the-time-period-when-both-the-forces-are-acting-simultaneously-in-the-same-direction-is https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMjk4-motion-of-an-oscillating-liquid-column-in-a-u-tube-is-1-periodic-but-not-simple-harmonic-2-non-periodic-3-simple-harmonic-and-time-period-is-independent-of-the-density-of-the-liquid-4-simple-harmonic https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMjk5-this-time-period-of-a-particle-undergoing-shm-is-16s-it-starts-motion-from-the-mean-position-after-2s-velocity-is-0-4ms-1-the-amplitude-is-1-1-44m-2-0-72m-3-2-88m-4-0-36m-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMzAw-a-particle-is-performing-simple-harmonic-motion-along-the-x-axis-with-amplitude-4-cm-and-time-period-1-2-s-the-minimum-time-taken-by-the-particle-to-move-from-x-2-cm-to-x-4cm-and-back-again-is-given-b https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMzAx-the-acceleration-of-a-particle-performing-shm-is-12cmsec-2-at-a-distance-of-3-cm-from-the-mean-position-its-time-period-is-1-2-0s-2-3-14s-3-0-5s-4-1-0s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMzA3-the-acceleration-d2x-dt2-of-a-particle-varies-with-displacement-x-as-d2xdt2-kx-where-k-is-a-constant-of-the-motion-the-time-period-t-of-the-motion-is-equal-to-1-2-960-k-2-2-960-k-3-2-960-k-4-2-960-k-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMzE3-a-coin-is-placed-on-a-horizontal-platform-which-undergoes-horizontal-shm-about-a-mean-position-o-the-coin-placed-on-the-platform-does-not-slip-the-coefficient-of-friction-between-the-coin-and-the-plat https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMzQ5-a-particle-moves-according-to-the-law-x-r-mathrm-cos-left-frac-pi-t-2-right-the-distance-covered-by-it-in-the-time-interval-between-t-0-to-t-3-text-s-is-1-r-2-2r-3-3r-4-4r-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMzUw-a-particle-is-executing-shm-of-period-24-sec-and-of-amplitude-41-cm-with-o-as-equilibrium-position-the-minimum-time-in-seconds-taken-by-the-particle-to-go-from-p-to-q-where-op-9cm-and-oq-40cm-is-1-5-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMzk2-the-figure-shows-the-circular-motion-of-a-particle-which-is-at-the-topmost-point-on-the-y-axis-at-t-0-the-radius-of-the-circle-is-b-and-the-sense-of-revolution-is-clockwise-the-time-period-is-indicate https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMzk3-a-1-00-215-10-20kg-particle-is-vibrating-with-simple-harmonic-motion-with-a-period-of-1-00-215-10-5s-and-a-maximum-speed-of-1-00-215-103m-s-the-maximum-displacement-of-the-particle-from-the-mean-posit https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyMzk4-which-one-of-the-following-equations-does-not-represent-shm-x-displacement-and-t-time-parameters-a-b-and-c-are-the-constants-of-motion-1-x-a-sin-bt-2-x-a-cos-bt-c-3-x-a-sin-bt-c-cos-bt-4-x-a-sec-bt-c https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDA2-the-bob-of-a-simple-pendulum-of-length-l-is-released-at-time-t-0-from-a-position-of-small-angular-displacement-its-linear-displacement-at-time-t-is-given-by-1-x-asin2-960-lg-215-t-2-x-acos2-960-gl-215 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDEw-a-particle-in-shm-is-described-by-the-displacement-function-x-t-acos-969-t-981-969-2-960-t-if-the-initial-t-0-position-of-the-particle-is-1-cm-its-initial-velocity-is-960-cms-1-and-its-angular-frequen https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDEx-a-particle-starts-shm-from-the-mean-position-its-amplitude-is-a-and-total-energy-e-at-one-instant-its-kinetic-energy-is-3e-4-its-displacement-at-this-instant-is-1-y-a-2-2-y-a2-3-y-a3-2-4-y-a-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDE2-a-particle-is-vibrating-in-a-simple-harmonic-motion-with-an-amplitude-of-4-cm-at-what-displacement-from-the-equilibrium-position-is-its-energy-half-potential-and-half-kinetic-1-1-cm-2-2cm-3-3-cm-4-22c https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDI3-a-body-of-mass-500-g-is-attached-to-a-horizontal-spring-of-spring-constant-8-960-2nm-1-if-the-body-is-pulled-to-a-distance-of-10-cm-from-its-mean-position-then-its-frequency-of-oscillation-is-1-2-hz-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDI4-two-springs-of-force-constants-k-and-2k-are-connected-to-a-mass-m-as-shown-below-the-frequency-of-oscillation-of-the-mass-is-1-12-960-k-m-2-12-960-2k-m-3-12-960-3km-4-12-960-mk-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDI5-a-weightless-spring-that-has-a-force-constant-k-oscillates-with-frequency-n-when-a-mass-m-is-suspended-from-it-the-spring-is-cut-into-equal-halves-and-a-mass-2m-is-suspended-from-one-part-of-the-sprin https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDMw-an-object-suspended-from-a-spring-exhibits-oscillations-of-period-t-now-the-spring-is-cut-in-two-halves-and-the-same-object-is-suspended-with-two-halves-as-shown-in-the-figure-the-new-time-period-of-o https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDMy-a-mass-1-kg-suspended-from-a-spring-whose-force-constant-is-400nm-1-executes-simple-harmonic-oscillation-when-the-total-energy-of-the-oscillator-is-2-j-the-maximum-acceleration-experienced-by-the-mass https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDMz-what-will-be-the-force-constant-of-the-spring-system-shown-in-the-figure-1-k12-k2-2-12k1-1k2-1-3-12k1-1k2-4-2k1-1k2-1-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDM1-one-end-of-a-spring-of-force-constant-k-is-fixed-to-a-vertical-wall-and-the-other-to-a-block-of-mass-m-resting-on-a-smooth-horizontal-surface-there-is-another-wall-at-a-distance-x-0-from-the-block-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDM5-a-piece-of-wood-had-dimensions-a-b-and-c-its-relative-density-is-d-it-is-floating-in-water-such-that-the-side-c-is-vertical-it-is-now-pushed-down-gently-and-released-the-time-period-is-1-t-2-960-abcg https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDQ2-which-of-the-following-figure-represent-s-damped-simple-harmonic-motions-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDUw-the-amplitude-of-the-damped-oscillator-becomes-1-3-in-2s-its-amplitude-after-6s-is-1-n-times-the-original-then-n-is-equal-to-1-23-2-32-3-31-3-4-33-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTMxNjU3-the-distance-covered-by-a-particle-undergoing-shm-in-one-time-period-is-amplitude-a-1-zero-2-a-3-2-a-4-4-a-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ5Njk5-the-maximum-kinetic-energy-of-a-simple-pendulum-is-e-the-maximum-potential-energy-of-the-pendulum-1-is-equal-to-e-2-is-less-than-or-e-3-maybe-equal-to-e-4-is-greater-than-e-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ5NzAw-a-smooth-narrow-tunnel-is-dug-along-the-chord-of-the-earth-the-time-period-of-vibration-of-a-small-ball-dropped-from-one-end-of-the-tunnel-is-1-60-min-2-84-6-min-3-42-3-min-4-30-min-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTE5-the-time-period-of-vibration-of-a-uniform-disc-of-mass-m-and-radius-r-about-an-axis-perpendicular-to-the-plane-of-disc-and-passing-from-a-point-at-a-distance-r2-from-the-center-of-the-disc-is-1-2-960 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTIw-two-identical-blocks-each-of-mass-m-are-connected-with-springs-of-spring-constant-k-and-placed-on-a-smooth-surface-as-shown-in-the-figure-when-the-blocks-are-in-contact-the-springs-are-in-its-natural https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTIy-two-mutually-perpendicular-simple-harmonic-vibrations-of-the-same-frequency-superimpose-on-each-other-the-amplitude-of-the-two-vibrations-is-different-and-they-are-different-from-each-other-in-phase-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTIz-two-equations-of-shm-are-y-1-a-sin-omega-t-alpha-text-and-y-2-b-cos-omega-t-alpha-the-phase-difference-between-the-two-is-1-0-circ-2-alpha-circ-3-90-circ-4-180-circ-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTI1-a-ring-of-radius-r-is-hung-by-a-nail-on-its-periphery-such-that-it-can-freely-rotate-in-its-vertical-plane-the-time-period-of-the-ring-for-small-oscillations-is-1-t-2-960-rg-2-t-960-rg-3-t-2-960-2rg-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTI2-if-the-potential-energy-u-text-in-j-of-a-body-executing-shm-is-given-by-u-20-10-sin-2-100-pi-t-then-the-minimum-potential-energy-of-the-body-will-be-1-zero-2-30-text-j-3-20-text-j-4-40-text-j-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTI3-the-equation-of-s-h-m-is-given-as-x-asin-0-02-960-t-where-t-is-in-seconds-with-what-time-period-the-potential-energy-oscillates-1-200-s-2-100-s-3-50-s-4-10-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTI4-in-a-stationary-lift-a-spring-block-system-oscillates-with-a-frequency-f-when-the-lift-accelerates-the-frequency-becomes-f-then-1-f-f-2-f-f-3-f-f-4-any-of-the-above-depending-on-the-value-of-the-accel https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTI5-the-kinetic-energy-k-of-a-simple-harmonic-oscillator-varies-with-displacement-x-as-shown-the-period-of-the-oscillation-will-be-mass-of-oscillator-is-1-kg-1-frac-pi-2-text-s-2-frac-1-2-text-s-3-pi-text https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTMw-the-equation-of-an-shm-is-given-as-y-3-sin-omega-t-4-cos-omega-t-where-y-is-in-centimeters-the-amplitude-of-the-shm-will-be-1-3-text-cm-2-3-5-text-cm-3-4-text-cm-4-5-text-cm-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTMx-the-equation-of-a-shm-is-given-as-x-5sin4-pi-t-pi-3-where-mathrm-t-is-in-seconds-and-mathrm-x-in-meters-during-a-complete-cycle-the-average-speed-of-the-oscillator-is-1-zero-2-10-m-s-3-20-m-s-4-40-m-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTMy-the-equation-of-a-simple-harmonic-oscillator-is-given-as-y-asin20-960-t-960-3-where-t-is-in-seconds-the-frequency-with-which-kinetic-energy-oscillates-is-1-5-hz-2-10-hz-3-20-hz-4-40-hz-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTMz-what-is-the-period-of-oscillation-of-the-block-shown-in-the-figure-1-2-pi-sqrt-dfrac-m-k-2-2-pi-sqrt-dfrac-4m-k-3-pi-sqrt-dfrac-m-k-4-2-pi-sqrt-dfrac-m-2k-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTM0-if-a-simple-pendulum-is-brought-deep-inside-a-mine-from-the-earth-s-surface-its-time-period-of-oscillation-will-1-increase-2-decrease-3-remain-the-same-4-be-any-of-the-above-depending-on-the-length-of https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTM1-the-amplitude-of-a-simple-harmonic-oscillator-is-a-and-speed-at-the-mean-position-is-v0-the-speed-of-the-oscillator-at-the-position-x-a3-is-1-2v03-2-2v03-3-23v0-4-2v03-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTM2-the-initial-phase-of-the-particle-executing-shm-with-y-4-sin-969-t-3-cos-969-t-is-1-53-deg-2-37-deg-3-90-deg-4-45-deg-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTM3-a-spring-block-system-is-brought-from-the-earth-s-surface-to-deep-inside-the-mine-its-period-of-oscillation-will-1-increase-2-decrease-3-remain-the-same-4-may-increase-or-decrease-depending-on-the-mas https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTM4-a-particle-executes-s-h-m-with-amplitude-a-if-the-time-taken-by-the-particle-to-travel-from-a-to-a-2-is-4-seconds-its-time-period-is-1-4s-2-8s-3-12-s-4-18-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTQw-two-simple-harmonic-motions-are-represented-by-y1-6sin2-960-t-960-3-and-y2-3sin2-960-t-cos2-960-t-the-ratio-of-their-amplitudes-is-1-2-2-23-3-12-4-22-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTQz-a-disc-executes-s-h-m-about-the-axis-xx-in-the-plane-of-the-disc-as-shown-in-the-figure-its-time-period-of-oscillation-is-1-960-6rg-2-2-960-rg-3-2-960-2rg-4-960-3r2g-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTQ0-a-spring-block-system-shown-in-the-figure-oscillates-with-a-certain-time-period-if-charge-q-is-given-to-the-block-and-a-uniform-field-e-is-switched-on-then-its-time-period-of-oscillation-is-1-increase https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTQ1-the-period-of-oscillation-of-the-spring-block-system-shown-in-the-figure-is-assume-pulleys-and-spring-to-be-ideal-1-2-960-m3k-2-2-960-4m3k-3-2-960-3m4k-4-2-960-mk-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTQ2-the-graph-between-velocity-and-acceleration-of-a-particle-executing-s-h-m-can-be-1-a-circle-2-an-ellipse-3-a-straight-line-4-both-1-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTQ4-the-potential-energy-of-a-particle-of-mass-m-executing-shm-is-given-by-u-a-1-cos2x-where-x-is-the-instantaneous-displacement-of-the-particle-the-time-period-of-oscillation-is-1-960-ma-2-2-960-ma-3-960 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTQ5-a-uniform-rod-of-length-l-is-suspended-at-l4-from-one-end-and-made-to-undergo-small-oscillations-the-time-period-of-oscillation-is-1-2-960-7l12g-2-2-960-3l7g-3-2-960-7l3g-4-2-960-4l5g-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTUw-a-simple-pendulum-with-a-metallic-bob-has-a-time-period-t-the-bob-is-now-immersed-in-a-nonviscous-liquid-and-the-time-period-is-found-to-be-5t-the-ratio-of-the-density-of-the-metal-to-that-of-liquid-i https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTUx-a-particle-executes-shm-with-time-period-t-the-time-period-of-oscillation-of-total-energy-is-1-t-2-2t-3-dfrac-t-2-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTUy-a-particle-is-executing-linear-simple-harmonic-motion-with-an-amplitude-a-and-an-angular-frequency-omega-its-average-speed-for-its-motion-from-extreme-to-mean-position-will-be-1-dfrac-a-omega-4-2-dfra https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTU0-the-time-period-of-oscillation-of-a-simple-pendulum-of-length-equal-to-half-of-the-diameter-of-the-earth-is-about-1-60-minute-2-84-6-minute-3-42-3-minute-4-24-hour-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTU4-the-time-period-of-the-given-spring-mass-system-is-1-2-pi-sqrt-dfrac-m-k-2-2-pi-sqrt-dfrac-m-2k-3-2-pi-sqrt-dfrac-2m-sqrt-3-k-4-pi-sqrt-dfrac-m-k-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTYx-the-equation-of-simple-harmonic-motion-is-given-by-x-4-cm-sin6-28t-5-960-3-then-maximum-velocity-of-the-particle-in-simple-harmonic-motion-is-1-25-12-m-s-2-25-12-cm-s-3-12-56-m-s-4-12-56-cm-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTYz-a-spring-pendulum-is-placed-on-a-rotating-table-the-initial-angular-velocity-of-the-table-is-omega-0-and-the-time-period-of-the-pendulum-is-t-0-if-the-the-angular-velocity-of-the-table-becomes-2-omega https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTY1-if-the-vertical-spring-mass-system-is-dipped-in-a-non-viscous-liquid-then-1-only-the-mean-position-changes-2-only-the-time-period-changes-3-both-the-time-period-and-mean-position-change-4-both-the-tim https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTY2-the-displacement-x-of-a-particle-varies-with-time-t-as-x-a-sin-left-frac-2-pi-t-t-frac-pi-3-right-the-time-taken-by-the-particle-to-reach-from-x-frac-a-2-to-x-frac-a-2-will-be-1-frac-t-2-2-frac-t-3-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTY3-force-on-a-particle-f-varies-with-time-t-as-shown-in-the-given-graph-the-displacement-x-vs-time-t-graph-corresponding-to-the-force-time-graph-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTY4-the-time-period-of-a-simple-pendulum-in-a-stationary-trolley-is-t-1-if-the-trolley-is-moving-with-a-constant-speed-then-the-time-period-is-t-2-then-1-t-1-t-2-2-t-1-t-2-3-t-1-t-2-4-t-2-infty-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTY5-a-particle-executes-shm-with-a-frequency-of-20-text-hz-the-frequency-with-which-its-potential-energy-oscillates-is-1-5-text-hz-2-20-text-hz-3-10-text-hz-4-40-text-hz-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTcw-a-particle-is-moving-along-the-x-axis-the-speed-of-particle-v-varies-with-position-x-as-v2144-x29-1-the-time-period-of-s-h-m-is-1-960-unit-2-3-960-2unit-3-960-2unit-4-960-4unit-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTcx-a-block-of-mass-m-is-attached-to-a-massless-spring-of-spring-constant-k-with-the-other-end-of-the-spring-fixed-to-the-wall-of-a-trolley-initially-the-spring-is-unstretched-and-the-trolley-begins-to-mo https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTcy-a-body-of-mass-20-g-is-executing-shm-with-amplitude-5-cm-when-it-passes-through-the-equilibrium-position-its-speed-is-20-cm-s-what-would-be-the-distance-from-equilibrium-when-its-speed-becomes-10-cm-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTcz-for-a-simple-harmonic-oscillator-a-velocity-time-diagram-is-shown-the-angular-frequency-of-oscillation-is-1-242-rad-s-2-25-960-4-rad-s-3-25-rad-s-4-25-960-rad-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTc0-in-an-s-h-m-when-the-displacement-is-one-fourth-of-the-amplitude-the-ratio-of-total-energy-to-the-potential-energy-is-1-16-1-2-1-16-3-1-8-4-8-1-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTc1-a-particle-executing-s-h-m-its-displacement-x-varies-with-time-t-as-x-8sin4t-6cos4t-the-maximum-velocity-of-the-particle-will-be-1-20-unit-2-10-unit-3-40-unit-4-5-unit-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTc2-the-amplitude-of-oscillation-for-a-particle-executing-s-h-m-with-angular-frequency-960-rad-s-and-maximum-acceleration-5-960-2m-s2-is-1-25-cm-2-25-m-3-5-cm-4-5-m-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjA5-which-of-the-following-statements-is-true-for-an-ideal-simple-pendulum-1-the-expression-for-the-time-period-is-true-only-for-the-oscillation-of-infinitely-small-amplitude-2-the-motion-of-the-bob-is-ro https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjEw-a-mass-of-30-text-gm-is-attached-with-two-springs-having-spring-constants-100-text-n-m-and-200-text-n-m-and-other-ends-of-springs-are-attached-to-rigid-walls-as-shown-in-the-given-figure-the-angular-f https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjEx-if-a-bob-of-the-simple-pendulum-having-negative-charge-q-is-made-to-oscillate-in-a-uniform-electric-field-acting-vertically-upward-direction-then-its-time-period-1-increases-2-decreases-3-no-effect-of https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjEy-a-simple-pendulum-of-length-l-and-bob-of-mass-m-is-executing-s-h-m-with-amplitude-a-the-maximum-tension-in-the-string-will-be-1-mgll-a-2-mgl2-a2l2-3-mgl2l2-a2-4-mgl-al-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjEz-if-the-length-of-a-simple-pendulum-is-increased-by-3-text-what-will-be-the-percentage-change-in-its-time-period-1-3-text-2-6-text-3-1-5-text-4-2-5-text-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjE0-a-disc-is-oscillating-about-a-horizontal-axis-passing-through-its-rim-and-perpendicular-to-the-plane-of-the-disc-if-the-radius-of-the-disc-is-r-then-the-frequency-of-oscillation-is-1-2-960-3g2r-2-2-96 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjE1-the-amplitude-of-a-damped-oscillator-becomes-one-third-in-10-minutes-and-1n-times-of-the-original-value-in-30-minutes-the-value-of-n-is-1-81-2-3-3-9-4-27-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjE2-a-particle-is-executing-shm-with-time-period-t-the-time-taken-by-it-to-travel-from-mean-position-to-12-times-its-amplitude-is-equal-to-1-t6-2-t12-3-t8-4-t4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjE5-a-block-of-mass-2-kg-is-hanging-with-a-massless-spring-and-the-spring-is-stretched-by-40-cm-if-the-block-is-pulled-down-and-released-then-the-period-of-oscillation-is-here-g-10-m-s2-1-35-960-s-2-52-96 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjIw-a-spring-is-attached-vertically-to-the-ceiling-of-a-lift-and-the-lower-end-of-spring-is-connected-with-a-block-of-mass-2-text-kg-if-the-lift-starts-accelerating-upwards-with-an-acceleration-2-text-m-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjIx-the-motion-of-the-particle-is-started-at-t-0-and-the-equation-of-motion-is-given-by-x-8sin100t-960-6-where-x-is-in-cm-and-t-is-in-seconds-when-will-the-particle-come-to-rest-for-the-first-time-1-960-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjIy-what-will-be-the-frequency-of-oscillation-of-a-simple-pendulum-if-the-length-of-the-pendulum-is-equal-to-the-radius-of-earth-1-12-960-gr-2-1-960-gr-3-12-960-2gr-4-12-960-3gr-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjIz-the-graph-of-potential-energy-u-versus-displacement-x-is-shown-which-of-the-following-describes-the-oscillation-about-the-mean-position-x-0-text-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjI0-the-time-period-of-a-body-under-s-h-m-is-t1-and-t2-when-restoring-forces-f1-and-f2-respectively-act-on-it-what-will-be-the-time-period-of-s-h-m-when-both-the-forces-act-simultaneously-on-it-1-t1t2t1-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjI2-a-particle-is-subjected-to-two-mutually-perpendicular-shm-such-that-x-2sin-969-t-and-y-2sin-969-t-960-2-the-path-of-the-particle-will-be-1-an-ellipse-2-a-straight-line-3-a-parabola-4-a-circle-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjI3-suppose-that-a-pendulum-clock-is-carried-to-a-depth-of-32-text-km-inside-the-earth-radius-r-6400-text-km-to-have-the-correct-time-from-the-clock-by-what-percentage-the-effective-length-of-the-pendulum https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjI5-when-a-periodic-force-vec-f-1-acts-on-a-particle-the-particle-oscillates-according-to-the-equation-x-a-sin-omega-t-under-the-effect-of-another-periodic-force-vec-f-2-the-particle-oscillates-according https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjMw-a-particle-is-executing-shm-with-amplitude-a-and-angular-frequency-969-the-time-taken-by-the-particle-to-move-from-x-0-to-x-a-2-is-1-960-12-969-2-960-6-969-3-960-3-969-4-960-969-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjMx-a-spring-block-system-oscillates-with-a-time-period-t-on-the-earth-s-surface-when-the-system-is-brought-into-a-deep-mine-the-time-period-of-oscillation-becomes-t-then-one-can-conclude-that-1-t-t-2-t-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjMy-a-particle-executes-simple-harmonic-oscillations-under-the-effect-of-small-damping-if-the-amplitude-of-oscillation-becomes-half-of-the-initial-value-of-16-mm-in-five-minutes-then-what-will-be-the-ampl https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjMz-which-of-the-following-is-incorrect-about-simple-harmonic-oscillations-of-a-particle-1-the-force-and-acceleration-differ-in-phase-by-the-angle-of-90-circ-2-the-force-varies-linearly-with-displacement https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjM0-for-a-particle-executing-shm-the-graph-between-its-momentum-and-displacement-will-be-1-straight-line-2-hyperbola-3-parabola-4-ellipse-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjM1-a-particle-executes-shm-of-amplitude-10-m-and-period-4-s-along-a-straight-line-the-velocity-of-the-particle-at-a-distance-of-6-m-from-the-mean-position-is-1-2-960-m-s-2-4-960-m-s-3-6-960-m-s-4-5-4-960 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjM2-a-uniform-rod-of-mass-m-and-length-l-pivoted-from-its-one-end-is-executing-shm-with-time-period-t-if-rod-suddenly-breaks-from-the-middle-while-passing-through-its-mean-position-then-the-time-period-of https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjM3-a-pendulum-oscillates-about-its-mean-position-mathrm-c-the-position-where-the-speed-of-the-bob-becomes-maximum-is-ignore-all-dissipative-forces-1-mathrm-a-2-mathrm-b-3-mathrm-c-4-mathrm-d-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjM4-a-particle-executes-linear-shm-between-x-a-the-time-taken-to-go-from-0-to-a-2-is-t-1-and-to-go-from-a-2-to-a-is-t-2-then-1-t-1-t-2-3-t-1-t-2-4-t-1-2t-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjM5-the-position-x-in-centimeter-of-a-simple-harmonic-oscillator-varies-with-time-t-in-second-as-x-2cos0-5-960-t-960-3-the-magnitude-of-the-maximum-acceleration-of-the-particle-in-cm-s2-is-1-960-2-2-960-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjQw-a-horizontal-platform-is-executing-simple-harmonic-motion-in-the-vertical-direction-with-frequency-f-a-block-of-mass-m-is-placed-on-the-platform-what-is-the-maximum-amplitude-of-the-shm-so-that-the-bl https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjQx-a-body-at-the-end-of-a-spring-executes-s-h-m-with-a-period-t1-while-the-corresponding-period-for-another-spring-is-t2-if-the-period-of-oscillation-with-two-springs-in-series-is-t-then-1-t-t1-t2-2-t2-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjQy-a-body-is-executing-linear-s-h-m-at-a-position-x-its-potential-energy-is-e1-and-at-a-position-y-its-potential-energy-is-e2-the-potential-energy-at-the-position-x-y-is-1-e1-e2-2-e12-e22-3-e1-e2-2e1e2-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjQz-the-equation-of-a-particle-executing-simple-harmonic-motion-is-y-0-4sin2-960-t-960-3-where-t-is-in-seconds-and-y-is-in-meters-the-initial-phase-of-the-particle-is-1-2-960-t-960-3-2-960-3-3-7-960-3-4-8 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjQ0-an-ideal-spring-mass-system-has-a-time-period-of-vibration-t-if-the-spring-is-cut-into-4-identical-parts-and-same-mass-oscillates-with-one-of-these-parts-then-the-new-time-period-of-vibration-will-be https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjQ1-the-equation-of-a-particle-executing-simple-harmonic-motion-is-y-22sin314t-displacement-y-from-the-mean-position-where-acceleration-becomes-zero-is-y-is-in-cm-and-t-is-in-second-1-2-cm-2-0-3-12-cm-4-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjQ3-the-displacement-mathrm-x-of-an-shm-varies-with-time-mathrm-t-as-shown-in-the-figure-the-frequency-of-variation-of-potential-energy-is-1-5-text-hz-2-10-text-hz-3-40-text-hz-4-20-text-hz-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjQ4-a-simple-pendulum-bob-is-a-hollow-sphere-full-of-sand-suspended-by-means-of-a-wire-if-all-the-sand-is-drained-out-immediately-then-the-time-period-of-the-pendulum-will-1-increase-2-decrease-3-remain-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjQ5-a-simple-pendulum-of-length-l-is-suspended-from-the-ceiling-of-a-cart-which-is-sliding-without-friction-on-an-inclined-plane-of-inclination-952-the-time-period-of-the-pendulum-is-1-t-2-960-lg-2-t-2-96 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjUw-a-body-is-placed-on-a-horizontal-platform-that-is-undergoing-vertical-shm-if-the-amplitude-of-oscillation-is-40-cm-then-the-least-period-of-oscillation-for-which-an-object-placed-over-the-platform-is https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjUy-if-a-pendulum-giving-correct-time-on-the-ground-at-a-certain-place-is-moved-to-the-top-of-a-tower-320-m-high-then-the-loss-in-time-in-seconds-measured-by-the-pendulum-clock-in-one-week-is-1-15-12-2-7 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjUz-instantaneous-acceleration-in-ms-2-of-a-particle-executing-s-h-m-is-given-by-a-960-4sin-960-4t-960-6-the-maximum-speed-of-the-particle-will-occur-first-time-at-1-1-75-s-2-1-4-s-3-1-2-s-4-0-67-s-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjU0-a-particle-moves-according-to-the-equation-x-acos-960-2t-distance-covered-by-it-in-the-time-interval-of-t-0-to-t-3-s-is-symbols-have-their-usual-meanings-1-a-2-4a-3-3a-4-2a-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjU1-two-simple-pendulums-of-length-1-text-m-and-16-text-m-are-in-the-same-phase-at-the-mean-position-at-any-instant-if-t-is-the-time-period-of-the-smaller-pendulum-then-the-minimum-time-after-which-they-w https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjU3-a-body-of-mass-m-hanging-with-the-help-of-three-springs-each-of-spring-constant-k-as-shown-if-the-mass-is-slightly-displaced-and-released-then-the-system-will-oscillate-with-the-time-period-1-2-960-m3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjU4-a-block-of-mass-m-attached-to-a-spring-of-constant-k-oscillates-on-a-smooth-surface-the-other-end-of-the-spring-is-fixed-to-a-wall-when-spring-is-at-its-natural-length-the-speed-of-the-block-is-v-disp https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjU5-a-particle-under-shm-has-a-maximum-speed-of-30-cm-s-and-a-maximum-acceleration-of-60-cm-s-the-time-period-of-oscillation-in-second-is-1-960-2-2-2-960-3-960-4-4-960-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjYw-the-x-t-graph-of-a-particle-undergoing-shm-is-shown-below-the-acceleration-of-the-particle-at-t-43-is-1-332-960-3cm-s2-2-960-232cm-s2-3-960-232cm-s2-4-332-960-2cm-s2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjYx-the-position-time-y-t-graph-of-a-particle-executing-s-h-m-is-shown-the-time-period-of-the-particle-is-4-seconds-equation-of-particle-executing-s-h-m-is-1-y-6sin2-960-t-960-6-2-y-6sin-960-2t-960-3-3-y https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjYy-a-particle-starts-executing-shm-from-an-extreme-position-with-time-period-t-and-amplitude-a-the-distance-travelled-by-the-particle-in-time-15t18is-1-3-5-a-2-2-5-a-3-0-5-a-4-1-5-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjYz-two-tunnels-are-dug-across-the-earth-as-shown-in-the-figure-balls-a-and-b-are-dropped-in-the-tunnels-if-the-time-period-of-oscillation-of-ball-a-is-t-the-time-period-of-the-oscillation-of-ball-b-is-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjY0-select-the-correct-statement-s-regarding-s-h-m-1-the-average-speed-of-particle-executing-s-h-m-is-zero-in-one-complete-oscillation-2-the-graph-between-the-kinetic-and-potential-energy-of-a-particle-ex https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjY1-the-graph-between-the-velocity-v-of-a-particle-executing-shm-and-its-displacement-x-is-shown-in-the-figure-the-time-period-of-oscillation-for-this-shm-will-be-1-sqrt-frac-alpha-beta-2-2-pi-sqrt-frac-a https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjY2-the-displacement-of-a-body-performing-simple-harmonic-motion-is-represented-by-x-asin2-960-t-960-3-after-what-approximate-time-from-t-0-the-speed-of-the-particle-becomes-maximum-for-the-first-time-1-0 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjY3-a-particle-is-performing-s-h-m-with-a-time-period-8-s-and-starts-from-the-origin-the-ratio-of-distance-travelled-by-a-particle-in-1st-second-and-2nd-second-of-its-motion-is-1-2-2-2-1-3-2-1-4-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjY4-two-particles-are-executing-shm-about-the-same-mean-position-along-the-same-straight-line-with-the-same-amplitude-and-time-period-at-any-instant-they-meet-each-other-at-frac-a-2-while-moving-in-the-op https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjcw-a-small-block-of-mass-m-is-kept-on-a-wooden-plank-which-is-oscillating-in-the-vertical-plane-as-shown-with-time-period-t-the-amplitude-of-oscillation-at-which-block-leaves-contact-with-the-plank-is-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjcx-a-particle-performing-s-h-m-is-at-rest-at-points-p-and-q-which-are-at-a-distance-a-and-b-from-point-o-it-has-velocity-v-when-it-is-halfway-between-p-and-q-the-time-period-of-oscillation-is-1-b-ab-215 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjcy-the-time-period-of-a-simple-pendulum-in-a-stationary-lift-is-t-if-the-lift-moves-upwards-with-an-acceleration-g-then-the-new-time-period-will-be-1-infinite-2-0-6t-3-1-67t-4-0-707t-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjcz-acceleration-time-a-text-t-graph-for-a-particle-performing-shm-is-shown-in-the-figure-select-the-incorrect-statement-1-the-displacement-of-a-particle-at-a-is-negative-2-the-potential-energy-of-the-par https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjc0-a-particle-is-executing-s-h-m-such-that-its-acceleration-a-is-a-function-of-displacement-x-as-a-946-x-6-the-time-period-of-the-oscillation-is-1-960-946-2-960-2-946-3-2-960-2-946-4-2-960-946-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjc1-a-particle-of-mass-0-5-kg-is-executing-s-h-m-such-that-its-potential-energy-is-5-j-at-the-mean-position-if-its-total-mechanical-energy-is-9-j-and-the-amplitude-of-oscillation-is-1-cm-then-the-time-per https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjc2-the-total-mechanical-energy-of-a-linear-harmonic-oscillator-is-600-text-j-at-the-mean-position-its-potential-energy-is-100-text-j-the-minimum-potential-energy-of-the-oscillator-is-1-50-text-j-2-500-te https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjc3-a-general-graph-showing-variation-in-the-potential-energy-pe-of-a-particle-with-time-while-executing-simple-harmonic-motion-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjc5-two-simple-pendulums-of-lengths-1-44-m-and-1-m-start-s-h-m-together-in-the-same-phase-they-will-be-in-the-same-phase-again-after-1-6-vibrations-of-the-longer-pendulum-2-6-vibrations-of-the-smaller-pen https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjgw-a-spring-has-equilibrium-elongation-0-1-m-when-suspended-vertically-with-a-load-if-the-load-is-slightly-displaced-vertically-downward-and-released-then-the-time-period-of-shm-of-the-system-will-be-app https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjgx-select-the-correct-statements-regarding-potential-energy-u-in-the-simple-harmonic-motion-of-a-particle-along-x-text-axis-1-frac-du-dx-0-for-all-time-3-potential-energy-is-minimum-at-the-equilibrium-po https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjgy-a-simple-pendulum-is-pushed-slightly-from-its-equilibrium-towards-the-left-and-then-set-free-to-execute-the-simple-harmonic-motion-select-the-correct-graph-between-its-velocity-v-and-displacement-x-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjgz-simple-harmonic-motion-is-an-example-of-1-uniformly-accelerated-motion-2-uniform-motion-3-non-uniform-accelerated-motion-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjg0-a-particle-under-shm-takes-1-2-s-to-complete-one-vibration-minimum-time-taken-by-it-to-travel-from-mean-position-to-half-of-its-amplitude-is-1-0-2-s-2-0-1-s-3-0-4-s-4-0-3-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjg1-the-potential-energy-of-a-particle-executing-shm-at-the-extreme-position-and-mean-position-are-20-j-and-5-j-respectively-the-kinetic-energy-of-the-particle-at-the-mean-position-is-1-20-j-2-5-j-3-15-j https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjg2-equation-of-simple-harmonic-motion-of-a-particle-is-y-0-4-m-sin314t-where-time-t-is-in-second-frequency-of-vibration-of-the-particle-is-1-100-hz-2-75-hz-3-50-hz-4-25-hz-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjg3-a-particle-starts-shm-from-the-mean-position-its-amplitude-is-a-and-time-period-is-t-at-the-time-when-its-speed-is-half-of-its-maximum-speed-its-displacement-is-1-a2-2-a2-3-a32-4-2a3-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjg4-in-simple-harmonic-motion-the-acceleration-of-a-particle-is-1-always-zero-2-always-constant-3-maximum-at-the-extreme-position-4-maximum-at-the-equilibrium-position-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjg5-a-particle-moves-in-the-mathrm-xy-text-text-plane-according-to-the-equation-vec-r-left-5-hat-i-3-hat-j-right-text-sin-2t-the-motion-of-the-particle-is-along-1-a-straight-line-and-is-periodic-2-a-circl https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjkw-a-particle-is-performing-shm-with-amplitude-a-and-angular-velocity-omega-the-ratio-of-the-magnitude-of-maximum-velocity-to-maximum-acceleration-is-1-omega-2-dfrac-1-omega-3-omega-2-4-a-omega-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjkx-the-potential-energy-of-a-particle-executing-shm-is-2-5-j-when-its-displacement-is-half-of-the-amplitude-the-total-energy-of-the-particle-is-1-18-j-2-10-j-3-12-j-4-2-5-j-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjky-choose-the-incorrect-statement-1-all-shm-s-have-a-fixed-time-period-2-all-motions-having-the-same-time-period-are-shm-3-in-shm-the-total-energy-is-proportional-to-the-square-of-the-amplitude-4-phase-c https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjkz-if-a-simple-pendulum-is-suspended-from-the-roof-of-a-trolley-which-moves-in-the-horizontal-direction-with-an-acceleration-a-then-the-time-period-is-given-by-t-2-960-lg-where-g-is-equal-to-1-g-2-g-a-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjk0-in-the-given-figure-when-two-identical-springs-are-attached-with-a-body-of-mass-m-then-oscillation-frequency-is-f-if-one-spring-is-removed-then-the-frequency-will-become-1-f-2-2f-3-2f-4-f2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjk1-the-function-sin2-969-t-represents-1-an-shm-with-a-period-of-2-960-969-2-an-shm-with-a-period-of-960-969-3-a-periodic-motion-but-not-shm-with-a-period-of-2-960-969-4-a-periodic-motion-but-not-shm-with https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjk2-values-of-the-acceleration-a-of-a-particle-moving-in-simple-harmonic-motion-as-a-function-of-its-displacement-x-are-given-below-a-thinsp-mms-2-16-8-0-8-16-x-mm-4-2-0-2-4-the-period-of-the-motion-is-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjk3-the-acceleration-time-graph-of-a-particle-undergoing-shm-is-shown-in-the-figure-then-1-the-velocity-of-the-particle-at-point-2-is-zero-2-velocity-at-point-3-is-zero-3-velocity-at-point-2-is-ve-and-max https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjk4-for-a-particle-executing-simple-harmonic-motion-the-kinetic-energy-is-given-by-k-k-0-cos-2-omega-t-the-maximum-value-of-potential-energy-for-the-given-particle-1-maybe-k-0-2-must-be-k-0-3-maybe-more-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjk5-a-body-of-mass-m-is-situated-in-a-potential-field-the-potential-energy-of-the-body-is-given-by-ux-u01-coskx-where-x-is-position-k-and-u0-are-constant-period-of-small-oscillations-of-the-body-will-be-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzAw-a-particle-is-executing-shm-about-origin-along-x-axis-between-points-a-945-0-and-b-945-0-its-time-period-of-oscillation-is-t-the-magnitude-of-its-acceleration-t12-second-after-the-particle-reaches-poi https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzAx-a-particle-executes-linear-oscillation-such-that-its-epoch-is-zero-the-ratio-of-the-magnitude-of-its-displacement-in-1st-second-and-2nd-second-is-time-period-12-seconds-1-13-1-2-13-1-3-3-12-4-33-1-1-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzAy-a-block-of-mass-0-02-kg-is-connected-with-spring-and-is-free-to-oscillate-on-a-horizontal-smooth-surface-as-shown-the-angular-frequency-of-oscillation-is-2-rad-s-1-the-block-is-pulled-by-4-cm-from-equ https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzAz-a-particle-moves-on-a-circular-path-with-uniform-speed-about-the-origin-the-x-t-graph-will-be-x-value-of-x-coordinate-t-time-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzA0-a-simple-pendulum-has-time-period-t-the-bob-is-given-negative-charge-and-surface-below-it-is-given-a-positive-charge-the-new-time-period-will-be-1-less-than-t-2-greater-than-t-3-equal-to-t-4-infinite https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzA1-a-simple-pendulum-attached-to-the-ceiling-of-a-stationary-lift-has-a-time-period-of-1-s-the-distance-y-covered-by-the-lift-moving-downward-varies-with-time-as-y-3-75-t2-where-y-is-in-meters-and-t-is-i https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzA2-which-of-the-following-may-represent-the-potential-energy-of-a-body-in-shm-symbols-have-their-usual-meaning-a-m-omega-2a-2-b-dfrac-1-2-m-omega-2a-2-c-2a-2-dfrac-1-m-omega-2-choose-the-correct-option-f https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzA4-a-particle-moves-according-x-6cmcos-960-2t-average-velocity-of-the-particle-in-the-time-interval-between-t-0-to-t-3-s-is-1-1-cm-s-2-3-5-cm-s-3-2-cm-s-4-6-cm-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzA5-a-particle-performs-shm-with-frequency-f-the-frequencies-of-its-velocity-and-acceleration-are-respectively-1-f-f-2-dfrac-f-2-f-3-2f-f-4-f-2f-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzEx-force-acting-on-a-body-free-to-move-on-the-mathrm-x-axis-is-given-by-f-kx-n-where-k-is-a-positive-constant-for-which-value-of-n-motion-of-the-body-is-not-oscillatory-1-3-2-7-3-2-4-5-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzEy-in-a-forced-oscillation-when-the-system-oscillates-under-the-action-of-the-driving-force-f-f0-sin-omega-t-in-addition-to-its-internal-restoring-force-the-particle-oscillates-with-a-frequency-equal-to https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzEz-the-potential-energy-of-a-harmonic-oscillator-at-equilibrium-is-15-j-and-average-kinetic-energy-is-5-j-total-energy-at-any-instant-is-1-25-j-2-5-j-3-15-j-4-40-j-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzE1-a-particle-is-executing-s-h-m-graph-of-its-displacement-with-the-position-is-shown-in-the-figure-maximum-acceleration-of-the-particle-is-1-960-22m-s2-2-960-24m-s2-3-4-960-2-960-2m-s2-4-960-28m-s2-1-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzE2-a-uniform-spring-has-a-force-constant-k-it-is-cut-into-two-pieces-of-lengths-l1andl2-such-that-l1-nl2-time-period-of-oscillation-of-a-mass-m-with-spring-of-length-l1-is-1-2-960-mn-1nk-2-2-960-kn-1m-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzE3-a-body-executes-oscillations-under-the-effect-of-a-small-damping-force-if-the-amplitude-of-the-body-reduces-by-50-in-6-minutes-then-amplitude-after-the-next-12-minutes-will-be-initial-amplitude-is-a0 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzE4-a-particle-is-executing-shm-along-a-straight-line-path-then-which-of-the-following-statement-is-correct-1-acceleration-always-decreases-the-speed-of-the-particle-2-acceleration-is-constant-with-time-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzE5-two-pendulums-a-and-b-of-length-144-cm-and-100-cm-are-initially-in-the-same-phase-at-their-equilibrium-positions-after-how-much-complete-oscillations-of-b-they-come-in-the-same-phase-1-4-2-6-3-8-4-10 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzIw-the-time-period-of-the-spring-mass-system-depends-upon-1-the-gravity-of-the-earth-2-the-mass-of-the-block-3-spring-constant-4-both-2-3-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzIy-a-particle-is-moving-along-x-axis-x-in-meter-and-force-acting-on-particle-varies-as-f-5x-5n-then-1-the-motion-of-particle-will-be-circular-2-the-motion-of-particle-will-be-periodic-having-a-mean-posit https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMzIz-given-below-are-two-statements-assertion-a-the-periodic-time-of-a-hard-spring-is-more-as-compared-to-the-soft-spring-reason-r-the-spring-constant-of-hard-spring-is-less-choose-the-correct-option-from https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTg1NDYx-the-phase-difference-between-displacement-and-acceleration-of-a-particle-in-a-simple-harmonic-motion-is-1-dfrac-3-pi-2-text-rad-2-dfrac-pi-2-text-rad-3-zero-4-pi-text-rad-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk3ODYx-which-of-the-following-examples-represents-periodic-motion-1-a-swimmer-completes-one-return-trip-from-one-bank-of-a-river-to-the-other-and-back-2-a-freely-suspended-bar-magnet-is-displaced-from-its-n https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk3ODY4-which-of-the-following-examples-represent-simple-harmonic-motion-1-the-rotation-of-the-earth-about-its-axis-2-the-motion-of-an-oscillating-mercury-column-in-a-u-text-tube-3-general-vibrations-of-a-pol https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk3ODc0-the-figure-depicts-four-x-text-t-plots-for-the-linear-motion-of-a-particle-a-b-c-d-which-of-the-following-is-true-1-a-is-periodic-but-c-is-not-periodic-2-b-is-periodic-but-d-is-not-periodic-3-b-and-d https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk3ODc4-the-period-of-sin-omega-t-cos-omega-t-is-1-frac-pi-omega-2-frac-4-pi-omega-3-frac-3-pi-omega-4-frac-2-pi-omega-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk3ODk3-y-sin-3-omega-t-is-1-a-simple-harmonic-function-2-a-simple-harmonic-function-but-not-a-periodic-function-3-both-periodic-and-simple-harmonic-functions-4-only-periodic-function-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5NzY5-a-particle-is-in-linear-simple-harmonic-motion-between-two-points-a-and-b-10-text-cm-apart-take-the-direction-from-a-to-b-as-the-positive-direction-the-signs-of-velocity-acceleration-and-force-on-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5Nzcz-which-of-the-following-relationships-between-the-acceleration-a-and-the-displacement-x-of-a-particle-involves-simple-harmonic-motion-1-a-0-7-x-2-a-200-x-2-3-a-10-x-4-a-100-x-3-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5Nzc2-a-spring-balance-has-a-scale-that-reads-from-0-to-50-kg-the-length-of-the-scale-is-20-cm-a-body-suspended-from-this-balance-when-displaced-and-released-oscillates-with-a-period-of-0-6-s-what-is-the-we https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5Nzc5-a-spring-having-a-spring-constant-of-1200-n-m-is-mounted-on-a-horizontal-table-as-shown-in-the-figure-a-mass-of-3-kg-is-attached-to-the-free-end-of-the-spring-the-mass-is-then-pulled-sideways-to-a-dis https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5Nzk3-a-spring-having-a-spring-constant-of-1200-n-m-is-mounted-on-a-horizontal-table-as-shown-in-the-figure-a-mass-of-3-kg-is-attached-to-the-free-end-of-the-spring-the-mass-is-then-pulled-sideways-to-a-dis https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5Nzk4-the-piston-in-the-cylinder-head-of-a-locomotive-has-a-stroke-twice-the-amplitude-of-1-0-m-if-the-piston-moves-with-simple-harmonic-motion-with-an-angular-frequency-of-200-rad-min-what-is-its-maximum-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5Nzk5-the-acceleration-due-to-gravity-on-the-surface-of-the-moon-is-1-7-m-s-2-what-is-the-time-period-of-a-simple-pendulum-on-the-surface-of-the-moon-if-its-time-period-on-the-surface-of-the-earth-is-3-5-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5ODAw-what-is-the-frequency-of-oscillation-of-a-simple-pendulum-mounted-in-a-cabin-that-is-freely-falling-under-gravity-1-100-s-ndash-1-2-zero-3-150-s-ndash-1-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5ODAx-a-simple-pendulum-of-length-l-and-having-a-bob-of-mass-m-is-suspended-in-a-car-the-car-is-moving-on-a-circular-track-of-radius-r-with-a-uniform-speed-v-if-the-pendulum-makes-small-oscillations-in-a-ra https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5ODAy-a-cylindrical-piece-of-cork-of-density-rho-and-base-area-a-and-height-h-floats-in-a-liquid-of-density-rho-l-the-cork-is-depressed-slightly-and-then-released-if-the-cork-oscillates-up-and-down-simple-h https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5ODAz-an-air-chamber-of-volume-v-has-a-neck-area-of-cross-section-a-into-which-a-ball-of-mass-m-just-fits-and-can-move-up-and-down-without-any-friction-as-shown-in-the-figure-when-the-ball-is-pressed-down-a https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5ODA0-a-circular-disc-of-mass-10-kg-is-suspended-by-a-wire-attached-to-its-centre-the-wire-is-twisted-by-rotating-the-disc-and-released-the-period-of-torsional-oscillations-is-found-to-be-1-5-sec-the-radius https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5ODA1-a-body-describes-simple-harmonic-motion-with-an-amplitude-of-5-cm-and-a-period-of-0-2-sec-what-is-the-acceleration-of-the-body-when-the-displacement-is-5-cm-1-minus-3-pi-2-ms-minus-2-2-5-pi-2-ms-minus https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5ODA2-a-body-describes-simple-harmonic-motion-with-an-amplitude-of-5-text-cm-and-a-period-of-0-2-text-s-what-is-the-velocity-of-the-body-when-the-displacement-is-3-text-cm-1-0-4-pi-text-m-s-2-0-3-0-5-pi-tex https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTk5ODA3-a-mass-attached-to-a-spring-is-free-to-oscillate-with-angular-velocity-omega-in-a-horizontal-plane-without-friction-or-damping-it-is-pulled-to-a-distance-x-0-and-pushed-towards-the-centre-with-a-veloc https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTUw-identify-the-correct-definition-1-if-after-every-certain-interval-of-time-a-particle-repeats-its-motion-then-the-motion-is-called-periodic-motion-2-to-and-fro-motion-of-a-particle-is-called-oscillator https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTUx-the-displacement-of-a-particle-executing-s-h-m-is-given-by-x-0-01sin100-960-t-0-05-the-time-period-is-1-0-01-s-2-0-02-s-3-0-1-s-4-0-2-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTUy-a-boy-is-swinging-in-a-swing-if-he-stands-the-time-period-will-1-first-decrease-then-increase-2-decrease-3-increase-4-remain-same-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTUz-the-time-period-of-a-simple-pendulum-in-a-freely-falling-lift-will-be-1-finite-2-infinite-3-zero-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTU0-if-the-effective-length-of-a-simple-pendulum-is-equal-to-the-radius-of-the-earth-r-the-time-period-will-be-1-t-960-rg-2-t-2-960-2rg-3-t-2-960-rg-4-t-2-960-r2g-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTU1-a-body-executing-s-h-m-along-a-straight-line-has-a-velocity-of-3-ms-1-when-it-is-at-a-distance-of-4-m-from-its-mean-position-and-4-ms-1-when-it-is-at-a-distance-of-3-m-from-its-mean-position-its-angul https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTU2-the-frequency-of-oscillation-of-a-mass-m-suspended-by-a-spring-is-957-1-if-the-length-of-the-spring-is-cut-to-one-third-then-the-same-mass-oscillates-with-a-frequency-957-2-then-1-957-2-3-957-1-2-3-95 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTU3-the-plot-of-velocity-v-versus-displacement-x-of-a-particle-executing-simple-harmonic-motion-is-shown-in-the-figure-the-time-period-of-osciliation-of-the-particle-is-1-xa0-x3c0-2-xa0-s-2-xa0-x3c0-s-3-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTU4-the-equation-of-simple-harmonic-motion-may-not-be-expressed-as-each-term-has-its-usual-meaning-1-x-asin-969-t-981-2-x-acos-969-t-981-3-x-asin-969-t-bcos-969-t-4-x-asin-969-t-981-bsin-2-969-t-981-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTU5-if-a-particle-is-executing-simple-harmonic-motion-then-the-acceleration-of-the-particle-1-is-uniform-2-varies-linearly-with-time-3-is-non-uniform-4-both-2-3-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTYw-what-is-the-phase-difference-between-the-acceleration-and-the-velocity-of-a-particle-executing-simple-harmonic-motion-1-zero-2-960-2-3-960-4-2-960-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTYx-the-shape-of-the-graph-plotted-between-the-velocity-and-the-position-of-a-particle-executing-simple-harmonic-motion-is-1-a-straight-line-2-an-ellipse-3-a-parabola-4-a-hyperbola-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTYy-if-a-particle-is-executing-simple-harmonic-motion-with-time-period-t-then-the-time-period-of-its-total-mechanical-energy-is-1-zero-2-t2-3-2t-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTYz-select-the-wrong-statement-about-simple-harmonic-motion-1-the-body-is-uniformly-accelerated-2-the-velocity-of-the-body-changes-smoothly-at-all-instants-3-the-amplitude-of-oscillation-is-symmetric-abou https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTY0-a-particle-is-executing-shm-with-time-period-t-starting-from-the-mean-position-the-time-taken-by-it-to-complete-58-oscillations-is-1-t12-2-t6-3-5t12-4-7t12-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTY1-a-particle-is-executing-s-h-m-between-x-177-a-the-time-taken-to-go-from-0-to-a2-is-t1-and-to-go-from-a2-to-a-is-t2-then-1-t1-t2-3-t1-t2-4-t1-2t2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTY2-for-a-particle-executing-simple-harmonic-motion-the-amplitude-is-a-and-the-time-period-is-t-the-maximum-speed-will-be-1-4at-2-2at-3-2-960-at-4-2-960-at-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTY3-a-particle-is-executing-s-h-m-with-an-amplitude-a-and-has-maximum-velocity-v0-its-speed-at-displacament-3a4-will-be-1-74v0-2-v02-3-v0-4-32v0-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTY4-two-particles-executing-shm-of-the-same-frequency-meet-at-x-a-2-while-moving-in-opposite-directions-the-phase-difference-between-the-particles-is-1-960-6-2-960-3-3-5-960-6-4-2-960-3-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTY5-the-displacements-of-two-particles-executing-shm-on-the-same-line-are-given-as-y1-asin-960-2t-981-and-y2-bsin2-960-3t-981-the-phase-difference-between-them-at-t-1-sec-is-1-960-2-960-2-3-960-4-4-960-6 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTcw-for-a-particle-showing-motion-under-the-force-f-5-x-2-2-the-motion-is-1-translatory-2-oscillatory-3-shm-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTcx-for-a-particle-showing-motion-under-the-force-f-5-x-2-the-motion-is-1-translatory-2-oscillatory-3-shm-4-both-2-3-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTcy-two-identical-springs-have-the-same-force-constant-73-5-nm-1-the-elongation-produced-in-each-spring-in-three-cases-shown-in-figure-1-figure-2-and-figure-3-are-g-9-8-ms-2-1-16m-23m-13m-2-13m-13m-13m-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTc0-a-particle-of-mass-10-g-is-undergoing-shm-of-amplitude-10-cm-and-period-0-1-sec-the-maximum-value-of-the-force-on-the-particle-is-about-1-5-6-n-2-2-75-n-3-3-5-n-4-4-n-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTc1-which-of-the-following-graphs-best-represents-the-variation-of-acceleration-apos-a-apos-of-a-particle-executing-shm-with-displacement-x-1-xa0-2-xa0-3-xa0-4-xa0-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTc3-two-masses-m1-1-kg-and-m2-0-5-kg-are-executing-shm-together-suspended-by-a-massless-spring-of-spring-constant-12-5-nm-1-when-masses-are-in-equilibrium-m1-is-removed-without-disturbing-the-system-the-n https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTc4-a-mass-m-is-attached-to-two-springs-of-the-same-force-constant-k-as-shown-in-the-following-four-arrangements-if-xa0-t1-xa0-t2-xa0-t3-and-xa0-t4-respectively-be-the-time-periods-of-oscillations-in-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTgz-a-particle-of-mass-4-kg-moves-simple-harmonically-such-that-its-pe-u-varies-with-position-x-as-shown-in-the-figure-the-period-of-oscillations-is-1-xa0-2-x3c0-25-xa0-s-2-xa0-x3c0-25-xa0-s-3-xa0-4-x3c0 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTg0-the-kinetic-energy-and-potential-energy-of-a-particle-executing-s-h-m-are-equal-when-displacement-in-terms-of-amplitude-a-is-1-a2-2-a2-3-a23-4-a2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTg1-two-identical-pendulums-oscillate-with-a-constant-phase-difference-960-4-and-the-same-amplitude-if-the-maximum-velocity-of-one-is-v-the-maximum-velocity-of-the-other-will-be-1-v-2-2v-3-2v-4-v2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTg2-a-simple-pendulum-suspended-from-the-ceiling-of-a-stationary-lift-has-period-t0-when-the-lift-descends-at-a-steady-speed-the-period-is-t1-and-when-it-descends-with-constant-downward-acceleration-the-p https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTg3-if-a-second-s-pendulum-is-moved-to-a-planet-where-the-acceleration-due-to-gravity-is-4-times-the-acceleration-due-to-gravity-on-earth-to-keep-the-time-period-of-the-second-s-pendulum-same-the-length-o https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTg5-two-pendulums-of-lengths-1-21-m-and-1-0-m-start-vibrating-at-some-instant-the-two-are-at-the-mean-position-in-the-same-phase-after-how-many-vibrations-of-the-longer-pendulum-the-two-will-be-in-the-pha https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTkw-the-time-period-of-oscillations-of-a-simple-pendulum-is-1-minute-if-its-length-is-increased-by-44-then-its-new-time-period-of-oscillations-will-be-1-96-s-2-58-s-3-82-s-4-72-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1Njcx-a-simple-pendulum-is-oscillating-in-a-trolley-moving-on-a-horizontal-straight-road-with-constant-acceleration-a-if-the-direction-of-motion-of-the-trolley-is-taken-as-positive-x-direction-and-the-verti https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1Njcy-the-time-period-of-oscillations-of-a-second-s-pendulum-on-the-surface-of-a-planet-having-mass-and-radius-doubled-of-those-of-earth-is-1-4-s-2-1-s-3-2-s-4-22-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1Njc0-a-hollow-metal-sphere-is-filled-with-water-through-a-small-hole-in-it-it-is-hung-by-a-long-thread-and-is-made-to-oscillate-water-slowly-flows-out-of-the-hole-at-the-bottom-select-the-correct-variation https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1Njc1-a-uniform-rod-of-mass-m-and-length-l-is-suspended-about-its-end-the-time-period-of-small-angular-oscillations-is-1-xa0-2-x3c0-lg-2-xa0-2-x3c0-2lg-3-xa0-2-x3c0-2l3g-4-xa0-2-x3c0-l3g-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1Njc2-a-uniform-disc-of-mass-m-and-radius-r-is-suspended-in-a-vertical-plane-from-a-point-on-its-periphery-its-time-period-of-oscillation-is-1-2-960-3rg-2-2-960-r3g-3-2-960-2r3g-4-2-960-3r2g-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1Njg0-a-block-of-mass-m-hangs-from-three-springs-having-the-same-spring-constant-k-if-the-mass-slightly-displaced-downwards-the-time-period-oscillations-will-be-1-xa0-2-x3c0-m3k-2-xa0-2-x3c0-3m2k-3-xa0-2-x3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1Njk3-a-spring-block-system-in-horizontal-oscillation-has-a-time-period-t-now-the-spring-is-cut-into-four-equal-parts-and-the-block-is-re-connected-with-one-of-the-parts-the-new-time-period-of-the-vertical https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1Njk4-a-block-of-mass-m-is-suspended-separately-by-two-different-springs-having-time-periods-t1-and-t2-if-the-same-mass-is-connected-to-the-parallel-combination-of-both-springs-then-its-time-period-is-given https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1Njk5-in-damped-oscillations-the-damping-force-is-directly-proportional-to-the-speed-of-the-oscillator-if-amplitude-becomes-half-of-its-maximum-value-in-1-sec-then-after-2-sec-the-amplitude-of-the-damped-os https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NzAw-for-forced-oscillations-a-particle-oscillates-in-a-simple-harmonic-fashion-with-a-frequency-equal-to-1-the-frequency-of-driving-force-2-the-mean-of-frequency-of-driving-force-and-natural-frequency-of https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NzAx-resonance-is-a-special-case-of-1-forced-oscillations-2-damped-oscillations-3-undamped-oscillations-4-coupled-oscillations-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NzAy-the-shm-of-a-particle-is-given-by-the-equation-x-2sin-969-t-4cos-969-t-its-amplitude-of-oscillations-is-1-4-units-2-2-units-3-6-units-4-25-units-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjEzNTQz-which-of-the-diagrams-represents-variation-of-the-total-mechanical-energy-of-a-pendulum-oscillating-in-air-as-a-function-of-time-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjE0MjA3-the-rotation-of-the-earth-about-its-axis-is-1-periodic-motion-2-simple-harmonic-motion-3-periodic-and-simple-harmonic-motion-4-non-periodic-motion-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDY1-the-displacement-of-a-particle-is-represented-by-the-equation-y-3-cos-left-frac-pi-4-omega-t-right-the-motion-of-the-particle-is-1-simple-harmonic-with-period-dfrac-2-pi-omega-2-simple-harmonic-with-p https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDY2-the-displacement-of-a-particle-is-represented-by-the-equation-y-sin-3-omega-t-the-motion-is-1-non-periodic-2-periodic-but-not-simple-harmonic-3-simple-harmonic-with-period-2-pi-omega-4-simple-harmonic https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDY3-the-relations-between-acceleration-and-displacement-of-four-particles-are-given-below-which-one-of-the-particles-is-executing-simple-harmonic-motion-1-a-1-2x-2-a-1-2x-2-3-a-1-2x-2-4-a-1-2x-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDY5-a-particle-is-acted-simultaneously-by-mutually-perpendicular-simple-harmonic-motion-x-a-text-cos-and-y-a-text-sin-the-trajectory-of-motion-of-the-particle-will-be-1-an-ellipse-2-a-parabola-3-a-circle https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDcw-the-displacement-of-a-particle-varies-with-time-according-to-the-relation-y-a-text-sin-omega-t-b-text-cos-omega-t-1-the-motion-is-oscillatory-but-not-shm-2-the-motion-is-shm-with-amplitude-a-b-3-the-m https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDcx-four-pendulums-a-b-c-and-d-are-suspended-from-the-same-elastic-support-as-shown-in-the-figure-a-and-c-are-of-the-same-length-while-b-is-smaller-than-a-and-d-is-large-than-a-if-a-is-given-a-transverse https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDcy-the-figure-shows-the-circular-motion-of-a-particle-the-radius-of-the-circle-the-period-the-sense-of-revolution-and-the-initial-position-are-indicated-in-the-figure-the-simple-harmonic-motion-of-the-x https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDcz-the-equation-of-motion-of-a-particle-is-x-a-text-cos-alpha-t-2-the-motion-is-1-periodic-but-not-oscillatory-2-periodic-and-oscillatory-3-oscillatory-but-not-periodic-4-neither-periodic-nor-oscillatory https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDc0-a-particle-executing-shm-has-a-maximum-speed-of-30-cm-s-and-a-maximum-acceleration-of-60-cm-s2-the-period-of-oscillation-is-1-pi-s-2-dfrac-pi-2-s-3-2-pi-s-4-dfrac-pi-4-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDc1-when-a-mass-m-is-connected-individually-to-two-springs-s-1-and-s-2-the-oscillation-frequencies-are-nu-1-and-nu-2-if-the-same-mass-is-attached-to-the-two-springs-as-shown-in-the-figure-the-oscillation https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDc3-the-following-statements-are-given-for-a-simple-harmonic-oscillator-a-the-force-acting-is-directly-proportional-to-the-displacement-from-the-mean-position-and-opposite-to-it-b-motion-is-periodic-c-acc https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDc4-the-displacement-time-graph-of-a-particle-executing-shm-is-shown-in-the-figure-then-a-the-force-is-zero-at-t-dfrac-3t-4-b-the-acceleration-is-maximum-at-t-dfrac-4t-4-c-the-velocity-is-maximum-at-t-dfr https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDc5-a-body-is-performing-shm-then-its-a-average-total-energy-per-cycle-is-equal-to-its-maximum-kinetic-energy-b-average-kinetic-energy-per-cycle-is-equal-to-half-of-its-maximum-kinetic-energy-c-mean-veloc https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDkx-a-mass-m-is-attached-to-a-spring-system-as-shown-in-the-figure-if-the-mass-is-displaced-from-its-equilibrium-position-and-then-released-what-is-the-time-period-of-its-oscillation-1-2-pi-sqrt-dfrac-m-k https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NzMx-the-rotation-of-the-earth-about-its-axis-is-a-periodic-motion-b-simple-harmonic-motion-c-periodic-but-not-simple-harmonic-motion-d-non-periodic-motion-choose-the-correct-alternatives-1-a-b-d-2-a-c-3-b https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3ODQ1-the-motion-of-a-ball-bearing-inside-a-smooth-curved-bowl-when-released-from-a-point-slightly-above-the-lower-point-is-a-simple-harmonic-motion-b-non-periodic-motion-c-periodic-motion-d-periodic-but-no https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjQ1MDcy-from-the-given-functions-identify-the-function-which-represents-a-periodic-motion-1-e-omega-t-2-text-log-e-omega-t-3-text-sin-omega-t-text-cos-omega-t-4-e-omega-t-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODQ5-on-average-a-human-heart-is-found-to-beat-75-times-in-a-minute-its-frequency-and-period-respectively-are-1-2-25-hz-and-0-8-sec-2-1-35-hz-and-0-9-sec-3-1-25-hz-and-0-8-sec-4-1-25-khz-and-0-8-sec-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODUx-which-of-the-following-functions-of-time-represent-s-periodic-motion-omega-is-any-positive-constant-a-sin-omega-t-cos-omega-t-b-sin-omega-t-cos-2-omega-t-sin4-omega-t-c-e-omega-t-d-mathrm-log-omega-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODUy-the-time-period-of-the-following-periodic-motions-respectively-are-a-sin-omega-t-cos-omega-t-b-sin-omega-t-cos2-omega-t-sin4-omega-t-1-dfrac-2-pi-omega-text-and-dfrac-2-pi-3-omega-2-dfrac-2-pi-omega-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODU0-the-figure-given-below-depicts-two-circular-motions-the-radius-of-the-circle-the-period-of-revolution-the-initial-position-and-the-sense-of-revolution-are-indicated-in-the-figures-equations-of-the-x-p https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODU1-a-body-oscillates-with-shm-according-to-the-equation-in-si-units-x-5-cos-left-2-pi-t-frac-pi-4-right-at-t-1-5-s-the-displacement-and-speed-of-the-body-respectively-are-1-3-535-text-m-text-and-24-text https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODU2-two-identical-springs-of-spring-constant-k-are-attached-to-a-block-of-mass-m-and-to-fixed-supports-as-shown-in-the-figure-when-the-mass-is-displaced-from-its-equilibrium-position-on-either-side-it-exe https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODU4-a-block-whose-mass-is-1-kg-is-fastened-to-a-spring-the-spring-has-a-spring-constant-of-50-text-nm-1-the-block-is-pulled-to-a-distance-x-10-cm-from-its-equilibrium-position-at-x-0-on-a-frictionless-sur https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODU5-what-is-the-length-of-a-simple-pendulum-which-ticks-seconds-1-0-5-text-m-2-1-text-m-3-5-text-m-4-2-text-m-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODYx-a-5-kg-collar-is-attached-to-a-spring-of-spring-constant-500-n-m-it-slides-without-friction-over-a-horizontal-rod-the-collar-is-displaced-from-its-equilibrium-position-by-10-0-cm-and-released-the-peri https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODYy-for-the-damped-oscillator-shown-in-the-figure-the-mass-m-of-the-block-is-200-g-k-90-n-m-and-the-damping-constant-b-is-40-g-s-the-period-of-oscillation-is-1-0-03-s-2-0-3-s-3-3-s-4-3-4-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODkw-which-of-the-following-statements-is-are-correct-a-motion-of-a-kink-in-a-longitudinal-spring-produced-by-displacing-one-end-of-the-spring-sideways-is-transverse-and-longitudinal-both-b-waves-produced https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcyMjc2-a-body-oscillates-with-shm-according-to-the-equation-in-si-units-x-5-cos-left-2-pi-t-dfrac-pi-4-right-at-t-1-5-text-s-acceleration-of-the-body-will-be-1-140-text-cm-text-s-2-2-160-text-m-text-s-2-3-14 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcyMjc4-a-block-is-fastened-to-a-spring-the-spring-has-a-spring-constant-of-50-n-m-ndash-1-the-block-is-pulled-to-a-distance-x-10-cm-from-its-equilibrium-position-at-x-0-on-a-frictionless-surface-from-rest-at https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcyNDM0-for-the-damped-oscillator-shown-in-the-figure-the-mass-m-of-the-block-is-200-g-k-90-n-m-and-the-damping-constant-b-is-40-g-s-the-time-taken-for-its-amplitude-of-vibrations-to-drop-to-half-of-its-initi https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcyNDM5-for-the-damped-oscillator-shown-in-the-figure-the-mass-m-of-the-block-is-200-g-k-90-n-m-and-the-damping-constant-b-is-40-g-s-the-time-taken-for-its-mechanical-energy-to-drop-to-half-its-initial-value https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc0ODYz-the-graph-shows-displacement-versus-time-graph-for-a-particle-performing-shm-along-x-axis-given-by-x-asin-969-t-981-value-of-the-initial-phase-981-of-the-particle-is-1-960-4-2-960-2-3-960-6-4-960-1-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc0ODY1-the-given-graph-shows-displacement-versus-time-graph-for-a-particle-performing-simple-harmonic-motion-shm-for-two-values-of-the-initial-phase-981-the-correct-equation-for-the-shm-that-can-be-deduced-f https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc0ODcw-the-figure-given-below-shows-the-graphs-for-amplitudes-of-forced-oscillations-in-resonance-conditions-for-different-damping-conditions-one-of-the-conclusions-that-can-be-drawn-from-the-graph-above-is https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc3MTE3-if-a-body-is-executing-simple-harmonic-motion-with-frequency-n-then-the-frequency-of-its-potential-energy-is-1-3n-2-4n-3-n-4-2n-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc3MTMy-a-spring-is-stretched-by-5-text-cm-by-a-force-10-text-n-the-time-period-of-the-oscillations-when-a-mass-of-2-text-kg-is-suspended-by-it-is-1-3-14-text-s-2-0-628-text-s-3-0-0628-text-s-4-6-28-text-s-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzE3MDcz-which-one-of-the-following-statement-s-is-correct-about-simple-harmonic-motion-1-simple-harmonic-motion-can-take-place-in-a-noninertial-frame-2-in-a-noninertial-frame-the-ratio-of-the-force-applied-wi https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzM5MzU5-two-pendulums-of-length-121-text-cm-and-100-text-cm-start-vibrating-in-phase-at-some-instant-the-two-are-at-their-mean-position-in-the-same-phase-the-minimum-number-of-vibrations-of-the-shorter-pendul https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzM5NzM1-during-simple-harmonic-motion-of-a-body-the-energy-at-the-extreme-position-is-1-both-kinetic-and-potential-2-is-always-zero-3-purely-kinetic-4-purely-potential-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2NTQ3-identify-the-function-which-represents-a-non-periodic-motion-1-e-omega-t-2-text-sin-omega-t-3-text-sin-omega-t-text-cos-omega-t-4-text-sin-omega-t-pi-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2NTgw-the-restoring-force-of-a-spring-with-a-block-attached-to-the-free-end-of-the-spring-is-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2NTkw-match-list-i-with-list-ii-list-i-x-text-y-graphs-list-ii-situations-a-i-total-mechanical-energy-is-conserved-b-ii-bob-of-a-pendulum-is-oscillating-under-negligible-air-friction-c-iii-restoring-force-o https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY2OTU3-the-displacement-time-x-text-t-graph-of-a-particle-performing-simple-harmonic-motion-is-shown-in-the-figure-the-acceleration-of-the-particle-at-t-2-s-is-1-dfrac-pi-2-16-text-ms-2-2-dfrac-pi-2-8-text-m https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY4MzY2-a-simple-pendulum-oscillating-in-air-has-a-period-of-sqrt3-s-if-it-is-completely-immersed-in-non-viscous-liquid-having-density-left-dfrac14-right-text-th-of-the-material-of-the-bob-the-new-period-will https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU0OTgx-if-x-5-mathrm-sin-left-pi-t-dfrac-pi-3-right-text-m-represents-the-motion-of-a-particle-executing-simple-harmonic-motion-the-amplitude-and-time-period-of-motion-respectively-are-1-5-text-m-2-text-s-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU1MDAy-if-the-mass-of-a-bob-in-a-simple-pendulum-is-increased-to-thrice-its-original-mass-and-its-length-is-made-half-its-original-length-then-the-new-time-period-of-oscillation-is-dfrac-x-2-times-its-origin https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU2NzU1-if-t-1-t-2-t-3-t-4-and-t-5-represent-the-tension-in-the-string-of-a-simple-pendulum-when-the-bob-is-at-the-left-extreme-right-extreme-mean-any-intermediate-left-and-any-intermediate-right-positions-re https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDQz-a-particle-moves-in-a-circular-path-with-a-continuously-increasing-speed-its-motion-is-1-periodic-2-oscillatory-3-simple-harmonic-4-none-of-them-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzEyMzY1-trains-travel-between-station-a-and-station-b-on-the-way-up-from-a-text-to-b-they-travel-at-a-speed-of-80-text-km-h-while-on-the-return-trip-the-trains-travel-at-twice-that-speed-the-services-are-main https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQxMDEx-a-particle-undergoes-shm-with-an-amplitude-of-10-cm-and-a-time-period-of-4-s-the-average-velocity-of-the-particle-during-the-course-of-its-motion-from-its-mean-position-to-its-extreme-position-is-1-5 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQzMjY3-two-shms-of-the-form-x-a-a-text-sin-omega-t-y-a-a-text-sin-omega-t-are-superposed-on-a-particle-along-x-and-y-directions-the-resultant-of-these-motions-is-1-circular-motion-2-shm-along-x-axis-3-shm-al https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1MTMz-a-particle-executes-shm-along-a-straight-line-statement-i-a-graph-of-its-acceleration-vs-displacement-from-mean-position-is-a-straight-line-statement-ii-a-graph-of-its-velocity-vs-displacement-from-me https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzE0NDgw-the-maximum-speed-and-acceleration-of-a-particle-undergoing-shm-are-v-0-and-a-0-respectively-the-time-period-of-the-shm-is-1-dfrac-2-pi-v-0-a-0-2-dfrac-2-pi-a-0-v-0-3-dfrac-v-0-a-0-4-dfrac-2v-0-a-0-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjYzNzg1-if-the-time-of-mean-position-from-amplitude-extreme-position-is-6-seconds-then-the-frequency-of-shm-will-be-1-0-01-text-hz-2-0-02-text-hz-3-0-03-text-hz-4-0-04-text-hz-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDEz-the-time-period-of-a-particle-in-simple-harmonic-motion-is-equal-to-the-time-between-consecutive-appearances-of-the-particle-at-a-particular-point-in-its-motion-this-point-is-1-the-mean-position-2-an https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzM3NzA0-a-particle-moves-in-a-plane-such-that-its-displacements-are-the-sum-of-two-displacements-vec-r-1-and-vec-r-2-each-of-which-undergo-shm-in-opposite-phase-with-respect-to-the-other-but-of-unequal-amplit https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzE0NDg0-a-particle-moves-in-the-x-y-plane-according-to-the-equation-x-a-cos-2-omega-t-and-y-a-sin-2-omega-t-then-the-particle-undergoes-1-uniform-motion-along-the-line-x-y-a-2-uniform-circular-motion-along-x https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjUwOTg3-two-particles-are-oscillating-along-two-close-parallel-straight-lines-side-by-side-with-the-same-frequency-and-amplitudes-they-pass-each-other-moving-in-opposite-directions-when-their-displacement-is https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjYzNzkw-a-particle-executing-simple-harmonic-motion-of-amplitude-5-text-cm-has-a-maximum-speed-of-31-4-text-cm-s-the-frequency-of-its-oscillation-will-be-1-1-text-hz-2-3-text-hz-3-2-text-hz-4-4-text-hz-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTU1NTE-the-radius-of-the-circle-the-period-of-revolution-initial-position-and-direction-of-revolution-are-indicated-in-the-figure-the-y-projection-of-the-radius-vector-of-rotating-particle-p-will-be-1-y-t-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY0Njk4-when-a-mass-is-suspended-separately-by-two-different-springs-in-successive-order-then-the-time-period-of-oscillations-is-t-1-and-t-2-respectively-if-it-is-connected-by-both-springs-as-shown-in-the-fig https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQzMjY4-given-below-are-two-statements-statement-i-if-the-acceleration-of-a-particle-is-directed-towards-a-fixed-point-and-proportional-to-the-distance-from-that-point-the-motion-is-shm-statement-ii-during-sh https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDI4-the-average-energy-in-one-time-period-in-simple-harmonic-motion-is-1-dfrac-1-2-m-omega-2-a-2-2-dfrac-1-4-m-omega-2-a-2-3-m-omega-2-a-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1MTM0-the-effective-spring-constant-in-calculating-the-time-period-of-shm-of-the-system-of-springs-and-the-block-is-1-k-1-k-2-2-k-1-k-2-3-big-dfrac-1-k-1-dfrac-1-k-2-big-1-4-big-dfrac-1-k-1-dfrac-1-k-2-big https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDMz-a-spring-mass-system-oscillates-with-a-frequency-nu-if-it-is-taken-in-an-elevator-slowly-accelerating-upward-the-frequency-will-1-increase-2-decrease-3-remain-same-4-become-zero-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjYzNjUy-two-pendulums-suspended-from-the-same-point-have-lengths-of-2-m-and-0-5-m-if-they-are-displaced-slightly-and-released-then-they-will-be-in-the-same-phase-when-the-small-pendulum-has-completed-1-2-osci https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQxMDA4-two-identical-simple-pendulums-are-compared-one-a-located-on-the-surface-of-the-earth-and-the-other-b-at-a-height-h-above-the-earth-s-surface-h-dfrac-r-1000-their-time-periods-are-related-as-1-t-a-big https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY0Njkz-the-frequency-of-a-simple-pendulum-in-a-free-falling-lift-will-be-1-zero-2-infinite-3-can-t-say-4-finite-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDUwOTA4-the-rotation-of-the-earth-about-its-axis-is-a-periodic-motion-b-simple-harmonic-motion-c-periodic-but-not-simple-harmonic-motion-d-non-periodic-motion-choose-the-correct-option-from-the-given-ones-1-a https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mzk0MDE2-which-of-the-following-statements-accurately-describe-various-types-of-motion-1-a-motion-that-repeats-itself-at-fixed-intervals-of-time-is-known-as-periodic-motion-2-a-to-and-fro-movement-of-a-particl https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU3MDA5-assertion-a-the-angular-velocity-of-the-moon-revolving-about-the-earth-is-more-than-the-angular-velocity-of-the-earth-revolving-around-the-sun-reason-r-the-time-taken-by-the-moon-to-revolve-around-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2MTU2-the-function-f-t-mathrm-sin-omega-t-mathrm-cos-omega-t-is-periodic-what-is-its-time-period-1-dfrac-pi-omega-2-dfrac-2-pi-omega-3-dfrac-1-omega-4-dfrac-omega-2-pi-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDQx-a-particle-moves-in-a-circular-path-with-a-uniform-speed-its-motion-is-1-periodic-2-oscillatory-3-simple-harmonic-4-angular-simple-harmonic-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDA0OTQ3-in-the-absence-of-dissipative-force-the-time-period-t-of-a-simple-pendulum-performing-oscillations-of-small-amplitude-is-1-2-pi-sqrt-frac-l-g-2-2-pi-sqrt-frac-g-l-3-frac-1-2-pi-sqrt-frac-l-g-4-frac-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5MDA1-assume-that-a-tunnel-is-dug-along-a-chord-of-the-earth-at-a-perpendicular-distance-r-2-from-the-earth-s-center-where-r-is-the-radius-of-the-earth-the-wall-of-the-tunnel-is-frictionless-if-a-particle-i https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU0ODY0-a-particle-performing-simple-harmonic-motion-such-that-its-amplitude-is-4-text-m-and-speed-of-the-particle-at-the-mean-position-is-10-text-m-s-find-the-distance-of-the-particle-from-the-mean-position https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTA4NTQ-when-two-displacements-are-represented-by-y-1-a-text-sin-omega-t-and-y-2-b-text-cos-omega-t-are-superimposed-then-the-motion-is-1-not-simple-harmonic-2-simple-harmonic-with-amplitude-dfrac-a-b-3-simpl https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1NzEz-a-body-executing-shm-has-a-maximum-speed-of-30-text-cm-s-1-and-a-maximum-acceleration-of-60-text-cm-s-2-what-is-the-time-period-of-the-oscillating-body-in-seconds-1-pi-2-pi-2-3-2-pi-4-pi-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2ODQw-which-of-the-following-expressions-does-not-represent-simple-harmonic-motion-1-a-text-sin-omega-t-2-b-text-cos-omega-t-3-a-text-sin-omega-t-b-text-cos-omega-t-4-a-e-omega-t-b-e-omega-t-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzMxNDEy-a-particle-executes-simple-harmonic-motion-with-a-period-of-8-text-s-and-amplitude-4-text-cm-its-maximum-speed-in-cm-s-is-1-mathit-pi-2-dfrac-mathit-pi-2-3-dfrac-mathit-pi-3-4-dfrac-mathit-pi-4-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2NzE5-a-body-oscillates-with-simple-harmonic-motion-according-to-the-equation-x-5-cos-2-pi-t-frac-pi-4-text-m-the-frequency-of-the-oscillation-is-1-1-s-1-2-2-s-1-3-pi-s-1-4-2-pi-s-1-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5MTA2-when-a-particle-executes-shm-the-nature-of-graphical-representation-of-velocity-as-a-function-of-displacement-is-1-circular-2-elliptical-3-parabolic-4-straight-line-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mzk0MDI3-the-displacements-of-two-particles-undergoing-simple-harmonic-motion-along-the-same-line-are-given-by-y-1-a-sin-left-dfrac-pi-2-t-phi-right-text-and-y-2-b-sin-left-dfrac-2-pi-3-t-phi-right-what-is-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzMzOTIz-a-10-kg-metal-block-is-attached-to-a-spring-of-spring-constant-1000-nm-1-the-block-is-displaced-from-the-equilibrium-position-by-10-cm-and-released-the-maximum-acceleration-of-the-block-is-1-200-ms-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mzk0MDA4-a-particle-moves-in-such-a-way-that-its-acceleration-is-given-by-a-4-x-the-period-of-oscillation-is-1-pi-2-dfrac-2-pi-3-dfrac-1-pi-4-2-pi-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQxNjQz-given-below-are-two-statements-assertion-a-in-simple-harmonic-motion-the-motion-is-to-and-fro-and-periodic-reason-r-in-simple-harmonic-motion-the-particle-s-velocity-is-given-by-v-omega-sqrt-a-2-x-2-w https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2MTE0-the-displacement-of-a-simple-harmonic-oscillator-after-3-text-s-starting-from-its-mean-position-is-equal-to-half-of-its-amplitude-the-time-period-of-the-harmonic-motion-is-1-6-text-s-2-8-text-s-3-12-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDAzMTEw-a-block-connected-to-a-spring-undergoes-a-displacement-given-by-x-2-text-cm-sin-big-5-text-s-1-t-large-frac-pi-6-big-the-maximum-speed-of-the-block-is-1-2-text-cm-s-2-large-frac-2-5-text-cm-s-3-10-tex https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDE3-the-distance-moved-by-a-particle-in-simple-harmonic-motion-in-one-time-period-is-1-a-2-2a-3-4a-4-zero-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mzk0MDMy-a-particle-executes-simple-harmonic-motion-according-to-an-equation-4-dfrac-d-2-x-d-t-2-320-x-0-its-time-period-of-oscillation-is-1-dfrac-2-pi-5-sqrt-3-text-s-2-dfrac-pi-3-sqrt-2-text-s-3-dfrac-pi-2-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTIzMjMx-the-phase-difference-between-the-velocity-and-acceleration-in-shm-is-1-0-2-dfrac-pi-2-3-dfrac-pi-4-4-pi-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzMzNTY2-a-particle-is-executing-linear-simple-harmonic-motion-the-fraction-of-the-total-energy-that-is-potential-when-its-displacement-is-frac-1-4-th-of-its-amplitude-is-1-1-16-2-1-8-3-1-2-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzM4MzMw-a-simple-pendulum-is-taken-into-an-elevator-that-is-moving-up-with-an-acceleration-equal-to-g-if-its-time-period-was-t-before-the-new-time-period-will-be-1-2t-2-sqrt2t-3-dfrac-t-2-4-dfrac-t-sqrt2-1-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5NDM5-a-particle-executes-shm-from-the-mean-position-with-amplitude-a-and-time-period-t-the-displacement-of-the-particle-when-its-speed-is-half-of-the-maximum-speed-is-frac-sqrt-x-2-a-the-value-of-x-is-1-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzI0MjI5-a-simple-harmonic-wave-having-amplitude-a-and-time-period-t-is-represented-by-the-equation-y-10-sin-pi-left-t-5-right-text-m-the-value-of-a-text-in-text-m-and-t-text-in-text-s-are-1-mathrm-a-5-mathrm https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzM0MDA4-the-time-period-of-a-simple-pendulum-of-length-1-m-and-amplitude-2-cm-is-5-s-if-the-amplitude-is-made-4-cm-then-its-time-period-will-be-1-2-5-s-2-5-s-3-10-s-4-3-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2MzQ3-which-one-of-the-following-relationships-between-acceleration-a-and-the-displacement-x-of-a-particle-involves-simple-harmonic-motion-1-a-50x-3-2-a-50x-2-3-a-50x-4-a-50x-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1NDky-a-body-oscillates-with-shm-according-to-the-equation-x-4-mathrm-sin-2-pi-t-pi-4-text-m-its-displacement-at-mathrm-t-1-0-s-is-take-sqrt-2-1-4-1-2-0-m-2-2-8-m-3-4-0-m-4-5-6-m-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU0OTAz-the-length-of-a-second-pendulum-if-it-is-placed-at-height-2r-r-text-radius-of-earth-is-1-dfrac-10-9-pi-2-2-dfrac-10-90-pi-2-3-dfrac-10-0-9-pi-2-4-dfrac-10-900-pi-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzMyMzUy-given-x-x-m-text-cos-omega-t-phi-if-at-t-0-x-x-m-then-the-time-taken-to-reach-x-dfrac-x-m-2-is-where-t-is-the-time-period-of-the-motion-1-3t-2-2-t-3-3-2t-3-4-t-6-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NTUz-for-a-particle-executing-simple-harmonic-motion-the-acceleration-is-proportional-to-1-displacement-from-the-mean-position-2-distance-from-the-mean-position-3-distance-travelled-since-t-0-4-speed-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDI1-the-figure-represents-two-simple-harmonic-motions-the-parameter-which-has-different-values-in-the-two-motions-is-1-amplitude-2-frequency-3-phase-4-maximum-velocity-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mzk0MDIy-the-equation-of-simple-harmonic-motion-may-not-be-expressed-as-where-each-term-has-its-usual-meaning-1-x-a-sin-omega-t-phi-2-x-a-cos-omega-t-phi-3-x-a-sin-omega-t-b-cos-omega-t-4-x-a-sin-omega-t-phi-b https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1OTA0-a-body-oscillates-with-simple-harmonic-motion-according-to-the-equation-in-si-units-x-5-cos-left-2-pi-t-dfrac-pi-3-right-the-displacement-of-the-body-at-a-time-t-1-5-text-s-is-1-5-text-m-2-2-5-text-m https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mzk0MDc5-the-graph-below-shows-how-velocity-v-varies-with-displacement-x-for-a-particle-undergoing-simple-harmonic-motion-what-is-the-time-period-of-the-particle-s-oscillation-1-dfrac-pi-2-text-s-2-pi-text-s-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzYzMzA0-a-particle-is-dropped-inside-a-tunnel-of-the-earth-about-any-diameter-particle-starts-oscillating-with-time-period-r-radius-of-earth-g-acceleration-due-to-gravity-on-earth-s-surface-1-2-pi-sqrt-r-over https://medminds.me/qbank/physics/oscillations/?q=NP-pb246ODg5NzU-a-particle-executes-linear-simple-harmonic-motion-with-amplitude-of-3-text-cm-when-the-particle-is-at-2-text-cm-from-the-mean-position-the-magnitude-of-its-velocity-is-equal-to-that-of-its-acceleratio https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mzk0MDYw-the-acceleration-displacement-a-text-x-graph-of-a-particle-executing-simple-harmonic-motion-shm-is-provided-in-the-figure-if-text-tan-theta-8-then-the-frequency-of-oscillation-is-1-dfrac-2-pi-text-hz https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY2ODU4-in-the-context-of-linear-simple-harmonic-motion-shm-consider-the-following-statements-a-acceleration-is-maximum-at-the-mean-position-b-velocity-is-maximum-at-the-extreme-position-c-acceleration-is-max https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3NTcx-for-what-value-of-displacement-the-kinetic-energy-and-potential-energy-of-a-simple-harmonic-oscillation-become-equal-1-x-0-2-x-pm-a-3-x-pm-dfrac-a-sqrt-2-4-x-dfrac-a-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU0OTA4-a-particle-performing-simple-harmonic-motion-according-to-y-a-sin-omega-t-then-its-kinetic-energy-k-e-potential-energy-p-e-and-speed-v-at-the-position-y-dfrac-a-2-are-1-k-e-dfrac-k-a-2-8-p-e-dfrac-3-k https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDE0MTA4-the-total-energy-of-oscillation-of-a-particle-executing-shm-is-proportional-to-a-lambda-where-a-is-the-amplitude-of-oscillation-and-lambda-is-a-constant-then-lambda-equals-1-2-2-4-3-2-4-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2NjY2-a-simple-pendulum-is-oscillating-with-an-angular-frequency-omega-and-amplitude-a-the-displacement-and-velocity-of-the-pendulum-when-potential-energy-is-half-the-total-energy-are-given-by-1-dfrac-a-sqr https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzI0MjMy-a-body-executes-simple-harmonic-motion-the-potential-energy-pe-kinetic-energy-ke-and-total-energy-te-are-measured-as-a-function-of-displacement-x-which-of-the-following-statements-is-true-1-te-is-zero https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzYzMjQ2-for-a-particle-performing-simple-harmonic-motion-the-maximum-potential-energy-is-25-text-j-what-is-the-kinetic-energy-of-the-particle-when-it-is-at-half-of-its-amplitude-1-18-75-text-kj-2-18-75-text-j https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDAzMjcx-which-of-the-following-is-true-for-a-simple-pendulum-undergoing-small-oscillations-neglect-all-dissipative-forces-1-kinetic-energy-is-conserved-2-momentum-is-conserved-3-potential-energy-is-conserved https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDA0OTc5-if-a-simple-pendulum-oscillates-with-small-amplitude-left-a-0-right-then-the-total-energy-of-oscillations-can-be-given-by-symbols-have-usual-meanings-1-dfrac-m-g-a-0-2-2l-2-dfrac-m-g-l-4-pi-a-0-3-dfra https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU1NzU0-a-particle-executes-simple-harmonic-motion-shm-along-the-x-text-axis-with-amplitude-a-about-the-origin-what-is-the-ratio-of-the-particle-s-kinetic-energy-to-its-total-energy-when-its-displacement-is-x https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mzg2Njg4-what-is-the-time-period-of-a-simple-pendulum-with-a-length-of-1-text-m-if-the-acceleration-due-to-gravity-at-its-location-is-pi-2-text-m-text-s-2-text-1-1-text-s-2-2-text-s-3-3-text-s-4-4-text-s-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5NTY3-for-a-simple-pendulum-a-graph-is-plotted-between-its-kinetic-energy-ke-and-potential-energy-pe-against-its-displacement-d-which-one-of-the-following-represents-these-correctly-graphs-are-schematic-and https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQwMTYx-given-below-are-two-statements-assertion-a-if-a-pendulum-is-suspended-in-a-lift-and-the-lift-is-falling-freely-then-its-time-period-becomes-infinite-reason-r-the-free-falling-body-has-acceleration-equ https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc2Nzc4-a-simple-pendulum-has-a-time-period-t-in-air-the-bob-is-then-completely-immersed-and-continues-to-oscillate-freely-in-a-non-viscous-liquid-whose-density-is-left-dfrac-1-16-right-mathrm-th-of-that-of-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzMxMDk1-a-simple-pendulum-is-vibrating-in-an-evacuated-chamber-it-will-oscillate-with-1-constant-amplitude-2-decreasing-amplitude-3-increasing-amplitude-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQzNzgz-the-motion-of-a-simple-pendulum-executing-simple-harmonic-motion-is-represented-by-the-equation-y-a-sin-pi-t-phi-where-time-is-measured-in-seconds-the-length-of-the-pendulum-is-1-97-23-text-cm-2-25-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzU3MTAw-what-is-the-ratio-of-the-frequency-of-a-simple-pendulum-on-the-earth-to-that-of-an-identical-pendulum-on-the-moon-given-that-the-acceleration-due-to-gravity-on-the-moon-is-six-times-weaker-than-on-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzI1MjI5-for-a-simple-pendulum-the-graph-between-t-2-and-l-is-1-a-straight-line-passing-through-the-origin-2-parabola-3-circle-4-ellipse-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzI0MjI4-a-simple-pendulum-has-some-time-period-t-what-will-be-the-percentage-change-in-its-time-period-if-its-amplitude-is-decreased-by-5-1-6-2-3-3-1-5-4-it-will-remain-unchanged-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2MDEw-the-time-period-of-a-simple-pendulum-in-a-stationary-lift-is-t-if-the-lift-accelerates-upward-with-an-acceleration-of-dfrac-g-6-where-g-is-the-acceleration-due-to-gravity-then-the-time-period-of-the-p https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDAzMjcy-a-simple-pendulum-of-time-period-t-is-taken-to-the-moon-where-the-gravitational-acceleration-is-large-frac16-that-on-the-earth-the-new-time-period-will-be-1-6-t-2-sqrt6-t-3-large-frac-t-6-4-large-frac https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5MjA0-if-the-time-period-of-a-2-m-long-simple-pendulum-is-2-s-the-acceleration-due-to-gravity-at-the-place-where-the-pendulum-is-executing-simple-harmonic-motion-is-1-pi-2-m-s2-2-2-pi-2-m-s2-3-9-8-m-s2-4-16 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mzk0MDcx-a-block-of-mass-m-is-suspended-from-a-massless-spring-with-a-spring-constant-of-dfrac-2-k-3-as-shown-in-the-figure-when-the-block-is-slightly-displaced-vertically-downward-and-released-it-undergoes-si https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzIzNjc0-a-block-of-mass-0-2-text-kg-slides-without-friction-on-a-30-circ-incline-and-is-connected-at-the-top-by-a-massless-spring-of-spring-constant-80-text-n-m-as-shown-if-the-block-is-pulled-slightly-down-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzI0MTg1-two-springs-one-of-spring-constant-100-text-nm-1-and-the-other-of-300-text-nm-1-are-joined-vertically-one-above-the-other-and-hung-from-support-at-the-top-a-mass-of-3-text-kg-is-attached-to-the-lower https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1NTM3-a-linear-simple-harmonic-oscillator-consists-of-a-block-with-a-mass-of-6-text-kg-and-a-spring-constant-of-600-text-n-text-m-as-shown-in-the-figure-the-surface-is-frictionless-what-is-the-time-period-o https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDAzMTYy-a-block-when-suspended-from-a-spring-causes-it-to-extend-by-a-length-l-in-equilibrium-if-the-block-is-attached-to-the-same-spring-and-allowed-to-oscillate-the-time-period-of-oscillation-will-be-1-begi https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzI0MTg2-a-spring-having-a-spring-constant-of-1200-text-n-m-is-mounted-on-a-horizontal-table-a-mass-of-3-text-kg-is-attached-to-the-free-and-of-the-spring-the-mass-is-then-pulled-sideways-to-a-distance-of-2-te https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mzg2OTY0-a-5-kg-collar-is-attached-to-a-spring-with-a-spring-constant-of-500-n-m-the-collar-slides-over-a-horizontal-rod-without-friction-the-collar-is-displaced-from-its-equilibrium-position-and-released-its https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQzMjkw-in-figure-a-mass-2m-is-fixed-on-mass-m-which-is-attached-to-two-springs-of-spring-constant-k-in-figure-b-mass-m-is-attached-to-two-springs-of-spring-constant-k-and-2k-if-mass-m-in-a-and-b-are-displace https://medminds.me/qbank/physics/oscillations/?q=NP-pb246ODg5NTM-a-body-of-mass-m-is-attached-to-the-lower-end-of-a-spring-whose-upper-end-is-fixed-the-spring-has-negligible-mass-when-the-mass-m-is-slightly-pulled-down-and-released-it-oscillates-with-a-time-period https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1NzA2-two-massless-springs-with-spring-constants-2k-and-9k-carry-50-text-g-and-100-text-g-masses-at-their-free-ends-these-two-masses-oscillate-vertically-such-that-their-maximum-velocities-are-equal-then-th https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1NjY5-a-block-of-mass-m-is-connected-to-a-spring-constant-k-it-oscillates-on-the-frictionless-inclined-surface-as-shown-in-the-figure-the-time-period-of-oscillation-is-1-t-2-pi-sqrt-dfrac-m-k-2-t-2-pi-sqrt https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzYzMTI5-in-the-shown-mass-spring-system-when-it-is-set-into-oscillations-along-the-spring-it-has-angular-frequency-omega-1-if-m-1-kg-and-omega-2-if-m-2-kg-then-the-value-of-dfrac-omega-1-omega-2-is-equal-to-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzIxNTY4-from-spring-a-body-of-mass-4-text-kg-hangs-and-oscillates-with-a-period-0-5-seconds-on-the-removal-of-the-body-the-spring-is-shortened-by-take-pi-2-10-1-6-4-text-cm-2-6-25-text-cm-3-6-8-text-cm-4-7-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzU3OTYx-a-massless-ideal-spring-is-attached-horizontally-to-a-wall-and-connects-to-a-mass-of-0-1-text-kg-the-mass-oscillates-in-one-dimension-moving-0-3-text-m-from-one-end-of-its-oscillation-to-the-other-it https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzIzNjc3-a-particle-of-mass-m-0-1-text-kg-is-held-between-two-rigid-supports-by-two-spring-constants-8-text-n-m-and-2-text-n-m-if-the-particle-is-displaced-slightly-along-the-direction-of-length-of-the-springs https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY0MzAx-two-springs-of-spring-constants-k-1-and-k-2-are-joined-in-series-the-effective-spring-constant-of-the-combination-is-given-by-1-frac-k-1-k-2-2-2-k-1-k-2-3-frac-k-1k-2-k-1-k-2-4-sqrt-k-1k-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5MDE1-if-two-identical-springs-each-with-a-spring-constant-k-are-connected-in-series-the-new-spring-constant-and-time-period-will-change-by-a-factor-of-1-dfrac-1-2-sqrt-2-2-dfrac-1-4-sqrt-2-3-dfrac-1-4-2-sq https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQzNDMx-as-per-the-given-figures-two-springs-of-spring-constants-k-and-2k-are-connected-to-mass-m-if-the-period-of-oscillation-in-figure-a-is-3-text-s-then-the-period-of-oscillation-in-figure-b-is-sqrt-x-text https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQyOTAy-infinite-springs-with-force-constants-k-2k-4k-8k-respectively-are-connected-in-series-the-effective-force-constant-of-the-spring-will-be-1-20k-2-40k-3-k-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDA2NDE2-if-two-identical-springs-of-stiffness-k-each-are-combined-end-to-end-the-resulting-spring-has-a-stiffness-1-k-2-2k-3-dfrac-k2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU0NDMw-the-period-of-oscillation-of-the-system-shown-below-is-1-pi-sqrt-dfrac-4-m-5-k-2-pi-sqrt-dfrac-6-m-5-k-3-pi-sqrt-dfrac-12m-5-k-4-pi-sqrt-dfrac-8m-5-k-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246NTQxNjM-three-masses-700-text-g-500-text-g-and-400-text-g-are-suspended-vertically-from-a-spring-and-are-in-equilibrium-when-the-700-text-g-mass-is-detached-the-remaining-system-oscillates-with-a-time-period https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzU3MTAz-all-of-the-following-affect-the-spring-constant-except-1-the-material-composing-the-spring-2-the-number-of-coils-in-the-spring-3-the-direction-of-the-coiling-of-the-coils-in-the-spring-4-the-diameter https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDE5NDAy-a-block-of-mass-m-is-suspended-from-two-identical-springs-connected-in-series-each-having-a-spring-constant-k-the-angular-frequency-of-small-vertical-oscillations-of-the-block-is-1-sqrt-dfrac-2k-m-2-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjYzODUx-the-circular-motion-of-a-particle-with-constant-speed-is-1-periodic-and-simple-harmonic-2-simple-harmonic-but-not-periodic-3-neither-periodic-nor-simple-harmonic-4-periodic-but-not-simple-harmonic-1-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTM3MDgx-which-one-of-the-following-is-not-an-example-of-simple-harmonic-motion-1-the-motion-of-the-moon-around-the-earth-as-observed-from-mars-2-the-ripples-produced-when-a-stone-is-dropped-into-a-tank-of-wat https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1MDg2-match-the-types-of-motion-in-list-i-with-their-corresponding-examples-in-list-ii-list-i-list-ii-a-motion-with-constant-speed-i-shm-b-motion-with-constant-acceleration-ii-uniform-circular-motion-c-osci https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ1MzE5-the-angular-velocities-of-three-bodies-in-simple-harmonic-motion-are-omega-1-omega-2-omega-3-with-their-respective-amplitudes-as-a-1-a-2-a-3-if-all-the-three-bodies-have-the-same-mass-and-maximum-velo https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTI0-if-a-particle-in-shm-has-a-time-period-of-0-1-s-and-an-amplitude-of-6-cm-then-its-maximum-velocity-will-be-1-120-pi-cm-s-2-0-6-pi-cm-s-3-pi-cm-s-4-6-cm-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY0MzAw-which-one-of-the-following-statements-is-true-for-the-speed-v-and-the-acceleration-a-of-a-particle-executing-simple-harmonic-motion-1-the-value-of-a-is-zero-whatever-may-be-the-value-of-v-2-when-v-is https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTE0MzE3-in-simple-harmonic-motion-the-ratio-of-acceleration-of-the-particle-to-its-displacement-at-any-time-is-a-measure-of-1-spring-constant-2-angular-frequency-3-angular-frequency-2-4-restoring-force-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ1MzQ1-the-equation-of-motion-of-a-particle-is-d-2y-over-dt-2-ky-0-where-k-is-a-positive-constant-the-time-period-of-the-motion-is-given-by-1-2-pi-over-k-2-2-pi-k-3-2-pi-over-sqrt-k-4-2-pi-sqrt-k-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ1Mzcy-the-velocity-time-diagram-of-a-harmonic-oscillator-is-shown-in-the-figure-given-below-the-frequency-of-oscillation-will-be-1-25-text-hz-2-50-text-hz-3-12-25-text-hz-4-33-3-text-hz-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDc2-the-displacement-versus-time-curve-for-a-particle-executing-shm-is-shown-in-the-figure-1-the-phase-of-the-oscillator-is-the-same-at-t-0-text-s-text-and-t-2-text-s-2-the-phase-of-the-oscillator-is-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQwMDU0-given-below-are-two-statements-assertion-a-water-in-a-u-text-tube-executes-shm-the-time-period-for-mercury-filled-up-to-the-same-height-in-the-u-text-tube-is-greater-than-that-in-the-case-of-water-rea https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTM3MTU0-a-mass-is-connected-to-a-spring-and-it-vibrates-up-and-down-forming-a-simple-harmonic-system-which-of-the-following-is-are-correct-a-the-kinetic-energy-of-the-mass-is-at-a-maximum-halfway-up-b-the-pot https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQwMTkz-given-below-are-two-statements-assertion-a-the-graph-between-velocity-and-displacement-for-a-simple-harmonic-motion-is-an-ellipse-reason-r-velocity-does-not-change-uniformly-with-displacement-in-simpl https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTY1Mjcz-the-amplitude-of-a-simple-harmonic-oscillator-is-a-and-speed-at-the-mean-position-is-v-0-the-speed-of-the-oscillator-at-the-position-x-a-over-sqrt-3-will-be-1-2v-0-over-sqrt-3-2-sqrt-2-v-0-over-3-3-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMjU2-a-particle-executes-shm-with-a-time-period-of-4-text-s-the-time-taken-by-the-particle-to-go-directly-from-its-mean-position-to-half-of-its-amplitude-will-be-1-frac-1-3-text-s-2-1-text-s-3-frac-1-2-tex https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTMzMzA-a-point-performs-simple-harmonic-oscillation-of-period-mathrm-t-and-the-equation-of-motion-is-given-by-x-a-sin-omega-t-pi-6-after-the-elapse-of-what-fraction-of-the-time-period-the-velocity-of-the-poi https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTE0MzE1-the-amplitude-and-the-time-period-in-an-shm-are-0-5-cm-and-0-4-sec-respectively-if-the-initial-phase-is-frac-pi-2-radian-then-the-equation-of-shm-will-be-1-y-0-5-sin-5-pi-t-2-y-0-5-sin-4-pi-t-3-y-0-5 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTczNzc0-the-displacement-time-graph-of-a-particle-executing-shm-is-shown-in-the-figure-its-displacement-equation-will-be-time-period-2-second-1-x-10-sin-left-pi-t-frac-pi-6-right-2-x-10-sin-left-pi-t-right-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTkxODgy-in-a-simple-harmonic-oscillation-the-graph-of-acceleration-against-displacement-for-one-complete-oscillation-will-be-1-an-ellipse-2-a-circle-3-a-parabola-4-a-straight-line-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjIxMjAy-a-particle-of-mass-m-and-charge-text-q-moves-diametrically-through-a-uniformly-charged-sphere-of-radius-r-with-total-charge-q-the-angular-frequency-of-the-particle-s-simple-harmonic-motion-if-its-ampl https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTkxODgz-a-particle-executing-shm-crosses-points-a-and-b-with-the-same-velocity-having-taken-3-text-s-in-passing-from-a-to-b-it-returns-to-b-after-another-3-text-s-the-time-period-of-the-shm-will-be-1-15-text https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTU0MDA3-acceleration-of-the-particle-at-t-frac-8-3-text-s-from-the-given-displacement-y-versus-time-t-graph-will-be-1-frac-sqrt-3-pi-2-4-text-cm-s-2-2-frac-sqrt-3-pi-2-4-text-cm-s-2-3-pi-2-text-cm-s-2-4-zero https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ2MTc4-a-particle-moves-according-to-the-law-x-r-cos-left-frac-pi-t-2-right-the-distance-covered-by-it-in-the-time-interval-between-t-0-to-t-3-text-s-will-be-1-r-2-2r-3-3r-4-4r-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY1NjUx-a-particle-of-mass-m-oscillates-with-simple-harmonic-motion-between-points-x-1-and-x-2-the-equilibrium-position-being-o-its-potential-energy-is-plotted-it-will-be-as-given-below-in-the-graph-1-2-3-4-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTYy-equation-of-a-simple-harmonic-motion-is-given-by-x-a-sin-omega-t-for-which-value-of-x-kinetic-energy-is-equal-to-the-potential-energy-1-x-pm-a-2-x-pm-frac-a-2-3-x-pm-frac-a-sqrt-2-4-x-pm-frac-sqrt-3-a https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNTU2-when-the-displacement-is-half-the-amplitude-in-an-shm-the-ratio-of-potential-energy-to-the-total-energy-is-1-frac-1-2-2-frac-1-4-3-1-4-frac-1-8-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY1NjU5-the-potential-energy-of-a-simple-harmonic-oscillator-when-the-particle-is-halfway-to-its-endpoint-will-be-1-frac-2e-3-2-frac-e-8-3-frac-e-4-4-frac-e-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTAwMjQw-a-block-of-mass-4-text-kg-hangs-from-a-spring-of-spring-constant-k-400-text-n-m-the-block-is-pulled-down-through-15-text-cm-below-the-equilibrium-position-and-released-what-is-its-kinetic-energy-when https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTA3OTM5-kinetic-energy-of-a-particle-executing-simple-harmonic-motion-in-straight-line-is-pv-2-and-potential-energy-is-qx-2-where-v-is-speed-at-distance-x-from-the-mean-position-the-time-period-of-the-shm-is https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ1MzM5-the-total-energy-of-a-particle-executing-simple-harmonic-motion-is-1-propto-x-2-propto-x-2-3-independent-of-x-4-propto-x-frac-1-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzMxODA5-a-particle-of-mass-m-oscillates-in-simple-harmonic-motion-between-points-x-1-and-x-2-the-equilibrium-position-being-o-its-kinetic-energy-is-correctly-represented-by-which-of-the-following-graphs-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY0NzA5-the-displacement-between-the-maximum-potential-energy-position-and-maximum-kinetic-energy-position-for-a-particle-executing-simple-harmonic-motion-is-1-pm-frac-a-2-2-a-3-pm-a-4-1-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ1MzQ2-the-kinetic-energy-of-a-particle-executing-shm-is-16-text-j-when-it-is-in-its-mean-position-if-the-amplitude-of-oscillations-is-25-text-cm-and-the-mass-of-the-particle-is-5-12-text-kg-the-time-period https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTAwMzUz-the-potential-energy-of-a-particle-oscillating-along-the-x-text-axis-is-given-as-u-20-x-2-2-where-u-is-in-joules-and-x-in-metres-the-total-mechanical-energy-of-the-particle-is-36-text-j-the-maximum-ki https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTUz-two-simple-harmonic-motions-y-1-a-sin-omega-t-and-y-2-2a-sin-left-omega-t-frac-2-pi-3-right-are-superimposed-on-a-particle-of-mass-m-the-maximum-kinetic-energy-of-the-particle-will-be-1-frac-1-2-m-ome https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTAwMjU0-a-particle-is-executing-shm-according-to-y-a-cos-omega-t-then-which-of-the-following-graphs-represent-variations-of-potential-energy-1-i-and-iii-2-ii-and-iv-3-ii-and-iii-4-i-and-iv-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ1MzQz-a-body-is-executing-simple-harmonic-motion-at-a-displacement-x-its-potential-energy-is-e-1-and-at-a-displacement-y-its-potential-energy-is-e-2-the-potential-energy-e-at-displacement-x-y-e-sqrt-e-1-sqr https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjA1NTc5-a-particle-is-executing-shm-with-time-period-t-if-the-time-period-of-its-total-mechanical-energy-is-t-then-frac-t-t-will-be-1-2-2-1-over-2-3-zero-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjYzODI4-two-spherical-bobs-of-masses-m-a-and-m-b-are-hung-vertically-from-two-strings-of-length-l-a-and-l-b-respectively-if-they-are-executing-shm-with-frequency-as-per-the-relation-f-a-2f-b-then-1-l-a-frac-l https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ1MzY0-the-period-of-oscillation-of-a-simple-pendulum-of-length-l-suspended-from-the-roof-of-a-vehicle-which-moves-without-friction-down-an-inclined-plane-of-inclination-theta-is-given-by-1-2-pi-sqrt-frac-l https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTAwMzU1-a-simple-pendulum-of-mass-m-swings-about-point-b-between-extreme-positions-a-and-c-net-force-acting-on-the-bob-at-these-three-points-is-correctly-shown-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzM5OTYw-given-below-are-two-statements-assertion-a-if-the-bob-of-a-simple-pendulum-is-kept-in-a-horizontal-electric-field-its-period-of-oscillation-will-remain-the-same-reason-r-if-bob-is-charged-and-kept-in https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTQx-a-particle-is-attached-to-a-vertical-spring-and-pulled-down-a-distance-of-0-01-text-m-below-its-mean-position-and-released-if-its-initial-acceleration-is-0-16-text-m-s-2-then-its-time-period-in-second https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTM5-the-time-periods-for-figures-mathrm-a-and-mathrm-b-are-t-1-and-t-2-respectively-if-all-surfaces-shown-below-are-smooth-then-the-ratio-dfrac-t-1-t-2-will-be-1-1-sqrt-3-2-1-1-3-2-1-4-sqrt-3-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjYzODY2-the-frequency-of-a-spring-is-n-after-suspending-mass-m-now-after-mass-4m-mass-is-suspended-from-the-spring-the-frequency-will-be-1-2n-2-n-2-3-n-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTI1MzQ-the-period-of-oscillation-of-a-mass-m-suspended-from-a-spring-of-negligible-mass-is-t-if-along-with-it-another-mass-m-is-also-suspended-the-period-of-oscillation-will-now-be-1-t-2-frac-t-sqrt-2-3-2t-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY1NjUw-the-time-period-of-a-mass-suspended-from-a-spring-is-t-if-the-spring-is-cut-into-four-equal-parts-and-the-same-mass-is-suspended-from-one-of-the-parts-then-the-new-time-period-will-be-1-frac-t-4-2-t-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY0Njcy-a-spring-elongates-by-a-length-l-when-a-mass-m-is-suspended-to-it-now-a-tiny-mass-m-is-attached-to-the-mass-m-and-then-released-the-new-time-period-of-oscillation-will-be-1-2-pi-sqrt-frac-left-right-m https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ1MzY3-an-ideal-spring-with-spring-constant-k-is-hung-from-the-ceiling-and-a-block-of-mass-m-is-attached-to-its-lower-end-the-mass-is-released-with-the-spring-initially-un-stretched-then-the-maximum-extensio https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyOTEy-a-block-is-connected-to-a-relaxed-spring-and-kept-on-a-smooth-floor-the-block-is-given-a-velocity-towards-the-right-just-after-this-1-the-speed-of-block-starts-decreasing-but-acceleration-starts-incre https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTU2-all-the-surfaces-are-smooth-and-springs-are-ideal-if-a-block-of-mass-m-is-given-the-velocity-v-0-in-the-right-direction-then-the-time-period-of-the-block-shown-in-the-figure-will-be-1-frac-12l-v-0-2-f https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTU5-in-a-spring-pendulum-in-place-of-mass-a-liquid-is-used-if-liquid-leaks-out-continuously-then-the-time-period-of-the-spring-pendulum-1-decreases-continuously-2-increases-continuously-3-first-increases https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ1MzY2-on-a-smooth-inclined-plane-a-body-of-mass-m-is-attached-between-two-springs-the-other-ends-of-the-springs-are-fixed-to-firm-supports-if-each-spring-has-force-constant-k-the-period-of-oscillation-of-th https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTMwNjAw-a-mass-m-is-suspended-from-two-springs-of-spring-constant-k1k1k1-andandand-k2k2k2-as-shown-in-the-figure-below-the-time-period-of-vertical-oscillations-of-the-mass-will-be-1-2-k1-k2m-2-k1-k2m2-k1-k2m https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTAwMjQ0-two-springs-of-force-constants-k1-and-k2-are-connected-to-a-mass-m-as-shown-in-the-figure-the-frequency-of-oscillation-of-the-mass-is-f-if-both-k1-and-k2-are-made-four-times-their-original-values-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTczODE5-all-the-surfaces-are-smooth-and-the-system-given-below-is-oscillating-with-an-amplitude-a-what-is-the-extension-of-spring-having-spring-constant-k-1-when-the-block-is-at-the-extreme-position-1-dfrac-k https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ4OTM4-a-mass-of-30-g-is-attached-with-two-springs-having-spring-constant-100-n-m-and-200-n-m-and-other-ends-of-springs-are-attached-to-rigid-walls-as-shown-in-the-given-figure-the-angular-frequency-of-oscil https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTY4MTA3-a-spring-has-a-spring-constant-k-it-is-cut-into-two-parts-a-and-b-whose-lengths-are-in-the-ratio-of-m-1-the-spring-constant-of-the-part-a-will-be-1-dfrac-k-m-2-dfrac-k-m-1-3-k-4-dfrac-k-m-1-m-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTkyNzk2-the-sum-of-kinetic-energy-and-potential-energy-of-a-simple-pendulum-bob-is-0-02-joules-the-speed-of-the-simple-pendulum-bob-at-equilibrium-position-is-approximately-consider-mass-of-the-bob-20-text-g https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTkyNzky-savitha-a-xi-standard-student-while-conducting-an-experiment-to-determine-the-effective-length-of-a-simple-pendulum-l-notes-down-the-data-of-time-taken-to-complete-30-oscillations-as-60-s-and-hence-ca https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTkyNzg1-for-a-simple-pendulum-having-a-time-period-t-the-variation-of-kinetic-energy-k-e-with-time-t-is-represented-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTk4MjE3-consider-a-spring-mass-simple-harmonic-oscillator-in-one-dimension-the-mass-of-the-particle-is-m-kg-and-the-spring-constant-is-k-nm-1-at-a-given-instant-the-extension-of-the-spring-is-x-meter-and-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTk4MjA1-a-cylindrical-cork-of-uniform-density-floats-in-a-liquid-of-density-rho-1-if-the-cork-is-depressed-slightly-and-released-it-oscillates-harmonically-with-time-period-t-if-the-same-cork-floats-in-anothe https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTM1MTMz-two-identical-point-masses-p-and-q-suspended-from-two-separate-massless-springs-of-spring-constant-k-1-and-k-2-respectively-oscillate-vertically-if-their-maximum-speeds-are-the-same-the-ratio-left-dfr https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTM1MTE3-in-an-oscillating-spring-mass-system-a-spring-is-connected-to-a-box-filled-with-the-sand-as-the-box-oscillates-sand-leaks-slowly-out-of-the-box-vertically-so-that-the-average-frequency-omega-t-and-ave https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDY4ODQ4-the-two-dimensional-motion-of-a-particle-described-by-vec-r-hat-i-2-hat-j-a-text-cos-omega-t-is-a-an-a-parabolic-path-b-elliptical-path-c-periodic-motion-d-simple-harmonic-motion-choose-the-correct-an https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDY4ODEw-a-particle-executing-simple-harmonic-motion-with-amplitude-a-has-the-same-potential-and-kinetic-energies-at-the-displacement-1-2-sqrt-a-2-dfrac-a-2-3-dfrac-mathrm-a-sqrt-2-4-a-sqrt-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTI1MjU-the-displacement-of-a-particle-along-the-x-axis-is-given-by-x-asin2-t-the-motion-of-the-particle-corresponds-to-1-simple-harmonic-motion-of-frequency-2-simple-harmonic-motion-of-frequency-3-2-3-2-3-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY1NDg2-the-total-energy-of-the-particle-performing-shm-depends-on-1-k-a-m-2-k-a-3-k-a-x-4-k-x-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjcwODUz-given-the-following-simple-harmonic-motion-a-sin-omega-t-cos-omega-t-b-sin-2-omega-t-the-time-period-motions-respectively-are-1-dfrac-2-pi-omega-text-and-dfrac-pi-omega-2-dfrac-2-pi-omega-text-and-dfr https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDY4-motion-of-an-oscillating-liquid-column-in-a-u-tube-is-1-periodic-but-not-simple-harmonic-2-non-periodic-3-simple-harmonic-and-time-period-is-independent-of-the-density-of-the-liquid-4-simple-harmonic https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjI3NDgw-a-particle-is-in-linear-simple-harmonic-motion-between-two-points-a-and-b-10-text-cm-apart-figure-take-the-direction-from-a-to-b-as-the-positive-direction-a-the-sign-of-velocity-acceleration-and-force https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDUwODEz-a-spring-with-one-end-attached-to-a-mass-and-the-other-to-a-rigid-support-is-stretched-and-released-a-magnitude-of-acceleration-when-just-released-is-maximum-b-magnitude-of-acceleration-when-at-equili https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDUwOTEw-which-of-the-following-statements-is-are-true-for-a-simple-harmonic-oscillator-a-force-acting-is-directly-proportional-to-displacement-from-the-mean-position-and-opposite-to-it-b-motion-is-periodic-c https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQwMTQw-given-below-are-two-statements-assertion-a-when-a-pendulum-is-made-to-oscillate-on-the-surface-of-the-moon-its-time-period-increases-reason-r-moon-is-much-smaller-as-compared-to-earth-1-both-a-and-r-a https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQwMjMx-given-below-are-two-statements-assertion-a-when-a-girl-sitting-on-a-swing-stands-up-the-periodic-time-of-the-swing-decreases-reason-r-when-a-girl-stands-up-more-weight-is-felt-on-the-string-of-the-swi https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQwMjQ3-given-below-are-two-statements-assertion-a-the-graph-of-potential-energy-and-kinetic-energy-of-a-particle-in-shm-with-respect-to-position-is-a-parabola-reason-r-potential-energy-and-kinetic-energy-do https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQxNjQx-given-below-are-two-statements-assertion-a-the-time-period-of-a-pendulum-on-a-satellite-orbiting-the-earth-is-infinity-reason-r-time-period-of-a-pendulum-is-inversely-proportional-to-sqrt-g-1-both-a-a https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQxNjQy-given-below-are-two-statements-assertion-a-acceleration-of-a-particle-in-shm-is-always-zero-reason-r-two-shms-must-have-the-same-phase-if-the-amplitude-is-same-1-both-a-and-r-are-true-and-r-is-the-cor https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDEy-a-student-says-that-he-had-applied-a-force-k-sqrt-x-on-a-particle-and-the-particle-moved-in-simple-harmonic-motion-he-refuses-to-tell-whether-k-is-a-constant-or-not-assume-that-he-has-worked-only-with https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDE1-the-time-period-of-a-particle-in-simple-harmonic-motion-is-equal-to-the-smallest-time-between-the-particle-acquiring-a-particular-velocity-vec-v-the-value-of-v-is-1-v-max-2-0-3-between-0-and-v-max-4-b https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDE2-the-displacement-of-a-particle-in-simple-harmonic-motion-in-one-time-period-is-1-a-2-2a-3-4a-4-zero-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDE5-the-average-acceleration-in-one-time-period-in-a-simple-harmonic-motion-is-1-a-omega-2-2-a-omega-2-2-3-a-omega-2-sqrt-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDIw-the-motion-of-a-particle-is-given-by-x-a-sin-omega-t-b-cos-omega-t-the-motion-of-the-particle-is-1-not-simple-harmonic-2-simple-harmonic-with-amplitude-a-b-3-simple-harmonic-with-amplitude-a-b-2-4-sim https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDIz-the-displacement-of-a-particle-is-given-by-vec-r-a-vec-i-cos-omega-t-vec-j-sin-omega-t-the-motion-of-the-particle-is-1-simple-harmonic-2-on-a-straight-line-3-on-a-circle-4-with-constant-acceleration-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDI0-a-particle-moves-on-the-x-text-axis-according-to-the-equation-x-a-b-sin-t-the-motion-is-simple-harmonic-with-amplitude-1-a-2-b-3-a-b-4-sqrt-a-2-b-2-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDI3-the-total-mechanical-energy-of-a-spring-mass-system-in-simple-harmonic-motion-is-e-dfrac12m-omega-2a-2-suppose-the-oscillating-particle-is-replaced-by-another-particle-of-double-the-mass-while-the-amp https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDI5-a-particle-executes-simple-harmonic-motion-with-a-frequency-nu-the-frequency-with-which-the-kinetic-energy-oscillates-is-1-nu-2-2-nu-3-2-nu-4-zero-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDMw-a-particle-executes-simple-harmonic-motion-under-the-restoring-force-provided-by-a-spring-the-time-period-is-t-if-the-spring-is-divided-in-two-equal-parts-and-one-part-is-used-to-continue-the-simple-h https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDMy-two-bodies-a-and-b-of-equal-mass-are-suspended-from-two-separate-massless-springs-of-spring-constant-k-1-and-k-2-respectively-if-the-bodies-oscillate-vertically-such-that-their-maximum-velocities-are https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDM0-a-spring-mass-system-oscillates-in-a-car-if-the-car-accelerates-on-a-horizontal-road-the-frequency-of-oscillation-will-1-increase-2-decrease-3-remain-same-4-become-zero-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDM2-a-pendulum-clock-that-keeps-the-correct-time-on-the-earth-is-taken-to-the-moon-it-will-run-take-g-text-moon-dfrac-g-text-earth-6-1-at-the-correct-rate-2-6-times-faster-3-sqrt6-times-faster-4-sqrt6-tim https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDM3-a-wall-clock-uses-a-vertical-spring-mass-system-to-measure-the-time-each-time-the-mass-reaches-an-extreme-position-the-clock-advances-by-a-second-the-clock-gives-the-correct-time-at-the-equator-if-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDM4-a-pendulum-clock-keeping-correct-time-is-taken-to-high-altitudes-1-it-will-keep-the-correct-time-2-its-length-should-be-increased-to-keep-the-correct-time-3-its-length-should-be-decreased-to-keep-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDM5-the-free-end-of-a-simple-pendulum-is-attached-to-the-ceiling-of-a-box-the-box-is-taken-to-a-height-and-the-pendulum-is-oscillated-when-the-bob-is-at-its-lowest-point-the-box-is-released-to-fall-freely https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDQw-select-the-correct-statements-a-a-simple-harmonic-motion-is-necessarily-periodic-b-a-simple-harmonic-motion-is-necessarily-oscillatory-c-an-oscillatory-motion-is-necessarily-periodic-d-a-periodic-moti https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDQy-a-particle-is-fastened-at-the-end-of-a-string-and-is-whirled-in-a-vertical-circle-with-the-other-end-of-the-string-being-fixed-the-motion-of-the-particle-is-1-periodic-2-oscillatory-3-simple-harmonic https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDQ0-the-motion-of-a-torsional-pendulum-is-a-periodic-b-oscillatory-c-simple-harmonic-d-angular-simple-harmonic-choose-the-correct-option-1-a-b-and-c-2-b-c-and-d-3-a-b-and-d-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NDQ1-which-of-the-following-quantities-are-always-negative-in-a-simple-harmonic-motion-a-vec-f-cdot-vec-a-b-vec-v-cdot-vec-r-c-vec-a-cdot-vec-r-d-vec-f-cdot-vec-r-choose-the-correct-option-from-the-given-o https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NTUw-which-of-the-following-quantities-are-always-positive-in-a-simple-harmonic-motion-1-vec-f-cdot-vec-a-2-vec-v-cdot-vec-r-3-vec-a-cdot-vec-r-4-vec-f-cdot-vec-r-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NTUx-which-of-the-following-quantities-is-always-zero-in-a-simple-harmonic-motion-a-vec-f-times-vec-a-b-vec-v-times-vec-r-c-vec-a-times-vec-r-d-vec-f-times-vec-r-choose-the-correct-option-from-the-given-on https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NTUy-suppose-a-tunnel-is-dug-along-a-diameter-of-the-earth-a-particle-is-dropped-from-a-point-a-distance-h-directly-above-the-tunnel-the-motion-of-the-particle-as-seen-from-the-earth-is-a-simple-harmonic-b https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NTU0-a-particle-moves-in-the-x-y-plane-according-to-the-equation-vec-r-vec-i-2-vec-j-a-cos-omega-t-the-motion-of-the-particle-is-a-on-a-straight-line-b-on-an-ellipse-c-periodic-d-simple-harmonic-choose-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NTU1-a-particle-moves-on-the-x-axis-according-to-the-equation-x-x-0-sin-2-omega-t-the-motion-is-simple-harmonic-1-with-amplitude-x-0-2-with-amplitude-2-x-0-3-with-time-period-frac-2-pi-omega-4-with-time-pe https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NTU2-in-a-simple-harmonic-motion-1-the-potential-energy-is-always-equal-to-the-kinetic-energy-2-the-potential-energy-is-never-equal-to-the-kinetic-energy-3-the-average-potential-energy-in-any-time-interval https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NTU3-in-a-simple-harmonic-motion-a-the-maximum-potential-energy-equals-the-maximum-kinetic-energy-b-the-minimum-potential-energy-equals-the-minimum-kinetic-energy-c-the-minimum-potential-energy-equals-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NTU4-an-object-is-released-from-rest-the-time-it-takes-to-fall-through-a-distance-h-and-the-speed-of-the-object-as-it-falls-through-this-distance-are-measured-with-pendulum-clock-the-entire-apparatus-is-ta https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzA1NTU5-which-of-the-following-will-change-the-time-period-as-they-are-taken-to-moon-a-a-simple-pendulum-b-a-physical-pendulum-c-a-torsional-pendulum-d-a-spring-mass-system-choose-the-correct-option-1-a-and-b https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzU4MzI1-a-particle-of-mass-m-oscillates-along-the-x-text-axis-according-to-the-equation-x-a-sin-omega-t-the-nature-of-the-graph-between-momentum-and-displacement-of-the-particle-is-1-circle-2-hyperbola-3-elli https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY1NjUy-in-case-of-a-forced-vibration-the-resonance-wave-becomes-very-sharp-when-the-1-damping-force-is-small-2-restoring-force-is-small-3-applied-periodic-force-is-small-4-quality-factor-is-small-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTIyNDQy-a-particle-with-restoring-force-proportional-to-the-displacement-and-resisting-force-proportional-to-velocity-is-subjected-to-a-force-f-f0sin-tf-f0sin-tf-f0sin-t-if-the-amplitude-of-the-particle-is-ma https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTYw-for-damped-oscillations-the-graph-between-energy-and-time-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzIzOTE2-which-of-the-following-figure-represents-the-amplitude-of-damped-oscillation-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY0NjU0-the-amplitude-of-an-s-h-m-reduces-to-1-3-in-first-20-s-then-in-first-40-s-its-amplitude-becomes-1-1-over-3-2-1-over-9-3-1-over-27-4-frac-1-sqrt-3-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTczNzcx-in-damped-oscillation-mass-is-2-kg-and-spring-constant-is-500-n-m-and-damping-coefficient-is-1-kg-s-1-if-the-mass-is-displaced-by-20-cm-from-its-mean-position-and-released-then-what-will-be-the-value https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjY0NzAx-when-an-oscillator-completes-100-oscillations-its-amplitude-is-reduced-to-131313-of-the-initial-value-what-will-be-its-amplitude-when-it-completes-200-oscillations-1-181818-2-232323-3-161616-4-191919 https://medminds.me/qbank/physics/oscillations/?q=NP-pb246OTIxMjM-the-damping-force-of-an-oscillator-is-directly-proportional-to-the-velocity-the-units-of-the-constant-of-proportionality-are-1-kg-msec-1-2-kg-msec-2-3-kg-sec-1-4-kg-sec-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTQ1Mzc1-the-amplitude-of-a-damped-oscillator-decreases-to-0-9-times-its-original-magnitude-in-5-s-in-another-10-s-it-will-decrease-to-times-its-original-magnitude-where-equals-1-0-7-2-0-81-3-0-729-4-0-6-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MTUwMTU3-which-of-the-following-is-not-true-for-damped-oscillations-with-time-period-t-and-an-initial-amplitude-a-1-angular-frequency-is-slightly-less-than-the-natural-frequency-2-force-remains-constant-in-tim https://medminds.me/qbank/physics/oscillations/?q=NP-b246MjYzOTEy-a-particle-with-restoring-force-proportional-to-the-displacement-and-resisting-force-proportional-to-velocity-is-subjected-to-a-force-f-sin-t-if-the-amplitude-of-the-particle-is-maximum-for-1-1-1-and https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDI1MjU5-two-identical-masses-are-connected-by-a-spring-of-spring-constant-k-and-the-individual-masses-are-observed-to-undergo-shm-with-their-centre-of-mass-remaining-at-rest-the-amplitude-of-oscillation-of-on https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDMxNzY2-a-block-of-mass-m-is-attached-to-two-fixed-light-springs-of-identical-stiffness-k-and-the-block-rests-on-the-x-text-y-plane-the-springs-are-along-the-x-y-axes-the-system-is-viewed-from-above-the-block https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDAzMDU4-which-of-the-following-represents-the-displacement-in-simple-harmonic-motion-a-x-a-sin-2-omega-t-b-x-a-sin-omega-t-b-cos2-omega-t-c-x-a-sin-2-omega-t-b-cos2-omega-t-1-a-only-2-a-and-b-3-a-and-c-4-a-b https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDM2MDI3-a-spring-lengthens-by-l-when-a-block-of-mass-m-is-suspended-from-it-this-block-is-suspended-from-the-same-spring-and-the-system-is-allowed-to-oscillate-vertically-in-space-where-the-gravity-is-bigg-la https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzM3NzAz-a-light-rod-ab-is-hinged-at-a-so-that-it-is-free-to-rotate-about-a-it-is-initially-horizontal-with-a-small-block-of-mass-m-attached-at-b-and-a-spring-constant-k-holding-it-vertically-up-at-its-mid-poi https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDM4NzE3-two-shms-given-by-their-displacements-along-the-respective-directions-are-superposed-x-a-sin-omega-t-1-text-st-text-shm-along-x-text-axis-y-a-sin-bigg-omega-t-large-frac-pi-2-bigg-2-text-nd-text-shm-a https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzE0NDgz-a-uniform-rod-of-length-l-is-suspended-by-an-end-and-is-made-to-undergo-small-oscillations-the-time-period-of-small-oscillation-is-t-then-the-acceleration-due-to-gravity-at-this-place-is-1-4-pi-2-dfra https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDAzMTYz-an-elastic-ball-rebounds-vertically-to-a-height-h-above-the-ground-the-period-of-its-motion-will-be-1-begin-aligned-large-sqrt-frac-2h-g-end-aligned-2-begin-aligned-large-sqrt-frac-8h-g-end-aligned-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDA2NjM2-a-small-block-of-mass-m-slides-a-distance-l-down-a-smooth-incline-and-rebounds-elastically-back-up-the-period-of-the-motion-is-using-standard-symbols-where-necessary-1-sqrt-dfrac-4l-sin-theta-g-2-sqrt https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzE0NDc1-the-energy-of-the-block-is-e-and-the-plane-is-smooth-the-wall-at-the-end-b-is-smooth-collisions-with-walls-are-elastic-the-distance-ab-l-the-spring-is-ideal-and-the-spring-constant-is-k-the-time-perio https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDE5Mzk3-two-particles-undergo-shm-along-the-same-straight-line-moving-with-the-same-frequency-and-amplitude-but-with-a-phase-difference-of-60-circ-between-each-other-if-they-have-a-maximum-speed-of-v-0-the-ma https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzMxNDYx-two-identical-blocks-are-connected-by-an-ideal-spring-and-the-system-is-allowed-to-oscillate-when-undergoing-horizontal-displacements-in-opposite-directions-with-the-centre-of-mass-at-rest-o-is-the-mi https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDAzMDYx-the-graph-represents-the-variation-of-the-position-of-a-particle-x-as-a-function-of-time-t-the-variation-being-sinusoidal-the-amplitude-of-the-motion-of-the-particle-is-1-6-text-cm-2-3-text-cm-3-1-5-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDA2NDE3-a-pendulum-bob-a-after-being-released-as-shown-strikes-a-spring-block-system-when-the-bob-a-reaches-its-lowest-position-the-mass-of-the-bob-a-being-equal-to-that-of-the-block-i-e-m-and-the-stiffness-o https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDMxNzY3-a-particle-is-subjected-to-two-shms-one-along-the-x-text-axis-and-the-other-along-the-y-text-axis-x-a-sin-omega-t-y-a-sin-omega-t-pi-the-resulting-motion-is-1-uniform-circular-motion-2-elliptic-motion https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDE5NDEx-a-spring-mass-system-is-undergoing-small-oscillations-of-amplitude-a-when-the-block-is-at-its-mean-position-it-is-given-an-impulse-j-in-the-direction-of-its-motion-and-its-new-amplitude-is-a-then-give https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDA2Njc0-a-physical-pendulum-consists-of-a-uniform-rod-ab-of-mass-m-and-length-l-suspended-from-one-end-a-so-as-to-rotate-freely-under-gravity-if-it-is-displaced-slightly-from-its-mean-position-it-executes-shm https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDA2NjM5-consider-a-particle-undergoing-uniform-circular-motion-with-angular-speed-omega-the-projection-of-its-motion-on-any-straight-line-in-its-plane-is-1-periodic-but-not-shm-2-shm-with-angular-frequency-om https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzM1MTg5-an-elastic-ball-is-projected-vertically-upward-with-a-speed-u-and-it-returns-to-the-ground-and-rebounds-the-motion-is-periodic-with-a-period-t-a-simple-pendulum-having-a-length-equal-to-maximum-altitu https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzE0NDg1-a-particle-of-mass-m-executes-shm-along-a-straight-line-with-an-amplitude-a-and-frequency-f-assertion-a-the-kinetic-energy-of-the-particle-undergoes-oscillation-with-a-frequency-2f-reason-r-velocity-o https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTg4NDA4-a-uniform-disc-of-radius-r-and-mass-m-is-free-to-oscillate-about-the-axis-a-as-shown-in-the-figure-for-small-oscillations-the-time-period-is-g-is-acceleration-due-to-gravity-1-2-pi-sqrt-dfrac-5-r-4-g https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTg5MDIy-a-spring-stretches-by-2-text-mm-when-it-is-loaded-with-a-mass-of-200-text-g-from-equilibrium-position-the-mass-is-further-pulled-down-by-2-text-mm-and-released-the-frequency-associated-with-the-system https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTg5NzA1-a-particle-is-executing-simple-harmonic-motion-its-amplitude-is-a-and-time-period-is-5-text-s-the-time-required-by-it-to-move-from-x-a-text-to-x-dfrac-a-sqrt-2-is-in-s-1-1-4-2-5-4-3-5-8-4-3-8-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTg5MTMx-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-sin-2-omega-t-mathrm-i-periodic-with-time-period-t-dfrac-pi-omega-but-not-simple-harmonic-motion-mathrm-shm-mathrm-b-sin-3-2-omega-t-mathrm-ii-periodi https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTg5NTMx-the-frequency-of-oscillation-of-mass-m-suspended-by-a-spring-is-nu-1-if-the-length-of-spring-is-cut-to-half-the-same-mass-oscillates-with-frequency-nu-2-the-value-of-nu-2-nu-1-is-1-1-2-2-3-sqrt2-4-sqr https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTg5ODEw-the-velocity-of-a-particle-executing-simple-harmonic-motion-along-x-text-axis-is-described-as-v-2-50-x-2-where-x-represents-displacement-if-the-time-period-of-motion-is-dfrac-x-7-text-s-the-value-of-x https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTgxNDc3-the-kinetic-energy-of-a-particle-executing-simple-harmonic-motion-varies-periodically-with-an-angular-frequency-of-176-text-rad-s-the-frequency-in-hz-of-the-oscillator-is-left-pi-22-7-right-1-14-2-88 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTgwNjky-using-a-simple-pendulum-experiment-g-is-determined-by-measuring-its-time-period-t-which-of-the-following-plots-represent-the-correct-relation-between-the-pendulum-length-l-and-time-period-t-1-2-3-4-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTgwNzI3-a-simple-pendulum-of-string-length-30-cm-performs-20-oscillations-in-10-text-s-the-length-of-the-string-required-for-the-pendulum-to-perform-40-oscillations-in-the-same-time-duration-is-in-cm-assume-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTgxODgy-a-cylindrical-block-of-mass-m-and-area-of-cross-section-a-is-floating-in-a-liquid-of-density-rho-and-with-its-axis-vertical-when-depressed-a-little-and-released-the-block-starts-oscillating-the-period https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTgyMzk5-the-displacement-of-a-particle-executing-simple-harmonic-motion-with-time-period-t-is-expressed-as-x-t-a-sin-omega-t-where-a-is-the-amplitude-the-maximum-value-of-potential-energy-of-the-oscillator-is https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTgyNTgy-as-shown-in-the-figure-a-spring-is-kept-in-a-stretched-position-with-some-extension-by-holding-the-masses-1-text-kg-and-0-2-text-kg-with-a-separation-more-than-spring-natural-length-and-are-released-a https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTQwOTk0-two-simple-pendulums-having-lengths-l-1-and-l-2-with-negligible-string-mass-undergo-angular-displacements-theta-1-and-theta-2-from-their-mean-positions-respectively-if-the-angular-accelerations-of-bot https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTQwODY4-two-blocks-of-masses-m-and-m-m-m-are-placed-on-a-frictionless-table-as-shown-in-figure-a-massless-spring-with-spring-constant-k-is-attached-with-the-lower-block-if-the-system-is-slightly-displaced-and https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTM2MDc0-given-below-are-two-statements-assertion-a-knowing-initial-position-x-0-and-initial-momentum-p-0-is-enough-to-determine-the-position-and-momentum-at-any-time-t-for-a-simple-harmonic-motion-with-a-give https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTM2MDAz-a-particle-oscillates-along-the-x-text-axis-according-to-the-law-x-t-x-0-sin-2-left-dfrac-t-2-right-where-x-0-1-the-kinetic-energy-k-of-the-particle-as-a-function-of-x-is-correctly-represented-by-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTM1ODAy-a-light-hollow-cube-of-side-length-10-text-cm-and-mass-10-text-g-is-floating-in-water-it-is-pushed-down-and-released-to-execute-simple-harmonic-oscillations-the-time-period-of-oscillations-is-y-pi-tim https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTM1Nzkw-a-particle-is-executing-simple-harmonic-motion-with-time-period-2-text-s-and-amplitude-1-text-cm-if-d-and-d-are-the-total-distance-and-displacement-covered-by-the-particle-in-12-5-text-s-then-dfrac-d https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTM1Nzg3-two-bodies-a-and-b-of-equal-mass-are-suspended-from-two-massless-springs-of-spring-constant-k-1-and-k-2-respectively-if-the-bodies-oscillate-vertically-such-that-their-amplitudes-are-equal-the-ratio-o https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTM1NzQw-given-below-are-two-statements-assertion-a-time-period-of-a-simple-pendulum-is-longer-at-the-top-of-a-mountain-than-that-at-the-base-of-the-mountain-reason-r-time-period-of-a-simple-pendulum-decreases https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTM1NzAy-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-a-simple-pendulum-is-taken-to-a-planet-of-mass-and-radius-4-times-and-2-times-respective https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTIxMjkx-the-displacement-of-a-particle-executing-simple-harmonic-motion-is-given-by-x-10-sin-left-omega-t-dfrac-pi-3-right-text-m-the-time-period-of-motion-is-3-14-text-s-the-velocity-of-the-particle-at-t-0-i https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTIxMjU1-in-simple-harmonic-motion-the-total-mechanical-energy-of-given-system-is-e-if-mass-of-oscillating-particle-p-is-doubled-then-the-new-energy-of-the-system-for-same-amplitude-is-1-mathrm-e-sqrt-2-2-e-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTIwODcw-a-particle-of-mass-0-50-text-kg-executes-simple-harmonic-motion-under-force-f-left-50-mathrm-nm-1-right-x-the-time-period-of-oscillation-is-dfrac-x-35-text-s-the-value-of-x-is-given-pi-dfrac-22-7-1-10 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTIwNTQw-the-position-velocity-and-acceleration-of-a-particle-executing-simple-harmonic-motion-are-found-to-have-magnitudes-of-4-m-2-mathrm-ms-1-and-16-mathrm-ms-2-at-a-certain-instant-the-amplitude-of-the-mot https://medminds.me/qbank/physics/oscillations/?q=NP-b246NTE3NTkx-a-particle-is-doing-simple-harmonic-motion-of-amplitude-0-06-text-m-and-time-period-3-14-text-s-the-maximum-velocity-of-the-particle-is-1-31-text-cm-s-2-18-text-cm-s-3-12-text-cm-s-4-5-text-cm-s-1-2-3 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4MzA4-a-block-of-mass-m-is-connected-with-a-spring-and-the-time-period-of-its-oscillation-is-t-if-the-mass-is-increased-to-9m-while-keeping-the-same-spring-the-new-time-period-of-oscillation-will-be-1-3t-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU3MDEy-a-pendulum-bob-is-released-from-rest-at-an-angle-theta-with-the-vertical-as-shown-in-the-figure-if-the-magnitude-of-its-acceleration-at-maximum-amplitude-is-the-same-as-the-magnitude-of-its-accelerati https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU2MTI3-a-particle-starts-oscillation-from-the-origin-on-the-x-text-axis-with-a-period-of-oscillation-6-text-s-and-amplitude-a-if-the-time-taken-by-the-particle-to-reach-from-x-a-to-x-dfrac-sqrt-3-2-a-for-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU1NDU1-a-simple-pendulum-of-length-4-text-m-is-located-at-a-height-r-above-the-surface-of-the-earth-the-time-period-of-the-simple-pendulum-is-2-pi-sqrt-dfrac-8-x-seconds-then-the-value-of-x-is-1-5-2-4-3-1-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDU0NDA3-at-a-certain-instant-kinetic-energy-and-potential-energy-for-a-particle-executing-shm-are-0-4-mathrm-j-and-0-5-mathrm-j-respectively-then-the-amplitude-of-shm-if-the-frequency-of-oscillations-is-frac https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDM3ODk5-a-simple-pendulum-has-a-time-period-t-1-when-on-the-earth-s-surface-and-t-2-when-taken-to-a-height-r-above-the-earth-s-surface-where-r-is-the-radius-of-the-earth-the-value-of-dfrac-t-2-t-1-is-1-1-2-sq https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3ODI5-a-particle-of-mass-250-text-g-executes-a-simple-harmonic-motion-under-a-periodic-force-f-25x-text-n-the-particle-attains-a-maximum-speed-of-4-text-m-s-during-its-oscillation-the-amplitude-of-the-motio https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY3MTc4-in-the-simple-harmonic-motion-of-a-pendulum-the-square-of-the-time-period-can-be-plotted-against-the-length-of-the-pendulum-l-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY3MTY2-for-the-oscillations-exhibited-by-the-spring-block-system-on-a-smooth-surface-along-the-springs-the-time-period-is-1-begin-aligned-2-mathit-pi-sqrt-dfrac-m-left-k-1-k-2-right-k-1-k-2-end-aligned-2-beg https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY3MTMz-for-a-particle-performing-linear-shm-its-position-x-as-a-function-of-time-t-is-given-by-x-a-sin-omega-t-delta-if-at-t-0-particle-is-at-dfrac-a-2-and-is-moving-towards-x-a-then-delta-1-dfrac-pi-3-text https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY2ODQw-the-phasor-of-a-particle-performing-shm-is-as-shown-in-the-diagram-the-shm-has-an-angular-frequency-omega-and-at-t-0-the-phasor-lies-along-op-at-any-time-t-further-the-projection-of-the-phasor-along-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY2NjUy-a-particle-is-performing-shm-having-position-x-a-text-cos-30-circ-and-a-40-text-cm-if-its-kinetic-energy-at-this-position-is-200-j-then-the-value-of-force-constant-is-1-10-text-kn-m-2-20-text-kn-m-3-1 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY2NjI2-a-particle-is-performing-simple-harmonic-motion-shm-whose-distance-from-the-mean-position-varies-as-x-a-mathrm-sin-omega-t-what-would-be-the-position-of-the-particle-from-the-mean-position-where-kinet https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY2NTkx-which-graph-correctly-represents-the-difference-d-between-the-total-energy-and-the-potential-energy-of-a-particle-in-linear-simple-harmonic-motion-shm-as-a-function-of-its-position-x-where-x-0-denotes https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzYzMzQ4-a-block-of-mass-2-kg-is-attached-to-two-identical-springs-each-with-a-force-constant-of-20-n-m-as-shown-in-the-figure-the-time-period-of-the-oscillation-of-the-block-is-1-2-pi-sqrt-dfrac-1-20-s-2-pi-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzYzMjkx-the-equations-of-two-simple-harmonic-motions-is-given-by-y-1-10-sin-left-omega-t-frac-pi-3-right-and-y-2-5-sin-omega-t-sqrt-3-cos-omega-t-the-amplitude-of-the-resultant-shm-is-1-10-m-2-20-m-3-5-m-4-15 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY3NDAw-for-a-particle-undergoing-linear-simple-harmonic-motion-shm-the-graph-showing-the-variation-of-kinetic-energy-k-with-position-x-of-the-particle-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzYzMjMy-a-block-of-mass-m-is-connected-to-two-identical-springs-of-force-constant-k-as-shown-the-frequency-of-the-block-is-1-2-mathit-pi-sqrt-left-frac-2m-k-right-2-frac-1-2-mathit-pi-sqrt-left-frac-k-m-right https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzYzMTYx-a-particle-undergoing-shm-follows-the-position-time-equation-given-as-x-a-sin-omega-t-pi-3-if-the-shm-motion-has-a-time-period-of-t-for-the-first-time-after-t-0-the-velocity-will-be-maximum-at-a-time https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzY3NDQy-a-body-is-doing-shm-with-amplitude-a-when-it-is-at-x-dfrac-a-2-the-ratio-of-kinetic-energy-to-potential-energy-would-be-1-1-1-2-3-1-3-2-1-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzYzMTQz-the-relation-between-velocity-v-and-position-x-of-a-particle-moving-along-the-x-axis-is-given-by-4-v-2-50-x-2-the-time-period-of-oscillatory-motion-of-the-particle-is-use-pi-22-over-7-1-frac-88-9-s-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzYzMDcy-which-of-the-following-graphs-best-represents-the-relation-between-the-square-of-the-time-period-and-the-length-of-a-simple-pendulum-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzYzMDYx-a-particle-performing-simple-harmonic-motion-with-amplitude-a-starts-from-x-0-and-reaches-x-a-2-in-2-s-the-time-required-for-the-particle-to-go-from-x-a-2-to-x-a-is-1-1-5-s-2-4-s-3-6-s-4-1-s-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ2MTYz-the-equation-of-a-particle-executing-simple-harmonic-motion-is-given-by-mathrm-x-sin-pi-left-mathrm-t-frac-1-3-right-mathrm-m-at-t-1-s-the-speed-of-the-particle-will-be-given-pi-3-14-1-0-cm-s-1-2-157 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1NjEw-the-metallic-bob-of-a-simple-pendulum-has-a-relative-density-equal-to-5-the-time-period-of-this-pendulum-is-10-mathrm-s-if-the-metallic-bob-is-immersed-in-water-then-the-new-time-period-becomes-5-sqrt https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQ1NDU1-the-time-period-of-oscillation-of-a-simple-pendulum-of-length-l-suspended-from-the-roof-of-a-vehicle-which-moves-without-friction-down-an-inclined-plane-of-inclination-alpha-is-given-by-1-2-pi-sqrt-df https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQzNzM1-a-body-is-performing-simple-harmonic-motion-with-an-amplitude-of-10-text-cm-the-velocity-of-the-body-was-tripled-by-air-jet-when-it-is-at-5-text-cm-from-its-mean-position-the-new-amplitude-of-vibratio https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQzNjc4-two-identical-simple-pendulums-are-used-as-clocks-clock-1-is-on-the-surface-of-the-earth-and-clock-2-is-on-a-space-station-at-a-height-h-above-the-earth-the-time-periods-of-the-pendulums-are-4-text-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQzNDQy-two-identical-positive-charges-q-each-are-fixed-at-a-distance-of-2a-apart-from-each-other-another-point-charge-q0-with-mass-m-is-placed-at-midpoint-between-two-fixed-charges-for-a-small-displacement-a https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQzMzc5-when-a-particle-executes-simple-harmonic-motion-the-nature-of-graph-of-velocity-as-a-function-of-displacement-will-be-1-circular-2-elliptical-3-sinusoidal-4-straight-line-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246MzQzMzM4-the-length-of-a-seconds-pendulum-at-a-height-h-2r-from-the-earth-s-surface-will-be-given-r-the-radius-of-the-earth-and-acceleration-due-to-gravity-at-the-surface-of-the-earth-g-pi-2-text-m-s-2-1-dfrac https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc5MTA1-two-simple-harmonic-motions-are-represented-by-the-equations-x-1-5-sin-left-2-pi-t-frac-pi-4-right-and-x-2-5-sqrt-2-sin-2-pi-t-cos-2-pi-t-determine-how-many-times-greater-the-amplitude-of-the-second-m https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc5MDE5-in-a-simple-harmonic-oscillation-what-fraction-of-total-mechanical-energy-is-in-the-form-of-kinetic-energy-when-the-particle-is-midway-between-mean-and-extreme-position-1-1-over-2-2-3-over-4-3-1-over https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4OTg5-a-pendulum-bob-has-a-speed-3-text-m-s-while-passing-through-its-lowest-position-the-length-of-the-pendulum-is-50-text-cm-then-its-speed-when-it-makes-an-angle-of-60-circ-with-the-vertical-is-text-take https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4OTg2-in-the-reported-figure-two-bodies-a-and-b-of-masses-200-text-g-and-800-text-g-are-attached-to-the-system-of-springs-springs-are-kept-in-a-stretched-position-with-some-extension-when-the-system-is-rele https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4NzQ0-the-function-of-time-representing-a-simple-harmonic-motion-with-time-period-of-frac-pi-omega-is-1-sin-omega-t-cos-omega-t-2-sin-2-omega-t-3-3-cos-left-frac-pi-4-2-omega-t-right-4-cos-omega-t-cos-2-ome https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4NjMx-a-particle-executes-simple-harmonic-motion-represented-by-displacement-function-as-x-t-a-sin-omega-t-phi-if-the-position-and-velocity-of-the-particle-at-t-0-text-s-are-2-text-cm-and-2-omega-text-cm-s https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4NTY4-a-particle-of-mass-1-text-kg-is-hanging-from-a-spring-of-force-constant-100-text-n-m-1-the-mass-is-pulled-slightly-downward-and-released-so-that-it-executes-free-simple-harmonic-motion-with-a-time-per https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4NDEx-a-particle-is-making-simple-harmonic-motion-along-the-x-text-axis-if-at-a-distances-x-1-and-x-2-from-the-mean-position-the-velocities-of-the-particle-are-v-1-and-v-2-respectively-the-time-period-of-it https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4Mzk0-a-particle-performs-simple-harmonic-motion-with-a-period-of-2-text-seconds-the-time-taken-by-the-particle-to-cover-a-displacement-equal-to-half-of-its-amplitude-from-the-mean-position-is-1-dfrac-1-2-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4Mjky-two-simple-harmonic-motions-are-represented-by-the-equations-y-1-10-sin-left-3-pi-t-frac-pi-3-right-m-y-2-5-sin-3-pi-t-sqrt-3-cos-3-pi-t-the-ratio-of-the-amplitude-of-y-1-text-to-y-2-x-1-the-value-of https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4MjE1-an-object-of-mass-0-5-text-kg-undergoes-simple-harmonic-motion-with-an-amplitude-of-5-text-cm-and-a-time-period-of-0-2-text-s-if-the-object-starts-from-the-mean-position-with-zero-initial-phase-what-i https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4MjA3-a-mass-of-5-text-kg-is-connected-to-a-spring-the-potential-energy-curve-of-the-simple-harmonic-motion-executed-by-the-system-is-shown-in-the-figure-a-simple-pendulum-of-length-4-text-m-has-the-same-pe https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3NTM4-given-below-are-two-statements-one-is-labeled-as-assertion-a-and-the-other-is-labeled-as-reason-r-assertion-a-a-pendulum-clock-when-taken-to-mount-everest-becomes-fast-reason-r-the-value-of-g-accelera https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4MTI2-a-particle-starts-executing-simple-harmonic-motion-mathrm-shm-of-amplitude-a-and-total-energy-e-at-any-instant-its-kinetic-energy-is-frac-3e-4-then-its-displacement-y-is-given-by-1-y-frac-a-2-2-y-frac https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4MTA4-the-motion-of-a-mass-on-a-spring-with-a-spring-constant-k-as-shown-in-the-figure-the-equation-of-motion-is-given-by-x-t-a-sin-omega-t-b-cos-omega-t-text-with-omega-sqrt-frac-k-m-suppose-at-the-time-t https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3NjI3-a-mass-m-attached-to-the-free-end-of-a-spring-executes-shm-with-a-period-of-1-text-s-if-the-mass-is-increased-by-3-text-kg-the-period-of-oscillation-increases-by-one-second-the-value-of-mass-m-is-1-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4MDk2-t-0-is-the-time-period-of-a-simple-pendulum-at-a-place-if-the-length-of-the-pendulum-is-reduced-to-frac-1-16-times-of-its-initial-value-then-the-modified-time-period-is-1-t-0-2-8-pi-t-0-3-4-t-0-4-frac https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3OTQx-two-particles-a-and-b-of-equal-masses-are-suspended-from-two-massless-springs-of-spring-constants-k-1-and-k-2-respectively-if-the-maximum-velocities-during-oscillations-are-equal-the-ratio-of-the-ampl https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3ODIx-the-displacement-of-a-particle-undergoing-free-simple-harmonic-motion-is-plotted-as-a-function-of-time-as-shown-in-the-figure-which-of-the-following-graphs-correctly-represents-the-potential-energy-u https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3NjMw-the-amplitude-of-a-mass-spring-system-which-executes-simple-harmonic-motion-decreases-with-time-if-mass-500-text-g-decay-constant-20-text-g-s-then-the-time-required-for-the-amplitude-of-the-system-to https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3NTkw-consider-two-identical-springs-each-of-spring-constant-k-and-negligible-mass-compared-to-the-mass-m-as-shown-below-figure-1-shows-one-of-them-and-figure-2-shows-their-series-combination-the-ratios-of https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3Mzg1-the-time-period-of-a-simple-pendulum-is-t-inside-a-lift-when-the-lift-is-stationary-if-the-lift-moves-upwards-with-an-acceleration-frac-g-2-the-time-period-of-the-pendulum-will-be-1-sqrt-dfrac-2-3-t-2 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5NDQx-the-time-period-of-a-simple-pendulum-is-t-the-time-taken-to-complete-dfrac-5-8-oscillations-starting-from-the-mean-position-is-dfrac-alpha-beta-t-the-value-of-alpha-is-1-3-2-6-3-7-4-10-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5NDMy-given-below-are-two-statements-statement-i-a-seconds-pendulum-has-a-time-period-of-1-second-statement-ii-a-seconds-pendulum-takes-exactly-1-second-to-travel-between-its-two-extreme-positions-1-both-st https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5NDE5-a-particle-executes-shm-the-graph-of-velocity-as-a-function-of-displacement-is-1-a-circle-2-a-parabola-3-an-ellipse-4-a-helix-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5MTEz-in-the-given-figure-a-body-of-mass-m-is-held-between-two-massless-springs-on-a-smooth-inclined-plane-the-free-ends-of-the-springs-are-attached-to-firm-supports-if-each-spring-has-spring-constant-k-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc4OTIw-in-the-given-figure-a-mass-m-is-attached-to-a-horizontal-spring-with-spring-constant-k-which-is-fixed-on-one-side-to-a-rigid-support-the-mass-oscillates-on-a-frictionless-surface-with-time-period-t-an https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc4ODg0-point-a-moves-with-a-uniform-speed-along-the-circumference-of-a-circle-of-radius-0-36-m-and-covers-30-circ-in-0-1-s-the-perpendicular-projection-p-from-a-on-the-diameter-mn-represents-the-simple-harmo https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc4ODgx-a-particle-undergoes-simple-harmonic-motion-with-displacement-given-by-the-following-equation-y-a-sin-omega-t-phi-0-at-t-0-its-displacement-is-y-dfrac-a-2-while-it-is-moving-in-the-negative-x-text-dir https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc4ODc0-two-identical-springs-of-spring-constant-2k-are-attached-to-a-block-of-mass-m-and-to-fixed-support-see-figure-when-the-mass-is-displaced-from-the-equilibrium-position-on-either-side-it-executes-simple https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4MzQ2-a-lcr-circuit-behaves-like-a-damped-harmonic-oscillator-comparing-it-with-a-physical-spring-mass-damped-oscillator-having-damping-constant-b-the-connect-equivalence-would-be-1-l-rightarrow-frac-1-b-c https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5MjE5-an-object-of-mass-m-is-suspended-at-the-end-of-a-massless-wire-of-length-l-and-area-of-cross-section-a-young-modulus-of-the-material-of-the-wire-is-y-if-the-mass-is-pulled-down-slightly-its-frequency https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5MDM2-when-a-particle-of-mass-m-is-attached-to-a-vertical-spring-of-spring-constant-k-and-released-its-motion-is-described-by-y-t-y-0-sin-2-omega-t-where-y-is-measured-from-the-lower-end-of-the-unstretched https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc4NjQ0-a-ring-is-hung-on-a-nail-and-can-oscillate-without-slipping-or-sliding-it-can-swing-in-its-own-plane-with-a-time-period-t-1-and-back-and-forth-perpendicular-to-its-plane-with-a-time-period-t-2-what-is https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc4NDY4-a-block-of-mass-m-attched-to-a-massless-spring-is-performing-oscillatory-motion-of-amplitude-a-on-a-frictionless-horizontal-plane-if-half-of-the-mass-of-the-block-breaks-off-when-it-is-passing-through https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc4MjI3-the-displacement-time-s-text-t-graph-of-a-particle-executing-simple-harmonic-motion-shm-is-provided-the-sketch-is-schematic-and-not-to-scale-which-of-the-following-statements-are-true-for-this-motion https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc4MjYw-a-simple-harmonic-motion-is-represented-by-y-5-sin-3-pi-t-sqrt-3-cos-3-pi-t-mathrm-cm-the-amplitude-and-time-period-of-the-motion-are-1-10-text-cm-dfrac-2-3-text-s-2-10-text-cm-dfrac-3-2-text-s-3-5-te https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3NDcz-a-hoop-and-a-solid-cylinder-of-the-same-mass-and-radius-are-made-of-a-permanent-magnetic-material-with-their-magnetic-moment-parallel-to-their-respective-axes-but-the-magnetic-moment-of-the-hoop-is-tw https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3NDUy-a-rod-of-mass-mathrm-m-and-length-mathrm-2l-is-suspended-at-its-middle-by-a-wire-it-exhibits-torsional-oscillations-if-two-masses-each-of-mathrm-m-are-attached-at-a-distance-mathrm-l-2-from-its-centre https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3NDEx-a-particle-is-executing-simple-harmonic-motion-text-shm-of-amplitude-a-along-the-x-text-axis-about-x-0-when-its-potential-energy-pe-equals-kinetic-energy-ke-the-position-of-the-particle-will-be-1-dfra https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3MjA5-two-masses-m-text-and-frac-m-2-are-connected-at-the-two-ends-of-a-massless-rigid-rod-of-length-l-the-rod-is-suspended-by-a-thin-wire-of-torsional-constant-k-at-the-center-of-mass-of-the-rod-mass-syste https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc3MDgy-a-spring-of-unstretched-length-l-has-a-force-constant-k-the-spring-is-cut-into-two-parts-of-unstretched-lengths-l-1-and-l-2-where-l-1-nl-2-and-n-is-an-integer-if-the-force-constants-of-the-two-parts-a https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc2OTA2-the-displacement-of-a-damped-harmonic-oscillator-is-given-by-x-t-e-0-1-t-cos-10-pi-t-phi-here-t-is-in-seconds-the-time-taken-for-its-amplitude-of-vibration-to-drop-to-half-of-its-initial-value-is-clos https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc2Njcx-a-thin-strip-10-text-cm-long-is-on-a-mathrm-u-shaped-wire-of-negligible-resistance-and-it-is-connected-to-a-spring-of-spring-constant-0-5-text-nm-1-see-figure-the-assembly-is-kept-in-a-uniform-magneti https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc2NjYy-a-damped-harmonic-oscillator-has-a-frequency-of-5-oscillations-per-second-the-amplitude-drops-to-half-its-value-for-every-10-oscillations-the-time-it-will-take-to-frac-1-1000-of-the-original-amplitude https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3MzMy-a-particle-executes-simple-harmonic-motion-and-is-located-at-x-a-b-and-c-at-times-t-0-2t-0-and-3t-0-respectively-the-frequency-of-the-oscillation-is-1-frac-1-2-pi-t-0-cos-1-bigg-frac-a-c-2b-bigg-2-fra https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3MzI3-an-oscillator-of-mass-m-is-at-rest-in-the-equilibrium-position-in-a-potential-v-frac-1-2-k-x-x-2-a-particle-of-mass-m-comes-from-the-right-with-speed-u-and-collides-completely-inelastically-with-m-and https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3MTk3-a-body-of-mass-m-and-a-charge-q-is-connected-to-a-spring-of-spring-constant-k-it-oscillates-along-the-x-text-direction-about-its-equilibrium-position-taken-to-be-at-x-0-with-an-amplitude-a-an-electric https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3MjQ1-a-block-of-mass-0-1-text-kg-is-connected-to-an-elastic-spring-constant-640-text-nm-1-and-oscillates-in-a-damping-medium-of-damping-constant-10-2-text-kg-s-1-the-system-dissipates-its-energy-gradually https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3MTk2-in-an-experiment-to-determine-the-period-of-a-simple-pendulum-of-length-1-text-m-it-is-attached-to-different-spherical-bobs-of-radii-r-1-and-r-2-the-two-spherical-bobs-have-uniform-mass-distribution-i https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3MTU5-a-1-text-kg-block-attached-to-a-spring-vibrates-with-a-frequency-of-1-text-hz-on-a-frictionless-horizontal-table-two-springs-identical-to-the-original-spring-are-attached-in-parallel-to-an-8-text-kg-b https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3MDk5-a-particle-performs-simple-harmonic-motion-shm-the-ratio-of-its-maximum-acceleration-to-its-maximum-velocity-is-10-text-s-1-at-t-0-the-displacement-of-the-particle-is-5-text-m-and-the-initial-phase-is https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5MzQz-a-particle-executes-simple-harmonic-motion-with-a-time-period-t-it-starts-at-its-equilibrium-position-at-t-0-how-will-the-graph-of-its-kinetic-energy-ke-versus-time-t-look-like-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3Mjgw-in-an-engine-the-piston-undergoes-vertical-simple-harmonic-motion-with-amplitude-7-text-cm-a-washer-rests-on-top-of-the-piston-and-moves-with-it-the-motor-speed-is-slowly-increased-the-frequency-of-th https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3MTA4-a-simple-pendulum-made-of-a-bob-of-mass-m-and-a-metallic-wire-of-negligible-mass-has-time-period-2-text-s-at-t-0-circ-text-c-if-the-temperature-of-the-wire-is-increased-and-the-corresponding-charge-in https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc3MDAy-two-particles-are-performing-simple-harmonic-motion-in-a-straight-line-about-the-same-equilibrium-point-the-amplitude-and-time-period-for-both-particles-are-the-same-and-equal-to-a-and-t-respectively https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5ODkx-a-particle-performs-simple-harmonic-motion-with-amplitude-a-its-speed-is-tripled-at-the-instant-that-it-is-at-a-distance-frac-2a-3-from-the-equilibrium-position-the-new-amplitude-of-the-motion-is-1-fr https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc2OTU1-x-and-y-displacements-of-a-particle-are-given-as-x-t-text-a-sin-omega-t-and-y-t-a-sin-2-omega-t-its-trajectory-will-look-like-1-3-2-4-1-2-3-4 https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc2OTE1-a-simple-harmonic-oscillator-of-angular-frequency-2-text-rad-s-1-is-acted-upon-by-an-external-force-f-sin-t-text-n-if-the-oscillator-is-at-rest-in-its-equilibrium-at-t-0-its-position-at-later-times-is https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc2OTEy-a-cylindrical-block-of-wood-density-650-text-kg-m-3-of-base-area-30-text-cm-2-and-height-54-text-cm-floats-in-a-liquid-of-density-900-text-kg-m-3-the-block-is-depressed-slightly-and-then-released-the https://medminds.me/qbank/physics/oscillations/?q=NP-b246NDc2ODkx-a-pendulum-with-time-period-of-1-text-s-is-losing-energy-due-to-damping-at-a-certain-time-its-energy-is-45-text-j-if-after-completing-15-oscillations-its-energy-has-become-15-text-j-its-damping-consta https://medminds.me/qbank/physics/oscillations/?q=NP-b246Mjc5NDgy-a-pendulum-made-of-a-uniform-wire-of-cross-sectional-area-a-has-time-period-t-when-an-additional-mass-m-is-added-to-its-bob-the-time-period-changes-to-t-m-if-the-young-s-modulus-of-the-material-of-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246MjcwODc-which-of-the-following-is-not-due-to-the-total-internal-reflection-of-light-1-brilliance-of-the-diamond-2-mirage-on-hot-summer-days-3-working-of-optical-fiber-4-difference-between-real-and-apparent-de https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246Mjk2NDA-a-ray-of-light-incident-on-an-equilateral-prism-at-grazing-incidence-emerges-from-the-prism-at-grazing-emergence-the-refractive-index-of-the-prism-is-1-1-5-2-1-8-3-1-33-4-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246Mjk2NTk-absolute-refractive-indices-of-glass-and-water-are-3-2-and-4-3-the-ratio-of-velocity-of-light-in-glass-and-water-will-be-1-4-3-2-8-7-3-8-9-4-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246Mjk2NjU-two-identical-equiconvex-thin-lenses-each-of-focal-lengths-20-cm-made-of-material-of-refractive-index-1-5-are-placed-coaxially-in-contact-as-shown-now-the-space-between-them-is-filled-with-a-liquid-wi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246Mjk2NjY-the-length-of-an-astronomical-telescope-adjusted-for-parallel-light-is-90-cm-if-the-magnifying-power-of-the-telescope-is-17-then-the-focal-length-of-eyepiece-and-objective-are-respectively-1-10-cm-and https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246MzA0MDc-a-ray-of-light-falls-on-a-transparent-sphere-as-shown-in-the-figure-if-the-final-ray-emerges-from-the-sphere-parallel-to-the-horizontal-diameter-then-calculate-the-refractive-index-of-the-sphere-consi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzNjM-a-point-source-of-light-b-is-placed-at-a-distance-l-in-front-of-the-centre-of-a-mirror-of-width-d-hung-vertically-on-a-wall-a-man-walks-in-front-of-the-mirror-along-a-line-parallel-to-the-mirror-at-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzNjQ-two-plane-mirrors-a-and-b-are-aligned-parallel-to-each-other-as-shown-in-the-figure-a-light-ray-is-incident-at-an-angle-of-30-circ-at-a-point-just-inside-one-end-of-a-the-plane-of-incidence-coincides https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzNjU-a-concave-mirror-of-focal-length-100-cm-is-used-to-obtain-the-image-of-the-sun-which-subtends-an-angle-of-30-the-diameter-of-the-image-of-the-sun-will-be-1-1-74-cm-2-0-87-cm-3-0-435-cm-4-100-cm-1-2-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzNjg-a-square-of-side-3-cm-is-placed-at-a-distance-of-25-cm-from-a-concave-mirror-of-focal-length-10-cm-the-centre-of-the-square-is-at-the-axis-of-the-mirror-and-the-plane-is-normal-to-the-axis-the-area-en https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzNzQ-a-ray-of-light-falls-on-the-surface-of-a-spherical-glass-paperweight-making-an-angle-alpha-with-the-normal-and-is-refracted-in-the-medium-at-an-angle-beta-the-angle-of-deviation-of-the-emergent-ray-fr https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzNzk-light-enters-at-an-angle-of-incidence-in-a-transparent-rod-of-refractive-index-n-for-what-value-of-the-refractive-index-of-the-material-of-the-rod-the-light-once-entered-into-it-will-not-leave-it-thro https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzODA-one-face-of-a-rectangular-glass-plate-6-cm-thick-is-silvered-an-object-held-8-cm-in-front-of-the-first-face-forms-an-image-10-cm-behind-the-silvered-face-the-refractive-index-of-the-glass-is-consider https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzODU-two-transparent-slabs-have-the-same-thickness-as-shown-one-is-made-of-material-a-of-refractive-index-1-5-the-other-is-made-of-two-materials-b-and-c-with-thickness-in-the-ratio-1-2-the-refractive-index https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzODc-the-image-of-point-p-when-viewed-from-the-top-of-the-slabs-will-be-1-2-0-cm-above-p-2-1-5-cm-above-p-3-2-0-cm-below-p-4-1-cm-above-p-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzODg-two-point-light-sources-are-24-cm-apart-where-should-a-convex-lens-of-focal-length-9-cm-be-put-in-between-them-from-one-source-so-that-the-images-of-both-the-sources-are-formed-at-the-same-place-1-6-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzOTE-there-is-an-equi-convex-glass-lens-with-a-radius-of-each-face-as-r-and-mu-ga-frac-3-2-and-mu-wa-frac-4-3-if-there-is-water-in-the-object-space-and-air-in-the-image-space-then-the-focal-length-is-1-2r https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzOTI-a-prism-having-an-apex-angle-4-circ-and-refraction-index-1-5-is-located-in-front-of-a-vertical-plane-mirror-as-shown-in-the-figure-through-what-total-angle-is-the-ray-deviated-after-reflection-from-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzOTQ-a-rectangular-glass-slab-abcd-of-refractive-index-n1-is-immersed-in-water-of-the-refractive-index-n2n1-n2-a-ray-of-light-is-incident-at-the-surface-ab-of-the-slab-as-shown-the-maximum-value-of-the-ang https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzOTU-a-rod-of-glass-mu-1-5-and-of-the-square-cross-section-is-bent-into-the-shape-as-shown-a-parallel-beam-of-light-falls-on-the-plane-s-flat-surface-a-as-shown-in-the-figure-if-d-is-the-width-of-a-side-an https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTAzOTg-a-diverging-beam-of-light-from-a-point-source-s-having-divergence-angle-alpha-falls-symmetrically-on-a-glass-slab-as-shown-the-angles-of-incidence-of-the-two-extreme-rays-are-equal-if-the-thickness-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MDA-a-concave-mirror-is-placed-at-the-bottom-of-an-empty-tank-with-face-upwards-and-axis-vertical-when-sunlight-falls-normally-on-the-mirror-it-is-focused-at-distance-of-32-cm-from-the-mirror-if-the-tank https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MDE-the-slab-of-a-refractive-index-material-equal-to-2-shown-in-the-figure-has-a-curved-surface-apb-of-a-radius-of-curvature-of-10-text-cm-and-a-plane-surface-cd-on-the-left-of-apb-is-air-and-on-the-right https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MDQ-the-distance-between-a-convex-lens-and-a-plane-mirror-is-10-cm-the-parallel-rays-incident-on-the-convex-lens-after-reflection-from-the-mirror-form-image-at-the-optical-centre-of-the-lens-focal-length https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MDg-an-air-bubble-in-a-sphere-having-4-cm-diameter-that-appears-1-cm-from-the-surface-nearest-to-the-eye-when-looked-along-diameter-if-mu-ga-1-5-the-distance-of-bubble-from-the-refracting-surface-is-1-1-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MTI-an-observer-can-see-through-a-pinhole-the-top-end-of-a-thin-rod-of-height-h-placed-as-shown-in-the-figure-the-beaker-height-is-3h-and-its-radius-h-when-the-beaker-is-filled-with-a-liquid-up-to-a-heigh https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MTQ-in-an-experiment-of-find-the-focal-length-of-a-concave-mirror-a-graph-is-drawn-between-the-magnitudes-of-u-and-v-the-graph-looks-like-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MTU-as-the-position-of-an-object-u-reflected-from-a-concave-mirror-is-varied-the-position-of-the-image-v-also-varies-by-letting-the-u-change-from-0-to-infinity-the-graph-between-v-versus-u-will-be-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MTY-the-graph-between-u-and-v-for-a-convex-mirror-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MTg-a-glass-prism-mu-1-5-is-dipped-in-water-mu-4-3-as-shown-in-figure-a-light-ray-is-incident-normally-on-the-surface-ab-it-reaches-the-surface-bc-after-totally-reflected-if-1-sin-theta-ge-89-2-23-sin-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MjU-a-convex-lens-a-of-focal-length-20-text-cm-and-a-concave-lens-b-of-focal-length-5-text-cm-are-kept-along-the-same-axis-with-the-distance-d-between-them-if-a-parallel-beam-of-light-falling-on-a-leaves https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0Mjk-a-medium-shows-relation-between-i-and-r-as-shown-if-speed-of-light-in-the-medium-is-nc-then-value-of-n-is-1-1-5-2-2-3-2-ndash-1-4-3-ndash-1-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MzE-for-a-concave-mirror-if-the-virtual-image-is-formed-the-graph-between-m-and-u-is-of-the-form-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0MzM-for-a-convex-lens-the-distance-of-the-object-is-taken-on-x-axis-and-the-distance-of-the-image-is-taken-on-y-axis-the-nature-of-the-graph-so-obtained-is-1-straight-line-2-circle-3-parabola-4-hyperbola https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0Njc-the-diameter-of-a-plano-convex-lens-is-6-cm-and-thickness-at-the-centre-is-3-mm-if-the-speed-of-light-in-the-material-of-the-lens-is-2-times-108msec-the-focal-length-of-the-lens-is-1-15-cm-2-20-cm-3-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0NzQ-a-luminous-object-is-placed-at-a-distance-of-30-cm-from-the-convex-lens-with-a-focal-length-of-20-cm-on-the-other-side-of-the-lens-at-what-distance-from-the-lens-a-convex-mirror-with-a-radius-of-curva https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0ODU-shown-in-the-figure-here-is-a-convergent-lens-placed-inside-a-cell-filled-with-a-liquid-the-lens-has-focal-length-20-cm-when-in-air-and-its-material-has-refractive-index-1-50-if-the-liquid-has-refract https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0ODk-which-one-of-the-following-spherical-lenses-does-not-exhibit-dispersion-the-radii-of-curvature-of-the-surfaces-of-the-lenses-are-as-given-in-the-diagrams-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA0OTQ-the-size-of-the-image-of-an-object-which-is-at-infinity-as-formed-by-a-convex-lens-of-focal-length-30-cm-is-2-cm-if-a-concave-lens-of-focal-length-20-cm-is-placed-between-the-convex-lens-and-the-image https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA1MDQ-an-achromatic-prism-is-made-by-crown-glass-prism-ac-19-176-and-flint-glass-prism-af-6-176-if-956-vc-1-5-and-956-vf-1-66-then-resultant-deviation-for-red-coloured-ray-will-be-1-1-04-deg-2-5-deg-3-0-96 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA1MDY-an-isosceles-prism-of-angle-120-deg-has-a-refractive-index-of-1-44-two-parallel-monochromatic-rays-enter-the-prism-parallel-to-each-other-in-air-as-shown-the-rays-emerging-from-the-opposite-faces-1-ar https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA1MDc-a-ray-of-light-is-incident-on-the-hypotenuse-of-a-right-angled-prism-after-travelling-parallel-to-the-base-inside-the-prism-if-mu-is-the-refractive-index-of-the-material-of-the-prism-the-maximum-value https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA1MDg-a-plano-convex-lens-when-silvered-in-the-plane-side-behaves-like-a-concave-mirror-of-focal-length-30-cm-however-when-silvered-on-the-convex-side-it-behaves-like-a-concave-mirror-of-focal-length-10-cm https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA1MDk-a-ray-of-light-travels-from-an-optically-denser-to-rarer-medium-the-critical-angle-for-the-two-media-is-c-the-maximum-possible-deviation-of-the-ray-will-be-1-pi-2-c-2-2c-3-pi-2c-4-pi-c-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA1MjE-a-point-object-is-moving-on-the-principal-axis-of-a-concave-mirror-of-focal-length-24-cm-towards-the-mirror-when-it-is-at-a-distance-of-60-cm-from-the-mirror-its-velocity-is-9-cm-sec-what-is-the-veloc https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA1NTM-a-room-cubical-is-made-of-mirrors-an-insect-is-moving-along-the-diagonal-on-the-floor-such-that-the-velocity-of-image-of-insect-on-two-adjacent-wall-mirrors-is-10cms-1-the-velocity-of-image-of-insect https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA1NTQ-figure-shows-a-cubical-room-abcd-with-the-wall-cd-as-a-plane-mirror-each-side-of-the-room-is-3m-we-place-a-camera-at-the-midpoint-of-the-wall-ab-at-what-distance-should-the-camera-be-focussed-to-photo https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA1NTU-if-an-object-moves-towards-a-plane-mirror-with-a-speed-v-at-an-angle-theta-to-the-perpendicular-to-the-plane-of-the-mirror-find-the-relative-velocity-between-the-object-and-the-image-1-v-2-2v-3-2v-cos https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTA4MDE-to-an-astronaut-in-a-spaceship-the-sky-appears-1-black-2-white-3-green-4-blue-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEwMjA-a-beam-of-light-from-a-source-l-is-incident-normally-on-a-plane-mirror-fixed-at-a-certain-distance-x-from-the-source-the-beam-is-reflected-back-as-a-spot-on-a-scale-placed-just-above-the-source-l-when https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEwNzI-two-identical-glass-mu-g-3-2-equi-convex-lenses-of-focal-length-f-each-are-kept-in-contact-the-space-between-the-two-lenses-is-filled-with-water-mu-w-4-3-the-focal-length-of-the-combination-is-1-f-3-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEwNzM-an-air-bubble-in-a-glass-slab-with-refractive-index-1-5-near-normal-incidence-is-5-cm-deep-when-viewed-from-one-surface-and-3-cm-deep-when-viewed-from-the-opposite-face-the-thickness-in-cm-of-the-slab https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTExMDg-an-astronomical-telescope-has-an-objective-and-eyepiece-of-focal-lengths-40-cm-and-4-cm-respectively-to-view-an-object-200-cm-away-from-the-objective-the-lenses-must-be-separated-by-a-distance-of-1-46 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTExMTI-match-the-corresponding-entries-of-column-1-with-column-2-where-m-is-the-magnification-produced-by-the-mirror-column-1-column-2-a-m-2-a-convex-mirror-b-m-1-2-b-concave-mirror-c-m-2-c-real-image-d-m-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTExMjc-the-angle-of-incidence-for-a-ray-of-light-at-a-refracting-surface-of-a-prism-is-45-deg-the-angle-of-prism-is-60-deg-if-the-ray-suffers-minimum-deviation-through-the-prism-the-angle-of-deviation-and-re https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTExNjQ-the-refracting-angle-of-a-prism-is-a-and-refractive-index-of-the-material-of-the-prism-is-cot-left-frac-a-2-right-the-angle-of-minimum-deviation-is-1-180-circ-3a-2-180-circ-2a-3-90-circ-a-4-180-circ-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTExOTU-in-an-astronomical-telescope-in-normal-adjustment-a-straight-black-line-of-length-l-is-drawn-on-inside-part-of-the-objective-lens-the-eye-piece-forms-a-real-image-of-this-line-the-length-of-this-image https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEyNTI-if-the-focal-length-of-the-objective-lens-is-increased-then-magnifying-power-of-1-microscope-will-increase-but-that-of-telescope-decrease-2-microscope-and-telescope-both-will-increase-3-microscope-and https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEyNTM-the-angle-of-a-prism-is-a-one-of-its-refracting-surfaces-is-silvered-light-rays-falling-at-an-angle-of-incidence-2a-on-the-first-surface-returns-back-through-the-same-path-after-suffering-reflection-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEyOTk-a-plane-convex-lens-fits-exactly-into-a-plano-concave-lens-their-plane-surfaces-are-parallel-to-each-other-if-lenses-are-made-of-different-materials-of-refractive-indices-mu-1-and-mu-2-and-r-is-the-ra https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEzMDA-for-a-normal-eye-the-cornea-of-eye-provides-a-converging-power-of-40-d-and-the-least-converging-power-of-the-eye-lens-behind-the-cornea-is-20-d-using-this-information-the-distance-between-the-retina-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEzMTg-when-a-biconvex-lens-of-glass-having-refractive-index-1-47-is-dipped-in-a-liquid-it-acts-as-a-plane-sheet-of-glass-this-implies-that-the-liquid-must-have-refractive-index-1-equal-to-that-of-glass-2-le https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEzMzk-a-ray-of-light-is-incident-at-an-angle-of-incidence-i-on-one-face-of-a-prism-of-angle-a-assumed-to-be-small-and-emerges-normally-from-the-opposite-face-if-the-refractive-index-of-the-prism-is-mu-the-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEzNDE-a-concave-mirror-of-focal-length-f1-is-placed-at-a-distance-of-d-from-a-convex-lens-of-focal-length-f2-a-beam-of-light-coming-from-infinity-and-falling-on-this-convex-lens-concave-mirror-combination-r https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEzNTM-the-magnifying-power-of-a-telescope-is-9-when-it-is-adjusted-for-parallel-rays-the-distance-between-the-objective-and-eyepiece-is-20cm-the-focal-length-of-lenses-are-1-10cm-10cm-2-15cm-5cm-3-18cm-2cm https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEzNzg-for-the-angle-of-minimum-deviation-of-a-prism-to-be-equal-to-its-refracting-angle-the-prism-must-be-made-of-a-material-whose-refractive-index-1-lies-between-2-and-1-2-lies-between-2-and-2-3-is-less-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTEzNzk-a-rod-of-length-10-cm-lies-along-the-principal-axis-of-a-concave-mirror-of-focal-length-10-cm-in-such-a-way-that-its-end-closer-to-the-pole-is-20-cm-away-from-the-mirror-the-length-of-the-image-is-1-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTE1NDk-a-biconvex-lens-of-refractive-index-1-5-has-a-radius-of-curvature-of-magnitude-20-cm-which-one-of-the-following-options-describes-best-the-image-formed-of-an-object-of-height-2-cm-placed-30-cm-from-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTE1NTE-which-of-the-following-is-not-due-to-total-internal-reflection-1-difference-between-apparent-and-real-depth-of-a-pond-2-mirage-on-hot-summer-days-3-brilliance-of-diamond-4-working-of-optical-fibre-1-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTE1Nzg-a-thin-prism-of-angle-15-176-made-of-glass-of-refractive-index-956-1-1-5-is-combined-with-another-prism-of-glass-of-refractive-index-956-2-1-75-the-combination-of-the-prism-produces-dispersion-without https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTE1OTE-a-converging-beam-of-rays-is-incident-on-a-diverging-lens-having-passed-though-the-lens-the-rays-intersect-at-a-point-15cm-from-the-lens-on-the-opposite-side-if-the-lens-is-removed-the-point-where-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTE2MDE-a-ray-of-light-traveling-in-a-transparent-medium-of-refractive-index-mu-falls-on-a-surface-separating-the-medium-from-the-air-at-an-angle-of-incidence-of-45-deg-for-which-of-the-following-values-of-mu https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTE2Mjc-a-lens-having-focal-length-f-and-aperature-of-diameter-d-forms-an-image-of-intensity-i-aperture-of-diameter-d2-in-central-region-of-lens-is-covered-by-a-black-paper-focal-length-of-lens-and-intensity https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTE2NTA-the-speed-of-light-in-media-m1-and-m2-is-1-5-times-108m-s-and-2-0-times-108m-s-respectively-a-ray-of-light-enters-from-medium-m1-to-m2-at-an-incidence-angle-i-if-the-ray-suffers-total-internal-reflect https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTE2NTE-a-ray-of-light-is-incident-on-a-60-circ-prism-at-the-minimum-deviation-position-the-angle-of-refraction-at-the-first-face-ie-incident-face-of-the-prism-is-1-zero-2-30-circ-3-45-circ-4-60-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NTE3NDA-two-thin-lenses-of-focal-length-f1andf2-are-in-contact-and-coaxial-the-power-of-the-combination-is-1-f1f2-2-f2f1-3-f1-f2f1f2-4-f1-f2f1f2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246ODg4NTI-the-refractive-index-of-the-material-of-a-prism-is-sqrt-2-and-the-angle-of-the-prism-is-30-circ-one-of-the-two-refracting-surfaces-of-the-prism-is-made-a-mirror-inwards-with-a-silver-coating-a-beam-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246ODg4NTU-an-object-is-placed-at-a-distance-of-40-text-cm-from-a-concave-mirror-of-a-focal-length-of-15-text-cm-if-the-object-is-displaced-through-a-distance-of-20-text-cm-towards-the-mirror-the-displacement-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246ODg5ODY-a-person-can-see-objects-clearly-only-when-they-lie-between-50-cm-and-400-cm-from-his-eyes-in-order-to-increase-the-maximum-distance-of-distinct-vision-to-infinity-the-type-and-power-of-the-correcting https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246ODkwNzk-an-astronomical-refracting-telescope-will-have-large-angular-magnification-and-high-angular-resolution-when-it-has-an-objective-lens-of-1-small-focal-length-and-large-diameter-2-large-focal-length-and https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTA3Mjg-a-beam-of-light-consisting-of-red-green-and-blue-colours-is-incident-on-a-right-angled-prism-the-refractive-index-of-the-material-of-the-prism-for-the-red-green-and-blue-wavelengths-is-1-39-1-44-and-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTA4ODM-two-identical-thin-plano-convex-glass-lenses-refractive-index-1-5-each-having-radius-of-curvature-of-20-cm-are-placed-with-their-convex-surfaces-in-contact-at-the-centre-the-intervening-space-is-fille https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTA4OTA-the-refracting-angle-of-a-prism-is-a-and-the-refractive-index-of-the-material-of-the-prism-is-text-cot-frac-a-2-the-angle-of-minimum-deviation-is-1-180-circ-3a-2-180-circ-2a-3-90-circ-a-4-180-circ-2a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTMzMzI-a-boy-is-trying-to-start-a-fire-by-focusing-sunlight-on-a-piece-of-paper-using-an-equiconvex-lens-of-a-focal-length-of-10-cm-the-diameter-of-the-sun-is-1-39-times10-9-m-and-its-mean-distance-from-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTM1MDY-a-small-coin-is-resting-on-the-bottom-of-a-beaker-filled-with-a-liquid-a-ray-of-light-from-the-coin-travels-up-to-the-surface-of-the-liquid-and-moves-along-its-surface-see-figure-how-fast-is-the-light https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTM1Mzc-the-frequency-of-a-light-wave-in-a-material-is-2-times-1014-hz-and-the-wavelength-is-5000-aring-the-refractive-index-of-the-material-will-be-1-1-40-2-1-50-3-3-00-4-1-33-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTM5NDU-a-microscope-is-focused-on-a-mark-on-a-piece-of-paper-and-then-a-slab-of-glass-of-thickness-3-cm-and-a-refractive-index-1-5-is-placed-over-the-mark-how-should-the-microscope-be-moved-to-get-the-mark-i https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTM5ODE-a-convex-lens-and-a-concave-lens-each-having-the-same-focal-length-of-25-cm-are-put-in-contact-to-form-a-combination-of-lenses-the-power-in-dioptres-of-the-combination-is-1-25-2-50-3-infinite-4-zero-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTU1NDY-pick-the-wrong-statement-in-the-context-with-a-rainbow-1-rainbow-is-a-combined-effect-of-dispersion-refraction-and-reflection-of-sunlight-2-when-the-light-rays-undergo-two-internal-reflections-in-a-wa https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTU1NjE-in-total-internal-reflection-when-the-angle-of-incidence-is-equal-to-the-critical-angle-for-the-pair-of-media-in-contact-what-will-be-the-angle-of-refraction-1-90-circ-2-180-circ-3-0-circ-4-equal-to-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTU1NjI-two-similar-thin-equi-convex-lenses-of-focal-length-f-each-are-kept-coaxially-in-contact-with-each-other-such-that-the-focal-length-of-the-combination-is-f-1-when-the-space-between-the-two-lenses-is-f https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTYwMjg-assertion-for-observing-traffic-at-our-back-we-prefer-to-use-a-convex-mirror-reason-a-convex-mirror-has-a-much-larger-field-of-view-than-a-plane-mirror-or-a-concave-mirror-if-both-the-assertion-and-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTMxNjk2-a-biconvex-lens-has-power-p-it-is-cut-into-two-symmetrical-halves-by-a-plane-containing-the-principal-axis-the-power-of-one-part-will-be-1-0-2-dfrac-p-2-3-dfrac-p-4-4-p-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTMxNzAw-a-double-convex-lens-has-a-focal-length-of-25-cm-the-radius-of-curvature-of-one-of-the-surfaces-is-double-of-the-other-what-would-be-the-radii-if-the-refractive-index-of-the-material-of-the-lens-is-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTI3-a-car-is-moving-on-a-straight-road-at-a-speed-of-50-km-h-and-a-truck-is-ahead-of-the-car-and-having-a-large-plane-mirror-fixed-vertically-on-the-back-of-the-truck-truck-is-running-at-a-speed-of-70-km https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTI4-two-plane-mirrors-should-be-placed-at-what-angle-so-that-the-incident-ray-and-final-reflected-ray-are-antiparallel-1-90-deg-2-60-deg-3-45-deg-4-30-deg-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTI5-the-field-of-view-is-maximum-for-1-concave-mirror-2-convex-mirror-3-plane-mirror-4-parabolic-concave-mirror-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTMw-an-object-is-placed-in-front-of-a-concave-mirror-the-distance-of-the-object-from-the-focus-is-10-cm-and-the-distance-of-the-image-from-the-focus-is-40-cm-then-the-focal-length-mirror-is-1-20-cm-2-10-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTMx-a-fish-at-a-depth-y-inside-the-water-is-seeing-a-bird-the-bird-is-at-a-height-x-above-the-water-level-refractive-index-of-water-is-956-then-the-apparent-distance-of-the-bird-as-seen-by-the-fish-is-1-x https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTMy-a-jar-of-height-h-is-half-filled-with-a-liquid-of-refractive-index-mu-1-and-the-remaining-half-with-a-liquid-of-refractive-index-mu-2-the-apparent-depth-of-a-coin-placed-at-the-bottom-of-the-jar-when https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTM0-if-the-critical-angle-for-a-liquid-a-is-60-deg-and-critical-angle-for-the-liquid-b-is-45-deg-then-the-critical-angle-for-a-ray-traveling-from-a-to-b-will-be-1-less-than-45-deg-2-more-than-60-deg-3-bet https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTM1-a-convex-lens-made-of-5-different-transparent-materials-is-used-to-make-an-image-of-an-object-placed-in-front-of-it-the-number-of-images-formed-will-be-1-2-2-3-3-4-4-5-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTM2-if-the-plane-surface-of-a-planoconvex-lens-is-silvered-then-it-will-behave-as-1-converging-mirror-2-diverging-mirror-3-plane-mirror-4-may-behave-as-1-or-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTM4-chromatic-aberration-of-a-lens-can-be-corrected-by-1-reducing-its-aperture-2-proper-polishing-of-its-surfaces-3-suitable-combining-it-with-another-lens-4-providing-different-suitable-curvature-to-its https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTQx-a-small-air-bubble-is-at-the-centre-of-a-glass-sphere-of-radii-5-cm-when-it-is-viewed-from-outside-what-will-be-the-position-of-the-image-refractive-index-of-glass-is-1-5-1-at-the-same-place-as-that-o https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTQy-the-refractive-indices-of-a-prism-for-red-yellow-and-violet-colours-are-1-52-1-57-and-1-62-respectively-then-the-dispersive-power-of-the-material-of-prism-will-be-1-1-57-2-15-7-3-5-7-4-1-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTQ0-the-magnification-of-a-compound-microscope-for-the-final-image-at-least-distance-of-distinct-vision-is-90-the-magnification-of-the-objective-lens-is-15-the-value-of-the-focal-length-of-the-eyepiece-wi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQzOTQ2-a-terrestrial-telescope-is-made-by-introducing-an-inverting-lens-of-focal-length-fi-the-focal-length-of-objective-and-eyepiece-are-foandfe-then-the-length-of-the-telescope-for-normal-adjustment-is-1-f https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDU5-the-reflected-light-wave-and-incident-light-wave-differ-each-other-by-a-phase-angle-of-1800-when-1-light-enters-into-glass-from-air-2-light-enters-into-air-from-glass-3-light-enters-into-glass-from-di https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDYw-converging-rays-are-incident-on-a-convex-lens-the-image-formed-1-may-be-virtual-2-must-be-virtual-3-may-be-real-4-must-be-real-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDYx-a-small-source-of-light-is-2-m-below-the-surface-of-a-liquid-of-refractive-index-frac-5-3-in-order-to-block-all-the-light-coming-out-of-the-liquid-surface-the-minimum-diameter-of-the-displaced-on-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDYz-a-glass-slab-is-placed-with-the-right-angle-prism-as-shown-in-the-figure-the-possible-value-of-theta-such-that-light-incident-normally-on-the-prism-does-not-pass-through-the-glass-slab-is-1-30-deg-2-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDY0-a-concave-lens-forms-the-image-of-an-object-such-that-the-distance-between-the-object-and-image-is-10-cm-if-magnification-of-the-image-is-14-the-focal-length-of-the-lens-is-1-6-cm-2-203cm-3-107cm-4-40 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDY2-when-an-object-is-placed-at-10-cm-and-30-cm-from-a-convex-lens-images-obtained-are-of-the-same-magnitude-of-magnification-the-focal-length-of-the-lens-maybe-1-10-cm-2-15-cm-3-20-cm-4-25-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDY3-to-increase-the-magnifying-power-of-a-telescope-1-the-focal-length-of-the-eyepiece-should-be-increased-2-the-focal-length-of-the-objective-should-be-increased-3-the-wavelength-of-light-should-be-incre https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDY4-a-ray-of-light-is-incident-on-a-prism-of-angle-a-and-refractive-index-mu-will-not-emerge-out-of-prism-for-any-angle-of-incidence-if-1-mu-sina2-2-mu-cosa-3-mu-1sina2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDY5-what-should-be-the-maximum-angle-of-acceptance-at-the-air-core-interface-of-an-optical-fiber-if-n1andn2-are-the-refractive-indices-of-the-core-and-the-cladding-respectively-1-sin-1n2n1-2-sin-1n12-n22 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDcw-the-focal-length-of-a-glass-mu-1-5-lens-in-air-is-20-text-cm-if-it-is-dipped-in-water-left-mu-frac-4-3-right-its-focal-length-in-water-will-be-1-80-text-cm-2-40-text-cm-3-60-text-cm-4-20-text-cm-1-2-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDcx-two-positions-of-the-convex-lens-for-which-the-image-of-the-object-is-formed-on-the-same-screen-are-40-cm-and-80-cm-from-the-object-the-focal-length-of-the-lens-is-1-803cm-2-403cm-3-40-cm-4-80-cm-1-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDcy-when-a-concave-mirror-of-focal-length-f-is-immersed-in-water-its-focal-length-becomes-f-then-1-f-f-2-f-f-4-the-information-is-insufficient-to-predict-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDcz-a-person-cannot-see-objects-clearly-that-are-closer-than-2-m-and-farther-than-4-m-to-correct-the-eye-vision-the-person-will-use-1-bifocal-lenses-of-power-3-5-d-and-0-25-d-2-bifocal-lenses-of-power-0-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDc0-a-graph-is-plotted-between-the-angle-of-deviation-delta-in-a-triangular-prism-and-the-angle-of-incidence-as-shown-in-the-figure-refracting-angle-of-the-prism-is-1-28-circ-2-48-circ-3-36-circ-4-46-circ https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDc1-minimum-distance-between-real-object-and-image-produced-by-a-concave-mirror-of-focal-length-20-cm-is-1-80-cm-2-zero-3-20-cm-4-40-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDc2-three-lenses-a-b-and-c-are-shown-in-the-figure-lens-a-is-concave-lens-b-and-c-are-plano-convex-lenses-all-the-lenses-have-same-focal-length-f-in-which-case-the-spherical-aberration-is-minimum-1-a-2-b https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDc3-a-small-air-bubble-is-present-exactly-at-the-centre-of-a-glass-sphere-size-of-the-image-as-seen-from-outside-is-of-1-same-size-2-bigger-3-smaller-4-may-be-smaller-or-bigger-depending-on-the-distance-o https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDc4-three-identical-thin-convex-lenses-are-kept-as-shown-in-the-figure-a-ray-passing-through-the-lenses-is-shown-the-focal-length-of-each-lens-is-1-5-cm-2-10-cm-3-15-cm-4-20-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDc5-an-object-is-at-a-distance-of-30-cm-in-front-of-a-concave-mirror-of-focal-length-10-cm-the-image-of-the-object-will-be-1-smaller-in-size-2-inverted-3-between-the-focus-and-centre-of-curvature-4-all-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDgw-to-a-diver-inside-water-the-setting-sun-will-appear-at-an-angle-with-the-horizontal-of-left-mu-w-frac-5-4-right-1-53-circ-2-37-circ-3-45-circ-4-60-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDgx-in-normal-adjustment-the-angular-magnification-of-an-astronomical-telescope-is-39-if-the-length-of-the-tube-is-2-m-then-the-focal-length-of-the-objective-and-eyepiece-are-respectively-1-195-cm-5-cm-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDgy-the-following-diagram-shows-a-glass-sphere-of-radius-10-cm-with-a-paraxial-incident-ray-the-refractive-index-of-the-material-of-the-glass-is-1-2-2-1-5-3-1-75-4-1-3-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDgz-a-convex-lens-of-focal-length-10-cm-form-real-image-of-an-object-the-distance-between-the-object-and-the-image-may-be-1-25-cm-2-30-cm-3-38-cm-4-50-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDg0-a-spherical-fishbowl-of-radius-15-cm-is-filled-with-water-of-refractive-index-frac-4-3-a-cat-standing-outside-in-the-air-at-a-distance-of-30-cm-from-the-centre-of-the-fishbowl-is-looking-at-the-fish-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDg2-two-convex-lenses-of-focal-length-x-and-y-are-placed-parallel-to-each-other-an-object-at-infinity-from-the-first-lens-forms-its-image-at-infinity-from-the-second-lens-the-separation-between-the-two-le https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDg4-two-plane-mirrors-are-placed-perpendicular-to-each-other-as-shown-in-the-figure-an-object-o-is-kept-at-the-angular-bisector-of-the-two-mirrors-numbers-of-images-of-object-o-is-formed-will-be-1-4-2-3-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDg5-two-convex-lenses-of-focal-lengths-10-cm-and-30-cm-are-kept-at-a-separation-of-20-cm-then-the-correct-statement-is-1-the-effective-focal-length-is-15-cm-2-chromatic-aberration-is-minimized-3-combinati https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDkx-if-one-surface-of-a-biconvex-lens-is-silvered-then-it-behaves-as-1-a-concave-mirror-of-focal-length-r4-956-2-2-a-concave-mirror-of-focal-length-r2-956-3-a-convex-mirror-of-focal-length-r4-956-2-4-a-co https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDky-an-astronomical-telescope-has-an-angular-magnification-of-20-in-its-normal-adjustment-the-focal-length-of-the-eyepiece-is-4-cm-distance-between-objective-and-eyepiece-is-1-80-cm-2-84-cm-3-76-cm-4-90-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDkz-a-liquid-of-refractive-index-frac-4-3-is-placed-between-two-identical-planoconvex-lenses-touching-each-other-at-their-spherical-surfaces-of-radius-r-if-the-refractive-index-of-the-lens-is-1-50-then-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDk0-the-thickness-of-a-plano-convex-glass-lens-in-the-middle-is-1-5-cm-viewing-from-the-flat-side-the-thickness-of-the-lens-at-the-centre-will-appear-refractive-index-of-glass-is-1-5-to-be-1-1-5-cm-2-1-0 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDk1-a-ray-of-light-incident-on-an-equilateral-prism-at-an-angle-of-incidence-i-the-deviation-produced-by-prism-will-be-maximum-when-angle-i-is-take-956-glass-2-1-30-176-2-45-176-3-60-176-4-90-176-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDk2-a-lens-of-focal-length-f-a-in-air-consists-of-a-glass-of-refractive-index-mu-g-if-f-l-is-its-focal-length-in-a-liquid-of-refractive-index-mu-l-then-for-mu-l-mu-g-1-f-l-0-2-infty-f-l-f-a-3-0-f-l-f-a-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDk4-if-four-convex-lenses-given-to-you-have-focal-lengths-f1-60-f2-60-f3-60-f4-then-which-of-the-following-combination-will-you-prefer-to-form-a-compound-microscope-1-f1-as-objective-and-f4-as-eye-lens-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDk5-a-light-ray-is-incident-on-a-prism-of-refracting-angle-30-deg-the-refractive-index-of-prism-is-2-then-for-what-value-of-angle-of-incidence-the-ray-will-retrace-its-path-1-30-deg-2-45-deg-3-37-deg-4-60 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTAw-the-ratio-of-the-velocity-of-light-in-a-medium-to-the-velocity-of-light-in-a-vacuum-is-45-if-the-ray-of-light-is-emerging-from-this-medium-into-the-air-then-the-critical-angle-for-this-interface-of-me https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTAx-if-light-ray-is-incident-normally-on-face-ab-of-a-part-of-a-prism-then-for-no-emergent-ray-from-second-face-ac-mu-rarr-refractive-index-of-glass-of-prism-1-mu-23-2-mu-23-3-mu-23-4-mu-can-have-any-valu https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTAy-a-plane-mirror-is-fixed-in-yz-plane-at-x-0-the-velocity-of-a-moving-object-is-v0-rarr-3i-6j-4k-the-velocity-of-the-image-relative-to-a-stationary-observer-will-be-1-3i-6j-4k-2-3i-6j-4k-3-3i-6j-4k-4-3i https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTAz-if-there-is-no-emergent-light-through-a-prism-of-refracting-angle-60-circ-whatever-may-be-the-angle-of-incidence-then-the-minimum-value-of-the-refractive-index-of-the-material-of-the-prism-is-1-2-2-sq https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTA0-if-the-space-between-two-convex-lenses-of-glass-in-the-combination-shown-in-the-figure-below-is-filled-with-water-then-1-the-focal-length-of-the-system-will-decrease-2-the-focal-length-of-the-system-w https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTA1-a-prism-of-refracting-angle-30-176-has-one-of-the-refracting-faces-polished-a-beam-of-light-incident-on-the-other-refracting-face-with-i-60-176-will-retrace-its-path-if-the-refractive-index-of-prism-w https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTA2-the-refractive-index-of-material-of-an-equilateral-prism-is-sqrt-2-angle-of-incidence-for-minimum-deviation-is-1-60-circ-2-45-circ-3-30-circ-4-15-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTA3-to-form-an-achromatic-combination-two-lenses-of-focal-length-x-and-y-and-dispersive-power-a-and-b-respectively-are-kept-in-contact-which-of-the-following-is-correct-1-a-c-b-c-2-x-2y-2-a-c-b-c-2-x-2y-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTA4-in-a-glass-mu-1-5-sphere-of-radius-10-cm-there-is-an-air-bubble-b-at-distance-5-cm-from-c-the-distance-of-bubble-from-the-surface-of-the-sphere-i-e-point-a-as-observed-from-point-p-in-the-air-will-be https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTA5-a-concave-lens-is-made-of-three-layers-of-glass-of-three-different-materials-as-shown-in-the-furure-a-point-object-is-placed-on-its-axis-number-of-images-of-the-object-is-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTEw-an-object-is-placed-at-a-distance-of-20-cm-from-the-thin-lens-as-shown-in-the-figure-the-points-c1-and-c2-denote-centres-of-curvature-the-magnification-produced-by-the-lens-is-refractive-index-of-glas https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTEx-a-lens-forms-image-of-a-point-object-placed-at-distance-20-cm-from-it-just-in-front-of-the-object-at-distance-4-cm-from-the-object-towards-the-lens-the-power-of-lens-is-1-2-25-d-2-1-75-d-3-1-25-d-4-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTE0-a-point-object-o-is-placed-on-the-principal-axis-of-the-convex-lens-of-focal-length-f-20-cm-at-a-distance-of-40-cm-the-diameter-of-the-lens-is-10-cm-an-eye-is-placed-60-cm-to-the-right-of-lens-and-a-d https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTE1-if-the-wavelength-of-a-ray-of-light-from-a-source-of-lights-is-3000-a0in-air-then-the-wavelength-of-that-ray-of-light-in-a-liquid-in-which-s-is-placed-will-be-1-4000-a0-2-1500-a0-3-9000-a0-4-3500-a0-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTE2-a-ray-of-light-incident-at-an-angle-i-is-refracted-at-angle-r-into-a-glass-slab-of-thickness-t-the-lateral-displacement-of-the-emergent-ray-is-1-t-sin-icos-r-2-t-sin-i-rcos-r-3-t-sin-i-r-cos-r-4-t-sin https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTE3-chromatic-aberration-is-absent-in-1-plano-convex-lens-2-plano-concave-lens-3-concave-mirror-4-bifocal-lens-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTE4-for-a-convex-lens-of-focal-length-15-cm-the-dispersive-power-of-its-material-is-0-05-the-longitudinal-chromatic-aberration-of-the-lens-is-1-3-6-215-10-4m-2-700-cm-3-7-5-mm-4-1-34-956-m-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTE5-a-convex-mirror-of-a-focal-length-f-in-air-is-immersed-in-water-956-43-focal-length-of-the-mirror-in-water-will-be-1-f-2-43f-3-34f-4-4f-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTIw-a-plane-mirror-is-placed-on-x-text-z-plane-and-is-free-to-rotate-about-z-text-axis-a-fixed-object-in-on-x-text-y-plane-at-a-point-o-5-text-m-5-text-m-when-the-mirror-starts-rotating-anticlockwise-with https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTIx-an-object-is-placed-at-infinite-distance-from-a-concave-lens-if-m-is-magnification-obtained-in-the-size-of-the-image-then-1-m-0-2-m-1-4-m-1-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTIy-the-diameter-of-a-plano-convex-lens-is-5-cm-and-thickness-at-the-centre-is-5-mm-if-the-refractive-index-of-the-material-of-the-lens-is-1-5-the-focal-length-of-the-lens-is-approximately-1-13-cm-2-15-cm https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTIz-a-point-object-o-is-placed-at-distance-20-cm-from-a-biconvex-lens-of-radius-of-curvature-20-cm-and-mu-1-5-the-final-image-produced-by-lens-and-mirror-combination-will-be-at-1-10-cm-from-the-mirror-2-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTI0-if-the-angle-of-a-triangular-prism-is-a-and-the-refractive-index-of-the-material-is-mu-then-under-what-condition-will-there-be-no-emergent-ray-1-a-2sin-11-mu-2-a-2sin-11-mu-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTI1-a-thin-lens-whose-power-is-2d-is-cut-into-two-pieces-perpendicular-to-the-principal-axis-the-focal-length-of-each-part-will-be-1-1-m-2-0-1-m-3-75-cm-4-0-05-m-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTI2-a-light-ray-is-incident-at-an-angle-of-60-deg-on-one-face-of-a-prism-of-a-refractive-angle-90-deg-if-light-ray-grazes-the-second-face-then-the-refractive-index-of-the-material-of-prism-is-1-32-2-2-3-5 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTI3-the-near-point-of-a-hypermetropic-eye-is-1-text-m-what-is-the-power-of-the-lens-required-to-correct-this-defect-1-3-text-d-2-3-text-d-3-1-text-d-4-1-75-text-d-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTI4-the-minimum-magnifying-power-of-an-astronomical-telescope-is-40-if-the-length-of-the-telescope-is-205-cm-then-the-focal-length-of-its-field-lens-is-1-5-cm-2-200-cm-3-40-cm-4-140-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTI5-a-boy-with-defective-eye-sight-cannot-see-things-beyond-50-cm-the-corrective-lens-required-has-the-power-1-1-d-2-2-d-3-1-d-4-2-d-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTMw-the-focal-lengths-of-the-objective-and-eyepiece-of-a-terrestrial-telescope-are-50-cm-and-10-cm-respectively-the-magnifying-power-of-the-telescope-when-the-final-image-is-formed-at-infinity-is-1-3-75-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTMx-a-convex-mirror-of-focal-length-20-text-cm-forms-an-image-that-is-a-quarter-of-the-object-s-size-the-distance-of-the-object-from-the-mirror-is-1-50-text-cm-2-60-text-cm-3-40-text-cm-4-70-text-cm-1-2-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTMy-the-focal-length-of-a-thin-convex-lens-for-red-and-blue-light-is-0-5m-and-0-484m-the-dispersive-power-of-the-lens-is-1-0-984-2-0-032-3-0-484-4-0-434-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTMz-what-is-the-length-of-the-optical-path-of-two-media-in-contact-having-thickness-2-cm-and-3-cm-and-refractive-indices-1-5-and-1-7-respectively-1-4-5-cm-2-8-1-cm-3-6-2-cm-4-9-4-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTM0-two-thin-convex-lenses-of-focal-length-20cm-and-5cm-are-placed-10cm-apart-the-power-of-the-combination-of-lenses-is-1-10d-2-15d-3-20d-4-25d-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTM1-a-converging-beam-of-light-forms-a-point-image-on-a-screen-of-an-object-a-plane-glass-plate-of-thickness-2-cm-and-a-refractive-index-32-is-introduced-in-the-path-of-the-beam-the-screen-should-be-shift https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTM2-select-the-incorrect-option-1-a-plane-mirror-always-forms-a-virtual-image-2-the-virtual-image-formed-by-a-concave-mirror-is-always-enlarged-3-the-critical-angle-is-always-defined-in-the-denser-medium https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTM3-select-the-correct-option-1-the-velocity-of-light-is-constant-in-all-media-2-a-convex-lens-always-forms-a-real-image-3-if-the-aperture-of-the-lens-is-halved-then-image-size-will-be-halved-4-the-ray-op https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTM4-the-refractive-index-of-the-material-of-an-equilateral-prism-for-yellow-light-is-1-5-the-angle-of-minimum-deviation-of-the-prism-for-yellow-light-is-sin-49-176-0-75-1-38-176-2-30-176-3-52-176-4-60-176 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTM5-in-case-of-a-compound-microscope-the-image-formed-by-the-objective-lens-is-1-virtual-erect-and-diminished-2-real-erect-and-magnified-3-virtual-inverted-and-enlarged-4-real-inverted-and-enlarged-1-2-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTQw-a-plano-convex-lens-of-focal-length-10-cm-is-made-of-glass-of-refractive-index-1-5-if-the-plane-surface-of-the-convex-lens-is-polished-then-the-focal-length-of-the-resultant-combination-will-be-1-5-cm https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTQy-a-parallel-narrow-beam-of-light-traveling-through-the-water-in-a-container-incident-on-an-air-bubble-of-radius-8-mm-what-will-be-the-distance-of-the-image-obtained-due-to-the-refraction-of-the-beam-on https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTQz-two-slabs-p-q-of-transparent-materials-have-a-thickness-in-ratio-2-5-if-a-ray-of-light-take-same-time-to-move-from-a-to-b-and-b-to-c-then-refractive-index-of-q-with-respect-to-p-will-be-1-0-4-2-2-5-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTQ0-a-ray-of-light-strikes-on-a-glass-sphere-at-point-a-if-a-is-midway-between-p-and-q-then-the-deviation-of-the-ray-as-it-emerges-out-of-the-sphere-will-be-1-30-circ-2-45-circ-3-65-circ-4-85-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTQ1-if-c-1-c-2-mathrm-and-c-3-are-the-critical-angle-of-glass-air-interface-for-red-violet-and-yellow-color-then-1-c-3-c-2-c-1-2-c-1-c-2-c-3-3-c-1-c-2-c-3-4-c-1-c-3-c-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTQ2-a-thin-lens-of-focal-length-10-cm-is-cut-into-two-equal-halves-and-is-kept-as-shown-in-the-figure-if-an-object-o-is-placed-at-a-distance-10-cm-from-the-optical-centre-of-combination-then-the-distance https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTQ4-if-a-glass-prism-of-refractive-index-1-5-dipped-in-a-liquid-having-refractive-index-same-as-that-of-the-material-of-prism-then-the-dispersive-power-of-prism-will-1-become-zero-2-increase-3-remain-same https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTQ5-a-concave-and-convex-lens-has-the-same-focal-length-of-20-cm-and-are-put-into-contact-to-form-a-lens-combination-the-combination-is-used-to-view-an-object-of-5-cm-length-kept-at-20-cm-from-the-lens-co https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTUw-two-plane-mirrors-are-inclined-at-an-angle-theta-an-object-is-placed-between-the-mirrors-if-the-total-number-of-images-formed-is-5-find-the-value-of-theta-1-75-circ-2-60-circ-3-120-circ-4-45-circ-1-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTUy-the-maximum-magnification-which-can-be-obtained-with-the-help-of-a-simple-microscope-is-6-if-a-point-object-is-placed-at-distance-3-cm-from-the-microscope-then-what-was-be-the-position-of-the-image-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTUz-a-converging-spherical-wavefront-is-obtained-from-1-light-emerging-from-a-convex-lens-when-a-point-source-is-placed-at-its-focus-2-a-parallel-beam-of-light-incident-on-the-convex-lens-3-light-convergi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTU0-a-concave-lens-of-glass-of-refractive-index-1-5-has-both-surfaces-of-the-same-radius-of-curvature-r-on-immersion-in-a-medium-of-refractive-index-1-75-it-will-have-as-a-1-divergent-lens-of-focal-length https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTU1-a-ray-is-incident-normally-on-a-right-angled-prism-whose-r-i-is-3-and-prism-angle-a-30-176-deviation-to-the-ray-is-equal-to-1-960-2-2-960-6-3-3-960-2-4-2-960-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTU2-a-convex-lens-forms-the-image-of-a-point-object-o-on-the-screen-if-a-glass-slab-of-thickness-3-cm-and-refractive-index-1-5-is-put-as-shown-below-then-to-have-the-image-of-the-object-on-the-screen-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTU3-two-convex-lenses-of-focal-lengths-f1andf2-are-separated-co-axially-by-a-distance-d-the-power-of-the-combination-will-be-zero-if-d-equals-to-1-f1f2-2-f1-f2-3-f1-f22-4-f1-f22-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTU4-in-the-following-diagram-what-is-the-distance-x-if-the-radius-of-curvature-r-15-cm-1-30-cm-2-20-cm-3-15-cm-4-10-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTU5-a-thin-equiconvex-lens-of-power-p-is-cut-into-three-parts-a-b-and-c-as-shown-in-the-figure-if-p1-p2andp3-are-powers-of-the-three-parts-respectively-then-1-p1-p2-p3-2-p1-p2-p3-3-p1-p2-p3-4-p2-p3-2p1-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTYy-in-the-diagram-shown-below-the-image-of-the-point-object-o-is-formed-at-l-by-the-convex-lens-of-focal-length-20-cm-where-f1andf2-are-foci-of-the-lens-the-value-of-x-is-1-10-cm-2-20-cm-3-30-cm-4-40-cm https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTYz-an-astronomical-telescope-has-angular-magnification-of-40-in-its-normal-adjustment-if-focal-length-of-eyepiece-is-5-cm-the-length-of-the-telescope-is-1-190-cm-2-200-cm-3-205-cm-4-210-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTY0-in-case-of-refraction-through-a-glass-slab-if-i-is-very-small-the-lateral-shift-is-t-is-thickness-u-is-the-refractive-index-1-t1-1-mu-i-2-t1-1-mu-i-3-t2-1-mu-i-4-t2-1-mu-i-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTY1-the-angle-of-a-distant-object-formed-at-the-objective-of-a-telescope-is-2-minutes-if-the-focal-length-of-objective-and-eyepiece-of-the-telescope-is-200-cm-and-20-cm-then-the-size-of-the-image-formed-b https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTY2-the-focal-length-of-a-convex-lens-is-40-text-cm-cm-and-the-size-of-the-inverted-image-formed-is-half-of-the-object-the-distance-of-the-object-is-1-60-text-cm-2-120-text-cm-3-30-text-cm-4-180-text-cm-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTY3-the-condition-of-minimum-deviation-is-achieved-in-an-equilateral-prism-kept-on-the-prism-table-of-a-spectrometer-if-the-angle-of-incidence-is-50-circ-the-angle-of-deviation-is-1-25-circ-2-40-circ-3-50 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTY4-a-small-air-bubble-is-at-the-centre-of-a-glass-sphere-of-radius-10-cm-and-refractive-index-1-5-the-distance-of-the-bubble-from-the-surface-when-viewed-from-outside-the-sphere-is-1-2-5-cm-2-5-cm-3-7-5 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTY5-focal-lengths-of-objective-and-eyepiece-of-a-compound-microscope-are-2-cm-and-6-25-cm-respectively-an-object-ab-is-placed-at-a-distance-of-2-5-cm-from-the-objective-which-forms-the-image-a-b-as-shown https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTcw-the-refractive-index-of-the-material-of-prism-is-2-the-angle-of-prism-a-is-equal-to-1-30-deg-2-40-deg-3-60-deg-4-90-deg-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTcx-an-object-is-placed-20-text-cm-in-front-of-a-concave-mirror-of-a-radius-of-curvature-10-text-cm-the-position-of-the-image-from-the-pole-of-the-mirror-is-1-7-67-text-cm-2-6-67-text-cm-3-8-67-text-cm-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTcz-a-plane-mirror-is-moving-with-velocity-4i-5j-8k-a-point-object-in-front-of-the-mirror-moves-with-a-velocity-3i-4j-5k-here-k-is-along-the-normal-to-the-plane-mirror-and-facing-towards-the-object-the-ve https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTc0-a-candle-is-held-3-cm-away-from-a-concave-mirror-of-focal-length-12-cm-then-the-nature-of-the-image-formed-by-the-mirror-is-1-real-inverted-2-virtual-erect-3-real-erected-4-virtual-inverted-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTc1-a-plane-mirror-is-placed-at-x-0-along-the-y-axis-and-an-object-starts-moving-with-velocity-2i-2j-m-s-from-x-3-relative-velocity-of-the-image-in-the-mirror-with-respect-to-the-object-is-1-4-m-s-along-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTc3-the-angle-of-minimum-deviation-for-a-glass-prism-of-refractive-index-mu-sqrt-3-equals-the-refracting-angle-of-the-prism-the-angle-of-the-prism-is-1-30-circ-2-60-circ-3-90-circ-4-45-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTc4-a-diverging-lens-of-focal-length-20n-cm-and-a-converging-mirror-of-focal-length-10-cm-are-placed-5-cm-apart-coaxially-where-should-an-object-be-placed-so-that-object-and-its-real-image-coincide-1-20-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTc5-the-minimum-distance-between-a-real-object-and-screen-such-that-a-convex-lens-of-focal-length-20-cm-can-produce-a-real-image-on-the-screen-is-1-20-cm-2-40-cm-3-80-cm-4-60-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTgy-a-b-and-c-are-three-optical-media-of-respective-critical-angles-ia-ibandic-total-internal-reflection-of-light-can-occur-from-a-to-b-and-also-from-b-to-c-but-not-from-c-to-a-then-the-correct-relation-b https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTg0-the-angle-of-prism-for-which-there-is-no-emergent-ray-will-be-ic-critical-angle-1-2ic-2-62-ic-3-60-ic-4-62-2ic-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTg1-an-optical-element-is-shown-in-the-figure-radii-of-two-surfaces-are-10-cm-and-20-cm-calculate-distance-between-two-spherical-surfaces-so-that-image-of-the-object-coincides-with-the-object-itself-1-100 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTg5-an-object-and-a-screen-are-fixed-at-a-distance-d-apart-when-a-lens-of-focal-length-f-is-moved-between-the-object-and-screen-sharp-images-of-the-object-are-formed-on-the-screen-for-two-positions-of-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTkw-an-object-o-is-placed-on-one-side-of-two-glass-slabs-a-and-b-of-thickness-1-5-cm-and-refractive-index-1-5-the-position-of-the-image-of-o-when-viewed-from-the-other-side-of-slab-b-will-be-1-1-cm-away-f https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTky-a-virtual-image-of-an-object-is-formed-by-a-concave-lens-the-lens-is-then-coupled-kept-in-contact-with-a-convex-lens-a-virtual-image-is-again-formed-then-the-image-now-1-shifts-away-from-lens-system-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTkz-the-correct-statement-is-1-the-intermediate-image-in-a-compound-microscope-is-real-erect-and-magnified-2-intermediate-image-in-a-compound-microscope-is-real-inverted-but-diminished-3-intermediate-imag https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTk0-a-compound-microscope-has-two-convex-has-a-system-with-focal-lengths-2-text-cm-and-5-text-cm-an-object-is-2-5-text-cm-away-from-the-objective-lens-the-tube-length-of-the-microscope-when-magnification https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTk2-a-particle-is-thrown-at-an-angle-alpha-sin-135in-the-air-as-shown-in-the-figure-the-angle-received-from-the-inside-water-is-mu-water-43-1-15-deg-2-45-deg-3-30-deg-4-60-deg-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTk3-a-convex-mirror-of-focal-length-f-forms-an-image-which-is-1n-times-the-length-of-the-object-the-distance-of-the-object-from-the-mirror-is-1-n-1-f-2-n-1nf-3-n-1nf-4-n-1-f-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTk4-we-combined-a-convex-lens-of-focal-length-f1-with-a-concave-lens-of-focal-length-f2-and-their-combined-focal-length-is-f-the-combination-of-these-lenses-will-behave-like-a-concave-lens-if-1-f1-f2-2-f1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTk5-a-ray-of-light-is-incident-grazing-on-an-equilateral-prism-of-refractive-index-2-the-angle-of-emergence-is-1-30-176-2-60-176-3-75-176-4-90-176-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjAw-a-ray-of-light-is-incident-on-an-equilateral-glass-prism-placed-on-a-horizontal-table-as-shown-for-minimum-deviation-a-true-statement-is-1-pq-is-horizontal-2-qr-is-horizontal-3-rs-is-horizontal-4-eith https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjAx-assertion-a-a-convex-lens-made-up-of-glass-can-never-form-a-virtual-erect-and-diminished-image-reason-r-convex-lens-can-give-only-a-virtual-enlarged-image-when-an-object-is-placed-between-the-focus-an https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjAy-the-length-of-a-compound-microscope-is-14-cm-the-magnifying-power-for-a-relaxed-eye-is-25-if-the-focal-length-of-the-eye-lens-is-5-cm-then-the-object-distance-for-the-objective-lens-will-be-1-1-8-cm-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjAz-assertion-when-a-convex-mirror-is-immersed-in-water-its-focal-length-increases-reason-the-focal-length-of-a-mirror-is-inversely-proportional-to-the-refractive-index-of-the-medium-1-both-assertion-and https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjA0-a-point-source-of-light-is-emitting-light-in-a-vertically-upward-direction-and-the-container-is-filled-with-a-liquid-of-refractive-index-2-if-it-starts-accelerating-along-the-x-axis-with-acceleration https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjA1-the-minimum-magnifying-power-of-a-telescope-is-m-if-the-focal-length-of-its-eye-lens-is-halved-then-the-magnifying-power-will-become-1-m2-2-2m-3-3m-4-4m-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjA2-given-below-are-two-statements-assertion-a-a-beam-of-white-light-passing-through-a-thin-hollow-prism-does-not-give-spectrum-reason-r-the-speed-of-light-inside-and-outside-the-prism-is-same-1-both-a-an https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjA3-given-below-are-two-statements-assertion-a-when-white-light-is-incident-on-a-prism-it-will-disperse-reason-r-the-refractive-index-of-a-medium-depends-on-the-wavelength-of-light-1-both-a-and-r-are-true https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjA4-a-compound-microscope-has-an-objective-lens-with-a-focal-length-of-1-5-text-cm-and-an-eyepiece-of-focal-length-5-text-cm-it-is-focussed-on-an-object-which-is-at-a-distance-of-1-8-text-cm-the-length-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjA5-when-a-ray-of-light-falls-on-a-given-plate-at-an-angle-of-incidence-60-circ-the-reflected-and-refracted-rays-are-found-to-be-normal-to-each-other-the-refractive-index-of-the-material-of-the-plate-is-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjEw-assertion-the-focal-length-of-a-convex-mirror-is-always-takes-as-positive-reason-a-real-image-of-a-real-object-cannot-be-obtained-with-a-convex-mirror-1-both-assertion-and-reason-are-true-and-the-reas https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjEx-a-white-beam-of-light-can-deviate-without-dispersion-by-1-using-two-suitable-glass-prisms-placed-in-the-same-sense-2-using-two-suitable-glass-prisms-placed-in-the-opposite-sense-3-using-a-suitable-gla https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjEz-given-below-are-two-statements-assertion-a-the-nature-of-the-image-of-an-object-depends-on-the-size-of-the-mirror-reason-r-it-is-not-possible-to-obtain-a-real-image-by-a-plane-mirror-1-both-a-and-r-ar https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjE0-if-total-deviation-produced-by-two-plane-mirrors-is-300-176-then-number-of-images-formed-of-an-object-placed-symmetrically-is-1-5-2-11-3-2-4-7-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjE1-assertion-a-convex-lens-may-be-diverging-reason-the-nature-of-a-lens-depends-upon-the-refractive-index-of-the-lens-and-that-of-the-surrounding-medium-1-both-assertion-and-reason-are-true-and-the-reaso https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjE2-a-man-runs-towards-a-stationary-plane-mirror-with-a-velocity-15-m-s-the-magnitude-of-the-velocity-of-the-man-relative-to-his-image-is-1-15-m-s-2-30-m-s-3-45-m-s-4-zero-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjE3-assertion-the-air-bubble-shines-in-water-reason-air-bubble-in-water-shines-due-to-the-refraction-of-light-1-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertio https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjE5-assertion-a-convex-mirror-is-used-as-a-rearview-mirror-reason-convex-mirror-always-forms-a-virtual-erect-and-diminished-image-for-real-objects-1-both-assertion-and-reason-are-true-and-the-reason-is-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjIw-minimum-angular-magnification-produced-by-an-astronomical-telescope-having-a-focal-length-of-field-lens-and-ocular-200-cm-and-5-cm-respectively-is-1-10-2-20-3-30-4-40-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjIx-assertion-when-a-convex-glass-lens-is-dipped-in-water-its-focal-length-increases-reason-when-the-lens-is-dipped-in-water-its-light-bending-capacity-increases-1-both-assertion-and-reason-are-true-and-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjIy-the-size-of-the-image-formed-by-a-convex-lens-is-one-fourth-os-the-size-of-a-real-object-if-the-focal-length-of-the-lens-is-30-cm-then-the-distance-of-the-object-from-the-lens-is-1-150-cm-2-120-cm-3-9 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MjIz-assertion-the-number-of-images-of-an-object-held-between-two-plane-mirrors-perpendicular-to-each-other-is-3-reason-number-of-images-360-176-952-where-952-is-the-angle-between-the-mirror-in-degree-1-bo https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTUzNDk1-which-one-of-the-following-is-correct-regarding-the-scattering-of-light-1-the-light-of-shorter-wavelengths-is-scattered-much-more-than-that-of-large-wavelengths-if-the-size-of-the-scatterer-a-lambda-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0MzE4-a-concave-lens-forms-the-image-of-an-object-such-that-the-distance-between-the-object-and-image-is-10-cm-if-magnification-of-the-image-is-frac-1-4-the-focal-length-of-the-lens-is-1-frac-20-3-text-cm-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0NTg4-a-point-object-o-is-placed-at-a-distance-20-cm-from-a-biconvex-lens-of-the-radius-of-curvature-20-cm-and-mu-1-5-the-final-image-produced-by-lens-and-mirror-combination-will-be-at-1-10-cm-from-the-mirr https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk4NjQ4-a-small-candle-2-5-cm-in-size-is-placed-at-27-cm-in-front-of-a-concave-mirror-of-radius-of-curvature-36-cm-at-what-distance-from-the-mirror-should-a-screen-be-placed-in-order-to-obtain-a-sharp-image-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk4NjQ5-a-4-5-text-cm-needle-is-placed-12-text-cm-away-from-a-convex-mirror-of-focal-length-15-text-cm-what-is-the-magnification-1-0-5-2-0-56-3-0-45-4-0-15-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk4NjUw-a-small-bulb-is-placed-at-the-bottom-of-a-tank-containing-water-to-a-depth-of-80-cm-what-is-the-area-of-the-surface-of-water-through-which-light-from-the-bulb-can-emerge-out-the-refractive-index-of-wa https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk4NjUx-a-prism-is-made-of-glass-of-unknown-refractive-index-a-parallel-beam-of-light-is-incident-on-the-face-of-the-prism-the-angle-of-minimum-deviation-is-measured-to-be-40-circ-what-is-the-refractive-index https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk4NjUy-double-convex-lenses-are-to-be-manufactured-from-a-glass-of-refractive-index-1-55-with-both-faces-of-the-same-radius-of-curvature-what-is-the-radius-of-curvature-required-if-the-focal-length-is-to-be https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk5ODg2-monochromatic-light-of-wavelength-589-nm-is-incident-from-the-air-on-a-water-surface-what-is-the-wavelength-of-reflected-light-the-refractive-index-of-water-is-1-33-1-500-nm-2-545-nm-3-485-nm-4-589-nm https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk5ODky-light-of-wavelength-5000-mathring-a-falls-on-a-plane-reflecting-surface-for-what-angle-of-incidence-is-the-reflected-ray-normal-to-the-incident-ray-1-37-circ-2-45-circ-3-90-circ-4-0-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk5ODk4-a-tank-is-filled-with-water-to-a-height-of-12-5-text-cm-the-apparent-depth-of-a-needle-lying-at-the-bottom-of-the-tank-is-measured-by-a-microscope-to-be-9-4-text-cm-if-water-is-replaced-by-a-liquid-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk5ODk5-a-beam-of-light-converges-at-a-point-p-now-a-lens-is-placed-in-the-path-of-the-convergent-beam-12cm-from-p-at-what-point-does-the-beam-converge-if-the-lens-is-a-convex-lens-of-focal-length-20cm-1-7-5 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk5OTAw-an-object-of-size-3-0-cm-is-placed-14-cm-in-front-of-a-concave-lens-of-focal-length-21-cm-the-image-produced-by-the-lens-is-1-inverted-and-virtual-2-erect-and-real-3-erect-and-virtual-4-inverted-and-r https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTk5OTAx-what-is-the-focal-length-of-a-convex-lens-of-focal-length-30-text-cm-in-contact-with-a-concave-lens-of-focal-length-20-text-cm-ignore-the-thickness-of-the-lenses-1-45-text-cm-2-55-text-cm-3-50-text-cm https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDgy-a-compound-microscope-consists-of-an-objective-lens-of-focal-length-2-0-text-cm-and-an-eyepiece-of-focal-length-6-25-text-cm-separated-by-a-distance-of-15-text-cm-how-far-from-the-objective-should-an https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDgz-a-person-with-a-normal-near-point-25-text-cm-using-a-compound-microscope-with-an-objective-of-focal-length-8-0-text-mm-and-an-eyepiece-of-focal-length-2-5-text-cm-can-bring-an-object-placed-at-9-0-tex https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDg0-a-small-telescope-has-an-objective-lens-of-a-focal-length-144-text-cm-and-an-eyepiece-of-focal-length-6-0-text-cm-what-is-the-magnifying-power-of-the-telescope-1-30-2-20-3-24-4-32-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDg1-a-giant-refracting-telescope-at-an-observatory-has-an-objective-lens-of-focal-length-15-m-if-an-eyepiece-of-focal-length-1-0-cm-is-used-what-is-the-angular-magnification-of-the-telescope-1-1175-2-1250 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDg2-a-small-pin-fixed-on-a-table-top-is-viewed-from-above-from-a-distance-of-50-text-cm-by-what-distance-would-the-pin-appear-to-be-raised-if-it-is-viewed-from-the-same-point-through-a-15-text-cm-thick-gl https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDg3-a-cross-section-of-a-lsquo-light-pipe-rsquo-made-of-a-glass-fiber-of-refractive-index-1-68-the-outer-covering-of-the-pipe-is-made-of-a-material-with-a-refractive-index-of-1-44-what-is-the-range-of-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDg4-the-image-of-a-small-electric-bulb-fixed-on-the-wall-of-a-room-is-to-be-obtained-on-the-opposite-wall-3-m-away-by-means-of-a-large-convex-lens-what-is-the-maximum-possible-focal-length-of-the-lens-req https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDg5-a-screen-is-placed-90-text-cm-from-an-object-the-image-of-the-object-on-the-screen-is-formed-by-a-convex-lens-at-two-different-locations-separated-by-20-text-cm-the-focal-length-of-the-lens-is-1-18-81 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDkw-at-what-angle-should-a-ray-of-light-be-incident-on-the-face-of-a-prism-of-refracting-angle-60-circ-so-that-it-just-suffers-total-internal-reflection-at-the-other-face-the-refractive-index-of-the-mater https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDkx-a-man-with-a-normal-near-point-25-text-cm-reads-a-book-with-small-print-using-a-magnifying-glass-a-thin-convex-lens-of-focal-length-5-text-cm-what-is-the-closest-distance-at-which-he-should-keep-the-l https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDky-a-man-with-a-normal-near-point-25-text-cm-reads-a-book-with-a-small-print-using-a-magnifying-glass-a-thin-convex-lens-of-focal-length-5-text-cm-what-is-the-ratio-of-maximum-and-the-minimum-angular-mag https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDkz-a-card-sheet-divided-into-squares-each-of-size-1-text-mm-2-is-being-viewed-at-a-distance-of-9-text-cm-through-a-magnifying-glass-a-converging-lens-of-focal-length-10-text-cm-held-close-to-the-eye-what https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDk0-a-card-sheet-divided-into-squares-each-of-size-1-text-mm-2-is-being-viewed-at-a-distance-of-9-text-cm-through-a-magnifying-glass-a-converging-lens-of-focal-length-10-text-cm-held-close-to-the-eye-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDk1-the-linear-magnification-and-angular-magnification-in-the-microscope-have-similar-magnitude-when-the-image-is-at-a-distance-of-1-35-text-cm-2-infty-3-25-text-cm-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDk2-figure-shows-a-biconvex-lens-of-refractive-index-1-50-in-contact-with-a-liquid-layer-on-top-of-a-plane-mirror-a-small-needle-with-its-tip-on-the-principal-axis-is-moved-along-the-axis-until-its-invert https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDk3-a-light-incident-normally-on-a-plane-mirror-attached-to-a-galvanometer-coil-retraces-backward-as-shown-in-the-figure-a-current-in-the-coil-produces-a-deflection-of-3-5-circ-of-the-mirror-what-is-the-d https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDk4-a-cassegrain-telescope-uses-two-mirrors-as-shown-in-the-figure-such-a-telescope-is-built-with-the-mirrors-20-mm-apart-if-the-radius-of-curvature-of-the-large-mirror-is-220-mm-and-the-small-mirror-is-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMTAw-an-angular-magnification-magnifying-power-of-30-mathrm-x-is-desired-using-an-objective-of-focal-length-1-25-text-cm-and-an-eyepiece-of-focal-length-5-text-cm-the-separation-between-the-objective-lens https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1NzYx-digital-movie-projectors-work-on-the-principle-of-1-reflection-from-micromirrors-2-refraction-from-thin-lenses-3-dispersion-from-thin-prisms-4-total-internal-reflection-from-optical-fibres-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1NzYy-day-and-night-settings-for-rearview-mirrors-use-1-thin-mirrors-2-thick-wedge-shaped-mirrors-3-convex-mirrors-4-concave-mirrors-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1NzYz-when-a-beam-of-light-is-incident-on-a-plane-mirror-it-is-found-that-a-real-image-is-formed-the-incident-beam-must-be-1-converging-2-diverging-3-parallel-4-formation-of-the-real-image-by-a-plane-mirror https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1NzY0-an-object-is-placed-symmetrically-between-two-plane-mirrors-inclined-at-an-angle-of-72o-then-the-total-number-of-images-observed-is-1-5-2-4-3-2-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1NzY1-a-person-1-6-m-tall-is-standing-at-the-centre-between-two-walls-three-metres-high-what-should-be-the-minimum-size-of-a-plane-mirror-fixed-on-the-wall-in-front-of-him-if-he-is-to-see-the-full-height-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1NzY2-while-capturing-solar-energy-for-commercial-purposes-we-use-1-parabolic-mirrors-2-plane-mirrors-3-convex-mirrors-4-concave-mirrors-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1NzY4-a-concave-mirror-of-focal-length-f-produces-an-image-n-times-the-size-of-the-object-if-the-image-is-real-then-the-distance-of-the-object-from-the-mirror-is-1-n-1-f-2-frac-n-1-n-f-3-frac-n-1-n-f-4-n-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzcw-an-object-placed-in-front-of-a-concave-mirror-of-focal-length-0-15-m-produces-a-virtual-image-that-is-twice-the-size-of-the-object-the-position-of-the-object-with-respect-to-the-mirror-is-1-5-5-cm-2-6 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzcx-when-a-light-ray-from-a-rarer-medium-is-refracted-into-a-denser-medium-its-1-speed-increases-wavelength-increases-2-speed-decreases-wavelength-increases-3-speed-increases-wavelength-decreases-4-speed https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzcy-a-narrow-paraxial-beam-of-light-is-converging-towards-a-point-i-on-a-screen-a-plane-plate-of-glass-of-thickness-t-and-a-refractive-index-956-is-introduced-in-the-path-of-the-beam-the-convergence-point https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzcz-the-length-of-a-vertical-pole-at-the-surface-of-a-lake-of-water-956-43-is-24-cm-then-to-an-under-water-fish-just-below-the-water-surface-the-tip-of-the-pole-appears-to-be-1-18-cm-above-the-surface-2-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzc1-a-microscope-is-focused-on-a-coin-lying-at-the-bottom-of-a-beaker-the-microscope-is-now-raised-by-1-cm-to-what-depth-should-water-be-poured-into-the-beaker-so-that-the-coin-is-again-in-focus-the-refra https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzc2-two-transparent-media-a-and-b-are-separated-by-a-plane-boundary-the-speed-of-light-in-medium-a-is-2-0-x-108-ms-1-and-in-medium-b-is-2-5-x-108-ms-1-the-critical-angle-for-which-a-ray-of-light-going-fro https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzc3-which-of-the-following-is-the-possible-application-of-fibre-optics-1-endoscopy-2-high-speed-internet-traffic-3-radio-tv-telephone-signals-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzc5-the-least-distance-between-a-point-object-and-its-real-image-formed-by-a-convex-lens-of-focal-length-f-is-1-2f-2-3f-3-4f-4-greater-than-4f-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzgw-the-plane-faces-of-two-identical-plano-convex-lenses-each-having-a-focal-length-of-40-cm-are-placed-against-each-other-to-form-a-usual-convex-lens-the-distance-from-this-lens-at-which-an-object-must-b https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzgx-two-thin-lenses-of-focal-lengths-20-cm-and-20-cm-are-placed-in-contact-with-each-other-the-combination-has-a-focal-length-equal-to-1-infinite-2-50-cm-3-60-cm-4-10-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzgy-if-in-a-plano-convex-lens-the-radius-of-curvature-of-the-convex-surface-is-10-cm-and-the-focal-length-of-the-lens-is-30-cm-the-refractive-index-of-the-material-of-the-lens-will-be-1-1-5-2-1-66-3-1-33 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzgz-a-glass-concave-lens-is-placed-in-a-liquid-in-which-it-behaves-like-a-convergent-lens-if-the-refractive-indices-of-glass-and-liquid-with-respect-to-air-are-956-ga-and-956-la-respectively-then-1-956-ga https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzg0-the-diameter-of-the-aperture-of-a-plano-convex-lens-is-6-cm-and-its-maximum-thickness-is-3-mm-if-the-velocity-of-light-in-the-material-of-the-lens-is-2-x-108-m-s-its-focal-length-is-approximately-1-10 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzg1-two-plano-convex-lenses-of-equal-focal-lengths-are-arranged-as-shown-the-ratio-of-the-combined-focal-lengths-is-1-1-2-1-2-1-2-3-3-1-1-1-4-2-1-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzg2-when-an-object-is-at-a-distance-of-u1-and-u2-from-a-lens-a-real-image-and-a-virtual-image-is-formed-respectively-having-the-same-magnification-the-focal-length-of-the-lens-is-1-u1-u2-2-u1-u22-3-u1-u22 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzg3-a-concave-lens-of-focal-length-f-produces-an-image-1-x-of-the-size-of-the-object-the-distance-of-the-object-from-the-lens-is-1-x-1-f-2-x-1-f-3-x-1-x-f-4-x-1-x-f-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzg4-a-thin-equiconvex-glass-lens-of-refractive-index-1-5-has-a-power-of-5d-when-the-lens-is-immersed-in-a-liquid-of-refractive-index-956-it-acts-as-a-divergent-lens-of-focal-length-100-cm-the-value-of-956 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzg5-in-the-case-of-the-displacement-method-of-lenses-the-product-of-magnification-in-both-cases-is-1-1-2-2-3-zero-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzkw-in-the-displacement-method-a-convex-lens-is-placed-in-between-an-object-and-a-screen-if-the-magnifications-in-the-two-positions-are-m1-and-m2-and-the-displacement-of-the-lens-between-the-two-positions https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzkx-the-focal-length-of-a-planoconvex-glass-lens-is-20-cm-956-0-1-5-the-plane-face-of-it-is-silvered-an-illuminating-object-is-placed-at-a-distance-of-60-cm-from-the-lens-on-its-axis-along-the-convex-side https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzky-two-thin-similar-convex-glass-surfaces-are-joined-together-front-to-front-with-its-rear-portion-silvered-such-that-a-sharp-image-of-an-object-at-infinity-is-formed-20-cm-from-the-mirror-when-the-air-b https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzk0-a-convex-lens-of-focal-length-100-cm-and-a-concave-lens-of-focal-length-10-cm-are-placed-coaxially-at-a-separation-of-90-cm-if-a-parallel-beam-of-light-is-incident-on-the-convex-lens-then-after-passin https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzk1-yellow-light-is-refracted-through-a-prism-producing-minimum-deviation-if-i1-and-i2-denote-the-angle-of-incidence-and-the-angle-of-emergence-for-the-prism-respectively-then-1-i1-i2-2-i1-i2-3-i1-i2-4-i1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzk2-at-what-angle-will-a-ray-of-light-be-incident-on-one-face-of-an-equilateral-prism-so-that-the-emergent-ray-may-graze-the-second-surface-of-the-prism-956-2-1-30o-2-90o-3-45o-4-60o-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzk3-a-prism-of-the-refractive-index-2-has-a-refracting-angle-of-60o-at-what-angle-must-a-ray-be-incident-on-so-that-it-suffers-a-minimum-deviation-1-30o-2-45o-3-60o-4-75o-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzk4-a-glass-prism-of-refractive-index-1-5-is-immersed-in-water-of-refractive-index-4-3-a-light-ray-incident-normally-on-face-ab-is-totally-reflected-at-face-ac-if-1-xa0-sin-x3b8-xa0-8-9-2-xa0-sin-x3b8-xa0 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1ODAx-an-astronomical-telescope-has-an-objective-of-focal-length-100-cm-and-an-eyepiece-of-focal-length-5-cm-the-final-image-of-a-star-is-seen-25-cm-from-the-eyepiece-the-magnifying-power-of-the-telescope-i https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1ODAy-when-a-telescope-is-adjusted-for-normal-vision-the-distance-of-the-objective-from-the-eye-piece-is-found-to-be-80-cm-the-magnifying-power-of-the-telescope-is-19-what-are-the-focal-lengths-of-the-lense https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1ODAz-the-focal-lengths-of-the-objective-and-eye-lens-of-a-telescope-are-respectively-200-cm-and-5-cm-the-maximum-magnifying-power-of-the-telescope-will-be-1-40-2-48-3-60-4-100-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDA5-a-ray-of-light-incident-at-an-angle-theta-on-a-refracting-face-of-a-prism-emerges-from-the-other-face-normally-if-the-angle-of-the-prism-is-5-deg-and-the-prism-is-made-of-a-material-of-refractive-inde https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDEw-a-short-pulse-of-white-light-is-incident-from-air-to-glass-slab-at-normal-incidence-after-travelling-through-the-slab-the-first-colour-to-emerge-is-1-blue-2-green-3-violet-4-red-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDEx-an-object-approaches-a-convergent-lens-from-the-left-of-the-lens-with-a-uniform-speed-of-5-m-s-and-stops-at-the-focus-the-image-1-moves-away-from-the-lens-with-a-uniform-speed-of-5-m-s-2-moves-away-fr https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDEy-a-passenger-in-an-aeroplane-shall-1-never-see-a-rainbow-2-may-see-a-primary-and-a-secondary-rainbow-as-concentric-circles-3-may-see-a-primary-and-a-secondary-rainbow-as-concentric-arcs-4-never-see-a-s https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDEz-you-are-given-four-sources-of-light-each-one-providing-a-light-of-a-single-colour-red-blue-green-and-yellow-suppose-the-angle-of-refraction-for-a-beam-of-yellow-light-corresponding-to-a-particular-ang https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDE0-the-radius-of-curvature-of-the-curved-surface-of-a-plano-convex-lens-is-20-cm-if-the-refractive-index-of-the-material-of-the-lens-be-1-5-it-will-1-act-as-a-convex-lens-only-for-the-objects-that-lie-on https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDE1-the-phenomena-involved-in-the-reflection-of-radiowaves-by-ionosphere-is-similar-to-1-reflection-of-light-by-a-plane-mirror-2-total-internal-reflection-of-light-in-the-air-during-a-mirage-3-dispersion https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDE2-the-direction-of-ray-of-light-incident-on-a-concave-mirror-is-shown-by-pq-while-directions-in-which-the-ray-would-travel-after-reflection-is-shown-by-four-rays-marked-1-2-3-and-4-figure-which-of-the-f https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDE3-the-optical-density-of-turpentine-is-higher-than-that-of-water-while-its-mass-density-is-lower-the-figure-shows-a-layer-of-turpentine-floating-over-water-in-a-container-for-which-one-of-the-four-rays https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDE4-a-car-is-moving-at-a-constant-speed-of-60-kmh-1-on-a-straight-road-looking-at-the-rearview-mirror-the-driver-finds-that-the-car-following-him-is-at-a-distance-of-100-m-and-is-approaching-with-a-speed https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDE5-there-are-certain-materials-developed-in-laboratories-that-have-a-negative-refractive-index-figure-a-ray-incident-from-the-air-medium-1-into-such-a-medium-medium-2-shall-follow-a-path-given-by-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDIw-consider-an-extended-object-immersed-in-water-contained-in-a-plane-trough-when-seen-from-close-to-the-edge-of-the-trough-the-object-looks-distorted-because-a-the-apparent-depth-of-the-points-close-to https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDIx-a-rectangular-block-of-glass-abcd-has-a-refractive-index-of-1-6-a-pin-is-placed-midway-on-the-face-ab-as-shown-in-the-figure-when-observed-from-the-face-ad-the-pin-shall-1-appear-to-be-near-a-2-appear https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDIy-between-the-primary-and-secondary-rainbows-there-is-a-dark-band-known-as-alexandar-s-dark-band-this-is-because-a-light-scattered-into-this-region-interfere-destructively-b-there-is-no-light-scattered https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjI3MDIz-a-magnifying-glass-is-used-as-the-object-to-be-viewed-can-be-brought-closer-to-the-eye-than-the-normal-near-point-this-results-in-a-a-larger-angle-to-be-subtended-by-the-object-at-the-eye-and-hence-vi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjQ1MDY1-a-plane-convex-lens-of-unknown-material-and-unknown-focal-length-is-given-with-the-help-of-a-spherometer-we-can-measure-the-1-focal-length-of-the-lens-2-radius-of-curvature-of-the-curved-surface-3-ape https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjQ1MzY1-an-object-is-placed-on-the-principal-axis-of-a-concave-mirror-at-a-distance-of-1-5f-f-is-the-focal-length-the-image-will-be-at-1-3f-2-1-5f-3-1-5f-4-3f-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjQ1Mzg3-if-the-critical-angle-for-total-internal-reflection-from-a-medium-to-vacuum-is-45-circ-the-velocity-of-light-in-the-medium-is-1-1-5-times10-8-text-m-s-2-dfrac-3-sqrt-2-times10-8-text-m-s-3-sqrt-2-time https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjQ1NDEz-the-power-of-a-biconvex-lens-is-10-dioptre-and-the-radius-of-curvature-of-each-surface-is-10-cm-the-refractive-index-of-the-material-of-the-lens-is-1-dfrac-4-3-2-dfrac-9-8-3-dfrac-5-3-4-dfrac-3-2-1-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjcyOTc5-suppose-that-the-lower-half-of-the-concave-mirror-rsquo-s-reflecting-surface-in-the-given-figure-is-covered-with-an-opaque-non-reflective-material-what-effect-will-this-have-on-the-image-of-an-object https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczMjA5-a-mobile-phone-lies-along-the-principal-axis-of-a-concave-mirror-as-shown-in-the-figure-then-1-the-magnification-is-not-uniform-due-to-the-length-of-the-object-along-the-principal-axis-2-the-distortio https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczMjE4-an-object-is-placed-at-10-cm-in-front-of-a-concave-mirror-with-a-radius-of-curvature-of-15-cm-the-magnification-of-the-image-is-1-3-2-3-3-1-4-1-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczMjIw-suppose-while-sitting-in-a-parked-car-you-notice-a-jogger-approaching-towards-you-in-the-side-view-mirror-of-r-2-text-m-if-the-jogger-is-running-at-a-speed-of-5-text-m-s-how-fast-does-the-image-of-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczMjIx-the-earth-takes-24-text-h-to-rotate-once-about-its-axis-how-much-time-does-the-sun-take-to-shift-by-1-circ-when-viewed-from-the-earth-1-3-text-minutes-2-2-text-minutes-3-1-text-minutes-4-4-text-minute https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczMjIy-light-from-a-point-source-in-the-air-falls-on-a-convex-spherical-glass-surface-n-1-5-and-radius-of-curvature-20-cm-of-a-glass-medium-which-extends-till-infinity-on-other-side-the-distance-of-the-light https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczMjUx-a-magician-during-a-show-makes-a-glass-lens-with-n-1-47-disappear-in-a-trough-of-liquid-what-is-the-refractive-index-of-the-liquid-1-1-47-2-1-33-3-0-66-4-1-5-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczMjcx-if-f-0-5-text-m-for-a-glass-lens-what-is-the-power-of-the-lens-1-0-4-text-d-2-4-0-text-d-3-0-2-text-d-4-2-0-text-d-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczNzIx-the-radii-of-curvature-of-the-faces-of-a-double-convex-lens-are-10-cm-and-15-cm-its-focal-length-is-12-cm-what-is-the-refractive-index-of-glass-1-1-3-2-1-2-3-1-5-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczNzIy-a-convex-lens-has-a-20-text-cm-focal-length-in-air-what-is-the-focal-length-in-water-the-refractive-index-of-air-water-1-33-refractive-index-for-air-glass-1-5-1-72-72-text-cm-2-78-2-text-cm-3-72-72-te https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczNzI1-find-the-position-of-the-image-formed-by-the-lens-combination-in-the-given-figure-the-final-image-is-1-formed-30-text-cm-to-the-right-of-the-third-lens-2-formed-20-text-cm-to-the-left-of-the-third-len https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczNzgw-what-focal-length-should-the-reading-spectacles-have-for-a-person-for-whom-the-least-distance-of-distinct-vision-is-50-text-cm-1-50-text-cm-2-50-text-cm-3-60-text-cm-4-60-text-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczNzgx-the-far-point-of-a-myopic-person-is-80-text-cm-in-front-of-the-eye-what-is-the-power-of-the-lens-required-to-enable-him-to-see-very-distant-objects-clearly-1-1-25-text-d-2-1-25-text-d-3-2-12-text-d-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczODAy-the-near-point-of-a-hypermetropic-person-is-75-text-cm-from-the-eye-what-is-the-power-of-the-lens-required-to-enable-the-person-to-read-clearly-a-book-held-at-25-text-cm-from-the-eye-1-2-67-text-d-2-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc0OTU2-in-the-diagram-given-below-plot-of-angle-of-deviation-948-versus-angle-of-incidence-i-for-a-triangular-prism-is-given-then-the-angle-of-minimum-deviation-is-1-20o-2-30o-3-40o-4-50o-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc3MTEw-find-the-value-of-the-angle-of-emergence-from-the-prism-given-below-for-the-incidence-ray-shown-the-refractive-index-of-the-glass-is-sqrt-3-1-45-circ-2-90-circ-3-60-circ-4-30-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc3MTE1-a-lens-of-large-focal-length-and-large-aperture-is-best-suited-as-an-objective-of-an-astronomical-telescope-since-1-a-large-aperture-contributes-to-the-quality-and-visibility-of-the-images-2-a-large-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc3MTQ5-a-point-object-is-placed-at-a-distance-of-60-text-cm-from-a-convex-lens-of-focal-length-30-text-cm-if-a-plane-mirror-were-put-perpendicular-to-the-principal-axis-of-the-lens-and-at-a-distance-of-40-te https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM5MzQ1-a-biconvex-lens-has-radii-of-curvature-20-text-cm-each-if-the-refractive-index-of-the-material-of-the-lens-is-1-5-the-power-of-the-lens-is-1-infinity-2-2-text-d-3-20-text-d-4-5-text-d-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM5MzY3-two-transparent-media-a-and-b-are-separated-by-a-plane-boundary-the-speeds-of-light-in-those-media-are-1-5-times-10-8-m-s-and-2-0-times-10-8-m-s-respectively-the-critical-angle-for-a-ray-of-light-for https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM5NzUw-a-concave-lens-with-a-focal-length-of-25-text-cm-is-sandwiched-between-two-convex-lenses-each-with-a-focal-length-of-40-text-cm-the-power-in-diopters-of-the-combined-lens-system-would-be-1-55-2-9-3-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM5NzUx-a-beam-of-light-is-incident-vertically-on-a-glass-slab-of-thickness-1-text-cm-and-refractive-index-1-5-a-fraction-a-is-reflected-from-the-front-surface-while-another-fraction-b-enters-the-slab-and-eme https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2NTY1-during-a-cloudy-day-a-primary-and-a-secondary-rainbow-may-be-created-which-of-the-following-statement-is-correct-1-primary-rainbow-is-due-to-double-internal-reflection-and-is-formed-above-the-secondar https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2NTk4-an-observer-is-using-an-astronomical-refracting-telescope-to-observe-planets-in-normal-adjustment-the-focal-lengths-of-the-objective-and-eyepiece-used-in-the-telescope-construction-are-20-text-m-and-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2OTM3-light-travels-a-distance-x-in-time-t-1-in-air-and-10x-in-time-t-2-in-another-denser-medium-what-is-the-critical-angle-for-this-medium-1-sin-1-left-frac-10-t-1-t-2-right-2-sin-1-left-frac-t-2-t-1-right https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2OTQ3-in-the-figure-shown-here-what-is-the-equivalent-focal-length-of-the-combination-of-lenses-assume-that-all-layers-are-thin-1-50-text-cm-2-40-text-cm-3-40-text-cm-4-100-text-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2OTUx-two-thin-lenses-are-of-the-same-focal-lengths-f-but-one-is-convex-and-the-other-one-is-concave-when-they-are-placed-in-contact-with-each-other-the-equivalent-focal-length-of-the-combination-will-be-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY4MTUz-a-lens-is-made-up-of-3-different-transparent-media-as-shown-in-the-figure-a-point-object-o-is-placed-on-its-axis-beyond-2f-how-many-real-images-will-be-obtained-on-the-other-side-1-2-2-1-3-no-image-wi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY4MjY0-a-horizontal-ray-of-light-is-incident-on-the-right-angled-prism-with-prism-angle-6-circ-if-the-refractive-index-of-the-material-of-the-prism-is-1-5-then-the-angle-of-emergence-will-be-1-9-circ-2-10-ci https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY4Mjcx-which-set-of-colours-would-be-observed-in-the-air-under-the-conditions-depicted-in-the-figure-1-yellow-orange-and-red-2-blue-green-and-yellow-3-orange-red-and-violet-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY4MzA5-an-object-is-mounted-on-a-wall-its-image-of-equal-size-is-to-be-obtained-on-a-parallel-wall-with-the-help-of-a-convex-lens-placed-between-these-walls-the-lens-is-kept-at-distance-x-in-front-of-the-sec https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU0OTU4-a-light-ray-enters-through-a-right-angled-prism-at-point-p-with-the-angle-of-incidence-30-circ-as-shown-in-the-figure-it-travels-through-the-prism-parallel-to-its-base-bc-and-emerges-along-the-face-ac https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU0OTg5-a-small-telescope-has-an-objective-of-focal-length-140-text-cm-and-an-eyepiece-of-focal-length-5-0-text-cm-the-magnifying-power-of-the-telescope-for-viewing-a-distant-object-is-1-28-2-17-3-32-4-34-1-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU2NzE0-for-a-prism-when-the-light-undergoes-minimum-deviation-the-relationship-between-the-angle-of-incidence-i-and-the-angle-of-emergence-i-is-1-i-i-2-i-i-3-i-i-4-i-0-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU2NzMw-the-graph-that-shows-the-correct-variation-of-dfrac-1-v-with-dfrac-1-u-for-a-concave-mirror-where-u-is-the-object-distance-and-v-is-the-image-distance-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU2Nzk3-the-time-taken-by-sunlight-to-pass-through-a-glass-slab-of-thickness-5-text-mm-and-refractive-index-1-5-is-1-left-dfrac-5-3-right-times-10-8-text-s-2-left-dfrac-5-2-right-times-10-11-text-s-3-left-dfr https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzMjk1-a-ray-of-light-is-incident-on-a-mirror-which-is-lying-on-the-x-text-y-plane-the-reflected-ray-travels-along-the-direction-of-the-vector-3-hat-i-4-hat-j-2-hat-k-the-incident-ray-must-be-along-1-3-hat-i https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzU4MzI4-two-plane-mirrors-are-inclined-at-70-circ-a-ray-incident-on-one-mirror-at-an-angle-theta-after-reflection-falls-on-the-second-mirror-and-is-reflected-from-there-parallel-to-the-first-mirror-the-value https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjUwOTIw-a-rod-of-length-10-text-cm-lies-along-the-principal-axis-of-a-concave-mirror-of-focal-length-10-text-cm-in-such-a-way-that-its-end-closer-to-the-pole-is-20-text-cm-away-from-the-mirror-the-length-of-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM5MzQ5-a-light-ray-falls-on-a-glass-surface-of-refractive-index-sqrt-3-at-an-angle-of-60-circ-the-angle-between-the-refracted-and-reflected-rays-would-be-1-120-circ-2-30-circ-3-60-circ-4-90-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM4MTQ4-a-ray-of-light-1-gets-reflected-partially-at-the-front-surface-of-a-thin-film-of-thickness-t-and-refractive-index-mu-the-reflected-ray-from-the-front-surface-is-2-while-that-emerging-due-to-reflection https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzIyODk1-a-ray-of-light-passes-through-three-parallel-media-with-the-angles-of-incidence-and-emergence-as-shown-in-the-figure-the-refractive-indices-of-the-media-are-mu-1-1-mu-2-and-mu-3-then-1-mu-2-dfrac-1-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzU4MjYw-the-reddish-appearance-of-the-sun-at-sunrise-and-sunset-is-due-to-1-the-scattering-of-light-2-the-polarisation-of-light-3-the-colour-of-the-sun-4-the-colour-of-the-sky-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM1OTM1-an-empty-cylindrical-beaker-whose-height-is-equal-to-its-diameter-is-kept-on-a-table-an-observer-s-eye-e-looking-towards-s-line-of-sight-es-can-see-the-point-q-on-the-lower-right-the-angle-of-view-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzIyODk4-a-thin-equi-convex-lens-of-refractive-index-1-2-is-dipped-in-oil-of-index-1-44-the-lens-has-a-power-of-2-d-in-air-when-it-is-immersed-in-the-oil-the-focal-length-of-the-lens-becomes-1-50-cm-2-50-cm-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTI0NDY-a-biconvex-lens-mu-1-5-has-a-radius-of-curvature-of-magnitude-20-text-cm-which-one-of-the-following-options-best-describes-the-image-formed-by-an-object-of-height-2-cm-placed-30-text-cm-from-the-lens https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM4MTQ1-a-point-object-a-is-placed-on-the-principal-axis-of-a-convex-lens-focal-length-30-text-cm-at-a-distance-of-45-text-cm-from-it-the-image-is-formed-at-position-b-if-the-object-a-is-moved-up-by-1-text-cm https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM1MjQy-a-parallel-beam-of-width-20-mm-is-incident-onto-a-lens-and-the-width-of-the-emerging-beam-decreases-at-a-rate-of-1-mm-as-it-travels-every-3-cm-the-lens-has-a-focal-length-of-1-30-cm-2-60-cm-3-dfrac-20 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTg1NDM5-a-ray-is-incident-at-an-angle-of-incidence-i-on-one-surface-of-a-small-angle-prism-with-the-angle-of-the-prism-a-and-emerges-normally-from-the-opposite-surface-if-the-refractive-index-of-the-material https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM4MzQ5-a-ray-is-incident-normally-onto-the-surface-ab-of-the-prism-angle-a-30-circ-angle-b-90-circ-the-refractive-index-of-the-material-of-the-prism-is-sqrt2-the-deviation-of-this-ray-is-1-30-circ-downward-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM1MjQz-a-ray-of-light-incident-at-45-circ-onto-the-surface-ab-of-the-right-angled-prism-is-reflected-from-ac-and-retraces-its-path-backwards-the-refractive-index-of-the-material-of-the-prism-is-1-sqrt2-2-2-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTA3MTM-in-an-astronomical-telescope-in-normal-adjustment-a-straight-line-of-length-l-is-drawn-on-the-inside-part-of-the-objective-lens-the-eye-piece-forms-a-real-image-of-this-line-the-length-of-this-image-i https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjYw-to-increase-the-angular-magnification-of-a-simple-microscope-one-should-increase-1-the-focal-length-of-the-lens-2-the-power-of-the-lens-3-the-aperture-of-the-lens-4-the-object-size-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTAxMjc-an-astronomical-telescope-has-an-objective-and-an-eyepiece-of-focal-lengths-40-text-cm-and-4-text-cm-respectively-to-view-an-object-200-text-cm-away-from-the-objective-the-lenses-must-be-separated-by https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mzk3MjYz-a-plane-triangular-object-abc-is-placed-in-front-of-a-mirror-as-shown-which-of-the-following-diagrams-shows-the-correct-orientation-of-the-image-a-b-c-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTE3NjIy-given-below-are-two-statements-assertion-a-spherical-aberration-is-absent-in-plane-mirrors-reason-r-plane-mirrors-form-exact-life-size-virtual-images-and-since-these-aren-t-spheres-they-do-not-suffer https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzOTMz-a-laser-beam-is-an-incident-on-a-flat-plane-mirror-at-some-angle-and-results-in-a-reflected-beam-the-mirror-is-now-rotated-by-an-angle-delta-while-the-direction-of-incident-laser-beam-is-kept-the-same https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mzk3Mjg4-given-below-are-two-statements-statement-i-the-speed-of-light-does-not-change-after-it-is-reflected-from-a-mirror-statement-ii-the-speed-of-light-depends-on-the-medium-in-which-light-is-propagating-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2Mjky-a-plane-mirror-rotating-at-an-angular-velocity-of-5-text-rad-s-reflects-a-light-beam-what-will-be-the-angular-velocity-of-the-light-beam-1-5-text-rad-s-2-10-text-rad-s-3-15-text-rad-s-4-20-text-rad-s https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5NDM4-a-point-source-of-light-s-placed-at-a-distance-60-cm-in-front-of-the-centre-of-a-plane-mirror-of-width-50-cm-hangs-vertically-on-a-wall-a-man-walks-in-front-of-the-mirror-along-a-line-parallel-to-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzMxMDUx-an-object-placed-in-front-of-a-concave-mirror-of-a-focal-length-15-text-cm-produces-a-virtual-image-which-is-twice-the-size-of-the-object-the-position-of-the-object-is-1-text-5-5-text-cm-2-text-6-5-te https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU1NzY0-in-a-convex-mirror-having-a-radius-of-curvature-30-text-cm-the-height-of-the-image-is-half-the-object-height-what-will-be-the-object-in-text-cm-distance-1-15-text-cm-2-25-text-cm-3-35-text-cm-4-30-tex https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDA0OTU0-if-light-rays-retrace-its-path-after-reflection-from-a-concave-mirror-then-the-object-is-placed-1-at-the-focus-of-the-mirror-2-at-the-centre-of-the-curvature-3-between-pole-and-focus-4-between-focus-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc4OTA3-the-relationship-between-the-focal-length-f-and-the-radius-of-curvature-r-of-a-spherical-convex-mirror-is-given-by-1-f-dfrac-1-2-r-2-f-r-3-f-dfrac-1-2-r-4-f-r-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDYxNTMx-which-of-the-following-always-forms-virtual-and-erect-images-irrespective-of-the-real-object-s-position-a-convex-lens-b-concave-lens-c-convex-mirror-d-concave-mirror-choose-the-correct-option-from-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTQ5-the-direction-of-ray-of-light-incident-on-a-concave-mirror-is-shown-by-mathrm-pq-while-directions-in-which-the-ray-would-travel-after-reflection-is-shown-by-four-rays-marked-1-2-3-and-4-which-of-the-f https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDA0OTc0-the-primary-reason-for-a-bucket-filled-with-water-to-appear-shallow-is-1-reflection-2-refraction-3-interference-4-diffraction-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2MzEw-a-transparent-liquid-fills-a-bucket-to-a-depth-of-50-text-cm-when-viewed-from-above-the-bottom-of-the-bucket-appears-to-be-5-text-cm-higher-than-its-actual-position-the-refractive-index-of-the-liquid https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUzNzM3-when-the-bottom-of-a-container-filled-with-a-transparent-liquid-appears-to-be-raised-when-viewed-from-above-what-is-the-phenomenon-responsible-for-this-effect-1-refraction-2-interference-3-diffraction https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU0OTUx-two-slabs-of-the-same-thickness-of-6-text-cm-each-are-placed-over-one-another-as-shown-in-the-table-the-apparent-depth-of-the-table-surface-is-n-text-cm-then-the-value-of-n-is-n-is-the-nearest-integer https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ1NDkz-a-glass-slab-of-refractive-index-1-47-disappears-in-a-trough-of-liquid-the-refractive-index-of-the-liquid-will-be-1-dfrac-1-47-sqrt-2-2-1-47-sqrt-2-3-1-47-4-1-0-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQyOTMz-a-ray-of-light-traveling-in-the-air-has-a-wavelength-lambda-frequency-n-velocity-v-and-intensity-i-if-this-ray-enters-into-water-then-these-parameters-are-lambda-prime-n-prime-v-prime-and-i-respective https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2Mjg2-what-will-happen-when-the-light-suffers-refraction-while-it-travels-from-a-rarer-to-a-denser-medium-1-its-wavelength-increases-but-its-frequency-remains-constant-2-its-wavelength-decreases-but-the-fre https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDA0OTY3-when-a-ray-of-light-enters-a-glass-slab-from-the-air-1-its-wavelength-decreases-2-its-wavelength-increases-3-its-frequency-decreases-4-neither-its-wavelength-nor-its-frequency-changes-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDA0OTY5-the-apparent-depth-of-any-volume-of-a-liquid-in-a-vessel-is-15-text-cm-if-the-actual-depth-is-20-text-cm-then-the-refractive-index-of-liquid-will-be-1-0-75-2-2-33-3-2-4-1-33-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mzk3MjY3-if-an-object-is-placed-under-water-left-text-refractive-index-frac-4-3-right-at-a-depth-d-below-the-surface-and-viewed-from-above-it-would-appear-to-be-at-a-depth-1-d-2-large-frac-d-3-3-large-frac-3d https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDIwMzQw-given-below-are-two-statements-assertion-a-during-the-process-of-refraction-the-frequency-of-light-changes-as-it-travels-from-one-medium-to-another-reason-r-as-light-undergoes-refraction-and-travels-f https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTE3NjE3-given-below-are-two-statements-statement-i-when-light-undergoes-refraction-the-frequency-changes-while-the-wavelength-remains-constant-statement-ii-the-speed-of-light-in-an-optically-denser-medium-lik https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDA0OTcw-the-refraction-of-light-from-air-to-glass-and-from-air-to-water-as-shown-in-figure-i-and-figure-ii-below-the-value-of-the-angle-theta-in-the-case-of-refraction-as-shown-in-figure-iii-will-be-i-ii-iii https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQyOTA1-an-air-bubble-in-a-glass-slab-mu-1-5-is-5-cm-deep-when-viewed-from-one-face-and-2-cm-deep-when-viewed-from-the-opposite-face-the-thickness-of-the-slab-is-1-10-cm-2-7-5-cm-3-10-5-cm-4-7-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDEwNTE4-a-ray-of-light-is-incident-onto-the-surface-of-a-medium-at-an-angle-of-incidence-theta-in-air-the-reflected-and-refracted-rays-are-at-right-angles-to-each-other-then-1-mu-tan-theta-2-mu-sin-theta-3-mu https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ4MjY4-a-point-source-of-light-is-placed-at-the-bottom-of-a-water-lake-if-the-circular-illuminated-area-on-the-surface-is-equal-to-4-times-the-square-of-the-depth-of-the-lake-the-refractive-index-of-the-wate https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ1NjAy-light-enters-from-air-into-a-given-medium-at-an-angle-of-45-with-the-interface-of-the-air-medium-surface-after-refraction-the-light-ray-deviates-through-an-angle-of-15-from-its-original-direction-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ5MjYw-a-vessel-of-depth-2d-is-filled-in-two-layers-the-lower-half-contains-a-liquid-of-refractive-index-mu-and-the-upper-half-contains-a-liquid-of-refractive-index-dfrac-3-mu-4-if-the-vessel-is-viewed-perpe https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mzg2NzU2-the-wavelength-of-light-coming-from-a-source-is-600-text-nm-what-will-be-its-wavelength-when-it-enters-a-transparent-medium-with-refractive-index-1-5-text-1-600-text-nm-2-900-text-nm-3-400-text-nm-4-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY1NTgx-optical-fibre-is-based-on-1-total-internal-reflection-2-less-scattering-3-refraction-4-less-absorption-coefficient-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjUxMDQ4-the-speed-of-light-in-media-m-1-and-m-2-is-1-5-times10-8-m-s-and-2-0-times10-8-m-s-respectively-a-ray-of-light-enters-from-medium-m-1-and-m-2-at-an-incidence-angle-i-if-the-ray-suffers-total-internal https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzI4NjQx-the-critical-angle-of-a-prism-is-30-circ-the-velocity-of-light-in-the-medium-is-1-1-5-times-10-8-text-m-s-2-3-times-10-8-text-m-s-3-4-5-times-10-8-text-m-s-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzkzMjg4-two-transparent-media-a-and-b-are-separated-by-a-plane-boundary-the-speed-of-light-in-medium-a-is-2-0-times-10-8-mathrm-ms-1-while-in-medium-b-it-is-2-5-times-10-8-mathrm-ms-1-what-is-the-critical-ang https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTUz-total-internal-reflection-can-take-place-only-if-1-the-light-goes-from-optically-rarer-medium-smaller-refractive-index-to-optically-denser-medium-2-the-light-goes-from-optically-denser-medium-to-rarer https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTIxNDYw-critical-angle-of-incidence-for-a-pair-of-optical-media-is-45-circ-the-refractive-indices-of-first-and-second-media-are-in-the-ratio-1-1-sqrt-2-2-1-2-3-sqrt-2-1-4-2-1-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzI0MjIx-a-ray-of-light-incident-normally-on-one-of-the-faces-of-a-right-angled-prism-is-found-to-be-totally-internally-reflected-as-shown-in-the-figure-what-is-the-minimum-value-of-the-refractive-index-of-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzNzYx-the-speed-of-light-in-media-a-and-b-are-2-0-1010-cm-s-and-1-5-1010-chm-s-respectively-a-ray-of-light-enters-from-the-medium-b-to-a-at-an-incident-angle-theta-if-the-ray-suffers-total-internal-reflecti https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2NzQy-the-critical-angle-for-a-diamond-with-a-refractive-index-of-mu-2-is-1-60-circ-2-45-circ-3-30-circ-4-nearly-20-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUzNzE0-the-critical-angle-for-light-travelling-from-medium-a-to-medium-b-is-theta-if-the-speed-of-light-in-medium-a-is-v-what-is-the-speed-of-light-in-medium-b-1-v-1-cos-theta-2-dfrac-v-sin-theta-3-dfrac-v-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQyOTMy-a-disc-is-placed-on-the-surface-of-the-pond-which-has-a-refractive-index-5-3-a-source-of-light-is-placed-4-text-m-below-the-surface-of-liquid-the-minimum-radius-of-the-disc-needed-so-that-light-is-not https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzkzNDI2-a-point-object-is-moving-at-a-speed-of-8-text-cm-s-in-front-of-a-converging-lens-along-the-principal-axis-as-shown-in-the-figure-at-this-moment-the-speed-of-the-image-is-1-32-text-cm-s-2-34-text-cm-s https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2ODQ1-in-the-given-diagram-image-forms-at-a-distance-of-15-text-cm-inside-the-medium-of-refractive-index-1-5-find-the-object-distance-in-text-cm-from-point-p-1-15-2-30-3-12-4-10-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc4MzQ3-a-light-ray-enters-a-solid-glass-sphere-of-refractive-index-mu-sqrt-3-at-an-angle-of-incidence-60-circ-the-ray-is-both-reflected-and-refracted-at-the-farther-surface-of-the-sphere-the-angle-in-degrees https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzMxNjEw-the-refractive-index-of-a-material-of-a-plano-concave-lens-is-dfrac-5-3-and-the-radius-of-curvature-is-0-3-m-the-focal-length-of-the-lens-in-air-is-1-0-45-m-2-0-6-m-3-0-75-m-4-1-0-m-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTc2-a-convex-lens-is-made-of-a-material-having-refractive-index-1-2-both-the-surfaces-of-the-lens-are-convex-if-it-is-dipped-into-water-mu-1-33-it-will-behave-like-1-a-convergent-lens-2-a-divergent-lens-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTIxMDE-when-a-biconvex-lens-of-glass-having-a-refractive-index-of-1-47-is-dipped-in-a-liquid-it-acts-as-a-plane-sheet-of-glass-the-liquid-must-have-a-refractive-index-1-equal-to-that-of-glass-2-less-than-one https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzkzMzA3-if-a-plano-convex-lens-has-a-radius-of-curvature-of-10-text-cm-for-its-convex-surface-and-a-focal-length-of-30-text-cm-what-is-the-refractive-index-of-the-lens-material-1-1-50-2-1-66-3-1-33-4-2-50-1-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3NDMw-a-plano-convex-lens-of-refractive-index-mu-1-and-focal-length-f-1-is-kept-in-contact-with-another-plano-concave-lens-of-refractive-index-mu-2-and-focal-length-f-2-if-the-radius-of-curvature-of-their-s https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4NjQ0-a-point-object-in-the-air-is-in-front-of-the-curved-surface-of-a-plano-convex-lens-the-radius-of-curvature-of-the-curved-surface-is-30-text-cm-and-the-refractive-index-of-the-lens-material-is-1-5-then https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU1NzI4-if-a-biconvex-lens-of-material-of-refractive-index-1-5-has-a-focal-length-20-text-cm-in-air-then-its-focal-length-when-it-is-submerged-in-a-medium-of-refractive-index-1-6-is-1-160-text-cm-2-160-text-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM4MzQ3-if-two-convex-lenses-of-powers-p-1-p-2-be-placed-close-together-co-axially-the-combination-behaves-as-a-lens-of-power-1-p-1-p-2-2-p-1-p-2-3-large-frac-p-2-1-p-2-4-large-frac-p-2-2-p-1-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjQ4-a-convex-lens-forms-a-real-image-of-a-point-object-placed-on-its-principal-axis-if-the-upper-half-of-the-lens-is-painted-black-a-the-image-will-be-shifted-downward-b-the-image-will-be-shifted-upward-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTM3MzM1-a-convex-lens-is-used-to-form-an-image-of-an-object-on-a-screen-if-the-upper-half-of-the-lens-is-blackened-so-that-it-becomes-opaque-then-1-only-half-of-the-image-will-be-visible-2-the-image-position https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDYxNTI1-a-thin-symmetric-double-convex-lens-with-a-power-p-is-cut-into-three-parts-a-b-and-c-as-shown-in-the-figure-the-following-statements-describe-the-powers-of-the-sections-a-the-power-of-a-is-p-b-the-pow https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzI4NDY0-the-distance-between-an-object-and-a-divergent-lens-is-m-times-the-focal-length-of-the-lens-the-linear-magnification-produced-by-the-lens-is-1-m-2-frac-1-m-3-m-1-4-frac-1-m-1-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0NDAz-two-convex-lenses-of-focal-lengths-10-text-cm-and-30-text-cm-are-kept-in-contact-then-the-correct-statement-is-1-the-effective-focal-length-is-15-text-cm-2-the-effective-focal-length-is-7-5-text-cm-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzI1OTAx-a-converging-lens-is-used-to-focus-light-from-a-small-bulb-onto-a-book-the-lens-has-a-focal-length-of-10-text-cm-and-is-located-40-text-cm-from-the-book-determine-the-distance-of-the-bulb-from-the-len https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTE3NTk5-which-of-the-following-gives-the-correct-expression-for-the-power-p-of-the-two-lenses-of-powers-p-1-p-2-separated-by-a-distance-d-text-1-p-p-1-p-2-dfrac-1-d-2-dfrac-1-p-dfrac-1-p-1-dfrac-1-p-2-dfrac-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTcx-a-symmetric-double-convex-lens-is-cut-in-two-equal-parts-by-a-plane-containing-the-principal-axis-if-the-power-of-the-original-lens-was-4-text-d-the-power-of-a-divided-lens-will-be-1-2-text-d-2-3-text https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2NjQ2-a-needle-placed-45-text-cm-in-front-of-a-lens-forms-an-image-on-a-screen-placed-90-text-cm-on-the-other-side-of-the-lens-the-characteristics-of-the-lens-and-its-focal-length-respectively-are-1-text-co https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDI1MzI2-biconvex-lenses-l-1-l-2-having-focal-lengths-20-text-cm-and-30-text-cm-are-separated-by-a-distance-d-a-parallel-beam-of-light-falling-on-l-1-emerges-as-a-parallel-beam-from-l-2-then-d-1-50-text-cm-2-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQxMDUw-a-parallel-beam-of-light-is-incident-onto-a-converging-lens-l-1-of-focal-length-20-text-cm-a-second-identical-lens-l-2-is-to-be-placed-behind-l-1-coaxially-so-that-the-emerging-beam-is-parallel-the-di https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDA0OTU5-for-a-triangular-glass-prism-which-of-the-following-expression-is-correct-regarding-its-angle-of-deviation-symbols-have-usual-meanings-1-delta-i-e-a-2-delta-i-e-a-3-delta-i-e-a-4-delta-i-e-a-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU0ODMx-the-refractive-index-of-a-thin-prism-of-an-apex-angle-a-is-text-cot-left-dfrac-a-2-right-then-the-minimum-angle-of-deviation-is-1-180-circ-3a-2-180-circ-2a-3-180-circ-a-4-180-circ-4a-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTE3NTg0-the-refractive-index-of-prism-is-mu-sqrt-3-and-the-ratio-of-the-angle-of-minimum-deviation-to-the-angles-of-prism-is-1-the-value-of-angle-of-prism-is-1-30-circ-2-45-circ-3-60-circ-4-90-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDA0OTYy-if-the-angle-of-the-prism-is-60-circ-and-angle-of-minimum-deviation-is-30-circ-then-the-value-of-angle-of-incidence-and-emergence-will-be-respectively-1-45-circ-50-circ-2-30-circ-45-circ-3-45-circ-45 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzNDI0-in-the-given-figure-the-face-ac-of-the-equilateral-prism-is-immersed-in-a-liquid-of-refractive-index-n-for-the-incident-angle-60-circ-at-the-side-ac-the-refracted-light-beam-just-grazes-along-the-face https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTM3NDEy-what-changes-occur-in-the-behaviour-of-monochromatic-light-as-it-passes-through-a-prism-compared-to-its-behaviour-in-the-air-1-speed-and-wavelength-are-different-but-the-frequency-remains-the-same-2-s https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDA0OTYx-for-a-prism-under-minimum-deviation-condition-considering-the-following-statements-and-choose-the-correct-option-1-refracted-ray-becomes-parallel-to-the-base-of-the-prism-2-angle-of-incidence-is-equal https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzYzMTQ1-prism-a-has-an-angle-of-prism-equal-to-6-circ-and-its-material-has-a-refractive-index-of-1-5-it-is-used-in-combination-with-prism-b-of-refractive-index-1-8-to-produce-dispersion-without-deviation-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTE3NTk4-which-of-the-following-diagrams-gives-the-correct-dependence-of-the-angle-of-deviation-d-versus-the-angle-of-incidence-i-for-a-prism-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTIxMjE-a-ray-of-light-is-incident-at-an-angle-of-incidence-i-on-one-face-of-a-prism-of-angle-a-assumed-to-be-small-and-emerges-normally-from-the-opposite-face-if-the-refractive-index-of-the-prism-is-mu-the-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDA0OTY2-a-ray-of-light-passes-latter-through-an-equilateral-prism-such-that-the-angle-of-incidence-is-equal-to-the-angle-of-emergence-and-the-latter-is-equal-to-3-4th-of-the-angle-of-prism-the-angle-of-deviat https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzkzNDY1-an-isosceles-prism-with-an-angle-a-30-circ-has-one-of-its-surfaces-silvered-a-light-ray-incident-at-60-circ-on-the-other-surface-retraces-its-path-after-reflection-from-the-silvered-surface-the-refrac https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTExNzI-the-angle-of-a-prism-is-a-one-of-its-refracting-surfaces-is-silvered-light-rays-falling-at-an-angle-of-incidence-2-a-on-the-first-surface-return-back-through-the-same-path-after-suffering-reflection-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc4Njcz-a-prism-with-an-angle-a-1-circ-and-a-refractive-index-mu-1-5-is-given-a-good-estimate-for-the-minimum-angle-of-deviation-in-degrees-is-close-to-dfrac-n-10-the-value-of-n-is-1-25-2-20-3-15-4-5-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTA3MDgw-abcd-shows-the-cross-section-of-a-specially-cut-prism-where-diagonal-ac-is-perp-cd-the-remaining-angles-are-as-shown-light-falls-on-the-surface-ab-undergoes-refraction-and-then-reflection-on-bc-silver https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzMzNDY3-if-the-ratio-of-magnifications-produced-by-a-simple-microscope-in-near-point-adjustment-and-far-point-adjustment-is-dfrac-6-5-then-the-focal-length-of-the-lens-is-take-d-25-text-cm-1-5-text-cm-2-10-te https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU0MjY4-a-compound-microscope-consists-of-two-lenses-an-objective-lens-and-an-eyepiece-lens-the-objective-lens-has-a-magnifying-power-of-8-and-the-total-magnifying-power-of-the-compound-microscope-is-96-what https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc4NzM4-a-compound-microscope-has-an-objective-lens-of-focal-length-1-text-cm-a-tube-length-of-20-text-cm-and-forms-a-magnified-virtual-image-25-text-cm-from-the-eyepiece-if-its-total-magnification-is-100-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY1Mzk5-an-astronomical-telescope-has-objective-and-ocular-focal-lengths-of-100-cm-and-1-cm-respectively-the-minimum-magnifying-power-of-the-telescope-is-1-50-2-100-3-96-4-48-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTIxMzY-the-magnifying-power-of-a-telescope-is-9-when-it-is-adjusted-for-parallel-rays-the-distance-between-the-objective-and-eyepiece-is-20-text-cm-the-focal-length-of-the-lenses-is-1-10-text-cm-10-text-cm-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzI1ODk3-an-astronomical-telescope-has-an-angular-magnification-of-magnitude-5-for-distant-objects-the-separation-between-the-objective-and-the-eyepiece-is-36-text-cm-and-the-final-image-is-formed-at-infinity https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0ODYw-to-increase-magnifying-power-of-a-telescope-1-focal-length-of-eyepiece-should-be-increased-2-focal-length-of-objective-should-be-increased-3-wavelength-of-light-should-be-increased-4-aperture-of-eyepi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDMxOTIy-a-distant-object-when-viewed-under-normal-adjustment-using-an-astronomical-telescope-forms-an-image-that-is-magnified-by-50-the-eyepiece-has-a-focal-length-of-2-text-cm-the-focal-length-of-the-objecti https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mzk3MzUw-a-refracting-telescope-consists-of-an-objective-lens-o-text-focal-length-f-o-and-an-eyepiece-e-text-focal-length-f-e-placed-co-axially-with-a-separation-d-the-object-is-at-infinity-and-the-image-forme https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQyNDIz-the-magnifying-power-of-an-astronomical-telescope-is-8-and-the-distance-between-the-two-lenses-is-54-cm-the-focal-lengths-of-the-eye-lens-and-the-objective-lens-are-respectively-1-6-cm-and-48-cm-2-48 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjYzODc5-a-tall-man-of-height-6-feet-wants-to-see-his-full-image-the-required-minimum-length-of-the-mirror-will-be-1-12-feet-2-3-feet-3-6-feet-4-any-length-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTcxMjI3-the-correct-mirror-image-of-the-figure-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTAwNzc3-a-plane-mirror-approaches-a-stationary-person-with-acceleration-of-10-ms-2-the-acceleration-of-his-image-as-seen-by-the-person-will-be-1-10-m-s2-2-20-m-s2-3-5-m-s2-4-can-t-be-determined-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0NzUx-a-point-source-of-light-b-is-placed-at-a-distance-l-in-front-of-the-centre-of-a-mirror-of-width-d-hung-vertically-on-a-wall-a-man-a-walks-in-front-of-the-mirror-along-a-line-parallel-to-the-mirror-at https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0MjEy-a-car-is-moving-on-a-straight-road-at-a-speed-of-50-km-h-and-a-truck-is-ahead-of-the-car-and-has-a-large-plane-mirror-fixed-vertically-on-the-back-of-the-truck-the-truck-is-running-at-a-speed-of-70-km https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246MzA2MjY-image-formed-by-a-plane-mirror-is-1-real-2-virtual-3-depends-on-the-nature-of-the-object-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ0MzQy-the-diagram-represents-a-concave-mirror-where-f-is-the-principal-focus-and-f-is-the-focal-length-the-mirror-is-used-to-produce-an-image-of-an-object-which-of-the-following-statements-are-correct-assum https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTAxMzQ-match-the-corresponding-entries-of-column-i-with-column-ii-where-m-is-the-magnification-produced-by-the-mirror-column-i-column-ii-a-m-2-i-convex-mirror-b-m-frac-1-2-ii-concave-mirror-c-m-2-iii-real-im https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTc4MDA3-a-concave-mirror-gives-an-image-three-times-as-large-as-the-object-placed-at-a-distance-of-20-text-cm-from-it-for-the-image-to-be-real-the-focal-length-should-be-1-10-text-cm-2-15-text-cm-3-20-text-cm https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY1MTM3-a-convex-mirror-of-focal-length-f-forms-an-image-which-is-frac-1-n-times-the-length-of-the-object-the-distance-of-the-object-from-the-mirror-is-1-n-1-f-2-left-frac-n-1-n-right-f-3-left-frac-n-1-n-righ https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0NzQx-a-thin-rod-of-length-dfrac-f-3-lies-along-the-axis-of-a-concave-mirror-of-focal-length-f-one-end-of-its-magnified-real-image-touches-an-end-of-the-rod-the-length-of-the-image-is-1-f-2-dfrac-f-2-3-2f-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0NTQ1-the-distance-between-the-object-and-its-real-image-formed-by-a-concave-mirror-is-minimum-when-the-distance-of-the-object-from-the-center-of-curvature-of-the-mirror-is-where-f-is-the-focal-length-of-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0NzY5-a-medium-shows-relation-between-i-and-r-as-shown-if-the-speed-of-light-in-the-medium-is-nc-then-the-value-of-n-is-1-1-5-2-2-3-2-1-4-3-frac-1-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTAwNzc5-in-the-figure-shown-the-angle-made-by-the-light-ray-with-the-normal-in-the-medium-of-refractive-index-sqrt-2-is-1-30-circ-2-60-circ-3-90-circ-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTc3ODcz-an-air-bubble-in-a-glass-slab-with-refractive-index-1-5-near-normal-incidence-is-5-cm-deep-when-viewed-from-one-surface-and-3-cm-deep-when-viewed-from-the-opposite-face-the-thickness-in-cm-of-the-slab https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MDkw-a-plane-mirror-is-placed-at-the-bottom-of-a-fish-tank-filled-with-water-of-refractive-index-dfrac-4-3-the-fish-is-at-a-height-10-text-cm-above-the-plane-mirror-an-observer-o-is-vertically-above-the-fi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0Njgw-two-slabs-p-q-of-transparent-materials-have-a-thickness-in-the-ratio-2-5-if-a-ray-of-light-takes-the-same-amount-of-time-to-move-from-a-to-b-and-b-to-c-then-the-refractive-index-of-q-with-respect-to-p https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0MjMy-a-fish-at-a-depth-y-inside-the-water-is-seeing-a-bird-the-bird-is-at-a-height-x-above-the-water-level-if-the-refractive-index-of-water-is-mu-then-the-apparent-distance-of-bird-as-seen-by-the-fish-is-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTkyMTcz-for-a-light-incident-from-air-on-a-slab-of-refractive-index-2-the-maximum-possible-angle-of-refraction-is-1-30-circ-2-45-circ-3-60-circ-4-90-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY0NjI3-a-beam-of-light-composed-of-red-and-green-rays-is-incident-obliquely-at-a-point-on-the-face-of-a-rectangular-glass-slab-when-coming-out-on-the-opposite-parallel-face-the-red-and-green-rays-emerge-from https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0ODA1-the-speed-of-light-in-media-m-1-and-m-2-is-1-5-times-10-8-text-m-s-and-2-0-times-10-8-text-m-s-respectively-a-ray-of-light-enters-from-medium-m-1-to-m-2-at-an-incidence-angle-i-if-the-ray-suffers-tota https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0NTA3-the-ratio-of-the-velocity-of-light-in-a-medium-to-the-velocity-of-light-in-a-vacuum-is-frac-4-5-if-the-ray-of-light-is-emerging-from-this-medium-into-the-air-then-the-critical-angle-for-this-interface https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjYzNzcw-light-enters-at-an-angle-of-incidence-in-a-transparent-rod-of-refractive-index-n-for-what-value-of-the-refractive-index-of-the-material-of-the-rod-will-the-light-once-entered-into-it-not-leave-it-thro https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM5NjI0-given-below-are-two-statements-assertion-a-critical-angle-of-light-passing-from-angle-to-air-is-minimum-for-violet-colour-reason-r-the-wavelength-of-violet-light-is-greater-than-the-light-of-other-col https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQxMDUy-given-below-are-two-statements-statement-i-in-total-internal-reflection-the-angle-of-incidence-must-be-greater-than-a-certain-minimum-angle-which-depends-on-the-media-involved-statement-ii-total-inter https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTExNzE1-a-fish-is-a-little-away-below-the-surface-of-a-lake-if-the-critical-angle-is-49-circ-then-the-fish-could-see-things-above-the-water-surface-within-an-angular-range-of-theta-circ-where-1-theta-49-circ https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY0NzA2-for-the-given-incident-ray-as-shown-in-the-figure-in-the-condition-of-the-total-internal-reflection-of-this-ray-the-minimum-refractive-index-of-the-prism-will-be-1-dfrac-sqrt-3-1-2-2-dfrac-sqrt-2-1-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTAwNzc4-a-light-ray-is-incident-at-an-angle-of-30-circ-on-a-transparent-surface-separating-two-media-if-the-angle-of-refraction-is-60-circ-then-the-critical-angle-is-1-sin-1-left-frac-1-sqrt-3-right-2-sin-1-l https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTcxMTgx-a-light-ray-from-the-air-is-incident-as-shown-in-the-figure-at-one-end-of-glass-fibre-refractive-index-mu-1-5-making-an-incidence-angle-of-60-circ-on-the-lateral-surface-so-that-it-undergoes-a-total-i https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTc4MDAw-a-plane-mirror-is-placed-horizontally-inside-water-left-mu-frac-4-3-right-a-ray-falls-normally-on-it-then-the-mirror-is-rotated-through-an-angle-theta-the-minimum-value-of-theta-for-which-the-ray-does https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0ODUx-a-glass-slab-is-placed-with-the-right-angled-prism-as-shown-in-the-figure-the-possible-value-of-theta-such-that-light-incident-normally-on-the-prism-does-not-pass-through-the-glass-slab-is-1-30-circ-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0Nzc0-in-the-following-diagram-what-is-the-distance-x-if-the-radius-of-curvature-is-r-15-text-cm-1-30-text-cm-2-20-text-cm-3-15-text-cm-4-10-text-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0ODgy-the-following-diagram-shows-a-glass-sphere-of-radius-10-text-cm-with-a-paraxial-incident-ray-the-refractive-index-of-the-material-of-the-glass-is-1-2-2-1-5-3-1-75-4-1-3-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0NTIx-in-a-glass-mu-1-5-sphere-with-a-radius-of-10-text-cm-there-is-an-air-bubble-b-at-a-distance-of-5-text-cm-from-c-the-distance-of-the-bubble-from-the-surface-of-the-sphere-i-e-point-a-as-observed-from-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTIyNTc4-a-glass-sphere-left-mu-frac-3-2-right-of-radius-12-text-cm-has-a-small-mark-at-a-distance-of-3-text-cm-from-its-centre-where-will-this-mark-appear-when-it-is-viewed-from-the-side-nearest-to-the-mark-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTcwNDM5-a-mark-on-the-surface-of-the-sphere-left-mu-frac-3-2-right-is-viewed-from-a-diametrically-opposite-position-it-appears-to-be-at-a-distance-15-text-cm-from-its-actual-position-the-radius-of-the-sphere https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTc3ODg2-a-concave-mirror-of-the-focal-length-f-1-is-placed-at-a-distance-of-d-from-a-convex-lens-of-focal-length-f-2-a-beam-of-light-coming-from-infinity-and-falling-on-this-convex-lens-concave-mirror-combina https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY1NjQy-a-convex-lens-is-dipped-in-a-liquid-whose-refractive-index-is-equal-to-the-refractive-index-of-the-lens-then-its-focal-length-will-1-become-zero-2-become-infinite-3-become-small-but-non-zero-4-remain https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjYzNzAx-a-plane-convex-lens-mu-1-5-has-a-radius-of-curvature-10-text-cm-it-is-silvered-on-its-plane-surface-the-focal-length-of-the-lens-after-silvering-is-1-10-cm-2-20-cm-3-15-cm-4-25-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0ODEz-two-convex-lenses-of-focal-lengths-10-text-cm-and-30-text-cm-are-kept-at-a-separation-of-20-text-cm-then-the-correct-statement-is-1-the-effective-focal-length-is-15-text-cm-2-the-chromatic-aberration https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY1MDU5-a-concave-lens-of-focal-length-25-text-cm-produces-an-image-frac-1-10-text-th-of-the-size-of-the-object-the-distance-of-the-object-from-the-lens-is-1-225-text-cm-2-250-text-cm-3-150-text-cm-4-175-text https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY1NjUz-a-biconvex-lens-is-cut-into-two-halves-along-i-xox-and-ii-yoy-as-shown-in-the-figure-let-f-f-f-be-the-focal-lengths-of-the-complete-lens-of-each-half-in-case-i-and-of-each-half-in-case-ii-respectively https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ4MjUz-the-power-of-an-equi-convex-lens-is-p-after-cutting-it-in-different-ways-the-combination-of-lenses-is-listed-in-column-i-along-with-their-effective-powers-in-column-ii-match-the-items-in-the-two-colum https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0NTI5-a-lens-forms-an-image-of-a-point-object-placed-at-distance-20-text-cm-from-it-the-image-is-formed-just-in-front-of-the-object-at-a-distance-4-text-cm-from-the-object-and-towards-the-lens-the-power-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0ODEy-in-the-diagram-shown-below-the-image-of-the-point-object-o-is-formed-at-l-by-the-convex-lens-of-focal-length-20-text-cm-where-f-1-and-f-2-are-foci-of-the-lens-the-value-of-x-is-1-10-text-cm-2-20-text https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTIyMTc1-two-similar-plano-convex-lenses-are-combined-together-in-three-different-ways-as-shown-in-the-adjoining-figure-the-ratio-of-the-focal-lengths-in-three-cases-will-be-1-2-2-1-2-1-1-1-3-1-2-2-4-2-1-1-1-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0NzQ0-a-thin-equiconvex-lens-of-power-p-is-cut-into-three-parts-a-b-and-c-as-shown-in-the-figure-if-p-1-p-2-and-p-3-are-powers-of-the-three-parts-respectively-then-1-p-1-p-2-p-3-2-p-1-p-2-p-3-3-p-1-4-p-2-p https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0ODAz-a-converging-beam-of-rays-is-incident-on-a-diverging-lens-having-passed-through-the-lens-the-rays-intersect-at-a-point-15-text-cm-from-the-lens-on-the-opposite-side-if-the-lens-is-removed-the-point-wh https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0OTY0-if-the-space-between-two-convex-lenses-of-glass-in-the-combination-shown-in-the-figure-below-is-filled-with-water-then-1-the-focal-length-of-the-system-will-decrease-2-the-focal-length-of-the-system-w https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0ODA4-a-boy-is-trying-to-start-a-fire-by-focusing-sunlight-on-a-piece-of-paper-using-an-equiconvex-lens-of-focal-length-10-cm-the-diameter-of-the-sun-is-1-39-times-10-9-text-m-and-its-mean-distance-from-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTI1ODA-a-lens-having-focal-length-f-and-aperture-of-diameter-d-forms-an-image-of-intensity-i-an-aperture-of-diameter-frac-d-2-in-central-region-of-lens-is-covered-by-a-black-paper-the-focal-length-of-lens-an https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0MzA5-when-an-object-is-placed-at-10-cm-and-30-cm-from-a-convex-lens-images-obtained-are-of-the-same-magnitude-of-magnification-the-focal-length-of-the-lens-may-be-1-10-cm-2-15-cm-3-20-cm-4-25-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTMwNTc1-a-liquid-of-refractive-index-1-33-is-placed-between-two-identical-plano-convex-lenses-with-refractive-index-1-50-two-possible-arrangements-p-and-q-are-shown-the-system-is-1-divergent-in-p-convergent-i https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0ODcz-three-identical-thin-convex-lenses-are-kept-as-shown-in-the-figure-a-ray-passing-through-the-lens-is-shown-the-focal-length-of-each-lens-is-1-5-cm-2-10-cm-3-15-cm-4-20-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTE4Mjk1-on-an-optical-bench-a-point-object-is-placed-at-the-mark-of-10-cm-a-convex-lens-of-focal-length-15-cm-at-the-mark-of-40-cm-and-a-concave-lens-of-focal-length-15-cm-placed-at-the-mark-of-60-cm-the-fina https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTE1NzAw-an-object-is-placed-at-a-point-distance-x-from-the-focus-of-a-convex-lens-and-its-image-is-formed-at-i-as-shown-in-the-figure-the-distances-x-and-x-satisfy-the-relation-1-frac-x-x-2-f-2-f-xx-3-x-x-le https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY0NzIx-a-bulb-is-located-on-a-wall-its-image-is-to-be-obtained-on-a-parallel-wall-with-the-help-of-a-convex-lens-if-the-distance-between-parallel-walls-is-d-then-the-required-focal-length-of-the-lens-placed https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTMxMzQ2-a-ray-of-light-falls-on-a-prism-abc-ab-bc-and-travels-as-shown-in-figure-the-refractive-index-of-the-prism-material-should-be-greater-than-1-4-3-2-sqrt-2-3-1-5-4-sqrt-3-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0MTg4-the-angle-of-a-prism-is-a-and-one-of-its-refracting-surfaces-is-silvered-light-rays-falling-at-an-angle-of-incidence-2a-on-the-first-surface-return-through-the-same-path-after-suffering-reflection-at https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY0NjI5-the-refractive-index-of-the-material-of-a-prism-is-222-and-its-refracting-angle-is-30-circ-one-of-the-refracting-surfaces-of-the-prism-is-made-a-mirror-inwards-a-beam-of-monochromatic-light-entering-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTAxNTQ-the-angle-of-incidence-for-a-ray-of-light-at-a-refracting-surface-of-a-prism-is-45-circ-the-angle-of-the-prism-is-60-circ-if-the-ray-suffers-minimum-deviation-through-the-prism-the-angle-of-minimum-de https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0ODY5-a-graph-is-plotted-between-the-angle-of-deviation-delta-in-a-triangular-prism-and-the-angle-of-incidence-as-shown-in-the-figure-refracting-angle-of-the-prism-is-1-28-circ-2-48-circ-3-36-circ-4-46-circ https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0NTEz-if-a-light-ray-is-incident-normally-on-face-ab-of-a-prism-then-for-no-emergent-ray-from-second-face-ac-mu-rightarrow-refractive-index-of-glass-of-prism-1-mu-frac-2-sqrt-3-2-mu-frac-2-sqrt-3-3-mu-4-mu https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0MzE1-one-of-the-refracting-surfaces-of-a-prism-is-silvered-a-ray-is-incident-at-an-angle-60-circ-such-that-it-retraces-its-path-the-angle-of-the-prism-is-mu-sqrt-3-1-30-circ-2-45-circ-3-60-circ-4-75-circ-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM5NjA4-given-below-are-two-statements-assertion-a-the-angle-of-deviation-depends-on-the-angle-of-the-prism-reason-r-for-the-thin-prism-delta-mu-1-a-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTc3ODg1-a-ray-of-light-is-incident-at-an-angle-of-incidence-i-on-one-face-of-a-prism-of-angle-a-assumed-to-be-small-and-emerges-normally-from-the-opposite-face-if-the-refractive-index-of-the-prism-is-mu-the-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0Nzk5-for-the-angle-of-minimum-deviation-of-a-prism-to-be-equal-to-its-refracting-angle-the-prism-must-be-made-of-a-material-whose-refractive-index-1-lies-between-sqrt-2-text-and-1-text-2-lies-between-2-and https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0NDQ2-a-ray-of-light-is-incident-on-an-equilateral-prism-at-an-angle-of-incidence-i-such-that-it-is-incident-normally-on-other-refracting-faces-find-i-take-mu-text-glass-2-1-30-circ-2-45-circ-3-60-circ-4-no https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0MzI0-a-ray-of-light-incident-on-a-prism-of-angle-a-and-refractive-index-mu-will-not-emerge-out-of-the-prism-for-any-angle-of-incidence-if-1-mu-sin-frac-a-2-2-mu-cos-a-3-mu-frac-1-sin-frac-a-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0NjU3-in-the-case-of-a-compound-microscope-the-image-formed-by-the-objective-lens-is-1-virtual-erect-and-diminished-2-real-erect-and-magnified-3-virtual-inverted-and-enlarged-4-real-inverted-and-enlarged-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY1MDM4-the-focal-lengths-of-the-objective-and-eyepiece-of-a-compound-microscope-are-2-text-cm-and-6-25-text-cm-respectively-an-object-ab-is-placed-at-a-distance-of-2-5-text-cm-from-the-objective-which-forms https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0Mjkz-the-magnification-of-a-compound-microscope-for-the-final-image-at-the-least-distance-of-distinct-vision-is-90-the-magnification-of-the-objective-lens-is-15-the-value-of-the-focal-length-of-the-eyepiec https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTc3ODgw-if-the-focal-length-of-the-objective-lens-is-increased-then-magnifying-power-of-1-microscope-will-increase-but-that-of-telescope-decrease-2-microscope-and-telescope-both-will-increase-3-microscope-and https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ2MTg4-a-microscope-has-an-objective-of-focal-length-1-5-text-cm-and-an-eyepiece-of-focal-length-2-5-text-cm-if-the-distance-between-the-objective-and-the-eye-piece-is-25-text-cm-what-is-the-approximate-valu https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0NzYz-the-focal-length-of-the-objective-lens-and-the-eye-lens-is-4-text-mm-and-25-text-mm-respectively-in-a-compound-microscope-the-distance-between-the-objective-and-eyepiece-lens-is-16-text-cm-its-magnify https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY0NzM3-in-a-compound-microscope-the-magnification-is-95-the-distance-of-the-object-from-the-objective-lens-is-left-dfrac-1-3-8-right-text-cm-and-the-focal-length-of-the-objective-is-dfrac-1-4-text-cm-what-is https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTc3OTg5-in-an-astronomical-telescope-the-focal-length-of-the-objective-lens-is-100-cm-and-of-the-eyepiece-is-2-cm-the-magnifying-power-of-the-telescope-for-the-normal-eye-is-1-50-2-10-3-100-4-dfrac-1-50-1-2-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTc3ODg3-the-magnifying-power-of-a-telescope-is-9-when-it-is-adjusted-for-parallel-rays-the-distance-between-the-objective-and-eyepiece-is-20-cm-the-focal-lengths-of-lenses-are-1-10-text-cm-10-text-cm-2-15-tex https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0OTE1-an-astronomical-telescope-has-angular-magnification-of-20-in-its-normal-adjustment-focal-length-of-eyepiece-is-4-cm-distance-between-objective-and-eyepiece-is-1-80-cm-2-84-cm-3-76-cm-4-90-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0Mzc1-in-normal-adjustment-the-angular-magnification-of-an-astronomical-telescope-is-39-if-length-of-the-tube-is-2-m-then-focal-length-of-the-objective-and-eyepiece-are-respectively-1-195-text-cm-5-text-cm https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0Nzkw-in-an-astronomical-telescope-in-normal-adjustment-a-straight-black-line-of-length-l-is-drawn-on-inside-part-of-the-objective-lens-the-eye-piece-forms-a-real-image-of-this-line-the-length-of-this-image https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTE4Mjkx-focal-length-of-objective-lens-and-eyepiece-of-an-astronomical-telescope-are-200-cm-and-10-cm-respectively-the-length-of-telescope-for-maximum-magnification-is-nearly-1-207-cm-2-210-cm-3-204-cm-4-220 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTkyNzgz-a-ray-of-monochromatic-light-is-passing-through-an-equilateral-prism-abc-as-shown-in-the-figure-the-refracted-ray-qr-is-parallel-to-its-base-bc-and-the-angle-of-incidence-i-is-50-circ-then-the-angle-o https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTkyNzc5-in-a-concave-lens-a-ray-of-light-emanating-from-the-object-parallel-to-the-principal-axis-of-the-lens-after-refraction-1-emerges-parallel-to-the-principal-axis-2-appears-to-diverge-from-the-first-prin https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTk4MjAx-the-lens-combination-as-shown-in-the-figure-consists-of-two-lenses-l-1-and-l-2-of-the-focal-lengths-10-text-cm-and-10-text-cm-respectively-the-position-of-the-image-formed-is-1-60-cm-to-the-right-of-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTk4MTk2-consider-three-media-p-q-and-r-with-refractive-indices-1-1-25-and-1-5-respectively-the-medium-q-having-a-thickness-of-5-cm-is-placed-between-the-extended-media-p-and-r-as-shown-in-the-figure-an-object https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1MTM2-in-a-certain-camera-a-combination-of-four-similar-thin-convex-lenses-are-arranged-axially-in-contact-then-the-power-of-the-combination-and-the-total-magnification-in-comparison-to-the-power-p-and-magn https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1MTIy-a-microscope-has-an-objective-of-focal-length-2-text-cm-eyepiece-of-focal-length-4-text-cm-and-the-tube-length-of-40-text-cm-if-the-distance-of-distinct-vision-of-eye-is-25-text-cm-the-magnification-i https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDY4ODA2-given-below-are-two-statements-statement-i-image-formation-needs-regular-reflection-and-or-refraction-statement-ii-the-variety-in-colour-of-objects-we-see-around-us-is-due-to-the-constituent-colours-o https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc3MTE0-a-convex-lens-a-of-focal-length-20-text-cm-and-a-concave-lens-b-of-focal-length-5-text-cm-are-kept-along-the-same-axis-with-a-distance-d-between-them-if-a-parallel-beam-of-light-falls-on-a-leaves-b-as https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246ODg5MTY-a-beam-of-light-from-a-source-l-is-incident-normally-on-a-plane-mirror-fixed-at-a-certain-distance-x-from-the-source-the-beam-is-reflected-back-as-a-spot-on-a-scale-placed-just-above-the-source-l-when https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246ODg5MzE-a-thin-prism-having-refracting-angle-10-circ-is-made-of-glass-of-a-refractive-index-1-42-this-prism-is-combined-with-another-thin-prism-of-glass-with-a-refractive-index-1-7-this-combination-produces-d https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246ODg5ODI-two-identical-glass-left-mu-g-frac-3-2-right-equiconvex-lenses-of-focal-length-f-each-are-kept-in-contact-the-space-between-the-two-lenses-is-filled-with-water-left-mu-w-frac-4-3-right-the-focal-lengt https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246ODg5ODM-an-air-bubble-in-a-glass-slab-with-a-refractive-index-1-5-near-normal-incidence-is-5-text-cm-deep-when-viewed-from-one-surface-and-3-text-cm-deep-when-viewed-from-the-opposite-surface-the-thickness-in https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTExNjg-if-the-focal-length-of-the-objective-lens-is-increased-then-the-magnifying-power-of-1-microscope-will-increase-but-that-of-the-telescope-decrease-2-microscope-and-telescope-both-will-increase-3-micros https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTE0Mjc-a-plano-convex-lens-fits-exactly-into-a-plano-concave-lens-their-plane-surfaces-are-parallel-to-each-other-if-lenses-are-made-of-different-materials-of-refractive-indices-mu-1-and-mu-2-and-r-is-the-ra https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTIxMjQ-a-concave-mirror-of-the-focal-length-f-1-is-placed-at-a-distance-of-d-from-a-convex-lens-of-focal-length-f-2-a-beam-of-light-coming-from-infinity-and-falling-on-this-convex-lens-concave-mirror-combina https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjUwOTE4-for-the-angle-of-minimum-deviation-of-a-prism-to-be-equal-to-its-refracting-angle-the-prism-must-be-made-of-a-material-whose-refractive-index-1-lies-between-2-and-sqrt-2-2-is-less-than-1-3-is-greater https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTI0NDg-which-of-the-following-is-not-due-to-total-internal-reflection-1-difference-between-apparent-and-real-depth-of-the-pond-2-mirage-on-hot-summer-days-3-brilliance-of-the-diamond-4-working-of-optical-fib https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjUwOTk0-a-thin-prism-of-angle-15-circ-made-of-glass-of-refractive-index-mu-1-1-5-is-combined-with-another-prism-of-the-glass-of-refractive-index-mu-1-1-75-the-combination-of-the-prism-produced-dispersion-with https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjUwOTk1-a-converging-beam-of-rays-is-incident-on-a-diverging-lens-having-passed-through-the-lens-the-rays-intersect-at-a-point-15-text-cm-from-the-lens-on-the-opposite-side-if-the-lens-is-removed-the-point-wh https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTI1MzM-a-ray-of-light-travelling-in-a-transparent-medium-of-refractive-index-mu-falls-on-a-surface-separating-the-medium-from-the-air-at-an-angle-of-incidence-of-45-circ-for-which-of-the-following-value-of-m https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjUxMDQ5-a-ray-of-light-is-incident-on-a-60-circ-prism-at-the-minimum-deviation-position-the-angle-of-refraction-at-the-first-face-i-e-incident-face-of-the-prism-is-1-30-circ-2-45-circ-3-60-circ-4-zero-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTMyOTM-two-thin-lenses-of-focal-lengths-f1-and-f2-are-in-contact-and-coaxial-the-power-of-the-combination-is-1-f1f2f1f2f1f2-2-f2f1f2f1f2f1-3-f1-f2f1f2f1-f2f1f2f1-f2f1f2-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY1NTIw-a-disc-is-placed-on-the-surface-of-a-pond-which-has-a-refractive-index-of-frac-5-3-a-source-of-light-is-placed-4-m-below-the-surface-of-the-liquid-find-the-minimum-radius-of-a-disc-so-that-light-does https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY1NTM2-a-ray-of-light-travelling-in-the-air-has-wavelength-lambda-frequency-n-velocity-v-and-intensity-i-if-this-ray-enters-into-water-then-these-parameters-are-lambda-n-v-and-i-respectively-which-relation-i https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjYzODk3-a-bubble-in-glass-slab-mu-1-5-when-viewed-from-one-side-appears-at-5-cm-and-2-cm-when-viewed-from-the-other-side-the-thickness-of-the-slab-is-1-3-75-cm-2-3-cm-3-10-5-cm-4-2-5-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjY0NzA4-if-refractive-index-of-a-prism-is-mathrm-cot-a-2-then-the-minimum-angle-of-deviation-is-1-180-circ-a-2-180-circ-2a-3-90-circ-a-4-a-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjYzNjk5-a-rainbow-is-formed-due-to-1-scattering-refraction-2-total-internal-reflection-dispersion-3-reflection-only-4-diffraction-and-dispersion-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTQ0Nzg1-a-person-can-see-clearly-objects-only-when-they-lie-between-50-text-cm-and-400-text-cm-from-his-eyes-in-order-to-increase-the-maximum-distance-of-distinct-vision-to-infinity-the-type-and-power-of-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjczMjE5-an-object-is-placed-at-5-text-cm-in-front-of-a-concave-mirror-with-a-radius-of-curvature-of-15-text-cm-the-nature-of-the-image-is-1-magnified-real-and-inverted-2-magnified-virtual-and-erect-3-magnifie https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjAwMDk5-a-small-telescope-has-an-objective-lens-of-a-focal-length-140-cm-and-an-eyepiece-of-focal-length-5-0-cm-what-is-the-magnifying-power-of-the-telescope-for-viewing-distant-objects-when-the-telescope-is https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTQx-a-ray-of-light-incident-at-an-angle-theta-on-a-refracting-face-of-a-prism-emerges-from-the-other-face-normally-if-the-angle-of-the-prism-is-5-circ-and-the-prism-is-made-of-a-material-of-refractive-ind https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTQy-a-short-pulse-of-white-light-is-incident-from-air-to-a-glass-slab-at-normal-incidence-after-travelling-through-the-slab-the-first-colour-to-emerge-is-1-blue-2-green-3-violet-4-red-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTQ0-an-object-approaches-a-convergent-lens-from-the-left-of-the-lens-with-a-uniform-speed-5-m-s-and-stops-at-the-focus-the-image-1-moves-away-from-the-lens-with-an-uniform-speed-5-m-s-2-moves-away-from-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTQ1-a-passenger-in-an-aeroplane-shall-1-never-see-a-rainbow-2-may-see-a-primary-and-a-secondary-rainbow-as-concentric-circles-3-may-see-a-primary-and-a-secondary-rainbow-as-concentric-arcs-4-shall-never-s https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTQ2-you-are-given-four-sources-of-light-each-one-providing-a-light-of-a-single-colour-red-blue-green-and-yellow-suppose-the-angle-of-refraction-for-a-beam-of-yellow-light-corresponding-to-a-particular-ang https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTQ3-the-radius-of-curvature-of-the-curved-surface-of-a-plano-convex-lens-is-20-text-cm-if-the-refractive-index-of-the-material-of-the-lens-be-1-5-it-will-1-act-as-a-convex-lens-only-for-the-objects-that-l https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTQ4-the-phenomena-involved-in-the-reflection-of-radiowaves-by-ionosphere-is-similar-to-1-reflection-of-light-by-a-plane-mirror-2-total-internal-reflection-of-light-in-air-during-a-mirage-3-dispersion-of-l https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTUx-the-optical-density-of-turpentine-is-higher-than-that-of-water-while-its-mass-density-is-lower-figure-shows-a-layer-of-turpentine-floating-over-water-in-a-container-for-which-one-of-the-four-rays-inci https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTUy-a-car-is-moving-with-at-a-constant-speed-of-60-text-km-h-on-a-straight-road-looking-at-the-rear-view-mirror-the-driver-finds-that-the-car-following-him-is-at-a-distance-of-100-text-m-and-is-approachin https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTU1-there-are-certain-material-developed-in-laboratories-which-have-a-negative-refractive-index-see-figure-a-ray-incident-from-air-medium-1-into-such-a-medium-medium-2-shall-follow-a-path-given-by-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTU3-consider-an-extended-object-immersed-in-water-contained-in-a-plane-trough-when-seen-from-close-to-the-edge-of-the-trough-the-object-looks-distorted-because-a-the-apparent-depth-of-the-points-close-to https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTU5-a-rectangular-block-of-glass-abcd-has-a-refractive-index-1-6-a-pin-is-placed-midway-on-the-face-ab-see-figure-when-observed-from-the-face-ad-the-pin-shall-a-appear-to-be-near-a-b-appear-to-be-near-d-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTYw-between-the-primary-and-secondary-rainbows-there-is-a-dark-band-known-as-alexandar-s-dark-band-this-is-because-a-light-scattered-into-this-region-interfere-destructively-b-there-is-no-light-scattered https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTYy-a-magnifying-glass-is-used-as-the-object-to-be-viewed-can-be-brought-closer-to-the-eye-than-the-normal-near-point-this-results-in-a-a-larger-angle-to-be-subtended-by-the-object-at-the-eye-and-hence-vi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTYz-an-astronomical-refractive-telescope-has-an-objective-of-focal-length-20-text-m-and-an-eyepiece-of-focal-length-2-text-cm-a-the-length-of-the-telescope-tube-is-20-02-text-m-b-the-magnification-is-1000 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDUwOTY0-consider-a-ray-of-light-incident-from-air-onto-a-slab-of-glass-refractive-index-n-of-width-d-at-an-angle-theta-the-phase-difference-between-the-ray-reflected-by-the-top-surface-of-the-glass-and-the-bo https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NjQ5NjU-given-below-are-two-statements-assertion-a-a-double-convex-lens-mu-1-5-has-a-focal-length-10-text-cm-when-the-lens-is-immersed-in-water-left-mu-frac-4-3-right-its-focal-length-becomes-20-text-cm-reaso https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246NjQ5Njg-given-below-are-two-statements-assertion-a-the-formula-connecting-u-v-and-f-for-a-spherical-mirror-is-valid-only-for-mirrors-whose-sizes-are-very-small-compared-to-their-radii-of-curvature-reason-r-la https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM2NzA3-given-below-are-two-statements-assertion-a-if-two-converging-lenses-are-introduced-into-the-path-of-a-parallel-beam-of-light-the-emerging-beam-cannot-be-diverging-reason-r-the-converging-lenses-have-p https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MTY0Mzcw-an-object-is-at-a-distance-of-30-text-cm-in-front-of-a-concave-mirror-of-focal-length-10-text-cm-the-image-of-the-object-will-be-1-smaller-in-size-2-inverted-3-between-focus-and-center-of-curvature-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjA1Nzk5-which-of-the-following-phenomena-of-light-forms-a-rainbow-1-reflection-of-light-2-refraction-3-total-internal-reflection-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MjgzMzkx-given-below-are-two-statements-assertion-a-for-a-simple-microscope-the-angular-size-of-the-object-equals-the-angular-size-of-the-image-reason-r-magnification-is-achieved-as-the-small-object-can-be-kep https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzIyODg3-a-lens-is-placed-as-shown-in-the-figure-with-the-x-axis-along-the-principal-axis-and-the-origin-at-the-optical-centre-a-ray-of-light-incident-on-the-lens-at-p-0-y-undergoes-a-deviation-delta-a-graph-o https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzIyOTAw-given-below-are-two-statements-assertion-a-parallel-rays-of-light-of-different-colours-fail-to-converge-to-a-point-after-reflection-from-a-spherical-mirror-reason-r-the-refractive-index-of-any-materia https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzMjk4-as-light-traverses-through-an-optical-medium-it-is-observed-that-its-wavelength-decreases-statement-i-in-this-case-the-frequency-of-light-increases-statement-ii-in-the-above-case-the-refractive-index https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTUy-a-point-source-of-light-is-placed-in-front-of-a-plane-mirror-choose-the-correct-statement-1-all-the-reflected-rays-meet-at-a-point-when-produced-backward-2-only-the-reflected-rays-close-to-the-normal https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTU0-in-image-formation-from-spherical-mirrors-only-paraxial-rays-are-considered-because-they-1-are-easy-to-handle-geometrically-2-contain-most-of-the-intensity-of-the-incident-light-3-form-nearly-a-point https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTU1-a-point-object-is-placed-at-a-distance-of-30-cm-from-a-convex-mirror-of-focal-length-30-cm-the-image-will-form-at-1-infinity-2-pole-3-focus-4-15-cm-behind-the-mirror-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTU2-the-figure-shows-two-rays-a-and-b-being-reflected-by-a-mirror-and-going-as-a-and-b-the-mirror-1-is-plane-2-is-convex-3-is-concave-4-may-be-any-spherical-mirror-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTU3-the-image-formed-by-a-concave-mirror-1-is-always-real-2-is-always-virtual-3-is-certainly-real-if-the-object-is-virtual-4-is-certainly-virtual-if-the-object-is-real-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTYz-the-figure-shows-three-transparent-media-of-refractive-indices-mu-1-mu-2-and-mu-3-a-point-object-o-is-placed-in-the-medium-mu-2-if-the-entire-medium-on-the-right-of-the-spherical-surface-has-refractiv https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTY0-four-modifications-are-suggested-in-the-lens-formula-to-include-the-effect-of-the-thickness-t-of-the-lens-which-one-is-likely-to-be-correct-1-frac-1-v-frac-1-u-frac-t-u-f-2-frac-t-v-2-frac-1-u-frac-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTY1-a-double-convex-lens-has-two-surfaces-of-equal-radii-r-and-refractive-index-m-1-5-we-have-1-f-r-2-2-f-r-3-f-r-4-f-2r-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTY2-a-point-source-of-light-is-placed-at-a-distance-of-2-f-from-a-converging-lens-of-focal-length-f-the-intensity-on-the-other-side-of-the-lens-is-maximum-at-a-distance-1-f-2-between-f-and-2-f-3-2-f-4-mor https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTY3-a-parallel-beam-of-light-is-incident-on-a-converging-lens-parallel-to-its-principal-axis-as-one-moves-away-from-the-lens-on-the-other-side-on-its-principal-axis-the-intensity-of-light-1-remains-consta https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTY5-a-symmetric-double-convex-lens-is-cut-in-two-equal-parts-by-a-plane-perpendicular-to-the-principal-axis-if-the-power-of-the-original-lens-was-4-d-the-power-of-a-cut-lens-would-be-1-2-d-2-3-d-3-4-d-4-5 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTcz-two-concave-lenses-l-1-and-l-2-are-kept-in-contact-with-each-other-if-the-space-between-the-two-lenses-is-filled-with-a-material-of-smaller-refractive-index-the-magnitude-of-the-focal-length-of-the-co https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTc0-a-thin-lens-is-made-with-a-material-having-refractive-index-mu-1-5-both-sides-are-convex-it-is-dipped-in-water-mu-1-33-it-will-behave-like-1-a-convergent-lens-2-a-divergent-lens-3-a-rectangular-slab-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTc5-a-point-object-o-is-placed-on-the-principal-axis-of-a-convex-lens-of-focal-length-f-20-text-cm-at-a-distance-of-40-text-cm-to-the-left-of-it-the-diameter-of-the-lens-is-10-text-cm-an-eye-is-placed-60 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTgy-the-rays-of-different-colours-fail-to-converge-at-a-point-after-going-through-a-converging-lens-this-defect-is-called-1-spherical-aberration-2-distortion-3-coma-4-chromatic-aberration-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NTgz-if-the-light-moving-in-a-straight-line-bends-by-a-small-but-fixed-angle-it-may-be-a-case-of-a-reflection-b-refraction-c-diffraction-d-dispersion-choose-the-correct-option-1-a-and-b-2-b-and-c-3-c-and-d https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjM2-mark-the-correct-options-1-if-the-incident-rays-are-converging-we-have-a-real-object-2-if-the-final-rays-are-converging-we-have-a-real-image-3-the-image-of-a-virtual-object-is-called-a-virtual-image-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjM5-which-of-the-following-referred-to-as-a-spherical-mirror-do-does-not-depend-on-whether-the-rays-are-paraxial-or-not-a-pole-b-focus-c-radius-of-curvature-d-principal-axis-choose-the-correct-option-from https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjQ0-the-image-of-an-extended-object-placed-perpendicular-to-the-principal-axis-of-a-mirror-will-be-erect-if-a-the-object-and-the-image-are-both-real-b-the-object-and-the-image-are-both-virtual-c-the-objec https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjQ5-consider-three-converging-lenses-l-1-l-2-and-l-3-having-identical-geometrical-construction-the-index-of-refraction-of-l-1-and-l-2-are-mu-1-and-mu-2-respectively-the-upper-half-of-the-lens-l-3-has-a-re https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjUx-the-size-of-an-object-as-perceived-by-an-eye-depends-primarily-on-1-actual-size-of-the-object-2-distance-of-the-object-from-the-eye-3-aperture-of-the-pupil-4-size-of-the-image-formed-on-the-retina-1-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjUy-the-muscles-of-a-normal-eye-are-least-strained-when-the-eye-is-focused-on-an-object-1-far-away-from-the-eye-2-very-close-to-the-eye-3-at-about-25-cm-from-the-eye-4-at-about-1-m-from-the-eye-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjUz-a-normal-eye-is-not-able-to-see-objects-closer-than-25-text-cm-because-1-the-focal-length-of-the-eye-is-25-text-cm-2-the-distance-of-the-retina-from-the-eye-lens-is-25-text-cm-3-the-eye-is-not-able-to https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjU0-when-objects-at-different-distances-are-seen-by-the-eye-which-of-the-following-remain-constant-1-the-focal-length-of-the-eye-lens-2-the-object-distance-from-the-eye-lens-3-the-radii-of-curvature-of-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjU1-a-person-a-can-clearly-see-objects-between-25-cm-and-200-cm-which-of-the-following-may-represent-the-range-of-clear-vision-for-a-person-b-having-muscles-stronger-than-a-but-all-other-parameters-of-eye https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjU2-the-focal-length-of-a-normal-eye-lens-is-about-1-1-mm-2-2-cm-3-25-cm-4-1-m-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjU3-the-distance-of-the-eye-lens-from-the-retina-is-x-for-a-normal-eye-the-maximum-focal-length-of-the-eye-lens-1-x-2-x-4-2x-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjU4-a-man-wearing-glasses-of-focal-length-1m-cannot-clearly-see-beyond-1-m-1-if-he-is-farsighted-2-if-he-is-nearsighted-3-if-his-vision-is-normal-4-in-each-of-these-cases-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjU5-an-object-is-placed-at-a-distance-u-from-a-simple-microscope-of-focal-length-f-the-angular-magnification-obtained-depends-1-on-f-but-not-on-u-2-on-u-but-not-on-f-3-on-f-as-well-as-u-4-neither-on-f-nor https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjUw-a-screen-is-placed-a-distance-40-cm-away-from-an-illuminated-object-a-converging-lens-is-placed-between-the-source-and-the-screen-and-it-is-attempted-to-form-the-image-of-the-source-on-the-screen-if-n https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjYx-a-man-is-looking-at-a-small-object-placed-at-his-near-point-without-alternating-the-position-of-his-eye-or-the-object-he-puts-a-simple-microscope-of-magnifying-power-5x-before-his-eyes-the-angular-mag https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjYy-when-we-see-an-object-the-image-formed-on-the-retina-is-a-real-b-virtual-c-erect-d-inverted-choose-the-correct-option-1-a-and-b-2-b-and-c-3-c-and-d-4-a-and-d-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjYz-in-which-of-the-following-the-final-image-is-erect-a-simple-microscope-b-compound-microscope-c-astronomical-telescope-d-galilean-telescope-choose-the-correct-option-1-a-and-b-2-b-and-c-3-c-and-d-4-a-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjY0-the-maximum-focal-length-of-the-eye-lens-of-a-person-is-greater-than-its-distance-from-the-retina-the-eye-is-1-always-strained-in-looking-at-an-object-2-strained-for-objects-at-larger-distances-only-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjY1-mark-the-correct-options-a-if-the-far-point-goes-ahead-the-power-of-the-divergent-lens-should-be-reduced-b-if-the-near-point-goes-ahead-the-power-of-the-convergent-lens-should-be-reduced-c-if-the-far https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjY2-the-focal-length-of-the-objective-of-a-compound-microscope-is-f0-and-its-distance-from-the-eyepiece-is-l-the-object-is-placed-at-a-distance-u-from-the-objective-for-proper-working-of-the-instrument-a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjY3-the-angular-dispersion-produced-by-a-prism-1-increases-if-the-average-refractive-index-increases-2-increases-if-the-average-refractive-index-decreases-3-remains-constant-whether-the-average-refractive https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjY4-if-a-glass-prism-is-dipped-in-water-its-dispersive-power-1-increases-2-decreases-3-does-not-change-4-may-increase-or-decrease-depending-on-whether-the-angle-of-the-prism-is-less-than-or-greater-than-6 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2NjY5-a-prism-can-produce-a-minimum-deviation-delta-in-a-light-beam-if-three-such-prisms-are-combined-the-minimum-deviation-that-can-be-produced-in-this-beam-is-1-0-2-delta-3-2-delta-4-3-delta-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2Njcx-consider-the-following-two-statements-a-line-spectra-contain-information-about-atoms-b-band-spectra-contain-information-about-molecules-1-both-a-and-b-are-wrong-2-a-is-correct-but-b-is-wrong-3-b-is-co https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2Njcz-the-focal-length-of-a-converging-lens-are-fv-and-fr-for-violet-and-red-light-respectively-1-fv-fr-2-fv-fr-3-fv-fr-4-any-of-the-three-is-possible-depending-on-the-value-of-the-average-refractive-index https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2Njc0-a-narrow-beam-of-white-light-goes-through-a-slab-having-parallel-faces-a-the-light-never-splits-in-different-colours-b-the-emergent-beam-is-white-c-the-light-inside-the-slab-is-split-into-different-co https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2Njc3-by-properly-combining-two-prisms-made-of-different-materials-it-is-possible-to-a-have-dispersion-without-average-deviation-b-have-deviation-without-dispersion-c-have-both-dispersion-and-average-deviat https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2Njgx-in-producing-a-pure-spectrum-the-incident-light-is-passed-through-a-narrow-slit-placed-in-the-focal-plane-of-an-achromatic-lens-because-a-narrow-slit-1-produces-less-diffraction-2-increases-intensity https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2Njg1-which-of-the-following-quantities-related-to-a-lens-depend-on-the-wavelength-or-wavelengths-of-the-incident-light-a-power-b-focal-length-c-chromatic-aberration-d-radii-of-curvature-choose-the-correct https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2Njg5-which-of-the-following-quantities-increase-when-wavelength-is-increased-consider-only-the-magnitudes-a-the-power-of-a-converging-lens-b-the-focal-length-of-a-converging-lens-c-the-power-of-a-diverging https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzA2Njk0-an-illuminated-object-is-placed-on-the-principal-axis-of-a-converging-lens-so-that-a-real-image-is-formed-on-the-other-side-of-the-lens-if-the-object-is-shifted-a-little-1-the-image-will-be-shifted-si https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-pb246OTE0MzU-for-a-normal-eye-the-cornea-of-the-eye-provides-a-converging-power-of-40-text-d-and-the-least-converging-power-of-the-eye-lens-behind-the-cornea-is-20-text-d-using-this-information-the-distance-betwee https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM1OTM3-an-equilateral-triangular-prism-of-glass-mu-1-5-is-placed-in-air-a-ray-of-light-is-incident-normally-onto-the-surface-ab-the-ray-will-finally-emerge-1-normally-from-the-surface-bc-2-normally-from-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzI2MTA3-an-equi-convex-lens-of-focal-length-20-cm-in-the-air-is-split-into-two-parts-by-a-surface-that-has-half-the-curvature-of-either-of-its-outer-surfaces-the-ratio-of-the-powers-of-the-two-lenses-thus-for https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzIyODk5-the-following-diagram-shows-light-travelling-from-a-to-b-after-bouncing-off-a-plane-mirror-at-p-the-time-taken-is-t-apb-if-however-light-were-to-take-a-different-path-aqb-shown-by-the-dotted-line-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM1MjQx-a-convex-lens-of-focal-length-60-cm-is-placed-in-the-path-of-a-parallel-beam-falling-parallel-to-its-principal-axis-a-plane-mirror-is-placed-on-the-principal-axis-making-an-angle-of-45-circ-with-it-at https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM1OTM2-assume-that-the-corner-of-o-of-the-room-is-the-origin-and-the-axes-x-y-z-are-along-the-edges-the-three-walls-meeting-orthogonally-at-o-are-perfect-mirrors-a-ray-of-light-travelling-parallel-to-the-vec https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzMxNzg4-an-equiconvex-lens-of-focal-length-100-cm-is-split-into-two-plano-convex-lenses-and-the-plane-surface-of-one-of-these-lenses-is-silvered-this-acts-as-a-1-converging-mirror-of-focal-length-200-cm-2-con https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzI2MTA5-a-plano-convex-lens-made-of-glass-mu-1-5-is-placed-with-its-convex-surface-in-a-liquid-and-it-is-found-that-the-focal-length-is-doubled-the-refractive-index-of-the-liquid-is-1-3-2-2-3-1-25-4-1-2-1-2-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzIyOTAx-a-small-object-is-placed-on-the-principal-axis-of-a-convex-lens-and-it-forms-a-real-image-with-a-transverse-magnification-of-2-if-the-object-were-to-move-perpendicular-to-the-principal-axis-with-a-spe https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM3NzI0-a-parallel-beam-is-incident-on-to-a-lens-of-focal-length-f-positive-parallel-to-its-principal-axis-a-thin-prism-of-vertex-angle-a-and-refractive-index-mu-is-inserted-in-the-path-of-the-parallel-beam-b https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM2Njk0-a-solid-sphere-centre-o-of-homogeneous-transparent-material-kept-upright-has-rays-parallel-to-its-vertical-diameter-falling-on-it-a-ray-that-is-aimed-at-p-where-the-horizontal-distance-op-dfrac-sqrt3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM2Njky-a-solid-sphere-centre-o-of-homogeneous-transparent-material-kept-upright-has-rays-parallel-to-its-vertical-diameter-falling-on-it-a-ray-that-is-aimed-at-p-where-the-horizontal-distance-op-dfrac-sqrt3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzIyODkx-a-diverging-lens-focal-length-of-magnitude-f-1-and-a-converging-lens-focal-length-f-2-are-placed-with-a-common-principal-axis-the-separation-between-the-lenses-is-d-a-thin-parallel-beam-of-width-d-ent https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzMxNzg5-two-identical-equilateral-triangular-prisms-each-of-which-gives-a-minimum-deviation-of-60-circ-are-taken-call-these-prisms-a-b-these-are-placed-as-shown-in-the-figure-and-a-ray-of-light-is-incident-on https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM3NzIz-a-parallel-beam-of-light-of-intensity-i-0-is-incident-on-a-lens-and-the-intensity-of-the-emerging-beam-is-4i-0-after-it-has-traversed-a-further-distance-of-30-cm-from-the-lens-the-focal-length-of-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzIyODg5-ab-and-bc-are-a-pair-of-mirrors-inclined-so-that-the-angle-between-their-planes-is-60-circ-as-shown-in-the-figure-a-ray-of-light-xy-is-incident-on-ab-and-emerges-as-the-ray-zw-after-two-reflections-if https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzIyODk2-a-ray-of-light-is-incident-normally-onto-the-surface-ab-of-a-right-angled-prism-abc-angle-b-90-circ-and-emerges-from-the-surface-ac-the-refractive-index-of-the-material-of-the-prism-is-mu-sqrt-2-the-r https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzM4MzQ4-two-convex-lenses-l-1-l-2-of-focal-lengths-20-text-cm-l-1-and-40-text-cm-l-2-are-placed-co-axially-at-a-separation-of-60-text-cm-if-a-parallel-beam-of-light-is-incident-on-l-1-the-emerging-beam-from-l https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzI2MTA4-an-equi-convex-lens-of-focal-length-50-text-cm-and-an-equi-concave-lens-of-the-same-focal-length-are-placed-50-text-cm-apart-with-a-common-principal-axis-a-point-object-is-placed-on-the-principal-axis https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg4NDM4-a-convex-lens-is-made-from-glass-material-having-refractive-index-of-1-4-with-same-radius-of-curvature-on-both-sides-the-ratio-of-its-focal-length-and-radius-of-curvature-is-1-0-5-2-2-5-3-0-8-4-1-25-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg4ODM0-one-side-of-an-equilateral-prism-is-painted-by-transparent-material-of-refractive-index-n-2-the-refractive-index-of-prism-is-1-6-the-minimum-value-of-n-2-required-for-total-internal-reflection-from-pa https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg4ODcz-if-sunlight-is-focused-on-a-paper-using-convex-lens-it-starts-burning-the-paper-in-shortest-time-when-the-lens-is-kept-at-30-text-cm-above-the-paper-if-the-radius-of-curvature-of-the-lens-is-60-text-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg5NTA4-angle-of-minimum-deviation-is-equal-to-the-half-of-the-angle-of-prism-in-an-equilateral-prism-the-refractive-index-of-the-prism-is-1-1-5-2-sqrt-3-3-sqrt-2-4-1-65-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg5NTgw-a-concave-mirror-of-focal-length-10-text-cm-forms-an-image-which-is-double-the-size-of-object-when-the-object-is-placed-at-two-different-positions-the-distance-between-the-two-positions-of-the-object https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg5NzM4-a-spherical-interface-lens-of-radius-r-separates-two-media-of-refractive-indices-1-and-1-4-respectively-as-shown-in-the-figure-below-a-point-source-is-placed-at-a-distance-of-4r-in-front-of-spherical https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg4Nzg1-for-a-thin-symmetric-prism-made-of-glass-refractive-index-1-5-the-ratio-of-incident-angle-and-minimum-deviation-will-be-1-3-4-2-3-2-3-2-1-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg4ODIy-refer-the-figure-given-below-mu-1-and-mu-2-are-refractive-indices-of-air-lens-material-the-height-of-image-will-be-in-cm-1-1-2-0-5-3-1-2-4-0-25-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg5NjYy-a-ray-of-light-passing-through-an-equilateral-prism-is-having-velocity-2-12-times-10-8-text-m-s-in-the-prism-material-then-the-minimum-angle-of-deviation-is-in-degrees-1-45-2-30-3-28-4-58-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg5MTQ5-a-thin-convex-lens-and-a-thin-concave-lens-are-kept-in-contact-and-are-co-axial-which-of-the-following-statements-is-correct-for-this-combination-of-two-lenses-1-behaves-as-concave-lens-if-left-f-text https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg5MTU3-an-object-ab-is-placed-15-text-cm-on-the-left-of-convex-lens-p-of-focal-length-10-text-cm-another-convex-lens-q-is-now-placed-15-text-cm-right-of-lens-p-if-the-focal-length-of-lens-q-is-15-text-cm-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg5MjM1-a-thin-biconvex-lens-is-prepared-from-the-glass-mu-1-5-both-curved-surfaces-of-which-have-equal-radii-of-20-text-cm-each-left-side-surface-of-the-lens-is-silvered-from-outside-to-make-it-reflecting-to https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg5NTg3-light-ray-incident-along-a-vector-overrightarrow-a-o-overrightarrow-a-o-2-hat-i-3-hat-j-emerges-out-along-vector-overrightarrow-o-b-overrightarrow-o-b-c-hat-i-4-hat-j-as-shown-in-the-figure-below-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTg5Nzk0-a-rod-of-length-10-text-cm-lies-along-the-principle-axis-of-a-concave-mirror-of-focal-length-10-text-cm-as-shown-in-figure-the-length-of-the-image-is-in-cm-1-2-5-2-5-3-7-5-4-7-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgxMjQ1-a-collimated-beam-of-light-of-diameter-2-text-mm-is-propagating-along-x-text-axis-the-beam-is-required-to-be-expanded-in-a-collimated-beam-of-diameter-14-text-mm-using-a-system-of-two-convex-lenses-if https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgxMjQ5-in-a-microscope-the-objective-is-having-focal-length-f-0-2-text-cm-and-eye-piece-is-having-focal-length-f-e-4-text-cm-the-tube-length-is-32-text-cm-the-magnification-produced-by-this-microscope-for-no https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgxNzM5-as-shown-in-the-diagram-when-the-incident-ray-is-parallel-to-base-of-the-prism-the-emergent-ray-grazes-along-the-second-surface-if-refractive-index-of-the-material-of-prism-is-sqrt-2-the-angle-theta-o https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgwNjUx-a-thin-convex-lens-of-focal-length-5-text-cm-and-a-thin-concave-lens-of-focal-length-4-text-cm-are-combined-together-without-any-gap-and-this-combination-has-magnification-m-1-when-an-object-is-placed https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgwNjUz-consider-an-equilateral-prism-refractive-index-sqrt-2-a-ray-of-light-is-incident-on-its-one-surface-at-a-certain-angle-i-if-the-emergent-ray-is-found-to-graze-along-the-other-surface-then-the-angle-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgwNjc3-a-parallel-beam-of-light-travelling-in-air-refractive-index-1-0-is-incident-on-a-convex-spherical-glass-surface-of-radius-of-curvature-50-text-cm-refractive-index-of-glass-is-1-5-the-rays-converge-to https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgwNzgz-in-parallax-method-for-the-determination-of-focal-length-of-a-concave-mirror-the-object-should-always-be-placed-1-between-the-focus-f-and-the-centre-of-curvature-c-of-the-mirror-only-2-at-any-point-be https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgwODI3-the-wavelength-of-light-while-it-is-passing-through-water-is-540-text-nm-the-refractive-index-of-water-is-dfrac-4-3-the-wavelength-of-the-same-light-when-it-is-passing-through-a-transparent-medium-hav https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgwNzIy-a-thin-prism-with-angle-5-circ-of-refractive-index-1-72-is-combined-with-another-prism-of-refractive-index-1-9-to-produce-dispersion-without-deviation-the-angle-of-second-prism-is-1-4-5-circ-2-6-circ https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgwNzMy-consider-light-travelling-from-a-medium-a-to-medium-b-separated-by-a-plane-interface-if-the-light-undergoes-total-internal-reflection-during-its-travel-from-medium-a-to-b-and-the-speed-of-light-in-med https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgxOTAy-a-prism-of-angle-75-circ-and-refractive-index-sqrt-3-is-coated-with-thin-film-of-refractive-index-1-5-only-at-the-back-exit-surface-to-have-total-internal-reflection-at-the-back-exit-surface-the-incid https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgxOTM3-the-size-of-the-images-of-an-object-formed-by-a-thin-lens-are-equal-when-the-object-is-placed-at-two-different-positions-8-cm-and-24-cm-from-the-lens-the-focal-length-of-the-lens-is-in-cm-1-10-2-16-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgxODk2-the-exit-surface-of-a-prism-with-refractive-index-n-is-coated-with-a-material-having-refractive-index-dfrac-n-2-when-this-prism-is-set-for-minimum-angle-of-deviation-it-exactly-meets-the-condition-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgxOTU2-in-a-microscope-of-tube-length-10-text-cm-two-convex-lenses-are-arranged-with-focal-length-of-2-text-cm-and-5-text-cm-total-magnification-obtained-with-this-system-for-normal-adjustment-is-5-k-the-val https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgwNTIy-five-persons-p-1-p-2-p-3-p-4-and-p-5-recorded-object-distance-u-and-image-distance-v-using-same-convex-lens-having-power-5-text-d-as-25-96-30-62-35-37-45-35-and-50-32-respectively-identify-correct-sta https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgxNzQ1-distance-between-an-object-and-three-times-magnified-real-image-is-40-text-cm-the-focal-length-of-the-mirror-used-is-in-text-cm-1-dfrac-15-2-2-10-3-20-4-15-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgyMTA4-the-magnitudes-of-power-of-a-biconvex-lens-refractive-index-1-5-and-that-of-a-plano-concave-lens-refractive-index-1-7-are-same-if-the-curvature-of-plano-concave-lens-exactly-matches-with-the-curvature https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgyNDY3-a-convex-lens-of-refractive-index-1-5-and-focal-length-f-18-text-cm-is-immersed-in-water-the-difference-in-focal-lengths-of-the-given-lens-when-it-is-in-water-and-in-air-is-alpha-times-f-the-value-of https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgyNTY4-a-biconvex-lens-is-formed-by-using-two-thin-planoconvex-lenses-as-shown-in-the-figure-the-refractive-index-and-radius-of-curved-surfaces-are-also-mentioned-in-figure-when-an-object-is-placed-on-the-le https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTgyNTgz-for-a-transparent-prism-if-the-angle-of-minimum-deviation-is-equal-to-its-refracting-angle-the-refractive-index-n-of-the-prism-satisfies-1-sqrt-2-n-2-sqrt-2-2-1-n-2-3-n-geq-2-4-sqrt-2-n-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQxMDIz-a-finite-size-object-is-placed-normal-to-the-principal-axis-at-a-distance-of-30-text-cm-from-a-convex-mirror-of-focal-length-30-text-cm-a-plane-mirror-is-now-placed-in-such-a-way-that-the-image-produc https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQxMDEy-distance-between-object-and-its-image-magnified-by-1-3-is-30-text-cm-the-focal-length-of-the-mirror-used-is-x-4-text-cm-then-the-magnitude-of-value-of-x-is-1-26-2-45-3-17-3-40-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwOTc1-when-an-object-is-placed-40-text-cm-away-from-a-spherical-mirror-an-image-of-magnification-dfrac-1-2-is-produced-to-obtain-an-image-with-magnification-of-dfrac-1-3-the-object-is-to-be-moved-1-20-text https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwOTM0-light-from-a-point-source-in-air-falls-on-a-spherical-glass-surface-refractive-index-mu-1-5-and-radius-of-curvature-50-text-cm-the-image-is-formed-at-a-distance-of-200-text-cm-from-the-glass-surface-i https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwOTI3-a-convex-lens-of-focal-length-30-text-cm-is-placed-in-contact-with-a-concave-lens-of-focal-length-20-text-cm-an-object-is-placed-at-20-text-cm-to-the-left-of-this-lens-system-the-distance-of-the-image https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwODkz-a-concave-convex-lens-of-refractive-index-1-5-and-the-radii-of-curvature-of-its-surfaces-are-30-text-cm-and-20-text-cm-respectively-the-concave-surface-is-upwards-and-is-filled-with-a-liquid-of-refrac https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwODcy-the-radii-of-curvature-for-a-thin-convex-lens-are-10-text-cm-and-15-text-cm-respectively-the-focal-length-of-the-lens-is-12-text-cm-the-refractive-index-of-the-lens-material-is-1-1-2-2-1-4-3-1-5-4-1-8 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwODU4-a-mirror-is-used-to-produce-an-image-with-magnification-of-dfrac-1-4-if-the-distance-between-object-and-its-image-is-40-text-cm-then-the-focal-length-of-the-mirror-is-1-10-7-text-cm-2-15-text-cm-3-12 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwODM4-a-transparent-block-a-having-refractive-index-1-25-is-surrounded-by-another-medium-of-refractive-index-1-0-as-shown-in-figure-a-light-ray-is-incident-on-the-flat-face-of-the-block-with-incident-angle https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwODI4-given-below-are-two-statements-assertion-a-refractive-index-of-glass-is-higher-than-that-of-air-reason-r-optical-density-of-a-medium-is-directly-proportional-to-its-mass-density-which-results-in-a-pro https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwNzcw-a-container-contains-a-liquid-with-refractive-index-1-2-up-to-a-height-of-60-text-cm-and-another-liquid-having-refractive-index-1-6-is-added-to-height-h-above-first-liquid-if-viewed-from-above-the-app https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwNzUx-a-ray-of-light-suffers-minimum-deviation-when-incident-on-a-prism-having-angle-of-the-prism-equal-to-60-circ-the-refractive-index-of-the-prism-material-is-sqrt2-the-angle-of-incidence-is-1-45-circ-2-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwNzM1-a-lens-having-refractive-index-1-6-has-focal-length-of-12-text-cm-when-it-is-in-air-find-the-focal-length-of-the-lens-when-it-is-placed-in-water-take-refractive-index-of-water-as-1-28-1-355-text-mm-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwNzI4-two-identical-objects-are-placed-in-front-of-convex-mirror-and-concave-mirror-having-same-radii-of-curvature-of-12-text-cm-at-same-distance-of-18-text-cm-from-the-respective-mirrors-the-ratio-of-sizes https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwNzE2-a-bi-convex-lens-has-radius-of-curvature-of-both-the-surfaces-same-as-1-6-text-cm-if-this-lens-is-required-to-be-replaced-by-another-convex-lens-having-different-radii-of-curvatures-on-both-sides-left https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwNjk1-two-thin-convex-lenses-of-focal-lengths-30-text-cm-and-10-text-cm-are-placed-coaxially-10-text-cm-apart-the-power-of-this-combination-is-1-10-text-d-2-20-text-d-3-1-text-d-4-5-text-d-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwNjEx-a-spherical-surface-separates-two-media-of-refractive-indices-1-and-1-5-as-shown-in-figure-distance-of-the-image-of-an-object-o-is-c-is-the-centre-of-curvature-of-the-spherical-surface-and-r-is-the-ra https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTQwNjEw-a-slanted-object-ab-is-placed-on-one-side-of-convex-lens-as-shown-in-the-diagram-the-image-is-formed-on-the-opposite-side-angle-made-by-the-image-with-principal-axis-is-1-alpha-2-2-alpha-3-45-circ-4-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM2MDcz-in-a-long-glass-tube-mixture-of-two-liquids-a-and-b-with-refractive-indices-1-3-and-1-4-respectively-forms-a-convex-refractive-meniscus-towards-a-if-an-object-placed-at-13-text-cm-from-the-vertex-of-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM2MDcy-a-concave-mirror-produces-an-image-of-an-object-such-that-the-distance-between-the-object-and-image-is-20-text-cm-if-the-magnification-of-the-image-is-3-then-the-magnitude-of-the-radius-of-curvature-o https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM2MDAx-a-photograph-of-a-landscape-is-captured-by-a-drone-camera-at-a-height-of-18-text-km-the-size-of-the-camera-film-is-2-text-cm-times-2-text-cm-and-the-area-of-the-landscape-photographed-is-400-text-km-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1OTkz-a-thin-prism-p-1-with-angle-4-circ-made-of-glass-having-refractive-index-1-54-is-combined-with-another-thin-prism-p-2-made-of-glass-having-refractive-index-1-72-to-get-dispersion-without-deviation-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1OTc4-a-concave-mirror-of-focal-length-f-in-air-is-dipped-in-a-liquid-of-refractive-index-mu-its-focal-length-in-the-liquid-will-be-1-dfrac-f-mu-1-2-dfrac-f-mu-3-f-4-mu-f-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1OTMw-the-refractive-index-of-the-material-of-a-glass-prism-is-sqrt-3-the-angle-of-minimum-deviation-is-equal-to-the-angle-of-the-prism-what-is-the-angle-of-the-prism-1-58-circ-2-48-circ-3-60-circ-4-50-circ https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1OTAy-a-hemispherical-vessel-is-completely-filled-with-a-liquid-of-refractive-index-a-small-coin-is-kept-at-the-lowest-point-o-of-the-vessel-as-shown-in-figure-the-minimum-value-of-the-refractive-index-of-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1ODY3-two-concave-refracting-surfaces-of-equal-radii-of-curvature-and-refractive-index-1-5-face-each-other-in-air-as-shown-in-figure-a-point-object-o-is-placed-midway-between-p-and-b-the-separation-between https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1ODYw-a-plano-convex-lens-having-radius-of-curvature-of-first-surface-2-text-cm-exhibits-focal-length-of-f-1-in-air-another-plano-convex-lens-with-first-surface-radius-of-curvature-3-text-cm-has-focal-lengt https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1ODI4-a-spherical-surface-of-radius-of-curvature-r-separates-air-from-glass-refractive-index-1-5-the-centre-of-curvature-is-in-the-glass-medium-a-point-object-o-placed-in-air-on-the-optic-axis-of-the-surfac https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1ODI2-given-a-thin-convex-lens-refractive-index-2-kept-in-a-liquid-refractive-index-1-1-2-having-radii-of-curvatures-r-1-and-r-2-its-second-surface-is-silver-polished-where-should-an-object-be-placed-on-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1ODI0-a-convex-lens-made-of-glass-refractive-index-1-5-has-focal-length-24-cm-in-air-when-it-is-totally-immersed-in-water-refractive-index-1-33-its-focal-length-changes-to-1-24-cm-2-96-cm-3-48-cm-4-72-cm-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1ODE4-what-is-the-lateral-shift-of-a-ray-refracted-through-a-parallel-sided-glass-slab-of-thickness-h-in-terms-of-the-angle-of-incidence-i-and-angle-of-refraction-r-if-the-glass-slab-is-placed-in-air-medium https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1ODEw-what-is-the-relative-decrease-in-focal-length-of-a-lens-for-an-increase-in-optical-power-by-0-1-text-d-from-2-5-text-d-text-d-stands-for-diopter-1-0-1-2-0-01-3-0-04-4-0-40-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1Nzkz-a-thin-plano-convex-lens-made-of-glass-of-refractive-index-1-5-is-immersed-in-a-liquid-of-refractive-index-1-2-when-the-plane-side-of-the-lens-is-silver-coated-for-complete-reflection-the-lens-immerse https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1Nzgz-two-identical-symmetric-double-convex-lenses-of-focal-length-f-are-cut-into-two-equal-parts-l-1-l-2-by-ab-plane-and-l-3-l-4-by-xy-plane-as-shown-in-figure-respectively-the-ratio-of-focal-lengths-of-le https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1Nzc4-two-light-beams-fall-on-a-transparent-material-block-at-point-1-and-2-with-angle-theta-1-and-theta-2-respectively-as-shown-in-figure-after-refraction-the-beams-intersect-at-point-3-which-is-exactly-on https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1NzE1-at-the-interface-between-two-materials-having-refractive-indices-n-1-and-n-2-the-critical-angle-for-reflection-of-an-electromagnetic-wave-is-theta-1c-the-n-2-material-is-replaced-by-another-material-h https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1NzA0-let-u-and-v-be-the-distances-of-the-object-and-the-image-from-a-lens-of-focal-length-f-the-correct-graphical-representation-of-u-and-v-for-a-convex-lens-when-u-f-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1Njk4-a-transparent-film-of-refractive-index-2-0-is-coated-on-a-glass-slab-of-refractive-index-1-45-what-is-the-minimum-thickness-of-transparent-film-to-be-coated-for-the-maximum-transmission-of-green-light https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1Njkz-a-symmetric-thin-biconvex-lens-of-power-4-text-d-is-cut-into-four-equal-parts-by-two-perpendicular-planes-ab-and-cd-as-shown-in-the-figure-what-is-the-power-of-each-part-of-the-lens-1-1-text-d-2-2-tex https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1Njgz-the-driver-sitting-inside-a-parked-car-is-watching-vehicles-approaching-from-behind-with-the-help-of-his-side-view-mirror-which-is-a-convex-mirror-with-radius-of-curvature-r-2-text-m-another-car-appro https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1NjY1-given-a-thin-convex-lens-of-glass-refractive-index-mu-and-each-side-having-radius-of-curvature-r-one-side-is-polished-for-complete-reflection-at-what-distance-from-the-lens-an-object-be-placed-on-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTM1NjYw-in-the-diagram-given-below-there-are-three-lenses-formed-considering-negligible-thickness-of-each-of-them-as-compared-to-r-1-and-r-2-i-e-the-radii-of-curvature-for-upper-and-lower-surfaces-of-the-glas https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTIxMjk2-a-light-ray-is-incident-on-a-glass-slab-of-thickness-4-sqrt-3-text-cm-and-refractive-index-sqrt-2-the-angle-of-incidence-is-equal-to-the-critical-angle-for-the-glass-slab-with-air-the-lateral-displace https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTIwNjkw-the-following-figure-represents-two-biconvex-lenses-l-1-and-l-2-having-focal-length-10-cm-and-15-cm-respectively-the-distance-between-l-1-and-l-2-is-1-25-cm-2-15-cm-3-10-cm-4-35-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTIwNDAz-given-below-are-two-statements-statement-i-when-an-object-is-placed-at-the-centre-of-curvature-of-a-concave-lens-image-is-formed-at-the-centre-of-curvature-of-the-lens-on-the-other-side-statement-ii-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NTE5OTA1-for-the-thin-convex-lens-the-radii-of-curvature-are-at-15-cm-and-30-respectively-the-focal-length-the-lens-is-20-text-cm-the-refractive-index-of-the-material-is-1-1-4-2-1-2-3-1-5-4-1-8-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU2MTIx-the-distance-between-the-object-and-its-twice-magnified-virtual-image-produced-by-a-curved-mirror-is-15-text-cm-then-the-focal-length-of-the-spherical-mirror-text-in-cm-is-1-15-2-frac-10-3-3-12-4-10-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU1Njg0-the-distance-between-the-virtual-image-which-is-twice-the-size-of-the-object-placed-in-front-of-the-mirror-is-45-text-cm-the-magnitude-of-the-focal-length-of-the-mirror-is-1-20-text-cm-2-45-text-cm-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU0OTE4-the-distance-between-a-virtual-magnified-image-size-three-times-of-the-object-of-an-object-placed-in-front-of-a-convex-lens-and-the-object-is-20-text-cm-the-focal-length-of-the-lens-is-1-15-text-cm-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU0ODU4-a-prism-has-a-refractive-index-cot-left-frac-a-2-right-where-a-is-the-refracting-angle-of-the-prism-the-minimum-deviation-due-to-this-prism-is-1-pi-3a-2-pi-2a-3-a-4-frac-a-2-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU0NDE1-the-distance-in-text-cm-of-the-image-from-the-rightmost-lens-is-1-30-text-cm-2-15-text-cm-3-20-text-cm-4-40-text-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDU0Mzgy-the-radius-of-curvature-of-the-biconvex-lens-is-20-text-cm-the-material-of-the-lens-has-a-refractive-index-of-1-5-then-the-image-distance-from-the-lens-if-an-object-is-placed-10-text-cm-away-from-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDM3ODk2-five-identical-convex-lenses-are-placed-one-after-the-other-in-close-contact-the-power-of-this-arrangement-is-25-text-d-then-the-power-of-such-lens-is-1-10-text-d-2-5-text-d-3-125-text-d-4-20-text-d-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY3Mjg1-a-point-object-o-is-placed-on-the-principal-axis-of-a-system-of-two-lenses-as-shown-the-distance-between-the-final-image-and-object-is-1-45-cm-2-40-cm-3-55-cm-4-50-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY3MTgx-a-ray-undergoes-refraction-at-boundary-of-a-medium-such-that-incident-angle-is-45-while-refraction-angel-is-30-wavelength-and-frequency-of-incident-ray-are-lambda-1-and-v-1-while-for-refracted-ray-are https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY3MTU3-an-object-is-placed-in-front-of-a-plane-mirror-12-text-cm-away-from-it-the-object-is-kept-fixed-while-the-plane-mirror-is-shifted-towards-the-object-by-a-distance-of-4-text-cm-the-length-of-shift-in-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY3MTM5-an-point-sized-object-is-placed-4-cm-from-the-double-convex-lens-of-focal-length-8-cm-the-change-in-the-position-of-image-when-the-object-is-moved-2-cm-towards-the-lens-is-1-8-cm-2-8-over-3-cm-3-16-ov https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2ODY2-if-the-refractive-index-of-a-material-of-equilateral-prism-is-sqrt-2-then-the-angle-of-minimum-deviation-of-the-prism-is-1-90-circ-2-45-circ-3-30-circ-4-60-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2NzAy-in-the-given-diagram-find-the-distance-in-cm-between-2nd-and-3rd-images-formed-to-the-left-of-mirror-a-1-12-cm-2-18-cm-3-22-cm-4-16-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2Njk4-two-different-lenses-are-used-in-telescope-because-1-magnification-is-increased-2-focal-length-is-increased-3-more-light-is-captured-4-spherical-aberration-is-increased-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2NjUw-a-point-object-r-is-located-at-coordinates-left-dfrac-5-8-dfrac-3-8-dfrac-1-8-right-metres-a-plane-mirror-is-placed-along-the-xy-plane-z-0-the-normal-drawn-from-point-r-meets-the-mirror-at-point-p-wha https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2NjQ2-what-is-the-apparent-depth-of-the-bottom-of-the-beaker-shown-in-the-figure-filled-with-water-and-oil-1-5-text-h-over-8-2-4-text-h-over-5-3-3-text-h-over-4-4-7-text-h-over-8-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2NjQx-a-bi-convex-lens-of-focal-length-10-cm-is-cut-perpendicularly-to-principal-axis-find-power-of-new-lens-1-10-d-2-5-d-3-2-5-d-4-2-d-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY2NTk2-in-the-given-figure-the-speed-of-the-bird-as-seen-by-the-fish-is-1-24-m-s-2-16-m-s-3-20-m-s-4-12-m-s-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY3Mzkw-if-light-is-passing-through-a-medium-of-critical-angle-45-o-then-the-wave-speed-will-be-1-3-over-sqrt-2-times-10-8-m-s-2-3-sqrt-2-times-10-8-m-s-3-3-over-2-times-10-8-m-s-4-3-times-10-8-m-s-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzYzMjg5-a-lens-of-refractive-index-1-5-and-focal-length-15-cm-in-air-is-submerged-in-water-the-focal-length-of-the-lens-is-left-mu-w-frac-4-3-right-1-45-cm-2-60-cm-3-30-cm-4-10-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY3MzA5-a-ray-of-light-is-incident-on-a-plane-mirror-as-shown-in-figure-the-deviation-of-ray-in-degree-and-clockwise-direction-is-1-120-circ-2-60-circ-3-240-circ-4-150-circ-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzY3NDQ5-an-object-placed-at-very-large-distance-from-lens-l-the-distance-of-final-image-formed-from-l-1-will-be-1-1-5-text-m-2-3-m-3-text-m-3-2-m-2-text-m-4-1-m-1-text-m-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzYzMDU3-in-the-given-arrangement-the-image-is-formed-after-refraction-through-the-lens-and-reflection-from-the-mirror-if-the-focal-length-of-the-lens-is-10-text-cm-the-value-of-x-is-1-10-cm-2-30-cm-3-20-cm-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzYzMDMw-two-point-objects-o-1-and-o-2-are-placed-on-principle-axis-of-the-concave-mirror-of-radius-of-curvature-40-cm-the-distance-between-the-two-images-is-1-160-cm-2-40-cm-3-100-cm-4-80-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzYyOTcw-an-object-of-height-h-is-placed-in-front-of-a-convex-mirror-radius-of-curvature-20-text-cm-the-height-of-the-image-is-1-h-2-2-h-3-3-h-6-4-h-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2NzI4-the-refracting-angle-of-a-prism-is-a-and-the-refractive-index-of-the-material-of-the-prism-is-cot-a-2-then-the-angle-of-minimum-deviation-will-be-1-180-circ-2a-2-90-circ-a-3-180-circ-2a-4-180-circ-3a https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2NTYx-a-convex-lens-has-power-p-it-is-cut-into-two-halves-along-its-principal-axis-further-one-piece-out-of-the-two-halves-is-cut-into-two-halves-perpendicular-to-the-principal-axis-as-shown-in-the-figure-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2MTE2-consider-a-light-ray-travelling-in-air-is-incident-into-a-medium-of-refractive-index-sqrt-2n-the-incident-angle-is-twice-that-of-refracting-angle-then-the-angle-of-incidence-will-be-1-sin-1-sqrt-n-2-c https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ2MDE4-in-free-space-an-electromagnetic-wave-of-3-text-ghz-of-frequency-strikes-over-the-edge-of-an-object-of-size-frac-lambda-100-where-lambda-is-the-wavelength-of-the-wave-in-free-space-the-phenomenon-whic https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ1ODM3-the-difference-in-speed-of-light-in-the-two-media-a-and-b-text-v-a-text-v-b-is-2-6-times-10-7-m-s-if-the-refractive-index-of-medium-b-is-1-47-then-the-ratio-of-the-refractive-index-of-medium-b-to-medi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ1ODIw-a-light-wave-travelling-linearly-in-a-medium-of-dielectric-constant-4-incident-on-the-horizontal-interface-separating-medium-with-air-the-angle-of-incidence-for-which-the-total-intensity-of-the-incide https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQ1NjM5-two-identical-thin-biconvex-lenses-of-focal-length-15-cm-and-refractive-index-1-5-are-in-contact-with-each-other-the-space-between-the-lenses-is-filled-with-a-liquid-of-a-refractive-index-1-25-the-foc https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzNzQ2-a-parallel-beam-of-light-is-allowed-to-fall-on-a-transparent-spherical-globe-of-diameter-30-text-cm-and-refractive-index-1-5-the-distance-from-the-centre-of-the-globe-at-which-the-beam-of-light-can-co https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzNjk1-the-power-of-a-lens-biconvex-is-1-25-text-m-1-in-a-particular-medium-the-refractive-index-of-the-lens-is-1-5-and-the-radii-of-curvature-are-20-cm-and-40-cm-respectively-the-refractive-index-of-the-sur https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzNjU4-in-normal-adjustment-for-a-refracting-telescope-the-distance-between-the-objective-and-eyepiece-is-30-cm-the-focal-length-of-the-objective-when-the-angular-magnification-of-the-telescope-is-2-will-be https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzNDA4-light-travels-in-two-media-m-1-and-m-2-with-speeds-1-5-times-10-8-text-ms-1-and-2-0-times-10-8-text-ms-1-respectively-the-critical-angle-between-them-is-1-tan-1-left-dfrac-3-sqrt-7-right-2-tan-1-left https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzMzk5-the-graph-between-dfrac1u-and-dfrac1v-for-a-thin-convex-lens-in-order-to-determine-its-focal-length-is-plotted-as-shown-in-the-figure-the-refractive-index-of-the-lens-is-1-5-and-both-surfaces-have-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzMzU1-a-convex-lens-of-focal-length-20-cm-is-placed-in-front-of-a-convex-mirror-with-the-principal-axes-coinciding-with-each-other-the-distance-between-the-lens-and-mirror-is-10-cm-a-point-object-is-placed https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzMzMz-for-an-object-placed-at-a-distance-2-4-m-from-a-lens-a-sharp-focused-image-is-observed-on-a-screen-placed-at-a-distance-12-cm-from-the-lens-a-glass-plate-of-refractive-index-1-5-and-thickness-1-cm-is https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzMzA1-time-taken-by-light-to-travel-in-two-different-materials-a-and-b-of-refractive-indices-mu-a-and-mu-b-of-same-thickness-is-t-1-and-t-2-respectively-if-t-2-t-1-5-times10-10-s-and-the-ratio-of-mu-a-to-mu https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246MzQzMzAz-which-of-the-following-statement-is-correct-1-in-primary-rainbow-observer-sees-red-colour-on-the-top-and-violet-on-the-bottom-2-in-primary-rainbow-observer-sees-violet-colour-on-the-top-and-red-on-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc5MTAz-an-object-is-placed-at-a-distance-of-12-text-cm-from-a-convex-lens-a-convex-mirror-of-focal-length-15-text-cm-is-placed-on-the-other-side-of-the-lens-at-8-text-cm-as-shown-in-the-figure-the-image-of-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc5MDc2-the-car-b-overtakes-another-car-a-at-a-relative-speed-of-40-text-ms-1-how-fast-will-the-image-of-the-car-b-appear-to-move-in-the-mirror-of-the-focal-length-10-text-cm-fitted-in-the-car-a-when-the-car https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc5MDAz-a-prism-of-refractive-index-mu-and-angle-of-prism-a-is-placed-in-the-position-of-the-minimum-angle-of-deviation-if-the-minimum-angle-of-deviation-is-also-a-then-in-terms-of-the-refractive-index-value https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4OTk1-a-ray-of-light-entering-from-air-into-a-denser-medium-of-refractive-index-4-over-3-as-shown-in-the-figure-the-light-ray-suffers-total-internal-reflection-at-the-adjacent-surface-as-shown-below-the-max https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4ODc3-a-ray-of-laser-of-a-wavelength-630-text-nm-is-incident-at-an-angle-of-30-circ-at-the-diamond-air-interface-it-is-going-from-diamond-to-air-the-refractive-index-diamond-is-2-42-and-that-of-air-is-1-cho https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4NzMy-three-rays-of-light-red-r-green-g-and-blue-b-are-incident-on-the-face-pq-of-a-right-angled-prism-pqr-as-shown-in-the-figure-the-refractive-indices-of-the-material-of-the-prism-for-red-green-and-blue-w https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4NTYz-what-is-the-expected-graphical-representation-of-the-relationship-between-the-angle-of-deviation-delta-and-the-angle-of-incidence-i-for-a-triangular-prism-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4MTgx-a-glass-tumbler-with-having-inner-depth-of-17-5-text-cm-is-kept-on-a-table-a-student-starts-pouring-water-mu-4-3-into-it-while-looking-at-the-surface-of-the-water-from-above-when-he-feels-that-the-tum https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3NTMz-when-a-beam-of-white-light-is-allowed-to-pass-through-a-convex-lens-parallel-to-the-principal-axis-the-different-colours-of-light-converge-at-different-points-on-the-principal-axis-after-refraction-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4MTQy-a-prism-of-refractive-index-n-1-and-another-prism-of-refractive-index-n-2-are-stuck-together-as-shown-in-the-figure-n-1-and-n-2-depend-on-lambda-the-wavelength-of-light-according-to-the-relation-n-1-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4MTQx-a-ray-of-light-passing-through-a-prism-mu-sqrt3-suffer-minimum-deviation-it-is-found-that-the-angle-of-incidence-is-double-the-angle-of-refraction-within-the-prism-then-the-angle-of-the-prism-is-1-30 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3NTgw-a-convex-lens-with-a-refractive-index-of-1-5-and-focal-length-of-18-text-cm-in-air-is-immersed-in-water-the-change-of-focal-length-of-the-lens-will-be-given-refractive-index-of-water-frac-4-3-1-27-tex https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4MDgx-a-ray-of-light-passes-from-a-denser-medium-to-a-rarer-medium-at-an-angle-of-incidence-i-the-reflected-and-refracted-rays-make-an-angle-of-90-circ-with-each-other-the-angle-of-reflection-and-refraction https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4MDYw-an-object-viewed-from-a-near-point-distance-of-25-text-cm-using-a-microscopic-lens-with-magnification-6-gives-an-unresolved-image-a-resolved-image-is-observed-at-an-infinite-distance-with-a-total-magn https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4MDI4-region-i-and-ii-are-separated-by-a-spherical-surface-of-radius-25-text-cm-an-object-is-kept-in-region-i-at-a-distance-of-40-text-cm-from-the-surface-the-distance-of-the-image-from-the-surface-is-1-9-5 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3OTg0-an-object-is-placed-at-the-focus-of-a-concave-lens-having-focal-length-f-the-magnification-and-the-distance-of-the-image-from-the-optical-center-of-the-lens-are-1-text-very-high-infty-2-1-over-4-f-ove https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3OTc2-two-plane-mirrors-m-1-and-m-2-are-at-a-right-angle-to-each-shown-a-point-source-p-is-placed-at-a-and-2a-meter-away-from-m-1-and-m-2-respectively-the-shortest-distance-between-the-images-thus-formed-is https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3OTQ3-the-image-of-an-object-placed-in-the-air-formed-by-a-convex-refracting-surface-is-at-a-distance-of-10-text-m-behind-the-surface-the-image-is-real-and-is-at-frac-2-text-nd-3-of-the-distance-of-the-obje https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3ODUz-curved-surfaces-of-a-plano-convex-lens-of-refractive-index-mu-1-and-a-plano-concave-lens-of-the-refractive-index-mu-2-have-an-equal-radius-of-curvature-as-shown-in-the-figure-then-the-ratio-of-the-rad https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3ODA3-the-distance-of-the-image-from-the-object-o-formed-by-the-combination-of-lenses-in-the-figure-is-1-75-text-cm-2-10-text-cm-3-20-text-cm-4-text-infinity-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3Njc5-a-deviation-of-2-circ-is-produced-in-the-yellow-ray-prism-of-crown-and-flint-glass-are-achromatically-combined-taking-dispersive-powers-of-crown-and-flint-glass-as-0-02-and-0-03-respectively-and-refra https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3NjM0-the-refractive-index-of-the-converging-lens-is-1-4-what-will-be-the-focal-length-of-this-if-it-is-placed-in-a-medium-of-the-same-refractive-index-assume-the-radii-of-curvature-of-the-faces-of-the-lens https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3NTIz-the-thickness-at-the-center-of-a-plano-convex-lens-is-3-text-mm-and-the-diameter-is-6-text-cm-if-the-speed-of-light-in-the-material-of-the-lens-is-2-times-10-8-text-m-s-the-focal-length-of-the-lens-is https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3NDIw-the-angle-of-deviation-through-an-equilateral-prism-is-minimal-when-a-incident-rays-and-emergent-rays-are-symmetric-to-the-prism-b-the-refracted-ray-inside-the-prism-becomes-parallel-to-its-base-c-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5NDM0-a-ray-of-light-strikes-a-plane-surface-let-the-incident-ray-reflected-ray-and-the-outward-normal-to-the-surface-be-represented-by-the-unit-vectors-vec-a-vec-b-and-vec-c-respectively-which-of-the-follo https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5NDIz-given-below-are-two-statements-assertion-a-for-a-simple-microscope-the-angular-size-of-the-object-equals-the-angular-size-of-the-image-reason-r-magnification-is-achieved-as-the-small-object-can-be-kep https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5Mjg0-a-convex-lens-produces-images-of-the-same-size-when-an-object-is-placed-at-20-text-cm-or-10-text-cm-from-the-lens-the-focal-length-of-the-lens-is-1-15-text-cm-2-30-text-cm-3-45-text-cm-4-60-text-cm-1 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5MDA0-a-short-straight-object-of-height-100-cm-lies-before-the-central-axis-of-a-spherical-mirror-whose-focal-length-has-an-absolute-value-f-40-text-cm-the-image-of-the-object-produced-by-the-mirror-is-of-h https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4NTIx-a-vessel-of-depth-2h-is-half-filled-with-a-liquid-of-refractive-index-2-sqrt-2-and-the-upper-half-with-another-liquid-of-refractive-index-sqrt-2-the-liquids-are-immiscible-the-apparent-depth-of-the-in https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4NDc5-an-object-is-gradually-moved-along-the-principal-axis-of-a-concave-mirror-away-from-its-focal-point-which-of-the-following-graphs-correctly-represents-the-variation-of-the-magnitude-of-linear-magnific https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4NDUy-a-telescope-has-a-tube-length-of-60-text-cm-and-a-magnifying-power-of-5-what-is-the-focal-length-of-its-eyepiece-1-40-text-cm-2-10-text-cm-3-20-text-cm-4-30-text-cm-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4NDI5-the-critical-angle-of-a-medium-for-a-specific-wavelength-if-the-medium-has-relative-permittivity-3-and-relative-permeability-dfrac-4-3-for-this-wavelength-will-be-1-60-circ-2-15-circ-3-45-circ-4-30-ci https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4MzU1-a-thin-lens-made-of-glass-refractive-index-1-5-of-focal-length-f-16-text-cm-is-immersed-in-a-liquid-of-refractive-index-1-42-if-its-focal-length-in-the-liquid-is-f-l-then-the-ratio-f-l-f-is-closest-to https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4MzQw-if-we-need-a-magnification-of-375-from-a-compound-microscope-of-tube-length-150-text-mm-and-an-objective-of-focal-length-5-text-mm-the-focal-length-of-the-eyepiece-should-be-close-to-1-22-text-mm-2-33 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5MzM3-the-distance-between-an-object-and-a-screen-is-100-text-cm-a-lens-can-produce-real-image-of-the-object-on-the-screen-for-two-different-positions-between-the-screen-and-the-object-the-distance-between https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5MjI3-a-point-like-object-is-placed-at-a-distance-of-1-text-m-in-front-of-a-convex-lens-of-focal-length-0-5-text-m-a-plane-mirror-is-placed-at-a-distance-of-2-text-m-behind-the-lens-the-position-and-nature https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc4OTIy-a-double-convex-lens-has-power-p-and-same-radii-of-curvature-r-of-both-the-surfaces-the-radius-of-curvature-of-a-surface-of-a-plano-convex-lens-made-of-the-same-material-with-power-1-5-p-is-1-frac-r-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc4NTgz-a-compound-microscope-consists-of-an-objective-lens-of-focal-length-1-text-cm-and-an-eye-piece-of-focal-length-5-text-cm-with-a-separation-of-10-text-cm-the-distance-between-an-object-and-the-objectiv https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc4NTQ1-for-a-concave-lens-with-focal-length-f-the-relationship-between-the-object-distance-u-and-the-image-distance-v-both-measured-from-the-optical-centre-pole-of-the-lens-can-be-represented-graphically-whi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc4NDg2-when-an-object-is-kept-at-a-distance-of-30-text-cm-from-a-concave-mirror-the-image-is-formed-at-a-distance-of-10-text-cm-from-the-mirror-if-the-object-is-moved-with-a-speed-of-9-text-cms-1-the-speed-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc4NDYx-an-observer-can-see-through-a-small-hole-on-the-side-of-a-jar-radius-15-text-cm-at-a-point-at-the-height-of-15-text-cm-from-the-bottom-see-figure-the-hole-is-at-a-height-of-45-text-cm-when-the-jar-is https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc3ODk2-a-spherical-mirror-is-obtained-as-shown-in-the-figure-from-a-hollow-glass-sphere-if-an-object-is-positioned-in-front-of-the-mirror-what-will-be-the-nature-and-magnification-of-the-image-of-the-object https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4MjU4-a-real-image-is-formed-using-a-biconvex-lens-as-shown-in-the-setup-if-the-entire-setup-is-immersed-in-water-without-changing-the-positions-of-the-object-and-the-screen-what-will-be-observed-on-the-scr https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc4MjQ0-a-plano-convex-lens-of-focal-length-f-2-refractive-index-mu-2-and-radius-of-curvature-r-fits-exactly-into-a-plano-concave-lens-of-focal-length-f-1-refractive-index-mu-1-and-the-same-radius-of-curvatur https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3NTcy-a-point-source-of-light-s-is-placed-at-a-distance-l-in-front-of-the-centre-of-a-plane-mirror-of-width-d-which-is-hanging-vertically-on-a-wall-a-man-walks-in-front-of-the-mirror-along-a-line-parallel-t https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3NTcw-which-of-the-following-correctly-represents-the-position-and-nature-of-the-final-image-formed-by-the-combination-of-two-lenses-a-convex-lens-a-of-focal-length-f-1-5-text-cm-and-a-concave-lens-b-of-foc https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3NDk5-the-eye-can-be-regarded-as-a-single-refracting-surface-the-radius-of-curvature-of-this-surface-is-equal-to-that-of-cornea-7-8-text-mm-this-surface-separates-two-media-of-refractive-indices-1-and-1-34 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3NDM2-two-plane-mirrors-are-inclined-to-each-other-such-that-a-ray-of-light-incident-to-the-first-mirror-m-1-and-parallel-to-the-second-mirror-m-2-is-finally-reflected-from-the-second-mirror-m-2-parallel-to https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MzUy-the-variation-of-the-refractive-index-of-crown-glass-with-the-wavelength-of-incident-light-is-shown-in-the-figure-which-of-the-following-graphs-correctly-represents-the-variation-of-the-angle-of-minim https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MTUw-consider-a-tank-made-of-glass-n-1-5-with-a-thick-bottom-it-is-filled-with-a-liquid-of-refractive-index-mu-a-student-finds-that-irrespective-of-what-the-incident-angle-i-see-figure-is-for-a-beam-of-lig https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MTA2-a-convex-lens-is-put-10-text-cm-from-a-light-source-and-it-makes-a-sharp-image-on-a-screen-kept-10-text-cm-from-the-lens-now-a-glass-block-refractive-index-1-5-of-1-5-text-cm-thickness-is-placed-in-co https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc3NDIw-a-convex-lens-of-focal-length-20-text-cm-produces-images-of-the-same-magnification-2-when-an-object-is-kept-at-two-distance-x-1-and-x-2-x-1-x-2-from-the-lens-the-ratio-of-x-1-and-x-2-is-1-4-3-2-3-1-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc3NDEw-a-thin-convex-lens-l-refractive-index-1-5-is-placed-on-a-plane-mirror-m-when-a-pin-is-placed-at-a-such-that-oa-18-text-cm-its-real-inverted-image-is-formed-at-a-itself-as-shown-in-the-figure-when-a-li https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc3MzYw-a-concave-mirror-with-a-radius-of-curvature-of-40-text-cm-is-placed-at-the-bottom-of-a-glass-container-water-is-filled-in-the-container-to-a-depth-of-5-text-cm-above-the-mirror-a-small-particle-floats https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc2OTA5-a-transparent-cube-of-side-made-of-a-material-of-refractive-index-mu-2-is-immersed-in-a-liquid-of-refractive-index-mu-1-mu-1-then-theta-must-satisfy-1-theta-sin-1-sqrt-dfrac-mu-2-2-mu-1-2-1-2-theta-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc2ODk5-a-ray-of-light-ao-in-vacuum-is-incident-on-a-glass-slab-at-angle-60-circ-and-refracted-at-angle-30-circ-along-ob-as-shown-in-the-figure-the-optical-path-length-of-light-ray-from-a-to-b-is-1-2-a-2-b-2 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc2ODg1-a-plano-convex-lens-and-a-plano-concave-lens-which-have-the-same-radius-of-curvature-r-but-are-made-of-different-materials-are-placed-side-by-side-as-shown-in-the-figure-if-the-refractive-index-of-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc2ODMw-the-graph-shows-how-the-magnification-m-produced-by-a-thin-lens-varies-with-image-distance-v-what-is-the-focal-length-of-the-lens-used-1-frac-b-2-c-a-2-frac-b-c-3-frac-b-2-a-c-4-frac-a-c-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc2NzY4-a-person-wants-to-use-a-concave-mirror-of-focal-length-0-4-text-m-to-view-his-face-the-mirror-produces-an-upright-magnified-image-that-is-five-times-larger-than-the-actual-face-what-is-the-distance-ma https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc2Njc4-a-convex-lens-of-focal-length-20-cm-and-a-concave-mirror-having-their-principal-axes-along-the-same-lines-are-kept-80-cm-apart-from-each-other-the-concave-mirror-is-to-the-right-of-the-convex-lens-whe https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc2NjYw-an-upright-object-is-placed-at-a-distance-of-40-text-cm-in-front-of-a-convergent-lens-of-focal-length-20-text-cm-a-convergent-mirror-of-focal-length-10-text-cm-is-placed-at-a-distance-of-60-text-cm-on https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc2NjMz-in-figure-the-optical-fiber-is-l-2-text-m-long-and-has-a-diameter-of-d-20-mu-text-m-if-a-ray-of-light-is-incident-on-one-end-of-the-fiber-at-angle-theta-1-40-circ-the-number-of-reflections-it-makes-be https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MjY4-a-ray-of-light-is-incident-at-an-angle-of-60-circ-on-one-face-of-a-prism-of-angle-30-circ-the-emergent-ray-of-light-makes-an-angle-of-30-circ-with-the-incident-ray-the-angle-made-by-the-emergent-ray-w https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MjE0-a-particle-is-oscillating-on-the-x-text-axis-with-an-amplitude-2-text-cm-about-the-point-x-0-10-text-cm-with-a-frequency-omega-a-concave-mirror-of-focal-length-5-text-cm-is-placed-at-the-origin-see-fi https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MTY0-a-plano-convex-lens-becomes-an-optical-system-of-28-text-cm-focal-length-when-its-plane-surface-is-silvered-and-illuminated-from-left-to-right-as-shown-in-the-figure-a-if-the-same-lens-is-instead-silv https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MjQ5-in-an-experiment-a-convex-lens-of-focal-length-15-text-cm-is-placed-coaxially-on-an-optical-bench-in-front-of-a-convex-mirror-at-a-distance-of-5-text-cm-from-it-it-is-found-that-an-object-and-its-imag https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MTIy-let-the-refractive-index-of-a-denser-medium-with-respect-to-a-rarer-medium-be-n-12-and-its-critical-angle-is-theta-text-c-at-an-angle-of-incidence-a-when-light-is-traveling-from-a-denser-medium-to-a-r https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5MzU4-a-diverging-lens-with-the-magnitude-of-focal-length-25-text-cm-is-placed-at-a-distance-of-15-text-cm-from-a-converging-lens-of-magnitude-of-focal-length-20-text-cm-a-beam-of-parallel-light-falls-on-th https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3Mjgx-two-stars-are-10-light-years-away-from-the-earth-they-are-seen-through-a-telescope-of-objective-diameter-30-text-cm-the-wavelength-of-light-600-text-nm-to-see-the-stars-just-resolved-by-the-telescope https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3Mjc5-a-hemispherical-glass-body-of-radius-10-text-cm-and-refractive-index-1-5-is-silvered-on-its-curved-surface-a-small-air-bubble-is-6-text-cm-below-the-flat-surface-inside-it-along-the-axis-the-position https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MjMy-to-determine-the-refractive-index-of-a-glass-slab-using-a-traveling-microscope-the-minimum-number-of-readings-required-are-1-four-2-two-3-three-4-five-1-2-3-4 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MTgx-a-convex-lens-of-focal-length-30-text-cm-a-concave-lens-of-focal-length-120-text-cm-and-a-plane-mirror-are-arranged-as-shown-in-the-figure-for-an-object-kept-at-a-distance-of-60-text-cm-from-the-conve https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5OTIx-in-an-experiment-for-the-determination-of-the-refractive-index-of-a-glass-of-a-prism-by-i-text-delta-plot-it-was-found-that-a-ray-incident-at-angle-35-circ-suffers-a-deviation-of-40-circ-and-that-it-e https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5OTEy-an-observer-looks-at-a-distant-tree-of-height-10-text-m-with-a-telescope-of-magnifying-power-of-20-to-the-observer-the-tree-appears-1-10-times-taller-2-10-times-nearer-3-20-times-taller-4-20-times-nea https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MDM2-a-telescope-has-an-objective-lens-of-focal-length-150-text-cm-and-an-eyepiece-of-focal-length-5-text-cm-if-a-50-text-m-tall-tower-at-a-distance-of-1-text-km-is-observed-through-this-telescope-in-a-nor https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc3MDAz-you-are-asked-to-design-a-shaving-mirror-assuming-that-a-person-keeps-it-10-text-cm-from-his-face-and-views-the-magnified-image-of-the-face-at-the-closest-comfortable-distance-of-25-text-cm-the-radius https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246NDc2OTUz-a-thin-convex-lens-of-focal-length-f-is-put-on-a-plane-mirror-as-shown-in-the-figure-when-an-object-is-kept-at-a-distance-a-from-the-lens-mirror-combination-its-image-is-formed-at-a-distance-a-over-3 https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5NjQ3-monochromatic-light-is-incident-on-a-glass-prism-of-angle-a-if-the-refractive-index-of-the-material-of-the-prism-is-mu-a-ray-incident-at-an-angle-theta-on-the-face-ab-would-get-transmitted-through-the https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5NzA2-a-thin-convex-lens-made-from-crown-glass-mu-3-2-has-focal-length-f-when-it-is-measured-in-two-different-liquids-having-refractive-indices-4-3-and-5-3-it-has-the-focal-lengths-f-1-and-f-2-respectively https://medminds.me/qbank/physics/ray-optics-and-optical-instruments/?q=NP-b246Mjc5NzA3-a-green-light-is-an-incident-from-the-water-to-the-air-water-interface-at-the-critical-angle-theta-select-the-correct-statement-1-the-spectrum-of-visible-light-whose-frequency-is-less-than-that-of-gre https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1MjI-a-small-mass-attached-to-a-string-rotates-on-a-frictionless-table-top-as-shown-if-the-tension-on-the-string-is-increased-by-pulling-the-string-causing-the-radius-of-the-circular-motion-to-decrease-by https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1MjM-three-point-masses-m-each-are-placed-at-the-vertices-of-an-equilateral-triangle-of-side-a-moment-of-inertia-of-the-system-about-axis-cod-is-1-2ma2-2-23ma2-3-54ma2-4-74ma2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1Mjc-a-particle-is-moving-in-a-circular-orbit-with-constant-speed-select-wrong-alternate-1-its-linear-momentum-is-conserved-2-its-angular-momentum-is-conserved-3-it-is-moving-with-variable-velocity-4-it-is https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1Mjg-an-abc-is-a-right-angled-triangular-plate-of-uniform-thickness-the-sides-are-such-that-ab-bc-as-shown-in-the-figure-i-1-i-2-and-i-3-are-moments-of-inertia-about-ab-bc-and-ac-respectively-which-of-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1Mjk-one-solid-sphere-a-and-another-hollow-sphere-b-are-of-same-mass-and-same-outer-radii-their-moment-of-inertia-about-their-diameters-are-respectively-text-i-a-and-text-i-b-such-that-1-text-i-text-a-text https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1MzA-a-couple-produces-1-purely-linear-motion-2-purely-rotational-motion-3-linear-and-rotational-motion-4-no-motion-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1MzI-a-particle-of-mass-1-text-kg-is-kept-at-1m-1m-1m-1-text-m-1-text-m-1-text-m-the-moment-of-inertia-of-this-particle-about-z-axis-would-be-1-1-text-kg-text-m-2-2-2-text-kg-text-m-2-3-3-text-kg-text-m-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1MzM-one-quarter-sector-is-cut-from-a-uniform-circular-disc-of-radius-r-this-sector-has-mass-m-it-is-made-to-rotate-about-a-line-perpendicular-to-its-plane-and-passing-through-the-centre-of-the-original-di https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1MzQ-a-wheel-is-rotating-at-the-rate-of-33-text-rev-min-if-it-comes-to-stop-in-20-text-s-then-the-angular-retardation-will-be-1-pi-frac-text-rad-text-s-2-2-11-pi-text-rad-text-s-2-3-frac-pi-200-text-rad-te https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1MzU-a-solid-sphere-is-rotating-about-a-diameter-at-an-angular-velocity-w-if-it-cools-so-that-its-radius-reduces-to-frac1n-of-its-original-value-its-angular-velocity-becomes-1-frac-wn-2-frac-w-n-2-3-nw-4-n https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1MzY-a-horizontal-platform-is-rotating-with-uniform-angular-velocity-around-the-vertical-axis-passing-through-its-centre-at-some-instant-of-time-a-viscous-fluid-of-mass-m-is-dropped-at-the-centre-and-is-al https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1Mzg-for-l-3-0-text-m-the-total-torque-about-pivot-a-provided-by-the-forces-as-shown-in-the-figure-is-1-210-text-nm-2-140-text-nm-3-95-text-nm-4-75-text-nm-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1Mzk-for-the-same-total-mass-which-of-the-following-will-have-the-largest-moment-of-inertia-about-an-axis-passing-through-the-centre-of-gravity-and-perpendicular-to-the-plane-of-the-body-1-a-disc-of-radius https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1NDA-the-radius-of-gyration-of-a-uniform-rod-of-length-l-about-an-axis-passing-through-its-centre-of-mass-is-1-frac-l-2-sqrt-3-2-frac-l-2-12-3-frac-l-sqrt-3-4-frac-l-sqrt-2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1NDQ-two-uniform-thin-identical-rods-each-of-mass-m-and-length-l-are-joined-together-to-form-a-cross-what-will-be-the-moment-of-inertia-of-the-cross-about-an-axis-passing-through-the-point-at-which-the-two https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1NDY-if-the-linear-momentum-is-increased-by-50-the-kinetic-energy-will-increase-by-1-50-2-100-3-125-4-25-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1NTQ-if-the-kinetic-energy-of-a-body-increases-by-0-1-the-percent-increase-of-its-momentum-will-be-1-0-05-2-0-1-3-1-0-4-10-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1NjE-a-solid-cylinder-and-a-hollow-cylinder-both-of-the-same-mass-and-same-external-diameter-are-released-from-the-same-height-at-the-same-time-on-an-inclined-plane-both-roll-down-without-slipping-which-on https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1NjM-a-man-is-sitting-on-a-rotating-table-with-his-arms-stretched-outwards-when-he-suddenly-folds-his-arms-inside-then-1-his-angular-velocity-will-decrease-2-his-angular-velocity-remains-constant-3-his-mom https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1NjQ-a-body-of-mass-m-and-radius-r-is-rolling-horizontally-without-slipping-with-speed-v-it-then-rolls-up-a-hill-to-a-maximum-height-h-if-h-frac-5v-2-6g-what-is-the-moment-of-inertia-of-the-body-1-frac-mr https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1Njg-one-circular-ring-and-one-circular-disc-both-having-the-same-mass-and-radius-the-ratio-of-their-moments-of-inertia-about-the-axes-passing-through-their-centres-and-perpendicular-to-planes-will-be-1-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1NzA-a-wheel-of-radius-r-rolls-on-the-ground-with-a-uniform-velocity-v-the-velocity-of-topmost-point-relative-to-the-bottommost-point-is-1-v-2-2v-3-v-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1NzM-the-figure-shows-a-uniform-solid-block-of-mass-m-and-edge-lengths-a-b-and-c-its-m-o-i-about-an-axis-through-one-edge-and-perpendicular-as-shown-to-the-large-face-of-the-block-is-1-m3a2-b2-2-m4a2-b2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1NzQ-the-moment-of-inertia-of-a-cube-of-mass-m-and-side-a-about-one-of-its-edges-is-equal-to-1-23ma2-2-43ma2-3-3ma2-4-83ma2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1Nzg-if-the-net-external-forces-acting-on-the-system-of-particles-is-zero-then-which-of-the-following-may-vary-1-momentum-of-the-system-2-velocity-of-centre-of-mass-3-position-of-centre-of-mass-4-none-of-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1Nzk-a-constant-torque-of-1000-n-m-turns-a-wheel-of-moment-of-inertial-200-kg-m2-about-an-axis-through-its-centre-its-angular-velocity-after-3-s-is-1-1-rad-s-2-5-rad-s-3-10-rad-s-4-15-rad-s-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1ODE-point-masses-m1-and-m2-are-placed-at-the-opposite-ends-of-a-rigid-of-length-l-and-negligible-mass-the-rod-is-to-be-set-rotating-about-an-axis-perpendicular-to-it-the-position-of-point-p-on-this-rod-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1ODI-a-circular-disc-of-radius-r-has-a-uniform-thickness-a-circular-hole-of-diameter-equal-to-the-radius-of-the-disc-has-been-cut-out-as-shown-the-centre-of-gravity-of-the-remaining-disc-lies-on-the-diamet https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1ODM-a-t-shaped-object-with-dimensions-shown-in-the-figure-is-lying-on-a-smooth-floor-a-force-f-rarr-is-applied-at-the-point-p-parallel-to-ab-such-that-the-object-has-only-the-translational-motion-without https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1ODQ-a-wheel-is-rotating-about-an-axis-through-its-centre-at-720-text-rpm-it-is-acted-upon-by-a-constant-torque-opposing-its-motion-for-8-seconds-to-bring-it-to-rest-finally-the-value-of-torque-in-text-n-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1ODY-given-below-are-two-statements-assertion-a-the-speed-of-whirlwind-in-a-tornado-is-alarmingly-high-reason-r-if-no-external-torque-acts-on-a-body-its-angular-velocity-remains-conserved-1-both-a-and-r-ar https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1ODc-a-circular-disc-a-of-radius-r-is-made-from-an-iron-plate-of-thickness-t-and-another-circular-disc-b-of-radius-2r-and-thickness-t4-the-relation-between-moments-of-inertia-ia-and-ib-is-1-ia-62-ib-2-ia-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1OTM-a-particle-of-mass-2-kg-located-at-the-position-i-j-m-has-a-velocity-of-2-i-j-8201-k-m-s-its-angular-momentum-about-z-axis-in-kg-m2-s-is-1-4-2-8-3-4-4-8-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1OTQ-a-solid-cylinder-of-mass-m-is-suspended-by-two-strings-wrapped-around-it-as-shown-the-acceleration-a-and-the-tension-t-when-the-cylinder-falls-and-the-string-unwinds-itself-are-respectively-1-a-g-t-df https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1OTU-an-automobile-engine-develops-100-kw-when-rotating-at-a-speed-of-1800-rev-min-what-torque-does-it-deliver-1-350-n-m-2-440-n-m-3-531-n-m-4-628-n-m-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1OTY-in-an-orbital-motion-the-angular-momentum-vector-is-1-along-the-radius-vector-2-parallel-to-the-linear-momentum-3-in-the-orbital-plane-4-perpendicular-to-the-orbital-plane-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI1OTk-a-particle-of-mass-m-moves-with-a-constant-velocity-along-3-different-paths-de-oa-and-bc-which-of-the-following-statements-is-not-correct-about-its-angular-momentum-about-point-o-1-it-is-zero-when-it https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MDA-aparticleofmass0-2kgismovinginacircleofradius1mwith-f-2-960-rps-thenitsangularmomentumis-a-0-8kgm2-s-b-2kgm2-s-c-8kgm2-s-d-16kgm2-s-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MDE-a-sphere-is-rolling-down-a-plane-of-inclination-952-to-the-horizontal-the-acceleration-of-its-centre-down-the-plane-is-1-g-sin-952-2-less-than-g-sin-952-3-greater-than-g-sin-952-4-zero-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MDM-a-bob-of-mass-m-attached-to-an-inextensible-string-of-length-l-is-suspended-from-vertical-support-the-bob-rotates-in-a-horizontal-circle-with-an-angular-speed-omega-rad-s-about-the-vertical-about-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MDc-in-free-space-a-rifle-of-mass-m-shoots-a-bullet-of-mass-m-at-a-stationary-block-of-mass-m-at-a-distance-d-away-from-it-when-the-bullet-has-moved-through-a-distance-d-towards-the-block-the-centre-of-ma https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MDk-blocks-a-and-b-are-resting-on-a-smooth-horizontal-surface-given-equal-speeds-of-2-m-s-in-the-opposite-sense-as-shown-in-the-figure-at-t-0-the-position-of-blocks-are-shown-then-the-coordinates-of-centr https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MTA-a-wheel-is-at-rest-its-angular-velocity-increases-uniformly-and-becomes-80-rad-s-after-5-s-the-total-angular-displacement-is-1-800-rad-2-400-rad-3-200-rad-4-100-rad-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MTE-a-force-f-hat-k-acts-on-point-o-the-origin-of-the-coordinate-system-what-is-the-torque-about-the-point-1-1-1-f-hat-i-hat-j-2-f-hat-i-hat-j-3-f-hat-i-hat-j-4-f-hat-i-hat-j-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MTI-moment-of-inertia-of-an-object-does-not-depend-upon-1-mass-of-object-2-mass-distribution-3-angular-velocity-4-axis-of-rotation-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MTQ-a-thin-uniform-circular-disc-of-mass-m-and-radius-r-is-rotating-in-a-horizontal-plane-about-an-axis-passing-through-its-center-and-perpendicular-to-its-plane-with-an-angular-velocity-omega-another-dis https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MTc-when-a-torque-acting-upon-a-system-is-zero-then-which-of-the-following-will-be-constant-1-force-2-linear-momentum-3-angular-momentum-4-linear-impulse-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MTg-consider-a-system-of-two-particles-having-masses-m-1-text-and-m-2-if-the-particle-of-mass-m-1-is-pushed-towards-the-centre-of-mass-of-particles-through-a-distance-by-what-distance-would-be-the-particl https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MjA-a-flywheel-is-in-the-form-of-a-uniform-circular-disc-of-radius-1-m-and-mass-2-kg-the-work-which-must-be-done-on-it-to-increase-its-frequency-of-rotation-from-5-rev-s-1-to-10-rev-s-1-is-approximately-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MjI-a-constant-torque-acting-on-a-uniform-circular-wheel-changes-its-angular-momentum-from-a-0-to-4a-0-in-4-text-s-the-magnitude-of-this-torque-is-1-dfrac-3a-0-4-2-4a-0-3-a-0-4-12a-0-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MjM-two-discs-are-rotating-about-their-axes-normal-to-the-discs-and-passing-through-the-centres-of-the-discs-disc-d1-has-2-kg-mass-and-0-2-m-radius-and-initial-angular-velocity-of-50-rad-s-1-disc-d2-has-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MjQ-a-body-rolls-down-an-inclined-plane-without-slipping-the-fraction-of-total-energy-associated-with-its-rotation-will-be-1-k2-r2-2-k2r2-3-k2k2-r2-4-r2k2-r2-where-k-is-radius-of-gyration-of-the-body-abou https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MjY-in-the-following-figure-a-weight-w-is-attached-to-a-string-wrapped-round-a-solid-cylinder-of-mass-m-mounted-on-a-frictionless-horizontal-axle-at-o-if-the-weight-starts-from-rest-and-falls-a-distance-h https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2Mjc-a-solid-cylinder-rolls-down-an-inclined-plane-that-has-friction-sufficient-to-prevent-sliding-the-ratio-of-rotational-energy-to-total-kinetic-energy-is-1-12-2-13-3-23-4-34-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2Mjg-a-swimmer-while-jumping-into-water-from-a-height-easily-forms-a-loop-in-the-air-if-1-he-pulls-his-arms-and-legs-in-2-he-spreads-his-arms-and-legs-3-he-keeps-himself-straight-4-none-of-the-above-1-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2Mjk-assertion-a-ladder-is-more-apt-to-slip-when-you-are-high-up-on-it-than-when-you-just-begin-to-climb-reason-at-the-high-point-on-a-ladder-the-torque-is-large-and-on-climbing-up-the-torque-is-small-if-b https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2MzM-an-inclined-plane-makes-an-angle-of-30-176-with-the-horizontal-a-solid-sphere-rolling-down-this-inclined-plane-from-rest-without-slipping-has-a-linear-acceleration-equal-to-1-g3-2-5g7-3-2g3-4-5g14-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2Mzc-the-figure-shows-a-small-wheel-fixed-coaxially-on-a-bigger-one-of-double-the-radius-the-system-rotates-about-the-common-axis-the-strings-supporting-a-and-b-do-not-slip-on-the-wheels-if-x-and-y-be-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2Mzg-if-a-gymnast-sitting-on-a-rotating-stool-with-his-arms-outstretched-suddenly-lowers-his-hands-1-the-angular-velocity-increases-2-his-moment-of-inertia-increases-3-the-angular-velocity-stays-constant-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2Mzk-moment-of-inertia-of-a-uniform-circular-disc-about-a-diameter-is-i-its-moment-of-inertia-about-an-axis-perpendicular-to-its-plane-and-passing-through-a-point-on-its-rim-will-be-1-5-i-2-3-i-3-6-i-4-4-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NDE-a-disc-and-a-solid-sphere-of-the-same-radius-but-different-masses-roll-off-on-two-inclined-planes-of-the-same-altitude-and-length-which-one-of-the-two-objects-gets-to-the-bottom-of-the-plane-first-1-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NDM-the-rotational-ke-of-a-body-is-e-and-its-moment-of-inertia-is-i-the-angular-momentum-is-1-ei-2-2ei-3-2ei-4-ei-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NDU-a-particle-of-mass-m-moves-in-the-xy-plane-with-a-velocity-of-v-along-the-straight-line-ab-if-the-angular-momentum-of-the-particle-about-the-origin-o-is-l-a-when-it-is-at-a-and-l-b-when-it-is-at-b-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NDY-if-rotational-kinetic-energy-is-50-of-translational-kinetic-energy-then-the-body-is-1-ring-2-cylinder-3-hollow-sphere-4-solid-sphere-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NDc-consider-a-system-of-two-identical-particles-one-of-the-particles-is-at-rest-and-the-other-has-an-acceleration-a-the-centre-of-mass-has-an-acceleration-1-zero-2-frac-a-2-3-a-4-2a-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NDg-a-solid-sphere-rolls-without-slipping-down-a-30-176-inclined-plane-if-g-10-m-s2-the-acceleration-of-the-rolling-sphere-is-1-5-ms-2-2-725ms-2-3-257ms-2-4-157ms-2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NTA-if-the-equation-for-the-displacement-of-a-particle-moving-on-a-circular-path-is-given-by-952-2t3-0-5-where-952-is-in-radian-and-t-is-in-second-then-the-angular-velocity-of-the-particle-after-2s-is-1-8 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NTE-a-pan-containing-a-layer-of-uniform-thickness-of-ice-is-placed-on-a-circular-turntable-with-its-centre-coinciding-with-the-centre-of-the-turn-table-the-turntable-is-now-rotated-at-a-constant-angular-v https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NTQ-the-motion-of-planets-in-the-solar-system-is-an-example-of-the-conservation-of-1-mass-2-linear-momentum-3-angular-momentum-4-energy-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NTU-a-circular-disc-is-to-be-made-by-using-iron-and-aluminium-so-that-it-acquires-maximum-moment-of-inertia-about-its-geometrical-axis-it-is-possible-with-1-iron-and-aluminium-layers-in-alternate-order-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NjA-two-circular-discs-a-and-b-are-of-equal-masses-and-thicknesses-but-made-of-metal-with-densities-daanddb-da-db-if-their-moments-of-inertia-about-an-axis-passing-through-their-centers-and-perpendicular https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NjE-a-body-is-rolling-without-slipping-on-a-horizontal-surface-and-its-rotational-kinetic-energy-is-equal-to-the-translational-kinetic-energy-the-body-is-1-disc-2-sphere-3-cylinder-4-ring-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NjI-a-wheel-with-a-radius-of-20-cm-has-forces-applied-to-it-as-shown-in-the-figure-the-torque-produced-by-the-forces-of-4-n-at-a-8-n-at-b-6-n-at-c-and-9-n-at-d-at-the-angles-indicated-is-1-5-4-n-m-anticlo https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2Njc-the-moment-of-inertia-of-a-thin-rectangular-plate-text-abcd-of-uniform-thickness-about-an-axis-passing-through-the-centre-text-o-and-perpendicular-to-the-plane-of-the-plate-is-1-text-i-1-text-i-2-2-te https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2Njk-the-centre-of-a-wheel-rolling-on-a-plane-surface-moves-with-a-speed-v-0-a-particle-on-the-rim-of-the-wheel-at-the-same-level-as-the-centre-will-be-moving-at-speed-1-zero-2-v-0-3-sqrt-2-v-0-4-2v-0-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NzE-moment-of-inertia-of-a-uniform-cylinder-of-mass-m-radius-r-and-length-l-about-an-axis-passing-through-its-center-and-normal-to-its-axis-would-be-1-ml212-2-mr22-3-ml212-r24-4-ml212-r22-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NzI-a-particle-moves-along-a-circle-of-radius-20-960-m-with-constant-tangential-acceleration-if-the-velocity-of-the-particle-is-80-m-s-at-the-end-of-the-second-revolution-after-motion-has-begin-the-tangen https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NzM-if-the-radius-of-the-earth-is-suddenly-contracted-to-half-of-its-present-value-then-the-duration-of-the-day-will-be-of-1-6-hours-2-12-hours-3-18-hours-4-24-hours-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NzQ-a-wheel-has-angular-acceleration-of-3-0-rad-sec2-and-an-initial-angular-speed-of-2-00-rad-sec-in-a-time-of-2-sec-it-has-rotated-through-an-angle-in-radian-of-1-10-2-12-3-4-4-6-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2NzY-if-a-force-acts-on-a-body-at-a-point-away-from-the-centre-of-mass-then-1-linear-acceleration-changes-2-angular-acceleration-changes-3-both-change-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2Nzc-if-the-linear-density-of-a-rod-of-length-3-text-m-varies-as-lambda-2-x-then-the-position-of-the-centre-of-mass-of-the-rod-is-at-a-distance-of-1-dfrac-7-3-text-m-2-dfrac-10-7-text-m-3-dfrac-12-7-text-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2Nzk-a-sphere-can-not-roll-on-1-a-smooth-horizontal-surface-2-a-rough-horizontal-surface-3-a-smooth-inclined-surface-4-a-rough-inclined-surface-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2ODA-two-balls-are-thrown-simultaneously-in-the-air-the-acceleration-of-the-centre-of-mass-of-the-two-balls-while-in-the-air-1-depends-on-the-direction-of-the-motion-of-the-balls-2-depends-on-the-masses-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2ODE-a-cord-is-wound-round-the-circumference-of-wheel-of-radius-r-the-axis-of-the-wheel-is-horizotal-and-moment-of-inertia-about-it-is-i-a-weight-mg-is-attached-to-the-end-of-the-cord-and-falls-from-rest-a https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2ODQ-if-a-person-standing-on-a-rotating-disc-stretches-out-his-hands-the-angular-speed-will-1-increase-2-decrease-3-remain-same-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2ODc-if-the-earth-were-to-suddenly-contract-to-1nth-of-its-present-size-without-any-change-in-its-mass-the-duration-of-the-new-day-will-be-nearly-1-24-n-hours-2-24-n-hours-3-24-n2-hours-4-24-n2-hours-1-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2OTE-a-sqaure-lamina-is-as-shown-in-figure-the-moment-of-inertia-of-the-frame-about-the-three-axes-shown-in-figure-are-i1-i2andi3-respectively-select-the-correct-alternative-1-i2-i3-i1-2-i1-i2-i3-3-i2-i3-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2OTU-a-particle-performs-uniform-circular-motion-with-an-angular-momentum-l-if-the-frequency-of-the-particle-motion-is-double-the-angular-momentum-becomes-1-2l-2-4l-3-l2-4-l4-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2OTY-in-figure-a-a-meter-stick-half-of-which-is-wood-and-the-other-half-steel-is-pivoted-at-the-wooden-end-at-o-and-a-force-f-is-applied-to-the-steel-end-a-in-figure-b-the-stick-is-pivoted-at-the-steel-eid https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI2OTg-a-20-kg-solid-disc-rolls-on-a-horizontal-surface-at-the-rate-of-4-ms-1-its-total-kinetic-energy-is-1-60-j-2-120-j-3-240-j-4-80-j-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MDE-from-a-uniform-square-plate-of-side-a-and-mass-m-a-square-portion-defg-of-side-frac-a-2-is-removed-then-the-moment-of-inertia-of-the-remaining-portion-about-the-axis-ab-is-1-dfrac-7ma-2-16-2-dfrac-3ma https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MDM-the-centre-of-the-mass-of-3-particles-10-text-kg-20-text-kg-and-30-text-kg-is-at-0-0-0-where-should-a-particle-with-a-mass-of-40-text-kg-be-placed-so-that-its-combined-centre-of-mass-is-3-3-3-1-0-0-0 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MDQ-the-position-of-a-particle-is-given-by-vec-r-hat-i-2-hat-j-hat-k-and-momentum-vec-p-3-hat-i-4-hat-j-2-hat-k-the-angular-momentum-is-perpendicular-to-1-x-axis-2-y-axis-3-z-axis-4-line-at-equal-angles-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MDU-a-body-falling-vertically-downward-under-gravity-breaks-into-two-parts-of-unequal-masses-the-center-of-mass-of-the-parts-taken-together-shifts-horizontally-towards-1-heavier-piece-2-lighter-piece-3-do https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MDY-a-particle-of-mass-m-moves-along-line-pc-with-velocity-v-as-shown-what-is-the-angular-momentum-of-the-particle-about-o-1-text-mvl-2-mvl-3-mvr-4-0-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MDc-a-solid-sphere-disc-and-solid-cylinder-all-of-the-same-mass-and-made-up-of-the-same-material-are-allowed-to-roll-down-from-rest-on-an-inclined-plane-then-1-solid-sphere-reaches-the-bottom-first-2-soli https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MTA-a-cylinder-of-500-text-g-and-radius-10-text-cm-has-moment-of-inertia-about-its-natural-axis-1-2-5-times-10-3-text-kg-m-2-2-2-times-10-3-text-kg-m-2-3-5-times-10-3-text-kg-m-2-4-3-5-times-10-3-text-kg https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MTQ-two-rings-of-the-same-radius-and-mass-are-placed-such-that-their-centers-are-at-a-common-point-and-their-planes-are-perpendicular-to-each-other-the-moment-of-inertia-of-the-system-about-an-axis-passin https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MTc-a-wheel-comprises-of-a-ring-of-radius-r-and-mass-m-and-three-spokes-of-mass-m-each-the-moment-of-inertia-of-the-wheel-about-its-axis-is-1-left-m-frac-m-4-right-r-2-2-left-m-m-right-r-2-3-left-m-3-m-ri https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MTg-the-angular-velocity-of-a-body-changes-from-125-rev-sec-to-1-rev-sec-without-applying-any-torque-the-ratio-of-its-radius-of-gyration-in-two-situations-is-1-5-1-2-1-5-3-1-25-4-25-1-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MjE-a-solid-cylinder-and-a-solid-sphere-both-having-the-same-mass-and-radius-are-released-from-a-rough-inclined-plane-both-roll-without-slipping-then-1-the-force-of-friction-that-acts-on-the-two-is-the-sa https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MjM-a-homogeneous-disc-of-mass-2-kg-and-radius-15-cm-is-rotating-about-its-axis-which-is-fixed-with-an-angular-velocity-of-4-rad-sec-the-linear-momentum-of-the-disc-is-1-1-2-kg-m-sec-2-1-0-kg-m-sec-3-0-6 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MjQ-a-rigid-body-rotates-about-a-fixed-axis-with-a-variable-angular-velocity-equal-to-alpha-beta-t-at-the-time-t-where-alpha-beta-are-constants-the-angle-through-which-it-rotates-before-it-stops-is-1-frac https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MjY-for-the-uniform-t-shaped-structure-with-mass-3-text-m-the-moment-of-inertia-about-an-axis-normal-to-the-plane-and-passing-through-o-would-be-1-2-over-3-text-mi-2-2-text-mi-2-3-mi-2-over-3-4-none-of-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3Mjc-the-moment-of-inertia-of-a-disc-about-its-own-axis-is-i-its-moment-of-inertia-about-a-tangential-axis-in-its-plane-is-1-frac-5-2-i-2-3i-3-frac-3-2-i-4-4i-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3Mjk-a-rigid-body-rotates-with-an-angular-momentum-l-if-its-rotational-kinetic-energy-is-made-4-times-its-angular-momentum-will-become-1-4l-2-16l-3-2l-4-2l-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MzA-four-particles-of-mass-m-1-2m-m-2-4m-m-3-m-and-m-4-are-placed-at-the-four-corners-of-a-square-what-should-be-the-value-of-m-4-so-that-the-centre-of-mass-of-all-the-four-particles-is-exactly-at-the-cen https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MzE-angular-momentum-of-a-body-is-defined-as-the-product-of-1-mass-and-angular-velocity-2-centripetal-force-and-radius-3-linear-velocity-and-angular-velocity-4-moment-of-inertia-and-angular-velocity-1-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MzI-two-masses-m-1-text-and-m-2-m-1-m-2-are-connected-to-the-ends-of-massless-rope-and-allowed-to-move-as-shown-in-the-figure-the-acceleration-of-the-centre-of-mass-assuming-pulley-is-massless-and-frictio https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MzQ-the-speed-of-a-uniform-spherical-shell-after-rolling-down-an-inclined-plane-of-vertical-height-h-from-rest-is-1-sqrt-frac-10-g-h-7-2-sqrt-frac-6-g-h-5-3-sqrt-frac-4-g-h-5-4-sqrt-2-g-h-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3MzY-a-uniform-rod-of-mass-m-is-bent-into-the-form-of-a-semicircle-of-radius-r-the-moment-of-inertia-of-the-rod-about-an-axis-passing-thorugh-a-and-perpendicular-to-the-plane-of-paper-is-1-23mr2-2-mr2-3-2m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3Mzg-a-thin-circular-ring-of-mass-m-and-radius-r-is-rotating-about-its-axis-with-a-constant-angular-velocity-969-four-objects-each-of-mass-m-are-kept-gently-to-the-opposite-ends-of-two-perpendicular-diamet https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3Mzk-let-g-be-acceleration-due-to-gravity-on-the-surface-of-earth-and-t-be-the-rotational-kinetic-energy-of-the-earth-suppose-the-earth-s-radius-decreases-by-2-keeping-all-other-quantities-same-even-omega https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NDE-the-angular-momentum-of-a-system-of-particles-is-conserved-1-when-no-external-force-acts-upon-the-system-2-when-no-external-torque-acts-upon-the-system-3-when-no-external-impulse-acts-upon-the-system https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NDI-one-hollow-and-one-solid-cylinder-of-the-same-radius-roll-down-on-a-smooth-inclined-plane-then-the-foot-of-the-inclined-plane-is-reached-by-1-solid-cylinder-earlier-2-hollow-cylinder-earlier-3-simulta https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NDU-abc-is-an-equilateral-triangle-with-o-as-its-cente-f-rarr-1-f2-rarr-andf3-rarr-represent-three-forces-acting-along-the-sides-ab-bc-and-ac-respectively-if-the-total-torque-about-o-is-zero-then-the-magn https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NDY-a-circular-platform-is-mounted-a-frictionless-vertical-axle-its-radius-r-2-text-m-and-moment-of-inertia-about-the-axle-are-200-text-kgm-2-it-is-initially-at-rest-a-50-text-kg-man-on-the-edge-of-the-pl https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NTI-the-motor-of-an-engine-is-rotating-about-its-axis-with-an-angular-velocity-of-100-rpm-it-comes-to-rest-is-15-s-after-being-switched-off-assuming-constant-angular-deceleration-what-are-the-numbers-of-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NTM-iffbeaforceactingonaparticlehavingthepositionvectorrand-964-bethetorqueoftheforceabouttheorigin-then-a-r-964-0andf-964-0-b-r-964-0andf-964-8800-0-c-r-964-8800-0andf-964-8800-0-d-r-964-8800-0andf-964-0 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NTQ-a-t-joint-is-formed-by-two-identical-rods-a-and-b-each-of-mass-m-and-length-l-in-the-xy-plane-as-shown-its-moment-of-inertia-about-axis-passing-through-a-and-perpendicular-to-the-plane-of-the-joint-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NTk-a-hollow-sphere-of-diameter-0-2-m-and-mass-2-kg-is-rolling-on-an-inclined-plane-with-velocity-v-0-5-m-s-the-kinetic-energy-of-the-sphere-is-1-0-1-j-2-0-3-j-3-0-5-j-4-0-42-j-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NjA-a-man-of-the-mass-m-stands-at-one-end-of-a-plank-of-length-l-which-lies-at-rest-on-a-frictionless-surface-the-man-walks-to-the-other-end-of-the-plank-if-the-mass-of-the-plank-is-m3-the-distance-that-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NjI-ratio-of-total-kinetic-energy-and-rotational-kinetic-energy-in-the-motion-of-a-disc-is-1-1-1-2-2-7-3-1-2-4-3-1-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NjQ-a-cylinder-is-rolling-over-a-surface-which-points-on-it-move-rectilinearly-1-all-points-on-the-curved-surface-of-the-cylinder-2-all-points-on-the-flat-surfaces-of-the-cylinder-3-all-points-on-the-axis https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NjU-a-uniform-rod-ab-of-length-l-and-mass-m-is-free-to-rotate-about-point-a-the-rod-is-released-from-rest-in-horizontal-position-given-that-the-moment-of-inerita-of-the-rod-about-a-is-ml23-the-initial-ang https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3Njk-a-round-disc-of-the-moment-of-inertia-l2-about-its-axis-perpendicular-to-its-plane-and-passing-through-its-center-is-placed-over-another-disc-of-the-moment-of-inertial-l1-rotating-with-an-angular-velo https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NzA-a-light-cord-is-wrapped-around-the-rim-of-the-wheel-disc-of-radius-r-and-a-steady-downward-pull-f-is-exerted-on-the-cord-then-the-angular-acceleration-of-the-wheel-is-1-fmr-2-2fm-3-2fmr-4-m2f-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NzE-which-of-the-following-will-not-be-affected-if-the-radius-of-the-sphere-is-increased-while-keeping-mass-constant-1-moment-of-inertia-2-angular-momentum-3-angular-velocity-4-rotational-kinetic-energy-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NzI-a-particle-of-mass-5-g-is-moving-with-a-uniform-speed-of-32cm-s-in-the-x-y-plane-along-the-line-y-25cm-the-magnitude-of-its-angular-momentum-about-the-origin-in-g-cm2-s-is-1-0-2-30-3-302-4-3010-1-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NzQ-a-mass-m-is-supported-by-a-massless-string-wound-round-a-uniform-cylinder-of-mass-m-and-radius-r-on-releasing-the-mass-from-rest-it-will-fall-with-an-acceleration-assuming-no-slipping-1-g3-2-g2-3-2g3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NzU-a-closed-tube-partly-filled-with-water-lies-in-a-horizontal-plane-if-the-tube-is-rotated-about-perpendicular-bisector-the-moment-of-inertia-of-the-system-1-increases-2-decreases-3-remains-constant-4-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3NzY-a-disc-is-rotating-with-an-angular-speed-of-m-if-a-child-sits-on-it-which-of-the-following-is-conserved-1-kinetic-energy-2-potential-energy-3-linear-momentum-4-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3Nzk-a-particle-moves-in-a-force-field-given-by-f-8594-r-fr-where-r-is-the-unit-vector-along-with-the-position-vector-r-8594-then-which-is-true-1-the-torque-acting-on-the-particle-is-not-zero-2-the-torque https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3ODM-four-masses-are-fixed-on-a-massless-rod-as-shown-in-the-figure-the-moment-of-inertia-about-the-axis-p-is-about-1-2-kg-meter2-2-1-kg-meter2-3-0-5-kg-meter2-4-0-3-kg-meter2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3ODQ-a-circular-plate-of-diameter-d-is-kept-in-contact-with-a-square-plate-of-an-edge-as-shown-in-the-figure-the-density-of-the-material-and-the-thickness-are-the-same-everywhere-the-center-of-mass-of-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3ODY-a-small-disc-of-radius-2-cm-is-cut-from-a-disc-of-radius-6-cm-if-the-distance-between-their-centres-is-3-2-cm-what-is-the-shift-in-the-centre-of-mass-of-the-disc-1-xa0-0-4-cm-2-xa0-2-4-cm-3-xa0-1-8-cm https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3ODg-from-a-circular-disc-of-radius-r-a-square-is-cut-out-with-a-radius-as-its-diagonal-the-distance-of-the-centre-of-mass-of-the-remainder-from-the-centre-of-the-disc-is-1-frac-r-4-pi-2-2-frac-r-2-pi-3-fr https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3ODk-a-particle-of-mass-m-moves-along-line-pc-with-velocity-v-as-shown-what-is-the-angular-momentum-of-the-particle-about-p-1-mvl-2-mvl-3-mvr-4-zero-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3OTA-two-bodies-with-moment-of-inertia-i1andi2-i1-62-i2-and-have-equal-angular-momenta-if-ke-of-rotation-are-e1ande2-then-1-e1-e2-2-e1-62-e2-3-e1-60-e2-4-e1-8805-e2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3OTQ-three-indentical-spheres-each-of-mass-1-kg-are-kept-as-shown-in-figure-touching-each-other-with-their-centres-on-a-straight-line-if-their-centres-are-marked-p-q-r-respectively-the-distance-of-centre-o https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3OTU-two-particles-of-equal-mass-have-coordinates-2-text-m-4-text-m-6-text-m-and-6-text-m-2-text-m-8-text-m-of-these-one-particle-has-velocity-v-1-2-hat-i-text-m-s-and-another-particle-has-velocity-v-2-2-h https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3OTc-the-m-i-of-a-body-about-the-given-axis-is-1-2-kg-x-m2-initially-the-body-at-rest-in-order-to-the-rotational-kinetic-energy-of-1500-j-the-angular-acceleration-of-25-rad-sec2-must-be-about-that-axis-for https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3OTg-a-loop-rolls-down-on-the-inclined-plane-the-fraction-of-its-total-kinetic-energy-that-is-associated-with-rotational-motion-is-1-1-over-2-2-1-over-3-3-3-over-2-4-2-over-3-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MTI3OTk-a-ball-kept-in-a-closed-box-moves-in-the-box-making-collisions-with-the-walls-the-box-is-kept-on-a-smooth-surface-the-velocity-of-the-centre-of-mass-1-of-the-box-remains-constant-2-of-the-box-plus-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjUyNDY-two-solid-cylinders-p-and-q-of-same-mass-and-same-radius-start-rolling-down-a-fixed-inclined-plane-from-the-same-height-at-the-same-time-cylinder-p-has-most-of-its-mass-concentrated-near-its-surface-w https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjUyNDg-a-solid-sphere-is-rolling-on-a-frictionless-surface-shown-in-figure-with-a-translational-velocity-v-m-s-if-sphere-climbs-up-to-height-h-then-value-of-v-should-be-1-ge-107gh-2-ge-2gh-3-2gh-4-107gh-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU1MTQ-a-projectile-is-fired-at-angle-952-with-horizontal-with-initial-speed-u-if-it-breaks-into-two-halves-such-that-one-half-retraces-its-path-then-the-distance-of-hitting-point-of-the-other-half-from-star https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU1MTU-the-value-of-m-as-shown-for-which-the-rod-will-be-in-equilibrium-is-rod-is-massless-1-1-kg-2-2-kg-3-4-kg-4-6-kg-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU1MTY-the-minimum-coefficient-of-friction-for-a-solid-sphere-to-roll-without-slipping-on-an-inclined-plane-of-inclination-45-176-is-1-2-7-2-1-3-3-1-2-4-2-5-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU1MTc-a-wheel-is-rolling-along-a-horizontal-ground-with-a-speed-o-10-m-s-the-magnitude-of-the-velocity-of-the-points-at-the-extremities-of-the-horizontal-diameter-of-the-wheel-is-equal-to-1-210m-s-2-10-m-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU4NzQ-abodyofmassmisprojectedatavelocityv0-withanangleofprojection-952-angularmomentum-lofbodyaftertimetw-r-tooriginisproportionalto-1-l-8733-t2-l-8733-t2-3-l-8733-t04-l-8733-t-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU4NzU-a-mass-m-is-moving-with-constant-velocity-parallel-to-the-x-axis-its-angular-momentum-with-respect-to-origin-is-1-zero-2-remains-constant-3-goes-on-increasing-4-goes-on-decreasing-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU4Nzc-if-i-is-the-moment-of-inertia-of-a-solid-sphere-about-an-axis-parallel-to-diameter-of-a-shpere-and-at-a-distance-x-from-it-which-of-the-following-graph-represents-the-variation-of-i-with-x-1-2-3-4-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU4Nzg-a-particle-is-rotating-under-the-central-force-in-which-one-of-the-following-quantities-is-constant-1-torque-2-angular-momentum-3-linear-momentum-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU4Nzk-a-small-object-of-uniform-density-rolls-up-a-curved-surface-with-an-initial-velocity-v-it-is-reached-upto-a-maximum-height-of-frac-3v-2-4g-with-respect-to-the-initial-position-the-object-is-1-ring-2-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU4ODA-a-point-is-at-x-y-z-what-is-its-moment-of-inertia-about-x-axis-1-mx2-y2-z2-2-mx2-y2-3-my2-z2-4-mx2-z2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU4OTU-the-disc-is-placed-on-the-rough-horizontal-surface-given-only-angular-velocity-969-0-the-velocity-of-the-centre-of-mass-when-it-starts-pure-rolling-is-1-969-0r2-2-969-0r3-3-969-0r4-4-969-0r6-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjU5MzU-a-force-2n-is-along-line-y-3x-4-the-torque-about-the-origin-is-1-510nm-2-710nm-3-610nm-4-810nm-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjcyNDg-a-uniform-bar-of-length-6a-and-mass-8m-lies-on-a-smooth-horizontal-table-two-point-masses-m-and-2m-moving-in-the-same-horizontal-plane-with-speeds-2v-and-v-respectively-strike-the-bar-as-shown-below-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjcyNzA-a-uniform-thin-rod-is-bent-in-the-form-of-closed-loop-abcdefa-as-shown-in-the-figure-the-ratio-of-inertia-of-the-loop-about-x-axis-to-that-about-y-axis-is-1-1-2-1-3-1-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MjcyNzE-four-spheres-of-diameter-2a-and-mass-m-are-placed-with-their-centres-on-the-four-corners-of-a-square-of-side-b-then-the-moment-of-inertia-of-the-system-about-an-axis-about-one-of-the-sides-of-the-squa https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MzAwMDg-a-body-of-mass-m-slides-down-an-incline-and-reaches-the-bottom-with-a-velocity-v-if-the-same-mass-were-in-the-form-of-a-ring-which-rolls-down-this-incline-the-velocity-of-the-ring-at-bottom-would-have https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MzAzMTk-a-rod-is-released-at-an-angle-45-circ-to-the-horizontal-as-shown-if-its-length-is-l-its-angular-acceleration-about-its-foot-at-the-ground-is-initially-1-frac-3g-2l-2-frac-3g-sqrt-2-l-3-frac-3g-2-sqrt https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MzAzOTE-the-moment-of-inertia-of-pulley-is-i-and-its-radius-is-r-the-string-doesn-t-slips-on-the-pulley-as-system-is-released-the-acceleration-of-the-system-is-1-g3-imr2-2-g1-imr2-3-3g1-imr2-4-3g2-imr2-1-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MzQ2Nzc-in-uniform-circular-motion-1-both-the-angular-velocity-and-the-angular-momentum-vary-2-the-angular-velocity-varies-but-the-angular-momentum-remains-constant-3-both-the-angular-velocity-and-the-angular https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246MzQ2ODg-a-wheel-is-subjected-to-uniform-angular-acceleration-about-its-axis-initially-its-angular-velocity-is-zero-in-the-first-2-s-it-rotates-through-an-angle-theta-1-in-the-next-2-s-it-rotates-through-an-ad https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246Mzg0MDk-a-particle-of-mass-m-moving-with-velocity-u-makes-an-elastic-one-dimensional-collision-with-a-stationary-particle-of-mass-m-they-are-in-contact-for-a-very-short-time-t-their-force-of-interaction-incre https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246Mzg0MTQ-a-force-of-50-dynes-is-acted-on-a-body-of-mass-5-g-which-acts-for-an-interval-of-3-seconds-then-impulse-is-1-0-15-times-10-ndash-3-n-s-2-0-98-times-10-ndash-3-n-s-3-1-5-times-10-ndash-3-n-s-4-2-5-time https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NDIyNTk-in-an-explosion-a-body-breaks-up-into-two-pieces-of-unequal-masses-in-this-1-both-parts-will-have-numerically-equal-momentum-2-lighter-part-will-have-more-momentum-3-heavier-part-will-have-more-moment https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NDIyODE-two-bodies-of-masses-m1-and-m2-have-equal-kinetic-energies-if-p1-and-p2-are-their-respective-momentum-then-ratio-p1-p2-is-equal-to-1-m1-m2-2-m2-m1-3-m1-m2-4-m12-m22-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NDIyODM-a-light-and-a-heavy-body-have-equal-momenta-which-one-has-greater-k-e-1-the-light-body-2-the-heavy-body-3-the-k-e-are-equal-4-data-is-incomplete-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NDIyODc-if-the-k-e-of-a-body-is-increased-by-300-its-momentum-will-increase-by-1-100-2-150-3-300-4-175-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NDIyODg-a-light-and-a-heavy-body-have-equal-kinetic-energy-which-one-has-a-greater-momentum-1-the-light-body-2-the-heavy-body-3-both-have-equal-momentum-4-it-is-not-possible-to-say-anything-without-additional https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NDIyOTU-two-bodies-with-kinetic-energies-in-the-ratio-of-4-1-are-moving-with-equal-linear-momentum-the-ratio-of-their-masses-is-1-1-2-2-1-1-3-4-1-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEwMDc-a-rope-is-wound-around-a-hollow-cylinder-of-mass-3-kg-and-radius-40cm-what-is-the-angular-acceleration-of-the-cylinder-if-the-rope-is-pulled-with-a-force-of-30-n-1-25m-s2-2-0-25-rad-s2-3-25-rad-s2-4-5 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEwMzI-two-discs-of-same-moment-of-inertia-rotating-about-their-regular-axis-passing-through-centre-and-perpendicular-to-the-plane-of-disc-with-angular-velocities-omega-1and-omega-2-they-are-brought-into-con https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEwNDY-two-rotating-bodies-a-and-b-of-masses-m-and-2m-with-moments-of-inertia-i-a-and-i-b-i-b-i-a-have-equal-kinetic-energy-of-rotation-if-l-a-and-l-b-be-their-angular-momenta-respectively-then-1-l-a-frac-l https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEwNDc-a-solid-sphere-of-mass-m-and-radius-r-is-rotating-about-its-diameter-a-soild-cyclinder-of-the-same-mass-and-same-radius-is-also-rotating-about-its-geometrical-axis-with-an-angular-speed-twice-that-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEwNDg-a-light-rod-of-length-l-has-two-masses-m1andm2-attached-to-its-two-ends-the-moment-of-inertia-of-the-system-about-an-axis-perpendicular-to-the-rod-and-passing-through-the-centre-of-mass-is-1-m1m2m1-m2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTExMDE-from-a-disc-of-radius-r-and-mass-m-a-circular-hole-of-diameter-r-whose-rim-passes-through-the-centre-is-cut-what-is-the-moment-of-inertia-of-the-remaining-part-of-the-disc-about-a-perpendicular-axis-p https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTExMzc-a-rod-of-weight-w-is-supported-by-two-parallel-knife-edges-a-and-b-and-is-in-equilibrium-in-a-horizontal-position-the-knives-are-at-a-distance-d-from-each-other-the-centre-of-mass-of-the-rod-is-at-dis https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEyMDU-a-force-vec-f-alpha-hat-i-3-hat-j-6-hat-k-is-acting-at-a-point-vec-r-2-hat-i-6-hat-j-12-hat-k-the-value-of-alpha-for-which-angular-momentum-is-conserved-about-the-origin-is-1-1-2-2-3-zero-4-1-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEyMTU-an-automobile-moves-on-a-road-with-a-speed-of-54-km-h-1-the-radius-of-its-wheels-is-0-45-m-and-the-moment-of-inertia-of-the-wheel-about-its-axis-of-rotation-is-3-kg-m2-if-the-vehicle-is-brought-to-res https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEyMjQ-a-solid-cylinder-of-mass-50-kg-and-radius-0-5-m-is-free-to-rotate-about-the-horizontal-axis-a-massless-string-is-wound-round-the-cylinder-with-one-end-attached-to-it-and-other-hanging-freely-tension-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEyMjU-the-ratio-of-the-accelerations-for-a-solid-sphere-mass-m-and-radius-r-rolling-down-an-incline-of-angle-theta-without-slipping-and-slipping-down-the-incline-without-rolling-is-1-5-7-2-2-3-3-2-5-4-7-5-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEyNjg-a-rod-pq-of-mass-m-and-length-l-is-hinged-at-end-p-the-rod-is-kept-horizontal-by-a-muscle-string-tied-to-point-q-as-shown-in-the-figure-when-the-string-is-cut-the-initial-angular-acceleration-of-the-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEzMTA-when-a-mass-is-rotating-in-a-plane-about-a-fixed-point-its-angular-momentum-is-directed-along-1-a-line-perpendicular-to-the-plane-of-rotation-2-the-line-making-an-angle-of-45-deg-to-the-plane-of-rotat https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEzMjQ-two-persons-of-mass-55-kg-and-65-kg-respectively-are-at-the-opposite-ends-of-a-boat-the-length-of-the-boat-is-3-0m-and-weighs-100-kg-the-55-kg-man-walks-up-to-the-65-kg-man-and-sits-with-him-if-the-bo https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEzNjE-the-moment-of-inertia-of-a-uniform-circular-disc-is-maximum-about-an-axis-perpendicular-to-the-disc-and-passing-through-1-b-2-c-3-d-4-a-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEzNjI-three-masses-are-placed-on-the-x-axis-300-g-at-the-origin-500-g-at-x-40-cm-and-400-g-at-x-70-cm-the-distance-of-the-center-of-mass-from-the-origin-is-1-40-cm-2-45-cm-3-50-cm-4-30-cm-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTEzOTk-the-moment-of-inertia-of-a-thin-uniform-rod-of-mass-m-and-length-l-about-an-axis-passing-through-its-mid-point-and-perpendicular-to-its-length-is-i0-its-moment-of-inertia-about-an-axis-passing-through https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTE1OTU-a-circular-disk-of-moment-of-inertia-it-is-rotating-in-a-horizontal-plane-about-its-symmetry-axis-with-a-constant-angular-speed-969-i-another-disk-of-moment-of-inertia-ib-is-dropped-coaxially-onto-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTE2MjU-a-man-of-50-kg-mass-is-standing-in-a-gravity-free-space-at-a-height-of-10m-above-the-floor-he-throws-a-stone-of-0-5-kg-mass-downwards-with-a-speed-2ms-1-when-the-stone-reaches-the-floor-the-distance-o https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTE2NTU-from-a-circular-disc-of-radius-r-and-mass-9m-a-small-disc-of-mass-m-and-radius-r3-is-removed-concentrically-the-moment-of-inertia-of-the-remaining-disc-about-an-axis-perpendicular-to-the-plane-of-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTE2ODU-if-f-rarr-is-the-force-acting-on-a-particle-having-position-vector-r-rarr-and-tau-rarr-be-the-torque-of-this-force-about-the-origin-then-1-r-rarr-tau-rarr-ne-0andf-rarr-tau-rarr-0-2-r-rarr-tau-rarr-0a https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTE2OTc-two-bodies-of-mass-1kg-and-3kg-have-position-vectors-i-2j-k-and-3i-2j-k-respectively-the-centre-of-mass-of-this-system-has-a-position-vector-1-2i-2k-2-2i-j-k-3-2i-j-2k-4-i-j-k-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTE3MTc-four-identical-thin-rods-each-of-mass-m-and-length-t-form-a-square-frame-moment-of-inertia-of-this-frame-about-an-axis-through-the-centre-of-the-square-and-perpendicular-to-its-plane-is-1-43mt2-2-23mt https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTE3NjI-a-thin-rod-of-length-l-and-mass-m-is-bent-at-its-midpoint-into-two-halves-so-that-the-angle-between-them-is-90-deg-the-moment-of-inertia-of-the-bent-rod-about-an-axis-passing-through-the-bending-point https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246ODg5MzA-three-objects-a-a-solid-sphere-b-a-thin-circular-disk-and-c-a-circular-ring-each-have-the-same-mass-m-and-radius-r-they-all-spin-with-the-same-angular-speed-about-their-own-symmetry-axes-the-amount-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246ODkwMDg-which-of-the-following-statements-are-correct-a-centre-of-mass-of-a-body-always-coincides-with-the-centre-of-gravity-of-the-body-b-centre-of-gravity-of-a-body-is-the-point-about-which-the-total-gravit https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246ODkwNTI-the-moment-of-the-force-overset-rightarrow-f-4-hat-i-5-hat-j-6-hat-k-at-point-2-0-3-about-the-point-2-2-2-is-given-by-1-8-hat-i-4-hat-j-7-hat-k-2-4-hat-i-hat-j-8-hat-k-3-7-hat-i-8-hat-j-4-hat-k-4-7-ha https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246ODkxMTY-a-solid-sphere-is-in-rolling-motion-in-rolling-motion-a-body-possesses-translational-kinetic-energy-kt-as-well-as-rotational-kinetic-energy-kr-simultaneously-the-ratio-kt-kt-kr-for-the-sphere-will-be https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTAxNDI-a-uniform-circular-disc-of-radius-50-text-cm-at-rest-is-free-to-turn-about-an-axis-that-is-perpendicular-to-its-plane-and-passes-through-its-centre-it-is-subjected-to-a-torque-that-produces-a-constant https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTA3Mjc-a-mass-m-moves-in-a-circle-on-a-smooth-horizontal-plane-with-velocity-v-0-at-a-radius-r-0-the-mass-is-attached-to-a-string-that-passes-through-a-smooth-hole-in-the-plane-as-shown-in-the-figure-the-ten https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTA3Mjk-three-identical-spherical-shells-each-of-mass-m-and-radius-r-are-placed-as-shown-in-the-figure-consider-an-axis-xx-which-is-touching-two-shells-and-passing-through-the-diameter-of-the-third-shell-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTIxMTY-a-solid-cylinder-of-mass-3-kg-is-rolling-on-a-horizontal-surface-with-a-velocity-of-4-ms-1-it-collides-with-a-horizontal-spring-of-force-constant-200-nm-1-the-maximum-compression-produced-in-the-sprin https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTI1NTE-two-particles-that-are-initially-at-rest-move-towards-each-other-under-the-action-of-their-mutual-attraction-if-their-speeds-are-v-and-2v-at-any-instant-then-the-speed-of-the-centre-of-mass-of-the-sys https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTI5MDg-if-vec-f-is-the-force-acting-on-a-particle-having-position-vector-vec-r-and-vec-tau-be-the-torque-of-this-force-about-the-origin-then-1-vec-r-cdot-vec-tau-neq0-text-and-vec-f-cdot-vec-tau-0-2-vec-r-cd https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTMyNzA-the-ratio-of-the-radii-of-gyration-of-a-circular-disc-to-that-of-a-circular-ring-each-of-the-same-mass-and-radius-around-their-respective-axes-is-1-sqrt-3-sqrt-2-2-1-sqrt-2-3-sqrt-2-1-4-sqrt-2-sqrt-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTM5Njc-the-moment-of-inertia-of-a-uniform-circular-disc-of-radius-r-and-mass-m-about-an-axis-touching-the-disc-at-its-diameter-and-normal-to-the-disc-is-1-mr2-2-25mr2-3-32mr2-4-12mr2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTU1NTM-a-solid-cylinder-of-mass-2-text-kg-and-radius-4-text-cm-is-rotating-about-its-axis-at-the-rate-of-3-text-rpm-the-torque-required-to-stop-after-2-pi-revolutions-is-1-2-times-10-6-text-n-m-2-2-times-10 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTU1NzQ-a-disc-of-radius-2-text-m-and-mass-100-text-kg-rolls-on-a-horizontal-floor-its-centre-of-mass-has-a-speed-of-20-text-cm-s-how-much-work-is-needed-to-stop-it-1-1-text-j-2-3-text-j-3-30-text-j-4-2-text https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTAwMTc5-the-angular-displacement-952-of-the-blades-of-a-ceiling-fan-when-the-fan-is-switched-on-at-t-0-is-shown-in-figure-the-average-angular-velocity-of-the-fan-blades-during-the-first-8-seconds-will-be-1-40 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTMxMzcz-two-balls-of-mass-m-9-g-and-m-3-g-are-attached-by-massless-threads-ao-and-ob-the-length-ab-is-1-m-they-are-set-in-rotational-motion-in-a-horizontal-plane-about-a-vertical-axis-at-o-with-constant-angul https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTMxNjcy-a-particle-starting-from-rest-moves-in-a-circle-of-radius-r-it-attains-a-velocity-of-v-0-text-m-s-on-completion-of-n-rounds-its-angular-acceleration-will-be-1-dfrac-v-0-n-text-rad-text-s-2-2-dfrac-v-0 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTMxNzIx-a-solid-cylinder-of-mass-2-kg-and-radius-50-cm-rolls-up-an-inclined-plane-of-angle-of-inclination-30-deg-the-centre-of-mass-of-the-cylinder-has-a-speed-of-4-m-s-the-distance-travelled-by-the-cylinder https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTUzNzkw-internal-forces-cannot-change-1-the-kinetic-energy-of-a-system-2-the-mechanical-energy-of-a-system-3-the-momentum-of-a-system-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTU0Mjky-the-masses-m1andm2withm1-60-m2-are-connected-to-the-two-ends-of-a-compressed-spring-now-when-the-masses-are-released-on-a-smooth-surface-they-will-move-away-with-1-the-same-magnitude-of-the-force-2-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyODU3-four-masses-are-joined-to-light-circular-frames-as-shown-in-the-figure-the-radius-of-gyration-of-this-system-about-an-axis-passing-through-the-center-of-the-circular-frame-and-perpendicular-to-its-pla https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyODY1-a-disc-of-mass-m-and-radius-r-starts-falling-down-as-shown-in-the-figure-the-string-unwinds-without-slipping-on-the-disc-the-instantaneous-power-developed-by-the-tension-is-1-t-times-r-omega-2-t-times https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyOTMy-the-rotational-analouge-of-equation-f-dfrac-mdv-dt-is-1-tau-dfrac-dl-dt-2-tau-i-dfrac-d-omega-dt-3-tau-i-dfrac-di-dt-omega-4-tau-i-dfrac-d-omega-dt-frac-di-dt-omega-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY3OTM4-when-a-projectile-of-mass-2-kg-is-projected-from-the-top-of-a-tower-of-height-20-m-with-velocity-10-m-s-in-the-horizontal-direction-then-angular-momentum-about-the-lowermost-point-of-the-tower-when-it https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTg1NDYw-two-particles-of-mass-5-text-kg-and-10-text-kg-respectively-are-attached-to-the-two-ends-of-a-rigid-rod-of-length-1-text-m-with-negligible-mass-the-centre-of-mass-of-the-system-from-the-5-text-kg-part https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTg1NDY2-what-would-be-the-torque-about-the-origin-when-a-force-3-hat-j-text-n-acts-on-a-particle-whose-position-vector-is-2-hat-k-text-m-1-6-hat-j-text-n-m-2-6-hat-i-text-n-m-3-6-hat-k-text-n-m-4-6-hat-i-text https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk1MDg1-the-angular-speed-of-the-wheel-of-a-vehicle-is-increased-from-360-rpm-to-1200-rpm-in-14-seconds-its-angular-acceleration-is-1-2-pi-rad-s-2-2-28-pi-rad-s-2-3-120-pi-rad-s-2-4-pi-rad-s-2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk1MTI2-three-identical-spheres-each-of-mass-m-are-placed-at-the-corners-of-a-right-angle-triangle-with-mutually-perpendicular-sides-equal-to-2-m-see-figure-taking-the-point-of-intersection-of-the-two-mutuall https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk3MDQ0-in-the-mathrm-hcl-molecule-the-separation-between-the-nuclei-of-the-two-atoms-is-about-1-27-mathring-text-a-1-mathring-text-a-10-10-text-m-then-the-approximate-location-of-the-cm-of-the-molecule-is-gi https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk3MDQ3-a-child-sits-stationary-at-one-end-of-a-long-trolley-moving-uniformly-with-a-speed-v-on-a-smooth-horizontal-floor-if-the-child-gets-up-and-runs-about-on-the-trolley-in-any-manner-then-the-speed-of-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk3MDUw-a-non-uniform-bar-of-weight-w-is-suspended-at-rest-by-two-strings-of-negligible-weight-as-shown-in-the-figure-the-angles-made-by-the-strings-with-the-vertical-are-36-9-circ-and-53-1-circ-respectively https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk3MDUy-a-car-weighs-1800-text-kg-the-distance-between-its-front-and-back-axles-is-1-8-text-m-its-center-of-gravity-is-1-05-text-m-behind-the-front-axle-the-force-exerted-by-the-level-ground-on-each-front-whe https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTI1-torques-of-equal-magnitude-are-applied-to-a-hollow-cylinder-and-a-solid-sphere-both-having-the-same-mass-and-radius-the-cylinder-is-free-to-rotate-about-its-standard-axis-of-symmetry-and-the-sphere-is https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTI2-a-solid-cylinder-of-mass-20-kg-rotates-about-its-axis-with-angular-speed-100-rad-s-1-the-radius-of-the-cylinder-is-0-25-m-the-kinetic-energy-associated-with-the-rotation-of-the-cylinder-is-1-3000-j-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTI3-a-child-stands-at-the-centre-of-a-turntable-with-his-arms-outstretched-the-turntable-is-set-to-rotate-with-an-angular-speed-of-40-rev-min-how-much-is-the-angular-speed-of-the-child-if-he-folds-his-han https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTI5-to-maintain-a-rotor-at-a-uniform-angular-speed-of-200-text-rad-s-an-engine-needs-to-transmit-a-torque-of-180-text-n-m-what-is-the-power-required-by-the-engine-1-33-text-kw-2-36-text-kw-3-28-text-kw-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTMw-a-meter-stick-is-balanced-on-a-knife-edge-at-its-center-when-two-coins-each-of-the-mass-5-gm-are-put-one-on-top-of-the-other-at-the-12-0-cm-mark-the-stick-is-found-to-be-balanced-at-45-0-cm-what-is-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTMx-a-hoop-of-radius-2-m-weighs-100-kg-it-rolls-along-a-horizontal-floor-so-that-its-center-of-mass-has-a-speed-of-20-cm-s-how-much-work-has-to-be-done-to-stop-it-1-10-j-2-9-j-3-4-j-4-6-j-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTMy-the-oxygen-molecule-has-a-mass-of-5-30-times-10-26-text-kg-and-a-moment-of-inertia-of-1-94-times-10-46-text-kg-m-2-about-an-axis-through-its-center-perpendicular-to-the-lines-joining-the-two-atoms-sup https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTMz-a-solid-cylinder-rolls-up-an-inclined-plane-of-the-angle-of-inclination-30-deg-at-the-bottom-of-the-inclined-plane-the-centre-of-mass-of-the-cylinder-has-a-speed-of-5-m-s-how-far-will-the-cylinder-go https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTM0-a-man-stands-on-a-rotating-platform-with-his-arms-stretched-horizontally-holding-a-5-text-kg-weight-in-each-hand-the-angular-speed-of-the-platform-is-30-revolutions-per-minute-the-man-then-brings-his https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTM1-a-bullet-of-mass-10-g-and-speed-500-m-s-is-fired-into-a-door-and-gets-embedded-exactly-at-the-center-of-the-door-the-door-is-1-0-m-wide-and-weighs-12-kg-it-is-hinged-at-one-end-and-rotates-about-a-ver https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTM2-a-disc-rotating-about-its-axis-with-angular-speed-omega-0-is-placed-lightly-without-any-translational-push-on-a-perfectly-frictionless-table-the-radius-of-the-disc-is-r-the-linear-velocities-of-the-po https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTM3-a-cylinder-of-mass-10-kg-and-radius-of-15-cm-is-rolling-perfectly-on-a-plane-of-inclination-30-circ-the-coefficient-of-static-friction-mu-s-0-25-how-much-is-the-force-of-friction-acting-on-the-cylinde https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzEy-three-point-masses-m1-m2-and-m3-are-placed-at-the-corners-of-a-thin-massless-rectangular-sheet-1-2-m-x-1-0-m-as-shown-centre-of-mass-will-be-located-at-the-point-1-0-8-0-6-m-2-0-6-0-8-m-3-0-4-0-4-m-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzE2-figure-shows-a-composite-system-of-two-uniform-rods-of-lengths-as-indicated-then-the-coordinates-of-the-centre-of-mass-of-the-system-of-rods-are-1-xa0-l2-2l3-2-xa0-l4-2l3-3-xa0-l6-2l3-4-xa0-l6-l3-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzIz-a-man-of-mass-m-starts-moving-on-a-plank-of-mass-m-with-constant-velocity-v-with-respect-to-plank-if-the-plank-lles-on-a-smooth-horizontal-surface-then-velocity-of-plank-with-respect-to-ground-is-1-mv https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzI4-a-ball-of-mass-m-is-thrown-upward-and-another-ball-of-same-mass-is-thrown-downward-so-as-to-move-freely-under-gravity-the-acceleration-of-centre-of-mass-is-1-g-2-g2-3-2g-4-zero-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzM4-a-hollow-sphere-of-mass-1-kg-and-radius-10-cm-is-free-to-rotate-about-its-diameter-if-a-force-of-30-n-is-applied-tangentially-to-it-its-angular-acceleration-is-in-rad-s2-1-5000-2-450-3-50-4-5-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzM5-two-equal-and-opposite-forces-are-applied-tangentially-to-a-uniform-disc-of-mass-m-and-radius-r-as-shown-in-the-figure-if-the-disc-is-pivoted-at-its-centre-and-free-to-rotate-in-its-plane-the-angular https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzQw-a-wheel-having-moment-of-inertia-4-kg-m2-about-its-symmetrical-axis-rotates-at-rate-of-240-rpm-about-it-the-torque-which-can-stop-the-rotation-of-the-wheel-in-one-minute-is-1-5-960-7nm-2-8-960-15nm-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzQx-a-force-f-rarr-2i-3j-5k-n-acts-at-a-point-r-rarr-1-2i-4j-7k-m-the-torque-of-the-force-about-the-point-r-rarr-2-i-2j-3k-m-is-1-17j-5k-3i-nm-2-2i-4j-6k-nm-3-12i-5j-7k-nm-4-22i-13j-k-nm-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzQy-a-particle-of-mass-m-is-moving-with-constant-velocity-v-parallel-to-the-x-axis-as-shown-in-the-figure-its-angular-momentum-about-origin-o-is-1-mvb-2-mva-3-xa0-mva2-b2-4-mv-a-b-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzQ0-a-particle-of-mass-5-kg-is-moving-with-a-uniform-speed-32-in-xoy-plane-along-the-line-y-x-4-the-magnitude-of-its-angular-momentum-about-the-origin-is-1-40-units-2-60-units-3-zero-4-402-units-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzQ3-for-equilibrium-of-the-system-value-of-mass-m-should-be-1-9-kg-2-15-xa0-kg-3-21-kg-4-1-kg-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzQ4-the-moment-of-inertia-of-a-body-depends-on-1-the-mass-of-the-body-2-the-distribution-of-the-mass-in-the-body-3-the-axis-of-rotation-of-the-body-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzUx-the-two-spheres-one-of-which-is-hollow-and-other-solid-have-identical-masses-and-moment-of-inertia-about-their-respective-diameters-the-ratio-of-their-radi-is-given-by-1-5-7-2-3-5-3-3-5-4-3-7-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzU4-three-solid-spheres-each-of-mass-p-and-radius-q-are-arranged-as-shown-in-fig-the-moment-of-inertia-of-the-arrangement-about-yy-apos-axis-1-xa0-75pq2-2-xa0-145pq2-3-xa0-165pq2-4-xa0-514pq2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzYx-three-rods-each-of-mass-m-and-length-l-are-joined-to-form-an-equilateral-triangle-as-shown-in-the-figure-what-is-the-moment-of-inertia-about-an-axis-passing-through-the-centre-of-mass-of-the-system-an https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2MzYz-a-thin-wire-of-length-xa0-l-and-mass-m-is-bent-in-the-form-of-a-semicircle-as-shown-its-moment-of-inertia-about-an-axis-joining-its-free-ends-will-be-1-xa0-ml2-2-zero-3-xa0-ml2-x3c0-2-4-xa0-ml22-x3c0 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2Mzc3-a-meter-stick-is-held-vertically-with-one-end-on-the-floor-and-is-allowed-to-fall-the-speed-of-the-other-end-when-it-hits-the-floor-assuming-that-the-end-at-the-floor-does-not-slip-is-g-9-8-m-s2-1-3-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2Mzgy-a-circular-disc-of-mass-2-kg-and-radius-10-cm-rolls-without-slipping-with-a-speed-2-m-s-the-total-kinetic-energy-of-disc-is-1-10-j-2-6-j-3-2-j-4-4-j-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2NDA2-a-horizontal-disc-rotating-freely-about-a-vertical-axis-through-its-centre-makes-90-revolutions-per-minute-a-small-piece-of-wax-of-mass-m-falls-vertically-on-the-disc-and-sticks-to-it-at-a-distance-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2NDA5-the-angular-momentum-of-a-particle-performing-uniform-circular-motion-is-l-if-the-kinetic-energy-of-partical-is-doubled-and-frequency-is-halved-then-angular-momentum-becomes-1-l2-2-2l-3-l4-4-4l-1-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2NDIw-a-uniform-rod-of-mass-m-and-length-l-is-suspended-by-two-strings-at-its-ends-as-shown-when-one-of-the-strings-is-cut-the-rod-starts-falling-with-an-initial-angular-acceleration-1-xa0-gl-2-xa0-g2l-3-xa https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2NDIx-two-like-parallel-forces-20-n-and-30-n-act-at-the-ends-a-and-b-of-a-rod-1-5-m-long-the-resultant-of-the-forces-will-act-at-the-point-1-90-cm-from-a-2-75-cm-from-b-3-20-cm-from-b-4-85-cm-from-a-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2NDI0-a-disc-of-mass-m-and-radius-r-is-free-to-rotate-about-its-centre-as-shown-in-the-figure-a-string-is-wrapped-over-its-rim-and-a-block-of-mass-m-is-attached-to-the-free-end-of-the-string-the-system-is-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2NDI1-when-a-body-is-rolling-without-slipping-on-a-rough-horizontal-surface-the-work-done-by-friction-is-1-always-zero-2-may-be-zero-3-always-positive-4-always-negative-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjA2NDI3-a-solid-cylinder-of-mass-m-and-radius-r-rolls-down-an-inclined-plane-of-height-h-without-slipping-the-speed-of-its-centre-of-mass-when-it-reaches-the-bottom-is-1-2gh-2-43gh-3-34gh-4-4gh-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjEzNTM1-a-ball-is-travelling-with-uniform-translatory-motion-this-means-that-1-it-is-at-rest-2-the-path-can-be-a-straight-line-or-circular-and-the-ball-travels-with-uniform-speed-3-all-parts-of-the-ball-have https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjEzNTM2-a-metre-scale-is-moving-with-uniform-velocity-this-implies-1-the-force-acting-on-the-scale-is-zero-but-a-torque-about-the-centre-of-mass-can-act-on-the-scale-2-the-force-acting-on-the-scale-is-zero-an https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjEzNTU5-when-a-mass-is-rotating-in-a-plane-about-a-fixed-point-its-angular-momentum-is-directed-along-1-a-line-perpendicular-to-the-plane-of-rotation-2-the-line-making-an-angle-of-45o-to-the-plane-of-rotation https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjEzNTYy-a-pulley-is-hinged-at-the-centre-and-a-massless-thread-is-wrapped-around-it-the-thread-is-pulled-with-a-constant-force-f-starting-from-rest-as-the-time-increases-1-its-angular-velocity-increases-but-f https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjEzNTY1-for-which-of-the-following-does-the-centre-of-mass-lie-outside-the-body-1-a-pencil-2-a-shotput-3-a-dice-4-a-bangle-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDUy-for-which-of-the-following-does-the-centre-of-mass-lie-outside-the-body-1-a-pencil-2-a-shotput-3-a-dice-4-a-bangle-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDUz-which-of-the-following-points-is-the-likely-position-of-the-center-of-mass-of-the-system-shown-in-the-figure-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDU0-a-particle-of-mass-m-is-moving-in-yz-text-plane-with-a-uniform-velocity-v-with-its-trajectory-running-parallel-to-the-text-ve-y-text-axis-and-intersecting-z-text-axis-at-z-a-in-the-figure-the-change-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDU1-when-a-disc-rotates-with-uniform-angular-velocity-which-of-the-following-is-not-true-1-the-sense-of-rotation-remains-the-same-2-the-orientation-of-the-axis-of-rotation-remains-the-same-3-the-speed-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDU2-a-uniform-square-plate-has-a-small-piece-q-of-an-irregular-shape-removed-and-glued-to-the-center-of-the-plate-leaving-a-hole-behind-in-the-figure-then-the-moment-of-inertia-about-the-z-text-axis-is-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDU3-a-uniform-square-plate-has-a-small-piece-q-of-an-irregular-shape-removed-and-glued-to-the-center-of-the-plate-leaving-a-hole-behind-in-the-figure-the-com-of-the-plate-is-now-in-the-following-quadrant https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDU4-the-density-of-a-non-uniform-rod-of-length-1m-is-given-by-rho-x-a-left-1-bx-2-right-where-a-and-b-are-constants-and-0-leq-x-leq-1-the-centre-of-mass-of-the-rod-will-be-at-1-dfrac-3-2-b-4-3-b-2-dfrac-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDU5-a-merry-go-round-made-of-a-ring-like-platform-of-radius-r-and-mass-m-is-revolving-with-the-angular-speed-omega-a-person-of-mass-m-is-standing-on-it-at-one-instant-the-person-jumps-off-the-round-radial https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDYw-the-following-are-the-given-statements-a-for-a-general-rotational-motion-angular-momentum-l-and-angular-velocity-omega-need-not-to-be-parallel-b-for-a-rotational-motion-about-a-fixed-axis-angular-mome https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDYx-the-figure-below-shows-two-identical-particles-1-and-2-each-of-mass-m-moving-in-opposite-directions-with-the-same-speed-v-along-parallel-lines-at-a-particular-instant-r-1-and-r-2-are-their-respective https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDYz-the-figure-shows-a-lamina-in-xy-text-plane-two-axes-z-and-z-pass-perpendicular-to-its-plane-a-force-vec-f-acts-in-the-plane-of-the-lamina-at-point-p-as-shown-in-the-figure-the-point-p-is-closer-to-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI3NzA0-the-centre-of-mass-of-an-extended-body-on-the-surface-of-the-earth-and-its-centre-of-gravity-a-are-always-at-the-same-point-for-any-size-of-the-body-b-are-always-at-the-same-point-only-for-spherical-b https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI3Nzc1-a-meter-scale-is-moving-with-uniform-velocity-this-implies-1-the-force-acting-on-the-scale-is-zero-but-a-torque-about-the-centre-of-mass-can-act-on-the-scale-2-the-force-acting-on-the-scale-is-zero-an https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjQ0OTcw-the-angular-speed-of-the-wheel-of-a-vehicle-is-increased-from-360-text-rpm-to-1200-text-rpm-in-14-seconds-its-angular-acceleration-will-be-1-2-pi-text-rad-s-2-2-28-pi-text-rad-s-2-3-120-pi-text-rad-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjQ1NDIw-three-identical-spheres-each-of-mass-m-are-placed-at-the-corners-of-a-right-angle-triangle-with-mutually-perpendicular-sides-equal-to-2-text-m-see-figure-taking-the-point-of-intersection-of-the-two-mu https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNjc5-three-particles-of-masses-100-text-g-150-text-g-and-200-text-g-respectively-are-placed-at-the-vertices-of-an-equilateral-triangle-of-a-side-0-5-text-m-long-what-is-the-position-of-the-centre-of-mass-o https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNjgw-position-of-centre-of-mass-of-a-triangular-lamina-as-shown-in-the-figure-is-1-at-the-point-p-2-at-the-point-g-3-at-the-point-l-4-can-t-be-determined-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNjgx-what-is-the-position-of-centre-of-mass-of-a-uniform-l-shaped-lamina-a-thin-flat-plate-with-dimensions-as-shown-the-mass-of-the-lamina-is-3-kg-1-left-dfrac-6-5-dfrac-6-5-right-2-left-dfrac-1-5-dfrac-6 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNjg0-if-the-force-7-hat-i-3-hat-j-5-hat-k-acts-on-a-particle-whose-position-vector-is-hat-i-hat-j-hat-k-the-torque-of-the-force-about-the-origin-is-1-2-hat-i-12-hat-j-10-hat-k-2-zero-3-2-hat-i-12-hat-j-10 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNjg1-the-angular-momentum-about-any-point-of-a-single-particle-moving-with-constant-velocity-1-increases-continuously-2-decreases-continuously-3-first-increases-then-decrease-4-remains-constant-throughout https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNjg2-moment-of-a-couple-1-depends-on-the-point-about-which-you-take-the-moments-2-depends-on-the-reference-frame-3-does-not-depend-on-the-point-about-which-you-take-the-moments-4-does-not-depend-on-the-dir https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNjg4-a-metal-bar-70-cm-long-and-4-00-kg-in-mass-supported-on-two-knife-edges-placed-10-cm-from-each-end-a-6-00-kg-load-is-suspended-at-30-cm-from-one-end-as-shown-in-the-figure-the-reactions-r-1-text-and-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNjg5-a-3-text-m-long-ladder-weighing-20-text-kg-leans-on-a-frictionless-wall-its-feet-rest-on-the-floor-1-text-m-from-the-wall-as-shown-in-the-figure-the-reaction-forces-of-the-wall-and-the-floor-respectiv https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNjkw-the-moment-of-inertia-of-a-disc-about-one-of-its-diameters-is-1-mr-2-2-dfrac-mr-2-3-3-dfrac-2mr-2-3-4-dfrac-mr-2-4-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNzI1-the-moment-of-inertia-of-a-rod-of-mass-m-length-l-about-an-axis-perpendicular-to-it-through-one-end-is-1-ml2-2-ml22-3-ml23-4-can-t-be-determined-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNzI2-the-moment-of-inertia-of-a-ring-about-a-tangent-to-the-circle-of-the-ring-is-1-mr-2-2-frac-mr-2-2-3-frac-3mr-2-2-4-frac-mr-2-3-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNzI3-angular-velocity-at-any-time-t-of-a-rotating-body-is-given-as-omega-left-t-right-omega-0-alpha-t-its-magnitude-of-angular-acceleration-1-is-always-constant-2-increases-with-time-3-decreases-with-time https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNzI5-a-cord-of-negligible-mass-is-wound-round-the-rim-of-a-fly-wheel-of-mass-20-kg-and-radius-20-cm-a-steady-pull-of-25-n-is-applied-on-the-cord-as-shown-in-figure-the-flywheel-is-mounted-on-a-horizontal-a https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNzMx-a-cord-of-negligible-mass-is-wound-round-the-rim-of-a-flywheel-of-mass-20-kg-and-radius-20-cm-a-steady-pull-of-25-n-is-applied-on-the-cord-as-shown-in-the-figure-the-flywheel-is-mounted-on-a-horizonta https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNzMy-a-cord-of-negligible-mass-is-wound-round-the-rim-of-a-flywheel-of-mass-20-kg-and-radius-20-cm-a-steady-pull-of-25-n-is-applied-on-the-cord-as-shown-in-the-figure-the-flywheel-is-mounted-on-a-horizonta https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcwNzM0-three-bodies-a-ring-a-solid-cylinder-and-a-solid-sphere-roll-down-the-same-inclined-plane-without-slipping-they-start-from-rest-the-radii-of-the-bodies-are-identical-which-of-the-bodies-reaches-the-gr https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc3MTM3-from-a-circular-ring-of-mass-m-and-radius-r-an-arc-corresponding-to-a-90-circ-sector-is-removed-the-moment-of-inertia-of-the-remaining-part-of-the-ring-about-an-axis-passing-through-the-centre-of-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc3MTUw-a-uniform-rod-of-length-200-text-cm-and-mass-500-text-g-is-balanced-on-a-wedge-placed-at-40-text-cm-mark-a-mass-of-2-text-kg-is-suspended-from-the-rod-at-20-text-cm-and-another-unknown-mass-m-is-suspe https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjgzMzkw-a-cord-is-wound-round-the-circumference-of-wheel-of-radius-r-the-axis-of-the-wheel-is-horizontal-and-the-moment-of-inertia-about-it-is-i-a-weight-mg-is-attached-to-the-cord-at-the-end-the-weight-falls https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzE2NDY3-the-centre-of-mass-is-defined-as-vec-r-dfrac-1-m-sum-i-m-i-vec-r-i-suppose-we-define-centre-of-charge-as-vec-r-c-dfrac-1-q-sum-i-q-i-vec-r-i-where-q-i-represents-the-ith-charge-placed-at-vec-r-i-and-q https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5MzI0-two-objects-of-mass-10-text-kg-and-20-text-kg-respectively-are-connected-to-the-two-ends-of-a-rigid-rod-of-length-10-text-m-with-negligible-mass-the-distance-of-the-center-of-mass-of-the-system-from-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5MzQw-the-angular-speed-of-a-flywheel-moving-with-uniform-angular-acceleration-changes-from-1200-rpm-to-3120-rpm-in-16-s-the-angular-acceleration-in-rad-s-sup2-is-1-104-pi-2-2-pi-3-4-pi-4-12-pi-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5MzUz-the-ratio-of-the-radius-of-gyration-of-a-thin-uniform-disc-about-an-axis-passing-through-its-centre-and-normal-to-its-plane-to-the-radius-of-gyration-of-the-disc-about-its-diameter-is-1-1-sqrt-2-2-2-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5NzM3-the-ratio-of-the-moments-of-inertia-of-two-spheres-about-their-diameters-having-the-same-mass-and-their-radii-being-in-the-ratio-of-1-2-is-1-2-1-2-4-1-3-1-2-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5NzYw-a-string-is-wrapped-along-the-rim-of-a-wheel-of-the-moment-of-inertia-0-10-text-kg-m-2-and-radius-10-text-cm-if-the-string-is-now-pulled-by-a-force-of-10-text-n-then-the-wheel-starts-to-rotate-about-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2NTk2-an-energy-of-484-text-j-is-spent-in-increasing-the-speed-of-a-flywheel-from-60-text-rpm-to-360-text-rpm-the-moment-of-inertia-of-the-flywheel-is-1-0-7-text-kg-m-2-2-3-22-text-kg-m-2-3-30-8-text-kg-m-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2OTEw-the-ratio-of-the-radius-of-gyration-of-a-solid-sphere-of-mass-m-and-radius-r-about-its-own-axis-to-the-radius-of-gyration-of-the-thin-hollow-sphere-of-the-same-mass-and-radius-about-its-axis-is-1-5-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2OTIw-the-angular-acceleration-of-a-body-moving-along-the-circumference-of-a-circle-is-1-along-the-axis-of-rotation-2-along-the-radius-away-from-the-centre-3-along-the-radius-towards-the-centre-4-along-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY4Mjkz-two-particles-a-and-b-initially-at-rest-move-toward-each-other-under-the-mutual-force-of-attraction-at-an-instance-when-the-speed-of-a-is-v-and-speed-of-b-is-3v-the-speed-of-the-centre-of-mass-will-be https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY4MzI3-a-constant-torque-of-100-text-n-m-turns-a-wheel-of-moment-of-inertia-300-text-kg-m-2-about-an-axis-passing-through-its-centre-starting-from-rest-its-angular-velocity-after-3-text-s-is-1-1-text-rad-s-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU0OTUz-a-wheel-of-a-bullock-cart-is-rolling-on-a-level-road-as-shown-in-the-figure-below-if-its-linear-speed-is-v-in-the-direction-shown-which-one-of-the-following-options-is-correct-p-and-q-are-any-highest https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU0OTc0-the-moment-of-inertia-of-a-thin-rod-about-an-axis-passing-through-its-mid-point-and-perpendicular-to-the-rod-is-2400-text-g-cm-2-the-length-of-the-400-text-g-rod-is-nearly-1-17-5-text-cm-2-20-7-text-c https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU2Nzc1-consider-a-thin-circular-ring-a-a-circular-disc-b-a-hollow-cylinder-c-and-a-solid-cylinder-d-of-the-same-radii-r-and-of-the-same-masses-a-b-c-d-if-i-a-i-b-i-c-and-i-d-are-their-moments-of-inertia-abou https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU2ODAz-a-body-of-mass-6-text-kg-is-moving-from-its-initial-position-a-to-the-next-position-b-as-shown-in-the-figure-from-a-to-b-the-value-of-the-momentum-of-the-body-is-in-si-units-1-24-2-12-3-8-4-6-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM4MzE5-two-blocks-are-joined-by-a-light-spring-of-spring-constant-k-1000-n-m-and-are-placed-at-rest-on-a-horizontal-frictionless-table-a-horizontal-force-of-6-n-acts-on-the-2-kg-block-the-acceleration-of-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0NzMw-for-a-body-with-angular-velocity-vec-omega-hat-i-2-hat-j-3-hat-k-and-radius-vector-vec-r-hat-i-hat-j-hat-k-its-velocity-will-be-1-5-hat-i-2-hat-j-3-hat-k-2-5-hat-i-2-hat-j-3-hat-k-3-5-hat-i-2-hat-j-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjMw-a-body-is-in-pure-rotation-the-linear-speed-v-of-a-particle-the-distance-r-of-the-particle-from-the-axis-and-the-angular-velocity-omega-of-the-body-are-related-as-w-dfrac-v-r-thus-1-w-propto-dfrac-1-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM3Njk0-a-block-a-is-pushed-on-a-smooth-horizontal-plane-by-applying-a-horizontal-force-f-which-causes-an-acceleration-of-dfrac-g-4-g-acceleration-due-to-gravity-the-block-does-not-topple-even-though-the-forc https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTM1Njk-a-particle-of-mass-m-moves-in-the-xy-plane-with-a-velocity-v-along-the-straight-line-ab-if-the-angular-momentum-of-the-particle-with-respect-to-the-origin-o-is-l-a-when-it-is-at-a-and-l-b-when-it-is-a https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTA3MjY-a-rod-of-weight-w-is-supported-by-two-parallel-knife-edges-a-and-b-and-is-in-equilibrium-in-a-horizontal-position-the-knives-are-at-a-distance-d-from-each-other-the-centre-of-mass-of-the-rod-is-at-a-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM4MzIw-a-uniform-ladder-of-mass-10-text-kg-is-placed-at-an-angle-against-a-frictionless-vertical-wall-as-shown-in-the-figure-by-applying-a-horizontal-force-f-at-the-bottom-b-of-the-ladder-towards-the-wall-ta https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTkxNzg5-a-rigid-body-rotates-with-an-angular-momentum-of-l-if-its-kinetic-energy-is-halved-the-angular-momentum-becomes-1-l-2-l-2-3-2l-4-l-22-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyODU5-five-particles-of-mass-2-kg-each-are-attached-to-the-circumference-of-a-circular-disc-of-a-radius-of-0-1-m-and-negligible-mass-the-moment-of-inertia-of-the-system-about-the-axis-passing-through-the-ce https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246ODg5MTU-a-light-rod-of-length-l-has-two-masses-m-1-and-m-2-attached-to-its-two-ends-the-moment-of-inertia-of-the-system-about-an-axis-perpendicular-to-the-rod-and-passing-through-the-centre-of-mass-is-1-dfrac https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1ODI5-the-one-quarter-sector-is-cut-from-a-uniform-circular-disc-of-radius-r-this-sector-has-a-mass-m-it-is-made-to-rotate-about-a-line-perpendicular-to-its-plane-and-passing-through-the-centre-of-the-origi https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjg0MzE3-consider-two-uniform-discs-of-the-same-thickness-and-different-radii-r-1-r-and-r-2-alpha-r-made-of-the-same-material-if-the-ratio-of-their-moments-of-inertia-i-1-and-i-2-respectively-about-their-axes https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTM1MjY-a-wheel-has-an-angular-acceleration-of-3-0-rad-s2-and-an-initial-angular-speed-of-2-0-rad-s-in-a-time-of-2-s-it-has-rotated-through-an-angle-in-radians-of-1-6-2-10-3-12-4-4-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTExMTM-a-solid-cylinder-of-mass-50-text-kg-and-radius-0-5-text-m-is-free-to-rotate-about-the-horizontal-axis-a-massless-string-is-wound-around-the-cylinder-with-one-end-attached-to-it-and-the-other-end-hangi https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246ODg5OTA-a-rope-is-wrapped-around-a-hollow-cylinder-with-a-mass-of-3-text-kg-and-a-radius-of-40-text-cm-what-is-the-angular-acceleration-of-the-cylinder-if-the-rope-is-pulled-with-a-force-of-30-text-n-1-0-25-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM4MTA1-a-uniform-disc-of-mass-m-and-radius-r-is-rotating-freely-about-its-own-axis-which-is-kept-vertical-there-is-a-small-insect-of-mass-dfrac-m2-sitting-on-the-periphery-of-the-disc-also-rotating-with-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzEyNTQ5-a-uniform-rod-of-mass-m-and-length-l-is-struck-at-both-ends-by-two-particles-of-masses-m-each-moving-with-identical-speeds-u-but-in-opposite-directions-perpendicular-to-its-length-the-particles-stick https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjY3-if-there-is-no-external-force-acting-on-a-non-rigid-body-which-of-the-following-quantities-must-remain-constant-a-angular-momentum-b-linear-momentum-c-kinetic-energy-d-moment-of-inertia-choose-the-cor https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY0Njkx-from-a-disc-of-radius-r-a-disc-of-radius-dfrac-r-2-is-taken-out-as-shown-in-the-figure-the-position-of-the-centre-of-mass-of-the-remaining-disc-is-on-1-oa-2-ob-3-oc-4-od-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTMyMTk-two-bodies-of-mass-1-kg-and-3-kg-have-position-vectors-hat-i-2-hat-j-hat-k-and-3-hat-i-2-hat-j-hat-k-respectively-the-centre-of-mass-of-this-system-has-a-position-vector-1-2-hat-i-2-hat-k-2-2-hat-i-ha https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc3MDkw-three-particles-of-masses-100-text-g-150-text-g-and-200-text-g-respectively-are-placed-at-the-vertices-of-an-equilateral-triangle-of-a-side-0-5-text-m-long-what-is-the-position-of-the-centre-of-mass-o https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwODg2-if-two-particles-of-masses-2-text-kg-and-3-text-kg-are-placed-at-the-two-ends-of-a-1-text-m-light-rod-then-the-center-of-mass-will-be-1-40-text-cm-from-the-2-text-kg-particle-2-60-text-cm-from-the-3-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjUwOTEy-three-masses-are-placed-on-the-x-axis-300-text-g-at-origin-500-text-g-at-x-40-text-cm-and-400-text-g-at-x-70-text-cm-the-distance-of-the-centre-of-mass-from-the-origin-is-1-45-text-cm-2-50-text-cm-3-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNTcx-consider-a-uniform-square-plate-labelled-abcd-with-a-mass-of-1-text-kg-two-point-masses-each-with-a-mass-of-20-text-g-is-placed-at-corners-b-and-c-as-shown-in-the-figure-determine-along-which-line-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ1NTI2-two-point-masses-m-a-2-g-and-m-b-3-g-are-connected-by-a-massless-rod-of-length-1-m-see-figure-the-centre-of-mass-of-the-system-will-lie-at-a-distance-of-1-0-4-m-from-m-a-2-0-6-m-from-m-a-3-0-5-m-from https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNTcz-two-blocks-of-masses-5-text-kg-and-2-text-kg-are-connected-by-a-light-spring-and-placed-on-a-smooth-horizontal-surface-an-impulse-is-applied-to-the-5-text-kg-block-giving-it-a-velocity-of-7-text-m-s-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyMzg0-consider-a-system-of-two-identical-particles-one-of-the-particles-is-at-rest-and-the-other-has-an-acceleration-vec-a-the-centre-of-mass-has-an-acceleration-1-zero-2-vec-a-2-3-vec-a-4-2-vec-a-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mzk1NDc0-a-shell-fired-from-a-gun-follows-a-parabolic-trajectory-and-it-explodes-into-two-identical-fragments-at-the-highest-point-of-its-trajectory-the-centre-of-mass-of-the-fragments-1-travels-in-a-horizonta https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzIzNDQw-when-a-fat-person-tries-to-touch-his-toes-as-shown-in-the-figure-keeping-the-legs-straight-he-generally-falls-because-of-1-torque-produced-2-weight-3-dizziness-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNzYy-a-fan-starts-from-rest-and-reaches-a-maximum-angular-speed-of-dfrac-20-pi-3-text-rad-s-in-5-text-s-what-is-its-angular-acceleration-1-dfrac-8-pi-3-text-rad-s-2-2-dfrac-4-pi-3-text-rad-s-2-3-dfrac-8-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2NzA2-a-constant-torque-of-1000-text-n-m-rotates-a-wheel-of-moment-of-inertia-200-text-kg-m-2-about-an-axis-passing-through-its-center-starting-from-rest-its-angular-velocity-after-4-text-s-is-1-20-text-rad https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNjk3-a-particle-is-moving-along-a-circular-path-with-a-radius-of-50-cm-and-a-linear-velocity-of-4-m-s-the-angular-velocity-of-the-particle-is-1-4-text-rad-s-2-5-text-rad-s-3-8-text-rad-s-4-10-text-rad-s-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2NzY1-a-ball-experiences-an-angular-acceleration-given-by-alpha-6-t-2-2-t-where-t-is-in-seconds-at-t-0-the-ball-has-an-angular-velocity-of-10-rad-s-and-an-angular-position-of-4-rad-which-of-the-following-ex https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2MzQw-a-disc-has-angular-acceleration-4-text-rad-s-2-and-initial-angular-speed-2-text-rad-s-in-4-text-s-the-disc-has-rotated-through-an-angle-of-1-14-text-rad-2-24-text-rad-3-40-text-rad-4-56-text-rad-1-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNjEy-a-body-rotates-about-a-fixed-axis-with-a-constant-angular-acceleration-of-3-text-rad-s-2-if-its-angular-velocity-increases-from-10-text-rad-s-to-20-text-rad-s-what-is-the-angle-in-radians-through-whic https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzU3MDA4-a-well-greased-laboratory-centrifuge-operates-at-1500-text-rpm-and-is-later-turned-off-if-it-decelerates-at-136-text-rev-min-2-how-long-will-it-take-to-stop-spinning-1-15-text-min-2-11-text-min-3-9-te https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNzc5-a-rigid-body-rotates-about-a-fixed-axis-with-a-variable-angular-speed-given-by-omega-3-5-t-in-rad-s-where-t-is-in-seconds-the-total-angle-rotated-by-the-body-before-coming-to-rest-is-1-dfrac-9-10-text https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYxMzEw-the-moment-of-inertia-of-the-object-depends-upon-1-distribution-of-mass-2-axis-of-rotation-of-the-body-3-shape-and-size-of-the-body-4-all-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzI2NjYz-a-cricket-mat-of-mass-50-text-kg-is-rolled-loosely-in-the-form-of-a-cylinder-of-radiys-2-text-m-now-again-it-is-rolled-tightly-so-that-the-radius-becomes-left-dfrac-3-4-right-text-th-of-original-value https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMDY4-for-a-uniform-disc-the-moment-of-inertia-about-diameter-is-dfrac-mr-2-4-where-m-is-mass-and-r-is-radius-of-the-disc-the-moment-of-inertia-about-tangent-parallel-to-diameter-is-1-dfrac-3-4-mr-2-2-dfrac https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NjIz-consider-two-wheels-p-and-q-connected-via-a-belt-drive-system-b-if-the-radius-of-p-is-three-times-the-radius-of-q-and-the-rotational-kinetic-energies-of-both-wheels-are-identical-what-is-the-value-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MzM0-a-thin-circular-disk-is-in-the-xy-plane-as-shown-in-the-figure-the-ratio-of-its-moment-of-inertia-about-z-and-z-axes-will-be-1-1-4-2-1-5-3-1-3-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2Nzg2-a-solid-sphere-and-a-ring-have-equal-masses-and-equal-radii-of-gyration-if-the-sphere-is-rotating-about-its-diameter-and-the-ring-about-an-axis-passing-through-and-perpendicular-to-its-plane-then-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzODA5-moments-of-inertia-of-two-rings-are-in-the-ratio-of-2-1-and-their-diameters-are-in-the-ratio-of-4-1-the-ratio-of-their-respective-masses-will-be-1-1-4-2-4-1-3-6-1-4-1-8-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzNDIz-the-radius-of-gyration-of-a-cylindrical-rod-of-length-10-sqrt-3-m-about-an-axis-of-rotation-perpendicular-to-its-length-and-passing-through-the-center-will-be-1-5-m-2-3-m-3-1-m-4-4-m-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2NzA1-the-moment-of-inertia-of-a-uniform-circular-disc-of-radius-r-and-mass-m-about-an-axis-passing-through-the-centre-and-perpendicular-to-its-plane-is-1-dfrac14mr-2-2-dfrac12mr-2-3-mr-2-4-dfrac32mr-2-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMzM2-the-radius-of-gyration-for-the-uniform-solid-sphere-of-radius-5-text-cm-about-the-axis-pq-as-shown-in-the-figure-is-1-5-text-cm-2-10-text-cm-3-sqrt-110-text-cm-4-sqrt-90-text-cm-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2NzA0-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-moment-of-inertia-of-a-solid-sphere-of-radius-r-about-any-tangent-mathrm-i-dfrac-5-3-mr-2-mathrm-b-moment-of-inertia-of-a-hollow-sphere-of-radius-r-ab https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcyNTg2-a-solid-sphere-of-mass-m-radius-r-and-having-a-moment-of-inertia-about-an-axis-passing-through-the-centre-of-mass-as-i-is-recast-into-a-disc-of-thickness-t-whose-moment-of-inertia-about-an-axis-passin https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246NTE3Mjk-the-ratio-of-the-radii-of-gyration-of-a-circular-disc-to-that-of-a-circular-ring-each-of-the-same-mass-and-radius-around-their-respective-axes-is-1-sqrt-3-sqrt-2-2-1-sqrt-2-3-sqrt-2-sqrt-1-4-sqrt-2-sq https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1NzUw-one-solid-sphere-a-and-another-hollow-sphere-b-are-of-same-mass-and-same-outer-radii-their-moment-of-inertia-about-their-diameters-are-respectively-i-a-and-i-b-such-that-1-i-a-i-b-2-i-a-i-b-3-i-a-4-df https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU0ODM1-for-the-given-system-see-figure-the-moment-of-inertia-about-the-diagonal-is-1-1-text-kg-m-2-2-2-text-kg-m-2-3-4-text-kg-m-2-4-6-text-kg-m-2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzMzNzk1-the-ratio-of-the-radii-of-gyration-of-a-spherical-shell-and-a-solid-sphere-of-the-same-mass-and-radius-about-a-tangential-axis-is-dfrac-n-sqrt-21-then-the-value-of-n-will-be-1-sqrt-3-2-sqrt-12-3-1-4-5 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjUwOTAw-the-moment-of-inertia-of-a-uniform-circular-disc-is-maximum-about-an-axis-perpendicular-to-the-disc-and-passing-through-1-c-2-d-3-a-4-b-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTI0MTI-the-moment-of-inertia-of-a-thin-uniform-rod-of-mass-m-and-length-l-about-an-axis-passing-through-its-mid-point-and-perpendicular-to-its-length-is-i-0-its-moment-of-inertia-about-an-axis-passing-throug https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4NDg3-an-massless-equilateral-triangle-efg-of-side-a-as-shown-in-figure-has-three-particles-of-mass-m-situated-at-its-vertices-the-moment-of-inertia-of-the-system-about-the-line-ex-perpendicular-to-eg-in-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5MzI3-for-a-uniform-rectangular-sheet-shown-in-the-figure-if-i-o-and-i-o-be-moments-of-inertia-about-the-axes-perpendicular-to-the-sheet-and-passing-through-o-the-centre-of-mass-and-o-corner-point-then-1-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDA1MDA1-a-force-hat-i-3-hat-j-2-hat-k-acts-on-a-particle-lying-at-origin-the-torque-acting-on-particle-about-the-origin-is-1-zero-2-3-text-n-m-3-5-text-n-m-4-2-text-n-m-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNjkx-if-the-angular-momentum-of-a-body-varies-with-time-t-as-l-left-5-t-3-6-t-2-9-t-1-right-text-kg-m-2-text-s-then-the-torque-acting-on-the-body-at-t-1-text-s-is-1-270-text-n-m-2-379-text-n-m-3-170-text-n https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDA0OTky-if-the-ruler-is-in-rotational-equilibrium-then-the-value-of-unknown-weight-is-1-100-mathrm-n-2-125-mathrm-n-3-90-mathrm-n-4-150-mathrm-n-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDA1MDA5-choose-the-correct-statement-1-two-equal-and-opposite-forces-whose-lines-of-action-do-not-coincide-make-a-couple-2-for-rotational-equilibrium-of-a-body-torque-about-its-centre-of-mass-is-zero-3-a-body https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNzAx-a-body-is-rotating-with-an-angular-velocity-of-30-text-rad-s-an-external-torque-of-10-text-n-m-is-applied-to-the-body-in-the-same-direction-as-its-angular-velocity-what-is-the-instantaneous-power-deli https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDA1MDAw-a-disc-is-rotating-with-angular-velocity-vec-omega-a-force-vec-f-acts-at-a-point-whose-position-w-r-t-axis-of-rotation-is-vec-r-the-torque-due-to-force-is-given-by-1-vec-r-times-vec-f-2-vec-f-times-ve https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNjE1-a-flywheel-with-a-moment-of-inertia-of-2-text-kg-m-2-is-initially-rotating-at-an-angular-speed-of-30-text-rad-s-a-tangential-force-applied-at-the-rim-brings-the-flywheel-to-a-stop-in-15-text-s-the-ave https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNzY0-an-automobile-engine-delivers-100-text-kw-of-power-while-running-at-an-angular-speed-of-250-text-rad-s-the-torque-produced-by-the-engine-is-1-680-text-n-m-2-480-text-n-m-3-580-text-n-m-4-400-text-n-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ1NTk2-the-torque-of-a-force-5-hat-i-3-hat-j-7-hat-k-about-the-origin-is-tau-if-the-force-acts-on-a-particle-whose-position-vector-is-2-hat-i-2-hat-j-hat-k-then-the-value-of-tau-will-be-1-11-hat-i-19-hat-j-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzU3MDQz-many-of-the-trails-seen-at-yosemite-national-park-in-america-were-constructed-by-the-civil-conservation-corps-an-organization-established-under-president-roosevelt-s-administration-one-of-the-ways-tha https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzMzMDQx-on-a-rotating-wheel-with-a-moment-of-inertia-2-kg-m2-about-its-vertical-axis-a-torque-that-can-stop-the-wheel-s-rotation-in-one-minute-is-dfrac-mathit-pi-15-text-n-m-the-initial-rotational-speed-of-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzU3MDQw-a-brother-and-sister-fight-over-whether-a-door-should-be-opened-or-closed-they-both-push-with-the-same-magnitude-of-force-perpendicular-to-the-door-as-shown-in-the-figure-which-sibling-exerts-more-tor https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjM0-let-vec-f-be-a-force-acting-on-a-particle-having-position-vector-vec-r-let-vec-tau-be-the-torque-of-this-force-about-the-origin-then-1-vec-r-cdot-vec-tau-0-and-vec-f-cdot-vec-tau-0-2-vec-r-cdot-vec-ta https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5NjE0-given-below-are-two-statements-assertion-a-a-ladder-is-more-apt-to-slip-when-you-are-high-up-on-it-than-when-you-just-begin-to-climb-reason-r-at-high-up-on-a-ladder-the-torque-is-large-and-on-climbing https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzU3MDQy-a-beam-positioned-on-a-fulcrum-is-6-m-long-it-has-a-weight-of-300-n-attached-to-one-end-and-a-weight-of-250-n-attached-to-the-other-end-to-establish-mechanical-equilibrium-the-fulcrum-must-be-placed-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzU3ODk1-a-massless-metre-stick-sits-on-a-fulcrum-at-its-0-4-m-mark-a-6-kg-mass-sits-on-the-metre-stick-at-0-2-m-mark-what-mass-is-required-to-sit-at-the-0-9-m-mark-in-order-to-have-torque-balance-take-g-10-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDE4NDk3-a-uniform-ladder-of-weight-w-is-placed-against-a-smooth-vertical-wall-as-shown-in-the-figure-it-is-kept-in-equilibrium-due-to-the-force-of-friction-f-b-acting-on-it-at-b-from-the-ground-the-normal-rea https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTM2OTU0-two-forces-f-of-equal-magnitude-act-on-a-beam-which-diagram-shows-a-couple-of-actions-and-states-the-magnitude-of-the-torque-moment-of-the-couple-about-the-pivot-the-pivot-is-at-the-centre-of-the-beam https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY3MzE4-a-force-overrightarrow-f-c-hat-k-is-acting-on-a-particle-at-the-origin-the-torque-of-this-force-about-the-point-2-3-0-is-given-by-c-a-hat-i-b-hat-j-if-dfrac-a-b-dfrac-x-2-then-the-value-of-x-is-1-dfra https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNjE3-a-disc-rotates-with-angular-velocity-vec-omega-a-force-vec-f-acts-at-a-point-whose-position-vector-with-respect-to-the-axis-of-rotation-is-vec-r-what-is-the-power-associated-with-the-torque-produced-b https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcyNTY3-a-solid-sphere-of-mass-m-and-radius-r-is-in-pure-rolling-with-angular-speed-omega-on-a-horizontal-plane-as-shown-the-magnitude-of-angular-momentum-of-the-sphere-about-origin-o-is-1-dfrac-7-5-m-r-2-ome https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0NzEw-a-disc-is-rotating-with-angular-speed-omega-if-a-child-sits-on-it-what-is-conserved-here-1-linear-momentum-2-angular-momentum-3-kinetic-energy-4-potential-energy-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ1NDg4-the-angular-momentum-about-the-origin-for-a-particle-of-mass-5-kg-moving-with-a-velocity-vec-v-10-hat-j-ms-1-and-at-a-position-given-by-vec-r-2-hat-i-m-is-1-10-hat-k-kg-m2s-1-2-50-hat-j-kg-m2s-1-3-100 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2NzU4-the-position-vector-of-a-1-kg-object-is-vec-r-3-hat-i-hat-j-text-m-and-its-velocity-vector-is-vec-v-3-hat-mathrm-j-hat-k-text-ms-1-if-the-magnitude-of-its-angular-momentum-is-sqrt-x-text-n-ms-then-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2MDA3-a-thin-circular-ring-of-mass-m-and-radius-r-is-rotating-with-a-constant-angular-velocity-of-2-text-rad-sec-in-a-horizontal-plane-about-an-axis-vertical-to-its-plane-and-passing-through-the-centre-of-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjUxMDMw-a-thin-circular-ring-of-mass-m-and-radius-r-is-rotating-about-its-axis-with-constant-angular-velocity-two-objects-each-of-mass-m-are-attached-gently-to-the-opposite-ends-of-the-diameter-of-the-ring-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzIzMzUx-a-boy-is-standing-on-a-rotating-table-with-heavy-spheres-in-his-extended-hands-if-he-suddenly-withdraws-his-hands-to-his-chest-the-angular-velocity-of-the-table-1-becomes-zero-2-increases-3-decreases https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjgzNjc3-two-uniform-circular-discs-are-rotating-independently-in-the-same-direction-around-their-common-axis-passing-through-their-centres-the-moment-of-inertia-and-angular-velocity-of-the-first-disc-are-0-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzMTYy-a-rod-of-mass-m-length-l-rotates-about-one-of-its-ends-in-its-own-plane-the-angular-speed-of-the-rod-is-omega-the-angular-momentum-of-the-rod-is-1-dfrac-1-4-ml-2-omega-2-dfrac-1-3-ml-2-omega-3-dfrac-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNzcw-if-no-external-torque-acts-on-the-system-then-the-total-angular-momentum-of-the-system-1-must-be-constant-2-must-be-zero-3-must-be-variable-4-may-be-variable-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2ODI0-the-time-dependence-of-the-position-of-a-particle-with-mass-m-2-text-kg-is-given-by-vec-r-t-2-t-hat-i-3-t-2-hat-j-text-m-its-angular-momentum-with-respect-to-the-origin-at-time-t-2-text-s-is-1-36-hat https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mzk1NDg0-the-angular-momentum-of-a-uniform-solid-sphere-of-mass-m-radius-r-rotating-about-a-diameter-with-a-surface-speed-v-on-its-equator-is-1-dfrac12mrv-2-dfrac23mrv-3-dfrac25mrv-4-dfrac27mrv-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4NTYz-a-wheel-of-moment-of-inertia-i-rotates-freely-with-angular-speed-omega-on-a-shaft-whose-inertia-is-negligible-another-wheel-of-moment-of-inertia-3i-initially-at-rest-is-suddenly-coupled-to-the-same-sh https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mzg1NDM5-a-particle-p-moves-with-constant-speed-on-a-circle-in-an-anticlockwise-direction-as-shown-in-the-figure-match-column-i-and-with-column-ii-column-i-column-ii-mathrm-a-the-angular-momentum-of-the-partic https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTIwNzc-when-a-mass-is-rotating-in-a-plane-about-a-fixed-point-its-angular-momentum-is-directed-along-1-a-line-perpendicular-to-the-plane-of-rotation-2-the-line-making-an-angle-of-45-circ-to-the-plane-of-rota https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDY2NDc1-match-the-physical-quantities-listed-in-column-i-with-their-corresponding-si-units-given-in-column-ii-column-i-column-ii-mathrm-a-angular-velocity-mathrm-p-text-j-s-mathrm-b-angular-momentum-mathrm-q https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzkzNjE2-a-torque-tau-acts-on-a-body-of-moment-of-inertia-i-rotating-with-angular-speed-omega-it-will-stop-just-after-time-1-dfrac-i-tau-omega-2-dfrac-i-omega-tau-3-dfrac-tau-omega-i-4-i-omega-tau-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2NjI5-a-force-of-54-4-text-n-is-applied-on-the-free-end-of-a-string-wrapped-around-a-solid-cylinder-of-mass-15-text-kg-and-radius-10-text-cm-what-is-the-angular-acceleration-of-the-cylinder-1-94-10-rad-s2-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzIzODM1-given-below-are-two-statements-statement-a-a-body-is-in-translational-equilibrium-if-the-net-force-on-it-is-zero-statement-b-a-body-is-in-rotational-equilibrium-if-the-net-torque-about-any-point-is-ze https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzUwMTE5-a-block-with-a-mass-of-2-kg-is-moving-at-a-velocity-of-10-m-s-it-is-connected-to-a-string-wound-over-a-pulley-in-the-form-of-a-disc-with-a-mass-of-2-kg-and-a-radius-of-0-1-m-as-shown-in-the-figure-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU0OTE2-when-a-force-is-applied-to-a-rigid-body-what-happens-to-the-distance-between-any-two-points-on-the-body-1-it-increases-2-it-decreases-3-it-remains-constant-4-it-may-either-increase-or-decrease-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTM1MzU-a-uniform-rod-ab-of-length-l-and-mass-m-is-free-to-rotate-about-point-a-the-rod-is-released-from-rest-in-the-horizontal-position-given-that-the-moment-of-inertia-of-the-rod-about-a-is-dfrac-ml-2-3-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDk3MDI5-given-below-are-two-statements-assertion-a-total-momentum-of-an-isolated-system-of-particles-is-conserved-reason-r-total-momentum-of-a-system-of-particles-cannot-change-due-to-interactions-within-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU0ODMw-a-body-of-mass-1000-text-kg-is-moving-horizontally-with-a-velocity-6-text-m-s-another-body-of-mass-200-text-kg-is-added-gently-then-what-will-be-its-new-velocity-1-5-text-m-s-2-4-text-m-s-3-2-text-m-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTE3NTc4-four-particles-a-b-c-d-of-mass-m-2-m-2m-4m-have-the-same-momentum-respectively-the-particle-with-maximum-kinetic-energy-is-1-a-2-d-3-b-4-c-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTIxNDY5-three-bodies-mathrm-a-b-and-mathrm-c-have-equal-kinetic-energies-and-their-masses-are-mathrm-400-g-mathrm-1-2-kg-and-mathrm-1-6-kg-respectively-the-ratio-of-their-linear-momenta-is-1-1-sqrt-3-2-2-1-sq https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDM0NTI5-a-50-text-kg-skater-initially-at-rest-on-a-frictionless-ice-rink-throws-a-2-text-kg-ball-with-a-speed-of-10-text-m-s-what-is-the-velocity-of-the-skater-immediately-after-throwing-the-ball-1-0-4-text-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTc3OTc2-a-uniform-square-plate-abcd-has-a-mass-of-10-kg-if-two-point-masses-of-5-kg-each-are-placed-at-the-corners-c-and-d-as-shown-in-the-adjoining-figure-then-the-centre-of-mass-shifts-to-the-mid-point-of-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTEzNzU4-the-coordinates-of-the-position-of-masses-m-1-7-gm-m-2-4-gm-m-3-10-gm-are-vec-r-1-hat-i-5-hat-j-3-hat-k-vec-r-2-2-hat-i-5-hat-j-7-hat-k-vec-r-3-3-hat-i-3-hat-j-hat-k-respectively-in-cm-the-position-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyNzE4-two-particles-of-mass-2-kg-and-4-kg-are-projected-from-the-top-of-a-tower-simultaneously-such-that-2-kg-of-mass-is-projected-with-a-speed-20-m-s-at-an-angle-30-circ-above-horizontal-and-4-kg-is-projec https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTAwMTk0-five-uniform-circular-plates-each-of-diameter-d-and-mass-m-are-laid-out-in-a-pattern-shown-using-the-origin-shown-the-y-text-text-coordinate-of-the-centre-of-mass-of-the-five-plate-system-will-be-1-fr https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1ODE0-a-man-of-50-text-kg-mass-is-standing-in-a-gravity-free-space-at-a-height-of-10-text-m-above-the-floor-he-throws-a-stone-of-0-5-text-kg-mass-downwards-with-a-speed-of-2-text-ms-1-when-the-stone-reaches https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTc2OTYy-at-t-0-the-positions-of-the-two-blocks-are-shown-there-is-no-external-force-acting-on-the-system-find-the-coordinates-of-the-centre-of-mass-of-the-system-in-si-units-at-t-3-seconds-1-1-0-2-3-0-3-4-5-0 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY0NzA2-a-bomb-is-projected-from-the-ground-at-a-horizontal-range-of-r-if-the-bomb-explodes-mid-air-then-the-range-of-its-centre-of-mass-is-1-frac-r-2-2-r-3-2r-4-frac-2r-3-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjAwODgx-three-identical-spheres-each-of-mass-m-are-placed-at-the-corners-of-a-right-angle-triangle-with-mutually-perpendicular-sides-equal-to-2-text-m-see-figure-taking-the-point-of-intersection-of-the-two-mu https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTc0ODAx-the-mass-per-unit-length-of-a-non-uniform-rod-of-length-l-is-given-by-mu-x-2-where-lambda-is-a-constant-and-x-is-the-distance-from-one-end-of-the-rod-the-distance-between-the-centre-of-mass-of-the-rod https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk0NDU0-the-coordinates-of-the-centre-of-mass-of-a-uniform-plate-of-shape-as-shown-in-the-figure-are-1-frac-l-2-frac-l-2-2-frac-5-l-12-frac-5-l-12-3-frac-5l-3-frac-2l-3-4-frac-3-l-4-frac-l-2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyNzQw-two-particles-of-masses-2-kg-and-3-kg-start-to-move-towards-each-other-due-to-mutual-forces-of-attraction-the-speed-of-the-first-particle-is-v-1-and-that-of-the-second-is-v-2-at-a-certain-instant-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTkxNzg0-the-center-of-mass-of-a-system-of-particles-does-not-depend-upon-1-position-of-particles-2-relative-distance-between-particles-3-masses-of-particles-4-force-acting-on-the-particle-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTcwNDE4-a-man-hangs-from-a-rope-attached-to-a-hot-air-balloon-the-man-s-mass-is-greater-than-the-mass-of-the-balloon-and-its-contents-the-system-is-stationary-in-the-air-if-the-man-now-climbs-up-to-the-balloo https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTAwMjMy-a-boat-of-length-10-text-m-and-a-mass-of-450-text-kg-is-floating-without-motion-in-still-water-a-man-of-50-text-kg-standing-at-one-end-walks-to-the-other-end-and-comes-to-a-stop-the-magnitude-of-the-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTMwNTkx-a-man-a-mass-60-kg-and-another-man-b-mass-70-kg-are-sitting-at-the-two-extremes-of-a-2-m-long-boat-of-mass-70-kg-standing-still-in-the-water-as-shown-they-come-to-the-middle-of-the-boat-neglect-fricti https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0NzU0-if-a-rod-of-length-3-m-with-its-mass-acting-per-unit-length-is-directly-proportional-to-distance-x-from-one-of-its-ends-then-its-centre-of-gravity-from-that-end-will-be-at-1-1-5-m-2-2-m-3-2-5-m-4-3-0 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTcxMTIz-two-loads-p-1-andandand-p-2-p-1-p-2-are-connected-by-a-string-passing-over-a-fixed-pulley-the-center-of-gravity-of-loads-are-initially-at-the-same-height-find-the-acceleration-of-the-center-of-gravity https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjUxMDQ0-given-the-following-statements-a-the-centre-of-gravity-c-g-of-a-body-is-the-point-at-which-the-weight-of-the-body-acts-b-if-the-earth-is-assumed-to-have-an-infinitely-large-radius-the-centre-of-mass-c https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1ODMz-a-ladder-is-leaned-against-a-smooth-wall-and-it-is-allowed-to-slip-on-a-frictionless-floor-which-figure-represents-the-path-followed-by-its-center-of-mass-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcyNTQ1-a-wheel-has-an-angular-acceleration-of-3-0-text-rad-s-2-and-an-initial-angular-speed-of-2-00-text-rad-s-in-a-time-of-2-text-s-it-has-rotated-through-an-angle-in-radians-of-1-6-2-10-3-12-4-4-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyNzQx-an-electric-fan-rotating-at-1200-rpm-is-switched-off-if-the-fan-stops-after-10-seconds-the-number-of-revolutions-completed-by-the-fan-before-it-stops-will-be-assume-uniform-retardation-1-100-2-50-3-40 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYzNjI0-for-a-rigid-body-rotating-about-a-fixed-axis-which-of-the-following-quantities-is-the-same-at-an-instant-for-all-the-particles-of-the-body-1-angular-acceleration-2-angular-velocity-3-angular-displacem https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyNjYy-if-a-body-is-moving-in-a-circular-path-with-decreasing-speed-then-symbols-have-their-usual-meanings-1-overset-rightarrow-r-overset-rightarrow-omega-0-2-overset-rightarrow-tau-overset-rightarrow-v-0-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY0MzM2-particles-a-and-b-are-separated-by-10-text-m-as-shown-in-the-figure-if-a-is-at-rest-and-b-started-moving-with-a-speed-of-20-text-m-s-then-the-angular-velocity-of-b-with-respect-to-a-at-that-instant-is https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQyNjE0-what-is-the-value-of-linear-velocity-if-the-angular-velocity-vector-is-vec-omega-3-hat-i-4-hat-j-hat-k-and-the-position-vector-is-vec-r-5-hat-i-6-hat-j-6-hat-k-1-18-hat-i-13-hat-j-2-hat-k-2-18-hat-i-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjcyNjM1-two-gear-wheels-that-are-meshed-together-have-radii-of-0-50-cm-and-0-15-cm-the-number-of-revolutions-made-by-the-smaller-one-when-the-larger-one-goes-through-3-revolutions-is-1-5-revolutions-2-20-revo https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY0MTE1-a-solid-body-rotates-about-a-stationary-axis-according-to-the-equation-theta-6-t-2-t-3-what-is-the-average-angular-velocity-over-the-time-interval-between-t-0-and-the-time-when-the-body-comes-to-rest https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQxNzA2-given-below-are-two-statements-assertion-a-the-axis-of-rotation-of-a-rigid-body-cannot-lie-outside-the-body-reason-r-it-must-pass-through-a-material-particle-of-the-body-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTcyOTYy-a-particle-rotating-on-a-circular-path-of-the-radius-frac-4-pi-text-m-at-300-rpm-reaches-600-rpm-in-6-revolutions-if-the-angular-velocity-increases-at-a-constant-rate-find-the-tangential-acceleration https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYzNzg1-if-a-particle-moves-in-a-circle-with-a-constant-angular-speed-omega-about-the-point-o-then-its-angular-speed-about-the-point-a-will-be-1-2-omega-2-dfrac-omega-2-3-omega-4-dfrac-omega-4-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyOTI2-the-moment-of-inertia-of-a-horizontal-ring-about-its-vertical-axis-through-the-centre-is-mr-2-the-moment-of-inertia-about-its-tangent-parallel-to-the-plane-is-1-frac-3mr-2-2-2-frac-mr-2-4-3-frac-mr-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1ODM1-the-moment-of-inertia-of-a-uniform-circular-disc-of-radius-r-and-mass-m-about-an-axis-touching-the-disc-at-its-diameter-and-normal-to-the-disc-will-be-1-frac-3-2-m-r-2-2-frac-1-2-m-r-2-3-m-r-2-4-frac https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTIyODcx-the-moment-of-inertia-of-a-thin-uniform-circular-disc-about-one-of-its-diameter-is-i-its-moment-of-inertia-about-an-axis-perpendicular-to-the-circular-surface-and-passing-through-its-center-will-be-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0NjQ3-the-ratio-of-the-radii-of-gyration-of-a-circular-disc-about-a-tangential-axis-in-the-plane-of-the-disc-and-of-a-circular-ring-of-the-same-radius-about-a-tangential-axis-in-the-plane-of-the-ring-will-b https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY0MTEy-in-the-three-figures-each-wire-has-a-mass-m-radius-r-and-a-uniform-mass-distribution-if-they-form-part-of-a-circle-of-radius-r-then-about-an-axis-perpendicular-to-the-plane-and-passing-through-the-cen https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1NzQ4-three-point-masses-each-of-mass-m-are-placed-at-the-vertices-of-an-equilateral-triangle-of-side-a-the-moment-of-inertia-of-the-system-through-a-mass-m-at-o-and-lying-in-the-plane-of-cod-and-perpendicu https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk0NDU2-the-radius-of-gyration-of-a-uniform-solid-sphere-about-a-tangent-is-1-r-23r-23r23-2-r-25r-25r25-3-r-53r-53r53-4-r-75r-75r75-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0NzAy-a-circular-disc-is-to-be-made-by-using-iron-and-aluminium-so-that-it-acquires-a-maximum-moment-of-inertia-about-its-geometrical-axis-it-is-possible-with-1-aluminium-in-the-interior-and-iron-surroundin https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY0MDk1-four-thin-rods-each-of-mass-m-and-the-length-l-form-a-square-the-moment-of-inertia-on-any-side-of-the-square-is-1-frac-5-3-ml-2-2-4ml-2-3-frac-1-4-ml-2-4-frac-2-3-ml-2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1Nzk4-three-identical-spherical-shells-each-of-mass-m-and-radius-r-are-placed-as-shown-in-the-figure-consider-an-axis-xx-which-is-touching-two-shells-and-passes-through-the-diameter-of-the-third-shell-the-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1ODI4-a-thin-wire-of-length-l-and-uniform-linear-mass-density-rho-is-bent-into-a-circular-loop-with-the-centre-at-o-as-shown-the-moment-of-inertia-of-the-loop-about-the-axis-xx-is-1-dfrac-rho-l-3-8-pi-2-2-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjgzMzI4-four-identical-solid-spheres-each-of-mass-m-and-radius-a-are-placed-with-their-centres-on-the-four-corners-of-a-square-of-side-b-the-moment-of-inertia-of-the-system-about-one-side-of-the-square-where https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQwNzU4-let-iaia-and-ibib-be-moments-of-inertia-of-a-body-about-two-axes-a-and-b-respectively-the-axis-a-passes-through-the-centre-of-mass-of-the-body-but-b-does-not-which-of-the-following-is-correct-1-iaia-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1NzY2-a-square-lamina-is-as-shown-in-the-figure-the-moment-of-inertia-of-the-frame-about-the-three-axes-is-i-1-i-2-text-and-i-3-respectively-select-the-correct-alternative-1-i-2-i-3-i-1-2-i-1-i-2-i-3-3-i-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTA3ODA2-a-uniform-rod-of-mass-2m-is-bent-into-four-adjacent-semicircles-each-of-radius-r-all-lying-in-the-same-plane-the-moment-of-inertia-of-the-bent-rod-about-an-axis-through-one-end-a-and-perpendicular-to https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTczMTM1-four-point-masses-each-of-value-m-are-placed-at-the-corners-of-a-square-abcd-of-side-l-the-moment-of-inertia-of-this-system-about-an-axis-passing-through-a-and-parallel-to-bd-will-be-1-2ml-2-2-4ml-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ1OTAy-a-ball-is-spinning-on-a-horizontal-surface-about-the-vertical-axis-passing-through-its-centre-its-angular-velocity-decreases-from-2-pi-text-rad-s-to-pi-text-rad-s-in-10-text-s-if-the-moment-of-inertia https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY0MTQy-the-value-of-m-as-shown-for-which-the-rod-will-be-in-equilibrium-is-1-1-kg-2-2-kg-3-4-kg-4-6-kg-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk5NTI4-a-rope-of-negligible-mass-is-wound-around-a-hollow-cylinder-of-mass-3-kg-and-radius-40-cm-what-is-the-angular-acceleration-of-the-cylinder-if-the-rope-is-pulled-with-a-force-of-30-n-assume-that-there https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjYzODI5-in-the-figure-given-below-o-is-the-centre-of-an-equilateral-triangle-abc-and-vec-f-1-vec-f-2-vec-f-3-are-three-forces-acting-along-the-sides-ab-bc-and-ac-what-should-be-the-magnitude-of-vec-f-3-so-tha https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDY4-a-uniform-cube-of-mass-m-and-side-a-is-placed-on-a-frictionless-horizontal-surface-a-vertical-force-f-is-applied-to-the-edge-as-shown-in-the-figure-match-the-following-most-appropriate-choice-list-i-l https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYzODA2-which-of-the-following-is-the-value-of-the-torque-of-force-f-about-origin-o-1-vec-tau-5-1-sqrt-3-hat-k-n-m-2-vec-tau-5-1-sqrt-3-hat-j-n-m-3-vec-tau-5-sqrt-3-1-hat-i-n-m-4-vec-tau-sqrt-3-hat-j-n-m-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4NTc5-a-force-vec-f-hat-i-2-hat-j-3-hat-k-text-n-acts-at-a-point-hat-4i-3-hat-j-hat-k-text-m-let-the-magnitude-of-the-torque-about-the-point-hat-i-2-hat-j-hat-k-text-m-be-sqrt-x-text-n-m-the-value-of-x-is-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTM3MTU1-a-uniform-beam-3-0-text-m-long-of-weight-100-text-n-has-a-300-text-n-weight-placed-0-5-text-m-from-one-end-the-beam-is-suspended-by-a-string-1-0-text-m-from-the-same-end-a-diagram-of-the-weights-place https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY0MTAz-a-force-vec-f-left-2-hat-i-3-hat-j-4-hat-k-right-text-n-is-acting-at-point-2-text-m-3-text-m-6-text-m-find-the-torque-of-this-force-about-a-point-whose-position-vector-is-left-2-hat-i-5-hat-j-3-hat-k https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjgzNTAw-shown-in-the-figure-is-a-rigid-and-uniform-one-metre-long-rod-ab-held-in-the-horizontal-position-by-two-strings-tied-to-its-ends-and-attached-to-the-ceiling-the-rod-is-of-mass-m-and-has-another-weight https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYzNzgz-a-body-of-mass-m-is-moving-on-a-circular-track-of-radius-r-in-such-a-way-that-its-kinetic-energy-k-depends-on-the-distance-travelled-by-the-body-s-according-to-relation-k-s-where-is-a-constant-the-ang https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYzNTg3-on-a-rough-horizontal-surface-coefficient-of-friction-a-cubical-block-of-side-a-and-mass-m-is-projected-horizontally-the-net-torque-on-the-block-about-its-centre-of-mass-till-the-block-stops-is-equal https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5NjMx-given-below-are-two-statements-assertion-a-if-there-is-no-external-torque-on-a-body-about-its-centre-of-mass-then-the-velocity-of-the-centre-of-mass-remains-constant-reason-r-the-linear-momentum-of-an https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTEzNzc3-a-horizontal-heavy-uniform-bar-of-weight-w-is-supported-at-its-ends-by-two-men-at-the-instant-one-of-the-men-lets-go-off-his-end-of-the-rod-the-other-feels-the-force-on-his-hand-changed-to-1-w-2-w-ove https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY0NjU1-a-uniform-cubical-block-of-side-l-rests-on-a-rough-horizontal-surface-with-coefficient-of-friction-a-horizontal-force-f-is-applied-on-the-block-as-shown-if-there-is-sufficient-friction-between-the-blo https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTMyMTU-a-thin-circular-ring-of-mass-m-and-radius-r-is-rotating-in-a-horizontal-plane-about-an-axis-vertical-to-its-plane-with-a-constant-angular-velocity-if-two-objects-each-of-mass-m-are-attached-gently-to https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyNzEw-a-solid-sphere-of-mass-m-and-the-radius-r-is-in-pure-rolling-with-angular-speed-omega-on-a-horizontal-plane-as-shown-in-the-figure-the-magnitude-of-the-angular-momentum-of-the-sphere-about-the-origin https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzMzMDM5-the-body-of-mass-1-5-text-kg-rotating-about-an-axis-with-angular-velocity-of-0-3-text-rad-s-1-has-the-angular-momentum-of-1-8-text-kg-m-2-text-s-1-the-radius-of-gyration-of-the-body-about-the-axis-is https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyODU0-a-boy-is-standing-on-a-disc-rotating-about-the-vertical-axis-passing-through-its-centre-he-pulls-his-arms-towards-himself-reducing-his-moment-of-inertia-by-a-factor-of-m-the-new-angular-speed-of-the-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1NzU3-two-discs-are-rotating-about-their-axes-normal-to-the-discs-and-passing-through-the-centres-of-the-discs-disc-d111-has-a-2-kg-mass-0-2-m-radius-and-an-initial-angular-velocity-of-50-rad-s-1-1-1-disc-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1ODAz-when-a-mass-is-rotating-in-a-plane-about-a-fixed-point-its-angular-momentum-is-directed-along-1-a-line-perpendicular-to-the-plane-of-rotation-2-the-line-making-an-angle-of-45-circ-to-the-plane-of-rota https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQyMTQw-a-ring-of-mass-of-10-text-kg-and-diameter-of-0-4-text-m-is-rotated-about-its-axis-if-it-makes-2100-revolutions-per-minute-then-its-angular-momentum-will-be-1-44-text-kg-m-2-text-s-1-2-88-text-kg-m-2-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTcxMjE5-a-rod-is-falling-down-with-constant-velocity-v-0-as-shown-it-makes-contact-with-hinge-a-and-rotates-around-it-the-angular-velocity-of-the-rod-just-after-the-moment-when-it-comes-in-contact-with-hinge https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTY4NTY3-the-law-of-conservation-of-angular-momentum-is-valid-when-1-the-net-force-is-zero-and-the-net-torque-is-non-zero-2-the-net-force-is-non-zero-and-the-net-torque-is-non-zero-3-net-force-may-or-may-not-b https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5Njg1-given-below-are-two-statements-assertion-a-if-the-ice-on-the-polar-caps-of-the-earth-melts-then-the-length-of-the-day-will-increase-reason-r-moment-of-inertia-of-the-earth-increases-as-ice-on-polar-ca https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzIzODU3-a-solid-sphere-of-mass-m-is-in-pure-rolling-motion-with-the-centre-of-mass-moving-with-velocity-v-0-it-s-angular-momentum-about-the-point-p-shown-in-the-diagram-is-1-dfrac-2-5-mv-0-r-2-dfrac-1-5-mv-0 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTkxNzg2-a-particle-is-moving-with-a-constant-velocity-along-a-line-parallel-to-the-positive-x-axis-the-magnitude-of-its-angular-momentum-with-respect-to-the-origin-is-1-zero-2-increasing-with-x-3-decreasing-w https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzIzODM3-a-uniform-rod-of-mass-m-and-length-l-is-in-uniform-translational-motion-if-one-of-its-ends-is-suddenly-hinged-then-hinge-is-smooth-1-it-will-continue-its-translational-motion-2-it-will-now-be-in-pure https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzIzODQy-a-uniform-rod-on-a-smooth-horizontal-table-is-moving-with-uniform-horizontal-speed-v-suddenly-rod-is-hinged-at-the-centre-of-the-rod-the-angular-velocity-of-the-rod-now-will-be-1-dfrac-2v-3l-2-dfrac-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1ODA2-a-circular-platform-is-mounted-on-a-frictionless-vertical-axle-its-radius-is-r-2m-and-its-moment-of-inertia-about-the-axle-is-200-kg-m2-initially-it-is-at-rest-a-50-kg-man-stands-on-the-edge-of-the-pl https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYzNTkz-an-insect-initially-on-the-circumference-of-a-disc-starts-moving-along-a-chord-of-the-disc-rotating-about-an-axis-passing-through-the-center-and-perpendicular-to-the-plane-of-the-disc-its-angular-spee https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1ODMx-a-billiard-ball-of-mass-m-and-radius-r-when-hit-in-a-horizontal-direction-by-a-cue-at-a-height-h-above-its-centre-acquires-a-linear-velocity-v0v0-the-angular-velocity-0-0-acquired-by-the-ball-will-be https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTIyOTEw-a-child-is-standing-on-the-edge-of-a-merry-go-round-that-has-the-shape-of-a-disk-as-shown-in-the-figure-the-mass-of-the-child-is-40-kilograms-the-merry-go-round-has-a-mass-of-200-kilograms-and-a-radiu https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQxMzE5-given-below-are-two-statements-assertion-a-for-a-body-under-translatory-as-well-as-rotational-equilibrium-net-torque-about-any-axis-is-zero-reason-r-together-sigma-vec-f-i-0-text-and-sigma-left-vec-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYzNTY4-when-a-uniform-rod-of-length-l-hinged-at-one-end-is-released-from-rest-while-making-an-angle-theta-with-the-vertical-what-will-be-the-acceleration-of-its-free-end-at-that-instant-1-dfrac-3-g-sin-theta https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTMwNTkz-a-uniform-rod-of-length-1-text-m-and-mass-2-text-kg-is-suspended-by-two-vertical-inextensible-strings-as-shown-in-the-following-figure-the-tension-t-in-newtons-in-the-left-string-at-the-instant-when-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTkyNzk4-the-angular-speed-of-a-flywheel-is-increased-from-600-rpm-to-1200-rpm-in-10-s-the-number-of-revolutions-completed-by-the-flywheel-during-this-time-is-1-600-2-900-3-300-4-150-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTkyNzgw-a-thin-wire-of-length-l-and-linear-mass-density-m-is-bent-into-a-circular-ring-in-x-text-y-plane-with-centre-c-as-shown-in-figure-the-moment-of-inertia-of-the-ring-about-an-axis-yy-will-be-1-dfrac-3-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTk4MjAy-a-solid-sphere-a-of-radius-r-and-mass-m-is-attached-at-a-point-to-a-smaller-solid-sphere-b-of-radius-r-1-0-2-m-m-r-r-2-3-m-m-r-r-2-4-m-m-r-r-2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTk4MTk5-a-frictionless-circular-wire-of-unit-radius-is-fixed-on-the-horizontal-plane-two-point-particles-of-unit-mass-start-moving-simultaneously-from-point-a-theta-dfrac-pi-2-with-identical-uniform-angular-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTk4MTc1-a-thin-horizontal-disc-is-rotating-about-a-vertical-axis-passing-through-its-fixed-centre-o-its-angular-momentum-is-l-a-and-l-b-computed-about-points-a-and-b-respectively-with-ob-2-times-oa-the-value https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1MTQ1-a-sphere-of-radius-r-is-cut-from-a-larger-solid-sphere-of-radius-2r-as-shown-in-the-figure-the-ratio-of-the-moment-of-inertia-of-the-smaller-sphere-to-that-of-the-rest-part-of-the-sphere-about-the-y-a https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1MTQx-the-sun-rotates-around-its-centre-once-in-27-days-what-will-be-the-period-of-revolution-if-the-sun-were-to-expand-to-twice-its-present-radius-without-any-external-influence-assume-the-sun-to-be-a-sphe https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1MTI1-a-uniform-rod-of-mass-20-text-kg-and-length-5-text-m-leans-against-a-smooth-vertical-wall-making-an-angle-of-60-circ-with-it-the-other-end-rests-on-a-rough-horizontal-floor-the-friction-force-that-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDY4ODUy-let-omega-1-omega-2-and-omega-3-be-the-angular-speeds-of-the-second-hand-minute-hand-and-hour-hand-of-a-smoothly-running-analog-clock-respectively-if-x-1-x-2-and-x-3-are-their-respective-angular-dista https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDY4ODAx-the-radius-of-gyration-of-a-solid-sphere-of-mass-5-text-kg-about-xy-text-text-axis-is-5-text-m-as-shown-in-the-figure-if-the-radius-of-the-sphere-is-frac-5x-sqrt-7-text-m-then-the-value-of-x-is-1-5-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246ODkxMzg-a-solid-sphere-is-rotating-freely-about-its-axis-of-symmetry-in-free-space-the-radius-of-the-sphere-is-increased-keeping-its-mass-the-same-which-of-the-following-physical-quantities-would-remain-const https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246ODg5OTM-two-discs-of-the-same-moment-of-inertia-are-rotating-about-their-regular-axis-passing-through-centre-and-perpendicular-to-the-plane-of-the-disc-with-angular-velocities-omega-1-and-omega-2-they-are-bro https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246ODg5MTI-two-rotating-bodies-a-and-b-of-masses-m-and-2m-with-moments-of-inertia-i-a-and-i-b-left-i-b-i-a-right-have-equal-kinetic-energy-of-rotation-if-l-a-and-l-b-be-their-angular-momenta-respectively-then-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246ODg5MTQ-a-solid-sphere-of-mass-m-and-radius-r-is-rotating-about-its-diameter-a-solid-cylinder-of-the-same-mass-and-the-same-radius-is-also-rotating-about-its-geometrical-axis-with-an-angular-speed-twice-that https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTAxMTQ-from-a-disc-of-radius-r-and-mass-m-a-circular-hole-of-diameter-r-whose-rim-passes-through-the-centre-is-cut-what-is-the-moment-of-inertia-of-the-remaining-part-of-the-disc-about-a-perpendicular-axis-p https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTA2ODA-point-masses-m-1-and-m-2-are-placed-at-the-opposite-ends-of-a-rigid-rod-of-length-l-and-negligible-mass-the-rod-is-set-into-rotation-about-an-axis-perpendicular-to-it-the-position-of-a-point-p-on-this https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTA3MzU-a-force-vec-f-alpha-hat-i-3-hat-j-6-hat-k-is-acting-at-a-point-vec-r-2-hat-i-6-hat-j-12-hat-k-the-value-of-alpha-for-which-angular-momentum-about-the-origin-is-conserved-is-1-1-2-2-3-zero-4-1-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTA3NDY-an-automobile-moves-on-a-road-with-a-speed-of-54-text-kmh-1-the-radius-of-its-wheels-is-0-45-m-and-the-moment-of-inertia-of-the-wheel-about-its-axis-of-rotation-is-3-text-kg-m-2-if-the-vehicle-is-brou https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTE0MDg-a-rod-pq-of-mass-m-and-length-l-is-hinged-at-end-p-the-rod-is-kept-horizontal-by-a-massless-string-tied-to-point-q-as-shown-in-the-figure-when-the-string-is-cut-the-initial-angular-acceleration-of-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTIxMDc-two-persons-of-masses-55-text-kg-and-65-text-kg-respectively-are-at-the-opposite-ends-of-a-boat-the-length-of-the-boat-is-3-0-text-m-and-weighs-100-text-kg-the-55-text-kg-man-walks-up-to-the-65-text-k https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTIxMzA-mathrm-abc-is-an-equilateral-triangle-with-o-as-its-centre-f-1-f-2-and-f-3-represent-three-forces-acting-along-the-sides-ab-bc-and-ac-respectively-if-the-total-torque-about-o-is-zero-then-the-magnitud https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjUwOTA0-a-circular-platform-is-mounted-on-a-frictionless-vertical-axle-its-radius-r-2-text-m-and-its-moment-of-inertia-about-the-axle-is-200-text-kg-m-2-it-is-initially-at-rest-a-50-text-kg-man-stands-on-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTIzOTk-the-instantaneous-angular-position-of-a-point-on-a-rotating-wheel-is-given-by-the-equation-theta-t-2t-3-6t-2-the-torque-on-the-wheel-becomes-zero-at-1-t-0-5-s-2-t-0-25-s-3-t-2-s-4-t-1-s-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTI1MTY-a-circular-disk-of-a-moment-of-inertia-mathrm-i-t-is-rotating-in-a-horizontal-plane-about-its-symmetric-axis-with-a-constant-angular-speed-omega-i-another-disk-of-a-moment-of-inertia-mathrm-i-b-is-dro https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTI1Nzg-a-man-of-50-kg-mass-is-standing-in-a-gravity-free-space-at-a-height-of-10-m-above-the-floor-he-throws-a-stone-of-0-5-kg-mass-downwards-with-a-speed-of-2-ms-1-when-the-stone-reaches-the-floor-the-dista https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjUxMDMy-from-a-circular-disc-of-radius-r-and-mass-9m-a-small-disc-of-mass-m-and-radius-r-3-is-removed-concentrically-the-moment-of-inertia-of-the-remaining-disc-about-an-axis-perpendicular-to-the-plane-of-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTMyMzk-four-identical-thin-rods-each-of-mass-m-and-length-l-form-a-square-frame-the-moment-of-inertia-of-this-frame-about-an-axis-through-the-centre-of-the-square-and-perpendicular-to-its-plane-is-1-frac-4-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTMzMzk-a-thin-rod-of-length-l-and-mass-m-is-bent-at-its-midpoint-into-two-halves-so-that-the-angle-between-them-is-90-circ-the-moment-of-inertia-of-the-bent-rod-about-an-axis-passing-through-the-bending-poin https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTQwMDg-a-uniform-rod-of-length-l-and-mass-m-is-free-to-rotate-in-a-vertical-plane-about-a-the-rod-initially-in-the-horizontal-position-is-released-the-initial-angular-acceleration-of-the-rod-is-moment-of-ine https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjYzODIz-the-moment-of-inertia-of-a-uniform-circular-disc-of-radius-r-and-mass-m-about-an-axis-passing-from-the-edge-of-the-disc-and-normal-to-the-disc-is-1-12mr212mr2-2-72mr272mr2-3-32mr232mr2-4-mr2mr2-1-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjYzODc2-two-bodies-have-their-moments-of-inertia-i-and-2i-respectively-about-their-axis-of-rotation-if-their-kinetic-energies-of-rotation-are-equal-their-angular-momentum-will-be-in-the-ratio-1-1-2-2-22-1-3-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0NjQ5-a-round-disc-of-the-moment-inertia-i2i2-about-its-axis-perpendicular-to-its-plane-and-passing-through-its-centre-is-placed-over-another-disc-of-moment-of-inertia-i1i1-rotating-with-an-angular-velocity https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0Njc3-three-particles-each-of-mass-m-gram-are-situated-at-the-vertices-of-an-equilateral-triangle-abc-of-side-l-cm-as-shown-in-the-figure-the-moment-of-inertia-of-the-system-about-a-line-ax-perpendicular-to https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0Njc5-a-wheel-having-a-moment-of-inertia-of-2-kg-m2-about-its-vertical-axis-rotates-at-the-rate-of-60-rpm-about-the-axis-the-torque-which-can-stop-the-wheel-s-rotation-in-one-minute-would-be-1-dfrac-pi-12-n https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0Njgw-consider-a-system-of-two-particles-having-masses-m1-and-m2-if-the-particle-of-mass-m1-is-pushed-towards-the-mass-centre-of-particles-through-a-distance-d-by-what-distance-would-the-particle-of-mass-m2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY1NjIw-a-thin-circular-ring-mathrm-m-and-radius-mathrm-r-is-rotating-about-its-axis-with-a-constant-angular-velocity-four-objects-each-of-mass-m-are-kept-gently-to-the-opposite-ends-of-two-perpendicular-diam https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjYzODI3-for-the-diagram-given-below-a-triangular-lamina-is-shown-the-correct-relation-between-i1-i2-i3-is-i-moment-of-inertia-1-i1-i2-2-i2-i1-3-i3-i1-4-i3-i2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0NzMz-when-a-stick-is-released-as-shown-in-the-figure-below-its-free-end-velocity-when-it-strikes-the-ground-is-1-4-2-m-s-2-1-4-m-s-3-2-8-m-s-4-666-m-s-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjYzNjU1-a-circular-ring-of-mass-m-and-radius-r-is-rotating-about-its-axis-with-constant-angular-velocity-two-particles-each-of-mass-m-are-attached-gently-to-the-opposite-ends-of-the-diameter-of-the-ring-the-a https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTEzNzgy-a-thin-circular-ring-of-mass-m-and-radius-r-is-rotating-about-its-axis-with-a-constant-angular-velocity-omega-four-objects-of-mass-m-are-held-gently-at-the-opposite-ends-of-the-ring-s-two-perpendicula https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk3MDU2-given-the-moment-of-inertia-of-a-disc-of-mass-m-and-radius-r-about-any-of-its-diameters-to-be-dfrac-mr-2-4-then-the-moment-of-inertia-about-an-axis-normal-to-the-disc-passing-through-a-point-on-its-ed https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDYy-the-net-external-torque-on-a-system-of-particles-about-an-axis-is-zero-which-of-the-following-are-compatible-with-it-a-the-forces-may-be-acting-radially-from-a-point-on-the-axis-b-the-forces-may-be-ac https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjI1NDY0-with-reference-to-the-figure-of-a-cube-of-edge-a-and-mass-m-the-following-statements-are-given-o-is-the-centre-of-the-cube-choose-the-correct-statements-a-the-moment-of-inertia-of-the-cube-about-the-z https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDUwODQ5-the-center-of-mass-of-an-extended-body-on-the-surface-of-the-earth-and-its-center-of-gravity-1-are-always-at-the-same-point-for-any-size-of-the-body-2-are-always-at-the-same-point-only-for-spherical-b https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzMxMTgz-given-below-are-two-statements-assertion-a-the-centre-of-mass-of-an-isolated-system-of-particles-remains-at-rest-if-it-is-initially-at-rest-reason-r-internal-forces-acting-within-a-system-cannot-chang https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzEyNTU4-given-below-are-two-statements-assertion-a-angular-momentum-of-an-isolated-system-of-particles-is-conserved-reason-r-the-net-torque-on-an-isolated-system-of-particles-is-zero-and-the-rate-of-change-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzEyNTMz-given-below-are-two-statements-assertion-a-if-the-sun-were-to-suddenly-be-removed-then-the-earth-would-continue-to-move-around-in-its-orbit-reason-r-angular-momentum-of-a-system-of-particles-is-conser https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM1MTY0-a-block-of-mass-m-is-placed-atop-another-block-of-mass-m-and-the-combination-is-at-rest-on-a-smooth-horizontal-table-a-force-f-1-is-applied-to-m-and-another-force-f-2-is-applied-to-m-the-two-acting-ho https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM0Mjcz-a-uniform-rod-of-mass-m-and-length-l-lies-at-rest-on-a-smooth-horizontal-plane-as-shown-in-the-figure-a-particle-of-mass-m-moving-with-an-initial-velocity-u-strikes-one-end-a-of-the-rod-and-stops-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyMzcw-consider-the-following-two-statements-a-the-linear-momentum-of-a-system-of-particles-is-zero-b-the-kinetic-energy-of-a-system-of-particles-is-zero-1-a-implies-b-and-b-implies-a-2-a-does-not-imply-b-an https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyMzY5-consider-the-following-two-statements-a-the-linear-momentum-of-the-system-remains-constant-b-the-centre-of-mass-of-the-system-remains-at-rest-1-a-implies-b-and-b-implies-a-2-a-does-not-imply-b-and-b-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5NTM4-given-below-are-two-statements-assertion-a-the-angular-momentum-of-system-always-remains-constant-reason-r-for-a-system-tau-ext-dl-over-dt-0-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwMDcy-given-below-are-two-statements-assertion-a-the-speed-of-a-whirlwind-in-a-tornado-is-alarmingly-high-reason-r-if-no-external-torque-acts-on-a-body-its-angular-velocity-remains-conserved-1-both-a-and-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwMDk2-given-below-are-two-statements-assertion-a-if-polar-ice-melts-days-will-be-longer-reason-r-moment-of-inertia-increases-and-thus-angular-velocity-decreases-1-both-a-and-r-are-true-and-r-is-the-correct https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwMTIx-given-below-are-two-statements-assertion-a-the-centre-of-mass-of-an-electron-and-proton-when-released-moves-faster-towards-the-proton-reason-r-this-is-because-the-proton-is-heavier-1-both-a-and-r-are https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwMTMw-given-below-are-two-statements-assertion-a-for-a-system-of-particles-under-a-central-force-field-the-total-angular-momentum-is-conserved-reason-r-the-torque-acting-on-such-a-system-is-zero-1-both-a-an https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwMTM3-given-below-are-two-statements-assertion-a-if-the-ice-cap-of-the-pole-melts-the-day-length-will-shorten-reason-r-ice-flows-towards-the-equator-and-decreases-the-moment-of-inertia-of-the-earth-this-inc https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwMTc4-given-below-are-two-statements-assertion-a-the-centre-of-mass-of-a-two-particle-system-lies-on-the-line-joining-the-two-particles-and-is-positioned-closer-to-the-heavier-particle-reason-r-in-a-two-par https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwMjkx-given-below-are-two-statements-assertion-a-a-person-standing-on-a-rotating-platform-suddenly-stretches-his-arms-causing-the-platform-to-slow-down-reason-r-angular-momentum-is-conserved-1-both-a-and-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQxMjgx-given-below-are-two-statements-assertion-a-the-period-of-earth-s-rotation-undergoes-very-small-irregular-sporadic-variations-reason-r-the-displacement-of-large-air-masses-in-the-earth-s-atmosphere-alt https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQxMjg0-given-below-are-two-statements-assertion-a-a-judo-fighter-in-order-to-throw-his-opponent-onto-the-mat-tries-to-initially-bend-his-opponent-and-then-rotate-him-around-his-hip-reason-r-as-the-mass-of-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQxMjg1-assertion-a-the-centre-of-mass-of-a-body-or-a-system-of-bodies-is-the-point-that-moves-as-though-all-the-mass-were-concentrated-there-and-all-external-forces-were-applied-there-reason-r-the-centre-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQxMjg2-given-below-are-two-statements-assertion-a-if-the-same-mass-is-drawn-into-the-making-of-a-solid-sphere-and-a-hollow-sphere-the-moment-of-inertia-about-the-diameter-of-a-hollow-body-is-greater-than-tha https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQxMzIw-given-below-are-two-statements-assertion-a-when-a-body-rotates-in-a-circle-around-any-axis-all-its-particles-move-along-a-circle-in-different-radii-but-with-the-same-angular-velocity-reason-r-the-mome https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQxMzIx-given-below-are-two-statements-assertion-a-for-the-body-to-be-in-rotational-equilibrium-the-net-torque-acting-on-the-body-about-any-point-is-zero-reason-r-for-net-torque-to-be-zero-net-force-should-al https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyMzYz-consider-the-following-two-equations-a-vec-r-frac-1-m-sum-i-m-i-overrightarrow-r-i-and-b-vec-a-c-m-frac-vec-f-m-in-a-non-inertial-frame-1-both-are-correct-2-both-are-wrong-3-a-is-correct-but-b-is-wron https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyMzc3-all-the-particles-of-a-body-are-situated-at-a-distance-r-from-the-origin-the-distance-of-the-centre-of-mass-of-the-body-from-the-origin-is-1-r-2-leq-r-3-r-4-geq-r-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyMzgx-a-circular-plate-of-diameter-d-is-kept-in-contact-with-a-square-plate-of-edge-d-as-shown-in-the-figure-the-density-of-the-material-and-the-thickness-are-the-same-everywhere-the-centre-of-mass-of-the-c https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyMzky-a-uniform-sphere-is-placed-on-a-smooth-horizontal-surface-and-a-horizontal-force-f-is-applied-on-it-at-a-distance-h-above-the-surface-the-acceleration-of-the-centre-1-is-maximum-when-h-0-2-is-maximum https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyMzkz-a-body-falling-vertically-downwards-under-gravity-breaks-into-two-parts-of-unequal-masses-the-centre-of-mass-of-the-two-parts-taken-together-shifts-horizontally-towards-1-heavier-piece-2-lighter-piece https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNDAx-a-heavy-ring-of-mass-m-is-clamped-on-the-periphery-of-a-light-circular-disc-a-small-particle-having-equal-mass-is-clamped-at-the-centre-of-the-disc-the-system-is-rotated-in-such-a-way-that-the-centre https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNDI3-the-centre-of-mass-of-a-system-of-particles-is-at-the-origin-it-follows-that-a-the-number-of-particles-to-the-right-of-the-origin-is-equal-to-the-number-of-particles-to-the-left-b-the-total-mass-of-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNDI4-a-body-has-its-center-of-mass-at-the-origin-the-x-text-coordinates-of-the-particles-a-maybe-all-positive-b-maybe-all-negative-c-maybe-all-non-negative-d-maybe-positive-for-some-cases-and-negative-in-o https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNDI5-in-which-of-the-following-cases-the-centre-of-mass-of-a-rod-is-certainly-not-at-its-centre-a-the-density-continuously-increases-from-left-to-right-b-the-density-continuously-decreases-from-left-to-rig https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNDMw-if-the-external-forces-acting-on-a-system-have-zero-resultant-the-centre-of-mass-a-must-not-move-b-must-not-accelerate-c-may-move-d-may-accelerate-choose-the-correct-options-1-a-and-b-2-b-and-c-3-c-an https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjA4-a-nonzero-external-force-acts-on-a-system-of-particles-the-velocity-and-the-acceleration-of-the-centre-of-mass-are-found-to-be-v-0-and-a-0-at-an-instant-t-it-is-possible-that-1-v-0-0-a-0-0-2-v-0-0-a-0 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjEx-two-balls-are-thrown-simultaneously-in-the-air-the-acceleration-of-the-centre-of-mass-of-the-two-balls-while-in-the-air-1-depends-on-the-direction-of-the-motion-of-the-balls-2-depends-on-the-masses-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjI2-let-overrightarrow-a-be-a-unit-vector-along-the-axis-of-rotation-of-a-purely-rotating-body-and-overrightarrow-b-be-a-unit-vector-along-the-velocity-of-a-particle-p-of-the-body-away-from-the-axis-the-v https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjI3-a-body-is-uniformly-rotating-about-an-axis-fixed-in-an-inertial-frame-of-reference-let-overrightarrow-a-be-a-unit-vector-along-the-axis-of-rotation-and-overrightarrow-b-be-the-unit-vector-along-the-re https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjI4-a-particle-moves-with-a-constant-velocity-parallel-to-the-x-text-axis-its-angular-momentum-with-respect-to-the-origin-1-is-zero-2-remains-constant-3-goes-on-increasing-4-goes-on-decreasing-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjMy-a-body-is-rotating-uniformly-about-a-vertical-axis-fixed-in-an-inertial-frame-the-resultant-force-on-a-particle-of-the-body-not-on-the-axis-is-1-vertical-2-horizontal-and-skew-with-the-axis-3-horizont https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjMz-a-body-is-rotating-nonuniformly-about-a-vertical-axis-fixed-in-an-inertial-frame-the-resultant-force-on-a-particle-of-the-body-not-on-the-axis-is-1-vertical-2-horizontal-and-skew-with-the-axis-3-horiz https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjM3-a-uniform-rod-is-kept-vertically-on-a-horizontal-smooth-surface-at-a-point-o-if-it-is-rotated-slightly-and-released-it-falls-down-on-the-horizontal-surface-the-lower-end-will-remain-1-at-o-2-at-a-dist https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjM5-a-circular-disc-a-of-radius-r-is-made-from-an-iron-plate-of-thickness-t-and-another-circular-disc-b-of-radius-4r-is-made-from-an-iron-plate-of-thickness-t-4-the-relation-between-the-moments-of-inertia https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjQw-a-circular-disc-a-of-radius-r-is-made-from-an-iron-plate-of-thickness-t-and-another-circular-disc-b-of-radius-4r-is-made-from-an-iron-plate-of-thickness-t-4-equal-torques-act-on-discs-a-and-b-initiall https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjQy-a-closed-cylindrical-tube-containing-some-water-not-filling-the-entire-tube-lies-in-a-horizontal-plane-if-the-tube-is-rotated-about-a-perpendicular-bisector-the-moment-of-inertia-of-water-about-the-ax https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjQz-the-moment-of-inertia-of-a-uniform-semicircular-wire-of-mass-m-and-radius-r-about-a-line-perpendicular-to-the-plane-of-the-wire-through-the-centre-is-1-mr-2-2-dfrac-1-2-mr-2-3-dfrac-1-4-mr-2-4-dfrac-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjQ0-let-i-1-and-i-2-be-the-moments-of-inertia-of-two-bodies-of-identical-geometrical-shape-the-first-made-of-aluminium-and-the-second-of-iron-1-i-1-2-i-1-i-2-3-i-1-i-2-4-the-relation-between-i-1-and-i-2-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjQ1-a-body-having-its-centre-of-mass-at-the-origin-has-three-of-its-particles-at-a-0-0-0-a-0-0-0-a-the-moments-of-inertia-of-the-body-about-the-x-and-y-axes-are-0-20-kg-m2-each-the-moment-of-inertia-about https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjQ2-a-cubical-block-of-mass-m-and-edge-a-slides-down-a-rough-inclined-plane-of-inclination-with-a-uniform-velocity-the-torque-of-the-normal-force-on-the-block-about-its-centre-has-a-magnitude-1-zero-2-mga https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjQ3-a-thin-circular-ring-of-mass-m-and-radius-r-is-rotating-about-its-axis-with-an-angular-speed-omega-two-particles-having-mass-m-each-are-now-attached-at-diametrically-opposite-points-the-angular-speed https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjQ5-a-person-sitting-firmly-over-a-rotating-stool-has-his-arms-stretched-if-he-folds-his-arms-his-angular-momentum-about-the-axis-of-rotation-1-increases-2-decreases-3-remains-unchanged-4-doubles-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjYx-the-axis-of-rotation-of-a-purely-rotating-body-a-must-pass-through-the-centre-of-mass-b-may-pass-through-the-centre-of-mass-c-must-pass-through-a-particle-of-the-body-d-may-pass-through-a-particle-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjYy-consider-the-following-two-equations-a-l-i-b-dfrac-dl-dt-tau-in-non-inertial-frames-1-both-a-and-b-are-true-2-a-is-true-but-b-is-false-3-b-is-true-but-a-is-false-4-both-a-and-b-are-false-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjY2-a-particle-moves-on-a-straight-line-with-a-uniform-velocity-its-angular-momentum-a-is-always-zero-b-is-zero-about-a-point-on-the-straight-line-c-is-not-zero-about-a-point-away-from-the-straight-line-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjY4-let-ia-and-ib-be-moments-of-inertia-of-a-body-about-two-axes-a-and-b-respectively-the-axis-a-passes-through-the-centre-of-mass-of-the-body-but-b-does-not-1-ia-ib-2-if-ia-ib-the-axes-are-parallel-3-if https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjY5-a-sphere-is-rotating-about-a-diameter-then-1-the-particles-on-the-surface-of-the-sphere-do-not-have-any-linear-acceleration-2-the-particles-in-the-diameter-mentioned-above-do-not-have-any-linear-accel https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjcx-the-density-of-a-rod-gradually-decreases-from-one-end-to-the-other-it-is-pivoted-at-an-end-so-that-it-can-move-about-a-vertical-axis-through-the-pivot-a-horizontal-force-f-is-applied-on-the-free-end-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5MzQz-a-shell-of-mass-m-is-at-rest-initially-it-explodes-into-three-fragments-having-masses-in-the-ratio-2-2-1-if-the-fragments-having-equal-masses-fly-off-along-mutually-perpendicular-directions-with-speed https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTMxNjY0-an-object-flying-in-the-air-with-velocity-20-hat-i-25-hat-j-12-hat-k-suddenly-breaks-into-two-pieces-whose-masses-are-in-the-ratio-of-1-5-the-smaller-mass-flies-off-with-a-velocity-100-hat-i-35-hat-j https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTMxNzE4-a-particle-of-mass-5m-at-rest-suddenly-breaks-on-its-own-into-three-fragments-two-fragments-of-mass-m-each-move-along-mutually-perpendicular-directions-with-speed-v-each-the-energy-released-during-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzU4MjQ1-the-ratio-of-radii-of-gyration-of-a-circular-ring-and-a-circular-disc-of-the-same-mass-and-radius-about-an-axis-passing-through-their-centres-and-perpendicular-to-their-planes-are-1-1-sqrt-2-2-3-2-3-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzU4MzE2-two-discs-are-rotating-about-their-respective-axes-which-are-normal-to-the-discs-and-pass-through-their-centres-disc-d-1-has-a-2-kg-mass-and-0-2-m-radius-and-an-initial-angular-velocity-of-50-text-rad https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTE0MDY-a-small-object-of-uniform-density-rolls-up-a-curved-surface-with-an-initial-velocity-v-it-reaches-up-to-a-maximum-height-frac-3v-2-4g-with-respect-to-the-initial-position-the-object-is-1-solid-sphere https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0NzQx-p-is-the-contact-point-of-a-wheel-on-the-ground-that-rolls-without-slipping-the-value-of-displacement-of-the-point-p-when-the-wheel-completes-half-of-the-rotation-if-the-radius-of-the-wheels-is-1-m-is https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1Nzgz-a-solid-sphere-is-rolling-on-a-frictionless-surface-as-shown-in-the-figure-with-a-translational-velocity-of-v-m-s-if-a-sphere-climbs-up-to-a-height-h-then-the-value-of-v-would-be-1-107gh-107gh-107gh-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYzMjQw-a-disc-is-set-in-pure-roll-on-an-inclined-plane-let-us-take-three-points-on-the-disc-as-shown-in-the-figure-then-vb-vc-vd-equals-vb-vc-and-vd-are-corresponding-speeds-1-111-111-111-2-111-222-2-22-3-22 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTc4OTA3-a-string-of-negligible-thickness-is-wrapped-several-times-around-a-cylinder-kept-on-a-rough-horizontal-surface-a-man-standing-at-a-distance-l-from-the-cylinder-holds-one-end-of-the-string-and-pulls-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjE1MzU3-choose-the-incorrect-statement-1-the-centre-of-mass-of-a-two-particle-system-lies-on-the-line-joining-the-two-particles-being-closer-to-the-heavier-particle-2-in-rolling-the-point-of-contact-of-the-ro https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTkzNjIx-a-disc-hangs-from-an-ideal-string-wrapped-around-it-if-it-is-allowed-to-fall-the-acceleration-of-the-disc-will-be-1-g-2-frac-g-2-3-frac-2-3-4-frac-2-g-3-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk1MTkx-a-hollow-sphere-of-mass-m-is-rolling-with-a-speed-v-on-a-smooth-horizontal-surface-and-strikes-a-massless-spring-of-force-constant-k-attached-to-a-massless-smooth-platform-the-maximum-compression-of-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjc3-consider-a-wheel-of-a-bicycle-rolling-on-a-level-road-at-a-linear-speed-v-0-shown-in-the-figure-then-a-the-speed-of-the-particle-a-is-zero-b-the-speed-of-b-c-and-d-are-all-equal-to-v-0-c-the-speed-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY1NjM1-a-ball-rolls-without-slipping-the-radius-of-gyration-of-the-ball-about-an-axis-passing-through-its-centre-of-mass-is-k-if-the-radius-of-the-ball-is-r-then-the-fraction-of-total-energy-associated-with https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjgw-a-hollow-sphere-and-a-solid-sphere-having-same-mass-and-same-radii-are-rolled-down-a-rough-inclined-plane-1-the-hollow-sphere-reaches-the-bottom-first-2-the-solid-sphere-reaches-the-bottom-with-greate https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyNzM2-a-disc-rolls-without-slipping-climbs-on-a-rough-incline-and-comes-back-during-the-motion-on-the-incline-1-friction-is-downward-during-the-upward-journey-2-friction-is-upward-during-the-upward-journey https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjc5-two-uniform-solid-spheres-having-unequal-masses-and-unequal-radii-are-released-from-rest-from-the-same-height-on-a-rough-incline-if-the-spheres-roll-without-slipping-1-the-heavier-sphere-reaches-the-b https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjUw-the-centre-of-a-wheel-rolling-on-a-plane-surface-moves-with-a-speed-v-0-a-particle-on-the-rim-of-the-wheel-at-the-same-level-as-the-centre-will-be-moving-at-speed-1-zero-2-v-0-3-sqrt2v-0-4-2v-0-1-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTExMTU-the-ratio-of-the-acceleration-for-a-solid-sphere-mass-m-and-radius-r-rolling-down-an-incline-of-angle-theta-without-slipping-and-slipping-down-the-incline-without-rolling-is-1-5-7-2-2-3-3-2-5-4-7-5-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1ODAx-the-ratio-of-the-accelerations-for-a-solid-sphere-mass-m-and-radius-r-rolling-down-an-incline-of-angle-without-slipping-and-slipping-down-the-incline-without-rolling-will-be-1-5-7-2-2-3-3-2-5-4-7-5-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTM3MjAw-a-ring-and-a-disc-with-the-same-moment-of-inertia-roll-along-a-plane-surface-at-the-same-speed-if-ererer-be-the-rotational-kinetic-energy-of-the-ring-and-ededed-be-that-of-the-disc-then-1-ererer-edede https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5NzE3-given-below-are-two-statements-assertion-a-in-case-of-pure-rolling-the-force-of-friction-becomes-zero-reason-r-the-speed-at-the-point-of-contact-is-zero-1-both-a-and-r-are-true-and-r-is-the-correct-ex https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5NTU3-given-below-are-two-statements-assertion-a-the-total-kinetic-energy-of-a-rolling-solid-sphere-is-the-sum-of-translational-and-rotational-kinetic-energies-reason-r-for-all-solid-bodies-total-kinetic-en https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY0NzE5-a-solid-sphere-of-radius-r-is-placed-on-a-smooth-horizontal-surface-a-horizontal-force-f-is-applied-at-height-h-from-the-lowest-point-for-the-maximum-acceleration-of-the-centre-of-mass-which-of-the-fo https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjUx-a-wheel-of-radius-20-cm-is-pushed-to-move-it-on-a-rough-horizontal-surface-it-is-found-to-move-through-a-distance-of-60-cm-on-the-road-during-the-time-it-completes-one-revolution-about-the-centre-assu https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjU1-a-solid-sphere-a-hollow-sphere-and-a-disc-all-having-the-same-mass-and-radius-are-placed-at-the-top-of-an-incline-and-released-the-friction-coefficients-between-the-objects-and-the-incline-are-the-sam https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjgx-a-sphere-cannot-roll-on-1-a-smooth-horizontal-surface-2-a-smooth-inclined-surface-3-a-rough-horizontal-surface-4-a-rough-inclined-surface-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM5OTc2-given-below-are-two-statements-assertion-a-when-a-body-accelerates-down-an-incline-rolling-purely-static-friction-force-acts-on-the-body-reason-r-point-of-contact-of-the-body-with-incline-remains-at-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTc3NDIy-a-ring-and-a-disc-have-the-same-mass-and-roll-without-slipping-at-the-same-linear-velocity-v-if-the-total-kinetic-energy-of-the-ring-is-8-j-then-the-total-kinetic-energy-of-the-disc-will-be-1-8-j-2-6 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjYzNzE1-for-a-hollow-cylinder-a-solid-cylinder-rolling-without-slipping-on-an-inclined-plane-then-which-of-these-reaches-earlier-on-the-ground-1-solid-cylinder-2-hollow-cylinder-3-both-simultaneously-4-can-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYzNTc5-the-coefficient-of-friction-between-a-solid-cylinder-and-a-rough-inclined-plane-is-just-sufficient-for-the-pure-rolling-of-the-cylinder-which-of-the-following-bodies-can-move-with-pure-rolling-on-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjUz-the-angular-velocity-of-the-engine-and-hence-of-the-wheel-of-a-scooter-is-proportional-to-the-petrol-input-per-second-the-scooter-is-moving-on-a-frictionless-road-with-uniform-velocity-if-the-petrol-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTc3OTYy-a-solid-homogenous-sphere-is-moving-on-a-rough-horizontal-surface-partially-rolling-and-partially-sliding-during-this-motion-of-this-sphere-1-the-total-kinetic-energy-is-conserved-2-the-angular-moment https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-pb246OTAxMzc-a-disc-and-a-solid-sphere-of-the-same-radius-but-different-masses-roll-off-on-two-inclined-planes-of-the-same-altitude-and-length-which-one-of-the-two-objects-gets-to-the-bottom-of-the-plane-first-1-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjMx-the-figure-shows-a-small-wheel-fixed-coaxially-on-a-bigger-one-of-double-the-radius-the-system-rotates-about-the-common-axis-the-strings-supporting-a-and-b-do-not-slip-on-the-wheels-if-x-and-y-be-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjkw-the-figure-shows-a-smooth-inclined-plane-fixed-in-a-car-accelerating-on-a-horizontal-road-the-angle-of-incline-is-related-to-the-acceleration-a-of-the-car-as-a-gtan-if-the-sphere-is-set-in-pure-rollin https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwMjQz-given-below-are-two-statements-assertion-a-two-cylinders-one-hollow-metal-and-the-other-solid-wood-with-the-same-mass-and-identical-dimensions-are-simultaneously-allowed-to-roll-without-slipping-on-an https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTk0NDU3-a-block-of-mass-m-slides-down-on-a-smooth-inclined-plane-and-reaches-the-bottom-with-speed-v-if-the-same-mass-is-in-the-form-of-a-ring-which-rolls-down-on-an-identical-inclined-plane-where-friction-is https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY1NjM3-if-a-disc-is-rolling-and-the-velocity-of-its-centre-of-mass-is-vcm-vcm-then-which-one-will-be-correct-1-the-velocity-of-the-highest-point-is-2-v-c-m-and-of-the-point-of-contact-is-zero-2-the-velocity https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ4OTQ1-a-solid-sphere-is-rolling-without-slipping-such-that-the-velocity-of-its-centre-of-mass-is-v-ratio-of-speeds-of-horizontal-extreme-points-a-and-b-is-1-1-1-2-22-1-3-2-1-4-1-22-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjUxMDM0-a-solid-cylinder-and-a-hollow-cylinder-both-of-the-same-mass-and-same-external-diameter-are-released-from-the-same-height-at-the-same-time-on-an-inclined-plane-both-roll-down-without-slipping-which-on https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTkzNDI4-a-uniform-sphere-of-mass-m-and-radius-r-rolls-without-slipping-down-an-inclined-plane-inclined-at-an-angle-of-45-to-the-horizontal-the-minimum-value-of-the-coefficient-of-friction-between-the-sphere-a https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjY1NjIy-a-solid-cylinder-of-mass-m-and-radius-r-rolls-without-slipping-down-an-inclined-plane-of-length-l-and-height-h-what-is-the-speed-of-its-centre-of-mass-when-the-cylinder-reaches-its-bottom-1-2gh2gh-2-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTYyOTAw-a-solid-sphere-slides-from-the-top-to-the-bottom-of-a-smooth-inclined-plane-it-takes-time-t-if-it-rolls-on-a-rough-inclined-plane-of-the-same-dimension-then-the-time-taken-by-it-to-reach-from-top-to-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjg1-a-sphere-can-roll-on-a-surface-inclined-at-an-angle-if-the-friction-coefficient-is-more-than-frac-2-7-g-tan-theta-suppose-the-friction-coefficient-is-frac-1-7-g-tan-theta-if-a-sphere-is-released-from https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MjYzODQ4-a-drum-of-radius-r-and-mass-m-rolls-down-without-slipping-along-an-inclined-plane-of-angle-the-frictional-force-1-decreases-the-rotational-and-translational-motion-2-dissipates-energy-as-heat-3-decrea https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjU3-a-solid-sphere-a-hollow-sphere-and-a-disc-all-having-the-same-mass-and-radius-are-placed-at-the-top-of-an-incline-and-released-the-friction-coefficients-between-the-objects-and-the-incline-are-the-sam https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjU5-a-string-of-negligible-thickness-is-wrapped-several-times-around-a-cylinder-kept-on-a-rough-horizontal-surface-a-man-standing-at-a-distance-l-from-the-cylinder-holds-one-end-of-the-string-and-pulls-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwMDM4-given-below-are-two-statements-assertion-a-the-velocity-of-a-body-at-the-bottom-of-an-inclined-plane-of-a-given-height-is-more-when-it-slides-down-the-plane-compared-to-when-it-is-rolling-down-the-sam https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTAwMTg3-a-wheel-of-radius-r-rolls-without-slipping-on-the-ground-with-a-uniform-velocity-v-the-relative-acceleration-of-the-topmost-point-of-the-wheel-with-respect-to-the-bottommost-point-is-1-v2rv2r-2-2v2r2v https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjU0-a-solid-sphere-a-hollow-sphere-and-a-disc-all-having-the-same-mass-and-radius-are-placed-at-the-top-of-a-smooth-incline-and-released-the-least-time-will-be-taken-in-reaching-the-bottom-by-1-the-solid https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwMjI0-given-below-are-two-statements-assertion-a-a-wheel-moving-down-a-perfectly-frictionless-inclined-plane-will-undergo-slipping-not-rolling-motion-reason-r-for-perfect-rolling-motion-the-work-done-agains https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTA3ODE3-a-hollow-cylinder-with-an-inner-radius-of-r-an-outer-radius-of-2r-and-a-mass-m-is-rolling-without-slipping-at-the-speed-of-its-centre-v-its-kinetic-energy-will-be-1-1116mv21116mv21116mv2-2-74mv274mv27 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MTQ1Nzg0-the-disc-is-placed-on-a-rough-horizontal-surface-and-given-only-angular-velocity-0-0-0-the-velocity-of-the-centre-of-mass-when-it-starts-rolling-is-1-omega-0r-over-2-2-omega-0r-over-3-3-omega-0r-over https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzAyNjg3-a-sphere-is-rolled-on-a-rough-horizontal-surface-it-gradually-slows-down-and-stops-the-force-of-friction-tries-to-a-decrease-the-linear-velocity-b-increase-the-angular-velocity-c-increase-the-linear-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM4MzE4-a-block-of-mass-m-slides-down-the-smooth-inclined-surface-of-a-wedge-of-mass-m-which-is-itself-on-a-smooth-horizontal-surface-the-centre-of-mass-of-the-system-1-is-stationary-2-accelerates-to-the-left https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM4MzIx-a-uniform-ladder-of-mass-10-kg-is-placed-at-an-angle-against-a-frictionless-vertical-wall-as-shown-in-the-figure-by-applying-a-horizontal-force-f-at-the-bottom-b-of-the-ladder-towards-the-wall-take-g https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzMTU2-a-uniform-chain-abc-is-at-rest-with-half-of-it-hanging-off-the-edge-of-a-rough-horizontal-table-if-the-total-length-of-the-chain-is-2-text-m-the-centre-of-mass-of-the-chain-is-located-1-0-25-text-m-be https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM3Njkz-the-moment-of-inertia-of-a-uniform-right-angled-triangular-lamina-mass-m-delta-abc-about-an-axis-passing-through-c-perpendicular-to-its-plane-is-1-m-left-dfrac-a-2-b-2-3-right-2-m-left-dfrac-a-2-b-2-6 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM2NDY4-the-moment-of-inertia-of-the-uniform-rod-of-mass-m-length-l-about-the-axis-shown-in-the-figure-is-dfrac14ml-2-then-the-angle-theta-is-1-text-sin-1-left-dfrac34-right-2-text-tan-1-left-dfrac34-right-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM2NDcw-a-uniform-rod-of-length-l-is-standing-upright-pivoted-at-its-lower-end-the-rod-can-freely-rotate-about-the-pivot-if-it-is-slightly-disturbed-so-that-it-falls-to-the-ground-the-speed-of-the-highest-poi https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzMxMTgy-a-thin-spherical-metallic-vessel-of-radius-r-contains-water-the-mass-of-water-being-equal-to-the-mass-of-the-vessel-that-contains-it-a-hole-is-made-in-the-bottom-so-that-the-water-begins-to-flow-out-w https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzMxMTc4-a-uniform-cylinder-of-mass-m-radius-r-and-height-3r-is-placed-upright-on-a-horizontal-surface-a-particle-of-mass-m-is-placed-on-the-top-of-the-cylinder-at-its-edge-for-what-minimum-value-of-m-will-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzMxMTgx-a-uniform-hollow-cylindrical-shell-has-an-outer-radius-r-1-and-inner-radius-r-2-if-its-mass-be-m-then-its-rotational-inertia-about-its-axis-is-equal-to-1-dfrac-1-2-m-left-r-2-2-r-1-2-right-2-dfrac-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzMxMTc5-the-moment-of-inertia-of-a-uniform-solid-cube-of-mass-m-and-edge-l-about-an-axis-passing-through-one-of-its-edges-is-1-dfrac-m-l-2-6-2-dfrac-m-l-2-3-3-dfrac-m-l-2-2-4-dfrac-2m-l-2-3-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM0Mjcw-a-thin-uniform-hemispherical-shell-radius-r-center-o-is-cut-into-two-symmetric-quarter-spheres-by-means-of-a-vertical-plane-as-shown-the-centre-of-mass-of-a-quarter-sphere-is-at-a-distance-d-from-o-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM3Njky-the-centre-of-mass-of-a-uniform-solid-cone-is-located-at-a-distance-of-dfrac-3-4-h-from-the-vertex-of-the-cone-where-h-is-its-height-the-centre-of-mass-of-a-regular-solid-tetrahedron-of-height-h-is-lo https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM1MTYx-a-block-of-mass-m-slides-down-the-smooth-inclined-surface-of-a-wedge-of-mass-m-starting-from-rest-the-wedge-is-at-rest-on-the-horizontal-surface-beneath-it-due-to-friction-the-acceleration-of-the-cent https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM4MTAy-the-centre-of-mass-of-a-uniform-solid-hemisphere-of-radius-r-is-located-at-a-distance-of-dfrac-3r-8-from-its-centre-o-if-the-hemisphere-is-now-cut-symmetrically-into-two-identical-parts-by-a-single-pl https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwODg5-a-force-is-applied-to-a-hollow-spherical-shell-so-that-it-acts-through-its-centre-it-causes-an-acceleration-of-3-m-s2-if-the-same-force-is-applied-to-the-spherical-shell-acting-tangent-to-its-surface https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQwODg3-given-below-are-two-statements-statement-i-the-centre-of-mass-of-a-system-of-particles-lying-on-a-straight-line-must-lie-between-the-two-extreme-particles-statement-ii-the-centre-of-mass-of-a-system-o https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM0Mjcx-a-uniform-solid-hemisphere-of-mass-m-and-radius-r-is-rotated-about-an-axis-passing-through-its-center-o-along-a-diameter-of-its-flat-surface-the-moment-of-inertia-of-the-hemisphere-about-this-axis-is https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM1OTAz-a-horizontal-force-f-is-applied-to-a-uniform-solid-sphere-at-rest-so-that-its-line-of-action-passes-through-the-mid-point-p-of-the-vertical-radius-oa-o-being-the-centre-of-the-sphere-mass-m-the-accele https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzIzODU2-a-solid-cylinder-of-mass-m-and-radius-r-is-rolling-with-angular-velocity-omega-rad-s-on-a-rough-horizontal-surface-the-magnitude-of-angular-momentum-about-the-origin-is-1-frac-m-r-2-omega-2-2-frac-3-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzM2NDY5-a-thin-uniform-hemispherical-shell-radius-r-is-placed-upside-down-with-its-open-end-down-it-is-cut-into-two-parts-by-a-horizontal-plane-so-that-the-masses-of-the-two-parts-are-equal-the-centre-of-mass https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDE5Mjcz-a-l-shaped-object-abc-is-made-by-rigidly-connected-two-uniform-1-text-kg-rods-ab-bc-of-length-1-text-m-at-right-angles-the-moment-of-inertia-of-the-system-about-an-axis-perpendicular-to-its-plane-and https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDM1OTkz-two-identical-uniform-semi-circular-pieces-are-joined-smoothly-at-their-ends-so-as-to-form-a-planar-s-shape-the-mass-of-each-piece-is-m-and-radius-r-the-moment-of-inertia-of-this-s-about-the-common-ta https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTg4ODc4-moment-of-inertia-about-an-axis-ab-for-a-rod-of-mass-40-text-kg-and-length-3-text-m-is-same-as-that-of-a-solid-sphere-of-mass-of-10-text-kg-and-radius-r-about-an-axis-parallel-to-ab-axis-with-separati https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTg4OTEx-a-solid-sphere-a-of-mass-5-text-m-and-a-spherical-shell-b-of-mass-m-both-having-same-radius-are-placed-on-a-rough-surface-when-a-force-of-same-magnitude-is-applied-tangentially-at-the-highest-points-o https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTg5MDA0-two-identical-bodies-a-and-b-of-equal-masses-have-initial-velocities-overrightarrow-v-1-4-hat-i-text-m-s-and-overrightarrow-v-2-4-hat-j-text-m-s-respectively-the-body-a-has-acceleration-overrightarrow https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTg5Njcw-a-solid-sphere-of-radius-4-text-cm-and-mass-5-text-kg-is-rotating-rotation-axis-is-passing-through-the-centre-of-the-sphere-with-an-angular-velcocity-of-1200-text-rpm-it-is-brought-to-rest-in-10-text https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTg5Njg4-the-position-of-centre-of-mass-of-three-masses-2-text-kg-3-text-kg-and-15-text-kg-placed-with-respected-to-mid-point-p-of-normal-bisector-as-shown-in-the-figure-is-1-left-dfrac-sqrt-3-4-1-25-right-2-l https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTg4NjQ5-the-position-of-an-object-having-mass-0-1-kg-as-a-function-of-time-t-is-given-as-vec-r-left-10-t-2-hat-i-5-t-3-hat-j-right-text-m-at-t-1-text-s-which-of-the-following-statements-are-correct-mathrm-a-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTg4Njc0-a-particle-is-rotating-in-a-circular-path-and-at-any-instant-its-motion-can-be-described-as-theta-dfrac-5-t-4-40-dfrac-t-3-3-the-angular-acceleration-of-the-particle-after-10-seconds-is-in-text-rad-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTg5MTAy-a-wheel-initially-at-rest-is-subjected-to-a-uniform-angular-acceleration-about-its-axis-in-the-first-2-text-s-it-rotates-through-an-angle-theta-1-and-in-the-next-2-text-s-it-rotates-through-an-angle-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTg5Njg0-a-solid-sphere-of-mass-m-and-radius-r-is-divided-into-two-unequal-parts-the-smaller-part-having-mass-m-8-is-converted-into-a-sphere-of-radius-r-and-the-larger-part-is-converted-into-a-circular-disc-of https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgxMTE1-a-uniform-rod-of-mass-m-and-length-l-suspended-by-means-of-two-identical-inextensible-light-strings-as-shown-in-figure-tension-in-one-string-immediately-after-the-other-string-is-cut-is-g-acceleration https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgxMjQ3-two-identical-thin-rods-of-mass-m-text-kg-and-length-l-text-m-are-connected-as-shown-in-figure-moment-of-inertia-of-the-combined-rod-system-about-an-axis-passing-through-point-p-and-perpendicular-to-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgxNDc1-two-cars-a-and-b-each-of-mass-10-3-text-kg-are-moving-on-parallel-tracks-separated-by-a-distance-of-10-text-m-in-same-direction-with-speeds-72-text-km-h-and-36-text-km-h-the-magnitude-of-angular-momen https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgwNTE4-a-solid-sphere-of-mass-5-text-kg-and-radius-10-text-cm-is-kept-in-contact-with-another-solid-sphere-of-mass-10-text-kg-and-radius-20-text-cm-the-moment-of-inertia-of-this-pair-of-spheres-about-the-tan https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgwNjgw-a-circular-disc-has-radius-r-1-and-thickness-t-1-another-circular-disc-made-of-the-same-material-has-radius-r-2-and-thickness-t-2-if-the-moment-of-inertia-of-both-discs-are-same-and-dfrac-r-1-r-2-2-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgwNzQ5-a-uniform-bar-of-length-12-text-cm-and-mass-20m-lies-on-a-smooth-horizontal-table-two-point-masses-m-and-2m-are-moving-in-opposite-directions-with-same-speed-of-v-and-in-the-same-plane-as-the-bar-as-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgwOTAz-given-below-are-two-statements-statement-i-for-a-mechanical-system-of-many-particles-total-kinetic-energy-is-the-sum-of-kinetic-energies-of-all-the-particles-statement-ii-the-total-kinetic-energy-can https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgwOTA2-two-masses-m-and-2m-are-connected-by-a-light-string-going-over-a-pulley-disc-of-mass-30m-with-radius-r-0-1-text-m-the-pulley-is-mounted-in-a-vertical-plane-and-it-is-free-to-rotate-about-its-axis-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgwNzI5-the-moment-of-inertia-of-a-square-loop-made-of-four-uniform-solid-cylinders-each-having-radius-r-and-length-l-r-l-about-an-axis-passing-through-the-mid-points-of-opposite-sides-is-take-the-mass-of-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgwNzM4-two-small-balls-with-masses-m-and-2m-are-attached-to-both-ends-of-a-rigid-rod-of-length-d-and-negligible-mass-if-angular-momentum-of-this-system-is-l-about-an-axis-a-passing-through-its-centre-of-mass https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgxNzUy-a-body-of-mass-14-text-kg-initially-at-rest-explodes-and-breaks-into-three-fragments-of-masses-in-the-ratio-2-2-3-the-two-pieces-of-equal-masses-fly-off-perpendicular-to-each-other-with-a-speed-of-18 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgxOTM5-suppose-there-is-a-uniform-circular-disc-of-mass-m-text-kg-and-radius-r-text-m-shown-in-figure-the-shaded-regions-are-cut-out-from-the-disc-the-moment-of-inertia-of-the-remainder-about-the-axis-a-of-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgxODgx-two-masses-400-text-g-and-350-text-g-are-suspended-from-the-ends-of-a-light-string-passing-over-a-heavy-pulley-of-radius-2-text-cm-when-released-from-rest-the-heavier-mass-is-observed-to-fall-81-text https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgwNjk2-a-thin-uniform-rod-x-of-mass-m-and-length-l-is-pivoted-at-a-height-left-dfrac-l-3-right-as-shown-in-the-figure-the-rod-is-allowed-to-fall-from-a-vertical-position-and-lie-horizontally-on-the-table-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgxNzUz-a-uniform-solid-cylinder-of-length-l-and-radius-r-has-moment-of-inertia-about-its-axis-equal-to-i-1-a-small-co-centric-cylinder-of-length-l-2-and-radius-r-3-carved-from-this-cylinder-has-moment-of-ine https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgyMDAw-two-circular-discs-of-radius-each-10-text-cm-are-joined-at-their-centres-by-a-rod-of-length-30-text-cm-and-mass-600-text-gm-as-shown-in-figure-if-the-mass-of-each-disc-is-600-text-gm-and-applied-torqu https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgyNDY2-a-solid-sphere-of-radius-10-text-cm-is-rotating-about-an-axis-which-is-at-a-distance-15-text-cm-from-its-centre-the-radius-of-gyration-about-this-axis-is-sqrt-n-text-cm-the-value-of-n-is-1-230-2-210-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgyNTc3-when-the-position-vector-vec-r-x-vec-i-y-vec-j-z-vec-k-changes-sign-as-vec-r-which-one-of-the-following-vector-will-not-flip-under-sign-change-1-linear-momentum-2-velocity-3-acceleration-4-angular-mom https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTgyNTkw-a-fly-wheel-having-mass-3-text-kg-and-radius-5-text-m-is-free-to-rotate-about-a-horizontal-axis-a-string-having-negligible-mass-is-wound-around-the-wheel-and-the-loose-end-of-the-string-is-connected-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQxMDc1-a-solid-sphere-with-uniform-density-and-radius-r-is-rotating-initially-with-constant-angular-velocity-omega-1-about-its-diameter-after-some-time-during-the-rotation-its-starts-loosing-mass-at-a-unifor https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQxMDcy-a-wheel-is-rolling-on-a-plane-surface-the-speed-of-a-particle-at-the-highest-point-of-the-rim-is-8-text-m-s-the-speed-of-the-particle-on-the-rim-of-the-wheel-at-the-same-level-as-the-centre-of-wheel-w https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQxMDE0-a-circular-ring-and-a-solid-sphere-having-same-radius-roll-down-on-an-inclined-plane-from-rest-without-slipping-the-ratio-of-their-velocities-when-reached-at-the-bottom-of-the-plane-is-sqrt-dfrac-x-5 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwOTcx-if-vec-l-and-vec-p-represent-the-angular-momentum-and-linear-momentum-respectively-of-a-particle-of-mass-m-having-position-vector-as-vec-r-a-cos-omega-t-hat-i-sin-omega-t-hat-j-the-direction-of-force https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwOTY1-which-of-the-following-are-correct-expression-for-torque-acting-on-a-body-mathrm-a-vec-tau-vec-r-times-vec-l-mathrm-b-vec-tau-frac-d-d-t-vec-r-times-vec-p-mathrm-c-vec-tau-vec-r-times-frac-d-vec-p-d-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwOTY0-a-thin-solid-disk-of-1-text-kg-is-rotating-along-its-diameter-axis-at-the-speed-of-1800-text-rpm-by-applying-an-external-torque-of-25-text-nm-for-40-text-s-the-speed-increases-to-2100-text-rpm-the-dia https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwODcw-a-rod-of-linear-mass-density-and-length-l-is-bent-to-form-a-ring-of-radius-r-moment-of-inertia-of-ring-about-any-of-its-diameter-is-1-dfrac-lambda-l-3-16-pi-2-2-dfrac-lambda-l-3-12-3-dfrac-lambda-l-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwODY0-m-and-r-be-the-mass-and-radius-of-a-disc-a-small-disc-of-radius-dfrac-r-3-is-removed-from-the-bigger-disc-as-shown-in-figure-the-moment-of-inertia-of-remaining-part-of-bigger-disc-about-an-axis-ab-pas https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwNzY4-a-b-and-c-are-disc-solid-sphere-and-spherical-shell-respectively-with-same-radii-and-masses-these-masses-are-placed-as-shown-in-figure-the-moment-of-inertia-of-the-given-system-about-pq-axis-is-dfrac https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwNzYx-a-force-of-49-text-n-acts-tangentially-at-the-highest-point-of-a-sphere-solid-of-mass-20-text-kg-kept-on-a-rough-horizontal-plane-if-the-sphere-rolls-without-slipping-then-the-acceleration-of-the-cent https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwNzQ4-a-wheel-of-radius-0-2-text-m-rotates-freely-about-its-centre-when-a-string-that-is-wrapped-over-its-rim-is-pulled-by-force-of-10-text-n-as-shown-in-figure-the-established-torque-produces-an-angular-ac https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwNzA1-a-rod-of-length-5l-is-bent-right-angle-keeping-one-side-length-as-2-l-the-position-of-the-centre-of-mass-of-the-system-consider-l-10-text-cm-1-5-hat-i-8-hat-j-2-3-hat-i-7-hat-j-3-2-hat-i-3-hat-j-4-4-h https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwNjk2-the-moment-of-inertia-of-a-circular-ring-of-mass-m-and-diameter-r-about-a-tangential-axis-lying-in-the-plane-of-the-ring-is-1-dfrac12-mr-2-2-dfrac32-mr-2-3-dfrac38-mr-2-4-2-mr-2-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwNjQ2-a-square-lamina-oabc-of-length-10-text-cm-is-pivoted-at-o-forces-act-at-lamina-as-shown-in-figure-if-lamina-remains-stationary-then-the-magnitude-of-f-is-1-10-text-n-2-10-sqrt2-text-n-3-0-text-n-4-20 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwNjQ0-a-cord-of-negligible-mass-is-wound-around-the-rim-of-a-wheel-supported-by-spokes-with-negligible-mass-the-mass-of-wheel-is-10-text-kg-and-radius-is-10-text-cm-and-it-can-freely-rotate-without-any-fric https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTQwNjAw-moment-of-inertia-of-a-rod-of-mass-m-and-length-l-about-an-axis-passing-through-its-centre-and-normal-to-its-length-is-alpha-now-the-rod-is-cut-into-two-equal-parts-and-these-parts-are-joined-symmetri https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM2MDc2-a-uniform-rod-of-mass-250-text-g-having-length-100-text-cm-is-balanced-on-a-sharp-edge-at-40-text-cm-mark-a-mass-of-400-text-g-is-suspended-at-10-text-cm-mark-to-maintain-the-balance-of-the-rod-the-ma https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM2MDAy-the-moment-of-inertia-of-a-solid-disc-rotating-along-its-diameter-is-2-5-times-higher-than-the-moment-of-inertia-of-a-ring-rotating-in-similar-way-the-moment-of-inertia-of-a-solid-sphere-which-has-sam https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1OTk3-two-iron-solid-discs-of-negligible-thickness-have-radii-r-1-and-r-2-and-moment-of-inertia-i-1-and-i-2-respectively-for-r-2-2-r-1-the-ratio-of-i-1-and-i-2-would-be-dfrac-1-x-then-the-value-of-x-is-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1OTcz-a-circular-disk-of-radius-r-meter-and-mass-m-text-kg-is-rotating-around-the-axis-perpendicular-to-the-disk-an-external-torque-is-applied-to-the-disk-such-that-t-5t-2-8t-where-t-is-the-angular-position https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1OTE0-the-center-of-mass-of-a-thin-rectangular-plate-as-shown-in-figure-with-sides-of-length-a-and-b-whose-mass-per-unit-area-sigma-varies-as-sigma-dfrac-left-sigma-0-x-right-a-b-where-sigma-0-is-a-constant https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1ODQw-consider-a-circular-disc-of-radius-20-text-cm-with-centre-located-at-the-origin-a-circular-hole-of-radius-5-text-cm-is-cut-from-this-disc-in-such-a-way-that-the-edge-of-the-hole-touches-the-edge-of-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1ODE1-an-object-of-mass-m-is-projected-from-origin-in-a-vertical-xy-plane-at-an-angle-45-circ-with-the-x-axis-with-an-initial-velocity-v-0-the-magnitude-and-direction-of-the-angular-momentum-of-the-object-w https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1ODE0-three-equal-masses-m-are-kept-at-vertices-a-b-c-of-an-equilateral-triangle-of-side-a-in-free-space-at-t-0-they-are-given-an-initial-velocity-overrightarrow-v-a-v-0-overrightarrow-a-c-overrightarrow-v https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1Nzc2-the-coordinates-of-a-particle-with-respect-to-origin-in-a-given-reference-frame-is-1-1-1-meters-if-a-force-of-overrightarrow-f-hat-i-hat-j-hat-k-text-n-acts-on-the-particle-then-the-magnitude-of-torqu https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1NzI4-a-tube-of-length-1-text-m-is-filled-completely-with-an-ideal-liquid-of-mass-2m-and-closed-at-both-ends-the-tube-is-rotated-uniformly-in-the-horizontal-plane-about-one-of-its-ends-if-the-force-exerted https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1NzAw-the-torque-due-to-the-force-2-hat-i-hat-j-2-hat-k-about-the-origin-acting-on-a-particle-whose-position-vector-is-hat-i-hat-j-hat-k-would-be-1-hat-i-hat-k-2-hat-i-hat-j-hat-k-3-hat-j-hat-k-4-hat-i-hat https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1Njgx-the-position-vectors-of-two-1-text-kg-particles-a-and-b-are-given-by-vec-r-a-left-alpha-1-t-2-hat-imath-alpha-2-t-hat-jmath-alpha-3-t-hat-k-right-m-and-vec-b-a-left-beta-1-t-2-hat-imath-beta-2-t-hat-j https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTM1NjYy-a-uniform-circular-disc-of-radius-r-and-mass-m-is-rotating-about-an-axis-perpendicular-to-its-plane-and-passing-through-its-centre-a-small-circular-part-of-radius-dfrac-r-2-is-removed-from-the-origina https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTIxNDg0-a-uniform-thin-metal-plate-of-mass-mathrm-10-kg-is-shown-in-the-figure-the-plate-is-formed-by-removing-a-1-text-m-times-1-text-m-square-notch-from-the-top-of-a-3-text-m-times-2-text-m-rectangular-shee https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTIxMjk1-in-a-system-two-particles-of-masses-m-1-3-kg-and-m-2-2-kg-are-placed-at-certain-distance-from-each-other-the-particle-of-mass-m-1-is-moved-towards-the-center-of-mass-of-the-system-through-a-distance-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTIwNTQy-a-string-is-wrapped-around-the-rim-of-a-wheel-of-moment-of-inertia-0-40-text-kgm-2-and-radius-10-text-cm-the-wheel-is-free-to-rotate-about-its-axis-initially-the-wheel-is-at-rest-the-string-is-now-pul https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTIwMzIy-a-heavy-iron-bar-of-weight-w-is-having-its-one-end-on-the-ground-and-the-other-on-the-shoulder-of-a-person-the-bar-makes-an-angle-theta-with-the-horizontal-the-weight-experienced-by-the-person-is-1-w https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTE5OTI5-three-point-masses-of-2-text-kg-4-text-kg-and-6-text-kg-are-placed-at-the-midpoints-of-the-sides-of-an-equilateral-triangle-of-side-2-text-m-what-is-the-moment-of-inertia-of-this-system-about-an-axis https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTE5Nzc0-when-kinetic-energy-of-a-body-becomes-36-times-of-its-original-value-the-percentage-increase-in-the-momentum-of-the-body-will-be-1-600-2-500-3-60-4-6-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NTE3NTgz-if-the-radius-of-the-earth-is-reduced-to-three-fourth-of-its-present-value-without-a-change-in-its-mass-then-the-value-of-the-duration-of-the-day-of-the-earth-will-be-1-22-hours-30-minutes-2-20-hours https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4Mjk1-a-disk-of-mass-m-and-radius-r-is-rolling-on-a-fixed-inclined-surface-with-the-velocity-of-the-center-of-mass-v-if-it-starts-moving-upwards-on-an-inclined-plane-then-the-height-achieved-by-the-disk-bef https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU3MDE5-a-uniform-ring-and-uniform-solid-sphere-roll-down-the-same-inclined-plane-at-the-same-distance-if-the-ratio-of-their-translational-kinetic-energies-is-7-over-x-then-x-is-given-mass-and-radius-of-the-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU2NDcz-a-man-holding-a-rod-of-mass-m-as-shown-in-the-figure-find-the-weight-of-the-rod-experienced-by-him-1-mg-over-2-2-mg-over-4-3-3-mg-over-2-4-mg-over-3-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU1NzY3-a-solid-cylinder-is-placed-gently-over-an-inclined-plane-of-inclination-60-circ-the-acceleration-of-the-cylinder-when-it-starts-rolling-without-slipping-is-dfrac-g-sqrt-x-where-mu-is-coefficient-of-fr https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU1NzM1-a-uniform-disc-of-mass-5-text-kg-and-radius-2-text-m-is-rotating-with-10-text-rad-s-now-another-identical-disc-is-gently-placed-on-the-first-disc-because-of-friction-both-discs-acquire-common-angular https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU1NTg3-a-particle-of-mass-m-is-projected-with-speed-v-at-an-angle-of-30-circ-with-the-horizontal-when-the-particle-is-at-the-maximum-height-its-angular-momentum-about-the-point-of-projection-is-1-dfrac-mv-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU0ODgz-two-particles-each-of-mass-2-text-kg-are-placed-as-shown-in-the-xy-plane-if-the-distance-of-the-centre-of-mass-from-the-origin-is-dfrac-4-sqrt-2-x-then-the-value-x-is-1-2-2-5-3-6-4-8-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU0ODUz-a-uniform-disk-of-mass-50-text-kg-is-rolling-with-the-speed-of-0-4-text-m-s-the-minimum-energy-in-j-required-to-bring-the-disk-to-rest-is-1-6-text-j-2-8-text-j-3-4-text-j-4-12-text-j-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU0NDQw-a-body-of-mass-m-is-projected-with-speed-u-at-an-angle-45-circ-with-the-horizontal-the-angular-momentum-of-the-body-about-the-point-of-projection-when-the-body-is-at-its-highest-point-is-1-dfrac-sqrt2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU0MzY4-two-identical-solid-spheres-each-of-mass-2-text-kg-and-radius-75-text-cm-touch-each-other-a-vertical-axis-passes-through-their-point-of-contact-as-shown-in-the-figure-the-moment-of-inertia-of-the-syst https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDU0MzI4-a-disk-of-mass-m-and-radius-r-is-rotating-about-an-axis-passing-through-its-center-and-perpendicular-to-its-plane-with-angular-speed-omega-if-another-disk-of-mass-frac-m-2-and-radius-r-is-gently-place https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDQwMTcz-if-a-sphere-is-rolling-without-slipping-then-the-ratio-of-rotational-kinetic-energy-to-the-total-kinetic-energy-of-the-sphere-is-1-dfrac-4-7-2-dfrac-3-7-3-dfrac-2-7-4-dfrac-5-7-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDM3OTAw-on-a-given-rough-inclined-plane-a-solid-sphere-and-a-hollow-cylinder-are-rolled-one-by-one-at-the-same-speed-the-ratio-of-heights-attained-by-the-solid-sphere-and-a-hollow-cylinder-is-1-dfrac-9-10-2-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDM3ODkz-the-radius-of-gyration-of-a-uniform-hollow-sphere-and-a-uniform-solid-sphere-both-having-the-same-radius-is-considered-about-their-diameters-what-is-the-ratio-of-the-radius-of-gyration-of-the-hollow-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3OTI1-a-particle-of-mass-100-text-g-is-projected-at-time-text-t-0-with-a-speed-20-text-ms-1-at-an-angle-45-circ-to-the-horizontal-as-given-in-the-figure-the-magnitude-of-the-angular-momentum-of-the-particle https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY3Mjg3-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-fan-spins-even-after-switch-is-in-off-reason-r-fan-in-rotation-has-rotational-inertia-in https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY3MTg2-two-solid-spheres-of-mass-m-1-over-2-kg-each-are-connected-at-the-ends-of-a-light-rod-as-shown-in-the-figure-the-assembly-rotates-about-axis-aa-then-moment-of-inertia-of-the-assembly-is-equal-to-x-ove https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY3MTUz-earth-shrinks-to-1-over-64-times-of-its-initial-volume-time-period-of-earth-rotation-is-found-to-be-24-over-x-text-hrs-the-value-of-x-is-1-16-2-20-3-4-4-10-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2ODYw-what-is-the-ratio-of-the-radius-of-gyration-of-a-solid-sphere-to-that-of-a-solid-cylinder-given-that-both-objects-have-the-same-mass-and-radius-1-dfrac-2-sqrt-5-2-dfrac-sqrt-5-2-3-sqrt-dfrac-2-5-4-dfr https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2ODQx-a-body-of-mass-5-kg-has-the-linear-momentum-of-100-kg-ms-1-and-acted-upon-by-the-force-of-2-n-for-2-seconds-then-change-in-kinetic-energy-in-joule-is-1-100-j-2-90-j-3-204-j-4-81-6-j-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2NzA1-momentum-of-a-particle-is-increased-by-50-by-keeping-its-mass-constant-percentage-increase-in-kinetic-energy-of-particle-is-1-50-2-125-3-100-4-200-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2Njk1-the-moment-of-inertia-of-a-semi-circular-ring-of-mass-m-and-radius-r-about-an-axis-passing-through-the-centre-and-perpendicular-to-the-plane-of-the-ring-is-1-mr-2-2-dfrac-1-2-mr-2-3-2mr-2-4-dfrac-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2NjUz-solid-sphere-rolls-on-horizontal-plane-ratio-of-angular-momentum-about-com-to-total-energy-is-pi-over-22-the-angular-velocity-of-the-solid-sphere-in-rad-s-is-1-4-2-3-4-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2NjQ5-what-is-the-displacement-of-point-a-on-the-top-of-the-disc-rolling-without-slipping-on-horizontal-surface-with-angular-speed-omega-in-half-rotation-1-r-sqrt-pi-2-2-2-r-sqrt-pi-2-frac-1-4-3-r-sqrt-pi-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2NTk0-what-is-the-centre-of-gravity-of-semi-circular-disc-of-radius-r-1-2r-over-pi-2-4r-over-3-pi-3-r-over-2-4-3r-over-8-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY2NTkz-two-bodies-with-equal-linear-momentum-have-a-kinetic-energy-ratio-of-16-9-what-is-the-ratio-of-their-masses-1-dfrac-9-16-2-dfrac-4-3-3-dfrac-3-4-4-dfrac-16-9-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMzQ5-a-ring-of-uniform-wire-and-radius-5-cm-is-made-to-rotate-about-a-coplanar-axis-which-is-at-a-distance-of-10-cm-from-the-centre-of-the-ring-as-shown-the-radius-of-gyration-of-the-ring-about-the-axis-is https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMzI0-let-i-cm-be-the-moment-of-inertia-of-the-disc-passing-through-centre-and-perpendicular-to-its-plane-i-ab-be-the-moment-of-inertia-about-axis-ab-that-is-in-the-plane-of-the-disc-and-frac-2r-3-distance https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMzA1-a-massless-rod-is-arranged-as-shown-in-the-figure-the-tension-in-the-string-is-take-g-10-text-m-s-2-1-320-n-2-640-n-3-160-n-4-480-n-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMzAw-two-discs-of-the-same-mass-radii-r-1-r-2-thickness-1-mm-and-0-5-mm-have-densities-in-the-ratio-3-1-the-ratio-of-their-moment-of-inertia-about-their-diameter-is-1-6-1-2-1-6-3-3-1-4-1-3-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMjg4-match-the-physical-quantities-given-in-column-i-with-the-physical-dimensions-in-column-ii-column-i-colum-ii-a-torque-p-m-l-1-t-2-b-stress-q-m-l-2-t-2-c-pressure-gradient-r-m-l-2-t-2-d-angular-momentum https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMjQy-a-solid-sphere-is-rolling-on-a-smooth-surface-with-kinetic-energy-equal-to-7-times-10-3-mathrm-j-if-the-mass-of-the-sphere-is-1-kg-then-the-speed-of-the-centre-of-mass-is-consider-pure-rolling-1-10-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY3MzA3-a-body-is-rotating-with-kinetic-energy-e-if-the-angular-velocity-of-the-body-is-increased-to-three-times-of-the-initial-angular-velocity-then-kinetic-energy-becomes-ne-what-would-be-the-value-of-n-1-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzY3NDUx-a-uniform-solid-sphere-is-rolling-without-slipping-on-a-horizontal-surface-the-ratio-of-translational-kinetic-energy-to-the-total-kinetic-energy-is-5-x-find-the-value-of-x-1-2-2-3-3-5-4-7-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMDk4-a-disc-of-radius-r-is-given-by-omega-0-angular-speed-and-placed-gently-on-a-rough-horizontal-surface-what-is-the-velocity-of-center-of-the-disc-when-pure-rolling-starts-1-r-omega-0-3-2-r-omega-o-3-r-o https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMDk2-a-solid-sphere-is-released-from-point-o-at-the-top-of-an-incline-as-shown-if-the-sphere-rolls-down-the-inclined-plane-without-slipping-the-velocity-of-centre-of-mass-of-the-sphere-at-the-bottommost-po https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYzMDUz-a-disk-and-a-solid-sphere-dark-boundary-of-the-same-radius-are-rotated-as-shown-in-the-figure-if-masses-of-disk-and-solid-sphere-are-4-text-kg-and-5-text-kg-respectively-then-i-mathrm-disc-over-i-math https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzYyOTcx-a-uniform-solid-cylinder-of-radius-r-is-released-from-a-600-m-long-ramp-inclined-at-30-circ-from-the-horizontal-the-time-taken-to-reach-the-bottom-of-the-ramp-is-consider-sufficient-friction-for-pure https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2OTE5-a-uniform-disc-with-mass-m-4-kg-and-radius-r-10-cm-is-mounted-on-a-fixed-horizontal-axle-as-shown-in-the-figure-a-block-with-mass-m-2-kg-hangs-from-a-massless-cord-that-is-wrapped-around-the-rim-of-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2ODMx-a-sqrt-34-m-long-ladder-weighing-10-kg-leans-on-a-frictionless-wall-its-feet-rest-on-the-floor-3-m-away-from-the-wall-as-shown-in-the-figure-if-mathrm-f-mathrm-f-and-mathrm-f-mathrm-w-are-the-reaction https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2NTcy-a-rolling-wheel-of-12-kg-is-on-an-inclined-plane-at-position-p-and-connected-to-a-mass-of-3-kg-through-a-string-of-fixed-length-and-pulley-as-shown-in-the-figure-consider-pr-as-a-frictionless-surface https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2MTAy-two-blocks-of-masses-10-text-kg-and-30-text-kg-are-placed-on-the-same-straight-line-with-coordinates-0-0-text-cm-and-x-0-text-cm-respectively-the-block-of-10-text-kg-is-moved-on-the-same-line-through https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ2MDY3-a-solid-spherical-ball-is-rolling-on-a-frictionless-horizontal-plane-surface-about-its-axis-of-symmetry-the-ratio-of-the-rotational-kinetic-energy-of-the-ball-to-its-total-kinetic-energy-is-1-2-over-5 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ1OTg2-the-moment-of-inertia-m-i-of-four-bodies-having-the-same-mass-m-and-radius-2r-are-as-follows-1-i-1-m-i-of-a-solid-sphere-about-its-diameter-2-i-2-m-i-of-solid-cylinder-about-its-axis-3-i-3-m-i-of-a-so https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ1Nzg3-a-force-vec-f-3-hat-i-4-hat-j-2-hat-k-acts-on-a-particle-located-at-a-position-vector-vec-r-2-hat-i-hat-j-2-hat-k-what-is-the-torque-of-this-force-about-the-origin-1-3-hat-i-4-hat-j-2-hat-k-2-10-hat-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ1NzI1-a-flywheel-is-accelerated-uniformly-from-rest-and-rotates-through-5-rad-in-the-first-second-the-angle-rotated-by-the-flywheel-in-the-next-second-will-be-1-7-5-text-rad-2-15-text-rad-3-20-text-rad-4-30 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ1NjQ5-a-metre-scale-is-balanced-on-a-knife-edge-at-its-centre-when-two-coins-each-of-mass-10-g-are-put-one-on-the-top-of-the-other-at-the-10-0-cm-mark-the-scale-is-found-to-be-balanced-at-the-40-0-cm-mark-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQ1NDUx-two-bodies-of-masses-1-text-kg-and-3-text-kg-have-position-vectors-hat-i-2-hat-j-hat-k-and-3-hat-i-2-hat-j-hat-k-respectively-the-magnitude-of-the-position-vector-of-the-centre-of-mass-of-this-system https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzNzEz-a-spherical-shell-of-1-text-kg-mass-and-radius-r-is-rolling-with-angular-speed-omega-on-a-horizontal-plane-as-shown-in-the-figure-the-magnitude-of-angular-momentum-of-the-shell-about-the-origin-o-is-d https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzNzAx-the-distance-of-centre-of-mass-from-end-a-of-a-one-dimensional-rod-ab-having-mass-density-rho-rho-0-left-1-frac-x-2-l-2-right-kg-m-and-length-l-in-meter-is-3l-over-alpha-m-the-value-of-alpha-is-where https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzNjcy-four-identical-discs-each-of-mass-m-and-diameter-a-are-arranged-in-a-small-plane-as-shown-in-figure-if-the-moment-of-inertia-of-the-system-about-oo-is-dfrac-x-4-ma-2-then-the-value-of-x-will-be-1-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzNjQx-a-solid-cylinder-is-suspended-symmetrically-through-two-massless-strings-as-shown-in-the-figure-the-distance-from-the-initial-rest-position-the-cylinder-should-be-unbinding-for-the-strings-to-achieve https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzNTM5-a-pulley-of-radius-1-5-text-m-is-rotated-about-its-axis-by-a-force-f-12t-3t-2-text-n-applied-tangentially-while-t-is-measured-in-seconds-if-the-moment-of-inertia-of-the-pulley-about-its-axis-of-rotati https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzMzkz-a-disc-of-mass-1-kg-and-radius-r-is-free-to-rotate-about-a-horizontal-axis-passing-through-its-centre-and-perpendicular-to-the-plane-of-the-disc-a-body-of-the-same-mass-as-that-of-the-disc-is-fixed-at https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzMzQ3-three-identical-spheres-each-of-mass-m-are-placed-at-the-corners-of-a-right-angled-triangle-with-mutually-perpendicular-sides-equal-to-3-m-each-taking-the-point-of-intersection-of-mutually-perpendicul https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246MzQzMjgx-a-solid-cylinder-and-a-solid-sphere-having-same-mass-m-and-radius-r-roll-down-the-same-inclined-plane-from-top-without-slipping-they-start-from-rest-the-ratio-of-the-velocity-of-the-solid-cylinder-to https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc5MTE2-consider-a-badminton-racket-with-length-scales-as-shown-in-the-figure-if-the-mass-of-the-linear-and-circular-portions-of-the-badminton-racket-is-the-same-m-and-the-mass-of-the-threads-is-negligible-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc5MDcz-the-solid-cylinder-of-length-80-text-cm-and-mass-m-has-a-radius-of-20-text-cm-what-is-the-density-of-the-material-used-if-the-moment-of-inertia-of-the-cylinder-about-an-axis-cd-parallel-to-ab-as-shown https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc5MDI2-a-solid-disc-of-radius-20-text-cm-and-mass-10-text-kg-is-rotating-with-an-angular-velocity-of-600-text-rpm-about-an-axis-normal-to-its-circular-plane-and-passing-through-its-center-of-mass-the-retardi https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4OTkw-a-body-of-mass-2-text-kg-moving-with-a-speed-of-4-text-m-s-makes-an-elastic-collision-with-another-body-at-rest-and-continues-to-move-in-the-original-direction-but-with-one-fourth-of-its-initial-speed https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4OTg1-a-particle-of-mass-m-is-moving-in-time-t-on-a-trajectory-given-by-overrightarrow-r-10-alpha-t-2-hat-i-5-beta-t-5-hat-j-where-alpha-and-beta-are-dimensional-constants-at-what-time-does-the-angular-mome https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4ODY0-the-minimum-and-maximum-distances-of-a-planet-revolving-around-the-sun-are-x-1-and-x-2-if-the-minimum-speed-of-the-planet-on-its-trajectory-is-v-0-then-its-maximum-speed-will-be-1-v-0x-2-1-over-x-2-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4ODIz-given-below-are-two-statements-one-is-labeled-as-assertion-a-and-the-other-is-labeled-as-reason-r-assertion-a-the-moment-of-inertia-of-a-circular-disc-m-and-radius-r-about-x-y-axes-passing-through-its https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4ODAz-consider-a-uniform-wire-of-mass-m-and-length-l-it-is-bent-into-a-semi-circle-its-moment-of-inertia-about-a-line-perpendicular-to-the-plane-of-the-wire-passing-through-center-is-1-frac-m-l-2-pi-2-2-fra https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NzQ3-if-the-angular-velocity-of-the-earth-s-spin-is-increased-such-that-the-bodies-at-the-equator-start-floating-the-duration-of-the-day-would-be-approximately-left-text-take-g-10-text-m-s-2-text-the-radiu https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NDMy-a-body-speeds-up-uniformly-from-600-text-rpm-to-1800-text-rpm-in-10-text-s-how-many-complete-revolutions-does-it-make-during-this-interval-1-100-2-200-3-300-4-400-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NDI4-two-bodies-a-ring-and-a-solid-cylinder-of-the-same-material-are-rolling-down-without-slipping-an-inclined-plane-the-radii-of-the-bodies-are-the-same-the-ratio-of-the-velocity-of-the-center-of-mass-at https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4Mzk5-a-body-rolls-down-an-inclined-plane-without-slipping-the-kinetic-energy-of-rotation-is-50-of-its-translational-kinetic-energy-the-body-is-a-1-hollow-cylinder-2-ring-3-solid-sphere-4-solid-cylinder-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MzY2-a-thin-circular-ring-of-mass-m-and-radius-r-is-rotating-about-its-axis-with-an-angular-speed-omega-two-particles-having-mass-m-each-are-now-attached-at-diametrically-opposite-points-the-angular-speed https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MjMw-a-2-text-kg-steel-rod-of-length-0-6-text-m-is-clamped-on-a-table-vertically-at-its-lower-end-and-is-free-to-rotate-in-the-vertical-plane-the-upper-end-is-pushed-so-that-the-rod-falls-under-gravity-ign https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MTQ1-the-center-of-a-wheel-rolling-on-a-plane-surface-moves-with-a-speed-v-0-a-particle-on-the-rim-of-the-wheel-at-the-same-level-as-the-center-will-be-moving-at-a-speed-1-v-0-2-zero-3-2v-0-4-sqrt2v-0-1-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MTI3-the-position-of-the-center-of-mass-of-a-uniform-semi-circular-wire-of-radius-r-placed-in-the-x-text-y-plane-with-its-center-at-the-origin-and-the-line-joining-its-ends-as-the-x-text-axis-is-given-by-l https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3NTc4-a-uniform-solid-cylinder-with-radius-r-and-length-l-has-moment-inertia-i-1-about-the-axis-of-the-cylinder-a-concentric-solid-cylinder-of-radius-r-prime-frac-r-2-and-length-l-prime-frac-l-2-is-carved-o https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MTEy-consider-a-situation-in-which-a-ring-a-solid-cylinder-and-a-solid-sphere-roll-down-on-the-same-inclined-plane-without-slipping-assume-that-they-start-rolling-from-rest-and-have-identical-diameters-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MDc1-the-figure-shows-two-solid-discs-with-radius-r-and-r-respectively-if-mass-per-unit-area-is-the-same-for-both-what-is-the-ratio-of-mi-of-bigger-disc-around-the-axis-ab-which-is-perpendicular-to-the-pla https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MDcx-match-the-list-i-with-list-ii-list-i-list-ii-mathrm-a-mi-of-the-rod-length-l-mass-m-about-an-axis-perp-to-the-rod-passing-through-the-midpoint-mathrm-i-8-ml-2-3-mathrm-b-mi-of-the-rod-length-l-mass-2m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MDY0-a-circular-disc-reaches-from-the-top-to-the-bottom-of-an-inclined-plane-of-length-l-when-it-slips-down-the-plane-it-takes-time-t-1-when-it-rolls-down-the-plane-it-takes-time-t-2-the-value-of-dfrac-t-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MDU4-a-rod-of-mass-m-and-length-l-is-lying-on-a-horizontal-frictionless-surface-a-particle-of-mass-traveling-m-along-the-surface-hits-one-end-of-the-rod-with-a-velocity-u-in-a-direction-perpendicular-to-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3OTg2-angular-momentum-of-a-single-particle-moving-with-constant-speed-along-the-circular-path-is-1-remains-the-same-in-magnitude-but-changes-in-the-direction-2-changes-in-magnitude-but-remains-the-same-in https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3OTQ2-the-disc-of-mass-m-with-uniform-surface-mass-density-sigma-is-shown-in-the-figure-the-center-of-mass-of-the-quarter-disc-the-shaded-area-is-at-the-position-frac-x-3-frac-a-pi-frac-x-3-frac-a-pi-where https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3ODY1-two-discs-have-moments-of-intertia-i-1-text-and-i-2-about-their-respective-axes-perpendicular-to-the-plane-and-passing-through-the-center-they-are-rotating-with-angular-speeds-omega-1-text-and-omega-2 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3Nzgx-the-moment-of-inertia-of-a-square-plate-of-side-l-about-the-axis-passing-through-one-of-the-corners-and-perpendicular-to-the-plane-of-the-square-plate-is-given-by-1-frac-m-l-2-6-2-m-l-2-3-frac-m-l-2-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3NzYy-a-sphere-of-mass-2-text-kg-and-radius-0-5-text-m-is-rolling-with-an-initial-speed-of-1-text-m-s-goes-up-an-inclined-plane-which-makes-an-angle-of-30-circ-with-the-horizontal-plane-without-slipping-how https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3Njg0-a-force-vec-f-4-hat-i-3-hat-j-4-hat-k-is-applied-on-an-intersection-point-of-x-2-plane-on-the-x-text-axis-the-magnitude-of-torque-of-this-force-about-a-point-2-3-4-is-round-off-to-the-nearest-integer https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3Njcx-a-solid-disc-of-radius-a-and-mass-m-rolls-down-without-slipping-on-an-inclined-plane-making-an-angle-theta-with-the-horizontal-the-acceleration-will-be-round-off-to-the-nearest-integer-g-acceleration https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3NTgz-the-angular-speed-of-the-truck-wheel-is-increased-from-900-text-rpm-to-2460-text-rpm-in-26-text-seconds-the-number-of-revolutions-by-the-truck-engine-during-this-time-is-assuming-the-acceleration-to-b https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3NTU3-a-mass-m-hangs-on-a-massless-rod-of-length-l-which-rotates-at-a-constant-angular-frequency-the-mass-m-moves-with-steady-speed-in-a-circular-path-of-constant-radius-assume-that-the-system-is-in-a-stead https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3NTI5-a-triangular-plate-is-shown-a-force-vec-f-4-hat-i-3-hat-j-is-applied-at-point-p-the-torque-at-point-p-with-respect-to-point-o-and-q-are-1-15-20-sqrt-3-15-20-sqrt-3-2-15-20-sqrt-3-15-20-sqrt-3-3-15-20 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3NDk1-consider-a-20-text-kg-uniform-circular-disk-of-radius-0-2-text-m-it-is-pin-supported-at-its-centre-and-is-initially-at-the-disk-is-acted-upon-by-a-constant-force-text-f-20-text-n-through-a-massless-st https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3NDAx-the-maximum-and-minimum-distances-of-a-comet-from-the-sun-are-1-6-times10-12-text-m-and-8-0-times10-10-text-m-respectively-if-the-speed-of-the-comet-at-the-nearest-point-is-6-times10-4-text-ms-1-the-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3Mzcz-four-equal-masses-m-each-are-placed-at-the-corners-of-a-square-of-length-l-as-shown-in-the-figure-the-moment-of-inertia-of-the-system-about-an-axis-passing-through-a-and-parallel-to-db-would-be-1-2-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5NDI4-two-masses-a-and-b-each-of-mass-m-are-fixed-together-by-a-massless-spring-a-force-acts-on-the-mass-b-as-shown-in-the-figure-if-mass-a-starts-moving-away-from-mass-b-with-acceleration-a-then-the-accele https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5NDIx-a-cord-is-wound-around-the-circumference-of-the-wheel-of-radius-r-the-axis-of-the-wheel-is-horizontal-and-the-moment-of-inertia-about-it-is-i-a-weight-mg-is-attached-to-the-cord-at-the-end-the-weight https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5MTI4-a-uniform-thin-bar-of-mass-6-mathrm-kg-and-length-2-4-meter-is-bent-to-make-an-equilateral-hexagon-the-moment-of-inertia-about-an-axis-passing-through-the-centre-of-mass-and-perpendicular-to-the-plane https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5MTIx-a-circular-hole-of-radius-dfrac-a-2-is-cut-out-of-a-circular-disc-of-radius-a-as-shown-in-the-figure-the-centroid-centre-of-mass-of-the-remaining-circular-portion-with-respect-to-the-point-o-will-be-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5MDEy-as-shown-in-the-figure-four-identical-solid-spheres-each-of-mass-m-and-radius-a-are-placed-at-the-corners-of-a-square-of-side-length-b-what-is-the-moment-of-inertia-of-the-system-about-a-vertical-axis https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4OTE4-the-moments-of-inertia-of-four-bodies-all-having-the-same-mass-and-radius-are-reported-as-follows-i-1-moment-of-inertia-of-thin-circular-ring-about-its-diameter-i-2-moment-of-inertia-of-circular-disc https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4ODc5-a-sphere-of-radius-a-and-mass-m-rolls-along-a-horizontal-plane-with-constant-speed-v-0-it-encounters-an-inclined-plane-at-angle-theta-and-climbs-upward-assuming-that-it-rolls-without-slipping-how-far https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NjY1-one-end-of-a-straight-uniform-1-text-m-long-bar-is-pivoted-on-a-horizontal-table-it-is-released-from-rest-when-it-makes-an-angle-30-circ-from-the-horizontal-see-figure-its-angular-speed-when-it-hits-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NjE1-consider-a-uniform-cubical-box-of-side-a-on-a-rough-floor-that-is-to-be-moved-by-applying-the-minimum-possible-force-f-at-a-point-b-above-its-centre-of-mass-see-figure-if-the-coefficient-of-friction-i https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NTE5-three-identical-solid-spheres-each-of-mass-m-and-diameter-d-are-stuck-together-so-that-the-lines-joining-their-centres-form-an-equilateral-triangle-of-side-d-let-i-o-be-the-moment-of-inertia-of-the-sy https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NDgx-as-shown-in-the-figure-when-a-spherical-cavity-centered-at-o-of-radius-1-is-cut-out-of-a-uniform-sphere-of-radius-r-centered-at-c-the-center-of-mass-of-the-remaining-shaded-part-of-the-sphere-is-at-g https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NDY2-a-uniform-sphere-of-mass-500-text-g-rolls-without-slipping-on-a-plane-horizontal-surface-with-its-center-moving-at-a-speed-of-5-00-text-cm-s-its-kinetic-energy-is-1-8-75-times-10-4-text-j-2-8-75-times https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NDQ4-consider-a-uniform-rod-of-mass-m-4-m-and-length-l-pivoted-about-its-center-a-mass-m-moving-with-velocity-v-making-an-angle-theta-frac-pi-4-to-the-rod-s-long-axis-collides-with-one-end-of-the-rod-and-s https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4NDM2-the-coordinates-of-the-center-of-mass-of-a-uniform-flag-shaped-lamina-thin-flat-plate-of-mass-4-text-kg-the-coordinates-of-the-same-are-shown-in-the-figure-are-1-0-75-text-m-0-75-text-m-2-0-75-text-m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MzU4-the-mass-per-unit-area-of-a-circular-disc-of-radius-a-depends-on-the-distance-r-from-its-centre-as-r-a-br-the-moment-of-inertia-of-the-disc-about-the-axis-perpendicular-to-the-plane-and-passing-throug https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MzM5-as-shown-in-the-figure-a-bob-of-mass-m-is-tied-by-a-massless-string-whose-other-end-portion-is-wound-on-a-flywheel-disc-of-radius-r-and-mass-m-when-released-from-rest-the-bob-starts-falling-vertically https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MzM3-three-point-particles-of-masses-10-text-kg-1-5-text-kg-and-2-5-text-kg-are-placed-at-the-corners-of-a-right-angle-triangle-of-sides-4-0-text-cm-3-0-text-cm-and-5-0-text-cm-as-shown-in-the-figure-the-c https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MzM2-the-radius-of-gyration-of-a-uniform-rod-of-length-l-about-an-axis-passing-through-a-point-frac-l-4-away-from-the-centre-of-the-rod-and-perpendicular-to-it-is-1-dfrac-1-8-l-2-l-sqrt-dfrac-5-48-3-l-sqrt https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5Mjcy-two-solid-uniform-circular-discs-of-the-same-material-and-equal-thickness-have-radii-r-1-r-and-r-2-alpha-r-the-moments-of-inertia-of-the-discs-about-their-respective-central-axes-perpendicular-to-thei https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5MjM4-what-is-the-moment-of-inertia-of-a-hollow-ice-cream-cone-open-at-the-top-about-its-axis-of-symmetry-if-its-mass-is-m-radius-is-r-and-height-is-h-1-dfrac-m-left-r-2-h-2-right-4-2-dfrac-m-r-2-3-3-dfrac https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5MTk2-four-point-masses-each-of-mass-m-are-fixed-at-the-corners-of-a-square-of-side-l-the-square-is-rotating-with-angular-frequency-omega-about-an-axis-passing-through-one-of-the-corners-of-the-square-and-p https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5MDk4-the-centre-of-mass-of-a-solid-hemisphere-of-radius-8-cm-is-located-at-a-distance-of-x-cm-from-the-centre-of-its-flat-circular-surface-the-value-of-x-is-1-3-2-7-3-9-4-1-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4OTk3-the-linear-mass-density-of-a-thin-rod-mathrm-ab-of-length-mathrm-l-varies-from-mathrm-a-to-mathrm-b-as-lambda-x-lambda-0-left-1-frac-x-l-right-where-x-is-the-distance-from-mathrm-a-if-the-mass-m-of-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4NzQ0-a-circular-disc-of-mass-m-and-radius-r-is-rotating-about-its-axis-with-angular-speed-omega-1-if-another-stationary-disc-having-radius-frac-r-2-and-same-mass-m-is-dropped-co-axially-on-to-the-rotating https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4NzQy-abc-is-a-plane-lamina-of-the-shape-of-an-equilateral-triangle-d-e-are-mid-points-of-ab-ac-and-g-is-the-centroid-of-the-lamina-the-moment-of-inertia-of-the-lamina-about-an-axis-passing-through-g-and-pe https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4Njcx-a-thin-rod-of-mass-0-9-text-kg-and-length-1-text-m-is-suspended-at-rest-from-one-end-so-that-it-can-freely-oscillate-in-the-vertical-plane-a-particle-of-mass-0-1-text-kg-moving-in-a-straight-line-with https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4NDU5-a-person-with-a-mass-of-80-text-kg-is-standing-on-the-rim-of-a-circular-platform-with-a-mass-of-200-text-kg-and-rotating-about-its-axis-at-a-speed-of-5-revolutions-per-minute-rpm-as-the-person-moves-t https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4NDUx-moment-of-inertia-of-a-cylinder-of-mass-m-length-l-and-radius-r-about-an-axis-passing-through-its-centre-and-perpendicularto-the-axis-of-the-cylinder-is-i-m-left-frac-r-2-4-frac-l-2-12-right-if-such-a https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4MzQ5-a-square-shaped-hole-of-side-l-dfrac-a-2-is-carved-out-at-a-distance-d-dfrac-a-2-from-the-centre-o-of-a-uniform-circular-disk-of-radius-a-if-the-distance-of-the-centre-of-mass-of-the-remaining-portion https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4MzQw-two-uniform-circular-discs-are-rotating-independently-in-the-same-direction-around-their-common-axis-passing-through-their-centres-the-moment-of-inertia-and-angular-velocity-of-the-first-disc-are-0-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4MjIx-a-block-of-mass-m-1-mathrm-kg-slides-with-velocity-v-6-mathrm-m-s-on-a-frictionless-horizontal-surface-and-collides-with-a-uniform-vertical-rod-and-sticks-to-it-as-shown-the-rod-is-pivoted-about-o-and https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4MTAz-a-uniform-cylinder-of-mass-m-and-radius-r-is-to-be-pulled-over-a-step-of-height-a-a-1-m-g-sqrt-1-frac-a-2-r-2-2-m-g-sqrt-left-frac-r-r-a-right-2-1-3-m-g-frac-a-r-4-m-g-sqrt-1-left-frac-r-a-r-right-2-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4MDgy-in-the-figure-there-s-a-rigid-and-uniform-rod-ab-one-meter-long-held-horizontally-by-two-strings-tied-to-its-ends-and-attached-to-the-ceiling-the-rod-has-a-mass-of-m-and-another-weight-of-the-mass-2m https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MjYx-two-particles-a-b-are-moving-on-two-concentric-circles-of-radii-r-1-and-r-2-with-equal-angular-speed-omega-at-t-0-their-positions-and-direction-of-motion-are-shown-in-the-figure-the-relative-velocity https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MjM1-the-moment-of-inertia-of-a-solid-sphere-about-an-axis-parallel-to-its-diameter-and-at-a-distance-of-x-from-it-is-i-x-which-one-of-the-graphs-represents-the-variation-of-i-x-with-x-correctly-1-2-3-4-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MTIz-let-the-moment-of-inertia-of-a-hollow-cylinder-of-length-30-text-cm-inner-radius-10-text-cm-and-outer-radius-20-text-cm-about-its-axis-be-i-the-radius-of-a-thin-cylinder-of-the-same-mass-such-that-its https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MDY4-two-light-identical-springs-of-spring-constant-k-are-attached-horizontally-at-the-two-ends-of-a-uniform-horizontal-rod-ab-of-length-l-and-mass-m-the-rod-is-pivoted-at-its-centre-o-and-can-rotate-freel https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc4MDU2-the-position-vector-of-the-centre-of-mass-vec-r-text-com-of-an-asymmetric-uniform-bar-of-the-negligible-area-of-cross-section-as-shown-in-the-figure-is-1-vec-r-mathrm-com-dfrac-13-8-l-hat-x-dfrac-5-8 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3NDgw-two-identical-spherical-balls-of-mass-m-and-radius-r-each-are-attached-to-the-two-ends-of-a-rod-of-length-2r-and-mass-m-the-moment-of-inertia-of-the-system-about-the-axis-passing-perpendicularly-throu https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3NDYy-a-homogeneous-solid-cylindrical-roller-of-radius-r-and-mass-m-is-pulled-on-a-cricket-pitch-by-a-horizontal-force-assuming-rolling-without-slipping-the-angular-acceleration-of-the-cylinder-is-1-dfrac-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3NDQy-a-uniform-rod-of-length-50-text-cm-is-hinged-at-one-end-and-raised-so-that-it-makes-an-angle-of-30-circ-above-the-horizontal-as-shown-in-the-figure-if-it-is-released-from-rest-what-will-be-its-angular https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MzU0-to-mop-clean-a-floor-a-cleaning-machine-presses-a-circular-mop-of-radius-r-vertically-down-with-a-total-force-f-and-rotates-it-with-a-constant-angular-speed-about-its-axis-if-the-force-f-is-distribute https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc3NDAx-the-moment-of-inertia-of-a-body-about-a-given-axis-is-1-5-text-kg-m-2-initially-the-body-is-at-rest-in-order-to-produce-rotational-kinetic-energy-of-1200-text-j-the-angular-acceleration-of-20-text-rad https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc3Mzk5-a-thin-smooth-rod-of-length-l-and-mass-m-is-rotating-freely-with-angular-speed-omega-0-about-an-axis-perpendicular-to-the-rod-and-passing-through-its-center-two-beads-of-mass-m-and-negligible-size-are https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc3MzY2-a-man-mass-50-kg-and-his-son-mass-20-kg-are-standing-on-a-frictionless-surface-facing-each-other-the-man-pushes-his-son-so-that-he-starts-moving-at-a-speed-of-0-70-text-ms-1-with-respect-to-the-man-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc3MDk5-a-circular-disc-of-radius-b-has-a-hole-of-radius-a-at-its-centre-see-figure-if-the-mass-per-unit-area-of-the-disc-varies-as-left-frac-sigma-0-r-right-then-the-radius-of-gyration-of-the-disc-about-its https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2OTAz-two-coaxial-discs-having-moments-of-inertia-i-1-and-dfrac-i-1-2-are-rotating-with-respective-angular-velocities-omega-1-and-dfrac-omega-1-2-about-their-common-axis-they-are-brought-in-contact-with-eac https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2ODk2-a-particle-of-mass-m-is-moving-along-a-trajectory-given-by-begin-aligned-x-x-0-a-cos-omega-1-t-y-y-0-b-sin-omega-2-t-end-aligned-the-torque-acting-on-the-particle-about-the-origin-at-t-0-is-1-m-left-x https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2ODcz-a-thin-disc-of-mass-m-and-radius-r-has-mass-per-unit-area-sigma-r-kr-2-where-r-is-the-distance-from-its-centre-its-moment-of-inertia-about-an-axis-going-through-its-centre-of-mass-and-perpendicular-to https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2ODE0-a-solid-sphere-of-mass-m-and-radius-r-is-divided-into-two-unequal-parts-the-first-part-has-a-mass-of-frac-7m-8-and-is-converted-into-a-uniform-disc-of-radius-2r-the-second-part-is-converted-into-a-uni https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2Nzk4-a-metal-coin-of-mass-5-text-g-and-radius-1-text-cm-is-fixed-to-a-thin-stick-ab-of-negligible-mass-as-shown-in-the-figure-the-system-is-initially-at-rest-the-constant-torque-that-will-make-the-system-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2NzQ3-the-following-bodies-are-made-to-roll-up-without-slipping-the-same-inclined-plane-from-a-horizontal-plane-i-a-ring-of-radius-r-ii-a-solid-cylinder-of-radius-frac-r-2-and-iii-a-solid-sphere-of-radius-f https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2NzQy-a-stationary-horizontal-disc-is-free-to-rotate-about-its-axis-when-a-torque-is-applied-on-it-its-kinetic-energy-as-a-function-of-theta-where-theta-is-the-angle-by-which-it-has-rotated-is-given-as-k-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2Njc1-a-uniform-rectangular-thin-sheet-abcd-of-mass-m-has-length-a-and-breadth-b-if-the-shaded-portion-hbgo-is-removed-the-coordinates-of-the-centre-of-mass-of-the-remaining-portion-will-be-1-left-dfrac-5-a https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2NjQ4-a-rectangular-solid-box-of-length-0-3-text-m-is-held-horizontally-with-one-of-its-sides-on-the-edge-of-a-platform-of-height-5-text-m-when-released-it-slips-off-the-table-in-a-very-short-time-tau-0-01 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2NjQy-a-solid-sphere-and-solid-cylinder-of-identical-radii-approach-an-incline-with-the-same-linear-velocity-see-figure-both-roll-without-slipping-all-throughout-the-two-climb-maximum-heights-h-s-and-h-c-on https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2NjM3-four-particles-a-b-c-and-d-with-masses-m-a-m-m-b-2-m-m-c-3m-and-m-d-4m-are-at-the-corners-of-a-square-they-have-accelerations-of-equal-magnitude-with-directions-as-shown-the-acceleration-of-the-centre https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc2NjMw-a-thin-circular-plate-of-mass-m-and-radius-r-has-its-density-varying-as-rho-r-rho-0-r-with-rho-0-as-constant-and-r-is-the-distance-from-its-center-the-moment-of-inertia-of-the-circular-plate-about-an https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MjQx-suppose-that-the-angular-velocity-of-the-rotation-of-the-earth-is-increased-then-as-a-consequence-1-weight-of-the-objects-everywhere-on-the-earth-will-decrease-2-weight-of-the-objects-everywhere-on-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MTg2-a-force-of-40-text-n-acts-on-a-point-b-at-the-end-of-an-mathrm-l-text-shaped-object-as-shown-in-the-figure-the-angle-theta-that-will-produce-the-maximum-moment-of-the-force-about-the-point-a-is-given https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MTA0-a-uniform-rod-ab-is-suspended-from-a-point-x-at-a-variable-distance-x-from-a-as-shown-in-the-figure-to-make-the-rod-horizontal-a-mass-m-is-suspended-from-its-end-a-a-set-of-m-x-values-is-recorded-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4OTA5-from-a-uniform-circular-disc-of-radius-r-and-mass-9m-a-small-disc-of-radius-frac-r-3-is-removed-as-shown-in-the-figure-the-moment-of-inertia-of-the-remaining-disc-about-an-axis-perpendicular-to-the-pl https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc4OTA4-seven-identical-circular-planar-disks-each-of-mass-m-and-radius-r-are-welded-symmetrically-as-shown-the-moment-of-inertia-of-the-arrangement-about-the-axis-normal-to-the-plane-and-passing-through-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MjQy-a-circular-hole-of-radius-dfrac-r-4-is-made-in-a-thin-uniform-disc-having-a-mass-m-and-a-radius-r-as-shown-in-the-figure-the-moment-of-inertia-of-the-remaining-portion-of-the-disc-about-an-axis-passin https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MTQy-the-moment-of-inertia-of-an-equilateral-triangular-lamina-abc-about-the-axis-passing-through-its-centre-o-and-perpendicular-to-its-plane-is-i-o-as-shown-in-the-figure-a-cavity-def-is-cut-out-from-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MTMw-a-uniform-disc-of-radius-r-and-mass-m-is-free-to-rotate-only-about-its-axis-a-string-is-wrapped-over-its-rim-and-a-body-of-mass-m-is-tied-to-the-free-end-of-the-string-as-shown-in-the-figure-the-body https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MDk4-a-physical-balance-operates-on-the-principle-of-moments-when-a-weight-of-5-text-mg-is-placed-on-the-left-pan-the-beam-becomes-horizontal-the-two-empty-pans-are-of-equal-mass-which-of-the-following-sta https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc2ODU4-a-slender-uniform-rod-of-mass-m-and-length-i-is-pivoted-at-one-end-so-that-it-can-rotate-in-a-vertical-plane-see-figure-there-is-negligible-friction-at-the-pivot-the-free-end-is-held-vertically-above https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc2ODU2-the-moment-of-inertia-of-a-uniform-cylinder-of-length-l-and-radius-r-about-its-perpendicular-bisector-is-l-what-is-the-ratio-dfrac-l-r-such-that-the-moment-of-inertia-is-minimum-1-sqrt-dfrac-3-2-2-dfr https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3Mjcx-in-the-figure-shown-below-abc-is-a-uniform-wire-if-the-centre-of-mass-of-the-wire-lies-vertically-below-the-point-a-then-the-value-of-bc-over-ab-is-1-1-85-2-1-5-3-3-4-1-37-1-2-3-4 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MTE3-a-cubical-block-of-side-30-text-cm-is-moving-with-velocity-2-text-ms-1-on-a-smooth-horizontal-surface-the-surface-has-a-bump-at-point-o-as-shown-in-the-figure-the-angular-velocity-in-text-rad-s-of-the https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5NDA2-a-roller-is-made-by-joining-together-two-cones-at-their-vertices-o-it-is-kept-on-two-rails-ab-and-cd-which-are-placed-asymmetrically-see-figure-with-its-axis-perpendicular-to-cd-and-its-centre-o-at-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5Mzkz-a-particle-of-mass-m-is-moving-along-side-of-a-square-of-side-a-with-a-uniform-speed-v-in-the-x-y-plane-as-shown-in-the-figure-which-of-the-following-statements-is-false-for-the-angular-momentum-vec-l https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc3MDI5-a-uniform-solid-cylindrical-roller-of-mass-m-is-being-pulled-on-a-horizontal-surface-with-force-f-parallel-to-the-surface-and-applied-at-its-centre-if-the-acceleration-of-the-cylinder-is-a-and-it-is-r https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc2OTkz-a-uniform-thin-rod-ab-of-length-l-has-linear-mass-density-mu-x-a-frac-bx-l-where-x-is-measured-from-a-if-the-centre-of-mass-of-the-rod-lies-at-a-distance-of-left-7-over-12-right-l-from-a-then-a-and-b https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc2ODkz-consider-a-thin-uniform-square-sheet-made-of-a-rigid-material-if-its-side-is-a-mass-m-and-moment-of-inertia-i-about-one-of-its-diagonals-then-1-i-dfrac-ma-2-12-2-i-dfrac-ma-2-12-3-dfrac-ma-2-24-i-dfra https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246NDc2ODc4-a-particle-of-mass-2-text-kg-is-on-a-smooth-horizontal-table-and-moves-in-a-circular-path-of-radius-0-6-text-m-the-height-of-the-table-from-the-ground-is-0-8-text-m-if-the-angular-speed-of-the-particl https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5NDgw-from-a-solid-sphere-of-mass-m-and-radius-r-a-cube-of-maximum-possible-volume-is-cut-the-moment-of-inertia-of-a-cube-about-an-axis-passing-through-its-center-and-perpendicular-to-one-of-its-faces-is-1 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5NDc5-distance-of-the-centre-of-mass-of-a-solid-uniform-cone-from-its-vertex-is-z-0-if-the-radius-of-its-base-is-r-and-its-height-is-h-then-z-0-is-equal-to-1-frac-h-2-4-r-2-frac-3-h-4-3-frac-5-h-8-4-frac-3 https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5NzA1-a-bob-of-mass-m-attached-to-an-inextensible-string-of-length-l-is-suspended-from-a-vertical-support-the-bob-rotates-in-a-horizontal-circle-with-an-angular-speed-omega-rad-s-about-the-vertical-about-th https://medminds.me/qbank/physics/systems-of-particles-and-rotational-motion/?q=NP-b246Mjc5NzI2-a-mass-m-is-supported-by-a-massless-string-wound-around-a-uniform-hollow-cylinder-of-mass-m-and-radius-r-if-the-string-does-not-slip-on-the-cylinder-with-what-acceleration-will-the-mass-fall-on-releas https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246MTMzMTM-one-kilogram-of-ice-at-0-deg-c-is-mixed-with-one-kilogram-of-water-at-80-deg-c-the-final-temperature-of-the-mixture-is-take-specific-heat-of-water-4200-j-kg-1c-1-latent-heat-of-ice-336-kj-kg-1-1-0-deg https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246MjYxMjQ-the-fastest-mode-of-heat-transfer-is-1-conduction-2-radiation-3-convection-4-all-are-equally-fast-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246MjYxMjY-a-temperature-of-100-circ-text-f-fahrenheit-scale-is-equal-to-t-text-k-kelvin-scale-the-value-of-t-is-1-310-9-2-37-8-3-100-4-122-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246MjYxMjc-a-black-body-at-temperature-300-text-k-radiates-heat-at-the-rate-e-if-its-temperature-is-increased-to-900-text-k-the-rate-of-radiation-will-increase-to-1-16e-2-64e-3-81e-4-256e-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246MjYxMjg-a-body-cools-down-from-80-circ-mathrm-c-to-70-circ-mathrm-c-in-5-minutes-the-temperature-of-the-same-body-will-fall-from-70-circ-mathrm-c-to-60-circ-mathrm-c-in-1-less-than-5-minutes-2-equal-to-5-minu https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246MjYxMzE-if-lambda-m-is-the-wavelength-corresponding-to-which-the-radiant-intensity-of-a-block-is-at-its-maximum-and-its-absolute-temperature-is-t-then-which-of-the-following-graphs-correctly-represents-the-va https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246MjcyNzU-heat-capacity-is-equal-to-the-product-of-1-mass-and-gas-constant-2-mass-and-specific-heat-3-latent-heat-and-volume-of-water-4-mass-and-avogadro-number-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246Mjk4MzI-when-a-block-of-iron-floats-in-hg-at-0-176-c-a-fraction-k1-of-its-volumen-is-submerged-while-at-temperature-of-60-176-c-a-fraction-k2-is-seen-to-be-submersed-if-the-coefficient-of-volume-expansion-of https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246Mjk4MzU-hot-water-cools-from-60-176-c-to-50-176-c-in-first-10-minutes-and-from-50-176-c-to-42-176-c-in-next-10-minutes-the-temperature-of-surrounding-is-1-5-176-c-2-10-176-c-3-15-176-c-4-20-176-c-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246MzAzMDg-a-pendulum-clock-runs-faster-by-5-s-per-day-at-20-circ-mathrm-c-and-goes-slow-by-10-s-per-day-at-35-circ-mathrm-c-it-shows-the-correct-time-at-a-temperature-of-1-27-5-circ-mathrm-c-2-25-circ-mathrm-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246MzAzOTA-a-steel-rod-of-length-l-cross-sectional-area-a-young-rsquo-s-modulus-y-and-coefficient-of-linear-expansion-alpha-is-rigidly-fixed-at-both-ends-it-is-heated-through-a-temperature-rise-of-t-circ-text-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246MzI2Njk-the-temperature-of-a-body-on-kelvin-scale-is-found-to-be-x-k-when-it-is-measured-by-a-fahrenheit-thermometer-it-is-found-to-be-x0f-then-x-is-1-301-25-2-574-25-3-313-4-40-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTEwMDA-two-rods-a-and-b-of-different-materials-having-the-same-cross-sectional-area-are-welded-together-as-shown-in-the-figure-their-thermal-conductivities-are-k1-and-k2-the-thermal-conductivity-of-the-compo https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTEwMjg-a-spherical-black-body-with-a-radius-of-12-cm-radiates-450-watt-power-at-500-k-if-the-radius-were-halved-and-the-temperature-doubled-the-power-radiated-in-watts-would-be-1-225-2-450-3-1000-4-1800-1-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTEwNTM-two-identical-bodies-are-made-of-a-material-for-which-the-heat-capacity-increases-with-temperature-one-of-these-is-at-100-deg-c-while-the-other-one-is-at-0-deg-c-if-the-two-bodies-are-brought-into-con https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTEwNTQ-a-body-cools-from-a-temperature-3t-to-2t-in10-minutes-the-room-temperature-is-t-assume-that-newton-s-law-of-cooling-is-applicable-the-temperature-of-the-body-at-the-end-of-next-10-minutes-will-be-1-fr https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTEwOTI-the-coefficients-of-linear-expansion-of-brass-and-steel-rods-are-alpha-1-and-alpha-2-lengths-of-brass-and-steel-rods-are-l-1-and-l-2-respectively-if-l-2-l-1-is-maintained-the-same-at-all-temperatures https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTExMDQ-a-black-body-is-at-a-temperature-of-5760-k-the-energy-of-radiation-emitted-by-the-body-at-a-wavelength-of-250-nm-is-u1-at-a-wavelength-of-500-nm-is-u2-and-that-at-1000-nm-is-u3-given-wien-s-constant-b https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTExODU-two-metal-wires-of-identical-dimensions-are-connected-in-series-if-963-1-and-963-2-are-the-conductivities-of-the-metal-wires-respectively-the-effective-conductivity-of-the-combination-is-1-2-963-1-963 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTExOTk-the-value-of-coefficient-of-volume-expansion-of-glycerin-is-5x10-4-k-1-the-fractional-change-in-the-density-of-glycerin-for-a-rise-of-40-deg-c-in-its-temperature-is-1-0-015-2-0-020-3-0-025-4-0-010-1-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTEyMzA-steam-at-100-deg-c-is-passed-into-20-g-of-water-at-10-deg-c-when-water-acquires-a-temperature-of-80-deg-c-the-mass-of-water-present-will-be-take-specific-heat-of-water-1-cal-g-1-deg-c-1-and-latent-hea https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTEyMzE-a-certain-quantity-of-water-cools-from-70-circ-mathrm-c-to-60-circ-mathrm-c-in-the-first-5-minutes-and-to-54-circ-mathrm-c-in-the-next-5-minutes-the-temperature-of-the-surroundings-will-be-1-45-circ-m https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTEyNzU-a-piece-of-iron-is-heated-in-a-flame-it-first-becomes-dull-red-then-becomes-reddish-yellow-and-finally-turns-to-white-hot-the-correct-explanation-for-the-above-observation-is-possible-by-using-1-stefa https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTEzMzY-liquid-oxygen-at-50k-is-heated-to-300k-at-constant-pressure-of-1-atm-the-rate-of-heating-is-constant-which-one-of-the-following-graphs-represents-the-variation-of-temperature-with-time-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTEzNjU-a-slab-of-stone-of-area-of-0-36-m2-and-thickness-0-1-m-is-exposed-on-the-lower-surface-to-steam-at-100-deg-c-a-block-of-ice-at-0-deg-c-rests-on-the-upper-surface-of-the-slab-in-one-hour-4-8-kg-of-ice https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTE0MDY-when-1-kg-of-ice-at-0-deg-c-melts-to-water-at-0-deg-c-the-resulting-change-in-its-entropy-taking-latent-heat-of-ice-to-be-80cal-g-is-1-8-times-104cal-k-2-80cal-k-3-293cal-k-4-273cal-k-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTE2MDM-a-cylindrical-metallic-rod-in-thermal-contact-with-two-reservoirs-of-heat-at-its-two-ends-conducts-an-amount-of-heat-q-in-time-t-the-metallic-rod-is-melted-and-the-material-is-formed-into-a-rod-of-hal https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTE2Mjk-the-total-radiant-energy-per-unit-area-per-unit-time-normal-to-the-direction-of-incidence-received-at-a-distance-r-from-the-centre-of-a-star-of-radius-r-whose-outer-surface-radiates-as-a-black-body-at https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTE2OTU-a-black-body-at-227-deg-c-radiates-heat-at-the-rate-of-7-cal-cm-2s-1-at-a-temperature-of-727-deg-c-the-rate-of-heat-radiated-in-the-same-units-will-be-1-60-2-50-3-112-4-80-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTE3MzU-on-a-new-scale-of-temperature-which-is-linear-and-called-the-text-w-scale-the-freezing-and-boiling-points-of-water-are-39-circ-text-w-and-239-circ-text-w-respectively-what-will-be-the-temperature-on-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTM4ODk-to-keep-constant-time-watches-are-fitted-with-balance-wheel-made-of-1-invar-2-stainless-steel-3-tungsten-4-platinum-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTM4OTg-a-metal-bar-of-length-l-and-area-of-cross-section-a-is-clamped-between-two-rigid-supports-for-the-material-of-the-rod-it-s-young-rsquo-s-modulus-is-y-and-the-coefficient-of-linear-expansion-is-alpha-i https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTM5ODk-the-pressure-applied-from-all-directions-on-a-cube-is-p-how-much-its-temperature-should-be-raised-to-maintain-the-original-volume-the-volume-elasticity-of-the-cube-is-beta-and-the-coefficient-of-volum https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwODQ-under-steady-state-the-temperature-of-a-body-1-increases-with-time-2-decreases-with-time-3-does-not-change-with-time-and-is-same-at-all-the-points-of-the-body-4-does-not-change-with-time-but-is-differ https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwODU-the-coefficient-of-thermal-conductivity-depends-upon-1-temperature-difference-of-two-surfaces-2-area-of-the-plate-3-thickness-of-the-plate-4-material-of-the-plate-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwODY-when-two-ends-of-a-rod-wrapped-with-cotton-are-maintained-at-different-temperatures-and-after-some-time-every-point-of-the-rod-attains-a-constant-temperature-then-1-conduction-of-heat-at-different-poi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwODc-the-ratio-of-thermal-conductivity-of-two-rods-of-different-material-is-5-4-the-two-rods-of-same-area-of-cross-section-and-same-thermal-resistance-will-have-the-lengths-in-the-ratio-1-4-5-2-9-1-3-1-9-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwODg-in-variable-state-the-rate-of-flow-of-heat-is-controlled-by-1-density-of-material-2-specific-heat-3-thermal-conductivity-4-all-the-above-factors-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwODk-the-dimensions-of-thermal-resistance-are-1-m-1l-2t3k-2-ml2t-2k-1-3-ml2t-3k-4-ml2t-2k-2-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwOTA-two-walls-of-thicknesses-d-1-and-d-2-and-thermal-conductivities-k-1-and-k-2-are-in-contact-in-the-steady-state-if-the-temperatures-at-the-outer-surfaces-are-t-1-and-t-2-the-temperature-at-the-common-w https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwOTE-a-slab-consists-of-two-parallel-layers-of-copper-and-brass-of-the-same-thickness-and-having-thermal-conductivities-in-the-ratio-1-4-if-the-free-face-of-brass-is-at-100-deg-c-and-that-of-copper-at-0-de https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwOTI-two-thin-blankets-keep-more-hotness-than-one-blanket-of-thickness-equal-to-these-two-the-reason-is-1-their-surface-area-increases-2-a-layer-of-air-is-formed-between-these-two-blankets-which-is-bad-con https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwOTM-ice-formed-over-lakes-has-1-very-high-thermal-conductivity-and-helps-in-further-ice-formation-2-very-low-conductivity-and-retards-further-formation-of-ice-3-it-permits-quick-convection-and-retards-fur https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwOTQ-wires-a-and-b-have-identical-lengths-and-have-circular-cross-sections-the-radius-of-a-is-twice-the-radius-of-b-i-e-ra-2rb-for-a-given-temperature-difference-between-the-two-ends-both-wires-conduct-hea https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwOTU-two-identical-plates-of-different-metals-are-joined-to-form-a-single-plate-whose-thickness-is-double-the-thickness-of-each-plate-if-the-coefficients-of-conductivity-of-each-plate-are-2-and-3-respectiv https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwOTY-the-coefficients-of-thermal-conductivity-of-copper-mercury-and-glass-are-respectively-kc-km-and-kg-such-that-kc-62-km-62-kg-if-the-same-quantity-of-heat-is-to-flow-per-second-per-unit-area-of-each-and https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwOTc-if-two-metallic-plates-of-equal-thicknesses-and-thermal-conductivities-k1-and-k2-are-put-together-face-to-face-and-a-common-plate-is-constructed-then-the-equivalent-thermal-conductivity-of-this-plate https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwOTg-the-quantity-of-heat-which-crosses-unit-area-of-a-metal-plate-during-conduction-depends-upon-1-the-density-of-the-metal-2-the-temperature-gradient-perpendicular-to-the-area-3-the-temperature-to-which https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAwOTk-two-spheres-of-different-materials-one-with-double-the-radius-and-one-fourth-wall-thickness-of-the-other-are-filled-with-ice-if-the-time-taken-for-complete-melting-of-ice-in-the-larger-sphere-is-25-mi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMDA-the-mud-houses-are-cooler-in-the-summer-and-warmer-in-the-winter-because-1-the-mud-is-a-superconductor-of-heat-2-the-mud-is-a-good-conductor-of-heat-3-the-mud-is-a-bad-conductor-of-heat-4-none-of-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMDE-the-temperature-of-the-hot-and-cold-ends-of-a-20-cm-long-rod-in-a-thermal-steady-state-is-at-100-circ-mathrm-c-and-20-circ-mathrm-c-respectively-the-temperature-at-the-centre-of-the-rod-will-be-1-50-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMDI-two-bars-of-thermal-conductivities-k-and-3k-and-lengths-1-cm-and-2-cm-respectively-have-equal-cross-sectional-area-they-are-joined-lengths-wise-as-shown-in-the-figure-if-the-temperature-at-the-ends-of https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMDM-a-heat-flux-of-4000-j-s-is-to-be-passed-through-a-copper-rod-of-length-10-cm-and-area-of-cross-section-100-cm2-the-thermal-conductivity-of-copper-is-400-w-m-176-c-the-two-ends-of-this-rod-must-be-kept https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMDQ-on-a-cold-morning-a-metal-surface-will-feel-colder-to-touch-than-a-wooden-surface-because-1-metal-has-high-specific-heat-2-metal-has-high-thermal-conductivity-3-metal-has-low-specific-heat-4-metal-has https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMDU-at-a-common-temperature-a-block-of-wood-and-a-block-of-metal-feel-equally-cold-or-hot-the-temperatures-of-block-of-wood-and-block-of-metal-are-1-equal-to-temperature-of-the-body-2-less-than-the-temper https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMDY-the-coefficient-of-thermal-conductivity-of-copper-is-nine-times-that-of-steel-in-the-composite-cylindrical-bar-shown-in-the-figure-what-will-be-the-temperature-at-the-junction-of-copper-and-steel-a-75 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMDc-a-slab-consists-of-two-parallel-layers-of-two-different-materials-of-same-thickness-having-thermal-conductivities-k1-and-k2-the-equivalent-conductivity-of-the-combination-is-1-k1-k2-2-k1-k22-3-2k1k2k1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMDg-there-are-two-identical-vessels-filled-with-equal-amounts-of-ice-the-vessels-are-of-different-metals-if-the-ice-melts-in-the-two-vessels-in-20-and-35-minutes-respectively-the-ratio-of-the-coefficients https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMDk-heat-current-is-maximum-in-which-of-the-following-rods-are-of-identical-dimension-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMTA-consider-a-compound-slab-consisting-of-two-different-materials-having-an-equal-thickness-and-thermal-conductivities-k-and-2k-respectively-the-equivalent-thermal-conductivity-of-the-slab-if-the-materia https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMTE-two-rods-having-thermal-conductivity-in-the-ratio-of-5-3-having-equal-lengths-and-equal-cross-sectional-area-are-joined-by-face-to-face-if-the-temperature-of-the-free-end-of-the-first-rod-is-100-176-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMTI-woollen-clothes-are-used-in-winter-season-because-woollen-clothes-1-are-good-sources-for-producing-heat-2-absorb-heat-from-surroundings-3-are-bad-conductors-of-heat-4-provide-heat-to-body-continuously https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMTM-two-metal-cubes-and-of-same-size-are-arranged-as-shown-in-the-figure-the-extreme-ends-of-the-combination-are-maintained-at-the-indicated-temperatures-the-arrangement-is-thermally-insulated-the-coeffic https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMTQ-a-cylindrical-rod-having-temperature-t1-and-t2-at-its-ends-the-rate-of-flow-of-heat-is-q1-cal-sec-if-all-the-linear-dimensions-are-doubled-keeping-temperature-constant-then-rate-of-flow-of-heat-q2-wil https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMTU-a-body-of-length-1m-having-cross-sectional-area-0-75-m2-has-heat-flow-through-it-at-the-rate-of-6000-joule-sec-then-find-the-temperature-difference-if-k-200-jm-1k-1-a-20-deg-c-b-40-deg-c-c-80-deg-c-d https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMTY-a-wall-has-two-layers-a-and-b-made-of-different-materials-the-thickness-of-both-the-layers-is-the-same-the-thermal-conductivity-of-a-and-b-are-ka-and-kb-such-that-ka-3kb-the-temperature-across-the-wal https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMTc-a-metal-rod-of-total-length-2-text-m-has-two-sections-with-cross-sectional-areas-2-a-and-a-as-shown-in-the-figure-the-ends-of-the-rod-are-maintained-at-temperatures-100-circ-text-c-and-70-circ-text-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMTk-which-of-the-following-circular-rods-given-radius-r-and-length-l-each-made-of-the-same-material-as-whose-ends-are-maintained-at-the-same-temperature-will-conduct-most-heat-1-r-2r0-l-2l0-2-r-2r0-l-l0-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMjA-it-is-hotter-for-the-same-distance-over-the-top-of-fire-than-it-is-inside-of-it-mainly-because-1-air-conducts-heat-upwards-2-heat-is-radiated-upwards-3-convection-takes-more-heat-upwards-4-convection https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMjE-one-likes-to-sit-in-the-sunshine-in-the-winter-season-because-1-the-air-around-the-body-is-hot-and-the-body-absorbs-heat-from-it-2-we-get-energy-from-the-sun-3-we-get-heat-by-conduction-from-the-sun-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMjI-air-is-a-bad-conductor-of-heat-or-partly-conducts-heat-still-a-vacuum-is-to-be-placed-between-the-walls-of-the-thermos-flask-because-1-it-is-difficult-to-fill-the-air-between-the-walls-of-the-thermos https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMjM-while-measuring-the-thermal-conductivity-of-a-liquid-we-keep-the-upper-part-hot-and-the-lower-part-cool-so-that-1-convection-may-be-stopped-2-radiation-may-be-stopped-3-heat-conduction-is-easier-downw https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMjQ-mode-of-transmission-of-heat-in-which-heat-is-carried-by-the-moving-particles-is-1-radiation-2-conduction-3-convection-4-wave-motion-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMjU-in-heat-transfer-which-method-is-based-on-gravitation-1-natural-convection-2-conduction-3-radiation-4-stirring-of-liquids-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMjY-when-fluids-are-heated-from-the-bottom-convection-currents-are-produced-because-1-molecular-motion-of-fluid-becomes-aligned-2-molecular-collisions-take-place-within-the-fluid-3-heated-fluid-becomes-mo https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMjc-if-a-liquid-is-heated-in-weightlessness-the-heat-is-transmitted-through-1-conduction-2-convection-3-radiation-4-neither-because-the-liquid-cannot-be-heated-in-weightlessness-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMjg-the-rate-of-loss-of-heat-from-a-body-cooling-under-conditions-of-forced-convection-is-proportional-to-its-a-heat-capacity-b-surface-area-c-absolute-temperature-d-excess-of-temperature-over-that-of-sur https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMjk-in-which-of-the-following-process-convection-does-not-take-place-primarily-1-sea-and-land-breeze-2-boiling-of-water-3-warming-of-glass-of-bulb-due-to-filament-4-heating-air-around-a-furnace-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMzA-on-a-clear-sunny-day-an-object-at-temperature-t-is-placed-on-the-top-of-a-high-mountain-an-identical-object-at-the-same-temperature-is-placed-at-the-foot-of-the-mountain-if-both-the-objects-are-expose https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMzE-heat-travels-through-vacuum-by-1-conduction-2-convection-3-radiation-4-both-a-and-b-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMzI-taking-into-account-the-radiation-that-a-human-body-emits-which-of-the-following-statements-is-true-1-the-radiation-is-emitted-only-during-the-day-2-the-radiation-is-emitted-during-the-summers-and-abs https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMzM-the-earth-radiates-in-the-infra-red-region-of-the-spectrum-the-spectrum-is-correctly-given-by-1-wien-rsquo-s-law-2-rayleigh-law-3-planck-rsquo-s-law-of-radiation-4-stefan-rsquo-s-law-of-radiation-1-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMzQ-pick-out-the-statement-which-is-not-true-1-ir-radiations-are-used-for-long-distance-photography-2-ir-radiations-arise-due-to-inner-electron-transitions-in-atoms-3-ir-radiations-are-detected-by-using-a https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMzU-a-hot-and-a-cold-body-are-kept-in-vacuum-separated-from-each-other-which-of-the-following-cause-decrease-in-temperature-of-the-hot-body-1-radiation-2-convection-3-conduction-4-temperature-remains-unch https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMzY-for-a-perfectly-black-body-its-absorptive-power-is-1-1-2-0-5-3-0-4-infinity-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMzc-certain-substance-emits-only-the-wavelengths-955-1-955-2-955-3-and-955-4-when-it-is-at-a-high-temperature-when-this-substance-is-at-a-colder-temperature-it-will-absorb-only-the-following-wavelengths-a https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMzg-as-compared-to-the-person-with-white-skin-the-person-with-black-skin-will-experience-1-less-heat-and-more-cold-2-more-heat-and-more-cold-3-more-heat-and-less-cold-4-less-heat-and-less-cold-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxMzk-relation-between-emissivity-e-and-absorptive-power-a-is-for-black-body-1-e-a-2-e-1a-3-e-a2-4-a-e2-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNDA-which-of-the-following-statements-is-wrong-1-rough-surfaces-are-better-radiators-than-smooth-surface-2-highly-polished-mirror-like-surfaces-are-very-good-radiators-3-black-surfaces-are-better-absorber https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNDE-half-part-of-ice-block-is-covered-with-black-cloth-and-rest-half-is-covered-with-white-cloth-and-then-it-is-kept-in-sunlight-after-some-time-clothes-are-removed-to-see-the-melted-ice-which-of-the-foll https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNDI-if-between-wavelength-955-and-955-d-955-e-955-and-a-955-be-the-emissive-and-absorptive-powers-of-a-body-and-e-955-be-the-emissive-power-of-a-perfectly-black-body-then-according-to-kirchoff-s-law-which https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNDM-when-p-calories-of-heat-is-given-to-a-body-it-absorbs-q-calories-then-the-absorbtion-power-of-body-will-be-1-p-q-2-q-p-3-p2-q2-4-q2-p2-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNDU-there-is-a-rough-black-spot-on-a-polished-metallic-plate-it-is-heated-upto-1400-k-approximately-and-then-at-once-taken-in-a-dark-room-which-of-the-following-statements-is-true-1-in-comparison-with-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNDY-which-of-the-following-is-the-example-of-ideal-black-body-1-kajal-2-black-board-3-a-pin-hole-in-a-box-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNDg-which-of-the-following-law-states-that-ldquo-good-absorbers-of-heat-are-good-emitters-rdquo-1-stefan-rsquo-s-law-2-kirchoff-rsquo-s-law-3-planck-rsquo-s-law-4-wein-rsquo-s-law-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNDk-according-to-wein-s-law-1-lambda-mt-constant-2-lambda-mt-constant-3-t-lambda-m-constant-4-t-lambda-m-constant-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNzQ-on-investigation-of-light-from-three-different-stars-a-b-and-c-it-was-found-that-in-the-spectrum-of-a-the-intensity-of-red-colour-is-maximum-in-b-the-intensity-of-blue-colour-is-maximum-and-in-c-the-i https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNzU-the-wavelength-of-radiation-emitted-by-a-body-depends-upon-1-the-nature-of-its-surface-2-the-area-of-its-surface-3-the-temperature-of-its-surface-4-all-the-above-factors-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNzY-if-black-wire-of-platinum-is-heated-then-its-colour-first-appear-red-then-yellow-and-finally-white-it-can-be-understood-on-the-basis-of-1-wien-s-displacement-law-2-prevost-theroy-of-heat-exchange-3-ne https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNzc-colour-of-shining-bright-star-is-an-indication-of-its-1-distance-from-the-earth-2-size-3-temperature-4-mass-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNzg-a-black-body-maintained-at-200-text-k-emits-maximum-radiation-at-a-wavelength-of-14-mu-text-m-if-its-temperature-is-increased-to-1000-text-k-at-what-wavelength-will-the-maximum-radiation-now-be-emitte https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxNzk-if-the-temperature-of-the-sun-becomes-twice-its-present-temperature-then-1-radiated-energy-would-be-predominantly-in-the-infrared-range-2-radiated-energy-would-be-primarily-in-the-ultraviolet-range-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxODA-the-maximum-energy-in-the-thermal-radiation-from-a-hot-source-occurs-at-a-wavelength-of-11-215-10-5-cm-according-to-wein-s-law-the-temperature-of-the-source-on-kelvin-scale-will-be-n-times-the-tempera https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxODE-how-is-the-temperature-of-stars-determined-by-1-stefan-rsquo-s-law-2-wein-rsquo-s-displacement-law-3-kirchhoff-rsquo-s-law-4-ohm-rsquo-s-law-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxODI-on-increasing-the-temperature-of-a-substance-gradually-which-of-the-following-colours-will-be-noticed-by-you-1-white-2-yellow-3-green-4-red-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxODM-a-black-body-has-a-maximum-wavelength-at-a-temperature-of-2000-text-k-its-corresponding-wavelength-at-temperatures-of-3000-text-k-will-be-1-dfrac-3-2-lambda-m-2-dfrac-2-3-lambda-m-3-dfrac-4-9-lambda-m https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxODQ-a-black-body-at-a-temperature-of-1640-k-has-the-wavelength-corresponding-to-maximum-emission-equal-to-1-75-956-m-assuming-the-moon-to-be-a-perfectly-black-body-the-temperature-of-the-moon-if-the-wavel https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxODU-a-particular-star-assuming-it-as-a-black-body-has-a-surface-temperature-of-about-5-215-104k-the-wavelength-in-nanometers-at-which-its-radiation-becomes-maximum-is-b-0-0029-mk-1-48-2-58-3-60-4-70-1-2-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxODY-the-intensity-of-radiation-emitted-by-the-sun-has-its-maximum-value-at-a-wavelength-of-510-nm-and-that-emitted-by-the-north-star-has-the-maximum-value-at-350-nm-if-these-stars-behave-like-black-bodies https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxODc-the-amount-of-radiation-emitted-by-a-perfectly-black-body-is-proportional-to-1-temperature-on-ideal-gas-scale-2-fourth-root-of-temperature-on-ideal-gas-scale-3-fourth-power-of-temperature-on-ideal-gas https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxODk-the-temperature-of-an-object-is-400-circ-mathrm-c-the-temperature-of-the-surroundings-may-be-assumed-to-be-negligible-what-temperature-would-cause-the-energy-to-radiate-twice-as-quickly-given-2-frac-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxOTA-a-black-body-at-a-temperature-of-227-176-c-radiates-heat-energy-at-the-rate-of-5-cal-cm2-sec-at-a-temperature-of-727-176-c-the-rate-of-heat-radiated-per-unit-area-in-cal-cm2-will-be-1-80-2-160-3-250-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxOTE-energy-is-being-emitted-from-the-surface-of-a-black-body-at-127-176-c-temperature-at-the-rate-of-1-0-215-106j-sec-m2-temperature-of-the-black-body-at-which-the-rate-of-energy-emission-is-16-0-215-106j https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxOTI-if-temperature-of-a-black-body-increases-from-7-176-c-to-287-176-c-then-the-rate-of-energy-radiation-increases-by-a-28774-b-16-c-4-d-2-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxOTM-the-area-of-a-hole-of-heat-furnace-is-10-4m2-it-radiates-1-58-215-105-calories-of-heat-per-hour-if-the-emissivity-of-the-furnace-is-0-80-then-its-temperature-is-1-1500-k-2-2000-k-3-2500-k-4-3000-k-1-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxOTQ-two-spheres-p-and-q-of-same-colour-having-radii-8-cm-and-2-cm-are-maintained-at-temperatures-127-176-cand-527-176-c-respectively-the-ratio-of-energy-radiated-by-p-and-q-is-a-0-054-b-0-0034-c-1-d-2-1-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxOTU-a-body-radiates-energy-5w-at-a-temperature-of-127-176-c-if-the-temperature-is-increased-to-927-176-c-then-it-radiates-energy-at-the-rate-of-a-410-w-b-81-w-c-405-w-d-200-w-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxOTY-the-temperatures-of-two-bodies-a-and-b-are-respectively-727-176-c-and-327-176-c-the-ratio-of-the-rates-of-heat-radiated-by-them-is-1-727-327-2-5-3-3-25-9-4-625-81-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAxOTg-the-radiant-energy-from-the-sun-incident-normally-at-the-surface-of-earth-is-20kcal-m2min-what-would-have-been-the-radiant-energy-incident-normally-on-the-earth-if-the-sun-had-a-temperature-twice-of-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMDA-if-the-temperature-of-the-sun-black-body-is-doubled-the-rate-of-energy-received-on-earth-will-be-increased-by-a-factor-of-1-2-2-4-3-8-4-16-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMDE-the-ratio-of-energy-of-emitted-radiation-of-a-black-body-at-27-176-c-and-927-176-c-is-a-1-4-b-1-16-c-1-64-d-1-256-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMDI-two-spherical-black-bodies-of-radii-r1-and-r2-and-with-surface-temperature-t1-and-t2-respectively-radiate-the-same-power-then-the-ratio-of-r1-and-r2-will-be-a-t2t12-b-t2t14-c-t1t22-d-t1t24-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMDM-a-black-body-is-at-a-temperature-300-k-it-emits-energy-at-a-rate-which-is-proportional-to-a-300-b-3002-c-3003-d-3004-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMDQ-two-identical-metal-balls-at-temperature-200-deg-c-and-400-deg-c-kept-in-air-at-27-deg-c-the-ratio-of-net-heat-loss-by-these-bodies-is-1-1-4-2-1-2-3-1-16-4-4734-30046734-3004-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMDY-the-radiation-emitted-by-a-star-a-is-10-000-times-that-of-the-sun-if-the-surface-temperatures-of-the-sun-and-the-star-a-are-6000-text-k-and-2000-text-k-respectively-the-ratio-of-the-radii-of-the-star https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMDg-star-a-has-radius-r-surface-temperature-t-while-star-b-has-radius-4r-and-surface-temperature-t-2-the-ratio-of-the-power-of-two-stars-pa-pbis-1-16-1-2-1-16-3-1-1-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMDk-suppose-the-sun-expands-so-that-its-radius-becomes-100-times-its-present-radius-and-its-surface-temperature-becomes-half-of-its-present-value-the-total-energy-emitted-by-it-then-will-increase-by-a-fac https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMTA-if-the-temperature-of-the-body-is-increased-from-73-circ-mathrm-c-to-327-circ-mathrm-c-then-the-ratio-of-energy-emitted-per-second-in-both-cases-is-1-1-3-2-1-81-3-1-27-4-1-9-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMTE-if-the-sun-rsquo-s-surface-radiates-heat-at-6-3-times-10-7-text-wm-2-then-the-temperature-of-the-sun-assuming-it-to-be-a-black-body-will-be-left-sigma-5-7-times-10-8-text-wm-2-text-k-4-right-1-5-8-tim https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMTI-the-value-of-stefan-rsquo-s-constant-is-a-5-67-215-10-8w-m2-k4-b-5-67-215-10-5w-m2-k4-c-5-67-215-10-11w-m2-k4-d-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMTM-rate-of-cooling-at-600k-if-surrounding-temperature-is-300k-is-r-the-rate-of-cooling-at-900k-is-1-163r-2-2r-3-3r-4-23r-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMTQ-a-black-body-of-surface-area-10-cm2-is-heated-to-127-deg-c-and-is-suspended-in-a-room-at-temperature-27-deg-c-the-initial-rate-of-loss-of-heat-from-the-body-at-the-room-temperature-will-be-1-2-99-w-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMTU-two-identical-objects-a-and-b-are-at-temperatures-ta-and-tb-respectively-both-objects-are-placed-in-a-room-with-perfectly-absorbing-walls-maintained-at-temperatures-t-ta-t-tb-the-objects-a-and-b-attai https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMTY-when-the-body-has-the-same-temperature-as-that-of-surroundings-1-it-does-not-radiate-heat-2-it-radiates-the-same-quantity-of-heat-as-it-absorbs-3-it-radiates-less-quantity-of-heat-as-it-receives-from https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMTc-the-spectral-energy-distribution-of-star-is-maximum-at-twice-temperature-as-that-of-sun-the-total-energy-radiated-by-star-is-1-twice-as-that-of-the-sun-2-same-as-that-of-the-sun-3-sixteen-times-as-tha https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMTg-a-bucket-full-of-hot-water-cools-from-75-176-c-to-70-176-c-in-time-t1-from-70-176-c-to-65-176-c-in-time-t2-and-from-65-176-c-to-60-176-c-in-time-t3-then-1-t1-t2-t3-2-t1-62-t2-62-t3-3-t1-60-t2-60-t3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMTk-consider-two-hot-bodies-b1-and-b2-which-have-temperatures-of-100-circ-mathrm-c-and-80-circ-mathrm-c-respectively-at-t-0-the-temperature-of-the-surroundings-is-40-circ-mathrm-c-the-ratio-of-the-respect https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMjA-newton-s-law-of-cooling-is-a-special-case-of-1-stefan-s-law-2-kirchhoff-s-law-3-wien-s-law-4-planck-s-law-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMjE-in-newton-s-experiment-of-cooling-the-water-equivalent-of-two-similar-calorimeters-is-10-gm-each-they-are-filled-with-350-gm-of-water-and-300-gm-of-a-liquid-equal-volumes-separately-the-time-taken-by https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMjI-which-of-the-following-statements-is-true-correct-1-during-clear-nights-the-temperature-rises-steadily-upward-near-the-ground-level-2-newton-s-law-of-cooling-an-approximate-form-of-stefan-s-law-is-val https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMjM-the-rates-of-cooling-of-two-different-liquids-put-in-exactly-similar-calorimeters-and-kept-in-identical-surroundings-are-the-same-if-1-the-masses-of-the-liquids-are-equal-2-equal-masses-of-the-liquids https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMjQ-the-temperature-of-a-liquid-drops-from-365-k-to-361-k-in-2-minutes-find-the-time-during-which-temperature-of-the-liquid-drops-from-344-k-to-342-k-temperature-of-room-is-293-k-a-84-sec-b-72-sec-c-66-se https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMjU-newton-rsquo-s-law-of-cooling-holds-good-only-if-the-temperature-difference-between-the-body-and-the-surroundings-is-1-less-than-10-176-c-2-more-than-10-176-c-3-less-than-100-176-c-4-more-than-100-176 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMjY-the-temperature-of-a-body-falls-from-50-176-c-to-40-176-c-in-10-minutes-if-the-temperature-of-the-surroundings-is-20-176-c-then-temperature-of-the-body-after-another-10-minutes-will-be-1-36-6-176-c-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMjc-a-body-takes-5-minutes-to-cool-from-90-circ-text-c-to-60-circ-text-c-if-the-temperature-of-the-surroundings-is-20-circ-text-c-the-time-taken-by-it-to-cool-from-60-circ-text-c-to-30-circ-text-c-will-be https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMjg-an-object-is-cooled-from-75-deg-c-to-65-deg-c-in-2-minutes-in-a-room-at-30-deg-c-the-time-taken-to-cool-another-object-from-55-deg-c-to-45-deg-c-in-the-same-room-in-minutes-is-1-4-2-5-3-6-4-7-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyMjk-a-cane-is-taken-out-from-a-refrigerator-at-0-deg-c-the-atmospheric-temperature-is-25-deg-c-if-t1-is-the-time-taken-to-heat-from-0-deg-c-to-5-deg-c-and-t2-is-the-time-taken-from-10-deg-c-to-15-deg-c-th https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyOTE-two-rods-one-semi-circular-and-other-straight-of-same-material-and-of-same-cross-sectional-area-are-joined-as-shown-in-the-figure-the-points-a-and-b-are-maintained-at-different-temperature-the-ratio-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyOTI-a-wall-is-made-up-of-two-layers-a-and-b-the-thickness-of-the-two-layers-is-the-same-but-materials-are-different-the-thermal-conductivity-of-a-is-double-than-that-of-b-in-thermal-equilibrium-the-temper https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyOTM-ice-starts-forming-in-lake-with-water-at-0-deg-c-and-when-the-atmospheric-temperature-is-10-deg-c-if-the-time-taken-for-1-cm-of-ice-be-7-hours-then-the-time-taken-for-the-thickness-of-ice-to-change-fr https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyOTQ-a-cylinder-of-radius-r-made-of-a-material-of-thermal-conductivity-k1-is-surrounded-by-a-cylindrical-shell-of-inner-radius-r-and-outer-radius-2r-made-of-material-of-thermal-conductivity-k2-the-two-ends https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyOTU-three-rods-made-of-the-same-material-and-having-the-same-cross-section-have-been-joined-as-shown-in-the-figure-each-rod-is-of-the-same-length-the-left-and-right-ends-are-kept-at-0-176-c-and-90-176-c-r https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyOTY-a-room-is-maintained-at-20-176-c-by-a-heater-of-resistance-20-ohm-connected-to-200-volt-mains-the-temperature-is-uniform-through-out-the-room-and-heat-is-transmitted-through-a-glass-window-of-area-1m2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyOTc-there-is-formation-of-layer-of-snow-x-cm-thick-on-water-when-the-temperature-of-air-is-952-176-c-less-than-freezing-point-the-thickness-of-layer-increases-from-x-to-y-in-the-time-t-then-the-value-of-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyOTg-a-composite-metal-bar-of-uniform-section-is-made-up-of-equal-lengths-of-copper-nickel-and-aluminium-each-part-being-in-perfect-thermal-contact-with-the-adjoining-part-the-copper-end-of-the-composite-r https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAyOTk-three-rods-of-identical-area-of-cross-section-and-made-from-the-same-metal-form-the-sides-of-an-isosceles-triangle-abc-which-is-right-angled-at-b-the-points-a-and-b-are-maintained-at-temperatures-t-an https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzMDA-the-only-possibility-of-heat-flow-in-a-thermos-flask-is-through-its-cork-which-is-75-cm2-in-area-and-5-cm-thick-its-thermal-conductivity-is-0-0075-cal-cmsec-176-c-the-outside-temperature-is-40-176-c-a https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzMDE-a-sphere-a-cube-and-a-thin-circular-plate-all-made-of-the-same-material-and-having-the-same-mass-are-initially-heated-to-a-temperature-of-1000-deg-c-which-one-of-these-will-cool-first-1-plate-2-sphere https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzMDM-two-identical-conducting-rods-are-first-connected-independently-to-two-vessels-one-containing-water-at-100-176-c-and-the-other-containing-ice-at-0-176-c-in-the-second-case-the-rods-are-joined-end-to-e https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzMDQ-a-solid-cube-and-a-solid-sphere-of-the-same-material-have-equal-surface-area-both-are-at-the-same-temperature-120-176-c-then-1-both-the-cube-and-the-sphere-cool-down-at-the-same-rate-2-the-cube-cools https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzMDU-two-bodies-a-and-b-have-thermal-emissivities-of-0-01-and-0-81-respectively-the-outer-surface-areas-of-the-two-bodies-are-the-same-the-two-bodies-emit-total-radiant-power-at-the-same-rate-the-wavelengt https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzMDY-a-black-body-is-at-a-temperature-of-2880-k-the-energy-of-radiation-emitted-by-this-object-with-wavelength-between-499-nm-and-500-nm-is-u1-between-999-nm-and-1000nm-is-u2-and-between-1499-nm-and-1500-n https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzMDc-a-black-metal-foil-is-warmed-by-radiation-from-a-small-sphere-at-temperature-t-and-at-a-distance-d-where-surrounding-temperature-is-to-it-is-found-that-the-power-received-by-the-foil-is-p-if-both-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNjU-three-rods-of-same-dimensions-are-arranged-as-shown-in-figure-they-have-thermal-conductivities-k1-k2-and-k3-the-points-p-and-q-are-maintained-at-different-temperatures-for-the-heat-to-flow-at-the-same https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNjY-two-metallic-spheres-s-1-and-s-2-are-made-of-the-same-material-and-have-identical-surface-finish-the-mass-of-s-1-is-three-times-that-of-s-2-both-the-spheres-are-heated-to-the-same-high-temperature-and https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNjc-three-discs-a-b-and-c-having-radii-2-text-m-4-text-m-and-6-text-m-respectively-are-coated-with-carbon-black-on-their-surfaces-the-wavelengths-corresponding-to-maximum-intensity-are-300-text-nm-400-tex https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNjk-a-solid-sphere-and-a-hollow-sphere-of-the-same-material-and-size-are-heated-to-the-same-temperature-and-allowed-to-cool-in-the-same-surroundings-if-the-temperature-difference-between-each-sphere-and-i https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNzA-a-solid-copper-cube-of-edges-1-cm-is-suspended-in-an-evacuated-enclosure-its-temperature-is-found-to-fall-from-100-176-c-to-99-176-c-in-100-s-another-solid-copper-cube-of-edges-2-cm-with-similar-surfa https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNzE-a-body-initially-at-80-176-c-cools-to-64-176-c-in-5-minutes-and-to-52-176-c-in-10-minutes-the-temperature-of-the-body-after-15-minutes-will-be-a-42-7-176-c-b-35-176-c-c-47-176-c-d-40-176-c-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNzM-four-identical-rods-of-same-material-are-joined-end-to-end-to-form-a-square-if-the-temperature-difference-between-the-ends-of-a-diagonal-is-100-176-c-then-the-temperature-difference-between-the-ends-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNzQ-a-cylindrical-rod-with-one-end-in-a-steam-chamber-and-the-other-end-in-ice-results-in-melting-of-0-1-gm-of-ice-per-second-if-the-rod-is-replaced-by-another-with-half-the-length-and-double-the-radius-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNzU-one-end-of-a-copper-rod-of-length-1-0-m-and-area-of-cross-section-10-3m2-is-immersed-in-boiling-water-and-the-other-end-in-ice-if-the-coefficient-of-thermal-conductivity-of-copper-is-92-cal-m-s-176-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNzY-an-ice-box-used-for-keeping-eatable-cold-has-a-total-wall-area-of-1-metre2-and-a-wall-thickness-of-5-0-cm-the-thermal-conductivity-of-the-ice-box-is-k-0-01-joule-metre-s-176-c-it-is-filled-with-ice-at https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNzc-five-rods-of-the-same-dimensions-are-arranged-as-shown-in-the-figure-they-have-thermal-conductivities-k1-k2-k3-k4-and-k5-when-points-a-and-b-are-maintained-at-different-temperatures-no-heat-flows-thro https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNzg-a-hot-metallic-sphere-of-radius-r-radiates-heat-it-s-rate-of-cooling-is-1-independent-of-r-2-proportional-to-r-3-proportional-to-r2-4-proportional-to-1-r-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzNzk-a-solid-copper-sphere-density-961-and-specific-heat-capacity-c-of-radius-r-at-an-initial-temperature-200k-is-suspended-inside-a-chamber-whose-walls-are-at-almost-0k-the-time-required-in-956-s-for-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzODA-one-end-of-a-copper-rod-of-uniform-cross-section-and-of-length-3-1-m-is-kept-in-contact-with-ice-and-the-other-end-with-water-at-100-circ-mathrm-c-at-what-point-along-its-length-should-a-temperature-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzODE-a-sphere-and-a-cube-of-same-material-and-same-volume-are-heated-upto-same-temperature-and-allowed-to-cool-in-the-same-surroundings-the-ratio-of-the-amounts-of-radiations-emitted-will-be-1-1-1-2-4-960 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzODI-the-temperature-of-the-two-outer-surfaces-of-a-composite-slab-consisting-of-two-materials-having-coefficients-of-thermal-conductivity-k-and-2k-and-thickness-x-and-4x-respectively-are-t2-and-t1-t2-t1-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzODM-the-figure-shows-a-system-of-two-concentric-spheres-of-radii-r-1-and-r-2-and-kept-at-temperatures-t-1-and-t-2-respectively-the-radial-rate-of-flow-of-heat-in-a-substance-between-the-two-concentric-sph https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzODQ-the-graph-shown-in-the-adjacent-diagram-represents-the-variation-of-temperature-t-of-two-bodies-x-and-y-having-same-surface-area-with-time-t-due-to-the-emission-of-radiation-find-the-correct-relation https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzODU-the-plots-of-intensity-versus-wavelength-for-three-black-bodies-at-temperatures-t-1-t-2-text-and-t-3-respectively-are-as-shown-their-temperature-are-such-that-1-t-1-t-2-t-3-2-t-1-t-3-t-2-3-t-2-t-3-t-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjAzODY-the-adjoining-diagram-shows-the-spectral-energy-density-distribution-e-lambda-of-a-black-body-at-two-different-temperatures-if-the-areas-under-the-curves-are-in-the-ratio-16-1-the-value-of-temperature https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0NDk-variation-of-radiant-energy-emitted-by-sun-filament-of-tungsten-lamp-and-welding-arc-as-a-function-of-its-wavelength-is-shown-in-figure-which-of-the-following-option-is-the-correct-match-1-sun-t1-tung https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0NTI-shown-below-are-the-black-body-radiation-curves-at-temperatures-t1-and-t2-t2-t1-which-of-the-following-plots-is-correct-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0NTQ-the-spectrum-of-a-black-body-at-two-temperatures-27-176-c-and-327-176-c-is-shown-in-the-figure-let-a1-and-a2-be-the-areas-under-the-two-curves-respectively-the-value-of-a2a1-is-a-1-16-b-4-1-c-2-1-d-16 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0NTU-a-block-of-metal-is-heated-to-a-temperature-much-higher-than-the-room-temperature-and-allowed-to-cool-in-a-room-free-from-air-currents-which-of-the-following-curves-correctly-represents-the-rate-of-co https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0NTg-the-energy-distribution-e-with-the-wavelength-lambda-for-the-black-body-radiation-at-temperature-t-kelvin-is-shown-in-the-figure-as-the-temperature-is-increased-the-maxima-will-1-shift-towards-left-an https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0NjA-for-a-small-temperature-difference-between-the-body-and-the-surroundings-the-relation-between-the-rate-of-loss-heat-r-and-the-temperature-of-the-body-theta-is-depicted-by-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0NjI-heat-is-flowing-through-a-conductor-of-length-l-from-x-0-to-x-l-if-its-thermal-resistance-per-unit-length-is-uniform-which-of-the-following-graphs-is-correct-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0NjQ-radius-of-a-conductor-increases-uniformly-from-left-end-to-right-end-as-shown-in-the-figure-the-material-of-the-conductor-is-isotropic-and-its-curved-surface-is-thermally-isolated-from-its-surrounding https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0NjU-which-of-the-following-graphs-correctly-represents-the-relation-between-mathrm-ln-e-and-mathrm-ln-t-where-e-is-the-amount-of-radiation-emitted-per-unit-time-from-a-unit-area-of-a-body-and-t-is-the-abs https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0OTc-a-hollow-copper-sphere-s-and-a-hollow-copper-cube-c-both-of-negligible-thin-walls-of-same-area-are-filled-with-water-at-90-deg-c-and-allowed-to-cool-in-the-same-environment-the-graph-that-correctly-re https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0OTg-in-the-figure-the-distribution-of-energy-density-of-the-radiation-emitted-by-a-black-body-at-a-given-temperature-is-shown-the-possible-temperature-of-the-black-body-is-1-1500-k-2-2000-k-3-2500-k-4-300 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NjA0OTk-which-of-the-following-is-the-vm-v-s-t-graph-for-a-perfectly-black-body-vm-frequency-of-peak-radiation-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NzEzMjA-the-vapour-of-a-substance-behaves-as-a-gas-1-below-the-critical-temperature-2-above-the-critical-temperature-3-at-100-deg-c-4-at-1000-deg-c-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NzEzMjE-the-temperature-below-which-gas-should-be-cooled-before-it-can-be-liquified-by-pressure-only-is-termed-as-1-the-dew-point-2-the-freezing-point-3-the-saturation-point-4-the-critical-point-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NzE4NjQ-the-change-in-volume-v-with-respect-to-an-increase-in-pressure-p-has-been-shown-in-the-figure-for-a-non-ideal-gas-at-four-different-temperatures-t1-t2-t3-and-t4-the-critical-temperature-of-the-gas-is https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NzE4NjU-in-the-adjoining-figure-various-isothermals-are-shown-for-a-real-gas-then-1-ef-represents-liquification-2-cb-represents-liquification-3-hi-represents-the-critical-temperature-4-ab-represents-gas-at-a https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NzUwOTc-at-what-temperature-do-both-the-centigrade-and-fahrenheit-thermometers-show-the-same-reading-1-ndash-20-176-2-ndash-40-176-3-42-176-4-0-176-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246ODgzMTg-the-temperature-of-substance-increases-by-27-deg-c-this-increases-is-equal-to-in-kelvin-1-300-k-2-2-46-k-3-27-k-4-7-k-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246ODg2MjY-the-temperature-of-a-substance-increases-by-27-176-c-on-the-kelvin-scale-this-increase-is-equal-to-1-300-k-2-2-46-k-3-27-k-4-7-k-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246ODg4Njc-two-rods-a-and-b-of-different-materials-are-welded-together-as-shown-in-the-figure-their-thermal-conductivities-are-k-1-and-k-2-the-thermal-conductivity-of-the-composite-rod-will-be-1-dfrac-3-k-1-k-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246ODg4OTI-the-power-radiated-by-a-black-body-is-p-and-it-radiates-maximum-energy-at-wavelength-lambda-0-temperature-of-the-black-body-is-now-changed-so-that-it-radiates-maximum-energy-at-the-wavelength-dfrac-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTAwOTc-the-coefficient-of-linear-expansion-of-brass-and-steel-rods-are-alpha-1-and-alpha-2-lengths-of-brass-and-steel-rods-are-l-1-and-l-2-respectively-if-l-2-l-1-remains-the-same-at-all-temperatures-which-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTAxMTg-a-black-body-is-at-a-temperature-of-5760-text-k-the-energy-of-radiation-emitted-by-the-body-at-wavelength-250-text-nm-is-u-1-at-wavelength-500-text-nm-is-u-2-and-that-at-1000-text-nm-is-u-3-wien-rsquo https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTAxNDE-a-piece-of-ice-falls-from-a-height-h-so-that-it-melts-completely-only-one-quarter-of-the-heat-produced-is-absorbed-by-the-ice-the-value-of-h-is-latent-heat-of-ice-is-3-4-times-10-5-text-j-kg-and-g-10 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTA3MjQ-the-value-of-the-coefficient-of-volume-expansion-of-glycerine-is-5-times10-4-text-k-1-the-fractional-change-in-the-density-of-glycerine-for-a-rise-of-40-circ-text-c-in-its-temperature-is-1-0-015-2-0-0 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTA3NDA-on-observing-light-from-three-different-stars-p-q-and-r-it-was-found-that-the-intensity-of-the-violet-colour-is-maximum-in-the-spectrum-of-p-the-intensity-of-the-green-colour-is-maximum-in-the-spectru https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTA4MzU-the-two-ends-of-a-metal-rod-are-maintained-at-temperatures-100-circ-text-c-and-110-circ-text-c-the-rate-of-heat-flow-in-the-rod-is-found-to-be-4-0-j-s-if-the-ends-are-maintained-at-temperatures-200-ci https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTIxMTk-liquid-oxygen-at-50-text-k-is-heated-up-to-300-text-k-at-a-constant-pressure-of-1-text-atm-the-rate-of-heating-is-constant-which-one-of-the-following-graphs-represents-the-variation-of-temperature-wit https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTIyMTM-the-freezer-in-a-refrigerator-is-located-at-the-top-section-so-that-1-the-entire-chamber-of-the-refrigerator-is-cooled-quickly-due-to-convection-2-the-motor-is-not-heated-3-the-heat-gained-from-the-en https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTIyNTk-assertion-it-is-hotter-over-the-top-of-a-fire-than-at-the-same-distance-of-the-side-reason-air-surrounding-the-fire-conducts-more-heat-upward-if-both-the-assertion-and-the-reason-are-true-and-the-reas https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTMwNzA-in-a-new-temperature-scale-freezing-point-of-water-is-given-a-value-10x-and-boiling-point-of-water-is-90x-reading-of-new-temperature-scale-for-a-temperature-equal-to-10-176-c-is-1-14x-2-16x-3-18x-4-12 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTMyMDg-the-temperature-of-a-body-on-the-kelvin-scale-is-found-to-be-x-circ-text-k-when-it-is-measured-by-a-fahrenheit-thermometer-it-is-found-to-be-x-circ-text-f-then-the-value-of-x-is-1-40-2-313-3-574-25-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTMyMTc-a-black-body-at-227-circ-mathrm-c-radiates-heat-at-the-rate-of-7-mathrm-cal-cm-2-s-1-at-a-temperature-of-727-circ-mathrm-c-the-rate-of-heat-radiated-in-the-same-units-will-be-1-60-2-50-3-112-4-80-1-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTMyMzM-the-two-ends-of-a-rod-of-length-l-and-a-uniform-cross-sectional-area-a-are-kept-at-two-temperatures-t-1-text-and-t-2-t-1-t-2-the-rate-of-heat-transfer-dfrac-dq-dt-through-the-rod-in-a-steady-state-is https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTM1MDI-if-the-cold-junction-of-a-thermocouple-is-kept-at-0-circ-text-c-and-the-hot-junction-is-kept-at-t-circ-text-c-then-the-relation-between-neutral-temperature-t-n-and-temperature-of-inversion-t-i-is-1-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTM1MjE-assuming-the-sun-to-have-a-spherical-outer-surface-of-radius-r-radiating-like-a-black-body-at-temperature-t-circ-text-c-the-power-received-by-a-unit-surface-of-the-earth-normal-to-the-incident-rays-at https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTM1ODQ-a-black-body-is-at-727-circ-text-c-the-rate-at-which-it-emits-energy-is-proportional-to-1-727-2-2-1000-4-3-1000-2-4-727-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTM5Mjc-a-black-body-at-1227-circ-text-c-emits-radiations-with-maximum-intensity-at-a-wavelength-of-5000-mathring-a-if-the-temperature-of-the-body-is-increased-by-1000-circ-text-c-the-maximum-intensity-will-b https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTU1MzU-a-copper-rod-of-88-cm-and-an-aluminium-rod-of-an-unknown-length-have-an-equal-increase-in-their-lengths-independent-of-an-increase-in-temperature-the-length-of-the-aluminium-rod-is-left-alpha-cu-1-7-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTAxMTcy-in-which-of-the-following-phenomenon-heat-convection-does-not-take-place-1-land-and-sea-breeze-2-boiling-of-water-3-heating-of-glass-surface-due-to-filament-of-the-bulb-4-air-around-the-furnace-1-2-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTA3OTMw-the-graph-ab-shown-in-the-figure-is-a-plot-of-the-temperature-of-a-body-in-degrees-celsius-and-degrees-fahrenheit-then-1-the-slope-of-the-line-ab-is-9-5-2-the-slope-of-the-line-ab-is-5-9-3-the-slope-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTIyODQ1-the-fundamental-interval-that-is-the-number-of-division-between-lfp-ufp-on-the-two-scales-x-and-y-are-50-and-150-respectively-the-ice-point-on-both-the-scales-is-0-176-if-the-temperature-on-the-x-scal https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTMwOTAy-which-of-the-following-statement-is-correct-regarding-heat-transfer-1-forced-convection-requires-gravity-2-natural-convection-requires-gravity-3-radiation-and-forced-convection-requires-gravity-4-neit https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTMxNjY2-an-object-kept-in-a-large-room-having-an-air-temperature-of-25-circ-text-c-takes-12-text-min-to-cool-from-80-circ-text-c-to-70-circ-text-c-the-time-taken-to-cool-for-the-same-object-from-70-circ-text https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTMxNjg0-a-deep-rectangular-pond-of-surface-area-a-containing-water-density-rho-specific-heat-capacity-s-is-located-in-a-region-where-the-outside-air-temperature-is-at-a-steady-value-of-26-circ-text-c-the-thic https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MDc1-two-uniform-rods-of-length-l-and-2l-and-thermal-coefficient-of-linear-expansion-2-alpha-and-alpha-respectively-are-connected-as-shown-in-the-figure-the-equivalent-coefficient-of-linear-expansion-is-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4MTQx-recently-the-phenomenon-of-super-conductivity-has-been-observed-at-73-k-this-temperature-is-nearly-equal-to-1-288-176-f-2-146-176-f-3-328-176-f-4-178-176-f-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4MzUy-if-a-graph-is-plotted-between-the-temperature-of-a-body-in-degrees-celsius-along-the-mathrm-y-axis-and-fahrenheit-along-the-mathrm-x-axis-at-different-temperatures-then-the-slope-of-the-graph-will-be https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4NDMy-which-of-the-following-is-true-in-modern-thermometry-1-triple-point-of-water-is-fixed-2-boiling-point-of-water-is-fixed-3-melting-point-of-ice-is-fixed-4-dew-point-is-fixed-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4ODY3-a-metal-wire-of-length-l-and-area-of-cross-section-a-is-fixed-at-its-ends-by-rigid-supports-at-negligible-tension-if-this-wire-is-cooled-then-the-tension-in-it-will-be-1-proportional-to-l-2-inversely https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4ODY5-which-temperature-on-the-fahrenheit-scale-is-numerically-the-same-as-that-on-the-celsius-scale-1-40-176-f-2-42-176-f-3-70-176-f-4-72-176-f-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4ODk4-the-absolute-zero-temperature-on-the-fahrenheit-scale-is-approximately-1-273-circ-text-f-2-32-circ-text-f-3-460-circ-text-f-4-132-circ-text-f-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU5MzM4-which-of-the-following-statements-is-correct-1-natural-convection-can-occur-in-space-having-gravity-as-well-as-in-gravity-free-space-2-forced-convection-occurs-in-space-having-gravity-only-3-forced-co https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU5MzQ1-the-temperature-of-a-body-is-raised-from-20-176-cto45-176-c-the-rise-in-temperature-of-the-body-in-the-fahrenheit-scale-is-1-25-176-f-2-77-176-f-3-45-176-f-4-207-176-f-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU5MzUw-the-temperature-on-celsius-scale-is-45-176-c-then-corresponding-temperature-on-the-fahrenheit-scale-is-1-113-176-f-2-77-176-f-3-100-176-f-4-131-176-f-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU5Mzk4-a-metal-rod-is-placed-freely-on-a-smooth-horizontal-surface-at-a-temperature-of-25-circ-text-c-the-temperature-of-the-surroundings-is-then-increased-to-100-circ-text-c-during-the-heating-of-the-rod-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU5NTI0-given-below-are-two-statements-statement-i-on-a-cold-winter-day-an-iron-railing-feels-much-colder-to-the-touch-than-a-wooden-ceiling-though-both-are-at-the-same-temperature-statement-ii-wood-removes-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU5NTM1-given-below-are-two-statements-statement-i-from-the-earth-heat-transfer-takes-place-mainly-due-to-convection-statement-ii-heat-from-the-sun-is-obtained-in-the-form-of-ir-rays-of-longer-wavelength-whic https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTY1Mjgw-a-faulty-thermometer-reads-freezing-point-and-boiling-point-of-water-as-10-176-cand90-176-c-respectively-the-correct-value-of-temperature-as-it-reads-50-176-c-is-1-20-176-c-2-30-176-c-3-40-176-c-4-50 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTY2MTI1-a-rod-of-length-40-cm-is-stretched-between-two-rigid-supports-at-zero-tension-if-the-temperature-is-increased-by-10-deg-c-the-stress-produced-in-it-is-young-s-modulus-y-1-2x1012n-m2-coefficient-of-lin https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTY2MTM4-an-aluminum-rod-of-length-2m-held-fixed-in-a-horizontal-position-from-its-one-end-has-the-other-end-free-when-the-temperature-of-rod-increases-by-100-deg-c-the-thermal-stress-produced-in-the-rod-will https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTY2MTU0-a-metal-rod-has-a-length-of-100-cm-and-a-cross-section-area-of-1-cm2-by-raising-its-temperature-from-0-deg-c-to-100-deg-c-so-that-it-is-not-permitted-to-expand-or-bend-the-tension-developed-in-the-rod https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTY2NjQ2-two-rods-of-different-materials-but-identical-geometry-have-thermal-coefficients-of-linear-expansion-as-945-and-5-945-the-rods-are-fixed-between-two-rigid-and-massive-walls-and-are-heated-to-the-same https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTg1NDU3-the-quantities-of-heat-required-to-raise-the-temperature-of-two-solid-copper-spheres-of-radii-r-1-and-r-2-r-1-1-5-r-2-through-1-text-k-are-in-the-ratio-1-dfrac-9-4-2-dfrac-3-2-3-dfrac-5-3-4-dfrac-27-8 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk1MTA4-three-stars-a-b-c-have-surface-temperatures-ta-tb-tc-respectively-star-a-appears-bluish-star-b-appears-reddish-and-star-c-yellowish-hence-1-ta-62-tb-62-tc-2-tb-62-tc-62-ta-3-tc-62-tb-62-ta-4-ta-62-tc https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk3Mzk4-the-triple-points-of-neon-and-carbon-dioxide-are-24-57-text-k-and-216-55-text-k-respectively-the-value-of-these-temperatures-on-fahrenheit-scales-will-be-1-415-44-circ-text-f-69-88-circ-text-f-2-248-5 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk3NDA2-two-absolute-scales-a-and-b-have-triple-points-of-water-defined-to-be-200-a-and-350-b-the-relationship-between-t-a-and-t-b-is-1-t-a-dfrac-5-7-t-b-2-t-a-dfrac-4-7-t-b-3-t-a-dfrac-6-7-t-b-4-t-a-t-b-1-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk3NTM4-the-electrical-resistance-in-ohms-of-a-certain-thermometer-varies-with-temperature-according-to-the-approximate-law-r-r-0-left-1-alpha-left-t-t-0-right-right-the-resistance-is-101-6-omega-at-the-tripl https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk3NTQ2-a-steel-tape-1-m-long-is-correctly-calibrated-for-a-temperature-of-27-circ-text-c-the-length-of-a-steel-rod-measured-by-this-tape-is-found-to-be-63-0-cm-on-a-hot-day-when-the-temperature-is-45-circ-te https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk3NTU1-a-large-steel-wheel-is-to-be-fitted-onto-a-shaft-of-the-same-material-at-27-deg-c-the-outer-diameter-of-the-shaft-is-8-70-cm-and-the-wheel-s-central-hole-has-a-diameter-of-8-69-cm-the-shaft-is-cooled https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk3NTcz-a-geyser-heats-water-flowing-at-the-rate-of-3-0-liters-per-minute-from-27-circ-text-c-to-77-circ-text-c-if-the-geyser-operates-on-a-gas-burner-what-is-the-fuel-consumption-rate-if-its-heat-of-combusti https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk5NzM0-a-hole-is-drilled-in-a-copper-sheet-the-diameter-of-the-hole-is-4-24-text-cm-at-27-0-circ-text-c-what-is-the-change-in-the-diameter-of-the-hole-when-the-sheet-is-heated-to-227-circ-text-c-the-coeffici https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk5NzM1-a-brass-wire-1-8-text-m-long-at-27-circ-text-c-is-held-taut-with-a-little-tension-between-two-rigid-supports-if-the-wire-is-cooled-to-a-temperature-of-39-circ-text-c-what-is-the-tension-created-in-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk5NzM2-the-coefficient-of-volume-expansion-of-glycerine-is-49-times-10-5-text-k-1-what-is-the-fractional-change-in-its-density-for-a-30-circ-text-c-rise-in-temperature-1-1-44-times10-3-2-1-57-times10-3-3-1-5 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk5NzQ0-a-body-cools-from-80-circ-text-c-to-50-circ-text-c-in-5-minutes-the-time-it-takes-to-cool-from-60-circ-text-c-to-30-circ-text-c-is-the-temperature-of-the-surroundings-is-20-circ-text-c-1-13-text-min-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk5NzQ2-a-brass-boiler-has-a-base-area-of-0-15-text-m-2-and-a-thickness-of-1-0-text-cm-it-boils-water-at-a-rate-of-6-0-text-kg-min-when-placed-on-a-gas-stove-what-is-the-temperature-of-the-part-of-the-flame-i https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk5NzUx-a-lsquo-thermacole-rsquo-icebox-is-a-cheap-and-efficient-method-for-storing-small-quantities-of-cooked-food-in-summer-in-particular-a-cubical-icebox-of-side-30-cm-has-a-thickness-of-5-0-cm-if-4-0-kg-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk5NzU0-a-child-of-mass-30-kg-running-at-a-temperature-of-101-deg-f-is-given-an-antipyrin-i-e-medicine-that-lowers-fever-which-causes-an-increase-in-the-rate-of-evaporation-of-sweat-from-his-body-if-the-fever https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk5NzU2-a-10-kw-drilling-machine-is-used-to-drill-a-bore-in-a-small-aluminium-block-of-mass-8-0-kg-how-much-is-the-rise-in-temperature-of-the-block-in-2-5-minutes-assuming-50-of-power-is-used-up-in-heating-th https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk5NzU5-in-an-experiment-on-the-specific-heat-of-a-metal-a-0-20-text-kg-block-of-the-metal-at-150-circ-text-c-is-dropped-in-a-copper-calorimeter-of-water-equivalent-of-0-025-text-kg-containing-150-text-cm-3-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTk5NzYy-a-copper-block-of-mass-2-5-kg-is-heated-in-a-furnace-to-a-temperature-of-500-deg-c-and-then-placed-on-a-large-ice-block-what-is-the-maximum-amount-of-ice-that-can-melt-specific-heat-of-copper-0-39jg-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTQ2-temperature-is-a-measure-of-1-hotness-or-coldness-2-heat-possessed-by-a-body-3-potential-energy-4-thermal-energy-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTQ3-if-in-the-winter-season-the-surface-temperature-of-the-lake-is-1-176-c-the-temperature-at-the-bottom-of-the-lake-will-be-1-1-176-c-2-0-176-c-3-4-176-c-4-all-values-less-than-1-176-c-are-possible-1-2-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTQ4-the-readings-of-a-bath-on-celsius-and-fahrenheit-thermometers-are-in-the-ratio-of-2-5-the-temperature-of-the-bath-is-1-26-66-176-c-2-40-176-c-3-45-71-176-c-4-26-66-176-c-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTUx-a-hole-is-drilled-in-a-copper-sheet-the-diameter-of-the-hole-is-4-24-cm-at-27-0-176-c-the-diameter-of-the-hole-when-it-is-heated-to-35-0-deg-c-is-1-less-than-4-24-cm-2-equal-to-4-24-cm-3-more-than-4-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTUy-on-heating-a-uniform-metallic-cylinder-length-increases-by-3-the-area-of-cross-section-of-its-base-will-increase-by-1-1-5-2-3-3-9-4-6-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTUz-a-circular-metallic-disc-of-radius-r-has-a-small-circular-cavity-of-radius-r-as-shown-in-the-figure-on-heating-the-system-1-r-increases-and-r-decreases-2-r-decreases-and-r-increases-3-both-r-and-r-inc https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTU0-a-uniform-copper-rod-of-length-50-cm-and-diameter-3-0-mm-is-kept-on-a-frictionless-horizontal-surface-at-20-deg-c-the-coefficient-of-linear-expansion-of-copper-is-2-0-215-10-5k-1-and-young-s-modulus-i https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTU3-the-coefficient-of-volume-expansion-of-glycerin-is-49-215-10-5k-1-the-fractional-change-in-the-density-on-a-30-deg-c-rise-in-temperature-is-1-1-47-215-10-2-2-1-47-215-10-3-3-1-47-215-10-1-4-1-47-215-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTU4-a-solid-cube-is-first-floating-in-a-liquid-the-coefficient-of-linear-expansion-of-cube-is-xa0-x3b1-xa0-and-the-coefficient-of-volume-expansion-of-liquid-is-xa0-x3b3-on-increasing-the-temperature-of-li https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTU5-a-steel-tape-is-calibrated-at-20-deg-c-on-a-cold-day-when-the-temperature-is-15-deg-c-the-percentage-error-in-the-tape-will-be-945-steel-1-2-215-10-5-176-c-1-1-0-035-2-0-042-3-0-012-4-0-018-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTYw-the-water-equivalent-of-20-g-of-aluminium-specific-heat-0-2-cal-g-1-deg-c-1-is-1-40-g-2-4-g-3-8-g-4-160-g-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTYx-100-g-of-ice-latent-heat-80-cal-g-1-at-0-deg-c-is-mixed-with-100-g-of-water-specific-heat-1-cal-g-1-deg-c-1-at-80-deg-c-the-final-temperature-of-the-mixture-will-be-1-0-deg-c-2-40-deg-c-3-80-deg-c-4-0 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTYy-200-g-of-ice-at-20-deg-c-is-mixed-with-500-g-of-water-at-20-deg-c-in-an-insulating-vessel-final-mass-of-water-in-vessel-is-specific-heat-of-ice-0-5calg-1-176-c-1-1-700-g-2-600-g-3-400-g-4-200-g-1-2-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTYz-which-of-the-following-material-is-most-suitable-for-cooking-utensils-1-low-conductivity-and-low-specific-heat-2-high-conductivity-and-low-specific-heat-3-low-conductivity-and-high-specific-heat-4-hig https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTY0-which-of-the-following-material-is-used-to-make-a-calorimeter-1-glass-2-ebonite-3-metal-4-superconductor-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTY1-the-thermal-capacity-of-100-g-of-aluminium-specific-heat-0-2cal-g-176-c-1-0-002-cal-deg-c-2-20-cal-deg-c-3-200-cal-deg-c-4-100-cal-deg-c-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTY2-the-density-of-water-is-maximum-at-1-39-2-deg-f-2-4-deg-f-3-0-deg-c-4-273-k-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTY3-a-block-of-ice-at-12-deg-c-is-slowly-heated-and-converted-into-steam-at-100-deg-c-which-of-the-following-curves-best-represents-the-event-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTY4-in-engines-water-is-used-as-a-coolant-because-1-it-is-a-good-conductor-of-heat-energy-2-it-has-a-low-density-3-it-has-high-specific-heat-4-it-is-a-bad-conductor-of-heat-energy-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTY5-select-correct-statement-related-to-heat-1-heat-is-possessed-by-a-body-2-hot-water-contains-more-heat-as-compared-to-cold-water-3-heat-is-energy-which-flows-due-to-temperature-difference-4-all-of-thes https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTcw-which-of-the-following-factors-affect-the-thermal-conductivity-of-a-rod-1-area-of-cross-section-2-length-of-rod-3-material-of-rod-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTcx-what-is-the-dimensional-formula-for-thermal-resistance-1-m-1l-2t-1k-2-ml2t-2k-1-3-ml-3t2k-1-4-m-1l-2t3k-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTcy-two-ends-of-a-rod-of-a-non-uniform-area-of-cross-section-are-maintained-at-temperatures-t1-xa0-and-t2-xa0-t1-t2-as-shown-in-the-figure-if-l-is-heat-current-through-the-cross-section-of-conductor-at-a https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTcz-four-rods-of-the-same-material-with-different-radii-r-and-length-l-are-used-to-connect-two-reservoirs-of-heat-at-different-temperatures-which-one-will-conduct-maximum-heat-1-r-1-text-cm-l-1-text-m-2-r https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTc2-four-rods-of-the-same-material-and-having-the-same-cross-sectional-area-and-length-have-been-joined-as-shown-the-temperature-of-the-junction-of-four-rods-will-be-1-20-xb0-c-2-30-xb0-c-3-45-xb0-c-4-60 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTc3-why-it-is-hotter-for-the-same-distance-over-the-top-of-a-candle-than-it-is-inside-of-its-flame-1-conduction-of-heat-in-the-air-is-upward-2-heat-is-maximum-radiated-in-the-upward-direction-3-radiation https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTc4-in-gravity-free-space-heat-transfer-is-not-possible-by-1-conduction-2-convection-3-radiation-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTc5-which-factor-does-not-affect-convection-1-temperature-difference-2-the-rate-of-movement-of-carrying-medium-3-the-volumetric-specific-heat-of-carrying-medium-4-the-thermal-conductivity-of-carrying-medi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTgw-a-polished-plate-with-a-rough-black-spot-is-heated-to-a-high-temperature-and-then-taken-to-a-dark-room-then-1-spot-will-appear-brighter-than-the-plate-2-spot-will-appear-darker-than-the-plate-3-both-w https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTgy-select-the-incorrect-statement-1-a-body-radiates-at-all-temperatures-except-0-k-2-a-good-reflector-is-a-bad-radiator-3-a-colder-body-can-radiate-heat-to-the-hotter-surroundings-4-a-body-does-not-radia https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTg0-a-good-absorber-is-a-good-emitter-is-explained-by-1-stefan-s-law-2-wien-s-law-3-newton-s-law-of-cooling-4-kirchhoff-s-law-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTg1-the-rate-of-radiation-of-energy-from-a-hot-object-is-maximum-if-its-surface-is-1-white-and-smooth-2-black-and-rough-3-black-and-smooth-4-white-and-rough-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTg2-two-balls-of-the-same-material-and-same-surface-finish-have-their-diameters-in-the-ratio-1-2-they-are-heated-to-the-same-temperature-and-are-left-in-a-room-to-cool-by-radiation-then-the-initial-rate-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTg3-a-black-body-which-is-at-a-high-temperature-t-k-radiates-thermal-radiations-at-the-rate-of-e-w-m2-if-the-temperature-falls-to-t-4-k-the-thermal-radiations-emitted-in-w-m2-will-be-1-e-2-e-4-3-e-64-4-e https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTkx-two-metal-spheres-have-radii-r-and-2r-and-they-emit-thermal-radiations-with-maximum-intensities-at-wavelengths-955-and-2-955-respectively-the-respective-ratio-of-the-radiant-energies-emitted-by-them-p https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjA4MTk0-a-body-cools-down-from-80-deg-c-to-60-deg-c-in-10-minutes-when-the-temperature-of-the-surroundings-is-30-deg-c-the-temperature-of-the-body-after-the-next-10-minutes-will-be-1-30-deg-c-2-48-deg-c-3-50 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjEzNDI5-while-finding-specific-heat-capacity-using-a-calorimeter-error-might-occur-due-to-1-absence-of-insulating-lid-2-absence-of-water-equivalent-3-both-1-and-2-4-neither-1-nor-2-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjE0MTQ0-gas-thermometers-are-more-sensitive-than-liquid-thermometers-because-1-gases-expand-much-more-than-liquids-2-gases-are-easily-obtained-3-gases-are-much-lighter-4-gases-do-not-easily-change-their-state https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjE0MTQ1-the-amount-of-heat-required-to-change-the-state-of-1-kg-of-substance-at-constant-temperatue-is-called-1-kilocal-2-calorie-3-specific-heat-4-latent-heat-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjE0MTQ5-refer-to-the-plot-of-temperature-versus-time-showing-the-changes-in-the-state-of-ice-on-heating-not-to-scale-which-of-the-following-is-correct-1-the-region-ab-represents-water-and-steam-in-thermal-equ https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjMx-a-bimetallic-strip-is-made-of-aluminium-and-steel-alpha-al-alpha-steel-on-heating-the-strip-will-1-remain-straight-2-get-twisted-3-will-bend-with-aluminium-on-the-concave-side-4-will-bend-with-steel-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjMy-a-uniform-metallic-rod-rotates-about-its-perpendicular-bisector-with-the-constant-angular-speed-if-it-is-heated-uniformly-to-raise-its-temperature-slightly-1-its-speed-of-rotation-increases-2-its-spee https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjMz-the-graph-between-two-temperature-scales-a-and-b-is-shown-in-the-figure-between-upper-fixed-and-lower-fixed-points-there-are-150-equal-divisions-on-scale-a-and-100-on-scale-b-the-relationship-for-conv https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjM0-an-aluminium-sphere-is-dipped-into-the-water-which-of-the-following-is-true-1-buoyancy-will-be-less-in-water-at-0-deg-c-than-that-in-water-at-4-deg-c-2-buoyancy-will-be-more-in-water-at-0-deg-c-than-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjM1-as-the-temperature-is-increased-the-period-of-a-pendulum-1-increases-as-its-effective-length-increases-even-though-its-centre-of-mass-still-remains-at-the-centre-of-the-bob-2-decreases-as-its-effectiv https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjM2-heat-is-associated-with-1-kinetic-energy-of-random-motion-of-molecules-2-kinetic-energy-of-orderly-motion-of-molecules-3-total-kinetic-energy-of-random-and-orderly-motion-of-molecules-4-kinetic-energy https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjM3-the-radius-of-a-metal-sphere-at-room-temperature-t-is-r-and-the-coefficient-of-linear-expansion-of-the-metal-is-alpha-the-sphere-heated-a-little-by-a-temperature-t-so-that-its-new-temperature-is-t-t-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjM4-a-sphere-a-cube-and-a-thin-circular-plate-all-of-the-same-material-and-same-mass-are-initially-heated-to-the-same-high-temperature-1-plate-will-cool-fastest-and-cube-the-slowest-2-sphere-will-cool-fas https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjQw-gulab-jamuns-assumed-to-be-spherical-are-to-be-heated-in-an-oven-they-are-available-in-two-sizes-one-twice-bigger-in-radius-than-the-other-pizzas-assumed-to-be-discs-are-also-to-be-heated-in-the-oven https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjQx-refer-to-the-plot-of-temperature-versus-time-figure-showing-the-changes-in-the-state-of-ice-on-heating-not-to-scale-a-the-region-ab-represents-the-ice-and-water-in-thermal-equilibrium-b-at-b-the-water https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjI3NjQy-a-glass-full-of-hot-milk-is-poured-on-the-table-it-begins-to-cool-gradually-a-the-rate-of-cooling-is-constant-till-milk-attains-the-temperature-of-the-surrounding-b-the-temperature-of-milk-falls-off-e https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjQ1MzA3-three-stars-a-b-and-c-have-surface-temperatures-t-a-t-b-and-t-c-respectively-star-a-appears-bluish-star-b-appears-reddish-and-star-c-yellowish-hence-1-t-a-t-b-t-c-2-t-b-t-c-t-a-3-t-c-t-b-t-a-4-t-a-t-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjcwODE3-the-coefficient-of-area-expansion-beta-of-a-rectangular-sheet-of-a-solid-in-terms-of-the-coefficient-of-linear-expansion-alpha-is-1-2-alpha-2-alpha-3-3-alpha-4-alpha-2-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjcwODE4-a-blacksmith-fixes-an-iron-ring-on-the-rim-of-the-wooden-wheel-of-a-horse-cart-the-diameter-of-the-rim-and-the-iron-ring-are-5-012-m-and-5-00-m-respectively-at-27-circ-text-c-to-what-temperature-shoul https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjcwODE5-a-sphere-of-0-047-kg-aluminium-is-placed-for-sufficient-time-in-a-vessel-containing-boiling-water-so-that-the-sphere-is-at-100-circ-text-c-it-is-then-immediately-transferred-to-a-0-14-kg-copper-calori https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjcwODI0-when-0-15-kg-of-ice-at-0-circ-text-c-is-mixed-with-0-30-kg-of-water-at-50-circ-text-c-in-a-container-the-resulting-temperature-is-6-7-circ-text-c-the-heat-of-fusion-of-ice-is-s-text-water-4186-j-kg-nd https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjcwODI2-the-heat-required-to-convert-3-text-kg-of-ice-at-12-circ-text-c-kept-in-a-calorimeter-to-steam-at-100-circ-text-c-at-atmospheric-pressure-is-given-the-specific-heat-capacity-of-text-ice-2100-text-j-kg https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjcwODI4-what-is-the-temperature-of-the-steel-copper-junction-in-the-steady-state-of-the-system-shown-in-the-figure-the-length-of-the-steel-rod-15-0-cm-length-of-the-copper-rod-10-0-cm-temperature-of-the-furna https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjcwODI5-an-iron-bar-left-l-1-0-1-text-m-a-1-0-02-text-m-2-k-1-79-text-wm-1-text-k-1-right-and-a-brass-bar-left-l-2-0-1-text-m-a-2-0-02-text-m-2-k-2-109-text-wm-1-text-k-1-right-are-soldered-end-to-end-as-show https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjcwODMw-a-pan-filled-with-hot-food-cools-in-2-minutes-from-94-circ-text-c-to-86-circ-text-c-when-the-room-temperature-is-20-circ-text-c-how-long-will-it-take-to-cool-from-71-circ-text-c-to-69-circ-text-c-1-50 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjcyMzIy-an-iron-bar-k-1-79-text-w-m-1-text-k-1-and-a-brass-bar-k-2-109-text-w-m-1-text-k-1-are-soldered-end-to-end-as-shown-in-the-figure-the-free-ends-of-the-iron-bar-and-brass-bar-are-maintained-at-373-k-an https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjcyMzI4-an-iron-bar-left-l-1-0-1-text-m-a-1-0-02-text-m-2-k-1-79-text-w-m-1-text-k-1-right-and-a-brass-bar-left-l-2-0-1-text-m-a-2-0-02-text-m-2-k-2-109-text-w-m-1-text-k-1-right-are-soldered-end-to-end-as-sh https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc0ODA2-the-given-graph-shows-the-variation-of-fahrenheit-temperature-tf-vs-celsius-temperature-tc-the-correct-relation-between-the-two-temperature-scales-that-can-be-deduced-from-the-graph-below-is-1-tftc-59 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc0ODA3-the-figure-shows-pressure-versus-temperature-graph-for-a-low-density-gas-kept-in-a-vessel-with-1-variable-volume-2-volume-first-increasing-then-decreasing-3-volume-first-decreasing-then-increasing-4-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc0ODA4-the-diagram-below-shows-a-graphical-representation-of-pressure-versus-temperature-variation-for-three-different-low-density-gases-a-b-c-which-of-the-following-can-be-deduced-about-absolute-zero-for-th https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc3MTE4-a-cup-of-coffee-cools-from-90-circ-text-c-to-80-circ-text-c-in-t-minutes-when-the-room-temperature-is-20-circ-text-c-the-time-taken-by-a-similar-cup-of-coffee-to-cool-from-80-circ-text-c-to-60-circ-te https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ2NjA4-two-rods-one-made-of-copper-and-the-other-made-of-steel-of-the-same-length-and-same-cross-sectional-area-are-joined-together-the-thermal-conductivity-of-copper-and-steel-are-385-text-js-1-text-k-1-tex https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDU0OTk0-a-metallic-bar-of-young-s-modulus-0-5-times-10-11-text-nm-2-coefficient-of-linear-thermal-expansion-10-5-circ-text-c-1-length-1-text-m-and-cross-sectional-area-10-3-text-m-2-is-heated-from-0-circ-text https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzE0MjA5-the-temperature-at-which-the-celsius-and-fahrenheit-thermometers-agree-to-give-the-same-numerical-value-is-1-40-circ-2-40-circ-3-0-circ-4-50-circ-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTMyODM-on-a-new-scale-of-temperature-which-is-linear-and-called-the-text-w-scale-the-freezing-and-boiling-points-of-water-are-39-circ-text-w-and-239-circ-text-w-respectively-what-will-be-the-temperature-on-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzE0MTgx-the-ice-point-reading-on-a-thermometer-scale-is-found-to-be-20-circ-while-the-steam-point-is-found-to-be-70-circ-when-this-thermometer-reads-100-circ-the-actual-temperature-is-1-80-circ-text-c-2-130-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ1MTI4-mercury-with-a-coefficient-of-thermal-expansion-gamma-is-poured-into-a-thin-glass-tube-which-does-not-expand-on-heating-the-length-of-the-mercury-column-is-l-if-the-temperature-is-raised-by-theta-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzU4MzI3-the-density-of-water-at-20-circ-text-c-is-998-text-kg-m-3-and-at-40-circ-text-c-is-992-text-kg-m-3-the-coefficient-of-volume-expansion-of-water-is-1-3-times-10-4-circ-text-c-2-2-times-10-4-circ-text-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzE0MTc1-a-rod-mathrm-a-has-a-coefficient-of-thermal-expansion-alpha-a-which-is-twice-of-that-of-rod-mathrm-b-alpha-b-the-two-rods-have-length-l-a-l-b-where-l-a-2l-b-if-the-two-rods-were-joined-end-to-end-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNzA5-the-temperature-of-water-at-the-surface-of-a-deep-lake-is-2-circ-text-c-the-temperature-expected-at-the-bottom-is-1-0-circ-mathrm-c-2-2-circ-mathrm-c-3-4-circ-mathrm-c-4-6-circ-mathrm-c-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQwODk2-200-text-g-of-water-at-20-circ-text-c-and-300-text-g-of-water-at-70-circ-text-c-are-mixed-in-a-calorimeter-of-negligible-heat-capacity-assume-no-loss-of-heat-the-final-temperature-is-1-40-circ-text-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM0Mjg1-two-liquids-flow-through-a-heat-exchanger-and-exchange-heat-energy-the-first-liquid-has-a-mass-flow-rate-left-dfrac-dm-dt-right-r-1-and-its-temperature-rises-by-delta-theta-1-for-the-second-liquid-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNTky-the-specific-heat-capacity-of-a-body-depends-on-1-the-heat-given-2-the-temperature-raised-3-the-mass-of-the-body-4-the-material-of-the-body-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQzMTg5-three-rods-of-identical-dimensions-but-made-of-materials-of-conductivities-k-2k-k-are-connected-in-series-the-two-ends-a-b-are-maintained-at-temperatures-of-0-circ-text-c-100-circ-text-c-respectively https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzMxNDUx-if-the-ends-of-the-meter-stick-are-maintained-at-theta-1-circ-text-c-and-theta-2-circ-text-c-the-temperatures-measured-at-the-25-cm-and-80-cm-marks-are-observed-to-be-35-circ-text-c-and-68-circ-text-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzE0MjYz-two-rods-of-identical-dimensions-are-joined-end-to-end-and-the-ends-of-the-composite-rod-are-kept-at-0-circ-text-c-and-100-circ-text-c-as-shown-in-the-diagram-the-temperature-of-the-joint-is-found-to https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM1MTc2-a-vessel-containing-water-is-heated-from-the-top-by-means-of-a-heater-just-above-the-water-surface-assume-that-the-temperature-of-the-water-was-just-above-0-circ-text-c-in-the-beginning-the-temperatur https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTA0-in-a-room-containing-air-heat-can-go-from-one-place-to-another-1-by-conduction-only-2-by-convection-only-3-by-radiation-only-4-by-all-three-modes-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM4MzI4-a-radiation-blackbody-has-the-shape-of-a-sphere-of-radius-r-its-surface-is-at-a-temperature-t-in-kelvin-if-the-temperature-is-doubled-and-the-radius-is-halved-the-total-rate-of-radiation-emitted-from https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM3Njk5-ice-0-circ-text-c-is-kept-in-an-insulated-reservoir-with-an-opening-that-is-covered-at-the-top-with-a-cloth-when-a-black-cloth-b-is-placed-at-the-top-the-ice-melts-at-dfrac-2-3-text-gram-min-when-an-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTA1-a-solid-at-temperature-t-1-is-kept-in-an-evacuated-chamber-at-temperature-t-2-t-1-the-rate-of-increase-of-temperature-of-the-body-is-proportional-to-1-t-2-t-1-2-t-2-2-t-2-1-3-t-3-2-t-3-1-4-t-4-2-t-4-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzMxNDUy-when-the-temperature-difference-between-a-body-and-its-surroundings-is-20-circ-text-c-it-loses-heat-to-the-surroundings-at-a-rate-of-40-w-if-the-temperature-difference-increases-to-25-circ-text-c-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM0Mjkz-a-body-cools-from-52-circ-text-c-to-48-circ-text-c-in-6-minutes-how-much-time-will-the-same-body-take-to-cool-from-53-circ-text-c-to-47-circ-text-c-assume-cooling-is-linear-with-time-1-12-minutes-2-9 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM2NjY3-a-body-loses-heat-at-a-rate-of-2-text-w-min-when-it-is-at-a-temperature-of-40-circ-text-c-but-at-a-rate-of-1-text-w-min-when-its-temperature-is-30-circ-text-c-the-temperature-of-the-surroundings-is-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk0MjI4-the-freezing-point-on-a-thermometer-is-marked-as-20-circ-text-c-and-the-boiling-point-as-120-circ-text-c-what-is-the-value-of-temperature-80-circ-text-c-on-this-thermometer-1-100-circ-text-c-2-50-circ https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDM0ODAz-which-would-be-the-most-comfortable-temperature-for-your-bath-water-1-40-text-k-2-110-circ-text-c-3-310-text-k-4-560-text-k-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk5MzM1-a-resistance-thermometer-reads-40-omega-at-0-circ-text-c-and-41-omega-at-100-circ-text-c-the-temperature-of-a-sample-when-the-resistance-is-41-2-omega-is-1-20-circ-text-c-2-80-circ-text-c-3-120-circ-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjAwNDcw-a-copper-rod-of-88-cm-and-an-aluminium-rod-of-unknown-length-have-their-increase-in-length-independent-of-increase-in-temperature-the-length-of-the-aluminium-rod-is-alpha-cu-1-7-times10-5-text-k-1-tex https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzI0MjU3-a-rod-of-length-40-text-cm-has-the-coefficient-of-linear-expansion-mathit-alpha-1-6-times-10-6-mathop-nolimits-circ-text-c-another-rod-of-length-l-has-the-coefficient-of-linear-expansion-mathit-alpha https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzI2Njc2-the-coefficient-of-cubical-expansion-of-water-is-negative-between-0-circ-text-c-and-1-4-circ-text-c-2-10-circ-text-c-3-15-5-circ-text-c-4-100-circ-text-c-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc4NjUw-two-different-wires-having-lengths-l-1-and-l-2-and-respective-temperature-coefficient-of-linear-expansion-alpha-1-and-alpha-2-are-joined-end-to-end-then-the-effective-temperature-coefficient-of-linear https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDQ5Njgz-a-copper-rod-of-length-1-text-m-is-heated-from-20-circ-text-c-to-120-circ-text-c-if-the-coefficient-of-linear-expansion-of-copper-is-5-times-10-5-circ-text-c-1-what-will-be-the-increase-in-the-length https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ2MTUz-given-that-the-coefficient-of-linear-expansion-of-brass-is-alpha-0-00002-circ-text-c-1-what-rise-in-temperature-is-required-to-increase-the-length-of-a-brass-rod-by-1-text-text-1-750-circ-text-c-2-500 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQzMzE5-a-unit-scale-is-to-be-prepared-whose-length-does-not-change-with-temperature-and-remains-20-cm-using-a-bimetallic-strip-made-of-brass-and-iron-each-of-different-lengths-the-length-of-both-components-w https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNjg5-a-metal-sheet-with-a-circular-hole-is-heated-the-hole-is-1-gets-larger-2-gets-smaller-3-remains-of-the-same-size-4-gets-deformed-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk5MzQ5-if-the-coefficient-of-linear-expansion-of-a-metal-is-10-5-circ-text-c-the-coefficient-of-volume-expansion-of-the-same-metal-is-1-10-5-circ-text-c-2-2-times10-5-circ-text-c-3-4-times10-5-circ-text-c-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk0MzIy-a-circular-metallic-disc-of-radius-r-has-a-small-circular-cavity-of-radius-r-as-shown-in-figure-upon-heating-the-system-1-r-increases-and-r-decreases-2-r-decreases-and-r-increases-3-both-r-and-r-incre https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQxNTgx-given-below-are-two-statements-assertion-a-with-a-rise-in-temperature-the-time-period-of-a-pendulum-remains-the-same-reason-r-time-period-is-not-dependent-on-temperature-1-both-a-and-r-are-true-and-r https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDM0ODE1-a-rectangular-metal-piece-measuring-3-text-cm-in-height-and-6-text-cm-in-width-has-a-central-hole-that-is-1-text-cm-high-and-4-text-cm-wide-as-shown-in-the-diagram-if-the-metal-is-warmed-from-0-circ-m https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDE5MzQ3-two-rods-of-lengths-l-1-l-2-are-made-of-materials-having-thermal-coefficients-of-expansion-alpha-2-alpha-respecitvely-the-difference-between-their-lengths-is-constant-with-temperature-then-1-l-1-2l-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjgzNjg1-when-the-temperature-of-a-metal-wire-is-increased-from-0-circ-text-c-to-10-circ-text-c-its-length-increases-by-0-02-the-value-of-the-coefficient-of-linear-expansion-is-1-2-times-10-4-text-k-1-2-2-time https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc4MzQz-when-the-temperature-of-a-metal-wire-is-increased-from-0-circ-mathrm-c-to-10-circ-mathrm-c-its-length-increases-by-0-02-what-is-the-percentage-decrease-in-its-mass-density-1-0-008-2-0-06-3-0-8-4-2-3-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MDky-two-holes-are-cut-into-a-metal-sheet-the-diameters-of-the-two-holes-are-d-1-and-d-2-d-1-d-2-if-the-temperature-of-the-metal-sheet-is-increased-then-which-of-the-following-distance-increases-1-d-1-2-d https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3MjY2-a-heating-element-has-a-resistance-of-100-omega-at-room-temperature-when-it-is-connected-to-a-supply-of-220-text-v-a-steady-current-of-2-text-a-passes-in-it-and-temperature-is-500-circ-text-c-more-tha https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNjg4-consider-the-following-statements-a-the-coefficient-of-linear-expansion-has-dimension-k-b-the-coefficient-of-volume-expansion-has-dimension-k-1-a-and-b-are-both-correct-2-a-is-correct-but-b-is-wrong-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTM1-the-coefficients-of-linear-expansion-of-brass-and-steel-are-1-1-1-and-2-2-2-if-we-take-a-brass-rod-of-length-l1l1l1-and-a-steel-rod-of-length-l2l2l2-at-0-c-their-difference-in-length-l2-l1-l2-l1-l2-l1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNjkx-two-identical-rectangular-strips-one-of-copper-and-the-other-of-steel-are-riveted-together-to-form-a-bimetallic-strip-text-copper-text-steel-on-heating-this-strip-will-1-remain-straight-2-bend-with-co https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTE0MjIw-a-metal-rod-of-young-s-modulus-y-and-coefficient-of-thermal-expansion-is-held-at-its-two-ends-such-that-its-length-remains-invariant-if-its-temperature-is-raised-by-t-circ-text-c-the-linear-stress-dev https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3MDcw-a-compressive-force-f-is-applied-at-the-two-ends-of-a-long-thin-steel-rod-it-is-heated-simultaneously-such-that-its-temperature-increases-by-delta-t-the-net-change-in-its-length-is-zero-let-l-be-the-l https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk0NjQ0-two-uniform-rods-ab-and-bc-have-young-s-moduli-of-1-2-times-10-11-text-n-m-2-and-1-5-times-10-11-text-n-m-2-respectively-the-coefficient-of-linear-expansion-for-rod-ab-is-1-5-times-10-5-circ-text-c-if https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDA1MDcz-according-to-the-principle-of-calorimetry-for-an-isolated-system-1-heat-lost-by-part-at-higher-temperature-equals-the-heat-gained-by-part-at-lower-temperature-2-heat-lost-by-part-at-higher-temperature https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTczMTc4-5-text-gm-of-water-at-30-circ-text-c-and-5-text-gm-of-ice-at-20-circ-text-c-are-mixed-together-in-a-calorimeter-the-water-equivalent-of-the-calorimeter-is-negligible-and-the-specific-heat-and-the-late https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk0NDc4-which-graph-best-represents-the-temperature-t-versus-heat-energy-q-relationship-as-a-block-of-ice-at-12-circ-text-c-is-gradually-heated-and-converted-into-steam-at-100-circ-text-c-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ1OTY3-a-copper-block-of-mass-5-0-text-kg-is-heated-to-a-temperature-of-500-circ-text-c-and-is-placed-on-a-large-ice-block-the-maximum-amount-of-ice-that-can-melt-is-specific-heat-of-copper-0-39-text-jg-1-ci https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM2OTUz-an-aluminium-block-of-mass-2-5-text-kg-is-supplied-with-9000-text-j-of-thermal-energy-this-causes-its-temperature-to-rise-by-4-text-k-based-on-this-data-which-expression-gives-the-specific-heat-capaci https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNjA2-which-of-the-following-pairs-of-physical-quantities-may-be-represented-in-the-same-unit-1-heat-and-temperature-2-temperature-and-mole-3-heat-and-work-4-specific-heat-and-heat-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQzMTgz-equal-masses-of-water-at-temperatures-of-20-circ-text-c-50-circ-text-c-text-and-80-circ-text-c-are-mixed-in-a-calorimeter-of-negligible-heat-capacity-the-final-temperature-of-the-water-is-assuming-no https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MTUx-in-a-steel-factory-it-is-found-that-to-maintain-m-kg-of-iron-in-the-molten-state-at-its-melting-point-an-input-power-p-watt-is-required-when-the-power-source-is-turned-off-the-sample-completely-solidi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNjQx-if-heat-is-supplied-to-a-solid-its-temperature-a-must-increase-b-may-increase-c-may-remain-constant-d-may-decrease-choose-the-correct-option-from-the-options-given-below-1-a-and-b-only-2-b-and-c-only https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQxNTkx-given-below-are-two-statements-assertion-a-evaporation-can-occur-at-any-temperature-whereas-the-boiling-point-of-a-liquid-depends-on-external-pressure-reason-r-evaporation-happens-from-the-surface-of https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc3MzY1-when-m-1-gram-of-ice-at-10-circ-text-c-specific-heat-0-5-text-cal-g-1-circ-text-c-1-is-added-to-m-2-gram-of-water-at-50-circ-text-c-it-is-observed-that-no-ice-is-left-and-the-water-is-at-0-circ-text-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDA1MDc3-the-temperature-of-a-mixture-1-is-never-less-than-temperature-of-hotter-body-2-is-never-more-than-temperature-of-colder-body-3-can-be-more-than-temperature-of-colder-body-4-may-be-more-than-temperatur https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk5NDEz-steam-at-100-circ-text-c-is-passed-through-a-vessel-containing-270-text-g-of-water-at-0-circ-text-c-initially-the-steam-is-passed-until-the-temperature-of-the-water-reaches-a-steady-state-the-mass-of https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUzOTM3-the-amount-of-heat-required-to-convert-a-unit-mass-of-a-solid-into-a-liquid-at-its-melting-point-is-known-as-1-latent-heat-of-fusion-2-latent-heat-of-vaporization-3-heat-capacity-4-specific-heat-1-2-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ5OTc1-the-graph-shows-the-variation-in-temperature-t-of-one-kilogram-of-a-material-with-the-heat-h-supplied-to-it-at-point-o-the-substance-is-in-a-solid-state-based-on-the-above-graph-which-of-the-following https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzI2Njc3-an-experiment-takes-10-text-min-for-an-electric-kettle-to-heat-a-certain-quantity-of-water-from-0-circ-text-c-to-100-circ-text-c-if-it-takes-54-text-min-to-convert-this-water-at-100-circ-text-c-into-s https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTMx-a-piece-of-ice-falls-from-a-height-h-so-that-it-melts-completely-only-one-quarter-of-the-heat-produced-is-absorbed-by-the-ice-and-all-energy-of-ice-gets-converted-into-heat-during-its-fall-the-value-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ0MzMz-a-beaker-contains-1000-g-of-a-liquid-that-is-stirred-at-its-boiling-point-a-100-w-electric-heater-is-completely-immersed-in-the-liquid-the-heater-provides-the-liquid-with-thermal-energy-and-200-g-of-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDA1MDcx-the-flow-of-heat-from-one-end-at-higher-temperature-to-the-end-at-lower-temperature-of-a-body-is-by-the-virtue-of-1-density-gradient-2-temperature-gradient-3-velocity-gradient-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQzNDM5-k-1-and-k-2-are-the-thermal-conductivities-l-1-and-l-2-are-the-lengths-and-a-1-and-a-2-are-the-cross-sectional-areas-of-steel-and-copper-rods-respectively-such-that-dfrac-k-2-k-1-9-dfrac-a-1-a-2-2-tex https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTAzNjM4-given-below-are-two-statements-assertion-a-thermal-conduction-occurs-only-in-the-presence-of-a-temperature-gradient-reason-r-in-the-absence-of-a-temperature-gradient-i-e-no-temperature-difference-in-s https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQyMTcx-three-rods-made-of-the-same-material-and-having-the-same-cross-section-have-been-joined-as-shown-in-the-figure-each-rod-is-of-the-same-length-the-left-and-right-ends-are-kept-at-0-circ-text-c-and-90-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjYzODU0-which-of-the-following-circular-rods-given-radius-r-and-length-l-each-made-of-the-same-material-and-whose-ends-are-maintained-at-the-same-temperature-will-conduct-the-most-heat-1-r-2r-0-l-2l-0-2-r-2r https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzODc1-the-thermal-conductivity-of-a-rod-depends-on-1-length-2-mass-3-area-of-cross-section-4-material-of-the-rod-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk0MjYw-three-identical-thermal-conductors-are-connected-as-shown-in-the-figure-the-temperature-of-the-connected-junction-is-assuming-no-heat-lost-due-to-radiation-1-60-circ-text-c-2-20-circ-text-c-3-50-circ https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDM0Nzc1-a-metal-rod-of-length-l-and-cross-sectional-area-a-connects-two-thermal-reservoirs-of-temperatures-t-1-and-t-2-the-amount-of-heat-transferred-through-the-rod-per-unit-time-is-directly-proportional-to https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk0MjYy-the-outer-faces-of-a-rectangular-slab-made-of-equal-thickness-of-iron-and-brass-are-maintained-at-100-circ-text-c-and-0-circ-text-c-respectively-the-temperature-at-the-interface-is-thermal-conductivit https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ1NjM3-two-metallic-blocks-m-1-and-m-2-of-the-same-area-of-the-cross-section-are-connected-to-each-other-as-shown-in-the-figure-if-the-thermal-conductivity-of-m-2-is-k-then-the-thermal-conductivity-of-m-1-wi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc4OTA1-three-rods-of-identical-cross-sections-and-lengths-are-made-of-three-different-materials-of-thermal-conductivity-k-1-k-2-k-3-respectively-they-are-joined-together-at-their-ends-to-make-a-long-rod-see https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc3NDA2-two-materials-having-coefficients-of-thermal-conductivity-3k-and-k-and-thickness-d-and-3d-respectively-are-joined-to-form-a-slab-as-shown-in-the-figure-the-temperatures-of-the-outer-surfaces-are-theta https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk0NDg4-four-identical-rods-having-the-same-material-cross-section-and-length-are-joined-at-a-common-junction-as-shown-in-the-figure-the-ends-of-these-rods-are-maintained-at-fixed-temperatures-of-0-circ-text https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM5NTU5-given-below-are-two-statements-assertion-a-it-is-hotter-at-the-top-of-a-flame-than-at-the-sides-reason-r-heat-propagates-through-convection-in-the-upward-direction-1-both-a-and-r-are-true-and-r-is-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk0NjU0-gravitational-force-is-required-for-1-stirring-of-liquid-2-convection-3-conduction-4-radiation-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQxNzE2-given-below-are-two-statements-assertion-a-in-the-human-body-uniformity-of-temperature-is-maintained-by-facilitating-heat-transfer-by-forced-convection-reason-r-heat-from-metabolic-reactions-is-carrie https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4MjIy-the-temperature-of-the-surface-of-the-sun-is-nearly-6000-text-k-and-the-amount-of-total-energy-emitted-by-the-sun-per-second-is-4-times10-26-text-j-if-the-temperature-of-the-surface-of-the-sun-is-1800 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDI4MjI2-the-emissivity-of-a-body-is-given-by-e-large-frac-1-3-bigg-1-large-frac-t-400-bigg-where-t-is-the-absolute-temperature-of-the-body-in-the-range-200-text-k-leq-t-leq800-text-k-when-the-temperature-of-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzMyMzIx-a-thermos-flask-is-polished-well-1-to-make-it-attractive-2-for-shining-3-to-absorb-all-radiation-from-outside-4-to-reflect-all-radiation-from-outside-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ2MTU0-a-black-body-of-a-given-surface-area-at-temperature-t-emits-a-certain-amount-of-thermal-radiation-per-second-if-the-temperature-of-the-black-body-is-doubled-the-change-of-thermal-radiation-emitted-wil https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQxNTc4-given-below-are-two-statements-assertion-a-a-body-that-is-a-good-radiator-is-also-a-good-absorber-of-radiation-at-a-given-wavelength-reason-r-according-to-kirchhoff-s-law-the-absorptivity-of-a-body-is https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDE5MzY2-the-maximum-intensity-of-emission-occurs-at-a-wavelength-of-1-mu-text-m-in-the-spectrum-of-radiation-emitted-by-a-star-take-wien-s-constant-as-3-text-mm-text-text-k-the-surface-temperature-of-the-star https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY0NjQ1-if-lambda-m-denotes-the-wavelength-at-which-the-radioactive-emission-from-a-black-body-at-a-temperature-t-k-is-maximum-then-1-lambda-m-is-independent-of-t-2-lambda-m-propto-t-3-lambda-m-propto-t-1-4-l https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQyOTM2-which-of-the-following-law-states-that-lambda-m-is-inversely-proportional-to-absolute-temperature-where-lambda-m-is-the-wavelength-at-which-maximum-energy-is-emitted-1-stefan-s-law-2-rayleigh-jeans-la https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTAzMjM1-the-radiant-emission-spectrum-from-a-blackbody-shows-a-peak-at-a-wavelength-of-3-mu-text-m-the-temperature-of-the-blackbody-is-nearly-take-wien-s-constant-3-text-mm-cdot-text-k-1-1000-circ-text-c-2-10 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTE0MDU-a-piece-of-iron-is-heated-in-a-flame-it-first-becomes-dull-red-then-becomes-reddish-yellow-and-finally-turns-to-white-hot-the-correct-explanation-for-the-above-observation-is-possible-by-using-1-wien https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzIzNTE1-the-dimensions-of-wien-s-constant-are-1-left-mltk-right-2-left-m-0lt-0k-right-3-left-m-0l-0tk-right-4-left-mltk-1-right-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY1MzU4-a-black-body-has-a-wavelength-lambda-m-corresponding-to-maximum-energy-at-2000-text-k-its-wavelength-corresponding-to-maximum-energy-at-3000-text-k-will-be-1-dfrac-3-2-lambda-m-2-dfrac-2-3-lambda-m-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU5NTIy-consider-the-following-two-statements-related-to-blackbody-radiation-and-stellar-temperatures-statement-i-a-blue-star-has-a-higher-surface-temperature-than-a-red-star-statement-ii-according-to-wien-s https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk5NDcw-when-radiant-energy-from-a-blackbody-at-temperature-t-is-analysed-and-the-most-probable-wavelength-of-the-radiation-is-lambda-text-mp-then-1-lambda-text-mp-propto-t-2-lambda-text-mp-propto-large-frac1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDA2NDE0-the-value-of-wien-s-constant-b-is-3-times10-3-text-m-k-the-cosmic-background-radiation-can-be-considered-to-be-equivalent-to-a-blackbody-radiation-at-3-text-k-the-most-probable-wavelength-in-this-radi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjYzOTAx-radiation-energy-corresponding-to-the-temperature-t-of-the-sun-is-e-if-its-temperature-is-doubled-then-its-radiation-energy-will-be-1-32-e-2-16-e-3-8-e-4-4-e-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzI0MTI4-two-spheres-a-and-b-of-same-material-having-radius-8-cm-and-4-cm-are-maintained-at-temperatures-127-circ-text-c-and-527-circ-text-c-respectively-the-ratio-of-energy-radiated-by-a-and-b-is-1-1-4-2-3-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk0MzEz-a-black-body-is-at-a-temperature-of-300-text-k-the-rate-at-which-it-emits-energy-is-proportional-to-1-300-1-2-300-2-3-300-3-4-300-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzI0MTI3-a-spherical-black-body-of-radius-10-text-cm-radiates-100-text-w-power-at-400-text-k-if-the-radius-were-halved-and-the-temperature-doubled-the-power-radiated-in-watts-would-be-1-100-2-200-3-400-4-800-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ5MjU2-the-radius-of-a-spherical-black-body-is-r-and-alpha-represents-the-rate-of-energy-production-within-the-body-the-temperature-of-the-given-black-body-in-a-steady-state-is-where-sigma-is-stefan-boltzman https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY0NzMx-unit-of-stefan-s-constant-is-1-watt-m2-k4-2-watt-m2-k4-3-watt-m2-k-4-watt-m2-k4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc4MTMz-a-body-takes-4-text-min-to-cool-from-61-circ-text-c-to-59-circ-text-c-if-the-temperature-of-the-surroundings-is-30-circ-text-c-the-time-taken-by-the-body-to-cool-from-51-circ-text-c-to-49-circ-text-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ1ODU4-a-pan-filled-with-hot-food-cools-from-95-circ-text-c-to-85-circ-text-c-in-2-minutes-when-the-room-temperature-is-20-circ-text-c-the-time-taken-by-the-food-to-cool-from-55-circ-text-c-to-45-circ-text-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzMzMDY3-a-body-cools-from-62-circ-text-c-to-50-circ-text-c-in-10-min-and-to-42-circ-text-c-in-the-next-10-min-the-temperature-of-the-surrounding-is-1-16-circ-text-c-2-26-circ-text-c-3-36-circ-text-c-4-21-circ https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTAzODI4-given-below-are-two-statements-assertion-a-for-small-difference-in-absolute-temperature-compared-with-the-temperature-itself-the-net-rate-of-transfer-of-energy-from-a-body-to-its-surrounding-by-radiat https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ2ODQ4-a-pan-filled-with-hot-food-cools-from-95-circ-text-c-to-85-circ-text-c-in-2-min-when-the-room-temperature-is-20-circ-text-c-the-time-taken-by-the-food-to-cool-from-55-circ-text-c-to-45-circ-text-c-wil https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTE3-a-body-cools-down-from-65-circ-text-c-to-60-circ-text-c-in-5-minutes-it-will-cool-down-from-60-circ-text-c-to-55-circ-text-c-in-1-5-minutes-2-less-than-5-minutes-3-more-than-5-minutes-4-less-than-or-m https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzY3NDMw-an-object-cools-down-from-80-circ-text-c-to-60-circ-text-c-in-5-min-in-a-surrounding-of-temperature-20-circ-text-c-the-time-taken-to-cool-from-60-circ-text-c-to-40-circ-text-c-will-be-assume-newton-s https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTExMzE-a-certain-quantity-of-water-cools-from-70-circ-text-c-to-60-circ-text-c-in-the-first-5-minutes-and-to-54-circ-text-c-in-the-next-5-minutes-the-temperature-of-the-surroundings-is-1-45-circ-text-c-2-20 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzUwMTE4-a-piece-of-metal-is-heated-to-a-temperature-t-2-and-then-allowed-to-cool-in-a-room-which-is-at-temperature-t-1-the-graph-between-the-temperature-t-of-the-metal-and-time-t-will-be-close-to-1-2-3-4-1-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTAzMjIy-a-metallic-block-having-a-thermal-capacity-of-30-text-cal-circ-text-c-is-placed-in-a-room-at-20-circ-text-c-when-the-temperature-of-the-block-is-30-circ-text-c-it-is-observed-to-cool-down-at-a-rate-of https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTMy-the-value-of-the-coefficient-of-volume-expansion-of-glycerin-is-5-times10-4-k-1-the-fractional-change-in-the-density-of-glycerin-for-a-temperature-increase-of-40-circ-mathrm-c-will-be-1-0-015-2-0-020 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTkxODU2-when-a-uniform-rod-is-heated-which-of-its-following-properties-will-increase-as-a-result-of-it-1-mass-2-weight-3-center-of-mass-4-moment-of-inertia-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NzI2MDA-if-two-rods-of-length-l-and-2l-having-coefficients-of-linear-expansion-and-2-2-2-respectively-are-connected-so-that-their-total-length-becomes-3l-the-average-coefficient-of-linear-expansion-of-the-com https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTIyODYw-two-rods-one-made-of-aluminium-and-the-other-made-of-steel-having-initial-lengths-l-1-and-l-2-are-connected-together-to-form-a-single-rod-of-length-l1-l2l1-l2l1-l2-the-coefficient-of-linear-expansion https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4NTQ3-a-bimetallic-strip-is-shown-in-the-figure-on-cooling-which-shape-will-it-attain-if-brass-steel-brass-steel-brass-steel-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjEyNjM4-the-diagram-shows-a-bimetallic-strip-used-as-a-thermostat-in-a-circuit-copper-expands-more-than-invar-for-the-same-temperature-rise-what-will-be-switched-on-when-the-bimetallic-strip-becomes-hot-1-bel https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTM4NTc-the-temperature-of-a-wire-of-length-1-text-m-and-an-area-of-cross-section-1-text-cm-2-is-increased-from-0-circ-text-c-to-100-circ-text-c-if-the-rod-is-not-allowed-to-increase-in-length-the-force-requi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1Njg2-the-pressure-applied-from-all-directions-on-a-cube-is-p-the-volume-elasticity-of-the-cube-is-and-the-coefficient-of-volume-expansion-is-how-much-should-its-temperature-be-raised-to-maintain-the-origin https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTExMTc-a-piece-of-ice-falls-from-a-height-h-so-that-it-melts-completely-only-one-quarter-of-the-heat-produced-is-absorbed-by-the-ice-and-all-energy-of-ice-gets-converted-into-heat-during-its-fall-the-value-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTIz-one-kilogram-of-ice-at-0-circ-text-c-is-mixed-with-one-kilogram-of-water-at-80-circ-text-c-the-final-temperature-of-the-mixture-will-be-take-specific-heat-of-water-4200-text-j-kg-1-text-k-1-latent-hea https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTcxMTI4-5-text-g-of-water-at-30-circ-text-c-and-5-text-g-of-ice-at-20-circ-text-c-are-mixed-together-in-a-calorimeter-the-water-equivalent-of-the-calorimeter-is-negligible-and-the-specific-heat-and-latent-hea https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTMz-steam-at-100-circ-mathrm-c-is-injected-into-20-g-of-10-circ-mathrm-c-water-when-water-acquires-a-temperature-of-80-circ-mathrm-c-the-mass-of-water-present-will-be-take-specific-heat-of-water-1-cal-g-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MTEx-150-g-of-ice-at-0-circ-mathrm-c-is-mixed-with-100-g-of-water-at-a-temperature-of-80-circ-mathrm-c-the-latent-heat-of-ice-is-80-cal-g-and-the-specific-heat-of-water-is-1-cal-g-c-assuming-no-heat-loss-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4MTQ0-when-the-pressure-on-the-surface-of-water-is-increased-its-boiling-point-will-1-decrease-2-increase-3-remain-same-4-increase-or-decrease-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTAyOTA2-a-substance-is-in-solid-form-at-0-circ-mathrm-c-the-amount-of-heat-added-to-this-substance-and-its-temperature-are-plotted-in-the-following-graph-if-the-relative-specific-heat-capacity-of-the-solid-su https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTMw-two-identical-bodies-are-made-of-a-material-whose-heat-capacity-increases-with-temperature-one-of-these-is-at-100-circ-mathrm-c-while-the-other-one-is-at-0-circ-mathrm-c-if-the-two-bodies-are-brought https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTAyOTA4-some-water-at-0-circ-mathrm-c-is-placed-in-a-large-insulated-enclosure-vessel-the-water-vapour-formed-is-pumped-out-continuously-what-fraction-of-the-water-will-eventually-freeze-if-the-latent-heat-of https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4MTQ5-50-g-of-ice-at-0-circ-text-c-is-dropped-in-a-calorimeter-of-negligible-heat-capacity-containing-50-g-of-water-at-100-circ-text-c-then-the-final-temperature-t-m-of-the-mixture-will-be-neglect-the-heat https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTc0Nzk3-two-taps-one-at-10-circ-mathrm-c-and-the-other-at-100-circ-mathrm-c-both-supply-water-how-much-hot-water-must-be-mixed-with-the-cold-water-so-that-we-get-20-kg-of-water-at-35-circ-mathrm-c-1-7-2-kg-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTc4MDA4-a-geyser-heats-water-flowing-at-a-rate-of-3-0-litres-per-minute-from-27-circ-mathrm-c-to-77-circ-mathrm-c-if-the-geyser-operates-on-a-gas-burner-and-its-heat-of-combustion-is-4-0-times10-4-j-g-then-wh https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTcxMTc4-if-the-same-amount-of-heat-is-supplied-to-two-spheres-of-the-same-material-having-the-same-radius-one-is-hollow-and-the-other-is-solid-then-1-the-expansion-in-hollow-is-greater-than-the-expansion-in-s https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4NDI4-from-the-given-heat-and-temperature-graph-of-a-substance-choose-the-correct-statement-1-the-latent-heat-of-fusion-is-greater-than-the-latent-heat-of-vaporization-2-the-latent-heat-of-vaporization-is-g https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NTExNDI-the-two-ends-of-a-metal-rod-are-maintained-at-temperatures-100-circ-mathrm-c-and-110-circ-mathrm-c-the-rate-of-heat-flow-in-the-rod-is-found-to-be-4-0-j-s-if-the-ends-are-maintained-at-temperatures-20 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4MjE0-two-rods-mathrm-p-and-mathrm-q-of-equal-length-and-having-cross-sections-a-p-andandand-a-q-respectively-have-the-same-temperature-difference-across-their-ends-if-k-p-andandand-k-q-are-their-thermal-co https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTMwNTYw-three-rods-made-of-the-same-material-and-having-the-same-cross-section-have-been-joined-as-shown-in-the-figure-each-rod-has-the-same-length-the-left-and-right-ends-are-kept-at-0-circ-text-c-text-and-9 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY0NzE0-two-conducting-slabs-of-heat-conductivity-k-1-text-and-k-2-are-joined-as-shown-in-figure-if-the-temperature-at-the-ends-of-the-slabs-are-theta-1-text-and-theta-2-theta-1-theta-2-then-the-final-tempera https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4MzIw-four-rods-of-the-same-material-with-different-radii-r-and-the-length-l-are-used-to-connect-two-heat-reservoirs-at-different-temperatures-in-which-of-the-following-cases-is-the-heat-conduction-fastest https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzYzMTU2-the-heat-passing-through-the-cross-section-of-a-conductor-varies-with-time-t-as-q-t-alpha-t-beta-t-2-gamma-t-3-alpha-beta-and-gamma-are-positive-constants-the-minimum-heat-current-through-the-conducto https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTIyNTY0-two-slabs-a-and-b-of-equal-surface-area-are-placed-one-over-the-other-such-that-their-surfaces-are-completely-in-contact-the-thickness-of-slab-a-is-twice-that-of-b-the-coefficient-of-thermal-conductiv https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY1NTUy-a-cylindrical-rod-has-temperatures-t1t1t1-andandand-t2t2t2-at-its-ends-the-rate-of-flow-of-heat-is-q1q1q1-cal-sec-if-all-the-linear-dimensions-are-doubled-while-keeping-the-temperature-constant-then-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTcwNDI4-three-rods-made-of-the-same-material-having-the-same-cross-sectional-area-but-different-lengths-10-cm-20-cm-and-30-cm-are-joined-as-shown-the-temperature-of-the-junction-will-be-1-10-8-circ-mathrm-c-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY1NjU4-consider-a-compound-slab-consisting-of-two-different-materials-having-equal-thicknesses-and-thermal-conductivities-k-and-2k-respectively-the-equivalent-thermal-conductivity-of-the-slab-will-be-1-2-62 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4NDUx-the-thermal-conductivities-of-two-identical-rods-are-k-and-2k-respectively-if-they-are-joined-in-parallel-then-the-ratio-of-heat-flowing-through-them-per-second-will-be-1-1-2-2-2-1-3-1-1-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTUy-two-rods-one-semi-circular-and-the-other-straight-of-the-same-material-and-of-the-same-cross-sectional-area-are-joined-as-shown-in-the-figure-the-points-a-and-b-are-maintained-at-different-temperature https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTUz-a-wall-is-made-up-of-two-layers-a-and-b-the-thickness-of-the-two-layers-is-the-same-but-the-materials-are-different-the-thermal-conductivity-of-a-is-double-that-of-b-if-in-thermal-equilibrium-the-temp https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjUwOTIx-a-slab-of-stone-with-an-area-0-36-text-m-2-and-thickness-of-0-1-text-m-is-exposed-on-the-lower-surface-to-steam-at-100-circ-text-c-a-block-of-ice-at-0-circ-text-c-rests-on-the-upper-surface-of-the-sla https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTYy-the-temperature-of-the-two-outer-surfaces-of-a-composite-slab-consisting-of-two-materials-having-coefficients-of-thermal-conductivity-k-and-2k-and-thickness-x-and-4x-respectively-are-t2t2t2-and-t1t1t1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTc3OTkz-a-ring-consisting-of-two-parts-adb-and-acb-of-the-same-heat-conductivity-k-conducts-an-amount-of-heat-h-the-adb-part-is-now-replaced-with-another-metal-keeping-the-temperatures-t-1-text-and-t-2-consta https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MDkw-two-rods-of-the-same-length-and-the-same-area-of-the-cross-section-are-joined-the-temperature-of-the-two-ends-is-shown-in-the-figure-as-we-move-along-the-rod-temperature-varies-as-shown-in-the-followi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTY1-heat-is-flowing-through-a-conductor-of-length-l-from-x-0-to-x-l-if-its-thermal-resistance-per-unit-length-is-uniform-which-of-the-subsequent-graphs-is-accurate-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQwMjk0-given-below-are-two-statements-assertion-a-the-coefficient-of-thermal-conductivity-of-a-metal-rod-is-a-function-of-the-length-of-the-rod-reason-r-longer-is-the-rod-larger-is-the-amount-of-heat-conduct https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQwMDY2-given-below-are-two-statements-assertion-a-while-measuring-the-thermal-conductivity-of-liquid-experimentally-the-upper-layer-is-kept-hot-and-the-lower-layer-is-kept-cold-reason-r-this-avoids-the-heati https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY0NzI1-which-of-the-following-is-closest-to-an-ideal-black-body-1-black-lamp-2-cavity-maintained-at-a-constant-temperature-3-platinum-black-4-a-lump-of-charcoal-heated-to-high-temperature-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTU4MTg5-what-is-the-ratio-of-the-temperatures-t-1-and-t-2-in-the-following-graph-1-3-2-2-2-1-3-4-3-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjE0MTQz-a-piece-of-iron-is-heated-in-a-flame-if-it-becomes-dull-red-first-then-becomes-reddish-yellow-and-finally-turns-to-white-hot-the-correct-explanation-for-the-above-observation-is-possible-by-using-1-st https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTY0-the-plots-of-intensity-versus-wavelength-for-three-black-bodies-at-temperatures-t-1-t-2-and-t-3-respectively-are-as-shown-their-temperatures-are-such-that-1-t-1-t-2-t-3-2-t-1-t-3-t-2-3-t-2-t-3-t-1-4-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTIxMDQ-if-the-radius-of-a-star-is-r-and-it-acts-as-a-black-body-what-would-be-the-temperature-of-the-star-at-which-the-rate-of-energy-production-is-q-left-sigma-text-is-stefan-boltzmann-constant-right-1-dfra https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTIyNTU1-the-rate-of-heat-emission-from-an-ideal-black-body-at-temperature-t-is-h-what-will-be-the-rate-of-emission-of-heat-by-another-body-of-same-size-at-temperature-2t-and-emissivity-0-25-1-16-h-2-4-h-3-8-h https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQ1NTQ4-the-temperature-of-a-body-falls-from-50-circ-text-c-to-40-circ-text-c-in-10-minutes-if-the-temperature-of-the-surroundings-is-20-circ-text-c-ttthen-the-temperature-of-the-body-after-another-10-minutes https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246ODg5MzU-a-body-cools-from-a-temperature-of-3t-to-2t-in-10-minutes-the-room-temperature-is-t-assuming-that-newton-s-law-of-cooling-is-applicable-the-temperature-of-the-body-at-the-end-of-the-next-10-minutes-wi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTQzOTkw-hot-coffee-in-a-mug-cools-from-90-circ-text-c-to-70-circ-text-c-in-4-8-minutes-the-room-temperature-is-20-circ-text-c-applying-newton-s-law-of-cooling-the-time-needed-to-cool-it-further-by-10-circ-tex https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTk4MTc3-the-temperature-of-a-metallic-sphere-of-radius-r-is-increased-by-a-small-amount-delta-t-if-the-linear-coefficient-of-thermal-expansion-of-the-metal-is-alpha-the-approximate-increase-in-the-volume-of-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTM1MTE2-three-identical-heat-conducting-rods-are-connected-in-series-as-shown-in-the-figure-the-rods-on-the-sides-have-thermal-conductivity-2k-while-that-in-the-middle-has-thermal-conductivity-k-the-left-end https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDY4ODA5-given-below-are-two-statements-assertion-a-houses-made-of-concrete-roofs-overlaid-with-foam-keep-the-room-hotter-during-summer-reason-r-the-layer-of-foam-insulation-prohibits-heat-transfer-as-it-conta https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246ODg5NDE-a-spherical-black-body-with-a-radius-of-12-text-cm-radiates-450-text-w-power-at-500-text-k-if-the-radius-were-halved-and-the-temperature-is-doubled-the-power-radiated-in-watts-would-be-1-450-2-1000-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246ODg5MzI-two-identical-bodies-are-made-of-a-material-for-which-the-heat-capacity-increases-with-temperature-one-of-these-is-at-100-circ-text-c-while-the-other-one-is-at-0-circ-text-c-if-the-two-bodies-are-brou https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTExMjg-steam-at-100-circ-text-c-is-passed-into-20-text-g-of-water-at-10-circ-text-c-when-water-acquires-a-temperature-of-80-circ-text-c-the-mass-of-water-present-will-be-take-specific-heat-of-water-1-text-ca https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTI1MzY-a-cylindrical-metallic-rod-in-thermal-contact-with-two-reservoirs-of-heat-at-its-two-ends-conducts-an-amount-of-heat-q-in-time-t-the-metallic-rod-is-melted-and-the-material-is-formed-into-a-rod-of-hal https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246OTI1ODM-the-total-radiant-energy-per-unit-area-normal-to-the-direction-of-incidence-received-at-a-distance-r-from-the-centre-of-a-star-of-radius-r-whose-outer-surface-radiates-as-a-black-body-at-a-temperature https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY1NjU1-we-consider-the-radiation-emitted-by-the-human-body-which-of-the-following-statements-is-true-1-the-radiation-emitted-is-in-the-infrared-region-2-the-radiation-is-emitted-only-during-the-day-3-the-rad https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY0NzI0-wien-s-displacement-law-expresses-the-relation-between-1-wavelength-corresponding-to-maximum-energy-and-temperature-2-radiation-energy-and-wavelength-3-temperature-and-wavelength-4-colour-of-light-and https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY0NzI2-for-a-black-body-at-a-temperature-of-727-c-its-radiating-power-is-60-watts-and-the-temperature-of-the-surroundings-is-227-c-if-the-temperature-of-the-black-body-is-changed-to-1227-c-then-its-radiating https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY0NzI3-consider-two-rods-of-the-same-length-and-different-specific-heats-s-1-s-2-conductivities-k-1-k-2-and-area-of-cross-sections-a-1-a-2-and-both-having-temperature-t-1-and-t-2-at-their-ends-if-the-rate-of https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjYzNzAw-gravitational-force-is-required-for-1-stirring-of-liquid-2-convection-3-conduction-4-radiation-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjY0NjM4-a-sphere-maintained-at-a-temperature-of-600-k-has-a-cooling-rate-r-in-an-external-environment-of-200-k-temperature-if-its-temperature-falls-to-400-k-then-its-cooling-rate-will-be-1-316r316r316r-2-163r https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUwODc4-a-bimetallic-strip-is-made-of-aluminium-and-steel-left-alpha-a-l-alpha-text-steet-right-on-heating-the-strip-will-1-remain-straight-2-get-twisted-3-will-bend-with-aluminium-on-the-concave-side-4-will https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUwODgw-a-uniform-metallic-rod-rotates-about-its-perpendicular-bisector-with-constant-angular-speed-if-it-is-heated-uniformly-to-raise-its-temperature-slightly-1-its-speed-of-rotation-increases-2-its-speed-of https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUwODgx-the-graph-between-two-temperature-scales-a-and-b-is-shown-in-the-figure-between-upper-fixed-point-and-lower-fixed-point-there-are-150-equal-division-on-scale-a-and-100-on-scale-b-the-relationship-for https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUwODgy-an-aluminium-sphere-is-dipped-into-water-which-of-the-following-is-true-1-buoyancy-will-be-less-in-water-at-0-circ-text-c-than-that-in-water-at-4-circ-text-c-2-buoyancy-will-be-more-in-water-at-0-circ https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUwODg0-as-the-temperature-is-increased-the-time-period-of-a-pendulum-1-increases-as-its-effective-length-increases-even-though-its-centre-of-mass-still-remains-at-the-centre-of-the-bob-2-decreases-as-its-eff https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUwODg2-the-radius-of-a-metal-sphere-at-room-temperature-t-is-r-and-the-coefficient-of-linear-expansion-of-the-metal-is-alpha-the-sphere-is-heated-a-little-by-a-temperature-delta-t-so-that-its-new-temperature https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUwODg3-a-sphere-a-cube-and-a-thin-circular-plate-all-of-the-same-material-and-the-same-mass-are-initially-heated-to-the-same-high-temperature-then-1-the-plate-will-cool-fastest-and-the-cube-the-slowest-2-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUwODkw-gulab-jamuns-assumed-to-be-spherical-are-to-be-heated-in-an-oven-they-are-available-in-two-sizes-one-twice-bigger-in-radius-than-the-other-pizzas-assumed-to-be-discs-are-also-to-be-heated-in-oven-they https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUwODkx-refer-to-the-plot-of-temperature-versus-time-showing-the-changes-in-the-state-of-ice-on-heating-not-to-scale-which-of-the-following-is-correct-a-the-region-ab-represents-ice-and-water-in-thermal-equil https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDUwODky-a-glass-full-of-hot-milk-is-poured-on-the-table-it-begins-to-cool-gradually-which-of-the-following-is-correct-a-the-rate-of-cooling-is-constant-till-milk-attains-the-temperature-of-the-surrounding-b-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQxNTc3-given-below-are-two-statements-assertion-a-in-a-pressure-cooker-the-water-is-brought-to-a-boil-the-cooker-is-then-removed-from-the-stove-now-on-removing-the-lid-of-the-pressure-cooker-the-water-starts https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQxNTgz-given-below-are-two-statements-assertion-a-at-room-temperature-water-does-not-sublimate-from-ice-to-steam-reason-r-the-critical-point-of-water-is-much-above-room-temperature-1-both-a-and-r-are-true-an https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQxNTg0-given-below-are-two-statements-assertion-a-water-kept-in-an-open-vessel-will-quickly-evaporate-on-the-surface-of-the-moon-reason-r-the-temperature-at-the-surface-of-the-moon-is-much-higher-than-the-bo https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQxNTg1-given-below-are-two-statements-assertion-a-the-volume-of-water-increases-when-its-temperature-is-decreased-below-or-increased-above-4-circ-text-c-reason-r-the-density-of-water-is-highest-at-4-circ-tex https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQxNTg2-given-below-are-two-statements-assertion-a-the-emissive-power-of-a-body-at-a-temperature-t-in-k-is-directly-proportional-to-t4-reason-r-good-emissive-power-of-a-body-means-the-body-is-a-good-radiator https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MTE2-two-different-liquids-of-the-same-mass-are-kept-in-two-identical-vessels-which-are-placed-in-a-freezer-that-extracts-heat-from-them-at-the-same-rate-causing-each-liquid-to-transform-into-a-solid-the-s https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-pb246NzQ2NjQ-a-body-cools-in-a-surrounding-which-is-at-a-constant-temperature-of-0-0-assuming-that-it-obeys-newton-s-law-of-cooling-its-temperature-is-plotted-against-time-t-tangents-are-drawn-to-the-curve-at-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNjc4-a-system-x-is-neither-in-thermal-equilibrium-with-y-nor-with-z-the-systems-y-and-z-1-must-be-in-thermal-equilibrium-2-cannot-be-in-thermal-equilibrium-3-maybe-in-thermal-equilibrium-4-none-of-the-abov https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNjgy-which-of-the-curves-in-the-figure-represents-the-relation-between-celsius-and-fahrenheit-temperatures-1-mathrm-a-2-mathrm-b-3-mathrm-c-4-mathrm-d-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNjg0-which-of-the-following-pairs-may-give-equal-numerical-values-of-the-temperature-of-a-body-1-fahrenheit-and-kelvin-2-celsius-and-kelvin-3-kelvin-and-platinum-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNzAw-if-the-temperature-of-a-uniform-rod-is-slightly-increased-by-t-its-moment-of-inertia-i-about-a-perpendicular-bisector-increases-by-1-zero-2-i-t-3-2-i-t-4-3-i-t-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNzA1-if-the-temperature-of-a-uniform-rod-is-slightly-increased-by-t-its-moment-of-inertia-i-about-a-line-parallel-to-itself-will-increase-by-1-zero-2-i-t-3-2-i-t-4-3-i-t-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNzE1-an-aluminium-sphere-is-dipped-into-water-at-10-c-if-the-temperature-is-increased-the-force-of-buoyancy-1-will-increase-2-will-decrease-3-will-remain-constant-4-may-increase-or-decrease-depending-on-th https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNzI0-a-spinning-wheel-is-brought-in-contact-with-an-identical-wheel-spinning-at-identical-speed-the-wheels-slow-down-under-the-action-of-friction-which-of-the-following-energies-of-the-first-wheel-decrease https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNzQz-a-spinning-wheel-a-is-brought-in-contact-with-another-wheel-b-initially-at-rest-because-of-the-friction-at-contact-the-second-wheel-also-starts-spinning-which-of-the-following-energies-of-the-wheel-b https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNzQ4-a-body-a-is-placed-on-a-railway-platform-and-an-identical-body-b-in-a-moving-train-which-of-the-following-energies-of-b-are-greater-than-those-of-a-as-seen-from-the-ground-a-kinetic-b-total-c-mechanic https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNzYw-a-solid-object-is-placed-in-water-contained-in-an-adiabatic-container-for-some-time-the-temperature-of-water-falls-during-the-period-and-there-is-no-appreciable-change-in-the-shape-of-the-object-the-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNzY0-as-the-temperature-is-increased-the-time-period-of-a-pendulum-a-increases-proportionately-with-temperature-b-increases-c-decreases-d-remains-constant-choose-the-correct-option-1-b-only-2-a-c-3-c-d-4-a https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNTk1-water-equivalent-of-a-body-is-measured-in-1-kg-2-calorie-3-kelvin-4-m3-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNTk3-when-a-hot-liquid-is-mixed-with-a-cold-liquid-the-temperature-of-the-mixture-1-first-decreases-then-becomes-constant-2-first-increases-then-becomes-constant-3-continuously-increases-4-is-undefined-for https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNjEw-two-bodies-at-different-temperatures-are-mixed-in-a-calorimeter-which-of-the-following-quantities-remains-conserved-1-sum-of-the-temperatures-of-the-two-bodies-2-total-heat-of-the-two-bodies-3-total-i https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNjEy-the-mechanical-equivalent-of-heat-1-has-the-same-dimension-as-heat-2-has-the-same-dimension-as-work-3-has-the-same-dimension-as-energy-4-is-dimensionless-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNjIy-the-heat-capacity-of-a-body-depends-on-a-the-heat-given-b-the-temperature-raised-c-the-mass-of-the-body-d-the-material-of-the-body-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNjMw-the-ratio-of-specific-heat-capacity-to-the-molar-heat-capacity-of-a-body-a-is-a-universal-constant-b-depends-on-the-mass-of-the-body-c-depends-on-the-molecular-weight-of-the-body-d-is-dimensionless-ch https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNjQ1-the-temperature-of-a-solid-object-is-observed-to-be-constant-during-a-period-in-this-period-a-heat-may-have-been-supplied-to-the-body-b-heat-may-have-been-extracted-from-the-body-c-no-heat-is-supplied https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNjQ5-the-temperature-of-an-object-is-observed-to-rise-in-a-period-in-this-period-a-heat-is-certainly-supplied-to-it-b-heat-is-certainly-not-supplied-to-it-c-heat-may-have-been-supplied-to-it-d-work-may-hav https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNjU4-heat-and-work-are-equivalent-this-means-a-when-we-supply-heat-to-a-body-we-do-work-on-it-b-when-we-do-work-on-a-body-we-supply-heat-to-it-c-the-temperature-of-a-body-can-be-increased-by-doing-work-on https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTA2-the-thermal-radiation-emitted-by-a-body-is-proportional-to-t-n-where-t-is-its-absolute-temperature-the-value-of-n-is-exactly-4-for-1-a-blackbody-2-all-bodies-3-bodies-painted-black-only-4-polished-bod https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTA3-two-bodies-a-and-b-having-equal-surface-areas-are-maintained-at-temperatures-10-circ-text-c-and-20-circ-text-c-the-thermal-radiation-emitted-in-a-given-time-by-a-and-b-are-in-the-ratio-of-1-1-1-15-2-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTA4-one-end-of-a-metal-rod-is-kept-in-a-furnace-in-steady-state-the-temperature-of-the-rod-1-increases-2-decreases-3-remains-constant-4-is-nonuniform-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTA5-newton-s-law-of-cooling-is-a-special-case-of-1-wien-s-displacement-law-2-kirchhoff-s-law-3-stefan-s-law-4-planck-s-law-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTEw-a-hot-liquid-is-kept-in-a-big-room-its-temperature-is-plotted-as-a-function-of-time-which-of-the-following-curves-may-represent-the-plot-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTE2-a-hot-liquid-is-kept-in-a-big-room-the-logarithm-of-the-numerical-value-of-the-temperature-difference-between-the-liquid-and-the-room-is-plotted-against-time-the-plot-will-be-very-nearly-1-a-straight https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTIz-one-end-of-a-metal-rod-is-dipped-in-boiling-water-and-the-other-is-dipped-in-melting-ice-a-all-parts-of-the-rod-are-in-thermal-equilibrium-with-each-other-b-we-can-assign-a-temperature-to-the-rod-c-we https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTI0-which-of-the-following-actions-does-a-blackbody-not-perform-a-emit-radiation-b-absorb-radiation-c-reflect-radiation-d-refract-radiation-choose-the-correct-option-from-the-given-ones-1-a-and-b-only-2-b https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTI4-in-summer-a-mild-wind-is-often-found-on-the-shore-of-a-calm-river-this-is-caused-due-to-a-the-difference-in-thermal-conductivity-of-water-and-soil-b-convection-currents-c-conduction-between-the-air-an https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTMx-a-piece-of-charcoal-and-a-piece-of-shining-steel-of-the-same-surface-area-are-kept-for-a-long-time-on-an-open-lawn-in-the-bright-sun-a-the-steel-will-absorb-more-heat-than-the-charcoal-b-the-temperatu https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTMy-a-heated-body-emits-radiation-which-has-maximum-intensity-near-the-frequency-v0-the-emissivity-of-the-material-is-0-5-if-the-absolute-temperature-of-the-body-is-doubled-a-the-maximum-intensity-of-radi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzOTMz-a-solid-sphere-and-a-hollow-sphere-of-the-same-material-and-of-equal-radii-are-heated-to-the-same-temperature-a-both-will-emit-equal-amount-of-radiation-per-unit-time-in-the-biginning-b-both-will-abso https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyOTE3-there-is-some-liquid-in-a-closed-bottle-the-amount-of-liquid-is-continuously-decreasing-the-vapour-in-the-remaining-part-1-must-be-saturated-2-must-be-unsaturated-3-may-be-saturated-4-there-will-be-no https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNDI4-there-is-some-liquid-in-a-closed-bottle-the-amount-of-liquid-remains-constant-as-time-passes-the-vapour-in-the-remaining-part-1-must-be-saturated-2-must-be-unsaturated-3-maybe-unsaturated-4-there-will https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNDI5-vapour-is-injected-at-a-uniform-rate-in-a-closed-vessel-which-was-initially-evacuated-the-pressure-in-the-vessel-is-1-increases-continuously-2-decreases-continuously-3-first-increases-and-then-decreas https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAzNDMw-a-vessel-a-has-volume-v-and-a-vessel-b-has-volume-2v-both-contain-some-water-which-has-a-constant-volume-the-pressure-in-the-space-above-water-is-pa-for-vessel-a-and-pb-for-vessel-b-1-pa-pb-2-pa-2pb-3 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzAyNzU0-in-which-of-the-following-pairs-of-temperature-scales-the-size-of-a-degree-is-identical-a-mercury-scale-and-ideal-gas-scale-b-celsius-scale-and-mercury-scale-c-celsius-scale-and-ideal-gas-scale-d-idea https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzU4MjY1-two-metal-rods-1-and-2-of-the-same-length-have-the-same-temperature-difference-between-their-ends-their-thermal-conductivities-are-k-1-and-k-2-and-cross-sectional-areas-a-1-and-a-2-respectively-if-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MjYzNzkx-the-temperature-of-inversion-of-a-thermocouple-is-620-c-and-the-neutral-temperature-is-300-c-what-is-the-temperature-of-the-cold-junction-1-40-c-2-20-c-3-320-c-4-20-c-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MTU5-mark-the-correct-statement-of-the-following-1-in-the-case-of-liquids-the-boiling-point-increases-with-pressure-for-all-liquids-2-in-the-case-of-solids-the-melting-point-decreases-with-pressure-for-all https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ1MTMy-if-the-temperature-in-circ-text-c-of-a-blackbody-is-increased-2-fold-then-the-rate-of-radiation-from-the-body-will-become-1-16-fold-2-4-fold-3-less-than-16-fold-4-more-than-16-fold-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MTIy-a-piece-of-hot-copper-at-100-circ-text-c-is-plunged-into-a-pond-at-30-circ-text-c-the-copper-cools-down-to-30-circ-text-c-while-the-pond-being-huge-stays-at-its-initial-temperature-then-1-the-copper-l https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MTE0-mercury-is-often-used-in-clinical-thermometers-which-one-of-the-following-properties-of-mercury-is-not-a-reason-for-this-1-the-coefficient-of-thermal-expansion-is-large-2-it-is-shiny-3-it-is-a-liquid https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MTQ1-a-closed-container-of-water-at-30-circ-text-c-is-opened-while-on-the-surface-of-the-moon-what-will-happen-to-the-water-1-the-water-will-boil-2-the-water-will-form-a-spherical-ball-3-the-water-will-fre https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM4MTEx-a-calorimeter-contains-270-g-of-ice-at-0-circ-c-specific-latent-heat-80-cal-g-steam-specific-latent-heat-540-cal-g-at-100-circ-c-is-continuously-passed-through-it-and-the-excess-steam-is-allowed-to-es https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM4MzI2-a-metallic-rod-of-length-l-at-0-circ-text-c-expands-by-delta-l-when-its-temperature-is-increased-by-100-circ-text-c-this-rod-is-kept-on-a-surface-with-its-left-end-maintained-at-0-circ-text-c-and-its https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzMxNDQ5-a-glass-vessel-of-volume-v-0-contains-a-liquid-which-fills-20-of-its-volume-when-the-temperature-of-the-system-is-raised-by-10-circ-text-c-the-volume-of-the-unfilled-portion-is-found-to-remain-constan https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MDc5-two-identical-balls-a-and-b-of-uniform-composition-are-initially-at-the-same-temperature-each-absorbs-exactly-the-same-amount-of-heat-ball-a-is-hanging-down-from-the-ceiling-by-a-massless-inextensible https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MTQ2-the-thermal-expansion-of-a-solid-is-due-to-the-1-symmetric-characteristic-of-the-interatomic-potential-energy-curve-of-the-solid-2-asymmetric-characteristic-of-the-interatomic-potential-energy-curve-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM2NjYx-a-solid-non-expanding-tank-contains-air-at-atm-pressure-large-p-0-0-circ-text-c-and-mercury-the-mercury-filling-half-the-tank-let-coefficient-of-expansion-of-mercury-be-large-gamma-l-if-the-temperatur https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzE0MjY5-a-metal-ball-of-mass-2-kg-is-heated-by-a-30-text-w-heater-in-a-room-at-20-circ-text-c-the-temperature-of-the-metal-becomes-steady-at-50-circ-text-c-the-rate-of-loss-of-heat-from-the-ball-when-the-temp https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM0Mjg5-two-bodies-a-b-are-maintained-at-temperatures-theta-a-100-circ-text-c-and-theta-b-0-circ-text-c-two-thermally-conducting-rods-p-q-of-different-conductivities-and-of-different-dimensions-are-connected https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM0Mjg4-a-hot-body-a-at-a-temperature-of-2000-text-k-radiates-like-a-blackbody-at-a-rate-of-160-text-w-it-is-placed-in-a-furnace-which-is-heated-to-a-temperature-of-1000-text-k-the-interior-of-the-furnace-beh https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM4MTEw-two-rods-having-coefficient-of-linear-expansion-alpha-3-alpha-are-connected-end-on-end-the-average-coefficient-of-thermal-expansion-for-the-composite-rod-1-is-2-alpha-2-is-4-alpha-3-can-be-any-value-b https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzM1OTE3-blackbody-radiation-emerging-from-a-body-at-an-absolute-temperate-t-is-allowed-to-fall-on-an-ideal-gas-enclosed-in-a-transparent-vessel-until-its-temperature-reaches-a-steady-state-value-of-t-1-then-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MTM5MTE3-a-thin-paper-cup-lled-with-water-does-not-catch-re-when-placed-over-a-ame-this-is-because-1-the-water-cuts-off-the-oxygen-supply-to-the-paper-cup-2-water-is-an-excellent-conductor-of-heat-3-the-paper https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQzMDg1-a-heater-supplying-constant-power-p-watts-is-switched-on-at-time-t-0-minutes-to-raise-the-temperature-of-a-liquid-kept-in-a-calorimeter-of-negligible-heat-capacity-a-student-records-the-temperature-of https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mzk5MzI1-the-coefficient-of-linear-expansion-of-the-material-of-a-wire-a-is-alpha-and-that-of-the-material-of-a-wire-b-is-2-alpha-the-two-wires-are-joined-end-to-end-if-the-average-coefficient-of-linear-expans https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDI4MjA0-two-metallic-rods-ab-cd-of-identical-dimensions-are-connected-in-parallel-their-ends-being-maintained-at-the-same-two-temperatures-ends-a-c-rightarrow-at-t-1-and-ends-b-d-rightarrow-at-t-2-the-thermal https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTg4NDA1-the-temperature-of-a-metal-strip-having-coefficient-of-linear-expression-alpha-is-increased-from-t-1-to-t-2-resulting-in-increase-of-its-length-by-delta-l-1-the-temperature-is-further-increased-from-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTgwNzQw-a-gas-based-geyser-heats-water-flowing-at-the-rate-of-5-0-litres-per-minute-from-27-circ-text-c-to-87-circ-text-c-the-rate-of-consumption-of-the-gas-is-take-heat-of-combustion-of-gas-5-0-times-10-4-te https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTgxMTE2-an-aluminium-and-steel-rods-having-same-lengths-and-cross-sections-are-joined-to-make-total-length-of-120-text-cm-at-30-circ-text-c-the-coefficient-of-linear-expansion-of-aluminium-and-steel-are-24-ti https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTgwNjQ4-rods-x-and-y-of-equal-dimensions-but-of-different-materials-are-joined-as-shown-in-figure-temperatures-of-end-points-a-and-f-are-maintained-at-100-circ-text-c-and-40-circ-text-c-respectively-given-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTgxODg5-density-of-water-at-4-circ-text-c-and-20-circ-text-c-are-1000-text-kg-m-3-and-respectively-the-increase-energy-of-4-text-kg-water-when-it-is-heated-from-4-circ-text-c-to-20-circ-text-c-is-in-j-specifi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTgxODc3-a-brass-wire-of-length-2-text-m-and-radius-1-text-mm-at-27-circ-text-c-is-held-taut-between-two-rigid-supports-initially-it-was-cooled-to-a-temperature-of-43-circ-text-c-creating-a-tension-t-in-the-wi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTgxOTk1-10-text-kg-of-ice-at-10-circ-text-c-is-added-to-100-text-kg-of-water-to-lower-its-temperature-from-25-circ-text-c-consider-no-heat-exchange-to-surroundings-the-decrement-to-the-temperature-of-water-is https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTgyMTAy-which-of-the-following-best-represents-the-temperature-versus-heat-supplied-graph-for-water-in-the-range-of-20-circ-text-c-to-120-circ-text-c-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTQxMDcw-consider-a-rectangular-sheet-of-solid-material-of-length-l-9-text-cm-and-width-d-4-text-cm-the-coefficient-of-linear-expansion-is-alpha-3-1-times-10-5-text-k-1-at-room-temperature-and-one-atmospheric https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTQwODYz-two-cylindrical-rods-a-and-b-made-of-different-materials-are-joined-in-a-straight-line-the-ratio-of-lengths-radii-and-thermal-conductivities-of-these-rods-are-dfrac-l-a-l-b-dfrac-1-2-dfrac-r-a-r-b-2-a https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTQwNzc0-a-wire-of-length-10-text-cm-and-diameter-0-5-text-mm-is-used-in-a-bulb-the-temperature-of-the-wire-is-1727-circ-text-c-and-power-radiated-by-the-wire-94-2-text-w-its-emissivity-is-dfrac-x-8-then-the-v https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTM2MTU0-which-of-the-following-figure-represents-the-relation-between-celsius-and-fahrenheit-temperatures-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTM2MTQ2-the-temperature-of-a-body-in-air-falls-from-40-circ-text-c-to-24-circ-text-c-in-4-minutes-the-temperature-of-the-air-is-16-circ-text-c-the-temperature-of-the-body-in-the-next-4-minutes-will-be-1-dfrac https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTM1ODYy-a-cup-of-coffee-cools-from-90-circ-text-c-to-80-circ-text-c-in-t-minutes-when-the-room-temperature-is-20-circ-text-c-the-time-taken-by-the-similar-cup-of-coffee-to-cool-from-80-circ-text-c-to-60-circ https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTM1ODE5-a-gun-fires-a-lead-bullet-of-temperature-300-text-k-into-a-wooden-block-the-bullet-having-melting-temperature-of-600-text-k-penetrates-into-the-block-and-melts-down-if-the-total-heat-required-for-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTM1Nzk2-the-difference-of-temperature-in-a-material-can-convert-heat-energy-into-electrical-energy-to-harvest-the-heat-energy-the-material-should-have-1-high-thermal-conductivity-and-high-electrical-conductiv https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTM1Njc4-three-conductors-of-same-length-having-thermal-conductivity-k-1-k-2-and-k-3-are-connected-as-shown-in-figure-100-circ-text-c-theta-circ-text-c-0-circ-text-c-1-k-1-3-k-3-2-k-2-area-of-cross-sections-of https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTM1Njc2-an-amount-of-ice-of-mass-10-3-text-kg-and-temperature-10-circ-c-is-transformed-to-vapour-of-temperature-110-circ-c-by-applying-heat-the-total-amount-of-work-required-for-this-conversion-is-take-specif https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NTM1NjU2-two-spherical-bodies-of-same-materials-having-radii-0-2-text-m-and-0-8-text-m-are-placed-in-same-atmosphere-the-temperature-of-the-smaller-body-is-800-k-and-temperature-of-the-bigger-body-is-400-k-if https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc4MzEy-at-the-temperature-25-circ-text-c-resistance-of-the-wire-ab-is-3-omega-now-the-wire-is-cooled-at-the-rate-of-2-circ-text-c-s-after-10-sec-the-deflection-in-galvanometer-is-zero-then-the-temperature-co https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDU1MjY3-ice-initially-at-10-circ-text-c-is-heated-and-converted-to-steam-at-100-circ-text-c-using-a-constant-power-source-which-of-the-following-graphs-correctly-represents-the-variation-of-temperature-t-with https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDU0ODA5-two-resistances-have-a-coefficient-of-variation-of-resistivity-alpha-1-and-alpha-2-have-equal-resistance-the-equivalent-temperature-coefficient-of-resistivity-in-series-and-parallel-combinations-are-1 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDM3OTY4-the-resistance-of-the-platinum-wire-at-the-ice-point-and-steam-point-are-10-omega-and-2-omega-respectively-after-that-wire-is-dipped-in-a-hot-bath-of-temperature-400-circ-text-c-the-resistance-of-the https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDM3OTYz-a-temperature-change-of-40-circ-text-c-corresponds-to-a-change-of-how-many-degrees-fahrenheit-1-56-circ-text-f-2-62-circ-text-f-3-82-circ-text-f-4-72-circ-text-f-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3Nzk1-a-600-text-g-sample-of-ice-at-12-circ-text-c-is-supplied-with-184-text-kj-of-heat-the-specific-heat-of-ice-is-2222-3-text-j-kg-circ-text-c-and-the-latent-heat-of-fusion-is-336-text-kj-kg-1-which-of-th https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzY3MTI3-for-an-object-radiating-heat-at-300-text-k-the-wavelength-corresponding-to-maximum-intensity-is-lambda-when-the-temperature-of-the-body-increases-by-300-text-k-the-new-wavelength-corresponding-to-maxi https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzY2Nzc3-the-temperature-of-body-drops-from-60-circ-mathrm-c-to-40-circ-mathrm-c-in-7-min-the-surrounding-temperature-is-10-circ-mathrm-c-the-temperature-of-body-drops-from-40-circ-mathrm-c-to-mathrm-t-circ-ma https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzYzMzQz-a-uniform-rectangular-plate-has-a-circular-hole-of-diameter-d-as-shown-in-the-figure-the-coefficient-of-linear-expansion-of-the-plate-is-alpha-what-will-be-the-change-in-the-diameter-of-the-hole-if-th https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzYzMzI1-the-temperature-of-hot-soup-in-a-bowl-goes-98-circ-c-to-86-circ-c-in-2-min-the-temperature-of-the-surrounding-is-22-circ-c-what-is-the-time-taken-for-the-temperature-of-the-soup-to-go-from-75-circ-c-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzY3NDAx-a-scale-reads-the-melting-point-of-ice-15-circ-text-x-and-the-boiling-point-65-circ-text-x-then-95-circ-text-x-temperature-in-fahrenheit-is-1-428-text-f-2-280-text-f-3-350-text-f-4-210-text-f-1-2-3-4 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ2MTU5-a-lead-bullet-penetrates-into-a-solid-object-and-melts-assuming-that-40-of-its-kinetic-energy-is-used-to-heat-it-the-initial-speed-of-the-bullet-is-given-the-initial-temperature-of-the-bullet-127-c-me https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ2MDg5-a-geyser-heats-water-flowing-at-a-rate-of-2-0-kg-per-minute-from-30-c-to-70-c-if-the-geyser-operates-on-a-gas-burner-the-rate-of-combustion-of-fuel-will-be-heat-of-combustion-8-103-jg-1-specific-heat https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ1OTY2-a-solid-metallic-cube-having-a-total-surface-area-of-24-m2-is-uniformly-heated-if-its-temperature-is-increased-by-10-c-the-increase-in-the-volume-of-the-cube-is-given-alpha-5-0-times-10-4-circ-mathrm https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ1Nzgx-in-an-experiment-to-verify-newton-s-law-of-cooling-a-graph-is-plotted-between-the-temperature-difference-delta-t-of-water-and-its-surroundings-and-time-as-shown-in-the-figure-the-initial-temperature-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQ1NzI3-a-100-g-of-iron-nail-is-hit-by-a-1-5-kg-hammer-striking-at-a-velocity-of-60-ms-1-what-will-be-the-rise-in-the-temperature-of-the-nail-if-one-fourth-of-the-energy-of-the-hammer-goes-into-heating-the-na https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQzNzU2-at-what-temperature-a-gold-ring-of-diameter-6-230-text-cm-be-heated-so-that-it-can-be-fitted-on-a-wooden-bangle-of-diameter-6-241-text-cm-both-diameters-have-been-measured-at-room-temperature-27-circ https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQzNzM0-as-per-the-given-figure-two-plates-a-and-b-of-thermal-conductivity-k-and-2k-are-joined-together-to-form-a-compound-plate-the-thickness-of-the-plates-are-4-0-text-cm-and-2-5-text-cm-respectively-and-th https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQzNDQw-read-the-following-statements-a-when-small-temperature-difference-between-a-liquid-and-its-surrounding-is-doubled-the-rate-of-loss-of-heat-of-the-liquid-becomes-twice-b-two-bodies-p-and-q-having-equal https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246MzQzNDEy-an-ice-cube-of-dimensions-60-cm-50-cm-20-cm-is-placed-in-an-insulation-box-of-wall-thickness-1-cm-the-box-keeping-the-ice-cube-at-0-c-of-temperature-is-brought-to-a-room-of-temperature-40-c-the-rate-o https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc5MDg4-the-temperatures-of-equal-masses-of-three-different-liquids-x-y-and-z-are-10-circ-text-c-20-circ-text-c-and-30-circ-text-c-respectively-the-temperature-of-the-mixture-when-x-is-mixed-with-y-is-16-circ https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc4ODk5-two-different-metal-bodies-a-and-b-of-equal-mass-is-heated-at-a-uniform-rate-under-similar-conditions-the-variation-of-temperature-of-the-bodies-is-graphically-represented-as-shown-in-the-figure-the-r https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc4MjIz-a-steel-rod-with-y-2-0-times10-11-text-n-m-2-and-alpha-10-5-circ-text-c-1-of-length-4-text-m-and-area-of-cross-section-10-text-cm-2-is-heated-from-0-circ-text-c-to-400-circ-text-c-without-being-allowe https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc4MjAz-the-resistance-of-a-conductor-at-15-circ-text-c-is-16-omega-and-at-100-circ-text-c-is-20-omega-then-the-temperature-coefficient-of-resistance-of-the-conductor-is-1-0-003-circ-text-c-1-2-0-042-circ-tex https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc4MTUz-in-5-minutes-a-body-cools-from-75-circ-text-c-to-65-circ-text-c-at-room-temperature-of-25-circ-text-c-the-temperature-of-the-body-at-the-end-of-the-next-5-minutes-is-1-37-circ-text-c-2-46-circ-text-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3OTA1-the-height-of-victoria-falls-is-63-text-m-what-is-the-difference-in-temperature-of-water-at-the-top-and-at-the-bottom-of-the-fall-given-1-text-cal-4-2-text-j-and-specific-heat-of-water-1-text-cal-4-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3ODQx-a-rod-cd-with-thermal-resistance-10-text-kw-1-is-connected-at-the-midpoint-of-an-identical-rod-ab-the-ends-a-b-and-d-are-maintained-at-200-circ-text-c-100-circ-text-c-and-125-circ-text-c-respectively https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3Nzg0-an-ideal-gas-expands-in-such-a-way-that-the-product-of-its-pressure-and-the-cube-of-its-absolute-temperature-remains-constant-during-the-process-that-is-the-relation-pt-3-text-constant-under-these-con https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3NjMz-a-bimetallic-strip-consists-of-metals-a-and-b-it-is-mounted-rigidly-as-shown-in-the-figure-the-metal-a-has-a-higher-coefficient-of-expansion-compared-to-that-metal-b-when-the-bimetallic-strip-is-place https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3NTc3-two-identical-metals-of-thermal-conductivities-k-1-and-k-2-respectively-are-connected-in-series-the-effective-thermal-conductivity-of-the-combination-is-1-frac-k-1-k-2-k-1-k-2-2-frac-k-1-k-2-2-k-1-k-2 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc5Mjg3-a-monoatomic-gas-of-mass-4-u-is-kept-in-an-insulated-container-container-is-moving-with-velocity-30-m-s-if-container-is-suddenly-stopped-then-change-in-temperature-of-the-gas-r-gas-constant-is-frac-x https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc5MTk4-given-below-are-two-statements-assertion-a-when-a-rod-lying-freely-is-heated-no-thermal-stress-is-developed-in-it-reason-r-on-heating-the-length-of-the-rod-increases-1-both-a-and-r-are-true-and-r-is-t https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc5MDE4-the-temperature-theta-at-the-junction-of-two-insulating-sheets-having-thermal-resistances-r-1-and-r-2-as-well-as-top-and-bottom-temperatures-theta-1-and-theta-as-shown-in-the-figure-is-given-by-1-dfra https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc4OTMw-a-cube-is-constructed-from-a-metal-sheet-such-that-each-of-its-sides-has-a-length-a-at-room-temperature-t-the-coefficient-of-linear-expansion-of-the-metal-is-alpha-the-entire-cube-is-then-heated-unifo https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc4NjU3-three-containers-c-1-c-2-and-c-3-contain-water-at-different-unknown-temperatures-the-table-below-shows-the-final-temperature-t-in-circ-text-c-when-specific-volumes-of-water-in-litres-are-mixed-from-ea https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc4NjE5-m-grams-of-steam-at-100-circ-text-c-is-mixed-with-200-text-g-of-ice-at-its-melting-point-in-a-thermally-insulated-container-if-it-produces-liquid-water-at-40-circ-text-c-heat-of-vaporization-of-water https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc4NTk2-a-non-isotropic-solid-metal-cube-has-coefficients-of-linear-expansion-as-5-times-10-5-circ-mathrm-c-along-the-x-axis-and-5-times-10-6-mathrm-c-along-the-y-and-the-z-text-axis-if-the-coefficient-of-vol https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc4NzE5-the-specific-heat-of-water-4200-text-j-text-kg-1-text-k-1-and-the-latent-heat-of-ice-3-4-times-10-5-text-j-text-kg-1-100-grams-of-ice-at-0-circ-mathrm-c-is-placed-in-200-g-of-water-at-25-circ-mathrm-c https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc4NTUy-a-bullet-of-mass-5-text-g-travelling-with-a-speed-of-210-text-m-s-strikes-a-fixed-wooden-target-one-half-of-its-kinetic-energy-is-converted-into-heat-in-the-bullet-while-the-other-half-is-converted-in https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc4NDcz-a-calorimeter-of-water-equivalent-20-text-g-contains-180-text-g-of-water-at-25-circ-mathrm-c-m-grams-of-steam-at-100-circ-mathrm-c-is-mixed-in-it-till-the-temperature-of-the-mixture-is-31-circ-mathrm https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc4NDcx-a-metallic-sphere-cools-from-50-circ-mathrm-c-to-40-circ-mathrm-c-in-300-text-s-if-the-atmospheric-temperature-around-is-20-circ-mathrm-c-then-sphere-s-temperature-after-the-next-5-minutes-will-be-clo https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc4NDYw-a-bakelite-beaker-has-volume-capacity-of-500-text-cc-at-30-circ-mathrm-c-when-it-is-partially-filled-with-v-m-volume-at-30-circ-mathrm-c-of-mercury-it-is-found-that-the-unfilled-volume-of-the-beaker-r https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc4MDcz-a-cylinder-of-radius-r-is-surrounded-by-a-cylindrical-shell-of-inner-radius-r-and-outer-radius-2r-the-thermal-conductivity-of-the-material-of-the-inner-cylinder-is-k-1-and-that-of-the-outer-cylinder-i https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3NDc2-an-unknown-metal-of-mass-192-text-g-heated-to-a-temperature-of-100-circ-text-c-was-immersed-into-a-brass-calorimeter-of-mass-128-text-g-containing-240-text-g-of-water-at-a-temperature-of-8-4-circ-text https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3Mzk3-a-heat-source-at-temperature-t-10-3-text-k-is-connected-to-another-heat-reservoir-at-t-10-2-text-k-by-a-copper-slab-of-thickness-1-text-m-given-that-the-thermal-conductivity-of-copper-is-0-1-text-w-k https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3MTkx-a-rod-of-length-l-and-uniform-cross-sectional-area-a-made-of-a-metal-with-coefficient-of-linear-expansion-alpha-is-held-at-both-ends-so-that-it-cannot-expand-when-the-temperature-of-the-rod-is-increas https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3MTQ4-the-temperature-difference-of-120-circ-text-c-is-maintained-between-two-ends-of-a-uniform-rod-ab-of-length-2l-another-bent-rod-pq-of-the-same-cross-section-as-ab-and-the-length-dfrac-3l-2-is-connected https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc3NDA1-a-massless-spring-k-800-text-n-m-attached-with-mass-500-text-g-is-completely-immersed-in-1-text-kg-of-water-the-spring-is-stretched-by-2-text-cm-and-released-so-that-it-starts-vibrating-what-would-be https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc3MzU4-at-40-circ-text-c-a-brass-wire-of-1-text-mm-radius-is-hung-from-the-ceiling-a-small-mass-m-is-hung-from-the-free-end-of-the-wire-when-the-wire-is-cooled-down-from-40-circ-text-c-to-20-circ-text-c-it-r https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc3MDgw-a-uniform-cylindrical-rod-of-length-l-and-radius-r-is-made-from-a-material-whose-young-s-modulus-of-elasticity-equals-y-when-this-rod-is-heated-by-temperature-t-and-simultaneously-subjected-to-a-net-l https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc2NjY0-a-thermally-insulated-vessel-contains-150-text-g-of-water-at-0-circ-text-c-then-the-air-from-the-vessel-is-pumped-out-adiabatically-a-fraction-of-water-turns-into-ice-and-the-rest-evaporates-at-0-circ https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc2NjM4-two-identical-beakers-a-and-b-contain-equal-volumes-of-two-different-liquids-at-60-circ-text-c-each-and-left-to-cool-down-liquid-in-a-has-density-of-8-times-10-2-text-kg-m-3-and-specific-heat-of-2000 https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3MzU3-a-steel-rail-of-length-5-text-m-and-cross-sectional-area-40-text-cm-2-is-rigidly-fixed-at-both-ends-preventing-it-from-expanding-when-the-temperature-rises-by-10-circ-text-c-given-that-the-coefficient https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246NDc3MDk3-what-is-the-specific-heat-capacity-of-aluminium-if-a-0-20-text-kg-aluminium-sphere-initially-at-150-circ-text-c-is-placed-in-150-cm-of-water-at-27-circ-text-c-inside-a-calorimeter-of-water-equivalent https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc5MzM0-an-external-pressure-p-is-applied-on-a-cube-at-0-circ-text-c-so-that-it-is-equally-compressed-from-all-sides-k-is-the-bulk-modulus-of-the-material-of-the-cube-and-alpha-is-its-coefficient-of-linear-ex https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc5MzMx-a-copper-ball-of-mass-100-text-g-is-at-a-temperature-t-it-is-dropped-into-a-copper-calorimeter-of-mass-100-text-g-containing-170-text-g-of-water-at-room-temperature-the-final-temperature-of-the-system https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc5NDA4-a-pendulum-clock-loses-12-text-s-a-day-if-the-temperature-is-40-circ-text-c-and-gains-4-text-s-a-day-if-the-temperature-is-20-circ-text-c-the-temperature-at-which-the-clock-will-show-the-correct-time https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc5NzAx-the-pressure-that-has-to-be-applied-to-the-ends-of-a-steel-wire-of-length-10-text-cm-to-keep-its-length-constant-when-its-temperature-is-raised-by-100-circ-text-c-is-young-s-modulus-of-steel-is-2-time https://medminds.me/qbank/physics/thermal-properties-of-matter/?q=NP-b246Mjc5NzI4-three-rods-of-copper-brass-and-steel-are-welded-together-to-form-a-y-shaped-structure-area-of-cross-section-of-each-rod-is-4-text-cm-2-the-end-of-the-copper-rod-is-maintained-at-100-circ-text-c-where https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MjUzOTc-a-system-is-taken-from-state-a-to-state-b-along-two-different-paths-1-and-2-if-the-heat-absorbed-and-work-done-by-the-system-along-these-two-paths-are-q-1-q-2-and-w-1-w-2-respectively-then-1-q-1-q-2-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MjYxMDQ-in-a-given-process-dw-0-dq-0-then-for-the-gas-1-temperature-increases-2-volume-decreases-3-pressure-decreases-4-pressure-increases-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MjYxMDU-a-given-mass-of-gas-expands-from-state-a-to-state-b-by-three-paths-1-2-text-and-3-as-shown-in-the-figure-if-w-1-w-2-text-and-w-3-respectively-be-the-work-done-by-the-gas-along-the-three-paths-then-1-w https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MjYxMDY-the-ratio-of-the-relative-rise-in-pressure-for-adiabatic-compression-to-that-for-isothermal-compression-is-1-gamma-2-1-gamma-3-1-gamma-4-11-gamma-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MjYxMDc-a-sink-that-is-the-system-where-heat-is-rejected-is-essential-for-the-conversion-of-heat-into-work-from-which-law-does-the-above-inference-follow-1-zeroth-2-first-3-second-4-third-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MjYxMDg-for-the-indicator-diagram-given-below-which-of-the-following-is-not-correct-1-cycle-ii-is-a-heat-engine-cycle-2-net-work-is-done-on-the-gas-in-cycle-i-3-work-done-is-positive-for-cycle-i-4-work-done-i https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MjYxMjE-an-ideal-gas-with-adiabatic-exponent-y-is-heated-at-constant-pressure-and-it-absorbs-q-heat-what-fraction-of-this-heat-is-used-to-perform-external-work-1-947-2-1-947-3-1-1-947-4-947-1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MjYxMjM-temperature-is-defined-by-1-first-law-of-thermodynamics-2-second-law-of-thermodynamics-3-third-law-of-thermodynamics-4-zeroth-law-of-thermodynamics-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MjYxNzY-if-32-gm-of-o-2-at-27-circ-mathrm-c-is-mixed-with-64-gm-of-o-2-at-327-circ-mathrm-c-in-an-adiabatic-vessel-then-the-final-temperature-of-the-mixture-will-be-1-200-circ-mathrm-c-2-227-circ-mathrm-c-3-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MjcyNzg-if-w1-is-the-work-done-in-compressing-an-ideal-gas-from-a-given-initial-state-through-a-certain-volume-isothermally-and-w2-is-the-work-done-in-compressing-the-same-gas-from-the-same-initial-state-thro https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246MzAzODk-during-an-experiment-and-ideal-gas-is-found-to-obey-an-additional-law-vp-2-text-constant-the-gas-is-initially-at-a-temperature-t-and-volume-v-when-it-expand-to-a-volume-2v-the-temperature-becomes-1-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTEwMTY-thermodynamic-processes-are-indicated-in-the-following-diagram-match-the-following-column-i-column-ii-p-process-i-mathrm-a-adiabatic-q-process-ii-mathrm-b-isobaric-r-process-iii-mathrm-c-isochoric-s-p https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTEwMjM-a-carnot-engine-having-an-efficiency-of-110th-of-heat-engine-is-used-as-a-refrigerator-if-then-work-done-on-the-system-is-10-j-the-amount-of-energy-absorbed-from-the-reservoir-at-lower-temperature-is https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTEwNTY-the-temperature-inside-a-refrigerator-is-t2-cand-the-room-temperature-is-t1-c-the-amount-of-heat-delivered-to-the-room-for-each-joule-of-electrical-energy-consumed-ideally-will-be-1-t1t1-t2-2-t1-273t1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTExMTA-a-gas-is-compressed-isothermally-to-half-its-initial-volume-the-same-gas-is-compressed-separately-through-an-adiabatic-process-until-its-volume-is-again-reduced-to-half-then-1-compressing-the-gas-thro https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTExNDQ-figure-below-shows-two-paths-that-may-be-taken-by-a-gas-to-go-from-a-state-a-to-a-state-c-in-process-ab-400-text-j-of-heat-is-added-to-the-system-and-in-process-bc-100-text-j-of-heat-is-added-to-the-s https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTExNDY-one-mole-of-an-ideal-diatomic-gas-undergoes-a-transition-from-a-to-b-along-a-path-ab-as-shown-in-the-figure-the-change-in-internal-energy-of-the-gas-during-the-transition-is-1-20-kj-2-20-kj-3-20-j-4-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTExNzU-an-ideal-gas-is-compressed-to-half-its-initial-volume-by-means-of-several-processes-which-of-the-following-processes-results-in-the-maximum-work-being-done-on-the-gas-1-adiabatic-2-isobaric-3-isochori https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTExOTM-the-coefficient-of-performance-of-a-refrigerator-is-5-if-the-temperature-inside-freezer-is-20-deg-c-the-temperature-of-the-surroundings-to-which-it-rejects-heat-is-1-31-deg-c-2-41-deg-c-3-11-deg-c-4-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTEyMzM-a-thermodynamic-system-undergoes-cyclic-process-abcda-as-shown-in-figure-the-work-done-by-the-system-in-the-cycle-is-1-rho-ovo-2-2-rho-ovo-3-rho-ovo-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTEyNzY-a-gas-is-taken-through-the-cycle-a-rarr-b-rarr-c-rarr-a-as-shown-what-is-the-net-work-done-by-the-gas-1-2000j-2-1000j-3-zero-4-2000j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTEyNzc-during-an-adiabatic-process-the-pressure-of-a-gas-is-found-to-be-proportional-to-the-cube-of-its-temperature-the-ratio-of-cp-cv-for-the-gas-is-equal-to-1-4-3-2-2-3-5-3-4-3-2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTEzMTQ-a-thermodynamic-system-is-taken-through-the-cycle-abcd-as-shown-in-figure-heat-rejected-by-the-gas-during-the-cycle-is-1-2-pv-2-4-pv-3-12pv-4-pv-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTEzMzQ-one-mole-of-an-ideal-gas-from-an-initial-state-a-undergoes-via-two-processes-it-first-undergoes-isothermal-expansion-from-volume-v-to-3v-and-then-its-volume-is-reduced-from-3v-to-v-at-constant-pressur https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTEzNjY-an-ideal-gas-goes-from-state-a-to-state-b-via-three-different-processes-as-indicated-in-the-p-text-v-diagram-if-q-1-q-2-q-3-indicates-the-heat-absorbed-by-the-gas-along-the-three-processes-and-delta-u https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTE1ODA-a-mass-of-diatomic-gas-947-1-4-at-a-pressure-of-2-atm-is-compressed-adiabatically-so-that-its-temperature-rise-from-27-176-c-to-927-176-c-the-pressure-of-the-gas-is-final-state-is-1-28-atm-2-68-7-atm https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTE2Mjg-if-8710-uand-8710-w-represent-the-increase-in-internal-energy-and-work-done-by-the-system-respectively-in-a-thermodynamical-process-which-of-the-following-is-true-1-8710-u-8710-w-in-a-adiabatic-proces https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTE2NzI-a-monoatomic-gas-at-pressure-p1-and-v1-is-compressed-adiabatically-to-18th-its-original-volume-what-is-the-final-pressure-of-the-gas-1-64p1-2-p1-3-16p1-4-32p1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTE2OTg-the-internal-energy-change-in-a-system-that-has-absorbed-2-kcal-of-heat-and-done-500-j-of-work-is-1-8900-j-2-6400-j-3-5400-j-4-7900-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTE3MTg-in-thermodynamic-processes-which-of-the-following-statements-is-not-true-1-in-an-adiabatic-process-the-system-is-insulated-from-the-surroundings-2-in-an-isochoric-process-the-pressure-remains-constant https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTE3MzY-if-q-e-and-w-denote-respectively-the-heat-added-change-in-internal-energy-and-the-work-done-in-a-closed-cyclic-process-then-1-w-0-2-q-w-0-3-e-0-4-q-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTM5Njg-the-specific-heat-at-constant-pressure-and-at-constant-volume-for-an-ideal-gas-are-cp-and-cv-and-its-adiabatic-and-isothermal-elasticities-are-e-empty-ande-theta-respectively-the-ratio-of-e-empty-to-e https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTM5NzA-if-the-volume-of-the-given-mass-of-a-gas-is-increased-four-times-and-the-temperature-is-raised-from-27-deg-c-to-127-deg-c-the-isothermal-elasticity-will-become-1-4-times-2-1-4-times-3-3-times-4-1-3-ti https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNjA-a-system-performs-work-delta-w-when-an-amount-of-heat-is-delta-q-added-to-the-system-the-corresponding-change-in-the-internal-energy-is-delta-u-a-unique-function-of-the-initial-and-final-states-irresp https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNjE-a-container-of-volume-1m3-is-divided-into-two-equal-compartments-by-a-partition-one-of-these-compartments-contains-an-ideal-gas-at-300-k-the-other-compartment-is-vaccum-the-whole-system-is-thermally-i https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNjI-110-j-of-heat-is-added-to-a-gaseous-system-whose-internal-energy-change-is-40-j-then-the-amount-of-external-work-done-is-1-150-j-2-70-j-3-110-j-4-40-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNjM-which-of-the-following-is-not-thermodynamical-function-1-enthalpy-2-work-done-3-gibb-s-energy-4-internal-energy-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNjQ-when-the-amount-of-work-done-is-333-cal-and-change-in-internal-energy-is-167-cal-then-the-heat-supplied-is-1-166-cal-2-333-cal-3-500-cal-4-400-cal-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNjU-first-law-thermodynamics-states-that-1-system-can-do-work-2-system-has-temperature-3-system-has-pressure-4-heat-is-a-form-of-energy-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNjY-a-thermo-dynamical-system-is-changed-from-state-p1-v1-to-p2-v2-by-two-different-process-the-quantity-which-will-remain-same-will-be-1-delta-q-2-delta-w-3-delta-q-delta-w-4-delta-q-ndash-delta-w-1-2-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNjg-if-delta-q-and-delta-w-represent-the-heat-supplied-to-the-system-and-the-work-done-on-the-system-respectively-then-the-first-law-of-thermodynamics-can-be-written-as-1-delta-q-delta-u-delta-w-2-delta-q https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNjk-which-of-the-following-can-not-determine-the-state-of-a-thermodynamic-system-1-pressure-and-volume-2-volume-and-temperature-3-temperature-and-pressure-4-any-one-of-pressure-volume-or-temperature-1-2-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNzA-which-of-the-following-is-not-a-thermodynamics-co-ordinate-1-p-2-t-3-v-4-r-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNzI-the-second-law-of-thermodynamics-states-that-in-a-cyclic-process-1-work-cannot-be-converted-into-heat-2-heat-cannot-be-converted-into-work-3-work-cannot-be-completely-converted-into-heat-4-heat-cannot https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNzM-in-a-thermodynamic-process-pressure-of-a-fixed-mass-of-a-gas-is-changed-in-such-a-manner-that-the-gas-molecules-absorb-30-j-of-heat-and-10-j-of-work-is-done-by-the-gas-if-the-initial-internal-energy-o https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNzQ-first-law-of-thermodynamics-is-a-special-case-of-1-newton-s-law-2-law-of-conservation-of-energy-3-charle-s-law-4-law-of-heat-exchange-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNzU-if-the-ratio-of-specific-heat-of-a-gas-at-constant-pressure-to-that-at-constant-volume-is-gamma-the-change-in-internal-energy-of-a-mass-of-gas-when-the-volume-changes-from-v-to-2v-constant-pressure-p https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNzc-a-monoatomic-gas-of-n-moles-is-heated-from-temperature-t1-to-t2-under-two-different-conditions-i-at-constant-volume-and-ii-at-constant-pressure-the-change-in-internal-energy-of-the-gas-is-1-more-for-i https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyNzg-can-two-isothermal-curves-cut-each-other-1-never-2-yes-3-they-will-cut-when-temperature-is-0-deg-c-4-yes-when-the-pressure-is-critical-pressure-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyODA-a-vessel-containing-5-litres-of-a-gas-at-0-8-m-pressure-is-connected-to-an-evacuated-vessel-of-volume-3-litres-the-resultant-pressure-inside-will-be-assuming-whole-system-to-be-isolated-1-4-3-m-2-0-5 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyODE-for-an-isothermal-expansion-of-a-perfect-gas-the-value-of-frac-delta-p-p-is-equal-1-gamma-frac-1-2-frac-delta-v-v-2-frac-delta-v-v-3-gamma-frac-delta-v-v-4-gamma-2-frac-delta-v-v-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyODI-if-a-gas-is-heated-at-constant-pressure-its-isothermal-compressibility-1-remains-constant-2-increases-linearly-with-temperature-3-decreases-linearly-with-temperature-4-decreases-inversely-with-tempera https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyODQ-in-isothermal-expansion-the-pressure-is-determined-by-1-temperature-only-2-compressibility-only-3-both-temperature-and-compressibility-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyODU-the-isothermal-bulk-modulus-of-a-perfect-gas-at-normal-pressure-is-1-1-013-215-105n-m2-2-1-013-215-106n-m2-3-1-013-215-10-8722-11n-m2-4-1-013-215-1011n-m2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyODY-in-an-isothermal-change-an-ideal-gas-obeys-1-boyle-s-law-2-charles-law-3-gay-lussac-law-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyODc-under-isothermal-conditions-the-volumes-of-ideal-gas-a-and-actual-gas-b-grow-from-v-to-2v-the-increase-in-internal-energy-1-will-be-the-same-in-both-a-and-b-2-will-be-zero-in-both-the-gases-3-of-b-wil https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyODg-the-specific-heat-of-a-gas-in-an-isothermal-process-is-1-infinite-2-zero-3-negative-4-remains-constant-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyODk-the-latent-heat-of-vaporisation-of-water-is-2240-j-gm-if-the-work-done-in-the-process-of-expansion-of-1-g-is-168-j-then-increase-in-internal-energy-is-1-2408-j-2-2240-j-3-2072-j-4-1904-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAyOTA-a-cylinder-fitted-with-a-piston-contains-0-2-moles-of-air-at-temperature-27-deg-c-the-piston-is-pushed-so-slowly-that-the-air-within-the-cylinder-remains-in-thermal-equilibrium-with-the-surroundings-f https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMDg-if-a-cylinder-containing-a-gas-at-high-pressure-explodes-the-gas-undergoes-1-reversible-adiabatic-change-and-fall-of-temperature-2-reversible-adiabatic-change-and-rise-of-temperature-3-irreversible-ad https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMDk-the-work-done-in-an-adiabatic-change-in-a-gas-depends-only-on-1-change-is-pressure-2-change-is-volume-3-change-in-temperature-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMTA-in-adiabatic-expansion-1-delta-u-0-2-delta-u-negative-3-delta-u-positive-4-delta-w-zero-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMTI-the-pressure-and-density-of-a-diatomic-gas-gamma-7-5-changes-adiabatically-from-p-d-to-p-d-if-d-d-32-then-p-p-should-be-1-1-128-2-32-3-128-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMTM-an-ideal-gas-at-27-deg-c-is-compressed-adiabatically-to-827-of-its-original-volume-if-947-53-then-the-rise-in-temperature-is-1-450-k-2-375-k-3-225-k-4-405-k-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMTQ-two-identical-samples-of-a-gas-are-allowed-to-expand-i-isothermally-and-ii-adiabatically-the-work-done-will-be-1-more-in-the-isothermal-process-2-more-in-the-adiabatic-process-3-equal-in-both-processe https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMTU-which-is-the-correct-statement-1-for-an-isothermal-change-pv-constant-2-in-an-isothermal-process-the-change-in-internal-energy-must-be-equal-to-the-work-done-3-for-an-adiabatic-change-p2p1-v2v1-947-wh https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMTY-the-slopes-of-isothermal-and-adiabatic-curves-are-related-as-1-isothermal-curve-slope-adiabatic-curve-slope-2-isothermal-curve-slope-gamma-times-adiabatic-curve-slope-3-adiabatic-curve-slope-gamma-tim https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMTk-during-the-adiabatic-expansion-of-2-moles-of-a-gas-the-internal-energy-of-the-gas-is-found-to-decrease-by-2-joules-the-work-done-during-the-process-by-the-gas-will-be-equal-to-1-1-j-2-ndash-1-j-3-2-j https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMjA-if-947-denotes-the-ratio-of-two-specific-heats-of-a-gas-the-ratio-of-slopes-of-adiabatic-and-isothermal-pv-curves-at-their-point-of-intersection-is-1-1-947-2-947-3-947-1-4-947-1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMjE-air-in-a-cylinder-is-suddenly-compressed-by-a-piston-which-is-then-maintained-at-the-same-position-with-the-passage-of-time-1-the-pressure-decreases-2-the-pressure-increases-3-the-pressure-remains-the https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMjI-the-adiabatic-bulk-modulus-of-a-perfect-gas-at-pressure-p-is-given-by-1-p-2-2p-3-p-2-4-gamma-p-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMjM-an-adiabatic-process-occurs-at-constant-1-temperature-2-pressure-3-heat-4-temperature-and-pressure-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMjU-for-adiabatic-processes-947-cpcv-1-p-947-v-constant-2-t-947-v-constant-3-tv-947-8722-1-constant-4-tv-947-constant-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMjY-an-ideal-gas-is-expanded-adiabatically-at-an-initial-temperature-of-300-text-k-so-that-its-volume-is-doubled-the-final-temperature-of-the-hydrogen-gas-is-gamma-1-40-left-2-0-4-1-3-right-1-230-76-text https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMjc-in-an-adiabatic-expansion-of-a-gas-if-the-initial-and-final-temperatures-are-t-1-and-t-2-respectively-then-the-change-in-internal-energy-of-the-gas-is-1-frac-nr-gamma-1-t-2-t-1-2-frac-nr-gamma-1-t-1-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMjg-helium-at-27-deg-c-has-a-volume-of-8-litres-it-is-suddenly-compressed-to-a-volume-of-1-litre-the-temperature-of-the-gas-will-be-gamma-5-3-1-108-deg-c-2-9327-deg-c-3-1200-deg-c-4-927-deg-c-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMjk-a-cycle-tyre-bursts-suddenly-this-represents-an-1-isothermal-process-2-isobaric-process-3-isochoric-process-4-adiabatic-process-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMzA-one-mole-of-helium-is-adiabatically-expanded-from-its-initial-state-pi-vi-ti-to-its-final-state-pf-vf-tf-the-decrease-in-the-internal-energy-associated-with-this-expansion-is-equal-to-1-cv-ti-8722-tf https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMzE-a-diatomic-gas-initially-at-18-deg-c-is-compressed-adiabatically-to-one-eighth-of-its-original-volume-the-temperature-after-compression-will-be-1-10-deg-c-2-887-deg-c-3-668-k-4-144-deg-c-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMzM-one-mole-of-an-ideal-gas-at-an-initial-temperature-of-t-k-does-6r-joules-of-work-adiabatically-if-the-ratio-of-specific-heats-of-this-gas-at-constant-pressure-and-at-constant-volume-is-5-3-the-final-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMzU-the-volume-of-a-gas-is-reduced-adiabatically-to-14-of-its-volume-at-27-deg-c-if-the-value-of-gamma-1-4-then-the-new-temperature-will-be-1-350-times-40-4-k-2-300-times-40-4-k-3-150-times-40-4-k-4-none https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMzY-for-an-adiabatic-expansion-of-a-perfect-gas-the-value-of-916-pp-is-equal-to-1-8722-947-916-vv-2-8722-916-vv-3-8722-947-916-vv-4-8722-947-2-916-vv-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMzc-a-gas-expands-under-constant-pressure-p-from-volume-v1-tov2-the-work-done-by-the-gas-is-1-p-v2-8722-v1-2-p-v1-8722-v2-3-p-v1-947-8722-v2-947-4-pv1v2v2-8722-v1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMzg-when-heat-is-given-to-a-gas-in-an-isobaric-process-then-1-the-work-is-done-by-the-gas-2-internal-energy-of-the-gas-increases-3-both-1-and-2-4-none-from-1-and-2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNDE-a-gas-expands-0-25m3-at-constant-pressure-103-n-m2-the-work-done-is-1-2-5-ergs-2-250-j-3-250-w-4-250-n-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNDM-which-of-the-following-is-correct-in-terms-of-increasing-work-done-for-the-same-change-in-volume-1-adiabatic-isothermal-isobaric-2-isobaric-adiabatic-isothermal-3-adiabatic-isobaric-isothermal-4-none https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNDQ-a-sample-of-gas-expands-from-volume-v1-to-v2-the-amount-of-work-done-by-the-gas-is-greatest-when-the-expansion-is-1-isothermal-2-isobaric-3-adiabatic-4-equal-in-all-cases-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNDU-a-container-having-1-mole-of-a-gas-at-a-temperature-27-deg-c-has-a-movable-piston-which-maintains-constant-pressure-in-a-container-of-1-atm-the-gas-is-compressed-until-the-temperature-becomes-127-deg https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNDc-entropy-of-a-thermodynamic-system-does-not-change-when-this-system-is-used-for-1-conduction-of-heat-from-a-hot-reservoir-to-a-cold-reservoir-2-conversion-of-heat-into-work-isobarically-3-conversion-of https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNDg-which-is-incorrect-1-in-an-isobaric-process-delta-p-0-2-in-an-isochoric-process-delta-w-0-3-in-an-isothermal-process-delta-t-0-4-in-an-isothermal-process-delta-q-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNDk-a-carnot-engine-working-between-300-k-and-600k-has-work-output-of-800-j-per-cycle-what-is-amount-of-heat-energy-supplied-to-the-engine-from-source-per-cycle-1-1800-j-cycle-2-1000-j-cycle-3-2000-j-cycl https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNTE-in-a-cyclic-process-the-internal-energy-of-the-gas-1-increases-2-decreases-3-remains-constant-4-becomes-zero-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNTI-for-a-reversible-process-necessary-condition-is-1-in-the-whole-cycle-of-the-system-the-loss-of-any-type-of-heat-energy-should-be-zero-2-that-the-process-should-be-too-fast-3-that-the-process-should-be https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNTM-a-carnot-s-engine-used-first-an-ideal-monoatomic-gas-then-an-ideal-diatomic-gas-if-the-source-and-sink-temperature-are-411-deg-c-and-69-deg-c-respectively-and-the-engine-extracts-1000-j-of-heat-in-eac https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNTQ-the-temperature-of-sink-of-carnot-engine-is-27-deg-c-efficiency-of-engine-is-25-then-temperature-of-source-is-1-227-deg-c-2-327-deg-c-3-127-deg-c-4-27-deg-c-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNTU-the-temperature-of-reservoir-of-carnot-s-engine-operating-with-an-efficiency-of-70-is-1000k-the-temperature-of-its-sink-is-1-300-k-2-400-k-3-500-k-4-700-k-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNTY-in-a-carnot-engine-when-t-2-0-circ-mathrm-c-and-t-1-200-circ-mathrm-c-its-efficiency-is-eta-1-and-when-t-1-0-circ-mathrm-c-and-t-2-200-circ-mathrm-c-its-efficiency-is-eta-2-what-is-the-value-of-frac-e https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNTc-the-efficiency-of-carnot-s-engine-operating-between-reservoirs-maintained-at-temperatures-27-deg-c-and-ndash-123-deg-c-is-1-50-2-24-3-0-75-4-0-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNTg-a-carnot-engine-operates-between-227-deg-c-and-27-deg-c-efficiency-of-the-engine-will-be-1-13-2-25-3-34-4-35-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNTk-efficiency-of-a-carnot-engine-is-50-when-temperature-of-outlet-is-500-k-in-order-to-increase-efficiency-up-to-60-keeping-temperature-of-intake-the-same-what-is-temperature-of-outlet-1-200-k-2-400-k-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNjA-an-ideal-heat-engine-working-between-temperature-t1-and-t2-has-an-efficiency-eta-the-new-efficiency-if-both-the-source-and-sink-temperature-are-doubled-will-be-1-951-2-2-eta-3-2-eta-4-3-eta-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNjI-an-engine-is-supposed-to-operate-between-two-reservoirs-at-temperature-727-deg-c-and-227-deg-c-the-maximum-possible-efficiency-of-such-an-engine-is-1-1-2-2-1-4-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNjM-an-ideal-gas-heat-engine-operates-in-carnot-cycle-between-227-deg-c-and-127-deg-c-it-absorbs-6-times-104-cal-of-heat-at-higher-temperature-amount-of-heat-converted-to-work-is-1-2-4-times-104-cal-2-6-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzNjQ-which-of-the-following-processes-is-reversible-1-transfer-of-heat-by-radiation-2-electrical-heating-of-a-nichrome-wire-3-transfer-of-heat-by-conduction-4-isothermal-compression-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzODg-a-monoatomic-ideal-gas-initially-at-temperature-t1-is-enclosed-in-a-cylinder-fitted-with-a-frictionless-piston-the-gas-is-allowed-to-expand-adiabatically-to-a-temperature-t2-by-releasing-the-piston-su https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzODk-a-closed-hollow-insulated-cylinder-is-filled-with-gas-at-0-circ-mathrm-c-and-also-contains-an-insulated-piston-of-negligible-weight-and-negligible-thickness-at-the-middle-point-the-gas-on-one-side-of https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzOTA-a-monoatomic-gas-is-supplied-with-the-heat-q-very-slowly-keeping-the-pressure-constant-the-work-done-by-the-gas-will-be-1-2-over-3-q-2-3-over-5-q-3-2-over-5-q-4-1-over-5-q-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzOTI-an-ideal-gas-expands-isothermally-from-a-volume-v-1-to-v-2-and-then-is-compressed-to-the-original-volume-v-1-adiabatically-the-initial-pressure-is-p-1-and-the-final-pressure-is-p-3-the-total-work-done https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzOTM-work-done-by-a-system-under-isothermal-change-from-a-volume-v1-to-v2-for-a-gas-which-obeys-vander-waal-s-equation-v-8722-946-n-8201-p-945-n2v-nrt-1-nrtlogev2-8722-n-946-v1-8722-n-946-945-8201-n2-8201 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzOTQ-a-cylindrical-tube-of-uniform-cross-sectional-area-a-is-fitted-with-two-air-tight-frictionless-pistons-the-pistons-are-connected-to-each-other-by-a-metallic-wire-initially-the-pressure-of-the-gas-is-p https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzOTU-the-molar-heat-capacity-in-the-case-of-a-diatomic-gas-if-it-does-work-of-dfrac-q-4-when-heat-q-is-supplied-to-it-is-1-dfrac-2-5-r-2-dfrac-5-2-r-3-dfrac-10-3-r-4-dfrac-6-7-r-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzOTY-an-insulator-container-contains-4-moles-of-an-ideal-diatomic-gas-at-temperature-t-heat-q-is-supplied-to-this-gas-due-to-which-2-moles-of-the-gas-are-dissociated-into-atoms-but-temperature-of-the-gas-r https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzOTc-the-volume-of-air-increases-by-5-in-its-adiabatic-expansion-the-percentage-decrease-in-its-pressure-will-be-1-5-2-6-3-7-4-8-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzOTg-the-temperature-of-a-hypothetical-gas-increases-to-2-times-when-compressed-adiabatically-to-half-the-volume-its-equation-can-be-written-as-1-pv3-2-constant-2-pv5-2-constant-3-pv7-3-constant-4-pv4-3-co https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzOTk-two-carnot-engines-a-and-b-are-operated-in-succession-the-first-one-a-receives-heat-from-a-source-at-t1-800-k-and-rejects-to-sink-at-t2-k-the-second-engine-b-receives-heat-rejected-by-the-first-engine https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MDA-when-an-ideal-monoatomic-gas-is-heated-at-constant-pressure-fraction-of-heat-energy-supplied-which-increases-the-internal-energy-of-gas-is-1-25-2-35-3-37-4-34-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MDE-when-an-ideal-gas-gamma-5-3-is-heated-under-constant-pressure-then-what-percentage-of-given-heat-energy-will-be-utilised-in-doing-external-work-1-40-2-30-3-60-4-20-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MDM-two-samples-a-and-b-of-a-gas-initially-at-the-same-pressure-and-temperature-are-compressed-from-volume-v-to-v-2-a-isothermally-and-b-adiabatically-the-final-pressure-of-a-is-1-greater-than-the-final-p https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MDQ-initial-pressure-and-volume-of-a-gas-are-p-and-v-respectively-first-it-is-expanded-isothermally-to-volume-4v-and-then-compressed-adiabatically-to-volume-v-the-final-pressure-of-gas-will-be-given-947-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MDU-a-thermally-insulated-rigid-container-contains-an-ideal-gas-heated-by-a-filament-of-resistance-100-omega-through-a-current-of-1a-for-5-min-then-change-in-internal-energy-is-1-0-kj-2-10-kj-3-20-kj-4-30 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MDY-a-reversible-engine-converts-one-sixth-of-the-heat-input-into-work-when-the-temperature-of-the-sink-is-reduced-by-62-deg-c-the-efficiency-of-the-engine-is-doubled-the-temperatures-of-the-source-and-si https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MDc-an-ideal-monoatomic-gas-expands-in-such-a-manner-that-its-pressure-and-volume-can-be-related-by-equation-pv-5-3-text-constant-during-this-process-the-gas-is-1-heated-2-cooled-3-neither-heated-nor-cool https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MDg-p-v-diagram-of-a-diatomic-gas-is-a-straight-line-passing-through-origin-the-molar-heat-capacity-of-the-gas-in-the-process-will-be-1-4-r-2-2-5-r-3-3-r-4-4r3-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MDk-following-figure-shows-on-adiabatic-cylindrical-container-of-volume-v-0-divided-by-an-adiabatic-smooth-piston-area-of-cross-section-a-in-two-equal-parts-an-ideal-gas-left-frac-c-p-c-v-gamma-right-is-a https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MTA-two-cylinders-a-and-b-fitted-with-pistons-contain-equal-amounts-of-an-ideal-diatomic-gas-at-300-k-the-piston-of-a-is-free-to-move-while-that-of-b-is-held-fixed-the-same-amount-of-heat-is-given-to-the https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MTE-a-system-goes-from-a-to-b-via-two-processes-i-and-ii-as-shown-in-figure-if-delta-ui-and-delta-uii-are-the-changes-in-internal-energies-in-the-processes-i-and-ii-respectively-then-1-delta-uii-delta-ui https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MTI-a-thermodynamic-system-is-taken-through-the-cycle-pqrsp-process-the-net-work-done-by-the-system-is-1-20-j-2-ndash-20-j-3-400-j-4-ndash-374-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MTQ-the-p-v-diagram-shows-seven-curved-paths-connected-by-vertical-paths-that-can-be-followed-by-a-gas-which-two-of-them-should-be-parts-of-a-closed-cycle-if-the-net-work-done-by-the-gas-is-to-be-at-its-m https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MTU-an-ideal-gas-of-mass-m-in-a-state-a-goes-to-another-state-b-via-three-different-processes-as-shown-in-figure-if-q1-q2-and-q3-denote-the-heat-absorbed-by-the-gas-along-the-three-paths-then-1-q1-q3-4-q1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MTY-which-of-the-following-graphs-correctly-represents-the-variation-of-946-8722-dv-dp-v-with-p-for-an-ideal-gas-at-constant-temperature-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MTc-a-thermodynamic-process-is-shown-in-the-figure-the-pressures-and-volumes-corresponding-to-some-points-in-the-figure-are-pa-3-215-104pa-8201-pb-8-215-104pa-and-va-2-215-10-8722-3m3-8201-vd-5-215-10-872 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MTg-p-v-plots-for-two-gases-during-adiabatic-process-are-shown-in-the-figure-plots-1-and-2-should-correspond-respectively-to-1-he-and-o2-2-o2-and-he-3-he-and-ar-4-o2-and-n2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MTk-four-curves-a-b-c-text-and-d-are-drawn-in-the-adjoining-figure-for-a-given-amount-of-gas-the-curves-which-represent-adiabatic-and-isothermal-changes-are-1-c-text-and-d-text-respectively-2-d-text-and-c https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MjA-in-pressure-volume-diagram-given-below-the-isochoric-isothermal-and-isobaric-parts-respectively-are-1-ba-ad-dc-2-dc-cb-da-3-ab-bc-cd-4-cd-da-ab-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MjI-an-ideal-gas-is-taken-through-the-cycle-a-rarr-b-rarr-c-rarr-a-as-shown-in-the-figure-if-the-net-heat-supplied-to-the-gas-in-the-cycle-is-5-j-the-work-done-by-the-gas-in-the-process-c-rarr-a-is-1-ndas https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MjM-in-the-following-indicator-diagram-the-net-amount-of-work-done-will-be-1-positive-2-negative-3-zero-4-infinity-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MjQ-a-cyclic-process-for-1-mole-of-an-ideal-gas-is-shown-in-the-v-text-t-diagram-the-work-done-in-ab-bc-and-ca-respectively-is-1-0-r-t-2-ln-left-frac-v-1-v-2-right-r-left-t-1-t-2-right-2-r-left-t-1-t-2-ri https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MjU-a-cyclic-process-abcd-is-shown-in-the-p-v-diagram-which-of-the-following-p-t-curves-represent-the-same-process-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MjY-the-carnot-cycle-reversible-of-gas-is-represented-by-a-pressure-volume-curve-as-shown-in-the-figure-consider-the-following-statements-i-the-area-abcd-the-work-done-on-the-gas-ii-the-area-abcd-the-net https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0Mjc-the-temperature-entropy-diagram-of-a-reversible-engine-cycle-is-given-in-the-figure-its-efficiency-is-1-1-3-2-2-3-3-1-2-4-1-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0Mjg-work-done-in-the-given-p-v-diagram-in-the-cyclic-process-is-1-pv-2-2pv-3-pv-2-4-3pv-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0Mjk-a-cyclic-process-abca-is-shown-in-the-v-t-diagram-process-on-the-p-v-diagram-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MzM-the-heat-energy-absorbed-by-a-system-is-going-through-a-cyclic-process-shown-in-the-figure-is-1-107-960-j-2-104-960-j-3-102-960-j-4-10-ndash-3-960-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MzQ-a-thermodynamic-system-is-taken-from-state-a-to-b-along-acb-and-is-brought-back-to-a-along-bda-as-shown-in-the-pv-diagram-the-net-work-done-during-the-complete-cycle-is-given-by-the-area-1-p1acbp2p1-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0MzU-in-the-diagrams-i-to-iv-variation-of-volume-with-changing-pressure-is-shown-a-gas-is-taken-along-the-path-abcda-the-change-in-internal-energy-of-the-gas-will-be-1-positive-in-all-cases-i-to-iv-2-posit https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0Mzg-the-p-v-graph-of-an-ideal-gas-cycle-is-shown-here-as-below-the-adiabatic-process-is-described-by-1-ab-and-bc-2-ab-and-cd-3-bc-and-da-4-bc-and-cd-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0Mzk-an-ideal-monoatomic-gas-is-taken-round-the-cycle-as-shown-in-following-p-v-diagram-the-work-done-during-the-cycle-is-1-pv-2-2-pv-3-4-pv-4-zero-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NDA-a-system-changes-from-the-state-p1-v1-to-p2-v2-as-shown-in-the-figure-what-is-the-work-done-by-the-system-1-7-5-times-105-joule-2-7-5-times-105-erg-3-12-times-105-joule-4-6-times-105-joule-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NDE-carbon-monoxide-is-carried-around-a-closed-cycle-abc-in-which-bc-is-an-isothermal-process-as-shown-in-the-figure-the-gas-absorbs-7000-text-j-of-heat-as-its-temperature-increases-from-300-text-k-to-100 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NDI-a-sample-of-ideal-monoatomic-gas-is-taken-round-the-cycle-cbac-as-shown-in-the-figure-the-work-done-during-the-cycle-is-1-zero-2-3-pv-3-6-pv-4-9pv-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NDM-when-a-system-is-taken-from-state-i-to-a-state-f-along-path-iaf-q-50-j-and-w-20-j-if-w-ndash-13-j-for-the-curved-return-path-fi-q-for-this-path-is-1-33-j-2-23-j-3-ndash-7-j-4-ndash-43-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NDQ-which-one-of-the-following-is-correct-for-one-complete-cycle-of-a-thermodynamic-process-on-a-gas-as-shown-in-the-p-v-diagram-1-delta-e-int-0-q-0-3-delta-e-int-0-q-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NDY-an-ideal-gas-is-taken-from-point-a-to-the-point-b-as-shown-in-the-p-v-diagram-the-work-done-in-the-process-is-1-pa-8722-pb-vb-8722-va-2-12-pb-8722-pa-vb-va-3-12-pb-8722-pa-vb-8722-va-4-12-pb-pa-vb-872 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NDc-the-p-v-diagram-of-a-system-undergoing-thermodynamic-transformation-is-shown-in-figure-the-work-done-by-the-system-in-going-from-a-rarr-b-rarr-c-is-30j-and-40j-heat-is-given-to-the-system-the-change-i https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NDg-consider-a-process-shown-in-the-figure-during-this-process-the-work-done-by-the-system-1-continuously-increases-2-continuously-decreases-3-first-increases-then-decreases-4-first-decreases-then-increas https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NTA-six-moles-of-an-ideal-gas-perform-a-cycle-shown-in-figure-if-the-temperature-are-ta-600-k-tb-800-k-tc-2200-k-and-td-1200-k-the-work-done-per-cycle-is-1-20-kj-2-30-kj-3-40-kj-4-60-kj-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NTY-which-of-the-accompanying-pv-diagrams-best-represents-an-isothermal-process-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NTc-in-the-following-figures-four-curves-a-b-c-and-d-are-shown-the-curves-are-1-isothermal-for-a-and-d-while-adiabatic-for-b-and-c-2-adiabatic-for-a-and-c-while-isothermal-for-b-and-d-3-isothermal-for-a-a https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NTk-p-v-diagram-of-a-cyclic-process-abca-is-as-shown-in-figure-choose-the-correct-statement-1-916-qa-8594-b-negative-2-916-ub-8594-c-positive-3-916-wcab-negative-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NjE-a-sample-of-an-ideal-gas-is-taken-through-a-cycle-a-shown-in-figure-it-absorbs-50j-of-energy-during-the-process-ab-no-heat-during-bc-rejects-70j-during-ca-40j-of-work-is-done-on-the-gas-during-bc-inte https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjA0NjM-in-the-following-p-v-diagram-two-adiabatics-cut-two-isothermals-at-temperatures-t1-and-t2-fig-the-value-of-vavd-will-be-1-vbvc-2-vcvb-3-vdva-4-vbvc-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NzIxODU-in-the-given-v-t-diagram-what-is-the-relation-between-pressures-p1andp2-1-p2-p1-2-p2-p1-3-cannot-be-predicted-4-p2-p1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NzI2MzM-when-1kg-of-ice-at-0-176-c-melts-to-water-at-0-176-c-the-resulting-change-in-its-entropy-taking-latent-heat-of-ice-to-be-80cal-g-is-1-273cal-k-2-8-215-104cal-k-3-80cal-k-4-293cal-k-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246ODg4NzI-thermodynamic-processes-are-indicated-in-the-following-diagram-match-the-following-column-i-column-ii-mathrm-p-process-i-mathrm-a-adiabatic-mathrm-q-process-ii-mathrm-b-isobaric-mathrm-r-process-iii-m https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246ODg4ODQ-a-sample-of-0-1-g-of-water-at-100-circ-mathrm-c-and-normal-pressure-1-013-times10-5-n-m-ndash-2-requires-54-cal-of-heat-energy-to-convert-it-into-steam-at-100-circ-mathrm-c-if-the-volume-of-the-steam https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246ODg5Mzg-one-mole-of-an-ideal-monatomic-gas-undergoes-a-process-described-by-the-equation-pv-3-text-constant-the-heat-capacity-of-the-gas-during-this-process-is-1-dfrac-3-2-r-2-dfrac-5-2-r-3-2r-4-r-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246ODkwODE-the-volume-v-of-a-monatomic-gas-varies-with-its-temperature-t-as-shown-in-the-graph-the-ratio-of-work-done-by-the-gas-to-the-heat-absorbed-by-it-when-it-undergoes-a-change-from-state-a-to-state-b-will https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246ODkwODc-the-efficiency-of-an-ideal-heat-engine-carnot-heat-engine-working-between-the-freezing-point-and-boiling-point-of-water-is-1-26-8-2-20-3-6-25-4-12-5-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246ODk3MjY-given-below-are-two-statements-assertion-a-thermodynamic-process-in-nature-are-irreversible-reason-r-dissipative-effects-cannot-be-eliminated-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-o https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTAxNTI-a-refrigerator-works-between-40c-and-300c-it-is-required-to-remove-600-calories-of-heat-every-second-to-keep-the-temperature-of-the-refrigerated-space-constant-the-power-required-will-be-take-1-cal-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTA2ODM-an-ideal-gas-is-compressed-to-half-its-initial-volume-using-several-processes-which-of-the-processes-results-in-the-maximum-work-done-on-the-gas-1-adiabatic-2-isobaric-3-isochoric-4-isothermal-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTA4NDY-a-carnot-engine-having-an-efficiency-of-eta-110-as-a-heat-engine-is-used-as-a-refrigerator-if-the-work-done-on-the-system-is-10-j-the-amount-of-energy-absorbed-from-the-reservoir-at-a-lower-temperatur https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTExMzQ-a-monoatomic-gas-at-a-pressure-p-having-a-volume-v-expands-isothermally-to-a-volume-2v-and-then-adiabatically-to-a-volume-16v-the-final-pressure-of-the-gas-is-left-text-take-gamma-frac-5-3-right-1-64p https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTExMzY-a-thermodynamic-system-undergoes-a-cyclic-process-abcda-as-shown-in-fig-the-work-done-by-the-system-in-the-cycle-is-1-p-0-v-0-2-2-p-0-v-0-3-dfrac-p-0-v-0-2-4-zero-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTE0MDA-a-gas-is-taken-through-the-cycle-a-rightarrow-b-rightarrow-c-rightarrow-a-as-shown-in-the-figure-what-is-the-total-amount-of-work-done-by-the-gas-1-1000-text-j-2-zero-3-2000-text-j-4-2000-text-j-1-2-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTE0MjU-the-molar-specific-heats-of-an-ideal-gas-at-constant-pressure-and-volume-are-denoted-by-c-p-and-c-v-respectively-if-gamma-frac-c-p-c-v-and-r-is-the-universal-gas-constant-then-c-v-is-equal-to-1-dfrac https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTIwOTE-a-thermodynamic-system-is-taken-through-the-cycle-abcd-as-shown-in-the-figure-heat-rejected-by-the-gas-during-the-cycle-is-1-2-pv-2-4-pv-3-dfrac-1-2-pv-4-pv-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTIxMTc-one-mole-of-an-ideal-gas-goes-from-an-initial-state-a-to-the-final-state-b-with-two-processes-it-first-undergoes-isothermal-expansion-from-volume-v-to-3v-and-then-its-volume-is-reduced-from-3v-to-v-at https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTI0MzA-when-1-kg-of-ice-at-0-circ-c-melts-into-the-water-at-0-circ-c-the-resulting-change-in-its-entropy-taking-the-latent-heat-of-ice-to-be-80-cal-gm-is-1-8-times-10-4-cal-k-2-80-cal-k-3-293-cal-k-4-273-cal https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTI0Mzc-during-an-isothermal-expansion-a-confined-ideal-gas-does-150-text-j-of-work-against-its-surrounding-this-implies-that-1-300-text-j-of-heat-has-been-added-to-the-gas-2-no-heat-is-transferred-because-th https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTMyMjA-the-internal-energy-change-in-a-system-that-has-absorbed-2-kcal-of-heat-and-done-500-j-of-work-is-1-8900-j-2-6400-j-3-5400-j-4-7900-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTM1ODU-an-engine-has-an-efficiency-of-16-when-the-temperature-of-the-sink-is-reduced-by-620c-its-efficiency-is-doubled-the-temperature-of-the-source-is-1-124oc-2-37oc-3-62oc-4-99oc-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTM5MjQ-a-carnot-engine-whose-sink-is-at-300-text-k-has-an-efficiency-of-40-by-how-much-should-the-temperature-of-the-source-be-increased-to-increase-its-efficiency-by-50-of-its-original-efficiency-1-275-text https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTM5NzA-the-molar-specific-heat-at-a-constant-pressure-of-an-ideal-gas-is-dfrac-7-2-r-the-ratio-of-specific-heat-at-constant-pressure-to-that-at-constant-volume-is-1-dfrac-7-5-2-dfrac-8-7-3-dfrac-5-7-4-dfrac https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTU1NDQ-in-which-of-the-following-processes-the-heat-is-neither-absorbed-nor-released-by-a-system-1-isochoric-2-isothermal-3-adiabatic-4-isobaric-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTYwMzA-if-for-a-given-substance-melting-point-is-tb-and-freezing-point-is-ta-then-correct-variation-shown-by-graph-between-entropy-change-and-temperature-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTE0MzE0-one-mole-of-a-monoatomic-ideal-gas-is-mixed-with-one-mole-of-a-diatomic-ideal-gas-the-molar-specific-heat-of-the-mixture-at-constant-volume-is-1-8r-2-dfrac-3r-2-3-2r-4-2-5r-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTE3NTk0-equal-moles-of-monoatomic-and-diatomic-gases-are-mixed-947-for-mixture-is-947-cpcv-1-1-5-2-1-3-2-4-1-67-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTE5NjYy-a-gas-mixture-consists-of-2-moles-of-o2-and-4-moles-of-ar-at-temperature-t-neglecting-all-vibrational-modes-the-total-internal-energy-of-the-system-is-1-4-rt-2-15-rt-3-9-rt-4-11-rt-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTIwNTky-n-moles-of-an-ideal-gas-is-heated-at-constant-pressure-from-50-deg-c-to-100-deg-c-the-increase-in-internal-energy-of-the-gas-is-cpcv-947-andr-gasconstant-1-50nr-947-1-2-100nr-947-1-3-50n-947-r-947-1-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTIyMTU0-a-and-b-are-two-adiabatic-curves-for-two-different-gases-then-a-and-b-corresponds-to-1-ar-and-he-respectively-2-he-and-h2-respectively-3-o2-and-h2-respectively-4-h2-and-he-respectively-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTI2NDMz-an-ideal-gas-going-through-the-reversible-cycle-a-8594-b-8594-c-8594-d-has-the-v-t-diagram-as-shown-below-in-the-figure-process-d-8594-aandb-8594-c-are-adiabatic-the-corresponding-p-v-diagram-for-the https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTI2Njc4-what-is-the-nature-of-change-in-internal-energy-in-the-following-three-thermodynamic-processes-shown-in-figure-1-8710-u-is-positive-in-all-the-three-cases-2-8710-u-is-negative-in-all-the-three-cases-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTMwOTA0-an-ideal-gas-undergoes-a-cyclic-process-abca-as-shown-the-heat-exchange-between-the-system-and-the-surrounding-during-the-process-will-be-1-10-j-2-5-j-3-15-j-4-20-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTMxMzYy-a-cyclic-process-abcd-is-shown-in-the-p-v-diagram-which-of-the-following-curves-represent-the-same-process-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTMxNzM5-1-text-g-of-water-of-volume-1-text-cm-3-at-100-circ-text-c-is-converted-into-steam-at-the-same-temperature-under-normal-atmospheric-pressure-approx-1-times10-5-text-pa-the-volume-of-steam-formed-equal https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTM2Mzky-which-of-the-following-thermodynamic-quantities-is-an-outcome-of-the-second-law-of-thermodynamics-1-work-2-enthalpy-3-internal-energy-4-entropy-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NTA5-the-molar-heat-capacity-for-an-ideal-gas-1-cannot-be-negative-2-must-be-equal-to-either-cv-or-cp-3-must-lie-in-the-range-cv-8804-c-8804-cp-4-may-have-any-value-between-8734-and-8734-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NTEw-an-ideal-gas-expands-according-to-the-law-pv2-const-the-molar-heat-capacity-c-is-1-cv-r-2-cv-8211-r-3-cv-2r-4-cv-8211-3r-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NTEx-the-molar-heat-capacity-c-for-an-ideal-gas-going-through-a-given-process-is-given-by-c-a-t-where-a-is-a-constant-if-947-cp-cv-the-work-done-by-one-mole-of-gas-during-heating-from-t0-to-951-t0-through https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NTEy-one-mole-of-a-monoatomic-ideal-gas-undergoes-the-process-in-the-given-p-v-diagram-the-molar-heat-capacity-for-this-process-is-1-2-3-4-2r-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NTE0-the-pressure-of-a-monoatomic-gas-increases-linearly-from-4-times-105-n-m2-to-8-times-105-n-m2-when-its-volume-increases-from-0-2-m3-to-0-5-m3-the-molar-heat-capacity-of-the-gas-is-r-8-31-j-mol-k-1-20 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5ODQ2-an-ideal-gas-undergoes-a-cyclic-process-as-shown-in-the-graph-between-pressure-p-and-temperature-t-the-part-of-the-graph-which-represents-the-absorption-of-heat-from-the-surrounding-are-1-text-ab-cd-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5ODgz-ideal-gas-is-taken-through-cycle-p-8594-q-8594-r-8594-p-as-shown-in-the-figure-if-net-heat-supplied-to-the-gas-in-the-cycle-is-15-j-the-work-done-by-the-gas-in-the-process-r-8594-p-is-1-5j-2-15-j-3-20 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5OTI0-internal-energy-remains-the-same-throughout-the-process-along-the-path-in-1-adiabatic-process-2-isothermal-process-3-cyclic-process-4-both-2-3-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5OTM1-the-cyclic-process-of-2-moles-of-diatomic-gas-is-shown-in-the-figure-which-of-the-following-statements-is-correct-1-the-process-bc-is-an-isothermal-compression-2-the-work-done-in-the-process-ca-is-4-r https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5OTM5-without-external-heat-work-done-possible-in-1-adiabatic-process-2-isochoric-process-3-isothermal-process-4-isobaric-process-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwMDA0-the-pv-diagram-of-an-ideal-gas-is-shown-in-the-figure-the-work-done-by-the-gas-in-the-process-1-rarr-2-rarr-3-rarr-4-is-given-by-1-frac-9-2-p-0v-0-2-frac-15-2-p-0v-0-3-frac-13-2-p-0v-0-4-frac-3-2-p-0v https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNzYz-given-below-are-two-statements-statement-i-zeroth-law-of-thermodynamics-explains-the-concept-of-thermal-energy-statement-ii-thermal-energy-is-independent-of-temperature-1-statement-i-is-false-but-stat https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwOTQ1-which-of-the-following-is-true-for-the-molar-heat-capacity-of-an-ideal-gas-1-it-cannot-be-negative-2-it-has-only-two-values-left-c-p-text-and-c-v-right-3-it-can-have-any-value-4-it-cannot-be-zero-1-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTcxMjI0-during-an-adiabatic-process-the-pressure-of-a-gas-is-found-to-be-proportional-to-the-fourth-power-of-its-absolute-temperature-the-ideal-gas-would-be-1-h2-2-he-3-the-mixture-of-h2-and-he-4-ch2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTg1NDU1-two-cylinders-a-and-b-of-equal-capacity-are-connected-to-each-other-via-a-stop-cock-a-contains-an-ideal-gas-at-standard-temperature-and-pressure-b-is-completely-evacuated-the-entire-system-is-thermall https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTk3NTkx-what-amount-of-heat-must-be-supplied-to-2-0-times-10-2-text-kg-of-nitrogen-at-room-temperature-to-raise-its-temperature-by-45-circ-text-c-at-constant-pressure-molecular-mass-of-mathrm-n-2-28-r-8-314-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTk3NjM0-a-cylinder-with-a-movable-piston-contains-3-moles-of-hydrogen-at-standard-temperature-and-pressure-the-walls-of-the-cylinder-are-made-of-a-heat-insulator-and-the-piston-is-insulated-by-having-a-pile-o https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTk3NjQz-in-changing-the-state-of-a-gas-adiabatically-from-an-equilibrium-state-a-to-another-equilibrium-state-b-an-amount-of-work-equal-to-22-3-text-j-is-done-on-the-system-if-the-gas-is-taken-from-state-a-to https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTk3NjU1-two-cylinders-a-and-b-of-equal-capacity-are-connected-to-each-other-via-a-stopcock-a-contains-gas-at-a-standard-temperature-and-pressure-b-is-completely-evacuated-the-entire-system-is-thermally-insula https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTk5NzI2-a-steam-engine-delivers-5-4-times-10-8-j-of-work-per-minute-and-extracts-3-6-times-10-9-j-of-heat-per-minute-from-its-boiler-the-efficiency-of-the-engine-is-1-15-2-18-3-13-4-11-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTk5NzI3-an-electric-heater-supplies-heat-to-a-system-at-a-rate-of-100-text-w-if-the-system-performs-work-at-a-rate-of-75-text-j-s-at-what-rate-is-the-internal-energy-increasing-1-20-text-w-2-25-text-w-3-29-te https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTk5NzI4-a-thermodynamic-system-is-taken-from-an-original-state-to-an-intermediate-state-by-the-linear-process-shown-in-the-figure-its-volume-is-then-reduced-to-the-original-value-from-e-to-f-by-an-isobaric-pr https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTk5NzI5-a-refrigerator-is-to-maintain-eatables-kept-inside-at-9-circ-text-c-if-room-temperature-is-36-circ-text-c-the-coefficient-of-performance-is-1-9-3-2-12-4-3-11-2-4-10-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjAx-in-thermodynamics-the-zeroth-law-is-related-to-1-work-done-2-thermal-equilibrium-3-entropy-4-diffusion-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjAy-for-a-cyclic-process-1-8710-u-0-2-8710-q-0-3-w-0-4-both-1-and-3-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjAz-in-the-following-figures-a-to-d-the-variation-of-volume-by-change-of-pressure-is-shown-the-gas-is-taken-along-the-path-abcda-the-change-in-internal-energy-of-the-gas-will-be-1-positive-in-all-cases-fr https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjE1-the-incorrect-relation-is-where-symbols-have-their-usual-meanings-1-c-p-frac-gamma-r-gamma-1-2-c-p-c-v-r-3-delta-u-frac-p-fv-f-p-iv-i-1-gamma-4-c-v-frac-r-gamma-1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjE2-select-the-incorrect-statement-about-the-specific-heats-of-a-gaseous-system-1-specific-heat-at-no-exchange-condition-ca-0-2-specific-heat-at-a-constant-temperature-ct-8734-3-specific-heat-at-constant https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjE3-a-certain-amount-of-an-ideal-monatomic-gas-needs-20-j-of-heat-energy-to-raise-its-temperature-by-10-176-c-at-constant-pressure-the-heat-needed-for-the-same-temperature-rise-at-constant-volume-will-be https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjIw-work-done-in-the-cyclic-process-shown-in-the-figure-is-1-xa0-4p0v0-2-xa0-4p0v0-3-xa0-227p0v0-4-xa0-13p0v0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjIy-for-a-certain-process-the-pressure-of-a-diatomic-gas-varies-according-to-the-relation-p-av2-where-a-is-a-constant-what-is-the-molar-heat-capacity-of-the-gas-for-this-process-1-17r6-2-6r17-3-13r6-4-16r https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjI1-an-ideal-gas-with-an-adiabatic-exponent-947-is-heated-at-a-constant-pressure-it-absorbs-q-amount-of-heat-the-fraction-of-heat-absorbed-in-increasing-the-temperature-is-1-947-2-1-947-3-1-1-947-4-2-947 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjE0MTYw-by-opening-the-door-of-a-refrigerator-inside-a-closed-room-1-you-can-cool-the-room-to-a-certain-degree-2-you-can-cool-it-to-the-temperature-inside-the-refrigerator-3-you-ultimately-warm-the-room-sligh https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjE0MTYx-in-a-carnot-cycle-order-of-process-is-1-isothermal-expansion-adiabatic-expansion-isothermal-compression-and-adiabatic-compression-2-isothermal-compression-isothermal-expansion-adiabatic-compression-an https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjE0MTYz-consider-a-cycle-followed-by-an-engine-1-text-to-2-is-isothermal-2-text-to-3-is-adiabatic-3-text-to-1-is-adiabatic-such-a-process-does-not-exist-because-1-heat-is-completely-converted-to-mechanical-en https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjI3NTcw-an-ideal-gas-undergoes-four-different-processes-from-the-same-initial-state-figure-four-processes-are-adiabatic-isothermal-isobaric-and-isochoric-out-of-1-2-3-and-4-which-one-is-adiabatic-1-4-2-3-3-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjI3NTcx-if-an-average-person-jogs-he-produces-14-5-times10-3-cal-min-this-is-removed-by-the-evaporation-of-sweat-the-amount-of-sweat-evaporated-per-minute-assuming-1-kg-requires-580-times10-3-cal-for-evaporat https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjI3NTcy-consider-the-p-text-v-diagram-for-an-ideal-gas-shown-in-the-figure-out-of-the-following-diagrams-which-figure-represents-the-t-text-p-diagram-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjI3NTcz-three-copper-blocks-of-masses-m-1-m-2-and-m-3-text-kg-respectively-are-brought-into-thermal-contact-till-they-reach-equilibrium-before-contact-they-were-at-t-1-t-2-t-3-left-right-t-1-t-2-t-3-left-righ https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjI3NTc0-which-of-the-processes-described-below-are-irreversible-a-the-increase-in-temperature-of-an-iron-rod-by-hammering-it-b-a-gas-in-a-small-container-at-a-temperature-t-1-is-brought-in-contact-with-a-big https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjI3NTc1-an-ideal-gas-undergoes-an-isothermal-process-from-some-initial-state-i-to-the-final-state-a-du-0-b-dq-0-c-dq-du-d-dq-dw-choose-the-correct-alternatives-1-a-b-c-2-a-d-3-b-c-d-4-a-c-d-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjI3NTc2-the-figure-shows-the-p-text-v-diagram-of-an-ideal-gas-undergoing-a-change-of-state-from-a-to-b-four-different-paths-mathrm-i-ii-iii-and-mathrm-iv-as-shown-in-the-figure-may-lead-to-the-same-change-of https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjI3NTc3-consider-a-cycle-followed-by-an-engine-figure-1-to-2-is-isothermal-2-to-3-is-adiabatic-3-to-1-is-adiabatic-such-a-process-does-not-exist-because-a-heat-is-completely-converted-to-mechanical-energy-in https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjI3NTc5-consider-a-heat-engine-as-shown-in-the-figure-q1andq2-are-heat-added-to-t1-and-heat-taken-from-t2-respectively-in-one-cycle-of-the-engine-w-is-the-mechanical-work-done-on-the-engine-if-w-0-then-possib https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjI3OTA2-q-5-consider-two-containers-a-and-b-containing-identical-gases-at-the-same-pressure-volume-and-temperature-the-gas-in-container-a-is-compressed-to-half-of-its-original-volume-isothermally-while-the-ga https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjQ1MDY3-the-efficiency-of-a-carnot-engine-depends-upon-1-the-temperature-of-the-sink-only-2-the-temperatures-of-the-source-and-the-sink-3-the-volume-of-the-cylinder-of-the-engine-4-the-temperature-of-the-sour https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjQ1NDEy-the-p-text-v-diagram-for-an-ideal-gas-in-a-piston-cylinder-assembly-undergoing-a-thermodynamic-process-is-shown-in-the-figure-the-process-is-1-adiabatic-2-isochoric-3-isobaric-4-isothermal-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc0ODU1-the-graph-given-below-shows-variation-of-specific-heat-capacity-of-water-versus-temperature-from-the-graph-given-above-we-can-conclude-that-1-specific-heat-capacity-always-increases-2-specific-heat-ca https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc0ODU2-the-graph-below-shows-the-processes-involved-in-a-carnot-engine-for-the-two-isotherms-1-and-2-the-temperature-of-isotherm-1-is-1-equal-to-the-temperature-of-isotherm-2-2-more-than-the-temperature-of-i https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM5MzI3-an-ideal-gas-undergoes-four-different-processes-from-the-same-initial-state-as-shown-in-the-figure-below-those-processes-are-adiabatic-isothermal-isobaric-and-isochoric-the-curve-which-represents-the https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM5NzQx-a-gas-undergoes-an-isothermal-process-the-specific-heat-capacity-of-the-gas-in-the-process-is-1-infinity-2-0-5-3-zero-4-1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ2NTky-an-ideal-gas-undergoes-a-thermodynamic-process-described-by-the-equation-pv-2-c-where-c-is-a-constant-the-gas-transitions-from-an-initial-state-p-1-v-1-t-1-to-a-final-state-p-2-v-2-t-2-which-of-the-fo https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY2OTQx-a-carnot-engine-has-an-efficiency-of-50-when-its-source-is-at-a-temperature-327-circ-mathrm-c-the-temperature-of-the-sink-is-1-200-circ-mathrm-c-2-27-circ-mathrm-c-3-15-circ-mathrm-c-4-100-circ-mathrm https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY4MTU3-for-the-given-cycle-the-work-done-during-the-isobaric-process-is-1-200-j-2-zero-3-400-j-4-600-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDU0OTU1-a-thermodynamic-system-is-taken-through-the-cycle-abcda-the-work-done-by-the-gas-along-the-path-bc-is-1-30-text-j-2-90-text-j-3-60-text-j-4-zero-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDU2Nzg0-for-an-adiabatic-process-the-factor-which-remains-constant-is-all-the-notations-have-their-usual-meaning-1-p-gamma-1-t-gamma-2-t-v-1-gamma-3-v-gamma-1-t-gamma-4-p-1-gamma-t-gamma-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM4MzI3-if-delta-q-is-the-heat-flowing-out-of-a-system-delta-w-is-the-work-done-by-the-system-on-its-surroundings-and-delta-u-is-the-decrease-in-internal-energy-of-the-system-then-the-first-law-of-thermodynam https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzMjY2-a-thermodynamic-process-involving-a-system-takes-place-with-100-text-j-of-heat-being-rejected-to-the-environment-and-an-increase-of-20-text-j-of-internal-energy-then-1-work-done-by-the-system-is-120-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM1MTc4-the-internal-energy-of-a-gas-is-given-by-u-dfrac32pv-the-gas-expands-in-such-a-way-that-its-internal-energy-initially-u-0-remains-constant-throughout-the-process-but-its-volume-changes-from-v-0-to-2v https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNjY4-the-first-law-of-thermodynamics-is-a-statement-of-1-conservation-of-heat-2-conservation-of-work-3-conservation-of-momentum-4-conservation-of-energy-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNjg2-consider-the-process-on-a-system-shown-in-the-figure-during-the-process-the-work-done-by-the-system-1-continuously-increases-2-continuously-decreases-3-first-increases-then-decreases-4-first-decreases https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNjkx-an-ideal-gas-goes-from-the-state-i-to-the-state-f-as-shown-in-figure-given-below-the-work-done-by-the-gas-during-the-process-1-is-positive-2-is-negative-3-is-zero-4-cannot-be-obtained-from-this-inform https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzYz-let-c-v-and-c-p-denote-the-molar-heat-capacities-of-an-ideal-gas-at-constant-volume-and-constant-pressure-respectively-which-of-the-following-is-a-universal-constant-1-frac-c-p-c-v-2-c-pc-v-3-c-p-c-v https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzY0-70-calories-of-heat-is-required-to-raise-the-temperature-of-2-mole-of-an-ideal-gas-at-constant-pressure-from-30-circ-text-c-to-35-circ-text-c-the-amount-of-heat-required-to-raise-the-temperature-of-th https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM3NzAx-a-gas-gamma-1-5-undergoes-a-process-in-which-its-volume-is-doubled-but-the-speed-of-sound-in-the-gas-remains-unchanged-then-1-the-pressure-is-halved-2-the-pressure-decreases-by-a-factor-of-2-sqrt-2-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM1OTE1-the-pressure-of-an-ideal-gas-left-gamma-dfrac32-right-is-increased-by-1-in-an-adiabatic-process-the-temperature-of-the-gas-1-increases-by-1-5-2-decreases-by-1-5-3-increases-by-frac13-4-increases-by-fr https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM0Mjkw-an-ideal-monoatomic-gas-at-a-temperature-of-300-text-k-and-a-pressure-of-10-text-atm-is-suddenly-allowed-to-expand-into-vacuum-so-that-its-volume-is-doubled-no-exchange-of-heat-is-allowed-to-take-plac https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzU4MzE1-which-of-the-following-relations-does-not-give-the-equation-of-an-adiabatic-process-where-terms-have-their-usual-meaning-1-p-1-gamma-t-gamma-text-constant-2-pv-gamma-text-constant-3-tv-gamma-1-text-co https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzE0MjQy-the-ratio-c-p-c-v-1-5-for-a-certain-ideal-gas-the-gas-is-taken-at-an-initial-pressure-of-2-kpa-and-compressed-suddenly-to-dfrac14-of-its-initial-volume-the-final-pressure-is-1-dfrac12-kpa-2-4-kpa-3-8 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNjcz-if-heat-is-supplied-to-an-ideal-gas-in-an-isothermal-process-1-the-internal-energy-of-the-gas-will-increase-2-the-gas-will-do-positive-work-3-the-gas-will-do-negative-work-4-the-said-process-is-not-po https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzEz-refer-to-figure-given-below-let-u-1-and-u-2-be-the-change-in-internal-energy-in-processes-a-and-b-respectively-q-be-the-net-heat-given-to-the-system-in-process-a-b-and-w-be-the-net-work-done-by-the-sy https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTMyNDA-in-thermodynamic-processes-which-of-the-following-statements-is-not-true-1-in-an-adiabatic-process-the-system-is-insulated-from-the-surroundings-2-in-an-isochoric-process-pressure-remains-constant-3-i https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzE0MjMw-the-quantity-of-heat-required-to-take-a-system-from-mathrm-a-to-mathrm-c-through-the-process-mathrm-abc-is-20-cal-the-quantity-of-heat-required-to-go-from-mathrm-a-to-mathrm-c-directly-is-1-20-cal-2-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQwODk5-given-below-are-two-statements-statement-i-the-efficiency-of-any-thermodynamic-engine-can-approach-100-if-friction-and-all-dissipative-processes-are-reduced-statement-ii-the-first-law-of-thermodynamic https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3NDIy-in-thermodynamics-how-are-heat-and-work-classified-1-point-functions-2-extensive-thermodynamic-state-variables-3-path-function-4-intensive-thermodynamic-state-variables-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzk0NDA1-two-gases-are-said-to-be-in-thermal-equilibrium-when-they-have-the-same-1-pressure-2-volume-3-temperature-4-area-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNjgx-refer-to-the-given-figure-let-delta-u-1-and-delta-u-2-be-the-changes-in-internal-energy-of-the-system-in-processes-a-and-b-then-1-delta-u-1-delta-u-2-2-delta-u-1-delta-u-2-3-delta-u-1-4-delta-u-1-neq https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzI1MjI4-the-pressure-versus-temperature-graph-of-an-ideal-gas-is-as-shown-in-the-figure-the-density-of-the-gas-at-point-a-is-mathit-rho-0-density-at-point-b-will-be-1-dfrac-3-4-mathit-rho-0-2-dfrac-3-2-mathit https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzk0Njc3-a-process-is-considered-reversible-if-it-satisfies-which-of-the-following-conditions-1-it-is-quasi-static-2-it-is-non-dissipative-3-both-1-and-2-4-neither-1-nor-2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzgwMTI4-what-is-the-maximum-amount-of-work-that-can-be-extracted-from-200-mathrm-cal-of-heat-energy-1-280-mathrm-j-2-800-mathrm-j-3-420-mathrm-j-4-840-mathrm-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMDcx-match-column-i-with-column-ii-and-select-the-correct-option-column-i-column-ii-p-adiabatic-process-a-no-work-done-by-or-on-gas-q-isochoric-process-b-some-amount-of-heat-given-is-converted-into-interna https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1ODQz-an-idea-gas-initially-at-0-circ-temperature-is-compressed-suddenly-to-one-fourth-of-its-volume-if-the-ratio-of-specific-heat-at-constant-pressure-to-that-at-constant-volume-is-dfrac-3-2-the-change-in https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzg2NzA5-an-isothermal-process-is-characterized-by-1-no-heat-flow-between-the-system-and-the-surroundings-2-constant-volume-3-constant-pressure-4-constant-temperature-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTIwMzQ3-the-volume-of-an-ideal-gas-gamma-1-5-is-changed-adiabatically-from-5-litres-to-4-litres-the-ratio-of-initial-pressure-to-final-pressure-is-1-dfrac-4-5-2-dfrac-8-5-sqrt-5-3-dfrac-16-25-4-dfrac-2-sqrt-5 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY2NjM0-a-mixture-of-gases-with-an-adiabatic-coefficient-equal-to-3-2-is-compressed-from-an-initial-state-p-0-v-0-to-one-fourth-volume-adiabatically-its-final-pressure-will-be-equal-to-1-p-0-2-2p-0-3-4p-0-4-8 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjE0MTU2-in-thermodynamic-processes-which-of-the-following-statements-is-not-true-1-in-an-adiabatic-process-the-system-is-insulated-from-the-surroundings-2-in-an-isochoric-process-pressure-remains-constant-3-i https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzUwMTAz-match-column-i-with-column-ii-for-an-ideal-gas-column-i-column-ii-mathrm-a-isobaric-expansion-mathrm-p-delta-w-delta-u-mathrm-b-isochoric-cooling-mathrm-q-delta-w-mathrm-c-adiabatic-expansion-mathrm-r https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzODAw-let-q-and-w-denote-the-amount-of-heat-given-to-an-ideal-gas-and-the-work-done-by-it-in-an-isothermal-process-a-q-0-b-w-0-c-q-ne-w-d-q-w-choose-the-correct-option-1-a-b-2-b-c-3-d-only-4-a-d-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc2NzEz-the-given-diagram-shows-four-processes-i-e-isochoric-isobaric-isothermal-and-adiabatic-the-correct-assignment-of-the-processes-in-the-same-order-is-given-by-1-d-a-b-c-2-a-d-c-b-3-a-d-b-c-4-d-a-c-b-1-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzkzMDM5-the-ratio-of-adiabatic-to-isothermal-elasticity-of-a-diatomic-gas-is-1-1-67-2-1-4-3-1-33-4-1-27-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTA2MDc4-an-ideal-monatomic-gas-is-taken-through-a-reversible-process-and-a-graph-is-drawn-between-two-physical-quantities-as-indicated-in-column-i-the-graphs-are-shown-in-column-ii-match-the-proper-entries-gi https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzMzQ-we-consider-a-thermodynamic-system-if-delta-u-represents-the-increase-in-its-internal-energy-and-w-the-work-done-by-the-system-which-of-the-following-statements-is-true-1-delta-u-w-in-an-adiabatic-pro https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5ODI3-a-diatomic-gas-is-at-temperature-1727-c1727-c1727-c-if-it-expands-such-that-its-final-volume-becomes-32-times-its-initial-value-without-the-exchange-of-heat-then-its-final-temperature-will-become-1-10 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ1MDc2-if-an-ideal-gas-is-compressed-isothermally-which-of-the-following-statement-is-true-1-energy-is-transferred-into-the-gas-by-heat-2-work-is-done-by-the-gas-3-pressure-of-the-gas-decreases-4-the-interna https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzc0-in-an-isothermal-process-on-an-ideal-gas-the-pressure-increases-by-0-5-the-volume-decreases-by-about-1-0-25-2-0-5-3-0-7-4-1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ1NTU5-the-pressure-p-1-and-density-d-1-of-diatomic-gas-left-gamma-dfrac-7-5-right-change-suddenly-to-p-2-p-1-and-d-2-respectively-during-an-adiabatic-process-the-temperature-of-the-gas-increases-and-becomes https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzE1-the-internal-energy-of-an-ideal-gas-decreases-by-the-same-amount-as-the-work-done-by-the-system-then-a-the-process-must-be-adiabatic-b-the-process-must-be-isothermal-c-the-process-must-be-isobaric-d-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM1MTgw-an-ideal-gas-obeys-the-law-p-2v-constant-during-a-reversible-thermodynamic-process-the-relationship-between-volume-v-and-absolute-temperature-t-during-this-process-is-1-dfrac-v-t-constant-2-dfrac-v-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4MjE1-a-balloon-filled-with-helium-32-circ-mathrm-c-and-1-7-atm-bursts-immediately-afterwards-the-expansion-of-helium-can-be-considered-as-1-irreversible-adiabatic-2-reversible-adiabatic-3-irreversible-isot https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzI2Njgw-a-gas-is-heated-at-constant-pressure-the-fraction-of-heat-supplied-used-for-external-work-is-1-dfrac-1-gamma-2-left-1-dfrac-1-gamma-right-3-gamma-1-4-left-1-dfrac-1-gamma-2-right-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzI0MjY3-during-the-adiabatic-process-the-pressure-p-versus-density-mathit-rho-equation-is-1-p-rho-gamma-mathrm-constant-2-p-rho-gamma-mathrm-constant-3-p-gamma-rho-1-gamma-mathrm-constant-4-p-1-gamma-rho-gamm https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3MTY3-one-mole-of-an-ideal-monatomic-gas-is-compressed-isothermally-in-a-rigid-vessel-to-double-its-pressure-at-room-temperature-27-circ-text-c-the-work-done-on-the-gas-will-be-1-300r-2-300r-mathrm-ln-2-3-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDM0Nzc4-an-ideal-gas-undergoes-a-cyclic-process-as-depicted-on-the-pressure-p-versus-volume-v-graph-during-which-part-of-the-process-is-no-work-done-on-or-by-the-gas-1-ab-2-bc-3-cd-4-de-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTE5Nzkx-a-total-of-48-j-heat-is-given-to-one-mole-of-helium-kept-in-a-cylinder-the-temperature-of-helium-increases-by-2-c-the-work-done-by-the-gas-is-given-mathrm-r-8-31-mathrm-jk-1-mathrm-mol-1-1-48-j-2-23-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc3MzM1-a-sample-of-an-ideal-gas-is-taken-through-the-cyclic-process-abca-as-shown-in-the-figure-the-change-in-the-internal-energy-of-the-gas-along-the-path-ca-is-180-text-j-the-gas-absorbs-250-text-j-of-heat https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzI0MjYy-an-ideal-monoatomic-gas-is-taken-around-the-cycle-abcda-as-shown-in-the-p-text-v-diagram-see-figure-the-work-done-during-the-cycle-is-1-14pv-2-7pv-3-3pv-4-8pv-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDYxNDQ0-a-gas-with-large-frac-c-p-c-v-gamma-goes-from-an-initial-state-p-1-v-1-t-1-to-a-final-state-p-2-v-2-t-2-through-an-adiabatic-process-the-work-done-by-the-gas-is-a-large-frac-nr-t-1-t-2-gamma-1-b-large https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDU0ODE4-a-gas-undergoes-a-thermodynamic-process-from-state-p-1-v-1-t-1-to-state-p-2-v-2-t-2-the-process-satisfies-the-relation-pv-3-2-text-constant-the-work-done-by-the-gas-in-this-process-is-1-dfrac-left-p-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTIwNTI0-a-sample-of-1-mole-gas-at-temperature-t-is-adiabatically-expanded-to-double-its-volume-if-adiabatic-constant-for-the-gas-is-begin-equation-gamma-dfrac-3-2-end-equation-then-the-work-done-by-the-gas-in https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDUwODk2-an-ideal-gas-undergoes-a-cyclic-process-abcda-as-shown-in-given-p-text-v-diagram-given-below-the-amount-of-work-done-by-the-gas-is-1-6-p-0-v-0-2-2-p-0-v-0-3-2-p-0-v-0-4-4-p-0-v-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4MjI1-the-temperature-of-3-00-text-mol-of-an-ideal-diatomic-gas-is-increased-by-40-0-circ-text-c-without-changing-the-pressure-of-the-gas-the-molecules-in-the-gas-rotate-but-do-not-oscillate-if-the-ratio-of https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5MTE2-if-one-mole-of-an-ideal-gas-at-p-1-v-1-is-allowed-to-expand-reversibly-and-isothermally-a-rightarrow-b-its-pressure-is-reduced-to-one-half-of-the-original-pressure-see-figure-this-is-followed-by-a-con https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzg2NTk3-graphs-drawn-to-the-same-scale-showing-the-variation-of-pressure-with-volume-for-a-certain-gas-undergoing-four-different-cyclic-processes-mathrm-a-mathrm-b-mathrm-c-and-mathrm-d-are-given-below-among https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5ODUz-the-volume-versus-temperature-graph-for-two-moles-of-monoatomic-gas-is-shown-in-the-figure-the-ratio-of-work-done-by-the-gas-to-the-heat-absorbed-by-it-in-the-process-a-to-b-is-1-dfrac-1-2-2-dfrac-2-5 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDU0MTEw-the-temperature-of-2-moles-of-helium-gas-decreases-from-280-text-k-to-250-text-k-during-an-adiabatic-expansion-the-work-done-by-the-gas-is-approximately-1-700-text-j-2-800-text-j-3-748-text-j-4-650-te https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4NDM3-one-mole-of-an-ideal-gas-at-27-circ-text-c-is-taken-from-a-to-b-as-shown-in-the-given-pv-indicator-diagram-the-work-done-by-the-system-is-text-given-r-8-3-text-j-text-mole-text-k-mathrm-ln-2-0-6931-te https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDU0ODA4-two-moles-of-a-monoatomic-gas-are-mixed-with-six-moles-of-a-diatomic-gas-what-is-the-molar-specific-heat-at-constant-volume-of-the-resulting-mixture-r-is-the-universal-gas-constant-1-1-75r-2-2-25r-3-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc2ODQw-when-heat-q-is-supplied-to-a-diatomic-gas-of-rigid-molecules-at-constant-volume-its-temperature-increases-by-delta-t-the-heat-required-to-produce-the-same-change-in-temperature-at-a-constant-pressure https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTA2MTI2-what-is-the-molar-specific-heat-c-v-of-a-1-2-molar-mixture-of-monatomic-diatomic-ideal-gases-1-dfrac-11-6-r-2-dfrac-13-6-r-3-5r-4-dfrac-17-6-r-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzg2ODQ1-for-a-monoatomic-ideal-gas-what-is-the-ratio-of-the-molar-specific-heat-at-constant-pressure-c-p-to-the-molar-specific-heat-at-constant-volume-c-v-1-dfrac-5-3-2-dfrac-5-2-3-dfrac-7-5-4-dfrac-9-7-1-2-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTA2MTA1-1-mole-of-an-equimolar-mixture-of-hydrogen-and-helium-gas-is-taken-through-the-processes-ab-bc-ca-i-process-ab-isobaric-expansion-quadrupling-the-volume-ii-process-bc-isochoric-cooling-iii-process-ca https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5MjA4-a-diatomic-gas-having-c-p-dfrac-7-2-r-and-c-v-dfrac-5-2-r-is-heated-at-constant-pressure-the-ratio-of-du-dq-dw-is-1-5-7-3-2-5-7-2-3-3-7-2-4-3-5-2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDUyNTc2-a-mixture-is-prepared-by-combining-28-text-g-of-nitrogen-mathrm-n-2-at-27-circ-text-c-with-32-text-g-of-oxygen-mathrm-o-2-at-57-circ-text-c-assuming-no-heat-is-lost-to-the-surroundings-what-will-be-th https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTA2MjAy-n-1-moles-of-an-ideal-gas-at-a-temperature-t-1-and-n-2-moles-of-the-same-gas-at-a-temperature-t-2-are-taken-in-two-parts-of-the-same-insulated-vessel-with-a-partition-between-them-the-partition-is-now https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzNzAz-a-gas-with-8-degrees-of-freedom-per-molecule-expands-at-constant-pressure-and-performs-150-text-j-of-work-the-corresponding-amount-of-heat-absorbed-by-the-gas-is-1-530-text-j-2-380-text-j-3-100-text-j https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzODE1-four-cylinders-contain-equal-number-of-moles-of-argon-hydrogen-nitrogen-and-carbon-dioxide-at-the-same-temperature-the-energy-is-minimum-in-a-argon-b-hydrogen-c-nitrogen-d-carbon-dioxide-choose-the-co https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMjg0-during-an-adiabatic-process-performed-on-a-diatomic-gas-725-j-of-work-is-done-on-the-gas-the-change-in-internal-the-energy-of-the-gas-is-equal-to-1-495-j-2-725-j-3-225-j-4-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMTYz-the-initial-volume-of-1-mole-of-a-monoatomic-gas-is-2-litres-it-is-expanded-isothermally-to-a-volume-of-6-litres-change-in-internal-energy-of-the-gas-is-1-2r-2-4r-3-r-4-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzI1MTky-in-a-thermodynamic-process-the-pressure-of-a-fixed-mass-of-a-gas-is-changed-in-such-a-manner-that-the-gas-releases-29-j-of-heat-and-8-j-of-work-is-done-on-the-gas-if-the-initial-internal-energy-of-the https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDUzOTMx-which-fundamental-law-forms-the-foundation-of-the-first-law-of-thermodynamics-1-law-of-conservation-of-energy-2-law-of-conservation-of-mechanical-energy-3-law-of-conservation-of-gravitational-energy-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjgzNDYx-1-mole-of-rigid-diatomic-gas-performs-a-work-of-dfrac-q-5-when-heat-q-is-supplied-to-it-change-in-internal-energy-of-the-gas-is-1-dfrac-4q-5-2-dfrac-3q-5-3-dfrac-q-5-4-dfrac-2q-5-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMTU0-for-a-system-undergoing-an-isothermal-process-heat-energy-is-supplied-to-the-system-then-i-internal-energy-will-increase-ii-internal-energy-will-decrease-iii-work-done-by-the-system-is-positive-iv-wor https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTI1ODI-if-delta-u-and-delta-w-represent-the-increase-in-internal-energy-and-work-done-by-the-system-respectively-in-a-thermodynamical-process-which-of-the-following-is-true-1-delta-u-delta-w-in-an-adiabatic https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjg0MTky-a-closed-vessel-contains-0-1-mole-of-a-monatomic-ideal-gas-at-200-text-k-if-0-05-mole-of-the-same-gas-at-500-text-k-is-added-to-it-the-final-equilibrium-temperature-in-text-k-of-the-gas-in-the-vessel https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjUwODk1-an-ideal-gas-goes-from-state-a-to-state-b-via-three-different-processes-as-indicated-in-the-p-text-v-diagram-if-q-1-q-2-q-3-indicate-the-heat-absorbed-by-the-gas-along-the-three-processes-and-delta-u https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ1Njg1-in-a-certain-process-33-5-kj-is-furnished-to-the-system-while-the-system-does-6-kj-of-work-what-is-the-change-in-the-internal-energy-of-the-system-1-39-5-kj-2-33-5-kj-3-27-5-kj-4-6-kj-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzk0Nzgw-the-figure-shows-two-processes-a-and-b-for-a-given-sample-of-gas-let-delta-q-1-delta-q-2-represent-the-amount-of-heat-absorbed-by-the-system-in-the-two-cases-and-delta-u-1-delta-u-2-represent-the-chan https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTcxMTMx-when-a-system-is-taken-from-state-i-to-state-f-along-path-iaf-q-50-j-and-w-20-j-if-w-13-j-for-the-curved-return-path-fi-q-in-this-path-is-1-33-j-2-23-j-3-7-j-4-43-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzk0NzA0-heat-is-supplied-to-a-diatomic-gas-at-constant-pressure-the-ratio-of-delta-q-delta-u-delta-w-is-symbols-have-their-usual-meanings-1-1-2-3-2-3-2-1-3-2-5-7-4-7-5-2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzU4MjQ3-a-system-is-taken-from-state-a-to-state-c-by-two-paths-adc-and-abc-as-shown-in-the-figure-the-internal-energy-at-a-is-u-a-10-text-j-along-the-path-adc-the-amount-of-heat-absorbed-delta-q-1-50-text-j-a https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzk0Nzcy-which-law-of-thermodynamics-provides-the-definition-of-internal-energy-1-zeroth-law-2-second-law-3-first-law-4-third-law-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ1NTM2-an-electric-heater-supplies-6000-j-of-heat-to-a-system-and-the-system-performs-3000-j-of-work-what-is-the-increase-in-the-internal-energy-of-the-system-1-6000-j-2-9000-j-3-3000-j-4-zero-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDA2MzU3-given-below-are-two-statements-assertion-a-internal-energy-of-an-ideal-gas-does-not-change-when-it-is-taken-through-a-cyclic-process-reason-r-internal-energy-is-a-state-function-and-when-the-gas-retur https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTA2MDk5-1-mole-of-a-monatomic-ideal-gas-is-taken-through-the-processes-indicated-in-the-diagram-process-ab-is-isochoric-bc-is-isothermal-ca-is-isobaric-the-ratio-of-the-temperatures-at-b-a-i-e-t-b-t-a-equals https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzk0NzY1-in-each-of-the-four-diagrams-mathrm-a-to-mathrm-d-the-variation-of-pressure-p-with-volume-v-is-shown-as-a-closed-path-the-gas-undergoes-a-cyclic-process-along-the-path-abcda-what-will-be-the-net-chang https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTMyODQ-if-q-e-and-w-denote-respectively-the-heat-added-the-change-in-internal-energy-and-the-work-done-in-a-closed-cycle-process-then-1-w-0-2-q-w-0-3-e-0-4-q-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTA2MDY2-a-fixed-mass-of-an-ideal-gas-is-allowed-to-undergo-a-thermodynamic-process-which-carries-it-from-an-equilibrium-state-x-to-another-state-y-four-different-quantities-are-monitored-the-heat-supplied-to https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzU5MTAx-the-lowest-possible-temperature-is-1-0-circ-text-c-2-0-circ-text-f-3-173-circ-text-c-4-0-text-k-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3NTY3-a-carnot-s-engine-works-between-400-text-k-and-800-text-k-has-a-work-output-of-1200-text-j-per-cycle-the-amount-of-heat-energy-supplied-to-the-engine-from-the-source-in-each-cycle-is-1-3200-text-j-2-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ1NzE2-a-heat-engine-carnot-engine-operates-between-a-cold-reservoir-at-temperature-t-2-300-k-and-a-hot-reservoir-at-temperature-t-1-if-it-were-to-take-100-j-of-heat-from-the-hot-reservoir-and-deliver-80-j-o https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzNzQw-300-calories-of-heat-is-given-to-a-heat-engine-and-it-rejects-225-calories-of-heat-if-source-temperature-is-227-circ-text-c-then-the-temperature-of-sink-will-be-1-102-circ-text-c-2-90-circ-text-c-3-11 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMDIw-for-a-heat-engine-based-on-the-carnot-cycle-source-is-at-a-temperature-600-mathrm-k-now-if-source-temperature-is-doubled-then-efficiency-also-gets-doubled-while-keeping-the-sink-temperature-same-at-x https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ2MTIw-in-a-carnot-engine-the-temperature-of-the-reservoir-is-527-circ-text-c-and-that-of-the-sink-is-200-k-if-the-work-done-by-the-engine-when-it-transfers-heat-from-the-reservoir-to-sink-is-12000-kj-the-qu https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTA2MTMy-the-efficiency-of-a-carnot-cycle-working-between-400-text-k-and-300-text-k-is-1-dfrac34-2-dfrac14-3-dfrac13-4-dfrac23-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTA2MTM0-the-efficiency-of-a-carnot-engine-operating-between-two-reservoirs-is-25-the-ratio-of-the-absolute-temperature-of-the-hot-reservoir-to-that-of-the-cold-reservoir-is-1-4-2-2-3-dfrac32-4-dfrac43-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4NTky-a-carnot-engine-operates-between-two-reservoirs-of-temperature-900-text-k-and-300-text-k-the-engine-performs-1200-text-j-of-work-per-cycle-the-heat-energy-in-text-j-delivered-by-the-engine-to-the-low https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY3NDQ1-if-carnot-engines-work-between-the-freezing-point-and-boiling-point-of-water-then-the-efficiency-of-a-carnot-engine-is-1-35-2-27-3-22-4-17-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTM4MTA1-an-ideal-gas-is-taken-reversibly-around-the-cycle-a-text-b-text-c-text-d-text-a-as-shown-on-the-temperature-t-entropy-s-diagram-the-most-appropriate-representation-of-the-above-cycle-on-an-internal-en https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDU4-a-polyatomic-gas-left-gamma-frac-4-3-right-is-compressed-to-frac-1-8-of-its-volume-adiabatically-if-its-initial-pressure-is-p-0-its-new-pressure-will-be-1-8p-0-2-16p-0-3-6p-0-4-2p-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwMDc3-which-of-the-following-graph-shows-the-variation-of-pressure-p-with-volume-v-for-an-ideal-gas-at-a-constant-temperature-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNTUz-if-an-ideal-gas-undergoes-two-processes-at-constant-volumes-v-1-text-and-v-2-as-shown-in-the-pressure-temperature-p-text-t-diagram-then-1-v-1-v-2-2-v-1-v-2-3-v-1-v-2-4-v-1-ge-v-2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTM4MTE3-which-of-the-following-statements-in-the-case-of-a-thermodynamic-process-is-not-correct-the-symbols-carry-their-usual-meaning-1-delta-e-text-int-w-indicates-an-adiabatic-process-2-delta-e-text-int-q-s https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDU1-an-ideal-gas-at-27-circ-text-c-is-compressed-adiabatically-to-frac-8-27-of-its-original-volume-if-gamma-frac-5-3-then-the-rise-in-temperature-will-be-1-450-text-k-2-375-text-k-3-225-text-k-4-405-text https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjYzNzc1-which-one-of-the-following-processes-is-reversible-1-transfer-of-heat-by-radiation-2-transfer-of-heat-by-conduction-3-isothermal-compression-4-electrical-heating-of-a-nichrome-wire-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ2NzE1-given-below-are-two-statements-statement-i-when-mu-amount-of-an-ideal-gas-undergoes-adiabatic-change-from-state-left-p-1-v-1-t-1-right-to-state-left-p-2-v-2-t-2-right-the-work-done-is-w-dfrac-mu-r-lef https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDUy-can-two-isothermal-curves-cut-each-other-1-never-2-yes-3-they-will-cut-when-the-temperature-is-0-c-4-yes-when-the-pressure-is-equal-to-the-critical-pressure-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDg1-the-initial-pressure-and-volume-of-a-gas-are-p-and-v-respectively-first-it-is-expanded-isothermally-to-volume-4v-and-then-compressed-adiabatically-to-volume-v-the-final-pressure-of-the-gas-will-be-giv https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ4MjY3-the-heat-taken-by-a-gas-shown-in-the-graph-below-in-the-process-a-to-b-is-6p-0-v-0-match-column-i-with-column-ii-column-i-column-ii-mathrm-a-work-done-in-the-process-ab-w-ab-mathrm-p-1-5r-mathrm-b-cha https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM5NTQx-given-below-are-two-statements-assertion-a-in-an-isothermal-process-whole-of-the-heat-energy-supplied-to-the-body-is-converted-into-internal-energy-reason-r-according-to-the-first-law-of-thermodynamic https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDc4-a-monoatomic-ideal-gas-initially-at-temperature-t-1-is-enclosed-in-a-cylinder-fitted-with-a-frictionless-piston-the-gas-is-allowed-to-expand-adiabatically-to-a-temperature-t-2-by-releasing-the-piston https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwMDgy-a-gas-performs-the-minimum-work-when-it-expands-1-isochorically-2-isobarically-3-adiabatically-4-isothermally-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTkxODU0-when-a-bicycle-tyre-suddenly-bursts-the-air-inside-the-tyre-expands-this-process-is-1-isothermal-2-adiabatic-3-isobaric-4-isochoric-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjM1-the-pressure-and-volume-of-a-gas-are-changed-as-shown-in-the-p-v-diagram-the-temperature-of-the-gas-will-1-increase-as-it-goes-from-a-to-b-2-increase-as-it-goes-from-b-to-c-3-remain-constant-during-th https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjUwOTgz-at-a-pressure-of-2-atmospheres-a-mass-of-diatomic-gas-gamma-1-4-is-compressed-adiabatically-causing-its-temperature-to-rise-from-27-circ-mathrm-c-to-927-circ-mathrm-c-the-pressure-of-the-gas-in-the-fi https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDgx-the-volume-of-air-diatomic-increases-by-5-in-its-adiabatical-expansion-the-percentage-decrease-in-its-pressure-will-be-1-5-2-6-3-7-4-8-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwMDE4-a-pressure-p-versus-volume-v-graph-is-obtained-for-an-ideal-gas-from-state-a-to-state-b-as-shown-in-the-figure-below-which-of-the-following-is-the-correct-statement-1-the-temperature-of-gas-increases https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5OTMy-work-done-during-the-given-cycle-is-1-4p0v0p0v0p0v0-2-2p0v0p0v0p0v0-3-121212p0v0p0v0p0v0-4-p0v0p0v0p0v0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwMDg5-the-pressure-temperature-p-text-t-graph-for-two-processes-a-and-b-in-a-system-is-shown-in-the-figure-if-w-1-and-w-2-are-work-done-by-the-gas-in-process-a-and-b-respectively-then-1-w-1-w-2-2-w-1-3-w-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTUwODQ-one-mole-of-an-ideal-gas-expands-at-a-constant-temperature-of-300-text-k-from-an-initial-volume-of-10-litres-to-a-final-volume-of-20-litres-the-work-done-in-expanding-the-gas-is-equal-to-r-8-31-j-mole https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ2MTY3-in-an-adiabatic-process-the-graph-for-work-done-versus-change-of-temperature-delta-t-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTAyOTM4-the-pressure-of-a-monoatomic-gas-increases-linearly-from-4-times-10-5-text-n-m-2-to-8-times-10-5-text-n-m-2-when-its-volume-increases-from-0-2-text-m-3-to-0-5-text-m-3-the-work-done-by-the-gas-is-1-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNjM3-0-04-mole-of-an-ideal-monatomic-gas-is-allowed-to-expand-adiabatically-so-that-its-temperature-changes-from-800-text-k-to-500-text-k-the-work-done-during-expansion-is-nearly-equal-to-1-129-6-text-j-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NTAy-an-ideal-gas-is-taken-from-point-a-to-point-b-as-shown-in-the-p-v-diagram-the-work-done-in-the-process-is-1-pa-pb-vb-va-pa-pb-vb-va-pa-pb-vb-va-2-12-pb-pa-vb-va-12-pb-pa-vb-va-12-pb-pa-vb-va-3-12-pb-p https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5OTE2-the-work-done-for-the-given-process-ab-is-1-6p-0v-0-2-5p-0v-0-3-3p-0v-0-4-2p-0v-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwMDgz-an-ideal-gas-goes-from-a-to-b-via-two-processes-mathrm-i-and-mathrm-ii-as-shown-if-delta-u-1-and-delta-u-2-are-the-changes-in-internal-energies-in-processes-mathrm-i-and-mathrm-ii-respectively-p-press https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMjI2-the-ratio-of-molar-specific-heat-capacity-at-constant-pressure-c-p-to-that-at-constant-volume-c-v-varies-with-temperature-t-as-assume-temperature-is-low-1-t-0-2-t-frac-1-2-3-t-1-4-t-frac-3-2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjYzODU5-if-a-gas-changes-volume-from-2-litres-to-10-litres-at-a-constant-temperature-of-300-text-k-then-the-change-in-its-internal-energy-will-be-1-12-text-j-2-24-text-j-3-36-text-j-4-0-text-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ2MTY5-if-n-moles-of-an-ideal-gas-is-heated-at-a-constant-pressure-from-50-circ-text-c-to-100-circ-text-c-the-increase-in-the-internal-energy-of-the-gas-will-be-left-frac-c-p-c-v-gamma-text-and-r-text-gas-co https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ4OTQz-in-the-p-text-v-graph-shown-for-an-ideal-diatomic-gas-the-change-in-the-internal-energy-is-1-frac-3-2-p-v-2-v-1-2-frac-5-2-p-v-2-v-1-3-frac-3-2-p-v-1-v-2-4-frac-7-2-p-v-1-v-2-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5Nzk0-if-3-moles-of-a-monoatomic-gas-do-150-j-of-work-when-it-expands-isobarically-then-a-change-in-its-internal-energy-will-be-1-100-j-2-225-j-3-400-j-4-450-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTE0MjIy-if-the-ratio-of-specific-heat-of-a-gas-at-constant-pressure-to-that-at-constant-volume-is-the-change-in-internal-energy-of-a-mass-of-gas-when-the-volume-changes-from-v-to-2v-at-constant-pressure-p-is https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NjAzODc-when-an-ideal-diatomic-gas-is-heated-at-constant-pressure-the-fraction-of-the-heat-energy-supplied-which-increases-the-internal-energy-of-the-gas-is-1-dfrac-2-5-2-dfrac-3-5-3-dfrac-3-7-4-dfrac-5-7-1-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTE3NTgy-the-pressure-in-a-monoatomic-gas-increases-linearly-from-4-atm-to-8-atm-when-its-volume-increases-from-0-2-m333-to-0-5-m333-the-increase-in-internal-energy-will-be-1-480-kj-2-550-kj-3-200-kj-4-100-kj https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjA4MjI2-two-cylinders-contain-the-same-amount-of-an-ideal-monoatomic-gas-the-same-amount-of-heat-is-given-to-two-cylinders-if-the-temperature-rise-in-cylinder-a-is-t0-then-the-temperature-rise-in-cylinder-b-w https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwMDkw-the-variation-of-molar-heat-capacity-at-constant-volume-cvcvcv-with-temperature-t-for-a-monatomic-gas-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5NTQ0-the-first-law-of-thermodynamics-is-based-on-1-the-concept-of-temperature-2-the-concept-of-conservation-of-energy-3-the-concept-of-working-of-heat-engine-4-the-concept-of-entropy-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDU0-the-latent-heat-of-vaporisation-of-water-is-2240-text-j-gm-if-the-work-done-in-the-process-of-expansion-of-1-text-g-is-168-text-j-then-the-increase-in-internal-energy-is-1-2408-text-j-2-2240-text-j-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNDE2-when-a-system-is-moved-from-state-a-to-state-b-along-the-path-acb-it-is-discovered-that-the-system-absorbs-200-text-j-of-heat-and-performs-80-text-j-of-work-along-the-path-adb-heat-absorbed-q-144-text https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjYzOTA3-we-consider-a-thermodynamic-system-if-delta-u-represents-the-increase-in-its-internal-energy-and-w-the-work-done-by-the-system-which-of-the-following-statements-is-true-1-delta-u-w-in-an-isothermal-pr https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDM4-a-system-is-taken-from-state-a-to-state-b-along-two-different-paths-1-and-2-if-the-heat-absorbed-and-work-done-by-the-system-along-these-two-paths-are-q-1-q-2-text-and-w-1-w-2-respectively-then-1-q-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwMDg1-an-ideal-monoatomic-gas-left-gamma-frac-5-3-right-absorbs-50-cal-in-an-isochoric-process-the-increase-in-internal-energy-of-the-gas-is-1-20-cal-2-zero-3-50-cal-4-30-cal-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQwNzY2-1-kg-of-gas-does-20-kj-of-work-and-receives-16-kj-of-heat-when-it-is-expanded-between-two-states-the-second-kind-of-expansion-can-be-found-between-the-same-initial-and-final-states-which-requires-a-he https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNTA2-the-work-done-by-an-ideal-diatomic-gas-in-its-sudden-expansion-is-20-text-j-the-change-in-the-internal-energy-of-the-gas-will-be-1-20-text-j-2-0-text-j-3-20-text-j-4-15-text-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwMDAx-if-a-gas-undergoes-the-change-in-its-thermodynamic-state-from-a-to-b-via-two-different-paths-as-shown-in-the-given-pressure-p-versus-volume-v-graph-then-1-the-temperature-of-the-gas-decreases-in-path https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNDM3-heat-is-supplied-to-a-diatomic-gas-in-an-isochoric-process-the-ratio-delta-q-delta-u-is-symbols-have-usual-meanings-1-5-3-2-5-2-3-1-1-4-5-7-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDQz-the-figure-below-shows-two-paths-that-may-be-taken-by-a-gas-to-go-from-state-a-to-state-c-in-process-ab-400-text-j-of-heat-is-added-to-the-system-and-in-process-bc-100-text-j-of-heat-is-added-to-the-s https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTc4MDE1-find-out-the-total-heat-given-to-diatomic-gas-in-the-process-a-rightarrow-b-rightarrow-c-b-rightarrow-c-is-isothermal-1-p-0v-0-2p-0v-0-ln-2-2-frac-1-2-p-0v-0-2p-0v-0-ln-2-3-frac-5-2-p-0v-0-2p-0v-0-ln https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDY4-a-unit-mass-of-a-liquid-with-volume-v1-is-completely-changed-into-a-gas-of-volume-v2-at-a-constant-external-pressure-p-and-temperature-t-if-the-latent-heat-of-evaporation-for-the-given-mass-is-l-then https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDUw-if-q-and-w-represent-the-heat-supplied-to-the-system-and-the-work-done-on-the-system-respectively-then-the-first-law-of-thermodynamics-can-be-written-as-where-u-is-the-internal-energy-1-q-u-w-2-q-u-w https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTE3NTgw-the-degree-of-freedom-per-molecule-for-a-gas-on-average-is-8-if-the-gas-performs-100-j-of-work-when-it-expands-under-constant-pressure-then-the-amount-of-heat-absorbed-by-the-gas-is-1-500-j-2-600-j-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5ODcx-in-the-case-of-free-expansion-when-a-sample-of-gas-expands-suddenly-the-change-in-internal-energy-of-the-gas-will-be-1-positive-2-negative-3-zero-4-may-be-positive-or-negative-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5OTU2-an-ideal-gas-is-enclosed-in-an-insulated-cylinder-the-piston-is-frictionless-and-attached-to-an-ideal-spring-when-the-gas-is-heated-then-1-the-work-is-done-against-the-spring-only-2-the-work-is-done-a https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNTk5-the-internal-energy-of-an-ideal-gas-increases-in-1-adiabatic-expansion-2-adiabatic-compression-3-isothermal-expansion-4-isothermal-compression-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTA3OTMz-a-horizontal-cylinder-has-two-sections-of-unequal-cross-sections-in-which-two-pistons-a-and-b-can-move-freely-the-pistons-are-joined-by-a-string-some-gas-is-trapped-between-the-pistons-if-this-gas-is https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTM3MjA3-an-ideal-gas-is-taken-through-the-process-as-shown-in-the-figure-then-1-in-the-process-ab-the-work-done-by-the-system-is-positive-2-in-process-ab-heat-is-rejected-out-of-the-system-3-in-the-process-ab https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDgw-an-insulator-container-contains-4-moles-of-an-ideal-diatomic-gas-at-a-temperature-t-if-heat-q-is-supplied-to-this-gas-due-to-which-2-moles-of-the-gas-are-dissociated-into-atoms-but-the-temperature-of https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQxNjk5-given-below-are-two-statements-assertion-a-it-is-possible-that-the-temperature-of-a-gas-may-fall-even-as-it-is-being-heated-reason-r-the-specific-heat-capacity-of-a-gas-changes-from-process-to-process https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTA3OTM1-abca-is-a-cyclic-process-its-p-text-v-graph-would-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNDQ1-in-the-cyclic-process-shown-in-the-pressure-volume-p-v-diagram-the-change-in-internal-energy-is-equal-to-1-p2-p12-2-p2-p122-p2-p122-2-v2-v12-2-v2-v122-v2-v122-3-4-p2-p1-v2-v1-4-p2-p1-v2-v1-4-p2-p1-v2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTMwNTYx-an-ideal-gas-is-taken-through-the-cycle-a-rightarrow-b-rightarrow-c-rightarrow-a-as-shown-in-the-figure-below-if-the-net-heat-supplied-to-the-gas-is-10-text-j-then-the-work-done-by-the-gas-in-the-proc https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTA3OTM0-in-the-p-text-v-diagram-shown-the-gas-does-5-text-j-of-work-in-the-isothermal-process-ab-and-4-text-j-in-the-adiabatic-process-bc-what-will-be-the-change-in-internal-energy-of-the-gas-in-the-straight https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTE3NTg4-if-in-the-thermodynamic-process-shown-in-the-figure-the-work-done-by-the-system-along-a-b-c-is-50-j-and-the-change-in-internal-energy-during-c-a-is-30-j-then-the-heat-supplied-during-a-b-c-is-1-50-j-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQyOTYz-given-below-are-two-statements-assertion-a-reversible-systems-are-difficult-to-find-in-the-real-world-reason-r-most-processes-are-dissipative-in-nature-1-both-a-and-r-are-true-and-r-is-the-correct-exp https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDc0-an-ideal-heat-engine-carnot-engine-works-between-temperatures-t-1-and-t-2-has-an-efficiency-eta-the-new-efficiency-if-both-the-source-and-sink-temperatures-are-doubled-will-be-1-frac-eta-2-2-eta-3-2-e https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5NzQ4-the-efficiency-of-an-ideal-heat-engine-is-less-than-100-because-of-1-the-presence-of-friction-2-the-leakage-of-heat-energy-3-unavailability-of-the-sink-at-zero-kelvin-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5NzY5-a-heat-engine-operates-between-the-temperatures-of-300-k-and-500-k-if-it-extracts-1200-j-of-heat-energy-from-the-source-then-the-maximum-amount-of-work-that-can-be-done-by-the-engine-is-1-720-j-2-520 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5OTIw-the-efficiency-of-a-carnot-heat-engine-working-between-the-temperatures-27-circ-mathrm-c-and-227-circ-mathrm-c-is-1-0-1-2-0-6-3-0-2-4-0-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDgz-two-carnot-engines-a-and-b-are-operated-in-succession-the-first-one-a-receives-heat-from-a-source-at-t-1-800-k-and-rejects-to-sink-at-t-2-k-the-second-engine-b-receives-heat-rejected-by-the-first-engi https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjYzODE4-an-ideal-gas-heat-engine-operates-in-a-carnot-cycle-between-227-c-and-127-c-it-absorbs-6-104-cals-of-heat-at-higher-temperatures-the-amount-of-heat-converted-to-work-will-be-1-4-8-104-cals-2-2-4-104-c https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwMDM5-when-the-sink-temperature-is-kept-at-400-text-k-the-efficiency-of-a-carnot-engine-is-50-text-while-keeping-the-source-temperature-constant-by-how-much-should-we-reduce-the-sink-temperature-to-increase https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDg3-a-reversible-engine-converts-one-sixth-of-the-heat-input-into-work-when-the-temperature-of-the-sink-is-reduced-by-62-circ-mathrm-c-the-efficiency-of-the-engine-is-doubled-the-temperatures-of-the-sourc https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ4OTQ0-two-carnot-engines-x-and-y-are-working-between-the-same-source-temperature-t-1-and-the-same-sink-temperature-t-2-if-the-temperature-of-the-source-in-carnot-engine-x-is-increased-by-delta-t-and-in-the https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ2MTY2-if-the-temperature-of-the-source-and-the-sink-in-the-heat-engine-is-at-1000-k-500-k-respectively-then-the-efficiency-can-be-1-20-2-30-3-50-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTc3OTg3-the-efficiency-of-a-carnot-engine-is-40-when-it-receives-energy-at-500-text-k-at-what-temperature-it-should-receive-energy-to-increase-its-efficiency-by-25-1-600-text-k-2-700-text-k-3-800-text-k-4-900 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNTQx-a-heat-engine-is-working-between-200-k-and-400-k-the-efficiency-of-the-heat-engine-may-be-1-20-2-40-3-50-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTkyNzg4-an-electric-heater-supplies-heat-to-a-system-at-a-rate-of-100-w-if-the-system-performs-work-at-a-rate-of-75-j-s-then-the-rate-at-which-internal-energy-increases-will-be-1-125-text-w-2-100-text-w-3-25 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTk4MjE1-one-mole-of-an-ideal-monatomic-gas-undergoes-a-cyclic-process-as-shown-in-the-figure-the-total-heat-supplied-to-the-gas-is-1-800-j-2-400-j-3-500-j-4-600-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTk4MTg3-in-an-adiabatic-expansion-the-temperature-of-one-mole-of-an-ideal-monatomic-gas-left-gamma-5-3-right-decreases-from-60-text-k-to-50-text-k-the-work-done-by-the-gas-in-the-process-is-take-the-universal https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1MTM3-two-gases-a-and-b-are-filled-at-the-same-pressure-in-separate-cylinders-with-movable-pistons-of-radius-r-a-and-r-b-respectively-on-supplying-an-equal-amount-of-heat-to-both-the-systems-reversibly-unde https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDY4ODI5-the-equilibrium-state-of-a-thermodynamic-system-is-described-by-a-pressure-b-total-heat-c-temperature-d-volume-e-work-done-choose-the-most-appropriate-answer-from-the-options-given-below-1-a-b-and-e-o https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTAxMzE-a-gas-is-compressed-isothermally-to-half-its-initial-volume-the-same-gas-is-compressed-separately-through-an-adiabatic-process-until-its-volume-is-again-reduced-to-half-then-1-compressing-the-gas-thro https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTA4NDM-the-figure-below-shows-two-paths-that-may-be-taken-by-gas-to-go-from-state-a-to-state-c-in-process-ab-400-text-j-of-heat-is-added-to-the-system-and-in-process-bc-100-text-j-of-heat-is-added-to-the-sys https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTE0Mjg-during-an-adiabatic-process-the-pressure-of-a-gas-is-found-to-be-proportional-to-the-cube-of-its-temperature-the-ratio-of-frac-c-p-c-v-for-the-gas-is-1-2-2-5-3-3-3-2-4-4-3-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjUxMDUw-a-monoatomic-gas-at-pressure-p1-and-volume-v1-is-compressed-adiabatically-to-1-8th-its-original-volume-what-is-the-final-pressure-of-the-gas-1-p1-2-16-p1-3-32-p1-4-64-p1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjY0Njg4-one-mole-of-an-ideal-gas-at-an-initial-temperature-of-t-k-does-6r-joules-of-work-adiabatically-if-the-ratio-of-specific-heats-of-this-gas-at-constant-pressure-and-at-constant-volume-is-5-3-the-final-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjY0NjM3-the-initial-pressure-and-volume-of-a-gas-are-p-and-v-respectively-first-its-volume-is-expanded-to-4v-by-an-isothermal-process-and-then-compressed-adiabatically-to-volume-v-the-final-pressure-will-be-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjYzODU3-when-volume-changes-from-v-to-2v-at-constant-pressure-p-the-change-in-internal-energy-will-be-1-pv-2-3pv-3-frac-pv-gamma-1-4-frac-rv-gamma-1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDUwODg4-mark-the-correct-options-a-a-system-x-is-in-thermal-equilibrium-with-y-but-not-with-z-system-y-and-z-may-be-in-thermal-equilibrium-with-each-other-b-a-system-x-is-in-thermal-equilibrium-with-y-but-not https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDUwODk3-consider-two-containers-a-and-b-containing-identical-gases-at-the-same-pressure-volume-and-temperature-the-gas-in-container-a-is-compressed-to-half-of-its-original-volume-isothermally-while-the-gas-in https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDUwOTAw-consider-a-heat-engine-as-shown-in-fig-12-7-q-1-and-q-2-are-heat-added-to-heat-bath-t-1-and-heat-taken-from-t-2-in-one-cycle-of-engine-w-is-the-mechanical-work-done-on-the-engine-if-w-0-then-possibili https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM0Mjg3-select-the-correct-option-based-on-statements-below-a-carnot-engine-works-between-two-thermal-reservoirs-maintained-at-absolute-temperatures-t-text-high-and-t-text-low-assertion-a-if-the-efficiency-of https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzI0MjYz-for-ideal-diatomic-gases-at-normal-temperature-statement-i-molar-heat-capacity-at-constant-pressure-for-all-diatomic-gases-is-the-same-statement-ii-the-specific-heat-capacity-at-constant-pressure-of-a https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNjg4-consider-the-following-two-statements-statement-i-if-heat-is-added-to-a-system-its-temperature-must-increase-statement-ii-if-positive-work-is-done-by-a-system-in-a-thermodynamic-process-its-volume-mus https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQxNTgy-given-below-are-two-statements-assertion-a-it-is-not-possible-for-a-system-unaided-by-an-external-agency-to-transfer-heat-from-a-body-at-a-lower-temperature-to-another-at-a-higher-temperature-reason-r https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQxNjM3-consider-the-following-statements-and-select-the-correct-option-statement-a-heat-is-not-a-state-function-statement-b-heat-supplied-to-a-system-is-a-path-function-1-both-statements-a-and-b-are-true-2-b https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTM4MTEz-a-gas-expands-from-i-to-f-along-the-three-paths-indicated-the-work-done-along-the-three-paths-denoted-by-w-1-w-2-text-and-w-3-have-the-relationship-1-w-1-2-w-2-3-w-2-4-w-1-w-2-w-3-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTM4MDg5-an-ideal-gas-is-made-to-undergo-a-cycle-depicted-by-the-p-text-v-diagram-alongside-if-the-curved-line-from-a-to-b-is-adiabatic-then-1-the-efficiency-of-this-cycle-is-given-by-unity-as-no-heat-is-relea https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzMzNTYz-one-mole-of-a-diatomic-ideal-gas-undergoes-a-cyclic-process-abc-as-shown-in-the-figure-the-process-bc-is-adiabatic-the-temperatures-at-a-b-and-c-are-400-k-800-k-and-600-k-respectively-choose-the-corre https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzMzODIx-one-mole-of-an-ideal-gas-is-taken-through-a-cyclic-process-as-shown-in-the-v-text-t-diagram-which-of-the-following-statements-is-correct-1-the-magnitude-of-the-work-done-by-the-gas-is-rt-0-ln-2-2-the https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjg0MzM2-match-the-thermodynamic-processes-taking-place-in-a-system-with-the-correct-conditions-in-the-table-delta-q-is-the-heat-supplied-delta-w-is-the-work-done-and-delta-u-is-the-change-in-internal-energy-o https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzIxNzE4-figure-shows-p-t-diagram-for-given-mass-of-an-ideal-gas-for-the-process-a-b-during-this-process-density-of-the-gas-is-1-decreasing-2-increasing-3-constant-4-first-decreasing-then-increasing-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNjc1-figure-shows-two-processes-a-and-b-on-a-system-let-delta-q-1-and-delta-q-2-be-the-heat-given-to-the-system-in-processes-a-and-b-respectively-then-1-delta-q-1-delta-q-2-2-delta-q-1-delta-q-2-3-delta-q https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNjk2-consider-two-processes-on-a-system-as-shown-in-figure-26-q4-the-volumes-in-the-initial-states-are-the-same-in-the-two-processes-and-the-volumes-in-the-final-states-are-also-the-same-let-w1-and-w2-be-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNjk4-a-gas-is-contained-in-a-metallic-cylinder-fitted-with-a-piston-the-piston-is-suddenly-moved-in-to-compress-the-gas-and-is-maintained-at-this-position-as-time-passes-the-pressure-of-the-gas-in-the-cyli https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzAz-the-pressure-p-and-volume-v-of-an-ideal-gas-both-increase-in-a-process-a-such-a-process-is-not-possible-b-the-work-done-by-the-system-is-positive-c-the-temperature-of-the-system-must-increase-d-heat-s https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzA1-in-a-process-on-a-system-the-initial-pressure-and-volume-are-equal-to-the-final-pressure-and-volume-a-the-initial-temperature-must-be-equal-to-the-final-temperature-b-the-initial-internal-energy-must https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzA4-a-system-can-be-taken-from-the-initial-state-p-1-v-1-to-the-final-state-p-2-v-2-by-two-different-methods-let-delta-q-and-delta-w-represent-the-heat-given-to-the-system-and-the-work-done-by-the-system https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzM2-the-work-done-by-a-sample-of-an-ideal-gas-in-the-process-a-is-doubles-the-work-done-in-another-process-b-the-temperature-rises-through-the-same-amount-in-the-two-processes-if-c-a-and-c-b-are-the-molar https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzQ4-for-a-solid-with-a-small-expansion-coefficient-is-1-c-p-c-v-r-2-c-p-c-v-3-c-p-is-slightly-greater-than-c-v-4-c-p-is-slightly-less-than-c-v-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzU3-the-value-of-cp-cv-is-1-00-r-for-a-gas-sample-in-state-a-and-is-1-08-r-in-state-b-let-pa-pb-denote-the-pressures-and-ta-and-tb-denote-the-temperatures-of-the-states-a-and-b-respectively-most-likely-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzY3-the-figure-shows-a-process-on-a-gas-in-which-pressure-and-volume-both-change-the-molar-heat-capacity-for-this-process-is-c-then-1-c-0-2-c-c-v-3-c-c-v-4-c-c-v-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzcw-the-molar-heat-capacity-for-the-process-shown-in-the-following-figure-is-1-c-c-p-2-c-c-v-3-c-c-v-4-c-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzc1-in-an-adiabatic-process-on-a-gas-with-y-1-4-the-pressure-is-increased-by-0-5-the-volume-decreases-by-about-1-0-36-2-0-5-3-0-7-4-1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzc2-two-samples-a-and-b-are-initially-kept-in-the-same-state-the-sample-a-is-expanded-through-an-adiabatic-process-and-the-sample-b-through-an-isothermal-process-the-final-volumes-of-the-samples-are-the-s https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzgx-let-ta-and-tb-be-the-final-temperatures-of-the-samples-a-and-b-respectively-in-the-previous-question-1-ta-tb-4-the-relation-between-ta-and-tb-cannot-be-deduced-previous-question-two-samples-a-and-b-ar https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzg3-let-wa-and-wb-be-the-work-done-by-the-systems-a-and-b-respectively-in-the-previous-question-1-wa-wb-2-wa-wb-3-wa-wb-4-the-relation-between-wa-and-wb-cannot-be-deduced-previous-question-two-samples-a-a https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzg4-the-molar-heat-capacity-of-oxygen-gas-at-stp-is-nearly-2-5-r-as-the-temperature-is-increased-it-gradually-increases-and-approaches-3-5-r-the-most-appropriate-reason-for-this-behaviour-is-that-at-high https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzNzk0-a-gas-kept-in-a-container-of-finite-conductivity-is-suddenly-compressed-the-process-a-must-be-very-nearly-adiabatic-b-must-be-very-nearly-isothermal-c-may-be-very-nearly-adiabatic-d-may-be-very-nearly https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzODAx-let-q-and-w-denote-the-amount-of-heat-given-to-an-ideal-gas-and-the-work-done-by-it-in-an-adiabatic-process-a-q-0-b-w-0-c-q-w-d-q-w-choose-the-correct-option-1-a-b-2-b-c-3-c-d-4-a-d-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzODA3-consider-the-processes-a-and-b-shown-in-following-figure-it-is-possible-that-a-both-the-processes-are-isothermal-b-both-the-processes-are-adiabatic-c-a-is-isothermal-and-b-is-adiabatic-d-a-is-adiabati https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzODA4-three-identical-adiabatic-containers-a-b-and-c-contain-helium-neon-and-oxygen-respectively-at-equal-pressure-the-gases-are-pushed-to-half-their-original-volumes-a-the-final-temperatures-in-the-three-c https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzAzODEx-a-rigid-container-of-negligible-heat-capacity-contains-one-mole-of-an-ideal-gas-the-temperature-of-the-gas-increases-by-1-circ-text-c-if-3-0-cal-of-heat-is-added-to-it-the-gas-may-be-a-helium-b-argon https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246OTA3MDg-the-coefficient-of-performance-of-a-refrigerator-is-5-if-the-temperature-inside-the-freezer-is-20-circ-text-c-the-temperature-of-the-surroundings-to-which-it-rejects-heat-is-1-31-circ-text-c-2-41-circ https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzU4MzI0-two-carnot-engines-a-and-b-are-operated-in-series-engine-a-receives-heat-from-the-source-at-temperature-t-1-and-rejects-the-heat-to-the-sink-at-temperature-t-the-second-engine-b-receives-the-heat-at-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246ODg5NDU-the-temperature-inside-a-refrigerator-reversible-process-is-t2oc-and-the-room-temperature-is-t1oc-the-amount-of-heat-delivered-to-the-room-for-each-joule-of-electrical-energy-consumed-ideally-will-be https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjY0NzI5-the-efficiency-of-a-carnot-engine-is-50-and-the-temperature-of-the-sink-is-500k-if-the-temperature-of-the-source-is-kept-constant-and-its-efficiency-raised-to-60-then-the-required-temperature-of-the-s https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjYzNzgy-the-ratio-w-q-for-a-carnot-engine-is-161616-now-the-temperature-of-the-sink-is-reduced-by-62-c-then-this-ratio-becomes-twice-therefore-the-initial-temperature-of-the-sink-and-source-are-respectively-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNzM1-assertion-a-carnot-engine-is-most-efficient-among-all-heat-engines-working-between-the-same-source-and-sink-reason-r-the-efficiency-of-the-heat-engine-is-independent-of-the-nature-of-the-working-subst https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjY1NjU3-an-ideal-gas-heat-engine-operates-in-a-carnot-cycle-between-227-c-and-127-c-it-absorbs-6-kcal-at-a-higher-temperature-the-amount-of-heat-in-kcal-converted-into-work-is-equal-to-1-4-8-2-3-5-3-1-6-4-1-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTU5OTc3-the-coefficient-of-performance-of-an-ideal-refrigerator-is-3-which-extracts-heat-from-the-sink-at-the-rate-of-399-j-per-cycle-the-amount-of-heat-it-gives-to-the-room-per-cycle-will-be-1-532-j-2-250-j https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNDI3-if-a-refrigerator-extracts-heat-a-from-the-cold-reservoir-and-b-is-the-heat-released-from-the-hot-reservoir-then-the-work-done-on-the-refrigerant-system-is-1-a-b-2-a-ba-ba-b-3-a-4-b-ab-ab-a-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246NTExMjU-a-refrigerator-works-between-4-c-and-30-c-it-is-required-to-remove-600-calories-of-heat-every-second-in-order-to-keep-the-temperature-of-the-refrigerated-space-constant-the-power-required-is-take-1-ca https://medminds.me/qbank/physics/thermodynamics/?q=NP-pb246ODkwMDE-a-carnot-engine-having-an-efficiency-of-frac-1-10-as-heat-engine-is-used-as-a-refrigerator-if-the-work-done-on-the-system-is-10-j-the-amount-of-energy-absorbed-from-the-reservoir-at-a-lower-temperatur https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTQ1NDc1-an-ideal-refrigerator-has-a-freezer-at-a-temperature-of-13-c-the-coefficient-of-performance-of-the-engine-is-5-the-temperature-of-the-air-at-which-heat-is-rejected-will-be-1-325-c-2-325k-3-39-c-4-320 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MjY1NDY2-a-scientist-says-that-the-efficiency-of-his-heat-engine-which-works-at-source-temperature-127-c-and-sink-temperature-27-c-to-26-then-1-it-is-impossible-2-it-is-possible-but-less-probable-3-it-is-quite https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MTYwNjA5-a-refrigerator-whose-coefficient-of-performance-is-5-extracts-heat-from-the-cooling-chamber-at-a-rate-of-250-j-per-cycle-for-refrigeration-the-work-done-per-cycle-is-1-150-j-2-200-j-3-100-j-4-50-j-1-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4OTAw-n-moles-of-a-perfect-gas-undergoes-a-cyclic-process-abca-see-figure-consisting-of-the-following-processes-a-rightarrow-b-isothermal-expansion-at-temperature-t-so-that-the-volume-is-doubled-from-v-1-to https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzk5MzYy-the-same-amount-of-heat-is-supplied-to-equimolar-masses-of-hydrogen-and-helium-under-constant-pressure-the-work-done-by-the-two-gases-h-2-and-he-are-w-1-and-w-2-then-1-w-1-w-2-2-w-1-3-w-1-w-2-4-w-1-an https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDM2MDIz-a-monoatomic-ideal-gas-undergoes-a-process-given-by-the-equation-dfrac-pt-v-text-constant-the-molar-specific-heat-capacity-in-the-process-equals-1-dfrac-3-2-r-2-dfrac-5-2-r-3-dfrac-1-2-r-4-zero-1-2-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzNjQ5-a-carnot-engine-has-an-efficiency-of-50-if-the-temperature-of-sink-is-reduced-by-40-circ-text-c-its-efficiency-increases-by-30-the-temperature-of-the-source-will-be-1-166-7-k-2-255-1-k-3-266-7-k-4-367 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzk5NDA4-two-monoatomic-gases-a-b-are-taken-in-two-parts-of-a-vessel-having-equal-volumes-v-0-the-gases-are-at-the-same-pressure-p-0-but-at-temperature-of-300-text-k-and-600-text-k-there-is-a-partition-between https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzNjE0-in-the-first-case-a-carnot-engine-operates-between-temperatures-of-300-text-k-and-100-text-k-in-the-second-case-as-shown-in-the-figure-two-heat-engines-are-connected-in-series-i-e-the-output-of-the-fi https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzk5MzY3-a-monoatomic-gas-a-and-a-diatomic-gas-b-are-taken-in-two-separate-identical-containers-at-the-same-conditions-of-temperature-and-pressure-the-two-gases-a-b-are-allowed-to-expand-adiabatically-until-th https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM1OTE2-an-ideal-gas-forms-the-working-substance-of-a-carnot-engine-and-is-taken-around-the-carnot-cycle-we-form-the-integral-i-int-dfrac-dq-t-where-dq-is-the-heat-supplied-to-the-gas-and-t-is-the-temperature https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMTMz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-at-a-sink-temperature-of-273-circ-c-the-efficiency-of-a-carnot-engine-will-be-1-reason-r https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY2ODMy-a-carnot-engine-operates-between-temperatures-of-27-circ-mathrm-c-and-127-circ-mathrm-c-and-performs-2-kj-of-work-the-amount-of-heat-energy-rejected-is-1-4-kj-2-6-kj-3-8-kj-4-12-kj-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDM4NjUx-an-ideal-monoatomic-gas-undergoes-a-reversible-process-in-which-it-doubles-in-volume-the-equation-of-the-process-being-pvt-text-constant-the-internal-energy-of-the-gas-at-the-beginning-of-the-process https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDI4MTk4-three-different-reversible-processes-involving-ideal-gases-are-shown-on-the-volume-pressure-diagram-among-the-following-given-choices-one-is-correct-which-one-1-a-isothermal-2-c-isothermal-b-adiabatic https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ2MDEx-a-thermally-insulated-vessel-contains-an-ideal-gas-of-molecular-mass-m-and-a-specific-heat-ratio-of-1-4-the-vessel-is-moving-with-speed-v-and-is-suddenly-brought-to-rest-assuming-no-heat-is-lost-to-th https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mzk5Mzk0-an-ideal-gas-is-taken-from-a-to-c-through-the-process-abc-and-independently-from-a-to-c-through-the-process-adc-as-shown-on-the-indicator-p-text-v-diagram-the-work-done-in-abc-is-w-1-and-in-adc-is-w-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzM4MTEy-an-ideal-monatomic-gas-and-a-diatomic-gas-both-undergo-adiabatic-expansion-starting-from-the-same-point-on-the-p-v-indicator-diagram-the-gases-also-undergo-isothermal-expansion-the-curves-are-given-by https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ1MTMw-an-ideal-mono-atomic-gas-undergoes-an-expansion-keeping-its-temperature-constant-but-its-volume-increases-two-fold-the-same-amount-number-of-moles-of-a-diatomic-gas-undergoes-the-same-process-if-the-h https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDE0MTAy-one-mole-of-an-ideal-monoatomic-gas-undergoes-a-slow-reversible-process-in-which-its-density-rho-is-inversely-proportional-to-its-absolute-temperature-t-the-temperature-of-the-gas-increases-from-300-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ1Nzgw-a-monoatomic-gas-performs-a-work-of-dfrac-q-4-where-q-is-the-heat-supplied-to-it-during-this-transformation-the-molar-heat-capacity-of-the-gas-will-be-r-is-the-gas-constant-1-r-2-2r-3-3r-4-4r-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ1NzA1-a-carnot-engine-takes-5000-text-kcal-of-heat-from-a-reservoir-at-727-circ-text-c-and-gives-heat-to-a-sink-at-127-circ-text-c-the-work-done-by-the-engine-is-1-3-times-10-6-text-j-2-zero-3-12-6-times-10 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMTUw-an-ideal-gas-undergoes-a-thermodynamic-process-following-the-relation-pt-2-text-constant-assuming-symbols-have-their-usual-meaning-then-the-volume-expansion-coefficient-of-the-gas-is-equal-to-1-dfrac https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg4ODcx-5-moles-of-unknown-gas-is-heated-at-constant-volume-from-10-circ-text-c-to-20-circ-text-c-the-molar-specific-heat-of-this-gas-at-constant-pressure-c-p-8-text-cal-mol-circ-text-c-and-r-8-36-text-j-mol https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg4OTU5-a-cylinder-with-adiabatic-walls-is-closed-at-both-ends-and-is-divided-into-two-compartments-by-a-frictionless-adiabatic-piston-ideal-gas-is-filled-in-both-left-and-right-the-compartments-at-same-p-v-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg5MDE3-if-2-mole-of-an-ideal-monoatomic-gas-at-temperature-t-is-mixed-with-6-mole-of-another-ideal-monoatomic-gas-at-temperature-2t-then-the-temperature-of-mixture-is-1-dfrac-5-2-t-2-dfrac-5-4-t-3-dfrac-7-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg5Nzk3-a-certain-gas-is-isothermally-compressed-to-left-dfrac-1-3-right-text-rd-of-its-initial-volume-v-0-3-text-litre-by-applying-required-pressure-if-the-bulk-modulus-of-the-gas-is-3-times-10-5-text-n-m-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg4ODM5-a-vessel-contains-0-15-text-m-3-of-gas-at-pressure-8-bar-and-temperature-140-circ-text-c-with-c-p-3r-and-c-v-2r-it-is-expanded-adiabatically-till-pressure-falls-to-1-bar-the-work-done-during-this-proc https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg5NjE0-given-below-are-two-statements-assertion-a-change-in-internal-energy-of-a-system-containing-n-mole-of-ideal-gas-can-be-written-as-delta-u-n-c-v-left-t-f-t-i-right-dfrac-n-r-gamma-1-left-t-f-t-i-right https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg5NjIx-consider-the-following-statements-mathrm-a-zeroth-law-of-thermodynamics-gives-concept-of-temperature-mathrm-b-first-law-of-thermodynamics-gives-concept-of-internal-energy-mathrm-c-in-isothermal-expans https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg5MTI5-an-ideal-gas-at-pressure-p-and-temperature-t-is-expanding-such-that-pt-3-text-constant-the-coefficient-of-volume-expansion-of-the-gas-is-1-dfrac-2-t-2-dfrac-1-t-3-dfrac-4-t-4-dfrac-3-t-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg5MTk5-the-heat-extracted-out-of-x-gram-of-water-initially-at-50-circ-text-c-to-cool-it-down-to-0-circ-text-c-is-sufficient-to-evaporate-1000-x-gram-of-water-also-initially-at-50-circ-text-c-the-value-of-x-c https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg5NTI1-one-mole-of-diatomic-gas-having-rotational-modes-only-is-kept-in-a-cylinder-with-a-piston-system-the-cross-section-area-of-the-cylinder-is-4-text-cm-2-the-gas-is-heated-slowly-to-raise-the-temperature https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTg5NTMw-initial-pressure-and-volume-of-a-monoatomic-ideal-gas-are-p-and-v-the-change-in-internal-energy-of-this-gas-in-adiabatic-expansion-to-volume-v-text-final-27-text-v-is-in-j-1-2-p-v-3-sqrt-3-1-2-dfrac-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTgxMjQ4-10-mole-of-oxygen-is-heated-at-constant-volume-from-30-circ-text-c-to-40-circ-text-c-the-change-in-the-internal-energy-of-the-gas-is-in-cal-the-molecular-specific-heat-of-oxygen-at-constant-pressure-c https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTgxNzQ4-a-diatomic-gas-gamma-1-4-does-100-text-j-of-work-when-it-is-expanded-isobarically-then-the-heat-given-to-the-gas-is-in-j-1-300-2-400-3-350-4-500-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTgwNjU2-the-volume-of-an-ideal-gas-increases-8-times-and-temperature-becomes-1-4-th-of-initial-temperature-during-a-reversible-change-if-there-is-no-exchange-of-heat-in-this-process-delta-q-0-then-identify-th https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTgxNzUw-the-internal-energy-of-a-monoatomic-gas-is-3nrt-one-mole-of-helium-is-kept-in-a-cylinder-having-internal-cross-section-area-of-17-text-cm-2-and-fitted-with-a-light-movable-frictionless-piston-the-gas https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTgxOTAx-one-mole-of-an-ideal-diatomic-gas-expands-from-volume-v-to-2v-isothermally-at-a-temperature-27-circ-text-c-and-does-w-joule-of-work-if-the-gas-undergoes-same-magnitude-of-expansion-adiabatically-from https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTgxNzQw-10-mole-of-an-ideal-gas-is-undergoing-the-process-shown-in-the-figure-the-heat-involved-in-the-process-from-p-1-text-to-p-2-is-alpha-joule-p-1-21-7-text-pa-and-p-2-30-text-pa-c-v-21-text-j-k-mol-r-8-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTgxNzQ3-when-300-text-j-of-heat-given-to-an-ideal-gas-with-c-p-dfrac-7-2-r-its-temperature-raises-from-20-circ-text-c-to-50-circ-text-c-keeping-its-volume-constant-the-mass-of-the-gas-is-approximately-in-g-r https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTgyMTA5-in-the-following-p-text-v-diagram-the-equation-of-state-along-the-curved-path-is-given-by-v-2-2-4ap-where-a-is-a-constant-the-total-work-done-in-the-closed-path-is-1-dfrac-1-a-2-dfrac-1-3a-3-dfrac-1-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTgyNTg3-a-thermodynamic-system-is-taken-through-the-cyclic-process-abc-as-shown-in-the-figure-the-total-work-done-by-the-system-during-the-cycle-abc-is-in-j-1-320-2-300-3-380-4-400-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQxMDYz-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-isobaric-mathrm-i-delta-q-delta-w-mathrm-b-isochoric-mathrm-ii-delta-q-delta-u-mathrm-c-adiabatic-mathrm-iii-delta-q-text-zero-mathrm-d-isothermal-mat https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwOTI1-an-ideal-gas-exists-in-a-state-with-pressure-p-0-volume-v-0-it-is-isothermally-expanded-to-4-times-of-its-initial-volume-v-0-then-isobarically-compressed-to-its-original-volume-finally-the-system-is-h https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwOTE5-a-monoatomic-gas-having-gamma-dfrac-5-3-is-stored-in-a-thermally-insulated-container-and-the-gas-is-suddenly-compressed-to-left-dfrac-1-8-right-text-th-of-its-initial-volume-the-ratio-of-final-pressur https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwODk4-pressure-of-an-ideal-gas-contained-in-a-closed-vessel-is-increased-by-0-4-when-heated-by-1-circ-text-c-its-initial-temperature-must-be-1-2500-text-k-2-250-text-k-3-250-circ-text-c-4-25-circ-text-c-1-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwODg1-water-falls-from-a-height-of-200-text-m-into-a-pool-calculate-the-rise-in-temperature-of-the-water-assuming-no-heat-dissipation-from-the-water-in-the-pool-take-g-10-text-m-s-2-specific-heat-of-water-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwODgz-a-gas-is-kept-in-a-container-having-walls-which-are-thermally-non-conducting-initially-the-gas-has-a-volume-of-800-text-cm-3-and-temperature-27-circ-text-c-the-change-in-temperature-when-the-gas-is-ad https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwODc3-a-piston-of-mass-m-is-hung-from-a-massless-spring-whose-restoring-force-law-goes-as-f-kx-3-where-k-is-the-spring-constant-of-appropriate-dimension-the-piston-separates-the-vertical-chamber-into-two-pa https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwODU3-during-the-melting-of-a-slab-of-ice-at-273-text-k-at-atmospheric-pressure-1-positive-work-is-done-on-the-ice-water-system-by-the-atmosphere-2-internal-energy-of-ice-water-system-remains-unchanged-3-in https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwODM0-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-isothermal-mathrm-i-delta-w-work-done-0-mathrm-b-adiabatic-mathrm-ii-delta-q-supplied-heat-0-mathrm-c-isobaric-mathrm-iii-delta-u-change-in-internal-e https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwNzc1-an-ideal-gas-has-undergone-through-the-cyclic-process-as-shown-in-the-figure-work-done-by-the-gas-in-the-entire-cycle-is-take-3-14-1-314-times-10-1-text-j-2-114-times-10-1-text-j-3-312-times-10-1-text https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwNzIy-match-the-list-i-with-list-ii-list-i-list-ii-mathrm-a-triatomic-rigid-gas-mathrm-i-dfrac-c-p-c-v-dfrac-5-3-mathrm-b-diatomic-non-rigid-gas-mathrm-ii-dfrac-c-p-c-v-dfrac-7-5-mathrm-c-monoatomic-gas-mat https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwNjc1-identify-the-characteristics-of-an-adiabatic-process-in-a-monoatomic-gas-mathrm-a-internal-energy-is-constant-mathrm-b-work-done-in-the-process-is-equal-to-the-change-in-internal-energy-mathrm-c-the-p https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwNjYy-gamma-a-is-the-specific-heat-ratio-of-monoatomic-gas-a-having-3-translational-degrees-of-freedom-gamma-b-is-the-specific-heat-ratio-of-polyatomic-gas-b-having-3-translational-3-rotational-degrees-of-f https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTQwNjQ4-in-an-adiabatic-process-which-of-the-following-statements-is-true-1-the-molar-heat-capacity-is-infinite-2-work-done-by-the-gas-equals-the-increase-in-internal-energy-3-the-internal-energy-of-the-gas-d https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM2MTI2-given-below-are-two-statements-assertion-a-in-an-insulated-container-a-gas-is-adiabatically-shrunk-to-half-of-its-initial-volume-the-temperature-of-the-gas-decreases-reason-r-free-expansion-of-an-idea https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM2MTIy-the-magnitude-of-heat-exchanged-by-a-system-for-the-given-cyclic-process-abca-as-shown-in-figure-is-in-si-unit-1-5-pi-2-zero-3-10-pi-4-40-pi-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1OTkw-a-carnot-engine-e-is-working-between-two-temperatures-473-text-k-and-273-text-k-in-a-new-system-two-engines-e-1-works-between-473-text-k-to-373-text-k-and-engine-e-2-works-between-373-text-k-to-273-te https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1OTgy-using-the-given-pv-diagram-the-work-done-by-an-ideal-gas-along-the-path-abcd-is-1-4p-0v-0-2-3p-0v-0-3-3p-0v-0-4-4p-0v-0-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1OTcw-water-of-mass-m-gram-is-slowly-heated-to-increase-the-temperature-from-t-1-to-t-2-the-change-in-entropy-of-the-water-given-specific-heat-of-water-is-1-jkg-1-k-1-is-1-zero-2-m-ln-left-dfrac-t-1-t-2-rig https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1ODc2-the-temperature-of-1-text-mole-of-an-ideal-monoatomic-gas-is-increased-by-50-circ-text-c-at-constant-pressure-the-total-heat-added-and-the-change-in-internal-energy-are-e-1-and-e-2-respectively-if-dfr https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1ODcy-a-poly-atomic-molecule-c-v-3-mathrm-r-c-p-4r-where-r-is-gas-constant-goes-from-phase-space-point-a-left-p-a-10-5-text-pa-v-a-4-times-10-6-text-m-3-right-to-point-b-p-b-5-times-10-4-text-pa-v-b-6-times https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1ODQ1-an-ideal-gas-goes-from-an-initial-state-to-final-state-during-the-process-the-pressure-of-gas-increases-linearly-with-temperature-a-the-work-done-by-gas-during-the-process-is-zero-b-the-heat-added-to https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1ODM3-match-the-list-i-with-list-ii-list-i-list-ii-a-pressure-varies-inversely-with-volume-of-an-ideal-gas-i-adiabatic-process-b-heat-observed-goes-partly-to-increase-internal-energy-and-partly-to-do-work-i https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1Nzg5-given-below-are-two-statements-assertion-a-with-the-increase-in-the-pressure-of-an-ideal-gas-the-volume-falls-off-more-rapidly-in-an-isothermal-process-in-comparison-to-the-adiabatic-process-reason-r https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1Nzc3-a-container-of-fixed-volume-contains-a-gas-at-27-circ-text-c-to-double-the-pressure-of-the-gas-the-temperature-of-gas-should-be-raised-to-in-circ-text-c-1-54-2-600-3-327-4-300-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1Nzcw-the-work-done-in-an-adiabatic-change-in-an-ideal-gas-depends-upon-only-1-change-in-its-pressure-2-change-in-its-temperature-3-change-in-its-specific-heat-4-change-in-its-volume-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTM1Njkx-consider-the-following-statements-regarding-thermodynamic-properties-a-internal-energy-u-volume-v-and-mass-m-are-extensive-variables-b-pressure-p-temperature-t-and-density-rho-are-intensive-variables https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTIxNDc5-two-different-adiabatic-paths-for-the-same-gas-intersect-two-isothermal-curves-as-shown-in-a-p-text-v-diagram-what-is-the-relationship-between-the-ratio-dfrac-v-a-v-d-and-the-ratio-dfrac-v-b-v-c-text https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTIxMjMx-a-sample-of-gas-at-temperature-t-undergoes-an-adiabatic-expansion-in-which-its-volume-becomes-twice-the-initial-volume-the-adiabatic-constant-of-the-gas-is-gamma-3-2-and-the-amount-of-gas-taken-is-mu https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTIwODY3-a-real-gas-within-a-closed-chamber-at-27-c-undergoes-the-cyclic-process-as-shown-in-figure-the-gas-obeys-mathrm-pv-3-mathrm-rt-equation-for-the-path-a-to-b-the-net-work-done-in-the-completer-cycle-is https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NTE3NTcz-the-specific-heat-at-constant-pressure-of-a-real-gas-obeying-mathrm-pv-2-mathrm-rt-equation-is-1-frac-r-3-c-v-2-r-3-c-v-r-4-c-v-r-2-v-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4Mjg0-in-an-isobaric-process-work-done-by-the-gas-is-200-text-j-the-adiabatic-exponent-of-the-gas-is-1-4-then-the-heat-supplied-to-the-gas-during-the-process-is-1-200-text-j-2-400-text-j-3-600-text-j-4-700 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDU1NzA5-a-gas-undergoes-a-cyclic-process-abca-as-shown-in-the-figure-then-the-work-done-by-the-gas-for-a-rightarrow-b-rightarrow-c-is-1-1800-text-j-2-1200-text-j-3-3600-text-j-4-600-text-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDU1MzE5-the-pressure-p-versus-volume-v-of-the-thermodynamic-process-is-shown-in-the-figure-the-correct-options-are-take-gamma-1-2-1-for-process-a-pv-constant-for-process-b-pv-gamma-constant-2-for-process-a-pv https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDU0ODAz-a-t-text-v-graph-is-given-for-two-different-pressures-p-1-and-p-2-then-the-correct-relation-is-1-p-2-p-1-2-p-1-p-2-3-p-2-p-1-4-p-2-leq-p-1-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDQwMjM4-in-thermodynamics-adiabatic-process-the-pressure-is-directly-proportional-to-a-cube-of-absolute-temperature-then-the-ratio-of-specific-heat-frac-c-p-c-v-for-the-gas-is-1-dfrac-4-3-2-dfrac-7-5-3-dfrac https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDM3OTY0-the-net-heat-exchanged-in-the-given-cyclic-process-is-1-81-5-text-j-2-61-5-text-j-3-100-2-text-j-4-40-2-text-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY3Mjcz-in-which-of-the-following-processes-does-the-internal-energy-of-a-gas-remain-constant-1-isothermal-2-isochoric-3-isobaric-4-adiabatic-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY3MTcw-when-the-amount-of-heat-supplied-to-a-gas-in-a-system-is-equal-to-1000-j-the-system-in-return-does-200-j-of-work-on-the-surrounding-what-would-be-the-change-in-the-internal-energy-of-the-gas-1-800-j-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY3MTI4-a-monoatomic-gas-initially-at-pressure-p-and-volume-v-is-compressed-to-left-frac-1-8-right-mathrm-th-of-its-volume-adiabatically-the-final-pressure-of-the-gas-is-1-4p-2-8p-3-16p-4-32p-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY2ODU2-given-a-cyclic-process-shown-in-an-indicator-diagram-using-si-units-the-work-done-by-the-gas-during-the-process-is-1-300-units-2-300-units-3-600-units-4-600-units-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY2Njk3-given-below-are-two-statements-assertion-a-when-heat-is-supplied-to-a-system-its-temperature-must-increase-reason-r-positive-work-done-by-the-system-increases-the-volume-of-the-thermodynamic-system-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY2NTk4-in-a-polytropic-process-the-pressure-p-varies-with-volume-v-according-to-the-equation-p-av-3-where-a-is-a-constant-the-bulk-modulus-of-this-system-is-1-3v-2-3p-3-p-4-v-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzY3MzIz-a-gas-is-compressed-adiabatically-which-of-the-following-statements-is-not-correct-1-internal-energy-is-constant-2-temperature-increases-3-work-done-change-in-internal-energy-4-heat-is-not-supplied-to https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMzA4-in-the-series-sequence-of-two-engines-e-1-and-e-2-as-shown-t-1-600-k-and-t-2-300-k-it-is-given-that-both-the-engines-working-on-the-carnot-principle-have-the-same-efficiency-then-temperature-t-at-whic https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMzA2-a-carnot-engine-working-between-a-source-and-a-sink-at-200-text-k-has-an-efficiency-of-50-another-carnot-engine-working-between-the-same-source-and-another-sink-with-an-unknown-temperature-t-has-an-ef https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMjM1-a-diatomic-gas-is-taken-from-point-a-to-point-b-in-a-thermodynamic-process-as-described-in-the-pressure-volume-graph-shown-the-change-in-internal-energy-is-equal-to-1-3-75-times-10-6-text-j-2-2-25-tim https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYzMDg3-in-an-isochoric-process-on-an-ideal-gas-initial-temperature-is-equal-to-27-circ-mathrm-c-with-an-initial-pressure-being-equal-to-270-kpa-now-if-the-final-temperature-is-made-equal-to-36-circ-mathrm-c https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzYyOTcz-an-ideal-gas-adiabatic-constant-3-2-undergoes-an-adiabatic-expansion-process-where-the-change-in-temperature-is-t-if-there-are-2-moles-of-the-gas-the-work-done-by-the-gas-is-1-3rt-2-2rt-3-4rt-4-rt-1-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ2ODU5-a-sample-of-an-ideal-gas-is-taken-through-the-cyclic-process-abca-as-shown-in-the-figure-it-absorbs-40-text-j-of-heat-during-part-ab-no-heat-during-bc-and-rejects-60-text-j-of-heat-during-ca-a-work-of https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ2NTc0-a-diatomic-gas-gamma-1-4-does-400-j-of-work-when-it-is-expanded-isobarically-the-heat-given-to-the-gas-in-the-process-is-1-1000-j-2-1200-j-3-1400-j-4-1600-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ2MDA5-the-efficiency-of-a-carnot-s-engine-working-between-the-steam-point-and-ice-point-will-be-1-26-81-text-2-37-81-text-3-47-81-text-4-57-81-text-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ1NjM0-a-carnot-engine-whose-heat-sinks-at-27-circ-text-c-has-an-efficiency-of-25-text-by-how-many-degrees-should-the-temperature-of-the-source-be-changed-to-increase-the-efficiency-by-100-text-of-the-origin https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQ1NTk3-a-thermodynamic-system-is-taken-from-an-original-state-d-to-an-intermediate-state-e-by-a-linear-process-as-shown-in-the-figure-its-volume-is-then-reduced-to-the-original-volume-from-e-to-f-by-an-isoba https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzNzY5-starting-with-the-same-initial-conditions-an-ideal-gas-expands-from-volume-v-1-to-v-2-in-three-different-ways-the-work-done-by-the-gas-is-w-1-if-the-process-is-purely-isothermal-w-2-if-the-process-is https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzNzE0-a-cylinder-of-a-fixed-capacity-of-44-8-litres-contains-helium-gas-at-a-standard-temperature-and-pressure-the-amount-of-heat-needed-to-raise-the-temperature-of-the-gas-in-the-cylinder-by-20-0-circ-text https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzMzgx-a-monoatomic-gas-is-at-a-given-pressure-p-and-volume-v-if-the-gas-is-suddenly-compressed-to-one-eighth-of-its-original-volume-then-the-final-pressure-will-be-1-p-2-8p-3-32p-4-64p-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzMzgw-7-mole-of-a-certain-monoatomic-ideal-gas-undergoes-a-temperature-increase-of-40-text-k-at-constant-pressure-the-increase-in-the-internal-energy-of-the-gas-in-this-process-is-given-r-8-3-text-j-k-1-tex https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzMzQw-let-eta-1-is-the-efficiency-of-an-engine-at-t-1-447-circ-text-c-and-t-2-147-circ-text-c-while-eta-2-is-the-efficiency-at-t-1-947-circ-text-c-and-t-2-47-circ-text-c-the-ratio-eta-1-over-eta-2-will-be-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246MzQzMjg1-a-certain-amount-of-gas-of-volume-v-at-27-circ-text-c-temperature-and-pressure-2-times-10-7-text-nm-2-expands-isothermally-until-its-volume-gets-doubled-later-it-expands-adiabatically-until-its-volume https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc5MDc5-an-electric-appliance-supplies-6000-text-j-min-heat-to-the-system-if-the-system-delivers-a-power-of-90-text-w-how-long-it-would-take-to-increase-the-internal-energy-by-2-5-10-3-text-j-1-4-1-times-10-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc5MDQ1-a-refrigerator-consumes-an-average-35-text-w-power-to-operate-between-temperature-10-circ-text-c-to-25-circ-text-c-if-there-is-no-loss-of-energy-then-how-much-average-heat-per-second-does-it-transfer https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc5MDE0-a-heat-engine-has-an-efficiency-of-frac-1-6-when-the-temperature-of-the-sink-is-reduced-by-62-circ-text-c-its-efficiency-gets-doubled-the-temperature-of-the-source-is-1-124-circ-text-c-2-99-circ-text https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4OTE5-a-monoatomic-ideal-gas-initially-at-temperature-t-1-is-enclosed-in-a-cylinder-fitted-with-a-frictionless-piston-the-gas-is-allowed-to-expand-adiabatically-to-a-temperature-t-2-by-releasing-the-piston https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4NzY2-an-ideal-gas-in-a-cylinder-is-separated-by-a-piston-in-such-a-way-that-the-entropy-of-one-part-is-s-1-and-that-of-the-other-part-is-s-2-given-that-s-1-s-2-if-the-piston-is-removed-then-the-total-entro https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4NzI5-for-an-adiabatic-expansion-of-an-ideal-gas-the-fractional-change-in-its-pressure-is-equal-to-where-gamma-is-the-ratio-of-specific-heats-1-gamma-frac-d-v-v-2-frac-d-v-v-3-gamma-frac-v-d-v-4-frac-1-gamm https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4MzU2-the-p-text-v-diagram-of-a-diatomic-ideal-gas-system-going-under-a-cyclic-process-is-shown-in-the-figure-the-work-done-during-an-adiabatic-process-cd-is-text-use-gamma-14-1-500-text-j-2-400-text-j-3-40 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4Mjkw-a-heat-engine-operates-between-a-cold-reservoir-at-temperature-t-2-400-text-k-and-a-hot-reservoir-at-temperature-t-1-it-takes-300-text-j-of-heat-from-the-hot-reservoir-and-delivers-200-text-j-of-heat https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4MjEz-two-carnot-engines-a-operate-in-series-such-that-the-engine-a-absorbs-heat-at-t-1-and-rejects-heat-to-a-sink-at-temperature-t-the-engine-b-absorbs-half-of-the-heat-rejected-by-the-engine-a-and-rejects https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4MjEy-one-mole-of-an-ideal-gas-is-taken-through-an-adiabatic-process-where-the-temperature-rises-from-27-circ-text-c-to-37-circ-text-c-if-the-ideal-gas-is-composed-of-the-polyatomic-molecule-that-has-4-vibr https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3NTMw-let-gamma-1-be-the-ratio-of-molar-specific-heat-at-constant-pressure-and-molar-specific-heat-at-constant-volume-of-a-monoatomic-gas-and-gamma-2-be-the-similar-ratio-of-diatomic-gas-considering-the-dia https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3NTM0-in-an-isothermal-change-the-change-in-pressure-and-volume-of-a-gas-can-be-represented-for-three-different-temperatures-t3-t2-t1-as-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4MTAz-in-the-reported-figure-there-is-a-cyclic-process-abcda-on-a-sample-of-1-text-mol-of-a-diatomic-gas-the-temperature-of-the-gas-during-the-process-a-rightarrow-b-and-c-rightarrow-d-are-t-1-and-t-2-t-1-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4MDQz-in-the-reported-figure-heat-energy-absorbed-by-a-system-goes-through-a-cyclic-process-is-1-160-pi-text-j-2-149-pi-text-j-3-100-pi-text-j-4-120-pi-text-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3OTc3-a-reversible-engine-has-an-efficiency-of-frac-1-4-if-the-temperature-of-the-sink-is-reduced-by-58-circ-text-c-its-efficiency-becomes-double-then-the-temperature-of-the-sink-is-1-280-circ-text-k-2-382 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3OTQ4-the-amount-of-heat-needed-to-raise-the-temperature-of-4-moles-of-a-rigid-diatomic-gas-from-0-circ-text-c-to-50-circ-text-c-when-no-work-is-done-is-text-r-is-the-universal-gas-constant-1-175-text-r-2-7 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3ODE3-which-one-is-the-correct-option-for-the-two-different-thermodynamic-processes-a-b-c-d-1-c-and-a-2-b-and-c-3-c-and-d-4-a-only-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3Njk1-for-an-ideal-heat-engine-the-temperature-of-the-source-is-127-circ-text-c-in-order-to-have-60-efficiency-the-temperature-of-the-sink-should-be-round-off-to-the-nearest-integer-1-113-circ-text-c-2-158 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5NDQz-one-mole-of-a-rigid-diatomic-gas-performs-a-work-of-dfrac-q-5-when-heat-q-is-supplied-to-it-the-molar-heat-capacity-of-the-gas-during-this-transformation-is-1-dfrac-15-8-r-2-dfrac-5-8-r-3-dfrac-25-8-r https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5NDM1-the-volume-v-of-a-given-mass-of-monoatomic-gas-changes-with-temperature-t-according-to-the-relation-mathrm-v-mathrm-k-mathrm-t-2-3-the-work-done-when-temperature-changes-by-90-k-will-be-1-60r-2-30r-3 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5Mjc4-in-a-certain-thermodynamical-process-the-pressure-of-a-gas-depends-on-its-volume-as-kv-3-the-work-done-when-the-temperature-changes-from-100-circ-text-c-to-300-circ-text-c-will-be-where-n-denotes-numb https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5MDMw-a-container-is-divided-into-two-chambers-by-a-partition-the-volume-of-first-chamber-is-4-5-litre-and-second-chamber-is-5-5-litre-the-first-chamber-contain-3-0-moles-of-gas-at-pressure-2-0-atm-and-seco https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4OTgz-a-thermodynamic-process-for-one-mole-of-an-ideal-gas-is-shown-on-a-p-text-v-diagram-where-the-process-follows-the-relationship-pv-1-2-text-constant-if-the-volume-changes-from-v-1-to-v-2-2v-1-as-the-ga https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4OTI4-match-list-i-with-list-ii-and-choose-the-correct-option-list-i-list-ii-a-isothermal-process-i-pressure-constant-b-isochoric-process-ii-temperature-constant-c-adiabatic-process-iii-volume-constant-d-is https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4ODkz-a-reversible-heat-engine-converts-one-fourth-of-the-heat-input-into-work-when-the-temperature-of-the-sink-is-reduced-by-52-k-its-efficiency-is-doubled-the-temperature-in-kelvin-of-the-source-will-be-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4NTMy-the-figure-shows-a-thermodynamic-cyclic-process-on-a-p-text-v-diagram-in-which-the-process-from-state-1-to-state-2-is-adiabatic-which-of-the-following-v-text-t-diagrams-correctly-represents-an-equival https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4NDYy-a-carnot-engine-having-an-efficiency-of-frac-1-10-is-being-used-as-a-refrigerator-if-the-work-done-on-the-refrigerator-is-10-text-j-the-amount-of-heat-absorbed-from-the-reservoir-at-a-lower-temperatur https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4NDMz-a-thermodynamic-cycle-x-y-z-x-is-shown-on-a-v-text-t-diagram-the-p-text-v-diagram-that-best-describes-this-cycle-is-diagrams-are-schematic-and-not-to-scale-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4NDIw-under-an-adiabatic-process-the-volume-of-an-ideal-gas-is-doubled-consequently-the-mean-collision-time-between-the-gas-molecules-changes-from-t-1-to-t-2-if-frac-c-p-c-v-gamma-for-the-gas-a-good-estimat https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4MzYw-two-ideal-carnot-engines-are-connected-in-cascade-such-that-the-heat-rejected-by-the-first-engine-is-entirely-absorbed-by-the-second-engine-to-produce-work-the-first-engine-operates-between-a-hot-rese https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc4MzQz-a-litre-of-dry-air-at-stp-expands-adiabatically-to-a-volume-of-3-litres-if-gamma-1-40-the-work-done-by-air-is-3-1-4-4-6555-take-air-to-be-an-ideal-gas-1-48-text-j-2-90-5-text-j-3-100-8-text-j-4-60-7-t https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5MzMy-the-change-in-the-magnitude-of-the-volume-of-an-ideal-gas-when-a-small-additional-pressure-delta-p-is-applied-at-constant-temperature-is-the-same-as-the-change-when-the-temperature-is-reduced-by-a-sma https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5Mjgy-match-the-thermodynamic-processes-taking-place-in-a-system-with-the-correct-conditions-in-the-table-delta-q-is-the-heat-supplied-delta-w-is-the-work-done-and-delta-u-is-change-in-internal-energy-of-th https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5MDk2-an-engine-operates-by-taking-a-monatomic-ideal-gas-through-the-cycle-shown-in-the-figure-the-percentage-efficiency-of-the-engine-is-close-to-1-10-2-19-3-50-4-96-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4NzM5-a-closed-vessel-contains-0-1-mole-of-a-monatomic-ideal-gas-at-200-k-if-0-05-mole-of-the-same-gas-at-400-k-is-added-to-it-the-final-equilibrium-temperature-in-k-of-the-gas-in-the-vessel-will-be-closed https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4NjQy-in-an-adiabatic-process-the-density-of-a-diatomic-gas-becomes-32-times-its-initial-value-the-final-pressure-of-the-gas-is-found-to-be-n-times-the-initial-pressure-the-value-of-n-is-1-326-2-dfrac-1-32 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4NTMx-three-different-processes-that-can-occur-in-an-ideal-monoatomic-gas-are-shown-in-the-p-vs-v-diagram-the-paths-are-labelled-as-a-rightarrow-b-a-rightarrow-c-and-a-rightarrow-d-the-change-in-internal-en https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4NDgz-if-minimum-possible-work-is-done-by-a-refrigerator-in-converting-100-grams-of-water-at-0-circ-mathrm-c-to-ice-how-much-heat-in-calories-is-released-to-the-surroundings-at-temperature-27-circ-mathrm-c https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4MzMw-a-heat-engine-is-involved-with-exchange-of-heat-of-1915-text-j-40-text-j-125-text-j-and-q-text-j-during-one-cycle-achieving-an-efficiency-of-50-the-value-of-q-is-1-640-text-j-2-400-text-j-3-980-text-j https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc4MTI5-an-engine-takes-in-5-moles-of-air-at-20-circ-c-and-1-atm-and-compresses-it-adiabaticaly-to-1-10-th-of-the-original-volume-assuming-air-to-be-a-diatomic-ideal-gas-made-up-of-rigid-molecules-the-change https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3NTc2-for-the-given-cyclic-process-cab-as-shown-for-a-gas-the-work-done-is-1-30-text-j-2-10-text-j-3-1-text-j-4-5-text-j-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3NDI0-three-carnot-engines-operate-in-series-between-a-heat-source-at-temperature-t-1-and-a-heat-sink-at-temperature-t-4-as-shown-in-the-figure-there-are-two-intermediate-thermal-reservoirs-at-temperatures https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3NDA1-two-carnot-engines-a-text-and-b-are-operated-in-series-the-first-one-a-receives-heat-at-t-1-600-text-k-and-rejects-to-a-reservoir-at-temperature-t-2-the-second-engine-b-receives-heat-rejected-by-the-f https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc3MzYx-two-moles-of-helium-gas-are-mixed-with-three-moles-of-hydrogen-molecules-taken-to-be-rigid-what-is-the-molar-specific-heat-of-the-mixture-at-constant-volume-r-8-3-text-j-mol-k-1-21-6-text-j-mol-k-2-19 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc2OTIw-a-diatomic-gas-with-rigid-molecules-undergoes-expansion-at-constant-pressure-performing-10-text-j-of-work-in-the-process-what-is-the-amount-of-heat-energy-absorbed-by-the-gas-during-this-process-1-35 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc2OTEx-a-carnot-engine-has-an-efficiency-of-1-6-when-the-temperature-of-the-sink-is-reduced-by-62-circ-text-c-its-efficiency-is-doubled-the-temperatures-of-the-source-and-the-sink-are-respectively-1-99-circ https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc2OTA0-n-moles-of-an-ideal-gas-with-constant-volume-heat-capacity-c-v-undergo-an-isobaric-expansion-by-a-certain-volume-the-ratio-of-the-work-done-in-the-process-to-the-heat-supplied-is-1-dfrac-n-r-c-v-n-r-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc2ODg3-a-cylinder-with-fixed-capacity-of-67-2-litres-contains-helium-gas-at-stp-the-amount-of-heat-needed-to-raise-the-temperature-of-the-gas-by-20-circ-text-c-is-given-that-r-8-31-j-mol-1k-1-1-748-text-j-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc2NzYz-the-following-figure-shows-two-processes-a-and-b-for-a-gas-if-delta-q-a-and-delta-q-b-are-the-amount-of-heat-absorbed-by-the-system-in-two-cases-and-delta-u-a-and-delta-u-b-are-changes-in-internal-ene https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3MzI4-one-mole-of-an-ideal-monatomic-gas-is-taken-along-the-path-abca-as-shown-in-the-p-text-v-diagram-the-maximum-temperature-attained-by-the-gas-along-the-path-bc-is-given-by-1-dfrac-25-4-dfrac-p-0v-0-r-2 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3MTcy-a-carnot-s-engine-works-as-a-refrigerator-between-250-text-k-and-300-text-k-it-receives-500-text-cal-heat-from-the-reservoir-at-a-lower-temperature-the-amount-of-work-done-in-each-cycle-to-operate-the https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3MjU1-for-the-p-text-v-diagram-given-for-an-ideal-gas-out-of-the-following-which-one-correctly-represents-the-t-text-p-diagram-1-3-2-4-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3MTU2-an-engine-operates-by-taking-n-moles-of-an-ideal-gas-through-the-cycle-abcda-shown-in-the-figure-the-thermal-efficiency-of-the-engine-is-take-c-v-1-5-r-where-r-is-gas-constant-1-0-32-2-0-15-3-0-24-4-0 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5MzM2-c-p-and-c-v-are-specific-heats-at-constant-pressure-and-constant-volume-respectively-it-is-observed-that-c-p-c-v-a-for-hydrogen-gas-c-p-c-v-b-for-nitrogen-gas-the-correct-relation-between-a-and-b-is-1 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3MjIx-a-carnot-freezer-takes-heat-from-water-at-0-circ-text-c-inside-it-and-rejects-it-to-the-room-at-a-temperature-of-27-circ-text-c-the-latent-heat-of-ice-is-336-times10-3-text-j-kg-1-if-5-text-kg-of-wate https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3MTky-200-text-g-water-is-heated-from-40-circ-text-c-text-to-60-circ-text-c-ignoring-the-slight-expansion-of-water-the-change-in-its-internal-energy-is-closed-to-given-specific-heat-of-water-4184-text-j-kgk https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3MTEw-the-ratio-of-work-done-by-an-ideal-monatomic-gas-to-the-heat-supplied-to-it-in-an-isobaric-process-is-1-3-over-2-2-2-over-3-3-3-over-5-4-2-over-5-1-2-3-4 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5NDE0-n-moles-of-an-ideal-gas-undergo-a-process-a-rightarrow-b-as-shown-in-the-figure-the-maximum-temperature-of-the-gas-during-the-process-will-be-1-frac-9-p-0-v-0-4-n-r-2-frac-3-p-0-v-0-2-n-r-3-frac-9-p-0 https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5NDEy-an-ideal-gas-undergoes-a-quasi-static-reversible-process-in-which-its-molar-heat-capacity-c-remains-constant-if-during-this-process-the-relation-of-pressure-p-and-volume-v-is-given-by-pv-n-constant-th https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc3MDQz-an-ideal-gas-goes-through-a-reversible-cycle-a-rightarrow-b-rightarrow-c-rightarrow-d-has-the-v-text-t-diagram-as-shown-below-process-d-rightarrow-a-and-b-rightarrow-c-are-adiabatic-the-corresponding https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246NDc2OTQ5-an-experiment-takes-10-minutes-to-raise-the-temperature-of-water-in-a-container-from-0-circ-text-c-to-100-circ-text-c-and-another-55-minutes-to-convert-it-totally-into-steam-by-a-heater-supplying-heat https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5NDg1-consider-an-ideal-gas-confined-in-an-isolated-closed-chamber-as-the-gas-undergoes-an-adiabatic-expansion-the-average-time-of-collision-between-molecules-increases-as-v-q-where-v-is-the-volume-of-the-g https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5NDg0-a-solid-body-of-constant-heat-capacity-1-text-j-circ-text-c-is-being-heated-by-keeping-it-in-contact-with-reservoirs-in-two-ways-i-sequentially-keeping-in-contact-with-2-reservoirs-such-that-each-rese https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5NDgz-consider-a-spherical-shell-of-radius-r-at-temperature-t-the-black-body-radiation-inside-it-can-be-considered-as-an-ideal-gas-of-photons-with-internal-energy-per-unit-volume-u-dfrac-u-v-propto-t-4-and https://medminds.me/qbank/physics/thermodynamics/?q=NP-b246Mjc5NzE2-one-mole-of-a-diatomic-ideal-gas-undergoes-a-cyclic-process-abc-as-shown-in-figure-the-process-bc-is-adiabatic-the-temperatures-at-a-b-and-c-are-400-text-k-800-text-k-and-600-text-k-respectively-choos https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MjU0NzQ-the-dimensional-formula-of-the-coefficient-of-thermal-conductivity-is-1-m1l1t-3k-1-2-m3l-1t-3k-3-m1l-3t-1k-1-4-m1l1t-3k-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MjY1Njc-if-l-q-r-represent-inductance-charge-and-resistance-respectively-the-units-of-this-question-includes-concepts-from-12th-syllabus-1-qrl-will-be-those-of-current-2-q2r3l2-will-be-those-of-energy-3-qlr-w https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246Mjk4MTg-the-quantity-12-isin-0e2-has-dimensional-formula-same-as-this-question-includes-concepts-from-12th-syllabus-1-12cv2-2-12li2-3-12b2-mu-0-4-power-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNDc-a-light-year-is-a-unit-of-1-time-2-mass-3-distance-4-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNDg-the-magnitude-of-any-physical-quantity-1-depends-on-the-method-of-measurement-2-does-not-depend-on-the-method-of-measurement-3-is-more-in-the-si-system-than-in-the-cgs-system-4-is-directly-proportiona https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNDk-which-of-the-following-is-not-equal-to-a-watt-1-joule-second-2-ampere-times-volt-3-ampere-2-times-ohm-4-ampere-volt-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNTA-newton-ndash-second-is-the-unit-of-1-velocity-2-angular-momentum-3-momentum-4-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNTE-which-of-the-following-is-not-represented-in-correct-unit-1-stressstrain-n-m2-2-surface-tension-n-m-3-energy-kg-m-sec-4-pressure-n-m2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNTI-one-second-is-equal-to-1-1650763-73-time-periods-of-kr-clock-2-652189-63-time-periods-of-kr-clock-3-1650763-73-time-periods-of-cs-clock-4-9192631770-time-periods-of-cs-clock-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNTM-one-nanometre-is-equal-to-1-10-9-text-mm-2-10-6-text-cm-3-10-7-text-cm-4-10-9-text-cm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNTQ-a-text-micron-is-related-to-text-centimetre-as-1-1-text-micron-10-8-text-cm-2-1-text-micron-10-6-text-cm-3-1-text-micron-10-5-text-cm-4-1-text-micron-10-4-text-cm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNTU-the-unit-of-power-is-1-joule-2-joule-per-second-only-3-joule-per-second-and-watt-both-4-only-watt-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNTY-a-suitable-unit-for-gravitational-constant-is-1-kg-thinsp-msec-minus-1-2-n-thinsp-m-minus-1sec-3-n-thinsp-thinsp-m2-thinsp-kg-minus-2-4-kg-thinsp-m-thinsp-sec-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNTc-si-unit-of-pressure-is-1-pascal-2-dynes-cm2-3-cm-of-hg-4-atmosphere-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNTg-the-unit-of-angular-acceleration-in-the-si-system-is-1-n-thinsp-kg-minus-1-2-m-thinsp-s-minus-2-3-rad-thinsp-s-minus-2-4-m-thinsp-kg-minus-1k-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNTk-the-unit-of-stefan-s-constant-sigma-is-this-question-includes-concepts-from-thermal-properties-of-matter-chapter-1-w-thinsp-m-minus-2-thinsp-k-minus-1-2-w-thinsp-m2-thinsp-k-minus-4-3-w-thinsp-m-minus https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNjE-in-s-a-bt-ct-2-s-is-measured-in-metres-and-t-in-seconds-the-unit-of-c-will-be-1-none-2-text-m-3-text-ms-1-4-text-ms-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNjI-joule-second-is-the-unit-of-1-work-2-momentum-3-pressure-4-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNjM-unit-of-energy-in-si-system-is-1-erg-2-calorie-3-joule-4-electron-volt-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNjQ-a-cube-has-a-numerically-equal-volume-and-surface-area-the-volume-of-such-a-cube-is-1-216-units-2-1000-units-3-2000-units-4-3000-units-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNjU-wavelength-of-ray-of-light-is-0-00006-thinsp-m-it-is-equal-to-1-6-thinsp-thinsp-microns-2-60-thinsp-thinsp-microns-3-600-thinsp-thinsp-microns-4-0-6-thinsp-thinsp-microns-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNjY-electron-volt-is-a-unit-of-1-charge-2-potential-difference-3-momentum-4-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNjc-temperature-can-be-expressed-as-a-derived-quantity-in-terms-of-any-of-the-following-1-length-and-mass-2-mass-and-time-3-length-mass-and-time-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNjg-unit-of-power-is-1-kilowatt-2-kilowatt-hour-3-dyne-4-joule-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNjk-the-density-of-wood-is-0-5gm-cc-in-the-cgs-system-of-units-the-corresponding-value-in-mks-units-is-1-500-2-5-3-0-5-4-5000-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNzE-which-is-the-correct-unit-for-measuring-nuclear-radii-1-micron-2-millimetre-3-angstrom-4-fermi-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNzI-mach-number-is-equal-to-one-when-velocity-of-object-is-equal-to-1-velocity-of-light-2-velocity-of-sound-332-thinsp-thinsp-m-sec-3-1-thinsp-thinsp-km-sec-4-1-thinsp-m-sec-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNzQ-volt-metre-is-the-unit-of-1-potential-2-work-3-force-4-electric-field-intensity-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNzg-the-unit-of-self-inductance-of-a-coil-is-1-farad-2-henry-3-weber-4-tesla-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyNzk-henry-ohm-can-be-expressed-in-1-second-2-coulomb-3-mho-4-metre-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyODE-the-velocity-of-a-particle-depends-upon-as-v-a-bt-ct2-if-the-velocity-is-in-m-sec-the-unit-of-a-will-be-1-m-sec-2-m-sec2-3-m2-sec-4-m-sec3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyODI-one-million-electron-volt-1-thinsp-mev-is-equal-to-1-105ev-2-106ev-3-104ev-4-107ev-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyODM-erg-minus-m-minus-1-can-be-the-unit-of-measure-for-1-force-2-momentum-3-power-4-acceleration-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyODU-which-of-the-following-represents-a-volt-1-joule-second-2-watt-ampere-3-watt-coulomb-4-coulomb-joule-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyODY-kilowatt-minus-hour-is-a-unit-of-1-electrical-charge-2-energy-3-power-4-force-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyODg-in-which-of-the-following-systems-of-the-unit-weber-is-the-unit-of-magnetic-flux-1-cgs-2-mks-3-si-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyODk-tesla-is-a-unit-for-measuring-1-magnetic-moment-2-magnetic-induction-intensity-3-magnetic-field-lines-4-magnetic-pole-strength-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyOTA-if-the-unit-of-length-and-force-be-increased-four-times-then-the-unit-of-energy-is-1-increased-4-times-2-increased-8-times-3-increased-16-times-4-decreased-16-times-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyOTI-ampere-hour-is-a-unit-of-1-quantity-of-electricity-2-strength-of-electric-current-3-power-4-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyOTM-the-unit-of-specific-resistance-is-1-ohm-cm2-2-ohm-cm-3-ohm-cm-4-ohm-cm-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyOTQ-the-binding-energy-of-a-nucleon-in-a-nucleus-is-of-the-order-of-a-few-1-ev-2-ergs-3-mev-4-volts-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyOTU-parsec-is-a-unit-of-1-distance-2-velocity-3-time-4-angle-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyOTY-if-u-1-and-u-2-are-the-units-selected-in-two-systems-of-measurement-and-n-1-and-n-2-are-their-numerical-values-then-1-n-1u-1-n-2u-2-2-n-1u-1-n-2u-2-0-3-n-1n-2-u-1u-2-4-n-1-u-1-n-2-u-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyOTc-1-ev-is-1-same-as-one-joule-2-1-6-times-10-minus-19j-3-1-v-4-1-6-times-10-minus-19c-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyOTg-1kwh-1-1000w-2-36-times-105j-3-1000j-4-3600-thinsp-j-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIyOTk-universal-time-is-based-on-1-rotation-of-the-earth-on-its-axis-2-earth-s-orbital-motion-around-the-sun-3-vibrations-of-cesium-atom-4-oscillations-of-quartz-crystal-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMDE-unit-of-moment-of-inertia-in-mks-system-1-kg-times-cm2-2-kg-cm2-3-kg-times-m2-4-joule-times-m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMDI-unit-of-stress-is-1-frac-text-n-text-m-2-text-n-m-3-frac-text-n-text-m-2-4-text-n-m-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMDQ-unit-of-magnetic-moment-is-1-ampere-minus-metre2-2-ampere-minus-metre-3-weber-minus-metre2-4-weber-metre-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMDU-curie-is-a-unit-of-1-energy-of-gamma-rays-2-half-life-3-radioactivity-4-intensity-of-gamma-rays-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMDY-hertz-is-the-unit-of-1-frequency-2-force-3-electric-charge-4-magnetic-flux-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMDc-one-pico-farad-is-equal-to-1-10-minus-24f-2-10-minus-18f-3-10-minus-12f-4-10-minus-6f-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMDg-in-si-henry-is-the-unit-of-1-self-inductance-2-mutual-inductance-3-1-and-2-both-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMDk-the-unit-of-e-m-f-is-1-joule-2-joule-coulomb-3-volt-ndash-coulomb-4-joule-coulomb-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMTE-unit-of-self-inductance-is-this-question-includes-concepts-from-12th-syllabus-1-newton-secondcoulomb-times-ampere-2-joule-coulomb-times-secondampere-3-volt-times-metrecoulomb-4-newton-times-metreamper https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMTI-to-determine-young-s-modulus-of-a-wire-the-formula-is-y-fa-times-l-delta-l-where-l-length-a-area-of-cross-section-of-the-wire-delta-l-change-in-length-of-the-wire-when-stretched-with-a-force-f-the-con https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMTM-young-s-modulus-of-a-material-has-the-same-units-as-1-pressure-2-strain-3-compressibility-4-force-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMTQ-one-yard-in-si-units-is-equal-1-1-9144-metre-2-0-9144-metre-3-0-09144-kilometre-4-1-0936-kilometre-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMTU-which-of-the-following-is-the-smallest-unit-1-millimetre-2-angstrom-3-fermi-4-metre-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMTY-which-one-of-the-following-pairs-of-quantities-and-their-units-is-a-proper-match-1-electric-field-ndash-coulomb-m-2-magnetic-flux-ndash-weber-3-power-ndash-farad-4-capacitance-ndash-henry-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMTc-the-units-of-modulus-of-rigidity-are-1-n-minus-m-2-n-m-3-n-minus-m2-4-n-m2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMTg-the-unit-of-absolute-permittivity-is-1-fm-farad-metre-2-fm-minus-1-farad-metre-3-fm-minus-2-farad-metre2-4-f-farad-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMTk-list-i-i-joule-ii-watt-iii-volt-iv-coulomb-list-ii-a-henry-times-amp-sec-b-farad-times-volt-c-coulomb-times-volt-d-oersted-times-cm-e-amp-times-gauss-f-amp2-times-ohm-this-question-includes-concepts-f https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMjA-which-relation-is-wrong-1-1-calorie-4-18-joules-2-1-aring-10-minus-10m-3-1-thinsp-thinsp-mev-1-6-times-10-minus-13joules-4-1-thinsp-newton-10-minus-5dynes-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMjE-if-x-at-bt2-where-x-is-the-distance-travelled-by-the-body-in-kilometres-while-t-is-the-time-in-seconds-then-the-units-of-b-are-1-km-s-2-km-minus-s-3-km-s2-4-km-minus-s2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMjI-given-the-equation-left-p-frac-a-v-2-right-v-b-text-constant-the-units-of-a-will-be-where-p-is-pressure-and-v-is-volume-1-text-dyne-times-text-cm-5-2-text-dyne-times-text-cm-4-3-text-dyne-text-cm-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMjM-which-of-the-following-quantity-is-expressed-as-force-per-unit-area-1-work-2-pressure-3-volume-4-area-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMjQ-match-the-following-list-i-list-ii-a-distance-between-earth-and-stars-1-microns-b-inter-atomic-distance-in-a-solid-2-angstroms-c-size-of-the-nucleus-3-light-years-d-wavelength-of-infrared-laser-4-ferm https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzMjY-which-is-not-a-unit-of-electric-field-1-nc-minus-1-2-vm-minus-1-3-jc-minus-1-4-jc-minus-1m-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNTU-torr-is-the-unit-of-1-pressure-2-volume-3-density-4-flux-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNTY-which-of-the-following-is-a-derived-unit-1-unit-of-mass-2-unit-of-length-3-unit-of-time-4-unit-of-volume-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNTc-dyne-cm2-is-not-a-unit-of-1-pressure-2-stress-3-strain-4-young-s-modulus-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNTg-the-units-of-angular-momentum-are-1-kg-minus-m2-s2-2-joule-minus-s-3-joule-s-4-kg-minus-m-minus-s2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNTk-which-of-the-following-is-not-the-unit-of-energy-1-calorie-2-joule-3-electron-volt-4-watt-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNjA-which-of-the-following-is-not-a-unit-of-time-1-leap-year-2-micro-second-3-lunar-month-4-light-year-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNjE-the-s-i-unit-of-gravitational-potential-is-1-j-2-j-kg-minus-1-3-j-kg-4-j-kg-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNjI-which-one-of-the-following-is-not-a-unit-of-young-s-modulus-1-nm-minus-1-2-nm-minus-2-3-dyne-thinsp-cm-minus-2-4-mega-pascal-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNjM-in-c-g-s-system-the-magnitutde-of-the-force-is-100-dynes-in-another-system-where-the-fundamental-physical-quantities-are-kilogram-metre-and-minute-the-magnitude-of-the-force-is-1-0-036-2-0-36-3-3-6-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNjQ-the-unit-of-l-r-is-where-l-inductance-and-r-resistance-1-sec-2-sec-ndash-1-3-volt-4-ampere-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNjU-which-is-different-from-others-by-units-1-phase-difference-2-mechanical-equivalent-3-loudness-of-sound-4-poisson-s-ratio-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNjY-length-cannot-be-measured-by-1-fermi-2-debye-3-micron-4-light-year-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNjc-the-value-of-planck-s-constant-is-1-6-63-times-10-minus-34j-sec-2-6-63-times-1034j-sec-3-6-63-times-10-minus-34kg-m2-4-6-63-times-1034kg-sec-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNjg-a-physical-quantity-is-measured-and-its-value-is-found-to-be-nu-where-n-numerical-value-and-u-unit-then-which-of-the-following-relations-is-true-1-n-prop-u2-2-n-prop-u-3-n-prop-u-4-n-prop-1u-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNjk-faraday-is-the-unit-of-1-charge-2-emf-3-mass-4-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNzA-candela-is-the-unit-of-1-electric-intensity-2-luminous-intensity-3-sound-intensity-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNzE-the-unit-of-reactance-is-1-ohm-2-volt-3-mho-4-newton-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNzI-the-unit-of-planck-s-constant-is-1-joule-2-joule-s-3-joule-m-4-joule-s-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNzM-number-of-base-si-units-is-1-4-2-7-3-3-4-5-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNzQ-si-unit-of-permittivity-is-1-c2m2n-minus-1-2-c-minus-1m2n-minus-2-3-c2m2n2-4-c2m-minus-2n-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNzU-which-does-not-has-the-same-unit-as-others-1-watt-sec-2-kilowatt-hour-3-ev-4-j-sec-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNzc-which-of-the-following-system-of-units-is-not-based-on-units-of-mass-length-and-time-alone-1-si-2-mks-3-fps-4-cgs-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNzg-the-unit-of-the-coefficient-of-viscosity-in-s-i-system-is-1-m-kg-s-2-m-s-kg2-3-kg-m-s2-4-kg-m-s-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzNzk-the-unit-of-young-rsquo-s-modulus-is-1-nm2-2-nm-minus-2-3-nm-4-nm-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzODA-one-femtometer-is-equivalent-to-1-1015-thinsp-m-2-10-minus-15-thinsp-m-3-10-minus-12-thinsp-m-4-1012-thinsp-m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzODE-how-many-wavelengths-of-kr86-are-there-in-one-metre-1-1553164-13-2-1650763-73-3-652189-63-4-2348123-73-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzODI-which-of-the-following-pairs-is-wrong-1-pressure-baromter-2-relative-density-pyrometer-3-temperature-thermometer-4-earthquake-seismograph-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzODQ-dimensional-formula-ml-minus-1t-minus-2-does-not-represent-the-physical-quantity-1-young-s-modulus-of-elasticity-2-stress-3-strain-4-pressure-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzODU-dimensional-formula-ml2t-minus-3-represents-1-force-2-power-3-energy-4-work-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzODc-whose-dimensions-are-ml2t-minus-1-1-torque-2-angular-momentum-3-power-4-work-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzODk-which-pair-has-the-same-dimensions-1-work-and-power-2-density-and-relative-density-3-momentum-and-impulse-4-stress-and-strain-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzOTE-dimensions-of-one-or-more-pairs-are-same-identify-the-pairs-1-torque-and-work-2-angular-momentum-and-work-3-energy-and-young-s-modulus-4-year-and-wavelength-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzOTM-dimensional-formula-for-volume-elasticity-is-1-m1l-minus-2t-minus-2-2-m1l-minus-3t-minus-2-3-m1l2t-minus-2-4-m1l-minus-1t-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzOTQ-the-dimensions-of-universal-gravitational-constant-are-1-m-minus-2l2t-minus-2-2-m-minus-1l3t-minus-2-3-ml-minus-1t-minus-2-4-ml2t-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzOTU-the-dimensional-formula-of-angular-velocity-is-1-m0l0t-minus-1-2-mlt-minus-1-3-m0l0t1-4-ml0t-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzOTg-dimensional-formula-for-angular-momentum-is-1-ml2t-minus-2-2-ml2t-minus-1-3-mlt-minus-1-4-m0l2t-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzOTk-the-dimensional-formula-for-impulse-is-1-mlt-2-2-mlt-1-3-ml-2t-1-4-m-2lt-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MDE-the-dimensional-formula-for-r-m-s-root-mean-square-velocity-is-1-m0lt-minus-1-2-m0l0t-minus-2-3-m0l0t-minus-1-4-mlt-minus-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MDI-the-dimensional-formula-for-planck-s-constant-h-is-1-ml-minus-2t-minus-3-2-ml2t-minus-2-3-ml2t-minus-1-4-ml-minus-2t-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MDM-out-of-the-following-the-only-pair-that-does-not-have-identical-dimensions-is-1-angular-momentum-and-planck-s-constant-2-moment-of-inertia-and-moment-of-a-force-3-work-and-torque-4-impulse-and-momentu https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MDQ-the-dimensional-formula-for-impulse-is-same-as-the-dimensional-formula-for-1-momentum-2-force-3-rate-of-change-of-momentum-4-torque-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MDU-which-of-the-following-is-dimensionally-correct-1-pressure-energy-per-unit-area-2-pressure-energy-per-unit-volume-3-pressure-force-per-unit-volume-4-pressure-momentum-per-unit-volume-per-unit-time-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MDY-planck-s-constant-has-the-dimensions-unit-of-1-energy-2-linear-momentum-3-work-4-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MDc-the-equation-of-state-of-some-gases-can-be-expressed-as-p-av2-v-minus-b-rt-here-p-is-the-pressure-v-is-the-volume-t-is-the-absolute-temperature-and-a-b-r-are-constants-the-dimensions-of-lsquo-a-rsquo https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MDg-if-v-denotes-the-potential-difference-across-the-plates-of-a-capacitor-of-capacitance-c-the-dimensions-of-cv2-are-this-question-includes-concepts-from-12th-syllabus-1-not-expressible-in-mlt-2-mlt-minu https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MDk-if-l-denotes-the-inductance-of-an-inductor-through-which-a-current-i-is-flowing-the-dimensions-of-li2-are-1-ml2t-minus-2-2-not-expressible-in-mlt-3-mlt-minus-2-4-lt-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MTA-of-the-following-quantities-which-one-has-dimensions-different-from-the-remaining-three-1-energy-per-unit-volume-2-force-per-unit-area-3-product-of-voltage-and-charge-per-unit-volume-4-angular-momentu https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MTE-a-spherical-body-of-mass-m-and-radius-r-is-allowed-to-fall-in-a-medium-of-viscosity-eta-the-time-in-which-the-velocity-of-the-body-increases-from-zero-to-0-63-times-the-terminal-velocity-v-is-called-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MTI-the-frequency-of-vibration-f-of-a-mass-m-suspended-from-a-spring-of-spring-constant-k-is-given-by-a-relation-of-this-type-f-c-thinsp-mxky-where-c-is-a-dimensionless-quantity-the-value-of-x-and-y-are-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MTM-the-quantities-a-and-b-are-related-by-the-relation-m-a-b-where-m-is-the-linear-density-and-a-is-the-force-the-dimensions-of-b-are-of-1-pressure-2-work-3-latent-heat-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MTQ-the-velocity-of-water-waves-v-may-depend-upon-their-wavelength-lambda-the-density-of-water-rho-and-the-acceleration-due-to-gravity-g-the-method-of-dimensions-gives-the-relation-between-these-quantitie https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MTY-the-dimensions-of-resistivity-in-terms-of-m-l-t-and-q-where-q-stands-for-the-dimensions-of-charge-will-be-1-left-m-l-3-t-1-q-2-right-2-left-m-l-3-t-2-q-1-right-3-left-m-l-2-t-1-q-1-right-4-left-m-l-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MTc-the-dimensions-of-farad-are-where-q-represents-electric-charge-this-question-includes-concepts-from-12th-syllabus-1-m-minus-1l-minus-2t2q2-2-m-minus-1l-minus-2tq-3-m-minus-1l-minus-2t-minus-2q-4-m-min https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MTg-the-equation-of-a-wave-is-given-by-y-asin-omega-xv-minus-k-where-omega-is-the-angular-velocity-x-is-length-and-v-is-the-linear-velocity-the-dimension-of-k-is-1-lt-2-t-3-t-minus-1-4-t2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MjI-dimensional-formula-of-capacitance-is-1-m-minus-1l-minus-2t4a2-2-ml2t4a-minus-2-3-mlt-minus-4a2-4-m-minus-1l-minus-2t-minus-4a-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MjQ-dimensional-formula-of-heat-energy-is-1-ml2t-minus-2-2-mlt-minus-1-3-m0l0t-minus-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MjU-if-c-and-l-denote-capacitance-and-inductance-respectively-then-the-dimensions-of-lc-are-1-m0l0t0-2-m0l0t2-3-m2l0t2-4-mlt2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MjY-which-of-the-following-quantities-has-the-same-dimensions-as-that-of-energy-1-power-2-force-3-momentum-4-work-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0Mjc-the-dimensions-of-time-constant-lr-during-growth-and-decay-of-current-in-all-inductive-circuit-is-same-as-that-of-1-constant-2-resistance-3-current-4-time-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0Mjg-the-period-of-a-body-under-shm-is-presented-by-t-padbsc-where-p-is-pressure-d-is-density-and-s-is-surface-tension-the-value-of-a-b-and-c-are-1-minus-32-thinsp-12-thinsp-1-2-minus-1-thinsp-minus-2-thin https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0Mjk-which-of-the-following-pairs-of-physical-quantities-has-the-same-dimensions-1-work-and-power-2-momentum-and-energy-3-force-and-power-4-work-and-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MzA-the-velocity-of-a-freely-falling-body-changes-according-to-gphq-where-g-is-acceleration-due-to-gravity-and-h-is-the-height-the-values-of-p-and-q-are-1-1-12-2-12-12-3-12-1-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MzE-which-one-of-the-following-does-not-have-the-same-dimensions-1-work-and-energy-2-angle-and-strain-3-relative-density-and-refractive-index-4-planck-constant-and-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MzM-which-one-has-the-dimensions-different-from-the-remaining-three-1-power-2-work-3-torque-4-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MzQ-a-small-steel-ball-of-radius-r-is-allowed-to-fall-under-gravity-through-a-column-of-a-viscous-liquid-of-coefficient-of-viscosity-eta-after-some-time-the-velocity-of-the-ball-attains-a-constant-value-k https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MzU-the-quantity-x-epsilon-0lvt-epsilon-0-is-the-permittivity-of-free-space-l-is-length-v-is-the-potential-difference-and-t-is-time-the-dimensions-of-x-are-the-same-as-that-of-1-resistance-2-charge-3-volt https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0MzY-mu-0-and-epsilon-0-denote-the-permeability-and-permittivity-of-free-space-the-dimensions-of-mu-0-epsilon-0-are-1-lt-minus-1-2-l-minus-2t2-3-m-minus-1l-minus-3q2t2-4-m-minus-1l-minus-3i2t2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0Mzc-the-expression-ml2t-minus-2-represents-1-pressure-2-kinetic-energy-3-momentum-4-power-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0Mzg-the-dimensions-of-physical-quantity-x-in-the-equation-force-xdensity-is-given-by-1-m1l4t-minus-2-2-m2l-minus-2t-minus-1-3-m2l-minus-2t-minus-2-4-m1l-minus-2t-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0Mzk-the-dimensions-of-cv2-matches-with-the-dimensions-of-1-l2i-2-l2i-2-3-li2-4-1li-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NDA-the-martians-use-force-f-acceleration-a-and-time-t-as-their-fundamental-physical-quantities-the-dimensions-of-length-on-martians-system-are-1-ft2-2-f-minus-1t2-3-f-minus-1a2t-minus-1-4-at2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NDE-the-dimension-of-1-epsilon-0-mu-0-is-that-of-1-velocity-2-time-3-capacitance-4-distance-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NDI-an-athletic-coach-told-his-team-that-muscle-times-speed-equals-power-what-dimensions-does-he-view-for-muscle-1-mlt-minus-2-2-ml2t-minus-2-3-mlt2-4-l-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NDQ-the-dimensional-formula-of-wave-number-is-1-m0l0t-minus-1-2-m0l-minus-1t0-3-m-minus-1l-minus-1t0-4-m0l0t0-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NDU-the-dimensions-of-stress-are-equal-to-1-force-2-pressure-3-work-4-1pressure-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NDg-dimensional-formula-of-magnetic-flux-is-1-ml2t-minus-2a-minus-1-2-ml0t-minus-2a-minus-2-3-m0l-minus-2t-minus-2a-minus-3-4-ml2t-minus-2a3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NDk-if-p-represents-radiation-pressure-c-represents-speed-of-light-and-q-represents-radiation-energy-striking-a-unit-area-per-second-then-non-zero-integers-x-y-and-z-such-that-pxqycz-is-dimensionless-are https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NTA-inductance-l-can-be-dimensionally-represented-as-1-ml2t-minus-2a-minus-2-2-ml2t-minus-4a-minus-3-3-ml-minus-2t-minus-2a-minus-2-4-ml2t4a3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NTM-dimensions-of-kinetic-energy-are-1-ml2t-minus-2-2-m2lt-minus-1-3-ml2t-minus-1-4-ml3t-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NTQ-dimensional-formula-for-torque-is-1-l2mt-minus-2-2-l-minus-1mt-minus-2-3-l2mt-minus-3-4-lmt-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NTU-dimensions-of-coefficient-of-viscosity-are-1-ml2t-minus-2-2-ml2t-minus-1-3-ml-minus-1t-minus-1-4-mlt-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NTY-the-dimension-of-quantity-l-rcv-is-1-a-2-a2-3-a-minus-1-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NTg-the-pair-having-the-same-dimensions-is-1-angular-momentum-work-2-work-torque-3-potential-energy-linear-momentum-4-kinetic-energy-velocity-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NjA-in-the-following-list-the-only-pair-which-have-different-dimensions-is-1-linear-momentum-and-moment-of-a-force-2-planck-s-constant-and-angular-momentum-3-pressure-and-modulus-of-elasticity-4-torque-an https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NjI-if-velocity-v-acceleration-a-and-force-f-are-chosen-as-fundamental-quantities-then-the-dimensional-formula-of-angular-momentum-in-terms-of-v-a-and-f-would-be-1-fa-minus-1v-2-fv3a-minus-2-3-fv2a-minus https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NjQ-dimensions-of-the-following-three-quantities-are-the-same-1-work-energy-force-2-velocity-momentum-impulse-3-potential-energy-kinetic-energy-momentum-4-pressure-stress-coefficient-of-elasticity-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MTQ-the-dimensions-of-planck-s-constant-and-angular-momentum-are-respectively-1-ml2t-minus-1-and-mlt-minus-1-2-ml2t-minus-1-and-ml2t-minus-1-3-mlt-minus-1-and-ml2t-minus-1-4-mlt-minus-1-and-ml2t-minus-2-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MTU-let-epsilon-0-denotes-the-dimensional-formula-of-the-permittivity-of-the-vacuum-and-mu-0-that-of-the-permeability-of-the-vacuum-if-m-mass-l-length-t-time-and-i-electric-current-then-1-epsilon-0-m-minu https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MTY-dimensions-of-cr-are-those-of-1-frequency-2-energy-3-time-period-4-current-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MTc-the-physical-quantity-that-has-no-dimensions-1-angular-velocity-2-linear-momentum-3-angular-momentum-4-strain-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MTg-ml-minus-1t-minus-2-represents-1-stress-2-young-s-modulus-3-pressure-4-all-the-above-three-quantities-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MTk-dimensions-of-magnetic-field-intensity-is-1-m0l-minus-1t0a1-2-mlt-minus-1a-minus-1-3-ml0t-minus-2a-minus-1-4-mlt-minus-2a-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MjA-the-force-f-on-a-sphere-of-radius-lsquo-a-rsquo-moving-in-a-medium-with-velocity-lsquo-v-rsquo-is-given-by-f-6-pi-eta-av-the-dimensions-of-eta-are-1-ml-minus-1t-minus-1-2-mt-minus-1-3-mlt-minus-2-4-ml https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MjE-which-physical-quantities-have-the-same-dimensions-1-couple-of-force-and-work-2-force-and-power-3-latent-heat-and-specific-heat-4-work-and-power-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MjI-two-quantities-a-and-b-have-different-dimensions-which-mathematical-operation-given-below-is-physically-meaningful-1-a-b-2-a-b-3-a-ndash-b-4-none-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MjM-given-that-v-is-speed-r-is-the-radius-and-g-is-the-acceleration-due-to-gravity-which-of-the-following-is-dimensionless-1-v2-rg-2-v2r-g-3-v2g-r-4-v2rg-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MjQ-the-physical-quantity-which-has-the-dimensional-formula-m1t-minus-3-is-1-surface-tension-2-solar-constant-3-density-4-compressibility-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MjU-a-force-f-is-given-by-f-at-bt2-where-t-is-time-what-are-the-dimensions-of-a-and-b-1-mlt-minus-3-and-ml2t-minus-4-2-mlt-minus-3-and-mlt-minus-4-3-mlt-minus-1-and-mlt0-4-mlt-minus-4-and-mlt1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MjY-the-dimensions-of-the-interatomic-force-constant-are-1-mt-minus-2-2-mlt-minus-1-3-mlt-minus-2-4-ml-minus-1t-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Mjc-if-the-speed-of-light-c-acceleration-due-to-gravity-g-and-pressure-p-are-taken-as-the-fundamental-quantities-then-the-dimension-of-gravitational-constant-is-1-c2g0p-minus-2-2-c0g2p-minus-1-3-cg3p-minu https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Mjg-if-the-time-period-t-of-vibration-of-a-liquid-drop-depends-on-surface-tension-s-radius-r-of-the-drop-and-density-rho-of-the-liquid-then-the-expression-of-t-is-1-t-k-rho-r3-s-2-t-k-rho-1-2r3-s-3-t-k-rh https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Mjk-ml-3t-1-q-2-is-dimensions-of-1-resistivity-2-conductivity-3-resistance-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MzE-the-fundamental-physical-quantities-that-have-same-dimensions-in-the-dimensional-formulae-of-torque-and-angular-momentum-are-1-mass-time-2-time-length-3-mass-length-4-time-mole-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MzI-if-pressure-p-velocity-v-and-time-t-are-taken-as-fundamental-physical-quantities-the-dimensional-formula-of-force-is-1-pv2t2-2-p-minus-1v2t-minus-2-3-pvt2-4-p-minus-1vt2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MzM-the-physical-quantity-which-has-dimensional-formula-as-that-of-energymass-times-lengthis-1-force-2-power-3-pressure-4-acceleration-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MzQ-if-energy-e-velocity-v-and-force-f-be-taken-as-fundamental-quantity-then-what-are-the-dimensions-of-mass-1-ev2-2-ev-2-3-fv-minus-1-4-fv-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MzY-a-physical-quantity-x-depends-on-quantities-y-and-z-as-follows-x-ay-btancz-where-a-b-and-c-are-constants-which-of-the-following-do-not-have-the-same-dimensions-1-x-and-b-2-c-and-z-ndash-1-3-y-and-b-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Mzc-which-of-the-following-pair-does-not-have-similar-dimensions-1-stress-and-pressure-2-angle-and-strain-3-tension-and-surface-tension-4-planck-s-constant-and-angular-momentum-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Mzg-out-of-the-following-which-pair-of-quantities-do-not-have-the-same-dimensions-1-planck-s-constant-and-angular-momentum-2-work-and-energy-3-pressure-and-young-s-modulus-4-torque-moment-of-inertia-1-2-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Mzk-identify-the-pair-which-has-different-dimensions-1-planck-s-constant-and-angular-momentum-2-impulse-and-linear-momentum-3-angular-momentum-and-frequency-4-pressure-and-young-s-modulus-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NDA-the-dimensional-formula-m0l2t-minus-2-stands-for-1-torque-2-angular-momentum-3-latent-heat-4-coefficient-of-thermal-conductivity-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NDE-which-of-the-following-represents-the-dimensions-of-farad-1-m-minus-1l-minus-2t4a2-2-ml2t2a-minus-2-3-ml2t2a-minus-1-4-mt-minus-2a-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NDI-if-l-c-and-r-denote-the-inductance-capacitance-and-resistance-respectively-the-dimensional-formula-for-c2lr-is-1-ml-minus-2t-minus-1i0-2-m0l0t3i0-3-m-minus-1l-minus-2t6i2-4-m0l0t2i0-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NDM-if-the-velocity-of-light-c-gravitational-constant-g-and-planck-s-constant-h-are-chosen-as-fundamental-units-then-the-dimensions-of-mass-in-new-system-is-1-c1-2g1-2h1-2-2-c1-2g1-2h-minus-1-2-3-c1-2g-mi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NDQ-dimensions-of-charge-are-1-m0l0t-minus-1a-minus-1-2-mlta-ndash-1-3-t-ndash-1a-4-ta-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NDU-according-to-newton-the-viscous-force-acting-between-liquid-layers-of-area-a-and-velocity-gradient-delta-v-delta-z-is-given-by-f-minus-eta-a-delta-v-delta-z-where-eta-is-constant-called-coefficient-of https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NDY-identify-the-pair-whose-dimensions-are-equal-1-torque-and-work-2-stress-and-energy-3-force-and-stress-4-force-and-work-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NDc-the-dimensions-of-pressure-are-equal-to-1-force-per-unit-volume-2-energy-per-unit-volume-3-force-4-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NDg-which-of-the-two-have-the-same-dimensions-1-force-and-strain-2-force-and-stress-3-angular-velocity-and-frequency-4-energy-and-strain-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NDk-an-object-is-moving-through-the-liquid-the-viscous-damping-force-acting-on-it-is-proportional-to-the-velocity-then-the-dimension-of-the-constant-of-proportionality-is-1-ml-ndash-1t-ndash-1-2-mlt-ndash https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NTA-the-dimensions-of-emf-in-mks-are-1-m0l2t-minus-3a-minus-1-2-ml1t-minus-3a-minus-1-3-ml2t-minus-2a-minus-1-4-ml2t-minus-3a-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NTE-which-of-the-following-quantities-is-dimensionless-1-gravitational-constant-2-planck-s-constant-3-power-of-a-convex-lens-4-none-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NTI-the-dimensional-formula-for-boltzmann-s-constant-is-1-ml2t-minus-2-theta-minus-1-2-ml2t-minus-2-3-ml0t-minus-2-theta-minus-1-4-ml-minus-2t-minus-1-theta-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NTM-the-dimensions-of-k-in-the-equation-w-12-thinsp-thinsp-kx2-is-1-m1l0t-minus-2-2-m0l1t-minus-1-3-m1l1t-minus-2-4-m1l0t-minus-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NTQ-the-physical-quantities-not-having-the-same-dimensions-are-1-speed-and-mu-0-epsilon-0-minus-1-2-2-torque-and-work-3-momentum-and-planck-s-constant-4-stress-and-young-s-modules-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NTY-the-dimensional-formula-of-relative-density-is-1-ml-ndash-3-2-lt-ndash-1-3-mlt-ndash-2-4-dimensionless-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NTc-the-dimensional-formula-for-young-s-modulus-is-1-ml-minus-1t-minus-2-2-m0lt-minus-2-3-mlt-ndash-2-4-ml2t-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NTg-frequency-is-the-function-of-density-rho-length-a-and-surface-tension-t-then-its-value-is-1-k-t-rho-1-2a3-2-2-k-rho-3-2a3-2-t-3-t3-2k-rho-1-2a3-2-4-t3-2k-rho-1-2a1-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NTk-the-dimensions-of-electric-potential-are-1-ml2t-minus-2q-minus-1-2-mlt-minus-2q-minus-1-3-ml2t-minus-1q-4-ml2t-minus-2q-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NjE-the-dimension-of-rl-are-1-t2-2-t-3-t-ndash-1-4-t-ndash-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NjI-the-dimensions-of-shear-modulus-are-1-mlt-ndash-1-2-ml2t-minus-2-3-ml-minus-1t-minus-2-4-mlt-minus-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NjM-pressure-gradient-has-the-same-dimensions-as-that-of-1-velocity-gradient-2-potential-gradient-3-energy-gradient-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NjQ-if-force-f-length-l-and-time-t-are-assumed-to-be-fundamental-units-then-the-dimensional-formula-of-the-mass-will-be-1-fl-minus-1t2-2-fl-minus-1t-minus-2-3-fl-minus-1t-minus-1-4-fl2t2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NjY-in-the-relation-y-a-cos-omega-t-k-x-the-dimensional-formula-for-k-will-be-1-left-m-0-l-1-t-1-right-2-left-m-0-l-t-1-right-3-left-m-0-l-1-t-0-right-4-left-m-0-l-t-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Njg-pascal-second-has-dimension-of-1-force-2-energy-3-pressure-4-coefficient-of-viscosity-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Njk-in-a-system-of-units-if-force-f-acceleration-a-and-time-t-are-taken-as-fundamental-units-then-the-dimensional-formula-of-energy-is-1-fa2t-2-fat2-3-f2at-4-fat-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NzE-the-ratio-of-the-dimension-of-planck-s-constant-and-that-of-moment-of-inertia-is-the-dimension-of-1-frequency-2-velocity-3-angular-momentum-4-time-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NzI-which-of-the-following-group-have-different-dimensions-1-potential-difference-emf-voltage-2-pressure-stress-young-s-modulus-3-heat-energy-work-done-4-dipole-moment-electric-flux-electric-field-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NzM-which-one-of-the-following-four-dimensional-quantities-can-be-regarded-as-a-dimensional-constant-1-acceleration-due-to-gravity-2-surface-tension-of-water-3-weight-of-a-standard-kilogram-mass-4-velocit https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NzQ-the-density-of-a-liquid-in-the-cgs-system-is-0-625-g-cm3-what-is-its-magnitude-in-the-si-system-1-0-625-2-0-0625-3-0-00625-4-625-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NzU-the-period-of-oscillation-of-a-simple-pendulum-is-given-by-t-2-pi-sqrt-frac-l-g-where-l-is-about-100-text-cm-and-is-known-to-have-1-text-mm-accuracy-the-period-is-about-2-text-s-the-time-of-100-oscill https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1NzY-the-percentage-errors-in-the-measurement-of-mass-and-speed-are-2-and-3-respectively-how-much-will-be-the-maximum-error-in-the-estimation-of-the-kinetic-energy-obtained-by-measuring-mass-and-speed-1-11 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Nzg-what-is-the-number-of-significant-figures-in-0-310-times-10-3-1-2-2-3-3-4-4-6-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Nzk-error-in-the-measurement-of-radius-of-a-sphere-is-1-the-error-in-the-calculated-value-of-its-volume-is-1-1-2-3-3-5-4-7-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1ODA-the-mean-time-period-of-second-s-pendulum-is-2-00s-and-mean-absolute-error-in-the-time-period-is-0-05s-to-express-maximum-estimate-of-error-the-time-period-should-be-written-as-1-2-00-plusmn-0-01-s-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1ODE-a-body-travels-uniformly-a-distance-of-13-8-plusmn-0-2-m-in-a-time-4-0-plusmn-0-3-sec-the-velocity-of-the-body-within-error-limits-is-1-3-45-plusmn-0-2-ms-1-2-3-45-plusmn-0-3-ms-1-3-3-45-plusmn-0-4-ms https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1ODM-the-unit-of-percentage-error-is-1-same-as-that-of-physical-quantity-2-different-from-that-of-physical-quantity-3-percentage-error-is-unit-less-4-errors-have-got-their-own-units-which-are-different-fro https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1ODQ-the-decimal-equivalent-of-dfrac-1-20-up-to-three-significant-figures-is-1-0-0500-2-0-05000-3-0-0050-4-5-0-times-10-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1ODU-accuracy-of-measurement-is-determined-by-1-absolute-error-2-percentage-error-3-both-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1ODc-a-thin-copper-wire-of-length-l-metre-increases-in-length-by-2-when-heated-through-10-ordm-c-what-is-the-percentage-increase-in-area-when-a-square-copper-sheet-of-length-l-metre-is-heated-through-10-or https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1ODk-a-physical-parameter-a-can-be-determined-by-measuring-the-parameters-b-c-d-text-and-e-using-the-relation-a-dfrac-b-alpha-c-beta-d-gamma-e-delta-if-the-maximum-errors-in-the-measurement-of-b-c-d-text-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1OTE-the-resistance-r-vi-where-v-100-plusmn-5-volts-and-i-10-plusmn-0-2-amperes-what-is-the-total-error-in-r-1-5-2-7-3-5-2-4-52-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1OTI-the-periods-of-oscillation-of-a-simple-pendulum-in-an-experiment-are-recorded-as-2-63-s-2-56-s-2-42-s-2-71-s-and-2-80-s-respectively-the-average-absolute-error-will-be-1-0-1-s-2-0-11-s-3-0-01-s-4-1-0 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1OTM-the-length-of-a-cylinder-is-measured-with-a-meter-rod-having-the-least-count-of-0-1-text-cm-its-diameter-is-measured-with-vernier-callipers-having-the-least-count-of-0-01-text-cm-given-that-the-length https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1OTQ-in-an-experiment-the-following-observations-were-recorded-initial-length-l-2-820-text-m-mass-m-3-00-text-kg-change-in-length-l-0-087-text-cm-diameter-d-0-041-text-cm-taking-g-9-81-text-m-s-2-and-using https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1OTU-according-to-joule-s-law-of-heating-heat-produced-h-i2rt-where-i-is-current-r-is-resistance-and-t-is-time-if-the-errors-in-the-measurement-of-i-r-and-t-are-3-4-and-6-respectively-then-error-in-the-mea https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1OTY-if-there-is-a-positive-error-of-50-in-the-measurement-of-the-velocity-of-a-body-then-the-error-in-the-measurement-of-kinetic-energy-is-1-25-2-50-3-100-4-125-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1OTc-a-physical-quantity-p-is-given-by-p-dfrac-a-3-b-1-2-c-4-d-3-2-the-quantity-which-contributes-the-maximum-percentage-error-in-p-is-1-a-2-b-3-c-4-d-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1OTg-if-l-2-331-cm-b-2-1-cm-then-l-b-1-4-431-cm-2-4-43-cm-3-4-4-cm-4-4-cm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MDA-if-the-length-of-rod-a-is-3-25-plusmn-0-01-cm-and-that-of-b-is-4-19-plusmn-0-01-cm-then-the-rod-b-is-longer-than-rod-a-by-1-0-94-plusmn-0-00-cm-2-0-94-plusmn-0-01-cm-3-0-94-plusmn-0-02-cm-4-0-94-plusm https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MDE-a-physical-quantity-is-given-by-x-malbtc-the-percentage-error-in-measurement-of-m-l-and-t-are-alpha-beta-and-gamma-respectively-then-maximum-percentage-error-in-the-quantity-x-is-1-a-alpha-b-beta-c-ga https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MDI-a-physical-quantity-a-is-related-to-four-observable-quantities-a-b-c-and-d-as-follows-a-frac-a-2b-3-c-sqrt-d-the-percentage-errors-of-measurement-in-a-b-c-and-d-are-1-3-2-and-2-respectively-the-percen https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MDM-if-the-acceleration-due-to-gravity-is-10-ms-ndash-2-and-the-units-of-length-and-time-are-changed-in-kilometer-and-hour-respectively-the-numerical-value-of-the-acceleration-is-1-360000-2-72-000-3-36-00 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MDQ-if-l-c-and-r-represent-inductance-capacitance-and-resistance-respectively-then-which-of-the-following-does-not-represent-dimensions-of-frequency-this-question-includes-concepts-from-the-12th-syllabus https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MDU-the-number-of-particles-crossing-a-unit-area-perpendicular-to-the-x-axis-in-unit-time-is-given-by-n-d-frac-n-2-n-1-x-2-x-1-where-n-1-and-n-2-are-the-number-of-particles-per-unit-volume-for-the-value-o https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MDY-with-the-usual-notations-the-following-equation-st-u-12a-2t-minus-1-is-1-only-numerically-correct-2-only-dimensionally-correct-3-both-numerically-and-dimensionally-correct-4-neither-numerically-nor-di https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MDc-if-the-dimensions-of-length-are-expressed-as-gxcyhz-where-g-c-and-h-are-the-universal-gravitational-constant-speed-of-light-and-planck-s-constant-respectively-then-1-x-12-thinsp-thinsp-y-12-2-x-12-thi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MDg-a-highly-rigid-cubical-block-a-of-small-mass-m-and-side-l-is-fixed-rigidly-onto-another-cubical-block-b-of-the-same-dimensions-and-of-low-modulus-of-rigidity-eta-such-that-the-lower-face-of-a-complete https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MDk-the-pair-s-of-physical-quantities-that-do-not-have-the-same-dimensions-is-are-1-reynolds-number-and-coefficient-of-friction-2-latent-heat-and-gravitational-potential-3-curie-and-frequency-of-a-light-w https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MTE-if-the-constant-of-gravitation-g-planck-s-constant-h-and-the-velocity-of-light-c-be-chosen-as-fundamental-units-the-dimension-of-the-radius-of-gyration-is-1-h1-2c-minus-3-2g1-2-2-h1-2c3-2g1-2-3-h1-2c https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MTI-x-3yz2-find-dimension-of-y-in-mksa-system-if-x-and-z-are-the-dimension-of-capacity-and-magnetic-field-respectively-1-m-minus-3l-minus-2t-minus-4a-minus-1-2-ml-ndash-2-3-m-minus-3l-minus-2t4a4-4-m-minu https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MTM-in-the-relation-p-alpha-beta-e-minus-alpha-zk-theta-p-is-pressure-z-is-the-distance-k-is-the-boltzmann-constant-and-theta-is-the-temperature-the-dimensional-formula-of-beta-will-be-1-m0l2t0-2-m1l2t1-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MTQ-the-frequency-of-vibration-of-string-is-given-by-nu-p2lfm1-2-here-p-is-number-of-segments-in-the-string-f-is-the-force-and-l-is-the-length-the-dimensional-formula-for-m-will-be-1-m0lt-minus-1-2-ml0t-m https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MTU-column-i-column-ii-i-curie-a-mlt-ndash-2-ii-light-year-b-m-iii-dielectric-strength-c-dimensionless-iv-atomic-weight-d-t-v-decibel-e-ml2t-ndash-2-f-mt-ndash-3-g-t-ndash-1-h-l-i-mlt-ndash-3i-ndash-1-j-l https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MTY-a-wire-has-a-mass-of-0-3-pm0-003-grams-a-radius-of-0-5-pm-0-005-mm-and-a-length-of-0-6-pm0-006-cm-the-maximum-percentage-error-in-the-measurement-of-its-density-will-be-1-1-2-2-3-3-4-4-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MTc-if-97-52-is-divided-by-2-54-the-correct-result-in-terms-of-significant-figures-is-1-38-4-2-38-3937-3-38-394-4-38-39-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MTg-assertion-lsquo-light-year-rsquo-and-lsquo-wavelength-rsquo-both-measure-distance-reason-both-have-dimensions-of-time-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explanat https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MTk-assertion-light-year-and-year-both-measure-time-reason-because-light-year-is-the-time-that-light-takes-to-reach-the-earth-from-the-sun-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MjA-assertion-force-cannot-be-added-to-pressure-reason-because-their-dimensions-are-different-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explanation-of-the-assertion-if-both https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MjE-assertion-linear-mass-density-has-the-dimensions-of-m1l-1to-reason-because-density-is-always-mass-per-unit-volume-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explanation https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MjI-assertion-rate-of-flow-of-a-liquid-is-defined-as-volume-of-liquid-flowing-per-second-reason-the-dimensions-of-rate-of-flow-are-m0l1t-1-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MjM-assertion-units-of-rydberg-constant-r-are-m-1-reason-it-follows-from-bohr-rsquo-s-formula-v-175-r1n12-8722-1n22-where-the-symbols-have-their-usual-meaning-if-both-the-assertion-and-the-reason-are-true https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MjQ-assertion-parallex-method-cannot-be-used-for-measuring-distances-of-stars-more-than-100-light-years-away-reason-because-parallex-angle-reduces-so-much-that-it-cannot-be-measured-accurately-if-both-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MjU-assertion-number-of-significant-figures-in-0-005-is-one-and-that-in-0-500-is-three-reason-this-is-because-zeros-are-not-significant-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-co https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MjY-given-below-are-two-statements-assertion-a-out-of-three-measurements-l-0-7-m-l-0-70-m-and-l-0-700-m-the-last-one-is-most-accurate-reason-r-in-every-measurement-only-the-last-significant-digit-is-not-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2Mjc-assertion-mass-length-and-time-are-fundamental-physical-quantities-reason-they-are-independent-of-each-other-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explanation-of-th https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2Mjg-assertion-density-is-a-derived-physical-quantity-reason-density-cannot-be-derived-from-the-fundamental-physical-quantities-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-exp https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2Mjk-assertion-nowadays-a-standard-metre-is-defined-in-terms-of-the-wavelength-of-light-reason-light-has-no-relation-with-length-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-ex https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MzE-assertion-surface-tension-and-surface-energy-have-the-same-dimensions-reason-because-both-have-the-same-s-i-unit-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explanation-o https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MzI-assertion-in-y-asin-969-8201-t-8722-kx-969-t-8722-kx-is-dimensionless-reason-because-dimension-of-969-m0l0t-if-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-explanation-of-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MzM-assertion-radian-is-the-unit-of-plane-angle-reason-one-radian-is-the-angle-subtended-at-the-centre-of-a-circle-by-an-arc-equal-in-length-to-the-radius-of-the-circle-if-both-the-assertion-and-the-reaso https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MzQ-choose-any-one-of-the-following-four-responses-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-if-both-assertion-and-reason-are-true-but-reason-is https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MzU-choose-any-one-of-the-following-four-responses-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-if-both-assertion-and-reason-are-true-but-the-reason https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2MzY-choose-any-one-of-the-following-four-responses-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-if-both-assertion-and-reason-are-true-but-reason-is https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2Mzc-choose-any-one-of-the-following-four-responses-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-if-both-assertion-and-reason-are-true-but-reason-is https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2Mzg-assertion-in-the-relation-f-12ltm-where-symbols-have-standard-meaning-m-represent-linear-mass-density-reason-the-frequency-has-the-dimensions-of-inverse-of-time-if-both-the-assertion-and-the-reason-ar https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2NDA-given-below-are-two-statements-assertion-a-avogadro-number-is-the-number-of-atoms-in-one-gram-mole-reason-r-avogadro-number-is-a-dimensionless-constant-choose-the-correct-option-from-the-given-ones-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2NDI-choose-any-one-of-the-following-four-responses-1-if-both-assertion-and-reason-are-true-and-the-reason-is-the-correct-explanation-of-the-assertion-2-if-both-assertion-and-reason-are-true-but-reason-is https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2NjY-the-surface-tension-of-a-liquid-is-70-dyne-cm-in-mks-system-its-value-is-1-70-n-m-2-7-times-10-ndash-2-n-m-3-7-times-103-n-m-4-7-times-102-n-m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2Njc-the-si-unit-of-universal-gas-constant-r-is-1-watt-k-ndash-1-mol-ndash-1-2-newton-k-ndash-1-mol-ndash-1-3-joule-k-ndash-1-mol-ndash-1-4-erg-k-ndash-1-mol-ndash-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2Njg-the-unit-of-permittivity-of-free-space-epsilon-0-is-1-coulomb-newton-metre-2-newton-metre2-coulomb2-3-coulomb2-newton-metre-2-4-coulomb2-newton-metre2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2NzA-what-are-the-units-of-k-1-4-pi-epsilon-0-1-c2n-ndash-1m-ndash-2-2-nm2c-ndash-2-3-nm2c2-4-unitless-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2NzE-the-si-unit-of-surface-tension-is-1-dyne-cm-2-newton-cm-3-newton-metre-4-newton-metre-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2NzI-e-m-l-and-g-denote-energy-mass-angular-momentum-and-gravitational-constant-respectively-then-the-dimension-of-el2m5g2-are-1-angle-2-length-3-mass-4-time-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2NzM-from-the-equation-tan-theta-rgv2-one-can-obtain-the-angle-of-banking-theta-for-a-cyclist-taking-a-curve-the-symbols-have-their-usual-meanings-then-say-it-is-1-both-dimensionally-and-numerically-correc https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2NzQ-a-dimensionally-consistent-relation-for-the-volume-v-of-a-liquid-of-coefficient-of-viscosity-eta-flowing-per-second-through-a-tube-of-radius-r-and-length-l-and-having-a-pressure-difference-p-across-it https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2NzU-the-velocity-v-in-text-cm-sec-of-a-particle-is-given-in-terms-of-time-t-in-text-sec-by-the-relation-v-at-dfrac-b-t-c-the-dimensions-of-a-b-and-c-are-1-a-l-2-textrm-b-t-textrm-c-l-t-2-2-a-l-t-2-textrm https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2NzY-from-the-dimensional-consideration-which-of-the-following-equation-is-correct-1-t-2-pi-r3gm-2-t-2-pi-gmr3-3-t-2-pi-gmr2-4-t-2-pi-r2gm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2Nzc-the-position-of-a-particle-at-time-t-is-given-by-the-relation-l-vo-alpha-1-e-alpha-t-where-v0-is-a-constant-and-alpha-0-the-dimensions-of-v0-and-alpha-are-respectively-1-m0l1t-minus-1-and-t-ndash-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2Nzk-the-dimensions-of-ab-in-the-equation-p-a-minus-t2bx-where-p-is-pressure-x-is-distance-and-t-is-time-are-1-mt-ndash-2-2-m2lt-ndash-3-3-ml3t-ndash-1-4-lt-ndash-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2ODA-dimensions-of-1-mu-0-epsilon-0-where-symbols-have-their-usual-meaning-are-1-lt-ndash-1-2-l-ndash-1t-3-l-ndash-2t2-4-l2t-ndash-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2ODE-the-dimensions-of-e2-4-pi-epsilon-0hc-where-e-thinsp-epsilon-0-thinsp-h-and-c-are-electronic-charge-electric-permittivity-planck-rsquo-s-constant-and-velocity-of-light-in-vacuum-respectively-1-m0l0t0 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2ODI-if-radius-of-the-sphere-is-5-3-plusmn-0-1-cm-then-percentage-error-in-its-volume-will-be-1-3-6-01-times-1005-3-2-13-times-0-01-times-1005-3-3-3-times-0-15-3-times-100-4-0-15-3-times-100-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2ODM-the-pressure-on-a-square-plate-is-measured-by-measuring-the-force-on-the-plate-and-the-length-of-the-sides-of-the-plate-if-the-maximum-error-in-the-measurement-of-force-and-length-are-respectively-4-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2ODQ-while-measuring-the-acceleration-due-to-gravity-by-a-simple-pendulum-a-student-makes-a-positive-error-of-1-in-the-length-of-the-pendulum-and-a-negative-error-of-3-in-the-value-of-time-period-his-perce https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI2ODU-the-length-breadth-and-thickness-of-a-block-are-given-by-l-12-cm-b-6-cm-and-t-2-45-cm-the-volume-of-the-block-according-to-the-idea-of-significant-figures-should-be-1-1-times-102-cm3-2-2-times-102-cm3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTEwMDM-a-physical-quantity-of-the-dimensions-of-length-that-can-be-formed-out-of-c-g-and-e24-pi-epsilon-omicron-is-c-is-the-velocity-of-light-g-is-the-universal-constant-of-gravitation-and-e-is-charge-1-1c2g https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTEwMzk-planck-s-constant-h-speed-of-light-in-vacuum-c-and-newton-s-gravitational-constant-g-are-three-fundamental-constants-which-of-the-following-combinations-of-these-has-the-dimensions-of-length-1-hgc3-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTExMjg-if-energy-e-velocity-v-and-time-t-are-chosen-as-the-fundamental-quantities-the-dimensional-formula-of-surface-tension-will-be-1-ev-2t-1-2-ev-1t-2-3-ev-2t-2-4-e-2v-1t-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTExNzk-if-dimensions-of-critical-velocity-vc-of-a-liquid-flowing-through-a-tube-are-expressed-as-eta-x-rho-yrz-where-eta-rho-and-r-are-the-coefficient-of-viscosity-of-the-liquid-the-density-of-liquid-and-rad https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTEyMTY-if-force-f-velocity-v-and-time-t-are-taken-as-fundamental-units-then-the-dimensions-of-mass-are-1-fvt-1-2-fvt-2-3-fv-1t-1-4-fv-1t-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTEyNjE-in-an-experiment-four-quantities-a-b-c-and-d-are-measured-with-percentage-error-1-2-3-and-4-respectively-quantity-p-is-calculated-as-follows-p-a3b2-cd-error-in-p-is-1-14-2-10-3-7-4-4-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTE1ODQ-the-density-of-material-in-the-cgs-system-of-units-is-4g-cm3-in-a-system-of-units-in-which-unit-of-length-is-10cm-and-unit-of-mass-is-100g-when-the-value-of-density-of-material-in-this-system-will-be https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTE2MjM-the-dimension-of-12-epsilon-0e2-where-epsilon-0-is-permittivity-of-free-space-and-e-is-electric-field-is-a-ml2t-2-b-ml-1t-2-c-ml2t-1-d-mlt-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTE2NDc-a-student-measures-the-distance-traversed-in-free-fall-of-a-body-initially-at-rest-in-a-given-time-he-uses-this-data-to-estimate-g-the-acceleration-due-to-gravity-if-the-maximum-percentage-errors-in-m https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTE2NzU-if-the-dimension-of-a-physical-quantity-are-given-by-malbtc-then-the-physical-quantity-will-be-1-pressure-if-a-1-b-1-c-2-2-velocity-if-a-1-b-0-c-1-3-acceleration-if-a-1-b-1-c-2-4-force-if-a-0-b-1-c-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTE3MjQ-if-the-error-in-the-measurement-of-the-radius-of-a-sphere-is-2-then-the-error-in-the-determination-of-the-volume-of-the-sphere-will-be-1-4-2-6-3-8-4-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTE3NzE-which-two-of-the-following-five-physical-parameters-have-the-same-dimensions-1-energy-density-2-refractive-index-3-dielectric-constant-4-young-s-modulus-5-magnetic-field-1-2-and-4-2-3-and-5-3-1-and-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTQzNDQ-consider-the-following-equation-of-bernoulli-rsquo-s-theorem-p-12-rho-v2-rho-gh-k-constant-the-dimensions-of-k-p-are-the-same-as-that-of-which-of-the-following-1-thrust-2-pressure-3-angle-4-viscosity https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2Mjc-in-a-vernier-calliper-n-divisions-of-vernier-scale-coincide-with-n-text-1-divisions-of-the-main-scale-in-which-the-length-of-one-division-is-1-mm-the-least-count-of-the-instrument-should-be-1-n-text-m https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2Mjg-in-certain-vernier-callipers-25-divisions-on-the-vernier-scale-have-the-same-length-as-24-divisions-on-the-main-scale-one-division-on-the-main-scale-is-1-mm-long-the-least-count-of-the-instrument-is-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2Mjk-one-centimeter-on-the-main-scale-of-vernier-calliper-is-divided-into-ten-equal-parts-if-10-divisions-of-vernier-scale-coincide-with-8-small-divisions-of-the-main-scale-the-least-count-of-the-callipers https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2MzE-a-screw-guage-gives-the-following-readings-when-used-to-measure-the-diameter-of-a-wire-main-scale-reading-0-0-mm-circular-scale-reading-52-divisions-given-that-1-mm-on-the-main-scale-corresponds-to-10 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2MzI-two-full-turns-of-the-circular-scale-of-gauge-cover-a-distance-of-1-mm-on-scale-the-total-number-of-divisions-on-the-circular-scale-is-50-further-it-is-found-that-screw-gauge-has-a-zero-error-of-0-03 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2MzM-the-circular-division-of-shown-screw-gauge-are-50-it-moves-0-5-text-mm-on-main-scale-in-one-rotation-the-diameter-of-the-ball-is-1-2-25-text-mm-2-2-20-text-mm-3-1-20-text-mm-4-1-25-text-mm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2MzQ-the-pitch-of-a-screw-gauge-is-1-0-mm-and-there-are-100-divisions-on-the-circular-scale-while-measuring-the-diameter-of-a-wire-the-linear-scale-reads-1-mm-and-the-47th-division-on-the-circular-scale-co https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2MzU-consider-a-screw-gauge-without-any-zero-error-what-will-be-the-final-reading-corresponding-to-the-final-state-as-shown-it-is-given-that-the-circular-head-translates-p-msd-in-n-rotations-1-msd-1-text-m https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2MzY-a-screw-gauge-has-some-zero-error-but-its-value-is-unknown-we-have-two-identical-rods-when-the-first-rod-is-inserted-in-the-screw-the-state-of-the-instrument-is-shown-by-diagram-i-when-both-the-rods-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2Mzg-find-the-zero-correction-in-the-given-figure-1-0-4-mm-2-0-5-mm-3-0-5-mm-4-0-4-mm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2NDA-find-the-thickness-of-the-wire-the-least-count-is-0-01-text-mm-the-main-scale-reads-in-mm-1-7-62-2-7-63-3-7-64-4-7-65-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2NDE-the-main-scale-reading-is-1-mm-when-there-is-no-object-between-the-jaws-in-the-vernier-calipers-9-main-scale-division-matches-with-10-vernier-scale-divisions-assume-the-edge-of-the-vernier-scale-as-th https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg2NDY-the-main-scale-of-a-vernier-callipers-reads-10-mm-in-10-divisions-10-divisions-of-vernier-scale-coincide-with-9-divisions-of-the-main-scale-when-the-two-jaws-of-the-callipers-touch-each-other-the-fift https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODkwNjk-a-student-measured-the-diameter-of-a-small-steel-ball-using-a-screw-gauge-of-least-count-0-001-cm-the-main-scale-reading-is-5-mm-and-zero-of-circular-scale-division-coincides-with-25-divisions-above-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTA2OTI-if-energy-e-velocity-v-and-time-t-are-chosen-as-the-fundamental-quantities-the-dimensional-formula-of-surface-tension-will-be-1-ev-2-t-1-2-ev-1-t-2-3-ev-2-t-2-4-e-2-v-1-t-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTE0MTc-in-an-experiment-four-quantities-a-b-c-and-d-are-measured-with-percentage-error-1-2-3-and-4-respectively-quantity-p-is-calculated-as-follows-p-dfrac-a-3b-2-cd-percentage-error-in-p-is-1-10-2-7-3-4-4-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTI0NDQ-the-dimensions-of-mu-0-epsilon-0-1-2-are-1-l-1-t-2-lt-1-3-l-1-2-t1-2-4-l-1-2-t-1-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTI4MDM-if-the-dimensions-of-a-physical-quantity-are-given-by-m-al-bt-c-then-the-physical-quantity-will-be-1-pressure-if-a-1-b-1-c-2-2-velocity-if-a-1-b-0-c-1-3-acceleration-if-a-1-b-1-c-2-4-force-if-a-0-b-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTM1OTI-dimensions-of-resistance-in-an-electrical-circuit-in-terms-of-dimension-of-mass-m-length-l-time-t-and-current-i-would-be-1-ml2t-3i-1-2-ml2t-2-3-ml2t-1i-1-4-ml2t-3i-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTM5NDQ-the-velocity-v-of-a-particle-at-time-t-is-given-by-v-at-dfrac-b-t-c-where-a-b-and-c-are-constants-the-dimensions-of-a-b-and-c-are-respectively-1-left-lt-2-right-l-text-and-t-2-left-l-2-right-t-text-an https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTU1MzY-the-unit-of-thermal-conductivity-is-1-w-m-ndash-1-k-ndash-1-2-j-m-k-ndash-1-3-j-m-ndash-1-k-ndash-1-4-w-m-k-ndash-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTU1NjQ-in-an-experiment-the-percentage-errors-that-occurred-in-the-measurement-of-physical-quantities-a-b-c-and-d-are-1-2-3-and-4-respectively-then-the-maximum-percentage-of-error-in-the-measurement-of-x-whe https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTMwNjAy-a-physical-quantity-x-depends-on-four-measurables-a-b-c-and-d-as-x-frac-a-2-b-3-c-5-d-to-ensure-maximum-accuracy-in-the-determination-of-x-the-quantity-that-should-be-measured-with-maximum-accuracy-is https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTMwNjEw-if-z-a-times-ba-b-and-errors-in-the-determination-of-a-and-b-are-respectively-aand-b-then-the-fractional-error-in-the-calculation-of-z-is-1-delta-aa-delta-bb-delta-a-delta-ba-b-2-delta-aa-delta-bb-min https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTMwNjI2-two-resistors-r1-3-0-plusmn-0-3-omega-andr2-5-0-plusmn-0-1-omega-are-connected-in-parallel-the-equivalent-resistance-is-1-1-9-plusmn-0-07-omega-2-1-9-plusmn-0-1-omega-3-1-9-plusmn-0-2-omega-4-1-9-plus https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTMwNjMy-consider-a-dimensionally-consistent-equation-given-as-p-ab-cde-f-select-the-correct-alternative-1-ab-cd-2-a-cdbe3-pab-cde-f4-b-p-e-f-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTMwNzE4-a-student-performs-an-experiment-to-determine-young-s-modulus-of-a-wire-exactly-1-m-long-by-searle-s-method-in-a-particular-reading-the-student-measures-extensions-in-the-length-of-the-wire-to-be-4-00 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTMxNzM2-the-main-scale-of-a-vernier-calliper-has-n-divisions-cm-n-divisions-of-the-vernier-scale-coincide-with-n-1-divisions-of-the-main-scale-the-least-count-of-the-vernier-calliper-is-1-dfrac-1-n-1-n-1-cm-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTUwMjI1-a-particle-of-mass-m-is-executing-oscillations-about-the-origin-on-the-x-text-axis-its-potential-energy-is-u-x-k-x-where-k-is-a-positive-constant-if-the-amplitude-of-oscillation-is-a-then-its-time-per https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTY3NzYw-the-dimension-of-int-uvmvdv-is-1-m1l-2t-2-2-m1l2t-2-3-m1l1t-1-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTg1NDIy-a-screw-gauge-has-the-least-count-of-0-01-text-mm-and-there-are-50-divisions-in-its-circular-scale-the-pitch-of-the-screw-gauge-is-1-0-25-text-mm-2-0-5-text-mm-3-1-0-text-mm-4-0-01-text-mm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTg1NDQ2-taking-into-account-the-significant-figures-what-is-the-value-of-9-99-text-m-0-0099-text-m-1-9-98-text-m-2-9-980-text-m-3-9-9-text-m-4-9-9801-text-m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTg1NDUz-the-energy-required-to-break-one-bond-in-dna-is-10-20-text-j-this-value-in-ev-is-nearly-1-0-6-2-0-06-3-0-006-4-6-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTg1NDYz-dimensions-of-stress-are-1-left-ml-2-t-2-right-2-left-ml-0-t-2-right-3-left-ml-1-t-2-right-4-left-mlt-2-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTg5NjI3-the-dimensions-of-pressure-are-the-same-as-that-of-1-energy-2-energy-per-unit-area-3-force-per-unit-area-4-force-per-unit-volume-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk1MTI1-time-intervals-measured-by-a-clock-give-the-following-readings-1-25-s-1-24-s-1-27-s-1-21-s-and-1-28-s-what-is-the-percentage-relative-error-of-the-observations-1-2-2-4-3-16-4-1-6-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk1MjU5-a-calorie-is-a-unit-of-heat-energy-in-transit-and-it-equals-about-4-2-text-j-where-1-text-j-1-text-kg-m-2-text-s-2-suppose-we-employ-a-system-of-units-in-which-the-unit-of-mass-equals-alpha-text-kg-th https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk1MjY2-which-of-the-following-is-the-most-precise-device-for-measuring-length-1-a-vernier-calliper-with-20-divisions-on-the-sliding-scale-2-a-screw-gauge-of-pitch-1-mm-and-100-divisions-on-the-circular-scale https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk1Mjcw-the-number-of-significant-figures-in-0-0006032-text-m-2-is-1-4-2-5-3-7-4-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk1Mjc0-a-physical-quantity-p-is-related-to-four-observables-a-b-c-and-d-as-follows-p-dfrac-a-3-b-2-sqrt-c-d-the-percentage-errors-of-measurement-in-a-b-c-and-d-are-1-3-4-and-2-respectively-then-the-percentag https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk1Mjgx-when-the-planet-jupiter-is-at-a-distance-of-824-7-million-kilometres-from-the-earth-its-angular-diameter-is-measured-to-be-35-72-rdquo-of-arc-then-the-diameter-of-jupiter-is-11-34-times-109m-21-43-tim https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4ODE1-a-new-unit-of-length-is-chosen-such-that-the-speed-of-light-in-the-vacuum-is-unity-what-is-the-distance-between-the-sun-and-the-earth-in-terms-of-the-new-unit-if-light-takes-8-min-and-20-secs-to-cover https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4ODU2-a-student-measures-the-thickness-of-a-human-hair-by-looking-at-it-through-a-microscope-of-magnification-100-he-makes-20-observations-and-finds-that-the-average-width-of-the-hair-in-the-field-of-view-o https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4ODU3-the-photograph-of-a-house-occupies-an-area-of-1-75cm2-on-a-35-mm-slide-the-slide-is-projected-onto-a-screen-and-the-area-of-the-house-on-the-screen-is-1-55m2-what-is-the-linear-magnification-of-the-pr https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4ODY1-the-length-breadth-and-thickness-of-a-rectangular-sheet-of-metal-are-4-234-m-1-005-m-and-2-01-cm-respectively-the-volume-of-the-sheet-to-correct-significant-figures-is-1-0-00856-m3-2-0-0856-m3-3-0-008 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4ODY5-which-one-of-the-following-formulas-is-dimensionally-incorrect-1y-asin2-pi-tt-2y-a2sin2-pi-tt-cos2-pi-tt-3y-asinvt-4y-asin2-pi-tt-pi-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4ODcz-the-unit-of-length-convenient-on-the-atomic-scale-is-known-as-an-angstrom-and-is-denoted-by-ao-thinsp-1ao-10-10m-the-size-of-a-hydrogen-atom-is-about-0-5-ao-what-is-the-total-atomic-volume-in-m3-thins https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4ODc1-one-mole-of-an-ideal-gas-at-standard-temperature-and-pressure-occupies-22-4-l-molar-volume-what-is-the-ratio-of-molar-volume-to-the-atomic-volume-of-a-mole-of-hydrogen-take-the-size-of-the-hydrogen-mo https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4ODc2-the-nearest-star-to-our-solar-system-is-4-29-light-years-away-how-much-is-this-distance-in-terms-of-parsecs-1-1-11-parsec-2-1-22-parsec-3-1-32-parsec-4-1-39-parsec-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4ODkz-the-density-of-the-sun-is-given-mass-of-the-sun-2-0-x-1030-kg-and-radius-of-the-sun-7-0-x-108m-1-2-9-x-103-kg-m-3-2-1-4-x-103-kg-m-3-3-5-6-x-103-kg-m-3-4-1-9-x-103-kg-m-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4ODk4-it-is-claimed-that-two-caesium-clocks-if-allowed-to-run-for-100-years-free-from-any-disturbance-may-differ-by-only-about-0-02-sec-what-does-this-imply-for-the-accuracy-of-the-standard-caesium-clock-in https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4OTE3-what-will-be-the-average-mass-density-of-a-sodium-atom-assuming-its-size-to-be-about-2-5a0-15-67-times-103kgm-3-24-67-times-103kgm-3-34-67-times-104kgm-3-45-67-times-104kgm-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4OTE4-a-laser-is-a-source-of-very-intense-monochromatic-and-a-unidirectional-beam-of-light-these-properties-of-laser-light-can-be-exploited-to-measure-long-distances-the-distance-of-the-moon-from-the-earth https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4OTE5-a-sonar-sound-navigation-and-ranging-uses-ultrasonic-waves-to-detect-and-locate-objects-underwater-in-a-submarine-equipped-with-a-sonar-the-time-delay-between-the-generation-of-a-probe-wave-and-the-re https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTk4OTI0-the-farthest-objects-in-our-universe-discovered-by-modern-astronomers-are-so-distant-that-light-emitted-by-them-takes-billions-of-years-to-reach-the-earth-these-objects-known-as-quasars-have-many-puzz https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTAy-the-base-quantity-among-the-following-is-1-speed-2-weight-3-length-4-area-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTAz-which-of-the-following-is-not-a-unit-of-time-1-second-2-minute-3-hour-4-light-year-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTA0-one-astronomical-unit-is-a-distance-equal-to-1-9-46-215-1015m-2-1-496-215-1011m-3-3-215-108m-4-3-08-215-1016m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTA1-ampere-second-is-a-unit-of-1-current-2-charge-3-energy-4-power-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTA2-which-of-the-following-is-a-units-that-of-force-1-n-m-2-mn-3-nm-4-n-s-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTA3-the-value-of-60-176-in-radian-is-1-960-2-2-960-3-3-960-4-4-960-5-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTA4-the-total-plane-angle-subtended-by-a-circle-at-its-centre-is-1-960-rad-2-2-960-rad-3-2-960-3rad-4-960-2rad-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTA5-one-unified-atomic-mass-represents-a-mass-of-magnitude-1-10-30kg-2-1-66-215-1027kg-3-1-66-215-10-27-4-kg1033kg-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTEw-a-far-off-planet-is-estimated-to-be-at-a-distance-d-from-the-earth-lf-its-diametrically-opposite-extremes-subtend-an-angle-at-952-an-observation-situated-on-the-earth-the-approximate-diameter-of-the-p https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTEx-lf-the-average-life-of-a-person-is-taken-as-100-s-the-age-of-the-universe-on-this-scale-is-of-the-order-1-1010s-2-10ss-3-1017s-4-109s-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTEy-the-order-of-the-magnitude-of-speed-of-light-in-sl-units-is-1-16-2-8-3-4-4-7-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTEz-the-most-precise-reading-of-the-mass-of-an-object-among-the-following-is-1-20-g-2-20-0-g-3-20-01-g-4-20-215-100g-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTE0-the-most-accurate-reading-of-the-length-of-6-28-cm-long-fiber-is-1-6-cm-2-6-5-cm-3-5-99-cm-4-60-cm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTE1-which-of-the-following-is-the-most-precise-measurement-1-3-215-10-3m-2-0-0030m-3-30-215-10-4m-4-300-215-10-5m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTIx-the-values-of-a-number-of-quantities-are-used-in-a-mathematical-formula-the-quantity-that-should-be-most-precise-and-accurate-in-measurement-is-the-one-1-having-smallest-magnitude-2-having-largest-mag https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTIy-the-thickness-of-a-pencil-measured-by-using-a-screw-gauge-least-count-0-001-cm-comes-out-to-be-0-802-cm-the-percentage-error-in-the-measurement-is-1-0-125-2-2-43-3-4-12-4-2-14-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTIz-the-percentage-error-in-the-measurement-of-the-voltage-v-is-3-and-in-the-measurement-of-the-current-is-2-the-percentage-error-in-the-measurement-of-the-resistance-is-1-3-2-2-3-1-4-5-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTI5-the-relative-error-in-the-measurement-of-the-side-of-cube-is-0-027-the-relative-error-in-the-measurement-of-its-volume-is-1-0-027-2-0-054-3-0-081-4-0-246-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTMw-zero-error-in-an-instrument-introduces-1-systematic-error-2-random-error-3-least-count-error-4-personal-error-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTMx-a-packet-contains-silver-powder-of-mass-20-23-g-177-0-01-g-some-of-the-powder-of-mass-5-75-g-177-0-01-g-is-taken-out-from-it-the-mass-of-the-powder-left-back-is-1-14-48-g-177-0-00-g-2-14-48-177-0-02-g https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTM3-the-radius-of-a-sphere-is-2-6-177-0-1-cm-the-percentage-error-in-its-volume-is-1-0-12-6-215-100-2-3-215-0-12-6-215-100-3-0-13-215-2-6-215-100-4-0-12-6-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTM4-we-can-reduce-random-errors-by-1-taking-large-number-of-observations-2-corrected-zero-error-3-by-following-proper-technique-of-experiment-4-both-1-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTM5-the-volume-of-a-cube-having-sides-1-2-m-is-appropriately-expressed-as-1-1-728-215-106cm3-2-1-7-215-106cm3-3-1-8-215-106cm3-4-1-73-215-106cm3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTQ1-the-number-of-significant-figures-in-a-pure-number-410-is-1-two-2-three-3-one-4-lnfinite-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTQ2-the-addition-of-three-masses-1-6-g-7-32-g-and-4-238-g-addressed-up-to-proper-decimal-places-is-1-13-158-g-2-13-2-g-3-13-16-g-4-13-15-g-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTQ3-the-area-of-a-sheet-of-length-10-2-text-cm-and-width-6-8-text-cm-addressed-up-to-the-proper-number-of-significant-figures-is-1-69-36-text-cm-2-2-69-4-text-cm-2-3-69-text-cm-2-4-70-text-cm-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTQ4-the-uncertain-digit-in-the-measurement-of-a-length-reported-as-41-68-cm-is-1-4-2-1-3-6-4-8-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTQ5-the-number-of-significant-figures-in-the-measured-value-0-0204-is-1-five-2-three-3-four-4-two-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTU1-the-number-of-significant-figures-in-the-measured-value-26000-is-1-five-2-two-3-three-4-infinite-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTU2-the-number-of-significant-zeroes-present-in-the-measured-value-0-020040-is-1-five-2-two-3-one-4-three-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTU3-the-number-of-significant-figures-in-the-measured-value-4-700-m-is-the-same-as-that-in-the-value-1-4700-m-2-0-047-m-3-4070-m-4-470-0-m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTU4-lf-a-calculated-value-2-7456-g-contains-only-three-significant-figures-the-two-insignificant-digits-in-it-are-1-2-and-7-2-7-and-4-3-6-and-5-4-4-and-6-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTcx-an-object-of-mass-4-237-g-occupies-a-volume-1-72-cm3-the-density-of-the-object-to-appropriate-significant-figures-is-1-2-46-g-cm-3-2-2-463-g-cm-3-3-2-5-g-cm-3-4-2-50-g-cm-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTcy-round-off-the-value-2-845-to-three-significant-figures-1-2-85-2-2-84-3-2-80-4-2-86-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTcz-a-length-5-997-m-rounded-off-to-three-significant-figures-is-written-as-1-6-00-m-2-5-99-m-3-5-95-m-4-5-90-m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTc0-what-are-the-dimensions-of-the-change-in-velocity-1-m0l0t0-2-lt-1-3-mlt-1-4-lt-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTc1-the-dimensional-formula-for-energy-is-1-mlt-2-2-ml2t-2-3-m-1l2t-4-ml2t-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTc2-the-pair-of-the-quantities-having-same-dimensions-is-1-displacement-velocity-2-time-frequency-3-wavelength-focal-length-4-force-acceleration-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTc3-the-dimensional-formula-for-relative-refractive-index-is-1-m1l1t1-2-m0l0t0-3-m1l0t0-4-mlt-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTc4-the-dimensional-formula-ml-1t-2-is-for-the-quantity-1-force-2-acceleration-3-pressure-4-work-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTc5-the-dimensionally-correct-expression-for-the-resistance-r-among-the-following-is-p-electric-power-l-electric-current-t-time-v-voltage-and-e-electric-energy-1-r-pl-2-r-el2t-3-r-v2p-4-r-vl-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjA1OTgw-which-of-the-following-does-not-have-dimensions-of-force-1-weight-2-rate-of-change-of-momentum-3-work-per-unit-length-4-work-done-per-unit-charge-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjEzNDI0-dimensional-analysis-cannot-be-used-for-1-deriving-relations-2-deriving-relation-with-four-unknown-variables-3-converting-system-of-units-4-checking-correctness-of-relations-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjEzNDI3-which-of-the-following-does-not-have-the-dimensions-of-force-1-potential-gradient-2-energy-gradient-3-weight-4-rate-of-change-of-momentum-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjEzNDQx-which-of-the-following-is-not-a-unit-of-time-1-second-2-hour-3-year-4-light-year-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjEzNDQz-which-of-the-following-measurements-is-the-most-precise-1-5-00-mm-2-5-00-cm-3-5-00-m-4-5-00-km-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjEzNDQ0-which-of-the-following-ratios-express-pressure-1-force-volume-2-energy-volume-3-energy-area-4-force-length-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3ODg0-choose-the-incorrect-statement-from-the-given-ones-1-the-volume-of-a-cube-of-side-1-text-cm-is-equal-to-10-6-text-m-2-2-the-surface-area-of-a-solid-cylinder-of-radius-2-0-text-cm-and-height-10-text-cm https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3ODg1-choose-the-incorrect-statement-from-the-given-ones-1-1-mathrm-kgm-2s-2-10-7-mathrm-gcm-2s-2-2-1-text-m-1-057-times10-16-text-ly-3-3-0-mathrm-m-s-2-10-8-mathrm-km-h-4-g-6-67-times10-11-mathrm-nm-2-kg-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3ODg2-a-calorie-is-a-unit-of-heat-energy-in-transit-and-it-equals-about-4-2-text-j-where-1-text-j-1-mathrm-kgm-2-s-2-suppose-we-employ-a-system-of-units-in-which-the-unit-of-mass-equals-alpha-text-kg-the-un https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3ODg3-the-statement-ldquo-to-call-a-dimensional-quantity-lsquo-large-rsquo-or-lsquo-small-rsquo-is-meaningless-without-specifying-a-standard-for-comparison-rdquo-emphasizes-the-importance-of-reference-stand https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3ODg4-a-new-unit-of-length-is-chosen-such-that-the-speed-of-light-in-a-vacuum-is-unity-what-is-the-distance-between-the-sun-and-the-earth-in-terms-of-the-new-unit-if-light-takes-8-text-min-and-20-text-s-to https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3ODkw-a-student-measures-the-thickness-of-a-human-hair-by-looking-at-it-through-a-microscope-of-magnification-100-he-makes-20-observations-and-finds-that-the-average-width-of-the-hair-in-the-field-of-view-o https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3ODkx-consider-the-following-statements-a-the-diameter-of-a-thread-is-so-small-that-it-cannot-be-measured-using-a-meter-scale-b-in-a-screw-gauge-the-least-count-decreases-on-increasing-the-number-of-divisio https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3ODky-the-photograph-of-a-house-occupies-an-area-of-1-75-text-cm-2-on-a-35-text-mm-35-mm-slide-the-slide-is-projected-onto-a-screen-and-the-area-of-the-house-on-the-screen-is-1-55-text-m-2-what-is-the-linea https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3ODkz-how-many-significant-figures-are-in-0-0006032-text-m-2-1-8-2-4-3-9-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTIw-the-number-of-significant-figures-in-0-06900-is-1-5-2-4-3-2-4-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTIx-the-sum-of-the-numbers-436-32-227-2-and-0-301-in-the-appropriate-significant-figures-is-1-663-821-2-664-3-663-8-4-663-82-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTIy-the-mass-and-volume-of-a-body-are-4-237-text-g-and-2-5-text-cm-3-respectively-the-density-of-the-material-of-the-body-in-correct-significant-figures-will-be-1-1-6048-text-g-cm-3-2-1-69-text-g-cm-3-3-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTIz-the-numbers-2-745-and-2-735-on-rounding-off-to-3-significant-figures-will-give-respectively-1-2-75-and-2-74-2-2-74-and-2-73-3-2-75-and-2-73-4-2-74-and-2-74-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTI0-the-length-and-breadth-of-a-rectangular-sheet-are-16-2-cm-and-10-1-cm-respectively-the-area-of-the-sheet-in-appropriate-significant-figures-and-error-would-be-respectively-1-164-pm3-text-cm-2-2-163-62 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTI1-which-of-the-following-pairs-of-physical-quantities-does-not-have-the-same-dimensional-formula-1-work-and-torque-2-angular-momentum-and-planck-s-constant-3-tension-and-surface-tension-4-impulse-and-li https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTI2-the-measure-of-two-quantities-along-with-the-precision-of-respective-measuring-instrument-is-a-2-5ms-minus-1-plusmn-0-5ms-minus-1-thinsp-b-0-10s-plusmn-0-01s-the-value-of-ab-will-be-1-0-25-plusmn-0-08 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTI3-you-measure-two-quantities-as-a-1-0-m-plusmn-0-2-m-b-2-0-m-plusmn-0-2-m-we-should-report-the-correct-value-for-ab-as-1-1-4-m-plusmn-0-4-m-2-1-41-m-plusmn-0-15-m-3-1-4-m-plusmn-0-3-m-4-1-4-m-plusmn-0-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTI5-the-mean-length-of-an-object-is-5-text-cm-which-of-the-following-measurements-is-the-most-accurate-1-4-9-text-cm-2-4-805-text-cm-3-5-25-text-cm-4-5-4-text-cm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTMw-young-s-modulus-of-steel-is-1-9-times-10-11-text-n-m-2-when-expressed-in-cgs-units-of-text-dyne-cm-2-it-will-be-equal-to-1-mathrm-n-10-5-text-dyne-1-text-m-2-10-4-text-cm-2-1-1-9-times-10-10-2-1-9-tim https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTMx-if-momentum-p-area-a-and-time-t-are-taken-to-be-fundamental-quantities-then-energy-has-the-dimensional-formula-1-left-pa-1-t-1-right-2-left-p-2-at-right-3-left-pa-1-2-t-right-4-left-pa-1-2-t-1-right-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTMy-on-the-basis-of-dimensions-decide-which-of-the-following-relations-for-the-displacement-of-a-particle-undergoing-simple-harmonic-motion-is-are-not-correct-a-y-a-sin-left-2-pi-t-t-right-b-y-a-sin-vt-c https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTMz-if-p-q-and-r-are-physical-quantities-having-different-dimensions-which-of-the-following-combination-s-can-never-be-a-meaningful-quantity-a-p-q-r-b-pq-r-c-pq-r-d-pr-q-2-r-e-r-q-p-choose-the-correct-opt https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTM0-photon-is-a-quantum-of-radiation-with-energy-e-h-nu-where-nu-is-the-frequency-and-h-is-planck-s-constant-the-dimensions-of-h-are-the-same-as-that-of-the-following-quantities-a-linear-impulse-b-angular https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTM1-if-planck-s-constant-h-and-speed-of-light-in-a-vacuum-c-are-taken-as-two-fundamental-quantities-which-one-of-the-following-can-in-addition-be-taken-to-express-length-mass-and-time-in-terms-of-the-thre https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTM2-which-of-the-following-ratios-express-pressure-a-force-area-b-energy-volume-c-energy-area-d-force-volume-choose-the-correct-option-1-a-c-2-a-d-3-b-d-4-a-b-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTM3-the-following-is-are-not-a-unit-of-time-a-second-b-parsec-c-year-d-light-year-choose-the-correct-option-1-a-c-d-2-a-c-3-b-d-4-b-c-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTQ4-29-during-a-total-solar-eclipse-the-moon-almost-entirely-covers-the-sphere-of-the-sun-the-relation-between-the-distances-and-sizes-of-the-sun-and-moon-is-1rsrm-rserme-2rsrm-rserme2-3rsrm-rserme-4rmrs https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ1MDMw-the-angle-of-1-minute-of-an-arc-in-radian-is-nearly-equal-to-1-2-91-times-10-4-text-rad-2-4-85-times-10-4-text-rad-3-4-80-times-10-6-text-rad-4-1-75-times-10-2-text-rad-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ1NDE5-time-intervals-measured-by-a-clock-give-the-following-readings-1-25-text-s-1-24-text-s-1-27-text-s-1-21-text-s-1-28-text-s-what-is-the-percentage-relative-error-of-the-observations-1-2-2-4-3-16-4-1-6 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5NzA0-19-we-have-different-units-for-the-same-physical-quantity-a-to-have-the-different-dimensions-b-to-have-the-same-value-in-the-different-units-c-to-have-a-wide-range-of-the-measurements-d-none-of-the-ab https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5NzA1-the-radius-of-the-atom-is-of-the-order-of-1-ao-and-the-radius-of-a-nucleus-is-of-the-order-of-fermi-how-many-magnitudes-higher-is-the-volume-of-an-atom-as-compared-to-the-volume-of-the-nucleus-11013-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5NzA2-the-device-used-for-measuring-the-mass-of-atoms-and-molecules-1-odometer-2-spectrometer-3-seismograph-4-spring-balance-this-objective-question-is-based-on-ncert-exemplar-subjective-question-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5NzA3-the-unified-atomic-mass-unit-in-kg-is-equal-to-11-67-times-10-27-23-2-times-10-minus-27-31-67-times-10-minus-27-49-1-times-10-minus-27-this-objective-question-is-based-on-ncert-exemplar-subjective-que https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5NzA4-23-a-function-f-theta-is-defined-as-f-theta-1-minus-theta-theta-22-minus-theta-33-theta-44-f-theta-is-a-dimensionless-quantity-because-a-theta-is-dimensionless-b-combination-of-different-powers-of-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTI5-24-length-mass-and-time-are-chosen-as-base-quantities-in-mechanics-because-a-these-are-special-quantities-b-these-are-independent-quantities-c-these-are-independent-of-other-quantities-but-depend-on-e https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTMw-25-the-earth-moon-distance-is-about-60-earth-radius-what-will-be-the-diameter-of-the-earth-approximately-in-degrees-as-seen-from-the-moon-a-2-deg-b-1-deg-c-3-deg-d-4-deg-this-objective-question-is-bas https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTU2-which-of-the-following-time-measuring-devices-is-most-precise-a-a-wall-clock-b-a-stopwatch-c-a-digital-watch-d-an-atomic-clock-this-objective-question-is-based-on-ncert-exemplar-subjective-question-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTU4-28-the-vernier-scale-of-a-travelling-microscope-has-50-divisions-which-coincide-with-49-main-scale-divisions-if-each-main-scale-division-is-0-5-mm-the-minimum-inaccuracy-in-the-measurement-of-distance https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTU5-29-during-a-total-solar-eclipse-the-moon-almost-entirely-covers-the-sphere-of-the-sun-the-relation-between-the-distances-and-sizes-of-the-sun-and-moon-is-1rsrm-rserme-2rsrm-rserme2-3rsrm-rserme-4rmrs https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTYw-30-if-the-unit-of-force-is-100-n-the-unit-of-length-is-10-m-and-the-unit-of-time-is-100-sec-what-is-the-unit-of-mass-in-this-system-of-units-110kg-2103kg-310-5kg-410-5kg-this-objective-question-is-bas https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTYx-31-a-physical-quantity-that-has-a-unit-but-no-dimensions-is-a-plane-angle-b-strain-c-gravitational-constant-d-reynold-s-number-this-objective-question-is-based-on-ncert-exemplar-subjective-question-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTYy-32-what-will-be-the-length-of-the-arc-of-a-circle-of-radius-31-0-cm-which-subtends-an-angle-of-960-6-at-the-centre-1-16-mm-2-16-2-mm-3-16-2-cm-4-16-3-cm-this-objective-question-is-based-on-ncert-exemp https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTYz-calculate-the-solid-angle-subtended-by-the-periphery-of-an-area-of-1-text-cm-2-at-a-point-situated-symmetrically-at-a-distance-of-5-text-cm-from-the-area-1-3-times-10-2-text-steradian-2-4-times-10-2-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTY0-34-the-displacement-of-a-progressive-wave-is-represented-by-y-asin-omega-t-mdash-kx-where-x-is-distance-and-t-is-time-the-dimensional-formula-of-omega-and-k-are-respectively-1lt-1-t-1-2l2t-1-lt-1-3t-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTY1-35-time-for-20-oscillations-of-a-pendulum-is-measured-as-t1-39-6s-t2-39-9s-and-t3-39-5s-what-is-the-accuracy-of-the-measurement-1-plusmn-0-2sec-2-plusmn-0-02sec-3-plusmn-2-0sec-4-plusmn-0-3sec-this-ob https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTY2-36-a-new-system-of-units-is-proposed-in-which-the-unit-of-mass-is-alpha-kg-unit-of-length-beta-m-and-unit-of-time-gamma-s-how-much-will-5-j-measure-in-this-new-system-1-gamma-alpha-2-beta-2-gamma-alph https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTY3-37-the-volume-of-a-liquid-flowing-out-per-second-of-a-pipe-of-length-l-and-radius-r-is-written-by-a-student-as-v-pi-8pr4-eta-l-where-p-is-the-pressure-difference-between-the-two-ends-of-the-pipe-and-e https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjQ5OTY4-38-a-physical-quantity-x-is-related-to-four-measurable-quantities-a-b-c-and-d-as-follows-x-a2b3c5-2d-minus-2-the-percentage-error-in-measuring-a-b-c-and-d-is-1-2-3-and-4-respectively-what-is-the-perce https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjUwMDkx-39-in-the-expression-p-el2m-minus-5g-minus-2-e-m-l-and-g-denote-energy-mass-angular-momentum-and-gravi-ational-constant-respectively-dimensions-of-p-are-1-m1l2t-1-2-m1l0t-2-3-m0l0t0-4-m2l0t1-this-obje https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjUwMDky-40-if-the-velocity-of-light-c-planck-s-constant-h-and-gravitational-constant-g-are-taken-as-fundamental-quantities-then-the-dimensions-of-mass-are-1m-khcg-2m-kcgh-3m-kchg-4m-kchg-this-objective-questi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjUwMDkz-41-an-artificial-satellite-is-revolving-around-a-planet-of-mass-m-and-radius-r-in-a-circular-orbit-of-radius-r-from-kepler-s-third-law-about-the-period-of-a-satellite-around-a-common-central-body-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjUwMjQ2-42-in-the-experiment-to-estimate-the-size-of-a-molecule-of-oleic-acid-film-the-thickness-of-the-oleic-acid-film-1nv20-times-20cm-2nv20-times-20-times-acm-3nva20-times-20cm-4na20-times-20vcm-this-objec https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjUwMjQ3-how-many-astronomical-units-au-make-1-parsec-12-215-1015au-23-215-108au-31-215-105au-42-215-105au-this-objective-question-is-based-on-ncert-exemplar-subjective-question-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwMzg2-the-angle-of-1-circ-degree-will-be-equal-to-use-360-circ-2-pi-rad-1-1-034-times10-3-rad-2-1-745-times10-2-rad-3-1-524-times10-2-rad-4-1-745-times10-3-rad-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwMzg3-a-man-wishes-to-estimate-the-distance-of-a-nearby-tower-from-him-he-stands-at-point-a-in-front-of-tower-c-and-spots-a-very-distant-object-o-in-line-with-ac-he-then-walks-perpendicular-to-ac-up-to-b-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwMzg4-the-moon-is-observed-from-two-diametrically-opposite-points-a-and-b-on-earth-the-angle-theta-subtended-at-the-moon-by-the-two-directions-of-observation-is-1-circ-54-given-the-diameter-of-the-earth-to https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwMzg5-the-sun-rsquo-s-angular-diameter-is-measured-to-be-1920-prime-prime-the-distance-d-of-the-sun-from-the-earth-is-1-496-times-1011m-the-diameter-of-the-sun-1-2-39-times-109m-2-0-39-times-109m-3-1-39-tim https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwMzkw-if-the-size-of-a-nucleus-in-the-range-of-10-15-to-10-14-m-is-scaled-up-to-the-tip-of-a-sharp-pin-what-roughly-is-the-size-of-an-atom-assume-tip-of-the-pin-to-be-in-the-range-10-5-m-to-10-4-m-1-1-m-2-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwMzkx-two-clocks-are-being-tested-against-a-standard-clock-located-in-a-national-laboratory-at-12-00-00-noon-by-the-standard-clock-the-readings-of-the-two-clocks-are-days-clock-1-clock-2-monday-12-00-05-10 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwMzkz-we-measure-the-period-of-oscillation-of-a-simple-pendulum-in-successive-measurements-the-readings-turn-out-to-be-2-63-text-s-2-56-text-s-2-42-text-s-2-71-text-s-and-2-80-text-s-the-average-absolute-er https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwMzk0-the-temperatures-of-two-bodies-measured-by-a-thermometer-are-t-1-20-circ-text-c-pm0-5-circ-text-c-and-t-2-50-circ-text-c-pm0-5-circ-text-c-the-temperature-difference-with-permissible-error-is-1-31-cir https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwNDI4-the-resistance-r-frac-v-i-where-v-100-pm-5-v-and-i-10-pm-0-2-a-the-percentage-error-in-r-is-1-5-2-2-3-7-4-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwNDI5-two-resistors-of-resistances-r1-100-plusmn-3-ohm-and-r2-200-plusmn-4-ohm-are-connected-in-series-the-equivalent-resistance-of-the-series-combination-is-1-300-plusmn-7-ohm-2-300-plusmn-1-ohm-3-300-plus https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwNDMw-two-resistors-of-resistances-r1-100-plusmn-3-ohm-and-r2-200-plusmn-4-ohm-are-connected-in-parallel-the-equivalent-resistance-of-the-parallel-combination-is-1-300-plusmn-7-ohm-2-66-7-plusmn-7-ohm-3-66 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwNDMx-the-relative-error-in-z-if-z-dfrac-a-4-b-1-3-cd-3-2-is-1-dfrac-delta-a-a-dfrac-delta-b-b-dfrac-delta-c-c-dfrac-delta-d-d-2-4-dfrac-delta-a-a-dfrac-1-3-dfrac-delta-b-b-dfrac-delta-c-c-dfrac-3-2-dfrac-d https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwNDMy-the-period-of-oscillation-of-a-simple-pendulum-is-t-2-pi-lg-measured-value-of-l-is-20-0-cm-known-to-1-mm-accuracy-and-time-for-100-oscillations-of-the-pendulum-is-found-to-be-90-s-using-a-wrist-watch https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwNDMz-each-side-of-a-cube-is-measured-to-be-7-203-text-m-what-are-the-total-surface-area-and-the-volume-respectively-of-the-cube-to-appropriate-significant-figures-1-373-7-text-m-2-and-311-3-text-m-3-2-311 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwNDM0-5-74-g-of-a-substance-occupies-1-2-text-cm-3-its-density-by-keeping-the-significant-figures-in-view-is-1-4-7333-text-g-cm-3-2-3-8-text-g-cm-3-3-4-8-text-g-cm-3-4-3-7833-text-g-cm-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwNDM1-the-si-unit-of-energy-is-mathrm-j-text-kg-left-m-right-2-s-2-that-of-speed-v-is-text-ms-1-and-of-acceleration-a-is-text-ms-2-which-of-the-formula-for-kinetic-energy-k-given-below-can-you-rule-out-on-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwNDM2-let-us-consider-an-equation-dfrac-1-2-mv-2-mgh-where-m-is-the-mass-of-the-body-v-its-velocity-g-is-the-acceleration-due-to-gravity-and-h-is-the-height-the-equation-is-1-dimensionally-correct-2-dimensi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjcwNDM4-consider-a-simple-pendulum-having-a-bob-attached-to-a-string-that-oscillates-under-the-action-of-the-force-of-gravity-suppose-that-the-period-of-oscillation-of-the-simple-pendulum-depends-on-its-lengt https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc3MTA1-if-force-f-acceleration-a-and-time-t-are-chosen-as-the-fundamental-physical-quantities-then-find-the-dimensions-of-energy-1-left-fat-1-right-2-left-fa-1-t-right-3-left-fat-right-4-left-fat-2-right-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc3MTM2-if-e-and-g-respectively-denote-energy-and-gravitational-constant-then-dfrac-e-g-has-the-dimensions-of-1-ml-0t-0-2-m-2l-2-t-1-3-m-2l-1-t-0-4-ml-1-t-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzE1ODA2-the-number-of-significant-digits-in-1001-100-1-100-10-0-001001-are-respectively-1-4-5-4-4-2-4-4-5-4-3-4-4-4-4-4-5-5-4-4-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM5MzI4-plane-angle-and-solid-angle-have-1-both-units-and-dimensions-2-units-but-no-dimensions-3-dimensions-but-no-units-4-no-units-and-no-dimensions-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM5MzMy-the-dimensions-mlt-2-a-2-belong-to-the-1-electric-permittivity-2-magnetic-flux-3-self-inductance-4-magnetic-permeability-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM5MzY1-the-area-of-a-rectangular-field-in-text-m-2-of-length-55-3-m-and-breadth-25-m-after-rounding-off-the-value-for-correct-significant-digits-is-1-14-times10-2-2-138-times10-1-3-1382-4-1382-5-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM5NzUz-when-the-circular-scale-of-a-screw-gauge-completes-2-rotations-it-covers-1-mm-over-the-pitch-scale-the-total-number-of-circular-scale-divisions-is-50-the-least-count-of-the-screw-gauge-in-metres-is-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM5Nzc1-the-determination-of-the-value-of-acceleration-due-to-gravity-g-by-simple-pendulum-method-employs-the-formula-g-4-pi-2-dfrac-l-t-2-the-expression-for-the-relative-error-in-the-value-of-g-is-1-dfrac-de https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2NTk1-the-physical-quantity-that-has-the-same-dimensional-formula-as-pressure-is-1-force-2-momentum-3-young-s-modulus-of-elasticity-4-coefficient-of-viscosity-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2NjMz-the-percentage-error-in-the-measurement-of-g-is-given-g-frac-4-pi-2l-t-2-l-10-pm0-1-text-cm-t-100-pm1-text-s-1-2-2-5-3-3-4-7-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY2OTE5-a-metal-wire-has-mass-0-4-pm-0-002-text-g-radius-0-3-pm-0-001-text-mm-and-length-5-pm-0-02-text-cm-the-maximum-possible-percentage-error-in-the-measurement-of-density-will-nearly-be-1-1-4-2-1-2-3-1-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY2OTQy-the-errors-in-the-measurement-which-arise-due-to-unpredictable-fluctuations-in-temperature-and-voltage-supply-are-1-random-errors-2-instrumental-errors-3-personal-errors-4-least-count-errors-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY4MTU0-the-diameter-of-a-spherical-bob-when-measured-with-vernier-callipers-yielded-the-values-3-33-cm-3-32-cm-3-34-cm-3-33-cm-and-3-32-cm-the-mean-diameter-to-appropriate-significant-figures-is-1-3-328-cm-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY4MTU2-the-mechanical-quantity-which-has-dimensions-of-reciprocal-of-mass-m-1-is-1-angular-momentum-2-coefficient-of-thermal-conductivity-3-torque-4-gravitational-constant-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0OTU5-the-quantities-which-have-the-same-dimensions-as-those-of-solid-angle-are-1-stress-and-angle-2-strain-and-arc-3-angular-speed-and-stress-4-strain-and-angle-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0OTgw-in-a-vernier-callipers-n-1-divisions-of-the-vernier-scale-coincide-with-n-divisions-of-the-main-scale-if-1-text-msd-represents-0-1-text-mm-the-vernier-constant-in-text-cm-is-1-dfrac-1-100-n-1-2-100n-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0OTky-a-force-defined-by-f-alpha-t-2-beta-t-acts-on-a-particle-at-a-given-time-t-the-factor-which-is-dimensionless-if-alpha-and-beta-are-constants-is-1-alpha-t-beta-2-alpha-beta-t-3-alpha-beta-t-4-beta-t-al https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU2NzA0-the-percentage-errors-in-the-measurement-of-mass-and-momentum-of-an-object-are-1-and-2-respectively-the-percentage-error-in-the-measurement-of-kinetic-energy-of-the-object-will-be-1-1-2-3-3-4-4-5-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU2NzQx-match-list-i-with-list-ii-list-i-measured-values-list-ii-significant-figures-mathrm-a-0-001213-mathrm-i-2-mathrm-b-2-1-times-10-16-mathrm-ii-3-mathrm-c-3-70-mathrm-iii-1-mathrm-d-3000-mathrm-iv-4-choo https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU2NzY0-a-vernier-calipers-has-1-text-mm-marks-on-the-main-scale-it-has-20-equal-divisions-on-the-vernier-scale-which-match-with-16-main-scale-divisions-the-least-count-of-this-vernier-calipers-is-1-0-02-text https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2MzE0-the-unit-of-length-parsec-is-used-for-the-measurement-of-1-wavelength-of-light-2-size-of-an-atom-3-astronomical-distance-4-height-of-a-building-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAyMTMy-the-radius-of-a-circle-is-stated-as-2-12-cm-its-area-should-be-written-as-1-14-mathrm-cm-2-2-14-1-mathrm-cm-2-3-14-11-mathrm-cm-2-4-14-1124-mathrm-cm-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTU3NjU0-in-which-of-the-following-the-number-of-significant-figures-is-different-from-that-in-the-others-1-2-303-text-kg-2-12-23-text-m-3-0-002-times10-5-text-m-4-2-001-times10-3-text-kg-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTc3MTI5-a-thin-wire-has-a-length-of-21-7-text-cm-and-a-radius-of-0-46-text-mm-the-volume-of-the-wire-to-correct-significant-figures-is-1-0-15-text-cm-3-2-0-1443-text-cm-3-3-0-14-text-cm-3-4-0-144-text-cm-3-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzEyMzMx-which-of-the-following-equations-is-dimensionally-correct-i-v-sqrt-dfrac-p-rho-ii-v-sqrt-dfrac-mgl-i-iii-v-dfrac-pr-2-2-eta-l-where-v-speed-p-pressure-r-l-are-lengths-rho-density-m-mass-g-acceleration https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAyMTIw-the-dimensions-of-left-ml-1-t-2-right-may-correspond-to-a-work-done-by-a-force-b-linear-momentum-c-pressure-d-energy-per-unit-volume-choose-the-correct-option-from-the-given-ones-1-a-and-b-only-2-b-an https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAyMTE0-a-physical-quantity-is-measured-and-the-result-is-expressed-as-nu-where-u-is-the-unit-used-and-n-is-the-numerical-value-if-the-result-is-expressed-in-various-units-then-1-n-propto-mathrm-size-of-u-2-n https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAyMTE2-a-dimensionless-quantity-1-never-has-a-unit-2-always-has-a-unit-3-may-have-a-unit-4-does-not-exist-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAyMTE5-given-int-dfrac-dx-sqrt-2-ax-x-2-a-n-sin-1-left-dfrac-x-a-1-right-the-value-of-n-is-1-0-2-1-3-1-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM3Njgy-darcy-s-law-describes-the-volume-flow-rate-q-of-a-viscous-fluid-viscosity-mu-through-a-porous-medium-under-the-action-of-a-pressure-difference-dfrac-q-a-dfrac-k-mu-left-dfrac-large-p-1-large-p-2-l-rig https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NzUxMzM-the-velocity-v-of-a-particle-at-time-t-is-given-by-v-at-frac-b-t-c-the-dimensions-of-a-b-and-c-are-respectively-1-left-lt-2-right-l-t-2-left-l-2-right-t-text-and-left-lt-2-right-3-left-lt-2-right-lt-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzEyMzM5-the-acceleration-due-to-gravity-on-the-surface-of-the-earth-is-g-10-text-m-s-2-the-value-in-text-km-minute-2-is-1-36-2-0-6-3-dfrac-10-6-4-3-6-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTcxMTk3-in-an-experiment-the-height-of-an-object-measured-by-a-vernier-callipers-having-least-count-of-0-01-text-cm-is-found-to-be-5-72-text-cm-when-no-object-is-there-between-jaws-of-this-vernier-callipers-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5MjEx-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-h-planck-s-constant-mathrm-i-mlt-1-mathrm-b-e-kinetic-energy-mathrm-ii-ml-2t-1-mathrm-c-v-electric-potential-mathrm-iii-ml-2t-2-mathrm-d-p-linear-mome https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQyNDMy-the-velocity-v-of-a-particle-at-a-time-t-is-given-by-v-a-t-dfrac-b-t-c-the-dimensions-of-a-b-and-c-are-respectively-1-left-lt-2-right-left-l-right-left-t-right-2-left-l-2-right-left-t-right-left-lt-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mzk0MzU1-which-of-the-following-quantities-is-a-fundamental-quantity-1-electric-charge-2-magnetic-field-3-temperature-4-thermal-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDY3Mzc1-two-different-quantities-having-the-same-dimension-are-1-text-momentum-power-2-text-power-pressure-3-text-work-torque-4-text-pressure-torque-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1NTcw-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-torque-mathrm-i-n-m-s-1-mathrm-b-stress-mathrm-ii-j-kg-1-mathrm-c-latent-heat-mathrm-iii-n-m-mathrm-d-power-mathrm-iv-n-m-2-choose-the-correct-answer https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0Mjg2-the-equation-of-a-circle-is-given-by-x-at-2-left-y-dfrac-t-b-right-2-r-2-where-r-is-the-radius-of-the-circle-and-the-dimension-of-t-is-t-the-dimensions-of-a-and-b-are-respectively-1-a-left-l-1-t-1-rig https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mzg1MzQz-match-the-physical-quantities-given-in-column-i-with-their-corresponding-dimensions-in-column-ii-and-units-in-column-iii-column-i-physical-quantities-column-ii-dimensions-column-iii-units-mathrm-a-ste https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mzg2OTA3-the-distance-x-travelled-by-a-particle-as-a-function-of-time-t-is-given-by-the-equation-x-ct-2-bt-3-what-are-the-dimensions-of-c-b-text-1-t-2-t-3-2-lt-2-lt-3-3-t-2-t-3-4-lt-2-lt-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mzk0MzUw-surface-tension-is-the-force-per-unit-length-acting-on-a-line-which-is-attached-to-the-free-surface-of-a-liquid-the-dimensions-of-surface-tension-are-1-ml-2t-2-2-ml-2-t-2-3-m-1-l-1-t-1-4-mt-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDUzODk3-match-the-physical-quantities-given-in-column-i-with-their-respective-dimensional-formulae-presented-in-column-ii-choose-the-correct-answer-from-the-options-provided-column-i-column-ii-a-pressure-p-m https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mzk0MzU4-which-of-the-following-quantities-is-dimensionally-independent-of-mass-1-dfrac-text-energy-text-time-2-dfrac-text-energy-text-momentum-3-text-force-times-text-time-4-text-pressure-times-text-time-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI0NTE-dimensions-of-strain-are-1-mlt-1mlt-1mlt-1-2-ml2t-1ml2t-1ml2t-1-3-mlt-2mlt-2mlt-2-4-m0l0t0m0l0t0m0l0t0-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mzk0MzUy-the-force-on-a-charge-q-in-an-electric-field-e-is-qe-while-the-force-on-the-same-charge-q-moving-with-a-speed-v-perpendicular-to-a-magnetic-field-b-is-qvb-then-it-can-be-concluded-that-e-b-has-dimensi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjgzNTIw-if-speed-v-area-a-and-force-f-are-chosen-as-fundamental-units-then-the-dimension-of-young-s-modulus-will-be-1-left-fa-1-v-0-right-2-left-fa-2-v-1-right-3-left-fa-2-v-3-right-4-left-fa-2-v-2-right-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzkzMjQx-a-physical-quantity-p-is-given-by-the-expression-p-p-0-e-left-alpha-t-2-right-if-t-represents-time-what-are-the-dimensions-of-the-constant-alpha-text-1-left-t-right-2-left-t-2-right-3-left-t-1-right-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzYzMzA3-mark-the-option-correctly-matching-the-following-columns-with-appropriate-dimensions-column-i-column-ii-mathrm-a-surface-tension-mathrm-p-left-m-l-1-t-2-right-mathrm-b-pressure-mathrm-q-left-m-t-2-rig https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTIxMjc1-which-of-the-following-equations-is-dimensionally-consistent-according-to-the-principle-of-homogeneity-where-t-is-the-time-period-g-is-the-gravitational-constant-m-is-mass-and-r-is-the-orbital-radius https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDY3Mzg4-the-inverse-of-the-universal-gravitational-constant-g-has-the-same-dimensions-as-1-text-density-2-text-density-times-text-time-3-dfrac-text-density-text-time-4-text-density-times-text-time-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4MzM0-if-momentum-p-area-a-and-time-t-are-taken-as-the-fundamental-physical-quantities-then-the-dimensional-formula-of-energy-in-terms-of-p-a-and-t-is-1-left-pa-1-t-2-right-2-left-pa-1-2-t-1-right-3-left-p https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTc2OTg-which-one-of-the-following-relations-is-dimensionally-consistent-where-h-is-the-height-to-which-a-liquid-of-density-rises-in-a-capillary-tube-of-radius-r-t-is-the-surface-tension-of-the-liquid-the-ang https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0ODIz-a-force-f-depends-on-distance-x-and-time-t-according-to-the-relation-f-a-x-2-b-t-frac-1-2-where-a-and-b-are-constants-what-is-the-dimensional-formula-of-the-ratio-dfrac-b-2-a-text-1-left-m-1-l-2-t-3-r https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzU4MjQ2-the-pair-of-quantities-having-the-same-dimensions-are-1-impulse-and-surface-tension-2-angular-momentum-and-work-3-work-and-torque-4-young-s-modulus-and-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1MzA-dimensions-of-electric-current-are-1-left-m-0l-0t-1-q-right-2-left-m-1l-2t-1-q-right-3-left-m-2l-1t-1-q-right-4-left-m-2l-2t-1-q-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjY1MzI5-the-dimension-of-planck-s-constant-equals-to-that-of-1-energy-2-momentum-3-angular-momentum-4-power-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTIwNjkx-the-de-broglie-wavelength-associated-with-a-particle-of-mass-m-and-energy-e-is-h-sqrt-2-m-e-the-dimensional-formula-for-planck-s-constant-is-1-left-text-m-2-text-l-2-text-t-2-right-2-left-mathrm-mlt-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzkzMjY3-which-of-the-following-is-classified-as-a-supplementary-unit-in-the-international-system-of-units-si-1-radian-2-steradian-3-candela-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjUwODk0-the-dimensions-of-0-0-1-2-0-0-1-2-0-0-1-2-are-1-l-1tl-1tl-1t-2-lt-1lt-1lt-1-3-l1-2t1-2l1-2t1-2l1-2t1-2-4-l1-2t-1-2l1-2t-1-2l1-2t-1-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTYyNjcz-if-y-a-sin-bt-cx-where-y-and-x-represent-length-t-represents-time-then-which-of-the-following-has-the-same-dimensions-as-that-of-dfrac-ab-2-c-1-text-speed-2-2-momentum-3-angle-4-acceleration-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY3Mjcy-the-density-rho-of-a-body-depends-on-the-force-applied-f-its-speed-and-time-of-motion-t-according-to-the-relation-rho-k-f-av-bt-c-where-k-is-a-dimensionless-constant-then-the-values-of-a-b-and-c-are-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDY3Mzgw-which-of-the-following-has-the-same-units-as-electric-permittivity-standard-notation-is-used-for-natural-constants-1-dfrac-e-2-hc-2-dfrac-g-hc-3-dfrac-e-gc-4-dfrac-h-eg-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzYzMjM5-if-r-x-l-and-x-c-represent-resistance-inductive-reactance-and-capacitive-reactance-respectively-which-of-the-following-expressions-is-dimensionless-1-dfrac-x-l-x-c-r-2-dfrac-r-sqrt-x-l-x-c-3-dfrac-r-x https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzIzNTEx-the-dimensional-formula-of-viscous-force-is-1-left-mathrm-ml-2-mathrm-t-2-right-2-left-mathrm-ml-mathrm-t-2-right-3-left-mathrm-m-mathrm-l-2-mathrm-t-3-right-4-left-mathrm-m-mathrm-l-0-mathrm-t-1-righ https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAzNjAy-which-of-the-following-pairs-represent-units-of-the-same-physical-quantity-1-kelvin-and-joule-2-kelvin-and-calorie-3-newton-and-calorie-4-joule-and-calorie-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mzk0MzU2-the-unit-of-energy-is-e-text-v-and-the-unit-of-velocity-is-c-in-a-certain-system-the-unit-of-momentum-in-this-system-is-1-e-text-v-times-c-2-large-frac-e-text-v-c-3-large-frac-e-text-v-c-2-4-e-text-v https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY2ODYy-the-velocity-v-is-expressed-in-terms-of-wavelength-lambda-acceleration-due-to-gravity-g-and-density-of-water-rho-as-v-lambda-ag-b-rho-c-if-this-equation-is-dimensionally-consistent-what-are-the-values https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM1ODg3-which-of-the-following-is-dimensionless-1-dfrac-text-pressure-text-density-times-text-acceleration-2-dfrac-text-density-times-text-pressure-text-speed-3-dfrac-text-viscosity-times-text-speed-text-surf https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU2MTEz-a-physical-quantity-q-depends-on-other-physical-quantities-a-b-and-c-as-q-dfrac-a-4-b-3-c-2-if-the-maximum-percentage-error-in-measurement-of-a-b-and-c-are-3-4-and-5-respectively-then-the-maximum-perc https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzMzMDU3-pressure-on-a-circular-plate-is-obtained-by-measuring-the-force-and-the-radius-of-the-plate-if-the-error-in-measuring-force-and-radius-is-1-and-0-5-respectively-then-the-error-in-pressure-is-1-1-2-2-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzIzMzI5-if-the-error-in-the-measurement-of-mass-is-0-8-and-in-volume-it-is-0-4-then-the-error-in-the-measurement-of-density-is-1-1-2-2-0-4-3-0-8-4-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2Njky-two-resistances-r-1-60-pm6-omega-and-r-2-40-pm2-omega-are-connected-in-series-the-equivalent-resistance-will-be-1-100-pm12-omega-2-100-pm10-omega-3-100-pm8-omega-4-100-pm4-omega-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjY0NDk2-if-the-error-in-measurement-of-the-radius-of-a-sphere-is-0-1-then-the-error-in-its-volume-will-be-1-0-3-2-0-4-3-0-5-4-0-6-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU1NzY5-voltage-and-resistance-for-a-resistor-are-measured-as-v-200-pm-5-volts-and-r-20-pm-0-2-omega-the-percentage-error-in-current-i-dfrac-v-r-text-is-x-text-then-the-value-of-10x-is-1-45-2-35-3-30-4-60-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTQ4OTI1-the-power-generated-in-a-circuit-is-given-by-p-i-2r-where-i-is-current-and-r-is-resistance-the-percentage-errors-in-measuring-i-and-r-are-0-3-and-0-5-respectively-the-maximum-error-in-measuring-power https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQyOTM1-a-physical-quantity-y-dfrac-a-4-b-2-left-c-d-4-right-1-3-has-four-observables-a-b-c-and-d-the-percentage-error-in-a-b-c-and-d-are-2-text-3-text-4-text-and-5-text-respectively-the-error-in-y-is-1-6-tex https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDY3Mzg3-the-angular-momentum-of-a-rotating-sphere-of-mass-m-radius-r-is-computed-from-the-expression-l-dfrac25mr-2-omega-where-omega-is-the-angular-speed-of-rotation-the-mass-is-known-to-within-0-5-the-radius https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDA0NTcw-the-error-in-the-measurement-of-distance-is-2-while-that-in-time-is-1-the-error-in-speed-computed-from-the-above-is-1-2-1-2-2-1-3-dfrac-2-1-2-4-dfrac-2-1-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY2NjU0-if-m-5-pm-0-2-and-v-20-pm-0-4-the-error-in-measurement-of-kinetic-energy-is-1-4-2-8-3-12-4-16-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2NjUx-the-errors-associated-with-measuring-electric-current-resistance-and-time-are-3-text-2-text-and-1-text-respectively-in-calculating-the-heat-generated-in-a-wire-carrying-current-i-and-having-resistance https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjI3OTI4-which-of-the-following-measurement-is-most-precise-1-5-00-text-mm-2-5-00-text-cm-3-5-00-text-m-4-5-00-text-km-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ5NzY1-the-length-of-a-simple-pendulum-is-measured-with-an-error-of-0-1-and-its-time-period-is-measured-with-an-error-of-2-if-a-physical-quantity-has-the-dimensional-formula-left-lt-1-right-the-maximum-possi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1NjY3-the-number-of-significant-figures-in-the-physical-quantity-2-56-times-10-5-kg-is-are-1-1-2-2-3-3-4-5-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4MzA5-how-many-significant-figures-are-there-in-the-number-1001-text-1-1-2-2-3-4-4-3-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjYzNDg0-taking-into-account-the-significant-figures-what-is-the-value-of-9-99-text-m-0-0099-text-m-text-1-9-98-text-m-2-9-980-text-m-3-9-9-text-m-4-9-9801-text-m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzIzMzI3-the-number-of-significant-digits-in-0-001001-is-1-6-2-4-3-7-4-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTY0MjY-the-length-and-breadth-of-a-metal-sheet-are-3-124-m-and-3-002-m-respectively-the-area-of-this-sheet-up-to-four-correct-significant-figures-is-1-9-3782-text-m-2-2-9-37-text-m-2-3-9-378248-text-m-2-4-9 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDA0OTI3-the-least-count-of-a-screw-gauge-is-given-by-1-dfrac-text-pitch-text-number-of-divisions-on-circular-scale-2-dfrac-text-one-circular-scale-division-text-number-of-divisions-on-main-scale-3-dfrac-text https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2Njkw-the-diameter-of-a-thin-wire-is-measured-by-1-screw-gauge-2-spherometer-3-spectrometer-4-venturimeter-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDA0OTM1-what-is-the-reading-displayed-on-the-micrometer-screw-gauge-shown-in-the-figure-given-that-its-least-count-is-0-01-text-mm-text-1-6-41-text-mm-2-6-38-text-mm-3-6-26-text-mm-4-6-48-text-mm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0Nzk0-a-vernier-calliper-is-designed-such-that-10-main-scale-divisions-coincide-with-11-vernier-scale-divisions-if-one-main-scale-division-corresponds-to-5-text-mm-the-least-count-of-the-instrument-is-1-dfr https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDA0OTQx-a-student-measured-the-diameter-of-a-small-steel-ball-using-a-screw-gauge-of-least-count-0-001-mathrm-cm-text-the-main-scale-reading-is-5-mathrm-mm-and-zero-of-circular-scale-division-coincides-with-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzI0OTg0-the-side-of-a-cube-is-measured-by-vernier-calipers-20-divisions-of-the-vernier-scale-coincide-with-19-divisions-of-the-main-scale-where-1-division-of-the-main-scale-is-1-text-mm-the-main-scale-reads-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDA0OTMx-a-screw-gauge-has-least-count-of-10-mu-mathrm-m-and-its-circular-scale-is-divided-into-100-equal-divisions-one-main-scale-division-is-1-0-5-mathrm-mm-2-1-mathrm-mm-3-0-5-mathrm-cm-4-1-mathrm-cm-1-2-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mzg2NzYy-one-picometre-pm-is-equal-to-1-10-9-m-2-10-10-m-3-10-11-m-4-10-12-m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU2NDQ5-given-below-are-two-statements-statement-i-a-positive-zero-error-is-subtracted-from-the-observed-reading-to-obtain-the-correct-measurement-statement-ii-measuring-instruments-may-have-defects-due-to-im https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDA0OTAy-n-divisions-on-the-main-scale-of-a-vernier-calipers-coincide-with-n-1-divisions-on-the-vernier-scale-if-each-division-on-the-main-scale-is-of-x-units-determine-the-least-count-of-the-instrument-1-dfra https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzIzNTE0-identify-the-pair-whose-dimensions-are-equal-1-stress-and-energy-2-force-and-work-3-torque-and-work-4-velocity-gradient-and-time-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQxNTIy-the-dimensional-formula-of-modulus-of-rigidity-is-1-left-mathrm-ml-1-mathrm-t-2-right-2-left-mathrm-ml-2-mathrm-t-2-right-3-left-mathrm-mlt-1-right-4-left-mathrm-ml-mathrm-t-2-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTQ2MDQ0-if-the-dimensions-of-a-physical-quantity-are-given-by-left-m-al-bt-c-right-then-the-physical-quantity-will-be-1-pressure-if-a-1-b-1-c-2-2-velocity-if-a-1-b-0-c-1-3-acceleration-if-a-1-b-1-c-2-4-force https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjY0NjQw-the-universal-gravitational-constant-is-dimensionally-represented-as-1-left-ml-2t-1-right-2-left-m-2-l-3t-2-right-3-left-m-2-l-2t-1-right-4-left-m-1-l-3t-2-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ4NDI5-the-force-f-acting-on-a-body-as-a-function-of-position-x-and-time-t-is-expressed-as-f-a-sin-left-k-1-x-right-b-cos-left-k-2-t-right-from-the-given-information-match-column-i-with-column-ii-column-i-co https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1MDg0-which-among-the-pairs-of-quantities-has-the-same-dimensions-1-large-frac-text-force-text-volume-text-surface-tension-2-text-torque-text-pressure-times-text-volume-3-text-specific-heat-times-text-mass https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzAzMzg-the-dimensional-formula-of-pressure-is-1-left-mlt-2-right-2-left-ml-1-t-2-right-3-left-ml-1-t-2-right-4-left-mlt-2-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246NTE0OTI-if-the-units-of-force-and-length-are-increased-by-four-times-then-the-unit-of-energy-increases-by-1-16-times-2-8-times-3-2-times-4-4-times-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1Njc-the-position-of-a-body-with-acceleration-a-is-given-by-x-ka-m-t-n-assume-t-to-be-time-the-values-of-m-and-n-will-be-1-m-1-n-1-2-m-1-n-2-3-m-2-n-1-4-m-2-n-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjYzMDU4-the-dimensions-of-mu-0-varepsilon-0-frac-1-2-are-1-left-l-1-t-right-2-left-lt-1-right-3-left-l-1-2-t-1-2-right-4-left-l-1-2-t-1-2-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTU3MzAz-when-units-of-mass-length-and-time-are-taken-as-10-text-kg-60-text-m-text-and-60-text-s-respectively-the-new-unit-of-energy-becomes-x-times-the-initial-si-unit-of-energy-the-value-of-x-will-be-1-10-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTIyMTc5-for-the-expression-10-at-3-the-dimensions-of-a-will-be-1-left-m-0l-0t-0-right-2-left-m-0l-0t-1-right-3-left-m-0l-0t-1-right-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg4ODk-planck-s-constant-h-speed-of-light-in-the-vacuum-c-and-newton-s-gravitational-constant-g-are-the-three-fundamental-constants-which-of-the-following-combinations-of-these-has-the-dimension-of-length-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTQ2MDM3-if-energy-e-velocity-v-and-time-t-are-chosen-as-the-fundamental-quantities-the-dimensional-formula-of-surface-tension-will-be-1-left-e-v-2-t-1-right-2-left-e-v-1-t-2-right-3-left-e-v-2-t-2-right-4-lef https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTEwODk-if-force-f-velocity-mathrm-v-and-time-t-are-taken-as-fundamental-units-the-dimensions-of-mass-will-be-1-fvt-1-2-fvt-2-3-fv-1-t-1-4-fv-1-t-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTc2OTQ-the-position-of-a-particle-at-time-t-is-given-by-the-relation-x-t-left-frac-v-0-alpha-right-left-1-e-alpha-t-right-where-v-0-is-a-constant-and-alpha-0-the-dimensions-of-v-0-and-alpha-are-respectively https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjYzNDQ1-if-y-a-sin-bt-cx-where-y-and-x-represent-length-and-t-represents-time-then-which-of-the-following-has-the-same-dimensions-as-that-of-dfrac-ab-2-c-text-speed-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQyMDgy-the-dimensions-of-the-planck-constant-are-equal-to-that-of-1-energy-2-momentum-3-angular-momentum-4-power-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQwMjY0-given-below-are-two-statements-assertion-a-when-we-change-the-unit-of-measurement-of-a-quantity-its-numerical-value-changes-reason-r-the-smaller-the-unit-of-measurement-the-smaller-is-its-numerical-va https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzYyOTQ3-for-a-real-gas-the-equation-of-gas-is-given-by-left-p-an-2-over-v-2-right-left-v-bn-right-nrt-if-symbols-have-their-usual-meaning-then-the-dimensions-of-v-2-over-an-2-is-same-as-that-of-1-compressibil https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTA2ODc-if-dimensions-of-critical-velocity-v-c-of-a-liquid-flowing-through-a-tube-are-expressed-as-eta-x-rho-yr-z-where-eta-rho-text-and-r-are-the-coefficient-of-viscosity-of-the-liquid-the-density-of-the-liq https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTU3NjQw-which-of-the-following-relations-is-dimensionally-wrong-the-symbols-have-their-usual-meanings-1-s-ut-dfrac-1-6-at-2-2-v-2-u-2-dfrac-2as-2-pi-3-v-u-2at-4-all-of-these-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTQ2MDE3-the-frequency-of-vibration-f-of-a-mass-m-suspended-from-a-spring-of-spring-constant-k-is-given-by-a-relation-of-type-f-cm-x-k-y-where-c-is-a-dimensionless-quantity-the-values-of-x-and-y-will-be-1-x-fr https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTc3MjU2-if-x-dfrac-a-sin-theta-b-cos-theta-a-b-then-1-the-dimensions-of-x-and-a-must-be-the-same-2-the-dimensions-of-a-and-b-are-not-the-same-3-x-is-dimensionless-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTU3Mjg4-if-int-frac-d-x-sqrt-a-2-x-2-a-n-sin-1-frac-x-a-is-dimensionally-correct-then-the-value-of-n-will-be-1-1-2-text-zero-3-text-1-4-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjYzMDA4-an-object-is-moving-through-a-liquid-the-viscous-damping-force-acting-on-it-is-proportional-to-the-velocity-then-the-dimensions-of-the-constant-of-proportionality-are-1-left-ml-1-t-1-right-2-left-mlt https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzIzOTc-the-dimensions-of-a-couple-are-1-left-ml-2t-2-right-2-left-mlt-2-right-3-left-ml-1-t-3-right-4-left-ml-2-t-2-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTMwNjA1-the-displacement-y-as-a-function-of-position-x-and-time-t-is-given-as-y-ae-bx-ct-which-of-the-following-expressions-has-dimensions-different-from-others-1-yc-2-ac-3-frac-c-b-4-bc-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjUwODk3-the-density-of-a-material-in-a-cgs-system-of-units-is-4-text-grams-cm-3-in-a-system-of-units-in-which-the-unit-of-length-is-10-text-cm-and-the-unit-of-mass-is-100-text-grams-the-value-of-the-density-o https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTQ2MDIz-a-small-steel-ball-of-radius-r-is-allowed-to-fall-under-gravity-through-a-column-of-a-viscous-liquid-of-coefficient-of-viscosity-eta-after-some-time-the-velocity-of-the-ball-attains-a-constant-value-k https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTQ2MDE4-the-quantities-a-and-b-are-related-by-the-relation-m-frac-a-b-where-m-is-the-linear-density-and-a-is-the-force-the-dimensions-of-b-are-of-1-pressure-2-work-3-latent-heat-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzMjcy-if-momentum-p-area-a-and-time-t-are-taken-as-fundamental-quantities-then-the-dimensional-formula-for-coefficient-of-viscosity-is-1-pa-1-t-0-2-pat-1-3-pa-1-t-4-pa-1-t-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTQ2MDQ1-if-the-error-in-the-measurement-of-the-radius-of-a-sphere-is-2-then-the-error-in-the-determination-of-the-volume-of-the-sphere-will-be-1-4-2-6-3-8-4-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzE5ODI-a-physical-parameter-a-can-be-determined-by-measuring-the-parameters-b-c-d-and-e-using-the-relation-a-dfrac-b-alpha-c-beta-d-gamma-e-delta-if-the-maximum-errors-in-the-measurement-of-b-c-d-text-and-e https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTQ2MDU4-two-resistors-r-1-3-0-pm0-3-omega-and-r-2-5-0-pm0-1-omega-are-connected-in-parallel-the-equivalent-resistance-r-eq-will-be-hint-1-over-r-eq-1-over-r-1-1-over-r-2-1-1-9-pm0-07-omega-2-1-9-pm0-1-omega-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzI1OTk-how-many-significant-figures-are-present-in-the-following-numbers-mathrm-i-25-12-mathrm-ii-2009-mathrm-iii-4-156-mathrm-iv-1-217-10-select-the-correct-answer-set-from-the-following-1-mathrm-i-4-ii-3-i https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246MzE5Nzk-the-measurements-are-made-as-18-425-cm-7-21-cm-and-5-0-cm-the-addition-of-these-measurements-should-be-written-as-1-30-635-cm-2-30-64-cm-3-30-63-cm-4-30-6-cm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzIzODE3-the-mass-of-a-box-measured-by-the-grocer-s-balance-is-2-300-text-kg-two-gold-pieces-of-masses-20-15-text-g-and-20-17-text-g-are-added-to-the-box-the-total-mass-of-the-box-and-the-difference-in-the-mas https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTkzMjMx-if-x-10-0-pm0-1-and-y-10-pm0-1-then-2x-2y-with-consideration-of-significant-figures-is-equal-to-1-zero-2-0-0-pm0-1-3-0-0-pm0-2-4-0-0-pm0-4-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ4NjMx-given-below-are-two-statements-statement-a-in-a-number-less-than-1-all-zeros-on-the-right-of-decimal-point-are-significant-statement-b-zeros-between-two-non-zero-numbers-are-not-significant-1-statemen https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc3MTEx-a-screw-gauge-gives-the-following-readings-when-used-to-measure-the-diameter-of-a-wire-main-scale-reading-0-mm-circular-scale-reading-52-divisions-given-that-1-mm-on-the-main-scale-corresponds-to-100 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTQ2MDQ2-the-pitch-of-a-screw-gauge-is-1-mm-and-there-are-100-divisions-on-the-circular-scale-while-measuring-the-diameter-of-a-wire-the-linear-scale-reads-1-mm-and-47-th-division-on-the-circular-scale-coincid https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTQ2MDUy-find-the-thickness-of-the-wire-the-least-count-is-0-01-mm-the-main-scale-reads-in-mm-1-7-62-2-7-63-3-7-64-4-7-65-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5MjA1-the-pitch-of-the-screw-gauge-is-1-mm-and-there-are-100-divisions-on-the-circular-scale-when-nothing-is-put-in-between-the-jaws-the-zero-of-the-circular-scale-lies-8-divisions-below-the-reference-line https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzNDAz-in-a-vernier-calipers-10-divisions-of-the-vernier-scale-is-equal-to-the-9-divisions-of-the-main-scale-when-both-jaws-of-vernier-calipers-touch-each-other-the-zero-of-the-vernier-scale-is-shifted-to-th https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTkyNzgx-each-side-of-a-metallic-cube-of-mass-5-580-kg-is-measured-to-be-9-0-cm-keeping-the-significant-figures-in-view-the-density-of-the-material-of-the-cube-can-be-best-expressed-as-x-times10-3-text-kg-m-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTkyNzY2-in-vernier-callipers-20-vsd-coincides-with-16-msd-each-division-of-length-1-mm-the-least-count-of-the-vernier-callipers-is-1-0-01-cm-2-0-1-cm-3-0-02-cm-4-0-2-cm-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTkyNzY0-the-speed-of-light-in-vacuum-is-taken-as-unity-if-light-takes-6-min-40-s-to-reach-the-earth-from-the-sun-the-distance-between-the-sun-and-the-earth-in-a-new-unit-is-1-3-times-10-8-2-3-times-10-10-3-40 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTk4MjEy-one-main-scale-division-of-a-vernier-calliper-is-equal-to-1-mm-and-the-number-of-divisions-on-the-vernier-scale-is-10-when-both-the-jaws-touch-each-other-the-vernier-scale-shifts-to-the-left-of-zero-o https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTk4MjEw-consider-that-sigma-s-k-b-b-represent-stefan-boltzmann-constant-boltzmann-constant-and-wien-s-displacement-law-constant-respectively-the-dimension-of-sigma-s-k-b-1-b-is-1-l-1-t-1-k-4-2-l-1-t-1-k-2-3-l https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTk4MjA4-which-of-the-following-measurements-require-index-correction-1-measurement-of-speed-of-sound-using-resonance-tube-2-measurement-of-resistance-of-a-wire-using-a-metre-bridge-3-measurement-of-gravitatio https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1MTUy-consider-the-diameter-of-a-spherical-object-being-measured-with-the-help-of-a-vernier-callipers-suppose-its-10-vernier-scale-divisions-v-s-d-are-equal-to-its-9-main-scale-divisions-m-s-d-the-least-div https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1MTQw-a-physical-quantity-p-is-related-to-four-observations-a-b-c-and-d-as-follows-p-dfrac-a-3b-2-c-sqrt-d-the-percentage-errors-of-measurement-in-a-b-c-and-d-are-1-3-2-and-4-respectively-the-percentage-err https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1MTM4-a-balloon-is-made-of-a-material-of-surface-tension-s-and-its-inflation-outlet-from-where-gas-is-filled-in-it-has-small-area-a-it-is-filled-with-a-gas-of-density-rho-and-takes-a-spherical-shape-of-radi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDY4ODQ1-the-potential-energy-of-a-particle-moving-along-the-x-text-direction-varies-as-v-dfrac-a-x-2-sqrt-x-b-the-dimensions-of-dfrac-a-2-b-are-1-m-3-2-l-1-2-t-3-2-m-1-2-lt-3-3-m-2-l-1-2-t-4-4-ml-2-t-4-1-2-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDY4ODEz-the-pitch-of-an-error-free-screw-gauge-is-1-text-mm-and-there-are-100-divisions-on-the-circular-scale-while-measuring-the-diameter-of-a-thick-wire-the-pitch-scale-reads-1-text-mm-and-63-text-rd-divisi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246ODg4NjQ-a-physical-quantity-of-the-dimensions-of-length-that-can-be-formed-out-of-c-g-text-and-dfrac-e-2-4-pi-varepsilon-0-is-c-is-the-velocity-of-light-g-is-the-universal-constant-of-gravitation-and-e-is-cha https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTI1NzU-the-dimensions-of-12-0e212-0e212-0e2-where-0-0-0-is-the-permittivity-of-free-space-and-e-is-the-electric-field-are-1-ml2t-2-2-ml-1t-2-3-ml2t-1-4-mlt-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjUxMDQw-a-student-measures-the-distance-traversed-in-free-fall-of-a-body-initially-at-rest-in-a-given-time-he-uses-this-data-to-estimate-g-the-acceleration-due-to-gravity-if-the-maximum-percentage-errors-in-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTMyNjE-if-the-error-in-the-measurement-of-the-radius-of-a-sphere-is-2-then-the-error-in-the-determination-of-the-volume-of-the-sphere-will-be-1-4-2-6-3-8-4-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-pb246OTMzNTg-which-two-of-the-following-five-physical-parameters-have-the-same-dimensions-a-energy-density-b-refractive-index-c-dielectric-constant-d-young-s-modulus-e-magnetic-field-choose-the-correct-option-from https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjYzNzky-the-ratio-of-the-dimension-of-planck-s-constant-and-that-of-the-moment-of-inertia-is-the-dimension-of-1-velocity-2-angular-momentum-3-time-4-frequency-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MjYzODk5-which-of-the-following-pair-does-not-have-equal-dimensions-1-energy-and-torque-2-force-and-impulse-3-angular-momentum-and-planck-s-constant-4-modulus-of-elasticity-and-pressure-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTMwODE4-four-students-measure-the-height-of-a-tower-each-student-uses-a-different-method-and-each-measures-the-height-many-times-the-data-points-for-each-are-plotted-below-the-measurement-with-the-highest-pre https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTM3MTU4-in-the-expressions-below-g-gravitational-acceleration-h-height-m-mass-r-electrical-resistance-t-time-v-velocity-v-voltage-which-of-the-following-expressions-have-units-of-power-a-dfrac-mv-2-2t-b-dfrac https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQxMDQ2-match-the-units-mentioned-in-list-i-with-the-units-in-list-ii-list-i-list-ii-a-h-s-i-s2-b-h-a-ii-wb-c-h-f-iii-s-d-omega-f-iv-omega-1-a-ii-b-iv-c-i-d-iii-2-a-iv-b-ii-c-i-d-iii-3-a-iv-b-ii-c-iii-d-i-4-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzMTM1-match-the-following-quantities-in-list-i-with-their-dimensions-in-list-ii-list-i-list-ii-a-acceleration-i-m-0l-0t-0-b-torque-ii-ml-1-t-2-c-absorptive-power-iii-lt-2-d-pressure-iv-ml-2t-2-1-a-iii-b-iv https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1MTUz-match-the-units-of-some-physical-quantities-in-list-i-with-their-corresponding-dimensions-in-list-ii-list-i-list-ii-a-ohm-i-ml-2t-2-a-1-b-farad-ii-ml-2t-2-a-2-c-henry-iii-m-1-l-2-t-4a-2-d-weber-iv-ml https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM0MjI4-which-of-the-following-quantities-have-the-same-dimension-a-dfrac-text-magnetic-flux-2-text-electrical-resistance-b-text-torque-times-text-time-c-text-momentum-times-text-length-d-dfrac-text-power-tex https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM2NDU5-which-of-the-quantities-below-have-the-same-dimensions-a-dfrac-text-electric-field-times-text-magnetic-field-mu-0-b-dfrac-varepsilon-0-times-text-electric-potential-2-times-text-velocity-text-area-c-d https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAyMTEy-which-of-the-following-sets-cannot-enter-into-the-list-of-fundamental-quantities-in-any-system-of-units-1-length-mass-and-velocity-2-length-time-and-velocity-3-mass-time-and-velocity-4-length-time-and https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAyMTE1-suppose-a-quantity-x-can-be-dimensionally-represented-in-terms-of-m-l-and-t-that-is-x-m-al-bt-c-the-quantity-mass-1-can-always-be-dimensionally-represented-in-terms-of-l-t-and-x-2-can-never-be-dimensi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAyMTE3-a-unitless-quantity-1-never-has-a-nonzero-dimension-2-always-has-a-nonzero-dimension-3-may-have-a-nonzero-dimension-4-does-not-exist-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAyMTIx-choose-the-correct-statement-s-a-a-dimensionally-correct-equation-may-be-correct-b-a-dimensionally-correct-equation-may-be-incorrect-c-a-dimensionally-incorrect-equation-may-be-correct-d-a-dimensional https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzAyMTIy-consider-the-following-statements-a-all-quantities-may-be-represented-dimensionally-in-terms-of-the-base-quantities-b-a-base-quantity-cannot-be-represented-dimensionally-in-the-terms-of-the-rest-of-th https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MTA5MTkz-a-screw-gauge-gives-the-following-reading-when-used-to-measure-the-diameter-of-a-wire-main-scale-reading-0-mm-circular-scale-reading-52-divisions-given-that-1-mm-on-main-scale-corresponds-to-100-divis https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzNjAy-students-a-b-and-c-measure-the-length-of-a-room-using-a-25-text-m-long-measuring-tape-of-least-count-mathrm-lc-0-5-text-cm-a-meter-scale-of-mathrm-lc-0-1-text-cm-and-a-foot-scale-of-mathrm-lc-0-05-tex https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzIzNjc1-an-instrument-with-a-small-least-count-will-have-definitely-1-high-accuracy-and-high-precision-2-low-accuracy-and-low-precision-3-high-accuracy-4-high-precision-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzMzOTg2-if-the-error-in-the-measurement-of-the-momentum-of-a-particle-is-100-text-then-the-error-in-the-measurement-of-kinetic-energy-is-1-100-text-2-200-text-3-300-text-4-400-text-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzNzA5-in-an-experiment-to-find-the-acceleration-due-to-gravity-g-using-a-simple-pendulum-the-time-period-of-0-5-s-is-measured-from-the-time-of-100-oscillations-with-a-watch-of-1-s-resolution-if-the-measured https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDA0NTY3-the-speed-of-a-distant-star-is-observed-to-be-1-light-year-century-this-value-when-expressed-in-si-is-approximately-1-3-times10-8-text-m-s-2-3-times10-6-text-m-s-3-3-times10-4-text-m-s-4-300-text-m-s https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM0MDIz-a-rigid-spherical-body-is-spinning-around-an-axis-without-any-external-torque-due-to-temperature-its-volume-increases-by-3-the-percentage-change-in-its-angular-speed-is-1-2-2-1-3-3-4-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzIzNTA5-a-pendulum-takes-35-2-seconds-to-complete-10-oscillations-what-is-the-time-period-of-the-pendulum-expressed-with-the-correct-number-of-significant-figures-1-3-52-text-s-2-3-5-text-s-3-3-520-text-s-4-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDA0NTc5-the-length-of-a-rod-when-measured-once-using-a-scale-has-an-absolute-error-of-delta-l-due-to-eye-estimation-by-the-experimenter-this-error-may-be-considered-to-be-small-and-random-with-an-equal-probab https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzMzNTc2-a-student-measures-the-time-period-of-100-oscillations-of-a-simple-pendulum-four-times-that-data-set-is-90-s-91-s-95-s-and-92-s-if-the-minimum-division-in-the-measuring-clock-is-1-s-then-the-reported https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzMzkx-a-screw-gauge-of-pitch-0-5-mm-is-used-to-measure-the-diameter-of-uniform-wire-of-length-6-8-cm-the-main-scale-reading-is-1-5-mm-and-circular-scale-reading-is-7-the-calculated-curved-surface-area-of-wi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM1MTA4-the-quantity-eta-is-defined-by-eta-dfrac-1-mu-0-sigma-where-mu-0-is-the-permeability-of-free-space-and-sigma-is-the-electrical-conductivity-of-a-plasma-eta-is-referred-to-as-the-magnetic-diffusivity-i https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM4MDc4-which-of-the-following-is-dimensionless-1-text-impedance-times-text-conductance-2-dfrac-text-emissive-power-text-emissivity-3-dfrac-text-electric-field-text-magnetic-field-4-dfrac-text-inductance-text https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzNjcz-consider-the-efficiency-of-carnot-s-engine-is-given-by-eta-dfrac-alpha-beta-sin-theta-log-e-dfrac-beta-x-kt-where-alpha-and-beta-are-constants-if-t-is-temperature-k-is-boltzman-constant-theta-is-angul https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzIzNjc4-two-measured-quantities-are-given-by-a-1-0-text-m-pm0-2-text-m-and-b-2-0-text-m-pm0-2-text-m-what-is-the-reported-value-of-sqrt-ab-1-1-4-text-m-pm0-4-text-m-2-1-4-1-text-m-pm0-4-text-m-3-1-4-text-m-pm https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDEzOTcy-the-quantity-mathcal-p-int-psi-vec-r-2dv-is-the-probability-of-finding-a-particle-in-the-given-volume-the-integration-is-carried-over-the-given-volume-the-dimension-of-psi-vec-r-is-1-l-3-2-l-3-2-3-l-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDM1OTQ0-the-quantities-k-c-eta-represent-the-thermal-conductivity-the-specific-heat-capacity-and-the-viscosity-of-a-liquid-which-of-the-following-is-dimensionless-1-kc-eta-2-dfrac-kc-eta-3-dfrac-k-eta-c-4-dfr https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzMxMDAz-the-dimension-of-which-group-of-quantities-is-the-same-h-planck-s-constant-k-kinetic-energy-omega-angular-speed-frequency-f-force-l-inductance-i-current-q-charge-t-time-x-distance-1-h-ftx-liq-2-k-h-om https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDE4NDY5-the-estimate-of-absolute-error-in-the-measurement-of-time-using-a-clock-is-10-2-text-s-the-time-difference-t-t-1-t-2-between-two-events-is-determined-by-using-the-clock-the-error-in-t-is-1-10-2-text-s https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzEyMzIz-the-diffusion-equation-is-given-by-dfrac-partial-n-partial-t-d-dfrac-partial-2-n-partial-x-2-where-n-x-t-is-the-concentration-of-particles-per-unit-volume-at-position-x-at-time-t-the-dimensions-of-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2Njg4-given-below-are-two-statements-assertion-a-the-product-of-pressure-mathrm-p-and-time-mathrm-t-has-the-same-dimension-as-that-of-the-coefficient-of-viscosity-reason-r-text-coefficient-of-viscosity-frac https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzM0MjI5-what-is-the-unit-of-the-quantity-represented-by-dfrac-text-angular-momentum-text-electric-charge-2-1-omega-ohm-2-s-m-3-text-h-henry-4-text-f-farad-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg4MzY0-match-the-list-i-with-list-ii-list-i-list-ii-mathrm-a-planck-s-constant-mathrm-i-m-l-2t-2-mathrm-b-stopping-potential-mathrm-ii-t-1-mathrm-c-work-function-mathrm-iii-m-l-2t-1-mathrm-d-threshold-freque https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg4NDE2-a-rigid-dipole-undergoes-a-simple-harmonic-motion-about-its-centre-in-the-presence-of-an-electric-field-overrightarrow-e-1-e-0-hat-x-if-another-electric-field-overrightarrow-e-2-2-e-0-hat-y-hat-z-is-i https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg4NjA0-dimensions-of-universal-gravitional-constant-g-in-terms-of-planck-s-constant-h-distance-l-mass-m-and-time-t-are-1-htlm-2-2-ht-1-lm-2-3-htl-2-m-2-4-h-1-t-1-lm-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg4Njg4-in-a-screw-gauge-the-zero-of-main-scale-reference-line-coincides-with-the-fifth-division-of-the-circular-scale-when-two-studs-are-in-contact-there-are-100-divisions-in-circular-scale-and-pitch-of-scre https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg4ODg4-the-percentage-error-in-the-calculated-volume-of-a-sphere-if-there-is-2-error-in-its-diameter-measurement-is-1-1-2-2-3-6-4-8-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg4ODk5-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-boltzmann-constant-mathrm-i-left-m-1-l-3-t-2-right-mathrm-b-stefan-s-constant-mathrm-ii-left-m-l-2-t-1-right-mathrm-c-planck-s-constant-mathrm-iii-lef https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg5NjMy-the-density-rho-of-a-uniform-cylinder-is-determined-by-measuring-its-mass-m-length-l-and-diameter-d-the-measured-values-of-m-l-and-d-are-97-42-pm-0-02-text-g-8-35-pm-0-05-text-mm-text-and-20-20-pm-0-0 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg5NjM4-the-potential-energy-of-a-particle-changes-with-distance-x-from-a-fixed-origin-as-v-dfrac-a-sqrt-x-x-b-where-a-and-b-are-constant-with-appropriate-dimensions-the-dimensions-of-ab-are-1-left-m-1-l-5-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg4NjA5-the-dimensional-formula-of-dfrac-1-2-varepsilon-0-e-2-varepsilon-0-permittivity-of-vacuum-and-e-electric-field-is-m-a-l-b-t-c-the-value-of-2a-b-c-is-1-0-2-1-3-1-4-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg4OTk1-in-a-vernier-calipers-when-both-jaws-touch-each-other-zero-of-the-vernier-scale-is-shifted-to-the-right-of-zero-of-the-main-scale-and-7-text-th-vernier-division-coincides-with-a-main-scale-reading-if https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg5MDA2-l-c-and-r-represents-physical-quantities-inductance-capacitance-and-resistance-respectively-the-dimensional-formula-m-l-2-t-4-a-2-corresponds-to-1-dfrac-r-sqrt-l-c-2-dfrac-r-l-c-3-dfrac-c-sqrt-l-r-4-d https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg5MDc5-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-meter-l-mathrm-i-sqrt-dfrac-h-c-g-mathrm-b-second-s-mathrm-ii-sqrt-dfrac-g-h-c-5-mathrm-c-kilogram-m-mathrm-iii-sqrt-dfrac-k-2-l-2-c-3-g-h-mathrm-d-ka https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg5MjIw-consider-the-equation-h-dfrac-x-p-epsilon-q-e-r-t-s-where-h-magnetic-field-e-electric-field-epsilon-permittivity-x-distance-t-time-the-value-of-p-q-r-and-s-respectively-are-1-1-1-1-1-2-1-1-2-1-3-1-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg5NjY1-in-a-screw-gauge-when-the-circular-scale-is-given-five-complete-rotations-it-moves-linearly-by-2-5-text-mm-if-the-circular-scale-has-100-divisions-the-least-count-of-screw-gauge-is-in-mm-1-1-times10-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTg5NjY3-the-increase-in-the-pressure-required-to-decrease-the-volume-delta-v-of-water-is-6-3-times-10-7-text-n-m-2-the-percentage-decrease-in-the-volume-is-bulk-modulus-of-water-2-1-times-10-9-text-n-m-2-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgxMDk0-in-an-experiment-the-values-of-two-spring-constants-were-measured-as-k-1-10-pm-0-2-text-n-m-and-k-2-20-pm-0-3-text-n-m-if-these-springs-are-connected-in-parallel-then-the-percentage-error-in-equivalen https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgxMTA4-consider-a-modified-bernoulli-equation-left-p-dfrac-a-b-t-2-right-rho-g-h-b-t-dfrac-1-2-rho-v-2-text-constant-if-t-has-the-dimension-of-time-then-the-dimensions-of-a-and-b-are-respectively-1-left-ml-0 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgxNTA5-keeping-the-significant-figures-in-view-the-sum-of-the-physical-quantities-52-01-text-m-153-2-text-m-text-and-0-123-text-m-is-1-205-text-m-2-205-333-text-m-3-205-33-text-m-4-205-3-text-m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgwNjcw-match-the-list-i-with-list-ii-list-i-list-ii-a-spring-constant-i-ml-2t-2-k-1-b-thermal-conductivity-ii-ml-0t-2-c-boltzmann-constant-iii-ml-2t-3-a-2-d-inductive-reactance-iv-mlt-3-k-1-choose-the-correc https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgwNjg5-if-varepsilon-e-and-t-represent-the-free-space-permittivity-electric-field-and-time-respectively-then-the-unit-of-dfrac-varepsilon-e-t-will-be-1-text-am-2-text-am-2-3-text-a-m-2-4-text-a-m-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgwNzg2-when-a-part-of-a-straight-capillary-tube-is-placed-vertically-in-a-liquid-the-liquid-raises-upto-certain-height-h-if-the-inner-radius-of-the-capillary-tube-density-of-the-liquid-and-surface-tension-of https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgwNzI1-four-persons-measure-the-length-of-a-rod-as-20-00-cm-19-75-cm-17-01-cm-and-18-25-cm-the-relative-error-in-the-measurement-of-average-length-of-the-rod-is-1-0-24-2-0-18-3-0-06-4-0-08-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgxMjEy-in-a-screw-gauge-the-zero-of-the-circular-scale-lies-3-divisions-above-the-horizontal-pitch-line-when-their-metallic-studs-are-brought-in-contact-using-this-instrument-thickness-of-a-sheet-is-measured https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgxOTM4-a-ball-of-radius-r-and-density-rho-dropped-through-a-viscous-liquid-of-density-sigma-and-viscosity-eta-attains-its-terminal-velocity-at-time-t-given-by-t-a-rho-ar-b-eta-c-sigma-d-where-a-is-a-constant https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgxODc0-match-the-list-i-with-list-ii-list-i-list-ii-mathrm-a-magnetic-induction-mathrm-i-mathrm-m-l-t-2-a-2-mathrm-b-magnetic-flux-mathrm-ii-mathrm-ml-2-t-2-a-2-mathrm-c-magnetic-permeability-mathrm-iii-math https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgwNTE5-in-a-vernier-callipers-50-vernier-scale-division-are-equal-to-48-main-scale-division-if-one-main-scale-division-0-05-text-mm-mm-then-the-last-count-of-the-vernier-callipers-is-in-mm-1-0-002-2-0-05-3-0 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgyNDAz-when-both-jaws-of-vernier-callipers-touch-each-other-mark-of-the-vernier-scale-is-right-to-zero-mark-of-main-scale-4-text-th-mark-on-vernier-scale-coincides-with-certain-mark-on-the-main-scale-while-m https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgyNTcy-in-an-experiment-a-set-of-readings-are-obtained-1-24-text-mm-1-25-text-mm-1-23-text-mm-1-21-text-mm-the-expected-least-count-of-the-instrument-used-in-recording-these-readings-is-in-mm-1-0-01-2-0-001 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgyNTg0-the-time-period-of-a-simple-harmonic-oscillator-is-t-2-pi-sqrt-dfrac-k-m-the-measured-value-of-mass-m-of-the-object-is-10-text-g-with-an-accuracy-of-10-text-mg-and-time-for-50-oscillations-of-the-spri https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTgyNTg1-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-coefficient-of-viscosity-mathrm-i-mathrm-ml-1-t-2-mathrm-b-surface-tension-mathrm-ii-mathrm-ml-2-t-2-mathrm-c-pressure-mathrm-iii-mathrm-ml-0-t-2-math https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQxMDYx-in-an-electromagnetic-system-a-quantity-defined-as-the-ratio-of-electric-dipole-moment-and-magnetic-dipole-moment-has-dimension-of-m-pl-qt-ra-s-the-value-of-p-and-q-are-1-1-1-2-0-1-3-1-0-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQxMDE5-for-the-determination-of-refractive-index-of-glass-slab-a-travelling-microscope-is-used-whose-main-scale-contains-300-equal-divisions-equals-to-15-text-cm-the-vernier-scale-attached-to-the-microscope https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwOTk3-in-an-electromagnetic-system-the-quantity-representing-the-ratio-of-electric-flux-and-magnetic-flux-has-dimension-of-m-pl-qt-ra-s-where-value-of-q-and-r-are-1-3-5-2-1-1-3-2-1-4-2-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwOTM3-a-physical-quantity-c-is-related-to-four-other-quantities-p-q-r-and-s-as-follows-c-dfrac-pq-2-r-2-sqrt-s-the-percentage-errors-in-the-measurement-of-p-q-r-and-s-are-1-2-3-and-2-respectively-the-percen https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwOTE2-match-the-list-i-with-list-ii-list-i-list-ii-mathrm-a-boltzmann-constant-mathrm-i-mathrm-ml-2-mathrm-t-1-mathrm-b-coefficient-of-viscosity-mathrm-ii-mathrm-mlt-3-mathrm-k-1-mathrm-c-plank-s-constant-m https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwOTEz-a-quantity-q-is-formulated-as-x-2-y-3-2-z-2-5-x-and-z-are-independent-parameters-which-have-fractional-errors-of-0-1-0-2-and-0-5-respectively-in-measurement-the-maximum-fractional-error-of-q-is-1-0-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwODUy-match-the-list-i-with-list-ii-list-i-list-ii-mathrm-a-gravitational-constant-mathrm-i-left-lt-2-right-mathrm-b-gravitational-potential-energy-mathrm-ii-left-l-2-t-2-right-mathrm-c-gravitational-potent https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwODUx-the-dimension-of-sqrt-dfrac-mu-0-varepsilon-0-is-equal-to-that-of-mu-0-vacuum-permeability-and-varepsilon-0-vacuum-permittivity-1-resistance-2-capacitance-3-inductance-4-voltage-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwODM3-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-mass-density-mathrm-i-ml-2-t-3-mathrm-b-impulse-mathrm-ii-ml-t-1-mathrm-c-power-mathrm-iii-ml-2-t-0-mathrm-d-moment-of-inertia-mathrm-iv-ml-3-t-0-choo https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwNzc3-the-unit-of-sqrt-dfrac-2-i-epsilon-0-c-is-i-intensity-of-an-electromagnetic-wave-c-speed-of-light-1-text-nm-2-text-vm-3-text-nc-4-text-nc-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwNzU5-the-masses-of-three-particles-are-measured-as-435-42-text-g-226-3-text-g-and-0-125-text-g-according-to-the-rules-of-significant-figures-for-addition-what-is-the-reported-value-of-the-total-mass-of-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwNzQw-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-heat-capacity-of-body-mathrm-i-jkg-1-mathrm-b-specific-heat-capacity-of-body-mathrm-ii-jk-1-mathrm-c-latent-heat-mathrm-iii-jkg-1-k-1-mathrm-d-thermal https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwNjkx-if-mu-0-and-varepsilon-0-are-the-permeability-and-permittivity-of-free-space-respectively-then-the-dimension-of-left-dfrac-1-mu-0-varepsilon-0-right-is-1-dfrac-l-t-2-2-dfrac-l-2-t-2-3-dfrac-t-2-l-2-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwNjg5-given-a-charge-q-current-i-and-permeability-of-vacuum-mu-0-which-of-the-following-quantity-has-the-dimension-of-momentum-1-q-mu-0-l-2-q-2-mu-0l-3-dfrac-q-mu-0-l-4-dfrac-q-l-mu-0-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwNjM2-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-coefficient-of-viscosity-mathrm-i-left-ml-0-t-3-right-mathrm-b-intensity-of-wave-mathrm-ii-left-ml-2-t-2-right-mathrm-c-pressure-gradient-mathrm-iii-l https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTQwNjA1-the-equation-for-real-gas-is-given-by-left-p-dfrac-a-v-2-right-v-b-rt-where-p-v-t-and-r-are-the-pressure-volume-temperature-and-gas-constant-respectively-the-dimension-of-ab-2-is-equivalent-to-that-of https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM2MDgz-match-list-i-and-with-list-ii-list-i-list-ii-a-angular-impulse-i-left-m-0-l-2-t-2-right-b-latent-heat-ii-left-ml-2-t-3-a-1-right-c-electrical-resistivity-iii-left-ml-2-t-1-right-d-electromotive-force https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM2MDA0-the-energy-e-and-momentum-p-of-a-moving-body-of-mass-m-are-related-by-some-equation-given-that-c-represents-the-speed-of-light-identify-the-correct-equation-1-e-2-p-c-2-m-2-c-4-2-e-2-p-2-c-2-m-2-c-4-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1OTk4-a-tiny-metallic-rectangular-sheet-has-a-length-and-breadth-of-5-mm-and-2-5-mm-respectively-using-a-specially-designed-screw-gauge-which-has-pitch-of-0-75-mm-and-15-divisions-in-the-circular-scale-you https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1OTc1-the-energy-of-a-system-is-given-as-e-t-3-text-e-t-where-t-is-the-time-and-0-3-text-s-1-the-errors-in-the-measurement-of-and-t-are-1-2-and-1-6-respectively-at-t-5-text-s-maximum-percentage-error-in-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1ODkw-a-physical-quantity-q-is-related-to-four-observables-a-b-c-d-as-follows-mathrm-q-left-a-b-4-right-c-d-where-a-60-3-text-pa-b-20-0-1-text-m-c-40-0-2-text-nsm-and-d-50-0-1-text-m-then-the-percentage-err https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1ODc4-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-magnetic-induction-mathrm-i-ampere-meter2-mathrm-b-magnetic-intensity-mathrm-ii-weber-mathrm-c-magnetic-flux-mathrm-iii-gauss-mathrm-d-magnetic-moment https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1ODY5-the-least-count-of-a-screw-gauge-is-0-01-text-mm-if-the-pitch-is-increased-by-75-and-number-of-divisions-on-the-circular-scale-is-reduced-by-50-the-new-least-count-will-be-1-64-times-10-3-text-mm-2-35 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1ODM2-the-position-of-a-particle-moving-on-x-axis-is-given-by-x-t-a-sin-t-b-cos-2t-text-ct-2-d-where-t-is-time-the-dimension-of-dfrac-abc-d-is-1-l-3-t-2-2-l-2-3-l-2t-2-4-l-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1ODA4-the-value-of-a-physical-quantity-is-calculated-using-the-expression-y-dfrac-32-2-times-1125-27-4-where-all-the-given-numbers-are-measured-values-and-every-digit-shown-is-significant-how-should-the-val https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1ODAx-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-young-s-modulus-mathrm-i-m-l-1-t-1-mathrm-b-torque-mathrm-ii-ml-1-t-2-mathrm-c-coefficient-of-viscosity-mathrm-iii-m-1-l-3-t-2-mathrm-d-gravitational https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1NzQx-the-expression-given-below-shows-the-variation-of-velocity-v-with-time-t-text-as-v-at-2-dfrac-bt-c-t-the-dimension-of-abc-is-1-left-m-0-lt-1-t-3-right-2-left-m-0-l-2-t-2-right-3-left-m-0-l-2-t-3-right https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1NzM4-the-pair-of-physical-quantities-not-having-same-dimensions-is-1-surface-tension-and-impulse-2-angular-momentum-and-planck-s-constant-3-pressure-and-young-s-modulus-4-torque-and-energy-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1NzIz-the-maximum-percentage-error-in-the-measurement-of-the-density-of-a-wire-is-given-mass-of-wire-0-60-pm0-003-text-g-radius-of-wire-0-50-pm0-01-text-cm-length-of-wire-10-00-pm0-05-text-cm-1-5-2-4-3-8-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTM1NjU3-given-below-are-two-statements-statement-i-in-a-vernier-calipers-one-vernier-scale-division-is-always-smaller-than-one-main-scale-division-statement-ii-the-vernier-constant-is-given-by-one-main-scale https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTIxNDc0-the-diameter-of-a-sphere-is-measured-using-a-vernier-caliper-whose-9-divisions-of-main-scale-are-equal-to-10-divisions-of-vernier-scale-the-shortest-division-on-the-main-scale-is-equal-to-mathrm-1-m-m https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTIxNDY3-young-s-modulus-is-determined-by-the-equation-given-by-mathrm-y-49000-frac-mathrm-m-1-frac-text-dyne-mathrm-cm-2-where-mathrm-m-is-the-mass-and-mathrm-i-is-the-extension-of-wire-used-in-the-experiment https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTIxNDY1-a-physical-quantity-is-expressed-in-scientific-notation-as-a-times-10-b-where-1-le-a-10-under-the-convention-used-for-determining-the-order-of-magnitude-for-which-of-the-following-conditions-is-the-or https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTIwNDEw-one-main-scale-division-of-a-vernier-caliper-is-equal-to-m-units-if-nth-division-of-main-scale-coincides-with-n-1-th-division-of-vernier-scale-the-least-count-of-the-vernier-caliper-is-1-frac-1-n-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTIwMzM5-the-dimensional-formula-of-latent-heat-is-1-left-mathrm-mlt-2-right-2-left-mathrm-ml-2-mathrm-t-2-right-3-left-mathrm-m-0-mathrm-lt-2-right-4-left-m-0-l-2-t-2-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTE5OTAz-given-below-are-two-statements-statements-i-dimensions-of-specific-heat-is-l-2t-2-k-1-statements-ii-dimensions-of-gas-constant-is-ml-2t-1-k-1-in-the-light-of-the-above-statements-choose-the-most-appro https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTE5Nzgx-in-finding-out-refractive-index-of-glass-slab-the-following-observations-were-made-through-travelling-microscope-50-vernier-scale-division-49-msd-20-divisions-on-main-scale-in-each-cm-for-mark-on-pape https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTE5NzQz-in-a-vernier-caliper-when-both-jaws-touch-each-other-zero-or-the-vernier-scale-shifts-towards-left-and-its-4th-division-coincides-exactly-with-a-certain-division-on-main-scale-if-50-vernier-scale-divi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTE3NjA1-while-measuring-the-diameter-of-a-wire-using-a-screw-gauge-the-following-readings-were-noted-the-main-scale-reading-is-1-text-mm-and-the-circular-scale-reading-is-equal-to-42-divisions-the-pitch-of-th https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTE3NTk1-match-l-is-i-with-list-ii-list-i-list-ii-a-torque-i-left-mathrm-m-1-mathrm-l-1-mathrm-t-2-mathrm-a-2-right-b-magnetic-field-ii-left-mathrm-l-2-mathrm-a-1-right-c-magnetic-moment-iii-left-mathrm-m-1-ma https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NTE3NTc0-to-find-the-spring-constant-k-of-a-spring-experimentally-a-student-commits-2-positive-error-in-the-measurement-of-time-and-1-negative-error-in-the-measurement-of-mass-the-percentage-error-in-determini https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU2NDQ2-if-the-equation-of-state-for-a-gas-is-left-p-dfrac-a-v-2-right-v-b-n-r-t-text-where-p-is-pressure-v-is-volume-n-is-the-number-of-moles-r-is-the-universal-gas-constant-and-t-is-the-absolute-temperature https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU1Njcy-match-the-physical-quantities-in-column-i-with-their-corresponding-dimensional-formulae-in-column-ii-column-i-column-ii-p-surface-tension-i-left-ml-2-t-2-right-q-viscosity-ii-left-ml-2-t-1-right-r-ang https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU1MzQ1-a-physical-quantity-of-mass-is-expressed-as-m-c-p-g-1-2-h-1-2-where-c-is-the-speed-of-light-g-is-the-gravitational-constant-and-h-is-planck-s-constant-what-is-the-value-of-the-exponent-p-for-this-expr https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU1MzMz-in-a-vernier-calipers-49-main-scale-divisions-are-equal-to-50-vernier-scale-divisions-if-one-main-scale-division-is-0-5-text-mm-then-the-vernier-constant-is-1-0-01-text-mm-2-0-1-text-mm-3-0-1-text-cm https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0ODk3-a-spherometer-is-used-to-measure-1-the-radius-of-curvature-of-a-lens-2-length-of-rod-3-density-of-a-solid-4-viscosity-of-a-liquid-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0ODQ4-given-below-are-two-statements-statement-i-linear-momentum-and-the-moment-of-a-force-torque-have-the-same-dimensional-formula-statement-ii-planck-s-constant-and-angular-momentum-have-the-same-dimensio https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0ODI3-for-measuring-resistivity-the-relation-r-dfrac-rho-l-a-dfrac-rho-l-pi-r-2-is-used-the-percentage-error-in-resistance-r-in-length-l-and-in-radius-r-are-given-x-y-text-and-z-respectively-then-the-percen https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0Nzk2-if-the-percentage-error-in-measuring-the-length-and-diameter-of-a-wire-is-0-1-each-then-the-percentage-error-of-the-resistance-of-the-wire-is-1-0-3-2-0-2-3-0-1-4-0-4-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0Nzg4-the-dimensions-of-angular-impulse-are-equal-to-1-left-m-1-l-2-t-1-right-2-left-m-1-l-2-t-1-right-3-left-m-1-l-2-t-2-right-4-left-m-1-l-1-t-1-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0NDE5-a-simple-pendulum-completes-50-oscillations-in-40-s-if-the-length-of-the-pendulum-is-measured-as-20-pm-0-2-text-cm-and-the-resolution-of-the-stopwatch-is-1-s-what-is-the-percentage-error-in-the-calcul https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0Mzk5-a-screw-gauge-has-a-pitch-of-1-text-mm-and-its-circular-scale-is-divided-into-100-equal-divisions-the-instrument-has-a-negative-zero-error-of-0-05-text-mm-if-the-main-scale-reading-is-4-text-mm-and-th https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0MzU5-if-e-dfrac-a-x-2-bt-where-e-is-energy-x-is-displacement-and-t-is-time-then-the-dimensions-of-ab-is-1-left-m-1-l-2-t-right-2-left-ml-2-t-1-right-3-left-m-1-l-2-t-2-right-4-left-ml-2-t-2-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDU0MzQ5-a-physical-quantity-p-depends-on-the-electric-field-e-and-permittivity-of-free-space-left-varepsilon-0-right-as-p-propto-e-varepsilon-0-2-the-dimension-of-p-is-1-left-m-1-l-5-t-5-i-3-right-2-left-m-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDQwMjcx-the-least-count-of-a-vernier-calliper-is-0-1-text-mm-if-20-vernier-scale-divisions-coincide-with-19-main-scale-divisions-what-is-the-length-of-one-main-scale-division-1-8-text-mm-2-7-text-mm-3-5-text https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDQwMTcw-the-van-der-waals-gas-equation-is-expressed-as-left-p-dfrac-a-v-2-right-v-b-n-r-t-where-symbols-have-their-usual-meaning-then-the-dimension-of-dfrac-a-b-2-is-1-left-ml-2-t-2-right-2-left-m-2-l-2-t-2-r https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDM3OTQ4-a-convex-lens-forms-an-image-of-an-object-placed-at-a-distance-u-with-the-image-formed-at-a-distance-v-if-the-focal-length-of-the-lens-is-f-and-the-errors-in-measuring-u-and-v-are-delta-u-and-delta-v https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDM3OTE4-the-equation-of-a-stationary-wave-is-given-as-y-2-a-sin-left-dfrac-2-pi-lambda-n-t-right-cos-left-dfrac-2-pi-lambda-x-right-then-which-of-the-following-is-not-correct-1-dimension-of-x-is-l-2-dimension https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDM3OTE3-the-dimension-of-sqrt-g-mu-text-where-g-is-the-universal-gravitational-constant-and-mu-is-the-energy-gradient-is-1-left-l-t-2-right-2-left-l-2-t-2-right-3-left-l-t-3-right-4-left-l-t-1-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3OTI0-in-an-experiment-of-measuring-the-refractive-index-of-a-glass-slab-using-a-traveling-microscope-in-a-physics-lab-a-student-measures-the-real-thickness-of-the-glass-slab-as-5-25-text-mm-and-the-apparen https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY3MTMy-what-is-the-maximum-percentage-error-in-the-measurement-of-the-quantity-i-dfrac-a-2-b-3-c-sqrt-d-if-the-percentage-errors-in-the-measurements-of-a-b-c-and-d-are-1-text-2-text-3-text-and-4-text-respect https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY2ODMw-match-column-i-with-column-ii-and-choose-the-correct-option-column-i-column-ii-i-torque-a-m-0lt-2-ii-stress-b-ml-1-t-1-iii-coefficient-of-viscosity-c-ml-1-t-2-iv-gravitational-potential-gradient-d-ml https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY2Njkz-the-dimension-of-frac-1-mu-0-varepsilon-0-is-1-text-mlt-1-2-m-0lt-2-3-ml-2t-1-4-m-0l-2t-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY2Njg5-if-mass-radius-of-cross-section-and-height-of-a-cylinder-are-0-4-0-01-text-g-6-0-03-text-m-and-height-8-0-04-text-m-the-maximum-percentage-error-in-the-measurement-of-density-of-cylinder-is-1-1-2-4-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY2NjQw-pressure-p-volume-v-temperature-t-are-related-to-each-other-as-per-the-following-relation-left-p-dfrac-a-v-2-right-left-v-b-right-rt-dimensions-of-dfrac-a-b-are-1-left-ml-t-2-right-2-left-m-2l-t-2-rig https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY2NjM1-given-below-are-two-statements-assertion-a-if-the-radius-of-the-ball-is-5-pm0-1-mm-then-the-error-in-terminal-velocity-is-4-text-reason-r-terminal-velocity-is-directly-proportional-to-radius-r-1-both https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY2NTkw-if-the-height-of-the-tower-used-for-l-o-s-is-increased-by-21-then-the-percentage-change-in-range-is-1-10-2-21-3-19-4-42-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzY3Mzk5-statement-i-light-year-parsec-and-astronomical-unit-au-are-units-used-to-measure-distance-statement-ii-the-magnitudes-of-these-units-satisfy-the-relation-1-light-year-1-parsec-1-au-1-both-statements-i https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzYzMTMy-column-i-lists-a-few-physical-quantities-and-column-ii-lists-their-dimensions-choose-the-correct-option-matching-two-lists-correctly-column-i-column-ii-p-pressure-gradient-a-left-m-1-l-2-t-2-right-q-e https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzYzMDk0-if-the-dimensional-formula-of-the-pressure-gradient-is-x-the-electric-field-has-y-energy-density-has-w-and-latent-heat-has-z-then-the-dimensional-formula-of-frac-left-x-right-left-y-right-left-z-right https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzYzMDY2-match-the-following-quantities-in-list-i-with-their-dimensions-in-list-ii-list-i-list-ii-p-young-s-modulus-a-ml-2t-1-q-planck-s-constant-b-ml-1-t-2-r-work-function-c-ml-1-t-1-s-coefficient-of-viscosit https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzYzMDQ5-if-universal-gravitational-constant-g-plank-s-constant-h-and-speed-of-light-c-are-taken-as-fundamental-quantities-then-dimension-of-mass-is-equal-to-1-sqrt-gh-over-c-2-sqrt-g-over-hc-3-sqrt-h-over-gc https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2ODc4-a-student-in-the-laboratory-measured-thickness-of-a-wire-using-a-screw-gauge-the-readings-are-1-22-mm-1-23-mm-1-19-mm-and-1-20-mm-the-percentage-error-is-dfrac-x-121-the-value-of-x-is-1-100-2-200-3-15 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2NzY0-velocity-v-and-acceleration-a-in-two-systems-of-units-1-and-2-are-related-as-v-2-dfrac-n-m-2-v-1-and-a-2-dfrac-a-1-mn-respectively-here-m-and-n-are-constants-the-relations-for-distance-and-time-in-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2NTU4-if-l-c-text-and-r-are-the-self-inductance-capacitance-and-resistance-respectively-which-of-the-following-does-not-have-the-dimension-of-time-1-rc-2-dfrac-l-r-3-sqrt-lc-4-dfrac-l-c-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2MTM5-the-distance-of-the-sun-from-earth-is-1-5-times10-11-m-and-its-angular-diameter-is-2000-s-when-observed-from-the-earth-the-diameter-of-the-sun-will-be-1-2-45-times10-10-m-2-1-45-times10-10-m-3-1-45-ti https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2MTMw-the-si-unit-of-a-physical-quantity-is-pascal-second-the-dimensional-formula-of-this-quantity-will-be-1-mathrm-ml-1-t-1-2-mathrm-ml-1-t-2-3-mathrm-ml-2-t-1-4-mathrm-m-1-l-3-t-0-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2MDk5-a-silver-wire-has-a-mass-0-6-pm-0-006-mathrm-g-radius-0-5-pm-0-005-mathrm-mm-and-length-4-pm-0-04-mathrm-cm-the-maximum-percentage-error-in-the-measurement-of-its-density-will-be-1-4-2-3-3-6-4-7-1-2-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2MDk0-a-travelling-microscope-is-used-to-determine-the-refractive-index-of-a-glass-slab-if-40-divisions-are-there-in-1-text-cm-on-the-main-scale-and-50-vernier-scale-divisions-are-equal-to-49-main-scale-div https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2MDY0-the-dimension-of-mutual-inductance-is-1-ml2-t-2-a-1-2-ml2t-3a-1-3-ml2t-2a-2-4-ml2t-3a-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ2MDI5-in-vernier-callipers-each-cm-on-the-main-scale-is-divided-into-20-equal-parts-if-the-tenth-vernier-scale-division-coincides-with-the-ninth-main-scale-division-then-the-value-of-the-vernier-constant-wi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1OTkz-an-expression-for-a-dimensionless-quantity-p-is-given-by-p-frac-alpha-beta-log-e-left-frac-mathrm-kt-beta-mathrm-x-right-where-alpha-and-beta-are-constants-x-is-distance-k-is-boltzmann-constant-and-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1OTgz-a-physical-quantity-z-is-related-to-the-variables-x-and-y-by-the-expression-z-a-2x-3y-1-over-2-where-a-is-a-constant-if-the-percentage-errors-in-the-measurements-of-x-and-y-are-4-text-and-12-text-resp https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1Nzgy-if-z-a-2b-3-over-c-4-then-the-relative-error-in-z-will-be-1-frac-delta-mathrm-a-mathrm-a-frac-delta-mathrm-b-mathrm-b-frac-delta-mathrm-c-mathrm-c-2-frac-2-delta-a-a-frac-3-delta-b-b-frac-4-delta-c-c https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1NzAx-identify-the-pair-of-physical-quantities-that-have-the-same-dimensions-1-velocity-gradient-and-decay-constant-2-wien-s-constant-and-stefan-s-constant-3-angular-frequency-and-angular-momentum-4-wave-nu https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1NjE5-the-pair-of-physical-quantities-which-have-different-dimensions-are-1-wave-number-and-rydberg-s-constant-2-stress-and-coefficient-of-elasticity-3-coercivity-and-magnetisation-4-specific-heat-capacity https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1NTU1-in-an-experiment-to-determine-the-diameter-of-a-wire-using-a-screw-gauge-the-following-observations-were-recorded-a-the-screw-moves-0-5-mm-on-the-main-scale-in-one-complete-rotation-b-total-divisions https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1NTU0-a-travelling-microscope-has-20-divisions-per-cm-on-the-main-scale-while-its-vernier-scale-has-total-50-divisions-and-25-vernier-scale-divisions-are-equal-to-24-main-scale-divisions-what-is-the-least-c https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQ1NDA2-given-below-are-two-statements-assertion-a-the-time-period-of-oscillation-of-a-liquid-drop-depends-on-surface-tension-s-if-the-density-of-the-liquid-is-rho-and-the-radius-of-the-drop-is-r-then-t-k-sqr https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzODI2-the-vernier-constant-of-vernier-callipers-is-0-1-mm-and-it-has-zero-error-of-0-05-cm-while-measuring-the-diameter-of-a-sphere-the-main-scale-reading-is-1-7-cm-and-the-coinciding-vernier-division-is-5 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzNzIy-in-vander-wall-s-equation-left-p-dfrac-a-v-2-right-v-b-rt-p-is-pressure-v-is-volume-r-is-universal-gas-constant-and-t-is-temperature-the-ratio-of-constants-dfrac-a-b-is-dimensionally-equal-to-1-dfrac https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzNjQz-the-dimensions-of-b-2-over-mu-0-will-be-if-mu-0-permeability-of-free-space-and-b-magnetic-field-1-ml-2t-2-2-mlt-2-3-ml-1-t-2-4-ml-2t-2-a-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzNjAx-an-expression-of-energy-density-is-given-by-text-u-frac-alpha-beta-sin-left-frac-alpha-x-mathrm-kt-right-where-alpha-beta-are-constants-x-is-displacement-k-is-boltzmann-constant-and-t-is-the-temperatu https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzNTMy-the-one-division-of-the-main-scale-of-vernier-callipers-reads-1-mm-and-10-divisions-of-the-vernier-scale-are-equal-to-the-9-divisions-on-the-main-scale-when-the-two-jaws-of-the-instrument-touch-each-o https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzNDMy-a-torque-meter-is-calibrated-to-reference-standards-of-mass-length-and-time-each-with-5-accuracy-after-calibration-the-measured-torque-with-this-torque-meter-will-have-net-accuracy-of-1-15-2-25-3-75-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzMzk0-in-an-experiment-to-determine-young-s-modulus-of-wire-of-a-length-of-exactly-1-m-the-extension-in-the-length-of-the-wire-is-measured-as-0-4-mm-with-an-uncertainty-of-pm-0-02-mm-when-a-load-of-1kg-is-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzMzQ0-the-maximum-error-in-the-measurement-of-resistance-current-and-time-for-which-current-flows-in-an-electrical-circuit-are-1-2-and-3-respectively-the-maximum-percentage-error-in-the-detection-of-the-dis https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246MzQzMjc0-which-of-the-following-physical-quantities-have-the-same-dimensions-1-electric-displacement-vec-d-and-surface-charge-density-2-displacement-current-and-electric-field-3-current-density-and-surface-cha https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc5MTAw-the-acceleration-due-to-gravity-is-found-up-to-an-accuracy-of-4-on-a-planet-the-energy-supplied-to-a-simple-pendulum-of-known-mass-m-to-undertake-oscillations-of-time-period-t-is-being-estimated-if-ti https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc5MDc4-if-the-length-of-a-pendulum-in-the-pendulum-clock-increases-by-0-1-then-the-error-in-time-per-day-is-1-8-64-text-s-2-43-2-text-s-3-86-4-text-s-4-4-32-text-s-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc5MDYy-if-e-l-m-and-g-denote-the-quantities-as-energy-angular-momentum-mass-and-constant-of-gravitation-respectively-then-the-dimensions-of-p-in-the-formula-p-el-2-m-5-g-2-are-1-m-0l-0t-0-2-m-1l-1t-2-3-m-0l https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc5MDUy-in-a-screw-gauge-the-fifth-division-of-the-circular-scale-coincides-with-the-reference-line-when-the-ratchet-is-closed-there-are-50-divisions-on-the-circular-scale-and-the-main-scale-moves-by-0-5-text https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc5MDE2-a-force-depends-on-displacement-x-and-time-t-according-to-the-relation-f-a-cos-bx-c-sin-dt-the-dimensional-formula-of-dfrac-ad-b-is-1-m-2l-2t-3-2-m-1l-1t-2-3-ml-2t-3-4-m-0lt-1-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4OTky-student-a-and-student-b-used-two-screw-gauges-both-having-pitch-0-1-text-cm-and-100-equal-circular-divisions-to-measure-the-radius-of-a-wire-the-actual-radius-of-the-wire-is-mathrm-0-322-cm-the-figure https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4ODYx-the-radius-of-a-sphere-is-measured-to-be-7-50-pm-0-85-text-cm-suppose-the-percentage-error-in-its-volume-is-1-34-2-68-3-28-4-48-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4NTcz-a-physical-quantity-y-is-represented-by-the-formula-m-2r-4-g-x-l-frac-3-2-if-the-percentage-errors-found-in-y-m-r-l-and-g-are-18-1-0-5-4-and-p-respectively-then-the-value-of-x-and-p-is-1-5-text-and-pm https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4Mzg5-if-time-t-velocity-v-and-angular-momentum-l-are-taken-as-the-fundamental-units-then-the-dimension-of-mass-m-in-terms-of-t-v-and-l-is-1-left-t-2-v-1-l-1-right-2-left-t-1-v-1-l-2-right-3-left-t-1-v-2-l https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4Mzc4-the-time-period-of-a-simple-pendulum-is-given-by-t-2-pi-sqrt-dfrac-l-g-the-measured-value-of-the-length-of-the-pendulum-is-10-text-cm-known-to-a-1-text-mm-accuracy-the-time-for-200-oscillations-of-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4MzY1-in-the-experiment-of-ohm-s-law-a-potential-difference-of-5-0-text-v-is-applied-across-the-end-of-a-conductor-of-length-10-0-text-cm-and-diameter-of-5-00-text-mm-the-measured-current-in-the-conductor-i https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4MjIx-two-resistors-r-1-4-pm0-8-omega-and-r-2-4-pm-0-4-omega-are-connected-in-parallel-the-equivalent-resistance-of-their-parallel-combination-will-be-1-4-pm0-4-omega-2-2-pm0-3-omega-3-4-pm0-3-omega-4-2-pm0 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4MjE5-a-student-determined-young-s-modulus-of-elasticity-using-the-formula-y-dfrac-mgl-3-4-bd-3-delta-the-value-of-g-is-taken-to-be-9-8-text-m-s-2-without-any-significant-error-his-observations-are-as-follo https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4MjA5-match-list-i-with-list-ii-list-i-list-ii-mathrm-a-capacitance-c-mathrm-i-m-1-l-1-t-3-a-1-mathrm-b-the-permittivity-of-free-space-epsilon-0-mathrm-ii-m-1-l-3-t-4-a-2-mathrm-c-permeability-of-free-space https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4MTUy-three-students-s-1-s-2-and-s-3-perform-an-experiment-to-determine-the-acceleration-due-to-gravity-g-using-a-simple-pendulum-they-use-different-lengths-of-pendulum-and-record-time-for-different-numbers https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3NTQ1-the-frequency-nu-of-an-oscillating-liquid-drop-may-depend-upon-the-radius-r-of-the-drop-the-density-rho-of-the-liquid-and-the-surface-tension-s-of-the-liquid-v-r-a-rho-bs-c-the-values-of-a-b-and-c-res https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4MTEz-given-below-are-two-statements-assertion-a-if-in-five-complete-rotations-of-the-circular-scale-the-distance-traveled-on-the-main-scale-of-the-screw-gauge-is-5-text-mm-and-there-are-50-total-divisions https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3NzMz-the-equation-of-a-circle-is-given-by-x-2-y-2-a-2-where-a-is-the-radius-if-the-equation-is-modified-to-change-the-origin-other-than-0-0-then-find-out-the-correct-dimensions-of-a-and-b-in-a-new-equation https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4MDMw-the-entropy-of-any-system-is-given-by-s-alpha-2-beta-text-ln-left-dfrac-mu-kr-j-beta-2-3-right-where-alpha-and-beta-are-the-constants-mu-j-k-and-r-no-of-moles-the-mechanical-equivalent-of-heat-boltzma https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3OTg3-match-list-i-with-list-ii-list-i-list-ii-a-torque-i-mlt-1-b-impulse-ii-mt-2-c-tension-iii-ml-2-t-2-d-surface-tension-iv-mlt-2-choose-the-most-appropriate-answer-from-the-options-given-below-1-a-ii-b-i https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3OTcx-which-of-the-following-equations-is-dimensionally-incorrect-where-t-time-h-height-s-surface-tension-theta-angle-rho-density-a-radius-g-acceleration-due-to-gravity-v-volume-p-pressure-w-work-done-tau-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3ODk5-if-text-force-f-text-length-l-text-and-time-t-are-taken-as-the-fundamental-quantities-then-the-dimension-of-density-is-1-left-fl-4-t-2-right-2-left-fl-3-t-2-right-3-left-fl-5-t-2-right-4-left-fl-3-t-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3ODk2-match-list-i-with-list-ii-list-i-list-ii-a-r-h-text-rydberg-constant-i-text-kg-m-1-text-s-1-b-h-planck-s-constant-h-planck-s-constant-h-text-planck-s-constant-ii-text-kg-m-2-text-s-1-c-mu-b-text-magne https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3Nzcx-if-e-text-and-h-represents-the-intensity-of-the-electric-field-and-magnetizing-field-respectively-then-the-unit-of-frac-e-h-will-be-1-text-ohm-2-text-mho-3-text-joule-4-text-newton-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3NzY5-which-of-the-following-is-not-a-dimensionless-quantity-1-relative-magnetic-permeability-mu-r-2-power-factor-cos-phi-3-permeability-of-free-space-mu-0-4-quality-factor-text-q-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3NTI0-the-vernier-scale-used-for-measurement-has-a-positive-zero-error-of-0-2-text-mm-if-while-taking-a-measurement-it-was-noted-that-0-on-the-vernier-scale-lies-between-8-5-text-cm-and-8-6-text-cm-vernier https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3NTA0-in-order-to-determine-the-young-s-modulus-of-a-wire-of-radius-0-2-text-cm-measured-using-a-scale-of-least-count-0-001-text-cm-and-length-1-text-m-measured-using-a-scale-of-least-count-1-text-mm-a-weig https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3NDQx-the-resistance-r-frac-v-i-where-v-50-pm2-text-v-and-i-20-pm0-2-text-a-the-percentage-error-in-the-resistance-r-is-1-5-2-3-3-7-4-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3NDEw-one-main-scale-division-of-a-vernier-caliper-is-a-text-cm-and-n-text-th-division-of-the-scale-coincides-with-n-1-text-th-division-of-the-main-scale-the-least-count-of-the-calipers-is-1-frac-10-na-n-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3Mzk4-a-submarine-experiences-a-total-pressure-of-3-times10-5-text-pa-at-a-certain-depth-below-the-surface-of-water-if-the-depth-of-the-submarine-is-doubled-by-what-percentage-will-the-total-pressure-acting https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5NDE1-if-c-and-v-represent-capacity-and-voltage-respectively-then-what-are-the-dimensions-of-lambda-where-lambda-frac-c-v-1-left-mathrm-m-2-mathrm-l-3-mathrm-i-2-mathrm-t-6-right-2-left-mathrm-m-3-mathrm-l https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5MTEx-the-period-of-oscillation-of-a-simple-pendulum-t-2-pi-sqrt-dfrac-l-g-measured-value-of-l-is-1-0-text-m-from-meter-scale-having-a-minimum-division-of-1-text-mm-and-time-of-one-complete-oscillation-is-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5MDAy-in-a-typical-combustion-engine-the-work-done-by-a-gas-molecule-is-given-w-alpha-2-beta-e-dfrac-beta-x-2-k-t-where-x-is-the-displacement-k-is-the-boltzmann-constant-and-t-is-the-temperature-if-alpha-an https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4OTM1-the-work-done-by-a-gas-molecule-in-an-isolated-system-is-given-by-mathrm-w-alpha-beta-2-mathrm-e-frac-mathrm-x-2-alpha-k-mathrm-t-where-x-is-the-displacement-k-is-the-boltzmann-constant-and-t-is-the-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4ODgy-if-e-is-the-electronic-charge-c-is-the-speed-of-light-in-free-space-and-h-is-planck-s-constant-the-quantity-frac-1-4-pi-varepsilon-0-frac-e-2-hc-has-dimensions-of-1-left-m-0l-0t-0-right-2-left-lt-1-ri https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4NTE4-if-the-screw-on-a-screw-gauge-is-given-six-rotations-it-moves-by-3-text-mm-on-the-main-scale-if-there-are-50-divisions-on-the-circular-scale-the-least-count-of-the-screw-gauge-is-1-0-001-text-cm-2-0-0 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4NTE3-a-quantity-f-is-given-by-f-sqrt-dfrac-h-c-5-g-where-c-is-speed-of-light-g-is-the-universal-gravitational-constant-and-h-is-planck-s-constant-the-dimension-of-f-is-that-of-1-energy-2-momentum-3-area-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4NDYx-a-simple-pendulum-is-being-used-to-determine-the-value-of-gravitational-acceleration-g-at-a-certain-place-the-length-of-the-pendulum-is-25-0-text-cm-and-a-stopwatch-with-1-text-s-resolution-measures-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4NDQ3-the-dimension-of-stopping-potential-v-o-in-photoelectric-effect-in-units-of-planck-s-constant-h-speed-of-light-c-gravitational-constant-g-and-ampere-a-is-1-h-0-c-5-g-1-a-1-2-h-2-3-c-1-3-g-4-3-a-1-3-h https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4NDA5-the-dimension-of-frac-b-2-2-mu-0-where-b-is-the-magnetic-field-and-mu-0-is-the-magnetic-permeability-of-the-vacuum-is-1-ml-2-t-1-2-ml-2-t-2-3-ml-1-t-2-4-mlt-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5MjQ4-the-density-of-a-solid-metal-sphere-is-determined-by-measuring-its-mass-and-its-diameter-the-maximum-error-in-the-density-of-the-sphere-is-frac-x-100-if-the-relative-errors-in-measuring-the-mass-and-t https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5MjIz-a-screw-gauge-has-50-divisions-on-its-circular-scale-the-circular-scale-is-4-units-ahead-of-the-pitch-scale-marking-prior-to-use-upon-one-complete-rotation-of-the-circular-scale-a-displacement-of-0-5 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5MDEw-a-student-measuring-the-diameter-of-a-pencil-of-circular-cross-section-with-the-help-of-a-vernier-scale-records-the-following-four-readings-5-50-text-mm-5-55-text-mm-5-45-text-mm-5-65-text-mm-the-aver https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4NzQ1-a-quantity-x-is-given-by-left-frac-ifv-2-wl-4-right-in-terms-of-moment-of-inertia-i-force-f-velocity-v-work-w-and-length-l-the-dimensional-formula-for-x-is-the-same-as-that-of-1-coefficient-of-viscosi https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4NzE1-the-dimensional-formula-for-thermal-conductivity-is-here-k-denotes-the-temperature-1-left-m-l-t-2-k-right-2-left-m-l-t-3-k-right-3-left-m-l-t-3-k-1-right-4-left-m-l-t-2-k-2-right-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4NjUz-the-quantities-x-frac-1-sqrt-mu-0-varepsilon-0-y-frac-e-b-and-z-frac-l-c-r-are-defined-where-c-capacitance-r-resistance-l-length-e-electric-field-b-magnetic-field-and-varepsilon-0-mu-0-free-space-perm https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4NTU2-a-physical-quantity-z-depends-on-four-observables-a-b-c-and-d-as-z-dfrac-a-2-b-frac-2-3-sqrt-c-d-3-the-percentage-of-error-in-the-measurement-of-a-b-c-and-d-is-2-1-5-4-and-2-5-respectively-the-percent https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4NDY3-the-amount-of-solar-energy-received-on-the-earth-s-surface-per-unit-area-per-unit-time-is-defined-as-a-solar-constant-dimension-of-solar-constant-is-1-left-m-l-2-t-2-right-2-left-m-2-l-0-t-1-right-3-l https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4NDUy-using-a-screw-gauge-with-pitch-0-1-text-cm-and-50-divisions-on-its-circular-scale-the-thickness-of-an-object-is-measured-it-should-be-accurately-recorded-as-1-2-124-text-cm-2-2-121-text-cm-3-2-125-tex https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4MTA4-if-speed-v-area-a-and-force-f-are-chosen-as-fundamental-units-then-the-dimension-of-young-s-modulus-will-be-1-left-fa-1-v-0-right-2-left-fa-2-v-1-right-3-left-fa-2-v-3-right-4-left-fa-2-v-2-right-1-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4MDcx-the-least-count-of-the-main-scale-of-a-vernier-callipers-is-1-mathrm-mm-its-vernier-scale-is-divided-into-10-divisions-and-coincide-with-9-divisions-of-the-main-scale-when-jaws-are-touching-each-other https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4MjU3-let-l-r-c-and-v-represent-inductance-resistance-capacitance-and-voltage-respectively-the-dimensions-of-left-frac-l-rcv-right-in-text-s-i-units-will-be-1-la-2-2-a-1-3-lta-4-lt-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc4MDc2-the-least-count-of-the-main-scale-of-a-screw-gauge-is-1-text-mm-the-minimum-number-of-divisions-on-its-circular-scale-required-to-measure-5-mu-text-m-diameter-of-a-wire-is-1-50-2-200-3-100-4-500-1-2-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3NDYz-the-pitch-and-the-number-of-divisions-on-the-circular-scale-for-a-given-screw-gauge-are-0-5-text-mm-text-and-100-respectively-when-the-screw-gauge-is-fully-tightened-without-any-object-the-zero-of-its https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3Mzg4-the-expression-for-time-in-terms-of-the-universal-gravitational-constant-g-planck-s-constant-h-and-the-speed-of-light-c-is-proportional-to-1-sqrt-dfrac-hc-5-g-2-sqrt-dfrac-c-3-gh-3-sqrt-dfrac-gh-c-5-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3Mzgz-the-density-of-a-material-in-text-si-units-is-128-text-kg-m-3-in-certain-units-in-which-the-unit-of-length-is-25-text-cm-and-the-unit-of-mass-50-text-g-the-numerical-value-of-density-of-the-material-i https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3MTU0-a-copper-wire-is-stretched-to-make-it-0-5-longer-the-percentage-change-in-its-electric-resistance-if-its-volume-remains-unchanged-is-1-2-0-2-2-5-3-1-0-4-0-5-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc2ODY0-in-the-density-measurement-of-a-cube-the-mass-and-edge-length-are-measured-as-10-00-pm-0-10-text-kg-and-0-10-pm-0-01-text-m-respectively-the-error-in-the-measurement-of-density-is-1-6416-6-text-kg-m-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc3NDEy-the-area-of-a-square-is-5-29-text-cm-2-the-area-of-7-such-squares-taking-into-account-the-significant-figures-is-1-37-03-text-cm-2-2-37-0-text-cm-2-3-37-text-cm-2-4-37-030-text-cm-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc3MzYz-which-of-the-following-combinations-has-the-dimension-of-electrical-resistance-varepsilon-0-is-the-permittivity-of-the-vacuum-and-mu-0-is-the-permeability-of-vacuum-1-sqrt-frac-varepsilon-0-mu-0-2-fra https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc2Nzkz-in-the-formula-x-5yz-2-x-and-z-have-dimensions-of-capacitance-and-magnetic-field-respectively-what-are-the-dimensions-of-y-in-si-units-1-left-m-3-l-2-t-8-a-4-right-2-left-m-2-l-2-t-6-a-3-right-3-left https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc2NzA3-if-surface-tension-s-moment-of-inertia-i-and-plank-s-constant-h-were-to-be-taken-as-the-fundamental-units-the-dimensional-formula-for-linear-momentum-would-be-1-s-3-2-i-1-2-h-0-2-s-1-2-i-1-2-h-1-3-s-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc2NjY1-in-a-simple-pendulum-experiment-for-determination-of-acceleration-due-to-gravity-g-time-taken-for-20-oscillations-is-measured-by-using-a-watch-of-1-second-least-count-the-mean-value-of-time-taken-come https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc2NjUw-in-si-units-the-dimensions-of-sqrt-frac-varepsilon-0-mu-0-is-1-a-t-3-m-l-3-2-2-a-1-t-m-l-3-3-a-t-2-m-1-l-1-4-a-2-t-3-m-1-l-2-1-2-3-4 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3MzQx-the-percentage-errors-in-quantities-p-q-r-and-s-are-0-5-1-3-and-1-5-respectively-in-the-measurement-of-a-physical-quantity-a-dfrac-p-3q-2-sqrt-r-s-the-maximum-percentage-error-in-the-value-of-a-will-b https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3MjA1-the-relative-error-in-the-determination-of-the-surface-area-of-a-sphere-is-alpha-then-the-relative-error-in-the-determination-of-its-volume-is-1-dfrac-3-2-alpha-2-dfrac-2-3-alpha-3-alpha-4-dfrac-5-2-a https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3MTcz-in-a-screw-gauge-5-complete-rotations-of-the-screw-cause-it-to-move-a-linear-distance-of-0-25-text-cm-there-are-100-circular-scale-divisions-the-thickness-of-a-wire-measured-by-this-screw-gauge-gives https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc4OTAx-the-density-of-a-material-in-the-shape-of-a-cube-is-determined-by-measuring-three-sides-of-the-cube-and-its-mass-if-the-relative-errors-in-measuring-the-mass-and-length-are-respectively-1-5-and-1-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3MjY0-a-physical-quantity-p-is-described-by-the-relation-p-a-frac-1-2-b-2-c-3-d-4-if-the-relative-errors-in-the-measurement-of-a-b-c-and-d-respectively-are-2-1-3-and-5-then-the-relative-error-in-p-will-be-1 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3MDcz-time-t-velocity-c-and-angular-momentum-h-are-chosen-as-fundamental-quantities-instead-of-mass-length-and-time-in-terms-of-these-the-dimensions-of-mass-would-be-1-m-t-1-c-2-h-2-m-t-1-c-2-h-1-3-m-t-1-c https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5Mzcy-the-following-observations-were-taken-to-determine-the-surface-tension-t-of-water-by-the-capillary-method-diameter-of-the-capillary-d-1-25-times-10-2-text-m-rise-of-water-h-1-45-times-10-2-text-m-usin https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3Mjc1-a-b-c-and-d-are-four-different-physical-quantities-having-different-dimensions-none-of-them-is-dimensionless-but-we-know-that-the-equation-ad-c-text-ln-bd-holds-true-then-which-of-the-combinations-is https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc3MjEx-the-following-i-refers-to-current-and-other-symbols-that-have-their-usual-meaning-choose-the-option-that-corresponds-to-the-dimensions-of-electrical-conductivity-1-m-1-l-3-t-3i-2-2-m-1-l-3-t-3i-3-ml-3 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5OTE4-a-screw-gauge-with-a-pitch-of-0-5-text-mm-and-a-circular-scale-with-50-divisions-is-used-to-measure-the-thickness-of-a-thin-sheet-of-aluminium-before-starting-the-measurement-it-is-found-that-when-the https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5MzY0-a-student-measures-the-time-period-of-100-oscillations-of-a-simple-pendulum-four-times-the-data-set-is-90-text-s-91-text-s-95-text-s-text-and-92-text-s-if-the-minimum-division-in-the-measuring-clock-i https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc2OTY0-a-beaker-contains-a-fluid-of-density-p-text-kg-m-3-specific-heat-s-text-j-kg-circ-text-c-and-viscosity-eta-the-beaker-is-filled-up-to-height-h-to-estimate-the-rate-of-heat-transfer-per-unit-area-q-a-b https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc2OTYw-the-diameter-of-a-steel-ball-is-measured-using-vernier-calipers-which-have-divisions-of-0-1-text-cm-on-its-main-scale-ms-and-10-divisions-of-its-vernier-scale-vs-match-9-divisions-on-the-main-scale-th https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc2OTUy-if-the-capacitance-of-a-nanocapacitor-is-measured-in-terms-of-a-unit-u-made-by-combining-the-electronic-charge-e-the-bohr-radius-a-0-and-the-planck-s-constant-h-and-speed-of-light-c-then-1-u-frac-e-2 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246NDc2OTIy-if-electronic-charge-e-electron-mass-m-speed-of-light-in-vacuum-c-and-planck-s-constant-h-are-taken-as-fundamental-quantities-the-permeability-of-vacuum-mu-0-can-be-expressed-in-units-of-1-left-frac-h https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5NDc2-the-period-of-oscillation-on-a-simple-pendulum-is-t-2-pi-sqrt-dfrac-l-g-the-measured-value-of-l-is-20-0-text-cm-known-to-have-1-text-mm-accuracy-and-the-time-for-100-oscillations-of-the-pendulum-is-fo https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5NzE1-the-current-voltage-relation-of-the-diode-is-given-by-i-e-1000v-t-1-text-ma-where-the-applied-voltage-v-is-in-volts-and-the-temperature-t-is-in-degree-kelvin-if-a-student-makes-an-error-measuring-pm-0 https://medminds.me/qbank/physics/units-and-measurement/?q=NP-b246Mjc5NzIx-a-student-measured-the-length-of-a-rod-and-wrote-its-as-3-50-text-cm-which-instrument-did-he-use-to-measure-it-1-a-vernier-calliper-where-the-10-divisions-in-the-vernier-scale-match-with-9-divisions-i https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246MjcxMDc-two-waves-of-intensity-ratio-9-1-interfere-to-produce-fringes-in-a-young-s-double-slit-experiment-the-ratio-of-intensity-at-maxima-to-the-intensity-at-minima-is-1-4-1-2-9-1-3-81-1-4-9-4-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTEwMzU-two-polaroids-p-1-and-p-2-are-placed-with-their-axis-perpendicular-to-each-other-unpolarised-light-i-o-is-incident-on-p-1-a-third-polaroid-p-3-is-kept-in-between-p-1-and-p-2-such-that-its-axis-makes-a https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTEwNzQ-the-interference-pattern-is-obtained-with-two-coherent-light-sources-of-intensity-ratio-n-in-the-interference-pattern-the-ratio-imax-iminimax-imin-will-be-1-nn-1-2-2nn-1-3-nn-12-4-2nn-12-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTEwNzY-a-linear-aperture-whose-width-is-0-02-cm-is-placed-immediately-in-front-of-a-lens-of-focal-length-60-cm-the-aperture-is-illuminated-normally-by-a-parallel-beam-of-wavelength-5-times-10-5-cm-the-distan https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTEwOTM-the-intensity-at-the-maximum-in-young-s-double-slit-experiment-is-i0-when-the-distance-between-two-slits-is-d-5-lambda-where-lambda-is-the-wavelength-of-light-used-in-the-experiment-what-will-be-the-i https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTExMDI-in-a-diffraction-pattern-due-to-a-single-slit-of-width-a-the-first-minimum-is-observed-at-an-angle-30-when-light-of-wavelength-5000-a-is-incident-on-the-slit-the-first-secondary-maximum-is-observed-at https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTExNjI-for-a-parallel-beam-of-monochromatic-light-of-wavelength-diffraction-is-produced-by-a-single-slit-whose-width-a-is-of-the-order-of-the-wavelength-of-the-light-if-d-is-the-distance-of-the-screen-from-t https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTExNjM-in-a-double-slit-experiment-the-two-slits-are-1-mm-apart-and-the-screen-is-placed-1-m-away-a-monochromatic-light-of-wavelength-500-nm-is-used-what-will-be-the-width-of-each-slit-for-obtaining-ten-maxi https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTExOTY-two-slits-in-young-s-experiment-have-widths-in-the-ratio-of-1-25-the-ratio-of-intensity-at-the-maxima-and-minima-in-the-interference-pattern-frac-i-text-max-i-text-min-is-1-dfrac-9-4-2-dfrac-121-49-3 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTEyMTA-at-the-first-minimum-adjacent-to-the-central-maximum-of-a-single-slit-diffraction-pattern-the-phase-difference-between-the-huygen-s-wavelet-from-the-edge-of-the-slit-and-the-wavelet-from-the-midpoint https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTEyNTA-a-beam-of-light-of-600-nm-from-a-distant-source-falls-on-a-single-slit-1-mm-wide-and-the-resulting-diffraction-pattern-is-observed-on-a-screen-2-m-away-the-distance-between-first-dark-fringes-on-eithe https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTEyNTE-in-the-young-s-double-slit-experiment-the-intensity-of-light-at-a-point-on-the-screen-where-the-path-difference-is-lambda-is-k-where-lambda-being-the-wavelength-of-light-used-the-intensity-at-a-point https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTEzMDE-in-young-rsquo-s-double-slit-experiment-the-slits-are-2-mm-apart-and-are-illuminated-by-photons-of-two-wavelengths-lambda-1-12000-aring-and-lambda-2-10000-aring-at-what-minimum-distance-from-the-commo https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTE4MTM-in-a-double-slit-experiment-the-distance-between-the-slits-is-3-text-mm-and-the-slits-are-2-text-m-away-from-the-screen-one-due-to-light-with-wavelength-480-text-nm-and-the-other-due-to-light-with-wav https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTU5OTQ-two-coherent-sources-of-light-can-be-obtained-by-1-two-different-lamps-2-two-different-lamps-but-of-the-same-power-3-two-different-lamps-of-the-same-power-and-have-the-same-colour-4-none-of-the-above https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTU5OTU-by-huygen-s-wave-theory-of-light-we-cannot-explain-the-phenomenon-of-1-interference-2-diffraction-3-photoelectric-effect-4-polarisation-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTU5OTY-two-coherent-monochromatic-light-beams-of-intensities-i-and-4i-are-superposed-the-maximum-and-minimum-possible-intensities-in-the-resulting-beam-are-1-5i-and-i-2-5i-and-3i-3-9i-and-i-4-9i-and-3i-1-2-3 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTU5OTc-if-l-is-the-coherence-length-and-c-the-velocity-of-light-the-coherent-time-is-1-cl-2-lc-3-cl-4-1lc-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTU5OTk-for-constructive-interference-to-take-place-between-two-monochromatic-light-waves-of-wavelength-lambda-the-path-difference-should-be-1-2n-8722-1-955-4-2-2n-8722-1-955-2-3-n-955-d-2n-1-955-2-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMDA-soap-bubble-appears-coloured-due-to-the-phenomenon-of-1-interference-2-diffraction-3-dispersion-4-reflection-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMDE-which-of-the-following-statements-indicates-that-light-waves-are-transverse-1-light-waves-can-travel-in-a-vacuum-2-light-waves-show-interference-3-light-waves-can-be-polarized-4-light-waves-can-be-dif https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMDI-interference-was-observed-in-interference-chamber-when-the-air-was-present-now-the-chamber-is-evacuated-and-if-the-same-light-is-used-a-careful-observer-will-see-1-no-interference-2-interference-with https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMDQ-two-coherent-sources-have-intensity-in-the-ratio-of-1001-ratio-of-intensity-max-intensity-min-is-1-1100-2-110-3-101-4-32-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMDU-if-two-waves-represented-by-y1-4sin-969-t-and-y2-3sin-969-t-960-3-interfere-at-a-point-the-amplitude-of-the-resulting-wave-will-be-about-1-7-2-6-3-5-4-3-5-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMDY-two-coherent-sources-of-intensities-i1-and-i2-produce-an-interference-pattern-the-maximum-intensity-in-the-interference-pattern-will-be-1-i1-i2-2-i12-i22-3-i1-i2-2-4-i1-i2-2-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMDc-two-beams-of-light-having-intensities-i-and-4i-interfere-to-produce-a-fringe-pattern-on-a-screen-the-phase-difference-between-the-beams-is-960-2-at-point-a-and-pi-at-point-b-then-the-difference-betwee https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMDk-if-an-interference-pattern-has-maximum-and-minimum-intensities-in-a-36-1-ratio-then-what-will-be-the-ratio-of-their-amplitudes-1-5-7-2-7-4-3-4-7-4-7-5-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMTA-in-young-s-double-slit-experiment-if-the-slit-widths-are-in-the-ratio-1-9-then-the-ratio-of-the-intensity-at-minima-to-that-at-maxima-will-be-1-1-2-1-9-3-1-4-4-1-3-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMTE-in-a-certain-double-slit-experimental-arrangement-interference-fringes-of-width-1-0-mm-each-are-observed-when-light-of-wavelength-5000-aring-is-used-keeping-the-set-up-unaltered-if-the-source-is-repla https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMTI-two-coherent-light-sources-s1-and-s2-lambda-6000-aring-are-1mm-apart-from-each-other-the-screen-is-placed-at-a-distance-of-25-cm-from-the-sources-the-width-of-the-fringes-on-the-screen-should-be-1-0-0 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMTM-the-figure-shows-a-double-slit-experiment-p-and-q-are-the-slits-the-path-lengths-px-and-qx-are-n-lambda-and-n-2-lambda-respectively-where-n-is-a-whole-number-and-lambda-is-the-wavelength-taking-the-ce https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMTQ-the-young-s-experiment-is-performed-with-the-lights-of-blue-lambda-4360-aring-and-green-colour-lambda-5460-aring-if-the-distance-of-the-4th-fringe-from-the-centre-is-x-then-1-x-blue-x-green-2-x-blue-x https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMTU-in-young-s-double-slit-experiment-if-l-is-the-distance-between-the-slits-and-the-screen-upon-which-interference-pattern-is-observed-x-is-the-average-distance-between-the-adjacent-fringes-and-d-being-t https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMTY-in-young-s-experiment-light-of-wavelength-4000-mathring-a-is-used-to-produce-bright-fringes-of-width-0-6-mm-at-a-distance-of-2-meters-if-the-whole-apparatus-is-dipped-in-a-liquid-of-refractive-index-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMTc-in-young-s-double-slit-experiment-the-phase-difference-between-the-light-waves-reaching-the-third-bright-fringe-from-the-central-fringe-will-be-lambda-6000-aring-1-zero-2-2-960-3-4-960-4-6-960-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMTg-in-two-separate-set-ups-of-the-young-s-double-slit-experiment-fringes-of-equal-width-are-observed-when-lights-of-wavelengths-in-the-ratio-1-2-are-used-if-the-ratio-of-the-slit-separation-in-the-two-ca https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMTk-in-a-biprism-experiment-by-using-light-of-wavelength-5000-aring-5-mm-wide-fringes-are-obtained-on-a-screen-1-0-m-away-from-the-coherent-sources-the-separation-between-the-two-coherent-sources-is-1-1-0 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMjA-the-slits-in-young-s-double-slit-experiment-have-equal-widths-and-the-source-is-placed-symmetrically-relative-to-the-slits-the-intensity-at-the-central-fringe-is-i-0-if-one-of-the-slits-is-closed-the https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMjE-a-thin-mica-sheet-of-thickness-2-times-10-ndash-6-m-and-refractive-index-mu-1-5-is-introduced-in-the-path-of-the-first-wave-the-wavelength-of-the-wave-used-is-5000-aring-the-central-bright-maximum-wil https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMjI-in-young-s-double-slit-experiment-62-fringes-are-seen-in-visible-region-for-sodium-light-of-wavelength-5893-aring-if-violet-light-of-wavelength-4358-aring-is-used-in-place-of-sodium-light-then-number https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMjM-in-young-s-double-slit-experiment-the-angular-width-of-fringe-is-0-20-circ-for-sodium-light-of-wavelength-5890-mathring-a-the-angular-width-of-fringe-if-the-complete-system-is-dipped-in-water-will-be https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMjQ-in-young-s-double-slit-experiment-the-distance-between-the-two-slits-is-0-1-mm-and-the-wavelength-of-light-used-is-4-times-10-ndash-7-m-if-the-width-of-the-fringe-on-the-screen-is-4-mm-the-distance-be https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMjU-in-young-s-double-slit-experiment-using-sodium-light-lambda-5898-aring-92-fringes-are-seen-if-given-colour-lambda-5461-aring-is-used-how-many-fringes-will-be-seen-1-62-2-67-3-85-4-99-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMjY-in-young-rsquo-s-experiment-the-distance-between-slits-is-0-28-mm-and-distance-between-slits-and-screen-is-1-4-m-distance-between-central-bright-fringe-and-third-bright-fringe-is-0-9-cm-what-is-the-wa https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMjc-if-a-transparent-medium-of-refractive-index-mu-1-5-and-thickness-t-2-5-times-10-ndash-5-m-is-inserted-in-front-of-one-of-the-slits-of-young-rsquo-s-double-slit-experiment-how-much-will-be-the-shift-in https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMjg-in-young-rsquo-s-experiment-monochromatic-light-is-used-to-illuminate-the-two-slits-a-and-b-interference-fringes-are-observed-on-a-screen-placed-in-front-of-the-slits-now-if-a-thin-glass-plate-is-plac https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMjk-two-slits-4-mm-apart-are-illuminated-by-light-of-wavelength-6000-aring-what-will-be-the-fringe-width-on-a-screen-placed-2m-from-the-slits-1-0-12-mm-2-0-3-mm-3-3-0-mm-4-4-0-mm-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMzA-in-the-young-rsquo-s-double-slit-experiment-with-sodium-light-the-slits-are-0-589-m-a-part-the-angular-separation-of-the-third-maximum-from-the-central-maximum-will-be-given-lambda-589-nm-1-sin-8722-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMzE-if-the-sodium-light-in-young-rsquo-s-double-slit-experiment-is-replaced-by-red-light-the-fringe-width-will-1-decrease-2-increase-3-remain-unaffected-4-first-increase-then-decrease-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMzI-in-young-rsquo-s-double-slit-experiment-the-wavelength-of-light-was-changed-from-7000-aring-to-3500-aring-while-doubling-the-separation-between-the-slits-which-of-the-following-is-not-true-for-this-ex https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMzM-in-young-rsquo-s-double-slit-experiment-an-interference-pattern-is-obtained-on-a-screen-by-a-light-of-wavelength-6000-aring-coming-from-the-coherent-sources-s1-and-s2-at-certain-point-p-on-the-screen https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMzQ-in-young-rsquo-s-double-slit-experiment-the-fringe-width-is-beta-if-entire-arrangement-is-placed-in-a-liquid-of-refractive-index-n-the-fringe-width-becomes-1-946-n-1-2-n-beta-3-946-n-4-946-n-8722-1-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMzU-in-young-rsquo-s-double-slit-experiment-distance-between-two-sources-is-0-1-mm-the-distance-of-screen-from-the-sources-is-20-cm-wavelength-of-light-used-is-5460-aring-then-angular-position-of-the-firs https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMzY-in-a-young-rsquo-s-double-slit-experiment-the-slit-separation-is-0-2-cm-the-distance-between-the-screen-and-slit-is-1m-wavelength-of-the-light-used-is-5000-aring-the-distance-between-two-consecutive-d https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMzg-a-star-emitting-light-of-wavelength-5896-aring-is-moving-away-from-the-earth-with-a-speed-of-3600-km-sec-the-wavelength-of-light-observed-on-earth-will-1-decrease-by-5825-25-aring-2-increase-by-5966-7 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwMzk-a-heavenly-body-is-receding-away-from-the-earth-such-that-the-fractional-change-in-lambda-is-1-then-its-velocity-is-1-c-2-3c5-3-c5-4-2c5-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNDM-what-will-be-the-angular-width-of-central-maxima-in-fraunhoffer-diffraction-when-light-of-wavelength-6000-mathring-a-is-used-and-slit-width-is-12-times-10-5-cm-1-2-text-rad-2-3-text-rad-3-1-text-rad-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNDU-the-direction-of-the-first-secondary-maximum-in-the-fraunhofer-diffraction-pattern-at-a-single-slit-is-given-by-a-is-the-width-of-the-slit-1-a-sin-theta-frac-lambda-2-2-a-cos-theta-frac-3-lambda-2-3-a https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNDY-a-parallel-monochromatic-beam-of-light-is-incident-normally-on-a-narrow-slit-a-diffraction-pattern-is-formed-on-a-screen-placed-perpendicular-to-the-direction-of-the-incident-beam-at-the-first-minimum https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNDc-a-parallel-beam-of-monochromatic-light-of-wavelength-5000-mathring-a-is-incident-normally-on-a-single-narrow-slit-of-width-0-001-mm-the-light-is-focused-by-a-convex-lens-on-a-screen-placed-on-the-foca https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNDg-in-the-far-field-diffraction-pattern-of-a-single-slit-under-polychromatic-illumination-the-first-minimum-with-the-wavelength-955-1-is-found-to-be-coincident-with-the-third-maximum-at-955-2-so-1-3-955 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNDk-the-angle-of-polarisation-for-any-medium-is-60-circ-what-will-be-the-critical-angle-for-this-1-sin-1-sqrt-3-2-tan-1-sqrt-3-3-cos-1-sqrt-3-4-sin-1-frac-1-sqrt-3-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNTA-a-beam-of-light-ao-is-incident-on-a-glass-slab-mu-1-54-in-a-direction-as-shown-in-figure-the-reflected-ray-ob-is-passed-through-a-nicol-prism-on-viewing-through-a-nicole-prism-we-find-on-rotating-the https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNTE-in-the-propagation-of-electromagnetic-waves-the-angle-between-the-direction-of-propagation-and-plane-of-polarisation-is-1-0-circ-2-45-circ-3-90-circ-4-180-circ-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNTI-an-unpolarised-light-incident-on-a-polariser-has-amplitude-a-and-the-angle-between-analyzer-and-polariser-is-60-circ-the-light-transmitted-by-the-analyzer-has-an-amplitude-of-1-a-sqrt-2-2-frac-a-2-sqr https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNTM-light-passes-successively-through-two-polarimeters-tubes-each-of-length-0-29m-the-first-tube-contains-dextro-rotatory-solution-of-concentration-60kgm-ndash-3-and-specific-rotation-0-01rad-m2kg-ndash-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNTU-unpolarized-light-of-intensity-32wm-ndash-2-passes-through-three-polarizers-such-that-transmission-axes-of-the-first-and-second-polarizer-makes-and-angle-30-deg-with-each-other-and-the-transmission-ax https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNTY-in-the-visible-region-of-the-spectrum-the-rotation-of-the-place-of-polarization-is-given-by-952-a-b-955-2-the-optical-rotation-produced-by-a-particular-material-is-found-to-be-30-deg-per-mm-at-955-500 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNTc-when-an-unpolarized-light-of-intensity-i0-is-incident-on-a-polarizing-sheet-the-intensity-of-the-light-which-does-not-get-transmitted-is-1-zero-2-i-0-3-dfrac-i-0-2-4-dfrac-i-0-4-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNTk-two-polaroids-are-placed-in-the-path-of-unpolarized-beam-of-intensity-i0-such-that-no-light-is-emitted-from-the-second-polaroid-if-a-third-polaroid-whose-polarization-axis-makes-an-angle-theta-with-th https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNjA-in-the-adjacent-diagram-cp-represents-a-wavefront-and-ao-bp-the-corresponding-two-rays-what-would-be-the-condition-on-theta-for-constructive-interference-at-p-between-the-ray-bp-and-reflected-ray-op-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNjE-in-the-young-s-double-slit-experiment-if-the-phase-difference-between-the-two-waves-interfering-at-a-point-is-the-intensity-at-that-point-can-be-expressed-by-the-expression-where-a-and-b-depend-upon-t https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNjI-when-one-of-the-slits-of-young-rsquo-s-experiment-is-covered-with-a-transparent-sheet-of-thickness-4-8-mm-the-central-fringe-shifts-to-a-position-originally-occupied-by-the-30th-bright-fringe-what-sho https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNjM-in-the-ideal-double-slit-experiment-when-a-glass-plate-refractive-index-1-5-of-thickness-t-is-introduced-in-the-path-of-one-of-the-interfering-beams-wavelength-lambda-the-intensity-at-the-position-whe https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNjQ-in-the-figure-is-shown-young-rsquo-s-double-slit-experiment-q-is-the-position-of-the-first-bright-fringe-on-the-right-side-of-o-p-is-the-11-th-bright-fringe-on-the-other-side-as-measured-from-q-if-the https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNjU-in-young-rsquo-s-double-slit-experiment-the-two-slits-act-as-coherent-sources-of-equal-amplitude-a-and-wavelength-lambda-in-another-experiment-with-the-same-set-up-the-two-slits-are-of-equal-amplitude https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNjY-a-monochromatic-beam-of-light-falls-on-the-ydse-apparatus-at-some-angle-say-theta-as-shown-in-the-figure-a-thin-sheet-of-glass-is-inserted-in-front-of-the-lower-slit-s2-the-central-bright-fringe-path https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNjc-two-ideal-slits-s1-and-s2-are-at-a-distance-d-apart-and-illuminated-by-the-light-of-wavelength-lambda-passing-through-an-ideal-source-slit-s-placed-on-the-line-through-s2-as-shown-the-distance-between https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNjg-two-point-sources-x-and-y-emit-waves-of-same-frequency-and-speed-but-y-lags-in-phase-behind-x-by-2-pi-l-radian-if-there-is-a-maximum-in-direction-d-the-distance-xo-using-n-as-an-integer-is-given-by-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNjk-a-beam-with-wavelength-lambda-falls-on-a-stack-of-partially-reflecting-planes-with-separation-d-the-angle-theta-that-the-beam-should-make-with-the-planes-so-that-the-beams-reflected-from-successive-pl https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNzA-two-coherent-sources-separated-by-distance-d-are-radiating-in-a-phase-having-wavelength-lambda-a-detector-moves-in-a-big-circle-around-the-two-sources-in-the-plane-of-the-two-sources-the-angular-posit https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNzI-in-a-single-slit-diffraction-of-light-of-wavelength-lambda-by-a-slit-of-width-e-the-size-of-the-central-maximum-on-a-screen-at-a-distance-b-is-1-2b-955-e-2-2b-955-e-3-2b-955-e-e-4-2b-955-e-8722-e-1-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNzY-in-a-ydse-bi-chromatic-light-of-wavelengths-400-nm-and-560-nm-are-used-the-distance-between-the-slits-is-0-1-mm-and-the-distance-between-the-plane-of-the-slits-and-the-screen-is-1-m-the-minimum-distan https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNzc-in-young-s-double-slit-experiment-the-intensity-at-a-point-is-1-4-of-the-maximum-intensity-the-angular-position-of-this-point-is-1-sin-1-lambda-d-2-sin-1-lambda-2d-3-sin-1-lambda-3d-4-sin-1-lambda-4d https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTYwNzg-a-beam-of-electron-is-used-in-a-ydse-experiment-the-slit-width-is-d-when-the-velocity-of-the-electron-is-increased-then-1-no-interference-is-observed-2-fringe-width-increases-3-fringe-width-decreases https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NTgxMTA-if-the-separation-between-screen-and-source-is-increased-by-2-what-would-be-the-effect-on-the-intensity-1-increases-by-4-2-increases-by-2-3-decreases-by-2-4-decreases-by-4-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246ODg5MTM-young-rsquo-s-double-slit-experiment-is-first-performed-in-air-and-then-in-a-medium-other-than-air-it-is-found-that-the-8-mathrm-th-bright-fringe-in-the-medium-lies-where-the-5-mathrm-th-dark-fringe-l https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246ODkwNzM-unpolarised-light-is-incident-from-the-air-on-a-plane-surface-of-a-material-of-refractive-index-mu-at-a-particular-angle-of-incidence-i-it-is-found-that-the-reflected-and-refracted-rays-are-perpendicu https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246ODkwNzY-in-young-s-double-slit-experiment-the-separation-d-between-the-slits-is-2-text-mm-the-wavelength-lambda-of-the-light-used-is-5896-mathring-a-and-distance-d-between-the-screen-and-slits-is-100-text-cm https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTA4ODY-for-a-parallel-beam-of-monochromatic-light-of-wavelength-lambda-diffraction-is-produced-by-a-single-slit-whose-width-a-is-much-greater-than-the-wavelength-of-the-light-if-d-is-the-distance-of-the-scre https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTE0MzY-a-parallel-beam-of-fast-moving-electrons-is-incident-normally-on-a-narrow-slit-a-fluorescent-screen-is-placed-at-a-large-distance-from-the-slit-if-the-speed-of-the-electrons-is-increased-which-of-the https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTMzMTg-two-periodic-waves-of-intensities-i1-and-i2-pass-through-a-region-at-the-same-time-in-the-same-direction-the-sum-of-the-maximum-and-minimum-intensities-is-1-2l1-l2-2-i1-l22-3-i1-l22-4-2i1-l2-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTQxMjA-a-major-breakthrough-in-the-studies-of-cells-came-with-the-development-of-an-electron-microscope-this-is-because-1-the-resolution-power-of-the-electron-microscope-is-much-higher-than-that-of-the-light https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTU1NTQ-in-a-double-slit-experiment-when-the-light-of-wavelength-400-text-nm-was-used-the-angular-width-of-the-first-minima-formed-on-a-screen-placed-1-text-m-away-was-found-to-be-0-2-circ-what-will-be-the-an https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTMxNjk5-in-young-s-double-slit-experiment-if-there-is-no-initial-phase-difference-between-the-light-from-the-two-slits-a-point-on-the-screen-corresponding-to-the-fifth-minimum-has-a-path-difference-1-dfrac-5 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTMxNzQw-the-angular-width-of-the-central-maximum-in-the-fraunhofer-diffraction-for-lambda-6000-mathring-a-is-theta-0-when-the-same-slit-is-illuminated-by-another-monochromatic-light-the-angular-width-decrease https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTQ0MjE4-the-number-of-fringes-in-the-field-of-view-of-ydse-is-30-in-air-if-the-experiment-is-performed-in-water-956-43-then-the-number-of-fringes-in-the-field-of-view-will-be-1-30-2-50-3-40-4-60-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDQ1-which-of-the-following-property-of-light-is-a-sure-proof-of-wave-nature-of-light-1-interference-2-diffraction-3-photoelectric-effect-4-both-1-2-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDUy-in-young-s-double-slit-experiment-a-slit-is-covered-with-a-thin-film-so-that-the-optical-path-difference-introduced-between-coherent-waves-is-5-955-then-the-new-position-of-central-maxima-will-be-at-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDU0-in-young-s-double-slit-experiment-using-the-light-of-wavelength-lambda-60-fringes-are-seen-on-a-screen-if-the-wavelength-of-light-is-decreased-by-50-then-the-number-of-fringes-on-the-same-screen-will https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDU3-if-the-polarising-angle-for-a-material-is-60-circ-then-the-refractive-index-of-the-material-will-be-1-dfrac-1-sqrt-3-2-dfrac-3-2-3-sqrt-3-4-dfrac-sqrt-3-2-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDU5-the-geometrical-path-of-a-ray-of-light-in-a-medium-of-refractive-index-2-is-8-m-the-optical-path-is-1-16-m-2-4-m-3-2-m-4-1-m-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDYw-in-young-s-double-slit-experiment-if-the-separation-of-the-screen-is-increases-from-slits-the-fringe-width-will-1-decrease-2-increase-3-remain-the-same-4-any-of-the-above-depending-on-the-wavelength-o https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDYz-five-identical-polaroids-are-placed-coaxially-with-45-circ-angular-separation-between-pass-axes-of-adjacent-polaroids-as-shown-in-the-figure-i-0-intensity-of-unpolarized-light-the-intensity-of-light-i https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDY1-in-young-s-double-slit-experiment-how-many-minimas-can-be-obtained-on-a-screen-if-the-wavelength-of-light-used-is-2000-ao-and-slit-width-is-0-0008-mm-1-6-2-7-3-8-4-9-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDY4-when-ydse-is-carrying-out-in-liquid-5th-bright-fringe-lies-at-a-point-on-the-screen-where-3rd-dark-fringe-was-lying-in-the-air-the-refractive-index-of-the-medium-is-1-1-5-2-3-3-2-4-1-2-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDY5-in-young-s-double-slit-experiment-the-ratio-of-maximum-intensity-at-a-point-to-the-intensity-at-the-same-point-when-one-slit-is-closed-is-1-2-2-3-3-4-4-1-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDc2-two-light-waves-given-below-superimpose-at-a-point-y1-asin2-960-t-y2-2asin2-960-t-960-3-the-resultant-amplitude-of-the-waves-is-1-a6-2-a5-3-a3-4-a7-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDgx-when-a-transparent-sheet-of-thickness-t-and-refractive-index-956-is-introduced-in-one-of-the-paths-in-ydse-having-slit-width-d-and-distance-between-slits-and-screen-is-d-then-the-fringe-pattern-shifts https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDgy-which-statement-is-not-true-for-the-polarization-of-light-1-light-vibrations-are-restrained-only-in-one-plane-2-establishes-the-longitudinal-nature-of-light-3-the-intensity-of-light-decreases-4-both-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDg2-the-intensity-of-the-polarized-light-becomes-1a-times-its-initial-intensity-the-angle-between-the-axis-of-analyzer-and-polarizer-is-1-952-tan-1a-1-2-952-tan-11a-3-952-sin-1a-1-4-952-sin-11a-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDg5-which-statement-is-true-for-interference-1-two-independent-sources-of-light-can-produce-interference-pattern-2-there-is-no-violation-of-conservation-of-energy-3-white-light-cannot-produce-interference https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDkw-in-y-d-s-e-if-the-intensity-ratio-of-bright-and-dark-fringes-is-81-25-the-ratio-intensity-of-two-waves-is-1-1-49-2-49-4-3-1-4-4-4-40-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDkz-two-monochromatic-waves-each-of-amplitude-a-have-a-phase-difference-960-2-between-them-when-they-superimpose-the-amplitude-of-the-resultant-wave-is-1-2a-2-zero-3-4a-4-a2-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDk4-a-screen-is-placed-100-cm-from-a-single-slit-which-is-illuminated-with-5000-ao-light-if-the-distance-between-the-first-and-third-minima-in-the-diffraction-pattern-is-5-mm-the-width-of-the-slit-is-1-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTAw-when-the-light-of-a-certain-wavelength-is-incident-on-a-plane-surface-of-a-material-of-a-glancing-angle-30-176-the-reflected-light-is-polarised-the-angle-of-refraction-is-1-60-176-2-30-176-3-45-176-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTAz-in-a-double-slit-experiment-the-distance-between-the-slit-is-d-the-screen-is-at-a-distance-d-from-the-slits-and-955-is-the-wavelength-of-light-used-if-a-dark-fringe-is-formed-opposite-to-a-slit-on-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTA0-in-y-d-s-e-if-a-liquid-is-filled-between-the-space-of-the-screen-and-slit-then-1-central-bright-fringe-will-shift-upward-2-central-bright-fringe-will-not-shift-3-central-bright-fringe-will-shift-downw https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTA1-in-y-d-s-e-if-the-width-of-the-slits-is-gradually-decreased-then-1-bright-fringe-will-become-brighter-and-dark-fringe-becomes-darker-2-bright-fringe-becomes-less-bright-and-dark-fringe-becomes-less-da https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTA3-light-waves-of-intensities-i-and-9i-interfere-to-produce-a-fringe-pattern-on-a-screen-the-phase-difference-between-the-waves-at-point-p-is-dfrac-3-pi-2-and-2-pi-at-other-point-q-the-ratio-of-intensiti https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTA5-in-ydse-two-thin-transparent-films-of-mica-and-glass-are-put-in-the-path-of-two-waves-from-coherent-sources-s1ands2-if-their-thicknesses-are-3t-and-2t-respectively-what-should-be-the-refractive-index https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTEy-in-young-s-double-slit-experiment-sources-of-equal-intensities-are-used-the-distance-between-the-slits-is-d-and-the-wavelength-of-light-used-is-lambda-lambda-d-the-angular-separation-of-nearest-points https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTEz-the-angular-width-of-the-principal-maximum-in-fraunhofer-single-slit-diffraction-is-0-1-radian-the-angular-width-of-second-order-secondary-maxima-is-1-0-05-radian-2-0-1-radian-3-0-5-radian-4-0-25-radi https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTE2-the-slits-in-a-double-slit-interference-experiment-are-illuminated-by-a-light-of-wavelength-xa0-x3bb-xa0-600-nm-a-thin-transparent-sheet-of-thickness-t-is-placed-in-front-of-one-of-the-slits-the-numbe https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTE4-in-young-s-double-slit-experiment-the-distance-between-the-slits-is-1-mm-the-wavelength-of-the-light-used-is-600-nm-fringe-width-of-the-interference-pattern-as-shown-in-the-figure-is-1-0-6-mm-2-0-3-mm https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTE5-four-coherent-sources-of-intensity-i-are-superimposed-constructively-at-a-point-the-intensity-at-that-point-is-1-4i-2-8i-3-16i-4-24i-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNTIx-in-young-s-double-slit-experiment-the-intensities-at-the-points-of-maxima-and-minima-are-l0-and-zero-respectively-intensities-of-individual-sources-are-1-4l0-2-l02-3-2l0-4-l04-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MDk2-two-coherent-light-sources-s1ands2-are-kept-at-equal-distances-lambda-from-the-center-of-the-circle-on-the-same-plane-of-the-circle-as-shown-in-the-figure-in-one-complete-revolution-on-the-circular-pa https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTEw-the-ratio-of-intensities-in-consecutive-maximas-in-a-diffraction-pattern-due-to-a-single-slit-is-1-1-49-960-2-425-960-2-2-1-49-425-3-1-4-960-2-9-960-2-4-1-4-9-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTEz-in-an-interference-pattern-the-position-of-central-maxima-is-5-mm-from-a-certain-point-p-on-the-screen-the-fringe-width-is-0-6-mm-the-distance-of-the-third-minima-from-point-p-is-1-3-2-mm-2-3-3-mm-3-3 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTE2-in-young-s-double-slit-experiment-the-separation-between-the-slits-is-4-lambda-lambda-is-the-wavelength-of-the-light-used-the-maximum-number-of-maxima-formed-on-the-screen-placed-at-a-distance-of-1-te https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTIz-in-young-apos-s-double-slit-experiment-the-separation-between-the-slits-is-0-5-mm-source-of-light-s-is-placed-at-a-distance-of-0-5-mm-from-the-slit-xa0-s1-xa0-as-shown-in-the-figure-to-have-central-ma https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTI2-if-the-5-th-order-maxima-of-wavelength-4000-mathring-a-in-young-s-double-slit-experiment-coincides-with-the-n-th-order-maxima-of-wavelength-5000-mathring-a-then-n-is-equal-to-1-5-2-8-3-4-4-10-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTI5-light-of-wavelength-6000-ao-in-air-enters-a-medium-of-refractive-index-1-5-frequency-and-wavelength-of-light-in-the-medium-respectively-are-thinsp-1-thinsp-thinsp-5-215-1014hz-6000ao-2-thinsp-thinsp-5 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTMw-the-ratio-of-angular-width-of-principal-maximum-to-the-angular-width-of-the-secondary-maximum-in-single-slit-diffraction-is-1-4-1-2-2-1-3-5-1-4-3-1-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTMy-the-resolving-power-of-a-microscope-can-be-increased-by-using-1-red-light-2-blue-light-3-oil-between-objective-lens-and-object-4-both-2-and-3-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTM0-monochromatic-light-of-a-wavelength-955-in-air-is-refracted-into-a-glass-slab-of-refractive-index-956-the-wavelength-of-light-in-the-glass-is-1-955-2-956-955-3-955-956-4-955-956-2-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTM2-two-coherent-sources-are-0-3-mm-apart-they-are-1-m-away-from-the-screen-the-second-dark-fringe-is-at-a-distance-of-0-3-cm-from-the-center-the-distance-of-the-fourth-bright-from-the-centre-is-1-0-16-cm https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTM3-assume-that-light-of-wavelength-7000-ao-is-coming-from-a-star-the-limit-of-resolution-in-radian-of-a-telescope-whose-objective-has-a-diameter-of-244-cm-will-be-1-thinsp-thinsp-2-5-215-10-7-2-5-0-215-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTQw-light-of-wavelength-5000-ao-travelling-at-a-speed-of-thinsp-2-215-108m-s-in-medium-1-is-incident-on-a-boundary-and-gets-refracted-into-medium-2-its-wavelength-after-refraction-is-found-to-be-5500-ao-w https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTQz-yellow-light-is-used-in-a-single-slit-diffraction-pattern-with-a-slit-width-of-0-5-mm-if-the-yellow-light-is-replaced-by-x-rays-then-the-observed-pattern-will-reveal-1-no-diffraction-pattern-2-more-na https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTQ3-in-young-s-double-hole-slit-experiment-using-the-light-of-wavelength-6000-ao-the-angular-width-of-the-fringe-formed-on-a-distant-screen-is-thinsp-0-1-176-the-slit-separation-is-approximate-1-0-34-mm-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTQ4-intensity-at-the-centre-in-ydse-is-i0-if-one-of-the-slits-is-covered-then-the-intensity-at-the-centre-will-be-1-i0-2-2i0-3-i0-4-4-i0-2-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTUw-a-diffraction-pattern-is-obtained-by-using-a-beam-of-red-light-what-will-happen-if-the-red-light-is-replaced-by-blue-light-1-bands-will-become-narrower-2-bands-become-broader-3-no-change-will-take-pla https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTUx-when-a-thin-transparent-plate-of-thickness-t-and-refractive-index-956-is-placed-in-the-path-of-one-of-the-two-interfering-waves-of-light-then-the-extra-path-difference-created-between-two-waves-due-to https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTUz-if-the-ratio-of-amplitudes-of-two-coherent-sources-producing-an-interference-pattern-is-3-4-the-ratio-of-intensities-at-maxima-and-minima-is-1-3-4-2-9-16-3-49-1-4-25-7-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTU3-in-young-s-double-slit-experiment-the-slit-separation-is-made-3-fold-the-fringe-width-becomes-1-19-times-2-13-times-3-9-times-4-3-times-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTU4-wavefront-is-1-locus-of-all-adjacent-points-at-which-the-phase-of-vibration-of-a-physical-quantity-associated-with-the-wave-in-the-same-2-locus-of-all-adjacent-points-at-which-the-electric-field-is-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTU5-huygens-wave-theory-allows-us-to-know-the-1-wavelength-of-the-wave-2-velocity-of-the-wave-3-amplitude-of-the-wave-4-propagation-of-the-wavefront-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTYw-the-graph-between-resolving-power-and-accelerating-potential-v-for-an-electron-microscope-is-p-is-resolving-power-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTYx-in-young-s-double-slit-experiment-an-electron-beam-is-used-to-obtain-an-interference-pattern-if-the-speed-of-electrons-is-increased-1-no-interference-pattern-will-be-observed-2-distance-between-two-co https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTYy-huygen-s-principle-for-secondary-wavelets-may-be-used-to-1-explain-snell-s-law-2-find-the-velocity-of-light-in-vacuum-3-find-a-new-position-of-a-wavefront-4-both-1-3-are-correct-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTYz-in-a-ydse-let-x-and-y-be-the-upper-and-lower-slits-a-thin-film-of-thickness-t-and-refractive-index-956-is-placed-in-front-of-x-let-946-fringe-width-the-central-maximum-will-shift-1-downward-2-upward-3 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTY1-given-below-are-two-statements-statement-i-the-maximum-intensity-in-ydse-is-four-times-the-intensity-due-to-each-slit-when-they-are-identical-statement-ii-the-phase-difference-between-the-interfering https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTY2-given-below-are-two-statements-statement-i-no-sustained-interference-pattern-is-obtained-when-two-electric-bulbs-of-the-same-power-are-taken-statement-ii-phase-difference-between-waves-coming-out-of-e https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTY3-given-below-are-two-statements-statement-i-when-a-thin-transparent-sheet-is-placed-in-front-of-one-of-the-slits-in-ydse-the-fringe-of-zero-order-shifts-to-some-other-position-statement-ii-on-placing-t https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTY4-given-below-are-two-statements-statement-i-light-of-different-colours-travel-at-different-speeds-in-a-vacuum-statement-ii-speed-of-light-depends-on-the-mechanical-properties-of-the-medium-1-statement https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTY5-given-below-are-two-statements-assertion-a-nicol-prism-is-used-to-produce-and-analyze-plane-polarised-light-reason-r-nicol-prism-reduces-the-intensity-of-the-light-to-zero-1-both-a-and-r-are-true-and https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTcw-in-the-following-question-a-statement-of-assertion-a-is-followed-by-a-statement-of-the-reason-r-a-if-the-background-of-two-macroscopic-objects-is-blue-then-they-are-resolved-well-by-microscope-r-resol https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTcx-given-below-are-two-statements-statement-i-on-increasing-the-phase-difference-from-frac-pi-3-to-frac-pi-2-in-ydse-the-intensity-decreases-by-frac-1-3-rd-statement-ii-i-4-mathrm-i-0-quad-cos-2-frac-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTY1MjMw-the-resolving-power-of-an-electron-microscope-is-r-when-the-accelerating-potential-is-v-if-the-accelerating-potential-is-increased-by-3v-then-it-s-new-resolving-power-is-1-3r-2-2r-3-4r-4-r-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3NTQ3-in-young-s-experiment-the-wavelength-of-red-light-is-7-8-times-10-5-cm-and-that-of-blue-light-5-2-times-10-5-cm-the-value-of-n-for-which-n-1-th-blue-bright-band-coincides-with-the-nth-red-band-is-1-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTg1NDUx-in-young-s-double-slit-experiment-if-the-separation-between-coherent-sources-is-halved-and-the-distance-of-the-screen-from-the-coherent-sources-is-doubled-then-the-fringe-width-becomes-1-half-2-four-t https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTg1NDYy-the-brewster-s-angle-for-an-interface-should-be-1-30-circ-i-b-45-circ-2-45-circ-i-b-90-circ-3-i-b-90-circ-4-0-circ-i-b-30-circ-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk4NjUz-in-young-rsquo-s-double-slit-experiment-the-slits-are-separated-by-0-28-text-mm-and-the-screen-is-placed-1-4-text-m-away-the-distance-between-the-central-bright-fringe-and-the-fourth-bright-fringe-is https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk4NjU0-in-young-rsquo-s-double-slit-experiment-using-monochromatic-light-of-wavelength-lambda-the-intensity-of-light-at-a-point-on-the-screen-where-path-difference-lambda-is-k-units-what-is-the-intensity-of https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk4NjU1-in-a-double-slit-experiment-the-angular-width-of-a-fringe-is-found-to-be-0-2-circ-on-a-screen-placed-1-text-m-away-the-wavelength-of-light-used-is-600-text-nm-what-will-be-the-angular-width-of-the-fri https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk4NjU2-what-is-the-brewster-angle-for-air-to-glass-transition-refractive-index-of-glass-1-5-1-49-290-2-43-210-3-50-300-4-56-310-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk4NjU3-what-is-the-distance-for-which-ray-optics-is-a-good-approximation-for-an-aperture-of-4-mm-and-wavelength-400-nm-1-40-m-2-30-m-3-20-m-4-50-m-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk5ODg3-when-the-light-diverges-from-a-point-source-the-shape-of-the-wavefront-is-1-parabolic-2-plane-3-spherical-4-elliptical-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk5ODg4-when-the-light-is-coming-from-a-distant-star-that-is-intercepted-by-the-earth-the-shape-of-the-wavefront-is-1-spherical-2-plane-3-elliptical-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk5ODg5-the-refractive-index-of-glass-is-1-5-what-is-the-speed-of-light-in-glass-1-2-times-10-8-text-m-s-2-3-times-10-8-text-m-s-3-1-5-times-10-8-text-m-s-4-2-2-times-10-8-text-m-s-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk5ODkw-which-of-the-following-is-not-true-1-the-speed-of-light-is-dependent-on-the-colour-of-the-light-2-the-speed-of-violet-light-is-less-than-the-speed-of-the-red-light-in-glass-3-the-frequency-of-light-ne https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk5ODkx-a-beam-of-light-consisting-of-two-wavelengths-650-text-nm-and-520-text-nm-is-used-to-obtain-interference-fringes-in-young-rsquo-s-double-slit-experiment-what-is-the-distance-of-the-third-bright-fringe https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk5ODkz-in-deriving-the-single-slit-diffraction-pattern-at-which-angles-the-intensity-is-zero-1-dfrac-2-n-lambda-a-2-dfrac-n-lambda-a-3-dfrac-n-lambda-2-a-4-zero-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk5ODk0-a-parallel-beam-of-light-of-wavelength-500-text-nm-falls-on-a-narrow-slit-and-the-resulting-diffraction-pattern-is-observed-on-a-screen-1-text-m-away-it-is-observed-that-the-first-minimum-is-at-a-dist https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk5ODk1-two-towers-on-top-of-two-hills-are-40-km-apart-the-line-joining-them-passes-50-m-above-a-hill-halfway-between-the-towers-what-is-the-longest-wavelength-of-radio-waves-which-can-be-sent-between-the-tow https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk5ODk2-in-a-double-slit-experiment-using-the-light-of-wavelength-600-text-nm-the-angular-width-of-a-fringe-formed-on-a-distant-screen-is-0-1-circ-what-is-the-spacing-between-the-two-slits-1-3-44-times-10-4-t https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTk5ODk3-the-6563-aring-h-alpha-line-emitted-by-hydrogen-in-a-star-is-found-to-be-red-shifted-by-15-aring-the-speed-with-which-the-star-is-receding-from-the-earth-is-1-6-87-times-10-5-m-s-2-4-75-times-10-4-m-s https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjA2MjE4-the-intensity-at-a-point-at-a-distance-r-from-a-source-which-produces-cylindrical-wavefronts-varies-as-1-l-prop-1r2-2-l-prop-1r-3-l-prop-r0-4-l-prop-1r3-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjExMjkz-in-ydse-what-should-be-the-width-of-each-slit-to-obtain-20-maxima-of-the-double-slit-pattern-within-the-central-maximum-of-the-single-slit-pattern-d-1-mm-1-0-01-mm-2-1-0-mm-3-0-1-mm-4-0-001-mm-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjI3MDUy-consider-a-light-beam-incident-from-air-to-a-glass-slab-at-brewster-s-angle-as-shown-in-the-figure-a-polaroid-is-placed-in-the-path-of-the-emergent-ray-at-point-p-and-rotated-about-an-axis-passing-thr https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjI3MDUz-consider-sunlight-incident-on-a-slit-of-width-10-4-mathring-a-the-image-seen-through-the-slit-shall-1-be-a-fine-sharp-slit-white-in-colour-at-the-centre-2-a-bright-slit-white-at-the-centre-diffusing-t https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjI3MDU0-consider-a-ray-of-light-incident-from-the-air-onto-a-slab-of-glass-refractive-index-n-of-width-d-at-an-angle-theta-the-phase-difference-between-the-ray-reflected-by-the-top-surface-of-the-glass-and-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjI3MDU1-in-young-s-double-slit-experiment-the-source-is-white-light-one-of-the-holes-is-covered-by-a-red-filter-and-another-by-a-blue-filter-in-this-case-1-there-shall-be-alternate-interference-patterns-of-re https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjI3MDU2-the-figure-shows-a-standard-two-slit-arrangement-with-slits-s-1-s-2-p-1-p-2-are-the-two-minima-points-on-either-side-of-p-as-shown-in-the-figure-at-p-2-on-the-screen-there-is-a-hole-and-behind-p-2-is https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjI3MDU3-two-sources-s-1-and-s-2-of-intensity-i-1-and-i-2-are-in-front-of-a-screen-fig-a-the-pattern-of-intensity-distribution-seen-in-the-central-portion-is-given-by-fig-b-in-this-case-which-of-the-following https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjI3MDU4-consider-sunlight-incident-on-a-pinhole-of-width-10-3-mathring-a-the-image-of-the-pinhole-seen-on-a-screen-shall-be-a-a-sharp-white-ring-b-different-from-a-geometrical-image-c-a-diffused-central-spot https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjI3MDU5-consider-the-diffraction-pattern-for-a-small-pinhole-as-the-size-of-the-hole-is-increased-a-the-size-decreases-b-the-intensity-increases-c-the-size-increases-d-the-intensity-decreases-choose-the-corre https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjI3MDYw-for-light-diverging-from-a-point-source-a-the-wavefront-is-spherical-b-the-intensity-decreases-in-proportion-to-the-distance-squared-c-the-wavefront-is-parabolic-d-the-intensity-at-the-wavefront-does https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjQ1MDcw-two-coherent-sources-of-light-interfere-and-produce-fringe-patterns-on-a-screen-for-the-central-maximum-the-phase-difference-between-the-two-waves-will-be-1-zero-2-pi-3-dfrac-3-pi-2-4-dfrac-pi-2-1-2-3 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjczODU4-what-speed-should-a-galaxy-move-with-respect-to-us-so-that-the-sodium-line-at-589-0-nm-is-observed-at-589-6-nm-1-164-km-s-2-332-km-s-3-102-km-s-4-306-km-s-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjczODU5-which-one-of-the-following-is-incorrect-1-when-monochromatic-light-is-incident-on-a-surface-separating-two-media-the-reflected-and-refracted-light-both-have-the-same-frequency-as-the-incident-frequenc https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjczODcx-two-slits-are-made-one-millimetre-apart-and-the-screen-is-placed-one-meter-away-what-is-the-fringe-separation-when-blue-green-light-of-wavelength-500-nm-is-used-1-0-5-mm-2-0-3-mm-3-0-05-mm-4-0-03-mm-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc0NzE5-assume-that-light-of-wavelength-6000-aring-is-coming-from-a-star-what-is-the-limit-of-resolution-of-a-telescope-whose-objective-has-a-diameter-of-100-inches-1-1-2-215-10-6radians2-3-3-215-10-7radians3 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc0NzIw-for-what-distance-is-ray-optics-a-good-approximation-when-the-aperture-is-3-mm-wide-and-the-wavelength-is-500-nm-1-32-m-2-42-m-3-18-m-4-20-m-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc0NzIx-the-expression-for-intensity-as-shown-in-the-figure-of-transmitted-light-when-a-polaroid-sheet-is-rotated-between-two-crossed-polaroids-is-given-i-0-is-the-intensity-of-transmitted-light-from-polarise https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc0NzIy-unpolarised-light-is-incident-on-a-plane-glass-surface-what-should-be-the-angle-of-incidence-so-that-the-reflected-and-refracted-rays-are-perpendicular-to-each-other-1-450-2-670-3-570-4-370-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc1NzQx-consider-the-following-statements-and-then-mark-the-incorrect-statement-s-a-the-angular-separation-of-the-fringes-increases-if-the-screen-is-moved-towards-the-plane-of-the-slits-b-the-angular-separati https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc1Nzc0-two-slits-are-made-one-millimetre-apart-and-the-screen-is-placed-one-metre-away-what-should-the-width-of-each-slit-be-to-obtain-10-maxima-of-the-double-slit-pattern-within-the-central-maximum-of-the-s https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM5MzU0-in-young-s-double-slit-experiment-a-student-observes-8-fringes-in-a-certain-segment-of-the-screen-when-a-monochromatic-light-of-600-nm-wavelength-is-used-if-the-wavelength-of-light-is-changed-to-400-n https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM5NzM5-a-linearly-polarized-monochromatic-light-of-intensity-10-lumen-is-incident-on-a-polarizer-the-angle-between-the-direction-of-polarization-of-the-light-and-that-of-the-polarizer-such-that-the-intensity https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM5Nzc2-a-monochromatic-light-of-frequency-500-text-thz-is-incident-on-the-slits-of-young-s-double-slit-experiment-if-the-distance-between-the-slits-is-0-2-text-mm-and-the-screen-is-placed-at-a-distance-1-tex https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ2NTc5-after-passing-through-a-polarizer-a-linearly-polarized-light-of-intensity-i-is-incident-on-an-analyser-making-an-angle-of-30-circ-with-the-axes-of-the-polariser-the-intensity-of-light-emitted-from-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ2NTgx-if-the-screen-is-moved-away-from-the-plane-of-the-slits-in-young-s-double-slit-experiment-then-the-1-angular-separation-of-the-fringes-increases-2-angular-separation-of-the-fringes-decreases-3-linear https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzY2OTA4-for-young-s-double-slit-experiment-two-statements-are-given-below-statement-i-if-screen-is-moved-away-from-the-plane-of-slits-angular-separation-of-the-fringes-remains-constant-statement-ii-if-the-mon https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU0OTYz-if-the-monochromatic-source-in-young-s-double-slit-experiment-is-replaced-by-white-light-then-1-there-will-be-a-central-dark-fringe-surrounded-by-a-few-coloured-fringes-2-there-will-be-a-central-brigh https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU0OTcx-an-unpolarised-light-beam-strikes-a-glass-surface-at-brewster-s-angle-then-1-the-refracted-light-will-be-completely-polarised-2-both-the-reflected-and-refracted-light-will-be-completely-polarised-3-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU2NzIz-in-young-s-double-slit-experiment-if-the-wavelength-of-light-used-is-increased-say-from-violet-to-red-then-the-1-fringe-width-decreases-2-fringe-width-increases-3-central-bright-fringe-becomes-dark-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU2Nzkw-if-an-unpolarised-light-is-incident-on-a-plane-surface-of-refractive-index-sqrt3-at-brewster-s-angle-then-the-angle-of-refraction-is-1-0-circ-2-30-circ-3-60-circ-4-90-circ-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTE1-light-is-1-a-wave-phenomenon-2-a-particle-phenomenon-3-both-particle-and-wave-phenomenon-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM2NjY4-sound-waves-travel-faster-in-water-than-in-air-imagine-a-plane-sound-wavefront-incident-at-an-angle-alpha-at-the-air-water-interface-the-refracted-wavefront-making-an-angle-beta-with-the-interface-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTIx-when-light-is-refracted-into-a-medium-then-1-its-wavelength-and-frequency-both-increase-2-its-wavelength-increases-but-frequency-remains-unchanged-3-its-wavelength-decreases-but-frequency-remains-unch https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTI5-the-wavefronts-of-light-coming-from-a-distant-source-of-unknown-shape-are-nearly-1-plane-2-elliptical-3-cylindrical-4-spherical-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzMxNzkz-plane-waves-of-light-of-wavelength-lambda-are-incident-onto-a-convex-lens-and-the-beam-is-brought-to-a-focus-a-plane-slab-of-thickness-t-having-refractive-indices-mu-1-mu-2-in-the-upper-and-lower-halv https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTMy-two-sources-are-called-coherent-if-they-produce-waves-1-of-equal-wavelength-2-of-equal-velocity-3-having-same-shape-of-wavefront-4-having-a-constant-phase-difference-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTM0-two-coherent-sources-of-different-intensities-send-waves-which-interfere-the-ratio-of-maximum-intensity-to-the-minimum-intensity-is-25-the-intensities-of-the-sources-are-in-the-ratio-1-25-1-2-5-1-3-9 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTM2-the-slits-in-a-young-s-double-slit-experiment-have-equal-width-and-the-source-is-placed-symmetrically-with-respect-to-the-slits-the-intensity-at-the-central-fringe-is-i-0-if-one-of-the-slits-is-closed https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzIyOTA0-find-the-minimum-order-of-a-green-fringe-lambda-500-nm-which-overlaps-a-dark-fringe-of-violet-lambda-400-nm-in-a-young-s-double-slit-experiment-conducted-with-these-two-colours-1-4-2-2-3-5-4-2-5-1-2-3 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM2Njk3-young-s-double-slit-experiment-is-conducted-with-light-of-an-unknown-wavelength-the-waves-arriving-at-the-central-point-on-the-screen-are-found-to-have-a-phase-difference-of-dfrac-pi-2-the-closest-max https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTI3-which-of-the-following-sources-gives-the-best-monochromatic-light-1-a-candle-2-a-bulb-3-a-mercury-tube-4-a-laser-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzU4MjQx-in-young-s-double-slit-experiment-the-distance-between-the-slits-and-the-screen-is-doubled-the-separation-between-the-slits-is-reduced-to-half-as-a-result-the-fringe-width-1-is-halved-2-become-four-ti https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQzMzAw-young-s-double-slit-experiment-is-conducted-with-the-light-of-wavelength-lambda-4500-mathring-a-and-400-fringes-are-observed-in-a-10-cm-region-on-the-screen-the-apparatus-is-immersed-in-a-clear-liquid https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQxMDU4-in-a-young-s-double-slit-experimental-setup-240-fringes-are-observed-to-be-formed-in-a-region-of-the-screen-when-light-of-wavelength-450-nm-is-used-if-the-wavelength-of-light-is-changed-to-600-nm-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzIyOTAz-white-light-is-used-to-illuminate-the-double-slit-in-young-s-double-slit-experiment-which-of-the-following-is-are-true-i-the-central-fringe-will-be-white-ii-closest-bright-fringe-to-the-central-fringe https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzU4MjU3-a-parallel-beam-of-light-of-wavelength-lambda-is-incident-normally-on-a-narrow-slit-a-diffraction-pattern-is-formed-on-a-screen-placed-perpendicular-to-the-direction-of-the-incident-beam-at-the-second https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzI2MTE0-the-width-of-the-central-maximum-of-the-diffraction-pattern-of-a-single-slit-of-width-1-text-mm-equals-the-width-of-the-slit-itself-when-the-screen-is-1-text-m-away-from-it-the-wavelength-of-light-use https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzMxNzk0-light-of-wavelength-lambda-falls-perpendicularly-onto-a-single-slit-of-width-d-a-diffraction-maximum-is-formed-at-p-on-a-faraway-screen-placed-parallel-to-plane-of-the-slit-the-first-diffraction-minim https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTIw-which-of-the-following-properties-show-that-light-is-a-transverse-wave-1-reflection-2-interference-3-diffraction-4-polarization-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246ODg5ODE-two-polaroids-p-1-and-p-2-are-placed-with-their-axis-perpendicular-to-each-other-unpolarised-light-of-intensity-i-0-is-incident-on-p-1-a-third-polaroid-p-3-is-kept-in-between-p-1-and-p-2-such-that-its https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTIz-when-light-is-refracted-which-of-the-following-does-not-change-1-wavelength-2-frequency-3-velocity-4-amplitude-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTM5-a-light-wave-can-travel-a-in-vacuum-b-in-vacuum-only-c-in-a-material-medium-d-in-a-material-medium-only-choose-the-correct-option-from-the-options-given-below-1-a-and-b-only-2-b-and-c-only-3-a-and-c-o https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzkzMjc1-a-ray-diverging-from-a-point-source-forms-a-wavefront-that-is-1-cylindrical-2-spherical-3-plane-4-cubical-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTA2NjEz-who-was-the-first-to-propose-the-concept-of-secondary-wavelets-to-describe-the-propagation-of-waves-1-maxwell-2-newton-3-huygens-4-fresnel-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTMx-the-inverse-square-law-of-intensity-i-e-the-intensity-propto-frac-1-r-2-is-valid-for-1-a-point-source-2-a-line-source-3-a-plane-source-4-a-cylindrical-source-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzkzMjg3-which-of-the-following-statements-accurately-describes-huygens-principle-of-secondary-wavelets-1-it-helps-to-determine-the-focal-length-of-a-thin-lens-2-it-provides-the-magnifying-power-of-a-microscop https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDYxNTM3-a-light-of-wavelength-6000-mathring-a-in-air-enters-a-medium-of-refractive-index-1-5-if-its-frequency-is-nu-and-wavelength-is-lambda-inside-the-medium-which-of-the-following-are-correct-a-nu-5-times-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ2NTYz-if-a-wave-gets-refracted-into-a-denser-medium-then-which-of-the-following-is-true-1-wavelength-speed-and-frequency-decrease-2-wavelength-increases-speed-decreases-and-frequency-remains-constant-3-wave https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ1NzQx-two-light-beams-of-intensities-in-the-ratio-of-9-4-are-allowed-to-interfere-the-ratio-of-the-intensity-of-maxima-and-minima-will-be-1-2-3-2-16-81-3-25-169-4-25-1-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3MTQ2-two-coherent-sources-produce-waves-of-different-intensities-which-interfere-after-interference-the-ratio-of-the-maximum-intensity-to-the-minimum-intensity-is-16-the-intensity-of-the-waves-are-in-the-r https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ1OTc2-the-interference-pattern-is-obtained-with-two-coherent-light-sources-of-intensity-ratio-4-1-and-the-ratio-frac-i-max-i-min-i-max-i-min-text-is-frac-5-x-then-the-value-of-x-will-be-equal-to-1-3-2-4-3-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc4MDc1-interference-fringes-are-observed-on-a-screen-by-illuminating-two-thin-slits-1-mm-apart-with-a-light-source-lambda-632-8-mathrm-nm-the-distance-between-the-screen-and-the-slits-is-100-cm-if-a-bright-f https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzUwMDky-in-the-phenomenon-of-interference-of-light-what-happens-to-the-energy-1-it-is-conserved-but-redistributed-2-it-is-the-same-at-every-point-3-it-is-not-conserved-4-it-is-created-at-the-bright-fringes-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDY4ODE4-an-interference-pattern-can-be-observed-due-to-the-superposition-of-more-than-one-of-the-following-waves-a-y-a-sin-omega-t-b-y-a-sin-2-omega-t-c-y-a-sin-left-omega-t-phi-right-d-y-a-sin-3-omega-t-iden https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ1ODE2-the-two-light-beams-having-intensities-i-and-9i-interfere-to-produce-a-fringe-pattern-on-a-screen-the-phase-difference-between-the-beams-is-pi-over-2-at-point-p-and-pi-at-point-q-then-the-difference-b https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDUwNzMy-in-a-wave-having-wavelength-lambda-the-path-difference-corresponding-to-the-phase-difference-of-phi-is-1-dfrac-2-lambda-pi-phi-2-dfrac-2-pi-lambda-phi-3-dfrac-lambda-pi-phi-4-dfrac-lambda-2-pi-phi-1-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTAwNzA-the-equations-of-two-light-waves-are-given-by-y-1-6-text-cos-omega-t-y-2-8-text-cos-omega-t-phi-what-is-the-ratio-of-the-maximum-to-the-minimum-intensities-produced-by-the-superposition-of-these-waves https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246ODg5ODU-an-interference-pattern-is-obtained-with-two-coherent-light-sources-of-intensity-ratio-n-in-the-interference-pattern-the-ratio-of-their-intensities-left-frac-i-max-i-min-i-max-i-min-right-will-be-1-df https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc2NjUy-in-an-interference-experiment-the-ratio-of-the-amplitudes-of-two-coherent-waves-is-dfrac-a-1-a-2-dfrac-1-3-the-ratio-of-the-maximum-and-minimum-intensities-of-the-fringes-will-be-1-9-2-2-3-18-4-4-1-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTE1NzE-given-below-are-two-statements-assertion-a-it-is-not-possible-to-have-interference-between-the-waves-produced-by-two-violins-reason-r-for-interference-of-two-waves-the-phase-difference-between-the-wav https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTAxMzAy-young-s-double-slit-experiment-is-setup-with-identical-slits-s-1-s-2-separated-by-a-distance-d-0-2-text-mm-and-the-screen-placed-parallel-to-s-1s-2-at-a-distance-d-50-text-cm-the-source-s-of-light-is https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzY2ODQy-in-a-ydse-experiment-fringe-width-is-2-mm-when-wavelength-of-light-used-is-400-nm-find-the-fringe-width-in-mm-when-wavelength-is-600-nm-1-1-5-mm-2-3-mm-3-2-5-mm-4-6-mm-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQzMzYx-in-young-s-double-slit-experiment-the-fringe-width-is-12mm-if-the-entire-arrangement-is-placed-in-water-of-refractive-index-4-over-3-then-the-fringe-width-becomes-in-mm-1-16-2-9-3-48-4-12-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ2Njc4-the-intensities-of-light-coming-from-two-different-slits-are-in-the-ratio-1-4-in-young-s-double-slit-experiment-the-ratio-of-intensities-corresponding-to-the-maxima-and-minima-in-the-interference-patt https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5MDEz-in-young-s-double-slit-experiment-two-slits-are-separated-by-2-text-mm-and-the-screen-is-placed-one-meter-away-when-light-of-wavelength-500-text-nm-is-used-the-fringe-separation-will-be-1-0-25-text-mm https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzMzMDU1-a-young-s-double-slit-setup-is-first-performed-in-air-and-then-in-a-liquid-of-refractive-index-mu-at-a-particular-location-on-the-screen-the-10-text-th-bright-fringe-in-air-and-the-12-text-th-bright-f https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc4MzMx-in-young-s-double-slit-experiment-16-fringes-are-observed-in-a-certain-segment-of-the-screen-when-light-of-wavelength-700-text-nm-is-used-if-the-wavelength-of-the-light-is-changed-to-400-text-nm-the-n https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzYzMDM2-in-a-ydse-setup-a-mica-sheet-of-thickness-t-and-refractive-index-mu-is-inserted-in-front-of-one-of-the-slits-the-number-of-fringes-by-which-the-central-fringe-gets-shifted-is-given-lambda-d-and-d-are https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ3MzM3-in-young-s-double-slit-experiment-the-distance-between-the-slits-is-2-text-mm-and-the-screen-is-placed-1-0-text-m-away-if-the-wavelength-of-light-used-is-600-text-nm-the-fringe-separation-will-be-1-0 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc2NzU5-the-figure-shows-a-young-s-double-slit-experimental-setup-it-is-observed-that-when-a-thin-transparent-sheet-of-thickness-t-and-refractive-index-mu-is-put-in-front-of-one-of-the-slits-the-central-maxim https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDEwNjQ0-if-young-s-double-slit-experiment-be-performed-under-water-big-mu-text-refractive-index-large-frac43-big-then-the-fringe-width-would-1-decrease-in-size-by-a-factor-of-large-frac-4-3-2-increase-in-size https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTM4-if-young-s-double-slit-experiment-is-performed-in-water-1-the-fringe-width-will-decrease-2-the-fringe-width-will-increase-3-the-fringe-width-will-remain-unchanged-4-there-will-be-no-fringe-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzIyOTAy-in-young-s-double-slit-experiment-conducted-with-the-light-of-an-unknown-wavelength-it-is-found-that-the-fringe-width-is-twice-the-separation-between-the-slits-d-which-is-0-5-text-mm-the-slit-to-scree https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5MTIw-if-the-source-of-light-used-in-young-s-double-slit-experiment-is-changed-from-red-to-violet-1-consecutive-fringe-lines-will-come-closer-2-the-central-bright-fringe-will-become-a-dark-fringe-3-the-frin https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQzNzMw-using-young-s-double-slit-experiment-monochromatic-light-of-wavelength-5000-produces-fringes-of-fringe-width-0-5-mm-if-another-monochromatic-light-of-wavelength-6000-is-used-and-the-separation-between https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDI1MzI4-young-s-double-slit-experiment-is-conducted-under-water-bigg-mu-large-frac-4-3-bigg-where-the-slit-separation-is-0-2-text-mm-and-the-slit-screen-distance-is-50-text-cm-monochromatic-light-is-incident https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDMxOTUy-young-s-double-slit-experiment-is-performed-with-a-slit-separation-of-0-2-text-mm-and-the-incident-light-falling-normally-on-the-double-slit-when-the-direction-of-incident-light-is-changed-by-25-times https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ2MTIy-in-young-s-double-slit-experiment-the-two-slits-are-0-6-mm-distance-apart-the-interference-pattern-is-observed-on-a-screen-at-a-distance-of-80-cm-from-the-slits-the-first-dark-fringe-is-observed-on-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzY3MzE2-in-standard-ydse-phase-difference-between-two-rays-reaching-at-points-p-and-q-is-pi-over-3-and-pi-over-2-respectively-ratio-of-resultant-intensity-at-p-and-q-is-equal-to-1-3-over-2-2-2-over-3-3-1-over https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mzk3MzY1-given-below-are-two-statements-statement-i-if-white-light-is-used-in-a-standard-young-s-double-slit-experiment-then-coloured-fringes-are-formed-on-the-screen-statement-ii-if-white-light-is-used-in-a-s https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzIzNjY5-in-a-young-s-double-slit-experiment-ydse-using-white-light-the-fringe-immediately-adjacent-to-the-central-white-fringe-on-either-side-appears-red-which-colour-is-observed-at-the-farthest-visible-fring https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzI4NDY1-in-young-s-double-slit-experiment-the-7-text-th-maximum-with-wavelength-mathit-lambda-1-is-at-a-distance-d-1-from-the-center-of-the-screen-and-that-with-wavelength-mathit-lambda-2-is-at-a-distance-d-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTkyMTkw-in-young-s-double-slit-experiment-the-slit-separation-is-doubled-to-maintain-the-same-fringe-spacing-on-the-screen-the-screen-to-slit-distance-d-must-be-changed-to-1-2-text-d-2-frac-text-d-2-3-sqrt-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTAxMjM4-match-the-quantities-associated-with-a-standard-young-s-double-slit-experiment-on-interference-or-single-slit-diffraction-setup-as-mentioned-in-column-i-with-the-proper-values-in-column-ii-column-i-co https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTI3MTI2-in-young-s-double-slit-experiment-the-intensity-of-light-due-to-each-slit-is-i-0-an-interference-pattern-is-observed-on-a-screen-s-placed-parallel-to-the-line-joining-the-slits-s-1-and-s-2-what-are-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzIzNjM0-what-is-the-angular-spread-between-central-maxima-and-first-ordered-minima-of-diffraction-pattern-due-to-single-slit-of-width-0-20-mm-when-light-of-wavelength-500-nm-is-incident-on-it-normally-1-2-tim https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ2Mjkz-a-parallel-beam-of-light-of-wavelength-600-nm-falls-normally-on-a-slit-of-width-a-what-should-the-value-of-a-so-that-the-first-order-diffraction-minimum-occurs-at-an-angle-of-30-circ-1-1-1-times10-6-t https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU3MDEz-in-a-single-slit-diffraction-pattern-with-slit-width-a-and-wavelength-of-light-lambda-then-the-angular-position-of-first-minima-if-screen-distance-d-d-gg-a-is-1-lambda-over-a-2-2-lambda-over-a-3-3-lam https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzI4NDY2-the-first-diffraction-minimum-due-to-single-slit-diffraction-is-at-theta-30-circ-for-a-light-of-wavelength-5000-mathring-a-the-width-of-the-slit-is-1-5-times-10-5-text-cm-2-1-0-times-10-4-text-cm-3-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzY2ODU0-in-a-single-slit-diffraction-experiment-light-of-wavelength-lambda-600-text-nm-is-used-and-the-first-minimum-is-observed-at-an-angle-theta-30-circ-the-width-of-the-slit-a-is-1-1-2-mu-text-m-2-1-5-mu-t https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzI4NjQy-two-coherent-monochromatic-light-beams-of-intensities-9i-and-4i-are-superposed-the-maximum-possible-intensity-in-the-resulting-beam-is-1-i-2-3i-3-16i-4-25i-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mzk3MzYz-given-below-are-two-statements-assertion-a-two-separate-lamps-cannot-produce-a-stable-visible-interference-pattern-on-the-screen-even-if-they-emit-monochromatic-light-of-identical-wavelengths-reason-r https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTI3MTA4-in-lloyd-s-mirror-experiment-we-generate-one-source-by-reflection-because-we-need-sources-1-producing-light-of-the-same-intensities-2-producing-light-of-the-same-wavelength-3-coherent-in-nature-4-inco https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzkzMjAw-for-destructive-interference-to-occur-between-two-monochromatic-light-waves-of-wavelength-lambda-the-path-difference-between-them-should-be-where-n-1-2-3-1-dfrac-2n-1-lambda-4-2-2n-lambda-3-dfrac-2n-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTAxMzQ2-given-below-are-two-statements-assertion-a-if-two-identical-monochromatic-sodium-vapour-lamps-s-1-s-2-are-switched-on-and-the-light-from-these-sources-are-allowed-to-fall-on-a-screen-no-fringes-will-b https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzMzNTg5-polaroid-glass-is-used-in-sun-glasses-because-1-it-reduces-the-light-intensity-to-half-on-account-of-polarisation-2-it-is-fashionable-3-it-has-good-colour-4-it-is-cheaper-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU1MzQy-two-polaroids-are-placed-at-an-angle-of-45-circ-to-each-other-if-an-unpolarized-light-of-intensity-i-0-falls-as-one-polaroid-then-the-intensity-of-light-leaves-the-second-polaroid-is-1-dfrac-i-0-2-2-d https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ4OTM5-unpolarised-light-of-intensity-x-is-incident-on-a-polarising-sheet-a-second-polaroid-whose-pass-axis-makes-an-angle-30-circ-with-the-pass-axis-of-the-first-polaroid-is-kept-behind-it-the-intensity-of https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ1NTgz-an-unpolarised-light-beam-of-intensity-2i-0-is-passed-through-a-polaroid-p-and-then-through-another-polaroid-q-which-is-oriented-in-such-a-way-that-its-passing-axis-makes-an-angle-of-30-circ-relative https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzYzMTAw-two-polarisers-p-1-and-p-2-are-placed-such-that-the-angle-between-their-transmission-axis-is-45-circ-ordinary-light-is-passed-through-p-1-i-1-intensity-is-observed-and-when-this-light-is-passed-throug https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDY4ODQ5-a-beam-of-unpolarised-light-of-intensity-i-0-is-passed-through-a-polaroid-a-through-another-polaroid-b-oriented-at-60-circ-and-finally-through-another-polaroid-c-oriented-at-45-circ-relative-to-b-as-s https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQxOTE1-given-below-are-two-statements-assertion-a-radio-waves-can-be-polarised-reason-r-sound-waves-in-the-air-are-longitudinal-in-nature-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM5OTY0-given-below-are-two-statements-assertion-a-corpuscular-theory-fails-in-explaining-the-velocities-of-light-in-air-and-water-reason-r-according-to-corpuscular-theory-light-should-travel-faster-in-denser https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTQ0MDU-light-travels-faster-in-the-air-than-in-glass-this-is-in-accordance-with-1-the-wave-theory-of-light-2-the-corpuscular-theory-of-light-3-neither-1-nor-2-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTcxMjMx-the-plane-wavefront-is-incident-on-a-spherical-mirror-as-shown-the-reflected-wavefront-will-be-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTE0MzIx-two-superposing-waves-are-represented-by-the-following-equations-y-1-5-sin-2-pi-10-t-0-1-x-y-2-10-sin-2-pi-10-t-0-1-x-the-ratio-of-intensities-dfrac-i-max-i-min-will-be-1-1-2-9-3-4-4-16-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDQ3-on-superposition-of-two-waves-y-1-3-sin-left-omega-t-kx-right-and-y-2-4-sin-left-omega-t-kx-frac-pi-2-right-at-a-point-the-amplitude-of-the-resulting-wave-will-be-1-7-2-5-3-sqrt-7-4-6-5-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjExMjc3-two-sources-with-intensity-i-0-and-4i-0-respectively-interfere-at-a-point-in-a-medium-the-maximum-and-the-minimum-possible-intensity-respectively-would-be-1-2i-0-i-0-2-9i-0-2i-0-3-4i-0-i-0-4-9i-0-i-0 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ5NDA1-two-waves-from-coherent-sources-meet-at-a-point-in-a-phase-difference-of-phi-and-path-difference-delta-x-both-waves-have-same-intensities-i-0-based-on-this-information-match-column-i-and-column-ii-col https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzNDcx-two-light-sources-are-said-to-be-coherent-when-their-1-amplitudes-are-equal-and-have-a-constant-phase-difference-2-wavelengths-are-equal-3-intensities-are-equal-4-frequencies-are-equal-and-have-a-cons https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTUzOTUw-two-waves-each-of-intensity-i-0-and-wavelength-0-2-m-start-from-sources-a-and-b-and-meet-at-point-p-as-shown-in-the-figure-if-ap-0-5-m-bp-0-8-m-then-intensity-at-p-is-1-2i-0-2-i-0-3-i-0-2-4-zero-1-2-3 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3NTI4-in-young-s-double-slit-experiment-the-intensity-of-light-at-a-point-on-the-screen-where-the-path-difference-is-lambda-is-k-lambda-being-the-wavelength-of-light-used-the-intensity-at-a-point-where-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ1NTQz-which-one-of-the-following-statements-is-true-for-young-s-double-slit-experiment-1-fringe-width-is-proportional-to-wavelength-lambda-2-fringe-width-is-proportional-to-slit-width-d-3-fringe-width-is-in https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjExMjg1-the-relation-between-the-fringe-width-for-the-red-light-and-yellow-light-is-all-other-things-being-the-same-1-beta-text-red-beta-text-yellow-3-beta-text-red-beta-text-yellow-4-beta-text-red-2-beta-tex https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjExMjg3-fringe-width-in-a-particular-young-s-double-slit-experiment-is-measured-to-be-beta-what-will-be-the-fringe-width-if-the-wavelength-of-the-light-is-doubled-the-separation-between-the-slits-is-halved-an https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTAwNzkw-in-young-s-double-slit-experiment-the-light-emitted-from-the-source-has-lambda-6-5-times-10-7-text-m-and-the-distance-between-the-two-slits-is-1-text-mm-the-distance-between-the-screen-and-slits-is-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3NTIw-in-young-s-double-slit-experiment-the-separation-d-between-the-slits-is-2-mm-the-wavelength-lambda-of-the-light-used-is-5896-mathring-a-and-distance-d-between-the-screen-and-slits-is-100-cm-it-is-foun https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTQ1-young-s-double-slit-experiment-is-performed-in-a-liquid-the-10-th-bright-fringe-in-the-liquid-lies-where-the-8-th-dark-fringe-lies-in-a-vacuum-the-refractive-index-of-the-liquid-is-approximately-1-1-8 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTU0-two-coherent-sources-are-0-3-text-mm-apart-they-are-1-text-m-away-from-the-screen-the-second-dark-fringe-is-at-a-distance-of-0-3-text-cm-from-the-center-the-distance-of-the-fourth-bright-fringe-from-t https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjExMjg5-in-young-s-double-slit-experiment-the-slits-are-separated-by-0-28-mm-and-the-screen-is-placed-1-4-m-away-the-distance-between-the-first-dark-fringe-and-the-fourth-bright-fringe-is-obtained-to-be-0-6-c https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTAwNzg0-in-young-s-double-slit-experiment-the-slit-separation-is-doubled-this-results-in-1-an-increase-in-fringe-intensity-2-a-decrease-in-fringe-intensity-3-halving-of-the-fringe-spacing-4-doubling-of-the-fr https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTE0MTI-in-young-s-double-slit-experiment-the-slits-are-2-text-mm-apart-and-are-illuminated-by-photons-of-two-wavelengths-lambda-1-12000-mathring-a-and-lambda-2-10000-mathring-a-at-what-minimum-distance-from https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTExNzE3-in-young-s-double-slit-experiment-the-ratio-of-intensities-of-bright-and-dark-fringes-is-9-this-means-that-1-the-intensities-of-individual-sources-are-5-and-4-units-respectively-2-the-intensities-of-i https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3NTIy-the-intensity-at-the-maximum-in-a-young-s-double-slit-experiment-is-i-0-distance-between-two-slits-is-d-5-lambda-where-lambda-is-the-wavelength-of-light-used-in-the-experiment-what-will-be-the-intensi https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM5NTUw-given-below-are-two-statements-assertion-a-if-a-glass-slab-is-placed-in-front-of-one-of-the-slits-then-fringe-width-will-decrease-reason-r-glass-slab-will-produce-an-additional-path-difference-1-both https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246MjY5Njg-a-diffraction-pattern-is-observed-using-a-beam-of-red-light-what-will-happen-if-the-red-light-is-replaced-by-the-blue-light-1-no-change-takes-place-2-diffraction-bands-become-narrower-3-diffraction-ba https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjExMjky-the-first-diffraction-minima-due-to-a-single-slit-diffraction-is-at-theta-30-circ-for-a-light-of-wavelength-5000-mathring-a-the-width-of-the-slit-is-1-5-times-10-5-text-cm-2-10-times-10-5-text-cm-3-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTAxMTU-in-a-diffraction-pattern-due-to-a-single-slit-of-width-a-the-first-minimum-is-observed-at-an-angle-of-30-circ-when-the-light-of-wavelength-5000-mathring-a-is-incident-on-the-slit-the-first-secondary-m https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTAwNzkx-a-single-slit-of-width-0-1-mm-is-illuminated-by-a-parallel-beam-of-light-of-wavelength-6000-mathring-a-and-diffraction-bands-are-observed-on-a-screen-0-5-m-from-the-slit-the-distance-of-the-third-dark https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246MjY5NTI-a-parallel-beam-of-moving-electrons-is-incident-normal-on-a-narrow-slit-a-fluorescent-screen-is-placed-at-a-large-distance-from-the-slit-if-the-slit-is-further-narrowed-then-which-of-the-following-sta https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3NTE5-a-linear-aperture-whose-width-is-0-02-cm-is-placed-immediately-in-front-of-a-lens-of-focal-length-60-cm-the-aperture-is-illuminated-normally-by-a-parallel-beam-of-wavelength-5-times-10-5-cm-the-distan https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3NTI0-at-the-first-minimum-adjacent-to-the-central-maximum-of-a-single-slit-diffraction-pattern-the-phase-difference-between-the-huygen-s-wavelet-from-the-edge-of-the-slit-and-the-wavelet-from-the-midpoint https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTExNjY-a-beam-of-light-of-lambda-600-text-nm-from-a-distant-source-falls-on-a-single-slit-1-text-mm-wide-and-the-resulting-diffraction-pattern-is-observed-on-a-screen-2-text-m-away-the-distance-between-the-f https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjExMjkx-light-of-wavelength-6328-mathring-a-is-incident-normally-on-a-slit-having-a-width-of-0-2-mm-the-width-of-the-central-maximum-measured-from-minimum-to-minimum-of-diffraction-pattern-on-a-screen-9-m-awa https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ2Mjg3-consider-a-parallel-beam-of-monochromatic-light-of-wavelength-600-text-nm-it-is-allowed-to-pass-through-a-slit-of-width-0-15-text-mm-assume-that-the-angles-involved-are-very-small-the-angular-divergen https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM5Njk2-given-below-are-two-statements-assertion-a-crystalline-solids-can-cause-x-rays-to-diffract-reason-r-interatomic-distance-in-crystalline-solids-is-of-the-order-of-0-1-nm-1-both-a-and-r-are-true-and-r-i https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQwMDkx-given-below-are-two-statements-assertion-a-diffraction-is-common-in-sound-but-not-common-in-light-waves-reason-r-the-wavelength-of-light-is-more-than-the-wavelength-of-sound-1-both-a-and-r-are-true-an https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3NTUw-the-main-difference-between-the-phenomena-of-interference-and-diffraction-is-that-1-diffraction-is-caused-by-reflected-waves-from-a-source-whereas-interference-is-caused-due-to-the-refraction-of-waves https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTI3MTA1-in-the-given-figure-s-1-and-s-2-are-two-coherent-sources-oscillating-in-phase-the-total-number-of-bright-fringes-and-their-shape-as-seen-on-the-large-screen-will-be-1-3-rectangular-strips-2-3-circular https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjA2MjYw-if-the-light-is-polarised-by-reflection-then-the-angle-between-reflected-and-refracted-light-is-1-pi-2-dfrac-pi-2-3-2-pi-4-dfrac-pi-4-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjExMzA2-a-plane-polarized-light-with-intensity-i-0-is-incident-on-a-polaroid-with-an-electric-field-vector-making-an-angle-of-60-circ-with-the-transmission-axis-of-the-polaroid-the-intensity-of-the-resulting https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTQ0NzI1-when-an-unpolarized-light-of-intensity-i-0-is-incident-on-a-polarizing-sheet-the-intensity-of-the-light-which-does-not-get-transmitted-is-1-zero-2-i-0-3-dfrac-i-0-2-4-dfrac-i-0-4-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3NTE3-two-polaroids-p-1-and-p-2-are-placed-with-their-axis-perpendicular-to-each-other-unpolarised-light-of-intensity-i-0-is-incident-on-p-1-a-third-polaroid-p-3-is-kept-in-between-p-1-and-p-2-such-that-its https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTQwNzg2-two-polaroids-are-kept-crossed-to-each-other-now-one-of-them-is-rotated-through-an-angle-of-45-circ-the-percentage-of-incident-light-now-transmitted-through-the-system-is-1-15-2-25-3-50-4-60-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTQ0NzI0-unpolarized-light-of-intensity-32-wm-2-passes-through-three-polarizers-such-that-the-transmission-axes-of-the-first-and-second-polarizer-make-an-angle-of-30-circ-with-each-other-and-the-transmission-a https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTU0MTY0-a-beam-of-unpolarized-light-of-intensity-i-0-is-passed-first-through-a-tourmaline-crystal-a-and-then-through-another-tourmaline-crystal-b-oriented-so-that-its-principal-plane-is-parallel-to-that-of-a https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3OTg4-two-polaroids-are-in-the-path-of-an-unpolarized-beam-of-intensity-i-0-such-that-no-light-is-emitted-from-the-second-polaroid-if-a-third-polaroid-whose-polarization-axis-makes-an-angle-theta-with-the-p https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTQ0NzIw-a-beam-of-light-ao-is-incident-on-a-glass-slab-mu-1-54-in-a-direction-as-shown-in-the-figure-the-reflected-ray-ob-is-passed-through-a-nicol-prism-on-viewing-through-a-nicole-prism-we-find-on-rotating https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTkyNzk0-in-interference-and-diffraction-the-light-energy-is-redistributed-it-reduces-in-one-region-producing-a-dark-fringe-it-increases-in-another-region-producing-a-bright-fringe-mathrm-a-as-there-is-no-gain https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTkyNzcz-in-young-s-double-slit-experiment-using-monochromatic-light-of-wavelength-lambda-the-intensity-of-light-at-a-point-on-the-screen-where-the-path-difference-is-lambda-is-k-units-the-intensity-of-light-a https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM1MTQ5-an-unpolarized-light-beam-travelling-in-air-is-incident-on-a-medium-of-refractive-index-1-73-at-brewster-s-angle-then-1-both-reflected-and-transmitted-light-are-perfectly-polarized-with-angles-of-refl https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM1MTEz-the-intensity-of-transmitted-light-when-a-polaroid-sheet-placed-between-two-crossed-polaroids-at-22-5-circ-from-the-polarization-axis-of-one-of-the-polaroids-is-i-0-is-the-intensity-of-polarised-light https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDY4ODEx-two-slits-in-young-s-double-slit-experiment-are-1-5-text-mm-apart-and-the-screen-is-placed-at-a-distance-of-1-text-m-from-the-slits-if-the-wavelength-of-the-light-used-is-600-times10-9-text-m-then-the https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246ODg5ODg-a-linear-aperture-whose-width-is-0-02-cm-is-placed-immediately-in-front-of-a-lens-of-focal-length-60-cm-the-aperture-is-illuminated-normally-by-a-parallel-beam-of-wavelength-5-times-10-5-cm-the-distan https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTAwOTk-the-intensity-at-the-maximum-in-young-s-double-slit-experiment-is-i-0-the-distance-between-the-two-slits-is-d-5-lambda-where-lambda-is-the-wavelength-of-light-used-in-the-experiment-what-will-be-the-i https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTA3MTQ-two-slits-in-young-s-experiment-have-widths-in-the-ratio-of-1-25-the-ratio-of-intensity-at-the-maxima-and-minima-in-the-interference-pattern-dfrac-i-max-i-min-is-1-dfrac-9-4-2-dfrac-121-49-3-dfrac-49 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTA3NDE-at-the-first-minimum-adjacent-to-the-central-maximum-of-a-single-slit-diffraction-pattern-the-phase-difference-between-the-huygen-s-wavelet-from-the-edge-of-the-slit-and-the-wavelet-from-the-midpoint https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTA4ODc-in-a-double-slit-experiment-the-two-slits-are-1-text-mm-apart-and-the-screen-is-placed-1-text-m-away-monochromatic-light-of-wavelength-500-text-nm-is-used-what-will-be-the-width-of-each-slit-for-obtai https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTExNjc-in-young-s-double-slit-experiment-the-intensity-of-light-at-a-point-on-the-screen-where-the-path-difference-is-lambda-is-k-lambda-being-the-wavelength-of-light-used-the-intensity-at-a-point-where-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc4MDE5-what-will-be-the-angular-width-of-central-maxima-in-fraunhofer-diffraction-when-the-light-of-wavelength-6000-mathring-a-is-used-and-slit-width-is-12-times-10-5-text-cm-1-2-text-rad-2-3-text-rad-3-1-te https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTczNzA5-if-we-observe-the-single-slit-fraunhofer-diffraction-with-wavelength-lambda-and-slit-width-d-the-width-of-the-central-maxima-is-2-theta-on-decreasing-the-slit-width-for-the-same-wavelength-lambda-1-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc4MDA0-red-light-is-generally-used-to-observe-diffraction-patterns-from-a-single-slit-if-the-blue-light-is-used-instead-of-red-light-then-the-diffraction-pattern-1-will-be-clearer-2-will-contract-3-will-expa https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3NTMw-a-parallel-beam-of-fast-moving-electrons-is-incident-normally-on-a-narrow-slit-a-fluorescent-screen-is-placed-at-a-large-distance-from-the-slit-if-the-speed-of-the-electrons-is-increased-which-of-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTc3NTI2-in-a-double-slit-experiment-the-two-slits-are-1-text-mm-apart-and-the-screen-is-placed-1-text-m-away-monochromatic-light-of-wavelength-500-text-nm-is-used-what-will-be-the-width-of-each-slit-for-obtai https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDUwOTY2-figure-10-2-shows-a-standard-two-slit-arrangement-with-slits-s-1-s-2-p-1-p-2-are-the-two-minima-points-on-either-side-of-p-fig-10-2-at-p-2-on-the-screen-there-is-a-hole-and-behind-p-2-is-a-second-2-sl https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDUwOTY4-consider-fig-11-7-in-the-ncert-text-book-of-physics-for-class-xii-suppose-the-voltage-applied-to-a-is-increased-the-diffracted-beam-will-have-the-maximum-at-a-value-of-that-1-will-be-larger-than-the-e https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzIzNjY3-with-an-increase-in-the-wavelength-of-the-interfering-light-the-fringe-width-in-young-s-double-slit-experiment-will-1-decreases-2-increases-3-remains-the-same-4-can-increase-or-can-decrease-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NjQ5NjQ-given-below-are-two-statements-assertion-a-in-young-s-double-slit-experiment-the-two-slits-are-at-a-distance-d-apart-the-interference-pattern-is-observed-on-a-screen-at-a-distance-d-from-the-slits-and https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTE1NzQ-given-below-are-two-statements-assertion-a-to-observe-the-diffraction-of-light-the-size-of-the-obstacle-aperture-should-be-of-the-order-of-10-7-m-reason-r-10-7-m-is-the-order-of-the-wavelength-of-visi https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTYyNjk-given-below-are-two-statements-assertion-a-radio-waves-can-be-polarised-reason-r-sound-waves-in-air-are-longitudinal-in-nature-1-both-a-and-r-are-true-and-r-is-the-correct-explanation-of-a-2-both-a-an https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NjQ5Njk-assertion-the-colour-of-the-green-flower-seen-through-red-glass-appears-to-be-dark-reason-red-glass-transmits-only-red-light-1-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-correct-ex https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NjQ5NjM-assertion-at-the-first-glance-the-top-surface-of-the-morpho-butterfly-s-wing-appears-a-beautiful-blue-green-if-the-wind-moves-the-colour-changes-reason-different-pigments-in-the-wing-reflect-light-at https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NjQ5NjI-assertion-crystalline-solids-can-cause-x-rays-to-diffract-reason-interatomic-distance-in-crystalline-solids-is-of-the-order-of-0-1-nm-1-both-the-assertion-and-the-reason-are-true-and-the-reason-is-a-c https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NjQ5NjE-assertion-the-clouds-in-the-sky-generally-appear-to-be-whitish-reason-diffraction-due-to-clouds-is-efficient-in-equal-measure-at-all-wavelengths-1-both-the-assertion-and-the-reason-are-true-and-the-re https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246NjQ5NjA-assertion-for-best-contrast-between-maxima-and-minima-in-the-interference-pattern-of-young-s-double-slit-experiment-the-intensity-of-light-emerging-out-of-the-two-slits-should-be-equal-reason-the-inte https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTI2-the-amplitude-modulated-am-radio-wave-bends-appreciably-round-the-corners-of-a-1m-1m-board-but-the-frequency-modulated-fm-wave-only-negligibly-bends-if-the-average-wavelengths-of-am-and-fm-waves-are-l https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTI4-the-wavefronts-of-a-light-wave-travelling-in-vacuum-are-given-by-x-y-z-c-the-angle-made-by-the-direction-of-propagation-of-light-with-the-x-axis-is-1-0-circ-2-45-circ-3-90-circ-4-cos-1-left-1-sqrt-3-r https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTMz-when-a-drop-of-oil-is-spread-on-a-water-surface-it-displays-beautiful-colours-in-daylight-because-of-1-dispersion-of-light-2-reflection-of-light-3-polarization-of-light-4-interference-of-light-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTM3-a-thin-transparent-sheet-is-placed-in-front-of-a-young-s-double-slit-the-fringe-width-will-1-increase-2-decrease-3-remain-same-4-become-non-uniform-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTQx-which-of-the-following-properties-of-light-conclusively-support-the-wave-theory-of-light-a-light-obeys-laws-of-reflection-b-the-speed-of-light-in-water-is-smaller-than-the-speed-in-a-vacuum-c-light-sh https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTQ0-huygens-principle-of-secondary-wavelets-may-be-used-to-a-find-the-velocity-of-light-in-a-vacuum-b-explain-the-particle-behaviour-of-light-c-find-the-new-position-of-a-wavefront-d-explain-snell-s-law-c https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTQ3-light-waves-travel-in-vacuum-along-the-x-axis-which-of-the-following-may-represent-the-wavefronts-1-x-c-2-y-c-3-z-c-4-x-y-z-c-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTQ4-if-the-source-of-light-used-in-a-young-s-double-slit-experiment-is-changed-from-red-to-violet-1-the-fringes-will-become-brighter-2-consecutive-fringes-will-come-closer-3-the-intensity-of-minima-will-i https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTUw-a-young-s-double-slit-experiment-is-performed-with-white-light-a-the-central-fringe-will-be-white-b-there-will-not-be-a-completely-dark-fringe-c-the-fringe-next-to-the-central-will-be-red-d-the-fringe https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTUx-four-light-waves-are-represented-by-i-y-a1-sin-t-ii-y-a2-sin-t-iii-y-a1-sin-2-t-iv-y-a2-sin-2-t-interference-fringes-may-be-observed-due-to-superposition-of-a-i-and-ii-b-i-and-iii-c-ii-and-iv-d-iii-an https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzA2NTQ2-three-observers-a-b-and-c-measure-the-speed-of-light-coming-from-a-source-to-be-va-vb-and-vc-the-observer-a-moves-towards-the-source-and-c-moves-away-from-the-source-at-the-same-speed-the-observer-b-s https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjYzODY1-for-a-crystal-with-lambda-1-mathring-a-and-bragg-s-angle-theta-60-circ-the-second-order-diffraction-d-distance-between-two-consecutive-atomic-layers-will-be-1-1-15-mathring-a-2-0-75-mathring-a-3-0-55 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjY1Njc0-the-interplanar-distance-in-a-crystal-is-2-8-times-10-8-text-m-the-value-of-the-maximum-wavelength-which-can-be-diffracted-1-2-8-times-10-8-text-m-2-5-6-times-10-8-text-m-3-1-4-times-10-8-text-m-4-7-6 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjA2MjU4-the-resolving-power-of-a-compound-microscope-will-be-maximum-when-1-red-light-is-used-to-illuminate-the-object-2-violet-light-is-used-to-illuminate-the-object-instead-of-red-light-3-infrared-light-is https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246ODg4NDk-the-ratio-of-resolving-powers-of-an-optical-microscope-for-two-wavelengths-1-1-4000-0aa0-and-2-6000-2-6000-0aa0-is-1-9-4-2-3-2-3-16-81-4-8-27-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTg1NDQx-assume-that-light-of-wavelength-600-nm-is-coming-from-a-star-the-limit-of-resolution-of-telescope-whose-objective-has-a-diameter-of-2-m-is-1-1-83-10-71-83-10-7-radrad-2-7-32-10-77-32-10-7-radrad-3-6-0 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjgzMzM3-given-below-are-two-statements-assertion-a-an-electron-microscope-can-achieve-better-resolving-power-than-an-optical-microscope-reason-r-the-de-broglie-s-wavelength-of-the-electrons-emitted-from-an-el https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTY0NzE5-resolving-power-of-a-compound-microscope-1-depends-on-the-wavelength-of-light-as-propto-2-depends-on-the-wavelength-of-light-as-propto-2-3-depends-on-the-wavelength-of-light-as-propto-1-1-4-depends-on https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTQ0NzAw-the-ratio-of-resolving-powers-of-an-optical-microscope-for-two-wavelengths-1-4000oaand-2-6000oa-1-4000aoand-2-6000ao-is-1-8-27-2-9-4-3-3-2-4-16-81-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjYzODQ0-the-angular-resolution-of-a-10-cm-diameter-telescope-for-a-wavelength-of-5000-is-of-the-order-of-1-10-4-rad-2-10-6-rad-3-106-rad-4-10-2-rad-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-pb246OTE1NzU-given-below-are-two-statements-assertion-a-the-resolving-power-of-a-telescope-is-more-if-the-diameter-of-the-objective-lens-is-more-reason-r-an-objective-lens-of-large-diameter-collects-more-light-1-b https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjY0Njc0-a-telescope-has-an-objective-lens-of-10-cm-diameter-and-is-situated-at-a-distance-of-one-kilometre-from-two-objects-the-minimum-distance-between-these-two-objects-which-can-be-resolved-by-the-telescop https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MjY0NzIw-the-diameter-of-the-human-eye-lens-is-2-mm-what-will-be-the-minimum-distance-between-two-points-to-resolve-them-which-are-situated-at-a-distance-of-50-meters-from-the-eye-the-wavelength-of-light-is-50 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTQ0Njk3-the-distance-of-the-moon-from-the-earth-is-3-8-105km3-8-105km3-8-105km-the-eye-is-most-sensitive-to-light-of-wavelength-5500-the-minimum-separation-between-two-points-on-the-moon-that-can-be-resolved https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTI3MTMy-a-light-beam-traveling-along-the-x-text-axis-with-a-planar-wavefront-is-incident-on-a-medium-of-thickness-t-in-the-region-where-light-is-falling-the-refractive-index-can-be-taken-to-be-varying-such-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM1MjQ0-young-s-double-slit-experiment-is-conducted-with-light-of-wavelength-lambda-the-double-slit-is-shifted-towards-the-source-by-a-distance-l-and-the-position-of-the-5-text-th-fringe-is-shifted-by-1-dfrac https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MTI3NDkw-p-polarized-light-is-incident-on-a-polaroid-let-i-0-be-the-intensity-of-light-transmitted-by-this-polaroid-now-a-very-large-number-say-n-of-polaroids-are-placed-in-a-row-with-their-axes-displaced-thro https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQzNDY2-which-of-the-following-colourful-patterns-is-due-to-the-diffraction-of-light-1-rainbow-2-white-light-dispersed-using-a-prism-3-colours-observed-on-compact-disc-4-blue-colour-of-the-sky-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ5MjU1-a-polariser-and-an-analyser-are-inclined-to-each-other-at-an-angle-theta-if-the-intensity-of-polarised-light-emerging-from-analyser-is-i-0-then-the-intensity-of-unpolarized-light-incident-on-the-polar https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM1OTM4-in-a-young-s-double-slit-experiment-with-identical-slits-of-slit-separation-d-slit-to-screen-distance-d-the-phase-difference-between-the-waves-arriving-at-a-point-just-opposite-to-one-of-the-slits-is https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ1MDY0-consider-the-diffraction-of-light-through-a-rectangular-slit-which-is-twice-as-wide-as-it-is-high-which-of-the-following-statements-is-true-1-the-central-diffraction-peak-is-wider-in-the-vertical-dire https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzM3NzI1-young-s-double-slit-experiment-is-performed-with-identical-slits-separated-by-a-distance-d-and-with-light-of-wavelength-lambda-the-screen-is-placed-at-a-point-which-is-at-a-distance-d-from-the-double https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDM5MzE1-a-parallel-beam-of-light-of-wavelength-lambda-400-text-nm-falls-normally-onto-a-single-slit-of-width-d-0-2-text-mm-placed-in-front-of-a-screen-which-is-50-text-cm-away-the-first-maximum-next-to-the-ce https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzIyOTA1-a-double-slit-experiment-is-performed-with-one-slit-four-times-as-wide-as-the-other-assuming-that-the-amplitude-of-light-coming-from-a-slit-is-proportional-to-the-slit-width-the-ratio-of-the-maximum-a https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTg4NDQy-an-unpolarized-light-of-certain-intensity-passes-through-a-combination-of-two-polarizers-whose-transmission-axes-are-at-30-circ-and-90-circ-respectively-with-respect-to-the-horizontal-axis-a-third-pol https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTg4NTg0-in-a-double-slit-experiment-when-one-of-the-slits-is-covered-by-a-transparent-mica-sheet-of-refractive-index-1-56-the-central-fringe-shifts-to-the-position-of-7-text-th-bright-fringe-obtained-with-bot https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTg4ODYy-in-a-young-s-double-slit-experiment-the-intensity-at-some-point-on-the-screen-is-found-to-be-dfrac-3-4-times-of-the-maximum-of-the-interference-pattern-the-path-difference-between-the-interfering-wave https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTg5NTMz-in-a-young-double-slit-experiment-the-wavelength-of-incident-light-is-6000-mathring-a-the-separation-between-slits-s-1-and-s-2-is-5-text-cm-and-the-distance-between-slits-plane-and-screen-is-50-text-c https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTg5Njk5-in-interference-experiment-the-path-difference-between-two-interfering-waves-at-a-point-a-on-the-screen-is-lambda-3-where-lambda-is-the-wavelength-of-these-waves-and-at-another-point-b-the-path-differ https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTg4ODM3-in-single-slit-diffraction-pattern-the-wavelength-of-light-used-is-628-text-nm-and-slit-width-is-0-2-text-mm-the-angular-width-of-central-maximum-is-alpha-times10-2-degrees-the-value-of-alpha-is-1-30 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTg5NjQ3-in-young-s-double-slit-experiment-the-fringe-width-of-the-interference-pattern-produced-on-the-screen-is-2-4-mu-text-m-if-the-experiment-is-carried-out-in-another-medium-having-refractive-index-1-2-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTg5MTU4-the-maximum-intensity-in-a-young-s-double-slit-experiment-is-i-0-distance-between-the-slits-d-is-5-lambda-where-lambda-is-the-wavelength-of-light-used-the-intensity-of-the-fringe-exactly-opposite-to-o https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTg5NzAz-a-slit-of-widths-a-is-illuminated-by-light-of-wavelength-lambda-the-linear-separation-between-1-text-st-and-3-text-rd-minima-in-the-diffraction-pattern-produced-on-a-screen-placed-at-distance-d-from-t https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTg5ODAy-an-unpolarized-light-is-incident-on-the-plane-interface-of-air-dielectric-medium-shown-in-figure-if-the-incident-angle-is-equal-to-brewster-angle-identify-the-expression-representing-reflected-wave-1 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgxMTEy-in-a-double-slit-experiment-the-distance-between-the-slits-is-0-1-text-cm-and-the-screen-is-placed-at-50-text-cm-from-the-slits-plane-when-one-slit-is-covered-with-a-transparent-sheet-having-thickness https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgxNDc4-given-below-are-two-statements-statement-i-in-a-young-s-double-slit-experiment-the-angular-separation-of-fringes-will-increase-as-the-screen-is-moved-away-from-the-plane-of-the-slits-statement-ii-in-a https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgxNzQ2-in-a-young-s-double-slit-experiment-set-up-the-two-slits-are-kept-0-4-text-mm-apart-and-screen-is-placed-at-1-text-m-from-slits-if-a-thin-transparent-sheet-of-thickness-20-mu-text-m-is-introduced-in-f https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgwNjc1-two-loudspeakers-l-1-and-l-2-are-placed-with-a-separation-of-10-text-m-as-shown-in-figure-both-speakers-are-fed-with-an-audio-input-signal-of-same-frequency-with-constant-volume-a-voice-recorder-initi https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgwODY5-which-of-the-following-are-true-for-a-single-slit-diffraction-mathrm-a-width-of-central-maxima-increases-with-increase-in-wavelength-keeping-slit-width-constant-mathrm-b-width-of-central-maxima-increa https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgxMjE3-in-two-separate-young-s-double-slit-experimental-set-ups-two-monochromatic-light-sources-of-different-wavelengths-are-used-to-get-fringes-of-equal-width-the-ratios-of-the-slit-separations-and-that-of https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgxOTA2-when-an-unpolarized-light-falls-at-a-particular-angle-on-a-glass-plate-placed-in-air-it-is-observed-that-the-reflected-beam-is-linearly-polarized-the-angle-of-refracted-beam-with-respect-to-the-normal https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgxODgz-an-unpolarised-light-is-incident-at-an-interface-of-two-dielectric-media-having-refractive-indices-of-2-incident-medium-and-2-sqrt3-medium-respectively-to-satisfy-the-condition-that-reflected-and-refr https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgwOTQ3-in-the-young-s-double-slit-experiment-the-intensity-produced-by-each-other-of-the-individual-slits-is-i-0-the-distance-between-two-slits-slits-is-2-text-mm-the-distance-of-screen-from-slits-is-10-text https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgyMjAx-give-below-are-two-statement-statement-i-a-plane-wave-after-passing-through-prism-remains-as-plane-wave-but-passing-through-small-pin-hole-may-become-spherical-wave-statement-ii-the-curvature-of-a-sph https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTgyNTg5-a-beam-of-light-consisting-of-wavelengths-650-text-nm-and-550-text-nm-illuminates-the-young-s-double-slits-with-separation-of-2-text-mm-such-that-the-interference-fringes-are-formed-on-a-screen-placed https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQxMDc3-in-a-young-s-double-slit-experiment-two-slits-are-located-1-5-text-mm-apart-the-distance-of-screen-from-slits-is-2-text-m-and-the-wavelength-of-the-source-is-400-text-nm-if-the-20-maxima-of-the-double https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQxMDYw-two-polarisers-p-1-and-p-2-are-placed-in-such-a-way-that-the-intensity-of-the-transmitted-light-will-be-zero-a-third-polariser-p-3-is-inserted-in-between-p-1-and-p-2-at-particular-angle-between-p-2-an https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQwOTcw-in-a-young-s-double-slit-experiment-the-slits-are-separated-by-0-2-text-mm-if-the-slits-separation-is-increased-to-0-4-text-mm-the-percentage-change-of-the-fringe-width-is-1-50-2-0-3-100-4-25-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQwOTUz-in-a-young-s-double-slit-experiment-the-source-is-white-light-one-of-the-slits-is-covered-by-red-filter-and-another-by-a-green-filter-in-this-case-1-there-shall-be-an-interference-pattern-for-red-dist https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQwOTUy-the-amplitude-and-phase-of-a-wave-that-is-formed-by-the-superposition-of-two-harmonic-travelling-waves-y-1-x-t-4-sin-kx-t-and-y-2-x-t-2-sin-left-kx-t-dfrac-2-3-right-are-take-the-angular-frequency-of https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQwOTMw-a-monochromatic-light-of-frequency-5-times-10-14-text-hz-travelling-through-air-is-incident-on-a-medium-of-refractive-index-2-wavelength-of-the-refracted-light-will-be-1-500-text-nm-2-600-text-nm-3-40 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQwOTI2-width-of-one-of-the-two-slits-in-a-young-s-double-slit-interference-experiment-is-half-of-the-other-slit-the-ratio-of-the-maximum-to-the-minimum-intensity-in-the-interference-pattern-is-1-2-sqrt-2-1-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQwOTAy-two-monochromatic-light-beams-have-intensities-in-the-ratio-1-9-an-interference-pattern-is-obtained-by-these-beams-the-ratio-of-the-intensities-of-maximum-to-minimum-is-1-9-1-2-4-1-3-8-1-4-3-1-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQwODk0-two-coherent-monochromatic-light-beams-of-intensities-4i-and-9i-are-superimposed-the-difference-between-the-maximum-and-minimum-intensities-in-the-resulting-interference-pattern-is-xi-the-value-of-x-i https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQwNzU3-two-plane-polarized-light-waves-combine-at-a-certain-point-whose-electric-filed-components-are-begin-aligned-e-1-e-0-sin-omega-t-e-2-e-0-sin-left-omega-t-dfrac-pi-3-right-end-aligned-find-the-amplitud https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQwNjY2-in-a-single-slit-diffraction-experiment-using-light-of-wavelength-628-text-nm-the-angular-separation-between-the-second-minimum-on-the-left-of-the-central-maximum-and-the-third-minimum-on-the-right-is https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTQwNjU2-a-particle-is-subjected-to-two-simple-harmonic-motions-as-x-1-sqrt-7-sin-5-t-text-cm-and-x-2-2-sqrt-7-sin-5-t-pi-3-text-cm-where-x-is-displacement-and-t-is-time-in-seconds-the-maximum-acceleration-of https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM2MDkw-a-thin-transparent-film-with-refractive-index-1-4-is-held-on-circular-ring-of-radius-1-8-text-cm-the-fluid-in-the-film-evaporates-such-that-transmission-through-the-film-at-wavelength-560-text-nm-goes https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM2MDgx-which-of-the-following-phenomena-cannot-be-explained-by-the-wave-theory-of-light-1-refraction-of-light-2-diffraction-of-light-3-reflection-of-light-4-compton-effect-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM2MDc5-young-s-double-slit-interference-apparatus-is-immersed-in-a-liquid-of-refractive-index-1-44-it-has-slit-separation-of-1-5-text-mm-the-slits-are-illuminated-by-a-parallel-beam-of-light-whose-wavelength https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM2MDAw-a-double-slit-interference-experiment-performed-with-a-light-of-wavelength-600-text-nm-forms-an-interference-fringe-pattern-on-a-screen-with-10-text-th-bright-fringe-having-its-centre-at-a-distance-of https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM1OTk5-in-a-young-s-double-slit-experiment-three-polarizers-are-kept-as-shown-in-the-figure-the-transmission-axes-of-p-1-and-p-2-are-orthogonal-to-each-other-the-polarizer-p-3-covers-both-the-slits-with-its https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM1OTI4-the-width-of-one-of-the-two-slits-in-young-s-double-slit-experiment-is-d-while-that-of-the-other-slit-is-xd-if-the-ratio-of-the-maximum-to-the-minimum-intensity-in-the-interference-pattern-on-the-scre https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM1ODA0-the-young-s-double-slit-interference-experiment-is-performed-using-light-consisting-of-480-text-nm-and-600-text-nm-wavelengths-to-form-interference-patterns-the-least-number-of-the-bright-fringes-of-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM1Njk2-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-in-young-s-double-slit-experiment-the-fringes-produced-by-red-light-are-closer-as-compar https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTM1Njcz-given-below-are-two-statements-one-is-labelled-as-assertion-a-and-the-other-is-labelled-as-reason-r-assertion-a-if-young-s-double-slit-experiment-is-performed-in-an-optically-denser-medium-than-air-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTIxNDgy-a-parallel-beam-of-monochromatic-light-of-wavelength-mathrm-600-nm-passes-through-single-slit-of-mathrm-0-4-mm-width-angular-divergence-corresponding-to-second-order-minima-would-be-1-1-times10-3-text https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTIxMjM0-the-width-of-one-of-the-two-slits-in-a-young-s-double-slit-experiment-is-4-times-that-of-the-other-slit-the-ratio-of-the-maximum-of-the-minimum-intensity-in-the-interference-pattern-is-1-1-1-2-16-1-3 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTIwODgw-monochromatic-light-of-wavelength-500-nm-is-used-in-young-s-double-slit-experiment-an-interference-pattern-is-obtained-on-a-screen-when-one-of-the-slits-is-covered-with-a-very-thin-glass-plate-refract https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTIwNTM2-in-a-young-s-double-slit-experiment-the-intensity-at-a-point-is-left-dfrac-1-4-right-th-of-the-maximum-intensity-the-minimum-distance-of-the-point-from-the-central-maximum-is-given-lambda-600-nm-mathr https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTE5OTM5-two-coherent-monochromatic-light-beams-of-intensities-i-and-4i-are-superimposed-the-difference-between-the-maximum-and-minimum-possible-intensities-in-the-resulting-beam-is-xi-the-value-of-x-is-1-21-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NTE3NTc5-which-of-the-following-phenomena-cannot-be-explained-using-the-wave-theory-of-light-a-reflection-b-diffraction-c-photoelectric-effect-d-interference-e-polarisation-choose-the-correct-option-from-the-g https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU3MDQz-the-diagram-shows-the-combination-of-three-polaroids-the-unpolarised-light-of-intensity-i-0-incident-perpendicular-to-the-axis-of-the-polaroid-p-1-for-maximum-intensity-of-light-transmitted-through-po https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU2MDY4-in-a-young-s-double-slit-experiment-the-intensities-due-to-each-slit-are-equal-and-the-intensity-at-the-central-maximum-is-i-mathrm-max-if-the-phase-difference-between-the-two-waves-at-a-point-on-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU0ODc3-in-single-slit-diffraction-with-slit-width-0-1-text-mm-light-of-wavelength-6000-mathring-a-is-used-a-convex-lens-of-focal-length-20-text-cm-is-used-to-focus-the-diffracted-ray-then-the-width-of-the-ce https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU0ODQw-in-ydse-the-intensity-at-two-sources-is-in-the-ratio-of-1-9-if-sources-are-coherent-then-the-intensity-at-the-central-point-is-i-1-and-if-sources-are-coherent-and-phase-differs-by-60-circ-the-intensit https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU0MzYz-unpolarised-light-is-incident-on-a-transparent-glass-surface-at-an-angle-of-60-circ-if-the-reflected-light-is-completely-polarised-what-is-the-angle-of-refraction-1-45-circ-2-60-circ-3-30-circ-4-37-ci https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDU0MzYx-in-a-ydse-shown-a-monochromatic-light-of-wavelength-500-text-nm-is-incident-at-point-p-10-text-th-maxima-is-formed-now-the-two-slits-are-replaced-with-a-single-slit-of-width-d-placed-at-the-center-if https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDM3OTc4-in-a-young-s-double-slit-experiment-light-of-wavelength-lambda-5000-mathring-a-passes-through-two-slits-separated-by-d-3-text-mm-the-screen-is-placed-at-a-distance-of-l-2-text-m-from-the-slits-if-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDM3OTAy-a-point-source-of-light-is-placed-at-the-focal-point-of-a-convex-lens-what-is-the-shape-of-the-wavefront-after-the-light-passes-through-the-lens-1-planar-2-cylindrical-3-spherical-4-elliptical-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3OTA2-an-unpolarised-light-is-incident-on-the-boundary-between-two-dielectric-media-with-dielectric-constants-varepsilon-1-2-8-and-varepsilon-2-6-8-if-the-reflected-and-refracted-rays-are-perpendicular-to-e https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzY2NjMy-if-ratio-of-amplitudes-is-2-1-in-young-s-double-slit-experiment-then-find-the-ratio-of-maximum-intensity-to-minimum-intensity-1-2-1-2-25-9-3-9-1-4-9-4-1-2-3-4 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzYzMzAx-two-wavelengths-lambda-1-600-nm-and-lambda-2-800-nm-are-used-in-a-ydse-experiment-their-maxima-coincide-at-certain-locations-on-the-screen-the-minimum-separation-between-such-a-location-and-central-ma https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzYzMjM2-unpolarised-light-of-intensity-i-0-passes-through-two-polarisers-a-and-b-whose-axes-are-perpendicular-a-third-polariser-c-is-inserted-between-a-and-b-with-its-axis-at-45-circ-to-that-of-a-what-is-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzYzMTQx-two-waves-of-the-same-intensity-from-sources-in-phase-are-made-to-superimpose-at-a-point-if-the-path-difference-between-these-two-coherent-waves-is-zero-then-the-resultant-intensity-is-i-0-if-this-pat https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzYzMDk5-in-a-standard-ydse-the-first-minima-is-obtained-in-front-of-the-slit-for-lambda-800-nm-if-the-distance-between-the-slit-and-the-screen-is-5-m-then-the-separation-between-the-slits-is-equal-to-1-5-time https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzYzMDkw-two-coherent-waves-of-amplitude-8-text-cm-each-are-superimposed-on-one-another-if-the-amplitude-of-a-resultant-wave-is-8-text-cm-then-the-phase-difference-between-the-two-waves-is-1-dfrac-2-pi-3-2-dfr https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzYyOTgx-there-are-n-number-of-polarizers-arranged-one-after-the-other-each-polarizer-pass-axis-is-inclined-at-45-circ-with-respect-to-the-previous-polarizer-unpolarized-light-of-intensity-i-0-is-incident-on-t https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ2ODY4-in-young-s-double-slit-experiment-performed-using-a-monochromatic-light-of-wavelength-lambda-when-a-glass-plate-mu-1-5-of-thickness-x-lambda-is-introduced-in-the-path-of-the-one-of-the-interfering-bea https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ2NzMx-the-aperture-of-the-objective-is-24-4-cm-the-resolving-power-of-this-telescope-if-a-light-of-wavelength-2440-is-used-to-see-the-object-will-be-1-8-1-times-10-6-2-10-0-times-10-7-3-8-2-times-10-5-4-1-0 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ2MDgw-for-a-specific-wavelength-of-670-nm-of-light-coming-from-a-galaxy-moving-with-velocity-v-the-observed-wavelength-is-670-7-nm-the-value-of-v-is-1-3-108-ms-1-2-3-1010-ms-1-3-3-13-105-ms-1-4-4-48-105-ms https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQ1OTc3-a-light-whose-electric-field-vectors-are-completely-removed-by-using-a-good-polaroid-is-allowed-to-incident-on-the-surface-of-the-prism-at-brewster-s-angle-choose-the-most-suitable-option-for-the-phen https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQzNjI4-two-coherent-sources-of-light-interfere-the-intensity-ratio-of-two-sources-is-1-4-for-this-interference-pattern-if-the-value-of-dfrac-i-max-i-min-i-max-i-min-is-equal-to-dfrac-2-alpha-1-beta-3-then-df https://medminds.me/qbank/physics/wave-optics/?q=NP-b246MzQzNTI2-a-microscope-was-initially-placed-in-air-refractive-index-1-it-is-then-immersed-in-oil-refractive-index-2-for-a-light-whose-wavelength-in-air-is-lambda-calculate-the-change-of-microscope-s-resolving-p https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc5MTIy-white-light-is-passed-through-a-double-slit-and-interference-is-observed-on-a-screen-1-5-text-m-away-the-separation-between-the-slits-is-0-3-text-mm-the-first-violet-and-red-fringes-are-formed-2-0-tex https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc5MDk0-a-light-source-produces-an-intensity-of-i-on-a-screen-two-polaroids-p-1-and-p-2-are-placed-between-the-source-and-the-screen-such-that-the-intensity-on-the-screen-reduces-to-dfrac-i-2-when-p-2-is-rota https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4ODUw-in-young-s-double-slit-experiment-the-distance-between-the-slits-varies-in-time-as-d-t-d-0-a-0-sin-omega-t-where-d-0-omega-and-a-0-are-constants-the-difference-between-the-largest-fringe-width-and-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4NzIw-the-speed-of-electrons-in-a-scanning-electron-microscope-is-1-times-10-7-text-m-s-if-protons-having-the-same-speed-are-used-instead-of-electrons-then-the-resolving-power-of-a-scanning-proton-microscop https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4MzYy-in-young-s-double-slit-arrangement-slits-are-separated-by-a-gap-of-0-5-text-mm-and-the-screen-is-placed-at-a-distance-of-0-5-text-m-from-them-the-distance-between-the-first-and-the-third-bright-fringe https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4MjIy-the-width-of-one-of-the-two-slits-in-young-s-double-slit-experiment-is-three-times-the-other-slit-if-the-amplitude-of-light-coming-from-a-slit-is-proportional-to-the-slit-width-the-ratio-of-minimum-to https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4MTE3-in-young-s-double-slit-experiment-the-light-source-is-changed-from-orange-light-to-blue-light-what-will-be-the-effect-on-the-interference-pattern-1-the-distance-between-consecutive-fringes-decreases-2 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3Nzg5-a-scientist-is-observing-a-bacteria-through-a-compound-microscope-for-better-analysis-and-to-improve-its-resolving-power-he-should-select-the-best-option-1-decrease-the-diameter-of-the-objective-lens https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3OTA5-the-light-waves-from-two-coherent-sources-have-the-same-intensity-i-1-i-2-i-0-text-in-an-interference-pattern-the-intensity-of-light-at-minima-is-zero-what-will-be-the-intensity-of-light-maxima-1-i-0 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3NDk4-a-fringe-width-of-6-text-mm-was-produced-for-two-slits-separated-by-1-text-mm-apart-the-screen-is-placed-10-text-m-away-the-wavelength-of-light-used-is-1-200-text-nm-2-400-text-nm-3-600-text-nm-4-800 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5Mjc1-two-coherent-light-sources-produce-an-interference-pattern-with-their-intensities-in-the-ratio-of-2x-what-is-the-value-of-the-ratio-dfrac-i-max-i-min-i-max-i-min-text-1-dfrac-2-sqrt-2-x-x-1-2-dfrac-sq https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5MDE5-given-below-are-two-statements-assertion-a-an-electron-microscope-can-achieve-better-resolving-power-than-an-optical-microscope-reason-r-the-de-broglie-s-wavelength-of-the-electrons-emitted-from-an-el https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc4OTY2-an-unpolarized-light-beam-is-incident-on-the-polarizer-of-a-polarization-experiment-and-the-intensity-of-light-beam-emerging-from-the-analyzer-is-measured-as-100-lumens-now-if-the-analyzer-is-rotated https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc4OTEx-in-young-s-double-slit-experiment-the-width-of-one-of-the-slit-is-three-times-the-other-slit-the-amplitude-of-the-light-coming-from-a-slit-is-proportional-to-the-slit-width-the-ratio-of-the-maximum-to https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc4ODg4-sunlight-passes-through-a-pinhole-of-diameter-0-1-mu-text-m-producing-a-diffraction-pattern-on-a-screen-if-the-diameter-of-the-pinhole-is-increased-slightly-how-will-the-diffraction-pattern-change-1-t https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4NTE2-three-harmonic-waves-having-an-equal-frequency-nu-and-the-same-intensity-i-0-have-phase-angles-left-0-dfrac-pi-4-text-and-dfrac-pi-4-right-respectively-when-they-are-superimposed-the-intensity-of-the https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4NDkw-the-aperture-diameter-of-a-telescope-is-5-text-m-the-separation-between-the-moon-and-the-earth-is-4-times-10-5-text-km-a-light-of-the-wavelength-of-5500-mathring-a-the-minimum-separation-between-objec https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4NDY3-in-a-double-slit-experiment-at-a-certain-point-on-the-screen-the-path-difference-between-the-two-interfering-waves-is-frac-1-8-text-th-of-a-wavelength-the-ratio-of-the-intensity-of-light-at-that-point https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4NDEw-in-young-s-double-slit-experiment-the-separation-between-the-slits-is-0-15-text-mm-in-the-experiment-a-source-of-light-of-wavelength-589-text-nm-is-used-and-the-interference-pattern-is-observed-on-a-s https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4MzMz-visible-light-of-wavelength-6000-times-10-8-text-cm-falls-normally-on-a-single-slit-and-produces-a-diffraction-pattern-it-is-found-that-the-second-diffraction-minimum-is-at-60-circ-from-the-central-ma https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc4MzMw-a-polarizer-analyser-set-is-adjusted-such-that-the-intensity-of-light-coming-out-of-the-analyser-is-just-10-of-the-original-intensity-assuming-that-the-polarizer-analyser-set-does-not-absorb-any-light https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5MzM1-orange-light-of-wavelength-6000-times-10-10-text-m-illuminates-a-single-slit-of-width-0-6-times-10-4-text-m-the-maximum-possible-number-of-diffraction-minima-produced-on-both-sides-of-the-central-maxi https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5MjA5-in-the-figure-below-p-and-q-are-two-equally-intense-coherent-sources-emitting-radiation-of-wavelength-20-text-m-the-separation-between-p-and-q-is-5-text-m-and-the-phase-of-p-is-ahead-of-that-of-q-by-9 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5MTA1-a-young-s-double-slit-experiment-is-performed-using-monochromatic-light-of-wavelength-lambda-the-intensity-of-light-at-a-point-on-the-screen-where-the-path-difference-is-lambda-is-k-units-the-intensit https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc4NzM0-a-beam-of-plane-polarised-light-of-large-cross-sectional-area-and-uniform-intensity-of-3-3-text-w-m-2-falls-normally-on-a-polariser-cross-sectional-area-3-times-10-4-text-m-2-which-rotates-about-its-a https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc4NjM3-two-coherent-sound-sources-s-1-and-s-2-separated-by-1-5-text-m-emit-sound-waves-in-phase-with-wavelength-lambda-1-mathrm-m-a-listener-at-point-l-located-2-text-m-directly-in-front-of-s-2-perpendicular https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc4NDc3-two-light-waves-having-the-same-wavelength-lambda-in-vacuum-are-in-phase-initially-then-the-first-wave-travels-a-path-of-length-l-1-through-a-medium-of-refractive-index-n-1-while-the-second-wave-trave https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc4NDU3-in-young-s-double-slit-experiment-the-light-of-500-text-nm-is-used-to-produce-an-interference-pattern-when-the-distance-between-the-slits-is-0-05-text-mm-the-angular-width-in-degree-of-the-fringes-for https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3NDk3-consider-young-s-double-slit-experiment-as-shown-in-the-figure-what-should-be-the-slit-separation-d-in-terms-of-wavelength-lambda-such-that-the-first-minima-occurs-directly-in-front-of-the-slit-s-1-df https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3NDI3-in-young-s-double-slit-experiment-the-slits-are-placed-0-320-text-mm-apart-a-liight-of-wavelength-lambda-500-text-nm-is-incident-on-the-slits-the-total-number-of-bright-fringes-that-are-observed-in-th https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3Mzc2-in-young-s-double-slit-experiment-the-separation-between-the-slits-is-0-1-text-mm-a-bright-fringe-is-observed-at-an-angle-of-dfrac-1-40-text-rad-using-light-of-wavelength-lambda-1-when-light-of-anothe https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc3MzEx-in-a-double-slit-experiment-when-a-thin-film-of-thickness-t-having-a-refractive-index-mu-is-introduced-in-front-of-one-of-the-slits-the-maximum-at-the-centre-of-the-fringe-pattern-shifts-by-one-fringe https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc2OTE5-a-system-of-three-polarisers-p-1-p-2-and-p-3-is-arranged-such-that-the-pass-axis-of-p-3-is-crossed-with-respect-to-that-of-p-1-the-pass-axis-of-p-2-is-inclined-at-60-circ-to-that-of-p-3-when-unpolaris https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc2ODA1-in-young-s-double-slit-experiment-the-ratio-of-the-slit-s-width-is-4-1-the-ratio-of-the-intensity-of-maxima-to-minima-close-to-the-central-fringe-on-the-screen-will-be-1-25-9-2-4-1-3-sqrt-3-1-4-16-4-9 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3MjI2-an-unpolarised-light-of-intensity-i-is-incident-on-a-system-of-two-polarisers-a-followed-by-b-the-emergent-intensity-is-dfrac-i-2-when-a-third-polariser-c-is-inserted-between-a-and-b-the-emergent-inte https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3MTgw-a-light-of-wavelength-550-text-nm-falls-normally-on-a-slit-of-width-22-0-10-5-text-cm-the-angular-position-of-the-second-minima-from-the-central-maximum-in-radians-will-be-1-dfrac-pi-4-2-dfrac-pi-8-3 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5MDM1-the-angular-width-of-the-central-maximum-in-a-single-slit-diffraction-pattern-is-60-circ-the-width-of-the-slit-is-1-mu-text-m-the-slit-is-illuminated-by-monochromatic-plane-waves-if-another-slit-of-sa https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5MDM0-unpolarised-light-of-intensity-i-passes-through-an-ideal-polariser-a-a-second-identical-polariser-b-is-placed-behind-a-the-intensity-of-light-beyond-b-is-found-to-be-dfrac-i-2-now-a-third-identical-po https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3MTk4-a-single-slit-of-width-0-1-text-mm-is-illuminated-by-a-parallel-beam-of-light-of-wavelength-6000-mathring-a-the-diffraction-pattern-is-observed-on-a-screen-placed-0-5-text-m-away-from-the-slit-what-is https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3MTI0-a-single-slit-of-width-b-is-illuminated-by-a-coherent-monochromatic-light-of-wavelength-lambda-if-the-second-and-fourth-minima-in-the-diffraction-pattern-at-a-distance-1-text-m-from-the-slit-are-at-3 https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5MzU5-in-a-young-s-double-slit-experiment-slits-are-separated-by-0-5-text-mm-and-the-screen-is-placed-150-text-cm-away-a-beam-of-light-consisting-of-two-wavelengths-650-text-nm-and-520-text-nm-is-used-to-ob https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc3MTE5-in-young-s-double-slit-experiment-the-distance-between-slits-and-the-screen-is-1-0-text-m-and-monochromatic-light-of-600-text-nm-is-being-used-a-person-standing-near-the-slits-is-looking-at-the-fringe https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc2OTcz-unpolarized-light-of-intensity-i-0-is-incident-on-the-surface-of-a-block-of-glass-at-brewster-s-angle-in-that-case-which-one-of-the-following-statements-is-true-1-the-reflected-light-is-completely-pol https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc2OTM2-in-a-young-s-double-slit-experiment-with-the-light-of-wavelength-lambda-the-separation-of-slits-d-and-distance-of-screen-is-d-such-that-d-d-lambda-if-the-fringe-width-is-beta-the-distance-from-the-poi https://medminds.me/qbank/physics/wave-optics/?q=NP-b246NDc2OTA0-a-parallel-beam-of-electrons-travels-along-the-x-text-axis-passes-through-a-slit-of-width-d-see-figure-as-a-result-electrons-acquire-a-momentum-p-y-in-the-y-text-direction-for-the-majority-of-electron https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5NjQ4-on-a-hot-summer-night-the-refractive-index-of-air-is-smallest-near-the-ground-and-increases-with-height-from-the-ground-when-a-light-beam-is-directed-horizontally-the-huygens-principle-leads-us-to-con https://medminds.me/qbank/physics/wave-optics/?q=NP-b246Mjc5NzEx-two-beams-a-and-b-of-plane-polarized-light-with-mutually-perpendicular-planes-of-polarization-are-seen-through-a-polaroid-from-the-position-when-beam-a-and-has-maximum-intensity-and-beam-b-has-zero-in https://medminds.me/qbank/physics/waves/?q=NP-pb246MTMzMjQ-how-many-degrees-of-freedom-the-gas-molecules-have-if-under-text-stp-the-gas-density-rho-1-3-text-kg-m-3-and-the-velocity-of-sound-propagation-in-it-is-330-text-ms-1-1-3-2-5-3-7-4-8-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjUzNzU-equation-of-the-wave-is-given-by-y-0-4-sin-314t-3-14x-where-x-and-y-are-in-meter-and-t-is-in-second-the-speed-of-the-wave-is-1-50-m-s-2-100-m-s-3-314-m-s-4-3-14-m-s-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMTE-a-plane-progressive-wave-cannot-be-represented-by-1-y-asin-969-t-177-kx-2-y-asin2-960-tt-8723-x-955-3-y-asin2-960-955-vt-8723-x-4-y-alogx-blogx-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMTI-the-phase-difference-between-the-prongs-of-a-tuning-fork-is-1-2-pi-2-3-pi-3-pi-4-5-pi-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMTQ-the-isothermal-elasticity-of-a-medium-is-ei-and-the-adiabatic-elasticity-in-ea-the-velocity-of-sound-in-the-medium-is-proportional-to-1-ei-2-ea-3-ei-4-ea-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMTU-when-a-wave-is-reflected-from-a-denser-medium-the-change-in-phase-is-1-0-2-960-3-2-960-4-3-960-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMTY-in-a-stationary-wave-along-a-string-the-strain-is-1-zero-at-the-antinodes-2-maximum-at-the-antinodes-3-zero-at-the-nodes-4-maximum-at-the-nodes-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMTc-a-source-of-sound-moves-away-with-the-velocity-of-sound-from-a-stationary-observer-the-frequency-of-the-sound-heard-by-the-observer-1-remains-the-same-2-is-doubled-3-is-halved-4-becomes-infinity-1-2-3 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMzA-the-longitudinal-waves-can-travel-1-only-in-liquids-2-only-in-solids-3-only-in-gases-4-in-liquids-solids-and-gases-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMzM-the-equation-of-a-wave-pulse-travelling-along-x-axis-is-given-by-y-302-x-20t2-x-and-y-are-in-meters-and-t-is-in-seconds-the-amplitude-of-the-wave-pulse-is-1-5-m-2-20-m-3-15-m-4-30-m-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMzQ-the-equation-of-a-standing-wave-in-a-string-is-y-200-text-m-sin-left-frac-2-pi-50-x-right-cos-left-frac-2-pi-0-01-t-right-where-x-is-in-metres-and-t-is-in-seconds-at-the-position-of-antinode-how-many https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMzU-eleven-tuning-forks-are-arranged-in-increasing-order-of-frequency-in-such-a-way-that-any-two-consecutive-tuning-forks-produce-4-beats-per-second-the-highest-frequency-is-twice-that-of-the-lowest-the-h https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMzY-consecutive-frequencies-emitted-from-an-organ-pipe-are-75-text-hz-125-text-hz-175-text-hz-the-frequency-of-the-tenth-overtone-will-be-1-275-text-hz-2-175-text-hz-3-525-text-hz-4-575-text-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMzc-the-sound-intensity-level-at-a-point-10-m-away-from-a-point-source-is-20db-then-the-sound-level-at-a-distance-1m-from-the-same-source-would-be-1-40-db-2-30-db-3-200-db-4-100-db-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxMzg-in-the-phenomenon-of-interference-of-sound-by-two-coherent-sources-if-difference-of-intensity-at-maxima-to-intensity-at-minima-is-20db-then-the-ratio-of-intensities-of-the-two-sources-is-1-12181-2-119 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjYxNTc-when-a-sound-wave-travels-from-one-medium-to-another-the-quantity-that-remains-unchanged-is-1-speed-2-amplitude-3-frequency-4-wavelength-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjcyNTg-if-a-sound-source-of-frequency-n-approaches-an-observer-with-velocity-v-4-and-the-observer-approaches-the-source-with-velocity-v-5-then-the-apparent-frequency-heard-will-be-1-5-8-n-2-8-5-n-3-7-5-n-4-5 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjcyODc-the-equation-of-plane-progressive-wave-motion-is-y-a-sin-2-pi-lambda-vt-x-velocity-of-particle-is-1-ydvdx-2-vdydx-3-ydvdx-4-vdydx-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MjcyODg-the-third-overtone-of-a-closed-pipe-is-observed-to-be-in-unison-with-the-second-overtone-of-an-open-pipe-the-ratio-of-the-lengths-of-the-pipes-is-1-frac-3-2-2-frac-5-3-3-frac-7-4-4-frac-7-6-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246MzAxMDc-a-person-speaking-normally-produces-a-sound-of-intensity-40-db-at-a-distance-of-1-m-if-threshold-intensity-fo-r-reasonable-audibility-is-20-db-the-maximum-distance-at-which-he-can-be-heared-clearly-is https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEwMDE-the-two-nearest-harmonics-of-a-tube-close-at-one-end-and-open-at-the-other-end-are-220-text-hz-and-260-text-hz-what-is-the-fundamental-frequency-of-the-system-1-10-text-hz-2-20-text-hz-3-30-text-hz-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEwMDg-two-cars-moving-in-opposite-directions-approach-each-other-with-speed-of-22m-s-and-16-5-m-s-respectively-the-driver-of-the-first-car-blows-a-horn-having-a-frequency-400-hz-the-frequency-heard-by-the-d https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEwNTk-the-second-overtone-of-an-open-organ-pipe-has-the-same-frequency-as-the-first-overtone-of-a-closed-pipe-l-metre-long-the-length-of-the-open-pipe-will-be-1-l-2-2l-3-l-2-4-4l-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEwOTk-a-siren-emitting-a-sound-of-frequency-800-hz-moves-away-from-an-observer-towards-a-cliff-at-a-speed-of-15ms-1-the-frequency-of-sound-that-the-observer-hears-in-the-echo-reflected-from-the-cliff-will-b https://medminds.me/qbank/physics/waves/?q=NP-pb246NTExMDU-an-air-column-closed-at-one-end-and-open-at-the-other-resonates-with-a-running-fork-when-the-smallest-length-of-the-column-is-50-cm-the-next-larger-length-of-the-column-resonating-with-the-same-tunnin https://medminds.me/qbank/physics/waves/?q=NP-pb246NTExMjE-a-uniform-rope-of-length-l-and-mass-m-1-hangs-vertically-from-a-rigid-support-a-block-of-mass-m-2-is-attached-to-the-free-end-of-the-ropes-a-transverse-pulse-of-wavelength-lambda-1-is-produced-at-the https://medminds.me/qbank/physics/waves/?q=NP-pb246NTExNzg-a-source-of-sound-s-emitting-waves-of-frequency-100-hz-and-an-observer-o-are-located-at-some-distance-from-each-other-the-source-is-moving-with-a-speed-of-19-4-ms-1-at-an-angle-of-60-deg-with-the-sour https://medminds.me/qbank/physics/waves/?q=NP-pb246NTExODA-4-0-g-of-a-gas-occupies-22-4-l-at-ntp-the-specific-heat-capacity-of-the-gas-at-constant-volume-is-5-0-j-k-1mol-1-if-the-speed-of-sound-in-this-gas-at-ntp-is952ms-1-then-the-heat-capacity-at-constant-p https://medminds.me/qbank/physics/waves/?q=NP-pb246NTExOTI-a-string-is-stretched-between-fixed-points-separated-by-75-0-text-cm-it-is-observed-to-have-resonant-frequencies-of-420-text-hz-and-315-text-hz-there-are-no-other-resonant-frequencies-between-these-tw https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEyMzU-if-n1-n2-and-n3-are-are-the-fundamental-frequencies-of-three-segments-into-which-a-string-is-divided-then-the-original-fundamental-frequency-n-of-the-string-is-given-by-1-1-n-1-n1-1-n2-1-n3-2-1-radic https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEyMzY-the-number-of-possible-natural-oscillations-of-the-air-column-in-a-pipe-closed-at-one-end-of-a-length-of-85-text-cm-whose-frequencies-lie-below-1250-text-hz-is-velocity-of-sound-340-text-ms-1-1-4-2-5 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEyMzc-a-speed-motorcyclist-sees-a-traffic-jam-ahead-of-him-he-slows-down-to-36km-h-he-finds-that-traffic-has-eased-and-a-car-moving-in-front-of-him-at-18km-h-is-honking-at-a-frequency-of-1392hz-if-the-speed https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEyODA-a-wave-travelling-in-the-positive-x-direction-having-maximum-displacement-along-y-direction-as-1-text-m-wavelength-2-pi-text-m-and-frequency-of-1-pi-hz-is-represented-by-1-y-text-sin-x-2t-2-y-text-sin https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEyODE-if-we-study-the-vibration-of-a-pipe-open-at-both-ends-then-the-following-statements-is-not-true-1-open-end-will-be-anti-node-2-odd-harmonics-of-the-fundamental-frequency-will-be-generated-3-all-harmon https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEyODI-a-source-of-unknown-frequency-gives-4-beats-s-when-sounded-with-a-source-of-known-frequency-250-hz-the-second-harmonic-of-the-source-of-unknown-frequency-gives-five-beats-per-second-when-sounded-with https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEzMDc-when-a-string-is-divided-into-three-segments-of-lengths-l-1-l-2-text-and-l-3-the-fundamental-frequencies-of-these-three-segments-are-nu-1-nu-2-text-and-nu-3-respectively-the-original-fundamental-frequ https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEzNTQ-two-sources-of-sound-placed-close-to-each-other-are-emitting-progressive-waves-given-by-y1-4-sin-600-pi-t-and-y2-5-sin-608-pi-t-an-observer-located-near-these-two-sources-of-sound-will-hear-1-4-beats https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEzNjc-the-equation-of-a-simple-harmonic-wave-is-given-by-y-3sin-pi-2-50t-x-where-x-and-y-are-in-meters-and-t-is-in-seconds-the-ratio-of-maximum-particle-velocity-to-the-wave-velocity-is-1-2-pi-2-32-pi-3-3-p https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEzNjg-a-train-moving-at-a-speed-of-220-ms-1-towards-a-stationary-object-emits-a-sound-of-frequency-1000-hz-some-of-the-sound-reaching-the-object-gets-reflected-back-to-the-train-as-an-echo-the-frequency-of https://medminds.me/qbank/physics/waves/?q=NP-pb246NTEzOTU-two-waves-are-represented-by-the-equations-y1-asin-omega-t-kx-0-57-m-and-y2-acos-omega-t-kx-m-where-x-is-in-metre-and-t-in-second-the-phase-difference-between-them-is-1-1-25-rad-2-1-57-rad-3-0-57-rad https://medminds.me/qbank/physics/waves/?q=NP-pb246NTE0MDE-sound-waves-travel-at-350-m-s-through-a-warm-air-and-at-3500-m-s-through-brass-the-wavelength-of-a-700-hz-acoustic-wave-as-it-enters-brass-from-warm-air-1-increases-by-factor-20-2-increases-by-factor https://medminds.me/qbank/physics/waves/?q=NP-pb246NTE1NjM-two-identical-piano-wires-kept-under-the-same-tension-t-have-a-fundamental-frequency-of-600-text-hz-the-fractional-increase-in-the-tension-of-one-of-the-wires-which-will-lead-to-the-occurrence-of-6-be https://medminds.me/qbank/physics/waves/?q=NP-pb246NTE1ODI-two-particles-are-oscillating-along-two-close-parallel-straight-lines-side-by-side-with-the-same-frequency-and-amplitudes-they-pass-each-other-moving-in-opposite-directions-when-their-displacement-is https://medminds.me/qbank/physics/waves/?q=NP-pb246NTE2MDU-a-transverse-wave-is-represented-by-y-asin-969-t-kx-for-what-value-of-the-wavelength-is-the-wave-velocity-equal-to-the-maximum-particle-velocity-1-960-a-2-2-960-a-3-2-960-a-4-a-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTE2MTc-a-tuning-fork-of-frequency-512-text-hz-makes-4-beats-s-with-the-vibrating-strings-of-a-piano-the-beat-frequency-decreases-to-2-beats-s-when-the-tension-in-the-piano-strings-is-slightly-increased-the-f https://medminds.me/qbank/physics/waves/?q=NP-pb246NTE2ODA-a-wave-in-a-string-has-an-amplitude-of-2-cm-the-wave-travels-in-the-ve-direction-of-x-axis-with-a-speed-of-128ms-1-and-it-is-noted-that-5-complete-waves-fit-in-4-m-length-of-the-string-the-equation-de https://medminds.me/qbank/physics/waves/?q=NP-pb246NTE3MTU-each-of-the-two-strings-of-length-51-6-cm-and-49-1-cm-are-tensioned-separately-by-20n-force-mass-per-unit-length-of-both-the-strings-is-same-and-equal-to-1-gm-1when-both-the-strings-vibrate-simultaneo https://medminds.me/qbank/physics/waves/?q=NP-pb246NTE3NTI-two-periodic-waves-of-intensities-i1andi2-pass-through-a-region-at-the-same-time-in-the-same-direction-the-sum-of-the-maximum-and-minimum-intensities-is-1-i1-i2-2-i1-i22-3-i1-i22-4-2i1-i2-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTE3NjU-two-points-are-located-at-a-distance-of-10-m-and-15-m-from-the-source-of-oscillation-the-period-of-oscillation-is-0-05-s-and-the-velocity-of-the-wave-is-300-m-s-what-is-the-phase-difference-between-th https://medminds.me/qbank/physics/waves/?q=NP-pb246NTE3Njg-the-wave-described-by-y-0-25-sin-10-pi-x-2-pi-t-where-x-and-y-are-in-metres-and-t-in-seconds-is-a-wave-traveling-along-the-1-text-ve-x-direction-with-frequency-1-hz-2-text-ve-x-direction-with-frequenc https://medminds.me/qbank/physics/waves/?q=NP-pb246NTYwMDg-two-waves-are-represented-by-the-equations-y1-asin-969-t-and-y2-acos-969-t-the-first-wave-1-leads-the-second-by-960-2-lags-the-second-by-2-960-3-leads-the-second-by-960-2-4-lags-the-second-by-960-2-1 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxODU-the-distance-between-two-consecutive-crests-in-a-wave-train-produced-in-a-string-is-5-cm-if-2-complete-waves-pass-through-any-point-per-second-the-velocity-of-the-wave-is-1-10-cm-sec-2-2-5-cm-sec-3-5 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxODY-a-tuning-fork-makes-256-vibrations-per-second-in-air-when-the-velocity-of-sound-is-330-m-s-then-the-wavelength-of-the-tone-emitted-is-1-0-56-m-2-0-89-m-3-1-11-m-4-1-29-m-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxODc-sound-waves-have-the-following-frequencies-that-are-audible-to-human-beings-1-5-c-s-2-27000-c-s-3-5000-c-s-4-50-000-c-s-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxODg-the-minimum-audible-wavelength-at-room-temperature-is-about-1-0-2-aring-2-5-aring-3-5-cm-to-2-metre-4-20-mm-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxODk-the-ratio-of-the-speed-of-sound-in-nitrogen-gas-to-that-in-helium-gas-at-300-k-is-1-2-7-2-1-7-3-3-5-4-6-5-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxOTA-the-frequency-of-a-rod-is-200-hz-if-the-velocity-of-sound-in-air-is-340-ms-ndash-1-the-wavelength-of-the-sound-produced-is-1-1-7-cm-2-6-8-cm-3-1-7-m-4-6-8-m-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxOTE-a-man-drops-a-stone-into-a-lake-from-the-top-of-a-tower-that-is-500-text-m-high-if-the-speed-of-sound-in-air-is-340-text-m-s-approximately-how-long-after-releasing-the-stone-will-he-hear-the-sound-of https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxOTI-when-sound-waves-travel-from-air-to-water-which-of-the-following-remains-constant-1-velocity-2-frequency-3-wavelength-4-all-the-above-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxOTM-at-what-temperature-velocity-of-sound-is-double-than-that-of-at-0-deg-c-1-819-k-2-819-deg-c-3-600-deg-c-4-600-k-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxOTQ-if-velocity-of-sound-in-a-gas-is-360-m-s-and-the-distance-between-a-compression-and-the-nearest-rarefaction-is-1m-then-the-frequency-of-sound-is-1-90-hz-2-180-hz-3-360-hz-4-720-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxOTU-if-the-density-of-oxygen-is-16-times-that-of-hydrogen-what-will-be-the-ratio-of-their-corresponding-velocities-of-sound-waves-1-1-4-2-4-1-3-16-1-4-1-16-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxOTY-at-which-temperature-the-speed-of-sound-in-hydrogen-will-be-the-same-as-that-of-the-speed-of-sound-in-oxygen-at-100-deg-c-1-ndash-148-deg-c-2-ndash-212-5-deg-c-3-ndash-317-5-deg-c-4-ndash-249-7-deg-c https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxOTc-the-phase-difference-between-two-points-separated-by-1m-in-a-wave-of-frequency-120-hz-is-90-deg-the-wave-velocity-is-1-180-m-s-2-240-m-s-3-480-m-s-4-720-m-s-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxOTg-the-echo-of-a-gunshot-is-heard-8-sec-after-the-gun-is-fired-how-far-from-him-is-the-surface-that-reflects-the-sound-velocity-of-sound-in-air-350-m-s-1-1400-m-2-2800-m-3-700-m-4-350-m-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcxOTk-a-man-sets-his-watch-by-the-sound-of-a-siren-placed-at-a-distance-1-km-away-if-the-velocity-of-sound-is-330-m-s-1-his-watch-is-set-3-sec-faster-2-his-watch-is-set-3-sec-slower-3-his-watch-is-set-corre https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMDA-the-velocity-of-sound-in-air-is-1-faster-in-dry-air-than-in-moist-air-2-directly-proportional-to-the-pressure-3-directly-proportional-to-temperature-4-independent-of-the-pressure-of-air-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMDE-the-frequency-of-a-sound-wave-is-n-and-its-velocity-is-v-if-the-frequency-is-increased-to-4n-the-velocity-of-the-wave-will-be-1-v-2-2v-3-4v-4-v-4-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMDI-the-speed-of-a-wave-in-a-certain-medium-is-960-m-s-if-3600-waves-pass-over-a-certain-point-of-the-medium-in-1-minute-the-wavelength-is-1-2-metres-2-4-metres-3-8-metres-4-16-metres-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMDM-the-speed-of-sound-at-a-constant-temperature-depends-on-1-pressure-2-density-of-gas-3-above-both-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMDQ-sound-velocity-is-maximum-in-1-h2-2-n2-3-he-4-o2-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMDU-the-minimum-distance-of-reflector-surface-from-the-source-for-listening-the-echo-of-sound-is-1-28-m-2-18-m-3-19-m-4-16-5-m-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMDY-the-type-of-waves-that-can-be-propagated-through-solid-is-1-transverse-2-longitudinal-3-both-1-and-2-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMDc-velocity-of-sound-in-air-i-increases-with-temperature-ii-decreases-with-temperature-iii-increase-with-pressure-iv-is-independent-of-pressure-v-is-independent-of-temperature-choose-the-correct-answer-1 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMDg-if-at-same-temperature-and-pressure-the-densities-for-two-diatomic-gases-are-respectively-d1-and-d2-then-the-ratio-of-velocities-of-sound-in-these-gases-will-be-1-d2d1-2-d1d2-3-d1d2-4-d1d2-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMDk-the-velocity-of-sound-measured-in-hydrogen-and-oxygen-gas-at-a-given-temperature-will-be-in-the-ratio-1-1-4-2-4-1-3-2-1-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMTA-if-vm-is-the-velocity-of-sound-in-moist-air-vd-is-the-velocity-of-sound-in-dry-air-under-identical-conditions-of-pressure-and-temperature-1-vm-vd-2-vm-vd-3-vm-vd-4-vmvd-1-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMTE-a-source-of-the-sound-of-frequency-600-hz-is-placed-inside-water-the-speed-of-sound-in-water-is-1500-m-s-and-in-the-air-is-300-m-s-the-frequency-of-sound-recorded-by-an-observer-who-is-standing-in-the https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMTI-an-underwater-sonar-source-operating-at-a-frequency-of-60-khz-directs-its-beam-towards-the-surface-if-the-velocity-of-sound-in-air-is-330-m-s-the-wavelength-and-frequency-of-waves-in-air-are-1-5-5-mm https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMTM-it-is-possible-to-distinguish-between-the-transverse-and-longitudinal-waves-by-studying-the-property-of-1-interference-2-diffraction-3-reflection-4-polarisation-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMTQ-water-waves-are-1-longitudinal-2-transverse-3-both-longitudinal-and-transverse-4-neither-longitudinal-nor-transverse-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMTU-the-waves-in-which-the-particles-of-the-medium-vibrate-in-a-direction-perpendicular-to-the-direction-of-wave-motion-is-known-as-1-transverse-wave-2-longitudinal-waves-3-propagated-waves-4-none-of-thes https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMTY-what-is-the-phase-difference-between-two-successive-crests-in-the-wave-1-pi-2-pi-2-3-2-pi-4-4-pi-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMTc-a-wave-of-the-frequency-of-500-hz-has-a-velocity-of-360-m-sec-the-distance-between-two-nearest-points-60-deg-out-of-phase-is-1-0-6-cm-2-12-cm-3-60-cm-4-120-cm-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMTg-sound-waves-of-wavelength-greater-than-that-of-audible-sound-are-called-1-seismic-waves-2-sonic-waves-3-ultrasonic-waves-4-infrasonic-waves-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMTk-the-ratio-of-masses-of-nitrogen-and-oxygen-is-14-16-the-temperature-at-which-the-speed-of-sound-in-nitrogen-will-be-same-at-that-in-oxygen-at-55-deg-c-is-1-35-deg-c-2-48-deg-c-3-65-deg-c-4-14-deg-c-1 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMjA-a-wavelength-0-60-cm-is-produced-in-air-and-it-travels-at-a-speed-of-300-ms-ndash-1-it-will-be-an-1-audible-wave-2-infrasonic-wave-3-ultrasonic-wave-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMjE-a-point-source-emits-sound-equally-in-all-directions-in-a-non-absorbing-medium-two-points-p-and-q-are-at-a-distance-of-2m-and-3m-respectively-from-the-source-the-ratio-of-the-intensities-of-the-waves https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMjI-an-observer-standing-near-the-seashore-observes-54-waves-per-minute-if-the-wavelength-of-the-water-wave-is-10m-then-the-velocity-of-a-water-wave-is-1-540-ms-1-2-5-4-ms-1-3-0-184-ms-1-4-9-ms-1-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMjM-the-equation-of-a-wave-is-y-2sin-960-0-5x-8722-200t-where-x-and-y-are-expressed-in-cm-and-t-in-sec-the-wave-velocity-is-1-100-cm-sec-2-200-cm-sec-3-300-cm-sec-4-400-cm-sec-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMjQ-equation-of-a-progressive-wave-is-given-by-y-0-2cos0-04-960-t-0-02-960-x-8722-960-6-the-distance-is-expressed-in-cm-and-time-in-second-what-will-be-the-minimum-distance-between-two-particles-having-th https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMjU-two-waves-are-given-by-y1-asin-969-t-8722-kx-and-y2-acos-969-8201-t-8722-kx-the-phase-difference-between-the-two-waves-is-1-960-4-2-pi-3-960-8-4-960-2-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMjY-if-the-amplitude-of-waves-at-distance-r-from-a-point-source-is-a-the-amplitude-at-a-distance-2r-will-be-1-2a-2-a-3-a-2-4-a-4-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMjc-a-wave-is-reflected-from-a-rigid-support-the-change-in-phase-on-reflection-will-be-1-pi-4-2-pi-2-3-pi-4-2-pi-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMzI-a-plane-wave-is-represented-by-x-1-2sin-314-8201-t-12-56y-where-x-and-y-are-distances-measured-along-in-x-and-y-direction-in-meters-and-t-is-time-in-seconds-this-wave-has-1-a-wavelength-of-0-25-m-and https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyMzg-the-equation-of-a-wave-traveling-in-a-string-can-be-written-as-y-3cos-960-100-8201-t-8722-x-its-wavelength-is-1-100-cm-2-2-cm-3-5-cm-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyNDc-a-transverse-wave-is-described-by-the-equation-y-y0sin2-960-ft-2-960-955-x-the-maximum-particle-velocity-is-four-times-the-wave-velocity-if-1-955-960-y04-2-955-960-y02-3-955-960-y0-4-955-2-960-y0-1-2 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyNTI-a-transverse-wave-with-an-amplitude-of-0-5-m-a-wavelength-of-1-m-and-a-frequency-of-2-hz-is-propagating-along-a-string-in-the-negative-x-direction-the-expression-for-this-wave-is-1-y-x-t-0-5-text-sin https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyNjE-the-displacement-of-a-particle-is-given-by-y-5-times-10-4-sin-left-100t-50x-right-where-x-is-in-metres-and-t-is-in-seconds-the-velocity-of-the-wave-is-1-5000-text-m-s-2-2-text-m-s-3-0-5-text-m-s-4-300 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyNjI-which-one-of-the-following-does-not-represent-a-travelling-wave-1-y-sin-x-minus-v-thinsp-t-2-y-ymsink-x-v-thinsp-t-3-y-ymsin-x-minus-v-thinsp-t-4-y-f-x2-minus-v-thinsp-t2-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyNjc-the-wave-equations-of-two-particles-are-given-by-y-1-a-sin-omega-t-kx-y-2-a-sin-kx-omega-t-then-1-they-are-moving-in-the-opposite-direction-2-the-phase-between-them-is-90-circ-3-the-phase-between-them https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyODA-a-transverse-wave-is-represented-by-the-equation-y-y0sin2-960-955-vt-8722-x-for-what-value-of-lambda-the-maximum-particle-velocity-equal-to-two-times-the-wave-velocity-1-955-2-960-y0-2-955-960-y0-3-3 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyODE-a-wave-travels-in-a-medium-according-to-the-equation-of-displacement-given-by-y-x-8201-t-0-03sin-960-2t-8722-0-01x-where-y-and-x-are-in-metres-and-t-in-seconds-the-wavelength-of-the-wave-is-1-200-m-2 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyODI-the-equation-of-a-progressive-wave-is-given-by-y-4-sin-left-pi-left-frac-t-5-frac-x-9-right-frac-pi-6-right-where-x-and-y-are-in-metres-and-t-in-seconds-which-of-the-following-is-correct-1-v-5-text-m https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyODM-the-frequency-of-the-sinusoidal-wave-y-0-40cos-2000-8201-t-0-80-8201-x-would-be-1-1000-pi-hz-2-2000-hz-3-20-hz-4-1000-960-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyODY-the-equation-of-a-plane-progressive-wave-is-given-by-y-0-025sin-100t-0-25x-the-frequency-of-this-wave-would-be-1-50-960-hz-2-100-960-hz-3-100-hz-4-50-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTcyOTA-in-the-given-progressive-wave-equation-what-is-the-maximum-velocity-of-particle-y-0-5sin-10-960-t-8722-5x-cm-1-5-cm-s-2-5-pi-cm-s-3-10-cm-s-4-10-5-cm-s-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczMDg-two-waves-of-frequencies-20-hz-and-30-hz-travel-out-from-a-common-point-the-phase-difference-between-them-after-0-6-sec-is-1-zero-2-960-2-3-pi-4-3-960-4-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczMTE-a-simple-harmonic-progressive-wave-is-represented-by-the-equation-y-8sin2-960-0-1x-8722-2t-where-x-and-y-are-in-cm-and-t-is-in-seconds-at-any-instant-the-phase-difference-between-two-particles-separat https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczMTk-the-equation-of-progressive-wave-is-y-asin-200-8201-t-8722-x-where-x-is-in-meter-and-t-is-in-second-the-velocity-of-wave-is-1-200-m-sec-2-100-m-sec-3-50-m-sec-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczMjY-a-wave-equation-that-gives-the-displacement-along-y-direction-is-given-by-y-0-001sin-100t-x-where-x-and-y-are-in-meter-and-t-is-time-in-seconds-this-represented-a-wave-1-of-frequency-100-960-hz-2-of-w https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczMjc-a-wave-travelling-in-positive-x-direction-with-a-0-2-m-has-a-velocity-of-360-m-sec-if-lambda-60-m-then-the-correct-expression-for-the-wave-is-1-y-0-2sin-8201-2-960-6t-x60-2-y-0-2sin-8201-960-6t-x60-3 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczMjg-two-waves-represented-by-the-following-equations-are-travelling-in-the-same-medium-y-1-5-sin2-pi-75t-0-25x-y-2-10-sin-pi-150t-0-50-x-the-intensity-ratio-dfrac-i-1-i-2-of-the-two-waves-is-1-1-2-2-1-4-3 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczMjk-which-of-the-following-is-not-true-for-this-progressive-wave-y-4sin2-pi-t0-02-minus-x100-where-y-and-x-are-in-cm-and-t-in-sec-1-its-amplitude-is-4-cm-2-its-wavelength-is-100-cm-3-its-frequency-is-50-c https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczMzE-a-transverse-progressive-wave-on-a-stretched-string-has-a-velocity-of-10-ms-ndash-1-and-a-frequency-of-100-hz-the-phase-difference-between-two-particles-of-the-string-which-are-2-5-cm-apart-will-be-1 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczNDU-the-phase-difference-between-two-waves-represented-by-y1-10-8722-6sin-100-8201-t-x-50-0-5-m-y2-10-8722-6cos-8201-100-8201-t-x-50-m-where-x-is-expressed-in-metres-and-t-is-expressed-in-seconds-is-appro https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczNDk-a-particle-on-the-trough-of-a-wave-at-any-instant-will-come-to-the-mean-position-after-a-time-t-time-period-1-t-2-2-t-4-3-t-4-2t-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczNzg-when-two-sound-waves-with-a-phase-difference-of-pi-2-and-each-having-amplitude-a-and-frequency-omega-are-superimposed-on-each-other-then-the-maximum-amplitude-and-frequency-of-the-resultant-wave-is-1 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczODA-two-waves-are-propagating-to-the-point-p-along-a-straight-line-produced-by-two-sources-a-and-b-of-simple-harmonic-and-equal-frequency-the-amplitude-of-every-wave-at-p-is-a-and-the-phase-of-a-is-ahead https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczODE-the-minimum-intensity-of-sound-is-zero-at-a-point-due-to-two-sources-of-nearly-equal-frequencies-when-1-two-sources-are-vibrating-in-opposite-phase-2-the-amplitude-of-the-two-sources-are-equal-3-at-th https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczODI-two-sound-waves-expressed-in-cgs-units-given-by-y1-0-3sin2-960-955-vt-8722-x-and-y2-0-4sin2-960-955-vt-8722-x-952-interfere-the-resultant-amplitude-at-a-place-where-the-phase-difference-is-pi-2-will-b https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczODQ-if-two-waves-having-amplitudes-2a-and-a-and-same-frequency-and-velocity-propagate-in-the-same-direction-in-the-same-phase-the-resulting-amplitude-will-be-1-3a-2-5a-3-2a-4-a-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczOTc-the-intensity-ratio-of-the-two-waves-is-1-16-the-ratio-of-their-amplitudes-is-1-1-16-2-1-4-3-4-1-4-2-1-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczOTg-the-superposing-waves-are-represented-by-the-following-equations-y1-5sin2-960-10-8201-t-8722-0-1x-y2-10sin2-960-20-8201-t-8722-0-2x-ratio-of-intensities-imaximin-will-be-1-1-2-9-3-4-4-16-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTczOTk-the-displacement-of-a-particle-is-given-by-x-3sin-5-960-8201-t-4cos-5-960-8201-t-the-amplitude-of-the-particle-is-1-3-2-4-3-5-4-7-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc0MDA-the-two-interfering-waves-have-intensities-in-the-ratio-9-4-the-ratio-of-intensities-of-maxima-and-minima-in-the-interference-pattern-will-be-1-1-25-2-25-1-3-9-4-4-4-9-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc0MDE-if-the-ratio-of-amplitude-of-two-waves-is-4-3-then-the-ratio-of-maximum-and-minimum-intensity-will-be-1-16-18-2-18-16-3-49-1-4-1-49-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc0MDI-equation-of-motion-in-the-same-direction-is-given-by-y1-asin-omega-t-minus-kx-y2-asin-omega-t-minus-kx-minus-theta-the-amplitude-of-the-medium-particle-will-be-1-2acos-theta-2-2-2acos-theta-3-2acos-th https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc0MDQ-the-displacement-of-the-interfering-light-waves-are-y1-4sin-969-8201-t-and-y2-3sin-969-8201-t-960-2-what-is-the-amplitude-of-the-resultant-wave-1-5-2-7-3-1-4-0-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc0MDU-two-waves-are-represented-by-y1-asin-969-8201-t-960-6-and-y2-acos-969-8201-t-what-will-be-their-resultant-amplitude-1-a-2-2-8201-a-3-3-8201-a-4-2a-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc0MDc-the-amplitude-of-a-wave-represented-by-displacement-equation-y-1asin-969-t-177-1bcos-969-t-will-be-1-a-bab-2-a-bab-3-a-177-bab-4-a-bab-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2NzU-two-tuning-forks-when-sounded-together-produced-4-beats-sec-the-frequency-of-one-fork-is-256-hz-the-number-of-beats-heard-increases-when-the-fork-of-frequency-256-hz-is-loaded-with-wax-the-frequency-o https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2NzY-a-tuning-fork-sounded-together-with-a-tuning-fork-of-frequency-256-hz-emits-two-beats-on-loading-the-tuning-fork-of-frequency-256-hz-with-wax-the-number-of-beats-heard-are-1-per-second-the-frequency-o https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2Nzc-if-two-tuning-forks-a-and-b-are-sounded-together-they-produce-4-beats-per-second-a-is-then-slightly-loaded-with-wax-they-produce-2-beats-when-sounded-again-the-frequency-of-a-is-256-the-frequency-of-b https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2Nzg-two-tuning-forks-have-frequencies-450-hz-and-454-hz-respectively-on-sounding-these-forks-together-the-time-interval-between-successive-maximum-intensities-will-be-1-1-4-sec-2-1-2-sec-3-1-sec-4-2-sec-1 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2Nzk-when-a-tuning-fork-of-frequency-341-is-sounded-with-another-tuning-fork-six-beats-per-second-are-heard-when-the-second-tuning-fork-is-loaded-with-wax-and-sounded-with-the-first-tuning-fork-the-number https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2ODA-tuning-fork-f-1-has-a-frequency-of-256-text-hz-and-it-is-observed-to-produce-6-beats-second-with-another-tuning-fork-f-2-when-f-2-is-loaded-with-wax-it-still-produces-6-beats-second-with-f-1-the-frequ https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2ODE-two-tuning-forks-a-and-b-vibrating-simultaneously-produce-5-beats-the-frequency-of-b-is-512-text-hz-it-is-seen-that-if-one-arm-of-a-is-filed-a-little-then-the-number-of-beats-increases-the-frequency-o https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2ODI-beats-are-produced-by-two-waves-given-by-y1-asin2000-8201-960-t-and-y2-asin2008-8201-960-t-the-number-of-beats-heard-per-second-is-1-zero-2-one-3-four-4-eight-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2ODM-a-tuning-fork-whose-frequency-as-given-by-manufacturer-is-512-hz-is-being-tested-with-an-accurate-oscillator-it-is-found-that-the-fork-produces-a-beat-of-2-hz-when-oscillator-reads-514-hz-but-produces https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2ODQ-when-a-tuning-fork-a-of-unknown-frequency-is-sounded-with-another-tuning-fork-b-of-frequency-256-hz-then-3-beats-per-second-are-observed-after-that-a-is-loaded-with-wax-and-sounded-the-again-3-beats-p https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2ODU-when-two-sound-waves-are-superimposed-beats-are-produced-when-they-have-1-different-amplitudes-and-phases-2-different-velocities-3-different-phases-4-different-frequencies-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2ODY-a-tuning-fork-a-of-frequency-200-hz-is-sounded-with-fork-b-the-number-of-beats-per-second-is-5-by-putting-some-wax-on-a-the-number-of-beats-increases-to-8-the-frequency-of-fork-b-is-1-200-hz-2-195-hz https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2ODc-two-tuning-forks-have-frequencies-380-and-384-hz-respectively-when-they-are-sounded-together-they-produce-4-beats-after-hearing-the-maximum-sound-how-long-will-it-take-to-hear-the-minimum-sound-1-12se https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2ODg-a-couple-of-tuning-forks-produces-2-beats-in-the-time-interval-of-0-4-seconds-so-the-beat-frequency-is-1-8-hz-2-5-hz-3-2-hz-4-10-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2ODk-it-is-possible-to-hear-beats-from-the-two-vibrating-sources-of-frequency-1-100-hz-and-150-hz-2-20-hz-and-25-hz-3-400-hz-and-500-hz-4-1000-hz-and-1500-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2OTA-two-sound-waves-of-wavelengths-5m-and-6m-formed-30-beats-in-3-seconds-the-velocity-of-sound-is-1-300-ms-ndash-1-2-310-ms-ndash-1-3-320-ms-ndash-1-4-330-ms-ndash-1-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2OTE-two-sound-sources-when-sounded-simultaneously-produce-four-beats-in-0-25-seconds-the-difference-in-their-frequencies-must-be-1-4-2-8-3-16-4-1-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2OTI-two-strings-x-and-y-of-a-sitar-produce-a-beat-frequency-4-hz-when-the-tension-of-the-string-y-is-slightly-increased-the-beat-frequency-is-found-to-be-2-hz-if-the-frequency-of-x-is-300-hz-then-the-orig https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2OTM-two-vibrating-tuning-forks-produce-progressive-waves-given-by-y1-4sin500-960-t-and-y2-2sin506-960-t-number-of-beats-produced-per-minute-is-1-360-2-180-3-3-4-60-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc2OTQ-the-disc-of-a-siren-containing-60-holes-rotates-at-a-constant-speed-of-360-rpm-the-emitted-sound-is-in-unison-with-a-tuning-fork-of-frequency-1-10-hz-2-360-hz-3-216-hz-4-6-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MDU-the-distance-between-the-nearest-node-and-antinode-in-a-stationary-wave-is-1-lambda-2-955-2-3-955-4-4-2-lambda-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MDY-for-the-stationary-wave-y-4sin-8201-960-x15cos-96-8201-960-t-the-distance-between-a-node-and-the-next-antinode-is-1-7-5-2-15-3-22-5-4-30-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MDc-the-equation-of-a-stationary-wave-is-y-0-8-cos-left-frac-pi-x-20-right-sin200-pi-t-where-x-is-in-text-cm-and-t-is-in-text-sec-the-separation-between-consecutive-nodes-will-be-1-20-text-cm-2-10-text-cm https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MDg-a-wave-represented-by-the-given-equation-y-acos-kx-minus-omega-thinsp-t-is-superposed-with-another-wave-to-form-a-stationary-wave-such-that-the-point-x-0-is-a-node-the-equation-for-the-other-wave-is-1 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MDk-a-standing-wave-having-3-nodes-and-2-antinodes-is-formed-between-two-atoms-having-a-distance-1-21-aring-between-them-the-wavelength-of-the-standing-wave-is-1-1-21-aring-2-2-42-aring-3-6-05-aring-4-3-6 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MTA-in-stationary-waves-the-distance-between-a-node-and-its-nearest-antinode-is-20-cm-the-phase-difference-between-two-particles-having-a-separation-of-60-cm-will-be-1-zero-2-pi-2-3-pi-4-3-pi-2-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MTE-a-standing-wave-is-represented-by-y-asin-100t-cos-0-01x-where-y-and-a-are-in-millimetre-t-is-in-seconds-and-x-is-in-metre-the-velocity-of-the-wave-is-1-104-m-s-2-1-m-s-3-10-ndash-4-m-s-4-not-derivable https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MTI-two-waves-are-approaching-each-other-with-a-velocity-of-20-m-s-and-frequency-n-the-distance-between-two-consecutive-nodes-is-1-20n-2-10n-3-5n-4-n10-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MTQ-the-following-equations-represent-progressive-transverse-waves-z1-acos-969-8201-t-8722-kx-z2-acos-969-8201-t-kx-z3-acos-969-8201-t-ky-and-z4-acos-2-969-8201-t-8722-2ky-a-stationary-wave-will-be-formed https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MTU-two-traveling-waves-y1-asin-k-x-8722-c-8201-t-and-y2-asin-k-x-c-8201-t-are-superimposed-on-the-string-the-distance-between-adjacent-nodes-is-1-ct-pi-2-ct-2-pi-3-pi-2k-4-pi-k-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MTY-a-string-fixed-at-both-ends-is-vibrating-in-two-segments-the-wavelength-of-the-corresponding-wave-is-1-l4-2-l2-3-l-4-2l-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MTc-a-1-cm-long-string-vibrates-with-the-fundamental-frequency-of-256-hz-if-the-length-is-reduced-to-14cm-keeping-the-tension-unaltered-the-new-fundamental-frequency-will-be-1-64-2-256-3-512-4-1024-1-2-3 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MTg-standing-waves-are-produced-in-a-10-m-long-stretched-string-if-the-string-vibrates-in-5-segments-and-the-wave-velocity-is-20-m-s-the-frequency-is-1-2-hz-2-4-hz-3-5-hz-4-10-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MTk-a-string-is-producing-transverse-vibration-whose-equation-is-y-0-021-8201-sin-x-30t-where-x-and-y-are-in-meters-and-t-is-in-seconds-if-the-linear-density-of-the-string-is-1-3-times-10-ndash-4-kg-m-the https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MjA-a-stretched-string-of-length-l-fixed-at-both-ends-can-sustain-stationary-waves-of-wavelength-lambda-given-by-1-955-n22l-2-955-l22n-3-955-2ln-4-955-2l-8201-n-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MjE-a-string-on-a-musical-instrument-is-50-cm-long-and-its-fundamental-frequency-is-270-hz-if-the-desired-frequency-of-1000-hz-is-to-be-produced-the-required-length-of-the-string-is-1-13-5-cm-2-2-7-cm-3-5 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MjI-the-tension-in-a-piano-wire-is-10n-what-should-be-the-tension-in-the-wire-to-produce-a-note-of-double-the-frequency-1-5-n-2-20-n-3-40-n-4-80-n-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MjM-a-string-of-7-m-length-has-a-mass-of-0-035-kg-if-the-tension-in-the-string-is-60-5-n-then-the-speed-of-a-wave-on-the-string-is-1-77-m-s-2-102-m-s-3-110-m-s-4-165-m-s-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MjQ-a-second-harmonic-has-to-be-generated-in-a-string-of-length-l-stretched-between-two-rigid-supports-distances-from-one-end-where-the-string-has-to-be-plucked-and-touched-are-1-plucked-at-l4-and-touched https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MjU-the-tension-of-a-stretched-string-is-increased-by-69-in-order-to-keep-its-frequency-of-vibration-constant-its-length-must-be-increased-by-1-20-2-30-3-69-4-69-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MjY-the-length-of-a-sonometer-wire-tuned-to-a-frequency-of-250-hz-is-0-60-metre-the-frequency-of-tuning-fork-with-which-the-vibrating-wire-will-be-in-tune-when-the-length-is-made-0-40-metre-is-1-250-hz-2 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3Mjg-two-uniform-strings-a-and-b-made-of-steel-are-made-to-vibrate-under-the-same-tension-if-the-first-overtone-of-a-is-equal-to-the-second-overtone-of-b-and-if-the-radius-of-a-is-twice-that-of-b-the-ratio https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3Mjk-two-wires-are-fixed-in-a-sonometer-their-tensions-are-in-the-ratio-8-1-the-lengths-are-in-the-ratio-36-35-the-diameters-are-in-the-ratio-4-1-densities-of-the-materials-are-in-the-ratio-1-2-if-the-lowe https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MzA-the-first-overtone-of-a-stretched-wire-of-given-length-is-320-hz-the-first-harmonic-is-1-320-hz-2-160-hz-3-480-hz-4-640-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MzE-the-sound-carried-by-the-air-from-a-sitar-to-a-listener-is-a-wave-of-the-following-type-1-longitudinal-stationery-2-transverse-progressive-3-transverse-stationery-4-longitudinal-progressive-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MzI-three-similar-wires-of-frequency-n1-n2-and-n3-are-joined-to-make-one-wire-its-frequency-will-be-1-n-n1-n2-n3-2-1n-1n1-1n2-1n3-3-1n-1n1-1n2-1n3-4-1n1-1n12-1n22-1n32-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MzM-two-vibrating-strings-of-the-same-material-but-lengths-l-and-2l-have-radii-2r-and-r-respectively-they-are-stretched-under-the-same-tension-both-the-strings-vibrate-in-their-fundamental-modes-the-one-o https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MzU-a-string-of-length-2-m-is-fixed-at-both-ends-if-this-string-vibrates-in-its-fourth-normal-mode-with-a-frequency-of-500-hz-then-the-waves-would-travel-on-its-with-a-velocity-of-1-125-m-s-2-250-m-s-3-50 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3MzY-the-fundamental-frequency-of-a-sonometre-wire-is-n-if-its-radius-is-doubled-and-its-tension-becomes-half-the-material-of-the-wire-remains-same-the-new-fundamental-frequency-will-be-1-n-2-n2-3-n2-4-n22 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3Mzc-in-an-experiment-with-a-sonometer-a-tuning-fork-of-frequency-256-hz-resonates-with-a-length-of-25-cm-and-another-tuning-fork-resonates-with-a-length-of-16-cm-the-tension-of-the-string-remaining-consta https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3Mzg-the-length-of-two-open-organ-pipes-are-l-and-l-916-l-respectively-neglecting-end-correction-the-frequency-of-beats-between-them-will-be-approximate-1-v2l-2-v4l-3-v-916-l2l2-4-v-916-ll-here-v-is-the-sp https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3Mzk-a-tube-closed-at-one-end-and-containing-air-is-excited-it-produces-the-fundamental-note-of-frequency-of-512-hz-if-the-same-tube-is-open-at-both-the-ends-the-fundamental-frequency-that-can-be-produced https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3NDA-a-closed-pipe-and-an-open-pipe-have-their-first-overtones-identical-in-frequency-their-lengths-are-in-the-ratio-1-1-2-2-2-3-3-3-4-4-4-5-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3NDE-an-empty-vessel-is-getting-filled-with-water-then-the-frequency-of-vibration-of-the-air-column-in-the-vessel-1-remains-the-same-2-decreases-3-increases-4-first-increases-then-decrease-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3ODE-if-the-velocity-of-sound-in-air-is-350-m-s-then-the-fundamental-frequency-of-an-open-organ-pipe-of-length-50-cm-will-be-1-350-hz-2-175-hz-3-900-hz-4-750-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3ODI-the-fundamental-note-produced-by-a-closed-organ-pipe-is-of-frequency-f-the-fundamental-note-produced-by-an-open-organ-pipe-of-same-length-will-be-of-frequency-1-f2-2-f-3-2f-4-4f-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3ODM-if-the-velocity-of-sound-in-air-is-336-m-s-the-maximum-length-of-a-closed-pipe-that-would-produce-a-just-audible-sound-will-be-1-3-2-cm-2-4-2-m-3-4-2-cm-4-3-2-m-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3ODQ-a-cylindrical-tube-open-at-both-ends-has-a-fundamental-frequency-f0-in-air-the-tube-is-dipped-vertically-into-water-such-that-half-of-its-length-is-inside-water-the-fundamental-frequency-of-the-air-co https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3ODU-if-the-length-of-a-closed-organ-pipe-is-1-5-m-and-the-velocity-of-sound-is-330-m-s-then-the-frequency-for-the-second-note-is-1-220-hz-2-165-hz-3-110-hz-4-55-hz-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3ODY-a-pipe-30-cm-long-is-open-at-both-ends-which-harmonic-mode-of-the-pipe-is-resonantly-excited-by-a-1-1-khz-source-take-the-speed-of-sound-in-air-330-ms-ndash-1-1-first-2-second-3-third-4-fourth-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3OTE-two-closed-pipe-produce-10-beats-per-second-when-emitting-their-fundamental-nodes-if-their-length-are-in-ratio-of-25-26-then-their-fundamental-frequency-in-hz-are-1-270-280-2-260-270-3-260-250-4-260-2 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3OTM-if-v-is-the-speed-of-sound-in-the-air-then-the-shortest-length-of-the-closed-pipe-which-resonates-to-a-frequency-n-1-v4n-2-v2n-3-2nv-4-4nv-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3OTQ-the-frequency-of-fundamental-tone-in-an-open-organ-pipe-of-length-0-48-m-is-320-hz-the-speed-of-sound-is-320-m-sec-frequency-of-fundamental-tone-in-closed-organ-pipe-will-be-1-153-8-hz-2-160-0-hz-3-32 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3OTU-what-is-the-minimum-length-of-a-tube-open-at-both-ends-that-resonates-with-tuning-fork-of-frequency-350-hz-velocity-of-sound-in-air-350-m-s-1-50-cm-2-100-cm-3-75-cm-4-25-cm-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3OTY-the-harmonics-which-are-present-in-a-pipe-open-at-one-end-are-1-odd-harmonics-2-even-harmonics-3-even-as-well-as-odd-harmonics-4-none-of-these-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTc3OTg-the-stationary-wave-y-2asinkxcos-969-8201-t-in-a-closed-organ-pipe-is-the-result-of-the-superposition-of-y-asin-969-8201-t-8722-kx-and-1-y-8722-acos-969-8201-t-kx-2-y-8722-asin-969-8201-t-kx-3-y-asin https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNTk-an-open-pipe-of-length-l-vibrates-in-the-fundamental-mode-the-pressure-variation-is-maximum-at-1-l-4-from-ends-2-the-middle-of-the-pipe-3-the-ends-of-the-pipe-4-at-l-8-from-ends-of-pipe-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNjA-the-fundamental-frequency-of-pipe-is-100-hz-and-the-other-two-frequencies-are-300-hz-and-500-hz-then-1-the-pipe-is-open-at-both-the-ends-2-the-pipe-is-closed-at-both-the-ends-3-one-end-open-and-anothe https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNjE-the-fundamental-frequency-of-an-open-pipe-of-length-0-5-m-is-equal-to-the-frequency-of-the-first-overtone-of-a-closed-pipe-of-length-l-the-value-of-lc-is-m-1-1-5-2-0-75-3-2-4-1-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNjI-in-a-closed-organ-pipe-the-frequency-of-the-fundamental-note-is-50-hz-the-note-of-which-of-the-following-frequencies-will-not-be-emitted-by-it-1-50-hz-2-100-hz-3-150-hz-4-none-of-the-above-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNjM-on-producing-the-waves-of-frequency-1000-hz-in-a-kundt-s-tube-the-total-distance-between-6-successive-nodes-is-85-cm-speed-of-sound-in-the-gas-filled-in-the-tube-is-1-330-m-s-2-340-m-s-3-350-m-s-4-300 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNjQ-what-is-the-base-frequency-if-a-pipe-gives-notes-of-frequencies-425-255-and-595-and-decide-whether-it-is-closed-at-one-end-or-open-at-both-ends-1-17-closed-2-85-closed-3-17-open-4-85-open-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNjU-a-student-determines-the-velocity-of-sound-with-the-help-of-a-closed-organ-pipe-if-the-observed-length-for-fundamental-frequency-is-24-7-text-cm-the-length-for-third-harmonic-will-be-1-74-1-text-cm-2 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNjY-in-a-resonance-tube-the-first-resonance-with-a-tuning-fork-occurs-at-16-cm-and-second-at-49-cm-if-the-velocity-of-sound-is-330-m-s-the-frequency-of-tuning-fork-is-1-500-2-300-3-330-4-165-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNjc-two-closed-organ-pipes-of-length-100-cm-and-101-cm-16-beats-in-20-sec-when-each-pipe-is-sounded-in-its-fundamental-mode-calculate-the-velocity-of-sound-1-303-ms-ndash-1-2-332-ms-ndash-1-3-323-2-ms-nda https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNjg-an-organ-pipe-open-from-both-end-produces-5-beats-per-second-when-vibrated-with-a-source-of-frequency-200-hz-the-second-harmonic-of-the-same-pipe-produces-10-beats-per-second-with-a-source-of-frequenc https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNjk-in-one-metre-long-open-pipe-what-is-the-harmonic-of-resonance-obtained-with-a-tuning-fork-of-frequency-480-hz-velocity-of-sound-320-m-s-1-first-2-second-3-third-4-fourth-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNzA-in-a-resonance-pipe-the-first-and-second-resonances-are-obtained-at-depths-22-7-cm-and-70-2-cm-respectively-what-will-be-the-end-correction-1-1-05-cm-2-115-5-cm-3-92-5-cm-4-113-5-cm-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNzE-an-open-tube-is-in-resonance-with-string-frequency-of-vibration-of-the-tube-is-n0-if-the-tube-is-dipped-in-water-so-that-75-of-the-length-of-the-tube-is-inside-water-then-the-ratio-of-the-frequency-of https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNzI-a-source-of-sound-of-frequency-450-cycles-sec-is-moving-towards-a-stationary-observer-with-34-m-sec-speed-if-the-speed-of-sound-is-340-m-sec-then-the-apparent-frequency-will-be-1-410-cycles-sec-2-500 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNzM-the-frequency-of-a-whistle-of-an-engine-is-600-cycles-sec-is-moving-with-the-speed-of-30-m-sec-towards-an-observer-the-apparent-frequency-will-be-velocity-of-sound-330-m-s-1-600-cps-2-660-cps-3-990-cp https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNzQ-an-observer-moves-towards-a-stationary-source-of-sound-of-frequency-n-the-apparent-frequency-heard-by-him-is-2n-if-the-velocity-of-sound-in-air-is-332-m-sec-then-the-velocity-of-the-observer-is-1-166 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNzU-a-person-feels-2-5-difference-of-frequency-of-a-motor-car-horn-if-the-motor-car-is-moving-to-the-person-and-the-velocity-of-sound-is-320-m-sec-then-the-velocity-of-car-will-be-1-8-m-s-approx-2-800-m-s https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNzg-a-source-of-sound-emitting-a-note-of-frequency-200-hz-moves-towards-an-observer-with-a-velocity-v-equal-to-the-velocity-of-sound-if-the-observer-also-moves-away-from-the-source-with-the-same-velocity https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwNzk-a-source-of-sound-is-traveling-towards-a-stationary-observer-the-frequency-of-the-sound-heard-by-the-observer-is-three-times-the-original-frequency-the-velocity-of-sound-is-v-m-sec-the-speed-of-the-so https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwODA-a-sound-source-is-moving-towards-a-stationary-observer-with-1-10-of-the-speed-of-sound-the-ratio-of-apparent-to-real-frequency-is-1-10-9-2-11-10-3-11-10-2-4-9-10-2-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwODE-the-speed-of-sound-in-air-at-a-given-temperature-is-350-m-s-an-engine-blows-whistle-at-a-frequency-of-1200-cps-it-is-approaching-the-observer-with-velocity-50-m-s-the-apparent-frequency-in-cps-heard-b https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwODI-the-doppler-s-effect-is-applicable-for-1-light-waves-2-sound-waves-3-space-waves-4-both-1-and-2-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwODM-a-source-of-sound-is-moving-with-constant-velocity-of-20-m-s-emitting-a-note-of-frequency-1000-hz-the-ratio-of-frequencies-observed-by-a-stationary-observer-while-the-source-is-approaching-him-and-aft https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwODQ-a-source-and-listener-are-both-moving-towards-each-other-at-a-speed-of-v-10-where-v-is-the-speed-of-sound-if-the-frequency-of-the-note-emitted-by-the-source-is-f-the-frequency-heard-by-the-listener-wo https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwODU-a-motor-car-blowing-a-horn-of-frequency-124vib-sec-moves-with-a-velocity-72-km-hr-towards-a-tall-wall-the-frequency-of-the-reflected-sound-heard-by-the-driver-will-be-velocity-of-sound-in-air-is-330-m https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwODY-a-source-of-sound-of-frequency-n-is-moving-towards-a-stationary-observer-with-a-speed-s-if-the-speed-of-sound-in-air-is-v-and-the-frequency-heard-by-the-observer-is-n1-the-value-of-n1-n-is-1-v-s-v-2-v https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwODc-an-observer-is-moving-away-from-the-source-of-the-sound-of-frequency-100-hz-his-speed-is-33-m-s-if-the-speed-of-sound-is-330-m-s-then-the-observed-frequency-is-1-90-hz-2-100-hz-3-91-hz-4-110-hz-1-2-3 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwODg-an-observer-standing-at-the-station-observes-frequency-219-hz-when-a-train-approaches-and-184-hz-when-train-goes-away-from-him-if-velocity-of-sound-in-air-is-340-m-s-then-velocity-of-train-and-actual https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwODk-a-boy-is-walking-away-from-a-wall-towards-an-observer-at-a-speed-of-1-metre-sec-and-blows-a-whistle-whose-frequency-is-680-hz-the-number-of-beats-heard-by-the-observer-per-second-is-velocity-of-sound https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwOTA-the-driver-of-a-car-traveling-with-speed-30-meters-per-second-towards-a-hill-sounds-a-horn-of-frequency-600-hz-if-the-velocity-of-sound-in-air-is-330-meters-per-second-the-frequency-of-the-reflected-s https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwOTE-a-source-of-sound-is-travelling-with-a-velocity-40-km-hour-towards-the-observer-and-emits-the-sound-of-frequency-2000-hz-if-the-velocity-of-sound-is-1220-km-hour-then-what-is-the-apparent-frequency-he https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwOTI-a-source-of-sound-and-listener-are-approaching-each-other-with-a-speed-of-40-m-s-the-apparent-frequency-of-note-produced-by-the-source-is-400-cps-then-its-true-frequency-in-cps-is-velocity-of-sound-in https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwOTM-a-siren-emitting-sound-of-frequency-500-hz-is-going-away-from-a-static-listener-with-a-speed-of-50-m-sec-the-frequency-of-sound-to-be-heard-directly-from-the-siren-is-1-434-2-hz-2-589-3-hz-3-481-2-hz https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwOTQ-a-man-sitting-in-a-moving-train-hears-the-whistle-of-the-engine-the-frequency-of-the-whistle-is-600-hz-1-the-apparent-frequency-as-heard-by-him-is-smaller-than-600-hz-2-the-apparent-frequency-is-large https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwOTU-a-whistle-of-frequency-500-hz-tied-to-the-end-of-a-string-of-length-1-2-m-revolves-at-400-rev-min-a-listener-standing-some-distance-away-in-the-plane-of-rotation-of-whistle-hears-frequencies-in-the-ra https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwOTY-a-train-moves-towards-a-stationary-observer-with-speed-34-m-s-the-train-sounds-a-whistle-and-its-frequency-registered-by-the-observer-is-f1-if-the-train-rsquo-s-speed-is-reduced-to-17-m-s-the-frequenc https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwOTc-if-source-and-observer-both-are-relatively-at-rest-and-if-speed-of-sound-is-increased-then-frequency-heard-by-observer-will-1-increases-2-decreases-3-can-not-be-predicted-4-will-not-change-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwOTg-a-source-and-an-observer-move-away-from-each-other-with-a-velocity-of-10-m-s-with-respect-to-ground-if-the-observer-finds-the-frequency-of-sound-coming-from-the-source-as-1950-hz-then-actual-frequency https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgwOTk-a-whistle-revolves-in-a-circle-with-an-angular-speed-of-20-rad-sec-using-a-string-of-length-50-cm-if-the-frequency-of-sound-from-the-whistle-is-385-hz-then-what-is-the-minimum-frequency-heard-by-an-ob https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMDA-a-siren-emitting-sound-of-frequency-800-hz-is-going-away-from-a-static-listener-with-a-speed-of-30-m-s-frequency-of-the-sound-to-be-heard-by-the-listener-is-take-velocity-of-sound-as-330-m-s-1-733-3-h https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMDE-a-car-sounding-a-horn-of-frequency-1000-hz-passes-an-observer-the-ratio-of-frequencies-of-the-horn-noted-by-the-observer-before-and-after-the-passing-of-the-car-is-11-9-if-the-speed-of-sound-is-v-the https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMDI-a-small-source-of-sound-moves-on-a-circle-as-shown-in-the-figure-and-an-observer-is-standing-on-o-let-n1-n2-and-n3-be-the-frequencies-heard-when-the-source-is-at-a-b-and-c-respectively-then-1-n1-n2-n3 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMDM-a-source-emits-a-sound-of-frequency-of-400-hz-but-the-listener-hears-it-to-be-390-hz-then-1-the-listener-is-moving-towards-the-source-2-the-source-is-moving-towards-the-listener-3-the-listener-is-movi https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMDQ-a-person-carrying-a-whistle-emitting-continuously-a-note-of-272-text-hz-is-running-towards-a-reflecting-surface-with-a-speed-of-18-text-km-hr-the-speed-of-sound-in-air-is-345-text-m-s-the-number-of-be https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMDU-if-the-pressure-amplitude-in-a-sound-wave-is-tripled-then-the-intensity-of-sound-is-increased-by-a-factor-of-1-9-2-3-3-6-4-3-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMDY-if-the-amplitude-of-the-sound-is-doubled-and-the-frequency-reduced-to-one-fourth-the-intensity-of-sound-at-the-same-point-will-be-1-increased-by-a-factor-of-2-2-decreased-by-a-factor-of-2-3-decreased https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMDc-intensity-level-of-a-sound-of-intensity-i-is-30-db-the-ratio-ii0-is-where-i0-is-the-threshold-of-hearing-1-3000-2-1000-3-300-4-30-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMDg-quality-of-a-musical-note-depends-on-1-harmonics-present-2-the-amplitude-of-the-wave-3-fundamental-frequency-4-the-velocity-of-sound-in-the-medium-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMDk-if-t-is-the-reverberation-time-of-an-auditorium-of-volume-v-then-1-t-8733-1v-2-t-8733-1v2-3-t-8733-v2-4-t-8733-v-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMTE-the-intensity-level-due-to-two-waves-of-the-same-frequency-in-a-given-medium-are-1-bel-and-5-bel-then-the-ratio-of-amplitudes-is-1-1-4-2-1-2-3-1-104-4-1-102-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMTI-of-the-following-the-one-which-emits-the-sound-of-a-higher-pitch-is-1-mosquito-2-lion-3-man-4-woman-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMTQ-two-waves-having-sinusoidal-waveforms-have-different-wavelengths-and-different-amplitudes-they-will-be-having-1-same-pitch-and-different-intensity-2-same-quality-and-different-intensity-3-different-qu https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMTU-the-ends-of-a-stretched-wire-of-length-l-are-fixed-at-x-0-and-x-l-in-one-experiment-the-displacement-of-the-wire-is-y1-asin-960-x-l-sin-969-t-and-energy-is-e1-and-in-another-experiment-its-displacemen https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMTY-in-the-experiment-for-the-determination-of-the-speed-of-sound-in-air-using-the-resonance-column-method-the-length-of-the-air-column-that-resonates-in-the-fundamental-mode-with-a-tuning-fork-is-0-1-m-w https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMTc-two-identical-stringed-instruments-have-a-frequency-100-hz-if-the-tension-in-one-of-them-is-increased-by-4-and-they-are-sounded-together-then-the-number-of-beats-in-one-second-is-1-1-2-8-3-4-4-2-1-2-3 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMTg-the-difference-between-the-apparent-frequency-of-a-source-of-sound-as-perceived-by-an-observer-during-its-approach-and-recession-is-2-of-the-natural-frequency-of-the-source-if-the-velocity-of-sound-in https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMTk-two-whistles-a-and-b-produce-notes-of-frequencies-660-hz-and-596-hz-respectively-there-is-a-listener-at-the-mid-point-of-the-line-joining-them-now-the-whistle-b-and-the-listener-start-moving-with-spee https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMjA-a-source-producing-the-sound-of-frequency-170-hz-is-approaching-a-stationary-observer-with-a-velocity-of-17-ms-ndash-1-the-apparent-change-in-the-wavelength-of-sound-heard-by-the-observer-is-speed-of https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMzc-a-police-car-moving-at-22-m-s-chases-a-motorcyclist-the-policeman-sounds-his-horn-at-176-hz-while-both-of-them-move-towards-a-stationary-siren-of-frequency-165-hz-calculate-the-speed-of-the-motorcycle https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxMzg-an-observer-moves-towards-a-stationary-source-of-sound-with-a-speed-1-5th-of-the-speed-of-sound-the-wavelength-and-frequency-of-the-sound-emitted-are-lambda-and-f-respectively-the-apparent-frequency-a https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNDA-consider-ten-identical-sources-of-sound-all-giving-the-same-frequency-but-having-phase-angles-which-are-random-if-the-average-intensity-of-each-source-is-i0-the-average-of-resultant-intensity-i-due-to https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNDE-41-forks-are-so-arranged-that-each-produces-5-beats-per-sec-when-sounded-with-its-near-fork-if-the-frequency-of-the-last-fork-is-double-the-frequency-of-the-first-fork-then-the-frequencies-of-the-firs https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNDM-16-tunning-forks-are-arranged-in-the-order-of-increasing-frequencies-any-two-successive-forks-give-8-beats-per-sec-when-sounded-together-if-the-frequency-of-the-last-fork-is-twice-the-first-then-the-f https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNDQ-the-frequency-of-a-stretched-uniform-wire-under-tension-is-in-resonance-with-the-fundamental-frequency-of-a-closed-tube-if-the-tension-in-the-wire-is-increased-by-8-n-it-is-in-resonance-with-the-first https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNDU-a-metal-wire-of-linear-mass-density-of-9-8-g-m-is-stretched-with-a-tension-of-10-kg-weight-between-two-rigid-supports-1-metre-apart-the-wire-passes-at-its-middle-point-between-the-poles-of-a-permanent https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNDY-an-open-pipe-is-in-resonance-in-its-2nd-harmonic-with-tuning-fork-of-frequency-f1-now-it-is-closed-at-one-end-if-the-frequency-of-the-tuning-fork-is-increased-slowly-from-f1-then-again-a-resonance-is https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNDc-two-loudspeakers-l1-and-l2-driven-by-a-common-oscillator-and-amplifier-are-arranged-as-shown-the-frequency-of-the-oscillator-is-gradually-increased-from-zero-and-the-detector-at-d-records-a-series-of https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNDg-a-string-of-length-l-and-mass-m-hangs-freely-from-a-fixed-point-then-the-velocity-of-transverse-waves-along-the-string-at-a-distance-x-from-the-free-end-is-1-gl-2-gx-3-gl-4-gx-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNDk-three-waves-of-equal-frequency-having-amplitudes-of-10-mu-text-m-4-mu-text-m-text-and-7-mu-text-m-arrive-at-a-given-point-with-a-successive-phase-difference-of-frac-pi-2-the-amplitude-of-the-resulting https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNTA-an-organ-pipe-that-is-closed-at-one-end-has-a-fundamental-frequency-of-1500-text-hz-the-maximum-number-of-overtones-generated-by-this-pipe-that-a-normal-person-can-hear-is-1-14-2-13-3-6-4-9-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNTE-two-identical-pulses-in-a-stretched-string-initially-8-cm-apart-are-moving-toward-each-other-as-shown-in-the-figure-the-speed-of-each-pulse-is-2-cm-s-what-will-be-the-total-energy-of-the-pulses-after https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNTI-the-diagram-below-shows-the-propagation-of-a-wave-which-points-are-in-the-same-phase-1-f-g-2-c-and-e-3-b-and-g-4-b-and-f-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNTM-the-correct-graph-between-the-frequency-n-and-square-root-of-density-rho-of-wire-keeping-its-length-radius-and-tension-constant-is-1-2-3-4-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNTQ-if-the-speed-of-the-wave-shown-in-the-figure-is-330m-s-in-the-given-medium-then-the-equation-of-the-wave-propagating-in-the-positive-x-direction-will-be-all-quantities-are-in-m-k-s-units-1-y-0-05sin2 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNTU-the-displacement-time-graphs-for-two-sound-waves-a-and-b-are-shown-in-the-figure-then-the-ratio-of-their-intensities-ia-ib-is-equal-to-1-1-4-2-1-16-3-1-2-4-1-1-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NTgxNTY-a-wave-motion-has-the-function-y-a0sin-969-8201-t-8722-kx-the-graph-in-figure-shows-how-the-displacement-y-at-a-fixed-point-varies-with-time-t-which-one-of-the-labeled-points-shows-a-displacement-equa https://medminds.me/qbank/physics/waves/?q=NP-pb246Njk5ODM-the-graph-between-wave-number-v-175-and-angular-frequency-969-is-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NzAxMzM-two-pulses-is-a-stretch-string-whose-centers-are-initially-8-cm-apart-are-moving-towards-each-other-as-shown-in-the-figure-the-speed-of-each-pulse-is-2-cm-s-after-2-seconds-the-total-energy-of-the-pul https://medminds.me/qbank/physics/waves/?q=NP-pb246NzEzNjU-the-speed-of-sound-in-a-gas-is-v-and-the-r-m-s-velocity-of-the-gas-molecules-is-c-the-ratio-of-v-to-c-is-1-frac-3-gamma-2-frac-gamma-3-3-sqrt-frac-3-gamma-4-sqrt-frac-gamma-3-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246NzIyMjU-two-wave-trains-with-intensities-i-and-2i-respectively-arrive-and-superpose-at-a-point-p-in-opposite-phases-the-amplitude-of-the-superposed-wave-at-p-at-that-instant-will-be-proportional-to-1-3i-2-i-3 https://medminds.me/qbank/physics/waves/?q=NP-pb246NzQ5NjE-assertion-in-a-stationary-wave-there-is-no-transfer-to-energy-reason-there-is-no-outward-motion-of-the-disturbance-from-one-particle-to-adjoining-particle-in-a-stationary-wave-if-both-the-assertion-an https://medminds.me/qbank/physics/waves/?q=NP-pb246ODg5NTU-three-sound-waves-of-equal-amplitudes-have-frequencies-of-n-1-n-and-n-1-they-superimpose-to-give-beats-the-number-of-beats-produced-per-second-will-be-1-1-2-4-3-3-4-2-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246ODkwMjQ-a-tuning-fork-is-used-to-produce-resonance-in-a-glass-tube-the-length-of-the-air-column-in-this-tube-can-be-adjusted-by-a-variable-piston-at-room-temperature-of-27-circ-text-c-to-successive-resonances https://medminds.me/qbank/physics/waves/?q=NP-pb246ODkwODU-the-fundamental-frequency-in-an-open-organ-pipe-is-equal-to-the-third-harmonic-of-a-closed-organ-pipe-if-the-length-of-the-closed-organ-pipe-is-20-text-cm-the-length-of-the-open-organ-pipe-is-1-13-2-t https://medminds.me/qbank/physics/waves/?q=NP-pb246ODk2NDQ-if-the-intensity-is-increased-by-a-factor-of-20-then-how-many-decibels-in-the-sound-level-increased-1-18-2-13-3-9-4-7-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246OTA2ODY-a-source-of-sound-s-emitting-waves-of-frequency-100-hz-and-an-observer-o-are-located-at-some-distance-from-each-other-the-source-is-moving-with-a-speed-of-19-4-ms-1-at-an-angle-of-600-with-the-source https://medminds.me/qbank/physics/waves/?q=NP-pb246OTA4NTg-the-fundamental-frequency-of-a-closed-organ-pipe-of-a-length-20-cm-is-equal-to-the-second-overtone-of-an-organ-pipe-open-at-both-ends-the-length-of-the-organ-pipe-open-at-both-ends-will-be-1-80-cm-2-1 https://medminds.me/qbank/physics/waves/?q=NP-pb246OTE0MTU-if-we-study-the-vibration-of-a-pipe-open-at-both-ends-then-which-of-the-following-statements-is-not-true-1-odd-harmonics-of-the-fundamental-frequency-will-be-generated-2-all-harmonics-of-the-fundament https://medminds.me/qbank/physics/waves/?q=NP-pb246OTE0Mjk-a-wave-traveling-in-the-ve-x-text-direction-having-maximum-displacement-along-y-text-direction-as-1-text-m-wavelength-2-pi-text-m-and-frequency-of-frac-1-pi-text-hz-is-represented-by-1-y-sin-2-pi-x-2 https://medminds.me/qbank/physics/waves/?q=NP-pb246OTI0MjU-sound-waves-travel-at-350-m-s-through-warm-air-and-at-3500-m-s-through-brass-the-wavelength-of-a-700-hz-acoustic-wave-as-it-enters-brass-from-warm-air-1-increase-by-a-factor-of-20-2-increase-by-a-fact https://medminds.me/qbank/physics/waves/?q=NP-pb246OTI4MDg-a-wave-in-a-string-has-an-amplitude-of-2-cm-the-wave-travels-in-the-positive-direction-of-the-x-text-axis-with-a-speed-of-128-text-m-s-and-it-is-noted-that-5-complete-waves-fit-in-the-4-m-length-of-th https://medminds.me/qbank/physics/waves/?q=NP-pb246OTMyMjI-the-driver-of-a-car-travelling-at-a-speed-of-30-m-s-towards-a-hill-sounds-a-horn-of-frequency-600-hz-if-the-velocity-of-sound-in-air-is-330-m-s-the-frequency-of-reflected-sound-as-heard-by-the-driver https://medminds.me/qbank/physics/waves/?q=NP-pb246OTMyMzc-each-of-the-two-strings-of-lengths-51-6-text-cm-and-49-1-text-cm-is-tensioned-separately-by-20-text-n-of-force-the-mass-per-unit-length-of-both-strings-is-the-same-and-equals-1-text-g-m-when-both-the https://medminds.me/qbank/physics/waves/?q=NP-pb246OTM5NzI-two-sound-waves-with-wavelengths-5-0-text-m-and-5-5-text-m-respectively-propagate-in-gas-with-a-velocity-of-330-text-m-s-how-many-beats-per-second-can-we-expect-1-12-2-0-3-1-4-6-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246OTM5NzU-a-transverse-wave-propagating-along-the-x-text-axis-is-represented-by-y-x-t-8-0-sin-left-0-5-pi-x-4-pi-t-frac-pi-4-right-where-x-is-in-meters-and-t-in-seconds-the-speed-of-the-wave-is-1-4-pi-m-s-2-0-5 https://medminds.me/qbank/physics/waves/?q=NP-pb246OTM5NzY-the-time-of-reverberation-of-a-room-a-is-one-second-what-will-be-the-time-in-seconds-of-reverberation-of-a-room-having-all-the-dimensions-double-those-of-room-a-1-2-2-4-3-12-4-1-1-2-3-4 https://medminds.me/qbank/physics/waves/?q=NP-pb246OTM5Nzc-which-one-of-the-following-statements-is-true-1-both-light-and-sound-waves-in-the-air-are-transverse-2-the-sound-waves-in-the-air-are-longitudinal-while-the-light-waves-are-transverse-3-both-light-and https://medminds.me/qbank/physics/waves/?q=NP-b246MTAwMzYx-given-below-are-two-statements-statement-i-in-the-case-of-a-stationary-wave-a-person-hear-a-loud-sound-at-the-pressure-nodes-as-compared-to-the-antinodes-statement-ii-in-a-stationary-wave-all-the-part